Wh en a ie ap ad ’ P| Po we 0 aie aie ae TRANSACTIONS OF THE ie), Yo Ae OC. TE TT. Y OF EDINBURGH. VOL. XLII. THE BEN NEVIS OBSERVATIONS 1888-1892 EDITED BY ALEXANDER BUCHAN, LL.D., F.R.S., anp ROBERT TRAILL OMOND. eet MSE [ thy a s habe SF 1g 2 2.9%, \G “Se ¥« ui; ae EDINBURGH: PUBLISHED BY ROBERT GRANT & SON, 107 PRINCES STREET, AND WILLIAMS & NORGATE, 14 HENRIETTA STREET, COVENT GARDEN, LONDON. MDCCCCII Price Two Gutneus ; . ae Os ~~ . we z i. : 7 al ty a i . fi 4 ra 7 4 a « * - ay re ‘ “ut \ “ iat ee | et eet eee i . A < : 5 1 Pe we ee aT. - “SeWOTT AN: ”*, . . a - 2 aq. _ z } _ - oe UN PIN . Ei, RE ave ATS ae ae STATELY MY ; _ a“ - a» =) ‘ F ‘ ra; ; 7 . . PLN i ; CTH ie. 4b PAT a a) a ep aa eee F ; i’ # bei Pay ; eee cae arr, é g nd : : is 4 me TRANSACTIONS OF THE reo Yawn S OCTET Y OF EDINBURGH. VOL. XLII. EDINBURGH: PUBLISHED BY ROBERT GRANT & SON, 107 PRINCES STREET, AND WILLIAMS & NORGATE, 14 HENRIETTA STREET, COVENT GARDEN, LONDON. MDCCCCII. THE METEOROLOGY BEN NEVIS OBSERVATORIES. 1 A bes Dale OB CONTAINING THE OBSERVATIONS FOR THE YEARS 1888, 1889, 1890, 1891 AND 1892, WITH APPENDICES. EDITED BY ALEXANDER BUCHAN, LL.D., F.R.S., anp ROBERT TRAILL OMOND. FORMING VOLUME XLII. OF THE TRANSACTIONS OF THE ROYAL SOCIETY OF EDINBURGH. ava Me Coe ot P+) we RAAGILDN St Oe Wee ee ee Ny EPUN BURG H : PUBLISHED BY ROBERT GRANT & SON, 107 PRINCES STREET, AND WILLIAMS & NORGATE, 14 HENRIETTA STREET, COVENT GARDEN, LONDON. MDCCCCII. ——<—_— oe PREFACE. THE hourly observations made at the Ben Nevis Observatory, and those taken five times a day at the Public School, Fort-William, from 1st December 1883 to 31st December 1887, have already been published in vol. xxxiv. of the Transactions of the Royal Society of Edinburgh. This second volume of observations, being vol. xlii. of the Transactions of the Royal Society of Edinburgh, continues the record till the end i [From G. W. Wilson’s Series. Fig. 1.—?tHE BEN NEVIS OBSERVATORY IN SUMMER. of 1892, and includes the hourly observations made at the Observatory in Fort-William, which was opened in July 1890. The cost of printing these volumes is being borne by the Royal Societies of London and Edinburgh. A full account of the foundation of the Ben Nevis Observatory was given in the 4~ former volume. Since its publication in 1890, the work at that Observatory has been vl PREFACE. carried on in the same manner as is there described, hourly eye observations being made by day and night. A description of the mode of observing for each instrument Fic. 2.—THE BEN NEVIS OBSERVATORY IN WINTER. [om Poulton's Series. Fie, 3.—THE GREAT CLIFF ON BEN NEVIS. will be found in the Introduction (p. 1 et seqg.); but it may be here stated that the chief difficulties that the observers have to overcome, are the deposition of ice crystals from PREFACE. vil frozen fogs, and the great depth of snow on the summit in winter. The ice crystals. deposited by the fog prevent the use of any self-registering instruments, except inside the Observatory, or outside in fine weather ; and in the latter case only if the instrument be sufficiently portable to be taken in when fog comes on, when the temperature is below freezing. Thus all records of temperature during winter on Ben Nevis are dependent on personal observation ; and the method in use of hourly readings of thermometers in a louvred screen, that can be at once removed when the louvres get choked, and replaced by a duplicate outfit, is, in the opinion of the Directors, the only satisfactory way yet devised of obtaining such a record. The screens are mounted on ladder-like stands, up- Fic. 4.—THE FORT-WILLIAM OBSERVATORY. and down which they are moved as the depth of the snow requires. These stands are shown in figs. 5 and 6. In the former they are coated with a moderate growth of fog crystals, except where these have been scraped away to keep the screen clear ; but in the latter, one of the two stands is entirely cleared, and the other covered with mingled snow and ice, due to rain falling while the temperature is below freezing ; to the left of the picture are the Observatory buildings, also covered with the icy crust, except the chimney to the extreme left and the top of the lightning conductor on the tower. These stands are about 12 feet high, but frequently need to have an additional piece added to them before the winter is over, so as to keep the screen at the proper height above the surface of the snow. The depth TRANS. ROY, SOC. EDIN.—VOL. XLII. b Vill PREFACE. of snow on the summit ranges from nothing in summer to occasionally as much as 12 feet by the end of winter, and the aspect of the Observatory at the two seasons is well seen in figs. 1 and 2. In the latter the raised piece in front is not a part of the building, but is the end of a snow tunnel leading down to the doorway on the ground level. On the top of the tower of the Observatory are placed a wind vane and a Robinson hemispherical cup anemometer (see fig. 1.) The former works fairly well, but the Robinson anemometer is useless in winter. The cups and arms get so encrusted with fog-crystals, and the bearings of the shaft so clogged with ice, as to make its readings quite untrustworthy. Fic. 5.—?THE INSTRUMENT STANDS AT BEN NEVIS OBSERVATORY. For a record of the wind on Ben Nevis, as of the temperature, we are dependent on the hourly observations made by the observers, and great care has been taken to insure uniformity in the estimation of the direction and force of the wind by the different members of the staff. The Observatory in Fort-William was opened in July 1890. The building was erected by the Directors, the expense being met by a donation of £957, 11s. 2d. from the surplus funds of the Edinburgh International Exhibition of 1886, and by a mortgage on the building. This Observatory was equipped with self-recording instruments by the Meteorological Council of London, which give continuous records of pressure, dry and wet bulb temperature, rainfall and sunshine. A brief description of the method of PREFACE. sb:¢ utilising these instruments and reducing their indications to numerical values will be: found in the Introduction, pp. 5 to 7. The Observatory is also provided with the usual outfit of an ordinary station : namely, barometer ; maximum, minimum, and dry and wet. bulb thermometers in a Stevenson screen ; solar and terrestrial radiation thermometers, and arain gauge. The Fort-William Observatory thus not only supplies the low-level data necessary for the utilisation of the records of the Ben Nevis Observatory either for scientific study or for weather forecasting, but is also one of the “first-class” Observatories of the Meteorological Council, and an ordinary station of the Scottish Meteorological Society. The two Observatories are conducted by a Board of Directors, which consists of the Fig. 6.—THE INSTRUMENT STAND AT BEN NEVIS OBSERVATORY. Council of the Scottish Meteorological Society, with one representative from the Royal Society of London, two from the Royal Society of Edinburgh, and one from the Royal Philosophical Society of Glasgow. A list of the present members of the Board and of the Staff of the Observatories will be found on p. xi. The Staff is appointed to both Observatories, and the members serve on Ben Nevis and at Fort-William by turns, thus providing them with a change from the arduous work of observing on Ben Nevis, and also securing a homogeneity in the double observational record that could not otherwise be obtained. In the first volume of observations a summary was given of several discussions of the results deduced from them. Since that volume was published, some of these researches = PREFACE. have been extended and others begun and partly carried out. In the Appendix to this volume (p. 447) will be found summaries of several papers that have appeared in the publications of the Royal Society of Edinburgh and the Scottish Meteorological Society, as well as papers specially written for this volume. The subjects treated of in these papers include preliminary discussions of changes connected with Fine and Cloudy Weather, and a report on the observations of Atmospheric Dust, including, in each case, not only the results at the Ben Nevis and Fort- William Observatories, but also observations at other places. There are also several papers on the relations of Barometric Pressure and Temperature at the two Observatories, and the reduction to sea-level of the Ben Nevis barometer readings. This latter subject is one that opens up a most’ promising investigation as regards the question of the reduction to sea-level of barometric readings in general, the vertical distribution of temperature in different conditions of weather, the influence of humidity, and the bearing of the whole on forecasting. Abstracts of papers on the observations during special phases of weather are also given, and two tables to facilitate the reduction of the observations. 30th June 1902. Fic. 7.—AN OBSERVER AT WORK. xl DIRECTORS OF THE BEN NEVIS OBSERVATORIES. JUNE 1902. President. His Grace THe Duke or RICHMOND anp GORDON, K.G. Vice-President, Tue Hon. Lorp M‘LAREN, LL.D., V.P.R.S.E., F.R.A.S. Council. Tus Hon. JOHN ABERCROMBY, F.B.S.E., Ediv- burch. JOHN AITKEN, LL.D., F.R.SS. L. and E., Arden- lea, Falkirk. JOHN G. BARTHOLOMEW, Esq, F.BS.E, V.P.R.S.E., F.G.S., Professor of Geology in the University of Edinburgh. Toe Rieur Hon. Lorp KELVIN, G.C.V., LL.D., D.C.L., F.R.S., Pres. R.S.E., Emeritus Professor of Natural Philosophy in the University of F.R.G.S., The Geographical Institute, Edin- Glasgow. Representative of the Royal Society burgh, of London. T. MACKAY BERNARD, Esq. of Dunsinnan, B.Sc., | C. G. KNOTT, D.Sc., F.R.S.E., Lecturer on Applied F.R.S.E. Mathematics in the University of Edinburgh ; ALEX. CRUM BROWN, M.D., D.Sc, LL.D., F.R.C.P.E., F.R.SS. L. and E., Professor of Chemistry in the University of Edinburgh. Representative of the Royal Society of Edinburgh. wok. BUCHANAN, Esq. F.R.SS. DL. and &., Chemist and Physicist ‘Challenger’ Expedition. GEORGE CHRYSTAL, LL.D., Secretary R.S.E., Professor of Mathematics in the University of Edinburgh. Representative of the Royal Society of Edinburgh. RALPH COPELAND, Ph.D., V.P.R.S.E., F.R.AS., Astronomer-Royal for Scotland, and Professor Professor of Physics (1883-1891) in the Imperial University of Japan. JOHN G. M‘KENDRICK, M.D., LL.D., F.R.C.P.E., F.R.SS. L. and E., Professor of Physiology in the University of Glasgow. Sir JAMES D. MARWICK, LLD., FE.RB.S.E., Town Clerk, Glasgow. Sir JOHN MURRAY, K.C.B., LL.D., F.R.SS. L. and E., Director of the ‘Challenger’ Expedition Commission, Edinburgh. R. T. OMOND, Esq., F.R.S.E., Honorary Super- intendent Ben Nevis Observatories. DAVID PAULIN, Esq., Actuary, F.R.S.E., Edin- of Practical Astronomy in the University of burgh. Edinburgh. J. B. RUSSELL, M.D., Local Government Board, Sm ARCHIBALD GEIKIE, LL.D., D.Sc., F.R.SS. Edinburgh. L. and E., F.G.S., late Director-General of the Geological Survey of the United Kingdom. Jans “GHIKIE, LED, DCL, “ERS. GILBERT THOMSON, Esq., M.A., C.E., Repre- sentative of the Royal Philosophical Society of Glasgow. Honorary Secretary. Sir ARTHUR MITCHELL, K.C.B., M.D., LL.D., V.P.R.S.E., Edinburgh. Honorary Treasurer. W. B. WILSON, Esq., W.S., Edinburgh. Meteorological Secretary. ALEXANDER BUCHAN, LL.D., F.R.SS. L. and E., Edinburgh. STAFF OF THE BEN NEVIS OBSERVATORIES. ANGUS RANKIN, Superintendent. J. COLLIE MARR, Assistant. JAMES MILLER, Assistant. WILLIAM BEE, ROBERT H. MACDOUGALL, Assistant. D. E. GORDON, 29 P) a r\ : 7 i : : : a : a 7 =f > = /- a. # = a “ het oe sessed 7 - 7} a2 - ; aA ES = BOY Te < re ; et rt Pt ’ : — | oe ‘ 7 _ - 7 ==T os phd. 2 7 - va be & Ce xi.) CONTENTS. Introduction, . ‘ : : : 4 ; “ . P Observations for the Year 1888, . - 1889, ” 7) 1890, - A TSO 5 - 1892, Depth of Snow on Ben Nevis, Anemometer Readings, Mean Hourly Values at the Ben Nevis and Fort-William Observatories, APPENDIX— Diurnal Range of the Barometer in Fine and Cloudy Weather. By A. Bucuan, LL.D., F.R.S., and R. T. Omonp, Abstract of Paper on the Meteorology of Ben Nevis in Clear and in Foggy Weather. By J. Y. Bucuanay, F.R.S., Report on Atmospheric Dust. By Joan Arrxen, LL.D., F.R.S., The Influence of High Winds on the Barometer at the Ben Nevis Observatory. By Arex. Bucuan, LL.D., F.R.S., Relations of Pressure and Temperature at the Ben Nevis Observatories. By Atex. Bucuan, LL.D., F.RB.S., Abstract of Paper on the Winds of Ben Nevis. By R. T. Omonp and A. Rankin, Abstract of Paper on the Change of Temperature with Height during Anti-Cyclones on Ben Nevis and at some Continental Stations. By R. T. Omonn, Differences between the Ben Nevis and Fort- William Barometers when both are reduced to Sea-level. By R. T. Omonp, Hourly Readings of a Black Bulb in vacuo at Ben Nevis Observatory. By R. T. Omonp, PAGE 448 465 479 490 496 499 506 513 519 XIV CONTENTS. The Number of Gales observed at the Ben Nevis Observatory. By ANncus RANKIN, . Abstract of Paper on Silver Thaw at the Ben Nevis Observatory. By R. C. Mossman, Abstract of Paper on the Diurnal Range of Temperature Variability at the Summit and Base of Ben Nevis, Lady Franklin Bay and Hong Kong. By R. C. Mossman, Abstract of Paper on the Frost of 1895 in Scotland. By R. C. Mossman, Abstract of Paper on Further Results of Mr Wracer’s Ben Nevis Observations taken in the Year 1882. By R. C. Mossman, Abstract of Paper on a Comparison of Observations made at the Observatory and at the Public School, Fort-William. By R, T, Omonp, The Temperature Correction of Barometers. By R. T. Omonn, The Adjustment of Mean Hourly Values for Diurnal Range, . The Reduction of the Ben Nevis Barometer to Sea-Level, INTRODUCTION. THE meteorological observations made at the Ben Nevis Observatory and at the Public School, Fort-William, from the opening of the Observatory in 1883 to the end of 1887, have already been published in the Transactions of the Royal Society of Edinburgh, Vol. xxxiv., along with a preliminary discussion of some of the results deduced from them. The observations recorded in this volume comprise those made at the Ben Nevis Observatory from 1st January 1888 to 31st December 1892, at the Public School, Fort-William, from 1st January 1888 to 31st December 1890, and at the Fort- William Observatory from Ist August 1890 to 31st December 1892. They are given in monthly tables for each Station. The tables for 1888 consist of (1st) the Ben Nevis Observatory records of the hourly readings of Barometer, Dry and Wet Bulb Thermometers, Rainfall, Sunshine, Direction and Force of Wind and Amount of Cloud; (2nd) the observations at the Public School, Fort- William, of similar data made five times a day; (3rd) monthly and annual mean hourly values of the Barometer, Temperature, Wind and Sunshine at Ben Nevis Observatory ; (4th) the Ben Nevis Observatory Log-Book for the year. The tables _ for 1889 are similar to those for 1888. The tables for 1890 of the Ben Nevis Observatory are similar up to 31st July, but from 1st August to 31st December the Fort-William Observatory hourly records are printed side by side with those of the Ben Nevis Observatory ; the readings at the Public School, Fort-William, the monthly and annual means and the Log-Book being given as before. The tables for 1891 consist of the hourly records of the Barometer, Dry and Wet Bulb Thermometers, Rainfall and Sunshine at the Ben Nevis and Fort-William Observatories placed side by side, followed by tables of Wind and Cloud at Ben Nevis Observatory, of Temperature im a Stevenson Screen, Radiation Temperatures, and Amount of Cloud at Fort-William Observatory, the monthly and annual mean hourly values at the two Observatories, and the Log-Book. The tables for 1892 are similar to those for 1891. Throughout this volume all times given are Greenwich Mean Time, except in the case of the Sunshine records at Ben Nevis Observatory, which are counted in Green- wich Mean Time up to 31st December 1890 but thereafter in Local Mean Time, and the Sunshine records at Fort-William Observatory, which are in Local Mean Time ROY. SOC, TRANS, EDIN.—VOL. XLII, A 2 INTRODUCTION. throughout. The daily record begins at 1 a.m. and ends at Midnight, the hours being reckoned 1, 2, 3, ... . 22, 23, Midnight. In the records of Sunshine and Rainfall the amounts entered under each hour are the totals recorded in the 60 minutes ending with that hour. The Barometer and Rainfall are recorded in inches, the Temperatures in degrees Fahrenheit, and the Sunshine in hours and decimal parts of an hour. The Wind Force is on a modified Beaufort Scale of 0 to 12, the approximate values of which in miles per hour will be found on page 5. The Amount of Cloud is on the 0 to 10 Scale, the symbol = denoting fog or mist. All interpolated entries are enclosed in square brackets, and are included in computing the daily and hourly means. In the Barometer and Temperature tables of the Ben Nevis and Fort-William Observatories the highest and lowest readings of each month, and in the Rainfall and Sunshine tables the highest only, are printed in bold-faced type. To save space the first figure of the Barometer entries is omitted. At the Ben Nevis Observatory, where the pressure ranges from 26 to 23 inches, the missing figure is always 2, e.g., 5°212 represents 25°212 inches and 4°753 represents 24°753 inches. At Fort-William Observatory and at the Public School the whole inches range from 31 to 27, and therefore when the figure before the decimal point in the tables is 1 or 0 the missing figure is 8, but when it is 9, 8 or 7 the missing figure is 2, eg., 0°376 represents 30°376; 9°727 represents 29°727; and 8°618 represents 28°618, Ben Nevis OBSERVATORY. The hourly values recorded in this volume at the summit of Ben Nevis are all “Kye” observations, except the Sunshine, which is obtained from a Campbell-Stokes Sunshine Recorder. The Barometer used is a Fortin Standard (No. 1885) suspended in a glazed case inside the Observatory; the case and barometer are supported by hold-fasts fixed in the outer stone wall of the Observatory which do not touch the floor nor the wood lining of the building. ‘The case is only opened at the time of setting the barometer, the temperature of the attached thermometer being read through the glass door before opening it, and this temperature has remained between 55° and 60° by day and night with few exceptions. The instrument is read at each hour, a candle being always used both by day and night in setting it. The tube of the barometer hangs a few inches out from the wall and the observer looking along parallel with the wall adjusts the cistern and vernier while holding the candle on the opposite side of the barometer. This was found to be the most satisfactory way of insuring uniformity of reading both by day and night; the reflection of the candle flame on the mercury of the cistern facilitates INTRODUCTION. 3 the adjustment of it to the ivory point, and the light shining through the upper part of the tube shows clearly when the vernier has been brought down so as to just touch the convex surface of the mercury that is to form a tangent to it. The cistern of the barometer is 4407 feet above sea level, the height being taken from an Ordnance Benchmark near the Observatory. A spare Fortin Barometer (No. 1252) hangs in a similar case attached to the wall of the Observatory ; it was used as the Standard during the greater part of the first year that the Observatory was open, Ist December 1883 to 14th November 1884, but since the latter date the present Standard (No. 1385) has been continuously used. The last inspection of these barometers, in August 1901, showed that they were in good order and the original Kew corrections still necessary and sufficient. The barometric readings as printed in the tables are corrected for instrumental error and reduced to 32°; as explained above, the first figure of each entry is omitted, and the highest and lowest values for each month put in_ bold-faced type. The right hand column of each table contains the mean value for each day, mean of the 24 hourly readings, and at the foot is given the mean of each hour for the month. A Richard Aneroid Barograph is used as a check in the readings of the mercurial barometer, but none of its records are printed. The TEMPERATURES recorded at Ben Nevis Observatory are got from Dry and Wet Bulb Thermometers in a louvred screen. The thermometers used have degrees etched on the stem, and are mounted in glass scales with the bulbs pro- jecting as least an inch beyond the scale. During the summer months the ther- mometers are placed in an ordinary Stevenson Screen with their bulbs four feet above the surface of the ground, which in the vicinity of the screen is all broken rock without vegetation. During winter the thermometers are placed in a screen of the Stevenson pattern but of slightly smaller size, which is attached to a ladder-like stand, so that the screen can be raised or lowered as the depth of snow varies, and the thermometers always kept between three and five feet above its surface. As the snow sometimes lies from 10 to 12 feet deep, an adjustment of this sort is absolutely necessary; this pattern of screen is generally in use for about seven months of the year. When the louvres of one of these. screens get choked with snow, it is removed bodily and a duplicate screen with fresh thermometers put out, the former one being taken into the Observatory to be thawed and made ready for use again when needed: all cases of such shifting of screens will be found noted in the Log-Book. The thermometers used have all Kew certificates and the read- ings as printed are corrected for instrumental error. The columns headed Max. and Min. contain the highest and lowest hourly readings of the Dry Bulb for each 4 INTRODUCTION. day, the highest and lowest in each month being put in bold-faced type. Self- registering Maximum and Minimum thermometers are not used, as their frequent incrustation with ice in winter would vitiate their readings. The record for each month occupies a page, the upper part containing the readings from 1 to 12 hours, with the Max. and Min. for the day at the right hand side, and the lower part the afternoon hours with the daily means: the mean values for the month of each hour are given at the foot of each part. During very stormy weather, when it would be dangerous to go out to the ordinary screen owing to violent wind and blinding snow drift, the temperature is taken in a screen attached to the wall of the Observatory Tower, the thermometers in which can be read without going outside. Comparisons of this screen with the Stevenson Screen show that when the wind rises to force 9 or more, there is practi- eally no difference between their thermometers at night. But this Tower screen has only been used once or twice each year, and then only for a few hours at a time, since it was erected in August 1890. The Ratnraut at Ben Nevis Observatory is recorded hourly; the gauge is circular, of five inches diameter, and with its rim as nearly as may be one foot above the surface. Two gauges are kept in use; the observer at each hour takes one out with him, places it on a prepared base on the stones in summer, or in a slight coneavity of the snow in winter, levels it with a spirit level, and brings in the other gauge, which has been out for an hour, to be thawed if necessary and measured at leisure. These gauges are made with an enlarged rounded base for stability and convenience in levelling. The hourly values are given in the tables to thousandths of aninch. The column at the right hand side of each table gives the total amount for each day; the sum of the twenty-four hourly readings, and the heaviest daily fall in each month, are printed in bold-faced type. At the foot of each table is given the sum total of each hour for the month. All snow, hail, ete., is melted and measured as rain. SUNSHINE is recorded at Ben Nevis Observatory by a Campbell-Stokes Recorder of the usual pattern; it is placed on a stone pillar rising from the south side of the roof of the Observatory, and is clear of all obstructions from sunrise to sunset at all seasons of the year. This is the only automatically recording instrument used outside the Ben Nevis Observatory, and its use is only rendered possible by constant attention. It is only put out when the hill top is clear of mist, and has to be ex- amined frequently to see that snow does not lodge on the glass ball or card. After sunset the whole instrument is taken into the Observatory, and usually has to be thawed and dried for some time before the card can be withdrawn from the frame, The cards are set in the frame so as to register the sunshine in hours of mean local INTRODUCTION. 5 time, and the totals for each hour in hours and decimal parts of an hour are recorded in the tables. The column to the right, headed Amount, contains the total recorded for each day, the greatest daily amount being printed in bold-faced type. The other column to the right, headed Total Possible, contains the hours and fractions of an hour between sunrise and sunset on a level horizon for each day. At the foot is given the sum total of each hour for the month. Winp.—The direction and force of the wind are noted at each hour, the observer while doing so standing on the flat roof of the Observatory. During summer a Robinson Hemispherical Cup Anemometer is mounted on the top of the Observatory Tower; it is connected by a shaft to a counter inside the top room of the tower, where the number of revolutions is read off hourly. From the velocities so obtained the average equivalent in miles per hour of the scale of wind-force used in the direct observation of the wind has been computed : it is as follows— Wind Force 0 1 2 3 4 5 6 7 8 9 10 11 12 Miles per hour 0 6 12 21 30 39 49 60 72 (84) (97) (112) (130) The values for Force 9 and upwards must be regarded as rough approximations only. In the printed tables the direction of the wind to 16 points and the force on the above scale are entered. Hach month occupies a page, the upper part contain- ing the entries for 1 to 12 hours, with on the right a column headed Max. giving the highest wind-force observed in each day; the lower part gives the afternoon values and the daily means of the wind-force. At the foot of each part are given the hourly mean values of the force, and at the bottom of the page the total number of observations of each direction of wind during the month. Near the end of the volume (p. 420) will be found tables of the mileage recorded by the anemometer during such times as it was. working. CLoup.—The Species and Amount, on the scale 0 to 10, of cloud at Ben Nevis Observatory are noted at each hour by the observer. In the tables as printed the amount only is given; 0 indicates that the sky is clear from 30° above the horizon upwards, and 10 that it is overcast. When the summit is covered with fog or mist so that the sky cannot be seen the symbol = is used, and this is reckoned as 10 in computing the averages for the day and month. The right hand column in each month contains the mean for the day, and at the foot the mean value for each hour is given. 3 Fort-WILLIAM OBSERVATORY. The. Observatory in Fort-William, which was equipped by the Meteorological: Council as one of the Council’s Observatories, was opened in 1890, and from 1st August of that 6 INTRODUCTION. year onwards the records are printed here, Eye observations are taken seven times a day, and hourly values are obtained for the Barometric Pressure, Dry and Wet Bulb Temperature, Rainfall and Sunshine from self-recording instruments. These hourly values are printed side by side with the corresponding data from Ben Nevis Observatory : on subsequent pages in each year will be found the Eye readings of temperature and amount of cloud. BaroMETER.—In the photographie barograph from which the hourly values are obtained an image of the top of the mercury column is focussed in a drum covered with sensitised paper. The drum is turned by a clock, which also interposes a screen every two hours for a few minutes, thus marking the time by making a gap in the photographic trace. Intermediate times can then be measured on the curve from these gaps by a scale. The trace when developed is placed in a frame and measured by a scale fitted with a vernier reading to thousandths of an inch. The barograph has a temperature compensation which corrects for changes in the temperature of the mercury column. The instrumental correction of the trace is determined for each day by readings of a Fortin barometer which hangs alongside the barograph. The cistern of this barometer is 42 feet above sea level. In the printed tables the readings of the Fort-William barograph are reduced to 32° and sea level: as explained above, the first figure (either a 2 or a 3) of each entry is omitted, and the highest and lowest values in each month are put in bold-faced type. The TEMPERATURES at Fort-William Observatory are obtained from the traces of photographic Dry and Wet Bulb Thermometers. ‘These thermometers are placed in the North wall of the Observatory, the bulbs being outside in a large louvred screen, while the stems pass through the wall, and the fluctuations of the mercury columns are photographically recorded in a similar manner to the barograph. These bulbs are five feet above the grass-covered surface of the ground. The louvred screen also contains Dry and Wet Bulb Thermometers for Eye reading, which are read seven times a day, and a Maximum and Minimum, which are read and set at 225(10 p.m.). The photographic trace when developed is placed under a glass scale and the temperatures at each hour read off: these are the values printed here. The Hye readings are used to control the scale values of the photographic trace, but are not published. The arrange-: ment of the printed tables is the same as that of the Ben Nevis Observatory Dry and Wet Bulb, except that the Max. and Min. columns for Fort-William give the highest and lowest points of the trace for each day, instead of the highest and lowest hourly readings. Towards the end of each year’s tables will be found the readings of Temperature in a Stevenson Screen and the Amount of Cloud at Fort-William Observatory. This screen stands on a grass plot to the south of the Observatory and is freely exposed to INTRODUCTION. 7 sun and wind. It contains a Dry and a Wet Bulb and Maximum and Minimum Thermometers.. The former are read generally seven times a day and the Maximum and Minimum are read and set at 225(10 p.m.). The bulbs of the Dry and Wet are four feet above ground. The Black Bulb 7m vacuo is mounted four feet above ground on a post near this screen, and the Radiation Minimum is exposed on a black painted board level with the ground a few yards away. In the printed tables the highest and lowest values for each month of the; Maximum and Minimum in the screen, and of the Black Bulb and Radiation Minimum outside, are indicated by bold-faced type. The columns to the right contain the Amount of Cloud as observed five times a day. At the foot of each column is given the mean value for the month. RaInFaLu.—The hourly record of the rainfall at Fort-William Observatory is obtained from a self-recording Beckley raingauge with circular rim 100 square inches in area. It stands on a grass plot in front of the Observatory and the rim is 20 inches above ground. The arrangement of the printed tables is the same as that of the Ben Nevis Observatory Rainfall : all snow, hail, etc., is melted and measured as rain, the fall being apportioned as nearly as may be to the hours during which it was observed to fall. In the months of March and April 1891 the gauge was under repair and hourly records were not obtained, the daily totals given on the sheets being the amount collected in an 8-inch gauge standing with rim 20 inches above ground close to the Beckley gauge. This gauge was read daily at 224 (10 p.m.). From the 3rd to the 15th of January 1892 inclusive the precipitation was wholly snow, and no attempt was made to distribute the fall over the hours of the day. The daily totals only are given. The SUNSHINE is recorded at Fort-William Observatory by a Campbell-Stokes Sunshine Recorder mounted on a stone pillar in the Observatory grounds. ‘The printed tables are similar to those for the Ben Nevis Sunshine; but owing to the hills which surround Fort-William, the possible sunshine at all seasons is less than on Ben Nevis, and the values entered in the “Total Possible” column have been computed from notes made of the times of Sunrise and Sunset as actually observed when opportunity offered, and these values have been used in computing the “Percentage of Possible” in the Monthly and Annual Mean Values. If it is desired to compare the Fort-William Sunshine with the possible for a clear horizon, the “Possible” values entered in the Ben Nevis tables for the corresponding months may be used. THe Pusiic ScHoor, Fort-WIttiAM. The observations recorded at this Station, which was under the charge of Mr. Colin Livingston, extend from 1st January 1888 to 31st December 1890, and consist of “ Hye” readings taken five times a day. The barometer in use was of Board of Trade 8 INTRODUCTION. pattern (No. 954). It hung inside Mr. Livingston’s house, with its cistern 33 feet above sea level. A Richard Barograph in the same room served as a check and a means of interpolating any omitted readings. The Thermometers and Raingauge were placed on a grass plot at ‘the back of the house, the thermometers beimg in a Stevenson Screen with the bulbs of the Dry and Wet four feet above ground, and the raingauge circular 5 inches in diameter and with rim a foot above ground. A _ Richard Thermograph in an adjacent screen was used as a check on the Eye readings. Each month’s record forms one table, the first group of columns being the barometric readings reduced to 32° and sea level, with the first figure of each entry omitted as explained above. The second group are the readings of the Dry and Wet Bulbs corrected for instrumental error; then the Maximum and Minimum registering ther- mometers, with the highest and lowest in each month put in bold-faced type. Then the Direction and Force of the Wind on the same scale as used at the Ben Nevis Observatory ; the Amount of Cloud; and the Rainfall for each twenty-four hours ending 9 a.m. of the next day: thus the amount entered on 1st January is what fell between 9 a.m. on the Ist and 9 a.m. onthe 2nd. The heaviest daily fall in each month is put in bold-faced type. At the top of each column is the hour at which the readings were taken, and at the foot the averages or totals for the month. . Montaty and ANNUAL Mean Vatvzs.—-In these tables are given the monthly mean values of the Barometer and Dry Bulb Temperature for each hour at Ben Nevis and Fort-William Observatories, the monthly hourly sums of the Rainfall and Sunshine at these Observatories, and the hourly mean values of Wind-force and total cases of each wind direction (reduced to 8 points) for each month at the Ben Nevis Observatory. The annual values are the sum or mean of the twelve monthly values. Loc-Boox.—In this are noted any changes of instruments or modes of observing at Ben Nevis Observatory, all observations of Aurore, Halos, Thunderstorms and other similar phenomena that do not appear in the tabular records, and various matters of general interest connected with the Observatory. DeptH oF Snow.—At the end of the annual returns a table is given (page 419) showing the depth of snow on the summit of Bevis Nevis on the Ist and 15th of each month from the opening of the Observatory to June 1893, with the mean values for these ten years. BEN NEVIS OBSERVATORY. 9 BAROMETER. Repucep To 32°. 4407 FEET ABovE Sea LEVEL. First FIGURE OMITTED. JANUARY 1888. Te) 20°30 | roel ous ees eae emleetOn|) TH.) T2118. 24 | 16, | 16 | a7 | 16 | 19 | 20 a1 | 22 23 | seh | Mean. Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. } Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. 1 | 5-096) 5-082) 5-060) 5-030) 4:997| 4-983] 4:967| 4-947] 4-923) 4-902) 4-887) 4-864] 4-829) 4-824] 4-794] 4-781) 4-756] 4-737) 4-720] 4:717| 4700) 4-683] 4-679) 4-657 | 4°859 2 | 4629) 4-609] 4-581) 4-567| 4:539] 4-514) 4-519) 4-514) 4:515| 4°525] 4-530) 4-537] 4-550] 4-561] 4 588] 4-605] 4-623) 4-643) 4-654) 4-677| 4-690) 4-724] 4-741] 4-762 | 4-600 3 | 4-802) 4:810) 4°844| 4-861) 4:887) 4-909| 4-949) 4-975) 5-001) 5-033) 5-044] 5-046} 5-045] 5-040) 5-043! 5-007) 5-009] 5-009) 5-019] 4:993] 4-984! 4-991] 4-957] 4-835 | 4:962 4 | 4-802| 4-761| 4:718| 4-763 4*739) 4-765) 4-743] 4-788] 4-826] 4:841| 4-846 4-839] 4-821] 4-820] 4-821] 4-814) 4-801) 4-803 4-815] 4-804] 4-837) 4-850] 4-860] 4°856 | 4-806 5 | 4°873) 4:842) 4:827| 4-842) 4-837] 4-837) 4-857| 4-868] 4:886| 4-909] 4-921) 4-925} 4-932) 4-950) 4-966] 4-988] 5:01S| 5-051) 5-070) 5-090 5111) 5136 5159} 5:172 | 4-961 6 | 5181) 5°189} 5-190) 5-195) 5-190) 5-180) 5-179) 5-163) 5-165) 5°154| 5-137| 5-113] 5-099] 5-120| 5-143] 5-175] 5:217| 5-230) 5-234 5-252) 5-262) 5-274] 5-276) 5-284] 5192 7 | 5-282) 5-300) 6-312) 5315) 5-315) 5-338) 5-364) 5-383) 5-411) 5433) 5-455) 5-463) 5-451) 5-443) 5-443] 5-437| 5-460) 5-452) 5-45€| 5-441] 5-465) 5-491/ 5-498) 5-486 | 5-412 8 | 5°504) 5-517) 5526) 5-544) 5-544) 5-555) 5-565) 5-557| 5586) 5°615| 5-632| 5-657) 5-667) 5683] 5-699] 5-712| 5-726) 5736 5-751) 5-765) 5-792 5-804) 5-814] 5-806 | 5-657 9 | 5-829) 5-823) 5°835) 5-850) 5851) 5-846) 5-843) 5-842] 5-857| 5879] 5-899] 5-901} 5°897| 5-906) 5-907) 5-926] 5-934) 5-935) 5-944) 5-955 5°961) 5-959) 5-957) 5-938 | 5°895 10 | 5°926) 5-922) 5-907) 5-912) 5-909) 5-896) 5-897) 5-899| 5-901! 5:901| 5-913] 5-905)5-893) 5-904) 5:896| 5-888] 5:890| 5-892) 5-904| 5-907 DMO Eee 5932) 5:938 | 5907 11 | 5941) 5945) 5-942) 5-941) 5-947) 5-951) 5-942) 5-945] 5-951) 5:960| 5-965] 5-963] 5 -964| 5-969) 5-961] 5-964) 5-966] 5-966 5-¢63| 5-971) 5-973) 5-978) 5-976) 5-971 | 5-959 12 | 5962) 5°947| 5-945) 5-942) 5-930) 5-925| 5-911) 5-911) 5-908) 5-899] 5-898} 5-890] 5-886) 5-882) 5-889] 5-889] 5°894) 5-891) 5-897| 5-905] 5-914) 5-922) 5-928) 5-937 | 5-913 13 | 5937) 5°938) 5-944) 5-941) 5-945) 5-951) 5-964) 5-973) 5-98E| 5-992) 5-995] 5-999} 5-994/ 5-997| 6-003) 6-005] 6-000) 6-001 6-001) 6-004| 6-005) 6-011] 6-007] 6-002 | 5-983 14 | 5997) 5-990) 5:987| 5-988) 5-977) 5-971) 5-969) 5-974 5-981] 5-981] 5-973) 5-974, 5-962) 5-965] 5-962! 5:964| 5:972) 5-979] 5-978) 5-982 5-988) 5-988) 5-984) 5-987 | 5978 15 | 5°981) 5*983| 5-984) 5-984) 5-980) 5-976) 5-975) 5-982| 5-984) 5-983] 5-983| 5-984] 5-977) 5-973) 5-968) 5-968) 5-961) 5-961) 5-956) 5-958) 5-952) 5-947| 5-944] 5-939 | 5-970 16 | 5°931| 5-922) 5-921) 5-916] 5-904) 5-898) 5-890) 5-892] 5-890) 5-895] 5-895] 5-885) 5-876| 5-872 5-873) 5-870] 5:865| 5-861) 5-850| 5-860] 5-854) 5-844| 5-839] 5-831 | 5-881 17 | 5°835) 5843) 5°840 5843) 5-845) 5-836] 5-849) 5-860] 5-864] 5-865] 5878] 5:87915°871| 5:870) 5-868] 5-867| 5:870| 5°878| 5-881) 5°881| 5-880) 5:886| 5-885) 5-880 | 5865 18 | 5°885) 5°886) 5893} 5-885] 5-879) 5-872) 5-878) 5-880| 5-885] 5889] 5-891] 5-893}. 5-892] 5-895) 5-897] 5-898] 5-896! 5-893] 5-895] 5-903] 5-903) 5-902] 5-904] 5-899 | 5-891 19 | 5°895 5-889} 5-879) 5-862) 5-849] 5-835| 5-835) 5-831] 5-824) 5-815] 5-810| 5-790) 5-776| 5:762| 5°763| 5°755| 5-737) 5°733| 5°732| 5°728| 5-724) 5-713) 5-709] 5-695 | 5-789 20 | 5°690 5°684) 5-686) 5-672) 5-667| 5-664) 5-661 5-670) 5°677| 5°669| 5:675| 5-666) 5-665) 5-658) 5-654) 5°647| 5-637] 5°622| 5°617| 5:612| 5°585| 5°559| 5-542) 5-507 | 5-641 21 | 5-460) 5-426) 5-383) 5-333) 5-300| 5-265) 5-249] 5-243) 5-238) 5-227| 5-208) 5-199} 5-161) 5-146) 5-140) 5-136) 5-136] 5-135) 5-143) 5-172| 5-185) 5-194) 5-205] 5-207 | 5-229 22 | 5°216) 5-229) 5-241 5-246) 5-252) 5-265) 5-269] 5-280] 5-285) 5-294) 5-301| 5-310) 5-305 5°304) 5-311) 5°324| 5334) 5347) 5°352) 5°372| 5-384) 5-401| 5-417) 5-429 | 5-311 23 | 5441) 5-458) 5°469) 5-486] 5-496) 5519) 5-534) 5-546) 5533] 5°527| 5-526] 5-526) 5-508] 5-515| 5-498] 5-510) 5:505) 5:507| 5-505] 5-512) 5-490) 5-458) 5-471] 5-467 | 5-500 24 | 5-461) 5-442) 5-438) 5-452| 5-451) 5-462) 5-469) 5-496] 5-501| 5°520| 5-535| 5-535) 5-536| 5-523) 5°512| 5-490) 5-472| 5-469) 5-462] 5-450) 5-446] 5-430) 5-405] 5-376 | 5-472 25 | 5'356) 5°359) 5°357| 5°366) 5°370) 5°371) 5-370) 5-350) 5°317| 5-290] 5-265) 5-214}.5-165) 5-165) 5-132) 5-125) 5-089| 5-067| 5-004) 4:949| 4-858) 4-801] 4-800] 4-815 | 5-165 26 | 4-861) 4-914) 4-973 5-011) 5-073) 5-110/ 5-208) 5-250) 5-294) 5-331] 5-366] 5-380} 5-397| 5-408) 5-435] 5-449] 5-465| 5-489) 5-503] 5-518) 5-540] 5-549) 5-558] 5°564 | 5-319 27 | 5-559) 5°543) 5-538) 5-511) 5-502) 5-468) 5-448) 5-430/ 5-401] 5-394] 5-364) 5-368) 5-348) 5-356] 5-353) 5-356] 5-379) 5-371] 5-400) 5°397| 5-411) 5-417| 5-402) 5-378 | 5-421 28 | 5-480) 5:435| 5-437) 5-443) 5-447| 5-442) 5-441| 5-448) 5-448] 5-447| 5-440) 5-437) 5-422) 5-421| 5-423) 5-424) 5-419| 5-418 5-404| 5-405] 5-407) 5-396| 5-389] 5-391 | 5-426 29 5°393 5°410| 5°421) 5-418) 5-425) 5-424) 5-429) 5-435) 5-445) 5-450| 5-454) 5-454 5 -452| 5-452) 5-448) 5-449) 5-480) 5-438) 5-435] 5-424| 5-415) 5-408) 5-392] 5-387 | 5-429 30 | 5371) 5-359) 5°347| 5°338) 5325) 5-310) 5-308) 5-300) 5-292] 5-282) 5-271] 5-269) 5-243) 5-223] 5-197| 5-181] 5-131 5-088, 5-056] 4-994) 4-895) 4-847| 4-785] 4-750 | 5173 31 | 4-736) 4-662) 4:627| 4-601) 4-636] 4-647) 4-703} 4-729) 4-755] 4-803) 4-839] 4-870] 4-899] 4-959) 4-980| 5-011) 5-054) 5-043) 5-073] 5-193 5-233] 5-212) 5-255] 5-233 | 4-906 MEAN! 5460) 5-455) 5-453) 5:453) 5-449) 5-451) 5-457| 5-463] 5-469] 5-474] 5-477| 5-47595-467| 5-470) 5-470) 5-471] 5°473 sae 5473) 5°477| 5°476| 5:474/ 5473) 5:464 | 5-467 BAROMETER. Repucep To 32°. 4407 reer ABovE SEA LeveL. FIRST FIGURE OMITTED. FEBRUARY 1888. Tns. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. Ins. | Ins. | Ins. | Ins. | Ins. | {ns. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. } Ins. 1 |5°269) 5286) 5-309) 5-323) 5-320) 5°327| 5333) 5-246) 5°360| 5-366) 5-373] 5°378] 5 °376| 5-366] 5-382| 5-373) 5:365| 5-370) 5:370| 5-369) 5-371] 5°357| 5°355| 5-356 | 5-350 2 | 5-341) 5°339) 5°337) 5-325) 5°312) 5°302| 5-282) 5-273) 5-258) 5-230) 5-183) 5-172] 5-148) 5-121] 5-110 5-109) 5-121) 5-132) 5-145] 5-179] 5-189] 5-188) 5-198] 5-211 | 5-217 3 5-228 5°229) 5°240) 5-284! 5-242) 5-249] 5-255) 5-262] 5-263) 5-271) 5-268) 5-261] 5-257| 5-256) 5-270) 5-260) 5-271) 5-262) 5-267) 5:274| 5-293] 5-309] 5-315] 5-332 | 5-265 4 5°348 5355) 5°381) 5-396] 5-401| 5-414) 5-442) 5-458) 5-477) 5-497| 5-513) 5-523) 5-534) 5°532| 5-534| 5-531) 5-A22) 5-529) 5-528] 5-517| 5-513] 5-509) 5°514| 5-490 | 5-477 5 |5°467| 5464) 5-465) 5-461) 5-462) 5-467| 5-469 5-476] 5-484| 5-490|5 496 6) 5°514) 5°524) 5°521) 5°532) 5-535) 5-549] 5°560| 5°563) 5°564| 5-578) 5°582) 5°581 | 55138 6 5°580) 5°574) 5°578| 5567) 5:571) 5°576) 5°583| 5-587| 5-592) 5-592) 5 603 8} 5°604) 5601) 5°571) 5°574) 5:562) 5560) 5:550/ 5551) 5°531| 5°518) 5514) 5-505 | 5-569 7 5°484 5°468) 5°449) 5:457| 5-455) 5-456| 5-461) 5-448) 5-439) 5-439) 5-437 5404) 5-429) 5-422) 5-411) 5-407| 5-420) 5:411| 5-400) 5:400} 5-393) 5:372) 5:374 | 5-428 8 | 5°376) 5°364) 5°353) 5°357| 5:348) 5-359] 5-357) 5-361| 5:362| 5-363] 5-364 361) 5°353) 5:346| 5328) 5:294) 5-287] 5:277| 5°295) 5-283) 5-286) 5:311| 5:306 | 5°336 9 |5°313|5°307| 5-313 5°305 5°303] 5°297| 5300) 5-299) 5-299) 5-295| 5-285 283) 5272! 5260) 5244) 5215) 5203) 5184) 5°184) 5154) 5-143) 5:108) 5-081 | 5-247 10 | 5:069} 5-039) 5-006) 4:997| 4-960] 4-952! 4-950) 4-951] 4-944! 4-941] 4-941 944) 4-936] 4-938] 4-932) 4-930) 4-930} 4-928) 4:927) 4-919] 4:912| 4-902) 4-892 | 4:949 11 4°878 4°87] 4°864 4852 4°846) 4°834| 4°829) 4-831/ 4-831] 4-827] 4:826 *809/ 4-800) 4°782| 4°781) 4°763) 4°757| 4°752) 4:750) 4-757) 4-755) 4-752) 4-754 | 4:°805 12 4-760 4°753 4752 4°750 4°743) 4°749| 4-750) 4°757| 4761) 4:771) 4-776 788) 4°798) 4°784| 4°784| 4°76) 4°75] 4-777) 4°785) 4°795) 4-784) 4°783) 4-781 | 4-772 13 | 4-780) 4°772 4°778| 4°774| 4-765) 4-776] 4-778) 4-773] 4-782) 4-815) 4:832 877| 4909) 4-953) 4-986] 5-016) 5:045) 5:075} 5:109| 5-118) 5-135] 5158) 5:183 | 4-918 14 | 5-204 5-218 5°232 5°240} 5:252| 5-270) 5-283) 5-299) 5-314) 5-331] 5:350 +360] 5°374| 5°373) 5°383) 5:384| 5°394| 5406) 5:420} 5-427] 5-429) 5-439) 5:446 | 5:341 15 | 5°463) 5-472) 5-476) 5-495| 5-480] 5-493) 5-506] 5:520| 5-529] 5-544| 5-557 566) 5°571| 5:569| 5:577| 5°569] 5:579| 5590) 5°605] 5-604] 5605) 5:608) 5-611 | 5:548 16 5°616 5°618) 5°616) 5-610) 5-604 5°604| 5-617) 5°623| 5-620) 5-621! 5-617 603) 5°597| 5:57 4) 5°566) 5:545| 5-544) 5-532) 5:526| 5°505) 5-491 5-469 5-460 | 5-575 17 (| 5-445) 5-443 5°439 5-438 5-432) 5:450| 5-467) 5-476) 5:488) 5-497| 5-513 5533) 5°546| 5:541) 5°546) 5535] 5534) 5°533) 5:545) 5°536] 5-535) 5°529| 5-503 | 5°501 18 5494) 5-465) 5-459) 5-441 5°416| 5-394) 5-375) 5-359) 5-349) 5:346| 5-337 5 298) 5:292) 5-266) 5:244) 5-228) 5-210) 5-186) 5°170) 5-137} 5-082) 5-143) 5-121 | 5-297 19 5*145 5-130 5°125) 5°128) 5:120) 5:161] 5-149} 5-225) 5-233] 5-265] 5-289 5320) 5°315] 5°316) 5°325) 5-301) 5-298) 5°314| 5344) 5-326) 5-336] 5°314) 5°325 | 5-255 20 | 5°292| 5-281) 5-310) 5-299) 5-288) 5-312) 5-324) 5-347| 5-364) 5-375|5-396| 5-409) 5-412 5434) 5-429) 5-439) 5:445) 5-455] 5463) 5°484! 5-480} 5482) 5-490) 5-486 | 5°395 21 5°483 5463 5453) 5°459| 5-443) 5:442| 5-439] 5:445| 5-447] 5-434) 5-443 5*417| 5:434) 5-417) 5-419] 5-418) 5:429] 5-431) 5-435) 5-448) 5-434) 5-431) 5°437 | 5-439 22 |5:434) 5-459) 5°451 5-444 5°430| 5:427| 5-431) 5°431| 5-420 5-436) 5-435 5424) 5:431| 5-418) 5418] 5:399| 5405] 5:410) 5:417| 5:412) 5-424) 5:427| 5-434 9 5-427 23 | 5-451) 5-444) 5-446) 5-457| 5-452! 5-460| 5-474) 5:482/ 5-504) 5-525) 5-534 5-585) 5°536| 5-538) 5:547| 5549! 5°555) 5:561) 5°559) 5-557) 5:563) 5°557| 5556 | 5-516 24 5°904 5°552 5-548 5-552 5539 5843) 5-544) 5-546) 5-550) 5-550) 5-554 215 °547| 5°553) 5:545| 5547) 5:°535| 5546] 5:559) 5°574) 5°576| 5°577| 5°572| 5-568 | 5-553 25 | 5°570|5°574| 5°574) 5-573) 5-566) 5-562| 5-568) 5-562) 5-576] 5-579| 5-581 5°572| 5-581) 5°572) 5574) 5°570) 5°574| 5°583) 5596) 5601) 5:614| 5:614) 5-615 | 5-580 26 5°606 5°618 5-617) 5615) 5°615 5-614 5°620) 5°624| 5-635) 5:627/| 5-647 5649) 5-653) 5°635) 5-650) 5°651| 5656] 5654) 5-680) 5674) 5-674) 5-675) 5-681 | 5-643 21 5°680 5°681 5°684/ 5°689/ 5-690 5-703] 5-714) 5-723) 5°739| 5-751} 5-755 0] 5-763) 5°76] 5-783) 5°792! 5787) 5°798| 5°813) 5821) 5828) 5-833) 5-836) 5-836 | 5°760 28 5°839 5°836 5*835) 5°831) 5:819] 5-817] 5-822) 5:827| 5-826) 5-835) 5-844 3} 5 842! 5°841) 5°842| 5828) 5-831) 5:833] 5°835| 5:848) 5856) 5°853) 5°850| 5-847 | 5-837 29 | 5°844/ 5834) 5-829] 5-821| 5-809] 5-811) 5-812) 5:820| 5-824] 5-829) 5-993] 5-820 5-819) 5:822) 5°815| 5:806] 5:805| 5°803| 5:807| 5:811) 5813) 5°813] 5-807) 5-808 | 5°817 Mean] 5°380) 5°376) 5°377/ 5-376| 5°368| 5-373] 5-377] 5°384| 5-389] 5-394| 5-399 4001 5-399} 5°402) 5°397| 5:397| 5:391) 5°394) 5:397| 5:405) 5:402/ 5-400) 5-401] 5-399 | 5-391 AAA ROY. SOC. TRANS. EDIN.—VOL. XLII. B 10 BEN NEVIS OBSERVATORY. BAROMETER. REDUCED TO 32°. 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. MARCH 1888. 1 | 2 )-8 | # Be ee) Fa) eo hoe | ol ee eee) 15°) ae® | 17" | 4s] 19%) eRoml| Seren eooan ees aN Mean. | | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. } Ins. | Ins. | Ins. | Ins. | Ins. 1 | 5°803) 5°794) 5°783) 5-781) 5°773) 5°767) 5°782) 5°77) 5°782) 5°78) 5°77, 5°77 14 5°769] 5°763) 5°743) 5°740) 5°722) 5:715) 5°717 5:715] 5°703) 5°694| 5:676) 5:653 | 5:749 2 | 6°643) 5°618) 5°583) 5°562) 5°551| 5°533) 5°521] 6:514) 5°501) 5-481 5-467, 5°451] 5°433) 5°417| 5-400) 5°383] 5:378) 5°373) 5°376 5384) 5:376| 5:374| 5-368) 5:343 | 5:460 3 | 5°365) 5°372) 5°341) 5°339) 5°335| 5°354) 5°372) 5389] 5°380) 5°371) 5396) 5°417] 5:420} 5°416) 5°412 5-405) 5°389) 5°385) 5°379 5°375) 5°370) 5°369) 5352) 5:336 | 5°377 4 | 5329) 5311] 5°303) 5:281) 5:257) 5°244! 5-238] 5:250) 5°259| 5260 5271 5-266] 5°271| 5277] 5-280 5-276) 5:279) 5:273) 5*289 5-302) 5-301) 5-310) 5:306) 5-303 | 5:281 5 | 5302! 5°295] 5289) 5-292) 5:289) 5°283) 5-280] 5°280} 5°285) 5:282) 5269) 5257] 5:247| 5:237| 5°220 5:196| 5°197] 5°195) 5:193 5-188) 5-199) 5-193] 5-196) 5-200 | 5-244 6 | 5199) 5°204) 5:207) 5-219) 5:212) 5:226) 5:226] 5°230] 5:234) 5:239) 5-239) 5-244] 5-237] 5-249] 5-246) 5241) 5:239) 5249 5255 5259 5*247| 5°250| 5:240} 5-228 | 5:234 7 | 5194) 5°181) 5°162) 5-113) 5-076) 5-080) 5:070) 5:057| 5-053) 5-053) 5-060 5:064] 5-070) 5:066) 5:063) 5:053) 5:045) 5-050! 5-042 5-043) 5-042) 5-041) 5-023] 5-018 | 5-072 8 | 5:011) 5-005) 4:977| 4-960) 4-943] 4:928) 4°900) 4°886) 4°882) 4°867| 4:842) 4-831] 4-805) 4-791) 4-766) 4°740} 4°719) 4693) 4°680) 4°674) 4°660| 4-652) 4-654) 4-648 | 4-813 9 | 4619) 4-601) 4°572) 4-560) 4°540) 4°527) 4-523) 4°508) 4-511) 4°505) 4:503) 4-487] 4-469) 4-470) 4-464) 4-460) 4°452) 4-457) 4-468 4-484] 4-496) 4:511) 4-526] 4:°540 | 4°511 10 | 4°558) 4572] 4-584) 4-598) 4-608) 4°625) 4°638) 4-654) 4-671] 4-686) 4:78 4-726} 4:740} 4-755) 4°772) 4°787| 4°789) 4-798) 4°806, 4°815] 4-811] 4:816) 4-808] 4-817 | 4-714 i 11_ | 4815) 4:799) 4°766) 4-750) 4-728) 4°694 4-679) 4-657) 4°642) 4-624) 4-630 4-632} 4-641) 4°643) 4-632) 4-648) 4-661) 4-681 4:692 4-704) 4-696] 4-712) 4°712) 4-732 | 4-690 12 | 4°753) 4:774| 4°777] 4:782) 4°778) 4°794) 4°S10] 4°814) 4°840) 4°848) 4°3865| 4-878] 4:912| 4-907] 4:937| 4°940} 4-944) 4:946) 4-962 4-964] 4-965) 4-976] 4:978] 4-973 | 4-880 13 | 4:991) 4-982) 4-981] 4-985) 4-976] 4:978)| 4:967| 4-968) 4:957| 4-946] 4-942) 4-935} 4-923] 4-907| 4-901) 4-879] 4°842] 4-829, 4-815) 4:814] 4-805] 4:788] 4-769] 4-759 | 4-902 14 | 4°709) 4°711) 4°675) 4:655) 4-626) 4°644) 4-632) 4-612) 4°594) 4:577| 4°620) 4-594] 4-601) 4:585| 4594) 4-571) 4-568) 4°604' 4:602) 4-602] 4:617) 4-574) 4-596) 4-594 | 4-615 15 | 4°634] 4:664) 4°672) 4652) 4°659] 4-672) 4°696) 4-709) 4-742) 4°734) 4:770) 4°776] 4803] 4:822| 4-848, 4°832) 4°834) 4°864) 4-875) 4°897| 4-909| 4909! 4-933] 4-947 | 4-786 16 | 4:967, 4-973) 5:001 5023 5-028) 5°039] 5-048) 5-063| 5-084) 5-101! 5-111] 5:131).5°136| 5°158 5°174| 5171) 5°177) 5°185) 5195 5:210] 5:219 5-224) 5-297) 5-232 | 5-120 17 | 5-238 5:239] 5°248) 5°251) 5:252) 5:259) 5272) 5°284) 5-302) 5:316} 5°333) 5°347] 5°362| 5°386| 5-402) 5:417) 5°429| 5-448) 5°470, 5-498) 5:521) 5:527| 5544) 5:565 | 5-371 18 | 5:581) 5°584) 5°596) 5:607, 5°610) 5622) 5-634) 5-652) 5-668) 5°678) 5692) 5°71 0] 5-718) 5-724) 5°730) 5°742) 5°742) 5-751) 5758) 5:768) 5°73) 5°777| 5°772| 5-770 | 5-694 19 | 5:758) 5°752) 5°747| 5°731) 5°724) 5°730) 5°723) 5°721) 5°722) 5-725) 5726) 5*703} 5-701) 5°685) 5°675] 5°661) 5°649) 5-647) 5-633) 5619] 5°617| 5°605) 5°595| 5-597 | 5-685 20 | 5:591) 5°604| 5596) 5-588 5°587) 5°587| 5°596) 5-612) 5°627| 5-643) 5°656) 5°664} 5:669} 5-670) 5679} 5°692) 5-702) 6:708) 5:718) 5°745) 5-749) 5°753) 5-755) 5756 | 5-664 21 | 5751) 5-749) 5*741) 5°738, 5°733) 5°7382) 5°72) 5-721) 5°725) 5-720, 5-706) 5-699} 5°687] 5-670) 5-654) 5°627| 5°603) 5-593) 5:572| 5-568) 5-543) 5-520) 5-491) 5-466 | 5-656 92 | 5:436! 5-403 5:369] 5°330, 5°307| 5286] 5-276] 5°268) 5:258) 5: 248. 5229) 5*221} 5:207) 5°185| 5:178) 5:164) 5°131| 5°121| 5°107| 5:097| 5-089) 5:071) 5-051) 5-027 | 5-211 23 | 5-014) 4:998 4:985) 4-960, 4-928) 4-926) 4-914) 4920] 4°916)| 4-921) 4:927| 4-917] 4-906) 4-899) 4°866)| 4°834) 4808) 4°811)| 4:809) 4°799) 4°811) 4*820] 4°816| 4:816 } 4°888 24 | 4803) 4:801 4-748} 4°726 4:740) 4-729) 4-747) 4-738) 4-763) 4: 805 4°813} 4°834] 4°851] 4°865] 4°869] 4883] 4°861| 4°859) 4°860) 4°863] 4:845] 4°830| 4:827| 4-808 | 4:811 25 | 4:789) 4:768) 4°734) 4° 702 4°671| 4°641] 4°617| 4°596} 4°572 4548 4°533) 4°518] 4:497] 4-483) 4:473] 4°456| 4°447| 4°444) 4°444) 4-450! 4-451) 4-450] 4-448) 4-449 | 4-549 26 | 4:428) 4:437) 4:426) 4: 430 4-431) 4-424) 4:443) 4°464) 4-482) 4°466) 4-482) 4-494] 4-502) 4-516) 4°526) 4527) 4°520) 4°512) 4518) 4517) 4:508) 4-501) 4-498) 4-490 | 4-481 27 =| 4:473| 4:447, 4:425) 4°405, 4:379) 4°362) 4°352) 4340) 4°331 4328) 4-325] 4-321] 4-320) 4-324] 4-332] 4-341] 4-344] 4-355] 4-369] 4-391] 4-400] 4-411] 4-419] 4-439 4°372 28 | 4-444) 4-447 4455) 4-452 4:456) 4-458) 4:466] 4°473) 4°465] 4°471) 4-478) 4-481] 4:489) 4-470) 4:480) 4:501)| 4:500) 4:476) 4:482) 4:493] 4-486) 4:476] 4-483] 4:485 | 4:473 29 | 4-479) 4°472 4-472) 4-484! 4-479) 4-500] 4:516) 4°543) 4-551) 4561) 4-581! 4-600} 4-609) 4:625) 4-639} 4:642| 4-649} 4°663) 4:671) 4-695] 4-706] 4-706] 4-709] 4-719 | 4-595 30 | 4709, 4°743) 4°754| 4°766 4°776) 4°792| 4°803) 4-800} 4°831| 4°853, 4:870| 4-876] 4°874) 4-894) 4-902) 4-921) 4-961) 4:982) 5:013) 5:019] 5:067| 5:057| 5-078) 5-076 | 4:892 31. | 5:087| 5°138) 5°1388) 5- a 5178) 5°194) 5°207| 5°224) 5°237 ay 5°269) 5°281} 5294! 5°315| 5326) 5328) 5:353) 5°356| 5°359] 5°399] 5-415) 5:424/ 5-428) 5-436 | 5-284 MEAN] 5:048 eet 5:036 5029 5:020) 5:020 pane 5:023) 5:028) 5:028 5:035| 5-036} 5:037| 5-038) 5-038) 5-034) 5-030) 5-033) 5°036) 5-044! 5-045) 5-043) 5-041) 5-039 | 5035. if BAROMETER. REDUCED TO 32°. 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. APRIL 1888. Ins. | Ins. | Ins. | Ins. Ins. | Ins. | Ins. | Ins. Ins. | Ins. | Ins. | Ins. | Ins. | Ins, | Ins. | Ins. | Ins, | Ins. | Ins. | Ins. | Ins. | Ins, | Ins. | Ins. | Ins. 1 | 5-430) 5°433) 5-432) 5-428 5:417| 5422) 5-419 5-413 5413) 5-407] 5-414) 5414] 5:399 5:395) 5-375) 5:378) 5°359) 5355) 5346) 5-349] 5-340) 5-316] 5:307| 5-294 | 5-386 2 | 5:226) 5-269) 5°236) 5°225 5-225) 5-231) 5:244 5:259 5260) 5-264) 5:266] 5-277] 5:280 5:265) 5:263) 5:298) 5:306] 5:315] 5:333] 5-342] 5°349] 5-374] 5:377| 5°385 1 5-288 3 | 5°358) 5:390) 5°386| 5°382 5380) 5:379| 5:382 5°375 5°373) 5:369] 5:369| 5°367] 5:371) 5:367| 5°346] 5°325| 5:327| 5°309] 5:302! 5-308) 5-276] 5-258] 5-236) 5-224 | 5-340 4 | 5205) 5°190| 5:178| 5153 5:160| 5:164| 5°159 5-173 5: 191 5194] 5-223) 5-229 5°254) 5°283) 5296) 5°305) 5:311) 5°331) 5:354) 5-379] 5°394] 5-405) 5-420) 5-430 | 5-266 5 | 5444) 5-454! 5-457) 5°466 5:462) 5-476) 5491 5501! 5516 5'525] 5°539) 5549 5°552, 5°559) 5:561) 5°355) 5:550) 5559) 5°561) 5°583) 5:586] 5:594) 5-601) 5°602 | 5:531 6 | 5°600) 5°594| 5°594) 5:595, 5°583) 5°593) 5°597) 5: 604) 5°618 5:623] 5°632] 5°637] 5: 645, 5°653) 5:650) 5649) 5-643) 5-645) 5-655) 5:664) 5662] 5-661) 5658) 5-660 | 5-630 7 | 5646) 5641) 5°627| 5-619, 5:608) 5-613) 5: 606) 5°605 5°604 5*610) 5-614 5-611) 5-603) 5°600) 5-594] 5-588] 5*581| 5:582) 5-582] 5-583] 5-586) 5:573] 5:64! 5-558 | 5-600 8 | 5:55) 5°44) 5°535) 5518 5-512) 5°511) 5°511) 5°511) 5504 5°501) 5°501) 5-499) 5-500) 5-502 5-498} 5-491) 5-484) 5-477) 5-483) 5-496) 5-490) 5-484) 5-480) 5-472 | 5°502 9 | 5470) 5:462| 5:453] 5°447| 5:438) 5-440) 5:439 5443 5:437 5:450| 5:452) 5°434] 5-458) 5-462) 5-466] 5-464! 5°460) 5-464) 5:467| 5480) 5:480] 5:472| 5-475) 5-476 | 5-458 10 | 5:477| 5:472| 5-463) 5:454 5:458) 5453) 5°444| 5-451 5-453 5450) 5-445) 5:433] 5-425 5-408) 5-386] 5:376) 5:354) 5°346) 5:339] 5°338] 5:322) 5°321| 5-308) 5-297 | 5-403 11 | 5:278) 5°267| 5°235| 5-216 5209) 5°193) 5179) 5181) 5°L80 5:181] 5°190} 5°199] 5191 5:198) 5-197) 5181) 5181) 5-179} 5°187) 5-201} 5-201} 5-201) 5°197)| 5-195 | 5-201 12 | 5181) 5171) 5159) 5-154 5-136) 5-142) 5-144] 5:148) 5146 5146] 5:143] 5:132] 5-119) 5-104] 5-080} 5-059) 5-045] 5027 4-978] 4:945) 4-914] 4-918 4-912) 4-886 15-074 13 | 4:864| 4°835) 4:812) 4:821| 4:832! 4°827| 4°862! 4°882| 4:915 4-936) 4-960) 4-988} 4-998) 5-028) 5:030) 5-052! 5:051! 5-076 5-084) 5-098) 5-103] 5-100) 5-104) 5-102 | 4:973 14 | 5:097| 5-105) 5°107| 5°110, 5105) 5115) 5°126) 5°142) 5°168 5191] 5°195) 52091 5-220) 5-230) 5-244) 5-251] 5:267| 5:279 5:280) 5:281) 5-287] 5-285! 5-278) 5-274 | 5-202 15 | | 5:255) 5241) 5239} 5:226 5:223 5215) 5°210) 5:1 86) 5°181 5'158) 5°122) 5:160} £139) 5147) 5:145) 5°150) 5°181) 5118 5°114| 5:123) 5-131] 5°123) 5-126) 5-119 |} 5-166 16 | 5:109 5:100! 5-095! 5-086) 5-076! 5-082! 5:081!5:089 5089 5 *106| 5°114) 5°122} 5:130) 5:141| 5-126] 5°132} 5-133) 5-121) 5-111) 5-114! 5-101] 5-076) 5-044) 5-007 | 5:099 17 | 4-983) 4-974] 4-936] 4978 4-967| 4:953) 4-930| 4-926] 4-913! 4:897| 4:879] 4:87] 4-896] 4-901) 4-890] 4:882| 4-889 4:893, 4881) 4-902) 4-903] 4:906) 4°912) 4:910 | 4-916 18 | 4-903! 4:S01) 4:900! 4:899, 4:89]| 4-895] 4-890] 4:900} 4:892| 4-903] 4:911] 4-916} 4-921) 4-923) 4-929] 4-917] 4-917] 4-925 4-933] 4-939] 4-938] 4-941] 4-950) 4-954 | 4-916 19 | 4°958] 4-961) 4:961 4° 969) 4978 4-984) 5-001} 5-010) 5-024) 5-033) 5:042) 5-045) 5:049) 5-055) 5-058) 5:059) 5-059) 5-063. 5-080) 5-087] 5-088] 5-094) 5-098) 5-102 | 5-036 20 | 5:105) 5115} 5°115) 5 119) 5*132| 5*139) 5*131] 5°165] 5°175) 5°198] 5199] 5-218} 5-212) 5-233) 5-249] 5-251) 5-282) 5-279. 5-273) 5306 5°276] 5°304| 5:306] 5:308 | 5-212 Q1 | +282) 5259) 5-273) 5-296) 5-298) 5-297) 5:302| 5-312] 5:307| 5:323) 5:333] 5333] 5:328] 5-329) 5-331) 5-331) 5°320| 5305. 5-310] 5-306) 5-305] 5-298] 5:294| 5-289 5307 92, | 5287) 5-278! 5278! 5-270) 5:276) 5:280) 5-283] 5:312! 5317] 5:322| 5:359} 5°360} 5:369) 5:369| 5-369] 5:372! 5*369) 5:379, 5°381] 5:382| 5:377| 5:391) 5°378) 5394 1 5-340 23 | 5400) 5-409) 5406] 5-402 5°401| 5:412) 5°421) 5-421) 5-443) 5:451| 5°454) 5471) 5°479) 5:478) 5-475) 5-480) 5°489) 5497) 5°511) 5-520) 5-524) 5:530] 5°527) 5°522 | 5-463 24 | 5°537) 5°540) 5°551) 5539) 5546) 5549) 5°556] 5°560) 5-568) 5:568) 5583) 5-591] 5600} 5608) 5-605) 5602) 5-598) 5-600) 5-602) 5°604) 5:611) 5:612) 5618] 5-612 | 5-582 25 | 5-601) 5-606] 5-613) 5-598! 5°600| 5°610) 5°615) 5°633) 5:629] 5:630) 5651) 5°663] 5°665) 5°668) 5-669] 5:661| 5670) 5°668) 6:675) 5:672) 5-670) 5-664) 5649] 5°671 | 5644 26 | 5*649) 5°633) 5621) 5613 5°599| 5°613) 5°611] 5625] 5:632) 5°631| 5°623) 5619] 5°611) 5-601) 5-589) 5:570) 5°551| 5°535] 5:°514) 5:497] 5-478) 5444) 5-496) 5-394 15-570 27 |: 5*367! 5°345! 5°308) 5:283) 5:274| 5:248) 5°260! 5°250| 5:257| 5°266) 5°265) 5:269) 5271) 5:272) 5-278) 5-280) 5-273) 5-275) 5°284) 5-296) 5-308) 5-300} 5°300} 5-292 | 5-284 28 | 5:295)| 5°285) 5274) 5253) 6:220) 5°223) 5°197| 5:200) 5*186) 5°172) 5:129] 5°119} 5-071) 5:070) 5:053) 5:017, 5-002) 4-939] 4-937] 4:927| 4-896] 4°889) 4°888] 4867 | 5-088 29 | 4:844) 4-828) 4-819) 4°813] 4-803] 4°798) 4800] 4°803] 4°815] 4°820] 4°831] 4852] 4°867| 4°893) 4-909) 4-923] 4:921] 4-932) 4-938) 4-943} 4-939] 4-946] 4-941) 4:985 I 4°871 80 | 4:926) 4-927) 4-919] 4:915) 4:906) 4-911) 4910 4-910) 4:916} 4°919} 4:914) 4°916] 4-914) 4:909| 4°899] 4°873] 4-850) 4°833) 4:823] 4°821]| 4809] 4-797] 4:768| 4°719 | 4:875 MEAN) 5°279) 5°274) 5°266) 5°262 5°257| 5°259) 5°260| 5-266) 5-271) 5:275| 5°278) 5°2841 5-285) 5°288) 5:285) 5:282! 5:279) 5:277| 5:277| 5:283) 5:278) 5°276| 5-271) 5-265 4 5-274 BEN NEVIS OBSERVATORY. 1l BAROMETER. REDUCED To 32°. 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. MAY 1888. Mid- night. Mean. 1 2 3 4 5 6 7 gl Oe el LZ oes ea elon Gm elie eS! | eLOs |) 205 = 21 e223 Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. ; Ins. | Ins. | Ins. | Ins. ]| Ins. 4:697| 4-679] 4-632! 4:623] 4-620] 4:607 4:606| 4:599| 4°594) 4°599] 4-599) 4-612) 4°621| 4-641) 4-654) 4-668) 4-680) 4°707| 4°737) 4°791 4:831) 4-842) 4:877] 4-895 | 4684 4-921] 4-927] 4-920] 4-891] 4-879] 4-843 4-776) 4:696] 4-669] 4-650) 4-649] 4-679] 4-689) 4-670) 4°651) 4°650) 4°608) 4581 4553) 4538 4-535) 4-508) 4-498) 4-477 | 4:686 4-445] 4-449] 4-497] 4-448] 4-482] 4:544 4-616) 4-677| 4:°723) 4°774| 4:848] 4-905} 4-907) 4-968) 5-016} 5-050) 5-074) 5-098) 5119) 5-153 5: 175} 57191] 5-210) 5:236 | 4°856 5*239| 5-258] 5-265! 5:279| 5-293] 5°303 5:307| 5:321| 5-330} 5°346) 5339 5°354] 5°361) 5°371| 5°377| 5°364| 5°371) 5368) 5'367) 5 *340) 5-350) 5-350) 5:336] 5-301 | 5-329 5295) 5°265) 5:250) 5-244| 5-250 5°259 5252) 5288) 5-297] 5°320] 5°344) 5°348] 5°377| 5°391| 5-418) 5419) 5-430] 5441) 5:454) 5-465! 5-468) 5-474) 5-474) 5-482 | 5-363 5*489) 5°482) 5:474) 5°473) 5°476] 5: 469 5 5483 5-492) 5-498] 5°502| 5-503] 5-499} 5:°506} 5°502) 5°510) 5-508} 5-495) 5°494) 5-499) 5-493) 5501! 5-499) 5-499) 5-462 | 5-492 5:446| 5:435] 5°437| 5°437| 5:427| 5°426 5- 428) 5-431) 5°428] 5°432) 5°442) 5:441 57443 5°430) 5:430) 5-416} 5°399] 5-411) 5385) 5°390) 5-396) 5-393] 5°381] 5-386 | 5-420 5°377| 5°353} 5°349) 5°354) 5 5°573) 5°575| 5°579| 5°575 5 5 5 5) | 2 48} 5°351 5359) 5-373} 5°393] 5396) 5°401) 5°416] 5-423) 5:452) 5-472) 5-477| 5-487) 5°491) 5-495) 5-515) 5°518) 5-541) 5-550) 5565 | 5-436 86] 5°601) 5616) 5°627| 5°635| 5°657| 5-671| 5°679] 5689! 5°702| 5-706! 5-712! 5-710] 5-713) 5*715| 5-714] 5-718) 5-720] 5-721] 5-716 | 5-663 14] 5-720) 5-728) 5-740) 5°749| 6°756) 5°768} 5°787} 5°797| 5°806) 5-810) 5°810) 5°809} 5-811) 5°812) 5-822) 5-834) 5-828) 5-831) 5°823 | 5-775 2 4 COND OP CL 10 | 5°715) 5-713) 5-710) 5-710 5°851) 5°851| 5-836] 5-832) 5°830) 5-834] 5-833) 5-827] 5°818) 5°813 | 5-833 776) 5°70) 5°760, 5°7.42) 5°730) 5°725) 5-718! 5-711) 5-701: 5°687| 5°671 15-766 5°387| 5°384| 5°375] 5:377| 5°371| 5°371| 5°353) 5°343 5°345] 5:346 | 5-446 *257| 5°236) 5°218) 5-200 ; 977) 4981 py) 11 | 5°825| 5-820} 5-819] 5°819] 5-821] 5-820) 5-829) 5*832| 5:838] 5°842) 5-846) 5 12 | 5812! 5-801] 5-791! 5:787| 5:782! 5-785) 5°784) 5-783] 5-781) 5°782) 5:785) 5 13 | 5*649| 5°628) 5-596] 5:573) 5:550| 5:537| 5:506| 5-483) 5-458) 5-435] 5-409) 5- 5 5°171| 5°152) 5-129) 5-115, 5-099) 5:081 | 5-241 4 4-979] 4-959] 4-992) 4-998) 5-003] 5-002 | 4-988 4-859) 4882) 4-870) 4°860) 4°854| 4-828 | 4:934 4-859) 4°872) 4-879] 4:895) 4:907| 4-922 | 4:816 5°088' 5:092) 5:135) 5°137| 5154] 5-171 | 5-068 5°165| 5°173) 5°161] 5-197] 5-201 5-206 | 5-182 8] 5627) 5-660) 5-687} 5-696) 5:710, 5°727 | 5474 8| 5-937) 5-948) 5-955] 5-960) 5-962) 5-964 | 5-874 90) 5°987| 5-994) 6-000} 6:001| 6-005) 6-000 } 5-286 14 | 5329) 5:319) 5:319) 5:307| 5-303) 5-308) 5°309) 5:314| 5-304] 5°297| 5°284 15 | 5:064) 5-045] 5-028) 5-004] 4-987 4-976] 4-971] 4-968) 4-964) 4-966) 4-967 16 | 4-988] 4-995] 5-003) 5-004] 4-998] 5-001) 5-002) 4-999) 4:995] 4-970) 4-971) 4-937] 4-922 17 | 4-802) 4-778) 4°769| 4°753] 4-746) 4-740 4-752] 4-770] 4-787] 4-791] 4-799] 4-799} 4-805 18 | 4-941} 4-953] 4-965) 4-980] 4:995! 5-010) 5-031) 5-051! 5:064| 5-079] 5-090) 5:102) 5-095 5°107| 5:120) 5: 5 5 4 *895| 4°873] 4 4 5 19 | 5*186) 5179] 5°189) 5°182 5°193) 5-192) 5-191] 5-171| 5*180) 5-174) 5-189) 5-201} 5-200) 5-198) 5-141) 5-172) 5-161 a 5 5 5 5 5 8 836) 4°831 il il 20 | 5*228) 5°239] 5-258) 5-269 5290] 5-319] 5-328) 5-354) 5-376] 5-407) 5-430) 5-464) 5-486) 5-522) 5-547] 5:564| 5-587) £ 21 | 5°737| 5°754| 5°761) 5-771) 5-785) 5:802} 5°821! 5-840} 5-857] 5°865) 5°870) 5-881] 5-894) 5-913! 5-917) 5-924) 5-923 22 | 5-963} 5-965] 5°968) 5-969, 5-965) 5-971) 5-972) 5-976] 5-983) 5°987| 5-990) 5-992] 5-996) 6-002) 5-996) 5-994) 5-987 23 | 6:000} 5:994| 5:990) 5-991) 5-993) 6-000] 6-004! 5-998) 6-003} 6-008) 6-011) 6:013} 6-012) 6-014) 6-009) 6-003) 5-993] 5-993) 5-990} 5-986) 5-992) 5-987) 5-983) 5-976 | 5-998 24 | 5-969) 5-964) 5-954 5-950) 5-947] 5-951) 5°952/ 5-957] 5-951) 5-952) 5-950) 5-948} 5-944) 5-940) 5-935) 5-919) 5-908) 5-905) 5898) 5-902) 5-897] 5-885) 5-874) 5-863 | 5-930 25 | 5°849) 5:840} 5°821) 5:813) 5-806} 5-802] 5-794) 5-789) 5-786] 5°783) 5-779) 5-768) 5-757) 5°745) 5°738) 5°732) 5:720) 5-714) 5-708) 5-700) 5-692) 5-680) 5671) 5°652 | 5-756 26 | 5°638) 5°623] 5°607| 5:593) 5-584) 5:577| 5°575| 5572) 5-564) 5°558| 5546) 5-543) 5:536) 5°533) 5-521) 5:507| 5:491| 5-475) 5-462) 5-448) 5-434) 5-421) 5-400) 5°376 | 5524 . 27 | 5352) 5°331) 5°315) 5:304) 5-286) 5-276) 5-268) 5-259) 5-254) 5:247| 5:245) 5°242) 5-237) 5:°234) 5-228) 5-222) 5-218] 5-219] 5-221) 5-225) 5-227| 5-229) 5229) 5-233 | 5-254 28 | 5:230) 5-237) 5:241) 5:243) 5°251) 5-256) 5-266) 5°275] 5-285) 5-296) 5:307| 5°314] 5:324) 5°335) 5:337| 5°348) 5-346) 5°350) 5353) 5°357| 5360) 5°355| 5:357| 5°355 | 5°307 29 | 5°350! 5:353) 5°343) 5:336) 5°311] 5-318) 5°309) 5°297) 5-293) 5275) 5:278) 5°257) 5:241| 5:216) 5:177| 5°150| 5°136) 5:085) 5-020) 4-994) 4-994) 4-960) 4-922) 4-868 | 5:187 4-736] 4 4:9 5:3 30 | 4:834) 4°831) 4:827) 4-789) 4:766 *731| 4-751) 4°756| 4°762| 4-769) 4°7 72} 4:779| 4:783) 4-797] 4°813) 4°823) 4-836) 4:847| 4:859) 4-878] 4-882) 4-886] 4-901 | 4°809 4:927) 4:941) 4-954) 4-974) 4-995) 5-022} 5:042) 5-083) 5-101) 5°125) 5-150) 5179) 5°194) 5°226) 5:261) 5-278) 5-302) 5-311 | 5:061 *336] 5338) 5'348) 5°347) 5°351) 5:357| 5°363] 5°366) 5°372) 5°372) 5:373) 5:370] 5°371) 5°369| 5°374) 5-380) 5:379) 5:379| 5:374 | 5:3859 31 | 4:905) 4:892) 4:894/ 4-900) 4-898 MEAan | 5:350) 5:344) 5:339) 5:335) 5:333 BAROMETER. REDUCED TO 32°. 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. JUNE 1888. Ins. | Ins, | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. ] Ins. 1 | 5°337) 5-352) 5-360) 5:378) 5°392) 5-405) 5-422) 5-441) 5-459) 5-484) 5-498] 5-517] 5°537| 5°561] 5:573) 5-591] 5°591 5-600, 5°608) 5°618) 5:633) 5°640) 5643) 5-637 | 5-512 2 |5°635) 5°630} 5622) 5-611) 5-600) 5-598) 5:599) 5:599) 5°580) 5:569) 5°553) 5°552) 5:545) 5532! 5-509] 5-478) 5°466 5:458 5:442) 5-432) 5-424) 5-408) 5-403) 5-379 | 5-526 8 | 5°365) 5°336) 5°312) 5:306| 5-277) 5°284) 5-287) 5-251) 5-249) 5-255) 5-243) 5-244] 5-249) 5-250) 5-260) 5-253) 5:255 5:°254) 5-260) 5°272! 5°278) 5-292) 5-296) 5-299 | 5-276 4 |5°308) 5°316| 5°327| 5°836| 5°352) 5°377| 5:398) 5-416) 5-446) 5-465) 5-488) 5-508] 5524! 5:543) 5°567| 5°573] 5°583 5:591) 5°604) 5616) 5°637| 5-641) 5°642) 5-638 | 5-496 5 | 5°632) 5-621) 5°618) 5:628) 5:627| 5°628) 5-629) 5-618) 5-618] 5°624) 5-631] 5-629) 5°625) 5:627| 5°615} 5-605] 5°604' 5-596) 5:593) 5-602) 5-595) 5:572| 5-564! 5-537 1 5-610 6 | 5500) 5:485) 5°483) 5:457| 5:420) 5420) 5-423) 5-423) 5-4.15] 5-377) 5389] 5-428] 5:413] 5-392) 5-366) 5°325 5°01. 5'279] 5:261) 5:264) 5-276) 5-280) 5:280| 5282 | 5-372 7 | 5°269) 5°256) 5°240) 5-233) 4-231) 5°231) 5-234) 5-231) 5-226] 5-229) 5-226] 5-230] 5:227| 5-224) 5-218) 5-211] 5-202 5-202) 5-202! 5-205) 5-215) 5-216] 5-214) 5212 | 5-224 8 | 5202) 5°191| 5-187] 5:192) 5-185) 5:185) 5°191| 5-192) 5-189] 5-184) 5-183} 5°18} 5173) 5-176} 5:174| 5-181] 5178 5-180} 5°186, 5:193) 5-194) 5-193) 5-191) 5-190 | 5-186 9 | 5°187| 5-184) 5°181) 5175) 5-164) 5-164) 5-163) 5-161) 5:163) 5°158) 5°152) 5°152§ 5149] 5148) 5-137] 5-136) 5129 5-128) 5°127) 5:126) 5-120) 5-120) 5-128) 5-128 | 5-149 10 | 5139} 5131) 5:133) 5123) 5-128) 5°15) 5-139] 5-148) 5-169] 5-185) 5-218) 5-255) 5-297] 5-338] 5-345] 5:354| 5360, 5-381] 5-400) 5-418} 5-430) 5-436] 5-432) 5-426 | 5-272 11 | 5-427) 5°434) 5°418) 5-401) 5-400} 5-400) 5-393) 5-390) 5-378) 5:372| 5:358) 5:354] 5-322) 5:308) 5-279) 5-258 5-249 5:237| 5°229) 5-216) 5:210| 5-200} 5:191| 5-171 | 5:316 12 | 5*156) 5-125) 5-082) 5-072) 5-018) 4-993) 4-990} 4-980] 4:945| 4-951] 4:913] 4-928} 4-923) 4-929) 4-930) 4-930] 4-917) 4-928) 4-926] 4-949] 4-953) 4-980] 4-993] 4-997 | 4-980 18 | 4-997) 4-990) 5-002) 5-007| 5-026) 5-041) 5-070) 5-107] 5-123) 5-142) 5-157) 5-171] 5-182) 5-206) 5:223) 5-236) 5236 5-244) 5-250) 5-261) 5-274) 5-287) 5-293] 5-296 9 5-159 14 | 5-302) 5°304) 5-309) 5-323) 5-331) 5°342) 5-356) 5-368) 5°375) 5-384) 5:391) 5-402} 5-411) 5:421| 5-427| 5-429) 5-428 5-429) 5-425) 5-424) 5-424) 5-421! 5-400] 5390 | 5-384 15 | 5°372) 5°360| 5°350) 5340) 5320) 5:308| 5-313] 5-318) 5-322) 5-336) 5-347] 5365} 5°387) 5-404/ 5-420] 5-441) 5-453) 5-467) 5°470) 5-491) 5-508) 5-512) 5:507| 5-526 | 5-402 16 | 5°25) 5°25} 5:532) 5-528) 5-532) 5-544) 5:552) 5-565) 5-573] 5-580) 5593] 5-608] 5-619] 5°630| 5°641) 5-640) 5°637) 5-640) 5°639) 5-647] 5-649) 5-657) 5°656) 5-652 | 5-598 17 | 5646) 5°648) 5-642) 5-637) 5-629) 5°637) 5°644) 5-651) 5-661) 5-669] 5-673) 5-680} 5-683] 5-692! 5-690] 5-686] 5*686) 5:692| 5-699] 5-699) 5-705) 5:71) 5-711] 5-716 | 5-674 18 | 5-720) 5°720) 5-717) 5°715) 5-719) 5-720) 5-728) 5-736) 5-744) 5-753) 5°762) 5-768] 5-773) 5°76) 5-788) 5-792} 5-791) 5-796] 5°798) 5-803) 5-807) 5*807) 5-808) 5-805 | 5-764 19 | 5°798) 5°793) 5°782) 5°77) 5°774| 5°77) 5-776) 5°78) 5:773| 5°769| 5°772| 5-779) 5-769) 5°769| 5-770) 5-768] 5-759) 5-759 5°752| 5-751) 5°746| 5-736) 5-729] 5*726 | 5-766 20 | 5°719| 5°707| 5-707) 5-692) 5-697) 5°704) 5-710) 5-717) 5-715) 5-713) 5-718] 5-714} 5-71 4| 5-720] 5-721] 5-716] 5-717) 5-716] 5-719) 5730) 5-730) 5°715) 5-700) 5-702 | 5-718 21 | 5-703) 5°692) 5°688) 5-692) 5-698) 5-705) 5-712) 5-714) 5-726) 5-734) 5°734) 5-744] 5-753) 5-753 5°72! 5-771) 5°771| 5°75] 5°774| 5°783] 5-785] 5°787| 5-789) 5-779 | 5-743 22 | 5°779) 5°70) 5°760) 5*752| 5749) 5-753) 5-754) 5-758) 5-761) 5°761| 5-763) 5°7744 5°77) 5°783) 5-791) 5°792| 5*798) 5°798] 5°802| 5:808) 5-809] 5:824| 5-826) 5-832 | 5-782 23 | 5°827) 5°825) 5°824) 5*822! 5°825) 5°824| 5-829] 5°833) 5*838) 5°852| 5-857 5-862) 5*859) 5-859] 5-854] 5-861] 5-854] 5-840] 5:832| 5:826) 5-826] 5°831) 5-821] 5-810 | 5-837 24 | 5*803| 5°792| 5°77) 5*768) 5-763) 5°759) 5-760) 5-752) 5-748) 5-748) 5-747) 5-750) 5*745) 5-741 5-739] 5-738) 5: Hes 5°719| 5°717| 5°718) 5:713) 5-708) 5-685) 5681 | 5-742 25 | 5°685) 5°665) 5°637) 5°648) 5:653) 5:660) 5-664) 5:657| 5:667| 5:676] 5-690] 5-692) 5-685] 5:683] 5-687] 5-690] 5-666] 5-670) 5-668] 5-665) 5-666] 5°659) 5-654 5-632 | 5-667 26 | 5:623) 5°607| 5°596) 5:586) 5:84) 5-581) 5-579) 5°578] 5:574| 5-566) 5-552) 5-547] 5-540) 5-527| 5-509] 5-09) 5-480] 5-472) 5-463} 5-453] 5-450) 5-446] 5-482) 5-425 | 5-529 | 27 | 5:417| 5°396) 5°366) 5:356) 5°345) 5:338] 5:337| 5:322| 5:316] 5°313} 5:309] 5-295) 5-299] 5-290] 5-283] 5-258] 5-251] 5-253} 5-245] 5-234) 5-235) 5-227! 5-217 5-201 | 5-296 28 | 5°186) 5-180] 5°168) 5°158) 5-154) 5-149} 5-149] 5: 157| 5°157| 5-156) 5°160| 5°160} 5:165) 5-159) 5-156) 5-159) 5-157] 5-156) 5-156) 5-157) 5-155) 5-158) 5-158) 5-153 | 5-159 29 | 5-143) 5°140} 5-134) 5-132) 5-126) 5:122| 5-123] 5-119] 5-124] 5-127] 5-131) 5-136) 5-134) 5°144| 5-170| 5-166) 5-171) 5-178) 5-176] 5-179] 5-176] 5-182) 5-196] 5-193 | 5-151 80 | 5°168) 5-191) 5°185) 5°188) 5-178) 5-216) 5-232) 5-263) 5-279) 5-298) 5:309| 5-329) 5-344] 5-352] 5-371] 5°385] 5-389] 5-393] 5-402) 5:412| 5-413) 5-419] 5-421] 5-422 | 5-315 Mean | 5°452) 5-446) 5:438) 5-434) 5°430) 5-433) 5-439] 5-441) 5-444/ 5-448) 5-450) 5-458] 5-461] 5-465] 5-466] 5-464) 5-461! 5-461] 5-461| 5-465) 5-468] 5-469) 5-466) 5-461 | 5-453 12 BEN NEVIS OBSERVATORY. BAROMETER. REDUCED TO 32°. 4407 FEET ABOVE SEA LEVEL, FIRST FIGURE OMITTED. JULY 1888. 1 | 2) 8] 4) Bele | 7 |oe |) | sec) tae og!) te 46 | 46°) -17°| 18-1 19>) aon| comes 23 | Mit’ | Mean. | peyerl a Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins, | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. 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REDUCED TO 32°- 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. AUGUST 1888. 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ReEpucED TO 32°. 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. SEPTEMBER 1888. Te 2) | 3) | Sal cone cnnlmacan reMmonaietOn| 2/12 18 | ia | 15 | 16 | 17 | ts | 19 | 20 | a1 | gar) as | MEO I nto, ght. 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5-868] 5-865] 5:860| 5:867| 5:870| 5:875| 5:877| 5:881| 5-888} 5:890) 5-890] 5:882) 5°872) 5:867| 5°860) 5-852) 5-847] 5-848) 5-841) 5°839| 5°826] 5°828) 5-824 | 5-862 14 | 5°817) 5801] 5:795) 5°768] 5°750| 5:751| 5:739| 5-726) 5°722| 5°734| 5-716] 5-721] 5:709) 5-708) 5-699) 5:676) 5-667] 5-648) 5-648] 5-647| 5°623) 5-622) 5-617) 5°605 | 5°705 15 | 5°599| 5-593) 5-580) 5:561] 5°541| 5:541| 5-535] 5526] 5-518] 5513) 5-511] 5-506] 5-497) 5-500} 5-493) 5-490) 5-499) 5-501) 5-515) 5524) 6°528) 5:540) 5:547| 5-558 | 5°530 16 | 5:558! 5-566) 5°572) 5°579| 5°594| 5-603) 5-619) 5641) 5-656) 5°667| 5°678) 5:°675} 5686) 5-689] 5°696) 5°699| 5702! 5-711) 5:718} 5°726) 5-726) 5-723) 5:723| 5-719 | 5664 17 ‘| 5714! 5:698) 5°696) 5°683) 5-669} 5-674! 5-668) 5-676) 5-687) 5°689| 5°691) 5-685} 5-689) 5-692) 5-690, 5°693) 5697) 5-705) 5-720) 5°726) 5°731| 5°735) 5°741| 5:743 | 5°700 18 | 5°747) 5°745) 5°743) 5°742) 5°753) 5°756) 5°762| 5°770) 5-779) 5°782| 5-789) 5-788} 5°797| 5-802) 5-796) 5°796) 5-799) 5-801) 5-808} 5°809) 5-812) 5-814) 5-818) 5-817 | 5-784 19 | 5823) 5-819] 5-812) 5:811| 5-809] 5-815] 5821] 5:824) 5-823] 5°824) 5°826] 5-831} 5832) 5-820] 5:819 5:821)| 5°819) 5823) 5°832) 5°832) 5-830) 5831) 5-827) 5826 | 5°S23 10 | 5-820) 5-818] 5805) 5-804! 5-808] 5-808) 5-808) 5-815) 5-826) 5°831] 5°831) 5:829] 5°822! 5-810} 5°803) 5-799] 5-791) 5:791) 5-797| 5°787| 5:787! 5780] 5°73) 5°762 | 5°804 91 | 5:765) 5:762! 5°749] 5°747| 5°740| 5-742) 5:758) 5°767| 5:767| 5°73) 5°73) 5°77 24 5°7 73) 5°770] 5°70, 5°767| 5°763) 5-763) 5-769) 5°75) 5°767| 5°758) 5°752) 5°737 | 5°762 92 | 5-731) 5°717| 5°711) 5°712) 5:707| 5704) 5-703) 5°712) 5-707) 5:710| 5°703) 5-708] 5-706) 5-710] 5°707, 5°708) 5-702) 5°704| 5-710) 5°722) 5:723) 5°723} 5-720] 5°719 | 5-712 23 | 5°718) 5-706] 5-704) 5-696! 5:690| 5691) 5-692! 5:686) 5-687] 5-693) 5°686) 5-686] 5°683) 5:673] 5°667 5:655| 5°642) 5-639) 5636) 5°634! 5°629) 5-623) 5-615] 5-602 | 5-668 24 | 5:592) 5-576] 5:560) 5°551)| 5°543] 5-539) 5:542) 5-550) 5:556| 5-560) 5°561) 5559] 5°556) 5°548) 5°541) 5:544) 5-545) 5°559| 5-564) 5°571) 5581) 5:°586) 5°587| 5°586 | 5-561 25 | 5°593) 5:597| 5:°598} 5°602| 5°601| 5-614! 5-622) 5-638) 5-644) 5-653) 5°657) 5-668] 5°679) 5682 5°68) 5°682) 5:681) 5:692| 5°698) 5-703] 5:709) 5:709} 5°710! 5:709 | 5-659 96 | 5°714| 5*717| 5709] 5:704! 5°702) 5-706] 5°711] 5-718) 5-719) 5-719) 5:716) 5-726) 5-722) 5°722) 5°719 5°713) 5-708) 5-709) 5-710) 5:712) 5:714 5-710) 5-709) 5-695 | 5-713 97 | 5:693} 5-684! 5-680) 5°670} 5-668] 5-664) 5-668] 5-665] 5-666] 5°666| 5-661] 5-654} 5°646| 5-637] 5°632 5°622) 5-610) 5-609) 5:606] 5:607| 5°599| 5-592) 5-585] 5-576 | 5°640 28 | 5°564) 5°551] 5536} 5°520) 5509] 5504) 5-507) 5:503) 5-496) 5-486) 5°475) 5-467) 5°451) 5:436) 5°415 5°399) 5-390) 5°386) 5°383) 5°374) 5°35) 5°347| 5:337| 5°320 | 5446 29 | 5:304| 5-292) 5-274) 5-260) 5:249) 5-244) 5-227) 5-211) 5-211) 5-207) 5203) 5-200] 5°194) 5:180] 5172 5:163) 5°161] 5°175) 5-178) 5186) 5-195} 5°199| 5-203) 5-200 | 5-212 80 | 5°214) 5-219} 5°210) 5-211) 5-214) 5-221) 5:233) 5-226) 5-237] 5°245) 5°233) 5-236] 5°236) 5-240) 5:227 5°223) 5-217 5-205] 5-206) 5-211) 5:198) 5:185] 5-164) 5:158 | 5-215 : | } Mean} 5°599) 5°594) 5°588) 5°581) 5-580) 5°583) 5-586) 5°589| 5-592) 5596) 5595) 5 597] 5-596) 5:594 51500) 5*587| 5°585| 5:586] 5°591| 5°594) 5-592) 5-591) 5-589) 5°585 | 5:590 BAROMETER. REDUCED To 32°. 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. OCTOBER 1888. Ins, | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins, | Ins. | Ins, | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. 1 | 5138} 5-123} 5-113) 5-102) 5-091] 5-086] 5-086) 5-082) 5-081) 5-078) 5-072] 5-070] 5-064) 5-048) 5-039 5-022) 5-004) 4-992) 4-981] 4-974] 4-947 4-940] 4-929] 4-902 | 5-040 2 | 4876) 4°854| 4°829| 4-786) 4°779) 4-760) 4°739) 4-721) 4°712| 4:714| 4°714] 4-703] 4:708) 4-704) 4-690) 4685) 4:716] 4:717| 4-768) 4-791) 4-815] 4-845) 4-846] 4-869 | 4-764 83 | 4°887] 4°892| 4-900} 4-910) 4-925) 4-942) 4-953) 4-965) 4-977) 4:988) 5026] 5:04] 5-055) 5:060| 5-066) 5-068) 5:069) 5:074) 5-071) 5-072) 5-065] 5-056] 5-046] 5-019 | 5-005 4 | 5:007] 4:975) 4:950) 4°918) 4-888) 4:865) 4-849 4-860) 4°339| 4°358) 4°340] 4°37 6] 4°899) 4-912) 4-906 4-915) 4-919) 4:907| 4-893) 4-881) 4-862) 4°850) 4°874) 4-878 | 4:893 5 | 4°861] 4:859} 4°846) 4°856) 4°892) 4:912) 4-925 pees) 4°42) 4°954) 4-969] 4-97 7] 4-975) 4-997) 5:0 16, 5:022! 5-048) 5°070) 5:082) 5°101) 5-116} 5°128) 5°135) 6-142 | 4-990 6 | 5°149] 5°157| 5°171) 5°185| 5-206) 5-216) 5:245) 5-263) 5-293) 5:311 5°384) 5:400 5-400) 5-408] 5-428) 5-437) 5-434) 5-451) 5-414! 5-442! 5-434 | 5328 7 | 5:447)| 5-440] 5°423) 5°434) 5:453) 5°463) 5-479) 5-491 5°501, 5-508) 5:5 523) 5°528) 5-536) 5°539| 5°35) 5°41) 5-550) 5°559| 5°566) 5-569) 5-577| 5°578 | 5°511 8 | 5°578) 5°574) 5568) 5°567| 5:565) 5°573) 5°87) 5-598 5:°608! 5-613} 5:627| 5-626] 5-619] 5-620] 5°613} 5:611) 5-601] 5°602) 5-603} 5-611] 5-603) 5-598) 5-592) 5-582 | 5:597 9 | 5°577| 5°569) 5°562) 5°559) 5:548) 5°48) 5:550) 5-556 5°502) 5°569] 5-576] 5-D8O} 5578] 5°576) 5-567) 5-562) 5-570) 5°576) 5-579] 5:579) 5571] 5-570] 5°570) 5:567 | 5-568 10 | 5°552) 5°551) 5544) 5-540) 5-530) 5-530} 5:533) 5-537| 5°532| 5-538) 5-536) 5:53.19 5-529) 5°522) 5°521| 5°518) 5:519) 5-521) 5-528) 5-534] 5-530) 5:524) 5°524| 5-515 | 5°531 11 | 5°503) 5-491) 5-482) 5-474) 5-461) 5:462) 5-469} 5-467) 5-462) 5-462) 5-457) 5-437] 5-413) 5-398) 5-391] 5°391| 5°376] 5:358) 5-358) 5°346| 5-345] 5:334) 5-326] 5-319 | 5-416 12 | 5°316] 5°302) 5°285) 5°265) 5-262) 5-248) 5-242) 5-241 5-230) 5-238) 5-230) 5-223] 5-213) 5-205] 5-203] 5:181| 5°183] 5*184) 5-186] 5-208) 5-217] 5-221] 5-216] 5-249 | 5-231 13 | 5°252) 5°253| 5°247) 5°251| 5°264) 5-286) 5-294) 5-310 5:329| 5348] 5-358) 5-371] 5:378) 5:396| 5-410) 5-424) 5:430| 5-446) 5-459) 5-462) 5-474) 5-472) 5-477] 5-474 | 5-369 14 | 5481) 5°488) 5-477) 5494) 5-508) 5:505] 5-508) 5-515 5°516) 5°526] 5-530) 5-523) 5-516) 5°517| 5:526) 5524) 5:534) 5:542) 5-559] 5-571] 5:570] 5:°567| 5°572| 5°578 | 5527 15 | 5°576} 5°575) 5°587| 5°594) 5-603) 5°599} 5-607) 5-623 5-638) 5-647] 5-657| 5-663] 5:663) 5:664, 5-673) 5:673| 5°679] 5-691) 5-696) 5-700! 5-705) 5-706) 5°708] 5-704 | 5651 16 | 5°697| 5:695) 5-688] 5°682| 5-680) 5-679) 5-680) 5-681) 5-681) 5-681) 5-682] 5-680} 5°677| 5°669| 5-666] 5:664| 5665) 5674) 5-677| 5-681) 5-689] 5-696] 5-688] 5-690 | 5-681 17 | 5696) 5°700) 5°680) 5°677| 5-677) 5°677| 5-682) 5°681! 5685) 5:672| 5-663) 5-675] 5:°667| 5:650| 5-649] 5°637| 5°623] 5-620] 5-628) 5-623) 5:627| 5-627] 5-615] 5-601 | 5:656 18 | 5°589) 5°594) 5°564) 5°551) 5-550) 5-545] 5:535| 5°544) 5-551) 5-553) 5:555| 5-562) 5°557) 5°550| 5°560) 5°549) 5548) 5-546) 5-551) 5°549) 5-549) 5-551] 5-554) 5-559 | 5-554 19 | 5°556) 5-563) 5-546) 5°544) 5-540) 5-536] 5-546] 5-565) 5-570| 5°583| 5-592| 5-601] 5-604) 5-612) 5-618) 5:624| 5-629] 5-643) 5-648] 5-662] 5-670] 5-678] 5-685| 5-698 | 5-605 20 | 5°710) 5-714) 5-719) 5-727) 5-734) 5°745) 5-765] 5-782) 5-799) 5:807| 5815] 5-824] 5:827| 5:832| 5-834) 5-834] 5:841] 5°857| 5-861) 5-870] 5:874| 5-880] 5-881] 5-881 | 5:809 21 | 5°875} 5°866) 5°870) 5°867) 5:867| 5-868) 5-873) 5:876) 5-885, 5-889) 5:896| 5-896] 5-888) 5-896) 5-888] 5-883] 5*885]| 5°891| 5-889] 5-892! 5-888} 5-882! 5:874| 5-868 | 5-881 22 | 5°855) 5°844) 5°837| 5°831| 5-820] 5:819] 5-816] 5°813] 5-810) 5-809] 5:801) 5-791) 5°71) 5:757).5°747| 5°733] 5°728| 5°719] 5-718) 5-713] 5:699] 5-693] 5-686] 5-672 | 5-770 23 5°664 5°651| 5°637| 5°632| 5-613} 5-611] 5-623) 5-620| 5-618) 5*612| 5-605] 5-593) 5:581| 5:567| 5°550| 5°537| 5°529] 5°524] 5°511] 5:507| 5-499] 5-486] 5-471) 5-459 | 5°571 24 | 5437) 5428) 5:411) 5°386) 5:372) 5-365] 5:360) 5°358) 5-355, 5:356! 5-350] 5-328] 5:329| 5:325] 5:320] 5-310] 5-302) 5-294) 5-291] 5-290] 5-273} 5-262] 5-261] 5-248 | 5-334 25 | 5°228) 5217) 5°200) 5°183) 5-168) 5-153) 5-143] 5-164] 5-154 5-149) 5-142] 5°110) 5°117| 5:11) 5°105] 4-104] 5-105] 5-116) 5-106] 5-107] 5-106] 5-106] 5:107| 5-102 | 5-138 26 | 5:093] 5:087 5062 5043) 5:067| 5-093) 5-103] 5-136) 5-154! 5-181] 5-200 5-207] 5-224] 5-230) 5:234] 5:234) 5-240] 5-227! 5-225] 5-187] 5:192) 5-198] 5-201] 5-211 | 5-168 27 | 5:208| 5:228) 5-238) 5:244) 5-241) 5-257 5-248) 5-270) 5-252) 5-248] 5-236] 5-236] 5-228) 5:239| 5-256) 5°235| 5-221] 5:252| 5-247| 5-253) 5257) 5-275) 5:268] 5-264 | 5-246 28 | 5-261) 5-240} 5-220) 5:196) 5-162) 5-191) 5-181] 5-186) 5-180] 5°151| 5°154] 5-130} 5-113] 5-073 5059] 5-063] 5:036) 5-057| 5:031| 5:057| 5°117| 5:154| 5-171) 5-174 | 5:140 29 57184 5°204) 5°221) 5:235) 5256) 5:251) 5-267] 5-274] 5-283) 5:277| 5:301| 5-275) 5-286) 5-288] 5:303] 5-306] 5°312| 5-308] 5-305] 5-313} 5:325] 5-333} 5:336| 5340 | 5-283 30 | 5:327 5°323 5°316| 5°287| 5-259) 5-243) 5-231 5-225) 5-204) 5°181) 5-160) 5-119] 5:102! 5-086 5-064) 5-044} 5-032] 5-037] 5-045] 5-033] 5-024) 5014) 5-003] 4-999 | 5-140 81 | 4981) 4975) 4°958) 4-981) 4-893) 4-857] 4-837] 4-866) 4-916] 4-964] 5-001) 5-010) 5:030) 5-034) 5-029) 5-042] 5-035] 5:044) 5-041] 5-054 5-058) 5-061) 5-061] 5-062 | 4-989 MEAN | 5°373) 5369 5°360/ 5°353) 5:351) 5:351) 5:353] 5:362| 5-365| 5-370] 5-374| 5-371) 5:371| 5:369| 5-368) 5:365] 5°365] 5°370] 5372) 5-375] 5:377| 5378) 5:377| 5°375 | 5°367 14 BEN NEVIS OBSERVATORY. BAROMETER. Repucep To 32°. 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. NOVEMBER 1888. 2 ee? 3 4 5 6 7 8 9 LOM ee Ome de Tb) 6 17 NS) LO 20 oes oe ee a Mean. Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | ns. | Ins. | Ins. | Ins. | Ins. | Ins. 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5-016) 5-017) 5-037) 5-027) 4:974| 4-903) 4-928) 4-928 | 4°856 17 | 4:928) 4-928] 4-920] 4-904] 4:881] 4*856) 4:830] 4814) 4829] 4:847] 4-858) 4-891] 4:913] 4-928) 4-944) 4-975] 4-991) 5-021) 5-039] 5-082) 5-112) 5:157| 5°170| 5-186 | 4:958 18 | 5:198) 5°206} 5-206) 5-205] 5-198) 5-198) 5-183] 5°183) 5:°184/ 5-192] 5-191] 5-186] 5174) 5°172) 5°157) 5-163) 5°169} 5:173) 5-162) 5-158) 5-140] 5:138) 5-122) 5-126 | 5174 19 | 5°124) 5:111) 5-108) 5-068) 5-058) 5-047) 5-041) 5-016) 4-987] 4-952) 4-919) 4-874] 4-833] 4-817] 4°810) 4-808) 4°804| 4-820) 4°804) 4°799) 4-784) 4-805) 4-808] 4-801 | 4-917 20 | 4-802) 4-793) 4-792) 4-779] 4°764) 4:753)| 4-725] 4-716) 4:690] 4-697] 4-700] 4-694] 4-696] 4-680] 4-690) 4-769] 4-810) 4-844) 4-875] 4:911| 4-914) 4-948) 4-979] 5-011 | 4:793 21 | 5-032) 5:061) 5-089} 5-082) 5-082) 5-094) 5-099) 5-110) 5°121) 5-133) 5:173) 5-218] 5-243) 5:252| 5:270| 5:288) 5:292) 5-294) 5-275] 5:268) 5:222) 5-182) 5159) 5-143 | 5-174 22 | 5°138) 5:128) 5:134) 5-140} 5:141) 5°131) 5-080} 5-092) 5-073} 5-062) 5-058] 5-035} 5048) 5-036) 5-042) 5-048) 5-062) 5-048) 5-075) 5:057| 5-073) 5:077| 5:091| 5-077 | 5081 23 | 5:103) 5-088) 5-099) 5°115] 5:095) 5-112) 5°123) 5°147| 5141] 5:169] 5-171] 5-186} 5-194) 5-210) 5:209| 5-229) 5:225) 5-223) 5-214! 5-161) 5-141] 5-096) 5-033) 4-962 | 5-144 24 | 4-945) 4-905] 4-925) 4-905] 4°919) 4-950 4-975} 4:999) 5-030} 5046] 5-052 5-057] 5-055] 5-055) 5-049) 5-048) 5-045) 5-043) 5-039) 5-033) 5-028) 5-042) 5-040) 5:044 | 5-010 25 | 5:033) 5-023) 4:993) 4-957) 4-923) 4-867| 4°817| 4°770) 4°718] 4°727| 4-732] 4-717] 4-719] 4686] 4°673] 4:°677| 4°634| 4-620) 4-624) 4-611] 4-601) 4592) 4-619) 4:595 | 4°747 26 | 4602! 4:583) 4°585) 4-591) 4:583) 4-597] 4-614! 4-632) 4-670] 4-689] 4°710] 4-724] 4-761) 4°787| 4°796) 4°817| 4°826) 4-839] 4:848) 4-855) 4-867] 4-878] 4°877| 4°882 | 4°734 27 | 4:871| 4:865] 4°857| 4:823) 4-815) 4-799] 4784] 4°772) 4°754| 4-751] 4°725] 4-711] 4-686] 4-661) 4°642) 4°625) 4-621) 4-620) 4°623) 4-630) 4-645) 4-672| 4-682) 4-718 | 4-723 28 | 4°746) 4:71) 4°787| 4°800| 4:815} 4°837| 4-850] 4°870! 4°887] 4-910] 4:931] 4-938] 4-940) 4-944] 4-943] 4-951) 4-950) 4-954) 4-959) 4-966) 4-978) 4-976] 4:978| 4-971 } 4:902 29 | 4-969) 4-964) 4-961) 4-959) 4-935) 4-936] 4-910] 4-921] 4-905] 4-891] 4897] 4877] 4-838] 4°866] 4:855] 4°847) 4°839] 4-838) 4°807| 4°768) 4-791] 4-790) 4°773) 4°799 | 4:872 30 | 4°792) 4°797| 4:795) 4:818) 4-817] 4-821) 4-833] 4°837| 4-866] 4-874) 4-882] 4-878] 4-891] 4°895| 4°894) 4-905) 4-912) 4-932) 4-943) 4-959) 4-967) 4-979) 4-987] 4:996 } 4°886 MEAN] 5-080) 5:073) 5-073) 5-064) 5:057| 5-053) 5045} 5:045) 5-044) 5-050} 5:055) 5-060] 5-064) 5-063) 5-067) 5-076) 5-083) 5-089] 5-090) 5:091| 5-086) 5-086) 5-082) 5:079 | 5-069 BAROMETER. ReEpucEeD To 32°. 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. DECEMBER 1888. Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. }| Ins. | Ins. | Ins. | Ins. | Ins. | Ins, | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. ]| Ins. 1 | 5:001) 5-004] 4-999) 4-990) 4-985) 4-981] 4-985] 4-985) 4-978) 4-972! 4-970) 4-940] 4-930] 4-910) 4-904] 4-896} 4:897) 4:917| 4-930) 4-952) 4-966) 4:967| 4:998] 5-002 | 4-961 2 | 5-001) 5-004) 5:018) 5-032) 5-048) 5-046) 5-056) 5:074) 5-080] 5:082) 5084) 5:083} 5-080) 5-072! 5:069} 5-074) 5:084) 5-102) 5-113) 5°116) 5°120) 5-121) 5-120) 5-110 | 5-075 3 | 5:080) 5-068} 5059) 5-001) 4:984) 4-935) 4-917] 4°870! 4:852| 4-857] 4°854! 4-853] 4:852| 4-849] 4-834) 4:833] 4°831) 4-828) 4-888] 4-913} 4-934) 4:958) 4-979) 4-989 | 4:917 4 | 4-995) 5-009) 5-034! 5:047| 5-072) 5:096) 5:132/ 5°158 5-196) 5-229) 5-263) 5-279] 5-296) 5-310) 5°312| 5324) 5°330) 5:345) 5:342) 5344) 5-350) 5:341| 5°334) 5-341 | 5-228 5 | 5:321) 5°811) 5°296) 5:267| 5:235) 5242) 5-241) 5-252) 5-274) 5-279) 5:287) 5-286] 5:283) 5:280| 5-287] 5:295! 5:305) 5:310) 5°310| 5:319} 5:333) 5°340) 5350) 5°857 | 5-294 6 | 5°364) 5°369) 5°376) 5:377) 5°382) 5°394) 5:409] 5-436) 5-443) 5°451) 5-460] 5:462] 5-450) 5-446) 5-416} 5-411) 5°399) 5:394) 5:373] 5°324) 5-322) 5:304) 5260) 5-241 | 5-386 7 | 5°236) 5°226) 5-203) 5:175) 5°149) 5°125) 5128) 5°103) 5°102) 5°101) 5-107) 5°111] 5°117| 5°121) 5°136} 5-142) 5-170) 5:212) 5-226] 5-245) 5-268] 5:286) 5:311) 5:326 | 5180 8 | 5°340) 5°345) 5°351! 5:362) 5°367| 5:384) 5:395) 5:408| 5-419] 5:483) 5-433) 5-436] 5-430) 5-421) 5-408) 5-406) 5°411) 5-408) 5-407) 5°407| 5-393] 5:405] 5-409] 5-423 | 5-400 9 | 5431) 5-436) 5-444) 5-454) 5-469) 5-482) 5-496] 5:512| 5-523) 5:536| 5:556| 5-562] 5:567| 5-569) 5-575] 5:591) 5°609) 5-611) 5:620) 5°627| 5°629| 5-635) 5°646) 5649 | 5-551 10 | 5°656] 5-662) 5-661) 5-658) 5:663) 5-660) 5-664) 5-669) 5-674) 5-680) 5-680) 5-683} 5-670) 5°657| 5°652| 5°645) 5°643) 5-636) 5°620| 5-610] 5:599] 5:591) 5°582) 5-571 | 5645 11 | 5:564) 5°550)| 5°529) 5:506) 5:492) 5-481) 5°464) 5-468) 5-456] 5:446| 5-442) 5-445) 5-422) 5-412) 5-404] 5-403} 5405) 5-412) 5-420! 5-428) 5°435) 5:448) 5-454) 5-471 | 5-457 12 | 5:484| 5:493) 5491) 5488) 5-489) 5:494) 5-491) 5:497| 5-500) 5:498) 5:501) 5-492} 5-489] 5:486] 5:484) 5:489) 5-492) 5:496] 5-509} 5:505| 5°498) 5:491) 5-491) 5-490 | 5-493 13 | 5:496) 5:494| 5°487| 5-476) 5-478] 5479) 5°476) 5:484) 5-483] 5°481) 5-454) 5-445) 5-429] 5-429) 5-402] 5:403] 5390) 5°406) 5:412) 5410) 5-410} 5-413) 5420) 5-419 | 5-445 14 | 5:423) 5:427| 5-428) 5-433) 5-428) 5-440) 5:451)| 5:467| 5:480] 5°503) 5°520) 5-526) 5-525) 5°532| 5-537| 5550] 5566) 5°587| 5598! 5°615) 5°620} 5-635) 5-641) 5-649 | 5-524 15 | 5°659) 5°667| 5-678) 5:677) 5:682| 5°682) 5°692) 5-703) 5-709] 5-716) 5°726] 5-724] 5:721) 5°720] 5-718) 5°719] 5°725) 5-730) 5°70) 5°735| 5°753] 5-763) 5-766} 5°760 | 5-715 16 | 5 768) 5°760| 5°756| 5:746) 5-738) 5°729) 5-733] 5°731| 5-709] 5-701) 5-692) 5-684] 5:667| 5-659] 5-623] 5-623] 5°613) 5°611| 5-618] 5°625| 5-620} 5-618) 5:604) 5-611 | 5-677 17 | 5:303| 5°597| 5:581| 5-578) 5-570) 5°571) 5°571| 5-567] 5:569] 5°574) 5569] 5°570) 5558] 5:553| 5:543| 5-544) 5-525) 5-525) 5-523) 5-513) 5-515] 5:510) 5-508] 5-504 | 5-552 18 | 5:496) 5-482) 5-475) 5-463) 5-450) 5-437] 5:425] 5-422) 5-412) 5-406) 5-393] 5-371) 5:350| 5:330| 5:305] 5*290) 5:275] 5-254) 5-249] 5-215) 5- He 5'175) 5°179] 5-160 | 5342 19 | 5143] 5-131) 5-118) 5-095) 5-062) 5-049) 5-029] 5-027) 5-007] 4-988) 4-966] 4-909] 4-872] 4-862) 4-854] 4°840} 4:827) 4-808} 4:806] 4°756] 4°758] 4-743) 4-818) 4:836 | 4:929 20 | 4-850] 4:862) 4-874) 4-881) 4-882) 4:892) 4-900] 4:909) 4-916] 4-923] 4-918] 4-908] 4-894! 4-885] 4-871] 4:842] 4:825] 4:812! 4:790| 4:791) 4-768) 4-761) 4-743) 4-730 | 4:851 21 | 4-720] 4-692) 4-662 4°639 4-596) 4-565) 4-577] 4-540) 4-496) 4-489) 4-398] 4389] 4-415] 4:399) 4-400) 4-403) 4°403) 4-421] 4-421] 4-437] 4-446) 4-481) 4-495] 4-512 | 4-500 22 | 4-494) 4-492) 4-488) 4511) 4°505| 4:517| 4°546| 4°550| 4:569] 4°617| 4-638] 4-663] 4-678] 4-702] 4-725] 4-736] 4°790] 4°805] 4-839] 4-860| 4-877| 4896) 4-917] 4-928 | 4-681 23 | 4-934] 4-952) 4-961) 4-970) 4-974) 4-978) 4-970] 4:951| 4-942) 4-946] 4-960] 4-934] 4-914] 4-883] 4-863] 4:856] 4-832) 4-765] 4°769| 4°735] 4°680] 4-650) 4633) 4-585 | 4:860 24 | 4:582! 4-575) 4°591 4-606 4:615| 4:617| 4°613] 4-615] 4-600] 4+603| 4°618] 4-620} 4-637| 4-662] 4-683] 4-726] 4:747| 4°777| 4-790] 4°821| 4-842] 4-864] 4-879] 4-896 | 4-691 25 | 4-905] 4-908] 4-918) 4-917) 4-900] 4-879] 4-852] 4-849] 4-813] 4-783) 4-747] 4-695] 4-629] 4-559] 4-501| 4-467] 4-484] 4°50] 4544] 4-558] 41594 4-613) 4-630] 4-673 | 4-706 26 | 4°696| 4°703) 4°724) 4°747) 4°776) 4°788) 4°821) 4-840] 4-863] 4°887 4-898] 4-913 4-931] 4-942) 4-953] 4-977] 4992) 5:004] 5:019} 5-027) 5:042) 5-042) 5-062) 5075 1 4-905 27 | 5'077| 5081) 5-077) 5-071) 5:062) 5:035| 5-018} 4-968] 4-957] 4-928] 4-867] 4-776] 4-675] 4:631] 4:668] 4-705] 4-704) 4°709] 4°701] 4-696) 4662) 4-652) 4-630) 4°613 | 4°832 28 | 4°617| 4°609) 4°615) 4-617) 4°638) 4673) 4-703} 4°733) 4-754] 4°776] 4:799] 4-830] 4-858] 4-886] 4-909] 4-959] 4-992! 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OAS) QPoow WesiQe Orme Moo peo LPOAHQOS OSD19M HANDNS CHHODH HIQHAN HOHAAN @ PDO HIQHRO LiGgiOA+t DOMMS DMIANMDH ANMDOUNE x AAANGO AGGNGG HAs MANAG DMNA AGHANN A | F2Rear RBAnS USSSS SRARS BOSSA AASRAG A BOLOSOM SAHOTH SOANAS HBHSS|HD 199 ASH 19H HAADW BAAS ASHE DM ONROWO NOMAD ASCHOS MOwWaAo DOMIDS DOODHMD ANIAN COORD HOHOH NOHOHH © INA AAG HIQHOD HoMrH DOBRAO ANNMIG Hon ia « c ad AHAAGO NAaaad cMmad ANNHN DOMMM AHrIAAN A = CORR RSASS ASBAA GAGs HHAON GHMaAM A LOIS DAMON] OAs DeIOcnes) MIG Horm) SiigiCeeyah a Baio et GUSSOR CIRO! ANSTO EP GD RISTO hs shales sa BOOMS DOOHH HeaMS NAHHWOSO HQHOn AOHOHH © IOC HAG HIQHOR OOHRH OcoHHOS HANH On AnANG Nwacoc HHeocHt ANNAN coomaO AMINA WN AANA Godcac. HaNc GG HANA cS SSAA AHA A BAHHOD DONSH CHMOD SADHS COBRNSOB® OGCSOSCRSOG & BOSMSOW DWSDS ANOAH ANSSOG OMMOSOS SOHADNS © MWOM19S 1WOKWHH ANH qHOOS6 nod a6 5 iat ¢ S10 6 c , |ESa88S SSSSS BASES ARRAS BSARHE ABASAS &B » |PSRSSA SESS SASNS SARE BBASA ASASRS B 2 ils SNE TSS lsaie! GN ORC) tel OGG) Ieniliona) ssl sien! x SWOGSS] BIDD|S BOI POOSDL® SMMWOS ONiglQorp is PPO M12S 1IDOKRHH MAOMA MMRO1D OHHON ALWKAD O PAR Gd HG) IOI IQDHHRD OIGQV4OK MONA HOMME x S ArANao Acco Hacc ANAANA Sasme AnaaANA A BAN GaN socdodcoc HHadcs NANG coon dN Sanna ow jaa) |2esxse SPSL DBAX-OS O19 HOWO APBOAN POlACOS & (eens PAID 9D 19 DSSS PAASS Sw SCO Aaa HoOH © DWOBDHOS 1IDOO1GV]H HHH ADOWOM HHHAAN DAMDONE Ne) H oH oa sHoO fo Ome oanonxn . < = A SONAR Nose DONA AMAA ace AGHA a Ge SSnSaa RBASR BHAAA GANG 03 G3 60 63 Ca ee, a ial SOMO HSN ASO SEW SU SLOCI GE) COGS CHENIN CCUG Gel e Bieta! GACOA IS ISOs CoS Gs RoOsaiGols Cepiglalost Ts ECO CCD HO 1D QD1QK QOHNH GHwKHsS HAHN eDOMmONK © PO Oo AIH OH ID MH SIDGDK ANARMH Bannon « = AAAAM AMaca Had W ANANNA woacd AGN O Area GaN G009 00 60 00 SASS SRSRS BHHBSA SPREAS A B HSSSAA PNSHD HSOAMG SSSOH GSAMPS SPOGFHS a [eeaeee AMOSY A PSOSOM OHHSS BONAG YAVVSS AODMMH HHOO1Id HIDOAND® MARAAARMD BMOMMD HOAtrnHS eke lan) HHS op © oo Gash s a SAA RBS Aas DO OGN AANA ass ceGs AGN A a SASSER BHA4R SSSAR RAAAS SSHSA ASAAAA A rs ROSIER Si SIG) ISI SIN shal XRG Ss! aie ESAS Sls Cai CA ie EOIADOS CIMS SIO ON ANH 19 TOS ODO SH ROE OO © EO cos2GdH HHOOIg NMOBAG ARKO 1OMOMM HowRHoS © Pda Oa PHI HOOOD S1619150 DHANAH ARKNI99 « [oe] | EB2RRH NGI edd HHH GaAANN comMcc NAINA N AFAADAA Gococacddd Hovadcacd AAA aics coacGaN mt riNird a A |ssesee SPEND BHOSS HODHS WOM SS PBWBSWMMNO SH BOOAAN AXVAM DONSA ALSHVOHP SOASCH OAQAEAO & AOADH HHOnD BOHHMN NOHAD OMOBDH HOHKHR Bw DOAD6O HAGHS OHHAK COORD MMMHO ROMKHO oO a SAAN AoocanO OOOO AMAA aaa AMMA A < ANNGN GGIcdcIG COONAN ANAric coqcldN Bassam ot PAOOIADA DONS ANOON Ohl WS OQ Aetoeocoss' Ge iy TAO AIAN SUNG HS QIE= 00100100! THI DONG EOMON Ori Aiea oS & Dols oo elo Cree era eh eC Ee ue era eme ea ee | IR Nese snes Cui SiG UaIa Ke GIR HIE) COMO) Gio mR aS 5 BEER nied (EG) seal ae ses setse F2ARS8 ABeS8 ISBBS ARRAS SBSHR SLShAS BSOARMPOSD HOHA19 AVSOON ANSSOO SCMNHD OMAGH oO BORONMS RAHDS MHASH SHSM OGHNOSS ESOROSD & DAOAN HOOKLK AAHMS NONON WROSQHH HONRON BW COO OI HAO @HIOHO HHH MANDOK AONKAA «& i, SASRSS ASS NGOS AUAAAN oaNaa AGHHAN A GS SO AOA Sse os CDG SDODCDGIA’ AIAIAI0d GdCoGUANA eeu | EO POSD WEISS COSSINSY COSCO Sicel stelite) taps he E SI tl va! EH PONXS OAHAYD OM AW ONSTHA GWOGSS WOHMOS © Pe Ba CR eS eee eR Be cc oe ERO oe ORS CES. COmIONe 2 [AA ANd Sescscscs Aas AMAAN coAlaa AGIAN wi SSRRSN BSSS8 TS88R NSRRS SBSSRA ACARAA A |eeeeeR Ve ceey.e HSOSSDAANND YOHOSO FWVBnNCH SO HOSPAS HOTHS CANNY SRADSDS MANS S 0O109SWMDDDSD OS HG HROK MamMda MLADHD Lioaat HOMOSSO KH AHO HODHA MNOOS HAHAH AANAKA SOtONSO Ps SAA ds Aoocscees GIG ON AANA oAesc AGA oF 1S AAA cna cDdD DAMMANN ANNAN DMAAGD AAHANN A Bara Qe HOSSHD AANSS FSOHSOS AHANSCH & ae BSSPSAS GHHOS WOAHR SANMNSS OQANHS WAANAOO O =] Lally BE aaa ey IS Coit oS eee Sa IORI CD SIC @ICOa GAIA! QOCeanic . ARMS AOC DHA SUAAA oA AGN A ASRSSR SRSRS BISKS NAKAS RHHAG RSS4RR Aa . Oa ey COs GA EN eS) SCRA LoL OO CACM SSM C9 BON ODHS M199 SD HIS EHH HHRON HANNS HOUMA On MHOHK GADHHMe HRAGH RHOND MOMOOH O ID HOO WHO OUA HHOUOS HHMOM ONAGH SHHOMS NH a < ASIN NO NoOAaN AGN oman ARAN A ey SHRSR BSSAR ANSHS ANAAS HBHAOAD AGHAAN A 5 Be yen RON Soe ee ON epee en eee cera gt ™ | sOmoHS AHPSD BOSWS BAHOWA BANANAS PLCLOT & HH SO I ae eg IR IS Toe Pat PUNT UBF Te Vm ed (eee VL eae EA SCO a OO a a atone RY” a AANA OD Moasases SAGO AAA aancasa Amamme A ESRRSR BSSA5 BISSS AAAAS BSSSRS AAGaaR A 4 On HO MRIOAH HNNSCH CONHOHS s QOH ANGDG Needs CHACON HANA oad G00 60 aaswas A AaRASA 53.09 3 G3 59 GGA AANA HHAAGD AGHHAA a eS é AND H1ID ONORDS HANMHIQ COhROMDS HANMHIO ONDROW 4 HAOHID COLORS HAMID OnRARON AF ical BAAR AAA ANAANN AANA s AAD 1d COMOROS AA AMAA ANANN AANA G6 = 16 BEN NEVIS OBSERVATORY. TEMPERATURE. Dry AND WET Buues. FEBRUARY 1888. 1 2 3 4 5 6 7 | 8 9 10 For Day. | Dry. Wet./Dry. Wet.|/Dry. Wet. Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet. Dry. Wet./Dry. Wet.|Dry. Wet. | Max. Min. 1 (14:0 14:0) 13-2 18-2) 12:2 12:2] 11-1 11:2] 11-2 10°6|11°5 10°8)10°9 10-8) 10:1 10-1] 12°38 11°7 | 13°9 13°0 18:3 10-1 2 | 19-8 19°8]19-0 19:0] 20:0 20:0 | 20°5 20°5 | 20°8 20-8} 21-1 21-1 | 22:5 22°5 | 23-7 23:7) 24:4 24-4 | 25:0 25:0 32'8 19:0 3 | 26-0 26:0] 26°1 26:1 | 26:3. 26-4 | 27-0 27-0 | 28:0 28-0 | 27:8 27-8 | 27°38 27:3 | 27:8 27:8) 28:1 28-1 | 28:2 28:2 33°8 26:0 4 | 33-4 33:4| 32-9 32:9] 32:9 32-9 | 32:4 32:4 | 32:0 32:0/ 32:0 32-1) 31°6 31°6| 31:5 31°5 | 32:0 32-0 | 82°8 32:2 34:0 31°5 5 | 32°3 32:2] 33:0 32:4] 33:8 33°8 | 34:3 34:3 | 35-0 35:0| 35:0 35-0 | 35°1 35°71] 35:1 35:1 | 85-0 35°0 | 85:1 351 356 32°3 6 | 33°8 33:7 | 32°2 32:2) 32:0 32-0 | 31-2 31:4] 31-8 32-0 | 32:0 32:0 | 32:1 32:1] 31:5 31°5 | 31°8 31°8 | 31:8 31:8 33°8 31:2 | 7 | 27-9 27:9] 26:2 26-2 | 25:3 25:3 | 25-2 25:2] 25:0 25:0] 24:9 24:9 | 24:4 24°7 | 24-9 24-9 | 26:0 26:0 | 26:1 26-1 30°1 244 | 8 | 30°6 30°6 | 301 30:1 | 30:1 30:1] 30-2 30-2 | 30-7 30-7 | 30-7 30°8 | 30°6 30°6| 30:3 30°5 | 30°8 30°8 | 31-0 31°0 82°8 27°5 |} 9 | 26:0 26:0} 25:3 25-2) 24:0 24-0 | 24-2 24-2 | 24:3 24:3) 24-1 24-1 | 24-0 24:0 | 23°7 23:7 | 22:9 229 | 22°9 23:0 26:0 20°8 | 10 | 21-0 21-0} 20:9 20:9] 20-1 20:1) 20:1 20:1) 20-0 20:0] 18-9 18-9] 18-1 18-1] 15-8 15°8| 15-2 154) 15-1 15-1 21-0 14°8 11 {149 14:9] 15:0 15-0} 14:3 14:3] 12-9 12:9]13-1 13-0] 13-2 13:0] 13°9 13°0)13°5 12:4] 14:8 13°) |14°6 13:1 16:0 12:9 | 12 | 14-9 14:9] 14-7 14-7] 15-0 15:0) 15:0 15:0] 15-2 15:0 | 15:4 15:°5| 16:4 15:4] 15-0 15°0| 158 16:0 | 15-9 15:9 16-9 13°3 13 | 13-2 13:2|}12°3 12°3]13:0 13:0] 13-0 13-0 | 12-2 12:1] 13-0 18:0] 13:1 13:1] 13:4 13°5) 14:3 14:2) 16-4 154 17-2 12:2 |. 14 |17:1 17°71} 16°5 165] 169 17:6] 16:1 16-1] 15-9 15-9) 15-8 15-8) 16-1 161) 15°8 15:8!17-2 17-2 | 17:2 17:3 17°2 13:4 |, 15 | 13-2 132] 18-0 13:0] 12:8 13:0] 12:4 12-4] 12-4 12:°4/12-4 12:4] 12-2 12:1] 12°5 12°0| 13-4 124) 16-9 140 21:4 12:2 |i 16 | 16:2 13-9] 16:2 14:0] 17-2 14:0] 19-1 14:8] 19-4 15°1| 15-9 18:°9/17-7 13°9]19°8 15:0) 19°5 15:9} 16-2 15:8 24:0 15:1 |) 17 | 24:1 24-2 | 24:0 24:0 | 22:2 22-2] 21-8 21-8) 21-1 21:1] 20°6 20-7 | 20-1 20°1}18°9 19:0} 19-1 19:2/19°0 19:0 24°1 18°5 18 | 21:7 21-7 | 21-8 21-8 | 22:0 22:0 | 22-9 22:9 | 23:0 23:0 | 23:1 23:1 | 23-2 23-2 | 23°5 235 | 23°9 23°9 | 23:8 23:8 23°9 10°6 |) 19 | 11-1 11:1] 11-0 11:0] 10°9 10°9111°5 11-5} 12:4 12-4) 12-4 19-4) 19-3 12°3)13°5 135 | 13:9 13-9) 14:0 14:0 16:2 10°9 20 | 163 16:3) 16-3 16°3/17-0 17:0] 17°5 17°5 | 17-7 17°8) 17-9 17-9} 18:0 18:0} 17°4 17°5 | 17-2 17-2) 17-9 17°9 19-2 16:3 |; 21 | 17°8 17°8|18*1 181] 18-1 18:1) 17-4 17:5} 171 17:1| 17:3 17:3} 19:0 19:0} 19:3 19°3 | 20-2 20:2 | 20°3 20°4 21-8 171 |; 22 | 21:0 21:0} 20-0 20-0] 19°7 19°8| 19-0 19:0 | 18:2 18°3/ 181 18:2] 18°6 18-7 | 19:2 19-2} 19°6 19°7 | 20:0 20-0 211 14°6 |; 23° | 15-2 15:2|151 151) 14-4 14-4) 13-9 13-9) 14-1 140/140 14:0] 141 14:1] 13-9 18-9 | 14:3 14:3) 157 15°2 20°0 13°] |, 24 |14°6 146]15°0 15:0} 15:0 15°0| 13-9 13:9] 131 181) 125 12:5) 12-4 12:4) 12-4 12-4) 12°8 12°8 | 18:3 133 16°1 12:4 |) 25 |15°9 15:9) 15:0 15:0] 15:0 15:0] 14:4 14°5 | 14:3 14-3) 14:3 14:3] 14°5 14:6] 15:1 14:1] 14:5 13:1) 14:9 12°6 20°3 14:3 26 | 16:7 16:9 | 18:0 18:0|18:7 18-7| 19-0 19-0) 191 19-1] 19-1 1911] 19°5 19°5|19°5 19°5|) 19-8 19°8) 19-8 19°8 20°38 16°7 27 | 18:4 18:4| 18-8 18:8} 18-9 18°9/ 18-9 18-9 | 19:2 19°2|)18°6 18°6/18:7 18:7] 187 18:7 | 18-9 19:0)19°7 20:0 28°0 18°4 28 | 25-1 20:1 | 25:9 21:7 | 24-9 20-3 | 23:1 20°0 | 22°9 19°6 | 23:3 19°9 | 22-9 20-0 | 20°1 19-1) 20°7 19-7) 21:0 20:0: 27-2 20°1 29 | 24:2 24-2| 24:7 24-7 | 24:5 24:5 | 23:2 23-2 | 22°8 22°8| 23:0 23:0| 23:0 23:0 | 23:0 23°0 | 22°7 22°8 | 22°38 22°5 24°77 16:0 MEAN] 20°6 20°3 | 20:4 20:1 | 20:2 20:0} 20:0 19°8 | 201 19:8) 19:9 19°7 | 20:0 19-8 | 20°0 19°7 | 20-4 20:1 | 20-7 20:4 23°9 17°8 7 | Eee 13 14 15 16 ff 18 19 | 20 21 22 23 Midnight. Dry. Wet.|Dry. Wet.|/Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet./Dry. Wet. Dry. Wet.|Dry. Wet.|Dry. Wet. Dry. Wet.|Dry. Wet. 1 | 14°6 13-3] 15:0 13:4] 12:0 120) 15°9 13°6] 16:5 13°8/17:4 14°0/13°0 12-2 14°6 13°8/15°0 15°1] 16-2 16-2) 17-7 17-8 |18°3 18:3 2 |25-7 25°8| 26-3 26-3] 29-0 29-0| 32-0 32:1] 32-8 32:2] 32-2 32:2] 31:7 32-2 29:0 29-0] 27:4 27:4] 26:2 26-2 | 25:9 26:9 | 26:0 26:0} 25- 3 | 28°9 29-0 | 29°8 29:9 | 29-9 29-9] 81-2 31-2] 31:3 31-4] 81-1 31-1 | 32-2 32-2 | 33-1 33-1] 33:8 33:7 | 33°S 33-8 | 33-4 33-4 | 33° 83°) 4 | 33-0 32:2] 33-0 33-0 | 33-5 33-4] 34-0 34:0 | 33-4 33-4 | 32-1 32°1[31°5 32-2) 31-7 31°7 | 81°8 31-8] 31-9 32:0 | 32:1 32-0 | 32-1 32:0 5 | 35°3 35:3) 35°3 35°3 | 85°2 35:°2|35°3 35:3 | 35-2 35-2) 35-2 35:2 | 35°1 35:1 | 35:0 35:0 | 34°8 34°8 | 34-4 34-4 | 34:0 34:0 | 33°3 33°3 6 | 31:9 31:9] 31-9 31:9 | 31-7 31-7 | 82:0 32:0 | 31-2 31-2 | 31-7 31°7 | 32-0 32:0 | 32-1 32-1 | 32:2 32:2 | 32:3 32°3 | 33-1 32°3 | 32:1 32-2 7 | 26°7 26-7) 27:0 27-1] 27-1 27:1 | 27-5 27:5 | 28-1 28-1 | 28-6 28-6 | 29-3 29-3! 30-0 30-0 | 29°8 29:8 | 28:9 28:9 | 29-9 29-9 | 30:1 30-1 8 | 32:0 32:0] 31:9 31:9] 31:7 31-7] 31-8 31°8| 31-8 31-8| 32:7 32°2| 32-7 32-2] 32-8 32°6 | 32-1 321 | 32-1 32-1 29:0 29:0) 27°5 275 9 | 23-2 23:2] 23-4 23-4] 22-9 22-9 | 22-7 29:8 | 22-6 22-6 | 22-2 22-2| 21-3 21-3 | 21:3 21-3} 21:9 21-9 | 21:8 21:8 | 22-0 22-0) 20°8 20:8 10 | 15:8 15°8/16°0 16°0/17-0 16:9] 16:0 15:9] 15-6 15:6] 15-8 15:8) 15-7 15°7| 15-1 15-1] 15:4 15°4| 15-9 15-9 | 16-0 16-0) 14°8 14:8 11 | 15:5 13-2|16°0 13°3|14°0 13°7| 15:4 15-4/15-3 15-3] 15:1 15°1| 15:9 15-9 | 15-5 15°5| 15-2 15°2) 14-7 14:8 | 14-2 14-2)15°0 15:0 : 12 |16°2 16°4|16°0 16:0/16:0 16-0| 160 16:0] 16-9 16-9} 16-9 16:9|16°5 16°6| 15-1 15:1] 13°3 13:3] 134 13-4 14:0 14:0] 13-9 14:0 : 13 | 16-2 16°5| 16-3 165|16°5 16-7| 16:0 16:0] 14-6 14-8] 14-5 14-6] 15-0 15:0| 14:1 14:0] 15-9 15:9] 16-0 16:0] 17-0 17:0} 172 17-2) 14 i 14 |17°0 17:°3| 16-8 17-0] 16-6 169/161 16-2] 16°5 16°6| 16-1 16-1] 15-5 15°7/15°0 15°0|15°1 15:1) 146 14°6 | 14-1 14:2] 18°4 135) 16-1 16-1 15 | 18-8 14-1] 21-4 17-8} 18-1 14:2|17-1 18:3] 16-1 12:3] 16-8 13-2] 17-2 13-7 |17°1 18-0| 16-1 13:0 | 16-0 13°1) 161 13:1] 16°3 18:2] 15°5 13:3 16 | 16-0 16:0|16:0 16:0/16°3 15°8|15-1 155/161 161| 15-8 15°7| 16-0 15°8|17-1 17-1 | 20°6 20°6 | 23°3 23:3 | 22-9 22-9) 24:0 24:0] 17-9 16°6 17 | 19-1 19-2] 18-5 18°8| 19-1 19-2] 19-5 19-7] 19-4 19:6] 19-9 19-9] 19-8 19:8] 19-8 19°8/19°9 19-9] 19-9 19°8| 20-2 20-2} 21:1 21:1) 203, 20:3 18 | 20:0 20:1] 18-9 19°3|16°3 16°6|16-7 16°8]16-1 16-2|15°9 16°0| 15:2 15°2/15:0 15:0|16°0 16:0] 13-0 13°0| 11-4 11:4)10°6 10°7]19-1 19-2 19 | 15:3 15°3)15-7 15:8 | 16-2 16°3/15-0 15:0|14-9 14:9] 15-6 15°6| 16-0 16-0) 15:2 15:2] 15:7 15:7 | 16°0 16-0 | 16*2 16:1|15°9 15:9} 14-2 142 20 19°2 19-°6| 18-9 19-0} 18-8 18°9|18+1 18-2] 18-1 18-1] 17-9 18:0} 17-9 18:0| 17:9 17:9|17°9 17:9) 17°5 17°5| 17-6 17°6/17°3 1744178 17°9 21 | 21-7 21-8 | 21-3 21-4] 21-0 21:0 | 21-0 21-0 | 21-1 21-1] 20°6 20°61 21-0 21:0 | 21-2 21-2! 21:3 21°38 | 21-2 21:2 | 21°38 21-3) 21°8 21°79 20°0 201 22 | 20°6 20-6 | 20°3 203/181 18:3] 16°3 16:8] 15°3 15°8| 14:6 14°8| 14°7 14:8| 14:7 14:7 | 149 14:9] 14°9 14:9] 14°8 14°8)15°0 15°0}17°9 18°0 23 | 17°3 17-0] 17'6 17:8|17-0 17-0| 15-4 15-9] 20-0 15-6 | 14-0 14°0| 13-9 13°9| 13-1 13-1] 141 14°71] 15:0 15°0/15-0 15-0| 14:1 14:0] 15-2 15:0 24 | 151 151] 15-4 15-4] 14:2 14-2/13-9 13:9/ 18-4 13-4] 15:3 15-2) 15-6 15:6] 16-1 16:1] 15-9 16:°0| 16:0 16°0]15°6 15-7 |15°5 15:5] 14-4 14-4 25 eae 13°8]18°8 15-0|15°3 14:1 / 16-2 14:2| 17-0 13-9] 18-0 14:5) 19:0 19-0| 19-0 19:0] 20°1 20-1 | 20°3 20°3 | 18-8 18-8} 18:1 18°0}16°5 15-4 26 | 20°5 20-5 | 20°8 20:8] 20-0 20-1 | 20°8 20-8 | 20:2 20-2/19-9 19:9] 19-9 19-9 | 20-0 20-0] 19°9 19°9 | 19-2 19:2} 18-9 18-9] 18°9 18:9] 195 19°5 27 | 21-4 21°8 | 26°3 231 | 25:0 21°9 | 27:0 24°8 | 27-0 23-3 | 26-2 22-2 | 26-3 22-0 | 26-3 20:9 | 27°2 20°9 | 26°3 20:1 | 27:9 20-9 | 28°0 211) 22°8 20:7 28 | 22°5 21-2 | 22°8 21-2] 226 21:2 | 22°6 21-1 | 24-2 22-0 | 24-2 22:0 25-9 24:3 | 27-2 26-0 | 26°2 25:0 | 25-7 24:0 | 24-3 23:0 | 23°1 231 23°5 21°5 29 | 22°9 23°0| 21°7 21-7 | 212 21:2 | 21:2 21:2] 21-0 21:0} 19°5 19-5 | 181 18-1] 17-2 172/163 16°3/ 16-0 16°0 | 18-2 18:0} 19:2 186} 21-4 21-4 MEAN 21°4 21°0| 21-7 21-2] 21*1 20°8 | 21:3 21-0 | 21-4 20-8 | 21-2 20:7! 21-2 20-9| 21-1 20-7 | 21:2 20-9 | 21°1 20°8 | 21°1 20-7 | 20°9 20°6}20°8 20°%5 17 BEN NEVIS OBSERVATORY. Dry AND WET BULBS. MARCH 1888. TEMPERATURE. x 2 9 0 ) 0 8 0 0 4 5 2 1 0 5 4 1 9 1 3 0 1 2 6 5 7 8 3 9 0 2 4 24:0 16:8 MOMANN MAMA Adda ANANN MMHAN GAAHANNA AARHAN ANNAN ANA ANNA OMAN ARAAAN ANGAAN AMMO AAA ANA MORAN AAAANG ll Say See ace Wit See eee UI ao RL Gee aie tie aan ee a GA eS MOANAN BATAAN 6 4 7 2 6 B) 4 2 1 4 2 1 5 5 9 2 0 0 0 28 ut 1 2: 2 3 3 3 3 2 1 1 il 1 2! 2 2 2 AGDSWOA 19 OODNOD SONA OOM WHAtg AOOKK DAWOOS DMHWANS PBN AAMAS O©101900N Hr-ONH HBOWMDDH OnAOdI~H Wet.|Dry 4 0|2 9 8 2 0 113: 4 2 0 7 5 6 8 2 0 7 3 2 8 10 3 | 17 0 | 22 2 3 3 3 3 2: 1 1 1 Ht 1 2 1 2 if 2 3 1 2 1 1 1 i 2 2 DIB NAS OANA HONIG ADOWOK KATSH BAWAAND AQHA AAAANR 3 25 9 12 3 19 9 22 2 3 3 re) Bie 3 2 1 1 1 1 2 1 1 1 et.|Dry. OMOAIAD 1DANMAND 1WOMN1D OMDP1019 MMHOH ANTHANCO DWHANDS 1OANMAND WOHAMDD DRBHAr~M ABMMIAHW HNOAAC QAINRAN AMMO Naar MmANT AMMA FARHAN Dek Wows ese Nee tagaen ease oliver seectnep deactivate nse cectece SSO \eITSte NS Taers San iaineeal cere See peo eeu SS MACON S ID HOMAH DOM1O1O AMDHAHAH ANAND ANANTH NOOO Amd Ann ANNAN FARHAN QAANAAN AMAA ARGH AANA NMRA ARAN ONHSW! BHHMNS WOCHM10O WoO WOMHHRM0 WONMOANr 6 9 3 3 9 6 8 7 1 9 6 4 8 1 6 8 6 1 3 0 0 0 1 1 2 1 19-9 19°2| 20°'1 19°5 | 20:2 19°7 | 20°5 20:2} 21-1 20°7 | 21°9 21°4 |} 21°8 21:5 HONROD HHOND 1DOMM1O MPHDOO wMHDW ONMHHAMY QUANTA NMMOO Amar NANT ANH AA FARHAN BHEOSO HAMBO NHOMH AMONSO HOOHD OHHOWD Se SSS MAMOM WHAOAM ODEON OM1OG10 OAHONr ANAT Nom Nana Aon AMMAR AHA HANANYT PMOAMD AMOARDO NANDA AWA ODOSMIO AAAOMD 19°9 19:2 0 8 3 i 3 1 8 7 1 0 1 1 9 9 9 1 6 a 8 Salle 0 9 0 9 5 6 6 4 0 0 7 19°9 19:2 HORDHOD 1IDSOMNGS WMOCHH DODOOH 10N0rO 1OHHKHOMM QAaNnAeS NOOO Aaa ANN NOMA AA NANN TK DOAM~O 1OABMDIAD MHOHMID ODHOON OM1IGODO HHHROr ANN ANNO Near mem AON AANA TNe 3 ROONKNC OADNS HHS DisQrcd caOO HHAHOOR BARA ANAM AGRA ARAM AOR AAA y 5 9 3 2 6 ul 9 ) 1 3 4 8 7 7 0 2 2 7 5 2 1 2 0 8 2 4 8 3 8 2 2 19°8 19:1 ROOM H GAANS BisS mis cb HONDO IBID HAHALK Arent ANDAM AAR Sean Nooo Seseas 1 2 1 1 1 2 2 3 3 3 2 1 1 1 1 1 if 1 1 1 3 1 1 1 i 1 1 1 1 19°8 19:2 BRAND WDOMOA NOAA BODOOA AHAARGBSO wwOANMC OMmMDOH HAMANN OOSCHH DONNA be FNM ANNO Arr arin Oemmo SSa4a4 1 HAACOONH HARON OOCrt O19 ro sh ~~ MEAn| 20:0 19°3 Dien ieieuien esac \aeErived. usr leicn ce Mee SE SUDO) SGA SIOS OO AN OO BHOMM BAMNDS ANHHHD CODD KRHSDODSD SHOMME |Eaa285 AHNOH AMHANRHO CDO1MIM0 KaOdHOO EPMO ABNSDW Aw Ho IHN AP OADSN OONMar HM19C0 MH BRAMONS FAR HOM COORD CNNRAN NDMMMO AMAA ANAT Beast Sean Mean, t 0 8 0 1 6 2 0 0 i 8 0 8 0 2 2 8 0 1 1 2 9 4 7 0 0 0 2 9 2 9 2 Ann MN ANMMON Han AANA MAAR AHN e 19°8 19:3] 20:8 20°3 Midnight. t 6 3 0 8 9 6 8 2 9 0 6 8 1 2 1 6 3 7 0 7 0 4 0 0 0 8 1 9 9 5 9 7 WOMmOMMOD DMN OOHWO HOnMRn™ Oo NAAN NONMMN AAA Anne Roe SS Zags 23 SO eS PS Pig Ghiel Si NOTES SG Sea. Ciel Cee MOM DOMAIN OOHABDO HAAAMY MHAwH OHOHOMm Ann Ane 29°7 17-2 16°0 13°7 23°9 28°6 33°8 382°2 31°9 27°0 16°6 10°8 111 15°2 10°1 11°4 19-2 22:6 13°1 25:0 330 21°3 19-0 17:9 14°5 Dry. 0 1 4 0 7 4 2 2 ai 1 0 0 9 2 0 PSOND COHBOBWDD GOOMAAH 0 ID TH YON DO WHOWN HOOK DO HHROH OHAODADO 22 Wet. 1 28 et.|Dry. 0| 31 ANMAN MOMON Manni ANNA OAR SAAS | "ANOHO AMMDOMm OSDMONM ODMMHAH MOHAD BKRRAMOR 7 1 5 5 4 0 3 2 1 8 7 1 W 4 1 2 1 8 2 6 2 2 9 9 4 ke QRATAN DOM ON MeN TANNA ONT AA BHR AAT DOD1G19 HH SAND OnrdtHH DAHOND HMROG OMMDMNOD 20 ANNAAN NNO ON Rds AANA ONAANA A RNNAYH i 20°9 20°5 | 20-9 20:3} 20-9 20:2 | 20°6 20:0] 20-2 19: HOHHIODSH HDOMAD ONAMAHH BHHORD MHARDOW DWHRIGDOD Hid HO1Q WDMHMANS DANN AND0OMm 10 Baas NOOO CD Marin HA rid SAA Seoaag 18 21°3 20°8 RQ HOIwW ODADAS HrATHH GINNWON 1900 CwwIN DWH ENT NS ONNWMA AnOrKO MOnNN ANRAN AMON Ard FANN eros ites B=} aes eaas Digging RAAANS QRAABA AHARA monmmie o ass BAARHIN AGHAS Aad HANA OANA SOMA 21°6 21:3 PONOND DOODMD HAHARMMIN ADWOD10 Aton tH BRMOHROnRM DOM 190 ONMAT OMM1IDMT MANDOO Aron AAA NOM ed Narn FAANNRN Smt ales SSoNaS 16 QNARAANA NO AAAs ANAAN OARAR ARAN IDWr1DOH DAMIAN AMANODM ANOKND AROAKN BOMDOAS ANMAN AGWMOO Ann FANART OANAAR BHR MAANN 15 ENDARWD WON OPOIWGD AOMAH SHSSM WS Ha¢ opal ret ONDA FWAMIONM ANNAN BONM HBOMmMAO ABangna NMOOCOOD NaAnnn HAANNN Sasan AMMAN SN Oe ee eee See, Oe ere eee. hel ieee peln Sr luiscc TS te SnBier Metis RBIs mi nerd mate ie femiennas Selena CAA mc2 019 6 SOHd AHOAK wMOmMo4HOS SRANNA ASBSS NOS AMARA BONA Sea 14 i ever ere° wh, By we eels BS 8 Ce ues we Vere Teva eh. eit alan mel ee Oe ee ie Ewe ene eT Cc | Ol a AA WoV601bdo OMHON AHOAK wOHoBHOS AARATA ASSSS ABSA SARRA BHAA AERAAN 2 3 1 9 3 4 7 8 3 7 0 9 0 5 9 4 8 7 1 4 0 8 0 0 3 ! 8 1 0 4 3 0 22°0 21°7 | 22°3 21-8 | 22:0 21°6 DIwHCOGD COMco HS MHO1G1g HNHOR AQGAG ooowasd Aaa Res ea oo SH IQDOHRD WOAIGH WOH HDiwWAMY DaANnORAN Sige OCG © HOI AANON GonaAgn KLooWNS Wet. ‘9 21°8 Dry. 21 26 EAN | 21 M ROY. SOC. TRANS. EDIN.—VOL. XLII. BEN NEVIS OBSERVATORY. 18 Dry AND WET BULBS. APRIL 1888. TEMPERATURE. ‘ SOMA Road OREO FOES HANNO HORNS EOrN? 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EULAFKP NOLS SOAS BENG ANGSGS HOSS w BAASRR ARAAR AAAHS SRARA ARAAR RARARA B Bee ee Menai sma] Sines aia aia Sere Ae ONAAAN ANNAN ANQNMH DANDADN ANANNAN ANAAN N PODMAD emo ceo SOM ANOS WISH AA’ mI SVOaEO CN WHR HOOD GRAN HRARDO RANHOM AHOBS 6 > BAAN ANAAR AAS BANNAN SAAS SSRRS & GS) SOCOM PP CPAs AVWSOAS PBOANAA ANKNMD SOHeS I RISA 19RD GRAN HARRODS RAGS ARBORS 6 ANAAHN ANANNA ANDO DANA AANAA AANNGS A BOE Set COSMOS AHMOHO SHH SOND SOSOG COHAN HOHDS GHRONH HARADA ONHAM ARONGHR 6 a BAANGN NAAN ANAS BAAN SAAN AAA A x EES OHTH GSOSHAOS NOH OWO SHOW AENAN SOPOD ROHHAAT HOHDS BRONMH HRARDR ONHHDH HOUR © ANANAA ANNAS ANNAHHD DANAH HANAN ANDAN A De CAAN POTOrM NMEROr AEE ON OHWOS INGOO@M 1 SRISSON HOHON GEHAN AABAD NBUIOH DONOR 10 ~ AAAANN AAANGD ANAND DAANH HANAN ANDAN A OS UU 1G AN Co B= OO SS OAS Oat CO rt) 1G G0'Sa' 00) = HOIQGOSOON HOWOmM HRHAAN HOARD COMHOH DHHOR 6 ANANAN ANAAD ANNA DANA HANNAN ANDAN A QE PO2S PORMAUSs Siglo) tetera cnoey Solem ikey bs BRIGOIS ARIS ASLAN AOVSAYK GRAAM SBOASH 1 = ATAAN ANNA ADADA MANA HAANN ANGDAN A a Se Se PDO Gehl orale Mo) lei tS merci Sie ae ebse). 2) HOI C OD HOHAKRS HOBANA HAAam RHOHHH DONGDHR GB ANAAAN ANAND NANDA AAANH HANAN ANDAN A Oe Ser NSS Roe Cos iealle heal Meo} ater Tay SKI) Cenk = IB RORIR BOARS HONAN SAVIO GRRRR RONGR S S AAAAN AANANAD ADADA BDAAAH HAANN ANGAN AN a ete lel espa Lo Ssmpliey CICS olen CHSC! 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CMOS SI USCS sho (Nene aial SCOR Id ais Dano x DORA HHDAN ANSOOHM OMHOW ONHOD © | FRaSaR QAAAN RAND DAMA AATAAAA AARAN A [peeces YROMO MOANMD SCONOD WHAMMY WOOHOO 19 rOOnG HRROR ANQAA ANSOSM OMEN REAND © a SRAGAN AAAAN ANAHA BHABAN AAAAN ANGDAN Q = OTIS?) QMS COES Bl GCS ESGOGR La Bean ioy cir DONOCS & ire N10 AMANAN ANOAOnM SOHOOSH Boon © AARaaN QRAAA ANKHAH HASAN AATNAAN ACSA a ee ee aes pee ee eee Ss HNMH1D OhRDRO HAMM ONWARS | ANC HID OMORS AAG CORA ANAAN ANNA BF -_ 19 Dry AND WET BUuLBs. MAY 1888. BEN NEVIS OBSERVATORY. TEMPERATURE. OY ees oe Ge One hee aa | |Sebetn Seeee Sette a enm ere we anneee rt AANAAA FONTAN ANNAN AG Ha GMA ac GNANAGAA A 8 BRAAAN DOAN ADAAA dates OMe GAARA A g |tmocestens rote esner arte eeoee f | te Pore ma eaee oe Se eee Leal | BOA A os a le ooo aa 33 co St aR GRSIS alaninn lar horhocman) NOOAN GA - Swe N (PRG COURS Se oee Smee Sagar aeieanc: @ | See nae. 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OHaAH OGiQnH ADOAM cori 4 | E3S558 08 63 OF OD a Geass HOD HIG ID WGAGAINTH OD OD CD WA I BH AOWO ANOHN EEMAR OWSON POPON APO 1 HOI 1910 x : DONM GOHSS CORAHS HHARM oo Pej STS558 SSSBS FEGIG SSP FHHUSD HHBAN OD Tt | Ee HODA ANHON HENSS NGGON VLPOhH SASHA HRiI~O 1010006 1 DOHA ROHOD AHnAn HORaD re ATS S58 IDWOCOM OSSSH FSS S GSEGR BSSAN FW 4 SO FANMH1GO ODORS FNMHIO OFPWOAS TANG SI OL OOS Bao AAAHA ANNA AAAS s OCTOBER 1888. BEN NEVIS OBSERVATORY, Dry AND WET BULBs. TEMPERATURE. 24 gs | SSSSAH COATS HABMOM DAH ROOHID HADHADM w HEIOM SIN APANOM WSOTAIS PONWE™ HOSONS OCEPDnwoe ~ BoOmHoOH DHNHS RONDO AMAA MaMaL MOBNORD OS : MORN HOIMAN HHOHAM MOHON COBDS AKOCHHS A ASIANA NGG AGAAG) doancacsas Hesesancs HwWaGAQlA’ Go a SRAAANA AMGGIGd GOAACS GODGIGDH MososaaH Gm Aasasas I, o S PAR ESO IRD O31 GA Ei FAG rer DG rt. OO G3 SHOP) P1RIGD ONO Cr iGO/OGOIGN 100 s OOP APNWO HAWWISD OMSOWN ONNNS WHDHWOOH © we) MOR HO HOIMAN ANHAW wmD09RhH LRHOOS ALOUHS Fy oO AAAAANA N0969 dd GANG GcdMGH McC HHO tGD ob BOHDWOG MANRWMDS GMRMWON HOMOOWN OASON AAAonr 19 HB | BCMSHON SCHONS BANGS SOMeoN AQMWADN SHDARAD y FAO QOH HOR DHHOO HHHOH HRDOSR MoHtHMS oO a] AMRAAN HHMMO KRRMHO DHHON MAHON NQAHSOHO A a ANNAN A690 NMA amc WNC HaAHoMc cd 80 NANAN Ncdcdcdc GANADO MCDA CONCH WidaMN oO = EOP WDWO DNIOAS AMPBON HOOHHA SB-Sen OHOMME 3 EBSCO OMS COSI HO SIS SCD SS ICING ONC he ED EDICT si) Er COROH HoH MHAHOD HHH CNDOR MOHHMO H ig PA MOHAN HOMAS KKMHS GHD HOHDN DQANAHSH ANANAN NMHcscde AcAca coco t HHccG WHwMoIcdcD co BB |QANANAA Ncocdcdc GONGIGDcD adcDCTCOH WoocGa tH WAGIGDGIGN ap BO HOM MOAMID ANDND ADIGSA VBADSS HANWSID BNSSPS SCAEOAO BWOWONAM QEeEAD SASDR WHNNSSOR & ORR H SCHR No HOH OO HHHOW MRLODO NOoNuMH SNIRAN AIgae OM HO HHAM HARBRDA SDHMANOA A =; ANNAN Nocdacd MANN coca WNacno Wwascocc cd a AANAN Nacsa ANcoa caqcas GNA BAG GOGN OO ce BGO SH UIC! B= OsFiQiGd) (GIIGIIGO GDIGA) eA ORONO COR OOS) tha AiO Org A = ENSSPIY SAWNAOG WSOOAM OMAAN ANODM WNNSSH 1D Prom OIA 1D HOO HiDHOH+ ANKROS Nonna PAID AHA AAMAS ONRMHAO HHO DMDAA DHMASCHR oO ANNAAN Necdd06d CONN. GOMICDCOM Hicsc0es WA HGDGDGD OD QANAANAA Acocqa ociNo ccc d whoaadoodt coda cD HLODPSK TN HDOMNNDO NAOHOS DWHNOD MEAD BOMORMm rH SPHSOSL PBOWMA NOOMNS WONAA DSOOBDHANEMHW © EQOhSe4 SOCAN SSASS SSA8s GeSss Geaurs B SHSAAN GAtBS SHSBS SABRSST SSASA BSSstnsae® B S ANNA Acc dd MAING como WNcoo HWadtascod 4d ~ ANAAN Nocsdsdd MAING cdoDcDGDH ADGGCOD MN HaaGGIN Z EIGN GOICD SS ES: 16D OO re. Is GRC. OD IED OO GN ST 0! Tt reliOO OOOO COC =) nN SPAOSOLH PHOVDA ANOMNS OENADP PHORD HNOMAW 16 POmMOOH SODOMA DRHKRK MOHOH RANKBK HoOomMHAS PAHOA HHHOOS ON MDH MHD HOHON bDOHHaAR ANANGA Add) ANG MCHA Waco HawGodDco cd BAANAAN Ado DANG cdcqdcm Nooccdt TWacaan 43 6 09 00 HOO HNDOM ameoHwDO HOODOOGMH OS x a BOPWHWO NOWSD PHS SPS MPOCOWD ANWDOM MeOnwWS Ge) HMWOGA ¢S DO Oi EOE ONONA A ODODWN Oiwweao cd SRONM SOBNHM MRHKD NOMINM HAowodor HOMHNH A HOOD ANHWON 1DRMOAK MAHON DHIQON DOBNSSD AQ x SAARAN NHcsde aaaes dave wW Saranac. HAwwmoarared ad i BARARAA Ndccd0 CNA docs GdcocICON GOaDCDCON HHCDGDGDGI GD SRE ee Se Sse OO RECO CIS CIO TOPICS x RENCIOS VS! OOO CHS SENG OMS otha Oe IGN) Opp reiGoen RORONM OSOd BRKHKD NDMHNH OSOHOK HOmMHNH oO POO AMHOH IDhOAK OHh019 DRBON HOBNSH BAANAAA NAHcacrcd cocoMacs comcamMdH maces HA HaadGo 4d NANAAN AMD OANGA SBomodt Hc AaAHdAA cd BOSHMODM BAAND YWMNDOS MAASH OGNHMWID AMAA SON © BAPSHA AAOAT CPMOD AAOAA ArABO wWwROSAS SCHhODM ASHHAM ANDMDHO NOMONA Lao RHHAN A HOR OM ANAHOA DOMAK OHARA DHMKRo AROAHO A SRRRAN SHAS ASBAAS HHSSA SASHS GHISRSS 5 S BANANA Nave cdds GNAGI6D CcDcDGDH CDODGdcOw Had dDoDGD GD Cc ZTOSIDIDHD MANS SCMWDOS MMAH]AD M19OM1IH COHHOON © N SHPO ANDANASO ODHRRD BAHAMOHH OROMQ| WOROHnO Hw FODPIDIOD DANO CHVODOGO OOraNA rx9O@OIs OmAoog Oo ff OF SAP OMMH ANONS CHAE AMG CPOHQ wW1wOSPSOS3 HES POmMDIRG HBOHNN CHMOD NHMAN SOHOHR ALHHAN Oo THORDOD AAWOA MDOMNK MPO O ONHRA DMROAHOS | E2588 FAG ODGIID DONA coq cow Adacc WaHoocad | FARS2S Aad cddo CANAD Chapada ModcocaH Wado OO (eaeers EO > NOMS OOM SH roto BANOS OS BH fees NOS COUGM Are GN Sue) 52 SCO) CO) re G SOS rei b= Ca) es SDORAM DHRDON WOMDK MONDH Qndot0o0 ALHOAN A HIRO ANDAA HOMAK MHITON NOHRN ADSHHR A | PRRARN AARRS ASANS BaoHaowdt saaac Nanaaa 5 AQAA Adcacd dd SOMAAGcd cDODADCD SH HaDGDGD SH HHA ON OO ™ BELEN ie 29 SOS ND SS 9) CONOR S3) GLE Aira OP SO SHON) IONIOONO SN a ODER Shey) REM IONE) MOMS tal ep) IS SKE) SED tS he NED GG) SidDOAawD DNMHN LOABK MANO MHD HHO ARHOAN Oo Ts AAOOH HOOAK M4RRK DRAHAKRN NOSDHHR BANAAN AAD Md ADANc Sado HHasaaD SSISSS 8 SANaaa AG cddD COMAAGIcD GAG MOC H WHAM AON 1 OOO RS SS tal SSD GEA COG) Eee) Si aN I ei ey aay BASCSWID DOVAA DAANAM AAHOA AMM OA OMDWAD 5 SADR ANMWOWD 19DMIDK HONDA KRAOHO 4 O60 HHOOA MLANK MOMDON HAHA ARLGHe SRAARN ANSSS ASRAD SHSBBG BROODS BSTSRA BF = NARA Noss SAAS Sacco Waiacow HwosasAN Jo) eNO Sa OU OOO OUO INI ast Ee IRONY IEI GH Cots ELS te EAR CD (Ne SEY Se eps Hap) ase te SOHOHM ANMHD ObWMOK FRADA HBOSOHO HOomOoNG i CORO HHOON AMRMOAK AMKKRO BAHRAN GRR | E2888 TINGS 6069 GOCOAIGIGD GdaDavaa WAesaaes Hamaases od ANARSA A066 DAAC AMoaw Hood Waa MAA BOADED ADDAN ANOAH OAMI~O HOSORS WHHMroOgQ wz BOMIGOOM rar Dirt! ODDO MOOS WOOO WOON Is © SHDAH SONSM DHOHAHK HONDH CHtHme Hosoue = MOO HHRON ARAMND NM00O9 ATORA HODHHO SRANAA AANd0dd AcANAGs GaGa Aalovesos WaAmnaase os ee SRARSA AHMAD BANG Dadcdcowm waccwm Wecsscec od 10 BESO TACO E69 G9) ODIO IGN SIN Sirs! COIN IE S39) (ORI OD SHICOIESODIN| 6) i PENIS NGO et LCR aro SAeU RD are ePID ee ua> cereale Sea oinaD aN GN age tae SHIGAH GONANMD QOMAHM~ ARAL OOM Sete . > ROG HH ON MANDAN AMES BHMEA HODGUNS | E2x8a3 FANG696d DOAAIG Goavddaa WwWosesas Ha mavaas os ASASRA Mosca caad GON MA adocd comdcoc HAHccH WacdaG HENMQMSN ANWDD ANMWOA SOSHR FAOMOAD ANSOANS w BSUS IOS FIQUIER CAs SP SOS COTO O GO OD EDIRC SHEDS SGN tS HINO H CONS BMMOHK BONDS micaca00 MIHO1o ne . 31.00 COR NHRON AQRHNSO AMMO HotnRH HODRONS SRANANA ANDO ASAAG GOGH Haocas AVQGRS 2 eS SRAeaca Ao ea cada GONNA COMMA HNDOH Hama ST Be UDP ICD ORI) GNI QO/SO'G 9) IGN GOO TA ISR MS OD GO COIR GO| ONIONS) 165 mm NE 1S TIEN C0 O2 22) SP EES, IUD O22 2 OSE IGNES tee Practise sh OODING ADO4de WeNKRSO MWHkMO Nomnac y 31.60 GO eH BRON ANQHAK AOKKD CORN HORONS | EaRSes RINGG96 ACN arco wWaiososcs GARnas ANaAGA NRSAA BANGC ccc MAG H HHAac oD BORWWIS HDOAHWD ONARWH ASMOS BODHI MHRAND OO SEA CID Nr ee FR 0) GN Real oO Sot OU re SCSI Geese NAOH GONNMD WMOOHS MDOABH COHmMmMK AnodtoMme a | | #£xx|12iaaeoes COOH SH NOW NHOOD HOWL HORONS BARAAN RANBHS ADAAG Haram GHorcsme HAIRSS & iS SRNRasAa Raden cnGd GIANG DaMadt AHNMNOH HHAtHaD om RECO ERINGS sa AD aE OGD) TSUIGNIGNIOP OO) GAIGO I Op) CR GD' Oa SHAD) (GOPENO) GN rm SLOOIGRIGD GDI > Oo 0b RGN So ras RON meee AAD HN OAOANARD 69 NOI DOONDWM BDOOHO DONDO mMRMnK Aodtuaano ao} | | Pacomos MeOH H NOMTHD ANHOOO FANON BMOAONSG _ | ERS858 AMA66 ADA saan aaoon AMATRAS & ANARSA RGD ODD GD GDOOAIGDGD COMDCDAI TH INDHGC WH WGA oO fae ele oO ee ee ee eee SPOP AMG BDINOAN AAO AAA AANA HOBNGSSD 10 CUED HED. CIC IG GN eat ol alts Neath een CO a Te Oe Ae eal Se NOAKN C1907 ND DOEMO D1IONM0DS HHO Nowane y | | £#|JPaaonkn + MOH HNDHO MHAMOM HOHMOS HRANOAN oo fe BAAAAN ANG NoNAa cascom Howae AAIAKe N i ERNSS0a Ded sd CdD ADGDAIGDAD GDODGDGW wDCDCD Hwaddao a BIO OP rA DEO OA Mid h=O SE MOr NODMHAA AAaAAGoO el BOMIrOE NELOT MWASNA AAINS SOON™M SOMOVOD PNG HIS N O1N690D0D DOM 19100015 OHOoOdtrme AnaAHS ee Sees Ser IO Hed HO MHRO1IO HAORO HANSA XH | ESRSSS AAG Nona saan Ragas AEMARS 8 ASARAA NW Bisa Woonaned GsavGT Co INOS BAGO Of 4 We Sale. "ibe Goa Coleg Se SOG a Se ae BSS SO AWC OSD WOrOl~y AMGSOM ANMSNHD ONMAOSO x BIDQIDOH ANWMr-MOSD AOPNW DIGSOO1D RBOOM~DP PRARBONN gH AOHDH HHAND BOK O1OM1OR GHAR AnwMaAWE Oia mo COm ANHSHO MH1DOHM HONDR HONKHANM & SRAAAN NA AMAA cooseea Hace GHBAeS N mA Sasa HWScsa coNanes csapadco aadoanss a Sooedas Of re SER SCOPH AOVPSHD HOAON AVWMOMMD CHSHH ONMWOD ‘ pI HOH GIO. GG’S ASAND MWOOIOE ACO~D OROONAN CNG HOM MHODHO DONQ OOM Otadanr croame Ota in HOH H ANHOO MDN1DDOM HADOHR HONAAN | FARSSA AAGBC6s Aaa ssasascsas Maas MESA S 2 ANASAA HRBAS BSASSH SBSAGBSRAEIHSS GSISSH SF a a a a EE I SE Ce z ANDHIG OMORS HAMDHIO ORDRO 4 HNOH1Q OMORS HAVO OHhAROn Ff | SAA SMA ANA SNVaSx a FAD WIG OImORS AN SMH AAN ANAAN AAANSO & a M 25 NOVEMBER 1888. BEN NEVIS OBSERVATORY. Dry AND Wet BULBS. TEMPERATURE. ss BHDASS DNOWOM ARSOIVH DAOWO OMAIN Aamo a BOSP HOS ShAAN 209on0 HNOO IWTAMII GN OGOGO cd % Oo HMMAH ORWHAD KRMOHR HDODN OGHAwmmMa + ; DORN MMIAOM~ AQAAH AONCH wWHRhAN HHO WK 4 SRNRAG AQARA AASAA AKCAAM AAAAA AanKnA a a AANAN ANANNAN ANd DADAN NON ANHAN A B | EHHODA HOSAOY VAOSS SAHYH ASHHYA OMEON gH S | sPOPRS SEAAN Hone AASHE wmMeA gnONS o ayo Ss I IAI SSO Qi@iaiGaes Syeidom HOORAY OMMIDN AAANH AWASH HM4tRAW AHOeo RK Fy SABDAA RAGAA Bdaa HASAN Saraas AAAAN AANNAN AQAAA RASH BASSA AMANS ANGAA : Se SE eee eae os cot tein: “SEEPS SE) DSW Se EES o B= HMoARMON SAAS AASCHH VMASRSD ADHON NOWDDS @ 5 ~ oO mK o6 a AAAAN AAANAN mdc1d ANDAMAN NONNGD AANANQGN A mo | ESSNNN ARRAR BSSSa AAAAN ARSSAN SASS N re EP SENCIG A) Ween SB OVINE Coot) (Galstmsiia Cosiia one) 9 3 BT PON COHAAP NASA QNASCBS AVQHON HOWSS OHOAOm HOOKNK HHAAAN HOM BORAS HmMHoOdt K ig PRON N OMGOHO HONNGD ROHHN NONDA COHOOKR KH ARARAA ANAAA Md dD DAMON ANMANMD ANAQGTAN A A |AABAAN ANAAAN DHAMA AAMAN GAMON AMUN A BrERHOMD AMOMS1O O1INMAM~ HMOSHO HOSOMS NNOOn oo HORMONA DBOOAHM HODOOH HHHDOD CHHOH AMAON Coy ee de MCHA RE NOS SARS TAP OS tho es RT Se SIS SSH CHE) AOS IS PCSN 2 pcre Se OM Lae eee pte Vaal See eal else oh Neo ah es al erin \or eo “ DOSOK HHARN CONAYH 1OMNNKS BDOKLAM HNAAH Ww WBPI~TNO AHMHR HONNAR COMHA ARKwOM KORO © = epee ANANA MMOddO AADAA NANA AQGHA A os ERAAaS VARAA DOAN OAGAN AAAS TRAN A = ox OOH COHOO MIDMAK HNDOH HOOON ANNOKR oO DMMAAH DROONHA HDSON HHHDD CHHOH 2MMRM0DO @ i Te Jae LS en) cSuial Seca Jeeey Tey peed Yee eee ieee eS ee, pe ee eee ee | Nahe rs em pp pe . i SS TENS ee Re eC) ee a OF wee eee ira ehh @ heme Re eh Ble aie Ola woe hake moe chk Gad SE mL eae * MCOOOKwW HRMHARR COANH BANKS HMoOKRaM HNOAH KW RCO DISD 00 NHMHAR HONAR COMHN QaRLOM HORDDO © |ezeeze AANAANN MMAcqd MANMAMAN NDAD AANGA A QAANANAN AAANN BAAN MAMAN ANTON ANUAA A BIDHARMO ANOHRO MONOS DAHHR ROnRNH ODROS oO BANANOM CAMRWO MAHHO ADOHH DOAHA KRAMHO Cheam Tem Sane Neer een eek Te eT eg A es Tell ee a ee et Se aie Masa aie eS ne emcee Sad tora . Olen isl ke iea cee Siearersi nent nae Mdtdeein al @kets Sahe sete) sc rsa nO hope saree SE SLEDS ee ete = ISRERSS SARS SAS BASES B2ane aaseR E PARSNR SRRAR BRISA ARSAN SANSA SRABN S Es C S 5 ¢ a 0 ¢ ¢ a plo TAOS USGA BOIS Dar O MmOmNQis 1wORSS oc 2 RENNSDP OPHAWD MRADAO AHNOHH WOMAN ANAT DORAN O HOMWDO CAAAK HHNDH BHORH AHA LK ROAM O NAMHR HOHNMS QOtHN ROKRKH HOGOn fC AAAANN ANAAN DANMAH DNHDMH ADAMS ANGHA A AANNAAN AAAQAN BROAN ANA ANNA ANGAN & BOONMOIN MAAR CONWDHD QHMANIQ HRORA NHOMD KH [eeeeee CAND~ ANHOM DOOAM MOONM ADHRO Ors areletei se eb’ | ley: lenient aah Nest lie gies a cmp! len eC isehcameth ere he name girs teeta ate ead seie sare . Coe RG ps Sacer ati SON SP tet es REISS MOR ie LONE By He ° AARAN AKAN BNA BAKA AHANS ANIA _ |BARNRA SRAAS SSSSd SRBAN SRSA SRSAH & P| SOA Oe DODND SOYOH SAMAP aroma AnBOD w N | SSSHOD CONOH AAHSHP YWSOOAHD MSONH YANKS o ANA MAAS BWKKMOD MHOMOD KH =H No C 3 ANARSS ARASA RAHSHS BARSA ASRAS RARVS H ANARAA ARAAR SRSA AQBAN NSABA RASA \foeece CYCHP | OCONCHOW ON-ND OANA Slr st [eee cee TIO PW rOWSO HAST H OASNO OHMHeD > WOHORO HOAMot Sonoma AQWBRHS HR aAwD MOMDO K xH 00 <> co HH HONaAnd Ht qi = ANDAN AAAAG GAG26o CAAA AAAS NAKA A S BARNSS SRSS8 BASax ARORA ABASA SASAR He SPEOSS ODHOHR HONS ALANIS OHANSON OMMOH HH oy SOIOMIOD OPW OHSO WASH OAONO MHHor 0 ‘0 RO WOMOH COOMA AMAHS t+RnRAwW MODDO KH ~~ a a ANASAR ARARA SABSS SRASR ABAAS RSAAS HN ANAAAA ARAAR BASH SAASRA NSASS ANSAR & BHOHAA BWSRH IQHONMS WSroM CHANIA SOND A [eee LESS HOW HtHS AHOSOMS BOMmMSW AMWAWO DWOSDO HOHHAH DOONAN HHOHtH HOSSKR HOnDO KH HODORD WMNMIGHO HONHH AOtON RLOMDMG SGHAMD © Pe ANAAN AANAN ANDO DANDN ANDNMO ANGHN A Ss SAARSS ARRAS MAOCDMIGD ANMAN AMANDA ANTHAN AN SO PT AA EW IANO MELON SOrm ANS SSrcco a Pa EENSLP OPPO WO HOHHS AHOMWS MOM~SOMD MAH Cc ROCDSOO HHH DOONAN tHoOdtH HOOGDOKR HOQwOoO KH HHO DOD 690190 HONK AOHMN RODMID CGHAMSD © AANABDAN NANAN ANDO BANDA ADAD AANGHA A ANANAN AAAAN mdm ANOAA ADNAN ANGAN A DOHPOD™ POWOM SNSOLOS OHOMOA MODSOWD HAIGSM 19 Foseaee SMTAP CANON HQHB-ANANHAH HOSOSH WOCDOO Hott RONAN LiOKhMO MRONK HHOSK KR HOOD ADMHMAA HONG AOtHN RHOOK OCABDANM © ‘es PRASAS AARAS QASSS SRNBS Ara AGAMA A ea AAANAN AANAANN DODNMD ANDAN ADADA ANAHAN A ELWDOL SSO BOR DQ OS OME I COMO Hic) 19 es SCPE AS SHHAS HANOI VHDION AAHHH HOMRSH R00 Ca DCO HHOHH RHRONAAH LiBrmMoS MRONK HaAO2OKR K RH OOD ADAG HONAH SBOHtHAN DHOOK ONDMAM © BAAGBAA ANAAN ANG DNADA Naonaa AGAHN A ANNAAN AANAAN ORANG ANGDAN ADAMDA AATAN A poecass SCBOAM VNABWI~S OGNOMN WASOHS ASOHDSD © DELSLST PSNI WSONHM ANH-wWS O©SOMHO NMNOH DWH COO IQS HAH RON DODO OLRHOS HHROOKnR K HSROD ADAIR HANHS DHGON CONHDOKW HMAHM oO a ANDAN ANAAN ANMAO MANDA Aaa ATAAN A ne SANSRS SRaga DADS ANGAN ASADA ANGAN A SOSSRH SCCONM MOSH SCNSOANA WHASHS ABFOLFO & Sr BOLSSH WSOC WOANAHTH AANWS OLOMOH NMOS D ADHD 1D HAHAH ROH DODO MRRHO HOOK 1 emt a AAABAA ANAAN ANMGO BANDA AON AAKUA ASARAR ARARA BARDS PASAT RBASN ARARR &S BLPMOS AMWSOM MEAN ARONS HOHON ONOnwMO Bw BELSPOD SHEOD AXNVDS WAOAO ANSON SHHMND © DWNOOW 1WMMHAH OHOHNS AADMDDH ARKRKRO HMDOOO 2¢ QI~ROD Mcatisa TH aan t x = AAMAA ANAAA ANDO DANDA Acncn AGAAA A si ANANAAN ARAN BAGS ANBAR ARAN NRSRR N BORE OS TE DOM DEAS SPOONS HOHOSOM MO19n0M os BEE SLP PIFTSOD AMOWMS ASO QRSSSN SHANN © HONSONM 19MM OOHNH QoandH A ro oo a I~ > ¢ AANBDAN AAAAAN AND BANDA AN ANNA AaAnRaa ARARA BARKS RASSN SSRSSN ARSARR N BUIPODA QODOMY ANSI BALSA ONHHS AMONS & BIOPHYS POGPSO AOABDS SHwNA GHOWA PANS AQ BANOO IBMHOH ODN ROKDS YRROKR MOOOnN KH OrAGHO MHAAHHO HONNS Oto BALCH NMOHM KR a FANBDAN ANAAA ANGMAO DANA NONMO ANAAA 5 ANKAN RAARA BARAS RASDA AANSA ARARS BE PIPOM WHSMD AOWS DANS G OANYS BYMMO w | SOP OH PSOIBRS SCMHMNS SHH GROHA YAGQOW RONSON 1OMHOH CGHHAN ROKoS 4 q =) NOane Kw ANARAA AQAAN ANA DANA AON AARaN ASSRAR RAARA BASHS AAGHA ASAKRA ARARA A SELPOA MOHHRO ASOSNS QBMAHH DROAN ANWOND ws SPADADP AOMOH CAPANS SANMNADW SANSHW AWHMom H WDNOOM 160 NOMH ROHAN AwMWh6H HOOKR MARDOD K DORR MOHOO FHOAONNS COMM H I9N1DMORD AHOOM PRASAA BRAS ANG DAAON Naonaw AaaaAN a a ANNAN AACA AGG DADO AOADA ATAAA A = BO LPO POAPOW HSONS AON ODRONN ANMOAD 0 iz ROH DOADS MODOr CANANS ON Srigow Ciqngcor eee oe eee eee ie LS Wee is |) | — | 0-089 — | — [[-010][-020)[-010}[-010][-010}[-010}[-010]{-010 [-010] 0-100 oo] — | = | 2 ob Gets gee gloce> = seal mores — |-012| -012| -o10| — | -032/ -028|-003|-o08| — | — | 0-197 -002'| +002)! 2 cp ll an egD0)" = hoot een 0-025 0-332 |0-395 10-304 |0-346 0-240 '0-320 |0-362 0-308 10-297 |o-268 0-244) 7-447 | | APRIL 1888. 029 | -060 | -048 | -031 | -047 | -040 | -020 | -007 | -016 | -012| -010 | 0-375 ~ [[-010] -018| -016| -007| -c11|-009; - | - | — | — | 0-077 002-002), = | Sle | = | = |= | 2 eeearoeocrs — | — | = aaiecos con) 2 | Lo) See ioe: |) SSS =) S |e ae eee _ | 2 Ie 2 Sl) 2 oc ~ [[-010} -020 | -100 | -073 | -026 | -045 | -036 | -009 | -001 | 001] 0-321 047 | 026 043 -047|-009/ — |-003| — | -002| -007| -080] 0-325 009 | -022 | -029 , -048 | -011 | -026 | -o10 | 036 | -o02 | -oo1) - | 0-388 007 | 002 | -010 | -005 | -018 | -003 | -o09 | -018 | 124 | -019 | -077 | 0-292 056 | -085 | -059 | 012-025) 040] 024 - | 004 009-008] 1-016 —- | = “| eke meal Al | ec | oot eae aaa eee 001 | -001 | -004 | -018 | -029 | -030 | -027 | -022| 010 | 002) - | 0-252 018 | -017-| -002| 002] —~-|-001{-o02/ - | - | - | —-} 0-197 002/ - | — |-011|-o09|-o08| -oo3/ — |-o19] — | — | 0-095 == | Lo) See ee) ee ei nei - | ~ | = | = |-020] -038 | -208 | -o09 | -oo1 | oor! — | 0-277 _ | DA ee ye) eee arg _-| — || eS a Se oe |) See _=| 2 | GNSS So | S| 2) ee ~ | — | - | — |-o08| - | -002] -o16 | -o41 | -077 | 102] 0-244 004 | -o09 | -004 | -001 | 003 | 022] - | -081| -085 | -002| -002) 1.153 029 | -004 | 006 | -005 | -146 | 103 | -o58 | -047 | -050| -052| 114] 0-997 066 | -036 | -004 | -001 | -042| -007 | -001 | 029} -025/ — |-008} 0-613 ~ | och eee el =| t |, = eeeROed meno genren 0-270 |0-234 |0-247 \0-297 |0:348 |0°356 (0-421 10-251 (0-338 10190 |0:357] 6-889 er ee Ee BEN NEVIS OBSERVATORY. 29 RAINFALL. INCHES FOR HouR ENDING— MAY 1888. i | ols] ahs | @ |) # | B® | sO 7 a TO ee Se AG ahaa) Neo |) Geos) night Amount. ll pI (| | (ee (se 1 |-008|} — | -008 | -o21 | -001 | -001 | -001 | -001 | -001 | 002 | -011 | 014} -020 | -002| -013 | -018 | -035 | -121 | -016 | -099 | 017 | -056 | 088 | -130} 0-634 2 | -005 | -001 | -036| — | -001| 002 | -015 | -015 | -035 | -030 | -045 | -018 J -013 | -017 | -175 | -071 | -178 | -050 | 015 | -018 | -054| -051 | -033 | 036} 0-914 3 | -060 | 019 | -018 | -048 | -106 | -050 | -050 | -009 | -073 | 065 | -085 | -065 } -080 | -040 | -007 | -006 | -009 | -065 | -020 | -030 | 034 | -010 | 001 | 002] 0-902 4 | -018| -002 | -017 | -011 | 025 | -060 | -040 | -022 | -045 | -055 | 003 | -090 } -009 | -008 | -002 | -027 | 095 | 056 | 152 | -054 | 090 | 089 | -031 | 017] 1:018 5 | -043 | 052 | -067 | -041 | 105 | -038 | 030 | -010 | -037 | 010 | 008 | 035 | -003 | 009 | 010 | -002 | 001) -002| - | - | — | — | -008| 009} 0-520 6 |-032|-002|-001/ - | - | - | - | - | = | - |-001} -— } — | -005 | -037 | -023 | -017 | -029 | -046 | -030 | 087 | -025 | -014 | -010] 0-309 7 | -038 | 106 | ‘084 | +152 | 048 | -054 | 045 | 021 | -035 | 036 | -050 | 031 | -064 | -080 | 152 | -127 | 116 | -105 | 160 | -228 | -155 | -083| -076| 070) 2.116 8 | -056| -100 | -050| -062| - | -027 | -006 | -024 | -032 | -034 | -027 | -008 | -028 | -009 | -009 | -007 | -008 | -010 | -010 | -026 | 010 | -002 | 018 | 003] 0-566 9 4 = iS Ss & = = = = = = a = a = = fe a a = = = = = = 10 | 2S een eee = en ee ee ee ee ee Sl Se ee Pe ey a | = ieee |! = |) = Sis | Sie) See ee Se Bah tee ere) earn ee ee Z eee eee | | eee fe PT ef ee ete |] a] ef] eS] ee ] ef = 13 | — | — | -003} -040| -042 | -130 | -124 | 102] -180 | -022| 002] - | - 1 -002]/-003/ - | - | - | - |-010] ~ | -009] -001| -004] 0-674 i | 2 tt Se Sea eee eee SS |) Se oor 008-004)" = |) =) =) -002)]) 0-017 15 | -010| -030 | -008 | -002 001 | -001 | -001 001} -001} - | - “O02 coal eetun |) eee | = Neat = = = - — | 001; - - 0:015 = Es = = = = = = = = = = = - | 007} - | 020); - | :018]} 0-045 — - | — |-008| -032/-005!-003| — | -oo3 | -o15 029 -022| -045 | -038 | -101 | -117| -115 | -163 | -028 | -o08 - - - ~ - - | +001 | 018 | :033 | :030 - - 030 010 | 100; 0:506 11 | ‘081 036 | 050} :004 | 001} - - = - - - |016; - | :008|) - - - - - 0196 12 = = 2 = =, = & £ ES 3 a 5 LE S = ts is = E 13 | 010 009} :010 | ‘011 | :011 | ‘008 | :015 | :007 | :002 | :001 - - | 002) - | :001) - - | 008) - 0°123 14 |:002) - | :019) - - - - - - - 009} - |:003) - | 002} -001 | -004| -0J1] 0114 0-062 15 | ‘011, 002} -001) - - - - - — | 007 039 | -034 | 042 | ‘020 | -007 | 010} -014 | 023 | 014] 0:287 16 |-019 -011| -012| -010| -018 | :o18 | -013 | -045 | -013 | -004 003] 001} - |-001|-003| - | -010/ -011 | -018] 0-327 17 | 013-035 | -010| -002| -002 | -025 | -040 | -010 | -015 | -020 005.| -001 | -003 | -040 | -020| -o10| 003! - | - | 0-708 fom eee eee sle sao 2h solar ae cg — |-025| - | -106| -059| -005| -001! - | -001| 0-197 COMM eee eh Suis Se Stak cea Men eng en forse) eae | | 2 Te ie ees eh ean a TE RE eg —~ | — |-013| -004!-001| - | -008| -010| -031| 0-067 21 |-006 -010| -010| -014 | -003 | -008 | -002 | -111 | -172| -030 003 003 | -001 — | 0-434 23 | +117 -030| -025 | -053 | -045 | -065 | -044 | -054 | -094 | -013 034 | -025 | -014| -001 | 002-003; - | — a4 | - — | — | -047] -026| -078] -013| -008 | -002| -008 ~ | -012| — |-018| — |-006| -006 | -004| -o02| 0-363 a5 | 2 }-09#'|'-009)| 008 |-002)/ = | = | oe) ane 063 | -007 | -002| 003] -oo1) - | - | - | — | 0-123 Dohme Sool v oe ollie, IN 28 He _ | — |-143 | -042| -078 | -o10 | -020 | -001 | -o02| 0-296 Bee Eade Sei ij ot | Mace USN ee Ne eee ee 009 | 008 | -046 | -009 | -019 | 003 | -002/ - | — | 0-288 Bae | = | rope |) Si) Sel) 2 Moooilooaamony 010 | -010 | -002 | -008 | -016 | -022 | -036 | -050| -053| 0-281 29 |-020 -019| -011 | -008 | -007 | -010| -o03 | -003| -oo1| — 009 | -002 | -006 | -018 | -010 | -010 | -001 | -002 | 002] 0-228 Bae ODI Sot ea aac nce ee =~ | 2 | 2 Voor | = 003 | 3 dns 2 leo-0no Sse lerale nie. ol, Saw 2 Eales ee te ee eee = Sum |0°393 0:234 |0:219 |0°227 |0°295 |0:444 |0:321 |0°469 /0°407 |0°154 0243 |0°235 |0°375 |0°515 |0°41 4 |0:286 |0°237 |0:241 |0°375) 7-820 RAINFALL. AUGUST 1888. ee ee eh ee ee aS eS ae ee mee fos a Ws | |e |) Gunns Dye | 24) .5 |S cc Se 2S a a = Poor | oon |-001"| vee endl teee en 1S er as 8. | -|-- | = |] = |.= |= |-008| — | = | = | 001} -151}-205 | -240 | «105 |.:011 |, 007) -005 | “001 ||-004 | 001 | — | = a= iso-7a7 4 | - | — | — | 020] 002] - | -078| -032|-011|-010|-003/} - J} - | —- | - | - | — | -001] -009] -037 | -015 | 003-018] -010] 0-249 5 =| 008. = | 002-001, -o0f) S| = | 01/2 gre ae} Se | — | 70) Se ee ee ee 6|/=| =] =.) =) =.) -) =e] = | 2 pe | - |-002) = |) 004 lo06 |) 009%) 020: -008'|)-00e)|=eaml emia iorase 7 | -022| -029 | -018 | -037 | -034 | -060 | “021 | -013 | -022 | -053 | -080 | -182 | -324 | -170 | -068 | -172| -047 | -126 | -006 | -009 | 002 | -007 | -003 | -003} 1-508 8 | -003 | -027 | -008 | -010 | -012 | -025 | -110 | -009 | -003 | -023 | -008 | -011 | -028 | -005 | -013 | -033 | -007 | -005 | -067 | 002 | -018 | 018 | -040 | 015] 0-500 9 | -009 | 082 | -019 | -010 | -006 | -002| -004| 001} 001) 001] — | - J - |-001] - |-oo1] - | - | - | - | - | - |-001]-001] 0-139 10. | =} -002| = | = | — | Sel Sa eee ee a 2 |} = |e ee eee Coe 11 | - | - | - | - |-o01} - | - | - |-o01} - | —- | 013] -001 | -030 | -o06 | -005 | -001 | -001 | -004 | -006 | -008 | -010 | 010 | -o18} 0-115 12 | -007 | -018 | 013 | -008 | -006 | -007 | -046 | -006 | -033 | -014 | 013 | -055 | 004 | -006 | 001 | 001} — | -002) - | -001| -005| -045] -056 | -042] 0-389 | 13 | -010| 002} - | - | — | -007| -045| -214] -094 | -061 | -065 | -056 | +143 | -039 | -090 | -018 | 003 | 007 | -118 | -084| 022} - | -003|-001] 1-082 M4 ‘o02).- | - | = |o09 = se oor) = | <090 008) — | —. | Seeiieme Re ess) ee a ae en 1 = = = = = = — = = = = = = as = = = = = = = = = =, = 1 an A Wm acre ee || eee || re ee he | SSR eee. IK = 1 an ee en ee eae a eS a a ee SS ee eee S| i 13°} s:/ 4 | = [oS CSS Sal) 5S) SS eS) ne | 2 19 jos f=] ae ee Seer 2 See, | a ne eerie 20 | 015 | -040 | -024 | -038 | -035 | -013 | -009 | -006 | -005 | -002| -002| ool} - | 001) - |-012]-001/-001) - | -003| -019] -002| -010} -002] o-241 | A | 001] - |-o02) —-} =} = | = - | 2) 2) 2) = 7 - | -)| — | Bogoteoor |) = \:002:| 002) =.) aan en OrorOMs 22 | - | - | = | 110] -023} - | -007| -022] -115 | -002| -002 | -021 | -008 | -011 | -002 | -007 | -008 | 210 | -014 | 002 | -002] 001] - | - | 0-565 | 23 | -|]-|-/]- | - |} - | - | - |-008}-016) - | - }-016/ -002] -o02 | -004| -053 | 074 | -070 | :075 | -113 | 080 | -052 | 050] 0-615 24 | 035 | °056| ‘011 | 020 | -060 | -004| 003 -004| -025]-030| 002} - | - | - | - | -|-|-]-|-|- | - | -]| - | 0-250 6 i}-|-],=-|=) =] =) - | =] 2 Sse] 2] = fom] ~ | ong casi ooi = 9) 000 |'-cor’| -001'|| oon ecu otn28 ho. tae 26 | 065 | -016 | -002| 003] - | 069] -119 | -250 | -064 | -015 | -063 | 015] +113 | -070 | -087 | -068 | -039 | -005 | 030 | +148 | -020 | -002 | 015 | -058] 1-286 | 27 | 040 | -054| -038 | -178 | -089 | -190 | -075 | +120 | -125 | -005 | -030 | -065 | -120 | -015 | -018 | -009 | -016 | -022 | -009 | -009 | -058 | -120 | -023| 079] 1-517 28 | -050 | -055 | -006 | -057 | -027 | -009 | -046 | -030 | -070 | -142| -040| 024 | 016 | -003 | -010 | -065 | -057 | -004 | -098 | -044 | -010 | -040 | 008 | 041} 0-952 29 | -024| -008 | -045 | -022 | -034 | -105 | -029 | -079 | -048 | -050 | -026 | 003 | -014 | 092 | -072 | -100 | -001 | -002 | 057 | -030 | -028| -001 | 001) - | 0-871 30 | - | - | - | 015 | -067 | -071| -010 | -044 | -065 | -077 | -096 | -118 ] -043 | -030 | -007 | 030 | 068] - | -021 | -035 | -001| -006| -054| - | 0-858 81} - | = | - | = | = | 081) 005) 001! -084|'-006) = |0e0) — | - | = |sooei ee =) = |) =" | — |) aang nos roe Sum |0-291 |0:389 [0-188 |0:531 0-406 |0°593 |0:613 |0-832 |0-725 |0:507 0-430 |0'865 }1-069 [0:76 |0-451 |0°586 |0°315 |0°472 |0°514 |0-502 |0:333 /0°352 |0°309 |0°379] 12:388 | | | P BEN NEVIS OBSERVATORY. 31 RAINFALL. IncHES FoR HouR ENDING— SEPTEMBER 1888. 1 2 3 4-} 5 6 7 8 SLO Te t2 14} 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 128 sek Amount, 1 | 011) -015 | 042 | 050 | 076 | -083 | 046 | 044 | 069 | ‘074 | "108 | ‘080 } -079 | -066 | +112 | 013 | 109 | -011 | 010 | -034 | :038 | 041 | 039 | 012} 1:262 2 | 038 | 043} 060} °003 | 018 | 002 | ‘002| — = | 007) :093| — |: 010 | 017 | 040} - | 001) 022; - | 001) - - - 0°358 3 - - | - | = | = | 002) - | -001 | -037 | -012 | -020 | ‘001 037 | :001 | 002 | ‘019 | -010 | -033 | ‘O11 | -031 | :028 | 058 | 0707 0-400 4 | +043 | -048 | -066 | -096 | -018 | 001 | -010 | -001 | :005 | :035 | 081 | ‘062 } -020 | -053 | -046 | :023 | 035: 057 | 011 | 010} - - - - 0°721 5 — | 012 | -026 | 057 | 065 | -072 | 102 | 073 | 002 | 004 | -007 | 016} - | -002) -001]-003| - | -049/ -004 | -002 | -001 | 080} 008 | 003} 0589 6 | 080} 012} -109 | 010} 040 | -013 | +058 | -066 | 152 | 021 | :069 | -014 | -102 | -017 | -066 | +126 | ‘038 | -056 | -212 | 056 | -014 | ‘020 | +106 | 048} 1°515 7 — | :015} 042} :007 | :002 | -001 | -007 | -001 | -002 | 027 | 019 | 020 004/001} - = ~ |°007|-001} - - 0157 8 x a “ Ee: = io a a ms £ co a = Bi 2d * = is s = = = 2 = 9 = Ez 3 S im a me = s 2 p . a as x 2 2 3 = ze eS 2 é 10 | - - aul eanl = - eis |e || lea tee - - Sale = | Ie le = - - | - - - 11 | -028 | -040 | -030 | 050 | :062 | -075 | -086 | -008 | 015 | 012 | 050 | -044 158 | ‘051 | 020 | :002 | -004) - | 001) -001 | ‘010) :001 | 004} 0°822 12 | -030| :008} 002) ‘001; - | - - |:004}:001; - | - | :020 009 | 001} -00L; - | - | —- | = =/|=|)=]- 0-128 Pee = | —,| = | = Sot eet ees el ee - = = rae ae Se = Sei ae | als = - - ce Pe | Sh ea me Pe en | ese (een ee ee ea s 1} = | - = - | - — | :005 | :002 | 020 | -040 | 043 } -044 | -065 | -030 | -010 | 012) -058 | -020 | -085 | ‘051 | 011 | ‘016 | 014} 0-526 16 | ‘013 | 003 | 001 - - -|-]-) - - - | - =a bes eel Se Sa - 0:017 Mee | - - | = = | =e = Seale - - = ||| = - SN ee a Ne - - is 010} — | — | 001 | -006 | :005 | 005 | -004 | 001 | -001 | -002 | 001 - - - | - - |:005/ 001; :001); - |. - - 0:044 | 2 a Spi] cel el ee ees 2 see Yell Nee Say een = 21 = || a i S| Ste) Sy ae - -/|/-]-],-]-] - - - | = - - aie | = | — - | - - - -}|-j-]- - = - | -]- -|=-]-] - = |= - - 23) 1) ie - - |= | - == || oll Se eae eta - Se | ere ae - | - - - Pee | —- | - | - | = - | - |] - -;-]- 4] - - - - | -}]-}]- 4] - = |=] = - - eee! coz) - | - | - |-oor} — | 2 | 2) = alls ule Sea aah ay Cea ells al Peet 2008 4] 26 - - - ~ - - = = = = = = = = = = = = = = ce = ieee | - | - |'- | - Se ee ee - |-]- = - - - | - - | - =-| = = - ees: | | — Sa Se = - | = | = | 013 | :008 | -008 } 020 | 016 | -007 | 008 | -020 | -022 | -025 | -008 | -010 | ‘003 | ‘002 ) 001} 0-171 | 29 | 002] -017 | :020}-009} +002] - | - =- | - | = | :082 | :012 - - | 004} - — |:001} 001 | 023} -— | O11) 051} 0185 tf} 30 | 002) - - - ~ - - = = = = = = = = = = z 2 = = 0-002 SUM |0°267 0-213 |0°398 |0-286 |0:289 |0-254 |0°316 |0:208 |0-286 |0:236 |0°529 |0-321 J0°416 |0-437 |0°333 |0:250 |0:235 |0:268 |0°343 |0-209 |0°178 |0°194 |0-241 |0-203} 6-900 me ers er |} RAINFALL. , OCTOBER 1888. ) 61 SC} 011 | 011) 026) 018) - - = = - = - - — | :005}:001} *011} 007, - — |:001}-001) - — | 001} 0:093 | 2 | 002} 009 | 010 | 003 | 013 | 013 | -007 | 024] -023 | 064 | -049 | -020 } 022 | 078 | 088 | 074 | 121 | 048 | 020} - | -002) - - ~ 0685 | or - - - - - — | 7010) 005} 006) - - — | :014) 010] -001| - - - - - | 001)-- - - 0:047 4 64 =| 034 | -059 | :001 | 013 | 053 | 082 | 152} - | -003]-005|) — — | :030 | -007 | 048 | :004 | 011 | :012 | :008 | ‘020 | :045 | 070 | :040 | :080] 0:727 ‘ 5 | 042 | 048 | 050 | 058 | -057 | 055 | 041 | 038 | 026 | -022 | -027 | 018} 018 | -011 | 010] 003} 001} - - — | 006/001} - | 010} 0:542 ‘| 6 | 002} - | -010)| 010} -010] 028) - — | 006] 002} - | :002}:001}) - - - |:010; - | :009} 003} - - - - 0-093 ar = = - - - - - |:014) - - - - — | 002) —- - - | - — | 001 | ‘001 } ‘016 | ‘021 | :004} 0:059 See OL!) -017 | -002') -001| —- - | 001) - | 001} - | 002) -024} -001 | :006 | -001 | 018 | :042 | :060 | 035 | 009 | 009 | :005 | :001 | 001} 0:247 hb} 9 | 001} :002) - - = = = = = = = es os = Ba 3 = oe | = = = = = = 0:017 : 10 ~ - - |°012}] - - |:001/ - - - — |:001} - | 001} -020):010) - | - - - | 008} - - - 0:053 il - - 038 - 001 | 001 | 011 | 036 | 032 | :008 | ‘002 | :023 | -059 | -058 | :050 | 028} 0:347 - — | 004 | -019 | ‘018 | :033 | 021} 1:626 12 | -125 | -202 | -223 | -205 | -203 | -146 | -065 | -156 | -078| -078 | -037 | 02} -002| -o06 | -002| -o01| — i z a 0-042 13 | 016 | ‘010 | 002) -006| - - eee | et | | | 2 2 =F 2 | -013 | «022: -002| -080.| -090 | «122! -050 | 011 | -008 | -009:| 020) 0-497 15 | -021 | -041 | -051 | -056 | -046 | -055 | -070 | -075 | -065 | -110 | 110} «119 | -113 | -060 | -032 | -020 | -037 | -131 | -104 | -098 | -142| -159 | -102| -142] 1-959 16} 018 | 012) 10) 21 -o1s| -024 | 018 | 01-001) - | -001 | -002 me O91 Gite -OMin| eel eal) yesh |) 2 I) ol ontao sn | | | ie th | Say Tt DP SE Dy Sp io) |) Sigh ple i ie tc .| |e ea ag a al | a Ae ee 35 = Ag . MEP Metee eras 2.\ 05) -.| . | Seana |) | S| Sy) r ] | RPL = | O08] Ores meee | |) | | Smee) of 2) ol) 2) 2 >] 20} oon} 2 | 2 | LoD oes 2B | 007 | 001) = | — | — | -001| -035 | -008| -018 | -008 | -009| -005] 008] — | — | — | — | — |-oo1| — | 001-002] -004| -002] 0-105 24 | 002 | 001 | | 20L] ce. | 008 | “O15 | -082 | -005 | -020 | -014 | -010 | -021 | -032 | -023 | -026| -029 | -015 | -008 | -008 | 012 | -039 | -065 | -015] 0-398 24 | -060| -056 | -080 | -020| -008| 005} — | — | -002} -105 | -081 | -097 | -028 | -035 | -050 | -022 | -113| -022 | -009 | -067| -010] 0-867 26 | *112| -113 | -091 | +188 | -060 | -030 | -023 | -008 | -022 | -020 | -080 | -o58} -008 | -006 | -007 | -002| -003!-001} — | -040| +105 | -194] -117 | 0451 1-083 27 | *190 | +232 | -120 | “117 | 151 | -090 | -120 | -051 | -014 | -030 | -070 | -025 | -225 | -113 | -022 | -040 | -080 | -062 | -160 | -010 | -243 | -002| 008 | 046] 2-201 Oe ie oe bet 038 | -020 | -013 | -007 | -105 | -162 | -188 | 096 | -215 | -003 | -003 | -018 | -105 | -023 | 238-313 | -064 | -021 | +142 | 020] 1-866 30 | -009 002 004] - | - | - | -210| -020| -036 | -120} -040 | 230 | -009| 019] - | -010/ 001 | -015|-010| 001) - | - | 0-948 By | oe | 190 | eee | oa9| 1g | «cae | za | cove | cage | cony | O0L | ‘018 090 | -020 | -009 | -030 | -085 | -056 | -007 | -001 | -04| +149 | -091 | 028] 0-635 099 | “132 | 068 | -118 | -078 | -070 | -002 | -035 | +124] -003 | -001 | -009 | -019 | -040| -125 | -015 030 | -025 | -021 | -050 | 020] 1-589 Sum |0:982 |1-104 |0°777 |0-949 |0-843 |0'677 [0-709 |0-543 (0-658 0-543 [0-609 |0-653 '0-913 |0-638 '0:419 0372 0:719 |0°705 |0°752 0°759 0-863 |0°774 |0:800 |0:447] 17-208 ! 32 BEN NEVIS OBSERVATORY. RAINFALL. INcHES FOR HouR ENDING— NOVEMBER 1888. merece oa Untadmeceines (Sa) ls 14/15 (16 |17 118 |19 | 26 | 21 | 22 1 | -021 | -025 | 022 | -011 | 018} -022| -003}-001} - | — | -003 ‘030 | 009 | -002 | 002 | 011] 001} 001) - | - 2 = e = é Ss a = a = = _ S S a = = = oF = ZS 3 = = = é: S pS Z = “ 2 = us s e BS di ee = = = 2A cs | cae ee a ee) ea ag = | Sie) = co) = | = |e} = 5 | 008 | -007 | 005 | 005} 003-004) - |-o0r} - | —- | -004 — | — | -011] -010} -006| :007|-001} - | :001 6 | - | - |-002|-001) - | -001| -002|-o01) - | - | - Sei oN SP en en ie "aa eo (ete Py ea 2 a Pcie a ee Eo Ss) 2) Sh a a ee eee 8 = be = = a = Zs = a = a a = ts = Be = a 2 = 9 i = S 3 s = =, = = = a = _ Z = = S 7 2 = 10). | eon SS ee eee SS eee ee ee eet i | Se ee i SAP zealot oro -|° 2° +20) -oosi eens Spee eee |S. ee We 1 = = e = = = a S = 2 Ee = bs z 3 a a = ES 13 | -092| -043 | -038 | -030 | 024 | -013 | 010 | -005 | -006 | 008 | -007 008 | 010] 012} -— | - | -002] -003 | -001 | -006 14 | 008 | -005 | -017 | -038 | 059] -033 | -025 | 047 | -020 | -005 | -035 -032 | -039 | -046 | 095 | -113 | -002 | 011 | 003} — i |S) SS SSS cave leis iis) cage: “002!'<008)| = 1) = |) ea eae ae | ea ‘011 | 070 | -085 | -037 | 040 | -001 | -038 | -026 | -162 16 | -024| -046 | -067 | -059 |[-060}|[-020] [040] -060]|[-060]|[-050][-040]] - 17 | 080 | -100 | -035 | -045 | -042"| -114 | 064) -080'| 062 | “040 -051 18 | -015 | -001 | -020 | -070 | -004 | -002 | -002 | -010| -010 | -020 | -020 19 | -078 | -125 | -130 | -128 | -150 | -035 | -081 | -040 | -113 | -126 | -147 20 | +013 | -113 | 022 | -020 | -018 | -022 | -009 | -109 | -003 | -068 | -040 21 | -026 | 044 | -025 | -052 | -029 | -068 | -082 | -052| -048 | -055 | -025 22 | +176 | -213 | -272| 202 | -150 | -130 | -157 | -430 | -341 | -330 | -200 23 | -025 | -010 | -020 | -070 | -057 | -050 | -043 | -112 | -089 | -060 | -058 | « 24 | +142 | -373 | 297 | -192| -010| -008 | -007 | -008 | -005 | -005 | -030 | - 25 | -212 | -133 | -205 | -213 | 037 | 032 | -125 | 119 | -032| +150 | -072 26 | -034 | 032 | -020 | -088 | +107 | +100 | -125 | -168 | -048 | -050 +038 | -061 | -025 | 020 | -038 | 022 | -015 | -035 | 020 ‘033 | -045 | -015 | 098 | :038 | :037 | 027 | -045 | -073 “113 | :030 | -080 | 087 | :045 | -035 | -057 | :034 | -057 ‘062 | 090 | 094 | -083 | -020 | -051 | :039 | :030 | -058 ‘013 | 010 | 009 | -001 | -060 | -004 | -033 | -060 | -088 135 | *118 | 050 | 003 | 001} —- - - ‘072 | :048 | -015 | -013 | :058 | -048 | -043 | -090 | :082 114 | 129 | +180 | -150 | +126 | -080 | -063 | -060 | -160 *028 | 175 | -161 | -059 | -045 | -070 | -020 | 044 | -054 001 | -014| -015 | -030 | -045 | -008 | -001 me || Sool el ees fi te a Vou al Sum |0:954 |1:270 |1:197 |1°195 |0°778 |0°654 0-782 |1:243 |0-930 |1-099 |0°831 3 |0°691 |0°842 |0°738 |0-622 0°619 |0°390 |0°391 |0°442 |0:844 RAINFALL. DECEMBER 1888. | 1 | — |-008| - |-003) - | - | - | - | - | - | - |-o10] -006 | -o30 | -132 | -211 | -115 | -110 | -050 | -080 | -068 | -045 | -002 | -oo2| 0-872 2 | 001 | 003) — | 015] — | — | +050)'-016)) -025)| 010) = | = }| = |-011|'-004) =) ee = | | es ee ies 3 | —_ | :008 | -008 | -050 | +105 | -090 | -150 | -155 | -155 | +225 | -180 | -149 | -162 | -125 | -178 | -260 | -283 | -340 | -183 | -053 | -025 | -036 | 073 | 020] 3-008 4 | -018 | 123 | -070 | -028 | -008 | -038 | -035 | -019 | -010 | -010 | -040 | -002} 004 | 001] -010| - | - | - | - |-oo1] - |-002/ - | — | 0-409 5 | - | = | O10} -010 | -025 | -038 | -021 | -022 | -020 | -028 | -020 | -009 | -001 | -015 | -077 | -011 | 005 | -001 | 001 | - | -001| -001 | -001) 001} 0°318 | 6 | — | -001| 001} - |-010) - | -010| -010} -008|-003} - | -001 | -008 | -002 | -009 | -002 | 002) - | -001| -001 | -005 | -007 | 006 | 022] 0-109 7 | 074 | 015 | -015 | -009 | -005 | 008} - | -006 | +130 | +120 | -160 | +125 | -117 | -080 | -010 | -010 | -020 | -001 | -043 | -020 | -012 | -037 | -043| 002] 1-062 8 | - | -047| 008} 029] - | - | - | — | -056| -019 | -024 | -001 | -009 | -010 | -001 | -002 | -002 | -010 | -035 | -022 | -086 | -026 | 098 | 055] 0-540 Voy ORR Ob pO AOE | 008) 008) — Se | = | t= | = | 005 oti ieopz ens | a ed Se Ref et es ea] Seer SMe Me ei PS | | SSSA eee ee in al ee a i Wy -j|-)|-};-})-]- 4-4-4 - | - | - | - |-010} -010| -020 | -011 | -007 | -002} - | -004 | -008 | -002 | 001 | 002] 0-077 $2 - | 7001} 2006 =f 5 Tie"p es] = | = | eeeee yt es PL) | Seen eae TSS ee ee 1B secede | aye ee eS SiS bh |S a | A 14° | O01 | -008'| -016.) 013 | -020)| -014 | -082 | -050'| -050 | 080 090) 012) - | - | -.| 2.) 2-2 | = | = | = | Se eenieoegs 15 | - | - 009; - | - | = | = | = | 005 | -020| -003 | -005 | -001 | -008 | -018 | -010 | -011 | -006 | -008 | -007 | 021 | 003) -001 | -006} 0-137 | 16 | 030} - -008 | -006 | -008 | -002 | -012 | -015 | -015 | -006 | -013 | 018} -008 | -002 | -005 | -005 | -001 | 001 | 007 | -001} - | -001) -001| 001} 0-166 17 | O01 | -001 | *003)) 003000) = | = |) — | eho) - | N. | Seana eee es et ees eee ota ome 16 | MIRE ea Cat a ae ee | sh S| ee a = wf - | —- | —- | -]- | - |) - | - | - | - | - | - | — | +043} -080 | -006 | «040 -o99 | +118 | -120 | -163 | -048! -070| -046| 0-828 | 20 | - |010|-008) - | :003| 003] -023/-006] - | - | - | - J-oo1] - | - |-005} - | - | — | -001| -002| -o01 | -002| -010] 0-075 21 | O01 | 008005) = | — | = | — | - |= 1 | - | - | - | —. = |e es) =) o15'\ 009} oss saan ec ommmoaIee 22 | 013 | *115 | -020 | -020 | -020 | -039| -007 | -006 | -020| 010; - | -010]-001|-004' - | - | - | - | - | — |-008] - | - | — | 0-293 2B) - | =} 2 = Foor} - | = |-oo7) -— | = | - | = | - | - | S3peeeotoy 2) \-cor| = |-cor) =) en ora moan 24 | -032 | -090 | -059 | 080] 002] - | - | - | - | -050| -080| -036} -038 | -040 | -033| - | +138] -043 | -040 | -003 | -064 | -015 | -010 | 001} 0-854 25 | - |003' - | - |008) - | - | - | - | - | - | - {[-028)[-028)[-028][-028}[-028][-032}[-028]} -017 | -052 | 091 | 034] -033] 0-438 | 26 | 037 | ‘032 | -060 | -050 | -020 | -033 | -038 | -003 | 012 | 050 | +109 | -052} -008 | -017 | 065 | 098 | -090 | :013 | -034 | 025 | 083 | -046 | -010| 007] 0-992 27 =| °012 | -030 | :020 | 025) — - - |:002] - - - - - —- | = | 010} :003 | :002 | 002 | -008 | -001 | :013 | -022 | 080} 0180 | 28 “040 | :020 | :030 | ‘025 | -010 | ‘012 | -042 | 005) -007| - — |:001}-°012)-:008; - - - - - - - - - - 0°212 ate [mp t=) - |= |) epee |=] = | - SaaS ce) eee 3 = = = s = = = = = 2 = es = AL = — = = = ang = a = i = | 31 ‘003 | 001 ‘009 | -005 | :003 010 | ‘011 | 011 | -015 | -010 | :019 } -030 020 | 030 | :030 | 0383 | :0380 | :0380 | ‘017 | °018 | 023 | 026 | 001} 0°380 | | Sum 0:278 0:559 '0:363 \0°377 |0:260 0:286 (0488 0333 |0°524 |0°596 0-729 |0°450 10444 0°454 0-695 |0-714 |0°790 |0°693 |0-576 |0°395 |0°622 0-490 0-401 |0-252]} 11-769 BEN NEVIS OBSERVATORY. a5; SUNSHINE. Hours—ror Hour, GREENWICH Mran TIME, ENDING— JANUARY 1888. ! 4 |e le) eee eon eo) at | 12) tae |) 14 | 15 | 16 | 17 | 18 | 19 | 20 |: 21 | Total, |Possible. tae fe) eh ee | Se ce ee Se ee ee ee a ee ee ( = 6°80 2 bs Tees a ee - | - = [eS SS SS eae ee 6:83 Se (Mca | Sey | aaa ee kL “OI OS |r maeeeles ee Se eS We ye 0:05 | 6:86 AN ee NW ee el eT ce A DS es (ae | = 6:89 Sa ee) i i Oa ee ed en te - 6-92 Cries || =: ||| eer eas emeaiiecm es em pe - =| sf =] =] e = 6:95 7 Wood seas PS St I ec ee ee Fe a (eee 2 6:99 8 oe ll = Se he et er a (| z 7:03 Cm eenleeee | || elon 30/ 1:00] 1-00) 98} -28} 1-00] -62, - | —- | - | -~ | - 5184} 7:07 i1@ |) 2 =| eR RS I -02| -90/ -33) -82] 1-00; -80} - | - | - | - | - 387] 711 ie mee) | 2 65| 14! -88} 1-00! 1-00) 1-00] 1-00) - | - | - | - | - 5-67 7-15 Popes | | = hae 82] 1-00/ 1-00] 1:00] 1-00] 1-00) 1-00) - | - | - | - | - 6:82] 7:20 eee | = | =. | See 88] 1-00] 1-00] 1-00} 1-00] 1-00] 1-00; -o4} ~- | - | - | - 6-92} 7-25 14, 1) a 2 | San 05| 28] 1:00} 1-00] 1-00] 1:00] 1-00! -o4) - | - | - | - 5:37] 7:30 13 | 2 ee in ees |S ee | Ya) coetst| “c(t meee et || ee ant amen ee 113] 7:35 1G |) coy NS NE ee OS ts ie pl eIcOOMECOS|s oes al eu =) =e |) = 3:08} 7:41 17 Ye Sh a a ee 94). 1-00] 1-00] 1:00] 1-00] 1:00} 1:00 13) - | - | - | - 7074 7:46 1) || | a be ee 03| 1-00] 1:00] -82| 95] 1-00] 1-00] 1:00 17} - | - | - | - 6:97 | 7:52 1 |) 0) | (ee 07| 1-00] 1-00] 1-00] 1-00] 1-00] 1-00] 1-00) -o5] - | - | - | - 712) 7:57 B10) |) ath Sn Sc ae De a COMM OMCs Eo ieecou) —) 2 edie we | 2 223) 7:63 Pee ee es (oat | eis) ee | me le pe fe PR x 769 aie te Se eS Ose scOn =f) — Sef Herel] CesT Sn O12) 7°75 8, | = | SOS ee es l= alle ee (ee eee 2 7°82 Pane ee ey) | ol eee ye ee Se | a 7:88 Bs |] | nee ee | | 0) a (UV eee E 7-94 DOM eee eens, Jee i oe ee enema eth a be fer ho tes fe = 8-01 Gy? i} 2 all eS |e a ee =| | See BD e08le aa eee, | 0:63] 8-07 98 | —- | - | - | -— | = | — | 1-00} 1-00] 1-00] 1:00) 1-00) 1-00] 1-00; 321 - | - |} - | - 7°32) 8-14 Omen emia) | =.) een en ee | = | a ee Pee fie s 8-21 Comet eal eo | =) |) Ss Se OG) S| PE a | ee be as oF re 0:05] 8-28 al = OS Ss ee ea ean seule Vise |, ey eS Z 8°35 |. co, | = — | 0°10] 6-92} 7-54] 10-90] 11-01] 10-77] 11:04] 10-49} 0-83} - | - | - | - | 69-60] 231-48 SUNSHINE. FEBRUARY 1888. eel it) = |= 35 1:00| -57 - | - OS Bol Galo = Ie) = fe 3:03] 8-42 DI I SN ea ea ea IS aa =, "|| oil eS et esa Fe ee | ORe=soee e e 2 8-49 See ie |= || = | ee eee ol. [Le toe [a tae po 2 8°56 eee 2) 2 ei sry El eh he a ee fe 4 8-63 Peewee Sak = | = | Set ml Fe pea (=. | = 2 8-70 € | colle WS) SR eee || ee es ee ee ne ee ee = 8-78 | A es I an aE SH ce] fea ee ee ee a 8°85 en ee eee. ||, =: | Se Se |e | Sly Seal Ss f= = 8:92 Be eee eee een |. | es ef ee eS oP ee oe = 9-00 OM eee = j=, | Se ees es oe fe Pe = 9:08 Teh | = | =| = 75| 1:00] 1:00 1-00) 1-00] 1:00) 1-00] -30) - | - | - | - | —- 7:05 9:16 12 =, hile een ee 72|e1 00| eC OOMPICOOMECSOI MESO tli =s eee ieee | | SS 5-32 | 9-98 22 f= os bees Sa sl] ee eee a Ge eV 2 9:31 i |) =) Se er ‘06] 1-00) -97] -60| -97/ -92) -os} - | - | - | - | - 460} 9:39 15 ce ee 95] 1:00) 1:00} 1-00) 1:00] 1-00] 1-00] 1-00) -48) - | - | — | - 8:43] 9:47 iG | 2S 87| 1:00] 1:00} 1:00] -57/ -70/ -80/ -68) - | - | - | - | - 662) 9:55 Venom | = | = |. = | ae (pl OR eR eS 8 nee | ee 028] 9:63 ig io | 2) 20 ee || TIGA P| ieee es bees 1 ee a Pa 0-12} 9:70 igi, | tee | 2 ae a 18] 1:00) 54} - | - | - OSes Weenies, s) psy ih ce 1:30] 9:78 20 = | 2) 2 Sa ie ColNCoOAmeCoONCOS; eal) = fF = | Si) 2 Sy = 152} 9:86 21 = =| ee COA) || oc ls I ea Ta 0-07} 9:94 eae ee | | | 29/05 mee SleAy COT 56. 10) oul = —) i= + = 2:60 | 10:02 28 = |edies |) a 10/62} 53! 62] -92) 1-00] 1-00] -83/ -36) - | - | - 5-98 | 10-10 eee | | i) eine ol = fo. WS | | H aa 10-18 95) fe 2 eel abe ‘17| 1:00) 1-00} 1:00) 1:00} 1-00] 1-00} 1:00] 1-00] +70; +15) - | - | - 9:02} 10:26 AG |e} = | = | gh Se re | |e fe “ 10:34 Yi Se | S| a) ae ‘07| 52| 38} 1-00] 1-00] 1-00] 1-00] 1-00 -46) - | - | - 6-43} 10-42 28 | - | - | = | — | +05] 1:00} -77| 1-00} 1-00} 1-00] 1-00) 1-00] 1:00] -92) -43; - | - | — 9:17} 10:50 99) ||) Seales eeenines || 28) -24| 02} — “OSiecO5|. = | ails = i= | = 0°67 | 10-54 Sum. | - | - | - | — | 0:22] 5-82] 8-50) 9-66) 8-67} 8-98] 9:68) 8:94] 6-91] 3-93] 1-40) — | - | - ] 72:71 | 274-81 ROY. SOC. TRANS. EDIN.—VOL. XLII. E 34 BEN NEVIS OBSERVATORY. SUNSHINE. Hours—ror Hour, GREENWICH MEAN TIME, ENDING— MARCH 1888. il SD LG ay ee eS a 2o 15) 46 | 17 | 18 | 19) @on) ser eh = ae |e ee 1:00] 1:00] 1-00} -50]) - | - | -- 2 me = = = = = = = a = = = 3 BS = & L = = Be wd oy = es = = 4 = os = es 4 = 2 = = = = es = 5 = = x = = - “3 E = 5 = = 6 = = = = = = = = 24 = = - = 7 - = = = Ss = = = = = = = = 8 2 = = = = = es = = = = = = 9 | - = ea = = = pes = a = eS es = TO |p Sen ey EE eS oe Se ieelees Si - | = yh ee eer leo = a ea) =o) =a 12 || = SS PSS Sh 3]? 2, | ee TO) te) es er ected cera fee = |= |=) = 9) Te os ae Me ie owe oe) =) = | = TA ess (RS A ee Mme ay Sf = |= 16 = - - - 03 97| 60) °82) °72) - - = Teo Mh eal gee eee Oe Se I ee oll a ce ta a Le =e 78| 1-00 1:00] 1°00} 1-00} 1:00} 17} - | - Teena] eel eel eg 1:00) 1-00} 1:00} 1:00] -28} - | - 2) = =| |*= | 67] 1-00 1:00) 1:00] 1-00} 1:00] -15} - | - BUS AS er 68 ape fee ee Fo a ee Ee ai yy a eo | — |S |) eS Pea =| vl eae allie eee | eS = P|) a aes ites 2 Se =| =) eS) nie OB |=" | Piso use eR ie mop Sef = i = | = i = 26° | — | I eee =. | =| = ee ee Ya | ee al etal ec lek 28) - ig) = || Osi) =) = ioe Nh, ee alters ye MRR eS fo ies j= |= 29 > — =f ee Nt = | =) | SS ee Si) ee A a Re ep Sie) =) =) = |=) = SL |S = | = js ce asp a} = | = | = | = Sum. | - | - | -'| - |-2-71) 3-41 5:87| 5°72| 5°64) 4-22] 0-68) - SUNSHINE. APRIL 1888. fe ee ee rl Re ee ee eee Oo) =. a ar ee = 1307 FH Nr aN ees ee i hea O5} -08| -07| -02) 10) - | -30) - ; - | - 0°62 | 13°15 3 = = = = = = 03/ - = = = = = = = = ol eS - 0:03 } 13°23 Bea Neale ea = se BO 05g 808) =| — late oa ee ei 0-43 | 13°31 le Ss 75| 1:00) 1-00} 1:00) 1:00) 1-00) -03) - | - | - | - | - | - | = | - 5°78 | 13°39 ony - 48| 1-00) 1-00] 1:00} 1-00} 1-00) 1-00} 1-00] 1-00) 47) 57} - | - | - | - 9°52 bee (ON oe Var” ieerese |Meat ale Wi ee | (ee ee = =. = = = i gel = = 03} 68) 1-00} 1-00} 1:00} 1-00] -92) -97| 97] 1:00] 1-00} 1:00] -75 - | - | 11:32] 13°63 9 = = re 32} 10; — = = = = = = = = = - 0:42 | 13°71 | 2 BR eran res (Salle SS al ee lk Sian ES 2 13°79 ink} = = = = = *32| +28) _ = z = = - = - - | - 0°60 | 13°87 Te HiRes OP Saal Oh ei eS ee = Se ie 2°68 | 13°95 13 = = = = = = = = = ss = = = = - - - 14-03 14 Zs = = = = = = = = = = = = = = = - - - 14°10 TT yee A ne | ns | a ee) ieee ee a ee i Se eS = 14°18 1G ie ele ae See |. = ly 2a ce 3 14-26 17 Bs = = - = = = = = = = = = = - - - - 14°34 Tee aw aly) 05] - (Oy | 10| 67) - Gis =, See 1-40] 14-42 ADS ese aoa Bins Tme lo eeeolma et GO) Oa) = ee 2:47 | 14-50 DO) Laelia) t=" |code ‘47! -05|" “06, lee | O58 | 14:57 PAW || tah Mere ol eer |e 22) +45] -42| -33| +131 - | -10) 55] -10) -22/ -88] 1-00) -33| - 4:73 | 14-65 DOE Nani Geese at gle Se B83) 10) 02; 67) 68] “07/10 | = | — | = 1:97 | 14:73 PSN Nese lh Se || SN aa er Nem ere | (Se 12) -83|° 10) Seto ep — || = 1:83 | 14-80 24 | - | - | *15} 1:00) 1-00} 1:00) 1-00} 1:00] 1-00} 1:00] 1-00] 1:00) 1-00] 1-00] 1:00] -70} - | - | 12-85] 14-88 2) - | - | - | - | - | = | +53] +85] +82 1-00] 1-00] 1:00] -82|.1-00] 67) - 2s \ee 797 | 14:96 96 y= 9) #501 100), BB) =. Sao7 = sl) =) | eee 210] 15-03 7 Be es z Te = Ss = 5 a = 2s = = = es = = — - 15-11 98 pt 2 = = = = Zs = = = = = = a = = = = - 15°18 29. | ScNy sega ee alee 2 Tr Tie an ng OY a I na | = 15°26 30 | =" Sie 07; - 06] - | - 02) 05) eee i 0:20} 1533 Sum - | 0°65] 3°76] 5:43] 6-24) 6-42) 7-42| 5-17] 4-25) 6-23] 6:09] 4:12} 4-81) 3-85] 2-45] 0-61] - | 67-50] 426-45 BEN NEVIS OBSERVATORY. 35: SUNSHINE. Hours—ror Hour, GREENWICH MEAN TIME, ENDING— MAY 1888. Pana ciel rch Sa) OG Oe se! 13 |14 | 15 |16 |17 |18 | 19 | 20 | 21 | ‘Total. [Possible. Vy igre cms lee Fcc 2 ade a — ee (Pe ese te ae — | 15-40 PM | ee eS esa Pe. ll Eo he a a - | - | 3} 14) - | - | - | - | - | o-m7] 15:48 Oaa| Rae Wa ah Se =| = |= 2S [2a eee — | 15°55 Pg ee || ae Lane | 2 ein a = = { S)) 2202 eels - | 15-62 Dp ese | "| eee ees [ese f= -|-]- eens |b = =} 16-70 Geen || |, Sy ee hes Ne ol |e elle fa See - | 15°77 | | ee eS ee eee Se SE ae ee ae - | 15:84 Ce! Rais Be A es Ya a ee ee ee eee ee ||) 0-25 4) Ib: ems | 46) 2 aoe eee ee eo ennai les ees le | 0°78 Fr 15.08 10 | - | - | 1-00] 1-00] 1-00] -80| 12 03] -07| -27| -92| -43/ -43) - | -33] - | 6-45] 16-04 11 | - | 33) 1-00} 1-00] 1-00] 1:00] 1-00} 1-00 1-00] 1-00} 1-00) 1-00] 1-00] 1-00) 1-00 1-00] -04) 15-37 | 16-11 12 | - | - | 97 -78}- -93| 1-00] 1-00) 1-00 1:00] -27| 37) -03| 27] -66| 40] - | - | 9:68] 16-18 Pomerat |= | ar |, eel ie - | - | 05} -95} -10) - | - | - | - | 140] 16-24 eee se | ee ee ee ee a = fees |e PS Sa Sy aay soc SP = GS Te ee ESS ses = | = fe ees |e Sp is - | 16-37 Pees) | = b= |= eee ee = =) = = 2 ous - | 16-44 | eS ae aa Pe Re BS Sree - | - | 7 - | - | - | - | - | - | 007] 16-50 Pe) =) | = | he alee leew =i) |e= la = | = O28 1656 eee = | - | -- | = | 205/08 = |. 52] - | 05] 02] - | - | - | - |. 0-72] 16-62 Blea) =) | - | -. | = ) ogi eta ae p06)" <10|) = || =f = | — | = |. 2:83 ]) i668 21} - | - | 90] -22). -92/ -96] 1-00] 1:00 1:00] 1-00) 1-00] 97] -83| 1-00 1-00] 1-00] -08} 13:88] 16-74 22 | - | 58 1-00] 1-00} 1-00] 1-00] 1-00] 1-00 67| _°78| -83| -48/ | -02| +22] -63/ 1°00] 12] 12°33] 16:80 23 | - | - | -88] -13| -70| 1-00} -94] 1-00 90} 1-00] 1-00} 1-00} 1-00] 1-00] 1-00) 1-00] 30] 13:85 | 16-85 24 | - | 75} 1-00} 1-00] 1-00] 1-00] 1-00] 1-00 1-00] 1-00] 1-00] 1-00] -97| -93] 1-00] 1-00} -30) 15-95] 16-91 25 | - | +70} 1-00} 1-00] 1-00] 1-00} 1-00] 1-00 1-00) 1-00) 1-00] 1-00] 1-00] 1-00] 1-00] 1:00] +23} 15-93] 16-96 26 | - | 38) 1-00) 1-00] 1-00 1-00) 94) 88 1-00] 1-00) 93] -92) -67} -94} 1-00] -63| - | 1402] 17-02 mes) |=.) =| = aie ee ie eee es ile titel =e Le07 23} - | - | - | - | 12} 28] -55] 98 02} - | 40) - | 1s) - | - | - | - | 277] 17:12 22 te |) = |. a =f of sa] oe] 4 = | = = = 17°16 ee hes | os See elie ie aes ey ice =| 1721 UL) ese Ve es = |= = |= =f ofc | = |e = = 17:26 Sum. | — | 2°69) 9-21] 7-13} 8-97) 9-11) 9-00] 9-66 8-12) 7-70} 8-05] 8-46) 6-49] 7-18] 7-03| 6-96] 1-07] 126-29 | 508-40 SUNSHINE. JUNE 1888. ee lo— | — |; 10) =) ee isieesie= 9) 8) = | 80) “12h — | ~ +67) 07) = 1°55 | 17°30 Cee eee) | || | ae Soh ef le |e pe | K ~ 17°34 SR a! a | ee | ol | eh ee fl - 17°38 A) >) -}- | - | - | - | — | — | = J. 3g 93) -93] -43| -67| | -83, | -94| -99| -47] 6-40] 17-42 5 | - 95) 1-00} 1-00) 1-00) 1:00} 1-00) 1:00) 1-00) 1-00) 1-00] -95} -88) +58} - | -O7} - | - | 12-43] 17-46 6 | - 23) 27) -33) - 07) =a eae eet S| = | = |e | = |= | = 1-05 | 17°49 ON a SES Re oe ee 52} +88} 93} *75] -42) 02} - | - | - | - | - | - | - 3°52] 17°52 ©] a ee et x ee Ga ea ee eee ee (ee - 17°55 eee ies | (eee | 2) | le Se fe - 17°58 | aS) ea ee ia i = | 1 eS Re eS ee a ree - 17°61 ny =| a 05} 1-00) -80} 47) 50) - | - | - a ec ee a | 282] 17°64 = ad a |) ee ee Basak |e Rene | cep atau = 17°66 Peele.) = =| = | = | — 17} *53] 83] +23) -70/ 97} +80} 1°00} 1:00] 1:00] 40} 7-63] 17°68 14 | - 73} 1-00} 1:00, -93) +18) -67| 1-00} 97} 1-00} 1-00] 87} 90} -95] -93/ | -95| 1-00] -42) 14:55] 17-70 15 = = ze = - = at Ss a = = 28] -68} — <9 | 62} °48 2:28] 17°71 16 | - | :53} 1-00] 1-00] 1:00] 1-00} 1-00) -97] 1-00] 1-00] -63} -93) -40/ 37] _-o7| _-37} - | - | 11-27] 17-72 17 | — | *75| 1-00} 1:00] 1:00] 1-00) 1-00) 1-00] 1-00} 1-00] 1-00] 1-00) 1-00] 1-00] 1:00] 1-00] 1-00] - -55] 16:30] 17-73 18 | — | 47) +87] 97] 1:00] 1-00} 1-00} 1-00] 1-00} 1-00] 1-00] 1-00] 1-00] 1-00] 1-00] -55| -16| -33) 14:35 | 17-74 19 | 17} 1-00) 1-00) 1-00) 1-00} 1-00] 1-06] 1-00] 1-00} 1-00 1-00] 1-00) -67| -42/ 1-00] 1:00] 28) -06] 14-60] 17-74 20 | - | 94} 1-00} 1:00] 1-00} 1-00} 1-00) 1-00} 1-00} 1-00) 1-00] 1-00] 1-00] -33} -08| -58| -64) - | 13:57] 17-75 2 = | 02-05) 62} 62} 1-00 1-00] 1:00] 1-00] -86| 1-00] 1-00] 1-00] 1-00] -92/ 1-00] -93). -31] 13:33] 17-75 93 | asl piel 2.20} 2:00] 1:00) 1-00 1:00] 1-00) 1-00} 1-00] 1-00] 1-00) 1:00] 1-00) 1-00] 1-00] 1-00} +87} 1682} 17-75 a 13) 1-00) 1-00] 1-00) 1:00} 1:00} 1-00] 1-00] 1-00} 1-00) 1-00] 1-00] 1-00] 1-00] 1-00] 1-00] 1-00) 65] 16-78] 17-75 4: 15) 1:00] 1-00) 1-00] 1:00} 1-00] 1:00] 1-00] 1-00] 1-00] 1-00] 1-00] 1-00] 1-00] 1-00) 1-00] 1-00} -73) 16-88] 17-74 ~ | °75} 1-00} 1-00 1-00) 1-00] 1-00) 1-00] 1-00 1-00] 1-00] 1-00] 1-00] 1-00] 1-00} 1-00] -46} 22) 15-43] 17-74 cd = | °87) 1:00) 1:00 1-00) 1-00] 1-00) -83] -88} -97) 1-00) 1-00] 1-00] 1-00] 1-00] 1-00] 1-00] -53) 15-88] 17-73 NG 92 1:00| 1:00; -63} - | - | - | - | - | +05] 02] +10] -40/ -66| 80) 1-00 65] 7-23] 17-72 = | = | o | Sy SR ee = |) 2 eg ee eae eins ieee ieee eines ae - 17°71 a — 4 > | eT coe} - 03} _ 78) 95] 1°00! 1°00] -97| 1:00) 1-00} 1°00) 1:00) -97/ -90] -97] 60} 12°17] 17-69 ~ | = | = J 98} 1-00) 1:00} 1-00) 1-00} 1-00} 1-00) 1-00} 1-00) 1-00} 1-00] 1-00) 25) -44) 33) 13-00] 17-67 Sum, | 0:45) 10°96) 13:19] 14-90| 14-26] 15:65) 16-20] 16-62| 16-69} 16-43| 15-99] 16:58) 16-33] 14-64| 14-68] 15-08) 13°49] 7-60] 249-84 | 528-97 36 BEN NEVIS OBSERVATORY. SUNSHINE. Hours—ror Hour, GREENWIcH MEAN TIME, ENDING— JULY 1888. 45) Bo) B87 | 819 1 to AS eae) et ay | 8 | 19) oo 0 87} 1:00} 1:00} 1:00} 1:00] 1-00 1-00} 1:00 1:00) 1:00) 1:00) 1-00] 1-00] 1-00] 1-00 fs Sa eyo) 2) i ee ile) 8) | ll 3 2 = a3 = = = = 2 a = e RS oS = = = 2 4 = = a = = = z = S y a wt ms = = = Ee = 5 as = zs 2 e = = =: = = = = = > & = as © lie |) S85) 1-00) 1-00) 1-00) \ 12) =e eeOsiee 06) <=. || — la BN ee 7) 2) = l=. | 05] 20} 25) « “Bz Gazi CaONeegs| 15) “12| 05] 23 — || = eee 8 = a — os =~ = fan — = = = — = = = = = 9 = = Bs - ae = = = S = = S = se = = = 2 TOY | ges hs Re SS ae ee ail -90) 38). 42/88" Cag = vice) eee | ee eee een meen ee | |e a Te | |) 2 12 — | +73} 1-00} 1-00} 1-00] 1-00] 1-00] 1-00] 1-00] 1-00] -30/ - | -20/ - | 05] -47 = 1 4 = ea. = = ps a = = = = = = = SS SN AS & eee a eee S| eee ee |) lil Ee ae : a ene) od) il ee oe eee ee ie |) | eo =) a ivi) a oe ee eee Ss | ll = || el i ae | rig lh es SIR SS = | = SSS Ueto aol bol bel 55) =| “abl One 19 | - | :77| 1:00} 1-00] 1:00] 1-00} 1-00] +97} 1-00] 95; +95] -90 1-00] 1-00] -83| -78 eS | Sl = | 55| -001/--00l e598)» ale Oslin eeseaiimeesse |=" (py) / eeaaea HWS he WP lal 2 ea eee et cep 00)4/:89| a) Sam ee ere DO WPS eli = ae MS Ae eae eee ee ee “ieee |= | = |= | Beets Vet Ne eo ISIE aime 02) ae Bia |e eS Tle ae = Sa eso ce 2-05)" 05) — |S a ee ee OSS Se = oy or eee Osi 20 = "= lh = et a) ne OG eae) coals Ml = eee ODN mR IMRaT eS). <- | -20]) an een 27 S|, 2) | = =87), 1-00) 1-00)" 6710 cosieesay 20) Oi), — || = |) >a eee 2. = = = 2 zs = = = ie ES = 2 a = = 7) oe een eee ee See) =| --. |= | ee BON | Ho) ae |) cbs ap leeoolmerts ie aimee | 03) — |> | 08a ob eee) amie St tee | =) Sl Sole Wh ean noes yl sc7Sl 85) -25| <=) allan ee Sum. | - | 3:20} 5-42} 6-05] 6-78] 5-69| 4-18] 4-75] 4-39] 4-24) 4-77] 4-27] 3-92] 2-73) 2-89) 3:56] 1-82 SUNSHINE. AUGUST 1888. de | ee eee Neel eG) eeeod| ie e-6z |e eal <8!) 98! | -68! > =50|) ea een are ame ee 413 | 16-15 2 | = | = | 92) +291 -— | a || a I | | a |) cme || I : 14:25 2 | -|- | - | - - Peay 9) ~ | = | SS = 2 Sa et 29 | - - -/-/-]-[P-]-]-]-]-]-]41]-1- c= 1410 go} -|-};-}-]/-];-]-/-}-]f-]}-]-]-]-]-]-]-]- = 14:03 Bt oie 2 = | Ae OP S S i) 2 | 2. he a ete A) = 0°37 | 13-95 | Sum. | - | - | 2°82) 4:36] 3-77] 438] 6-25} 6-34| 5-74] 4-25] 7-75] 6°58| 6-45] 3-49] 4-49| 3-75] 1-59] - | 71-96 | 467-28 BEN NEVIS OBSERVATORY. 37 SUNSHINE. MHovurs—ror Hour, GREENWICH MEAN TIME, ENDING— SEPTEMBER 1888. CN WG | Gl BL | Slo) |) at 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 |] 21 | Total. }Possible. Tt iA ie Se [ie a ee ee ee ea ele = Muley (ceil es My = 13°87 PN ea A Ee set Mae ch ein ites Mee re eee et eel eee eet ala lls S 13:78 iN ing Pate | EE Oe en a, ee ee ey era (Pe Rh Zl = Z 13°70 =a es lI es eh a ae epee er eee) eee re, hee ye |S = 13-62 El eee ef 2 =o aa Ie) "EE a | ea me ee i ee, an oes Ree. le 0-08 | 13-54 Cou ee eee = | el | eR ee ee 2 fet 2 ees = 13°46 ea lesen (en = ||| ea ee eal eee se eS. he = 13°38 8 | = | = | = | = | 67) 50) 1-00! 1-00 75) EA isl CR RW ee ee 7:42] 13-30 9 | - | - | - | 50] 1-00} 1-00} 1-00] _-92 -|- |] - | - Sole een a aan 442) 19°22 10) |) sl) See 58} 1-00} 1-00} 1-00] 1:00 50| 97| 1:00} 50) +25) 23) - | - | - 870} 13714 ial = = = 2 = ea 2 = = = = = = = 7 13:07 TD, | || ESR a eae olf ee Sil a8 TR | a = 12:99 13 || =o so) ae ae = *12| +67} 1-00) 1:00) 1-00] 1-00] 26) - | - 5:30} 12°91 ee lest =| = *33| 1-00) 1-00} 1-00 1:00} 1:00] 1:00] 1:00} 1-00) 1:00) - | - | - | 10°33] 12:84 15 Re 2 = = p= a is 2 = = = = = = 2 = = - 12°76 16) | ee | a -33] 1:00] +75] 1-00 1:00} 1:00] 1:00! 1:00} 1-00) -67) - | - | - 9:37 | 12°68 ale = | = | = |. = 83} 1-00] 1:00 TEC S0 |eeieal’7)em S| G7 fl fee 7:05 | 12°60 18 eS Ee = = = = be = = se = = = = = = = - 12°52 i) || oa) aie ‘33| 1-00) 1:00} 1:00) 1:00 1:00} 1:00] 1:00} 1:00} 1-00} -92) - | - | - | 11-25] 12-44 20 | - | - | - | = | 1:00} 1-00} 1-00] 1-00 1:00} 1:00] 1°00} 1:00] 1-00] -92) - | - | - | 10-92] 12-36 Pil ||| ese ‘41| 1-00) 1:00) 1:00) 1-00 1:00} 1-00} 1:00} 1-00] 1-00] -92) - | - | - }| 11°33] 12-28 Dome ew || = -22} 1:00) 1:00] 1:00) 1:00 1:00} 1-00} 1:00] 1-00] 1:00] -40] - | - | - } 10-62] 12-20 ome P| = ‘28] 1-00) 1:00) 1-00] 1:00 1:00} 1:00} 1-00) 1-00) 1-00) -84) - | - | - W12] 1212 24 = |s ie 03) -02! -50| 22 Da) el) Re Aa eS 3107 12°04 2 |} Ie 02} 08} 25} +67] 1:00 1:00] 1:00] 1:00} 85} +41 =| si - 7:28 | 11-96 FG | eo” set a eee eee it 37/80/50} 18} - | - | - | - | - 1:88] 11:88 o7 = é: = 2 = = = az = = = = = = = = - - 11°80 28 = = 2 = = = 2 = eS = 2 i = = - = - - 11°72 DOM een say = ales -) = 07| -08) - = Ol Gi} so fe | = | = | = | = 0-25 | 11:64 30 = a = eS 07 = 50 = = = = = = = = = 057 | 11°56 Sum.}| - | - | - | 2:84) 8:51) 10-67/ 12-00} 12:64] 10-35} 10-99] 12:26] 12:29] 11-62] 10-16] 6-90} 0:26) - | - | 120-99 | 381-38 Qa SUNSHINE. OCTOBER 1888. il = = = = = = = 05 -O5) —- =: 13 = = = - - 0-23] 11:48 Bll ce espe a a ys 1 |e Ma (| i = 11°40 Speman = i= |) = “631 75 62) -29) — $03 |e5 |e 38 |e nee 3:18] 11°32 ees ie So eS ey oe Sh 2 Se | = 11:24 5 = = = = = = 2 Ben = = 03) - = = = - - 0:03 | 11:17 Cee es ieee | St ee kh pe = 11-09 7 = = = = = 2 = STi = a = = = = = | <= - - - 11:01 Seen leea || | = | hee A! Ol = |= I= | = We | Se fe 0:22} 10:93 ) ll a le lee A EE OG FO), | Fy Se es 4:50} 10°85 10 | = ee Hea) ode cy) OB)] Sl) I el SI Sl ey a 108} 10°77 ll as = = = = = = 2 is = = = = = = = - - - 10°69 eee i |) oO eee S Me PS Be SE pee z 10°62 en ome ee | | ee et) Sy Sem pe |e = 10°54 emer i te. | Se | Ae Wil ales ES a ae = 10°46 15 fe = = ps = at = 2 = = = a & a = = = - - 10°38 16 2 = = a = = e = = ~ = = - = oS = = - - 10°30 ieee = | = |. - 25/0 ee Rees kt ce HI he Sy Nhs lie 0-45 | 10:22 fp ae = = = E om = a, = a = = = 2 = = - 10°14 eee hy es SS eemigee |e | col! 2.) 2a ee ee ee ae ee af 10-06 200) |) co We 30/27) - 50) 1:00) 1:00] 1-00] -86; - | - | - | - 4:93 | 9:98 Zieeleciei|ies | = 62} 1-00! 1:00! 1:00] 1:00] 1-00] 1:00] 1-00] 1-00] -83) - | - | - | - 945] 9:90 a Selene |i Li re A) = || = He ‘03' 63] 65, «17; - | - | - | - 2-92 9°83 z3 - - - = = = = = = 46) +50 22) —- = = = = - 118 9°75 aerate "| - | - = = || 2] 2 0 ee ee ee ee 9-67 6.) ar S|! 2 ieee eee ih. veer alm Pf cs 9°60 CO eee | | = le = : to) | 2 Re | | 2) aa ag i (le (8 28 = = = 3 = de as = = = 3 = 2 s = = = = - 9°36 99 S or = a = = ES a ct 2 ae = 9:28 ese S| | | Seem ec) | DP a DP ee To a 9-20 7 een fs = |e ae Seale: |. eee ae E = ete i See ye | 2 = 9-12 Sum. | - | - | - | — | 1:81} 278 4:33] 3-04) 2:37] 3-10] 2-79| 3-01] 3-20/ 2-24, - | - | - | - | 2827] 319-32 ih io a en On eS ee 38 SUNSHINE. BEN NEVIS OBSERVATORY. Hours—ror Hour, GREENWICH MEAN TIME, ENDING— NOVEMBER 1888. WOON OP Whe 10 | Peet ESF | A Tae Aiert Det Vat GU TT Toa Tell mt) [USP Pe Dic oe ba fee) fea Lime See ee Ct Ta Ta TP SES Ser ie ie Tey UE TT ito (ESTP Si ASS PT SOP Sette’ G] eli ele We Sab HT Sear Moat Ih i Te Ts TST Vt atU tf aT 0th | ooted Fl | Ve8 Tac Row i tty | LS Te Tee TS el ale ter eet TST NT Ax Tiaee Tea Spel eet eT ttm I SIG aa iets ear immed o ns SS] Cee Rt h OU Th WT TS Th DP Ua ae af tee este ee efits] i ov tf ito co f=} PS PTS LF mae ral Foy UL eet FP a a a 0 A ah Theat Dorlas ese iol hot We dh rail (Ss) S) | i bo ou 1 Fd bang VPA TP acl a alter TUE a eB TaN Te] Ah A CURSE ee ae NLC Tacit Tio Pe aU Wal ae Fema Elec CP (Raaitt Ped Ye) {he Ur t ah e Tye al Ui ee TNS Me IE TRUS Ths ATV sts TTS Fe HT Mt Fe et Fee teed eat oo gd 1 SUNSHINE. a COON CP WNr Sum. VP RT Uh ah cle RL ts a eal Rd OUT PLS GP) Pace TA LP Jeet Tis 100) Bel iS] Fe | eT he Pa i a at ett ee TS CES CPP TS Tt) Nhe oT} Ste MOE (ee tree EV te Te AT Le Peal beet DVDS Hye al Ci uh OLS Ye ae RV ol be al est Le) a bier et eS TIE Te Oe ee Th athsedl eS SU re TO A Te a eb Ua etal } S nn ot _ for) © 1-00 64 2°96 05 oie th eu 0°79 CVSS) Cs esa bees Te Ns Ee a a ho tad Ripa Ra Wat FR pace et Meet ise (Peat T SPONDS yep SAE Te Ae Ca Teese] hove ah dt Th ES Wat HR) Rt Cd P| A Vi Ua SY Ti ah Vie a ML amet tPA TTR MILF ea] 20 Total. |Possible. - - 9°05 - 1:90 8:97 - 0°10 8:90 - 017 8°83 - - 8°76 - - 0°68 8°69 - - - 8°62 - - - 8°55 - - - 8:48 - - - 8:41 - - 0:90 8°34 - - - 8:27 - - = 8:20 - - - 8:13 - - - 8:06 - - - 7:99 - - - 7°92 - - - 7°86 - - - 7°80 - - - 7°74 - - - 7°68 - - - 762 - = - 7°56 | - - - 7°50 - = - 7:45 - - 0°83 7°40 - - - 7°85 - - 3°53 7°30 - = - 7°24 - = - 7:19 - - 8°11 | 241-86 DECEMBER 1888. = = - 714 | = = - 7:09 = = = 7:04 - - 0°35 6:99 = ~ - 6°94 - - - 6:90 - - - 6°87 = = - 6°85 = - - 6°83 - - 6°05 6°81 = = - 6°79 - - 2°85 6°77 = = - 6°75 - - 0°55 6°73 = = - 6°71 = = - 6°69 = = - 6°68 - - 3°52 6°67 = - - 6°66 = = - 6°65 = - 0:23 6°65 = - - 6°65 = = - 6°66 - - 0°33 6°66 — - - 6°67 = = - 6°68 = = - 6°69 = = - 6°71 = - 4°58 6°73 - - 2°67 6°75 = = - 6°77 - - 21°13 J 210°18 BEN NEVIS OBSERVATORY. 39 WIND. DIRECTION AND Force (0 to 12), JANUARY 1888. | 1 2 3 4 5 6 7 8 9 10 11 12 Max, Dir’n.Force.|Dir'n. Force.|Dir’n. Force.|Dir'n.Force.|Dir’n. Force.|Dir'n. Force.| Dir’n. Force.| Dir’n. Force.|Dir’n. Force.|Dir’n. Force. |Dir’n.Force.|Dir’n. Force. 1 |SW 2|}SSW 1-2|SSW 218 2-3|)|SSW 2-3/8 218 2\S 3/58 2|8 2|SSw 2\|SSW 23 3 2 |S 2-3/5 2-3/S 2/8 1/58 2\8 2\8 1/8 1/8s 0-1 | WSW 1)/SwW 1| WSW 1 4 3 | WNW 1-3| WNW 2-4] WNW 2-4] WNW 2-4) W 1-2 | W 1-3) WNW 0-3| W 1-3 | SW 2-3 | W 1-3 | SW 1-3 | SW 1-2 9 4/8 10-11/5S 9-11/S 8-10/S 7-8|8 6-8 |S 7\S8 6-8 |S 7-8|S 7-8)8 7-9|S8 6-8 |S 7-8; 11 5 |S 6|SE 7 | SSE 7-8|SE 7|SSE 7| SSE 6/8 6-7|5 5-6/8 4-5/5 8-5 |S 1-2/5 0-1 8 6 | NW 1-2 | W 1-2) WSW 2-3} WSW 3/58 5|S8 7\|8 6-8/ 5S 7158 6-7 |S 7-8|S 7-8|SSW 6-8 9 7 | WNW 2-4) NW 1-3| NW 0-3 1-3 | W 2| W 0-3 | W 2|N 14/N 1-3 | W 3| NW 2) W 2-3 6 8 | WNW 2-5| W 2-4] WNW 1-2| WNW 2-4] NW 1-3 | NW 2-4 | NW 1-4) W 14] W 2-3 | W 2-3 | W 2-4 | W 1-2 5 9 | NNW 1-4| WNW 2-4] W 3-4 | W 3-5 | W 3-6 | W 3-6 | W 1-4} W 4-5| W 5-6| WSW 5-6|/SW 5-6| WSW 3-4 6 10 | SW 4-6|SSW 5-6/S 6/8 5-6 | SW 3-5 | SW 2-4 | SW 4) WSW 4|SW 3-4] SW 3|SSW 2)|SSW 3-4 6 11 | SW 3/ SW 3| SW 2-3 | W 3|SW 3| WSW 2|SSW 2)S 3/5 3/5 3/58 4{s 4 4 12 |SW 3\S 4|/SSW 3-4/S 3-4| SW 3-4| SSW 3/S 4-5|SW 3-4/5 4-5/S 5|S 4|S 5 5 13 |N 2|N 2-3| N 2-3|N 2-3|N 1-3) N 2|N 1|N O|N 0| Calm 0 | Calm 0 | Calm 0 3 14 |SE 3| SE 4|SE 4| SSE 4|SE 4|SE 5| SE 5 | SE 4|SE 4|SE 5 | SE 5|SE 5 5 15 | SSE 2-3 | SE 2-3 | SSE 1-2 | SSE 1-2 | Calm 0} Calm 0| Calm 0|E O|E 0O|;E 0|E 0-1) E 1 3 16 | NE 1|NE 1|NE 0-1] E 1|E 1|E 1-2 | ESE 2.| ESE 3| SE 3| ESE 2|)SE 2|SE 2-3 5 17 | SE 4|SE 3-4| SE 3|SE 3|SE 2|SE 2)SE 2|SE 2)SE 3)SE 2|SSE 2| SSE 3 4 18 | SE 3 | ESE 3 | ESE 8 | ESE 3| SE 3|SE 2-3 | SE 3|SE 3| SE 2|SE 2|SE 2|SE 3 4 19 | SSW 3/5 3 3-4/5 8-415 3|8 218 2\8 1/8 1|S8 1-2/8 1/S 2 4 20 | SSW 3/ SW 3| SW 2-3 | SSW 3|SW 2|SW 2-3 | SW 2|SW 1-2} W 2) W 3| W 4|W 3 4 21 |SSW 4-5|SW 5| SSW 4/SSW 5-6|SW 1-3) WSW 2-4| SW 2|NW 0O-1/N 1) W 1-2| W 2-3|NW 1-2 6 22 |N 45|N 4-5 3-4 | N 2-4)N 3 2-3|)N 4|N 3-4) N 3| NNW 3) WNW 2-3 1 5 23 |N 1-3|N 1-3 | Var. 2-3 | NW 2-3) N 1-2 | Var. 1-4| W PAT AW 1-3 | NW 1-3| WNW 1-3] NW 1-4| WNW 1-4 6 24 | NW 2-5 | W 3-5| WNW 4-5) W 1-4 | W 0-4 Var. 1-3| Var. 0-2|/N 0-2) N 0-2 | N 0-2 0-2 0-2 5 25 | WSW 3-4! W 3-4;NW 241|NW 1-3|E 0| W 1| Calm 0| SE 2| SE 4/s 3; WSW 3/WSW) 3 5 26 |N 1-2 | Var. 1-2; NNE 2-3|N 2-4) N 0-3 1-3|ENE 2-3/NE 0-4| NE 14|N 1-4| NE 1-4|N 1-3 5 27 |NNE 2-3 2-3 2-4 2-4|N 2-4|ENE 1-3/ENE 1-4|N 3-5 | N 3-5 | N 2-5|ENE 3-6|ENE 2-5 6 28 |N 2-5|N 1-4| NE 2-4|NNE 2-3} NNE 3 2-3 | Calm O|N 1-2|N 0-1) N 1|N 1|N 1 5 29 | N 2-4 | Var. 1-2|N 1-2 1-2|N 1-2|N 0-3 | N 0| NW 0-2/S 0| NW 0-2|N 0-1| N 0 4 30 | NW 2-3;WNW 2!) WSW PW 2-3 | NW 2|NE 0-2| NE O|N 2)N 0-2) N 0-1|N 2\|N 2 4 31 | WNW 2-3/N 2-3 | NE 2-3|NNE 3-5|E 2-5| NE 3-5 | N 2-4) N 1-3|NNE 2-5|N 3-6 | N 1-8|N 3-8 9 MBEAN 3:21 | 3°23 3°13 3°18 Pal 2°73 2°47 2°65 2°65 2°76 273 2°66 13 14 15 16 47, 18 19 20 21 22 23 Midnight. |Mean. Dir’n. Force. |Dir’n. Force. |Dir’n. Force.|Dir’n.Force.|Dir’n.Force.|Dir'n. Force.|Dir'n.Force.|Dir’n, Force. |Dir’n.Force.|Dir’n. Force.|Dir'n. Force.|Dir’n. Force. |Force. is 2/8 2/8 2\S8 1-2/8 2/8 2\8 2|SE 2\8 12/5 1-2 | SE 3/8 2-3 21 2 |WSW 2|SW 2-3)}WSW 1-2}SW (2-3) W 1-3 | W 1-3|WSW 2] WSW 3|W 2-4] WSW 1-4|W 1-3 | W 3-4] 19 3 | SSW 2|Sw 2-4 | SW 3-4/5 45/S 4/S 5/S 5|S 45/S 5-6/5 6|S 6-7/5 7-9 3°5 418 7-9|S 7-8|S 6-9/S 9/S 8-108 7-10|S 7-10|S 8|s 7\|s 6-8/S 71S 7-8] 79 5 |W O|N 1)NNE 1-2|N 2-3/5 0-1 | NE 0-3|ENE 0-5|NE 0-1) N 1-2| NW Ht) VING 1-2|N 0-2 3:2 6 |SSW 7-9| WSW 45|W 3-5 | W 3-5 | W 2-4 | W 1-4) W 1-3) WSW 2-4] WSW 3) W 2-3) WSW 2-3|WSW 3-4] 4:4 rd 4|W 1-3} WSW 1-3|}SW 2-3| WSW 3-5| W 3-5,.| W 5-6| WSW 3-4/| W 3-4 | W 3-4 | W 1-3 | W 2-4) 2°7 8 |NNW 1-4] WNW 2-4] NW 2-3 | W 3| WSW 3| WSW 4) W 3-4| WSW 3-4] W 1-3 3-4 | W 2-4 | W 4-5 2°9 9 |W 3)SW 3) W 3-4 | W 2-3 | NW 1-4 1-4 3) W 2-3 | WSW 3| WSW 3|/SW 3|SW 4-5| 3°56 lo |S 2)}WSW 2-3| W 2/SwW 3-4 | SW 3-5 | SW 3-4] WSW 2-4) SW 3| SW 3|/SW 2-3 | SW 2-3 | WSW 2| 3:4 li |s 3) SW 2-3 | SW 2|Sw 3| SSW 2) SSW 2) SSW 2|W 1-2 | SSW 2\SSW 1-2/8 2\8 3) 2°6 12 |S 5|SW 4|)SW 4|SW 4|SW 2-3 | SW 3|SW 2|WNW 1-2|} NW 2-3 | NNW 3/N 3|NW 3) 35 13 | Calm 0| Calm 0 | Calm 0| Calm 0| SE 1|SE 1|SE 2|SE 3| SE 2-3 | SE 1-2 | SE 3| SE || ik83 14 |SE 5|SE 4|SE 3-4| SE 3| SE 3|SE 2| SE 3| SSE 2|SSE 2|SE 3|SE 3-4 | SE Bi 3a7 15 |E 1| NE 1\/E 1| ENE 1/E 1)/ENE 0-1/ NNE 1| NE 0| NE 1| NE 0-1} NE 1| ENE 1} 08 16 | ESE 0-1/ ESE 3|ESE 1-2] ESE 3 | ESE 2| ESE 2| ESE 2\E 3|E 4|SE 4|SE 4|ESE 45] 22 17 |SE 4) SSE 3/SSE 3-4/SE 3-4 | SE 3|SE 3| ESE 3 | ESE 4| ESE 4|SE 3-41 SE 4|SE 4) 31 18 |S 3-4/5 218 2-3/5 2-3/8 2-3/5 3/5 4|S 3/58 3/58 3 | SSW 3| SSW 3} 2°8 19 |S 1\S 2) SSw 2|SW 2/SSWw 1| SSW 1|SW 1|SW 1|SW 1-2/8 1-2/8 2|SSW 3] 1°9 20 |W 3) W 2-3|WSW 1-2|}SW 2-3 | SW 2|Sw 1-2| SW 2|SwW 3|SW 2-3|WSW 3/SW 4/SSW 3-4] 26 21 Ww 3) W 2-3 | NW 1-2|/N 1-2) N 2-3|N 3) N 4|N 2-3) N 3-4 | N 3|N 1-3 | N 4) 2:8 22 |NW- 0-3| NNW 3;NW 1-2|/NW 1-3'| N 2-3|N 0-3 | N 0-2) N 2-3|N 2-3|N 1-2|N 1-3|N 1-3) 26 23 | NW 1-3 1-3 | NW 2-3 | NW 2-3 | W 2-4) W 1-4| W 38-5 | WNW 3-4/ NW 45|WNW 46] WNW 3-5| Var. 2-5 2-7 24 |W 0-1/NNW 1-2} W 2)|WSW 2-3|SW 3|WSW 1-3|SW 2-4) WNW 2-4) WSW 3-4/SW 3-4 | SW 3-4| WSW_ 3-4 2°3 25 |WSW 45|/NW 2-3| NNW 2-4| Var. 1-4 | W 0-4 | W 0-3 | SW 0-2 | W 2-4) WSW 3-5|/SW 3-5/5 2-3 | NNW S| e2eb au N 14/N 2-5 | NE 2-4|N 2-4|N 0-4|}ENE 1-3/ENE 0-3 2-3|)N 2-3 | N 2-3 | NE 2-4|NNE 1-3] 2°3 27 |N 3-6 3-4| Var. 1-3] Var. 1-3|E 2-4 | Var. 0-2 1-3|NNE 2-3|N 2-4) N 14/NNE 2-5/N 45| 3°0 28 ae 1) NNW 2|N 2|N 1-2| N 2 2)|N 1-2| NE 1-2|N 1-3|N 1-3 1-3 | N 2-4 19 29 alm 0 0-1) N F 0-1 | NNW GN 0-1 | Calm 0} Calm O|N 0-1| N 1-2|N 2|NNW 1-2|N 1-2 09 30 |N 1-2|N 1; NW 1-2 | NW 1-2| W 1-3 | W 1-2 | W 1-3 | NW 2| NW 2-3 | NW 24!NE 2-4|/NNE 1-3 1'°8 mL, IN 3-9 | N 4-6|N 2-7|N 3-7 | N 5-8 | N 2-8 | N 2-8)|NNE 2-4;}NNE 2-4| NE 2-4 | N 2-5|N 2-5 4:0 MEAN 2°79 2°65 2°44 2°74 2°68 2°47 2°71 2°65 2-92 2°89 3:00 cal 2°80 | ee ee) N 133. NNE14, NE23. ENE11. E17, ESE17, SE67. SSE13. S121. SSW32. SW68. WSW 42. Ws89. WNW22, NW38. NNW11. Calmor Var. 26. 40 BEN NEVIS OBSERVATORY. WIND. DIRECTION AND Force (0 to 12). FEBRUARY 1888. 1 2 3 4 5 6 i 8 9 10 11 12 Max. Dir’n. Force. | Dir’n.Force.|Dir’n.Force.| Dir’n.Force.| Dir’n.Force.| Dir’n. Force. |Dir’n.Force.|Dir’n. Force. |Dir’n, Force. | Dir’n. Force.|Dir’n. Force.|Dir’n, Force. MN 2-4|N 24|)N 1-3)}NNE 1-3|NNE 1-3|N 1-3| N 0-1| N 0-1} NE 0|£E 0) NE O|N 0 4 2) ON 3|NNW 3|/ NW 3) NW 3| WNW 3/W 41 WwW 2) Ww 3| WSW 5| SW 3-5 | W 38-5 | WSW_ 5-6 6 38 IN 24|}NE 2-4)|N 1-3 | N 1-3|N 2|)NE 1-5|N 0-2 | N 0-2 | N 0-2 | N 1-2} W 51 WwW 5 6 4 |NE 14|ENE 1-2|)ENE 1-2/NE 1-3|N 0-3 | N 1-4) N 1-3|N 2-5 | N 3-4|N 2-5 | NW 3-4 | NW 2-4 5 5 | WNW 24;);NW 24) NW 2-5 | NW 1-3 | N 0-3 | NE 0-3 | N 0-2 | NE 0-3 | N 1-2|N 1-4|N 1-2| NE 0-2 5 6 IN 0-2|N 0-2 1-2|N 1-3 | NE 1-3|N 0-2 | NW 1-2]; WNW 1-2|WNW 1/NW 0-4 | N 1-2|N 0-2 5 7 | NE 1-3}ENE 24/ENE 1-4|NE 1-4|E 1-5|E 0-2 | NE 0-6} ENE 1-6|E 0-4| SE 0-1|E 0-3 | SE 1-2 6 8 |NNE 1-3/ENE 1-4|NNE, 1-4/NE 2-4) E 0-3 | N 2-5 |N 5|/N 4-6| N 4-6 | N 8-5 | NE 3-5 | N 0-4 6 9 |NNE 3-4|NNE 2-4|N 2-4 | NE 2-4 | B 0-4) N 0-3 | E 0-2 | N 0-3 | E 0-3 | E 1-5/5 0-2 | B 0-1 5 10 |N 1-3|E 1-2;ENE 1-4|NE 2-4/Var. 0-3|N 1-2|N 14/N 4-5|NNE 1-5| Var. 1-3| Var. 0-2|N 0-4 5 11 |NNW 0-1} Calm O|N 0-1 | Calm 0|/ENE 0-1|N 2|N 0-1| N 0-1) N 0-1| N O|N O|N 1 3 12 |N 0-1 | NNE 1}/N 1-2|}|NNE 1-2|N 0-2| N 1-2|N 1-2|N INI 2|N 2|N 2|N 2 3 13 |E 1-3| E 0-2| N 0-1 | NE 0-1 | WSW 0) W 0-1} W 3) W 1-4 | SW 3 |W 0-1 | W 2-3 | SW 3 4 14 |N 1-3;};NNE 2-3/N 1-3|NNE 1-4|N 2-4/| N 1-2|N 1-2 |N 1-4|N 1-4|N 1|NE 3|NNE 2-3 4 15 |NNE 1-4/NNE 2-4|N 1-3 1-3 | NNE 4/N 2-3|NNE 1-4| NE 0-1 | Calm 0} Calm 0 | Calm 0} Calm 0 4 16 | SW AE A 1|/W 1|W 1| W 2|W 2) W Wa 2) W 3 | WSW 2|SW 1-2 4 17 | NNW 3-4) N 2-4| NE 3-5 | NE 2-5 | N 1-3 | BNE 3/E 3/ENE 1-3/E 2-3 | E 1-3/ENE 2-3/5 1-2 5 18 |) 24/ENE 3-5/ENE 2-6/NE 2-5|N 5| NE 4-6 | N DE6ilLN 1-6|N 2-5|N 0-4 | NE 0/NE 3-5 9 19 |N 2-6 | NE 3-7 | NE 3-8|NNE 4-8|N 3-8 | N 5-6 | N 4-7|N 4-7|N 3-8 | N 1-6 1-5 0-4 8 20 |NNE 3-6|/NNE 2-6] NE 2-4 8-6| NNE 0-8|NNE 3-6/NE 2-7|NNE 1-6|NE 1-5 | NE 1-7|ENE 1-4|/ENE 23 8 21 |E 0-2 | N 1-2)}ENE 1-3|NNE 1-2 0-4| N 4-5 | N 3-5 | N 2-5 | N 0-3 | N 4-5| N 3-5 | N 5 6 22 |ENE 3-4/E 1-3|}ENE 1-4|/ENE 1-4/ENE 2-5|/ENE 2-5|NE 4-6| NE 1-6 | NE 1-5 | NE 1-5 | NE 0-4 | NE 2-6 6 28 |SE 5|SE 5| SE 5 | ESE 5 | SE 4| ESE 5|SE 5|SE 5 | SE 4/SE 3|SE 2|SE 3 5 24 |SE 2)SE 2-3 | SE 2|ESK 1-2/ESE 0-1| ESE 2| ESE 2.| ESE 2| ESE 3/ESE 2-3/ESE 2-3/E i 5 25 |E 2-4 | ESE 2-3 | E 1/E 1-2|NNE 0-2}NNE 1-2| NE 1-3|N 0-2} ENE 1-2|N 1|NE 2| NE al 5 26 | ESE 4-5 3/5 2-5|/ENE 1-6/E 2-3) E 1-3 | E 1-3/E 4-5/E 5-6| E 6-7 | E 4-5/E 3-5 Vi 27 |SE 4| ESE 3| SE 4/SE 3-4 | ESE 3|E 2|zE 1/E 2 0|SE 1| SE 0-1 | E 0-1 4 28 | NNW 1 1|/NNW 1-2|)}NNW 1-2|)N 2|N 2)|N 2-3 | N 2|NNW 1-3|N 2 Ni 2 1-3 4 29 |N 1|N 1-2|N 0-2 | N 1-2|N 0-1) N 0-1; N 1-2|N 1-2 1-3 | N 1-3| N 1|)ENE 0-3 3 MEAN 2°53 2°45 2°43 2°47 2°24 2°50 2°50 2°52 2°45 2°29 2°10 2°19 - 13 14 15 16 17 18 19 20 21 22 23 Midnight. |Mean. Dir’n.Force.|Dir’n. Force. |Dir’n, Force.|Dir’n, Force.|Dir’n. Force.|Dir’n. Force. |Dir’n.Force.| Dir’n, Force.|Dir’n. Force. |Dir’n. Force.|Dir’n. Force. | Dir’n. Force. |Force. 1 |N 0-1) N 0-1) N 1|N 1|N 1-2)|N 2-3|N 1-3 | N 2. 2-3 | N 21N 2-3 | N 23) 15 2 |SW 4-5|SW 4-5|WNW 4|/NW 1-2|N 0-4 | N 2-4) N 0-2|NNE 1-2/NNE 1-3|N 1-4|N 2-4|NNE 2-4] 31 8 | NW 0-4] WNW 0-3|N 1-2|N 1-2|N 0-2 | NE 0-4 | N 1-6 | NE 1-3 | NE 1-3 | NE 1-3 1-3|NNE 1-3 2°2 4 |N 2) WNW 1-2|N 1-2| NW 2) W 2-3 | W 4|W 2-4 | W 4| WNW 3-4) NW 1-4| WNW 1-3| NW 2-3 2°6 5 | NE 0-5 | N 1-3 | NNE 2|N 2-3| N 0-3 | NE 1-5 | N 0-5 | N 1-3 1-3 | N 1-2| N 1-2|N 0-2) 2°0 6 | Var. a hh 1-2 | NW 2-3 | NW 1-3 | NW 1-3 | W 0-5 | W 0-3 | NW 1-3 | NW 1-3 | NW 1-3| WNW 1-4| NW 1-3) 17 7 | NE 26| NE 14|NNE 2-6| NE 2-5) E 1-5/5 0-3|}ENE 0-6|ENE 1-4|ENE 25| NE 2-5 | E 1-4/ NE 1-4] 26 8 |N 2-3|N 1-2|N 1-3 | N 1-2 0-5 | NE 1-5|E 0-3) ENE 2-4| NE 1-3|NNE 2-5|N 3-4) N 3-5 | 2°9 9 |Var. 02|N 1-3 | NE 1-2 | Var 0-2|ENE 0-5|E 0-2) E 1-5|NNE 1-8|NNE 1-4|NNE 1-3/NE 2-3 | E 12) 19 10 | E 1-2|E 1|)/N 1| NNE il 0-2 | N 2|N 0-1/ N 1|N 0-1 | NW 0-1| NNW 0-1| NNW 1} 16 11 |N 23)}NNW 1-2|NNE 2|N 1-3|ENE 1-2/N 1-2|N 3/N 2| NNE 1|/ Var. 0-1|N 1-2|N BU) ea bea 122 |N 2-3|N 1-2)WNW 1|/WSW-) 2|/SW 1|N 0-1/NW 0-1|N 12/N 2-8 0-1) WNW 1-2/5 1-3) 1:4 13 | WSW 2/|s 1-2 | SSE 1-2|SE 2) Calm 0} Calm O|N 0-1 | NE 1-3] N 1-3 | NE 2-3|NNE 1-4|NNE 2-4 1°6 |, 14 |N 1-2|N 1-3|NNE 1-2|N 1-2|N 1-2| W 0-1] N 0-2| N 1-2|/N 1-3|N 1-3|NNE 1-4/NNE 1-4] 1°9 15 | Calm 0 | Calm 0| NW 0-1|N 0-1| N 0 | Calm 0| W 0|WSW 0-1) WSW 0-1/SW 0-i | W 1| SW il 10 |, 16 | SW 23|WSW 1-2)SW 2|SW 2-3 | WSW 2|SW 2-3 | WSW 3 | W 2)|WNW 2-3] W 2-3 | W 2) WNW . 4 2°0 17 |E 24|ENE 1-2| NE 0-3|ENE 1-2|N 2-4 2-4|N 1-4|NNE 2-5|NE 2-5 | NE 2-4] NE 1-4| NE 2-4 27. 18 |E 2-3 | NE 0-2 | Var. 0-2 0-2|N 0-3 | E 2-3|ENE 3-4/NE 1-3|}ENE 2-3] NE 3-9 | N 2-8 | N 3-7} 31 19 |N 0-6 | N 3-6 | N 2-4) N 3-5 | N 3-7| N 3-7|NNE 3-7/N 2-4|NNE 3-6|N 3-5|NNE 2-6/ NE 2-6] 4:4 20 | ENE 0-4|E 0-1|E 1|SE 2|NE 0-1 | NE 1 E 0-2 | NE 1|NE 1| NE 1| ENE 1/E 12 2°4 3S 2-6|N 3-5 | NE 2-5 | NE 2-4|N 2-5 | NE 3-5 | NE 2-6| NE 2-4| NE 2-4| NE 38-5|NNE 2-5|NNE 2-4 py) 22 | NE 0-2|E 0-2 | E 0-2 | E 1-2 | ESE 5|SE 5| ESE 5| SE 4-5|SE 5|SE 5-6 | SE 6|SE 5-6] 35 23 |SE 2|SE 2|SE 1-2|SE 1| Calm 0|SE 2|)SE 0-2|SE 2-3 | SE 2-3|)SE 3| ESE 1-2 | ESE 2) 30 24 E 2)SE 1-2 | ESE 1-2 | ESE 2 3|E 4-5|E 4|SE 4| ESE 2)E 1-2 2-4 | E 3 D8) 25 | NE 0-2)}ENE 0-3/E 1-2/E 2-3 | E 0-3 | NE 1-3}ENE 1-5|E 3-5 2-4) E 8-5|ESE 3-5/5 2-4} 21 26 | E 3] ESE 4|SE 5| E 14|E 3/E 4\E 5|E 2| ESE 3-4 | ESE 4-5 |SE 5|SE 4-5 38 27 | ESE O;s 0-1 | SSW 1|SW 1-2) SW 1|SwW 1|SW 1|SW 1|SwW 1|SW 1|SW Lh WANG | es 28 |N 1-3|N 1-3| N 2-3|NNE 2-3}NE 2)N 1-3 | N 0-4 | NE 1-4|N 1-2|N 0-2|NNE 1-31 N 1-2] 19 29 |E 0-2|NNE 1-2} NE 0-2 | NE 1-2|E O|N 1|N 1-2 | NE 0-1) N 0-1 | SE 2| SE 2| ESE b} Ih alee) MEAN 203 1°78 1:88 1°88 1°88 2°29 2°34 224 2°29 2°45 2°55 2°57 | 2-28 N 225. NNE52. NE88 ENE38. E82. ESE27. SE44. SSE1 S2. SSW1. SW2. WSW1l. W34. WNW16. NW24. NNW9. Calm or Var. 20. BEN NEVIS OBSERVATORY. 4l WIND: DIRECTION AND Forcr (0 to 12), MARCH 1888. 1 2 3 4 5 6 7 8 9 10 11 12 Max. Dir’n. Force.| Dir'n.Force.|Dir’n. Force.| Dir’n. Force.| Dir'n. Force. | Dir'n. Force.|Dir’n. Force. | Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n, Force. 1 | ESE 2| 5 1-2|E 2\E 12/E 2|ENE 12]ENE 0-2|)ENE 0-1/E 0|E 1|)N 0-2|N 0 4 2 IN 2-5|N 2-4) N 3-5 | E 4-6| N 4-6| N 5-6 | N 4-6| N 1-5 | N 1-4|N 2-5| N 3-5 | N 2-6 6 3 |N 2-4|N 1-3/N 4-6| NNE 3-5|N 1-5 | Var. 0-3| N 3-5 | N 1-3| W 0-3 | N 1-5 | NW 1-2|N 2 6 4 |ENE 3-5|ENE 2-4|NE 3-5 | NE 3-4| N 3-6 2-6 | NE 3-6 | NE 2-5|ENE 2-5|)ENE 4-5|)ENE 2-4|ENE 0-2 6 5 | NE 1-3|}NNE 2-3|N 2-41 N 3-4] N 3-4; NNW 46|N 4-5|NNW 2-4|N 0-1|}NNW 0-1|/NNW 0-1| W 1-4 6 6 | NE 1-2|N 1-3] NE 1-2 | Var. 0-1|}ENE 0-2} Var. 0-1|/N 1-2|N 0-2|N 12|)N 0-3|ENE 1-2|N 0-1 4 > Ni 2-4) NW 0-3 | NW 1-4|W 15| W 3-4 | NW 2-4) W 2-5 | NW 1-3 | NW 2-5 | NW 1-3 | Var. 1-4 | SW 1-3 5 8 |W 1-3 | W 1-3|NW 1-3} W 1-2) W 2-3 | SW 1-3 | SSW 3/SSW 3-4|/SW 1-2;}SSW 1-3|}SW 3| SW 0-4 5 9 |SW 1-3 | SW 2-3 | SW 1-2/5 2-3|S 2|SwW 2-5|SSW 3-5|SW 2-5|SSW 2-5|SSW 3-4|SSW 2-4|/SSW 2-4 5 10 |N 1|N 0-1|N LIN 1| W 1|N 1|W 0-1 | W 1-2| W 0-1 | NNW 1) Calm 0} Calm 0 3 11 | SE 1-2|SE 2|SE 4|SE 5 | ESE 5|E 6|E 6-7|E 7\E 7|E 5-8 | E 5-8 | E 6-8 8 12 |E 1-4/E 0-1) E 1| ESE 0-2) E 0-4 | E 3|E 3-4 | EB 1-5|E 2-5 | E 0-4 | E 1-6 | E 1-5 6 13 | ESE 5| SE 5| SE 4-5|SE 45|ESE 4-6/E 4-5 | SE 5-6| ESE 5-6| ESE 6|SE 7| ESE 6 6-7 7 14 |SE 8} ESE 7-8 | ESE 8 | SE 8-9 | ESE 8-9| ESE 7-9] ESE 7-9) ESE 8-9 | KSE 8-9 | ESE 9| ESE 9| ESE 7-9| 11 15 | ESE 9-10) E 9-10 | EB 8-10] ESE 9-10) ESE 10/E 9-10] ESE 9-10/E 8-9|ESE 7-9|ESE 6-9|E 7-9| E 7-8| 10 16 |E 2-6] E 2-5 | ENE 2/5 3| ESE 3|E 1-3} ESE 2-3) ESE 2-3/SE 1-4 1| ESE 3|/ESE 0-1 6 17 | NW 1|)N 2\\2 1-2|N 0-1|N 2-3) N 2-3| NNW 2-3) NW 5|NNW 1-3|NNW 3-4|N 2-3) N 3-4 5 18 |ENE 0-2}NNE 0-2/NE 12|/NNE 1-2}NNE 2-3|N 1-3|N 0-2| N 0-2|E 0-3 | ENE 2|E 2) ESE 2-3 3 19 |N 1|N 1|/ENE 1-2/E 3/L 3-4] KE 3-4] KE 4-5|E 4-5 |B 3-5|/E 4|E 4|/E 5 5 20 |SE 4|SE 3|SE 3/ESE 23/ESE 3-4|E 3-5 | E 3-5|ESE 3-5|/E 2\|ESE 1-2/5 0-1/5 2 5 21 |SSW = 2-3}SW 2|SW 2-3 | SW 2-3 | SW 3) W 4|W 4) NW 4| NW 2-3 | WNW 3| W 3) W 3-4 4 Be. UN 1-2| NW 1| NW 0-1|NNW 1-2} NNW 1) NW 1|NNW 0-1] Calm 0| NW 0} Calm 0) Calm O|N 0-1 2 23 |N 1-2| N 1-2) NE 0-2|N 1-2) N 1-2|)N 2-3 2-5 | N 1-6 | N 0-4] NE 1-4|N 1-3] E 1-3 6 24 | NE 2-4|NNE 2-3|NNE 1-5|NNE 3-7|N 5-7 | N 3-7|NNE 4-8|N 5-7|N 5-8 | N 2-5|NNE 0-6|N 1-3 8 25 |NNE 1-4| NE 1-3 | NE 1-3|ENE 1-3|N 0-2 | Var. 0| Var. 0-1/5 0-2 | N 0-1 | Calm 0} Calm 0} Calm 0 4 26 |NNE 3-4|NNE 1-4|N 2-4) N 3-5 | N 2-5|N 2-5|NNW 2-4|N 3|NNW 2-3|/NNW 1-5| NNW 3-4 3-5 5 27 |ENE 0-1] NE 0-1) N 0-i | NNE 1|/N O|N 1|N 0-1) N 1] NNW 1|NW 0|WNW 0] ESE 0 2 28 | SE 2-3| SE 3|SE 3|SE 3-4|E 3|E 3-4| E 4\E 5| E 4-6|E 5-6 | E mT 7 7 29 | NE 3-6|NNE 3-5| NE 2-5|NNE 3-4|N 3-4 | N 1-4|N 1-4|ENE 0-2/N 0-1) N 0-2 | NE 12|/NNE 1-2 6 80 | NE 3-5| NE 2-4)|NNE 3-4|NNE 3-5|NNE 14|N 3-4] N 2-4| N 3-4|NNE 3-5|N 3-4| N 4-6| NE 2-5 6 SN 3-8 | Var 02|NNW 1-3| Var. 1-3} ENE 1-3] ENE 218 0-1|\E 0-2|E 0-1| NE 2-3|N 0-2| N 2-4 8 MEAN 3°00 2°53 2°81 3°08 3°24 3°26 3°45 3°29 2°85 2°94 2:94 2°89 13 14 15 16 17 18 19 20 21 22 23 Midnight. |Mean. Dir’n. Force. |Dir’n.Force.|Dir’n. Force.|Dir’n. Force.| Dir’n. Force.) Dir’n. Force.|Dir’n. Force.|Dir’n. Force. |Dir’n.Force.|Dir’n, Force. |Dir'n. Force.| Dir’n. Force.|Force. NG 1| Calm O|N 0-1|)N 0-1 | NNW 1|);NNW 0-1|N 2)|NNE 1-2|N 2-3| NE 2-3 | N 2-3 | N 3-4 13 2 |N 2-5 | NE 2-4 | NE 2-4/ENE 2-3|E 2-4] E 2-3 | N 0-3|ENE 1-8} NE 1-4| Var. O-1|NNE 2-3|N 3-5] 3°3 SN 0-2| NE 1-2|N 1-2|N 0-2) E 1-2|N 1-2 | NE 1-4|/ENE 2-4| NE 2-3) N 2-3 | N 2-4| NE 2-3 2°4 4 | Calm 0} Var. 0-1| ENE 2)ENE 1-2} ENE 2|ENE 1-4/ENE 13/5 2\)ENE 1-2/E 0-1 | ENE 1/ENE 1-2] 2°5 5 |W 0-4 | WSW 2|WNW 1-3| W 1-3 | Var. 0-2| Var. 0-1] Var. 0-2|NNE 0-3] Var. 0-3 | NE 1-3 | NE 1-3|NNE 2-4 21 6 | Var. 0-2) NNE 0-1|/N 1-2|N 0-2 E 0-4 1-3 | N 0-3 | N 1-4] N 1-3 | NW 0-4 | NW 1-3 | NW 0-3) 14 7 | NW 0-4 | WNW 2|NNW 1-2| NW 1) NW 1)WNW 2-4| W 2-5 | NW 2-3| WNW 2-3| WNW 2-3} WSW 3-4| W 3 2°5 gs |SW 1-3 | SW 2-3 | SW 2-4)SSW 3-5|SW 1-5 | SW 4/SW 1-3|/SSW 3-4/SW 3-4 | SW 1-4 1-3] WSW 1-3] 2°5 9 |SSW 2-4] SSW 3/ SW 2-4 | SW 1-2/|S 1/8 1/s 1| Calm 0 | Calm O|N 1|NNE 0-1|)N |) Seer 10 | NW 0-1 | W 0| SSW 1|SSW 1\S 1/8 2|38 2 2|SSE 2-3 | SSE 3 | SSE 2-3 | SSE 3 1:2 ll |z 6-7 | E 6-7 | E 5-7| E 2-6|E 2-6|E 0-6| E 3-5 | ESE 4| ESE 5|ESE 3-6|ESE 46|/E 4-5] 50 12 |E 3-4 | ESE 4) 5B 2-3) HE 3 | ESE 3-6 | E 4-6|E 4-5 | SH 4-5) SH 5| E 4-5 | ESE 5-6 | ESE 6 3°4 13 |E 7|SE 6|ESE 6-7/5 5-6 6|ESE 6-7|ESE 6-7|ESE 67] ESE 6 | ESE 6| SE 6| ESE Te |) te) 14 |E 6-9 | SE 9-10 | SE 9-10} ESE 8-10} ESE 9-10|ESE 9-10] ESE 10|SE 10| ESE 10| ESE 10-11} ESE 10-11} ESE 10 9°0 15 |E 2-7| ESE 3-4 2-4|ESHE 5- 4-7 2-7) E 3-8 | E 2-6 | BE 3-5 3-6 | E 2-6| E 2-6| 66 16 | SE Q-1| Var. 0-1/N 0-1 | Var 0-1| N 1-2 | NW 2|NNW 2|N 1)/NNW 1-2| NNW 1] NW 1| Calm 0| 17 17 |NNW 1-3|N 1-2)N 1-2|N 2)/ENE 1-3|NNW 0-3|/SSW 0-2|NNE 1-3|N 1-3) N 1-2|N 0-2| NE 1-2 2°0 18 |E 1| SE 1-2/SE 0-2/E 0-1 | NW 0|SE 0| NE 1|SSE 0-1|NNE 0-2|NE 1/N 1|/N ily) aly 19 |E 3-4) E 0-3 | E 2-3|ENE 2-3|E 0-1) E 2\E 0-1 | E 2\E 2-3|E 2-3/E 3|SE 3 et 20 | SE 2-3| SE 2|SE 2| ESE 1-2|N 0| £ 0-2 | ESE 2|SE 0|SE 1-2)S 1-2/8 2|S 2-3) 2°2 21 |WNW 1|)WNW = 3| WNW 2-3) NW 2|WNW 4|W 3|NW 23/NW 1-2/|NW 12|NNW 0-2|}|NNW- 1|NNW iL|) 2 22 | Calm 0o|s 0-1) E 0-1 | Calm 0 | Calm 0| ESE 0-1] NE 0-1 | N 0-2|NNE 0-1|N 1-2 | NE 1| Var. 0-1 06 93 |ENE 1-2/Var. 0-1/E 1| NE 1-2| NW 1-2|N 0-2 | Var, 1-2] NE 2-4| NE 2-5|NNE 1-3|N 1-3|NNE 1-3] 19 24 |NE 1-3 | NE 2-3 | NE 1-3 | NNE DANG | ESiEN 1-3| N 38-4) NNE 3-5|NNE 3-6/] NE 2-4 | N 2-4|N 2-5] 3°6 25 | Calm 0| Calm O|N 0} Var. 0-1 | N 0-1| NE 0-1|ENE 0-2|ENE 0-1|NE 1-2|N 12|NNE 0-3|NNE 1-4 0-9 26 | N 1-3|N 1-2 | Var. 0-1 | Var. 0-2 | E 1-3 | E 2|E 0-1/N 1-3|N 2-3 | NE 1-3 | N 1-2 | Var. 0--2 2°4 27 |S o|Ss 1|SE 0-1/8 0-1 | SSE 0 | Calm 0 | Calm 0|SE 1| SE 2|SE 1-2 | SE 2|SE 2| O-7 23 |E 6-7 | E 4| ESE 3-6| E 2-4) NE 1-4] NE 0-6 | NE 16| NE 3-5 | NE 2-6|NNE 4-6/ NE 25|ENE 3-6 42 99 | N 0-1| NE 0-2 0-1/E 1|/N EN 1-2|N 1-2| NE 1-2 | NNE 3|NNE 3-5|NNE 3-6|NE 3-6 2°2 30 |N 3-5 | N 3-5|NNE 3-6|NNE 3-5|N 1-5|N 3-5|ENE 0-2| NE 2-4|NNE 0-3/N 15 | NE 1-5|NNE 2-6 34 ay | N 0-1) N 0-3 | N 1-3| N 1-3|N 1-3 | N 0-2 | N 1-4|N 1-3|N 0-3 | N 1-3|N 1-2|N 1-2) 18 MEAN 2°34 2°29 2°34 2°19 2°21 2°35 2°39 2°53 2°76 2°68 2°74 2°95) 2°75 EE —— N170. NNE45. NE57. ENE38. E122. ESE 64. SE42. SSE6. S17. SSW17. SW23. WSW3. W24. WNW11. NW 33. NNW 28. Calm or Var. 44, ROY. SOC. TRANS. EDIN.—VOL. XLII. F WIND. 1 Dir'n. Force. 1 | Var. 0-2 2 ae 3-5 8 | NNE 3-5 4 | ENE 23 6 |NNE 1-2 6 | N 0 7 | Var. 0-1 8 | Calm 0 9 1-2 10 |E 1-2 WN 2-3 23 (/E 3-6 24 =|E 2-5 25 | NE 1 30 1-2 MEAN 2°22 13 Dir'n, Force. 1 |N 0-2 2 |ENE 2-4 3 | NE 2 4in 1 5 |N 0 6 |N 0-1 7. MUN 1 8 | Calm 0 3) var: 1 10 |NW_- 0-1 11 2 12 | SSE 3 13 |W 1 14 |W 1-2 15 |SE 5-6 16 | SW 1-2 17 |S 6 18 | SE 1-2 19 |N 0 22 |E 1-2 23 |E 0-2 2 |N 0-1 25 | NE 1 29 |W 0-2 80 | SE 3 MEAN} 1°73 2 Dir'n. Force. N 1-2 NNE 2-4 NNE 2-4 Var. O-1 N 1-2 N 0-1 N 0-1 N 0-1 N 2 E +) NNE 1 N 1-2 Nw 1-3 Ww u SSE 4 SW 2 SE 7 SW 2-3 NNE 01 NE 1 N 2-6 N 1-2 E 2-5 E 2-3 NE 0-1 N 2-3 NW 1-3 N 0-1 WNW 2-4 Ww 2 2°02 14 Dir'n. Force. Var. 0-1 NE 2-5 NE 1-2 Calm 0 Calm 0 N 0-1 N 0-1 Calm 0 N 1-3 Ww 1 NNE 1-3 SSE 2 N 1-2 Ww 1 SE 5 SW 2 Ss 2-3 SE 2 N 0 N 2-5 1-2 ENE 23 E 0-2 SE 1 NE 0-2 NW 0-1 NE 1-2 SSW 4-5 NW 1 SSE 3 162 8 4 Dir'n. Force.|Dir'n. Force. N 2|N 1-2 NE 3-5 | NE 2-6 N 1-3|N 1-3 E 2| Var 0-2 N 2|NE 1-2 NNW 0-1/|/N 1 N 0-1 | ENE u N 0-1 | ENE 1 N 2|NNW 2-3 E 1-2 | NE 1-3 ENE 14/E 1-2 NE 14|NNE 1-2 NW 0-4| WNW 1-4 SW 3| WSW SE 4|SE SW 1-2 | SW 2- SE 8|/SW SSW 2/8 N 1| NNW N 1| NNE NNE 2-5|N 2-4 NNE 0-2/E 2 NE 1-4|ENE 2-4 ESE 3-4|/E 2-6 NE 2-3 | NE 1-3 NNW 2-3|N 0} NNW 1-3|NW 1-2 N 1| NW 0-2 WwW 2-4| WNW 2-5 WSW 1-2|SW 1-2 2°25 2°13 15 16 Dir’n. Force.|Dir’n. Force NNE 1-3/NE 1-4 NE 3-6| NNE 2-5 ENE 1-2}NE 1-2 NNE 1) NE 1 Calm O|N 0-1 Calm O|N 0-1 Li N 0-1 Calm 0|NE 0-1 Var. 1|NE 1 NW 1)NW 0-1 NE 0-2|NNE 3-4 s 2|SSE 2-3 NNE 2-3|N 0-2 SSW 2|SW 1-2 SE 5|SE 4-5 SW 2|S 3 s 3-5/5 3-4 Ss 1|SE D N O|N 1 N 1-5|N 2-6 E 1| NE uf NNE 1-3] NE 1-3 E 1|/ENE 1-2 E 0-1| N 0-1 NE 1-2| NE 0-1 N 1|N 1 NE 0-3 | N 1-2 SW 5-6 | SW 5-6 WNW 1/|WNW 0-1 SE 2-3 | SSE 4 1°73 | 1°88 BEN NEVIS OBSERVATORY. pe NePRw mb N 200. NNE 45, NE65. ENE 24. E60. ESE4. SE 43. SSE26. 330. SSW9. SW43. WSW10. W 36. WNW13. NW 30. NNW 25. Calm or Var. 57. DIRECTION AND Force (0 to 12). APRIL 1888. 5 6 7 8 9 10 11 12 Max. Dir'n. Force.|Dir’n. Force. | Dir'n. Force.|Dir’n. Force.|Dir'n. Force.|Dir'n. Force.|Dir'n. Force.|Dir'n. Force. N 2-3 | N 3|)N 3-4| N 2-4 | N 1-2|N 0-2) N 1-2) N 0-1 6 NNE 3-5|ENE 2-4|ENE 1-3|S 0|ENE 1-3|/ENE 1-3/5 2-4/ENE 1-3 6 E 3|S 0|E 1-3) N 0-3|/ENE 0-3|N 2-3) E 1|/N 1-2 5 N 2|N 0-3|NW 1-4| Var 0-2 | N 2-4 | N 2-41) N 1-3 | N 1-3 4 NNW 0-2} NNW 0-2|N 1|N 1|};NNW 02|N 0| Calm O|N 1 2 N 1|N 1|N DN 1-2|N 1-2|N 1|N LW 0-1) 2 N 1|/N 1|N 1|N 0-1) N 1|N 0-1] NNW 0-1/)N 0; 2 NW 0-1 | N 0-1 | Var. 0-1| N aT ac 1-2| NE 1-2| N 0-1 | Calm 0 2 N 0-3| NNW 2-3|NW 2-3|NW 0-3] Var. 0-2|NW 0-3|NW 1-3|NNW 1-4 4 ENE 1-2; NNE 2-3/NE 2-3 | NE 1-3|N 2|N 1-2|) N 0-1|NW 0-1 3 E 0-2| NNW 2-4|)N 2-4|N 3-4) N 2-5|NNW 2-5|ENE 1-4|N 3-4 5 N 1-3 | N 2|N 1-2|N 2|N 0-1 | Calm 0) SSE 2) SSE 2-3 4 NW 1-2; NW 1|E 0-2| E 0-2;NW 0-1);ENE 1-2)NW 0-1/|Var. O-1 4 WSW 2| W 2|W 2|W 2) W 1-2| W 1-3 | W 1-2 | W 2 3 SE 3-4 | SE 3-4 | SE 3-4] SE 4-5|SE 5| SE 6| SE 7|SE 6 7 SW 1-2|}SSW 1-2|SW 1-2 | SW 1-2 |}SW 1-2} WSW 1-3|)SW 1-2| SW 1-2 7 SE 4/SE 5| SE 7|SE 7|SE 7|SSE 6-7|SSE 7|SE 7 8 SE 218 1-2|S 218 21S 2|SSE 1/58 1-2/SSE 1-2 3 N 1 | Var. 0 | Calm 0 | Calm 0 | Calm 0 | Calm 0} Calm 0 | Calm 0 1 N 0-2 | N 2-4 2-4 | N 2-4| N 2-5 | N 1-5|NNE 3-7| Var. 3-7 7 N 1-3 | N 1-2|N 1-3|N 1-3|N 2-4) N 1-3|NNE 0-2|N 0-2 6 E 2-3 | SE 3| ESE 3-4 | E 4\E 4-5| E 4|E 0-3 | E 0-2 5 N 1-3 | N 1-2|N 0-2 | Var 1-3) E 12|E 12|NNE 1-3|E 0-3 6 E 1-3 | E 0-4/5 0-3 | E 0-2 | Var. 0-2 | ESE 0-2| N 0-2) E 0-2 6 N 1-2/N 1-3|NNE 2-3|NNE 1-2|N 1-2|N 2-3) NNE 0-2|NE 1-3 3 E 1-2 | Var. 0|SSW 0-1| Var. 0-1|N 0-1|NNW 0-1] Calm 0| NNW 0 4 NE 1-2|N 1-3|N 1-3|NNE 1-3|NNE 23/NNE 1-3/N 1-3 | NE 1-3 3 SW 2-3 | SW 3| SW 3-4] SW 2-3) WSW 2-3] SSW 3] W 3-5 | W 3-5 7 WSW 2-4) WNW 2-3) W 3|W 2-4 | W 2-3| Var. 0-2) W 2-3 | W 2-3 5 5 2-3 | SW 1|S 21S 2\|SSE 23/8 23|\/SSE 2-3/S 2-3 a 1°95 1:90 2°15 2°00 2°10 2°00 1:93 1:92 17 18 19 20 21 22 23 Midnight. |Mean. .|Dir’n. Force.| Dir’n. Force.| Dir’n. Force.) Dir’n. Force.|Dir'n. Force.|Dir'n. Force.|Dir'n. Force.|Dir'n. Force.|Force. N 1-2) N 0-4) N 2-4|NNE 2-3|NNE 24|N 8-6|N 2-5|N 3-6) 2°2 ENE 1-4|N 1-2|N 1-3 | N 1-5|N 3-5 | NE 1-4|N 24|NNE 1-4 29 E 1-2|E 1-3 | N 2-3| NE 1-2} NNE 2-3|N 3\N 3| NE 2-3 20 N 0-2)N 0-1} NNW 1} NNW 1-2|N 2\N 1-2 | NNE 2\|N 1-2) 1°5 Calm O|N 1|N 1} Calm 0) NE 0-1} ENE 01/|NE 0-1/E 0-1; 07 N 0| NE 0-1}ENE 0-1/E 0-1) N 0-1} Var. O1/N 1|N 0-1} 07 NNW 0-1|N 0-1) N 1-2 | Calm 0| Calm 0} W 0-1 | NNW 1|N O01] 06 N 0-2 | N 0-2| NNW 1-2|NE 1 0-2) NE 1-2|N 1/N 2] 08 E 2|E 2-3 | War. 0| NE 2| ENE 1|E 2\|E 1-2|E 1-2 17 WNW 0-1} W 1] Calm 0| WNW 1-2) NNW 2\|N 21N 1) NE 1-2} 1°4 N 34|N 3-41 N 5| NE 1-3 | NE 3-5 | N 2-4) N 1-3) NNE 1-3] 2°7 SSE 2-3)SW 1-3 | SW 2-3 | SW 2-4) WSW 3-4] W 1-3) WNW 1-2| NW 2} 20 NW 0O-1/N 0-2}NW O0-1/N 1|WNW 1-2}|WNW 2|)W 1-2 | W 3] 14 SW 1-2|SW 1|/Sw 0-1/8 1-2 | SSE 2)SSE 1-2/SSE 3|SE 8) 1:9 SE 5| SE 6-7 | SE 5-6|SSE 2-3/8 3/S 2|SW 1-2| SW ee Ly 8 1/S 2-3 | SSE 4|SSE 4|SE 4-5|SE 5|SSE 5-6|SSE 7) 26 SE 1-2/8 0-1) SW 1-2| SW 2|SW 2-3 | SW 2-3 | SW 2|)SSW_ 1-2 4:4 SSE 0-1)|SSE 1| ESE 0|E 0 | Calm 0|NNE 0 | Calm 0| NNE 1] 1:3 Calm 0| Var. 0| Var. O11) Calm O|N 0-1/5 1\E 0-1) NE 1| 0-4 N 2-6 2-7) N 2-6| N 3-6|NNE 3-7} NE 3-5 | N 2-5) N 2-6] 3°4 N 1-2|N 1-3 | NE 0-3 | NE 2-3|NNE 2-4|NNE 1-3/NNE 2-3|/N 2 Sk Var 1-3/N 1-3) N 1-3 | NE 2-4] NE 3-4] NE 2-5 | NE 2-4| NE 23) 2°5 E 1-3 | NE 1-3 | Calm O0;E 3|z 2|E 2-3 | E 24|E 3-5 21 NE 0-2 | NE 0-1 | E 0-1} NE 1| NE 0-1|E 1)}NNE 02/5 1-2| 14 N 0-1|N 0-1 | Var. 0-1 | NW 0-1| N 1)/N aN 2)N 2 14 N 0-2)/NW 1-2/N 1-3} NNW 1-2} NNW 1-3|}NNW 1-3|NW 14/NW_) 1-3] 1:2 NE 1|NNE_ 1-2] Var. 0-2 | Var. 0-2 | NE 1-2} NE 0-2 | NE 2-3| NE 1-2 aly? SW 3-6 | SW 4-5|SW 3-5 | W 3-6 | W 2-6) WSW 4-6| W 27|NW 3-5] 3-4 SSW 01] W 1-2) WSW 2|WSW 1-2)SW 1-2) W 2) W 1|W 1-2) 20 SE 4|SE 4)SE 4-5/5 4\S 5-6 | SE 45|SE 4-5 |SE 5-7 3-1 1°58 1°83 1°83 1°88 2°25 2°20 2°15 2°33} 198 BEN NEVIS OBSERVATORY. 48 WIND. DIRECTION AND Force (0 to 12). MAY 1888. 1 2 3 4 5 6 i 8 9 10 ll 12 Max. je ) = ———— Dir'n, Force .|Dir'n. Force.|Dir’n. Force.|/Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Foree.|Dir'n. Force.|Dir’n. Force.|Dir'n, Force.|Dir'n. Force.|Dirn. Force. 1 |SE 6| SE 6| SE 7| SE 6-7 | SE 5| SE 5-6 | SE 5-6 | SE 5-6 | SE 5-6 | SE 5|SE 4-5 | SE 4-5 1s 2\|N 0-1] Var. O11} WNW 1-2|SW 2|SW 2-3 | SSW 4|S 5-6|SSE 7-8|SE 7-8 |SE 8/8 7\3 3-5 8 3 |SSW 3-5/SSW 3-4|SW 34 | W 0-1|NNW 1-2|]NNE 12/N 2-4] N 24)N 3-41] N 2-5 | NE 3-5 | NE 24 5 4 |ENE 0-2] NE 0-1| N 1/N 1) NW 0-2| NW 1-2 |NW 1-2| Var. 0-2}NW 12)|NW 0-2| NNW 0-2| Var. 0-1 4 5 | NW 2-3); WNW 2-3] NW 1-3 | W 2-4)NNE 2-3]NE 2-3 | NE 2-3 | NE 1-2| NE 2-4) NE 1-3 | NE 2-4 | Var. 1-3 4 6 | NNW 0-1} NNW 2| NW 2-3} NNW 1) NW 1-2 | W 2-3 |WSW 2-3) WSW 2|W 2|SW 2-3 | SW 2)}SW 1-2 4 Cie aah 4| WSW 3-4] NW 1-2| NW 2-4) W 2|W 3 |W 3) NW 2-3 | W 3) W 2-3 | NW 2-4) W 2-3 4 8 | WNW 1-2] W 1-2 | NW 1-3 | NW 1-3| NE 1-3] N 1-3 | N 1-3 | NE 2-3| N 2-4) N 2-3) NE 2-4|NE 2-3 5 9 | NE 2-5| NE 24|/NNE 2-5|NNE 24|N 24|NNE 24/N 2-3|N 2-3| N 2-3| N 2-3|N 2|NE 1 5 10 | SE 0|SE 0-1} Calm 0|S 0-1 | Calm 0] Calm 0 | Calm 0 | Calm 0 | Calm O;E 0|/SSE 0-1/ESE O41 ] pth Ta 1] WNW 1|N 1|N 1-2| N 21N 1-2|N 1|N 2|N 1)/N 1-2|N 0-1}ENE 01 2 12 IN 1-2)N O1;/NW O1;NW 12|NNE 12/N 2|N 2|NNW 1-2|}NW 2| NNW 2| NW 2|WNW 1-2 2 13 | NNE 1| NNW 2|NW 1-2| W 1-2} W 1-2| W 1-2 | NE 1-2|N 1-3| NE 2-4|NE 24|NE 1-3| NE 1-3 5 14 | ENE 24/NE 2-4/5 2-3 | NE 1-3] Var. 1-2] NE 1-3 | ENE 1|N 1-2|N 1| ENE 1| ENE 1| NE 1-2 4 15 | SW 1|/SW 12|)SSW 1-2/8 1-2/8 2|s 2-3/5 23/5 2-3/8 2-3 1-2 | SSE 2| SSE 2 3 16 |S 2-3 | SSE 2-3 | SSE 3/8 2138 2-3 | SSE 3-4 | SE 3| SE 4|SE 4| ESE 5)/E 6|/E 6 6 17 |SE 3-4 | SE 3| SE 2|SE 3|SE 34|SE 4/8 34/8 3/58 3/38 3/5 3/3 3-4 4 1s |W 2) WSW 2)SW 2| SSW 2| SSW 2)}SSW 2-3/8 2|S 2-3/8 318 3|SSE 3-4/SSE 3 8 19 |8 3-4/S 4/8 4|S 5| SE 4-5 | SE 4|SE 5| SE 7|SE 7|SE 7)SSE 7-8|SE 6-7 9 20 |S 2-3 | SW 1|)W 1) Ww 2|W 1|W 1|W 1-2| W 1-2} WSW 1-2|}SW 1|/SW 1|WSW 02 3 21 |W 2-3|WNW 2/)WNW 1-2) W 2-3 | W 1-2] WSW 1|W 1|W 0-1 |} Calm 0| Var. 01/8 0-1 | Calm 0 3 22 | SSE 0-1 | Calm 0} Calm 0 | Calm 0O|E O|E 0 | Calm O|E 1|E 0-1 | Calm O;N 0 | Calm 0 mY 23 | NNE 1|N 0-1] NE 0-1|N 1|N 1|)N 1-2|N 1-2| N 1-2|N 1/E 0-1 | Calm O|N 0-1 2 24 |N 2-3 | N 2) NE 1|/N 0-1 | Calm 0} Calm 0| Calm 0 | Calm 0 | Calm 0} Calm 0 | Calm 0 | Calm 0 3 25 | NNW 1|N 1|N 1|N 1-2|NNE 0-1|)N 1 i 1 0-1} NE 0-1 | Var. 0 | Calm 0 2 26 | N 1-2) N 2) NE 1-2); N 2|N 2)N 2|N 2| NW 0 | Calm 0} Calm 0/SSW 0-1/8 0-1 2 27 |S 1)SW 1/SwW 0-1 | SW 0| W 0-1}NW 0O1/NNW 0-1} Calm 0 | Calm 0 O|N 0o|NNW 0-1 2 28 | SE 1] ESE 1] SE 1| ESE 0-1] Var. 0 | Calm 0|E 0| ENE 1) ESE 1}) ESE 1| ESE 1| Calm 0 3 29 | SE 2-3 | SE 2-3 | SE 2-3 | SE 3| SE 2-3) SE 2-3 | ESE 3/ESE 3-4|SE 3-4 | ESE 4| ESE 45/SEH 4-5 9 30 'SSE 7-8|SSE 5-6|S 5| SSE 6| SE 5-6 | SE 5| SE 45/5 2-3/8 2-3|SSW 2-3/8 2-3 | SW 1-2 8 NW 1-3 | W 3| W 3|/ WNW 2-3|SW 3| WNW 1-2|N 1|NW 1; NNW 2-3} NNW 2-3] Var. 0-2| N 1-2 4 2°06 2°10 2°11 2°18 2°29 2°23 2718 1°89 13 14 15 16 17 18 19 20 21 22 23 Midnight. |Mean. [SS | f eS eee | Dir’n. Force.|Dir’n. Force. Dir’n. Force.|Dir’n. Force.|Dir'n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir'n. Force.|Dir'n. Force.|Dir’n. Force.|Dir'n. Force.|Force. 1 |SE 3/8 1-2/8 1)/SwW 1|]WNW 1!NW 1|/NW 1-2|}NNW 1| NW 1|/ENE 0-3] NE 1| NE 1} 3-4 (And Nol 2-3 | SW 45) SW 4-5|SW 4/8 5-7|SSW 6566/5 6|/SSW 46|SSW 46/SSW_ 5-6|]SSW 5|S 5| 4:5 3 |NNE 3-5|N 2-3\E 0-2} NE 0-2/ NE 0-2| NE 2-3| NE 2-3) NE 23/ NE 2-3| NNE 2;}NNE 1-2|NE O-1| 2°4 4 | WNW 12|NNW 1;/NW 02|W 2)|NW_ 1-2) WNW 2-3| W 1-2}WNW 3/ WNW 1-3] W 1-3|WNW 3/|W 1-4] 1:5 6 | NE 1-2}NNE 13)|N 1-2| Var. 02|)NNE 1-2/NE 1| NE 1 1 2|N 1h 1|NNW 1-2] 19 6 | SW 3;|WNW 3\/NW 1-3|NW_) 1-2|W 2-3 | W 3)WNW 2-3|NW 2-3) NW 3;NW 24|/NW 2-3) WNW 3-4] 2°3 an cd 2-3 SW 3/W 3| W 2-3 | W 23| WNW 3) W 3|WNW 1-2) WNW 1-3] NW 1-3| NW 1-2} NW 1-3) 2°6 8 |NNE 24/ENE 1-2|ENE 02/NE 1-2 | Var. 1-3 | NE 1-3|} NE 2-4 | NE 1-3 | NE 1-3 | NE 2-5| NE 24|/NNE 2-4] 2°2 9 | NE 1|}ENE 0-1/N 0| Calm 0| Calm O|N 0-1 | Calm 0/ ENE 1|z 0|SE 1/SE 1/SSE 0-1] 16 10 | Var. O41] Calm 0| Calm 0|NE O|N 0-1; N 0-1 0-1|NNE 0-1} Calm 0|;}SW 0-1] WSW 0-1] W 0-1} 0-2 0-1} NE 0|ENE 0-1)/NNW 0-1|N 1/NNW 1|N 0-1) NW 1] NW 1) NNW 1-2] 09 1-2) N 1|/N 1-2 | NW 2) aN 2\N 1-2| N 2|N 1-2|N 1| NNW 1-2! 1°6 2-4| NE 3-4 | NE 24|/ENE 23/ENE 1-3|/ENE 24|/ENE 24|ENE 3-5| NE 2-4 | NE 3-4 | 2°4 0-1} NE 0-1| NE 0} Calm 0| Calm 0|SW 1|SW 1|/SW 1|SW 0-1} SW 1] 11 1) SSE 1-2/8 1-2 | SSE 2 23/8 2/8 2/5 PA 2/SSE 2-3} 1:9 5| SE 5|SE 5-6 | SE 4-5 | SE 4|SSE 3| SSE 2|SSE 2-3/SSE 1-2/SE 3] 3°8 3/S 2-3/5 2-3/5 3| SSW 3/8 2| SSW 2/SSwW 21SW 1|SW 1-2] 2:8 4-5/8 5|S 6-7/8 7\8 6-8 | SE 7-8 | SSE 6-7 | SE 6-8/5 4-6 3-6] 4:1 7-9 | SE 7|SE 5-6 | SE 6-7 | SE 7|SE 6|SSE 68/SEH 67 | SSE 4/SSE 1-4] 57 1]WSW 1-2] Var. 0-1| W 1| WwW O-1| W 1|W 1) W 1-2} W 1-2| W 2| 1:2 1) Ww 0-1) W 0-1) WNW 0-1} NW 0 | Calm 0| Calm 0} Calm 0| SE 0|SE 0-1| 08 O/E 0 | Calm oO; N 0-1} NW 1 0-1 | Calm 0 | Calm 0|}NNE 0-1|NNE 0-1] 02 0-1 | Calm Oo; N- 0-1) N 1|NE 0-2|N 1-2|)N 1-2} Var. 0-2) NNE 2 2] 09 0-1|/N 0-1| E O|E 0| Calm 0 | Calm 0| NW 0} Calm 0 | Calm O|N 0-1] 03 1| NE 1| NE 1| Var. O|N 0-1 1|/N 1-2) N 1) NNW 1|N 1} 08 1-2/8 0-1 | Calm 0|SSw o/s 0-1 | Calm o/s 01/8 0-1/5 1/Ss 1} 09 0| NNE 1| NE 1/ NE 0-1/E 1|E 1|E 1-2|SE 2|SE 0-2| SE 2| 06 1-2| ESE 1| SE 1-2 | ESE 2\E 2| ESE 2|SE 1-2| SE 2|SE 2-3 | SE 3/ 1:2 5-6 | SE 4-5|ESE 5-7|ESE 6-7|SE 7|SSE 8 | SSE 8|SSE 89/SSE 68|SSE 6-8] 4°8 1| NW 1) NW 1) NW 1)/NNW 1/)NW 12)}NW 0O1/NW 1|/WNW 1|NW 2| 2°6 1-2| Var. 1-2|N 1-3 | NE 1-3 | NE 1-3 | NE 14| NE 1-3 | NE 14|/ENE 1-3|)E 1-2| 2:0 1°84 1°73 1:90 2°08 2°15 2°13 2°05 2°24 1°89 2°08 | 2°05 N106. NNE21. NE70. ENE 20. E24. ESE 21. SE80. SSE36. S72. SSW18. SW 33. WSW 12. W 53. WNW 22. NW 53. NNW 25. Calm or Var. 78. 44 BEN NEVIS OBSERVATORY. WIND. DIRECTION AND Force (0 to 12). JUNE 1888. 1 2 3 4 5 6 7 8 9 10 11 12 Max. Dir'n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force. |Dir’n. Force.|Dir’n. Force. |Dir'n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force, |Dir’n, Force.|Dir’n, Force. 1 |E 0-2|E 0-1/E 0-2 | E 1/N 1-2] NE 2-3 | N 1-3) N 1-3 | NE 1-2| Var. O0-1/ENE 1-2|N 1-2 3 2 |E 1|E 1| NE 1| NE 1/E 2)E 2-3 | ESE 3)E 2-3] E 2-3 | E 3|E 3/E 3 6 3 |SE 6|SE 6|SE 6|SE 5|SE 5-6 | SE 4|SE 3-4 | SE 4/SE 4-5 | ESE 4|SE 4|SE 3 6 4 ESE 0-1/E 0} NE 0} Var. 0-1; N 1|/N 12)NNE 2-3|N 1-3|NNE 1-2/NNE 1-2/ NE 1-2|N 1-2 3 5 | Calm 0| ESE 1| ESE 1|/ESE 1-2/|SSE 1-2] SE 1-2 | ESE 2|SE 3| SE 3-4 | SE 3-4 | SE 3-4|/ESE 3-4 5 6 |SE 7|SE 6-7 | ESE 6|ESE 7-8|ESE 6-7|ESE 67] ESE 8| ESE 7 | ESE 7 | ESE 7|ESE 7-8|SE 3-5 9 7 |SE 4-5|SE 4|SE 4/SE 4| SE ESE 4|SE 3] SSE 3| SSE 3 | SSE 3/SSE 3| SSE 2-3 5 8 2\;SSW 2-3/8 2-3/8 2|SSE 2|SE 2-3 |SE 2-3 | SE 2-3 | SE 2-3 | SE 3 | ESE 3/SE 3 4 9 |SSW 0-1] Calm 0o;S 0-1/8 0|Ss 1/8 0-1 | Calm 0} Calm 0} Calm 0 | Calm (On) 0-1}58 af 3 10 1-2 | NW 1-3 | NW 2-3 | NW 2-3) N 1-3 | NW 2-3 1-3 1-4 1-3 | N 1-3 | N 1-3|N 1-3 4 11 | WNW 2/)W 2-3| WSW 1-2|}SW 2) WSW 1|SW 2-3|5S 2/8 2-3/8 3/S 2-3/5 3/SSE 3-4 5 12 | SSE 3/ SSE 4/S 6/S 5-6 | SE 7-8|SE 8-9 | SE 8-9 | SE 6-7 | SE 7-8|SSE 7-8|SE 6-9 | SE 6-8 9 13 |S 3-4 | SSE 5|S 4/8 3-4/8 3|SSE 3-418 2-3) WSW 0-1/5 1| SSW 1;/SSW 1-2) SSW 1 5 14/8 0-1/S 0-1/8 0 | Calm 0 | Calm O|N 0 | Calm Var 0} Calm 0| Var. 0} Calm 0 | Calm 0 2 15/8 2-3)S 2-3)5 2-3/SSW 1-2/8 2-3 | SSE 3 2-3 | SE 2-3 3| SE 2|SE 3'ESE 1-2 5 16 | N 2-4| NE 2-4| NE 2|NNE 2-3|NE 1-3] NE 1-2| NE 2|E 1\E 2-3| ESE 4-5| ESE 4\E 3-4 5 LEN 2|N 0-1/N 0-1 1| NE 0-2 | N 1|N 1-2 | NE 1-2| ENE 1| ENE 1|/ENE 0-1|E 0 2 18 | NW 1|N 2| NNW 2|N 2-3 | N 1|/N Ni 0-1)/NW 0-1|N 0 | Calm 0 | Calm 0| SE 0-1 3 19 |N 0-1) N 0-1|N SN O|N O|N O|N 0-1|/ENE 0O1/E 1| ESE 0-1|E 1|SE 1-2 2 20 |E 0-1 | ESE 2| ESE 2|ESE 2-3/E 2) ESE 3| ESE 3 | ESE 3|E 2-3| E 2-3 | SE 2-3 | E $ 4 21 |E 1-3|E 34/E 3|SE 3-4] E 3-4) E 3-4/E 3|E 2-4 2-4) EH 4|E 4-5 | ESE 5 5 22 | NE 1-3 | NE 1-3|N 1-3|N 1-2|N 1-2)N 1-2 | NE 1-2| ENE 1| ESE 2|E 2-3|ESE 2-3/E 1-2 3 23 | Calm 0| NNE 0|N 0-1|NNE 0-1) NNE_ 0-1| ESE 0-1) SE 0-1|E 0 | Calm 0) ESE 0-1 | ESE 1|SE 1 2 24 |E 1|/E 1|E 1|/ESE 1-2|E 1-2 | ESE 2/ESE 1-2)ESE 2-3]|SE 3; ESE 2-3|/ESE 2-3] ESE 3 6 25 | ESE 6|SE 6-7|ESE 67|SE 6 | ESE 5|SE 6| SE 5-6 | SE 6|ESE 45|)ESE 56/HSE 4-5|)BESE 4-5 7 26 |SE 4-5|SE 5|SE 4-5 | SE 5|SE 4|ESE 4-5] ESE 5 | ESE 4|ESE 3-4/ESE 45/ESE 4-5] ESE 5 7 27 | ESE 5|SE 6 | ESE 6|ESE 5-6|SE 6|SE 5-6| ESE 5-6| ESE 5 | SE 5|E 3-4| ESE 2-4/E 3-5 6 28 | ESE 3|E 1-3|E 2|E 2) 2-3|ESE 2-3/E 2-3) E 2|E 1-2|E 2-3 | E 2|E 2-3 3 29 | Calm 0|NE 0-1|N O|N 0-1|N 0-1 | N O|N 1|N 1-2|N 1-2|N 1-2|N 1-2| N 1 6 30 | N 5-7| N 1-4|N 2-5|N 2-4) N 5-7 | N 3-5|N 3-6 | N 4-6 | N 4-6 | N 2-4 | NE 2-4 | Var. 1-2 1 MEAN 2°40 2°50 2°50 2°50 2°60 2°73 2°73 2°57 2°62 2°63 2°72 2°52 13 14 15 16 17 18 19 20 21 22 23 Midnight. |Mean. Dir'’n. Force.|Dir'n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir'n. Force.) Dir’n. Force. |Dir'n. Force.|/Dir’n. Force.'Dir’n Force.|Dir’n. Force.| Force 1 | ENE 1| ENE 1)ENE 1-2|N 1| NNE 1|/ENE 1-2| Calm 0| NE 12|E 0] Var. 0-1) Var. 0O-1|/ Var. O41} 11 2 |ESE 34/SE 3-4| SE 4|ESE 45|E 5 | ESE 5| ESE 5-6|SE 5| SE 5|SE 4-5 | SE 5|SE 6| 3:4 3 |SE 3|SE 2-3 | SE 2-3 | SE 3|ESE 2-3) ESE 1|SE 2-3 | SE 1-2|SE 1-2|SE 1|SE 1| ESE 1} 33 4 | NE 1-3} N 1-2| NE 1-2|N 1-2|N 1-2| NE 0-2 | NE PAL \feie 1| NE 1 | Calm 0|E 0) Calm (4) abet 5 |ESE 3-4|SE 2|ESE 3-4|SE 3 | ESE 4) ESE 4) ESE 4|ESE 3-4|SE 4|SE 4|SE 5|SE 5| 3:0 6 |SE 4-5|ESE 5-6|/ESE 5-6| ESE 5| SE 8\|ESE 89] ESE 8|SE 8|SE 6| SE 6| SE 5-6 | SE 4-5) 6°5 7 | SSE 2|SSE 3/S 2-3 | SSE 3|SE 2-3/8 2-3/8 12|)SSE 23/S 2|SSE 2\S 2-3/8 1-2| 29 8 | ESE 4|SSE 3|SSE 23)|SSE 2|SE 2-3 | SE 2-3 | SE 12 | SE 1-2 | SE 2|SE 1/8 1/s i || eB} 9 |SSW 0-1|SW 1|SW 1| NW 1|/NW 0-1; WNW 0-1| WNW 2-3| NNW 0-1} NW 1|/NW 0-1 | W 2|N 1-2] 07 10 |N 1-2|N 1-3|N 1-3| N 1-3 | ENE 2\|ENE 1-2\|N 12|)N 1-2 | NNW 1 1| W 1-2} WNW) 2] 1:9 11 |SSE 445|S 3-4/8 4-5 | SSE 5 | SSE 5| SE 5|SSE 45]S 4-5/5 418 3-4/5 8-4/5 4] 33 12 |SE 6-8 | SSE 7|SE 4-6 4|SSE 5-6 | SSE 3-4|SE 4-5 | SW 2-3 | SW 2-3 | SW 2| SSW 2/8 2| 52 13 | SSW 1|s 1/SSW 0-1] SSW 1| SSW 1| WSW 1|SSE 0-1 | SW 0|/SW 1| SSW 1/8 1|s 1| 1:7 14 |SW 0-1 | Calm 0) Var. 0-1) W 0-1 | Calm 0| W 0-1| Var. 0-1/SW 0-1 | SW 1/SW 1/SSW 1-2/8 1-2} 074 15 ,;NW O|N 1,\E 0-1 | Calm 0| NE 1| NE 1-2| NE 1-2)N 2| NNW 2-3|N 1-3|NNE 3-5| NE 3-5 | 2:0 16 |E 23|)ESE 23]|SE 1-2 | Calm 0|E 0-1 | Calm 0| NE 0-1| N 0-1| N 1-2| N 1\)N 0-2 | N 0-2] 1°8 17. | ENE 0-1) Calm 0|NE 0-1 | Calm 0 | Calm 0} Calm 0 | Calm O|N 0-1 | Calm 0 | Calm 0| SW 0-1 | W 1} 06 18 | Calm 0 | Calm 0| Var. 0-1/E 0-1| N 1| Calm 0| NW 0 | Calm 0| Calm 0} Calm 0} Calm 0 | Calm 0; 05 19 | SE 1| ENE 1/E 0-1|E 1\E 0-1|E 0-1) E 0-1) N 0-1 | Calm 0| NE 0-1| NE 1-2| NE 1-2] 0-7 20 |E 2|SE 2-3 | ESE 2)/ESE 23/H 2-3 | ESE 1) Var. O-1|NNE 12/5 3|NE 2-3 | E 24/E 2-4] 2:3 21 |E 5|E 3-4 | E 2-3|ESE 3-4| ENE 2\E 0-1)/ENE 01]NE 0-2|E 1-3| E 2-3| NE 1-3} ENE 2-4] 2°9 22 |ESE 0-2|/ESE 1-2/E 215 0-1/ESE 1-2) ESE 2\E 1 | Calm 0 | Calm 0| Var. O1|N 0 | Calm 0} 1:3 23 | ESE 2|SE 1| Calm 0| Calm 0 | SSE 0|ESE 0-1|E 1} ESE 2/8 1} Calm 0 | Calm 0|NE 0} 05 24 | ESE 3| SE 3 | ESE 3 2-3|ESE 3-4|SE 4|ESE 3-4/SE 3-4 | SEH 4-5 | SE 6-6 | SE 6 | ESE 6| 3:0 25 | ESE 4|ESE 3-4/SE 2-3 | E 3 | ESE 4| ESE 2| ESE 3| SE 2|SE 1-2|SE 1| SE 2| ESE 4] 4-1 26 | ESE 5| SE 4-5|SE 5|ESE 4-5| ESE 5-6 | ESE 6| SE 6 | SE 5-6 | SE 6| SE 6|SE 6-7 | SE 5-6 | 5:0 27 | ESE 3-4 | ESE 3-4) E 3| ESE 4-5|E 4\E 4|\K 3-4] E 3] NE 1-3;)E 1-2] 1-3| E 2-3] 4:0 28 | ESE 2\E 2-3|E 2|E 2-3|E 1|\E 2|Var. 0-1|E 1|5 1-2|}ENE 1-2/N 1-2| NE 0-1} 1:9 29 N 2-3|N 2-3 | N 1-3 | N 2-4|N 2-3| NE 1-3 | N 3-5 | N 8-5 | N 4-5|N 46|N 1-4|N 3-6] 2°0 80 | Var. 1-2 | Var. 0-2) N 1-2|N 2|N 0-1) N 1) Var 0-1 | NE 1|E O|N 0-2|N 21N 1} 2°5 MEAN 2°47 2°30 2°2 2°22 2°37 2°17 2°18 2°07 2:07 1°95 2°22 2°30| 2°40 104. NNE10. NE41, ENE 18. E99. ESE114. SE127. SSE31. S51. SSW14. SW14. WSW4. W6. WNW4. NW13. NNW 4. Calm or Var. 66. BEN NEVIS OBSERVATORY. 45 WIND. DIRECTION AND ForRcE (0 to 12). JULY 1888. 1 2 3 4 5 6 7 8 9 10 ll 12 Max Dir’n. Force. |Dir’n. Force.|Dir’n. Force.|Dir’n. Force. |Dir’n. Force.|Dir’n. Force.|Dir’n. Force. |Dir’n. Force.|Dir’n. Force. |Dir’n. Force.|Dir’n. Force.|Dir’n. Force. 1 |N 1-2|N 2|N 1-2|N 2|N 12|)N 1|N 1-2|N 1-2|N 1|N 0-1 | Calm 0/|S 0-1 3 | 2 |SSE 3|SSE 3 | SSE 3/s 2-3 | SE 2-3 | SE 2-3 | SH 3| SE 3| SE 3| SE 3-4 | SE 4-5 | SE 5-6 7 3 |ESE 5-6|E 5-6|ESE 46/E 4|E 3-4 | ENE 3| NE 1-3|ENE 1-3/E 1-2|E 0-2| Var. 0O1/E 0-1 6 4 |E 1-2| NNE 0| NE 0| Calm 0 | Calm 0|\|E 0-1)/ESE 12/\E 2|\E 2-3 | ESE 3|E 2-3|E 2-3 3 5 | ESE 3| SE 3-4 | ESE 3|ESE 2-3 2-3|E 2|E 2\|E 2| ESE 2| 5 1|E 1/E 1 4 6 |Var. O-1|N 1|NNE 1|/N 1|N 0-1| N 1|N 0-1 | Calm O|N 0| Calm 0| NE 0 | Calm 0 1 7 | Calm 0 | Calm 0 | Calm 0} WNW 0-1| Calm 0 | Calm 0|/NW 0|WSW 0-1/5 0| W 1] Var. 0-1)SW il 2 8 |WSW 1-2} WSW 12|SW 2|WSW 1-2)SW 1|W ANAS EN 1|W 1| WNW 0-1|] W 1-2| NW 0 2 9 | WSW 1-2} WSW 1-2} WNW 0-2|NW-) 2-3) W 0-1 | NW 1;NW 1-2\|N 2-41 E 2-4 | NE 2-3)ENE 1-3|N 3-4 5 10 | NE 1-3 | NE 1-3;NNE 2-4|N 2-4| N 1-2|N 2-3|N 1-3/N 1-3| N 1-2 | Var. 1-2) N 1| NE 1-3 4 11 | NE 1-3|N 2-3| Var. 0-2|N 1-2|ENE 1-2}ENE 12/ENE 1-2/NE 2-3 | N 2-4 | NE 0-2 | NE 1-3 | N 1-3 4 TN 1-3|N 4|N 3|N 3-4|N 4|N 2-3|N 2-3|N 3|N 3-4| Var. 0-2/N 2-3 | N 3}, 18 |NNW 4|N 5|N 4|N 5|N 3|N 3-4 | N 3-5 | N 4-5|N 4-5|N 4-5|N 4-5|N 4 5 14 |N 2|N 2|N 2| NNW 2|N 2|N 1-2 | NNW DN 2| NNW 1| NW 0| Calm 0 | Calm 0 2 15 |SE 1) SSE 1| SSE 1| SE 0-1|/SSE 0-1|SE 0/S 0| SE 1|SE 1| SE 0-1|SE 0-1 | E 0-1 5 16 |SE 4|SE 4-5|ESE 4-5| ESE 5| ESE 4-5 | ESE 4-5 | ESE 4-5 | ESE 4-5| ESE 4-5/ ESE 4-5 | ESE 3-4 | ESE 3-4 5 17 | ESE 5| ESE 2-4)E 4| ESE 5|SE 2-3/E 2-3 |) E 2-3|E 2-3 E 2-3] E 1-2 | Var. 0-1/E 2 7 18 |E 3-5|E 3-4| E 46|E 4-5|E 4-5|E 4-5|ENE 3-5|E 5-6 NE 2-4/ NE 2-4|NNE 2-3] Var. 0-1 6 19 | ESE 1-2/SE 1| SE 2 | Calm 0 | Calm 0 | Calm 0 | Calm 0 | ESE 0|ESE 0-1|/ESE 12/ESE 0O-1/E 0-1 4 20 |sE 4| SSE 5 | SSE 4|SE 5 | ESE 3| SE 3-4 | SE 3-4 | SSE 4|SSE 23)/SSE 12/SE 2|SE 2-3 5 21 | SE 4-5|SE 4-5 | SH 3| SE 3-4/5 3| SSE 1| SSE 1/Ss 0-1 | SE 0/SSE 0-1] Calm 0|W 0 5 22 | SSE 4|SE 4/SE 4|SE 3-4|ESE 3-4|/ESE 3-4|E 4/ESE 45/E 4/ESE 3-4|ESE 4-5/SE 5 5 23 |SSE 4-5/SE 3-5 | SE 3-4|SE 4|/SE 5-6|ESE 45] ESE 4|ESE 3-4|SE 3 | ESE 3 | SSE 3/8 2 6 24 4/8 2|S 2/8 2-3|S 2-3 | SSE 2-3| SE PMN) 21S 2/8 1-2/8 1\8 0-1 | SW 0-1 3 25 | SW 1-2| SW 1|SW 2)}SSW 1-2/SSW 0-1) SSW 1|8 1/8 1/8 0-1 | Calm 0;S 0-1;S 0 2 26 | Calm 0 | Calm 0 | Calm 0| Calm O|N 0-1| N 1|/N 1) NNW LiN 0 | Calm 0} Calm O|N 0 1 27 | Calm 0| W 0 | Calm 0| Calm 0 | Calm 0| Calm 0| SSE 1|/SSE 0-1|SE 2|SE 2| SSE 2)\SSE 12 4 28 | ESE 2\E 2 2-3) E 2-3 1-2 1/NE 1|N 0-1| E 1|E 1-2 | Var. 0|zE 0-1 3 29 |E 2-3 | ESE 2| ESE 2| ESE 2| ESE 8|ESE 2-3] ESE 3|ESE 3-4] ESE 3 | ESE 3/5 2-3 | EB 2-3 4 30 |E 3| ESE 3/ESE 2-3] Calm 0|zE 0-1 2-3 | E 2|E 2| NE 0-1 | NE 1|N 1-2 | NE 0-1 3 31 | Calm O|N 1-2 | N 1-2/N 1-2/E 1|N 1-2|N 0-1|N 0-1| N 1/N 0-1| N 0-1|N 0 2 MEAN 2°37 2°44 2°37 2°34 1°95 1:90 1°94 2°13 1°87 1°60 1°52 1°53 13 14 15 16 17 18 19 20 21 22 23 Midnight. |Mean Dir’n, Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force. Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force. Dir’n. Force.|Dir’n. Force.|Force. 1 |SE 1|SE 1-2/8 1| SSE 1-2 | SSE 1/8 1|S 1} SSE 1/8 1-2/8 1|8 2| SSE 2-3 13 2 |SE 5|SE 4-5|SE 5-6 | ESE 5|ESE 5-6|ESE 5-6] ESE 6|ESE 5-6|ESE 6-7/ESE 5-7/|E 4-6/E 4-5] 4:3 3 |E 0-1] ENE 1| NE 1|N 0-1) E 1-2) E 2\E 2/|EH 0-1 | E 0| EH 0-1 NE 1/ NE i 1:9 4 |E 2-3 | ESE 1| SE 0-1 | ESE 2|E 1|\E 3|E 1-2,ESE 12/E 2-3 | ESE 3| ESE 3| SE By) aler/ 5 |E 0-1] E 0} Calm 0|/E O|N O-1|)N 0-1| NE O|N 0-1|N O|N 0-1 | Calm O|N QO; 1:2 6 | Calm 0 | Calm O|N 0-1 | NE 0| NW 0 | Calm 0} Calm 0 | Calm 0 | Calm O|N 0) Calm 0 | Calm 0} 02 7 | Calm 0|SW 0-1 | W 1| W 0-2 | Calm 0|W 0-1 | Calm 0| NW 0|WNW 1/|W 2| W 2| WSW 2} 06 8 | Var 0| WSW 1|/SW 1-2/SW 1| SSW 2| WSW 2) NW 2|W 1-2|W 2) WwW 1-2| W 2|}WNW 1-2] 1:3 9 |N 24|NNE 1-3}NNE 2-3] NE 1-3 | NE 1-3 | NE 1-3| NE 1-3|N 14|N 2-5|N 1-4; NNE 1-4] Var. 0-1 21 10 | N 1-2|N 1-3] Var. 1-2/E 1-3 | Var. 0-2|) Var. 0-2) Var. 0-1) E 1-2 | NE 1-3 | NE 2-3| NE 1-3 | NE 1-3 18 11 | NE 1-2|N 2-3| Var. 0-1] Var 1|NNW 1-2|NE 1-2| NE 1-2|N 2-3 | N 2-3|N 1-3| N 2-3 | N 1-4 1°8 oN 2-3) Var. 0-1] W 1|N 1|/N AEN 1-2) N 1-2|N 2|N 1-2|N SAN 2-3 | N 2 2°2 ona N 3-4) N 2-3 | N 1-2|)N 2-3 | N 4|N 3-4) N 4| NNW 4|N 3-4 | N 3|N 2-3 | N 2-3} 3°6 14 | Calm 0} Calm O|N 0-1 | Calm 0 | Calm 0 | Calm 0|E 0-1) E 0-1 | Calm 0 | Calm 0 | Calm 0| SE 0-1) 0-8 15 |E 0-1) E 0-1|}ESE 1-2|SE 2-3/ESE 2-3/SE 3-4 | SE 4/SE 4|SE 5|SE 5|SE 4-5|SE 5] 19 16 | ESE 3 | ESE 3|/ESE 24/E 1-2/E 2\E 1| ESE 4| ESE 4| ESE 4/ESE 3-4| ESE 4! BSE 4| 3:7 17 |NE 1-2 | ESE 4| ESE 5|E 4-5|E 4|\|E 4-6|E 5-7 | ESE 5-6 | ESE 5| E 3) 3) NE 2 34 18 | Calm 0o|N 0-1|/ N 1| Var. O0-1|/N 0-1/NNE 0-1/ NE 0-1] E 2/ESE 23) ESE 2| ESE 2) SE 2) 2:4 19 | Calm 0|s 0-1/8 1\|SSE 0-1/S 0-1/S 1) SSE 1| SE 1-2 | SE 1-2|SE 2;SE 3-4 | SE 3-4] 1:0 20 |SE 3-4] SSE 2|SSE 2-3 | SE 3] SSH 0 | SSE 2)SE 3|SE 2-4|SE 2-3 | SE 4|SE 4-5 | SE 3 31 21 | SW 0-1|SW 0-1/S 0;S 0-1 | Calm 0} SSE 2|SSE 1-2/8 1/ SSE 1/SE 1-2|SE 2-3 | SE 3-4 15 22 | SE 4-5|SE 3-4 | SE 3-4 | SE 3-4 | SE 3/|SE 3-4) SE 4|SE 5|SE 4-5 | SE 4-5 | SE 4|SE 4] 40 23 |S 1/8 2-3/8 1| SSW 1) SSW 2|)SSW 23/8 2-3/5 2|8 1-2/8 2| SSE 2-3/8 2| 2:8 24 |Var. 0-1|/SW 0| WSW AW 1|W 1-2; SW 1) WSW 2| WSW 1| WSW 0| WSW 1} Calm 0|SW 1s 25 |S 0-1 | Calm 0 | Calm 0} Calm O|N O|N 1 0 | Calm 0 | Calm 0 | Calm 0|ESE 0-1) Calm 0} O06 26 |N O|N 0 | Calm 0| Var. O0-1/N O|N 0| Calm O;|N 0-1/ N 0-1) N 1) NNW 1)/N 1] 03 27 |E 1-2| SE 0/SSE 0-1/ESE 12/E 1/E 3 | ESE 3|SE 3/ESE 3-4|SE 4| ESE 2|ESE 3-4] 1:5 28 |E 0 | Calm 0|E NEN 0-1| NE 0|/ENE 0-1/ NE 0-1|E 1|E 12/E 1-2|E 1-2 | ESE Zale Lett 29 |ESE 23] ESE 2)ESE 23/] SE 3/E 2-3 | ESE 3|E 2-3 | E 2-3 | ESE 3/ESE 2-3/ESE 2-3/ESE 2-3] 26 30 | Calm 0|NNE 01/N 1) Var. O1|/N 1| Var. 0-1] NE 1|N 1-2} NNE 20 N 2|NNE 1-3/3 0-1 13 31 | Var. 0-1) N 0/SE 1| Var 0-1/Var. O1}NW_ 0-1) Var 0| NE 0-1/N 0-1)N 1-2| NNW 2|NW 2] 08 MBEAN 1°34 1°24 1°42 1:44 1°35 1°76 1°87 1°98 2°13 2°18 2°23 2°13 | 1°88 N40. NNE11. NE40. ENE9. E101. ESE 93. SE94. SSE37. S43. SSW7. SW15. WSW14. W20. WNW 5. NW11. NNW9. Calm or Var. 95. 46 BEN NEVIS OBSERVATORY. WIND. DIRECTION AND Force (0 to 12). AUGUST 1888. 1 2 3 4 6 6 7 8 9 10 ll 12 Max. Dir'n. Force. 'Dir’n. Force. |Dir’n, Force.|Dir’n. Force. |Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir'n. Force.|Dir’n, Force.|Dir’n, Force.|Dir’n. Force. |Dir’n. Force. LN 1-2| NNW 1-2) NNW 1-2| NNW 2|N 15) Var. O|N 0-1|N 0 | Calm 0 | Calm 0 | Calm 0| Var. O1 2 2 |SW 1|SwW 1-2| SW 1-2| SW 1)/SW 1-2| SW 1} WSW 1-2) WSW 0-1| Calm 0) W 0-1)SSW 1-2|SW al 3 3 |SW 2|SSW 2-3|SW 3|SW 3-4 | SW 2-3/SSW 8-4|SSW 3-4/8 3-4 | SSW 3/8 2-4)/SSW 4-5|SW 2-4 5 4 |N 21N 1-2|N 1-3/ N 0-2| N 0-3 | Var. 0o|NW 0-1] Calm 0|NNW 0-1] WNW 0-1/ Var. 0-1} NNW 1 4 6 | NE 2-4 | NE 1-3 | NE 0-3) E 2-3|NNE 1-3 1-3| Var. 1-3/ NE 1-3 | NE 1-3| Var. 0-2] Var. O2|Var. 0-2 4 6 | N 2|N 2-3| N |N 3|N 2-3 | N 23|N 2|NW 2-3] WNW 2-3) W 1-2 | W 1|SW ak 4 TW: 2-4 | SW 3| SW 2-4: WSW 3-4/)SW 2-3 | W 1-3) WSW 2-3} WSW 2-4] W 2-4) W 2-3 | W 1-3 | WSW 3 4 8 | WSW 14/1W 2-4 | W 2-5 | NW 2-5 | WNW 3 3|WNW 1-3) W 1-3 | NW 2-3) WNW 2-4] NW 1-2 | NW 1-2 5 9 |NW 21 W 1-3|};NW 24|)WNW 2-3|WNW 2|WNW 1-2| WNW 1-2|NW_) 1-2|W 12|WNW 1|W il 12 4 10 |W 0-1) W 2;}NNW 1|NNW 1| NNW 1 0-1| N 1| Calm 0|/ESE 1-2/SE 2-3 | SE 1-2 | ESE 2 4 ll |SE 3-4 | SE 3| SE 3|SE 3|SE 2-3 | ESE 3|SE 3/\SE 3-4 | SE 3-4) ESE 3-4|SE 8-4| ESE 3-4 5 12 | SSE 4|SSE 4| SSE 5|S 4-5| SE 3|SE 3-4| SE 3-5 | SE 4/SSE 34/58 31S 2 3 5 13 | SE Pim 0-1|N EN) DANG 3|N 2-3 ' NNE 1|N 0-1 1-2) 1-3!N 1-2 | Var 0-1 7 14 |N 14/N 2-4|NNE 3-6/N 2-4|NNE 3-5|N 14|N 2-4 34|(N 1-3|NNE 2-3|}NE 1-3 | E 0-1 6 15 |N 2-3|N 3|N 1-3| N 2-3) N 1-2/N 2-3|N 2| NNE 1)/N 0-1) N 12|N 1 | Calm 0 3 16 |NNW 1/N 1 2|N 1|N 0-1| N 0-1/N 0-1/N o|N 0-1|N 0|Calm O|SSE 0-1] 2 LF |W | Ni 1|NNW 1-2|N 2-3 | NNW 3)N 2-3|N 2-3|N 0-1| N 0-1 | Calm 0| Calm 0| ESE 0 3 is |W 1 1-2| WNW 1) NNW 1|N 1-2 2-3; NNW 2-3,N 1-2 | Calm 0; Calm 0| SSE 0-1/5 0 3 19 |S 1-2/8 1-2;}SSW 1-2/8 1| SSW 1|SSW 1/8 218 1-2|SSE 23]/SSE 3| SSE 3 | SSE 3 8 20 | SE 7|SE 6-7 | SE 7-8 | SE 6-7 | SE 6/SE 5-6 SE 4-5|SE 4|ESE 3-4) ESE 3-4] ESE 3/ SE 4 8 21 |SE 8|SE 3-4 | SE 3 3|SE 1-2 | SSE 1, SE 1-2 | SE 2|SE 1| SE 1/SSE 1-2/SE uL 4 of IN 0-1;NNW 1-2|N 1]/NNW 2/|ESE 0-1/N 1/E 0-1/ESE 2-3|N 0-1} Var. 0-1| W 0-1 | Var 0 3 23 | SSW 2/8 2-3/8 3-4 | SSE 41S 3-4 | SSE 4| SSE 5-6|SSE 5-6/SSE 5-6/SSEH 4-5/5 4-5 | SSW 4{ 10 24 | SW 4-7| SW 5-8 | SW 47|SW 2-5 | SW 2-3|}SSW 1-3) W 0-L|/SSW 1-2}SSW 1-2/8 3 | SW 2|S 3 8 25 |S 2-3/8 2-3/8 2-3|S8 2-3|/SSE 2-3/SSE 3 SSE 2| SSW 2|SSW 1-3]S 2)S 1-2/5 0-1 4 26 | SW 2-4) SW 3-4 | SW 3-4 3-5 |S 2-3 | SW 3) SW 3) W 0-2 | W 0-3 | W 1-2 | W 4/NW_ 1-3 5 27 |SW 3-6|SSW 3-6|SW 3-5| WSW 3-4) W 3-4| WSW 1-4 | W 0-1 | W 01) NW 0-2 | SW 0-4 | W 0-3| WNW 1-3 6 28 |W 1-3 2-4 | W 2-3 | W 24) W 1-3)NW 0-3) W 0-3 | WSW 3| NW 0| WSW 0-2| W 0-3 | WNW 0-1 4 29 |WNW 1/|Var. 0O1/N 0-1| Var. O1/|]N 0-2 | W 0; NNW 0-1] W 1| NW 3| WNW 2/NW- 0-1|NW 2 3 30 |WSW 1-2|SW 1-2 | SW 1-2| WSW 1|W 0-1 | SW 1 WNW 0-1/}W 1-2 | NW 0} NW 0 | Calm O|N 0-1 3 31 | N 23|NNE 24|N 24)N 2-4|N 2-4) N 3-4) N 3-4| N 1-2|N 2-3 | N 0-1 | NW 0-1 | NE 0-1 4 MEAN 2°34 2°55 2°63 2°60 2°21 2:08 1:98 1:84 171 1:70 1:58 1°50 13 14 15 16 17 18 19 20 21 22 23 Midnight. |Mean. Dir’n. Force.) Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Force. ear: 0-1 | W 1} Calm 0 | Var. 0-1 | W 1-2|N 0-1 | NE 0| NE 0| Var. 0-1 | Calm 0 | Calm 0|SW 0} 05 2 |W 2) WSW 1) SSW 2|SW 1|SW 1|SW 2| SW 1|SW 2)/SSW 2-3|/SW 3) SW 3|/SW 1-3] 1:5 3 |SW 2-5 | W 3-5|}WSW 2-3) WNW 1-2| NNW 1| NNW 12/N 1-2| NNE 1| NE 0-2 | NE 2|N 0-1) WSW 1-2| 2°5 4 | NW 1|N 0-1| NE 0-1 | Var. 0-2) N 1-2/)E 0-1| N 1} Var. 0-1| NE 1-3| N 24)NNE 3-4|NNE 24] 12 6 | Var. O0-1/N 1-2) NE 1-2| NE 1-2| Var. 0-2} NE 1-2} Var. 0-2}NNE 2-3] NE 2-3| N 4|NNE 3-4|N 1-3] 1:9 6 |SSW_ 1-2|SW 1-2 | SSW 1|SW 1|SW 2| Ww 2 2-3|WSW 23) WSW 3 | SW 3] WSW 3-4) WSW 2-4] 21 7 |WNW 13) W 1-3) W 1-3| WSW 1-3) W 2-3 | W 1-3; WNW 1-2} WNW 3 2-3|)NW 238|)NW = 2-4 2-41 2°5 8 | WNW 2-4) WNW 2-3) W 1-4 | NW 2-4 | W 2-3 | NW 1-3 2-3 | W 1-3| WNW 2-4 | W 3-5 | NW 2-3| WNW 2-3) 2°6 9 |W 1-2 | W 1-2 | SW 12)WNW 1|W 0-1 | NW 0 0-1|WNW 1|NW 1|W 2|W 0-1 | Calm 0} 1:3 10 | ESE 1| SE 2-3 | SE 1-2 | ESE 2|ESE 1-2/E 2|ESE 2-3|ESE 34|ESE 3-4/SE 4| SE 4|SE 4] 19 11 | ESE 4|SE 3|SE 4-5 | SE 4|SE 4|SE 4|SE 4|SE 4-5|SE 4-5 | SE 5| SE 5|SSE 4-5] 3:7 12 |SW 1-2/8 2| SSW 2|WSW 0-1;/SSW 1-2/5 1| SSE 2-3 | SSE 3-4/8 3-4 | SE 3 | SSE 3| SE 2-3] 2°9 13 | Var. 0-1| NE 0-2 | N 2-3) N 2-4 5|N 3-4| NE 3-4| N 2|N 3-4|NNE 3-6|NNE 4-7;NNE 3-5] 2°3 144\|E 0-1 | Var. 0-1|N 2| NW 1-3|N 1-2 | Var. 0-1 | N 1-2 | NW 2-3|NNW 2-3|N 1-3] N 1-3 | N 3} 2:2 15 | Calm 0} Var. O|N Be ol! Calm 0 | Var. 0 | Calm 0 | Calm 0O/Ss 0 | Calm 0} Calm 0} Calm O|N 0} 0-9 16 |S 0-1 | SSE 1-2 | SSE 1-2/8 0-1 | Var. o/s 0-1 | Calm 0 | Calm 0 | Calm O| N 0-1| N O|N Q-1| 06 17 | ESE 041/SSE 1-2|SE 1-2/8 0-1 | Calm 0 | Calm 0} Calm 0 | Calm 0} Calm 0 | Calm 0 | Calm 0|W 0-1] 0°8 18 | SSE 1|Ss 0| 8SW 1|SW 01s 0-1 | Calm 0 | Calm 0| Calm 0| Var. 0 0-1] SSW 1/8 1-2| 08 19 | SSE 3|SE 4|\SE 4| SSE 3| SSE 3-4 | SSE 4-5 | SE 5-6 | SE 5 | SE 5| SE 6| SE 6|SE 7-8 | 3:3 20 | SSE 4|SE 4-5 | SE 4/SSE 3-4 | SE 3| SE 3-4|ESE 3-4/SE 3-4 | SE 3|SE 3-4) 5E 3-4 | SE 34] 4:4 21 |8 0-1 | SSE 0|Ss 0 | Calm 0|WSW 0-1] Calm 0| W 0-1 | Calm O|N 1|N 0-1| N 1| NW Ly) 1:2 2 |N 0-1|N 0-1 | NNW 1|]WNW 0-2| W 0-1} WNW 0-2| NW 1]WNW 1-2|NW-) 1-2|NW 1| NW 1-2} WSW 1-2] 1:0 2 |S 4| Var 12|SSE 3-5/SE 5-7/8 7-8/8 7-8|SSE 8-9/SE 8-10 | SSE 9| SSE 6-8 | SE 5-8 6-7 | 5:2 “wa |Ss 3\8 3-4/5 2-3;S 1-2/8 3,8 4/8 4,8 4|SSE 5,8 1-2/5 3-48 3] 31 2 |S 118 3-4 | W 2|SSW 1-2|W 0-1|SSW 1-2/S 218 2-3|5 2-3/5 3/5 3-4/5 4] 2°2 26 |N 0-4] WNW 2-4| NW 1-3 | W 1-3 | NW 8|NW 0-2|SW 0-3} WSW 2-4| W 2-4 | W 3-4 | W 2-5 | W 3-5 | 2°7 27 | WNW 3|WNW 1-3) W 2-4 | W 2-3|}WNW 3|WNW 0-2|}NW 0-2] WSW 2-3| W 2-4) NW 2-3;|NW_ 1-3| WNW 2-3] 274 28 |WSW 0-1|SW 2-3| SW 23|NW 23|/NW 2-3} WNW 0-1! W 0-1 | Calm 0) NW 0| NW 0] WNW I1jN 0-1] 174 29 | NW 2|W 2-3 | W 0-1|NW 0-1|/NW~ 0-1] NW 1/WNW 3);NW 1-2;NW~ 1-2) W 1-2] W 1) W Ly) 12 80 |N 0-3| Var. 0-1| Calm 0| NE 0-3 | E 1-2] NE 2|N 3/N 2-3|)N 1-3 | N 1-2|N 1-2|N 3{ 1:2 81 | E 0-1| N 1) Var. 0-1 | Var. 0-1|N 0-1 | NW 0-1|N 1-2)WSW 2-3} WSW 2-3/| SW 2-3 | SW 2-3 | SW 3-4] 1:9 MEAN 1:63 1°82 1°82 1°65 1°84 1°66 1:97 2°19 2°40 2°48 2°50 2°55 | 2°05 N125 NNE15. NE21. ENEO. E9. ESE 20. SE73. SSE41. S64. SSW 27. SW 56. WSW 29. W81. WNW 38. NW 51. NNW 20. Calm or Var, 74, BEN NEVIS OBSERVATORY. 47 WIND. DIRECTION AND Force (0 to 12). SEPTEMBER 1888. 1 2 3 4 5 6 Yl 8 9 10 11 12 Max ir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.) Dir’n. Force.| Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force. 1 |SW 3-41SSW 3-4|SW 3-4 | SW 2-4 | SW 4-5|SW 5 | SW 5| SW 5 | SW 5|WSW 45/SW S| Nu 4-5 5 2 |W 0-2|NW 0-2) W 12}NW 0-2/Var. 1-3/SW O1/E . O-1|N 0-1|)N 0-1 O|NE 01} NW 0] 3 3/8 0-1 | SW 1/8 0-1) WSW 0-1} WSW 0-1|SW 0-1 | SW 0-1;);SSW 1-2|}SW 1-2 | SW 0-1 | SW 1-2 | SW 1-3 5 4 |W 2-4) WSW 2-5) W 0-1 | NW 1|NNW 0-1|NW_ 0-1} NW 1)/NW 0-1| W 2|NW 2) NW 1| NW il 5 5 | SW 3)/SSW 3-4/SSW 4|/SW 4-5|SW 1-4| WSW 1-4] W 1-2} W 4-5|W 0-1|WNW 0-2} WSW 34/|W 0-2 5 6 | WSW 2-4|W 2) Ww 1-4] W 2-6 | SW 2-6| WSW 3-6|SW 3-6 | SW 5-6|WSW 1-5|WSW 14|]W 2-5) WSW 1-3 6 7 |NE 1-3;N 1-2| Var. 0-1] NE 1-2)N 0-1 | NE 0-1/ NE 0-1 | Var. 0-1] E 0-1|E 0-1 | E 0-1/5 0-1 3 8 |N 0-1|N ON 1)N 1|N 0-1|/ N 1-2|N 1-2 | N 0-1) N O|N O|N 0-1/E 0 2 9 | WSW 1] WSW 1|W 1) NNW 0-1] Calm O| NW 0-1/E 0|zE 0| Calm 0|zE 0|SE 0-1|E 0-1 3 lo |S 2|SSW 2| WSW 1|W 1| Calm 0} Calm 0} Calm 0 | Calm 0} Calm 0 | Calm 0 | Calm 0| SSE 0-1 3 N 3|/N 3) N 3-4 | N 3-4 | N 1-3|}NNE 1-2|N 3-4|NNE 1-2/N 0-2 | N 0-1|/NNE 0-1/N 1-3 5 Calm 0| W 1|NE 0-1} Var. 0-2|N 0-1|NW O-L|NW 0-2/NW 0-2/NW 0-1] WNW 1-2) WNW 1-2| W 0-1 3 Ww ANE 1| W 1-2);WSW 1-2|W 0-1 | SW 1-3}WSW 0-1} WSW 0-1|SW 0-1 | SSW 0-1/5 1-2/8 1-2 5 8 4/8 51S 4|SSE 4|SSE 5|8 5 | SSE 5-6 | SE 5-6 | SE 5-6 | SSE 5-6 | SSE 5-6 | SE 2-4 6 Ss 45/58 5|5S 4/S 418 5|S 1-4/5 45/5 4-5/5 45/5 4-5 3-4+/SSW 2-3 5 NE 0-1|N 0-2 | NNE 2|N 12/N 2-3)N 1-2 | NW 3|NW 12/NW 3 | NW 3)/NW 45]/WNW 2-3 5 SW 2-3/5 2-3 | SW 1-3 | SW 1-4 | SW 3-4 | SW 4|SW 4-5 | SW 4-5| SW 4-5|SW 4-5 |SW 4-5 | SW 3-4 5 W 2|W 2-3 | W 2-3 | W 2-3 | W 0-1 | SW 1-2 | SW 1-2|WSW 0-1| W 0-1 | W 0-1 | Calm 0} Calm 0 3 SSW 12/SSW 1-2|SSW 2/s 1/S 0-1/SSE 1-2]/SSE 12/SSE 2-3/SSE 3 | SSE 4\S 4/8 3 4 Ss 3|SSE 3/8 3/5 3/8 41S 4|S 4/8 3-4 3-4/5 4|S.- 3-4/3 2-3 4 SW 2-3 | SW 2-3 | SW 3/SW 2-3 | SW 3|/ WwW 2-3 | W 2-3 | W 2) Ww 3|WNW 1-2} WNW 1-2/NW 1-2 3 8 3-4/8 41SSW 3-4|/SSW 3-4/SSW 3-4/SSW 41SW 3|SW 2-3 | SW 3) SW 4|/SW 2-3 | SW 3 4 NW 1|SW 1)/SW 12)SSW 1-2/8 2\8 1-2/8 1/ SSW 0 |SSW 0) SSW 0 | SSW 0|SSW oO-41 3 SE 2-3 | SE 2-3 | SE 2|SE 2-3 | SE 1-2| SE 1-2 | SE 0-1 | SE 0-1 | Calm 0|E 0-1/ESE 0-1] Calm 0 3 ESE 2|SE 2-3|/ESE 2-3) ESE 2\|ESE 01/E 0-1 | Calm 0O/E 0-1 | Calm 0|E 0-1/E 1-2 | SE 1-2 3 SE 2|SE 1-2/SE 2|SE 1-2/8 0-1/SSE 23/ESE 23)/SE 2-3 | SE 4|SSE 34|SSE 3-4|SSE 3 5 SSW 3(/SSW 2-3/SSW 3/SSW 2-3|SSW 2-3/|/SW 1-2 | SW 0-1 | SW 0-1 | W 0-1 | SW 0-1; WSW 0-1|WSW 0-1 3 SE 1|SE 2|SE 2|SE 2-3 | SSE 2\8 2|8 0-1|/SSE 041/SSE 1|SE 2|SSE 2| SSE 3 3 NNW 2|NNW 1-2/N 2|N 3\N 3-4] N 2-3 | N 23/ENE 1-3|N 3-4} N 0-1|N 0-1 | Var. 0-1 4 N 0-3 | NE 1-3|N 0-2) N 1-3| N 3-4) N 1-2|N 1-3 | N 1-5|N 24|)N 45|N 3-4|NNE 2-5 5 2°08 2°25 2°12 2°20 2°05 2°00 1:98 1:93 1°92 1:90 2°05 1:67 13 14 15 16 Ly 18 19 20 21 22 23 Midnight. |Mean. Dir'n. Force.|Dirn. Force.|Dir’n. Force.|Dir’n. Force.) Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Force. 1 |W 4-5 | W 2|NNW 2-3) NW 2-3 | W 14 | W 14|WNW 1-2| W 2-3 | W 2-3 | NW 1-3 | NW 1-2 | NW 0-2 | 3°3 2 |N 0-1 | Calm 0 | Calm 0 | Calm 0| NE 0|/ NE 0| NE O's 0 | Calm 0/ SSE o/s 0\Ss 0-1 | 0:4 3 /SW 2-3 | W 1| WSW 2| W 2|SW 2-3 | SW 2-3| SW 2-4 | SSW 3/SW 2-3 | SW 3-5 | SW 3-5 | SW 3-5] 18 4 |W Oo|NW 0-1| NNW 1| NW 1)WNW 0-1| W 0-2} WSW 2-3) WSW 3| WSW 3|W 3-4| SW 4|WSW 23] 16 5 |W 3-4; WNW 1) WSW 2) W 2-3|NNW 1-2|NW 2-5|W 3-5 | W 3| W 2)WSW 2-4| W 2-3] Var. 0-1} 2°5 6 |SW 2-5 | W 0-4 | NW 1-2) Var. 0-2 | Var 0-2 | NW 1-3 | NE 14|N 1-4|N 1-3 | N 2-4) N 1-3 | N 2-4] 2°8 7 |NNE 0-2|N 1-2|N 1|N 1-2|N O-1/N 1-2 | Var. 0-1 | Var. 0-1| NE 0-1/E 1-2|N 0-1|ENE 01] 09 8 |SE 0-1/8 1|s 0-1/5 01/8 O|S o/s 0 | Calm 0 | Calm 0| NW 0| W 1) WSW 1| 0:5 9 |SE 1| SSE 1) SE 2)SE 1| SE 1-2|SE 2-3 | SSE 2-3 1|SE 2)/SSE 28/SSE 23/S Pai) aleat 10 |SSE 041/SSE 2{N 0-1 | Calm 0} Calm 0 | Calm 0| W 0-1;NW 0O1]/NW 1|N 1-2 | NNW 2|N 2-3| 0-7 ll |NNE 1-2,{N 3-5 | NE 0-1| NE 0-1|NNW 1-2|N 12)N 0-1|N 0-2 | N 1-2/(N 1-2|N 1-2| N 1-2] 1°8 12 1-2| W 2-3) WSW 1-2) W 2-3 | SW 2-3 | SW 0-1] W 0-1} WSW 2-3| W 2|WNW 1-2| W 2) Ww il] sey 13 {8S 2-3/5 3|SSE 3| SSE 3/SSE 23/5 3-418 4-5/8 3-4]5S 4|S 45/8 5|S 4-5 | 2°3 14 | SSE 4|SE 3-4 | SSE 2-3| SE 5| SH 45 |SE 5-6 | SE 5| SSE 5 | SSE 6/S 5-6 | SSE 5|S 45] 4°7 1b |SSW 23] WSW 31S 3|/SW 2-3 | SW 1-2|SW 12}WNW 01/WNW 1|/NW 2)N 12|/NNE 0-1/N O11) 29 16 | WNW 1-3| W 2-3 | W 3|W 4|W 3-4 | W 3-4 | W 34) W 3| SW 2-3|WSW 2-3) W 3| W 2-3] 26 17 | WSW 45/]WSW 4-5|W 2-3 | W 3-4 | W 1-2 | NW 2-3 | NW 2-3 | NW 3-4 | NW 2-3 | WNW 2| WNW 1-2) NW 2-3] 3°2 18 |W 0-1} WNW 0-1] Calm 0|W 1| W 0-1} WSW 0-1] W 0-1 | SW 1|W 1-2 | SW 1| SSW 1|SSW 1} 10 19 |S 3|SE 3| SSE 3|S 3-4]S 1-2/5 2-3/5 12/SSE 23/SSE 2-3/SSE 218 2-3/8 2-3 | 2°3 20 |S 3-4 | SSE 8/8 23/8 2-3/5 3/8 3-4/8 4/8 2-3/5 2-3/5 2-3/5 2-3 |SW 2-3] 31 2 | NW 1-2| NW 0-1|] NW 0| W 1)}SW 0-1)SW 0-1 | SW 0-1 | SW 1|;SW 0-1/8 1-2/5 2\S8 23) 17 22 | WSW 4|WSW 3|WSW 3| WwW 3) W 3-4 | W 8-41 W 3) NW 3)/NW 3-4] NW 3;/NW 23/NW = 1-2) 3:2 23 |SSW 0-1;SSW 12/SW 2) Sw 1|W 0-1 | W 0| Calm 0} Calm 0| Calm 0| SE 1| SE 2|SE 2-3 | 0:9 24 |i 0-1|/ESE 1-2| ESE 1/ Calm 0 | Calm 0 | Calm 0|SE 0-1| 5 0-1|Var. O1/E 0| NE 0| ESE 2| 0-9 25 | SE 2-3 | SE 21SE 23|SE 2-3 | SE 3|SE 3/SE 2-3 | SE 1-2|SE 1-2 | SE 1|SE 23/|SE 1-2] 17 26 | SSE 45/8 8-5 | SE 1-2) SE 2-3 | SSE 2-3 |SSE 1-2 | SSE 1) SSE 2-3/5 2-3|SSW 2-3|SSW 2-3})SSW 3] 2:5 Ae MANE 0-1|SW 0-1 | W 0|SW 0-1 | Calm 0 | Calm 0) Calm 0| SE 1} Calm 0|SE 1|SE 1| SSE 2) 1:0 28 | SSE 3/8 218 218 2/8 2| SSW 1|SW 0-1 | W 1)NNW 1-2)NW- 1-2|}NNW 1-2) NW call aye 29 | ENE 23)|NE 23)NE 2-3| NE 1-3 | NE 0-3|NNW 1-3| NE 1-3|N 2-3| N 3-4| NE 1-3| NE 1-3|N 1-3 | 274 80 | N 3s4)/N 13/N 241] N 1-3|)N 24) N 2-5 | N 3-4 | NE 1-3 | NE 13| NE 1-3|NNE 2-3|NE 2-3 | 26 2°03 2°10 2:07) 1-97 N83. NNE9. NE27. HE NE 3. E 20. ESE 9. SE59. SSE 48. S92. SSW 35. SW 8&4. WSW 38. W88. WNW 16. NW50. NNW 12. Calm or Var. 47. 48 BEN NEVIS OBSERVATORY. WIND. DIRECTION AND Force (0 to 12). OCTOBER 1888. 1 2 3 4 5 6 7 8 9 10 11 12 Max. Dir’n. Force. Dir'n. Force.|Dir’n. Force.|Dir'n. Force.|Dir’n. Force. |Dir'n. Force. |Dir’n. Force.|Dir’n. Force.|Dir’n. Force. |Dir’n. Force.|Dir'n. Force.|Dir’n Force. PN 1-3|NNE 23]N 1-3 | NE 1-2|N 2-3 | Calm 0 | Calm 0 | Calm 0| NE 1-2|N 2-3 | N 2-3| N 2-3 4 2 | NNE 4|NNE 2-4|NNE 3-4| NE 3-4|N 2-5| NE 14|N 3-5 | N 8-5|NNE 23/NNE 2-3|NNE 12|N 2-3 7 3 | NNE 4-5 | N 3-5|)NNE 4-5|N 3-5 | N 2-3|N 2-3|N 2-3) N 3-4 | N 3-4 | N 4-5|N 2-3 | Calm 0 5 4 ENE 1-2 Var. 1-2|N 1-2 | NW 2-3 | W 1-3/N 2-3|N 3-4| ENE 2-3|SE 2-3) N 45|N 0-1 | Var. 2-3 6 5 |NNE 46'N 3-5 | NE 3-5 | NE 3-6| Var. 2-3)}/NNE 45/N 4-5 | N 4-5|N 4-5 | N 4-5| NE 38-5|NNE 3-5 6 6 | NE 1-3|NNE 1-2/N 2-3/ENE 1-2|N 1-3| N 24|)N 0-1|N 1-3 | N 1-3|N 1-3 | N 0-2|NNE 0-2 5 7 |NNE 3-5|NNE 45/|N 2-5 | NE 3-5 | N 2-4 | N 3-5 | N 2-3|N 2-4|N 2-4|)N 2-3|N 2-3 | N 1-2 5 8 | NNW 1-3/N 3| NE 2-3|)N 3,N 3|N 3|N 3/N 2-3| N 3)N 2-3] N 2-3 | N 2-3 3 9 | WSW 2) W 1-2 | WSW 2) W 2|SW 1-2 | SW 2|8 12)/NW 0-1;NNW 1;/NNW 0-1/N 0-1 | Calm 0 2 lu |N 2|N 1'N 1| NNE 1,N 0-1| N 1|/N 1-2; N 2 0-1 | NNW 2\N 1-2} Var. 0-1 2 11 |N 0-1) N 1-2 | N 1-2|N 2-3 | N 2-4| N 24|)N 3-4 | N 3-4| N 3-4 | N 3-4 | N 2-4 | WNW 3 5 12 |NNW 2-4) NNW 1-4 | N 2-3) N 2-3 | NW 2-3 | Var 2-3|N 2-3 | N 2-4 1-3 | NE 1-3 | N 2-4 | NE 2-3 6 13 |N 24|/NNE 2-4,/N 2-5| NE 3-5 | N 2-4|NNE 3-5|NNE 3-4|N 2-4| NE 2-4| NE 2-3| N 1-3| N 2-3 5 14 |NNE 2-3)N 3-4) NE 2-4|)NNE 2-3/N 3-4 3-4 | N 3-4 | N 3-4| N 2-3 | N 2-3 | N 2-3; NNE 2-3 4 15 | N 2-3} NNE 3| N 1-3 | N 2-3 | Var. 1-2|N 2\|N 1-2|/N 2|N 1-2|N 0-1| N 1] NW 0-1 3 16 | W 2|W 2| Ww 1) W 1) W 0-1 | W 1)/WSW 1-2|W 1| NW 0-1 | NW 0-1 | W 1|W 1 3 7, MN 0-1) N 1) Calm 0 | Calm 0 | Calm 0 | Calm 0| Calm 0 | ESE 1| ESE 1| ESE 2) ESE 3 | SSE 2-3 5 18 |SE 5 | SSE 4 SSE 5-6|SE 6| SSE 3-4 | SSE 4/SE 5 | SSE 5 | SSE 4-6 | SSE 5-6 | SE 3-5 |S 3 6 19 |S 4-5/8 4.8 4-5/8 4-5/5 46]5 5-7 |S 6-7 | SSW 6/S 5|S 5/58 5-6 |S 4-6 tf 20 | W 3-4 | NW 3-4 NNW 3/N 2-3 | N 0-1| N O| N 1/N 0-1] E 0-1 | ESE 2| ESE 2/E al 4 21 SEN 0; NW 1|;NNW 0-1;WNW 1|/W 0-1} WNW 0-1, Calm 0 | Calm 0) SW 0|S 1/Ss 1/8 0-1 1 22 |W 1|W 1 0-1 | SW 1|/SW 1/SW 1-2 | Sw 1-2 | SW 2|SW 2-3 | SW 2|SW 2| WSW 3 4 23 |W 4|W 4;WNW 4-5/W 4-5 | W 4| WNW 2-3|N 0-2 | W 2) W 2)/WSW 1-2) WSW 2|WSW 1-2 5 24 |SW 3) SW 3| WSW 3] WSW 3) WwW 1-3 1-3 | SW 2-3 | WSW 1|SW 1-2 | SW 2-3 | SW 1-3 | W 2-3 4 25 | SW 2-3; WSW 2-3) SW 2-3)}SSW 2-4/SSW 2-5/SSW 1-4)SSW ) 1-5|SW 2-4 | SW 0-5 | SW 3-5/SSW 1-5|SW 0-4 5 26 |SSW 24|SW 1-4 | SW 3-5 | SW 4-6 | SW 1-5 2-5 | W 1-5 | W 1-5 | SW 3-5|WSW 1-4) SW 1-3 | SW 1-3 6 27 | WSW 3-6; WSW 3-7} WSW 3-6] WSW 3-6} WSW 0-6] WSW 1-5|SW 3-6 | SW 3-6 | SW 3-6 | SW 3-7 | SW 3-6 | SW 47 7 28 | SW 3-6 | SW 3-7| WSW 4-6|SW 47|SSW 47|/SW 0-7 | SW 2-6 | SW 2-4 | SW 1-4 | SW 2-5 | SW 3-6 | SW 0-6 7 29 |NW 1-3;NW 1-4/NNW 1-3;}NW~ 2-4|W 1-4 | W 0-2 | W 1-5 | W 1-3 | W 0-4| WNW 0-2| W 3) W 0-2 5 30 | WSW 3, W 2-3 | SW 3) WSW 2|SW 3|SW 3-5 | SW 2/8 1-4 | SW 1-5 | SW 2|SW 0-2| WSW 1-3 5 31 |W 2-3, WSW 3|W 3-4} WSW 3-5|SW 4-5 | SW 1-4 | SSW 3| Var 0-1| N 0-3 | Var 0-2| N 0-3 | N 0-2 5 | MEAN 2°77 2°79 2°79 2:97 2°53 2°50 2°56 2°47 2°40 2°58 2°34 2°08 13 14 15 16 17 18 19 20 21 22 23 Midnight. |Mean. Dir’n. Force. |Dir'n. Force.|Dir’n. Force. |Dir’n. Force.|Dir’n. Force. |Dir’n. Force.|Dir’n. Force.|Dir'n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Force. 1 | Calm 0| Var. 1|N 1-3 | NE 1-3|N 1-2} Var. 0-1)/N 1-4|N 2-3 | N 3-4| N 4| NNE 2-3)/NNE 2-4] 1:9 2 |NNE 1-2/N 1-3|NNE 3-5|NNE 3-5|N 2-6|NE 67|NNE 35|NE 24/NE 3-4|NNE 34|N 4|NNE 3-5] 3:4 3 | Calm O|N 1-2|N 2|N 2|NNW 1-2|}NNW 0-1}NNW 0-1/N 0-1 | N O|N 1-2| NNE 1-2/ENE 0-2] 21 4 |N 3-4|N 2-4) NE 1-4 | NNW 5|NNW 4-5|N 1-3} N 4-5| N 3-5 | NE 2-4] NE 3-5 | NE 3-6 | N 2-5) 3:0 5 | NE 2-4 | Var. 1-3| N 1-3|/ENE 13/N 1-3) N 1-3|N 2-4|NNE 2-3) NNE 3| NE 1-3| NNE 0-3] Var. 1-2| 3°2 6 | NNW 0-1/ENE 1-2/E 0-2|NNE 23/N 3-5 | N 4-5|N 3-5 | N 3-4 | NE 1-3|NNE 2-3|NNE 38-5|NNE 3-5] 2:3 te {Ni 2 2-4|)N 3/N 4|N SEN 2-3 | N 4|N 4|N 4-5|NNE 4-5|N 3|N 3] 33 8 | NNW 1;/NW 1-2|W 1-2 | WSW WI AWy 12 | NW 1) NW 1;/NW 1-2) NW 1)NW 1-2| WSW 2| WSW Zi e250 9 |N 0-1 | N 0O|N 0-1) N 0-1) N 1, Calm 0|NNE 1-2| Calm 0| N 0-1| N 1|/N 1-2/N 2) 1:0 10 |N 0-1 | N 1/N 0-2 | N 1)N 1-2 Calm O|N 0-1 | Calm 0 | Calm 0 | Calm 0 | Calm O|N 0-1] 0-9 LEW: 4-5) W 3) W 3-4! NW 3;/NW 34 WNW 3|NW 3)/NW 24/NW 34/NNW 3-5|NNW 2-5|N 1-4] 3:0 12 | Var 1-3'1N 1-3| NNW 2-3 ,N 1-3|N 24,NE 3-4) N 4-6|N 3-5 | N 3-5 | N 2-4| N 4-6 | N 2-4] 2°9 13 | N 2-3| N 1-2 | Var 1| Var. 1] Calm 0} Var. 0-2 | Var. 0-1|N 3)N 3) N 1-3 | NE 2-3| NE 1-3] 274 14 | NNW 3|N 3|N 2-3 | NW 0-2 1-3 2-3 1-2 | W 1-2)N 2) NW 2-3 | NW 2| NW 2) 2°5 15 |N 12;NW 12}/NW 12|NW 1-2|}WNW 1|/WNW 1|NW~ 0-1|/ NW 1}NW 0O1/;NW~ 0-1] W 2) W PA) aly 16 |W 1| WSW 2| WSW 2|SW 2-3 | W 0-1 | Calm O|N 1| NNW 1|N 0-1| N 1|N 2|N it |) wet 17 | SE 3|SE 3| SSE 2-3 | SSE 4\58 4/5 4-5/8 1-3|5 4/58 3-4/5 3-4 | SSE 4-5|SE 5] 2:3 18 |S 24/8 4/58 418 3-4 | SSE 4-5/8 4/8 418 3/58 4-5 4-5/8 4-5/58 5] 4:3 19 | SSW 4|SW 2-4'SW 4,SW 3) SW 3-4 | SW 2-3/SSW 1-3|SW 2-3 | SW 2-3 | WSW 3| WSW 3-4] W 3-4] 4°1 20 | ESE 1-2/Calm 0 Calm 0 | Calm 0 | Calm 0} Calm 0\SE 0 | Calm 0 | Calm 0 | Calm O|N O|N 0-1} 0:9 21 |SW 0|W 0| W 0-1 | Calm 0 | Calm 0| W 0|SSW 0-1! Calm 0 | Calm 0|W 0o| W 0| W 0-1} 0°3 22 | WSW 3| WSW 3 |W 3-4 | W 3-4 | W 4|W 4|W 4 i 3-4 | W 4| W 4) W 4|W 4] 2°6 23 |W 3) SW 3-4 | SW 3|/SW 2-3 | SW 3|SW 3|SW 3|/WSW 3-4|SW 3-4 | SW 3-4 | WSW 3| W 2-3] 2:9 24 |W 2-3 | W 23|WSW 1-3) W 2|SW 2-4| SW 2-3 | W 2-3 | W 1-3 | W 1-3) WNW 1-3| NW 0-3 | W 1-3} 2°3 25 |SSW 1-5|SW 2-4|SSW 3-4/SW 2-4 | SW 3-5 | SW 0-3 | SW 1-5 | SW 2-5 | SW 3-5 | SW 2-4 | SW 1-4} SW 2-4] 3:0 26 | SW 1-5 | SW 1-4/SSW 23/)SW 2-5 | SW 1-5|/SSW 0-5)SW 2-5;)SSW 3-5|/SW 2-5 | SW 3-5 | SW 2-6| SW 2-6] 3:2 27 | SW 4-7 | SW 3-6 | SW 3-5 | SW 3-6 | SW 3-7 | SW 3-6 | SW 2-6 | SW 2-6 | SW 4-7 | SW 3-6 | SW 3-6 | SW 8-7 | 4:5 28 | SW 2-6 | SW 3-7 SW 3-6| WSW 3-6/SW 2-7| WSW 2-5| WSW 4-7/ W 3-7 | W 2-5| Var. 1-4|NW 1-4|NNW 2-3] 4:0 29 |W 2-4|NW 1-2) WNW 2-3| W 2-4)| WNW 0-2) W 0-3 | W 2-3|WNW 3/WNW 2-3;}NW- 2-3] W 2-3 | W 3] 2:2 30 | SW 5| W 2-3 | SW 3) W 3-4 | SW 1-4 | W 0-2 | W OL \W7 2-3)}SSW 2-3| SW 2-3 | WSW 2) WSW 2-3] 2°6 31 |N 0-1| NNW 1-3 | NNW 2\|N 1-3|N 0-1 | W 0-1 | W 1|WNW 1-2) NW 1|/NW. 0-1|N 0-2 | NNW 2| 1:8 MEAN 2°29 2°24 2°39. 2°50 2°48 2°13 2°47 2°48 2°48 2°50 2°63 2°65 | 2°60 N 206. NNE 42. NE30. ENE6. E3. ESE7. SE9. SSEJ2. S34. SSW18. SW1138. WSW 41. W 90. WNW 15. NW 40. NNW 25. Calm or Var. 53. BEN NEVIS OBSERVATORY. DIRECTION AND Force (0 to 12). 49 NOVEMBER 1888. WIND. uf Dir’n. Force. 1 | NW 2 2 |N 3-4 3 |SE 46 4 |SE 4-5 5 | ESE Y/ 6 | ESE 5-6 7 |ESE 7-8 8 | ESE 7-9 9 | ESE 6 10 |SE 9 11 |SE 6-8 12 |SE 4 13 |SE 9-10 14 |SE 3 15 | SSW 3 16 | SSE 5-7 17 |NW_ 1-3 18 |N 1-2 19 | NNW 2-3 20 | Var. 1-4 DA ON: 2-4 22 | WNW 2-4 23 | NNW 2-4 24 |W 3-5 25) | NW 2-4 26 |NW _ 3-4 27 | SSE 3 28 | N 1-3 29 | ESE 4 30 |E 6-7 MEAN 4:47 13 Dir’n. Force. a | NE 3-5 2 icN, 1-2 3 | ESE 5-6 4 |SE 5-6 5 |ESE 45 6 | ESE 67 7 | ESE 8-9 8 |ESE 6-7 9 | ESE 89 10 |SE 9 ll |s 2 12 | ESE 8 13 |SE 4 14 |SW 2-3 15 ;NW 13 16 | NW 2-5 17 |N 1-4 18 |N 2 19 |N 2-4 20 | NE 1-3 21 |N 1-5 PAS NE 2-4 23 | WNW 1-3 24 |WNW 1-2 25 | WNW 2-5 26°) N 1-2 27 |zE 3 28 | ESE 1-2 29 |E 6 30 | ESE 45 MEAN 4:03 bo .|Dir’n. Force. N 1 N 2-4 SE 4-6 SE 5 ESE 7 ESE 6 ESE 5-7 ESE 8 E 5-7 SE 8-9 SE 5-6 SE 4 SE 8-10 SSE 3 SW 2-3 Ss] 5-7 N 1-2 NW 1-2 N 1-3 N 1-4 Ni 1-4 NW 2-5 NW 1-3 WwW 2-6 WwW 2-4 NW 2-6 SSE 2-3 N 1-3 E 4 ESE 7 4°25 14 Dir’n. Force. N 45 NE 1-3 ESE 45 E 5-6 ESE 5-6 ESE 6 ESE 7-8 ESE 67 SE 7-8 SE 9 SSE 3-4 ESE 8-9 SE 5 WwW 12 N 1-3 NW 2-4 1-3 Var. 0-1 NW 3-4 NE 3-4 NNW 2-3 w 2-4 N 1-3 WNW 2-3 2-5 N 0-1 ESE 3-4 E 0-1 ESE 6 ESE 4 3°98 3 4 5 6 if 8 9 | 10 it 12 Max. ——ee eS | jee ee ee | a ee ea Div’n. Force. |Dir’n. Force.|Dir’n. Force.| Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force. Dir’n. Force.|Dir’n. Force.| Dir’n. Force. N 1|N 12|/NNW 0-1|N 1|NE 3|N 2-3|N 4|N 3-4|N 4|N 4| 6 NNE 1-3|N 14|N 0-2 | N 0-2|E 0-1) E 1-2|E 0-4| E 1-3] E 0-3/ENE 1-3 5 ESE 2-4|E 5-6] E 6|E 6|E 5-6 | E 6|E 4-6| E 5-6 | E 5-6 | ESE 6 6 SE 3-4| SE 45|ESE 45]/SE 6| ESE 5|ESE 46/]ESE 5-6| ESE 6| SE 6 | ESE 6 7 ESE 6-7| ESE 7 | ESE 7| ESE 7| ESE 6|E 7|ESE 67| ESE 47/ESE 5-6/SE 4-6 7 ESE 5-6|ESE 5-6| ESE 6| ESE 6|E 6|\E 6-7|ESE 6-7| ESE 7|ESE 7-8] ESE 6 8 ESE 7|E 7\|ESE 7-8/ESE 7-8|E 7-8 | E 6-8) E 7-8 | ESE 7| ESE 8| ESE 8 9 ESE 7-8| ESE 7|SE 8) ESE 8| ESE 7|ESE 6-8/ESE 5-7|ESE 46) EH 3-5 | SE 4-6 9 ESE 6-7|SE 6-7|ESE 6-8] ESE 7|SE 8|SE 8-9] SE 8-10 | ESE 8|SE 9| ESE § 9 SE 8/ESE 7-8/SE 7-8 | SE 6-8 | SE 6-8 | SE 6-8 | SE 8-9 | SE 7-9 | SE 8|SE 8-9} 11 SE 4-5 | SSE 4|SE 3-4 | SSE 4/5 1-3 | SSE 5|S 4-5|S 2-3 | SSE 3-4 | SSE 1-2 8 SE 5|SE 6|SE 6-7 | SE 7\SE 7|SE 7-8|ESE 7-9|ESE /7-9|SE 7-9 | ESE Sila SE 7-8 | SE 6-7 | SE 7|SE 5-7 | SE 3-5 | SE 6-7 | SE 6| ESE 5|ESE 5-6/SE 45] 10 SSW 1-2|SSW 1|SSW 0-3} WSW 0-2} WSW 0-2|WSW 0-3|WSW 0-3} WSW 0-1/SW 0-2 | SW 0-3 4 23/5 2-4/8 2-5/8 5| SSE 6-95 6,5 5-7' WSW 3-5| NW 0-2 | N 1-3 9 8 6-7|S 6-8|SSW 7-10/SSW 6-10/SSW 5-10|/SSW 5-11/SW. 5-10} WSW 3-9} W 0-5 | N 2-5 | 11 WwW 1-5|}NW 12|)|NW 02|NW_~ 0-2|W 1-2}NNW 0-2| W 0-2|}NNW 0-2) NNW 0-3/N 0-3 5 WNW 1/WNW 1-2|WNW 0-2|WNW 1-3|}WNW 2|/NW~ 0-1] WNW 0-2} WNW 1-2| W 0-2) N 0 4 NNW 0-2/N 1-3;NW 0-3/N 0-3 | NW 1|W 0-3 1-4|/NW 23/NW 0-5 | W 2-5 5 WwW 1-3 | N 0-2 | N 0-4| NNW 0-2|N 0-2 | N 0-2| NNE 0-2|N 0-2 0-1 | NE 2-3 6 N 1-6| NE 1-4| NE 1-5 | NE 2-5|E 0-2 | E 0-1] Var. 0-2 3-5 | N 6|N 3-5 6 NW 1-3 | W 1-3} NNW 1-3| W 1-3 | W 3-5| WNW 1-4/N 1-3} WNW 3-5| W 0-2 | NW 2-4 5 N 0-2| N 0-3| Var. 0-3) W 1-4|N 0-4| N 0-5|)NW 13/NW~ 1-3) W 0-4|NW 1-3 5 W 1-4 | NW 0-2 | N 0-3 | E 1-2) N 1|N 1-2 0-1|/N 0-1|NNW 0-2} NW 2 6 WwW 1-2) W 45|WSW 3-5| W 5-6 | SW 3-6 | SW 3-7) WSW 1-8} WSW 47| W 46|/NW 24 8 NW 05|W 14|;NW 2-5|NW) 0-3/N 0-1) N 0-1 | Calm O|N 0-2 | N 1-3|N 2-3 6 SE 3| SE 4|SE 4|SE 5|SE 4/ESE 5-6| BSE 5| E 5|E 5/E 45 7 N 12/N 1|N 1|/N 0-1/ N 0-1) N O|N 1/N 1|E 1| SE OF ae: ESE 45/E 3| ESE 5|E 4| ESE 6| ESE 6|E 6-7|ESE 6-7/E 5-6| ESE 5-6 9 ESE 6| ESE 4| ESE 5|ESE 5-6] ESE 5|SE 4| ESE 3|SE 3|ESE 3-4|SE 4-5 7 3°77 3°80 4°05 4°15 3°95 4:15 417 4:07 3°93 4:00} — 15 16 | 17 18 19 20 21 22 23 Midnight. |Mean. | Dir’n. Force. Dir'n. Force. Dir’n. Force. Dir'n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force. |Dir’n. Force.| Force. N 5|N 5-6 | N 3-5 | N 3-4| N 3-5 | N 3-5 | N 45|N 3-4|N 3-4|N 3-4] 3:2 NE 23|/ENE 24/E 0-4| NE 0-4|/ENE 0-4/ENE 3-4|/ENE 24/E 2-4|E 45\E 5| 24 ESE 4-5| ESE 5-6 | ESE 5 | ESE 5-6 | ESE 5-6 | ESE 5-6 | SE 5-6 | SE 5-6 | ESE 5-6 | ESE 5 583 E 5|ESE 5-6|/ESE 5-6|ESE 5-6/E 5-7 | E 6|ESE 6-7|E 5-6| ESE 67|ESE 6-7) 55 ESE (5-6| ESE 5-6| ESE 5| ESE 6|ESE 5-6| ESE 6|ESE 4-5] ESE 5|/ESE 45) ESE Dias ESE 6-7| ESE 7|ESE 7-8|SE 7 | ESE 7| ESE 7| ESE 7| ESE 7-8| ESE 7\|ESE 7-8) 66 ESE 7| ESE 7-8|ESE 7-8|ESE 7-8|ESE /7-8/ ESE 8| ESE 8|ESE 7-8| ESE 7|ESE 89] 7:5 SE 7|SE 6-7| ESE 5-6]SE 6-7| ESE 6-7) ESE 7|ESE 6-7| ESE 6|ESE 67|/ESE 67) 66 SE 5-6 | SE 6| SE 6-7| ESE 6-7|SE 6-8 | SE 7-8|ESE 6-7| ESE 6-8|SE 7-9 | SE Gl) 7B} SE 9-10 | SE 9-10 | SE 9-10/SE 9-10|)SE 10| SE 8| SE 8-10 | SE 7-10 | SE 11) SE 8-10} 86 SSE 4/SSE 4/SSE 3-4/SSE 2|SE 3|SE 2-3 | SE 3|SE 4|SE 3/SE 3] 3:5 SE 8-9 | SE 7-10 | SE 6-9| ESE 6-8] ESE 8|ESE 89|ESE 8-9] ESE 8-9] ESE 10-11| ESE 10} 75 ESE 5-6/SE 7|SE 7|SE 5-6 | SE 5 | SE 5| SE 4} ESE 5|SE 5|SE 4| 5:8 SW 1-3| WNW 0-3|WSW 0-3|NW_ 1-3 1-3 | W 1-3 | W 1-3 | SW 2-3 ; SW 2-4/8 1-3/ 1:8 Ww 0-2 1-3,;NW 0-3) W 1-3!1WSW 1-2|SW 2-3 | SW 1-2|/SSW 2-4) SW 3-4/5 | pil NW 0-3) W 0-3|;NW O0O3|/NW 24|NW 2-4) W 2-4 | W 3-4|WSW 3-6] WNW 2-5|N 1-3} 46 N 1-3 | N 0-2|NNW 0-2|N 2-3|NNE 2-3|N 2-3|N 3-4 | Var. 0-1| N 0-2 N 1 1-6 WwW 1|W 0-1} NNW 0-1| NW 1}/WNW 2/WNW 2|WNW 2-3|NW- 1-3/NNW 2-4; WNW 2) 1-4 NW 2-4) N 14|N 1-3 | NW 2-4 | N 2-4) Var. 1-3 2-3 | N 2-4| N 2-4|N 2-4 2°4 NE 3-4|NNE 0-5| NE 0-5 | NE 3-4|NNE 2-6| NE 9-4|/NNE 3-5|NNE 1-5|NNE 2-4) NE 3-4] 2°3 NE 0-1] NE 0-1) N 0-2 | N 1-3 | NNW 2|W 2-3|WSW 3 4|SW 2-4) W 3-4] 2:6 WwW 0-3|NW 0-4) W 0-2|NW 14)NW 2-4|W 1-4 | W 1-4] WNW 2-4] W 1-3| Var. 1-4] 2°5 WwW 0-2;/NW 0-2|N 0-2|NW 13/NW 0-2/W 2-4 | W 2-4 | W 1-3 | SW 2-3| WSW 3-4) 2:0 NW 0-1);NW- 0-3} WNW 0-2);NW 2-3] W 2-3 | W 2-3 | W 3-4} WNW 2-4] W 3-4 | NW 3-4! 2-0 WSW 0-4| W 0-3} WSW 2-5 | W 3-5 | NW 1-4 | NW 3-4 | NW 3-4 | NW 2-5 | NW 3-4 | NW 3-5 3°6 N 0-1) N 0-2 0-1| N 1|N 1| Calm 0 | Calm 0| Calm 0|s 1 SSE Dill: NE 1-3| NE 0-3) NNE 1-3) N 2-3| N 2-4 | N 3-4 4-5 5|N 5-7 | N 1-3] 3-7 SE 2-3| E 2-3 | SE 2-3) ESE 1-2) ESE 3] ESE 3)ESE 34/ESE 3-4 ESE 3-4 ESE ay as) E 6-7 | E 4/E 46 | ESE 7|/ESE $9|ESE $9/ESE 89|ESE 8-9| BSE 8 ESE 6-8] 6:0 ESE 3| ESE 2|ESE 1-2|)SW 0-1 | W 0-1 | WSW 0| W 0-1 | W 0-1 | SW 1|/SwW al] Bry 3°67 3°67 3°52 3°88 4:07 4°15 4°28 4:27 4°55 4°47] 4:05 N12. NNE9S. NE20. ENE5. E51. ESE171. SH108. SSE16. $16. SSW9. SW18. WSW 18. W59. WNW 23. NW 59. NNW 15. Calm or Var. 11. ROY. SOC. TRANS. EDIN.—VOL. XLII. G 50 BEN NEVIS OBSERVATORY. WIND. DIRECTION AND Force (0 to 12). DECEMBER 1888. 1 o 3 4 5 G 7 8 9 10 ill 12 Max | Dir’n. Force. Dir n. Force. Dir'n. Force. Dir'n. Force.|Dir'n. Force. Dir’n. Force.|Dir'n. Force.|Dir’n. Force.|Dir’n. Force.|Dir n. Force.|Dir’n. Force.|Dir’n. Force. 1 |SW 0-1 SW 1/SSwW 1-2)SW 1-2} SW 1-2|}SW 1-2;SSW 1-2;SSW 2-3|/SSW 23|)SSW 1-2/8 2-3 | SW 2-3 5 2 |W 2-3 W 3|W AW 1-2 | W 1-2}; WSW 1-2; WSW 1-3/SW 1-3 | SW 1-2 | SW 1-3/SW 1-2 | SW 2 3 3 |S 3/58 3/8 2-3/8 2/8 3/8 2-5/8 3-5|/SSW 4-5/SW 1-4/SSW 26|SW 3-4 | SW 3 6 4 |W 1-4 W 12 WSW 0-2}; WSW 0-2| W 0) SSW 1;WSW_ 0-1!) SW 0} SW 0-1 | SW 0-1 | W 0-1 | W 2 4 5 |8 3/58 3) SSE 218 3-4 | SSE 4-5/S 3 | SSE 2-3 | SW 0-2/5 1-2)SSW 1-2}SW 0-2 | SW 2 5 6 |SW 12 SW 2 WSW 0-3) W 0-3| WSW_ 1-3] WSW 2)/SW 1-2|WSW 1-2|/SW 1|SW 0-1/5 1-3/8 2 6 7 |SSE 4-6 SSE 4-5/8 3-4/5 15/8 4-6/5 6-8|SSW 3-5/8 4-5|/SSW 2-5|/SSW 2-4/1SSW 2-5) SW 3-4 8 8 | NW 0-1 W 0-1 NW 0-1} WNW 0-2) W 1-2| W 1| WNW 0| W 0-1 | WNW 1| WNW 0| WNW 0} W il 3 9 NNE 2-3'N 12,N 1-2) N 12/N 2\|N 2-3 | N 12|)N 1-3 | N 3), N 4|N 1-3 | NNE il 4 10 | NNE 1-2| NE 1\/N 1|N 1/N 0-1| N 1|/N 0-1) N O|N 0 | Calm 0|SE 0-1/SSE 0-1 4 11 | SSE 3-4, SSE 3-4 | SSE 3) SSE 4, SSE 5 | SSE 4-5! SSE 4-5 | SSE 6|SE 4-5 | SSE 5| SSE 2-4! SSE 2 6 12 | SW. 1) SW 1,/SW 12 | SW 2);SSW 1-2/SW 1\8 2|)|SSW 2-3/S 3)/SSW 2-3) SSW 218 3 5 13 | SSE 3/5 2 | SS) 3;/SSW 24/5 2-315 2-3/5 AVIS! 4/8 3/58 2) SSE 3-4 | SE 4 4 14 | SW 2)SW 12) WNW 0-2) SW 23)/SSW 2-3|}SW 2| SW 2-3 | W AD'S iL] AWS 1; NNW TEIN: al 3 15 N 1-2| N 2\|N Brita Sy 4/N 4|N 0-2 | N 2-4) N 0-3 | N 2|N 0-2 | N 1-2 4 16 | NW 1} NNW 2\| NW 3) W Bi We 3) W 2-3 | WNW 2| NW 12|W 1-3 | W 2| W 1-3 | W 2-3 4 17 |SW 3} SW 3) WSW 2) WSW 2\|SW 2-3 | SW 2-3) SW 2-3 | SW 2-3| SW 2-4] SW 3 | SW 3|/ SW 2-3 4 18 | SW 3|SW 3 | SW 1-3 | SW 1-2 | WSW 1|SW 12\;SSW 1-2/SW 1-2|SW 1-2}WSW 0-3|SW 2)/SW 3 4 19 |SW 3|SSW 3/8 2|SSW 2)/SSW 2-3/8 4/8 4/8 3-4 | SSE 3-6 3-5/5 5-6 | SSE 4-5 8 20 ;WSW 2-4) W 1-3, WSW 0-3) WSW 1-3] SW 1-2; SW DVSSW 1-2) SW 1;SW 1-2 | SSW o;S 0-1/5 2 os 3 a i} 3/S 3|SE 3-5/8 5-6/S 4-5/SSE 6-7|SE 4-6] SE 3-5|/SSE 6-8|SE 6-7|SE 8-10] SE 8-9| 10 22 |)ESE 5-6) ESE 5|ESE 46/ESE 4-6/SE 5-7 | ESE 5|ESE 4-5|ESE 5-6] BSE 5|ESE 3-5/SE 5 | ESE 3 7 23 |SE 3|SE 3 | ESE 4|SE 3-4/ESE 2-3/SE 3-4 | ESE 3| SE 4-5 | ESE 5|SE 5-6 | SE 3| SE 4 8 24 |8 6|SSW 3-5|/SW 2-4 | SW 2-4) WSW 1-2|SW 12/S 1-2 | SW 0-2/8 1-2}SW =D) INI: 0| NW 0-1 6 25 | WNW 1) WSW 1)/SW 0-1 | SW 1/8 2-3 | SE 3|SE 5|SE 4|SE 5|SE 5|SE 4-5 | SE 6} 10 26 | Var. 1-4) N 0-2 | N 0|NNE 0-3) NW 0-2 | N 0-3 | NW 0-1 | N 0-2 | N 0-2} NNW 1-2) NW 0-3 | NW 1-2 4 27 | NW 0-1 | NW 0) WSW 1|W 1|SW 1)/SSW 1/8 2-3 | SE 3|SE 3-4 | ESE 3-4 | SE 5 | SE 7-8 9 28 |SSW 3-5/SW 4-5/SSW 1-3/SW 0-3 | SW 1-2) SW 2| NNW 1-2/|/N 12|N 2-3| N 2-5 | N 2-4| N 2-4 5 29 |N 2-3) N 2-3| NE 1-4|NNE 1-3/N 1-3| N 1-2|)N 12|/NNE 1-2|N 1-2 | Calm 0| NW 0-1| N 0-2 4 £0) 9) 1|/N 1|N 0-1| N O;/NW 0-1)/WNW 1/N 1|N 1-2|N 2-3 1-2|NNW 0-1| SW 1 4 31 | SSW 3) SW 3-4/5 8-4|/SSW 3-4/8 3|SW 2-3) 5S 1-4|5S 2-4/5 2-3)5 1-4|/SSW 24/SSW 1-2 4 MEAN 2°53 | 2°34 2°03 2°23 2°37 2°53 2°26 2°44 2°56 2°44 2°44 268) — 13 ta 1) AG 16 Ln ees 19 20 21 22 23 Midnight. |Mean. Dir'n. Force.|Dir’n. Force. |Dir’n. Force.|Dir’n. Force.|Dir'n. Force. Dir'n. Force. Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force. |Dir’n. Force.|Force. ENA 1-3 | W 1-3 | SW 4-5 | SW 2-4! WSW 3-4) W 3 | WSW 3| NW 0-1 | W 2|W 2-3 | W 2-3 | WNW Val EAL 2 |SW 2-3 | SSW 2) SW 0-1 | SW 0-1 | SW 0-1 | WSW 2|SW 2)SW 2) SW 1-2 | SW 2-3|SSW 2-3/S 2-3 | 1°8 3 |W 3 | SSW 3|/SW 1-2);SSW 2-5|SW 2-5 | SW 4-5 NW 2)/NW 2-3| NW 2-3| WNW 1-2 2-4 | W 2-4/ 3:0 4 |SW 1);SSW 0-1|S 1\S8 12/8 1| SSE 2\S 2-3/5 3 | SSW 218 2-3/5 3/SSW 2-3] 14 5 |S 2-3|/SW 12) WSW 12|/SSW 23|/W 23/WSW 2|/WSW 12/SSW 2/SW 12/WSW 2/WSW 2/SW || | | 6 |SSW 23/8 2-3 | SSE 3 | SE 5|s 2-4 SE 3| SE 4|SE 5 | SE 5-6 | SSE 5| SSE 6| SE 4-6] 2°9 7 | WSW 3-4|WNW 1-3;)S5SW 2-4|SW 2-4) W 1-3; WNW 1-2| W 2-3 | NW 12;/WNW 1/)N 0-1} WNW 0-1) NW 0-1] 374 8 |W 0-1 | W 1|W 1-2|W 0-2} WNW 0-1) NW 0-1 | NW 1-2) W 1| NW 1| NE 0-1 | N 1|N 2-3 | 08 9 |N 1-2|N 2-3) N 12/N 3-4 | N 0-3 N 2-3) N 2-3|N 2-3 | N 1-2| NE 0-1 | N 2-3 | N 2| 21 10 | SE 2|8 1-2/8 218 2-315 21S 2-3 | SSE 3| SSE 4| SSE 3/SSE 3-4/SSE 4| SSE 3-4] 1:7 : 11 |SE 4|SE 3-4/SE 2/SE 23/SE 23/8 2-3| 8 2-3|8 2-3] 8 2-3|/SSW 2/8 12 SW 1] 32 | 12 |S 3-4/5 418 3/5 4-5|5 2-3)58 4\8 4|SSE 3-4/8 344 | SSE 3-4 | SSE 3 | SSE 4-5 | 2°8 13 | SE 4|SE 4\SE 4|SSE 2-3/5 1-3/8 3|SW 2-3/}SSW 2-3/SSW 2-3|/SSW 2-4] WSW 1-2) SSW 2) 2:8 14 |N 1|N 1|N 23)/NNW 1-3|N 1-3/N LN 2| NNE AEN 2|N 1-2) N aN 2) 16 15 |N 1-2|N 2|NNE 14|N 0-3 | N 23/NE 1-2/N 2-3 | N 0-1) N 2|N 2)N 1|N 1} 2:0 16 |W 21W 2-3 | WSW 3) W 1-2 | W 3-4; WNW 2 | Ww 3-4 | NW 2| NW PAN ANY 1-3 | W 3|WSW 2-3] 2:3 17 |W 2-3 | NW 2|W 0-3 | W 2-3|WSW 2-3|SW 3/SW 3-4 | SW 3-4 | SW 3) SW 3|SW 3) SW 3 | 2°7 1g |SW 3/SW 23/SW 23/SW 24/SSW 23/8 3/8 3/8 4|S 4|S 3-4/8 3\/SE 3-4] 255 19 | SSE 5 | SSE 6|\SW 24/SW 0-5/S 2-5|S 5|S 6-7|SSW 5-7|SSW 48/SW 5-7|SW 2-4|W 1-3] 4:0 20 |SE 2|SE 2-3 | SE 2|)SE 3|)SE 3-4 | SE 3/SE 4|SSE 3/SE 3) 5W 2-3 | SSE 3 | SSW 23 i) PAY | 21 |SE 8| SSE 7|\SE 8|SE 6-8 | SE 7-8 | SE 7-8 | SE 7|SE 6-7 | SE 6| ESE 4-5 | SE 4\E 3) 59 22 | ESE 4|\E 3-4 | ESE 4) ESE 5/E 2-3) E 2-5|E 3|SE 3-4|ESE 3-4] ESE 3| ESE B SE 4| 4:2 23 |SE 4|SE 4-5 | SSE 5|SE 4-6 | SSE 4-5 | SSE 6|SSE 6-7/SE 6-7|SSE 6-7|SE 8| SE 6-7 | SSE 7| 48 24 N 1-2|N 8) N 2-4|N 0-2|NNE 1-3 | NW 12,N 12|N 1-2| NW 1|NNW 0-1] W 0-1 | NW 0-2 | 1°8 25 | SE 6-7 | SE 8-9 SE 8-10 | SE 7-10 | SE 7-8 SE 6-7 | SE 4|SW 3-4 | N 2-4 | NW 3-4 | N 1-4 | Var. 1-3 | 4:3 26 | NW 1-2} Var. 1-2) W 0-2 | W 0-1 | NW 0-1 | NW 0-2 | WNW 0-2|NNW 1-2 0-1} NNW 1-2|N 0-2 | NNW abl) albit | 27 |SE 9|SE 8-9 | SE 5 | SE 2-4 | SW 2-3 SW 2-3 | SW 2-4 | SSW 3/SSW 3-4/SSE 4-5/5 4-5/5 6| 35 . 28 NNE 3-4/ NE 3-4| N 0-4| NE 3-4 | E 2-5 | NE 1-4 NE 1-2} N 2-4|/NNE 2-4|N 2-3 | N 2-3 | N 2-3 | 2°7 29 | Calm O|N 1| NNW 1|N 1|/N 1|W 0-1) N 1|N 1|N HON 12|N 1|/N 1) 1:2 30 | SW 1;SW 1-2 | SW 2-4 | SW 3-4| SW 2-3 SW 2|SW 2-3|)SSW 2-3|SW 2-3/SSW 2-3/SSW 2-3|/SW Ba a i Aa | | | | 31 | SSW 3 SSW 3) SW 3/5 1-3)}SSW 1-4) SW 3|SW 2-3 | SW 2-3 | SW 0-1) NE 0-1| NE 0-2 | NE 2| 2°5 | | |MEAN 2°95 3°03 2°90 2°95 2°69 2°84 2°97 2°85 2°68 2°66 2°55 2°68 | 2°61 N114. NNE11. NE12. ENEO. E6. ESE22. SE 82. SSE 50. S897. SSW 60. SW130. WSW32. W59. WNW18. NW 34. NNW 11. Calm or Var. 6. 51 JANUARY 1888. BEN NEVIS OBSERVATORY. AMOUNT OF CLOUD (0-10). CLOUD. SS g | seosscse SOM H HONHH ONONC ARGOS SMBABMSS = as | sc000 sccses HG 00 CO 4 TSOMH AMWOO SOD 0 ee 2 _——__—___________ ae SiG) Win mnesce Sutes NESS CHM HAnnnn gS i MMMM MME SUMMS WHS WHess weeo ys alt= & Hi MMeee SSSos Som i MMMM WP enn S 2 WOW MM WM SUMS WM? WHMWss Wes & x | mimi miIece eQeee ooo Wm SSO uw = = MMM MM MOMS MMM HMMs Wese = sf iit We SeSos oor y Om mim MSS WI ee WN MM SS MMe WME se Wes Fy R ANE WSS SSS SS Ss WM SS WN = Sani A He WMO MS WM Mes Wer gS = | ow tile S Sees. Pes Sq iii WS WM S Hi Ml US SIMMS ISS nes 2 fF Om iii Mi eS SOSH OOOH HS We Wh = | SMM MMMM NSM SUMS WHMNgS Wnern sF = | — - ~— -— — — - = | aw ee SoSSS Soooy WM WmMcoHM S| SMM MMMM WMS SUMeS WHens wean x © | mm [JS SOM YOO | WWMM SSOP S HM MM WS NSS WMS Neon eS 5 | wim Wes cHA+*Z cooey Hen Weemmn 2 HMMA Al Pit SEIS CONST NICS hee $s ee x | wm a ([ -S SS Se SO SSS IS i MNS WA a ih A AN PUNE atte Se TA MIE ISS Se oe | i Hl WAN S2SHS SSCS HSH WMS WA = SMM MMMM CP Ise CS nig Wenne mech =z ee ee ee eee a oy | TTT TAU se eee CK SASS at KLAUS TIP) = SMM MM CPUS FHM Me MMS Mec & = | WATE WMS PQOSSY SSCSSH Wy WMeMS = SW OM MM SS MPS SS HS WSS Wem 2 Ss | wim Simm eeggy eeccs ye imi Me Hint “HMMM MMMM CoNSe =n n ee Mne muss & o | Ll Soe SSS SSSI MeN = SH WM SO UMS SHUM UWS WMHWeS & 20 | HM WINS PLCSS SoooH UN HE weet 2 HMMM WMH SCA7NSS SUNS HM WMHS We = | Wi WMS CoSSS NSCSoH OWNS mem S| AHHH MMM SOMES HMMM SMS Me MS © | ma Wt A I SSSSS SSS HH WS WH S TH MMM HMMM CHMeS CHM SHH Woe & 19 | i WM SSeS SeSS™ HMMM MSS MA ee FHM MMMM COMES SHUM WS MN Wee + | HMM MMM FOU Syoos Hin Weesnn & CHM MM HMMM COMMS CHM COMM WMH S | HMM Mn Somes ensss Henn wasn & SH MMM MMMM SOMME SUM MM HMMS HMMs x | Wii Mh SO MTS SSSS HOM MS"S nM =z G WM A WOW SUM MM MS MMS WM S m4 } wim We eCoNSS SHSSS WMH Weess Mm a = win we MM OM MM Ses eMes = | “iets ehees nlaas shuas SANSS RSARRE 4 5 IO SS ON OOS ASS SAA ANAA ANAS E Ss is —s CLOUD. 1 HW COONS OPWNe Toa em COND 15 a be | BEN NEVIS OBSERVATORY. AMOUNT OF CLOUD (0-10). 11 olll Ill ao olllllac olll Ill as Wl is = So Sill iil i ill ll oSlllo | “I va MARCH 1888. Mollie | 5 Il Stl tls I STi lay Il Sollo |B i 2M | = | ma wt | or I Sul ills Whos Il oll Ill ne I oll tl» HMM Moelle | S lllo So Kuo i WM ho sceoeds Mil Milo MAM MMT hil Silo cosolll WAM Noe cooSill corlllu coolll = colll Ill Ill Ill coolly Sill il ill | oorlll yp Mil iii lis e e cojplllo Sill lil Sil coolll o Ill il Ml Hoolllo Sill ill ill il 0; = = = =/|= 10 10 Hoos Jl Ill Ill Ill Il WM A AM gee veo TN ee TM TIL TN MN AML WM ex MM cellos MAM St Sut il Ui WU IA ee eel ME NN I I ol MN RS -~ Hoo Il Ill Ill Ill | Sli MMM Sonolllo Sill iil Sill Il oll oo HU TN TN AM Sill WM Hoose Ill il iil lll Heol MMMM Me Sreocolll MMM Si MMMM oll thes | x Slli llr Stll MMM Mo Sool I Mil Sill WN SHAM co MMS ssl WN SH WMA Suis | wo HMM Sol MMM SS oeoll a WAM Moth MAMA WM Mes | WM SMM WM SM Som tl a HMMM Si WN Sw tll coll Soolll Geolllex MMM SI MMM MM ihSeSitu | eo ~I cory for) oo x x “N ao “I = ror) ~“ a wn “I co oO ee is ao fon) ee xe v=) S) oo ke) co bo (oe) (oe) we) rat oo a se Ne oo vo} oo bo fee) iv) ee rd ee) _ — = mn NS CONNOR MOO M~DO a Nol} 10 21 — = — = = — — — = 22 = SHSl=H=l/=/=/= =/=/10/= 23 = 10) =)=/=/;= Sy=H/s/=f= 24 = SPH fy,=H/=]/= SHS fpH/,=)]= 25 9 OD Si LOs CO ar @y |) fy | fs) 2% |=/=/= = 7 SHSl=H/=/=)/=]/=/10) =|/=/=)] = 27 |}|=)/=/= 6 0; 0 By Oy MO |! a O} Ol} Wi aly GB 8 28 9/10] 6 9 10 | 10 10}; 10) =) =) =/=/=)/=!/=/= = 29 =}/=/= = a =/=/10/10) =/=)=/=/=/= = 30 |=/=/= = =/= Sfp=Hy_={ =] =) =] =] =! =!/=1 10 31 | =| 10) 10] 10 10 | 10 Sy ba 5 8) = 1) = | 8 SO SSS bale 10 8 MEAN. | 7:2 | 7°3| 7°9 | 8:2 | 7-7 | 8:5 | 8°7 | 8°9 | 8:3 | 7'9| 7:9 | 8°21 8°3 | 8:3 | 8:4 | 8:4) 8:7 | 8:4] 8:4) 8:3) 81)7:2)76) 7:6 CLOUD. APRIL 1888. 1 | 7| 8| 6] 9] 8] 9/10/10) = |=) =/=]=/=/2=/=/=/e/=/]=/=/=/e] = 2 Sl=eS/=)/=/= 0), =) =/=),/=/=/10F7 9) =/ =] =) =/=/=/= 0; 0} 0 0 3 0}; OJ =]=)=/=/=2 7)}10) =) =) =72)/ =] =/ =/=/=/=/10}/ =|/=/= = 5 0} 0} 0} O;} O} O} O} OF OF} OF} 1] 9F10; 10) 10) =] 10) =) =)/=,=)/=/= = | 6 = Oy Oy Wh OO) Ol Wy Oi} Ol Oy Oy Oe) si ab 6} 2);10)=)=)/=/e= 0); = = 7 =/10)/=/=)/ =] =] =/ =] =] =/ 10) =] =)/ =/10}] 9}10)/10)=)=)=)/=/= = SSS FSO LON 55) Oe SOM MONO OR) Fi |) 1 OR SS On Ri (anes OH se — = 9 0; 0; 0}; O} OF 5] 6] 2) 4) 10)10) =J=i]=)])=/= =S/l= = = = 10 HS l=] OF Hl =] =] BS] BE] Ee ES] ES ] ET SE I SE J] ES = SlHfH/=/=);/=/= = 11 SPH PH l_=Hs)=/=)/]=/10] 9) 9) =) =F =) =] =] 10) =] KH) ES) ES] EES = = 12 0}; 0}; OJ =} OF 1] 9] 1] 8410/10) =Jlo) =) =) =] =) =)/=2)/)=/=/=/= = | WB} Sl =) =/=/=/=/2=/=/= =]=/= = =|/=/;=/10|)= = 14 SSeS tS ES ES ES ES EI ES ES fF EY Ee] ES E ] =] =] 10] =] =] =] =] CO 0 Wf) =) He) =) B=) El KE) SE SE] = J = = — = 16 =Sl/=|= c.f — 22 22 2 = WH) =] =] =/ =] =] =/10}/10}=}]=] I=} 38/10} 9] 8} 9) 10} 7/10)/=)] 9] = 19 3/ 9)/=)| 5) 9| 9) 7] 4) 5) 7) 7) HT 5] 5b] =| 4110) 10) =] ES) =) Ee = = 20S SS SS SSS SS | SS SS aS SS eae =) = = 8/=]/ 1] 9/= 3 21 =] 8/ 0/10;10) =| =/]=y, 10/10} =|}=]=)]=/10/10;] 6] 0} 7| 5] 2).6)] 0} = 22 }10/10; 0O|} O}] O} 4/=/=)/=/= 9)}/=]10|} 8)/= 9/=Hl)=/=)/=/=/=)] 7 = 231/10] 8| 7)/=/=/=/=2 5/10) =} =) = 74/10) =] =] =)/=)/=)] 4] =/]=)] =] 10 24 SN LON On) ON 0 On) OF On On OR 108) ONO) ON (OU OR OR eon elOR ONS 4a Ss Saimed: 8 25 8); 5/10} 9;10)=]}=]=]=y)] 1/10] 4) 7) 5) 8|10) 5);=] 0O| 0; O| O| O 1 26 0}; 0; Oj}; 0} 8] 0} 10)/10) =) =f =] =] =f =f EB ESE BE BE BE SE Ee Ee = = 27 SS SF ES SE Se SS Ef EE I SE I ES EY EI ES SE ES ET ESE Ee ET ESE ES = = 28 — = — i — re = 29 — i i er = |/=/|/= — i = 30 | Hl =EH/=/=/= = =/;=/10|] =] 10 SHSl=)/=/=/= =Sl/=/= = 53: BEN NEVIS OBSERVATORY. MAY 1888. Mean, ooooo Coomt & ralimielimelieal bealeahiml BRAOO SO eS eS SOO NMNMWOM WOOHOO oli ial nore 78 Mid- night. WA TN TN AN Th hires Mt Ml a= JS OSKSGe S11 SIEM jee o jceo Oo 21 | 22 | 23 IS a Stes WME TM TN Th Ht TN tl LM? i=) SOMNOO > Hit tl Ul Oo Leal for) MOAOOoOO (eon LOnOn Ong WAN AN = Lon! = Hit tt tM tll (<>) SOOO: NN NM [400 f=) joe oj IA Uh UL AT UM AM AN COwmnNowo SANOO & ||P II] {ll 78 | HMMM WN Mee 2 Sw AN Ml re 9 | 8°2 | 81 7 jon © i SK Hl ie lil Wy |) ale |) als) a) 20 | on l= a El SS OSS! MMM 8°3 | 8°1 SSS eS nore WS i Ml CEE Se SAFES TEM 78 HH AM AN All SS = MM tM MESS OO pS UTI = l= 13 | 14 | 15 jesse i=) ane WMS UW HE IP es SS ME Shy | th He MWiNSSES S 11 TN TN TN TN TL UHL a ee qh MIN Ml aaa So re al Poa mare SEES INTL So WE TN TN At AMOUNT OF CLouD (0-10). CLOUD. 9 Ml til NS It LITE SPSS Ea 8 SPOONS SPSS Hl Leal i=! 77 | 78 | 8:2 | 8:3 | 8:3 a 6 on oO TH MA tlh MM Iloeeon oon | al INN Se nr ree EIT AML 10 5 ono Oo 22 DOoODoco OO | re WML AN ML TMA ath 1°? MIS alte Nil S = iil iil I I~ HM WE IIIA Etat Lama Sees ance llalleem | [all ro . ~ NIE Th Ill Il MW NS, Se OS SII Stel MEAN. | 6°7 | 7:1 JUNE 1888. CLOUD. ooon ore MD ARDOSSO GBOMWMD HANADMN HHOCOHMN WWO1NW Velie! yl I re SUNOS MMMM Wess Come SCOoRH FI YSSo SM MOS MMM MM MMS CNM ASHOW +I Joo =F SHMOS MMMM WES S POMS HONOM MM Ioo F SH SII [eX Goonn wooee coyjas ae SNS UNUM: UTI ORS Coe re ss Ses ke ICY A TTA =) TNA. TPS) SIMS) ISO) So te SW MSS MMMM WF eHAes MAonS SM |]0Mm B SINISE, UMMA MINERS 2S, PSO ste, Chele cies Cray ycee) a! SWUNSS MMNMNS Ise e exaer Soone Sj) [ao = SUMMS MS UM MNCS Prtrics Nooo Ho ij4o F MMe SMM SuSe I] Store Accon aI) 04 SF Ss ie a ee MM MMS SP MMM SMS | PHEAS BOSON SII I]O°o F WM MMS SMM SMM I PNSeS SOSON aI ICQ SB HMM SH MMM SM Me I SAPeS SOOO BI I]om F WM MWe SH HM SMP I CoMmeS ANSSS a] Ipo~m SH WMS? SoM MM SIMS |] CONCS HOSS WO II/O%0 a HMMS SUMS MW MMA CAPSS COOSS BO]ImO |S HWM SMM MMe I CAreo moOmWS Sooo F WA MSS MMMM MM MNS I PAPCS COSSS MOIS] S Wes? WS Ii ine i eNeso MNS SS NS) NS MNS OMIM Snne I cones Seoos seq i 2 SSE TMS “SS OTT UT) SSeS seu ai CN co rei eNico aN ico as SS SN SSS ese ecie atc eS Sim) aN ee ee ae eee aR A ANRAS | a BEN NEVIS OBSERVATORY. CLOUD. AMOUNT OF CLouD (0-10). JULY 1888. 1/2/38 | 4}5|6)7/)8|9|a0]11l12]13| 14] 15] 16] 17 | 18 | 19 | 20 | 21 | 22 | 28 Ao | Mean, | | eee sy |e 9 2 i 1S 0 ROT ON OR On Os ON SON | OnmeO (| Ge OU Bea) Rel RSS ae EE ei AO) een Se 3 2 } 10>) LON TON LON 105) LON LON) LON 10) 105) 10 SSS SS SS ) ==) SS ES SSS Sa = = 10 Se er = SS = SS SS = FO NO | ak) |) a) pS 10 4 )}=] =/10/10) =f) =) =] =] =] =] =f SP Ee EI EE ES I SE SE SE ESE EE ESE = = 10 5 SPH l_=H110) =) =f =] =] ES] ES BE ET Ee SE I] EF SE SS _ = |/=/= 10 10 6 OF SON ON ON ON) LON SON 8 5 ORTON On On TOM) LOm 100) 20s 2 sa = 8 7 LOM LOS LON LOM ON Sh LOR TOR SOR ON OM LON LON 90) a eS Se OO 0 8 9 a ei 2 — 2 a 2 — ee = 10 10 |=) =/=/=/10/ =/= = =) = 1/10) |) = | =| 9) 10) 10) 1010 SS |) = = 10 ll — a eo ee er i i ed li i | J 8] 6 2 9 12 By BW ON ZEN OH ON Oy OI Wy we 1) tO | SN AO aI Os = Gh) sy I Sh a) yy alo 6 eee ee Oe ON a ea = 10 14 | =]10/ 10) 10} =|] 10} 91] 10] 10} 10] 10} 10} 10} 10] 10 | 10 | 10 | 10/ 10] 10) 10) 10} =| = 10 16 SPpLH/=)/=/= = — i ei ei fe 2 2 2 2 = 10 W7W\}=/=/= = = 1) =f) =P =] =] =] =] =] =] =] =] =] 10] 10] «210 10 18 |10}10/ ={|10/ 10] 10/10/10} 10/}10)10}10]10; 9/] 8) 9|]10)10]}10)}10;=j)10;/=) = 10 19 Wi Fee FON Pe BN EY ON ab Be Sb EI Nes Ne ea Eh) GS) 1) WO Sa 5 20 7\ 0} OF} OF} 8} O}) LD] OF) Sy LON) LON) 105} 10%) 10) || 10: | 10) LO); LO) LON Os) WO) = 7 QA pH=!t}=)=/=] 7] =] =] 10) =] =|] =|] =] 10] 9! 5/10) =] 10; 10) 8)=l)/=/= = 10 2 )HS pHa) Se] BE] KE] SE] BE BE BE BE SET Ee BE BE BS EL SE | SE BE SE SE] SE] = 10 23 pS SS BS BS SS I ES BS BS BS BS BE PE = | = | 10) 10) ES E10 ES) ES = 10 2) =] =] =] = |] =] 10) 10] = | =] =] 10] 10] 10) 10} 9/10) 9) =| 10) 9) 4) 8 = 9 10 26 9/ 8) 7| 8) 10) 10) 10) 10) =) =) =) S)= 9) =) =) =)/=/10) =] =)]=)/= = 10 fF} =/=)] =) =] 0] Of] OF 1) =) =) 9) 9 fF 10) 10) 10) ]) =) SH) Ee] =] S| = = 8 DRS S10) 10 LO On SO eS eS SS MO OS SS eS = 10 BO 1) LO OF LOR LON ON Se OR LON SON 110 Oe LON SN Oe ee Sinan On| ON 9 31 | 10) =/=/=)/ =)/=/=/=/=/= 9/1071 5} 9|]10}10)10}10);=|]=/]=/10] 0} = 9 MEAN. | 8°8 | 86 | 8°5 | 8°6 | 8:2 | 8:2} 8:2] 8:3] 8-8} 9-3} 9:2 | 9:°349:4 | 9:5] 9:4] 9:4 | 9-7 | 9°5 | 9°21) 9:5 | 9°6)9:5)9:2) 9-4 91 CLOUD. AUGUST 1888. 1 )=/=/=)/10) =]=/=|=)]=110} 7/10} 7| 9|] 7|10)/10|/=);=)] 8] 0; 0} 0 0 8 2 On OR OR On ONS. |h= 9|=|=/10/10}10) =|]10)=)=)/=]/=)]=/10)/=/= = 8 BS] =f SES ] =] =] =] 10110110) =] =) EP Ef] BE ET BS SE BE BE SE BE ES = 10 CS SSS SS Oa ce et eet eS | SS SS | SS SSS 10 BS] EH] SE] ES] SES] =] SE] =| =] 10] 7110710) 8110] 9)10)10)/10)=>)/=/=),= = 10 6) =] =]=)] 10] =} =|] =] 10/10/10) 10) =410/ 10) =] =) =)=/=]/=2=/=2/=/= = 10 7 i 2 2 2 2 = 10 8 SS) SB) eS) SS ES | BS aS BS BS Sp a ES) BE BS | BE BE EB eS | Se SS] = 10 9 SPH H]/=]/2/2/=2/=] =) B=) HK] gy HE] KE) Be) Be) Be Ee I BE ESE SE | ES = = 10 LO OD LON ia LOR LOS LOS a0 SOM a ON SON ON LON LON ON iO tO ae — ae = 9 11 = | = = = | SS SS = ES | SS Sa SS Sle SflHl_Hl)Hs;=/=)/=z=/=2 = 10 12 — a i 2 2 2 SFSlH=H/}1llj=)/=)/=/=/= = 10 13 a i 2 2 2 2 = =l/=)/=/=)/=/= = 10 a 2 2 2 a 2) 0 9 1 |=] OJ =] =] =, 0/10/= | By CON ON XO) FE SC et eT Oe oh Oe a (Oy) to) 0 4 16 Oy Oi Oy Oy On) ON aE ei al | els eh | ele Ol Ol! Oi] O OF Op o 0 2 ly CO) TO Oy) SO OT DO Oy Oy Oo OB SO By Sh Gy Oi Bil Bx ea at 1 2 18 ON) COT TO A SE EVO, OI Te TO FEE SS ZEN 7 | Oh OP Baa al 4) alte) 0 3 19 De LOT LON IS | 10) ON) 659 SN ON VON OS SOR SOR es = 8 200 |= =) =) ==) =) ==) =) =) =] Sea j= SE eS | = | BS ES SS Se = 10 7A a oa la 10; = Sf =H) =/=)/=/=/=/=]/ = 10 22 = 1 10 SS SS SS SSS SS Se SS eS Se SS eS aS aS eS eS eS = = 10 23 ={/1l0}/=/=/= 9)/=|= | SSH ff SH SEP ESE I = I = ES = | SE | SE ] = | = ] 10S = 10 10 24) =] 10p ES) S] =] =] EP ES] =] =] =|] =H] 10] 6) 9] 10) 20) 10) =) 10) 10) =) =) = 10 25S SS ES ES ES ES | = 110) 10) 5) 10) 10) =|} 10) 10) = 1010) SE | = fl ES = = 10 74 eS ae SS eS eS aS eS aS SS = 10 27 | =/=/=/= SlHl_=/=/=/= SHSlSB(/=/=)/=)/=)/=)/=)/=] = 10 28 ,)=)=]/=/= — SPH =]=/=/=/=/=/= = 10 299 |=/=/=|/2=/=/=e= =/=/= = SH) =/=/=/=)/=/=/=] = 10 3 SS = = 1 SSeS SS SS SS SSS SS SS SS SSS Ss So ee 10 OL = oS 0 a eo a 20 — fo 10 | | Mean. | 8:4 | 7-6 | 8:7 | 8°7| 8°8| 86/89/91 8-9] 8-6 8°7 | 9219-2 | 8:9 / 9-0 | 8:9} 9:3) 9:2] 9°2|9:0/8°5| 8:5) 84) $1 88 BEN NEVIS OBSERVATORY. CLOUD. AMOUNT OF CLouD (0-10). SEPTEMBER 1888. WikSS iScowe row 1)| 2) eee ace nonieenieee) (80) 10 yan | 12) 18") 14 15} 16 | 17 | 18 |, 19 | 20} 21 | 22 | 28 | AES 1 — a i 2 i 2 2 2 2 = = 2 )=)/=/=)/=/=/=/=);10)/=/e = ee 10) 10), 10) XO 10") to 8} =) =/ =); =/10) ')/=)/=/=/e = 2/2) 2)/2=)/2)2)/=)=)] = 4 )=)=/ 2) =) =] =] =) =) 2=2/2/=/=]=/= eAOR |) Mia wool 5 |=/= =|=/= 10 — =/= = =| = 6 }/=)=/=)\= Sf=) =) =/ =) =/ = 7 =] =] =] =] =] SE] SE SE SE SE SE] C= 7 l=) =F =) EB] BE] BE SBS = BS BE BE BE BE BE = | = | SE | BE BE BE | SE] SE} =] Cc ees eae) (0) 10 Ou OM On mene O) | 5h ro On SORE Oh TO) 655) 4) 00) 0 0 5 9 ear) 0) A ON TON On elem LON LO) h LO) | 10) 10) 10 ==) 10)) 10%) 20!) 10) 10 | 7 6 10 OG) By OF OF yao! ©) a Gy Oy OM eel Sq ON De OO) OO CON) Ko) Wl | =) == — 12 ),/=/=/=!(=/2/2/=2)\=2 f= =f] =/ =] =/10) =] =)/10)10)=)=)] = Pe es eo) | LO LO ON LOR 10 10s 2) 5) OO ry) 2) 2) 1) 0 0 14 0) = SSS = 1 OO) ©} OF On OO ON Oa SOU Oo OS On ONC EE 0 15 0; 0} O} 2) 9) B=) =) 2) =2)/ 2/2) =] =/ =! =] =/=)/=/=)/=!/=!1=/=2!] = 16 = LOS LOR LO Sn On On eeSuleretee4 yi Oo a5 Ol VO Oi) Sul sOn) ssi 5 6 17 il 4)/=/=|;=/);10/]10; 4] 57 1) OJ =} 0}; =] =] =)/=)/=/=!/=] = 18 = Sl=/=) =) =/=/=/=]=/= =/=/=)/=/=) 0 0 19 0 OOO) Oy) OO] Oi) 0) josiano 0 0), 405), 0) 0.) 40>) 0 0 20 0 OO ON Oy Oy Oi) al 2h ew 1 Oy ay oy OF Ol) © 0 21 2 ON Oe Oa Oo Oy) Oy Oi aly jee! 2 Oi OF O} Sy By 2B 0 0 Be A Sa SON ron eOnmOll) 87, |) 73 i 3 Oy a oO) Ol 8) 4 23 0 Ol Oy CO} Or OF O} OF OOo 0 OO} O} Of} ON O71) © 0 24 0 =)=/=/=]/=]| 8} =]=]10) 5 = 10}; 10) 0) 109) 38) 0) = = VON Oy) Oe Ol OF Oy Oe 4 = O}; O} OF © 0 0 0 10 10 = | @ | © 10 0 = = = = | =| 10 9 = = 8 = = = rN) rs) Wl ello Ilhowoeso colll alll WM Mo Moore Solll oll WWM Mo Wooews Soll coll = E en cn o ob eS ct en ob es ~I ae ro ~I _ D> Pes ~ eb D wm “I aD we ra Ill coll Ilo HOCoanR co 26 =a | SS 1 0 = 27 = 10 10 | 10 | 10 10 28 10/10/10} 10) = =]= = 29 =/=/] =/10|= =|]= =Sl/=|/=/= = 30 =/ =| 10) 10] 10 = | 7 \\ al = = = 3 Sil ban | = ~I oo “I co ~I] or = jh “I co “I or ba | o Oo for] ji lon} Or a ee on oo for} ~I CLOUD. OCTOBER 1888. es 10 ele=/i|s!ealelelelel=aieleleal]—]leailea] = 10 2|/=|=/= =/=|/=/=] = oes 2 aa 0 0 9 3 0; ll,z= SPH] )/ =] =/10) =] =/=)7=)/= 6} 9) OJ =/=/=/=/=/= = 8 4)/=/=/= = =/=/=1710)/=] 9) 9 = =|/|= = 10 5 | =/=/=/= oe |= = = |= = = =l/=/ = 10 os =|/=/= =/=]10/10|= 10)/=)=/=/=/=/=]/ = 10 A) =) SS SS Sea ee | = | BS | SH SBS tS SS == = =| = 10 8 | eae 8); =|/=/= =| = =|/=/= 10 10 9 SH GO} SPO} Oh Sy wy ie wl Gy ao | |] Oy sey a ao alo) 8 OS SS SS SS Sea) OSS SS a eS aS SS Se = 9 11 Oo Of Ol Oy WO ao OO SS 30) SS) a Sa eS eS eS eS SS SS) = = 8 7 ae — sae eS eS 0 | SS) SS =) 10 | = 10 13 == |) =) =} 10) 10) 10 | = ff ES ES eS Sf = ff = | = 1 10) 10) 10 Ea =E | ES ES = = 10 | (One — i | SS SS SS aS SS ESS SS | SS] TT OO = 9 melon On ON Os 7 | 10) 10) | 10>) 10) Lon Mop =) = | =) 8) SIH V= = Ja =a | = 1 = 9 ea le ee fee TOM On| 10) |) 10) |) 109) 10) 108 9) 10) 107) 10) |) 9 9 9 19 | 10} 10} 10/10/10} 9| 9] 10] 10] 10] 10} 10]10/10/10/ 9]10}]10}10)10)10)10)=j) = 10 4A) ) =) S/S) 8) CS ee =)] 8) =) =) OF} OF Ol OF 0] 01-0) O) Oh Oo 0 4 21 @) ©] OF} @) Of OF OF Cy O} ©} 1} O}] OF} Ol ON ON OO) SOO Or Sosa 0 0 22 GO} OF ©] OF Of OF WI Wi ae © 12O ] LO] LO} Oi Cy Ay BH sO) tO |) WO) Bs) ako ako to) 6 28 |) lO |) UO | OQ) 2@ | SS SSeS SS ea Ee | SS) SS aS Sa eS eS lS a SS = = 10 2 = | Sf SS) S| S| Saja =a leal=e = SfHl_=)/=)/=)/=/= = 10 4) | =| ==) =) =) SS SS = = ee ee = 10 |e) Sle) =e) ]) eles lelealal al =!|2/2lSeil2aleale = 10 10 Zi | Slee /=)/=)Se) 2/2/22 ie2le =| 10 |/=)/=)/=)/=/=e= = 10 |e |e ==>) = )/ =) =| =) =e = = 10 MEAN. | 8°5 | 8°5 | 7°9 | 8:0 | 8-4] 9-0 | 9:3 | 9-4 | 9:4 | 9-4 | 9-7 | 9:6] 9-1 | 9-1 | 8-9 | 9:0] 8-9 | 9:4] 9:2) 9:4] 9:0] 8:7) 8:4} 9-0 9:0 CLOUD. BEN NEVIS OBSERVATORY. AMOUNT OF CLouD (0-10). NOVEMBER 1888. CON VUPWNe 10 _ oO. _ — et ~_ a [e) 19 20 22 Mid- 23 night, Mean. COON TP wher 10 MEAN. CLOUD. 1) Zim | toe eel to Oe |ergpa eG | 9 13 =/=/=/=;/=/10/] 9] 9} 8) 5) 9) SPH] =) =] =] SE] =] ES] Ef] Ef = = 10 OF SEOs OF On| 35 or 67 = 8), =)]=)= 7) 8) eS] ]=/=/=)/2=/2/= = 7 i 2 2 2 2 — 2 = 10 ee = 10 S/S] =/= Of; Sy j= SS I ES ESP ES ES SE SE I ESE EE FP SE J EY ES] ES = = 10 — a — i i 2 2 2 2 22222 2 2 = 10 a 2 2 = 10 SS SS iS SS I SS I SS ES ES SS I EP KE BE I BE I ET EY ES ESE SE] EO SE = 10 — a 2 i i 0 2 7 = 10 — or 2 2 2 2 2 2 22 — 2 2 = 10 SPH PH =] =/=)/=)/=/=/=/=/= 9); 9) SHH] )/=/=/2=/=/=/= = 10 SSP jf Sf ES ES ES EE ES I ES ES | EJ ESE I EY SE ES | SE ES SE 2S SE Es = = 10 i i i 2 2 2 2 2 2 — 10 =l/=/=/=/= = = |= = ae ee 10 =/10/10/10;10/10)}=)=);=/=/e= — = / =) =) = | =) 20) 10) Lo 10 10} =|] =] =/10/) =)]10)}=)/ =) =] =/ =F =)/ =] =] =! =/=/=/2=/=/=/= = 10 — a i 2 2 2 2 2 2 2 2 2 2 = 10 SS ff Sf ES ES I ES EF ES ES | ES SE | ET EB | BE SE | SE SS SE SES SE J] ESE ES = = 10 SPH PS] ] = EE BE ESE ES = | SE EJ EF SE SE ES ES] S|] FE] FE |] = |] 107] «210 = 10 =, =/= 9S eS eS SE fF BE ES ES EJP ES ESE SE SE SE SE] SE] SE ESE J Ef = = 10 SSUES |] SB = | SES EE | SE | EE = | EE EE | EE I ES SE ES SE SE SE ES SE = = 10 i 2 2 2 2 2 2 = 10 Sf) SPS ES I ESE I EK SE EP ES ESE I ES I ET SE EF SE FE SE SE ES SE] ESE J ES J = = 10 — a i i 22 2 2 2 2 2 — 2 = 10 SlHl_ae) ee) =] Hf] SE] EP EP SE ES EP Ee ES ESE ESE | ES SE] SE] ESE] =] = 1] 10 5 10 10;10)=)=/=/=/=/=/=/=)] 5] 38/=/=/=/=/]=]=] 0} 0}].0}] 0} 0 38 rE 10/10; 9/ 8) 4) = 7 =) =7/2=/7/ =)/ =/=7=)/ =/ =/=/ =/ =!] =] =] =] =] 101] 10 9 =/10/10;) 8} 6/10/10/10/10}10/10/ 9} 5} O;} O| O} OJ =Bl]=]=]/=)/=)/e = 8 SS PS ES I ES EE ES SE | ESE I ES ES I EY ES ES I ESE I EE ES ET ET ET SE EJ = = 10 Sf) Sj PS fF ES ES I ESE I BE I EF SE ES ET SE J = ] KE 1 SE] =] OF} COO COO COO] OF = = 8 9-7 |10°0/10°0! 9°3 | 9:0 | 9°7 | 9°7 | 9°8 | 9°8 | 9°8 | 9°6 | 9°7 | 9°8 | 9°6 | 9°6 |9°4 | 9°7 | 9°7 | 9°3| 9:3 | 9°3 970/96] 9:6 9°6 DECEMBER 1888. SS /=]= =/2)/2=/2)/= =2/2/=2/=2 SP] SS) =]] =) =/=)/=/=/=/ = 10 Sl] =] =) =) =] BH] B=) Es =a] =/= = =/=/=/=/]=!/=] 0] 0 0 9 SSS SSeS SSS SS Se SS et eS tS SS tS SS Ee SS | = = 10 =/| = = ==) 007 SSS SS SoS ee 6) Oe) ea) Sel ==) = 8 SS a a SS SS SSS a Sa aS | SS | SES ES EF BS FF ES SS SS = 10 SPS SE ES SS BS ES EE EB BE I ET EF SE SE BH OP SF ES SE ES Es = = 10 =/10}=/10|]10)10)10|}=|= = H=Sl=/10) =) =)/=)/=/=/=/=/= = 10 SHSlHl_HSi)=)/=)/=]/=)/ =, = — i = 10 SSS SSS SS SSeS SS SS (US SS aS aS aS aS aS SS SS = 9 ==) =) =); =)] 0) 0} OF LT oO} LO} LLY 9) 698) 6) ON ON 08 0) 0) OF OY 0 0 3 | i] Oy ZEN teh ode) ao) |p a) |) 0) a) | a | SS SS Se | Hl He lal a =e l= l= = 9 SS SS SSS eS) By) 741) 28) |) OS el LON | ae = 8 — i i 2 2 2 2 2 2 2 2 2 2 = 10 SS SS SS ES SE ES SE BE Et ES FP ET = 8 Ht ES ES SE I ES ES] =] =] 10] = 10 LO SSS SSS 0 SS eS SS] eS SS ESS | SS SS aS Sa SS eS aS SS = 10 — a 9 ee er i i i i i ee ee = 10 SlSHl(=Hl=/=/= Oy OF! Of Ai Ca ee ey Sl Uy OH} O} OG OS le = 6 =— 1) | — I | — | — ea 2 i C—O i 10 10 =/=|/=/=|=/=/=|/=)=/=/= L010) | SS SSS SS eS eS eS SS SS SS 10 =| 9/10) =)/=)=/=)] 2) 6) =) 10) Sf] =2/=/=/e/2/2/2/=1=/=/=!/ = 9 = SS SS SS SS) SS SSS Se aS aH SS SS dd SS ES SS] SS = 10 re = 19 =) =) 20 =) = pe =] = ) Sa ft = | St SS | = 9} 2/10) =J=)]=/=/ =] =] =] 10 10 SS SSS SS eS aS SS SSS SS SS EE SS SSS SS Ss = = 10 — i i — re — i 2 2 2 — 2 2 2 2 i 2 2 = 10 = i | | ee SS SS SSS SS eS ee ee) eS SS = 10 — i or 2 i J — i 2 2 2 ef — a ed 2 Jd Fe 0O;/=)/=/= = 10 — | i i a i 7AM OY) ON I OMS Oy a Ol Of O)}) Oh OG Oi} 0 4 i) Oy Oy) Ol Ma Oy Os Gy a TO ayy jako Salo) |) 1) Sf Sl alle alheal= = 6 —— Sa ae — 2 — | 2 2 2 2 2 2 V2 A fr 2 2 0 2 = 10 9°4| 9°4 | 9-4 9°5 | 9°0 | 9:0 | 9°0 | 8:5 | 8-4 | 8°5 | $7 | 9:2] 9-5 | 8:9 | 9-1 | 9-1] 89 | 8:6 | 8-9] 87] 9:0} 9:0} 9:0] 9:0 9:0 PUBLIC SCHOOL, FORT-WILLIAM. ois, JANUARY 1888. S. R. . ay . 2° Ss a : Thermo- Direction and Force Amount of Barometer neducedite and Sea Temperature—Dry and Wet Bulbs. WATS. of Wind (0-12). Cloud (0-10). Read at gh Qh 14h 18h 21h gh gu 14h 18h 21h 18h gh gh Q]h gh | 14h] Qh Ins. Ins. Ins. Tns. Ins. |Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet. (ay: Wet. Max. Min. }Diz’n. Force.) Dir’n. Force. 1 | 9:564 | 9-536 | 9-°346 | 9-318 | 9°381 ] 34:9 33°8 | 36°0 33°3 | 35°3 33°6 | 33°7 31°6 | 33°0 32°38 138°5 34:275 O|NE 03710] 9} 38 2 | 9-080 | 9-074 | 9:203 | 9°180 | 9°229 480-9 30-1 | 29-9 29°8 | 32°9 31°8| 35°5 34:8 | 38:0 36°6]38°6 29:°2]S O;|SW 2-38] 10} 10 9 3 | 9-547 | 9-568 | 9-620 | 9-571 | 9'526] 40-1 37°5| 41:0 38:5 | 42°3 39:9 | 48:0 41°9| 45:3 43:7444:0 292,SW 1-2/SW 1-2] 8 9 | 10 }1°440 4 | 9:266 | 9-293 | 9:307 | 9:331 | 9°309 51-3 48-7 | 50°1 47:9 | 49-1 47:4) 49:1 46:9 | 47:0 44:1]51°9 42°3]98S 3-4)SW 1-2] 10 | 10 | 10 }1:780 5 | 9-359 | 9-390 | 9-473 | 9-624 | 9°703 | 44-0 43-9 | 44:0 43:4 | 43-3 41:9] 43-0 38:9 | 39°3 36:9] 49-9 43:3] E 1:0} W 1:0} 10 | 10 4] - 6 | 9-742 | 9-743 | 9:685 | 9-764. | 9°797 1 42:8 39:9 | 43:2 40:9] 46:0 44:9) 46-6 45°7 | 46°2 4517500 383—5W 1-2|/SW_ 1-2] 10 | 10 id 7 | 9-957 | 9-981 | 0:026 | 0:003 | 0-002 } 44:0 42:9 | 44:5 43°7| 46-7 45°6| 46°3 46:1 | 47:4 47:°2147°5 423—SW O05|/SW 2-3] 7 | 10] 10 8 | 0-132 | 0:140 | 0-264 | 0-343 | 0:393 | 49-4 49°2| 49-1 48:1] 49:1 48:9 | 47°5 47:1} 48:1 46:9]50°7 4439,SW 2-3)SW_ 1-2] 10] 10] 10 9 | 0°440 | 0:459 | 0:500 | 0°533 | 0541] 49-1 47-9 | 49:1 47:9| 50:2 47:9 | 47-9 45°1| 47-9 46°6]50°5 45° 3—7SW 1:0|/\SW G5] 6 2 0 10 | 0°514 | 0-500 | 0:534 | 0:541 | 0:575 9} 49:2 47:7| 48-1 46:7] 47-8 45:9 | 46:7 44:9] 46:2 445]49°7 4437SW 1-2;/SW O03] 8] 9] 8 11 | 0:562 | 0:570 | 0574 | 0:567 | 0-542} 41:0 39:9 | 41:1 39-9 | 44:0 41:9 | 37:0 35:8 | 33:9 32°8]47:0 393],SSW 1:0/Calm 0710) 3] 0 12 | 0-519 | 0°517 | 0°557 | 0°570 | 0°592 | 36:1 35°8 | 37:2 36°8| 40°3 39:4] 41:0 39:9 | 41:0 40:0] 41°3 30:275SW 2:0/SSW 03] 9] 10 | 10 13 | 0°636 | 0°659 | 0°659 | 0°668 | 0°672] 39°5 38:9 | 39°3 38°9 | 42°3 41:9 | 43:0 42°3 | 43-0 41:9] 43-4 38-3] NE 0|Calm 0] 10} 10 | 10 14 | 0°658 | 0°683 | 0°649 | 0-657 | 0679 | 40:2 39-9 | 40°2 39:9 | 42°3 41:1 | 40:1 39°9 | 38°3 37:9] 43-8 36-4] Calm 0|E 0} 10 | 10 | 10 15 | 0°681 | 0:687 | 0:663 | 0-687 | 0°679} 33-9 32-8 | 32°9 32-0 | 36:4 34°8| 34:9 33°8 | 34-9 33:6140°8 31:0] E O|NE 05710] 9) 10 16 | 0°659 | 0°626 | 0:609 | 0-611 | 0-608] 31:7 30°6| 31°9 31:0 | 37:0 34:8 | 33°1 32:2| 33-9 31°8]37:°2 2847NE 0°3|)/NE ON | 2) 0 17 ‘| 0°636 | 0°616 | 0-621 | 0-650 | 0-657 | 28-9 28-8 | 28:9 28°8 | 38°5 31°3 | 29:9 27°8| 25°9 25:8] 35:2 27°07 Hh 0:3} Calm oO} 0 0 0 18 | 0°660 | 0-650 | 0°638 | 0°643 | 0°658 | 25:9 25-8 | 25-2 24:8 | 31°8 31°6 | 26°5 [26°4]) 24-9 [24-8] 33°6 23:7 | SE 0|E Oe On 0 19 | 0°575 | 0°562 | 0°518 | 0-465 | 0450 | 18°9 [18°5]| 19:9 [19°5]) 28-7 28-0 | 28:9 27°8 | 27-9 26°8]29°8 17-7 {SE 02)Calm Of 1) 9 20 | 0°352 | 0°343 | 0-278 | 0-219 | 0:167 | 32:9 31-8 | 33:4 31°8| 39-9 38°7 | 41:2 40:4] 41:2 40°99 41°8 20:249SE O;|SW 1:0] 10 | 10} 10 21 | 9°752 | 9°746 | 9-661 | 9:659 | 9°717 | 45°3 45-2 | 45:0 45°9| 47-0 46:4] 47°8 46:1] 45:0 43:9] 47-8 387:27SW 1-0) WSW 03] 10 | 10 | 10] -3: 22 | 9°816 | 9°820 | 9°848 | 9°894 | 9-956] 43°5 42-9 | 43°5 43:1 | 46°8 46:1 | 46°4 45:9 | 45:4 44:9]48-5 42:3 ,5W 0|WSW 1-2] 9 | 10 0: 23 | 0-120 | 0°116 | 0-092 | 0-096 | 0:076] 48°9 45:4) 47°3 44:°9/ 49-1 46:1] 48:5 46°6| 48-1 4617496 42375W 1-2|SW 2-3] 9] 10) 10] - 24 | 0:086 | 0:106 | 0°116 | 0:064 | 0:021 } 45:2 43:9 | 45:2 43:9} 46:9 45:1 | 47:5 47°7/| 46:2 46:1] 49°71 443—75SW 1:0/SW 1:0} 8 9 | 10 }1:050 25 | 9°881 | 9°854 | 9-685 | 9:611 | 9°416] 47:0 46:1 | 46:2 45:7 | 48:2 47:1 | 43-4 39-7 | 41:2 39:1] 49°6 41 37SW 03;/SW 3-4] 10) 9 | 10 $1125 26 | 9-914 | 9:952 | 0:095 | 0:189 | 0-254] 38°5 37-1) 39:0 37-2] 41°3 36:9 | 38:0 34°8 | 39:0 35°S 142-8 36-2,S5SW 0|W 10] 9) 4 27 | 0°156 | 0°132 |[0°117]} 0-152 | 0-178 ]39-1 33-8 | 39°0 34:0 |[38°0 34:0]| 29°9 27-8 | 28-9 27:6] 39°83 35-2fWSW2-3|NE 0:3] 5 | [3] 28 | 0182 | 0:184 | 0°146 | 0:144 | 0-138 | 26:9 26-0 | 26:3 24:8 | 33:9 30°9 | 31°3 28°S | 29°9 28:8] 34°6 25 2FENE 0:3) NE 0! 0 0 29 | 07140 | 0:157 | 0°152 | 0°129 | 0:102] 28°9 28-8 | 39:4 28°8| 35°9 32:0 | 34°6 31°8 | 34:2 31:9]36°7 24-798 0/SSW OF 8 9 30 | 9:954 | 9-948 | 9°844 | 9-672 | 9:540 7 34:9 34:1) 34°7 34:0 | 38°5 37-7 | 39°5 38-9] 41°0 38:9] 39°7 32-445 W 0O;|SW 1-27 10} 10 31 | 9°332 | 9°348 | 9°586 | 9-766 | 9:913 ] 34:9 33-0) 38:0 36°0| 38:0 35:1 | 35°6 32°6| 34:9 32:0] 41-7 336FNE 2°0/NE 2-3710] 9 MEAN.) 0:093 | 0-095 | 0:099 | 0-107 | 0°112] 38°6 37-4) 38-7 37:5|41-4 39°6| 39°9 38:4] 39:3 37:9] 43:4 34:8 0°82 0:9447-9 | 7-6 | 7: FEBRUARY 1888. Ins. Ins. | Ins. Ins. | Ins. | Dry. Wet.| Dry. Wet.|Dry. Wet.| Dry. Wet.| Dry. Wet. || Max. Min. }Dir’n.Force.|Dir’n. Force, Tns. 1 | 07118 | 0°112 | 0-110 | 0:100 | 0-099 § 25°9 25°8 | 28°9 27°6 | 31°7 29°8 | 29°0 28:2 | 28:9 26:°81386:2 250,NE 1-2;NE 038} 1] 8 | 10 020 2 | 9-961 | 9°882 | 9:684 | 9660 | 9°762 ] 33°9 31°8 | 34:9 34°8 |) 40°2 39:1] 45:5 44°9| 44:0 40°99} 46-6 2627SW 1:0)/SW 1:0710) 10] 3] 355 3 | 9°838 | 9°851 |) 9°823 | 9°822 | 9°840 4 42:2 41-1 | 42-2 41:9 | 44-2 43-5 | 44:6 44:0] 47:0 46:1] 46-4 393—7SW 10/SW~ 1:0710|] 9) 10} 190 4 | 0:052 | 0:078 | 0-114 | 0-114 | 0112] 45:0 44:1} 44:5 43-9 | 45-2 44:9| 46-0 45-1| 45-0 44:°9148°7 43-31N 0O|SW 1:0710/| 10] 10) 565 5 | 0-020 | 0-080 | 0-068 | 0-107 | 0:130 | 49:1 47-9 | 49-3 48-1 | 50:1 48:9 | 49:1 47°9| 49:9 48:0]50°7 43-3,SW 05|/SW 1:07 10 | 10 | 107 -040 6 | 0:196 | 0-200 | 0:204 | 0:146 | 0°102 } 47-0 45°1| 47:0 45:1) 48:1 45:9| 46:2 45:7 | 47:3 46-4] 50°4 45-47SSW 1:0|/SSW 2-3] 9/ 9 | 10] -105 7 | 9110} 0-111 | 0-080 | 0-010 | 0-009 | 44-2 39°9 | 43:5 40-4 | 45:2 41:9 | 46°5 43:0 | 46-2 43-91 48-4 41-7]SW 1:0|WSW2-31 9] 10 | 10] 176 8 | 9°952 | 9°958 | 9:928 | 9°854 | 9°855 |} 47:0 44:1 | 47:0 44:8 | 47-9 46:2] 47-8 45-9 | 48-1 46:1} 49:°2 45-2) W 1-2;}SW 1-2} 8/10] 10] -150 9 | 9-952 | 9-952 | 9912 | 9-834 | 9°800 } 41°5 38-9 | 41:6 37:9 | 44:0 38:9 | 42:3 37:9 | 39:0 36:°9]50:0 40-37WSW 20/SW 1-27 4) 10] 8] 350 10 | 9°605 | 9°613 | 9:588 |[9°581]) 9°546 ] 34:9 32:1 | 34:7 32:0 | 33:1 31-8 | 31:9 31:0| 30-9 29°81 43:2 33-71#NW O03;/SW 051 9/10] 8] 190 11 | 97448 | 9:494 | 9-433 [9.390]| 9°372 } 20-9 [20.5]| 19-9 [19-6]| 31:2 29°6 | 28-2 26-8 | 31:1 29:8] 32-7 20:0} E 03/S 03] 0; 5] 9 - 12 | 9-388 | 9°395 | 9°398 | 9-382 | 9:423 | 21:9 [21-4] 25:2 21°3 | 32:9 31-7 | 33°8 31°8| 31:9 30:3] 34:8 22-0, E O|SW 1:0] 7 9 | 10 | [-400) 13 | 9-424 | 9-424 | 9°532 | 9-696 | 9°746 | 30:1 29°8 | 30°4 30°3 | 32:9 31:8 | 29:3 27-8] 29-9 28:3] 35°7 21:71SW 2-3/E 034710) 9 6 | -283 14 | 0-015 | 0-022 | 0:071 | 0°115 | 0°155 | 30°9 29°8 | 30°9 29°8 | 37°3 34:0] 83-8 31-8 | 32:7 30°8439°6 25:2] NE 0|NE MO}; Sy oi - 15 | 0-299 | 0:302 | 0°319 | 0°342 | 0°345 f 22:4 [21-8]| 22-4 [21-8]| 31:9 29-8 | 22-9 20-8 | 16-9 [16°5]] 34°6 22-7 NE 0'5| E OF O|; OO} O - 16 | 0-412 | 0°404 | 0-330 | 0-260 | 0:215 | 12°9 [12-7]| 13-9 [13°6]| 29:9 26-8 | 31-9 30:8 | 33:3 31:8] 33-1 11:7] ENE O|SW 1-2] 0; 3} 107 135 17 | 07196 | 0-199 | 0:253 | 0-254 | 0:257 1 30-1 30:0 | 31°9 31°3| 36:1 33-8 | 34:9 32:3 | 33-9 32:0] 40°8 27-3] ENE O|SSE 107 3) 5 3 - 18 | 0-028 | 0:014 | 9-960 | 9-899 | 9°831] 36-9 35-1 | 38:0 36-4 | 38-3 34-6 | 33:9 32:0 | 32°9 31:3]39°8 32:21S 0|E 10} 9} 8 | 107 -040 19 | 9:980 | 9-990 | 0-045 | 0-040 | 0:049 J 29°9 28-8 | 30:4 29-4 | 34:9 32-2) 33-9 31:8] 34:1 31:7]37-2 2857NE 1-2)/NE 10] 2] 9 97 :010 20 | 0°055 | 0°061 | 0-118 | 0141 | 0:177] 35-1 32-8 | 36:1 32°8 | 38°6 35:0 | 35:9 33-8 | 32:7 30:9] 39-7 8322]ENE 10|/ENE 05] 8/10] 5 - 21 | 0°168 | 0°167 | 0°135 | 0°127 | 0:132] 32:0 30°8 | 83-1 31:7 | 37-2 35-8 | 36:4 35:3 | 36°6 33:5] 38°3 29-2] ENE 0|/ENE 10] 6/|10; 8] 050 22 | 0°127 | 0°129 | 0°102 | 0°127 | 0°148] 35-9 33:8 | 37-5 34:8 | 40-2 35:8 | 34-4 30°8| 35-9 33:8]41°6 32°5]NE 1-2/E O1 7) 21 8 - 23 | 0°237 | 0°240 | 0°247 | 0-267 | 0:292} 28-9 26°8 | 31:9 27:8 | 39°5 33:9 | 34:1 30:6 | 29:9 27-8] 41-7 28-218 0/E Of 0}; 0} 0 - 24 | 0°333 | 0°332 | 0°313 | 0°311 | 0°314] 29-9 28-8 | 30°9 29:8 | 33-9 31°8 | 32:1 30°8| 31-9 29:8] 34-8 25-2] 0)/SW O07 10; 10) 9 - 25 | 0°350 | 0°348 | 0°324 | 0-324 | 0°321] 26:9 26°8 | 29:°9 28°8 | 35:2 31°8| 33-9 31:8 | 34:9 32:0] 35°8 26-2] NE O3;/NE 207 3) 0; O - 26 | 0°355 | 0°373 | 0°369 | 0°373 | 0°403 ] 35-7 33-3 | 37-2 34:3 | 39-1 36:1 | 37-0 34:8 | 36:9 34:8] 40-7 32:0} 0|E oO} 9/10 9 - 27 | 0:48] | 0°493 | 0°523 | 0:541 | 0:577 133-9 32-3 | 35:4 33-7 | 39-5 35-3 | 34-9 32:6 | 34:9 32:0] 41:3 33-27 NE 0|NE 0} 10 | 10 | 10 - 28 | 0-609 | 0°618 | 0°583 | 0°573 | 0°586 ] 29-4 28°8 | 29:4 28-8 | 41:3 36-7 | 34:3 30:2] 31:7 30°69 42-7 28:0] B 03;|NE O05} 3] O if - 29 |[0°571]| 0°567 | 0°547 | 0°549 | 0-577 733-1 31:8 | 34:2 32:1 | 42:0 38:9 | 38-8 35°8| 34:9 32:8] 43°6 29:7] NE 0|E 03] 8} 6] 2 - MEAN.| 0°079 | 0:081 | 0°073 | 0-067 | 0:075 | 33:4 32:0 | 34:2 32°6 | 88-7 36:1 | 36:7 35:0 | 36:0 34:1] 41:3 30:7 0°61 0°80} 6-3 | 7:1 | 7:1 43°059 ROY. SOC. TRANS. EDIN.—VOL. XULII. q o1 (oe) PUBLIC SCHOOL, FORT-WILLIAM. MARCH 1888. S. R. Barometer re.luced to 32° and Sez ii hermo- Direction and Force Amount of | Rain- Level. oe Temperature—Dry and Wet Bulbs. pees of Wind (0-12). Cloud (0-10). | fall. Read at gh gh 14h {sh | Qyh gh gh 14h 18h Qyh 18h gh gh Q]h gh | 14 |Q]h] Qh Ins_ Ins. | Tus. | Ins. | Ins. | Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.]Max. Min. [Dir’n Force.|Dir’n.Force. Ins. 1 | 0°547 | 0-557 | 0-473 | 0-421 | 0-399 32°5 31°3 | 33'4 31:8 49°9 37:9 35°9 33°8 34:9 32°8] 44:2 28-21E E OF 7 Ly LOn 910 2 | 0-219 | 0-179 | 0-056 | 0-004 | 0-034] 33-9 33-1 | 34:9 34:9 | 44:5 41-8 | 42-0 39:4] 35-9 34:8]45°7 27:2]SW 0/5 10110] 9! Of -013 3 | 0-151 | 0°153 | 0-153 | 0-125 | 0-089 | 32-1 30-8 | 32-9 31:8 | 37-3 32°6| 35-2 32-0 | 35:1 32:0]42°38 3057NE 1:0/SW 1:0] 7 | 9 | 10} -003 4 | 9-937 | 9-937 | 9-946 | 9-966 | 9°992 | 38-2 34:8 | 37:0 34:0 | 42:5 36°6 | 88-5 33°8| 33-9 30°8]43°2 34:2] ENE 0:3|E 0:3)]) (23 54a a | 5 | 9°975 | 9°964 | 9°859 | 9-803 | 9°797 | 26-4 26:3 | 29-7 28-8] 38-9 36:8] 40-0 38:9 | 40:0 38:9] 41-0 23-275 o|/Sw 1:0} 9/ 8] 8] -090 6 | 9°851 | 9-849 | 9-828 | 9-832 | 9-815 | 40-3 39-0 | 42:0 39:9] 46:2 42:8] 45-1 42:9|46-°0 43:9] 47-7 387-7]SW O-5|/SW 1-2] 9] 9) 8 }1-400 7 | 9°553 | 9°546 | 9555 | 9-545 | 9-527] 47-0 46:1 | 48°6 46:9 | 48-0 46-7 | 45:0 44:9] 45°5 45:4] 497 43-2]SW 2-3|/SW 2:0] 10 | 10 | 10 |2-060 8 | 9°364 | 9°360 | 9-237 | 9123 | 9-094] 46-0 43-2] 46:0 45:2) 47:6 46°8| 46-2 45°8) 47:0 46:2] 491 43-3]SW 1-2;SW 1-2} 10 | 10; 10] “795 9 | 8°951 | 8-935 | 8-880 | 8:858 | 8891] 46-0 45:4 | 46-5 45:9] 47-0 46:1] 46-6 46:0/ 46-0 45:1] 48:9 43-27SW 1-2/Calm 0} 10/10/ 2] 18 10 | 97109 | 9-124 | 9-213 | 9-265 | 9295 | 44-1 43-9 | 44-3 43-9| 47-0 45-5] 45-8 43:9] 42:0 40:9] 477 4257SW 10/SW O03]10| 8] 1] -028 11 | 9°205 | 9°199 | 9:180 | 9-227 | 9-268] 40-9 38-5 | 41-9 38:9] 43:0 38-4] 39-0 35:8) 37:0 33:0]46°8 383] NE 1-2/SSE 1-2] 9| 9) 7 = 12 | 9°490 | 9:517 | 9°568 | 9-623 | 9°656 | 31-2 28-8 | 31-2 29:1] 35-4 32:0 | 33°3 32:1| 31:9 28:°3]39°5 2827NE 1-2/NE 0-5) 6] 8| 1 - 13 | 9°682 | 9°674 | 9°588 | 9-516 | 9:452] 31-9 30-1 | 32:9 30:8] 36°1 32:0] 33-7 29:8 | 321 29°9139°6 28:3) SW O|SSW 2-3] 8] 7] 1 = 14 | 9°280 | 9-284 | 9-260 | 9-262 | 9-284] 34-7 33-6 | 36-2 34:1/ 35:9 32:0| 34:9 31°8| 36-1 31°8]37:1 302|SSHE 1-2|/NE 0-5] 7| 9| OF — 15 | 9°374 | 9°386 | 9-462 | 9-545 | 9-572] 35-4 32-0 | 36-4 32:1137-5 32-1] 32-3 29-8| 31-9 29:0]38°8 34-07E 1-2)/NE 237 8] 8] 3] - 16 | 9°802 | 9-808 | 9-846 | 9-886 | 9-932] 25-9 25-1 | 29-9 28-5 | 36-2 31-6 | 32:9 30°8| 26-1 25:°8]38°8 23-2]NE 1-2|S Oa 2) - 17 | 0-019 | 0-030 | 0-056 | 0-144 | 0°197 | 27-7 27-0 | 28-9 28:0] 35-0 31:8] 35-4 32:0 | 32:4 31°83] 361 212]/ENE , 0) (0)}) Moy) Sal - 18 | 0-408 | 0°410 | 0:399 | 0°439 | 0-485 | 26-4 25-8 | 29°9 29-8 | 46-3 37-9 | 42°3 36:8 | 83°6 32:2]481 240]NE 0:3) NE O}/ @} Oy - 19 | 0°502 | 0°490 } 0°391 | 0-340 | 0:352 } 28-4 28:3 | 31:9 31°8| 46-0 37-9 | 39°7 35:2/32°1 31:8] 46-4 2721E 0|E OF LOR EO) - 20 | 0°382 | 0°396 | 0°353 | 0°380 | 0-446} 27:5 27-4 | 31:5 27:8 | 46:0 37:8 | 42:8 37:5 | 32-9 31-8] 47-4 22-4) NE 0|E O} On ON - 21 | 9-438 | 0-432 | 0°325 | 0:230 0130] 27-5 26:8] 31-8 30:6| 40:0 36-6| 38:0 37:9 | 39-2 39:1] 42-9 2327SW 03/Sw 1-2] 10] 10 | 107 -313 22 | 9-849 | 9-829 | 9°748 | 9°717 | 9°690 | 40-2 39-8 | 40:2 39-3] 44:5 41-9] 39-2 38:1] 37:0 3514473 365]NE 2-:0|/NE 1-2] 9| 8) 10] -010 23 | 9°621 | 9°617 | 9-520 | 9-430 | 9:416 | 33-9 308 | 34-2 30-8] 39°3 33-4| 34:9 33°5/33°9 33°8]41°6 312]NE 2°0)/H 1-21 8| 7) 10] 128 24 {9-410 | 9-410 | 9°440 [9-516] 9-480] 35-9 34-8 | 36-2 35-1 | 38:9 37-0, 37:3 36°6 | 35°9 34:°8]39°'8 234]NE 3-4|NE 2-3] 10/ 10 | 10] 1380 25 |[9-212] 9°17 | 9-038 | 8-992 9-006 | 31-2 30-8 | 32°9 31-6 | 37:4 36°6 | 35-2 32:3/ 31-9 29°8]39°0 292]NE 03/NE 05] 3] 8] 8 = 26 | 9:050 | 9-050 | 9-063 | 9-058 | 9:046 | 34:2 31-8 | 35-9 31:8 | 40:2 35-0 | 38:2 34:7 | 34°3 32°3]42°0 29:0]NE 03/NE 1-2] 7| 4] 9] 015 27 | 8-916 | 8-887 |[8°839]] 8-883 | 8-934] 29-9 29-3 | 34:9 31-8] 40-6 34:9 | 34:9 32:1] 28:9 27:7] 42:7 29-2]SSE 03/NE OLS on ao = 28 | 9:046 | 9-044 | 9-023] 9-053 | 9-046 | 28-9 28-8 | 34-1 30:0] 38:8 33:5 | 33-7 32:4] 33-9 32°8]42°6 247]NE 2:0)N 2-3] 9 | 10 | 10] ‘180 29 | 9:078 | 9-076 | 9-131 | 9-169 | 9:211 | 34-1 33-8 | 37-2 36-0] 40-0 38-3 | 39:0 37:7 | 39:0 36:7] 40°8 320]NE 2-3;/NE 1-2] 9] 10] 9] ‘028 30 | 9°400 | 9-418 | 9-484 | 9-581 | 9-667 | 38-1 37-0] 39:1 37-1] 42°5 38-9] 41:2 37:9] 40-0 36:8] 43°8 366]NE 1-2) OH) Ol] O} Ol) = 31 | 9°894 | 9-907 | 9°974 | 0-032 | 0-097 | 33:5 31-1] 37-0 33:8] 43:0 38-9] 40°5 36:0] 366 34:5] 45:7 312]NE 03/NE O05} 2| 7) 9 = MEeEAN,| 9°668 9°666 | 9-642 | 9-644 | 9:655 134-3 33-1 | 36-1 34:3] 41:4 37:5 | 38-7 36-2] 36:2 34:°5/ 43-4 30-9 1:00 9-71] 6°8 | 7:0 | 5:6 | 5-330 APRIL 1888. Ins. Ins. Ins. Ins. Ins. | Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.] Max. Min. |Dir’n.Force.|Dir’n. Force. Ins. 1 | 0°106 | 0-091 | 0-006 | 9:963 | 9-943] 35:9 33-8 | 38:4 35-7 | 43°0 42-2] 45°8 42°9| 45:6 44:1148°5 30°3]S 0°3| WSW 1-2] 10 | 10 | 10 } :053 2 | 9°916 | 9-916 | 9°948 | 0-016 | 0:090 | 40-0 36-1 | 41:4 37:1] 41°6 36:9 | 37-3 34:8 | 32-2 31°8]46°5 88 1]NE 03)NE 0-5] 4| 9) 2] -010 3 0-099 0-095 | 0°036 | 9-971 | 9942 | 32:9 30:9 | 35-9 32:0] 43:1 37:9] 41-0 36°6 | 39°2 35°8]44:2 28:2]S 0|WNW1-2] 7) 9| 7] 048 4 | 9°845 9°860 | 9°922 | 9-978 | 0-068} 37°6 35°6 | 38:5 35:3 | 42:3 38-2 | 39:4 38-0| 383 36°8]46°5 33:5|NE 1-2|5 Sa tsi || Y| © - 5 | 0217 | 0-235 | 0-300 | 0-214 | 0-248] 31:9 30:0 | 36:1 33:8] 45:0 39°8| 43:9 40:1] 41:0 38:9] 461 272)NE 03/SW 0} 0) SEIS: - 6 | 0315 | 0°317 | 0°300 | 0-283 | 0-322] 33-9 32:8 | 39:0 37:0] 51:1 43:4] 46-9 41:7] 38°8 36°3]52:7 282]NE O08/SW 03] 1] 3/ 1 - 7 | 0°260 | 0-274 | 0-212 | 0-184 | 0°190} 40-0 38:7 | 42:4 40-6] 49:9 44:5 | 49-8 44:6] 45:0 42:9] 51°5 36:2|N O;/NE 1-2710/10}] 9 - 8 | 0°164 | 0-169 | 0-098 | 0-090 | 0°123 | 42:0 38-4 | 44:4 39:3] 49:7 43-1] 46:0 41°6| 40-5 38:71 49°9 38:5]E O|ENE 0:37 1; 4] 4 - 9 | 0185 | 0°102 | 0:050 | 0-056 | 0-086 | 34:3 32:0 | 39:2 36:9/53-3 46-7] 48-5 45-7] 45:0 41:9]155°5 38-2] 0:3| NE 0} 3] 9] 8] -045 10 | 0-089 | 0-077 | 0-009 | 9-920 | 9897 | 42°3 39-9 | 43-8 41:1] 45:0 44:7 | 44:2 43-9| 43:3 42:9]48-7 36-2]W 0:3/SW 1-0] 10 | 10/ 10} -223 11 | 9°816 | 9-826 | 9°852 | 9-828 | 9-831} 48°6 43-9 | 44-3 37:5] 45-0 41:5] 41-5 38°5| 39°3 36°6] 48-9 41:3]N 1-2}/WSW1:0] 6/ 9] 10] -130 12 9°770 9°762 |(9°692]| 9-575 | 9:422 137-0 35:3 | 40-8 37-7 | 42:2 39:9] 40-1 39-7 | 42:5 42:2] 44-6 32:2] W O;SW 1-2) 4] 10/ 167 :352 13 | 9°425 | 9°458 | 9574 | 9-637 | 9°645 | 45:0 42-1 | 45:2 42:1) 47-6 43-9] 45-0 42:8) 43:0 41:1] 49°7 393]W 2-3;)SW Od] 7) 9} 94 270 14 | 9°675 | 9°686 | 9°742 | 9°778 | 9-794] 45-3 45-0 | 48:3 47-3 | 52°6 50-0| 50°9 47-9| 46°5 45:2]54:2 39°87SW 1:0/Calm 0] 9] 8| 6] -090 15 [9°729]] 9°720 | 9-654 | 9-645 | 9-648 | 50-2 46°0 | 49-7 46°9 | 50-1 47-7 | 47-1 46-2] 45°5 45:1]53-7 421]NE 0/SW 1-0] 9] 10] 10} -305 16 | 9°643 | 9°629 | 9°656 | 9-616 | 9°578 ] 43-9 42:2 | 44-2 43-1 | 48-1 47-0] 49°8 47-1] 50:2 45:1450°3 388-7)SW 05/SW 1-2] 9} 9} 9] -075 17 | 9°451 | 9:440 9°376 | 9°359 | 9:391] 48-4 45-0] 50-2 45:9 51:9 47-0| 48-3 468] 45:5 45-4]53:7 46°8|SW O|\SW 1:0) 9}; 9] 97 100 13 9 403 9-407 | 9°395 | 4°395 | 9-418] 44-8 43-3 | 45:9 43-7 | 521 46-4] 52-4 47-1] 44:0 49:1] 56-5 41:3]SW 0| EK QO; &) 5) 74 :095 19 | 9°530 | 9°537 | 9°525 | 9-575 | 9°602] 43-5 41-9] 47-0 43°9 55-4 48-9| 48-1 46:8] 44-0 42:9] 575 38-3] NE O|SW Ob] 6] 4] 9] -122 20 | 9°801 | 9°812 | 9°906 | 9-964 | 9-992] 41-9 39-9) 42-5 40-2 | 43-2 39:9 | 39-9 36-9| 37-0 33°8448°5 40°3|NE 4-5|NE 1-27;10/ 9; 4] - | 2 0002 0002 | 9:992 | 9-968 | 9-987 ] 39:8 35:6 | 42:0 36:9 43°6 38-2] 42-0 36-6| 33:1 30:9] 45:9 32-4] ENE 3-4/E Oy | i] S|], a - | 22 | 9'979 | 9-976 | 9:991 | 0-016 | 0°043 | 38:0 34:8 | 40:0 36:7 | 44-8 41-1] 42:5 40-4 | 40-0 38:7]49-7 28-2]NE 1-2|NE 23] 9) 9] 10] -038 | 23 | 0°105 |[0°009]} 0-122 | 0-131 | 0:201 | 40:2 37-9] 42:3 39:3 | 45-0 39-4| 42:5 37:9139-4 36:0] 48-5 375|NE 2-3|NE 2-0] 8] 10] 8 - 24 | 0235 0-230 0206 | 0°209 | 0-275] 41-9 35:8] 44-0 36-3 | 53-1 42:9| 46-9 41:5] 40-0 36:9]54:6 33-0]NE 2:0|/ENE 1-2] 0| 0|} 5 - Zo | 0°328 0°325 | 0°328 | 0-309 | 0°336 | 41°9 38-2] 43-1 38:9 49-1 41:9] 46-7 41-1/ 38-0 34:9]49°9 34:0]NE 1-2/|E Os) ra PA) (0) - 26 0°308 | 0-299 | 0°220 | 0-154 | 0:091 | 37:2 34:6 | 40:0 36-9 48-1 43°7/| 47-0 42:7] 44:0 42:9]52°'1 26-2]SE O;/Sw 1-27 8| 9] 9] ‘543: 27 |: 9866 | 9°863 | 9°878 | 9°884 | 9:858] 47-0 42:9] 48-2 43:0! 50-3 44-1] 46-0 49-4] 45-0 41:9]51-7 423]7W 2-3/SW_ 05] 9] 9) 9] -398 23 9°749 | 9°724 | 9°612 | 9-489 | 9-423] 44-0 43-2] 44-0 43:9| 47-0 45°7| 46-2 45-4] 46-0 45:1]50°1 41:3]SW 1-2/SSW 3-4] 10 | 10 | 10] -730 29 -9°387 | 9°337 | 9°398 | 9°463 | 9-471] 44-2 40-4 | 46-2 41-1) 49-5 45-2 / 43-0 41:4] 41-8 40°1]51-6 41:3)SW 23/SW 1-0] 7] 4) 10] 312 30 9-449 | 9-444 | 9°403 | 9°355 | 9°307 | 45-1 41-9 | 45-9 42:2 50-6 44-9! 49°3 45-9] 46-0 44:8]529 393/SW 0/SW of 9} 9] 10] 110) MEAN. | 9°895 | 9-887 | 9°880 | 9868 | 9°875 | 41-3 38°6 | 43:1 39-7 | 47-8 48-2| 45-3 42-2| 42:3 40-1].50°5 36-0 1:08 0:97] 6-7 | 7'8 | 75 | 4-034 PUBLIC SCHOOL, FORT-WILLIAM. oe MAY 1888. : a S. RB. ; : Barometer reduced to 32° and Sea Temperature—Dry and Wet Bulbs. phere: TC aGEE RS Cranach Lees Read at 8h Qh 14h 18h Djh 8h Oh 14h 18h Qh 18h Qh gh 21h Qh | [4h}Q]jh} Qh : Ins. Ins. Ins. Ins. Ins. Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.}| Max. Min. Duca noree. Dir’n Force. “ia Ins ' 1 | 9:082 | 9:071 | 9-074 | 9°158 | 9-342] 49-1 45-4 |50°3 40-4] 49°3 47-9 | 48-1 47:1] 45:0 41:9]53°8 43°38] NE O|SW 3-4] 8] 10] 9 212 2 | 9:285 | 9-253 | 9140 | 9-074 | 9015] 45-2 41:1] 44:5 41-4) 53-1 48-1) 46°8 43-9) 44:0 41:9] 53°5 38°3]S O5)/SW 2-3] 1 8 | 10 | -810 3 | 9:180 | 9°268 | 9°555 | 9°687 | 9°771] 46-0 42:9 | 44:0 41:2] 47:0 40:9 | 44:7 40:9 | 42°0 36°84] 48°5 4031SW 3-4)SW 1-0]10]| 8 8 213 4 | 9-959 | 9-968 | 9-964 | 9:981 | 9:958 ] 41:2 39-9 | 41-2 39°8| 46:4 42:9] 45:0 41:4] 40:2 38:99748°7 387:0]}SW 1:0)SW 1-2] 7 7 | 10 | °506 5 | 9:987 | 9:960 | 0-032 | 0-084 | 0-092} 43:0 38°9 | 43:4 38°9| 47°5 42°0| 46:5 42:0) 44:0 41:0] 50°8 34-2] W LOVSW 0:3) 9) 9) 7} :040 6 | 0-081 | 0:084 | 0-038 | 0028 | 0:028} 46:0 44:9 | 45:3 44:9] 47:5 47:1| 50:2 49:4] 50:2 49:4750'4 393] WSW 05|SW 1-2] 10 | 10 | 10] ‘580 7 | 9°960 | 9-962 | 9-957 | 9:912 | 9°905] 49-1 48:9 | 48-4 48:1] 50-6 49-9 | 48°8 48:4) 501 48:°99752°3 463]/SW 1-2/SW_ 1-2] 10 | 10 | 10 J1:050 8 | 0-014 | 0-044 | 0138 | 0-181 | 0-216 | 45-3 41:1 | 46:0 41°1| 43°8 39-7 ( 44:0 38:7] 43:0 37°9]50°7 4137SW 1-2/SW 10) 7) 7 043 9 {[0°327]| 0-323 | 0°348 | 0:345 | 0°366 ] 43-5 38:4 | 44:5 38:9 | 49°3 41:9 | 48:2 42:9) 42:0 38-2]51:7 36-1])SW O|ESE 05] 9) 8| OF - 10 | 0-407 | 0-412 | 0-414 | 0°424 | 0-468 | 44:3 40-9 | 47:4 42°4| 58-1 48-7 | 52:1 45°7| 47:0 42:9] 58'S 32:2) N 10|NE 05] 0 2 3 = 11 | 0515 | 0-501 | 0-450 |[0-411]] 0-455] 45-6 41-9 | 49-5 44:3/57°8 49-0 | 54-1 46-9] 44-0 40-°9]59-4 33:5)NE 03/SW 1-0] 0] 0] of - 12 | 0442 | 0-439 | 0-400 | 0361 | 0°364] 44:0 41:6 | 47°1 43:°1| 53:0 47°7| 501 45:2] 48-1 43:9]55:-4 33-1] WSW 0:3) WSW 1:0] 10 | 9 | 10} -080 13 |! 0-079 | 0-065 | 0-000 | 9:992 | 9:995 | 48:3 47:1 | 49:6 46:9 | 50°6 44:9 | 48-1 43:3] 44:0 40:°9]53:1 45°3]WSW1-2|NNE 1:0]10] 7 7} °020 14 | 9945 | 9-943 | 9-833 | 9-751 | 9-713 | 43°3 38-9 | 43:7 39°9| 51:6 43:9 | 45:8 40°7| 43:0 39:9[53-°0 345|NW 1:0/NW 0-5] 8| 9 | 10] -050 15 | 97539 | 9°513 | 9-489 | 9°489 | 9-514} 42-0 40-4 | 44:0 42°9 | 47-0 43:9| 47-9 45°4/ 45:8 44:-4]49°6 3837NE 03/Calm 010] 10] 10] -010 16 | 9°516 | 9°507 | 9°459 | 9°381 | 9:334] 48-8 45:1 | 52°6 46:9 | 50:9 46:2) 50°5 46°6|49°1 45:9] 54-7 43:2]SW O|SSE 1:0710] 10} 9} :050 17 | 9-233 | 9-241 | 9-250 | 9-311 | 9:333 } 50°1 47:4 | 50°5 47-8) 49°1 41°9|51°6 48:9] 48:1 46°7}57°6 4537SW 1-2|\SW 1-2] 9 | 10 9 } °260 18 | 9543 | 9°536 | 9°557 | 9:555 | 9°569 } 511 48-7 | 58:7 50:4 | 58:0 52°7 | 54:1 52:9) 57:0 55:1] 602 4537SW 0°5/SW 15] 9] 10] 10] -490 19 | 9594 | 9-601 | 9:585 | 9:554 | 9°594} 60-2 57:0 | 67:7 61:1 | 72°38 62-4| 63°9 59°1| 62:4 57-3]75:0 52271WSW O0|/SW 1-2] 7] 9 | 10] -380 20 | 9°946 | 9:929 | 0-057 | 0:148 | 0-249 | 50:1 48-9 | 51°6 49-7 | 53-8 51:8 | 54°9 51:1] 50:4 48:17 656 47-3)SW 1-2) W OF 3) 9| 14 :090 21 | 0°425 | 0-415 | 0:440 | 0:437 | 0501} 501 46:9 | 55:1 51°7 | 65:4 57-0 | 62°7 56°2/ 55-1 52:1] 69-1 38:3) NE 0|SW OF 4) 2) OF =| 22 | 0-543 | 0:535 | 0°485 | 0-480 | 0-522] 55°8 51:4] 59°7 54:5 | 70°9 61:0 | 66-7 58°9| 56°8 51°49 72°8 45°3}Calm O|NE O05} OO} 4) 1 - 23 | 0°553 | 0°540 | 0500 | 0°479 | 0516 | 54-4 50:1 | 58°5 53°7 | 72:9 58:6 | 69°7 57:1] 57:0 51:9} 74:8 45:0] NE O|NE O53} 2) 5] O ~ 24 | 0-509 | 0-497 | 0-431 | 0°394 | 0-406 | 55-4 50°9 | 60:2 52:1) 71:6 58°6 | 67-4 56°8 | 56°38 49:7] 72°8 43:3]NE 0:3) NE | Wi) Of) @ - 25 | 0°352 |[0°334]| 0-249 | 0:263 | 0'255] 55:1 48:9 | 58:9 51:7 | 67°77 56°0| 61°8 54:0] 511 47:2]68°6 41-6] N 03|NNE 05] 6] 1] 8 - 26 | 0-182 | 0-174 | 0-090 | 9:999 | 9°957 | 48-1 44:9 | 51-1 45:9] 58:9 56:2 | 53-1 52°1| 48:4 44:2}62°8 40°3]N 10|E Oa} | Bs) OY) - 27 | 9°832 | 9-822 | 9°770 | 9-798 | 9°813 ] 48-1 43-7 | 48:9 44:4] 55:5 48:9 | 45:5 43:1] 43:0 40°3]59°8 43-37NE 1-2|/NE 2:0] 9] 5 | 10 - 28 | 9°894 | 9894 | 9°893 | 9913 | 9:927 | 45:0 39-7 | 48-1 41:7 | 51:1 44:1 | 50°6 45:1] 47:1 41:9] 54:3 38:6] E 10/5 WER) |) 8) - 29 | 9-920 | 9°886 | 9°818 | 9-687 | 9°585} 45:0 40:4] 46:0 41:2] 45:2 42:9} 47-0 43:9] 47-9 45:2}50°9 36-2] 1-2/H 0-5} 10 | 10 | 10 } 300 30 | 97197 | 9-201 | 9-201 | 9-283 | 9°304] 50-2 47-9 | 50°2 48:9 | 49-4 48:9 | 48-9 48-1] 48:1 47:9] 53°7 44:3] NE 0|SW 0°37 10 | 10 | 10 } -902 31 | 9-447 | 9°475 | 9666 | 9°S06 | 9°890 } 48°3 45-7 | 48:1 45:7 | 46°6 43:4 | 45:2 43°7 | 44:2 42°1750°0 4437SW 1:0) WSW2-3] 10] 10} 9] -300 MEAN. | 9°919 | 9-916 | 9911 | 9°915 | 9:934] 48-1 44:8 | 50°1 45:°9|.54°6 48-7 | 52°1 47-7 | 48:3 45:0] 57°8 40°9 0°77 1:021 7:0 | 7:0 | 66 | 6°386 } | JUNE 1888. Ins. | Ins. | Ins. | Ins. | Ins. | Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.|Max. Min. }Dir'n.Force.|Dir’n.Force. Ins 1 | 0-096 | 0116 | 0°182 | 0:221 | 0:281] 45-0 41:2) 45°6 41°7| 50°6 46:0] 54°5 49°8 | 44:6 40:°9]54:2 41-5) WSW1-2)NNW O05] 8 4/ 9 2 | 0-227 | 0-223 | 0-181 | 0°091 | 0:045 | 46:2 42:9] 47-3 43:9 | 44-5 40-7 | 42:8 39°4| 43:3 40:2] 53-7 27:2] HK 0| SE 2-3] 10 | 10 | 10 7 -400 3 | 9-840 | 9°840 | 9-818 | 9-830 | 9:926 | 44-1 43-0 | 44-9 43:0 | 43:1 42:2] 40°3 39:7] 38°38 36:°9]47°9 403] NE 0:°5|NE 1:0] 10 | 10/ 10 50 4 | 0:071 | 0-099 | 0:148 | 0-182 | 0:253 | 43°3 41:2 | 44-8 42:0/53°6 49:1] 55:3 51:0] 44:8 42°9]756°5 37-3]NE 1-2)H O] 6] 5 1 - 5 | 0-253 | 0°246 | 0°175 | 0149 | 0:157 | 47-9 43-1 | 51:0 46:1 | 63°3 57:0} 55:5 51:1) 5071 44:9] 63°6 352)NE 1:0|E 3-4) 2) 2) 4 - 6 | 0-015 | 0-015 | 9-996 | 9:942 | 9:832] 51:2 46°7 | 51:2 47:5 | 51:3 47:9] 47°38 44:91 47:0 44:9] 56:1 39°47 N 2-4|/SE 2-5] 8 | 10] 10 | 085 7 | 9-747 | 9°741 | 9°695 |[9°652]] 9°663 } 51-6 49-1] 54:3 50°9 | 60-4 56°8) 58°8 55°8|55°6 54:0]64°8 445)NE 0:3) SW Oy} 4) 9) OF -020 8 | 9°661 | 9:659 |[9'634]) 9:623 | 9°623 | 54:1 52:2 | 56°3 55:8 | 57-0 56°8| 55:8 54:2] 54:1 53°17 616 49°2)SW 0|NE O07 10 | 10 | 104 ‘190 9 | 9°596 | 9°593 | 9566 | 9.596 | 9°625] 53-7 52:1] 54°6 54:0] 56:0 54:7] 51:3 501 | 49°5 46°2]59°8 50:7 | NE 0;}SW_ 1-2] 10 | 10 | 10} 140 10 | 9°744 | 9°756 | 9°892 | 9:956 | 9:997 | 48°1 46:9] 48°6 47-4] 54°1 52:0] 54:4 52-4] 47:6 46:7] 57°6 45:3] W 38-4] WSW 0°57 10] 7} 6 | -010 * 11 | 9°936 | 9-902 | 9°818 | 9°727 | 9°685 7 51:2 49:2] 54:1 51°9| 54:5 53-1] 53-8 52°6|50-2 50:0] 63°6 43:3] W 05|Calm Of 41 10] 10] -770 12 | 9°436 | 9°40 | 9°368 | 9372 | 9-449] 54:9 53:1] 55:0 53:4] 56°4 55:5] 51:9 50-9 | 47:3 46:9] 63°6 49:2 ]SW O;SW 11-2710] 10| 8] 445 13 | 9°627 | 9-646 | 9-683 | 9-703 | 9°752} 48-7 47-9) 51:3 50°0 | 59:0 56:0) 59°9 58-0] 51:9 50:5463°0 54:0}SW 1-2)S OPS Gn ee - 14 | 9-880 | 9-880 | 9°879 | 9892 | 9:914] 51:9 49-7] 56:0 53:8 | 62:3 60°5| 58-9 57-6 | 56°8 55:0] 63-2 39:3] W 03)ESE O38] 2| 5) 44 :093 15 | 9°847 |[9°847]| 9°870 | 9-933 | 0:005} 51-1 49:9} 51:1 49:9 | 61°7 59-9] 62°8 61:3] 54:2 49:-4]67°3 46-4 SW ONE LO, 10) 6) 1 - 16 | 0-103 | 0-104 | 0:076 | 0-084 | 0°125] 53-1 49-9} 57:0 52:2) 71:0 59-4] 65°8 58-°1|59-:0 54:0] 73°3 43°3]NNE 1-2|N oO; 2) 6) 9 - 17 =| 07154 | 0-152 | 0-121 | 0-176 | 0192] 55-0 51-0 | 61:9 56:0] 69-9 58:9] 65-9 57:0] 58-0 54:0] 71:7 44:3] N O|N oO}! @ OO] - 18 | 0°303 | 0°303 | 0°311 | 0°310 | 0345] 53°6 49°9| 560 51:2 | 62°9 56:0] 64:1 55-8!54:0 50:0] 67:0 4667NE 20)/NE 1-2] 3/ 1/ 38 - 19 | 0371 | 0°348 | 0-258 | 0-266 | 0170] 52-2 47-5 | 55-0 49:2] 68-7 58-7| 64:9 569/531 44:9] 703 403{NE 10/NE 2-3] 1) 6| 2 - 20 | 0°262 | 0°247 | 0-175 |[0°166]] 0:200 | 54:1 44-4] 58-0 51:9) 70°9 61:2] 60-9 55-2) 53:9 51:6] 72°5 423,;NE 1-2;/NE 2-3, 0/ 1, 1 - 21 | 0-246 | 0°243 | 0-201 | 0-211 | 0:264] 54-1 50-2 | 57-2 52:4] 71-9 62:2] 68-9 61:2|/56-2 51-14 73°8 45:3]NE 1-2/NE 03] 3] 5| 2 - 22 | 0°283 | 0°267 | 0°216 | 0-218 | 0'294] 53:3 48-7] 56-6 50°9| 70:9 61-7] 61:7 57-8|55°6 50°54 71°8 443] ENE 2-3;/NE 1:0] 0| 0| 0 - 23 | 0°359 | 0°351 | 0-285 | 0°274 | 0-294] 53-0 48:9] 58-0 50:9] 78:4 62:°2| 70:9 56:°3| 56:6 48:9]80-4 44:3]NE 05|/NE 1-2] 0 a 0 - 24 | 0°259 | 0-239 | 0:143 | 0-136 | 0150] 55-0 49-9 | 59°3 52:9] 79°8 64:2] 77-1 64:6 | 66-2 58-0] 81:0 429]7NE 0:°5|S 3; Wj Wi 2 - 25 | 0-124 |[0°112]| 0:042 | 0-005 | 0-022 167-9 57-0 | 72:7 60:1] 83°6 69-8] 80-0 66:2 | 73:4 62:°4]85°8 54:2]NE 0°3| ESE OO} ie Ge — 26 | 9:961 | 9-949 | 9-872 | 9-842 | 9-827 ] 66-9 59-1 | 73-1 63-2] 82-0 63-9| 79-0 63-2| 67°3 58:5] 84-4 562|/NE 0/8 ON 0y |) alia 27 | 9°709 | 9°693 | 9°646 | 9°585 | 9590] 68-9 60-2 | 68°2 60°2| 78-6 67°5| 76-7 65:2) 64:5 56:2] 81-4 5864S 0°3| E Od} 4) 4 J - 28 | 9°554 | 9-555 | 9°54 | 9-549 | 9-571] 59-8 56-1] 60-2 57°6 | 61:3 58'3| 56-7 55°3| 53-2 51-8] 628 55-2]NE_ 1-:0|/NNE 2-3] 8 | 10 | 10] -020 29 | 9-616 | 9-619 | 9-627 | 9°650 | 9512] 49:3 45-9] 51:1 46-7 | 62°5 53°3| 62°5 58-1] 51-1 40-9] 64°8 47-2]NNE 2-3)NE O05] 4) 1) 2 - 30 | 9°801 | 9-801 | 9-837 |[9°875]| 9:950 | 52-6 46-4] 56-0 48-9 | 64-6 54°6| 62-2 532/511 45-9] 668 433]NE 2-3)/NE 1-2] 6} O/ 1] - AN,| 9°969 | 9-966 | 9-942 | 9-941 | 9-957 ] 53-1 49-1] 55:5 51-2| 63:5 56-7| 60°7 55:1] 53-6 49-4] 66-8 45:4 1-04 1-03] 4-7 | 5-1 | 4-8 | 2523 60 PUBLIC SCHOOL, FORT-WILLIAM. JULY 1888. 5. R. Barometer reduced to 32° and Sea 1 ‘ . nee , Thermo- Direction and Force Amount of ]} Rain- Level. Temperature—Dry and Wet Bulbs. meters. of Wind (0-12). Cloud (0-10), | fall. Read at gh | gh 14h | ygh | Qyh gh Oh 14h 18h Qjh 18h gb gh 21h Qh | 14h) 21h} gh Ins. | Ins. | Ins. | Ins. | Ins. | Dry. Wet.} Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.} Max. Min. !Dir’n.Force.|Dir’n. Force. Ins 1 | 9-999 | 0:000 | 9-955 | 9:923 | 9-948] 51°1 45:0 | 54°3 47-5 | 63°7 53°71 61:9 52:4| 54:1 49-4) 662 39°3}NE 1:0/SW 3] 0 0] 3 - | 2 | 9°782 | 9-768 | 9°582 | 9-432 | 9°356} 54:7 50°9| 55-1 50-1 | 60:2 52:1 | 54:3 52-7 | 53-1 51-19 65°7 47-8 )Sw O|NE 1-2] 9] 10 | 10 }1°065 3 | 9°340 | 9°350 | 9:397 | 9°405 | 9-407] 5171 49-9 | 53-0 51°1 | 51:9 50:0|50°3 48-9 | 49:1 47:9]54°6 49°21NE 2-3/E 1:0} 10 | 10 | 10 } +120 4 |9°361 | 9-349 | 9°363 | 9-401 | 9-408] 51-4 50°2] 53-1 51°6| 57-2 53-1] 55-2 51°7| 52-1 48-9] 58°8 4431 NNE 1-2/NE 2:0] 10 | 10 9 } -050 5 | 9°499 | 9:504 |[9-557]) 9°617 | 9669] 48°3 45:2 | 49-9 46-1] 53°3 49°1] 52-9 48:9] 49-1 46-4] 56°8 4637NE 2:°0/NE 1-2] 10/ 10} 10 - 6 | 9°804 | 9-808 | 9-840 | 9-839 | 9°891] 49-3 44:9] 52:3 46:4] 60:4 50:9] 58-0 49:9) 50:1 47:5]61°8 383}NE 1°0/E ON 2a 9) 5 | -010 7 | 9°962 | 9-965 | 9-971 | 9-983 | 0016 ] 51-2 46-9] 53-5 47:3 | 62:2 58°5|56-0 50:0 | 49-1 46:1] 62°9 43:3} NE O|N Oo} 4 9 0} 023 8 | 9°978 | 9-967 ; 9-920 | 9:880 | 0-801] 51-1 49°7 ; 52-1 49-7 | 54:3 51-9) 52°3 51-7 | 51-9 51-2]59°8 4417 WSW1-2)SwW_ 1:0} 9 | 10; 109 -255 9 | 9°694 | 9-699 | 9-767 | 9°787 | 9:920] 52:9 50°7 | 54-4 50°7 | 55-2 51-2) 53-8 48-8] 51-1 45:99756°8 50-275W 1-2) NNE 2-3] 9 | 10 8 | -029 10 | 9°905 | 9°868 | 9°777 | 9°780 | 9°858] 47-4 45:9] 48-0 46-1] 55-8 49:1| 50:0 43-7 | 45-1 4214557 43-6415W 1-2/NE 1-2] 10 8 8} 145 11 | 9:938 | 9-940 | 9952 | 9:980 | 0:007 | 50°6 46°1| 55:1 48-7 | 56-1 50:2/ 55:5 49-7 | 5171 46°8459°9 4337 NE 1-2) NNW1-2] 5 9 2 - 12 | 0:072 | 0-076 | 0-069 | 0:081 | 0-082] 53:0 47-7 | 55:4 48-1 | 62:4 52°4| 59:0 50:9 | 52°8 49-7464°6 41-37WSW O|NE 05] 0 Med = 13 | 0:073 | 0°069 | 0-061 | 0:053 | 0:057 | 51°1 50°5 | 52:5 51°6|57-0 55:5! 59°6 56°6 | 56:2 54:1964'8 48 27SW 0°5|SW 0} 10 9 | 10 } -020 14 | 0:016 | 0-002 | 9-971 | 9:939 | 9°935] 54:3 53°2| 57-0 56:0 | 61°5 57°8| 59-2 57:0 | 57:0 55-4]61°8 51-21SW O;\SW O37 9 9 | 10} :050 15 | 9°860 | 9-833 | 9°769 | 9-736 | 9°726 1 57:2 55°2|59°7 57:0} 59-9 58-9| 55-8 54:7 | 56°8 55:0) 60°8 53°27 NE 0| ESE OF 10 | 10 | 104 -440 16 | 9°637 | 9°618 | 9-602 | 9-566 | 9:591 ]53°5 52-1 | 54°6 52:8) 54°6 53°2| 58:7 55:2| 53-7 505 59°5 50:7 EH 0°3;NE 0:3710| 10) 9] 300 17 | 9°616 | 9°598 | 9°583:| 9°582 |[9°663]] 52°1 51:0 | 525 51-6 | 55-1 54:5 | 57:8 55:8 | 57-6 5554589 49-77NE 1-2/NE 03] 10] 10 | 10} 150 18 | 9°749 | 9°755 | 9°775 | 9°805 | 9°856157:0 54:9 | 59°6 57:°0| 74:9 64:2) 65:9 60-4 | 6071 58:°2]75°8 5227 NE 2:0/SE Of] 9} 7 | 104 :020 19 | 9°895 | 9°889 | 9:847 | 9:839 | 9°853 | 56:0 54°7 | 61-9 58°3 | 67:5 60°5 | 64:9 59-1 | 62:4 58°24] 73°8 48-2) W 0) SW OF 0; 2 8 - 20 | 9°827 | 9°826 | 9°821 | 9°805 | 9°801] 60:1 56°8 | 62:9 57°8 | 61:1 58-0 | 58-9 57:0 | 57-2 56:0] 66°0 5157SW 0|SW Oo} 5] 10} 10 245, 21 | 9°759 | 9°741 | 9°754 | 9°722 | 9°721 ] 53:5 53:2] 53:5 531] 61-1 60-2 | 59°71 57°0| 54-2 53:0] 66°5 52-77SW 0°5/E 0} 10 8 8 | 150 22 | 9°644 | 9°632 | 9°694 | 9°592 | 9°570} 58-0 54°7 | 58:4 53-9} 60-9 56:0 | 61°8 57°8| 58°3 55°34 64°8 49°27SW O|NE 03] 10) 10) 104 -212 23 | 9°394 | 9°397 | 9-370 | 9°368 | 9°375 1 56:0 55°4| 55:1 54°2| 61:2 56:3) 56°5 55:0 | 53°3 52:17 65°0 53°2 (SSW 0|SE 07 10 8 3] ‘273 24 | 9-394 | 9-391 | 9:402 | 9°488 | 9°478 155-0 52°9| 55-1 53:9) 62:4 58:0 | 57-4 55:1) 54°1 53°3]65°8 49-27 NE 0O;SW 0°5] 10, 10 9 | 180 25 | 9°520 | 9°529 | 9-492 | 9:475 | 9:484] 55:3 53°8|57°0 54°1| 63:9 58:0/61°5 57°8| 56:4 54:6]66°8 5227SW O3;/NE 1:0} 8] 8 Ly -025 26 | 9°546 | 9-542 | 9-568 | 9-608 | 9°644]55°4 531) 56:3 53°9| 59-7 55°8| 56-0 53:°2/54°1 53:1]64:2 5l47NE 0°3) W Oo} 9 6 | 10} 176 27 =| 9°735 | 9-731 | 9°703 | 9-713 | 9°731]53°3 51°8 | 56°3 52:9 | 62°8 57-2) 56:0 54:9) 53:1 51:9} 64:2 47-495 0|E O03] 4 9 | 10 | :090 28 | 9°754| 9°762 | 9-782 | 9°799 | 9°811}50°3 47°9| 51:0 48-2] 55°6 52-9 | 52°1 50°9| 49-3 47-°9157°2 4927NE 1-2/NE 0:3] 10 | 10 | 10] -260 29 | 9-800 | 9-790 | 9°765 | 9-729 | 9°717} 51°3 49-7 | 53°1 49°8| 55-3 50°9|52°5 49:8) 50:1 48:2156°5 45:3] NE 0O|E 0°37 9 | 10] 104 -063 30 | 9°712 | 9°705 | 9-702 | 9°686 | 9°725151:0 47°5 | 54°3 48:4] 57-0 50°9| 57°8 54:9] 48:4 46:0] 63:2 45°27NE 1:0) W O} 7 9 9 - 31 | 9°820 | 9-820 | 9°787 | 9°877 | 9°867 } 50:1 46:9 | 54:1 48°9 | 601 56°6 | 57:0 501] 50°0 46°9]62°8 41:7] NE O|\SW O38] 7 3 il - MEAN. | 9°745 | 9°739 | 9°729 | 9-724 | 9°741 ] 53°3 50°6 | 54°9 51°5|59°5 54:8 | 57:0 53:3] 53°38 50:9] 62°3 47°5 071 0°55] 7°6 | 8:3 | 7:7 14:35] AUGUST 1888. Ins. | Ins. | Ims. | Ins: Ins. | Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.|Max. Min. {Dir’n.Force.|Dir’n. Force. Ths. 1 | 9-988 | 9-983 | 0:009 | 0:027 | 0-070 451°9 49°8 | 55:1 51:1] 55°8 51-4) 58°3 53:2] 49-6 46:°9]59'8 45:67 WSW 1:0|SSE O03] 7 5 24 -082 2 | 0°124 | 0°127 | 0°134 | 0°126 | 0°128] 48°6 46-2 | 53-2 50:0] 55:3 52-7] 55°1 50°9/51'5 48:2158°8 37-27SW O3;/SW Od] 7 9 | 10 | -030 3 | 0:032 | 9-994 | 9-924 | 9-948 | 9:991 } 54-1 50°9 | 57-2 49°9| 55:3 52:7|54:3 50:9) 51:1 4819591 48-275W 1-2|NW 03] 10] 10 5 | 605 4 | 9-930 | 9-900 | 9-874 |[9°879]| 9°897 | 50:4 49-5 | 55:1 52°7| 59:7 50:9] 54:7 48°8|52°1 47:9] 62°8 463,SW O3/SW 03] 7 5 8 | -008 5 | 9°925 | 9-940 | 0-016 | 0-087 | 0°112 } 54:1 49°4/ 57-0 50:9 | 65:1 55:8) 59°3 51:7 | 52:1 47:°9]65°9 46:3) N 0-3 | W iI 0)) |) fa) 2) 4 - 6 | 0°056 | 0-055 | 0-008 | 9-980 | 9970} 52:1 48:9 | 538°1 49-7) 54-1 51°7| 52-2 51:9|53°4 52:9959°7 45-6)5SW 0515 0°57 10 |} 10 | 10} -162 7 | 97867 | 9°846 | 9:822 | 9-798 | 9°837 ] 55:3 55:1 | 56:0 55°6 | 56°3 56°2| 58-9 57:0| 55:3 52:°9]62:0 51-2]SW 1-2)SW- 1-07 10} 10 9 | “800 8 | 9:815 | 9°820 | 9-895 | 9:917 | 9°952]55°3 53°5 | 55:0 53°9|58°8 55°6| 58:1 55:°0| 55:3 53-°2)61°8 5241SW 2:01SW 1:07 10 9 9 | +295 9 | 0-013 | 0:025 | 0-029 | 0-031 | 0-036] 54:6 54:1 | 55:1 54:2) 60-9 56°9|57°6 55°01 55:3 53°8}621 5221SW 1-2)SW O} 10 8 7} °020 10 | 0-068 | 0°078 | 0-051 | 0:058 | 0-096 | 53°5 52°3 | 56:0 53°9 | 67°9 61:0 | 60°1 56°41 54-1 51°1}69°8 48-27NE O03/NE 1-2) 10] 8 8 - 11 | 0°102 | 0-085 | 0:043 | 9:990 | 9°959 } 55:1 52°5| 56:0 51°9| 55:1 51:9) 55:2 52-°9|55°1 51:9]60°8 51:0]SE 1-2|SE Of 10 | 10 9] -072 12 | 9°744 | 9°729 | 9°657 | 9°572 | 9°519 1 54°6 53:9 | 55°8 54:°9| 60°7 57:2| 59:2 55-3) 55°1 58°3765°4 53:0] W 0|/SW 0} 10 9 | 10] -250 13 | 9°459 | 9°482 | 9°594 | 9°772 | 9°949 } 54:1 51°9| 55:4 51:9] 53-2 51:1] 51:2 49:2) 51-1 48:5760°8 51:8) W 12/SW 1-2] 9/10] 9] -054 14 | 0:040 | 0:058 | 0-094 | 0-099 | 0°127 } 51-2 48°9 | 52°6 49°9| 60:1 56°8| 56-0 53:9] 53-1 51°5462°8 47-4]SW 1:0|}SW Oo} 9 6 9} 010 15 | 0°191 | 0-191 | 0°153 | 0°147 | 0190] 52°5 50°9| 56-0 53:1] 66:0 62:2 | 62:9 60-7} 50°1 48:9] 68°8 45°3] EB 0|NE On 2 ee 0 - 16 | 0-268 | 0°264 | 0-244 | 0-243 | 0:286 | 48:4 46°7| 51-7 49°2| 61°3 58°0| 58°7 56:2) 46:3 45:7168°8 393] NE 1:°0;}NE 1:0) 1 il 0 - 17 | 0°298 | 0300 | 0°233 | 0-218 | 0-252 | 49:1 46°9 | 53-1 50°9 | 63:2 60°3 | 62:2 60:4] 48:3 47°8]67°2 873] NE 0°3)NE 1:07 O 0 fj = 18 | 0°295 | 0-273 | 0:233 | 0-204 | 0:249 | 46°9 45°7|51°1 49:4] 61-6 59°1| 58:9 52:2|51°1 49°99164°5 3621NE O3;/SW 0°37 1 i 6 - 19 | 07150 | 0128 | 0-031 | 9-973 | 9:944 ] 48°4 47:°9| 53-4 51°1| 63:9 56-1] 61:9 56°3| 58:0 53°81 66°8 40°33] NE 0)Calm OF 1 3 | 10] 032 20 | 9-800 | 9°801 | 9-771 | 9°727 | 9°719 } 58:0 5371) 60°9 56°0| 601 56:3] 58:0 55°6| 56-0 5521646 52:2]SH 1-2)SW 03] 7 9 | 10 f -010 21 | 9°615 | 9°596 | 9:559 | 9°571 | 9°579 155-4 55°0| 57-1 55:4] 61:7 57°6| 58-0 56°0| 56:0 55°0]765°3 52:4)WNW 0} WSW OF 9] 9 9} 185 22 | 9°632 | 9°666 | 9°693 | 9°727 | 9°749 1 55°4 54°8 | 56°1 54:0 | 59°9 57°21 56°7 55:7 | 54-1 52:99760°8 53:2]SW 0| W 0:3] 10 8 8} 100 23 | 9°581 | 9°579 | 9°516 | 9°422 | 9°322]59'2 55°8| 57-2 56:0 | 65°8 61°5 | 59-4 57:0] 59°3 57:0]67°8 50641SW 038/SW_ 1-27 10 9 | 10] 378 24 | 9-417 | 9°423 | 9:412 | 9-400 | 9-424156°0 54:9 | 56:3 55°0| 65:9 59-1] 62:0 58:0| 58-7 54:°4765:1 53:21SW O0°3;/SW 0°34 9 7 8 - 25 | 9°565 | 9°575 | 9-680 | 9°731 | 9°641] 58-0 55:2 | 6071 56°4| 58-7 57°0| 58-9 56°8|57:0 55:0] 65°6 52-4]SW 03;/SW O03], 6] 10) 9 443 26 | 9°658 9591 | 9°619 | 9°616 | 54°1 53°1 | 55°3 55:0 | 60:0 57:0) 56-5 54:1] 54:3 52:9762:0 53:27SwW 1-2|}SW 2:0} 9] 10 9 }1:140 27 =| 9562 | 9°559 | 9-549 | 9:540 | 9°528} 53:1 51°9 | 56:0 53°9| 57-3 53:2] 54:2 52°7| 51-1 50°1759°8 5027SW 1:0/SW 1:0} 9 6 | 10 }1°190 28 | 9:540 | 9°539 | 9°639 | 9°628 | 9°534 152-4 51°9 | 52°3 51:9] 58:0 51°7 | 54:9 52°7 | 50°1 49°7157°6 49°21SW 1-2)/SW 05] 10 | 10 4] -482 29 | 9°569 9°647 | 9°644 | 9-663] 52:9 50°7 | 51°8 50°7 | 58:0 56°5|54°4 52:7|49°3 48-9158°6 4921SW 0:9)/SW OS 9 | 343 30 | 9°739 9-830 | 9927 | 9°996 | 51°4 50°9 | 51°7 50°9| 55:1 53-7| 54:9 52:7| 51:1 47°-4]57°6 47-4)SW 0| W O} 10 | 10 6] 193 31 | 0178 0°216 | 0°224 | 0°225 15071 48°3| 50:1 48:9 | 58°7 51°7 | 55-1 50°7/52°9 49°7760°4 4431SW O0-5/SW 1:0) 9] 9| 38] 304 |MEAN.| 9°878 | 9°873 | 9-876 | 9°878 | 9°889 153-1 51°3 | 54°9 52:5 | 59°8 55°8157-:3 54:3] 53-2 51:0]63:0 47:8 0°73 0°56) 7°6 | 71 | 73 [7188 | } | PUBLIC SCHOOL, FORT-WILLIAM. SEPTEMBER 1888. 61 S. R. Barometer reduced to 32° and Sea Satitr Tattas z Thermo- Direction and Fore Amount of | Rain- Level. WOES EEE ENS Pony EPO, meters. of Wind (0-12). | Cloud (0-10). | fall. Read at gh 14h 1gh Q1h gh Qh 14h 18h QIh 18h gh gh Q)h Oh 21h} gh Ins. Ins. Ins. Ins. | Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.]|Max. Min. }Dir’n.¥orce.|Dir'n.Force. Ins. 1 | 0°012 9°907 | 9°841 | 9°850 53°5 | 55°1 53°9| 58:0 57-0] 57:0 56:0) 541 59°4 50-4 1SW -—2)/SW 2-3] 10 10 | -290 2 | 9-828 9-878 | 9°901 | 9:933 53:2 | 56:0 52:9) 58-3 54:3) 57°71 54:2 | 54°3 62°2 52-21SW 0/Calm Of 9 10 | -040 3 | 9°877 9°825 | 9°786 | 9:°664 52°0| 54:1 51:1] 54:1 52°5/ 57:0 561) 51:3 58:0 50°21SW O;SW 1:0} 10 10 } °110 4 | 9:712 2 | 9°743 | 9°767 | 9°784 49°5 | 53°4 50°1 | 58°1 53°31) 53°5 51°6 | 50°5 58°3 4947SW 1:0) W O05} 9 7} 120 5 | 9780 9°826 | 9°776 | 9°830 51:9 | 55°4 51°3| 57°6 51°9| 63:1 49-9 | 50°3 60°33 490}SW 1:0/SW 1:0} 7 3] °603 6 | 9°658 9°511 | 9°642 | 9°713 48:9| 51:0 49°8/51°6 50:4) 54:0 50°9 | 52-1 574 4537SW 23/SW 2-3] 10 10 | ‘846 7 | 0:057 0°182 | 0°253 | 0°324 48-1] 53°1 48°1|)57:4 51:0 | 54-7 5071) 52:2 61:0 49-2] N 1-2| WSW 1-2] 8 5 = 8 | 0°503 0°499 | 0:483 | 0°507 43°5| 49:4 46:9] 61°4 53°3| 55:0 49°8 | 48:0 61°77 4037NE 0:3) NE Oo; 4 0 - 9 | 0°504 0-421 | 0°359 | 0°346 41°1 | 45°8 44:5 | 52°3 48:9 | 50°6 49°6 | 49-1 54:4 371] NE 0| NE 0} 10 10 = 0-278 0°207 | 0:188 | 0°221 39:3 | 46°6 44°7 | 62°7 53-2 | 55°3 50°9 | 47:9 63°4 36-2]7N 0°3|/Calm Of 3 0} -091 07194 0°186 | 0°211 | 0:240 49:1 | 51-2 50°7 | 55:1 54:4/|55°4 52°9 | 54-1 17596 4427SW 0:3/SW 0} 10 9} +130 0°331 0:376 | 0°384 | 0°403 52:0] 54:3 53:0| 56:0 52:0 | 54:2 51°2 | 53-1 21581 5041SW 03|N oO; 9 9 8 = 0-461 0°423 | 0°386 | 0°375 47°2.| 52-2 49:9] 63°1 55°8| 57:2 53:2) 47:5 46:3] 64:6 43°83] N 0|E Ot 7 3 0 - 0-274 0°172 | 07130 | 0:114 45:9) 49:9 48:1] 65°9 57:0 | 58°4 54:9] 55-1 51°3]67°5 43°3]Calm 0/Calm 07 1 1 0} 010 9-996 9-975 | 9:985 | 0014 54:1 | 56°38 54°7| 562 56:0 | 55:°2 55:0 | 54:1 52°2)59°8 47-21SW O|SW~ 1:04 10 | 10 9 } -300 0:207 0237 | 0:229 | 0°242 47-0 | 52:2 48°7|59°5 51:9 | 54:5 52°2)51°3 49°1]65:2 45-3,SW 0| W O34 2 9 6 - 0°237 0°239 | 0:245 | 0:263 50°9 | 53:2 50°9 | 55:9 53:0 | 54°3 51°9|53°3 51:99757'5 4721SW 0:°3)}SW Ot 7 9] 10] :066 0°303 0°321 | 0°319 | 0°331 |! 52°7 | 53°6 53°1|55°1 54:1) 54°9 53:9) 54:1 53°7956°0 51:21SW 0°3)/SW O} 10 9 8} :002 0°343 0:290 | 0:268 | 0°295 51°4| 55:3 52°8| 65°7 60:2) 59°2 56°8/54°3 53:1] 701 51:0} NE OES) Oo} 8 0 2 - 0°347 0°301 | 0°285 | 0°291 47:2| 51:1 49°9 | 59:0 55:0 | 55°4 53°2|50°9 49°97 61°38 44:5] NE 0|Calm Of 10 0 3 - 0-308 0278 | 0:273 | 0:269 46:1] 49°5 48°8| 58:9 54°7|54°4 52:2) 49-1 47:9]161°8 41:5) W 0) Calm O} 10 5 0 -- 0°249 0:239 | 0:225 | 0°240 49:9] 51:1 50:4) 59:7 54:2 | 54°5 51°9|52:1 49:°9]60°5 416]SW 1:0|/ESE 0:3] 10 By || 10) - 0°213 0°168 | 0:140 | 0:122 50:2) 51:1 50°7 | 54:8 52°7 | 53°8 52°2)53°1 52:0]55°7 49:2 1NE 0| NE 07 10} 10 | 10 - 0°070 0:058 | 0:098 | 0:146 51°3 | 538°2 52:0) 58°5 54:5/) 48:1 46:1] 47:1 45°14 58°8 51:11N O|NE 2-3] 9 3 1 - 0-267 0°299 | 0°301 | 0°329 42:9} 46°0 42:1] 55:1 47°2| 47°4 42°0| 44:3 5677 4437NE 1:0) EB 0-3} 10 u 0 - 0°383 0°327 | 0:293 | 0:312 36°6 | 41:0 39°7 | 54:3 46:9 | 48:9 44:9 | 41:0 57°6 332] E 0°3|E Oo} 9 i 0 = 0°266 0°196 | 0°150 | 0:136 39°9 | 42°3 41°5|49°8 42°9| 48°8 47-2) 49:1 47°1]50°7 35:0} NE O|E 0} 10 | 10 | 10 = 0-020 9-936 | 9°876 | 9°742 43:9 | 47:4 46°2| 53-1 51°8|50°3 49°9) 50-4 50:1953°7 41:3, NH 0|E 0} 10 | 10 | 10 085 9-738 9*733 | 9°742 | 9-766 48-1 | 53°1 48°6| 51:0 44°7 | 45:2 41:9] 43:0 41:1]54:9 48-97NNE 0|E oO} 8 5 5 - 9-856 9-846 | 9°836 | 9°824 379 | 44°0 39°5 | 45:2 40°3 | 42°0 37-9 | 41-0 48:7 34:3]NE 0O53|NW 1-2] 6 5 6 | :020 .| 07142 0:120 | 0°112 ; 0°129 47°5 | 50°9 48°8 | 56:8 52°2] 53°38 50°7 | 50°3 59°2 44:9 0:40 0°50} 8:2 | 6°5 | 5:7 | 2°713 | OCTOBER 1888. Ins. | Ins. Ins. Ins. -y. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Max. Min. }Dir’n.¥orce.|Dir'n. Force, Ins. 1 | 9°718 9°646 | 9:544 | 9°550 34:0 | 36°2 34:6] 45:1 40:0] 41°2 37:3 | 40°2 37:1] 46:1 34:2]SE 0| WSW 1-27 1 7 3} :023 2 | 9°245 9187 | 9218 | 9:326 38:9 | 43°0 41:8] 46°8 44:0 | 44:0 42:9] 42°6 40°6749'9 38791SW O3)/NW 1-2] 9 9 6} ‘072 3 | 9:518 9°561 | 9°577 | 9°574 40°7 | 43°3 42:0] 47:3 42°3] 48°6 45°1| 46:0 43:9]54°7 35:8] NE 0:3 | SW OF 1 3 8} 072 4 | 9:409 9°530 | 9:532 | 9474 ) 39:9] 40°3 37°7| 40°3 35°3 | 37:4 35°3 | 39:0 49:0 403 )N 2-3 | W 2°04 9 8 | 10] 182 5 | 9°531 9°584 | 9°748 | 9-720 5 38°9| 41:4 39:9] 44:0 40°8| 41:1 38:3 | 40-0 479 35°21 W 0:3) W 107 3 9 2 - 6 | 9-928 0030 | 0-084 | 0:104 35°4 | 39°3 385°8| 45°6 39°7 | 40°9 38°5| 42°0 38:9] 46°8 36-2) N 0) WSW 1:0} 8 8 8 - 7 | Oates 0°115 | 0°120 | 0:146 41:9] 44:0 42:3] 50:1 47-9) 48:2 46:9] 47:0 45:°9]750°9 37:-21SW 0| ESE oO; 9 9 | 10 010 8 | 0-168 0°152 | 0:142 | 0-152 47:51} 501 48:7] 53:1 51°9/51°3 5071] 49:3 48°7]54:9 44-918 O|S Of} 9] 10) 10% -100 9 | 0138 0°128 | 0°126 | 0:136 41°5 | 44:1 43°8| 54:7 49°9| 49°1 47:7 | 48-1 46°9]58-2 41:1] ENE 0|E 0; 3 9 7} -010 10 | 0112 0-074 | 0-083 | 0°106 44:9| 46:0 45°7 | 53:2 48:0] 49:6 46:7 | 46°0 45°2155°2 43°64 W O|/NE 1:07 4 9 | 10} -052 0-090 9-968 | 9889 | 9:865 40:9 | 43:2 41:9] 50-0 47:0] 50:1 48:2] 5071 48:°9450°8 40:3 ]SW O0|}SW 1-2710] 10} 10] 174 9-740 9°744 | 9-782 | 9°805 51:3 | 53°1 51°3| 52:1 45°9| 47:4 41°8| 46-2 41:9} 54:6 47:7] W 1:0)SW 1-2] 10 3 97 -010 9-969 0-034 | 0-088 | 0-119 39°9 | 44°1 39°9| 49°9 43-5] 42°2 38:1/39°6 386°9]50°7 4237NE O5/NE O03] 7 6 2 - 0°160 0°108 | 0:120 | 0:120 40°2 | 44:2 42-1] 48°8 45:9 | 44:5 42°4| 50-1 47:1450°3 40°375W O;}SW 1:07 9 9 053 0°197 0°209 | 0°243 | 0:255 50°7| 53°56 51°71) 54°71 51°9|51°3 50°9| 5171 50°71 54:7 43:5 ]SW O|SW O5] 8 10 123 0:278 0253 | 0256 | 0:297 47-9 | 49°2 48°9| 50:5 48:9] 49-1 47-9 | 46-0 9} 51:7 47-4 4SW OJSSE O37 9 iL || (oy 0-262 0-232 | 0182 | 0193 ‘1 41:9 | 43-6 42:9) 50°9 48-1 | 49°9 46°5 | 49-1 52°7 40°3]8 0| SW OF 6 9 - 07129 0-094 | 0:076 | 0:078 "8 42°9 | 46°6 44:9] 52°3 48°2)52°4 48-7 | 51:3 557 43:3] NE 0|/SW 0} 10 10 - 0°110 0°252 | 0:177 | 0:209 3 48°9 | 53°3 49°3/53°3 50°9] 52:1 502] 50°6 54:7 41:31SW 1-2/SW 1:0] 9 10 140 07349 0°354 | 0°388 | 0:406 49:9 | 50-2 49°9) 54°5 53:3 | 53°38 52-1 | 52-1 56-7 49:2) EH O/H oO} 9 10 - 0-459 0459 | 0-461 | 0°463 47-9| 50°1 48:9] 57:0 51:4) 55:3 53:3 | 49-1 578 4821NE 0°3|NE oO} 9 10 - 0-433 0°337 | 0:295 | 0-265 36°9 | 38°6 38:0 | 49°1 40°9 | 48:0 46°7 | 47°4 50°77 35:2) NE O|SSW 1:0] 7 10 092 0°175 0:110 | 0-073 | 0:040 48:9 | 50°71 49°7 | 52:4 51:0) 51°5 49-1 | 51-1 53°7 46°5)SW O;}SW~ 1:07 10 9} -012 9-896 9-843 | 9-792 | 9:768 47-2 | 49-2 47:9) 50°3 49:8} 51:3 50°5 | 51:1 519 456)SW 1-2;)SwW- 1-2] 10 10 | °373 9-721 9545 | 9°536 | 9:539 50:9 | 54:1 50°9| 53°6 52°8| 54-1 53°6 | 55-1 5671 4924SW 1-2'/SW_ 1:0} 10 10 j -840 9°575 9-669 | 9:660 | 9°628 54:1 | 54:1 53-9) 56°0 54°9| 57:0 54:3 | 57-2 58:9 51:21SW 1:0|SW 1-2] 9 10 }1:260 9°721 9-674 | 9°670 | 9°718 57°3 | 58°6 57°4| 58:7 58:2) 59:7 58:6 | 58:9 60°3 53:27SW 1-2)/SW- 2:0] 10 9 | 1:443 9°622 9°508 | 9-510 | 9-594 56°3 | 56°8 56:0| 59-7 55:9) 54-1 51:1 | 52-1 63°8 5664SW 1:0)/SW- 3-4} 10 10 $1153 9-829 9°841 | 9°845 | 9-874 453 | 46:2 44°8/46°8 44:1] 48-1 45°5 | 48-1 54°7 46-31SW 10;\SW 0-5] 9 7} °443 9-948 9-598 | 9°553 | 9-539 46:°9| 50-1 47:9] 47:6 46:3 | 46:0 44:9 | 47:1 54:0 45:31SW 1-2)/SW 2-3] 9 10 | 1°352 9°345 9°536 | 9°557 | 9:674 46°4| 48-1 44°3) 50°7 46°9| 45:3 44°3 | 45-1 52°95 43-31SW 2-3|);SW 1-2] 8 i ae 0) Megavy.| 9932 9-915 | 9:914 | 9-927 45:0 | 47°6 45°6 | 50°9 47:6 | 48°9 46-7 | 48:0 53°6 43°3 0°59 0:97] 7-9 8:3 47121 62 PUBLIC SCHOOL, FORT-WILLIAM. NOVEMBER 1888. rae a ead : Sok aes ; : Barometer neon 32° and Sea Temperature—Dry and Wet Bulbs. ee BURG Glove) a Read at gh gh 14h | gh | gyh gh gh [4h 18h Q]h 18h gh gh 21h Qh | 14h] 21h] gh ard Ins. Ins. Ins. Ins. Ins. | Dry. Wet. ‘Dry. Wet. Dry. Wet.| Dry. Wet.| Dry. Wet.}Max. Min. Dir'n. Force. Dirn Force. pa Ins. 1 | 9°683 | 9-703 | 9-811 | 9-926 | 9:957 | 42:2 41-9 | 43:3 42°5| 44:0 42°1|41°5 39°6|39°0 37:9] 47-7 413—7NE 1-2)NE 2-3] 8 9} 7] :010 2 | 9-986 | 9-989 | 9-921 | 9-932 | 9918] 38:0 36:4] 39-0 37:7] 46:0 43-9] 44:9 41-9] 46-0 43:9] 47°5 36-2)NE 1:0|/NE 2-37 4 8 8 - 3 | 9-892 | 9-900 | 9-886 | 9-898 | 9-895] 46-4 43:9147°7 44:1] 50:1 45:1] 47:3 42:9] 46-0 42:2]51°5 43°9]NE 0°5|S 1-2} 8 6| 0 = 4 | 9-916 | 9°916 | 9-883 | 9-893 | 9:896] 45-4 41-9 | 46-6 42:0] 49-5 42:9] 45-8 40°3| 46-7 40:9] 49°7 423]SH 2-3/SH 1-2] 5 6] 4 ~ 5 | 9-946 | 9-959 | 0-006 | 0-004 | 0-056 } 45:0 39-9] 46-6 41:1 | 48-1 43-0] 48-1 43-9 | 46°2 42:1] 49-7 43:4) N 1:0)|S 1-2] 3 8 5 6 | 0-093 | 0-095 | 0-052 | 0-017 | 0-043 | 43-3 38-5 | 41:0 37-9] 48:1 40:9] 43-0 38-9 | 42:0 36:9] 48-7 403 ]N 0\S 1-2} 3 3) || @) - 7 | 9-996 | 9-986 | 9-960 | 9-912 | 9-909] 43:1 37:9 | 43-2 38-1] 44:0 38:3] 43:4 37:9] 43°0 37:9] 46-4 40°3]SH 2-3/8 5-6) 2) 2) 21 - 8 | 9-922 | 9-927 | 9-920 | 9-910 | 9-922] 44-0 38:3] 43°6 39-0 | 45:3 39-9] 44:0 39-2| 44:0 39:9] 475 40:3] E 12|SSE 1-2] 6 8 3 = 9 | 9-882 | 9-896 | 9-870 | 9-858 | 9-856 } 44-0 39-9] 45:8 41:0] 48-1 41:3] 45°8 39°8| 44°3 39:1] 49°77 895]SE 3-4/5 0-3] 8 8 1 - 10 | 9-748 | 9-723 | 9-642 | 9-593 | 9-547] 44-8 39:9] 45:3 40:9 | 47-2 43-0] 47-7 43-0] 48:1 43:9] 48°7 42:9]1S 1-5/SwW 1-2] 9 9] 10} -043 11 | 9-647 | 9°683 | 9-734 | 9-780 | 9-813] 46-3 43-0 | 47-0 43:7] 48-9 44:5 | 48°6 44:9| 43°8 41-9] 51°77 43:-1]5SW 1-0|SSE oO; 9 6) 2 - 12 | 9:704 | 9-683 | 9-627 | 9-559 | 9-483}. 47-9 41:9] 49-1 43-0] 50-1 43°7] 50-1 44:0) 50-1 44°7751°5 423]S 2-3|)ESE 4-5] 9 | 10} 10 300 13 | 97442 | 9-454 | 9-442 | 9-496 | 9-466} 50-1 46:1] 50-2 46-7] 50-1 46°3] 51-1 46:9] 49°1 45:1]51-7 47:2]8 0| NE Of 10 | 10] 9] -482 14 | 9-466 | 9-488 | 9-566 | 9-689 | 9-758] 49°1 48-1] 49-5 48:3] 49-0 47-1] 45-3 43:2]/481 461]51-7 4697SW 1-2)/SW 1-27 9 | 10 7] °350 15 | 9-466 | 9-421 | 9-721 | 9-798 | 9-846] 47:0 46:9 | 51°9 49:1] 50-4 44:9] 49-0 45°6 | 491 46°9]53-7 45°3—SW 1-2;SW_ 1-07 10 7 5 | 700 16 | 9:°054 | 8-997 | 9-442 | 9:°584 |:9-494 9} 51°9 47:2) 49°3 47-1 ‘48:4 45-0| 46-0 43-1 | 46:0 44:1] 58-7 44:37SSW10-12|SW 2-3] 10 | 10 | 10 }1:092 17 | 9°368 | 9-384 | 9-514 | 9-598 | 9-696] 41°6 39-9 | 42:2 38-9] 45-0 39-9| 43-3 40°6| 44:2 40°09] 481 3917SW 20)/SW 1-0] 7 9 7} 160 18 | 9-724 | 9-727 | 9-653 | 9:659 | 9°647] 44°6 43°5| 45:0 43:9] 49:3 48:9] 48-9 48-1] 50:0 48°6]50°7 39375SW 03;/SW 1-2] 10 9 | 10 || 200 19 | 9-494 | 9-440 | 9-327 | 9:349 | 9-382} 50°3 47:°9]51:5 48-9] 48-1 44:9] 44:0 39:9] 41:2 37:3]53°7 48-07SW 1-2)SW 2:07 10] 10} 7] “802 20 | 9-292 | 9-282 | 9-312 | 9-450 | 9°533 ] 37-0 35:0 | 35:3 34:3 | 39:0 36-9] 43-0 38-9 | 41:5 37-9] 44:8 342]SW 2-3/SW 3-4] 10/ 10 | 10] 872 21 | 9-717 | 9-725 | 9-884 | 9°888 | 9°809 | 39:0 37-9 | 42°6 39:9] 44:0 40-5] 42:0 41-7 | 44:3 42:77 45-1 37-0]SW 2-3;/SW_ 2-3] 10 8 | 10 | 1-660 22 | 9-549 | 9-528 | 9-544 | 9-587 | 9-599] 46-0 44-9 | 52-1 50:9] 51-4 44:7] 50-1 44:9] 49-0 43:0] 53-7 4167SW 2-3) WSW 5-6] 10 | 10 5 | 642 23 | 9-729 | 9-743 | 9:76 | 9-690 | 9°669] 45-0 41:9] 44-1 41:8] 46°1 42:0] 45-7 42:9| 43-0 4217507 43:3]SW 3-4)SW 1-2] 8 7 | 10 }1:133 24 | 9:545 | 9°567 | 9°585 | 9-557 | 9-503] 44-3 42-2] 44-6 42-9) 45°3 44-6] 45-1 44:°9| 45:2 45°1]754-7 403 1SW 0;}SW 1-2] 10} 10 | 10 | 1:802 25 | 9-211 | 9-105 | 9-160 | 9107 | 9:095 152-1 50:9] 50:2 49-9] 49:1 43:2] 44-0 41°7| 48-0 39:°6]52-7 4331SW 6-7/SW 3-4] 10] 9 8] 770 26 | 9176 | 9-202 | 9-340 | 9-383 | 9-429 | 37-2 36-7 | 38:3 37-7 | 41-2 37-9] 35:3 33-2] 81:9 31:0] 44-1 36-7]SW 1:0)SH Oo} 8 4| 0 - 27 | 9°336 | 9-324 | 9-185 | 9-153 | 9-205 | 34-9 32-8] 37-0 34-8 | 38-0 35-4] 39-0 37:1] 39°0 36:0] 40-0 28:2] O|NE 2-3] 9 9 | 10} -050 28 | 9:444 | 9-474 | 9-524 | 9-547 | 9°582135-2 33:8 | 34-9 35-7 | 38:3 36:0] 32°8 31:7 | 32:1 31:0]39°3 33:3]NE 0°3)NE Oo} 8 il 1 = 29 | 9:558 | 9°556 | 9:470 | 9-454 | 9°398 | 34:9 32-8] 37-2 33:1] 40°3 3671 | 38:0 35:2) 42:0 38:99} 40°8 30:3] 0°3| SE 1:0} 6; 10 8} :010 30 | 9-372 | 9°389 | 9°422 | 9-470 | 9-514] 45-0 40-9 | 43-4 40-0 | 42-4 38-1] 37-0 34:9 | 32°9 31°8] 46-2 37:0] SE 1-2|H O} 7 0; 0 = MEAN. | 9°612 | 9°609 | 9°639 | 9-656 | 9-664] 43-9 41-1 | 44:6 41°8| 46-2 42:0] 44:3 41:0 | 43-7 40°6] 49:0 40-4 1:96 1:84} 7°9 | 7:5 | 5:9 [11-078 DECEMBER 1888. Ins. | Ins. Ins. | Ins. | Ins. | Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.|Max. Min. |Dir’n.Force.|Dir’n.Force. Ins. 1 | 9:530 | 9°522 | 9-422 | 9-417 | 9-479] 38-0 36:9 | 87°3 36:6 | 454 44:51 45:5 44:2 | 43-0 41:9] 48:5 32:2 O|SW O05] 7 | 10) 104% -390 2 | 9°612 | 9-618 | 9°587 | 9-613 | 9°629] 44-0 42-9] 44:0 42:9] 45-0 44-4] 44-0 43-9] 43:7 43°4746-2 413,5W 03/SW 0} 10 | 10 | 104 ‘692 3 | 9°313 | 9-289 | 9-278 | 9-233 | 9-359] 52:1 51°1| 53-1 51-9] 52°1 51:5 | 531 52°7| 51-1 50°7]54°3 39°3,SW 1:0)SW 1-2] 10 | 10 | 10 }1:338 4 | 9-646 | 9-727 | 9-830 9-880 | 9-886] 48-1 47-9 | 48:4 48-2] 49-0 47:5 | 46-0 44:9| 48-1 45°6]53-9 481]SW 03)/SW 0°3] 9 8 | 10} -186 5 | 9-747 | 9°744| 9-768 | 9-787 | 9°838] 45-4 49-2] 50-4 50-2] 52-2 509/521 51:0| 51:3 5111535 453]SW 03;/SW 0-3] 10 | 10 | 10] -050 6 | 9-962 | 9-996 | 9-975 | 9-902 | 9845] 50-1 49-1] 50-1 48:9] 50-1 48-9] 50-5 47:9] 54:2 5064527 4927SW 03|/SW 1-2] 9/ 10| 10} “160 7 | 9:597 | 9:595 | 9-613 | 9-715 | 9-820] 52:3 48-9] 50:9 48-2] 50-7 49-9] 50-1 47:9| 47-0 44:9]556 49°21SW 1-2)/SW_ 1-0} 10 9 7 | °458 8 | 0°002 | 0-025 | 0-023 | 0-011 | 0-028} 44:0 41-9] 43-0 41:9 | 42:9 41:01 41-1 40°0| 41:0 39:°2350°7 42°3]5 03;SW 1:0f 7 if 71 :240 9 | 0-171 | 0-196 | 0-213 | 0-271 | 0-281} 88:0 35:9 | 87:0 385°3 | 44:2 41°7| 45:5 42:0 | 43°5 41-4] 45-9 36:2 SW 0| SH 03] 2) 8 8} 010 10 | 0°320 | 6°324 | 0-293 | 0°379 | 0-222 | 37-0: 36:3 | 34:1 33:8 | 37-3 36-9 | 38-7 32°8| 31:9 31:9] 46:0 34:2] Eh 0| W 03] 2 1 0} 010 11 | 0-094 | 0-079 | 0-016 | 0-018 | 0-052] 35-9 34-8] 40-0 36:0 | 43:0 39-9 | 41-2 40-4| 41:0 40°71] 44-7 28-248 10;SW Os] 7 | 10 | 10] -093 12 | 07125 | 0°126 | 0-118 | 9-998 | 0:099 |] 36°5 35:8 | 37:3 36:8 | 45-0 41:0 | 44:3 40:9) 45:0 41:1] 45°8 35:4 1D) O|SW 1:0] 9 7 3 - 13 | 0-078 | 0-072 | 0-028 | 0-008 | 0-005] 46°8 42-0 | 46-2 42°1| 45:0 40:9] 45-0 40-9| 45-0 41:9] 47-7 4021SW 1-2)/SW 2-3) 9 9 9} 152 14 | 0-042 | 0-054 | 0°150 | 0-228 | 0-274} 46-0 49:5 | 46:0 45:9] 43-3 42:0 | 40:0 38-7 | 39-2 38:1] 46°8 423,SW 0°5|SE O7 10) 3 8} °020 15 | 0-376 | 0-400 | 0:393 | 0°396 | 0-398] 39:0 37:9 | 40°1 39-9 | 44:0 42-1] 43-2 41°9| 45-0 43-7]44:8 350]SW 03/SW 10]10| 8 9] -013 16 | 0°385 | 0°358 | 0287 | 0-257 | 0:235] 45:0 42:9] 44:0 42:2] 45-9 43-9] 45:2 43:4] 46°3 44:1] 47:0 42°3 SW 1:°0/SW 2-07] 8} 10} 10 - 17 = 0177 } 0-181 | 0-151 | 0-136 | 0°136 | 46-0 41°9 | 46:0 43°9| 46-3 44:2 | 46:0 43:9 | 45:0 42:9} 47-7 42°3 SW 1:0/SW 1-2]10| 9 9 - 18 | 0:031 | 0-030 |[9-930] 9-854 | 9:782] 42:0 39-9 | 41:0 39°1 [40:0 38-0]| 86-2 34°8 | 38:0 36°8} 47°7 40°5 SW 10/SW 1:0] 8| 2} 8 - 19 | 9-535 | 9-499 | 9-334 | 9-277 | 9-210] 49-1 44:9] 50°1 45:9] 51°3 49:1| 51:4 48-7] 53:2 49-7454:1 49-2]SW 05/SW 5-6] 9} 10} 10] -320 20 | 9-416 | 9-424 | 9-387 | 9-305 | 9-266] 43-0 41-1] 42-0 40-1 | 44:0 42:9 | 43:0 41:9] 42°2 41:9]53:7 413]SW 03|/SW 1-2} 8/10} 9} 090 21 | 9-063 | 9-027 | 8-894 | 8-906 | 8-910] 43-0 38:4 | 44:0 42:9] 49-5 43:9] 46:3 42°9| 48-1 44:9] 49-9 39°3,SSW 1:0;/SW 1:0] 3] 10} 10} ‘072 22 | 9-012'| 9052 | 9-154 | 9-261 | 9°336 | 48:1 45:9] 47-0 45°71) 48-5 46:1) 47:2 44:5] 45:3 43:9]507 45°3)SH 0°3| SE CO} CO) = 23 | 9°464 | 9412 9°406 | 9°316 | 9:207 ] 44-0 41:9] 44-4 42:0] 46-2 43-1] 45-0 42:9] 47-9 43:2] 48-7 41°3]SE O|SW 1-27 9| 7 9} °320 24 | 9:089 | 9067 | 9-201 | 9°344 | 9-426] 43°3 41-2) 43:3 40°9| 89:1 37°1 | 37:2 36:1] 35°1 34°84} 48-2 40:3 SW 03/SW 05] 9 6 | 10 | °380 25 | 9°328 | 9°386 | 9-182 | 9-030 | 9:122 | 32°1 31-8 | 33-9 31°9| 41:0 37:0 | 40-0 36:9 | 38:5 37°9 42:0 30°4 SE O|SW 1-2] 6] 10] 10] °410 26 | 9°424 | 9-442 | 9-572 | 9-558 | 9°630| 37-0 33-8 | 37°6 35:0) 37:9 36:0 | 36:0 34:9] 35-1 34°S]39°8 33-2}SW 1-2)/SW 1-2] 10) 5 4] 385 27 | 9°584 9-538 | 9-292 | 9-239 | 9-193] 33:2 32-8 | 37-3 34:0| 38:0 35:4 | 35:7 35°3| 39-0 37:2] 40°8 822,SE 2-3/SW_ 1-0] 10) 10 8 | 342 28 9°253 9:295 | 9-487 | 9-618 | 9:710] 41:0 38:9 | 39-4 37-9 | 48-1 39-2] 40-9 36:9 | 39:0 35:8] 43°8 35:25S O|NW 05] 7 5 4 - 29, 9°954 | 9-981 | 0:067 | 0:122 | 0-165] 33-9 32-8 | 33°3 32-7 | 34-1 33:0 | 28-9 27-8 | 27-7 26:5] 41:0 382-2, hE 0/Calm Of 3 1 0 = 3 0°178 | 07186 | 0:125 | 0-052 | 0-023 23°7 22:8 | 28°8 22°8| 29:8 28-8] 31:0 31:0 | 84:8 31°7]32°8 22:0) 0|SW oO} 0} 6] 10] 683 3 | 9°847 9°726 | 9°772 | 9-744 | 9-786} 39'0 38-2 | 39-4 38:9] 40°S 39°9| 41:5 39:9] 43-6 42°5]42:9 32-2(SW 20/SW 1:0} 10 | 10 | 1049 -272 MEAN 9°753 | 9°754 | 9°740 | 9°739 | 9°753142:0 40:0 | 42:1 40°4| 44-0 42-0] 43-0 41:0 | 42°9 40°8] 47-4 38°6 0°60 1:02] 7°8 | 7:7 | 8:01 7-086 BEN NEVIS OBSERVATORY. 63 MonrTHLty AND ANNUAL MgAn Hourty VALUES AT BEN NEVIS OBSERVATORY, BAROMETER. 4407 FEET ABOVE SEA LEVEL. 1888. 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 iN; 18 19 20 21 22 23 ate Mean. ght. 5°455 | 5°453 | 5°453 | 5°449 | 5-451 | 5°457 | 5-463 | 5°469 | 5°474 | 5°477 | 5°-475 15-467 | 5°470 | 5°470 | 5°471 | 5°473 | 5472 | 5-473 | 5477 | 5°476 | 5°474 | 5°473 | 54649 5467 ‘376 | °377| °376) °368| °373| °377| °384| °389| °394] 399] °400] °399| -402| °397] -397] °391| °394) °397| °405|) -402|) 400) -401] °399 “391 “046 | °036| -029] 020] ‘020} -022| ‘023|) -028| ‘028|) -035| ‘036 ‘037| ‘038| 038] :034] -030| 033] ‘036| -044|] °045| -043] -041|] -039 “035 Sas e266)|\ns2o2|)| “250 || 259) SeOneZnollmecanik | earonl “278 iy -284)5) “285. “288. “28p || 282) 279) A277 | “277 | 288) 278) <276)| “27d! “265: 274 "844| -339| 835] °333| 386] ‘388| ‘343| °347| °351| °357!' ‘3639 °366) ‘372| ‘372| ‘373] °370| 371) ‘369! -374| :380| 379] :379| ‘374 “359 "446 | °488| °484|) °480| °483| °489| °441| *444) °448| -450| ‘4589 ‘461 | °465| °466| -464] “461 | “461/ °461] °465) °468| °469| -466| °461 “453 264 258 254 252 254) °255 258 260 262 DEA 267 M209! 27a 278 sad) |) 267) 267 |) S268i1) B70) sB7a) 275) BTS aoe “265 365 | “364 360 360 | 361) ‘365 368 372 376 380 | -383] °387| °390| °392]) °391) 386) °385| 386] °390] °389} °389| -386| ‘382 378 594 588 581 580 583 | "586 589 592 596 595 | °597] °596) ‘594| 590) °587) °585) °586/ 591] °594] -592] °591| :589] -585 “590 369) °360 353 351 BDL || “853. 362 365 370 Bia “BTL |) “871 | *869'|| “368 *B65) “B65'| “870')) “B72)| “S75.) “B77 “378 -377|) “3%b “367 073 073 064 057 053) -045 045 044 050 055| ‘060] 064] ‘063| -067| ‘076| -083| -089/ -090|) -091) ‘086| ‘086| -082| ‘079 069 189 189 185 181 181 | ‘185 186 187 191 188 | “181] 172) "166) 161] "165| -168| -174) 180) -182) -185} ‘190| 196) -200 "182 = "33 316 312 307 303 305 | 307 311 314 318 321 323] °323| 3241 °323| °823| °322| °3823| ‘325! °329) °329] °329| °3281 -325 319 TEMPERATURE, 28°9 | 28°7 | 28:7 | 29°1 ) 29°3 | 28°9 | 28:3 | 28°7 | 28°6 |] 29°5 | 29°7 | 291 | 29°3 | 29-3 | 29°0 | 28°6 | 28°7 | 28°6 | 28°7 | 28°7 | 28°4 / 28°5 | 28:4 | 28°5 28°8 20°6) |) 20°4 | 20:2) || 20-0) |) 201 | 19:9 | 20:0 | 20:0) 20:4) 20:7 || 20:2) 21:2) |) 21-4 | Qi-7 | Bi-1 || 21-3) Qi-4 | 21-2 | Q1:2 | Qi | 21-2) QUT | 21-2 | 20°9 20°83 20°0 | 19:8 | 19°8 | 19:9 | 19°9 | 19°9 | 20-1 | 20°2 ) 20°5 | 211 | 21°9] 21°8] 21:9 | 22°0 | 22°3 | 22:0 | 21°6 | 21°3 | 20°9 | 20°99 | 20°9 | 20°6 | 20:2] 19:8 20°8 Qar4 | D4°5 | 24:3 | 24:0 | 23:8 | 23°9 | 24°3 | 24:5 | 25-2 | 25°6 | 26°0 | 26°5 | /26°7 | 26°9 | 27-1 | 2771 | 27-0 | 26°5 | 26-1 | 26°0 | 25°8 | 25°7 | 25°6 | 25°3 25-5 31°3 | 31:1 | 30°8 | 30°8 | 30°38 | 31:0} 31:3 | 31°6 | 32°2 | 32°1 |,32°8 | 33°3 | 33°4 | 33:6 | 33°6 | 33:7 | 33°5 | 33°4 | 33°1 | 32°4 | 32°0| 31°9 | 31:6] 31° Dae 37°7 | 37°5 | 37°1 | 37°3 | 37°3 | 37°6 | 38-4 | 38°9 | 39°6 | 401 | 40°7 | 41:6] 41°9 | 42:0 | 42:3 | 42°2 | 41-9 | 41°4 | 40°7 | 39°6 | 39°0| 38°5 | 38:2 | 38:1 39°6 37°8 | 37°8 | 37°6 | 37°5 | 37°4 | 37°6 | 37:9 | 38°3 | 38:8 | 39°3 | 29°7 | 40:0] 40:2 | 40:6 | 40°7 | 40°6 | 40-1 | 39°8 | 39°4 | 39°71 | 38°6 | 38°3 | 3871 | 37°8 38°9 37°9 | 37°6 | 87:4 | 37°3 | 37°2 | 37:2 | 37-4 | 37°9 | 38°5 | 39°0 | 39°7 | 40°2] 40°4 | 40°9 | 41°0 | 40°8 | 40°3 | 39°8 | 39°3 | 38°8 | 38°5| 38°3 | 38°2 | 381 38°8 88°5 | 38°5 | 38:1 | 38°2 | 37°7 | 37°5 | 38:0 | 38°3 | 38°9 | 39°7 | 403 | 40°33] 41:0 | 41:2 | 41°4 |) 41-1 | 40-2 | 39-6 | 39°0 | 38°7 | 38°6 | 3874 | 38°3 | 37°9 39-2 fa2)|) ooo] oo | ose | sao | 3374 | 33°2 | 33°6 | 38°7 | 34:0 | 3471 || 34:3 |) 34:3 || 34:3'| 34:3 | 34:1 | 33°7 | 33°38 | 83'3'| 38°24 | 33°5 | 33°5 | 33°5 | 3374 33°6 OTL | 27-5 | 27:8!) 2-8 | QWweT | 27-5 | 27-3 | 27-4 | BTS | QTD) 27-9 | 27-8 || 27-7 | Q7-4 |-27-2 | 27:0'| 26-9 | 26°8 | 26°8 | 26:8 || 27°0'| 26:9 | 26-9) a7 1 WTS: 27:9 | 27°9 | 28°0 | 28:0 | 28°0 | 27°9 | 27°9 | 28:0 | 28°0 | 28:3 | 28°5 | 28:6 } 28°9 | 28:8 | 28°3 | 281 | 28:3 | 28:4 | 28°3 | 28°6| 28°6 | 28°4 | 28:2 | 27°9 28:2 30°4 | 30°4 | 30°2 | 30°3 | 30°2 | 30°2 | 30°3 | 30°6 | 31:0 | 31°4 | 31°9 | 32:1] 32°3 | 32°4 | 32°4 | 32:2 | 32:0 | 31°7 | 31°4 | 31:21 81°0! 30°8 | 30°7 | 30°5 311 FORCE. 3°21 | 323; 3°13 | 3°18) 2°71 | 2:73 | 2:47 ( 2°65 | 2°65 | 2°76 | 2°73 ] 2:66 § 2°79 | 2°65 | 2-44 | 2°74 | 2°68 | 2°47'] 2°71 | 2°65 | 2°92 | 2°89 | 3:00 | 3:24 2°80 abo | 2 4b | 2943) 2°47 || 2:24) | 9-50) 2°50 | 2°52 | 245 | B29 | 210 | 2:19} 2°08 | 1:78 | 1:88 | 1°88 | 1°88 | 2°29 | 2°34 | 2:24 | 2:29 | 245 | 2°55 | 2:57 2°28 3:00 | 2°53 | 2°81 | 3°08 | 3:24 | 3:26 | 3°45 | 3°29 | 2°85 | 2°94 | 2:94 | 2:89 | 2°34 | 2°29 | 2°34 | 2°19 | 2°21 | 2°35 | 2°39 | 2°53 | 2°76 | 2°68 | 2°74 | 2°95 2°75 2:22 | 2°02 | 2°25 | 2°18 | 1:95 | 1:90 | 2°15 | 2°00 |. 2710 | 2°00 | 1°93 | 1°92 | 1°73 | 1°€2 | 1°73 | 1°88 | 1°58] 1°83 | 1°83] 1°88 | 2°25 | 2°20 | 2°15 | 2°33 1°98 219 | 2°08 | 1:97 | 2°06 | 1°92 | 210 | 2°11} 2°18 4° 2°29 | 2°23 | 2°18 | 1:89 | 2°03 | 1°81 | 1°84 | 1°73 | 1°90 | 2°08 | 2°15 | 2°18 | 2°05 | 2°24) 1°89 | 2°08 2°05 2-40) | 2°50 | 2°50 | 2°50 | 2°60 | 2:73 | 2°73 | 2°57 | 2°62 | 2°63 | 2°72 | 2:52 | 2°47 | 2°30 | 2°90 | 2°22 | 2:37 | 2°17 | 218) 2°07 | 2°07 | 1:95 | 2°22 | 2°30 2°40 2:37 | 2:44 | 2°37 | 2:34 | 1:95 | 1:90 | 1:94 | 2°13 | 1°87 | 1:60 | 1°52 | 1:53 J 1:34 | 1:24 | 1-42 | 1°44 | 1°35 | 1°76 | 1°87 | 1:98] 2°13 | 2°18 | 2:23 | 2°13 1°88 2°34 | 2°55 | 2°63 | 2°60 | 2°21 | 2°08 | 1°98 | 1°84 | 1°71 | 1°70 | 1°58 | 1°50 | 1°63 | 1°82 | 1°82 | 1°65 | 1°84 | 1°66 | 1°97 | 2°19 | 2°40 | 2°48] 2°50 | 2°55 2°05 2°08 | 2°25 | 2°12 | 2:20} 2°05 | 2°00 | 1:98 | 1:93 | 1°92 | 1:90 | 2°05 | 1:67 J 2:20 | 2°03 | 1°73 | 1°88] 1°63 | 1°85 | 1°78] 1°88] 1°93 | 2°03 | 2°10 | 2°07 1°97 2°77 | 2°70 | 2°79 | 2-97 | 2:53 | 2°50 | 2:56 | 2:47 | 2:40 | 2:58 | 2°34 2°08 | 2°29 | 2°24 | 2°39 | 2°50 | 2°48 | 2°13 | 2°47 | 2°48 | 2°48 | 2°50] 2°63 | 2°65 2°50 4°47 | 4:25 | 3°77 | 3°80 | 4°05 | 4°15 | 3°95 | 4:15 | 4°17 | 4:07 | 3°93 | 4:00 | 4°03 | 3°98 | 3°67 | 3°67 | 3°52 | 3°88 | 4°07 | 4°15 | 4°28 | 4°27 | 4:55 | 4°47 4°05 2°53 | 2°34 | 2°03 | 2°23 | 2°37 | 2°53 | 2°26 | 2°44 | 2°56 | 2°44 | 2°44 | 2-68 f 2°95 | 3:03 | 2°90 | 2°95) 2°69 | 2°84 | 2°97 | 2°85 | 2°68 | 2°66 | 2°55 | 2°68 2°61 2°68 | 2°61 | 2°57 | 2°63 | 2°48 | 2°53} 2°51 | 2:51 | 2°47 | 2°43 | 2°37 | 2:29 | 2°32 | 2°23 | 2:20 | 2°93 | 2°18 | 2°28 | 2°39 | 2°42 | 2°52 | 2°54 | 2°59 | 2°67 | 2°44 DIRECTIONS. January. | February. March. April. May. June. July. August. |September.| October. |November.| December. Year. 256 207 235 129 YY Pana 150 143 94 240 324 125 1960 133 98 100 91 55 50 28 32 54 26 ile 720 115 173 74 44 165 152 19 26 9 139 17 964 58 77 58 109 200 159 104 88 19 202 118 1273 3 28 47 | 99 73 65 98 134 49 28 152 920 28 33 53 48 23 26) a 84 120 143 32 176 871 47 31 47 70 10 29 114 115 118 80 84 866 36 53 49 76 17 18 80 64 59 78 49 633 20 44 bY¢ 78 66 95 74 47 53 11 6 577 - LS HOURS OF SUNSHINE. . 5 6 7 eel 9 fo. ||! “4 2 20 | 21 | Total. | Per Centage 12 13 14 15 16 17 18 19 2 otal. of Possible. = = = = | 0°10 6°92 7°54 | 10°90 J 11°01 | 10°77 | 11°04 | 10°49 0°83 a TP = = = 69°60 30 = - - 0°22 | 5°82 8°50 9°66 8°67 8°98 9°68 8°94 6°91 3°93 1°40 - = = T2401 26 = = = - 2°71 | 3°41 5°89 7°73 8°32 Cz 6°64 5°37 5°72 5°64 4°22 0°68 = = 64°05 18 | - - 0°65 3°76 5°43 | 6°24 6°42 7°42 517 4°25 6°23 6°09 4°12 4°81 3°85 2°45 0°61 = 67°50 16 - 2°69 9°21 7°13 8°97 | 911 9°00 9°66 9°46 8°12 7°70 8°05 8°46 6°49 718 7-03 6°96 1°07 | 126°29 25 0°45 | 10°96 | 13°19 | 14°90 | 14:26 | 15°65 | 16°30 | 16°62 | 16°69 | 16-43 | 15°99 | 16°58] 16°33 | 14°64 | 14°68 | 15°08 | 13°49 7°60 | 249°84 47 - 3°20 | 5°42) 6:05] 678) 569] 418) 4°75] 4:39] 4:24) 4:77] 4:27] 3°92] 273] 2:89] 38:56] 1°82] 026] 68°92 13 - - 2°82 4°36 Bee 4°38 6°25 6°34 5°74 4°25 775 6°53 6°45 3°49 4°49 3°75 1°59 - 71°96 15 = - - 2°34 | 8:51 | 10°67 | 12°00 | 12°64 | 10°35] 10-99 | 12:26 | 1229] 11°62] 10°16] 690] 0:26] - — | 120-99 32 = = = - TIESSL |) ear 4°33 3°04 2°37 3°10 2°19 3°01 3°20 2°24 - = = = 28°17 9 me = = = = 0°47 - 0°30 1°89 1°49 1°98 1°25 0°73 - - - - - 811 3 = = = = aes 1°63 4°14 4°64 418 2°79 2°96 0°79 - - = = - 21°13 10 | 0°45 | 16°85 | 31°29 | 38°54 | 51°96 | 64°32 | 81°42 | 89°84 | 88°59 | 84:7 89°35 | 86°38 | 78°74 | 54°96 | 45°61 | 32°81 | 24°47 8°93 | 969°27 22 BEN NEVIS OBSERVATORY LOG-BOOK, 1888. Jan. 2.—The tracks of a hare were seen at ther- mometer box at 8) to-day. Jan. 3.—The lamp was blown out at 18", causing the outside readings at that hour to be from 2 to 3™ late. There was a fall of *122 inches in barometer from 23" to midnight. Jan. 4.—The temperature readings at 14, 24 and 52 were taken from 2 to 3™ late, owing to the lamp being blown out—the wind being so strong at 1" that the observer could not stand, and had to crawl to ther- mometer box. At 2" there was no drift, but junks of ice and hard snow were flying about. At same hour the observing book and form were blown away. found impossible to carry raingauge and manage lamp in early morning, hence no rainfall measurements were ‘ished. It was | obtained ; and in afternoon the gauge was each hour | full or almost so of surface drift, which made the readings worthless. The Robinson anemometer was set agoing at 9" 50™, but was tied up again at 19>. After 18", in an average squall, the velocity indicated by anemometer was 93# miles per hour. The squall which was measured had an estimated force—10. Jan. 6.—Top clearing at times in forenoon, showing wild sky above with bands of clouds lying E. and W., and heavy cum.-str. all round on other hills. Jan. 7.—The thermometer box was shifted after the 15" observation—height on ladder not changed. Jan. 8.-~The top cleared at 224, and till midnight the sky overhead was cloudless, but dark clouds were ob- served low to S.E., and fog or mist covered the hills all round, Jan. 9.—The top cleared after 7" and remained clear except for occasional whiffs of passing mist for the rest of the day. At 10" it was noted that the upper clouds were lying E. and W., and in places where the structure was ribbed, the ribs were lying N. and S. At 16" the shadow of Ben Nevis was observed above horizon to N.E. The sun did not set till 16" 15™. After the sun had set the earth shadow was seen rising to E. topped by red clouds. About sunset the sky was hazy. Jan, 10.—Mist on top till 6" and passing at times till 13", but top quite clear and sky cloudless for rest of day, but fog on hills to about 4000 feet. At 16 the fog to W. was much higher than Ben, but sloped down as it came towards Ben, but was very low over the Loch basin, and was breaking up to E. At same hour earth shadow was seen topped by rosy clouds. At 18 bright meteor seen. [t fell from a little to W. of Cappell to fore paws of Great Bear; its path hung at an angle of 45° to horizon. At 21 and 22 an aurora was seen. pretty bright and there was a dark cloud below it, but at | latter it was faint and only seen between a dark cloud and horizon. At the former hour it was | its apex it was 1” 32’ above horizon. height was 1° 45’ (measured by steph.). | speck in the latter. Jan. 11.—Except from 8" till 12 the sky overhead was cloudless all day, but till 17" patches and bands of str.-cir. were observed all round below 30°. At 105 the bands thus observed were lying E.and W. At 8 50™ shadow of Ben seen. Fog in valleys to about 3000 ft. till 112, and below 2000 ft. till 17", after which it van- At 16" shadow of Ben was seen above horizon to E.N.E. When the earth shadow was on a level with Just before vanish- ing, and when the disc of the sun had half set, its At 20% the zodiacal light was seen as a grey light sloping from W.S.W. horizon to about 30° above §.S.W. horizon. It was visible at 214, and faintly at 22", From 20" till midnight an aurora was observed, streamerless, except at 22h and more or less ill defined and faint, Jan. 12.—The above aurora continued till after 1" to- day, but at 2" and following hours there was none. The hills and valleys around were clear till 7%. At 8" fog was observed over Loch Linnhe, and in valleys to N., which kept spreading and increasing till at 134, and for the rest of the day there was fog all round. From 18" to 204 a dark cloud bank was seen to W. increasing and approach- ing. At 21" there was thin mist passing. (It could not be determined whether this mist was due to the above ‘cloud bank’ or to the fog in eye) The sky was overcast with a thin pall at 22 and 234, through which stars could be seen. Thin mist enveloped summit at midnight. The Ben shadow and earth shadow were seen after 16", and the zodiacal light at 20%. Jan, 13.—Very wet mist on summit till 5", but so thin that the brighter stars were seen all the time. During the rest of the day the top was clear and the sky overhead almost cloudless, but fog on hills around to about 3000 feet. At 165 the Ben Nevis shadow was seen to N.E. When the sun’s disc was half down, the apex of Ben shadow and top of earth shadow were 1° 22’ above hori- zon. The Ben shadow was much darker than earth shadow. At 162 16™ the former was seen as a black The sun set at 162 18™, and then the top of earth shadow was 2° 29’ above horizon. From 18" to midnight an aurora was observed. At 19" it was double arched. At 19% 15™ the top of upper arch was ‘at Polaris, At 19 20™ this arch was at zenith, and its ends were at W.S.W. and N.E. horizons. At sume time the second arch was double throughout its whole length, and triple in eastern half, and all these sections were giving out short streamers. Between this second arch or series of arches and horizon, another thin arch and sometimes two were seen, and also a number of short jets or streamers having no connection with any arch. From 195 20™ to 195 25™ the display was at its best. After this \the upper arch began slowly to retreat towards N. hori- 1888. ] zon. At 20" the aurora was very bright, and double, and sometimes triple-arched, but its upper limit did not extend higher than Vega and ‘Benetnasel—Ur. Maj. ach arch had streamers. At 19" and 20" there was no ‘dark segment,’ but at 215 there was, and from the ragged appearance of its upper edge it seemed to be due to a bank of cloud. At 21" some red was seen in aurora. At 225 the body of auroral light was faint, but the streamers then seen were very long, reaching in some cases from horizon to 25° altitude. At this hour dark broken clouds were seen to N. At 23" it had neither streamer nor arch, and was greatly obscured by dark clouds. At midnight it was very faint aud low, and had neither streamer nor arch, At 19" 30™ there was a steady cur- rent in telegraph cable, keeping needle almost hard over to dash side (current up the wire), and at 21 15™, when sending report, there was a steady current, keeping needle over to dot side (current down wire). At 20" dew was observed on thermometer box, and hoar frost on snow and roof. A like observation was made at 22h, At 184, 19% and 20 the zodiacal light was observed. Jan. 14.—The aurora continued faintly visible till 5» to-day. At 2" mist was passing summit, but during the rest of the day the summit was clear, but fog covered the lower hills. At 155 the shadow of the cir. clouds in sky was seen in the air as dark streaks. At 16% shadow of Ben was observed with its apex above horizon. From 184 till midnight an aurora was observed. At 184 it had two arches—the lower just visible above horizon. At 19" and 205 it was faint and streamerless. At 21" it con- sisted of a single arch, low to N., with streamers occasion- ally. At 21) 30™ it was double—the lower arch shooting streamers—at same time the ‘dark segment’ was sharply defined. At 225 there were two well-defined arches, the lower one being sharply defined beneath. At 22> 10™ it suddenly brightened up, lighting the hill top, and broke up into many streamers, which moved quickly horizontally, its lowest limits and the base of each streamer were red. At 235 there was no definite arch, only patches, but there were numerous streamers. Its altitude was not above 12°. At midnight it was but faintly seen. After 18" the zodiacal light was visible in W. sky ; at 205 and 21» it was very distinct, stretching up through Pisces to near Aries. It continued visible till after 22. Jan. 15.—Summit clear all day. From 1? till 6" the aurora was faintly visible. Fog in valleys all day to the height of about 2500 feet. In afternoon glimpses of the lower hills and moors were got through breaks in the fog, and it was observed that the Moor of Rannoch was white with hoar frost, as were also the hills to 8. and N.E. of Ben, but these only toa height of about 2500 feet, all above this having no hoar frost. From 13 to 165 a small arc of solar halo was seen, coloured red, yellow and blue, and at times red, yellow and green. At 155 two small ares were seen at opposite ends of almost horizontal diameter. The colours were very bright. The following measurements were got ae peer a — 132 Radius to red mp tay 145 Radius to red Wap DAW 145 Radius to yellow 23° 7 15» Radius to inside of red DO MA 15» Radius to outside of red 22° 49’ 155 Radius to middle of yellow 23° 17’ 15» Radius to outside of blue . 23° 44’ ROY. SOC. TRANS. EDIN.—VOL. XLII. BEN NEVIS OBSERVATORY.—LOG-BOOK. 65 At 16 shadow of Ben was seen above horizon to N.E. At 23" there was a pale grey light in N. sky. At midnight the S., N. and E. skies to 20° altitude were much brighter than zenith—as bright as ‘Milky Way.’ At 7” past midnight an aurora burst into view low to N. Jan. 16.—Till 45 the sky toE., N. and S. to 15° altitude was much brighter than the part above this. There was fog in the valleys all round till 6"; mist passing at 7°; but at 8° the N. hills and valleys were clear of fog. The top was enveloped in fog at 164 and again from 18> till midnight. At 14? and 15 clories with three and four rings were seen from roof on passing fog. Snow crystals were forming from fog at night. A weasel was seen at 11" running from 8.E. side of summit towards hotel. Jan. 17.—The fog cleared away after 45, and for the rest of the day the sky was absolutely cloudless, from zenith to horizon all round, but fog lay on E. and S. » hills, and in afternoon haze was observed in valleys to N. and W. Fog crystals forming in early morning. The wet bulb reading at 11" (that on daily sheet) being somewhat doubtful, owing to the bulb having been partly dry. The following observation was made at 11" 15", viz.,—dry bulb 25'S and wet bulb 21:1. Jan. 18.—Faint aurora seen at 42 50™. Fog passing at 125, and fog crystals forming then. Fog on EH, and S. hills till about 164, after which it vanished, but dark haze filled valleys all round. A little cir.-s. was seen at 1 low to N.E., this was the only cloud above horizon all day. Jan. 19.—Fog on Caledonian Canal and Loch Eil all morning. Hoar frostwas seen on lowgrounds about midday. Thick haze filled valleys to-day to about 3000 feet, the tops of the higher hills showing clear above it. Fog was seen to S.W. at 11". It steadily increased E. and N., till at midnight it was all round, and rising to S. higher than Ben. At 225 faint aurora was seen, and also a broad white ill-defined lunar halo, In afternoon the cir. clouds were lying S.W. to N.E., and moving from N.W. Jan, 20.—Fog passing at 1, but sky above cloudless till 45, after which, however, and till 14" it was overcast or nearly so with cirrus types, which at 11" were observed to be lying W.S.W. and E.N.E. Mist on at 155 and for rest of day. Jan. 2i.—Double and triple corona were observed at 19> and 205, and an aurora suspected at 21%. A fog-bow was seen at midnight. Jan. 22.—At 25 and 3 aurora was seen, single arch, bright, but no streamers. The thermometer box was shifted one step down on ladder stand after 4%, A corona was seen at 194. Jan. 24.—At 8" and 17" the readings of thermometer were taken from 1 to 3™ late, owing to the door-of box being tightly frozen. Jan. 25,—A lunar corona was seen at midnight. large, white snow hail fell between 215 and 22%. Jan. 26.—Lunar corona were observed at 1" and 3}, and at the latter hour a fog-bow was seen. Jan. 28,—Thermometer box was shifted at 0» 35™. From 4" till 232 the sky was cloudless, except for occasional whiffs of fog passing summit. Fog covered N. and E. hills mostly all day, and haze was observed to W. and S.W. At 6 and from 195 to 215 lunar corona were seen on passing fog, double and triple at I Very 66 times, and with very bright colours. An eclipse of the moon was observed after 21". At 10" a weasel was seen about the hotel. Jan. 31,—At 11" the raingauge was found undercut and lying over. None put out after this. Large ‘chunks’ of hardish snow were flying about in the forenoon, and almost all the loose fresh snow on the hill top was cleared off, leaving the icy surface formed by the last thaw exposed. Feb, 1.--Thermometer box shifted at 4" 10™, The cir.-c. clouds noted to-day were mostly in rather large pieces. No fog in valleys, but horizon rather hazy in afternoon. The depth of snow at post B. (first gorge) was 81 inches this afternoon. Feb, 3.—Thermometer box shifted at 102 40”, Louvres of box a good deal choked with ice in afternoon ; cleared at 204. Feb. 7.—Thermometer box shifted at 2 30™, Feb. 8.—Thermometer box shifted at 10> 20™. Feb. 10.—Top covered with soft snow, which drifted a little at night. At midnight aurora seen faintly. Feb. 11.—Aurora seen again at 1), 45 and 54, Thermometer box shifted at 4" 35™. Box put one stage higher on ladder stand. At 7* detached fog among hills to E. and in the valleys to N. Sun rose at about 7 55™, The earth shadow and shadow of Ben Nevis seen before sunrise. Detached fog among the hills all forenoon and part of afternoon ; at times streaks lying at about 1000 feet height with ragged cum. top. At 13" it was found that the sunshine recorder had slipped on the snow, consequently the record for that hour is blurred, but is evidently continuous (60”). Feb. 12.—Aurora, single arch, no streamers, seen at 3, 4» and 5, Fog all round to about 4000 feet from 7 to 104, after which it broke up into detached parts, which in the afternoon lay in streaks of cum.-structure along the sides of the hills. No unusual colours were observed in the sky on either the 11* or 12%, Feb. 14.—At 8 a glory was seen; no measurements got. No raingauge was out to-day as the drift would have made it useless, but apparently no snow fell. Feb. 15.—Thermometer box shifted at 9% 30™. No fog in valleys or on hills all day. No unusual colours in sky. The earth shadow was seen at sunset. Feb. 16.—At 8", 9" and 105 low fog over Loch Eil and Loch Linnhe, and haze toS, At 7" 50™ the earth shadows and shadow of Ben Nevis were seen, At 10" fog was blowing over the Cairn Dearg, and at 11 across the hill top. At 14" 20™ solar halo seen. Red inside and blue outside; no measurements got. In afternoon level- topped haze all round, with cum, above and in it. At 14? brown colour under sun above this haze. Feb. 18.—At 14" sun shining in patches on the hills all round; no fog in valleys, but heavy cumulus and cumulo-stratus everywhere. Very heavy squalls began suddenly at 214 45™, ice crystals blown away off tower, etc. Barometer pumping heavily—a reading at about 224 12™ during a lull gave 25°117. At 23" the outside observations (temperature, etc.) were about 4™ late, owing to lantern being blown out while going to box. After this the jacketed lantern was used. No raingauge was out in early morning nor at night as the drift made it useless. Feb. 19.—After 11" thermometer box shifted, the BEN NEVIS OBSERVATORY.—LOG-BOOK. [1888. hinges being damaged. The strong wind of last night and this morning have swept the fresh snow off, leaving the icy surface formed by the thaws of last month ex- posed over a large part of the hill top. Feb, 20.—Very squally in early morning with strong back swirls. Ugly-looking clouds all round in afternoon, and patches of cum. fog on hills. At 23° lunar halo and vorona seen. Radius to inside of halo Radius to red of corona 21° 24’ 2° 53! Corona very misty and badly defined. Feb, 22.—Thermometer box shifted at 185 15™, White, dry, loose fog crystals forming at night. Feb, 23.—After sunset at 17" 45™, the earth shadow was seen. Double lunar corona at night—inner set yellowish and outer blue-green, inside their respective reds. Feb. 24.—In the evening the fog lifted, forming a layer of cloud not far above the hill top, and extending over the whole sky, but not touching any of the hill tops. "Feb. 25,—Detached fog hanging about the hills to S. and E. all afternoon. No unusual colours round sun, but faint after glow at 19}. Feb, 27,—White, dry fog crystals forming freely all yesterday and this morning. At 95 the fog was be- ginning to sink, and by 11" the sky was seen to be quite clear, though fog was still blowing over the hill top. All afternoon, thick, rather cumulus-looking fog hid the hills round and extended to the horizon. The Aonach More and Aonach Beg (4000 feet height) were seen above it occasionally, but no other hills except Ben Nevis and its adjacent ridges. No colours in sky round sun in after- noon, and only a very brown colour under it above the fog. The after glow and earth shadow were seen after sunset. Very bright moonlight at night. At 145 30™ a glory was seen from the cliff edge. Three rings, red outside in each. Middle ring the best defined, but all rather misty look- ing. Radius of second red 4° 13’ Radius of yellow 3° 36’ Streaks of cirrus cloud came on from the N.W. at night (21 and 22"), At 22% faint lunar fog bow seen. Single, no colour. Radius to inside of bow 34° 0’ Radius to outside of bow . 48° 26’ Feb, 28.—At 2" a portion of a lunar halo was seen, At 4" it was again seen faintly tinged with red inside. Radius of red . : ; vemmagnn Os At 4a lunar glory was also seen from edge of cliff. It had a sharp, well-defined outer edge but no colours. It disappeared before a measurement could be made. The radius was, very roughly, about 1°. A lunar corona was also seen at 4%, At 45 the fog which had hid the lower hills had begun to break up to8., and after this it gradu- ally cleared off, leaving the horizon, however, somewhat hazy. A faint halo was seen at 54, 62 and 8, the last being solar. The earth shadow and shadow of Ben Nevis were seen at 75. The after glow and earth shadow were also seen at 18", but no unusual colours were seen in the sky during the day. Up to 21 the sky had been clear, except for detached cirrus-cumulus, but at 22" a heavy pallium, quite low down, covered it, Feb. 29.—The low pallium of cloud sank down and 1888. | covered the hill top before 2", and continued on the top till 214, shortly after which it cleared off, leaving a cloud- less sky. This fog lingered longest on the hills to E. and S.E. Thermometer box shifted at 235 15”. March 1.—The fog that began to blow across the hill top at 45 seemed to be local, as none had been observed before. After the top cleared at 8», however, fog still lay to about 4000 feet all round. It broke up into detached portions afternoon. A glory was seen at 85. No unusual colours near sun during the day. The earth shadow and shadow of Ben Nevis seen after sunset. This afternoon the snow at the first gorge was found to be overhanging the edge for 140 inches. At 18 the tracks of a hare were seen near the thermometer box. March 2.—The wet bulb reading at 25 is rather doubtful as the bulb had got somewhat dry. After this time the bulb was wet at the half-hour as long as the air continued dry. A faint lunar halo was seen at 3" and a corona at 45, At 45 detached fog was lying among the hills to S.. At 5" it was over all the hills to 4000 feet, except those to S.E., and at 6" on the top. March 4.—Between 15" and 164, snow crystals, with six blunt-pointed rays, each ray feathered with smaller crystals, observed to be falling. March 5.—Thermometer box shifted at 25 15™. At 7 the shadow of Ben Nevis was seen to W. Stratus fog lay at about 2000 feet or less among the hills to S. and W. At 8 this fog was in detached portions, but was blowing over the Cairn Dearg. : March 6.—The snow which fell this afternoon was heavy granulated stuff, which hardly drifted at all. Between 13 and 14" the wind on Maclean’s Steep and the Plateau was W.N.W., though on the top it was between N. and N.E. March 12.—Star-shaped flakes of snow falling in afternoon—too little to show in gauge. March 14.—At 4° the lamp was blown out just after reading dry bulb; the wet bulb was assumed to be the same. At 23 all the outside observations were 4™ late, owing to lantern being blown out. The jacketed lantern was used all night. It was impossible to stand on the roof during the strongest wind at night. At 152 the pressure of the wind was tested by holding the blade of a shovel, measuring 16 inches by 12 vertically, and measuring the pressure by a spring balance. The max. observed was 26 Ibs. on the square foot (35 lbs. on shovel), the estimated force at the time being 10. March 15.—The vane of direction anemometer was heavily coated with fog crystals till after 155, and did not point truly to windward. At midnight the dry bulb was below its scale, and its temperature was assumed to be the same as the wet bulb, March 16.—At 1" the dry bulb was below its scale, and its temperature was assumed to be the same as the wet bulb. At 12 10™ dry and wet shifted. At 25 the fog broke to N., and an aurora was seen. At 102 10™ thermometer box shifted. No fog in valleys all afternoon, but horizon very hazy—this was partly due to the heather burning that was going on all round. At 16"some cumulus clouds under suu, with very ragged edges, were coloured red and green on their upper edges, the red being next sun. Distance of red from sun about 7°. Aurora was seen at night. At 205 and 215 it consisted of a single arch without streamers, but at 22 the arch was broken BEN NEVIS OBSERVATORY.—LOG-BOOK. 67 up, and there were long narrow streamers rising from all parts of it and reaching to about 45° altitude. At 23° and midnight it was again a single arch without streamers. All evening an earth current in telegraph cable kept the needle over to dash side. During this afternoon and evening the dry read frequently below the wet bulb. It was observed to be covered with fine spicules of ice, which although wiped off continually gathered on it again. March 17.—At 1" double arch aurora seen, and at 2 faint aurora still visible. Loose, dry, white fog crystals forming in afternoon. At 7" star-shaped crystals falling. They were roughly about ;45 inch diameter. March 18.—Aurora seen faintly at 1 and 25. At 6" the upper glow was seen. Detached cumulus over hills in forenoon, but no fog in valleys all day. Horizon rather hazy, due partly to heather burning. The sun set at 182 40™, After glow and earth shadow seen. At 23> faint auroral light seen to N. March 19,—The earth shadow and shadow of Ben Nevis were seen before sunrise at 6% 30™. Some detached cumulus over hills again to-day, but no fog in valleys. Horizon again hazy; large tracts of heather burning. No unusual colours were observed in the sky either yesterday or to-day. At sunset the after glow and earth shadow were seen. March 20.—A faint aurora, consisting of a single arch low down and without streamers, was seen at 2", 32 and 4h The earth shadow was seen before sunrise. A snow- bunting was seen flying about on the hill top at 11. The earth shadow and the after glow were seen after sunset at 19, At 205 the W. horizon still showed faint sunset colours. There was no fog in the valleys or on the hills to-day, but thick haze, mixed with smoke from burning heather, covered everything to about 4000 feet. Above this were a few patches of cumulus. Air intensely dry all night. March 21.—At 6» roll-cum. was seen low down to W. and N.W.; at 7" it had come nearer, and at 8" had covered the sky overhead. The upper glow and earth shadow were seen before sunrise. March 22.—At 9 the mist that had covered the top. all morning sank down to about 4000 feet, but the sky overhead was covered with stratus which seemed to join the mist all round. At 11 fog-bow seen, white with faint red outside. Also at 115 10™ glory with one band of colour—too faint to measure. March 23.—At 14" the top was clear though sky overcast with low stratus. No fog in valleys. At 15> crystals of snow falling, mixed with small, hard, shapeless snow. March 24.—No raingauge was out from 6" to 94, but apparently no snow fell. All measurements of amount of snow doubtful, owing to drift. Louvres of thermometer box badly choked with fine drift and fog crystals most of the day. March 25.—At 8" a layer of cloud of fog about the level of the hill top extended in all directions. Ther- mometer box shifted at 11" 30™. For several hours after this the readings of the dry and wet were very mild, but the air was apparently saturated. At 14" snow crystals falling, as varying from 4, to 3 inch diameter. A few of them had points projecting in different planes in addition to the usual six, Similar crystals falling at 15, but, on 68 the whole, smaller in size, none exceeding 51, inch diameter. Faint lunar halo seen at 205, 21" and 22". It was difficult to distinguish between upper and lower clouds at night, they seemed to pass into each other without any marked plane of separation. March 26.—A slight shower of snow, consisting of small rough pellets of hardish texture, fell at 15", diameter about ,4; inch. Stars and small pellets mixed about =), inch diameter fell at 19". Neither of these showers were sufficient to affect the gauge. March 27.—Thermometer box shifted at 9" 40™. At 9" cum. fog on hills to about 4000 feet. The cum. fog continued to hang about the hills round most of the day, but at 18" had risen and joined cum. clouds above the hills, which gradually disappeared later in the evening. At 23" and midnight lunar halo seen, faintly tinged with red inside. At 23" it was measured. Radius to inside of halo Radius to outside of halo . No low fog in valleys all day. March 28.—The lunar halo still visible at 1 and 2h, At 4" a lunar corona was seen occasionally. Before sunrise at 6" the earth shadow and shadow of Ben Nevis were seen. When clear to-day there was no fog in valleys, but cum. fog on and over hills. The great amount of fine drift going made the raingauges useless; most of the snow that fell a few days ago was swept off the hill top and the old icy surface exposed. March 29. — Raingauges useless in early morning owing to drift, and measurements by them in forenoon doubtful from same cause. March 30.—At 10" a few star-shaped crystals were falling mixed with the snow-flakes. At 19" the snow consisted of small pellets not flakes. April 1.—Thermometer box shifted at 2" 20™, No fog in valleys in morning, except a little patch of stratus fog over Fort-William at 6" and 7", At 7 fog on hills to W. At 8 fog blowing across Ben Nevis and on hills round. The snow that fell this afternoon was icy, in small pellets rather than flakes. Measurements of amount of snow at night rather doubtful owing to drift. April 2.—Aurora, single arch without streamers, seen at 22 and midnight. April 3.—Aurora still visible at 1" and 2%, At 8» cum, was seen to N., and at 9" it was over Ben Nevis, and fog brushing the hill top. April 4.—At 17" fog on hill top, but sky seen above covered with cum.-s, The fog on the hill seemed local and distinctly beiow the level of the cum.-s clouds. April 5.—Thermometer box shifted at 02 15™, At 2h very faint aurora seen low down to N.N.W. At 4" faint sunrise colours were observed. At 5" the upper glow and earth shadow were seen. Fog over hills to E. to 4000 feet. This fog gradually broke up into cumulus in the forenoon. At 11 the sky was clear, but there was cum. fog rising out of Glen Nevis ; before 12" the sky was overcast with cumulus, but the air under remained very clear till the clouds sank and formed fog on the hill top at 15", The beginning of the fog was not accompanied by any change of temperature. April 6.—Faint aurora, single arch, no streamers, seen at 1", At 7" a little fog lay over Loch Lochy and cum. fog hung about the hills all forenoon. In the afternoon 23° 58’ 29° 4’ BEN NEVIS OBSERVATORY.—LOG-BOOK. [1888. this fog rose and formed detached cumulus clouds above the hills. No fogin valleys all day. At 18" the cloud that had formed above Ben Nevis sank down and became fog. “April 8.—At 5" the sky was covered with cum. and fog lay over the hills round to 4000 feet. In the forenoon the fog broke up and formed cumulus clouds ; these, in the afternoon, were specially heavy to W., but there was no fog in valleys. No unusual colours in sky all day. A few faint and evanescent glories seen between 18" and 19" on fog blowing across the hill top. April 9.—Till 4", though the sky was cloudless there was str. fog on hills to N, and E. to about 3500 feet. After this the fog broke up into detached portions. The earth shadow was seen at 54, At 15" small needle-shaped crystals of snow were falling, and at 16" besides these there were flakes composed of agglomerations of these crystals without any order or arrangement. The needles were about zy inch long and the flakes up to 4, diameter. Small icy particles fell mixed with the snow in the evening. April 10.—The snow that fell this afternoon was small, hard, and rather icy. Louvres of thermometer box choked with ice all evening. April 12.—At 1" a light was seen to N. through breaks in the fog—probably auroral. At 6" 10™ thermometer box shifted. Portions of solar halo were seen at 7% and 9», At 9" there were two small ares, one on each side of the sun, coloured red, yellow, green, blue, the red being inside. No fog in valleys in forenoon, but detached fog on the hill tops all round. April 14.—A solar halo, red inside, blue outside, was seen to-day between 17" and 18+. April 16.—Thermometer box shifted at 5 15™. April 18.—No fog in valleys all day, but cum. fog hang- ing about the hills in heavy masses and haze below it. Thermometer box shifted at 15% 10™. April 19.—Dense masses of cumulus all round during the day, with dark haze below in valleys. April 20.—Very squally and heavy drift in forenoon. At 11" the raingauge was found blown over and lying about ten yards to leeward of its proper place. The door of the thermometer box was also torn from its hinges, while reading the thermometers at the same hour. No gauge was used all forenoon, but apparently no snow fell except a few crystals. At night though the top was sometimes clear of fog the air was evidently saturated, so the box was not shifted though slightly coated with drift. April 21.—Thermometer box shifted at 19 10™. No fog in the valleys, but cum. fog hanging about the hill tops round all day. Though fog was mostly brushing the top of Ben Nevis, the sky above seemed pretty clear. Some star-shaped snow crystals fell several times during the day. Fleeting lunar coronz were observed at night. April 24.—No fog in valleys to-day, but considerable haze. No unusual colours in sky during the day, but usual sunset colours and after glow at 20%. Solar halo seen at 19%—red inside. Radius of red=21° 36’ (rough measurement). A lunar halo also seen at 21 and mid- night. “April 25.—Lunar halo still visible at 1 and 2%. At 14, 22 and 3" cum. fog to E. on hills. At 5" cum. fog had formed on the hills to W., but no fog in valleys all day, though haze at night. A solar halo was seen at 16", 1888. ] No unusual colours in sky during the day, but the earth shadow was seen at 202 5™ and the after glow at 20) = April 26.—Thick haze in valleys below all morning. At 4 there were streaks of fog among the hills to N., and patches of cum. fog among those to S. At 8 fog had begun to pass over Ben Nevis also, April 27.—The snow which fell last night and to-day was dense and heavy, and scarcely drifted at all. Ice formed on all exposed surfaces out of the mist in the early morning. The louvres of the thermometer box were badly choked till after 6" when they were cleared. April 28.—Icy hail, mixed with sleet, fell several times in forenoon. All exposed surfaces heavily coated with hard ice, including the thermometer box. April 29.—Conical snow-flakes or rather soft hail fall- ing at 10%. Thermometer box shifted at 12 30™. Fog erystals at night hard and rather icy. April 30.—At 8" a glory was seen from cliff edge—too fleeting to measure. Fog crystals at night were dry and brown in colour. May 1.—The fog crystals forming this morning were again brown in colour. The snow which fell at night was small and hard. Owing to the growth of fog crystais on the tower chimney, anemometers, etc., the indications of the erystal direction anemometer were very unsatisfactory. May 2.—At 14" 30™ an earth current up the telegraph cable moved the indicator of the telegraph instrument, and immediately afterwards a flash of lightning was seen. A heavy shower of hard hail had come on a few minutes before and was then falling. The louvres of the thermometer box were badly choked with fog crystals and drift all afternoon and night. May 3.—The louvres of the thermometer box were badly choked till 17". At 17 35™ thermometer box shifted. Put one stage higher on ladder stand ; it is now in the first stage of the upper part of the stand. May 4.—Fog very white and dazzling in afternoon. The snow which fell to-day was large and coarse-grained and did not drift much. A little hail fell about noon. May 5.—The snow falling at 25 and thereafter con- sisted of flakes, and was not the coarsely granular form of last night. May 9.—Thermometer box shifted at 2h 15™, Put one stage lower on ladder stand. A good deal of haze in the valleys to-day but no fog. Hills round almost clear of snow. May 10.—At 4 faint upper glow seen. Sun rose at 45 9™ above fog lying on the hill tops to N. and E. The earth shadow was also seen at 4". At 6" faint mock suns seen, with trace of halo on each side of sun. Radius of red of mock sun=21° 48’. The halo was still visible though very faint at 75. No fog in valleys all day, but considerable haze with cumulus rising from it. At 212 there was cum.-fog to N.E. quite close to Ben Nevis. The sky was covered with cum. orcum.-s. all afternoon over the mainland, but the sun was shining on the Atlantic. At 23% pearly cirrus clouds to N. very low down. May 11.—The earth shadow was seen at 4"; the sun rising about 4" 3™. At 6% a very faint halo was seen. Slight haze and a little detached cumulus at horizon all -day. No unusual colours in sky all day.. Horizon bright BEN NEVIS OBSERVATORY.—LOG-BOOK. 69 but not coloured to N. at midnight. At 11) a butterfly flew across the hill top from §S. to N. May 12.—At 1" the wet bulb was found to be dry, and its value for that hour was interpolated. A thermometer was put out at 24 lying freely exposed on the snow ; at 3% it read 25°6, the shade temperature being 37°8. At 4" the earth shadow was seen. At same hour str. fog was lying on the hill tops to N. and W. This fog gradually gathered on all the hills round, and by 13" had risen high enough to cover Ben Nevis also. Glories, accompanied at times by fog-bows, were seen at 94, 125, 175 and 18", Several photographs were taken of them. Solar halo seen at 10}, red inside, blue outside ; it was also seen at 115, At 17% 20™ a measurement of a glory with two sets of colours gave 5 Radius of inner red (outside edge) . 1° 3’ Radius of outer red (outside edge) . 3° 8’ Third and fourth sets of colours were seen occasionally. At 19" the Robinson anemometer was tied up. At 20 the black bulb was taken in. Hard icy fog crystals formed on all exposed surfaces at night. May 13.—Thermometer box shifted at 155 15™. May 14.—At 11" the fog was breaking at times overhead, shining cum. and cir.-s. above. A halo was seen on this cir.-s. at 112 8", At about 11" 13™ the halo was again seen, and a cir.-c. cloud filled the space between the sun and the halo on the west side. This cloud was coloured in the following order :— These were portions of circles, but there were also red and blue spots on the cloud not coinciding with any ring. The successive rings of colours filled almost the whole space inside the halo on the west side. If there had been a 5. red ring it would have abont coincided with the red of the halo. At 14" the top was clear and there was no fog in valleys. The snow falling at 18 consisted of small, round, soft pellets ; later in the evening it became more flakey, but was still soft and did not drift. May 15.—The fog crystals forming to-day were white and dry. Considerable surface drift all day. May 16.—In early morning the fog crystals were long and white, but towards the middle of the day became slightly brown in colour, Very faint solar halo seen at 10%. Thick haze all round when hill top was clear in morning. May 18.—All afternoon the raingauges were use- less, as the strong wind blew up icy drift off the surface loosened by the thaw. At 19" the sunshine recorder, which was standing on a box on office roof, was blown over but uot damaged. Snow thawed away rapidly in after- noon, and at night the roof of kitchen and visitors’ room coming in sight. May 19.—A flash of lightning was seen at 15 8™, Sky ugly when seen all morning, with cum.-str. and cir.-str. also cum. fog ou hills. Thunder and lightning began at about 14 35™, and went on at intervals till about 18" 40™, The thunder clouds came rapidly from the S.H. at about the level of the hill top. It was found as each one came that there was a current for a short time down the tele- graph wire, and as they cleared off a similar current up the wire, but the latter was more distinctly marked than the former. At about 16 30™, as one of the clouds was mooring off the hill top, a sharp crack was heard in the (*) White yellow red Blue green red Blue green red Blue red Halo red blue 70 office stove, and a bright flash appeared to spring about a yard out from it; a similar crack was heard at the same instant in the kitchen stove, and a flash from it struck the left leg of James Miller at about a foot distance from the stove. It felt like a strong shock from a leyden-jar, but except for the pain at the moment did not injure him. Another crack and flash was observed at the office stove at 18! 20™ when another cloud was leaving the hill top. During the whole time of the thunderstorms, the wind blew from the S.E. at about 60 miles an honr, and the temperature was between 43° and 46°. The hill top was sometimes covered with very thick mist and sometimes quite clear though the sky was cloudy. Heavy showers of rain fell. The telegraph wire was rendered useless for a few hours by the lightning protector being scorched—the two surfaces of the protector were slightly fused at one place. The surfaces were cleaned and a fresh paper put in at 195 30™, after which the instrument worked well. The general surface of the snow was lowered about a foot to- day by the strong wind and high temperature. May 20.—At 10" some glories were seen from the cliff edge, and photographs were taken of them. At 12" there were heavy masses of cum. just above the hills all round, but the valleys underneath were very clear—no haze or fog. At 185 10™ the upper joint was taken off the ladder stand, and the thermometer box put one stage down. At 21" the sky was cloudless, but fog on the hills to S. The N. horizon was red all night with sunset colours. May 21.—At 2 very thin clouds overhead and patch of thin fog rising to W. At 35 25™ a faint upper glow was seen. Haze in the valleys most of the day; at 4” (after sunrise) the shadow of Ben Nevis was seen very distinctly on this haze. No fog in the valleys. At 21 a faint upper glow was seen. To-day the sun-level door was dug open. May 22.—Heavy dew on everything till 5%, Thick haze in valleys all day. Shadow of Ben Nevis seen on it at 45 over Loch Linnhe. Cumulus gathered all over the sky in the afternoon, with cir.-c. above it occasionally, and still higher cirrus moving rather quickly from the N. It was noticed to-day that 20" is the first hour at this season in which the thermometer box is shaded from the direct rays of the sun. To-day two visitors with a horse climbed the hill. This is the first horse that has been up this year ; it was able to walk over the snow right up to the Observatory. May 23.—At 3" and 4" fog lay low down over Loch Oich. It had entirely cleared off by 7". Portions of solar halos were seen at 10% and 12", Horizon hazy to-day, but not so densely as yesterday. At 235 a heavy fall of snow was heard on the cliff to N. somewhere between the Observatory and the Cairn Dearg (B.N.). N. horizon red with sunset colours all night. May 24.—Just after sunrise the shadow of Ben Nevis was seen above the Mull hills, it gradually sank and con- tinued visible on Loch Linnhe till after 4", Fog on Loch Oich in early morning. At 4 it reached to about 1000 feet height, and exteuded as far as could be seen to N.E, and down to the head of Loch Lochy. Fog also lay in the Laggan Valley. No fog in valleys during the day, and less haze than yesterday. The earth shadow and a faint after glow was seen at 21", NN. horizon red with sunset colours all night. BEN NEVIS OBSERVATORY.—LOG-BOOK. [1888.. May 25.—Thick fog lay in the Caledonian Canal valley as far S. as Banavie at 5%, and also in the valleys to N.E., and on the Moor of Rannoch. Horizon rather hazy elsewhere in early morning. The earth shadow was seen above Mull after sunrise; also the shadow of Ben Nevis. Great visibility to N.in forenoon. A solar halo was seen at 115 and 12. At 11" it was formed on streaks of cirrus lying N.E. to S.W., and moving from the N.W. At 14" two eagles were seen flying up from the E. end of Ben Nevis. The earth shadow was seen again. clearly at sunset. May 26.—Fog gathered on the hills to N.E. in early morning, and after sunrise spread over all the hills round, except to S.W., at about 4000 feet height. Shortly after noon it rose clear off the hills forming cum. clouds. The shadow of Ben Nevis was seen after sunrise in the same manner as yesterday. Glories were seen from the cliff edge in morning. Some photographs were taken. After the cum. clouds formed there was no fog in the valleys nor on hills. At 6" the wet bulb had got too dry, and its reading on the daily sheet is interpolated. May 27.—Though the hill top was clear for a few hours in morning, there was heavy cum, fog all round. Slight surface drift on the snow at night. At 05 10™ the thermometer box was shifted one stage down on ladder stand. May 28.—No fog in valleys all day. Air very clear,. especially to 8. and W., during the middle of the day and in the afternoon. Islay, Colonsay and Barra seen distinctly. May 29,—At 2 only very thin fog was blowing across. the hill top, but there were detached patches of fog on the hills to E. and a very heavy and sharply-defined cloud bank to S.W. White, loose, dry fog crystals forming all afternoon. May 31.—At 12 15™ James Miller thought he saw St Elmo’s Fire on the kitchen chimney for a moment, Though the snow which fell to-day was granular and dense, it drifted a little, and the low-level door got blocked in the afternoon. The tower door was used all evening. June 1.—Thermometer box shifted at 9" 10™. Put one step higher on ladder stand. After the fog cleared off in the afternoon the air was very clear all round, and no fog in the valleys. At about 20" 45™ a solar halo was seen—only a small portion of the circle, Red inside, blue outside. Radius to middle of red . 22° 42’, Radius to middle of blue . 23° 30’. The cum. clouds seen in the evening were small and high up, almost like cir.-c. June 2,—At sunrise the air was very clear to W., the Outer Hebrides were seen. Also the shadow of Ben Nevis above Mull very sharp and distinct, after the sun was up. Fog lay on the hills to S.E. at 4% At 52 upper part of halo seen, very bright. Considerable drift all evening, making the raingauge measurements very doubtful. The low-level door was dug out this morning, but got blocked up again in the afternoon. The kitchen windows were also blocked with drift at night. June 3.—Up to 4" the fog crystals were long, white, and rather hard, but easily knocked off from their hold ; but at 5" rain began, and, the temperature being 27°, everything was covered with hard ice. The fog crystals. 1888. ]. grew to a great length—those on the hand rail of the tower steps were 22 inches long at 20%. The rain formed a hard icy crust on the surface of the fresh snow, which at night was again covered with fresh snow. June 4.—At 5" it was seen that the snow lay on all the hills round down to about 1000 feet. No fog in the valleys, but at night fog on the hillsto N.E. At midnight N. horizon red and pearly cirrus to N.E. June 5,.—At 3" the upper glow and earth shadow were seen, Fog on hills to N.E. till 65 Air very clear, especially to S.W., after sunrise. A faint solar halo was seen at 8" and again at 17. The cir.-s. which covered the sky in the afternoon came up gradually from the 8. W., and had a moderately rapid motion from the W. and W.S.W. when overhead. No fog in valleys all day. Air very clear againin the evening. South Uist and Islay seen. June 6.—At 1 pearly cirrus clouds to N.. At 35 bright sunrise colours and faint upper glow seen; the shadow of Ben Nevis very clear at 3" 35™. At 35 and on till 85 detached fog on hills to S.E., but no fog in valleys. All morning the air was very clear especially to N. At 8 it was noted that Ben Wyvis, The Black Isle, Beauly Firth, and N.W. coasts were seen, Haze gathered to S. and W. in the middle of the day. Owing to the drift in afternoon the door of the visitors’ room, the only low-level door open, had to be closed. June «.—The fog crystals forming this morning were white and rather hard. At 95 a glory and fog-bow were seen. Loose cum. fog on hills round and blowing across Ben Nevis all afternoon. This afternoon the door of visitors’ room and the low-level door were dug open again. June 11.—Thermometer box shifted at 1» 15™, Height above snow not altered. At 2" the wet bulb had obviously not cooled down to its true temperature, it read 32°°1, but as fog was blowing over the hill top at the time it was assumed to be the same as the dry bulb, viz., 29°-0. The shadow of Ben Nevis was well seen before 4 after the sun was up. Fog in streaks among the hills round at 3" and 4. A solar halo was seen at 9}, Haze but no fog in the valleys in forenoon. After the midnight observation the thermometer box was put one stage lower on ladder stand. June 13.—At 175, 18" and 19" passing showers with portions of rainbows seen to E, No fog in valleys all day. Sky faintly red with sunset colours at midnight. June 14,—The upper glow was seen faintly at 32 10™ also the earth shadow. The sun was seen at 3 16™. At 3" and 4" detached cum. fog among hills to S. and W. At 4 low str. fog on Moor of Rannoch and on Loch Oich. Air very clear during the day, especially to S., and massive cumulus clouds in the middle of the day all over sky. Haze and stratus gathered round the horizon at night. N. horizon red at midnight, June 15.—The haze gradually thickened, and at 8» mist had come on from the 8.W. After the mist cleared off there was no fog in valleys, but slight haze at the horizon. Pearly cirrus seen to N. at night. At 23" it reached to almost overhead, not more than 10° from zenith, and even at midnight was about 45° above horizon, June 16.—Dense masses of fog gathered on the hills to N. in early morning, and by sunrise covered all the BEN NEVIS OBSERVATORY.—LOG-BOOK. va hills to N. and E. The sun was not seen till 3? 32™. The earth shadow was seen before, and the Ben Nevis shadow shortly after sunrise as usual, ‘The fog on the hills gradually rose and formed cumulus clouds in the forenoon; these continued overhead till 22", and then almost entirely disappeared. The shadow of Ben Nevis was seen at 95 shortly before sunset. N. horizon dusky red at midnight, but no pearly cirrus all night. June 17,—The sun was first seen at 34 14™, Earth shadow seen before sunrise, and Ben Nevis shadow at and after sunrise as usual. No fog in valleys all day, except 25 to 62 when it lay in Caledonian Canal Valley as far S. as Loch Oich. MHorizon rather hazy most of the day. A little cirrus formed in afternoon, and some pearly cirrus was seen at night. At 23" some of it was no; more than 5° from zenith. Pearly cirrus seen at midnight to about 30° altitude, with dark stratus nearer horizon. Horizon faintly red. June 18.—At 3 earth shadow and after sunrise shadow of Ben Nevis seen as usual. Streaks of str. fog at about 3000 feet on hills to N. in early morning. By 6 it had spread over almost all the hills, but after noon broke up and formed cumulus clouds, leaving very clear views all round under them. It got rather hazy again in the evening after the cumulus had vanished, and cirrus clouds moving from the N. appeared. Shadow of Ben Nevis seen at 21" just before sunrise. June 19,—Thermometer box shifted at 0 15". Put one stage down on ladder stand. Thin layer of fog at about 3000 feet among hills to N. and N.E. all morning. At 35 faint upper glow seen, and after sunrise shadow of Ben Nevis very distinctly—seen just at about three times the height of Mull above horizon, Thin cirrus in sky all afternoon moving from the E. Solar halo seen at 15" and again at 19". Shadow of Ben Nevis seen again at 215 before sunset. No fog in valleys all day, but fog as in morning among the hills to N, at night. June 20.—Fog on hills to N. at 3000 to 4000 feet till about 6". Faint pearly cirrus seen at 1». The upper glow was seen at 24 50™ and more faintly at 35, The earth shadow was seen before and the Ben Nevis shadow after sunrise as usual—the latter seen first at about three times the height of the Mull hills. Slight haze at the horizon, but no fog in valleys during the day. Fog gathered on the N. hills again at night. The upper glow was seen at 22), June 21.—Fog on hills to N. at about 3000 feet till 114, after which it cleared off, but formed again about 21}, No other fog in valleys during the day. At 2 there were passing showers seen to E. and at 3 and 4» cum. fog coming up from the E. and almost covering Ben Nevis, at same time, heavy cumulus clouds passing close overhead, Sun was first seen at 32 17™. Horizon rather hazy all day. N. horizon red and yellow all night. At 22" the upper glow was seen. June 22.—Began to use the summer Stevenson screen to-day. Faint pearly cirrus seen to N. and N.E. at 1. Fog on hills to N. at about 3000 feet till noon. None seen during the day, but gathering again in the Caledonian Canal Valley beyond Loch Lochy after 22%. Horizon hazy all day. At about 25 50™ the upper glow was seen, It was seen again very brightly at 22". The sun was last seen at 21" 27™, Faint pearly cir. at midnight, 72 It was observed that the large thermometer box, which is now in use, was in shade for the first time at 20", but that it got sunshine again at and for a few minutes before 21%. June 23.—Fog gathered among the N. hills in early morning at 2000 or 3000 feet. It also lay on the Moor of Rannoch about sunrise. The upper glow and earth shadow were seen at 3", and the shadow of Ben Nevis after sunrise ; this last was tirst seen at about three times the height of Mull hills. The sun was first seen at 3% 11™, having been thus just 5° 44™ out of sight. Horizon hazy all day, but the fog was all gone by 8. Cirrus clouds about the N. horizon all day, forming at midnight both pearly and dark cirrus, At 22" the after glow was seen. N. horizon red all night. June 24,—At 2 fog gathered in Caledonian Canal Valley, N. of Loch Oich and on Moor of Rannoch. The latter vanished shortly after sunrise, but the former did not disappear altogether till about 9", At 24 45™ upper glow seen. Sun was first seen at 32 15™, The earth shadow was seen before, and the shadow of Ben Nevis after sunrise as usual. Horizon hazy all day, except to N. where it was very clear in the forenoon ; Ben Wyvis seen at 10", The sun was last seen at 215 26™. After glow observed at 22". N. horizon red all night, and a little pearly cirrus. June 25.—Fog formed in the Caledonian Canal Valley as far S, as Loch Oich in early morning, but it cleared off about 8". Bright upper glow at 3". Sun rose at 3 16™. Shadow of Ben Nevis after sunrise rather faint. The sun was last seen at 21" 264™,. At 21 the shadow of Ben Nevis was observed to S.E., and at 22" the after glow. N. horizon red all night, with a little pearly cirrus above it. June 26.—Low fog, not over 1000, feet height, in Caledonian Canal Valley, as far S. as Loch Oich in early morning ; it cleared off about 7", The sun was first seen at 34 18™. Faint solar halo seen at 11% N. horizon red at night, with pearly cirrus above it- Both yesterday and to-day it has been very hazy all round. June 27.—Very bright pearly cirrus to N. at 1". Upper glow seen at 24 50™. Earth shadow at 35. Sun first seen at 34 183”, Shadow of Ben Nevis seen very distinctly after sunrise. At 3 there was low-lying fog on Loch Ness, but it cleared off before 5% Cumulus clouds gradually formed in forenoon, and for most of the day after 7" fog was on or near the hill top, but the fog was almost quite dry. At 20" a few misty, badly-defined glories were seen on large masses of cum. fog to E. June 30.—Fog on or passing over hill top till 68. At 75 fog on hills everywhere except to S. at about 4000 feet. This fog continued to hang about the hills to N.E. all day, forming at night a thick bank of cum. fog just beyond the Aonach More and Beg. After glow observed at 21" 35", N. horizon red all night, and pearly cirrus very bright to N. and N.E. Hazy to 8.W. and W. all day. July 1.—Upper-glow seen before sunrise, brightest at about 35 5™, Sun first seen at 3" 27", Pearly cirrus at 24, Thin layer of fog capping the hill tops to N. and E. till about 8", and haze at horizon all day. The cirrus clouds seen in the afternoon came on from the W., but their own motion was from N.W. or N. The cumulus which covered the sky at 22" had come up rapidly from the S. since 21", During all the late fine weather the BEN NEVIS OBSERVATORY.—LOG-BOOK. [1888. thermometer box in use was iu shade at 204, and in sun again at 21" as noted on p. 71 (June 22), July 2.—Sun first seen at 3% 22™, Dark crimson sunrise colours. Sky too cloudy to see upper glow. Earth shadow and Ben Nevis shadow. Horizon hazy all morn- ing. Cum. fog among hills to E. and S.E. from after sunrise till noon, when it covered Ben Nevis also. In the course of the afternoon the fog turned to mist, and rain came on. July 6.—Top cleared at 15, but fog lay over the hills. round, especially to N., tillabout noon. The sun was first seen rising above this fog at 3" 40™. The upper glow was seen at 34 5™, and the earth shadow before and the Ben Nevis shadow after sunrise as usual. Air very clear, especially to the S. and W. in afternoon. South Uist and Islay seen. Passing showers to E. at 17". In the even- ing showers of snow fell, and before midnight the roof was quite white. July 7.—Mist cleared off a little before 3". Detached for on hills or rising out of valleys all round till 105, The sun was first seen at 34 31%. No upper glow or shadows seen as the sky was overcast. Passing showers to E. a great part of the day ; a portion of a rainbow was seen on one at 19". Rolling cum. fog in N. valley at night, and fog among hills to N. and N.W. N. horizon red all night. Pearly cirrus seen to N. and N.EH. at midnight ; that to N. silvery white and to N.E. slightly yellow. July 10.—¥rom 10" onwards the hill top was quite white with fresh fallen snow. When clear of fog in afternoon, visibility to W. and S., and no fog in valleys. July 11.—Top cleared at night, but fog continued to: drift across the hill top till almost midnight. At mid- night N. horizon was faintly red, but no pearly cirrus was seen. July 12.—Cum. fog on hills to N. and W. in early morning. Sun first seen at 32 45™. Earth shadow seen before and Ben shadow after sunrise as usual. No low fog in valleys during the day, but considerable haze and fog in valleys between 195 and 20%, Glories with three sets of colours were seen on fog passing the E. end of the hill. At midnight the clouds sank low down, fog surrounded the hill, and drizzling rain came on. July 14.—At 2 fog lying in N. valley to about 4000: feet, and detached fog among hills. Misty solar corona seen at 4%, Fog low down in valleys, not reaching 500 feet, at 6" and 74. Fog hanging about the hills round all day, except for a few hours in afternoon when it was very clear to N. No fog in valleys at night. July 18.—Detached fog in valleys and among hills in early morning. This fog hung about the hills to N.E. till 11", but in the afternoon there was no fog in the valleys, and the air was very clear, though with occasional showers passing to S. The rain that fell on Ben Nevis consisted of short heavy showers, like thunder showers, but no thunder was heard nor lightning seen. A portion of a solar halo was seen at 17%. July 19.—Low fog clinging to the watercourses in Caledonian Canal Valley and its tributaries in early morning. This cleared off about 8", and after that hour there was no fog in valleys, but thick haze gathered all round in the afternoon. The sun was first seen at 3" 46™ 1888.] | rising from behind the hills to N.E. without cloud or fog. No upper glow, the sky being cloudy, but earth shadow before and Beu Nevis shadow after sunrise as usual. July 20.—Very thick haze all round all day, until fog came on at night. Faint upper glow seen at 3225™. Sun first seen at 32 49™, rising above hills and shining through dark haze. July 21.—Thunder was heard at 8" 45™ and at 9» 15™, but no lightning was seen. When clear of mist in the afternoon the other hills round were mostly covered with cum. fog rising up to and meeting the cumulus clouds above. July 24.—Top clear for a few hours in forenoon, but fog all round. At 10" a solar halo was seen. July 25.—Top clear in afternoon and at night, but cum. fog on hills round till about 20", after which it cleared to W. Fog began to form in the valleys to N. after sun- set. N. horizon faintly red at midnight. July 26.—Fog lay all round except to §. to about 3000 feet in early morning. Sun was just seen over this at 42 5™, No upper glow, earth shadow, or Ben Nevis shadow, owing to the sky being covered with cumulus. About 9% the fog rose higher, covering Ben Nevis, and continued to hang about the hill top all day. A heavy shower of rain and hail came on at 175 50™, evidently thunder rain; showers and drizzle fell from then on to midnight. July 27,—Thin fog, with the moon occasionally seen through it till 45, after which it sank and lay covering almost all the hills round to about 3000 feet till 85, after which it rose again and covered Ben Nevis also. The sky from 55 to 85 was cloudless overhead; though the fog lifted sometimes again, the sky was always cloudy. July 29.—In the early morning the ground was all white with freshly fallen snow. In early morning, hard, icy, white fog crystals formed on all exposed surfaces. July 30.—Top clear in early morning, but detached masses of fog on all the hills round. In afternoon, view clearer, but passing showers seen. About 18" one passed over Ben Nevis, where it fell as snow (temperature 33:9), but immediately afterwards a rainbow was seen on it, with all the usual colours quite bright. July 31,—Thin fog in early morning, with moon shin- ing through it. The top cleared about 104, and remained so, though with a cloudy sky above, till about 184, after which thin fog came on. Great visibility all afternoon—the Beauly Firth, with the Black Isle beyond, South Uist, Barra, and the N.E. coast of Ireland were all visible at the same time. The Irish coast showed as a faint line of land between Islay and Cantire. Aug. 1.—Thin fog in early morning, but clear, or nearly so, from 10" onwards. Heavy masses of cum. fog hung about the hills round during the day, and many passing showers were observed ; two of these fell on Ben Nevis as slight snow showers. Aug. 2.—Sun just seen at 4" 15™, "Earth shadow seen before and Ben Nevis shadow after sunrise as usual. At 45, fog on hills to E. and low down on Moor of Rannoch, A broad and ill-defined solar halo was seen at 84, formed on cirrus clouds, Aug. 4.—Top cleared about noon. and air clear all round but sky overcast. ground was sprinkled with snow. ROY. SOC. TRANS. EDIN.—VOL. XLII. No fog in valleys, At 19® the BEN NEVIS OBSERVATORY.—LOG-BOOK. 73 Aug. 5.—Top cleared about 10", No fog in valleys, but air not so clear as yesterday, there being a little haze, especially to S. The sky remained covered with cumulus which about 19 sank down and enveloped the hill top. Aug. 6.—Top clear from 8 to 145, but sky overcast with cir.-s., and fog on all hills round. Aug. 10.—Top cleared in early morning, but detached masses of fog lay over most of the hills round. A solar halo was seen at 85 and 95. Horizon hazy all day, and fog again at night. Aug. 13.—Ground sprinkled with freshly fallen snow at and after 20". Aug. 14.—Top clear and sky overhead cloudless at 235 and midnight, but fog on all the hills round, and clouds, mostly roll.-c, at horizon. Aug. 15.—Fog on the hills round and blowing across Ben Nevis also till about JO". Air very clear in afternoon, especially to N. and W. The Outer Hebrides seen. Sky cloudless at night and no fog in valleys. Aug. 16.—Aurora, single arch, no streamers seen, at 1*, 25 and 34. From 3® to 9" level-topped fog on hills to N. and K., at about 3500 feet. The sun was first seen rising above this fog at 45 46™. The upper glow was seen about half-an-hour before sunrise, and the earth shadow before and Ben Nevis shadow after sunrise as usual. Hoar frost on roof all morning till 6". Air not so clear as yesterday. Cumulus fog rising above hills, and forming cumulus clouds in afternoon, but sky quite cloudless at night. The sun was last seen at 20 6™,. The earth shadow and upper glow were seen after sunset. Aurora, similar to that seen in morning, but slightly higher above the horizon, seen at midnight. Aug. 17.—Aurora, single arch, no streamers, seen at 1» and 25, At 35, fog beginning to form on hills to N. Continuous str. fog on hill tops all round from 4% to 72, and detached fog till 10". Sun first seen at 4% 49™. Upper glow and earth shadow before sunrise as usual. Shadow of Ben Nevis seen on the fog to S.W. At 5® no trace of glory round it. Loose cum. fog floating about in afternoon. Slight haze at horizon most of the day, but occasionally quite clear to W. South Uist seen faintly. No fog in valleys at night. Aug. 18.—From 4" to 84, thick-looking fog lay over almost all the hills round at about 4000 feet. At 4> 25™ not a single peak was visible above this fog to S. Heavy dew on everything in early morning. The upper glow and earth shadow were seen before sunrise and after sunset. After 8" the fog on the hills got broken up into detached portions, and formed towards the middle of the day cumulus clouds, but thick haze hid everything except the nearest hills all day, and turned into thin fog at night. Dew was again observed on the thermometer box at 224. Aug. 19.—Faint halo seen at 7, thepart to N. of sun most distinct. Mock sun seen also to N. of sun at same height above horizon. Distance from sun (rough measurement), 119° 8’. (Evidently the 120° mock sun on horizontal circle.) Thick haze all day, passing into fog and mist at night. “Aug. 23.—From 16" till midnight a strong gale from S.S.E. and S.E. blew, the anemometer recording velocities. of 70 miles between 185 and 19, 73 miles between 195 and 204, and 74 miles between 20" and 21", During the storm. the wind was very squally. K 74 Aug. 25.—A lunar corona was observed at 2", Except for some thin mist or fog passing occasionally, the summit was clear of cloud from 7" till after 18". A rainbow was seen at 18}, Aug. 30.—An aurora was seen at 23}, Aug. 31.—A lunar corona was seen at 24, Sept. 2,—The summit was enveloped in mist till 184, and.clear thereafter till midnight, but the sky remained overcast with cum. and cum.-s,, and fog covered the lower hills around. Sept. 3.—At 5" and 65 the summit was clear of mist, but enveloped for the rest of the day. After 6" observa- tion, a glory and fog-bow were seen. The following are the measurements obtained by stephanome : Glory—Radius of outer red . 4° 56’ Radius of inner red . 2° 42’ Order of colours:—Centre, bright yellowish space, spectrum blue to red, and spectrum blue to red again. Fog-bow —Radius = 35° 4’, Sept. 4.—Top cleared after 20%, and some cirrus types were observed on sky, and mist was seen covering sur- rounding hills. Sept. 8.—The summit cleared at 4%, and remained clear for the rest of the day, but fog lay on the other hills around and occasionally rose to almost the level of summit, and on this fog, during the forenoon, glories were observed. The following measurements of these glories were got :— | . : ees Order of Colour from Hour. Radius of Red Rings. Si dow ontennds: Outer Middle Inner gh 20m 6m2ne oes 4° 52! 114 40m Selsey Onl Sueon 40) 11h 25m 8°13’ 6°18’ 3° 46’ | Bright, y, b, g, y, r, v, Immediately ee ° , ° / after above een 4°56 Sein [foe ta! Bright, y b, g h § y T, ig ’ 140m | 5° ga’ {2 48’ pa hee The last observation was made from the East Point, the others from the North Cliff. At 6" 41™ a double solar corona was observed, and measured: radius of outer red, 2° 51’, and of inner, 1° 40’. A coating of dew was observed on the black bulbs at 205%, and 122, till 184 when it cleared again; and till midnight the sky was cloudless or almost so, and (from 19") the air was very dry. The thermometer box was shifted at 195 20™, Nov. 27.—The top was clear till 4% At 02 7™ a dark cir,-str. cloud was observed low to 8.W., which gradually spread, causing an overcast sky at 1, 2 and 3}, but breaking up before the fog came on. At 4% a lunar halo was seen. At 14 the fog crystals of to-day’s formation were 3 to 4 inches long. Nov, 28.—The top cleared at 1", and remained clear till 175, but was covered after this, A lunar halo was seen 1888. | at 74, and a solar halo at 102. at 8 and again at 162, Nov. 29.—There was too much drift about at 23" and midnight for the satisfactory working of the raingauge, so no gauge was out at these hours. It was doubtful whether snow was falling then or not. Fog crystals were forming all day. Nov, 30.—The top was clear and the sky cloudless from 18" till 22" (inclusive), At 20" 15™ the thermometer box was shifted. Dec, 2.—Mist on top till 21"—cloudless afterwards, but sky had rather a misty appearance, and the S.W™. horizon looked very dark. The thermometer box was shifted at 222-15”, Dec, 4.—The top was clear at times in afternoon. At 12" a double fog-bow was observed. At 13" and 145 the fog-bow was triple—each bow being coloured. The arrangement of the colours was as per margin. The measurements were obtained by stephanome, The 46° 6’ bow was the brightest, the measurement of the 34° 12’ one is doubtful. A glory was also seen of only one red ring. The mist on which the fog-bow was formed was somewhat thin and distinctly wet, At 15" everything was dripping. ‘The earth shadow was seen at 162, Dec, 8.—St Elmo’s Fire was seen at 235. Snow was falling at the time—loose and dry, with small round par- ticles among it. Dec. 10.—Bright meteor seen at 64 4"—path, from be- tween Castor and Pollux to between Capella and B, Auriga. Thermometer box was shifted at 62 30™. Mist on summit till 54, but clear for rest of day. Some cirrus on sky in afternoon lying N.W.-S.E., and moving from N®s (2), Detached fog in some of the valleys all day, and thick haze at night. Another meteor was seen at 242 5™, It fell almost perpendicularly in N.E™., sky from about 60° alt. to 20° alt. A lunar corona was seen at 172, Dec. 11.—Summit remained clear till 11 a.m., but was enveloped after that. Thick haze in valleys around, and fog on the E™. hills all forenoon. During the forenoon hours a peculiar type of cloud was observed in sky. It consisted of a thin fibry sheet of cloud raised in places into waves and hummocks. At times the top of the cloud was visible, at times the under surface, and at times the edges. At 12", when the air temperature was 23°-7, rain drops were falling. Dec. 12.—Summit clear from 10" till 20". Thick haze in valleys, aud detached cum. f. in the haze. There was no haze above the cum. f. There were two strata of upper clouds to-day: the higher, the usual filmy cir.-str. type, and the other cir.-str. also apparently, but detached and hard, with well-defined edges, and showed dark against the sky or the upper cir.-str. Near the horizon this lower cir,-str. looked like cum.-s., with thin detached sheets of stratus here and there. Fleeting glories were seen at 102, 12 and 133, Dec. 13.—The fog was very thick at times to-day, and the snow crystals deposited were brown. Dec. 14.—A lunar corona was seen at 22", The top cleared at 23%. At 234 15™ the thermometer box was shifted. Fog on again at midnight. ROY. SOC. TRANS. EDIN.—VOL. XLII. The earth shadow was seen White glare at times Red og White 4% & Dark space, 38° 22’ White } 34° 12° 82° 32’ Glory, 1° 3’ 45” Sun BEN NEVIS OBSERVATORY.—LOG-BOOK. (is Dec. 15.—At 6" the sky above was cloudless, but there was stratus at the horizon, and through an opening in this stratus to N.W*s,, the sky was bright—the brightness being apparently due tothe aurora. All afternoon a continual drizzle was falling from mist, and forming a -erust-of elear ice on all surfaces, Dec. 16.-—Triple lunar coronas were seen at 1* and 2}, and fog-bows at 2 and 34. The mist was very wet all day, and formed a thick coat of clear ice on all exposed surfaces. Dec. 17.—A solar corona was seen at 9}, Dec. 18.—Top clear from 7» till 215, At 75 a lunar corona was seen. It was very vivid. Immediately round the moon was a bright yellow ring of about twice the moon’s diameter. Outside this was the usual yellowish white glare with red to outside, then a vivid spectrum- coloured ring. The yellowish white glare was at times momentarily broken up into one set of spectrum-coloured rings, though this seemed to be of less diameter than the glare itself. Thin cir.-str. was in front of the moon, which had a yellowish ring round it when no fog was passing, but it seemed brighter and more sharply defined when the corona was visible. The earth shadow was. seen at 82 45™, The thermometer box was shifted after 9, There was thick haze in the valleys all day, and fog on the lower hills to 4000 feet—-continuous till noon,. but detached thereafter. The radiating points of the cirrus in afternoon were 8.W. and N.E. Thick fog on summit after 21", Dec. 20.—The top was clear at times about midday, but stratus fog lay on the lower hills, and the sky was overcast, The radiating points of the cir.-str. clouds were 8.5. W. and E.N.E. Dec. 21.—Top clear at times in forenoon. At 2" a lunar corona was seen. At 16" it was noted that the fog crystals that had been forming till then were brown. Dec. 24.—The top was clear at times in afternoon. At 16" 5™ the thermometer box was shifted. Dec. 25.—Owing to heavy drift there was no rain- gauge out between 134 and 19%, The amounts for these hours on the monthly sheet are interpolations. Dec. 26.—St Elmo’s Fire was seen on kitchen chimney at 65, Small spherical snow falling at the time. Dec. 27.—Snow-hail falling in early morning, drifting heavily from 11* till 155, but apparently there was no snow falling. Though not drifting so heavily after 15 the measurements of amount of snow are yet very unsatisfactory. At 235 a bright display of St Elmo’s Fire was observed. Snow-hail was falling at the time heavily. Dec. 28.—At 20" the summit was clear and the sky cloudless, but only for a short time. At 20" 20™ the thermometer box was shifted. Dec. 29.—Fog till 8, summit clear for the rest of the day, but, except at 14}, the air was saturated. At 21>, 235, and midnight the aurora was seen as a single badly- defined arch bow to N*, Dec. 30.—The sky was almost cloudless till 11, but overcast with cir.-str. till 16". Fog came on at 17". The earth shadow and the shadow of the Ben were seen at 9. There was stratus fog lying on some of the hills and over the lochs most of the day. The country all round was white to sea level to-day—the whiteness of the lowest. 100 to 200 feet being due to hoar frost. L 78 BEN NEVIS OBSERVATORY.—INSTRUMENTS, ETC. [1888 INSTRUMENTS, ETC, 1888 Barometers.—No. 1385 was used throughout ; No. 1252 was not used. Both have been during the year, and still are, in good condition ; each has, however, a very slight coating of dust or oxide on the surface of the cistern mercury. Dry and Wet Bulb Thermometers.—Nos. 192660, 192672, 192671, and 192677 have been used. The other pair, Nos. 50850 and 50852, has not been used. All these have been and are in good working order. Self-registering Thermometers.——Max. No. 117293 and mins. Nos. 116918, 138545, and 138533, have been in use at different times during the year. Raingauges.—Mr Omond’s patterns of 5-inch gauge have been used as on previous years. Self-recording Instruments.—The barograph has been in use all the year, and its records have been as satis- factory as on previous years. The direction anemometer has been in good order all the year, and, except in un- favourable weather, good records have been got from it. The Robinson anemometer worked very satisfactorily when the temperature was above 32°, till the 16th Nov., when two of its cups were blown off, and its supports, -etc., otherwise seriously injured. The Campbell-Stokes Sunshine Recorder has been used throughout the year. On April 13th a set of photographic apparatus (camera, lens, plates, and chemicals) was added to the instruments at the Observatory. Since that date it has been used in photographing clouds, halos, glories, fog crystal forma- tions, etc. Till June 21st the thermometers in use were exposed in the small louvred screens, mounted on ladder- stand No. 1; and after the 5th of Oct., on ladder-stand No. 2. Between these dates they were exposed in the ordinary-sized (Stevenson) screen (old clock-box). The depth of the snow was always measured at post A. The black bulb chiefly used was No. 186, but No 64, which has a Crook’s radiometer attached, was occasionally used, chiefly in summer. Hilger’s Rainband Spectroscope was in use for observing the rainband. From December 7th till 23rd it was under repair, having had its prisms displaced. For measuring halos, coronas, glories, and fog-bows, the stephanome was used, Snow crystals were observed and sketched by means of a magnifying lens, specially got for that purpose. Except in very dry weather in summer, and during thunderstorms, the working of the Observatory telegraph was satisfactory. The instrument in use all the year was a single (acoustic) needle instrument. In April and May a set of observations was made on earth currents in the cable, These were measured by means of a Thomson’s Mirror Galvanometer. The Sextant was used occasionally. The working of the raingauge in stormy weather has been as unsatisfactory as on previous years, the indications being rendered useless by drift. Otherwise the hourly observations of the various instruments and elements have been made without the break of a single hour during the year. On a few occasions, however, the outside part of the hourly observation was made from 1 to 4 minutes late, chiefly owing to the lamp having been blown out before reaching the thermometer box. The permanent staff of the Observatory are, as on previ- ous years :—R. T. Omond, superintendent ; Angus Rankin, Ist assistant ; James Miller, 2nd assistant. Till the 16th April, Alexander Drysdale was interim 1st assistant, and again he has been the same since 17th October. Mr C. E. Gray was telegraphist at the Observatory during the autumn months. Messrs A. J. Herbertson, R. Turnbull, and John Duncan took the places of some of the staff at various times during the year. BEN NEVIS OBSERVATORY. 79 BAROMETER. ReEpDucED To 32°, 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. JANUARY 1889. Mid- ] 2 3 4 5 6 7 8 Sj) at) alt night. Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 |} 22 | 23 Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins, Mean. 1 | 5-345] 5-375] 5-393] 5-430| 5-446| 5-469] 5-498) 5°520| 5-553) 5-569 5-587| 5-599) 5-611) 5:623| 5-632| 5647 5-665| 5-669| 5-685] 5-690| 5-694] 5-704| 5*707| 5-711 | 5-576 2 | 5-714] 5-717] 5-720) 5°727| 5-722 5*720| 5-730] 5-742 5°758| 5*780| 5*779| 5-780] 5-784] 5*792) 5*799) 5-809] 5-821] 5-818) 5-832) 5-835] 5-845] 5-835| 5-838) 5-839 | 5-781 3 |5:838) 5-838) 5-839] 5-833} 5-822] 5°817) 5:806| 5:807| 5808] 5°815| 5-803] 5'S11] 5:$16] 5°81] 5-815) 5-808] 5-812] 5816) 5:829] 5-826] 5-822, 5-793] 5-787| 5-778 | 5°814 4 | 5763) 5°756| 5°754| 5*749| 5-743] 5*721| 5-725] 5721] 5-721 5°72) 5°727| 5-715) 5-722| 5°712| 5-689] 5-683) 5-670] 5-664| 5-665) 5-669] 5-660] 5-646| 5-629] 5-615 | 5-702 5 | 5-610| 5-566| 5:53) 5°553| 5-543] 5535) 5-511) 5-491) 5-488) 5-475| 5-467| 5-454) 5-420] 5-399] 5-395 5-378] 5-358] 5-347| 6:349| 5-335] 5-313) 5-310| 5:316| 5-298 | 5-436 6 | 5:310] 5312] 5-308| 5-304] 5-303] 5-308] 5-318] 5:331| 5-329) 5-346) 5-354| 5°351) 5-359 5-353] 5347| 5-345] 5-350) 5344) 5-341) 5°342| 5-345] 5-342| 5-331] 5-317 | 5-333 7 |5+316| 5306] 5:302| 5-298] 5-291) 5-281] 5-271] 5-267| 5:251| 5-252) 5-240] 538) 5-214] 5-204) 5-187) 5-179] 5-174] 5°167| 5-165) 5-139] 5-135| 5-123) 5-092] 5-087 | 5-216 8 | 5-051] 4-961| 4-962| 4-944] 4-894| 4-924] 4-931] 4-921] 4-925] 9-908) 4-906] 4-890] 4-862] 4-866] 4-860] 4-855] 4-856] 4°857| 4-849] 4-862] 4-857] 4°856| 4:840| 4-832 | 4-895 9 | 4-814] 4-804] 4-781| 4-771] 4-730] 4-724] 4-714] 4-709] 4-702] 4-680] 4-640] 4-617] 4-581| 4-568] 4°565| 4-561| 4-560] 4°574| 4-589] 4-616] 4-642] 4-673] 4°710| 4-737 | 4-669 10 | 4-767| 4-792| 4-811| 4:822| 4-833] 4-853] 4-876] 4-903] 4-934] 4-954] 4-975 5-014] 5-027| 5-039| 5°057| 5-076| 5-087| 5-099] 5-106] 5-113] 5-112) 5-104) 5-096 | 4:977 11 | 5-086] 5-061] 5-048] 5-011] 5-004] 4-990] 4-958] 4-945] 4-902| 4-908] 4-880 4-812] 4-783] 4°756) 4°746| 4-765] 4°750| 4-763] 4-771] 4-795] 4-828] 4-844] 4-878 | 4-881 12 | 4-883] 4-929] 4-963] 4-973] 5-014] 5-016| 5-024] 5-063] 5-095] 5-110| 5-135 5°173] 5°181| 5-205] 5-223] 5-239] 5-246| 5-264) 5-273] 5-287| 5:312| 5:324| 5-330 | 5-142 13 | 5-341) 5-352] 5-360| 5-365] 5-378| 5-384] 5-404| 5-425) 5-438] 5-448| 5-460 5-475] 5-474] 5°484| 5°493] 5-497] 5-502) 5°516) 5521] 5-527| 5:518| 5°522| 5-515 | 5-453 14 | 5-498) 5-488] 5-471| 5-460| 5-460] 5-451| 5-456) 5-456) 5-455) 5-4511.5-449 5-435 5°429| 5°406| 5*416| 5-408] 5°410| 5-397] 5-393] 5:391| 5:392| 5°374| 5-339 | 5-430 15 | 5-339] 5-323] 5-299] 5-298) 5-271| 5-269] 5-260| 5-251) 5-254] 5-235] 5-245 5:223] 5-211] 5°205| 5-207) 5-206] 5-205] 5-204] 5-191| 5-189] 5-188] 5°18] 5-184 | 5-236 16 | 5*170| 5-166] 5-160| 5-149] 5-144] 5-140] 5-126|.5-130| 5-139] 5-145] 5-147| 5°146] 5-137) 5-146] 5-148| 5°157| 5-167| 5-170] 5-181] 5°188| 5-211) 5-230] 5-258) 5-285 | 5-168 17 |5-311| 5-338] 5-352| 5-362| 5-379| 5-395] 5-401] 5-404] 5:407| 5-406| 5-384 5*353| 5°358| 5°369| 5°359) 5-367] 5:386| 5°405| 5391) 5-408] 5:402| 5:396| 5-403 | 5:375 18 | 5-400| 5-400] 5-392] 5-380| 5-362| 5:361| 5-368] 5:361| 5336] 5-309] 5-294 5235] 5:257| 5*241| 5'236| 5-240] 5:257| 5-284) 5-291| 5-342| 5°384| 5°382| 5-401 | 5-324 19 | 5:380| 5-393] 5:370| 5-382) 5-362| 5-365] 5-376| 5-417| 5-420] 5-440| 5-449 5-462| 5-469| 5°478) 5°494| 5-489] 5:502| 5:502| 5:502| 5-498 5503) 5°507| 5-513 | 5-447 20 | 5*518) 5:526| 5-529) 5°537| 5-550| 5°557| 5:573) 5587| 5604] 5-609] 5-622 5*619| 5°618) 5°611| 5°615| 5-619] 5619] 5-626| 5-625] 5-630) 5°632| 5-639] 5-653 | 5-598 21 | 5648} 5-642 5-649] 5-657] 5-671] 5-679] 5-695| 5-709] 5°730| 5-747) 5-763 5°781| 5-789] 5-797] 5-806) 5-826] 5-834] 5-849| 5*859| 5-859] 5:866| 5:870| 5-876 | 5-766 92, | 5:871| 5:870| 5:869| 5-874] 5-874 5:874| 5°875) 5877] 5°880| 5:881| 5°880 5864] 5°850| 5:852) 5-849] 5-855] 5-857| 5°864| 5°872| 5*869| 5:860| 5°856| 5-854 | 5-867 93 | 5-850) 5-839] 5-837| 5°827| 5824] 5-816] 5-822) 5-831) 5-825] 5:833| 5-830 5*820| 5*804| 5-803) 5*795| 5°797| 5°806| 5-807] 5:793| 5806| 5805) 5804] 5-811 | 5°817 24 | 5-804] 5-799] 5-806| 5-800] 5-790) 5-783) 5-776) 5°779| 5°779| 5*781| 5-773 5*767| 5°758| 5°751| 5*746| 5-738] 5°733| 5°724| 5°720| 5714] 5°709) 5-709] 5-707 | 5-759 25 | 5-696] 5-692] 5-672| 5-661) 5-653) 5-645] 5-634| 5-630) 5-631) 5-628) 5-617 5:595| 5°585| 5*569) 5-563| 5-570| 5°569| 5:564| 5-567| 5:570| 5°573) 5°571| 5-568 | 5-610 96 | 5*562| 5-552] 5-553] 5:555| 5°54] 5-537| 5-540] 5°544| 5-551] 5-559] 5-568 5°576| 5582) 5°585| 5589) 5+603) 5-626] 5°655| 5°678| 5°692| 5°706| 5718] 5-728 | 5-599 97 |5°730| 5°745| 5°756| 5°762| 5-762] 5-764] 5-761| 5-763] 5-765] 5757) 5*751 5*716| 5°704| 5°662| 5°64) 5-669] 5-647| 5°631| 5°615| 5613] 5:593) 5°597| 5-587 | 5-698 98 | 5:573) 5-555] 5°547| 5°545| 5-536| 5-537| 5°527| 5529] 5-534] 5-526) 5-524 5-494] 5°469| 5°450) 5-435| 5-417| 5°385| 5°377| 5:341| 5°310| 5°272| 5-242] 5-176 | 5-451 99 | 5+146| 5-085] 5-007| 4:962| 4-903] 4-853] 4:847| 4-845] 4-879] 4-911] 4-967| 5-011) 5-026] 5:062| 5-092| 5-124] 5-128] 5-130] 5°147| 5-157] 5-148) 5°124) 5-095] 5-067 | 5-030 30 | 5-014] 4-969] 4-910] 4:897| 4-854] 4-876] 4-870] 4-865] 4-874] 4-910! 4-929] 4-959] 4-992] 5-015] 5-042! 5-070) 5-088] 5-091] 5°123) 5-128| 5-129] 5-128) 5-130| 5-112 | 4-999 31 | 5:119| 5-093] 5-096] 5-083] 5-068) 5-052! 5-044] 5-030) 5-027| 4-987| 4-964| 4-970] 4-952| 4-934] 4-950| 4-974] 4-992] 5-016] 5-032) 5-042! 5-070] 5-095] 5-110| 5-120 | 5-034 Mzan | 5:402| 5-395] 5-389] 5:386| 5-378] 5:377| 5°378) 5382] 5-387] 5°390| 5-390) 5-390] 5-383] 5-382) 5-380) 5-383] 5-388) 5-390| 5-397] 5°398) 5-403) 5404] 5-403) 5-400 | 5-390 BAROMETER. ReEpucED To 32°. 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. FEBRUARY 1889. Ins. | Ins, | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins, | Ins. | Ins. | Ins. | Ins. 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4-582) 4-615] 4-663} 4:690] 4-708 | 4-649 15 | 4°744| 4°770) 4:800) 4-846) 4°877| 4-918) 4-957) 5-001) 5:084) 5-057) 5-116) 5-154] 5-195) 5-211) 5:248) 5°277| 5-292) 5:312) 5-332) 5:346) 5-352) 5°365] 5°347| 5°355 | 5-121 16 | 5°343) 5°297| 5°252) 5-212) 5-178) 5-142) 5:057| 5-002) 4-987) 4-963) 4-930) 4:937] 4-930) 4-944) 5-001) 5:014] 5-044) 5-070) 5-116) 5:160) 5-212) 5-233) 5-270) 5-285 | 5-107 17__‘| 5°301) 5°316) 5°317) 5°312) 5°333) 5°3836) 5°842) 5341) 5°347| 5°366) 5-393) 5-405] 5-409) 5-417) 5-418) 5:425] 5430) 5*446) 5-454) 5*465) 5°467| 5-487) 5°500) 5-516 | 5-398 18 | 5:516) 5-509) 5°504) 5°502) 5-505) 5:493) 5:494) 5-503) 5-487) 5:472) 5-475) 5-469] 5-478) 5-476) 5:447| 5420) 5-402) 5:389| 5-390) 5°372| 5-392) 5-404) 5-408] 5-425 | 5-455 19 | 5-439) 5-446) 5-462) 5:466) 5-486) 5:502) 5:15) 5°517| 5:585| 5-541) 5°542) 5-537) 5°555| 5-569) 5-568) 5567) 5°558) 5:555| 5-537] 5°550| 5-524) 5-507] 5-488) 5-463 | 5-518 | 20 | 5:427| 5:390| 5°386) 5:360) 5-334) 5:316) 5:315) 5°308) 5:315) 5°316) 5°327) 5:331]15°331| 5:330| 5°346] 5-346) 5-368) 5:387) 5-400) 5418) 5-426) 5-444] 5-459] 5-488 | 5-370 21 | 5°496) 5°511) 5°524) 5°531) 5-538) 5-550) 5:559) 5°574) 5°587| 5-601) 5°61) 5-613] 5°629] 5-635 5-633) 5°634) 5-635) 5°642| 5-641] 5:643) 5-638) 5°633) 5-626) 5-627 | 5-596 22 | 5:630) 5*618} 5°604) 5:608) 5°594/ 5:596| 5-598) 5-595) 5-591) 5-591) 5-594) 5-590} 5-589) 5-579] 5°575| 5572) 5-568) 5:576| 5-577] 5°583) 5°582) 5-582! 5-589) 5-593 | 5-590 23 | 5°597| 5°594) 5°591) 5-596) 5°599| 5°605| 5°615) 5-623) 5-631) 5°644) 5-651) 5:663) 5-665] 5-676] 5-679) 5°685) 5696) 5:705| 5-710) 5:716) 5°721) 5:721| 5722) 5-721 | 5°659 | 24 | 5-718) 5*710/ 5:701| 5°696) 5-686) 5°675| 5*669/ 5-668) 5:672) 5-669) 5-669) 5*671) 5-662] 5-651| 5:645| 5-641) 5-638] 5:638| 5:633| 5:631) 5°633] 5-624) 5-623] 5-614 | 5-660 25 | 5°602| 5°591) 5°579| 5°559) 5-536) 5:522) 5-506) 5:492) 5°475) 5-448) 5-426) 5-405] 5:377| 5°34) 5-312) 5-272) 5:247| 5:238) 5-231) 5-222) 5-200) 5-202) 5-207] 5-201 | 5-383 26 | 5:203) 5°195) 5-183) 5-186) 5-197) 5-206) 5-221) 5-241) 5-255) 5-263) 5-277| 5:289] 5-283) 5-276] 5-267) 5:256| 5:248) 5235) 5°228) 5:217) 5-205)5 -187| 5:176| 5-164 | 5-227 27 | 5°151) 5"140) 5:112) 5-109) 5-095) 5-090) 5-084) 5-088) 5-084! 5-082) 5-089) 5-090} 5-087) 5-087) 5-083) 5-080) 5:076) 5-088) 5-092) 5-098) 5-089) 5-102) 5-090} 5°106 | 5:096 28 | 5*107| 5°113) 5°113} 5°119) 5-180) 5°121) 5°147| 5-147] 5-159) 5-174) 5-183) 5-201} 5-214) 5-213) 5-220) 5-227) 5-234) 5-252) 5-268) 5-273) 5-270) 5-278] 5:288) 5-292 | 5-198 MEAN | 5:201) 5*196) 5°192) 5°188) 5°187| 5°185| 5°187| 5-191) 5-195) 5°198) 5-206) 5-210} 5-209) 5-209) 5-212) 5-208) 5-208) 5-210) 5-210) 5-209] 5:209} 5-210) 5-208) 5-211 | 5-202 COND OP ONe 80 BEN NEVIS OBSERVATORY. BAROMETER. REDUCED TO 32°. 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. MARCH 1889. 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4-533] 4609] 4-591] 4-353] 4-638] 4-684) 4-667] 4-737| 4-751] 4772] 4°782| 4-815] 4-802] 4-860| 4-891| 4-874) 4-892] 4-940 | 4-700 21 0| 4-930] 4-983] 4-995] 5026] 5:035) 5-055) 5-086) 5-110] 5-135] 5-162| 5-180} 5-206] 5219] 5:226| 5-239) 5-249) 5-257) 5-281] 5:292) 5-307] 5:807| 5322] 5335 | 5-161 22 | 5326) 5-326] 5-328] 5:34) 5-332] 5°341/ 5-345] 5°353| 5-361] 5-375] 5-385) 5-391] 5°397| 5-404] 5-403] 5-407| 5-404] 5-400| 5-400| 5°94] 5-381] 5-367| 5"356| 5-344 | 5369 23 | 5:306| 5-300] 5+ 5248) 5:246) 5°24] 5-240) 5-234) 5-237] 5-230) 5-233) 5-223] 5-228) 5-227| 5-241) 5-262) 5-270| 5-288] 5-301] 5+296| 5-309] 5:313] 5-319 | 5-264 24 | 5°321| 5-311) 5° 5270] 5281) 5:277| 5:299) 5-305) 4-328) 5-331] 5-334) 5346] 5342| 5346] 5-341] 5343) 5-342] 5-328] 5:319] 5-290] 5-270) 5-241] 5-213 | 5306 25 9| 5°178| 5: 5°137| 5°126| 5°135] 5131) 5-118) 5-121] 5-120) 5-130] 5-114] 5-130| 5-125] 5-132] 5-114] 5-113] 5°104) 5-088) 5-103] 5-108) 5-113) 5-125 | 5-127 26 3|,5°142] 5: 5204] 5:214] 5:231] 5:257| 5:290] 5-313) 5-346) 5-364] 5-382] 5-398| 5-419] 5-441| 5-443| 5-479| 5-485] 5°517| 5-528] 5°531| 5°556| 5°66 | 5-357 27 6| 5°581] 5° 5613) 5°626| 5°63] 5:651] 5-671] 5°679] 5-683) 5°681| 5-686) 5-679| 5°677| 5:673] 5-672| 5°671| 5°65) 5:670| 5°657| 5°654) 5-645] 5-637 | 5-649 28 6| 5°633] 5° 5613] 5°617| 5°624] 5628] 5635) 5643) 5-653) 5-668) 5-678) 5-686| 5-686| 5-691| 5-696| 5-702| 5*709| 5-720| 5*725| 5*722| 5-725] 5-720 | 5-668 29 9| 5°6933 5: 5:867| 5°663| 5°659] 5°660| 5-656] 5°654| 5653) 5-653) 5647] 5-642| 5°630] 5628) 5-616) 5+615| 5-609] 5:600| 5°592| 5-583] 5571) 5-552 | 5-639 30 2| 5513) 5: 5-456) 5°442| 5:430| 5-421] 5-414] 5-414) 5-405] 5-411] 5-401] 5-403] 5°389) 5-380] 5-378| 5371] 5-365) 5-356) 5-345] 5:329| 5324) 5-309 | 5-407 31 7| 5-289] 5° 5:271| 5274] 5280] 5-282] 5-290) 5-304] 5-313) 5-325] 5-330| 5-335] 5°338| 5°335| 5°339| 5-341] 5°347| 5-350) 5"334| 5"336| 5°337| 5-329 | 5-314 Mean] 5:279| 5-274] 5° 5259} 5260) 5:265) 5:272] 5-275) 5-282] 5-285) 5-288] 5-287| 5-288| 5-287| 5-287| 5-287| 5-290| 5-291] 5-293] 5-290| 5-287] 5-286] 5-284 | 5-280 BAROMETER. REDUCED TO 32°. 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. APRIL 1889. Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins, | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. 1 | 5:322) 5°309 5-290] 5-245] 5-226) 5-191) 5-185] 5-180) 5-164] 5-160) 5°155) 5:156] 5°136| 5°150) 5:161| 5°167| 5-169] 5:178] 5°182 5-177] 5-202) 5-210) 5-216) 5-218 | 5-198 2 | 5-231) 5-233 5:252! 5-250) 5-240) 5-252) 5-258] 5-266, 5:264| 5:263) 5264] 5-262) 5:272| 5-262) 5-255) 5:260| 5-258] 5-259] 5:255 5-265] 5-261] 5-268) 5-259] 5-252 | 5-257 3 | 5:239| 5222 5:213) 5-203) 5-185] 5°166) 5-147] 5-124] 5-095] 5-063) 5-025) 5-000} 4-963] 4-929 4-884! 4-857| 4:839] 4-810] 4-797 4-767] 4-760] 4-738] 4-730) 4°717 | 4°978 4 | 4-709) 4-709 4°692| 4°691) 4-692] 4°699) 4-703] 4°737| 4:754| 4-771) 4-787) 4°774] 4-808] 4:841) 4-861] 4-888] 4-924] 4-958] 4-967 4-974] 4-995] 5-001) 5:015| 5-032 | 4°833 5 | 5:030) 5-037) 5:020) 5-020) 5-026] 5-030) 5-028} 5-019) 5-031) 5-025 5-031) 5-009} 5-003} 5-009) 5-007} 5-006] 5-024) 5-016] 5:045 5-035] 5-081) 5-092) 5-072) 5-080 | 5°032 6 |5:087| 5:079 5066) 5057) 5-053] 5057) 5-053) 5-050) 5-024) 5-017) 5-005) 5-014] 5-020] 5-026) 5-026! 5-009] 5-001) 5:002] 4-998 4-992] 4-998] 4-992] 4-997) 5-009 } 5:026 7 | 4°995| 5-007 5-011) 5:011) 5-015) 5-017) 5-025] 5-033) 5-055) 5-061) 5-061) 5-063] 5-057] 5-070) 5-065) 5:066] 5-064] 5-052) 5-069 5-059) 5-063) 5-054) 5-044| 5-039 | 5°044 8 | 5:035) 5-019) 5-002) 4-985) 4-959) 4-969) 4-962) 4-958) 4-966) 4-945) 4-948) 4-967] 4-944) 4 945) 4-947) 4-962) 4-961] 4:971] 4:968 4-953] 4-942) 4-937] 4:946) 4-936 4°964 9 | 4957| 4:955 4-971] 4-969) 4-961] 4-957| 4-964| 4-955] 4-963] 4-967| 4-976] 4-980] 4-989] 5-001| 5-001| 5-004] 5-003) 5-011} 5-022 5-033] 5-034) 5-034 5-034) 5-026 | 4"990 10 | 5°032) 5:030 5-029) 5-020) 5023) 5:030) 5-036) 5-040] 5-045) 5-051) 5:062) 5-073} 5:082) 5:086)| 5-085) 5-090] 5:091) 5-094 5: 101 5109] 5113} 5:112} 5-111) 5110 | 5069 11 | 5°105) 5:100) 5-095) 5-093) 5-090! 5:086) 5:087| 5:087| 5:087| 5-091} 5-093) 5-092} 5:092) 5-095) 5:093} 5-092) 5-093) 5-095] 5: 098 5*100] 5-104] 5-109] 5°118) 5°125 } 5-097 12 | 5°132) 5°135) 5°151| 5°158) 5-170) 5°185) 5°192) 5-208) 5-228) 5-250) 5-254) 5:2549 5-277] 5283) 5:289) 5:294) 5-307] 5°316) 5°330 5:339) 5-346] 5:347/ 5348) 5340 | 5°256 13 | 5°349) 5-351) 5°340) 5°336) 5-322) 5°320| 5-320) 5-319) 5-310) 5-320) 5*322/ 5-327) 5:321| 5:324) 5:320| 5-307] 5-298] 5°315| 5304 5:312| 5-313] 5-292) 5-310) 5-310 | 5°319 14 | 5303) 5-290) 5*296| 5-292) 5-289] 5-295| 5-300] 5-308] 5-318) 5°324| 5-339! 5:346] 5°359| 5-356] 5:355| 5:363] 5:363) 5:3868] 5:365 5374] 5-374] 5376] 5:379| 5°3882 | 5:°338 15 | 5:380) 5°374) 5:362) 5°356) 5-348] 5-348) 5°355| 5-364) 5°373] 5-382! 5-394) 5-404] 5-407] 5:417) 5-422] 5-419] 5419] 5-422) 5:422 5-422) 5-421] 5-414] 5-412) 5-405 | 5°393 16 | 5401) 5-402. 5:399) 5°392) 5:394 5:392) 5397) 5-402) 5-406) 5:410) 5-415] 5-415] 5-414) 5-403) 5-399] 5380] 5-384] 5:375| 5386 5-396] 5:389| 5394) 5-398) 5-402 | 9°398 17 | 5405) 5:405 5:405] 5-408) 5-412 5:417| 5-424) 5-429 5° 432| 5:442) 5-440) 5:453] 5:458| 5°453] 5-462! 5-458] 5-460) 5-454] 5-458 5-461) 5-452! 5-455] 5-456| 5°453 | 5440 18 | 5:453) 5-450 5:445| 5°444) 5-446 5-445) 5-452) 5-451) 5-446] 5-438) 5-446] 5-440) 5-439] 5-415) 5-439) 5-418] 5-416] 5:384) 5-385 5-389) 5-386] 5-365] 5:358| 5°349 | 5°420 19 | 5:344) 5:336. 5:336| 5°327| 5:319 5°324] 5:334) 5350) 5-339) 5:347| 5356) 5-331) 5°341| 5°331| 5:337| 5°341| 5-344] 5°332! 5-329) 5:325] 5-310) 5-296] 5-268) 5-243 | 5°327 20 | 5216) 5196, 5°180) 5:164) 5-148 5-146) 5-146) 5-160} 5-163] 5-166) 5-168] 5-160} 5°152| 5:134| 5:175| 5-099] 5-075] 5-040] 5029, 4-991) 4-968] 4-959) 4:919| 4-884 | 5°102 21 | 4:879) 4° 864 4-822) 4°831| 4-810 4-800) 4°779 4-779] 4-773] 4-792] 4-799] 4+793] 4-801| 4°801| 4:816] 4-818] 4°815] 4:808] 4-818] 4-818] 4-831) 4-841] 4°840 4849 | 4°816 | 22 | 4°861] 4°886) 4-966, 4-994) 4-999 4-994) 5-022 5-038) 5-070) 5-090] 5-104] 5-097] 5-101) 5:107| 5-122] 5-128) 5-136] 5132] 5-123) 5-109] 5:091| 5-073) 5:044| 5-006 | 5°054 23 =| 4:972 4-921) 4°881) 4°844] 4-803) 4:813) 4-804) 4-810] 4-792] 4-794] 4:794| 4-790] 4-799] 4:802| 4-812] 4-819] 4-816] 4:822} 4-829] 4-847] 4-855) 4-871] 4-873 4°879 | 4°835 24 | 4:889) 4-905) 4-930) 4:963) 4-979 5-003) 5-033 5-046) 5-082) 5-120) 5-148] 5-160) 5-139] 5-176) 5-186] 5-152] 5-228) 5-232) 5-258) 5:292) 5-291] 5-320) 5-328) 5351 | 5°184 | 25 | 5°345) 5 349 5 5354) 5°385] 5:393) 5420] 5:429 5-443) 5-439] 5-457] 5-445] 5-443) 5-439] 5-435] 5-435) 5-426] 5-436] 5-434 5-421] 5-426] 5-419) 5-408] 5-401| 5394 | 5°416 26 | 5*380| 5°346. 5°336. 5*329| 5-312 5206) 5:279, 5:270| 5:234) 5-218) 5-212) 5-209] 5-194] 5:177| 5°164| 5°151| 5-161] 5°161] 5°155) 5-164] 5-171) 5°176] 5179] 5-181 | 5-228 27 | 5183) 5°179) 5:177| 5°189) 5°187| 5-195) 5-223) 5-242] 5-249) 5-253) 5-274] 5-293] 5-281) 5-286] 5-283] 5-284] 5-284) 5°272| 5-254) 5-243] 5-238] 5-210) 5:202| 5-198 | 5:237 28 | 5180) 5°169 5-166) 5°169) 5-175) 5173) 5°161) 5°155] 5-149) 5°135) 5°133) 5-096] 5-072) 5-050) 5-014] 5-005] 4-999] 4:987| 5-006) 4-972) 4-975) 4:967| 4-984] 4-991 5078 29 | 4-990] 4-993 4°993) 4-998] 4-998] 5-032) 5-049) 5-076] 5-089 5*109] 5:111| 5-086} 5°135) 5°138) 5°157] 5:175] 5°151| 5°181| 5°189] 5-193] 5-216] 5-206) 5:221) 5°218 | 5-118 | 380 | 5°206} spas 5229) 5°238) 5°237) 5°252) 5:260) 6°250 5-260] 5-262) 5-278) 5*266) 5-254] 5:253) 5-239) 5:247] 5-226] 5°170) 5:157| 5-138] 5-128] 5-116) 5-106] 5°07 | 5°212 | MEAN) 5°154 5149, 5147) 5°145) 5°140] 5°144) 5°147| 5+152| 5-153) 5°157) 5161! 5°158) 5:158) 5:158! 5:160| 5°156] 5°158] 5°155] 5°157| 5°156] 5-158) 5-154) 5-152) 5:149 | 5153 BEN NEVIS OBSERVATORY. 81 BAROMETER. REDUCED TO 32°. 4407 FEET ABOVE SEA LEVEL, FIRST FIGURE OMITTED. MAY 1889. Meee Deal 3h. lai B01) Gall Gala Sinal a Sie) ALO 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 28 | BUS | con ght. Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. } Ins. | Ins. Ins. | Ins. | Ins. | Ins. | Ins. | Ins. } Ins. | Ins. | Ins. | Ins. | Ins, } Ins. 1 | 5-058] 5-022] 5-001] 4-983] 4-977] 4-995] 5-001] 5-008] 5-017] 5012 5011 5-019 5014 5-023) 5*022| 5-041] 5-065] 5-049] 5-096] 5-103] 5-126] 5129] 5113] 5-140] 5043 2 | 5:156| 5°150) 5:141| 5-157] 5°153) 5-148] 5-150] 5:149] 5:147] 5°151) 5 7| 5°178] 5°170| 5*174| 5°197| 5°183] 5°157| 5°158] 5-151| 5:134] 5-096] 5-148 | 5-155 3 | 5-136) 5-130] 5-115] 5-133) 5-153] 5-151) 5-169] 5:157| 5°171| 5:180 5°176| 5°173] 5°143) 5121 5-151] 5-133] 5*169] 5-220] 5-250) 5-263] 5-260 | 5-171 4 | 5:297| 5-283] 5-276] 5:300) 5-31 4| 5-328] 5-332| 5-310] 5-336] 5:356 7| 5:379| 5°372| 5:380| 5-370] 5-391] 5-403] 5-418] 5-406] 5-405 5:386| 5394 | 5-352 5 | 5-415] 5-396) 5-401] 5-436] 5-442] 5-406] 5-422) 5-408] 5-413] 5-416 5-435] 5:440] 5-443] 5:441| 5-443] 5-449] 54501 5-450] 5-449] 5-449] 5-449 | 5-430 6 | 5:449| 5-442) 5-446] 5-447] 5-453] 5-459] 5-471] 5-481] 5-494] 5-489 *493] 5-488] 5°485| 5°476| 5-468] 5-473] 5-460] 5-464] 5-442) 5-427| 5-416) 5-405 | 5-463 7 | 5-404] 5:399]| 5-382] 5:362| 5-359] 5:354] 5-342] 5-325] 5:315] 5323 303] 5:290| 5-290) 5-288] 5:272] 5-278] 5-269] 5-264] 5-244) 5-259) 5-243) 5-249 | 5-310 8 | 5:245] 5-234] 5-228] 5-229] 5-225] 5-296] 5:231| 5-234] 5:235| 5221 5226) 5-225) 5:220) 5-225] 5-221] 5-229] 5-227] 5:235] 5-244] 5-238) 5-249! 5-239] 5-248 | 5-231 9 | 5-250] 5*251| 5-250] 5-248] 5-258) 5-266] 5-273] 5-277| 5:291| 5.295 5-287) 5:270) 5°262) 5-269} 5-280] 5:271) 5-269) 5-271) 5-263} 5-291] 5264) 5-243) 5-233 | 5-268 10 | 5-231] 5-236] 5-219] 5-216] 5-208] 5:214| 5-228] 5-220] 5-236] 5-226 -202| 5:202| 5:194| 5-183] 5-214] 5-218) 5-235] 5-263) 5-291] 5°310| 5324] 5-336 | 5-234 11 | 5343] 5:352| 5°364] 5-369] 5:375] 5°385| 5:382] 5-385] 5:°377| 5:368 5:361| 5:365] 5°372| 5*382| 5381] 5:397| 5-424] 5-423) 5-423] 5-446] 5-446 | 5385 12 | 5-448) 5-439) 5-451] 5-456) 5-462] 5-476] 5-480] 5-488] 5-499] 5:511 7| 5°511| 5°512] 5-520} 5-520) 5°532| 5-527] 5-532! 5-531] 5-528] 5-521| 5-519 | 5-500 13 | 5-516] 5-508] 5-505] 5-505] 5-503] 5:503] 5-510] 5:519] 5:525| 5521 2) 5-502) 5°488] 5-485] 5:467| 5:461| 5-447] 5-446] 5-439] 5-424] 5-415] 5-408 | 5-485 14 | 5°374) 5°359) 5°39) 5°33) 5-321] 5-320] 5-318) 5-294) 5-290) 5:294 275] 5:276| 5:269| 5-260] 5-253) 5:254) 5-255) 5-254] 5-254] 5-251] 5-250] 5-232 | 5-287 15 | 5-233] 5-240] 5-239] 5-220] 5-232) 5-234] 5-234] 5-244] 5-257] 5:258 5:300] 5:303} 5-311] 5:314| 5°330| 5:326| 5-336] 5-343] 5:355| 5:361] 5-367 | 5-287 16 | 5-369] 5:381| 5°379] 5:393] 5-404] 5-416) 5-427] 5-440] 5-449] 5-458 5:494] 5-495] 5-498] 5°500| 5506] 5-505] 5:508] 5-510) 5:505| 5-498] 5-498 | 5-461 17 | 5502 5-503) 5-495) 5-489] 5-501) 5-506) 5-510] 5-522) 5-532) 5-536] 5-538) 5543) 5-540) 5-544] 5545] 5-532| 5°531| 5°525) 5-527| 5-513] 5-500) 5-492| 5-481) 5-454 | 5-515 18 | 5-440] 5-406] 5-403] 5-404] 5-395] 5-382) 5:381| 5-386] 5-382] 5382 5:394| 5-402] 5-408] 6-416] 5-425) 5-416] 5-419] 5-425] 4-421] 5-419] 5-422 | 5-404 19 | 5-423] 5-418] 5-414] 5:420| 5-417) 5-411] 5-414] 5-428] 5-432) 5-438 5-458] 5:466| 5-471) 5-470] 5-464] 5:465| 5-481) 5-496] 5-501] 5-506] 5:509 | 5-452 20 | 5:513] 5-515) 5-515) 5:52] 5-524] 5-532) 5:550| 5-555] 5:5621 5-568) 5:57] 5°088) 5°595| 5:600] 5°601] 5-606] 5:611] 5:611| 5-613) 5-616 5:624| 5-623) 5:618| 5-621 | 5-578 21 | 5-617| 5-615] 5-608] 5-608] 5-606) 5-610] 5-623] 5-615] 5-623) 5-623) 5°623| 5-628) 5-624] 5-619] 5:616] 5620] 5-598) 5°590| 5-581] 5-574] 5:570| 5:561| 5:553| 5:542 | 5-602 22 | 5*530| 5:516] 5-498} 5-495] 5-491] 5-480] 5-495] 5-491] 5-489] 5-473) 5-473] 5-473) 5454] 5°451| 5:436] 5-436] 5-417] 5-413] 5-411] 5-403] 5-396] 5:393] 5:383) 5:362 | 5:452 23 | 5354) 5-344] 5-335] 5°327| 5-324] 5-326] 5-324] 5-318] 5324] 5-330] 5-324] 5-330) 5-323] 5:325| 5-312) 5-306] 5-290] 5-278] 5-267] 5-260) 5-255) 5-231) 5-212] 5-196 | 5-301 24 | 5*168| 5°159] 5-135] 5:132] 5-126) 5-122] 5-114! 5-103] 5-099] 5-093) 5-096] 5-092} 5-088] 5-089] 5-089] 5-080] 5-077) 5-077] 5-081] 5-085] 5-094] 5:085| 5-080) 5-059 | 5-101 25 | 5-056] 5-045] 5-040] 5-037] 5035] 5-042! 5-050] 5:056| 5:072| 5-079] 5-083] 5-091] 5-106] 5-116] 5-119] 5-125) 5-129] 5-139] 5-149] 5-153] 5-159] 5-166) 5°170| 5-173 | 5-100 26 | 5°176| 5-178] 5-179] 5°177| 5-190] 5-196} 5-216] 5-229] 5-241] 5-251| 5-216] 5-287] 5-294] 5:311| 5°317| 5-325) 5°322] 5-226] 5-338] 5-344) 5353) 5359] 5*360| 5-359 | 5-275 97 | 5:361| 5-360] 5°355| 5°350 5:349] 5-344] 5-339] 5-341] 5-335] 5-342] 5-346] 5344] 5:334] 5°323] 5:310] 5:300] 5:292] 5-280] 5-264) 5°53] 5-244] 6-228] 5-218) 5-198 | 5-309 98 | 5:172| 5-156] 5-136] 5:115]| 5-095] 5-083) 5:070| 5-061] 5-045] 5-033] 5-019] 4-952] 4-939] 4-962] 4-952] 4-953] 4-947] 4-961] 4-955] 4-963] 4-971] 4-980] 4-985] 4:982 | 5-020 29 | 4-985] 4-969] 4-979] 4-978] 4-972] 4-973] 4-983] 4-989] 4-997] 4-998] 5-000] 5-010] 5-005] 5-011] 5-007] 5-014] 5-015] 5-015] 5024] 5-030] 5-036] 5-042] 5048) 5-038 | 5-005 30 | 5-035] 5-028] 5-028] 5-031] 5-026] 5:037| 5:043] 5-055] 5-059] 5:071| 5-081| 5-097] 5:104] 5-110] 5-111] 5-114] 5-118] 5°120| 5°113] 5-111] 5:120] 5°122| 5-114) 5-098 | 5-081 31 | 5-085] 5-075] 5-062] 5-053) 5-041) 5-041] 5-034 5-046] 5-055] 5-059] 5-064] 5-066] 5-068) 5:062| 5-060] 5:061| 5-069] 5-067] 5-066] 5073] 5-083] 5-094] 5:102) 5-106 | 5-066 Mean | 5-301] 5:294| 5+288) 5-288] 5-288] 5-289] 5-297] 5-295] 5-300] 5-302] 5-302) 5304] 5-302! 5-306] 5-304] 5-304] 5-303] 5304] 5-304] 5:309] 5:312! 5:311| 5°307| 5°305 | 5-301 BAROMETER. REDUCED TO 32°. 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. JUNE 1889. Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | ins, | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. 1 | 5:117) 5:123) 5°127) 5-133) 5°150) 5°158) 5-174) 5°157| 5-167) 5°160) 5°174) 5°180) 5°167| 5-180} 5:189) 5-196) 5-201) 5:192) 5-194 5-218) 5-200) 5-187] 5-210) 5-225 | 5174 2 | 5223) 5°244) 5:226) 5-235) 5-239] 5-246) 5:254| 5-266) 5291) 5-260) 5-268) 5-276] 5°208, 5°238) 5°151| 5253) 5:226) 5-206) 5-221) 5-219) 5-244) 5-268) 5°282) 5-295 | 5-248 3 | 5:293) 5*286) 5-282) 5-280) 5-289) 5°283) 5-291) 5-302) 5:299| 5°300) 5°300| 5°310} 5°314) 5°310) 5°312) 5°325) 5°317| 5:326) 5°319 5°336) 5°317| 5:317] 5343) 5°348 | 5308 4 | 5°379) 5°379) 5°385) 5°391| 5-406] 5:419] 5:434| 5°458) 5-484) 5:517| 5-355) 5-584) 5:625| 5-658] 5°694| 5-700) 5°727| 5°752)| 5-772 5791] 5811] 5:825) 5-838] 5-847 | 5:601 5 | 5-858) 5°861] 5-865) 5°881) 5-886) 5:892) 5-906) 5-915) 5-922) 5:928) 5-933) 5-941] 5-942) 5°939] 5-938) 5-939) 5-938) 5-932) 5-922 5-918] 5-904] 5:894) 5-883] 5-872 | 5-909 6 | 5860) 5°853} 5°847| 5-835) 5°833| 5-821) 5-815) 5-804] 5:791! 5781) 5°763) 5°755) 5°740) 5°724) 5°715) 5696) 5690! 5673] 5°654 5:648) 5°647| 5°654] 5°641) 5°635 | 5-745 7 | 5°632) 5°624| 5°613} 5-610) 5-609} 5:617) 5°630} 5-635) 5-650} 5:656) 5°655) 5658] 5:670) 5°666] 5:656! 5:650) 5-641) 5:633] 5°620 5:605] 5-606] 5°589] 5:579| 5-559 | 5-628 8 | 5°547) 5:519) 5°496) 5°482) 5-463) 5-455] 5-440) 5-434) 5-434) 5:422) 5-416) 5°404] 5°392) 5°381] 5°365) 5:354| 5-344! 5326] 5°325 5°322! 5°318) 5°319] 5313) 5:308 | 5°399 9 | 5:305) 5:297) 5°289) 5:287) 5:281) 5-281] 5-291] 5-303) 5319} 5°324) 5-325] 5°329] 5°324| 5321) 5°323) 5-315] 5°317| 5:332] 5°347)| 5:357| 5384) 5381] 5882) 5-401 | 5326 10 | 5°395) 5:401) 5°394) 5:397| 5-403) 5:409) 5-424) 5-432] 5-443] 5-455] 5-462) 5-463) 5-465] 5:474| 5:473) 5-473] 5-468) 5-462 5°63, 5°466] 5°466] 5°462| 5°450) 5:443 | 5:443 11 | 5°427| 5:422) 5414) 5-406) 5°397| 5:399) 5-401) 5-402) 5-402) 5-396] 5-390) 5383} 5°377| 5:375] 5°362) 5349) 5-346) 5:338] 5:328 5-325) 5:330] 5°320) 5-331) 5-334 | 5-373 12 | 5°322) 5:323) 5°318) 5°320| 5°313) 5°319| 5°326) 5-333] 5:338) 5349] 5360) 5°365) 5°367| 5°369] 5°370| 5:364| 5-363] 5354] 5:360' 5:364| 5:365) 5°358) 5°352| 5°351 | 5'347 13 | 5°357| 5°342, 5340) 5325) 5:317) 5°315) 5°312) 5°307| 5°305) 5°308) 5:299) 5:299] 5-295) 5°291) 5:284) 5-277) 5:269] 5°273] 5:272 5-272) 5-278] 5:281) 5-281) 5-290 | 5°305 14 | 5:297| 5°300) 5-304! 5°307| 5:314) 5:318) 5-325] 5-332) 5-338) 5340) 5°389| 5°341] 5-335! 5-331) 5331] 5°331| 5:325] 5-380] 5°323' 5-324] 5-332) 5:334| 5-334) 5-335 | 5°326 15 | 5°339) 5336) 5:347| 5°357| 5°360| 5°366) 5-383) 5°398) 5-410) 5:424) 5-431) 5°439] 5-448] 5-454) 5455) 5-459) 5-461) 5-463 5-470 5:467| 5°48]| 5:484) 5:482) 5°49] | 5:425 16 | 5492) 5-494 5-498) 5-509) 5°515) 5°522) 5°541) 5:551) 5-558) 5566] 5-579] 5589} 5-603) 5:609| 5°610} 5-616) 5°624) 5*627 5-633, 5:635] 5°644] 5°652) 5:651| 5°651 | 5:582 17 | 5°651) 5°653, 5:652) 5-652) 5-660) 5-666) 5-672) 5-681) 5-690) 5-693) 5-702 5°710) 5-721) 5°730) 5°736! 5*734| 5-736) 5-743) 5°745, 5:748) 5°757| 5°755) 5°759| 5-754 | 5-708 18 | 5°750| 5°752) 5-750) 5°750) 5°755| 5-758) 5:765) 5°765) 5°769| 5°769) 5-771] 5°74] 5°74) 5:74] 5°773) 5-772) 5°767| 5-764) 5-769 5-768) 5:74] 5:769) 5°763] 5°758 | 5-765 19 | 5°757| 5°750 5°750) 5-745) 5-742) 5-741) 5:741] 5°743) 5°747| 5°745) 5-746) 5°746) 5°747| 5-750) 5°751| 5°741) 5-741) 5°732) 5:746 5-751) 5°759) 5°749) 5°747| 5-741 | 5-746 20 | 5°729) 5-717) 5°708) 5°702| 5-698) 5-699) 5-703) 5:705| 5°706) 5°705) 5:712) 5:725) 5-730) 5:7 29] 5°721) 5°718) 5-715) 5°714| 5°716 5°717| 5°714) 5-714) 5°708) 5-707 | 5°713 21 | 5°704| 5-693, 5-683) 5676) 5:677| 5:682) 5°685| 5°687| 5-692] 5-698) 5-696] 5-703} 5-704] 5-705) 5°702) 5:694) 5-693} 5-689) 5-691! 5-687] 5°691] 5:°693) 5:693/ 5-689 | 5-692 22, | 5°689) 5°682) 5:677| 5°665) 5°674| 5-681) 5-690) 5-697| 5-702) 5-702) 5-707] 5°715) 5-712) 5-719] 5-716] 5°716) 5-717] 5-717] 5-711) 5:712) 5-711) 5-708) 5-705) 5°696 | 5-701 23 | 5°686) 5°681) 5°668) 5-660) 5655) 5°655) 5-656) 5°652) 5:649) 5:646) 5-640} 5:640] 5:635) 5°629] 5623) 5-623) 5-616 5610) 5-616} 5°614) 5°611) 5°607| 5-607] 5°601 | 5-637 24 | 5600) 5°596) 5:593) 5588) 5-583) 5-585) 5-591) 5-592) 5598] 5-603] 5-610) 5-613] 5°613] 5-614) 5°619] 5°620| 5-624] 5-629] 5-626) 5:631] 5634] 5:641) 5°645) 5-644 | 5:612 25 | 9°643) 5°638 5°635) 5-637) 5:638) 5°644| 5:646) 5-656) 5°657| 5-657] 5-661] 5°664] 5:658) 5:661| 5-660} 5659) 5°656) 5:656] 5°655| 5°657| 5°658) 5:660 5°654) 5-656 | 5653 26 | 5645) 5°634, 5-627] 5626) 5-618) 5°622) 5-623) 5-622) 5-626] 5°622| 5-619] 5°609} 5:612! 5-600) 8-590] 5:°568) 5570} 5-566) 5:562) 5-549) 5:550] 5-540) 5532) 5-523 | 5-594 27 | 5°522) 5°522) 5°515) 5-511) 5-512) 5°518) 5°527| 5°531) 5-533] 5543] 5-550) 5560) 5°567| 5°576) 5°574| 5°570) 5°567| 5-568) 5:565) 5°565| 5°557| 5561) 5556) 5°555 | 5-547 28 | 5:535) 5°515) 5°509) 5-503) 5-505) 5-510) 5°518] 5°519) 5°516] 5518} 5-525) 5539) 5-538) 5:542) 5-545! 5-550, 5-556) 5-564) 5:571| 5572) 5°581) 5-587] 5:599| 5-606 | 5-543 29 | 5601) 5:609) 5606) 5-608) 5:611] 5-616) 5-628] 5:635] 5-644) 5°648] 5-651] 5-658] 5-653] 5°644| 5-642! 5-641) 5-640) 5-636] 5°624) 5-630) 5626] 5°626) 5:608) 5:604 | 5-629 80 | 5°598) 5°580) 5-584) 5-586) 55°88) 5-600) 5:607| 5-622) 5-628) 5°642) 5-654] 5°667] 5-684) 5-702) 5°717| 5°724| 5°740| 5-746) 5:757| 5°764| 5°775} 5°793) 5:803) 5-802 | 5-682 MEAn| 5°532| 5°528) 5°523) 5-522) 5:523) 5:527| 5-533) 5:538) 5-544] 5546] 5°550] 5:555) 5°554] 5:556| 5-553) 5-554) 5-553] 5-552! 5-553] 5-554) 5558] 5:°558) 5-558) 5:557 | 5°545 82 BEN NEVIS OBSERVATORY, BAROMETER. REDUCED TO 32°. 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. JULY 1889. 1|2{3 | 41% |'6) 7 | 8 | ‘9 | to) 12 | a2 fae} 14 | a5 | 16 | a7 | 18 | 19°] 20 | 21 | bey! fos | AUC lean Tus. | Ins. | Ins. | Ins. | Ins. | Tns. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. 1 | 5810] 5-810) 5-809] 5:817] 5-817) 5*834) 5-842) 5-853] 5-869] 5-879] 5-882] 5-892] 5-895] 5-898] 5-904) 5-902] 5-903] 5-909) 5-910) 5-910] 5-914! 5-915) 5-910) 5-912 | 5-875 2 | 5-907] 5-901) 5-901] 5-897] 5-897] 5-904) 5-907] 5-912] 5-915] 5-920] 5-921] 5-920) 5-927] 5-929) 5-924] 5-925] 5-909] 5-910) 5-912! 5-908] 5-908) 5-908) 5:905| 5-907 | 5-911 3 | 5-900 5-892) 5-880] 5-878] 5-881) 5-878] 5-879| 5-878] 5*879| 5:874| 5-870) 5:68} 5-869] 5-868] 5-869] 5-867] 5°857| 5-853) 5-842) 5-889] 5-846) 5-848] 5-840) 5-834 | 5-866 4 | 5+827| 5*821| 5-813] 5-810} 5-812) 5:811| 5-809] 5-810] 5-808} 5-808) 5-810] 5-811} 5:811| 5-815] 5-812] 5-801| 5-799] 5-797) 5-804 5:806| 5-805] 5-813) 5:817| 5-813 | 5-810 5 | 5810) 5804) 5*794] 5°787| 5:772) 5°774| 5-772) 5°779] 5°79] 5°787| 5-785] 5-782] 5-782| 5-784] 5°783] 5-768) 5°766] 5-761) 5-760| 5-763) 5°749) 5-747] 5-743) 5-731 | 5-773 | 6 | 5713] 5°696) 5-668] 5-646] 5-629) 5°615] 5-600) 5-584] 5-570) 5:5H1| 5-529] 5-506) 5-491] 5-460] 5-431] 5-404] 5-382) 5-348] 5-345] 5-316] 5-296) 5-276] 5-266] 5-262 | 5-483 7 | 5-241) 5-220) 5-203] 5-195] 5-190) 5°182| 5-185) 5-199] 5-196) 5:195] 5-192) 5-188) 5-187) 5-192] 5-188) 5-178] 5-175) 5:172| 5-178) 5°179| 5-186) 5:194) 5-191] 5-185 | 5197 8 | 5180] 5-165] 5°162) 5-162) 5-155) 5°154| 5-158] 5:173] 5-181) 5-191] 5-201] 5-212) 5-218] 5-228) 5-235] 5-238) 5-242) 5-245) 5-258) 5-271] 5:285| 5-293] 5-303] 5-302 | 5-217 9 | 5304] 5-304] 5-304] 5-294] 5-297 5:309] 5-316] 5:324] 5338] 5-342] 5-347] 5-348) 5-356] 5°357| 5°350) 5329] 5-328] 5-333) 5-341) 5-338) 5:321) 5-325] 5-314] 5-304 | 5-396 | 10 | 5-299] 5-283) 5-271] 5-261) 5-240) 5°234| 5-234) 5-233] 5-222) 5-230] 5-231| 5-230 5-229] 5-239] 5-239) 5-226] 5-229] 5-234] 5-247) 5-249] 5-267| 5-274] 5-281) 5-282 | 5-248 11 | 5-281] 5-284] 5-290] 5-293) 5-295! 5°311| 5-322] 5:344] 5:351] 5:368] 5:378]| 5:394] 5-413] 5-428] 5-435] 5-436] 5-442] 5:447| 5-465] 5-474] 5-478) 5:490| 5-495] 5-492 | 5-302 | 12 | 5+495| 5-490] 5-489] 5-482] 5-499! 5:494] 5-496) 5505] 5°510| 5515] 5:524] 5-531) 5:543] 5:544] 5-550) 5°589] 5-537] 5536) 5°545) 5:548] 5-551) 5-551) 5-545) 5-544 | 5-593 | 13 | 5539] 5:531] 5-512] 5-508) 5-504 5°499) 5-496] 5-496] 5:495| 5-492] 5-489] 5-486) 5:487| 5-473] 5-465] 5-445] 5-444] 5-434| 5-424) 5-419 5-414| 5-403] 5-393] 5-373 15-468 14 | 5:361| 5-351) 5-342] 5-336] 5-328) 5-320] 5-320] 5-321] 5°318) 5:320| 5-313] 5:310) 5-309] 5°313] 5:310] 5-295] 5-287] 5-280) 5-277| 5-266) 5-260] 5-252) 5-249) 5-297 | 5-302 | 15 | 5°222 5-207] 5-196] 5-180) 5-172) 5°166] 5-166] 5-166) 5170) 5°169| 5-171] 5-172] 5-181| 5-184] 5-182] 5-178] 5-173] 5°177| 5°187| 5187) 5°194] 5-200] 5-200} 5-203 | 5-183 | 16 | 5+209] 5-212] 5:214] 5-211) 5-218) 5-222) 5-231] 5-245] 5-257) 5-263] 5266] 5-280} 5-293] 5-304] 5:313] 5-308] 5:317| 5°321| 5°327] 5-337| 5-344) 5°347| 5356) 5:351 15-281 | 17 | 5:351| 5:345] 5°351] 5*338) 5°325| 5°341| 5-347] 5-360] 5°367| 5:377| 5-380] 5-383] 5:398] 5-402| 5-414] 5-403] 5-395] 5-404] 5-412] 5-413) 5-412) 5-412] 5-403) 5-401 5-381 | 18 | 5389] 5°386| 5°374| 5:369| 5-353) 5°348) 5:352| 5:351) 5362) 5-362] 5-362) 5-362) 5-362] 5-364] 5-364] 5-343] 5-339] 5:337| 5-337] 5-326| 5-328) 5°314| 5-810) 5-295 | 5-350 19 | 5+280] 5-270 5-257] 5-246] 5-236] 5°232| 5-237] 5-232] 5-240] 5-241) 5-239] 5-249} 5-246] 5-254] 5-253] 5-246] 5-239] 5-234) 5-241] 5-233) 5-231] 5:237| 5-239) 5-230 | 5-243 20 | 5:233] 5-223] 5-216] 5-210) 5-196] 5:192) 5-190] 5-189] 5-189] 5-188] 5-186] 5-185) 5°177| 5°176| 5178) 5:162] 5148] 5°139] 5-142] 5-133] 5-132) 5-124) 5°115| 5-098 | 5-172 21 | 5+085| 5-074) 5:067] 5-054] 5:041| 5-033! 5:031| 5-030) 5.034] 5-032) 5-034] 5-039} 5-044] 5-047| 5-057] 5-061) 5:067| 5-074) 5-106] 5*100| 5*105] 5107] 5-114] 5-115 | 5-065 | 22 | 5106) 5-120] 5118] 5°111) 5°109] 5-116) 5:113} 5-127] 5°138] 5:137| 5°142| 5-145) 5-148) 5-157] 5162] 5-152] 5°150) 5°150) 5°157| 5°156| 5°175| 5172) 5-169] 5-170} 5-142 | 23 | 5+173| 5:170| 5°166] 5-168] 5°168] 5:177) 5°188) 5-194] 5-204) 5-218] 5-230] 5-245) 5-248] 5-264) 5-270) 5-267) 5°265| 5-267) 5280) 5-293) 5-292] 5-294] 5-289] 5-280 | 5-293 24 | 5+267| 5:251| 5+244] 5-225] 5-201] 5°186) 5-179) 5-169] 5-161) 5-147] 5-131) 5-117) 5-129] 5-103] 5-088) 5-051) 5027] 5-034) 5-024] 5-020) 5-026] 5-025] 5-028] 5-027 | 5-119 25 | 5:025| 5-014] 5-002] 4-998] 4-984) 4-983] 4-988] 4-998] 5-013) 5-029] 5-039] 5-054] 5-076) 5095] 5131 5-146] 5°158] 5°177| 5195] 5-200] 5:216| 5-227] 5-230] 5-229 | 5-092 | 26 | 5+225) 5-222] 5:228] 5-235] 5:237| 5:243| 5-254) 5-263) 5:278) 5-294] 5-299] 5:311} 5-327] 5:34] 5:345]| 5:348] 5-353] 5:361| 5°375| 5:383] 5:391| 5-403] 5-404] 5-409 | 5-314 | 97 | 5-411) 5-421] 5-421] 5-429] 5-419] 5-435] 5-446] 5-460) 5-476] 5-485] 5-493] 5-503) 5:512| 5-528] 5°528] 5-511] 5512) 5-518] 5-523) 5-523] 5°519| 5-513) 5°507| 5-491 | 5-489 28 | 5-481) 5-463] 5:454] 5-441) 5-489] 5-427| 5-429] 5-430] 5-433] 5-440] 5-444] 5-450) 5-459] 5-469] 5-476] 5-470] 5-476] 5:477| 5-496) 5:507| 5-510) 5-514] 5-529) 5-514 | 5-467 29 | 5:513| 5:512| 5°516| 5-513) 5-508] 5-518) 5°524| 5:542| 5°547| 5:559| 5-574) 5-585) 5-597] 5°617| 5-624] 5-615] 5:618) 5:621| 5-629) 5:640] 5:650| 5:644| 5-643| 5-636 | 5-581 30 | 5:637| 5-640] 5633] 5-631) 5°618] 5-628) 5:633] 5-641) 5-652) 5-648] 5-650) 5°658) 5-675] 5°677| 5°675| 5:656| 5°650| 5:647| 5°652| 5:639] 5°639| 5-632! 5-622) 5-625 | 5-644 31 | 5*620) 5-624] 5-606] 5°595| 5°581) 5573) 5°565| 5-558) 5561) 5°559| 5-548) 5-562) 5-559] 5-567] 5:546] 5-541) 5°536) 5°537) 5°531| 5°529]| 5-581) 5-523] 5-498] 5-498 | 5-556 | Mean | 5:416) 5-410! 5-403] 5-397] 5:391] 5-392) 5-394! 5-399] 5-404] 5-407) 5-408] 5-412) 5-417] 5-429] 5-423] 5-413] 5-410] 5-411) 5-417| 5-416] 5-419) 5-419] 5-416) 5-411 | 5-409 | BAROMETER. ReEpbucep To 32°. 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. AUGUST 1889. Ins, | Ins. | Ins. | Ius. | Ins. | lus. | ims. | Ins. | Ins. ; Ins. | Ins, | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. |} Ins. | Ins. | Ins. | Ins, } Ins. 1 | 5-491] 5-478) 5-461) 5-456] 5-437] 5-436] 5-423] 5-428) 5-428] 5-423) 5-411] 5-402) 5-401] 5-391] 5-389] 4374] 5-376] 5°361| 5:349] 5-348) 5°345] 5-328) 5:318] 5-302 | 5-398 2 | 5+295] 5-291! 5-270) 5261) 5:247| 5:247]| 5:25) 5-254) 5253) 5:254) 5-258) 5-257) 5-260) 5-273] 5-278] 5-269] 5-280] 5-270] 5-260] 5*258] 5-251) 5-244] 5-233) 5-220 | 5-260 3 | 5-208) 5-193] 5:176] 5°169| 5:163] 5°152| 5:154] 5-156] 5°157| 5°159] 5°163] 5-165) 5167| 5-189] 5-194] 5-199] 5-205] 5-216] 5:228) 5-236] 5-244] 5-253] 5-263] 5-270 | 5-199 | 4 | 5-283] 5-289) 5-290] 5-297] 5-306) 5:310] 5-320) 5829] 5-339] 5-349] 5-354] 5-364] 5-365] 5:369] 5-367] 5:351| 5-348) 5:340] 5-338) 5:331| 5-328) 5-329] 5-309] 5-297 | 5-329 5 | 5:274| 5-262) 5-245] 5-230) 5-223) 5-208] 5+198| 5-192] 5-178] 5°177| 5:172| 5-159) 5-151! 5-147] 5-133] 5-120] 5-108) 5*101| 5-084] 5-068] 5-027] 5-044] 5-037) 5-026 | 5-148 6 | 5:023| 5-017) 5-019] 5022] 5-020] 5-019] 5:037| 5-053] 5-061] 5-074] 5-077] 5-094] 5+101| 5-123] 5*140] 5-159] 5-172) 5-175] 5-202) 5:220] 5-235] 5-249] 5-255) 5-264 | 5-117 7 | 5*268) 5:273| 5-284] 5-293) 5-295] 5309] 5-326| 5-348} 5:371| 5:393| 5-404: 5-418) 6-429) 5-444] 5-451 5-455] 5:459| 5:466] 5-472) 5-489] 5-497) 5-506] 5:505| 5-503 | 5-402 | 8 | 5-505] 5-498) 5-497] 5:496] 5-498) 5:500] 5-508) 5-506] 5°502| 5:501| 5:502| 5-498) 5-488] 5-484] 5-468, 5-455) 5-447] 5-438) 5-429) 5-413] 5-406] 5-384] 5-364] 5-345 | 5-464 9 | 5318] 5:309| 5:294] 5:277] 5:269| 5-250] 5-244) 5-238! 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5-339] 5-345] 5-353] 5-360) 5:363] 5°364] 5-382) 5:377| 5-394] 5-408] 5-413] 5:318 26 | 5-414] 5:429| 5-419) 5°417] 5-417] 5-420) 5:428) 5:437| 5:451| 5:463| 5:468) 5°4750 5-490) 5-493] 5-501) 5-495] 5:502] 5-502! 5-503) 5-515] 5:516| 5:519| 5-515] 5:510.1 5-470 27 | 5:513] 5513) 5:499| 5:504| 5-497] 5°507| 5°13) 5°526| 5532) 5-584) 5:580) 5-524] 5-522) 5-514| 5-506) 5-481 5-469] 5-458] 5-446] 5-450) 5:435| 5-429) 5-397] 5-360 | 5-486 28 | 5:328] 5-298) 5°800] 5*260| 5:277| 5:274| 5263) 4-263] 5-281) 5-288) 5-308, 5-334] 5-336] 5351) 5353) 5:354] 5:349] 5:362| 5-372) 5383) 5:381| 5-386] 5:399] 5-394 | 5-329 29° | 5°394| 5401) 5:396| 5-402] 5-413] 5-424) 5-436) 5:437| 5-464) 5-473) 5-479) 5-497] 5-509] 5-502] 5-506) 5:507| 5:509] 5:513] 5°522| 5529] 5-584] 5-586) 5-543] 5-540 | 5-478 30 | 5°541| 5°537| 5-531) 5°529| 5535] 5:538) 5539] 5548] 5:561! 5574 5°582) 5-589) 5-595] 5-609] 5:611| 5-609] 5°611| 5616] 5°617| 5°633| 5-645] 5°643) 5-649] 5-650 | 5-587 81 | 5°656] 5°654| 5°649] 5°648] 5:649] 5°657| 5°660) 5:669] 5-676] 5:679] 5°684! 5-690} 5-693) 5-698) 5-696] 5°700] 5699] 5°702| 5°705| 5:711| 5:713] 5-712] 5-709| 5°707 | 5-684 Man. | 5°256] 5-252) 5247) 5:24! 5-243) 5:245| 5-249| 5-255) 5:261| 5-267] 5271) 5-276] 5-279) 5:283| 5-283) 5:280| 5-281] 5-277) 6:277| 5-280| 8-278) 5:276| 5-273) 5-268 | 5-267 ESE | TS a —/- | BEN NEVIS OBSERVATORY. 83 BAROMETER. ReEbDucep To 32°. 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. SEPTEMBER 1889. Mid- night. aieani 1 3) 3 4 5 6 7 G} i} 9) SIO wat Ins. | Ins. | (ns. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. ] Ins. 5*708| 5*701| 5°697| 5-694) 5-701) 5-702) 5°704| 5-713) 5-722) 5°724| 5-721) 5°723) 5-715] 5-709} 5-700) 5-701) 5:690) 5-694! 5-696! 5-697) 5-693) 5-691) 5-679] 5°672 | 5°702 5°665| 5:656) 5°648) 5°641| 5°635) 5°639| 5635] 5°625) 5623) 5°612) 5611) 5°611] 5-618] 5-608) 5:604| 5-583) 5:577| 5576) 5:568) 5:571) 5566) 5-584! 5°571) 5-570 | 5608 5*553| 5°547| 5°562| 5°554) 5°557| 5°569) 5574) 5-572) 5-568) 5°578) 5°588) 5:602) 5-613) 5-618) 5°613) 5°619| 5°627) 5:633) 5-643) 5-647) 5°647| 5-654) 5-661) 5°663 | 5°603 5°663} 5°661) 5°666) 5°666) 5°678| 5°687| 5:690} 5:699) 5:705) 5:708) 5°725) 5°733] 5-737] 5°739) 5°740| 5°733) 5°735) 5°734) 5°742) 5-750, 5°753] 5:756| 5:756| 5°754 | 5°717 LSS LAS ON LGN a7 18) 19) 1 i201) 22228 COND OF WNe Or ~ Or _ 5:748| 5-751 5-740] 5739) 5-741] 5-750| 5*751) 5*760| 5°766| 5°769] 5-776) 5-779) 5-784) 5-776) 5°774| 5°771| 5°781| 5°787| 5-791) 5-797| 5-797 5°800| 5-796 | 5-770 5'800| 5:803| 5*791| 5°791| 5:791| 5-800) 5-803] 5-813, 5:820| 5°822) 5*832| 5-840} 5-847] 5:842| 5°845| 5-839) 5-829] 5:825| 5-831] 5:836 5-831) 5-825] 5-820| 5-819 | 5821 5°809| 5-800) 5791) 5°778| 5-773) 5°780| 5°777| 5°779| 5774! 5-765] 5°763| 5*754] 5-742] 5-739] 5-703) 5-690) 5-684) 5:675| 5°661| 5-662) 5-649] 5-644) 5°653| 5-628 | 5-728 5616] 5601) 5595) 5°577| 5°376| 5°573) 5°566| 5-567| 5°538| 5°57] 5547| 5539) 5-511 5-493 5-511| 5-493] 5-450) 5-458) 5-468) 5-476| 5-448] 5-454] 5-463 5-447 | 5-522 5:437| 5°419| 5°405! 5-397| 5-393) 5°390| 5-385] 5-390| 5-408) 5:431| 5-452) 5-454] 5-470| 5-483] 5-480) 5-488) 5-485) 5-499) 5-497] 5-500] 5500) 5-504| 5510] 5-510 | 5-454 10 | 5-513) 5:519| 5-511! 5-511] 5:516| 5-510| 5:518| 5°532. 5-557/ 5570| 5°579| 5°590] 5°596| 5-588] 5-570) 5-556) 5-554) 5-565| 5°580| 5-574! 5-565) 5-560| 5549) 5-551 | 5-551 11 | 5°534) 5-533) 5°519) 5-507] 5:512| 5°517| 5-524| 5-533| 5-540) 5°53) 5°555| 5557) 5-544] 5°553| 5°540) 5-545] 5:552| 5:557| 5°564| 5-571) 5-573, 5-583 5°590| 5-604 | 5:548 12 | 5-610} 5-619) 5-629| 5-641| 5-644) 5-660) 5°676| 5°689| 5-707] 5°715| 5-720| 5-716] 5-724 5-729] 5-718) 5°707| 5:707| 5-708 5-713) 5-716) 5-712 5-705] 5-706| 5-699 | 5-690 13 | 5°687| 5°67) 5-662| 5-662| 5°656| 5-660) 5-661| 5°665| 5°669| 5-676) 5°687| 5-693) 5-708 5-718) 5°722) 5-735| 5°742| 5*755| 5764] 5-776| 5-784| 5-793) 5°797| 5-799 | 5-714 14 | 5-802) 5-802) 5-808] 5-808] 5:814| 5-823] 5-833| 5°843| 5-850) 5°852| 5*852] 5-862) 5-867| 5-864) 5-861) 5-862| 5:860| 5°855| 5851| 5-859] 5:861| 5861) 5857| 5-856 | 5°844 15 | 5°857| 5°857| 5*852| 5852! 5:853| 5-855) 5-862| 5-867] 5-876) 6881) 5880) 5-877] 5-875] 5:872| 5°866) 5-866] 5:864| 5°859| 5854) 5-858| 5-847| 5°841| 5-830] 5°819 | 5-859 16 | 5-805] 5-796) 5°784| 5°768| 5-761| 5-762) 5°763| 5*758| 5-755| 5:752| 5-740| 5-722) 5-707| 5-694] 5-689 5-674] 5-650] 5-650| 5°632| 5-626) 5-612| 5-606| 5°589| 5-561 | 5-702 17 | 5°44) 5°532| 5-504) 5-509] 5-490| 5-491) 5-491) 5-489] 5-493) 5-486) 5-499) 5-499] 5-504] 5:514| 5-511) 5-511| 5-511) 5519) 5-580] 5-534] 5:523) 5-528) 5-522] 5-517 | 5-510 18 | 5-511] 5-498) 5-496| 5:473| 5-467| 5-473) 5°456| 5-449] 5-447| 5-436] 5-425] 5-419] 5:386| 5-387] 5371) 5-341| 5-309] 5:297| 5-289] 5-264) 5-240| 5-228) 5-193] 5-174 | 5°376 19 | 5-141] 5-120) 5-087| 5-064! 5-041! 5-030) 5-006! 4-994| 4-965! 4-990] 4-989| 4-9931 4-977! 4-972] 4-960! 4-948] 4-941] 4-931] 4-923] 4-929] 4-918) 4-929] 4-921| 4-915 | 4-987 20 | 4-922) 4-925| 4-903] 4-924] 4-922| 4-923] 4-932| 4-948] 4-961) 4-952) 4-950) 4-948] 4-954) 4-959] 4-962) 4-968) 4-984] 4-993] 5020| 5-007] 5-019| 5-019] 5-025| 5-017 | 4-963 21 | 5-013} 5013) 5-009| 5003) 4-998] 4-998) 4-993) 4-999] 4-995] 4-980| 4-983) 4-973] 4-969] 4-958] 4:960| 4-966] 4-964| 4-971] 4-983] 4-982] 4-990| 4-990| 4-998] 4-998 | 4-987 22 | 5:005| 5°019| 5-014) 5-023) 5-038) 5-048] 5-062| 5:077| 5-093) 5104) 5-111) 5-123) 5-135) 5-139| 5-148) 5-161| 5-169] 5-172) 5-174] 5-188) 5-186) 5-190] 5"195| 5-208 | 5-116 23 | 5:209| 5*201) 5-189] 5-193) 5°194| 5-192| 5-188) 5-193) 5-198) 5-193] 5-191) 5-189] 5-190, 5-183) 5-173) 5-167| 5:169| 5-177) 5172 5°178) 5-181) 5-175] 5179) 5-168 | 5°185 24 | 5*170| 5-165) 5-161| 5-160! 5-152) 5-150) 5-145) 5+157| 5-156) 5-154] 5-143) 5-143) 5-133) 5-112) 5-096) 5-064| 5-057) 5-059] 5-074] 5-095| 5-120] 5142] 5-173 5-197 | 5132 25 | 5224) 5-241) 5-248) 5°276) 5-312) 5:325| 5-342| 5-349] 5-360| 4-353| 5°377| 5398] 5-403 5-405] 5-412) 5-415] 5-433) 5-430) 5-439| 5-446] 5-444] 5-444] 5:447| 5-442 | 5-374 26 | 5*435| 5-428] 5-399] 5:398| 5:379) 5°380| 5:367| 5°358| 5-365] 5:364| 5-369) 5-359] 5:349| 5-352] 5-354! 5-344) 5-337] 5:341| 5°355| 5-357] 5370] 5:377| 5-382) 5-384 | 5:371 27 | 5:378| 5°370| 5358] 5-336) 5°334) 5-330| 5-333) 5330] 5-310| 5808| 5:298| 5-296] 5-277) 5-272] 5-265| 5-262) 5-273] 5:275| 5-279| 5-261) 5-254] 5:234| 5-226) 5-210 | 5-294 28 | 5:213| 5-199] 5-190] 5-182) 5*190) 5-187| 5-190) 5-201) 5-215] 5-227] 5-241 5-239] 5-253) 5-255| 5-255] 5-268) 5-289] 5-292| 5-293| 5-300) 5-310] 5314] 5-324] 5-310 | 5-247 29 | 5:305| 5°309| 5-313] 5315) 5°322) 5-330] 5°352| 5-375) 5374| 5-381| 5-392| 5-391] 5:398) 5379] 5377] 5:°371| 5-357| 5343 5:329| 5-299) 5-279! 5-279] 5:253| 5-245 | 5-336 30 | 5:240| 5°253) 5-263] 5-265) 5-255) 5-275] £-274| 5-272) 5-298] 5-308| 5:295| 5°324] 5-354) 5-349] 5-366] 5°392| 5-410] 5-431] 5-448) 5-460) 5-467| 5-480| 5-477] 5°47 | 5351 Meany] 5°471] 5°467| 5-460] 5-457| 5-456) 5-460| 5°462| 5-466) 5-470] 5-473] 5-476| 7.478] 5-478) 5-475] 5-472) 5-468) 5-466] 5-468) 5-472) 5-474) 5-471| 5-479! 5-479) 5-467 | 5-469 BAROMETER. MRepucep To 32°. 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. OCTOBER 1888. Ins. | Ins, | Ins. | Ins. 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4-853] 4-866] 4-873] 4-883 | 4°711 11 | 4°888) 4°891| 4°889) 4:894' 4-904) 4-916} 4-929) 4-942) 4-951) 4-963) 4-974) 4-983] 4-986] 4-991] 4-998) 5-009) 5:020) 5-031) 5-036) 5-036) 5-041) 5:046) 5-052) 5-057 | 4-976 12 | 5-064) 5:066) 5-071) 5-078) 5-086) 5-101) 5-117) 5:129) 5-143) 5°157| 5-163) 5*166} 5-167| 5-166) 5-170) 5-168) 5-170) 5°177| 5°175) 5-180) 5-184) 5-176) 5-180) 5-189 | 5°143 13 | 5°195] 5°193) 5192) 5:193) 5-206) 5-218) 5-236) 5-253) 5-264) 5-276) 5-284) 5-292) 5-301| 5:305| 5°312| 5-323] 5334) 5:343) 5:352) 5361) 5°361| 5-355) 5363] 5:368 | 5-286 14 | 5355) 5°350) 5°349} 5-351) 5-350) 5°346) 5-346] 5-349) 5-350) 5349) 5°343) 5-339} 5:334| 5:326] 5°328) 5°322| 5°320) 5:317| 5°315) 5°301) 5:294) 5*282) 5-274) 5-264 | 5-327 15 | 5:239) 5:228) 5-206) 5-200) 5-190) 5:181| 5-168) 5-167) 5°165) 5°14) 5-114) 5-096] 5-079) 5:072| 5-084) 5-096) 5-100) 5:108) 5-114) 5-122) 5-125) 5°124) 5-134) 5-131 | 5°141 16 | 5°129) 5°127) 5°126) 5°125) 5-129) 5-137) 5°146) 5°157) 5-162) 5-170) 5°175) 5-180} 5-182) 5°187| 5:190) 5:192| 5-194) 5-201) 5-209) 5*208) 5-205! 5-204) 5-207) 5-217 | 5-173 17 | 5215) 5-218} 5-214) 5-215) 5219) 5-221) 5:227| 5-233) 5-238) 5:243) 5°286) 5-237 5-236) 5-229] 5-221) 5-211) 5-208) 5-199] 5:196) 5-192) 5-182) 5-172) 5-161) 5-154 | 5:212 18 | 5°14) 5°118) 5-101) 5-086) 5-075) 5-054) 5-045) 5-041) 5-025) 5-036} 5-027] 5-032] 5-020) 5:011] 4-999) 4:967| 4-937] 4:940) 4-958) 4-940) 4-925) 4-949) 4-931) 4-948 | 5-012 19 | 4951] 4°934) 4-929) 4-915} 4-916) 4-908) 4-938) 4-942) 4-915) 4-921) 4-915} 4-919} 4-907) 4-903] 4:902) 4:878) 4-891] 4:897| 4-862) 4-886) 4-875) 4-869) 4-882) 4°862 | 4-905 20 | 4860) 4°861) 4-843) 4-849) 4-844) 4-845) 4-849] 4-843) 4-848) 4°869] 4°895] 4-932) 4-933) 4-965] 4-961) 4-977) 4-981] 5-004) 4-996) 5-021) 5-021) 5-042) 5-043) 5-049 | 4-930 0 6 21 | 5:057| 5°058) 5-050} 5-061) 5-065) 5-070) 5-075) 5-090) 5°107| 5-116) 5:123) 5-119] 5-125) 5:140| 5°141) 5-154) 5-160) 5177) 5:186| 5-192) 5-208) 5-214) 5-224) 5-229 | 5-131 1 3 COnn oP wWNr-H 5 5 4 4 | 5 22 | 5288) 5-240} 5-235] 5-251 5-254) 5-263) 5-268) 5:269| 5-281) 5-293] 5°293) 5-305} 5-309] 5:310| 5:317| 5314) 5:318] 5-325] 5-324) 5:329) 5-329) 5-335) 5-330) 5332 | 5°294 23 | 5385) 5°333| 5°339} 5°348| 5°351| 5:358| 5-368) 5°383) 5*391| 5-402) 5°413) 5-421] 5-425] 5-431) 5-433) 5-435) 5-440) 5-450] 5-458) 5°460, 5-469) 5-473) 5-475] 5-482 | 5-411 24 | 5-486) 5-493) 5-487) 5-493) 5-502) 5:509) 5:518) 5°531) 5:548| 5-552) 5°557| 5:567] 5:575| 5581] 5-582) 5584) 5-599) 5-605] 5-616) 5°621) 5-629) 5°631) 5-638) 5:642 | 5-564 25 | 5°641) 5*647| 5-644) 5-651) 5°659) 5-662) 5-667| 5:675| 5-683] 5-690/ 5°696] 5-694] 5-692) 5-692] 5°693) 5:693) 5-699] 5-709) 5-715] 5-715) 5-721) 5-718) 5-720) 5:714 | 5°687 5 5 5 5 4 5 5 26 | 5°718} 5*709} 5°700) 5°699) 5°699| 5-693) 5-688) 5°702! 5*703) 5*700| 5-704] 5-707] 5:701 5695] 5:695| 5°694] 5-696] 5°695| 5°681) 5°677| 5°677| 5°675| 5-670 | 5°695 27 | 5°659) 5°636) 5-632) 5-618) 5°613) 5-603) 5-596 5-596) 5-588) 5:577| 5°566) 5-546) 5-518 28 | 5:395) 5°380| 5°374) 5:368} 5°362) 5°356) 5-355) 5°353) 5-347) 5°335] 5°337| 5321) 5-315 29 | 5:195) 5°183) 5-158} 5-132) 5-130) 5°121) 5*118) 5-114) 5-107} 5-110) 5-089] 5-086} 5-085 30 | 5:032) 5-010) 4-999) 4-977) 4-961) 4-947] 4-926] 4-914] 4-894 4-882) 4-862) 4-842] 4-836 31 | 4°938} 4:955] 4:971) 5-001) 5:023) 5-045) 5-055) 5-063) 5:072} 5-085) 5093) 5-100} 5109 MEAN | 5°19) 5°182) 5:122/ 5:121) 5:122) 5-125) 5-128) 5*132) 5°133| 5-136) 5°186) 5-138} 5-137 ( 7| 5:496| 5:479] 5°470] 5:467| 5:464) 5-452) 5-444! 5-433) 5-424) 5°415 | 5-533 1} 5:291| 5-285) 5°284) 5:279] 5:273) 5:266| 5-251) 5°241) 5-221) 5°206 | 5-312 9| 5:086| 5-088} 5-101 5°108} 5-098} 5-097) 5-090) 5-070) 5:068) 5-047 | 5-107 7| 4:807| 4:838] 4:832] 4-847] 4:851) 4°863) 4-881) 4:887| 4-909} 4:930 | 4-897 *112) 5:109) 5:113) 5-102) 5-099) 5-082) 5:074) 5-050) 5-021) 4-991) 4-938 | 5-050 135] 5°137| 5°136] 5-138] 5-143) 5:143) 5-143) 5-140) 5:136) 5°182) 5-128 | 5-134 Or OvOror 84 BEN NEVIS OBSERVATORY. BAROMETER. ReEpucep To 32°. 4407 reeT ABOVE SEA LEVEL. First FIGURE OMITTED. NOVEMBER 1889. | | 1 2 3 4 5 6 7 | & 9 io) }) ahil 1 |) ate} PES |p aly aly yp alyy PASS alls) |] fo), ah || BA |) | Mean. Ins. | Ins. | Ins. | Ins. 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5-456 5-464) 5-478] 5:492 5-523) 5-534) 5-539) 5-552] 5-556) 5-568] 5:579) 5-579) 5-572) 5-588] 5-597/ 5-605] 5-607) 5-617] 5-636) 5°638| 5-641 | 5-546 | 7 | 5°645) 5°634) 5°629) 5°619' 5°626) 5°627| 5°619 5-622) 5-621) 5°619] 5-627] 5-633] 5°640| 5-649] 5°652| 5-640] 5-662 5-678 5-687) 5-707] 5711) 5-725] 5-729] 5 739 | 5-656 8 | 5°738) 5°739) 5°744) 5°749) 5*752| 5°760| 5°760, 5-764) 5*766} 5-775] 5°760) 5°757] 5-746] 5-722) 5°711| 5°702 5-703) 5°718, 5-717) 5-710) 5-714] 5-715) 5-708] 5-712 | 5-735 9 | 5*712) 5°702) 5-695) 5-694) 5-699) 5-699] 5-699 5-709) 5-729] 5-730) 5*738| 5:738) 5-740| 5-730! 5°717| 5°725| 5-715] 5-718) 5-718) 5-719) 5-715] 5-721] 5°712| 5-718 | 5-716 10 | 5°722) 5-726) 5:734) 5:738' 5-744] 5°746) 5-750) 5:765! 5:778| 5-788] 5°790| 5°79) 5°794] 5-797! 5°787| 5°785| 5°782| 5-781) 5-787] 5:791| 5°785| 5-791) 5-789) 5-797 | 5°72 11 | 5:804) 5°801) 5-801] 5-796] 5-802| 5-806] 5:807| 5-809) 5:812| 5:810) 5:806| 5-804] 5-796] 5-782] 5:76) 5°72) 5-775) 5°75 5-770) 5°757| 5:754| 5-739] 5-722! 5-708 | 5*783 12 | 5:693} 5-678) 5*686) 5°665] 5°658) 5°658| 5°657| 5-646) 5:658] 5-656) 5:653| 5-640) 5°650) 5°647| 5:654| 5:654| 5-660) 5-676) 5-688) 5-695] 5-700) 5-709] 5-708] 5-710 | 5:671 13 | 5:708} 5°701) 5*707| 5-702! 5-702) 5-698] 5-697) 5-697] 5-696] 5:694! 5:690| 5-674] 5-660) 5-650] 5:642! 5-634! 5-627) 5-623) 5-626] 5-614] 5-610] 5595] 5585] 5:576 | 5-659 |. 14 | 5:567) 5°559) 5553) 5549] 5:551) 5-563) 5-569) 5-580) 5-592! 5-596) 5:597| 5:597] 5°591| 5°577| 5°576| 5-580) 5:577| 5°572) 5-571] 5:572| 5°57 1] 5-570) 5-565] 5-553 | 5-573 15 | 5°539) 5:530) 5:520) 5513) 5°514) 5-507| 5-507) 5:503| 5°505] 5-513, 5°509| 5-498} 5-491) 5-482) 5-483] 5-500) 5-492) 5-489) 5-483) 5-491) 5-498) 5-506) 5-529] 5-558 | 5-507 16 9°979} 5°604| 5°627| 5:643) 5°667| 5°692) 5-730 5-752) 5786] 5°813, 5:837| 5-850] 5:867| 5-875] 5-878] 5:878] 5°885) 5889) 5-900| 5-905] 5-907! 5-902) 5:891| 5-888 | 5-802 | 17 _| 5°881) 5-880) 5-878) 5°870) 5-879) 5-876] 5-880, 5-879| 5-880] 5-883] 5:886] 5-892] 5-882] 5-883) 5-883] 5:887| 5-893) 5-904) 5-919) 5-921) 5:927 5-928) 5-926] 5-916 | 5-893 18 | 5916) 5-915) 5-912) 5-906) 5-906) 5-914} 5-917] 5-919] 5-920) 5-926! 5-926) 5-922} 5-911] 5-900) 5:890) 5-888] 5-892) 5-897) 5-903) 5-897| 5-897 5:896| 5-891] 5-884 | 5-906 | 19 | 5°890} 5-886) 5:877| 5-875) 5867 5°857| 5-855! 5-865] 5-869] 5:865| 5:867| 5-858] 5-855! 5°854| 5-849| 5-846] 5-853) 5-856) 5-859] 5-864) 5-869, 5-873) 5-872! 5874 | 5-865 20 | 5°87] 5:882) 5-881) 5:878) 5-884) 5-886] 5-886] 5-891) 5-901] 5-905) 5-905] 5-889] 5-876] 5:862| 5:847| 5°839) 5-829) 5-829] 5-823) 5-803) 5-799) 5°775| 5°757| 5-751 | 5-852 21 | 5°742) 5°733) 5-711) 5°700| 5°685) 5-671) 5°669) 5-653) 5:655] 5-646) 5:658| 5-647] 5-633) 5:613] 5-616] 5-574) 5-586) 5:566| 5551) 5-514] 5-499) 5-494) 5-463] 5-441 | 5-613 22 | 5412) 5:362! 5-362! 5°362| 5-359) 5-407] 5-416) 5-418) 5-429] 5-433) 5-431] 5-427] 5-425] 5-417] 5-400] 5-411) 5-419] 5-422) 5-429) 5-425] 5-441) 5-449) 5-455) 5-462 | 5-415 23 | 5°468) 5:471) 5-478) 5°475) 5:481) 5-491) 5°501| 5-513] 5:529| 5-545] 5:560| 5°555) 5:538) 5-525] 5-526) 5-513] 5-476] 5-455| 5-431] 5-421 5:392) 5:367| 5:352| 5°312 | 5-474 | 24 | 5-270) 5-272) 5-261) 5-213) 5:186) 5-171] 5-146) 5-118) 5:117] 5-085) 5-053] 5-026] 4-984) 4-954] 4-916] 4-880] 4-852) 4-830) 4-809} 4-783] 4-765] 4-744] 4-727] 4-713 | 4:995 25 | 4°697| 4°688) 4-686) 4-684) 4°685) 4-698) 4-714) 4-732) 4-780] 4-806) 4833] 4-841] 4°853] 4-871] 4-884] 4-899] 4-916} 4-920] 4-920) 4-938] 4-939) 4-933] 4-933) 4-917 | 4-824 26 | 4907] 4885} 4°894] 4°865) 4-839] 4-850] 4:842) 4-849] 4-862] 4-894) 4:895| 4-889] 4-893] 4-890] 4-896] 4-905) 4-905] 4-921] 4-920] 4-938] 4-947] 4-986] 4-996] 5-010 | 4-903 27 | 5°021) 5-029) 5-048) 5-038) 5-095] 5-116] 5-143 5-180} 5:216| 5-245] 5:270| 5-289} 5:318| 5:341| 5358) 5-378) 5389! 5-415] 5-421] 5-436] 5-468) 5-483) 5-492) 5-494 | 5-278 | 28 | 5°501) 5:504) 5°505) 5-496] 5-503) 5510) 5:515) 5-524] 5-524) 5-530) 5°530| 5-538) 5:540| 5-546) 5°535) 5°552) 5-557] 5:559) 5-562) 5-561! 5-558! 5-556] 5-554) 5-540 1 5-533 29 | 5°524) 5°519) 5°507| 5:503) 5-493) 5-486] 5-488) 5-485) 5-474] 5-467) 5-455) 5441) 5-424) 5-412] 5-394] 5°387| 5-386] 5°375| 5368] 5-364) 5-360) 5°361) 5°343] 5-343 | 5432 30 | 5°340} 5:334) 5°338) 5°30) 5334] 5:339) 5-341) 5°345) 5:356) 5:356) 5-361) 5°359] 5:381| 5°367| 5-378) 5:379) 5:391| 5:399| 5-415) 5-427) 5-441) 5:457| 5-455) 5-466 | 5-379 |. MEAN | 5*455) 5°450) 5-449) 5-442) 5-449) 5-445 5446) 5:451) 5:459) 5-465) 5-469) 5:466} 5-467] 5:464| 5-462) 5-463) 5-468) 5-472) 5-475! 5-476) 5-479) 5-482) 5-479) 5-477 | 5-463 | BAROMETER. ReEpucED To 32°. 4407 reeT ABOVE SEA LEVEL. FIRST FIGURE OMITTED. DECEMBER 1889. Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | I n. . | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. 1 | 5:472) 5:484) 5-482) 5-486) 5-494) 5-502] 5:513] 5:526) 5-543) 5:559| 5-560) 5: 563) 5°558]| 5°68, 5:573) 5°577| 5:°583) 5:584) 5:592! 5-597) 5-600) 5-600] 5-570) 5569 | 5-548 |. 2 | 5576) 5°574! 5-562) 5-552) 5°560| 5°566) 5°568] 5-573) 5585] 5°593) 5-595] 5-597] 5-592) 5-595! 5-596] 5-593) 5-596) 5-599) 5°607| 5°617| 5°619] 5:635] 5-636) 5°641 | 5-593 |, 3 | 5°645) 5°629} 5°642| 5-648] 5-646) 5°642| 5-636] 5-636] 5°650] 5-661) 5-664 5:659| 5°671) 5:669| 5:667| 5°676| 5:684| 5-694! 5-699] 5-700) 5-698] 5-703) 5695 | 5-666 |. 4 | 5°699} 5°704) 5°704| 5-711) 5°721) 5°725) 5°726| 5-741) 5-750] 5-757] 5-771 5770! 5°775| 5:783] 5°799] 5-798) 5-802) 5:819) 5-831) 5-833) 5:839) 5-852) 5-853 | 5-772 | 5 | 5847) 5°854! 5:860} 5:861) 5°861| 5°863) 5°872| 5-877] 5-886] 5-886) 5°884 5896] 5:887] 5-900] 5:915] 5-912) 5905) 5:907| 5899} 5-900) 5-905) 5-893] 5:888 | 5886 | 6 | 5*879) 5:862) 5-849) 5:832| 5-821] 5°797| 5°76] 5*764| 5:747| 5°715) 5°705] 5°661) 5:621| 5-603) 5-571) 5-551) 5-527] 5°509| 5-479] 5-464) 5-444! 5-450] 5-432! 5-434 | 5-646 7 | 5:421) 5°417| 5°417] 5-421] 5429] 5-437) 5°457 ce 5*486] 5:499] 5:504 5:499] 5:508) 5:503) 5:°506| 5-500} 5501) 5°501| 5:500) 5-495) 5:497| 5-495) 5-494 | 5-478 | 8 | 5481) 5:493) 5-486] 5:467| 5470) 5:471) 5:455] 5-452] 5-430] 5-426) 5:394 5:336] 5°312) 5-288! 5284) 5°275| 5:261) 5-254) 5-244) 5-225) 5-202! 5-195) 5-184 | 5-352 |) 9 | 5:168} 5°146] 5°134] 5-112) 5-091) 5-064) 5-062) 5: ud 5019] 5-014] 4-981] 4-948] 4-918] 4-909) 4-871] 4:858] 4-838] 4:825| 4-803] 4-782) 4-768] 4°744) 4-725) 4-685 | 4-938 | 10 | 4655) 4:628] 4-596] 4-568) 4-554) 4-529) 4-523] 4-527] 4-525] 4:523] 4-520] 4-518] 4-516] 4-515) 4-516] 4-527] 4:538] 4541! 4559] 4-577] 4-588] 4-608) 4-629! 4-647 | 4-559 ) 11 | 4°695) 4°718 4°728) 4-734) 4°755) 4-781) 4-810] 4835) 4-875] 4-900] 4-920] 4-950} 4-971] 4-989] 5-015! 5-027] 5-041] 5-054) 5-070) 5-089} 5-105] 5-117] 5:122) 5:131 | 4-935 |! 12 | 5133) 5°145) 5:145) 5°148) 5°160) 5-150) 5:156) 5-161] 5-153) 5-144) 5-138] 5-116] 5-088) 5-051] 5-018! 5-021) 4:954) 4-937] 4°883) 4-834) 4-831) 4°775] 4-757) 4-755 | 5-027 |, 13 | 4780) 4-786) 4-786} 4°801) 4°823] 4°849] 4:875] 4:905) 4-949] 4-978) 5-012 5:066] 5°100) 5-130) 5°168) 5-190) 5-225 5:259) 5:286| 5:314| 5°339) 5364! 5°383 | 5-059 14 | 5°391) 5:407| 5:422) 5-432) 5-445) 5°454) 5-448) 5-465) 5-475) 5-467] 5-463] 5: 5:447| 5-428) 5:436| 5-414! 5-420) 5-419) 5:417| 5-427) 5-448) 5-456] 5-493) 5-525 | 5-444 | 15 | 5°21) 5:554) 5°567| 5°584) 5:592! 5°601) 5°612) 5-628) 5-640} 5°650) 5-656] 5-656] 5-634] 5-600) 5-596) 5:52) 5-563] 5°566) 5542) 5-528) 5-499] 5-460) 5:447| 5:437 | 5:571 | 16 | 5°421) 5:448) 5°461) 5°475) 5:492) 5°495) 5-509) 5-529) 5:560) 5°570) 5-574) 5590) 5-597] 5-604) 5:604| 5:605) 5:600| 5°595) 5:584) 5-565) 5:522) 5-489) 5-469] 5:458 | 5-534 |) 17 | 5°427| 5:409) 5°397| 5°382) 5-401] 5:403] 5°427| 5:444! 5-464! 5-481) 5-489 5°48 5-476] 5:476] 5-484) 5-484) 5-472) 5:481! 5°479) 5:473) 5:453) 5-412) 5-420) 5:381 | 5446 18 | 5°317| 5-286) 5-271) 5:240) 5:217| 5°167| 5:140) 5-103) 5-075) 5-053) 5-096) 5-146] 5-189] 5-250) 5-308) 5:329] 5°357| 5°382) 5-410) 5-409] 5-424) 5-412) 5378) 5°370 | 5-264 19 | 5°327) 5°305) 5253) 5°177| 5°175) 5°147| 5°157| 5°175] 5:202) 5183) 5-169 5-160 5144] 5-113) 5-080) 5-053] 5:028) 5-006] 4-993) 4-978] 4-949] 4-930] 4-933] 4:918 1 5-106 || 20 | 4904) 4-903) 4:907] 4-908) 4-892! 4-900) 4:890} 4-894) 4-882) 4-886) 4-862] 4-847] 4-825] 4-815] 4-799] 4:783] 4786] 4°787| 4°784) 4-792) 4-800] 4-804] 4-805] 4°800 | 4-844 21 | 4'803] 4°816) 4°827| 4°823) 4°825) 4°835] 4°841| 4°849] 4-858] 4°878) 4-901 4-936] 4:954/ 4-969] 4-968] 4:966) 4:977| 4977] 4-980] 4-964] 4-949) 4-913) 4-875 | 4-900 || 22 | 4:837| 4:821] 4°812| 4-812) 4-787) 4°782) 4°773] 4°787| 4-797| 4:818] 4-831 4-848] 4-863) 4:881| 4-906] 4-921] 4-942] 4-966) 4-988] 5:021] 5-040] 5-072) 5100 | 4885 |i 23 | 5°110) 5°138} 5158) 5167) 5°170| 5-176] 5°193] 5°204) 5°212) 5-207) 5-185 5°159| 5:164; 5:148) 5-133) 5-095) 5-088} 5-086) 5-060) 5-053) 5-027) 4-995) 4-970 } 5-128 | 24 | 4:954) 4-922) 4-913) 4-884) 4-890] 4-890] 4-889] 4-914) 4-936) 4-954! 4-982) 5-020} 5-034] 5-068) 5-097] 5-143) 5°169| 5:203) 5-237) 5-280) 5:323) 5°370| 5:404] 54409 5-080} — 25 | 5:460) 5-488) 5°525) 5:532) 5-548) 5:550) 5:551) 5-563) 5-567) 5572! 5-552) 5-559) 5-534] 5-550) 5:558) 5581] 5°577| 5°584| 5-599) 5-596) 5:592) 5°607| 5-606] 5621 7 5-561 | 26 | 5°608) 5:603) 5°611| 5°618) 5°603} 5°614| 5:624) 5-632) 5-673) 5-706] 5-710) 5-724] 5-712) 5-709) 5-780) 5-742) 5°754| 5°764) 5°75] 5-791 5-800) 5-790) 5:76) 5°778 | 5-702 | 27 | 5°760) 5°758) 5-748) 5°743) 5°727| 5-729) 5-728) 5°728) 5-726) 5-722) 5-720) 5-708} 5-698) 5-688] 5-695] 5683) 5682) 5°663) 5°649) 5-668) 5:664! 5:645) 5-624 5:621 | 5-699 | 28 | 5°579| 5584) 5°584] 5-571) 5:558) 5°553) 5-540) 5-526) 5-520) 5-510) 5-485] 5-484) 5-466] 5-453) 5-446] 5:441| 5-428) 5-426) 5-424) 5-430] 5-434) 5-434) 5-437) 5°441 7 5-490] 29 | 5°439| 5°442! 5-456) 5-465) 5:473) 5-487] 5°514) 5-527] 5-543) 5-560] 5-569) 5-569} 5:587| 5-599) 5-601) 5°618) 5625) 5°635) 5°638) 5°654) 5-654) 5°657) 5-656] 5°638 | 5-567 30 | 5°623) 5-625) 5°622) 5-621) 5-609) 5:599! 5-595] 5-587] 5-581) 5-579] 5-567] 5:535) 5-524) 5-505) 5-475] 5-487] 5-472) 5:455] 5-438) 5:447| 5-438) 5-420] 5-412) 5-384 | 5°525 81 | 5°385| 5°361| 5°345) 5°327| 5:301| 5°294| 5:271) 5-256) 5-254) 5-253) 5-230] 5-216] 5-211] 5-202) 5-240) 5-270} 5:271| 5:289) 5:309! 5°333) 5:355] 5°386) 5:408) 5-428 | 5-300 MEAN) 5333) 5°333) 5°331| 5°326| 5:325| 5°324| 5°327] 5-333) 5:341| 5-345] 5-345] 5:345] 5:339| 5°339 5-341] 5-346] 5:°342/ 5:344] 5:346 5349) 5349] 5°345) 5:343) 5°340 | 5339 85 BEN NEVIS OBSERVATORY. Dry AnD Wet BuLss. JANUARY 1889. TEMPERATURE. LI. N CO S Op Sakis Sige Gieles Rel hepiwetiecie hentia hlemher AM IODAND ABWHWSOO ODAMOM OMIHANNA HHADD HOHWDGIG HOAMAR OOKRHO OAOUA AANDSR ARAAA ARAAA RRSAR AASRA IWHDSOO HOOMH HOHNAD OCOnMD DAHAN SAQASaA NANANN ANNAN ANMAN Wooo 6000 | SOASSA AOAAS DMONS NOGOAN DOMONH BWMOOO HOROnM HOMND ODOmRHRmR ANNAN SRASBRA NGINANN ANNAN ANNONA Aoo60 6000 ol ier 18x On OL, 1S ie sy CE ene Awe RP lee a ee eed ee Sele area ah moe ne eeabaeine WMWODWD HOMWONM HONGO OMORHR ANNAN AANRaAaN ANNANN ANAAN ANMNN Nao 6060 Sr ere aie mrs PareLiceaery mia, (bebilachan Man herG Cerise legume ek eee eee, HO OOD HOMMN ODHHNO BwRORHD QHoOAN QANANADAN ANAND ANNAN ANMAN N09 oD 60 OD 6 ae ire eae ec CTS ee EAM HIN 0M HOM OORON HHOHO BmoOMDSO HAonoany IWRSSG OANLDOA ANHSH RiBDom HOUXAA BARSSA ANNAN ANSRA NASR ASAag IDBOOD ONNON HANDHADO wWINDDD HORAN ANNMDMAN NAANAN ANGAN ANOAN WN 69 09 09 3 60.00 AMMA Nos HOD SHI 69.60 mt AoA GIGS 27°4 27°3 2 1 3 2 3 3 27°6 27°2 0 19 SD AHO I 60 08 (© S19 196 - = © 8 ew 27°7 = 27°4 Rea NA roo NI 6D 0D ADANNY 27°5 274 2 1 3 3 3 3 27°2 27:2 eknnas A 69 69 60 oD “Te 8 Te 3 0 2 5 0 7 27°6 27:5) 27°6 27°5 OOo Nr 69 63 60 65 5 9 0 0 8 5 27°5 27 ttm |i ne ee |seecse SADMS1®.9 BaAHO9O HHHOO trROAIM OOS ONNOM ANKHK Hoon SOA BARKSA ANGAN ANSAN SSSRR Seer Leora SAMSH FHHAHOO HHOWwO tT sHO0019 sH BSANSPLONM Oe S FAHOON BRHOOM COllNcdo RRBOSG ANNSOAN ADKAR DOSS HoMAM BARRA NAANNA ANTAN ANDAN RASH oo Fi a SN iery OL UREN Tele eee 0 Aw UR lene” OheiS annals Ath egn Siak eae eae 19 OD OO1D HBAMON WORK Woo IQ Dwocr ANNAN ANANN ANHRAN Notes al A169 09 03 CD oF SSK SN Ste KSPR MED eA TA HG Reh Ieee Suche Mire nite alles eign Ehennamine ny atins S2eSEMNSwo N SOoHOON NK DHAMDAGD A ONOr4m~oD an A2WVSSoaN AAAMANG A a2 -SOooNn Ww AHaaad aA Se tee rere Sonate salon Seca estes ee cee " | ERESES DEVON Stren eeges ragee WONMIA WONHSO RANHA. oma BAARAA ARARN RARRAI NARAR Tas AAOAN es Mean, SHG OD DI~ WEP Od MOMMA wWOHHO DOMaHA OO 4 1190 00 6D ANADNA ANGAAN ANNAN ANDAN AMO CD NA ACOA AI 6D SRVRAGSS QODHAH ANAHOH OHNGSH DOANS ROOMBA NOOIAGD ANAAN AANAN NGAANN Ncdcoac THOONAa Midnight eR ie a Se one er BA ete eat ensanuelirelsvew SS LST Ae O Ewe Dane a eee NADH WOW SHiGQaS DANGHO DOAUH DHROMOR BAADAA ANRAN RSRRS RANSS SBSRB ANG AAA | SronNom ASSAYS ANADH DHOOM ANSCOS MHAMNWOO ENDO DOWN SHOGS HANGS ODKANAS DHOMOA ANNONA NANAN AANA AANA Qoaae AAO AG Non WIL AOMNS SOA- 1S ONAL © Sto +H AAUANROS ENRARS RHSRS SMAgeo OAanre ABAALS EN WHO Oh OMG O191GS CANAS SOLAN OaUABO QANADAN AANANAN TANNA AGDAAN As000 TAA ACS ESNDWADMDH MOHODMIRD WOR910nH ONMHO HANNO AWDONHS HAO r10000 N59 000059 HORIDIDH ONMHDO WHANOH AWONAHS QANAAN ANNAN AANND AMAAN Naodac AN OAN co PANDIAN ANNAN NAAN ANMDANN Noccc TAN CAA GD : nw a tS i) . © N 26°7 26°5 | 26-8 266 ike Seoryren AASMS BOBHS MMOMO HNORS HHAkonrn4 BOAR OOHOR GROW GHOMA MUNOD QaouHa ANANDA ANAAT ARAN AOAAN Gosdmc TAA Ales SEN IIS GOR SU STE IT NAR TINIE Rha BE Lbs kh ot Prema FS aS lak tala my Sai ol oe BODO ADDIS MID ADH PORIQHH Onoma IDHNOD DiWOnte EQ aoh MHAOMM THROWS KSOKMS DAUMA AMROSHA AWWA ANNA AAANG AOA Gidccd HAGA alas 7 ROM ONM MAOH WHROWOS RORMOS BAUHA OnOOHA ANNDON ANNAN AHAND AGANG Acree GAN AalaS 26:7 26-4| 26-9 26:6 MSASh AHAWHD NHROYS RQQOH SAHA SOUS mm ANDO ANNAN AAAI ANAAG NGG000G) TAO AAO co} onl BHOOHOM AHAH1D ADIGHO ROOMH OHHHA Aoooreow ANAMAN ANNAN NANA ANNA Nooo MANOA AN OD Saasen SAD WOOMS WHAOMS ONNHNAN HOnDDoO QAANDON ANNAN NANNGD ANNNANG ANmMMG AAG HOMOSK cod BON QSORMS ROADS KHANNA HONORS aN aa NAAONNA CD We 24 26 31 3 2 2 2! 2 2 2 2 2 2 2 3 2 2 3 2 3 2 3 3 3 3 8 2 9 4 7 4 5 3 0 7 6 7 0 2 0 2 9 0 2 2 8 0 7 1 2 5 1 0 5 0 5 Dry 24 30 0 7 3 2 9 6 2 3 10 7 3 0 7 6 2 3 0 7 5 2 1 2 3 9 2 0 7 6 SPP ONE-MMD OBOMH HRONAKHA QRHOON MROONMOD XK DADON H SES EOOMS WAINTNAN MONK oON ANARAA AAN NS NANNONG Nome NAAN NG EPOPOD HASTHO ASSdH SPOAIN AGONON Boone ipa The G9GIOCO™M cH ~MO b-COCO OD ROMAN MAAN rwO “As MAI NANAAA aAaAnaASs AAs AMMO Aron ac > 13 3 25°4 9 26:0 | 26 9 30°9 1 oO Dr ° 95 30 | EO PSOON WD'IDDOSD NORBSWO WSOHMS COHOH ONORMO ANNOAOA ANNAN ANAANG ANNA Nad ANC rN cD HHODOM MMADIDG MOONS BHOMOS OHARA aaaess a BET 27°38 27°2|27°0 26-9 eo i=) | AN Hig corcom ‘| Mtran| 27-6 97-4 ROY. SOC. TRANS. EDIN.—VOL. XLII. FEBRUARY 1889. 10 BEN NEVIS OBSERVATORY. Dry AND WET BULBs. Onion Saanaan OANA sig ier) eae = eel ere 7 es ee Set cea centre) P19 HOO IS rier Fier! SO H SH =] Q 23 22 21 00 40015 AnnAIGN 0}1 0 7 1 0 0 20 2 1 2 2 21:3 21:2) ONS Gm ADANA 8 | 20 2 | 20 1 2 2 8 19 1 1 2 2 19 19 7 0, 2 et 2 2 0 9 4 Rat wifes es. Le 20 MON 019 91019 415 AAA mtr OI Hd S10 416 HOON AAONS eo} ANMAN musi) ielmceire oO OO ISN GI scineiate pein Te. IDO NH Pra co aint QNANTN we OM™ALDOD Aanwow NnAANr MmoHOTN A160 & Oc AM CO SO Hid 1d 6D G2 i oD 19 18 OPO DOD AnATA NASM ONQOON Cicer Hee set teen 1G CO 4 o> OD ATANTN 16 AQ we 4 CO SH NAAN EPIMIRSO Sx ACD CD mt LS TH QAAANAN 14 TEMPERATURE. 86 ANnAnA ~~ Sannon FARARA pooood mOOaQIOa QAnRAAN IwDoOoN NACA ION O9 Hig ANNAAN 21°2 |. 21:2 21°1 | 20°8 20°8 | 21°1 20°8 | 21:0 20°7 | 20-8 20°6 | 21:0 20:8 | 21:0 20°9 | 21:2 21-1 | 21:5 21:4] 21°6 21°6 | 21:9 21:8 et.|Dr 30 13 2271 22°] | 22°1 22°1 | 21°9 21°8 | 21°5 21:5} 2191 21-1] 21:1 21:0} 21 WwW 55 1 16 1 23 MEAN| 21°4 9 30 1 2 1 2 y. 15 3 9 b) 2 0 1 9 8 eae lly se. PANO Hid Oraon WOHAOAMS OOO oOnMnos Pie Ba ei test 1 | 21:2 21:0 | 21:3 211 | 21:2 21°0 4 21-2] 21:5 21:2 | 21°4 21 MMA 62S AG ABDANN OoOMONS ANAQre BEN NEVIS OBSERVATORY. 87 TEMPERATURE. Dry AND WET BULBS. MARCH 1889. 1 2 3 4 5 6 7 8 9 10 11 12 For Day. Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet. Dry. Wet.|Dry. Wet.|/Dry. Wet.| Max. Min. 13°8 13°8| 14:0 14:0] 14:1 14°71] 14°6 14:6] 15:0 15:0] 15:0 15:0 | 14°6 14°6/ 15:0 15:0} 15:3 15°3| 15:3 15°2] 16:1 16:0/16°5 16°5]16°5 13:0 131 13:0} 13°3 13°6 | 18:4 13-4] 13°2 13:2] 12°4 12°8)11°7 11°8/11°5 11:1] 11°9 11:3} 12°5 12:1] 12:9 12°5 | 12-2 12:9) 13:2 13°4]13°4 11:2 12:0 12:0} 11:9 11:9} 11°6 11:9) 12°1 12:0} 12°2 12:2) 11:7 11:9} 10°£ 10°6 | 11-1 21-2} 12°7 130/129 13°2]13°3 13-8 | 13:3 13°7]14°3 10-4 10°6 10°9} 10:4 10°8} 10°3 10-5] 10-1 10:1] 1071 10:1 | 10°3 10°5/ 10:0 10°0| 10°2 20°5} 11:2 11-7} 12-0 12°5|12°8 13:0) 13-9 14:2]14-9 10:0 13°1 13:1] 13:4 18:4] 13°5 13:7] 14:0 14:0] 14:2 14:2] 14:8 14:8} 14:2 14-2) 14:1 34°1 | 15-2 15°2/ 16:0 16°0| 16°8 16°8|17°6 17-6] 23°3 13:1 23°2 23:2} 23°3 23°3 | 23°1 23-1 | 23-1 23-1 | 23:2 23-2 | 23°1 23:1 | 23:1 23-0 | 23°3 23:2 | 28°9 23-9 | 24:3 24:3 | 24°8 24-8 | 24:4 24:4] 24:8 21°6 22:2 22°2| 21:3 21:4 | 21°6 21-6 | 21°6 21°6 | 22°3 22°3 | 22°8 22°8| 22:5 22°5 | 23:1 23:1 | 23°7 23°8 | 23°8 23°8 | 24:2 24:3 | 24:7 24:9] 26:0 21°3 |: 21:2 21:2) 21:1 21:2/ 19:8 19:9 | 20-1 20°1 | 20:1 20-1 | 21:0 21:0 | 20°8 20°8| 21°8 21°9 | 22:2 22:3 | 22°6. 22°8 | 23:3 23°5 | 23°9 24:1] 24:0 19°8 21:4 21°4 | 21-1 21:1 | 20°8 20°8 | 21:1 21°1 | 21:2 21:2 | 20:9 20-9 | 20°3 20:3 | 20:2 20:2 | 20°3 20°3 | 20°9 20-9 | 21:3 21-3 | 20°8 20-8] 21-4 19-1 10 | 20°1 2071 | 21°1 21°1 | 21:0 21:0 | 20°9 20-9 | 20-1 20:1 | 20:2 20:2 | 20°5 20°5 | 20°2 20:2) 21-1 21:1 | 22-1 22-1 | 22:4 22-4 | 22-1 22°14 23-2 17-4 11 |17:2 17:1] 16°8 16:7 | 16:5 16:7) 17:1 17:1|17°3 17°6/17°8 17:9) 17°3 17°5|17°8 17:9) 18-2 18:3)18-1 18-2] 18-3 19:0] 19-8 19:0] 29°9 16°5 12 | 380°2 30:2 | 30°8 30°8 | 30:7 30:7 | 31:0 31-0 | 30°8 30°8 | 31°3 31°3 | 82:0 32:0 | 32°1 32°1 | 32:6 32:2 | 32°8 32°3 | 33:0 33°0 | 33:0 33:1]35:0 30-2 13 | 30°0 30:0 | 30-4 30°4 | 30°2 30:2 | 28:9 28-9 | 29:0 29-0 | 29:0 29:0 | 29:0 29-0 | 29:3 29°3 | 29°3 29-3 | 29-0 29:0 | 29:0 29°0 | 29°4 29:4] 80:4 25-2 14 | 27-2 27:2 | 27°8 27:8 | 27:0 27:0 | 27:6 27°6 | 29°8 29°8 | 29°9 29°9 | 31:2 31:2] 3811 31:1) 31°9 31-9) 32-2 32:2) 32-7 32:2 | 382°8 32:2)33-0 27:0 15 | 31°8 31°8| 31-9 31°9| 31°8 31°8 | 31°8 31°8| 31°6 31°6 | 31:3 31:3 | 31:2 31:2 | 31:0 31°0| 31:0 31:0] 31-1 3171] 310 31:0 | 31°3 31:6] 31:9 28-4 16 | 29:2 29:2) 30°3 30:3 | 31:0 31:0 | 32:2 32:0 | 32:0 32:0 | 82°2 32:2 | 32:2 32:2 | 31:3 31:2) 29°7 29:9 | 29:7 29-9) 30°4 30°6 | 29:2 29:2} 32-2 25:9 17 | 26°8 26°8 | 27°4 27-4 | 27-9 27-9] 29-1 29-1 | 29:2 29-1 | 30:0 30°0/ 31:0 31:0 | 31:2 31°1] 81°6 31:3] 31-9 31-9} 32°0 32:0 | 32:0 32:0] 32-0 26:8 18 | 29:3 29°3 | 29:0 29-0 | 28°5 28:7 | 28-0 28-1 | 28:0 28:0 | 27-1 27:2| 26:9 27-0 | 27-8 27:9} 28°0 28:0 | 28°5 28°5 | 28°5 28°6 | 28-1 28°1]29°3 24:2 19 | 24°] 24:3 | 25°2 25-2 | 24:4 24:4] 24-6 24-7 | 24-5 24:5 | 24:7 24°7 | 24:8 24-8 | 24-7 24-7 | 24-7 24-7 | 24-6 24-7 | 24-4 24:5 | 24:0 24:2] 25-2 23-9 20 | 23°8 28°8 | 23-0 23:0 | 23:0 23:0 | 23:0 23:0 | 23:0 23-0 | 23:2 23:2 | 22:7 22°7 | 22:8 22°8 | 22:1 22°11 20°9 21:0 | 20:4 20-4 | 20:0 20:0} 23°83 13:1 21 | 13°5 13°5|18°3 13°3] 13-0 18:0] 12-4 12:4] 12:2 12:2|12°2 12-2) 12:0 12:0] 12:9 12°9|13°6 13:5] 18°6 18°6) 13-2 14:0|14:2 14:7 ].20°0 12:0 22 | 20:0 20-0} 21°8 21°7 | 22:9 22°8 | 24:1 24:0 | 24:8 24:8 | 25:0 25:0 | 25°5 25:5 | 25:9 25:9 | 26:5 26°5 | 26°8 26°8 | 27:0 27:0 | 26:3 26:3] 28-4 20-0 23 | 26°7 26°7 | 27-1 27-1 | 27:1 27°1| 27-1 27-1 | 27-9 27:9 | 281 28-1 | 28:8 28:8) 30:0 30°0 | 31:0 31:0] 31°9 31-9 | 32°0 32:0 | 82:7 32:°2}36°0 26-7 24 | 35°38 35°38 | 35°2 35°2| 36°5 36°5 | 35°7 35:7 | 36°38 36°3 | 36:2 36:2 | 35°7 35°7 | 35°9 35°9 | 361 36:1 | 36-7 36°7 | 37:0 37:0 | 37-2 37:2] 38:1 35°2 25 | 35°9 35:9) 85°3 35°6 | 35:0 35:0 | 31:4 32:3 | 29°6 29°7 | 29:0 29-0 | 28:4 28:4 | 28°8 28°8 | 28:0 28:1 | 27°8 27°8 | 28°3 28°3 | 282 28-2] 385°9 21°6 26 | 20°3 20°3 | 20°3 20°3 | 20°2 20:2] 19:3 19:3] 19-0 19:0 | 18:8 18°9| 18:7 18:8) 18°6 18°7 | 19°1 19°2} 19-9 19:9 | 20:0 20:0} 19°8 19:8] 20°3 14:8 27 |14:0 14:1} 2071 16:1] 20°9 16:3 | 21-7 16:9 | 23°1 18-4 | 245 18-2 | 25:1 17-8 | 26:0 18°8 | 28°5 2271 | 31-1 22°8 | 38-1 24-2 | 30°8 21-4] 33-1 14:0 28 | 25°4 25°83 | 27-1 27-1 | 29°7 29-7 | 28°3 28:3 | 80°1 30:1 | 30:2 380°2| 82°2 32:1 | 34:6 34:5 | 37°5 37°5 | 88°8 38-7 | 88°5 38°5 | 39:0 39:0] 40-7: 25-4 29 | 35°8 35°8 | 341 34:1 | 33°9 33-9 | 32°38 32°83] 32:9 32:9 | 32°8 32°8| 32°3 32:3 | 32°] 32:2 | 31:8 32:2) 32:1 32:2 | 32:2 32:2 | 32:3 32:3] 36-9 31:8 30 | 34°8 34:8 | 34°7 34:7 | 33°7 33°7 | 33:0 33:0 | 32°9 32:9 | 32°3 382°3 | 82:7 32°7 | 82:2 32:2 | 32:0 32:2] 381-0 32:2 | 29°5 29:8 | 29:8 30:0] 34°8 26-0 31 | 26:0 26:0 | 25°7 25°8 | 26:0 26:0 | 25:1 25:1 | 25°3 25:3 | 25:0 25°0| 25:6 25:7 | 25:8 25:8 | 26°6 26°6| 27:5 27:5 | 28-0 28:0 | 28:2 28:2) 29°1 25:0 | MEAN] 23°5 23:5 | 23°8 23°7 | 23:8 23°7 | 23-7 23°6 | 23:9 23:7 | 23°9 23°8 | 24:0 23-7 | 24°3 24:0 | 24:8 24:6 | 25-1 24:9 25°3 25:2 | 25:4 25:2 207 21-0 COONS OH COLr 13 14 i | 46 ot 18 19 20 21 22 23 | Midnight.| Mean, ie 2 3 4 5 6 7 8 9 Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet:|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet.JDry. Wet. 161 16*1 | 16-2 16:1] 15-7 15°7|15°9 15:°9]16-0 16:0] 15:3 15:3] 15:2 15-2) 15-2 15°2| 15:1 15-1] 14*3 14:3] 13:0 13:0/13:4 13°3]15:°0 15-0 12°8 138°3 | 12:9 18:2 | 13:2 13-7 | 12°2 12°9/ 12:0 12:2) 11:2 11:3} 11°9 11:9) 12°1 12°1 | 12°1 12:1) 12-1 12:1) 12:2 12°2) 12:1 12:2]12°4 12:5 14:3 14°9/ 14-1 14:2] 14:1 14:2] 13-2 13:4] 131 13:2] 13-0 13-0] 12°8 12:9] 12:4 12-7 | 11:8 12:1} 11:4 11-8] 11:0 11:1] 10-8 11:0] 12°4 12°6 14-4 144/149 15:0) 14:4 14:8] 13-9 14:2]12°6 13°0| 12:4 12-7 | 12-2 12-2] 11°6 12°0/10°6 10°8/11°6 11°8] 12-0 12:0) 13:1 13:1] 11:9 1271 AS11871 | 213 21°3 | 22-1 22-1 | 22-1 22°0 | 22:0 22:0] 21:9 21°9 | 21-4 21-4 | 22°1 22:71 | 22°3 22:3 | 22-9 22-9 | 23:2 23:2) 23:3 23:3]118°3 18:3 24°2 24°2| 23°5 23°7 | 24°1 24-1 | 23°3 23:8 | 22°6 22-8 | 22°3 22:3 | 22°1 22-1 | 22°1 22:1 | 22:1 22:1 | 22°9 22:9] 22:5 22-7 | 21°6 21:7} 23:2 23-2 26°0 2671 | 24°5 24:9 | 24:1 24:5 | 23-4 23°8 | 23°1 23°1 | 22°38 22°3 | 21°9 21:9 | 22°1 22:1 | 22°2 22-2 |-22°3 22°3 }.22°2 22:2 | 21:3 21:°5]22°9 23-0 24:0 24:2 | 28°7 23°7 | 22°6 22°7 | 22°2 22:2 | 23:2 23:5 | 22-1. 22-1 | 22:2 22:2) 22-1 22-1 0 21:0 | 21:2 21:2]21°9 22:0 21:2 21:2} 20:9 20:9) 20:3 20°3 | 20:8 20°8 | 20°1 20:1 | 20-7 20°7 | 21°1 21:1 | 20°6 20°6 | 21:0 21:0 | 20°71 20-1] 19-1 19:1] 19-2 19:2] 20°6 20°6 10 | 23°2 23:2) 21:9 21-9] 21-1 21:1) 21:9 21:9) 20:0 20-0 | 20:2 20-2 | 20:9 20:9] 20-0 20:0 | 19:0 19:0} 19-9 19:9] 18:7 18°7| 17:4 17:4] 20°7 20-7 11 | 21-3 19:0 | 22:0 21-0 | 22:9 22:1 | 22-0 22:0 | 22:0 22°1 | 21-1 21-1 | 24:1 24-1 | 25°0 25:0 | 261 26:1 | 27:7 27:7 | 29:1 29:1 | 29:9 29-9] 21-1 20-9 12 | 82°9 32°9 | 32:9 32:9] 33:0 33-0 | 33:1 33:1 | 33:0 33-0 | 83°1 38:1 | 33:8 33:8 | 34:1 34:1| 35:0 35:0 | 35:0 35:0} 34:0 34:0 | 32:0 32:0] 32°6 32-6 13 | 28-9 28-9 | 28:6 28:6 | 28:0 28:0 | 27-0 27:1 | 26°3 26:6 | 26:4 26°5| 26:0 26-0 | 25°5 25°5 | 25°2 25-3] 25:4 25:6 | 25:4 25:7 | 26-0 26:0] 28:0 28-0 14 | 33-0 33°0 | 33:0 33:0 | 32:7 32:7 | 32°3 32:3 | 32°3 32°8| 32:0 32-1 | 31:3 32:0 | 31:0 31:0 | 31:0 31:0] 31:0 31:0 | 31:1 31:1 | 31:2 31:2] 31-0 31-0 15 | 3813 31°8/ 311 31:3] 31:5 31:5 | 31-7 31:7 | 31°8 31-8 | 300 30:1 | 29-2 29-2 | 28-4 28-4 | 28°8 28-8 | 29:0 29°0 | 29:2 29:2 | 29-1 29-1] 30:7 30°8 16 | 28°9 29-1) 280 28:0} 28°2 28:4 | 27-8 27:9 | 27:2 27-3 | 26:4 26-7 | 26:2 26-2] 26:1 26-1 | 25:9 26:0 | 26:0 26:0] 26:0 26:0 | 26:2 26:2] 28'8 28:9 17 | 319 31-9 | 32-0 32:0] 31°5 31:7 | 81:1 31:2] 306 30-8} 30:4 30-4 | 30°2 30-2| 30:0 30:0 | 80°1 30-1 | 30:2 30°2 | 29:2 29:2 | 29°3 29:3] 30°38 30:3 4 : : : a 27°6 | 25°1 25:4 | 24:7 24°9 | 24°4 24-7 | 24°8 24:9 | 24:4 24:5 | 24:2 24°6 | 24:2 24:2 | 24°2 24:21 26:9 27-0 7 24°3 | 24°38 24:3 | 24°2 24:2 | 246 24°6 | 24°5 24:5 | 24:2 24:2 | 24:2 24:2 | 24-1 24-1) 24-0 24:0] 24:4 24-4 18°7 | 17'2 17:2) 16°4 16°4] 14:3 14:3) 14:0 14:0 | 13°8 13:8] 14:4 144] 14:1 14:1) 138-1 13:1] 19-2 19°3 21 | 15-9 16-0 | 16-4 17:0] 16°4 16°7 | 161 16°6]15°4 16:0] 15°8 15:9 | 15:1 15-1) 15-2 15-2 | 15:2 15:3} 16-9 17-0] 18-6 18-8] 20:0 20:0}14:7 14:9 22 | 28°0 28-0 | 28:4 28°6 | 26:8 26-9} 27-1 27:1] 26:9 26:9'| 26:9 26-9 | 27-1 27-1] 26-3 26°6 | 27:0 27:0 | 26°6 26°7 | 27-0 27-0 | 26:3 26:3] 25:9 25-9 23 | 33°0 33°0 | 33°8 33°8 | 34°9 34:9 | 35°5 35°5 | 35°9 35:9 | 35°7 35°7 | 85:3 35-3 | 35:0 35:0 | 35-4 35-4 | 36:0 36:0] 35-8 35°8 | 35:2 35:2] 32:2 321 24 | 37°8 37°8 | 88:1 381 | 87°9 37:9 | 37:7 37-7 | 36°9 36:9 | 36°3 86:3 | 36-2 36-1 | 35:8 35°8| 85:8 35-8 | 36:0 36:0 | 36-1 36:1/ 36-0 36:0] 36-4 36-4 ) 25 | 27°2 27°2| 27-4 27:4 | 26°6 26°7 | 26-0 26:1 | 25:0 25:0 | 25:1 25-1) 248 24-8 | 25-0 25-0 | 24°6 24°7 | 23°8 23°8 | 22°6 22°6 | 21:6 21°6| 27-7 27°8 | 26 |19°8 19-8) 19-8 19:8] 19-7 19:8] 19-0 19-1] 18°3 18-6] 18-3 18°3|17:2 17:2] 16-4 16:4| 16-0 16:0] 15:3 15°3|14-9 14-9] 14-8 14-8] 18-5 18-5 27 | 29:8 214 | 28-0 21:0 | 29:0 22:0) 27-0 19-8 | 26-6 19:3 | 26:2 19:0| 26:2 18-8 | 25-6 19-7 | 28°3 18:0 | 24:0 20-7 | 24:9 22:2 25:0 25-0} 25-8 19-8 28 | 39°4 39°4 | 40-3 40-4) 40-7 40:7 | 89-1 39-3 | 38-9 38-9] 39:0 39-0 | 39:4 39-4 | 38-0 38-0 | 38°2 38:2 | 37°8 37°8| 37-4 37°6| 36°8 36:8] 35:7 35:7 29 | 33°2 33°1| 33°9 33°9 | 34:2 34:2] 35-0 35-0 | 36°3 86°3| 36-4 36:4] 35-2 35-2 | 36:0 36-1 | 36:2 36:2 | 36-9 36°9 | 35-4 35:4) 85:1 35:1] 34-1 34-1 30 | 29°1 29-2 | 29-0 29-0} 28-7 29:0) 28-6 28-7 | 28-2 28-3] 27:0 27-1 | 27-1 27:1 | 27-1 27-2 26-8 26-9] 27-0 27-0 | 26-3 26:5 | 26:0 26-0} 30:0 30-1 31 | 28°9 28:9 | 29° 29°1 | 28°8 28-8 | 28°8 28-8 | 27°9 27°9 | 27:2 27-2| 26-7 26-7 | 28-0 28:0 | 28:2 28:2) 27-9 27-9] 26-0 26:1 | 26-0 26:0] 27-0 27-0 ') Mean] 25°7 25-4 | 25-7 25:5 | 25-6 25:5 | 25-3 25-2] 24-9 24:7| 24:5 24:3] 24-4 24-2] 94-3 24-1 | 24-3 24-0] 24-3 24-3] 24-1 24:0] 23:9 23-9] 24-5 24-4 BEN NEVIS OBSERVATORY. 88 Dry aNnD WET BULBS. APRIL 1889. TEMPERATURE. For Day. | IDOOHAID HAIVQMO WOlr-MROoO ONRA x AAAAA AAAAA ANAAA OGHas ANN SARA B HROASH ADHD AMaAHDOD DHMHMARW DOONH HNDGAD for) ee eerie epee rst oar ods 2 CA CO OI COICO Oo Se Hart NICER HOH DMIGAG WONMO BOON ~ BASAAAN AAKAA ANAAA RHnas AAAs ARoONa & EOPAOW MIOWHO ANAM CHAVA ASSAY QHNOAQ o HHOOHH OMIGN HONHO BROONS DMSO Rome c ANAAANAN ANANN ANQAAA ABAD AKAN ANN & SL BASCHON TAOND NAWGOOM SASCGH MOHOMD DWOIDI0 Tagg Ty ate Re etic bolita rs ieee ns eee herd eo ee Dc Meee ale wD IDM M1 DHIGAA HOD HOOAG Sora % AAAAN AAAAN ANAAA Noa ANNNS ANBAR & Yes) © nN re So BID AG MD Mid A 190 41919 WDOANSO Lt Bo ee mc Shines | MMe Sai Seba e BORER wat spay meseters | Sate ee CERO Sr mPa o HOBOH ADHNH MmOoONM LRaN BARAAN AAAAA AAAANA ADA AANNS SNSSs 26:0 26°0 IQDM1NM AMHNSO MOnHH ODODNSO OG AAANN ANAANA ANNAN AMNGo ARAAA ARaAN 9 HI E-00N0 HOMNSO Mid nt OOONS 16 y 3 6 0 6 9 3 2 8 all Al 2 3 2 0 8 8) “i 5 2 ‘0 5 7 0 3 8 6 3 9 0 7 25°7 25:7 A) aisha rsa Na eae weer imithele | eM ten techie wed Vet! einetatgranine to Mngt, Igeereu cae wea ee aN Irene AG De) He OH AMMO ANWANNGD OCOOAND 10 Ssanaana NAANN ANNAN NON AAgAA AAAaAR a . Lo) Yo) N 8 Se | PO ee > ee > a Seg ee BIG MONHN OOOO DOMDR ONIGOR MDrW0ON HODRN IDIOM NNMOS MOON bron we NANAANN ANANN ANNTHAN AMMDNN AAAS AANA if HIDE OMCD ANDMOSO MWTFON wWEOND or QNANNANN ANNAN ANNAN NOON AAA AgAaA BMINNCO DOSDDSO ASDiIONDAN ONMIGIR HOMOS WoOHAICO IDROMN HNMOS MBHKnRM DOH HO ONOMO DboOomMn AANAAN AANAAA ANAGHA NOON NAMA SESS 6 ARORA MARSOG AQSeniti®. SOSUS SueMe ROoONE AAAGH ABBA ANNAN AAA Dry 25 1 2 2 2 9 2 2 2 ] 24:9 24:8 5 0) é 3 5 8 9 0 9 ORO? PIP DI~ WD ~OMIA OHARA CAME OI~BHO OND Ligouet NANAAH ANAGA ADADA ANNAN Nasa 20 5 y. Wet 1} 25°2 25:2 9 17:0 0 21° 0 24° 2° 1 2 2 0 9 2 5 1 7 2 DOUG MeawtA OSS SNSoe Veowat NOAOHA GHOSOMm OHiBiOH DODHE AANAHA AHMDOA NANA ANAM ANNSON HOMORDAMMON COMODO QOORMA SONNSOR NONDH OOOON OwioGdH HODOUG A AAAAM AAANKA Aan AANA ARRAA t.|Dr 25 2/16 26 23 i 2 9 0 2 4 8 6 6 9 4 5 t 0 2 0 0 9 0 0 *8| 24:9 24°7 | 24°8 24°6 6 8 0 0 8 5 8 7 1 5 6 0 0 5 2 3 4 4 1 it 1 1 0 8 0 4 1 0 HONDA ONNOR ANOHHOH OOSSH LiswsHios OoOduKL AAN AAAANKG ANAKA NOODA NAAN SASAS Jet. 4 % DiaDAN ONASH AOwmkw SONS HANAN ANAAH ANAUA NOMA NANA SSSas t 4 3 4 2 9 3 7 4 8 2 3 3 1 5 2 6 0 0 1 7 25°2 24°8 | 25°1 24 BHAOHANAP Q-HON MAMAN OSS NONSH COaHD NOAM D OWOSS KOH H QAKSSN AANA Nowe AANA ANAS 1 1 2 2 if 2 2 2 2 Wee Ned 24 8 i 2 1 9 2 2 1 0 HOmAG ANNUS NOOKIG O1-OSS ROD SROOR AAAS ANAAA AANA AOA AAAAA ANN Dina a ee a wee ire ena ar ee With e na ater aiweh Biagio ye Mate ae: lee ee Ae ee IGSOIGNA ONANMD M1919 OLQNSO Gawond ~ IDDIQA’N OANMIM MiVMMmM190 O1MOridoe cH 25:1 24:9 | rN oo Hid Sa 2 22 23 24 25 26 27 28 29 30 MEAN av epee en) ew ler eles le lene Sent eh ie tien Miers one lees hea ySr? hel Wee iwc hRe ne ALNAR ANHAM OHOKRGO SONOHS OHHH DOOKH FHAANH AANGA ANATAN com AANA NAcc PORATA ANGANA OMKRSOS ONSOHS SMBH OOoOwH ARRAN NAAN ANHAN DADO ANA AAAS Midnight. SRNND ANHWOD 19000r-080 190 mS 1OMN1O160D DbD-OhMod NANNT ANNAN ANNFNN 03 5 63 60 OD ANGANN ANAND 23 HOISFAND ANWOH WME ONO 190 SHO 190NW1OD HBrwONMd SOND AANNOA 1ONP019 HAnCOnM OnBOD Orwowod NAAN ANNAN ANTNANA 950000000 NANANN OANN OO ANDWD ONASCOAH AHAMOD ADeOtnH ONO HORM HOMDANNMD ANNA 60160 HDMDOSM ONOOM OrMmwMwod QATAANAT ANANANN ANTNAN MAM ANNNAN OANA 22 2] t 0 7 0 0 0 8 3 1 0 3 0 8 1 0 7 2 0 0 6 5 9 6 3 0 2 3 8 7 1 9 20 SOU ANGHA BHR SHSOH QBHOOR SHON AAN AAAQAN ANQKAN DAD ANAAN DADA ODANH ANMQAUN HHGURS AQQndn BASS SQLoOKA FANN ANAAN AANQAANN AANN&MO ANANS ANNAN oN 4 22:8 | 20 19 NONAH ANMON HHHOS 2ROQdH BACHS QAoanA FANN ANNAN ANAAN AWN NAANGD ANDAC et.|Dry. Wet.|/Dry. Wet. 8 | 22 SDAMN PONDS MOOCOHD FAHAHOM BHAHAMD OOMWH Mieiepessed Lxel wie washes eee ae ee (atl a wile ere mg eh es Ol | wt, wpe ae ARONA MOSM HD BMlIOMeO ANCONA OMOOHD WOnOoD NOHO OANA MAUS SUSU SHOOS SraSG aa N AANNM ANNO .|Dry. 22 1 2 2 2 2 2 2 2 2' 2 2 2 2 2 2 4 3 3 3 DOADON CDOWMDOW DHWHOHS AWMDAWHWD WOMOON PNONSA SUAS DOUNS SUSAN KAKLSG SOILS SA RRAS ANANANN NOOO ANAND ANOAA ADHD DODON OMORO ODMOHOS OMHAHAH oOmmeon AONWN DMHN WIOHnO ODNOAM ONeLS WDOnhro QAANNN ANNAN ANNAN NAW CIOD ANAND ANON 9 2 1 i 5 17 Wet 9 22 1 . 2 A 2 2 2 2 2 2 MANH6 HOOAM DOGKRS DRONS RAKON A@Lnnw ine) HOIgQHMH 1D HOOD ONONS SANWMON ABABareaA SARA ANANANN ANNAN AMMDOIOD ANNAN SINAN cCOc;ON Diaehuleswiel acto els ie ieee eee Meee Eten SERS. eta ce me ee ne Ew eee), Namie nike te CAND WMOIHAID WONNMO AHONS OAYVLCSO OeALwD | 2RER8 ANANAN ANNAN Nd ANNAN ANDAN rH 1) SO CO AMMHO MWOHAOCAANNMHD ADAMS MOODAD H OHO WONRS ANONS BDNAWAOS BOAKwr HOHAMAH HOOCM™ AMMAN HANAN ANAMONO COSCO MH MOND HMIOAH ODOMMO HBOTAAD ANBRDOSD Aveeno | Pan AIG) THODIAGMIH 1BOMOO AAHANS DARDS DHOAKS DT AHH BHO HH OLMOG DOONS SYRKRA HHSHS QANAA AAARA AAAAN ANDAR AAAAN ANRBAN ON AMRHAND DORMeNM AWDAAH OEeWDOn DORDODN NDONHH HHA ORAKK DRAONO DHA DHDODOR ADDIS ANNAN ANDAN 25°7 25:4] 25-9 25°6 26°4 26°0 | 26:0 25°7 | 26:0 25:6 | 25:9 25°5 | 25°9 25°4) 25°8 25-4 26°7 26-1 ‘0 26°6 | 26:9 26°6 27°0 26°8 | 27:0 26:5 | 27 MEAN 89 BEN NEVIS OBSERVATORY. MAY 1889. Dry AND WET BULBS TEMPERATURE. CA SEUNG ON Mr OES a nees! GeMcer Aen Lei kas! Merten ReiAelene OmOD S By sscerce wr er el mamNOD Crh O00 BRAND OD CO OD OD OD CD SHH ODCDIOD GD SH HOD OD IONAND SHA Pa Gen To ore SS or SED SEOs DO 6D oD OD CO SH SH SH : 3H S F DI~ ODE : Ss WWWMWID OOMHAH HONS HODRS HHRORe OLUWAGH a FARAH GHBHS SHSSR BSBBS SHOOCON A adaraadaaaGD ao 5 | BPEOLTS PHHSD QWOEL GDAGTHA FANAN aenoCog w =, SHEDS D1QSON SHOSH SHUMOK SCOMNOUN SGLOBOS J Snaaeast SaaGs =H 3 We) 300 = x ERnaas Gk&SSa SAIIAg COW HHH HHAHOG comiadanaaes Cd T | EOAMIS DH AS SOHO OOHPSY APSHS EnyWSOS & BR OANIOD MOO ADOMAN LRHNDH ORORMD A@iMAnMmo Oo QD ODOT HHCOCH OHH COMMA AAAHaG HAaesesed oo BNP OAH Sma qQe SOM1IOHSHD DOWOAN OSs Swe qe SQARR22S FASS RAGING Gang KLAON RABOAID Ww ae NOD OD OD OD HH COCDH CDH HAIG COCO HH Goosen cadtiosasavce oD a BT POND ODPODMWO AWDOOD NONOA Wedd SoHo ED ANID IDARPOM OdONH RANSOM LOROA MOMBAIO & AQNGDCD ODD TAH ODCOH COM HGDGD GOGDHHH WacoMHag Awosasasas oS BPOSHO Manogm ROam19 SORES PPRNS SPE AO8S MANA GQHOON ONNMH HOHN DDRON AOWMoOaAH = CD GIGI ODD HHH COT CDH HADGD COMM HHH Asoo mad exeoacaaaaD ri 19 a for) Cllr we! Sel ersten hamiime’ lennon Sater PIMOS AM AHHH HHONK AMOAH Diseehecnais chase elo implat meray Lebiteticedeeterpne Maes cer reak eure SASnas On O10 r4 N69 69 C9 GD GD SH SH OD H aADOONm Ceara ber NOOn-s FRCP SS CO SHON CNS SSA SiGe) SrAHDnoS AGH HOM ~ NOig1ig 69 N co = CDHODOCD SH CO HODODOD 6999 00 HH SHON OD OD «60 00 0 00 09 OD oD mHH1903 0 NOOMM~ IONNOSO HRNODD PNADS Mott ON N Peaiae pak a Lci imma ssl asa heise Mist Ley yc hsr@ er Uli Sy acu p ie or oN an ee eo Om Soret Gots HANOMH1IO MOMIODH OHHMH MOORK OiwWIMIWADWDD OMiIw10MN ~ QS 09 0D 0D oD HSH OD OD SH CD SH HCD OD 69 09 OD SH GH WH OD GD OD 6D GD 0D 0D CD GD inn) BOFPOH APSSOT OF FON ANSAS HEGh| HoOwNaK w MAPR=HO DRO1IDD DCODNS FHOrnmne IQHODDO MINION AA <> COMI OD CD CD GICI HCO SH GO HODGDGD CDGD G0 HH WHSH OD ODN 00 09 09 09 60 CD ina) l~ BOWPOH PLHRSOA SOFOON ANONS HONS omega HoADPMIAO HRAMG00 DOMNO Why 1610220 1D Dig io naan ive] BRPPOO SOO GH BSOSHMS AYACS Qeres gonaeyno a NOAM ORMRDHO HOMMRH AMD SOO WHAMDO OBrwMM0nA ve] 2aN moa COD ODCD CD SH CO HIDCDOD COODOD HH Hama” AN OD 69 09 69 0D ise) o ATPL OO HOMO SAPS SFYNOS Ageoy weaednse HoOMmMMDS AMDOHO DOnMH AHMD ODS 1GHRMWO rmi0d1OD HAN eo} Q 50 N 00 09 20 HOD GD OD SH COSHH ODOD COCDOD HH HHA 6D 09 OD 6D 6D CD ise) PROV HM WMOAS QAOHS Haass AISA Saaane ox NOHO OOMDHH INMOHH THADOOS 19190 M2MDO Mr~OMODHN ve] 2a N oes 8 GDOD ACOH CDODODCDCD CDODCOH SH BAMA GIOD 6D 69 69 OD oD wo PNONEO PPPHS HANHOS Yate ANSP aangano + HOAIVOnMMO HORMHH WORnHHRH mMOOOS 19190200 Qo oOig9 FN Oo COON SOD OD HODCDGIH CDT HEDOD O00 00 SHH HHO ODN 6969 09 99 09 6 isn) SLEVAH AOKMO HAYAHW WARNS RAMAD HOMHOS & Say ei Sa CODAMNAD HOMO BF10N1000 MIQOMDSOrm DONDOAAI ie) a CAA GDCD OD GDCDADCDAD ODEDCD EDAD 0909 Cd SHH WHSHOO SHOT 09 09 69 09 00 6 oO EOLAPOS NOPHS PALOH OF EOS BaoOAE Aonnoo a HH COrm HID HRODHH HrRO1INO HOIOOCS HMHOOCmN Ot HORN oO FONG CD CD HODCDODED CD OD HODGD o9 09 00 MOAN ANSP POA OAHKOHW AHRANA oO nm | FERHHRS AIBRLS SISHS HSGIYA VIQSSH VIHSose w “ | EAYPAE ONOAT APSMO YAGCSS Noyow Hoang ARBHGSH FASRS SISRR GISIWS SSOSH# Boweee & SLOPSLP Ohba HNIMNY OMAHD Aang PanSeoo & «© |FROSSG GISSSR SYRLS SSIDS SVases# ABwooe wv TT | EPHPYOS PHASE OAAAS SOHONS AHHHH OLMSSO A®BSR4 TARBSS3 SLISS SaIIS SUGhs BHRBSSse ¢F BONEOD PAASO HOMOID 2OOGHS AGAR LONMSe a i |FARHoOt TISBS SISSS SYA SEGSHX SHBEHS B 7 | SONEAN AIAISH SFO MQOTST MOAR ALKHA® ow GAHASS FISHSS GRABS SIISS SUGRA SSSSH#S S BUOVAS SPPSP AYOYO OSASA ONAWS OANDON oO 4 {| EHHHOS SISBRS SISLA SAIBS VBSSGSS SBSsne 2 T | BeIDONS POPS SHAHHO AN@OY Tanya dONooN ABBHRF FASSS SLSRA GASVS SRSSSB SSsons gS weenie Nand | le eae Rei wo ce!) Sows, eine yee > 19 SH CORO HH TP DAOS MOSCA CHOMD OMAHH OANOGOS AROHNRO oO > Ya) o CAN RVWVWS1G HRROAHW SOHROKnAGD O Baar GHBss SESSA SIRS? SSQax MHHopca coc) 6H 90 BEN NEVIS OBSERVATORY. TEMPERATURE. Dry AND WET BUuLBs. JUNE 1889. 2 3 4 5 6 a 8 9 10 ll 12 For Day. Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|/Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.] Max. Min. 1 |35°2 35:2|35°6 35°6 | 35:2 35:2 | 35°6 35:6 | 35°5 35:5 | 35:0 35:0] 34°38 84:3 | 34:3 34:3 | 34°3 34:3] 34:7 34:7 | 84°8 34:8 | 35°2 35:°2138-0 34:3 2 |88°7 37°3| 381 37:0 | 38°1 37:9 | 38°8 38-7 | 88°7 38°4| 89°1 38-9 | 39°7 39-7 | 41-0 41:0 | 42°3 42:1 | 48°7 43:7 | 44°1 44:1] 45:2 45:°2]48°8 38-1 3 | 464 46°41 45:9 45°9| 45:8 45:3 | 45:4 45:4 | 45°7 45-7) 45°9 45:9 | 45°9 45:9] 45°6 45°6 | 45:4 45:4] 44-9 44:9] 44-7 44-7 | 43-7 43°71 46-4 37:0 | 4 |36°3 36°3} 35°2 34:9] 34°5 32:9] 35°1 32°3)] 33-9 31:9} 35°1 30°4| 35°9 31°2| 35°9 35:0 | 35:9 85°9 | 38:4 36°7 | 39°3 37°7 | 88:4 387°4] 41:2 33°9 5 | 37:7 37:0] 37°9 36:9 | 38:0 36:9 | 37:9 36°8 | 38-4 37°71] 39°4 36:9 | 40°1 36°5 | 42:4 39°7 | 44°5 40°1 | 47°1 41°6 | 50°6 43:7 | 50°9 42°71 53°9 37°7 6 | 41°7 38:3 | 42:7 39:9} 43°9 40-9] 41°3 38°38 | 43°7 40°4| 44:4 40°6 | 45:7 42:1] 47:9 43:2) 47:3 40°7 | 50°2 42:0) 52:1 42:4) 55:3 44:31 58-2 38:8 7 }40°0 32°7 | 39°1 32:0 | 34:2 34:0] 35:0 35:0 | 34°9 34:9] 33-8 33°8 | 83°3 33:1 | 34:0 33°7 | 36°6 32°9 | 37°7 35°9| 38:9 36:2 | 41°7 38:0] 43-4 33:3 8 | 34:7 34:2] 341 34:0] 33:9 33-9 | 33-7 33°0 | 33:4 33°4} 32:0 30°7 | 32°2 31°9 | 33:4 32:0] 33-7 32°41 37:2 35:2) 37:4 35:4 | 87:1 35°74 39-0 32:0 |’ 9 } 34:1 34:1 | 383°8 33°8 | 33°7 33-7 | 83°9 33°9 | 33:0 33:0] 32°9 32°9 | 32:9 32:9] 33:0 33-0 | 34:0 34:0 | 84:2 34:2 | 35-7 35°7 | 36°7 36:7] 37:1 28°9 10 | 28-9 28°8 | 28°7 28-1] 28:0 27:8 | 28:9 28°0 | 2971 28-0 | 29-1 28-4] 30°0 29-0) 31°9 30:1} 33°4 32°0 | 36°7 34:9} 38°9 35:4 | 41-1 37°1] 42°5 28:0 | 11 | 34:2 28°7 | 33°8 31°5 | 33:7 31°8| 33:7 32:5 | 33°8 33:7 | 34°1 33°7 | 35:2 33°5 | 36°7 34:6 | 38°3 37°6 | 38:1 38:1 | 38°9 37:9 | 39°3 38:0] 42°9 33°7 12 | 87-9 37:9) 37°7 37°7| 387°1 37:1 | 38-4 38°4| 38:0 38:0 | 37°7 37°7 | 87-9 37:9| 38°7 38°7 | 38°7 387 | 38°9 38:9 | 39°3 39:3 | 40-0 40:0] 40-0 33°8 13 | 34:2 34:2] 34:9 34°9| 35°8 35:8 | 86-9 36:9 | 37:9 37:9 | 37°8 37:8] 37°38 37°3 | 37°9 37:9 | 38°7 38°7 | 39°5 39°5 | 39:8 39°8 | 40°2 40°2] 42:0 34-2 14° | 39°7 39°7 | 39°7 39°7| 87:1 87:1 | 33:7 32°6 | 33°4 31°7 | 33°6 31:9 | 85°1 32°6 | 37:0 32:9] 37:1 36°9 | 38:5 37°5 | 89:0 37-1] 39:0 38°61 39:7 32:0 15 | 32°6 32°6| 32:7 32°7| 33:9 33:9 | 34:3 34:3 | 34°6 34:6 | 35:4 35:4] 36:0 36:0 | 36:0 36:0] 36:7 36:7 | 36°8 36°8 | 87:2 37:2] 37:9 37:9] 38°9 32°6 16 | 36°3 36°3] 36:0 36:0] 35°8 35°8| 35°7 35°7 | 85:1 35:1] 35:0 35:0] 35°5 35:5 | 36°6 36:6 | 87°5 37°5 | 38°3 38°3| 39:4 39:4 | 39°5 39°51 46:9 35:0 17 | 42°8 39°6 | 42°0 40°2| 42°1 38:9} 42°5 38:2 | 43°9 38°7 | 45:1 39:0] 46°5 39°7 | 46°7 39°7 | 48:2 40°5| 49°7 41:0) 51°83 42°3]51°6 44°3952°9 42°0 18 | 47:1 33°7 | 45°8 35°3 | 45:2 39°7 | 45:2 40°8 | 45:9 40:3] 48:2 36:1] 50°8 36:5 | 52°9 39:1] 53°9 42:0] 53:5 45:5 | 54:0 45:0] 54:8 46°7957°8 45:2 19 | 48-9 47:°9] 49:0 47:9) 48:9 47°8| 48°6 47-7 | 48:4 46°8| 49:9 47°6|51°7 47°7| 53:3 49°1| 53-2 49:1] 54-1 48°3| 55:5 49°5 | 57-6 52:°5959°7 48:0 20 | 47°8 40°2| 46:7 39°8| 46:8 38:7 | 47:1 39:7 | 48:2 38°9| 50:0 39:0] 50°0 38:4] 51°2 89°9]| 52:0 38°1| 55:2 38°6 | 54:5 44:5) 55:0 46°99 58°8 46-7 21 | 46°9 44°8| 45°9 44°7 | 45°8 44:6 | 45:2 44:1) 45°5 44:5) 47-4 44:5) 49°5 45:5) 50°9 46°2 | 52:2 46°9| 54:2 48-3] 55:5 49°9| 57-3 49:2] 60°0 45-2 22 |49°8 46°8| 49:4 47:6] 48:8 45:9} 48°7 43°6| 48°9 44:8) 49:0 45:9 | 49°7 4671] 50:0 47°7 | 52:1 47:9) 58-6 49°5 | 55°7 50°2| 56-7 51:1] 58:0 48-0 23 | 49°9 45:9} 49:0 46:5] 48:1 47:0} 47:9 47:2) 47°8 47:2 | 49:4 46°5| 51:0 47°9| 52°7 49°5 | 53°5 49°9| 54:5 50°9| 55:8 50°7 | 560 51°34 56°0 47°38 24 | 48:8 42:0] 49:1 42°1] 48°8 4174] 48:7 41°5| 48-6 41°5| 51:0 438°1]51°8 43°3/ 55:1 45°5 | 56:4 45:5 |55°7 45°9| 52:2 48°5| 52:7 49°0] 56-4 47-9 25 | 47:2 46°7| 46°9 46°8 | 46°7 45:9] 46:4 44°8 | 47:5 45:0] 48:3 44:0] 49°4 45°7| 50:2 47:4] 48:9 47°7 | 48°:7.46°6| 51:0 46:8 | 52°5 46:0] 56:9 46°4 26 | 47°2 44:8) 47:0 44:7] 46-1 44:6] 45°5 43°7 | 45:5 43°6 | 46°5 44°9|47°5 44:3 | 48-0 45:0] 49°6 45:9 | 52:5 47:0] 53°8 48-1 | 54:7 49°49 54-7 41°0 27 =| 42°0 42:0/41°8 41:8} 40°7 40°7 | 38:0 38:0 | 39-1 39°1 | 39°1 39:1] 38°4 38-4] 38:1 38:1] 38:9 38:9 | 49°3 40°3 | 39°3 39°3 | 40°3 40°3 | 43°6, 38°0 | 28 | 41°3 32:9 | 30°9 36:0} 38:0 35°5 | 36°2 35°8| 35:7 35:7 | 35-9 35:9 | 36°5 36°5 | 36:7 36°7 | 37:3 37°3 | 40:0 37:9 | 42°1 38°0| 43:1 39-7] 43-1, 35°71 29 | 38°9 38:9 | 37°0 387°0 | 86°1 36:1} 35°71 35:1 | 34°5 34:5 | 84:4 34:4 | 34:0 34:0 | 34:9 34:9 | 36°6 36°6 | 37°7 37°7 | 38°8 38°8 | 39:1 39:1] 40°3, 34:0 30 | 41:0 41:0 | 41-9 41:9] 41°8 41°8| 40-2 40-2] 40°0 40-0 | 89°3. 39°3 | 37-8 37-3 | 37-0 87-0) 37:8 37-8 | 38-9 38-9 | 39°7 39°7 | 89-0 39-0] 41-9! 35°7 MeEay| 40°9 38°6 | 40°5 38°8]| 40°1 38°6 | 39°8 38:3 | 40:0 38°3 | 40:5, 38°1 | 41°1 38:4] 42:0 39°3 | 42°8 40:0 | 44:1 41:0 | 45:0 41:7 | 45:7 42:5] 48-0 38:2 13 14 15 16 17 18 19 20 21 22 23 Midnight.j Mean. . Dry. Wet.|Dry. Wet.|Dry. Wet. Dry. Wet.|Dry. Wet.|Dry. Wet. Dry. Wet.|/Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet. Dry. Wet. 1 | 35:9 35°8 | 36°1 36°1 | 36°0 36:0 | 36:2 36:2 | 36°2 36:2] 36°9 36°7|37°5 36°8| 37°7 35:9 | 37°8 35:8 | 37-4 35°9 | 37:9 35°8 | 38:0 37:1] 3670 35-6 | 2 | 46:0 46:0 | 46°8 46°8 | 46°8 46°8 | 46°6 46°6 | 47:4 47:4] 48:8 48°8| 47:9 47-9] 46°9 46°7 | 47°1 47:1] 46°8 46:8 | 47°1 47:1 | 46°9 46°9].43°9 43-7 |) 3B | 42°9 42:9 | 43-2 43-2 | 43-4 43-2] 43°5 43°0| 42:7 41°7|42°6 40°9| 40:0 38:9 | 38°8 37:1] 37°6 35:9 | 37-0 37°0 | 88°1 38:1 | 37:2 37:2} 43°0 42-7 4 | 37:9 37°2| 38°9 37:9 | 39°9 38°8 | 40-7 39:0 | 40:9 38:7 | 41:2 38:4] 41:0 38-0] 39°8 37:7 | 39:0 37:9. 38:9 37°9 | 388°2 37:9 | 37-9 37°44.37°8 36:2 5 | 52-2 44:0) 51°9 43°0 | 539 45°3 | 53-1 44°7 | 52:9 45:2) 51-1 43°7 | 49°9 43-0 | 48°9 42°8 | 47:4 42°6 | 44:2 43°9 | 43-5 42°6 | 43-9 41°19] 45:7 41-2 6 | 5671 43°9) 58:2 44°7 | 57:9 46°1| 55:1 45°7 | 52°9, 44°9| 51:9 45°5 | 50°7 44:0 | 46°3 42:1] 44:9 41:1] 41°9 39°8| 40°6 38-9 | 38°8 36°39 48-0 41°9 7 | 42°6 38:4] 40°5 38°1| 42°9 38°5 | 43-4 39-1 | 42°9 38-4 | 42°6 36:7 | 41°9 37:4 | 41:2 37°6 | 389°1 36°0 | 38:9 35°8 | 37°2 34°8 | 36°2 34°8938°7 35-7 8 |37°7 36°7 | 37°8 36°7 | 38:7 37°8 | 39:0 38°7 | 38°7 38°7 | 38°8 38°8 | 37:9 37-9 | 37:0 37:0 | 36°8. 36°8 | 36:0 36:0 | 36:0 36:0 | 35°3 35°39 35°9 35:3 9 | 36°8 36°8 | 37-1 36°8 | 36°8 36:2] 35:9 35°7 | 34°8 34:7 | 33°6 33-6 | 33:0 33-0 | 32:1 32:1] 31°2 31°9 | 30:0 30:0 | 29°7 29:7 | 28-9 28:9].33°7 33°6 10 | 41:0 36:9} 42°5 37:2) 41°0 36:9 | 41:2 37:0 | 42°2 37°8 | 41°9 37:9 | 40:4 36°6 | 37°5 36:1] 386°7 35:0 | 35°8 34:0) 35:1 31:9 | 34:9 32°71 35°6 33-2 11 | 41:9 39°5 | 42°8 39°9 | 42°7 38°9 | 42:9 39-0 | 41:8 37:7 | 40°9 38°2| 39°9 37-7 | 88:2 87:0 | 37:7 37°4| 37°4 37:4 | 37°8 37°8| 37°38 37°31 38°0 36:2 12 | 38:9 38°9 | 39-7 39°7 | 88°2 38°2| 38°3 38°3 | 38:1 38:1 | 36°3 36°3 | 35°3 35:3 | 34°8 34:8 | 33°9 33:9 | 84°1 34:1 | 33°8 33°8 | 33°8 33°8437°3 37°3 13 | 40°39 40°8| 40°9 40°83 | 40°7 40°4| 40°6 40°6 | 40°5 40°5| 40-9 40°9] 41-1 41-1 | 41:1 “41-1 | 41°4 41:4] 41°9 41:9] 42:0 42:0] 40-7 40°7139°3 39:3 14 | 38°3 37°8| 37°7 36°2 | 87°1 36°2| 35°5 35°2 | 35:3 35°3| 84-4 34:4] 33°9 33-9 | 33:2 383-2 | 32°7 32:7 | 82°2 32:2 | 32°0 32:0 | 32:2 32°2135:7 35:0 15 | 38°9 38°Y | 38°83 38°8 | 38°8 38°8 | 38:0 38:0 | 37°1 37:1| 36:0 36°0 | 36°8 36:8 | 34°8 34:8 | 34:9 34:9 | 36°7 36°8 | 36°38 36°8 | 36°6 36:6] 36-2 36:2 16 | 40°9 40:9] 40°9 40:9 | 42°9 41:9 | 43-2 41:2) 42:7 41:4) 44°8 42°3| 46:9 41:9] 46:1 41:0] 45°8 40°9 | 45-1 40:2 |.43°0 39°8 | 43:0 39°7] 40:2 38-9 17 | 51:9 46°3| 51:8 45°7 | 119 44°5 | 52°9 46°9| 51:8 45:2) 50:4 43°6|50°9 44:6 | 49°9 39-9 | 49-9 39:9 | 49-2 37:9 | 48°8 38:0] 48-1 35:7] 48°3 41:3 18 |55°9 49°1|57°8 49°8| 56:9 49:9 | 56:0 50°5 | 55°3 51°3 | 55:0 51°1| 54:0 50-9) 52:4 501] 51°5 49°7 | 50°6 48°9| 50°1 48°5 |,49°7 48°1]51°8 44-9 19 | 59°7 53:2] 58°6 51°9| 56°38 51°0|57°9 52°7 | 57-5 52:3) 56°6 50:0] 55:6 50:9 | 52°1 50°3| 50:9 48:8 | 49:7 46°71] 48°8 43-7 | 48:0 42:0] 53:0 49-0]. 20 |57°6 46°9| 58:8 48°2) 58°7 46°9| 58°0 48:9] 56°7 48:9] 55:1 48:5] 53-9 48:0] 51°8 47:0 | 49°8 46:9 | 49:7 46°4 | 48°7 45:8 | 48:0: 44°89 52°1 43:7 |. 21 |60°0 51:9 | 60-0 51:9 | 58:2 50°6 | 58:8 50°1) 59-8 52°3 | 58-2 51:9] 57-0 52:0] 53-7 50°7| 58-6 50°7 | 51:0 48-9 | 50:7 47:6 | 50:0 46-9} 52:8: 48-3 |. 22 |58:0 51:9 | 56-2 50°6 | 55°8 52°7 | 550 52°5 | 54°56 52:2) 53:5 51:5 | 540 51°6]53°1 50°9| 51-9 50°5 | 50°8 49°7 | 48:8 48°7 | 48-0 47°89 52:2 49-1 23 |51°9 50:0} 49°8 49°7 | 50°7 49°1) 51:0 48°7 | 50°1 47:9) 54:5 48°9| 52-1 46:3] 49:9 43-7 | 50-0: 44°2| 49°8 44°7| 49:4 44:8] 49°7 44:9951:0' 47°6 24 |52°0 48-9 | 52°8 49°83] 54°8 49°8| 54:9 49°9/ 53:3 49:4 | 51°8 48:7] 51°1 48°7 | 49-9 47°6 | 49°1 47:8 | 48°9 48:1 | 48°7 47:8 | 47-9 47-0951°4 46-4 25 | 55°8 483 | 56:9 50:4) 55°9 50:0) 56°6 50-7 | 55°3 49-7 | 53°8 49°3 | 52°9 48-6 | 52°8 46°7 | 51°7 46-8 | 50°2 46-0 | 49-2 45°6 | 48-2 45°2451-0 47-1 26 |53°2 49°2|52°7 49°7 | 50°1 48°8| 50:2 47-7 | 48-1 47:0 | 46°4 46:4] 45-9 45-9) 44-7 44°7 | 43°6 43°6] 41°9 41:9} 41-1 41°1] 41-0 41:0947°6 45:5) 27 | 411 41:1 | 42-7 41-2 | 43°6 41°9 | 42:5 41-1) 42:5 41°3 | 41°8 40:5) 41:7 40-1] 40-2 38°9| 40:9 38°6 | 40°8 36°7 | 40°5 34°2| 41°8 32:21. 40°7 39:3 28 | 42°9 40-1) 42-1 39°9 | 40°9 38°8 | 40-1 39°0| 39°7 38°8 | 39°4 39:1] 39-7 38-9] 38-9 38:9] 38:9 38:9 | 39:7 39°7 | 39°8 39°8 | 39:7 39:7 | 39:2 37:9 | 29 | 39°0 39°0 | 38°3 38°3 | 387°7 37°7 | 36°9 36°9 | 37°2 37-2 | 37°2 37:2| 36°9 36:9] 37-2 37°2| 38°8 38°8 | 39°6 39:6 |. 40:0 40:0 | 40°3 40°39 37°3 37°3 30 | 89°1 39°1 | 39:0 39-0 | 39°8 39°8 | 39°7 39-7 | 38:9 38°9| 38:0 38-0) 37:9 37:9] 86:7 36-7 | 86:2 36°2|.36°0 36:0 | 36-2 36:2 | 35°7 35°71.38°6 386 MEAN| 46°2 43:0 | 46:4 43°1 | 46°3 43-1 | 46°1 43°1 | 45°6 42:9] 45:1 42:5) 44-6 42:0] 43°3 41:0] 42°7 40°8 | 42°1 40°3 |.41:7 39-9 | 41:3. 39°3].43-1 40°6 91 Dry AND Wet BULBS. JULY 1889. BEN NEVIS OBSERVATORY. TEMPERATURE. SRONSS OMHAD AODBAD EROMHA AQDAVNE SAAB HD OPW OSD HAROH ANOSCOD OANBPIQ OMOHO AWHRHO So SE OSIRIS ID) NOG eta 3 ACO Ca De ESO? 20 Soi Sh) (Ginn er eenas is = = | OPO) Sirti H GUCOKS 00's COTE CVI COS SOSHI00) (Od SHI Oo rec > z ZSaS88 SRBSS SSSABBSSSR8RB BHBSS BRBSIS & 2 BUSSSS GSS8S BSGSH SHRBSS SSSSRBSSSIIS B pol dom godt POs OMG EHPSD EOITIO OCYPSHHY 16 S| SPONOM CASH AANOS SAHA WHFS ONATAH o & |SSS8Sede2 Sess SIISS SSBRS3 GSsSS SasIsss SF AtSSBS BARBS SQASS SHAAS SSSSS SIYAVSS G |ESEESS URES Sauce Coats Sess ESCLEENE | |) GueSeSSD cease cane Lace Se eee nm [BSSSSS JSR8RS BARD Soraoses sxcpasesGd COMA iD Bp GEISHA GHB SBAABA Hosa woos Seana B 1 | sHOPOO MSHON OQHOMA PPEHWSO NOEHMP PNSOVO © SB | SAE S MGA RORHYS WMONS SENAN EEALwD © ASSES3 SABSA BGISS HBHVBR Gwe SSS58s8 g S |A355385 55838 8448S SRASS BSSSS SQIABIS BS BYSSSD SNOASY ONPAN HOSA FONTS Yowome yw ELPOOS HOOKMA SANSS SAOEK APWPOH AHNEAH _ |B9S9S8 S8sSq 25988 SRARB BBRZS RASS Ss P| Etamse Sees Stas asia aoaes SesosS a FT] sai POO CNOTO HOAIN QOPON OPE WH OMO| | N | sPHNSS EOOEM SHVSS PHOME ABVON AYRES O@ FUSS52 SSBF SAISS SBABS SBRVS SVassea BISGES 22888 SAbas SAass AASAs SIIISe B BYP HAOPH DHNOS HODSMD NHOOD HPOHHO O BAONSP HOPOD HABOVSD ONGOA FOROS BASH © ~ |ESSSSS GABZRS SILSS SRSHH SHHHS BBSBGIS 7] a |EAFISS BHR SRRAD GSHAAG BHOSS BSBSSS B So) sO N SHOP OAVNHD HOPMD POMmOm HQASKOm S| EPPOA HSHYOD HOMSH OANBHOD S2SQON YHOMMOSD | FaSe5% SABSSS SINSS SRSSS GRISRB SIRGES F JSSFSSR SHS GABAH Haaocoes ams OMAN F |S25eeR CAHAL SPOLOK SAAN SPOAHD OFAANOA |eceexe WSAPH AOODAS ONOGON AHPAO APNNSH ESISSS ISSRG SBISH BRALS BRSBR SERIIS & = |ESS558 88858 SSSSS 28488 SRS85 S8SSS8 3 | EH PIOSOD PSAAL SHLOM SPAOMT POMPS ONAAAP & os | LPDOMS WOAPH AVYSOO SHOCON Hono agaMNAHS © ASSS8S SHARA RFIRA BRAW0s 009080503 HAasas S ASSESS SHRGS SAGAA Besdarases Sscsasaos oman F BORAND QAO ALOSOD OANMYA ASH HOS aaAAAd Q BROOM FANRA POSHOA® POOLS YAO ONSHOm © Breer SARS SRASS BSHBS BBS BHOAAM O > |ESSSER RHS8H8 SIGHS FHVGS SRBSBBSGISS F P| EDIOGSH MAOH ARHOP OAPPOA SHOYS ASH Ayw O N | ee Oot HAAS SEOOSR MOOK YASH OEaowwn + | ESSe8e SRASS SS4B8S BRNBS BHRHS SHHBSA F | Feaeee BSARBSBRSAAASD BHAHS Hoses owmanom FH |Beeeee PEAS PHHGAH WOALA AL APO GMASAS wo | Se2ore SUC en Seeee Secee Sane Sea es N SRISSA ASKSA SRISB SRHBS BAcsss0s oooccama oo o> |EVSSRBSR GSSLS SaISS SHSIS Anos Soawsa W | pees SORE oe feces ee nea ee se am - | ris Soe Se ies Pisin Ges ean ae cue area sere QD 99 SHAD 109 1D HOD OD OD SH CD ODMH ODED CDCDCDCNTD GDGDGDGDOD CD OD OD A] EDOMOY OMAND DOAAM VESSOTA HOHE OHEMADm Ft ASSSS5 VHARKS GHGHR BSHALB RSRGHR SRBSGG | BoRSae WHSGS BIISS BSS8RS SVs ASSGse F [eauece DOHSS POPOS OOSSP SATSOS AANSOH & [eee Oad = eere Seser Saree eres eae SSRIS FRASS SSSRBS BHNSS SHS9G SHWASBA GF io /SSBEBE AWHRWS SIISS $SHSR8 SHBG GIasan F © | sEOgawe NOHSS POSOO SHEESH PATOS ASTON @ | LOOT PPOKMO HANG SHAAN SONG NHPYSO ASSSSE GRARK GHGSSR BHAGH RHAGS BSIVIGS & ESSSS8 GHSGR SIIRSS BHS88R2 SGSSS AGISES |z2eeee DPAPN PPSHS SGHOHOH QOEAS OSOmEOA O BORHPH SOPHSO OAAOH HHOKH FOARO AOPHSD & Be ESRGIS FSASS SRISS ASSSARB SAASS BHOATA B _ SSSR TS8BSSS SAIBS SHSSS WRISS VISGSS F | Bey cs a So a eau ey ea ga eet eres eget ag wa? || Poeeoe Cee ec ue ot ene ae oes aa oice a | see2es Selue Pelee Seles Sco e aes Cece oe a ate eae eon eno elaoae S F | EA Sie cee, cima: a vt a coetrana i eereetey eet ater ae eaies eas . | PSC es Caton BEURe eee SLaee Sonens & Qo SH tHig 1 ID ODODCD OD GDCD MH ODED CD IDGDIDED GIODCDODOD CD OD SH SH HH ion) QHD 169 6 a HOD OD GOH COMHHCDOD GDODCDCDOD SWHOOOD SH SH SHH SH HID IO — le RN Be hn a TS ae ear en aes nes! a | | Maowe enmas HNRIE SHAR TARAS RARAVE E | Helawe ONOSS ANH SUAS AARAR ASABE F 7 be eS eee AUGUST 1889. WOOD Dd + BEN NEVIS OBSERVATORY. 92 Dry AND Wet BULBS. TEMPERATURE. Ee SS BO Oa) Shao Se ee i ie , | SEPASH AOOMHS WOHOH GAP RN SOHHOS POAHSH © & |A96558 SSS55 BRASS SRSHS ANBRK BHSHAS B § |BI55S3 S8SIR3 SRRGS S5RSR SSSARBB SSISRR BW B | AAP Ody PPO FSPTS EHOSS DOD om Ger SyY 19 SL ENONPD ANON YH WHHHOH OTH HO HOP WEAPWA & HH [SeGaaS SSSSR SASSI FSGS Bawaes GASSSSR F AStGISS S8SSS3 SRRGS SSRSR SSARS BSISEG B BAPAPS OHLOH VAGOH ALADA HOAGR WaOWWo 9 TS [see ree Scgyh TOLOH SUAS SAME SHHOHR OS | pe SS9SS SSS95 SUVS SHSSS SASHR BSASSA FB Dl ESeaac Sana Sats ase Sana Sates oS TT 1 EDRARA OQOSOA PAHO AMOVM FAWMSN WOOWyHH 5B | SPOKOD OHPTH AOESoM Onane ONTOH SHTOYH A | FSae9e SS9G5 SASSS S85SS3 SSRSR BVSESRS 3S 2 |AS8SSS 855483 SHOTS GRSS5 SBSSHS SSIHRR B BNPOQOM OHO YBONSS SANG ahATS SERSoT Q BLHASH SPOS OMMSNY AOMWRO OMNANQN HHRHYMS _ |BRS5S3 SS8S9 S45NS SRRGS SSGSR SSARSA B - GRSSG SSSSS SRVIG VRRSR RBARSS SSISRS B TO) SHO POM QOS PONSS ONEHO AeAhS Genero FH N | SOA SH SPOPH SHEESH AOOAROG OPNVN HORYSAS x | Pease SSSLS SASSER SSSSLS SSASHR AGISSG SB AGSSSS 8558S BSSI5 SSSSS8 SBSRBS GSERSS B [zenges HPHPD DADNS ONHAMP> OQPRSAT EHPADo | BPLLPN POANO OHASS BPOSSHY SE OEo Horo yH 19 5 |BSSSSS S8388 SISSS R888R8 B4ShS5 ALIRZRG B mM [STIRS FHHWIS GHSISH WRLIB SHB BHIRIS B | SAE POD HPABO SANDAS QHAMAN ORFS HOPROY O N | sPOEPA PHOOHO OO AKNS AoSOH SHOE O HEnwPap oO ASESSR 88943 SLSLS SSSSR3 SASSS AGTSSA B AYSSSS 58393 SSS885 SSSSR8 SHGSS SSRS5S B BOM APL POPHA SOOGKHS APANT AONPH SOHEnHno H EOSHOD PLOTS APOMH EHKMAO OAAAe OPAPOO 19 BUGSSS SRRSS SRRSS SRSSR SSSARS ASISRS B a SESSS3 S8S5R3 SSSES ARRSR SSABH BSISBA B LOAAPO POM COOED APES AOENSD SOOHDO TH N | SOOO PLOALY ASVGAH EXPRAHO OAAAMm OHAHHO O | £35882 Bev esH oseasss esosarsses Gsaravas avsswescam os | £35838 ESCO SHED GDEDOSSNED Waser asco SaIaVGoaD EoEsODOSH oD |segeeer INPRO ARPHM DARHH WOOOH MVSSOMA | BOAASH ODAEAP AWARNO AADOOM APAPHY OH WoOwWINA 19 BESERS SABBG SSRSH8 SSSSR ABRHS BSIHSS F s SISS3 SS4S39R3 SSSS VSSBS SHASH SSISRIA B LPPOD™ ONAPMO BAHOHYP OPIPH ROWON APSO © N | SAAS DADAM AWARO ANOOGE AMAPMD Heo san © KIDOMOD DOPrWD ONOMD DMiM1O9ATDDOD HWioOM GO Dre Wo-100 iS ROO RHOMD DRHOHWD OFOMM DMOOOO WAWMWMH OM150MD100 oO QW sos 68 CD OD OD OD SH CDODCDODID CDODOD AOD CDODEDADAD GD CD SH OD CO OD (or) Qs o0 68 COCO SH SH OD COOD CD HOD HCDMODOD CDCDOD GD AD CO OD =H OD CO SH oD |PZERe5 PONKA GQOFHY OHSS SLESH EHNEHA FH HDDOSOH SCHBOADP POSRWOS WHOSSS OSHO9M PEAASO O BIABDB Besasesas coarosaed sdavascsas avascsasas asco wasases Gd > [ESSIGSR BSSGR SSRRS GHSRS SHARIS SSISRSGI 8 EEE CSAS ye rae a Coe ee pas SE SS Pec err Ses eo ey ae ae See eS aa eae oe Q Hod 09 0D CD ODODODOD CDODGDODED ODODGDODGD CDADODOD aD OD OD SH OD OD OD (on) fa\pseulboe Nile) CD OD SHH OD CDODOD HOD Weorepnadad aDcdogacdod cd cd HOD OD N | sera LOD HAPOND HOVYOH WMHOAN QHUON HPOOHMO OGM MHANAH ONMIGH HOLS HMOWMONM SO EIQ Om19S ABADOMO BPHAMO KHMRANS ACOONAS M496 E | ERRaRR MOOG HOANG ANMOG DANAN GHANA | P8288 HEDGC SH GOCDGDCDGD GIGSGDGDGD GIGDAIGI aMAIAlGs EPOLADY SCAAVOG MWMONH AHOHOOH OOOOH AAMVON BOOMOS AOHSH VSOPHOS ANOOH Sta PANEA a RO OHO DOM ctw moOmlIDdt HOKROM HNOOK o HOMAN AABWOG MOBK9 KARAS AOKAG H4IMOA S NADA NAGS aaAG AA BANDA HHAAN A S NAGA ads Ad6D aDCINGDGD Nidoaadnd GONG HHAGIG EOIN ADS SNAOIG NNOHM AHMWHH OOOIOP SPMON SN | SPOON AOHSL OOnmS ANOHOOS ata ONTNEd DIS DOHKD AROHDA MHANDOH ROMOH HOMKOH HNODN OS RHOMDH ANBMWISO GQHM10 KRAKRNS AOKAS HO4IHt0ON O BANSAN NAAM AHHOAND ANA DAANDAN GAHANNA AANA BdsMoH Hassocses AQescsases GAG mmAlala Oo HONOHHO ANAOSD DNOAH 9SALR GOOAH AQNOH &—> ENDAMD ADMMOSP SONOS HAHSHMP OHNO CONMMA N Ye RDOOD hROHDO wmHANNRH BROMO H FBHMROnM ONAWSO for) MONHA HAMoADI90O WDACAO wWARMH FHOnRNW WO sD SARDANA TANS OMAN ANG DOAN AHA SS CANGIAVGd Sddescdes Sdaamarad GIGIGDGDOD SIGN GIM mmalaias SONOAD ANAOGS AHOMH WAAHR GOON ANSNSO OS Gh SINC OOS ee Bop Ge er BSG p IC Salta Nosh CSI) oleae! = Se LRRADO ROHDS MHANDOH KRADOH HOMKOH BARBDO S&S RI ONHA RHARDS SGHOMG KARAM HORA B46 S | ESSaReR AAC H Haaac ANMWOC MAAN AHHANA | ENSBas HODSCOA AAMGIas AGG Gad Mam MMAAe BAGANDY OHODBH WIV ABPH OHMOMW AMOWAID WEI O1g CO HOSP 2G) SOO COD GOGO Siri) O10 shico) FOr Or SHG ISAS ON AOHGHO RONDO WHANGH 01601919 HRRAOS BAODKO & CANN BHD190 CHOMD RHoMH HOWDNS BHMOEA PARRA RGSS BHAA AAHAG GOAN Sanaa A eo AAGA és caavcvcses Gapaoasas Glevescned BIGNGI mmaIAles ENOAAH OHOAH MO MSH GSOVSD WOMANS HIG TH | SOPORWI HRODOG SMOG OWOOWIG HOAON HONNS oO POOAOD RONDO HHAGH OMO1GG HERKRAS ODADKS D ROMANN BeO1OR HHOND RHOMH HOONS BHMON O | FRRaee NBO ROMA AKO MOAAN MAHAN Gi ANANDNG cdoocddcs Wescdacd NG00d6 MANGA MAHAN oD BOODOD HOMO HHAAHD WIONOHW 92M MAH © BONDAMD DGSOGVHD ANOHO MHHOIHID ONAUID NOMSOS A HOARD RHHOM HHA DHOIOID OLRAdH BADKLO @ I~ONON OHODID CHHOH RHOMA HHONS DH4IMON O SRARAN AGH DORN ANOS BOAAA AHAAN A we BANGAG coda cDss HapaanGd CTOVEDGD aD GIAINGIM MIMAING oF PODDOWD HODSH APAESD QONONH WOM MOA W AN = SST C IG) ele rotas (oOo lores Weck Kerileelle re ete) easier br) QUE Ge oN eI PAOLO RHA AtAAAsD DHOIG1D OLN AH MADKRO OS RONDA OHOOS HHH HH RHOMA HHONDS DHMOSN O | E2RaNR AWM Hoodcacsd ANocme MOANA AHAAN | ESRRRR CAOdCDGD =H Head caca Narmada MMONGH HHNAG |Zereee CARNOR ©OAAK ENOVWS ASASo Horry w [eee SPHOMS OHNAHDY WOWAD AdHHS OHSSOO +s HRGKRD ROHAS WHAM DWiD19010 COhOAD SARSD @ SOON ONHKRO CHANAH DNOMM HOANS HHHmRAa S SRANAN NASA GOAN ANG DANA THAN A wc | ENNGNG codrcnddc Hades Adranded MN THAN EOMONH GMHOS SCONE EYOSS TDANSS FHOErKeY N | SHANA ONOKLS HEMWNY OADAD AAAS HHNSSS Pow OMO ROHROS MAND DODD ChHOAN ONAKNLO S DOONAN OMHRA CHNAdH OHoAM HOANS HHOKRA O ADANAN AHHH HOA ND DINAN GHANA AANGDAG Mcdqcd6D HaGIAG Naoccscd GONG HAAG | Boraa© ANOAD ABSWO B-~SCOA OAANT ONSCOSN LC HENOMMPH OWDSW MRBOSO AROMAS OGWOMNRS WSOSSH —& SEeeSSN HGSSS SIVSS SIBSs SSVSRK OMKOD SQM RW INAH OASIH HAAN MOB o DANAAN APM BMOANAD AND ADANAN AHHHAN N na ANGOAt cdGdCDCDGD HACNa NMAC ONNGDH HINA oO EOISARO ANGORA AWSOMND RRSSH OAANA ONSON | TT | ENOROM ENOOW HROSOO ARDAS OARMAM OODOW & Pri Om WOOD MHOOG ROOL10 ALANDM OMNOO S DIS COGCDHA IG AHOO AHANAH OHOHHW HAANS HOMKRH O ADAANAAN AWMcc. Wea ANA ADANA GHaHAN 6 ANNGNG adadconcs HaIGAG Naa DANG arIGQNa BO AHSS ADHOHY WAAARHD OWMBANO WGAMS ANSSS © HODEAS UROAMWD ARODM AWGAS GOSH YAWSHD O HOODDKR ONSHMH HOMAMD Moted AQOAKnH OMKLOKR @ RAMON HONKRS HHNOH OHOMH HNAMD WONoOnW OS NAA AMoene co0909 acd Gicd A aa : MOCdCIa CIGD co a aAAN oO Soman AM Aas aN AN A oy ANCONGD camcncoa H 1 CdGdOD AANA HANNO SOTARPOSOD AWMHNNHHO MWAANRVWD OI~NAWO OOAMS ANSOSCS & ry SODI~DD ORBORW ARPOOM™ AHORRPOS OGAASD HNWOGO DHOODK DNODHD ALMA QWHteH AOSKH OMROK @ DRAMGA HONKROS AHNOH OHO BHaMO HWONOH S ARAAAN AWMcde WadAd ANMcG ADAAN GIANNA A ANNGC1ds AcOH WIG AcD NGGDdDOD CDGINGIM MIAN BMOONY DASCHRO QHAAND HAAHS HOAHG! MMAND O BORAHAN DMOSOO WOAH HANSON ON-NS O191910H © SOM ORO OMODM HOWMIOM GMoeareHt AoAOwW OMOGG B SAAOM HONAd SIBAt Qasas HNONGO HHNON S SOANAG! AMO MGD COMMAND DANG NONAN HPHHAIN AN a NANA AADC H DAOGDNG NM MAND HHANNGD LEPOEAM PASOSO SCHHOM AMAHS TPOAON VVANH = POPHOSON PMNOHOSO HOAWDO HNOSOON CAMNM SOs | DH ORO OMODK HOHDO QoMLH ALRODW OM01910 @ BAA ASNAH AHMAH OHnOH BANONAK HHINoON So AOAAAN AWAcdc Weeds DAcaa AQAA rmaaiAc A ANANDA COHdrcd tH War Acd NGIcD09c AAG MIAN ayaa a DAD ANMDHID OhHRO AANWHID OHDHRO Z| AMOHID ONORO HNADH1G ChORS Be an OMmORO 4 ~ Pi r SB Ada AAA ANANN AANN® ww A AMA ARAN ANNAGA ANNA = M 96 BEN NEVIS OBSERVATORY. TEMPERATURE. Dry AND Wer BuLBs. DECEMBER 1889. 1 2 3 4 5 6 7 8 9 10 11 12 For Day. Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.|/Dry. Wet./Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.] Max. Min. 1 | 32:0 32:0] 32-0 32-0] 32-0 32-0 | 32:0 32:0] 32°1 32-1 | 32°1 32:1 | 32:2 32-2] 32-2 32:2] 32°6 32:2 | 32°6 32°6| 32°6 32°6| 32:5 3251326 31-2 2 | 30°9 31:0 | 30°3 30°3 | 30:3 30°3 | 30:0 30:0} 30°1 30:1 | 29°8 29:9|30°0 30:0 | 29°9 80:0} 29°5 29°5 | 29°5 29°5 | 29°5 29:5 | 29°4 29°4130°9 27:2 3 | 28°0 28°0 | 28-1 28-1 | 27°8 27-8 | 27°5 27:6 | 26°9 26:9 | 26°7 26°7 | 25:4 25:4) 25:2 25:2) 25°1 25:1) 23°7 23:7 | 24:2 24:2) 24°6 24:6) 28-1 21:9 4 | 22-6 21°4 | 21:2 18:7 | 22-2 19:0 | 20°1 17-7 | 20°5 17:5 | 25:4 21°6 | 25°6 22:0 | 22:4 20°38) 22°6 21:1 | 22°8 21°5 | 21:4 21:0 | 22°6 21:6] 25°6 19:9 5 | 21:2 21:2} 20:9 20°9 | 20:4 20:4] 20:0 20:0 | 19:0 19:0] 19°0 19:0} 19:1 19°1|18°9 18:9} 19°7 19°7|19°5 19°5|19°8 19:9] 21:1 21:1] 23°9 18-9 6 | 23°2 23-2) 23:0 23-0 | 23°1 23:1 | 23:9 23-9 | 24:1 24:1 | 24°8 24:8 | 27°8 27°8 | 26:8 26:8) 27°6 27°6 | 26:5 26°5 | 27-°0 27:0 | 29°3 29°34 31:2 23:0 7 | 27:1 27-1 | 25:0 25:0 | 22-2 22-2) 22:1 22-1 | 21:9 22:0 | 21°3 21:3 | 21°3 21°3 | 21°5 21:5] 20°6 20°6 | 21°38 21:2 | 23°1 23-1 | 23:1 23:1] 27-1 20°6 8 | 26°2 26:2 | 26-2 26:2 | 26:2 26:2] 26:3 26:3] 27:0 27:0] 27°3 27:3 | 27:5 27:5 | 28-1 28:1 | 28°6 28°6 | 28-2 28:2) 28:2 28:2) 28:4 28:41 37-0 26:2 9 | 37:1 3771} 37:0 37:0 | 37:0 37:0} 37:0 37:0 | 87:0 37:0 | 37:1 87:1] 37°1 37:1] 36°71 36:1 | 35°9 35:9 | 33°3 33:3 | 81°9 32:1) 30°5 30:5] 37:1 24-9 10 | 24:2 24:2 | 24:2 24°2| 24-4 24:4] 24:0 24:0 | 23°7 23°7 | 23-7 28-7 | 23°7 23°7 | 23:2 23:2 | 23:2 23-2 | 23:3 23:3 | 24:0 24:0 | 23:4 23:4] 24:4 18-0 11 | 2071 201/193 19:5) 19-1 19:1] 18:2 18°3} 18-2 18:2} 18-2 18:°2)17-7 17:7 | 17:3 17:3} 17:2 17:2] 16:4 16°6 | 16°6 16-7 | 16-9 17:0]201 16:3 12 | 18-2 18:2!18-0 18-0} 18-3 18°3!19-0 19:0} 18:0 18:0}19°1 19-1] 19:2 19-2:19:2 19:2) 20:0 20:0! 21:0 21:0} 21:2 21:2! 20°6 20°6] 27° 18:0 13 | 26:9 27:0 | 27°S 27:9 | 27°1 27-1 | 26:1 26:1 | 25°1 25°1 | 25:1 25-1] 25:1 25:1 | 251 25:1) 24:9 24:9 | 25:0 25:0 | 25:8 25°8 | 25:8 25:8427:9 24:9 14 | 26°9 26:9 | 26°6 26°6 | 26:4 26:4 | 25:9 25:9) 25°7 25:7 | 26:7 26:7 | 27:0 27:0 | 26-9 26°9| 26:9 26:9 | 26°8 26°8 | 26:8 26°38 | 26:2 26:2]32:0 25:7 15 | 30°7 30°7 | 30°9 30°9 | 29°8 29-8 | 30:0 30:0} 30°0 30:0 | 29:4 29:4 | 29:4 29:4 | 29°5 29:5 | 29°5 29°5 | 29:8 29:8 | 29-9 29:9] 29:9 29:9]33°6 28:0 16 | 34:1 34:0 | 34°1 34:1 | 34-2 34-2 | 82°3 32:3] 82°3 32:3 | 29°9 29:9] 29-1 29:1 | 28°6 28°6 | 28:0 28:0 | 27°3 27°3 | 27°1 27:1 | 27°7 27:8} 34:2 27-1 17 | 85:0 35:0 | 36°8 36:8 | 371 37°1 | 36°3 36°3 | 36°8 36°8 | 37:0 37:0| 387°4 37-4 | 86°5 36°5 | 84:0 34:0 | 32°2 32°2| 32:2 32:°2| 31:6 32:0] 37-4 27:1 18 |31-1 81:1 | 34°8 [84°8]| 38-0 38:0 | 38-0 38:0! 36°5 36°5 | 36°2 36°2| 85:2 35:2 | 34:7 34:7 | 33°8 33°8 | 33:0 33:0 | 30°5 [30°5]| 25-4 25:4138:0 23°3 J9 | 25:1 25°1 | 25°3 25°3 | 26-0 26:0 | 26:9 26:9 | 27°6 27°6 | 28°9 28:9 | 29:0 29:0 | 28:2 28:2/ 28:1 28:1 | 27°4 27:4} 26:0 26:0 | 27:2 27:2} 29:0 21:9 20 | 21°2 21:2} 21-2 21:2} 21:2 21:2 | 21:3 21:3) 21°5 21:5 | 20°8 20°8| 20°5 20:5 | 21:1 21:1 | 21:2 21:2 | 21:2 21°2| 20°7 20:7 | 20°4 20:4] 21°5 20:3 21 | 21-3 21°3 | 21:2 21-2 | 21-2 21-2 | 21-1 21-1 | 21°3 21-3 | 20°9 20°9| 21-0 21-0 | 21:1 21°1 | 21°1 21°1 | 21°9 21:9 | 23°5 23°5 | 23°6 23:6] 25:9 18:0 22 | 181 18:1) 17-9 17-9 | 18:2 18:2} 19-1 19-1 | 20:0 20°0 | 20°5 20:5 | 21:1 21-1 | 22°2 22:2 | 23:0 23:0 | 23°8 23°8 | 28°8 28:8 | 29:4 29°41 31:0 17-9 23 | 29°8 29°8 | 29°8 29-8 | 29:3 29°3 | 29°8 29°8 | 29:2 29-2 | 29:2 29:2 | 29°4 29°4 | 29°9 29:9 | 30:'4 30:4 | 80°4 380°4| 80°5 30°5 | 29°6 29:°6]36:3 28-9 24 | 36°2 36°2/ 35:9 35:9 | 36:1 36:1) 36:1 36:1 | 35:2 35:2 | 27-4 27:4 | 26:9 26:9 | 25:8 25°8 |) 24:1 24-1 | 24:6 24°6 | 24°6 24°6 | 24-4 24°4]36:2 22-4 25 | 24°2 24:2) 25:0 25°0 | 25:9 25°9 | 25°8 25°8| 26°5 26:5 | 27°6 27:6 | 28:2 28-2 | 28°4 28-4 | 29°3 29:3 | 29°8 29:8 | 30:2 30:2| 380°2 30:2) 32°7 24-2 26 | 32°4 32°4 | 32:2 32:2 | 32:0 32:0] 31:8 51:9 | 32°0 32:0 | 32°2 32:2 | 32:2 32-2 | 32:4 32:2 | 32°6 32°3 | 32:9 32:5 | 82°9 32:9 | 33:4 33-41 36-1 31-8 27 | 82°6 82°7 | 32:1 32-1 | 32:0 32:0 | 31°6 31°6 | 30°2 30°2| 29°4 29:4] 28°5 28°5 | 28°3 28:3 | 27:9 27:9 | 27°8 27:8 | 28°3 28°3 | 28:5 28:5] 32°6 19-9 28 | 22°71 20°6 | 24:2 23°1 | 21:9 21°9 | 24:1 23:0] 21:9 21-7 | 22°3 21:5 | 24-1 21:0 | 24°5 21:8) 13°2 18:6) 17:0 15:3) 14°3 14:4) 15-1 15:1] 24:5 13-2 29 | 23°8 23°8 | 24-1 24:1 | 25:0 25-0 | 25:1 25:1 | 25:2 25:2) 25:5 25:5 | 25-7 25-7 | 26:0 26:0 | 26°6 26°6 | 26°8 26:8 | 27°8 27°4| 27°6 27:21 28:0 23:8 30 | 26°8 26°8 | 26°3 26:3 | 26°8 26°8 | 27:2 27:2 | 27:2 27-2} 27-1 27:1] 27-0 27:0} 27-1 27:1 | 27:1 27:1 | 27°4 27:4 | 28:4 28-4 | 28°6 28°6] 32:4 26:3 31 | 33:0 33:0 | 33-0 33:0 | 33°8 33°8 | 33°4 33°5|33'7 33°7| 84:0 34:0 | 84:1 34:1 | 84:5 34:5 | 34:1 34:1 | 33:7 33:7 | 33°6 33°6 | 34:0 84:0] 34°5 25-1 MEAN, 27:2 27-1) 27:2 27:1) 27°3 27:2 | 27-2 27:1] 27-0 26:9 | 26-9 26°8| 27:0 26:8 | 26°8 26-7 | 26:4 26°3| 26-4 26°2| 26°5 26:5 | 26°5 26:5130°6 23:1 13 14 15 16 7 18 19 20 21 22 23 Midnight.] Mean. Dry. Wet.|Dry. Wet.|Dry. Wet.|/Dry. Wet./Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet./Dry. Wet)Dry. Wet./Dry. Wet.|Dryv. Wet.JDry. Wet. 1 | 32:2 32°2| 32:1 32°1 | 32-2 32:2] 32°1 32:1 | 32:2 32-2 | 32°1 32-1] 31:9 32:0] 32:0 32:0| 32:0 32:0] 31:9 32:°0/ 31:6 32:0] 31:2 31:2]321 321 2 | 29-1 29:1 | 28-9 28-9 | 28°6 28°6 | 28°6 28°6 | 285 28°5 | 29:5 29-5) 28-7 28:7 | 29:0 29:0 | 28°2 28:2} 28:1 28:1 | 27°8 27:8) 27:2 27:2]29-2 29:2 3 | 24:5 24:5 | 24-4 24-4 | 23°6 23°6 | 21°9 22:0 | 24:2 21:8] 26-8 23-1 | 24-2 21-7 | 24:0 22:0] 24:3 21:4 | 23:3 21:2] 24-1 21-2) 26:2 22°8)25°2 24:3 4 |19°9 20°2 | 20°2 20-4 | 20°6 20°5 | 23:1 21:9] 20:4 20°5 | 20:1 20-2] 21°3 21°3 | 21-3 21:3) 21:2 21:2) 21-7 21°7 | 22°0 22:0) 21:9 21:9}21°8 20:7 5 | 20°7 .20°7 | 20°5 20°5 | 22°2 22:2 | 22°9 22:9 | 23:3 238-3 | 23:4 23-4] 23:5 23-5 | 23-7 23-7 | 23:9 23°9 | 23:5 23°5 | 23:8 23:8 | 23-9 23:9] 21:4 21-4 6 | 29-4 29-4 | 29:°9 29-9 | 30:2 30:2] 30°4 30:4) 30:0 30:0| 29:8 29:8 | 30:2 30:2) 80:1 30:1] 30°8 30°8| 31°2 31:2) 29°7 29-8) 28-1 28-1] 27:8 27-8 7 | 24:0 24-0 | 23-9 23°9 | 24-1 24:1] 24:8 24:8) 25:0 25:0 | 25:0 25:0 | 25:3 25:3) 25:3 25:3 | 25:°8 25:8 | 25:3 25:3 | 25°9 25:9) 26:0 26-0} 23:8 23:8 8 | 28°5 285 | 28°5 28°5 | 300 30:0} 31:0 31:0 | 31-9 31:9 | 34-4 34:4] 35-0 35:0| 36:0 36:0 | 36:1 36:1 | 36°6 36°6 | 36:9 36:9] 37-0 37:0] 30-4 30-4 9 | 29-2 29-2) 29-7 29-7 | 29:0 29-0 | 28°1 28:1 | 27-7 27:7 | 27-0 27:0 | 26°5 26°5| 26:0 26:0} 25°3 25:3 | 25:3 25:2 | 25°2 25:2] 24:9 24:9]31°3 31:3 10 | 23:0 23-0} 23-0 23:0 | 21:1 21-2] 21:0 21:0} 20-4 20-4] 19:2 19-2] 19-1 19:1] 18-1 181] 18:0 18:0] 18:0 18:0] 19:9 19°9} 20°3 20:3] 21:9 21-9 11 |17°3 17°4)17°5 175) 16-9 168/163 161 |17°3 17°3/17°3 17:3] 17:3 17°3) 17:9 17-9] 181 181] 18°8 18:8] 18-2 18:2} 18-0 18:0]17°8 17:8 12 | 205 20°5 | 20-8 20°8| 22-1 2271 | 22:2 22:2 | 23:3 23:3) 24:5 24:5| 25:9 25:9! 26-1 26:1 | 27-2 27:2127:2 27:2) 27:5 27:5) 27:1 27:1]21:9 21-9 13 | 25°9 25°9 | 26-5 26°5 | 25°8 25°8 | 25'7 25°7 | 25:6 25:6 | 25:7 25:7 | 25°8 25:8| 26:2 26:2 | 26:2 26:2 | 26:1 26:1] 26:9 26:9/|26°8 26-9} 26:0 26:0 14 | 26:0 26:0 | 26:2 26:2) 26-7 26-7 | 26°5 26:5 | 27-1 27:1 | 28-2 28-2] 29-1 29:1] 30°8 30-8 | 30°8 30°8| 31:9 31-9 | 32°0 32-0 | 31:7 31:8} 27:7 27-7 15 | 29°8 29°8 | 29:0 28°8 | 29-7 29°7 | 29:4 29:4 | 28:0 27:4 | 28°5 27-7 | 30:3 27°6 | 29:3 28:0] 281 28:0} 29'9 29°6 | 82°1 82:0] 33:6 33:6} 29:9 29:6 16 | 27:9 27°9 | 28-1 28-1 | 29:0 29-0 | 29:2 29:2 | 29:4 29:4 | 29:2 29:2] 29-4 29-3 | 29°5 29:5] 29:9 29-9| 29:9 29:9/ 30:3 30:3] 31:9 31-8] 29:9 29-9 17 | 29°7 29°8 | 29°8 29-8 | 29°3 29-3 | 30-1 30:1 | 30:0 30:0 | 30:4 30:4] 30-4 30:4 | 29:1 29-1] 29°9 29°9 | 28°3 28:4) 27°1 27:1 | 28:2 28:2132°3 32:3 18 | 24:6 24°6 | 24-1 24°] | 23°38 23°8 | 23°3 23:2 | 23:4 23:4 | 23-4 23-4 | 23°6 23-6 | 24:2 24:2 | 24:2 24:2) 24:2 24:2] 25:0 25:0 | 24:0 24:0] 29:0 29-0 19 | 2771 27°1 | 2671 2671 | 26°5 26:5 | 26-0 26:0 | 25:1 25:1 | 25:4 25-4) 25:0 25:0| 25:0 25:0 | 25:2 25:2) 25:0 25:0 | 23:3 23°3 | 21°9 21:97 26-1 26-1 20 | 20°8 20°38) 215 21°5 | 21:3 21-4 | 21:3 21°3 | 20°8 20°8 | 20-7 20-7] 20:5 20°5 | 20:4 20-4] 20:3 20°3) 20°9 20:9 | 21:0 21:0 | 21:0 21:0} 21-0 21:0 21 | 23-0 23:0 | 222 22-2) 21°8 21:9 | 20:0 20:0] 19'5 19:4 | 20-4 16:9] 23:9 17-6 | 25:9 18-7 | 23:9 17:7 | 22°0 18:9 | 20°9 19:0|18°0 18:0] 21-7 20°5 22 | 29°6 29°6 | 380-0 30°0 | 80-1 30:1 | 30°7 30°7}| 30-1 30°1 | 29:8 29-8) 30:3 30:3 | 30°8 30°8| 30°8 30°8)| 31:0 31°0| 30°7 30°7 | 29°9 29:9] 26-1 26-1 23 | 29°3 29°3 | 28-9 28-9 | 29:0 29:0 | 29:0 29:0] 28-9 28:9 | 29-2 29:21 30:6 30°6 | 32:0 32:0 | 82:3 32-0 | 83°8 23°8| 385°6 35°6 | 36°3 36:°31305 305 24 | 24-7 24°7 | 246 24°5 | 23:3 23°3 | 23:0 23°0 | 23°3 23°38 | 22:4 22°41 22:6 22°6 | 22:9 22-9 | 23-2 23:2 | 23°8 23°8| 23°3 23°3)23°5 23:51 26°6 266 25 | 30°3 30°3 | 30-2 30:2] 306 30°6 | 31:0 31:0] 31:4 31:4] 31°6 31:6] 32:0 32:0 | 32:0 32:0] 32:1 32:0 | 82:3 32:3 | 32°7 32°7 | 82°5 32°5129°6 29:6 26 | 33°6 33°6 | 34:2 34:2 | 35°1 35°1| 35°8 35°8 | 35°3 35°3| 35:1 35:1] 36:1 36:0 | 35°6 35:6 | 84°8 34:8 | 34:3 34:3 | 34:0 34:0] 33:0 33:0] 383°6 33°5 27 | 27-9 28:0 | 27:0 27:0 | 25°9 25:9 | 25°8 25°83 | 25:3 25:3) 24:'2 24:2) 23-2 23:2 | 23-4 93-8] 23:8 23:8) 22°2 22:2) 20°9 21:0] 19-9 20:01 26:9 27-0 28 |15°6 15°8|15°6 15°38) 15-2 15°2)16-2 16:0} 16:2 16:0/ 18-4 18-4] 20:0 20-0 | 21:2 21:2} 22'1 22-1 | 22°9 22:8) 23:1 23:1] 24:5 24:5]19-8 19:3 29 | 28°0 27°2 | 27°38 27°2| 27°8 26:9 | 27:2 26:2) 27:1 26:1 | 27°1 26:5) 26:8 25:2) 26-0 24:6 | 25°38 24:8|25°3 25:4 | 26-8 26:9 | 26:8 26:°8126°3 25-9 80 | 28°6 28°6 | 29:0 29°1 | 29°8 29-8 | 29:9 29:9 | 29:7 29-7 | 30-1 30:1] 31:3 31°3 | 32:0 32-0 | 32:0 32:0 | 32°1 32:1).32:2 32:1 | 32-4 32-2] 29-0 29-0 31 | 33°9 33°9 | 34:3 34°3 | 30°5 [30°5]) 27°9 27-9 | 25°9 26:0 | 25°5 25-5 | 26-7 26-7 | 25-9 25:9] 25:8 25:8 | 25-1 25:1) 25:1 25:1) 25:1 25:0]30-7 30-7 MEAN] 26°3 26°3 | 26°3 26°3 | 26°2 26:2| 26°1 26:1] 26:0 25:9 | 26:3 26:0] 26:7 26:2 | 26:8 26:4| 26:8 26°5 | 26°8 26°7 | 27-0 26:8] 26:9 26-8] 26-7 265 a a a | BEN NEVIS OBSERVATORY. 97 RAINFALL. IncHES FOR Hour ENDING— JANUARY 1889. Tin 2 Ste eG |e SEO TOM still TOM ese tae eter eaee ls 17 18 | 19 || 20 |) an 1 29" 1o9 an OME) 003050) |:002)||: een en OLOM COMIN = lea = |e iW afi = |= | = | = | = fe 2 es is ue eS =: = = os 2 = x a 2 = = a = = = = Es es = 3 | -001 | -003 | -003 -007 | -005 | 007 | 001 | -002| -005 | -007 | 004! -— } -007 | -004 | -011 | :015 | -010 | -019 | 025 | -016 | -009 | 009 | -006 4 | 015 | 008 | 030 -005 | -030 | -012 | 025 | -013 | -040 | -019 | -009 | 028 } -040 | -017 | -032 | -018 | -008} 002] -001} +001} - |-001) - 5 | - | - | = | — | — | -003} 007] -005| -008| 007) - |-o0o2] - |-003]} — | 002] -007]/ —- | -001| :002| -010| -015 | -020 6 | -036 | -020 013 OOP) || OR | oval eoAL) |} oars, || OHO = = Yo ie) a ee 7 So S| = =] =] = | = Slams) S eens | oon] wore) oe) Se 8 | -009 (,005][-015){0201(-020) -020]{-015]{-005)f-010) -030 | 017 | 009 | -008 | -020 | -037 | 068 | -038 | :048 | -030 | -026 | -034 | -029 | -013 9 | -005 | -011 038 ‘035 | -055 | -021 | -016'| :025 | -065 | -033 | -043 |[-050]| 080 | -065 | 030 | -035 | -062 | -047 | -053 | -070 | -058 10 | -030 | -055 “O10 | 008 || Ae || oe ee ren aan le en en ace Cat bees ee | af 7 ne oe ae ad ie - = na a 2 * £ AS eh = = os =: = = . = ee ee ee ee pe | Se ee ee ee ee ee le a at = le | M a fs | < bos |e ee ee Se SS ea a | eee |e ae eer oe Paes | = | | - | - | 21 2) Sa ]re cae PSE he ae OSE ae Sales lie eee ee | = | = | = | Bi eee eS f-o03) = | -013)| :012)| -005 | -004'| -005'| -005,| 013 | -012'| -008 16 | -019 | -006 | 015 | -021 | -030 | -006 | 011 | -014 | 010 | 013 | 010] -009 } -007 | -018 | -019 | 024 | -017 | -020 | -175 | 054 | -040 | -056 | -063 17 | -003 | -020 | 009 | -010| 001} -011) - | - | -009| -009| -035 |[-040jf[-040]/[-040]| -040 | -065 | -090 | -033 | -068 | -046 | -100 | -079 | “103 18 | °125 | -140 | +107 | +165 | :030 | -027 | 032 | -028 | -030 | -065 | 110 | +145 | -225] -415 | +120 | -060 | -105 | -147 | -138 | 030 | -012 | -003 | 013 19 | -010 | -060 | -099 | -070 | -052 | -064 | 030 | 025 | 038 | -025| 010) 013} 010; - | - | - | —- -006 | -003 | 002 | -002| 002 Pee i — | — | - | ] | ost a) Soi) = | 0184-017 | -040\| -044'| -032'| -004 = |= | = ME ae )) 008)-019 006) 004) = 9) ee |---| ed =) ey etcy ce Reem = | dl | | el a ee eS} ZS | gos! cos! -oos | — |-oo2! — 24 | 002} -004 | 015] -015 | 025 | 030 | 010} -011 | 017] -009| — - | - | — | = | -011} -001 | -602 | -004 | :015 | -010 | 022 25 | ‘025 | -052 | -071 | -030 | -038 | -040 | -037 | -049 | -058 | -057 | -060 | -060 | «085 | 100 | -089 | -067 | -100 | +130 | -215 | -116 | -065 | -083 | -150 26 | 076} -010 | 019 | -041 | -010 | -002 | -030 | -020 | -029 | -080 | -091 | -019 } -029 | 026] -008| 010) 001) - | - | - | - | - | - 27 = = = = = 2 is = = = = = = = = - = — | 001 | :007 | 004 | -045 | -053 28 | “104 | -130 | “118 | -165 | -100 | -030 | +142 | -118 | +135 | -119 | 088 | -050 | 026 | -117 | -040 | -030 | -014 | 008 | -008 | -008 | -004 | -013 | -050 29 | -106 | -079 | 105 | -160 | -113 | -110 | 150 | -220 | 130 | -125 | 069 | 004} 009 | -010| -010| 010} - | — | -002] -046| -015 | -008 | :012 30 | 014} 020 | -052 |[-070]] -150 | -122 | -155 | -020 | +100] -058 | 020] — 4-017] -012| -040| 019 | 020] - | -016 | -003| -007 | -020 | -056 31 | -055 | -041 | -230 | 090] -178 | -119 | -272 | -098 | -230 | -160 | -377 | 290 } -285 | +188 | -316 | 151 | -170| -002] 003} -001} - | - | - | Sun |0°636 |0-666 0:919 |1:057 |0-828 |0:731 0998 |0-658 |0:875 |0:818 |0-966 10-702 10°842 |1-049 [0-877 |0:658 |0-671 [0-486 [0-765 |0'418 |0:388 |0°457 |0-629 RAINFALL. FEBRUARY 1889. 1} - | - | - | -{ - , — |-017| -050 | -o85 | -050 | -130 | 157) -112| -o80 | -o49 | — | -047 | -086 | -027 | -070 | -044| -076 | -115| -035] 1-180 2 | -050 | -034 | -050 | -073 | -070 | -045 | -032| -922 | -060 | -097 | -070 | -043 | -088 | -029 | -060 | -o6s | -054 | -045 | -074 | -010 | -075 | 068 | -076 | -054| 1-347 8 [[:050]) 047 | 070) -048 | -072) -030 | -055 | 045 | 145 | -050 | -088 | -045 | -042 | -048 | 060 | 060 | -010 | -056 | -055 |[-040, (0209-020) | sa] 1138 meee | sl | | | eee aa eae ata) -040 | 025] 0-102 5 | +040 | -012 | -012| -010| -015 | -o08 | -005 | -015 | -050| -o10 | -o02 | -o24| -o17| -o30| -o42| -o16| -007 | -o28| -cox| -o08] — | 002-002 | oon! 0-347 6 | — | -050|-080| -040| -040| -017| -007|-003] 0011 - | - | - 7 - | - | - | _ |] — _ | — |-014}-040] -055 | -o60] 0-407 ye | S| eae cokeact acta = | = beinhankiok aot inp Shh Si eeR sates se) ae 036 | +045 | -070 | +152 | +105 [-025 [-025][-025][-010] — | — |f-010}-0103[f-0109|f-010]¢-010)(¢-010][-020}[ 020}{[-020}[-040][-040]] 040] 0-75 9 | -002| -007 | -015 | -o08 | -015 1-010} 009" -o09-t-o10'--o164 oro! hm sour: Sea eee reece OLE Ceoe tc lcnou | ois eee slo te (| ee eee | fe pkey TOR ee een | - | — | - | - | - | = |00r) =) = | - | = 5 = = = = 0:043 23 | 008] -015| -003|-007| - | — |-020] — |-o10|-o15| - |-o10] — |-002| — |-oo2|-o16! — | - | — | — |-o06|-oo1! — | o-t15 24) -}]-})/-);]-]/-]- )]- 4} - | - | = | — | -003}-011 | -010} 009 | 025 | -014 | -012 | -004 | 006 | -008 | -009 | 002} 001} 0-114 rn es ee eee OOL O01 | — | = 002) =| -004 003 1r00L|) = | = 7 3) = S05) S51 S| Sei Se) 1 Se) 0-012 ee een eee ii Se i pe eo Se Se ‘4 eit | | | | 8 de Sir psn ee re we ese |S Ee NT AG esc Mh e = 28 | — |-009| — | :003 | 003 | 002] -004} - | -001 | 029 -088 | 053 | -041 | -032 | -042 | -037 | -023 | -011 | -005 | 008 | 004 | -030| 011 | 006} 0-392 29 | — | *043 | -001 | :012 | -038 | -025 | -020 | 008 | -005 | -050 | 080 | -003 | 029 | -011 | -010 | 002! -005} -020} — |-oo1)] - | - | - | - | 0-363 30 | - | - | - | - | - | - | 001] - | - | -019| 022) 004} -010] 001 | -007} 002) - | — | -002] -005] -002| -007 | 034] 008} 0-124 oieeO09 — | — | — |-001/ - | - | 003) - =) | 29) Sf -019 | 014) -008'| -032)| col) = | 29) =) = = — 1-018} 0-105 Sum |0:268 |0:430 |0:179 [0173 |0:210 |0-175 |0:135 |0:052 |0-116 |0-187 |0-178 |0-159 [0-164 |0-123 |0-200 |0-180 0-187 [0-421 |0°148 |0°199 [0-070 [0123 |0'139 0-128] 4-344 RAINFALL. JUNE 1889. 1 | -014| -004 | -019 | *030 | -009 | -038 | 025] - | +013} +017 -016 | -024}-008 | -001 | -002) - -: - - - - - - - 0°220 2 7? ma = = = = = - - — 007} :003} -— | -005 | -001 | -005 | -082 | -001 | -007 | 060 | -053 | -005 | 002 | 002} 0:233 Pee | — | O0Li-- | - | - = (Ooo = og)! = | a | ap Sy Sa | = f= fe Sc) = ||) Orono 4/001; - - - = = = a = ae) ce = ps * & z ie 2: = = = = ¥ 0:001 5) - - - = = < = ei al ae | - EY a & = 3 iS . a a z - = = 6 - - - - = = = es s Es = # z u (3 = as = & i bs = ff - - - - = = = = = 2 = = & ae a = 2 @ = = = ea = = Re eee — | = |) = | = i ae SS) = | 2 0041) 022)! 074) 008!) 002-000 || — | 0-11 9 — | 001) —- -| 003 | -018 | -028 | 023 | 008] 002} —- - ~ = = = = = = 028 | -015 | :006 | :004} —- - 0:186 10 - - = = = = = e eS Ss s - 2 ¥ hed Es * 2 = ze = a = inl = iS a is Bs & s a _ fe a 2 ” e ai a 2 = Sel -— | +009] :018 | -004} 0-031 12 | 001 | 002} 011 | :003 | -003 | -039 | 014 | 002] -001 | -001 | 003} — e = E Z - = = ras = e 3 = 0-080 eee | a |) 2 eee |) StS pS LS lo12'|.-o99'|\-038'!'-o61|'-078'| 0751 0-286 14 | 052/016 | 009} -004) - = = = = = = 3 a a es B. a a = || = = - ss 0:091 15 - - |:001} - 020 | 025 | :043 | 010 | :024 | 002} — = = = = = = = - - 001 | 016 | 018 | 023} 0183 a ‘O17 | 019 | -010 | -017 | -004 | -019 | 007 | 011] ‘001 | - 2 =o) Rs = a a za = = a zs = 0:106 ee] SM P|] || i Lc) a ES 2 19 - - = - = = a a ssf = = = a x z - 2 = 2 a = = fas 2s 20 = - = = = = ae Z = = = B = z es Me fs s = 2 # pa iS ‘& he 21 - - - - = = = = = a = = a BI a Z 2 2 z - = = = = a 22 | - - - - = = £ a = = e: E = 2 cE 2 < = * 2 S = é x s 23 | - - = = = 2 L = a a re Stee ie = z m z x = 2 = mah es a 24 - - - - = 2 = ts i s = bo a « ie a zs 2 ied A ie = Ht = me 25 - - - - = = = = pes ae Ss ze ms ad _ x = x ns = a E pad ue oa 26) - - - - = = = = = a iz eae |e a es = Z a s = 2 zs = e 2 27 | - | -020} 003} -001 | 004] -004} - Beh 2 O01 Ines = 0 er ieee S|) 2) 2 pS ee Ooss eee | ieee eel = | | Se eS Sy Sf eee es | = 1 =. Post ono ieo-o41 29 | 010} 002/001} - = = = = 4 A ee a z re = Q = lapel! = lanl! = — | -002/-0104 0:049 80 | 031 | :035 | 030 | 038 | -004 | 054 | -001 | -001 | -001 | -024 *047 | 020] :002 | -001 | :002 | :002 | :012 | 003] :005| -001) - - |:001}:003} 0°318 Sum |0°126 |0-099 |0-084 |0-097 |0:062 |0:207 |0:113 |0:032 10-043 |0:058 10-073 |0:050 (0°011 |0:007 |0:005 |0-007 |0-094 |0:031 |0-074 |0°183 |0:106 |0:097 |0°153 |0°127] 1-939 | | | 100 BEN NEVIS OBSERVATORY. RAINFALL. INCHES FoR Hour ENDING— JULY 1889. Mid- $ night, mount, | ag |" _ bo | 3 4 sid hk) 7 8 9 TO} 1! 4) V5) 6) |) iy) SP | 20 2" | 22ne23 4 ‘005 | -009 | 005 | -006| -005| 001; - | - = f 2 = a = = & — | -001 | -009 | :009 | 008 | :002] 0-060 St See See eti S loli 0 Sele 2 S25 tS Ra 2 ee ee 3 4 = = = = oo ee = = = EA = S = 2 = x £ 2 Zh se = = 5 = = & = = is = = = = ee = a = a = 2 ES 3 «! a, = 6 = = = s Si = = = 2s = s = = = 2. S — | -028 | :012 | 072 | 085 | 035] 0-232 7 |:009} 005) - — | 006 | :002 | 001 | 040 } -014 | -011 | -024 005 | 092 | 004) - — | :001 | -030] 016) - = - | 0:183 820021 = = || oh! =) — | :003 | -006 | -009 | :010 “O11 | 004) -001) - — |:001} - | C01] :002} — | :001} 0-078 9 = = = SEM ee = = 2s 2 = 2 ES iS at lr & = — |-003| — | -012]-011] 0-097 10 | :005| - | 032] +019] -002 :001| - | -003} :007 | 045 | -004 020] 012! - | :003 | -011 | -021 | -005 | :007 | 009 | :003] 018] 0307 11 | ‘015 | -011 | -009 | 026 | -019 | -035 | 015 | -011 | -001 | -003 | 013 -012 | -002 | 012 | -003 | -001 | 003 | :005 | -010 | :008 | 008 | 003} 0-251 12/003} - | - | - | - | - = = Ss E es = fi a = us = = cS es s - | 0-003 13 = = = = Fae = = a s £ = = = = = = = = = = 14 — | -001}-006]:002] -— | — | :005} 044} -004-| 012] - 050 | 067 | — | -015 | :046 | -028 | -028 | -010 | -002 | :003| 012} 0:337 15 | :040| -018 | :010 | :003 | -001 | 002 | 002} - | -017 | -023| -015 012 | 006 | 042 | 022 | 018) 008} —- = 2 = - | 0:308 16 = = ae 00) 90 fees = = = = = = 002 | -009 | -012) - | +016) -004} - = = = - | 0-063 17 | 007 | 011 | 100 | 030 | 016 | 003 | 001} -010} - | -003| - = ||@ol} = = = = = = = = - | 0-182 18 a Sea | 9 oe fa ead ew 1% 24 = zs Ke a z = = — | +004 | -015 | -006 | :002 | 003 | -026 | 008} 0-064 19 | :018| -019 | 018 | 018 | -003 | -010 | -076 | :003 | 058 | -003 | -022 010 | 079 | 082 | 014 | -003 | 053 | :070 | -044 | -025 | 008 | 002] 0-639 20 | 007 | -008 | 002 | :003 | -009 | 019 | -001 | 002} —- = - 001} 002) - = = | = = a = =| =a) One 21 = = = 2 = = = = = 5 = 011 | 032 | -005 | 007 | -011 | 006 | -003] 001 | - = = 0:076 22 | -002| -001 | +027 | 015 | -011 | :008 | -005 | -010 | 110 | :028 : -030 004] 004} —- = = | = = = = =| = | 0307 23 = = = = =) | 003) = = = = = 022 | 052 | -005 059 | 049) - = = aS 07190 24 = = 2 = = = = = = = = — | — | :005| -007 | 014 | 014 | -028 | 042 | -040 | 022 | -054] 0-296 25 | 045 | -092 | 008 | :001 | 011 | 080 | 025 | 080 | -032 | -003 | -003 = = | O02 = = = = = = = | =) 10-382 26 — | 004} -008 | :014 | 002 = 2 = E ts = = = = = = = 2 = - | 0-028 27 = = | = = | = = = = = = be é = = = = || = = = = = - = 28 = = = |) = = = = — | +005 | -006 | -011 = — | :003 = = = = |Wil7)| = | = 0-046 29 — |:006/ 011] - |-005| - = = : = = 007 |} 011) - = = = = = = 0:043 30 = = = = = = = z = = 3 a F = s ez S = = = = = = 31 = = = = = = 2 = = line = = = = = = Sum {07158 |0°185 |0:236 |0:143 0-090 '0:164 |0°131 |0-206 |0-254 '0:146 |0°'132 0°167 |0:283 |0:173 |0:071 |0:183 |0:203 |0:204 |0°157 |0°187 |0°175 |0°146} 4-086 | RAINFALL. AUGUST 1889. tf-[-)ote)-) 2 - Pe Pye St] ba tc) Sy ea Sitesi ree ire ee 2 |-005| - |-oo1}-o1} - | - | - | = | — | = | -010] 003] -056) -o10| -004| — | -009| -o14| -o06 | -011 | -033 | -031 | -028 | -007 | 0-299 | 3 |-002|-001] - |-002| — | -008| -o11 | -012| -005 | -o07 | -007 | -032} -009 | -002| 002) — |-038|-005|-002) - |-o01} - | - | - | o-146 4 | -009| -001 | -005 | -025| -014| 026) - | - |-oo2/-o01| - | - } - | - | - | - | - | - |-003]-o03|-o01/ - | — |-o12] 0-102) 5 | -002| -036 | 099 | -019| 009] -o01/ - | - | - | — | — | — | -o19) -o18| -o14 | -035 | -049 | -070 | -038 | -144 | -236 | -346 | -253 | 058) 1-446 6 | 032] -008| 150] -024| - |-001) -o07| - | -025 | -o26 | -o20| -o68} -010| -o17 | -001 | -022| 040] 066} - |-oo7| - | - | - | - | o-594 Pie feted ey =| at eyed al = | = |= |= | oreo) Sal | 008) cor) =) tn 9 | — | -008| -013 |f-015]] -011 |[-030]| -029 | -017 | -o28 | -125 | -o41 | 010] -005 | -o10 | -oo7| - |-014}-010] - | -003]-oo1] - | - | — | o-3zz HOW dll eae ialleggoneeni i — | -009 | -065 | 152] -100 | -052| -070 | -017 | -020 | -020| - | -003}-001] - | -002| 033) 0-553 11 | -108| -009| -020| 030) - |-oos} - | - | - | - - | —- | — |-oo2] - | - | - | = | -001| -oor| -015| — | -001) ‘oa m|-|-|-|—- | - | — | — |-oorl = \-om!| - | - | - |-ow} = | = | = |-oan|-075| ‘050 | -o01 || -013'| oo-a-00g | nue 18 | -009| -004| 032 -o10 | -040| -o02|-o10/ - | - | - | - | - | - |-oo1|-oo1| -oo2/ - | - | = | - |-003/ - | - | = | on 14 | -001 | -002 | -001 | -001 | -001 | -019 | -031 | 029} -060 | 09 | 004) - | - | - | - |-oo1] - | - | - | - | - | - | = |t-o20q o-179 15 | -001 | -046 | -080 | -017 | -035 | -011 | -021 | -003| 036} - | - | - |-010| -025] -052/ -045 | -012| -004 | -004| -018 | -008 | -020| -008) -0554 0-51 16 | -008| -008 | -001 | 004} -002| 004} - | - | - | - | — |-001] -021| -073| -o16 | -038 | -o48 | -065 | +150 | -172 | -250 | -275 | -255 | 290] 1-680 17 | -105 | +140 | -160 | -068 | -050 | -022 | -067 | -084 | -o65 | -003 | -040| 065] — | -097| -007 | -008 | -005 | -103 | -010 | 075 | -023 | -080 | -001 | -040] 1-318 18 | -264 | -045 | -040 | -023 | -030 | -008 | 026} — | -030| -095| -002| - | — | -035| -003/ -003| -101 | -040| -010 | -023 | -006 | -002 | -002| -003] 0-791 19 |-003| -045 | -185|-114| -017|-010/ - | — | — |-o17|-o10| - ]-004} — | — | -020| -089| -014 || -010 | -030 | -038 | -050 | -046| +115] 0-817 20 | -034 | -080 | -122 | 120 | -115 | -052 | -095 | -075 | -045 | -076 | -104 | -050] -043 | -097 | -105 | -105 | -081 | -074 | +113 | -004 | -020| -045 | -075 | 222] 1-952 a1 | +123] -077 | -007 | -050| -028|-008| 040) - | - | - | - | - | - |-oo1} - | - | - | - | - | 010] -001] -010] -010| 140] 0-505 22 | -100| -100 | -050 | -052| -011|-004| — | -003|-004|-o01| - | -oo4}-005| — | — |-o13]-on| - | - | - | - | - |-018|-008] 0-394 23 | — | -048| -015 | -030 | -014 | -075 | -010 | -092 | -030 | -076 | -030 | -019 | -035 | -o01 | -001 | 008 | -032| 008! - | - | -001|-070] -o18| - | 0-608 2 | - | — | - | — |-002|-001/-013] - | - | - | - | - |-012/-009/ - | - | - | -004| -045 | -030 | -040 | -024| -060 | -0254 0-265 25 | -010 | -020 | -035 | -015 | -041 | -010 | -010 | -004 | -020 | -o20| -o31 | -056] -050| -o10]} -oo2/ - | - | - | - | - | - | - | -015|-001] 0-350 26 |-o08}-002] - | - | - | - | - |-o21|-o10]-008) - | - | - |-oo1] - |-008] -012 | -022| 075 | -081 | -051 | -032| -025 | -040) 0-395 27 | -110| -060 | -015 | -008 | -014| -010 | -012| -021 | -022 | -050 | -048 | -040] -075 | -og6 | -040 | -061 | -034 | -019 | -050 | -042 | -040 | -063 | -057 | 075] 1-052 28 | -047 | -063 | -044 | -124| +110 | -198 | -209 | -149 | 148 | -177 | -165 | -134] -137 | -095 | -234 | -193 | -071 | -050| +114 | -080 | -064 |[-080]| -087 | 160] 2-933 29 | -094| -113] -100 | -038 | 026 | -067 | -009 | 01} - | 002) - | - ]-12| -010| -018 | 018-010] 002) -005] -do1 ) 002)" - "| - | - | o-ag sei -|-}-)}-] 2-2] 2) 27 27 27 2} oof 2 | 2 | opel = \-006'|'-018'! orn! -029\|"-0827| coz!) non) een Sum |1:075 |0:916 |1:175 |0°790 \0°579 |0°575 |0°600 |0°512 |0:530 |0-714 |0°577 |0°634 [0-603 |0°662 |0°590 |0°604 |0°691 |0°619 |0°730 [0-817 |0°867 |1:184 )0:969 |1:308] 18°32] BEN NEVIS OBSERVATORY. 101 RAINFALL. INCHES ror Hour ENDING— SEPTEMBER 1889. 1} 2/3] 4) 5) 6) 7 | 8) 9 | 10] w/ 12] 13 | 14 | 35 | 36 | 17 | a8 | 19 | 20 | 21 | 22 | 28 [BA Lamount, ele) = | - | - i eee tra | a el er ey et) | | Yeh al eae Opont 2 es = = = os = ae a Ze za ee ie a % a as 2 é: o Ls a es i = = eee | - | - | = | — (2025 soon cope) Se) = toon) — | - | - | = | - | - | -} =} - | = | = |) ones 4 - | 011) 008} - | 003} - = = zs : = = eS s Es 2 ss = fn = fe £ = &. 0-022 5 i Ss z: = a am & = fe = = be 4 ee eS aig = 2 a if me a 7 & 6 ey = = st = = oe a i! Ee a ws “ et a is = Be 2 a = = ST ci). "| | ee a ire ects) S| el yn Bogle | etl ale - ee |) 2 ee a ol) S| = | = |eoon| — | — | 601] -o10| -015| — | 1584) onal | -192 | -040 | -032 | -025 | -023 | -029 | -004 | -016 | 005 | 007 | 024; - | - | - | - | - | - | - | - | - | - | 002] - | - 4’ 0-399 10 | - 006 | 001 | +022 | -028 | +003 | -026 | -020 | -040 | 001 } 002] 001 | 001-001; 001) - | - | - | - | =| =| = Bi Omls8 11 | — | 003 -001 | -010 | -002 | -001 | -087 | -050 | -009 | -026 | 005) 006} - | - - | - | - | - | - j 001) - | -014) - | 009] 0-174 12 = 002! = es Ne a ee = = = S = 2 = = = - = - - - 0:002 13 | — | — | -010 | -010 | 029 | -026 | -040 | -011 | -013 | -002| -010 | -002] - | -007 -009/ -028 | -027 | ‘012! -008 | 008 | 008} - | - | -002] 0-262 eee 00206 = | SO | Aes eee P| ye Pee pe | |] = | CK | = | OK") omnis eee = | =| =| -)} =| -) =) 272 Sn ce th Re ees cea | 2) Sail = - =| |) >. eee | ee Beebe fe] ef a] ad Ww) | | | | | — | = | = | 001 | 010 | -039 | -012} 007 | 008] 001} - | - | - | - | - | — | -006}-012] -020] 0-111 18 | -010 | *009 | -029 | -086 | “012 | 023 | -051 | -011 | -015 | -023 | -026 | -011 | +01] | -032 | +178 | -058 | -065 | -078 | -131 | +160 | -240 | -282 | -025 | 006] 1572 19 | 020-032 | -012 | +059 | “142 | -028 | -012 | -035 | -088 | -065 | -052 | -009 | -002 | -050 [-050] 050 | -012 | -092 | +125 | +110 | “015 | -064 | -055 | 034] 1-213 20 | -043 | ‘018 | -026 | 010) 035] 018} - | - | - | — | -032]-008] - | -006 -085|-039/ - | - | - |-010) - | - | 002} - | 0-312 21 | 001} 001 | 003) -001) — | — - | — | — | -082} +145 | -013 | 023 | -030 | -028 | -064 | -004 | 025) - | -O11} - | 001] - | — | 0-382 22) | — | — | — | 002} 008) 088; - | - | — | — |-042}-017) +017; - | - | -008| -008| -002|-002) - | - | - |-0024 o-211 23 | -001 ‘001 = SS ea AR Ey) | apa eal Mia ie yO pe Foe | eee ee Va 24 = et = = = = = = a = = s Sal): Ss — | 305 | 052 +049 | 022 | -010| -001 | 001 | 002] 0-242 25 | °003| - - - - - = = = = a = = S84 = = ee = S a esis ge 0-003 26 | - | — | 058 | "114 -109 | -02i | -019 | -024 | -041 | -095 | -084 | -165 -060 | -031 | 019 | 010-020 | -001 | -007 | -001 | “018 -023} 0-915 27 | 016 | 038 | -023 | -042 | 029 | -042 028 | 015 | -015 | -001 | -001 | -001 | 028 | 060 | 090 } -030 | -002 | -001 | ‘017 | 085 | 040 | ‘051 | 020 | 070] 0°745 28 | 051 | 040 | 060 | 022 | -042 | 002 -001 | -019 | 038 | -036 | -004 | 005 | 029 | 018 | -008 | :007 - - - - - = = 0:382 Geieesnl | S| eae Bias eas see Ms oi 2 | aes | ean arian ae = — | — | 012] -005 | -009 | -002 | :001}. 0-029 Bou | = =} = - =| = = = =| ean eee O10) = = = | 00j) = |} = | = - | - | - | 07015 | SUM |0°347 |0°194 |0°217 0-268 |0°395 |0°319 0:318 |0:207 |0:227 |0:266 |0-380 |0:206 {0-203 |0-399 (0-490 0-308 [0-244 |0-278 |0-352 |0-423 |0:335 |0°446 |0°135 |0-°322] 7-279 ; | | RAINFALL. OCTOBER 1889. 1 = = ee | = = = pS = = = - ce 2 = 2 = = = = = = = 2 = 2a = |= = = = = zs e 3 = A BS = = = = = » a = s | SS Re ee ( EO es || Rah) a a Ie ieee lie 2006) hOO8 4 |-006 | -005 -003 | -001 | -013 | -030 | -061 | -026 | -050 | -041 | -008 | -010f -005 | -004 | -033 | -091 | -087 | -030 | -049 | -o74 | -001 | -020 | -018 | -003 5 | -020/-010| 006; - -. | - | -001/-002] - | - | - |-oo2 - | 001} -001]-002] - | 003] -001| -003/-013] - | -004| -014 6 | 035 | -056 | -003 | -011 | -031 | -018 | -064 | -021 | -036 | -292 | -026 | -036] -008 | -016| -001| 004} - |-015| -009/ - | -008| -003 | -025 | -038 7 | 7060 | °050 | -038 | -018 | -020 | 030] 004) - | — | -052| -129] -035] -095 | -132 | -002 | 010 | -009 | -028 | 074 | -018 | -010 | -020 | -035 | -158 © 8 | *135 | 128 | -109 | -013 | 042 | -039 | -032 | -081 | -065 | -010 | -006 | -012 | -047 | -068 | -060 | -070 | -020 | -044 | -002 | 007} - | -001 | -001 | -001 9) 001) 001 | 001; - | - | - | - | - | — | = | = | -007]-014 [[-012] 008} - | - | - | -008/-001/-001) - | - |. - Meee | = = | - | = | - | - | = | = | = | = F002) — | -eo2 | -082| 040} 042 | 010/002) - | - | - | - eee | ool -- | = | --| = | — |-001| — |-098)-029f-022/-009/; - | - | - | - | -]| -| -] -] - | - 12 = jie = i a ee = = = = LC = = = = = = = - 014] - 002; - - ee een) |} | 629") 001"! Ops] SN eee Co) Se Sh ep ty ea Tei | - = Su S| = - = = = | = = = = = = = = - | -~ -/}/-] - Bi}- ) - |) -; - | - . - | = | = | = | -001 | -008 | -o04 | -005 | -064| -041 | -016 | -035 | -080 | 030 | -008 | -004 | -041 | -001 | -002 ewe se gh 001) c= | = || =~ 001) See se Se ee eee ap we fey eee et aii |) | oe ee ee | rel ee ee) ee ele te ee ei 0110 O0L | Y= ie eomiewEOOl |e) = l= i) SS = =F = |-003)) =) = my | - | - | 0s) — 2) — | — | -002| — | 013} -Gol | 0084-050 | 009) -005 001) - | - | - | - | - | - | - | - 20 | - | - — ; 008) *004 | -007 | ‘035 | -004 | 008} 001} -001 | — | -027 | 009 | -008 | -012 | -007 | -015 | -041 | ‘011 | -009 | 022 | -009 | -013 ereveats tore -Ol2-00l | —-} = | —- | —. | 2 |) Si Mees gpg gog) — Fr) oe] Se] 2} oc} oon] = | <0] Pe er OUSn een) ah So | |) ER RS tr eh ef ek SS eee ea enka O ieee | || = | a ee a St 2 8} Sega) Sle] = | - | = | =>) 2066 ame Oj cee oy) =| Sy) | lee By) ol Sale fee) oo} Ly 2 yp soba 25 = = at | — — = = = = = = - as = = = = = = = — ee eee eh) | | er |) | opt | gor) ae] So] ac} - | = | sane af ee ee ee ee | es Sem ah = | A Sle Q9 |-009/-008, - | - | - | — | -014 | 013 | -008 | -o18 | -007 | -022 | -027 | -u21 | -004 | -009 | -021 | -017 | -015 | -043 | -038 | -022 | -008 | -008 30 | -002| - | —_ | *042 | -038 | -063 | -028 | -070 | -032 | -063 | -109 | -060 | “101 | 032 | -112 | 132 | +134 | -082| -133 | -003| -012} - | -o12]) 31 |-010 ‘011 | 049 082 | 017 008} - | - | - |. = | +012] -018] +026) -010| -016'| -v29'| -017 | 031°] -008 | -012 | “001 | -002 | -021 | -025 4: | Sua 0295 [0-287 0288 0104 0171 (0-170 [0-814 |0-179 |0-241 [0-460 (0296 0'292 J0-384 |0-459 0-222 [0-419 (0-320 |0-439 10-330 10-266 [0-089 0-148 j0'148 |0-348 ROY. SOC, TRANS. EDIN.—VOL. XLII. O 102 BEN NEVIS OBSERVATORY. RAINFALL. IncHES FoR Hour ENDING— NOVEMBER 1889. | ot Ses | oa] Bes 6a) 7) | Bi) Ger] Or ay | oes ey a4 | 15. | ae: | 17. | 1S) eG) on oie oo eos aie lo} 1 | +002] -001 | -009 | -008 | -017 | -038 | -060 | -058 | -052 | -v20| -021| - ]-010| -251 | «233! -127 | -057 | -113 | 139 | -061 | -050 | -040 | -069 | -060 2 |-031 | -059 | -026 | -024 | -024 | -019 | -039 | -022 | -017 | -039 | -022 | -o29 } -031 | -012 | -011 , -002 | -016 | -007 | -002 | -003 | -003 | 002 | -008| — 3 | — |_ | — |-o1glson 014) - |-004) — | 1008] — | -0f84 015-015 | 010 | ‘oa | 006) 29) = | — | — | = somone a: |-055 | 029 | -o21 | -062 | 017 | 021 | 011 | -083.| 019, - | - | — J- | — | - |-om| - | - | = | =| = | Se) copeioon 5 | ~ | -018 | -050 | -020| 026 | -010| 017/006} - | - | - | - }-006| -o10| -016| -016 | -050 | -049 | 148 | -030|-008|-007) - | - 6 | — |-001| -007 | -006 | -021 | -001 | -009 | -001 | -003 | -001 | -011 | -002 | -016 | -007 | -018 | -029 | +128 | -079 | -017 | -011 | -025 | -027 | -031 | -050 7 | -070 | -051 | -038 | -100 | -092 | -037 | -027 | -067 | -075 | -097 | -094 | -140] -109 | -058 | -038 | 024 | 005] -.| - | - | -008)-006} - | - s|.f}/-.{.{-{1-]- | - 4) - | - | — | 038} -001 | -036 | -029 | -030 | -038 | -072 | -056 | -090 | -0s9 | -099 | -080 | -079 | -074 9 | -098 | -ogs | -072 | -067 | -061 | -059 | -068 | -053 | 031 | -015 | -006 | 012] -022 | -018 | -034| -013 | -017 | 019 | -034 | -018 | -020 | -020 | -003 | -020 - 10 | -050| -035 | -026 | 008 | -014| -010 | 018 | 017 | -014| -005 | 005 | -003} 005] -002)-001/ - | - | - | -| -| -|] -] -] - Tre eae ees ee ee eee ee | ene re ee a hes f= |p yw | _ | — | — |-o10| -005 | -009 | -012| -008 | -010 | -009 | -004 | -005] -001 | -007 | -001| — | -004| -001 | -001 | -012 | -029 | -008 | -009 | -007 13. \torel 010 |-002 | -008'| = | Sal = | = 4 oh) Se Sele sieealt = |S a) pe Aa eee ee ole Ee eye | rod co) tS eR) S| | onl tocesicogal | couoyh mtg ance ae 15 | -001 | -001 010 | -012 | -005 | -004 | -002 | -002 003 -o01| — | -o01| - 004 | -069 | -090 | -130 | -089 | -072 | -102 16 | -100| -038 gage |e: | ei ea ea eee bans MOR ee Pee sa eee | K 17 g. a es || Z| = = eh | al lee | ee ee Sl ye Zell Sl) Ce er lee ee = z 1s | - |-oo2| — |-o01| -015|-029| -004| -008} - | - | -010/}-003] - ~ | = io soll Spe) 2lon2) ingetedas 19 | -013| -001 | -003 | -018 | 022 | 011 | -007 | -009 | -003 | +007 | -002 | -002 | -c06 | Sil coal Si gl al ha ae ae a sills poset aff leads [al ey eee te ce! 14004] $002)| 005.1 evel em eee ea enn ee oy | =| — | — 1-009 | -003} =008 | -co6}| -o11)| -008,|/-005i| 008 |"007)'— | —.| = | -.|— | =| 2 1 = | 25) Selcono 92 |-001| — | -o08 | -008 | -142 | -210 | -094 | -052 | -033 | -011 | -016 | -004 | -154 | 128 | 038 | 003 | 018] - | -025 | -045 | -014 | -035 | -018 | -048 93. | -012 | -020 | 016 | -v94-| -085| — | -028| -023|-014/°- | - | - |-012/-001| — | -o09|-o21; - | - | - | - | - | - | = a | — | — | —-| — | -015 | -034| -030 | -021 | -049 | -069 | -058 | 058] +108 | «054 | -086 | -042 | -066 | -043 | -068 | -110 | -108 | -094 | -135 | -061 25 | -073| -059 | -026 | -040 | -036 | -013 | -038 | -092 | -042 | -027 | -020 | -024 | -023 | -011 | -020| 019 | -016 | 006/011 - | - | - | - |-012 26 | -019| -045 | 018 | -026| -017 | 080 | -028 | -026| 022] 009] - |-o25f-007/ - | - | - | - | - | - 1 -| -] - | - 4 - mi | ||) || | | ed eye ye |) 5 | S)) Sol Sa) oo) Sel 2 alee 0054 -O11'| <007 |o124 -604'| 010 | -005'| 006 |s0oo/= 12 Ico |coos | =| = | = |= |e ee ese eee ee Cdl el (aca ae eae peat ass oe hee) | ee A Pee Se Lens costa | ier | aoe Sum 10548 0-469 |0-329 |0:565 |0:589 |0:568 |0°505 |0°519 |0°397 |0°317 0°318 |0°333 [0-570 |0°603 |0°541 |0°351 '0-479 |0:387 |0°610 pee 0°514 |0:448 |0°480 |0:558 RAINFALL. DECEMBER 1889. 1 | -008 | -021 | -010 | -012 | -008 | -024 | -041 | -052 | 047 -042 | -023 -013] 019 | 029-022 -016 | -012 | -005 | -012 | -009 | -003 | -004| -005 | -008 2 |-009:|"-001} “010: 003001) — | =.) = |e yPas) S ) =] | | SS a ee oom (|) | eee 3 se = = = = = = = = = = = = us Se te = = zs = = = = a 4 x = = = = S = = = = = a eh ee = = = = = = = = = = 5 = = — = = = = = = = = — — = — = — = = = — = — = 6|-|- )-}|-1|- | - | - |-008|-005, - | -.| - | — |-009, -010 | -012 | -030 | -089 | -021 | -030 | -050 | -048 | +100 | -026 7 | -009| -039 | -023| - |-oo1j-o02| - | - | - | — | ~ | -~ J — | — | -002! -056 | -043 | -024 | -052 | -024 | -050 | -021 | -074 | -o10 8 | 019} -009 | -050 | 031 | 015 | -001 | -004| 001 | -038 008 | 019} — }-052 | -002 -003 | -021 | -061 | -090 | +115 | -115 | -123 | -099 | -133 | -168 9 | -242 | -216 | -309| +182 | -291 | -135 | 261 | -070 , 302-083 | -102 | 018] -026 | -071 | -050 | -128 | -011 | -053 | -056 | -032 | -038 | -022 | -040 | -034 10 | 071 -059 | -018 | -040 | -070 | 024 | -028 | -022 | -007 | -099 | -101 | 129} -193 | -036 | -030 | -010 | -028 | -012 | -009 | -011 | -003 | -002 | -004 | -017 ror 4 | eae ee eee) ps ao) = | | Ws Pe 1N'2000% 5) Dt SSCP ie =) ee eine, Ip = eee eS OCT ae" 13 [040] -040 | -027 | -029 | -089 | -103 | -238 | -137 | -152 016 | -006 | 001} - | — | -063| -064 | -014/| -009 14 002) 001} 001} - | - | +001] -001) -015 | -011. - | =~ | = | — |f-020]! -038 | -009 ; 018 | -002 sta O00") 200 |) Semel eae een eal at a ert | aS ap Pee 16 | -035 | -056 | 050 | -081 | 072] 002} 002] - | — See ealy = | e0l =| Se Ronanieiee 17 041 | 053 | 088 | -028 | -089 | -110 | 088 | -092 | -o12 - | - |-008] - | - | — | -009 | -o03 | -030 18 | -032 | -028 | -035-| 052 | +132 | +103 | -234 | -167 | 115 006 | -010 -032 | -040 | 002 | -006 | -017 | -009 050 | 123 114 ‘097 | 064 | -020 | -019 | -085 | -058 19 | 019 | -018 | -008 | -065 | 074 | "105 | -234 | 182 | -148 = - 018 | -071 | 092 | -083 | -095 | °022 | -057 | -062 | -011 20 | -021 | -031 | -066 | -017 | -032 | -003 | -009 a1 | -115| -055 | -091 | 020] «178 | «102 | -058 | -015 | -057 93 | -920/ -009 | -002 | -008| -v02| -013 | -003 | -027 24 | 160 | -085 | -017 | -036 | -128 | -272| -063 | -088 | -069 | - 26 | -003 | -009 | -001 | -007 | 001 | -003 | -007 | -028 | -007 -001} -- | 001) -003 | -005 | -007 | -004 | -001 | -003 o7 | — | 2) Ggeo eee COIN een lar ss Ihe ae Ser els | ta..| Sele ar z = = = = = = = = = = = = = = = = = a 30 | - ‘001 | 001 | 003 | -002 | -001 | -002 | -002 003 | -011 | -006 | -002| -009 | -011 | -008 | -029 | -018 31 | -015 | -031 | -020-| -061 | -086 | -072 | -050 | 074 | -244 | Sum [0:84 0-761 |0°829 {0-673 |1-273 |1-077 [1-322 [0-980 |1-256 ‘180 | *118 | -141 | 038 | -009 | -007 0°570 |0°580 |0°661 |0°556 | 0-515) 0°471) 0-439) 0-669) 0-596 18-036 BEN NEVIS OBSERVATORY. 103 Hourty VALuEs-—Hours AND TENTHS— SUNSHINE. FOR Hour, GREENWICH MEAN TIME, ENDING— JANUARY 1889. ! ! = Ww Aa 360) 78S ees era elie eal tai] 14s) 5) 6+) 172"! 18") 19-| 20 | 21 Amount, Total eee es eal ee eco Newbee | i ee lc lt. | oe] eaol 71 2 pa = z = = =. = = 2 = = = = = = = - - - 6°83 2 en ee | 2 ee ee eee S| 2) ee eK 686] 3 - 2 ee EI a ree hh oe Sa a ae (rae een es ee 639] 4 5 = eos ie = - Soll - - - - = — | = = = = - = 6°92 5 cc TEE IE Sea eam aed re el ee brie || (Se ee ee 695] 6 ma ses SS ee | a ee en = 6-99 Gi eae |) oe eee Thee | eee oy | pe 03) 8 9 = = = = = = = = = = = = = & = = - - 07 9 eerie Sk | —. |= i 50) aon} 1-00) 1700) 1-00) 1-00) 1-00, -= | --| = |= | - | 6-50 In| 108 | 15 2 2 & Eh AT LU hea! Leela 1 osTite aT Od) a ab a eth Th {ht EE ai Ley Try He tN wy tah oth Bothy [hyt Te ih st At et ee atl eal ieee Leo! Rw ee ee eaten oO i=) ou ih Wp i _ =~] i) an oe Tey & Che Mh afl Tews Veh ae ta eee Mot di Not ah ae 1 PS st WU thew ee His A te Uy Ves a | [h ak UL yen ost abe 0 ou ih oe otk Uw JPR le tle Pa ay at Wi Tt {he ty tl WW HE A — [v<) Re) to SS W's | | i ea th We Te ots wo {hk i we 70 we rast o BONMMNS GUIDA ASH H ve} Te We 9] & Teele dl eekieet Cea A Sa I Th ak rT ho yh Te ey Won th th Th all no Y ik ho qe dP de Ty a etl de eV etl lew itt He ae Ti ah SiS 2 iw) i) i ! | | { 1 | If | 000000 GOO MH NININININI SININININT SINT ST WOWH SS CHONDA AUMAEL we Oe a a el bo Ve) 231:43 | Sum. mM q re) S | | | 1 1 So oo (=F) Ss) ive) bt SS co (=) is ms (=7) rs Les] @ co — (=) bo — x _ [e-e) ow 1 ! t i} i bo bo oe) iN) SUNSHINE. FEBRUARY 1889. 1 = me = =: = = = = = es = = = = - - - 8-42 1 2 = a a z= = = 2 2 = = = = = - = - - - 8-49 2 3 ss = a Ss = = = = a = a = = = = - = - - 8-56 3 4 - - - - - - 33) 84) — 05) - = 32} 08) - - = - 1°62 8°63 4 5 2 = = = - cS = = = s = = =e = - - - - = 8°70 5 6 = = = = = = = = = = es = za = = - - - - 8°78 6 7 = 5 = = = a = = 03) - = = = = = = - - 0:03 8°85 7 g = aS e z = = = = = = = = = - = - - - - 8:92 8 9 = = = = = = = = 17] 93) - = = = - - - - 1:10 9-00 9 10 - - - - - - - - | 1:00) °25) 02) - - = = = ~ - 1:27 9-08 10 ll = = = = = = =: = = = = = = = = - = - - 9-16 11 12 = S x = me es = = = A = = = = = - = = - 9-23 12 13 de 2 = = = bs = = ES = = = = = = - = - - 9:31 13 14 = » = = = = = = = = 2 = = = = - = - - 9°39 14 15 2 a 2 = = = = = = = 33) - = = - - - - 0°33 9°47 15 16 = a = 2 2 = S = = = = = = = - - - - - 9°55 16 en eee ene P| + |e ec Po) solo ae hn = 9-63] 17 18 z a = z = Ss = = = a ¥ = = = = - = - - 9°70 18 eee = |= = | em le = = - 978] 19 20 as = eS = = = = = = = = = = - — | - - - - 9°86 20 21 ~ - - - - 03) - - ‘1 43) 30) - *22) - = - - - 1:15 9:94 21 22 . pa = = = eS = = = = = = = = - - - - 10-02 22 23 - - - - *25| 1:00; 80) +12) ‘67{ -98) 63) 90) -80| -67| - = - - 6°82 | 10°10 23 24 - - - - - - - *62} 1-00f 1-00; 1°00) 63; -83} °20) “17; - = - 5°45 | 1018 24 25 zg & * = = = = = = = = = = = - - - - - 10°26 25 26 - - - - - - 07; °33) °55) 08} +22) - - = - - - 1:25 | 10°34 26 27 - = = - ~ ‘20; 1:00) 1:00; 1-00f 1-00} 1:00) 1°00} 93) -67) - = = = 7°80 | 10-42 27 28 £ = 2. = = ‘= = = = = = = = - = - - - 10°50 28 Sum. | - - - — | 0°25} 1:23) 2°13) 2°65) 4°37] 5:19) 3:36 a 3°10} 1°62) 0-17) —- = = 26°82 | 264-27 | Sum LO4 BEN NEVIS OBSERVATORY. Hourty VALUES—Hours AND TENTHS-— SUNSHINE. FOR Hour, GREENWICH MEAN TIME, ENDING— MARCH 1889. | 4 | 6 | 6 | 7 | 8 | 9 | 10 | I | 32] 18) 14 | 15 | 36 | 17 | 18 | 19 20 | 21 mont pete, dai be fn Bot ole oo ee a een Bes | ger thi lice = nae pe __ | 058 1 2) =P Soy BS) nO! 1-00) 1-00) 0-00) Fay sa eezp| a5) Flin "6e|| a e 572, 10°66] 2 Ss aD fs res an ee Sy hy Se Sa ae ee fae Ne oe = 1074] 3 AN) Se ee ey eS el OI GB oot s08) 0-88). =.) — 9) 22 iy eae 208] 10°32] 4 B i=} -|-]-] - - Meee eet ee We. | ec = ane = 10-90] 5 6 eet Set = fe] =| = =| Shea e |) = Sees |) = = 10:99 | 6 J ea | ae oy et ca ee) Me ) = a x it a s es a a = = = = = = = 11°62 14 15 |) = a ees ee te | Ee ee ee ote = |) ae a 16. || = of Be ft en aS cm Pl) el eile ea = ane = 11:79] 16 be ay ie Sea ee ri eS Se eee ee meg Lye = 11°87 | 17 18 | cE me (rem Ura arr fa): Ee a ae el ee ar 2 = 11:95 | 18 BO ed = ES Pe) SS = a ey sate) ss [ha ene - 1203 | 19 20 Oe pere e Seg eeey fmreeen esse |) Se |e a a i eee Sh 2 = 12-11] 20 MAypae| HPS | = tf erie sO Beer) |) 20) 28) }— | ae el Cana 187] 1219] 21 ed ee See re ari eer ae ie ee yee Ie ee = 12:27 | 22 an | OS A ie ein ee ee a A eS Oe = 12°35 | 23 24 = = = = = = = = = = = = = = = = = - - 12°43 24 iat) et ei ee a i So es SW aes = 12-51] 25 96: Mailhost cap | ee) ER as ee ae on) heel Rae lee ahem pe = 1259 | 26 27 | - | - | — | - | 1:00} 1-00] 1-00} 1-00} 1-00] 1-00] 1-00} 1-00} -55/ 53) -29} - | - | - 9°42] 12°67] 27 23 | - "4 a 38] °17| — a e es ec = 2 = = = =| = 0°55 | 12°75 28 BG Pe elas. *h Ben eal, aust geen ee (eS, Ge | ce | Po gt eh a ee |e = 12°83 | 29 CYA 2 ee |e er I ee eae eet cee If a = ife! ep eyes te | Ss = | = es = 12°91 30 | Sil tee = = e 2 = = = = “03/ - = = = = = = 0°03 | 12°99 31 |, | Sum, |) = || — — | 1:88} 2-17] 2-37} 3-22} 3-19] 2-97] 3:48} 3-58) 2°03) 1-75) 0-29, - | - | - | 26-88} 365-44 | Sum. SUNSHINE. APRIL 1889. 1 tee Nh peel lige poe a me PRI ce ee eee ee ie Ne fee hs : 13:07 ik By | ree aoe ete el eet || | en eRe I << |) a ee - 13°15 2 BP ce = = = = = = = = = = = = - —- - ive - - 13°23 3 TT ye, a ee ee ah re) (ee eee eet CS I ce ted MN 2 13°31 4 ie a ea ei i lS - 13°39] 5 6 ibe SNES cl) ee Boa cee gee tee | Fen yl) read ei ae = 13°47 6 Vides Pec bc ie eal easel fh | ane cere mia a erly ef Iu lle = 13°55 7 | Sl) ah ees Sy ee ee |) ey em eer es ch = 13°63 8 Oat ae Re) nO 50] 42) 26-05] Pa) Fae Seal 1:30} 13°71 9 1 CORA eM PS Seats Sea eR eis eres | en (eee ena ee ee es I ee = 13°79 | 10 11 - - - 02) 1:00, 1:00} 1:00! 1:00) - 338 - - = = - - - 5:07 13°87 11 12 - - - - 50} 27) —- 33) 237 - - ~ - - - - - = 1°33 13°95 | 12 13 = — - - - - - - Y 38) - ~ - 12) - - - - 0°70 14°03 13 14 - - - 42) 1:00) -90) 1:00) 1:00) 1-00} 1°00) 1°00} -92) 67) -16) — - - = 9°07 14:10 14 1b | = - - - - a8 72 83) q 90/ + -30) - - = - - - 3°38 14:18 15 Pig ene eS : = =| (Pe RN eS os = = 14:26] 16 ial ese lmee || ol S| ee 06] — 87| 1-00] 1:00) 1:00} 1:00} 1:00] 1:00; - | - 6:95 | 14:34] 17 Up ee |p “50| 1:00! -95| -78| -32 ea) a ie eat ais 3°55] 14:42] 18 CRN ees tie ony et aes = Serie ee |) Se = 14:50] 19 20 }-]/-|}-]-])-]-]-]-]- 2 | = (Lono Ses 1457] 20 21 - - - |} =-}] - - - - | - - | - - - - - - 14°65 21 22 - - - = ive - - - - - | - — = - - - - - 14°73 22 23 - | = - - - - - - = - - oT) - 0°57 14°80 23 24 - | - - - - - - - PO), 02) = | - - 0°03 14°88 24 25 ~ - | - 03} = *73) . :08) 1:00} 1:00) 1:0 Ob) 74) — - = 02) - - - 5°45 14:96 25 26 - | -—-j}] - - 70) =°85) =*25) 9-05) - 03) - = = = - - - - 1°88 15:03 26 7 - - - - | - - “10 90) -22) =-40} 1:00) 1-63) :78} 43) — - 5°33 1511 27 28 J - f= fee | = | - | =] = ~ [i= | --| --} =| — | - |---| - | 0057 1518] 98 29 |}- | - |. = - - - 07) - 50) 39) °53) “47; °50| 58) °30) —- - 3°80 15°26 29 30 | - - - - - ~ 40) +20 D3) 67) 53) 38) - - - - 3°43 15°33 30 Scum. | - - - 0°97 4°93) 4°63] 5°28) 4:90) 5 6°78) 4:49} 3:43) 3°47] 2°41) 2:38) 2:30) —- - 51°89 | 426-45 | Sum. ! | BEN NEVIS OBSERVATORY. 105 Hourty Vaturs-—Hours anp Tentas— SUNSHINE. FOR Hour, GREENWICH MEAN TIME, ENDING— MAY 1889. ba se le le 7x Sly 9 20 | 21 [Amount|, Total eet 2 = - | - 0:22 | 15-40 1 ee (les (es see =} = 2°87 | 15-48 2 Me) ees | a = 15°55 3 Meee he (tf ie =o) ce 0°85 | 15°62 4 5) Se a Va 10!) — 3°50 | 15:70 5 6 | = |. - |--25] -s0| -27| -a2 - | - | 922] 15-77] 6 i sf eae lip: = = 05 - - 0:97 | 15°84 7 eee oe |) Se Sy 0-47 | 15:91 8 Meee ae |) | KS LSS eee = 15:98 9 TO) |* = 3 : ie = = ~ - - 16°04 10 cat {yee Sees te =| = 010] 1611] 11 12 = “23 - = 281 1-00 - - 3°98 16°18 12 19 aes 47| 1:00] 1-00] 1:00 = |= 12°75} 16:24} 13 14 ne = = = = = ~ - - 16°31 14 1. it = ss s Z al = - 0:45 | 16°37 15 Peis is | | ah es =| = 192] 16:44] 16 Pmeeieeries |i | >. | 18 2:42] 16:50] 17 18 |; — Ez = = = +26) 07; - 5°90 | 16°56 18 ie = | = || - 13] -47 =| = 2°80] 1662] 19 oo | 2 SS Ss a ed = | 2 0-28] 1668] 20 | Ee a a ( = 245 | 16:74] 21 92 |; - = oe a a 03| - - 2°95 | 16°80 22 PB ss = & = es = - - 0°20 | 16°85 23 4) 1b = m rs 4 = = - - - 16°91 24 . 95 |: - = = = = 37] - 0:42 | 16:96 25 pee i} = |; — 07} 100} 1-00] -97 = || = 790} 17°02] 26 | Gael 97| -93} 33} +98 93} — | 10°30] 17:07] 27 ' 98 2 iS = = = a - - - 1712 28 To LYE ae eV = | = 0°85] 17°16] 29 ee Se et | | el 015] 17:21] 30 eerie k= |t- | = | = = |S 0:03 | 17°26] 31 Sum. z — | 1:76] 3:43] 3:01] 5-08 1°65) - 73°95 | 508°40 | Sum. SUNSHINE. JUNE 1889. tees | = 2 eee | ae ailres ae 2 = 17°30 1 i oes yA ee meme US || ce eh 02) eee 0-77] 17°34 2 a = — | -27| +23] +83} -92! 1:00} 1:00] 1:00] -45] 5°70] 17:38 3 4 | — | -75] 1:00] 1:00} +97] —- 67; 55; 08} - | -03) -13| -30/ 58] -92| -94) -58| -07] 8-57] 17°42 4 5 | - | 67} 1:00] 1:00) 1-00) 1:00} 1-00} 1-00) 1-00} -98] 1:00) 1-00] 1-00] 1-00) 1:00] 1:00] -83/ - | 15-48] 17-46 5 | esa ‘10} _-80] 1:00] 1-00] 1-00] 1-00} 1:00} 1:00] 1-00} 1:00) 1:00} 1°00] 1:00] 05} - | 11:95] 17-49 6 aoe |) = |. - *55| 1-00} 1:00} 1-00} 1:00} 1:00] 1-00] 1-00 1-00) 1:00] 1:00} 42) 1:00] -96} 55) 13°48] 17:52 7 oie | = = | | 10 meme es yh le 010] 17°55 8 ome) 2 = | = | = 08) b=) || Su CDH OS medlie <30(R 08) — | = fa aS.) = 1:37 | 17°58 9 ee |, - 73} 1:00] 1-00} 1:00] -93] 1-00} +98] 1-00} -47} -30| 22) +15) 47] -97/ 1-00| 1-00] -25) 12°47] 17°61] 10 eee — | *06) 1:00) 1°00) 1°00; -90! 47] “bO} -92| 1-00) 50) 33) -10) - | = | = | = 778] 17°64) 11 | ie = = BG GE) be i), er eat (eee elie ee 0-03] 17-66] 12 ee t= ls | | 08 SP |. OE en 1) ae aaa ee icra | ea 0:05 | 17°68] 18 | es BA awa, eto), BH ate Sc) = || SY Se ee ee 3:18] 17:70] 14 Resi = | = | = | = |= SOD eS he Ne ee eh 0-02] 17-71] 15 ees i le |= | 06} -98} 67} 62] -27| 1-00) 1-00| -88| 1:00} 1-00] 1:00] -47] 8951 17-72] 16 ii? | = 50] 1:00) 1-00] 1-00] 1-00] 1-06) 1-00] 1-00} 1-00} 1-00) 1-00 1:00) 1:00) 1:00) 1-00] 1:00) -30] 15:80] 17-73] 17 18 | — | 33} 1:00) 1:00) 1-00} 1-00} 1-00) 1-00} 1-00} 1-00] 1-00] 1:00) 1-00] 1-00] 1:00/ -62] -83) - | 14:78] 17-74] 18 19 | - | =| 03} -33] 1:00) -97| -98] 1-00] 1-00] 94] 97] -78| -20| -30] -84| -83/ - | -O5) 10°22] 17-74] 19 20 | - | 97| 1-00} 1-00) 1:00} 1-00} 1-00] 1-00) 1-00} 1-00] 1:00) 1:00] 1-00] -86} 1:00] 1:00) -87| -15) 15°85] 17-75] 20 21 | - | 58} 1-00) 1:00} 1:00} 1-00} 1-00) 1-00} 1-00} 1-00] 1:00] 1-00} 1-00) 1-00] 1-00] 1:00) 1-00] -72) 16°30} 17°75] 21 Te | ee SS 72} 1:00] 1:00] 1-00] 1-00) -80) -23) -17/ 38] 42) -36] 1-00] 17] 825] 17:75] 22 Dl oer 27| 1-00} 1-00} 1:00] 1-00} 1-00] 1:00} 53} 20} -36| -90/ + -80| 1-00} 1:00/ 42} - | 11°48] 17:75] 23 24 | - | — | - | 27] 1-00] 1-00} 1-00] 1-00] 1-00) 46] -37| -75| 1-00/ -67/ -68| -25) - | — 9-45] 17:74] 24 2H | ae Nee 67} 08} 05] — | 53] 1-00f 1-00} 95] -92} 1-00] 1-00] -98} 55} 62) - 935] 17:74] 25 26 | - | - | - | — | 03] -62} 1-00) 1:00] 1-00] 50] -58/ -08|° 02} -o5] - | - | - | - 4°88 | 17:73] 26 eee eae St = |. | I aS ORR aeaali agit -og| — 42} -27| -37/ -10) 3:65] 17°72] 27 2s alee = | — ||| 1S) 78) “On eoe ds) = b= | — ha eas | 2°68 | 17-71] 28 29 = e = ee, = SS = = a = a = % = = = = = 17°69 29 Bcc 2s dees en =) 2) Se ee = 17°67 | 30 Sum. | — | 453} 8-00] 12-44) 14-01] 12-78} 14-97) 16-42] 16-60] 15-09] 14-30] 13-13, 13-01] 13-03] 14-65] 18:82) 11°53} 3-28] 212:59 | 528-97 | Sum. ' 106 BEN NEVIS OBSERVATORY. Hourty VAaLurEs—Hours anp TENTHS—— SUNSHINE. FoR Hour, GREENWICH MEAN TIME, ENDING— JULY 1889. A Bienen 7ial|| eee Ole 10a |e 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 [Amount. OS Ss | ee Se Ee _—_—__-|— eS —- — — a p———_ | ———s 4. |) Segh {Pie al te A als oa ee Sort oe oll ee nies) | gall = 1 2°) ch al Seba *50| -83] 1°00] 1:00) 1-00 = 06] 02} 15] -42) -30/ -02) — 5:95 2 S|) Sagi 33| 1-00} 1-00] 1:00] 1:00) 1:00) 1 1:00! 1-00} 1:00] 1:00) 1:00| 1:00] 64) — | 13-97 3 4 Seale 205 ae *55| 1°00| 1°00) 1-00) 1 1:00, 1-00 1:00] 1-00) 1-0) 1-00| -4s) — | 12°08 4 5 [Pea ee = 5) S202) S-o0! eGo)? 1-o0lhal 1:00 1:00} 1:90] 1:00) 97) 1-00 -25) - | 11-22 5 6 | - - | — | 1:00] -55} 17] -30 “28 ee en ee 3°82 6 a tee || CI set no (eee A ee TS Se Sully am ee ee We = ri CHG le, | ee a en UR eam ale Pa hal) eae lee ee 2 8 OM EP PERS Filet Sed cae ie He wet | Eb Bl ca bp we eel Sy 2 | = 2-45 9 10: | Sei Pe ee.) SS a El et te|| b= call ce 4) c= nah ee S 10 Tn UP Sea eee eS oh |, ce. | cee RS ot ee masa es er se. i al Toe) be az 08] 35] -34/ -67/ -28) — y= | eee |) Sa 18] - 1:98 12 130 ||P eeeule segs Mec |, <2] tee | ea eee OB eel) eet] ee hee es al ee 015 13 12 Pe ee eee oS | eee ee ee 5 peal Aiea |e = 14 15) pee a a Pes =< || | a oe eee ee ee 2 02] — 0-02 15 16) eae Sees Reh al 08} 24) — 25 03] -05| 55) 53] -20) 13) - 2-18 16 S70 PE Stee | PS, tS: | Se) ee eT | eet ee Os! fa) = |) =o |) = U-12 17 18. |b Slice PR ee) 09) Seed ee Bn] 2 | Mo || Vecteel| Geselly gan) Baal ee 18 10 ee anllihe ge ime |e MPa Fee ec ee = ean ee nll) ea Be a 19 Sy A eae yee lh Coa SSC ei ea. i || 1 ee ee 20 ot PS = LS | 78| 1:00; 58) -75| -87/ ean ee (fe ie |b et ee 4-48 21 7g |e ez ee ea ai 2a le Sa aoe = |i ee = 22 Bee ae ie ea aes || 20] 37/10} - en ie i hae = = Pall iez 28 «112 23 yy ea ee || ee ee ee 20] -83| -07 = toe oe eee ee Se eS 1-10 24 teal |p ee (eee HS a I OR a) ea | zs 20) -03| - 70} +88) -14) - 2-25 25 2 | - | - | - | --| . -22] -23/ -92) 1-00} 1:0 92] 86} 1:00/ 80) -08| — | — | = 8-03 26 Gaps || ee Ps -67| 1:00] 1:00) 85} -93) 1:0 1:00, -97| 1-00] -55| 36] -75) — | - | 11-08 27 CHa ee | eee aa ef ean Wee | PES: 4) 2 Sfp 2 BT) 05 g= sf es al sal ean | ee 0:42 28 Or Seibel es 4) Bai) oS es Ss Sy eae -03| 30] -02) — 0:35 29 BO) ipso) oS 08} -66] 90] 1-00| 1-00) -96) 1-00) 1:00) 1-00) 1-00] 82) -62/ 1-00} -42. - | 12:30 30 ya nal ees Wt) renal 28] +22 -06| -20) 18 0] on 03; -02/ 02} = | - 1:65 31 Sum. | — | — | 0-41] 2:85] 7-11) 9:37] 8-77] 8-76] 8-6 7:66, 6°85| 6-19] 7:46] 6-28] 5°71] 2-16 0-28] 96-67 Sum SUNSHINE. AUGUST 1889. ioe = |e des ree |p = OBS EO a | pe ean ea eee 0:03 | 16-15 1 esl ah ee Wee) eee | ee S| fe RMI Se = 16-09 2 | Bee een aa Bem eres | 0 oi = 209 =. | b= 3] ace. 4] ee ee 0:02 | 16-02 3 7 We en 4 aie lh Se lee ene mallee, 5) Bos = Ft ae ee ee | eee hee O18 | 15:95 4 Bo eh ee eS ee Sh ee el = 15°88 5 (gurl Qs I ee a a eee me lie | | | ph hes ce eal eesai ieee et Ve _ 15:81 6 ram eta tes oll 07| - 02}, -43) -48} — | - Be) eke ee ge coage Ne 0:95 | 15-74 7; rae hy al es 58) mo0l) = || = 292; 08] 15) — 10/37/08} -03| -05} «17/50; — 2°83 | 15°67 s gt FS) eae ee eet oye | ee ee ee ps al | ee | le = 15°60 9 Tippee a 2 Ele oe ieee eee ee a al eee eee eee |e 22 “|| * = = 1552] 10 sD SE 22s ro Um ees | | Rema We er Se Ps Hl! Ses = 145) 1 1. | SC Rh Be) oN SON ea eR eke | ee) | pel | ean Sa ee = 1538] 12 10 || Poe een eet OS ee || =| eh i tr rr ee ee = 1531] 13 Ta || ad ee Re sal el oh Re ie ee et 202): | So etl een en |, 002] 1524} 14 15, Seen ee eS Sn Sees) 2) | See a VR ef a zs 1516} 15 TO eat ae ee ee eee ot Sah PS rae ps 1509} 16 17 eRe, 1 Pee ea, Sen) eM ees RAR ee 2) cess) ee 0) ee ee = 1501} 17 18 SES, CA CSE ee NS | mei Pe PS Oe = 14.944 18 rt TN ne ge ees le ee ee ee ee eae fe eee L 14:87} 19 Oat weave es hoe Be ee ee ee |) | oe eee ee i ee s 14-79} 20 iN =e al ne ell k=l eeu ecan meen Ges | | =. 0 ae ee = W714} 21 Pt Ge | see Aho See cease ie | eo ee eee ee) | | a hee = 14-64] 22 03 |p eee de | ee) EE ee pe | oo) a ae a a = 1456] 93 PYM ea ee |) el nee ee ei Pl oe Pe a 1448] 24 5 [he eae | a Be ee mete S| eo || oak | ee ea ee eo = 14:40] 25 26 | - s Sa Si Ss) eee Sh el ee eS iS z 14:32] 26 of |) She | |) ce a ee) | | ed eee, = = 14:25 | 27 ee SR Ee Se Se sh eh a = 1417] 28 99 | - es = | = | Pope ea | = | = hae = 14:10} 29 ap ie ot Mh elem aia] = hs 05) 605) Sac Pe, | een a eee |e 0-20] 14:03] 30 cy | ae * "49 -90| st-OO} mlcOOllsd OOM) 616). =) =) 4] beam een eer | | ee 448} 13:95] 31 Suma. | - | — | 0-58! 0-57| 0-42) 0-92} 1-75] 1:54! 1-15} 0°36) 0-20] 0-39] 0-08| 0-03] 0-05] 0-17] 0-50) — 8-71 | 467-28 | Sum. —_—______, BEN NEVIS OBSERVATORY. 107 Hourty VALUES—Hours AND. TENTHS—— SUNSHINE. 2 FOR Hour, GREENWICH MEAN TIME, ENDING— SEPTEMBER 1889. aL Se heed f7' | se | oO) ae 15 | 16 | 17 | 18 | 19 | 20 | 21 fAmount J, Total: 1 = | = he = $3] 1:00, -58] -42 =| e- 74, 70} - | - | = 5:55 | 13°87 1 See hd 2 | Cae = 7a Onl 18 = en i = 3) 137] 13-78 2 2 | Soe Pee ee oe) |e ie Ee ee ee = 13°70 3 2 | 2 eS ee Ce ee eet =. |S 02 SS) a ees 0-02] 13-62 4 ee |, = |) = 50) 1-00) 1-00} 1-00 TOG n-GO\ Cee i lne— al ed =| Ge 8°30 | 13°54 5 See ie | aro) Stal eae *88| 1:00) 1:00) :75) - | - | = 7:25 | 13-46 6 i |) =p Sees -33) 92) 1-00) 1-00 UOC) st || ee 770 | 13°38 uf 8 = a is = = x ie = 7 1)5] = = - - 0:05 | 13°30 8 esi | i | 8 | eee ta 1-00 gol ane ec) = | 235 | 13-22 9 HOM) c= 2 = eA eed al eal een yaoal e 13:14] 10 11 ~ 2 = = 2 es = = = = - - - - = 13°07 11 Paes | - | - | = |S 28 2 52)" -20l| Sos = =) = 0-75] 1299] 12 13 = & Z, = Ee a a = = = = - = - - - 12°91 13 Pe | ee BOI) 34|)s-28i Ogee ie hl = 182] 12:84] 14 Paes | | 50] 10} +12} +15 Hel eo ee ec, ee, Se 3:03] 12-76] 15 io | =). Seas i 52] 16) = Ee a Se ee RS 068] 1268} 16 17 2 = = = 2 = 2 = = |< _ ~ - - - 12°60 17 a2 | 2. 25S a i ee ee 9: | eceean ei eee S| ec = 1252] 18 19) 4). = = = e a s = 2 = = = - - - - - 1244 19 | Sail DS a | (i (ieee |e PES) | eae er ics ees = 12°36 | - 20 Pie | | = 02 = Se sil = | See 0-02} 1298] 21 os SA a a (a | eee 2s, a ee epee = 0-27] 12:20] 22 Pee | = | — | = | = 02; +10 6a 208) -t7 eae 1:88] 1212] 23 wi | a | RS 25} -97| 1:00] -23] 1-00 Se | re et es ee 4°82} 1204] 24 Pere | ey eeee sre ||) sa alla Senn ieeoel oe 0-38] 11°96] 25 ag || Se | a Pe ee (eee 3 sf=)]ef2 /e)s - 11:88 | 26 ! ys = s = = == = = = = = = - - - = - 11°80 27 28 fst = = a = = = = = = = - - - = - 11°72 28 Pee eb 2 pe Pe Se | eat ea rece nee al) es 0-23] 11-64] 29 emcee t- |.) 2 | 2 be Se reg Sh Seller : 1156] 30 Sum.| - | - | - | 0:25] 3-67] 4-90] 3-12] 3-94 4:75] 4°39] 3:27] 2:38] - | - | — | 46-47] 381°38] Sum | SUNSHINE. OCTOBER 1889. eee ie) = | 25] 46 1-00! “20 201 75] 80, oz] 20] yo, — | = | — | & 4:08 | 11-48 1 Pee | 207) 75) =, = eel egg | - | | te] 2:33] 11°40 2 Pee os | - | = | = ee el sl oe ee fe el 0-08} 11:32] 3 eee = | = | |) See ee | ee ka ee = 11-24 4 eee | | S00 mn ma eee fe lS He) Me = 11:17 5 eer A ee he a ee Tee = 11:09 6 ee | | ee eee eee a = 11-01 7 ee Se | So eee ee = 10:93 8 eer = ae i ee eS Se ik 2 10°85 9 eee i i | Sh ee he] SS de ey = 10-77] 10 eae = | | ee Pl el i to = 1069} 11 Pee |e | |S 46| 1:00] 1°00] 1-00} 1-00) 1:00) -27/ - ; 63; -42i} - | - | - | - 678, 1062] 12 ee = | | 08) (42) eee ee ee LD. oe 1054) 18 eat | ee we TS Se | = 10-46] 14 he) | = } | - SS, = = Sst eee = 10°38] 15 eee | | = |) a eet | | ee] 10:30] 16 ') ) SS es ee 92! 1:00) ‘U-00ls67iuecaait-00) 1-00)! 1:00) -23) = | = | = || = 7°45] 10:22] 17 is )| = =e eee See |S s ES eee i = 1014] 18 Cee |) | = | ee eK | oe ee 2 10:06 | 19 eee f= | | 4) S| See eS TS ne. lee = 9:98] 20 Set ey ee = OSeRO mene Sl ee ee 0277 990] 21 |) a oS ee 23 A eOnmOiemeTo| 1386 = | = i | 2:90] 9:33] 22 ae = ie =|, — | al — 2 ee eos eh | fee ee 027] 9:75] 23 eh | Sea ESS ea ea Pret OCesntee Oe | = tl oe eS 1:37] 9-67] 24 Pee | 67) 57] 08) 42) = ee 28|) eee p= 167] 960] 25 re eects) ol, | Sl ete kl ed ae st 017] 952] 26 2) = | = | = | = | <18] 1-00] 1-00] -97) 1-00) 12) 87! 1-00] 1-00, zai — | = | - | - 755] 9-44] 97 28 | - | =| - | = | °58} 1:00] 1-00] 1-00] 1°00] 1-00] 1-00; -s5|. -g4, - | - | ~- | - | ~— 822] 9:36] 28 2) ed) Seth gee 8 (a ai (a TR a magiee ss {|S en lea |! = 928] 29 aN |) = ae mh 2a Se eee || |= lh ce eee A ee ee = 920} 30 Tee a pee 02) —) | Sweeps lt ee | 002} 912] 31 Sum.| - | - | - | — | 2:28) 5:92) 5-08) 5-27] 5:37] 4:69] 4-89) 4-72] 4-08) 1:81) - | - | - | = | 44-21] 319-32] sum. 108 BEN NEVIS OBSERVATORY. Hourty VaLurs—Hours anp TrentTHs— SUNSHINE. — FOR Hour, GREENWICH MEAN TIME, ENDING— NOVEMBER 1889. === } do alseediag | ag) co to anh ae 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 JAmountJ Total | ei ed ee (em ren es eee: ee el ee ee rl Ges xara | ams |p Fea Boe Ee eS dees tee Be Ae | as. eee = 8:97 2 | 3 a a zs 2 a a = a a = es = = = oe = = = 8:90 3 Ae eae ei chs ce eed GO OS] = wi S| ele ee eee 168] 8°83 4 | ote) eee ee | -}-]-]-]-],-)-]- = 8-76 5 OS) S |S | SSeS Wesel, = i] = =| 2} ails ip = he | a] = - | 869 6) 7 ee alice dee We: acs a eee SS AD) OB = |e | = | = 0-23] 862 7 Sheen wale Tey can Rl ea eres Pa aed ethan he = 8°55 8 | 9 = s = S = = = = = = = = = = = - - - 8°48 9} LODE eed Fee Vee Ae S| oo lee ee SSeGEETS| 250) \-0a |) 2 ieee eon le 068} 8-41] 10 CU Be | = | 16) 2:00) 1-00) 2-00) 1FooneIc00)) 33) 462) 17) = | = | Soi 622} 834] 11 | 12 = eee = = = 3 = = = - = = = = = - - - 8:27 12 TS | Sos See | ei Say |S ie lea eb eee pees eo) 0-07} 820] 13 | TM [|e See |e Mla orgs Some (Seca | | (Ge Re ee ea |e | = 813th 14 | 15 = ee oe |e = = = = = = = = = = = = - - - 8:06 15 16 Fh) Sea ee = | a eg =P 06] =) | = | SH eRe 030] 7:99] 16° VA Ip es ne meee Meme eS I Ae off | Se SRAM ER eae I Ce Se cel Mh 7927 17 | ey || PS eS ie |e ee ein pe Foc ) ee nm es Shae = 7°86] 18 FO Bl Moeal re eg ee kno” (ee Nr eh 2 780] 19 920 < = = = a = = = = - | - = | = = - | - = = = 774 20 21 = = = = = = = = = ah = = = = = | = = - - 768 21 22 z = = = i = = = = = | = = = - - | - - = - 762 22 Dey Bees EA Pein Stn eal ST oie I ls. ill 2 pg AP ema ee Bane = Tile | | ae Ih |W | me ites Ay Re meee Ne Pe (A | eT ee aa eo ee ea Se a eee = 750} 24 | ap | ec Me ae (ey em NU ame Py ek. eam a Nim ee So) SI ec f 2 7-46 | 25 Ay | SS pS [st es pes 37, 46h - | - 19)! see ee 2 || = 0:95 740] 26) fe || ceren | Noten recta filteere Mle) ee Niece i se =| ee eet) ok epi e || = = 735 | 27 | 28 = = = = = = = = = = = = = = = = - - - 7°30 28 29 = 2 = | = = = = = = 2 9\\-= - - - - - - - = 7°24 29 30 = = = = = = = = = = |e - - - - | = - - - 7:19 30 | | Sum.| - | - | - | = | 0°10 1:00) 1-00] 1:54) 2:09f 215] 0-98) 1-05) 0-87| 0-03) - | - | = | - | 10-81 | 241-86 Sum. | | | SUNSHINE. DECEMBER 1889. 1 Ls = Es 2 = = = =. = = ss 2 = = = - 7:14 1 2 pe = = = = = 2 2 = = = = = = = = = = - 7°09 Z 3 = - = = = = - = = = = = = = = = - - 7:04 3 4 - - - = - 50) °38) 42) 95) °33) 57) 05) +10) — - - - - 3:25 6-99 4 5 ~ - - = - 10; *12) =-28) 9-48) — - ~ - - - - as 0-98 6°94 5 6 = = = = = = = = = = = = = = = = = = - 6:90 6 7 = - a S & 12} 1:00) 38) — - - - - - = - - - 1°50 6°87 tf 8 = Ee = = = s 2 2 a = = = = = = = = = 6°85 8 9 = = = = = = s = = = S = = = = = = = - 6°83 9 10 L 5 = = S = = = = = = = = = = = - 6°81 10 ll - = - = - - - - 12] 37; 95) 63) — - - = = = 2:07 679 11 12 =. zs a = x x 2 =. = = 2 es = = = = = ~ - 677 12 13 = = = ES s = = = a = = = = = = - - - 6°75 3 14 a = = = = pa = = 3 = = = = = = - - - 673 14 15 = oe = = x = 2. = = = = = = = = = - - - 671 15 16 s z a = = = = “49))_ 2 2 = = = = s - = - 0°42 6°69 16 17 7 er = = = 2 = = “ss = a = = = = - | - - 6°68 V7 18 = es = = = s a £ = S = = = = = - - - - 6°67 18 19 a 2 = ce = = a = * 3 zs - = = = = = = - 6°66 19F 20 b EL . = a = 2 = = = 2 = = = = = = ~ - 6°65 20 21 = Es = = = es = = = es = = = = = - - - - 6°65 21 99 a Ss = 2 = s s = = a = = = = = = - - 6°65 22 23 a = = a = a = = = 3 = = = = = = - - 6°66 23 24 =: bs = = = = = = = 3 = = = = = — = ~ - 6°66 24 25 L E = = = s = = = S BS BS = = is = - - 6°67 25 26 = a = = 2 s = = = ws a = = = - - - - 6°68 26 27 é z. E 2 2 = 2 = 2 s zs = = = = = = ~ - 6°69 27 Peale {| oil, a 60) 77) 25) 22)" 58) 481 = | | 290 671] 28 29 2 E = e =. & ba = ES = = ae = = - - 6°73 29 3 2 © = = = es = = = & iz ee = = = = = = = 6°75 30 3 E x = = 2 = = = = iS = = = - - - 677 31 Sum - - - = 0°72| 2°05) 2°27) 1-80} 0-92) 2°10) 1:16) 0°10) - = = = = 11-12 | 210-18 | Sum. BEN NEVIS OBSERVATORY. 109 WIND. DIRECTION AND Force (0 to 12). JANUARY 1889. 1 et | 3 4 5 6 7 8 9 10 bl 12 ~—*| Max. Div’n. Force.| Div’n. Force.|Dir’n. Force. |Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n, Force.|Dir’n. Force.|Dir’n, Force.|Dir’n., Force.|Dir’n. Force.|Dir’n. Force. 1 | NE 0-1|NNE 1-3/Var. 1-2|ENE 0-2;)NW 01| WSW 1|W 1) W 1-2} W 1|Sw 0| W 1|W 0-1 2 2 |SSW 2|SW 2|SwW 1-3 | SSW 2)}SSW 23/5 2|SW 1-3 | SW 2-3) WSW 2-3] W 2-3 | SW 3|SW 2-3 4 3 |SW 3-4) WSW 3-4| W 3-4, WSW 3-5| SW 4-5|SW 4|)SW 4/SW 4-5) WSW 3-4| W 4| SW 2-4 | SW 3-4) 5 | 4 |SW 3-4/SSW 3-4|SW 3-4;SW . 24) WSW 1-3|SW 1-3 | SW 1-4|SW 1-4 | SW 3-4 | SW 3-4| SW 3-4 | SW 3i| 4 5 |SSW 1-2|SSW = 3-4) SW 38-4| WSW 2-3} WSW 2-3) WSW 2-4/SW 3-5|WSW 2-3] W 1-5|SW 2-41 SW 3-4 | WSW by 5 6 | WSW 1-3| WNW 1-4| W 1-3; WNW 0-2} N 0-3|NNW 0-2}|NW 0-2) W 0-2|WSW 1-2|N 0-2|NNW 0-1) W 0-2 4 7 |SW 0-1 | SSW 1/s 1\8 1-2/8 1/8 2/8 2|SSE 2-3 | SSE 3|SE 3| SSE 3/8 24 5 8 IS 4-5|SE 6-7|SSE 7-8|SSE 5-7|SSE 67/|SSE 6 | SSE 6/S 6/5 5-6 | SSE 6 |S 6|S 5-6 8 9 |SSE 3-4/5 3-4|S 3/S 3\S 2-415 2-3|S 2\8 2\8 1-2 | SSE 2|SE 3-4 | SE Bi 94 10 | NE 0-1 | N 1|N 0-1|NW 1-2) NW 0|/NNW 0-1/N 0-1| N 1-2;}NNW . 1|/ NNW 1| NNW 1|N it 3 11 |SE 4|SE 4-5|SE 4/SE 6| SE 46|SE 5-6 | SE 6-7 | SE 7|SE 7-8 | SE 6-8 | SE 5-8 | SE i 9 12 | ESE 5-7 | SE 5-7 | SE 6-7 | SE 5-7| E 5-6 | ESE 6-7 | E 8| ESE 6-7| E 7|SE 6| ESE 5 | ESE 2-3 8 13 |SE 1|SW 0-1| SW 0-1 | SW 0} Calm 0| NNW 0-1] Calm 0|/SW 1|/NW 0-1|/NW~ 0-1| NW 1| NNW 2, 3 14 {8S 12/SSE 23/8 3/SSE 2-3/S 2-3/5 3/58 4/8 3|SE 3-4 | SE 3-4/5 4\S 3 5 15 |S 4/8 4/58 4-5/8 4|58 4-5/5 4|8 3-4/5 3-415 4|S 4-5|SSE 5| SSE 4-5 5 16 |S 3| SSE 3 3 | SSE 3/8 2-3/5 2-3/8 3 | SSE 4|S 3/5 3/58 2-3/8 3| 4 7 | EN 0-1 | NW 0-1| WNW 1; WNW 0-1] Var. O|N 0-1 | W 1-2/SSW 1-2|}SW 2|SW 2-3 | SW 2-3 | SSW 4 5 18 | SW 4) WSW 4|/SW 3 | SW 4|SW 4-5|SW 3-4 | SW 3-5 | SW 3-4| WSW 1-3] W 2-5|WSW 2-6|SW 4-5 6 19 |W 2-5 | NW 2-5 | N 0-2 | NW 0-3|N 0-1| N 0-1/N 0-1| N 0-1 | W 0-2 | N 0-3 | N 0-2 | N 1-3 5 20 |N 2-3| N 2-3| N 2-3 | Var. 1| NE 1-2|N 1-2|N 0-3 | N 1-3 Ni 3/N 1-3|N 2-3 | N 2 4 21 |NE 2-3 | N 2-4| NE 2-3 | N 0-3 | N 2-3)E 0-3 | N 0-2 | N 0-2 | NE 0-2 | N 0-1| E 12/|NE 1-2 4 22 \\ War. 0-1| Var. 0-2|N 0-2 | N O|N 0-2| N 0-2|N 0-2|E 1-2|N 1-2|N 0-3 | N 0-3 | N 2-3 4 23 |N 3\/N 3|N 2-3 | N 1-3|N 2-3 | NW 2|NW 1-3| WNW 1-3| WNW 1-4;NW-) 1-3/}NW-) 2-3| NNW 3 4 24 | NNW 1-2/N 1-3 | NE 12/N 12} NNW 0-1| NW 2-3 | WNW 3| NW 0-2 | NW 3| NW 1-3 | NW 2-4 | WNW 3 4 25 |N 13);NW 1-2)NW 2-3)NNW 2-3} NNW 0-3} NNW 2|NW 1-2)/NW 1-2}/NW 23/NW~ 1-2|NNW 1-3| NW 2 3 26 | Var. 0-1|N 0-2] Var. 0-1/E 0-2|ENE 0-2|N 0-2 | E 0-1) N 0-1) N 0-2 | N 21N 1-3/N 2-3 3 27 |NNE 2-3|N 1-2 0-1|N 1-2|N 1-2|)N 1|N 1-2|N 1|;SW 1|SW 2|SW 2-3 | SW 3 4 28 | W 1-3| W 24)/WNW 1-3;/NW_ 1-3} W 1) WNW 1-4| W 1|W 1) W 1) W 2-3 | W 1-3|WSW 1-2 5 29 | SW 2-5|/SSW 3-5/SSW 2-5|SW 3-5|SSW 46)SW 3-5 | SW 3-5 | N 0-3 | N 24|NNE 3-6|NE 0-5|NNE 2-4 6 30 | SW 4-5|/SW 2-5 | SW 1-5 | SW 2-4| WSW 2-5|WNW 0-4| Var. 2-5} WSW 2-5] W 1-3|N 0-2| N 2-3 | N 2-3 5 381 |NW- 1-3) WNW 2-3] W 1-3 | N 2-3)/NW 1-4) W 25!|NW 0-3|N 3/ NNW 1-2|}NW 0-2|}NW~) 1-2|N 0-3 5 MEAN 2°47 2°77 2°53 2°44 2°35 2°42 2°52 2°47 2°56 2°60 2°76 2°76 pe | pean 13 14 15 16 17 18 19 20 21 22 23 Midnight. |Mean, Dir’n. Force. |Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Din’n. Force.|Dir’n. Force. |Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Force. 1 | SSW 1) SW 0-1 | SW 1|jSwW 1/Sw 1-2 | SSW 1/8 1)/SSW 1-2) SSW 2|SSW 2| SSW 2\|S Pal sige 2 |SW 2-3) WSW 2-3) SW 2-3 | SW 2-4] W 2-4)SSW 2-3/SW 2|SW 2-3 | SW 2-3 | SW 3| WSW 3| W 8-4] 2°5 3 |W 3| W 2-3 | W 3-4 | SW 3-4 | SW 2-4 | SW 3-4/SSW 23/SW 1-2 | SW 2-3 | SW 2-3 | SW 1-2);SSW 3-4] 3:3 | 4 |SW 3 3|SW 3-4 | SW 3) SW 2-4\)SSW 3-4;SSW 3-4|SW 3| SW 2-3 |SW 1-3 | SW 2-3 | SW 2-3} 3:0 | 5 |SSW 25|SSW 3-4/8 3-4 | SW 1-5 | SW 2-4'| SSW 3| SW 2-3|SSW 3-4|SW 3-4) SW 2-3 | SW 3} WSW 3-4] 31 | 6 |W 2| NW 0-1) W 1) W 0| W 1);SwW 2} WSW 0-1) WSW 1) W 0-1 | W 0-1 | SW 1/SSW 0-1} 11 7 |SSE 8/SSE 23/SSW 2-3/8 2-3/8 3/8 34/58 3/58 3-4/5 4/8 4-5 | SSE 5/S 3-4 | 2°7 8 |SSE 46/5 6-78 4-515 4-5/8 4-5/S 5-6|SSE 45/S 45|/SSE 45/58 3-4|SSE 3-4/SSE 3-4] 5:3 9 |SE 3| SE 31SE 1| W 1-2|N 0-2 | N 2-3] N 1-2 | W 1-2 | WSW 1} WSW 2-3] W 1-2 1-2] 22 10 |N 1-2} NNW 1-2/ Calm 0| Calm 0} Calm o/s 0-1/SSE 0-1/SSE 1/SSE 1-2|SE 2|SE 2|SE 2-3 | 1:0 11 |SE 7-8| SE 8|SE 7-9|SE 5-8 | SE 6-8 | SE 7-9 | SE 8/SE 8|SE 8-9] SE 8|SE 7-8|SE 5-7 | 6°7 12 |ESE 23\|E 1-2/E 2|E 1-2|E 1-2|)ESE 2-3) ESE 2| ESE 2| ESE 215 0-1 | SE 1-2) SE 1} 3:8 13 |N 2-3 | N 12|NNW 2-3|}NNW 1-3| NNW 1|NNW 0-1| NNW 1/NW 1|W 0-1|)5 0-1/5 1-2/8 2{ 1:0 4 =|S 3\S 3/5 4\58 4-5/5 45|/SSW 3-4/5 8-4/5 3|SE 3/S 3-4|5 3-4/5 3-4] 3:3 15 | SSE 4| SSE 41s 3-4/5 3/8 41S 3-4/5 3/58 3/58 4/8 3-4/5 315 3-4] 3°83 16 | SSE 3 | SSE 3/5 2-3/5 2-3 |,S 2-3)5 3/8 8-4/8 3 | SSW 3| WwW 2-3 | N 2-3|N 0-1} 2°8 17 |S 41SSW 3-5/SSW 23/SSW 23/SW 3|SW 3) WSW 2-3] W 3-4 | SW 3-4 | SW 3-4 | SW 4|WSW 4] 24 1s |W 46|WNW 3-5|WSW 1-4| SW 0-3 | W 0-3 | NE 1-3|]ENE 1-3|ENE 2-4/NE 2-3 | NE 2-4; N 1-4 | NW 2-4] 32 19 |NNE 23)/N 2-3 | N 0-3 | N 0-2 | N 1-3|N 1|N VEN 1-2| NE 2-3 | N 1|/N 1-2|N 2) 1:5 20 |N 1-2|N 1|/N 2| Var. Oo|N 0-2 | N 1-2| N 2|N 2-3 | N 2-3 | N 3-4;NNE 1-3/N 2-3] 1:9 21 | NE 1-2| NE 1\)NE 1|/ENE 0-1/5 1-2) Var. 0-2)N 1\|N 1-2|N 1-2|N 1-2|N 1-3] Var. 0-1] 1:4 op) N 3/N 3)N 2-3) N 1-3) N 1-4|N 2-4 | Var. 0-2 | Var. 0-1 | N 2-3/N 2|N 2-3 | N Bi ale’ 23 |N 3|N 2-3 | N 0-3 | N 2-3| N 1-3|N 12|N 1-2|N 1-2|N 1-2| N 12;|NNE 2-3] NE 0-2) 271 24 |N 1-2) W 2 1-2)NW 1-2;NW- 1-3} W 2-3 | W 3) W 2-3 | W 3) W 3| W 12)|NW 1-2] 21 | 2 |NW 1-2|NW~ 1-2}NNW 1-3] W 0-2)}NW 1-2|)W 0-1 | NW 3|NNW 1-3|NNW 2-3|NNW 1-3|N 1-3 | NE 0-2) 18 | 26 |NNE 2-3|N 1-2| NE 1-3} N 1-3) N 0-3|NNE 2-3|N 0-2|N 0-1| NE 1|/ NE 1-2 | NE 1-2|N 2-3] 14 | 27 | Sw 3| SSW 3) SW 2| SW 3| SW 1-3 | SW 3|SW 4|SW 4| SW 38-4) WSW 1-3| WSW 3-4| W 3-4 | 2:3 28 |WSW 2-3) WSW 2-3] W 2-3 | W 2-3 | W 3) SW 2-4 | W 2-3 | SW 3|WSW 2-3| SW 3-4 | SW 1-3)}SSW 3-5] 2:3 ° 29 | NE 0-3| Var. 1-3)/ENE 0-3/N 0-3 | N 0-5 | N 1-3 | NW 2-3 | NW 1-3 | W 3-4] WNW 2-4; SW 3-4 | WSW 4/ 3:0 30 | NE 0-2|}ENE 0-2/}ENE 0-2] NE 1-2|N 1-2|Var. 0-1|NE 1!/N 0-1| N 1-2 1-2'N 0-2|NW 1-2] 2:0 31 |NW 1-4|N 1-3)|NNE 1-5|N 0-4|/ENE 0-3)N 0-3 | N 1-4|N 1-3 | N 2-4| NE 1-2 Var 0-1) N 1-3] 2:0 MEAN 2°79 2°60 2°40 2°16 2°34 2°48 2°35 2°39 2°66 2°50 | 2°48 2°55 | 2°51 N51. NNE10. NE27. ENE9. Hid. ESH10. SE44. SSE33. S96. SSW 36. SW110. WSW 35. W61. WNW 14. NW 43. NNW 30. Calm or Var. 21. ROY. SOC. TRANS. EDIN.—VOL. XLII. 12 110 BEN NEVIS OBSERVATORY. WIND. DIRECTION AND Force (0 to 12). FEBRUARY 1889. 1 2 3 4 5 6 7 8 9 10 11 12 Max. Dir’n. Force. Dir'n. Force.|Dir’n. Force. |Dir’n. Force. |Dir'n. Force.|Dir’n. Force.|Dir'n. Force. |Dir’n. Force.|Dir'n. Force.|Dir’n. Force.|Dir’n Force.|Dir’n. Force. 1 | NNW 1-3|NW 1-3)/WNW 5/|W 4|/WSW 0-3/8 2-5 | SW 2-4 | SW 3-5| WSW 3-4| SW 3] WSW 2-4) WNW 2-3 5 2 |ENE 1-4} Var. 3-4/N 1-4|N 1-4| NE 0-3 | N 1-3 | N 1-2)N 0-2)}ENE 0-4| NE 0-4| NE 1-5| N 1-3 5 3 |NNE 46!NNE 47/N 3-5) NE 2-3/E 3-5'ENE 2-6| NE 2-6, N 3-6 | N 1-4,N 0-3 | E 46, E 4-5/ 10 4 |N 4-9|N 5-10) N 4-6 | N 2-6 | NE 46/N 4-6|N 1-4|N 5-6 | N 3-7 |N 2-7 | NW 0-5|N 1-3] 10 5 |NNW 1-2;NW 1-2}WNW 3|/WNW) 3/NW 3)NW 1-2);NW 0-2|NNW 0-2/N 1-2|N 3-4 | N 4-5|N 2-3 5 6 |N 2-4| N 2-3)N 2-3 | N 3iN 1-3|/N 1-3 | N 1-4|N 1-3)ENE 1-3|/N 1-3/N 2-3|NNE 2-3 4 7 | NE 0-2 | NE 1-2|NNE 1-3| NE 2-3| N 0-3 | N 2-3 | N 0-3 | N 1-3 | ENE 3/N 1-2) N 1-2) N 2-3 4 8 |NW 14|N 2-4|N 1-4|B 0-4 | E 1-3/5 16|/ENE 1-6|E 0-6|ENE 0-6} NE 3-8 | N 5-10} ENE 3-6] 10 9 | NE 2-4| NE 2-5|N 2-5 2-4 2-3 | Var. 1-2] Var. 1-2/;E 2-3 | E 2-3 | N 0-2 | E 0-3 | N 2-3 5 10 |N 1-3|NNE 1-2|N 0-2 | NNE 2| NNW 1-2|N 1|)N 1-2) NW 1-2|N 1/N 0-1| N 1-2|N 0-1 4 11 |N 2-4| N 24)N 3-4 | N 1-3 | N 0-4 | N 1-4 | Var. 0-1| NE 1-3|N 1) 3)N 1/E 2-4 4 12 |N 1|N 1/N 1| ENE 1|N 1-3 | N 0-3 | NE 1-3| N 1-3|N 2)N 3/N 3|N 2-3 3 13 | SW 3) SW 3|/SW 2-3 | SW 2| SW 2)SW 1-2| W 1|N 0-1) N 2-3| N 0-1| N 0-1 | NW 0 5 14 1-4|/ENE 1-4/E 1-2|E 2-3 | E 1-3 | E 0-3 | E 0-2 | E 1|N 1-2| NE 1|)E 0-2| NE 1-3 4 15 | NNE 2-4|/NNE 2-4|NE 2|ENE 1-3} NNE 2|N 2|NE 1-2|N 1-3 | NE 2\|ENE 2-3| NE 1-3 | NE 2-3 4 16 |S 1/Ss 2-3/8 3/S 2-3]8 3/58 5/8 5/5 6/5 3/5 3-4 | SW 2-3/ Var. 1-3 6 17 | NE 1-2} NNE 1-2|N 2-4| N 0-3 | W 2-3 | W 2-3);WNW 1|W 1|W 1-3 | W 1-2 | W 2) NW 1 4 18 | NW 1-3 | W 2-3 | W 2-3 | W Zi Ni 2|W 2-3/W - 4|WSW 3-4] WSW 4) W 3-4 | W 4-5| WSW 2-4 5 19 |E 1-2)/ENE 13|N 0-2 | NE 0-2| NE 0-1/ENE 0-3|]NE 1-2|/E 0-1|ENE 0-2/ENE 0-3/NE 0-3;NW_ 1-2 3 20 |NW 02/N 0-2 | NE 0-3 | NE 0-3 | NNE ZN 1-3 | NE 0-2 | N 2-3 | N 1|N Ni 1-3|}ENE 2-3 4 BLN 1-2| NE 1-2 | Calm 0/E 2-3 | N 0-3 | Var 0-1|N 2-3| N 0-1 | Calm O|NW oO-1;NW 1-2|N 1-2 3 | 22 |N 1-2|N 1-2/N 1-2|N SEN 1|/N 2|N 2-3| N 2|N 2-3 | N 2|N 2|N 1-2 3 23 | N 1-2|N 2|N LEN 1|N EN 1|N 1|N 1|N 0-1|E 0-1/5 1| ESE sti} 83 24 |N 1-2|N 1-2) NE 1-2|N 0-1| N 0-1| NE 0-1|N 0-1|/NW 0-1;NW_- 0-1/NE 0-2} NW 0-1] Calm 0 2 25 | N 1| NE 2|N 1|NNW 0-1,N 1-2 | NW 1; Var. 0| Var 0-1, E 1|E 1) ENE 1|/ENE 1-2 4} 26 |E 0-1/E 1| ESE 2|/ESE 12/5 1|\E 2/E 2\E 2-3| HE 2/E 1-2|E 1-2|E 1-2 3 27 | NE 1\/E 2)E 2 1-2/5 1-2|E 1-2/E 2\E 1-2 | ESE 1-2|)E 1\E E 1-2 4 28 | ESE 4| ESE 4|SE 3| SE 3) SE 3-4 | E 4-5|E 4-5|E 4-5|E 4-5 | ESE 4| ESE 5 | ESE 4 5 MEAN 2°18 2°48 2°30 2:07 2°00 2°21 2°00 2°18 2°09 2°05 2°36 2°09 13 14 15 16 17 18 19 20 | 21 22 23 Midnight. |Mean, eee ee - Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.| Dir’n. Force.|Dir’n. Force.|Dir n. Force. Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Force.| 1 |W 1-3)WNW 2-4) NW 1-4) W 0-5| Var. 1-4| W 24)}NW 24!)NW 3-4| NW 3-4/NW 3-4|NW =.1-4|ENE 1-4] 3:0 PA any 0-3) N 1-3|ENE 0-3| NE 1-3 | NE 0-4| ENE 3-4] NE 1-4| NE 2-4! NE 2-4|ENE 3-5|NE 3-5 | NE 3-5 | 2°5 38 |}ENE 3-5/ ENE 2-3/E 2-5) E 1-3|E 0-2\E 2-41 NE 1-4| NE 6-10, N 6-10] N 5-9| NNW 5-8/N 4-81 4:2 4 1-2|N 0-1| Var. 0-1/ Calm 0|N 12|N 1-2| N 2|N 2-3] N 2|N 1-2) N 1-2} NW 1-2} 3:0 5 | NNW 2-3|N 2-3|N 4|N 4-5|N 3-5 | N 2-4| N 2-5 | NE 3-5 | N 3-4 | NE 2-4| N 3-5 | N 2-4] 2°9 6 |N 1-3 | N 1-2|N 2-3|N 1-2| N 0-2| N 2|N 2-3 | N 2-3) N 1-2 | Var. 1|N 1|N 1} 2°0 7 |NNE 1-2|N 0-2| N 2-4) N 2)|WNW 1-2} NW 0-2|W 12}NW 1-2}WNW 3|/NW 23|/NW- 2-3] W 1-3] 1:9 8 | NE 49|NE 5-9 | N 48)|/E 7-8| NE 6-9 | NE 4-9| ENE 4-9|NE 4-7|NE 2-7| E 3-6 | NE 3-7 | NE 3-5 | 4:7 9 |NE 2-4| Var. 0-2|E 1-2|N 1-3 | N 0-2|ENE 1-2) NE 1-2 | NE 1-2 | NE 2-3 | N 2-3|NNE 1-2/N 2-3 | 2°1 10 | NE 0-1 | NE 1|N 0-1|N 0-1) Var. 0-1| ENE 1|/N 1-2}/NNE 2-3|N 2-3|NNE 2-3|N 3/N 2-4| 1:4 ll |E 3-4/E 3-4] NE 1-4|N 1/ENE 1-3|)N 0-2; N 0-1| N 2-3 | N 2-3 |Var. 0-1) N 0-2 | N 1-2] 2°0 12 |N 0-1|N 1-2| N 0-1| N 0-1) N 0O| N 0-1| N 1-2 | SW 2-3 | WSW 3/SW 2-3 | SW 3) SW 2-3] 1:7 13 |NW 0O-1};NW 0-1) W 2| SW 2-3 | SW 3/5 4/SSW 45/)SW 2-4 | SW 3-5|WSW 3-5| Var. 0-2|NE 0-3} 2:1 14 | NE 1-3 | NE 2-3| E 1| NE 1-2 | NE 1|N 1-2|N 3-4| Var. 0-2)N 1-2|N 1-3} N 1-3 | N 2-3 | 1:8 15 |NNE 2-3|NE 2-3| N 1-2| NE 1| NE 1|N 2-3 | NE 0-1; N 0-1 | Calm 0| Calm 0| WSW 0| Var. 0| 16 16 |NW_ 1-3|W 1-4|N 0-4 | N 0-3 | N 0-2|NNE 3-4|NNE 1-4/N 1-3) N 1-3] N 1-2 1-2} NE 1-2] 26 17 |NW_ 1-2|NW 1) W 1-2| W 1| WwW 1|NNW 2|NW 2|NW 1-2|NW 2)|NW 2-3| WNW 1-2)}/NW~ 1-2] 1:°7 18 |WSW 2-4/1 W 3-4 | W 0-3 | W 1-3 | W 1-2} WSW 3-4| W 1-3 | W 1-3| N 1-2} NNW 1-2 1-3 | NE 0-2} 2°5 19 |N 1-2|N 0-2| N 1-3] E 0-2| N 1-3|ENE 1-2/N 2-3 0-2 | NE 1-2;NNE 2-3|)N 1-2 | NW 1-2} 14 20 | NE 2-3 | NE 1-2) N 1-2|N 1-3| N 2-3 | N 1-2|N 2-4)ENE 2-4|)|NNE 2-3] NE 1-2) NE 2-3 | N 1-2} 1:9 21 |N 1|/N 2|N 2\|N 2|NNW 1-2|N 1-2| N 1-2) NNW 1-2|N 2|N 1-2|ENE 1-2}WNW 1-2) 1°4 22 |N 2|NE 2| ENE aN 0-2 | ENE 1|N 1-2|N 1-2/ Var. 0-1|)N 2|N 1-2 2-3 | N 2] 16 23 | ESE 1| ESE 1| ESE 1} Calm 0| NW 0,;NNW 0-1/NNW 1 1| NE 0-1) N 1-2|N 1-2] N 2-3] 1:0 24 | NE 0 | Calm 0 | Calm 0/S 1| Calm O|N 1/N 1-2 | NE 2|N 1-2|N 0|NNE 1|NNE 1-2] 08 2 1N 1 1|ENE 0-1;/NW_ 0-1/N 1-2| N 2-3 | NE 2-4; N 1-3 | N 3-4; N 2-4) N 2-3; N 1| 14 26 |E 0-1 | NE 0-1) N 0-1| NE 1| NE O|N O|N O|N 1|/N 1|N 1-2} NNW 0-1) ENE 2) 11 27 |E 1-2|E 0-1|E 0|\|E 0-1| E 1-2 | ESE 2| ESE 2\E 2/E 2\E 2) E 3/E 3-4| 16 28 |E 8-4|ESE 45|E 2| E 4|E 3-4|)E 4/ESE 3-4] ESE 5 | ESE 5 | ESE 5| ESE 5 | ESE 4] 4:1 MEAN 1:96 1°91 173 1°73 1:66 2°16 2°27 2°45 2°67 2°38 2°32 2°23 | 2°14 N 255. NNE22. NE85. ENE 36. E80. ESE 21. SE3. SSEO. 313. SSW1. SW18. WSW1l. W32. WNW 10. NW43. NNW 14. Calm or Var, 28. BEN NEVIS OBSERVATORY. LIE WIND. DIRECTION AND Force (0 to 12). MARCH 1889. 1 2 3 4 5 6 7 3 9 10 11 12 Max.|' Dir’n.Force.|Dir'n. Force. |Dir’n. Force.|Dir’n. Force.| Dir’n.Force.|Dir'n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force. |Dir’n. Force. |Dir’n. Force. 1 | ESE 4| ESE 4| ESE 4|ESE 3-4|/E 0-2|)ESE 2-3)E 3|E 2-3| ESE 3-4|E 3|E 3 | ESE 2 4 2 | Calm 0 | Calm 0 | Calm o/s 0} Calm 0|SE 0| SE 1]SE 1/SE 1| SE 2|SE 2|SE 2-3 4 3 | ESE 3| ESE 3|SE 3/SE 2-3| SE 2-3 | ESE 3)/ESE 1-2/E 2 | ESE 2| ESE 3|ESE 2-3/SE 3 4 4 | ESE 3|SE 3| SE 2|SE 2|SE 3| ESE 2|SE 3|SE 2|SE 3|SE 2-3 | SE 2-3 | ESE 3 4 5 |SE 3/SE 2-3 | SE 2| SE 3) SE 2-3 | ESE 3/SE 3|SE 3/ SE 3|SE 3| SE 3|SE 3 4 6 | SW 3-4 | SW 3-4 | SW 2\S 3|SW 2-3/8 1-2 | SW 2-3/8 2-3|8 3/8 21|SSW 2-8 4 5 7 |Sw 1-2| W 2-3 | W 1|SW 1) WSW 1) SSW 2|SSW 1)}SW 1| SSW 1} SSW 2| SSW 2/|SSW 2-3 3 8 IN 1-2|N 2|N 1-2} N 1) NNW 1),N 1-2}NNW 1-2} NW 1| NNW 1/N 1} NW 1|/N 0-1 2 9 |ENE 1-2|)N 2|N 0-3 | N 0-2|}NNE 1-2|NE 1-2 | NE 0-3 | NNE 1|N 1-2| NE 0-1) N 1-2| NNE 1 4 10 |N 2-3 | ENE 2|E 0| NE 0-2 | N 0-2|/NNE 1-2/N 2-3 1-2| N 1-3 | NE 1-2|N 1-2 | NNE 2 3 11 | NE 2-3 | N 2-3|ENE 1-2}ENE 0-3] NE 1-2|N 2|NE 1-2/N 1-2|N 0-1} NE 0-1| N 1|N 1 = 12,|N 1-2| NE 2-3) NE O|N 0-1) N 0-1) N 1-2|N 1-2|N 0-2 | N LN 1-2|N 1| NE 1-2 3 13 |N 3-4| N 38-4|NNE 1-3|}N 2-4|N 1-3|}NNE 14|N 0-4| N 2-3 | NE 1-3)}ENE 1-3|N 1-4|)E 3 4 14 |NNE 3-4|N 4|N 2-4| N 1-3 | NE 1-4|NNE 1-3|N 2-3| N 2-3|N 3) N 2-3 | N 2-3|NNE 2-3] 4 15 |N 1) NW 1}WNW 1|NW 1;/NW 0-1} NW 0|WNW 1|WNW 0-1) W 1|NW~ 0-1} W 0-2|WNW 2 4 16 |WNW 3-4| NNW 2) Ww 2)NNW 0O-1|NW_ 0-2/N 1-2} WNW 1-2| NE 1-3|}NNW 0-3] Var 0-2 | N 1-3|NW 1-2 4 17 2-3)NW 1-2;NW 0-1/NNW 1-2/}NNW 1-2|}NNW 0-2/|N 1-2|NNE 0-2 0-1) N 0-1 | NE 1-2|N ‘3 18 |W 1|SW 2\SwW 1-2} SW 0-1 | WSW 1| SSW 1/Sw 1|SwW 0-1 | SW. 1/SW 1;SSW 1-2/SSW 12 4 19 |SE 38-4| ESE 3-4|SE 3| SE 2-3 | SE 3|ESE 3-4|E 3|ESE 3-4| ESE 4/ ESE 3| ESE 4)/ESE 34 4 20 |N 1-2) N 2-4)NNE 1-4|N 2-5|N 4-6 5-7 | N 3-7|N. 3-7 | NE 0-5\| N 4-6| N 5-7| NNW 2-5 8 A iN 2-6|N 3-6| N 4-6|N 3-5) N 3-5|N 1-3|N 0-3|NNW 0-2|N 1-3 | NW 1-2|NNW 1-3] Var 0-2 6 22 IN 0-2| N 1-2|N 2-3| N 1-2|N 0-2|NNE 0-2/N 0-2 | N 1-4|N 0-2|NNE 0-3|NE 0-2) N 2 4 23 | SW 4-5|SW 4-5|SW 0-4 | SW 3-5 | SW 5| SSW 5|SSW 3-5|SW 2-4) WSW 1-5|/SW 2-4 | SW 3-5 | SW 3 5 24 |W 12} WSW 2|WSW 2-4] W 3 2-3 | W 2-4 | W 3| W 2-3 1-3| WSW 1-2| W 1|SW 2-3 4 25 |SW 2-4| W 2-3) W 1-2|)N 0-2 | W 1| Var. 0-2| WNW 0-3) W 0-2) WNW 1-2|N 0-3 | W 0-3; NNW 2-3 6 26 |NNE 2-5|N 2-6 | NE 4-5|N 2-6| NE 1-4| NE 4-5|ENE 3-6|/ENE 3-6|N 2-5|NNE 2-5|NNE 1-5|NE 2-4 6 27 1|/N 1-2 2-3|N 1-2|N 1-2| NNW 1| NNW 0-2 1|N 0 | Calm 0 | Calm 0 | WSW 0 3 28 | SW 2-3 | SSW 2|WSW 0-i/SW 2|SW 2| SW 2|W 2) W 3) W 3) WNW 3/NW 3-4] WNW 1-2 4 29 |NW 2-3|NW_~ 2-3) WNW .2-3| WNW 2-3|NW_ 1-3] NW 1)/NW_ 0-1) WNW 1-2/|N 0-1) N 0-1} NNW 0-1/N il 3 30 | W 1} WNW 0-1|} W 0-1 | W 2-3 | W 2-3 | SW 2|WSW 1-2) W 1-2 | NW 1) NW 0| NNW 1|N 1-2 3 31 iN 0-1| Var. 0-1/N 1-2| NE 0-2) N 2|NE 1-2| NE 0-2 | NE 1-3 | N 1-3 | NE 1-2|N 1-2|N 1-2 5 MEAN 2°34 2°45 1°94 1°98 1:95 2°05 2°02 1:97 1°85 1°79 2°05 2°02 13 14 15 16 aly 18 19 20 21 22 23 +» | Midnight. Mean. Dir’n. Force. | Dir’n. Force. |Dir’n. Force. |Dir’n. Force. | Dir’n. Force.| Dir’n. Force. |Dir’n.Force.| Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir'n. Force.|Dir’n. Force.|Force. 1/5 3|\E 3|E 1-2|E 1/E 1| ESE 1| Calm 0|/ ENE O|N 0 | Calm 0| Calm 0 | Calm 0/ 1:9 2 |SE 2-3|SE 3|/ESE 2-3/SE 3/ESE 2-3/ESE 3-4| ESE 4| ESE 4|ESE 3-4] ESE 3] SE 3-4 | ESE 3| 2:0 3 | ESE 3|SE 3|SE 3| ESE 3| ESE 8/ESE 3-4] ESE 3] ESE 3 | ESE 3| ESE 3 | ESE 3/ESE 3-4] 28 4 |SE 3/SE 3|SE 2-3 | SE 2-3 | SE 2-3 | SK 3|SE 4|SE 3-4 | SE 3-4 | SE 4/SE 4|SE 3] 2:9 5 |SE 4/8 1-2 | SW 1|SW 1)/SW 1);SW 1] WSW 1)}SW 2|SW 2/|SSW 2-3|SW 3| SSW 3| 2:4 6 |SSW 4-5) WSW 3-4] W 1-3 | W 1-2) WNW 1-2}NNW 2/|W 1-3 | SW 3) SW 3|SW 3-4) WNW 2-3] W 1-3} 2°6 7 |SSwW 1-2/S 1] SSW 1/8 1/8 1/8 1/SSw 1| Sw 0-1 | SW 0-1 | SW 1| Calm 0| NW ke 8 | NW 1 0|}NNW 1-2|N 0-2;|NNW O|N 0-1| N 1|NE 0-1] N 0|N 1-2 NE 1-2] 1:0 | 9 | NE 2-3 | NNE 2|NNW 0-1 1|W 1} WSW 2-3| W 3|/WSW 2-3] W 2|}ENE 2-3|}ENE 3-4|N 1-2} 1:7 10 | NE 2-3 | NE 1-2|N 0-1) N 0-1) N 1-3 | N 1-2|N 2-3 | NE 2-3 | N 21N 2-3 | N 2-3] NE 2-3] 18 | 11 |N 2|NNW 1-2) W 2|W 1|WSW 1-2|SW 2|}SW 2-3 | SW 3) SW 2-3)|NW 1-2|N 1-2) N 1-2] 1:7 12 |NW_ 1-2|N 1-2|NW 12|N 0-2);NW O1;/NW 2-3|N 2-3| N 1-2|N 2-3 | N 2|N 2-3|N 2-3] 1°5 13 |NNE 2-3|N 2-4 | NE 2-3 | N 0-2}|NW 2-3/N 2-3 | NE 2-3 | NE 2-4| NE 2-3 | N 2-4) N 2-3| NNE = 2-4} 2:5 14 |N 3|NNE 2-3|/ENE 1-3|N 1-2} NE 0-2)NNE 1-2/|N 1-2/N 2-3|N 2|N 1|N 1-2 1-2} 22 15 | WNW 1-2} WNW 1-2} W 1) WNW 2-3| W 2-3 3 | W 3-4 | W 3-4 | W 3-4 | W 3-4] WNW 1-2] W 3-4] 1:7 16 | NE 1-2)}NNE 1-2|N 0-1|NNE 1-2/|N 2-3 | N 2;NNW 1-2/;N 1-2|NNW 2-3|N 2-3| N 2-3|] N 2-3] 1:8 | 17 |N 1-2 O|N 0-1 | W 0-1) NNW 1) NW 1| Var. 0O|N 1/NW 0-1] W 1)WSW 1-2) W 2-3} 1:0 18 |SSW 1-2|SSE 1/8 1-2| SE 1 1-2 | SSE 2|SE 2-3 | SE 2-3 | SE 2-3 | SE 3-4 | SE 3-4|/ESE 34] 1-7 | 19 |ESE 3-4/5 3|E 3-4| E 2-4/5 2-3 | E 3-4) E 3-4|E 3/ESE 0-1| Var. 0-1] Var. 0-1|N 0-2] 2:8 , 20 | N 4-8|N 3-5 | N 2-6| NNW 2-6/)N 2-6 | N 3-7 | N 3-8 | N 2-7| N 3-7| N 5-8 2-6] N 3-5 | 4:4 | 21 |E 1-2} Var. 0-1] Calm 0| NE 0-2)ENE 1-2|)NE 0-2} NE 0-1|N 1-2|N 2|N 2-3) N 2-3|N 1-2] 2°0 22 |N 1-2 1|N 1)/NNW 0-1| NW 1|N 1-2;NW 1-2|W 1-2 | WSW 3|/SW 38-4/SSW 3-4/SW 3-4] 1:7 23 |SW 3-4 | SW 3) W 3-5| WSW 1-2| W 1-2| W 2-4) W 2-3 | W 1-3|NNW 2-3}NW 1-2} WNW 1-2} W 2-3] 3-1 24 |W 1-2| NW 21 Ww 1-2) W 1-2} WNW 1-2} WSW 2-3) W 2-3 | SW 1-2) WSW 2-3|SW 3-4/SSW 2-3] W 2-4] 29 25 |NNE 1-3|N 1-2|}NNW 1-3|N 2-3 | NE 2-5|N 2-3|NNE 1-4| NE 2-5|NNE 2-6|N 2-5| N 2-5 | N 1-5] 2:2 26 | NE 3-4 | NE 2-4|ENE 4-5|ENE 1-4/ENE 2-5/NE 1-3|N 1-2} Var. 0-1|/N 1-2|N 1-2) N 0-1|NNW_ 1] 29 Dar | W 0-1) WSW 0-1] W 0-1 | SW 0-1 | SW 1)}WSW = 1|/SW 1|SW 1)/SW 1-2 | SW 2-3 | SW 3/SW 2-3) 11 | 28 | NW 2|NW .12)}NW 0-2|NW 0-1|NNW 2|NW 2)NNW 1-2}NNW 23/NNW 1-2/N 1-2|N 2) WNW 2-3] 2:0 29 |NNW 1/|NW-~ 2-3|/W 2)|WNW 1|WNW 2-3) WNW 2-3] WNW 2-3| NW 2)|NW 0-1) WNW 2-3| W 1;/WNW 1] 1% 30 | Var. 0-1| NE 2-3|N 0-1|N 0} Var. 0| Var 0-1| Var. 0-1) W 1|W 1;NW- 0-1) NW 1} Var. 0) £0 & 31 | NE 1-2|N 0-1|N 1-2|/N 2|N 1-2 | NE 1|N 1-2) N 2|N 2-3| N 2-5 | N 2-4) N 2-4) 1°7 MEAN 2°29 1:92 1:73 1:48 1°76 2°06 | - 2°10 2°15 2°13 2°42 2°21 2:26) 2°04 N 201... NNE 27. NE51. ENE15. E22. ESE47. SE60. SSE2. S15. SSW22. SwW62. WSW21. W65. WNW29. NW44. NNW 35. Calm or Var. 26, BEN NEVIS OBSERVATORY. WIND. DIRECTION AND Force (0 to 12). APRIL 1889. 1 2 3 4 5 6 | 7 8 9 10 11 12 Max. | Dir’n. Force. |Dir’n. Force.|Dir’n. Force.|Dir’n. Force. |Dir’n. Force.|Dir’n. Force. 'Dir'n. Force.|Dir’n. Force. |Dir’n. Force.|Dir’n. Force. |Dir’n. Force. |Dir’n. Force. 1 | Var. 12|)NE 1-3|N 2-5) N 3-5 | NE 12|)NNE (0-5|E 0-5 | NE 0-5 | NE 0-5 | NE 2-5| NE 1-4| NE 3-5 5 2 |ENE 3-5|)ENE 384/NNE 3-4| ENE 5|N 4-6| NE 2-6| NE [3-5' ENE 2-5|ENE 3-4|/ENE 24/ENE 4-5) NE 2-4 6 3 EN 1-2|N 1-2|N 1-2|N 1} Calm O|N 0-1 | W 0-1]5 1/8 1-2|/SSE 2-3/8 3 | SE 3 5 4 |ESE 34/ESE 38-4|ESE 23/ESE 34|/ESE 2-5/E 2-4)E 4-5|H 2-5 | E 3-5 | E 5|E 3-5 | SE 4 5 5 | ESE 3 2-3|)ESE 2-4|SE 3-4|/ESE 3-4|/ESE 3-5|)ESE 3-4/SE 4-6|ESE 5-6) ESE 6|E 2-6 | ESE 5 7 6 |E 2-4|ESE 3-4|ESE 2-4/ESE 24/ESE 4| ESE 4/ESE 3-4] ESE 4|ESE 5-6| ESE 6|ESE 4-5|ESE 45 6 7 |E 5| ESE 5|ESE 4-5|ESE 45/5 2-4|/ESE 4-5| ESE 5 | ESE 5|E 4\E 3-4|/E 3-5 | E 2-5 5 8 |E 2-3|E 1-3 | E 2-5| E 1-3] EH 3-4) E 3-4 | E 3-4| E 5-6 | E 6|E 6-7 | E 6|E 5 if 9 |E 46|E 5|E 3-4] E 4-5|E 4-5|E 3-4|E 5|E 5 | ESE 5 | ESE 5|ESE 45/ESE 3-4 6 10 | Var. 0-1/E 1-2/E 1-2|E 2-3 | E 2| ESE 2\5E 1|)E 2| ESE 2|ESE 2-3|E 1-2| SE 2 3 11 |N O|N 0-1) N DEN 1)N 0-1) N 0-1|N 0|E 0-1) N 0-1 | NE 1/ NNE 1|N 0-1 3 12 {E 2-3|E 2-3|ESE 1-3) ESE 2)|K 0-2] E 0-3 | E 1-2/5 1-2|E 0-2|E 1|\E 2-3 | E 3 3 13 | N 1-3 | N 1-2|N 1-2)NNE 1-2/N 2|NNE 2-3|NNE 2-3| NE 1-3|NNE 1-3|NE 1-2|N 1-2, NE 1-2 4 14 |N 1-3} Var. 1-2|N 1|NNE 1-2/N 0-1|N 1-2|N 1-2|N 2|NE 0-1|N 1|/N 0-1 | Calm 0 3 15 |N O|N 0-1 | NE 0-1} N 1-2; N 2'N 1-2;N 1|N 1)N 1/N 1-2) N aN) 0 2 16 | NE 1-2| NE 1-3|NNE 1-2|}NNE 1-2|N 1|NE 1|N 1-2) N 1|/NNE 1-2|NE 1|N 1|N 1-2 4 17 |N 2-4|N 2-4|N 2-4) N 2-3 | N 2-3 | N 2\N 2|N 2|N 3|/N 1-2) N 1-2 | NW 2 4 1S AEN 3 |W 3) W 3 |W 3) W 3-4) W 3|W 2-3 | WSW 3| SW 38-4|SSW 1-4/SSW 2-3/8 1-2 4 19 |SW 3-4 | W 1-3} WSW 24/WSW 3-4) WSW 3-5|WSW 2-4|WSW 3-4] WSW_ 3-4| WSW 4)SW 4|SW 4|WSW 1-3 4 20 {SSW 2-3|SW 3/8 4) WSW 1-2) WNW 0-2| WNW 1-2| W 1-3} WNW 0-1| WNW 0-2) WNW 0-2} WNW 0-1| WSW 2-3 7 21 |S 4-7|SSW 2-6] SW 4-6 | W 1-4; WSW 1-3/SW 1-3 | SW 2-3|)SSW 1-3/8 2-3|}SSW 23/SSW 23] W 1-3 7 22 |N 1-2|N 1-3|NNE 1-3|/ENE 13/N 2-3|N 2-3 | N 1-3|}NNE 0-2|N 1-2 | Calm 0| NE 0-1] E 0-1 3 23 1S 3-4/5 4/8 8-5 | 8 4/8 4-5/8 4/8 3-4/5 0-2 | 5 0-2/8 0-1 | WSW 2|SW 1-2 5 24 |NNE 1|NNE 1-2|}NNE 1-2|NNE 0-2|NNE 1-2/NNE 3|NNE 2-3|N 3-4|NNE 3-5/N 46|N 3-5 | N 2-4 6 25 |NNE 2-4/N 2-4|N 2-4| N 1-3 | N 1-2 1-2|N 1-2|)N 0-1|/NNE 1-2|N 1-2|NNE 0-1] Calm 0 4 26 |S 2|SSE 3/8 3/S 2-3|8 3/8 3/58 3-4/5 4-5/8 4-5)/SSE 4-7/SSE 3-5/5 3-4 7 27 | SW 2-3 | SW 3/SW 2-3)SSW 1-3|/SSW 2-3|SW 3) SW 3-4 | SW 2|SW 3/SSW 1-3|SW 12|/SSW 1-2] -6 28 | SSE 7T|SSE 45/5 46/58 41S 3-4/8 4's 4-5 | SSE 6 | SSE 4|SE 3-4 | SE 4|SE 4 va 29 1S 21S 2 2-3 3/5 3/8 3/8 1-2/8 3| SSW 3/8 3/8 4/8 3-4) 6 30 |SSE 5 | SSE 4-5|SE 5 | SSE 3-4 | SE 4-5 | SE 5|SE 5|SH 6| SE 4-5 | SE 6-7| ESE 2-4|/ESE 3-5 7 MEAN 2°75 2°70 2°80 2°65 2°57 2°68 2°70 2°78 2:90 2°98 2°68 2°52, 13 14 15 16 17 18 19 20 21 22 23 Midnight. |Mean. Dir’n. Force. 'Dir'n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force. |Dir’n. Force.|Dir’n. Force. |Dir’n. Force.|Dir’n, Force.|Dir’n Force.|Dir’n. Force.| Force if |axy 9-5|N 2-5 | N 2-5| NE 1-5 | NE 2-4 | NE 2-4 | N 3-4 | N 3-4 | N 3-4|N 2-4) NE 2-4|ENE 3-4] 3:0 ZN: 24|N 2-4|ENE 3-4] NE 1-3; ENE 2-3! NE 2-4 | NE 2-4) NE 2-3 | N 2-3|N 1-2|N 0-1| N 1-2} 31 3 |SE 4|SE 3-4 | SE 5 | SE 5|SE 4|ESE 3-4|SE 38-4] ESE 3-4|SE 3-4] ESE 3|SE 3| ESE 4| 26 4 | ESE 4| ESE 4\|ESE 4-5/SE 3-5 | E 0-3] E 2-3 | E 2-3 | ESE 3/ESE 34|ESE 2-3|SE 3-4 | SE 2-4] 3°5 5 |ESE 46/E 4-5 | ESE 5 | ESE 6|E 5| ESE 5|E 4-5|ESE 6-7|ESE 26|ESE 2-3] ESE 4/5 4] 4:4 6 | ESE 4\|ESE 45)| ESE 4| ESE 4|ESE 45] ESE 5 | ESE 4/5 5 | ESE 5) ESE 5-6|E 5-6| E 5| 4:4 7 |zE 2-3|E 2-3) E 5|E 2-5 | E 2-3 4/E 1-2|E 2-4|H 3-4) E 3-4|E 2-4| E 3-4} 3°7 8 |E 45|E 5|E 5|E 2-5|E 2-3 | ENE 2\E 1-3|E 3-5 | E 5|E 5-6|E 6-7 |E 4-6] 4:2 9 |E 24\E 2-4|E 2-3 | E 0-3 | E 0-2 | E 2-3) E 2|/E 0-2| E 1-2|)E 1-2|E 12| E 1) 3:2 10 | ESE 0-1\E 0-1 | Calm 0| Calm v0 | Calm O|N O|N 0-1| N 0 | Calm 0} Calm 0} Calm 0 | Calm 0} 0-9 11 | Var. O|N 0-1 | NE 0| NE 0|NE 0|E 0-1) E 1\E 1-2|ESE 2-3/E 2-3] EH 2-3|E 2-3] 09 12 |E 1-2|E 2\E 2|E 2-3/5 1|E 1-2|E 1-2|E 0-2|ENE 1-2|NE 2-3|N 1-3 | NE 1-3] 18 13 | N 12|N 1-2|)N 1-3|N 0-2|N 2|N 1-2|Var. 1-3|N 14|N 1-3| N 1-4] N 1-3 | N 1-3 | 1:9 14 | N 0-1|N LN O|N 0| NE 0-1) N 0| NE 0-1 | NE 0-1| N 0-1| N 0-1) ENE 0-1| NE 0; 08 15 |N 1-2'!N 0-1) NE O|N 0| NE 0-1 | NE 1|E 0-1| N 1-2| NE 0-2 | NE 1-2} N 2|N 1-2} 1:0 16 | NE 1-2| Var. 0-1|N 0-1| NE 1-2|N 2|N 1-3) N 2|N 2|N 2-3 | N 3-4) N 2-3 | N 2-4| 16 177 ey 3|WNW 3-4) NW 3| NW 3\W 3|W 3| W 3|W 3-4 | W 3-4 | W 3-4 | W 3) W 3] 2:8 18 | SW 2\W 2-3 | SSW 2|SSW 34|/WSW 0-2|)}SW 3) SW 3-4) WSW 1-3/SW 2-3) W 2-4|SW 3-4 | SW 4) 2:8 19 |WSW 3-4|WSW 3-4|SW 1-3} WNW 2-3|WNW 1-2| W 1-3 | W 1-3 | W 1-2| W 1-2 | SW 1-2|SW 2-3|SSW 2-3] 2:8 20 | W 1-3|WSW 2-3) WSW 2-3|SW 4|}SW 4) SW 2-4| SW 1-4| SW 2-4|1SSW 2-6|/SSW 3-6|)SSW 386/SSW 4-7] 26 21 | WSW 1-2|WSW 2-3/SSW 2-3] W 1-3 | W 0-2 | SSW 2| WNW 1-2 1-3 | W 1-2 | W 1-3} WSW 1-2| WSW 1-2] 2-4 22 |N 0-1 | Var. 0-1) N 1-2|N 0-1/N 0-1 | NW 0-1 | W 0-1|/SSW 1-2/S 21S 2\8 2-3|8 3) 14 23 | W Wi 1|/W 0-1 | Calm 0|W 0-1 | Calm 0|S 0-2} Var. 0-1] Var. 1-2| NE 1|E 1-2 | NNE 2| 1:8 24 |N 38-5|NNE 2-4)N 2-6 | N 46|NNE 2-5 2-5|NNE 3-5|NNE 46/NNE 4-6|NNE 3-5|N 4-5| NE 2-3 | 3°3 25 | SE 1| SSE 1/)SE 0-1 | Calm o/s 0-1 | Calm 0) SSE 1|SE 1| SSE 2|SSE 3/SSE 2-3/8 2| 14 26 | SE 4-6 | SSE 6/5 5/8 5-6/5 4-5/5 8-4]5 3 | SSW 3|SSW 2-3| WSW 2-3] WSW 1-2 2| 36 27 | SSE 3| SE 3| SE 3;/SSW 1-3/8 1-2/5 1-2/5 4/8 51S 41S 5 5| SSE 6| 3:0 28 | SE 5|SE 5| SE 6| SE 6| SE 6-7 | SE 7|SSE 45/SE 6/5 5-6|SSE 5-6|SSE 4/8 2-3} 4:9 29 |S 4|8S 3-4 | SSE 3S 3/8 3-4/5 3-4 | SSE 3|SSE 3-4|SSE 3|/SSE 5-6|SSE 5 | SSH 5| 3:3 30 | E 4-5| E 3-5 | ESE 5|E 3/E 1-2|}E 38-4 | E 3-6 46/E 4-6| HE 2-4| E 3-4 | ESE 6| 4°4 MEAN) 2°68 2°72 2:77 2°58 2°18 2°43 2°40 2°78 2°88 2°88 2:92 2°97 | 2°71 | N 135. NNE 31. NE47, ENE 14. £127. ESE 72. SE39. SSE 29. S68, SSW 25, SW31. WSW25. W38. WNW10. NW5. NNWO. Calm or Var. 24. WIND. 1 Dir'n. Force 1 |ESE 7-8 2 |SE 4-5 3 |SE 6-7 4 |S 4 5 | SSE 4 6 | SE 2-3 7 |SE 4-5 8 |8 1-2 9 |SSE 1-2 10 | SE 6-7 11 | SE 2 12 |E 4 | 13 | ENE 2 14 | SW 1 15 |SE 3 16 |S 2 17 | SE 3 18 |E 4 19 |S 2 20 |S 1 21 | SW 1 22 | SW 2 23 |WSW 1-2 24 | SSE 3 25 |WNW 1-2 26 |S 0-1 27 {5 0 28 | SE 2 29 |S i 30 |SSE 1-2 31 |SSE 2-3 MEAN 2°69 13 Dir’n. Force. 1 |SE 5 2 |8 2-3 3 |SSE 45 4 |SSE 6 5 |SE 2 6 |SE 1 7 |SE 4 8 |S 0-1 9 |SE 4-5 10 | SE 7 11 | ESE 5 12 |E 2-3 13 | Calm 0 14 |SSE 0-1 15 |S 2) 16 |SSE 1-2 17 |SE 3 18 |S 0-1 19 | SSE 1 20 |S 1 21 |SW 1-2 22 | SSW 1 23 | SW 1-2 24 |SSW 0-2 25 |NW- 0-1 26 |SE 0-1 27 |s 1 28 |SE 3-4 29 |S 2 30 | SSW 2 31 |S 1-2 MEAN 2°26 BEN NEVIS OBSERVATORY. iia DIRECTION AND Force (0 to 12). MAY 1889. 2 3 4 5 6 7 8 9 10 phe 12 Max, Dir’n. Force.|Dir’n, Force.|Dir’n, Force.|Dir’n. Force.|Dir’n. Force. Dir’n. Force.|Dir'n. Force.|Dir’n. Force.|Dir’n, Force.|Dir’n, Force.|Dir’n, Force, ESE 7-8] ESE 7| ESE 6|E 6-7 | SE 4-5 | ESE 4|SE 8-4| SE 3)SE 4|SE 6|SE 5 8 SSE 3|SSE 3|S 2-3)}SSE 0-2/8 2/8 1-2/8 1-2|S 1)8 2-3/5 2/8 2 9 SSE 7| SSE 7|SSE 5-7/SSE 5-6|SSE 5|SSE 34/SE 6|SE 4|/SE 4-5 | SSE 4|SSE 4-5 9 SSE 5|SSE 5-6/S 5/S 3-4/5 4\|SSE 3-4|SE 7-8|SSE 6-8]SSE 4/8 6-7/8 6-7 8 SE 5|SE 4| SSE 5| SSE 5|SE 4/SE 4|)SE 3-4| SE 3|SE 2-3 | SE 2-3 | SE 3-4 5 SE 3| SE 3| SE 2)SE 0-1} SSE 1/SE 12|}ESE 1-2|/SE 1)SE 0-1 | SE 2|/SSE 1-2 5 SE _ 4/SE 4|SSE 34/SSE 3-4|/SSE 45/SE 3-4 | SSE 5|S 5|SE 3| SSE 4|SE 4-5 5 SSE 2/8 1/8 1-2/8 0-2/8 2\8 0-1 | SSE 0-1/8 1] SSE 1-2|S 1|8 1 2 iS) 1-2/8 12|8 1-2 | SSE 2-3 | SSE 1-2|SE 2/8 2|SSE 2|SE 1-2| SE 3-4 | SE 3-4 6 SE 6| SE 6|SE 5 | ESE 6| ESE 6 | ESE 5 | SSE 6| SE 4| ESE 6| SE 4-6 | SE 6 7 iS} 1-2/8 1-2/8 0-1|E 0-1) E 0-1/|E 1-2|E 2-3 | KH 3)E 3|E 3\E 2 6 ESE 3| ESE 4\E 3-4|ESE 2-3)E 3) ESE 4|E 2-3) E 2-3] E 2-3 | HE 0-1/E 2-3 4 ENE 1-2/NE 0-2 | N 1-2|N 0-1|NNE 1-2\E 0-1|E 0-1| E 0-1 | Calm O|N 0 | Calm 0 2 SW 1|SW 1-2| W 1-2) WSW 1-2} WSW 0-2| W 1-2 | W 0-1 | SW 0-1 | SW 0-1) 5 0-1 | SSW 1 3 SE 2-3|SE 2-3 | SE 3|SE 2-3|SSE 2-3|SSE 1-2/SE 12|)ESE 1-2|SE 12|SE 2-3 | SE 2 3 12/8 2|8 1-2/8 1-2|S 0-1/5 1-2/8 0-1/8 1|8 0-1) 5 0-1/5S 0-1 4 SE 3| SE 3| SE 3| SE 3|SE 3|SE 3-4 | SSE 2-3 | SSE 2|SE 2-3 | SE 2/8 1-2 Fs E 3-5 | E 3-4| SE 0-3 | E 1-3 | ESE 1| Calm 0 | Calm 0} Calm 0 | Calm 0| Var. 0-1/8 0-1 5 SSE 1-2 | SSE 1-2/8 0-2/5 0-2/8 2-3 3/58 12/8 0-1)S 1-2/8 2/8 2 3 SW 0-1 | SW 1\S 0-1/8 0-1)8 0-1)}SSW 0-1/8 1\S 1)8 1/58 0-1/5 0-1 2 SW 1| SSW 1);SSW 1-2/}SW 2|SW 3\/SSW 0-1) W 0-2/5 0-1 | WSW 21|SSW 1-2|SW 1-2 3 SW 2| SSW 2| SW 2-3/SSW 2-3)SW. 2-3 | SW 2-3|S 2| SW 0-2)S 0-1 | SW 1-2} W 0-1 3 WSW 1-2) WSW 1-3|SW 3/SSW 3-4|/SSW 23!)SSW_ 1-2|)SW 2-3/5 0-1)SSW 1-2) W 2/S 1-2 4 SE 1-2 | SSE 2\8 2/8 0-1/5 1/8 1-2|8 2\8 1-2 1-3]8 1-2/8 1-2 3 WNW 1-2| W 1| NW 1| W 1-2} W 1-2) NW 0-1|WNW 1-2) WNW 0-1} WNW 1-2|}NW~ 1-3/W 0-1 3 Calm 0| Calm 0 | Calm 0| Calm 0| Calm 0| SE 0-1|SE 1| SE 1|SE 0-1 | SE 0-1/8 0-1 1 iS) 1/8 1|SW 1-2|SW 1-2|SW 1-2| SW 1 | Calm 00'S 0-1)5 0-1/5 0-1/8 0-1 3 SE 2|SE 2|SE 2-3 |'S 3| SE 3| SW 3|SE 3|SE 3|SE 1-3 | SE 4|SE 3-4 4 SSE 2-3/S 1-2 | SSE 1| SE 1-2] SSE 2| SE 1-2| SE 2\SE 2| ESE 2 |ISE 2-3 | SE i 3 SSE 1/8 1-2/5 1-2/8 1-2/8 2| SSE 2|SE 3|SE 3/8 3/58 2-3/8 2-3 3 SE 2-3 | SE 2|SE 3-4 | SE 3) SE 3| SSE 2-3/SSE 2-3/8 218 1-2/8 1-2/5 1-2 4 2°60 2°56 2°47 2:29 2°34 2°05 2°27 1:90 1:94 2°21 Plt 14 15 16 17 18 19 20 21 22 23 Midnight. Mean, Dir’n. Force. |Dir’n. Force, Dir’n. Force.|Dir’n. Force.|Dir’n, Force.|Dir’n. Force.|Dir’n. Force. |Dir’n. Force.|Dir'n, Force. |Dir’n. Force. |Dir’n. Force. |Force. SSE 4|)SE 4/8 4/8 5|S 4-718 5 | SSE 6|SSE 4-5|SSE 6-7|SSE 6| SSE 4| 52 s 218 3(S 3-4/8 3|S 3|SE 4/SE 5-6 | SE 7|SE 7|SE 7-9 | SE 6-7 | 374 SE 5-6 | SE 5-6/5 7-8|S 8/8 7-9|SSE 7-9/5 68/5 6-8|SSE 5-6/SSE 45/SSE 5-6] 5:8 SSE 5|SE 4-5/8 5-6/S 5|S 4| SE 5| SE 3-4 | SE 3-4 | SE 5| SE 6| SSE 6| 5:0 SE 2-3 | SE 2| ESE 2|SE 1|£ 0| SE 1| ESE 1/SE 1-2 | SE 2| SE 2-3 | SE 2-3} 2:8 SE 2|SE 2-3 | SE 1-2 | SE 2-3 | SSE 3|SE 3 | ESE 3|SE 4| SE 4-5 |SE 4-5|SE 5| 2°3 SE 3-4] SE 3/58 1-2/)S 1-2 | SSE 2-3 | SE 2|SE 3| SE 4|SE 2|SE 2-3 | SSE 2) 34 iS) 0-1/5 1/S 1»|S 1/S 0-1 | SE 2|SE 2|SSE 2|SE 1-2/8 1-2/8 0-1] 1°2 SE 5| SSE 5| SE 3-4] SE 4|SE 4/SE 4|SE 5| SE 5|SE 5| SE 6| SE 6] 3°4 SE 4-6| SE 5| SE 6|SE 4|SE 6| SE 5| SE 4|SSE 2-3/SE 2-3 | SSE 2| SE 3| 50 E 5-6 | ESE 5|/E 45/E 4|E 4|K 4|ESE 4-5|/ ESE 4|E 24/5 3-4 | ESE 4| 3-0 ESE 2-3/5 0-3| E 2-3| E 1/E 1/E 1-2| NE 0-1 1-2 0-2 | E 1-2|E 1-2] 2-2 Calm 0} Calm 0} Calm 0 | Calm 0 | Calm 0 | Calm O;S 0| SSE 1| SSE 0-1/S 0|SW 1) 05 1| SE 1-2| SE 1-2| SE 2| SE 2-3 | SE 2|SE 2|SE 2-3 | SE 2-3|SE 2|SE 3] 15 SSW 1|8 1/S8 1/SSW 01/8 1| SSW 1\Ss 12'S 2|8 218 2/S 2| 1°83 SE 1| SSE 1) Calm 0|S 0-1/SE 0-1| SE 1|SE 1-2/|SE 2|SE 3|SE 3| SE 4| 14 SE 3|ESE 2-3] ESE 3 | ESE 2|SE 3 | ESE 3|SE 4|ESE 3-4|)ESE 3-4|/E 4-5|E 3-4] 2:9 iS) 0-1 | Calm 0| W 0-1) SW 0-1/8 0-1 | SSW 1| Sw 0-1/SSW 0-1/5 1|SSE 1/Ss 2) 11 iS) 1/58 1-2/8 0-1)5 0-1/8 0-1 | SSE 1-2|SSE 1-2/8 1-2/8 1/Ss 1|/SSW 0-1] 13 iS) 0-1} SSW 1' SSW 1|SW 0-1/8 2\Ss 1-2/8 1|SSW 1-2/8 2| SW 0-1 | SW 1] 09 8 2|SW 1-2| SW 0-2 | SSW 1||SW 2\8 1/SSW_ 1-2|}SSW 2|SSW 1-2|WSW 1-2} WSW 1-2) 1:4 SS) 1/SSW 1-2/SSW 2-3) SSW 2|S 2| SW 2|WSW 1-2|SW 2|SW 1-3 | SW 2-3 | SW 2) 18 SW 1-2/8 1\8 0-1 | SSW 1|8 0-1 | SSW 1/8 1-2)S8 1-2/8 2/8 2| SSE 2| 16 8 1) SSW 1|/Sw 1-2 | SW 0-2 | SW 1-2| SW 0| WSW 0-1|/SW 0|/SW 1|W 0-1| WNW 1-2] 1:33 Var. O-1/N 1; W 0-1 | W 0-1 | W 0-1 | Calm 0 0-1/8 1| SSE 2/8 1-2|S 1-2] 1:0 ! SE 0-1 |SE 0-1| SE 1| SE 1| SE 1/SE 0-1/8 0 | Calm 0) SW 0/S 0-1/8 0| 04 1/8 1is 1|Ss 1|8 1/SSE 12)|SE 1-2 | SE 2|:SE 2|SE 2|SE 2-3) 11 SSE 218 2\8 2-3/S 2-3/5 3| SSE 2\58 2/58 2|8 2|S 1/Ss 2) 25 SE 2-3 | SE 2; SE 1-2| SE 0-1/8 1-2 | SSW 2|SSE 2| SSE 2|8 2| SSE 2|SSE 1-2] 1°8 iS) 2-315 2-3. 5S 1-3/8 1-2 | SE 2-3|SSE 2-3/S 2-3|/SSE 2-3)|SSE 2|SSE 2|SE 3] 2:2 SSW 2|SwW 1-2'S 2-3 | SSW 8|SW 2-3|}SSW 2-3|}SW 2| SSW 3)SW 1-3 | SSW 3| SW 3] 2-4 2°18 2°13 | 2°18 1:98 2°24 2°27 2°34 2°53 2°56 2°61 2°71) 2°31 | N4, NNE1, NE2, ENE2. E44. ESE 32. SE 205. SSE 94. S205. SSW 40. SW55. WSW10. W15. WNW6. NW4. NNWO. Calmor Var, 25. 114 BEN NEVIS OBSERVATORY. WIND. DIRECTION AND Force (0 to 12). JUNE 1889. 1 2 3 4 5 6 7 8 9 10 11 12 Max. | Dir'n. Force.|Dir'n. Force.|Dir’n. Force.|Dir’n. Force.| Dir’n. Force.| Dir’n. Force.|Dir'n. Force. |Dir’n. Force.|Dir’n. Force.|Dir'n. Force.|Dir’n. Force.|Dir'n. Force. 1 | WSW 23/WSW 1-2/SW 1-2 | SW 2-4/8 2-4|S 2-5/5 1-4|S 3-6| 5 4-5/8 5-7 | SE 5-7|5 5-7 9 2 |SSE 46/)|SE 7-9 | SE 7-8|SSE 5-7|SE 5-8 | SE 6-8 | SE 6-8|S 6-8 | SE 5-6 | SE 5-7 | SE 5-7 | SE 5-7 | 10 8 | SSE 2|SSE 3| SSE 4|)SE 3| SE 2-3 | SE 2|}SSE 2-3/SSE 2-3)|SE 2-3!58 2|SSE 1-2/SE 2 5 4 3 | SSE 3|SSE 41S 8-4]58 3-5/5 45/8 4-6/8 4-5|S 5-6 | SW 3-4 | SW 3-4 | SW 1-3 6 5 |SSE 2-3/SSE 21S 2|SSE 1/SSE 1-2/SE 1-2/8 1|SE 1|SE 1|SE 1|SE 1| SE 0-1 3 6 | SE 3|SSE 3-4 | SSE 3|SE 2| SSE 2| SSE 2| SSE 2| SSE 2|SE 1|SE 2|SE 2|SE 1 4 7 |WNW 3 2) NW 2|N 1-2| SE 0-1 0-1 | NNW 1|/N 1) W 0-1| N O|N O|N 0 Bi 8 |S 2 218 2|SwW 1-2| W 1-2 | W 1|SW 1|SW 0-1 | W 0-1|8 0-1/8 0-1/8 0-1 2 9 |NNE 1-2|NNE 1-2|NE 1-2|N 2)N 2|N 0-1) N 12|N 1-2|N 1-2 | NE 1-2|N 1|N 0 3 10 | N 0-1 1| Calm 0O|N 1|N 1-2)NNE 0-1|/N 0|NE 0-1) ESE 0-1/SE 1| SE 1| Calm 0 3 11 | SSW 3) SW 2|SW 2|/SW 2)SW 2|SW 2|SW 2|SW 2| SW 2|SW 2)SW 2|SW 2-3 3 12 |WSW 2/SW 1-2| SW 1/SW 0-1 | SW 1-2 | SW 1-2 | SW 1-2 | SW 0-1 | SW 1-2 | SW 0-1 | W 0-1 | SW 0-1 3 138 | SW 3|SW 2) WSW 1-2/SSW - 3-4| SSW 3/SSW 3-4/5 3-4|/SSW 2-4/SSW 3-4/SSW 3-4/|SSW 2-4!1SSW 2-3 4 14 |W 1|W i 1-2 | W 2|SW 1-2} WSW 1-2|SW 1 1/SW 0-1/8 0-1] 8S 0-1)SSW 0-1 3 15 | WSW 2| WSW 3| WSW 2|NNW 0-1] W 0-1 | W at ay 1| NNW 1|)NNW 0-1/NNW 0-1/SW 0-1 | W 1 3 16 |NW 1-2)}WNW 2|)/WNW 2|/WNW 2/NW 2| NW 2| NW 1|N 0-1 | NW 1) W 1-2 | W 1-2)NW 1-2 2 17 |S 1) SSW 1| Sw 1} WSW 1)/SW 1|W 1|W 1/W aH AY 0-1 | Calm 0}; W 0 | Calm 0 1 is |S 1/S 1/8 1) SSW 1/SW 0-1 | W 0-1 | W 0-1 | Calm 0 | Calm 0 | Calm 0| SSE CONS) 0 1 19 | Calm 0|}ESE 0-1] Calm 0/E 1| ESE 1| ESE 1/ESE 0-1 0-1 | Calm 0 | Calm O/E 0| SE 1 1 20 | NE 0-2;ENE 1-2 1-2 | ESE 2| ESE 2\/ESE 2-3) ESE 8 | ESE 3 | ESE 3 | ESE 3 | ESE 2| ESE 2 3 21 |SE 1| SE 1-2 | SE 1-2/8 1/8 1|}SW 0| SSW 0| SSW 0 | Calm 0} Calm 0| SSW 0/Ss 0 2 22 | Calm Oo|N 1|/N 1/SSW 0O|N 0-1| N 0-1 0-1 0-1 0-1 O|N O|N 0 1 238 |W 0-1 | Calm 0 | Calm 0| NW 0} Calm 0 | Calm 0} Calm 0 | Calm 0 | Calm 0 | Calm 0| W o/s 0 1 24 |S 1/8 0-1/8 0-1 | Calm 0} Calm 0 | Calm 0 | Calm 0} Calm 0 | Calm 0 | Calm 0|S 0|s 1 il 25 | Calm 0| Calm 0| W O|NNW 0O|W 0-1| NNW 0-1| NNW 0 0 | Calm 0|SW 0-1 | W 0O|N 0 1 26 | SSW 1| SSW 1)SwW 1/SwWw 1-2 | SW 2| SW 218 1-2 | SW 1-2 | SSW 1/8 2/8 1-2|/SSW 1-2 3 27 | SSW 2) W 2) W 2-3 | W 3| W 2-3 | W 3/N 21 W 3/SW 1-2 | SW 1-2 | SW 0-1,| SW 0-1 3 28 |S 2)8 2|8 2|/SW 21 W 2-3 | W 2-3 | W 0-1 | W 2-3 | SW 1-2 | W 1-2 | W 2|SW 1-2 3 29 1-2 1|W L |W 0-1 | W 1-2] W 12|NNW 1-2); NNW 1-2) W 1-2 | W 1|SW 1-2 | SW 1-2 3 30 | WSW 3| WSW 3 |W 3| W 2-3 | W 2-3 | W 1-2} W 1-2)}NNW 1-2|NNW 1-2] W 1-2) N 1-2| W 1-2 3 MEAN 1°75 1°83 1:78 1°67 177 1°70 1°53 1°60 1°43 1°48 1°32 1:23 13 1a eis a po 18 19 20 21 22 23 Midnight. |Mean. Dir'n, Force. |Dir'n. Force. |Dir’n. Force. |Dir’n. Force.|Dir’n. Force.|Dir’n. Force.| Dir'n. Force.| Dir’n. Force. |Dir'n. Force.|Dir’n. Force.| Dir'n. Force.|Dir'n. Force. F ore. 1/8 8-6|SSW 2-5/S 5-6 | 5 5-6 | SSE 46|SSE 46/SSE 2-6/S 5-7 |5 48|SSE 7-9|8 7 | SSE 7-9 | 4:7 2 |SE 6-9|SSE .67)|SE 9-10 | SSE 5-5 | SH 4-6 | SE 5-6 | SE 5-6|SSE 6-8/SE 5-6/5 3-4/5 2-3/5 1-2| 59 3 | SSE 3/58 3-4 | SSE 3/SSE 0-1]SE 2-3|SSE 3-4/SSE 4/8 2-4 | SSE 5/58 3-5/5 4| SSE 4} 2°9 4 |WSW 1-3/8 1-3| WSW 1-2|/SW 2|SW 0-1 | SW 0-1;SSW 1-2|)}SW 1-2 | SW 218 2/8 2| SSE Deo 5 | ESE 1| SSE 1|SSE 1-2/|S 0-1/8 0-1/S 1/8 1| SSE 2|SE 38/SE 3| SSE 3| SSE 3} 15 6 |SE 1-2 |SE 1\58 1|)SW 1) SW 1|SW 0-1 | SW 1| WSW 1|W 1|WSW 1-2) W 2-3 | W 2-3 | 1°7 if {Vase O|N O|N O|N 0-1}NW 0-1/8 0-1}S 0-1/8 0-1 | SE 1| SSE 2|8 12/8 2] 09 8 | SW 0-1/SSE 0-1/8 0-1 | SSE 1|SE 0-1 | SE 0-1 | Calm O|N O|N O|N O|N Oo; N 0-1) 0°7 9 |N 0-1|N 0-1) N 1-2|N 1-2|N 1-2 | SE 0-1) N ij N 1-2|N 2-3|NNE 2-3) N 1-2|N 1] 13 10 | SW 1/8 0 | Calm 0 | Calm 0 | Calm 0 | Calm 0| W 0-1} WSW 0-1/SSE 1|)SW 2| SW 2)SSW 2-3] 0°7 11 | SSW 2\|SSW 1-2|SW 3 | SW 2\|SSW 23/SSW 23)SW 3 |} SSW 3/SSW 2-3)/SW 2-3 | W 2) SW 2 | 22 12 |SW 0-1 | W 1-2 | WSW 2| WSW 2|Sw 2|SW 2-3 | SW 2-3 | W 21 W 2|SW 2| WSW 2|SwW 3) 1:5 13 | SW 1-3 | SW 2)/SSW 2-3|/SSW 2-3/8 2-3 | SW 2-3 | SW 2|SW 2| SW 2|SW 2) WSW 2) WSW 1-2] 2°5 14 |SW LWW 1-2 | W DW. 1|/WSW 1-2} WNW 0-1| SW 1|WSW 0-1) WSW 1|SW 2| WSW 3 | WSW 2) U2 15 |W 0-1 | W 2|W 1-2 | SW 1-2 | W 2-3 | W 2-3 | W 2/ Ww 2-3 | W 2) NW 2) W 2| WNW 1-2! 1°5 16 | Calm Oo|/NW 1-2|NW 1;NW 1-2)}NW- 0-1|NW 1| NW 1| NW 1)WNW 0-1} WNW 0-1} Calm 0;S 1| 1:2 17 0-1 | Calm 0|58 0!|SW 0 | Calm 0 | Calm 0|S 0 | Calm (Onis) 0-1)8 0-1/8 1} 0°5 1s |S 1|SE 1| SSE 1/8 0-1 | SSE 0-1 | Calm 0/S 0-1 | SSE 0|SE 0|SE 0-1 | SE 0} Calm 0} 0-4 19 |SE 1|SE 0-1 | Calm 0|SE 1|SE 0-1 | E 0|E 1|SE 1)/ENE 0-1|N 0-1) NNE 1|NE 1} 05 20 | SE 1-2| SE 2\|S8 1-2 | SE 1| SE 1| ESE 1| SE 1-2|SE 1/SE 1| Calm 0| Calm 0|E 0} 16 21 | SSE 0-1 | W 0-1 | Calm 0|SW O|N 0-1 |} Calm 0 | Calm 0 | Calm 0 | Calm 0} NW 0 | Calm 0| N 0| 03 22 O|N 0| Calm 0 | Calm 0 | Calm 0 0-1 | SE 0-1 | Calm 0|SSE 0-1/SE 1 0-1 | Calm 0!/ 03 23 | Calm 0|SSE 1/SSE 0-1/SE 0|SE 0-1 | Calm 0/SE 0-1 | ESE 1| SE 1|SE 1|SE 1| SSE 1} 03 24 |§ 1 0-1/5 0-1 | W 0| W 0} Calm 0 | Calm 0 | Calm 0; Calm O|N 0 | Calm 0 | Calm 0} 02 25 | SW 0-1/5 0;5 0-1|NW 0-1) NNW 0 0 | Calm 0|SW 0|SW 0/SwW 0-1 | SW 0-1 | SW 0-1) 02 26 | SSW 1;/SSW 1-2/SSW 1-2/S 2|SwW 2|Sw 2-3 | SW 1-2| Sw 2| WSW 2|)SW 2-3 | SW. 3)SW ‘ 3) 18 27 | SW 0-1 | WSW 1| SW 1|W 0-1 | SW 0|SW 0| SW 0-1|SSW 0-1) SSE 1| SSE 1| SSE 1/58 1) 13 28 | SW 2)/SW 2;/SSW 1-2|}SW 1-2 | W 1-2| SW 1-2|SwW 1|SW 2)W 1| WSW 2) W 0-1 | WNW 0-1) 1:6 29 | SSW 1)SW 1| Sw 1-2 |SW 2|SwW 2-3 | SW 1-2 | SW 2| SW 3) SW 3/ Sw 2-3} WSW 2-3) WSW 2-3| 1°7 80 | N 1|N 0-1 | NE 1) NE 1-2 | ENE 1| NE 0-1 | ENE 1| NNE 1] NNE arg) aN 2| NE 1)/N 1| 15 MEAN 1:30 1°33 1°52 1:30 1°28 1:22 1°35 1°52 1°60 1°78 1°62 1°65} 1°52 BEN NEVIS OBSERVATORY. 115 WIND. DIRECTION AND Force (0 to 12). JULY 1889. y 1 2 3 4 5 6 7 8 9 10 11 12 Max. | Dir’n. Force.|Dir’n. Force. |Dir’n. Force. Dir’n, Force. Dir'n. Force.|Dir'n. Force. Dir’n. Force.|Dir’n. Force. |Dir’n. Force.|Dir'’n. Force.|Dir’n. Force. |Dir’n. Force. 1 |N 1|N 2|N 2|N 2|N 3|/N 3|N 3|/N 2-3|N 2-3|N 1-2|N 1-2|NNW i] 8 2 LN 3)N 2-3 | N 3|N 1|N 1|N 1|N 1|N 1|N 1\|N 1|N 0 | Calm 0 3 3 | Calm O|N 0-1 | NE 0-1) N 1|NNE 0-1|NE 0-1| NE 0-1|E 0-1 | E 0-1|ESE 0-1|SE 0-1| SE 1 2 4 |\E 1-2|)E 2)ESE 1-2/E 1-2, NE 1) NE 1|SE 1) ESE 1| ESE 1| ESE 1| ESE 1|SE 0-1 2 5 | N 0-1| N 0-1 | Calm O|N 1|N 2|N 2|N 2|N 1-2|N 2-3) N 0-1| N 0-1|N 0-1 3 6 |WNW 1|NW 1|NNW 1-2|/NNE 23|N 2|N 2) NNW 2|N 2| NW 2|N 1-2|N 0-1/N 1 3 7 |Calm 0 | Calm 0}/ENE 1-3|NNE 1-2!Var. 0-1|)N 0-2 | Calm 0| NE 0-1 | Calm O|N 0-1|N U| Var. 0-1 3 8 |Var. 0O-1/N 2-3 | NE 1-3] N 2-3) NE 1-3|ENE 0-3/NE 0-1 | E 1|N 0-2 | ESE 2\E O|N 0-2 3 9 | Calm O|N 1) Calm 0| Calm 0, Calm 0O|E O|E 1|SE 2|SE 2| ESE 3)SE 2|SE 3 4 10 | SE 4|SE 4-5 | SE 5| SE 5| SE 3-4| SE 5|SE 4/SE 4-5 | SE 4-5|SE 5|SE 5|SE 4 5 | 11 | ENE 2|NE 1-2) Var. 0-1] Calm 0) 0-1| E 0|E 0-1|E 1|E 1|\E 0| Calm 0 | Calm 0 2 12 |SE 0-1 | Calm 0| NW 0-1 | NW 1 | WNW 1/\/NW 0| NW 1| NNW 0| Calm 0 | Calm 0 | Calm 0| Calm 0 1 13 | SW 1|)SW 1) SSw 1;SSW 0-1; W 1|SW 1| WSW 1;SW 1)’ WSW 1!'SW 0'WSW 0-1! W 0 2 14 | NW 1| Var 0-1|N 0-1|N 1-2, NE 1| Calm O|N 0 | Var, 0 | Calm 0|SW 0| NW 0|SW 0 2 15 |W 1)WSW 1/]WSW 1| SW 1 SW 0|/WSW 0} WSW 0| Calm 0|WSW 0O|}SW 1| Calm 0 | Calm 0 fl 16 |N 0-1| N 1|N 1|/N 0 Calm o|N 0| Calm 0|N 0-1 | Calm O|N 1} Calm 0 | Calm 0 2 17 |W 0|NE 0-1| N 1|N 1-2|'N 3) Var. 0-1|NNE 0-1/ Var. 0-1) WSW O|N 1| ENE 1| ENE 1 3 18 | NNW 1-2|NNW 1-2|N 2\ NNW 2-3 1-2 1|N 1|/N 2|N 1)N 1| ENE 1|5 0-1 3 19 |W 1-2 | NW 0-1|NNW 1-2| W 0-1| NNW 0-1| NNW 0-1| NW 1}; WNW 0-2) NW 1| NW 2)|WSW 0-1); WNW 1 2 20 |W 1|W 1-2 | W 1| SW 2 1)/SSW 0-1/8 1/8 1/8 1/8 0-1)5 1)5 1 2 21 |E 1 | Calm 0|NNE 0-1] Calm 0 | Calm 0|N 0-1| N 0-1| N LN 0 | Calm O|NNE 0-1|N 0 3 22 |N 1-3|N 1-2| NE 2) NW 1-2| WN 0| NNW 2 | W 0-1 | W 0-1) N 0-1} WNW 0-2) NW 1/SSW_ 1-2 3 23 |SSW 0-1/S 0-1/5 1|S 0-1 | Calm 0| Calm 0 | Calm 0| SE 0| SSE 0|SE 0-1| SE 0|SE 0 1 24 |S 12,8 2\8 2|SSE 2\8 2 3/58 1-2 | SSE 3/|8 2-3 | SSE 4\8 4/8 4-5 6 25 |SE 1 | Calm O|N 1|N 1) NNW 0| NNE 1|N alan 3) NNE 1-3|N 0-3 | N 0-3 | N 4 4 26 | N 2|N 3-4|NNE 3-4|N 1-3 | N 2\|N 3/N 4|NE 0-2 | N 2|NE 0-1| N 1|N 1-2 4 27 |N 4\|N 3-4 | N 3|N 3-4| NE 0-2 | N 0-3 | N 3| NNE 3) N 2|N 1|NE 1|N 2 4 28 | WSW 2-3| W 3| W BY NG 3-4|WNW 2|N 0| NW 3| NNW 0| NW 1| NW 1|W 1|W 1 4 29 |WSW 0-1) WSW_ 0-1| W 1) WNW 1-2) NW 0-1 | NW 2;|WNW 2 WwW 2| NW 2) NW 2| NW 1|WNW 1 2 30 | SW 0| WNW 2\|W 1-2 | Calm 0| W 1)}WNW 0} WSW 0-1} WSW 1| WSW 0) WSW 0} SSE 1/ SSE il 4 31 | SSE 4/SSE 3-4/SSE 3/ SSE 418 2/8 3/8 3/5 4\S 3-4/5 4|SSE 4-5/S 1-2 5 MEAN 1°31 1°47 1°58 1°55 1°15 1°18 1°35 1°35 1:21 1°24 1:02 1°10 ef 13 14 15 16 17 18 19 20 21 22° 23 Midnight. |Mean Dir’n. Force.| Dir'n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir'n. Force.|Dir’n. Force.|Dir’n. Force.| Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Force 1 | NW 1|N 0-1 | NNW LGN 0-1 | N LN 1-2|N 2\|N 1-2| N 1|N 1|N 2-3|N 8) 1:7 2 |SE 0| SE 0-1| E 0|SW 1| NE 0| Calm 0/E 0|E 0| Calm 0} Calm 0|zE 0 | Calm 0| 0-7 3 | ESE 1|/ESE 1-2|ESE 12/SE 1-2|SE 1| Esk 1| ESE 2)/ESE 1-2/E 0-1/E 0|E 0-1| SE 1] 0:8 4 |SE 0-1)SSE 0-1| SSE 1/8 0-1 | SSE 1] S354 1) Calm 0|E 0|SE 1/ESE 0O-1/N 0| NE 0-1] 0-9 5 | Calm O|N o|N O|N O|N 0-1) N O|N 0-1 | N 0-1) N 0-1 | N O|N 0 | Calm 0} 06 6 N 1-3} NNW 2-3| NNW 2|NNE 1-2] Calm 0| NNW 3|N 0| SSE 0-1| NE 1-2|/ENE 1-3/NE 1-3| Var. 0-1} 1°5 7 |NNE 0-2|N 0-1 | NE 12/)E 0-1! NE 0-2 | Var. 0-2 | Calm 0} NW 0-1! NE 1/8 0-1 | ENE 1|NNE 0-1] 0°6 8 | NNE 2|NE 1-2|ENE 1-2|N 2|SE O|N 2 1-2|N 1|/NE' O41] ENE 1)N 0-1 1] 13 9 |SE 2-3 | SE 2-3 | ESE 2|SE 3|SSE 4|SE 2-3 | SE 3| ESE 3 | ESE 4| ESE 4|)SE 4/SE 4] 21 10 |SE 4|SE 4| ESE 3-4 | SE 3-4 | SE 3| SE 1-2 | ESE 2) ENE 1/E 2/E 1-2} NE 1-2| ENE 1] 35 ll | SE 0| SSE 0-1/5 0-1 | SSE 1|SE 1| SSE 1/SSE 1|SE 1|SE 1-2 | Calm 0} Calm 0|S 0|] 06 1 |N C| Calm 0| Calm Ons) 0|s 0/SE 1} Calm 0|SSE 0-1/8 1| SSW 1/ SSW 1/ SSW 1] 0-4 13 | Calm 0|SSW 1-2; WSW 1-2|SW 2| SSW 0 | Calm 0) SW 0-1 | WSW 1|)SW 1-2)}SSW 1-2})SW 2|SW 1] 0-9 14 |SW O|N 0-1| N 0-1 | NW 1| NW 0} Calm 0|SW 0-1 | SW 1| WSW 2|W 1} Calm 0| WSW 1} 05 15 |E 1} Calm O|N 0| W 1| Var 0 0| N 1| NNW 1| NNW IN 0-1|N 1 1] 05 16 |N 0 1/N 1|NE 0-1/N 1|N 1|N 1-2 | NW 1-2|N 1|/N 0-1 | Calm O|N 1] 06 17 | ENE O|NNE 12|/N 1| Calm Oo/s 0 | Calm 0| NE 0-1 | Calm O|N 1|N 0 0-1/NNW_ 1] 07 1g | Calm 0 0| NW Oo|N 0-1| NE 0-1 | Calm O|N o| NW 0-1 | NW 0-1 | Calm 0} NW 0-1 | NNW 1} 08 19 0-1 | NW 1| NW 0| NW 1|WNW 1|N 1| NW 1 0-1)WNW 1/|/NW 0|WNW 0-1 1} 08 20 |SSW_ 0-1] Calm 0/8 0|S 0-1/8 o/s 1|E 1| ESE 2|E 1| NE 1| NE 0 | Calm 0} 0-8 21 | Calm 0| Calm 0|NNE 1/NE 1-2|N 1-2|N 2| NNE 2|N 2-3 | N 2-3|N 3)N 1-2|E 1-3] 1:0 fee | NW 0) SSW 2|SW 2|SW 0-2 | SW 0-2 | W 1|SW 2)W 0| SSW 2\8 1/8 1-2/8 1| 1:2 23 |SE 0| Calm 0| Calm 0 | Calm 0| Calm 0 | Calm 0 | Calm 0| SSE 0| SSE 0 | Calm 0|S 0-1/S 1] 0-2 | 24 |SE 3-418 3!SSE 3! SSE 4-5 | SSE 6| SSE 4-5 4-5|SE 4-5 | SE 4!1SE 3-4 | SE 3, SE 2-3) 3°3 | 2 |NNE 1-3|N 3|N 1-3 | N 2-3 | N 0-3 | N 2\|N 2-4|N 1-4|N 1-3| NE 1-3| Var. 0-2|N 2] 1:9 26 |N 1| NNE 2\|N 1-3 | Var 0| NNE 1)N 0-2)|NNE 23/N 2-3 | N 4|N 2-4)N 3)N 3] 21 27 |N 2) Calm O|N a aN 1|/NNE 0-1} NNW 1|NNW 1-2| NW 2-3 | NW 2|W 2-3 | W 3] W 3] 2°0 28 |W 1|NW 1| NW 0|W 1] Calm 0 | Calm 0|/ WNW 1|W 1|/w 1|W 1|W 0-1) SW 1| 1:2 29 | WNW 0| Calm O'S 0| WNW 0| Calm 0| NW 1| Calm 0| W 0| Calm 0| Calm 0| W 0| Calm 0| 0-7 30 |8 1 1|SE 1| SSE 1|SE 2| SSE 3|SE 2|SE 3/SSE 3-4|SE 4|SE 3-4 | SE 3-4] 15 31 | SSE 3 | SSE 3| SE 4|SSW 1-3| SSW 1|8 0| SSE 3| SE 3/S 3 | SSE 2/8 3-4|SSE 2-3] 2°9 MEAN 0°95 1°13 a Gi ht 116 0°95 1°10 1:27 1°29 1°53 1°23 1°24 1°32 | 1°24 N187. NNE22. NE34, ENE13. E31. ESE 23. SE 68. SSE36. S50. SSW16. SW26. WSW 21. W 36. WNW 18. NW 43. NNW 23. Calm or Var. 97. BEN NEVIS OBSERVATORY. WIND. DIRECTION AND Force (0 to 12). AUGUST 1889. 1 2 3 4 5 6 7 8 9 10 dil 12 Max, Dir'n. Force. |Dir'n. Force. | Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.| Dir'n. Force.| Dir’n. Force. | Dir'n. Force.|Dir’n. Force.|Dir’n. Force. 1 {8 2-3/8 2-3/5 3/8 1-2/8 0| SSW 1|)}SW 1|/SW 0-1| WSW 0-1) SSW 1/8 1) SSW 1 3 2 |SW 2|}WSW 1-3|SW 1-2 | SW 2| SSW 1| SSW NS 1-2 | SW 1) SSW 2|SW 2| WSW 1) SSW 2 3 3 | WSW 2)Sw 1|SW 1-2/8 1-2 | SSE 1|/SSE 0-1/SSE 0-1/SSE 1| SSE 0|SE 0| SSE 0 | Calm 0 2 4 |Var. 0-1|NW 1| NW 1/NNW 0-1|N 0| W 0| W 0| W 0|/ WNW 1/W 1|W 0-1/SSW 0-1 2 5 |SE 1-2 | SSE 2\s 1-2/8 1|SE 1-2|}SE 1-2| SE 1-2|SE 1/SE 2| ESE 2|E 0-1; 5 1 3 6 | NE 1-2 | NNE 1| NE 1/E 1| ENE TEN 1-2| NE 0-1 | NNE 1)/NNE 12/N 2|N 2-3) N 3 3 7 iN 2|N 0-1/N Bun 1-2 0-1 0|E 1 | Calm 0|N 0-1 | N 0| NW 0|E 0 2 8 |SW 0); W 0-1);SSW 0-1) WSW 0-1;NW- 0-1/NNW 0-1/SW 0-1|/NNW_ 0| Calm 0 | Calm 0| Var. 0| WSW 0 4 9 |SE 4-5 | SE 3-4 | SE 4/SE 4|SE 4|SE 4-5 | SE 4-5 | SE 4-5 | SE 3-4 | SE 2| SE 1-2 | SE 1 5 10 aN, 0 | Calm 0| NE 0 | Calm 0| Var. 0| Var. 0| NE 0-1| N 0| NNE 1|/N 1/ Calm 0O|N 0-1 3 | 11 | NE 1-2/N 2|NE 2-3/NNE 2-3! NNE 4|N 4; NE 4|N 2-3, N 4-5|N 8-5;NNE 45/|N 4 5 12 | Var. O-1|N 2-3) Var. 1-2|/NNE 1-2|N 0| Var. 0O|N 0-1| N 1|NNE 0-i/N 1-2| NNE 1/ Var 0-1 3 13 | N 3|N 1-3|N 3|N 3|/N 12|NE 3-4] N 3-4 | N 2-3/ENE 0-1|N 1-2|N 2-3 | NE 2 4 14 | WSW 1|;SwW 2|SW 2-3/5 2-3 | SSW 3/8 2|SW 3-4/8 1-2 | SW 2| SSE 2/8 2|SE 1-2 4 15 0-1 | SW 0-1; WNW 1\|N 0-1 1)/WNW 1/ Calm 0| W 0-1 | SW 0-1 0|SW 0-1} W 2 B) 16 Ni 1-2} W 1-2 | NW 2|N 12|N 1-2} W 2|W 1| WSW 1) SW 2|SW 0-1 | SW 1|SwW 2 5 17 | NNW 1-3) Var. 1-3 | Var. 0-1 | NW 1-3 | W 1-3 | W 1-2) W 1-2 | W 1-3 | W 2-3 | W 0-2 | W 0-1 | W 1-4 4 18 | WNW 1-3} WSW 1-3| W 2) Ww 1-3 | SW 2|N 1-2 | W 0| WwW 12|)W 0| W 0-1| N 0-1 | W 0-2 3 19 |W 0-1; WNW 1-2| W 1|/W 1-3 | WSW 1|/Sw 2\)8 2| SSW 1/8 2|SE 2/8 218 1-2 6 20 |E 5|E 4\E 5) E 4-5 | SE 4\E 1|SE 3) Var. 0O|/NNE 0-1;/ENE 0-1|/N 1-2; NE 1 5 21 |N 0-2) W 1-2| NW 1-2| NW 2| Var. 1} Var. 1|W 1|W 1-2/5 0-1 | W O|N 0| W 0-1 3 22 |N 2-3;|NNE 2-3|N 1-3 | NE 1-3|E 2\E 2|H 0-1) N 3-4| N 3-4| E 4|N 4|N 3-4 4 23 | N 2-3/NE 2-3|N 1-3] NE 2-4/E 2|5E 0-1|E 1-3|N 1-2)N 0-3| Var. 1-2)|SSE 1| W 0-2 4 24 |N 12|N 2-3|N 2-3|N 0-2 | N 0-2 | N 21N 1-2|N 0-1 | N 1|N 2\|N 1-3 | Var. 0 3 25 |N 2-3|N 2-4|N 1-2|/N 1-3 | N 2-3|N 1|E 1|\E 2|N 2\|N 2|N 1| Var. 0 4 26 |N 2-3 | N 0-1) N 1)/NNW 1|N 0-1|/NNW 2|N 0-1) N oO; N 0-1/8 O|N 2|Var. 0-1 3 27 | NNW 1-2/N 1/ Var. 0-1| NW 1|/SW 1-2|N 0-1 | W 0| NW 1|/N 0|WSW 2-4 |W 2|W 2 5 28 | SW 3-5|SSW 45|SW 3-5| WSW 3-6| SW 3-6 | SW 3-6 | SW 4-6 | NW 1-3 | W 2-3 | W 3-4 | W 4-6 | W 1-2 6 29 |W 1-2|N 0-1) N 1-2|)}N 12| W 0-1 | W 1-2| W O|N 0| W 1-2} W 0| SW 1] W 1 2 30 | W 0-1 | NW 1|NW 0-2}/NW 12/}W 1)/WNW 1/W 1|W 1/8 0|/NW 0-1} Calm 0| Var. 0 3 31 |NW 23|)NW 2| NW 2) WNW 2-3] W 2-3 | W 2| W 2|W 1-2 | W I 0-1 | SW 0) W 0 3 MEAN 1°82 1°76 1°82 1°85 1°56 1°52 1°45 1:19 1°32 1°34 1°32 1:19 13 14 15 16 17 18 19 20 21 22 23 Midnight. |Mean, Dir'n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.) Dir’n. Force.|Dir‘’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.| Dir’n. Force.|Force. 1 | SSW 1);SSW 1-2|SSW 1|}SSW 1|SW 1-3)S 2|SSw 1/8 3/8 2)SW 1-3 | SW 2)}SSW 2-3] 1°5 2 |SwW 1-2 | SW 2|W 0-2 | WSW 1| WSW SEMIN 1) W 1|W 0| W 0-1 | WSW 1| WSW 1| WSW Le] les 38 |N 0} NNW N 0-1/N 0|N O|N 0-1|N 1|N 1|/ NW 1|/NNW 1/|NNE 0-1/N 1/ 06 4 |SSW 0-1|)SW 1-2|WSW 1-2) WSW 0-1] W 0|SSW 1|/SSW 1-2/}SSW 1-2|)SW 2|8 2)/SW 1| SSE 1-2] 09 5 | ENE 0/E 1/E 1| ESE 2) ENE EN 0-1|NNE 2-3/N 12|N 1-3|NNE 2-3/]NE 1-2] NE 1-2 | 14 6 |N 3|NE 2|N 0-1| N 2|N 3 | Calm O|N 0-1) N 1-2|/N 12|)}NNE 0-1 EN 1-2] 1°4 7 |E 0 | Calm 0} Calm O|N 1|N 0-1)/ENE 0-1/N O|N 0-1|/N 0-1| N 0-1 | WSW 0| NNW 0| 05 8/8 0-1 | SW 0|S 0| SSW 1|SE 1|E 0-1 | SE 12/5 1|SE 12/|SE 2-3 | SE 3|)SE 4) 08 9 | WSW 0)|S8 1/8 0-1 | W 0-1 | Calm 0 | Calm 0} Calm 0| Var. 0 | Calm 0 | Calm 0 | Calm 0 | Calm 0| 18 10 |ENE 1-2|NE 1|N 1-2 | NNE 1| NNE 0|E 1|SE 1-2 | SE 2-3 | E 0-1|ESE 1-2} Calm 0 2) 0-7 11 | NNE 3|NNE 23/N 1 1-2) N 1-2\|N 2-3 | N 2|N 2-3 | N 2\N 3/N 3,N 1-3 | 2°8 225 Var: 0|E 0-1| Var. 0-1|}NNE 0-1/8 0-1 | N 0-1| N LN 2-3| N 1-2|N 2-3|)N 3/N 2-3) 11 13 | NE 2|N 1-2|N 1-2| Var. 0-1] Var. O|N 2-3 | NE 0-1 | W 0o|/NW 0-1| W 0-1 | W 1|/SW 1| 1:7 14 | SSE 0 | Calm o/s 0 | Calm 0 | Calm 0 | Calm 0| NNE O|N 0-1 | W Oo; NW 1-2|/SW 0-1} WSW 0-1} 1:2 15 0-1 | NW Vales 1|NE 2| Var. i 1| ENE 2| NE 1-2|E 0-1 | NNE 2\|Var, 1-2 2-3] 1:0 16 | SW 1-2/8 38)/SSW 2-3/8 2-3 1/8 4|SE 5/8 45|SSW 45/5 38-4|}SSW 3-5| W 1-3 | 2°3 Ay ee Ns 0-3 | Var 1-2| SW 1-3 | NW 1-2|NNW 1-2} W 4) W 0-3] WSW 1-2] W 1-2 | NW 1-2 | NW 12) Wa 1-3 | 1:7 18) | WNIWe) NW EB Wi 1-2 | SW 2-3)}NW 1-3/SW 1| NW 1|WNW 1-2}WNW 2|W 2) Ww 12)/NW 1-2] 1-4 19 |S 0| SSE 1-2 | SE 2| ESE 2|SE 2-3 | ESE 2|SE 2\E 2-3 | E 3-4 | E 3-4 | EB 2-4) 6| 2°0 20 |N 2|N 2-3! N 3'1N 3!N 1-2) N 0-1 | E 1-2)}NNW 1-2)N 0-1 | N 0-1,N 1-2 | Var. 1-2 | 21 21 | NW 0-1 | Var. 0-1} NE 0-1|/N 2|N 2\E 0-3| Var. 0-1) N 2|NE 2-3 | N 1-2 | NW Ni aia Ge, 22 |E 1-3 31N 2-3 | N 1-2) N 1-3 | E 1-3 | Calm 0| Var. 1-2|N 2-3 | N 1-2|NNE 2-3|N 2-3) 2:3 23 | NW 0-1|N TNA 1/SSE 1} Calm 0|E o|N 0-2 | N 1|N 1-2|N 1|N 1-2 | Var. 0-1] 1:3 2 |N 1|N 1| NE 1-2|} Var. 0-1 0-1 | Var. 1] Var. 0-1} NE 1|N 2| NNW 21N 1-2 | EN 2-3] 1:4 25 | Var 0|E 0-1| N 1-2| Var. 0-1] Calm Oo|N 3|N 1-3|}N 1-3 | N 2-3 | N 2-3) N 2|N 12] 16 26 |N 0-1/N 0-1| N 0-1| Var. 0-1|N 0}NNW 0-1] Calm 0| NW 0| NW 2|/NNW 1\|N 0; NNW) 1] 0-7 27 |W 1-2) W 1-2| W 1-2 | W 1-3 | SW 4/SW 3-5|WSW 1-3|SW 2-3| WSW 3-4| W 2-4 | W 2-4 | W 2-4] 1:9 28 |W 2-4 | W 1-3 | W 3-4 | SW 24/SSW 2-4) WSW 3| W 2-3|WSW 2-3| WSW 2-3} W 2-4 | W 2-3 |.W 1-2] 32 29 | WSW 1| WSW 2| WSW aOR 1 AL We OY, 12}WNW 2/]WNW 1-2|WNW 1-2|WNW 1-2} WNW 1-2} 1:1 80 | W 1| Calm 0| W 1;/NNW 12|}WNW 0|NW 0 | Calm 0|/WNW 1|)/WNW 2/NW 2)NW 2-3/NW- 2-3] 0:9 _ Bl WwW 0-1 | W 0-1 | WSW 1| NW 0| NW 0-1 | Calm 0 | Calm 0|W 0-1 | NE O|N 0| NNW 1|NW 0| 09 MEAN! 1:00 1°23 1°23 1:27 1:06 1°32 119 1°52 1°63 171 1°60 1:77 | 1°45 N 183. NNE 24. NE27. ENES. E43. ESE 5. SE 35. SSE13. 839. SSW 27. SW51. WSW32. W109. WNW18. NW 41. NNW 18. Calm or Var, 71. BEN NEVIS OBSERVATORY. Eke ) ’ WIND. DIRECTION AND Force (0 to 12) SEPTEMBER 1889. Ses J. 8 ae _——— ae es | 1 2 3 4 5 6 | 7 8 9 10 1 12 Max. | | _——— — Los a eee |e ee eee = is paanae Dir’n. Force.| Dir’n. Force. |Dir’n. Force.|Dir’n. Force. Dir’n. Force.'Dir’n. Force. Dir’n, Force.) Din. Force.|Dir’n, Force.|Dir'n. Force.|Dir’n. Force.|Dir’n. Force. | 1 | NNW 1) Ww 1)/N 1/NNW 12/NNW 0-1/N . 04/N 0-1| NNW 0-1] Calm 0 | Calm O;S 0-1 | SE 1 3 2 |SSE 2-3/SSE 3/)SE 3/SSE 2-3/SSE 3/SSE 3 SSE 3 | SSE 3-4 | SSE 3-4 | SSE 4| SSE 4|SE 4-5 5 3 | SSE 4 SSE 4|SE 4-5|SSE 4| SSE 3-4 | SSE 4° SSE 3-4 | SE 4/SE 4/SE 3-4|)SE 3 | SSE 3 5 4 |SW ‘ 1) SW 1\ SW 1/SW 1); SSW 0; SSW 0, SW 0 | Calm 0} Calm 0) Calm 0} Calm 0) Calm 0 2 5 |SSW 12] SSW 2/S 2/8 2-3| 8 3/8 3-4/5 3/8 3/s 2-38 2|8 2-3| 8 Bi] | | 6 |S 3-4/8 4/8 3/8 3-4|S 3]8 38-4158 3-4/5 3/5 3\S 3/58 2-3 | Ss 4-3 4 7 |S 3-4 | SE 3-4|SE 4|SE 4|SE 3-4 |SE 3-4 SE 3-4/S5E 4/SE 4|SE 3-4 | SE 3| SE 2-3 5 8 |SE . 4-5 | SE 4-5/SE 4-5|SE 5/SH 5/SE 5-6) SK 5-6 | SE 5-(| SE 6| SE 5-6 | SE 5-6 | SE 6] 6 9 | SSW 2 1/ SSE 2-3 | SSW 4)SW 2-4/8 3-5 | SSW 1-3 | SW 1-4|SW 1-4|SW -3| WSW 1-2| W 0-2; WSW 1-2) 5 10 |WSW 2-3) W 2-3 | W 1-3 | W 1-3 | SW 1-2);SSW 2-3) SW 3) SW 2-3|WSW 2-3} WSW 1-3) SW 1-2| SW 2-3 4 11 | SSW 3) SW 3/SW 3/ SW 3-4/)SSW 3-4/SSW 2-3/SSW 1/SSW 1-2)/SSW 0-1]SSW 0-1/SSW _ 0-1) Calm 0 4 12 |SW 0} Calm 0 | Calm 0 | Calm 0} Calm 0) SSE 0 |) SSE 1/5 O;S 1/8 1) Calm 0 | Calm 0 4 | 13 |SW 3/SW 2)SW 2|SwW 1-2| WSW | Wi -1) W 0-1 | W 1) Calm 0] W 0-1 | W WE 2 3 14 | Calm 0| Calm 0 | Calm 0) Calm O|N 0} Calm 0 | Calm 0 | Calm Q | Calm 0} Calm 0 | Calm 0 | Calm 0 2 | 15 Oo| N 0-1| N q NW 1} Calm 0| WNW 1-2|WNW 1) WNW 0-1) Calm 0 | Calm 0} Calm 0 | Calm 0) 3 16 | SSE 3/5 3/8 3-4/5 3/8 3) SW 3-4 | SW 3-4 | SW 3) SW 4/|SSW 3-4| SSW 3) SSW 3 6 | 17: | SE 8-4/SSW 45/SW 4-6 | SW 3-5/SSW 1-3) SSW 3-6|/SSW 3-5|)SW 14|SW 0-3 | SW 1-2);SSW 3-4|SW 2-4 6 1s |SW 3-4/SSW 3-5) WSW 3-5|SW 3-4] WSW 2-5) WSW 2-4) WSW 2-5/ WSW 2-5] W 2-4) W 3-5| WSW 3-5| WSW_ 3-6 6 19 |WNW 2-4|}NW 3-4/ WSW 21 Ww 1-3 | W 1-4; NW 1-3] NNW 1-3| W 13|NW 3-4/N 0-2/|NNE 0-1/N 0-2 4 20 |N 1-2|N 2-3 | N 2-4|N 1-2|)N 1-3) N 14|N 1-3) N 2-4|N 0-3|NNE 1-2/N 1-3/NNE 0-3 4 21 |N 2|N 2|N 2|N 12/N 3-4|N 9-4| N 9-4 | N 1-3|N 0-1) N 0-3 | N 2-3|NNE 12| 4 22 |N 2-3|N 2-3|N 2-3|N 2-3|N 2-3} N 3-4 | N 24|;NNE 24|N 2-3 | N 1-3|N 1-3| N 3-4) 4 | 23 |N 3|N 3) N 3|N 2-3/N SHEN 3/N 3-4] N 3-4 | N 3-4 | N 1-2 2-3|NNW 0-1 4 | 24 | Calm O|N O|N 0-1} NNW 0-1} Calm Oo;/NW 0-1/ NW 1-2) NW 0O-1| NNW 1-2|NNW 0-1|NNW 0-1| NNW 1-2) 5 | 25 | N 24/N 3-4 | N 4-5|N 13|N 3-4) N 3-4) N 1-3| N 1-3|N 2-4|N 2-4 2-3| N 0-1; 5 26 |SW 2)}SW 2-3;SSW 2-3 |SW 2'SW 2|Sw 2-3 | SW 2-3 | SW 3-4|WSW 2-3| W 1-2| W 2-3|N 1-3| 5 | CNA 1-2 3|N 0-1|N 12 NNW 1) NNW 1-2) NW 1-9) W 1+N 1-2|W 1-2) W 1| W 1-2 3 | 28 | Var. 13/ENE 2-3;NNE 2-4|NNE 3-4 N 1-3 | N 2-1|NNW 2-5|N 3-5 | N 3-5 | N 3-5 | N 2-4|N 2-4 6 29 | NE 14 1-4 Var, 1-3 | N 2-3 N 0-2|N 1-3) N 1-3 | Calm 0|N 0-1|N 1-2)N 1-4|N 1-3 6 30 | 2-5| N 1-2 | NE 1-2/N 2-3 N 3-5 | N 1-3 | N 2-3|N 1-3 | Calm 0| NE 1-3) N 1-4} NNW 2-4 5 MEAN 2°25 2°47 2°45 2°33 2:27 2°42 2°38 2°23 2-07 1:92 1°98 2°02 i | 13 14 15 16 17 1s 19 20 21 22 23 Midnight. |Mean. Dir’n. Force. Dir’n. Force.|Dir’n. Force.) Dir’n. Force, |Dir’n. Force.) Dir’n. Force.} Dir’. Force.|Dir’n, Force.) Dir’n. Korce.|Dir’n. Force.| Dir’n, Force, |Dir’n, Force.|Force. 1 | SSE 1| SSE 2| SE 2|SE 2|SE 2|SE 2.| SSE 2| SSE 3| SE 3| SE 3|SE 23)/SSE || ai 2 |SE 4|SE 3-4 | SE 3|SSE 4|SE 4/SE 4-5) SE 4-5|SE 4-5' SE 5|SE 4-5'SE 4-5 | SE 4; 3°7 _ 8 | SSE 2-3) SE 3| SSE 2-3/5 2-3/5 1-2 | Calm o's 0-1) SSE 1] SSE 1-2)8 1/8 1/SSW 1} 2°6 4 | Calm 0 | Calm ae) o;s o|s 1/8 0-1|5 1{S 12)58 1-2)5 215 2/8 1-2] 06 aa) 3 2-3/5 2-3/SSE 23)|SSE 3| SSE 3 | SSE 3| SSE 2-3 | SSE 38/8 3/8 3-4/8 3-4] 2-7 6 | SSE 2| SSE 3| SSE 2-3 | SE 2-3 | SE 2-3 | SE 3| SE 3|SE 3| SE 38/SE 3| SE 3-4|SE 3} 3:0 7 |SE 2-3 | ESE 4| ESE 3-4 | ESE 3-4 | ESE 3-4 | ESE 4| ESE 5|SE 4-5|SE 5|SE 5 | ESE 4-5|SE 5| 39 8 | SE 6| SE 6| SSE 4-5 | SSE 4-5 | SSE 4-6|SSE 5-6/SE 5 | SSE 5-6|S 4-6|S_ 4-6/8 __ 3/8 4-5} 51 9 |WSW 0-2|SW 0-2} WSW 1-2|)SW 1-2|SW 1-3/SSW 1-3|}SW 2-3 | SW 2-3/SW 2-3 | WSW 3|WSW 2-3|WSW 2-3) 2:2 10 | WSW 2-3/)SW 2-3|SSW 3-4|/SSW 4/SSW 1-3|/SSW 2-4/SSW 23/SW 3-4 | SW 3-4| SW 2-3 | SW 3-4 | SSW 4| 2°7 iw |S 1)}WSW 2/8 3) W 2-3) WSW 1-2) W 12) WSW 2|SSW 1 1/8 1-2/8 1|)SW Wi sy 12 |S 0-1 | SSE 1-2/ SSE 1) SSE 2\8 2-3/8 3/8 3-4 | SSW 4|)SSW 3\/SSW 3-4/SSW 3-4; SW 3] 14 13 | W 0-1|N 1-2|N 0|NNE 0-1|/N 0-1 | Calm 0) Calm 0 | Calm 0 | Calm 0 | Calm 0 | Calm 0 | Calm 0} 08 14 | Calm 0 | Calm 0} Calm 0 | Calm 0} W_ 0-1 | N 1|)NW 1|N 1-2 | Calm 0 | Calm 0|SW O|N 0; 02 | 15 | Calm 0) SW 0-1 | Calm 0 | Calm 0|SW 0, SW 0-1) Calm 0 | Calm 0|SE 0 | ESE 1|SE 1|SE 3} 04 i | 16 | SW 3/SSW 3-4|SSW 3/SSW 3-4/SSW 46/S 4-5/S 4-6|S 4-5|S 4|S 4/SSE 4|S 4/36 | 17 |SW 1-3) WSW 3-5) SW 3-4/5 3-4/SSW 2-4/SSW 1-3)SSW 0-2/SW 3-4) WSW 3-5 | SW. 4) SW 3-5 | SW 3-5 | 3:2 | 18 2-6 | W 3-4| W 2-3| WSW 3-4| WSW 3-5/SW 3-5 | W 14) W 2-4) WSW 2-4|NW_~ 1-4) W 2-41 W 3-5| 3°5 | 19 | NW 0-1| N 1-3|N 1-3 | W 1|N 0-2| N 0-2 | W 1-2 | NW Qa Ni 1-2) NNW 1-2/)N 1-2|N 1-3 | 1°8 20 12|)N [1-2]| N 2) Var. 0-1) N 1-3) N 3-4| N 2-4|NNE 1-2/|N 2-3 | N 2-3| N 1-2/N 2-3} 2°0 2 1 N 2-4/|E 1-2 | Var 0-1 | N 1-2|NE 2-3|N 1-2) N 1-3 | N 2-3) N 2iN 2-3|)N 23|)ENE 1-2] 2°0 2 |N 1-2|N 2-4/N 2-3| N 2-3| N 1-2) N 2-3| NE 2-3] N 2-3|N 2-3 | N 3/N 2-3 | N 2-3 | 2°5 23 |NNW 0-1| NNW O|N 0-1 | Calm O|N 0-1| NNW 0-1} Calm O|N 1|/N 0-1 | Calm 0 | Calm 0 | Calm 0} 1:5 24 |NNW 0-1|NNW 0-1|)/NNW 0-1 1-2| Var. 0-1|/N 3-5 24)N 2-3|N 2-3) N 0-2 12/N 2-3 | 1:2 2 |N 1-2| NE 1-2|NNE 0-1]Var. 12|N 1-3|N 1-2|NNW 2-3|N 2|N 12)N 2|N 0-1 | W PA Ay? 26 | NNW 1-2)}WNW 3/NW-) 2-3} WNW 2-3|NNW 3-5/N 1-3|N 14|N 2-3| N 2-3 | N 13 | N 1-3 | N 2-3 | 2°4 27 | WSW_ 0-1! W 0-1| E 12/\E 1-2/E 1-2'N 1-3| NE 1-2 13|/ENE 1-2| Var. 0-2) NE 2-3)ENE 1-3] 155 28. )N 3-5 | ENE 3|/N 1-4|/ENE 2-4|N 3-5 | NE 4-5| NE 4-6| NE 1-3) N 2-3 | Var 1-2) N 1-3|N 1-3 | 31 } 29 |N 1-2|N 1-3/)N 2-4) N 3-4| N 1-3 3-4| N 4-5|N 3-5 | N 5-6 | N 3-6 N 4-5 N 3-6 | 2°7 BO. | N 24\/N 2-4| NNW 2-4| Var. 0-1) N 3-+| NE 1-3|NNE 1-3|N 1|N 3\N 1-2 |N 2-3|N 1] 252 MEAN 1°83 2°18 1:98 2°07 2°28 2°42 2°47 2°48 2°53 2°38 2°35 2°53 | 2°26 Ni87. NNE11. NEI. ENEG. E6. ESES. SE71. SSE49. S73. SSW 46. SW 66. WSW 30. W40. WNW 6. NW 13. NNW 26. Calm or Var. 70. ROY. SOC. TRANS. EDIN.—-VOL. XLII. Q 118 BEN NEVIS OBSERVATORY. WIND. DIRECTION AND ForcE (0 to 12). OCTOBER 1889. 4 2 3 4 b) 6 > 8 9 10 11 12 Max, |} $$ | ee —| =— ee ieee, aa |S Dir’n. Force.) Dir'n. Force.|Dir’n. Force.|Dir’n, Force.|Dir’n. Force. /Dir’n. Force.|Div’n. Foree. Dir’n. Force. Dir’n. Force.|Dir'n. Force.|Dir’n. Force. |Dir’n, Force. £ oEN 21N 2-3|N 2-3|N 2-4|}NNE 2-5|NE 2-4|NNE 2-4)N 1-3| NE 1-3 | NE 1-3 | NE 1-2|NNE 1-2 5 a A 1|/NW 1;}WNW 1/)NW 0-1 | Calm 0| NW 0-1 | W 0-1| WNW 0-1) W 0-1) W 0-1 | NW 0-1 | NW 0-1 1 3 |8 0) SE 0-1 | SSE 0-1| SE 1|SE 1|SE 1-2|SE 2|SE 2|SE 1-2|SE 0-1 | SE 0-1) SE 0 4 4 |N 2-41N 1-3)N 2-3| N 1-3|N 1-3 | Calm 0) N 1-3} N 12|N 1-2|N 3-5 | N 2-4) N 1-2 5 5 |E 1-2; ESE 2-3|)ESE 2-3] ESE 2|SE 2|SE 2-3 | SE 1-2 | SE 2-3 | SSE 2| SSE 1-2 | SSE 2| SSE 2, 3 6 |W 2) NW 1-2} WSW 2)SSw 2) W 2-4 | W 2-3 | W 1-2 | W 0-1 | W 12) WNW 2| NW 1-21) WNW all 9 7 | SE 5-7 | SE 9| ESE 10-11] ESE 9-10] ESE 5-9| ESE 6-7|E 1-4|ENE 1-2|N 0-2|NNE 0-2|NE 1-3 | 2-4) 11 8 |N 1-3} NE 1-3| Var. 1-4| NE 1-4|NNW 1-3/|N 1-4| W 2-4 | W 2-3 | W 2-4 | W 1-2 | W 1-2} WSW 2-3 5 9 |SE 3-4|SE 4|SSE 2-3 | SSE 2-3 | SE 3 | SSE 5 | SSE 5-6 | SE 6| SE 6-7 | SE 6-7 | SE 7 |SE 5-6 7 lec | SW 2); SSW 2\S8 2/8 2) SSE 4\5 4/8 3-4 | SSE 3-4 | SE 3-4 | SSE 4/5 3/5 2-3 4 LL OW 0-1; SW 1-2} SW 1;SW 1-2 | Calm 0 WSW 0-1/)SW 0-1 | SSW 1/8 1,8 12/8 1-2 | Calm 0 2 12 |SE C-1|SE 0-1|}ESE 0-1] Calm O|E 1 1-2|E i 0-1|/ENE 0-1|/ENE 0-1|NE 12| NE 1-2 5 13 |N 0-2|NNW 1-2|)N 1-2 | Var 12|)N 1-3 1-2| NE 2-3)N 1-2|NE 2-3|)ESKE 0-1/E 1|/ESE 1-2 3 14 |S 1-2/8 2|SSE 2/8 1-2|SW 0-1| SSE 2|SSE 2\8 1-2/8 2|8 2\)5 2\8 2 3 15 | SSE 8|s 3/58 3/58 3-4 | SE _4|SE 3-4 | SE 3-4 | SE 3-4 | SE 3-4| SE 4-5) SE 4-5 | SE 5-6 i 16 | WSW 1|)SW 2-3 | SW 2|SW 2/|8s 2-3 | SSE 2\8 2)}SSW 1-2|S8 2 SE 2-3/8 2)8 1-2 3 17: |S 1|SSE 1| SSE 1|s 1| Calm 0|S 0 | Calm 0 | Calm 0 | Calm 0 | Calm O;S 0-1 | Calm 0 2 1s |S 2/8 2|)SSE 3| SSE 3| SSE 3-4 | SE 4|SE 4-5|SE 5|SE 5|SE 5-6 | ESE 4-5|SE 5 9 19 |SE 4-5 | ESE 4-6 | ESE 5| ESE 4-6| ESE 5-6 | E 5|E 4-5|E 3-5 | ESE 4-5|E 14/E 2-4 3-4 9 20 ,E 3-7|E 4-6, ENE 2-6|E 26|ENE 2-5/E 2-6; E 3-5 | E 3-6 | ESE 6-8 | E 4-8) ESE 6-8 | ESE 6-8 8 21 | ENE 3-4/E 2-6| E 9-4/E 2-5/5 2-4|/ENE 2-4/5 2-4) i 2-4) EB 1-4|ENE 2-3|E 2-4/5 2-4 6 22 | NE 2-4/ ENE 1-3|NE 1-3| NE 1-3} E 2-3 | NE 1-3} NE 2-4| NE 2-4! NE 2-4| NE 14|NE 1-4| NE 2-4 4 23 | NNE 3-4/ NE 2-3 | NE 1-3|ENE 1-3|]NE 1-2 | ENE 2) NE 1-2|/E 1-3|ENE 2-3] 5 2-3 | E 1)E 0-1 4 24 | NW 0-1/5 0-1 | Calm O;S O|S 0-1|58 0-1/8 1)58 1|8 1|8 1/5 1-2/5 1-2 2 25 | SE 2|)SE 2|SE 1/SE 1|SE 0-1 | SE 0-1 | Calm 0 Calm 0|£ 0-1] E 0-1 | SE 2|SE 2-3 3 26 | ESE 23/SE 2-3 | SE 3/SE 3|SE 3|SE 3|SE 3-4 | SE 3-4|SE 3-4| SE 4|SE 4|SE 3-4 4 27 | ESE 2-3/SE 2|SE 2-3 | SE 2| SE 2|SE 1 2ieN) 1/E 1| ESE 1|ESE 0-1| ESE 1|/ESE 0-1 3 28 | NE 0-1|E 1\E 9|E 0 | Calm 0 | Calm 0| Calm 0 | Calm O|N 0-1|N 0-2} 3 0-1] N 1-2 2 29 |} WSW 1-3|}WSW 2-3/}SW 3) SW 4|}SSW 4|SSW 4/58 4-5 | SW 4-5 | SW 4-5 | SW 3-4 | SW 3-4 | SW 3-5 5 30 | SW 3-4 | SW 4-5 | SSW 4/SW 3-5 | SW 4-5| SW 3-5 | SW 3-5 | SW 3-5 | SW 2-5 | SW 3-4 | SW 2-5| SW 2-5 6 31 |W 1-2} WNW 2-3) WNW 1-2 WNW 2-3 | NW 1-2| NW 1-2| W 2) W 3) W Sa MA 4|W 41 SW 4 6 MEAN 2°19 2°48 2°37 2°39 2°35 2°39 2°35 2°27 2°47 2°40 2°47 2°42 13 14 15 16 / 18 19 20 21 | 22 23 Midnight. |Mean. 1 Din’n. Force. |Dir’n. Force. |Dir’n. Force. |Dir’n. Force.|Dir'n. Force. |Dir’n, Force. |Dir’n. Force.|Dir’n. Force.|Dir’n. Force. Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Force. 1 |NNE 0-1| Var. 0-1} NNE 0| NE 1/ENE 0-1/E 0-1}/ENE 0-1 Calm 0 | Calm 0 | Calm 0| Calm 0| Calm 0; 13 2 | Calm 0 | Calm 0| WNW 0-1) Calm 0| NW 0-1 | Calm 0 | Calm 0} Calm 0 | Calm 0 | Calm 0| SW O;s 0-1] 074 3 |SE 0-1 | Calm 0|E 0-1 | N Leh ON 2-3 | N 0-2 | N 0-1| N I SeN 1-2 | NNE Di Ni 3-4] N 2-3| 1:2 4) Ni 2-3 | N 2-3 | N 0-1 | Var. 0-1| N 1-3/|N 3-4 | N 2-3 | N 3-4 | Calm O|N 0-1| N 1-2] NE 0-1) 1:9 5 | SSE 1| SSE 1/8 1/8 1|S 0-1/5 12/}SSW 0-1| SW 1-2 |SW 1-2} WSW 1-2} WSW 1] SSW 1| 16 6 | WNW 0-1/ W 1-2 | W PAN) MAME 1-2)}WSW 2-3) WSW 1-2) WSW 2-3/5S 2-3|8 2-3 | SE 3-4] SE 5|SE 7-9 | 23 N 1-2|NE 2-3|N 1-3 | NE 1-3|N 24|ENE 1-4| Var. 2-4 | Var. 1-3 | NE 1-3 | NE 1 || Var. 1-2| NE 2-3) 3°5 8 | SW 3-4 | SW 2-3 | SW 12|}SSW 23/SSW 2-3|)SSW 3-5/SSW 3-4/SSW 3/5 2-3 | SSE 4|SE 4-5 | SSE 3-4) 2°7 9 | SE 5|SE 1|N 0-1 | N 12|N 4|N 3-4 | N 3-4 | N 12|N 1; WNW 1-2] WNW 0-1] W 1-2) 374 10 |S 2-3'58 1|8 1, SSW 1/8 1-2} SW 1/}5SW 1|SW 0-1 | SW 1;/SSwW 1-2'SW 1-2} SW 1-2) 21 11 |SSW 0-1/S 0-1 | SSW 0| WSW 0-1) SW 0-1 | Calm 0/SSW 0-1/8 0-1 | SSE 0-1 | SE 0-1! SE 0-1] SE 07 12 | NE 0-1 | W 0-1|N O|N 2 4-5| N 3-5 | N 3-5 | NE 1-2|N 1-2|N 1-2|N 1-2 | Var. 0-1; 13 13 /E 1/E 0-1) E 1| Calm 0 | Calm 0| Calm 0| SSE 0-1 | SE 1/SE 1/SSE 1-2\SE 218 12 4 =\S 1-2|S 2|8 2/8 1-2|S8 2|8 1|s 2|S8 2| SSE 3 3)\8 3|SSE 2-3] 1:9 15 | SE 6-7 | SSE 5|/SSW 3-5/5 4|S8 3) SSW 3) SW 3) SW 2-3 | SW 2) WSW 1-2) SW 2-3 | SW 2) 35 16 |S 1-2/8 12/58 2) SSE 12/8 2/5 1-2 | SSE 2) SSE 2|SE 2-3| SE 3/ SE 2|SSE 2] 2°0 17 |SE 1|SSE 1/5 0| SE 1|SE 1|SE 1-2 | SE 1| SSE 1| SSE 1-2/8 1| SSE 218 1-2] 03 18 |SE 5-6 | SE 3-4| SE 4| ESE 6| SE 8 | ESE 8|ESE 7-8] ESE 8|/ESE 8-9] ESE 6-8|ESE 6-7|/ESE 5-6] 52 19 |E 3-4 | ESE 5| ESE 4-6| SE 4-6 | E 4-6 4-6| E 5-9| ESE 3-7|E 3-7| E 4-7, ESE 4-7/5 5-7| 4°8 20 | ESE 6-8 5-6} ESE 4-7] ESE 4-6| E 4-7|ENE 3-6/5 3-7 4-7 | E 3-7 | NE 1-5 | ENE 2-4/ENE 2-5] 5:0 21 |E 2-4/E 1-3'E 1-3 2-4;E 1-3|E 3-4] EK 3-4\| ENE 2-4|/ENE 1-4|ENE 3-4|E 3-5|ENE 1-3] 3°0 22 |NNE 2-4|NNE 2-3| NNE 3|NNE 2-3|\NNE 2-3| NE 2-3 | N 2-3 | N 2|NNE 3|/NNE 3-4|NNE 3-4|NNE 2-4! 96 23 |E 0|E 1 | Calm 0 | Calm 0 | Calm 0 | Calm 0} Calm 0} Calm 0 | Calm 0} Calm 0 | Calm 0/ SE 0/| 1:0 24 |8 1-2 | SE 2| SSE 1-2 | SE 2) SE 2|SE 1/SE 0-1 | SE 1) SE 1-2 | ESE 1-2|SE , 2)SK 2) er 25 | SE 3|SE 2|SE 1-2 | SE 2|SE 3| SE 2-3 | SE 3|ESE 2-3|/ESE 2-3/SE 3/SE 3] ESE ~ 2-3] 1:8 26 | SE 3-4 | ESE 3| SE 2|SE 2-3 | SE 2| SE 1-2| SK 3| ESE 3| SE 3/5 3/ESE 2-3/SE 2-3} 2°9 27 |NNE 0-1| ENE 1| Var. 0-1] NE 0-1|E 1|5E 0-1| NE 0-1} N 0-1 | NE 1-2; NE 1) NNE 1|NE 0-1) 11 28 |N 1-2|N 1| NW 1) NW 1-2 | SW 0-1 | SW 0-1 | SW 1)SwW 1|SW 1-2 | SW 2|SW 2|SSw- 2) 99 29 |SW 3-5|SSW 3-4|SSW 3) WSW 3) SW 3-4 | SW 3-4 | SW 3-4] WSW 2-3) SW 4/ WSW 5 | WSW 3) SSW 3] 3°6 30 | SW 4-6 | SW 5-6 | SW 2-5 | WSW 2|}SW 1] NW 1|NW 1) NNW 1| NW 1-2) WNW 2/)NW 0-1 | NW 1-2] 30 31 |W 3-4 | WSW 3) W 3) W 2|/SW 2-5 | SW 2-5 | SW 3-4) SW 1-4| SW 23/SSW 1-4 | SW 1-3 | SSW 6] 2°9 MEAN 2°40 2°06 1°73 1:92 2°32 2°18 2°32 2°06 218 | 2°26 2°29 2°35 | 2°27 | N70. NNE19. NE 42. ENE 23. E70. ESE 47, SE 120. SSE 42. 5879. SSW 27. SW68. WSW 19. W30. WNW12. NW18. NNW3. Calm or Var. 55. BEN NEVIS OBSERVATORY. eS WIND. DIRECTION AND Force (0 to 12). NOVEMBER 1889. 1 2 3 4 5 6 7 | 8 9 10 11 12 Max. Dir’n. Force.|Dir’n. Force. |Dir'n. Force. Dir’n. Force. Dir’n. Force.|Dir'n. Force.|Dir’n. Force.|Dir’n. Force. Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force. 1 |Sw 5|S 5-7/SSE 6-8|SSE 6-8/SE 7-9 | SE 8|SE 9-10 | SE 10 | SE 7-9| SE 8|SE 4/Calm 0} 10 2 |NE 2-5 | NE 3-5|NNE 3-6/ NE 2-4| NE 3-4| NE 2-4) NE 3-4| NE 3-4| NE 3-4] NE 3-4| NE 3-5 | NE 4-5 6 3 |WNW 2/1W 2; W 1-2) SW 2| SSW 3|/SW 3/8 3/8 3| SSE 3| SSW 2|S 2| SSW 2 3 4 |N 2) Var. 1|N 1|N 1-2|N 12|)N 2|N 1-2|N 12/N 2|N 2|N 1-2 | Calm 0 3 5 |SW 2-3/}SSW 23,)SSW 2-3/SW 2-3 | SW 3-4/ SW 3-4 | SW 3-4/5 34/5 2-3/5 4|SW 2-3)/SSW 2-3 4 6 | N 2|N 2\|N 1-2|N 1-3|N 1-2|N 3) N 2-3; NNW 2-3| W 3|WSW 2-3) W 1-2|SW 2-3 4 7 | NW 2-3 | NW 2|WNW 2-3) W 3) W 3-4 | W 2-3 | W 3-4 SW 2-3 | SW 3-4 | SW 3-4 | W 2-3 | W 4 4 8 | N 2-3 2-4 1-3/N 1-3 | Var. 0-1 | SW 12|NNW_ 3-4|)N 2-3|N 2-3 | N 2-3 | W 0-1) N 1 4 9 |NNW 1-2|}NNW 1-2}NNW 1-2}/NNW 1-2/N 2-3 | N 1-3|N 0-2 | N 2)|NW 2-3 | NNW 4|NNW 3-4) NW 3 5 10 | NW 3| NNW 3/ NNW 5 5|N 3-4| N 3/ NNW 4|;NNW 1-2}NNW 4/NW- 2-3/ NNW 0-1] NW 4 5 ll | NW 2|NW 2-3 | NW 3| NW 3| NW 2-3 | NW 2-3 | W 2-3) W 2) W 2-3 | W 2-3 | W 2-3 | W 2 4 12 |SSW 4-5|/SW 3-5|/SSW 3-5/SSW 4/SW 4-5|SSW 3-4|WSW) 3-5) W 3-5 | W 3-5|SSW 4-5/SSW 4-5/SSW_ 3-5 5 13 |W if 0-1 | W 0-1) W 1/8 1-2/SW 0-1/;8S 1|)SE 1) SSE 1) SSE 2|SSE 2)/SW 2 3 14 |S i | Calm 0| W TEN) 0-1|N 2|N 2\|N 3|N 2|N 1|W 1-2 | SW 2-3 | SW 1-2 4 15 | SW 2)SSw 3/8 3,8 3/ SW 2-3) SW 3-4/5 3-4/8 4'S8 4;SW 4-5'SSW 5-6')SW 6 6 16 1-2| NE 0-1| NE 0-2/ENE 2-3 3|N 3-4 | Var. 0-1} Var. 0-1| NNE 2|N 2|N 0-1 | N 0-1 4 17: | 38SW 4|8 3|SW 3)/SW 3-4 | WSW 3) WSW 4| WSW 4) SW 4/SW 5| SW 5|SW 4-5 | SW 5 5 18 | SW 2|SW 38) SW 2-3 | SW 2-3 | SW 3) SW 3) SW 21 W 0-1/8 1-2/8 2/8 2|WSW 3-4 4 19 |SW 12/)SW 3|SW 1-2|SW 2-3 | SW 3-4 | SW 4|)/SW 4) SW 3-4 | W 2-4 | SSW 5|SW 4-5 | SSW b) 5 20 | SW 3|/ SW 3| SW 2|SW 218 3/58 3) SSW 3) SSW 3) SW 2-3 | SSW 2| SSW 2|)SSW 2 4 21 |SSW 3-4/SSW~ 1-3/SSW 3| SW 3/SW 2-4)/SSW 3-5|SSW > 3-5/S 4-5/8 5|SSW 3-4|SW 2-4/8 3-4 6 22 |SW 4-6 | SW 6-7 | SW 6-8 | SW 5-8 | SW 2-6 | NW 2-4| NW 24|WSW 3-4|WSW 3-5|WSW 2-3/SW 2-3 | WSW 2 8 23 |WNW 0-2|}WNW 1-2} WNW 1-2 NW) 0-2) NNW 2-3) W 2-4|NNW 1-2/N 2|N 1-3/NW 1-2) W 3) W 1-2 5 24 |SW 5| SW 4-5 | WSW 4'SW 4-5 | SW 5| SW 5| SW 4/ SW 4|/ SW 4-5|W 3-4 | W 4) SW 4-5 5 25 |NNE 24|NNE 2-3/NNE 0-2, NE 1-3|N 2-4|N 4|N 4|N 4/SE 2-4/5 2-3 | N 1-3 | N 2-4 6 26 | N 1|NNE 2-4|/NE 1-3) NNE 3-5|N 4-5|N 5|N 3-4) N 3-4| N 24|NNE 2-3/N 3\/N 3 5 27 |N 14|N 1-4| NE 1-3|/NNE 2-4|/NE 12/|/NE 2-3) N 1-3|N 0-1| E 2-3 | NE 3-4| NE 1-3| NE 1-3 4 28 |NNE 12|NNE 12/NNE 2-3|N 1-3|NNE 2-3|N 4-5|N 5|N 4-5|N 4\N 5|N 4-5|N 5 5 29 | NNE 2|NNE 1;NNE 12/N 1-2|N 1-2| NNW 2) NW 3| NW 2| NW 2) NW 2|W 2| WSW 2 4 30 | SE 3| SSE 2|SSE 2\SE 3)SE 3|SE 3|SE 3/SE 3| SE 3-4 | SE 4|\SE 4-5|SE 4-5 5 MEAN 2°55 2°55 2°57 | 2°82 3°00 3°23 3°20 2°95 3°15 3°20 2°78 | 2°87 | | 13 14 15 16 17 18 19 20 21 22 23 Midnight. |Mean. Dir’n. Force.) Dir'n. Force. Dir’n. Force.| Dir'n. Force.|Dir'n. Force.'Dir'n. Force. Dir'r. Force. Dir’n. Force. Dir’n. Force.|Dir’n. Force. Dir’n. Force. Dir’n. Force.|Force. Le HN 2|N 4-5|NNE 1-6|NNE 6-7/N 4-7/N 5-8|NNW 2-5|NNE 2-6!N 1-5 | NE 2-5, NE 2-5|NNE 4-8] 5:5 2 | N 3-5 | NE 14,\;ENE 2-4) NE 1-3| NE 2-4 | NE 2-3/N 1-3| N 2-3 NNE 1| NW 21 WwW 1)/WNW 2! 3:0 3 | SSW 2) WSW 1'NNW 1|NNW 12|N 12/N 1-2|N 1-2|N 1|/N 12|N 2\|N 2|N 1-2) 1:9 4 |W 0-1|/WNW 1, WNW 1/W 1|WSW 1-2) W 1-2} W 1/SW 1 SW 2-3 | SW 2|1SW 3) SW 2-3 | 1:5 5 | SSW 3| SW 2-3 | W 1-2} W 2-3 | W 3-4 | W 0-1/8 2) Var 1| Var. 0-1} Calm 0| NE 1} Var. 31} B85 6 | SW 2-3 | SSW 2) SW 3) SW 3] W 3-4] W 4)|W 4|W 2-3 | W 3-4|N 2-3 | NNW 3/NNW 3-4] 2°6 7 |NW- 1-2| NNW 2| NNW 2|N 3)N 4/N 3-4) N 2-3| NE 1-3 | N 2-3) N 1-3|NNW 1-3|N 1-3 | 2°7 8s |W 1|/WNW 2\/W 2|W 2-3 | W 1-2/N 1|/N 2-3 | N 2)N 1-3 | N 1-2 | NW 1|NNW 1-2] 1:9 9 |NNW 0-2| WNW 1-2| NW 2|NW 2|W 4|W 3/W 45|NW 3-4| NW 3|NW 3-4|/NW 4|NW 2-4] 2-6 10 | NW 4| NW 3) W 3|W 3) W 5| W 5|W 5 |W 3-4 | W 4] WNW 3-4) NW 3)|NNW- 2] 3:5 1 |W 2; WSW 1-2'SW 1-2|SW 2|SW 1-2|}SW 2/SSW 1-2|SW 2'SW 2)SSW 3-4| SSW 4/SSw 4| 2-4 12 |SW 2-4 | W 3| WSW 2| WSW 2) W 2-4 | W 2-3 | SSW. 2)WNW 1/WNW 0-1)WNW 1/NW 0| W 1/ 29 13 | SE 2| SSE 2 SE 2| SE 2|SE 31SE 3|SE 0-1 ; SSE 1| SE 2| SSE 2| SSE 2\|8 1-2) 15 14 | SW 3) SSW 2\8 1-2; SW 2)SW 3-4|}SSW 2-3/SSW 3-4|WSW 1-2) WSW 2-3] W 1-2 | SW 21SW 1-2] 1:9 15 |SW 5| SW 3-5 | SW 4-5 | SW 4-5|SW 4-5 | SW 3-5 | SW 4-5); SW 3-5; WSW 2-5' WSW 3-4) W 1-4; Var. 0-2! 3°8 16 |W 0-1 | W Q0-1| Var. 0-1|SW 1)}/SW 2|SW 3| SSW 3|)SSW 2|SW 2, SW 3| SSW 3| SSW 4/18 17 |SW 5| WSW 3) WSW 2-3/)}SW 3)/SW 41SW 3-4| WSW 4/SW 2)W 2)}SwW 1|SW 1-2)SSW 2-3] 374 1g | SW 2|SW 2/|Sw 2-3 | SW 3/5 3) SW 3| WSW 3) SW 3/SW 2| SSW 3/ SW 2| SW 3] 25 19 |SW 2-4 | SW 2|SW 2-3|SW 2-3 SW 3-4 | SW 2-3) SW 3-4 | SW 3/SW 3-4 SW 3) SSW 3-4|/SW 3-4] 3°2 20 |S 2)|SW 1);WSW 0-1|SW 1-2) SW 0-2/5 2-3/8 2-3 | SW 2-3/5 2-35 3-4/5 3/5 4| 24 21 |SSW 3-4/8 4)/SW 2|8 5/8 3 4/8 1-4/8 4-5/8 4-5/5 6/58 4-5/SSW 3-5] 3:7 92 |W 2|W 1; W 1-2| W 2; NW 2) WSW 2;SW 2-3 | W 1-2) W 1-2 | W 1|W 0-1 | NW 1] 28 23 | WSW 3/ SW 3/SW 3! SW 3/5 4/8 2-4 | SW 5/8 4-5/8 4-5) SW 5| SW 4-5|SW 4-5] 2:9 | 24 |WSW 2-4) SW 3-4 | SW 3/ SW 3) SW 4/SW 3/W 3) W 3) W 2;|NW 0-2|N 2-3 | N 1| 3:5 25 |N 5-6 | NE 1-3 | NE 1-4| NE 2-4|N 3-4 | N 4-5|N 5-6 | N 3,N 2-3 | NNE 1-3 | Var 0-1} NE 0-2] 2:9 26 |N 4|N 3-4| N 2-4) N 3-4| NE 2-3 | NE 4\N 4|NE 2-4|NNE 3-4|/N 1-3 | Var. 1-3|N 2-3] 31 ; 27 iN 1-3|NNE 1-3/NNE 1-3,/N 1-3 | NE 0-1/E 0-1) N 2-3| Var. 0-1/N 1, NE 1-2|}NNE 1-2|/N 0-1] 1°8 28 |N 3-4| N 2-3| N 2-3|NNE 1-2|/N 3/N 1-2|N 2-3 | NNE 1|NNE 1-2) NNW 1|N 1/E 0-1] 2°7 29 | SW 3-4) SW 2-3 | SW 3/8 3/58 3/SSW 2-3/ SW 2/8 3/8 3/SE 2|SE 3|SE PA PAB} | 80 | SE 4|SSE 3|SE 4|SE 4|SE 4/SSE 4/8 4/8 3) SSW 3) SW 2-3} SW 2-3 | SW 2) 3:3 MEAN PATEL 2°33 2°28 2°68 3°05 2°88 3°00 2°40 2°43 2°38 2°32 2°33 | 2°74 N131. NNE29. NE38. ENE2. E3. ESEO. SE 33. SSE14. $854. SSW51. SW 157. WSW 29. W82. WNW 14. NW 38. NNW 29. Calm or Var. 16. 120 BEN. NEVIS OBSERVATORY. WIND. DIRECTION AND ForcE (0 to 12). DECEMBER 1889. este 1 2 3 4 / 5 G 7 8 9 10 Ail 12 Max. Dir'n. Force.| Dir n. Force. Dir’n. Force. Dir'n. Force. Dir'n. Force. |Dir’n. Force. Dir’n. Force.! Dir'n, Force. Dir'n. Force.|Dir'n. Force.|Dir’n. Force.| Dir'n. Force. 1 | SW 3 | SSW 3| SSW 3/ SW 2-3 | SW 3-4 | SW 3-4! SW 4) SW 3-4| SW 4| SW 2-3)}SSW 4-5|/SSW 4-5 5 2 |SW 5| SW 4-5 | SSW 6|)SSW 4-6) SSE 4-5 | SW 24/8. 45/SSW 34/58 i4/58W . 3-4| SSW 4|SSwW 2-4 6 3 | SSE 3) SSE 5/S 4/8 2-3 | SE 2-3/5 2-3/8 4|\S 4|SE 3) SE. 4/|SSE 4-5/8 4 5 4 |SSE 5 | SSE 4|SE 6| SE 5|SE 4-5 | SE 6) SE 5-6 | SE 5-6 | SE 5| SE 5-6 | SSE 3-5 | SE 6 6 5 | SE 3| SE 3/ SE 3|SE 3/SE 3| SE 3 | SSE 3| SSE 2| SSE 2| SSE 3/5 3/5 4 5h 618 2)8 3) SSW 3 | SSW 3/8 4/8 4\SW 4|SSW 2-4) SSW 4| SW 4| SSW 4|SW 4-6 6 | 7 | Var. 0-1| N 2-3| N 4|N 2-3) N 2-5 | N 3-5 | N 2-4|N 2-4 | N 3-4} N 1-3 | N 2-4|N 1-2 5 | 8 |NNE 12|N 1)N 12;/NNE ~ 1| NNW 1) NNW 2|SW 2) SW 2|SW 3) SW 3-4/5 4-5 |S 4-5 54 9 |NW 1-3 | NW 1-2 | W 2-3 | NW 1-3 | N 14|N 0-3 | N 2-5 | NW DEAN; 4| NW 24|N 3-6 | NW 2-5 a | 2. NY) 1-4 | NW 2-3 | NW 1-3|NNW 1-3} WSW 0-3| NW 12)N o-4 | NNW 3) SW 3/SW 1-3|NNW 1-3} NNW 2 4 Var, 0-2| N 2-3'N 2-3 | NE 1-3, N 2-4 | Var. 0-2'N 1-3|NNE 2-4} Var. 0-2)|NNE 1-4!N 2-5) E 1-3 5 } £2) N 1}/WNW 1; WNW 1-2] WSW 2) W 2| WSW 2; WSW 2| SW 2)SSW 3-4] SSW 3/ Ww. 4 4-5] 11 13/58 3-4 | SW 8;/SSW 3-5)/SW 3-4 | SW 3-4|WSW 3-4) WSW 3/W 2| NW 1; NW 3/N 1-2)NNW 0-1 5 144|/NW) 1-2) W 2; WSW 1-2} WSW 1-2/SW 1-2 | SW 3/SSW 3-4) SW 3-4 | SW 3-4) SW 4| SSW 4\S 5} 6 | 15 | NW NW 1-2) WNW 02|NW O02)/NW O02; NW 1-2) NNW 1)/NW 0-1] WSW 3) WSW 3-4|SW 3/ SW 3 6 16 | SW 5-7| WSW 46) W 3-4 | NW 1-4| NNW 3-4} NW 1-4 ‘NNW 9-4| NNW 1-3] Var. 0-4] NNW 2-3| N 0-4 | N 1-4 7 17 |SW 5-7 | SW 5-8; WSW 4-8} WSW 3-6] WSW_ 3-6/SW 3-6 | W 3-6 | NW 2-7 | NW 0-5 | NW 2-6 | NW 1-5 | NW 1-6 8 1s | Sw 4-5 | SW 3-7| WSW 3-7| WSW 3-6|/SW 2-6 | SW 2-7 | SW 4-8 SSW 4-9} WSW 3-8|WSW 4-8|NNE 1-4| NE 3-8 9 19 | WSW 2-5|/SW 5-6 SSW 5-7.)SSW_ 6-9| SW 4-8| WSW 3-7|}SW 2-9 WSW 3-6|NNW 2-5] NW 1-4| NW 3-7 | NW 3-7 9 20 | WNW .2-3| WNW 1-3! WNW 2-3, NNW 1-3/NNW 3)NW 3);NW 2-3, NW Bd ANZ 2-3 |; W 2-3 | W 3-4; NW 1-3 4 | 21 | NW 1|/N 0-1; N 1/NW oO4|N 1-3|N 0-1; N 0-3/NNW 1-3|NW 1-3) NW 2|NNW 1-3|N 0-3 4] 22 | SE 4-5 | SE 5| SE 4-5 | SE 5|SE 6-7 | SE 6-7 | SE 7-8 | SE 5-6 | SE 5|SE 4|S 2-3 | SSW 3 8 23 | NE 1|NNE 1 NE 0-1;}NW 1-2|/WSW 2-8|SW 4) SW 3| SSW 4|SSW 4|S 45/5 5 | SSE 5 7 24 |SW 6-7 | SW 5-6 8S 6]5 5-7|WSW 0-2|NNW 2-4/N 1-4|N 3-5 | N 0-5 | N 1-6| N 0-3 | N 1-3 7 25 | N 0-2|N 1-2\|N 1-3/NW 1-3/SW 3) SW 4-5 | SW 3-5 | SW 4-5 | SW 4-5 | SW 3-7 | SW 4-6 | SW 46 fh 26 | SSW 4/SW 4-6 | SW. 5-6 | SW 3-415 5/8 3-5/8 4-5/5 5-6|SSW 4-5|SW 4; WSW 3-5) WSW 4 6 27 | SE 4| SE 4/|SSE 5/8 3-4 | SE 5| SE 4|SE 5|SE 4|SE 3-4| SE 5/S 4-5 | SE 5 8 | 28 | SSE 6| SSE 6/5 5-6 | SSE 6 | SSE 6 | SSE 5|S 5 | SSE 5|SE 6| SE 6| SE 5 | SE 4 6 29 | SW 2-3 | SSW 2)SW 2|SW 2) Sw 1-2 | SW 0-1| N 0-1 | N 0-1| NNW _ 0-1} Calm 0 | Calm 0 | Calm OQ} sh 30 |S 2/8 2/58 2|SW 2) SSW 4|SW 3| SSW 4|/ SSW 4/8 5/58 4-5 | SW 5 | SW 4-6 6 | 31 ‘SW 4 SW 4-5 | SW. 5| SW. 5|SSW 3-6;/SSW 46/S 4-7|SSW 5-7} WSW 4-7| SW 5-8 SW 5-8 | SW 5-7 8. MEAN 3-08 | 3°26 3°47 311 3°34 3°27 3°60 3°52 3°44 3°60 3°58 3°61 | | | 13 14 15 | 16 17 | 18 19 20 21 22 23 Midnight. |Mean. Pia al Seen EE rnd |= aE ee ee lS a ee ee ee | = Dia. Force. Dir’n. Force.| Dir’n. Force. | Dir’n. Force.| Dir’n. Force. Dir'n. Force. Dir'n. Force. Dir'n. Force. Dir’n. Force.|Dir’n. Force.|Dir’n. Force. Dir'n. Force. Force.|. 1 |SSW 3-5 /S8W° 3-4/SSW 3-4 SW 4/8 4/8 4.8 3-5/8 |. 4|/SSW 3-4/8 3/SW 3-5|SSW 3-5| 36 2 1S 4\s 3/8 4\S 3-4| SE 4\$ 4 SE 4| SSE 3|SSE 3-4/S 3.5 “3/8 3] 39 Sas 4-5/8 3| SSE 3/58 5|S 3-4 SSE 4 SE 4/ SSE 4| SSE 4/SSE 4|SSE 4) SSE 5] 38 4 |SE 6 | SE 5| SE 4/SE 4/SSE 5-6|SE 5-6 | SE 6| SE 3-4 | SE 3-4 | SE 4/SE 3-4 SE 3) 4:8 5.18 41S 5 | SSW 4) SSW 4) SSW 4 SSW 458 4-5 | SSW 5'\S 4-5 | SSW 4/5 3,5 3] 3:5 6 |SW 4.5|SW 3-4/SW .3-4/SSW 3-5/WSW 24|SW 24/SSW 4/SW 3-4/SW 3|NNW 0-2|N 1-2| Var. 0-1( 3:3 7 |N 2-3) N 2-3 | N 1-2 |:N 1-2} NNW 2 Calm ON 0-3 | N 1-2|N 2)N 1|N 1-2} NNE 1-2] 22 8 {8 4/8 5 | SSW 4|SW 3-4 | SW 4 W 45 N 1-4|NNW 1-3|}NNW 1-3/NW_ 1-3/N 1-3|;NW 2-3] 2:7 9 |NW 14|NW- 1-3|NW 12|/NW~ 1-2|NW 3-41) W 2-4) NW 1-3| NW 2)/WNW 2-3|NW- 1-3|/|NW_ :1-3| WNW 1-3] 2:5 10. | NNW 1-2) NNW 13)|N 2-3| N 2-3| N 1-4\N 14|N 2-4|N 2-3 | N 2|N 2-3) NNE.. 3/NNE 3-4] 2:3 rah | | li |E 2-4 | N 1-3| N 2-3| N 2\|N 2-3|N 2 1-2|N | NNW 1-2} NNW 1-2} NW 2| NNW ay Ss L 12 | SSE 45/8 4-5/8 4|S 4-5|SSE 6-8|SE 8-9 SE 10-11] SE 9-10 |SSE 10-11]S 10/8 9-11|8 8] 5:0 13 .| NNW 2|.N 1|NNW 1-2);NW_ 0-1|N 12)}NNW . 3) Calm 0| W 1-2) W 12 ul . 1) Ww 1| 2:0 14 | SSW 5 | SW 5|SSW 45/SSW , 4-5/S 4-6/8 45 S 4-5|/SSW 4-5|SW 2-4) WSW 2-4) WNW 1-3] NW 2) 34 15. | SSW 4 SW 3| SW 2-3 | SW 3-4/SSW 5-6/SSW 3-5 S 4-5/8 5|SSW 4-6)/SSW 3-5|SW 3-5 | SW 5-6} 3:0 Pol ) 16 |S 1-4;WNW 2) WNW 2-3) W 3) SW 4-5 | SW 3-558 4-5|SSW 3-4/8 4-5/SSW 5-7|SSW 6-7 SSW _ 5-6] 3:6 17 |NNW 2-7| W 3-5| WNW 1-4|NW 2-3|NNW 1-4|WSW 3-4 NW 1-4|W 3 |W 3-4 | SW 4| WSW 3-4; WSW _ 3] 3:9 18 |\N 3-6 | N 4|N 4-5) N 1-3) N 1-4) NNW 0-3|NW 1-4) WNW 3-4|NW 3-4) WNW 2-4) WSW 2-4 2-4] 4:0 19 |NW_ -1-3|) W 2-5 | SW 3|/ SW 3|SW 4| SW 1-3) WSW 1-2; WSW 1-2|WSW 1-2| W 1-2| W 2|NW 3] 3:7 20 | WSW 1-3) W 1-3 | W 2) WSW 2-3) NNW 0-2) WSW .1-4 NNW 0-2|NW 0-2/Var. 0-1|NW 0-1} WNW 1!/WNW 1) 20 a |N 2-4|N 2-3|N 2|N 23 2 1|N 0-1/Calm 0/SE 1| SE 2| SE 3) SE 4| 17 22 | WSW 3|/W 1-2;NW 1-2) NW 2)WNW 2/NNW 0-2'N 0-2 | N 2|N 1|N 1|/N 1|/NE 1-2] 3:2 23 |S 4-5/5 3 | SSW 3 | SSW 3| SSE 51S 6 SSE 4-515 4/8 4-6|5S 6|/SSW 5-7;SSW 4-6] 33 2% |NNW 14|N 13|N 0-2/N 0-2|N 1-3 |N 1-4|NNE 0-3/NE 0:2/N 0-2|N 0-2| N 13!NNE 1-3] 26 25 | SW 5-7 WSW 4-6| WSW 3-6) SW 3-415 2-6/8 2-618 4/SSW 3-5|SSW 3-6|SW 3-5 | SW 4-5 | SW 1-4] 3°9 | 26 | SW 4 SW 4; SW 3-4! SW 3) SW 4; SW 4 SW 4, SW 3) SW 3-4 | SSW 4| SSW 4/8 3B) 41 27 | SE 2-5 |) SE 4-5 | SE 4| SE 5 | SE 5| SE 6-7 | SE 7-8 | SSE 5|SE 4|SE 5|S 5 | SSE 5-6] 4:7 28 | SE 4| SE 4| SE 2| SSE 2-3/8 3/8 3) SSW 4|SSW 3| SSW 3|SW 3| SW 2) SW 2) 4:2) 29 |N 0-1 | W 0| SSW 0 | Calm 0 | Calm 0 | Calm 0s 0-1 )'S.. 0-1/5 0-1)5 1|/SSW 0-1|/SSW_ 1-2] 0-7 30 |S 5 | SSW 3/SSW 4-5/8 4/SSW 4-5)SSW 4-5 SSW 4-5) SW 4-5 | SW 4-5 | SW 3-5 | SW 4)SSW 3-5] 39 81. | WSW 5-7 | SW 47|NW 28/N 2|NW 1-3/NNW 2.NW 13/NW 1:3|N 1-2)NW 0-2|WNW 1 NW 1] 39 | caaaal 3°66 3°24 2°89 2°90 3°40 3°39 3°31 3:03] ° 3°08 3°00 sal 3°03 | 3:29. \ | | | N102. NNE1. NEG. ENEO, E2. ESEO. SE74. SSE 37, 896. SSW S82. SW121. WSW 42, W29. WNW18. NW 69. NNW 39. Calm or Var. 16. BEN NEVIS OBSERVATORY. 121 CLOUD. AMOUNT oF CLOUD (0-10). JANUARY 1889. Te ee cow || etaat | GU Sen LON Le 2 Ss) Ge 7 1) VS SF) 20} Zl | 22) 23 a Mean | | | | 1 =) 0/ 0} OJ =| O|=]= 0 OR MeGA Ron Oph Os! OA 20 5 2 0} 0} OJ =] =) 2,=/2=) 2/2 = =) = |= | —s = 9 3 | Sh= =| =| = = [=/=/| = 10 4 = = |= = —4 a ea = = — = 2 2 = = 10 5 | == = = = SBl=H\/= =/= = =| = = 10 6 = = — al 9 = = — — = =|= 10 9 — — = = =/|= = 10 Pt Be SS 2S) TB Fo] to © = | | a= 9 8 = = = = | => | = a — i — 10 ass) —) |) — =/=/|= = — 2)/= 2) 2/2/ = 10 10 = | 0 OCP On OM ON CON BOL I =O Oe (08 10), 0) 10) 0 0 0) = 3 =\=|= 2) 22) 2/2) 2/2] a b= | = =) S| == =|= 0 | =|=/=/=| = | 10 a=) = |=) 1) 0] ©! 0} 8) 8) 10) 10) 10} 10) = | = 10) 10 | = |=|=/e= 8 14 =\|= i Oo 3S 10S SS SS 9110/10) =) =)=)10) =) /=/2=)/)2=)/Ss = 10 15 — | = | = | — = | = = || — — — — => —d 10 16 | =| = ele/e)e/=e/\= = = =) =)S)e)=] = 1) 17 =Sil=/= =|=/= = SlHl=/=)= =/= = 10 1 |= = =) =|= = 24) = |) 2 SOs Ss aire 19 ;=|= SSS SS eS = |] ES | S| OS =/=)=/2)=)=!=)=/= 10 20 3; 9/ = 6 | = ss i | =) = =) = = 9 2 2S SR ee a ie | in ayo onleonieosnal) ot oz 22 Oe OR On eo tn On| 1a ale Oe ele ONO COO) TOM ON Oni On On GO 0 3 DONOR 0) Ol 0 | =) 0 | =) 19) 10 We 7) 10 = = 7 2. | ey = SS eS aS eS aa eS |) a) Ss | = SlH=/=/=\=)| = 10 25) | SS) Se | =/= — i eo ee eo ee = 10 26 le |= Ss) =e) =) a) Sh = 110) & 8)/10|}=/|/=/=)]=)] 0 = 9 See On|) Oh) Ou Oy) On) 2p Fi 2h eee er 7) =.) 10) = | S|) SS S| Se 5 “) | ele|2)2\2 = 2) elle) 2/0) =] | 2/2/\2) == 10 a) | ea) ae) 22 Slee ey =) 21] | == =|= ;=/= Sl _=|/=/ = 10 |! 8 Y= )=/=/=/=/=|=/=/=/= Sf) = . = =/= =/=/=/=| = | 10 | Mean. | 8'5 | 87 86] 85] 88/91 83/88 8-9) 94) 86/8-9]93)|9°3 | 9:0 OME 87) 87 87|87)88 84) 9:0 88° | | | | | | | CLOUD. FEBRUARY 1889. | | | | | | | | | | | a2 10 | 10 = = |=le =) = 2) =) s =] = || 0 =/10) =/ =] =/10/10) =) =/=),2910) =) =) =/2/2/2=)/=/2=/=/= = 10 SlpHl =H] =/=)=);,= = = = SHESlpHls_Hs=/= = 10 = |= = =/10)/=/ 7/|10)=]=/ 10 2/10;10}10)=);10)=);=)] = 9 2) e2\)\=/= = = = |=)/= 10) | =f =] 20 | wo | = | ao | = Ww 10 || = | 10 10 =} =/ 10'| 10} 10 | 10} 10) 10) =) = = 10 =/=|=/=| =| =| 10/10] 10/10/10} =| =| 10) =| =/=|/ = 10 || = =/=/]=/;/10/10J= =) SS) == = 10 =/= | = 8/10)/=/= 10 Sl=/= 10 10 109) =) ==) 0} L0e) LO} 10 LOF | LON WOON) 10) 9) 4) 91 3a] Gh 42) 8) O} 83 6 8 a i aa =) =y=)|)=/10) = 10; 10) 3/10;=)= = 9 |i =) =)=] hi yo) = == SPS = (= /=)/°= 10 HESl=/=/=/= = Sy=/= = Sf =|= = 10 Bl=/=/=] 8)/=) =)/2=/=)/ 4] =]/=) 9] =|] =] 10} =| =] 10/10] 10/10] 10 10 10 | =} 10; 10] = SPH = /=)/ =/2)/=/2=)/=/=/=/2=]/ = 10 = 1 i 9 | 10 = = SlHl=/=)/=/=/=/2/=/e/= = ) SSS FS SE Ef ES SE S| ES BET BE EE BE I BE EB SE SE SE] El = = 10 4 = — = — = = = = = 10 = 10 — = — — — — — = — — 10 | =l|=/= =/= = =l=Hl=/=/=/=/=!l= = = 10 |! ee 9 LON = Oe On on On TON vO) = 9) 9! Ss) 10; 3) 9) 9) 101) 10 8 10 ; 10 | One| SS ES SS SS Se SSeS Es aS Se SS Ss SS = 10 |! =| OF 0} O| O} O} 0} OF S)/=) OF O| 6) =) 0} 5) 0} =) 10/10/10) =] = 5 SPH l_aHlHal=)/=!1=/=!1=] £1 445) 7) 5] 8} 2] 7].0)] OF] 4] 0] 5 dt ff 10/10/}10/10) =} ==) =] =) =] =] =] Hl SH | KE BE ET Se Ee Ee EE 4 10 10 | = =/=)/= 10}; 9} 6710; 8|10;10/;10;10;10)/10);=/=)])=/ = 10 ==) 10) 8) 9) 2) 3) 4) 2) Si Sp7) 6-6] 6) 8) 9 ==) 10) 9) 10) = 8 |: = eS = SS SS Sa eS = SSS eS aS aS aS SS SS Sa aS aS eS = 10 10°0| 9:2 | 9:0 | 9:1 | 8:9 | 9°3 | 9°4.| 9°4 | 9°5 | 9°4 | 8°89 9-4 | 9:5) 9°5 | 89} 9-41 9°2) 9:5) 89197192196] 95 9°3 | | i | BEN NEVIS OBSERVATORY. CLOUD. AMOUNT OF CLOUD (0-10). MARCH 1889. 1 3141/5 ]6|7 | 8] 9] 10) 11| 12413] 14/15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 93 | Mid- night. lJ=/=/=)/=/=/=/=2 / SPH _ =) =), =F) =] =/ =) =] =) =] 10) 10/10/=)| 0 0 DH) LOU PON LOR) LON TOR) 25 7) Sa) FON On tO at 10" |) Se = =l|= = 3 SPH _HP;,=/=/s= i 22 2 = 4/=/=/=] 0] OJ = 6} 6] 7) =/)/=/=]= 3} 3/ 8/10} = 9), =/=)/=/= = 5 SSS SS SS SS SS SS SSS SS aa eS SS SS aS St aS eS eS SS SS = = 6 Hf =] EF) =] KE] EK] SE] SE SE BE BE ET ET SE] SE] SE = Sl /=ls/=/=/= = a = | SS |S SSS Sr th Se SS I a a aS SS FS ea ES SS = | SS | Sl ES = 8 =/= 0|/= 0|= O;,=)/ =) =/=)/=7=/=/= SO A SS = | = | 110 = 9 SPSS fF Sf ES] Ef EE BE BE ES] EH PO BE ES SE EL ET EB ES ESE ES J = = i 8] -0)) 7) 0) 10/10) 9} LOM Oe es) 5) Gy Ol) 4) 8 =) SSS aS] FS = = 12 — — = = = — = — — — = = = = = = — => = — = = — = 13 — a el ei 0 a a ae | a Sf SS PS |] S|! = 2 14 5/10) =)10) =) =) =) =) Ef BE ES |] ET ES SE ESE BE SE BE EB Ef ES ES = = 6 f=) ef] ES BE ES EY EB ES BE EI ESE I EP ET SE BE SE BE SE ESE] SE] 10) =) = = WH Hf =a) =] KE] KH BE BE BE SE | SE EJ EE | ESE |] EH] 10} 10) HEP Sy Se] =] Ee = ne a er (i i es oe Fi SPS) =/=)/=)/=);= = YQ |=) = | SS | HS | = | HS | ES | SH EL Sle =/=/10)10;=/=)=)] = 21 = S10 FO LON ON aes 7710) 10; 10} 10} 10} 10] 10 | 10 | 10} 10) = = 22 SPS) =/=/= SES =]= =|/= ESP]H),=)/=)/=/= = 23 |= )/=/)=/=]/=/= Sl=,=/)=/=]= = Slj=s/=/=/= = 24 SHSPLHl_=HS/=)/=/= = =] /=/= = = ESlHslHpPs/=/,= = 25 Sf Hl=/=)/= = — SPS) S/S =) = )=)2=)/= = = 9% }10)=)/=/=/=/= ={/=/= = =| 7}/=!])=! 5] 0} 0} 10 0 27 0) 0) OF) OF Sy 2a Sa SSS Sat ea) Ba 4 A Be LON SON Os Oe MOM ON) LOR On a0) 28 |= l=) =/=/=/= 7) =) =) =) 42/2=7=2)/ =! =) =)/10) =) =) =) 2!/2e/= = 29 SPH HH | B=) SEP Ee ES BE BE BE EJ Ee SE BE BE BS SE I SE SE SE ES = = 30 J Hl Hl] =/=)/=)/=/= oa =Sl=]f= = ESl=l/=/=/=/=E= = 3 a (ee i fe 0 aa — a ema VOD — VU 0 Mean. | 95 | 9:3 | 9:3} 9:0 | 8°9 | 9°5 | 8°7 | 9-4 | 9:4] 9°5 | 9-2 | 9:519°5 | 9:4] 9:5 | 9:7 | 9:5 |10°0] 9°4 | 996} 951961 9-7) 8:8 CLOUD. APRIL 1889. 1 [=/=2=/=/=/=/=/=)/)e/=!/=/= = =)i=|10)/=)/=)\=/ = 10 2 |) 0) || Se |) Se |) MD YK) | Sl | SS | SS | SS aS S| = | ES ES | ES I SS] SY = | Oo 10 3 | 10) 10) 10 | 10) 10 | 10) =|=lS=y= l= ==) =) =) =) =) =) =)=)/=)=/ = 10 4)/=/2/2=)/2/=)/2=/2=)=)|/=, = SPS] /=/=]/=/10) =) =)/=)/=)] = 10 i S|) ele) 2)=) =) =) =) =) =) 2) =) =] =] =] =/=)/ 2) =) =) =] = 10 : 6 =] =) 6] HS ff SS ES ES ST SBE ST = SS =) 8] =) =) SS 10 7 — i 2 2 SSPE, aSq4S/=/=/=)/ =] = 10 8 =]/=/10/10) =) =) =) =] =] BS] HE ET = he | 2 = 10 9 SS SS 0 SS SS SS a a | eS ey SF = 1 | LO te a |) to) |e 10 1) OQ) =O SS | SES = SS SS =/=/=/10| =]10) =) 10} 10 10 1 }/10};/=)=/=)/ 9] 7} 9) 1! OF 2) 5) 10F= SPH (= /=/=/=)/=/=/= = 8 1 SSS SS eS SSS 0 eS eS SSS SS eS SS St SS a= = 10 13 8/| 8; 9] 9J/=/s= Cy SS SSS) LO SS 11 Ot SS | ES | SS | ES | = = 10 14 8) =),=/=/= 7 if Dal Sana uy} 1 EN By ON O | 10] 1) =) S/S] = )| = = 7 15 — i ee ea Ke — a ial |= 9] 7 9|}10|)10)10/10); = Ol es |e = 9 en 2 2 2 22 2 2 22 2 = 10 W)=) =) =/ =! =)/ =] =| =/10|=)]=)10F 6] 1;] Of} OO} OF; O} OO} O} O| 0} 0 0 6 18 0; 0}; Of} OF} OF} OF} LT] 1) 8) 4) =) B72) =/ 2/2) 23)/2/2=)/=)/=/=/= = 6 19 =) =)=/e = a a a a 2 = 10 20 |, =H) BE) BK BS] BE BE BE BE BE SE | BE BE SE BE BE BE SE SE SE Ee ESE Es =| OE 10 >7Y, a i — i S22 2 2 V2 22 2022 = 10 3 |}=)/=/=/=/ 6] 1] 2] O} 38] 8) O} OF 9] 8] 9 =} 9) FB) Ee] =/=/=) = 7 26 Sl=Hi=/=/= 8; 1/ 2] 6; 9; 10/10}10) =| =/=/2/2/=2=/=/=/=/e = 9 Welle (2 /=/=/=/= ;=|=|= (OW (Ol euler | a 2b Si Sh Oey Ce ees |) il 8 28 O;=/| 0; 0} 4) 5) =) =/=/10) =) 107 =) =] =] SBS] =] =] BE] HE] SE] EE = 8 29 =) SD a a = | 8 S| 107) TOS a aes ern 10s 9 en 9 80 JS) BH PSE =a | oP HS aT =a 7 8 6. 7) 6 BO ON) on = Ee) SSS eS = 8 | Mean, |9°2 | 9°3 | 9:2 | 9°3 | 9°3 | 8:9 | 8°7 | 85 | 85 | 8:8) 9-1 | 9:14 9-1 | 9°3 | 9-2 | 9°6 | 9°3 | 9-1 | 9°6 | 9°3 | 96 | 9-4) 93) 9-4 9:2 | | | | t | i BEN NEVIS OBSERVATORY. CLOUD. AMOUNT OF CLOUD (0-10). MAY 1889. 1/213)4'51|6471] 8 | 9 | 10} 11 | 12] 18| 14] 15| 16 | 17 | 18 | 19 | 20; 21.| 22 | 28 ene Mean | | e -— — oon en ie - kee -~— ——_—_ _———— —_ 1/= = : =/|=|=/= 3 = = 1 WO | WO || = | wo | J, =|=)/) = 10 2 0O;=/=/= 61 Fy Sy =] =] =] =] 10710; 5) 10) 9) =) 10\)= |= = 9 3 0| 2;=|= = = =\/=/= = ;=S/H lH /=/=] = 9 Se SS LOO) S10) 10) 10 =) 8 | S10) 8) £) 838i 8} 3] 1] 0 2 if 6 ON OR eel bate Shes sae On en le nOn te Qn Ques Ole da 6) Oe ex0) |= = = || 8 7 5 if 7\= 8 my 2 > | = | 10 0;=);10)= 6) =] =] =] =] =H] 10] = = 9 8 |S 10 SS SS SS SS SSS SS ST SS SS SS 27 ee | 9/10) =/=)e= = 10 QS fj Ff Sf ES Sf ES ES SE I BE BS BE I BE SE I Ee = ] EB |] = |] = |] =] 10) 10) 10] 10] 10 10 10 4}10)/10)= =J]=/=/=/=/=/= = = |= 10 | | 11 | =| 10] 10} 10 | 10/10) 10) =j 10) 9/ 9{ 7]{10|10/10)10/10; 10} 9} 5;=j] 6] 8 3 9 172) Wy Oy Oy SS Ao) SS al Hy BI Sy BE Gp ee) Sy eT Sy) toy a) ee 1 6 13 WT ON ae SO ee Oo Oe) Ty The Mey ab |p a Saleh ar Wi Wy BN oe Oy ae BI 2 1 14 O} O}] OSS SS) = = = f= )/=/= = = 9 15 |} =/=/=/= |=/|=|=/3 Sl=fH/=]=/= 9} =;);s}=); 9})10)=};=)]10} = 10 16;=|/=];=)} 9; 9] 9) 10) =)=)] 8) 9} 9710) 10; 9) 10/10); 10;10; 8/10; 2) =) 10 9 17: | 10) =| 10] 10 |= 105) | a ee LON SH LON! LON TON) Shi ou Salad 8) LO!) = 9 18 |}10)/10j=)=/=/=/=/=)] 9)/ =!/]=/=]7=)] 9] 8] 0} 0} Of} OF 1] 10] 0; 10} 10 Uf if | S|) ee =) SH Sao] Bo) ©) 9 iO) we) to ES = | = 0 at) | to) ilo | S| ES 9 20m e105) =) = =) SS SS SS SS = 0 | 10 | 10} 10 | 10: | 10 | SS |S Sy S| = 10 21 SPS PH ft Ea =f =] = J =] =] =] =] 10710) 10)10)10;) 9} 8} 8} 5&5 BJS Hl= = 9 22 );=/=/=/=! 9} 6/10] 9} 9)/10} 9) 9710; 9/10] 5) 5);10); == =ls=/= = 9 DS ee a i i 2 = 4)/=/)/=)=/=/= 2 9 24 0; 8 | 10 = =/=/|\= : = a 0 8 9 25 |10) 0} 0 s = = =/|=/ 9; 8/ 9] 0! 0; 0; 0 0 8 26 ON eel Soe ON TGR Sal 27 Gn onl enimon ans Ou OH TOs (9) 1 S1ON | On) ON 9) 45) <0: 0 6 27 @ | O}] OF OV ON Se Cy ee Oy Bl al) EN Be ey SR OE CO the) Oe cs) 5 28/10) 10;10) 10, =) =)=/=);=/e= =/= — SPH HP) =)/=/= = 10 29 ) =) =f) =] =) =] =] =] =] 10) =] 7] 6b =)/=)] 71 =] =); 8! =/]=)] 91] 9110 2 9 30 Oo) =] O] Ble le) Bal 2/l2)2)=/lelalel 8) 9) 8) alwle=) olel=le 9 31 9)/=);=/= | SlHl/=/=)/=)/=)] 8] &J=)/ =] =] =] 10! 6) =e) =) =/=)/2] = 10 MEAN. | 6°5 | 7°5 | 74] 83 8°6 | 88 | 9:3 | 8°6 | 8:9 | 9-0 | 8°7 | 8:4] 8:9 | 8-5 | 8:9 | 8°6 | 8:7 | 8:3 | 8:5 | 8-2! 8:41 7°38} 8:0) 776 | 8-4 | CLOUD. JUNE 1889. 1 |) =)/=)] =) =] =] 10/10/10) =| 10 =| =] =/10;10/10/)10;}10; 9) 6] 7] 7} 8] 10 9 Pee LON ones LOW) O51 LOn 6) = a = 10 g SlLSH|/= = |= =/=]=/=/10/10; OO} O} 2) 0} 6/=/= = 8 Ba On cee Oni ON YON) Ol) O02) 10) =) LON TOMO MON 10"! 9-5) 8) Bs 2) Of 9) 3) 5 0 5 5 GOR adaie eel 2 le hp) Di eae te Re ON 2 i Wl SQ QE a 6a Our 6 4 3 6 eee Ont eed Aue 45 Oe Oe le OM On OnmeOl (Onl dl MOU Onl 2h 1002.0), On] 10 2 7 0; 0| 0 | = | = SON a Oy By Be Oy) Sy Ey a a ay hy) Oy) a a ao) 3 Se On e— a i— LO LON 10) 10) 8) 8 Sa tO MONS 10 = | = = = 10 9 }=/10/10) =/ =] =) =] =|] =| 10] 10) 10 =] 8/ 3/10); =)]=;]=)=/10/] 8J= 4 9 10 ON ON OM On ORSON O00) O00, 20 Asa nei LOM 1G) 4195 | O| ©} OF Of © 0 2 ll QO} O} By) By alop wi wy wy Sy Sy LO | tO} tO | 2) By ee Oe ey) ao) i I SS a 12 SlH}s=) = = i 6) Se) =) =)/=2=)/=/=/= = 10 13) 10) =)=)=)/ =/=)] =] 9} 10} =] 10) 10710) 10 | 10) =| =] =)=)/=)/=/=)/=)] = 10 14 |=/;=)10}) 4] 2} 2) 2] 3) 8) =|] 9/10710/10;)10;/10)/=)/=/)=2=/=)/]=]=)/]10} = 8 i | = SS) = Sf) Sf] =) B=] =] =) =] =) =] 9) HS! SE) =/=/=)] = 10 166)/=/=/= = elon On Hee a OM on 4 LN ee Oh) X04 0)))| “0 0 BY 17 CUP OO OF 0} 0) 0) OF} OF ON MONMOMO 01) 0) ) 0) 0.) 0) 0} 0} oO} 0} 0 0 0 18 OR Os ON ON O85 05) 0) 0) 0) On On On ON On 0h) O) Ol 25) 3 Ol) 0} O | 0 0 0 19 O}] Gh} wy Of} Of OY ON OW By By wl “y} SB Gi SW 7A Gay 2h) STO SOMO 0 3 20 O} OQ} OF @) Of OF OP Oy Ol O ©} O}] OF Wi Wy ee ea Ol) Oa Oa On) eo 0 0 21 Oy GO} Oy Oi Oy Oy Wy Wy ay Oye ty AL) a Bea Oe OR SO OI ON 90) saan ae) 0 0 22 O} OF} OF -O} OFF OW ON SOW ON Te 2 Bey) Be PN Sy 2 1) Ot Saye aCe) 0 2 23 QO} OF OF OF) LON OP ON Oy ON at Oh OH) GS) Sa Oy eh) Oy, OO SO One) 0 2 24 Oy OF OF OF} OF OP OV Oy Oy Oy Wy Sy) BO) Re Ay Cy t/t Soe aaa a) 4 25 OF es RLON OS ONO) 205 Sh Ga eae Gn eevee 7) ol 2-450 1 0.) O11 0 0 3 26 1; 4} 0; 2) 2} 3] 2] 2) 1] 1] 3] 7] 8] 10/}10)10)=)/=)=)/=)/=/=]/=] = 6 Qo) Sj FS) BE] SES] ES] ES] HE] SE | =] EH] =] 89 || 68} 10/10;10; 6] 8] O|] 1) 3] 2 2 8 28 4/ 7/10/10; =|] =]=/]=/10] 8] 8] 7} 9]10;10/10/10} 9/10; =|/=/=]=] = 9 29 5a es ee ee) SS eS SS SS FS aS eS = | ES LE = 10 0s fa al tet a — U0 dd a — 22 | 10 MEAN. | 5°3 | 5°9 | 5°6 | 5°2 | 5:6 | 5:2 | 4°8 | 5:0 | 5°6 | 5°6 | 5°6 | 6-2] 6°8 | 68 | 6°S | 6:3 | 62) 56] 5°6 | 5°01 5:5] 5°71 5:5 | 5:7 5°7 i i} i 124 BEN NEVIS OBSERVATORY. CLOUD. AMOUNT or CLouD (0-10). ' JULY 1889. Mid- night. i wT 10 ut |i 18 | 14 | 15 | 16 18 | 19 20 | 21 22 | 23 Mean. | | | | ieee no co i o a “I Lo) MW MW Mle eoeclll < | = woorlll c coscoo ll nan oce IS tose! Wl Iles cocolll I Ill cer Cooulll WAM Noe esecolll WM MMe cecil Wl thee Goll Il oll WS weeSdilll e : SOONG oRWIH | i WAM hoe Secell WAM Moe ceoolll I Il Iles cece WW Iie cececlll iw] cor) I I — Oo _ oO a e co to “I x) Ilo Ssooil oll par So Il. a 2 2 22 a 2 2 2 2 2 10 29 — a 2 2 — 2 2 2 2 2 2 2 2 — 2 = 10 30 | SPH Beta] =] 8 =] OF SE Es = 9 =/=/=);=); 0; 0; 0|] 0] 0 0 7 31 0 0; O; 3) 7; 9} 8) O} 1) LJ =) SPB) =)=/=/2/ =/=/=]/2=)=/=/ = 7 rey 9°1 | 9°0| 9-4 | 9°6-| .9°6 | 9:3) 9°6 | 9-4 9°6 | 9°7 | 9°9 | 99 110-0) 10 0 10'0, 10:0] 9°9 | 9°9 | 9°5 | 9°6 | 9:6 9°7 | 9°95] 9:3 96 ! | J | | / | | | | ! } } | BEN NEVIS OBSERVATORY. 125 CLOUD. AMOUNT OF CLOUD (0-10). SEPTEMBER 1889. 1f2}sla{s5]6]7|]s|9 |} 1/1248] 14/15] 26 | 17 | 18] 19 | 20 | 2 | 22 | 28 Aid: | Mean. i | | | | Paras” d= | 0} 0) = | =|) 5) 40): .9)| =! 91| 10] 40! 9] 10) 8! «| 10 Sh = | -6 7 2 0;=;=/]=/10] O| 5)10);=)=)/=]=]= | = 1) 4 10 = = 8 3 2/ 5} 2/10/10) 10)10) 10); =| = = | = =/=/|= =/|= = 9 4 )=)/2)/=/=)=/=/=/=/e=2 = | |= = | = 10 C=] =] 0} OF SSS) =] )) 0) 10) 10) S10) 0) oO} 6) O} O} OO] O} O} OF} O 0 4 7 0; Oj O| O}| 0] 107 2) 6) 0; Of} O!.uf O; 2; Of} 38J/B)=)/=2=)/2=)=2=/=/=] = 4 8H lH) =) =] =] =] =] =] =] =] 10 = | =|= SHSlHi/=,=/=/= = 10 9 f=) =] =) 2) =, =) =) =] =) =] = Hy =a) 10, 8} 4410) lo; HSH =l]y=l= = 10 Oe eee SS SS Se eS SS SS aS eS SS = =l= = 10 Wo) =) =] =] =] =] =] ES) BS ES BS BS ET = | SE | = |] SS] 10) 10) =) ES) =] =! S] 10 10 a =}/=/]=; =] 10{ 8/10} 10} 10|] 10) 10] 10} 10); 10 | WO) Ey Sy ey Ow Sy ee = = 9 1: SPH) Hf], =/=)/=/=)/=/= — = =/= = 10 i (10) =) e022) 2) 2)! 21 e12l= S12) B=) 4) 4) Gb) So) Gm) o 7 15 ON ON OF) (O05) Oo 2 aa a ONS 1 10 ON) 9) 10: oO) 0) 0} vu) oO 0 4 1 |=|=| =! 0| 0| 0} 0| 5/10/= =|=|=!/=/=/=|=/1l/=l|=/|=|/=| =] 8 Wf=) =] /=/=/=/ =/ 2/2) 2/242) 2=/= 72 1= | HSl=Hl)=/=/=/=/=/=/=2 = 10 WW f=) =] =] =] B=) ES SE SE SE SE SE SET EB EB BS SE ESE BE SE] ES] SE] Es = = 10 1 | =] =e] Sy) eySieal=]ilala)/=ale = | = =) ==) S =) =] = 10 20 = = | =! = SH =] =] =] 10/10) =] =)/10/= = 10 21 S]Sl~SH_/=/=),/=/=) 6)=,.2=/=,= = = = = 0;=] 0 = 9 22S = = SS SS SSS Sa eS SS eS aS 10 | SES = a 5 = 10 23 | =/10/10) =) 9] 10) 7/|10/)10)10}10); 8f]=; 9; 9} 9J/=/=] 8 9} 8] 0} O 0 8 24 0; 0; OJ 0; =] 0} O| OF; 9} 8; 0} 109710) 10 1OJ/=Bl=Bl=EaPl=)/=/=2/=2]/=2 0 6 25 nC a | 208 ON | sO))) 95a LON Ong On ey ON VO) fe Oy bal a) on Ons) 10 7 6) =) =) =) 23) =] B=) =) =] BH) SH] SH] BEd BE] = OE BE SE SE] BE] SE] SE = 9 = 10 2S SS SS SS ES SS ee SS eS SS Ss = = === =| = 10 29 =) =] =] HK] SH] B=] =| B= = = = BE =| BE 10] SE] SB] BE] BS SE SS = = 10 80 | =H )/=/=f/= O;=)/=),2=/=/=/e. Si = = =/=\/=/= Q} 0 = 9 MEAN 81 | 8:2 79 0780 8-2 | 8-1 | 8:5 | 8-6 | 9°3 | 8S} 8:91 9-3 | 9:0 | &-6 | 9-1 | 9:2} 9:3) 8-9) 86185)70)7'6) 8-0 85 | | | | | { | | | | i | | | | | } | | CLOUD. OCTOBER 1889. 1 ONO 09) OF) OF) Or OF) ONO) On) 9) 2a |) 10) | 10) 10), 10") 6) 2) 0} 0) 0} 6 2 3 2 2! 7/ 6; 6| 0/10} 9; 0)10) =|10,=J=! 7! 5} 10} 10| 10} 10) 10} 10) 10) 10) 10 8 38 |10)10|}10)10) 1] 8| 7) 91] 10] 10} 10) 10] 10) 10) 10} 10)-10/10) 4/ 7] 10} =| = = 9 4 = | = Sf Sf ES ES SES ES I ES | ES ES I ES I ESE I ET ES SE ES = = 10 5 |=|/= SS] Sf SHS SE EB SE BE BE BS BE SBS BE I BE BE SE ES SE] ES EY] OS 10 0S SS SS SS eS SS eS = SHSlSste lH! H (=H (= /= 146] = 10 7 /=/= = SS = St SS eS SS a SS aS SS SS eS aS = 10 By SH ff = = ESS EE I ES I ES I ES ES BE BE BS ES I SE BE BE BE I BE ES Ee SE Ee SE = 10 (2 a ea — a a 2 a a 2) Hj /)/=)/=/=/=/=2 = 10 10 |10/10) 10; =) =/2=/) 2) 2/2) 2/2) =] 2! =! =) =] =/=2/=)2) =2=/=/=); = 10 11 SS) SF) =] SH] BH) BE BE SE EJ SE Ey =] =H] 10; =] 4] (20; d« OF} Ol} OF Of} OF = 7 12 OR Le LOM LON a> 7, 2 OF Pele OU ee | sa) Sale 8h 10) 10: = 6 138 )10; 9; 10) =| = = 8 | 10 10 |10)}10|10}) 0) 10; 9/10) 9] 3) 6] 10 9 14 SPH ,=s/=/=/= Sl l=\/= =/1l)H)=/e/2/=/2=)/)2=/=/e2 = 10 15 SPS /=/=/=/=/=/= = SlH//=/=/2/2/2/=/=/=/=2 = 10 ig |=\= = Sle)=/ 2) 2/2) 212) 2) ao eee 9 17 Oy O} O} Oh O} MO Wy Oy Ol wh Sy Si Sh Bk Bey wa Zo a ey ee sto) 0 y) Wy}= |=) 8) =/ 10) =) =] Sf] Hf ES] S|] S710] HS SE = OO BE Se Ee SES Es = = 10 19 |=/= Slee] =] =) =) =) HP =] =] =] =] =] =) 10] 10/10} 9} =] 10 10 20 | 10|;10) 10) 10); =| 10) =) =f =) BE) EI ESP SES BE SL Ee Ee SEL BE SE SE IT ES = = 10 Qo} =} =] =) =/ 10} =|] =} 10) 10) 10) 10) 10} =| =)]10) 5/10/10; BS l=z/=/=/= = 10 2 )/=)/=)/=);)=)/=]=)]=)/ 6/10/10} 6/10710; 6] 9} 9] 8) = 4)/=);)=/= 0 = 8 23 2 Sl GO] Ly Oy By By ey Ss ya WO |] WO | eh) ey OP aay aly |) SK) |) 8 24; 9) =) =/=/ =]=[10/10| =] 10] 8] 6] 38) = 9)/=/= Py Oi Gy I CT a) 0 6 25 0; O} O}] O| O} Of OF} O| O| 4] 4) =SJF=EHl=E= | 9g 9) 7 4)=/;=/1060]10;= = 5 2 | S\ileiles\ es) =al=i 0] BS) 8! Glelealelelealalelel=] Gleal2le = 9 een Oe 2 De Ss) Ol On ON OneSnnersnis ta) S| On VON) ==") 0h = He Oy 0 4 28 OF PON mOnOn One Onl] (O00 Dil) 2a On On on erin Gl) Au) Dia a 2 On 10 1 10 | 20 3 29 i i i 2 2 2 2 2 2 22 2 = 10 31 aa i 2 2 2 2 2 2 = 10 MEAN. oo _ oo iS} ao nw ies) Co “I we oo = bo | oO ~~ oo bo | ee) [o2) to [ea] or wo “I ie) — oOo _ Neo} —" @ lee} co — oe) for) ~I wo lo ¢) on Go rs ba | @ bo | Ve) ive) QQ leo} eo ROY. SOC. TRANS. EDIN.—VOL. XLII. R BEN NEVIS OBSERVATORY. CLOUD. AMOUNT OF CLOUD (0-10). NOVEMBER 1889. 1/2/3)4)]5]6|7] 8] 9] 10) 11] 12413] 14] 15| 16/17 | 18 | 19 | 20/| 21 | 22 | 28| Ma Se aa a ea | | ee a ee ee | Ll) =) =/ =) 2/2/2=/2/2/2=/=/= 6F =) =/=/=/2)/2=/2/2/2/2z/=2 = 20 SS Sf BE ES ES ES ES EI BE BE EJ SE BE BE BE I SE ESE St SE SE ES = 8 3 — 2 i (i i 2 2 2 2 2 2 2 2 2 22 2 = 4,3 /2=/2=)/=)/=/=/ =] =/10/10]}10) 77-4) 6) 8) =] 4] 8) =/e/e/2e/e2 = 5 S/S) =) ]) SH ff SF Sf SS EK I SHS | SE ES SS I ES | = SES ESE | SE SE ES | SS = [2 22 2 a 2 2 = 7 SPS) =/=/= = SPH], =)/=F]=/=/= 0; 2)=)=;/;=/=)/)=/e= = 8 — i or Or 2 2 2 a 2 2 2 = 9 SHS Sf KE | ES SE EY KE I SE 10) ES) SET SE SE SE | ES ES SE 7/=!= 6) = = WO F=f =f] =] =H] ES] =] ES] EH] 10] SH] ES] SJ Ee = PIN ee OM) BS Nh Bh SN 55 0) il OF POR) Os ON Os ON! SON LON Os On aT 83] | hip wal By Pl oe by A Sl 7) FW BS 9 3) =] =] =) =] =/10)10) =) =] =)/10) =F =)]10;/=!'=)] 3] 1] OF; OF} 5] 14 21 2 14 sO) 71) 10) 28) 05) (Oo) (65) 10s 10 SS =/|= EHESl=H;/=)/=]/= = 15 a i 2 — = 17 OF} Ou) 200) O08) OF) (Oe) (0) SSS SSS SSS SSS 2) 2 2a On 2 es = 18 |= = 8) =) = /=)/=7=2/=/=/ 2/2) =)/=/=/=/=/= = SS SS eS SS SS Sa aS aS eS eS eS aS aS eS eS aS Ss as es es = 20 SPH) ES /=/=/=. Ll)j=s)/=/=/=/= SPH PH, =/=]=/2=/=/=)/=/= = a1 = — — = — = = — — = = = = = = — = — — — — = = = 22 — 2 2 2 2 0 2 = 23 )/=/=/= ==) =] | = |) SS eS | SS eS eS SS St OS ES = = 24 = =Sl=]/=/=) = =/= = SHSl/BHl/=/=)/=/= = 25 Sl=/=/=/=/=/=/= = =/ 9/;10{ 9/10} O|] 0] = 0/| 10} = = 26 = ei oot 2 ae aaa ele PaaS Oo 2 | =| = |= [=|/=] 7] =] 10] 10)/ = 9,/=)/=/=)] 8/=),2/=/e = 38 |= )=) =|) =/e/= (22) el le=) Ol] ae) =a)=)/=)/=)2/]e= = 29 SSS SS SSS 10 SSS SSeS SS SS 5 4,;/=|)= 4); = = 30 | O;=/)/=/=/=/=/= = =| =/= = Sl=Sl/=)/=/= = Mean. | 9:0 | 8°6 | 9:0 | 9:0 | 9-1 | 8*8] 8-7 | 9:1 | 9:4] 9-4 | 9:1 | 9°51 96 | 9:5 | 9°3 | 9-0 | 85 | 8-0 7:2) 8'8| 8:9 |87/9:1) 8:6 | | CLOUD. DECEMBER 1889. 1 j= )=/=;,= = = =S|/=/= Sl=Hl/=/(/=)/=/=/=/=/=/= = 10 2 =| = = = SES = as ee 6)/=)/=/)2);/=/= = 10 SS SS SS aS eS ES SS 1 Sf SS SSE 2 Gl bl Flv) Bh ay 4 2 8 4 7 Si Oi] Bi ey Sy Aa By) ee ae |) Bl) SS By BN oO] Oe) O/Slele = 5 5 =|/=/)=/\2\= Oak) |) @) OO) = Li =y=)=/=/2=/2=2/2/2=/2=/=/=)/ = = 8 6 Wy AO |) BNO) SS) SS) = l= a 2 = 9 7 ee OO i 108 On Se On On ON || SHSl=Hl=Hl/=/=/=/= = 9 — => => = — = — = — — — 10 4 }/=)/=/=)/)=/= = =|/=|= =S/= 8) =)/=)/=)/=2/=/2=)/=2 = 10 15 24 = (=) =) =) 2/2] = / ==] 2/2 7/10|}=] 4] 2) 2/10} 3/)10/= = 9 16 S/}/=/= | SS OSS SS SlHly_Hs_=/=)]={|= = 10 17 SHS PHSP]H Ha (=H /=/=/=/= = SPS PHS] ey SH] =] =] =] =] =] 10 = 10 18 — i 2 2 2 2 2 = = SlpH lH =/=)/={= = 10 19 SS SS SSS SS eS SS | SS | SS SS eS SSS = 10 200) =) =) =) =/=/=/=]=) 8) =/ =] =] =| =! =] =] =/=/=!/=/=!/=/=! = 10 21 SHESl=H=/=/= = = | he a } ©] OF} @O} WO) ON wy o 0 6 22 0}; 10) =) =] =] HE] E |) SES] ES ES = a SPLfH$f/=)/=/=)/=)/= = 10 a es a = = ea | 10 2 SS) SS SS SS SS | SS 0 ) SS SS SS aS aS eB = | ES Be eS Ea eS =] = 10 13a ee 2 Fr 2 2 2 2 SPH _=Hl=/=/=/=/=/=/= = 10 26 = = SS | ES SS Sea SS | BH elle SPH PHS, Hf],=)/=/=/= = 10 StU SS SS SS SS SHS lHl_=]/=/=/=)/=!/=] 0 0 9 28 OF) POR MOR MONON VON!) 20! TOR On On §,= 0;10); 9/10) =/=/=/=/=/= = 5 a =/=/ =] =] 10] 10] 10} 10 | LON) LON) LON) LOM 10) 108) 105) LOM ON ON 7a tay Sel Sar = 9 B a ef i 0 — 2 ef 2 2 a i 2 J = 10 8 eS eS SS SS eS = | 40a a ee ee 10 MEAN. | 9°0 | 9°1 | 8°6 9°4| 9°5 | 8°8 | 9°1] 9°0 | 8°6 | 8-9] 9°3 | 9°51 9'4 | 9-3 | 9:7 | 9:0 | 9:0 | 8°5 | 9:2] 9:0 | 9:2 | 9°3| 9:2} 9:0 | 9-1 | | PUBLIC SCHOOL, FORT-WILLIAM. 127 JANUALY 1889. S. R. Barometer reduced to 32° and Sea 1 ; , Thermo- Direction and Force Amount of | Rain- Level. Heraperalore—Beyand Wet Bulbs. meters. ot Wind (0-12). Cloud (0-10). | fall. Read at gh Qh 14h 1gh | 2h gh gh 14h 18h 21h 18h gh gh 21h gh |14h|9]7h] on Ins. Ins. Ins. Ins. Ins. |Dry. Wet.) Dry. Wet.) Dry. Wet.| Dry. Wet.) Dry. Wet.] Max. Min. [Dir'n.Force. bir'n. Force! Ins. 1 | 0°170 | 0-209 | 0:289 | 0347 | 0:390 } 33:9 33-0 | 34:1 83°8 | 35°9 35:2 | 322 31:8 30°) 29-8} 44:8 B1-27NE 0°3) KE 9 1 0} :032 2 | 0°452 | 0°466 | 0-480 | 0°507 | 0527 731-9 31:6 | 34:9 32°0 | 40:0 38-7 | 42-2 40°9 | 43-2 41:7] 43°6 26275W 03) SW 1] 9 9 | 10] -012 8 | 0-468 | 0°474 | 0-472 | 0-468 0 463945-0 43°8 | 45:2 43°8| 45:1 44:0] 45-0 43°9| 45:5 44:75 458 35:0}SW 1-2;/SW_ 3-4] 10 | 10 | 10] -402 4 | 0°372 | 0°376 | 0°342 | 0°312 0-291] 44:1 43:0] 44:1 43°0 | 44:1 43°8| 45-0 43:1 | 45:0 42°77 45°8 42:°5])5W 2) SW 2710} 10 | 107 +193 5 | 0-128 | 0°116 | 0-034 | 9:°967 9-920] 44:0 41-7 | 44:1 41°9| 44-2 41°7 | 45:0 41°3 | 43-2 41:°9]46°0 41°495W 2-3/SW 3-4] lo 9 | 10] -083 6 | 9°939 | 9:943 | 9-976 | 9:959 9-974] 40-2 38:1 | 42:0 39°7 | 41-4 39:1] 37°6 35°8 | 34:1 33:6] 45:6 393975SW 0:5 Calm u 9 8 0 - 7 | 9°915 | 9°893 | 9°827 | 9:765 9-722] 30:1 29:7 | 80°71 29°8 | 35:7 33°8| 386°7 35°8 | 44:3 40°6137°8 28:-49NE 0|SW 1} 1/10) 104 -325 8 | 9500 | 9°496 | 9:422 | 9°385 | 9:379] 44:0 41:1 | 44:0 41°1 | 46°0 43-0 | 45°3 42°9) 44:0 421]46°38 34-27SW 1-2)/SW 2110 | 10 | 10 41-220 9 | 9:198 | 9183 | 9-074 | 9:086 | 9°166 ] 42°2 41:0] 43:0 41°9 | 37°71 369 | 34:1 33°8 | 35-4 35:0] 46°8 403],5W 1|/SW 1] 10 | 10 | 10 | -890 10 | 9°476 | 9°506 | 9°6i0 | 9670 | 9-700] 31:9 31°8| 30°77 30:0 | 33:5 32°0| 31:1 29°9| 28-7 28:1] 33°4 29:2] E 0-3 | NE Oo} 0 0 0 - 11 (| 9°552 | 9-552 | 9-457 | 9-429 9-476141:0 36:9 | 41°3 37:7 | 42°8 38:1 | 415 35:1) 40:0 36:7] 44:8 25:215SWw 1/SW 1-2] 4 9 9} -020 12 | 9:663 | 9:70L | 9786 | 9:885 | 9-934] 4071 35°1 | 40:0 35-1 | 40:0 35:6 | 34:0 32:0 | 32:7 31:6] 43°8 38°3]SSE 2-3/ENE 0-3] 1 1 7) - 13 | 0104 | 0°116 | 0-130 | 0:165 | 0:185} 35:9 32-9 | 85:9 32-8 | 88:0 34°8 | 36:7 32:8 | 35-9 33:8] 381 31:-4,SW O|\SW 0:3] lo 6 5 - 14 | 0:108 | 0°106 | 0-070 | 0:028 | 0:000] 40:0 35°9 | 40-2 36°4| 42:9 38:9 | 43:0 38°9 | 43:3 39:2] 43-8 32-2,5W 2|\SwW 1-2] 7 Sy We) - 15 | 9°844 | 9°841 | 9-785 | 9°757 | 9:743.] 44:0 41°7 | 44-6 41°9|45°5 42°9| 44:0 43°2| 45:0 42:9] 46-7 3937SW 1-2/SW 1-27 10] 10) 10] -320 16 | 9°707 | 9-711 | 9°725 | 9°764 | 9:795 | 43:0 40°9 | 43:0 40°5| 41°0 40:1 | 40°5 39:7 | 40°3 39°7]46°6 41°17SSE 0°3;SW 1] 10 | 10 | 10} -690 17 ‘| 0-020 | 0-034 | 9:978 | 9-981 | 9°948 ] 40-1 39-7 | 41-0 39:9 | 41-0 39:9] 45-4 43:0 | 45°5 45:°3]44°8 38-37SW 1-2|SW 2-3]10 | 10 | 10 }1-602 18 | 9°885 | 9°860 | 9-800 | 9898 | 0010} 48:1 47-7 | 48-1 47-9] 48°3 45:9] 41-4 39°7| 422 37:2451:77 4234SW 1-2;SW_ 1-2] 10) 10 6 |1:210 19 | 0:065 | 0-098 | 0-128 | 0-146 | 0:146 } 44-0 38:9| 40-2 37-9| 44:0 39:1] 42:0 38:1] 40:0 38:9] 45°38 39°37SW 2-3)SW 1] 10 9} 101] -032 20 | 0:250 | 0°267 | 0:243 | 0-255 | 0282] 37:0 36°6 | 38:0 37:3) 43:0 42°7 | 45-2 43°4| 46°3 43:0} 45°8 34-275 W O|SW 1-2] 9} 10 9 } -030 21 | 0°365 | 0°384 | 0°458 | 0°518 0°55] 44:0 42°9 | 43-0 41°74 | 46:1 42°9 | 39°9 38°6 | 35:9 34:8] 47:0 39°39 Var. O|NE 03] 8 6 0 - 22 | 0°571 | 0°573_| 0°21 | 0-514 | 0-486] 30-7 31°8 | 380°9 30°3| 40:0 38°1 | 40°5 40°2| 40:0 39°8]42°4 29-27 EH 0|SW Ol 7 9 2] :020 23 | 0-466 | 0-469 | 0-456 /0°439 0°447 9 44:0 43:9 | 44:0 43°9 | 46°5 45°4 | 45:3 44-9] 46:0 44:91477 3837WSWO03\|SW 03] 9 9) 10] -022 24 | 0404 | 0°410 | 0°387 | 0:360 | 0°356 | 45°6 44:9 | 45°8 45:1] 47°9 45:9 | 46°0 45-2) 45°8 44-7] 48°7 44-3 7SW 1|SW 1] 10 9] 10] 075 25 | 0:235 | 0°234 | 0'185 | 0154 | 0'148} 45°8 45:1 | 46:0 45°3 | 47-5 46°8 | 47-5 46°8| 50:1 47:7] 505 44-37SW 1|3W 2110) 10 | 10} -076 26 | 0:185 | 0°194 | 0:264 | 0°328 | 0-427 144°S 42:1 | 44°6 41-1 | 43°8 39:9 | 40:0 35°3) 34:9 32°8]50°7 43:37 W 1\/E 0} 10 3 1 - 27 =| 0523 | 0°505 | 0409 | 0-325 | 0:°254] 27-1 26:9 | 26°9 26°8 | 89°3 35°8 | 39:9 38:7 | 43:1 42:7] 40°8 25-4]S O|SW 2-3] 1 6 | 10] 430 28 | 0134 | 0187 | 0°056 | 9:°986 | 9°882] 45:1 44:9 | 45:0 44°8 | 46:0 44:9 | 45:5 44:7 | 46:0 44:2}46°8 26-:07SW 1;/SW_ 1-2] 9] 10 | 10 }1:310 29 | 9°364 | 9°445 | 9-703 | 9:744 | 9°755 | 46-0 43:2 | 43:5 40°9 | 42:0 86°6 | 389°8 35°5 | 39:0 36:°9]47:2 423] W 2-3|/SSW 1-2] 10 8 | 10} -800 80 | 9°364 | 9°377 | 9°588 | 9°661 | 9-702] 48°1 45:9 | 48°3 45:9 | 44-4 40:9 | 42°83 38:9] 41:2 39°71 49°8 37:3, W 12;|SW 1-2] 9 9 9] 170 81 | 9°512 | 9°489 | 9-429 | 9-504 | 9-611 | 48-2 47°9 | 50:0 48:2 51°9 49:7) 50°6 45:2] 49:1 44:0] 53-8 39°397SW 1-2) WSW 3-4] 10 | 10 2] 350 Mean.| 9-998 | 0:005 | 0:003 | 0:010 | 0-022 | 41:0 39-4 | 41-0 39:3) 42:7 40:4 | 41-4 39°3| 41-2 39°49 45°8 36-1 1:08 1:31] 8:1 | 8:1 | 7:3 [10°314 FEBRUARY 1889. Ins. Tus. Ins. Ins. Ins. |Dry. Wet.| Dry. Wet | Dry. Wet. Dry. Wet.| Dry. Wet.]|Max. Min. }Dir'n. Force.) Dir'’n. Force.) | | 1 | 9°345 | 9°308 | 9-233 | 9°193 | 9:226 | 45:8 45-1 | 46°5 [46-0] 47-7 44:9 | 44:0 39°9| 406 36°1]50°'7 4267SW 2-3;SW_ 3-44 10 8 2 | 9°166 | 9°189 | 9:166 | 9:°142 | 9-110 1387:0 34:9 | 35°2 31:9 | 37:3 36:0 | 35:2 32°8 | 34:3 33:0] 44:7 33-275W 3-4)/SW 2-347 9 | 10 | 1 3 |9:°176 | 9:221 9510 | 9°730 9:917 | 39:0 36°0 | 40:2 36°9 | 39°9 38°8 | 39'S 36:1 | 35°8 34°7]42°2 303]NK 3-4|N 1-2] 10 | 10 4 | 0°346 | 0°353 | 0°423 | 0-412 | 0°355 | 35°9 32°3 | 385°4 32°8 | 42:0 36:4 | 39:0 35:1 | 36°] 33:8] 42°8 33-27 NKE 2|/SW 1j 4 Sina 5 | 0-038 | 0:051 | 0°014 | 9°996 | 9:974 | 40°0 39°8 | 41:1 40°8 | 44°5 39°9 | 42-8 38°9 | 43:0 38:9] 45°71 34:°8}SW 1|)WNW1-2]7 9 9 | 6 | 9:956 | 9°957 | 9:°909 | 9:°822 | 9°747 | 38:4 36°6 | 40°4 36:7 | 41:1 37:2 | 37°3 34°8 | 35:5 32°38] 44:8 37-3] N 0-2) NE O5t 7 9/1 7 | 9:924 | 9:953 | 9:969 | 9°865 | 9620} 30°3 29:0 | 28°9 27°8 | 33°5 31-2) 33:1 31:8 | 35°9 35:0] 37°8 27:0} NE Q3;/SW 1-24 7 &} || 8 | 9°208 | 9°166 | 9:162 | 9:324 | 9-435 133°9 31:8 | 35:1 31:7 | 36°3 33:0 | 36-4 32°6 | 35°4 31:3] 386-7 32:1] W 5-6|NE 2-¢ 8 | 10 |} 9 | 9:°692 | 9°729 | 9:770 | 9°815 | 9°815 4} 26°9 26°8 | 26:7 24°S | 31°2 28°6 | 30°9 28°8 | 26°9 25:0] 36:1 24:2] NE 1|NE 05} 10 By | 10 | 9-624 | 9°608 | 9:496 | 9428 | 4:445 | 15:9 [15-4] 15-7 [15-2] 24°9 22°8 | 20°9 19°8 | 20°9 19°84 32°8 15-7], EH 0|E WY) eh he | 11 | 9°724 | 9°747 | 9:882 | 9-980 0:087 | 23-9 23°8 | 24:1 23:6 | 36°3 32:0 | 30:4 29°9| 30°4 29°38] 36°6 17:3] ENE 0:5/ FB O5} 4 5 | 12 | 0-231 | 0-231 | 0:190 | 0°134 | 0:065] 28:1 27-8 | 29-9 29°7 | 34:1 33°8 | 35:0 34°8 | 38:0 35°81 385°8 26-218 03;SW 1-24 6/10} 107 « 13 | 9°694 | 9-704 | 9°610 | 9°368 | 9°262] 38°3 37-9 | 38:3 37°8 | 42:0 40:1 | 39°0 37:9 | 41:3 41:3] 42°8 33:°21}SW 0|SW~ 1-27 10 | 10 | 10 | 1-000 14 =| 9°284 | 9-258 | 9-222 | 9:170 | 9:192] 388°9 35°8 | 37:0 35:7 | 39°9 36°9 | 85:9 34:8 | 85°9 34°8] 43°7 35°2]W 1|SW lj 2 4/104 - 15 | 9-654 | 9 692 | 9°897 | 0:033 | 0:047 | 33°7 32°8 | 36'1 33-0 | 40°2 34°8 | 36°9 35°8 | 31°9 29°38] 39°8 31:2] W 1-2)|S Oo; 8 9 1 16 |.9°632 | 9°582 | 9°515 | 9-641 | 9672} 37:0 35:2 | 37:2 36°8| 48:7 43:9 | 46°83 43:3 | 46:0 42:9] 49:8 29-21SW 2-3)SW 1-27 10 | 10} 10 17 =| 9°892 | 9:904 | 9:983 | 9°984 | 0010] 44:0 42°9 | 44:2 43°9| 47-9 47°5 | 48:9 47:0 | 48:5 47°71 49'S 41°3,SW 1;SW_ 1-24) 10 | 10] 10 18 | 0:054 | 0:050 | 0-040 | 9-942 | 9958] 49°1 48:4 | 48:1 47:2 | 47-6 46°9 | 47:0 46:7 | 45°3 44:°4]49°9 41°37SW 38-4;SW 2-3] 10 | 10 | 10 19 | 0°224 | 0°248 | 0°244 | 0.239 | 0°184 | 43:2 38:4) 42°9 38°8 | 45:0 39°9 | 40-2 39°5 | 41:2 39:1] 48°8 40°31 W 1;/SW. 1-2] 8 9 | 10 20 | 9-943 | 9:925 | 9-946 | 0-018 | 0:072] 40°0 38-9 | 41:0 39:9 | 43°3 40°7 | 43°8 39:9 | 42°5 39:9] 46-4 39:3] W 1; WSW 1-2) 7 9 9 21 | 0-291 | 0°303 | 0°333 | 0°328 | 0°333 | 35-9 33°8 | 36°7 34:9 | 44:0 39:1 | 40°0 36°9 | 38:0 35:0] 44°8 35:0]S 03)S O37 8|] 8] 7 92 | 0-263 | 0°255 | 0198 | 0:190 | 0°192 ] 87°8 36:0 | 38:0 36°9| 420 40°5 | 42-0 41-1 / 42:0 41:1] 42°8 35:2] EK 0|SW 0} 10 | 10 | 10 23 «| 0°325 | 0°333 | 0°375 | 0°419 | 0-449] 34:9 33-0 | 34°9 33°3) 45°2 38:3 | 37:0 33°8 | 32°9 31°8] 45°8 33:7] ENE 1|N Oy 1 0 0 94 | 0:405 | 0°398 | 0°357 | 0°348 | 0°346] 30°8 29°8 | 33°5 32:2 | 43-4 42°7 | 35:3 33-0 | 33°4 31:4] 43-2 29°27 NE 05|NE O5} 9 5 0 - 95 | 0°199 | 0147 | 2:979 | 9°884 | 9°856] 34:9 32°8 | 35:5 33°8| 87-0 36°0 | 37°8 36°9 | 39:0 36:0] 37'8 32:0]SW 0\|E 2-3} 10 | 10 9 26 | 9-914 | 9:929 9:946 | 9°882 | 9-861 | 36°1 34:2 | 36°8 34:2 | 39:9 55°8 | 36:5 33°8| 34:9 32°8]42:0 33:6], E 0|E Ost! Oi Wo 27 | 9°762 | 9°754 | 9°730 | 9°750 9:760 | 30°1 28°8 | 30°9 29-2 | 39°1 34:2 | 32-9 30-8 | 31:9 29°38] 408 28:6] NE 0|NE Of 2 gy) 28 | 9°857 | 9°878 | 9°921 | 9971 | 0:015] 80°3 31°9 | 33°9 32:0 | 37:2 33-2 | 35-2 31:9 | 35°3 31:0] 37°8 30:2] E 05) E 05710)10) 2 Mean, | 9°850 | 9°853 | 9°856 | 9°858 | 9°860 | 35°4 34°9 | 35-9 34:2 | 40-4 37:3 | 87-9 35°7 | 36°99 84:8] 42:3 32-2 1:22 118} 77 | 7:9 | 7 128 PUBLIC SCHOOL, FORT-WILLIAM. MARCH 1889. Ss. R. Barometer rec 32° and Sez f - P Thermo- Direction and Force Amount of | Rain- See tai ere: Temperature—Dry and Wet Bulbs. meters. of Wind (0-12), Cloud (0-10). | fall. Read at : gh gh 14h | 18h | Qyh gh gh = oat igh | an 18h gh Qh Zh Qh | 14h} 21hf gh Ins. Ins. Ins. | Ins. | Ins. Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet. Max. Min. Dir'n Force. Dir'n.Force. Ins. 1 | 0-064 | 0-064 | 0-047 | 0-027 | 0:022 | 32°9 30°8 | 32:9 31:0] 39:0 34:4] 34:9 32°8 | 33°7 32:2]39'6 310]NE 05|SW 0:3] 10 4 | 10 - 2 | 0:024 | 0°015 | 0-012 | 0-020 | 0-016 | 26-9 26-6 | 26:9 25:9 | 38-2 32-7 | 36°3 28-0 | 30°8 27°8 38:0 25°2 K 05|NE O05] 0 2 0 - 3 | 9:998 | 9-998 | 9-966 | 9:969 | 9:970 | 30°9 29-4 | 30-9 29-8 | 37:2 32-8 | 31:9 28°8 | 31°6 29°79 37°8 25°25 O;SSE 2-3] 1 2 1] - 4 | 9-986 | 9-982 | 9-957 | 9°943 | 9:964] 29-9 29-8 | 31-1 31:0] 37°3 31°6 | 34:5 33:2 | 32:1 28:2]38'2 28-215 1|SE 1-2] 0 0 8 - 5 | 9°891 | 9°885 | 9:897 | 9°878 | 9°8781 34:9 34:8] 37-0 32:0] 34:1 33:8] 35:7 348] 35°9 34:8]38-4 31:'2]SE 12;SW Od] 8 9 71 ‘380 6 | 9°642 | 9°630 | 9-512 | 9°550 | 9-500] 38:0 36:9 | 38-8 37-8 | 40-2 38°8| 38-9 36-9 | 38:3 36°8]43-2 82-27SW 05;/SW 1-2] 10 | 10 7 | °376 7 | 9°452 | 9:432 | 9-361 | 9°324 | 9:330] 39-0 37-9 | 39°3 37:9 | 42°9 39-7 | 40°9 37°9| 38:0 36°8]42°7 385215W 2-3)/NH 037 9 9 | 10} -023 8 | 9°336 | 9°334 | 9330 | 9-327 | 9°344] 36:4 35:3) 38:0 37:0] 43°8 40°5) 41-0 38:1 | 35:3 33:8] 46°8 33-7 |SW O;NE 03] 9 4 07} ‘020 9 | 9°382 | 9°398 | 9-402 | 9-386 | 9336] 38°5 35°8 | 39:1 36:6] 41°3 36-0 | 33°3 32:8 | 35:9 34-8] 44:8 38-4, W 1}/Sw 1-2] 8 if 7 | *290 10 | 9°600 | 9°630 | 9-718 | 9-790 | 9862 | 39-4 38-8 | 39:9 36-0 | 43-0 39:1] 40-2 39°1 | 35°6 33°8]45°8 32-27 W 12|NE Oo; 4 8 8 | °930 11 | 0-057 | 0:065 | 0°107 | 0-104 | 0:104] 33-0 31-0 | 33-9 32-0 | 44:6 38-8] 41:3 37-9 39:0 38:9} 46°2 31:2] W 0;SwW 1-2] 2 4/10] :100 12 | 0-099 | 0:110 | 0-108 | 0:062 | 0°014 ] 46-2 45-4 | 48:1 46:3) 49:1 47°5| 47-0 46°1 | 48:1 47°4950:71 37-27SW 0%5/SW 2} 8 | 10] 107 :286 13 | 0-142 | 0°157 | 0°238 | 0°305 | 0°348 1 46°5 43-7 | 481 44-0 | 50°0 43:9] 46-0 41°9 | 42°2 40°71]50°9 45:3] WNW1-2/SH 03} 7 4 8 - 14 | 0°372 | 0°366 | 0°352 | 0 366 | 0°396 } 43-0 41°8 | 44:0 42:1 | 48-7 46°9| 45-2 43-7 | 42°0 41°5949°7 37:2] W 0| NE 0} 10 | 10 9} ‘043 15 | 0°464 | 0°466 | 0°456 | 0°428 | 0-422} 41-4 41-0 | 42:0 41°1 | 43°6 43:0] 45°3 44:2) 44:0 43°9746°9 40°3,SW 1|SW 1; 10 | 10 9 | :090 16 | 0-272 | 0-272 | 0-255 | 9-254 | 0-233] 47-0 45:0] 47-3 43:8 | 49-1 43-0] 46:6 41:9] 46-0 41-°1]50°7 42:3] W 1-2;SwW 1-2] 7 4 6 | ‘130 17 | 07159 | 0°106 | 0-034 | 9-988 | 9945} 43:0 42:9 | 43-2 43-1] 48:1 46:3] 46:0 44:9 | 41-2 389:7]50°7 41-275W 0:3/NE 0°57 10 | 10 | 107 -300 18 | 9°750 | 9°753 | 9-588 | 9-584 | 9'542} 47:0 46-8 | 48-0 47:3 | 44:0 42-9] 43:1 41:1 | 42:0 38°9]49°8 35-2] NE 1/SW- 1-2} 10] 10 97 042 19 | 9:342 | 9°328 | 9-220 | 9-147 | 9117] 41-1 38-9] 41:3 39-1] 43-0 39-9 | 42:0 39-0] 40:0 37:9] 44-6 39:3] N 0|NE 2-3] 10 9 6 - 20 | 9:153 | 9°199 | 9-354 | 9°451 | 9°549] 38°8 36:9 | 38°3 36:9 | 37:0 35°8| 36-4 36:0 | 33-9 30°8]42°6 866] NE 3-4|NE 1-2] 9] 10 6 | 023 21 | 9-790 | 9°812 | 9-903 | 9-966 | 9-999 | 32:2 32-1 | 33-9 30:0| 40:2 36:3] 37:8 30°8 | 33:9 30°8439°9 30-4] NE 1;/NE 03] 3 9 5 | :050 22 | 9°986 | 0-000 | 0-005 | 0-008 | 0:001 | 42:0 46-4 | 44:0 40-9] 51°8 45:2] 45:0 41°9 | 43°0 41°97 51-7 32-27 W 1;/SW 1-2] 9 9 8] ‘570 23 | 9°814 | 9°798 | 9:760 | 9°690 | 9808] 43'S 42:9 | 44:0 42:9] 46°7 46°2}48°6 47:°9| 47:0 46°97 50°3 41-3—5W 1-2)SW_ 1-2] 10 | 10 | 10 }1:902 24 | 9°837 | 9°820 | 9°847 | 9854 | 9°852] 46°5 44:1) 49-2 48-1) 51:1 50-7] 50-2 49°1) 47:2 46:9] 52-7 44:37SW 2;|SW 1-27 10] 10 | 10] -8380 25 | 9°697 | 9693 | 9°716 | 9°734 | 9°726] 46:3 42-9 | 46-8 42°3| 48-2 43:2] 43-0 39:9) 43-0 38°9]751:5 443]SW 2-3)/SW 2-3] 9 | 10 8] °468 26 | 9-973 | 9-992 | 0-122 | 0-204 | 0-260 37°8 34:6 | 39:0 35:3] 410 35°8] 39:0 33:4 | 35:9 31:9] 448 35:2] NE 1-2)NE 1] 9 5 0 - 27 | 0°342 | 0399 | 0°315 | 0°539 | 0°339 | 30°7 28°8 | 33-7 30°6 | 45:0 37:9 | 40°0 35°6 | 39:0 35°99 45°3 27-38]NE 0:3) W ne | al 1 5 - 28 | 0°255 | 0°255 | 0-255 | 0262 | 0:302} 41:5 40-4] 43:0 41:4] 47-6 45:9] 46:2 45:9) 45:2 45:°9749°0 3527SW 0°3|/SW 1} 10 9} 107 :020 29 | 0:251 | 0-265 | 0-233 | 0-180 | 0°154} 49-1 47-0] 47-0 45:9] 49-1 47-9] 46:8 46°3| 46:3 45:-9]53-:0 422/SW 1|SW 1}]10/] 10} 10] ‘180 30 | 9°998 | 9°989 | 9°996 | 9°961 | 9°941 } 46°8 46:0 | 46:2 45:9] 51:1 44:9] 47:9 43°6 | 43-0 40°99 51'S 44:87SW 1\/E 1] 10 6 3] ‘110 31 | 9:904 | 9°908 | 9-901 | 9°928 | 9-954] 43:2 41:1 | 46:0 48°1 | 52°71 44:8} 47°9 43°3 | 45-1 43°3952-7 39: 27SW 0| W 1-2] 7 9 6] :035 MeEan.} 9°904 | 9°907 | 9°902 | 9°911 | 9°911 | 39°8 38:4 | 40-7 38°6 | 44:6 40:8] 41:9 39-3. 39°8 38:0] 46°5 35:8 0-98 1134774 |7°2| 7:0] 6248 APRIL 1889. ry. Wet.| Dry. Wet.JMax. Min. [Dir’n Force.) Di | Ins. Ins. Ins. Ins. Ins. Ins. | Dry. Wet.| Dry. Wet.| Dry. Wet. | D 1 9°851 | 9°809 | 9°856 | 9°831 | 9°852 | 42:2 39-1 | 43-4 40°1| 43-9 39°9 | 39-7 37-7 | 41°3 36:9]46-4 40:7] WSW 3-4) WSW1-2] 9 | 10 8] °165 2 | 9°968 | 9°964 | 9-959 | 9°933 | 9-942] 38:2 33°5 | 39°0 34:0] 42:5 39°1 | 39:8 36:0] 38:2 34°8]46°2 35-4] NE 1-2;NE 0-3] 9} 10/107 :050 3B | 9:753 | 9°729 | 9-512 | 9-344 | 9-225] 35-2 32°8 | 33-1 32°8| 38:0 36:9 | 41:6 38°6 | 40-2 36:9] 42:2 32:°2]SE 0| SE 2-3] 10 | 10 | 10 | -080 4 | 9-259 | 9-269 | 9-405 | 9°513 | 9°593 | 43:2 38-8 | 43:2 38°8| 45-8 40-0 | 43:0 38°7/| 39-0 35°8146:7 33°31S 3-4|NE 0-3] 10 6 9 - 5 | 9°622 | 9°628 | 9°629 | 9°661 | 9-698] 40°4 37-7 | 40-0 37:9 | 43-2 38:2] 41:2 37°2| 40°35 36:0] 44:9 37:3] NE 2|SE 1710/}10; 8 - 6 | 9-672 | 9:660 | 9°619 | 9°595 | 9-603} 39-0 36:9 | 42°9 38:3 | 45:3 39:9 | 44:0 38:8 | 42:0 37:9] 46-6 322]/ENE 1/SW WY ZEW a) - 7 | 9°644 | 9°650 | 9°655 | 9-690 | 9-664} 41:0 37:9 | 42:0 38:5 | 46:0 39:9 | 42:0 38-9 | 40-2 38°3]46°8 38:3] NE 1-2!NE_ 1-2] 10] 10 | 10 - ‘ 9-562 | 9°558 | 9°555 | 9°639 | 9°558 | 42:0 39:0 | 42:0 39°7| 45:0 40°4| 43-6 39°9| 41-1 37°99 48-7 38:3]SE 1-2; ENE 0:7} 10 9 9 - 9 | 9°584 | 9°584 | 9°574 | 9°595 | 9614] 41°3 36-9 | 44:2 37-9] 47-3 39:9] 43-0 37:8] 40-2 36:9] 49:7 35-7] NE 1-2/SE aN ad) 7 |) - 10 | $°672 | 9°670 | 9-699 | 9-710 | 9:718] 37:0 34:4 | 38°2 35°6 | 44-0 38°8 | 39-7 38:3] 37:0 35°91] 45:7 38:9] NE 1-2|/E 1] 10 | 10 | 10} -110 11 | 9704 | 9-702 | 9:672 | 9°676 | 9687] 38-0 36:0] 40:0 37:9] 44:4 409] 40-4 38°9| 39-0 37:°9]45°8 33-2]NE 1-2/SE 1-2] 6| 9} 9] -010 12 | 9°791 | 9°809 | 9°881 | 9-936 | 9:969 | 44:2 40°7 | 46:3 41:3 | 46-2 41:8} 43:9 40-1 | 42:0 39:1] 48:7 38:1] NE 2|NE 1-2] 7 | 10 9 - 13 | 9984 | 9-981 | 9:918 | 9-961 | 9:996 } 41:0 38:2] 40°3 38:3] 45:0 40:4); 43:0 38:2| 39:0 33:8] 46:1 36:2]NE 1-2) NNE 1-2] 9 | 10 8 - 14 | 9°986 | 9°979 | 9°949 | 9:940 | 9°969 | 40:0 35-6 | 42:2 36°7 | 51:4 42:4 | 50:1 48:6 | 45:4 42:°2]54:3 35-4] NE 1|W oO} 3 2 6 - 15 | 0:009 | 0-009 | 0-018 | 0:002 | 0:029} 42:3 39°5 | 44:2 39:9] 51:4 42°38) 49°5 42:9] 45-0 40°9]52°5 38:3]N 1|W 1-2] 7 9 a - 16 | 0°022 | 0-028 | 0:008 | 9-972 | 0:000 } 45:1 41:9] 45-0 41:9] 48:6 43:9] 47-0 44:9] 46°8 43:9] 50:7 41.3] W 0°3| W 1-2] 10 | 10 4 - 17 | 9981 | 9°982 | 0:012 | 0-030 | 0:036 150-0 47°9| 51:1 481) 51°5 47°9| 49-1 44:4] 47:0 43:9]53°'7 45:3]SW 0°5|E 0} 10 8 | 10 - 18 | 0°046 | 0:047 | 0°020 | 9-998 | 9°960] 45:0 44:1 | 46-0 43°9] 47:3 44°1] 48:1 44:7] 47:0 44:4].49°7 43:37SW 1-2)/SW 1-2] 10 9] 10] ‘106 19 | 9:910 | 9°906 | 9°906 | 9°898 | 9°873 ] 45:8 45:1] 46-0 45°8| 46:3 45:9] 47-9 45:9) 45:0 44°2]51:7 44-3}SW 2-3)SSW 1] 10} 10 8] °862 20 | 9-699 | 9°703 | 9°674 | 9°573 | 9-497 445-0 43°9 | 46°1 44°8/49°1 45:°9| 47:0 45:5) 47:0 45:°2952°5 423]1SW 1-2,;Sw 21710) 10)] 9] °3738 21 9-293 | 9-297 | 9°333 | 9329 | 9°351 4 43-6 41°4 | 41-9 40:2] 46:7 43°6 | 43:0 41:0] 42:0 40:0951°6 383]SW 2-3|SW 0-3] 10 8 8] °322 22 | 9°634 | 9°650 | 9-700 | 9-706 | 9°6651 40°9 37°8 | 42-2 37:9 | 45°5 39°S | 45:9 38:9] 40°8 36:9949:2 39:°3]N 0:3 | SW 1] 8 9 6] +193 23 | 9°314 | 9°309 | 9°318 | 9°317 | 9'379 42:2 40°71 | 43°4 41°3 | 45:2 43°0| 46:5 42:9] 42-2 41°09 47:2 38:5]SW 1|/Calm Of 10 8 8} -200 24 | 9°629 | 9°662 | 9-781 | 9°860 9°958 1 43°2 41°2| 43:5 41:9] 43-2 41:1] 46-9 41:9] 42:0 40°7146°7 39°5] NE 2|NE 1-24 16 9 8} ‘010 25 | 0°044 | 0:044 | 0°008 | 9°983 | 9-980] 41°3 39°1 | 43-9 40-7 | 52°1 45:9 | 50°3 45-1] 44-0 41°9]54:6 39:3] NE 2\|ESE 03] 4] 4] 9 - 26 | 9°842Z | 9°829 | 9°732 | 9°700 | 9°699 | 44-2 40:9 | 50-1 42:9] 50°4 45:1) 45-0 43:7] 45:0 43°9]54°5 36-21SW O|\SW O38, 4] 10) 10] 222 27 = | 9°817 | 9°832 | 9°844 | 9°814 | 9°797 | 42:0 40°1] 44:0 41:0] 51°9 45:1] 53°1 44:9) 45:2 40°1]53°7 413];SW O083;/SW 037 8] 6] 2 - 28 | 9°702 | 9°689 | 9°566 | 9°511 | 9°502 5071 43:°9|53°6 46:9) 56-1 46°9| 50-1 45:9] 47:0 44:9] 588 41:3] E 0°5|S Of 7 | 94 104 :020 29 | 9634 | 9°645 | 9°691 | 9°750 | 9°776} 44°6 41°0| 458 41:9] 50°3 44°9| 47:1 43-9] 44:0 41:1] 54:7 40°3)SW 1|S 0°37 8] 8] 38] :093 30 | 9°844 | 9°826 | 9°776 | 9°704 | 9°630] 48°4 43:7 | 53:1 45°7| 55:4 44:8 |51°9 42:9] 47:2 44:9] 59°38 39°3]SE 1-2|NE 2-3] 6| 6] 8] -302 MerAn.! 9°748 | 9°748 | 9°742 | 9-739 19741 42°) 39°6|43°9 40°4) 47:3 42°31 45-4 41-6 | 42°7 39:9750°0 38°5 1:40 0:98] 8:2 | 8°5 | 8:0 13-118 ' ' PUBLIC SCHOOL, FORT-WILLIAM. 29 MAY 1889. B ti duced to 32 1s ’ a | ee ue nee a arometer reduced to 32° and Sea 1 . ; ire rot P ‘hermo- Directic 1 Fore A t of peg ca tiene Hemperatire-—Dry and Wet Bulbs mae [jor ae a cau Read at gh gh 14h 18h jh gh gh 14h jgh 91h [gh gh gh 21h gh | [4h] 9]h | Ins. Ins. Ins. Ins. | Ins. Dey Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet. | Dry. Wet. Max. Min. eranorcel | mnenworce! ane veal oe, 1 | 9°501 | 9°500 | 9°540 | 9°614 | 9°659] 51°7 47:9] 50°1 46:9 | 503 45°9 | 51-2 45°7 | 47°71 42°79 51°9 44°518 03;SW 03110 i 3 2 | 9°687 | 9:679 | 9°670 | 9°740 | 9°702 4 47-9 44:0] 50°1 45-7 | 59-4 49°9 | 54:0 47-9] 531 46:3] 60'S 43°1]S 0O|\SW O05] 9 5 9 3 | 9°721 | 9°723 | 9°726 | 9°724 | 9°736 [50:9 46°7 | 511 46°7 | 55:1 48°9 | 52°8 48:1) 53:1 48:99 56°38 48-27SW 0:°3)/SW 1} 10 9 | 10 4 | 9°860 | 9°874 | 9:892 | 9°879 | 9°887 1 54:1 48-9] 54:9 49:1 | 57:0 50°9 | 59-7 53°8| 53°8 50°7460°8 4927SW 05/8 0} 10 | 10 | 10 5 | 9°912 | 9-918 | 9-873 | 9°853 | 9°890 }.54-1 50:1] 54°9 50:9 | 67:9 57-8 | 62:2 51:4] 53'S 50°7470°8 51-27SW 0| NE 1} 9 8 6 6 | 9946 9-950 | 9-883 | 9°875 | 9°873 [58-9 50°9 | 51:3 49-1 | 70°2 58-2 | 67°9 57:0 | 63:9 57-0] 73:1 49:2] NE 1\s 03) 7 u 9 7 | 9°797 | 9°779 | 9°701 | 9°675 | 9°691 ] 64:2 56-2 | 64:2 56-2 | 64°9 57°2| 60-9 59:1] 56:0 54:0] 73°8 58°31SW O3/SW 03] 6 9 |) 10 8 | 9°688 | 9°689 | 9°694 | 9°711 | 9°734153+1 52:2) 52-9 51°8) 51:9 50:2 | 560 50°8; 52-1 46°99 63-0 51-4] W O1S O05} 10) 10 7 9 | 9°772 | 9°784 | 9°769 | 9:741 | 9°767 153-1 50-2] 53:9 49°9 | 60:1 53°8 | 60°9 53-4] 59:5 51:7] 61°8 47: 2,SW 0\S 1-2} 10 | 10 9 10 | 9-680 | 9-694 | 9-688 | 0°729 | 9-741] 63:1 56:1 | 61:1 56:2 | 62:1 56°8 | 56°2 5271 | 53°1 49:9} 67°8 53-2] W 03/5 0-3} 7 | 10 | 10 11 | 9:787 | 9-786 | 9°737 | 9-761 | 9°800 } 51-3. 49:7 | 54:7 51-0 | 66-9 56-3 | 62:1 54:0| 56-3 50:9] 68-0 49-2] W 0|N 1} 10 7 6 12 | 9976 | 9-973 | 9-943 | 9:976 | 9-993 }.55°1 51°7 | 58:2 54:2) 62°7 51:2 | 60°6 55:2 | 52°3 49°99 701 472, ENE 1-2)NE 1-27 1 0 6 13 | 0°040 | 0040 | 9-984 | 9:941 | 9°933150°1 46:7 | 52°1 47:7 [56-0 52:°0]) 51:1 46°9 | 46-0 43-9 [60-0 43-0} NE 1-2|NE PAI] 1), ai(0) 4 14 | 9°850 | 9-848 | 9-760 | 9°762 | 9°784].47°3 43:1] 49:0 44°5 | 59:9 51°9| 55:3 49:2) 49:9 46:1] 61:3 44:17 N 0°3| SE 0-5] 9} 10 | 10 15 | 97798 | 9°798 | 9°319 | 9-836 | 9°S83 1 46:2 44:9] 46°8 46:0 | 55'3 49°1| 54:9 48°2| 46:0 42°97 57:4 54-205 W 1|W 0-34 10 9 2 16 | 9°975 | 9-988 | 9-976 | 9:991 | 0°002] 49°3. 46-5 | 54-3: 49°1 | 58-0 51°9 | 60°7 51°7 | 52-1 48°91 63°6 43:3) W 0 SW OF 5 8 9 17 | 0-036 | 0-034 | 0-015 | 0°016 | 0:003 }52°3 49:9 | 53°3 51°7 | 61:4 55°3 | 63:0 54:0) 57-8 50:7] 66°38 49:0]SW 0|SW 0} 10 9 8 18 | 9°854 | 9°872 | 9-864 | 9°873 | 9°873 54:5 50°9| 57:0 51:9 | 58:9 53°38) 59°9 548 | 54:1 52°3)64°8 5127NE 0:3) SW O} 7 4 10 19 | 9°890 | 9-888 | 9°887 | 9°921 | 9°963 }55°1 51:9] 57°38 53°8 | 63:9 57:2 | 57°5 54°3| 55-1 5271658 47:1 1SW 0|SW OF 5 8 | 10 20 | 0°038 | 0-038 | 0-035 | 0:038 | 0:066 [54:3 52:4] 56:0 53:1] 64:1 58:0 | 65°5 59°9 | 47°3 44:°9]57°8 50-0] W 0/SW 0:5} 10 | 10 8 21 | 0°079 | 0-073 | 0:045 | 0-002 | 9-948 § 57:0 56:0] 59-9 58-2] 62°1 58:0 | 65-2 60°2 | 59°7 5594628 S-OTSW 0:3) SW Oo} 9 a) 9 22 | 9°918 | 9-916 | 9-869 | 9°873 | 9°871 }59°7 56°5 | 60°9 56:5 | 63-9 56°S | 58-0 54:1 | 55-1 52:1]68°9 51-27SW 0°3)SW 1] 8 6| 8 23 | 9°816 | 9°816 | 9°800 | 9°721 | 9°688 | 53:4 52:1 | 52°6 51:0] 57°6 54:0) 60°9 55°8| 53-1 511476271 5127SW 0°5|SW 0:3] 10 8 8 94 | 9°529 | 9°527 | 9°544 | 9°567 | 9:°596154°2 51°9 | 54:2 51:9] 51:1 50°41) 49°3 48-7 | 47°3 46:9} 62:2 47:1] SW 1;SW_ 1-2] 10] 10); 10 25 | 9°589 | 9°591 | 9°589 | 9°621 | 9°651 $1 48°3 46-9 | 48°9 46°9 | 56°3 50°0| 55:2 49°5 | 47°3 44:9] 58°8 41:3]SW 1|SW Oo] 8 Seip 26 | 9°718 | 9°728 | 9°737 | 9°759 | 9°795953°1 49°1 | 54°3 49-9 | 67:4 54:0 | 62°7 54:0) 57:0 52:0] 69:0 379] NW 0/Calm Of} 3 3 8 27 =| 9°843 | 9°817 | 9°753 | 9:685 | 9°668 | 50°4 47°9 | 54:9 49-7 | 64°1 49°3| 63°9 55:2) 55°3 49°91 66°6 43:1] SW O|N Oo] 8 5 6 28 | 9°530 | 9°518 | 9:536 | 9486 | 9°419} 511 47°9| 51-7 48°9 | 54:4 50°9] 51:1 49-2 | 50-4 49°2} 646 48:21 N O;|N Oo] 8 9 | 10 29 | 9°446 | 9°444 | 9-456 | 9°536 | 9°501 J 511 50:2 | 53°1 51-9} 54:4 50:9] 51:1 49°2| 49-4 47:9] 596 48:27N 0O|/SW O37] 8 9 9 80 | 9°538 | 9°548 | 9°594 | 9°585 | 9°633 7511 47:9 | 49:1 47-7 | 52-1 505] 55°8 50°9| 48°9 46:1] 58°38 4057SW 0:3) SW 0} 10 | 10 5 31 | 9°539 | 9°5387 | 9°536 | 9°531 | 9°550 | 50°9 48-5 | 52-1 47-9 | 55:3 52:1) 54°3 51:1 | 52-1 48-97 62:0 44:3] W 0:3) SW 1) ee ay) MEAN. | 9°7S7 | 9°786 | 9°772 | 9°775 | 9°784]53°1 49°8 | 54:0 50°5|59°5 53:0] 581 52:4] 52°38 49:2] 64:1 47°7 0°35 0°50] 8:0 | 7°5 | 7:7 } JUNE 1889. Ins. Ins, Ins. Ins. ane ioe Wet. | Dry. Wet. Dry. Wet.| Dry. Wet. | ae Wet.| Max. Min. |Dir’n.Force.|Div’n.Force. Ins. 1 | 9°669 | 9°697 | 9°687 | 9°700 | 9°785 ] 53°3 49-2 | 54°] 49°7 | 57-3 515} 58:9 51:9 | 58-0 49:9] 60:0 49215 W 1;/SwW 1-2] 10 | 10 9 |0:030 2 | 9°741 | 9°738 | 9°651 | 9°624 | 9-667 | 64° 30° 57°3 | 69°4 62:2 | 63°7 59-2 | 58-0 55°41 70°5 55°3 [SW 1/s 0-5] 9 9 | 10 | -160 3 | 9°736 | 9-739 | 9°754 |[9°724]) 9°821 3 53°3/ 61:0 56°9| 62°S 54°8 | 57:0 49:9] 67°8 524,5W O05)/SW 11-2710) 9| 9] -050 4 | 0-008 | 0-026 | 0-180 | 0-274 | 0:337 51-9 | 61:4 54:0] 61:9 54°8 | 55°4 50°99 65:1 49:2 1SW 2)SwW O03] 7 6 il = 5 | 0°463 | 0-459 | 0°447 | 0-409 | 0°359 53°9 | 65:4 56:0} 66°3 56°0/ 57:0 52°3768°3 45°37,SW 0:3)SW O7 1; OO} 4 = 6 |[0°296]| 0-278 | 0°155 | 0-118 | 0°132 2) 52: ‘9 54°9| 70°9 58-3] 65:2 56:0} 57:0 52°2]73°0 49-2]5W O2/SW O37 1} 0} 5 ~ 7 |[0°216}| 0°213 | 0°193 | 0:155 | 0-166 | 53:1 47-4 0 49°7 | 63:2 51-9] 61°7 52°9| 50:9 47-7] 65°38 46:3]5W 1/SW 0-3] 2 ik) - 8 | 9-974 | 9-972 | 9-899 | 9-831 | 9°827] 51:9 48-9 | 54:3 501) 56°8 50:7 | 54:1 49°9 | 501 49°29 61°38 44-5 ]5W 1/SE Of 10 | 10 | 104 -160 9 | 9°836 | 9°838 | 9°822 | 9-866 | 9°923 | 52°1 48-2 | 53°4 49°7 | 62:9 54:5] 52:7 49:1] 49-7 46°38] 65:0 4737 NE 1-2/NE 21 9 5 8} -010 10 | 0:01 | 0-003 | 9-970 | 9-963 | 9°986 ]50°9 45:1 | 55:1 48°5 | 62:9 51:9] 59:1 51°3| 51:1 47:2764:0 39:3] E 1;SW O37 1 3 0 - 11 | 9:928 | 9:912 | 9°863 | 9°816 | 9°810 ] 52°4 47:7 | 560 49-9 | 62:0 52:9] 59:0 51:7] 55:1 502]64:6 42:2]78 1-2}SW 1-2] 0 2; 107 -045 12 | 9°832 | 9°838 | 9°858 | 9°861 | 9°875} 52:1 51:1] 51°8 50:0] 57:0 52:6] 59°9 52°3| 52:1 49:1] 60°2 49: 215W 1) W 07 10 | 10 9 ~ 13 | 9°798 | 9°784 | 9-739 | 9°717 | 9°727 | 55°3 51°1 | 57°5 54:2) 61°2 56°5| 580 53-9 | 54:1 53°74 62°8 47-7] SW 1;SW Od] 7) 7 | 104 200 14 | 9°849 | 9°846 | 9-784 | 9-840 | 9°942 | 54:1 50°71 | 55°2 49°9| 57-0 50°8| 54:1 49-1 | 49-7 46:9] 60°71 47:°3,5W 1|SW 1} 4/1 10 7 | °038 15 | 9:919 | 9:919 | 9-962 | 9964 | 0°012} 51-2 50-2 | 53-4 52:0| 57-8 52:7| 56°8 50°9| 54:1 49:7] 61°8 46-67SW 1)SW 1} 7| 8 | 10} 013 16 | 0:096 | 0-146 | 0°129 | 0°151 | 0°159} 52:1 50-7 | 53:1 51:0] 60°3 54:0} 59-2 53-2 | 55:2 51:9] 62:0 50:0]SW 1|/SW OT 9 9 | 10 - 17 (| 0°219 | 0-217 | 0:217 |[0:226}|[0:237]] 51:1 50-9 | 52°3 51:7 | 65:2 57-1] 62°7 57:0 | 55:0 52:°4]66°8 51:2 N 0|SE Oo] 9 0 0 18 | 0°277 | 0-283 | 0:231 |[0°210}] 0°244] 53:1 51-8 | 54:0 52-4 | 63-2 57-6] 63:7 58:8 | 55:0 52:9] 66°38 46-1] E 0] WSW 0:3] 10 0 0 - 19 | 0-218 | 0-217 | 0160 | 0:156 | 0:202] 59:0 57:0 | 64:9 60:1 | 76:2 66:2| 69:1 63:2 | 64:7 50°9]78°9 47:3] NE 1/NE ED) 2 4 - 20 | 0-212 | 0°204 | 0:154 ; 0°126 | 0°154}56°3 51:9 | 61°2 55°1;70°5 59:4] 69°9 61:2; 57°6 55:07 73'8 47:3] NE 1}NE 03) 0} 0; O - 21 | 0°148 | 0°146 | 0108 | 0-081 | 0:'100} 58-8 55:4 | 62°9 59:1 | 75:4 62:7 | 73-9 63:2| 63°9 581] 768 488]NE 0:2) NE Oo; O| O} O - 22 | 07148 | 0°151 | 0°130 | 0:124 | 0-142] 64-8 59-1 | 62:1 58:3] 69-3 62:3] 70:7 63°1| 59°S 56°0] 74:8 52-27NE O-3;NE 1-2] 0; O| O - 23 | 0°149 | 07141 | 0-092 | 0-044 | 0:063 157-0 53°31 58:0 54:5 | 60:4 56°8| 63-2 58:6) 571 5519714 502]NE 1-2/SW 0:3} 10 8 2 - 24 | 0-077 | 0-074 | 0:060 | 0:042 | 0064} 59:0 56:0} 61°5 56:0 | 67-9 60:0} 67-0 60:0] 62:1 57°3]70°8 534]NE 0°3/SW Oo} 38] 3] 8 = 25 | 07101 | 0-100 | 0-082 | 0-066 | 0-088 [61:0 59-0]| 62°9 60:0 | 71°9 61:9 | 70°0 61:2 | 59-7 56:0] 72°8 50-2] E 0| W Oy 2 eee = 26 | 0-084 | 0-063 | 0-042 |[0:030]|[0:035]] 57:2 54:2 | 64:9 58:1 | 64:9 59-2] 613 57:0) 57:0 55:0] 70'S 46°3}SW O|SW O37 1] 9] 8 = 27 | 0:033 | 0:053 | 0:070 | 0:054 | 0073 | 59:0 55:0 | 58°3 52-5] 64:2 55:9] 59°8 54:1) 53:5 50°39 70°9 [52-0] SW 1;/SW O37 8| 2] J = 28 | 0:065 | 0-036 | 0:045 | 0:064 | 0-083 }.54°3 51°5 | 57'3 52°2| 63:1 53-9] 59-9 53:9] 55:3 52°7]64:°8 4437WSW 1/SW O05] 4] 8] OF -054 29 | 0:187 | 0°183 | 0-187 | 0:174 | 0:141 } 55-2 51:9 | 53°5 51°3|}56°0 51:1] 53-5 51:3) 54-4 51-4]759°3 501]7SW O0'3/SW 03] 10) 10} 10} -082 80 | 0°165 | 0°172 | 0:247 | 0°313 | 0°362]54:°5 51°4|56°3 52°1| 57-5 52:8] 56°38 52°1| 55:0 50°77] 61:4 51-8 7SW 1} WNW1-2] 10} 10] 9 = MeEay.| 0:045 | 0-048 | 0:031 | 0:027 | 0°051 ] 55:7 52:2| 57-7 53:3) 63:7 56°1| 61:8 55:4/ 55°8 51°83] 67-1 484 0:79 0°57] 5°6 | 5:1 | 5°71 0:842 130 PUBLIC SCHOOL, FORT-WILLIAM. JULY 1889. 5. h. : Barometer reduced to 32° and Sea mm sents ae ; ‘Thermo- Direction and Force Amount of J Rain- Level. Temperature—Dry and Wet Bulbs. ineters. of Wind (0-12). Cloud (0-10), } fall. Read at gh gh 14h | ygh | Qin gh Oh 14h igh | aah 1sh gb gh QIh gh |14h|Q1h]} gh Ins. Ins. | Ins. | Ins. Ins. | Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet. | Dry. Wet.] Max. Min.|Dir’n.¥orce.|Dir'n. Force. Ins 1 | 0-439 | 0°451 | 0°463 | 0-458 | 0°448 1. 53:1 50°9 | 55:2 52:1] 58-0 54:0) 57:0 55:2 | 56:0 55:8] 60°8 502] W 0O|SW 03410 | 10} 10} -042 2 | 0°452 | 0°442 | 6:413 | 0°373 | 0°388]57°6 56°2| 59-9 57:0 | 69:7 62:0 | 67°9 60:2 | 59°0 56-8] 71°8 54:2] KE 0) SW oO} 8/10; 5 - 3 | 0-394 | 0°370 | 0-286 | 0°262 | 0°290 ] 57:2 53:1 | 61°1 56:0 | 77°7 61:3 | 73:9 61:2 | 61'3 57-0] 81'9 49-2] NE 1\E OF 0 al - 4 | 0°286 | 0-277 | 0°213 |0°199]) 0°248 | 59:4 54-9] 61:9 56:0 | 80°5 66:4 | 72°7 63:2 61°3 57:0] 82°0 512]E 1/ENE 0:3] 0] 0} 0 = 5 | 0-273 | 0°278 | 0°228 | 0185 | 0°219 ] 56°3 54:1 | 68-0 55:0 | 69°8 62:7 | 66:7 61:3 59°8 57:3] 81'S 50°2] ENE 0-3 | W 05] 9 PAN ey - 6 | 0°083 | 0:059 | 9:944 | 9°860 | 9809] 55:1 54:2 | 56°2 54:9 | 60:0 552 | 55-9 53-0 55:0 51:9] 69:0 5177] WSW1-2);WSW_ 1] 10 | 10} 10 = 7 | 9°739 | 9°744 | 9°711 | 9°686 | 9°705] 53°3 47:1 | 55:5 49:0 | 57:0 47:9 | 56:0 48°9 | 51°1 46°9]60°8 46°83] NE 1|/NE 1] 8 6 | § - 8 | 9°713 | 9°707 | 9-673 | 9'°681) 9°776 [55:2 47-9 | 531 48-7 | 55:0 51:7 , 524 50-4 53-4 49°9]58'°6 47-5]WSW 1\)WSWO0'5] 9) ¥ | 10 - 9 | 9°828 | 9-835 |[9°825]| 9°783 | 9°833 ]56°0 51°9 | 57°5 52:9 | 64:1 55:0 | 63:9 55:2 | 58:0 519] 67'1 46-5] E O'S 3-4] 9] 7} 8] 086 10 | 9°712 | 9°712 |[9-701}|[9°697]| 9°737 | 55°8 52:5 | 55:0 52:4) 59:2 53°S| 61-2 55:0 | 52:4 51°2]63°8 43-°3]NW 1-2) NE 21710; 10 107 -312 11 | 97873 | 9-880 | 9°887 [9-909] 9°999 | 50°9 49°7 | 52-1 50:4) 56°8 50-4 | 55:1 49°9 | 51:4 49:9] 62°8 423 | NE 1| ENE 1-2] 10 | 10 | 10] -010 12 | 0-038 | 0-038 | 9°746 | 9°785 | 0-046 ]55:2 51:0 | 56:0 51:1 | 57°2 52°7 | 59°4 561 | 55:2 51°9]59°8 48-2] E 0); SW oO] 9}10) 0 - 13 | 0°000 | 9-986 |[9-929][9-897] 9-907 | 54:7 52:1 | 57-5 53-4] 60°8 53-8) 63°9 56:0 | 55°1 51:3] 65°8 47-771 WSW 0:3; WSW 17 9) 10 | 107 -003 14 | 9°862 | 9°832 |[9°756][9°739] 9°774] 52-4 50°1 | 57-0 52°4| 59:0 53°6 | 56:0 51°8| 51:1 48:9] 68:1 4857WSW 1/SW O05] 8 | 10 9} -252 15 | 9°674 | 9-678 | 9°673 | 9°681 | 9°679 | 52°4 5071 | 52°1 50:1 | 55:1 51:7 | 52-4 50°4|50°5 48°9758°6 47-47SW 0°3/SE Oy 9 9 | 10 4 :182 16 | 9°743 | 9°760 | 9°775 | 9-783 | 9°813 }54°6 51:1 | 57:2 52°5 | 64:1 55:0 | 63°9 55:2 | 535 50°7 7671 465] ENE 0°3)}SW Oo a 5 | -030 17 | 9°879 | 9:887 | 9-901 | 9°896 | 9-924 | 54:1 50°9 | 56-4 51°9 | 59°2 53-8 | 61:2 55:0 | 54:1 49°97 63°38 53°37NE 1-2) NE LO Sa aOR eS - 18 | 9°925 | 9°925 | 9°880 | 9°859 | 9°840] 51:4 46:9 | 51°9 46°9/] 56'S 50:4 55:0 49°9 | 53°5 48-9] 62°8 42:37 0| W 0:37.10 | 10 > 9 F -030 19 | 9°760 | 9-762 | 9°746 [[9°736], 9°718] 53:3 49°9 | 52-9 50:3) 57-2 52:7 55:4 51:1/51°3 49:°9]759°8 48-27SW 0:°5)SW 17 8 | 10) 10] ‘113 20 | 9°696 | 9°687 | 9°630 | 9°578 |-9°566 ]52°7 50:9 | 54:4 50°7 | 60°8 53°8 63°9 56:0 | 56:4 52°9]65°8 47-7 ]SW 0; SW Of} 9 | 10) 10 - 21 ‘| 9°472 | 9:470 | 9°460 |[9'510] 9°598}56°8 52:1) 60-7 55:0/ 58°9 52°6 56:0 51:3) 52:1 46°9]} 68:1 48-57NE ~0°3| W 1} 6| 10) 3 :033 22 | 9°623 | 9°617 | 9:633 | 9°630 | 9°636 } 54:1 50-1 | 55:0 50:2) 53:4 51-9 54°8 52°1|50°9 47:°9]59'8 4947SW 1-2;SW 0°38] 9/10) 44 -020 23 | 9°690 | 9°686 | 9-709 | 9-720 | 9°786 ]52°3 50:4 | 46-4 52:7 | 6671 55-2 62:9 55:0) 54:1 50:9] 67-7 43-1] E 03)N O7 4) 4) 2 - 24 | 9-641 | 9°615 | 9°555 | 9-531 | 9-458] 51-6 49-9 | 59°3 53-9) 61-4 54:0 59-0 54:2 55:0 52°9]65°8 4131SW 0:3|SW O] 8, 10 | 10] -236 25 |[9°505]) 9-500 | 9°530 | 9-614 | 9°676] 53-7 53-0 | 56:0 55:0 | 65:9 57:4 | 62°D 58°5 | 54°6 51:2} 66-4 50°27 NE 1)/ENE 0°5]10/ 5| 2 - 26 | 9°760 | 9:764 | 9°774 | 9-823 | 9-909 | 57°8 51:7 | 59-7 51°8| 64°9 55:4) 61:5 54:2) 64:5 50°94 68-7 5221NNE 2|)W 2-3] 7| 3) 2 - 27 =| 9:966 | 9-976 | 9:985 | 9-982 | 0:049 | 58-0 52:9 | 59:9 52-7 | 64:8 56:0 | 63:9 57:0] 52°5 50:1] 69°38 49-27SSW 02/8 0:3) 2558) 73 - 28 | 9:957 |[9°954]| 9°953 | 9°955 | 9°985 7 53°3 51:2 | 54:1 52°3| 58:4 55:0 571 54:3) 55:0 53:°9759°3 487)]SW 0°3|/SW 0710,)10) 3 - 29 | 0°053 | 0:053 | 0-094 | 0:095 | 07128 | 56-2 55:0 | 59-0 56:2 | 60:9 56:8 | 60°3 57:9 | 58:0 56°2)62°8 53-275W 0°3)SW 0} 10; 10! 10 - 30 | 07185 | 0°135 | 0°108 |[0°050] 0°055 | 59:1 52°7 | 62-9 59°1 | 74-2 63°3 | 71:1 62:4 | 62°7 58-9] 76°8 [52°0]| E 0O|\SW 03710} 38 4 - 31 | 9°997 | 9:989 | 9:938 | 9°929 | 9°888] 65:1 60°6 | 65°9 61:2 | 73°3 Pager” 62:2 | 69°3 65°21 748 5124S W 0\5 03,10) 9} 9 - MEAN. | 9°910 | 9°905 | 9°875 | 9°867 | 9°900 | 55:1 51°8 | 57°71 53:0 | 62°6 55:5 60°9 55°3 | 55:4 52°4]66°8 48-4 0°63 0°64] 8°0 | 7°8 | 6°44 1°349 AUGUST 1889. Ins. |) fns-) | insse|) ins: Ins. | Dry. Wet.| Dry. Wet.) Dry. Wet.| Dry. Wet.| Dry. Wet.] Max. Min. {Dir’n.Force.|Dir’n. Force. Ths. 1 | 9-888 | 9°883 | 9°827 | 9:°794 | 9°785 ] 58-0 56°2 | 59°9 57°3 | 65:4 58°5 | 62°3 56°4|57°0 55°2]66°8 57 27WSW 1/SW 05710) 1 | 10] -030 2 | 9°713 | 9:713 | 9°721 | 9°719 | 9°718 1 58:0 55°8 | 58-4 56°0 | 58-9 57:0|58°9 56:2) 53-1 52:9] 62'S 54:2, 5>W O;}SW 0-37 10} 10 | 10] -110 3 | 9°608 | 9°612 | 9°594 | 9-644 | 9°693 } 55:1 54:0 | 57:0 55:0 | 65:1 57:0] 61:1 55-0] 56-0 52:9} 67°8 51:2) NE 0, W O37 4 8 | 8] -060 4 | 9-813 | 9°821 | 9-822 | 9-811 | 9°799 ] 56:3 53:2 | 58-0 53:9 | 60:7 54°9| 57:0 56:0] 55-0 53°5]65°8 5327SW 0::1SSW Od] 8}| 7 | 10] 110 5 | 9°657 | 9°627 | 9°574 | 9°347 | 9°513 } 55:1 54°21 56:0 55:0 | 60°3 57°7 | 55°8 54°8| 54:1 53-1]61'8 52-21SSw O;SW 0°57 10] 10 | 10} -820 6 | 9°481 | 9:500 | 9°572 | 9°644 | 9°682 } 57:2 55:0 | 55:3 54:0! 60°1 55:2) 55:5 54:2] 53-1 50°9]61:°9 52:27SW 1-2)NE Of, 10) 9 71 ‘070 7 | 9°891 | 9°892 | 9°914 | 9-943 | 9°993] 55°1 54:0 | 60:4 55°9| 61°4 55:0 | 60°9 54:0 | 55:0 5114658 49°27 NE 0|/Calm Of 4 9 8 - 8 | 0:023 | 0:019 | 9°954 | 9-896 | 9°869 } 51-1 49-2 | 54:1 50:4 65-4 5671 [60:0 56:0] 53:1 50°7466°S 43-3]WSW 03)/SW O03] 7 if 6 170 9 | 9°714 | 9°709 | 9-707 | 9:791 | 9°699 } 54°6 53°1 | 55:0 53:9) 58°5 56°2/58:0 55°2| 55:0 54:0] 60°2 49°2] ESE 0}Calm Of 10 9} 7] :040 10 | 9°635 | 9-631 | 9-606 | 9-592 | 9°580 [53-1 51:9 | 54:4 53:0) 56:0 55°3| 55:0 54°7| 54:1 52°91759°0 49:0, NE 0°3|)Sh O7 10) 10; 9F 380 11 | 9-696 9-703 | 9°693 | 9°742 | 9-785] 54°6 51°9| 56:9 52°9| 59-5 54:°0| 57:5 52-9) 53-1 50:9] 60°8 520]NE 1-2|NE_ 1-2] 9 8 8 - 1 9°870 | 9°872 | 9-888 | 9°899 | 9-902} 52:1 49:1 | 53°3 49°5/ 58-9 53:1] 55:3 51-9) 55-0 51-2461°6 47-37WSW 1/WSW 2710) 8] 10 - 13 | 9°871 9°883 | 9-933 | 9-939 | 9°917 } 56°9 51°8 | 57°6 51:9 | 59°9 52°9) 57:3 51:1] 51:1 48:°2761°8 52:2) bh O|N 0710) 8 6 | :023 14 | 9°702 , 9°677 | 9° aoy 632] 51:7 50°9 | 53°9 52-9 | 62°1 57:4! 61:1 57:0] 58:0 56-0} 66°8 48-0] SE 0\S 0710) 9 9} -060 15 | 9°665 9°661 9°7 06° 99°0 | 56°3 55:0 | 57-71 54:9 | 57° 52:1} 54:0 51:9] 62:8 50°2,5W 1/WSW 0°3] 10 | 10 | 10 | -020 16 | 9°788 9°786 | 9°71: : dre 55°) 53°50 | 57°5 64:2 | 56-0 55°2| 55-1 54°8| 54:0 53°7159°0 53:2ISW 1-2'8 1f 8} 10; 10 J1-112 17 | 9°439 9°461 | 9°523 | § 9°5 534 50°9| 54:0 51:0} 55:1 52:4] 56:5 52°9| 53-1 50°8]61°8 52:2] WSW 1-2|SW 1} 9 Z| 9} +448 18 | 9629 9°645 | 9-711 | 9°737 |[9°781]] 54°53 51:9 | 52°6 51:0] 57-0 53-9 | 55:1 52:4) 54:0 50°8]63°4 49°77SSW 0°5|SW Wy | 7% 7 | °306 19 | 9°685 | 9°673 | 9°584 | 9 529 | 9°469 | 54:3 53°3 | 54°8 52:4) 60-9 57:0] 54:6 53°7 | 53:0 51:9163:0 50:0]N 0 07 10 | 10 | 10} -620 20 | 9261 | 9°259 | 9-233 | 9-246 | 9-284] 53-4 52:9 | 53:4 52°8| 54-9 54:0) 56-0 52°4| 54:0 52°0]56'8 52:0]7NE 0°5|}WSWO03]10] 10) 94 360 21 | 9°281 | 9°280 | 9-256 | 9°212 | 9°213 [5471 5071 | 54:8 50-7 | 58°5 52°4| 57:8 42:8| 55:0 51:99] 60°8 5D: 21SW 0:3) W 1-2] 7/10) 9) -023m) 22 | 9°395 | 9-424 | 9°550 | 9°650 | 9°691 | 54:1 49°9 | 54°3 49°9| 582 501 | 54:9 46:9 | 52°1 45:94 60°8 53:2]W 1)WNW1-2] 7 8| 3] 113 23 | 9°685 | 9°686 | 9-666 | 9°668 | 9°678} 51:4 49°2 | 52-7 49°4 | 57-8 51:1 | 45:2 49:8) 511 47:9] 59-77 49-21SW 1|SW 1710] 6) 8] -049 | 24 | 9-760 | 9°768 | 9°773 | 9°771 | 9°765] 60°1 47°7 | 51:2 48°1| 55:9 49°8 | 53-3 48-9] 51:1 48°9]58°38 44:3] NE O|SW 0:37:10} 9] 10] -053 25 | 9°789 | 9-791 | 9°840 | 9-918 | 9°893 } 52-1 50°4 | 54°1 51-4) 56-9 51:2) 54:1 48-9] 51°83 4691596 4927WSW1-2|NE 05710) 6] 8 | -020 26 | 9:996 | 9°980 | 0-002 | 0-018 | 0-016} 50°3 49-2 | 52°4 51-1 | 55-1 50°4| 54-1 52:9] 58-1 5B2)57:1 44:5 1SW 0|}SW 1} 9 {10} 10] :140 27 | 0°023 | 0-021 | 0-023 | 9°959 | 9-923 [54:9 53:9 | 55°2 54:9 | 54°3 53:1 | 53:3 529°1| 54:2 52°1]50°6 521]7SW 0°)SW 1-2] 10} 10) 10 | 1502 28 | 9°725 | 9°722 | 9°787 | 9°807 | 9°825 156-2 55°8| 56°9 66:3 | 58°8 58°2| 57-1 57:0| 56:2 56:°2]61°8 52:27SW 2-3/SW 1} 10) 10 | 10] :903 29 | 9°954 | 9°977 | 0°016 | 0004 |[0°025]} 55:3 50°9 | 56°5 53°1 | 56°0 54°0| 56:3 54:2] 53:4 5219586 52147SW 0°3)}SW Of 2;10) 8] 010 30 | 0°084 | 0-088 | 07118 | 0°151 | 0°182 [52:1 50°9 | 56°5 55:2 | 63:0 56:0 | 57:1 52:0] 49°1 46:°9163°8 47-7]SW 0:3] W 0:34) 2) sno = 3 0°225 | 0°222 | 0°226 | 0°220 | 0°234 | 47°9 46°7 | 54°1 51-2) 57°0 54:0 | 56:0 54°3/ 54:2 53:°9]588 41:37SW 0°3)/SW OF 8} 10) 9F 030 } MEAN.| 9°740 | 9°741 | 9°746 | 9°749 | 9°751 | 54:0 52:0 | 55°4 52°9)| 58:9 54-5 |56°8 53°3| 53°77 51:69 61-7 501 0°62 0°58 18°5 | 85 | 8:3 17382 PUBLIC SCHOOL, FORT-WILLIAM. 131 SEPTEMBER 1889. 5. R. Barometer reduced to 32’ and Sea e r ; : Thermo- Direction and Force Amount of | Rain- Level. Temperature —Wel/and Dry Bulbs. meters. of Wind (0-12). Cloud (0-10). | tall. Read at gh gh 14h 1gb | 21h gh gh 14h 18» 2ih 18h gh gh 21h Qh | 14h) 21hp gh Ins. Ins. Tus. Ins. | Ins. | Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.|Max. Min. [Dic’n.¥orce.|Dir'n.Force. Ins. 1 | 0°247 | 0°253 | 0-200 | 0°171 | 0°172] 52°7 51:9 | 55:0 52:1 | 64:4 57:2 | 62°7 58°4| 54:1 52:7] 66-4 49:0] NE 3|E Oo; 2 5 it - 2 | 0°132 | 07125 | 0:069 | 0°045 | 0-052] 53-1 51°2|57°6 54°6 | 64°9 57°2| 59°8 54:8 | 550 51-2] 67:1 466] E 0|SE oO} 4 4 47 -012 3 | 0°052 | 0:046 | 0-066 | 0-081 | 0:089 ] 55:1 52:9 | 56°8 54:1 | 64:4 59-3] 61:2 58:0] 59:9 57:0] 67-4 53:2] NE O;S 0} 10 8 | 10 - 4 | 0174 | 0°174 | 0°217 | 0-212 | 0-228] 59:0 57:2) 58-6 57:1] 58°6 57:8] 58:0 57:3] 56°2 56°0]62°8 576)SW 0°3/Calm Of 10 | 10 6 - 5 | 0°250 | 0°262 | 0°250 | 0°255 | 0:273 1 55:1 54°9| 54:4 54:1 | 64°9 60°7 | 62:7 59°1| 58:0 56:3] 66°6 54:0]S Ons) 0} 10 4 9 - 6 | 0311 | 0:309 | 0:291 | 0:270 | 0-293} 53-3 52:9 | 57:0 56-0 | 67°9 62°3| 64:9 61:2] 56°6 55:2]69°0 50-2] NE 0|E Oy 4 7 7 7 =| 0°275 | 0-259 | 0182 | 0139 0°144}51°6 50:4 | 550 53:9| 69°9 60:2] 60-4 53-9 | 59:0 54:0] 721 475]N O|SSE 23] 3 0 i) - 8 | 07119 | 0:099 | 0:002 | 9-932 9-951] 57-0 51:2 | 59°3 53°1 | 64:4 56°1 | 62°6 56:1 | 56°0 55:0} 69°1 53:8] SE 0|SW 1] 8 | 10) 10] -522 9 | 9862 | 9°870 | 9:964 | 9-988 | 9:993 ] 59:0 56°8 | 59°3 56:0) 63:1 57:0 | 56°38 52:1] 55°2 51-9] 64:0 5427SW 2-3) WSW OF 9 4 9} 122 10 | 0-014 | 0 031 | 0°027 | 9:997 | 9999}. 55:1 54:0 | 56-0 55:0 | 61°9 60°2 | 62°9 60-2] 60°9 58:1] 63°8 54:2]5 0-3} SW 1] 10 | 10 9} -020 11 | 9-983 | 9-985 | 0°008 | 0-008 | 0:029 | 57:2 57-0 | 57-2 57:0 | 60°2 58°6| 58°3 57:0] 58-2 56°74 64°8 56S15SW 0°3/N 03710} 9] 10} 033 12 | 0°177 | 0:193 | 0°18 | 0°165 | 0°162 }57°8 56:2 | 58:0 57:0 | 64:7 60:4 | 62°71 59°6 | 54:1 525) 67'8 55 27NE 1;/SW 0] 9 9 47 -040 13 | 0°175 | 0°174 | 0:198 | 0°252 | 0-287 }57:0 56:0 | 57-8 56°2| 58:1 57°5 | 57-8 57:0] 55:0 55:0463°9 51-47 WSW O|SW 0} 10 | 10 | 10} -062 14 | 0-401 | 0-401 | 0°416 | 0°413 0°439]52:4 51:2 | 53°6 52:0] 57-0 54:2 | 55-4 51-9 | 501 46:9] 61'4 50:2] NE 0| NE 1] 10 5 5 = 15 | 0:475 | 0°477 | 0:437 | 0°422 | 0°424145°0 43:9/| 48°9 46°7 | 59°0 53:9 | 55:3 51:0} 50°6 48-7] 60°8 37:9] NE 1|SW it} } 8) 3 0 - 16 | 0°330 | 0°340 | 0-260 | 0°179 | 0°131 ] 44:2 43:9 | 50°71 47:9 | 54:4 50°9| 56:0 51:9) 56°0 51:1]56°8 416]NE 03/SW 0-3] 9 | 10 | 10 - 17 | 9°984 | 9-984 | 0:016 | 0:017 | 0°033 | 57:2 52-9 | 57-0 53:0 | 55:0 53:0 | 56°0 51:9 | 54°9 51:7} 57°8 52°-4]5SW 1}/SW- 2-3] 10 7 | 104 -102 18 | 9:962 | 9:958 | 9°892 | 9-804 | 9°733 [55:3 53°9 | 55-2 53:2] 54°6 54:0/50°2 49-1] 52°5 51:9] 59°3 48-7 |SW 2)}SW 2-3] 10 | 10 | 10 [1-632 19 | 9:487 | 9:504 | 9:494 | 9-459 | 9°445 [49-1 45:°9| 48-1 44:°9| 50:1 44°71] 45:5 42°9| 44:3 42°6]53°7 47°77] WSW2-3/SW_ 1-2] 10 7 | 10} -010 20 | 9°482 | 9:479 | 9:477 | 9°535 | 9°565 | 43°3 41:5 | 45-1 42°9 | 501 44°8 | 47°8 42°0] 41°3 38:9] 51:7 41°37SW LES SOLD 7 g 4] -433 21 | 9°575 | 9°545 | 9°503 | 9°550 | 9°552 | 42°3 40-1 | 44°5 41°8 | 50°1 43:9} 44:9 40°3] 40-0 37:9] 53-4 35-2) S5W 1|E Oo; 9 4 6} °100 22 | 9:658 | 9°665 | 9-703 | 9°750 | 9°786 | 43°6 40°9 | 45°3 42:1 | 50:1 43°9| 45:0 40:3 | 41°8 39:9] 53'4 352] WSW I1/SSE O17 9 4 1} :030 23 | 9-791 | 9°793 | 9°721 | 9°709 | 9°722] 41'1 39-2 | 43-2 40°1/|50°9 44:2) 46:0 42:7] 41:0 389]51°'7 37:2}SW 03/NE 0-5] 9 9 2 - 24 | 9°772 | 9-764 | 9°695 | 9°639 | 9-714] 35°9 34°8 | 42:1 39-9 | 48-2 41:0] 41:0 35:1] 39:0 37:9] 50-7 34:2] E 0| W 1] 7) 9] 38] 7100 25 | 9-976 | 9-977 | 9-987 | 0-018 | 0:031] 34:0 33:3 | 41-2 38°8 | 53:1 46°1| 48°4 46:7] 41:0 38:2] 53:7 322]ENE 0:°3|SE 1] 3 5 0} °222 26 | 9°888 | 9-870 | 9°803 | 9-836 | 9°868] 46:3 45:9 | 47-4 46°9| 55:1 550 | 55:1 53:0} 54:1 51:9] 59°38 36-2]}SW 1-2)SW 1710] 10; 9] -200 27 | 9°814 | 9-804 | 9°782 | 9°814 | 9°787 } 53:9 52°9 | 54:3 52°5 | 55:1 51:9} 54:1 48:2] 52-1 49°39] 56°8 47-0 |SW 1;Sw_ 1-2] 9} 10 7 | -200 28 | 9°763 | 9°761 | 9°811 | 9°879 | 9-906 ] 49:4 45:8 | 50°3 46°5 | 50°1 46°9 | 48-1 44:9] 48:1 43:1] 58:4 44:1] W 2|SE 21 8] 10 4] :032 29° | 9:960 | 9-960 | 9-938 | 9-998 | 9°822] 46°8 42°9 | 48-1 43:8 | 52°9 46°9 | 50°3 45:9 | 49°3 47:9] 54°6 45:2] NE 1)/\SW 03] 6 9 | 10] :010 30 | 9°834 | 9-836 | 9:°940 | 0°023 0102] 46°3 44:4 | 49°9 45:9 | 50°71 45:4) 47°8 44°7 | 45°0 42°77 53°6 43-1] NE 1| NE lj] 7 6 2 = MuAn.| 9-997 | 9:997 | 9:984 | 9-982 9°991 }50°3 48°5 | 52°2 49°8| 57-4 52°83 | 54-6 510] 51°3 49:1] 60°4 46-4 0-72 0°77} 8:0 | 7:2 | 6°21 3°882 | OCTOBER 1889. Ins. | Ins. Ins. | Ins. | Ins. | Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet. Max. Min. [Div’n.Force.|Dir’n.Force. Ins. 1 | 0°163 | 0-160 | 07142 | 0-138 | 0°144] 45°5 43-9] 48°1 44-2) 54:3 4871 | 49°3 45°9 | 42:0 40:9]57°8 40:1] NE 1)NE 03] 5 i 0 - 2 | 0-057 | 0:032 | 9°920 | 9°876 | 9-846 | 36°7 35:8] 40°6 39:2] 50°3 46:1 | 48:1 44:9] 46:0 44:9]55:7 35-4] E 03|/Calm OF O 5 | 10 - 3 | 9°769 | 9°759 | 9°715 | 9-726 | 9°724] 41°3 39:9 | 44:0 41°9) 52°3 46°9 | 48:1 43°9 | 45-0 41:9] 53:7 39°31 NE 0|SE Of 6 9 9 102 4 | 9°537 | 9°597 | 9°543 | 9°529 | 9513] 47°0 46:1] 47:4 46:9 | 52°6 50°7 | 49:°4 48:9] 48:1 4711537 46-9]SE O|N O07 10 | 10 7 | °122 5 | 9°535 | 9°532 | 9°546 9°518 | 9°551 47°2 46:7 | 48-6 47°4 | 53°3 49:2) 49°3 47-9) 49:1 47-9] 54:7 45°33] E 0| W OF 9} 9} 10] 300 6 | 9531 | 9°541 | 9°561 | 9°513 | 9-402] 49-1 47:7 | 50°3 48:9 | 52:1 47°9| 49°4 47:9| 49-1 46°6]55-7 46-37SW 1;SSW 1710] 8] 9¥F -380 7 | 8798 | 8:796 | 8°857 | 8:936 | 8:955] 48°1 45:9] 48°3 45°9| 50°1 46-9 | 49:3 45°7 | 49-1 43:9]51:0 46-8] NE 1| W 3-4] 10 | 10 | 10 | 620 8 | 9:043 | 9-063 | 9:042 | 8-938 | 8°393] 44:0 41:9} 48:0 41°1 | 39-2 38:2 | 39:0 37°9| 35:9 35°8]50°77 4237 WSW 1/E 0-3} 7 | 10 6 | °710 9 | 8°780 | 8°768 | 8-744 | 8-862 | 8-904] 42°5 38:9 | 43-8 4071) 43-2 41:9 | 42:0 40°9| 39:0 37:7] 45°8 35:2], E 1|SE 05] 10 | 10 1] ‘048 10 | 9:075 | 9093 | 9°182 | 9°310 | 9°358] 40°8 39°9 |) 43°2 41°8| 49°6 46°9 | 47:0 45:9] 45:0 43:9] 50-7 36:2] ENE 0) SW 07 10 | 10 7} -082 11 =| 9:429 | 9-441 | 9-469 | 9°498 9°562] 44-2 43:9] 45:2 44:9] 50-1 47:7 | 44:0 42:9] 38:0 37:5]52°7 42: 1]N 0|SE OF 10 a 07 -012 12 | 9°668 | 9-666 | 9:666 | 9°689 | 9-709 | 37°8 37-7 | 39°3 39:1 | 53-4 48°7 | 46:0 43:9 | 43-0 41°99 55°7 33:2] NE O/SE 034 2 6 3] 012 13 | 9°809 | 9-810 | 9-834 | 9°873 | 9897 | 42°3 41°9 | 44:2 43°2| 52°9 48:3] 46°8 44:9) 45°3 42°9]54-6 38:3] Eb O|NE O05] 9 8 9 - 14 | 9-916 | 9:928 | 9°870 | 9-856 | 9°833] 38:0 37:3] 41:1 41°9 | 52:0 47:9] 47:0 44:9] 44:0 42:9] 52°77 36-9] NE O\E oO] 7 7 8 010 15 | 9691 | 9-664 | 9-590 | 9°574 | 9-600] 500 45-2) 50°9 46:1) 511 47:9) 48°3 47:9 | 49-2 48-9] 53-4 41-37SW 1-2)sW 05] 10} 10} 10] 612 | 16 | 9°652 | 9°655 | 9°667 | 9-681 | 2-707 | 46:0 45:2] 47°3 46°8 | 55:1 50:4] 47°3 45:9 | 42:4 41°9] 56-7 45:37 W 0|/SW Ol “ih Ot a - ) 17 | 9°743 | 9°745 | 9°728 | 9°697 | 9682] 35°5 35-7 | 38°2 381 | 54-3 49°9| 44-0 42:2) 40°3 39:9] 54:7 33:3, NE 0:3/E Of 10 2 0 - } 18 | 9:577 | 9°562 | 9°508 | 9°466 | 9°446] 43°8 42°35 | 48°5 45°9| 52°6 46°7 | 52°9 45°6 | 53:1 46:9]54:7 37-2] E 03/5 1-2] 6 9 | 10 030 | 19 | 9-427 | 9°408 | 9°376 | 9°408 | 9°380 ] 49°1 46:2] 50:0 46°8 | 53°4 48:9] 49-1 45:9} 48:3 44:1] 54:7 47:3] NE 1/SE 1] 9 9) 7 | (036 20 | 9°329 | 9°348 | 9:427 | 9°473 | 9°551} 49:1 46:9 | 50-4 47:0 | 53:1 48:9] 51-1 47°9| 50°4 46:7]54:7 47-3] ESE 1-2/ENE 2] 9! 8] 7] -032 21 | 9°593 | 9-627 | 9-629 | 9°671 | 9°716] 48-3 45-9 | 49-4 46:2 | 52°9 47°9| 50-1 46:7 | 49:1 45:9]53-7 44-1]NE 2-3/NE 1-2] 8} 9] Sf -Ol0 } 22 | 9°820 | 9°839 | 9°845 | 9-868 | 9-889} 45:0 42:9] 44:0 42:1] 51°9 46°7 | 45:0 42°9) 45:2 44:1] 53-7 43-3]NE 0°3/E 03) 6 4 4] :020 | 23 | 9°978 | 9-976 | 9-993 | 0012 | 0-040] 39:0 37-9 | 40°2 38°9 [51-0 48-0]} 46:0 43:9 | 44:0 42°9]52°0 37-5] E 0-5|E O} 2 7 |:10 | -062 | 24 | 07157 | 0:165 | 0°163 | 0-207 | 0242 | 39:3 38°9| 41:0 40:1 | 48:0 45°7] 50°4 45:2] 35-9 34°8]51:7 S8:-5]N 0|/E oO} 9 3 0 - } 25 | 0°352 | 0°352 | 0°346 | 0°358 | 0-389] 31-9 31:1 | 33°2 32°1| 44°38 43°8 | 41:0 37:9 | 39°0 35:8] 48:0 303] E 0/E Od} 0 3 2 - 26 | 0-397 | 0°401 | 0°380 | 0°367 | 0:336 ] 35:7 33-9 | 35-9 34:8] 44°0 41-4] 41:2 39:°9| 40:0 38:9] 46:2 300]NE 03)\E 1} 0/10) 7] -023 | 27 | 0-254 | 0-244 | 0-121 | 0-089 | 0-068] 36:0 34°6 | 35°1 33°8| 47:4 40°6 |] 38:1 35°6| 39:0 37:2] 47:5 34:4], E 0\E 05] 0 1 1 - 28 | 9:997 | 9:972 | 9:876 | 9°854 | 9°822 ] 31-1 31:0 | 30°9 30°8| 46:0 41°8| 38:3 36:2| 40:0 37:1] 46°6 30:2] E Q|N oO] 2) 3] Of -058 29 | 9°648 | 9-639 | 9-580 | 9°581 | 9°569] 44:0 42°1 | 45:0 42:9] 47°6 46:9 | 49°9 49-2] 49°1 47:9] 50:1 381:2]SW 1-2)/SW 1-2] 10] 10} 10] -260 30 | 9°378 | 9°358 | 9:272 | 9°337 | 9°377 | 52°4 50°4 | 52:0 50:2] 52°3 51°9| 45:0 44°7 | 42°9 35°8]54:77 463;,SW 2-3)SW 2-3] 8 | 10 | 10] -570 31 | 9593 | 9°603 | 9°621 | 9°603 | 9°5389 | 44°3 42°5| 47:0 44:1] 48°7 46:9] 51:1 46°9| 50°8 46°77 51:7 405) WSW1-2|SW 27 8/10); 109 -612 MEAN.| 9°668 | 9°669 | 9°652 | 9662 | 9°666 ] 42°7 41:3 | 44:1 42°4|50°3 46°8| 46°6 44:2] 44:4 42°3]52°6 39-4 0°61 0°68] 6-8 | 7:4 | 6:0 | 4-723 — [s) bo PUBLIC SCHOOL, FORT-WILLIAM. NOVEMBER 1889. 47-7 35278 37'S 29:7] NE 348 25-4) 411 26-715 448 352) 5W 491 38-975 1- W Ww NE SW SW SW 0} :082 10} 5} 107 -140 35°4 | 39°2 33°0 | 36-0 52-0 | 36°9 33-0 30°8 | 31°8 31:0 | 35-2 31°8 | 31:0 30°8 | 32°9 31-8 25 | 9°328 | 9°370 | 9-492 | 9-544 | 9°568 26 | 9°486 | 9°521 | 9°548 | 9:564 | 9°628 27 =| 9°895 | 9-939 | 0:061 | 0°154 | 0°204 28 | 0-233 | 0°233 | 0°228 | 0°222 |[0-200] 29 | 0°110 | 0°102 | 0:024 | 9-992 | 9°964 f 80 | 9°910 | 9-924 | 9-936 | 9-956 | 9°999 ] 45:0 41:1] 45°8 40°7 | 48°3 4 MEaN.| 0:050 | 0059 | 0°052 | 0-058 | 0-073 | 44:2 42°5 | 44:7 42°9) 46:5 4 oO NOrOW HFNwe 5] 1 27°9 278 | 284 28-1 3 - 9} 7} 10] -022 9 8 8 6 | 37:0 36:0 | 37-4 56°6 7 7 o HH Oe e HN toe bh oO co BPwonmw Wk PPE 10 | 10 | -012 9} 10] 274 0:92] 85 | 8:1 | 7914-905 43°0 40°9 | 42:1 40-0 43°3 416 | 47-0 44-9 5 | 44°6 43:1] 44:5 42-9 ea Dn =) rs i=) ee) i=) bos | te S. R. Barometer reduced to 32° and Sea 1 ees cor FAL Brive Thermo- Direction and Force Amount of | Rain- Level. Deyn US Ones eavieusB Ibe. meters. of Wind (0-12). | Cloud (0-10), | fall. Read at Sh Oh 14h 18h Q]h Sh gh 14h 18h Qh 18h Qh Oh 91h Oh qh} 27h Qh | Ins. Ins. Ins. Ins. Ins. ] Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.J Max. Min.JDir'n.ForceJDir'n Force. Ins. 1 | 9 040 | 8°998 | 8-975 | 9°177 | 9°295 | 45:0 42°9 | 43°9 42:9] 43°5 41-2) 45:0 41:9] 44-0 40°29 517 44-3718 1-2], W 2-34 9 | 10 | 10] °870 2 | 9°543 | 9°557 | 9°643 | 9-703 | 9°701 | 45°8 42-2] 47-0 42:9 | 47-3 43-2 | 43-0 409] 40-0 37-9} 47°77 42°37 W 21S5W tI] 9; 9] 14 :048 8 | 9°532 | 9°520 | 9-526 | 9°561 | 9°644] 41-0 39°9 | 41-2 40-1 | 44-4 43-9] 44-9 44:3] 43-2 42:97 45-1 38°37 NE OTW OF 10 | 10} 10 | :162 4 | 9°778 | 9°776 | 9°771 | 9766 | 9-756] 40-8 39:9] 41-1 39:9] 43-0 41:2] 38:0 36:2] 35-9 34:9]49°8 8837NE OBySW Oo} 9) 4 1] °385 5 | 9°645 9°657 | 9°712 | 9°786 | 9°905 ] 45°5 42°9 | 46-0 43:3 | 46°9 45°8 | 48-1 46:9] 46°8 43-°3948°7 35-275W 1-2,5W 1-27 9) 10] 97 156 6 | 0°133 | 0°159 | 0°13 | 0°136 |[0°151]] 45:0 42:2 | 46-0 43-7 | 49°1 48:1] 49°1 48:9} 48:1 45:9] 497 403) WSW 1) W 034 9/10! 5] 3390 7 | 0°135 | 0°146 | 0°172 | 0°294 | 0°353 ]53°1 52:1 | 52:1 51°9] 54:7 53°8| 48:3 45-9) 52:1 51:97 557 47-7 ISW 1-2]SWw 1710; S| 104 210 8 | 0°380 | 0°382 | 0°334 | 0-264 | 0°253] 481 45:2) 49°6 46-7 | 48-7 47°9| 49°38 49-2] 52-1 51:9] 52-7 46-3) 5W 1}SW 1f 7) 10] 10] -806 9 | 0°256 | 0-288 | 0:293 | 0-294 | 0:299 } 52°9 51:2) 53-1 51°11} 53-5 51-3] 51:1 49°7 | 5071 48-99 54-6 4657SW O-SPSW 1-2] 9! 10} 10] -020 10 | 0°324 | 0:345 | 0°337 | 0°352 | 0°365]51°3 50°7 | 51°7 50-9) 53-4 52:8] 51-1 501} 501 49°37 53-9 49275SW 0-STSW 17 9 | 10 | 107 :016 11 | 0-389 | 0°399 | 0:364 | 0°316 | 0°314] 47-2 47:1 | 49°1 46:8] 50°3 49:0} 49°1 47°9|48-9 47-9] 517 455,SW O8TSW 1-27 7) 9] 10 = 12 | 0-231 | 0-239 | 0-229 | 0-247 | 0:284] 51:1 48:1] 51:1 48-2] 51-3 49:1] 50°3 48-9) 49:1 48-9952°7 47-3)SW 1-278W Of 9 | 10} 9 fF 158 13 | 0-292 | 0-295 | 0°235 | 0-212 | 0:218] 46:9 46-4 | 46-9 46:2] 49°0 47:8 | 42:0 41:9] 39:0 38°9]50°9 46°2]Calm OJ E Oo} 9 >| 97 -010 14 | 0-211 | 0-225 | 0-212 | O'181 | 0°165 ] 38°3 35-0 | 36-7 36°6 | 41°1 40:2 | 42-0 41:3 | 42-2 41°97 43-8 34-7] ih OFCalm Of 10 | 10 | 10 7 +112 15 | 0:065 | 0:062 | 0°040 | 0-040 | 0043 | 49°7 48:1 | 50°9 48:2] 53:7 48-7 | 521 48:9 | 49°1 48°7953°9 34-37S5W 1p5W 1j 9}; 8 | 104 -150 16 | 07428 | 0°466 | 0°525 | 0°575 | 0°587 | 42°0 39:0 | 41:0 38:3] 46:0 42:9} 40°71 37:5 | 36°71 35:1]52°7 403 7SE O3T5SW O37 3 4; 5] 010 17 | 0°571 | 0°573 | 0°553 | 0-541 | 0°547 1 38°6 37:2 | 42:0 40:3] 46-0 43:9) 46:3 44:0} 46:0 44594771 B217ESW O38qSW O05f 9 | 9 | 107 -010 18 | 0°527 | 0°5380 | 0-510 | 0°496 | 0°494] 45:0 44:2 | 46-0 45:2] 50:1 48:9) 506 49:1] 51-9 4969509 4137SW OTSW 1-27.10] 10 | 10] -020 19 | 0°#79 | 0°479 | 0493 | 0:491 | 0°502]50°1 48-9 | 50°71 48:9} 51:1 49:1) 59-2 48:0] 49°71 46-99752°7 44.07 WSW OFSW 05710!) 9) 9 = 20 | 0°510 | 0:517 | 0°497 | 0-459 | 0-435] 48:7 46°9 | 48-4 46°7 | 48° 47-8 | 47-9 46:3} 47-0 43-99 50:6 47-4)SW 1]SE 03} 6 | 10; 107 -010 21 =| 0°283 | 0:277 | 0:215 | 0:154 | 0-080] 48°1 45:1] 48:0 45:1] 49°3 45:9) 47°3 44:1) 51-2 46°99 50°35 45°37SW 1j7SW 1- 9} 8) 9] -230 22 | 9:970 | 9:971 | 9:973 | 9-980 | 0:010 } 48-1 46°9 | 48-1 46°9 | 47-4 4671 | 46-2 45:1) 463 45°17 55°'7 463)5W 03,SW 10 | 10 | 10] -280 23 | 0130 | 0°159 | 0°140 | 0:053 | 0-018] 44°8 40:9 | 44°8 41:1} 47°74 43:9 | 46-0 43:0} 45-0 40-99 479 4237 WSW O3TSW 2- 6) 4 1] -070 24 | 9°685 | 9°655 | 9:440 | 9-297 | 9-210} 45-1 43-9 | 46:0 44°7 | 47°0 46°3 | 47-1 4063 | 47°0 46-4 947°6 4237 SW SW 1-2] 10! 10 | 10] -752 70 19 ni © ial 79 70 1:0 DECEMBER 1889. Ins. | Ins. | Ins. | Ins, Ins. | Dry. Wet.| Dry. Wet.| Dry. Wet.) Dry. Wet.] Dry. Wet.] Max. Min. }Dir’n.Force.J{Dir’n, Force Ins. 1 | 07116 | 0°133 | 0-160 0°164 | 0198] 46°0 45:9 | 46:0 45:7 | 4774 45:9 | 48°7 45:9 | 48°1 45°7]49-7 44:5 )SW 1JSW 1-2710!} 10 | 10] -214 2 | 0°190 | 0:207 | 0:217 | 0°214 | 0°246] 46°0 43:1 | 46:2 43:1 | 46°71 42°9 | 44:0 41:9 | 43-2 41°09 49-7 593 7SW 1] W 03} 10 | 10 | 10} +120 3 | 0°306 | 0°341 | 0°353 | 0°371 | 0°399 | 43:0 39°9 | 42:0 39°4 | 43-4 39:7 | 39:0 35°6 | 383°9 32°8] 44°38 4137SW Od, oO] 9 9 4 - 4 | 0:469 | 0:490 | 0°487 | 0°531 | 0°547 }29°9 27-8 | 31:9 28:1 | 36:1 33:0 | 39:0 35:0 | 35-9 32°8]39°8 28:2] NE OFE oO} 6] 2 1 - 5 | 0°627 | 0°610 | 0-641 0°641 | 0°639] 34:9 32°8 | 32°9 31:1 | 39°8 35'S | 40°0 36°8 | 41°3 37:9] 39°38 32-2, SE 1JSw 1-2] 7 9 9} :022 6 | 0°473 | 0°447 | 0:236 0°100 | 0:034] 39-0 37:2 | 37:3 40°1 | 41-2 40-9 | 43:0 42:9 | 44:2 43°9943°8 33:-375W 1JSW 1-27 10}] 10 | 10] “542 7 | 0139 | 0°162 | 0°160 07139 | 0°132] 36:7 34:1 | 34-7 32°8| 89:0 3777 | 40°5 39°2| 42°0 41°97 461 357]SV O37SW 1}] 1 9 | 10] ‘150 8 | 0:058 | 0:039 | 9905 | 9°794 | 9:706 143-0 41:1 | 43-0 42°1| 44:0 42°11! 44:0 43°7 | 48-4 48°29 44°8 33-3) 55SW 14SW~ 1-2710' 10! 10 790 9 | 9°519 | 9°505 9°424 | 9°34] | 9°279] 51:1 49°4 | 50-1 48°9 | 46°6 43°9 | 44°0 41-1 | 42-4 89°99 517 42°37 WSW2-37WsW 2 10 | 9 9] :210 10 | 8-951 | 9-003 | 9:027 | 9-081 | 9:141] 39-6 37°5 | 41:4 38:0 | 37-9 37:1 | 36°3 35-0 | 34:9 33:6] 46-6 38:3]SW 1] W 0-3] 9 9 47 ‘220 11_ | 9-454 | 9-492 | 9°598 | 9°630 | 9°735 135-9 32:8] 31-9 30-0] 36:0 32-8 | 34-9 322/340 32:3]38'8 81-4]SSE 0-3]SE Oo} 1 0 | 10 - 12 | 9°792 | 9-798 | 9°680 | 9°532 | 9°398 | 30°9 29°S | 31:7 30°4 | 39:4 36:0 | 42°3 39°6 | 44°8 41°5 | 43-0 29-27 K O}SW 21 9 4 | 10 71-130 18 | 9°518 | 9°551 | 9-668 | 9°351 9°913 ]39°0 37°6 | 38:0 31-2 | 41°8 39:9 | 39-0 37:7 | 89:0 38:9] 45'S 2927 WSW OSE 1710) 6 | 109 :210 14 | 0:092 | 0-094 | 0:064 | 0:018 | 0°037 1 35°9 35°3 | 36-3 35°8 | 44°8 40°9 | 45:2 41°9 | 44°S 42°99 45:8 33-2]SSH 0} ESE 1] 0 9 | 104 °152 15 | 0°236 | 0°254 | 0:218 | 07164 | 0°098 | 44°2 42°9 | 42-2 40:9 | 46°8 45°1 |) 44°6 41°9| 45:1 41°97 468 38527SW O03, WSW 2-3] 6 | 10 7 | °248 16 0-134 | 0-176 | 0-232 | 0214 | 0-131 | 46-0 42-9) 45-8 42:1 | 45-4 41-9 | 46-0 43:9) 479 43°87 48-7 413 ,WSWI1-27SSE 2-3] 7 3 8} -840 17 =| 9-976 | 9°993 | 0:070 | 0:070 | 0-020] 51:1 49°9 | 50°71 46°9| 48-3 439) 48°1 44:9 | 46°6 43-99 51:7 45°31SW 21SW 1-2] 8 7 | 10} °750 18 9°627 9°597 | 9°869 | 0°022 | 0:050 | 49-4 48°9 | 48°9 47-9 | 43-2 39:2 | 39-2 37°2/ 40°0 37°99] 507 42:6,5SW 3-4)5W 1710; 4 0 41°366 19 | 9°747 | 9:746 | 9°677 | 9°569 | 9°530] 43-0 42°1 | 43:0 42:1] 41°8 39:9] 38-0 37°9| 35°9 35°49 45°8 383],5W 1-2]5SW 1710} 10 | 10] °882 20 = 9468 | 9°460 | 9°3623 9-368 | 9°358 | 35°9 34°8 | 385°8 34°1 | 35:9 35-0 | 34°3 33°8| 35°9 34°89 40°S 84°27. SSW 1] SW ly 5 8 | 10] -710 i | 21 = 9428 | 9432 | 9°528 | 9°553 | 9°46 | 34-9 34°8 | 35:1 34:8 | 40°2 37-6 | 32:1 31°S | 30:2 28-8] 41:8 33-4], 5W 1} NE O] 7 2| Of °182 22 | 9°310 | 9°321 | 9°376 | 9:474 | 9550] 40-2 37:0 | 40°2 37:9 | 40:0 39:1 | 39°4 38:7 | 388°8 88°77 428 2 4]SSKh 2-3] NK 07 10] 10 | 10 | -068 23 | 9°765 | 9°777 | 9°705 | 9°671 | 9563] 39-0 88-9 | 38°38 38-7 | 463 42°Y | 45:0 41:9] 45°0 44:1] 47-7 387-2] NE O7TSW 11-2710] 9 | 10] :930 24 9°488 | 9°495 | 9653 -9°716 | 0-057 1 41°8 40'1 | 41-2 39:9] 40:0 39:1 | 39-0 36°8| 40:0 37°99 51:7 40°57SSE 05) W 17/10]; 8 9 | ‘100 25 =| 0°187 | 0191 0166 0 173 | 0°184]44°0 41°9 | 48°4 41°9146°0 43°9| 48:1 45:1 | 4991 45°1949°'7 36275W 1-2]5W 2-3] 9] 8} 10] -043 26 0253 | 0-276 | 0°282 | 0:357 | 0399] 46-0 45-2 | 46-0 45:5 | 47-0 44°9| 46-4 46°3] 47-0 46:9] 53-7 41:3]SW 2-31SW 1] 10/10 | 10} 100 27-0381 | 0°387 | 0°363 | 0'363 | 0°366 | 47:0 42°3 | 46°2 42:1 | 45°3 41°7 | 43:0 38:9 | 42°0 3819 48:7 45°3]5W 1-2]5W 1-2] 9] 8] 9 - 28 =: 0261 | 0249 | 0-103 | 0°115 | 00881 31:7 29:1 | 80°S 28°5 | 384°1 30°8 | 85:2 29:8 | 35:9 33:0] 43°8 29°77SSE Os )SW 1j 0; 1) 10 - 29 | 0°189 | 0°202 | 0°214 | 0289 | 0°318 | 35°9 34:1 | 34:9 33°8 | 37°4 3801 | 36:4 35°5 | 33°6 32°8439°7 382:57K OFNE 07 10;10} 4 7 082 30 0197 | 0°240 | 07120 ; 0°056 | 0°002 | 35°9 35°8 | 36-5 36°2 | 45:2 42°9| 45:5 43°9| 45-0 44°4947:0 32-295 O}SW 1-27 10] 10 | 10] -320 3 9°302 | 9806 | 9°739 | 9°883 | 9°973 | 47°3 4671 | 46-0 45°9 | 47-0 46:7 | 42°3 40-2) 40°5 39:19 469 43:375W 1-27SW 05710] 10] 27 -622 MEAN. 9-940 | 9-951 9°945 | 9-950 | 9°956 | 40°8 39-1 | 40°3 38°6 | 42:4 39'S | 41-4 39°3| 41:1 39°4945°7 36:3 0:99 1:08} 7°8 | 7:5 | 7:9 #10903 } ' 1 | } BAROMETER. BEN NEVIS OBSERVATORY. Montaiy AND ANNUAL MEANS at Bren NEvIS OBSERVATORY, 4407 FEET ABOVE SEA LEVEL. | Mid-| 1 16 | 17 | 18 | 19 | 20 | 21 | 22 5°883 | 5-388 | 5-390 | 5-307 | 5-398 | 5-403 | 6-404 208 | *208| -210| -210] -209] -209| +210 287 | °287| -290| *291] -293| -200| -287 156| 158) +155] *157| -156| -158| -154 -304| -303| -304| -304! -309] -312| -311 *BB4| 553) *552| °553| -554| -558| 558 “413 | °410| *411| -417| -416] -419| -419 "280 | :281} 277] -277| -280| -278| -276 468 | -466| -468| -472| -474| -471| +472 136] 138] 143] -143] +143] +140] +136] -132| “128 -134 463 | *468| -472| -475| -476| -479| -482| -479| -4774 463 "B46 | °342| -344| °346] -349| -349| -345|) 343) 340] -339 -383| -334| °335| -337! -338| -330| -338|--336 -3831 “329 ° 27-4 | 27°4 | 27°5 | 27°6 | 27°6 | 27°2 | 27°5 | 27°7 | 27°6 | 27-4] 27°6 | 27°3 | 27°0 | 26°38 { 26°7 | 26°83 | 26°7 | 26°9 |} 27°0 | 27:2 | 27-4 27649 27°38 20'8 | 21°1 | 21:0 | 20°8 | 21:0 | 21-0 | 21:2 | 21°5 | 21:6 | 21-9] 22:1 | 22-71] 21:9 | 21°5 | 21-1 | 211 | 21-4 | 21°5 | 21-4 | 21-2 | 21:3] 21-24 21-3 23°8 | 23-7 | 23:°9 | 23°9 | 24:0 | 24:3 | 24:8 | 25°1 | 25:3 | 25-4 | 25-7 | 25:7 | 25°6 | 25°3 | 24:9 | 24°5 | 24-4 | 24:3 | 24°3 | 24:3 | 24-2 | 23-9] 24:5 25°1 | 24°9 | 24°8 | 24°9 | 25:2 | 25°5 | 25°7 | 26°0 | 26°5 | 26°99 | 27°0 | 27°0 | 27°0 | 26° 26°7 | 26°4 | 26°0 | 26°0 | 25°9 | 25°9 | 25°38 | 25°7 | 25°9 36°2 | 36°2 | 36°4 | 36°5 | 36°7 | 37:2 | 37°38 | 38° | 39°1 | 39°7 |] 40°3 | 40°35 | 40°3 | 401 | 39°5 | 39:2 | 38:9 | 38°3 | 37°38 | 37°5 | 37:2 | 368] 381 40°1 | 39°8 | 40°0 | 40°5 | 41°1 | 42°0 | 42°38 | 44°1 | 45°0 | 45°7 | 46°2 | 46°4 | 46°3 | 46°1 | 45°6 | 45°1 | 44°6 | 43°3 | 42°7 | 42°1 | 41°7 | 41°39 43-1 38°9 | 38°7 | 38°7 | 38°9 | 39°4 | 40°0 | 40°7 | 41°5 | 41°9 | 42°6 | 48:4 | 43-4 | 43°5 | 43°4 | 43-0 | 42°7 | 422 | 41°4 | 40° | 40°1 | 39°9 39°6 40°9 37°9 | 37°9 | 37°6 | 37°5 | 37:5 | 37°8 | 38-4 | 39°0 | 39°4| 39:7] 40°0| 40:2) 40-1 | 39°7 | 3974 | 38°9 | 38°6 | 38°6 | 38°6 | 38°6 | 38-4 | 33:2] 38-7 87°1 | 36°8 | 36°7 | 36°5 | 36:8 | 37°4 | 37°7 | 38°71 | 38°7 | 39:1] 39°6 | 39°5| 39°5 | 39°1 | 38°5 | 38'1 | 37°6 | 37°4 | 37°3 | 37°70 | 36°99 | 36°9 37'8 29°3 | 29°4 | 29°5 | 29°6 | 29°5 | 29°8 | 30°5| 30°8 | 31°2 | 81°4] 81°6 | 31°6 | 31° 81°3 | 31:0 | 30°7 | 80°5 | 30°3 | 30°1 | 30°1 | 29°83 29°9 | 304 30°0 | 30°2 | 30°2 | 29°9 | 30°0 | 30°71 | 30°7 | 30°5 | 30°6 | 30:9] 30°9 | 30°9 | 30°7 | 39°5 | 30°4 | 80°38 | 30°4 | 304 | 30:5 | 30°6 | 30°5 29°9} 3074 27°3 | 27:2 | 27°0| 26°9 | 27°0 | 26°38 | 2674 | 26°4 | 26°5 | 26:5 | 26°3 | 26°3 | 26:2 | 26°1 | 26°0 | 26°3 | 26:7 | 26°38 | 26:8 | 26:8 | 27:0) 269] 26:7 | | | 31'2 | 31-1 | 31°1 | 31°1 | 31°3 | 31°6 | 32°0 | 32°4 | 32°8 | 33°11 83:4 | 38:4 | 33°3 | 33°1 | 32°7 | 32°5 | 32°38 | 32°1| 31°9) 31°38 | 81°7 | 31°5 32°2 2°53 | 2°44 | 2°85 | 2:42 | 2°62 | 2°47 | 2°56 | 2°60 | 2°76 | 2-76 | 2°79 | 2°60 | 2°40 | 2°16] 2°34 | 2°48 | 2°35 | 2°39 | 2°66 | 2°50 | 248) 2°55) 2-51 230 | 2°07 | 2:00 | 2:21 | 2:00 | 2-18 | 2:09 | 2°05 | 2:36 | 2-09 | 1:96 | 1°91 | 1°73 | 1°73 | 1°66 | 2°16 | 2°27 | 2°45 | 2°57 | 2°38 | 2°32 | 2:23] 214 1:94 | 1°98 | 1°95} 2°05 | 2°02 | 1°97 | 1°85 | 1°79 | 2°05 | 2°02 J 2:29) 1°92 | 1°73 | 1°48, 1°76 | 2°06 | 2°10 | 2°15 | 2°13 | 2°42 | 2°21 | 2°26 2°04 B 2°80 | 2°65 | 2°57 | 2°68 | 2°70 | 2°78 | 2°90 | 2°98 | 2°68 | 2°52 | 2°68 | 2°72 | 2°77 | 2°58 | 2°18 | 2°43 | 2:40 | 2°78 | 2°88 | 2°88 | 2°92 | 2°97 7 2°71 . 2°56 | 2°47 | 2:29 | 2°34 | 2°05 | 2°27 | 1:90 | 1:94 | 2°21 | 2°11 | 2°26 | 2°18 | 2°13 | 2:18] 1:98 | 2°24 | 2°27 | 2°34 | 2°53 | 2°56 | 2°61 | 2°71 9 2°31 *83 | 1°78 | 1°67 | 1°77 | 1:70 | 1°53 | 1°60 | 1°43 | 1°43 | 1°32 | 1:23 | 1°30 | 1°33 | 1°52 | 1°30 | 1:28 | 1°22 | 1°85 | 1°52 | 1°60 | 1°78 | 1°62 | 1°65 1°52 “47 | 1°68 | 1°55 | 1°15 | 1°18 | 1°35 | 1:35 | 1:21 | 1°24 | 1°02 | 1°10 J 0°95 | 1°13 |] 1°11 | 1:16 | 0°95 | 1°10 | 1°27 | 1°29 | 1°53 | 1:23 | 1°24 | 1°32 1°24 “76 | 1°82 | 1°85} 1°56 | 1°52 | 1°45 | 1°19 | 1°32 | 1°34 | 1°32 | 1°19 f 1°00} 1°23 | 1°23 | 1:27 | 1°06 | 1°32 | 1°19 | 1°52 | 1°63 | 1°71 | 1°60 | 1°77 1°45 47 | 2°45 | 2°33 | 2°27 | 2°42 | 2°38 | 2°23 | 2°07 | 1:92 | 1°98 | 2:02 J 1°83 | 2°18 | 1°98 | 2°07 | 2°28 | 2°42 | 2°47 | 2°48 | 2°53 | 2°38 | 2°35 | 2°53 2°26 48 | 2°37 | 2°39 | 2°35 | 2°89 | 2°35 | 2:27 | 2°47 | 2°40 | 2:47 | 2:42 | 2°40 | 2°06 | 1°73 | 1°92 | 2°32 | 2°18 | 2°32 | 2°06 | 2°13 | 2°26 | 2°29 | 2°35 2°27 "BB | 2°67 | 2°82 | 3°00 | 3°23 | 3°20] 2°95 | 3°15 | 3:20 | 2°78 | 2°87 | 2°77 | 2°33 | 2°28 | 2°68 | 3°05] 2°88 | 3°00] 2°40 | 2°43 | 2°38 | 2°32 | 2°33 2°74 2 3°47 | 3°11 | 3°34 | 3:27 | 3°60 | 3°52 | 3°44 | 3°60 | 3°58 | 3°61] 3°66 | 3°24 | 2°89 | 2°90 | 3°40 | 3°39 | 3°31 | 3°03 | 3°08 | 3°00 | 3°08 | 3°03] 3:29 2°35 | 2°28 | 2°22 | 2°28 | 2°26 | 2°23 | 2:20 | 2°21 | 2°21 | 2°16 | 2°16 2°07 | 1°96 | 1°95 | 2°02 | 2°16 | 2°19 | 2°20 | 2°31 | 2°29 | 2°25 |) 2°31 2°21 ND DIRECTIONS. January. | February. March. April, May. June. July. August. |September.| October. |November.| December, Year. 273 232 151 At | yee Ge 204 206 81 160 127 1393 114 72 69 3 14 52 43 20 63 53 11 551 109 53 170 61 18 49 49 13 105 4 2 656 13 84 90 268 11 97 44 99 165 40 92 1168 13 27 95 272 144 76 59 121 114 86 156 1294 24 84 56 80 160 44 81 104 91 197 183 1250 43 90 55 23 102 56 134 58 45 104 59 854 55 76 10 7 30 63 59 29 25 60 98 577 28 26 24 25 68 97 71 70 55 16 16 517 HOURS OF SUNSHINE. _ oes Per Centage 5 6 7 Bri Pro |) 10) | Suen ae tee tb A 1G) ae 1s || 19" |) 20" | 2A of Postibie, = = a - | 036] 292] 280| 446] 4:88] 340| 277| 183] - = - - - - - 0°25 1°23 2°13 2°65 4°37 5°19 3°36 2°75 3°10 1°62 0°17 - = - - - 1°88 2°17 2°37 3°22 3°19 2:97 3°48 3°53 2°03 1°75 0°29 - = - - 0°97 4°93 4°63 5°28 4°90 5°92 678 4°49 3°43 3°47 2°41 2°38 2°30 - - 1°76 3°43 3°01 5°08 4°44 6°05 6°68 7°48 5°51 7°88 5°95 6°43 4°50 4°10 1°65 4°53 8°00 | 12°44 | 14°01 | 13°78 | 14°97 | 16°42 | 16°60 | 15:09 | 14°30 | 18°13 | 13°01 | 13°03 | 14°65 | 13°82 | 11°53 - 0°41 2°85 711 9°37 8°77 8°76 8°64 8°17 7°66 6°85 6°19 7'46 6°28 pal 2°16 = 0°58 | O57} 0°42) 092] 1°75 | 1:54] 115] 0°36] 020] 0:39] 0°08} 0°03) 0°05} 017] 0°50 - - 0°25 3°67 4°90 3°12 3°94 5°75 5°38 4°67 4°75 4°39 3:27 2°38 - = - - - 2°28 5°92 5°08 5°27 5°37 4°69 4°89 4°72, 4°08 1°81 - = = = - - 010} 1:00} 1:00] 154] 209] 215] 0-98) 1:05] 087] O03] - - - - - - - | 072) 2:05] 2°27] 1:30] 092] 210] 1716] O10] - - - - 4°53 | 10°75 | 20°51 | 37°66 | 50°08 | 53°88 | 59°36 | 66°02 | 64:06 | 55°04 | 51°81 | 45°10 | 37°84 | 30°70 | 26°10 | 15°84 TRANS. EDIN.—VOL. XLII. BEN NEVIS OBSERVATORY.—LOG-BOOK, 1889. Jan. 1.—Fog till 6" and cloudless sky for the rest of the day, but thin fog was capping summit at several hours in afternoon. The thermometer box was shifted at 8" 30™. At 13" and 14" double fogbows were seen; at the latter hour the bow was triple at times. At 195, 204, and 21» aurora was seen. At 21 it consisted of a single well defined arch, stretching from N.W. to N.N.E., and at its highest point was about 7° above horizon. Jan. 2.—Till 3" the sky was cloudless, but thin fog was passing the summit. The aurora was seen at 1. Thick fog enveloped the top from 4» till 16", and mist there- after. The fog was very white, dry, and dense all morning, though there was a bluish tint overhead most of the time. Jan, 3.—The temperature was about 31° all day, but small drizzling rain was falling which formed an icy crust on all exposed surfaces. Jan. 4.—At night it was noted that the icy crust on all surfaces was distinctly sonorous, emitting a musical note when struck. ‘This crust consisted of feathery formations like those formed by fog-crystals, but not so delicate in texture as these, and seemed to be a mixture of snow and ice. Jan. 6.—At 135 15™ the thermometer box was shifted. The box was raised one step on ladder stand. The top was clear at 84, 16", and 17". Fog very thin all day. Jan. 7.—The top was clear from 6% till noon. Fog lay on the hills to E. and S. most of the forenoon. At 125 a gloomy appearance was observed to W. and 8.W. Jan. 8.—The values for the amount of rain or snow on daily and monthly sheets for the hours from 2 to 9 in- clusive to-day are interpolations. At these hours the drift rendered the working of the raingauge useless. Jan. 9.—At 65 St. Elmo’s Fire was seen on tower and kitchen chimney. There were about a dozen different brushes on tower, each about 2in. long. On kitchen chimney besides the brushes on top of cowl, there was one on a piece of snow that projected about a foot from chimney two feet from the top, Fizzing sound heard; on raising an ice-axe, the Fire was seen on its upper end, and a slight current felt in the arm holding it. Flakey snow falling at the time. St. Elmo’s Fire was heard on the observer’s hat, hair, and pencil at 13, but nothing could be seen. Jan. 10.—Thin fog on top till 74, but top clear and sky cloudless thereafter till 23%. Haze in valleys most of the day, and Stratus-fog on western hills in afternoon. A fogbow, glory, and solar corona were seen at 9%, The corona was triple. Measurements of radii of rings as got by stephanome were :— 18t ring 1° 51’ gnd |, 2° 47’ and 8° 5 30” measurements not very good. grd |, 5° 34’ J The thermometer box was shifted after the 10 observa- tion. The earth and Ben shadows were seen at 16}. At 19" a faint milkiness in N. sky to about 15° altitude was supposed to have been auroral. After 20%, cirrus stripes were seen near W. and N.W. horizon lying S.W. to N.E. Jan. 11.—During the last two days a considerable depth of soft, loose suow lay on the summit, and to-day it drifted heavily—a moderate gale having blown almost all day. No fresh snow was falling to-day apparently. |The top was clear for short intervals in afternoon and evening, showing a sky heavily clouded with cumulo- stratus, Jan. 12.——Thin fog on top or passing all day. Lunar coronee were seen at 19" and 21}, at the latter hour the corona was triple. The 6" observation was made 3™ late, Jan, 13.—Thin fog till 35, at 14" and 155, and after 184, but fog on the lower hills all day. The thermometer box was shifted after the 5" observation. The wet-bulb had not been wetted till 54 45™, and at 6 the reading was unsatisfactory, being higher than that of dry-bulb. Extra readings were taken at 62 15™ and 6" 30™, and the former are those entered at 6" on daily sheet. A solar halo was seen at 11" and 124, and lunar corone at 24, 3, 4h, 215, and 225, double at times. The radiating points of the cirrus to-day were N. and S. Jan. 14.—A lunar halo was seen at 34, observation was taken at 21> 4™. Jan. 16.—Fog crystals, slightly brown, forming all morning. At 19 the raingauge was found half buried in drift. The reading for that hour is probably correct, though doubtful. Jan. 17.—The amounts of snow entered at 125, 13}, and 14 on to-day’s sheet are interpolations. At 12" and 13" the raingauge was each time completely buried in snow, and during the hour, 135-14", no gauge was out. Ice formiug on surfaces after 18}. Jan. 18.—Raining heavily all morning, and hail, sleet, or snow falling in afternoon, Peculiarly shaped _hail- stones fell in the first shower after the rain had ceased. Each consisted of a core of dry snow, encased, except on top, in an icy crust. The top showed the hexagonal shape of an ordinary snow-flake. Jan. 18.—The summit was clear at 135, and for short intervals during the afternoon. Between 2" and 3" this morning the observer was down near Buchan’s Well, and both on outward and homeward journey a steady westerly wind of force 5, was experienced between the First Gorge and Buchan’s Well, while on the summit the wind was N.W. to N., and very variable and squally. Jan, 20.—Top clear at times in forenoon. The ther- mometer box was shifted at 105 30™ At 15 and Qh The 21” 1889. | lunar corone were observed; at the former hour with four red rings, and at the latter with three. Jan, 21.—Mist or fog till 164, but clear thereafter till midnight, and sky almost cloudless. Till 18" there was detached fog over the lower hills, but none thereafter. The zodiacal light was seen in western sky from 19" till 224; it reached to the border of the constellation Aries, From 20" to 22" the aurora was seen faint and low to N. At 235 and midnight cum.-cir. clouds were observed to E., which retained their shape and position nearly the whole hour, though the particles of the cloud were in rapid motion from N.toS. At 225 a dark cloud which cov- ered the moon had its edges coloured. The central part of the cloud was opaque and very irregular in shape. The colours did not appear to belong to a system of rings, but conformed to the following order, namely—opaque, green, red. After the 17" observation the thermometer box was taken off ladder No. 2, and mounted on ladder No. 1, and a fresh box was put out on No. 2. Readings were taken of the thermometers in both boxes till mid- night, and the following are the means of these :— Box in ladder No. 1. Box encrusted with ice and snow, but bulbs in good order. Dry. Wet. D.P. 25°9 24°5 17°3 Fresh Box in ladder No. 2. Box and bulbs in good order. Dry. DEP: 27°7 13°4 The ice encrusted box was taken in after midnight. Jan, 22.—Cloudless till 3", thin scud or stratus till 52, on which a lunar corona was seen at 4}, then mist till 94, a little cirrus on sky till 135, and top clear and sky cloudless till midnight. Fog on the other hills to 4000 feet all afternoon, sinking a little at night. The zodiacal light was visible till 22", at which hour a faint aurora was seen low to N. Jan. 23.—Thin mist passing at times in forenoon, A fog bow was seen at 6", and another at 124, and lunar coronze were seen at 64 and 7». Cirrus on sky (cir., cir.-c., or cir.-s.) after 9%. At 9" the radiating points of cirrus were N.E. to S.W., and at 135 E. to W. Mist on summit after 13", from when till midnight ice was forming on surfaces. Jan. 24.—The top was clear at 11" and 124, but mist on the other hills, and cir.-s. and cir,-c. on sky. These clouds were in bands lying N.W. to S.E. Drizzling rain falling from the mist mostly all day, and ice forming rapidly on surfaces all afternoon. Jan. 27,—Thermometer box shifted at 1" 15™, Top clear till 145, except for a little passing fog in early morning, but fog after that, except at 16%, till mid- night, Cir. and cir.-c. on sky from 7* till 144, radiating points were at 13" W.N.W. and E.S.E. After 13" the western sky began to thicken, and at 14" str. or cum.-s. was advancing rapidly from that direction, and fog was forming over western hills. This morning there was hoar frost to sea-level. The earth shadow and foreglow were seen at 8". _ Jan. 28.—After the 165 observation the thermometer box was shifted, the hinges having fouled. Jan. 29.—Clearing for short intervals about mid-day. The outside part of the 5 observation was about 10™ late, the lamp having been blown out several times. Jan, 31.—Ice forming on exposed. surfaces in early Wet. 25°0 BEN NEVIS OBSERVATORY.—LOG-BOOK. 135 morning. Heavy rain falling most of the day. Wind somewhat squally. Feb. 1.—Top clear from 35 to 55, but sky nearly or quite overcast with cir.-s. or str.-cir., which was lying W.S.W. to E.N.E. Rain fell in forenoon, and heavy snow at night. Feb, 2.—Summit clearing at times till 135, but sky remaining overcast. St. Elmo’s Fire was seen at 64, and heard but not seen at 9%. Snow-hail was falling on both occasions, drifting heavily most of the afternoon, which makes the entries of amount of snow on daily sheet somewhat doubtful. Sheet lightning seen at 74, Feb. 3.—At 1» the entry of amount of snow in daily sheet is an interpolation, the gauge having been found lying on its side half full of snow. There are no entries after 19", it being too stormy to work the raingauge ; but 0:080 has been allowed for these hours, and is included in total fall for the day. The wind was very squally at night, and the barometer was pumping wildly. The following readings of the barometer were taken :— Time. Corrected to 32°. Remarks. hm § in. About 1S 59 38 25°116 Squall At 20 25°176 Lull e 2083 25-211 & 3» «20.85 25218 ‘ - 20 36 25°147 Squall » «20 42 25°152 a Immediately before 21 25-061 Ss At 21 25°202 Lull Feb. 4.—-Wind very squally, and barometer pumping heavily all forenoon. ‘Top clear at times in forenoon, and from 14" to 195. There was no gauge out till 6" to-day, but apparently no snow fell till then. Thermometer box shifted after the 15" observation. Feb, 5.—From 2" till 5" the fog, though the tempera- ture was 23° to 26°, had a misty feel, and icy drizzle was falling. After 55 and till 9" it was distinctly mist. Summit clear at times in afternoon and at night, but sky overcast with low stratus that was almost touching the Ben. Feb. 6.—Top clear from 17» till 214, but sky overcast with cum.-cir. at 17%, which passed into str.-cir., and was lowering gradually, till at 20> and 21» it formed a uniform pallium (of cum.-s.?) almost touching the Ben. The air was dry from 19" till 21"; the lowest humidity observed was 41, at 205, The thermometer box was shifted at 182 15™. At 18" the radiating points of clouds were N.W. to S.E. Feb. 8.—Wind very squally, and barometer pumping all day. Amounts of snow very unsatisfactory all fore- noon, owing to the drift and squally winds. There was no gauge out from 11" till 234, but it was snowing slightly most of the time. Feb. 9,—At 2" the thermometers were shifted. Top clear at times in afternoon, but sky cloudy or overcast, Snow to sea-level. Feb, 10.—Solar halo seen from 105 to 134, Ther- mometer box shifted after 7". Air dry from 8 till 14%, 136 At 8 and 9" the temperature was lower than the range of Glaxhier’s tables. In calculating the dew-point, ete., it was assumed that the factor for temperatures below 10° is the same as that for 10°. Lunar corone seen in early morning, aud again at night. Earth shadow and shadow of Ben seen at 8". Radiating points of cirrus were at 145, W.N.W. and E.S.E., at 18" the same, and at 19%, W. by N. and E. by S. A snow-bunting was seen at the observatory most of the afternoon. Feb, 11.—Lunar corone were seen at 1", and again at night. A few hailstones (soft) falling at 23, Feb. 12.—At 10%, 115, 125, and 164, it was difficult to say whether it was mist or fog that was on the top. At 10" the fog crystals forming were slightly icy ; and at 11" there was a dull icy skin on raingauge. The air temperatures at 10" and 11" were respectively 20°°8 and 21°-6. Feb. 15.—Thermometer box shifted at 112 20™ A lunar halo was seen at 21", 22), and 23%. The radiating points of cirrus were N.N.W. and S8.S.E., to N.W. and S.E. after 20", The air was dry at midnight—humidity 38 per cent. Feb. 16.—After 1 to-day Bar. 1385 was found to have been slightly out of the vertical. It was readjusted before 2, The air was dry at 1" and 24, and the top was clear, except at 34, till 5%. A lunar corona was seen at 34, From 5" till 11" the snow was drifting heavily ; and the amounts of snow entered on daily sheet are in con- sequence doubtful. Feb. 17.—The thermometer box was shifted after 3%. The low temperature reading at 34, is probably due to the dry bulb having been acting as a wet bulb then. The top was clear from 3+ till 6", with haze and detached fog on the lower hills. Feb. 20.—In the forenoon the cloud cap was mist, and the snow crystals forming were icy. Maximum temperature 27°°7. Feb. 21.—The top cleared after 34, and remained clear, except for a little passing fog at times in forenoon, for the rest of the day. The thermometer box was shifted at 4» 30™, The air was dry at 16%, and for the rest of the afternoon. Detached fog on lower hills most of the day. The radiating points of the cirri clouds to-day were N. by W. and S. by E. During the afternoon there was a very thin stratum of str.-cir. below large cum.-cir. It was moving quickly from N. A lunar corona was seen at 54, Feb. 22.—Sky overcast till 4"; mist thereafter. Ice forming on surfaces till 7%, Box dripping at 8". Drizzling rain the rest of the day. Feb. 23,—During breaks in the mist at 2", the northern sky was seen to be brighter than the rest of the sky— apparently due to aurora, Detached fog on hills around all day. A triple corona was seen at 15", The foreglow and earth shadow were seen at 7". Feb. 24.—Fog on top till 10"; clear thereafter till midnight, Detached cum. fog on hills around till 19". Cirrus aud cirro-cumulus on sky all afternoon: radiating points N.E. and §.W., motion from N.E. At 21" to-day the humidity was 13, The zodiacal light was visible at 20 and 22%, Feb. 26.—Top clear at 1" and 24, and from 10? till 20" sky mostly overcast. At 8" it was noted the fog BEN NEVIS OBSERVATORY.—JIOG-BOOK. [1889. crystals were brown. Thermometer box shifted at ene Ue Feb. 27,—Cum.-cir. and cir. on sky; radiating points at 11" and 124 were N.N.E. and §.S.W., and at 225 N.E, and S.W. Part of a solar halo was seen at 12", and an aurora at 21". Cum. fog on hills most of the day. Hoar-frost to sea-level at 8}. March 1.—Faint aurora seen at 234, and midnight. The thermometer box was shifted after 23". Box was put one step higher (the highest) on ladder stand. March 2.—An aurora was seen at 1” and 23, March 4.—Top clear for several hours to-day. Thick haze and cum, fog all round below. Radiating points of cirrus at 84, S.E. and N.W. To-day and yesterday a snow-bunting was seen about the observatory. March 5.—Thick fog on summit all day. Brown fog crystals forming, sooty in taste. March 8.—Top clear several times to-day. At these times, in the forenoon, the sky was cloudless, and there was fog all round below; but in the afternoon there was stratus or str.-cum. above, and passing showers in the distance. Needle-shaped snow-crystals falling at 14}, The thermometer box was shifted after 75. Murch 11.—Summit clear till 15"; fog thereafter till 22>, and mist till midnight. Radiating points of cir.-c. at 12" were N. and S. ‘he thermometer box was shifted at 25 15m, March 13.—Lunar coronz were seen at 22" and midnight ; an aurora was also seen at midnight. ee 14.— Lunar corone were seen at 1® and 22%, March 15.—Wet drizzling mist on summit till 18%. Top clear, with thin mist passing at times, till 22", but enveloped again at 234, and midnight. At 195 the sky was cloudless, but from 20" till 22" it was covered with cirro-cumulus, on which at 215, a faintly marked lunar halo was seen. Double and triple lunar fog-bows were seen, and also coronz on passing mist, from 205 to 22}, At 20 the fog-bow appeared as in diagram below. The chief bow was well defined, and muck brighter than lunar fog-bows usually are. The greater part of it was white— the only coloured part being a red fringe on outside. Both inside bows were white, and showed no trace of colour. On each side of the chief bow there was a distinct dark space. Outside the outer dark space, and when the chief bow was at its brightest, another bow was seen. It was from 12° to 15° broad, but very faintly marked. Two sets of measurements of the radii of outside and inside of chief bow were obtained, but before the stephanome the inner bows could be measured, Patou or Lignt Rouno ge », SHadow 1889. | clogged with ice, and refused to work. ‘The measure- ments of chief bow were :— Outside Inside. US GEBC Une baenecssecWsantieses 42° 57’ (mon ind a tere ek eee a 42° 0! 37° 46! Mieativace ese riustecsetecscues 42° 28’ 37° 24’ At the time the fog-bow was measured, the mist was thin and very wet, and formed a coat of ice on all exposed surfaces. Air temperature at time, 28°:4, the minimum for the day ; the maximum being 31°°9. March 18.—At 18" 20™ the thermometer box was shifted. March 19.—Brown fog crystals forming all forenoon. At 19" there was about half an inch of white fog crystals over the brown ones of the morning. March 21.—Air moderately clear to-day. Barra and Western Isles to N. and S. of Eig visible. burning to §.W. in distance to-day. shifted after 10", Rather squally in early morning. March 23.—Thermometer box shifted after 12}. March 26.—The sky was cloudless at 21%, 225, and midnight, but thin fog kept passing at intervals till 234. At midnight a faint aurora was observed near the horizon. March 27.—The thermometer box was shifted at Qh 25™, The summit was clear all day. No lower clouds all day, but various amounts of cir. types on sky from 5" onwards. These radiated at 6° from N.N.W. and §S.S.E., at 135 from N. and §&, and at 17” from N.N.W. and S.S.E. again, and were moving at 8 and 108 from N.N.W. The air was saturated at 12, and midnight, but very dry during the rest of day—mean humidity for day 27, maximum for time air was dry 31, and minimum 9, The dry and wet readings entered at 125 were taken at 128 7™, the wet bulb not having cooled down at 12", after having been wetted a few minutes previously. The dry and wet readings at 21> were carefully checked at the time of observation. An aurora was seen at 15, 35 and 235, A solar halo was seen at 122 and 134, The depth of the snow wreath between the “wreath post” and edge of cliff was to-day found to be 148 inches at its highest point. In the evening a snow-bunting was seen about the door. [It has been seen several times since last noted in the 4th inst. | March 28.—The top was clear only at 75 and 174, and at both hours there was str. fog all round below. At 72 a corona and glory were seen. Snow thawing quickly about the observatory to-day. _ April 3.—The top cleared at 23" last night, and remained clear till 6" to-day, the sky being all the time overcast. The thermometer box was shifted at 22 15™, White fog crystals forming about 125, but at 14" those forming were brown. April 9.—Since the 4th the wind has blown a moderate breeze from E. or E.S.E., and there have been only few breaks in the fog, and no sunshine till to-day, Top clear several times in forenoon and most of the afternoon; sky, except at 135, overcast. The ther- mometer box was shifted after 12, Heather-burning going on to W. to-day. April 10.—At midnight there was a depth of 3 or 4 Heather | Thermometer box | BEN NEVIS OBSERVATORY.—LOG-BOOK. | In taste. ley? 137 inches of loose dry snow on surface, which consisted of small starry crystals. About mid-day (125) the crystals were falling singly, and in flakes. As soon as the flakes touched anything they broke up, and left the individual crystals detached and separate. The crystals falling then were white (having the ordinary appearance of snow), but 'at and after 184, they were glassy and transparent— | glistening aud reflecting light. Calm or almost so all afternoon. April 11.—Except from 25 to 45 the summit was clear ail forenoon, Variable amounts of cirri types on sky, radiating from N.N.E. and S.S.W. The snow-bunting has been seen daily about the observatory for hours at a time, since Ist of month. To-day it was photo- graphed. April 12.—Fog crystals brown all morning, and sooty Clearing overhead at times to-day, showing cir. and cir.-c. above, lying E. and W.; and heavy cum.-s, masses all around, April 13.—At 1» radiating points of cir. were W. by N. and E. by S., and at 25 N.W. by W. and E.S.E. A lunar corona seen at 23}, April 14.—At 7" and 8" an irregular broken corona was seen on cir. clouds ; order of colours :—sun, glare, red, blue, red at 7"; and at 8, sun, glare, blue, green, red. At 125 it was noted that there was no glare or brown colour in sky about the sun, the sky being uniformly blue almost up to the sun all round, April 15.—Top clear for greater part of day. Fog all round below till noon, when it rose above level of summit, and formed cum. clouds. Heather burning in various directions to-day, which caused a good deal of haze all round, April 17.—A halo was seen at 95, Except at this hour there was mist on the top till 114, but clear for the rest of the day, and after 14" cloudless as well; but thick mist on surrounding hills all day, Air dry all afternoon. At 135 radiating points of cir. were 8.S,W. and N.N.E. April 18.—Top clear till 10", Cloudless till 64, but fog ou lower hills all morning, which rose and enveloped summit also from 11" onwards. From 16" yesterday till 8» to-day, the wet bulb had to be moistened about 10 minutes before each observation. White icy fog crystals forming all afternoon, April 22.—Summit clear at 64, at times about mid-day and from 17" till 235, sky cloudy or overcast, but no fog on hills. At 21" and 225 the radiating points of cir.-s. were N.W. and S.E. The thermometer box was shifted after 13%. April 24.-—Barometer pumping heavily—over a tenth of an inch, in the strong northerly squalls. The rain- gauge was useless to-day owing to the drift; most of the loose snow lying on the top was blown away. April 25.—Fog over the lower hills in forenoon; about noon it rose and covered Ben Nevis also with fog and scud. Thermometer box shifted at 12 20™. Solar corona seen about 13". The outside part of the 22 observation was about 2 minutes late owing to lamp going out. April 27.—Thermometer box shifted at 13" 20™. Air clear all round in afternoon; no fog in valleys nor on hills, 138 April 29.—Thermometer box shifted at 132 20™. Short showers of hardish snow during the day. May 2.—Thermometer box shifted at 10" 20™. May 5.—Top clear of mist after 74, but occasional fog blowing over till 144, after which the air was dry and the sky cleared. Rather hazy, and fog forming on the sides of the farther hills, especially to S.E. in the evening. May 6.—Fog over the hills and on the Moor of Rannoch all morning till about 11", when it cleared off. For some time about sunrise it lay low in the valleys to EK. and N. Haze all day. Towards evening the sky became overcast, and shortly after 19", fog began to blow across the hill top. After 10 the thermometer box was shifted one stage down on ladder stand. May 7.—When the top was clear of mist, fog was generally lying over the hills to S.E., and the air else- where very hazy. Heavy rain like thunder-rain came on at about 185 45™. May 8.—At 2 there were several layers of fog at various heights, lying among the hills to KE. By 3 mist was on Ben Nevis, and continued unbroken till about 15 40™ when it cleared a little, but sky remained cloudy. At 19" dense cum. fog was rising among and above the hills to E., but at 20" there was no fog anywhere. May 10.—At 3" 15™ thermometer box shifted one stage down on stand. May 11.—¥og hanging about the hills, especially to 8. and E., and occasionally covering Ben Nevis also, all day. Snow-buntings have not been seen about the observatory for the last few days. May 12.—Fog on hills to E. and §. all morning, and occasionally on Ben Nevis also. At 10" 50™ a shower of hail fell, lasting about a minute. A portion of a rainbow was seen at 15%. Fog among the hills to N. at night, and lying in the Caledonian Canal valley. May 13.—Fog lying among the valleys to N. all morning, it thinned into haze during the day, and became fog again at night. Horizon hazy all day. Sun was last seen at 20" 35™. Muy 14.—Began to use Summer Stevenson Screen at 1» to-day. Stratus fog in valleys at 2% At 3 fog blowing over Ben Nevis also, Heavy dew at 1* and 2}. May 15.—A flash of lightning was seen at 12 3™, At the time hard, rather icy, snow was falling. It was followed by a heavy fall of soft, flakey snow during the next two hours, The needle of telegraph instrument had been moved several times shortly before 1%. May 18.—Fog on hills round most of day, and haze in the valleys, A glory was seen from cliff at 11%, The fog that blew across the hill top in the afternoon was quite dry. The 7" observation was taken at 72 6™. May 22.— At 13" 58™ a tremor was felt inside the observatory like a slight earthquake shock. It was felt in both parts of the building, and in the old part the roof was heard to creak, ‘The direction of movement was not ascertained, May 25,—Almost continuous mist till 16, after which it gradually cleared, breaking first overhead, until it left a cloudless sky, and no fog on hills. At midnight the N. horizon was seen to be red for the first time this ear. 4 May 26.—Fog among and on the hills to N. and FE, from before sunrise till about 8", after which it broke up BEN NEVIS OBSERVATORY.—LOG-BOOK. [1889. and rose as cumulus. Air moderately clear during the day, except to N.E. where it was hazy. Mull, Rum and Skye seen all day, and at 9", South Uist. Faint pearly cirrus seen to N. at 234. May 27.—¥Fog among the hills to N. before sunrise, and on till about 84, after which it rose and formed cumulus. Haze all round all day. May 28.—Haze and detached fog on hills to S. in early morning, but thick mist all day after 5%. May 30.—The snow which fell to-day was mostly soft, and in large flakes. After 234 the ground was white. June 2.—From 14» till 16" the needle of telegraph instrument was frequently moved by earth-currents. It was then put out of circuit, and not reconnected till about 20 45™, after which only one movement was observed at about 208 55™. At about 162 35™ several flashes of lightning, and a few peals of thunder were observed. At about 19" 30™ the same occurred. All day the mist was blowing off and on the hill top, but the sky above seemed to be mostly cloudy. The barometer was pumping heavily all day. The entry at 15" is correct, the sudden fall is clearly shown on the barograph tracing. June 4.—The upper glow was seen at 35 5™, Horizon rather hazy and cloudy all day, especially to N. and W. June 5.—Sun first seen at 32 23™ shining through haze. Haze all round all day, turning very thick at night. A good deal of cum. at horizon. June 6.—Thick haze all round in morning, but it gradually cleared off towards evening. At 23 cum.-fog had formed on hills to N., and at midnight it lay thick among them. June 7.—Fog among hills to N. in early morning. At 4», 52 and 6 it covered Ben Nevis also. It continued over the hills round till about 9, after which there was cumulus at the horizon. Haze, thickening afterwards into fog, gathered to W. and N.W. in the afternoon. Pearly cirrus was seen at 1", and again at 235, June 8",—A slight shower of hail fell at 6%. Cumulus fog on hills all round in forenoon, and mist or fog on Ben Nevis in afternoon. June 10.—Pearly cirrus seen to N.N.E. at 15, Cum. fog on hills till 94, after which it rose and formed cumulus clouds. A glory was seen on passing fog at 4. Colours very indistinct. Air very clear in afternoon. At 13" and 14 South Uist was seen as well as the nearer islands. At 20" fog was rising to W., and passing over the Cairn Dearg. Haze gathered to 8S. at night. At midnight pearly cirrus was again seen. June 11.—Karth shadow seen at 3%. N.E. horizon dark red before sunrise. At 3" there was fog over the Moor of Rannoch, Considerable haze all day, and mist on top after 21}, June 14.—Fog all round over the lower hills from 4% till about noon, after which it covered Ben Nevis also almost continuously. A solar halo and mock suns were seen at 5%, Only the portions of the halo near the mock suns were seen. Red inside halo, Radius of red 22° 6’. Glory with two sets of colours seen at cliff at about 8h 25m, The wet bulb readings at 74 and 8» to-day are probably too low, as the bulb had been frozen and took some time to thaw, while the dry bulb was rising rapidly. 1889. ] The water in the wet bulb cistern was however not frozen all morning. June 16.—Mist till 9, after which it cleared off and left sky almost cloudless, but a continuous layer of fog over the hills round. This covered the hills all the rest of the day, except from 20" to 23, when it cleared off those to S.E. The top was from 3500 feet to 4000 feet height. Some glories were seen on this fog in the evening. Two sets of colours, but not very bright, no measurements were got. June 17.—Thick cloud or fog layer on hills all round to about 3000 feet till 94, after which it broke up and disappeared except a few patches to W. Haze in the valleys all afternoon, getting thicker at night. The horizon was also rather hazy. No upper glow was seen at sunrise or sunset. A little faint pearly cirrus was seen at midnight. The sun was last seen at about a. June 18.—-Sun first seen at 3" 18™, Fog lay in the valleys at about 2000 feet height till about 11, thickest to W. and N., and haze gathered all-round during the day. This haze rose distinctly higher than Ben Nevis at night. Dew on all woodwork at midnight. upper glow was seen before sunrise. June 19.—Sun first seen at 3 19™. Horizon hazy all day. Fog gathered in the valleys to N., and extended all round at about 2000 feet height before sunrise. It broke up into cumulus clouds after 10%. Thin fog was blowing across Ben Nevis at 20", but it was quite dry and did not deposit moisture on anything. From 21" onwards, thick fog lay over Loch Ness and the adjacent valleys, at about 2000 feet height. Sun was last seen at 215 26™. Very faint upper glow at 22”. June 20.—The sun was first seen at 3" 16™. The earth shadow and Ben Nevis shadow were seen at and after sunrise. The fog in the valleys to N. broke into cumulus at about 8, and after that there was no fog in the valleys till about 234, when it gathered again to N. beyond Loch Lochy. Horizon hazy all day. The sun was last seen at 215 26™, and the after glow and earth shadow were seen at about 212 40™. June 21.—The sun was not seen till 3" 22™, owing to a bank of cloud and haze at the N.E. horizon. Dew formed at 3" on everything, up to that hour there had been none. Fog lay in the valleys to N. beyond Loch Lochy, at about 2000 feet till 9%, after which it disappeared. A faint upper glow was seen at 34 Horizon hazy all day. The upper glow was seen on cirrus at 212 40™- Pearly cirrus was seen to 70° altitude _ at 235, and a small patch to the N.N.W. at midnight. June 22,—Sun was first seen at 35 16™ shining _ through thick haze, which prevented any sunshine from _ being recorded until after 8". The upper glow was seen at 35, and the earth shadow after sunrise. On the night between the 21st and 22nd, the lamp was only used at _ 23> midnight and 1», the thermometers being easily read at all other hours without it. Low fog lay over Loch Lochy and the adjacent valleys to N. till 6% At 7 there was cumulus over Loch Lochy, and after that no fog or cloud in the valleys till 13", when loose dry cum. fog gathered to the S. and E. of Ben Nevis, which continued till 185. From 22 onwards, dry fog was drifting across the hill top. The sun sank out of sight BEN NEVIS OBSERVATORY.—LOG-BOOK. No | 139 in a bank of thick haze and cloud, and the time of setting could not be observed. June 23.—Sun was first seen at 35 37", This late time was due to the fact, that thick and continuous fog was lying over all the hills round to about 4000 feet. After 4" this fog rose higher, and began to pass across Ben Nevis also. It formed cumulus and scud clouds in the afternoon, but sank down again in the evening; being at about 4000 feet height at 185, and sinking to not much over 3000 feet by midnight. June 24.—The sun was first seen at 34 21™ shining through the fog that covered the hills round to about 3000 feet. The fog continued at about this height till 94, after which it rose and surrounded or covered Ben Nevis for the rest of the day. These fogs for the last few days (since the 19th) have been quite dry, and the air has never been saturated. June 25.—Thick haze all round all day, rising higher than Ben Nevis. At 5" and 6" the haze under the sun, 7.e., from near N. to S.E., was black, and the rest white. Fog over the hills round in early morning, and partly on Ben Nevis also; this rose and formed cumulus in the afternoon, but cleared off entirely at night. June 26.—Haze all round till noon, and fog after that, which gradually began to cover Ben Nevis also, but was always higher than the hill top. June 27.—¥oe gathered all round in afternoon, form- ing at 20° a high bank on the surrounding hills, exteuding from about 3000 to 5000 feet height. By 21» this had gone, except from the hills to N.W. and a few detached portious elsewhere ; and for the rest of the night there was haze and str.-fog on the hills far to N. June 28.—Fog on hills all round in great masses from 25 to 45, and after that fog on or hanging about the top of Ben Nevis also, but, as far as could be seen, no fog in the valleys below. July 1.—Wet mist till 22", after which it sank, leaving a cloudless sky, but still covering the hills round at a height of about 4000 feet. July 2.—Cloudless sky and fog on the hills round to between 3000 and 4000 feet till 10%, after which the fog rose, occasionally passing across Ben Nevis, and forming scud and cumulus clouds overhead. It sank down again after 21, and formed a similar layer of fog on the hills, Faint pearly cirrus seen all along N. horizon at midnight. July 3.—Foge on hills to 4000 feet at 1", but after that it broke up into detached portions; but there was fog in the valleys till 7", after which it disappeared. Air rather hazy all day. At 5 the haze at the horizon was dark under the sun, 7.¢., from S.E. to N.N.W., and white round the rest of the horizon. Fog gathered low down in the valleys to N. beyond Loch Lochy after 21". Ravens were seen flying about over the hill top in afternoon. Bright pearly cirrus seen to N. at midnight, July 4.—Fog lay among the hills to N. as far as the head of Loch Lochy till 8", after which it disappeared, but gathered again after 20". Air hazy all day. The sun was first seen at 35 30™, July 5.—Faint pearly cirrus seen at 1%. Dew which lay thickly at midnight was drying up at 1, and was almost entirely gone at 2%, Fog lay among the hills to N. and E. most of the day, and in the afternoon Ben Nevis was surrounded by loose, dry, cum. fog rising on all 140 sides. aud shining through the fog; after it was about 2° up, it passed behind a bank of haze which was lying clear of and above the horizon to N.E., and was almost com- pletely hid by it. The sun did not begin to record till 84, Dew again formed at 235 and midnight. July 6.—Fog lay among and over most of the hills round till noon, after which it rose forming cum.-fog all round Ben Nevis and cum.-clouds overhead, and from 154 onwards the hill top was covered with fog or mist, Haze above the fog all morning. July 7.—From 20" onwards the roof of observatory, and most of the ground was white with snow. July 12.—After 25 the fog sank, leaving the sky clear, but covering all the hills round and occasionally blowing across Ben Nevis also. The sky soon became overcast with low cumulus, and continued so most of the day, while the fog, though not thick, continued to hang about the hill top. After 19" glories were seen on fog to S.E., rather misty and badly defined. Two and occasionally three sets of colours—clear space between Ist and 2nd Radius of first red 0! Radius of second red Gr: Other colours were very faint. July 15.—Top clear after 18", but thick rolling fog over all the hills round, and passing over Ben Nevis also at times. July 16.—Detached patches of fog among hills till 6, and fog or mist blowing across Ben Nevis most of the day afterwards, but occasional very clear views to S, and W. At 105 a rainbow was seen to N.W., the highest part being rather lower than the top of the Ben. Near the top of it there was a dark gap in the bow. July 17.—Earth currents in telegraph cable from 105 to 125, deflection usually to right side, that is, a current up the wire. At the time mist was changing to fog. July 18.—Shortly before 1" the fog sank leaving a cloudless sky, but still covering all the hills round except a few of the highest peaks. This continued till 6", when the fog again rose and covered Ben Nevis also for the rest of the day. The sun was first seen at 35 55™ rising above the fog. The first glimpse was green. July 21.—Top clear but haze and fog all round till 134, and after that mist on the top of Ben Nevis. No sunrise, the haze hiding the sun’s disc. A glory was seen between 10" and 114, and a halo at 12". July 23.—Fog hanging about the hill all day, but clear views through breaks. Short heavy showers of rain and hail fell in afternoon. A rainbow was seen at 19% and 204, July 26.—Mist till 5" after which top clear, but sky cloudy, and no fog below till 185, when the clouds sank and fog covered the top till 215, after which the sky was cloudless, but fog covering all the hills round, and occasionally blowing across Ben Nevis also. July 27.—Fog on hills to about 4000 feet till 5. The sun was first seen above this fog at 4" 10™, The sky remained cloudless till 9", when cirrus began to appear. Fog again gathered on the hills at from 2000 to 3000 feet, beginning to W. at 194, but spreading all round. A bright mock sun was seen at about 19 30", coloured red next sun, and blue outside. July 28.—Fog on lower hills to about 3500 feet till BEN NEVIS OBSERVATORY.—LOG-BOOK. The sun was seen at 3% 25™ rising above the hills, | [1889. 44, after which it rose and covered Ben Nevis also, hardly breaking again all day. As soon as the fog rose, the wind, which had been blowing 20 to 25 miles per hour, fell considerably. Up to 45 the sky was overcast, but the air very dry. Sunrise colours very bright. Sun first seen at 44 J1™, Earth shadow seen before sunrise. The observations at 13" and at midnight were each 3 minutes late. The following observations were taken by Sling Thermometer :— At 15 5™ on roof . 44°°7 Dry bulb at 15 44°-9 At 15" 58” on plateau at foot of M‘Lean’s Steep . 43°°8 At 16" 7™ on plateau of Storms in line of posts. 43°'8 Dry bulb at 165 42°-9 The fog was much thicker down on the plateau ‘than on the top of the hill. July 29.—Mist till 34, after which it sank, covering hills to 4000 feet or more all round till 8", when it rose again over Ben Nevis also. Sky overcast with cum.-str. all this time, but air dry, the humidity at 6? being 53, and at 75 52. Sunrise colours bright. Sun seen at 4h 16™, Mist and fog continued on or about the hill top till 20%, after which it sank, lying over the hills in detached sheets at 3000 or 4000 feet height, and the sky cleared. July 30.—Fog over all hills round at 4000 feet till 44, after which it rose and blew across Ben Nevis also, and continued to hang about the hill till 13", In the afternoon haze gathered to the S8.W., and after 21 fog was again blowing across the hill top. The sun was first seen at 44 12™, Before sunrise the earth shadow was observed. At 4! 25™ the shadow of the observatory was seen on a fog bank to S.W.. Very red glories were formed on this fog. Three sets of colours, but none distinct except the reds :— Radius of red! too small to measure. 3 red? . 1° 20’ red? . ; . eae July 31. —Thick haze all round all day, and occasion- ally very light fog blowing across the hill top. Aug. 2,—-Mist till 23h when it cleared off leaving sky overcast, and low lying fog among the hills round. Aug. 3.—Cloudy sky and fog lying among the hills round till 45, after which fog or mist covered Ben Nevis also, which continued with only a few short breaks all day. dae 8.—Sky cloudless, but stratus near horizon till 5», and covered with variable amounts of cumulus during the rest of the day. Cumulus fog lay on the lower hills in forenoon, and shower clouds in afternoon, on which a rainbow was seen at 14%. Cirrus was observed at 205; its radiating points were W.N.W., E.S.E. Hoar frost on roof in early morning. A glory was seen about 18 30". Aug. 10.—Summit clear at times during the day; but sky overcast or nearly so, chiefly with nimbus. A lunar corona was seen at 1, Aug. 14.—Summit clear at times in afternoon. Be- tween the hours of 14 and 20, inclusive, only 1 mile of wind was recorded by the anemometer, Aug. 18.—Showers of hail and sleet fell this morning, as well as heavy showers of rain. Aug. 19.—Summit clear at times in evening, but sky 1889. ] overcast with nimbus, and fog on hills around and brushing top of Ben Nevis at times. Aug. 30.—Fog with a few short breaks till 18, after which it cleared leaving sky cloudless. Some stratus fog lay over the hills round in detached portions till 21% Air became dry (humidity 80) as soon as the fog ceased to blow across the hill top. Aug. 31.—Fog began to gather on the hills to N. after 34, and spread over all the hills round, those to the S.E. being the last to be covered, and after 125 rose and covered Ben Nevis also. Mist and drizzle in evening. Sept. 1.—Fog on the hills round and often on Ben Nevis also till 6%, after which there were only detached portions in the valleys and on the hills. After 20% fog was blowing across Ben Nevis again. Air slightly hazy during the day. In the forenoon there were cirrus clouds in streaks from N.W. to S.E., and the motion was from the N.W. But at 17" the sky was covered again with cirrus, having no definite arrangement, and moving from the S.E.; and at 20" from the S.W. Sept. 3.—Fog on hills round and blowing across Ben Nevis till 95, after which continuous fog or mist, very thick at times. Sept. 5.—Clear sky but fog blowing across the hill top till 34, and after 16%, Air very hazy between these hours, and fog among the hills round in forenoon. Sept. 6.—Clear sky all day, but haze and fog over all the hills round, and in forenoon dry fog blowing across Ben Nevis also. Sept. 7.—Sky almost cloudless till 16%, but haze all round, After 16" fog or mist on Ben Nevis. Fog lay among the hills round till 7, but after that cleared off and only gathered about the hill tops after 15%. The 16» observation was taken at 165 4”. Sept. 11.—At 17" and 18" top was clear but sky cloudy, and streaks of stratus fog lying on and among the hills round. Sept, 12.—After 4" the fog sank down, and lay over or among the hills round and continued to lie there till 22%, after which the top of Ben Nevis was also covered. The fog was not a continuous sheet, but lay in patches. Upper clouds moving from the westward all day. Sept. 14.—Thin mist on hill top till 14", after which it sank, showing sky partly covered with cirrus, but the _ fog lay over the hills round all day. Air very dry at night, the humidity being 45 at 18" and at midnight. Sept. 15.—Fog on hill tops round all day, and occasion- _ ally over Ben Nevis also. Air very dry when clear of this fog, humidities of 40 or 50 being got at several hours in the forenoon. A lunar corona was seen at 54, and a solar glory and part of a fog-bow at 6". A glory was also seen at 8". No measurements were got. Sept. 16.—Fog on hills round and blowing across Ben Nevis, but sky clear above till 9", after that fog or mist. A lunar corona was seen at 5}. Sept. 18.—The heavy rain which fell this afternoon and evening was composed of large drops, not small drizzle. In the two hours from 205 to 224, 0:522 inch was registered by the gauge, Sept, 21.—Heavy showers of snow fell during the day. Top clearing at times to-day, showing the tops of the lower hills around covered with snow. At 9 snow ROY. SOC. TRANS. EDIN.—VOL. XLII. BEN NEVIS OBSERVATORY.—LOG-BOOK. 141 erystals in form of straight bars 4” long were observed to fall. Sept. 22.—At 22 the summit was clear, and au aurora was observed. Sept. 23.—Summit clear most of the day. Detached patches of fog were seen on hill tops around in forenoon. Cirrus and cirro-cumulus on sky, radiating points at 3" were N.W. and S.E. At 22" and 235 a faint aurora was observed. Sept. 24.—Aurora seen at 12 and 25, and at the former hour three flashes of sheet lightning were observed to S. The sky was cloudless before the lightning was seen, but each flash revealed three thin streaks of stratus a little above the southern horizon. The streaks were dark against the lightning in back-ground, The summit remained clear, except for a little fog at 5%, till 16%, when fog came on and snow fell heavily till 205, and drifted very much all night. ‘“ Visibility” to westward to-day. Sept. 25.—Snow line at about 2500 feet above sea- level to-day. The summit was clear and the sky cloudless till 54, fog or cloudy sky thereafter. Oct. 1.—Cloudless till 10. Fog at 115 and 13%. Cumulus (10) in afternoon, but almost cloudless again after 18". Fog on hills around all forenoon. “‘ Visibility” to W. and N. in afternoon. At 25a faint aurora and the zodiacal light were seen. The latter was best seen at 2h 45™, its southern boundary being well defined. The zodiacal light, the “ Milky Way,” and the horizon formed the three sides of a triangle, the enclosed sky being markedly darker than its surroundings. A fog-bow and glory were seen at 10%. Radius of red of glory 2° 0’ 36” per stephanome. ‘The earth shadow was seen at sunrise. Oct. 2.—Top clear almost all day, but a little fog in valleys in forenoon, and haze in afternoon. Oct. 3.—Air dry (humidity 75 to 90) till 205 except at 174. After 20 fog covered or was passing Ben Nevis. Sky cloudy all day, chiefly with cumulo-cirrus, which was moving from §.W. in forenoon, and from S.E. at 145. A little snow fell after 22%, A solar halo was seen at 15>, Haze all round below to-day. Oct. 7.—A gale which commenced at midnight last night, continued till 6" this morning. It increased in strength till 35, when it was force 10-11, and thereafter gradually moderated. Extra readings were taken of the barometer between 2” and 5, the lowest, 24°345 inches, being observed at 35 30™. Rain, sleet, or snow was falling during the gale, and after 9", when the wind backed to the north, snow and hail fell pretty constantly for the rest of the day. Oct. 8.—Snow or hail falling most of the day. A lunar corona was seen at 19}. Oct. 9.—A moderate gale from S.E. was experienced in forenoon. At 17" the summit cleared for a little, and fog was seen on all the lower hills. Oct. 10.—The summit was clear till after 3 to-day. Cirro-stratus and cirro-cumulus covered the sky, and at 12, 24, and 3" a lunar halo was observed. Oct. 11.—The top was clear to-day from 14* till mid- night, except for thin fog at 165. After 185 the sky was cloudless. Cumulus was observed on hills around, and stratus fog in the valleys at night. A lunar corona was seen at midnight. db 142 Oct. 12.—Summit clear till 13". Fog till 155. Clear again till 19", and fog thereafter till midnight. Except at 2% and 3, when the sky was overcast with strato- cumulus, there was little or no clouds on the sky all forenoon. Between 7" 32™ and 132 16™, the sunshine record was unbroken. Lunar corone were seen at 2%, 64, and 235. In the early morning fog lay on the Caledonian Canal and on Loch Hil, and during the forenoon there was haze in the valleys, and detached cumulus on the hill tops around. Oct. 13.—Sky cloudy all day and occasional fog brushing the top of Ben Nevis, but no fog below, and air very clear to westward in afternoon, the Outer Hebrides and Colonsay being clearly visible. A lunar corona was seen at midnight. Oct. 16.—Thin fog or mist all day, partly clearing at times in afternoon. At 23% and midnight top clear and sky partly covered with high cumulus, and fog over the hills to E. Dark hazy look in the valleys to W. and N. Oct. 17.—Fog and haze over hills to E. till 4". Low- lying fog and haze in valleys from 55 to 104, after which it began to rise. No fog in valleys in afternoon, but air hazy all round, and sky partly covered with cumulus and cirro-cumulus. Oct, 22.—Sky cloudy or fog all day, but air clear to W. in afternoon. At 14% Skye, Rum, Colonsay, and Jura all clearly visible. No fog in the valleys all day. Oct. 23.—Sky cloudy in forenoon and fog passing over the hill top, but, when free of fog, air clear to W. Foggy all afternoon. Slight drizzle of snow in evening, ending in a heavy shower about midnight. Oct. 24.—Sky cloudy with cum. and cirrus till 184, but after that clear. Fog hanging about the hill top most of the day, and air always saturated. Oct. 25.—Sky clear till 9", but air mostly saturated. Fog on hills to E. and §. from 6° to 9", and after that blowing over Ben Nevis also. At 7" the ground was covered with hoar frost at sea level. At 16} air clear to W. and N., Skye and Rum being seen. Oct. 27.—Top clear of fog most of the day and few clouds overhead, but fog on hills to E. and 8. all morning, and cum. fog rising out of Glen Nevis. Clear views to W., Skye, Rum, Mull, and occasionally, Colonsay, seen. Oct, 28.—Fog on hills to E. and S. in early morning, and low down in valleys to N. about sunrise. Fog also lay over Loch Eil till 10%; At 9 temperature rose suddenly 5°°3, and the air became very dry, the humidity at 9% being 24. It got gradually and pretty steadily damper during the rest of the day, and was saturated by 1» on the 29th. Haze and fog gathered to W. in afternoon, hiding Rum and Skye. Oct. 30.—Hail fell at 12", and sleet and snow in after- noon till 20", but after that, little. What was falling at 215 was small and hard. At 13" it was found that the door of the thermometer box had been blown off since last hour. Nov. 1.—S.E. gale up to 11%. Calm at 12” and heavy squalls from the N. and N.E. for the rest of the day. Half hourly readings of barometer were taken, the lowest observed was 24°475 in a sudden dip at 12», The sun shone sufficiently to record from about 11» 28™ to 12h 9™, Very heavy drift all day making raingauge measurements unreliable. The low level door had to be BEN NEVIS OBSERVATORY.—LOG-BOOK. [1889. dug several times, and the tower door was used for a few hours in the forenoon. At 175 10™, dry 192671, wet 192677, and minimum 138545 were put out in small box on ladder stand No. 2. The readings of these instru- ments were taken from 18" onwards, no duplicate readings were taken in the larger screen. Nov. 2.—Heavy drift all morning, but about noon the fog turned to mist which damped the snow and preyented any further drifting. Nov. 4.—Top cleared about 95, leaving fog in the valleys to N., which about noon rose and formed cum.-fog all round, and after 18" became fog on Ben Nevis. A lunar corona was seen at 17". Nov. 7.—At about 155 40™ the mist broke suddenly, and at 165 the sky was clear except for streaks of cirrus near the horizon, but thick cum.-fog lay over the hills round. At 175 it was much the same, but before 184 fog had again covered Ben Nevis also, which continued all night. The snow is much melted by the thaw of the last few days, the road being almost clear up to the first gorge, and stones showing up all over the hill top. Nov. 9.—Very wet, but not thick mist all day, with drizzling rain and some heavier showers. At 19 and again at 22 the sky was seen, in each case rather more than half covered with cirro-cumulus in long streaks lying E, and W. Nov. 10.—Mist till 14, after which it sank, but covered all the lower hills at from 3500 to 4000 feet for the rest of the day. Sky showed variable amounts of small hard cirro-cumulus moving from the W. Air very dry at night, humidity 50 to 60 per cent. The snow is now all gone except a few patches in hollows and drifts round the house. Nov. 11.—Air very dry till 5", after which it got gradually damper. Fog lay among the hills in a level sheet, at from 2000 to 4000 feet height all day, but rose at night and was blowing across Ben Nevis at 22" and 235, A lunar corona was seen at 225. The sun rose from behind the fog at about 7° 40™, The first flash of the disc was bright green. The earth shadow was observed after sunset. Nov, 12.—The fog that was blowing occasionally across the hill top gradually thickened, and from 3% onwards Ben Nevis was covered with thick wet mist. Nov. 13.—After 13" the sky was clear except for some cirrus and cirro-cumulus, but fog lay over the hills round, occasionally rising and blowing over Ben Nevis also. A halo was seen from the plateau of Storms at about 145 30™, Air very dry after 204, the humidity being about 50 per cent. till midnight. Nov. 14,—Fog lay over the hills round till 9, the sky being mostly clear, but after the fog rose and covered Ben Nevis also, Nov. 16.—A lunar corona was observed at 64, and a glory and fog-bow at 11" 15™. The glory had three sets of colours. Radius to middle of fog-bow (roughly) 45° 10’. No measurements of the glory were got. A falling star was seen at about 19" 5™, A faint aurora was observed at midnight. Sky apparently clear all day, but fog blowing over the hill top, and only becoming thin enough to let the stars be seen through it towards evening. Nov. 17.—Aurora seen faintly at 12 and 24, Sky 1889. | apparently clear all day, but fog over the hills till 74, especially to KE. Just before sunrise, 2.¢., about 84, it rose and covered Ben Nevis also, and continued more or less all day. Bright auroral arch seen at 205 during a break in the fog. It extended from about N.N.E. to N.W. by W. Single arch, no streamers. Nov. 22.—Showers of hard icy snow fell at intervals all afternoon and night. Top clear at 155, no fog in valleys. Nov. 23.—Thermometer box shifted at 9 15™. Same thermometers left out. Height not altered. Top clear and sky cloudless at 19%, but fog all round and passing. The stars were seen gleaming through the fog at 22). Nov, 25.—Drift most of the day, making raingauge measurements very doubtful. Thermometer box shifted at 16" 20™. Height above snow not altered. Nov, 26.—Sky apparently almost clear all afternoon, but fog blowing over the hill top. An aurora was seen at 19" and at midnight. Heavy drift all day, though only 2 inches was measured at post A where the wind swept the snow off. A drift, 2 to 3 feet formed on the path to the thermometer box, and one about 5 feet deep in front of the kitchen window. Nov. 27.—Aurora was seen again at 1, and also at 205, No raingauge was out to-day, but apparently no snow fell though there was a good deal of drift. Nov. 28.—Thermometer box shifted at 9 10™ Height above snow not altered. In the afternoon the fog became damper and at 195 was distinctly mist, which continued till 215, the temperature at the same time being about 24°. The fog crystals at the same time became harder and more icy. Very small fine snow was falling at midnight. Nov. 29.—A lunar corona was seen at 18%—one ring complete, red outside, and a blue margin beyond. Nov, 30.—Clear sky above the fog seen occasionally in early morning, but drizzling rain and thick mist towards evening. A solar corona was seen at 122 15™—two complete sets of colours and part of a third ring. Red outside and blue inside in each set. An observatory horse was up on the 8th, 14th, 18th, and 28th of November. From the 10th to the 24th of the month the top was almost entirely clear of snow. Dec. 3.—Thick fog till 15" depositing feathery fog erystals slightly brown in colour. From 16" onwards sky clear except for cirrus and cirro-cumulus, and haze or foe over the hills round. A lunar halo or portions of one was seen from 20" onwards. Radius to inner edge at 204, 22° 0’. Thermometer box shifted at 16% 20™, Height above snow not altered. Dec. 4.—Haze and fog over the hills round till noon, after which it rose higher and was blowing across Ben Nevis all afternoon and night; but the sky when seen was clear above. Air very dry in early morning. At 35 the wind velocity by hand anemometer (2 mins.) was 44 miles per hour. The force recorded was 6. The sun rose through the haze, but came out clearly when it got above it. The first flash above the haze was green; and the recorder began to register bright sunshine as soon as’ the disc was above the haze. At sunset the top was clear. The sun set into cloud at 15" 49™, but no green flash was seen. The earth shadow was observed at 16}. At 175 a lunar corona, red, with faint colours inside it, BEN NEVIS OBSERVATORY.—LOG-BOOK. 143 and a blue margin outside, was seen. Radius of red 3° 51’, Dec. 5.—Top clear occasionally in forenoon, but fog over all the hills round. Dec. 6.—Lunar corona seen on passing fog at 1%, At 24 sky three fourths covered with small and rather high cumulus. At 3 overcast with low, massive and thick cumulus ; the latter type persisted till mist came on at 6%, Distinct rain falling at 64, temperature being 24°°8, Drizzl- ing rain fell at intervals during the day, though the tempera- ture remained below 32°, but snow fell towards evening. Dec, 7.—Thermometer box shifted at 3" 25™. Height above snow not altered. Top clear occasionally in fore- noon, but fog all round, and usually blowing over the hill top. Sky clear except for local clouds above the hill top, Showers of heavy rounded snow in afternoon and evening. A horse was up to-day with stores. Dec. 9.—Heavy rain fell till 9", and showers of snow all afternoon. The snow was hard and dry. Dec. 11.—A distinct shower of sleet fell at 195, though the sky was apparently clear above the thin fog on the hill top, and the temperature was 17°°3. At 22" it was mist and quite damp with a temperature of 18°:8. Thermometer box shifted at 14" 20™. Height above snow not altered. Dec. 12.—Clear sky but fog blowing over the hill top till 8". Lunar corona seen on this fog. §. or S.E, gale from 17 onwards with heavy drift. The low level door had to be closed at 18%, At 21> 30™ an attempt to measure the velocity of the wind by the hand anemometer was made; but the cups were blown off, the shank break- ing immediately under the crossbars. When it gave way it had recorded 1,4, mile in about 50 seconds, and the wind was increasing during the time. Dec. 13.—At 1" the wind moderated, and snow was falling heavily, so a gauge was put out for the first time, Heavy snow fell all forenoon, covering the hill top about 2 feet deep in some parts, but there was almost no drift. Dec. 14.—A lunar corona and fog-bow were seen at 2}, when the fog thinned for a few minutes. Thermometer box shifted at 42 20™. Height above snow not altered. The measurements of snow-fall in the forenoon are very uncertain owing to drift. No gauge was in use from noon to 205, but apparently no snow or rain fell until shortly before 20%. Dec. 15.—Thermometer box shifted at 122 20™, Height above snow not altered. Sky partly covered with cirro-cumulus when seen in afternoon, but mist and rain came on before midnight. Dec. 16.—Thermometer box shifted at 105 25™, Height above snow not altered. Some hard icy drift was flying about at 22". Dec. 20.—Fog all day but stars seen through it at 65 and 7%, At 19" St. Elmo’s Fire seen on wind vane, tower chimney, and kitchen chimney ; also on observer’s pencil and hair. Not very bright. Gone at 192 30™. Dec. 21.—Thermometer box shifted at 16" 25™. Box put one stage higher on ladder stand. At 16" faint after-glow seen to S.W., and earth shadow to NE. Wind was northerly in afternoon. Calm at 204, and S.E. after that. From 17" to 23" the air was dry, the humidity at 20" was computed at 12; the barometer was also at a maximum at 20", The south side of the house is now deeply buried in drift, the kitchen window needing to be partly 144 dug out, and a wreathe flush with the roof of the coal cellar. Dec. 22.—No raingauge was out till 9", owing to the heavy drift, but apparently little or no snow fell before that hour. Drizzling rain began to fall at 11, and continued most of the day after, The temperature at 115 was 28°°8, and it never rose above 31°°0. Dec. 28.—Thermometer box shifted at 0» 20™, Height above suow not altered. Air dry till 8%, the humidity being below 40 at 7" and 8", but at 9 the temperature had fallen 11°°3, and the air was saturated. BEN NEVIS OBSERVATORY.—INSTRUMENTS, ETC. [1889, The sun was first seen at 8" 55™, Fog lay in detached masses over the hills to E. in forenoon, and from 10» onwards was mostly on Ben Nevis also. There was also haze in the valleys. Dec. 29.—After 45 the fog cleared off, but the sky was overcast with cum.-stratus till 18", and detached fog lay among the hills at about 3000 feet height. After 18" the sky cleared, but at 21" and 225 showed small high cum.; after that fog again covered the top. Misty lunar corona seen at 194, 212 and 224. INSTRUMENTS, ETC, 1889. Barometers.—No, 1385 was in use throughout the year; No. 1252 being kept as a reserve instrument. For Dry and Wet Bulb Thermometers.—Nos. 192660, 192672, 192671, 192677, 50850, and 50852 were used. Max. 117293 and min. 116918 were used in the large box in summer, and mins. 138533 and 138545 in the small box in winter. Up to midnight of May 13th, and at and after 182 on Nov. Ist, a small louvred box on ladder stand No. 2 was used to hold the thermometers. Between these dates the large box (old clock box) was used. The usual 5-inch raingauges, either rain or snow pattern, have been in use. ‘The Campbell-Stokes Sunshine Recorder has been used all through the year. ‘ The max. black bulb in vacuo No. 186 has been observed when feasible; and since Aug. 3lst black bulb No. 484108—common thermometer not max.—has been in occasional use. The direction and force of the wind was estimated as usual ou the roof of the office at the hourly observations, and the Robinson and Chrystal anemometers used when the weather allowed. The damage to the Robinson anemometer mentioned last year was not, however, repaired till July 16th, since when it has continued in good order. On July 24th the clock which works the tracing point of the Chrystal anemometer was disconnected, and shifted into the office to serve as a temporary standard clock while the original standard clock was sent to Edinburgh for repairs; and it is still there. The standard clock began to stop frequently after the middle of June, and on July 22nd was sent to J. Ritchie, Edinburgh, for repairs. It was returned to the Observa- tory on Aug. 17th, but has not gone well since then. On the 30th and 31st July a staff of post office work- men laid a new earth-wire from the Observatory to below Buchan’s Well, which has greatly improved the action of the telegraph instrument in dry weather. Except re- charging the battery by the lineman, no other repairs or alterations were made on the telegraph apparatus. The Rainband was estimated daily, with few excep- tions, by a direct vision spectroscope. The Stephanome was used for measuring halos, glories, corone, etc., as usual. Several photographs have been taken at all times of the year, including various cloud forms, a lunar corona, different kinds of post work, etc. The Barograph was in use throughout the year except from April 29th to May 11th, when it was dismounted, one of the levers being sent to Adie and Wedderburn, Edinburgh, for alteration. The effect of this alteration has been to bring the scale more nearly in accordance with the true barometric reading, it being now only necessary to add a constant to the barograph readings, to reduce them to the true barometric values. The Thermograph has not been used. The depth of snow has always been measured at post A. The ozone test papers were frequently blown away or bleached, and the rain-fall returns occasionally invalidated by drift. With the above exceptions, the hourly observa- tions have been carried on completely, though the observation or part of it was on a few occasions from 1 to 5 minutes late. The staff of the Observatory consisted of R. T. Omond, superintendent; Angus Rankin, Ist assistant ; and J. Miller, 2nd assistant; also up to April 17th Alex. Drysdale, and since Oct. 23rd Wm. Wilson. Messrs R. C. Mossman, J. Macdonald, R. Turnbull, and J. Duncan took the places of some of the observers at various times. Mr C. E. Gray acted as telegraphist and occasional observer from July 4th to Oct. 1st. BEN NEVIS OBSERVATORY. BAROMETER. REDUCED TO 32°. “Dp 5 1 2 3 4 5 Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. 5-434) 5:444| 5°462) 5-403] 5°465) 5°475) 5-479) 5-495) 5°505| 5:513} 5°391] 5°392] 5°380) 5°346] 5°358) 5°341) 5°323) 5-309) 5-299] 5:304) 5-103] 5°089] 5°056] 5:053] 5°035| 5°021) 5:006] 4-990} 4-972) 4-977 4-863] 4°852] 4848) 4850) 5°839) 4°851) 4-861] 4-870) 4-884] 4-896) 4:512| 4-498] 4°448] 4°445] 4-522) 4-496) 4-508] 4:526/4°524! 4-540 4840] 4-887] 4:960| 5-012) 5066) 5-096] 5*138) 5-172) 5181) 5185 } 5°178} 5°147| 5°137) 5°101| 5°117| 5-111) 5°096} 5-126) 5-149) 5181 5308] 5:343) 5°357| 5°364| 5°370) 5358) 5:348) 5:310/ 5-306} 5-280) | 4-946] 4-977] 5:014| 5-050) 5-072) 5-180} 5-176] 5-211) 5207) 5233 4°893] 4:869| 4°868] 4°855) 4-882) 4-940} 4-971] 5036) 5-096) 5:°164 §°406| 5:400) 5:387| 5°361| 5°362) 5°343) 5-339) 5:344) 5°339] 5°345 5145) 5:126] 5-146} 5°164) 5°172) 5-199) 5-241) 5-286] 5318) 5381 5051) 4-983] 4-972) 5:040} 4-983) 5-031) 5-043) 5-044) 5-075} 5-095 5227) 5:221) 5°210} 5:195) 5°187) 5°175] 5-146) 5-125) 5-085] 5-062 5°108] 5°132) 5:156] 5°175) 5200) 5-220) 5:235} 5-242) 5-240) 5-240 5°159) 5°150) 5°152| 5°147] 5:132) 5-134) 5°130) 5-131) 5°116) 5-185 5-040) 5-033] 5°042) 5:057) 5-048) 5-059) 5-059] 5-075] 5:080) 5-089 | 4£820| 4°777| 4°662| 4-638] 4-585] 4°525) 4-422) 4-382) 4-540] 4-610 4-067] 4:105] 4-104) 4-062} 4-034) 4-105} 4-091] 4-071) 4-011) 4-146 | 4444) 4-437) 4:445) 4-457) 4-473} 4°479] 4-499] 4-513) 4:524) 4-517 4599) 4-614) 4:614] 4:590] 4-621) 5-615] 4°604| 4-574) 4:549| 4-557 4399) 4-378] 4-352) 4-331] 4:332) 4324) 4°315] 4-318] 4:333] 4348 4380) 4°365] 4:356] 4°344/ 4-344] 4-349] 4-349] 4:357] 4°376] 4393 4669} 4°682) 4:716| 4°734| 4-755] 4°788) 4:806] 4-821) 4-850} 4:857 ‘| 4544) 4:513] 4-465) 4-476] 4-465] 4-454) 4-407] 4°380] 4:320) 4:274 | 4-471] 4-458] 4-456] 4-421) 4-457| 4-509] 4-557| 4-642] 4-685) 4-716 _ | 4°745) 4°77) 4°791) 4°803] 4°811) 4832) 4:886] 4-903] 4°928) 4-978 15284) 5-288] 5-283] 5-274) 5-275) 5-279] 5-280) 5-278) 5-276] 5288 5475) 5°492) 5°513) 5°521) 5:532) 5-542) 5-575] 5-597] 5:598) 5-606 | 5°583| 5:587] 5:591) 5-570} 5°590| 5:599] 5°591| 5-592) 5-587] 5*602 _ |5°617| 5°627) 5°627) 5°626| 5:631) 5-642! 5°64) 5:646) 5°651| 5-661 6 7 8 9 10 11 13 Ins. Ins. | Ins. 5528) 5:5 15} 5:502) 5512 5°287| 5°2711 5250} 5243 4958) 4:932] 4-924) 4-908 4-899) 4:898} 4-900} 4:898 4:559] 4552] 4°559] 4:600 5*152) 5-123} 5:094) 5:063 5:203) 5:215} 5°223] 5:229 5*252! 5-200} 5-170} 5-098 5:223] 5:203} 5°195] 5163 5241) 5-289] 5°31) 5°354 5°353] 5°339} 5°331| 5°309 5:419] 5°417} 5415] 5-408 5°108] 5:121] 5-110) 57144 4832) 4:812 5*221] 5-209} 5-169] 5-180 5140} 5127] 5-134) 5-105 5091) 5°088} 5:104) 5-085 4:653) 4°635} 4594) 4:547 4-217] 4°239} 4-273] 4:278 4530} 4°529] 4°522) 4:523 4:545) 4:543} 4°521) 4:477 4:369] 4°383} 4°405) 4414 4-421) 4:426} 4-452) 4-470 4-868) 4°888} 4°886] 4:883 4-268} 4:308] 4°310) 4-314 4°722) 4°745) 4-768) 4°737 5019} 5:064} 5:101) 5:125 5297) 5-306} 5:316] 5°326 5°615] 5°618} 5°614) 5:601 5606] 5:603} 5-596] 5°591 5°664| 5:657] 5-660} 5°650 5-014] 5-010} 5-008} 5-002 14 4407 FRET ABOVE SEA LEVEL. Observatory up to 3lst July, 1890, are placed first (pp. 145-163). double record of these subjects at Ben Nevis and Fort William from 1st August to 31st December 1890: the entries on the left hand page of each folio being those of the Ben Nevis Observatory, and on the right hand page those of the Fort William Observatory. Following this double record will be found (p. 190 et seg.) the Wind and Cloud at Ben Nevis Observatory ; Temperatures in Stevenson Screen, and extra observations made at Fort William Observatory ; the readings taken at the Public School, Fort William ; the Monthly and Annual Mean Values, and the Log Book of the Ben Nevis Observatory. 15 Ins. 5512 5239 4-902 4°885 4-620 5096 5247 5070 5123 5369 5309 5404 5°154 4-774 5°165 5101 5071 4:485 4°305 4-540 4-455 4-413 4-500 4-881 4°304 4725 5°152 5325 5587 5°596 5°651 4-999 16 Wee |} als} |} a) Ins. 5492 5209 4:908 4-880 4646 5124 5263 5018 5:076 5°385 5295 5384 5-192 4736 5166 5101 5-055 4:388 4314 4552 4-419 4-420 4-524 4877 4-238 4-724 5193 5°351 5°573 5600 5-650 4-992 Ins. 5493 5212 4:900 4874 4-656 5181 5242 4990 5016 Ins. | Ins. 5488) 5°484 5°192} 5:170 4°899} 4892 4*856] 4°830 4:648) 4°657 5192) 5213 5265] 5:291 4-954) 4:957 4-961] 4:920 5°401] 5°421) 5425 5293} 5:283) 5:261 5363] 5°332! 5°300 5204! 5:195) 5214 4°752) 4°784) 4-802 5°158] 5°167] 5°157 5081 5:080} 5:086 5046] 5-003] 5:007 4269) 4°258] 4-280 4343] 4:363] 4383 4:560} 4°559| 4:567 4-403] 4:408) 2:429 4°421] 4-439) 4-449 4°554| 4°581) 4°606 4°885] 4-860) 4:812 4242! 4-265) 4:277 4*721) 4°741) 4°742 5222) 5:249] 5-259 5371) 5-401] 5:420 5574) 5:569] 5566 5620] 5°625) 5°631 5652! 5:650| 5:647 4-990) 4-990) 4-991 The Low Level Observatory in Fort William was opened in the autumn of 1890. The records of the Barometer, Temperature, Rainfall and Sunshine at Ben Nevis Then follows the 20 | 21 Ins. | Ins. 5°473] 5°464 5169] 5°156 4-903] 4:900 4-803] 4-760 4:694| 4-714 5:227| 5:228 5294) 5°306 4-930) 4:915 4-909] 4:904 5443) 5:441 5-260) 5:235 5254] 5°227 5-208] 5:233 4-843] 4-900 5°163] 5-167 5069] 5:056 4:970| 4:967 4°252) 4:186 4:382] 4400 4°578] 4°582 4°432) 4:445 4:447| 4-439 4618] 4:634 4-712) 4-660 4°327| 4°363 4°731| 4:736 5*260] 5:277 5430] 5:451 5*564) 5°573 5'632] 5°627 5621) 5611 4:987| 4:986 22 Ins. 5446 5155 4*885 4-703 4771 5:247 5321 4-906 4-926 5431 5201 5179 5:235 4:943 5159 5-065 4-945 4157 4-410 4595 4451 4°426 4-651 4621 4:427 4750 5:291 5°446 5'581 5°638 5602 4-986 23 Ins. 5:44] 5141 4881 4-664 4°784 5-228 5°333 4°889 4:927 5-418 5:160 57123 5:245 5:013 5163 5-060 4-912 4-111 4-431 4593 4-439 4-410 4653 4593 4-474 4-750 5°296 5454 5592 5°633 5590 4-981 Mid- night. Ins. 5419 57124 4-869 4:578 4°801 5-209 5341 4-911 4-912 5°415 5118 5070 5:230 5067 5161 5017 4867 4-076 4-449 4-601 4-433 4404 4-666 4:567 4°47] 4°756 5297 5°470 5601 5626 5569 4971 U 145 FIRST FIGURE OMITTED. JANUARY 1890. Mean. Ins. } 5°479 5-261 4:957 4°835 4°595 5121 5°213 5°150 5:061 5205 5307 5:270 5121 4-990 5'181 5°109 5:033 4-452, +:233 4°526 4514 4°386 4-474 4-778 4-370 4°655 5052 5°340 5'570 5°605 5°655 4*983 146 BEN NEVIS OBSERVATORY. — BAROMETER. ReEpucED To 32°. 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. FEBRUARY 1890. 7 12) Ble ieee) 7 158 | 9 to emo M ere 4 by |) 6 Ve | Sis eton oo) ss oten ee ed Mean. Ins. | [ns. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. 1 | 5°539) 5°526) 5:496) 5°474) 5°455] 5:417| 5:401) 5°385) 5°379 5301) 5341 5:35} 5288) 5°281) 5:294) 5:288] 5:283) 5:278) 5:269) 5:242) 5-232) 5-232] 5:224| 5-295 15-342 2. | 5224) 5°223) 5-230) 5-239) 5-248) 5-265) 5*278) 5-297! 5-300) 5-328) 5361) 5°384] 5-400] 5-420) 5-443) 5-458) 5-490) 5496) 5-509) 5:519) 5520) 5:533) 5533) 5°551 | 5°38 3 | 5°569| 5-578) 5°595) 5-596) 5:618] 5°625| 5613) 5°617| 5-616) 5-614 5:610, 5:600} 5°590) 5:568) 5:565) 5°549) 5549) 5-539) 5:529] 5:499) 5-499) 5-480) 5:480| 5:456 | 5565 4 | 5-441) 5:440) 5-421) 5-412) 5-401) 5°36) 5:410)| 5°423) 5-438) 5-450) 5°446) 5453] 5°452| 5°454) 5°453) 5-461] 5:467] 5°483) 5-483) 5°490) 5492! 5-491] 5:501| 5-508 | 5°453 5 | 5°510) 5-505) 5506) 5°509) 5°514] 5°515) 5°526) 5531) 5°550) 5564 5*578) 5586) 5585! 5°580! 5°586) 5-588) 5°603) 5°611) 5°617) 5°612) 5624) 5-628) 5:636) 5°641 1 5-571 6 | 5°638} 5°638| 5°631| 5°631) 5-646] 5°641] 5°648) 5-651) 5°651) 5°664) 5682) 5*689] 5688) 5°684) 5°690) 5°698) 5°707| 5°724| 5°727) 5°735] 5°745] 5°756! 5°767) 5°773 | 5°688 7 | 5°782) 5°782| 5:784) 5-792) 5°798] 5803) 5:808) 5°817) 5825 5828) 5:834| 5°833] 5*828) 5°S18] 5°814| 5°811| 5°815} 5°818} 5:809) 5°807] 5:798) 5-793) 5-786) 5:°784 | 5°807 8 | 5°781) 5°767| 5°751| 5-740) 5°744) 5°742) 5°732| 5-754) 5°769) 5°73) 5°78] 5°766] 5°763) 5°756| 5°739) 5°737| 5-739) 5°731) 5°734) 5-712) 5-701 | 5°687| 5°676| 5-671 | 5-739 9 | 5:654) 5-645] 5:636) 5-627) 5°633) 5-634] 5°637| 5-633) 5°627| 5°628) 5-616] 5-602} 5-602) 5:594) 5°590| 5*588) 5591] 5-598) 5-605] 5:595] 5-605) 5:596| 5-582) 5-592 | 5°618 10 | 5:590) 5:580} 5°588) 5°565| 5-583) 5:577| 5°589) 5-593) 5°597) 5:592) 5:575) 5-567] 5°554| 5°537| 5-524) 5548) 5:44) 6:552) 5:566) 5°557| 5°552) 5°558) 5°562 5-561 | 5°567 i} 11 | 5°51) 5°552) 5:534) 5:520) 5*542) 5:544! 5:°545) 5°563) 5-581 5566) 5°573) 5°560) 5:532) 5539) 5:508) 5°495) 5:481] 5°466) 5:451) 5-423) 5-420] 5-401) 5348) 5-347 | 5:502 12 | 5°336) 5°298] 5-287) 5:223) 5-246) 5-242) 5-221] 5-226) 5:186) 5-204) 5*203) 5-209} 5°157| 5°139] 5°111! 5:127| 5-108) 5-089) 5-097) 5:099| 5:095) 5-061) 5°043) 5-075 | 5170 13 | 5°111| 5-092) 5-065) 5-105} 5-093) 5:063| 5:074| 5:107| 5:071) 5:107| 5:089) 5-083} 5:078] 5:064| 5:092) 5-101} 5-098) 5:118) 5:119] 5-127] 5:133) 5-141) 5°152) 5-169 | 5°102 14 | 5174) 5°179) 5°170) 5°181] 5°185) 5:194) 5°197| 5°198) 5-206) 5-215) 5:221| 5:222} 5-229) 5237] 5-237] 5:240) 5-245) 5-253) 5-256) 5-261) 5*264) 5-266) 5266) 5-254 | 5-223 15 | 5:252) 5°257| 5°251| 5°253) 5°251| 2:252) 5°251 5°250) 5:245| 5:243) 5:236) 5-213} 5:207| 5:193) 5°18] 5:170| 5°147| 5°143] 5-113) 5-099} 5-004! 5:067) 5-069! 5:035 | 5°186 16 | 5-025] 5-015] 5:008) 4-979] 4-969] 4-965] 4:957/ 4-949] 4-952) 4-960 4-960} 4-969} 4-979] 4:985] 4:996) 5-006) 5-017] 5:025| 5:044| 5-066) 5-083} 5-095) 5:089) 5-099 | 5-008 17 | 5°12) 5°127| 5-146} 5-165) 5°162) 5-166] 5-188) 5-207) 5°21) 5-237] 5-247| 5252) 5-219) 5-251) 5:239) 5-203) 5-231) 5°238) 5°300) 5-329) 5-350) 5°361 5°365| 5-380 | 5237 18 | 5-400) 5-426) 5°410| 5:410) 5:417) 5:446) 5°458) 5-479) 5:497| 5-483) 5-499] 5-522) 5-537| 5:560| 5°568| 5-583] 5-534) 5:549| 5532) 5:556| 5:549| 5-569! 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REDUCED TO 32°. 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. MARCH 1890. 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REDUCED TO 32°. 4407 FEET ABOVE SEA LEVEL, FIRST FIGURE OMITTED. APRIL 1890. ee eke 455) 6 =|) 7eeeateen eto. | |) 199) 18) 444) 15] 6] a7 | 18s) 49° | 20 | 2x7 | 22) app) Ali ght. 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4-900} 4-899] 4:887| 4°877| 4°869) 4°865 4955 | 25 | 4852) 4-841) 4-833] 4-818) 4-816] 4°813] 4-814] 4-822) 4-826] 4-827] 4-832] 4-838] 4°840) 4:842) 4-842) 4-844] 4-854] 4-866] 4-880) 4:896] 4-915] 4-929] 4-940 4°856 | |} 26 | 4-970) 4-989) 5-003} 5-008) 5-033] 5-056] 5-098} 5-124) 5-153) 5-183) 5-203] 5-219} 5-226] 5-237| 5-246] 5-256] 5-260) 5-281] 5-303] 5-298} 5-322) 5-339] 5-342 5°188 | 27 | 5:347) 5°346) 5:343] 5:347| 5-357) 5°363] 5377 5°389) 5°399| 5:405| 5:415] 5-423] 5°431) 5-429) 5-432) 5-433) 5-431) 5:429) 6-422) 5418) 5-419) 5-419) 5-411 5°400 | 28 | 5*382) 5°371) 5°361) 5:342) 5-339] 5-334] 5-326) 5°331| 5:330) 5°328) 5-322] 5-319} 5312] 5:302| 5-293) 5-287] 5-274) 5:271| 5-268] 5265) 5-264) 5-260) 5-253 5°308 | 29 | °245) 5°237| 5-232) 5-233) 5-232) 5-235) 5*241) 5-246 5-247) 5-255) 5-262) 5-268) 5-270) 5272) 5-273) 5-275) 5-273) 5-269) 5-276) 5:273) 5-276) 5-276) 5-280 5*259 |) 80 | 5°273) 5-271) 5-274) 5-278} 5-289) 5°300) 5:311 5324 5346] 5°361| 5:375| 5:385] 5390] 5:397| 5:401| 5-396) 5:381| 5:395) 5°409] 5°427| 5:441) 5-444) 5-445 5°365 5°229) 5-221) 5-213) 5-206) 5-202! 5-202) 5-206 5-210 5°21) 5-226) 5:231) 5-234) 5-236] 5:238) 5*237| 5:236) 5:233) 5-232) 5-234) 5-237] 5-236) 5-236) 5-233: 5°226 BAROMETER. REDUCED TO 32°, 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. MAY 1890. 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5°556| 5548) 5-544) 5-541 | 5-605 26 | 5°580) 5:527) 5°525| 5°522) 5-524) 5:522) 5-525) 5-544) 5:544) 5-544) 5:545) 5-551) 5:550) 5:543) 5:546) 5541) 5:540) 5:537| 5:522) 5:526] 5-24) 5-524) 5-513) 5-503 | 5-532 5498) 5-489/ 5-480) 5-476) 5-475] 5:478| 5-484] 5-487) 5-494) 5-496) 5-502) 5°512) 5:519) 5:526| 5-529] 5-541) 5:552) 5-555] 5:557| 5°559| 5:567| 5°570| 5-576) 5-578 | 5-521 8 | 5:574) 5°71) 5569) 5°573) 5:576) 5-579) 5:578) 5:578) 5:572) 5-572] 5-568) 5-564) 5:555| 5-549] 5-540) 5-536) 5:527| 5:523) 5:520) 5:513) 5-515] 5°503) 5-485) 5°480 | 5:547 _|9°471) 5°470) 5°457| 5-439) 5-431) 5-427) 5-420) 5-413} 5-417] 5-415) 5-404) 5:392) 5-368) 5-361) 5°346) 5°334) 5-316] 5°308) 5-299] 5-289] 5-288) 5-283) 5-282) 5-279 | 5°371 d 5°271) 5260) 5:265) 5-268) 5-274) 5-274) 5-283) 5:301| 5-316] 5-320) 5-332] 5-349} 5:362| 5:379| 5:372) 5-393] 5-403] 5°410| 5:417| 5-416) 5-413) 5-411) 5-426) 5-432 | 5-348 | |5°435| 5-444) 5-445) 5-448) 5-450) 5-456) 5-464) 5-473) 5-482) 5-493] 5-504) 5513} 5°515| 5-519] 5:515] 5:512| 5°508] 5:504) 5-497] 5:495| 5-486) 5-476) 5-460) 5-434 | 5-480 5°815) 5°310| 5°307| 5°302) 5-302] 5303} 5:307| 5°308] 5-312) 5:315) 5317] 5:319] 5321] 5-323) 5-322) 5-322! 5-319] 5-320 5:320) 5:322) 5*325| 5:325) 5-323) 5-317 | 5:316 148 BEN NEVIS OBSERVATORY, BAROMETER. ReEeDucED TO 32°. 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. JUNE 1890. 1 | 2 | 8 | 4] Bele) 7 | 8 | 99) to | tm | 124) %a8 | a | 15.| 36 | 17 | 18 | 1a] 20 on) Pope aoe ght. Ins. | Ins. Tns. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins, | Ins. | Ins. | Ins. | Ins. } Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins, | Ins. | Ins. | Ins. 1 | 5-419) 5-393] 5-373) 5:353] 5:348| 5352] 5°305] 5-300] 5292] 5-276) 5*266) 5+257) 5°249] 5-237] 5:233) 5:227| 5-238] 5-239] 5-235] 5-241) 5-244] 5-246] 5-246] 5-246 | 5-284 2 | 5+254] 5-244] 5-242) 5-236) 5-236) 5-235) 5-241] 5-241] 5°227| 5-220] 5-184] 5-160] 5-136] 5°130| 5-128) 5-114] 5-107| 5-099] 5-099] 5-087| 5-090] 5-096] 5-096) 5-093 | 5"166 3 | 5°090| 5-087| 5-091) 5-095) 5-091) 5-095) 5-098] 5-100] 5-098] 5-095] 5-091] 5-089} 5-090] 5-085] 5-061) 5-040] 5-012] 4-960] 4-904] 4-876] 4-854] 4-845] 4-841] 4-860 | 5:023 4 | 4907] 4-947| 4-989] 5-003) 5-022} 5-041] 5-053) 5-071] 5-086] 5-106] 5-125] 5-147] 5°164) 5-173] 5-172] 5-187| 5189) 5188) 5°189] 5-196] 5-197] 5-204) 5-213] 5-201 J 5-115 5 | 5-203) 5-195] 5-197] 5-195] 5-206] 5-212] 5-229] 5-238) 5-245] 6-247] 5-260] 5-261] 5-275] 5-282) 5-290] 5-288| 5-295] 5-291| 5-284 5-270] 5-264) 5-239] 52231 5-219 | 5-245 6 | 5°190] 5°179| 5°16] 5°169] 5-166) 5:172| 5180) 5-199] 5-217] 5-242] 5-270| 5-298} 5-329] 5-350] 5°378| 5-401) 5°417| 5-441] 5-465] 5-482) 5-502] 5-516] 5-580| 5-538 | 5-325 7 |5:550| 5-558] 5°571) 5°581] 5°585| 5°595| 5°622| 5-638] 5-652] 5-662! 5-676) 5°684] 5-701] 5-708] 5-714 5-721] 5-728] 5°734| 5°734| 5-735] 5°735] 5-781] 5*725| 5-710 | 5-669 8 | 5696] 5°681| 5°663) 5-641) 5-640) 5°624| 5-608] 5:601] 5-589| 5-584] 5°561| 5541] 5-514] 5-506] 5-483] 5-455] 5-429] 5-400] 5-383] 5:370] 5°377| 5°368] 5356) 5-336 | 5-517 9 | 5:327| 5°315] 5-297] 5-300] 5-295] 5-295] 5-302] 5-303] 5-314] 5-326] 5-337] 5°349] 5°358) 5-371] 5°371| 5°382) 5°390| 5-390] 5385] 5°387| 5°383| 5-377| 5374] 5-361 | 5°34 10 | 5:348} 5:336] 5°331| 5-319] 5-318] 5-304] 5-308] 5-295] 5-282| 5-276] 5-258) 5-256) 5-226] 5-234] 5-227) 5:212| 5-191] 5175] 5°156] 5°139| 5-114] 5-120] 5-119) 5-121 | 5-236 | 11 | 5-099} 5-089] 5-081) 5-079) 5-084) 5-077] 5-086] 5-092) 5-096] 5103) 5-104) 5-090} 5-100] 5-112 5129] 5-123] 5-134) 5-145] 5-152 5-166] 5-180] 5°182| 5-185] 5-205 | 5-120 | 12 | 5-207] 5°19S] 5-201] 5-193] 5199] 5-223} 5-248] 5-248) 5-282] 5-318] 5-336] 5337] 5°380| 5:394] 5-418] 5-446] 5-466] 5-474] 5-499] 5°519| 5:542| 5°548| 5:561| 5-581 | 5°367 13 | 5:591) 5°593] 5-607) 5-617] 5-622) 5°630] 5-654) 5-664| 5-674] 5-690] 5700] 5708) 5-719] 5-725] 5°731| 5*738| 5*739| 5-738] 5738] 5°742| 5-748) 5°743| 5-744] 5-761 | 5:692 14 | 5-735] 5°735] 5-728) 5-728) 5-729] 5-735] 5°742) 5-743] 5-744) 5-752] 5-762| 5-766) 5-769] 5-772 5*781| 5-783] 5*783] 5°782| 5-789] 5-788) 5-791] 6794| 5-791] 5:790 | 5-763 15 | 5°786| 5°75] 5*769) 5°765] 5°760| 5*766] 5°761| 5-760) 5-758] 5-757] 5°755| 5°71) 5°748) 5°740] 5733] 5-720] 5*713) 5*710| 5*698| 5-685] 5°682| 5°668| 5-653] 5-624 | 5-731 16 | 5-600] 5:569] 5:548) 5-539) 5-507| 5-491] 5-466| 5-474] 5-473) 5-462] 5-464] 5-456] 5-446] 5-436) 5-416] 5°396| 5-383) 5:374] 5-365] 5°350| 5:337| 5:305| 5:303] 5-290 | 5-435 | 17 | 5-280) 5-276) 5°255| 5-246) 5236] 5-240] 5236) 5-233) 5-234] 5-229] 5-226] 5-219 5-224) 5-225] 5-246] 5-254) 5-272) 5-281 5-297] 5°309) 5:32) 5333 5°346) 5-352 | 5265 | 18 | 5:365] 5-363) 5-369) 5:374] 5°380) 5-378) 5°385] 5390] 5-396] 5-395] 5:391| 5-384) 5:373) 5-360] 5-345] 5°349] 5:33) 5-353) 5°348) 5:350| 5-364) 5-361] 5-367| 5-384 | 5370 | 19 | 5-382] 5-391 5-399] 5-407] 5-416] 5-430] 5-441] 5-451 5-461] 5-468] 5-471] 5-470) 5-469] 5-463) 5-453] 5-435 5:422! 5°393) 5°383| 5°368) 5°343) 5-332] 5-320 | 5°416 20 | 5-284] 5-273] 5-268) 5-279] 5-280] 5:284] 5-285] 5-289] 5-296] 5-300] 5-309] 5:3 16] 5324) 5-342] 5°352| 5364 5368] 5°374| 5°379| 5°376| 5:376| 5°378| 5-375 | 5-327 21 | 5-373] 5°372| 5-370] 5-370] 5:369] 5°371] 5°376] 5-398) 5-403] 5-409] 5-417] 5-428] 5-429] 5-434] 5-435] 5-426 5419] 5°42] 5-424) 5-427] 5-425] 5-412] 5°410 | 5-406 22 | 5-406] 5-402) 5-402] 5-405] 5-408] 5:418] 5-420) 5-432] 5-440] 5-449] 5-460] 5-466) 5-481] 5-484 5-498] 5°512 5:524| 5°529| 5°533) 5°544| 5-549] 5°553| 5-560 | 5-475 23 | 5°62) 5°561| 5°555| 5556) 5:55] 5°59] 5-564] 5-567| 5-364) 5-560| 5-552) 5554] 5-555] 5-538) 5°537| 5°38 5534] 5°522| 5°516| 5°520| 5°516| 5°509| 5-510 | 5543 24 | 5507] 5°13] 5°501) 5-502] 5-501) 5-498] 5-504] 5-510) 5°513) 5°516) 5°511] 5-510) 5°505| 5°507| 5-490] 5-471 5-415] 5-388] 5339] 5°329] 5-282] 5-237| 5-213 | 5:446 25 | 5+162) 5121| 5170| 5-208] 5-235] 5-244] 5-262) 5-288) 5-298] 5°310] 5-325] 5-352) 5°376) 5°380] 5-401| 5-416 5438] 5-440] 5°445| 5:448| 5-453] 5-452) 5-440 | 5:337 | 26 | 5-434] 5-426] 5-417) 5-399] 5°395] 5°382| 5-380) 5-379] 5-368] 5-362| 5:355] 5°350) 5-332] 5°316| 5°303| 5-287 5:262) 5-250] 5-237) 5°229] 5-216] 5-199] 5-186 | 5-322 | 27 | 5°172| 5°153] 5°137| 5°127] 5121) 5°117] 5113] 5°14) 5-117] 5°121| 5-121] 5-124) 5-131) 5°139| 5-150] 5-156 5°167| 5°167] 5°179| 5°191| 5-203) 5-208] 5-217 | 5°151 | 28 | 5-225] 5-231) 5-234] 5-249] 5-254] 5-261] 5-273) 5-286) 5-297| 5-306] 5-318] 5-322) 5-326) 5-333] 5-336] 5339 5:346| 5°351| 5°357| 5°361| 5:362| 5-358) 5-351 | 5309 | 29 | 5-342] 5°332) 5:325| 5-318] 5°317| 5:307] 5-300] 5-291) 5-280] 5-273] 5-270] 5-252) 5-241) 5-223) 5-200] 5-182 5:140| 5-101] 5-071| 5:032| 5-019] 4-987] 4-963 | 5-205 | 30 | 4-934] 4-906] 4:855] 4-832] 4-833] 4-807] 4-811] 4-811] 4-808] 4-798] 4°786] 4-788} 4:817| 4826] 4-842] 4°84] 4-856] 4-892] 4-934] 4-950] 4-992] 5-004] 5-030] 5-042 | 4:875 | | Mean] 5°348] 5°349| 5°337] 5°336] 5°337| 5°339| 5°342| 5-347| 5350] 5-354] 5:35) 5-356) 5°360| 5-361) 5:361| 5-360] 5:360] 5:358| 5-353] 5-350) 5°351| 5:347| 5:344| 5-842 BAROMETER. REDUCED TO 32°. 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. JULY 1890. Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins, | Ins. | Ins. | Ins. | ins, | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins, | Ins, | Ins. 5*053) 5-065) 5°073} 5:084) 5°092) 5108) 5124) 5-144) 5-167) 5°181| 5°198) 5-209} 5-236) 5:247| 5253] 5:252) 5:256) 5-262) 5-267] 5271] 5:271) 5°271) 5:267) 5:267 5256] 5°250) 5243) 5°231) 5:255| 5226) 5:230) 5-231) 5:231] 5:238) 5-242) 5-246) 5-246) 5245] 5244) 5-241) 5-237) 5-227] 5-233) 5:236)| 5-240) 5-239] 5:239) 5-234 5234) 5°224| 5°215) 5214) 5:214) 5-220) 5:225) 5:234) 5*245) 5253) 5:262! 5-266] 5-272) 5:277| 5-280) 5-232) 5:285) 5:288) 5°293) 5:294| 5-297] 5-300) 5:302) 5-293 5288] 5-275) 5:268) 5:267) 5-268) 5-269) 5:271] 5:274) 5-280) 5*280| 5-281) 5-281] 5:283) 5:281| 5:278] 5:274| 5°272) 5-272) 5-276] 5:279| 5:284| 5-285) 5*284) 5-282 5:277| 5°272| 5:270) 5:263) 5°260| 5°256) 5-260) 5-267) 5275) 5-278] 5°282) 5-285] 5-286) 5-286] 5-290] 5-287] 5°298) 5-297] 5:298) 5-308] 5°313) 5311) 5°316) 5°315 5311) 5°304) 5°305) 5°296) 5°305) 5°303) 5*312) 5:319) 5319) 5-321) 5°321) 5-320] 5-322) 5:319] 5:323) 5:315] 5305) 5°300} 5:302) 5-292, 5-292) 5-286) 5-280) 5-272 5°261| 5247) 5°234) 5*°230) 5:227] 5-223) 5220) 5:219) 5-216) 5:205) 5-200) 5°193] 5-186) 5173] 5°157| 5:149| 5:132) 5-113) 5-094! 5-078) 5-061) 5-038) 5-014) 4-993 4:969| 4-947| 4*927| 4905) 4889) 4-906) 4-932] 4-944) 4-950) 4-962) 4-977] 4-991} 5:001| 5-006} 5-008} 5:017| 5-021) 5-020) 5:013) 5-019) 5-026) 5-028] 5-037) 5-043 5*040) 5-045) 5-043) 5-044) 5-051) 5-061 5-069) 5-092) 5-106] 5:125) 5-140) 5-143] 5-158] 5-174] 5°188} 5-201] 5-209) 5-216) 5:226) 5:247| 5-262) 5-275] 5-284) 5-286 10 | 5*294) 5-300) 5°309) 5°320) 5°327) 5-339) 5°340) 5-361) 5°371| 5°387| 5°397| 5-403] 5-414) 5-423} 5-431) 5-434) 5-440) 5°439] 5-439) 5-443) 5-447] 5-449] 5-448) 5:445 11 | 5°439) 5-431) 5-433) 5°431) 5-432) 5-436) 5-440) 5-441) 5°450) 5-452) 5-456) 5-456) 5-460) 5-458) 5:452) 5-448) 5:436) 5-432) 5-431) 5-423) 5-419) 5-406) 5°392) 5374 12 | 5°355) 5°339) 5°321) 5°312) 5°301) 5-286) 5-279) 5-275) 5-268) 5:255) 5-247) 5-240} 5-231) 5-218] 5-209) 5-201) 5:191! 5:176) 5-174] 5:161) 5-163) 5°156) 5:147] 5-153 13 | 5:143| 5-130! 5°107| 5:086) 5-050) 5-063) 5-032) 5-023) 5-011) 5-011) 5-006) 5-009] 4-996] 4-990] 4-993] 4-988) 4-993) 4-973] 4-971] 4-985) 4:975) 4-955) 4-947) 4-923 14 | 4:907) 4-896, 4°891) 4-891) 4-903) 4-914) 4-928} 4-949) 4-967] 4-979) 5-000) 5-018} 5:034| 5:057| 5:067| 5:077| 5:077| 5:082) 5-088} 5-094) 5:107| 5111) 5-116) 5-110 15 | 5:114| 5°115) 5°112) 5:119) 5°126) 5-131) 5°139) 5-149) 5°161) 5-179] 5-211) 5-225) 5-248) 5-270) 5-285] 5-308) 5°329) 5:345) 5°370) 5:393) 5412) 5-436) 5-450) 5-464 16 | 5°469) 5-479) 5°482) 5-492) 5:504) 5-517| 5°528} 5:543) 5-551) 5°565) 5-570) 5°572} 5-583] 5°584| 5588] 5-587] 5:590) 5:590) 5:589) 5-599) 5-591) 5-586) 5-585) 5-592 17 | 5*574) 5°564) 5°547| 5°543) 5°538) 5°533) 5533) 5°531| 5:526| 5°523) 5-518) 5-512) 5-504) 5-492) 5:478] 5-466) 5:457| 5:441) 5-436] 5:425| 5-417] 5-405] 5°385] 5-380 18 | 5°366) 5°355) 5°336) 5°325| 5°310, 5:305] 5°305) 5°305| 5-307] 5°307| 5-310) 5-310} 5°318) 5-322) 5:327| 5-329) 5°331! 5°337| 5°352) 5°365) 5°378) 5°393) 5°404| 5-415 19 | 5:425| 5-432) 5-436} 5-446) 5-455) 5-475) 5-494) 5:14) 5-530) 5°46) 5-568) 5-586] 5-601] 5-611] 5-621] 5629] 5:638) 5-642) 5-656) 5-666) 5:685| 5:688) 5:687| 5-686 20 | 5:680) 5:673) 5:662) 5661) 5661) 5-672) 5-676) 5:682) 5:687| 5-691 5-703) 5:702} 5-704) 5-707| 5:691| 5:677| 5°658) 5:655) 5-658) 5:646) 5-641) 5:632) 5:619) 5-616 5 if 21 | 5*623) 5°614) 5°621) 5-611) 5°611| 5°609| 5-613) 5°611) 5°607| 5°609| 5:615) 5:615} 5-595) 5°589] 5:572| 5-544) 5:522/ 5-511) 5°495] 5-482) 5-469) 5-460) 5-459] 5-445 22 | 5:439) 5:438) 5°422) 5-422) 5-419) 5-422) 5-422) 5-426) 5-414) 5-418) 5-422! 5-422) 5-423) 5-417] 5:420| 5-424) 5-430) 5°440) 5-442) 5-441) 5-441) 5:453) 5-453] 5-456 3 3 4 2 Ins, COND TP Wher 5 5 5 4 23 | 5:455) 5°455) 5-448) 5-447) 5°445) 5-430) 5:403! 5:419] 5:398) 5°376) 5:377 5: 79} 5°396] 5°392] 5:384] 5°391| 5:366) 5°351) 5°350} 5°341) 5:331) 5°319) 5°315) 5:311 24 | 5312) 5°310) 5°306) 5°302) 5:312) 5°324) 5:318) 5-338) 5°352| 5°348) 5°343) 5:353] 5-368] 5°377| 5°373] 5°385| 5386] 5-379) 5°379| 5-392) 5°389) 5-401) 5-402) 5-406 25 | 5419) 5°405) 5:412) 5°406) 5°417) 5°422) 5-433) 5445) 5-448) 5:465) 5-477) 5:485} 5-483) 5-488) 5-491) 5-481) 5°467] 5:461) 5-450) 5-445) 5-438) 5-427) 5-412! 5-416 5 5 5 5 5 5 26 | 5351) 5°323/ 5°318) 5°310) 5:286) 5°282| 5-265] 5-256) 5-255] 5-255] 5-260) 5-256} 5-263) 5:254| 5:263) 5-275) 5°273] 5:276) 5*283) 5:275) 5*282| 5:280) 5:273) 5-271 27 | 5'266) 5°246) 5-238) 5°215) 5°196) 5-183) 5°200} 5-192) 5-191] 5-191! 5°185) 5:1974 5-202! 5-200! 5-204] 5°196] 5:191] 5-180! 5:169| 5:168) 5°154) 5-148) 5°123) 5-127 28 | 5°109) 5°097| 5-082) 5-081) 5:071) 5072) 5-071) 5:077| 5:086) 5:087| 5-083) 5-082} 5:094| 5°115| 5°129] 5°145] 5°157| 5-173] 5:176| 5:189| 5-198) 5-212) 5-223) 5-231 29 | 5233) 5°239) 5°288) 5°250) 5*252) 5-257) 5-270) 5:276| 5-287] 5-291) 5:294) 5+294] 5-285] +288] 5289) 5-275] 5:257| 5°231| 5-216) 5°191) 5:178) 5°156) 5°136) 5-187 80 | 5°127| 5°123) 5-124) 5°119) 5121) 5°122) 5-135) 5°137| 5°133) 5-134) 5:133) 5145] 5147) 5-140) 5°140) 5-124) 5°115) 5°104| 5-088) 5-096) 5-115) 5°124) 5-134) 5-147 81 | 5159) 5°166) 5°168) 5°167| 5:170) 5°174| 5-180} 5-188) 5-202) 5-210) 5:218] 5222) 5-230) 5-232] 5-241] 5-256] 5-266) 5:271] 5-280) 5°283) 5-290) 5*296) 5-297] 5-292 MEAN | 5°289) 5°282) 5°277| 5°274) 5°272) 5:275) 5:279) 5:286) 5°290| 5-294) 5-300) 5-307} 5°309| 5:31] 5°312| 5°312/ 5-309) 5:306) 5-306] 5°307| 5-309) 5*307| 5:304) 5-303 149 JANUARY 1890. BEN NEVIS OBSERVATORY. Dry and WET BuLss. TEMPERATURE. g [dete cece nnes osce cease Scene) eileen ene & SASRAA SANAS AAARA BOAAD GAHANNA AAHAHA A 5 BANANA BRAAN SAAAN SAGAS ABRas RARAAH a w | OSM MO HMSO ANSLEY OAth st OAHPN ANAOHHD S | SrSPNOSO AVOMPASM WHOCHO NOCH wWAyv¥oOMR WanoOND oO & |S28S83 SSknun BSSSS SAARA AAABS RARHSA & ARARAA BRARA SAAAA SARAS RASAS SAQAAA B Bea ee Cocke GOmam Bose Tele iene eens EO Ces Oa ee Oia ean Rana mana oF N ANANN AMMAN BAANAN DANN ATAAN NCHNOO AN 2 Saanan BAADIA DONA DAANG ATA SANSSS T | EONS SAPS CHOLES ONO CORES HANS See Sate OCR OS ae wien) Nie ete SRRRRA SSSSN SSRAQ SAARA ASAAN AAAAGS A 2 |GNANRAR SAARA SHARKS SARAS RAANRS ANHASR DN SESeoe VEINS SLOTS VOLS FEST SrSete F | | |seeeae elsen oseen canes aREes FeonSe = _ |BRARRR SSRRS SAAAA SAAAR AHAB ANIA A 9 | EANCTING SANGA Dain GAGNG ANNAN ANAND TT 1 ES SSSS ASHADM QOSMIO AP YOM HYPO OOraipge st N | SPCPNHY PNPM SOSA SAOHOD ANHAD yoOunrom a ERARSRS RSSRR SRANA SRALA AAAAK AAAASH A ANSAAS SRARA SHAARS SRANS RAAAN AARSSN N S ANANAANN AMAAN ANNAN DANA AGAIND ANNO A a BANQSAA GAARA SAANS BARRA ARAN ANAASA A ME foe scp eee kc ce cha aly COS IS oe N | BNO SOSAN ARSOPD SOANS SOSOMS AAPHAM © | ESSSR8 SSASS SAAN SARA SAAAS AAKASS A AASRAN BRAN SRAAS BARRA ANAAR SAAASA B |earens HOSAS OHOHANO WSONWIA SCAHHO POSTWAR 19 BLOOLHMP OPANT SCPHOM AAASD QAGHS SADSOM Ww ENSSaA8 RAARN SRARA SARAS RAAB ARRAS A = |BARSAS SHAR SHARKS SRARA AAAAS ARSSSA BR for) q AANNAND NONNNA ONNANNN DANN FAAANDM ANAND N ANANNANN ANANDA MANNA ONAN ANAC ANTAOOON N SONG Eo Beene Wrote Sees een e cooks BO ue pene Ge ter eee se tetas oer eon ef os SAKA RHAAA SARNA BAAAA Son NANAGC A S AANAA SAAAA OANA SANA Naas AAaaen A PONOHH AWOOAG ANHOMH MOSMFS MONASR ASCSPAD & EELAAM AMADA PAHOA SALOHO AAAS Somaow om | PSS8Re SASSER SAANA BASRS ASZARK AARARS A ASAARA GAARA SARAS SAAAG ANKAS AALSSa & BHOOOH DOHA H QONWNH NOMA OHONAAP MSSNSO © BLPOAD WASMI>~ OWSCWG OHH O Qamoet SHAIAQR O BSAASS ASASA BASRA BARRA AASAS AASRSS A oe |ENANAR SARSAA SAARS SARA AARAK RASNSA S | sstosig Ht OOH DOOND PODS SSOP HOSPSS b | BOI OHO WASMM SHSBO OM HOW OAH ETAYAR oo ERSARS RBARA SRANS BASRA SSHAS SARAH A AAAANA SASAG SAARS SRAAN ANRAS RASNSA B BNSSSO OAAOH AVSOHD APHOYH PHAAS WANPPSO © EPPO AOGHON ONOPH AAGAIO SEMI SOON O » |PASAAR ASARA SAAAR SAAAA ASSRR RASARS A By AAAAA SASAA SAARH SAAAT AAAAR ARSRSA & ANDMANC ANMANNN ONAN ONAN FRAN ANTNOOOD nN ANNAANAN DNONN MANADO MANN ANNAN ANTADA N Br OSM DHODH SPHAON COMMS SOWHA FONT HPSOLDP QASPO OOKSHA SPVOO SHON HATVSOAK © EBRSANA ASANA ARSGR SRAAA AASAS AAAAKRS A ~ [EQARAS SRAAA SAASS SRAAS RAAAR AASRSA | EE OOMS PHOMH PHOON GOYAH OHHH TOSTWP a T | SA HORS MQAPPO DONS SPEPOA SHionn HYATOAN O | B8ssse ASASR ARSAR SSSNS ASSAS ANAARKS A AANAAAA SAAAA SRASHA SAAAA ARAAR AASSSA | Paeeee SPENDS OQHPAH OMMON ANAPAN NOMAOHD BOSPHD ONSSS PASAY PANOGAO BAARO WOMGSON o EPSASSA ASRS ARSNA ASGRR AASAS AANARS F o |PNANAR SASBAK SRASA BRAGA AAAAD ANSRSA HN S| SASH OME MS MMOH CANON ANGSA AOMHO® x ™ | ESSPHS OOVSSS SHAPAH SHNSAG SANPP LOMOGESS O ASRASA RASANS RASAR SRARR AASAS AANRSS A AGGARA SRARA SAASRA SRARA RANAD AASSSS EFMAAS AOQOO PAOD ONEAN POHASD OOANSHD BSLPSL CPNGSS COA ONOSP WANRHHO NOwNon xo |ERGaas HASAN AKSAN SOAAA Gana AANaae A » [PANRAR SARAR SRASA SARAG NANA ANSASS F S| SY NAOS HOSSS SHOMH Sndrin DeTSS SOMMER a “ | sOOPSO OABWSOR SCOALY ONHSS BAQHDO NOnngo | PasS25 NSAAD ANSAN GONNA Gana ANNAae a ANRARS SABAA SAASA SARA AAAAN ANSaSaS Fe HCOAD ANOPDH PNOMN AVPAD ONNNSA O BOPOPP QOADH AAONA HOSSH PRSOO ARHNANAD BRRASA ASAAS ANSAA SHARA AAAS ARNASS A « |BARRAR SABAA SAASA SANAA RANAA ARSZABS SN | ENOMNT MOONS AVOMS PNOMN WOSHS ONONSOM O TT | PODSPA COADM& AASPOA ASOMRSS SPROLGS AQHSOA Oo SRRASR SSAA AASAN SBSSAA AAAS ARRAS A | E2288 DADA GAAGA SANNA ANNAN ANaaee A ENAPAP CHSOSHO OASFA ONOHH OANHH HOANDSH A BONONOG OPONO OQADAAP QAP STAG QAAM HM Ma6919 |Faaann ABAND AQOVAN GHANA AAAS, ANNO A 0 | PAAANAN ARHAA SAASA SAAAA ARAANR AAAABS SF a ANAND SOHOPO WSOHN SCANVA SANAP NSNEOSO N ss OPNONOG CPONOG OCAMPO OAPs SPHMOM oases > | 5 3 | & Cl For Day. FEBRUARY 1890. 12 11 10 MoANSCw woINON OOOA Nooo N Ma: 33 3 Wet. 3 313 ol 2 3 2 2 Wet.|Dry. 2 6 7 4 5 2 31 5 2 3 2 2: SHS 15 NOAA 6 | 312 Wet.|Dry. 4 31 2 3 2 2 Seer 31 2 3 2 2 omeener ens WMIRMOWD 19669 00960 ANAAA ANANAAAN HOON N Terre ar) engete fesiyert a! 28:5 21°6 B= ‘Bp a us] S = Wet.|Dry. 2 5 3 5 7 0 32 9 3 2 2 -HIONS AANAG NANANA Con AANAA AtH19009 AAAAA HRN HOM ANNAN 7191900 © RCC SECTS 1D SO D1 OO oD 23 22 BiONDSO COMODO Die eee are MANDOD SOrDOo . AANA ANANANN Somson AnnaAN 21 20 BEN NEVIS OBSERVATORY. Dry AND WET BULBs. SNSHON SRRBAAN SOonaN4 AANNA ODOOANS SOON 19 wean} AN 69 69 69 I~ b~ ODD 19 ODM ANNAN IAA O CG Seoon AAHAN 19 SO Sd be PAD mie QANAAG 24°8 23°7 | 25°0 23°8 | 24°8 23°8 | 25:0 24:1 | 25:2 24:1 | 25:3 24:3 | 25:3 24:4 18 Wet./Dry. 2°1 | 33 21 1 32 8 20 3 2 2 2 O19 NO Ow oNr Ho HoN Sheier nner skh Wet.|Dry. 31:7 21°7 1 32 7 7 SHMOoONn Midi OO eae ee Ba aor iggc tt 17 16 15 ry. Wet.|Dry. 30 4, 0 2 6 Om NT TEMPERATURE. 150 3°2 ' 21 0 | 32 Ho HOMN x AUN 03 60 69 ADMr~AA 14 MEAN| 24'7 23°6 | 24°7 23°6 | 24°7 23°6 | 24°6 23°5 | 24:9 23:7 13 wROKon ANNAN ANANNAN ANC OOH = oo AQ 2 xt NA ca 24'3 23:2 | 24:3 23°2| 24-4 23°4| 24:6 23:5 | 24:5 23 5°5 24°3| 25:4 24:2 | 25:0 24:0 | 24°3 23:4 | 24:2 23°3 | 24:3 23:2 151; MARCH 1890. BEN NEVIS OBSERVATORY. Dry AND WET BULBS. TEMPERATURE. AMNAHAA LPARDHN BHOONS HORAN OARMAND HOSwRAsD Cdr Oo ° NSO HMANH O1.900H DAARAO MOASR ARAAA ANKAAA ANANA AQAA | KAANMO ROD OH 06919000 DMNIDVDOH ODINHS Nowoniwone Des ee ee ee STA OVONGD) SO ES Ola) QO ¢ INGDGD OID OHM HAN AHR ANMDMM OLBdHS Ra&DoOWNE BSRRRA SASAS SANRN QNRRR ANAAA ARRRAS Mean ARIAS Araceae ot cect mre mia iecean ces ie aties Gucginc, Uh eri ermmacgielarncgag Len@len tin asacuicu he BADD OOMIDMD DHOO1IGD DORDBOD BAHAOKHSH OA OR OS I Oe On iat Ia CIOS CE Hea TO rec: lta hy Lo Seamer ile HIDWOd O19 COHAN HHROR AN 28°38 22:0 25'1 24°9]25°4 25:3 Bos eee so ts Ono oy Oh ene 3 [2aezer SPSS POOP HO 12ANVHO AMA HHANAS x Ser ans RAN SSAAR SBARAA AQAAN ANSSAN 2) Se IIGA GEIS COR ISIEe SiR QHASS S19 SIH Beato aeo esis Miglipaed ace ed SIO Sp sikisl= Z| SPIPPA CPPSOS POOMH A¥APRY Horas HONANS | Feoase RANG SHEAR SRANA BANS NRSSRR S | F858Aan RSkS BBAkA AASKS RNRRS SSRSNS = FHAOA ANTM DOONAN DANAN ANNAN ANNMANA WN ca AAA AAAS GHANA ANNAN AAA ANAAaAR | somyow OnatHt TOAHH WAST MOSSE Neonnn © SN | SONOVS PSAAD OMARDM WSSSS HyIMSH SHOIMH Oo ASSASR RASHS SHARA RAAGA AAAAA AASAAA A AnAFAas ASARS SRARA AAKRS NNRGN BSease 8 & SAA AANA OONNA OANAANAN AAAAN ANDAAN A a |Pneaak ASANS BSRAR GQSNS SHRAN SNSSSS 8B | OHDOT AMPSHO ANAOP FOOD SNDAY SOOONHH NL SYNOD MAIR OONOH AMSA POWHHW SCOMBna Gt | ES4Sa8 SRRHA SSARN SANAA RNRRS NRSRAR | EASSas SES88 BB88R RSBNS SGRAS SSSRRS B |[geeeee SAHOA KHAO AVPFOO LHAAAS POPOAH @ [8 SSRN CAMA APOMS AONHOH OHOHA SHUAND BSaNSn RASHS ABSAN SAAKR ANAS SRARAA A a |PRRANS RAGRR SRARA RRRAR ASRAN HNHRRA IAA AARA AAAS DOGAN BANANA ANANN ANANAAN a QAAAANABD ATANGD HONAN AAANA AAATAN AANNAN BIXDONS CRODOAD POMANS OAMGAR OSOW NIG ADI>OAN sH | Senne HAF EH BUBAA SNHSH FooHN ODNOAND w JESRRRR RAGSS SSANN AANA RANRAR RARRAA S = |BESRAS SQS88 SBRRR RARAS SRRAN BARBRA B ” |pueene pagee tonne srace rene gerbes 2 | |“ | sSecee rates Soeec otaae segre elenae © | Faenee ANAAN DMMAN ANANN ANAQAQN ANNQNQNN wv AAAAND AAKHS OOAAN AAAAA ANAAA AAQAHAN [fzeeee WAYFAS AASWO BANS HAMA asa wo BOLSPO APO OH HOWSOD ANAMAS AMIGH ONDOMS & BURRS SN2SS SBSIR ANANA BNANR NSAASA S = |PASRAs RRS58 BARAN SARA HRABN BRRSSR Z | HOON DSFXAS AAMOO HANSS HNENA TASPED ZH “ | sNOOMS APmMOst HOTSOh ANANHY anny OADOMOS w AUSRRS SARSR SRSAR ANARA QAAAAA AnAARA A AAARRS ARGS BHRAN SAARA NRASN SARARR BR [goasce wens geren annen were cases = | | (soEeze SeeRs Soren Oreee oreSs SoEeEE e BISHSRS SRSA SRSAR ANANA AAAAA ABARAR A oo |EXRRAn ARGS SBRAN SAGRA NRARAR SASASR B OC] se MOMSO OHTHOM AYNOOY ANSYS aANNSwH 16 TP EtG POWNA VBSONSM HPHOOH MrIBSS NowoWT]S o@ Penage Skog SONAR AANA RNAV NARRAS | Ee488a 88828 SSRAN RARRA NRARR RARARR F a HAAR AAHHAA MOONN ANAANA ANAAN NDANNAN WN < FHAND NOHO OMAN DANN ANANA ANAHAA A EPODOG AODIHO OOAAN QAANDP MONS POPHOM O | SPSSMS PNONS 9SSOH HANSH ALN ohenog ow SSAARS RASAR SSSRK AAARA ACAAA ASAAAA A ARRAS ARGS SHAAR SRAAA SHRRR NVARKS & Pele Seley errata. ee Ney eer anlar ater Soe e a te Cee eee recone eh oea nn En AAAN MAA AMDANN AANAAT ANAQANN AWDANANN a 5) FANN ADH DOAN DANA ANNNA ANOSAA A ENAH A OOAND HODAS VONHYH HSOAD AONOHH H “ | SPONDS LOH OADIN OMBOM ONNSS SMOMAR 19 | easzzs BAAS OOGNA AANA ATA AONAAA | E5888 ABI BBAAN BNAAR AAARA ARSSAS & BAAGAY ONAYS AOMS QAVSA ASOOYA OOmAIAG > HOOAOP MOAAD ShANYS SOSH SHSONA SCOnANS 19 Eeeere BASIS ABBRA RAARAR ARRAN ARAARA A = SSAA ARRAS SHARAN SRSNA ASAGA FASVSeQ & S| NOY NH ONAGS DOMMS HBAMSON SOOHN HOWAAT mo | SPOPOP POINA OMNANS SROn OMOONS POAANHD mo | ReAaRe BARA BBAN ANAAN ANANA AAAAAA A ANHAAR ARRAS SBRAA BNAAA ASAGS KASKSRA S |zeerex QOD ANAON GOMAMY OAS OPVAHHN © BONOHKOK APPOO POHAA ANNOY AVHAY mAgIOD SEANARS BASSH BABAR AARAN ARAAA ANAAAA A AAARA AARRRA SF | sexxor QRODA ANON OBONA OG OVOALA w POVAH MAMSOa 19 [QSAAAG BNA BOGAN AAA AANAA ANANAA A AAANAAR AASSAAR & [senoee ARPA SOHAD OMAHA DHMSS ANASADS @ | | | BNOANS HAnHOD MAGA APPWEA OWHOH WAAWHa BAASRSA SSARR SSARR SARAN AAAAA QTAAAA A a EAHSOIO SALAM’ SDS OHPOIN OAONYANOCSHMH Hf | | SEO MAg> HISE=000 GIOAWON Aa HOM IO s19 O00 Ion HHS ANARAA BAASA SRSA RARAN AQNAA AAAAAA A F A 152 BEN NEVIS OBSERVATORY. TEMPERATURE. Dry anp Wer BULBs. APRIL 1890. 1 2 3 4 5 6 7 8 9 10 11 12 For Day. Dry. Wet.|Dry. Wet./Dry. Wet./Dry. Wet./Dry. Wet.|Dry. Wet./Dry. Wet.|/Dry. Wet.|/Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.] Max. Min. 1 | 262 26:2} 26:0 26:0] 26°0 26:0 | 24:0 24-0 | 25°1 25:1 | 25°3 25°3 | 25:9 25:9 | 25:9 25:9 | 26:8 26:8 | 28:4 26°3 | 31°5 28°5 | 30°2 29°5432:3 24:0 2 | 31:0 30°8}] 31:1 30°9]31°9 31°9 | 32°8 32-2 | 32:7 32°7 | 32:7 32°7 | 32°8 32°8 | 33:9 33-2 | 34:8 31:6 | 34°3 32°9 | 35°1 33-2 | 35-1 34:2]371 31-0 3 | 320 30:0} 32:0 29°5| 31:0 27-7 | 30°3 25-9 | 29:9 24:8 | 28-0 24-9 | 28:1 22°9 | 29:7 23-8] 30°3 25:3 | 30°3 26°9 | 32°0 26:4 | 33-5 27°9]35:°5 28-0 4 | 31:2 25:7 | 300 26°8| 29:7 28:5 | 30:0 28-1 | 29°3 28°3 | 29:0 27:2 | 29°5 28:0 | 30°3 27°8| 31:7 28°8 | 31°8 29°8 | 32:0 31°3| 31:8 31:0] 32°9 29:0 5 | 29:9 29:9 | 29°1 29:1 | 27:4 27-4 | 26:0 26:0 | 22°0 20°3 | 24:0 19°8 | 24:0 20°4 | 24:5 21°8 | 24°3 24:6 | 26°0 25°5 | 23°8 28°3 | 30°38 28:9] 30°3 22:0 6 | 26:1 26:1) 27°6 27°6 | 27:3 27°3 | 27°5 27°5 | 27-2 27-2 | 26:2 26°2 | 25:5 25:5 | 26:2 26:2 | 27-4 27°6 | 28:2 28:4 | 29°1 29:9 | 29-1 29°2430-1 25:5 7 | 2671 26:1 | 26°1 26:1 | 25°8 25°8 | 25°6 25°6 | 25°6 25°6 | 25°6 25°6 | 24°8 24°8 | 23:9 23:9 | 25°4 25-4] 25°8 26:2 | 26:1 26:4 | 25:5 25°71 261 20°3 8 | 21:0 21:0} 21°1 21:1 | 20°4 20:4 | 20°4 20-4 | 20:3 20°3 | 20:3 20°3 | 21:1 21:1 | 21:2 21:2] 20°3 20:3 | 22°6 22°6 | 23°8 23-8 | 24-1 24:3424-1 18-2 9 |18°1 18:1} 18:3 18:3} 18-9 18:9) 182 18°2;17°8 17°38) 17-8 17°8| 17-2 17:2) 17°8 17°8| 18-1 18:1 | 19:7 19°7 | 22:0 22°4 | 22-4 22:04 23°3 17-2 10 |19°9 19:9] 19:2 19:2 | 18:9 18:9] 19:0 19°0| 18-7 18°7 | 19-1 19°1]19°8 19°8 | 20°2 20:2 | 21:2 21°2 | 22°5 22:5 | 23°4 23-4 | 23:8 23°8125:0 17-0 11 /|17°6 17°6| 18:0 18°0|17°8 17°8|17°8 17°8 | 17:9 17:9 18°3 183} 18-0 18:0 | 23:0 23:0 | 24°1 23-9 | 21°8 21°4| 21:0 20°4 ; 20-9 20°5] 24:1 17°6 12 |18-2 18:0}18:2 18:0 | 18:1 17°9/17°9 17°2)17°8 17-4) 16-9 16°5|17°5 16-7 | 18:0 17°7 | 18:2 18:0 | 18-7 18:2} 19:9 19°38) 21:1 20:8] 22°5 16:9 13 /17°3 17:4] 17°6 18:0 | 16°9 16°4|17°4 16°9|16°9 15:0 | 19°6 16:9 | 22:2 19:2 | 23-5 21:9) 19°5 19°8| 18-9 19:3} 20:2 19°8 | 23:2 21:9723°8 16:9 14 | 19:2 19°2)18°8 18°8| 18-1 18:1 | 17°8 17°8)17°9 17°8)17°5 17°1 | 17:3 17:2 | 18°4 18°4 | 20°6 20°6 | 22°1 22-1 | 23°8 24:0 | 25:3 25°34) 27-1 17:3 15 | 22°7 22:7 | 22:5 22°5 | 20:9 20°9 | 20°6 20°6 | 20°2 20:2] 20°0 20:0} 20°7 20°7 | 21°6 21°6 | 22°7 22-7 | 24°3 24:1 | 25:2 25°2 | 26-7 26°7127-0 20:0 16 | 23:0 23:0 | 23°9 23°9 | 23:9 23°9 | 23°9 23:9 | 23°6 23°6 | 25-1 25°1 | 26:2 26:2 | 27:2 27:2 | 28-2 28:2 | 288 28°8 | 29:5 29-5 | 30:3 30:2] 30°8 23-0 W277 277 | 27-2 27-2 | 26°3 26:3 | 26°0 26:0 | 25-4 25-4 | 25-3 25-3) 25:6 25-6 | 26:0 26-0 | 26:1 26:1 | 27:0 27-0 | 27:7 27-7 | 28-1 28:1] 28-1 24:0 | 18 | 23:7 23°7 | 23°7 23°7 | 23°7 23:7 | 23°3 23°3 | 23°3 23°3 | 23-6 23°6 | 23:9 23:9 | 24°7 24:9 | 25°3 25:3 | 26°8 26:8! 27:8 27'S | 28-9 28:9] 29°5 23:3 | 19 | 23°7 23°7 | 23°2 23°2 | 23:2 23-2 | 23°2 23:2 | 24:0 24-0 | 23-4 23°4 | 23°5 23°5 | 24°6 24:7 | 25°3 25:3 | 26°5 26°5 | 27:1 27-1 | 26:9 27-1] 27°8 21:3 20 | 21°3 21:3] 21:9 21°9| 21:9 21:9 | 22:1 22-1 | 22:2 22:2 | 23:2 23:2 | 25:1 25:1 | 26°5 26:5 | 27:3 27-3 | 27-7 27:7 | 30:0 30:0 | 30:3 30°3] 32:9 21:3 21 | 33:0 38°0 | 32°4 32°4 | 32:1 32°1 | 82°1 32°1 | 32°4 32:1] 30°8 30°2 | 32:1 31:9 | 32°6 32:4 | 83:0 32°4| 34:0 34:0 | 33:7 33-7 | 80°8 32:0134:0 29+1 || 22 | 30°3 30°3 | 30°2 30:2 | 29°6 29°6 | 29°8 29-8 | 30°3 30:3 | 32:0 32°0/ 31:4 31:4 | 27:0 27:0| 26°6 26°6 | 26°3 26°3 | 27:0 27-0 | 25°3 25°34 32-0 25:3 23 | 28-0 28:0} 28:0 28:0 | 28:0 28:0 | 27°7 27:7 | 27:2 27:2 | 27:8 27°8| 28:5 28:5 | 28:7 28-7 | 29:5 29:5 | 29:0 29:0 | 29:9 29-9 | 30-1 30-1] 30-7 27-0 24 | 27:2 27:2) 27:0 27:0 | 26°8 26°8 | 26:0 26:0 | 26:0 26:0 | 26-2 26:2 | 26:2 26:2 | 26:9 27:1} 27:0 27:3 | 27:0 27:8 | 27:7 28°6 | 26:1 26-6] 28-0 24:0 | 25 | 24:0 24:0 | 24:1 24:1 | 23°6 23°6 | 23:3 23:3 | 23°0 23:0 | 23:0 23:0 | 24:0 24:0 | 24:2 24:8 | 26:5 27:0 | 26:2 27-1} 28:0 30-2 | 28:3 29:1] 28-3 23:0 | 26 | 25:3 25°3| 25:0 25:0 | 25:0 25:0 | 23°8 23°8 | 24:8 24°8 | 24:4 24:4 | 25°6 25°6 | 25:3 25:3 | 25:2 25:2 | 26°7 27:0) 27°5 27-8 | 27:6 28:0] 282 23:8 27 | 27-0 27:0] 27-0 27-0 | 26-0 26:0 | 25:1 25:1 | 26-0 26-0} 26-0 26:0 | 25:5 25°6 | 25:1 25:3} 26:7 27-0| 27-1 27:3} 27-6 27-9| 27-9 28-0] 30-8 24-5 | 28 | 25:0 23:1 | 23:4 22°8 | 23:9 22:0 | 25:0 20°4 | 24:3 20:1 | 261 21:0 | 28:2 22:1 | 28:9 22°1 | 29:0 22-4 | 27:0 29°5 | 26:0 26°1 | 27-5 26:9931°3 23:4 |) 29 | 26:0 26:0 | 26:0 26:0 | 25°9 25:9 | 25-2 25:2 | 25:1 25-1 | 25:4 25:4 | 26°6 27-0 | 28:0 28-0 | 27:4 28:0 | 28°5 29:0 | 29:1 29°5 | 30:8 30-44 32:9 25:1 |! 80 | 80:0 30:0 | 29°4 29°4 | 80°8 30°8 | 82-2 31°8| 32°5 32°5 | 32-7 32°7 | 33-4 33-4 | 33°6 33°6 | 33-4 33-4 | 33-7 33°7 | 33°8 34-0 | 33°8 33°81 36-0 29-4 | MEAN| 25:1 24'7 | 24:9 24°7 | 24°7 24:4 | 24:5 24:0 | 24:3 23°8 | 24:5 23:9 | 25:0 24:3 | 25°6 24:9 | 26°1 25°5 | 26°6 26°4 | 27:5 27:3 | 27:9 27°6] 29-4 22:9 || 13 14 15 16 17 18 19 20 2] 22 23 Midnight.J Mean. Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet.|/Dry. Wet.|Dry. Wet.|/Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.JDry. Wet. 1 | 30°7 30°3 | 30°2 30:2 | 30°4 30:4] 31:0 31°1 | 81°8 31°8| 32:1 32:2 | 32°2 32:2 | 32°3 32:3 | 382°2 32-2] 31-6 31°6 | 30°8 30°1/ 31:0 30:2] 29°1 28:8 2 |36:0 34:6 | 36°9 34:8 | 37:0 33°6 | 37°1 34:0 | 36-1 33-0 | 35:7 32°8 | 35:8 32:4] 35-0 32:0 | 34:2 381°9 | 34-2 31:0] 31:9 31°0| 32°38 30:6] 34:2 32:5 3 | 35°2 28°8| 385°5 29°7 | 350 31:0 | 34:3 32°1 | 35:2 28-0] 33:0 28°8 | 32:2 27:2 | 33°0 29:0 | 32°8 29:3 | 32°1 29°3 | 31°8 28°7 | 32°2 25°6132:1 27°6 4 | 32:5 31:8 | 32°9 31:9 | 32:0 31:0} 30-9 30°9 | 30-2 30-2} 30-0 30°0| 30:0 30:0] 30-2 30-2 | 30°3 30:3 | 30°3 30:3 | 30-2 30:2] 30-7 30°7]30°7 29°5 5 | 28°5 27°5| 30:0 28°0 | 80:0 28:8 | 29°3 28:3 | 23°3 27°5 | 27°1 25:0 | 27°4 24-4 | 27°2 24°8 | 27°0 25°6 | 27-2 27:0 | 27-2 27:2 | 27°3 27°34 27:2 26:0} 6 | 29-9 29:9 | 29:2 29:4 | 25:0 291 | 28:2 28:2} 28:3 28°3 | 28:9 28°9 | 29:4 29°4| 30°1 38071 | 29:0 29:0 | 29:1 29-1 | 28:4 28:4 | 28:1 28:1] 28:1 28:2 7 | 25:2 25°6 | 24°5 25:0 | 24:9 25°] | 24°1 24°1 | 23-8 23:9 | 22°7 22:8 | 22°9 22-9 | 22:9 23-0 | 21°3 21°8 | 21:1 21°1 | 20°6 20°8 | 20°3 20:34 24:2 248 |) 8 | 23-7 24:0 | 23:1 23-2 | 23-9 24:1 | 23:8 24:0 | 22:0 22:1) 21-7 21°7 | 20°3 20°3|19°9 19°9 | 19°8 19°38) 19°5 19°5 | 18-2 18:2) 18°8 18:8] 21:3 21:4 |) Q | 22:4 22:2 | 23°3 23:2 | 23°1 23-1 | 23:0 23°0 | 22-2 22°4] 91-7 21:9 | 21:2 21°4| 21:1 21:1 | 20°7 20°7 | 20-9 20-9 | 20:2 20:2) 20:0 20:0} 20:3 20:3 10 | 24:5 24:5 | 25:0 25:0 | 24:9 24°9 | 23:9 23:9 | 20°6 20°6 | 20°5 20:0 | 20'1 20:1} 19°8 19°8| 18:9 18:9} 19-0 19:0} 17:8 17:8) 17:0 17:0] 20°7 20:7 | 11 | 21°6 21:1) 21°5 21°0 | 22:0 21°7 | 22°3 21:5 | 21°3 20°3; 21:5 21:0 | 20°7 20°4); 198 19°1| 19-2 18:8; 18-8 18:0} 17-9 17:0; 18°2 18:1 120-0 19:7 12 | 222 21:1 | 22:0 20°4 | 22°5 20-9 | 22:5 20°3 | 21:9 19°8| 21:0 18:9 | 20°4 18°5 | 19°8 18:7 | 19°0 18-4) 18-9 19:1 | 19°3 19:3) 188 18:0}19°5 18:7], 18 | 22-0 20°3 | 22°6 20°9 | 23°8 22°0 | 23:2 21:0 | 22°8 21°0| 21°8 20°4 | 20°9 19:1 | 20°0 20°1| 20°4 20°4| 19-8 19°38} 19-2 19°2|19°0 19:0] 20:4 19-4 14 |26°6 26:9] 26°6 26°8 | 27:1 26°9 | 26°9 26:8 | 26°3 26:3 | 25°8 25:8 | 25:4 25:4 | 24°9 24:9 | 24:8 24°8 | 24:2 24:2 | 24:0 24:0 | 28:2 23°2122°6 22°6 |) 15 | 26°8 26:8 | 27:0 27:0 | 26°8 26°8 | 26°1 26:1) 25°6 25°6 | 24°7 24:7 | 23:9 23:9 | 23:0 23:0 | 22°1 22-1 | 23-0 23:0 | 22°9 22°9 | 22:9 22:91 23-5 23:4 |i 16 | 30°3 30°3 | 30:7 30:4 | 30°8 30:7 | 80°7 30°7 | 29°9 29-9 | 29°8 29:8 | 29-1 29:1 | 29:0 29:0 | 28°8 28°8 | 27:8 27°8 | 27°8 27°8 | 27°7 27°71 27:8 27-7 |i 17 (| 27:6 27°6 | 28:1 2871 | 27°8 27:8 | 27°7 27°7 | 26:9 26:9 | 26°7 26°7 | 26:2 26:2 | 26:0 26:0 | 25°2 25:2) 25:1 25°1 | 24:3 24°3 | 24:0 24:0] 26-4 26:4 | 18 | 29:5 29:0 |29°5 29:2 | 28°5 28:8) 27°9 28:1 | 27°3 27:3 | 27:0 27:0 | 26:2 26:2 | 25:4 25:4 | 25°9 25:9 | 25:8 25°8 | 25:0 25:0 | 24:0 24:01 25°9 25:9 |) 19 | 27-2 27:3 | 27:3 27:7 | 27:8 28:0 | 27:4 27:4 | 26-8 26:8 | 26:1 26°1 | 25:0 25:0 | 24:0 24:0 | 24°0 24:0 | 24:0 24:0 | 22:2 22:2 | 21°3 21°3] 24:9 24:9 |) 20 | 29°3 29°3 | 28:9 28-9 | 28°3 28°4 | 31°3 31:3] 31°8 31:8) 31°6 31°6 | 32°4 32-2 | 32°6 32°6 | 82°38 32°3 | 32-4 32°4 | 32:5 32:5 | 32:9 32:9] 28:2 28:2 21 | 31:2 31:2| 30:8 30°8| 30-7 30:7 | 30-7 30°7| 30-6 30°6| 30°3 30:3 | 29:6 29°6 | 80:0 30:0} 30°0 30:0] 30:0 30-0 | 30-0 30-0 | 29-1 29:1] 31-3 31:3 | 22 | 28:6 28°6 | 28-2 28-2 | 29°3 29°3 | 29:0 29-0 | 29°2 29:2 | 29°2 29-2 | 28:9 28-9] 29:0 29:0 | 28:0 28°0 | 28-7 28:7 | 28-4 28:4 | 28-7 28:7] 28:8 28:8 23 | 30°7 30°7 | 3071 30°2| 29°9 30:0 | 29°7 29°7 | 29°8 29:8 | 29:2 29:2 | 28°7 28°7 | 28°1 28:1 | 27°9 27°9 | 27-0 27:0 | 27-8 27:8 | 27°6 27:6] 28°7 287 |; 24 | 28:0 29°6 | 27°8 28°8 | 25:4 26:0 | 25°8 26°8 | 24:4 24°6 | 24°9 24:9 | 24:0 24:0 | 24:5 24°5 | 24:5 24:5 | 25-1 25-1 | 24:8 24:8) 24:6 24°61 26:0 26:3 25 | 28:1 27°7 | 26°2 26:9 | 27:9 28-2 | 26°8 26°8 | 27°3 27°7 | 26°1 26:2 | 25-7 25-8 | 25:8 25°8 | 25°8 25°8 | 25:3 25°3 | 25°83 25:8 | 25°8 25:8} 25:6 25°9 |7 26 | 26°8 26:8) 27:4 27°7 | 27°6 28:0 | 28:2 28:3 | 26:7 27:0 | 27:0 27:0 | 28:0 28:0 | 27:7 27:7 | 27°38 27°3 | 27°8 27°8 | 27:2 27:2 | 27:1 27:1] 26°5 26°5 | 27 =| 29-2 29:0 | 30°8 30°0 | 29°5 28°5 | 30°4 29:2] 29°5 29:0 | 29°1 28:1] 27°5 26:8 | 26:3 25°8 | 25:3 25:1 | 24:9 25:0 | 24:5 24:8 | 24:9 24:0] 27°0 26°8 28 | 28:0 27°1 | 29°7 28:1 | 31:3 30°7 | 31:2 29°6 | 30:0 28°7 | 29°7 28-4] 28:2 27-1 | 27:3 26:0 | 28°1 26:2 | 26°7 25°8 | 26:3 26°3 | 26:0 26:0] 27-4 25-4 |) 29 |30°3 29-9 | 31°3 29:0 | 32°9 29°9| 32°1 3071 | 32:4 30:4] 31°8 30°1| 31°2 30:2) 30°0 30°0 | 29°0 29:0 | 29:2 29°2 | 29°8 29°8 | 30:0 30:0} 28:9 285 | 80 | 83-2 33:2 | 33:0 33°0| 33:7 33°7 | 34:9 34:9] 34:0 34:0 | 35:0 35:0 | 35:0 35:0 | 34:3 33°3 | 34:3 32°8 | 35:0 82°7 | 34:8 32°7 | 36:0 33:0] 33:4 38:0 Mean} 28°2 27°8 | 28°3 27:8 | 28°5 27:9 | 28°3 27:9 | 27:8 27:2 | 27°4 26:8 | 27:0 26°3 | 26°6 26:2 |26°3 25:9 | 26:2 25°8 | 25-7 25°5 | 25°7 25:2126'4 25-9 | 153 Dry AND WET BuLss MAY 1890. BEN NEVIS OBSERVATORY. TEMPERATURE. » |desere oaeae aie ESS aaa any G (Sasaom pa Gecus ma oo! SoCo See. oF 5 |doarnoe apeon anpen PORE AHHH EOWEAE S 2 | SERAED POA Me CEASE PNSNS SAFES HaHnsa | & |S2S5599 B8SSh S84S8 F889 SISES SSSBRR BZ EB88R8 BASBS BAQRR BBSBa BUSS BSsane 8B |, lessees SESLD NEDSS NOPHH ELPOH BABLDO | BZ | SSLHOT ASSES SLAMS ESOT SALSe AaHGAs © x SSSS83 SSSSS SBBSSR SSSS3B BAVAA BHABAN 2 Na dg2000 ADadcdGdGD GSGIAIGT AA OO GD HOS OWA AOONNA os Tt | sHOD—IE SOBOH ALPGS POPYO EPOOG BOMPSD O BZ | LLCO APAOH OOAHS HOPSA SANS Vogeny | ABRSAA BIIGS RHHRR BSISG SGVGSI BHABAA 69 a | E22258 DSHS GANA HONS SRISR BESNNR S BOPTSOH ONSFE SHoHy oH Noeny Hroear + SACLON SUPAY OALSS AESHS ONHHH ayawed ot is DSH GIM GOOTOOD DEDEDE A OAH GAARA GI HOIAG’ cd 5 NBG GAGA DAA GABA SHAR ASRATA B + | S@pONSD ONYSH QMGSH OMOAN NOWHPA HAVSAD © N | SSOP ON ONAAH SCANSS ALONSO EHTS Nonwen x ABSHGH BERSS BRHRA BHASG BIGGS BHISBAA ADHD Desa DOAAN SNS SHAR NSVANS S Sane COS. Dee ai ate one laa West omnes Coe Ata eins RUM AUONOE IRENE e Ge oO CD ODODODAD CAADODADGD GOCDGINN COcCdGDOOH GOH AHH CDCDODCONN ina) a NODCDCDCD CDCDODCDAD CACDOOMIM acco Hod coOWHHN AMNMAN oD | S100 210 OMA OLHHO EASOA SHMAN SEE YOD H SN | SPONON ANSPPO AAAS POAHA HONNS TWEYOSO 19 ASBSRBS ZARSS BSSAA SSSR SAGLS SHISAAA B | Faaaae HESS GSIwina Goons SARAH RSASNR BOESPS OYPSO OHAPH SANSS AHSSH FONVSH BANLLS POOR POHAS HOOYN AOANOS SOOHHA O BANSS SSSSS SABSAS ASASS SASSASG BSABAa OB 4 [FASS SS ASH GOON BOGS SARAN SSAnNe B ° | sa OOp DYOHO OHANS OATES BHTES HHOYTSS 9 N | sPNOM PYPOD POMS MONON THOT OEHHA © ASSBSSR3 SASSS SRHAS ABGHSA ASSIT SHISAA ADR Deas Hevesoss Goa AA Gea SHUR ASAAAR & BNPOAS AASOAG AOTHS SONOA SHAAN SOHEHS BONAMP SHOAG ASSOA OATHS SASSO PERSE © ESSS88 SSS88S8 ASSAR ASHSA BSISS3 ARHSBAAR B = Bad GVOSGD GHADOG COAAN Goo Wa BAIA SBSRAR S P| ENOBOS TOYA HOMPY SONGS SPHSH 2POEHO O S| ELNNPH OAPHO POPON PRASH SAVOAH AYE | E8aSee SSS8SR SASAA ASHSS SSSSSZ ASARBAAR B | Asarcncsas Gsoraasscs SOCAN sadam BURSS BSSSANR Ss PLOGOS OLPON LOTON PAAHA HOHAE Naseee F [eegoge Cesta Nan ee olsen ees eae ce> | sy BIAS GDOSGDODGD GOCDGIAIN GUQDGIGS AH Gad ASD AIGTAIGAA ad qm | Seasered Daversa GANA SHAws BABI BEARAR S | EE OPEP PMAON GSUHA HSM POOGS WOKE | | SPNOSO PYOGSM CANIS ONHYOD weoeo Aregey + [AAS ed GDEredasGs GAGINIAT Alarcvas ah GOH AGHA oF AAA ESD GDESSDODED GDA NA SOOM BAAS SRBBNA B Soto oe ShSGN Sag ce Chee Semen he sole gas Seen Lone Pees N ORC Oem ere EEA a LEH OOD BDOONN ONOVS ATOSH HASSS ATAPSE 19 MONSON HONNS HOTAOH MAWDSHS TNONON Oryade o | F28R8e BEd BAdGs SDAHGIAA NOsGsas a adoo AA NoMa AIN oD | ES28SR CDEDEDODOS CEI A GAS BAAR BRBANA SF SANSOM SHAA GSHSS FOHAT SO TASOY APAHHH OB eee eee eee ces eee ore terre ERRASS SSBB SSAA ABBSS BHISS AARSAAN HB rm | SROOAS Bede SHAAN SOSA SHES SSSARA B | BISONS SO¥En GOMTS HOES ONONH HHEAPH o za | OPOAS DAPOH YOAOH WOOAL YONA HOOD © | EBnR82 BSD IG SAA Aaaaesm owns AOHOAN ao ADDS HSS CEDGVCTOS DAVE AIA GGVoSNA HMGSe MAGNA & [Seeeee Gages saves enue cence SaeeeS = ERLOPS PWAAAS PSGSS CASON 29990 FATOOY Io nm ERSAASS S8S8SS BSRBAR ASHBY BSARG AASSBAN B cm |S BOBAS Bacres Goss Gooewan STR HSsana 8 g eo SS ORC Tease eS Ge A min me Cm 3 | PSone ma anora nae oinne Nena ne SaaS, 1 SOOMSD AANGOL AALSH APRHS AKGSa EHASGS @ [Seueee eeten Sonus Scessbene a oho aaee a om Bes Racs Gasca coed GOGO ALGGDGS AH GDM AGSH AAG oF a | SODAS SADODGDED DGG AIG GGG AMAR Sarasa | I EEOHDD AAHOSY ANHOO WHAOA ATNOHH monsey x | sPOmMH SANGHA NOSIS OPOAN SnOYS OHHOEN yw |Z | FAsR82 MOH GOAN ADH HoMHA AoAnaan aw ASSSAB Besse BHODANS TASRH BARBGHR Gana o |S FRO ets SOA CNS an RCS BPONAS ONOWN SNSHS AOSHS FEANH SHHHONO A |. SRRAGS GHBGH GSA Awan OOH ANOOAN a | SOODRAD Bassocsed oserarcsas Gas AA SMARH AA A : | SE eRe nu: ee, SEES ae See, as S| BREESE SSRAN POCNe roe et Stee See eNe abs Q 69 68 I OD 0D CDCDCDADGD COCDOCINN NOcocoH MOMHAH ANTON N inn} CD OD HODGD COODODODAD GICDCO HH CDAHIDIDSH MMA ONNA oD ENSPOD PAYSS APBSS ONHHH SHowS aaAnAN @ | | [gansed NOONO PHAPH SHOHAS QLPHA APHHHS OS |S fs SRAAHS BSH GOWAN Aaoood weowod ANON MOscvadad aDescvass GIA HAM cMmaAH sarsaam as |w | EAs ca cies cea uh ae aor ah eae ee eres Sp oie eos ot ae uerameemata ee |b QO 9 60 68 COODCDADED GACDMOAN Aan omMHAat OAaaMaAN co SBSSeBRa oO = BEN NEVIS OBSERVATORY. 154 JUNE 1889. Dry AND Wet BUuLBs. TEMPERATURE. For Day. OHSOOWS HHROM HONSHS CHANDY MMOD WRONS NOtHo soa NOADGD AGA csGd MaDqDadaD GdGdGDCDaD coaDaDGTGd GDaDGdC0 Cd ax. Min, 0 28°8 8 6 4 4 7 7 8 7 6 5 4 4. 5 6 5 3 2 5 2 36 40 0 9 0 0 2 0 9 2 9 8 0 0 5 4 5 0 7 8 8 0 5 2 3 7 6 9 9 6 39°7 33°2 12 11 Wet. Shey) 48 0:2 6°5 9°9 0-9 1:0 6:0 9-2 0:7 8:9 2 9-9 vel L4°0 8°3 3°8 7*4 (cil 55 6°3 85 4:8 6*1 3°8 6°7 59 7°0 7°6 58 2 8 2 5 9 8 4 9 2 7 9 2 8 3 0 3 8 0 1 5 3 5 8 0 8 0 0 2 3 8 IDMNOOD WO'WOA WDOW1IDQA AAOOoWO HO1IVOM O19O M19 NONOO AAWMO DBWOOM Mr~OHOS ANOIND OANY-O DRO HOOD HWOROA AHN DSO +HHIEOH LION GG a ADEN GIGDH GAGDADEDED GDIDHEDGD 9.90900 90 35 33 4 3 3 3 3 3 3 3 .|Dry. W 37°2 36°9 | 37:5 37-2 10 9 AANANNS HMi99OS HOMOM WOM1DO OMOSO Ost HHO SS LES ARO MINTY as Mel pea memtiesle Wie eeerh lease! Male Tact es Core ke aes eon OD OD SH OD CD 6D CD 6D OD OD Wet 36 32 40 35 39 32 29 35 38 39 39 36 38 35 42 39 35 34 36 35 =H DD HODOA OtoGq HOMWOA ia x091019 DRBDS DAO BOO a Aaoesasas apes wased dara aa ad tH rs HOO THOODTD0CD MOOON COAH19191D WOMAN 19010919190 36°6 36°5 361 36:0 SaRSse MeOH Or D1WO1ON NdM1O1G He-oO1oN Wore Hid NIA RONDK DiQOOA Asoc HrMON WAd14.0 BHM Bcssd SOAGIATGD GdadGdGdH Hasasagad coca wNadaD caadGd ad ad AiIW0 NO ANAAKw~ DONOSD OWMWOSCH AANNOGH ANOOCSD ORO WHE DO DAaQH Aaaomo mueawes oaAnawo ANDAIDNO AAINAM~ DONDOHO ODOOH ANNOH ANAMWS 35°4 35:4] 35°8 35°8 RID SDA SPEEDED CICS ge ert eet ee Clee) bea Solan SSR DRORND DHHHOS OHA mea ANGAwD SRSASHS BANG Soapapcsan Havasaasce adasaasad GIavaa Goad NOAMMM™~ HAAMWMWM DOLrON HOMANM OnOMmO HOWOMN eee eae nie Seam era ented NO as Poet pie sted lec wee, tere) woke urES eile wa hee ; La DRAKRS OHHH AAAs MLABM AaAQwY | E22253 COA GICD GD GDADGDGDH Hoadnadan aden asad dadodndo0d 35°3 35:0 HOAHKRHD CDHON CONCH DOHAAN ARCOM HNOHEeN > SO DI~ D> Orel Oh DA1910H AAHAAIDIO MONOID AA Bao Qansd CANN ODOD BCODODCDM WodDceIeIED GDCDMODOD 9 6D OO CD OD mHD CORDON CHONGOH HBOAAN 7ARBCOnM MDOrei SOLO ALDOWK At19G0 AxwGo6 MONDO AAAS G6 GOR GICDGD GdcDGd ICD HoadaaDGd GoD Hadad GIO OD Gd D0 Dry 30°0 28°4 39 t 5 8 2 6 0 t 3 9 0 8 9 7 3 1 3 3 0 1 8 7 0 2 8 0 0 8 0 4 2 3 WOOD Cer Dl~ WH19191D MWHAIDDO Dl G1090 HAW ANO COMMAND 6D BOM ODODCD Wedencded cD COM ODOD 09 0000 60 60 Ww 2 § 28 2 40 6 3 0 4 4 3 9 0 8 9 6 3 1 9 3 0 1 8 7 0 2 8 0 0 8 0 9 2 3 ROOD ArWOK Daido MANoo oOmENoOo HAGA MAGCDSD cdenedcasD Hoscaaaaa Gap Hosad G9G000 G0 00 40 40 t.| Dry 29% 28 9 = SOMnH BDOMAM mMATAOD WwHANYDO OHAANN 0 9 0 36°9 | 36°6 © OP-RMWD O1910100C00 HHNOO AOA HO AAA 19 THAIGIONS CDCOCDCNOD SHODCDOD GD GDGDHODOD 696069 OD OD Dr 2' 29 40 36 40 t 8 2 2 2 1 0 0 1 3 9 6 0 7 8 5 9 0 3 3 1 8 0 1 0 4 8 2 1 0 2 DARE SCHOADS D440 HHaNSo Mansa ANANDA B97 CDADMCDCD Haacdenad Gdco Wed dod06d G0 09 SOMMD OHOOOMNM HDBOMMDH WOnWOCH ONRON SODWOr= WDi9O100 HMWHANOO MAHON anor 2 39 38 1 40 4 2 2 3 3 € 4 28 29 39 38 40 4 2 2} 3 3 3 3 3 3 4 4 3 3 3 3 3 3 4 3 4 3 3 3 3 3 HHARDN TBONMRNH DOMAY~ NCOGn nHoooo Dir DPS DiQW19 HHO Om~ COD 411000 OH HOOID CONNGDOD COMODO OD MNEDADCIGD CDOO HOD SH OD 0D 00 00 OD * MOHAN HONS DOMONAMY NOCGn noOoonHoO ISRIS DiWOiHYO HaMo.Kr AAmno0 Oa KaIo Niodcd GdcdaDcdcD —NcDadaDGD GDad Had adavadaDGd t 1 1 ] 8 1 8 39 1 40 VeW 9*1 29 1 29 Dr pAS) 29 40 39 40 39 2 ° ID OMOWAO FANMDH1IO OFOAOS | SIGN CS monn PRN nn ooo 36°0 35°9 | 35°6 35:4] 35°3 35:1 | 35:1 34-9 360 35-9 MEAN Midnight.| Mean. 23 uy) 18 14 15 16 13 CMMRO Mamta SotKr6o HAGA Re EB Ore a eis en ar eer ee att Wet. 9 31:9 1 351 9 38:9 5 87:5 3 388°3 3 9 3 8 9 7 6 if 6 1 9 4 6 6 5 5 8 1 6 4 4 4 4 5 5 Oo (ei rer eee fen Vexvet hi ler ey. fer sane. Ser me 16i we (ee lex cma em Spee ng ia an iteeaiin eh Sate mea Dry. 31 1 40°] } 35 Dry. 30 40 39 39 38 38 9 39:9 | 37 3 383 | 38 9 7 8 0 2 6 3 4 5 4 4 5 4) 4 2 A 5 4 7 6 9 2 1 7 6 2] 36°4 36:3 ROLL 19OD.OR4 DORN DAROAH SHH AAcscs6o SaasGd a GSGIGDGDGS GdaDOD aD GdanGaasED DWMrAOD CWOONAMH OMDOHAS WiH9FOOo WOWMS SOARS RGR DOWD BME ODROAH wotHMIAd GAN Gd 636d Seda CDH GdGdcdGDGD GoaDaGD HOD GdaDGD MG0 2 30°2 2 39-2 ry. Wet. 0 0 8 6 7 8 0 8 1 1 2 4 0 0 8 1 0 2 i 1 0 5 2 4 0 3 8 7 5 0 DDE De D WOOO H 19H OMG HN 190000100 Wet. 0 30 0 40 38 39 37 2 2 3 3 3 3 3 3 3 4 3 3 3 3 3 3 3 3 4 3 3 3 3 3 3 1} 30 0 | 40 3 3 3 2 3 3 3 3 3 3 3 3 4 3 3 3 3 3 3 3 3 4 3 3 3 3 3 3 MAANGD DOD CDODOD ODMH GAODGDADCD GCDBIOD HOD 690900 00 60 Wet.!Dry. 1 30 0 40 93 8 3 03 4 0 4 0 2 3 6 0 7 0 2 8 4 0 7 0 2 2 2 1 0 1 2 3 6 8 6 7 8 0 8 1 1 2 4 0 1 8 1 0 2 7 1 0 5 2 4 0 3 8 0 5 0 0 | 86°1 361} 36°2 36:1] 36:2 36 6 | 30 0 | 40 6 | 37 39 37 2 3 3 3 3 3 3 3 3 4 3 3 3 3 3 3 3 3 4 3 3 3 3 3 3 SSonax ROLOW OLhoOdt ooh LRHON BHD O6 D CDCDGDGDH ADGDGDGD GdaDaDGdGD MdadGd Gd CD Wet.|Dry. 6 30 0 40 6 37 2 39 2 35 2 3 3 3 3 SSR ROR DO OLAX 191bOhD LOHAN HH 9H 2 CD OD MDODH CDCDEDGDGD eDadGIaDGD adcaadad CD 1} 30 0 | 40 0 | 37 9 | 39 0 | 35 2 3 3 3 3 MAM9DOH COALMDH GOONOM WADWMH OOrVNON aS tho DOROHD ORKNG DOAK Rodd 1619101915 ; CdD GIGDID GdaDaDcDGd adadcd 0049 Wet.|Dry. 1 31 0 40 0 37 9 38 0 35 2 3 3 3 3 3 3 3 3 4 0) 31 Wet.|Dry. 0 32 wit lpia few Nee. Merete DMieith ws ke mia wig Te live cP at. wines Sak wh Gomi er 8) Lee Ne ame es Ons Tw 8 | 32 DES e iam othe yet teen | ws lene cap iel. . wre: reniian mre cao eh ems me Bc) kel” UR ecm se Wet.|Dry. & 32 0 40 0 36 5 37 0 35 2 3 3 3 4 3 3 3 3 4 3 3 4 3 3 3 4 4 3 3 3 3 3 3 3 SH GRR TO LROMEC NLS Na SAL emia Scala Terran Te Seles leet wheter! mie ciiun kenge: 8 | 82 Wet.|Dry. 2 40 0 37 9 37 4 36 3 3 3 3 4 3 3 3 3 4 3 3 4 3 3 3 4 4 3 3 3 3 3 3 3 Fete rg wel Seal Rie Re REET R a Oaet ns ise Abana ts Bane Ces Ummm awh, LO e ie page eae eh ee Rene eT Le ODADDH OFQDOomt WIDO0M190 MONO ©1O00r0 2°§ 32 0 40-0 | 40 0 37:0 | 37 1 3771 | 37 et.|Dry. 32 3:0 332 TER ATi emlere siiwea ne eure ets Sie erie wr ere ele Bes eee COODADCDH CDADADCDH CDODWHCDGD GOMAHCDOD eDODCDCD GD 8 37°8 | 36 0, 1 B) 7 2 7 7 9 8 3 7 5 0 6 5 7 0 3 6 3 7 5 8 7 6 Sea arene Reis ousm ae Creel wheelie Reals Cece ar, Oeis S48 Se S he Ree ame ee KO) me ees 5 Wet.|Dry. W 33 33-7 8 388 | 40 Ce ee Aaa Pe RUele ae! ike hs sear tdae a ee) a ilies teen he Seales km eee RES: 3:2 Dry. 33 38 6 0 0 0 9 5 4 5 8 1 8 0 7 it 9 8 2 0 1 4 7 0 0 8 0 6 ii 8 0 9 DOH DORWMH WINDOMm'ID OMISCOH wWwWODOSO Wet. 9 | 37 4 | 35 2 3 3 3 4 3 3 3 4 4 3 3 + 3 3 3 4 4 3 3 3 3 3 3 3 6 37°4 | 87°38 37°1| 375 37°4| 37°3 37-2 | 36°38 386°8| 36:6 36-5 | 36:4 36:3] 36:1 36 HORM RoOOas RiBORD ORHOH BHORO ROMO GOMES GDOSAMEDGD GDEdMHODGD GdaGD 0000 2| 40 0 | 37 8 | 38 2 3 3 3 4 HOM~On WOMDODHD OAWDHHD HBODW ABMm~ON . Wet.|Dry. 24 / 5 hl 2 36 2 40 y 40° 7°0 37 Rata et et etre ten ie WS hike Sena Bet Sete a Oe wee Se AACR DWE WWH WMDHAAr~o ODO O1O0M%R20 QOD HOD SH CDODODOD SH GDODADODAD MDOP MODS 690909 09 09 39°38 39 4 3 0 0 i 8 6 i 2 8 0 9 8 5 3 4 9 6 9 4 9 9 0 5 2 Dr 34 36 12 13 14 15 16 17 18 19 20 MEAN] 87°6 37°4 | 37 | MOM tiQ OF-ORDO mort 155 Dry AND WET BULBS. JULY 1890. BEN NEVIS OBSERVATORY. TEMPERATURE. i g [geuane ausee ceeee genes e22nn et2vee 2 | | , |B2ebhe SSee seeer sosae Sersaeeeeee e A BARR BRAAA ASH Bapcsasas cocdasaado aaascococsea 40 8 CDAD ED GDCD CdADEIGDGD GICO~HaDGD GdaDcDarGD ~Hapadanan WHososerm AH oo e MOMWARA OHSOSS AOHSO HOHHOH FOMSHD HOHSCLR & S PDP DBT DAM OOO IOMISMO 1DANIGG NLD FONMo & |SSdRSS BASS SASSER GEIS BSVRS LAEISG FS ESSR8S ABBSR AB9S8 SRSSS SSSa8 GRBSase & [Pencac SAPASM® SCOMSD BONN pees ae Be pay a = aes See Ree Ree ES) PO OIMST EAC OEID TI GU re SQROOGO OANA ASSESS AoW Gaowosc Awe AH co 2 GOGIGIGD SD GDEDEDGDGD GICdWCDGD GdadcdGd a! GOGdATODeD MBAS TUBES S C0 OA eh NGG St Se ee eee ne | eee ei eo EE es TOS Sea Ca oa AOGRDS BAW DSR AHHHH Hatades wacom H B | Awocdcodsas SagG0c069 GIar~icocd GoosasaaH GOGIOTESOD Mam & |ezesce DARMWDS PSOTASO HODMH OAANN OVANNO au BUSSES SSSPH ANOHS ENON HAWSO iS altos ip BSSS8 SSSBS SBSSS SSGSS GRIRSH SSRSIG ris SAVAGED GVAIGIGA DAG GHB BHSHS SSSaS S = SLO GOD DIN GIN (OVO ro Cocos pa ON Oy SE a re 2 oe Pe aaa, Tea ene ee SEA Orr SNHSO Mon wmm © Be eer eee GA Pe Rea Sae, fe Se Re MeN SUN oo Tone aoa one eno oe oO SRSSRES BASSH Htc comes Hortcses asaacs—nH co x MDEdAdAIGD ECDGIEIG caGdwCDGD coaDarGd a GHasadapas Sa AasS = EOSPSED BOWSOTP AAAWA SOSLS ANCOHD ee ae | eet oe Se ates TS eee Suse ce NGL Seat Ca else aKei alae 2 | 82588 S8S8s 8BIS88 BaSSR SSSHR SAaB99 & |SS8S88 BSAnS SSSBS BRAS GSSAR SSSSsR 8 |eesees IW DIOAN ODOWS IWOHFRO OWOOAMY wOpaany © |sxeeze eS SD) POE NN GAO Or CxO Dir HNO NIN 00 SSABS BASKH BHRSS SSA55 FRISS FABRIG OB i | SSG CGD GVEIGVCIND GIGS Geded STOMA REBAR BSSLLS S Wa) BReSey Baten iene cote c eae: ge eos re ecceaee eeoe eee ree ABRASS BHBHNM BHIRS BABB AmGac Bosse na 9 Aredcd0d63 aaraaddad GIGdwHaTGD GOGO Sasaranes SaooG GES bd BOROAA OMSAH AVRSOVDAS MHOANADS OCPUAPO HNOCHPEO OS SEPANS COLSSS CANSCON SPOHAS SMONH Aroraw |eseaee BARS ANRSS BHD SHRUBS FSABBGS OB ss G5 O36 G30 BdGIGdGIG0 GOS METSD GOOAAG HSS BSBA BS - REESE Cee) cll SUS CO EY Soils ON) oe Se Rego eae ce S > | Peo Oo at Pica renee Tee sion DEICIGIS IRSCILS IST Ga) | E33228 SSMS SBGRS BRBwo HoMesa Heocsaawan co Amma coc cadocdaada cad Hap co DOAAN Woesaooe Baoan |2seses HONOWO ~HOSOMW OWDON ANDO woman 6 |ee2ess PP NS SOMES DIG NIG COW SH! SHIGDIGD GOIN) Tati SH|OOIS>'00) 19 ESSASS SHSSA AASSR BRHHS FHIRS VIASAIS Gp | SOMA GIGGING HAAG DOAN MASS Bossa = ngiowerer|Eoss: Calcple sits) CIC ENS) al Cony Fee ae PRADO a: 33 a | peo ees peca roe ce eheteeraee Cee Slee tet slep rd Sey — Co) Aiod 68 0b 08 68 BBRSA Awaoscd BBs BHwase GAwoAa 03 G59 09 09 a0 79 BEIGIAIGD GOGDHEDED OOOOH AHA NosMsos Booman |seener PHPOHSI AOMRSO MWAASD ASONSH AEOHOA BPNONS FOMOA WSONS OOLSS SASSOON MONMND ERSASR ASRSR SQBS8 SASS GRASS GLASS B » |E88888 S8808 SRSbR SSIGS BSSSSZ GRSSSq B a FOCIG Meno) Tale NCSI Sa Calan) Co Coenen Tell SCo) Taltsecie Ss: zm OOPS LSS St PO ORNS COCO SEIS ORION Gries Garex (rey (59) ASBRAK BSRALRA SRRSS ASHHSH GHBAS GIBBIG G | ESa858 HMA Howe SHAIH BHA SBSRIA B - BHO H QHOOMA OMPSOOH WOWAS BNSOHR SONSRD & BOHOIGHN POOHA SOOGOOO SHLAA SAMAD NOLAAO oO GBS GRAAA ABsscscs Havasoras Hasesaay GAascsas a ~ |FBSHGS HHH Beene ABIGG GSSSS VBSsQu B * EODIOE-O DOWDNA SOMOOW OWMOIWOA DNSHR OONOSH OS es OCICS CEO SS) GOO) Sein iGo! cei aI Guar atengsy TS ABBA SRAAR ARSHS SHSSS USRAS SSSSISR SB | Pagans HSVSISIS Bowers AAWeG FHA GRSSGa B BONMHAA AOPODD AWAAND OO ADO AANAA MOMONMAR OS BOMOHDA BOHANPD ADRMNS DHOWS SHSMN BOOK OM a WDESGIA Ed GIDAAN ABE aos Hovcsasas aroaoes asarasar nas od wo |B essacacas Savascaes adaware Goa THIASs GBRBLA me OO MO SHG ean) SpepeneniGe) TSIVeKON GS) CUS OMIT Cpt eclGoGaen Ge) me RIGO SSE at RS Gp eee) SC CDOS) sii SONS SSG! CoCocooeass ep ABBE DOAAN AMorMed GAGA Hosavaras asadcsap es OB | ES5558 HHasoes Bowe WEISS FRGHS QBSSSU B BOPPAY AASHH SOADA AMON AAHMAN OHOORO | sxoore Soe) SCN eo) OO NiglGe (coven oloiGe) (Xie SHE S)SS Us) ER esr Gd GIA AIG GOVE MOS CdadGdcaGd GHodasanes Gsocsas was SS ip | SDH Bersrees samers SIGNS VGHRISS SRBSSSIA &B Pe PCI teal elie) TC Overt et en: XN alGeGpten ya lePGRCoenl (a yssiGelCe entre) 2) ra SS] SScoreiee) Vel CIS AICI ONE) CICHCO Ge) (RICO pS EA ABB GAGA DUer Had GEIGdAH Hocdanas esarasas mas OB AW sscs Garsreses Soas Gases HAAN H Haase Rosasesse a 88 BAPHAD OWNOND ONNWDS OOSOBS NWSOOH MHSHSTH 19 |sesese SIN OGey Cassi EES SIGNI IS ep CHOCO LIE CORSR IC) — Ibe BASADEIED GIGDIDGDGD GOGH NSD GSSVEDATAD HSSODCSS oDEdadGD HH OD ay |B SDSS HOGG ASS Dame BOM Hasnases HerasesHa 86 ve Bello Pees I Me IESes Ie CNS orl tay COS be UCI CC) NC Sul 2) z NIETO) CII Coste Ie) DOC Oe) ENN! Cae es eN ee) Ls ABBA BHABD Boa GAAOTS Havas asas coasasasaH oo ABBADH HBAS Hones GHHRS GRGGS SHBSIS BAANDS NOHHO PSOSH WOSHPH ANASM AODHMA SOR a NR aS eS Gt ONS IG Bad shades EGVGDATGD SDLIGD WIS GHeravGrad Haradacas Comers oF 7 | SA PONS NOMHO QNOOM OAHOMS APTOM HOMYOER o ARRHDR BHHHR SHHUVR SAHSS FRSRS SLRSAA B | Howwe ONOOS TNR SIMIs GARIR RNRRSS - FC sr —— —- —_ = ae ee eee ———_ eS —2 ae —— — 156 RAINFALL. | 1 2 3 4 5 fcr a 2 =| = — | :015 Derifeaod! US = 4 | 004) -011 | -010 -011 | 028 5 | - | - | - = |f-020) 6 | 096 | -068 | 089 -029 | 088 7 | -062| 208 | -182 +150} -201 8 | -009 | 070 | 029 -004 | -028 9 | -054|-182 -107 114 | -108 10 | -214 | +227 | -268 +203 | -214 1 SiS) Se} Se ia 12 | 299] -163| -073 +019] -132 13 | :058 | 368 | 175 362] -070 A ee ee ee i-20))020 15 | +011} -010| 027 -010] -022 16 | +035 | -010| -008 -009] -017 V7 ‘115 | -198 | -180 -031} -019 19 [| 020], 020) [-01 010] 020]: 010] 20 | -020'| 009 -082 -070| -052 21 | -036' -049| -073 +033 | -098 FR MT A Me Pel eee le 23 2 oe a = 24 | -019} -039 | -038 | -049 | -045 25 | +168 | -352 | -272 | -182 | -108 26 | - | - |[-02c]\[-020]/[-020) 27 ‘055 |[-030][-030]|[-030)|[ 030] pera) ean Ys 2 30 | *117 | 180 | ‘175 31 | -060| -030 | -047 Sum | 1:452) 2:174) 1:895 070 | -031 | -039 | -041 048 | +178 | +120 | -117 1-484) 1577] 1°324| 1-053 RAINFALL. 1 | - | -006| -012| -043 2 | -058 | -021 | -006 | 008 3 | -080 | -068 | -109 | -070 4 “021 | -031 | -020 | -034 6 os = = z 7 | eae pee 8 = a Ks Bs 9 a = = = to) | 29) er ee ee a 9) peepee = ee Tks eae pee ee Te ee Tat Go| Rae ee ee Bie | |) ee ea 16 | -002| -001 | -010} -011 |= hele les 18° | oe 19))| 5") Sea ee og | Ps - | - 21, |< <9 30005 ieee 2D os | em ema 8 |) — | -2aleemeorn 24 | -007| 002} - | - OF. | =o | 26 —, ela w)- | - b= le ee = Sum | 0-168] 0-130) 0-157] 0-167] 0-220 018 i=) f—J—) ont I [-020}]| 020} [-030}}|[-030} S45 via th Pith PeSs bo o1ce 019 | -ov9 032 | -013 [-030]| -116 024 | 016 143 | 238 007 | -013 ‘057 | 037 "129 | -100 “101 | -067 ‘067 | 048 *274 | 089 BEN NEVIS OBSERVATORY. INCHES FoR Hour ENDING— JANUARY 1890. 001] — 024 | -009 076| - [-010]|[-0101 053 | O14 014 | -063 039 | -008 015| - *022 | 023 (fhe tt oo NG) od open ot oP ERS QIAN T=) ss an fT) oo oc hoa aT = So = co oO = o *125 | -052 037 |[-030][-030][-020][- 087 | -025 ~ | -186 [-020] Loa [-020][-o10][: [-030] 111 | -053 070 | -094 1:266] 0:994] 1-109] 0-795] 0-839} 0:877] 1-159] 1-160) 1-463] 1-452) 1-111] 0-928] 1-116] 1-201) 0-849} 1:016) 1:127] 29-421 028 | -056 | -027 | -068 | -055 | -102 | -039 | -114 | 204] -o94| - | -016 | -004| -041 | -102| -121 | -o58| 1-258 026 | -024 | -043 | -026 | 028 -077 | -028 ~ | — | 017 | -050 | -057 | -100 | -039 | -022| 041] 0-709 | 065 | -065 | -087 | -017 | -063 | 010 |[-066] ‘040 052 | -066 | 077 | -048 | -033 | -034 | -092 | -o14 | 037) 1-477 112] -004| -017| - | -002| -00 |--004 ~tohke. | 2) - |=") eae ee eee ace Se | = | goat -oo7| - [= so Sab S S cb Sal") ee ee Pye fa} | oP) Se | = | 2 pone ear |-cou |) = | = 9/03 tes - |= | =| =} = | = | = |-o02}-oo1] = | - |-002| -o01| -o03| oon] - | - | o-o0mm 003 | 003 | 009 | -013| 002} -005} - |-005| - -|-|- | -) oosam -|-|-=-|-—-|--b- | — | -. | 2: le0opi|-005)[-o10]|(-010)) = |) —.)/0eeen reas eaanee 006 | -010 | -015 | 013] -009| -o10 | -010| -007| -008| oor] - | - | - | - | - |-02] - | 10a] Sele) | PL el ot) sl ee -~{-{-/2)] 20 7212 4 = |-oz! = |-056) 003 | -020[ -co1 |-o01| = | 2] coum oe ea oR RES fe -~ |=} = |) = | +024] 004! -oon|> — ah anit t= |) = bell ed een - | 002} -o02| -004| -004| -006| 003 - | - | - |-o03}-o01) - | - | - | - | - | 0-025 003 - | - | - |-001}-001} — | — | -008| -032| -024| -049 | -o19 | -oo8 | 027 | -040| -034] 0-241 0:243] 0-164| 0-200] 0-141] 0185) 0-225] 0-151) 0-168] 0:285| 0-200] 0:183| 0-179] 0-144] 0-187] 0-192| 0-199] 0-170] 4-571 0:242) 0-271 [-005}[-0201[-100)[-100)[- *030]} ‘047 | 033 | *038 | 040 | :009 | 043) 001 | - = - = = ity Hat 13 | 14] 15 | 16 | 17 | 18 | 19 | 20 | 21 | 92 | 23 | MUST amount, 006 | -012 gay * "log! |, Sia (hea ee ee 005| - Ee Poon |. z 5 |p — | -010/ -003 | -009 | -009 | -012 | -003 | -010 | -002 | -o02 | -o01 : 008 ee 242 | -202 -122 | -049 | -052 | -142 | -133 | -288 | -026 | -215 | -075 | -068 | -109 2 1s 029 | -162| -140| 104] -028 | -014| -009| -008 | -003| — | -040 080 | -054 005| - ose eas © hon) eae 024 | -012 — | -o22| -053 | 044 | -012| -050 | -o69 | -092| -017 | -055 | -030 ee ‘12 | -006| -012| — | -011| -004 -011 | -014 | -033 | -095 | -263 032 | -010 7010)|"004|<007.| —. |) aac es tens ale eee -o24 | -007 038 | 076 | -019 | -025 | -044 | -033 | -013 | -010,| -002 | -012 | -047 014 | -005 0a) | a eee ea) eh es 094 | -060 032 | -053| — | — | -014| -009| -041 | -044| -056 | -011 | -031 029 | 027 -200]|{-400]{-500]| 850 | «880 | 372 | -260 | -115 | -042 | -052 | -036 022 | -024 ~ | - | - | — | -014| -041 | -045 | -073 | -028 | -040 | -036 021 | -016 | +027 | -029 | -0g2 | -o81 | -038 | -029 | -028 | -076 | -056 | -144 | «100 | -085 2 soit 02011-02011 0011-020] -02011-05 (020 (-020]1-0201-0201f [-020}]-020]|f-020]f 020} 020} 020} -020}|[-020}¢-020}|¢-020}|[-020][-020 saab Ses Wee [-020]| 027 | -067 | -070 | -052 | -043 | - 065 | -057 “080 | -042 | *152 -028 | -033 "057 | -009 | 080 | -028 | -019 | 033 -010]|[-010][-010][-010][-0101[[-010)|[-020}|[-010][-010}[-010]) -004 ee Hoo 033 -ors os L-og7 102'| -033'| -016 Seis - | - | - | - | - |-010} -028 | -021 | -004 | -025 | -029 028 | -009 003 | 033 | -001 | 009 | -001| 011] -oo1| - | - | - | - 072 | -018 [-100}{-100]} - | - |f-020)|[-030][-030]|[-100}][-120]) -417 | -170 | -069 - —_ |[-010]} -018 | -085 | 009 | 038 | -081 | ‘071 | :038 | :043 | ee ee a eee ~ | ~ | — | = |-011| -008 | -o20 | -034 | -048 | -017 | -031 | -042| -010 | -008 114 | -075 | -117 | -158 | -159 | -096 | -069 | -082| -027 | -077 | -043 | -030 | -025 | -033 | - -020 | -009} 016 1 -009 | -010| 001 | 002 — | - | - | - | - | = | = FEBRUARY 1890. BEN NEVIS OBSERVATORY. 157 RAINFALL, INCHES FOR Hour ENDING— MARCH 1890. 1 ; . 1/2/3)4)/5)6]7] 8 | 9 | 10} 1] 12) 18} 14 | 15 | 16 | 17 | 18 | 19 | 20 | a1 | 22 | 28 Jie ff eee ot eee muvee RG Se ae | | ef ete ’ | 2 7 = = = =, = = = = * L = = Ss & = = = = = = = = Sear) — | - | - | -| ~-|] -}| =~ |] = | = | = | = | = FJ = | 001) -001| -001 | -005 | -002)| -007 | -007 | 021 | 003 | 024 | - | 4 | 063} -050 | -110 | -045 | 130 | -098 | 072 | +147 | -192| +152 | -195 | -132] -202 | -049 | -265 | -170 | -188 | -093 | :074 | -082 | -072 | -086 | 020) - 5/-}-/-]-]-]- | - | - | = | — | -053) 051] 108] -104]| -110 | 165 | -239 | +151 | -124 | -115 | -138 | 115 | -070 6 | 030} :010 | :013 | :054 | -059 | +154 | -087 | -048 | -012| -005 | -018 | -007 | 003 | -002 | -033 | -016 | :007 | -026 | -074 | 202 | 084 | 125 | 083] -043] 19145 7 | 032 | 052 | -030 | 085 | 094 | -041 | -013 | 069 | -050 | -071 | -075 | 054] 049 | -160 | 198 | 310 | -212 | -155| 044 | 035] 004] 001} - | 065] 1:899 8 | 009 | 047 | -020| 013} 005] -007/ - | - | — | — | -014|-077] 035] -143]-028) - | - | - | - | - | - | - | - | - ] 0:398 9)-}-/]-] -}] =] = | = | =| | -003]-001}-001) - | - | - | —- | - | = | — | :002) -002 |[-025}[-025)[-025]|[-025]] 0-109 10 | - | — | 002] -030]-001} - |-003) - | - | - | — | — | -052] -044] -200 | :209 | -320 | -258 | :279 | -188 | -108 | -210 | -258| 333] 2-445 1 | -268 | *374 | 500 | *526 | 365 | -317 | -309 | -190 | 163} +191 | -161 | +117} -040 | 075 | :010 |[-100]] +152 |[-212]] -303 | 133 | -222 | -255 | -110| 122] 5-210 12 | -110| -118 | -290 | -140 | -264 | -351 | -268 } -163 | -115 | 052 | -072 | -033 | -023 | -002 | 015 | -010| -051 | 054 | -164 | -120 “180 -430 | 362 | 266] 3°653 13 | -372 | +225 | -282 | +125 | 100 | 072 | -086 | -037 | 140 | +162 “196 | -073 | -091 | -015 | -020 | -030 | -004 | -024 -040 | -008 25S ah 93102 14 | — | -033] -020 | -042 | -002 “008 "023 | 002 |[-010]} - | -004 “O10]o10}/ - | — | = |= | = | = | = 010 | -033 | 013] 0-215 } 15 | 063] -018| 002} - | - 004 |[-030]|[ 030}]f-030)]-030 ]|{-030 -030]) 056 | -050 | -011 | 053 | -068 | -054 | -010 | -028 |[-030]|[-030]|[-030]] 0°687 16 {[-050)|[-050][-050)[-050)/-050)/[ :050]/[ 050 040 040]-030}[-020]) - | - | - | — | -028| - | -038] :049 | 009 | -013| -070| 036 | 062] 0-785 17 -oi0 pero “Oat Eeggs Lopes bebe 1 ne }E030}}(020] ES ss = = = ie = = a a vd ey 0:261 4 =. gf es ‘001 (20) 54 [-0403f 040} 040-040 -043 |[-020]] -080 | :010 | -018 | -004| -040| 008] 020} - | - | - | 0:478 202/}/-/-;-|-|]-]-]-]-1 2-14 = | = | = 4-039] -o30 | -o33 | -o18 | -024 | -019 | -008 | 010 | -004| -002] -018} 008] 0-213 ae i ee = fl Pf Pe Sees — | — | -005| -001 | 018] -035| 012] -002) - | 0-074 22 | - | - | — | - | = | 020] -009 {[-0103} -004 |[-006}} -002 |[-004}] 002 [002] ‘001 ‘006 | -038 |[-030]| 009 | 038 | 030} - | :009| 008] 0-228 28 ‘017 | 022] 003} +001} - | - | - | — | -002]-oo1] - | — | -012 OO OS = |] => | o |) =) o ss es |) Ola emer Let) Lh ae ho hk ok gL oP ep EV eh ops Po | a he 26 | — | -001 | -040| -065 | -053 | 065 | -021 | -084 | -011 | :019 | 034 | -108 | -025 | -020 | 026 | -018 | -052| 060] -003|-015) - | - | - | - | 0-720 27 | +010 | :027 | -040 | -100 “087 *196 | 213 | -046 | 055 | -011 | -003 | -001 | -011 | -032 | -021 | 005 | -002 | -004| -023| 001} - | - | - | - | 0:838 2% )-|]-|- |] - = | = | 001} 019-009) -001}-002) = | = | = | = | =| = | =] = | = | = |} = _] 0:032 29 | - | - | - | - | — |-004} -034] -o09 | -010| -017 | -077 | -026 | -072 | -082 | -020 | -010 | -015 | -011 [:020]} :017 | -025 | -220 | -065| 160] 0-894 4 *052 | ‘052 | ‘008 | -050 | :009} -011] 009] - — | 035} +0383] 0151-017] - = 2 Zy es Sea SOP = = — | 0-291 SUM | 1192) 1-199 1-444] 1-389) 1-204) 1-401] 1-175] 0-933] 0-878] 0-842] 1-037] 0:769] 0:866| 0:847] 1°111| 1°157| 1-388] 1-214] 1-318] 0°968} 1-009] 1:594] 1°145] 1-226} 27-306 } RAINFALL. APRIL 1890. entre iol 2 | Sa fl SSeS eS ele Ll) Te Dall: gags 012 | °057 | ‘028 | 017} -002) - | - | - | - | - | - | -015]-035 | -042| -013 | -039 | -024 | “102 | -044 | -055 | -051 | -039 | 056] -173] 0-804 "047 | +042 | 068 | -070 | -034 | -085 | 062] 045] -010] - | - | 003} 004] -001| 001} - | - | +025] -001| -023/ - | 026] °008|-006] 0-561 *004 | +005 | -003 | -007 | -001 | 003 | 006 | ‘001 | - | -042| -053 | -022] -077 | -002] -001 | 002 | 016] -003| 001} - | - | - | - | - | 0-249 Pees ei | | 5 ft on aes fb oh le Se ariel Sol org | -o06: oon 0-004 stb) 007 001 | 001} — | :001} 003} -001| 002) - | - | = } = | -085| 001] -028|-001/ - | - | - | = | - | - | = | 0-096 ren Sees log > | 5 eo Pe ee PS SS PS fF Sb SP oot ese fe | = | | |) — | 052) 028/016! = F025) = | = | - | = |! - | =} = | - | - | = 0-121 eee Sansom se ll. | SS Le les eS des tS |-o92'-008'|'-024'|-008!f) 0-068 ae | = | = |) LK |! K [-200}-100}1 100} 100} 100 aegeese 004! 0) = iene sepa) =" = ol Saioie "034 | *008 | -017 | -028 | -082 | -621 | -447 | -139| -023 | 022 | -025 | -067 | -105 | -102 | -088 | -078 | +109 | -201 | -130 | -040 | -075 | -035 | 028 | 026] 2-530 *080]| +140 | ‘033 | +140 | -112 | +201 | -086 | -142 | -104 | -130 | -050 | -173 J -141 | -015 | -035 | -018 | 023 | -055 | -032| -017 | 002 | 093 | ‘001 | 094] 1-917 040 | -002 | -001 | -006 | -002| 002} - | - | -136| -017 | -028 | -058] -014 | -054 | -015 | -008 | -003 | -012 | -024 | -007 | 014 | -020 | -008| 055] 0-526 "052 | -002 | “002 | -022 | -011 | 008] -v08|-001} - | - | - | - | — | -017| -020] 013] -004| -002] -001 | -001 | -005 | 001 | -002| 001] 0-173 =| °001 | 080 | -007 | 084 | ‘002 | 027} 008) - | - | - | 023] -046 | -050| -024 | -003 | 033 | -002| 015) 016 | 006} - | 001} 002] 0°430 003 | 004 | 001] 001} - = Se ae Pee |e ae 2 as | (neceaaa eae = fl (eal ae = = 8 0-009 | 006 | 026} 015] - = é a 013 -005 001 z a = a = ic x z s a Zz Z z te 0-066 ‘Sum } 0-306] 0:294| 0-249] 0-299] 0-328] 0:923| 0-639] 0-451) 0-432| 0-340] 0-272] 0-461] 0-456! 0318) 0-202] 0-189] 0-213] 0-402] 0-248] 0°162| 0-155] 0:252| 0-134] 0-367] 8-092 158 BEN NEVIS OBSERVATORY. RAINFALL. INCHES FOR Hour ENDING— 14D) oS Wee Gale erhe es wl, B ae-O sh WOT aa Sea TBs Tae 05 le 7 as 1 = = = a s = = 2, ae 2 as zs = = = a zs = CN ea Ramen eee eee ce ST RE Ra Rg tea) ee Sa Slog cone 8 2 oh 20 ll), Sol ear eS seallsee || 2a OL SHN pelle Meme | gee ee aan ae i ae = I ya | vi ~ |-045|-003| - | -o18 6 = ihe = Shee mE ROOT T0089 i|.2—1,| 001] a) |heeal ene ana ee coe (Genet emee eet Pe Bi 2 | eee ea ea ee So 0 lh ea ee eee S| 2 ol Sopetl oemtl org 9 = az x of en = a a & if = Za * £ a 2 = = 10) | cali OOO med el ee), ee eal eee eo LL ee By | OLLNO10 | HOO OUR = ei| il ad 2 | ee ee anita eas = |= ee Rm 12 | -015 | -028 | -024 | -004 | 059 | 050| 028] 012/004] - | - | -] - |} - | - | - | - | - 13 | 027 | -020| -010 | -002} 003 | -001] 009} - | - | - |-oo2]/ - | - | - RS RE 14 | -001 | -066 | +152 | -023 | -007 | -018 | ‘069 | -090 | 095 | 230 | -076 | -193 | ‘012 | 002 005] - | -o01} - 15 | -002| -001 | 006 | 013 | 009 | -017 | -010 | -003 | -023 | -019 | 028] 096} 018] 004] - | - | - | - Te peat al seve all Pee ell ae aR ee el Je a ceo Rear 17. | 003 | -020 | -028 | +027 | 021 | 058 | -086 | -094 | -002 | -006 | 014 | 072] -004| -003] 001] - | - | - 180 |e Sle eS Ml Seal 00 (2008) 014 = Sat 2! | 018) coi monol-00L 15...) "015: O25 008 22. |= | ee = | el ee ee a See a Soil eee hale ec vile? decal lee anaes ~ | +076] -002| -016 | -009 | -003 | -007 | -005 Del Salese eal =) he | =" eDb0i|010)| ora eaoteeta| Otoko] ||’ = || = dienes all DOS an eee lh ee || all eal cee nme ee Beams |) 1) nll me ae |e ale See el Se ae ee eek eae eee men ee ee ee Dae ah agit ee ee, a 2 ela en | ce a deka i ee ipa | et Sete mol el ale cca Ah le Re tC UB eas ee ea aes iA wena reget ua ee aes ee ee St | ee cna 27 ees Sai ees le al eC eee cas |) yl eat ceca ena fees 8 = 2 = z & = ea = = = = = = = % = = = 29 | -025 | -015 | -048 | 028 | +121 | -149 | «158 | -184 | -136 | -090 | -185 | +190] -185 | -215 | -180 | -221 | -156 | -103 30 | - |-010] - | -030]-002| -023] - | - | -015|-038/-018|-048]-003} - | - | - | - | - ly fea gE lari Ve mm et PE Sepik | ns Is ree | RR i ei hee oo ON Suat {0102 0-193 10-285 (0°155 10-224 |0-322 |0-424 0-394 |0-300 |0-384. [0-323 |0°686 [0-285 |0°240 10-253 |0:282 0-265 [0-177 RAINFALL. 1 |-012| - | -007 | -023| -031 | -054 | -139 | 060 | -159| .020 -004| -012] -090 | -036 | -005 | o02| -o02| —- & |-oor| 2 | oda) =.) 20) = | 9 Sa 3 23 loon il-ogs | 186-1545) 174 toni ase 3 | -064| -072 | -035 | -015 | 018 | -005 | -078 | 046 | 050 | +110 , -110 | -078 | 143 | 191 | 125 | -050 | -038 | -067 4 | +014 | -020 | -010 | -020 | -029 | -019 | -032 | -030 | -003 | -008 | -010 | 008} 008 | -001 | 001! - | -007 | -o10 5 | -010| 002 | 008 | -040 | -041 | -032 | -072 | +129 | 029} 018 | -004 | 012} 014 | -020 | -008| -006} ~ | - 6 | -043 | -090 | +116 |[-100]] -057 |[-024]| -035 | -040 | -055 | 012, -011 ee coal. = 72022 | —ealenonuine= il “DE4iF-0G201-009 |) = i" ealenes peO00L es = |=) 5 | een Slee | Se eae eal) peeetneee gle. 8 gen Umea abe I - | — | 002] -002| -o16 9 |[-020]] -018 [-017]| -098 | -130 | -065 | -080 | -017 | -004 | -002| - | -080] -049 |[-020] -o1g} — | - | - Oi |e een een ea ee | eee ee ei ogo) cosy a een 11 | — | -027| +006 | -007| -006|-003| - | -005 | 023 | -021 | 018 | -016 | -029 | -040 | -025 | 107 | -o03| - TT pe nae Wee ee hese ee Ns Nei aa a ie as el NE ess |) Tae Magee ai eae SP Se alta Fe org | eee Re ee MUR ee Se AV ae ae eres SS 1 ee eae ah Se! oS ea ~}-/]-4|-4{- 4} - | = | - |-004]-012] -019| -003 | -004 | 011 | 008 | -050 | -050 | -028 | -006 | « 16 | -003 | -130 | -048 | -022 | -050 | -102 | -079 | -045 | -009 | -003 | -003 | 004] -003 | -015 | -002| -003 | -003 | -031 17 | -020 | +115 | -044 | -050 | 015 | -017 | -006 | -020 | -084 | -049 | -146 | 093] -040 | -030 | -030 | -032| -048 | -017 18 |-002) =) Sq Se) ay) Sele Seal =e | 045) -065-1 065i ere eroon kerss 19 | 038 | 080 | -050 | -103 | -013 | 009 | -026 | 030! 002] - | - | - | - | - | - | - | -o14] - 20 | 022 | -018 | -030 | 021 | -011 | -001 | -008 | -007 | 012 | -033 | -011 | -082] -018| -003| -o10| - | -047 | -013 21 | -002| -006| -080 | -001 | -028 | -018 | -057 | -o29 | -o18 006} - | - | 022] -012|-001] = | - 92, | -018 | -020| -028 | 042 | -022| -018|-005/ ~ | - | - | -012]-oo1]-o12) - | - | - | - | - 23 | — | +008] -008| -010 | -021 | 016 | 014 | -012 | -002 | 003 | -006 | -055 | -110 | -040 | -070 | -104 | -065 | -012 94. | 012) (eOds eG sweaty lo emilee ices Srl aa eae nol ni 25 | +359 | -187| -180 | 088 | -079 | 123] -068| -013|-002] - | - | -]7 - | - | -| -]| -] = Cy an a ee ee Se eee eer So Oe Me 97 | -002| -078| -011| 008 | 023) - | - | - | - | - |-008} — | -012| -105| -oo1 | -010 | -035 | -030 8 | — | OXO:|: ume mre cama ee eee se th eee | i Ch er eee Se) |) See les | S| 2 ee eS Sl LS 30 — | +011 | -002| 015 | -010| -008 | 009 | -o06| 001} - | - | - | -011| 010} -017 | -023| -o02 Svat |0°664 |0-881 [0-690 (0684 |0-603 [0-518 |0°666 |0-496 |0-470 |0-342 10-353 |0-474 0-682 |0°788 10-614 | | ! | 033 001 002 033 0°138 |0°165 ‘020 001 0°689 |0°677 |0'679 |0:556 |0:364 |0:553 MAY 1890. ~ | -020 002 | 017 0:040 |0:150 j0:118 JUNE 1890. ~ | 002] -003]} 0-730 180 | -090 | 105) 1-943 130 | -120| +113] 1-804 073 | -070| 014] 0-451 007 | 013 | 062) 0-527 - | - |-035] 0-620 — | ao pee 006 | 043-008] 0-111 — |e oe ~ f= | =] ogee - L= b> Bogan _ [2 Sona 040 | -025 | -025} 0-387 010 | -o08 | 083} 0-692 048 | -003 | 001] 0-944 018 | -065 | 030} 0-747 028 | -023| 020] 0-522 038} - | -001} 0-407 005 | 010 | -023| 0-368 — | = | nog 002| -011| 020} 0-619 030 | 120 | 342] 0-750 - | =e - | -008| 024} 0-138 o10| 020} - | 0-481 ~ | =) |, aot _ | . | 2 |] tomaam 0°675 |0°631 |0:909 14:658 BEN NEVIS OBSERVATORY. 159 RAINFALL. IncHES FOR Hour ENDING— JULY 1890. 2 S| ten Bes|- 6b F | Sal 91 10. |, 1 18 | 19 | 20 | 21 | 22 | 23 LS a ee eee eee) (eee (er ee ee - elie <2 )|| cone pester ees Lf BOR a aes fe beens fase g/l ear es -009 | 012] 015] 018) - | - ees t= | — |. 1 ae = | coe! = 006{ Mar han he | eal Peis | = | = | 010/012) = | = |} 2 |S |= = dl See ea eel eee | = | Re PS = | 025-001 “031 | 024 |[-020]] -037 |[-032)] -023 | ¢ |-003| - |-010} - | 007; - | - |-014 | -002| -006 | -008 Pele ea\l) =. -ulh 2 Bleres meee | 020) — |-003} - | - | - | — |-015| — | -095 -007 | 042 | -032 | -024 | 070 | +105 ' g | +105 | +087 | -066| +100] ‘009/005; - | - | - | - | - ‘019 | 015 | 080 | ‘003 | -010| — Seeeooie= | = | - | = | = |00s| = |} = | -— | — Sd en ae ae | 10 - - = - ‘009 | 015} 004) — - - 032 = = La BS ‘010/ - ees | | J) - | = fF =} Se SC ee ee 12 ‘011 | -008 | 002 | -010 | -020 | -011 B -042 | +136 | -186 | +197 | -057 | -160 4 -038 | 001] :008/ - | - | -006 ah ‘011 / 003} 001] - | - | - i a - - - - - - 18 = | = ly] = || = 19 a alieamilese eat |) 20 “120 | 050 | +143 | +145 | -016 | 020 21 "045 | -036 | -095 | -070 | 035 | -008 22 = | os) S| St eS 23 -005 | 003 | -008 | -060 | :055 | 020 | 24 010 | 010} 001/ - | 015] - 25 -|-]|-/]-|]|-|- 26 — |-002]-001) - | — | -001 7 = I al So = = Ss | 28 009 | 021 | -016 | -020 | -008 | «094 . 29 -020 | 050 | -037 | :016 | 030 | -048| 080} 0-569 | 30 -065 | 010 | -002 | 013 | 001 | -037 | 027} 0-671 81 == | =e) 20) = 1 -020)) cool 07322 0461 |0°428 |0°657 |0°621 |0°359 |0°553 |0:473] 18-220 160 BEN NEVIS OBSERVATORY. Hourty VALuEs-—Hovurs AND TENTHS— SUNSHINE. FOR Hour, GREENWICH MEAN TIME, ENDING— JANUARY 1890. 2/5]6l/7]8|9]10} | 12] 13 | 1 | 15 | 16 | 17 | 18 | 19 | 20 | 21 amount} to 1 = a £ = = S 2 = Z 2 = = a = 2 = = - - 6°80 i 2 = = = ws = & a 2 a z s a a a 2 = = - ~ 6°83 2 3 z 2 2s = = = = a fs a 3 a aS = = # 2 = = 6°86 3 4 pA a 2 = s 4 = = 2. = LB E = a 2 = = = - 6°89 4 BoM late aces Ui ce NS Saliees Naren Ie ih eeetaa Pe Sly i+ cased ee ae = 6:92] - 5 6 4 = = = = = eA 2 = = = = = = = = = = - 6:95 oe Way Shee Lee od Le Sal PaO ee et |) a Se ee zy 6:99 7 8 = = 2 = = = a a 2 S = a = = = = = - - 7:03 8 9 a = = 5 = = A 3 = = = - 2 2 Z = es = = Tella 9 10 = af = z = = = = 2 es 2 3 = = = = = = - 711 10 11 = = = a S = = a = & = = S; a = = = - 715} il 12 2 2 = = = = = 2 = Ss 3 a 2 = = 4 = = = 7:20 12 13 _ = = = = = ~ +: = 021 = = = = = = - - 0:02 725 13 14 = 2 = = & & = = - = == = = 2 = 2 = = - 7°30 14 15 Bs = 2 = ES =, BS a Zz 2 a = E: Bs = a ES = = 7°35 15 16 - = = 23 be BS = B 2 = = = = 5 = = = = = 7°41 16 17 = ~ = = = = 2 2 s = e = = = + = = = - 7°46 17 18 = = a ms if = z a a a 3 2 A = a = = = - 7°52 18 19 = i = = = = 2 = = z s = = = = = = = 757 19 20 = = = a - = 2 a} Z a es = = = = < = = - 7°63 20 ON Cat So) a Va |e ems Pre Le al ee ee PN 2 te Z 769} 21 22 a a a = = 2 = a a = = = = = = = = - - 775 22 Py epee el OE lee So cieelty| TE poe eae in ele ieee Se. 387] 7°82) 23 ry tae: een, SE PR ae ee ee eed ek ee eae | oN eal Nn a pee eee | = 7°88) 24 25 = = = = = = 2 = = = = = = = = = = - - 7°94 25. 26 = Ss = = = = = _ a a = = = = = = = = - 8-01 26 27 = = = = = = = = s = = = = = = ~ - - - 807] 27 mealies Oe LT eB TOS LUCE Sita al TERS mm Rae eM me IAL ta 11) eae TA anh eee | ee = 814] 28 Bat Shia Licht. he vk Same YH lS ae VS ies Ft oe Ce I pan, 1] pee eee ai Bs 8-21] 29 30 = = = = = = & eS = = ul = = = = = = = - 8:28 30 31 + = a = = a % & = = a = = = S = = - - 8°35 ol Some |e So SO ROO O) Lone T02|, 0-07) = 11 0 Ue cee dll eee ten me 3°89 | 231-48 | Sum. SUNSHINE. FEBRUARY 1890. 1. ee ane A 7c: || See a eae ee ere sh et bee th See = 8:42 1 Osan ean [vos 34, ei ag amelie ee 1 SM lean Re erm ee See T cee S = 8:49 2 BOOP Ms |b ate hae a NH Nh |e alle BEE hate tld Mi = 8:56 3 Ag Ss. |h oS [yak eS iS ap es js = 05) 05) — 15} 05] 17) — | = | = | = | = 0°47 863 4 ee | fapeem | ape eee el | Ae] rei eal ae Se ead Nese | ares = 8:70 5 Galle — aie e |e eat a 03) 78) “75) 47) 25) — | = 77, 5B} - | - | - | = 3°60 8:78 6 7)/-]-]-]-4]- 72| 1:00} 1:00} 1-00} 1:00) 1:00] 1:00] 1:00) °75} - | = | - | - 8:47 8°85 7 So F=2) hae =: | = 79] 1-00] 1:00} 1-00} 1-00} 1:00) 1:00] 1-00} -78} - | - | - | - 8°57 8:92 8 J is f= |= |e] e 47| 1:00] 1:00] 1-00] 1-00] 1:00} 1-00) 1:00) -73| - | - | - | - 8-20 9:00 9 WO | = fics |} a |e ja | ey Se 25) -28 = 53| 47, — | = | = | = 153 9:08} 10 be | She || ] | Se *83] 1:00) 1:00] 1-00} 1:00] 1:00} -78} -92} -30) - | - | - | - 7°83 916} 11 WW |oo |e fe lS fe 50( 95] -83) 1-00] 1:00| 78] -07) - | - | - | - | - | - SI p 9237 12 13 =) - je = = Be. es = 07) - = 63) — = = = = - 0:70 9°31 13 14 = _ z = & Es = 2 = = & 05} 03) — = - = - 0:08 | 9°39 14 15 = = = = = = Be = = = ES = = = = - - 9°47 15 16 = = = ~ = = aS = sai = ss = = = = - - - - 9°55 16 17 = = = = = = = = = = a = = = - - - - - 9°63 7 1S: Wes | a ale ee SY nl ag eth sate] a een |e = 9:70} 18 19 = = = = = = = = = = = = = = - - - - 9°78 19 D0 | eel ec ee teen lida lee =o) nae enn me alee = 9:86} 20 Ff ee a omelet ces tee alles Se ee ee | So Pree = 9:94} 21 Fa Nos |) = | Se | se be 34) eae | 05] 97) 1:00) <57)) =| = =) = 7; = 2°93 7 10°02) 22 OS Yee Mace rcs. el [aces eo eo mee ey) ely aT Ue i CONA OPWNr Se et — ~_ 30 | 5*202| 5-213] 5-234) 5-247| 5-277| 5:291] 5-296] 5-320) 5-319] 5-329] 5°335] 5-336) 5:39 5°332| 5-287] 5:284| 5-265) 5°245| 5-221) 5-215) 5-166] 5:128) 5-119) 5-080 4| 5-016| 4-995] 4-985] 4-976] 4-972| 4-967| 4-961] 4-951| 4-945] 4-938] 4-927| 4-929] 4-998) 4-938] 4-940) 4-966] 4-996] 5-000) 5°020/ 5-036) 5-039) 5-057 85] 5°380| 5-379] 5°381| 5-381] 5:385 5:390| 5-395] 5°396] 5°397] 5°396] 5:395| 5-395] 5-393) 5-392| 5°397| 5°401) 5-408] 5-405) 5°406) 5-409) 5-404) 5-408 81 | 5:061 | MEAN | 5'395) 5: BAROMETER. REDUCED TO 32° AND SEA LEVEL. 1 as Jns. 07182 9-944 9-966 0:040 0:309 2 Ins. 0-168 9-933 9-965 0:049 0:296 0°305) 0°322 0°452) 0:453 0°359) 0°354 0°132] 0°125 0:213} 0°207 9-986} 9-970, 0°226] 0-231 0°232} 0-225 0°137] 0-132 0-081) 0:076 9°859} 9:859 9°765] 9°757 9°747| 9°734 9-914] 9-912 9°717| 9:697 9°449] 9-448 9-381] 9:376 9-744! 9-770 9°779} 9°765 0°108} 0-119 9-983] 9-986 07195] 0°187 0:060} 0:066 9°866) 9°855 9-682) 9°674 MEAN | 9-994 9:991 CUP Cobo re 1 WHE DOM ad Ins. | Ins. Sea hod 0-026! 0:004 9°767| 9°744 9393] 9°373 9-908] 9-916 0-012) 0-016 9°611] 9°587 9°785) 9°806 9°545) 9:513 3 4 Ins. | Ins. 07153} 0°131 9-930} 9:923 9-952) 9°944 0:056] 0:070 0:283} 0:287 0-332) 0°350 0°441) 0:440) 0:343} 0°347 0125) 0°130) 0°193} 0°188 9°955| 9-970 0228] 0:227 0:207| 0:206 0°129] 0:127 0066} 0:053 9852) 9:845 9°746| 9°712 9°730| 9°721 -9:897| 9:886 9°679| 9°661 9-428] 9-418) 9376] 9368 9°780| 9-792 9-753) 9°750 07144) 0:164 9-980} 9:985 0:164| 0°165 0-053} 0:050 9°819} 9-801 9668) 9°672 9°278} 9-250} 9:249 0:092) 0°117) 0°133 9-871) 9°830) 9°834 9-915) 9-916] 9-903 9-901) 9°873| 9°867 9°747| 9°733] 9°731 9865) 9°869| 5°857 0:294| 0321) 0°348 0°356| 0°346| 0°317 07160) 0°152) 0:148 0:089) 0:083) 0:075 0-220} 0-222) 0-216 0227) 0:220) 0:210 4 | 0-016) 9-993) 9-962 5 | 9°482) 9-434) 9-420 16 | 9°338} 9361) 9°381 VW | 9°787| 9-787] 9-793 0075) 0-101) 0-111 0:307| 0:299) 0°310 0286) 0:271) 0-251 0:232) 0-236] 0:232) 0-242 0422) 0-428} 0-418] 0-480 0448) 0-438! 0-420) 0-418 9983] 9-981 | BAROMETER. Ins. 9:249 07163 9°814 9-917 9°863 9°747 9°853 0376 0311 07152 0:076 0:218 0-210: 9°946 9:410 9:388 9-801 0:123 0°306 0°248 Ins, 9-956] 9-937 9°725) 9:703 9°369] 9:377 MEAN 9-950} 9:943 5 Ins. 07106 9-917 9-940 0:078 0:293 0°369 0°434 0°331 0131 0179 9-989 0-231 0200 0°135 0:033 9-844 9°729 9-704 9-872 9°656 9-423 9:374 9°798 9-745 0:170 0:012 0°154 0-041 9773 9°669 9:978 Ins. 9-270 0179 9°778 9:927 9°851 OrriAl 9°847 0°397 0-286 0158 0:077 0:218 0-211 9-924 9-430 9°413 9-811 0143 0:308 0-242 0:248 0-428 6 Ins. 0:088 9-919 9-953 0:096 0:297 0°390 0:442 0327 0153 0185 0:001 0:237 0:198 0:144 0:023 9-858 9-758 9°713 9879 9-641 9°417 9°381 9°814 9-749 0174 0-010 0:146 0°053 9°749 9661 9-982 REDUCED TO 32° AND SEA LEVEL. Ins. 9-298 0188 9:778 9:939 9°841 9-783 9-852 0°410 0:276 0153 0:094 0:222 0:212 9-912 9:410 9-424 9°822 0181 0°304 0:241 0:256 0°434 0-402 0-404 9-916} 9:891 9°677| 9°669 9393] 9°419 9-909) 9-919] 9-921] 9-932 0:018) 0-014] 0-007] 0:012 9:567] 9°543] 9:525| 9-493 9°829) 9:845| 9-864] 9-884 9482) 9:455| 9°438] 9-426 9:937] 9:937| 9-937] 9:941 7 Ins. 0:069 9-923 9-961 0:109 0°301 0°395 0:443 0:323 0-178 0173 0-020 0:241 0:196) 0158) 0" 014 9:857, 9°765 9°723 9°877 9°627 9-416 9:376 FORT-WILLIAM OBSERVATORY. & Ins. 0:057 9:935 9:966 07134 0°306 0-412 0°445 0°324 0:209 0:145 0:052 0:252 07188 0169 0:003 9°861 9°787 9°726 9-880 9°613 9°427 9°386 9-722) 9:712 9" 654 9°633 9-985 9:989 Ins. 9:324 0-194 9°72 9°944 9-848 9°777 9°857 0-422 0-268 0-160 07104 0-230 0:209 9-898) 9°405 9-431 9-828 0°197 0-309 0-288 0-270 0-422 0-400 9-872 9-645 9:447 9-932 0-000 9°479 9-885 9°414 9-941 Ins. 9°372 0-220 9773 9-949 9°857 9°796 9°874 0-442 0272 0166 0113) 0:236 0°219 9-890 9°397 9-423 9-835 07198 0-311 0:242 0:288 0-452 0-398 9°870 9-645 9-492 9-947 9:995 9°453 9°904 9:417 9950 FIRST FIGURE OMITTED. 167 SEPTEMBER 1890. 9 Ins. 0:036 9°952 9:975 0:142 0:299 0-419 0:444 0:318 0:226 0:160 0:048 0:253 0°180 0:169 9:979 9°854 9°792 9°735 | 9°871 9°591 9-430 9:394 9°842 9°765 0-231 7| 0-042 | 07150 0:063 10 | ll Ins. 0-004 9-969 9-983 0152 0-296 0-422 0-414 0:293 0°237 0°135 0:108 0:252 0:160 0-172 9-927 9:848 Ins. 0:023 9-968) 9-978 07144 0302 0-428 0-430 0°309 0-230 0°155 0:089 0°256 0-172 0175 9:957 9:847 9802) 9:800) 9°753, 9°763 9-851) 9-829 9-583] 9-535 9-427] 9-413 9-416} 9-431 9-845) 9°842 9°774) 9°779 0:245) 0:247 0:054| 0:075 0:147| 0-148 0-059} 0-052 9-667} 9:640} 9°593 9-619] 9°604| 9:587 9-988) 9-988) 9°984 A Ins. | Ins. 9-416] 9°427 0:235} 0229 9-786 9°784 9-979] 9-981 9°853] 9°853 9-819] 9°828 9:913} 9°925 0°460) 0°457 | 0-263] 0-260 0°162) 0:161 0°122) 0:130 0:245) 0-245 0°215} 0-214 9-893] 9°896 9-380} 9°373 9-422) 9°387 9°851| 9°858 0°216} 0:226 0°528) 0:323 0:244) 0-234] 0:221 0-296) 0:306] 0:312 0:463' 0-470} 0°462 0:388, 0:379] 0:346 9°862, 9°862/ 9-858 9°631| 9°618} 9°601 9:521| 9:543] 9°583 9-952) 9-956} 9°951 9-990, 9-974) 9:946 9: Alb) 9-403) 9°402 9-901) 9-913} 9:917 9-405) 9°402) 9°387 9:953 9-955] 9-953 Tns. 9-401, 0-244 2770 9-961 9°853 9-812 9:892 0°452 0:270, 0158 0-114 0-234 0-216) 9-896, 9°395 9-435 9-840) 0-209 0:323 (ve) Oo oOerme ON HORAN OB | 9:476 0115 0°144 0: ‘028 14 Ins. 9-979 3| 9:983 9:991 0196 9} 0:268 0-414 0°384 0°232 0-242 0:086 0-149 0-260 0-124 07147 9°879 9°845 9-810) 9-824 9°789 9°50 9-421 9: 494 0°135 0:136 0" 011 15 Ins. 9:964 9-987 9-994 0198 0°259 0°417 0°376 0-214 0:241 0:073 07158 0250 07105 07132 9°853 9°826 9-801 9°831 9771 9-421 9-403 9°521 | 9°832 9°864 0:225 07155 0-142 9-986 9°500 7| 9°466 9-965 16 17 ike |) 1) Tus. 9-950 9-991 0:000 0-218 0254 0:425 0°376 0°203' 0245 0:070 07158 0°255 07102 07122 9-836) 9:821) 9-801 9-855 9-762 9-411 9-402 9°542 9-830 9-884 0:196 0°180 07125 9-993 9°513 9°446 9-965 Ins. 9-947 9-987 9-995 0-226 0°247 0:428 0°365 0-191 0236 0:065 07189 0-241 0-082 07114 9:823 9°812 9-800 9°858 9°753 9-434 9-410 9563 9-830) 9-913 0:158 0-193: 0:103 9:966 9°533 9420 9-962 Ins. 9-949 0008 0:005 0:239 0257 0°431 0°362) 0175 0248 0:059 0206 0:243 0:086 0-111 9°837 9-819 9°805 9:878 9-749! 9°463 9°417 9593 9°828 9:945 0-113 0-214 0°120 9-966, 9°952 9°572) 9°585 9-411) 9-402 9-970, 9-974 Ins. 9951 0:004 0:006 0250 0:257 0:430 0°367 0171 0250 0:050 0:213 0°245 0:094 0115 9°853 9-816 9-806 9-896 9°759 9-493 9-420 9-623 9°830 9°965 0°103 0-210) 0-112 FIRST FIGURE OMITTED. Mid- Mean. 21 night. | 22 Ins. 9-953: 0:004 0012 0:283 0273 0°445 0°376 0171 0-244 0:054 0:228 0-241 0112 0111 9-853 9-823 9°813 5} 9°915 9-768 9°497 9-411 9-679 9-820 0:022 0:025 0-220 0-111 9-926) 9°627 9°363 9-979 Ins. 9:950 0:005 0-020: 0:295 0-291 0°464 0°374 0:168 0-240 0:048 0-233 0:239 07125 0-106 9-853 9-812 9-328 9-921 9°757 9-496 9-407 9-699 9°817 0-040 0-020 0-215 0-103 9:916 9-659 9°363 9-982 Ins, 0-021 9:968 9:986 0175 0°284 0-409 0°405 0°256 0:209 07116 0-113 0°243 0-151 071385 9-933 9°836 9°787 9-807 9-818 9°545 9-418 9-499 9-818 9°859 0151 0°105 0°136 0°005 9°654 9°525 9-979 Tns. 9-946 9-986 0:035 0:296 0-300 0°457 0362 0-140 0:221 29) 0-004 OCTOBER 1890. Ins. } Ins. 9-479] 9-543 0221) 0:216 9°785} 9°79 9-985} 9:994 9-837] 9°825 9-831] 9°835 9-937] 9:952 0°459} 0:443 0258] 0°246 0-160] 0:156 0-140} 0°153 0-244} 0-241 0-212) 0-202 9-896} 9°878 9:347} 9°349 9-380} 9:392 9-861} 9°863 0-227] 0:224 0-316} 0°310 0-207} 0-193 0°321] 0°323 0" 462} 0:458 Ins. 9°627 0188 9°785 9-987 9-808 9°844 9-974 0°426 0:234 0°140 0°164 0:231 0-183 9-867 9°343 9°445 9°877 0:248 0:306 0:195 0°326 0°452 0:288 9-856) 9°862 9°542) 9°512 9°634] 9°654 9-949 9-941 9: ‘867 9: 818 Ins. 9678 0:158 9°778 9-980 9-784 9-851 9-993 0:408 0:226 0:134 0:176 0:224 0-161 9°844 9-309 9°501 9:890 0:233 0°304 0-201! 0°329 0:452 0-272 9°854 9-481 9679 9-945 9-772 9-483 9-854 9-418 Ins. 9°716 07132 9:802 9:965 9°743 9-850 0:015 0°404 0-216 0:106 0:186 0-221 07150 9°829 9-268 9°555 9915 0:247 0°304 0°211 0:341 0-458 0:240 9°851 9°464 9-704 9-953 9-751 9°526 9-841 9-439 7| 9:948 Ins. 9°72 0:053 9:827; 9-948 9-738 9°862 0:038 0-404 0:210 0:102 0°188' 0-219 07152) 9-802) 9-229 9593 9-930 0:261 0-299 0:223 0:353 0-467 0-240 9°849 9-457 9-753 9-962 9-705 9°563 9-822 9°457 Ins. | Ins. 9-826] 9°876 0°025] 9:995 9-842) 9°851 9-944) 9-940 9°753] 9°761 9-868] 9°875 0-081) 0°121 0-415] 0°420 0-216} 0:204 0-096} 0°105 0:194] 0-193 0-239]-0:238 0°146| 0-133 9-785] 9°743 9-189] 9:17 9-642] 9-675 9-951] 9:957 0-284] 0:295 0-316] 0:316 0-227] 0:229 0:372| 0°380 0-469] 0-468 0-218} 0:204 9-850] 9845 9°445] 9-436 9-792] 9-813 9-976] 9-985 9-661] 9-643 9'596| 9°623 9-806) 9°764 9-490] 9507 9:951 9-959) 9-960 Tus. 9°583 0°108 9°821 9°944 9-811 9-822 9°994 0°404 0°249 0°134 0°147 0°230 0170 9°827 9°335 9°518 9-890 0-222 0312 Ins. 0-061 9°878 9:917 9-901 9-749 9-869 0-281 0-360 0°173 0:094 0-220 0-231 0-034 9-504 9°317 9-775 0-063 0-308 0°310 0:242 Ins. 0:021 9-899 9-901 9-909 9-751 9-873 0-263 0:371 0:176 0:091 0-215 0-217 0-056 9-528 9-289 9-761 0-033) 0-304 0°310 0:239 Ins. | Ins. 9-955} 9:983 9-926} 9-917 9-878) 9°887 9-920} 9914 9-754) 9-747 9-873) 9°869 0°195| 0-244 0-409} 0:392 0:199} 0:196} 0:191 0-102) 0:096) 0:097 0-200} 0:207] 0:207 0:240} 0-231) 0:238 0°120) 0-099} 0:074 9-704 9°658| 9°585 9-192) 9:237| 9:269 9°703| 9-719] 9-747 9-986] 9991) 0:023 0°301) 0°307/ 0:313 0°326] 0:318} 0:322 0-240} 0°289) 0-235 0233 0°391) 0:398) 0°415; 0-415! 0-417 } 0:321 0°470) 0°470| 0:464/ 0°452, 0-452 | 0-451 0°180} 0-150} 0-112} 0-090) 0-058 | 0-296 9-833] 9°825] 9-812) 9°793) 9°779 } 9-872 9437] 9:437| 9-433] 9-409) 9-401 | 9-561 9-839] 9°859] 9°887) 9°893| 9-903 | 9-622 0-005) 0:011} 0-016) 0°015) 0:025 | 9-958 9:647| 9°636] 9°630| 9:620) 9-623 | 9-844 9:657| 9°679| 9°715] 9°736) 9-768 } 9-546 9758] 9°701| 9°666) 9°634) 9:582 | 9-820 9°526] 9:545| 9-574] 9°576) 9°598 | 9-467 9-966] 9-964) 9-967] 9:963) 9°964 | 9-952 Ins. 9-916 9:975 9°871 9°932 9-760: 9:877 0159 0°408 168 BEN NEVIS OBSERVATORY. BAROMETER. Repucep To 32°. 4407 FEET ABOVE SEA LEVEL FIRST FIGURE OMITTED. NOVEMBER 1890. : : a : < iz Oo Mid- | BN 3 4 5 6 7 8 9 TQ) jf) ial) 1) )) ISS ARES aks aly yy aly 18) | 920) 2 22s night. Ins, | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins, | Ins. | Ins. | Ins. | Ins. | Ins. | Ins, | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. 5°080} 5°086) 5°095) 5°104) 5:°122) 5-122) 5-140) 5145) 5-150) 5144) 5:142) 5:144} 5-108) 5:109) 5064) 5-031) 4-995) 4-940} 4-884] 4-825) 4-782) 4-704) 4°635) 4°546 4°495) 4°438) 4°417) 4-432) 4-414) 4°403) 4-419) 4:445) 4-453) 4-481) 4494) 4°507] 4:515) 4°536) 4°552) 4571) 4-601) 4-634) 4-697) 4°720) 4°755) 4780) 4°22) 4-843 4°862) 4°886 4°882) 4-893} 4°903] 4-912} 4-917] 4°921) 4:907| 4891) 4°873] 4:853] 4:817] 4°773) 4°737| 4°713| 4°710) 4°687| 4-694) 4°697| 4697) 4:691| 4:679) 4°665 4-664 4°653] 4°646) 4-635) 4639) 4°639] 4-640} 4-646] 4°655) 4°663] 4°673) 4:689} 4:700] 4°711) 4°728) 4-751) 4°781] 4°808) 4:835] 4-858) 4°87&) 4-918) 4:940) 4-959 ; 5-001) 5-009) 5-033) 5048) 5-058! 5-061] 5085] 5°111| 5-114) 5:146) 5-164] 5:175| 5:180) 5°193) 5-187) 5-203) 5-211) 5-219) 5-213) 5:214) 5:195) 5°188) 5-169 5*168) 5°156| 5-112| 5-105] 5-074) 5-057| 5-023] 5-007| 4-962 4-918) 4-879] 4-796] 4-711] 4-639] 4-570| 4-488) 4-387| 4-334] 4-289] 4-290| 4-296] 4-285) 4-303| 4-302 4325) 4°347| 4372! 4°390| 4-424! 4-459| 4-528) 4-590| 4-639, 4-694| 4-774! 4-805] 4-838! 4-862] 4-883! 4-906] 4-921! 4-935] 4-947| 4-949) 4-939] 4-941| 4-924] 4-905 4-872| 4-858) 4°836| 4-801| 4-794| 4-792) 4-798| 4-800] 4-798] 4-792] 4-795| 4-796] 4-775] 4-767) 4:766| 4-766 4-768| 4-762) 4-761| 4-759| 4-768| 4-783] 4-795| 4-797 4-798] 4-805) 4812) 4-825] 4°828| 4-842) 4-453| 4-868] 4879| 4-892] 4-892| 4-891] 4°886| 4-892) 4891] 4-900) 4-902] 4-914) 4-932| 4-931] 4-937] 4-946] 4-950] 4-957 10 | 4963] 4-965] 4-965] 4-969] 4-983| 4-977] 5-003] 5-023] 5-021] 5-009| 5-002] 4-997] 4969] 4-924| 4-829) 4-831) 4-859| 4-832] 4-872| 4-874] 4-845] 4-859] 4-820] 4°795 11 | 4:758) 4-715) 4-729] 4-687) 4-653] 4-658) 4°598| 4-610] 4695] 4-645] 4-699| 4-649] 4636] 4-567) 4-702| 4-772) 4-809| 4-853) 4-870| 4-905) 4-906] 4-932| 4-944) 4-979 12 | 4-971] 4-980] 4-Y86| 4-997| 4-988] 4-998) 5-002| 5-008) 5-012| 4-994] 4-984] 4-994] 4-964] 4-947] 4-945] 4-892) 4-829| 4-813] 4-783 4-824] 4-905] 4-920) 4-934] 4-939 13. | 4-952] 4-960] 4-970| 4-986) 5-010] 5-034! 5-045] 5-057) 5-088) 5-117) 5°120| 5-181) 5°148] 5-154) 5-177| 5-194) 5-209] 5-225| 5-239| 5-260| 5-284| 5-295) 5-297| 5-303 14 | 5:04] 5°301| 5-271] 5289] 5-273] 5-267) 5-264) 5-237| 5-229) 5-189] 5-097| 5-064] 4-992] 5-010| 5-017/ 4-999) 4-983] 4-994| 5-025] 5-050 5-073) 5-118) 5°165| 5-199 15 | 5-234) 5-264] 5301) 5343] 5°373| 5-398) 5-425| 5-453) 5-481) 5-487| 5-513] 5-516] 5°531| 5544] 5°552| 5:565/ 5-578) 5589) 5598| 5-609] 5-610| 5-611) 5621) 5603 5 5. 5s 16 | 5:595) 5-576) 6:566)'5°536) 5:516) 5-497) 5-455) 5-421] 5-435] 5-427) 5-420] 5-405] 5:393} 5°377| £391) 5-414) 5-489) 5-460) 5: 5°505| 5°526) 5:538) 5°557) 5°577 17 | 5:584! 5°595 5-606 5608) 5621) 5-630] 5°629| 5632) 5-635] 5°636| 5°625| 5-604) 5°590| 5°591| 5°565] 5-541) 5:530| 5-532 a 5°511) 5°506) 5°509) 5505) 5:509 5 5° COND OF WNW _ © “I ~I 8 7 18 | 5:530) 5-534) 5543) 5-563) 5-573) 5:582) 5:°597| 5°616) 5-636) 5:646) 5-665) 5°671] 5:672) 5-677] 5-685) 5:67) 5°682| 5°678 0| 5-668} 5°650| 5:643) 5:645) 5631 19 | 5°640) 5°614) 5-614) 5°603) 5-593) 5-594) 5-626) 5:624) 5°619| 5°630| 5°622) 5°625] 5627] 5:634) 5634) 5-641) 5-635) 5:641 1| 5*642) 5°659| 5670} 5°672| 5-680 20 | 5°681) 5°678) 5°686) 5°688) 5°681) 5-683) 5-684) 5°682) 5°678) 5°675| 5°669) 5-653} 5-637) 5°622) 5:617) 5613) 5-603) 5588 6] 5°562) 5541) 5:517] 5°508) 5°505 2, 9 8 2 7 4. 5 8 55 21 | 5:476) 5-453) 5-408) 5-376) 5-333) 5-321) 5°322| 5:308 5303) 5-322 5:314| 5°311) 5-295) 5-294) 5:303) 5314) 5-290) 5-287) 5-279] 5-261) 5:256) 5:243) 5:250) 5:286 4:9) 4 2 0 5 4 5 6 6 5 22 | 5*219) 5-210! 5-210) 5-205) 5-213) 5-217! 5:217| 5°2271 5-226) 5-218) 5-184) 51339 5-083) 5-059! 5-011] 4-993! 4-946) 4-926) 4-913! 4-902) 4-906} 4-907] 4-917] 4-914 23 | 4-904] 4°885] 4-884) 4:875] 4-867| 4°861) 4-867) 4°852) 4:852] 4-845| 4:815) 4-799} 4°770) 4754] 4°740) 4-725) 4-731) 4-699) 4-693) 4-702) 4-686! 4-684) 4-669! 4°676 24 | 4686) 4°683) 4-742) 4-771) 4-790) 4°820] 4:841) 4°871| 4-886) 4-897] 4-918] 4-926} 4-922) 4-939) 4-934) 4-933] 4-952) 4-956) 4-973) 5-015) 5-030) 5-051] 5:050) 5-071 25 | 5:071) 5-069) 5-062) 5-089) 5-101) 5:26) 5-188) 4-217) 5*285) 5°331| 5°357] 5°397] 5-428) 5-464) 5-473) 5-501) 5°51) 5°521| 5°533) 5°549] 5-552) 5°555] 5*562) 5°561 26 | 5567) 5-567] 5:569) 5-572) 5:580) 5-584) 5-591] 5:597| 5-612! 5-623) 5-626) 5°621) 5°620| 5°615| 5°614| 5:616) 5°611] 5°601) 5:598) 5588) 5°577| 5:574| 5°565| 5-562 27 | 5°555) 5°550) 5:543) 5:36) 5:526) 5-522) 5-520) 5-520) 5.520) 5-523) 5°527| 5°526} 5:523) 5:421) 5-516) 5:519) 5-520) 5-528) 5-535) 5°544) 5°548) 5°550) 5:553) 5°559 28 | 5:558) 5°551) 5-542) 5-540) 5-535) 5-527) 5-542) 5-545) 5-550) 5-554) 5-551) 5-547] 5:537| 5-523) 5-518) 5-519) 5°519| 5-522) 5-522) 5-520) 5:523) 5-524) 5-524) 5-520 5 5°485] 5°477| 5-475] 5-470| 5°469) 5°457] 5:446| 5-431) 5-410} 5:392)[5°383) 5356) 5°335] 5°336) 5:340] 5-334) 5°316] 5-280) 5:272) 5-263) 5°257 80 | 5:248) 5233) 5:203) 5-187) 5-201) 5-189) 5-206} 5-223) 5-250} 5:257| 5:249) 5-238) 5:241) 5-244) 5:262) 5-262) 5-266] 5-287] 5-281) 5-288) 5:309] 5°311) 5-306] 5°326 1 MEAN, | 5°142) 5-137) 5-136) 5°187) 5:138) 5-141) 5-149] 5157) 5:167| 5°169) 5169] 5-162} 6-150) 5-144) 5-141) 5-139] 5137] 5°137} 5-141) 5°14) 5:148) 5-151) 5°152) 5°152 BAROMETER. ReEpvucep To 32°. 4407 reer ABOVE SEA LEVEL. FIRST FIGURE OMITTED. DECEMBER 1890. — Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. } Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. Ins. 5°330| 5°330) 5°318) 5°311) 5-297) 5-298) 5-284) 5-287) 5°289] 5294) 5-287) 5-272) 5:270) 5:265] 5:264| 5-271) 5-273) 5267] 5-262) 5-275) 5-288] 5:283) 5-274) 5-274 5'274| 5°272) 5-273) 5°259] 5:258) 5:258) 5:268) 5-273) 5°285| 5-287] 5-287] 5275) 5°269) 5-262) 5-254! 5:249| 5-244) 5-239) 5-224) 5-226) 5:227] 5-229) 5-210! 5-183 5-160} 5-203) 5:189) 5-188) 5°204) 5*198) 5-203) 5-212) 5-238) 5-248) 5-257] 5-262) 5-278] 5-281) 5-273) 5:297) 5°337| 5°351| 5°410) 5-415) 5:421) 5-416 5424! 5-414 5°372| 5418) 5°407) 5:414! 5-435) 5-439) 5-437] 5-439) 5-454) 5°443] 6-449] 5-451] 5:436] 5:429| 5-480} 5-483) 5:481| 5:432) 5-429) 5-425) 5-409] 5-427] 5:401| 5-391 5°389) 5°366) 5°374) 5°355) 5°354| 5°350| 5:345| 5338) 5:334| 5°351| 5-366] 5-380} 5°383) 5°3893) 5-407| 5-418) 5:423) 5:433) 5-489) 5-451) 5465) 5-476 a 5492 5°495| 5:502) 5:509) 5°512) 5°507) 5-506) 5:514| 5-523) 5-522) 5-533) 5-531) 5-537) 5°42) 5-546) 5-546) 5-550) 5-552) 5°572) 5-580) 5-574) 5-578) 5-583) 6594 5-582 5°583) 5°598) 5°596) 5:583) 5°570) 5566) 5°569| 5-564) 5-559) 5-563] 5-550) 5-538} 5-536] 5-522) 5-516) 5-511) 5-490] 5:498) 5-494) 5-490) 5-487] 5-480) 5-473 5-469 5465) 5:461) 5°435| 5°425) 5-421) 5-416) 5-420] 5-419) 5-410] 5-419] 5-421) 5-419) 5-382) 5-390] 5:384| 5-386) 5°374| 5:364| 5°378) 5-365) 5-371! 5:376 5°381| 5378 5°37 2| 5°374) 5°364| 5°357| 5°338) 5:334] 5:343| 5352) 5370) 5°373| 5-374! 6-383] 5°376] 5°369) 5°366| 5-373) 5°375) 5:386| 5:393) 5-403) 5-404 5-404) 5-424: 5-429 5°431) 5°437| 5°445) 5°449) 5-450) 5:457] 5:474| 5487) 5-496] 5-490] 5-507) 5-498] 5:490| 5-481) 5-465] 5-452) 5-427) 5:435] 5:450) 5-453) 5-454] 5-439] 5-433] 5:429 11 | 5:420) 5-415) 5-398) 5:397| 5°391) 5:380| 5-390) 5-383] 5-380) 5-389] 5:393} 5-398] 5-395] 5*395| 5394] 5-399} 5:394| 5:406) 5-414) 5-425) 5-428) 5:431| 5-438) 5:441 12 | 5-436) 5-439) 5:438) 5:443) 5-439) 5-444) 5-452) 5-467) 5-485] 5:482) 5-483) 5-483) 5-476) 5-482] 5-487) 5-488) 5:492) 5-486) 5-479) 5-474) 5-470) 5:471) 5:463) 5:455 13 | 5-436) 5-420} 5-406) 5:388) 5°364) 5-356] 5-335] 5:319] 5-315] 5:318| 5-310) 5°295] 5-280] 5-277] 5-263) 5-269 5-259) 5-252) 5-255) 5-254) 5-262) 5-261) 5-257] 5:253 14 | 5:256) 5-268) 5-274) 5-283] 5°284) 5-484! 5-292) 5-300] 5*310] 5:314| 5-319) 5-319] 5-315] 5-297] 5:292) 5-283] 5:272) 5:282) 5-290} 5-272) 5-260} 5-260) 5:251] 5:249 15 | 5°246) 5-240) 5:245) 5:237) 5-231) 5-230) 5-228) 5-209) 5-219] 5-214) 5-202) 5-193} 5°187| 5-184] 5-251) 5-286) 5-280) 5-264) 5-265) 5-266) 5-268] 5-288) 5:274| 5-278 16 | 5°269) 5-270) 5-261) 5-263) 5-254) 5-247) 5-260) 5-268] 5-293) 5-293) 5-289] 5-285] 5-276] 5-276] 5:283| 5-298) 5-295) 5-299) 5-301| 5-303) 5-305) 5-311) 5310 5-292 17 | 5*288) 5°303) 5°302) 5:297) 5-289) 5-298) 5-300! 5-305] 5-309] 5-318) 5-311] 5-304] 5:290| 5-288] 5:286| 5-289) 5-277] 5:267) 5:258) 5:253) 5-244) 5-229) 5-299) 5-187 18 | 5°183} 5-172) 5-122) 5-097] 5083) 5-059) 5-041) 5-032) 5-006] 4-987] 4-980) 4-960} 4-925] 4-904] 4:874] 4-852) 4-832) 4:804| 4-785] 4-769] 4-753) 4-735] 4-720] 4:682 19 | 4685) 4-701) 4-690} 4-684) 4667) 4-672) 4:676| 4-675) 4-683] 4-696) 4-704 4-711] 4-708] 4-730] 4°747| 4:770) 5°788) 4°811| 4°834| 4:857| 4-885] 4-908] 4-929] 4-945 20 | 4°94) 4-980) 5-003) 5-020) 6:047) 5-072) 5-093) 5-115) 5-136] 5-170) 5*191| 5-203] 5-223} 5:247| 5-268) 5:293) 5317] 5°347| 5:373] 5°395| 5-423) 5-451| 5-464] 5-489 21 | 5°502' 5-517) 5°533) 5:539) 5°543/ 5-559) 5-573) 5-588) 5-599} 5-605) 5-614) 5-613} 5-610] 5-608) 5°611) 5-608| 5*601) 5:592) 5591) 5:585! 5-568) 5-569) 5:555| 5-554 22 | 5543) 5°513) 5°503) 5-489) 5-476) 5-466) 5-449] 5-415) 5-407] 5-406) 5-402) 5-362) 5-342 5:304| 5-293) 5-279] 5-269) 5-257] 5-250) 5-234! 5-221) 5-209) 5-189] 5-158 23 | 5°156) 5:14) 5°128) 5-095) 5-084) 5-098) 5-143) 5-181) 5-218) 5-246) 5-258) 5-270} 5-290] 5:317| 5°342/ 5:363] 5°387| 5°417| 5:44 5-463) 5-492) 5-509] 5 529) 5-534 24 | 5°47) 5°562| 5°571| 5:586) 5597) 5-608) 5-620) 5-631) 5-661) 5-661) 5-656) 5-651] 5:641| 5-632) 5°627| 5:627| 5:630| 5°623) 5°608| 5*607| 5-577) 5-564) 5-547] 5-527 25 | 5°503) 5:488) 5-481) 5:454| 5-458) 5-445] 5-434! 5-428) 5-487| 5-451) 5-455) 5-451] 5:449| 5-451) 5:462| 5-495] 5:51 9] 5:547| 5-568) 5-586) 5-605! 5:638| 5-654) 5-654 26 | 5°661| 5°679| 5-720) 5-730} 5-746) 5-750| 5-764] 5°766) 5801] 5-794) 5-808} 5-812} 5-789] 5-795) 5*799| 5-798) 5-798] 5-798) 5-798] 5-789) 5-788 5783) 5-798] 5-788 27 | 5°772| 5°776| 5°753) 5-747) 5-742) 5°726| 5°719| 5°720| 5-723) 5-714] 5-713] 5-704) 5°687| 5-679] 5-671 5} 5°647] 5*658) 5°646) 5-648) 5-652) 5651) 5:645) 5643 57 5°65 6 5°60 eee 5°656| 5°667| 5-668) 5-679) 5°692) 5°700) 5:712| 5-720 5731) 5-737] 5-735] 5°735| 5°737 eee 5°740| 5°744) 5°752| 5-745) 5°754) 5-738) 5°743] 5-784 5° 7 5:53: 5:4 Ins. | : I COONS OPWN-H 3 eee 5" 331) 5°610) 5°602! 5-591) 5-605) 5°607| 5:609) 5°617| 5-618} 5617] 5-605) 5°599| 5-605] 5:604 3| 5°611) 5614) 5°623) 5°628) 5:632) 5*648) 5-646] 5°650 v°00U)| 0 30 | 5°748) 5°755) 5-759) 5-766) 5789) 5°807| 5°814| 5-844] 5-832] 5:861| 5-892] 5-888) 5-869] 5-871) 5-860 8} 5°853} 5842) 5°843) 5-847) 5°806) 5:797| 5°787| 5°75 31 | 5°746) 5°734| 5*732) 5*706) 5-659) 5-624) 5-626) 5-566) 5-570] 5:598] 5°600] 5:546) 5:558] 5-528] 5520 2| 5°560) 5560) 5:556] 5-571) 5:566) 5560) 5-495) 5°52 MEAN, | 5°404' 5: an oO “I 5°403) 5°398) 5-395] 5°395/ 5-399) 5-400) 5-409] 5-415] 5-418] 5-413} 5-407] 5-405] 5-406 eS Oe ee eee ee 10} 5°411} 5:414| 5-419) 5-421) 5-421) 5:423) 5-420) 5-415 FORT-WILLIAM OBSERVATORY. 169 3SAROMETER. REDUCED TO 32° AND Skea LEVEL. NOVEMBER 1890. 1 2 3 4 5 6 if 8 9 10 ll 13 | 14 | 15 | 16 17 18 19 20 Pal || 92) 23 Mean. ins fies Ins. | Ins. | Ins. | Ins. | Ins. | Ins. ines fine Ins, fine Tee | ie Tae | ie Ins. | Ins. | Ins. Gc | inn feel Ins. Tns. | |9°605 | 9618 | 9°629 | 9°640 | 9°651 | 9°659 | 9°668 | 9°682 | 9-684) 9°670) 9°672 9:661] 9°627| 9°623| 9°574| 9°535| 9:485 | 9-432 | 9-369 | 9-292 | 9-236] 9-149] 9-060 9-508 } [8°875}(8°765 [8 -710}|[8 -690}|[8-690][8-705]|[8-760]|[8-815]] 8:878] 8-902|[8-950]| 8-959} 8-973) 8-983) 8-994) 9-048) 9-125 | 9-188 | 9-244 | 9-293 | 9-319] 9:366) 9-417 9-004 $ |9-461 | 9°474 | 9°471 | 9°479 | 9-491 | 9-493 | 9-498 | 9-494 | 9-476] 9°458) 9°432 | 9:407} 9:366] 9°320) 9°276] 9-250) 9°223 | 9-217 | 9-200 | 9-191 | 9-188] 9°175) 9°156 9-348 : 9-136 | 9°134 | 9°125 | 9:118 | 9°120 | 9:125 | 9-122 | 9-132 | 9-142) 9-155) 9°161 9-184] 9-201) 9-215] 9°249| 9-275 | 9°325 | 9:360 | 9-402 | 9°435] 9-473) 9-496 9-241 y | 9°544 9'573 | 9°587 | 9°693 | 9°609 | 9°612 | 9°614 | 9-652 | 9-685) 9°707| 9°720 | 9°731} 9°737| 9°752) 9°756| 9°758| 9°765 | 9°780 | 9°784 | 9-782 | 9°778) 9°771| 9°767 9-701 ey 9°743 | 9°694 | 9°690 | 9°648 | 9°626 | 9°579 | 9545 | 9:498] 9°472) 9:428 | 9°334] 9-245) 9-139) 9-082) 9-033'[9-000]|[8-940]|[8-840] ie 790]| 8°663) 8°636 [8-600] 9-232 | (8°650] cS ted (s aot [308 [8°880]| 8-970 | 9:037 | 9:123 | 9-185) 9°256) 9°314 | 9359} 9°384| 9-414] 9-434) 9°456) 9-465 | 9°478 | 9:489 | 9°486 | 9482) 9-478) 9:466 9-229 } | 9°389 | 9°376 | 9°339 | 9:300 | 9°275 | 9-271 | 9-266 | 9-290 | 9285] 9-288} 9-282 | 9-279} 9-263) 9-271] 9-263] 9-269) 9275 | 9°263 | 9-264 | 9°273 | 9-281] 9:298 9:315 9-292 9°326 9° 337 9-344 |9'309 | 9-366 |9-380 9-301 [9415 |9-419| 9-430] 9-449 | 9-463] 9-468| 9-483] 9-484| 9-490] 9-492. {9-494 | 9-504 | 9-509 | 9510] 9508 9-499 9-442 4 9-503 | 9°508 | 9:516 | 9°530 | 9°536 | 9°547 | 9-574 | 9-596 | 9:609) 9°613] 9°608 | 9°588] 9-541) 9-498) 9:457| 9°485| 9°483 | 9°467 | 9°479 | 9:472 | 9°481] 9-467, 9°443 9-518 i} | 9-396 | 9-389 | 9-363 | 9°329 | 9°303 | 9:295 | 9-276 | 9-265 | 9°268) 9-261} 9°250 43] 9°249) 9-246] 9:258) 9°305| 9:344 | 9°371 | 9°399 | 9°430 | 9:452) 9:476| 9°488 9-340 9514 | 9°583 |9:554 |9:565 | 9°565 | 9°571 | 9:572 | 9-587 | 9:592) 9:573) 9:°560 40} 9°516) 9-489] 9-478) 9°447/ 9°435 | 9:403 | 9°360 | 9°374 | 9:398] 9°437) 9:460 9-500 9-496 |9:516 | 9:534 | 9°546 | 9°570 | 9°594 | 9-596 | 9 635 | 9°650! 9-670} 9°700 00} 9°721| 9:735| 9°746] 9-761] 9°774 | 9°798 | 9°805 | 9°825 | 9°851| 9°859) 9:868 9-701 19869 | 9:870 | 9-858 | 9°862 | 9°842 | 9°844 | 9-826 | 9-830 | 9°797| 9°772] 9°737 | 9°701] 9°646} 9°598) 9°552! 9°520| 9°507 | 9°528 | 9°555 | 9-603 | 9:645) 9-707) 9°740 9°716 4 '9°816 | 9°880 | 9-921 | 9-954 | 9°982 | 0:009 | 0-032 | 0-057 | 0-080) 0-101) 0-119 | 0°135} 0-141) 0-151) 0-161) 0-186) 0-194 | 0-212 | 0-218 | 0:286 | 0:240) 0-250) 0-234 0:107 | 10-215 | 0-183 |0-174 | 0-158 | 0°140 | 0°118 | 0-102 | 0-083 | 0-071] 0-052] 0:024 9-991} 9981) 9-986] 0°005) 0:024 | 0°046 | 0°077 | 0°108 | 0°132) 0°155) 0°176 0-109 F 10-215 | 0°229 | 0-232 | 0:231 | 0°250 | 0-264 | 0:266 | 0:264 | 0°255) 0-252) 0:236 0:220) 0°183] 0°165] 0°146] 0°140 | 0°102 | 07106 | 0:080 | 0:074| 0°061) 0:051 0178 0:082 |0-:090 | 0:105 | 0-184 | 0°145 | 0°169 | 0-187 | 0:221 | 0:241] 0-255) 0:267 0°263] 0°265] 0°265) 0°263) 0°259 | 0°255 | 0:239 | 0°237 | 0:213) 0°195 0:183 0-207 0167 |0°159 | 0°137 | 0°141 | 0°145 | 0°143 | 0-151 | 0-164 | 0:178] 0-187] 0:190 0-208] 0°204/ 0-252) 0-261) 0:249 | 0°249 | 0:251 | 0:262 |0:271 0:292, 0:276 0-209 0°281 | 0-282 | 0-286 | 0:282 | 0:276 | 0-285 | 0-292 | 0-290 | 0-290) 0-284) 0°260 0:217| 0:191} 0°173) 0:161} 0°136 | 0°120 | 0:103 | 0-089 | 0:070 0-053 0:028 0-196 9:997 | 9°965 | 9-911 | 9:875 | 9°845 | 9-821 | 9:813 | 9-828 | 9:876} 9-909] 9:916 9-898] 9-910} 9-914’ 9-911) 9-905 | 9°824 | 9°892 | 9°867 | 9°860| 9° 866) 9:854 9-887 9-844 | 9-830 | 9-818 | 9°821 | 9°828 | 9:836 | 9°S26 | 9-826 | 9:804| 9-800] 9:725 | 9°657] 9°589| 9°527| 9-449) 9-465] 9:419 | 9-425 | 9-405 | 9:420 | 9-417] 9-401) 9-421 9-625 1/9429 |9-418 | 9-415 | 9:403 | 9:397 | 9°389 | 9-378 | 9°370 | 9°360| 9°351} 9°325 | 9-291} 9-265) 9-246) 9 235) 9-228] 9-220 | 9°210 | 9°197 | 9°210 | 9°190) 9-198) 9-200 9-298 19-237 | 9-263 | 9-293 | 9:325 | 9°351 | 9°395 | 9-429 | 9-474 | 9:503) 9:523] 9°539 | 9°547] 9-539] 9-531) 9-539) 9°541) 9-557 | 9°583 | 9°595 | 9-624 | 9°641| 9-662) 9-663 9-501 |9°684 | 9°686 | 9°686 | 9:694 9°721 | 9°734 | 9°784 | 9-841 | 9°911) 9°967) 0:018 0:093} 0°123} 0°146) 0°181) 0°195 | 0:217 | 0°2381 | 0°248 | 0°257| 0:265) 0:277 0:012 0-285 | 0:287 | 0:285 | 0-290 | 0:297 | 0°305 | 0°318 | 0°335 | 0°349/ 0°358] 0°357 0:354| 0°344| 0:343) 0°346] 0°352 | 0°344 | 0°344 | 0°342 | 0°338) 0°336) 0°330 0-330 ~ 10314 | 0°312 | 0:307 | 0:306 | 0:298 | 0-294 | 0-292 | 0-293 | 0-285) 0-292) 0-296 0:276| 0-272) 0°264) 0:267/ 0:270 | 0-280 | 0:294 | 0:298 | 0-293! 0-300) 0:304 0-292 10-299 | 0:288 | 0-280 | 0:281 | 0:269 | 0:277 | 0:277 | 0-289 | 0:291) 0-297} 0°295 0°265] 0°253] 0-241! 0-245) 0°239 | 0-243 | 0°241 | 0:242 | 0°245) 0-241) 0°240 0-265 10°221 | 0°214 | 0-204 | 0-185 | 0°179 | 0:174 | 0°165 | 0-169 | 0°159) 0-132) 0:11S 0:084] 0:074| 0-054! 0-041] 0:038 | 0°026 | 0:013 | 9:982 | 9-950) 9-940) 9-891 0:084 }9-912 | 9-868 | 9°849 | 9:824 | 9°809 | 9°884 | 9°776 | 9-801 | 9°814/ 9°811] 9°797 9-785] 9-768] 9°777| 9°787| 9°785 | 9°783 | 9°777 | 9°782 | 9°798) 9-811) 9:797 9-804 }9717 9-716 |9°713 | 9°714 | 9°716 | 9°726 | 9°729 | 9°746 | 9-754) 9°760) 9°758 9-737] 9°726| 9°718) 9°721| 9°721 | 9°722 | 9-721 | 9°725 | 9°724| 9-727) 9°723 9°729 RROMETER REDUCED TO 32° AND SEa LEVEL DECEMBER 1890. Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins.| Ins. | Ins. | Ins. 9*825 | 9°801 | 9°784 | 9-777 | 9°781 | 9°779 | 9:769 | 9°765| 9-759] 9-766 | 9°758] 9-750) 9°738) 9°742| 9-750) 9°744 | 9°743 | 9°740 | 9°746 | 9-759) 9-762) 9°758 | 9°750] 9°765 9-748 | 9-750 | 9°736 | 9-742 | 9-748 | 9°758 | 9°767 | 9-782] 9-788] 9-790 | 9-789} 9-780) 9°779, 9-775] 9°785| 9°779 | 9°783 | 9°785 | 9°787 | 9°782| 9°786) 9°798 | 9°815} 9°774 9°845 | 9°859 | 9°870 | 9-892 | 9-900 | 9:894 | 9-906 | 9-920) 9-946) 9-961 | 9:984] 9-974] 9-980, 9-987] 0-002) 0:042 | 0:070 | 0°103 | 0-123 | 0°138} 0-159) 0-151 | 0-151} 9:987 0°153 | 0°141 | 0-143 | 0-149 | 0°157 | 0°162 | 0°162 | 0:169} 0-155] 0-151 | 0143] 0-133} 0:117) 0-118] 0-110) 0°106 | 0°097 | 0:085 | 0:080 | 0:077/ 0-077] 0:073 | 0-065} 0:124 0-061 | 0°055 | 0:053 | 0:044 | 0:041 | 0:045 | 0:045 | 0-058) 0:072/ 0-083 | 0-086} 0-079} 0:056) 0-056! 0:075) 0-082 | 0090 | 0°101 | 0:118 | 0-122) 0°135] 0°148 | 0°168] 0:081 0°189 | 0°196 | 0:201 | 0-205 | 0-208 | 0-219 | 0:234 | 0-239] 0:249] 0-257 | 0-258] 0-257] 0-255) 0-250} 0-260) 0:267 | 0:273 | 0°285 | 0:287 | 0°289) 0°292) 0-296 | 0:299 | 0°247 0°304 | 0°297 | 0:295 | 0-281 | 0-286 | 0°288 | 0:287 | 0-285) 0°285] 0-267 | 0-251} 0:240] 0-221) 0-214! 0-211) 0-200 | 0°199 | 0-197 | 0°195 | 0:188) 0-185) 0-176 | 0°172] 0°242 07150 | 0°141 | 0-134 | 0°132 | 0°121 | 0-132 | 0-134 | 0-137] 0-137] 0-129 | 0:116] 0-095) 0-082! 0-071] 0:068) 0-067 | 0:070 | 0:049 | 0:053 | 0°025) 0:042) 0:043 | 0-033 | 0°097 0-015 | 0-007 | 0:019 | 0°009 | 0:013 | 0-009 | 0:016 | 0-029) 0-038} 0:043 | 0-048] 0-054) 0:059) 0-064! 0°072| 0-082 | 0:095 | 0:100 | 0°115 | 0-119} 0-128) 0°137 | 0:°145} 0-060 0°143 |0°151 | 0154 | 0155 | 0-157 | 0°173 | 0-189 | 0°191) 0-195} 0-193 | 0-183] 0-169) 0-161) 0-146) 0-143] 0-141 | 0:126 | 0°125 | 0117 | 0-097) 0-087] 0°068 | 0061} 0-144 0-040 | 9°020 | 0:005 | 9-998 | 9:985 | 9-986 | 9:996 | 9-998] 0-006) 0-001 | 0-001) 9-998) 9-998) 9-995] 9-999; 0:001 | 0:008 | 0-009 | 0:026 | 0-029) 0-033) 0:033 | 0:047 | 0-011 0:050 | 0°049 | 0:059 | 0:064 | 0-065 | 0-080 | 0-100 | 0-111) 0-117] 0-116 | 0-116} 0-108} 0:108} 0:113} 0-125] 0°122 | 0°123 | 0:116 | 0°100 | 0099} 0:104) 0094 | 0-088 | 0:094 0:050 | 0:036 |0-017 | 9-996 | 9-991 | 9-969 | 9-956 | 9-956] 9-947| 9-943 | 9-936] 9-919] 9-905] 9-889] 9-909] 9-909 | 9°905 | 9-903 | 9-910 | 9-911} 9-907] 9:907 | 9:903 | 9-947 9-899 | 9:905 | 9-912 | 9-923 | 9:934 | 9-941 | 9-941 | 9-939] 9-951) 9-944 | 9-939] 9-928] 9-903] 9°881| 9871] 9°855 | 9°864 | 9°872 | 9-881 | 9:875| 9-887 9:884 | 9:878 | 9-904 9-867 | 9°864 | 9-855 | 9°S39 | 9°841 | 9-830 | 9-829 | 9-828] 9-833} 9-844 | 9-834] 9-835] 9-836] 9°858) 9-890] 9-888 | 9°892 | 9:908 | 9-910 | 9-918) 9-942) 9-939 | 9-918 | 9:870 9-914 | 9-918 | 9-926 | 9-926 | 9-930 | 9-930 | 9:936 | 9-946] 9-953] 9:946 | 9-935} 9-929) 9-917| 9-921] 9-945] 9:945 | 9:963 | 9:960 | 9-968 | 9°965| 9-961] 9-972 | 9-971 | 9:941 9-972 |9:979 | 9-978 | 9-977 | 9-979 | 9-988 | 9-994 | 9-994] 0-003) 0-001 | 0:0U1] 9-991] 9-983} 9-978] 9-981] 9-968 | 9°965 | 9-951 | 9-937 | 9°915) 9-913] 9:896 | 9°884 | 9-966 9°845 |9°S28 | 9-796 | 9:765 | 9:743 | 9-727 | 9-713 | 9-696] 9°674| 9-641 | 9:625] 9-586] 9°554| 9-528] 9-500] 9:467 | 9:443 | 9-409 | 9°394 | 9°380) 9°358/ 9:330 | 9°290 | 9:590 9-255 | 9-264 | 9-263 | 9:266 | 9-278 | 9-268 | 9:278 | 9-286] 9-306) 9-319 | 9-320} 9-322) 9-337) 9-356) 9-375] 9°394 | 9°420 | 9-444 | 9:472 | 9°494| 9°517/ 9:543 | 9°560 | 9°359 9:591 | 9°615 | 9-637 | 9:667 | 9-685 | 9-702 | 9-731 | 9-759] 9:793) 9-817 | 9:837] 9-852) 9-878] 9-903] 9-939] 9°964 | 0°003 | 0:032 | 0058 | 0-085} 0°121) 0-129 | 0-175 | 9-856 07199 | 0215 | 0-235 | 0-232 | 0-267 | 0-285 | 0:302 | 0:307] 0°317| 0-325 | 0:327] 0:319) 0-314) 0:321| 0°323] 0°308 | 0°300 | 0:276 | 0-283 | 0-265) 0-265) 0-255 | 0-247 | 0-279 0199 |0:193 |0°179 |! 0-159 | 0-156 | 0-130 | 0-098 | 0-074! 0-060) 0:030 | 0-011} 9-979! 9-947] 9-923! 9-907] 9893 | 9°871 | 9°848 | 9°829 | 9-793) 9-783] 9°762 | 9°739 | 9-992 9-710 | 9-686 | 9°658 | 9-636 | 9°647 | 9-684 | 9-724 | 9-773] 9-810) 9-840 | 9-857] 9°884' 9°909) 9-937] 9-971! 9:995 | 0°041 | 0:073 | 0°097 | 0-128) 0-153/ 0-177 | 0:185 | 9:887 0-225 | 0-235 | 0-249 | 0-269 | 0-278 | 0-290 | 0-302 | 0-321) 0-327) 0:322 | 0:317] 0-304) 0-294) 0-289) 0-287 0-289 | 0-290 | 0-275 0:273 | 0°251| 0-237] 0:224 | 0-198] 0-272 0°157 |0:137 |0°129 | 0-109 | 0-086 | 0-081 | 0-066 | 0-079] 0-095] 0-110 | 0-112] 0-110 0-118! 0-150) 0-189] 0-211 | 0:234 | 0-260 | 0-284 | 0-312) 0-345] 0-364 | 0382] 0-179 0°436 | 0-460 | 0°480 | 0:495 | 0:512 | 0:532 10-543 | 0-568] 0°587| 6-590 | 0°585) 0:562) 0°556) 0°556) 0°566| 0°562 | 0°568 | 0°574 | 0°566 | 0°64) 0563/0554 | 0°548 | 0:539 0°536 | 0°520 | 0-515 | 0-496 | 0:489 | 0:481 | 0-475 | 0-472) 0-475] 0-460 | 0°453] 0-434) 0-419] 0-406] 0-394] 0:390 | 0°387 | 0°386 | 0°389 | 0°387| 0°383} 0°380 | 0°375 | 0°443 0:360 | 0°348 | 0-336 | 0385 | 0°328 | 0:318 | 0:334 | 0:335) 0°345) 0:359 | 0344] 0-345) 0:337| 0-331) 0-335) 0°346 | 0-351 0:359 | 0°355 | 0°361) 0°379| 0°376 | 0°388 } 0:348 0°395 |0:406 |0°417 | 0:426 | 0-448 | 0:455 | 0:471 | 0:483| 0:495] 0°507 | 0:511] 0°501) 0-493] 0-496 0°507] 0°511 | 0°519 | 0°527 | 0°529 | 0529) 0-529) 0550 | 0°536 | 0-483 0°561 | 0°566 | 0-576 | 0580 | 0:596 | 0-600 | 0-624 | 0-622) 0:646| 0°651 | 0°656] 0°649| 0-643] 0-626] 0-618] 0°622 | 0°624 | 0°620 | 0-617 | 0598) 0:588) 0°566 | 0°556 | 0°606 0°518 |0°510 | 0-478 | 0-448 | 0-433 | 0:410 | 0:396 | 0:409) 0-390) 0:383 | 0:346] 0:329| 0-328] 0:324] 0:324| 0-326 | 0°328 | 0:318 | 0-299 | 0:298) 0-306) 0-283 | 0-284 | 0-375 | 0:071 | 0:069 | 0-067 | 0:064 | 0-067 | 0:069 | 0:075 | 0:082| 0:089) 0-090 | 0:087] 0-078 0-072! 0-071) 0-078] 0:080 | 0°085 | 0084 | 0-090 | 0°089| 0-096) 0-092 | 0:091 | 0-079 | | ROY. SOC. TRANS. EDIN.—VOL. XLII. Z 170 BEN NEVIS OBSERVATORY. TEMPERATURE. - Dry AND Wet BuLss. AUGUST 1890. —: 1 Zz 3 4 5 6° 7 8 9 10 ll Ne, For Day. Dry. Wet./Dry. Wet./Dry. Wet. Dry. Wet./Dry. Wet.|/Dry. Wet./Dry. Wet. Dry. Wet.|/Dry. Wet.|bry. Wet.|Dry. Wet.|/Dry. Wet.J Max. Min, 38°8 38°8 | 38°9 38:9 | 38°2 38:2 | 38:9 38:9 | 38°8 38°8 | 389°C 39:0 | 39°6 39°6 | 40°0 40:0 | 40°2 40:2] 41°7 41:7 | 42°0 42:0 | 43:7 43-7] 45°7 38-2 39°9 39°9] 39°8 39°8 | 39°4 39-4 | 39:2 39:2 | 39-2 39:2 | 38:9 38-9 | 38:3 38°3 | 39°3 39:2 | 40°2 40:0} 41-2 40°38 | 41:2 40°9 | 42-4 42-09 44-8 38°3) 42:0 34°3] 41°8 33:9 | 40°0 33°9 | 41°7 33°9 | 42°38 34:2 | 42°2 341 | 48-2 35°1 | 40°3 37:0); 40°4 37°74] 40°92 40°9 | 42°3 42°3) 43°06 43:0] 46:0 400) 46°1 46:1 | 46°1 46:1 | 46°2 46:2 | 46:2 46:2 | 46°8 46:8 | 46:9 46:9 | 47:0 47:0 | 47:0 47:0 | 47:1 47:1] 47°7 47°7 | 48:0 48-0 | 48:2 48:2150°0 46-1 | 47°4 47-4) 47°4 47°4| 47-2 47°2 47:1 47°1 | 4771 47°71 | 47:0 47-0 | 47-4 47-4 | 48:0 48:0 | 48°3 48°3 | 48°6 48°6 | 48:5 48:5 | 48-8 48:8] 49:1 40°8 40:0 40°0 | 39°1 39:1] 38°1 38:1 | 36°8 36°8 | 35°9 35:9 | 36:1 36:1 | 36°5 36°5 | 37:0 37:0 | 38871 38-1] 38°3 38°4 | 40:0 40:0] 40:0 40:0} 40-9 35:9) 39°2 38°9 | 39°3 39°4) 39:9 39-9 | 39:0 39-0 | 38-6 38°6 | 38°3 38:3 39:0 39:0 | 39°0 39:0 | 39:2 39:2] 41°6 41°3| 43:1 42-4 | 44:0 43:0]47°5 383} © 42°3 41:7} 41:9 41:1] 41:2 40°4 | 41:0 40:0 | 41:4 40°0 | 42:1 41°1 | 44:8 43:4 | 46°6 44°7| 48:0 45:3] 48:0 45:0] 49°1 46°0/52°1 48°0]53°6 41°0| | 46°2 43:0 | 46°2 42°7| 46°3 42:9 | 45-7 43-1 | 47-1 39°3 | 47:2 39°3 | 48°38 44°2| 52°0 42°5| 42-0 44:4) 51:2 45:0) 52°6 47-1) 52°7 47:9] 53-7 42:2] — 43°1 43°1 | 43°2 43:2) 42°1 42°1 | 41:2 41°3 | 41°5 41°5| 41-1 41°1 | 41°4 41°5 | 42°7 42-7 | 43°0 43:0] 44:0 44:0 | 44:4 44:4) 45:0 45:0] 46°6 38°9| | 11 | 39:0 36:9] 39:0 36°6| 39°7 38:7 | 39°9 38:8 | 41°1 39°3| 40°2 40:0 | 41°1 40°0 | 42°6 40°0 | 44°1 42°1 | 45:3 43:2) 45:5 44:1) 46-0 44°7747:3 39°0| — 12 !43°5 43°0!43:0 42°8| 43:0 43:0! 42-5 42:5 | 43:0 48-0 | 42°6 42°6 | 42:7 42°7 | 41:0 41:0 | 41°l 41:1 | 41°9 41°83] 41°1 41:1] 40:0 40:0143-°5 38-0 13 | 38°8 37°3 38:0 37:2 | 38:0 37:3 | 39°2 38:2 | 39:0 39-0 | 89:2 39-2 | 39:0 39°0 | 38°6 38°8 | 38°3 38-4 | 39:0 38°3 | 39°3 38°7 | 42°1 39-0] 45-2 38-0 14. | 39:2 39:2 39:2 39:2 | 38°5 38°5| 38-0 38°0 | 37:2 37:2 | 87-1 37-1 | 87°38 37:3 | 37:0 37:0 | 89:1 39-1 | 40°8 40°8 | 41-9 41°9| 41-9 41-9] 41-9 37-0 15 | 87°2 37°2 37°7 37°8 | 37°2 37°2 | 37:3 37°3 | 37:1 37-2 | 37°3 37°3 | 37°2 37°3 | 87°7 387°7 | 88-8 388°9 | 389°3 39°83 | 41:3 41°3 | 42:0 41:8) 42:0 36:0) 16 | 36°0 36:0 35°3 35°3 | 34°8 34:8 | 34:5 34°5 | 34°3 34:3 | 34:0 34:0 | 84°2 34:2) 35:0 35:0 | 35°3 35°3 | 35-2 35°2 | 36:0 36:0 | 35°2 35:2] 39-4 34-0 17 | 38:9 38°9 38:9 38-9] 38°8 38°8 | 38°8 38°8 | 38°3 38-4] 38-9 38°9 | 39:2 39-2 | 39:0 39:0 | 88:8 38°8| 88°5 38°5 | 38°3 38:3 | 387-7 37:7] 39°9 37:0 18 | 37:0 37:0 37:0 37:0 | 37:0 37:0 | 37:0 37:0! 27:0 37:0 | 86:4 36:4 | 36:'9 36:9 | 36°8 36:8 | 86°3 36°3 | 36:2 36:3] 36-9 36:9 | 37°7 37:7] 39°4 35:3 19 | 35°0 35:0 35:0 35:0| 34:3 34:1 | 35:0 34:9 | 34°7 34:4 | 84:7 34:5 | 35:3 35°2| 36°6 36°6 | 86°8 36°6 | 37°6 37:1] 38:0 37°3| 40°0 38:9] 40:0 34:3 20 | 36°6 36°6 37°3 37:3] 38°5 38°5 | 39-0 39:1 | 38°7 38°7 | 88°8 38:8 | 39°7 39°7| 40°6 40°6 | 41:3. 41°3 | 41°6 41°6 | 41-7 41:7} 41-0 41-0] 41°7 36:0) 21 | 41°0 41°0 40:1 40:1] 39°9 39°9 | 39-1 39-1 | 39°8 39:8 | 40°2 40:2] 40°0 40:0 |.38°7 38°7| 40:0 40-0} 41:0 41°0 | 41°4 41°5| 40:1 40:1] 41-4 32:0] © 22 | 32:0 32°0 32:4 32°4| 33°1 33:1 | 33:0 33:0 | 32:1 32:1 | 82°6 32:7 | 33:0 33:0 | 33°7 33:7 | 83°3 33°3 | 33-9 33°9 | 34°2 34:2] 35:0 35:0] 35°3 32:0] 23 | 33°3 33°3 32°1 321 | 32°0 32:0 | 32:2 32-2 | 32:0 32-0 | 32:0 32:0] 31:8 31:9) 32:0 32:0 | 32°9 32°9 | 33:4 38°4 | 34:2 34:2] 35:2 35-2) 35:2 31-7 24 | 31°4 31°6 31:2 31°3] 31°0 31:0 | 31°1 31°1 | 31°2 31°2) 31°7 31:7 | 31:8 31°8| 31°9 31°9 | 383-0 32°0 | 33:9 33:2 | 84:2 34°2] 34:9 34:9] 36°8 31:0] 25 | 34°5 345 34:0 34:0] 33°9 33°8 | 33°2 32:9 | 34:0 34:0] 33:9 33:5 | 33°6 32°8 | 33°9 33°1| 35:0 34°5 | 35:2 35:2 | 36°5 36:5 | 36°7 36°71] 37°3 32°5] 26 | 32°2 22°3 32°1 32:1 | 32:2 32:2 | 32°0 32°0 | 32°0 32:0 | 32°3 32°3 | 32°3 32°3 | 32°8 32:8] 34:1 34:1 | 34-4 34:4 | 35-2 35:2) 85:4 35°4]37:1 32:0) | 7 | 82:8 32:8 31°8 31:9] 31:9 31:9} 32:0 32°0 | 32°8 32°6| 34:0 33:9 | 34:4 34:4] 34°8 34°8 | 35:4 35:4 | 36:0 36°0 | 86°3 386°3 | 36°7 36:7] 37°3 31°38) 28 | 34:1 34-1 | 84:5 34°5 | 34-9 35:0 | 350 35:0 | 34°8 34:8 | 34°5 34:5 | 34°3 34°3 | 34:0 34:0 | 33°9 33-9 | 33°38 33°8 | 32°3 32°38 | 33°2 33°2] 35-0 28:0) 29 | 30°0 30°0 30°4 30-4 | 29°8 29:8 | 27:9 27:8 | 28:7 28-0 | 29:2 28-9 | 29:8 29°8/ 31:8 31°8}| 31°3 31:3 | 31:9 31-9 | 32°8 32:0 | 83°9 33:0] 35:4 27-9 30 | 30°5 30°7 29-9 29:9] 30°0 30:0 | 29°9 29:9 | 28:9 29:0 | 28:0 28-0 | 28:0 28:0} 27'7 27°7 | 28°0 28:0 | 29:0 29:0 | 380°5 30°0| 31°9 31:0] 33°7 27°7 31 | 29°2 29:2 289 28°9} 29:0 29:0} 28:9 29-0 | 28:3 28:3 | 28-1 28:1] 27:9 27:5] 29:0 28°7 | 31:0 28:8 | 32°5 32:0) 83:9 32°8 | 34°7 34°11 37:1 27°9 6 MEAN,) 37°7 37:2 ! 37°5 37°0 | 37°3 36°9 | 37-2 36°7 | 37:2 36°6 | 37:2 36°7 | 37°6 37:1 | 38:0 37°4| 38:5 37:9 | 39-1 38°7 | 39°8 39°3 | 404 39°8] 41-9 354 i SCOBND OhONWY 13 14 15 16 Le 18 19 20 21 22 23 Midnight.] Mean. Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet.|/Dry. Wet. Dry. Wet.|Dry. Wet./Dry. Wet./Dry. Wet.|/Dry. Wet.JDry. Wet.| | 43°1 43°0 | 44°9 43°3 | 45-0 42°8| 45°7 43°7 | 43°3 43-2] 44:0 41:0] 42-9 42°0 | 42°7 42:7 | 41°6 41°6| 41-2 40°9 | 41:0 40°3 | 40°3 401] 41°5 41°0 42°5 42°0 | 42°8 42:3 | 42°6 42°4] 42:0 41°8| 41:9 41°8 | 42:0 42°0 | 41°8 41:7 | 42°3 39°6 | 43°0 38:3 | 43-9 38°8| 44:8 39:0 | 43:0 37:0] 41°3 40:2 43°0. 43:0 | 43:0 43:0 | 43:0 43:0] 43:0 43-0 | 43:3 43°3 | 44:0 44:0 | 44:3 44:3 | 44-9 44:9 | 45°2 45:2] 45-7 45°7 | 45°9 45:9 | 46-0 46:0] 43-0 40-5) 48-5 48°5 | 49°0 49°0 | 49°7 49°7| 50:0 50°0 | 49°2 49:2] 48°6 48-6 | 48-0 48:0 | 47-4 47:4| 47°1 47:1] 47:0 47:0 | 47:0 47:0 | 46°8 46°8]47°6 47:6) 49°1 49°1] 48°9 48°9 | 48:4 48:4) 47:7 47°7| 47:3 47:3] 48-0 48-0] 47:0 47:0) 44:9 44:9] 43:3 43:3 | 42°6 42°6| 41°7 41°7 | 40°8 40:8] 46°8 46°8 | 40°9 40°9| 40°7 40°& | 40°4 40-4] 40:0 40-0] 40-0 40:0] 40:0 40:0] 39-7 39-7 | 39:3 39:3] 39°9 39:5 | 39:4 39:2 | 39:3 39:1 | 39°3 39°1]39°0 38:9] 44°6 43°5 | 45°3 44:2 | 47:5 45°0| 46°4 45°0| 46°38 44:9] 46°3 44:8 | 45-4 44°3 | 44-2 43°8| 44°1 43-9 | 43°8 43:7 | 43:0 42°8 | 42°4 41°99 42°5 41-9) 52°3 48°0 | 52:2 48°7 | 53°6 50°0 | 52:9 48°6 | 52°2 48-9] 51-2 48-9] 49-9 48-1) 47:9 46:°9| 46°8 46°7| 47:0 46°2| 46:2 44:3 | 45°7 42:0] 47:4 45-2] 53°7 49:2] 51:8 49°6 | 51:0 49°3| 48-9 47:9 | 46°5 45°8| 44:2 43°6| 42°5 42°0| 42-2 42:0] 42:2 42°1/ 428 42°8 | 42°3 42:3 | 42:7 42:7] 47:4 44:9) — 10 | 44°5 43°5 | 46°6 42°7 | 45-1 42:9 | 45:3 43°3| 45-2 43:3] 44:0 42-8] 42-2 41:3 | 40°7 39-2] 40:0 38-9 | 40°0 38:2 | 39°8 37°5 | 88-9 37:1] 42-7 41:8] IL | 471 46:0 | 47°3 46°7 | 46°4 46:2] 45:5 45:5 | 45°3 45:3) 45:7 45:7 | 45:2 45:2 | 45-2 45:2] 45:0 45:0] 44:9 44:9 | 44:0 44:0 | 48°5 43:5943°7 42°38] 12 | 411 411} 41°3 41°3 | 41-0 41-0 | 40-1 40-2 | 39:2 39-2! 40-1 40-1 | 39-0 39-0 | 39-7 39:7 | 39°3 39°3 | 38-0 38-0 | 38-6 38°6 | 38-4 38:0]40-9 40:8] 4 COOONID Ore COL 13 | 44:0 42°8 | 45°2 43°9 | 45:0 44:0 | 44:0 43-0 | 44°38 43°5 | 45:2 44:5 | 42-5 42:2 | 42-0 42:0 | 41°5 41°5 | 41:0 41:0 | 40°8 40-8 | 40:0 40:0] 41:0 40- 14 | 41*4 41-4) 41:0 41°0 | 40°2 40:3 | 39°5 39°5 | 39°1 39-1 | 39-0 39-0 | 38-2 38:2 | 37-1 37:1 | 37:0 37:0 | 37:0 37:0 | 37:0 37:0 | 37:0 37:0] 38°8 38:8 15 | 40°8 40°8 | 38°3 38°3 | 38:3 38°3 | 37:2 37:2 | 37-0 37:0 | 36:2 36:2 | 36-2 36°3 | 36:3 36:3 | 36:0 36:0 | 36:0 36:0 | 36:0 36:0 | 36:0 36:0] 37-7 37-7) 16 | 36°2 36°2| 37°0 37:0 | 37°9 37-9 | 38:5 38:5 | 38°5 38°5 | 38-9 38:9 | 39-4 39-4 | 38:9 38:9 | 38°8 38:8 | 39°0 39°0| 39:0 39:0) 38:7 38°71 36:7 36°7 | 17 | 37°4 37°4 | 38:3 38°3 | 89°0 39-0 | 39°9 39-9 | 39-2 39:2 | 888 38:8) 37:9 37-9 | 37-0 37-0 | 37:0 37:0 | 37:1 37:1 | 37:0 37-0} 37-0 37:0} 38°3 383) 18 | 37°6 37°6 | 39:0 39°0 | 390 39:1] 38:6 38°6 | 39:4 39-4 | 38°5 38:5 | 38-2 38-2! 37-0 37:0 | 37-0 37-0 | 36:0 36-0 | 36-0 36:0 | 35°3 35°34.37:2 37-2 19 | 39°0 38°3 | 39°8 38°8 | 39°4 38°8 | 38:1 37°8 | 37°8 37°6 | 37:2 37°2| 36-2 36:2| 36:0 36:0 | 35°5 35:5 | 35°5 35°5 | 35:9 35-9 | 35:3 35:3] 366 36:4 20 | 389°4 39°4 | 38°7 38°7 | 38°9 38:9 | 381 38:1 | 37:9 37:9] 37°8 37°8 | 36-2 36-2 | 36:3 36:3 | 36:0 36:0 | 38°8 38°8| 40:0 40:0 | 41-4 41°44 38-9 38-9 21 | 40° 40°5 | 39°5 39°5 | 37°4 37:4 | 36-7 36°7 | 85:0 35:0 | 34:0 34:0 | 38-2 33-2 | 34:0 34:0 | 82:7 32-7 | 32:2 32-4 | 32:0 32:0 | 32:0 32:01387-1 371) 22 | 33° 33°h | 84°7 84°7 | 34°7 34°7 | 35-1 35°1| 85°38 35:4 | 34:9 34-9 | 33-8 33-8] 34:6 34°6 | 84:5 34:5 | 34:2 34:2 | 34:0 34:0] 34:0 34:0] 33°8 33:8) 23 | 33°9 33°9 | 34°8 348 | 34°7 34:7 | 33°6 33°6 | 33°2 33°2 | 32:7 32°7 | 32:7 32-7 | 32:0 32-0 | 32:0 32:0] 31°7 32:0 | 31-9 32:0] 31°8 31:9} 32:8 32:9) 24 | 35°9 35°9 | 36:2 36°2 | 36:0 36:0 | 36-2 36:2 | 36:6 36:6 | 36:6 36:6 | 36:5 36:5 | 36°8 36-8 | 36:1 36:1 | 36-0 36:0 | 35-2 35:2/ 35:0 35:0] 34:2 34-1 25 | 36°9 36°9| 36:4 36-4 | 36°83 36°8 | 37°3 37°3| 85:3 85°3 | 85:2 35-2 | 35-4 35:4] 35-0 35:0 | 34:5 34-5 | 84-1 34-1 | 33-0 33:0] 32°5 3251349 34:7 26 | 36°0 36°0 | 87°1 37:1 | 35'9 35-9 | 36-0 36-0) 34°6 34:7 | 35:0 35:0 | 34:0 34:0 | 84:1 34:1 | 33-1 33-1 | 33:2 33:2 | 33:3 33°3| 33°83 33°81 33-9 33:9] 27 | 36-7 36°7 | 26:9 36-9 | 37-0 36°8 | 37°3 37:0 | 37:3 37-0 | 36-0 36-0] 35-1 35-1 | 34-9 34-9 | 34-6 34:6 | 34-7 34-7 | 84-7 34-7 | 34-5 34-5434-9 34-9 28 | 32:3 32°3| 31:7 31:7 | 31:9 31°9 | 31-5 31:5 | 31-9 31-9] 31-7 31-7 | 31:0 31:0] 30-0 30:0 | 29°6 29-7 | 29-8 29-8 | 29-0 29:0 | 28-0 27:8] .32:4 32-4] 29 | 34°9 84°9 | 35°4 35-4 | 34-9 34:9 | 33°9 33-9 | 34-1 84-1 | 83°83 33-3) 82:8 32-8] 32-1 32-1 | 32°0 32:0] 81-8 32:0 | 31-9 32:0] 31:7 31:7]319 31-8) 3 32°0 31:0 | 33:0 32:0 | 33°7 32-2 | 33:1 32:8 | 33:4 33:0 | 32:2 32-2 | 32:0 32-0] 31-3 32-0 | 31-2 31:9 | 30:7 30-7 | 30-2 30-2] 29°9 29:9130°6 305 31 | 35°9 849 | 37-1 35:2 | 368 34:9 | 35:0 34°5 | 34:2 33-9 | 85-9 31-7 | 34-8 30-0 | 33°7 32:0 | 83-2 33-2 | 83°9 33-9 | 34-1 34-1 | 84-0 34-04/82%5 31:6) MEAN.| 40°5 39°9 | 40°8 40-2 | 40°7 40-1] 40-2 39°8| 89°8 39°5 | 89°6 39°2| 88-8 38-5| 38-4 38-2 | 38:1 37:9] 38:0 37-8 | 37:9 37:5 |.37°6 37:2}.386 382) | | FORT-WILLIAM OBSERVATORY. ITL TEMPERATURE. | Dry anp Wer BuLss. AUGUST 1890. Dry. Wet./Dry. Wet.|Dry. Wet.|/Dry. Wet.|Dry. Wet.|/Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet. 64:2 52°7 | 54°9 52°38) 54°5 52°3/53°9 52:0] 54:4 52°4/ 54:8 52°7 | 55°1 53-1 | 56:0 54°0 | 56°9 54°8 | 59°2 56°3| 61°8 58:1 | 62:0 57-5 51°8 49:9} 51°6 49°8| 51°7 49°9| 50:3 48:°9| 50°9 49°1 | 51:9 50°5 | 52°8 50°9 | 54:9 52°8| 56°3 53°9| 59-7 56:1 | 60°0 56:0 | 63-0 57:7 54°7 51°8| 54:9 51:7 | 54:3 51°3 | 54°4.51°9 | 54:0 51°9| 55:0 52°8 | 55°83 53-7 | 56-4 53°9 | 57:0 54:7 | 57°8 54°7 | 67°3 54:9] 57-9 55-5 574 570 | 57°3 56°9 | 57°5 57-1 | 57-1 56°8| 56°9 56°5 | 57-0 56°7 | 57-2 56°9 | 57:8 57°2| 59-2 58-7 [59-7] 59-9 | 60°3 59:7 | 61:3 60-2 *3| 57:4 56°9 | 57°38 56°7 | 57-2 56°8| 57-2 56:9| 57:9 57°3 | 58°8 57-8 | 586 58°0 | 58°83 58-2 | 59-2 58°8| 59°6 59:1] 60°9 60-1 55°8 54:0 | 55°6 53°4/55°3 53-1 | 55:0 52:8} 54:6 52°5 | 55:0 53°2 | 55°8 53-1 | 56-7 54:0] 57°5 54:9 | 57-9 54:9|57°6 53°9|58°5 54:0 54°0 52°4 | 53:1 51°7 | 53:0 51:4 | 53-3 51°9| 52-9 51°3| 53-2 51°8| 54:0 52°8 | 55:1 53:2] 57-0 54°7 | 58-8 55:0] 61°6 55-1] 62-2 55-0 53°5 50°8 | 52°0 50:0 | 52-1 50°1 | 51°8 49:9 | 51:7 50:0| 51°8 50°0 | 53:3 51:2 | 56-1 53°3 | 59°2 55°6 | 60:1 56°6 | 62°3 58-3 | 64:8 59-0 57°0 54:9 | 56:9 54°6|55°8 53-2|54°5 520/541 51-6 | 55°0 52°8/| 56-0 53:5 | 58-2 54:9 | 62:1 57:0 | 64:0 57:5 | 64°8 59:1] 66°1 59-9 10 | 59°2 55°2| 59:4 55°8| 61:1 56:3 | 60:2 55°5 | 59-2 55:1 | 62-4 55°3| 63°6 56:9 | 65°5 58:2 | 65:9 [56:1]| 68:0 58:2 | 67°8 58:3 | 68-6 59-2 2°4. Tl =| 54:9 49°5| 55:9 50:0 | 55-7 50:7 | 54:9 50°7 | 56°1 50°6| 56:2 51°6 | 56°7 52° 50 5 COND RW or a oo On SHOOD eo CNNIWS wo on AAD oor i=) CO DONT S Ss~x1S6Sd5 SOG co — oO = a 60 . Sor Oro or or 68°2 59-1 | 65°2 58:3 | 64:0 58-2 | 62:1 57:9 | 62:2 57-7 | 61:7 57:6 | 62°1 57:9 | 61:4 57°3 54 51 57 0 57:1 | 59:0 56°7 59°4 57°5 | 59°4 57:3 | 59°5 56°9 | 58°6 55°3 | 58:0 54:8 | 57:7 54:1] 57°3 54°8 | 56:3 54:0) 55°6 54: : 54 51 58°3 | 54°7 53°1 53°2 | 56°9 53-2) 56:0 52: “4 51:0 | 53°0 50°3 | 53°3 51:0 49°9 | 51°8 50:4 | 51°9 50:0 54:0 53:0 | 54:7 52:8 50°3 | 52°8 50°9 | 52°7 51-1 50°3 | 530 49-7 | 52°8 49-1 49°6 | 53:1 50:1 | 52°9 50-7 50°1 | 53°9 50°1 | 52:2 50°8 w] 62°5 54°6 | 68°7 55:8 | 65°7 56°8| 66:0 57:0) 67:0 58:2 | 64:0 580/613 55°4| 58°8 55:0 | 57-9 58°0 55°8 | 59°0 55°6 | 59-0 55°4/56°5 53°5| 561 53°4| 54:9 52:3] 54:9 52:9] 53:8 51-0 | 53-1 55°7 52°3 | 54°8 52:1 | 53-7 51:9 | 53-0 51:1] 53-1 50:9 | 53:0 50°7 | 52°8 50-6 | 52:2 50°3 | 51°7 50-0 52°9 51°1 | 53:2 51:9 | 54°9 52:4] 55-0 52°9| 55°6 53:4) 55°6 53°1 | 55°3 53:0 | 54:9 52°1/ 54:7 53-0 57°9 53°0 | 57°9 54°3| 58°2 54:3/ 59°1 56:4 | 58°4 55:1 | 57-9 53:9 | 566 51:9] 55°8 51°0| 55:0 51:4 §8°6 52:2) 57°7 52°9| 57-7 53°5 | 57-6 54:0 | 56-2 53°4| 56°7 52°9|55°6 51:9] 55:0 51°3| 53°6 51:0 59°0 52°5 | 60°9 52°7 | 59-7 53:0 | 58°3 52-2) 58-7 53:1 | 574 51-7 | 54:8 5171 | 54:5 50°3 | 54:2 51-1 60°0 54:1 60:2 53:1 | 62°4 54:9; 62:9 54:3 | 61°8 53°7 | 60°4 53-2 | 57°2 51°1) 55:3 50°7 | 54:5 50-4 58°2 52:9 ; 53°9 50°9 47°4 | 52°7 49:0 48°7 46:1 54:1 51:0' 53:5 50°4/ 54:0 50:4) 56:0 52:1 | 54°3 51:2/53°0 49:9) 51:9 48°4 | 51:0 48°1| 50°6 49-1 | 51:0 49-1] 511 49-4 | 50°6 49:0 53°9 49°2 | 56-2 50°3|57°1 50°2| 54:4 48-3 | 57-8 50:9 | 55°7 50°2| 53-9 48:1 | 52°4 48:2] 50:9 47:2) 48-2 45-0 | 48-0 45:0 | 47-2 44-2 57°8 52°2) 55:1 51°4| 56:5 51°6 | 56:0 51°7 | 56:1 52°3 | 56-1 52:5 | 53:5 51-2 | 53°3 51°3 | 53:0 51:2} 52°8 50°3| 52:4 50:1] 51°2 49°0 55:0 52°3 | 56:2 52°2|57°0 51°8| 53:5 51:4) 53°7 51°6 | 53:1 51°1|52°5 50:4 | 50:0 48-0 | 49°0 47°5 | 48-9 5 | 49°2 47°7| 49:0 47°4 55:0 51:0 | 56:4 51:0 | 58°3 52:2] 54:9 50-7 | 54:3 51°3 | 52°9 50:1) 52:0 49°1 | 51:0 48°6 : 49°5 47°5 | 49-1 47°8 1 0 13 14 15 16 17 18 19 20 21 22 23 Midnight.] Mean | Dry. Wet. Dry. Wet. Dry. Wet.|/Dry. Wet./Dry. Wet.|Dry. Wet. Dry. Wet. Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet.]Dry. Wet. ; CON O nD S11 or1or SEN WOR NW Force Somte on oo = 58°3 52°4 | 59°8 53:2 | 60°7 53:°0|59°7 51:2) 58°7 51:7 | 55°3 50°38 | 52:3 49°1|52°6 49:0 | 51*4 48:3 | 50-0 50°3 48:0 |50°3 48-0 56°0 48°2 | 53°4 45°6 | 56°1 49°1 | 56-0 49:2 | 55:0 48:1 | 52:9 47:0 |51:2 46:3 | 50°2 45°7 | 50°2 45-4 552 49°8| 54:3 49°7 | 55°3 49°9| 55:9 49°9| 55-1 49-9) 53°5 48°7 | 51:4 47°7 | 50-1 47°4| 49°3 465 48 46°9 43°1 | 45°38 42-2 48 55°0 47°2 | 55°5 47-3 | 56°6 47:9 | 54:5 48-4 | 52-4 47-4 | 52-4 470 | 51:3 46-7 | 49°6 46:2) 4777 44-9 ee 3 i Oo bo i “I So i ce No} Pee Re OF 0 | 48-1 45:4] 47:2 44:4 45:0 | 47:0 44°3 | 44:8 42:3 47-7 | 50°8 48°1 | 50°7 48:0 ‘7 50:9 | 53°1 50°6 | 52°6 50:3 54:0 47°0 | 55°6 48°8| 55:9 49°7 | 56°2 50:2] 54:0 48°8 | 53:0 47:2) 516 46°5 | 50°9 46°6| 50°6 46°9 |Mzan. 59'2 54:0 | 59:2 54:0 | 59°9 54°5 | 59:4 54:3] 58°9 54°3 | 57°9 53:7 | 56°5 52°8 |) 55°7 52:3 | 54°4 51:4 | 5: oO oo ow Or Or oo oO “I oS or w to or Or ~ oO i oO on lor} ee or So Ne} OO I So i Le) S ns lor} co rs Ne} lor) ~ bo | So is Ne) So is for) Ne} A oO [oN] ~ 172 BEN NEVIS OBSERVATORY. TEMPERATURE. Dry AND WET BULBS. SEPTEMBER 1890. 1 2 Suan” id 5 6 Re 9 10 11 12 For Day. | Dry. Wet.'Dry. Wet.|Dry. Wet./Dry. Wet.|/Dry. Wet. Dry. Wet./Dry. Wet.'Dry. Wet.|Dry. Wet.|Dry. Wet.|/Dry. Wet.|Dry. Wet.] Max. Min. 34:0 34-0 | 34:4 34-4] 34:8 34°83) 35°0 35:0] 34-9 34:9) 84°5 34:5] 35:0 35:0 | 35°3 35:3 | 37-0 37:0 | 87°5 87:5 | 38-0 38°0| 38°9 38:9] 44:1 34:0 43°2 43-2 44-0 44:0| 44-1 441 | 44-4 44-4) 44-4 44:4 | 44-5 44:5 | 44°7 44-7 | 45-0 45:0] 44-0 44:0 | 43°9 43°9| 43°3 43:3) 48°5 43°59745°0 39-9 45°6 45°6 | 45°8 45°8| 45-8 45°7 | 45-9 45:9 | 46-1 46:1 | 46:1 46°1 | 46:4 46:4 | 45°8 45:8 | 46-7 46°7 | 47:0 47:0 | 47°5 47°5 | 47°8 47:8] 47-8 45°6 45°0 45°0 | 43°3 43°3| 42°8 42°8| 42-4 42-4 | 42-0 42:0 | 41-2 41:2] 40°9 40°9 | 42:0 42-0 | 42°0 42:0] 43:0 43:0 | 44-1 44:1 | 44°8 44°8] 45-0 38-0 37°1 3771 | 39-9 39:3] 42:8 38-1 | 40:0 39:2| 37:7 37:7 | 88:0 38:0 | 39°4 38°8 | 41:0 38°3 | 45°3 37°7 | 48°3 40:0 | 46-4 42:0 | 47:0 43°8].48°3 37-1 43-2 | 38:5 38-1] 39°1 39:1 | 36:0 35:9 | 86:3 32:3 | 37:0 32:0] 36°9 33:1 | 38°0 32:0] 41°3 32-9 | 41:0 33:8 | 43:9 33-1 | 44:2 35:8]52°0 36-0 49°1 44°6 | 49°3 43°83] 50°2 41:2| 49-7 48-6 | 48-8 48-1] 49°2 48:5 | 50-0 49-0) 50°9 49°6 | 52°9 50-2) 53-9 49:1) 57:5 47°4| 579 47:3] 58-9 48-6 48°6 48°6 | 49-0 49:0] 49:0 49-0/ 48-0 48:0 | 47:2 47-2] 46°9 46:9] 47:1 47:1] 47°5 47°5| 47:5 47:5) 47:0 47:0 | 46°5 46-2 | 47:1 47°1]51°8 46-2 46°2 46°2 | 46°5 46°5 | 46°5 46°2 46°2/ 46:0 46:0] 45:2 45:2) 43:2 43:2] 41°38 41:8] 39°9 39°9| 38:8 38°8| 39°9 39-9 | 39°2 39°21 46°5 33°8 34°4 34°4 | 34°6 34°6 | 34-4 35°0 35:0 | 35:0 35°0|34°8 34:8 | 34:6 34°6 | 34°9 34:9] 35°6 35°6| 35:0 35°0 | 365 36:5 | 36°9 36:9]39°8 34-4 11 | 40°2 40:2] 41°7 41:7 | 42:1 42:0 42:0 | 41-2 41:2] 41:0 41:0 | 39:0 39:0 | 88:1 38:1] 37°5 37-5 | 37-°2 37:2] 38°0 38-0 | 38°3 38°3] 42:1 37:2 12 | 40-0 40:0 | 39°7 39°7 | 39-4 39-3 39:3 | 39:0 39:0] 41:0 39-6] 39:3 39:3 | 39°8 39°8| 41°8 40°3| 41°8 41:0 | 44°9 41:9 | 46:0 43:0] 50:0 39:0 13 | 47:3 39:0 | 47:1 39:2] 47-0 47°8 39°8 | 47:0 39°3] 47°8 39:2] 48°2 39:9| 49°5 40°4] 50°6 40°8} 50°5 43°8| 51:7 45°6 | 51:9 46°2]54°0 44-1 14 | 44°3 44°3| 44:8 44°8 | 44:0 44-5 44:0] 44:0 44:0 | 44°0 44:0 | 45:2 45:2 | 45:2 45:2] 45:0 45°0| 45:5 45:5 | 45:9 45-9 | 47°3 46°5950°0 44-0 15 | 45°7 42:5 | 45°3 42°5 | 42-7 42°5 42°5| 42°8 42°8/42:°2 42:°2/ 42:0 42:0) 41°9 41°9) 42°6 42°6 | 44°0 41°9| 47:0 41°5 | 49°8 45:2} 50°0 41:9 16 | 43°3 41:3 | 43-0 41:0] 42:3 40°9/ 42°1 40:5 | 42-0 41:0] 41:0 40:2] 41°6 43°5 | 42°8 42-4) 45-1 41-4] 46°8 42°6 | 47:1 43°6 | 48°0 44:0] 48-3 41-0 17 | 45:1 45:1/ 44:1 44:1] 43-7 43-7 | 48:4 43-4 | 42°8 41-9] 42°5 42:5] 42:0 42°0|42°0 42:0] 41°8 41°8 | 42-4 42:4) 43-0 43:0 | 43°3 43°3]45°1 41°8 18 | 43°0 43°0 | 43°5 43:5] 43°5 43°5 | 43°1 43-1] 43-0 48:0] 43-0 43:0 | 43°2 43°2| 48°1 48:1] 43-4 48-4 | 43-4 43-4 | 43-2 43-2 | 43°5 43°5] 43:5 39-0 19 | 40°1 40:1 | 40°0 40:0 | 38°6 38-6 | 38-9 38:9 | 39:0 39:0 | 38°5 38:5 | 38:4 38:4] 39°9 39°9|40°6 40°6 | 41°9 41:0) 41°8 41-2) 41:4 41:4] 43:3 38-4 20 | 40-7 40:7} 41:1 41:1] 40:3 40-3] 40:1 40-1] 40°0 40-0] 40°0 40:0 | 40:1 40:1 | 41:4 41°4] 40°6 40°6 | 40°5 40°5| 40-0 40-0 | 40°6 40:6] 42°3 36:6 21 =| 36°7 36°7 | 36:7 36°7 | 36°7 36:7 | 86°4 86:4 | 37:0 37:0 | 37:8 37°8 | 37:9 37°9 | 38:2 38:2} 38°6 38°6 | 38°8 38°8 | 39:0 39:0 | 39°1 39:1] 39-4 36-4 22 | 39-0 39-0 | 39:0 39:0] 39:0 39-0 | 39°0 39:0 | 39°3 39-3 | 39°3 39°3 | 39°2 39:2) 39°8 39:8] 40-7 40-7 | 40°9 40°9| 41-0 41-0} 41:4 41-4] 42-1 39:0 23 | 40°7 40-7 | 41:0 41:0, 41:0 41:0 | 40°9 40:9 | 40°8 40:8] 40-8 40°8 | 40°7 40-7 | 40°7 40-7; 40°5 40:5 | 41:2 41-2 | 42°8 42°8 | 39°8 39°84 42°8 37°0 24 | 3971 39:1 | 39°6 39°6| 40:0 40:0 | 40°7 40:7 | 41°0 41:0] 41°5 41°5| 41°0 41:0 | 41°5 41°5 | 41°7 41°7 | 41:0 41°0| 41°5 41°5 | 40°2 40:2] 41-7 3271 25 | 32:0 32°0| 31:9 31°9| 31:9 31°9 | 32:0 32°0| 32:0 32:0 | 32°0 32:0| 33:1 33:1 | 32°7 32:7 | 33-4 33:4 | 34:0 34:0 | 34:3 34°38 | 34°7 34:7] 45-7 31-9 26 | 45:8 45:8 | 45:9 45°9| 46:0 46:0 | 4671 46:1} 46°8 46°8 | 46:2 46:2| 46°4 46:4] 46°6 46°6 | 47-1 47:1 | 47:2 47-2 | 47-2 47-2 | 47:0 47:0] 47:2 38-0 27 | 47°4 47-4| 46°3 46°3| 46:2 46°2| 46°3 46:3] 45°9 45:9) 46°0 46:0] 46:5 46°5| 45°4 45:4) 45:4 45-4 | 45°3 45°3 | 45:5 45°5 | 45:2 45:2] 47°4 391 28 | 39:0 39-0 | 37:1 87:1 | 35°8 35°8 | 35:3 35°3 | 35:2 35:2 | 35:1 35:1) 34:9 34:9 | 34°8 84:8 | 35-4 35°4 | 86°3 36:3 | 86°9 36°9 | 37-4 37:4] 39°0 34:8 29 | 35°6 35°61 35°3 35°3 | 85°9 385°9| 385°8 35°8 | 86°5 36°5 | 37-4 37°4| 37°3 37°38 | 37:0 37:0 | 37-1 37°1 | 37°6 37°6 | 88°1 38-1 | 38°5 388°5] 40°3 28°8 30 | 28°1 28-1 | 27°6 27:6 | 27°5 27°5 | 27°6 27-6 | 27°38 27-8 | 28:2 28:2 | 28°5 28°5 | 28°8 28°8 | 29-2 29-2} 31:0 31:0] 31°9 31°9| 31-9 31:9] 39-4 27°5 MEAN.) 41°3 40°7 | 41°2 40°5 | 41°1 40°3| 40-9 40°5 | 40°7 40°2| 40°8 40:2| 40°8 40-4] 41:0 40°4| 41-7 40°6| 42:1 40°9 | 42°8 41:3 | 43-1 41°71 45°8 38°0 COONS OP CWNe — i) te RiP coc me Ce mR OOoW or) WOM mae BO 13 14 15 16 17 18 19 20 21 22 23 Midnight.] Mean. : Dry. Wet.|Dry. Wet./Dry. Wet./Dry. Wet. Dry. Wet.|Dry. Wet.!Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet/Dry. Wet |Dry. Wet.J[Dry. Wet. 39°9 39-9] 41-5 41:5 | 42:9 42-9| 43-9 43-9 | 44-1 44-1 | 44-1 44-1 | 44-0 44:0 | 44-0 44:0 | 44-0 44-0 | 43:9 43-9 | 43-9 43-9] 43°3 43-4] 39°5 389-5 42°8 42°83) 42:3 42°3 | 42-2 42:2) 41:4 41:4 | 41-0 41:0] 40°3 40°3 | 40°0 40-0 | 39:9 39:2] 44:0 44:0] 43°8 43°8 | 44:8 44:8] 45:0 45:0] 43:2 43-2 46°8 46°9 | 46:9 46°9 | 47-1 47:1] 47:0 47:0 | 46°7 46:7 | 46-7 46:7 | 46:0 46:0] 46-0 46:0] 46:1 46:1| 46:2 46:2 | 46:0 46:1] 46:0 46:0] 46-4 46-4 44°3 44°4| 44°9 44:9] 44:9 44:9] 44-5 44:5 | 43°8 43°8/43°3 43°3 | 41:2 41:2] 40-1 40:1] 38°1 38:1) 38:0 38°0 | 38:9 38-0] 38-1 37-9] 42:2 42:2 46°9 43°0| 47:0 43°2| 44:0 42°5 | 42:0 42:0 | 44:0 41°1 | 46-2 46:2 | 45°3 45°3) 45°6 45°6| 45°8 45°8| 45:2 45:2/ 43:9 43:9] 44:0 44:0] 43°5 41-7 47:0 36°2| 47-0 36°6 | 47-4 35°6 | 48°8 34:9 | 49-0 35:1 | 52:0 35°9 | 50°3 35°0 | 50°3 36:3 | 48°8 37°9/ 47:1 47:1] 49:0 46:2] 44-1 36-4 58°2 48°2| 58-9 48°38) 57:7 44°5| 57-7 46°3| 55-9 41:1] 54:9 42°1/ 51:4 43°8| 49-4 47:0| 49:4 49-3} 49-0 49:0 | 48°6 48:6 | 48°7 48°2152°5 46:8 49°0 46°6 | 51°8 47°7| 51:2 46°8 | 51:2 47:5] 50:0 46°8 | 48:2 46:1 ae 462 | 46:2 46:0] 47:1 47:1 | 47:1 47°71] 46-9 46°9| 46°8 46-8] 48-1 47-2} 1 37°0 38°7 38°7 | 38°6 38°6 | 38:0 38°0 | 36°8 36°5| 36:1 36:1 | 36-0 36-0 35°1 | 35°1 35:1] 33°8 33°8 | 34°2 34:2 | 35:1 35:1] 84-8 34:8] 39°7 39°6 38°0 38°0 | 38°3 383] 38°9 38-9 | 38°8 38°8 | 37°9 37:9 | 37°9 37:9]: 37°0 | 87:0 37:0| 38°0 38-0 | 39°0 39:0/ 39:0 39-0 | 39°3 389°8] 36:7 36°7 | 11 | 38°9 38-9) 38-9 38-9] 38-8 38-8 | 38:3 38:3] 37-9 37-9] 37-5 37:5 | 38-2 36:3 | 39:7 37-:0| 40°8 40°8| 40-2 40-2| 40:1 40-1] 40:3 40:3] 39-4 39:2] 12 | 47-0 42:9) 46:3 41:3] 48:4 43:4] 48:3 40°8 | 48°6 40°8| 48:2 41°5| 48-8 42:0 | 50-0 40:0] 48:2 38-7 | 47°6 39°3 | 47:2 39°2| 46-4 39:4] 44:5 40-5 13 | 54:0 47°9| 53-7 46°7| 53°6 46°4 | 52°6 46:0 | 50°8 41:2 | 48-8 45°3/ 47:4 44:0 | 47-0 43:0 | 45:9 42°9| 44°6 42-1) 44:1 43-4) 44:2 44:2] 48-9 49-7 14 | 48°8 45°8| 59-0 47:0] 49°9 47:2| 49°5 46:5] 48-6 46:6] 47-0 46:0] 46:2 45°8| 45:4 45:0 | 45:0 44°9/ 44-8 44:8) 44:0 44:0] 44-2 43:1146-0 45-2] 15 | 49°0 48° | 50:0 45:0 | 49°8 44-8 | 48-7 44:2] 47:9 42:9] 46-8 42:0| 45°5 40:4) 44°8 41:2] 44°5 41°3) 44:4 41:3] 44:1 42°5| 43-9 42:3].45-3 42°38] 16 | 47°5 44:3 47:3 44°3 | 48°3 45:7 | 47°6 45:°2| 47:5 44:5 | 46-4 43-5 | 46-2 41-8] 45°8 44:1] 45:0 44:5) 45:1 45:1) 45:5 45-5 | 45-6 45:61 45-1 43-2 17 | 43:4 43°4| 43-7 43°7 | 44-1 44+1| 44:0 44-0 | 43:5 43°5 | 42:9 42°9| 42-1 42:1] 42:1 42°1| 42-1 42:1 | 42-2 42-2) 42:2 42:2] 42:2 42-9]42-9 42:9 18 | 41°6 41°6 | 42-1 42-1) 41:8 41-8 | 41°6 41°6] 41:0 41-0] 40:5 40°5 | 39:8 39-8] 39-0 39:0 | 39:0 39:0 | 39-0 39-0] 39:0 39-0] 40:2 40:2] 41°8 41-8 19 | 42:0 42°0| 43:0 43:0 | 43°3 43°3| 42°9 42°9| 42:6 42°6 | 42°6 42:6] 42:9 42:9] 42°6 42:6] 41°2 41:2) 41-2 41:2] 41:0 41:0] 40-9 40-9] 41-1 41-0 20 | 420 42:0 | 42-1 42:1] 42:3 42:3) 41°8 41-8] 41-0 41:0] 38-0 38-0 | 36°6 36:6 | 37-0 37:0| 36°8 36°8/ 37-0 37:0] 37:2 37:2| 37-2 37-2139°8 39°8 21 | 39°4 39-4 | 39°3 39°3| 39-3 39:3 | 39-1 39:1 | 39:0 39:0| 38:7 38°7 | 38:9 38:9 | 38:9 38-9 | 38:9 38-9 | 38-9 38:9] 39:0 39:0] 38:9 38:9] 38-4 38-4] i SOON CIP CONr: _ or iw) wo ~ io 2) 22 |42°0 42°0| 42-1 42-1) 41:8 41°8| 41°8 41:8) 41°8 41°8| 41-7 41:7] 41:0 41:0] 41:0 41:0 | 40°4 40°4/ 40-0 40-0] 40:1 40:0] 40-4 40:0] 40-5 405 23 | 39°7 39°7 | 40-0 40:0 | 39°3 39°3| 88°6 38°6 | 37:4 37:4 37:0 37:0 | 37°4 37:4 | 88:0 38:0 | 38-2 38:2) 38-7 38-7 | 39:0 39:0) 39:1 39:1] 39-7 39-7 24 | 39°0 39°0 | 38°8 38°8 | 38°3 38:3 | 387°1 37:1] 85°2 35:2 34:1 34:1] 33-7 33-7 | 33°6 33°6 | 33:0 33° | 82°38 32°8| 33:1 33:1] 32-1 32°1]37°9 37-9 25 | 35°2 35°2 | 35:0 35:0] 85°9 35°9| 35-4 35:4] 36-4 36:4 | 36-4 36°4| 37°3 37°3| 389-0 39°0| 40:7 40-7 | 42°8 42°8| 45:2 45:2] 45-7 45-7135°8 35:8] 26 | 46°3 46°3 45-7 45°7| 44-4 44-4| 43-9 43-9} 40-5 40-5 | 39°1 39-1 | 38-0 38-0 | 42°3 42:3] 43°9 43-9] 45:0 45-0] 46-0 46-0| 47-0 47:0] 45:0 45:0] 27 =| 45:0 45:0 | 45-0 45:0 | 44:7 44:7 | 44-1 44-1 | 43:8 43°8 | 42-9 42:9 | 41-2 41:2] 41:0 41:0] 40:2 40:2) 39°9 39°9| 39°3 39:3] 89°] 39:71] 44:1 44:1) 28 | 374 37:4 | 37-2 37:2] 36°6 36°6 | 35°4 35-4 | 35°6 35°6 | 85°3 35:3 | 35-9 35-9 | 35-7 35°7| 85°7 35-7 | 36-0 36-0] 35:2 35-2| 35-6 35:6] 36-0 360 29 | 40:2 40:2 | 40°3 40°3| 39:0 39:0] 37:1 37-1 | 34:6 34°6 | 31:9 31-9 | 30°6 30°6 | 29-8 29:8 | 29:2 29:2] 29:2 29-2} 29:2 29-2| 98-8 28-81 35:1 35:1) 30 | 30°9 30°9| 51-0 31:0] 81-7 31°7 | 33:8 33°8| 36:4 36:4| 39-4 39-4] 38-9 38-9 | 39-1 39-1] 38°8 38°8| 39:0 39-0| 39-0 39-0] 39-1 39:1] 32-7 32-7] |MEAN.| 43°3 41°9 | 43°6 41°9| 43°5 41°8| 43-1 41:4 | 42°6 40°6 | 42:1 40°5 | 41°5 40:0] 41°5 401] 41°5 40°5 | 41°5 40°6 | 41°5 41-1] 41°5 41:1] 41:9 40°8 173 FORT-WILLIAM OBSERVATORY. SEPTEMBER 1890. Dry AND WET BuLBs. TEMPERATURE. ST UCUaAE LON Mente eT er er Leg eer waar Net ene nme aa leh ioe KT ener Ose enmenS: DHHMWD DOMOD MDOMNAHS ODOMON HANGDMm OADON DOOM DOD ANOKNS DQG SORLHO AROK BSSSS SSSS5 SSSSR SSESSS SSSHG SSB5F 5 5 5 5. 5 5 4 5 5 4 5 4 4 5 5 5 5 5 4 5 5 5 5 4 4 5 5 4 4 4 61°6 51:3 STMORe Sine aral! csi ee et wre et! y Re ee elee exe Gertie —@ivedemaiiess etal het almrecaheniaw 8 3 7 8 3 il 4 8 8 9 0 5 ul 4 9 8 4 9 7 0 8 7 if 2 1 3 3 2 3 6 58°9 54:9 APODWD HDihtdWo HOMDADO 1ODOWOr WOMmOO FRO Hr Se ee er See eee peewee rete sr hee tina neil a eas Sian ebb a sae baile simia ot Mme OOOH IDSOSIWNAN DiwoOdsRD HOMmMOO 1H Oxo ADMAS ARDAI> DRM WBWI~ A WOO BWMOHOD DBO SODRH DORA AHARI BOON MHNHO Oh IBADIGAGIG IGADIGAGIG 1GaGiG Gi 1G 19 iG 1GAG 191919191 19191919 SH *QOCD EC DOOMmDH OOINWDW 1HMMHN ONAH~ ODO C0008 PHO 1 001D Pee HOOD LO AIS He OMMOH ©OO10030 AED ACY ADA ACD AD AD CO AD AG AD AG AGI aD CO COW iD iQ OU wQ a rg ws © 19 19 1) Hh Oe Sie OC Sh. SLs Ue Mes Lit ReRMthen be leguPa eh er Setiss ac Sibag lec cere se aalle Diy OO MAOMMH WHOAMDIOG ODOOSOM ADAHH OmnnnH Tir 6 PHO—D OOnYeD HADNT YOON DONDHO POOISD NHRDHS UOMKiOM DOOKM ACMAG® OLAOH PGI IS IGG iG iS AiSid 1rsi@TGig wigs wig sia ws SDB ey SE CSS BE Sele Slee coe SERELNeMOSE Teh l eee ERs) can Neau@ic melee | Jue ed were er ce Dry. DODOHN AOKLIOA Acad wiaAOA AANAL coomcna MIGIDIGAD HIG iIS SH wis FSi WSidisg faq Wigs wig Hig sh HOM OH NOMY~N O101I91OH ANH O OMMDDS BRWOSMDO 4 5 5 5 5 5 5 5 5 5 5 5 4 5 5 5 5 5 5 5 5 5 5 5 4 5 5 a) 5 4 54°7 52°1 | 55°6 52:9) 56:7 53°5 | 57°6 54:0 | 58°6 54°7 >. BED ED AD AD ACD AD SH ACD ASD AD AD TD SHAD AD 1D COAG SH AC AG AD AD AD ACD aD ACD CD ACD SH DPAQWO 190 CO HO AHAADHOS ADDY HH Oem HRONeSO DiB9OHAN DiQONw HO ODANNHS AFKBON BANKS Li-ASH TSS HIS GH SiG HS 191918 FAQ IH Giggs ws Miss 0 1 8 7 8 2 7 3 0 7 8 4 2 2 7 4 7 4 9 6 2 8 8 7 1 0 9 1 2 4 544 51-9 DiRDON DOOHOH AAMAS DVQHeN GAANMNS HDKLASH SD ID GAD WH Magis Hh 1619 Gidis 1911 Was wigisiS st wig Hip H PASAD AMNWH ANDNADO DHWOWOIHNO BWRSHm~ HNODORG Sricbikas Jaiiape | Kal aeTrachentni ee Ceaume len suet Mey ae hen Beene ael cRiMer nel-cwl,, Tense iam ee OMmOT OMODe ONIOr~O ON0O'9 1OMr~9109 DAn tr 54°6 5271 4 Wet. y. 50 55 5 5 5 1 5 4 5 0 5 3 1 2 1 6 6 0 iH 9 2 2 6 1 2 2 3 8 1 3 0 0 0 1 9 OID DOi9N WiGQiWOHR ANHHAR HOWELM SANMO DORON IBS id SH SAG BiG HA 1911S Mad WW iG iG is — 1919 aa H 9 48 5 5 5 5 SiIQODOH HOAs WtiGQOH SOMOOS AHMAR HRIHDO 1B HDG Id 1GiGTiGig SOs wig w9iGigigH 14191510 H 54°4 52-0 et.|Dr 3 Dry. W 0 6 2 8 1 6 9 5 3 2 Sr1xmHeMSOM AMMr-On ANAOWDARMD Booon ier > UCD ACD ACD ASD ACD SH AD AS SHIGA SHAD ADD aD AD HAD 1D 1D a AG SH ag a a ak SH i.e) 8 48 Ses ewienes Lea) Ue Cen herder cel” pene Owwr yan” Veh RE Ciee meme me Kel Near leimtksal . ise thet re: wells Ot 10D DOA OMIOm~A WMr~OID O-MHHD Boao 54:6 52:2 50 55 2 Wet. 9 48 Dry 50 55 0 3 0 2 5 5 0 8 2 1 8 9 3 3 5 0 0 4 0 8 1 6 2 5 5 0 0 6 1 3 OIGDIQO MH MONOD ONdiN9d WRB SAANS DoOOaRG S186 BIASot SSMS SHSSS SHSGR SSSA nN BLH HON AS HHOON GHnDSH COMHR DOAAK iY AD AD AD ACD SHAS AD AD AD A HAD ID C19 193 1G rGagagQ Hh 19191010 tH 54°7 52-2 1 Dry. Wet. 3 48 5 5 5 5 50 2 7 5 9 1 7 6 2 1 5 5 8 9 0 9 3 8 9 9 2 2 3 0 7 8 7 1 1 6 3 6 DiQHON OW MOD ANSON tHKRHa® SANNS LoNow A BWSeF SHOMSG SHSSS SARRS SAAS EF SPB~S ANIA WOMNMIMDIGD MWOWH HOMAD ARNMDO SiO HI1Q KMQDH cOcQOn AHKHS ORAHH Qoane ISIS 1 FiSSiH Biswiss SHHsG6 GSsooe Bosow 6 SID IID DINMAS OOAWA Oddo AODIONS OMDDIEID DEO TIOIO WIOPAS OIONHAR OlIOMHDO NOIOMmS ONO K MiOmoat AKA AMAoM 0o a BeSS5s5 SAiss SSA8Ss SSisag aeane ww aAw Mean. E'dd I~ ISO OOK DOWRH ono KRepato Qraac ASS 151515 141GGSidiS WiSisBo Goisiow ioosog SSsagy 566 53°4 Olax Sevan See lene logue ankis Saeed lent (ort Enea ext\e i iwanintn) Mente Ne th eel o ee See IDHO rs O COCDI~OON AP1909MH wWHOMO iol 3 Midnight IDIDDO1Q9W DOROSD O*RrwHM GONG OMAOwW DOMcded DIS IDIGID WiGiIGIGiS IBGHIGOO Gosoaios woos SSSR HN FNOMG ONSOOM AOAPAH NSWHOH AHHSOS Gami90 7 0 8 0 8 0 0 7 7 1 0 0 9 9 2 2 a 0 6 8 8 2 0 0 5 9 2 0 6 5 54:7 52°4 23 =H wo EARS BH Se MOD AOD G2 001IDED GI~NOMD ONWHWOO wOcrmH nN . Wet.|/Dry. Wet.|Dry. 22 8 8 4 6 0 9 6 9 5 2 7 8 0 2 9 5 6 7 6 7 4 7 5 8 0 8 5 9 54:9 52°4|54°7 52°7 Dry 55 54 56 55 56 53 58 59 51 52 54 50 59 59 63 61 58 53 55 53 56 53 53 51 54 56 53 51 47 44 6 0 0 4 5 2 3 i 7 2 0 3 3 2 2 5 ] 7 1 1 6 3 0 4 3 0 0 1 8 9 QHIXACS ASL GHHHOH COMBS AAAKA BASME B16 IMGiSTid Bigsisio WoooH Goons Bases 21 7 Wet. 55 2 54 ul aye 55°3 525 Dry. 55 55 57 56 5 5 5 6 5 5 5 5 5 5 6 6 5 5 5 5 5 5 5 5 5 5 5 5 4 4 5 6 9 7 4 0 0 7 2 7 8 5 9 7 9 6 3 9 9 3 2 4 g) 0 i 2 7 1 0 7 QADOND DiQORS SGyAHoSO GONHS ADO WASUE ISAS AGAD 1GiGAB9 Fi wWiHiGiG1G 1G9iGiGiaS iodo waong 20 . Wet. 55 7 6 1 6 8 9 ih 9 7 0 1 9 7 1 2 2 A 7 0 1 2 0 7 8 0 3 0 2 2 2 55°7 52°7 IBHMW6D MOKOH ONOOH HOMGH AtUOS HAMioa IBD 1919.16 ISADIDIBIA 1B1GiGiGiG IDiGiIG1G 1] Wo WMS WaARs SOM LONS* WOKS AGS LOBHA KHOR < 1D 1 O19 IS SisBa iis Dry. 55°7 55'8 57°3 57°2 57°9 57-7 61:0 62:3 56°3 54:7 54:1 55°9 61:2 60°2 64:1 9 3 3 5 8 4 5 1 ) 4 6 8 0 0 2 56°6 53:0 8 9 2 7 5 8 3 4 3 8 7 6 0 i 3 5 1 0 4 8 2 9 5 4 1 8 0 4 5 0 DQ HIS HiG IROOM Aigwododt 91M AHHAOS He HOG IDIDIS IBSOHG OSGeo Bisse Goaws osABR SPHMOD POWOM™ AMMA ONEBMS Wrniswyw Onoow WRAANANO iSO DMM DOHA INwram WOwOiwsig wWiwwowowo O19 019 Bias iow Beoaaw Wet. 9 55 Dry. 56 56 7 8 8 0, 5 Bi) 7 4 18 4 54 57°9 53°8 2 il 5 7 0 SHOSSD OY-OOMN MOIR OMHHHA HOSDOD She Eat vere Merwe Mecwesaln SMe keer Re Cae ev Me hate ee Wet Naeem a gaat uel ee Nmree Ae ID ADAG iD 1G 19 191GDAD 1DrAGPViG91IGAD 191919191G 1H1G15 BiG 11916 a Vi Wet 2 56 5 Vi 6 6 7 9 9 2 2 1 7 9 9 7 7 7 6 5 4 2 5 2 0 1 5 6 0 8 2 IDCOID WO Gi91iwxD WOOO O OOMOiQwOig 1919191919 19191016 HH Dry. 56 57-7 7°8 0°0 9°9 "5 56 6°3 9° 4-9 7°3 2° 1 4°3 4°9 8°6 as 0°3 8°3 3°] Mate 9:0 79 8-0 5°6 2°8 9°] 70 4-1 3°1 4°3 59°2 54°7 2 1 0 4 6 1 2 5 2 0 9 5 5 1 7 5 7 2 4 9 0 + 6 2 3 4 1 1 5 9 DOIMD LOAAM ALASK BGRKKRY MOONS LLoOWA 11GB 1G AD 1919.1 GH 16 5 56 9 55 5 5 5 5 5 5 r 5 5 5 5 5 6 5 5 5 5 5 5 ADH Dea H CODARAS MOSOOMD MHOON DBOMM0 Ta or tea et ie ier tcer ie Ope an ete ee meno! ae De reer ear cele Toe re te oc toe te ey Dry. Wet. 56 57 5 6 6 6 6 6 5 5 5 6 6 6 7 6 6 6 6 5 5 5 5 5 5 6 5 5 5 4 Soper ker ce alnex ve" pelehe ie Ie ie DOLE Ge) LeeLee etn Cates ech REGEN De ay AD AQ LD AD SH 15 6 54 56 5 5 5 5 5 6 5 5 5 5 5) 5 5 5 5 5 5 5 5 5 5 5 5 i 0 8 “tl 1 al 9 i 9 2 0 0 al *2 2 0 0 5 9 3 “4 0 3 8 9 0 8 9 0 Dry. Wet. 1 8 8 0 al 7 3 7 7 2 4 5 2 9 2 7 5 8 9 6 3°6 1 4 7 0 7 4 0 3 3 59°9 55:5 | 59°8 55:3 54 58 58 6 6 6 6 6 6 5 5 6 6 6 6 6 6 6 6 5 5 5 5 5 5 6 5 5 5 4 4 2 0 7 3 9 2 3 8 6 4 2 9 5 0 1 7 9 5 3 5 8 0 0 9 6 7 6 9 0 BODO WOUAD ALAR CROSH MHS Ora~ is isoS Sis oisa 14 0 53 6 58° 7 0 9 1 0 0 8 9 2 6 8 8 1 5 9 3 3 3 8 0 2 2 5 6 1 4 0 8 ry. Wet. PRA cai GE oe eer a Rit eet hee rt acer tee ta coh eri tee Poy Pilar 00190 HRB 4 594 55°3 58 ) 9 1 4 6 9 6 8 ] 1 5 7 5 10) 9 2 6 WATDS SANGO COPHAMAA Wt -HAWO1GQ OMOHGQ ~wOMHO Che a UMS den Wentiet aw mage ie re imc. Saka! il Searels MMe ees Me de able ita’. rats Mant ullas eek Ne a as 2 BCD UD UCD ACD ACD AD AD CO AD AD AD AD AD AD AD AD AD AD AD AG. AD a rag aga 1) 19.19 wd HH os RETEST RG ES Ae RE cet SO et attr PS wir ng a oil Tce a hh tk 2 Hid Coro pastas, sop tol eee aie 5 5 5 5 5 6 5 5 5 4 Mean] 59°3 55:2 174 BEN NEVIS OBSERVATORY. TEMPERATURE. Dry AND WET BuLss. OCTOBER 1890. 1 2 3 4 5 6 7 8 9 | 10 11 12 For Day. Dry. Wet.|/Dry. Wet.|/Dry. Wet./Dry. Wet.|/Dry. Wet.|/Dry. Wet.|/Dry. Wet.|/Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet. Dry. Wet.] Max. Min. 38°6 38°6 | 39°0 39°0 | 38°5 38°5 | 38:4 38:4} 36°3 363] 33°83 33°8 | 32°0 32:0 | 32°0 32:0 | 32°0 32:0 | 31:2 31:2/ 31:0 31:0] 30°38 30°38] 39:0 26:3 26°0 26°0 | 25°2 25°2| 25°2 25:2 | 24:9 24:9 | 23-7 23°7 | 23°5 23°5 | 23°3 23:3 | 23:0 23:0 | 24:2 24°2 | 25-4 23°4 | 26°3 26:2 | 25°8 24:°3140:0 23°0 40°2 40°2 | 41°0 41°0 | 41°7 41°7 | 42°0 42-0 | 42°0 42:0] 42:1 42+1 | 42:4 42:4 | 42:9 42:9 | 43-0 43-0 | 43°3 43:3 | 48°3 43:3 | 43:0 43:0] 43-4 38-4 38°4 38-4 | 38:1 38:1 | 37:0 37:0 | 37°1 37:1 | 87:0 37:0} 36-7 36:7 | 37:2 37°2| 86°6 36°6 | 36°6 36:6 | 37°8 37°8 | 37°9 37:9 | 37:3 37:3] 43°83 36°6 43°7 43°7 | 43°8 43°8 | 43°8 43°8 | 43°5 43°5 | 435 48° | 43°83 43°8 | 43-7 43-7 | 43°4 43-4 | 43°5 43°5 | 43°38 43°3 | 43°6 43-6 | 43-1 43-1] 438 35-1 35°1 35°1 | 35°1 35:1 | 35-9 35-9 | 84:3 34:3 | 33-0 33:0] 31-9 31:9 | 31°6 31°6| 31-4 31-4] 31-9 31:9 | 31°5 31°5| 31°6 31°6 | 319 31:9] 35-9 306 31°3 31°3 | 31°2 31°2 | 31-2 31:2 | 31-2 31:2 | 30:9 30°9 | 30°5 305 | 30:0 30:0 | 30°6 30°6 | 30°3 30°3 | 30°71 30-1 | 29°9 29-9} 31:2 31:2] 31:7 28:0 30°0 27°8 | 31:0 26°6 | 28-0 27:0 | 28:0 27°2| 28°2 27:9} 29°3 28°5 | 28-7 27:8 | 29°5 28°7 | 80°8 29-9 | 31°9 31:0 | 32°8 31°8| 33-4 32:0]35-0 28:0 821 32:1 | 32°71 32:1 | 33:7 33°7 | 33°7 33°7 | 35°9 35-9 | 37°3 37:3 | 88°8 38-8 | 38°3 38:3) 39:0 39:0 | 39°8 39°8| 39°3 39°3| 40°1 40:1] 44-2 32-1 44°2 44:2 | 44:0 44°0| 44:0 44:0 | 43°7 43°7 | 42-4 42°4] 41°6 41°6| 41°6 41°6 | 42°3 42:3 | 42°8 42°8 | 43:0 43:0 | 43-4 43-4 / 43°5 43°59 44:2 41°6 Il | 43:2 43-2 | 43:3 43:3 | 43-2 43:2 | 43-1 43:1 | 43:0 43-0 | 43:0 43-0 | 42:9 42:9 | 42°9 42:9] 43:0 43:0 | 43-4 43-4 | 43-9 43°9| 44-1 44°1] 44-9 41-9 12 | 44:2 44:2 | 43°3 43:3) 42°5 42°5 | 42:0 42:0 | 41°3 41°3| 41:0 41:0 | 39°9 39-9 | 39:0 39:0 | 38:9 38:9 | 38°8 38:8 | 39'°1 39:1 | 39°9 39:9] 44:2 37:2 13 | 37°4 37:4 | 37-4 37:4, 37:2 37:2 | 36°9 36°9 | 37:2 37:2] 361 36:1 | 36:4 36:4 37:1 35:5 | 36-2 36:2 | 36-4 36:4 | 37-0 37:0 | 38-0 38:0] 41:0 361 — SOC OND Oe WHR 14 | 40-4 40-4 / 40°5 40°5 | 40:2 40:2) 40:0 40:0] 39°8 39-8 | 39-0 39-0 | 39°8 39-8 39:2 39:2 | 38:1 38:1 | 37:5 37°5 | 36°8 36°8| 35:0 35:0] 40°5 32-4] 15 | 33:0 33:0} 31°9 31°9/ 30°8 30°8 | 30°2 30:2] 28°9 28-9 | 27-2 27:2 | 26°8 26°8 | 27:2 27°2| 26:2 26:2 | 26°9 26:9 | 26°8 26°8 | 27°1 27:31 33:0 24:0 16 | 26-1 26-1 | 26-0 26-0 | 25:7 25-7 | 25-0 25-0} 24-6 24:6 | 24-0 24:0| 24-5 24-5 | 248 24-8] 25:1 25+1 | 25-3 25-3 | 27-0 27-0 | 29-0 29:0] 29-0 24-0 17 | 270 27:0 | 27:0 27:0 | 26°9 26°9 | 26:9 26:9 | 27°3 27:3 | 27°8 27'8 | 27:9 27-9 | 28:2 28-2 | 28°5 28°5 | 29°2 29:2) 29:2 29-2 | 29:9 29:9} 33°0 26-9 18 | 32:7 32°7 | 32:0 32:2} 31°3 32°0| 30°8 30°8 | 28°4 28-4 | 28-2 28-2 | 27-1 27:1 | 26°8 26:8 | 26°8 26:8 | 27-0 26°8 | 27:2 26:1 | 29'9 26°51 35-7 25°9 19 | 34:0 29-0 | 34:0 29°3 | 31°9 27:2) 33°5 29-0 | 31-0 27-9 32°6 28:2) 29-0 27:0 | 32°5 27°6 | 31-4 26:9 | 32°8 27-7 | 31-7 28:0 | 345 3211373 29°0 20 | 36°9 36°9| 39:0 39°0| 40°0 40:0 | 35°6 39°6 | 39°5 39°5 | 39:1 39-1 | 39:2 39:2] 39°6 39°6 | 39:2 39:2| 389 38°9| 39°5 39:5 | 40:4 40-4] 40:4 36°3 88'°2 38'2 | 38'1 38:1 | 39:0 39:0} 40°0 40:1 | 40°8 40:8] 408 36-6 39°2 21 | 36°6 36°6 | 36°9 36:9 | 36°9 36:9] 36°9 36°9 | 37:0 37:0 | 37°4 37°4| 37:9 37-9 : 22 | 40°6 39°3| 40:0 38-2 | 40°2 37°9 | 36:7 36°7 | 36°5 36°5 | 36-7 36°7 | 36°9 36:9 | 36:9 36°9| 37:0 37:0 | 37:2 37:2 | 38°5 38°5 | 37:1 37:1] 406 36:5 23 | 39°0 39:0 | 39:0 39:0 | 39:0 39:0 | 38°5 38°5 | 38-0 38-0 | 37:1 37:1 | 37:0 37:0| 36°9 36°9| 36°7 36°7 | 36°S 36°8 | 36°8 36:8 | 37:1 37:1] 39:0 367 24 | 37°5 37-5 | 37°8 37°8| 383 38°3 | 38°8 38°8 | 39:0 39:0 | 39°8 39°8| 40:3 40:3] 405 40°5| 40°6 40°6 | 40:0 40:0} 38°8 38°8| 37:7 37:7] 40-6 29:3 25 | 31:2 31°2} 30°2 30:2} 29°9 29°9 | 29°3 29:3 | 28°3 28°3 | 28:4 28:4) 27°8 27:8 | 27°6 27:6 | 27:1 27:1 | 26°9 26°9 | 26°6 26°6 | 25:2 25:°3]31:2 191 26 |19°9 19°9)17-4 17:3) 17°2 17-2] 17-8 18:0) 17:4 17-7 | 171 17:3 18°5 18°5| 19:3 19°3 | 19°1 19:1 | 195 19°8 | 20°7 20°7 | 22°7 22:7 1 23:0 17-1 27 | 169 16:9) 17-4 17:4) 17:1 1771} 16-2 16:2) 163 16-3) 161 16:1] 16-0 16:0} 16:1 16:3} 163 16°5| 16:3 16°4|17-1 17-2) 17°6 17°6}19°4 16:0 28 | 19:2 19°2/18°3 18:3] 19:0 18-7 | 20°0 20:0 | 20-1 20-0 | 20:4 20-4 | 21°6 21°5 | 22°9 22°8 | 23-2 23-1 | 25:1 25:1 | 26°5 26°5 | 27-9 27-9] 38-2 18:3 29 | 387°8 37°8 | 37°2 37°2| 871 37:1] 37:1 37:1 | 37:2 37-2 | 37-9 37-9 | 38:1 38-1 | 388 38:8 | 39°38 39°38 | 40:1 40:1 | 40°3 40:3 | 40°2 40:2] 40°3 25:4 BO | 25°9 25°9 | 25-3 25°5 | 25°3 25:6 | 25°9 25:9 | 26:0 26:0 | 26°1 26:1 | 2671 26:1.) 26°6 26°6 | 27°1 27:1 | 27-2 27:2 | 27°8 27°8 | 28:0 28:0] 34:7 25:3 31 | 35:3 385°3 | 86°4 36:4 | 37°1 37:1 | 37°8 37°8 | 38-2 38-2 | 38-0 38:0] 38:8 38°8 | 38:6 38:6 | 38°6 38°6 | 38°7 38-7 | 38°8 38°8 | 38°5 38:5] 38-8 30:0 Mean.! 34:0 33:7 | 33:9 33°6 | 33:7 23:5 | 33°5 33:4] 33-2 33-1] 33-0 32:9] 33-0 32-9] 83:2 33-0] 33°3. 33-1 | 33°6 33:3 | 33'8 33°3 | 34:2 83°9]37-°6 29-8 i) 13 14 15 16 7 18 19 20 21 22 23 Midnight.| Mean. Dry. Wet.|Dry. Wet.|Dry. Wet.|/Dry. Wet.|Dry. Wet./Dry. Wet.|/Dry. Wet.|Dry. Wet.|\Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.{Dry. Wet. 27°5 27°5 | 27:0 27:0 |.27°3 27°3 | 27-9 27-9 | 28:2 28-2 | 27-9 27:9 | 26:8 26°8 | 27:2 27:2 | 27:2 27:3 | 26°8 26°8 | 26°8 26°8 | 26°38 26:3] 30°9 30°9 1 2 |28°7 28-7 | 29:0 29-0 | 29:0 29:0 | 29:7 29:7 | 30:0 30:0 |31°9 31:9 | 32:2 32:2|34°6 34:6 | 37:1 37:1] 39-7 39°7 | 39°8 39:8} 40:0 40:0} 29'1 28-9 3 1431 43:1 | 43:4 43:4 | 43-4 43-4 | 43°3 43:3 | 41:5 41°5 | 41-0 41:0] 40°2 40:2 | 39°8 39°8) 39:1 39-1] 38°4 38°4| 38-7 38:7 | 38°5 3851416 41-6] 4 |37°4 37-4 | 37°8 37°8| 39°1 39°1 | 40:2 40:2 | 41°8 41:8) 41:9 41°9 | 42°3 42:3 | 42°8 42:8 | 43°2 43:2 | 43-4 43°4 | 43°8 43°8| 43-7 43°71 39:4 39-4 5 | 42:4 42:4) 41-8 41°8 | 42°5 42°5 | 42°7 42°7 | 42°6 42°6 | 41:0 41:0 | 38°5 38°5 | 37:1 37:1 | 35°6 35°6 | 85°2 35°2| 85:1 35°1 | 35'1 35:1] 41:3 41°3 6 |31° 31°5 | 31°8 31°8 | 31°9 31:9 | 31°8 31°8) 31:8 31°8/ 31:9 31°9 | 31:4 31°4 | 316 31°6 | 30°8 30°8 | 31:0 31:0 | 30°6 306 | 309 30:9] 32:2 32:2 7 |30°9 30°9| 31°6 31°6 | 31°7 31:7 | 31:7 31:7 | 31°4 31:4} 309 30°9} 30°6 30°6 | 30:1 30:1 | 29°9 29:9 | 29:4 29°6 | 28°38 28:8 | 28:0 27:8} 30°6 30°6 8 |33°8 32:4 | 34:0 33°5 | 35:0 34:0 | 34:0 32:0] 33:0 32°5 | 32-4 31:8 | 31-8 31°9 | 31°8 30°5| 31-7 31:1 | 325 32°5 | 33-1 33:1] 33:1 33:1] 316 306 9 |40°5 40°5 | 401 40°1| 40°8 40°8 | 41:0 41:0] 41:1 41°1]41°5 41°5 | 42-0 42:0 | 42°3 42°3| 42:7 42°7| 43°6 43°6 | 44:0 44:0 | 44:2 44:2139°3 29°3 10 | 43-1 43:1 | 43-1 43-1] 43-1 43-1 | 43:0 43:0 | 48-0 43:0 | 42°9 42:9 | 42:9 42:9} 43:0 43:0] 43:0 43:0] 43:0 43-0 | 43:0 43-0 | 43-1 43:1] 43:0 43-0 11 | 43-9 43-9} 42°6 42°6| 41°9 41°9| 41:9 41°9 | 42:7 42°7|43°6 43:6 | 44:1 44:1 | 44:8 44°8/ 44:8 44:8 | 44:9 44-9 | 44:9 44°94 | 44:8 44°89 43:5 43°5 12 | 38-1 38-1) 38:0 38:0 | 38:8 38:9 | 39°8 37:9) 87:5 37°5 | 87°38 87-5 | 40-1 37°9 | 88°5 38:5 | 38°6 38°6 | 38°2 38:2 | 37°2 37:2 | 37-7 37°71 39°6 39-4 13 | 38°1 38:1] 37:9 37-9 | 41:0 41°0| 39°1 39-1 | 40:0 40°0 | 39:0 39-0 | 39:4 39-4 | 39:1 89:1) 39:1 39:1 | 38°8 38°8/| 38-9 38:9/ 40:0 40:0] 38:1 38:0] — 14 |35°0 35:0] 34°8 34:8 | 34:3 34:3 | 33°6 33°6 | 33:4 33-4] 32:4 32:4 | 32°5 32°5 | 33:0 33:0 | 33°5 33°5 | 33°9 33°9 | 35°5 35°5 | 34-4 34°49 36:4 36:4] 15 | 26:2 26°4| 24:0 24:0 | 24:5 24:5] 26:1 26:1] 26:4 26:4] 27°8 27°8 | 29:2 29°2 | 29°3 29:3 | 26°6 26°56 | 26°2 26:2 | 26°3 26°3 | 26°9 26°91] 27:6 27:6) 16 | 28:0 28-0 | 28:2 28:2 | 28°2 28:2] 28°0 28:0 | 28°5 28°5 | 28:2 28:2 | 28:0 28:0 | 29:0 29:0 | 29:0 29°0 | 28°8 28°8 | 27°5 27:5 | 27:3 27°31 26:9 26:9 17 | 30:9 30°9| 31:0 31:°0| 314 31°4| 31°5 31°5 | 31°6 31°6 | 31-9 31:9 | 32°1 32:1 | 32:2 32:2 | 32:2 32:2 | 32:2 32°2| 32°8 32°8 | 33:0 33:0] 29°9 29:9) 18 | 28:9 26°7 | 27°5 27°7 | 28°0 27:8! 27'8 28°0 | 27°5 27:0! 26-9 26°6 | 27:9 25:2 | 25:9 25:2 28°8 25:0 | 28:0 24:8 | 31°9 26:4] 35°7 29°8128°9 27:7) 19 | 34:0 32°9 | 34°8 33°8 | 32°9 32°3 | 34:0 33:0 | 32°9 32°5 | 33°6 33:2 | 34°0 34:0 | 34'8 34:8 | 36°4 36°4 | 36°4 36:4 | 37:3 37:3 | 37:0 37:0] 33°6 314 20 | 4071 4071) 39°6 39°6 | 39°1 39°1| 38:9 38°9| 38°7 38°7|38°5 38°5 | 38:0 38:0 | 87-4 37:4 | 37:1 37:1] 86°9 36-9 | 36°9 36:9 | 36°3 36:3] 38°7 387] 21 | 40°8 40°8) 40°3 40:3) 40-2 40:2] 40°0 40:0 | 39°5 39°5 | 39°3 39:0 | 39°5 39-1 | 389 38:8 | 39°5 38:9 | 89°6 38:9 | 40:0 39:0 | 40:0 39:3] 38-9 38-7] 22 | 37-7 37°7 | 39°3 39°3 | 37:9 37:9 | 37°8 37°8 | 38-0 38°0 | 38°6 38°6 | 38°5 38°5| 38°8 38:8 | 38:2 38:2 | 38:1 38:1 | 38°2 38-2) 38:9 38:9] 38-1 37-9) 23° | 87°3 37°3 | 37°4 87-4 | 37°6 37°6 | 36°9 36:9 | 37°3 37°3 | 37°3 37°3 | 36:9 36:9 | 36-8 36°8 | 36°8 36:8 | 36°8 36°8 | 36°8 36°8 | 36°8 36:8] 37:4 37:4 24 | 39°6 39°6 | 32-7 32°7 | 31:9 31°9| 312 31°2| 30:0 30°0 | 29°8 29°8 | 29:7 29°7 | 29:4 29:4 | 29°3 29°3| 80-1 30°1 | 30°6 30°6 | 311 31:1] 35:2 35:2 25 | 25:0 24:4] 25:0 24°8| 24:6 24°8 | 23°7 23:9) 24°1 2471 | 24°2 24:2 | 24:9 24:9} 22:2 22°2/ 21-4 21°4/ 19-9 19°9] 19°1 19°1 | 19°2 19°41) 25:5 255% 26 | 22°8 22°8] 23:0 23:0 | 23:0 23:0 | 22:3 22°3/20°6 20°6| 19-7 19°7| 19-1 19:1} 19:0 19°0 | 18'2 18-2] 18°1 18-1) 17:2 17:2) 17-1 17:1} 19:4 195s 27 117-9 17:9/ 18:2 18-2) 18:9 19°0) 18-0 18:1 |17°5 175/176 17°6|17:4 17-5) 17°9 17:9) 17-4 17:4 | 181 18:1) 19°4 19-4 | 19:4 19-4) 17-4 17-4) 28 | 290 29-0 | 30:9 30:9 | 32:0 32:0 | 32:2 321 | 32°5 32°6 | 34°8 34-9 | 37:0 37:0 | 37:9 37:9 | 38:2 38:2 | 37:9 37:9 | 38:1 38:1 | 37'°9 37°9| 28:4 28:4) 29 | 39-9 39:9 | 38:1 38:1] 38°9 38:9 | 37°3 37°3 | 30°9 31°8 | 29°5 29:5 | 298 29-8 | 28:2 28:2) 28°6 28°6 | 27°5 27°5 | 26°3 26:3 | 25-4 25°38) 35:1 351) 30 | 28°8 28:8] 29:0 29:0 | 29°2 29°2| 29:4 29-4 | 29-°9 29-9 | 29°3 29°3 | 80°2 30:2 | 31:0 31:0 | 32°0 32:0 | 32°2 32:2) 33:0 32°5 | 34°7 34°7 | 286 28:6) 81 |35°7 35:7 | 34:5 34-5 | 33:0 33-0 | 32-7 32-7 | 32-0 32-0| 32-0 32:1] 31:4 32-1] 31:1 31-1] 31:0 31:0 | 30°6 30°6 | 30°6 30°6| 30-0 30:0] 35:0 35:0) Mean.| 34°1 33-9 | 33-8 33:7 33°9 33:9] 53°8 33°6 | 33°4 33:4 | 33°4 33°3 | 33°5 33-4) 33-4 33-3 | 33-5 33°3 | 33°4 33-3 | 33°6 33:4 | 33-8 33:6) 336 334) | | | | | FORT-WILLIAM OBSERVATORY. 175 TEMPERATURE. Dry AND WET BuLss. “OCTOBER 1890. ———— 1 2 3 4 5 6 7 8 Se Ae 210 ib 12 For Day. | Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet./Dry. Wet. Dry. Wet.|Dry. Wet.|Dry. Wet.|Max. Min. 44-4 43°3| 44-4 43°41 45°9 44:9 |.46:0 45:0] 46°0 44:9] 46:8 45:7 | 48-7 46-0] 48°3 46:2] 48°8 46:0 | 49°8 45-2|50°4 47°6| 45°8 43°5]50°9 43-1 43°6 40:0| 44:7 40°5| 45-4 40°8| 44:7 40:4] 41°3 38:0 | 40°6 37:2 | 39:0 36°0| 40:3 37°3| 44:6 40-8 [45°38 41°7]| 47:4 43:2 | 48-2 43:2]55°0 38°9 54:8 53:7] 54:8 53°9| 55:2 54°3/ 55:4 54:6] 55:9 54°7| 55:5 54°9|55°9 54:9) 561 55:1) 56°3 55°3 | 56°9 55°9| 57:2 55°7 | 56°9 55°6]57°7 53°8 54:3 52°11] 54:1 51:9] 540 50°8/ 54:0 50°9] 53°9 51:2] 53:0 50°3 |] 53:1 50°8) 53°8 51:0 | 54°38 51°2/ 54:5 51°5 | 54°9 51°9| 55-1 51:9} 56-8 52°3 56°6 55°7 | 56°3 55°7 | 56°4 55°8| 56°6 55°5| 56°5 55:7 | 56:4 54°4) 55°9 55:1) 57-1 55-8 | 57°3 57°0 56:0 | 56°6 55°7 | 57°3 56°2]57°6 514 52°4 49°9|52:°9 49:°3/ 51:9 50°2|}51°9 48°5]51°7 47°9| 50°3 46:3 | 49°9 45-7 | 50:0 46°8 | 51°4 §2°3 47:2 | 52°6 52°9 48:°3153°6 47:3 48:3 44:9] 48-0 45:0] 47:9 44:8] 47-7 44:4] 47:0 44:2 | 47:2 45:0 | 46°3 43-7 | 47-3 45:1 | 48:3 50°2 47°6 | 51°7 53°5 47°3]55:1 43:0 41:0 39:0] 41°9 39:2] 40°4 38:1) 39°6 37:4 | 38°7 36°4| 38:0 36°1|.38°8 37:1 | 38°9 36:9 | 42:5 44:3 41°7 | 45-9 49:4 44:8 154-0 37°8 480 45°3|48°9 46:0] 48:5 45:9] 48°9 46:5] 50-1 47°6| 50°1 48°1|50°3 48°7 | 50°0 48-9 | 50°2 50°7 50:1 | 51:3 51°9 51°38] 55:2 47°6 56°2 55°7|56°0 55°3/} 56:2 55°8| 56-4 55°8|56°0 54:9) 560 54°8 | 55:4 54:3 | 55°7 55:0 | 56°7 56°0 55:3 | 55:9 56°2 56:1] 57:3 54°8 56°2 55°7| 561 55°6|56°0 55°4|56°0 55:2] 56°1 55°3 | 55:4 54:9 | 56°8 55°3 | 56°5 55:3 | 56°5 57:0 56:1 | 56-4 57°0 56°6 | 58°6 5571 56°7 56:0] 56°3 55°3| 56°8 55:1 |.56°0 54°9 | 56°0 54°9| 55-4 54-2) 55-4 53-9] 55:1 53-7 | 55-2 55°3 53°7 | 56:2 54:2 | 56°3 53°2157:0 53°38 63°4 5171] 53°6 51:4] 53-9 52°0| 54-0 52:3] 54°2 51°81) 64:2 51:0 | 54-1 51:0] 53-7 5171 | 54:1 54°7 51°5 | 55°2 52°0| 55:1 51°91} 55°8 53-2 56'0 51°3 50°8 52°6 51:0 515 56°8 5 2 OCOrD NOP WONWrH NOOMDN BD Sr KAd SKSOEK WD oO COUR BI aD ACW @ ~190NWO~1 54:0 54°5 58°3|55°0 54:0] 55°7 53:8 | 55:2 53°3| 55:0 53°2| 54:8 53°0| 54°6 53°0| 54:2 53-0 | 54°4 | 54°1 52:0 | 538°7 50°3 | 52°3 49-0 49°9 49°4 48:0|48°1 45°5| 47:0 45:0|48°4 45:0 | 46°0 43:2] 44:9 41°7 | 43°0 41:0} 45:2 42°6 | 44:0 46:0 42°6 | 44°4 41°6 | 46°0 42:3 42°6 457 459 8 Poon OFS RP Or mem bo Co OF 46°77 41:9] 46:0 40°9| 45°0 41:0 40°7 | 44:4 41°6 | 44-0 40°9 | 45-0 41°8) 44:2 41°8| 44-4 42-0 | 43°9 40°7 | 45:2 42°2| 46°8 43°9 42°6 46°4 42:°2| 46:3 42:1) 46:2 42:2 41°8 | 46°4 41:9} 46°5 42°1 | 46°6 42°4| 47:3 42:9) 47°5 43°4 | 47-6 43:7 | 49°3 44:1 | 49:0 44:8 49°7 46°7 | 494 46:4] 49:2 45°0| 48°8 44°8| 47:4 43:5 | 46°3 42-0 | 46°2 42:0) 45°9 42°1| 47-0 41°7 | 47°8 42°1| 48:8 42°7 | 49-4 42°8 88°9 36°6 | 39°5 36°4| 38°9 36:0} 39:2 36:4 | 40°4 37°3| 40°9 38:°2|41°5 38°5| 41°9 38°9| 43:4 40-4 | 45°7 40°8 | 47:0 42°2| 48-4 43-0 42°3 41:3| 43°4 42°4| 44°6 43°8| 45:5 44:4) 460 45°1/ 45:1 44:3 | 46:4 45°5 | 47:1 46°2/ 47:5 46°8| 48-4 47°8 | 49°3 48°6 | 50:3 49°9 52-2 50:0] 51°3 49:9 | 52:0 50-0 | 52:2 50°3 | 52-2 50°1) 51:8 50°0 | 52:0 50°0| 51°9 50°0| 52°7 50°7 | 53:1 51°5 | 54°6 52:2) 55°1 52:9] 56°5 51°38 518 50°2|51°6 5071) 51:3 50°0| 51-4 50:0} 51:2 50:1] 51:1 50:0} 51-0 49°7 | 51°3 50°71 | 52:0 51:1 | 52°7 51°9| 53:3 51-8 | 54:2 52°2)55-2 50:9 52°8 52°2|52°8 52°3)52°9 52°4| 53:1 52:2) 52:8 51°3 | 52°6 50-7 | 52°3 50°7 | 52°4 50°8 | 52-1 50:9 | 52°3 50°7 | 52°3 50°9| 52:7 51°38] 54:1 52°0 53°7 51-2} 52°77 51:4) 53-0 51°7 | 53:2 51-9 | 53-2 52°0| 53°7 52°6}54°8 53-1) 54:6 53:1) 55°0 53°7 | 55-2 53°3 | 53°38 51°2 | 52°8 50:0] 55:5 46-7 47°3 45°7 | 47:3 44:7 | 47:0 44°3| 46:2 43:2) 45°8 42:9 | 46:8 43:1) 47-1 42°9| 45:9 42:2] 45°3 42°0| 45:1 41°6| 45-1 41:0| 45-0 40°9) 48:1 36:3 88°5 35°9 | 37:0 34:0 | 36:0 33°3 | 34°6 32°5 | 33°3 31°7 | 31°56 29°7 | 33°1 31°2| 34:0 31:9 | 34°1 31:9 | 88-2 34:5 | 38-9 36°5 | 39°5 37:9] 41:3 31:0 85°9 33°6| 34:0 33°3 | 87°1 33:3 | 37:0 32°7 | 36°0 33°3 | 36:0 32°6 | 34°8 32:0 | 34:7 31°3| 36:0 32°8 | 387'1 33°6 | 38:1 34:1 | 88°4 35:0) 41:0 33:9 35°9 33-1 | 35°0 32°6 | 34:8 32°4 | 34:8 32°5 | 35°2 33°2 | 35°1 33°8| 36:9 34°8 | 38°2 35:9 | 39°6 37-7 | 39:°2 37°7 | 40°3 38°4| 42:0 4021550 34°6 |53°8 50°9| 53:9 50:4) 54°1 50°4| 54:0 50°5 | 54:3 50°9 | 536 51°1|53°5 51:3] 536 51°7 | 53°8 52°5 | 54:5 53-0) 55:0 53:5 | 54°9 53°71 55:1 46-6 42°] 1 45°7 39-5 38-4 422 1460 41°1 | 43°3 39°1 | 46°4 40-9 | 44-4 39°8| 44:0 39-9) 43°5 40:0 | 43-7 40°4 | 44:0 40°7 | 45:3 46°8 43:0 | 47:5 43°8| 48:2 44:1] 48-4 42°8 45°0 44:0] 44:8 44:4] 45°] 44°8/ 45:6 45:0) 45°9 45°3| 46:0 45°8| 46:2 45°9| 46:2 45:9) 46°6 46:1 | 46°8 46°5| 47:2 46°9| 47°3 47:0] 47:5 44°8 i Mzaw, 48°6 46°5| 48:4 46°2| 48:5 46°3| 48°5 46°] | 48-2 45°9/ 47-8 45°6 | 48-0 45:8 | 48:2 46°1 | 48-9 46:7 | 49°6 471 | 50:2 47°5 | 50°6 47°81 53:3 45°3 i bo _ ioe) 13 14 15 16 Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet. Dry. Wet.|Dry. Wet. Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet. Dry. Wet.JDry. Wet. |45°0 42:0] 43:8 40°8| 46:0 43:0 | 48:0 43°9 44:1 | 48-9 42°1 | 48°3 41:5 | 46°38 41:9 | 46°6 41:9) 45:0 40°9| 45:7 41:9 | 43-1 39°8] 46-7 43:6 48°2 43°8| 46:9 44°5 | 46°7 44°2/ 47-1 45-0 44°4|48°8 46°3) 49°8 47°6| 501 48:4] 51:9 50°4| 54:1 53:0 | 54°7 53:5 | 55:0 53:6] 46:9 43-9 57:2 55°8| 57°3 55°8 | 57°3 56:0] 5771 55-9) 55°8 54:1 | 55:0 53°5 | 54:3 52°8 | 54:0 52°71] 54:2 52:3] 54°S 51°9| 54:8 52:0] 54:3 52:19 55:7 54:3 53°7 52°0| 54:0 52:5) 54:0 52°6| 53:1 52:4 | 53°3 52°9| 53°6 53:0 | 53°9 53°3 | 54:4 54:0] 55:0 54:7 | 55:3 55:1 | 55-9 53°3| 56°5 55°38] 54:2 52-4 57:0 55°3| 56:0 54°4| 56:1 55°2/56°7 55:7 55°0 | 56°4 54:0 | 55°9 52°5 | 54:5 51°9| 53:0 49°8 | 52:1 49:7 | 52°3 49-2) 52:7 49°-4955°8 54-2 19 20 21 22 23 Midnight. Mean. —_- “100 meds oa oe a 532 47°6| 53:4 47:5 | 53:2 47-7 | 52°3 49°0/ 519 48-9] 51:0 48-1] 50°0 47-2 | 49:0 46:1] 49:2 46:0 | 48-1 45°6 | 47°6 44:3] 47°3 44:1] 51:1 47-4 52°3 46:9|52°6 47:0} 54:5 48:0|53°9 48°3| 53-0 45°6 | 511 45:0] 48°5 44°] | 47°4 43°3) 45:3 42:8] 43-9 41-0 | 43°6 40°8 | 43:1 40:°3]48-9 44:9 510 46:1 | 52°3 47:0} 53:9 48°1| 53°5 48:1 / 51:8 46°8 | 50:0 45°8 | 49:1 45:2) 48:3 44:9] 48-4 45:0] 48°6 45:0] 48°3 45:3] 47°6 45°39 45:9 42-6 §2°3 51:9 | 52:4 51'8| 52:6 51:9) 52:9 52°1| 52-7 52:0 | 52-7 52°3| 52°8 52°4| 53:0 52°6 | 53°7 53:2 | 54:2 53°9/ 55:0 54:8) 55:1 54°9]51°6 50-5 56°9 56°1 | 57°3 56:1] 55°6 55°3| 561 55:5 | 561 55:4] 56:0 55:2) 55:1 54:9 | 55°7 55:1) 56:2 55°4| 55:3 55:0] 55°5 55:0} 561 55°5] 56-0 55-4 57°9 57:0) 57:4 56:0) 57°1 55°6 | 55:7 55:0 | 55°2 54°8| 55-1 54:7] 55:5 55°1 | 558 55:3] 55:9 55:4] 562 55°9| 55°8 55°3|56°4 56°14 563 55°6 558 53:0 | 55°8 53°2] 56:0 52:9) 55-4 53:0 | 54:9 52:4 | 54:6 52°1] 54:2 52:1 | 54:1 52:0} 54:0 51°9| 53°7 51°6 | 53°4 51:0] 53:4 51°2455°3 53:3 550 52:1) 55-0 52°6] 55:3 53:0 | 55°0 52°8 | 54°3 52-4 | 53°7 52:0] 54:0 52°2 | 54:0 52:1] 53°6 52:1 | 53°9 51°9| 54:0 52°5| 54:2 52°8154°3 52-0 53°3 49°7 | 53°3 49:2} 53:2 49:4) 52°8 48-4 | 51°7 47-7 | 50-4 46:3) 51-2 47:7 | 50°9 47°6} 49-9 48:3] 50°4 48:2] 50-6 49:3] 51:3 49°97 53:0 50°5 43°9 41:3 | 42°6 39:9 | 42°9 39°7|43°9 40°83) 45°8 41°6| 45°0 42-4] 47:0 44:3 | 48-0 44:0] 47:2 41°7| 46°6 41:9] 47:0 42:1] 45:7 42:2] 45-8 42-6 49-2 43:2) 50:4 43°2]48°5 43-1] 48:2 43:0 | 46:2 42°9| 48-1 42:6] 47:7 42:9) 46:0 43:5] 46°8 44:1] 46:7 43:4 | 46°7 42:4| 46:4 42:5] 46:3 42:3 60°3 45:5 | 51:3 45:6 | 52:2 46°7 | 50°9 46°6 | 51-1 46:1 | 51°3 46:4) 50°8 46°7 | 51-4 47°1] 51:0 47:3] 50°4 46:4] 48-0 45:2] 50:0 46:9] 48-9 44:6 49°8 433 | 50°2 43:2) 50°4 435 | 49:0 43:3) 45-1 40°9 | 44:2 40:0) 42:5 38°6 | 41-5 37-8] 41:3 37:5 | 41°5 38°0| 40°5 37-0) 39°5 36-4] 46:3 41-7 49°5 44:0 | 50°2 44:2] 51:2 45:1) 51:1 45-4 43°2| 45:2 42-4 | 42-8 39:8 | 41:1 38:8] 40°8 38:8] 40-8 38°8 | 42:1 40°5| 42:2 40-7] 43-8 40°3 §2*7 §2°3| 56°2 52°5 | 563 52:3 | 55°5 51:9] 55°6 51°7 | 54°6 51°6| 54:8 51:2 | 53:8 51:1 | 53°1 50°9 | 52°6 50:2) 53:0 50°4/ 51-3 49:9] 50-2 48-4 = Lae > Oe 556 53:1) 55°7 53:0 | 561 53-2] 55°2 53:0 | 55:2 52°8 | 54:3 52°2| 53:4 51°8 | 53°0 51°3) 53:0 51:2] 52:7 51:0 | 52-0 50°6 | 52°0 50°3]53°3 51:3 548 52:2) 54:5 52°8|54°1 52°3| 54:2 52-1) 538 51°8|53°0 52:0] 53:0 52:2 | 53:1 52°51 53-1 51-9] 53:0 51°9] 53-1 51:9] 53-1 51:°9]52-7 51-4 530 51:9 | 53°3 51:8 | 53°1 52:0 | 53°9 50°9| 52°5 51:0 |52°5 51:0/53°5 50°6 | 52°9 50°51) 53:7 50°5 | 53°8 50°7 | 53°8 51:0 | 53°3 50°64 52°9 51-2 51:3 47:5 | 51:3 46°6 | 51:2 46:0} 50°8 44:3 | 50°6 45:1) 50°0 45:0] 49:9 44°7 | 48-9 44-1] 47:9 44:2] 48:0 44:9| 47:0 44:4] 47-2 44°8151°6 48-6 45°9 41°3| 45°9 41°7| 45:9 41:1) 44:4 40°0 | 41°3 38°9| 39:2 37:2} 38:9 37:1 | 37-4 35°8| 37°8 35°9| 37°5 35:7 | 37°2 35:2) 37°7 35:3] 43:5 40-4 38°0 36°8 | 39°5 38:1) 40°5 38°6 | 41:1 38-4 | 37-1 35:9 | 38°6 36-4 | 37:0 34:9 | 36:2 34:3] 36:0 34:1] 35:0 33°7 | 34°6 33:1 | 34:6 32:6] 36-5 34:5 39°3 35:1) 40°3 35°7 | 39°4 35:7 | 88°6 35°3 | 88°5 35-0 | 38°3 35-0 | 36°4 33:7 | 36-9 34:2] 35°0 32:9] 35:4 32°6 | 34:9 32-2 | 35:7 32:9] 36:8 33:7 43°0 41°6 | 43°6 42:4) 44-7 43°9| 48-2 46:1 | 49:1 47°3| 50-5 48-9] 51-7 50-2) 52°6 51:1] 53:0 51:3] 54°1 51:0] 52:4 50-9 | 53-2 51:0] 43°5 41:6 54:8 53:2) 55:0 51:9) 54°3 48-4152] 46°7 | 50°7 45°5 | 49:9 45:0 | 49:4 43:7 | 48-7 43-0} 48°3 43-0 | 47-8 4271 | 47°3 41-8} 46°6 41°3]52°2 48-6 48'2 44:3 | 48:3 44:0 | 48°4 44:3 | 48-0 43°7 | 46°3 43°8 | 46°2 44:0] 45:9 44:5] 45:4 44:1]45°5 44:0] 44:7 43-5] 44:5 43°7 | 44-7 43°91 45-8 42-6 47°2 46°6 | 47:2 46:0 | 47°2 45:9] 46°8 45°7 | 46°6 45°8 | 46°3 44:9 | 45°7 44:5 | 46:2 44:6] 48:3 45°2| 48-0 45:0| 46-1 43°7 | 46:5 43°9] 46-4 45-4 | 50°8 47:8) 511 47:8) 51:2 47-9) 51-0 47°8 | 50°2 47°3| 49°38 47:0] 495 46:8 | 49-1 46:6 | 49:0 46°6 | 48°38 46:4] 48:6 46:3 | 48°6 46:4] 49°3 46:8 BEN NEVIS OBSERVATORY. | TEMPERATURE. Dry AND Wert BULBS. NOVEMBER #1890. 1 2 3 4 5 6 7 8 9 10 ll 12 For Day. | Dry. Wet.|Dry. Wet..Dry. Wet./Dry. Wet.|Dry. Wet.|/Dry. Wet.|Dry. Wet./Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.J Max, Min. 1 | 30°2 30°2| 30°83 30°3 | 30°2 30:2 | 30°3 30°3| 30°5 30°5|30°6 30:6 | 30:4 30°4| 30:1 30:1 | 29°8 29:8 | 30°2 30:2] 30°0 30:0} 30°4 30°49 37°6 29:8 2 | 38:0 38:0 | 38°9 38:9 | 39:0 39°0 | 36°8 36°8 | 36°3 36°3 | 33:3 33:3 | 32-2 32-2| 31°6 31:6 | 30°7 30°7 | 30°7 30:7 | 30°0 30°0| 30:0 30:0] 39°0 21-4 3 | 211 21-1 | 21:2 21-2 | 20:2 20:2 | 20-1 20:1] 19°8 19°8 | 19°3 19°3 | 20°1 20-1 | 21-1 21:0 | 22°] 22-0 | 22°3 22°3 | 23°0 23:0 | 23°2 23:2] 29:2 19:3 4 | 28°4 284 | 28:2 28:2 | 27°9 27-9 | 27-8 27°8 | 28°0 28°0 | 27°8 27-8 | 26°8 26°8 | 26°9 27:0 | 27:9 27:9 | 28:0 28-0 | 28-3 28-0 | 29:0 29:0} 29:0 25:2 5 | 25°4 25:4) 25°8 25°8 | 26°2 26-2 | 26°9 26°9| 27°6 27°6 | 27-9 27-9 | 28-1 28-1 | 28-2 28-2 | 27:0 27:0 | 27:0 27-0 | 27°8 27-8 | 28°0 28:0} 28°6 25:4 6 | 26°3 26:4 | 26°2 26°2 | 268 26°9| 27:0 27:0 | 27:1 27-1 | 27:1 27°1 | 26:4 26:4 | 25-5 26:2 | 26-2 26:4 | 26-4 27:0 | 27:0 27:7 | 27-7 27-7] 30:0 25°5 7 | 29°9 29-4) 81°1 31:1 | 29:7 29°7 | 29:4 29:4 | 29:0 29°0 | 28°7 28-7 | 28°3 28°3 | 27:8 27°8 | 27°3 27-3 | 25°9 25:9 | 25°3 25:3 | 24°9 25:0] 31°1 23°6 8 | 28:0 28°0 | 29°1 29-1 | 30:0 30°0| 31:0 31°0| 31°8 31°8 | 31°9 31°9 | 31°9 32°0| 31°2 31°2 | 30:2 30°2 | 29°8 29°8 | 30:2 30:°2| 30°1 30°71] 31'9 25:4 9 | 25°6 25°6 | 24:2 24:2 | 23:2 23:1 | 23-1 22°9 | 22-1 22-1 | 22:4 21°7 | 23-1 23-1 | 23°3 22:7 | 23:8 23:1 | 24°3 24:0 | 24:1 24-3) 23°6 23°38] 29-4 22-1 10 | 29:3 29°3 | 28°1 28:1 | 27°6 27°6 | 26°7 26°7 | 25:9 25:9 | 24-4 24-4) 23-1 23-1 | 23-1 22°9 | 23°1 23°1 | 22-7 22:7 | 22°5 22°5 | 22:5 22°5129°3 22°5 11 | 23°3 23°38 | 23-1 23°1 | 22:9 22°9 | 23°3 23:3 | 23:2 23°2 | 24:2 24-2 | 24:0 24°0 | 24:3 24:3 | 24:7 24:7 | 25°6 25°6 | 25°7 25-7 | 25°7 25°74 27:0 22°9 12 | 25:3 25°3 | 25°5 25°5 | 26°3 26°3 | 25°9 25°91 25:7 25°7 | 26:0 26°0 | 25:1 25°1 25-0 25:0 | 25:2 25:2 | 25°8 25:8 | 26°3 26°3 | 26°7 26°71 31°3 25°0 13° | 27:0 27°0 | 27-1 27°1 | 27:2 27-2 | 27:0 27:0 | 26:7 26°7 | 26:7 26°7 | 27°3 27°3 | 27°6 27°6 | 27°8 27°8 | 28°3 28-3 | 27:8 27°8 | 28:0 28:0] 300 26-7 14 | 29°6 29°6 | 29°7 29-7 | 29°3 29°3 | 29:0 29:0 | 28:4 28:4 | 28°4 28:4 | 28:4 28-4 | 28:2 28:2] 29°5 29:5 | 29°8 29°8| 29°5 29°5 | 28:7 28°7731:9 26°8 15 | 29°3 29°3| 28°5 28°5 | 26-1 26-1 | 26°7 26°7 | 27:1 27:1 | 28:0 28:0 | 28-3 28-3 | 28:0 28:0 | 28°8 28:8) 30°0 30°0| 30:2 30:2] 31°6 31°64 31°6 26-1 16 | 30°0 30:0 | 29:0 29-0 | 32°0 29:4 | 30:0 29°3 | 280 29-0 | 28°9 28-9 | 28:2 28-2 | 25:7 25°7 | 261 26:1 | 27:0 27:0 | 29°8 29°8| 31°4 31:4] 32°0 25-7 17 | 28:0 28:0! 27°4 27°4 | 262 25°2 | 28°1 25°6 | 27:0 25:9 | 27°3 26°0 | 27°5 27:8 | 27°8 26:7 | 292 26°8 | 30°5 27:9 | 34:0 30:0 | 28°6 28°9137-4 26:2 18 | 35°9 35°9| 35°9 35°9 | 35°8 35°8 | 34°7 34:7 | 34:7 34:7 | 34:0 34:0 | 32:9 32:9 | 31-2 32:0] 31:4 30°8 | 32°6 31°6 | 32°2 31:2/ 33°5 32:0] 38:1 31:2 19 | 39°9 39:9} 39°3 39:3] 40:9 40:9] 41:0 41:0] 40:3 40°3| 40-1 40-1 | 40:0 40-0 | 38:0 38:0) 37-0 37°0| 36°6 36°6 | 36:0 36:0 | 35:1 35:1] 41°0 31:2 20 | 34:4 34°4/ 25:0 35:0 | 35:0 35°0 | 33°8 33°8 | 34:0 34:0 | 83-1 83:1 | 32°8 32:8 | 82°2 32-2 | 32:9 32:9 | 32:2 32:2] 34°2 34:2/ 34:0 33:9] 40:1 32:2 21 | 38°1 38:1] 38°4 58°4 | 38°3 38°3 | 38-2 38:2 | 37-9 37:9 | 37'°9 37-9 | 38:0 38-0 | 33°8 33°8 | 31:9 32°2| 30°7 30°7 | 28-9 29°1 | 27:5 27°5138:4 25:1 22 | 2571 25:1 | 25:2 25:2 | 26:5 26°5 | 27:0 27:0 | 269 26-9 | 26:9 26:9 | 27:0 27°0 | 27°4 27°4| 28:0 28:0] 28-0 28:0 | 30-7 30°7 | 32°1 32:1]37°9 25:1 23 | 32:0 32:2] 30°9 30:9 | 30°8 30:9 | 30°9 30°9| 30-5 30°5 | 30:1 30°1 | 29:9 29-9 | 29°8 29-8 | 29:0 29:0 | 28-7 28-7 | 27:8 28:0 | 27°8 27-°8]32°0 21-1 24 | 21°2 21:2) 21:8 21°7/ 21:0 21:1 | 20°8 20:9 | 21:2 21:2) 21-4 21-4 | 22:0 22:0 | 20:2 20-1 | 20:2 20:2 | 20:0 20:0 | 20:2 20-2} 20°1 20:1] 22°8 20:0 25 | 22°5 22°5 | 22°8 22°8| 22°7 22:9 | 23°1 23-1 | 23°3 23°3 |] 24:0 24:0 | 24:1 24-1 | 24°1 24:1 | 23:4 23°4 | 23:4 23-4 | 23:0 23-0 | 22°3 22:4] 24:1 21:0 26 | 23:1 23°1 | 22°4 22°4122:2 22°2/ 21-9 21:9] 22°0 22:0] 22:0 22:0 | 21:2 21:2/18-4 186] 18°5 18°6/ 18:4 18°5) 19-1 19:1 | 18-4 18°59 231 15:1 27 | 165 13°7|16'2 13°9] 17:1 14:°8/17'5 15°0| 16°38 13°8)17°6 14:9] 138-2 12°11] 15:0 12°5) 18-2 15:1] 18:2 15°1| 18:7 15°6/ 19-4 15:8] 20-0 13:2 28 | 182 16:1) 18-4 16:8) 19:2 17:3} 19-2 17:3) 19°3 17°6| 18°3 17:4] 18:3 18-2] 18:4 18-4] 19:0 19:0} 19:1 19:1] 19-6 19°6 | 20°1 20:1] 23-1 18-2 29 | 22°2 22°2) 21°] 21°1} 21:0 21:1 | 21:2 21:2] 20:4 20-4 | 20°4 20:4 | 20-1 20-1] 19-7 19-7) 19°8 19°8| 19:9 19:9} 19:9 19:9 | 20:0 20:0] 22°3 19:2 30 | 23°2 23°2 | 24°2 24:2 | 24-8 24°8 | 26-1 26-1 | 27:4 27°4| 27°6 27°6 | 27°6 27°6 | 28:0 28°0| 291 29-1 | 30°0 30-0 | 30°8 30°8 | 31°38 31°3] 38°1 23-2 MEAN. | 27°6 27°4| 27°5 27°4| 27:5 27°3 | 27°5 27:2 | 27°3 27:1 | 27:2 27:0 | 26°9 26:8 | 26:4 26°3 | 26°6 26:4 | 26°7 26°5 | 27:1 26°8| 27°1 26:9} 31:2 23:8 13 14 15 16 17 18 19 20 21 22 23 Midnight,] Mean Dry. Wet.|Dry. Wet. Dry. Wet.|Dry. Wet.|Dry. Wet.|/Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|/Dry. Wet.|Dry. Wet.JDry. Wet. 1 | 31°3 31°3 | 30°9 30°9 | 30°3 30°3| 31°2 31:2 | 31:3 31:3] 31°8 31°8 | 32°2 32:2 | 33-2 33-2 | 34:2 34:2 | 35°3 35:3 | 36:9 36:9 | 37°6 37°64 316 316 2 | 301 30°1/ 302 30:2 | 30°4 80°4| 30:2 30:2 | 27:3 27°3|26°0 26°C | 25:0 24:9 | 24:°9 24-8 | 24°8 24°8 | 24:°2 24:2 | 22°8 22:8) 21°4 21°4430°2 302 3 | 23°7 23°7 | 24°3 24:3 | 24°9 24°9 | 25-1 25-1 | 25:4 25:4) 27-8 27°8 | 28°5 28°5| 28°38 28°8 | 29°2 29:2 | 29°0 29:0} 29°1 29:1} 28:2 28:25 24:1 241 4 | 28-2 28°5 | 27°8 28°0 | 27°9 28°0 | 27-6 27-7 | 28:0 28:0 | 28:0 28:0 | 27:7 27-7 | 27-0 27-0 | 26°2 26°3 | 26:2 26-2 | 26°0 26°0 | 25:2 25:2427°5 27:6 5 | 28°6 28°6 | 27°3 27°3 | 27°0 27:0 | 26:9 27:0 | 26:9 26°9 | 26°9 27:0 | 27:2 27:0 | 26:2 26:2 | 26:3 26-1 | 26°9 26-4 | 26-9 27-0 | 26-3 26°39 271 27-0} 6 | 29:0 29:0 | 29°0 29:0 | 29°4 29:4 | 29-1 29:1 | 29°8 29-8 | 30:0 30°0 | 29:0 29°0 | 29:1 29:1 | 28:3 28:3 | 27:9 27-9 | 27:2 27:2 | 27:6 27°64 27°7 27-7 | 7 | 25°0 24:8 | 24:3 24°7 | 24:4 24-4 | 23°7 23°7 | 23°6 23:3 | 24:4 24-4 | 24-1 24:2] 24:3 24:3 | 25-2 25°2| 25:4 25°4) 27:0 27:0 | 26:2 26°24 26°5 265 8 | 301 301) 28°7 28°7 | 27-1 27:1) 271 27°1 | 262 26:2 | 25:9 26:0 | 26-4 26:5 | 26°4 26-4 | 25:9 25°9 | 26:1 26°1 | 26:2 26:2 | 25-4 25:49 28'6 28:6) 9 | 23°3 23°3 | 23°5 28°5 | 24:0 24°0 | 24:0 24:0 | 24:0 24:0] 24:0 24:0 | 25-1 25-1 | 26:2 26:2 | 27:2 27:2) 29°1 29:1 | 29°4 29-4) 29:3 29°3 24:7 24°6) 10 | 22°6 22°6 | 23:1 23°2 | 23°5 23°5 | 24:9 24:9 | 25:1 25°1 | 25°1 25:1} 25:1 25-1] 25:0 25:0 | 24:3 24:3 | 24:3 24:3 | 24°8 24°8| 23°5 23°51 24:6 24:0) 11 | 25-7 25°7 | 25°9 25°9 | 26-2 26:2 | 26:1 26:1 | 26°1 26:1 | 26:4 26°4 | 26:4 26:4] 26-9 26°9 | 27-0 27-0 | 26:0 26:0| 25:3 25:3 | 24:9 24:9] 25:1 25-1 12 | 2771 27-1) 2771 27:1) 27:3 27°3 | 28-2 28:2 | 28°8 28°8) 29-7 29-7 | 31:0 31-0) 31-3 31:3 | 30°8 30°8 , 29°2 29:2] 29°1 29°1! 29:0 29:09} 27°4 2774 | 18 | 29:1 29:1 | 28°9 28°9 | 28°9 28-9 | 29-2 29:2 | 29:2 29:2] 29-8 29-8 | 29-9 29:9} 29-9 29-9] 80'0 30:0 | 30°0 30°0| 29:9 29°9| 30:0 30:0} 28°5 28°5 | 14 |27°9 27°9 | 26°8 26:8 | 26°9 26:9 | 27°3 27°3 | 28°6 28°6| 30:9 30°9 | 31:9 31:9] 31:1 31-1 | 30°3 30°3 | 29:2 29:2 | 29:0 29:0 | 29:0 29:0] 29:1 29-1 15 | 30:0 30:0] 31:0 31°0| 30:3 30°4 | 30°3 30°3| 30:0 30°0| 30:0 30:0 | 29:9 29:9 | 29:2 29:2] 29'8 29:8 | 30:0 30°0| 30°3 30:3 | 30:0 30:0] 29°3 29:3 16 | 31:0 31:0/ 31:7 31:7 | 31°2 31:2 | 31:0 31:0 | 32:0 32:0] 381°9 31:9 | 31:2 31:2] 31:0 31:0] 30°0 30:0 | 29:7 29°7 | 28°6 28°6 | 29:6 29°6]29°8 29:7 17 )31°8 30:0 | 33°7 32:0 | 30:0 30:0 | 32:0 32-0 | 33°6 33°6 | 35:0 35:0! 84:8 34:8] 35°5 35°5 | 36:1 36°1 | 37:1 37°1 | 37°4 37:4] 37:2 37:°24315 307 18 | 35:1 33:7 | 34°0 34:0 | 34°8 34°8 | 34:8 24°8 | 36:1 36:1 | 36-2 36:2 | 36-2 36-0| 37:0 37:0| 38:1 37°6 | 38°0 37°2| 37:3 37:1 | 38:1 38:1] 35:0 348 19 |85°8 35°8 | 34°8 34°8 | 32:1 32:1 | 81-2 31:2] 31-2 31:2] 31-2 31-2] 31:4 31-4] 32:0 32°0| 32:2 32°2 | 32-2 32:2] 32:5 32°5| 33-2 33°2135°6 356 20 | 84°8 34°8| 38:0 38-0 | 38°1 38°1 | 39:0 39:0; 39°8 39:8 | 40°1 40:1] 40:0 40:0] 40°1 40:0 | 39:8 39°8 | 39:2 39:2 | 39°0 39:0/ 38:9 38:9] 36:3 363 21 | 27°0 27:0} 27:0 27:0 | 26:0 26:0 | 26:0 26:0 | 25°9 25:9 | 25°3 25:3) 25:1 25-1 | 25-7 25°7 | 26:0 26:0 | 25:3 25°3| 25-9 25:9 | 26:2 26:1] 30°5 305 22 | 330 32°2|35°6 35°6 | 37:2 37°2 | 37:9 37:9 | 37°3 37°3 | 37:0 37:0 | 36:2 36:2 | 35°7 35-7 | 35:0 35°0 | 34:2 34:2 | 33:2 33:2 | 32-2 32°2]31°5 314 23 | 27°8 27°8 | 27:9 27:9 | 27:0 27:0 | 26:3 26°3 | 27-0 27:0] 27:0 27:0 | 26:2 26:2] 25-2 25:2 | 24:0 24:0 | 23°4 23:4 | 22:2 22:2) 21:1 21:1] 27°6 277 24 | 20°0 20:0} 20°1 20°1 | 2171 21:1 | 20:8 20°9 | 20:3 20°3 | 20°6 20:6] 20-4 20-4) 21-1 21-1 | 22:1 22-1 | 22-8 22:9 | 22:3 22:3] 22°4 22:4121°0 210 25 | 22°3 22°4| 21-4 21°5 | 21°9 21:1 | 21:0 20:0 | 22:2 20°2| 23°6 21°4| 22-1 21°6 | 21-9 21-9 | 21:2 21:2 | 22:0 22:0 | 22°1 22:1 | 22°7 22:7) 22:6 224 26 119°5 19°5|18-7 18:°0|17:1 169/163 16:4) 15°3 15°2| 17-0 14°6| 17-4 15:0] 16-4 138-9] 16-4 13°5|17°3 148/163 14:1] 15°1 13:1] 18:8 180 27 |19°9 16:2|}19°5 16°6|19°2 16°4|19°2 16:3/19°0 16°9|19°6 16°6|19°3 16:7} 19:6 16°9 | 20:0 17:2 ao" 17:1} 19:1 16°7| 18-9 16:°2]182 155 28 | 20°2 20°2| 21:3 21°3 | 21:4 21°4| 21:4 21-4) 21-3 21:3/ 21-8 21-8] 22-0 22:0 | 22-1 22-1 | 22-1 22-1 | 22-4 22-4 | 23-1 23-1 | 22°38 22:3] 20:4 19:9 29 |19°7 19°7|19°4 19°6| 19-2 19:3 | 19-2 19°2|19°5 19°5/ 20:0 20:0| 19-4 19:4/19°5 19°5/19°8 19:8 305 20°4 | 22:0 22:0 | 22°3 2231203 203 80 | 31°8 31:8} 31:9 31°9 | 32°0 32:0 | 33°8 33:2] 35:0 35:0| 85°8 35:8 | 36-2 36-2 | 36:2 36:3 | 36°3 36:3 | 37:0 37:0| 38:1 38:1 | 37:9 37-9] 31:3 313 MEAN,| 27°4 27°1| 27°5 27°3 | 27-2 27-1 | 27:4 27:2 | 27:5 27-4 | 28-0 27-7 | 27:9 27:7 | 28-0 27°8| 28-0 27-7 | 280 27-8 | 28:0 27:8) 27°7 27°64 27:4 272 FORT-WILLIAM OBSERVATORY. EAA TEMPERATURE. Dry AnD Wer BuLss. NOVEMBER 1890 | | 1 | 2 3 4 | 5 6 7 8 9 10 iL 12 For Day. Dry. Wet.|Dry. Wet.)Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet./Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.JMax. Min. 48:0 44:9 | 47°8 44:91 47-9 45-0 | 46°2 48:6 | 48°0 44:7 | 46°8 43:9] 45:9 43:9 | 45:5 43°3| 44°8 43:0] 45°6 43°5 | 48°5 45°3 | 49°2 45°6]52°3 44:7 54:0 51:2) 54:9 52°5| 53:2 52:2 |52°0 50°3| 51:3 49°8]50°9 47°4] 48:9 46:1 | 49°0 44:9 | 48°5 44:9] 48-5 45°0|49°3 45°3/ 47-9 44°71 55-8 40:0 40:0 37:0 | 41°6 37:2| 41°3 37:1] 41°1 36°9| 40°9 36:0] 38°4 35:1 | 37°9 35°2 | 38°4 35:3 | 38°4 36°0| 38°7 36:2 | 40°2 38-1 | 40-9 37-1] 42:2 37:8 41°] 40-4 | 41:2 40°6 | 40°6 39-9|39°5 38:7 | 40°1 39°3 | 40:0 39:4] 40-7 39:9 | 39:1 38°5| 38°7 37°8| 40°5 39-7 | 41°8 40°8 | 42°9 41°4147°0 38°5 41:9 39:3 | 42:2 39°3 | 43:0 40-2) 42°7 40:2} 43:0 40°6| 44°8 42°6) 45:2 42°9| 44°8 42°2/ 44:0 41°4) 45°6 41°9| 45-6 42:7 | 46:6 43:0] 47:2 36°9 CUE dW bore 6 | 37°3 35°9 | 36:5 35°3| 37:2 36:1] 381 37-0 | 38°9 37°9| 89:1 38:2] 44:0 40°8 | 44:1 40°9| 46:0 40°7 | 4671 40°9 | 44°7 41:0} 45-7 41:9] 47-7 36-4 7 | 44:0 42:4 | 43°6 42°3/ 43-1 42°4| 43-3 42-1 | 46-0 Oe 42°6 | 47:2 42°2| 46:2 42:0 | 46-2 41°9} 46-4 40°1| 46°3 40°1| 46:7 39°59 47-5 35-9 8 | 45:9 40°7 | 48°6 42:2! 44-6 42°9 | 45-4 43:3] 47°38 45:31 49°5 46:4] 48:9 46°7 | 45:4 44:1 | 46°5 45°2| 47-0 46:1] 47:4 45:9) 46:4 44:0] 49-5 40-2 9 |39°4 38:4! 39°1 38-0 | 38-4 37:2 | 38:4 37:2 | 38:2 37:0} 38°0 36°8 | 37°8 36°7 | 37°9 36:7 | 38°3 37:0} 38-4 37:4] 40:0 39:0 | 41:1 39:2] 41°6 37-5 41-7 40°8 | 409 39-8} 41-7 40:2) 41°5 39°9| 41:0 38:9 | 42-1 38-4] 41°3 38-0) 41:1 37°5 | 39°3 36:3} 40°38 36°9 | 43°2 38-0 | 43°5 38:5] 45:8 38-9 43°4 38:0} 43:0 37°8 | 42°7 37°8| 43:3 38:1 | 43-7 38:1 | 43-8 38°5| 44-2 38°6 | 43:9 39-2] 44:0 39:9 | 43-9 40-1 | 44:7 40°6 | 45:0 40°8 | 45°6 41:2 42°5 38-2) 41:7 38:1] 43:9 38-6 | 40:0 37°3 | 38°5 36°4|38°5 36°4| 39-0 36°8 | 38-6 35-9 | 40:0 37:0 | 39°9 37:2] 45:4 40°4| 46:0 40:9] 48-8 37:9 44-1 42-1 | 43:9 41:4] 44°6 42:0 | 43:3 41°3| 43°5 40°8| 43°0 40°6 | 43°7 41°7 | 42-7 40:9 | 44:2 42°3| 45°0 42°6 | 43°3 42:2 | 41-8 40-0] 47:8 41°8 46°0 43:9 | 46:3 44:0| 46°6 43°9 | 45°8 42°5 | 44°5 41:8 | 45:2 41°9| 44-0 41:2/ 45:1 41:9| 48:3 43°2| 48-7 44:2/ 48:5 44:2) 46-9 43-7] 49:2 43°7 468 40:0| 46:0 42:4| 45°1 40°8 | 43-0 39°9 | 44-9 41-0 | 44:1 41°6 | 44°5 42:1 | 43-2 40°8| 44:4 42-0 | 46°5 44:0] 46°7 44°8| 46-9 45:9] 48-4 38-2 40°1 38:8 | 38°4 37:2| 38:9 37-7 | 38°7 37°6| 88°3 37:2 | 87°8 36°8| 37-7 36°8 | 39°2 37-7 | 43-1 40°4 | 44:0 40°6 | 42-2 40°4| 44-4 41°89 48-0 37°7 43°8 41:2) 42°9 40°8| 41°2 39°7 | 41:2 39°4| 38°6 37°3 | 37°29 36°5| 37°6 36°4| 35:0 34:0 | 35:9 34:9 | 38:0 36:3} 38:9 37°6| 41-3 39°5151°8 34:9 50°8 50:4) 50:7 50:2) 50-4 50°3| 50°6 49°3 | 50°1 48-4 | 49°2 47:5) 48°0 46°0| 46°2 45:°0/ 46:0 44:4/46°7 45°2| 48-2 46°9 | 49-5 48:0]51°8 45:3 512 49°3/ 51:0 50°3)| 5171 50°8| 51:4 51°6 | 52:3 52°3 | 53-0 53:0 | 54-0 53°1 | 53°0 51°8 | 52-4 51°8 | 52°5 51:1 | 53:3 50°7 | 53°3 49:5] 54-1 47:0 500 48:4 | 50°0 49:0 | 50°2 48-7 | 50°8 47:8 | 49°9 47-9] 48°8 46:4) 49°3 47:0 | 48-9 47:0 | 49°3 47°1| 49-7 47°0|50°0 47:4] 5071 48:1]53°5 48:5 529 51°7 | 52:3 51°6 | 51-7 51°2| 51°3 511 | 51-1 50°7 | 51°8 51:0] 51°8 511 | 49:2 46°8 | 48:3 45:4 | 47:5 44:8) 47-9 43°9| 47°5 43°0] 53:0 41:7 41°5 39°7 | 43-9 39°83 | 45°6 41°8 | 44°6 41°9 | 45°9 41°1 | 45°3 41:1) 45°0 41°3 | 45°7 42-1 | 44°8 42:6 | 44:5 42°6 | 45-9 44:4 | 47°7 46°6]53°9 41-0 48°9 45°8 | 49:2 45:1 48:2 45:1) 47:4 45-0| 47-8 45°0 | 47-8 44°8| 48-0 44:1 | 47:3 44:0 | 46°9 43°8| 46:0 43°6 | 46°3 43:1] 45°7 43°71 50°3 38-4 38°6 37:2 | 39°2 37:3 | 38°5 36°8| 37:0 35:2 | 38-1 36:0 | 40°2 37°3| 39-0 36°6 | 38-4 36°6 | 38-9 36:0 | 38°4 35:9 | 38°7 36°9| 36:9 35°4] 40°8 35:2 36°9 34°8 | 36°6 34:3 | 37:0 34°7 | 88°5 35°8 | 38°7 37:0 | 39°8 38:1] 40°3 38-0 | 41°6 38:1 | 41°0 38-0 | 42°6 38-5] 41°7 38:2] 40°3 37°8] 43-1 35-0 35°9 34:8 | 35:4 34:9 | 36:0 35:2 | 35°9 35-1 | 35-9 35:2 | 85°8 35:0] 35°8 35:0 | 35°0 34:3 | 35-7 34°6 | 35°9 34:9 | 36-9 35°2 | 37-2 35°3] 37:9 26-7 25°8 24°3| 25-0 23°8 | 24°9 23-9 | 24-2 23-2 | 24-2 23:0 | 23-2 22°4 | 23°8 22:9 | 24:2 23:2 | 24:1 23°1 | 238°9 22°7 | 24°5 23:1] 25:8 24:°3]29°1 23°4 264 24:8 26:4 24:9 | 27:5 25:9 | 28:4 26°7 | 28°9 26°9 | 27-7 26:2] 28:4 27-1 | 29°3 28:1 | 80:4 29:0 | 80°2 28°0 | 29°4 28°8 | 80°3 29°8] 32°9 26:2 33°0 32°2 | 32°9 32:2) 34-0 32°9 | 34:0 32:9 | 34:0 32°9 | 83°2 32:2) 33-7 32-7 | 33:0 32°1 | 33°9 32°1 | 35:2 32:2 | 36°3 33°7 | 37°0 33°8] 40°9 32:9 38°4 36:3 | 38:9 37°7 | 39°4 37°83 | 40°8 38°2| 41°7 39°0 | 42:4 40°1 | 43°5 40°6 | 44:0 41:3 | 44:5 41°8| 45-4 43:1) 46:4 43°9| 47-0 44:5151:2 37:9 42-3 40-1 | 42:2 40:2 | 42°3 40°3 | 41°9 40-0 | 42°2 40-0 | 42-2 39°9 | 42°3 40°0| 41°8 39°5 | 42-2 39°8 | 42°7 40:1 | 43°4 40°8| 43-7 40°9] 47-0 38:0 18 14 15 16 17 18 19 20 21 22 23 Midnight.] Mean. Dry. Wet. \Dry. Wet.|Dry. Wet./Dry. Wet./Dry. Wet.|Dry. Wet.|/Dry. Wet.'Dry. Wet./Dry. Wet. Dry. Wet.|/Dry. Wet./Dry. Wet.JDry. Wet. 49°6 46:°0| 50°0 46:3] 49:4 45-1 | 49°5 45:2 | 49°5 45:0 | 48°1 45:3] 47°8 45:4 | 48°6 45-9 | 49°0 47:1 | 49:1 48:0] 51:7 49°3 | 52:1 50°4] 48:3 45-4 49-1 45°3| 49-7 45:0} 49°3 45-0 | 47-0 43°6 | 45-1 41°8 | 43-9 40°5| 43°1 40°3 | 42°8 39°9| 43:3 39°4 42°3 39:0} 41°8 38°6 | 40°0 37°1] 47:7 44:6 40°8 37:2| 40°0 38-0} 40°3 38:2 | 42°0 88°9 | 41:5 39:1] 40°7 39-0 | 40-8 39-2 | 41:2 39°8| 41°6 40°7 41:7 40°8} 41:8 40°8 | 41:9 40°7]40°5 37:9 44-1 42°3 | 45°3 42°8 | 46°0 43°1| 45:4 43:0 | 45:0 42°7 | 43°8 42°3 | 44:5 42:1] 44:0 41:3] 43°7 41:0 43:0 40°0 | 42°8 40:1 | 41:9 39:0] 42°3 40-7 470 43:6 46°6 43°1| 46°5 43:4 | 45-0 42°0/ 43°1 40°3 | 48°7 41°7 | 43°1 41:0 | 41:0 38°8| 40°8 38°3 | 39°5 37:1] 37:8 35:9 | 36°9 35:8] 43:4 40-7 47°2 43:2 | 47°4 43°4/ 47-0 43°5 | 45:9 43-2) 465 43:5 | 46°5 43-0 | 46°2 43:0] 46:4 42°9| 46:2 42-8 46:1 42:2) 46-0 41:9 | 45:8 42:0] 44:0 40-9 46°7 39°4 | 46°3 39°9| 46:9 40°7 | 44°29 40°0| 41°8 37°6 | 40°3 36°9 | 38°2 35:1 | 39°1 36°8| 38:5 36:6 | 38:0 36°3} 37:0 35-7 | 42:0 39:6] 43-6 39-8 45°8 43:9 | 44:2 43°3|43°6 41°4| 43:5 42-1 | 42°9 40°8 | 42°0 40°0/ 42-1 40:2 / 41-8 39-6] 41:1 40°0 | 41°3 40:0] 41:0 39-4 | 40°2 39:1] 44:5 42-6 41°3 39-6 | 40°5 39°0| 39°9 38°5 | 38°8 37°5 | 38°9 37°7 | 88°5 37°7 | 38°6 37:8 | 38°6 37°7 | 38-9 38:0 | 38:9 37:9] 40:4 39-1 | 40°9 39°8]39:1 38-0 45°0 37:4, 44:9 37:9) 45°7 38°6 | 45°2 39°2| 45:0 39:8 | 43°9 39°7 | 43:6 39°7 | 44:4 38°9 | 41°8 38°6 | 42:°2 38°9 | 43°7 39:0, 43°3 38:2] 42°8 38-7 45:0 40°9| 45°1 40°S | 45:2 41:0) 44°5 40°9 | 43°2 40°3/ 44:0 40°2| 44:0 40°3 | 43°4 40:0] 43°0 40°1 | 43°2 39°0 | 43°7 39:2 | 44:2 39:1] 43°9 39-6 46°6 41°2| 46:4 41°8 | 47:2 41°9 | 47:1 42°5 | 46-8 43:1 | 47:2 43°6 | 47-8 44°5| 48°4 45:4 | 48-2 45°7 | 45:9 43-9] 44-7 42:9 | 45-4 42°51 44:0 40°5 43:9 42°8 | 43°8 42°2| 45°1 43°3 | 45:8 43°6 | 46-3 44-7 | 46:0 44:2 | 46°1 44:2] 47-4 44°3| 46:9 44:9 | 46:2 44°8/ 47:0 44-4 | 46:4 44:0] 44:9 42-7 45°8 42:0} 45:0 41:0) 47°9 43°3 | 47°7 43°4/ 46:1 43:4] 45-0 48°7 | 44:1 43°5| 44:0 43-4 | 44:0 43:3} 44-9 48:0 | 46:4 43:2|46°6 43°3]46°0 43:0 47:0 45°2|47°8 45-7| 48:0 44:9 | 45:9 43°8 | 45°8 43°3 | 44°3 42:1 | 43:1 41°2| 42°5 41:0 | 40°7 39-4 | 38:7 37°8| 38°3 37-1 | 39°9 38:5] 44:3 42:1 43°] 41:3 | 43:1 42°0| 45:5 44:3 | 45:3 44°6 | 46°4 45:7 | 46-9 45°8 | 47°3 44:5] 46:4 44:2] 46°6 48:7 | 46°7 43:3] 45°4 42°6 | 46°0 43°51] 43-0 41-2 43°9 41°6 | 44°9 42°6| 45:1 42°8 | 44°7 42:1 | 49°3 45°9| 49-9 47:1 | 51:0 48:1] 50°8 48-2 | 50°8 49:2 | 50°6 49:°9|50°4 50:2] 51:2 50°7] 44:0 42-2 49-2 48-4 | 49:9 48:4 | 50:2 48°7 | 49°9 49:0 | 49°6 47:9 | 48:0 47:0 | 48:0 48:0 | 49°9 47°6| 49:0 47°8 | 50°0 47:9| 49-8 48:2] 50°3 48-7] 49°3 47:9 53°] 50:1 | 52°8 49-0 | 49°2 46°0 | 47:4 45°6 | 47°5 45°7| 47:3 45°9| 47°1 44:9] 48:1 46°0| 48-0 46:1 | 49:2 46°8| 48:9 46:7] 49°6 47:0]50-7 49-0 50°6 48:8} 49°6 48°7 | 48-9 48°3 | 48:9 48°3 | 50:0 49°7 | 50°9 50°6 | 52:8 52:4 | 524 52-2 52°7 52°3| 53-2 52-3) 52-4 52-0 | 52:3 51-74 505 49-1 47-5 42:2 | 45:0 42-1 | 44-2 41:1 | 43-3 40-2 | 44-0 40-8 | 43:3 39-9 | 42-7 39-9 | 42-2 40:0 43-8 40°6| 42-5 40-2] 43-8 40-4] 43:8 40°6] 47-1 44-6 48°3 47°8| 500 49:1 | 51°6 50°3 | 53°3 51:0 | 53°7 50°8 | 53°0 50°4 | 52°7 50°0| 52:0 49°3 52°5 48:5 ‘2 48:0/ 50°8 47-1) 50°3 46:9] 484 45-6 45°1 43-7 | 44:9 43°6 | 44:2 43:0 | 43°3 42-7 | 43°6 43:0 | 42°8 42:0/| 41:0 39°3| 41°3 40°0 | 41:0 39-2 0 38:3 | 39°7 381 | 38°4 37:0] 44-8 42-6 88°6 36°4| 39°7 36°3 | 38:2 36°6 | 39°1 36°9 | 38°3 36:5 | 39°0 36:9 | 36°7 34:9 | 35°3 33:8 35°8 34:2 4 34:2 | 35°3 33:9 | 36:0 34:9] 37°9 35-9 40°8 38°0 | 41°1 37°8 | 39°6 36:1 | 38°1 35:2 | 35°6 33°4 | 36°0 33°9| 36°6 34-1 | 36-1 34:3 36:0 34°2 3 34:1 | 35°7 34-7 | 35°8 34°91 38:4 36:0 7 9 0 SOON TPONH 87°9 35°7 | 87°2 34°7 | 87°3 34:1 | 35°1 32:8 | 34:0 31:9 | 33:0 30°7 | 30°4 29-0 | 29°7 28:0 | 28:1 26:3 26°1 | 26‘9 25:9 | 26°8 25:2134:0 32°5 28'0 26°1 | 28°8 26°6 | 28°7 26:1 | 27:0 24-9 | 25:5 23-9 | 24°3 23°0 | 24°3 23:0 | 24:3 22°9 24-9 23°3 23°9 | 261 24-4 | 26°3 24:8] 25-3 23-9 811 30°4| 31°6 30°9 | 31°4 31:0} 31:1 30°7 | 31:1 30°9| 31°3 31:0 | 31:8 31:2) 31°9 31:2 32:0 31°2 31°7 | 82°8 321 | 32°9 32:2] 30°2 29-2 87°9 34:1 | 37°9 34:1 | 38°6 34:2 | 38:3 34°3 | 88°8 34:5 | 38°9 34°9 | 39°1 34-7 | 89°1 34:7 | 39°1 35:0 | 40°3 35°3 | 40°5 35:8 | 40-4 36:2] 36°6 34-7 : 47-0 45°0 | 47-4 45°6 | 46°7 45:9 | 46°2 45:9 | 48°83 47-5 | 48-9 48-1 | 49°9 48-7 | 49°6 48:9 49:4 49:0 | 50°0 49-4 | 51:0 50°3 | 50°2 50:0] 45°7 44-1 (Megan) 44:2 41°3 | 44-2 41°4 | 44-2 41°3 | 43°6 41°1 | 43°4 41-0] 43°0 40°9 | 42°8 40:7 | 42:8 40°6 42°6 40°6 | 42-4 40°3 | 42°5 40°3 | 42°6 40:4] 42°8 40:5 — whoop co Nan RRS ROY. SOC. TRANS. EDIN.—VOL. XLII. DIN 178 BEN NEVIS OBSERVATORY. TEMPERATURE. Dry anp Wet Butps. DECEMBER 1890. 1 2 3 4 5 6 7 8 | 9 10 11 12 For Day. Dry. Wet.|Dry, Wet.|Dry. Wet.|Dry. Wet. Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.] Max. Min. 1 | 37°3 37°4| 37°83 37°3 | 37°9 37-9 | 37-9 37-9 37°7 37-7 | 37°8 37°8 | 38:1 38:1 | 38:4 38:4 | 38:0 38-0 | 38°2 38-2 | 38°8 38:8 | 38°6 386] 39°0 37:3 2 |38°5 38°5 | 38°8 38°8 | 38°3 38-4 | 38:1 38-1 | 37:9 37-9 | 37-8 37°8 | 37-0 37:0] 36:9 36-9 | 36°6 36°6 | 36°6 36°6 | 35°3 35°3 | 34:0 34:0] 38°8 26:0 3 | 23°3 23°3 | 21-2 21:4) 20-1 20°1| 20°3 20°3 20:2 20-2] 19-4 19-4 | 189 18°9] 18-9 18-9] 19-2 19-2] 19-1 191] 19°7 19-7 | 20:2 20:2] 23:3 17-0 4 | 18:2 18°2| 19:2 19-2] 20-0 20-0 | 20°8 20-8 | 20:9 20:9] 20-1 20-1 | 20-4 20:4] 20°3 20°3 | 20:7 20°7 | 20:2 20-2 | 20°2 20:2| 21:0 21:0} 23°5 18-2 5 | 221 22°1| 20:8 20°8 | 20°5 20-4 | 21-2 21°2 20-9 20-9] 20°9 20:9 | 20°9 20:9 | 20:4 20:4 | 20:4 20-4] 20°5 20°5 | 20:°2 20:2} 20°0 20:0} 22°1 19:5 6 | 20-0 20:0 | 20:0 20:0} 20°0 19:9] 19°0 19:2 20-9 20:2} 20:9 20:2] 20-1 19-7] 19:1 18-9] 18-0 184] 18'8 19°0}19°8 19°9| 20:1 20:1] 22:9 18-0 7 | 21:3 21:3) 216 21-7 | 21-7 21°7 | 21:7 21-7 | 21-1 21-1 | 21-0 21-0 | 20°9 20-9] 21:8 21-8 | 22°1 22+1 | 22-4 22:3 | 22°6 22°6 | 22:2 22:2]22-9 19-9 8 | 20°1 20-1 | 20:0 20:0| 20-0 20:0) 18-9 18:9 17-8 17-8] 16:7 16-7 | 16-0 16:2] 16-8 17:0|17°9 17:°9| 188 18-8] 19:2 19:2] 19:9 19:9] 22:3 16-0 9 | 22:0 22°0 | 22°3 22°38 | 22:7 22°7 | 23°1 231 | 23-6 23-6 | 23-8 23-8 | 23-9 23-9 | 23°7 23:7 | 23:7 23-7 | 23:9 23-8 | 23-6 23°5 | 23-1 22:9] 23:9 15-7 10 | 19°1 19-1 | 18°0 18:0 | 19:2 1971] 18°38 183 19:4 19:4] 19:8 19°9}19°6 19:7] 19°4 195] 19-8 19:9} 21-2 20°8 | 21:3 21°5 | 225 2261/2711 18:0 11 | 27°9 27:9 | 27-6 27°6 | 27:2 27:2 | 28:0 28°0 | 28:1 28-1] 28-3 28-3} 28-1 28-1] 28:1 28:1 | 27:8 27:8 | 28:2 28:2 | 28:3 28:3 | 28°3 28°31 29-9 27-2 12 | 29°4 29-4 | 28-9 28-9 | 28:0 28:1! 27:8 27:9 27°5 27-5! 27-0 27-0| 26:9 26-91 26-9 26°9| 26:9 26:91 27-5 27-1 | 27-9 27°6 | 28-0 28:1] 29-4 26:9 13 | 27:0 27:0 | 26°7 26°8| 27-0 27-0 | 26°6 26:6 | 26:0 26:1 | 26-0 26°] | 25:9 25:9 | 25:9 25°7 | 25:3 25-1 | 237 22:0 | 22:9 20:9 | 24-6 20:°2]27'8 19:9 14 | 21°1 21-1 | 23-2 23-2 | 23:1 23-1 | 23°9 23-9 | 22:8 22°8 | 23:0 23-0 | 23°6 23°6 | 23:3 23°38 | 23-2 23:2| 23-9 28:9) 24-2 24-2 | 25-1 25°1] 29-4 21-1 15 | 28-7 23°7 | 28-8 23°8 | 24:2 24-2 | 24-6 24°6 | 24-8 24-8 | 95:3 25°3| 25:7 25-7 | 26°2 26-2 | 27-1 27-1 | 27-1 27-1 | 25-9 25-9 | 25°5 25:5] 27-1 21-1 16 | 21°3 21-2 | 20°3 20-3 | 20°1 20°1|19°6 19°6 18-7 18:6] 18-3 18:3] 18:7 18:7] 18-5 18°5| 186 186] 19:0 19:0} 18-4 18-4 | 18-9 18-9] 21-3 18-0 17 | 18-1 18-1) 18-1 181) 18-0 18-0) 181 18:1 | 17-8 17:8) 17:8 17°8] 17:8 17:8) 17-2 17°2 | 17-2 17-2) 17:5 17°5|17°5 17:5 | 17-1 17:1} 183 16-4 18 | 16:2 16:2) 15°6 15°6! 15-1 15°1) 15:0 15:0! 14:9 14°9| 15-0 15:0} 14°8 14:8 | 13-8 13°8 | 13:3 13:3) 18:7 13:7 | 18°6 13°7|18°5 13°7]162 96 19 93 93) 90 91) 93 93/123 121 | 10-1 10-7 | 121 12:2 | 12:9 13:0) 14:0 14:0] 14:1 14:1 | 16:4 165/165 16°6 | 16-4 16°5}20°3 9-0 20 | 19°9 19:9} 20-2 20°2| 20°5 20:5 | 21:2 21:2) 21:2 21-2) 21-7 21-7 | 22:2 22-2) 21°9 21:9] 22:3 22:3 | 22:2 22:2 | 22:8 22:8 | 22:3 23:31 23:3 19:9 21 | 20°8 20°6 | 21:8 20°7 | 22:1 21:0 | 21:5 21:1 | 21:6 20:9} 21-1 21-2) 20:8 20-8 | 21-9 21:9] 21:9 21-9 | 21-9 21°9| 22-1 22:1 | 22:2 22:2} 22:5 20-2 22 | 22°3 20°9 | 22-9 20:8 | 22°3 20:2 | 21:9 19:9 | 22:0 20:4] 20:7 20-7 | 22:3 22:3 | 22-4 22:4) 23-2 23-2] 24:5 24:5 | 25:0 25°0| 25:0 25:0] 28:9 20-7 | 23 | 29°1 291 | 29-9 29:9 | 29-2 29:2 | 30:0 30°0| 29-9 29-9 | 29:9 29-9 | 31:3 31:3] 31:0 31:0| 30-8 30°8 | 30°0 30°0 | 29°8 29°8 | 29°7 29°7] 81°38 23°3| — 24 | 241 24-1) 24-1 24-1 | 24:2 24-2 | 24-4 24-4 | 24-3 24-3 | 25-3 25-3 | 25-3 25-3 | 26-0 26-0| 25-4 25-4 | 26-1 26-1 | 29°5 283 | 80°3 29:0] 30°3 23:9] — 25 | 23°4 23°4) 24-1 24-1 | 24:0 24:0 | 23:9 23:9 | 24-2 24:2} 23-7 23-7 | 23-7 23-7 | 23°9 23:9] 24:6 24:6 | 25°2 25:2 | 24-9 24:9 | 24-7 24-7] 25°2 19:2) = 26 | 21:1 21-1 | 21:2 21:2 | 20:2 20:3 | 20°1 20:1) 19°6 19:6| 19:0 19°0|17:4 17-4] 18-7 17:1] 18-2 17-2 | 18-4 17:0] 18-0 17:3 | 18°2 18:0} 21'2 16:0 27 =| 20°1 20:0 | 20-2 20°2| 20:2 20:2| 20:3 20:3] 19-3 19-3 19:0 19-0 | 19-0 19:0] 18:5 18:5] 19:0 19:0| 18:7 18-7] 19-8 19:8 | 20:0 20:0] 21-0 185 28 | 20°2 20°2 | 20°5 20:5 | 20'8 20°8| 20°6 20°6 | 20°3 20°3 | 20:2 20:°2| 19-5 19°5| 19-0 19°0|19-1 19°1]17°5 17°5| 17-1 17:1) 182 18-2} 20°8 17-1 29 | 16-2 162/160 16:1] 15:2 15:1] 15-4 15:0] 16:0 15:0| 16:0 15°3| 161 15-4] 16:3 16:2] 163 16:7|17°6 17:5| 18-2 18:1) 188 186191 15:2 30 | 18:0 18:0) 180 18:0] 18-0 18°0|17°6 17°6| 17:4 17-4|17-°9 17-9} 17°9 17°9| 18-1 18:1] 18-2 18-2] 17°8 17°8| 17-6 17°6 | 18°3 17-8]183 16-2] 31 | 161 161) 17-2 15°2/ 15:8 15-9} 161 161) 16-7 16-7) 17:2 17-2) 17:1 17:1] 16-8 16:8) 17:0 17:0} 17:4 17-4] 18-0 18:0 | 18-4 18-4] 19-4 15°8 7 MEAN. | 22-2 22:1 | 22-2 22-1 | 22:1 22:0 | 22:2 22:1/ 22-1 21-9 | 22-0 22-0 | 22:0 22-0 | 22-1 22-0 | 22:1 22-1 | 22:4 22:3 | 22:5 22-4| 29:8 22:6] 24-4 19-4 13 ie eis 16) ay is | 49 20 21 22 23 Midnight.| Mean. Dry, Wet.|Dry, Wet./Dry. Wet.|Dry. Wet./Dry. Wet..Dry. Wet.|/Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|/Dry. Wet.tDry. Wet. 1 | 38:2 38-2 | 38°3 38°3 | 381 38:1 | 38:2 38:2 | 38:2 38:2) 381 38-1 | 38:3 38:3 | 38°6 38°6 | 39:0 39-0 | 38°8 38°8| 38°6 38-7 | 38°3 3834382 38-2 2 | 331 331 | 32°8 32°8 | 32:2 32:2] 31:9 32:0/ 31-9 31:9/ 31:0 31:0] 31:0 31:0| 80-6 30°6 | 30:7 30°7 | 29:9 29-9] 27:3 27:3] 26-0 261133°9 33:9 3 | 20°9 20°9) 21:4 21-4] 21-7 21-7] 21:9 21°9/| 21:9 21-9) 21:3 21:3] 20:9 20:°9| 19:9 19-9] 18:7 18°8)17:0 17:0} 17°6 17°6| 18-0 18:1] 20:1 201 4 | 20°3 20°3 | 20°2 20°2| 20‘9 20°9| 20°2 20:2} 20-7 20°7 | 21:3 21-3 | 22°1 22-1) 22:8 22-9} 23-3 23:3 | 23:5 23°5 | 23:4 23-4 | 23-2 23:2121:0 21:0) — 5 |20°0 20:0 | 20-1 20-1 | 20-7 20:7 | 201 20-1 | 20:5 20°4 | 20-2 20°2| 20°4 20-4 | 20°5 20°5|20°4 20:4] 19°8 19°9|19°5 19°6| 21°5 21:0] 20°5 20:5] — 6 |21°0 21-0) 21:0 21-0 | 20°38 20:8] 21:5 21:5 | 21°6 21-6 | 22:2 22:2) 22-9 22-9 | 22-6 22-6 | 22-2 22-2) 21:5 21-6 | 21-2 21:2) 21-2 21:2}20-7 20:6) 7 | 22:9 22:9 | 22:9 22-9 | 21:9 21°9]21°3 21-4 | 21:2 21-2] 21-1 21:1 | 20°8 20:8 | 20:2 20:2} 20:0 20:0] 19-9 19:9] 20:0 20:0} 20°3 20:3] 21-4 21-4] 8 | 20:2 20:2 | 20°8 20°8 | 20-9 20°9 | 20:9 20-9 | 21:6 21°6 | 21:6 21-6 | 22-3 22:3 | 22:2 22:2) 21:5 21°5 | 21°3 21-3 | 21:2 21:2] 21:9 21:8419°9 20:0) 9 | 21-9 21°8/19°4 19:5} 17-9 18:0}17:0 17°1!16°0 15:7) 15:7 15-9! 16°8 17:0} 17°5 17:7] 18:1 181) 18:2 18:2} 18:2 1821190 19:0] 206 206) 10 | 22°4 22:5) 21-3 21:4) 21-1 21:0) 21°3 21:0) 21-2 21:2) 22-2 22-2) 23-9 23-9 | 25:1 25:1] 25:1 25:1 | 25-1 25°1| 26-9 26°9 | 27-1 27:1] 21:7 21715 11 | 28-2 28:2 | 28°6 28°6 | 28:0 28:0 | 27-9 27:9 | 28-7 28:7 | 28-7 28°7| 28-6 28°6 | 28:1 2871 | 27-9 27-9 | 29:2 29°2| 29-1 29-1 | 29:9 29:97 28-3 28:3), 12 | 28:2 28°3 | 28-9 28:9 | 28-9 29:0 | 29:2 29:3 | 29-3 29°3 | 29:2 29:2/| 28-0 28-1] 281 28-1 | 28-2 28:2 | 28:1 28:2| 27:9 27:9] 27-9 27:9] 281 28-1) 13 | 26°1 22-1 | 23-2 21-1 | 25-4 22-1 | 27-8 24:7 |27:°3 24:8 | 24-4 22-7 | 24-8 22-3] 24:5 23:1] 22:3 20:0 | 25°8 22°1 | 20°0 19:0] 19°9 19:97 25:0 23:5)" 14 | 25°7 25°7 | 263 26°3 | 27-3 27:8 | 28°1 28° | 28°7 28:7 | 29-4 29-4] 27-2 27-2] 24:4 24:5] 24:1 24-1 | 24:0 24:0 | 23-9 23-9 | 24-1 24:1] 24-8 24-8) 15 | 24°6 24°6 | 25-0 25-0 | 25:2 25°2 | 25:2 25°2 | 25:2 25-2 | 24-5 24-5 | 24:1 24-1 | 23°5 23'5 | 24:0 24:0 | 23°2 23:2) 22°3 22-4) 21-1 21°14 24-7 24-7) 16 | 191 19°1 }19'1 19°1) 18°7 18°8/18°5 18°5 | 12 18:2] 18:0 18-0} 18°3 18°3| 18-1 18:1] 18:2 182/182 18:2] 18-2 18:2] 183 18:3]18°8 188) 17 | 169 16°9 (1771 17-1| 165 16°6| 16:4 16:5] 17:2 17:2) 17-7 17-7 | 18-2 18-2] 18:3 18-3] 18'2 181|18°0 18:0/17°3 17°3| 16-4 16:6]175 175) | 18 |13°6 13°6 | 12-2 12:2) 11:1 11:1} 10-4 10:4] 10-3 10-4| 10-2 10°3| 10:2 10°3/10°5 10:°9|10°9 11:0|10°3 10:3] 96 9:7] 96 9:8]12°6 127)" 19 | 17:4 17°4|17°6 17°5|17°4 17°4] 18-0 18:0] 18:3 18:2] 18-4 18:3] 18:4 18-3 | 20°3 20°2| 20°3 20°2) 19:1 19:1} 19-1 19:1 | 20°0 20:0] 15-7 157) 20 | 23°3 23°3 | 23-1 231 | 22:3 22:3] 21:4 21:2 | 23-1 21-3] 22-2 21-0 | 21°6 20°6| 21-2 20-3] 21:7 21:0 | 22-2 21:0] 21°7 20:4] 20°3 20°44 21°83 21:3)) 21 | 22°5 22-6 | 21-8 21:8 | 21-1 21:1) 21-1 21-1 | 21-1 21:1! 20-5 20:5 | 20-7 20-7 | 21:2 21-2 | 20°8 20°9 | 20°8 20:8! 20°2 20:1} 21:8 20:°2121:4 21-215 22 | 26:0 26:0 | 26-0 26-0 | 26:2 26-2 | 26-3 26:3 | 26-4 26-4] 27-2 27-2] 27-6 27-6 | 27:6 27°6 | 28:0 28:0 | 28:9 28:9 | 28:9 28:9 | 28:8 28:8] 25:1 24°77 23 | 29°0 29:0 | 28:0 28:0 | 28:0 28:0 | 27:1 27-1 | 26:2 26-2] 26-9 26:9| 26:5 26:5 | 25:3 25:3 | 24°6 24:7 | 23-9 24°1 | 24-1 24:1 | 23°3 23-4128: Lie 24 | 26°2 26°6 | 260 26°1 | 25°7 25°8| 26:0 26-0 | 26:0 26:1 | 26:0 26-0 | 25:0 25:0] 25:1 25°1| 25:1 251 | 24:2 24:2 | 24:1 24-1 | 23:9 24:0 25 | 24°1 24:1 | 28°7 23°8| 24:1 241 | 23°3 23°3 | 22°6 22-6] 21-4 21-4] 20:9 20:9] 19-2 19:2] 20°0 20:0 | 20°1 20:1 | 20°3 20°3 | 20°8 20:8 26 {17:8 17°8|17°8 17:8] 17-4 17-4] 17-2 17:0|16-8 16°6| 16-3 16-2 16°0 15°5| 16-2 15°4/17°9 16°9/19°0 18:0} 19:3 191} 19:3 19° 27 | 20°7 20°7 | 21:0 21:0 | 20-7 20°8| 20:0 20:0|19°8 19:8] 20:0 20-0| 20:0 20-1} 19-7 19°7 | 20°1 20°1) 20:0 20°0|19°7 19°7 | 20-1 28 | 18°3 183 | 188 188/189 18°9/ 19-1 19'1| 19-2 19:2) 19-5 19:5] 19:2 19-2/ 19-2 19:°2/18°5 185)18°0 18°0|17:7 17°7| 171 29 | 18:2 183/191 18°8| 183 184/186 18-7} 18:5 185]18-0 18-0} 18:3 18°3]}17°3 17°3] 18:3 18:3] 19:0 19:0) 18-5 18:6 | 18-9 30 | 17°2 17°3/17°3 175 | 17°38 175) 17-38 17°4)171 17-1) 17:4 17-4) 17-9. 17:9} 17-9 17:9] 17-8 17°38 | 17-2 17:3) 16:4 165 | 16:2 31 | 182 182) 186 18°6/18°7 18-7) 185 18°5| 18:7 18°7} 18-9 18:9|18°5 18°5]19:1 19°1}19-1 19°1 | 19-2 19:2] 19-2 19-2} 19-4 MEAN.|.22°7 22°5 | 22°5 22°4| 22:4 22:3) 223 22:21 92-4 22:2) 29-2 92:9| 92-2 22-1|99-1 22:0| 221 22:0 | 22:0 21:9 | 21°7 21°6 | 21°7 FORT-WILLIAM OBSERVATORY. 179; “TEMPERATURE. Dry AND WET BULBs. DECEMBER 1890. 1 2 3 4 5 6 i 8 | 9 10 11 12 For Day. Dry. Wet.|/Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.|/Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet.|Max. Min. | | | | | | or _ _ or i=) @ I | 51°6 51:0) 51°3 50°9 | 51°9 50°9 | 52:1 51:1 | 51°9 50-9 | 50°6 50°3 | 50°7 50°4| 50:9 50-4 | 51°0 50°6 | 51°1 507 51°6 51:0] 52°3 51°2 2 |50°8 50°6 | 50°5 50:2 | 51-2 50:9 | 50°0 49:9 | 50°9 50°6 | 50:0 50:0} 49-7 49:4 | 50:0 49°9 | 49:7 49:2) 49°8 49:3] 49-4 49-1) 50°0 49°4)51°2 43:2 3 | 41:9 38:3) 40-4 37:1 | 39°9 36:1 | 39:0 35°6 | 38-9 35°4| 38-7 34:9 | 38°7 34:2 | 38°6 34°7 | 88°1 35:0 | 38:2 34°8 | 38-1 35°0| 38:0 35:6] 43-2 34:9 4 | 35°9 32:7 | 36:1 33°3 | 35°6 34:1 | 36°3 35:0 | 36°3 34°9 | 36-4 34:9 | 36°4 34:9 | 36:1 34°8 | 36°35 35-0 | 36°1 34:9 | 37:2 35°7 | 87°7 385°9] 39°5 38571 5 | 39:0 36°9 | 38:0 36:0 | 38:4 35:9 | 39:0 35:3 | 40°7 35:9 | 39:8 35:9 | 40°6 35:7 | 40°5 35-9 | 41°9 36:0 | 41°7 36:1 | 41°9 36:0 | 41:2 35°83] 42:0 33:9 6 | 32°9 30°9| 33:7 31:0 | 82-9 30°4 | 32°9 30°3 | 32°3 30-1 | 32:0 30:0 | 31-9 30°0 | 31°3 30°0/ 31°8 30:0 | 31°8 30-0 | 82°5 30°8 | 34:0 31°7 | 86-5 31-2 7 | 349 32-9 | 34-2 32:2 | 32-2 30°8| 31°3 30:2 | 30-4 29:2 | 30:0 28°8 | 30°7 29°9| 31:0 30°3 | 81°6 30°3 | 33°2 3271 | 33°5 32-2 | 34-4 32:2] 40°2 30°0 8 | 397 35:2| 39°7 35:2 | 39:0 34:9 | 38-4 34:2 | 36:5 32°7 | 37:0 32:0 | 36:1 31:7 | 385°5 31:2] 332 30°3| 33°3 30°6 | 34°6 381°5 | 383°2 32°71 402 32°7 9 | 38:9 35:0) 39°9 85:7 | 40-4 37:0} 41:1 36:9 | 40°5 37:0) 41:0 37:7 | 40:9 37°8| 40°9 37-8} 41:0 38:2] 41-2 38°3 | 39°5 38:1] 388°5 38°0] 42:0 28-7 29°9 | 30°4 29:0 | 31°2 29°5 | 30°8 29:2 | 30:2 28°8| 31°9 30:2 | 30°5 29:2) 30:7 29°3 | 30°6 28:9 | 31°3 29°6 | 32:0 30:1 | 33°3 31-7] 35-0 30:0 33°6 | 35°4 34:2 | 35°8 34-1 | 37-2 35:3 | 38:1 36-2 | 39:2 37°6 | 43-4 40°6 | 42:1 39:7 | 43-1 40°6 | 43°1 40°6 | 48°7 41:2] 44:1 41°8] 45-0 34:1 39°7 | 41:0 39-4 | 40:0 38-4 | 38°6 37°4 | 38°5 37-2 | 38:0 36°8 | 37-2 36:2 | 37°7 36°3 | 38:2 36:9 | 86°7 35°3 | 39°3 37°8 | 40°1 38-7] 42:3 36-2 38-2 | 88°9 38:0 | 39:0 38°1 | 39:0 38-0 | 38°8 37°9| 38:9 37°38 | 39°38 38°3 | 39°0 37-4) 37:1 35°9 | 37°0 35°8 | 37-8 36°2 | 37°3 35:9] 39-9 35-2 35°6 | 39°8 36:2 40-1 37:4) 40°0 37°6 | 40-9 38:1 | 40:2 37-8) 40°3 38:1 | 40-2 3:0 | 40°6 38:5) 41°0 39:0 | 41°7 89-4 | 41°9 39:3] 45:2 38-1 39°2 | 42°2 39:2 | 42-1 39:3 | 41°5 39-2] 41:0 38-9 | 40°9 39-0| 40-8 39°0| 40-7 38°8 | 40:3 38°7 | 40°2 88-8 | 43-9 41:0} 44:0 40-0] 42°9 40-0 36°0 | 40°5 36:0 | 40-2 35°2| 40:0 35:0] 39°6 34:2 | 39°5 34:2 | 39°2 33-9] 36°6 33-0 | 38:0 33°6 | 35°83 32°6 | 38°9 33-7 | 39°2 33-7] 40-4 33°8 31-1 | 33°1 30°1 | 37-4 32:9 | 36°0 32:1] 36-0 32:1) 38-0 33°0| 37:2 32-7 | 37°5 33:0) 36:0 31°55 | 86°9 32:2) 37:9 33-0 | 38:0 33:1] 383 32-1 31°8 | 35°5 30°9 | 35°5 31°0 | 35-1 30°6 | 35:0 [32°3]] 34:9 31-9] 35-0 32:0 | 34:0 31°6 | 34:0 30-9 | 33°3 30°5| 34-7 30°83) 34:1 30:0] 37:1 319 [82°0] 37°8 30:2) 35-9 30°7 | 33-2 27-7 | 33:0 28:1] 33:1 28-9 | 34:1 301] 34:0 30°6 | 34:0 30°8 | 32:2 30:7 | 31-7 30°8| 31:8 30°38] 38-0 31°6 32°9 | 35°4 33°3 | 35-7 34:0 | 34°8 33-9] 85:1 34:4] 351 34:2) 85:7 34:9 | 36°0 35°1| 36-7 35°5 | 36-2 35:3) 37:0 35°9| 37°38 36:2]38°3 311 29°2 | 30°71 29:0} 29-6 28°0 | 27°7 27°7 | 28:1 27:2] 27:1 26:1 | 29:3 28:9 | 30:0 28°9 | 29:1 28:2] 3071 29:0) 32:2 30°3 | 32° 305]39:1 27-71 83°6 | 36°8 33°3 | 37'0 33:4 34°3 | 37°6 33°0| 37°8 34:0 | 38-4 35°9 | 39°0 36:2 | 39-4 36:7 | 40-4 37°5 38°2 | 42°5 39:0] 44:3 35°9 45°8 42:4) 45:0 42:4) 47:5 44°8| 45:4 44:2/45-0 44:2) 446 43:3 43°7 | 46-9 38-1 34°S 33°71 34:1 33°3 | 34°9 33°9 | 36-1 35:2) 86:1 35:0] 37°0 36:1 36°9 | 88°0 37:1] 42°0 32:9 41:4 39:0] 42°0 38°6 | 42:1 38°2| 41°3 38°6 | 40-2 38:8] 40-2 39:0) 40:0 391/411 39:7] 42:9 36:1 35°9 33°8| 34:1 32:4 | 34:0 32:1] 32°8 30°8 | 32-4 30°3|82°5 30°4| 33:0 30°9 | 84-9 326} 38-1 30-7 34:9 32°2] 35°7 33:°2|35°9 33°3 | 36°4 33:2 | 35:7 32°7|35°8 33:0 | 37° 9 34:0] 39°3 31°6 37°3 34:5 | 37°8 34:7 | 89°2 35°0/ 87'8 34:7 | 88:0 34:2 | 384 34-1 33°7 | 38°8 33°9]39°6 35:4 31:0 29°1] 30°2 28:4) 29-7 2 4 : 9 29°31 38'5 28° 35°3 321] 35°0 31:3] 35:1 3 35°6 32:1] 36°4 32:2] 37:7 32° 3 01 37°5 35°0 37°4 34:9 | 37°8 oo or (= OO Oe Sw a or) “I i a So no a) HS ts “I or 1) (oa) rr No bo | oo No (oa) on no “I i) nD 09 G9 On HS 00D NO oo 09 Oo Co w~ai~r 9 09 Co San Oo 32 30'2 5 33°1] 38-9 33:3 37°9 32:3 | 38°3 33:2] 39-0 33°0| 38°6 33°4/ 40-0 34:2] 40°6 33-0 2 38°3 35°9 | 38-7 361] 41:3 34:1 i) iss} par) izS) i) ve} iv) 1) bo iv) ey oO = e os i _ oo ~ — fe) iw oo ra _ _ (=) He OO He OO DD i TES NOAA ao S ‘ SS ac _ H oo 13 14 15 16 Wf 18 19 20 21 22 23 Midnight. | Mean. Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.\Dry. Wet.|/Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet.JDry. Wet. 0 50°7 | 51:0 50°6 | 51:1 50°7 | 50°9 50:4 | 51:0 50°5 | 51:0 50°5| 51:1 50°8 | 51:3 51:0) 50°9 50°6 | 512 50:9] 51:2 50-9} 51:2 5099512 507 49-4 | 49°] 48:1 | 49°3 48:8 | 48°6 47:9 47:5 46:3 | 47:1 45:9) 46:1 45:0 | 45°9 44:8 | 46:0 44°6 | 45-7 48°6 | 44:3 42:0 | 43°2 40°1]48°5 47-7 36°1 | 89°9 36°8 | 394 26-9 | 39°8 36°8 39:0 36:2 | 38:0 36:2| 37°'7 35°8 | 37°6 34:6 | 37:0 34:0 | 365 33:1] 35:9 33:0] 35°8 32°21 385 354 36°8 | 38°9 36°9 | 38:9 37:0 | 38°1 36:2 37:2 35:1 | 38-1 35:2} 38°6 36:0 | 38°9 36:0 | 39:0 36:5 | 39°1 36°5 | 39° 0} 38°38 37:0]37°5 35:5 86°1 | 415 35°9 | 41:1 36:2] 40°9 35°9 | 41:1 35:9} 40°3 36:0] 401 36°0 | 40:0 35:9] 38°9 35:1 | 37:0 33°7 | 35° 6 | 33°9 31:°4]39°8 355 82°4 | 35°7 33°0 | 35:9 33-2 | 34°3 32°3 | 34:5 32:4 | 35:0 32°8 | 34°8 82:7 | 35°6 33°8 | 35:2 33-7 | 85:7 34:0] 34° 0 | 35:1 83:2] 33°8 31:7 33°8 | 35°8 34:1 | 35:9 34:4 | 36-4 35:0 | 36°3 35:0 | 36:5 35:0 | 40°2 85°8 | 40°0 35:1] 39:2 34°6 | 37°6 3377 | 38° 9|39°0 35:2] 34:9 32:8 32°8 | 86°6 33°5 | 38°6 34:5 | 38°7 34:8 | 36:7 33°8 | 36°8 33°9| 37-8 34:5 | 37°9 85:0 | 88°9 35:3 | 38°9 35:0] 38° 3 | 391 35°3]37°2 33°5 84°7 | 85°4 34:4 | 36:2 34:0 | 36:2 33:0 | 34:2 31°8| 33-1 31:0 | 32°4 30°5 | 30:4 29:1] 30°1 28:5 | 30°2 28-4] 30° 0} 31:2 29°8}36'6 34:2 81°8 | 33°1 31:9 | 32-7 31:3] 315 30°4/ 31°4 30°83 | 32°1 31:0/| 33:7 32:1 | 33°9 31:9 | 34:4 32°9 | 34°5 32:9] 34: 1 | 34°4 33:0] 32:2 30:7 41°6 | 43°7 41°5 | 42°1 40-1 | 43:0 40-1 | 42:9 40:3] 42°9 40:1 | 42°9 40-0 | 41:9 39°8| 43:0 40°6| 41:9 39-7 | 42:0 39:8) 42:0 40:0] 41:4 39:1 7 6 6 0 6 7 9 =e) Orow (ea) Dooce Bocwea chow =) 39°7 | 41°4 39-5 | 41:2 89:1] 40°8 39°0 | 40°7 38-9 | 40°2 38-8 | 39°38 38°5 | 40:0 38:5 | 39°7 38:2] 39°6 38:5} 39° 39'1 38:'2]39°6 38:2 84°4 | 38°1 34°4 | 88:2 33-9 | 36°8 33:3 | 37:1 33°9| 36°7 33-7 | 37°3 84:1 | 36-4 33°7 | 35-7 33:1] 35°9 33-0] 3 88°1 34°59 37°7 35°5 39°2 | 42°0 39°8 | 41-7 40-2) 42-2 40-9) 42:8 41°7 | 43°3 42:8 | 45:2 41:4; 44-0 40:1] 43:9 39:9 43°4 39:1] 4 42°9 39-2] 41°8 39-1 | 39°7 | 42°0 39-4 | 42-2 39°68] 42°5 39:7 | 42:0 39:0] 41-4 39:1} 41°6 88°9| 41:4 38:2] 43-0 38:0 | 42°5 38:0] 4 42°1 372] 41:9 39:0 | 33°8 30°6]37°9 33°4 SIS Oe 39°7 34°2 | 39°9 34:3 | 39°38 34:1 | 87:0 32:7 | 37:0 33:2 | 87:1 32°6| 361 32:2 | 34:4 31:2] 34:9 31:9 | 36:3 32:1) 3 33°0 | 37°5 32°6 | 36°1 32:0] 35°2 31:0 | 34:2 30°8 | 36-0 31:9] 37°8 33:2 | 38:1 33:9 | 38°2 33-9 | 37:8 33:6 | 37° 31°0 | 83°3 29°4 | 32°9 28-8 | 32:1 F f 32°7 29°2 | 82:2 29:2 | 32°3 29:9 | 33:0 30°5| 33:3 29:0 | 33-9 31:1 | 34 36°5 “NIP bo 87°0 382°3)36°7 32°4 2 35°3 29°7 | 34:0 30-4 30°9 | 32-2 80°9 | 32:2 31:1] 31°8 32°2 [32:1] 3821 30-9 | 32:0 30°7 | 32:0 30°8/ 33:0 31:4 | 33°7 31°1 | 34:2 [82:1] 34:0 [382-1]] 33°38 30-7 36'2 35°2 | 36:1 35:0} 36°8 35°6 | 36-0 35:1] 34:2 33°6 | 33-7 32°5| 31:2 30°7 | 31°38 30°1]35°7 345 1 ] 36°6 | 37:1 36°1 | 38:0 36°5 | 37:9 7 “6 | 36°6 33°7]32°7 311 3 0 31°0 | 34:0 32:1 | 34:3 32°6 | 34:5 32°8 | 34°8 33-1 | 34:0 32-7 | 36:9 34:4 | 88-5 35°9| 37°38 35:1 | 87:1 34°8| 37:3 34 39°5 | 42°2 39°4 | 42-9 39°7 | 42°1 39:4 | 42:2 39-7 | 41:2 39:4] 42:0 40:0 | 42°2 40:0] 43°5 40:4 | 43°8 40°8| 43-9 41° 43°4 | 46° 43:0 | 45-2 42:1] 43°0 40°6 | 41:8 39°3 | 42°2 40:0] 409 39-2 | 39-2 37-9 | 39°3 37:8 | 38°6 36°8| 38:9 37° 37°9 | 39°9 38°9 | 40:1 39°1| 40°1 39:1 | 40-1 39-0) 40-0 39:1] 39-4 38-8 | 39-0 38-0 | 39°3 38°7| 39°9 38-9} 41:9 43°6 41:5] 40-7 37°8 38°6 86:5] 43°3 41:2 41°8 38:1] 38:2 37:0 86° 33°7|40°4 37-7 38°8 40:0 | 40°8 39:4 | 41-2 39°1| 40°6 38°6 | 40°5 38-0 | 39°2 37:0] 37:7 35:9 | 39°7 35:2 | 37°6 33:9 40°1 35:3] 36°3 33°5 34-1 | 37-1 34-7 | 36-2 33-9] 36-2 34-0 | 33°6 31-1 | 32:9 30-0/31-9 29-2 | 30-9 28°5| 32-0 29-0) 31:9 29-1] 31-4 28-9/ 316 28-7]34-0 31-6 84-1 | 87:1 34°7 | 37°3 34:9] 38-9 34:9 | 38°1 35°1 | 87-7 34°6 | 39°3 35:8 | 37°8 34:9| 36°9 34:4 | 87-9 35-1) 87-2 34:2) 36°38 34:1] 365 33-7 84°2 | 38°4 34:2 | 38:2 34-2] 32-0 34:0 | 37-9 34:0 | 37°2 34:0 | 37:0 33°9 | 36-2 33-5 | 36:3 33:2 | 36:1 33:4] 36-1 33°6 | 35-4 33:0] 37°5 34:1 312 | 34°2 31°8 | 34:5 32°1 |] 33°3 32-2 | 33°5 32-2 | 31:8 32:0] 32:3 80°8 | 33°6 31:7 | 35:0 32:2) 34:3 32°4/ 387-4 33-1 | 88-4 33:5] 32-7 30°6 33°2 | 36°7 32°7 | 87°8 32°8 | 33°3 30°4 | 34°6 31:2 | 34°8 32-2 | 36-2 32°3| 36:0 32:3] 36-0 32:3 | 86°5 32°3 | 36:9 32°3 | 35-9 32°2]361 32:3 35°2 | 39°6 35:0 | 39:0 34:0] 39:0 34:0 | 38°6 34:1 | 38-8 34:2] 39°1 34-1 | 39-4 34:4] 89°3 34:5 89:2 34:4 | 39:4 34°8 | 39°0 34:9] 381 33°5 86°5 | 39°1 364 5°8 | 881 35°5| 88:1 35:4 | 881 35:3 | 37-9 35:0 | 37°8 34:9] 38:1 35°5 39°0 36:4] 38°5 36:0 | 388°] 35°8 | 37:9 35-7 | 38:3 3 180 BEN NEVIS OBSERVATORY. RAINFALL. INCHES FoR Hour ENDING— AUGUST 1890. ie) Das | 16 | 7 | 18 | 19 | 26 | 21 | 22 | 28 | Mba mount | i=) 1 | 007). -— |= eel ete Geran ee erie || mL 2 a = | = — a a _ _ _ _- | _ — ~ ye Bac eee Ay - | ~ | +043 | 034 | -080 | -030 | 055 | +105 | -058} 0-405 4 | -033| -013, 018 041 | 109 | -166 | *170 | 200 } *205 | *186 | :075 | 060} 1-670 5 | -065| -048 | -120 ‘021 | -094 | 099 | +040 | -048 | 003 | 005 | 009) - | 1:377 | | 6 | -020| -001| - 010 | 001 -|-]-]- | = | = | -o-osgim i = =a ie - = = * = = = = a = } 8 = a, =< — — a _- —_ —_ _ — _ — Sh | cae lean a a oe a = 10 | - | *010} 009 soul) aS de al Sal al ma tgs Koel a eee - | - | =| = | - | - | = | = |-029)) o-ozommm 12.5) 1022) =| we ‘195 | 110 | 018/004) - | 001} - |-010) - | 1-082 | Cele 2 ys - | - |015{-002| - | -090]-008} - | -005] 0-148 | TF O| eH pee” Alina “022 | -015 | 018 | 005} - | 002} -003 | -001| - | 0-123 15 | -001 | 025 | -030 ‘180 | 236 | 195 | -060 | -040 | -090 | -040 035 | 037] 1-817 | 16 | 060 | +145} -113 ‘078 | 025| - | -034| -070| -050 | -017 | 100 | 009] 1-238 | 17 | -040 | 022} -018 -075 | 003 | -011 | 005 | 005] - | -021 | -048! -040] 0-914 | 18 | +035 | -020| -040 ‘030 | ‘023 | -047 | ‘015 | 002} -010 | 010 | 005) —- 0429 {Oi a eal ae ee ee ee Gy) Sa ae 20 | -010 | 020} -048 ee - - — | 012 | 015 | :020) 022} 0507 Hl) 21 | -012| 020] -o0g ‘010 -007 | -387 | -060 | -020 | -025 | -090 | 070 | 117] 1-596 | 22 | -016| 118 | -002 “028 +016 | -098 | 120 | -008 | -050 | -047 | 030) 009} 0-907 | 23 007 | 070 | -040 Sis = “010 | :070 = = 009 = 0°348 | 24 | — | -003| -002 ‘015 ‘014 | -005 | 011 | -011 | 020 | 009 | 008} - | 0-244 | Shea eet a sale ‘010 | -016 | -036 | -004 | -005 | 008 | -001 | 021 | 010] 0-172 | 26 | -006 | -014| -023 — | :022 | 020 | +008 | -012 | 006 | 004; - | -019] 0-313 | 27 | 093 | -128 | 033 Sa ol | OE 006) al) eel eee noe 28 ne — | 020 001, - - | 001) - - sl) os - 0-269 | Fi | | ins ae — | 002] 012 | 009} 006} - | - | - | - | 0-090mN Fee tows ee ak 005 - | - | - |024}-006] - - | - | 0-035 | Th Rad A Reo - | - | =] = | - | - | -011|-001 | -o08 | 0-090mm | ! | ‘ | Sum |0°427 (0-657 [0-530 [0°598 0'596 |0°897 |0-494 (0-412 0331 0-607 0-422 [0-466 {0-436 |0°739 |0°811 [0-721 0°693 |1-170 [0613 |0°607 0-608 |0'518 0-547 0-433} 14°33 t RAINFALL. SEPTEMBER 1890. | i 1 |-002|-001| - | -001| -o04| - | -002 -010 | -025 | -055 | -140 | -150 | -120 | -092 | -042 | -067 | 100 | -055 | -031 | -020 | -021 | -015 | -012 | 003] 0-967 | 2 | -018 | -008 | 014 | -010 | -020 | -040 | -020 | -020| -015 | -009|-o04) - | - | - | - | - |-oor] - | - | - | — |-038}-052] -o11) 0-280) 3 | +123 | -062 | -047 | -040 | -030 | -040 | -010 | -007 | -007 | -012 | -007 | 001] 002| — | -037 | -040 | -090 | -060 | -078 | -092 | -029 | -034| -034 | 030] 0-912 4 | -025 | -019 | -021 | -025 | -025 | -020 | 008 | 010 | 010] -005|-ooz| - | - | - |-o1| - |-oo2] - | - | - | - | - | — | — | on 5 |-o02) — | - | = |, — |-008|-005| =| — 1) —- | - | - | - | — | = | =) 2) 2" se04)| -c09:|/-coo,) mh eau leeeam imorons ee oot oot 005! | = |'-002 | 004! = <| Se es oat | oan) 2 PS | = | = |= | bh = | 2 ope BETA cose) - | | = | 2 eee cal ob See et) Lh 2. soap dog onten 004 | -018 | -018 | -016| -011 | -o08 | -015 | -113 | -095 | -008|-147) — | — |-011|-002|-005| — | — | — | -011| 002) -024/ -002/ -028] 0-533 003 - = = = = S| Ry = = = = = = - | = | +007 | -081 | 083 | -124 | -231 | 305 | 297] 1-168 "251 | -137 | -117 | -088 | -051 | -006 | -008 | -005| -011| 80/006} - | - | - | - | - | - | - | - | - | 002] -087} -034] -016] 0-799 032] 051 | 018-071 | 022 -034| 038 | 032] 08 008 009] 008] 011 -v01| -001 | 025-024] -008) 14-004 - 014) -008] O04) 0-485 Pe eerieniembe is |). |) ee) cm ea | | Wy) = (IEE ooos -|- | - | — | = |-040}-007) - | - | -049| -146 | -187] -186 | -112 | -040 | -007 | -017 | 009 - | -003| 004 | -010| -018 | 008] 0-843 780 | 002] -002] 001, - | = | - | - | - | - ) = | = | = J-065) 147) 15 /-090 | 025 )-051 | 057 | -098 | 050) -055 | 064] -030] 0-847 Soar |0-413 |0-324 0-264 0-442 10-184 (0-100 [0-074 |0-193 [0-213 [0-288 |0°515 10-309 [0-359 |0-397 [0-321 [0-243 0-153 [0-204 0-215 (0-289 [0-233 |0-421 0-497 |0-477] 7-128 i | | 1 182 BEN NEVIS OBSERVATORY. RAINFALL. INCHES FOR Hour ENDING—— OCTOBER 1890. | | Mid- Fa 2 Gy 74) 8 1 9) Oa eS A Ta Tp 16) || W718 AY tORy egos eoTeN toe | 23. Inight |Amount. | | = | | SE | a a te a at) _———$<—— - || ———- | | —— | ——— + OO OO OO Yh. | — . 124 | -355 | -063 | -092 | - ‘102 | -035 | -140 | 044 | 002 | 108} -026| -014| 028} - |-008} - | - | -.| - | - | = We fsa 5 ad tae bl eh sah Nidal inca essa liye eee |e | | 081 | -031 | -030 | -019 | 088 ‘140 ‘141 2 268 | 270 “275 1-449 3. | 368 | -417 | “361 | +289 | “340 | “620 | 533 | 410 | -860 | -480 | 450 | -460 | -404 | -442 | “343 | -326 | -200 | +183 | “188 | -083 | 062 | 009-008 | 0 7287 | 4 | +007 | 010} -010| -007 | 015 | -005 | -008| -004| 001} - | -002/ - | -040| -035 | -028 | -032 | 032 | -057 | -068 | -059 | +106 | 222 -193 | -225] 1-166 5 | -260 | -182 | -321 | +298 | -440 | -166 | 082 | -032 | 024 | -085 | 092 | 061 | 050 | -043 | -148 | °125 | -250 | -153 | -052 | 008] -006 | 004 -003| 004] 2-889 6 | “010 | *010 -098 -018/ ‘021 | -010 | 012} -018 | -008| ‘006 010) - | - | - | - | - | - |002; - | - | - | - | - | = | ovis Tlie } = tee eee ees | | pri. Ss) ea neemeOOD GOs —* |= yl El yl See Roa ee 8} =f —~f = ska t= + a=! = | = See Se Re = hk = 1 = | =) Sl) ee = 9 | - | - | - | - | - | = | +005) -006 | -006 | 002 | -008 | 005 J -006 | -008 | -006 | -008 | -013.| -045 | -015 | -013 | ‘069 | -052 -034| 062] 0°363 10 | -049| 040} -053 | -049 | -090 | -078 | -030 | -098 | -060 | -082 | -045 | -080} 082 | -132} -060 | -069 | "108 | -150 | -175| -167 | -134| -232| -193| -190] 2-446 11 | 168 | 150} 145 | -128] -122| -143 | -130 | -094 | -102 | -098 | -162 | -072| -026 | -030 | -004 | -060 | -070 | -014 | -044 | -026 | -078 | -051 | -062 | -o62 2-051 “02 ‘046 | -007 | ‘008 | :007 | - * ‘003 | 001} — x o = = oy a a ah Le ve zx if x eS Ua A a a EIN Se “ol ape | ope | ot | 0d | (995 | 02 | 002] = vo | 205 | 9.038 14 | -006]-004} - | -005| -030| -034| -032| 080 | -250| -007 | 020 | 085 | -005| -009 | «006 | -006 | -016 | -004 | -002 | -011 | -093 | -102 | -142| - 134 15 | +128 | +215 | -445 | 027 | -250 | -145 | -050 | -110 | -083 | -028 | -042| -038 | 184 | 139 | -043 | -033 | -039 | +155 | -180 | -011 | 071 | -036 | -023| -067] 2-542 16 | -151| -110| -083 | -029| -030 | -018 | -018 | -028 | -o6s | -095 | -162| +140] -182 | -042| -043 | 032 -018 | -010| -008 | -058 | -078 | -115 | -060| 026] 1-604 17 | 032 -083 | -048| -040| -024 | -025 | 010 | -008| -030 | -048 | -012| -020] -078 | -049 | -010 | -019 | -005 | 048] -003 021] 001} —- | - | - 0-614 sen et aan a ie i He ea ea ee een ee ee ea feciricase!)) Gos: 20 | 038 | -021| -020| -017| -018| -015 | -010 | -014| -010| -006 | -022 | -067 | 055 | -022| -001 | -006 | 008 | -010} -007 | -002 | -022| 020 | -021 | -020} 0-452 21 | -008 | 022] -019 | -022] -012/ -014| -006| -o08 | -005| -003) - “dele, Sale -.| = | Si ost -~ | - | ~ | = |-012/-010] -006 | -010 | -032| -010| -003| -o02{-004/ - | — | -013/ -018| -045 | -036 | -032 | -036 | -020 | -028} 036] 0:353 23 | -058 | “044 | -055 | -049 | -058 | -025 | -026 | -024 | -036 | -038 | -032 | -044 | -050 | -054 | -079 | -050 | -103| -188 | -135 232 | -034| -011 | -022| 045] 1-437 24 | -078| +191 | -190 | 253] -370 | 372 | -206 | -115 | -080 | -084 | -035 | -020] -027| 007] - | - | - | - — | 018 -012| -042| 2-116 25 | -086 | -052| 016 | 009] -010| -070| -009 | -033 | -115 | 036 | -072| -024| -007 | -001 | 108] -025 | -070| «084 | -055 | -052| -035| 016] - | - | 0-985 2 -~ | - | - | - | — |-025}-014} - | -045 | -073 | -o81 | -098 | -028 | -082 | -040 | -052 | 077 -028 | -083 | -082 | -105| 046] 0-909 27 | -072| -072| -080| -022| -020| -015 | -023 | -015 | -016 — | -032| -010 | -016 | -002 | -008 | 012] 0-415 TEN Ee ie er hh -~ | — | = | —"|-010| -008 | -021 | -018 | -025 | -052 | -060 | -072 | -076 | +122 | -221 | -263 | -110 | +129 | -148 | -180 1515 29 |0-034| -032| -042 | -027| -016 | -078 | -201 | -290 | -289 | -392 | -280 | 260) -134| 057/021) - | - | - | - | - | ~|-—-|-]|-] 2 30 ioe Sales 031 | 048 | -050 | -062| -044| -024| -068| -073) 0-423 31 | -060| -054| -028| -018| -080 | -066| -020 | 041 | -162| -170 | -095 | -105 | -o86 | -185 | -022 -054 | -013 049 | -004] 1-212 Sum [1-675 [1-879 [2371 |1-378 {2-017 1-978 |1-528 /1-513 [1-902 [1-722 |1-612 {1-684 [1-592 |1-410 [1-085 /1-044 1-161 [1-359 {1-422 1-270 1-224 [1-406 [1-466 [1-602] 37-300 RAINFALL. NOVEMBER 1890. 1 | :006|-004;-001] - | - | ~ | - |-~/|-|{-|{-|-]-|- | - | ~ | — | -020]-018| -o«4 | -147 | -o85 | 1491-288) o-ee7uiae 2 | 379 | 357 | +284 | +290 | +202 | -072 | +118 | -045 | -010| -003| 030} - | — | -019| -004 | -063 | +108 | 025 | -010 | -010 -040 | 063 | 033 | 0301 2-195 | 8 |022} - | - | - | = | - | - | - | - | - | - | - ]-007) -006} — | -009| -o18 | -017 | -004 | -043 | -130 | -070 | -080 | +1431 0: #007 1-020) = =) = | = | -. | =e ey Pe) ] | = ee Soe) oa" -090,| oz) cosaneoame mena 5 | 004) 012) - | - | -008| -020/ -032| -088 | -067 | -025 | -016| -005]-019|-010/ 020) - | - | - | -|] - | - | —- | — |] - 6} | ef ey ee eK = = | | — J -085) -018} -053 |f-050)[-050][-050}/[0-50}[-050][-050]][-050][-050]1-050 7 | 2043.) -057 |'-093;| 075 |[-050][-050)[°050)(0-50)[-050](050]) = | - | =| —- | = | = 2 Ele aie ieee 8 | :005 | -035 | -032 | -023 | 032 | -018'| -0287) +205 | -118| -058 | -025 | 096 | -019 | +140 | -100 | 073 | 074! -045| - | — | -017!-005] -007| — 9}/-|-}-]{-)-)} - | - | - | = | = | 004} 032] -053 | -046 | -048 | -050 | 038 | 076 | -039 | -050 | -058 | -011 | -018 | -020 104) “OL7) 010i}-018 =) 006/028) —aieS)) 2a Sa = | - f - | - | <7) Sei Siiseooi-osonp-ozoy | een We) OP = les) Se |) = OLB ON E-o1sy} = | = | -.) — | —aeouey S| ill eS es 2 | is [010 }(020}[-040)f 030) 078 | +104 | -078 | -052 . 1 . * 13 | +115 | -112| 046 | -076 | -090 | -088 -052 | -066 | -034 | -059| 042-016) 176 -090 | -064 | -055 “018 001-002 | -030 | -001 14 - - = - - - - —_ |[:020][-020)|[-020)|[ 020 |'[-020]) :018 | ‘038 | *113 | *121 | -045 | -023 | -020 | -017 15 | 052 | 003 | 018) - -— | 044) :026) - - — | °108 | 008 | 300 | 043) 033; - | —- = = = = = a = 16 | = = = =). = = = = = — | :010} :052 | -054 | :064 | -090 | -004 | 035] -009| -010| - - = = 17 ‘| 014 Es a = oe aS Py = = = Ss lhe x = lle = =- - - - ‘070 040 | -140 1387 18 | 155) :030/] 010) - | 004] -001| *001) - = = = = - = = = a = = = = = = ay LD = - — | 010 | +028 | -057 | 048 | -023 | +011 | -002 | -010 | 002} -002 | 036 | -075 | 080 | 050! - = Si = = = = 20 — | ‘053 | *120| -045 | 107 | 023) -010} - - - - - - | *006 | ‘011 | 045 | +124 | 148 | +233 | ‘058 | 088 | 031 | 094 | 118 21 | 034 | -077 | *025 | 084 +106 | ‘072 | +123 | +201 | 283 | -161 | -019 | -010] -007 | -054 | 042 | -026 | -042 | -010 | -044 | -u35 | -047 | -062 | -028 | -048 22 | +082 | *038 | 036 | 089 +099 | -030 | 022 | 076 | -091 | 082; +195 | -234 9 -263 | -270 | -272 | -243 | -157 | 179 | +142 | 205 | -070 | -107 | -049 *047 23 | *023 | 031 | 011 | 087 +003 | -032 | -002 | -018 | -027 | 039 | -017 | -017 | -024 | -009 | -012 | -031 | -020| -054| 028] -010|} — - 240) 2 Sh} tale =P =| 081)! S005 |::007 . Grorol||-¢09)|)-016|.— |. - |. =o) Seale 2.) = | = Ae See Saeaiie sale We cee Ee SM Sa ee ee leeceae oN et eed 26 | - | 019 Stilemali= Wea )e- (or or — |= | =). | eee. | ci Sa 27 = x is 2 a = = a = 2 & = z ae * a = = a a x z ae | A P - | -002| -006 | -008 | -007 | -033 | 019} 016 | -010 | -018| -015 | -o21 | -014 | -016 | -010| -002/ -009| -oo1 | — -020])[-020)]|[-020}) -053 | -041 | -024 | -018 | -049 | -008 | -012| -o08 | -094 | -028 | -072 | -012 | -122| -023 | -o41 | -o16 2} 2 iis 30 |[-010] [-010}/[-010]}[*020)|[- [-020)[ SuM ee 0°868 |0°704 |0°799 |0°755 |0°550 |0°565 [0-803 |0°788 |0°554 [0538 0-482 |1-092 [0-839 |0-$48 |0-868 |0-865 |0°841 0-885 [0°819 |1-120 |0-711 10-790 |0-910 FORT WILLIAM OBSERVATORY. 183 RAINFALL. INCHES FOR HouR ENDING— OCTOBER 1890. Mees lea 5 | 6 7 i) 8 al OP to) wy! 12) IB.) 14 | 15.) 16 |. 17 | 18 | 19 | 20.| 21 | 22 | 23 aan Amount. | a a a a eer ee a TD} 043 | -083 | -253 | -082| 026] 008; - | - | - | — | -005| -063] -025|-032|-008; - | - | - | - | - | - | - | - | 008] 0-576 mee) — | —- | - | - | — |-006) -1/ = | — | = | — | = | -017| -042) -088| -067 | -102| -210/| -284 | -219 | -229| -157 | -181 | .1°502 3 | 176 | -390 | :293 | -088 | 286 | -268 | -210 | -161 | +142 | -127 | +131 | 156] -068 | 161 | -150| ‘084 049/013] -007/ - | - | - | - | - | 2-960 Meee) = | = |} = | - 1 | | ey ot Ly = ft = | = | = | 019) -029/| -081 | -085 | 031 | 049 | -098 | -054| 004] 0-350 5 | -090 | -057 | -107 | -063 | -146 ! -024 | -ou5 | -005 | -010 | -011 | -032 | -014 | -015 | 005 | 063 | 078| 127} 088; - | - | - | - | - | - | 0-940 Se O14) 05-012) —. | = O08 Go een ee) - 1 = | =| = | = loop —- | - | - 1 - | = | =} = | oso Me) ee KH Ke ee ee ee ee} He - P py =] - 7 -]) -) +] -40- 8 2 = a 7 os = - = es = & at = 2 si = 3 = us = a = a = = 9+| - | :001| -001 | -001 | -001 | -001 | -001 | -001] -001| 001} - | - | - | - | — | 010) -010] -013 | -006 | -005 | -015 | -019 | 010 | 025] 0-122 10 | -v08 | -908 | 008 | 027 | 008 | 023] — | -029| -026 | 023] 002) - | -019| -034 | -005 | -029| -073 | *112| +117 | -008 | -068 | 088 | -146| -107| 0-968 11. | 088 | -026 | -039 | -032 | -010 | -020 | -010 010 | 017 | -095 | -035]-010} - | — | -026| -023 | -003/ -007 | -019| -018| -072| -035| 070] 0-665 Oooo | =f a ies [oe eadee yoo | Set ee eera rea = (es Ul OrOde eee | Se eee te a ee ee tt |} | fe | eK = 14 | 004] - | -005/| -008| -008 | -009 | -010| 024] -031| -008| 014; - | - | - | - | - | - | - | —- | -015| 098 | 224] -195 | 203] 0-941 15 | 156 |0136/ 058, - | -044| -063|-003| - | -038] - | - | —- | 093] 042) -012| -021 | -027 | -021 | -056|-008} - | - | - | -109] 0-887 ree Olb = | > | - | - | - | = | 025 (190) -o48-015. — | -005| = |-o14| — | = |-o1s; - | - | - | - | 0-284 Mee | - | - | ed] Le } | -e = 8 ee ee a ee Se | = |e - ee oe a | — | Ke eM lee nce IS || eee a Sl EN Se eee Va = i | ee in | eee 2a Pl pee eT ef = pornt oor Sa 01011006 | 006.006 | -004) — | — | -oo1|-coz2] 2 | 2 F =| = | - | - | =} = 7 s+ f|-- J-=]- | .- |-- [ o-e2 ee | - | | KC - | K =o ee mee ee ee mc ee eee ee Pee | = - Soe jf | Se eee eS | oe lee 2 72 shed |] Poor] conf. o-o02 | 23 | 003] 011/013) - | 002} - |-- | — | -019| -008} -015 | -015 J -049 | -029 | -039 | -007 | -022| 020) - | - | - | - | - | - | .0-252 mes) 019 |0°029 146 | 127 | 195 | +183) 041) 004) — | — | - | - |=] -]- |} -]- } oot} | | | ores 2% | - ;001| 001 | -007 | 001 | -008) - | - | -o14|-003) - | - | - | = | - | -- | 010} 058) -o21 | -057) 027) - | 004) - | 0:206 Bape |} - | -|-1+-|-j;- | - | - | - | = [019] 088} -017) - | - |-020) -002| 002] -oo2! - | - | - | - | 0-150 De Cis) 005 7005) — |. -— | = | =) See Ps | 2 | ee Pe = esol = |) = 4b 8 o-016 | 28 | - | 001] -002| 002) — | - | — | — | — | — | —_| 010] -009 | 025 | -042 |. -090 | -07 | +156 | +073 | +136 -042 | “030 | -009 | 027} 0-731 we2o | — | —- | 003} 001/001) - | :067 | 032 | 125] 078 | 065/008} 020; - | - | - | - | - | - + - | - | - |'- | - J 0-400 ep) = | — | -002|-002|-003|-001/ - | - | - | - | - | - | - | - | - | —- |-004| -002] -035/ -070| -091 | -001 | -064 | 063] 0:338 31 | -070| - | -013 | -007 | -006 | -033 | 005 | 003 | -049 | -134| 003} - | -028]-062|-o02/ - | - | - | - | - | - | = |-001|-001] 0-417 1 | Sunt {0-708 {0-754 [0-989 |0-407 |0-760 |0°640 [0-358 0-267 |0-472 \0-437 |0-482 [0-368 [0-439 [0-424 |0-368 [0-452 [0-560 |0°621 {0-569 |0°603 (0-622 |0-761 |0-676 |0'S45] 13-582 2 | 4 ae RAINFALL. NOVEMBER 1890. i mez 00) -001; — | —~ | -|} =, -}-} - | - | -f - | -] - | = | = |} — | -052/| -028] -061 | 032 | -168/ 136] 0°476 078 | -066 | 196 | 160| - |-025|-010/-002; - | - - ~ | = |-908| 002] -007} - | -004| cog} — | -012| -002] 0-762 Seer O08) | = 008) te iS - | - | = | 022} -040 | -012 | -034| -063 | -042 | 030/078] 0-328 Peet hs Ne eee ee Soh lS oon) =|) = ooo} =. Idon |)-003 4) ) 0-029 =} — {001} — | 003) 007| - | -008|-o01) - | — Be (eee | ee a ar Gh ea nee | eso 202] =e Ne SUES | Rea se ee lie | 001 J 001 | 010 | 062 | -065 | -106 | 089 | -108 | 095 | -067 | 016 -076| 017] 0-713 048 | 072 | 046 | :020 | :005 - - = - | - EY gps = = S = ae 2 z e) = 002 ta 0:241 010 | 039 | -012-} -010 | -008 | -001 | -067 | -058 | -050 | -007 | 042] -165 | -198 | 039 | 051 | 022/008 - | - | - | - — | -002] 0-789 -{|-}|-/-]- } - | = | = | = | = | 0014-011 | -020 | -037 | -020 | -024 | 020 | -028 | 065 | 038 | 012 -009/ - | 0-280 _ | Sh Sa) | ee ipo eas ili eee Meee Wee aI (ODT = ate | GOT le 0029 7001 | 003; - | 002} -001) - 020} 039} - - = = = — | 020] -002| -- = = =o Wes = 0:089 oes ey | = | | = eee ee | = | oun | -036') -057 | «109 | -080'! 112 | -055 | 012] -0°495 039 | — | ‘052 | 052 -070| -018 | -040'| 060 | ‘078 | -093 | 0324 -153/ 074] 056) - | - | - |-017] — | -008|-012| 004; ~ | 0-906 =-/-{-}]-]-)- | - | - | - | = | -008}-071 | -037 | 032] -009/ - | 083] -120| -077 | -028|-002] - | - | 0-467 =) | es = = \e=") = FGsaonmiogeeoniy-o0l —- |) =v he |e | = eS ons eee | = | | | | = | eS p03) -027)|'-095 | 070 | 027) — | — | = | = | = | — ‘| -002} 0-224 eee ee | | = |e eee he | eS |S | 080 -015)| -052)| 0n9]) 0-165 Gn etal wOOSt = = | fae. or eee ee eT ae = }/=]- {/ = |] = 4 = 7 0137 eters) 0061-0321 -020\/-020| = | — | — || See 9S) ))-099)| 056-015) 2) = |} = | - | —'| = 4) ees) 0-201 009/001} - | - | - | - | - | - | - | - | = | = | = | = | -029| -083 | -127,| 110 | -041 | -025 | -041 | 070 | 107] 0-647 025 | — | -058 | -090 | 034 | 032/018] 017; - | - | - | — | -024| 015] -010| -007'| -002| -006 | -015 | -014 | ‘024 | -006 | -023] 0-434 024 | 005 | 046 | 073} - | - | -047| - | -037 | -122| -102] -098 | -098 | -076 | -119 | -031 | -049 | -115 | -029 | -033 | -010! 031 | 0094 1-203 =) 1008-074) — 9) - } - |} = | = | = | = | = fF = | = | = | -003)| 029) 027) 027) - | - | = , = | = | :0-168 = ‘001 | 001 - = = - = = = = = = a a = oa a iS = = Bs fs 0-002 = - — | ‘016; - | :008.| - - - = = = a 3. o a Zs = = = 0-024 Pee ibe | -025 = | = {| -004| - eee Pee | ee fe oy 2 = I og6 -|-}-|-}-]- | - | - | = | - | -009] -009 | -003 | -oos | -o10 | -007 | -011 (-011]f-011][[-011}-011] [012] 022] 0-135 iran eee | ee ae 0021 ,-00L-\ 001 | -001:|,:006 neu mieenMm en ee a al |e Hl £07029 005 | -078 | -068 | -044| -049| -041 | 037] 068} - | - ele 2 = | - | = | 023i) 016] = | 010} 0-439 0-284 |0-283 0-560 [0527 |0204 [0-153 0-227 |0-234 |0-211 (0-261 0-206 40-607 |0:502 [0-450 |0-450 0-406 |0'503 '0°65S 0-503 |0.471 0-344 [0-528 |0-488] 9-543 184 BEN NEVIS OBSERVATORY. RAINFALL. INCHES FOR Hour ENDING—— DECEMBER 1890. 4} a) 38 a eine ae 8 ||) o Wome Neto otets re 45 |) 46.) 17 1518 119-120) note Maomiog Fae mount, 1 | -105 | -023| -082| -020 | -073| -005 | -035 | -016 | -031 | -029 | -124| -090 | -105 | -118 | -180 | -012 | -049 | -049 | -018 | -027 | -022 | -027 | -016| 020] 1-276 | 2 | -002 -006 | -033 | 018 | -012| -015 | -025 | -011 | -013 | -018 | -026 | -042} -045 | -022 | -047 | 023 | -016| 001! -— | — | — | -032] -067| -049] 0-523 3° |::052,| 019) 002) — loa as | cl! a eS ean Regeln a eS ae Ne 40) ach =) | — i Seieoosmeoog! <= 0084-016 |!008) 2) See) So) S| Ss) 20) ele | ee) CS) ee ee ore 5° 1002) 008) = | Sete) i) SS TS ay ili 7 ea a 6 = = = = - = = = = = = = = = = = = = | = = = = = 33 : —_ = = — - - = — = — = — = = = = = = = = — = = = = 9 | 2a Sle Sai Shela ool oo) oe) econ lone leozenor® | 015 | >= 00s) 20 Si Sp le: 52 ee ce 10°) 2 aE SS] Sa] — is eget ieee) so oa Ss Ele Ae a rele Mesa eet se ee eae eI A || ee A) jel 3 Sl a Se ll ae A w/t) 2) 3 )-24 2) 2) - | - | 2 | Sy ae eee | | = 2 lone: one) econ = |) as anne en erg ree Ty en eee ee ee en eee Se S| a a er eee IS ee Ph | E 4 |-|-}-|-]=]| =| =| - | - | = | 026} 0064-015 | -o22 | -042 | -047 | -045 | 074) -012')-008) - | — |) 2 | — 91 org 15 |-040| - | -010| -003| -018] -o08 | -012| -013 | 004 | 024] -055|-oe3] - | - | - | - | - {-oa1] - | - | - | - | - | - J om rs ig DN eat ae | es Mm Gm ee eee ce 8 | Julie! 2) es L: Wool Set ee Soe | S| = ope | eS ty = ee Te 008s eet 180) Sea ae Se te Pm A a a ee eee ier * 9 | S24 | =] =] = | =) 2) S08) |oe tone | -009 | -012)| = | 0081] “ons 0091) =) 2 )| Saleen 20 - | — | 011} 013 | 016} 026] 007} 012; - | - - - - = - - - - - - - = = = 0:085 DI vile utes = eee! eee Ee eee m ile | | a 29 By |, es ae Bg a ee ees ee ee eee beef) peal] a. 23 | -010 | -019| -012| 013 | -011 | -015 | -023 | -090 | 126 | -130| -038 | -016 | -010 | 003 | 018 | 012 | -008| 011} 031 - | - | - | - | - | 0-596 APs fe ete) = bi ) Ss | Sed Speen To] = | al a2 aiieooyalieoont| 2am eee |e Spee £0) we, | - | - | — | -025| -074 | -o66 | -o26 | -037 | 011 | -012| -029| -018|-007/ - | - | - | - | — | - | o-305 OS ee Pe | mee a es eee ela eta | ee eee So) f 2 2S SS SS se ee ee Nie RN te ee es ee sf = | = 2 FH i ee eee eee ree meas et a ee ee ee eRe (eS | = | - | a p+ | = | ho = f= | = | 2 |e Pee ey oe 2 ho ol ol seogil Zoro!) o03:|, = Soo i 2a enn meen ne Boe SS ME Se Sal SS A Sl SG Sh Se eae, haan om = Bt Pee a ee 2 ele RS Ae Sales | salt Sale a 2 te Selle ale Set et ae 3 Sum |0-211 0:071 |0-150 |0-067 (0-135 |0-078 10-102 |0-144 (0-215 |0-296 |0:374 (0-294 {0-236 |0-200 [0311 |0°126 |0-147 |0-205 [0-099 |0-042 |0-023 10-059 [0-086 [0-083] 3-754 Hourty VaLturs—Hours anp TENTHS—— SUNSHINE. FoR Hour, GREENWICH MEAN TIME, ENDING— AUGUST 1890. Ze Sree 4 Wee 8 |) Sie lOul 13 | 14] 15 | 16 | 17 | 18 | 19 | 20 | 21 Amount) 7008" TW hg bbe Ei ou am es ae ee ‘92! 1:00] 1:00] 100, -33} - | — | = | - 4:38] 16°15 1 Oy, | eee ee | ee eon ODIs Hc =| con tease heen me eee od bee 0-08 | 16:09 2 3 = = = wv = = = es = = = = * = = = = - 16°02 3 rad Re || om a A ey S a (a ae pee ee Re a 15°95 4 ae a holy | ad Sly CSE fa Ue Seo ee eine Me ree te ie OS 2 15°88 5 6 = 2 = = = = = = = = = = - - - - - - 15°81 6 7 ee eae 1 Rites Tee lit 25, -38} 22] - 03] 10) 05} -02} -22) -s3} - | - 2:05 | 15°74 i) elas tere | 67| 1:00, 1:00} 1:00} 1-00] 1-00} 1-00] 92] -78| -13/ - Os eee aul, = 8°58 | 15-67 8 Pe fos a es 72| 1:00| -75| ‘16! ‘971 :50| -25) -02} -02| -03| — OG) peal ee 4:48] 15-60 9 OS hea ty eas ANE cae flee all eel 33| 05] -28/ 88) -50| -42/ 1-00] 447 -30| - | - 4:20] 1552] 10 11. "See 20| 17) -60| -58| 23] — 07 SMe a Ih fs 185] 15457 120) = Rae es aS OE CS ae ieee cag eA ee Jie = 15°38] 12 1B) OS ea CS iS Sa Sage gale \zo|" tg6), 20)" | 1 Sear meray eee ee 310} 1531] 13 11 Bp sant | TS | a | eg eh MI MR a Pg (Cae aia | aaa EC [lf a I 3 15:24] 14 15 - = = eS Es A = ‘28; -14) - = = = = = = - = 0°42 15°16 15 16 = = = = = = = = = = = = = = - = - 15°09 16 ry Gant a | ca cn a PS | ae Ree im er ae Sy = 1501] 17 18 = = = - - - = - - - - - - = - - - - - 14:94 18 19. |e ee eee |i, 87 lve18t . 67 eezd8)ao8h aseel -O5)! = |) Se eee a ee ea ae 266] 14:87] 19 20 = = = - - - - = - - - - - - - - - - - 14-79 20 Ae PE gh eee gee || Meee RR eae a ae ah ln = 14-71] 21 ee ee a ce ceils, es) a) _ | 2 ee eo Ieee 2 14:64] 22 29. | SAMY ei eee Ne NN ee I's I he = 14:56 | 23 7 ake fol || Nr eee S| ee a ai | rene | A Eh Asie ee = 14-48] 24 25. ‘| — Nee Wee aeen ime) | | ee Te eyglie = smi og) S|] ||) sal a ea em Ue O12] 14:40] 25 ra Wee ee PURER SE WR mW EON ot em oan en em ewe eR ete ie 14°32 | 26 1 | 27 (|: aS Sire Neel es Ne eee ee = |) 09). =18), <-g7i Neen gl memes eee eee me 1:38} 14:25] 27 | )28 | Se ee a a ae So) = i 07]. 0b) een) eee meen ime | O12] 1417] 28 4 a ae - | +50] 05] - Hae leeObeee18|h = ||) ae ee 117] 1410] 29 en ee = 8) 455) 58) 27 eer) 25] =60| -05) -63) (=|) 2 eee ee 350] 14:03] 30 i - | 67} 1:00] 1°00] -87| °70| -73] -55| 1-00] 1:00, -3a} - | - | - | - | - 7°85 | 13:95] 31 i | | Sum. | - | - | - | 2°04) 886) 4:36) 4:84) 4:55) 4-74] 5-18] 4-93] 4-43) 2°67] 1-94] 0-99 1:41] - | - | 45-94] 467-28 | Sum. FORT-WILLIAM OBSERVATORY. 21 |Amount. Possible 185, DECEMBER 1890. Mid- 22 | 23 |night.JAmount. 008 | 002 | 012} 0-452 Me ttoieen |e ieee | Mit Meodt 0-041 = 2) 2hteo-oos Es ho-oor Nee 0-020 Ae 0-004 A tea oak Tt Wb oT [hae at (Vie fl Lb a (tT ee) S l= Or rs ab eth aby Set eal Roa ih yw 008 | -002 | 012} 0:992 AUGUST 1890. RAINFALL. IncHES FoR Hour ENDING— moms 125 | 6 | vl seleoh toe tn lta) 13 | 14 1 15.) 16 | A7 | 18 | 19 | 20 | 20 ‘| 1 | -012 | -008 | -002 | -008 ‘010 | -003 | 025 | -079 | -017 | -002 | -017 | -027 | -053 | -098 | -025 | -023 | -008 | -002 | -002 | -009 eee i104 = | - | = | — | 2 2) 29) = |-o07 f-022'! -017'|-019) = | 028) =~ | = | ~ | - | SME COM ECOMICCOWT COOL =. 0a. eee en ee ee ee he 8 4 a = 2 3 2 a = S s = = i = = 2 = & = = = = eas |e) | eS ee ee oe aha mw } Kf K ‘| 6 = = = ah eee = = = ix — = = £: we pt = ES = ss = 7 ~ | 2 = = = 2 = s a = = = = & = = =a lies 8 _ = = z = aa 2 = . = “ be = = 2 3 = = 2 es = Meee =| | - | - | - Pe 005 | 010} 015] -005/ 006} - | — | - | - | -~ | - 10 / - | - ier t= | a | ch See Reda ee eee canes ii = Meee | ef) - | - | - | - Sees ee | Sr ieaeie | | eee — | — | - | - | 001/001} 001} - | - | =; -F -}| -| =} -] -}-}] -] -|{ - mie | =| | 001] - | = HOE: 2 gee Ge NI es Yee fy MED |S Ae iene lb a ee ee Peer eae. Pos. Ne RS poo pee es" | = 15 | 001 | :001 | 001 | -001] - |e ee nr eee eee ee | N mee oo) = |) eh | = ee | pe eee le | Meer |} - |] -|-|-)/-}-]-)-4-]-1-F-]-)-)-])-)-)-]-4- emeeniote hte hl St Se | fee Pe fo ye hs K EOL) 920" | 008110031 -008| — |-009! 001; —-|) 2 |=] f- | = | = Is | 2 le | 2] - 4} = i ‘ Meer} - | - | - | - = a 2] ees Il Tee 2] | eel es Sa em ie eee | \ ae = = a = — = - =. Pa = E = = = = — = of — = i Beeeor5)|:015'| -060)| 006 --| - | -002| -017/|-006| 010/008) — } — | - | - | - | - | =| - |] - | - eee = | 2). | Sl Sees os jes feel 2 he he leet | 2% | — [:006][-006][-006][-006][-008] - | - | - | - |[-010]|[-010}[-005}[-010][-004]) - | - | - | - | - | - | eee si ei) 2) 2 See | = = SS [Se a Se Mee |} - }-|-/-|-|/-};-];-)-]}-]-P-}-]-)-]-]-]-]-1]- | 28 = = = = = = = = = = = = = = = = = = = = = ea |) | eee a a = pe eee |} -}-)}-|-|/-/-}|-]/-}-]--]-]-]-] - a eee aes etic io | | | | eee = amt = a et | | Sum | -050 | -044 | -176 | -030 | -010 | -027 | -006 | 052 | -086 | -027 | -020 | -044 | -069 | -085 | -127 | -025 | -051 | -028 | -002 | -002| -009 | | | Hourty VaLurs—Hours anp TENTHS— | SUNSHINE. FOR Hour, GREENWICH MEAN TIME, ENDING— | | | | eo 2 | 8 | 9 | 10.) Wt) feldoee |) I) 18 | 19m e2p meee = |) | | = | 60) 1-00} 908 1:00) =90! -7o| ‘30, — | — | 50] = | = 5:90 2 =) |= 10} -20} 20) - | -40f ‘10! -70/ -80] -80| 1:00/ -70} 10} - | - 5-10 Meee fs | s-] . at Mes Bal he = TRE at a | a | 2 5 4 2 = se a - = - 3 Re a 2 a S Pere = | 2 | - | 2 | = |e es a eg Nene ee ee = ot a Pa eS 30| 40} 20) 40} +60] +-70| + -80| 1:00/ 1:00] 4-0/ - | - 5:80 Swe = | = 50| 1-00} 1-00} 1-00] 1:00] 1:00f 1:00; -60) -70]/ -60/ -20; - | - | - | - 8:60 Q = 10| 1-00} 50} 80 -80} 1:00; -80/ -90) -90/ -20; - | - | - | - 7:00 it) 40| 1-00} 1-00] 1-00] 1:00] 1:00! 1-00] -40/ -50] 1-00/ -90/ 1:00; -80] -20/ - | - | 11:20 4 Rays 10] -70| 1-00] -30/ +10} -90/ ‘50) 50) - | - | - = el 4-30 foe] | 2 | = | — | — | —-! “tol 10) “S0) ¥-00] 100) 90] 1-00] 1-00) -7o| -10| - |-- | 6-40 eee we ik |] ‘10! 20 OOMMLAG eel Sal St NEAR Re tens 0-90 eae 2} Se Ss Lo |) 277 || ite Ned eee a ss a tale =e ches gt ae a Ea hee (ieee = ; 7) ca) ESS era be 20-30) sO \ee40l Ol -40)ee ale = 2:30 |) Sa a hs 90|° = il) eens 1G = ilies || eae es 0-40 i ) 10) 40} 1:00] -80! 1:00! -90, 50} -60/ -90' to) - | - | - | - | - | - 6:30 ‘ | ee a ea ee ‘10| *40/ -60/ 1-00] 100] -70| 1-00] -90| 1-00] -80/ 20) - | - 7°70 Mie | = | = | = | = Ste -60| 40] 10} - | - | - 1:10 | Pe ene | 10} +10| -30|/ -80) 50} -10/ -30/ -80/ -lo) - | - | - | - 3-10 Poe ee = | 10) = || 10) Boll “50 ‘80! -80/ -50/ -70| -50/ - | - | - 4-50 ees Sy bh Sl BO Romie aS | 20 = | =) | 1:50 25 |) = 60| +10) 50 eo a |) Se ee 1:50 Ms |e We eth ca, Sea ie “50 SO) SU! SUI Sah Se Soa 1°90 ae eee ies | S| = | = i) Gon tooleeoolmtoo) =70) -40/ = |) = || = | = 4-70 See tee et | = | 20 ‘101 °60) 50] 60; -50| -60/ 20) - | - | - 3:30 oie | = || = |) 80} 1-00) “80| 1:00/ -70| “401 <70| -4ol -901 -7o| 30; - | = | - | - 7°70 { 30 | - | - | - | -80} 1-00} -90/ -90/ -90/ 80} -50/ -g0| -60) -40)/ lo) - | - | - | - 7-70 31 — | — | -40] 1-00] 1-00] 1-00] 1-00} 1-00} 1:00] 1-00/ -90/ -20) - | - | - | - | - 8:50 = | 060] 4-80} 7-30) 7-20] 9-30] 10°50] 12'80] 12-10] 12-20] 1380) 11-10] 8-70] 5:50 es) ee af ceeall ble) . TRANS. EDIN.—VOL. XLII. Total 14:35 il 14°30 2 14-20 3 14:15 4 14:10 5 14:00 6 13°90 7 13°80 8 13°76 ¢) 13°60 10 13°50 11 13°40 12 13:30 13 13°25 14 13°20 15 13°10 16 13°00 il 12°90 18 12°80 19 } 12:70 20 12°60 21 12°50 22 12°40 23 12°30 24 12°20 25 12°10 26 12°05 27 12:00 28 11°90 29 11°85 30 11°80 31 404-95 | Sum. 2B 186 BEN NEVIS OBSERVATORY. Hourty VaLurs——Hours anp TENTHS— SUNSHINE. For HouR, GREENWICH MEAN TIME, ENDING— SEPTEMBER 1890. 2B el Greene Sa | 9° | 0. Ur 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 }Amount. Pen ee fe | eS!) Gi! Ser a In es ae elit |) see ee es = 13-87 1 2 = ; = = é = = = = = = = = = - 0:02 13°78 2 3.) he he Fiaes eee a cf) a Pan rina hares Seis = 13-70 3 Va amas, ee |) S|", Si RR a ee pce S| GN a ee eee a ee) 1S = 13°62 4 5 | - | - | - | +27] 1:00) 1-00} 1-00} 1-00 1-00/ -46) - | - | - | = | =] = 766] 13°54 5 6 | - | - |= | :50} 1:00] 1-00! 1:00} 1:00 1:00] 1-00; 1-00} 1:00] 58} - | - | - | 11-08] 18-46 6 7 | - | - | = | °5O} 1:00} 1-00] 1-00} 1-00 1:00] 1-00} 1-00| 1-00] 1:00] -42; - | - | 1192] 13:38 7 8 = - - - - 03 1:00} 1:00! 1:00) -95) -03) - - - 4°62 13°30 8 PY Tea! | ee in| | SS NW a 10) :05|° <=) |) a ee 015] 13-22 9 rie tse ne pc a = oe ae =.) ||, pa ie = 1314] 10 Trop aml Chale | Rn am (ean i fe 2 =| | el) ee = 1307} 11 12 - - - 30] °75} 1:00 1:00} 1:00, 1:00) 1°00) 1:00) -42) - - 9°47 12:99 1 13 - - - 38] 1:00 1:00} 1:00} 1:00 1:00} 1:00; 1:00) 1:00) 1:00) +20) —- - 11°53 12°91 13 14 i = = = = -|- 03 O00} 9:70}) 1:75) 80) 17 4-67 | 12°84] 14 15 - - - - - - 75) 1:00 1:00} 1:00 1:00) 1:00} -72 - - 8°47 12-76 15 rye lb eee es 05} 70, 1:00} -100} 1-00 1-00] 1:00) 88] 1:00] -59} - | - | - | 10-22] 1268] 16 17 a = = = = = = = = ile = = = = = - 12°60 17 iT at | fee (ae Bis he eea) = | Me ee) ee el = 1252] 18 IOP es 1 Oke ce ie 08; 58] -78| -44 Ee i | Sy ie ee ea een ee 1:88} 12:44] 19 20 = ~ = < - | - ss = as a . = a = = = = - 12:36 20 91 = 5 = a thee: =f 4 = 1" = S = = = - 12°28 21 29 2 = = = = = = = = Ps = = = = - - 12:20 22 7 || = | eet Sey S je 13 06} 05) -20) - =| Non cere | = 1587 1212] 23 24 = Es = a nee = £ = tes = = = = - - 12°04 24 Sele ets |, a a ei eR RE eee st 2 a) ee ee ea ee heehee = 11°96] 25 De Ne el eee | hoe =. | heer ee ee =} ..'| ge ee eae = 11°88 | 26 27 = a é = = = = = = = = = = = = - - 11°80 27 28 ee 2 = = = = = as = = = = = = = - - 11°72 28 929 = = = = » = = = = = = os = = = = - 11°64 29 > 30 = 2 = = = = = = = = = = = = - ~ 11°56 30 . Sum. | - - - | 1°65) 4°78) 5°88} 7:28) 7°63 9:06) 8°31) 7°88) 7°75} 5:09} 1°04) - - 83:22 | 381°38 | Sum. SUNSHINE. OCTOBER 1890. 1. | eee he ae eS Sr |, Sa eS = 11-48 ii 2 = is = = 84) °73| — = = = = es = = S| = - - 157 | 11 40 2 4 5 ae ee ait oe Bes Pee | [a Re ene eee |e = 11°32 3 FAR ee 20 ea en S| rere | eet en eee se Seale ee = 11°24 4 Fa || - Ny LO Ser (ee a a | Cea aa = 11°17 5 4 (aplte2e Al ea | za Alte oC | ee elmer ~ |) ese the = 11:09 6 v oa ene eel nl Ol men olmcnd | enol Belle “25 l i= [ee ieee, a Nea 208} 11:01 7 8 | - | - | - | = | 92} 1:00] 1-00} 1:00} 1-00} 1-00) 1:00] 1:00] 1-00) -20) - | - | - | - 912 | 10:93 8 Pye Nee (ae) | eg Utes ae cr S| i a ii Mas eR |) oe CS = 10°85 9 10 c s = = = ‘3 = = = = 2 = = = = = = - - 10°77 10 hy We Sil en ek A a een Se oe. ll” ee ea = 10°69 H > 12 =e ee | les = 10} 65) - | - 03), 40) = S| Ga Pa 118} 10°62] 12 13 = = = = = Osi 46) -02) — = = = = = - - 0°53 | 10°54 13 14 = 2 = = = pa = = 3 = = = = = - - - 10°46 14 15 = = = = = = = 4 = | 2 = = zs - = - 10°38 15 16 = = = = i & = = = - - - 10°30 16 FA eel |) Sen Lee | ea a ie z. esa) = ar ee A ee 2 10:22} 17 189 elle ea 58} 1:00] 1:00] 1:00] 1°00) -95| 88) ‘17/ 15} - | - | - | - 613] 1014] 18 TE pes Mp ee Eee ea 38} 1:00, 1-00] 1-00! 1:00 1-00! 100) 50 - | - | - | - 6-88] 10:06! 19 20 = e = = = = ws = = fa} e]e = = = - - - 9:98 20 21 ps k, 3 2 é m S . = = 73) 85] «471 = = = = 2:05 9:90 21 Oe eee a Ba pal adel 7a. Be). Bt = il) ant ean em a 408] 943] 22 23 Bs a a 2 Bites = a: eS = = = = - S73) 23 24 = = Zz = = i Wine = ss ea = = = = = ~ - ~ - 9°67 24 25 - - - - - - - 15) - - - - - - - - - 0-15 9°60 25 26 2 z = a = 20| “65; - = 2 2 = = = - - 0°85 9°52 26 27. | Egle eee eran een ese ea ee TG). 27|| 10) =") See a 053] 9:44] 27 28 - - = = = = = - = - Shes = - - - - - = 9°36 28 29 = = = = = = = Shi) ee = = = = ls = - 9°28 29 3 mea pe hee |) RS = 9:20} 30 3 os = = = = = = = = = = = = = - - - eet) 31 Sum - - - — | 1°76) 2°51) 3°37) 5:01) 4:97] 4°31) 4°31) 4:17] 3°42).1°32) —- - - - 35°15 | 319°32 | Sum on: . FORT-WILLIAM OBSERVATORY. 187 Hourty VaLures——-Hours AnD TENTHS—— SUNSHINE. FoR Hour, GREENWICH MEAN TIME, ENDING—— SEPTEMBER 1890. 4/5 |6 1/7] 8} 9 | 10] 11} 12] 18 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 JAmount.}, ll oa a = = =e a = ray = = ~ — = — = = = —_ 2 om |e Ree cet Pos |) = 20) 10) - | - |} - | - | - | - | = | - 7] - 3 sas - Se = mat = — = x — ps = a = =, = — =, 2 ll ce) <5 |) Elle 0) WO] BO) Sy) Si) Sie VG =| | = |e BS |p os oe | oesq Sas Ay} 300), oe) ewal] OO] eG] =) = = Sp SS 6 =| = 10} 1:00} 1:00} -90] 1:00} -80) 1:00} 1:00] 1:00] -90| -80} <30) - | - | - iN = |e eS *50} 1:00} 1:00] 1-00] 1-00] 1:00} 1:00] 1:00] 1-00) 1-00] 1:00) 50} - | - See eee || = 20| 30] +20) -20) 1:00; 1:00] 1:00] 1-00] 1:00] -40) - | - | - Caer = || = 10) - 40] -60| -60/ 80) -30/ -20) - | - | - | - 1@ |) =) ee Sv SS f(@}| HG = SP Sy = =e [ln ie = il | =] = | 24) eaee 80| 1:00] 1:00] 1-00) 1-00) 1:00} -60} - | - | - | - | - | - ie | Ss | SS SS 10| -70} 50) -90} -80} -60} 1:00] 1:00} 50; - | - | - 1163 | ea 10) 1-00} 1:00} 1-00} 1-00} 1:00} 1-00) 1-00) 1-00) 1-00] -90} - | - | - | - ids || = i) |) | SI ea 10} +20} -70} *70| 1:00] 1-00] 1:00} -80} - | - | - | - 16 | =) a 60 1:00} 1:00} 1:00} 1:00} 1-00] 1:00] 1:00] 1:00] 1:00] 10) - | - | - 16 | eee | 90) 1-00} 1:00} 1:00} 1:00) 1:00} -20/ -80} -70/ -80/ - | - | - | - Vale Sol = |=) = 60|) "10! 9-20) 2 =) = a) = | = | <= - |= |. = i c= eS en en = |) eke lee | ena wl Wl Fal = || = |) = |l = - Ome |= = 50} 1:00} 1:00] 40} - | - 20) =50)) 50). 10) = | =) = i) — Fm i = | = TQ! “20) FG) se) a@)| = a Sp Sees | =] yy Ss il | Pal [tee eo eae es 30; +20) - 10) — a 2D | =i Wee ee AO, IG} si) = = || = | = |} = We iQ) = | = | = |S PB lS wh Wey I ee = | = 50| 80}. 90) -80| °50/ -60/ -20/ - | - | - | - Fae coh Te ee =e =]|e= ] «4 10) - 1o) - | - 4 - | = 2 | - - | - 20| 70} 10 20) 30) - | - | - | - | - | - | - | - UG | oe Ge 1 ESI se ae ere 10} -10\ees60) 1-00)" 80) = | = |= = = 2°60 9:90} 26 7 S = = ae se = = x = BS 2. = = = = - - - 9°80 27 Poe = NO) Ol ap aa) aa) Gl =) = |) SN SS ee] = i = 240 970] 28 Pia a ne |e Bc em | 2 ae el ea ee eee pe PS he Le ce ee = 9:60} 29 ; 30 = a 2 3 = 2 = 2 = = = = = = = = = - 9°50 30 Sum. | - | - | — | 0°70) 5:70) 9-00/ 10-50) 9-80 10°60) 10°30 11-40] 12°60] 10°50] 7°40| 1°50} - | - | - | 102-00} 322-95 | Sum SUNSHINE. OCTOBER 1890. ieee = || — = PS Sl 2) GO|) = | 30] -80/ 50; - | - | - | - 1:90 9°40 1 2 = = 2 = 10| -70| — = = = x Zs = = = = ~ 0°80 9°35 2 M en eee eer | | | ae eee) fo fee is 2 = 9:30 3 al |) he PI see IP TSG FEN ae Vesa al ne) al Ae en (Re fen ee ye “ 9:20]. 4 , 5 x = e = = ee. = 2 = = o = = = = = - = 9°15 5 ® |) =|) aie Wy ae SO) 501 HO GO| YO! ao] YOl a eS | Se fay Sl = 4:00 9°10 6 ene) =) | Ss =|. = 70} °70}1:00} ‘70} -60/1:00/1-:00/1-:00} 50; - | - | - | - 7-20 9:00 7 8 | - | - | = ; = | = /1:00/ 1:00; 1:00} 1:0041-00/1:00,1:00) -90' - | - | - | - = 790 8:90 8 Be ee I pata Va ee | | a ei (Un Ve a | nl = 8:80 9 ie ese irene | i |) Lol ees ee Be | ee es earn = 8-70} 10 afi = Ps ea = = = = = = = » Es = = = = = = - 8°55 11 12 = = bet S = x 2 -40| -409 — = = ze = = = = - 0°80 8°45 12 13 = = = E. = = = Bs = = e = = = = = = - = 8°40 13 i) 2 5) SS) SSeS oi) Ss.) sols 1O| = | =] =] =) = 0:40 8:35] 14 WE |) ey ee ae a 40)|/ 9-10) |s20) ie | TO) OY) ee 0:90 8:30] 15 LG | oS fos | 2S Ses en || || A) SO = |) Se = | = 1:50 8:25] 16 i || SSS = Shs 20)15:80)! 9:90) 60) = | = | =) = i) = 2°50 8:20} 17 mele ea | f= ln 60 | 1:00} 1:00} 1:00} 1:00/ 1:00) 1:00) -40) 10) - | - | - | - 710 810} 18 19} - | - | = | - | - | = | +60} 1-00} 1:0071:00}1:00/1:00/1:00{ -10/ - | - | - | + 6:70 8:00} 19 20 z= = = = & x = z a Be = Z = = = = = : 7:90 20 EW eo fh sek eI RO Veen (ec cee | | a ee = 780} 21 ae ie tes t= f =| — 10} -10} - RO = f= pe} st Ss ts ie 050} 7:70} 22 EE | a | ee SS (presto a Va | 2 760} 23 ae a | | OH 1G) 10)|| 20) CO) 4O) = | =) 24) = |) eS ee 1-70 750} 24 25 |. WS We ee i [eh TO) ene ee ieee We Ee SE Oe 0:10 740} 25 Pe ee en ee 20) *80i' “20 a ee ON ene LON) = = i i = | = 1-40} 7:30] 26 Pian eee oe (es |e 20) 100) 1:00) | 1-CON ESO eSOGOe= = |) = =| = | = 560 720] 27 28 = x = EE = aes ue 3 = = a 5 * ES = = = = = 7:10 28 99 = = eS s = - 2 2 ss # ie 70| :30| — = = = = 1:00 7:00 29 30 = = S = & Z = - a = 2 a wt = = = = 6:90 30 31 = a = a = a a = x = = a E. = = = = = = 6°80 31 Sum. | - | - | — | —- |0-10] 4-00} 6-00] 6-70 | 6:40] 6-40 | 8-40] 7:50|5:°30/1:20| - | - | - | - 52:00 | 253-70 | Sum 188 SUNSHINE BEN NEVIS OBSERVATORY. Hovuty VaLurs—-Hours anp TENTHS-— FoR Hour, GREENWICH MEAN TIME, ENDING—— Ee See a ie ee fh adi tet: Ef ak ent al CE SS STE STDs ee CUTE STEMS Me citieetly All) Gtiee Ohl mai] eid sal] ant T tens | 4 5 6 7 Cay he is || aes se ai ae 1 Sree | s. ee “04 728) = ala Pa i) = 2 = = at = Ld s = os LA i = = = 3 ne ps = Ba = a = L = S = = = 4 = Elle = 90} 1:00] 63} 1°00] -90| -83] -62) - 5 =e Soe eS om | Ho) ae 5 i> 6 A 2 2 a a a ra e me = 2 = = 7 fe eae | (ete Pe aan Ve SA) 83-42! 65) 10 8 = = = = = - S < x Es 2 = a 9 s = = = = = = = = = a ee 10°). = =| oN || a a at 20] 1:00] 1:00) 47} -40) — 11 - - - - = - - ~ = - | - - - 12 SS eS SSS Sel ep a Pe Wee 1S Me = eh Heil eal Sales 4 Ce stl a ee Teh |e =o sei | = ee ee ee (ee & Oa apes |e el an ee ee pe | ee TG yf Se {fe ae eee Oye) eth | | es ae eo ie 17 = =f of e 08] 24) -72! -97f :30) °88} -08} - ie We = | = |] = 25} 06} 07) 90) -70| - - TON WeeeceulaSy Ames lp ie |) ee lee eee ee 2 se ee ZO) | = = |= ois ]e = Wil = {| = | = = | = 21 = = ff = = ee ee SA S| (bcoe (keen een | | 7A os | =e iS Ere |e (ete WN SM sy ff | | lle ey a ie 23 = | = Spa he is | si) ai) = | sar sant PL |e il = ee Ree ec ne ie Seales hs LOS eel eee ee 5 al gee eh oe 20; 17] - 75} 88} + *10) 96. |i = =fhefe = | = Wy) = || = 62| +63) 08 27 =| sis | se i= -25] 1-00} 1:00} 1:00} 1-00! 1:00} 1:00} -37 Bi i = |= = ih ese eh coe Ip = || = | = - 29 S55 alse ee ose Pho ip Ee oe,| (pence cea Le eee I eee S| Se = as DE heh Rese coat Les = Sore | =o i} = |} = i) = 1:25] 2:53] 3°18) 4-21] 5:03) 5:67] 4:26] 0-65 SUNSHINE. 1 Ps = = = Be = = es ee = = = 2 Be = = = = = 2, a =~ = = = 3 - - - ~ - = = = x Az] — = jeew’ Se Mee ly eal ah er ee i | Mes. Fite wy) Qs} = | = | Be | a ea ee ey pe 29 (ee = 6 = = _ = — oa pe _ = = = = if = = =— = — = = = = = , =, = 8 = Je = a a aN, = = = = pay = ad 9 =s = =, — a ie = = mS = = — = 1 = Woy Ss = |e 38] 30) -38] 58) °58] 60) — oI See eel a i een all, smi eel mee geil) ace ON feck | 12.) SSAA) So) 2 = || 4) ats) i eS = =ifs]e]sy=)2 92/ 68 95} 1:00 40} - | — 4 = = = = = a = = = = os Et SEN eS all: 2S) Vince OT) od Ss Rel ES ieee 3 [es “36]' 12) = | = = i i = fh ee pe = Wee ll teal Se. cS C= | =} = I= Of Se Neh IR 0 ae eee ech Ih cece Tey ol el hoe 18 - = lh 9) eee eter oll RS Ye ee = = | = 19 ory et Sol i |e eae ee ee =) .< 20 = - = tS eS ep i = =the eras - 21 = |) = = fae Se = es = = ST) a cans AIL A Reon erate pee tee | Pe a ae eee ah PE We ip ss Se ee = = | =) = 24 calf Ee 1 | See ete er (Fy) go) GE = S| = 25) al) Se ec emi lace Neem tera Nie es | we eR a, ae NS 26 SUS. | else Pees 87| 1:00} +20] 53) 1:00, 1:00} 17 OR | Hee ames oel eRe calli Oy oe 5". aie ra eam eg Se aed icak © a | = - - - - | - 70) 1:00) 1:00) °55| +95) 42) - a ee en cg a ee | re ie Som, |. sl) =) 4 - | 8:79 4:18] 4:38] 3:88 3°08 2:02} 0:17 ETS Pt ea ems MT Meme Meili ete MeN: Mee Meo; ale anat Let et Se Ne Eo Ni Co Vn ct cat GS Fae Pott Meso ia i) feel baat eer ero Te ee Hes) ale caf Ke Ne he ett a Ut he tite Shae ET bet ete hae ee Ip ten Cee lol ee ATR RE A SAT UP ee (Fee wile Teele eatin Met tet ined Pa Woe it thy hott Thy NOVEMBER 1890. Total 21 mount. Passiplet Ho ei I I G0 G0 Go ~I100 QWs CONRAD oPwNOH th ay ie Tat lo) on On 3:07 8:41 10 CPO. Oe ied sh thet ra i S Wy (os) _ o-) 2 = to) cx ro) S I = 7) or) 1 oo a ' A Gnesi w S ~~) oOo i 8 sI io) iS) ~ _ fe) for) nm q 5 DECEMBER 1890. eo i) hn oo HS OHOSOoe ROR WOONHD oborpwrye 10 Lf sitet adhy rd) oo ive) Or | ro) ro) NS) ARADHA ARASH AINA wanmwwod NIA AOS’ CISESTI GOO PWOINIO HPWONIO i oO SIAN AD | | — DD DDH DAD OD PAAR DABAIAD HD DARPA A BDaININI “IO 09 e+ 5 00 bo Ve) = fe2} mM q = FORT-WILLIAM OBSERVATORY. 189 Hourty VaLuEs—-Hours anp TENTHS—— SUNSHINE. FoR Hour, GREENWICH MEAN TIME, ENDING—- NOVEMBER 1890. one) 7 180) oh onetime iis x5 | 16 | 17 | 18) | 19-| 20 | 21. [Amount {or 6 cree heen SD Lf a Le | ee ee ee ee ee ee ee. ee Th ee wee ES eon ee ee 50) 40) <20)°' 580] 40) = | = | = | = | - | - | - 2°30 6°75 1 Pee een eee ee el) A) os), BY | UG) ek Bo) ea 2:20] 6°65 2 3 = = = 2 = 2 = ce a = 2 = = = = - - ~ 6°60 3 Mena ree ee I LN Se es ‘40’ 1-008 1:00] 1:00! 1:00) - , - | - | - | - | - 4:40 | 6°50 4 Pleo = Sail = 10, = 10) = “201 F-40010) = Te) = = i) = 0°90 6°45 5 ene (ee tems | a | a eer iho Ne a fk | = 6:40 6 ee ese hs | S| See *60) 50} -30/ 1:00] 10) - | - | - | - j - 2°50 6°35 7 8 - os = = = ae = See = = = = = - - - = = 6°25 8 ee ee a Ste a ea ee Pe eh dk oar ee & 6:20 9 TOM ee ef | = || = 40 1:00) 1:00) 1:00] 1:00} -80) - | - | - | - | - | - 5:20 6:00} 10 ll = = a E = = = = 10). - = 10) = = = = - - 0:20 5°90 11 12 £ = = = z = 20° +10! “60) — 4 = < = = - - - 1°80 5°80 12 13 i ES 2 z, = a = e: a a iG] = Z = = - 0710 5°75 13 i S| Se oe Se a is a er mm eee Sle sg Se eal z= 5:65 | 14 eee ie ho Le alere 1G) Bal al Sees NW Ss ee 0:90 560] 15 16 ea Fs as es = FA =f rt = = = ae = = = = ~ - - 5°55 16 Li |) ce oly ieee eae ee a 90| 50} *90} “80; - | - | - | - | =|] - | - 310} 5:50} 17 18 a = = = = = _ = = “40 S = = = - - - 0°40 5°45 18 OM ecu soe | | el eee ais | pet ih NF ee Wl PY ESO ee gy = 540] 19 eee ie) st ee! Seen | a oe a fee = 536} 20 Zi, || 1 eae ee See dees ||. AG) wi =o | = fear = | = = 0:30] 5:33} 21 Pewee ee Se hee Sh See 2 he a ra ee Z 5:30 | 22 Pee oe eS eri ERMA teem eet as ie dS = 5:26] 23 eee i |) = So MNS aN Boel ES tle tes 30) 80] 60) - | - | = | = | = | - | = 1°20 5°23} 24 Pee | = | = | = | = Ty) OD) RY) CY Se 200] 5:20] 25 Dae = = |=2 = 40) - 20, 90) :80) - | - ; - | - | - | = 2°30) S151 26 Pee = | =] Se 50} 1:00) 1°00} 1:00; -80) - | - -|-|{|-] = 4-30 5:10} 27 28 a = ES = eS is a = S ies 2! = = = = = - - 5°05 28 99 S a = a es = MK a — 2 a zs = e = = = - - 5:00 29 30 = S = ae 2 = = = = 2 = = - - - 4-90 30 amie = |) =| = 1:60 5°60) 5-90) 6:90) 7:60} 6:30] 0-20 - | - | - | - | 3410] 171-63 | Sum. i] SUNSHINE. DECEMBER 1890. | | i | ] é a eS = Es = = = a us Es. = = = = - - 4:80 1 2 % af = = - = id = at = = a s = - - - 4:75 D) 3 = - - - - - *50/ *20) - - - = - - - 0°70 4:65 3 4 = - - = = - - - 5Q} «90, -40 = - = - - - 1:80 4°55 4 5 a Ps een ee 2 = a = 30) -70) - ae = = = = - - 1:00 4°45 5 eee ee | = he S| PAO) OO | S20), Ne 1-40 4°35 6 7 # a . = a = 3 = = = = 2 = = = = = - - 4:25 7 8 = Ss = = = = ES = 5 90) = = = = = = = - 0°70 4-18 8 9 = & a f Z = a = = = a = = = = = - 4:10 9 eee a | |S ee ee te fe eee fs - 3°90} 10 11 = = 2 = 2 as = = & =a = 2 = ms = = = - 3°80 11 12 x = » zs 2» x = = = a = = = = = = = - - 3°75 12 Sy) = - - - - - - 50] 401 - = = = - - - - 0:90 3°72 13 14 = = = = 2 = = = e = 2 : = = = = = - - 3°71 14 15 s - = = - = = = 30) - = a = = - - - - 0:30 3°70 15 16 = = - - - = = - 80] 1:00) 1:00} -30) - - = = = = 3°10 3°68 16 17 S = = s = = = = = = = = =. = = - - - - 3°67 7 18 = i = = = = 2 = *60} «°40) — = = = = = = - 1:00 3°66 18 19 2 = = = 4 = = w = = = = = = = = - - 3°66 19 20 x = = = = = = = = - = = = = ~ - - - - 3°65 20 91 = 3 a = = = = = = 60] - = s = = = = - 0-60 3°65 21 92 e 2 = zs Bs w = = = = = es = = a = = - - 3°65 22 23 = - - - - = - - 30] 1:00) 50) - - - - - - - 1:80 3°65 23 ef dle og a SR i || | a ne ee = 3°66] 24 25 = =s = = = ae = = = *20| -5O] — = = = = - - 0°70 3°66 25 ne arava lh 60} 1:00} 90} “1o) - | - - = |=] = 2°60 3°67 | 26 27 = te - a x Ss = z = = = a = = = = = - - 3°68 27 28 2 = = = - = - - BO} 1:00} 30) —- - - - - = = 1:80 3°70 28 29 | - ieee | | 70} + -90) -90} -40) - | - - = | = 2°90 371 29 BY |p ce Se Weel) 8 oe 60} 50) 40) - | - | — | - | - | - | = 1:50 372] 30 31 = = - - - - - - 70} 1:00} 80} -80) - - - = = = 2°80 3°75 31 Sum. = - - - | 0°20} 7:90)10:50) 5:90) 1:10) - ~ - - - = 25°60 | 121:48 | Sum. BEN NEVIS OBSERVATORY. WIND. DIRECTION AND Force (0 to 12). JANUARY 1890. 1 2 3 4 5 6 7 8 . 2 10 11 12 Max Dir’n. Force.|Dir’n. Force.|Dir’n. Force. |Dir’n. Force. |Dir’n, Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force. 1 |NW- 1-2) WNW 1-2}/NW_) 1-3} NNW 2-3/SW 3-4 | SW 2-3; WNW 3] WSW 4| WSW 4| WSW 4|NW) 2-4|/SW 4 5 2 |SW 4| WSW 5 | SW 4/SW 4-6 | SW 5-6 | WSW 4) WSW 4|SW 5| SW 3-6 | SW 2-5} WSW 45|/WSW 4-5 6 3 |SSW 5-6/S 5/SSW 5-6] SSW 5|S 4/8 5|S 4518 3-4/5 4-5/8 5/S 45/8 5 6 4/8 3| SW 3| SW 3) SW 2| SSW 3|SW 3| W 1| NW 1|/NW 1-2|W 2|SW 2|SW Z| ed 5 |SE 11] SSE 11|SE 11|SSE 9-11/8 46/58 6|S 6-8|SSW 5-7|S 5-6/5 68|/SSW 69/SW 6-9} 11 6 |W 4-6| W 3-6|NW 3-5|/NW 2-4|)NW 3-5|/W 3-5| WNW 3-5| WSW 3-5| SW 4-5 | SSW 6/S 5-9 |S 8-9 9 7 | SW 4-5 | SSW 5| SW 3-5 | SW 46|SSW 6-8|SW 4-6 | SW 7-8| WSW 4-7|WSW 3-4) WSW 4-5| W 4-7 | SW 5-8 8 8 |SW 3-6 | SW 3-5 | SW 4-5 | SW 3-5 | SW 4|/SW 4|/ SW 4|SSW 45/S 5/8 4-7|SSE 68/SSE 7-8 8 9 |NNW 2-3} NNW 1-3} NW 2-4 | NW 2-5 | NW 2-4| Var. 0-3|NNW 3-5|NNW 2-4] WNW 1-3| WNW 1-3/N 1-2}NNW 1-3 ii 10 |W 2-4) W 2-5|WNW 2-4|NW- 1-4|N 1-3}; NNW 1-2|N 1-2 | Calm O|N 1-4| N 1-4|N 1-3 | NE 2-4 Dy 11 | SSW 4/SSW 3-4/S 3 | SSW 3) SSW 3/8 3| SSW 4|}SW 2-3 | SW 3-4 | SW 3-4 | WSW 3/ SW 3 6 £2) Wi 3-4] W 1-3|N 1-3;}NW 1-3|N 2|N 1-4| NE 1-3} NE 2-4|NNE 1-4|N 1-3|N 0-1|N 1-3 8 13 | SW 8-9] WSW 6-8| WSW 6-10| NW 3-6] WSW 46} WNW 3-5] WNW 2-4| W 2-4) WNW 2-4|NW 3-5|NW 3-5|W 3-5 9 14 |SW 3-4 2-4) WSW 2-5|SW 2-4} WSW 1-3} WSW 2-3| SW 3-4 | SW 2-4 | SW 2-4 | SW 2-5/8 4-5/8 7-8} 10 15 |NNE_ 1-2) Var. 0-2|N 1-3|N 1-2|N 1-3| N 1-3) N 2)NNW 2-3} WNW 1-3/8 0-3 | SW 3/SSW 2-3 7 16 | SW 3-6 | SW 3-4 | SW 5-7 | SW 3-6 | SW 2-5 | SW 3-5 | SW 4-5 | SW 4-6| SW 3-5 | SW 2-6 | SW 4-7 | SW 2-4 8 i 17 |SSW 45/SW 3-7 | SW 3-5 | SW 2-5 | SW 3-5 | SW 3-5 | SW 3-7|SSW 1-4|SW 3-5 | SW 0-3 | SW 0-2 | SW 2-4 8 LS 6 | SSE 8| SSE 8/SE 8 | SSE 6-8 | SE 6-9|SSE 8-10] SE 8-10 | W 1-3 | W 1-3 | W 0-3 | W 1-4|] 10 19 | WSW 7-11] Wi 6-9 | W 6-9|SW 5-10) SW 6-9 | W 2-5 | W 2-4) WNW 1-5| W 3-7 | W 0-5 | NW 0-3) WNW 0-2} 11 20 |WNW 1-2} WSW 1-4| W 1-3};NW 1-3|NW 12/NW 1-2}/NW- 0-3|NW 0-3|NW 0-2}/NW _ 0-2/ Calm 0|WNW 1-3 4 21 |WNW 1-3}NNW 0-1] WNW 1-2/|SW 3) W 12)}NW 1-3/SSW 24/SSW 3-5] SSW 4|SW 3-5} WSW 2-4|)SSW 3-5 5 22 |SW 0-1 | SSW 1} Calm 0| NNE 1 | Calm Oo|N 0-1| NE 0-1} NE 0-1] NNE 0-1|NNE 1-2|N 0-2 | N 0-1 3 23 | SSW 2) SSW 2 2 1/ SSW 1 | Calm 0! Calm 0 | Calm O|N 0-1| NNW 1-2| NNW 1|/N 0-2 2 24 |SW 2| W 2) WNW 1-2] W 2;}|WNW 3/NW-) 2-3/N 0-1] WNW 1-2/ W 1-2 | W 1|Sw 2-3 | SW 2 6 25 | SW 4-5|/SSW 4-5|SW 46|WSW 46] WSW 6| WSW 6| SW 4-7 | SW 2-8 | WSW 1-10 | SW 1-6|SW 410|WSW 3-7] 10 26 | NW 3-7) W 3-6 | WNW 3-5] WNW 3-5|] W 3-5 | Var. 4|SW 69|N 25/NW 1-3/NW 1-4|NW 4|NW~) 2-6 9 27 Ni 2-4| NW 1-3 | NW 1-4|NNE 1-4/NE 23) NNE 2-4|N 1-3|N 1-2|N 2\|N 2|NE 2|NE 0-1 4 28 |N 2)N 1|/N 1) Var: 0-1}ENE 0-1}ENE 0-1] Calm 0} Calm O|N 3|E 0-1/ E 0-1/E 0-2 4 29 |NNE 23] NE 2-4|N 3-4|NNE 3-4|NE 3 | ENE 3| NE 2-3 | NNE 3| ENE 2\E 1-2 | Calm 0} Var. 0-1 4 30 | ENE 1-2/NNE 1-3/N 1-3| N 1-2)/NNW 0-2/N 1-2| NNW 2| W 1-3 | NW 2|NW 1-2) W 3|NNW 0-2 3 8 { 31 | WNW 2-3] NW 2} WNW 2-3} WNW 2-3] NW 3|NW 2-3) NNW 2) NW 2! WNW 1-2|NW 0-1] NW 1|N 0-1 3 L MEAN 3°82 3°61 3°73 3°50 3°35 311 3°34 - 3°08 2:97 2°82 3°03 3:26 iv 13 14 15 16 17 18 19 20 21 22 | 23 Midnight. {Mean,| Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force. Dir’n. Force.|Dir’n. Force.|Force. t 1 |SW 4| SW 3\|SW 3|WSW 1-3|SW 1-4 | SW 2-4 | SW 38-5 | SW. 2-41 SW 4/SW 3-4, SW 41SW 4/ 31 |. 2 |SW 3-5 | SW 3-5 | SW 4| SW 4-5 | SW 3-6 | SW 3-6/5 46|SSW 3-5|/SW 3-5 | SW 3-5 | SSW. 5| SSW 4] 4-4 Silos 5| SW 4|SW 3-4| SW 3/5 5/38 4\8 4|SW 4|SW 3-4 | SSW 3 | SSW 3| SSW 4] 4:3 4 |SW 2| SW 2\8 2-3/5 2\8 3|SE 4-5'| SE 4-5|SE 4-5 | SSE 5-6 | SSE 6-8 | SE 7-9|SE 10-11] 3-4 | 5 | SW 4-9| SSE 5-8|SSW 3-6] W 5-7|SSW 5-8| SW 4-9|S 4-6 | SW 4-6 | SW 5-6| WSW 3-5|WSW 4-7] W 4-7] 67 6 |S 7-9 5-8 | SW 4-8|SW 5-7 | SW 4-8; SW 4-7 | SW 4-7| WSW 3-5|SW 2-5 | SW 3-4 | SW 4)SW 3-5] 5:0 — 7 | SW 4-6| WSW 2-5|WSW 4-6] WSW 3-6/S 4-7|8 0-7 | SW 2-6 | W 2-5|WSW 4-5|WSW 4-6) WSW 2-5] W 2-4] 4:8 8 | SSE 5-6 | SSE 7-8 | SSE 8|S 8|/SSE 7-8|SE 6-8 | SSE 4|SW 3-4 | SW 3-41 SW 3-5|SSW 1-5| WNW 2-4] 571 9 | WSW 3| SW 2-3 | SSW 3|SSE 3-4|SE 5| SE 6| SE 6-7 | SE 4-5/5 4) WNW 2-5|NW~ 1-3] WNW 1-4] 3:2 — 10 |N 0-3 | Calm 0|/ Var. 0-1) NW 1| NW 1|NW 2| Ww 2|SW 1|Sw 2| SW 2|SSW 2-3/SW 3] 1:9 | 11 | SW 3) SW 4) WSW 3-4|SW 4-5 | WSW 4) WSW 3| SW 4|WSW 3-4) W 2-4 | SW 2-4)SSW 3-5|SW 2-6} 3:4 12 | NNW 1-3] NW 1-3|WSW 1-3) SW 2-3/5 4/8 4| SSW 4\/SSW 4-6) SW 2-5 | SW 4-6|SW 3-6 | SW 6-8] 3:0 | 13° | W 2-4; WNW 1-3/NW_~ 1-3|NNW 1-2|NW 2|NNW 1-3} WNW 3-4) WNW 2-3|WNW 1-3; WNW 1-4| W 1-3 | W 2-4! 36 14 |SW 7-10| WSW 8-10|WSW 6-5) WSW 6-9| W 5-7| WSW 2-4] Var. 0-3| NNW 2-3)N 1-3 | NE 1-3 | NE 1-3)E 0-2} 4:0 | 1 |8 5-6 | SSW 3/SW 3-4 | SW 4-5|WSW 1-4|WSW 2-7|SW 1-5 | WSW 4|SW 2-5| WSW 3-6) SW 4-6| SW 2-5 | 2:9 16 | SW 1-3| SW 3-5 | SW 5-6|SSW 5-7/8 3-5)SSW 5-8/SSW 3-5|SW 6-8|SSW €-7|SW 45|SSW 6-8|/SSW 6-8] 4:8 17 | SW 0-3) 8 3| SW 2-3/8 4/SSW 2-4/SSH 3-5 1-3|S 4|S 3/5 5-6 | SSE 7|SSE 7-8| 37 | 18 | SW 2-4|SSW 3-5|SSW 45)/SSW _ 7-8| WSW 8-10/8S 6-8 | SW 4-7|SW 4-6| WSW 48} WSW 5-8| WSW 6-10] WSW 6-10] 6:0 19 |N 0-2) NNW 0-2|NW~ 1-3|NW 1-3;|NW 0-1|N 0-2 | Calm 0 | NW 2|NW 1-2|NW_ 1-8 1-3) WNW 2-3] 3:2 | 20 |W 1-3 | W 1-2| NW 1| NW 1-2} WNW 0-3|NW 1-3|NW~ 1-3} WNW 1-2} WNW 2-3) NW 2| W 1-2 | W 2-3) 1:6 21 | SW 2-4 | SW 4\SW 3-5|SSW 4-5)SSW 2-5)1SW 2-5 | W 1-3 | NW 1-3 | NW 1-3 | NW 0-2 | W 1-2} W 0-1 | 2°7— 22 | Calm 0 | Calm 0|WNW 1/|/WNW 1-2}NNW 0-2| W 0-3 | W 2|W 1-2 | W 0-2 | WSW 1|W 1-2 | SSW 2) 0-9 23 |N 0-1|NW 1-2|}W 1|W 1| NW 2) W 2|NW 1-2|}|WNW 1/WNW = 1| WNW 1-2] WSW 2|WNW 2| 128) 24 | SW 2|SSW 12|SW 2/5 2/8 3/8 3|SE 4|SSE 6|SSE 5-6|/SSE 4-5 4|SW 4-5] 27 25 |WSW 2-5| WSW 6-9] W 4-7 | W 4-7| SW 3-6 | W 3-5 | W 2-4 | W 2-6|NW 2-6)|NW 26|NW 2-5|NW = 2-6] 4:8 |) 26 |NNW 1-4|NW 2-3|}WNW 2-3|}NW_ 1-3|NNW 0-3|N 0-1 | N 0-2)}WNW 2] WNW 1-4| WNW 1-3|NW- 2-3| NW 4/31 1 27 | NNE 3| NE 1-3 | NE 2-3|NNE 2-3 2|NE 3| NE 2|NE 1-3} NNE 2|N 2-3)}NW 1-2|NNW 1-2] 2:2 | 28 |E 1\E 2| Var. 02 1-3|/ENE 1-2|E 3|E 2-3 | ENE 2|NNE 2-3| NE 2-4|N 2-4| NE 2-3 15 299 |NNE 0-1|/NW_ 1-2} NW 2) W 2|WSW 2-4) W 3| NW 2| NNW 2)/NNW 1-2|N 1-2;}NNE 1-3|NE 1} 21 | 30 | N 2|/NNW 1-2|NW 1-2)}NNW 1-2|N 1-3) N 0-1) NNW 1-2)}NW 1-2;}NW_ 1-2) NW 1| NNW 2|WNW 3 1a 31 | NW 2|}WNW 1-2) NW 2) W 1-2 | Calm 0); W 2|W 0-1)WNW 1-2} WNW 2|W 2|SwW 3) WSW 2 13 | li MEAN 2:94 3:13 3-19 3-48 3°45 3°53 3°10 3°21 3°18 3°26 3°55 3°76| 3°81 ootl] N55. NNE17. NE2l. ENE8. £8. ESEO. SE16. SSE 23.; $59. SSW 55. SW 167. WSW 61. W69. WNW 51. NW 82. NNW 31. Calm 21. WIND. il 2 3 4 Dir’n. Force.|Dir'n. Force.|Dir’n. Force.|Dir’n. Force. 1 |W 3|;WSW 2-3} WSW 1-3|SW 3-4 2 |N 1-2) NNW 0-2} WNW 1-3|NNW 1-3 3 iN 2-3!N 1-2 | NW 1-3; NNW 1-2 4 |SW 2-4| WSW 2-3|SW 3) W 3 5 | NNE 1| NE 0-1/N 0-1 | ENE aL 6 | NE 1|N 1|N 0/Calm 0 7 |SwW 1)/SW 1) SW 1|SW 0 8 is 2|)SSW 3);SSW 23/SSW 2-3 9 | SSE 3| SSE 3| SSE 3-4 | SSE 3 10 | SE 3| SE 3/SE 2-3 | SE 3 11 | SSE 3| SSE 4|SSE 3-4 | SSE 4 12 | SSE 5| SE 5|SE 4-5 | SE 6-7 13 | ESE 5| SE 6| SE 6|SE 4-5 14 |S 2-3 | SSE 2-3 | SSE 3| SSE 3 15 |SE 2-3 | SE 2|SSE 2|SE 1-2 K 3|E 3|E 1-2|ESE 1-3 SE 4| ESE 4/SE 4|SSE 4 SE 6| SE 6 | SE 6-7 | SE 6-7 SE 6| SE 6| SE 5 | SE 5-6 ESE 4 | ESE 4| ESE 4|SE 4 2)8 1|}SSW 1-2)}SSW_ 1-2 WNW 0-1|] W 1|W 1| WSW 1 N 0-1 | NNW 1)}NNW 1-2|}NNW 1-2 N 0-1} N 0-1) N 1|N 1 Calm O|N 0} Calm 0} Calm 0 N 1-2) N 2-3 | NNW 2|N 1-3 N 1-3/N 1-3 | Var. 0-1|N 0-2 N 1-3) Var. 0-1/Var. 0-1/NE 2-3 18 Dir’n. Force. WSW 3-5 Var. 0-1 3 1-2 1 0-1 2 1-2 14 Dir’n. Force. Ww 2 Var. 0-2 WSW 3-4 NE 1-2 NNE af SW 0-1 SSE P SW 2-3 SSE 2-3 SE 3 SSE 3-4 SE 6 SE 4 iS} 2 E 2 SE 2 ESE 4-5 ESE 5-6 SE 5-6 SE 3-4 WSW 0-1 Ww 1 Var 0-1 NE 0-1 NNW 2 NE 2 ive 2-4 N 2-3 2°50 15 16 Dir’n. Force.|Dir’n. Force. WNW 1-3| WNW 1-3 NW 1-2/N 1-3 SW 3) SW 3 N 1} NNE 1 N 1|NNE 1 SW 0-1 il SSE 2|SSE 2 SSW 2-3|SW 2-3 SSE 2 | SSE 2 SE 3-4/5 3 SSE 34/SSE 3-4 SE 6|SE 5-6 SE 4| SE 4 SSE 2/8 2 E 1-2 | ESE 3 SSE 1-2|SE 2 SE 4-6| ESE 6-7 SE 5-6 | SE 5 SE 5-6 | SE 5-6 SE 4/SE 3-4 WwW 1/WNW 1 WNW 2/W 2 N 0-1/NNW 1 ENE 1/ENE 1-2 N 0-1| N 0-1 NE 12;NW 2-3 N 1-3/NW 1-3 NE 2-3|N 1-2 2°45 2°57 BEN NEVIS OBSERVATORY. DIRECTION AND Force (0 to 12). 5 Dir’n. Force. Wsw 4 WNW 1-3 WNW 3 Ww 2-3 NE 0-1 Calm 0 Calm 0 SSW 23 SS) 2-3 SE 3 iS) 3-4 SSE 6 SE 4-5 SSE 23 SE 1-2 ESE 1-3 SE 4 SE 6-7 SE 4-5 SE 4 S 1 WsSw 1 N 1-2 N 1-2 N 0-1 N 1-3 NE 2-3 N 1-2 17 Dir’n. Force. NNW 1-3 WwW 2-3 WSW 3 NNE 2 N 3 SW 0-1 iS) 2 SW 2 SE 1-2 SE 3 SE 4 SE 4-6 SE 3-4 s 2 E 3-4 SE 2 SE 7 SE 5 SE 5-6 ESE 2 Ww 1 w 2 N 0-1 NNE 1-2 N 0-2 2-3 NNE 1-3 2-3 2°64 Lon FEBRUARY 1890. go} 7 8 9 10 tie (|) ena liste, Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n Force.|Dir'n. Force. SW 5| SW 46|WSW 2-5|)SW 2-5 | SW 5 | SW 4) WSW 5 6 NW 1-3 | NW 2|WNW 2-4| NW 0-2 | NW 3|N 1-2 | NW 2 4 0-2;NW 24) NW 2|W 2; NNW 3;/NW 24)NW ~ 1-4 4 WNW 2-3) NNW 2|N 1| Calm O|N 0-1|N 0-1 [NE 1) 4 NE 1-3 | NE 3|NNE 1| NNE 2|N 0-1|N 2|N 0-1 3 SE 0-1; Var. 0-1)SW 0-1)SSW_ 0-1/SSW 1|/SW 0-1 | SW 0-1 1 SW 0-1 | SW 0-1 | Calm 0|WSW 0-1| SW 0-1 | SW 0-1/8 12) 2 SW 2|WSW 2-3|}WSW 1-2| WSW 2| SW 1-2 | SW 2| WSW 2 4 iS) 2/SSE 23)SSW 2|8 2\S 2\s 2-3/8 2 4 SE 2-4 | SE 2-3 | SE 3| SE 2-3 | SE 2|SE 4|SE 3 4 s 3\Ss 4/8 2-4/8 218 1-3/8 2\S8 2-4 6 SE 5-6 | SE 6-7 | SE 6-7 | SE 6-7| SE 6|SE 5-6 | SE 3-5 7 SE 5| SE 5| SE 4-5 | ESE 5|SE 4-5|SE 5|SE 4-5 6 SSE 2-3/S 3|SE 3| SE 2|SE 2|SE 2|SE 2 3 SE 1-2|SE 1/ SE 2| SE 2-3 | SE 3|SE 3|)SE 3 4 ESE 2-3\ESE 2-3) ESE 3|E 1-3} ESE 2-3) ESE 3| SE 2-3 4 SE 4|SE 45|ESE 45/]SE 5| SE 4-5|SE 5|/ESE 4-5 7 SE 6-7 | SE 6-7 | SE 6-7 | ESE 7|SE 7|SE 7-8 | SE 7 8 SE 4-5 | SE 4-5|SE 4-5/SE 5|)SE 3-5 | SE 4-5 | ESE 3-4 6 SE 4| ESE 4|SE 4|SE 4/SE 4|ESE 45]/SE 4 5 SSW 1|SW 1| SW 1-2 |SW 0-1 | SW 0-1 | SW 1-2 | W 0-1 2 W 1| NW 1) WNW 2| NW 12) WNW 1-2} NW 1| WNW 1-2 3 NNW 1-2/NE 1-2|N 1-2| NE 1-2|}N 0-2 | N 0-2 | NW 0-1 2 N 1-2/N 0-2 | N 1-2|N 1-2|N 1-2|N 1|N 1 2 N bel 1|N aN 1-2/N ANY 1-2|N 1-2 3 N 2-4\|N 2-4|N 1-4'N 2-4 | Var. 0-3 | N 1-3| NE 1-3 4 NNW 2-3|N 2-3 | Var. 0-2 ENE 2-3/NE 1-3 | NE 1-3|N 2-3 4 N 0-2 | NE 0-2} NE 12 N 1-2}/NNW 1-2/|N 1-2| NE 1-2 4 2°75 2°55 | 2°52 2°46 264 2:46 18 19 20 21 22 23 Midnight. |Mean. Dir'n. Force.|Dir'n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Force. N 0-1 |,N 1-2)}WNW 2/W 12;NW 1-2;);NW_~ 1-2)W 1-2} 2°8 N 2-3|NNW 1-3|NW 1-3/NW_ 1-3/N 0-3)NNE 1-3/N 1-3} 1:9 SSW 3/NW 1-31 W 3-4 | WSW SeaW: 3-4) W 3'SW 3-4 | 2°7 N 2|/NE 0-1} Var. 0-1}ENE 0-1/N 1|N 1|N 1) 1-5 Var. 0-1|/ NE 2|NE 2| ENE 2|NE 2|NE 1| £ eles SW 0|/SW 0-1 | SW TNS 1|W 0-1} SW 1| SW 1| 06 iS) 2\8 2|8 2/8 2/8 2|S 1-2/8 PY IB SW 2|SSW 3/8 2-3 | SSE 3\/SSE 3-4/SE 3-4 | SE 3] 2:4 SE 1-2|SE 2|SE 2-3 | SE 2-3 | SE 3/SE 38-4 | SE 3} 2°4 SSE 3/5 3-4 | SSW 3/5 3|SE 3-4 | SSE 3 | SSE 3.| 3:0 SE 4-5|SE 4|SE 5|SE 4-5 | SE 4|SE 6 | SSE 61 3-7 SE 4-6 | SE 4-5|SE 5 | SE 5-6 | SE 6-7 | SE 6-7 | SE 4| 55 SE 3 | SSE 3| SSE 3 | SSE 3/SE 3/5 3/S 2-3} 4:2 SSE 2|SE 2|SE 2| SE 2|SE 2|SE 2|SE 331] PAB} ESE 3-4/NE 1-3|/ESE 23)ESE 2-3|E 3-4] E 3-4; E 3] 274 SE 2-3 | SE 2|SE 2| SE 2|/SSE 2-3/SSE 3-4/SE 4) 2°4 SE 7|SE 7|SE 6|SE 7|SE 6| SE 6-7 | SE 6-7 | 5°3 SE 5| SE 5-6 | SE 6| SE 6-7 | SE 7|SE 7-8 | ESE 6| 63 SE 6 | ESE 5|SE 5 | SE 5 | ESE 5 | ESE 5| SE 4-5 | 5°0 SE 2|SE 2|SE 2|SE 2-3 | SSE 2: SSW 2|8 2| 3:3 WNW 1-2) WNW 0-1} WNW) 1| WNW 0O-1| W 1) WSW 0-1}WNW 1) 1°0 NNW 0-2 1-3 1-3.) N 2-3|)N 2| NW 2) N 1-2] 1°5 N 1-2 12) NNW 1|N 1|N 1|N 0-1) N 0-1 | 1°0 NNE 1-2|/NNE 1-2/E 1-2|ESE 1-2/) ESE 1|E 1| Calm 0} 11 N 1-3/N 1-3|N 0-2'| NNW 0-2] Var. 0O-1'NNW 1-2|N 2) 1:0 N 1-3 | N 1-3|N 3/N 2-4|N 24|NNE 23/N 1-2 |. 2°3 NE 1-4 | Var. 1-4|N 2-4|N 2-4 | Var. 0-1} Var. 0-1|N 0-1) 1°9 NE 1-2 | NNW 1| NE 2-3| N 2-3 | N 1-3 | NE 2-3 | N 2-4] 1°8 2°54 2°46 2°66 rar til 2°66 2:77 2°59 | 2°56 | $40. SSW 15. SW44. WSW19. W29. WNW 18. NW 23. NNW 21. Calm 25. ENE6. E14. ESE 34. SE181. SSE 44. 192 BEN NEVIS OBSERVATORY. WIND. DIRECTION AND Force (0 to 12). MARCH 1890. 1 2 3 4 5 6 7 3 9 10 11 12 Max, Dir’n. Force. | Dir'n. Force. |Dir’n. Force. |Dir'n. Force. | Dir'n. Force. |Dir'n, Force. | Dir’n, Force. |Dir’n. Force.|Dir’n. Force.|Dir’n. Force. |Dir’n. Force. |Dir’n. Force. 1 |N 8-5|N 3-4|N 3-4|N 25|NE 1-3/ENE 2-3/ENE 1-3|N 2-3|N 2-3)NNE 1-2)NE 0-2|NE Hl 2 |e 2 |NE 1/E 0-1| N 0|ENE 0-1] Calm 0|NNE 0-1| ENE 1/ENE 0-1/ ENE 1| NE 1)/NE 1-2/ESE 12] 2 8 |\N 1| Var. 0-1|N 0-1| N 1-2|N 1-2|N 1-2), Ni 2|N 2|N 2-3 | N 2-3|NNW 2|NNW 1-2 3 4 |W 2-3 | W 21SW 241W 3-4| W 9-4|WNW 23|NW 2-4| W 2-4|NW 24/NW 2-4|SW 4|W 2-4) 7 5 |NNE 4-8/NE 46/NNE 3-6/NE 3-5 | NE 3-4|N 3-4| N 3-4| Var. 2-4/N 2-4|NE 3-4/ENE 2-3|NE 2-3] 8 6 |NE 26/NE 24|NE 25/NE 2-5|Var. 3-5/NE 2-5|NNE 2-5|N 3-4|NNE 3-5/N 0-3| N 1-3|N 2-4] 6 7 |B 1-3|}ENE 24/ENE 4-6/ENE 2-6/ENE 3-4/ NE 1-3| NE 2-4| NE 1-3|NNW 2|N 1-2|N 2| NW Al 8s |NW 0|E 0-1|NE O-1/N 0-1} NNW 0-2| NW -29|NNW 2/WSW 1/SW_) 1-2/8 2|SE 3| SE 3] 6 9 |ENE 1-2|ENE 0-2/N 1-2|N 1-2) Ni 2-4) NNW 2-3|NNE 2-3|N 2-3 | NE 2-4 | NNE 3|N 2-41N 13] 5 10 | SW 3| WwW 1-3| WNW 2-3| W 1-2) W 2| Ww 2|Var. 0-2;|NW 0-2|}WNW 3] WNW 2-3| W 3|NW 2-3] 7 11 |W 6-8 | W 27|NW 2-6/NW 1-5|NW 24| W 1-4|NNW 2-3|N 2-3|NNW 2|/WNW 2/NW 2/NW 1-3] 8 12 | WNW 2-5| WNW 1-5] WNW 4-6| WNW 2-5] W 2-4) WNW 2-5/NW 3-5|NW 2-5| W 2-6 | W 2-5 | W 2-5 | W 2-5| 8 13 |SW 47/SW 5-7/SW 3-6|/W 1-5) WSW i-4|/WSW 14/SW 3-4/SW 3-5/SW 45/SW 3-5] WSW 3-5| W 2-4) 7 14 | WNW 2-3] W 1-3/SW 2-3] W 2-3|WSW 1-3/SW 2-3!|SW 2-3/SW 2-3/SW 2-3) SSW 3|WSW 2/SW 28] 5 15 |S 3-4|SSE 5-6/8 6 | SSE 7|SSE 4-5/SSW 4-6|S 5-6|S 5-6 | 5 6-7|S 6-7 6|S 5-6] 7 16 |SSE 5-6|SSE 5-7|SSE 5-7|/SSE 5-6|SE 6-7 | SE 7/SSE 6-7|SE 7-8 | SSE 9|SE 8-9|SSE 7-9|SE 7-9| 9 17 | NE 2-3 | N 2-3|N 2-3)NE 2-4|ENE 1-3|N 2-3 | N 1-3| NE 1-3|N 1-3/N 1-3 1-2 | Calm Ol 18 | SSE 4|SSE 4|SSE 4-5|SSE 4| SSE 3|SE 3-4 | SE 4|SE 4| SE 5| SH 5|SE 4-5 3) 5 19 |SE 4|SE 4|SE 2-3 | SE 1}Calm 0/ENE 0-1|/SW_ 0-1] NE 1)NNE 1/NNW 1-2/N 1)/N 1) 4 20 |NNE 3-5|/N 2-5|NNE 3-5|N 3-5|NW 1-4|N 14|N 2-4| N 2-5 | N 2-4| NE 1-4| NE 1-5|N 1-4] 5 21 |E 3-4 | E 3-4] E 2|E 2| ESE 1|SE 0-1/SSE 0-1/S 1|8 0-1/8 1/8 0-1/8 O-1) 4 22 1S DS 1/Ss 2/8 2|SW 2|SW 2|W 1-2)SW 2-3/SSW 2-3/SW 2-3/S 2/8 CNS oe 23 | W 2-3} WSW 2-3| W 2-3 | W 1-2)/WSW 2/SW 1-2|WSW 2/SW 2| SW 1-2/Sw 1-2] SW 1/SW Li) es 24 18 12/SSE 3-4|SE 4| SE 4|SE 3-4| SE 4|SE 4-5 | SE 5 | SE 5| SE 5-6 | SE 4-5 | SE 4-6] 8 25 |E 7|E 5-8 | EB 4-7|B 5-7|ESE 2-4] ESE 3-4|E 3-4/5 3-4| E 3-4 | E 1-3|ESE 3-4|]ESE 3-4] 8 26 |SW 1-3/8 1-3|)SW 24/WSW 3-5] WNW 2-3| W 2-3|WNW 2-3/Var. 1-3| NW 3) NW 2 13/NW_ 1-3] 5 27 |SSW 2-3/S 3-4 2-4)SW 2-5|/SW 3) WSW 2-4] W 2-3/ Var. 0-2} WNW 1-3/ W 2-3| WNW 1-2) WNW 2-3] 5 28 | SW 2|SW 2|WSW 2/SW 2|WSW 2-3)WSW 2|SW 21SW 2|SW 2|W TSW 25 213 29 | SW 2|/SW 2-3/SW 2|SW 3|/SW 3/SW 2|W 1-2) W 1-2| W 1-3 | W 1-3| W 2-3|WSW 3] 38 30 | NE 12|/NE 1-2/5 0-1/5 1-2|N 1-3|N 3/N 2-3 | Ni 1-3|N 1-3|N 2|N 13/N 1-2) 3 31 |E 0|/SE 1|SE 1|SE 0-1 | Calm 0} Calm o|Wsw 1|/W 0-1)/SW 0-1/8 0-1/S 0-1|S 0-1| 3 MEAN! 2°98 2°95 3:02 2°92 2°48 2°52 2°63 2°58 2°89 2°71 2°65 2°48 13 rr 15 16 7 18 19 20 21 22 | 23 | Midnight. |Mean.| Dir’n. Force.) Dir’n. Force. |Dir’n. Force.|Dir’n.Force.| Dir’n. Force.| Dir’n. Force.| Dir’n. Force.| Dir’n. Force.| Dir’n. Force.|Div’n. Force. | Dir'n. Force.|Dir’n. Force. Force.|, 4 1 |NE 1-3|E 2\ Var. 0-1|E 1-2/5 0-1 | NE 2|.NE 1-2|/ENE 1-2|)NE 1| ENE 1|NNE 1| NE 1/19 | 2 |SE 1| ESE 1|SE 1-2 | Calm O|N 0-1| N 1|N 0-1) N 1|N 1|/N 1|N 1|/N 1-2| 08 3 |NNW 2|NNW 1/|/WNW = 2/|W 2|NW 12|NNW 2/|WNW 0-1/N 0-1) WNW 2/|/W 1-2|N 1-2| W 2| 16 4 |W 3-4] WSW 1-4|NW 1-4|N 14 | NE 14|NNE 14]|NE 1-4|N 0-3|NE 24|/NNE 46/N 3-6|NE 5-7] 31 5 |NE 2-3 | NE 24)NE 1-4|NE 2-5| NE 2-5 | NE 2-5|NE 2-3|/NE 3-4 | NE 1-2| NE 2-6 | N 14/NE 24] 33 6 | NE 14|NNE 2-4|NE 2-3) Var. 12/SW 2-3!|WSW 2-3|WSW 2-3|NE 2-4|ENE 3-5|NE 3-5|ENE 3-6|NE 2-6] 31 7 |NW 1-3|NW 2-3|NW 1-3|NW_ 3-5|N 14|NE 2-4|/NE 24/|NNE 2-4|NNE 24/Var. 0-1| Var. 0-1] Var. 0-1] 2-4 8 |E 3|\E 2|NE 12/N 3-5| N 3-5|N 3-6|NNE 1-4|NE 4-5|ENE 2-4/ENE 24|NE 1-3/NE- 2-3] 22 9 |NE 1-3|N 2|N 12|NW 12|/NW_ 1-2|)NW 2|WSW 2/SSW 3/8 4-5|S 4-5 | SSW 5| SSW 3-4] 2:5 10 |NW 12/NW 13/W 2-4! W 1-3|NW 1-2) WNW 24|WNW 2-4| W 2-4] W 9-4 | W 3-4 | W 3-7|SW 4-71 26 ia) ay 2|WNW 2-3) WNW 2-3 3|NW 1-3}NW_ 1-3|NW 2-3] W 3-4] WNW 3-4] WNW 3-5 | W 3-5 | W 3-5} 3:0 12 |WNW 3-4|NW_ 1-4] WNW 1-3] WNW 2-3| WNW 2-4| WNW 2-4|WSW 4-5|SW 45|/SW 46/WSW 4-8/SW 27|/SW 3-7| 3:7 13 |NW 1-3] WNW 2-4| Ww 1-3|NW 1-3| WSW, 1-3| W 2-4) WNW 2-3|NW 1-2| NW 1]NW 1-2/NW 1-2|WNW_ 2] 3°0 144 |SW 34|/SSW 3-4/8 3-4|SSW 2-3/8 3-4 | SSW 4/8 4\S 4-5 4-5 3-5 |S 3-4 | SSW 4] 31 15 |S 3-4 | SSW 3/8 3-4|S 3/S 2\|SSE 3-4/S 3-4|S 4/SSE 5-6|/SSE 5-6/SSE 5-6/SSE 46] 48 16 |SE 7-9| SE 7|SE 8|SE 6| SSE 5| SSE 4| SSE 3/S 2-3)/SW 1-2|NNW 1-2|N 2-3|N 1-3] 56 17 |N 1-2 | Calm 0| Var. 0-1) W 0-1|/NNW 1|NW 1-2/WSW = 2/SW 2|SSW 2-3/8 2-3 | SE 3] SSE 3/19 18 | SE 3-4|SE 4|SE 4|SE 3|SE 4|SE 3|SE 3-4 | SE 4-5| SE 5| SE 5| SE 5|SE 4-5] 41 19 | NE 0-1|NE 0-1|N 0-1|N 1|NNW 0-1|NNW 1-2|NNE 1-3|/ENE 12/NE 1-2/NE 23|N 2-3|N 2-4| 15 20 |ENE 1-4|NNE 1-2|N 1-3 | NE 2-3|NNE 1-3| NE 1/ENE 12/5 3 | ESE 4|E 4|E 4-5|E 3| 2-9 21 |8 0-1 | Calm 0|SW 1|WSW 1/WSW 1/WSW 1/SW 1|/SW 12|/WSW 1/W 1|/ Ww 1} WSW 1} 11 22 18 21S 2-3|SSE 2-3/S 3/S 3|/SW 3) WSW 23/SW 2-3/SW 2|SW 2| SSW 3|SW 3) 22m 23 |SW 0-1/SW _ 0-1| WNW 0-1 12|SW 0-1| SW 1| SE 1|SwW 2/8 21S 1-2|S8 218 2] 15 | 24 |SE 5-6 | ESE 6| ESE 6|ESE 5-6] ESE 6|SE 6-7|ESE 6-7/E 7 7-8 8|E 8|E 6-7 | 54 25 |E 4/E 4-5|SE 4|SE 3| SSE 1/SE 1|SE 2|SE 3-4 | SSE 3| SSE 3| SE 3| SSE 3| 36 26 | W 1-3 12)WNW 1-3/SW 1-3|SW 2-4/Var. 1-3| WNW 1-2|N 12)|WNW 2/WSW 2|SW) 23 2-4] 2°3 7 27 |NW 25|/WSW 23 2) Var. 0-1| W 2-3|NW 2-3| WNW 0-1| W 2 2 1-2}WSW 2/WSW 2-8] 2:2” 23 |NW 0-1 2|W 1-2| Sw 2| WNW 1-2 |SW 2.) SW 2|SW 2| SW 2|SW 2)Sw 2|SW 2) 19 29 |W 1-3] Var. 1-2|SW 1-2| Var. 1-2/NW 1-3] W 1-3|N 12;/SW 23/SW 23|/W 0-1| W 0-1|NNE 0-2] 19 30 |N 1-3 1-3 | N 1-2|N 1-2|N 13|NNE 1-2|N 12/NNW 2/N 0-1) NNW 1-2] Calm 0| NE 0| 16 81 |S 0-1| SE 1/SSE 0-1/SSW 12/SW 0-1|SW 1|SW 1-2/8 1-2/8 2\8 2| SSW 2| SSW 3] 1°0 MEAN 2°40 2°34 2°29 2°31 2°21 2°45 2°29 271 2°79 2°89 2:90 “a 2°64 | N95. NNE23. NE68. ENE 24, E34. ESE13. SE60. SSE32. S 60. SSW17. SW85. WSW 34. W71. WNW39. NW46. NNW18. Calm25. ~ WIND. 1 Dir’n. Force 1 |SSW 2-3 2 |W 2-3 ets) 2-3 4 {8 2-3 5 |NE 0-1 6 | Calm 0 7 | Var. 1-2 : 8 |N 2-4 | 9 | Var. 1-2 10 |ENE 2-3 } 11 |ENE 1-2 4 12 | Calm 0 4 18 | Calm 0 14 | SE 2 : 15 | ESE 3 | 16 |ese 45 17 |E 5 : 18 |SE 4 19 | ESE 2 20 |SE 2 21 |SSW_ 1-3 22 |S 3-5 23 | SW 1-3 24 |SW 1-2 25 |N 0-1 | 2% |NE 12 27 |ENE 2-3 28 |NNE 1-2 29 |SSE 2 30 | ESE 2-3 MEAN 2°10 13 Dir’n. Force 1 |SW 7 2 |SSE 2 3 |s 1-2 4.|WSW~ 3 5 |SW 1 6 | WSW 2 7 |NE 1-3 8 |N 1-4 9 |NNW 0-1 10 |N 0-1 11 | ENE 0-1 12 | ESE 1 13 |SE it 14 |SE 3 | 15 SE 3 | 16 |ESE 45 | 17 |ESE 3-4 1s | ESE 2 19 | ESE 2 | 20 | SSE 2 | 21 | Sw 4-5 ieee | N 1-3 23 «| SW 1-3 24 |W 0-1 (25 |WSW 0 26 | NE 3-5 27 «| ENE 1 | 28 |SE 1-2 29 | ESE D | 30 |S 2-3 MEAN 1°98 BEN NEVIS OBSERVATORY. 193 DIRECTION AND Force (0 to 12). APRIL 1890. 2 3 4 5) 6 7 8 9 10 11 12 Max. Ss | |] | =—_ hs Fabs . Dir’n. Force. Dir’n. Force.|Dir’n. Force. |Dir’n. Force. ‘Dir’n. Force.|Dir'n. Force.|Dit’n. Force.|Dir’n. Force.| Dir’n. Force.|Dir’n, Force.|Dir’n. Force. SW 2-3 | SW 2-3 | SW 3/SSW 2-3/SSW 2| SSW 3] SSW 2|SSW 2-3| WSW 2-3|SW 2-3/8 2 3 WSW 2-3|SW 2|SW 2-3 | SW 2|SW 2| SSW 2/8 2/8 2/8 2/8 2-3/8 2 4 iS) 3/8 3/8 3|SSW 3/SSW 2-3]/S 218 218 1-2/8 2\8 1-2/8 1 3 SW 2-3 | SW 3|SW 3/SSW 23/SSW = 2-3|SW 2|SW 2|SW 2|SW 2-3 | SW 2-3 | SW 2-3 3 N 0-1 | Calm O| N 1-2} NW 3/N 2-3 | N 3) N 2-3|N 1-2} NNW 0-1/SW 1|SW 0-1 3 iS) 2-3 | W 1-2 | SW PN | ite 1) WSW WAYS 0-1} WSW 1-2) W 2|W 1-2/SW 2-3 | SW 2-3 5 WwW 2-3 | SW 1-2 | Var. 1-3|N 1-3|)N 2-3 | NE 3-4] NE 2-4| NE 2-3| NE 2-3| NE 23|)N 2-3 5 NNW 2-3|NE 2-4| NE 3-5 | NE 1-3|}ENE 1-3] NE 2-3|)ENE 1-3| NE 2-4| Var. 24/ENE 1-3|N 1-3 5 NE 1-3 | E 24|ENE 1-2|NE 12|N 2-3/E 2-3|/ENE 2-3/5 1-2| NE aE 1-2|N 0-1 4 E 2-3] E 1-2| EH 2)E 2-3 | Var. 1-3| NE 1-3| NE 1-4| NE 1-4| NE 1-3 | NE 1-3|N 1-2 4 E 23/ENE 2-3|E 1-2 | NE 2-3 | NE 2-3|NNE 1-2] NE 2-3} Var. 0-1] NE 12|NNE 1-2}/NNE 01 3 Calm 0 | Calm 0 | Calm 0 | Calm ESE 0-1/SE 1| ESE 1| ESE 1)ESE 1-2|)ESE 1-2/ESE 01 2 NE 0-1/ N 0-1 | NE O|E 0-1| E 0-1|E 0-1 | Calm 0|/ESE 0-1| ESE 2)ESE i-2)/ESE 0-1 2 SE 2|SE 2|SE 1-2 | SE 2|SE 2| ESE 2| ESE 2|SE 3|SE 3| SE 3| SE 3 4 ESE 3| ESE 3; ESE 2-3/ ESE 3) ESE 3!SE 3)SE 3-4 | SE 4\SE 3-4 | ESE 3| ESE 3 6 E 5 | ESE 5|ESE 45/E 3-4| E 4|SE 3|)SE 2-4| SE 3-4|SE 2-4 | ESE 4\ESE 45 6 E 5|ESE 5-6|E 3-4 | E 4|E 45 | ESE 4|HSE 4-5/E 4| ESE 4/H 3-4 | E 4 6 E 8-4/1 SE 4|SE 8-4|ESE 3-4|ESE 2-3| ESE 3)SE 3|SE 3|SE 3| SE 3 | SE 3 4 SE 1| SE 1|SE 1/SE 1)}ESE 12/ESE 1-2|ESE 1-2/ ESE 2| ESE 2|SE 2| ESE 2 3 SE 2|SE 1-2 | SSE 2/8 2/8 218 21S 2| SSW 2\|S 2-3/8 2-3/8 2 8 Ss 3/58 3-4/5 4/SSE 45/SSE 68)SE 6-8 | SE 7-9|SE 8-9/8 6-7|SSW 3-5|WSW 46 9 SSE 8-5 | SSE 5-6 | SSE 7-8/8 4|SSW 4|W 3-5 | Var. 2-4 | Var. 1-3 | Var. 24|)N 1-3 | NE 1-3 8 WwW 2-4| Var. 1-3/Var. 1-3|N 1-3)}SSW 1-3/SW 2|W 2-3 | NE 2-4 | NW 1-3 | WSW 3| Var. 2-4 4 Ww 1-2) WSW 2-3] W 1-2;WSW 23) WSW 1-2|N 1-2| Var. 0-1}WSW 1-2) W 1-2| W 1-2|WNW 2-3 3 NNW 0-1 Oo|N 0-1 | W 0-1| NW 1|N 0 | Calm 0} Calm 0} Calm 0} Calm 0, SW 0-1 2 N 12|NNE 1-2|N 1-3 | N 3-5 | N 1-3|NNW 3-4|N 3-5 | NE 3-6 | NE 3-5 | NE 3-4| NE 2-3 6 ENE 2-3/ENE 2-3|/ENE 1-2|NE 2-3| NE 2-3|/N 2-3; NE 2-3 | NE 2|}NNE 1-2|N 1-2 | ENE 1 3 NNE 1-2|;N 1-2|N 1-2|N 1-2|N 12|N 12)N 1-2|N 0-1 | ESE 0-1|5E 1| SE 1-2 2 8 2|SSE 2|SE 2-3 | SE 3| SSE 8|S 2-3/8 2|SE 1-2| SE 1-2|SE 2|SE 2 3 SE 2-3)SE 3S 2-3/5 3-4/5 3-4/5 3-4/5 3/SSW 1-2/SSW 2-3/5 3/SSE 3 5 2°32 2°33 2°33 2°40 2°42 2°42 2°40 2°32 2°28 2°25 2°10 14 15 16 17 18 19 20 | 21 22 23 Midnight. |Mean. | | nla as A Ee ee ala hea aeale ee ae « ec . Dir'n. Force. |Dir’n. Force.|Dir’n. Force.|Dir'n, Force. |Dir'n. Force. |Dir'n. Force.|Dir’n. Force. |Dir’n. Force.|Dir’n. Force. Dir’n Force, Dir’n. Force.| Force WSW 23) WSW 2|SW 2-3} SW 2-3 | W 2) WSW 2|)SW PAN Nae 2-3 | W 2-3 | W 2) W Di 23 SSE 2) SE 3/SSHE 2-3/SSE 2|S 2/8 2-3 | SE 3-4'SSE 3-4/5 3-4 | SSE 3| SSE 3) 24 Ss 1/SW 1-2/8 2|SSwW 2| SSW 2\S 2|SSE 3S 2-3/8 2-3/S 2-3/5 2-3 | 2°2 SW 2-3 | SW 2; WSW 1-2/SW Pas 1-2 | W 2|SW 2)/SW 2)|SW 2-3 | W 0-1 | W 1-2] 2:2 Ss 2|SSW 23> SW 2)SW 2\SSW 1-2/8 3|SW 2-3 | SW 2-3|SSW 2-3]/SW 2-3)58 2) 18 WwW 24/SSW 2-3;SSW 2-3|}SW 24 |SW 2-5 | SW 2-4 | W 2-4 | W 2-4|WSW 3-4| WNW 2-3) W 2-3] 2'2 NE 2-4|NNE 2-3) ENE 24/NNE 1-3|N 1-3|NNE 1-3}/NNE 3-4| NE 3-5 | NE 3-5| NE 2-5| NE 2-4] 2°6 ENE 2-3} Var. 1-2|;NNE 1-2|N 1-3|ENE 1-4/NE 2-5| NE 2-3 | NE 2-4} NE 2-3/ E 24/E 3-4 | 2°6 N 0-1|/ N 0-1 | Calm 0 | Calm Oo|N 0-1|E 0-1|E 0-1 | NE 1/NE 1-2| Var 0-2) E 2-3) 1:3 | E 2/E 1-2|NNE 0-2|N 1-3 | N 2-3 | N 1-3] NE 1-2 | NE 2-3|/ENE 2-3| NE 1-3 | NE 1-3 | 2°0 NE 1-2 | Var. 0-2/ENE 1-2}ENE 1-2|NE 0-1/5 1-2|N O|N 0} Calm 0} Calm 0|ESE 0-1; 12 ESE 1|E 1|/ENE 0-1] Calm 0|zE 1|/ESE 0-1/5 1|E 1|E 1\/E 0-1 0/ 06 SE 1| ESE 1| SE 1|SE 2|SE 2|SE 2|SE 1-2 | SE 2|SE 2| SE 2|SE PHI aleil SE 3| SE 3\|ESE 3-4] ESE 3| ESE 3 | ESE 3 | ESE 3] ESE 3|E 2-3) E 3/E 2-3} 2°6 ESE 34/5 3| ESE 3| ESE 3|ESE 3-4|SE 3|ESE 34/SE 4| ESE 4' ESE 5-6} ESE 5| 374 E 4-5|E 4-5|E 4-5 | ESE 4|E 4-5 | ESE 5|E 3-5 | ESE 5 | ESE 5-6 | ESE 5|E 2-4| 4:2 E 2-3) E 4|ESE 3-4/SE 4|SE 4|SE 4/SE 3-4|5SE 4/SE 4| ESE 4| ESE 4| 4:0 dE 2|E 2\E 2|SE 2| ESE 2|SE 2-3|ESE 3-4|/ESE 3-4| ESE 3| ESE 3/SH 2| 2°9 ESE 2| ESE 2 1-2 | ESE 2|E 2|E 2\E 2\/E 2|E 2-3|ESE 2-3|SE 3/ 1:8 SSE 2-3)SE 2-3|SSW 2-3]SSW 2|SSwW 3)/SSW 2-3|)SSW 3/SSW 2-3)SW 1-2/SW 2-3 | SW 2-3| 2°2 SW 3-5 | SW 24/WSW 24) WSW 3-4|WSW 2-4} WSW 3-4/S 1-4 | SW 4| WSW 4/S 1-3/5 2-4] 4:3 WNW 1-3} Var. 1-3] Var. 1-4}]WSW 2-4|/SW 2-4 | SW 2-4 | N 1-3 | N 1-3 | W 1-4 | NE 1-2 | W 1-3] 3:0 NNW 1-2|NE 1-3 | Var. 1-2 | WSW 3|WSW 2-3] WSW 1-3] Var 1-3 | N 0-2)S 1-2 SSW 0-2 Wi 0-2] 2°1 Ww 1-2 | SW 1-2; N 1-2}WSW 1-2;}WNW 2/NW 2|N 0-1) WNW 0-2| Var. 0-2)N 0-2|NNE 1-3] 15 SW 1)/SW 1| WSW 1-2] Calm 0|NNW 0-1| Var. 0/ NE 0-1 | Calm 0 O|N 1|N 1] 04 ENE 24|N 14|ENE 2-4/NE 3-5 | NE 3-5 | N 2-4|/NE 13/ENE 1-3/ENE 2-3}ENE 2-4)ENE 2-4! 2°9 NE 2 | Calm 0|NE 0-2/NW 0-1] ENE 1| ENE 1/ENE 1-2|NE 2|NE 0-1} NE 0-1) N 1-2] 16 SE 1-2 | SE 1-2 | Calm 0 | Calm 0| SE 0-1/}ESE 0-1/|SE 1-2 | SE 1-2|SE 2|SE 2|SE pHi liter) SSE 23/SSE 23)/SE 2-3|ESE 23)SE 3|SE 2-3 | E 3/ESE 23/ESE 2-3|ESE 2-3/SE 2-3| 274 iS) 3| SSE 3/SSE 3-4|SE 4|SSE 4|SSE 3-4/8 2-3/SSE 2-3) SSE 3|SE 3|SE 4-5| 3°0 2°22, 2°08 2:07 2°17 2°30 2°32 2°23, 2°40 2°43 2°27 2°38 | 2:27 XLII. N62. NNE14. NE66. ENE31. E59. ESE 87. SE95. SSE 28. S61. SSW 32. SW6l. WSW29. W33. WNW5. NW5. NNW7. Calm 45. ROY. SOC. TRANS. EDIN.—VOL. “A 194 BEN NEVIS OBSERVATORY. WIND. DIRECTION AND Force (0 to 12). MAY 1890. 1 2 3 | 4 5 6 | 7 8 9 10 inl 12 Max. | | Dir'n. Force |Dir'n, Force.|Dir'n. Force. Dir'n. Force.|Dir’n. Force.|Dir'n. Force. |Dir’n. Force.|Dir'n. Force.|Dir’n. Force.|Dir’n, Force.|Dir'n, Force.|Dir’n, Force. ul SE 4-5 | SE 4-5 | SE 4-5 | SE 4/SE 3-4 | SSE 3 | SSE 3-4 | SSE 3-4 | SE 3) SE 3|SE 3-4|ESE 3-4 5 2 | ESE 3] ESE 2| ESE 2|SE 2|SE 1-2| SE 2|SSE 1-2 | SSE 1-2 | SSE 1|SE 2|SE 2|/SE 3 5 3 |SE 1) SSE 2)SSE 2|SE 2)SE 3/58 3 | SSE 4)SE 4| ESE 4/SE 5|SE 5 | ESE 5 6 4 |SE 4) ESE 3-4 | ESE 4| ESE 4\E 3-4 | ESE 2-3 | SE 1-2|E 2-3 | E 3-4] E 4\/E 8-4 | E 2-3 6 5 |E 3-6 4-6|E 3-6 4-6|E 3-5 | NE 2-5|ENE 2-5|E 46| E 8-5 | E 2-4] ENE 2| NE 1-3 6 6 E 5-6| E 5|E 5-6 | E 5-6| ESE 3-5] ESE y-5 | E 3-6 | E 3-5 | E 45|/ESE 46)|E 4-5 | ESE 6 6 7 | ESE 4-5/E 3-4|E 3-4 | E 3-4 | ESE 4| ESE 4-5/E 4| ESE 4/SE 4) ESE 4| ESE 3|E 3 5 8 |E 1|E 2\5E 2-3| E 2-3 | ESE 3\E 3 | ESE 3| ESE 2-3 | ESE 2) 2)\E 2|E 0-1 3 9 | Calm O|N O|N 0-1 | ENE 0|NNE 0-1/E 1|NNE 1|E 2| ENE 2|E 2)ENE 0-1} Calm (0) 2.5 10 | NE 0-1) E 1-2|5E 2-3|ESE 2-3/K 3-4 | E 4\/E 4| ESE 4; 3-4 | E 3-4 3 | ESE 2 5 ll /E 4\E 8-4 | ESE 2-3 | ESE 4| ESE 3| ESE 3|SE 38|)ESE 3-4/E 3| ESE 4\/E 3/E 3-4 4) 12 WN 2\N 1-2 | N 2-3| Var. 0-1| WNW 1-3 1|WNW 0-2 2) W 2)|W 2-3 | NW 2-3 | SW 2 3 18 5 1) SW 1-2 | SW 1|SW 1|SW 1-2 | SSW 1/SW 0-1 | SW 1-2 | SW 1|WNW 0-1/S_. 1-2/8 1-2 3 | 14 |SW 1| NW 0-1}; WNW 1-2|SW 2-3 | WSW 1) SW 2-3; WSW 1-2} WSW 2-3) WSW 3| WSW 3) WSW 3) W 2-4 4 15 |SSW 1-3} WSW 1-3/SSW_ 1-3|SW 2-3 | SW 2-41 SW 3-4 | SSW 4|SW 2-3 2-415 3/5 3/5 2-3 4 16 |S 2-3/5 2-3/8 2-3 | SW 3|SSW 3 | SSW 3|SW 2-3 | SW 1-2) SSW 2)8 2-3)5 2-3 | SSE 2 4. 17: ‘| ESE 4| ESE 3-4|5 3/SE 1-2 | ESE 3|SE 1-2 | SE 12/58 1-2/8 1-2|/S PANS) 3| SW 3 4 18 | SSE 1-2 | SSE 2-3 | SSE 3|)SE 3|SE 4/SE 4-5 | SE 4|SE 5| ESE 5|E 45|ESE 5-6/ESE 45 6 19 | ESE 3) SE 3| SSE 3| SE 2-3 | ESE 2) SE 2| ESE 2|SE 2|SE 2-3 | ESE 2| ESE 2-3 | ESE 2 3 20 1-2)E 2\E 3-4| EB 3-4 3-5 | E 4-5|E 4-5|E 5-6 | E 3-5 | E 6|E 3-6 | E 5-7 8) 21 '|E 5-6 | E 6|E 5|E 5|E 4-5|E 3-4 | E 3-4 | ESE 5-6 | SE 4-5 | SE 4-5 | SE 4-5 | SE 3-4 6 22 as 2|SSE 2-3 | SSE 2| SSE 2|SSE 3|SE 3-4| SE 4|SE 3-4 | SE 3|SE 3| SSE 2-3|SE 2-3 4 23 |S 0-1)5 0-1|SE 1} ESE 2-3) SE 2/SE 2) SE 1-2|SE 1-2 | SE 2)8 1-2/8 2\E 2 4 24 |E 4|SE 3-4 | ESE 4-5| SE 4-5|SE 4-5 | SE 4|/SE 3-4 | SE 3| ESE 3) Ez 2-3] E 3/)E 3 5 25 |ENE 0-1] ENE 1|N 1-2| NE 1-2| NE 2) NE 2-3 | NE 2-3| N 1-2|N 1-2 | NE 1)/ENE 0-1/N 0-1 3 26 1-3| N 1-3 | NE 1-2|NNE 1-3] NE 1-3 | N 3-4 | N 1-3 | N 2-3 | N 2\|N 2) NW 1-3|N 0-2 4 27 |NNW 0-1/N 1|/WNW 0-1| N 1-2|N 0-1| N 0-1 | N 1|/N O|N Oo|N 0 | Calm O/S 0-1 25 28 | Var. O| N 1)/NNE 02|N 1-2|N 1|N 0-1 | W 1-2 | W 2) W BN UNNE 1-2)}SSW 0-1] Calm 1 2 29 | NE 2} NNW 1-2/ NE 0-1 | NW 0| W 1-2|N 3\N 2) W 2)Var. 1-2| NW 2} NW 2-3 | NW 2-3 3 30 | NE 1-2|}NNE 2-3/N 1-3| N 1-4|NNE 1-3|N 3/N 1-3 | N 1-3|ENE 24/ENE 24/ENE 1-2|NE 2-4 4 31 |N 2|N 23/NE 12/N 2-3| NE 1|N 1-3/N 2|N 2-3/NE 0-1/N 2-3|N 1|NE 3-2)| ia MEAN 2°31 2°44 2°48 2°60 2°61 2°73 2°60 2°79 2°63 2°81 2°74 2°53 ae 13 14 15 16 17 18 19 20 21 22 23 Midnight. |Mean. Dir’n. Force.|Dir’n. Force.|Dir’n. Force. Dir’n. Force.|Dir’n, Force.|Dir’n, Force.|Dir’n. Force.|Dir'n. Force.|Dir’n. Force. |Dir’n, Force. |Dir’n, Force.| Dir’n.Force.|Force. 1 | ESE 4-5/|SE 4-5| SE 4 ESE 4-5| ESE 3| ESE 3|SE 2-3 | ESE 2-3 | ESE 3|ESE 3-4| ESE 3|ESE 3-4] 36 2 {Ss 2-3|S 3) SE 2-3 SE 2|SE 4) SSE 4| SSE 4|SE 4-5/8 2-3/5 2-3/8 2-3/5 2-3 | 2°56 3 |SE 45|/E 4-5|E 5 ESE 5-6|ESE 45]/SE 4-5/8 4/ ESE 4/ESE 3-4/SE 4|SE 5 | ESE 5| 39 4 |E 3-4 | E 4-5 | ESE 56 E 5|E 5|E 4-5|E 5|E 5| EH 5-6 | E 5) E 5-6 | E 4-6] 4:1 5 | ENE 2-5/Var. 0-1/E 1\E 2)\5E 3| NE 2-3 | NE 2/H 2|5 2-3 | E 3|E 3-4 | E 5-6} 3'2 6 |E 3-5 | E 3-4| E 2-3 | ESE 3|SE 3| SE 2-3 | ESE 2-3 | ESE 3 | ESE 2-3| ESE 3-4/ ESE 4-5 4-5 | 4°0 7 |SE 2-3 | SE 3|E 23 E 2-3 | ESE 3\E 2| ESE 2-2) E 2 2|E 2|NE 0| NNE 1| 2°9 8 | Calm 0 | Calm 0|E 0|/NNE 0-1/E 0-1) E 0-1|E 0-1| N 0-1 | Calm 0 | Calm 0|N 0|N 0; 12 9 IN 0-1|E 0-1/5 0-1|E 0-1/E O|N O|N 0| ENE 0| EH 0 0-1 | NE 0|z 0-1} 0°5 10 |E 3|E 2-5|E 3-5 | E 2-3) E 2-3 | SE 2-4 | ESE 1-2 2-3) E 3| ESE 2-3) E 3-4] E 3-4) 2°9 | 11 | SE 2-3|E O|N 0-1 | NE 0-1| Var. 0-1 1-2|} Var. 1-4|N 2-4| N 1-3 | N 1-3 | E 1|E 0-1 | 2°4 12 |SW 1-2 | WSW 2) WSW 2) WSW 2|WSW 2-3} WSW 2|SW 1| Var. 0-1| Var. 0-1|SSE 12/5 1-2 | SW 1} Lé6g 13 |8 2\8 2|)SSE 2\8 1-2|SE 2-3/5 2|SSW 2)8 2-3)8 1-2 | SW SW 2-3) WSW 1-2} 15 | 14 |W 23/SSW 2-4|SW 1-2/SSW 2-3|)SW 2-3 | W 2-3 | W 2-3/SSW 2-3/5S 2-3 | W 1-2); WSW 1-3/8 2-4| 22 | 15 |WSW 2-3/|SSW 2-3} WSW 2-3|SSW 2-3) WSW 38;/SSW 2-3) SSW 2}WSW 1-2!SSW 1-2/SSW 2-3)/SSW 2-3/S 2-3) 2°5 © 16 |S 2-3 | SSE 2|SE 1-2 | SSE 2|SE 2| SE 1-2 | SE 2\|ESE 2-3/SE 2-3 | ESE 3| ESE 3|/ESE 3-4] 24 17 | WSW 2-3| SW 3/5 2-3|SSW 1-2] W 1-2 | SW 1-2|SE 2\S 2/8 12|SE 2-3 | SE 3| SSE 2-3) 2°38 18 |E 5-6 | SE 3-5 | SE 4|SE 4-5 | ESE 3/E 3-4|E 3| SE 3-4| ESE 3-4|SE 2-3|ESE 2-3/5 4/ 38 19 |E 2|E 2| ESE 2| ESE 2|E 1-2 | Calm 0|E 1|\/E 0-1| E 0-1 | ENE 0/E 0O|E 1) 1% 20 | ESE 65-8/E 6|E 6-7 6|E 7-8 5-6 | E 6-7 | E 6/5 6-7 | E 5| HE 6|E 5-6) 51 | 21 | SW 2|SSE 2-3 | SE 8/58 3-4 | SE 8-4/5 3-4 | SE 4|SH 4-5 | SE 4-5/SE 5|SE 2-3 | 5 2] 40 | 22 |S 1-2 | SE 218 12/8 12/5 1/E 1|SE 1-2;}SSW 0-1/5 2/5 Dales 2 |W 0) 2G 23 | ESE 2|E 2-3] E 2-3 | ESE 3\E 4|H 3-4 | ESE 4/ESE 3-4/5 4|\E 3 | ESE 4| ESE 4] 2:5 24 |E 3-4| E 2-3 | ESE 3/E 2-3] E 3-4 | E 3-4 | E 4/E 2\zE 2) 3/H 0-1} NE 0-1/ 31 25 |N 0-1| N 0-1)}NNW 0}WNW 0O/|NE 1) WNW 0-1! Calm 0|/NNE 0-1} NE 1|\E 2|N 2-3 | N 1-3; 11 26 | N 0-2| W 1-2] Var. O-1|/NW 1-2|NE 1/N 1-2|N 0-2/NW 0-1|N o|N 0-1/Calm 0] WNW 0-1| 14 | 27 |SSE 01/8 0-1) E 0-1 | Calm 0O|N 0-1| N 0-1| N 0-1| N 1-2|N O|N 1-2|N 1-2| Var. 0-1; 06 28 | W 0-1 | Var. 0 | Calm 0|\E 0|E 0-1 | ENE 1|N 1-2} N 0-1} NE 0-1| N 2 Ni 2|NNE 2| 1:0 29 Var. 0-1} NW 2-3 | Calm 0 | Calm 0|N 0-1 1|N 0-1| NE 1| NE 0} ENE 2) NE 1-3|NNE 2-3} 14 30 | NE 2-4|N 2-4/ENE 23)ENE 1-3/N 2-4|ENE 2-4|N 2-4| NE 2-3 | NE 3-4 | NE 2-3) NNE 2-4 1-3] 2:5 31 | N 8\/N 2) Calm O|N 0-1|/N 0-1| NE 0-1|/NNE 1-2| NE 0-1| WNW 0-1] W 1) W 0-1 | W 0-1| 14 | MEAN 2°47 2°37 211 2°18 2°39 2-21 227 219 210 2:34 2:32 2°32 | 244 | NE 38, ENE18. E174. ESE 91. SE 99. SSE 28. S56. SSW 21. SW 29. WSW 19. W 22. WNW9. NW 10. NNW 3. Calm 28. BEN NEVIS OBSERVATORY. 195° WIND. DIRECTION AND Force (0 to 12). JUNE 1890. | 1 2 3 4 5 6 | 7 8 9 10 abt 12 Max. i Dir'n. Force. |Dir'n. Force.| Dir'n. Force. |Dir'n. Force.|Dir'n. Force | Dir'n. Force, | Dir’n. Force.|Dir’n. Force. Dir'n. Force.|Dir'n. Force. Dir'n, Force. Dir'n. Force. 1 |NW 12/NW) 1-2} WNW 12;NW- 0-1/W 1-2| W 2|WSW 2-3) W 2-3 | W 3;/WNW 2/NW 2-3/Var. 2-3 3 : 2 0-2| N 1-3| N 1-2| N 1-2|N 0-1| Var. 0-1|NNE 0-1} W 1-2 | SW 2)/SW 2)|SW 2-3) WSW_ 3-4 4 j 3 |WNW 2/|W 1-3 | W 1-3] WNW 2-3| W 3| WNW 2-3|SW 2-3| WSW 2-3| WSW 1-2!SW 3-4) WSW 3-4) W 2-4 6 4|N 12|)NW_~ 12)NW~) 1-3|WNW 0-2} WSW 3-4! WNW 2-3] W 21 W 1-2|NW 1-2}W 3; WNW 2|W 3 4 5 |S 3-4| WSW 1-2|}SW 3-4) WSW 1-2} WSW- 3] WSW 3/1 SW 2-3 | SW 3) W 2-3| WSW 2-31 SW 2-3 | W 2 4 , 6 |S 4 3 3-4/5 3-4 | SW 3-4 | W 2-3 | WSW 2|WSW 1-2) W 12/NW 1-2|N 3) N 2-3 | N 2-3 4 . 7 |zE 0-2); ENE 1-2|NE 12/ENE 0-2/ENE 12/N 1-2} NNE 2|N 2|N 0-1| N 12|NE 1-2| NE 1-2 3 q g | SSE 3| SE 3| SSE 3\/SSE 3-4|SSE 3| SE 3|SE 4| SE 4|ESE 3-4/E 3-4 | SE 4|E 3 6 4 9 | ESE 3/SSE 2-4/8 1-3 |} SW 12/SW 1-2|SW 2-3 | SW 2|SW 1| W 2|W 1-2) W 1-2| W 2 4 | 10 |SSE 3-4|SE 3-4 | SE 3) SH 3-4) SE 3-4 | SSE 4|SSE 3-4|SE 4|SE 4-5 | SE 4-5| SE 5-6|/ESE 46 8 11 | ESE 4-5| ESE 5 | ESE 5 | ESE 5|ESE 45/SE 3-4|E 3|E 3|E 3/ESE 2-3|E 2-3/5 4 5 12 |ENE 1-2|N 2-5|NNE 2-6! NE 2-6| NE 3-7 | NE 3-7 | N 3-6 | N 4-§ | N 3-7|NNE 3-5|/N 4-6|N 3-6 8 18 |NNE 2-3|N 1-2|N 1-2; N 1-2)N 1-3| N 2-4| N 1-2|N O|N 0-1| Var. 0-1] Calm 0 | Calm 0 4 14 |N 1) NW 0-1 | NW 0-1 | W 1-2| NW 0-1 | NNW 1| W 1|W 0-1 | W 0-1 | Calm 0 | Calm 0 0 2 15 |SW 1| WNW 1-2} WSW 1-2|SW 1|SW 1 2|W 2-3| WSW 2-3|SW 2-3|WSW 2)SW 2| WSW 2 3 16 1-3 | SW 2-4| SW 2-5} WSW 1-4] WSW 2-4| W 2-4 | W 1-4| NNW 2-4] W 3-4| NNW 2-4| NW 3| WSW 3 5 fa | NW 1-2;) NW 0-2 | Var. 0-1 | W 1-3} WSW 1-3|}SW 3) WSW 2-3] Var. 1-2|WNW 1-2] W 2-3 | W 3| NW 3 4 18 |N 1-2| N 1-3 | N 0-1| NE 0-1| N 1-2| NW 2| NW 3| NNW 2| NW 3|SW 3) SW 2;);SSW 3-4 4 19 | NE 1| Var. 0-1] NE 1-2| NE 1-2] Var. 0-2|N 0-2;NNW 1\|N 1-2|N 1-3} N 0-1 | W 2| WNW 2-3 4 20 |WSW 3-4) W 2-4| WSW 3-4| W 1-2 | W 3| W 3-4 | W 2-3 | W 2)|WSW 1-2/NW 23|/NW 2-3|WNW) 3 4 21 | W 1-2; W 1-3} WNW 1-2} NNW 1-2] Var. 0-2} W 2-3) WNW 1-3} WNW 0-2| W 1-2| W 1-2} WNW 1-2) W 0-1 3 22 |SW 2-3 | SW 1-3 | NW 1-2 1-2) Var. 0-1} WSW 1-2 1|N 1-2| NE 1-2|N 1-2|N 1|N 0-1 3 23 | SW 1-2|SW 2|SW 1-2|SW 2|SW 3-4 | SW 2-3 | WSW 2|SW 12|W 1-2 | W 1-2 | SW 3 | W 3 4 24 |NW 0-1/N 1-3 | NE 1-2} W 1-3 | W 1-3 2-4 | W 2-3|WNW 3|/WNW) 3/W 1-3) WSW 2-3) SW 2-4 7 25 | SW 5-8 | W 5-8 | W 3-6 | W 1-3 | W 1-3| WNW 2-4 | W 1-4|NW 2-3|}WNW 1-4| WNW 2-4) NW 3|/NW 2-4 8 26 | WNW 1-2) WNW 1/ WNW 0-1) WSW 2) SW 2|W 0-1/8 0-1/5 0-1/5 0-1 | SSE 1| SE 0-1/8 0-1 3 h 27 0-1} SW 1|SW 1| WSW 0-1] W 0| Calm 0 | Calm 0| Calm 0|N 0| Calm O|N 0-1 | N 0-1 3 28 |NNE 0-1\/E 0-1|/ENE 0-1;ENE 1-2|N 1-2 1-2 1-2 0-1| N O|N 0} Calm 0} Var, 0 2 29 | SW 0| WSW 1|WSW 1/NW- 0-1] WNW 1-2} WSW 2) WSW 1-2) WSW 2| SSW 2|SSW 2\8 1-2/8 2 8 | 30 | ESE 7-8|SE 5-7 | SE 7|\ SE 7|SE 6-7 | SE 5-7 | ESE 7|ESE 67/|E 7-8|E 5-7| E 8|/ESE 89 9 MEAN 2°22 2°28 2°20 | 2°05 2°25 2°43 2°25 2°15 2°18 2°20 2°38 2752 ( | \ i iq 13 14 15 16 17 18 19 | 20 21 | 22 23 Midnight. |/Mean. Dir'n, Force.|Dir'n. Force.|Dir’n. Force. | Dir’n. Force.| Dir’n. Force.) Dir’n. Force.) Dir'n. Force.|Dir'n. Force. Dir'n, Force. Dir'n. Force.| Dir'n. Force.|Dir’n. Force. Force 1 |NW_~ 2-3|N 2| NW 2\E 2-3/ Var. 0-2) Var. 0-2|/ NE 3|N 2-3 N 2-3 | NE 2-3 | N 2-3| Var. 0-1} 2°0 2 | WSW 3|W 3-4 | W 2-3 | W 1-3 | W 21 W 3-4 | W 2-3) W 2-4 | W 3-4 | NW 2-3 | Var. 1-3| WNW 1-2) 271 3 |W 3| SW 2-3 | SW 3-4 | SW 2-4] WSW 3-4|S 4-5/SSE 46/SSE 5-6/SSE 46/S 5-6|/SSW 1-2} WSW 1-3) 31 4 |WNW 2-3 2-4 | W 1-2 | W 2| Sw 2) SW 3|/SW 3) SW 1-2! SW 3-4 | SW 3|SW 1-3 | W 2-3 | 2°3 56 |WSW 2/|/WSW 2-3|SW 1-2 | SW 2-3 | W 2| SW 2-3} WSW 3/|SW 2-3|SSW 3-4/8 4/8 3-4/5 2-4 | 2°6 6 |N 2\E 1-3|N 1-3} NNE 2-3) NE 1-3|NNE 1-2|}ENE 1-2|N 0-2|NNE 2-3/E 2-3|NNE 1-3/N 1-3] 2°3 7 |NE 0-1/ NE 2-3|ENE 2-3/ENE 1-2| NE 1-3 | NE 1-2| ENE 1| NE 0-1 | Calm 0|SSE 0-1/SSE 1-2/SSE 2) 1:4 8 |SE '4/ESE 4-5/|SE 4-5|/ESE 4-5) SE 4-5 | SE 5|SE 5-6 | SE 5 | ESE 5|ESE 45|E 4|E 3) 40 9 | WNW 1-2| W 1-2;}WSW 2|WSW 1;/;NNW 1/W 1-2 | SSW SSE 2) SE 2|SSE 3|SE 3| SE 3| 270 10 |SE 6-7 | ESE 6 | ESE 5 | ESE 5 | ESE 5|/E 5-6| E 6-7| ESE 5-6| HSE 7|ESE 7-8|ESE 5-7|ESE 4-5) 49 E 4-5|E 4-5 3-4 | E 4| NE 1-3 | N 1-3/}ENE 1-3/ENE 2-3] NE 1-2} N 1-3 | N 2-4| N 1-2] 3°3 NE 24/N 3-6|NNE 2-5/| NE 1-3, NE 2-5 | N 2-4| NE 1-3 | N 1-3|N 1-3 | N 1-3|N 2-4|NNE 2-3) 3°5 Var. 0|Ss 0-1/8 0-1/8 1-2 | Var. 0-1/8 0|}SSW 0-1|SW 1|SW 1|/N 1|/N o-1| N 1| 09 Calm 0|zE O|N 0|E 0-1 | Calm 0| Var. O|N 0| ENE 0| ESE 0-1| SE 1/8 1| SE 2) 075 SW 2-3 | W 2|SW 1-2 | SW 0-1| SW 0-1| SW 1-2 | SW 1-2|SW 2|WSW 1-2) WNW 1-2} WNW 1-3|SW 2-3) 1-7 Ww 2-4| NW 1-3 | NW 1-3| WNW 2-3: WSW 1-4] W 2-4 | NW 3/ Var 0-2 | NW 1-3 | SW 2-4 | SW 2-3 | NW 13 | 2°6 Var. 1-2) NE 24|/ENE 1-2|NE 1-3 | NE 1-3 | Var. 1-2 | Var. 0-2| NE 1-3 | NE 1-2) N 1-3) Ni 1-3 | NNE 1/ 1°9 SW 3\8 2-4| WSW 1-3| W 2-4| W 2-3|WSW 2/Var. 1-2|ENE 1-2/ENE 1-2] Var. 1-3| NE 1-3 | NE 1-2 | 21 WSW 3| WNW 1-2) W 1-2 | SW 2-3) WSW 4|WSW 2-4|) WSW 4\W 2-4; WSW 3-4|SW 3-4 | SW 3-4 | SW 3-4 | 2°2 WNW 3|N 1-3|N 2-3 | NW 1-3 | WSW 2|WSW 1-4) WNW 1-4| NW 1-2} WNW 1-2} W 1-3 | N 0-2 | W 1-3 | 2°4 WSW 2-3) WSW 1-2) WSW 1-2/8 1-2 | WSW 2|SW 1-2|WSW 2 1-2 | SW 2\)SSW 1-2|)SW 2-3 | SW 1-2} 1°6 WNW 1-2;}NNW 1-2|N 1-2| ENE 1| Var. 0-1|N 0-1 | NW 1|WNW 1-2| NW 2| NW 0| W 1-2|}WSW 2] 13 WNW 2|WSW 2-3) W 2-3| WNW 2-3) W 2| WNW 2-3| NW 2|NE 1-2} NE 12)/NW 1-2} WNW 12/NW_ 1-2) 2:0 SW 3-4 | W 1-2|SW 1-2/5 2\8 3-4 38-4|S 2-4;/SSW 2-4|/SSW 24/SSW 3-5|SW 4-7 | SW 4-6/ 2°8 Var. 1-3|N 1-2 | W 1-2|N 0-1| NW 1-3 | WSW 1-2} Var. 0 | Calm O|N 0-1| N 1|NW 1| NW 2| 23 SSW 1-2/SE 3/58 1-2 | Var. 0| W 1-2) WSW 1-2/SW 2)SSW 0-1|SSW 1| SSE 1|S 1|SW 0-1} 11 Calm 0| NE 1-3 | W 1|/ NE 1-2| NE 0| Var. 0-1 | N 0-1|N 1-2 | Calm O| N 1|NW 1-2 | NE 0-1] 0°6 Calm 0| Var. 0|N 0-1 | Calm 0| Var. 0-1) NE 0-1} N 0-1|E 0-1 | Calm 0 | Calm O|N O|N 0| 0-4 WSW 2/SW 2\)|SSW 0-1/8 2-3/8 3| SE 3\/SSE 3-4|S 3-4|S 4-5|/SSE 4-5/5 5-6 | SE 6-8 | 2°4 KE 7|zE 6-7 | E 6-7| E 6-7| E 5-7| ENE 47)|E 2-5 | NE 1-2| NE 2-3 | N 1-3 | N 2-3 | NE 2-3] 57 2°43 2°50 2°13 2°17 218 2°28 2°30 2°02 2°27 2°38 2°37 2°20 | 2:26 } N94. NNE13. NE43. ENE 18. E34. ESE27. SH35. SSE20. $35. SSW15. SW 82. WSW 64. W96. WNW 41. NW 46. NNW8. Calm 49. 196 BEN NEVIS OBSERVATORY. WIND. DIRECTION AND Force (0 to 12). JULY 1890. 1 2 3 4 5 6 ie 8 9 10 au 12 Max. Dir'n, Force.|Dir’n. Force. |Dir’n, Force. Dir’n. Force. |Dir'n. Force. |Dir'n. Force.|Dir'n. Force.|Dir'n. Force. |Dir’n. Force.|Dir’n. Force.| Dir’ n. Force. |Dir’n. Force. 1 | NE 2-4|) E 2-3)ENE 1-3| NE 3-4 | N 4-6|N 4-6|N 3-6| N 5-6 | NW 2|N 1-2|N 2\N 2-3 6 ABs 0-1 |SW 0-1 | SSW 1|/ Sw 1| WSW 2|SW 2) WSW 0-1} WSW 1 | Calm 0|SW 0 | Calm 0|s 0 2 3 iN 1|N 0-1 0) Calm 0|N 1|Var. 0-1] Var. 0-1|SW 0 | Calm O|N O|N o|N 0-1 al 4 |N 1|N 1-2|N 2|NE 0-L| ENE 0-1) NE 1} Calm 0| NE 0-1|N 0. Var. 0|N u| N 0-1 2 5 |N 0-1|N 1| Calm 0 | Calm O|N 1-2) N 2-3) N 1-2|N 1-2| N 1| NE 1/ENE 1-2|)N 0-1 3 6 |Var. 0-1/E 1-2|ENE 12/N 12| NE 0-2} NE 1-2|N 2|N 1-3|N 1-2) Var. 0-1] Calm 0|NE 0-2} 3 7 |NE 1-2|N 1-2/N 2-3 | N 2)N 1-2)N 1/NW 1-2) W 0-1 | W 1-2 WSW 1|W 1} Var. 0 3 8 IN 0} Var. 0-1) N 1-3) N 3-4 | N 1-2|N 4!1N 2-4| NE 1-3 | N 1-3; NNE 1-3/N 1-2\)N 1 4 9 IN 0-1; NE 1-2|N 2)/NNE 12|N 2-3 | N 3-4) N 4|N 3-4) N 1-3, N 14|N 1-3|N 2-3 4 10 |N 0-1|/N 1-2| NE 1-2 | NE 0-1 | N 3-4 | N 1-3) N 1-3|N 1-3| N 1-3 | N 1-2 | Calm 0|NE 0 4 ll |N 1|N 0-1|N 1|N 1|N 0|Calm 0|NE 0-1] Var. 0|N 0 Calm 0|N O|N o| 2 12 | Calm 0|WNW 0-1] NW ON 0|SW 1|;WNW 0-1| W 2|WNW 1| Var. 0 0| Calm 0;S 1 3 13 | W 0-1 | SW 1,;SW 2-3 | SSW 3) SSE 3/5 2-4 | SSW 3)}SW 3-4 | SW 3-4 SW 3-4 | SW 3-5 | SW 3-6 6 14 |SW 2-4| WSW 1-4| SW 1-3 | SW 1)}WNW 2|/NW_ 0-2} WNW 0-2|] W 1-2| W 1-3 | W 1-4} WNW 1-3| WNW 1-4 4 15 | SW 2|W 1-2} W 1-3 | W 1-3 | SW 1-3) WSW 2-3} WSW 2|WSW 1-2|SW 1-2 | SW 1-2;}WNW 1 2-3 3 16 | NW 1-2|N 1)/N 0-1|/NNW 0-1/N 0 | Calm 0| NW 0| NW 0|SW 0-1) SW 0-1) SW 0-1 | SW 0-1 2 17 |SW 1|/SW 1) WSW 1\/8 o|s 0|}SSW 0-1) SSW. 0} Calm 0,5 0|Ss 0-1/5 0-1);SSW_ 0-1 1 18 |WNW 0|W 0 0-1) W 0| W 1;/WNW 1/WNW~= 1| WNW 0-1! W 0! WSW 0-1} Calm 0| WNW 0O 2 19 |E 1-2;ENE 0-1 1|N 1/N 0-1) N 0| NNW 0| NNW 0 | Calm 0 | Var. 0| Calm 0| Var. 0 PA 20 | NW 1}; WNW 1-2|WNW 2-3|NW 2-3|N 2-3 | N 2-3) NNW 2-3|N 3 3/N 0-1 | Calm 0 0 6 2 PN 4-6|N 4-6 0-2|N 1-3 | N 2| NNW 3-4|/ NNW 1-3| NNW 4| Var. O|N 1-3| NW 1-3|| WNW 0-2 6 22 |N 1-3 | NE 1-2)/NNE 12|N 1-3/ENE 1-3 2-4 | W 0-3 2-4 2-4] N 2-4 | W 0-2 | NE 0-1 4 23 | N 0-2) E 1-2 1-3 | Var. 0-1)}ENE 2-3|N 2-3 | W 2-4 | Var. 1-3 | E 1-3 | E 1-3 | Var 0-1 | Var. 0-1 4 24 |N 2-4) N 1-3);ENE 2-4|N 2-4| N 1-4,N 4-5|N 5-6| NNW 2-3| NE 0-1 | Var. 0-3 | NE 0-3 0-1 6 2 |N 2-3) N 2-4 1-3 | N 2-4) N 2-4|N 3/N 2)|NW 1-3/N 0} Calm 0 | Calm 0 | Calm 0 4 26 | SSE 4|SSE 4/SSE 4|SSE 4|SSE 4/5 3-415 2-3 | SSW 2\|SSW 2-4) SW 2)SW 2|WSW 1-2 4 27 |N 2|SW 1-3 | SW 2-3 | SW 3-4 | SW 3-4 | W 1-3| W 1| SW 0-2) WSW 1-3|SW 1-3 | SW 0-2 0 4 28 | SW 2-3 | SW 1-3 | SW 2-3| WSW 2-3| SW 3-4 | SW 3-4] WSW 3-4| WSW 1-3|WSW 2-4] WSW 1-3] WSW 3-5/SW 3-5 5 29 |NNE 1-2|N AWS 0-2 1-3 | Var. 0-2 | N 0-3 | W 0-1] Var. 0-1 | W 0-1 | W 0 0| NW 0-1 5 30 | SW 2-3) WSW 1-3| W 1-2} WSW 2-3} W 1-2| W 0-1 | SW 0-1 | W 0-2 | WSW 2|W 3) W 0-1 | W 0-1 3 31 |W 0-2 | WSW 2|W 2-3 | W 0-1 | W 0-2)5 2-3| SW 2|WSW 0-2|SW 1-2 | SW 2-3) WSW 1-2|SW 0-1 3 MEAN 1°53 1°56 1°65 1°63 1°89 2°06 1°73 1°63 1:29 1:27 0°97 0°98 | ’ 13 14 15 16 | 17 18 19 20 21 22 23 Midnight. | | Ss = Dir’n. Force. Dir'n. Force. Dir’n. Force.|Dir’n. Force. |Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir'n. Force.|Dir'n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Force. 2 WNW ean) 1-2 | NW 0-1) N 1-2| Var. 0-1) NW 0-1| N 0-1 | Calm 0} Calm 0 | Calm 0|WNW 0-1|WNW 0| 1:9 2 | Calm O|N 0-1 | Calm O|N 0-1 | W 0-1 | Calm 0| Var. 0| NW 0|N 0| NNW 0} Calm O|N 0} O04 3 | Calm O|N O|N 1/N 1) Calm O|N 0-1| N 0-1| N 1|N 1|/N 1|/NW 0-1;/NNW) 1] 05 4 |N O|N 1|E 0-1| N 0-1|/ N 0-1|/ Var. 0-1|N 0-2 | N 1-2|N 0-1 | Var. O|N 1|N 1)| 0m Br aE 1-2|N 1-2|;ENE 1-2] Var 0|ENE 0-1/5 0-1| E 1-2| Var. 0-2/E 1-2|E 2-3|E Q-1| Var. 0-1} 11 6 |N 1| NE 1-3 | NE 1|N 1-2|N 1-2|N 2-3 | N 1-3) ENE 1-2|N 1-2 | N 0-2| Var. 0-1| NE 1-2} 13 UNOS 1; SW 12|}WNW 1/SW 1|SW 1| SSW 1| SSE 1/ Var. 0 | Calm 0} Calm 0 | Calm 0| ESE 0; 1:0 8 | Calm O|N 0-1| Var. 0-1| Var. 0-1| NW 1)WNW 1| Var. 0-1|N 0-1 | Calm 0| NE 1-2| N 0-1| N 1-2} 1:3 OE ae 1-3| Var. 0-2| Var. 0-1] Var 0-1| N 1-3 | N 1-4) N 1-4|N 1-2|N 2|N 1-2 | N 1-2 | Var. 0; 1:9 10 | NE 0-2 | E 0-1| N 0-1) N 1| Calm O|N 0-1| N 1-2| N 0-2 | N 0-1| N 1-2 | Calm 0|NW 0-1) 11 11 | Calm O|N 0 | Calm 0| Var. 0-1| NE 0-2|N 0-1| N 0-1 | Calm 0| Calm 0 | Calm 0} Calm 0| Var. 0] 03 12 18 1|SE 2|)SE 2-3 | SE 1-2 | SE 1|SE 1-2| SE 2| SH 3| SSE 3 2-3 | SSE 2/8 1-2} 12 13 |SW 3-6 | SW 3-4 | SW 3-5| WSW 3-5|WSW 2-5|WSW 2-5|WSW 3-5|W 2-4| WSW 3-4/SW 3-4 | SW 3-5 | SW 1-4} 3°3 14 |W 1-4| W 1-2| WNW 1-2) W 1-2/WSW 1-3) WSW 1-3| WSW 1-3/S 2-3 1-2 | SW 2|W 1-2 | SW 2| 19 15 |W 2| WNW 1-2| NW 1-2)1N 1-2|SW 0|N 0-1 | Var. 0|E 0-1|NNE 0-1 | Calm 0 | Calm 0|N 1-2/ 13 16 | Var. 0| WNW 0O|W 1| Calm 0; W 0-1 | Calm 0) W 0|SW 1|SW a We 0-1 | SW 1-2} SW 1] 05 17 | SSW 1 0-1/)S 0-1 | SW 1; WNW 0-1! Calm 0 | Calm 0|SE 0-1| SE 1/| SSE 1\58 0| W 0| 05 18 | NW 0| Calm O|N 0| Var. 0| NW 0| Calm O|NNW O|N 1|N 1-2) N 0| NNE 1|N 1| 0-4 19 |N 0| Calm 0|NW _ 0-1] Calm 0 | Calm 0 0 | Var. O|N 0 0 | Calm 0|}SW 0|/SW 1| 02 20 |W 0-1| WNW 3-4) W 2-3|WSW 2-3|)SSW 2-3] WSW 3-4| WSW 3| SW 2-3 | WSW 3/ SW 3) N 4-6|N 4-5] 24 Ph WY 3-5 | SW 3-4 | SW 1|SW 2; SW 3| WSW_ 3-4 2-3 | W 2|NW 1-2|NNE 1-2)/NNW 2-3|N 2-4) 25 | 22 |E 1-2 | Var. 1-3 | NE 1-3 | NE 1-3|N 1-3| NE 0-2|ENE 0-1|/ENE 1-2|NE 1-3 12)ENE 1-3/N 1-2} 18 23 | SE 12|ENE 1-2\E 0-1 | Var. 0-1| N 0-2) N 1-2) Var. 1-3 | N 1-2) NE 1-2| NE 0-2|}ENE 1-2|N 0-2) 14 | 2a IN 0-1|E 12, ENE 1-3)|NNW 1-3,N 12; Var. 1-2 2 N 2-41 N 2-3|N 2-3|N 2-3) N 1-2 | 2°2 25 |W 0) WNW 0-1| SW 0-1 | SW 1| SW 0|SW 1-2| WSW 1|)SW 2-3/5 2-3/5 2-3/5 2-3 | SSE 3] 16 26 |WSW 0-2|WSW 0-1 1-2) W 1|WNW 1|NW 1) WNW 1-2) W 2-3|NW 1-2) NW 2) WNW 1-2) Var. 22 | oT | WW 0-1| SW 0-1| WSW 2|W 3|WSW 2-4) SW Pas 2-4) SW 2-4) SW 2-4| WSW 2-4] SW 2-4 | W 22 28 |W 3-4 | W 3-4 2-3 | W 2-4) NW 3-4| WNW 1-3] SW 0-1 | NW 1-2 | NW 2| NW 0-2;NW 0-2|/N 2°65 | 29 SW 1-2|SW 0|WSW 1-2|WSW 2-3|SW 1-3/SSW 2-3/8 218 3 3-4 45/5 4/ SSW 16 30 | WSW 0-1|SW 1-3; WSW 1-3|SW 1-3 | SW 1-2 | SW 0-1 | SW 1-3 | Var. 0| WSW 1|WSW 0-1) WSW 1-2 14 | 31 | WSW 2|SwW a fe 1-2| WSW 2) WSW 0-2} WSW 0-1/]SW 2-3) WSW 1-2) W 0-2| Var. O-1|]WSW 1] WSW 15 | “ MEAN) 1°15 1:29 | 1:23 1:34 1:23 1:24 1:39 1-40 1:42 1°35 1:39 1 | | | N 204. NNE7. Nf 32. ENE17. £20. ESE1. SE11. SSE11. $26. SSW13. SW93. WSW 57. W738. WNW3l1. NW31. NNW 13. Calm 104. BEN NEVIS OBSERVATORY. 197 WIND. DIRECTION AND Force (0 to 12). AUGUST 1890. | 1 2 3 4 5 6 7 8 9 10 u 12 Max. Dir'n. Force.|Dir’n. Force.|Dir'n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir'n. Force.|Dir'n. Force.| Dir'n. Force.|Dir'n. Force.|Dir’n. Force. 'Dir’n. Force. 1 |SW 2|Sw 2) SW 2|SSW 2-3) SW 2|8 0-1 | SW 0-1 | SSW 0|SwW 0-1 | SW 0-1 | SW 2|SSW 0 3 2 iN O|N 0-1| N 0-1| N 1-2 | NE 0|N 0-1| Var. 0-1] Var. 0| N 0-1 | Calm 0} Var. O|N 0 3 3 | WSW 3|WSW 3-4|SW 4|SW 4/SW 4-5|W 4-5 |SW 2-5 | SW 4-5|/SW 3-4 | SW 3-4 | SW 3-4/5 2-3 5 418 1-2|SW 1-3 | SW 2-3 | SW 23|WSW 2-3}WSW 2-3| WSW 0-1| SW 1| SW 1-2|SW 2|/SW 2|SW 1-2 5 5 |WSW 2-3/}SW {2-3 | SW 3|SW 2-3) WSW 1-3/SW 2-3) WSW 2-3) SW 2-3 | SW 1-2) W 1-2 | SW 12/8 1-3 3 6 | NE oa leNi 1|N 0-2 | NE 1-2 | Calm O|N 1-2|N 0| ENE 0| Calm 0 | Calm 0 | Calm 0|N 0 2 % |8 1|SE 1|/SE 1-2 | SE 0-1) SE 1|SE 0-1 | SSE 0-1 | SSE 0-1/8 0-1 | SE 1;8 1/8 0-1 2 8 |SE 1-2|SE 1-2| SE 1|SE 1|SE 0} Calm 0 | Calm 0 | Calm 0 | Calm 0 | Calm 0|SE 0-1|);ESE 0-1 2 9 | BSE 1/E 0| SE 0-1|/E 1| SE 1| SE 1|SE 1/ESE 0-1|)ESE 0-1/SE 0| SE 1)/ESE 1-2 6 10 |E 5-6| ESE 2-3! ESE 4/ESE 5-6|ESE 6-7|ESE 5-6|SE 6-7|ESE 6-7|E 6-7|ESE 6-7|ESE 67|E 5-6 Us ll |E 1-5|E 2-5 | E 45 8-5| ESE 3-7; ESE 6-7|E 5-7, E 4-5|E 14|E 1-3|E 0-1) E 0-1 7 12 |N 0 | Calm 0|E 0| SSE 0-1/5 0 | Var. O| N O|N 1| Calm 0) Calm 0|/ NNW 0-1| NW 0 2 13 |N 2) Var. 0-2 | N 0-2 1-2|N 2-3 | Var. 1-3 | N 1-2|N 2-3| NNW 0-1|/N 2-3|N 2-3 | N 0-1 3 14 |S 1\8 1| SSw 1|/ SSW 1|SwW 0-1 | SW 0-1) SW 1-2)SSwW 1-2) SW 0-1 | SW 0| SW 0-1 | Calm 0 2 15 |S 2|8 2 218 41S 4-5|SE 4|SE 2\ESE 4-5|ESE 45/|SE 2-3 | SE 1-2 | Calm 0 5 16 | NW 0-1|NNW 0-1| W 0-4 | NW iW: 1-2 | W 1-2 | W 0-1 | Var 0-1 | NW AWE 2|SW 0-1 | W 0-1 5 17 |W 0-1|WSW 0-2|}SW 0-1 | SW 0-1 | W 1| Calm 0| W 0 i) War: 0| W 0-1 | W 0| W v) 2 1s |N 1| Calm O|N 0-1 | W 0-1|N 1-2|N 0-2| N 1|/E 1| W 0 | Calm O|N 0| Calm 0 2 19 | Calm O|N 0 | Calm 0|SW 0|SW 0-1 | SW 0-1 | SW 0-1 | SW 0-1 | SW 0-1;SW 0-1/SW 0-1 | SW 0-1 2 20 |WSW 1-2;SW 2|WSW 1-2|WSW 1-2; W 0-2 | W Bivaw? 2|W 1-2; WNW 1-2;N 0-1 Var 0/5 0-2 3 2 |N 1| NW 1-2,| NW 2-3 | W 0-2 | W 1-2| W al INE 0-1) W 2a Wi aL AG 0-2} W 2-3 | W 2 3 22 |N 0-3 | Var 0-1 | N 0-1) N 0-1) N 2-3| N 0-2| N 3-4|N 1-3 | NW 3 |W 1-3! Var 0-2 | W 1-2 4 2 | W 0-1 Qi N} 2) N Dh Ni 0-1|N 0-1| N 1-2|N 0|N 0-1 | Calm 0} Var. O|N 2 3 24 |N 0-2 | N 3|N 0-3 | NE 1-3| N 1-2/N 0-2 | N 2\E 1-2 | NNW 2) N 1-3|N 0-1 | Var. 0-1 3 25 | Calm O|N O|N 0|W 0|N 0-1| N 0-1 | Calm 0} Calm 0| Var. 0;|s 1/8 0-1/8 0-1 4 26 | SE 3| SE 3/5 1-2 | SW 2| SW 1|W 0-1/8 1/SW 0| SW 0 | Calm 0} Calm 0| Calm 0 3 . | 27 | NNE 2|NE 1-3|N 0-2;|NNE 1-8] Var. Oo|N 1-3/}N 2-3| N 2-3 | Var. 0-1 1 0-1) NE 1-3 4 | 28 | Var. 0-2)/NNE 1-2/N 1-3 0| Var. 0|zE 0-2 | E O|E 0-1 | E 0-1 | NE 0-2|NNE 1-3 0-1 3 7 29 2 2|N 21N 0-1| N 2\|N 1-2|)N 1-2 | NW 1-2|N 2-3] N 1 O|N 0 3 30 | N 1-2| N 1-2|N 1-2|N 1) Calm 0 | Calm 0|;NW 0-1] Var 0|N 1|/N 0-1) N 0-1| N 0-1 2 | 31 |NW O-1;/NNW 1/N 1|N 0-1| N 0-1| N O|N 1} Calm 0O|N 0 | Calm 0| Calm 0/S 1 2 MEAN 1°44 1:47 1°56 1°56 1°53 1°52 1°40 1°42 | 119 113 1:03 0°95 i 1 13 14 15 16 17 18 19 | 20 21 22 23 Midnight. |Mean. Dir’n. Force. |Dir’n. Force.|Dir’n. Force.|Dir’n. Force.| Dir’n. Force.|Dir'n. Force.|Dir'n. Force. | Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Force. 1 |W 0-1} WSW 0-1|SSW 1)/SW 0-1 | Calm 0 | Calm O|N 0 | Calm 0 | Calm O|N O|N O|N 0} 0-7 2 \|E 0/Ss 0|/ENE 0-1| Calm 0|N 0| Calm 0 | Calm 0| WNW 1/)NW 1|NW 2|W 2|W 2-3} 0°5 3 | SW 2-3 | SW 2-3 | SW 3|SW 3| SW 3-4 | SW 3) SW 2-3 | SW 3-4 | SW 3/WSW 1-2|/SSW 3-4/S 2-3 | 3:2 4 |SSW 3-4/WSW 3-4|/SW 3/WSW 2-4) W 4-5|WSW 3-4] W 2|WSW 2-3)WSW 1-2) SW 2-3) WSW 1-2) SW 1-2] 2°3 5 | SW 1-3 | SW 2-3 | SW 1-2 | SW 1-3 | SW 0-1|WSW 1-3} WSW 1-2/)N 2|NW 1-2)}NNW 1-2}/NW 1-2|}NW_ 1-2] 19 6 | Calm 0| NW 0| W 0 | Calm 0| Calm 0 | Calm 0|E 0| ESE 1/SE 1-2/SSE 0-1/SSE 1| SE 1] 05 ig 0-1 | SE 0-1| SE 0-1 | SE 0-1 1|/ESE 0-1|SE 0-1 | ESE 2| SSE 1| ESE 1 | ESE 1} ESE 1| 08 "8 |SE 0-1 | SE 1|/SSE 0-1|SE 0-1)ESE 0-1|SE 0-1/ESE 0-1! Var 0| ENE 0|E 0-1 | ESE 0| ESE 0:5 | 9 | ESE 1} Calm 0 | ESE 0|ENE 0-1/SE 2|ESE 1-2/E 3/E 4/E 4|E 45|E 5-6 | E 5-6 | 1:7 | 10 |E 5-6| ESE 5-7|E 2-6| ESE 3-6|E 5-7 | E 6-7 | E 3-7 | ESE 6 | ESE 7\E 4-6|E 5-6 | E 1-6] 5°5 11 | Calm 0 | Calm O|N OIN O/E 0| Var 0 | Calm 0! NE 0|NE 0-1! N 0-1) N OiN 0/ 18 12 | Calm 0| Calm O|N 1|N 1|N 0-1 | N 0-1 1-2| N 0 | Calm 0| NE 0-1 | N 0-1|N 1| 0-4 mas | Var. 0|SE 0-1| SE 0-1 | Calm 0| Calm 0 | Calm 0| Calm 0 | Calm 0 | Calm 0|SE 0|SE 0-1/5 0} 0-9 ie) | W 0-1} W 0| W 0-1 | W 0-1|SW 1|SW 0-1 | SW 2|SW 12/SSW 1-2|)SSW 1\8 12/8 2] 0-9 15 «=| Calm 0|ESE 0-1] Var. 0| Var. 0-1) W 1|W 1|/WSW 0-1;NW_- 0-1} W 1/NW 0-2} W 0-2 | W 0-2| 1:7 16 |W 1-5 | NW 1|W 2| NW 1|WSW 1-2| W 0-2 | W 2-3| WNW 1-2] W 0-2 | W 0-2 | W 0-2; WSW 1-2] 1:2 7 | W 1| NW 0} WSW 0| Var. 0-1/S 0-1; W . 0/E 0-2 | NE 0-1 | W O|N 0-1 | W 0 | Calm 0} 05 18 |N 0} Calm 0} Calm 0} Calm 0 | Calm 0; N 0-1| N o|N 0-1 | Calm 0 | Calm 0 | Calm 0 | Calm 0} 03 19 |W 0-1 | W 0-1; SW 0-1) W 0-1 | SW 1-2} W 0-1; WNW 0-1] W 1|W 2) W 1| WSW 2 1] 06 20 |N 1-2!SE O|N 0/S 0} NE 0-2 | Var. 0; N 1-2 | NW O'WNW 3\/NW-~ 2-3; WNW 2-3|}|NW_ 0-1; 1:2 iH 2 |W 0-2} WNW 0-1|N 0-1} WNW 1-2] Var. 3/E 0-3 | NW 1-2|N 0-2 | N 0-1|)N 0-3 | N 1-3|N 1-3 | 1°4 22 | WNW 2|NW 0|W 0-1 | NW 0-1 | NW 2 Wi 0-1 | W 1-2| W 1|W 0-2 | W 0-1 | W 0-1 | NW 0} 1:2 23 |N 0-1) N 0-2 | Calm (OV ant 1-3| N 2|N 2|N 1-2|N 1-2|N 1-2) N 0-3| N 0-3 | N 2) 12 24 IN 0-1) E 0-1) N 0-2 | NE 0-2 | Calm 0|E O|N 0-1 | N 1| Calm 0 | Calm 0| N 0-1 | N 0} 1:0 t 25 SS) 1/8 1/8 O|Ss 1-2)S 2\|8 2\|8 3-4/8 3| SE 3-4 | SE 4|SE 4|/SE 3-4 | 1:3 | 26 | WSW 0|SE 0 | Calm 0/E 1) NW 1} Calm O|/NNW 1-2|N 0-1|NNE 1-2) NNE 1|/N 2|NNE 1-2] 09 iar | N 1 1-3 | NE 1-2) N 1-3 | NE 1-3 | E 0-1) N 0-1) N 2-3 2-4 3-4 | N 1-3 | N 1-2 | 1°7 (28 | N 1-2 | NNW 21N 1-2| N 2-3 | N 0-1|E 0) NE 1-2|/NNE 2-3/NNE 1-3|N 2|N 2-3 | N 2-3 | 1:3 29 |N 0-1/ Var. 0-1] Var. 0-1|N 2|N O|N 1|N 1|N 1 1| NW 0-1| N aie 1} 11 a) NNE O|N 0} Calm 0 | Calm 0 | Calm 0 | Calm 0} Calm Oo|N O|N 0-1|N 1| Calm o|N 0-1} 0-4 “31 |/SW o1lssw o|w 1/Sw o|sw o2r|NW 1el|w 2 | 2|WSW 2|SW 1-2|SW 1|/SW 2| 08 MEAN 1:00 0°85 0°81 1°05 123 0-98 1:27 | 1°40 1°48 1°42 1°53 1°40 | 1:27 i \ N78. NNE10. NE16. ENE4. E47. ESE 36. SE 47. SSE7. S38. SSW12. SWs4. WSW29. W79. WNW10. NW 32. NNW7. Calm 108. 198 BEN NEVIS OBSERVATORY. WIND. DIRECTION AND Force (0 to 12). SEPTEMBER 1890. 1 2 3 | 4 5 6 ul 8 9 10 11 12 Max. Dir’n. Force.| Dir'n. Force. |Dir’n, Force.|Dir’n. Force.| Dir’n. Force. |Dir’n, Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n, Force.|Dir’n. Force.|Dir’n. Force. 1 | WSW 1-2) WSW 2|SW 3) SW 2)}SSwW 1-3/8 4-5/8 6)5 6|S 3/8 1-2|}SSW 2-3/)SW 3-5 6 2 |SW 2-3) WSW 2-3] W 2-3) WSW 1-2|}SW 2-3 | SW 1|/SW 0-1| WSW 1-2} WSW TU WE 0-1 | W 1-2 | SW 1-2 3 8 |SW 8| WSW 2-3|SW 2-3)}SSW 2-3)SW 1-2 | SW 2-4 | SW 2-3 | SW 3 | SW 3) SW 2-3 | SW 2-3 | SW 2-3 4 4 |WNW 3|NW 1-2} WNW 1-3} NW 0-1] W 0-1|WNW 1-2| W 2-3 | W 2-3 | W 1-2 | W 3 | W 1-3 | W 3 3 5 | WNW 3; WNW 4|W 3-4 | W 4|W 1-3 | SW 1-2 | W Ba 'f 3) W 3) W 3 |W 3-4 | W 3-4 4 6 | NW 1) NW 2-4|NNW 1-3| NW 3)N 2-3|)N 3(/N 4|/N 4|N 4\|N 3-4| NNW 1-2) NNW 1-2 4 oe | ae wv ti 2)|W 2) W 2|W 1-2 | W 1-2| W 1|SW 0-1/8 0-1/S 12/58 1-2 4 8 |SW 2|SW 2-3 | SW 3/ SW 3-4 | SW 3-4 | SW 4|SW 3-4 | SW 4|SW 3-4/8 4-5/8 4-5 | SSW 3 5 9 | WSW 2-3| W 2-4 | W 1-3 | W 1-3 | W 1-2|WNW 1-2) WNW 1-2} NNW 0-1|N 0-1| NE 1-2 | NE 0-1 | NE 0 4 10 |W WN ANE 0-1|NW 0-2) W 0-2 | N 0-1 | W 1-2)NNW 1-2/|N 1-2| W 2-3 | NW 3|NNW 1-2) W 2-3 3 NW: 2-3) N 2-3); NNW 1-2;NW 1-2|W 2-3| NE 1-2|N 3)N 3|NNE 2-3); NNW 8\E 1-2|N 1-2 5 2 OA ies 1) N 1-2 | NW 1-2 | NW 3 | WNW 2} NNW 4-5| NW 3-4 | NW 5-6 2-3 | NW 4-5 | N 2-3| NNW 2-3 6 13 =/S 2\8 2-3/5 2-3/8 2-3/8 1-2 2-3/5 2-3/5 3/5 3-4/5 2-3 | SSE 3-4 3-4 4 14/8 2-3 | SW 2|SW 3/8 3-4/8 2-3 5|S 3-4/5 3/SSW 2-3/8 2-3/5 1-2 |! 1-2 5 15 |SE 5|SE 5-6 | SE 5-6 | SE 5-6 | SE 8-4 | ESE 2-3 | SSE 3-4 | SSE 5-6/5 5-6 | SSE 6-7 | SE 7-9 | SSE 8-9 9 16 |SE 6-7 | SE 6-7 | SE 5-6 | SE 5-6/8 4-5|S 1-3|8 0-1 | SSE 2-3/SSE 5-6/|S 3-4|/SSE 89/8 7-8 9 17 |SE 5 | SE 7|SE 7|SE 7-8 | SE 7|SSE 6-7|SSE 7-8| SSE 6|SSE 4-5/SSE 3-4|SE 5-6 | SE 6 8 18 |SE 5| SE 6| SE 5| SE 6|S 3-4 4| SSE 4|S 3-4 | SE 2-3/5 12|58 12/SSW 1-2 6 19 |SE 1|SE 1;/SE 1|SE 2/SE 2|/SE 2-3 | SSE 2-3 | SE 2-3 | SE 3/8 2-3/5 8-4 | SE 3-4 5 20 | E 4/E 4-5|E 5|ESE 4-5| ESE 5|S 5-6|E 6-7 | E 7-8| E 6-7 | E 7-8|E 7-8|E 7-8 8 21 |ESE 3-5/ESE 6-7] ESE 7 | ESE 7|ESE 7-8] SSE 6-7 |S 7-8|S 7-8|SSE 7-9|SSE 7-8/|SE 5-6 | SE 6-7 9 22 | ESE 4-5 | ESE 5-7 | SE 6-7 | SE 7| SSE 4-6 | SSE 5-6 | ESE 5 | SSE 3-4/5 2-3 | SSE 2-3/8 1-2/5 1-2 7 BSW 0-1 | W 0-1| WSW 0-1) WSW 0-1|SW 0-1 | SW 0-1 | SW 0|}SSW O1/SSW 0-1;SSW_ 1-2/SSW 0-1/SW 0-1 4 24 | SW 2-3| WSW 2-4|WSW 2-4/}SSW 3-4] WNW 2-3] WSW 2-3] W 2-4| WNW 3| W 2-3| WNW 2-3 2-3 | WSW_ 3-4 4 25 | Var, 1--2| N 1-3 | NW 2)|NW 1-2} WSW 1-2} WNW 1-2| W 1-2} WNW 1-2|N 1-2 | Var. 0-1 | SW 1-2 2 6 26 |NW 24);NW 1-3|NW 0O-3/|NW- 1-8/SSW 1-3/NW~ 2-3/W 2-3 | W 3|WNW 3/ WNW 3-4|N 2-3 | N 3-4 5 27 |WNW 1-4] WNW 2-4| W 2-4 2-4 | W 2-3!| WNW 1-3| NW 2-3 | W 1-2 | NW 2 2-3|N 2-3 | W 2-3 4 28 | NW 0-1) N EN 0-1| N 1-2| NNW _ 1-2} Calm 0|N 1-2 | NW 1-2 | NW 0-1} NNW 0-1] Calm 0 |W 1-2 5 29 | NW 0-2 | W 3-4] WNW 1-4] W 1-4} WNW 1-3 2-4| WNW 2-4) WNW 1-3] W 1-4 3-5| WSW 3-5] W 4-6 6 30 ; WNW 1-3|N 1-4|N 1-3|N 1-3} WNW 1-2) WNW 1-2} WNW 2-3} WNW 1-2| W 2-3 | W 2-3 | Calm 0/5 2-3 4 MEAN 2°57 3°05 2°98 3°13 2°63 2°83 3°08 3°15 2°88 2°95 2°85 3°18 | 13 14 15 16 | 17 18 19 20 21 22 23 Midnight. |Mean. Dir'n. Force.|Dir’n. Force.|Dir’n, Force.|Dir’n. Force. |Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n, Force.|Dir’n. Korce.|Dir’n. Force.|Dir’n. Force. |Dir’n. Force.|Force.| 1 | SW 2-3|WSW 2-3|SW 2-3)/SW . 1-3) WSW 1-3) W 2-3|WNW 2/)WSW 1-2) W 1-2|WSW 2-3|SW 2-3 | SW 3) 257 2 | W 1-2| WSW 2| WSW 2|WSW 1-2|SW 1-2! Sw 1-2 | WSW 2) WSW 3 | W 2) W BW 2-3| WSW 2-3] 1°8 3 | WSW 2-3) W 2) W PA i 1-2 |SW 1-3 | SW 2-3 | WNW 2) W 2) WSW 3| WSW 3 | W 3) W: 2-3) 2°5 4 | NW 1| NW 1| WNW 1|W 0-1 | W 0-1 | W 0| W 1|WSW 1-2} WSW 2) W 3| WSW 3) W 2-3) 1:7 5 WSW 2-3) WSW 3) W 2-3 | W 2-3 | W 21 W 2) WSW 2) W 2-3 | WNW 2)WNW 2|NW 2-3 | NNW 2) 27 6 |N 2-3)NW 34|WNW 3|/NW 3;NW 1-2|NNW 2-3|N 1-2|N 2-3 | N 2-3 | NNW D\INIW) SL 2aWi 1| 2°56 rh yi! 2-3/8 2-3/5 1-2/8 2|SW 2-3 | SW 3-4 | SW 3-4 | SW 2|SW 3 | SW 2|SW 2|SW 2-3| 1:9 8 | 3-4/5 4-5|WSW 2-4|SW 3|SW 3)SW 2-3 | SW 3-4 | SW 2-3 | SW 3-4 | SW 2-4 | SW 2-4 | SW 2-4) 3:3 9 |NNW 0-1| NW 0-2 | NW 1-2 | Var 0-1 | N 0-1|N 0-1 | W 1-2 | Calm 0| Var. 0-1| NW 0-1 | NW 0-1 | NW 0-1] 1°0 10 | WwW 2-3) W 2| NNW 1-2) W 1-2 | W 3) W 1-2 | NNW 2|W 0-1 | NW 1-2 | Var 0-2 | NW 1-2 | NW 2| 16 11 | N 0-1| N 1-3|N 1-3 | N 1-3} NNW 2-3 2|N 3-4 | N 4-5|N 5| NW 2-3| N 1-3 | N 1-2} 2°4 12 | NNW 2-3| NW 2-3 | NW 3|/ NNW 3-4|N 1-2|NNW 1-2) W 1-2 1] WSW 0-1] SSW 1/8 cS) 2) 23 18 |S 3| SSE 3| SSE 3|SE 3|SE 3-4/5 hs} 3-4 | SSE 3| SSE 3/5 3/5 3/58 3] 2°8 14 =|8 2-3/5S 1-2| SE 1| SSE 2|SE 3| SE 3-4 | SSE 5|SH 3-4 | SE 4|)SE 4-5|SE 4|SE 4-5] 30 15 | SSE 8-9 | SE 8| SE 7-8 | SE 8 | SSE 8-9 |S 7|SSE 8|SE 7-8 | SE 7-8 | SE 8-9 | SE 7-8 | SE 6-7 | 6°6 16 6S 7-8|SSE 7-8|SSE 6-7|SE 6-7|SSE 6-7|SSE 6-7|SSE 4-5/SSE 5 | SSE 6 | SE 6-7 | SE 7|SE 4-7| 56 17. +SE 5-6/5 6|S 5-6 | SE 4-5 | SE 2-3 | SE 2-3 | SSE 1-2 1-2 |< 1|)SE 1|SE 3|SE 4| 46 18 |SW 1-2 | SW 2|SW 1-2 | SW 2\8 0-1/8 0-1|/SSW 1-2/SSW 0-1|SW 0-1 | SE 1|SE 2|SE 1| 24 19 ‘SE 3-4 | SE 2-3| SE 2-3 | SE 3|SE 4\/ESE 3-4|ESH 45] ESE 4| ESE 5 | ESE 4| ESE 4/5 3] 2:9 26 5B 7-8 | SE 5-6 | SE 4-5|SE 7|SSE 3-5/8 6|S 3-5 | SE 7|SE 7-8 | SE 7-8 | SE 8| SE 7| 60 21 SSE 5-6|SE 7-8 | SE 5-6 | SE 6 | SE 5 | SE 3-4 | SSE 8|SE 7-8 | SE 8-9 | SE 7|SE 5/SE 6| 65 22 2|SW 0-1| Var. 0-1|SSW 1)/SSW 0-1/SSW 0 | Calm 0 | Calm 0 | Calm 0| WSW 0| W 0-1 | W 0-1} 2°3 23 WSW 0-1|)SW 1| WSW 0-1| W 1|W 1-2| WNW 1-2} WSW 0-1|SW 1-2 | SW 2|SW 2-3 | W 2-4 | SW 1-4) 11 24 NW 2-3| NW 2-4 2-3 | NW 2-4! NE 1-2 | NW 1-2|NNW 2-3|N 1-3] N 1-3 | N 1-3 | N 1-3 | N 2) 25 25 |W 2-3|WSW 2-4) W 3-4| WSW 2-4|SW 3-4|SSW 4-5)/SSW 5-6|/SW 4-5 | SW 5-6| WSW 5-6| W 3-6|NW 4-5) 2°9 2% | Var. 2-3) W 2-4 | Var. 0-3 | NW 0-2 | N 2-3 | N 1-2| Var. 0-1) NW 2-3 | NW 14 | W 1-3} WNW 0-2) NW 1-5} 2:3 7 | War 3|W 0-3 | W 0-2)NW 1-3);NW 2-3|NNW 1-2!NW 12/NW 0-2) WNW 0-2;NW 0-1|N 0-1! WNW 1/| 19 28 | WSW 2 1-2| W 1-3;WNW 2/\SW 2-3 | NW 1-2 | W 2| NW 1| WNW 2-5|N 2-4| WNW 2-4| WNW 2-4| 16 29 | WNW 2-4] WNW 2-5] WNW 1-5| WNW 3-4) NW 2-3 | N 1-4 | Var 2-3 | NW 9-5| WNW 2-5) WNW 1-3|NNW 0-3| NW 1-3 | 2°8 30 | SE 3-4 | SE 3|SE 3| SSW 3) SW 1-2 | SW 2-3 | SW 1-3 | WSW 2|SW 1-2 | WSW 1|Sw 1-2 | SW 1-3 | 2:09 MEAN 3°03 3°07 2°68 2°83 2°62 2°52 2°78 2°70 3°05 2°87 2°87 2°87 | 2°88 | N57. NNE1. NE5. ENEO. Eig. ESE18. SE93. SSE42 877. SSW21. SW 83. WSW47. W110. WNW 47. NW 64. NNW25. Calm 18. BEN NEVIS OBSERVATORY. oo WIND. DIRECTION AND FoRCE (0 to 12). OCTOBER 1890. 1 2 3 4 5 6 7 8 9 10 11 il?) Max, ne REE EE —EEEEE————E— EE —— — — || —. —_s —— 4 Dir’n, Force.|Dir’n. Force.|Dir’n. Force.|Dir’n, Force.|Dir’n. Force.|Dir’n. Force. |Dir’n. Force. |Dir'n. Force.|Dir’n. Force. |Dir’n. Force.|Dir’n.'Force.|Dir’n. Force. 1 |SSW- 1-3/SW 1-5 | W 0-1} WSW 0-1/NNE 1-2|N 2-3|NNE 1-2/ NE 2-3| NE 12| Var. 0-2|N 1-2 | Calm 0 6 2 | NE 1-3| NE 2-3|NNE 2-3/N 2-3) N 1-2/N 2-3 | N 3-4|N 1-3|NNW 3-4| WNW 3-4/WSW 1-3|SW 2-4 6 | W 2-5 | W 3-6| WNW 4-6| W 3-5 | W 3-6 | W 3-6 | NW 2-5 | NW 3-5 | NW 3-6 | NW 3-5 | N 3-4| WNW 3-4 6 4 |N 2|NW 2-3 | N 1-3|N 12/N 2-3 | N 3-5 | W 2-3) N 1-3|NNW 1-3/N 1-2 | Var. 1-3 | NW 2-4 5 5 |W 1-2} W 2-3 | W 2-3| W 1-2)/NNW 1-2)WNW 12}/NW 1-3|NW 24) W 1-2) W 1-3 | W 1-3 | WNW 3-5 6 6 | NW 2-4| NW 2-4 | NW 2-5 | W 2-4 | Var. 1-3 | N 1-3 | N 2-3 | Var. 2-4|NNE 1-3} NW 24!NNW 1-3| NW 2-3 5 7 | NW 0-2 | NW 1-2}NNW 0-1/N 0-1 | NE 1-2| NE 0-1|N 2-3| N 1-3| N 2-3 | N 3-4|N 1-3| NNW 3-4 4 8 IN 0-1 | Calm 0| ESE 1| ESE 2|SE 1-2|SE 1-3/8 1-3/5 2-3/5 2-3 |S 1-3/8 2-4/8 2-4 4 9 |SW 2-3 | SW 3| SSW 3| SW 3-4 | SW 3-4 | W 4-5|WSW 3-5|WSW 3-4| W 3-4 | W 3-4 |SWSW 2-4|SW 3-4 5 | lo | NW 1-3 | W 1-3} WNW 1-3} WNW 1-3! WSW 1-2| W 1-3 1-3 2-4 | SW 1-3 | W 2-3 | NW 2-3 | W 3-4 + | 11 |NW 2-31W 2| WNW 2-3! W 2\/Var. 1-2'NW 1-2|NNW 1-2!NW 1-3| WNW 2-3; WNW 2-3|/WSW 3-4|NW 3-4 4 j 12 |W 1-3 | W 1-3 | W 2-4 | W 2-4) SW 2-4|SSW 3-4/SSW 4|/SW 3-4 | SSW. 3/SW 3-4 | SW 4/SSW 12 4 ] 13 | SW 3/ SW 3/ SW 2-3 | SW 3-4 | SW 2-3] SSW 4\S 3-4 | W 1-3|)}SSW 3-4) WSW 33 |] VAY 3 | WSW 3 4 { 14 | WSW 2-4| W 2-5 | SW 2-5 | SW y-5| SW. 1-3|/SSW 2-4) W 2-4 | W 1-3| N 1-2} WNW 1-3} WNW 1-2|N 0-1 a 15 |WSW 1-4/SW 1| W 0-1 | WSW 1| NE 1-3} N 1-2};WNW 1-2;NW 1-3|/N 2-4)NW 24 2-4|N 2-3 5 4 16 |N 3-8 | N 48/N 2-7 | N 2-6; NNE 2-5 2-6 | NE 2-4 | NE 1-3 | NE 1-3 | NE 4-5 | NE 14|N 6-8 8 me 17 N 4-5|N 4-7|N 3-7 | NE 3-5 | N 2-6|NNE 1-3) NE 1-4|N 2-4|N 2-5|N 2-4|N 1-3 | NE 1-4 7 18 | SE 0 | Calm 0| ESE 0-1 | Calm O|N 2-4 1-3| N 1-4|NNE 1-2|N 1-4|)NNE 1-3|N 2-3 | N 1-3 4 a 19 | N 0-3 | N 1-4|N 2-4|N 2-4|N 2-5 | N 1-5|NNE 2-5|N 1-4|E 1-2|N 1-4|N 1-3 | N 1-3 5 1 20 |'NW 2-3|N 4)N 2-7|N 2-6; N 1-3|N 1-4|N 1-3 | N 1-4 | N 1-3|N 1-4!1N 1-2; NNE 1-5 7 Hy 2t | N 2a WN 2-3 | N 1-2|N 1-2|N 0-1| N 1-2|N 1-2|N 1-2/N 1-2|N 1-3 | N 0-1| N 1-2 3 | 22 | WSW 0-1| WSW 1| WSW 1/NW 0-1|N 0-1) N 1-2|N 2-3|N 2-3 | N 1-2|)N 12)/NW 1-2|/N 1-2 4 | 23 | NNW 2|NW 1-2) NW 2| NW 2|WNW 2-3} WSW 2-4] W 2-4 | SW 3-4 | SW 3-4) W 3-4 | W 2-3 | W 2-3 b | 24 |N 0-2;NW = 1-4/] W 3-4; WNW 2-4|NW 1-3|}NW_ 1-2|W 2-3| WSW 2-3] Var. 0-1| WNW 2-4) WNW 1-2}NW_ 1-2 4 , i 25 |N 1-2 0-2 | Calm 0) Calm 0o| N 2-3|}ENE 1-2/|SE 1-2 | SE 1-2|N 1-2/H 0-2 | Var. 12|N 0-3 4 i) 4 26 |N 2|N 3|N 21N 1|N 1{ Var. 1-2|N 2-3| N 0-3 | N 0-2 | N 0-3| NNE 0-4 | NE 0-4 5 feet || N 2-4 | NE 2-4) N 2-4/N 3-5 | N 3-5 1-4| NE 14|N 0-3 | N 2-3 | NE 0-4|NNE 1-3/N 1-3 5 4 28 | N 3-4) N 3-4| N 3 3|N 2-3| N 1-3|N 2-3 | NW 1-3 | W 23) WSW 2-3) WSW 2-4|SW 2-3 5 29 |N 1-5| WNW 1-6| NW 2-6| WNW 1-5|N 2-6 2-5 | NW 2-4 | NW 2-6 | NW 2-3 | Var. 2-3) N 3-4 | Var, 1-2 6 30 | NE 2-4| N 4|N 2-5 | N 2-4|/N 1-2|}NNW 0-1/N Oo|NW 12}NW 0-1/NNW 01|)NW = 0-1} NNW. 1-2 6 . 31 | SW 4|SW 4|SSW 4 |[SW 4| SW 4|SSW 2-3)SW 1-2| SW 1-2} WSW 1-2} WNW 1-2|N 1-2|N 0-2 5 2°31 2°69 2°56 2°39 2°37 2°39 2°45 2°39 2°24 2°47 2°23, 2°47 13 14 15 16 17 18 19 20 21 22 23 Midnight. |Mean. Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n, Force.|Dir'n, Force.|Dir’n. Force.|Dir’n. Force. Dir’n. Force. Dir'n. Force.|Dir'n. Force. Dir’n. Force. Dir’n. Force.|Force. NNE 5-6|NNE 3-6|N 3-5 | N 2-4] N 2-5; N 2-5 | N 1-4|N 2-5 | NE 3-4 | N 1-3 | N 1-3 NE 1-3 | 2°4 WSW 1;/WSW 1-3|SW 4/SW 3-4 | SW 46] WSW 4-6] W —6 | W 3-5 | WSW 3-5 | W 3-5 | W 3-6, WSW_ 3-6] 3:2 Ww 2-4| WNW 3-5| W 3-5 | W 2-3|NW 1-2}NW- 1-3)WNW 1-2}NW 1-2}/WNW 13/NW 1-3|;NW 23/WNW- 2} 3:2 N 1-3 | W 2-3 | W 3| W 2|NW 1-2} NW 1-3); NNW 1-2) W 2) WSW 3) W 3) W 2-3| WNW 1-2] 2:3 NW 2-3|}WNW- 38/WSW 3-4] WSW 4-6] W 3-5|NW 1-3|NW 24|/NW 3-4|/NW- 1-2/NW 1|WNW 1-3) W 1-3} 2°4 NW 12;NW 24|WNW 2-4) WSW 2-4/NNE 2-4|/ Var. 1-3}NW 2-3/WNW 2-3} WNW 2-4|NW) 2-4|N 0-2| NNW 0-2] 2:4 NE 1-3|ENE 2-4|N 2-4|N 1-2 | NE 1-2 | Calm 0) NE 1-2|N 1-3|NNE 12/8 0-1 | N oH NI 0-1} 18 2-3 | SSE 2|SSE 3/S 3/58 24)/SSW 23/SSW 3-4) SW 4) SSW 4 | SSW 4|SW 4; SW 4] 2°6 * NW 2-3 | W 4|W 4|W 4| NW 1-2 2-3 W 2-3| WNW 2| NW 3-4 | W 1-3 | W SW 2-4] 31 | WwW 2-4 | W 3) W 2-3 | W 1-2/SSW 34/SSW 3-4'WNW 4|/NW = 3-4| WNW 2-3)NW 2-3); W 2-3| WNW 2-3] 2°6 | x NNW 1-2 3| WNW 3|WNW 2/NW 1-3/NW-) 2-3) W 1-2} WNW 2-3| W 2-3 | NW 2|/NW 1-2} NNW 1-2} 2:2 SSW 2-4|/SSW 3-4|SW 4|1SW 3-4 | SW 4| SW 3-4 | SW 3-4 | SW 3-4 | SW 4|SW 3/SSW 3-4) WSW 3-4! 33 WSW 2-3 2| W 2| WSW 1/Sw 1-2)}SSW 1-2) SW 1-3 | SW 3-4 | SSW 4|WSW 3-4|SW 2-4 | SW 2-4 | 2°8 NW 1-2}WNW- 3/W 2-4 3-4 | W 3-6 | SW 3-5 | SW 4-6 | SW 2-6 | SW 2-6 | SW 3-7 | W 2-7 | W 1-5 | 3°1 NNE 1-44 1-3 | NNW 1|NNW 1-3|WNW 1-5| WNW 1-3/ NE 2-4) N 1-4|N 2-5|N 2-5 | N 2-4|)N 2-5 | 2°3 NE 4-7| NE 2-5|N 2-5|ENE 0-1/SE 1-3} N 2-4) N 1-4|NNE 1-4| NE 2-5|N 2-5 2-5 | N 3-5 | 36 ENE 2-4|NNE 2-4/N 2-4 | NE 24|N 1-3|N 1-6 | SW 0-1 | Var. 0-2 | SE 0-1 | SE 0-2 | SSE 0-1 | SE 0-1 | 2°6 N 12|N 2-3|N 1-3 | N 1-2|N + |N 1-3;ENE 1-2/N 1|/N 4|N 4|N 4|N 2-3] 2:0 N 2-4|N 4|N 38-4|NNE 2-3/8 1-2|SE 0-1) N 1-3 | N 2|N 3-4 | N 3\N 3| NW 3] 2°6 NNW 2-4/N 3-6 | N 2-4|N 2-4 | N 1-4] N 1-2, N 1-2|/N 2-3! N 2-4) N 3/N 2)N PAN PAT! 1-2'N 1-2|N NG 2|N 0-1 0-1 | N 0-1 | Calm Oo; N 0-1 | W 0-1 0-1 | W 0-1} 11 NW 1-2|N 4|N 1-2|N 2-3 | N 2-3| WNW 1-2| NW 1-2| NW 2| NW 2-3 | NNW 1| WNW 1} WNW 1-2) 1°6 WwW 3-5|NW 3-4|NW 2-3] WNW 1-3| W 1-3 | SW 2-3 | W 2-3 | W 2-4|WSW 1-4|WSW 1-4 1-4 | WSW 3] 2°7 NW 0-1|NNE 3\N 3/N 2|N 2-415 12;|ESE 12|/N 1-3 | NNW 2|NNW 1-2|}NNW 1-3|N 1-2} 2°0 1-3|N o|N 0-1) N 0 | Calm 0| SW 0-1| N 0| NE 0-1 | N 1|/N 1-4 3(N 3) 1:2 1-2 | SE 1-4|N 2-3] NE 2|N 1-4| NE 1-5 | SE 1-2/NE 1-2 | NE 1-2 | ENE 1|/N 4|N 2-4 | 2:0 0-3 | N 0-4|NNE_ 1-3| NE 2-4|NE 2-3| N 1-3| N 1-3 | NE 1-2|N 3-4| ENE 1-3|NNE 3-4| NE 2-3) 2°5 SW 2-4|WSW 3-5|/NNW 3/NW_ 1-3/N 2-3/|Var. 08/N 1-5|NW 2-4|NW 2-5|NW 1-3/NNW 2-4|NNW 1-4} 2:7 SE 1-2} WNW 0-2|N 1-4/NW 25] NE 2-3 | NE 1-2 | NE 1-3 | NE 1-3|NNE 1-4|N 5|NE 2-5|NNE 2-5] 2°8 WwW 1-2 | W 3/5 4/8 3\S 3-4|5 2-5 | SSE 5-6/5 3/5 4/8 45/58 4-5|SSW 4-5) 2°7 1-3 | N 2-3 | Var. 0-1 | ESE 1|/N 2-4| NE 1-3, NE 0-3 | NE 0-2 | NE 0-1|NNE 1-2/N 0-4 | N 2-5 | 2:2 2°35 2°87 2°74 2°40 2°52 2°23 2°31 2°32 2°74 2°56 2°74 2°52 | 2°47 N 233. NNE 26. NE 48. ENE’. £2. ESE5. SE13. SSE4. S22. SSW 23. SW58. WSW 37. W90. WNW 45. NW 83. NNW 25. Calm 23. 200 BEN NEVIS OBSERVATORY. WIND. DIRECTION AND Force (0 to 12). NOVEMBER 1890. ! 1 2 3 } 4 5 6 a 8 9 10 11 | 12 Max. — en see | —— — —|-—_—_ Dir'n. Force,| Dir’n. Force.|Dir’n. Force. |Dir’n. Force.) Dir’n. Force.|Dir’n. Force.|Dir’n. Force. Dir’n. Force. Dir’n. Force. Dir’n. Force.|Dir’n. Force.|Dir’n. Force , LIN 4|N 4|N 3|N 3-4 | N 2-3 | N 1-3|NNE 12|N 2-3|N 1-2|WNW 0-1| WNW 1-2| W 2-3 8 | 2 |SSW 7-8|SSW 3-7] W 2-5 | W 1-4 | W 1-3 | W 0-2)NW 2-3|NNW 1-2|N 1-2)NNW 1-3|N 1-2|N 1-2 8 1 8) Ni 1-3|N 24|/ENE 2-3|N 1-2|N 0-1| N 1-2| NE 1|N 1-2 | W 0-1 | SSW 1/s 3)S8 3 4 4 |W 1-2| W 2| WNW 1-2/)}SW 2) Ww 1-2| W VAN AI 2|N 0-i | NW 1|N 1|N 1|/N 1 5 Lbs | aN 1-2) N 1-2|NNE 1-3| NE 1-3 | N 2-4| N 1-3|N 1-3 | Calm 0| Var. 1-2|N 2-5 | NE 0-1|}WNW 0O 4 7 | 6 |SSE 2-3/8 2-3/8 3/5 3/8 3-4/8 4| SSE 5 | SSE 5 | SSE 6| SE 6-7 | SSE 6| SE 6-7 | 10 7 |NW 0O1|)/NW 2|N 2-3|N 2-4|NNW 6-7|N 5-7 | NE 46|N 6-9 | N 7-8 | NE 6-8| Var. 4-7|ENE 2-6 9 8 | SSW 4| SSW 41S 46/58 47|S 4-5/8 5|SW 41SW 3-4 | SW 41/SW 4-5|SSW 4-5/SSW 3 7 9 | Calm Oo; NW 1-2)NNW 0-1|/ NNW 1-2|N 2|N 2|N 3/N 3)N 1-2)8 0-1| Var. 0-1/8 1-2 6 10 5|E 6|E 6-7 | E 4-6| E 5-6] E 6|ESE 5-6|/ESE 5-6|E 6|/ESE 6-7|ESE 7-8|ESE 7-8] 10 11 | ESE 11| ESE 10-11} ESE 8-10| ESE 11| ESE 10-11|ESE 7-8|/ESE 9-11/E 10-11/ESE 8-10|E 8-10 | BE 8-10 | E 9-10} 11 12 | ESE 4|ESE 45] ESE 4/SE 4-5| EH 45|ESE 4-5|/ESE 5-6|ESE 6-7|SE 6|ESE 6-8|SE 7-8|SE 6-7 | 10 18) |W 2-5 | W 2-5 | SW 2-5 | W 2-4 | W 2-41SSW 3-4|}SSW 2-4)SW 3-4 | SW 3-4] WSW 2-4/SSW 2-4|/SW 3 5 14 |SSW 2-3|SW 3)/SSW 2-3)/S 3| SSE 4| SSE 3-4|SE 3-4 | SE 4-5 | SE 6| SE 7\|ESE °89|ESE 89] ll 16° 7 Ni 1-4! NE 1-3/N 2-4| NE 1-3 | N 0-1! N 0-2 | NNW 1! WNW 1' WNW 1-2} WNW 2|N 1|W 3 4 16 | SSE 2-3 | SSE 2-3/8 4|SE 4| SE 4-5 | ESE 4/SE 5 | SE 7 | E 5-6 | SE 4\SSW 4-5|SW 5 7 7 {yaw 1-2| W 2-3 | W 3) W DA Wi 2)|W 2|SSW 3/8 3) SSW 3/5 2\8 3 | SSE 3 5 18 | SW 1-3};NW 12/N 2-3|NW 1-2) WNW 2-3/ W 3|WNW 2|W 4|W 41 W 4|W 3) W 2 6 19 |S 4|/SSW 4\/SSW 5-6|SW 5-7 | SW 46|WSW 3-4) W 4|W 3-4 | W 3-4 | W 2-3|WSW 3-4| W 3-4 iS 20 | WNW 1-3|}|NW 2-3}; WNW 2-3|WNW 1-3|N 0-3 | W 2-3 | N 1-3|NW 1-2|W 41 W 4|NW 3-4|WSW 3-4 4 21 |NW 2-4|WNW 2-3/| W 2-3 3-4) WSW 0-2|WSW 1-3) W 1/NW 0oO-1|N 1-2|N 3/N 0-3 | N 2-3 4 22) Ni 2-3|NNE 2-4/|NE 2-3|NNE 2-3] NE 1-3 | NE 0-3 | NE 2-3 | N 2-3 | N 2-4|)WNW 3|W 3-4 | NW 3 6 |. 23 | NE 2-4| NE 24/E 1-4|E 2-3|NNE 1-3|N 0-3 | N 2-3 | NE 1-3 | NE 0-2} NNW 2-4) N 1-2|NNW 1-2 4 24 IN 3|N 1-3|}N 1-3 | N 1-2 | Var. 1-3 | ENE 0|E 1-2| NE 2) Ni 2-4) N 2-5|N 3-5 | N 1-4 5 25 | Var. 1-2| Var. 1-2|}N 2-4|N 2-3) NNW 1-3|N 2-4 | NE 0-2 | NE 2-4| ENE 3-5] NE 2-4/E 4-5|E 3-4 5 26 |N 1-2|N 0-2 | N 0-1} NNE 0-2}NNE _ 0-1| Calm 0 | Calm 0| ESE 1| ESE 1) ESE 1| ESE 1| ESE 2 3 27 |E 2\E 2| NE 2| NE 2| NE 1| NNE 2| ENE 2|E 1-2| NE 1-2 | ENE 2) ENE 1| ENE il 2 28 |N 0-1| N 1-2 | NNE 1| NE 1| NNW 1| NNW 1| NW 1| Calm 0;Ss 0|Ss 0-1/5 0-1/8 0 3 29 |WNW 2|/WNW 1-2) W 1-2); WNW 1-2} WSW 1-2/SSW 1-2|}SW 2| WSW 2| SW 3 | SSW 3/8 3/5 3 6 30 | SW 4-6 | SW 5-6 | SW 5-6 | SW 5-7| WSW 46)|SW 4-6/5 4-6|SSW 45|WSW 2-5|SW 2-4|/SSW 3-4|SSW 4-6 7 MEAN 2°93 3°05 | 3°08 3°07 2°92 2°80 2°97 3°15 3°28 3°42 3°40 3°40 4 \ 13 14 15 16 17 18 19 20 21 22 23 Midnight. |Mean. Dir’n. Force. Dir’n. Force. Dir’n. Force.|Dir’n. Force.|Dir'n. Force.|Dir'n. Force. Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Force 1 |SW 1-3|/WNW 1-3/8 4| SSW 4| SSW 3 | SSE 4) SSE 4/8 4-5/8 5|5 6/8 6-7 |S 7-§ | 34 PAN ANE 12|NNW 1-3) W 2-4|NNW 2-3|N 4-5) N 4-6) N 3-5 | N 4-5|N 4-5|/N 2-4|)N 2-4) N 3-5 | 31 3 | SSE 3 | SSE 3 | SSE 3-4 | SSE 4|SSE 3-4/8 3-415 1-2 | NW 2i|NW 1-3|}WNW 1\|NW- 2-3) WSW 2-3) 2:2 4 |N 1| NNW 1| Var. 0-1| N 2)SwW 0-1| N 3\N 3-5 | N 3-4 | N 2-4|N 1-3 | NE 1-2 | NE 1-2| 17 Be |) Asi 0-2 3-4 | NE 1-2| N 1-2 | NE 0-1 | Calm 0| SSE 0-1 | SSE 1 | SSE 2/8 2-3 | SSE 2-3/8 2-3] 16 6 |SE 7 |SSE 7\ SSE 6-8 | SE 7-9 | SE 9-10} ESE 7-10) SE 8-10 | SE 8-9|ESE 8-9] E 5-7 | E 5-6 | ESE 4] 59 7 | Var. 24/|N 3-4 | 2-41 N 1-2|N 3| NNW 8;/WNW 2) WNW 2) SW 2| SSW 2|SSW 2-3|/SSW 3-4] 3:7 8 | SW 2\S 3| SW 2-3 | SW 2|SW 3| WSW 1|SW 1|W 12) WSW 1-2| W 2|SW 2) WwW 1 9Sek 9. LN 2-4|N 2-5 3-4 | N 4|N 5-6 | N 5|N 3-4 | N 3-4 | N 1-3 | NE 1-2/| NE 1-3 | NE 2-3] 2°4 10 |E 7-8|E 6-7| ESE 7-10|ESE 9-10/ESE 7-8|ESE 7-9|ESE 6-7|ESE 6-7|/ESE 8-9|SE 8 | ESE 9|ESE 8-10] 7:0 11 | ESE 10-11| ESE 10-11! SE 7-8 | SE 4-5 | SE 4|SE 3| SE 3-4 | SE 2-3 | SE 8-4) ESE 4-5|SE 4-5 | SE 4/75 12 |SE 4-6 | SE | SE 5|SE 7|SE 8-10 | SE 9-10 | SE 9-10 | SE 6-8 | W 1-3 2-3 | SW 2-4 | SW 3-4 | 55 13 | SW 3-4 | SW 3-4 | SW 2-41SW 3-4 | SW 2-4 | SW 3) SW 3|SSW 2)}SW 2-3 | SW 2|SW 2-3 | SW 2-3} 3:0 14 | ESE 9-11/ESE 9-10) ESE 6| ESE 6 | ESE 6 | SE 4-5 | WSW 0o|N 3-4) N 2-4 2-5 | N 2-3| N 3-4] 4°8 15 | NW 1-2! W 1-2, N 1-2|N 1-2|N 0-1; N 0-1; WNW 1-2'W 1)SW 2)}SSW 2-3/8 2-3/5 2; 16 16 |SSW 3-4/)SSW 4|SW 1-3 | W 3-4 | W 2-3|NW 3-4/N 2)N 1-2)N 1/N 1-2 | NW 1/ Calm 0} 33 17 |8 3/8 3| SSE 4-5|SE 4-5 | SSE 5 | SSE 41S 4/8 5| SW 4|WSW 3-4|SW 4|/SW 4] 33 18 | W 2|}WSW 1-2|SSW 2/SSW 2-3|SW 4) SSW 4/ SSW 5 | SSW 4|SSW 5-6|SSW 5-6|/SSW 4-5/8 3-5 | 3°2 19 |WNW 3-5|WSW 2-4|NW_~ 1-2|N 1-2;NW 0-1|NNW 0-2|NNW 1-3,;NW 1-2|}NW- 1-2};NW_ 1-2|}NW = 1-2|N 2-4) 3:0 20 | WSW 2-4/SW 3) WSW 2-3) W 3 |W 3-4 | W 2-4 | W 13 NW 3-4) W 3-4| WSW 3-4| NW 3| NW 2-4] 2:8 21 | Var. O-1|N 0-1|N 2-4|N 1-3; WNW 1-2| NW 2) NW 0-2 WNW 2-3 | W 1-2} Var. 2-3}WNW 2-3/|NW_ 1-3] 1:9 22 | WNW 2-5|N 2-4|NW 2-3|NE 2-4 | NE 1-4|N 1-5 | N 2-4!NNE 2-4| NE 2-5| E 2-5|ENE 1-4|ENE § 3-6] 2-9 23 | NNW 2|N 1|N 1-2|}N 2|N 0-1| N 0-1) N 0-1|N 1} Calm 0|/ NE 1-2| NNE 2|N 1-3] 1:7 24 |N 2-5|NNE 2-3|N 1-3 | N 2-3 | N 1-2| N 1-3 | N 1-3 | NE 1-3 | N 1-3 | N 1-2| Var. 1-3|N 1-2} 2:2 25 |N 1-2| NE 2-3|N 2-3 | NE 1-2|N 2|N 2\|N 2\N 1}/NNE 1-2|}NNE 1-2|N 1-2|N 1-2] 2:2 26 | ESE 1|)SE 1|SE 0-1| SE 1/|SE 0|E 1|E 1/ESE 1-2/E 2|KH 0-2 | EH 2-3|E 2) 1:0 27 |NNE 0-1|N 1| NNE 1| NE 1| NE 1|NE 1|NNE 0-1) NNE 1|NE 1-2;NNE 1-2|NNE 1| NNE 1) 13 PNA 0-1|/WNW 1/NW 12/NW_ 1-2|NW 3)/NW 1-2|WNW 2-3|NW 2-3}/NW 2-3) NW 3) NW 2| WNW) 2/ 13 29 |S 3)/SSW 3-4!1SSW 4/S 3-4 | SSW 4|/ SSW 418 4\S 41SW 4-5 | SW 3-5 | SW 4-6 | SW 4-6] 31 30 |SSW 3-4|WSW 3-4|SSW 3|SW 3-4/8 4|WSW 2-3;WSW 3-4|SW 3-4 | SW 3/ SW 3/WSW 2-4)SW 3] 40 MEAN 3°22 3°30 3°13 3°27 3°28 3°23 2°95 3°03 2°98 2°92 3:00 3°07 | 3°12 | N 148. NNE 21. NE 43. ENE10. E31. ESE50. SE 45. SSE 26. S49. SSW 45. SW 60. WSW 24. W 60. WNW 30. NW 41. NNW18. Calm 19. BEN NEVIS OBSERVATORY. 201 WIND. DIRECTION AND Force (0 to 12). DECEMBER 1890. i 1 2 3 4 5 6 7 8 9 10 u 12 Max. - Dir’n. Force.) Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir'n. Force.|Dir'n. Force.) Dir’n. Force. 1 | SW 2-3 | SW 3|SW 3-4} WSW 2-3) W 3-4 | W 2-4) WSW 3-5| W 3-5 | SW 5|SSW 3-5] W 3-5| WSW_ 3-5 5 |} 2 | WSW 2) WSW 1-2) WSW 2|W 1-2|WSW 1-2|}WNW 1/N O|N Oo|N 0| NNW 0-1|/N O|N 0-1 5 ms | N 47|NNE 3-7|NNE 3-7|NE 3-7 | N 3-7| N 3-7 | N 4-7| N 48/N 4-7|N 4-7|N 3-7| N 3-8 8 | 4 |NNE 3-7|NNE 3-5|N 2-6|NNE 2-4|N 0-2|NNE 1-3|NNE 1-3/N 2-3 | N 12|/NNE 1-3|N 0-3 | N 1-3 7 | 5 | ESE 4-5| ESE 4/ESE 3-4/ESE 4-5/E 3-4| E 5|E 4-5|E 5|E 5-6 | ESE 6|E 5-6| ESE 5-6 6 1 6 E 2\E 2|\B 2-3 | NE 1|NE 1| NE 1-2) N 1/E 0-1 | ESE 3 | ESE 3| ESE 4|\E 4 4 | 7 | SE 4|SSE 3| SE 8|SE 3/SE 3/SE 3 | ESE 3| ESE 4| ESE 4|SE 4|E 3| ESE 3 5 | 8 |SE 8|SE 8-4 | SE 4|SE 4|ESE 3-4/SE 3-4 | SE 8-4| ESE 2-3/SE 3-4 | SE 4|SE 4|SE 2-3 7 | 9 | SE 4|SE 5| SE 4-5 | ESE 4|ESE 45|ESE 5-6|E 4-6| E 3-5|ESE 3-6|ESE 3-5|ESE 3-4/SE 3-4 6 | 10 |S 4|SSE 3-4|/SSE 3-4/SSE 3-4/SSE 3-4|SSE 3-4/|SSE 4/8 2-4/8 3-4 |S 418 3-4/8 2-3 5 | 11 | SSE 8-4/8 3-4'S 3/8 4|8 2-3!8 2-41'15 1-3/8 1-4| SSE 3-5/S 2-4/8 2-4/8 3-4 5 12 |SSW = 2-3|)SSW 2|8 2-3 2-3 |S 3-4/5 2-3|5S 2-3/5 2-3/5 2-4/8 2-3 | SW 2-3/|SSW 1-3 4 | 13 SW 2|SW 1-2 | SW 1-2 | SSW 2/8 2-3/8 3| SSE 3-4) SE 3-5 | SSE 4|SE 3-5 | SSE 2-4 | SSE 4 5 | 14 |S 4|SSW 3-4|SW 3-4 | SSW 4/SW 2-3 | SW 2-4| WSW 3-4) SW 2-3 | SW 3-4 | SW 8-4/SSW 2-4/SW 2-4 4 | 15 |N 2-4|N 1-4|N 1-3|NE 13|NE 1-3|/NNE 12 0-3| N 15|N 14|NNE 2-5|N 3-7|NNE 3-6] 7 | | 18 ESE 45/|/ESE 3-5|SE 5) ESE 45/|SE 4-5 | ESE 5|ESE 5-6|ESE 4-5] ESE 4/ESE 4-5/SE 3-4|SSE 3-4 6 H 17 SE 4|SE 3|SE 3|SE 4|SE 4|SE 3|SE 4|SE 3-4 SE 2-4 | SE 2-4)SE 3-4 | SE 4 6 | 18 |SE 5-7 | SE 6| SE 7|SE 6| SE 6-7 | SE 7|SE 6-7 | SE 5-6 | SE 6-7 | SE 7-8 | SE 7-8 | SE 6-7 8 } 19 ESE 6|SE 6| SE 6| SE 5|SE 4-5|SE 3-4 | SE 3-4| SE 3|SE 2-3 | SE 3|SE 3) SSE 3 6 | 20 | WNW 1-2! W 1| WNW 1|NW 0-1! NW 1-2|NNW 1-2) NW 1-3 | NW 1-2|NNW 1-2} NW 12}WNW 0-2} WNW 1-2 3 21 |W 0 | Calm 0 | Calm 0;SSW 0-1) SW 0-1 | SW 0-1 | SW 12);SSW 1-2|)SW 1-2 | SW 1-2 | SW 0-2|SSW 1-2 3 | 22 SW 3-4 | SSW 4/|SSW 4-5| SSW 4\8 3-4 4|SSE 4-5 | SSE 4-5/5 4-5|8 4-6]8S 4-5/5 4-5 6 | 28 SSE 3-5/5 3-4 2-4/SSW 2-4|SSW 3-4/SSW 2-4] W 2-3 | NW 14/N 13|)N 0-1| NE 1-3 | NE 1-3 5 | 24 |N 12|/NNE 0-2|NNE 23/N 1-2|NNE 1-2/N 1-2|N 2|N 1-2|N 1-2|N 0-2 | N 0 | Calm 0 83 | 25 | SW 2-3 | SW 3-4 | SW 3-4 | SW 4|WSW 3-4|SW 1-3| SW 2-3 | SW 1-2 | SW 2|SW 12)/NNE 1-3|N 1-3 4 | 26 |NNE 24|NNE 2-4|N 1-4|NNE 2-4|NNE 1-3|/NNE 2-4|NNE 1-3/N 24|NNE 24/ENE 24|NNE 1-4|NNE 1-3 5 a 27 | ESE 5 | ESE 4| ESE 5 | ESE 5|ESE 45/E 5| ESE 5| ESE 4-5) ESE 4|\SE 5-6| ESE 3-5|ESE 3-5 6 | 28 | ESE 4| ESE 4/ESE 5-6|ESE 5-6| ESE 5|/E 4-5 | ESE 4|ESE 4-5|ESE 3-4|ESE 24/ESE 2-3|)ESE 2-4 6 | Calm 0|SE 1|SE 1|SE 0-1 | Calm 0| NE 0-1| NE 0-1|NNE 0-1|SE 0-1 12;ENE 0-1|E 0-1 6 ) 30 | E 4-5|SE 5-6|ESE 5-6|ESE 4-6|/ESE 2-5|/ESE 46/ESE 47|ESE 3-6|/ ESE 5-6|ESE 24/ESE 0-2|E 0-2 7 i 31 |E 8-5| ESE 3-6| ESE 4-6 | ESE 3-5 | E 4-6 | ESE 6-8| ESE 6-10 ESE 8-10 | ESE 9-11) ESE 8-11| ESE /7-10|SE 7-11) 11 | |urman 3°40 3:27 3°48 3°31 3°11 3°29 3°39 3:27 | 3°50 3°48 3°15 3°16 a | if | a (ia | 13 | 14 15 16 aly 18 19 20 ral 22 23 Midnight. |Mean. a ( _ : Scan lace |= = oS aro | eee ea arn irae i, Dir’n. Force. 'Dir’n. Force. |Dir'n. Force.|Dir'n. Force.|Vir'n. Force. |Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force.|Dir’n. Force. |Dir’n. Force.|Dir’n. Force.|Force. | a SW 2-5|WSW 2-3|WSW 2-3} WSW 2-3|WSW 2-4|SSW 2-4/SW 2-4 | SSW 2)|SW 2|Sw 1-3 | SW 2)|SW 2-3} 31 | 2 1N 0-1'N SING 1|N 1-2/N 2-3 | N 2-4|)N 0-2 | NNE 3) Var. 0-1 | Var. 1|NNE 2-5|N 2-4] 13 os |N 3-7, NNE 3-6|NNE 3-6|NNE 47/N 47|NNE 5-7|N Z-5 | N 3-7| N 3-7| N 2-5|NNE 3-6/NNE 3-5] 5:0 4 IN 2-4 | N 2-4| N 2-4)/NNE 3-5|NNE 2-4/E 3/H 3/E 3-4 | E 4| ESE 4-5 | ESE 3-4 | ESE 3-4] 3:0 5 |E 4-5 | SE 3/SE 3 | ESE 3 | ESE 3| ESE 3| ESE 3| SE 3-4 | SE 3| SE 2-3 | ESE 3/E 1} 3:9 3|SE 4|SE 2-3 | SE 3-4 | ESE 4\E 1-2|E 3|SE 3-4 | ESE 4|ESE 3-4] ESE 4/SE 4) 2:8 3|SE 3|SE 4| ESE 3|SH 4-5 | SE 3|SE 8-4] ESE 4-5|SE 4|SE 3-4 | ESE 4/SE 38-4] 3:5 4\SE 4|SE 4|SE 4-5|SE 5-6 | SE 6-7 | SE 56|ESE 5-6|SE 4-5 | ESE 5|SE 4| ESE 4) 4-1 3-4 | SE 2-3 | SE 3|SE 3/S 2-3/8 2-3/8 3-4/5 3/S 4|SSE 4| SSE 4|SSE 3] 3°8 2-3 SSE 4|SSE 4|SSE 3-4 | SSE 4-5 | SSE 4-5 | SSE 3-5 | 5 3-4/5 2-3 | SSE 3-4/8 3-4/5 83) BES 2-3 | SSW 2) SSE 2-3/5 3/5 1-3 |S 1-3/8 2-4)8 2-3|S 3/5 3] 2°9 1-2 | SW 2|SW 1|SW 1-2 | SW 2-3 | SW 1-2}WSW 1-2})SW 1-2}WSW 1-2} WSW 1-2|)}SW 2|/SW 2) 21 3/8 2-3/8 2)8 2-3/8 3-4|/SSW 2-3|)SW 3-4 | SSE 3/5 2-3 3]8 3/5 3] 2°8 1-3 | SW 2-3 | SW 2|SW 2-3 | NW 1-3 1-3/N 0-1 2-3 1-3} N 2-4)N 2-4| N 3-4] 2°9 2-7| N 3-6|NNE 1-5/ENE 2-4/SE 1-3| ESE 2-5)/ESE 26|/ESE 5-6|ESE 5-6] SE 3-5|ESE 4-5] ESE 5| 3-4 3-5 | SE 4|SE 4-5|SE 4|SE 4-5| ESE 4-5/|SE 4/SE 5 | ESE 4|SE 4|SE 3|)SE 4) 4:3 3-5 | SE 4|SE 3-4 | SH 4|\SE 4|SE 5-6 | SE 5|SE 5|SE 5-6 | SE 5|SE 4|SE 5-6] 4:0 6-7 | SE 4|SE 4-5 | SE 4-5 | SE 4-5 | SE 5-6 | SE 6-7 | SE 5-6 | SE 7|SE 5-7|SE 7|SE 7-8] 61 2-4 | SSE 2-3 | SW 0-1 | SW ewe 1-2 | W 1-2) W 1}/WNW 1/WNW = 1| WSW 1|W 1-2) W aU Ay 0-1! NW 1-2| NNW 1|/N 0}; NW 0-1| N 0} Calm 0 | Calm 0! Calm 0 0) SSE 0-1|WSW 1-2] 0-9 12\)SSW 12|)SSW 1-2/}SSW 2-3) WSW 2/SSW 2-3/8 2-3 | SW 2|SwW 2-3 | SW 2-3 | SW 3/ SSW 3] 15 5-6 | SSW 5 | SSW 4|58 45|/SSW 3-4 4-5/S 4-5 | SSE 4-5 4|SW 3-4]8 3-4 | SSE 4-5] 4:3 0-3|NNE 2-3| NE 1-3 | NNE 2|NNE 1-2|NNE 1-3|/NNE 0-2| NNE 2|NNE 2-3|N 0-1 | NE 0-2 | N 0-2] 21 1/s 1| SSW 1|SSW 1|SW 1|SW 1-2 | SW 1-2|SW 1-2| SW 2| SSW 2|SSW 3/SSW 2-3] 1-4 1-3 | NE 13|NNE 2-3] NE 1-4 | Var. 1-2| NE 1-2|N 1-2 | Calm 0| NE 1-3|NNE 2-3|/NE 2-3 | NE 1-4] 2°2 1-4| NE 2-5| NE 2-3|ENE 1-3|NNE 1-4|ENE 1-3/E 1-3 | ESE 4| ESE 5| ESE 5|}ESE 45/ESE 4-5] 3:0 3-5 | SE 4|SE 4| ESE 4|SE 4|/ ESE 45/ESE 45]SE 4|SE 3-4 | SE 3/SE 4| ESE 4] 4:3 2-3 | SE 4|SE 3-4 | ESE 4\E 4| ESE 24/ESE 2-4/E 2-3 | SE 2-3 | ESE 2\E 0-1|ENE 0-1] 3°4 1) Var. 0-1 | Calm O|E 2| NE 1-2 | ENE 2 1-4 | ESE 3 | ESE 3-4 | ESE 5|E 6 | ESE 5-6] 1:6 4-5|ESE 14|/ENE 24|ESE 3-4| ESE 0-3] E 04|ENE 1-3/E 2-3 4-5|E 2-4|E 1-4|ESE 3-5] 3:5 E | ESE 8-10 | SE 6-8|ESE 5-8/ESE 5-7|SE 4-7|ESE 6-8/ESE 47/ESE 46/ESE 46/SE 5-6|ESE 6-8/ESE 46] 66 319 3°05 2°79 3°03 3°02 3°13 2°98 3°21 ByBIE 3°16 3°39 3°37 | 3°23 N70. NNE 48. NE24. ENE10, E43. ESH129. SE146. SSE37. S71. SSW 35. SW64. WSW19. W13. WNW8. NW9. NNW 4. Calm 14. ROY. SOC. TRANS. EDIN.—VOL. XLII. 20 202 BEN NEVIS OBSERVATORY. CLOUD. AMOUNT OF CLOUD (0-10). JANUARY 1890. © 1) 218) 2) 5 | 61) 7 |) Seo. osetia 1s | 14: 16} 16 | 17a atoi 205) | opus Lets Mean. | Lope) Ee) Ef Ee] SE Ee ES BS I BE ES BE BET BE BE SB EE ] SE ] =] =] 10/10) =] = 10 | 2) =) =] / 2/2) =)/ =) =) =) =] =] HE) Et =/] =] =) 8] 0; 0; OF OF; 0} 0} 0 0 7 3 0; O} 0} 4) 7| 8) 8) 6 Byers laf=)/ =] =) =] =] =/ =)/ =/=/2=/e = 8 4 SPH PHS) =F]; =)/=/10 10) = 1/10) Sy =] =] Ef ES] ES] ES] ES = 6| 9/= = 10 5 SPS f=] =] =] =H] 10] SI Sf SES] SP =H] 10) =) = 1) 10) 10) =) SE] SE] Ef = = 10 6 = B/E /2/2/2)/2/= =] 7] 711 E) Ha) =) SES] S| SE EY ES ESE ES SS = 10 al SSP ]H fF BE SE SE | EB ES ES ES ES SE SE EE EB ES EB BE BE BE SE | EFS = 10 San eS — 2 2 a 2 2 — 10 oe — ee = S\le)/2) 2) =) =/=/=)e=2)=/=2!e=! = 10 10 f= =] BE) BS] BE] EB] Sf ES OE ES SE EP EI] EH] =! 1 OO CO Of} =] =) 10] OF} = 8 11 SES = / = oS fel] 2lea=|eletelel]e/a2lel= ela \e2!l=2 es = 10 12 — i i 2 2 2 222 2) 2)= 7) 2=/)=/= = 9 IST = |= SSS | | 6 SPHPHl_ Hae) ] BSF BS BS] SE] S|) S| ES = = 10 14 i 2 a = SPH, HPyH/=/=)/= = 10 WG )= =) =) 2) =] =) 2/=/=)/2=/2/=)/=/=/=!)=/e=/=/2/=/=1=)/=] = 10 Wf = | =/=)/=)/=/=/= | =/= SHSlH)=/=/=/S=/=/=/=/=/=/ =. 10 W)}=|=/=/=)/ =] =] 10/10 10] 10/10) 10710/10]10)10;10/10) =|=/;=)] 0} =} 10 10 WPS) Sf Se] Se BS] SE ES eS Sf Se Se] HEP Ee 1 10] S|] SE ] ES SE] SH] 10) HS] SE] =] = 10 19 Sj) 2/2)2= =) =) =) ==) =] =! =) =] =] =) 2) =e) 2/e = 10 20 SS SS SSS SS SaaS a SS eS eS SS Sea SS aL aS eS eS eS = 10 21 SleS!=/=, =/=/=/=,=/= = Sj =) SS SS SES | SE Sl SE = 10 22/10/10 10/10/10}10/10}/=/10)=/1l0;/=f=|)=)/=/=)=/=/=)=]/=)/=/ =| = ] 10 23 0; 0, O; O} O} O} OF 1} Of] OF} OF} OF BIH] =] =) =) =)/=2/=/=/=/2 = 5 24 — 2 2 22 2 = 10 213) — 2 2 2 2 = 10 2 );=/2=/)2/=/=/=/= =i/=)/=\= = =|=)la)/=/=)=)/e!/\=) = 10 2 WS) Sf ES SS SS SS | HS BS SS BS SS J ES FSS Fs SS SES = | OO oT OO) 4) 6a ae 8 2 S/S) 2/S/2/=)/=/=)/ 6/10) =) ==) =] =/=/=/=/=)! 8) =/=/=]/ = 10 29 9/ 0} 0} O} 0} 2) B=) SE) =) =] =] =] El BS SS BE SS BE VET ST SE = 8 30 |= )/=/2=/S=/=e — a 2 — a a 2222 10 31 S = =/l/=/= Sl= Sf~HS lH y=Hl=/=)!] 5b) =] 0] =) =/=/=)] 8] = 9 MEAN. | 9°3 9:0 9:0 | 9:2 | 9°3| 9'4| 9:2) 9:6 | 9:3 | 9:6 | 9-6 | 9:7 1.9°9 |10:0 |10-0| 9°5 | 9:1 | 8:5 | 8°8 | 9:3} 9:4] 9:2) 91] 9-7 | 9-4 CLOUD. FEBRUARY 1890. Ill I MS Ml OONA NP WHE 10 Socce ll coll Ill Il oocce ll Ill Ill Il Ml olllooo ll iil Ill Ill ollloco Ill Il Ml Ml Il olll soo Tl iil Il Mil WM Mex Ml Soo Til lM MI Proll ile olll ooo Il Sill iil lll MAM Mo Mhoooeo M coll Il Lol Ilo aoooo Mil Ml ill Mil wallleo Illbcoo Silll rolll Ill mo Illmooe ll Ill Il Ml! HMM coe Srtooo il Mil til Ml! ll aalllo Illeaooc Ill oll! Ill Il WM AM Mex Soooo Ml iil il il tl ISlll ilo Illoeoo'lll Ili Soolloo Iloooo Sill ill il Hl coll exo Misco Ml iit iil Il Ml HI Sl hoo Ihresoo Mill il il tl HAW MM aM MoS Srecom lt il il ttl WM solos Illesscoo Ill lll HMM WN SMM SO Mrccoo Sill il Ill! aM MA alll coors Ih Hore Il iil} 26 27 28 Ilo coll oll MMMM cowecs Illeocoo ll iil ill Il tl lexnS soll pill Wl S oolll iil ill wo olllo oslll Ill MMMM NM oll loo cooow Ill lM It 13 SSH l/=/=/= 1 15 Sl=Hl=/=/= 16 = |= SPH =) =/ =) =/=)/=] 0] OJ Hse] = 9 17 =/= — i (i de 2 10 18 =/|= SS SS eS SS ES SES eS | SE I ES ST ES = 10 19 = = Sl 7\|=/e = =) =) = SS = 10 20) = |= =/=/= =H=f=/=|= Sl=Hl/=/=/=)]/=/= = 10 21 = — ia i i 2 2 2 a =S/=|= a 22 = = SIMO Or oy GH ay & SESH, =H;,=!/= 24 3 Le el Mal a ay | TOR On ERO 0 Gi Oi @ 0 CO ON OO CO Oy Oo 0 0/] 0} O Sill soolll ll Hl Wl x exit Ml Ml eS Sogo Slllo coll Il Il S00 coll lll a Ill I Sill alllo coll Ill Ill Slllo coll Ill Il IH TL All Ill co Ill Ill co Ill IH AIL Ill co lll Is Sill Sill IIl co Ill ray °o on) w ao ws wo oO foro) ; ton) th a to SY ja ey TS) it oS CON COHMODME Mz#AN. | 62 ~I wo “I bo ~I part nI — “I Oo _ ee “I “I “NI wo x bo lor) eo) xn LS) _ or “I or “I or lon} [oo “I a lon) r= a BEN NEVIS OBSERVATORY. 203. CLOUD. AMOUNT OF CLOUD (0-10). MARCH 1890. 1/2/3/4]5/|6]7) 8 | 9} 10) 11] 12] 18/14} 25 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 28 | AUC. ean, See On One d=)" | = [0S ONSs ese ON ONE ON Orie al | 10 9 0) Ly} 1! oO} 0 5 3 2 OM OR MON 43) 1h) SOR Site ae ee eee OU AG ented ol Ae OM melee one Hi Ol) 8 4 3 3 8/ 8f/ 38] Pt Li Sli al Se) =) =] Bla Ss SS I SES SE He J SE SE PS |] SL SE = 8 4 7) =) =) =) =] =) BE] ES ES ES ES SE EJ EI EY SE SE BE BE SE ET EH] SE ES 10 10 5 10 | 10; 10;10/ =| 10) 10] 10) =J =) =] =297 =) =] =] =] =] EB] SE] Ee] ES] ES = = 10 6 Sf SF SH BE fF SE FF EB] EH 1 10 ES ES ES | BE ESE SE ES SE SE EY ET SE J ES] SE = = 10 0 pS Se ES BE BE KE KE I SES BE I BE BE ET BE BE EH BE BE Ee Ee Ee eT Es SE = 10 8 Sf SS ES | ES ES ES |] SH] 10] ES] ES BE SE SE ES ESE EB BE ET SE] ES ES = 10 9 4/10;10/10)10);/=] 8/=/=/=) 2) 47=] 5/10) =/)=)/=/2=/=/2/=/=2 = 9 W]e ES ES ES ES ES ES ES Fs SS ZS ES ES SE ES ES BE I BE BE SE J BE EB J Es = = 10 MoP=)=]/ 2 /2/2/ 2) =2/=/=/2/=)/2=7=/=/=/= SHH /=/=)/=)] = 10 a ee ee Sl=/=/=/=/= — 10 Ce ee = 10 457 =) =/=/=/=2)/ =) 2=)/=/2=/=/=/=f=)/=/]=/]=/10!] 8] 8] 7/1l0;/=/= = 10 I J}|=/=) 8/10) =) =] =/ =] =/ =) =/ B=] =] EH] KH] EH) EE SE SE SE EL = = 10 6 f=) =] B=] SP ES EY SE | SE] =] =] 10] 8 Of SH] 10, SPE] Ee] Se] ese] ez] = = 10 WJ =) =] =] =] =/ 10] =} =] 10} 10) =|] =7 10/10/10) =)=)/=)]/= Se) 05) 0) 510 5 9 18 SSS ES ES SS ES ES ES ES I ES SE SE I SE I BE SE I BE J BE BE I SE J SE J] ESE J = = 10 eels |) ot|| 2 8) 45 4 Oi ae Ont Ol On ht) 7 1° 8) 40) O} One OF Sl = 4 99 110) O| 4)-0;/=]/=} 44/10) =] =/=/=7=2/=/2=/=/2/2/2=/=/=/=/e= = 9 21 SPH PS fF ES] = |] =] =)! 10/10) 10/10) SPH] =] =H] =] ES) SES SES] SE] SE ES = = 10 2 f=] 4) S2/ 2/2) 2/ 2/2/22] =] =/10OP =] H=/=/=/=/=)/2=/2=2/=/=2/= = 10 2 yj pS fH lH] =] 5] Of =} =|] =] 8) 8F 7] 10); 10|;=| 6) 4] 8} 4} VO] OF 0 0 6 24 0); 7) 6),=]/=/e= 6) 8) =) =) =/=7=2/=)/=/=/=/=/=/=/=/=/= — 9 an i 2 2 = 10 06 f=) =) =) =) =) Hf BE) BE J SE SE SE I BE SE BE BS SE SE SE SE ET SE ET =] C= 10 Yn i i 22 | 8 10 28 6/10) =] =] =) =] =] HE) BE ES I SE EP SE BE I SE ET = |] = ] =] =] =] 10] 107] «210 10 9 }HS BE] =]/=2=/2=/=/=/=/2=/=/=/=]=/= =/= =Sl=/|]= 10 80 FH] =H] =] =] =] =H 1 10) 10) =) =] =} = y=] 8] 10} =)]10},9)/=]=)]=) 0] 0 0 9 31 0; 0; 0} O} 0; OF O} OF} OF 10; 9} BF 8] 8B! 8] 6] T/Hyl=Hl]1lO;/=s=) 6] = 5 MEAN. | 8°5 | 8:2 | 8°6 | 84 | 8°9 | 8:9 | 8°4 | 8°8 | 9:0 | 9°5 | 8°6 | 8°7 | 8:9 | 8°8 | 9:0] 9:1} 9:5] 9:4 | 9:0] 8:8) 86) 8:2) 87) 8:8 88 CLOUD. APRIL 1890. il Sl /=/= a By) (J) 8) 8} 7/10) 8710)/10)=)=)=)/=)=/=/= 7 4 9 8 De eLOn LON es) 105 =|) Qi) Or) (OF) Or) (OF) ON OR) 25) 0%) 0) 0} 0} OF) ON! 0) OF) 0 0 3 3 CRG On RON enOn One One sO))) TON ON On See ON (On ON)" Olly ses OF) OR) OF! 0 0 0 4 oi 9 9) 6) O} 2) ) Ly O} O} OF} Si BS) Ly 8) 108) =) SS) SS) ES] =] CS 6 ees eed) 2) | SF Qa ele ee |) 7 LO: GH LO) 105) 101.) 10) |; 20 6 6/0) =)=/=/=) 8) 5b) =) =)/2/=)/ 27 2/2/2/2=/=/2=/=/2=/=/2=/e2 = 10 Uf SPH PSP Sf SE ES SE I ESE I ES EF ES | EF ES] EH] =] 10] 10)/10) = = 0;=/= 10 4 10 8B Hla) Be F ES] ES] ES ES ES SE] ES SE EP ESE] =] 10 = GN UM aD |) alo | 7 I) aoe = f 10 9 9)/=)=/=/=/= 7}10} 9/10) 9} 74710) 10)10) =|] =) =)/=)/=/10/=/= = 4 10 1] =f ES SE EF ET ESE ES SE ES | = | EP =] =] =] 10] 10) 8] 9] 8] 10] 7] 5 0 9 elon LON) 10%) 19) =| =|! 8) 9) 6} 5) Ge Lon 45) 9) 8) 9) 3) S10) 8! OF O} 0 Or re 12 7T\\ 4) 6110) 9) 8] 9) 9) O)] 8! 10/10) 9) to) 10) 10) 8) 53:5) 5) Oo; Sl= On 7 ees On One ONO) 0) |, OF), 108!) 2 7 | LOM SHR Ghie |) Oe) O80) OF SB) 6 TO by} =H fF 5b 14 |10}=/ 0; 0} 4/10) 8/10) =/=)=/=1] 7) 2) 4] 6) 7) =)=/=/=/=/=2 = 8 15 SPS JS ES I ES ES ES ES ES ES SE | EJ ES ET ES = 8/=/=/10)/10)}/=)/= = || io Wy=lP=! 6) =) 2H] BH KH I BH J KE SE oP ES ES = = =/= = 9 17 SS FS SS ES ESE ES ES I ES SE | EP SE I SE I SE SES SE | SE ES Sf) =/= =} 10 SS eS SS eS ee SS ee eS eS eS a aS eS eS ee eee ee ee 9 |}=)=) 0} O} OF} 8B/ =] 5b) =/2=2)=/2=)7= = =| =/= a = 8 ol SSS SSS aS aS eS SS SS SS) SS SS SS Ee eS aS aS aS eS = 10 21 =/=/ 8] 6] 5| 5) =/=/=/2/ =/=7=)/ =] =/ =/=/=),=/=/=/=/e2 = 9 8 SH iS aS I ES ES ES ES BE KE I ES ESE BE ES EE BE BE SE SE EI SE] SE SJ = = 10 23 SPS SHS ES I ES I SES BE I ESE ESE ESE ESE ET SE] ESE] = SlHl_fpS)s;=/= = 10 24 SHSlpSfH/=)/=)/=)/=/= ee re = 10 25 SPSS] = ff SS ES ESE I SE I SE BE ESE | ET ESE | SE ES = 7\/=/\= = |= = 10 PH] Hl=)| GPPH lH) = | BH 1 =] 8) KH I BE ES BE I BE BE 10 J ESE | SE SE ES = = 10 eee eel On St) 28) = |) = SON Salee con 2 TON Th 22) Si 6 | 10: |) 7 4 7 28 AS eee ton Gn eecenleeren Ol 16) |) Gil) Sullivan men MOR MESH Onli 201 4a Sale (Oni 0) ) 60) 8) == 4 29 Calero |e Onli ee By 108) SS) = | SS) aon On 9) 8 8 OS PS) =>) = = 7 re ee | ON On LON LON OMe ves 4e1 LOR Onl) (a 9 9 Mnan. | 9°2 | 8:6 | 7°5 | 7°9|7°6| 76 | 7:1 | 7:5 | 8:3 | 8:1 | 8°5 | 7:79 7:9 | 7:8 | 8:2 | 8-7 | 8:1 | 8:3 | 8:2 | 8:0 | 7-4) 83) 8:3) 81 8:0 H a a ee eee ee ee 204 BEN NEVIS OBSERVATORY. CLOUD. AMOUNT OF CLOUD (0-10). MAY 1890. Edler. Mid- 15 | 16 19 | 20 | 21 | 22 | 23 night. Mean, “I — _ _ i) e i) — is — “I eS ete owoorF e ounnoond Soaolll u Wl Stllo WM Stllo ho colll ox comalll ons ry COFCO rat a WN cocolll nome HH IM coll co Il SST ill oa) WSSlllco IlSSssill age WM MW Mor womtlla Mell Ml SUSI S tl SSoolll bH Soolll S Ill sSolll — et | I coll low coolll Il ISMN epilSilS IhesSoalll Soll w | & jt WSU MoS Sool Il wlll Sil Slllo IhSS welll Soollleo | oe MSI Mom cool il oH MMM MMNMNMNS HeSoalll IM Ste | SOONG oBwmoH | i olll Silla Il SSclll I Seolll Il wolll aw IIl Ho oo lll 1 oon Ne} Sill corsill ITN po en ll HSthotl MM MMM tM SesM MroStllo WE ST A WTA TAA co co tll Meee | 2 tS oolll Ill worl lll So HOD I Illoolll oo rT = = Hl Moo Snell WM SUM WM MA MoSIM wSilhos | = WN eo SM SIM IM WM MM WM Me oSIM autles | 2 WN Moom on SUM MSM MM MM SUM MSc tl weolllos | ce WWM com SM SIM poll MMM MM SUM WM Seoll Il comllon | > HMM ocll cont aSt itil WM M MM MN sacolll moscow | ce Sill ll oslll osolll WM coxll MMM MN SM Mee SUM coetll Hex | eo WAM Seoll wooeolll MM SUM MM WM MI WN SIT pe ll cos | = WM oowe som AM MMS MMMM Moms aHracor | ox 11 = = 10;/=/= 12 = =S/= =/10|/= 13 = @) | yy 1 1 =/=/= = =/= 1 1 =S/=/= 15 = =/= 1 =S/=/= 16 10 SPH =/=/= SHS l=/= 17 — Sfl=Hl]=/=/= =|/=] 5 18 = 10;10;/=/)=)/|)= =l/=/= 19 = S) 70 ]| ty) hy) 6 | 10 | 10 20 6 10) =7=/=/= =Sl/=/= 21 = | = 22 = 10 23 10 1 0 1 0 0 Ill colll Il omy WO lll co IN) SHEET WA WM exe Comeolll WM MW Woo aorSilll = alll loo copill Ill MH SlllooS woxrill ill = SSill Ill oS aocolll ll WSU MM po Consill Il Slll soll NN jee Wb eo Hl Ul ne Ill = & Db Z NI [=r) _ co ~I Hs ~I for for) or Se > for) na ~~ me co mo wo oO [oe co ay We} ~_I — ~~ co ro oo On oo i go [%) (oe) co ~I a BA two “1 eo) a co x love} a oO ae lor) n lor) CLOUD. JUNE 1890. 1ljelelelelelelelelhelealelelelt=lelelaelelel=l=el=elel = 10 2/2 /)/2/2=/2=2/=/=/=)/=/=/= SPH) =) =/=/=)/=2=/=/=/=/=/2=)] = 10 8 HS PS] BS ES ES SE ES BS BS BE BE ET BE I BE EB BE SE SE J SE | SE SE SE =] OE 10 4) eS) 2/2) 2/2/24 / 2/2) 2/ 2/2/4272 / 2/2/42) = )E/2=/=/=/e=/=] = 10 5 SPH ef BE Sf SE SE SE SE | SE SE ET Se SE EI =] = 8 2} 10} 10) =} =] = 10 6H) Ee) Ee] BE] BE] SE] SE SE S|] = |] = | = F110] 10/10/10) =) l)y=l_=l=]=]/=)] = 10 7) =) =/2=)/=/=/=]/=)] 9) =/]=)] 9! 9 =} 8/10} 8] 10) 10)10;/10);=]} 0} 0 0 8 8 0; 0; 0; O} O} 1] 1} 8} 6} 8] 8) 104910) 10)10) =)=Jy=l=)]=)=)/=)/=)] = 7 9 SES] ESE) 2/2/24) 2/2/42 /2/=/=7=/=)/=/=1 9] 9) =/=/=/=/=/ = 10 WW PHSB SEH Bf] BE] EH | EF Ef EH =| 8] 10 ES} =] =] =] =] = 110110110) =} =] = 10 Wop] =) Se) BS] SE] SE] 2S 2S SE EE BE BE ET BE BE EE] = 1 10110) =) SE] =) = 10 122 |=/=/= =|=/= SPH Hf) Hy =] BE | BE ES =H] 10] =] EHS] =] =] 8] = 10 13 1) lj=J]=) 2) 2/2=/2=/2=/=)] 4) = 72/2) 2=/=)/=/=) 2] 6) =/)e2/=)] = 9 4°) =)] =] =] =] =] =) =] =] =] 10] 8] =] 10) 10) 10) 10) 6) 6] 5} 5] 5) 5} 8 8 8 15 8} 10/10) 10; 10)10) =) =J=/=/=)/=7=2/ =) =/=/=/=2/=/=/=/=/=)] = 10 a i 2 22 2 2 a 22 i 22 2 10 5 a or 2 2 2 2 2 2 10 Wo) =) =] =] =] =] =] 10] =] 10) 10) 10) 10a) =a) =) =) 2) 21 2)/2)/=/=/=)/ =. 10 CS 2 2a a — 22 10 200 |S) E]) 5/2/22) 2) =/ 2) 2/2/ 2/27 =2/ =) =) =) =/=/=/=/=/=/=!] = 10 21 SPS] Sf] ES] ES] ES ES] ES ES |] EH] 10) SE SE | ES SE | BE ESE ES] ESE] SE] El = = 10 2. = SS SS SS SS SS SSS SSS SS SSS aH Ca LON 7) 0) 45 Ss on elo 9 23 |= = SPSS] Ef SS] BH] EK] BHP BE BE | BE SE BS BE SE EP Ef] SE SE] = 10 a 2 i 2 2 2 10 7/5 a — Sa OO 2 — S222 22) 10 26 |} =)=|=,| 3] =)|10|] 5] 9) 9} 9/10) 10fF =] =) =] =] =/=/=/=/ 2/22/22] = 9 27 | =| =]=] 10) =)/10)10;10;) 9) 9] 9) 10P=) =) =) 2) Ss] =] =] Sf] Ee Se SE = 10 28) | = 10) 8) 4 2) Sy BO) LO) LO 7) = 6) 10 0) LON LOO) 7. S85 ae ee eG, 8 29 0; 9);=);=] 2] 2) O| 8/=] 4] 6] 5710/10) 10) =)/=) 10)]:10}) =|=)=)=)] = 8 3 SSS Se SSS ee eS SS) SSS SS SS ea eS EE = fF = | = 10 MEAN. | 9°0 | 9°3 | 9°6 | 9°2 | 8°9 | 9-2 | 9:0 | 9°6 | 9°8 | 9:7 | 9°1 | 9°81 9°9 | 9°9 | 10:0] 9-9 | 9°8 | 9°8 | 9°2 | 9°3 | 9°6 | 9-0) 9:0} 9°6' | 95 BEN NEVIS OBSERVATORY, 205 CLOUD. AMOUNT oF CLouD (0-10). JULY 1890. , 2/3/4)5)]6/7]|8]9 |10)11!12] 13] 14] 15] 16 | 17| 18 | i9 | 20 | 21 | 22 | 23 | Mid Vteon, 1 }/=/=/=)/=),] 6/ 7) 6} 8) 10) =/=/10710) 6| 5) 8/ 6] 38}; 10] 10) 10; 10)]10)] 10 9 2/10) 10) 10) =) =) =] =] =} =] 10) 10) 9410) =) 9)! 8] 10) =} 10) 10); 10) 8] 8) 10 9 3 | 10 /=)]10)/ 10/10) 9) 9) ==] =] 10)=) 7) =) 8) =] =) =] =] =] =] OF] CO 4 8 4 /10)10) =) =) =] =] =] =/=/=1! 7] 8] 8] 10} 9) 8| 4] 4] 2) 8) 10); 10) = 9 9 5 | =)=/=/=/= 2/10) =) =) 2) =/=7 2/2/42) 2=)/=/ =/=/2=/=/=/= = 10 ee eee = 10 7 ee Kn | ea — | — ie — ale TON On| 10) 10 10 8 |10} =/10]} =| 10) =] =/ =) =] =) =)/ =] =/10) =] =) =] =] =;,=/=/=/= = 10 9 SH] =/ =) =] =] =] 10] =] =] =] =] =] 10/10) 10) =] 10} =] =)/10;)/=)]/= = 10 SPS] Sj PSE ES] =H] =H] 10] SH] =] HE] ST =] =] 19] 9] 10 9/10}; =/=/=/= = 10 =/=/=;=] 9! 7] 9) 41 5] 8} 9110710} 6) 9)/10} =] =] =] =)/ =] =] 10} 10 9 =Sf/=/=)]/=/]=/10] 9} =} 10/10] =} 10 SlH/=/= = Sl = = 10 — i i 2 2 2 2 2 22 2 = 10 2 2 2 2 2 = 10 a = |= = Sl=/= = 10 =/10) =} 10/10/10) 6) 7|.8)| 7) 3) 7] 5/10) 10) 10) 10) 3] 3] 0} O} 0}; O 0 6 at ly By ae Sy at By Me ak Bayh re |) ts) By fh WO eI ES) aI aM ye I a) tak) |) a KO) ao) 6 NOM ON LON 10) | => 107) 985 10 SS SS SS SSS eS SS | SES =], =]/= 6 10 AO an eer On ON SON SON OM) ase sn ON pees en emOne 451 Si se elon elon OR 2h 50) Dy, 4 6; 8} 9])10)/10}/=/;= SHSl=H/=)/=/=]= 9) = = /=/=2=/=/=/=/=/= = 10 SlHl l=] =/ =], =] =] 6] =] =] 10] 6) 4) =) =/=/=/=/=)/=)/=/=/= = 9 SS SBE FE I ES = | EE ES SE ES ET ET SE EB | BE ESE SE SE I SE SE] Es S = 10 SS Sf ES ES ES SE | BE BE BS EB ET Ee SE BE SE EY BE ET SE J ESE] ES = = 10 SPH] ES ] =] =H] =] 10} 10} =) =) =) =]7=/= SPH y_Hpl]/=H=];=/= = 10 =/10/=/10/10) =/=/ =] =/]10] =|] =] =] =] =] 10 7| 0} 6/=/=]/ 7] = 9 = on er i 2 2 — 2 2 = 10 ESlpH_HS)=)/=)/=/=/= S=P=] =)/=/10) =] =] =] 10) =] 10] = = 10 SPS f Sf ES ES ES ES ES SE SE EB ET BE I SE SE SE SE BE ET ESE] ESE I ES = = 10 SP] BEF EP SE] SE ES ES SE SE BE SJ Ee I BE BE BE SE BE BE J EB] ET Es] = = 10 SS FS BE BE ES ES Sf SE SES SE ET Se BE ES ES Ee ET EI Ee SE |] EI] = = 10 SS SE ES FF ES ES ES ES I SE I SE EB KEP BE BE BE ET SE BE BE BE SE Es = = 10 9°6 | 9:3 | 9°5 | 9°5 | 9:5 | 8-9} 9:1 | 8-9] 8-8} 9-3] 9:3 | 9-549 9-1 | 9:5 | 9:4] 9-5 | 9-6 | 9:1 | 9°71] 9°5 | 9°7 | 9:0) 8-7) 9 9:3 CLOUD. AUGUST 1890. i i i i 22 — ar 0 1 6| = 6/=/=;,= 6| 0 0 0/10)10) =| =} =/ 10/10) =) =] =/ =] =] =] =] =/10] =]=110] 8] 2] 7] 10 9 10 | 10 | 10; 10 | 10; 10} 10} 10} 10) =) =f =P] ] =] =] ES] ES SE ESE SE J SJ EL = = 10 = ee ee eS eS ee ee ee ee = 10 SPS FS] SE ES ES ES ESE I BE EI BE ET ES SE BE BE EL ESE] Ee SE ESE] ES = = 10 = |=] =] =|] 10] 10 =) =>) =) =] =) =| =} =] 10) 10) 8) 8 9 10 8 | =|] =] 10/10; 10} =} 10] 10] 10} 10) 10410) 10); 10/10) 3/ 9) 5) 8/=] 6] 8 6 8 Bl Zi Be Wa Sele a eS a By Gy Oy ETOP CST teas et UN sy 3 4 MelOn| ea almos|ecOn LON 7) 555 AN VOU SG eS SLOF LO! 10) ) = |) 1051 95) 65) 85) = | = = 8 SSS | ES SS ES] SE SE |] EB | E |] EH] E70] 8)})6hCU8|| 6 64]Cdh68]l 69:10] 2] 1] OF} O 1 8 1} 8} 9;10)10/)10) 9] 6; 7/10/10) 10]}10) =|] =]=)] =|] =/=/=/]=]=1/10/ 10 9 OM LO el On ae — ae TON 9 | Oh SS | = 8 = 2 9 1) 10;10)/ 10) =|/=/10)/=/= 8/10} 8, = 8}10/10/10} 9} 9}/=/=/=/=2 = 9 ee Oe 2 2 00 2 2 = 10 SS Sf KE ES] Sf ES SE | ES | SE] 10 BE BE ES BE EP ESE ES] ESE] ES SE SE SE] OE 10 SPS] =] = SPH /=\= = — a i = 10 — 2 2 2 2 — 2 2 = 10 ee S| =/= 10 10 10; 10; 10)10; 7; 9|10; 0} =} 10) 10) 107 =} 10) 10) =] =/=/=/=/=/=/= = 10 2 2 2 i 2 2 2 2 = 10 — i rr 2 2 V2 2 = 10 SPSS] Se EB] EB EB EB BE EB | ES | BE ES ES SE Ee BE EP ESE J Ee SE] ES = = 10 SSS ES ES I ES BE | BE BE ESE] BE] EJ ES ) ES ] ES ES = 4,/=/=/=/=/= = 10 =/=/10)= 9, HEH l=]/=])/=/=/=7 =/=/=/=/=/=/=/=/=/=/e 10 10 0; 10) 10; 10) =} 10) 10) 10) 10) =} =] 10f =) =] =] =] SE SE J] Ee SES] SE LE = 10 SS fH BS ES I BS EE | BE BE Se EP SE I Ee I ESE Et Ee Ee J KE ] EH ] ES] EL = = 10 SS] SE] SES ES ESE ES ES SE] EB] ES] EHP =H] 10] 9! 9] 9S = =/= = 10 SS ff Sf Sf ES SE ES ES SE | ES] SE] EP =H] 10) 10) ES] ES] El] El] E=] =] =] 0 0 9 =/=/] 0; 0; O;} OF 1) ES) =/2=/ =] 7] =) =] =] =] =/=/=! 9) =/=/=/ = 8 0; 9] 8)/=/)/=/=/= 5| 9} 7] 8] 8710) 7) 10) =) =/=)/=/=/=)/ =] 9 0 8 0/ OO; 0] O} 0, O}] O| O; O} 2] 8] 9F 4] 4) 9} =] 9} 9} 9/10)/=)=ls= = 5 77 | 9:2} 8°9 | 9:0! 8°8| 9:0} 9:0} 86 9:1 | 9:2) 9:5 | 9°19 9°6 | 9:3 | 9°6 | 9°6 | 9°6 | 9°5 | 9:4} 9°21 9°5/ 89] 8:4) 81 91 206 BEN NEVIS OBSERVATORY. CLOUD. Amount oF Croup (0-10). SEPTEMBER 1890. Ue WeQeleSehed We Go| Gl 7ull- Baleom| tou mua 13 | 14| 15 | 16 | 17 | 18 | 19 | 20 | a1 | 22 | 23 | Mi" Itean fo} i SPS l=H)=)/=/= | — a i a 2 2 2 2 2 — 2 = 10 2 rr 2 2 2 eS 2 = 10 3 — i 2 2 2 2 2 2 2 2 2 2 = 10 a 2 2 — 2 0 1 8 5 0; Oo; O| 1] O| 5j] O} OF} OF} 1) 4) 5 7] 4) 9) =] =) =/=)/=)/=/=)] 0] = 5 Ca) OR ai) OR) 20 FZ 2a Seale eet net | (0) | Oi) COL) ihe as 74S eT STN Nl sre 4 3} 7 Ze sOns an Aa 25 2a ON OR On OR Om OUR ETON |) ON} 05/105) 2105 Ons On On ss ieee 10 2 Bp HPS BE KE BE | BE ES SE SE SE HT SH 4A 1 2 6 6 98] 7) 10) SJ =HJs= = 8 9 Soe) B=, EH] S| ES ES ES SE SE Sy SEP SE] SE] =] 10] 10) SS] Sey Se] ese = 10 10 — 2 2 22 = 10 11 ar 2 2 2 2 2 2 8} 4/=/=!'= = 10 2S SS = Sr SSeS Gal Shi Sh 7 |) Ge) 4a 4 Saal TORO On On) 0) 0 6 13 CO OP SO OT OO Oy the ah ak Bel Oy EO ey a at Oh OF O}] OF 4 0 1 47S /2=)/=! 4) 2=/2=)/=/=/2=/=/ 9} =) 5] 7) 7) 6] 8] 8) 38]/10) 8) =/s= 0 8 15 OO) OSS eS SS SS TO OOOO Oy Bi wy AE ze at a 83 2 3 16 OO} CO} OH CHO} Sia ©} ©} O} wi) wll sh 2y a) eB) Gl Pl 6] Sisiol=/l= = 3 17 SSS ES ES EY SE | ES ES = ES ES gd SE | SE | SE SE |] E |] =] 10) 10) =] Ef = = 10 WPS =f =] Ef ES ES ESE ES St SE BE EP ET SE ] =] ES] =] CT O88 7] 10) 4)/=) = 9 19 =/= 2) = AO | Oo} By =) = 8/10) 10} 6)/=)=)/=/2=/2=/=/2=/=/=/= = 9 200 | HEF BE] BH] =] HK] BE SE BS ES SE ET BE SE SE | SE] =| 8 10} ES] SE] ES = = 10 21 S)S/S/S!/5) =] B=) =) BE] BH! =) =F =) =) 2/2 /2/2/2=/2/2/ 2/2 = 10 22 Fe 2 2 2 2 C—O 10 9 2 )/=/10) =f) =/=/=/=/=/=/=) 6] 44=/=2/=)/=/=/=/2=/=)/2=/=/=2 = 10 24 2 2 2 = 10 25 HSH) BE ft BE BE I Sf ES SE | ES ES SE SE EE SE BE SE SE SE BE SE El = = 10 26 2 2 2 2 = 10 27 — a i 2 2 2 2 2 2 2 = 10 28 7S) 2/2 /=2/ 2/2/22) 42/2 /2/ 2/27 2/=/2=/2=/ 2/2/42 /=/2=/2/= = 10 29 SS SP Sf ES EI SE | SE ES SI ES SE J SE BE ES BE BE BE BE BE BE SE = = 10 80 ff HS EH] =H] =] =] =] 10] 10) 10)10) =) HS) =) =] =) =] =] EB] SE EB SE SEs eS = 10 x MEAN. | 8-4 | 8:0 | 8°2| 8:3 | 8°5 | 8°6 | 8-4 | 8:4 | 8-4 | 8:0 | 8:1 | 819 7°8| 7°8| 7:8] 8:0 | 8:3 | 7-7 | 7:7 7-7 (83/78) 82) 82 | Sl i CLOUD. OCTOBER 1890. Ll )=)=/=/=/=/2=/=/)=/= SPH lHy=Hfy=Hf)=/ =) 0; =)=)/=)]/=)]/ = 10, 8S) HE) =) KE] BE] SE SE | BE BE SE BE EY SE SE BE BE BE SE BE SE ES] Es = OE 10 4 )=2)/=/=/=)/=/=/=/=/=2 — SPH l_=H/=/=/=/=/=)/=]/ = 10 |. 5S) Se) BE] EH] HE] BE BE BE BE EY BS SE SE BS BS BE BE BE ES SE BE] SE] SE] = 10 6 SSH EF ES ES ES ESE I SE I BE BE ES BE ET EB | SE BE BE SE BE SE] SE] SE] =] OE 10 7 |=/= = = =/=/ 9| 7/=] 8| 7/=/]=)] 8} =)/=] 4] 5] =] 0 1 8 8 PA OY OW ON OU Oy Gy Oy ON Pa Ete StS We 25 I fay WAM te ey ee toy lp = = 4 10 f=) =f ES ES ES SE = SE 2B BE BE BET BE SE BE BE Ee 2B BE BE] SE EE = 10 11 =S,=/=/= a — — — — — — — SlpSH)/=/=)/=)/=/;/= = 10 2) =) =) =] =] EB] EB SE] EI ES | ES BE ET Es = Oy el 8) 5,/=)/=/= 4 = 9 13 SlPHl=H)/=/=)/=/= 6) = 9)/10;};=],=/=/eE = Sl=/|= = 10 | 0 a 2 2 2 10 | 15 — — = = a — — — = => — — — — — — — = — = 10 ' ww | S\lelele]l=i=l=)= l= = pS \l=elea/le)ea) elealelel=| = 10 |; W)=)=/=/2=/2/2=,=/2=/=/=/= SPH =jH,=/e/=/=/=/=/=/= = LOE 18 Sfl=l/=/=/=/=/= 7 3) | eal 4) 3) 4c) 10)) Se elosieon | 0; 0 1 1 0 0 6 19 CO) EY a eS AKO tO) PaO Oe a a Dy ay ay eet OO Owe = | = Do | 200 |=) BEF ES] ES EE BE ESE ES ES BE ES EP ES SE ES EE ET BE EE EJ] EL = = 10 | A ie ie — Fr 22 2 V2 0-0 C0 Jy ag GV CV i 8 } 22 6}; 5) 5)=); 0/10)/10)/=);=] 4] 4) LP=] 4) =) 2/2/22 /=2=/2=)/2=/=/=)] = 8 23 SSPE] BE SE | SE BE I BE BE BE ES LE Ee I SE | SE Ef Ee ES BE ESE |] ES] ES] = = 10 4 ;=/=/=/=/= = = — i = 10 25 SPH lHPlP=/=)/ =) =) =] =] =] =] 10710} 10' =} Hp =l] =) =] =] =] 10) 45 = 10 6 | =|] 7) O10) =] OF =] =] 42410) =) SP Ee] BS] Be] ES] Ee ESE ES BE BE El = = 9 7 }S=l lH) HEH) Ee /=/=/=/=)!] 4/ =] 8) 1 =el/ele= 4/=]=/10} =/10/10/= = 9 98 | =/] 8} 8) =/ 10/10) =) =/=)/=/2=/ 27 2/=/ =) =/=/2)/=/=)/=/=/= — 10 29 = — = = = => — — = — — — — = = = = = — = = => = 7 10 30 = Cc ee 2 2 2 2 22 2 = 10 31 — a = 10 MEAN. | 9°3 | 8°9 | 8°8 | 9°7 | 9:0 | 9:0 | 9'4 | 9°4 | 9°4 | 8:9 | 9°) | 8:9 1.9°4| 9°3 | 9°5 | 9:2 | 9°5 | 9°6 | 8:9] 8:7 | 8°8| 9°41 8°7 | 92 F 9:2 CLOUD. BEN NEVIS OBSERVATORY. AmouNT oF CLouD (0-10). NOVEMBER 1890. i) oo pears ep SS on oO oo oo +) 100: wm Co fo) aS “I « [o°9) ie w ey aD 10 10 10 8 9 6 10 10 8 7 10 8 5 10 ‘) 10 10 9 for ye) et eH 2| 38 5 | 6 |7 {8 {| 9 |10| 11 | 12}-13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 28 | Mid night, 1 SPH) =/= SlPHl=HPs/=/e= = = = = = 8) SS) SSS Sa eS Sate th eS SSS SS aS aS aS aS eS eS aS SSS 8 Sh SO HO) TO aoe iO) |} 1) SS ES SS SS SS eS St Se aS aS aS SS = 4)/=)/=/=/=/=/= 1/= 4/= 1/10710) 1) =) =) =/ 2) =)]=)/=/=/= — 5 i i i a Ones) 100) OF ON) 10h) OF eL0)) 10 ae ea | ||| (0) | — | — elle) = AE SSS a ee fo | | PAA) tshell SO oe 2) |e O/H /=/=/= = en || ea — ali — 9 LOM LOM Ol Ol LO 1s el Ont ieetOe eelO i ee ea = 2 ee) SS a SSG OSH Ol ON ON Oe By SSS SS SS SS SS = 11 SSS ee ee Sa I aS tt SS SF SS SS SS Se SS SS SS Sh St SS Se = 0 12 i er 2 = = Sl=/= = eS Se Se a SS Ss he SS SS SS Sat Se | Se SS aS Sea Se te = a ef | |i a = a eS SS SS SS SS SS eS eS SS SSS SSS SSS) = = LS SO © NO) 1 eee SS Sea SS Sa eS SS SS SS SS eee dieGe id) 20.) 0) | 4196) eS ele vaio sOnl So) 9 = 09) SS SS SS = | = ee Se al SG on i = = SP 8 ao | 19) 10) 10!) = 19 ae ee ees | = A | SS SSeS SSS eS TG SO) | aS SS SSeS eS SS eS aS tS = De ee eS SS SS SS SSS = | SS eS tS SaaS eS = 22 = — = — = — — — ad = = —— =S — — = — — = = OS |) Be) ea) a) SB) SB Bal Eel ] ] SB aS I = SS aS tS Se SS SJ St St SF OD aw ao |) a) 24 ee SS SS SSeS SS SS eS) SS StS SS = = “oe ea re ea SS SS Sea SEB Fs Oo = © ©) OU) A Bey ao SS) S| = = Oo | ea) ea) a) ea ed SS Ss BS | Sf SS | SHS ST OS OGY] SB) Gy) oO} OF} OO} ©) ©} @ 0 vi Ol OF O} Ol OW ON ON OW Wi Oi SL) Gy Tey Oy er ee ea he ee tel) 2) 9 28 |10)10} 7] 9} 8/10/10) =)y=)/=)/=)/=)])2=/=/=2 = SHSl= f= = ee se SS SS eS SS SS SS SaaS SSS] 0) 10) 109) 10) = 20) a faa ft Si (2 2 2 2 = Mzan. | 9°7 | 91 | 9:1 | 9-1 | 9-3 | 9°3 | 8°8 | 8°8 | 9:0 | 9:0 | 8°6 | 9:0} 8-6 | 8°6 | 9:0 | 8-7 | 9:1 | 8°9 | 8°6 | 9:°2 | 9°3 | 9°31 9°6| 9 _ CLOUD. DECEMBER 1890. 1 SSH] =Ba/=2/=/2/2= =/ 2/2 / =) =/=/=/= Sl=a/=)=/=/= = er 2 2 — 22 — 2 a = SS PS SSS tS | = = 2 ESS SS = SES eS SS ES eS SS aS aS aS SS eS SS aS aa Ss = 4)=)=)/ 07 B=] =/ =) =)/=/ =] 4) =] =710] 2} =)/10) 6] Of} OF} OF =l=)/=] = DHS HsyHl=e=l/=l= = = =f=)/= =Sl=/=/=/]=)/=] 0] 0 0 “ OF On OM ese cOr (0) | 4)/10)/=)/=/= =)/=|/=/= =/=|/=]| 0/= = lS 2) 22 2 aWwe e242 2 zeae See see 9 a — 2 — 2 2 ea 8| 0}; O} O} 0] OJ =J]= = m=) S|) SHS ,Sir=/=)| 6) 4) 4H) Bl 8! 6) 4) 4) =) =2/2=/=/=/= = iny SS BEF SE BS SF ES I Sf ES BE ES I EP SE ES | ES J SE I BE BE SE SE SE] SE SE = eee — 2) 2) 2) i) 7 |) 7 | 9) LO OSS SP SS SS SS eS I SS ES ST SS = 7 eee — Oc Ohi L | Di One SculOne Onl 76 G5 2. 2 Sa 04" 0 ON = 6b }=|=|=!)=!/=/=/=/=) =/=/=/=] 2/=/=!/10|/= 0 =|=|/=/=/= = SS SS SS SS a sa SS aS SS tS SSS Se aS SS eS I aS Ss St SS - lealele)2)2/38 12/4) 212) 2) 2) E212) 2! 2)2 l=) 2124 )]2lealeI 2 el S| OPS SS a SaaS eS | SS SS SS St SS SS aS eS SS Se 6 19 Al Si 7 8) SSS SSeS SS SS eS aS S =HESl=Hl(=/= = ses a | = es | |) 7 Ol Si Of OG) Ol} GO} Op. Oo 0 21 QO; 0} OO} O} OO} O} OO} SB) =) Bl =] apa tf = I = ES EY BE ESE | ET SY] O44 OO 4 22 A SIO By Ol SSS eS Ses ES SS SS SS ESS SS aS SS SS Ss eae 2) ele] Sey Sa | Se SS SS Shea ft = SS | SS | Se | Sa SS SS SS ES BS) 2D a S| 0 3h | SS SSS SS 2) 3/= Ol 0 1} 0] OF =] =] =/=2/ =/=/=/=/=2 = ee ee ee ele — Tel ON | Onin 9a!) 10 oa - OS ess ee OO! es) 0) RES ee ee OMe ONTO) 10 tO) } 19 8 ets =) =) = | ==) =| =)Sfae= =e 2\=12|2)2) il i ome LON Se Sn nOnim TalenOh ON) St 22) Si Se Os ON ON TON i) SS S105) Ss) =) 10) = 80 fH) H)=])=/=)/=/=/2=/=/=/=] 27 2)=)/=]/=/=]/=] 0] 0] =] 0] 0 0 SPpjHl=Hl y=/)/=)=/s= 8 se ee = on ONNCOF ONOCOD oo 207 208 FORT-WILLIAM OBSERVATORY. STEVENSON SCREEN. TEMPERATURE AND AMOUNT OF CLOUD. AUGUST 1890. Temperature—Dry and Wet Bulbs. Men Me Be | Bade Amount of Cloud, 0 to 10. gh 10% 12h 14h 164 21h 22h Bulb.) Min. | gh { to { 14h { 27 | gon Dry. Wet.) Dry. Wet.} Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet. 1 | 57°3 55:2 | 59°8 56-1 | 62:0 57:2 | 63°6 57:3 | 60°8 57:0) 56°8 53°9| 54:0 51°7 | 65:0 | 54°4 - - 9 8 2 2 1 2 /56°5 54:0|59°8 55°9| 64:9 57°7 | 64°5 56:0 | 62°71 55°6 | 55°8 52:9} 54:3 51:9] 65:0 | 49:1 - - 9 9 4 2 2 3 | 57:0 54°8|)57°6 54-7) - —- | 5771 555) - — | 56°8 56:3] 57:1 56:8 | 59:0 | 52°6 - - 10; 10; 10} 10] 10 4 | 59:1 58:9] 59°7 59:0} 61:0 60:1 | 58:0 57:8] 59°9 59:1) 57:8 57°6 | 57:9 57°83} 61-2 | 57°5 - - 10; 10}; 10}; 10} 10 5 | 58°8 58:4] 59:1 58-9 | 60°4 60°0| 60:0 59°7 | 59:7 58°9| 56:9 54:9] 56°3 54:7 | 61:0 | 55°3 - - 10} 10! 10 9} 10 6 |56°9 54:4] 56:9 54:1 | 58°2 53°7 | 58:7 54°7 | 58°8 54:4] 54-9 52°6| 54:0 51:9] 59-0 | 53°5 - - 10} 10} 10 9 9 7 | 56°5 54:0) 58°7 54°9| 62:8 54:9 | 66:2 57-7 | 66°9 57°6 | 58:4 55:1 | 58°1 54:9} 69:0 | 52-0 - - 10 8 4 3 7 8 | 58:8 55:1} 60°0 57:1] 65:9 59°9 | 7071 60°6 | 70°1 62:7 | 59°5 57:1 | 56:9 55°6 | 73°0 | 49°1 - - 0 0 3 3 2 9 |61°8 56:8 | 64:8 57:8 | 67°1 60°2| 71:2 62°9| 69:9 62:1] 61:2 54:1] 59°2 53-9] 72°0 | 53-0 - - 4 3 2 2 2 10 | 65°8 56:1|68°4 58:0} - - | 68:7 56:8) - - |58°7 50°9| 57:2 50:9} 71°9 | 57°3 - - 5 5 6 2 6 11 | 58:9 54°8| 61°9 56°6 | 68:0 57°8| 65:3 58:0 | 61:9 57:4] 60°38 56:9] 59°8 56-9} 70:0 | 54:0 - - 5 5} 10} 10} 10 12 | 55:4 54°6| 56°8 54:9] 58°1 56°7 | 58°9 56°9| 57:8 54:9 | 54:9 53°7 | 54:4 53°3] 60°1 | 54°5 - - 10; 10; 10] 10] 10 13 | 56:9 53°2| 58-1 53°6 | 60:2 54:3 | 64:0 56°0| 65:9 57°5 | 57:0 53°9| 55°8 52-9] 68-1 | 52-0 - - 9 6 3 6 9 14 | 54:1 52-4) 54:2 51:9) 57:7 54:8) 58-1 55:0 | 55:7 53:1 | 52°6 50°9 | 52°9 50°8] 60-1 | 51°8 - - 10 SE 30) 6] 10 15 | 53°7 51:9} 55:2 52°7 | 58°7 54°3 | 54:8 52°0 | 52°7 51:0} 51°2 49:9} 51:8 49:9] 60°1 | 50°0 - - 10) }* 10>) LON 10) S10 16 | 53:9 50°9| 55:1 51°5 | 53°9 50°9 | 52°8 51°8| 54°38 52:9] 54:6 53:0 | 54:3 53:3] 56°0 | 50°1 - - 10} 10; 10} 10 9 17 | 55:1 53:3) 54:9 53:2] - — |56°9 54:1 — | 54:0 51:0) 53°5 51:1] 60°8 | 52°7 - - 10 9 9 9} 10 18 | 54:9 50:9) 56°9 51°7 | 56°8 51°9| 57-7 52:8 57: ‘7 53°8 | 53°1 50°9| 52°9 50:2] 59-0 | 51-9 - - UO) OQ |) 20}. ao) 19 | 51:9 48°7 | 55:3 50°9| 57°7 51°9| 61-7 52:9) 58-0 51°9| 53-8 50°8 | 52°2 49-3] 61°6 | 44-0 - - 3 7 6; 10]; 10 20 | 56:0 55°3| 57-0 55°9} 61:7 55:0 | 61:2 53°6 | 62°7 53:9 | 54:0 50°6 | 52°9 50°1} 63-0 | 51°9 - - 9 9 3/ 10] 10 21 | 53°8 53°0| 54:8 54:2| 56:0 55:0 | 56:9 53:3 | 58:9 52:2 | 48:1 46°6 | 49°0 46°8] 59-0 | 48-0 - - 10; 10; 10/ 10] 10 22 | 52:1 48°8| 52°3 49:1] 55:3 50:3] 53:1 49°9| 55:7 51°8 | 50°2 49:0 | 50°8 49-1] 57-0 | 47-0 - - 10 | 16 9 OF eLlo 23 | 52:1 49°7| 52°0 50°0| 55:8 51:7 | 56:8 50:1 | 54:0 48:0 | 49°9 46°8 | 47:0 44:2] 59-0 | 46-2 - - 10 9 7 3 1 24 | 52:1 49:°0|53°8 49:9] - - |54:6 51:0} - — | 52:7 50°9| 52°6 49:9] 59-1 | 45:0 - - 10 | 10 7 8 9 25 | 53:9 51:2| 56:0 52°8| 58:0 52:9| 55:9 51:6 | 53-0 51:0 | 48°5 47°3| 48°2 47-4] 58-2 | 47-9 - - 8 8| 10 Sil 10) 26 | 50:9 49:0] 50°8 49°0| 55:1 50°7 | 56:9 51:0] 54:1 50°2| 48°8 46:1 | 47°8 46:4] 58:1 | 47:0 - - 10; 10 9 8 9 27 | 50:9 49°7| 51°7 50°3| 56°9 52:9 | 60°3 53:2] 59°9 51:1 | 51:0 48°2| 49-4 47-1] 62°3 | 47°3 - - 10 | 10 5 8 6 28 | 53:3 48:0 | 53°7 48:2] 53°3 47°9| 53-5 45:1 |55°9 49-0 | 48°8 44:9 | 47:6 43-9] 58:0 | 46°3 | 119°3 - 7 6 8 | 10 9 | 29 |47°6 44°7|50°7 46:9] 54°8 48°9 | 54-2 49°7 | 55:8 49°7 | 48°8 46°7 | 48:0 45:9] 58-2 | 35-8 | 123°4 - 6 4 9 7 8 380 | 51°9 45:°0|51°9 44:°9| 54:7 47:0 | 55°3 46:9 | 54:2 48°7 | 46°7 44°7 | 46°6 44°8 | 59°7 | 43°5 | 123-1 - 5 uf 8 | 10 9 81 | 47°6 44:0|49°6 45:2) - —- | 57:9 49°8 - | 50°1 47:0 | 51:2 47-8] 58-8 | 36:0] 116°6 - 2 2 4) 10} 10 Mean} 55:0 52°1| 56-4 52°99) - - |595 54:0] - — | 53°8 51:1 | 53:0 50°7 | 62:0 | 49°6 - —- | 81) 79) 73) 7:5) 81 STEVENSON SCREEN. SEPTEMBER 1890. Dry. Wet.| Dry. Wet.| Dry. Wet.) Dry. Wet.| Dry. Wet.| Dry. Wet.} Dry. Wet. 1 | 52°7 49°8| 51°2 50°7 | 52°8 51°9| 53°9 53:2 | 56:8 56°3| 56:0 55°8| 55°8 55°7 157-0 | 50°2] 74:3 - 10) LOS} SOs LON 10 2 | 57:3 56:°9| 58-7 56°1|59°5 56°7 | 59°1 56:0 | 57°9 54°9| 55:0 53°9| 54°7 54:0] 60°3 | 53°3 J 105-2 - 9) LOT On LOR LO 3 | 57°7 57°71) 58-1 57°8| 60°1 59-2 | 58-1 57-8 | 58:1 57°8 | 57-0 56-8 | 56°9 56°8 | 60°8 | 54°2 | 103°3 - 10} 10} 10} 10} 10 4 |5/1 56:0 | 58°8 57:2] 59°7 57°6| 58:9 57°1| 60:2 57:0| 55°7 52:0 | 55°3 52:2] 61:0 | 55:0] 115'1 - 8 6} 10} 10] 10 5 | 54:9 53:0 | 56°2 53:5 | 58°0 54-0 | 61°1 56°8 | 59°9 55:0 | 56°8 56°1 | 56°7 56:1] 61-7 | 52°6 | 118-7 - if 9 6] 10} 10 6 | 57:9 53°1|60°0 54:9 | 60°2 54:1} 63°3 56°9| 63°1 56°9 | 53°8 51:9 | 52°1 50-8 | 64-0 | 50°9 J 120-0 - 5 6 1 0 7 |58°8 50°7|58°8 54°55) - - |66°7 57:0) - - |57°9 53°5| 57:8 53:8] 67:0 | 44:9]118°8| 39:8 0 0 0 il 3 8 | 60:1 58°9| 62°6 59°7 | 67:0 62:1 | 68:1 62:1 | 67-0 59:0 | 60-1 56°7 | 59°8 56-8] 69-0 | 54-27114:9| 50-1 4 6 1 3] 10 9 | 57:0 52°9}| 58-1 52:0 | 58°7 52°0|59°7 62-4] 59-1 51:7 | 50°0 46:9) 49°9 46°97 67-9 | 48°69 121°8 | 54-1 8 9 6 1} 10 10 | 53°5 50°9| 55:8 51°8| 56°9 52°1| 56:9 53-9] 54:9 53:0 | 52°9 51:1) 52°8 51-9]58°7| 48°3] 94:9) 45-4] 10} 10] 10] 10] 10 11 | 56:8 51:7] 58°0 52°8| 60°0 53°1|58°2 51:9) —- — | 54:0 50°9| 53:6 51°7 | 62:1 | 53:0} 119:0| 51:7 9 8 4) 10} 10 12 | 56°7 53:9} 58-0 54°8| 61°4 56°7 | 62°9 57:6 | 62:0 57:1 | 52°0 50°3 | 48°8 47-9] 63:0 | 48°2]125:9| 52-2] 10) 10 7 0 0 13 | 50°8 49°1|56°7 53:4) 61°5 56°7 | 63°9 58°9 | 65:2 59:1 | 57:0 53°9 | 59-4 55°7 | 66-2 | 41°94 115°2| 35-2 0 0 a 0 0 14 | 577 55°7|60°2 57°70} - -—- | 681 60°38) - -— | 59:0 56:0 | 58°9 55-8] 68:1] 53°87115:0| 50-0 9 8 il 0 0 15 | 601 55°8| 64:9 55°5 | 69°7 56-0 | 69°9 56°9| 71:0 57:7 | 64:1 54°5 | 63:1 53°9] 71:2 | 50°0}119°4 |) 43:0 0 0 0 3 1 16 | 65:2 55:2] 67:0 55:0 | 67°9 57-7 | 66°5 57:1 | 68°0 57:2 | 60°1 55°9| 61°7 56:1] 69:0 | 57°2]113:2| 48:1 0 0 t i ee C0) 17 ‘| 62:0 55°8 | 62:7 56:0 | 58°8 56°3 | 60°3 57:0 | 60°7 57°7 | 59°71 55°9 | 57°9 56°7 | 66-0 | 58°6 | 102°5 - 9} LO) Oe 0) ao 18 | 581 56:°2|57°6 56:0 | 56:2 55°6 | 59°0 56°5|59°8 56°7/ 53:1 51°9| 51-7 50°74} 61:0) 51-7] 114°0| 51:7} 10] 10 8 6 i. 19 | 50°8 49°7 | 54:1 52:2) 58°9 55°7 | 62°5 56°0| 64:3 57°2| 56-2 54°9| 55:1 53:2] 65°8 | 44-1] 112-2) 41-2 4 5 8} 10 6 20 | 61°8 53°9|61°9 53°7 | 6271 53°8| 55°8 54:1 | 59°8 55°8 | 53°8 49°9 53:0 49°38] 63-1 | 52°38} 92:2) 48:4 8 9; 10 4 4 21 |57°9 52°6|59°7 538%] - — |57°9 586) - —- |56°1 52°6| 55°7 52:2160°8| 52-1] 84:7) 47:9] 10 8) LOR LO 7 22 |59°8 53°8|59°7 54:2) 58°8 55°7|58°0 55°7 | 56°9 55:1 | 53°4 51:9 | 52°0 50°87 60°6 | 51°8] 86-3} 51:9 9 9} 10 4 8 23 | 58°38 51°9| 54:9 52°3| 59°7 54:2) 59:0 54°0| 57°9 53:1 | 54:1 51°9) 53:5 52°2)60'9 | 51°84119°5| 49°17 10 9 7} 10; 10 24 |55°8 54°6| 5671 54°8/55°8 53:9] 54:8 52:9] 54:6 50°9| 51:1 47°6 | 50°2 47°7 457-5) 50-0] 81:8} 52°4— 10) 10) 10 8 | 10 25 | 52:9 49:2) 55:7 50°9| 55:1 49°9| 56°7 50°9| 54:0 50°1 | 52°8 52°5 | 54:1 53°99 57:2 | 45:9} 1020) 43:3] 10 9 | LOWS LOs ao 26 | 60°1 58°7 | 60°2 59:0] 61°2 59°6| 61°9 58°8| 61:9 57°2| 55:0 54°8 | 56:0 50°8 | 62°3 | 53°87105-2| 54:8) 10) 10] 10) 10] 10 22 | 58:8 57°7|59°0 57°9| 59°5 57*9 | 59:0 57-7 | 58:0 57:0 | 53°1 51:9 | 53-0 51:9459°8 | 52:9) 68:9) 56:8} 10} 10) 10) 10) 10 28 |54°9 52:0/54°9 516] - —- |55°2 51:7) - — | 52:9 49°8| 51:1 49:8] 57:7 | 47°9] 106'3 | 45:0 8 8} 10 7 8 29 | 54:8 51°7 | 53°0 51°38] 53°8 52°7 | 57:1 53:9] 53-9 51:°2| 49:1 43°6 | 47-1 42°7]757:2| 45:9] 64:4] 47°38] 10} 10] 10 8 | 10 30 | 47°7 43:9) 47°3 44:2) 4771 441 | 44°9 440 | 43:8 42:9 | 43°5 42:9 43°9 42°91 48:2 | 43:0} 60°8 - 10} 10; 10} 10; 10 MEAN 56°6 53°4| 58°0 54:2 —- |69°9 55:4] — — | 548 51:9) 54:4 52:0] 62-2 | 50°6 | 103-2 = | 76) 7:6 | 71) 68) 75 FORT-WILLIAM OBSERVATORY. 209 STEVENSON SCREEN. TEMPERATURE AND AMOUNT OF CLOUD. OCTOBER 1890. Temperature—Dry and Wet Bulbs, | Amount of Cloud, 0 to 10. | Max.| Min. } Black | Radn gh 108 12h 14h 162 Qin 22h Bulb./ Min. | on { yon | 14m | 21h.| 200 — Dry. Wet.| Dry. Wet.| Dry. Wet. Dry. Wet. Dry. Wet.| Dry. Wet. Dry. Wet. par ee ee iets i, 1 | 48°3 45°9| 49°5 45°0| 45°8 43°5| 42°9 40°7 | 47°S 43:9] 46°0 41°9 44:1 40°69 51:2) 42°37 91-0] —- 9 8 | 10 2 2z 2 | 44:5 40°9}| 45°3 41°7 | 47:9 42:°9| 46:2 44°6 | 46:7 46°1 | 51°7 50°7 | 54:0 53°2$53°8| 42°57 883} 29] 10) 10| 10] 10] 10 8 | 5671 55:2) 56°9 55:9 | 56°8 55:7 | 57:3 55°7 | 57:0 55°8 | 54:0 52°2 | 54:7 51°99 57°8 | 50-7] 61:2) 51°67 10) 10/] 10) 10); 10 4 |54°3 51:1) 546 51:2) 5571 51:9} 53°8 52°3 | 52°8 52°3) 55°0 54:9 55°7 55°39 55°8 | 52-0] 65:4) 49-0 SLO) LON PaGs So) 5 |57°6 56:1) 5771 56:0} - - |55°8 54:3] - — |52°9 49°6 52:0 49°67 57'S | 51:‘8] 69°0| 54°77] 10] 10) 10 4 4 6 | 51:5 47°3 | 52°9 47°2|53°7 48°7|53°9 47-9] 52:0 46:9) 48°7 45:1 | 47:2 44°99 54:7 | 46-8] 97:2) 43:9 Ny Oe aN MO ©) 7 | 48:7 46:1] 51°3 48°2| 55:3 48-2] 54:2 48:1] 53-1 46:9 | 44:6 42°4 | 42:7 40°7157-0 | 41:0 1148 | 45°3 9 9} 3 1 2 8 | 42°9 40°71] 45°9 42:7 | 52:9 47:1] 55:1 48°38 | 53°6 48:1 | 47:9 44°9 | 48°1 45°19 55°3 | 35:0] 106°3 | 29-4 0 Wy 38 8 8 9 | 50:0 49°6|50°6 50°1) 51:9 51:7 | 52:4 51:9] 52°9 52°3 | 53°8 53°7 | 54°7 54°3954°8| 46-2] 58:7| 42°07 10]; 10; 10] 10) 10 10 | 56-7 55:9) 55°8 55:2 | 56:1 55°8| 57:4 56:0 | 56-1 55°5 | 56:1 55°6 | 55°5 55°1957°6 | 53-9] 69:3) 54:07 10) 10) 10} 10] 10 11 |56°7 55°9/ 57:0 56°1| 56°8 56°1| 57-2 55°6 | 55°5 54:8 | 55:7 55:2| 55:9 55:7158°9 | 54°39 73°6| 55:0] 10; 10| 10] 10) 10 12 | 55:1 53°3)55°2 53°77) - - |55°7 53:0) - —- | 53°9 51:9) 53°7 51°69 57°8 | 53541090) - 10/ 10) 9] 10] 10} 13 | 53°9 51:2) 54°6 51°1| 54°9 51°6 | 54°9 52°3 | 54°9 52°6 | 53°2 52°9| 53-9 51°99 55:8 | 527] 73°3|) 49°37 10] J0)| 10] 10 8 14 | 54:1 52°7/53°8 51:9] 51:9 48°9/52°9 49-1 | 52°2 48°3| 49:4 48°5| 49°9 48:°2456-0 | 48-6] 87:3) - JOON Se LOR tO 15 | 42-9 40:8 | 45°5 42:2| 46:5 43-1 | 41-9 39°8| 43:3 40-9] 45:9 41-7| 46-2 41-7]517|41-2] 752] 399] 6) 7) 8| 3] 4 16 | 44:1 40:0] 43:4 40:2] 46:8 43:9] 49:2 48:8| 47-9 42:9] 46°6 43°9| 46-2 43-2451°8 | 40-2] 102-8] 36:2] 10} 10! 7 10} 10 17 | 47:2 43°6 | 47:3 43°7 | 48°9 45:0] 51°9 46°1|50°7 46°7 | 51°1 47°7 | 50°7 46°84 55°5 | 45-0 96-8) 40°9] Lo 9 9 5 5 18 (46:4 41:4] 48:2 42:0] 49°9 42°9| 50:2 43°7 | 48°9 43:2] 39°9 37:2) 40°7 37°74 52:0 | 38:°8)102°3 | 40:7 4 7.\) 3) 1 1 19 | 42:9 40°38) 45:6 41:0} - - | 51:2 45:0) - - |39°8 38°8/ 40:2 39°01 54-8 | 37:0] 100:2] 33:0 9 By 6| 10 20 | 47:2 46°9| 48:2 47:9 | 50°3 50:0 | 56°7 52°7 | 55:9 52:0 | 53°1 51°0| 53:1 50:6} 57:2 | 37:0} 64:4] 33°0] 10) 10); 9] 10) 10 21 | 52°7 50°9) 53:1 51°7 | 55:1 53:0| 560 53°4|55°6 53:1] 52°8 51:2 | 52:2 50:9] 56°9|51:0} 697] 48:7} 10} 10; 10] 10] 10 22 | 51:9 51:1 | 52°3 51°9| 54:3 52°4| 54°3 52:5) 54-1 52°0/ 53-0 51°9|52°9 51:9] 563) 500] 89:9) 48-0 9| 10 8} 10) 10 23 |51°8 50°9| 51:9 50°7 | 52°3 51°3 | 53:1 52:0 | 53-0 51:2 | 53°8 50°8| 53:9 50°99754:2|51°3] 62:6] —- LOW LON LON | LON) LON 24 | 55:0 53°7| 551 53°5 | 52°53 50°0|50°9 46°5 | 50°0 44:1] 47°6 44:2] 47-2 44:61 55°7| 46-8} 91°8} 50:0] 10 QD | Bj ao} to}: 25 | 44:2 41:9} 44°8 41°8| 44:7 40°8 | 45:1 41°2 | 43°3 39°9 | 36:2 35°7 | 35-9 35:0} 47-8 | 34°35] 65-4] 41-7 10; 10; 10 9| 10 26 | 382°9 31:7) 37°6 34:3] - - | 39:7 380] - -—- |35°8 34:0 | 34°8 33:5 1[41°3][34:-1]} 86-4) 26:2 3} 10 9} 10) 10} 27 | 35:9 32°8| 37:3 34:0 | 39°0 35:2) 41:0 35°9| 38°5 35:0 | 33:7 32:0 | 34°9 32:2} 44:0 | 28:9] 101:0| 26:2 3 2 i 6 7 28 | 39°8 37:9] 39°6 37:8 | 42°0 40°8 | 43°6 42°8 | 48:1 46°7 | 53°1 51°7 | 54:3 51:19 55:3 | 82°38] 52:2} 29-0] 10} 10; 10; 10); 10 29 | 53°9 52°7|54°6 53:0] 54:8 53°8| 54°9 51°9| 51:9 46°2| 47°7 42:7 | 47-2 41°99155°5| 47-0} 85:1] 48:9} 10} 10, 10 7 6 30 | 45:0 42°1|46°9 43:0 | 48°6 44:2 | 48:5 44:1 | 48°1 43°9 | 45°2 43°7 | 44:7 43:7149°0| 41-0] 56:6] 33°5 9} 10} 10}; 10; 10 B31 | 46:2 46:0 | 46°7 46°6 | 47-2 46°9| 47-1 46:1 | 46°6 45°7 | 48°7 45°6 | 48:0 45:3} 49°0| 43-9] 542] 43°33] 10]/ 10| 10 8} 10 Mwan| 48:7 46°7|49°6 47:1) - - |511 47:9) - —- | 486 46°6| 48°6 46°4]53-:9; 44-2} 813) - 86! 88 | 86] 81] 83 ; | STEVENSON SCREEN. NOVEMBER 1890. Dry. Wet.| Dry. Wet.] Dry. Wet.| Dry. Wet.} Dry. Wet.| Dry. Wet.] Dry. Wet 1 | 44:6 42°9| 45:1 43°7 | 49°8 45:9/50°2 46:5} - — | 49:0 47:0 | 49:2 48-2452°3 | 43:7] 97:9] 39:2 6 2/ 10) 10] 10 2 |48:0 44°8| 49:0 45:4) - — |49°9 45:1] - — | 42°8 39:0 | 41°9 38°38} 561) 40°3] 93:1] 42:0 6 5 !) 8} 10 3 | 37:9 35°8| 88°2 36:0 | 40°8 36:9 | 39°9 37°8 | 42°2 39:0] 41:2 40:7 | 41:7 40:94 42°6 | 36-0] 50:0] 32:07 10) 10] 10] 10] 10 4 |87°8 37-2) 40°7 39°8| 44:6 42:5] 47:0 43:6 | 44-9 42°8| 43°7 41-0 | 42-9 40:0} 47-1 | 37-0] 87-5| 32:9 8 9 1 7 4 5 | 441 41°5 | 45:7 41°8| 46:9 43°2| 46:9 43:1] 45°6 42°6/ 39:0 37:0] 88-1 36-2} 47-0 | 36-9} 81:2] 33-0 3 4 6} - 0 6 | 46°1 40°9 | 46°7 41°1 | 45°8 42:0/ 48:1 43°6 | 45°8 43:2 | 46:2 42°7| 46:0 42:0] 48°9) 34:2} 48°S| 303} 10) 10] 10] 10; 10 7 | 461 41°8| 46:1 40°4| 47-0 39:7) 46-7 44°9 | 45°1 39°9| 37-9 36:1 | 38-0 36:7 148-9 |[37-0]} 85.0] 40:3} 10) 10 4 1 1 8 | 46:5 45°3 | 47-1 46:2] 46:4 44:1] 44:0 43-2) 43-1 42:0) 40-9 39:9] 41-0 39:9] 50-0 [35:3] 55:1) 34°27 10] 10] 10] 10] 10 9 | 38:1 37°3/ 38:0 37:3] - - |40°6 38:9] - - | 38°9 38:1 | 39:0 38:1] 41°3 | 35-1] 42:0] 35°77 10) 10] 10] 10); 10 10 | 38°8 35:9 | 40°5 37:0 | 45°7 40°1| 45:8 38:1 | 45:9 39°7 | 41°8 39:0} 42:9 38:9] 47-0 [88:2] 88:0} 30:9} — - 1 8 4 11 | 44:0 39°9| 44:1 40°5 | 45°6 40°7 | 45:7 40°9| 44:3 41:0 | 42°7 39:8 | 43-7 39:0] 46:1 | 40:0] 58:0] 37:0] 10] 10 9 4 2 12 | 39:0 36:2 | 39:2 36:9| 46-7 41:1] 46-8 41°8| 47°7 42°7 | 48:1 45°8 | 45-8 43:9] 49:2 | 39:1] 86°2| 28-5 1 || 1) || 20) @ 13 | 44:1 42°7 | 45:0 42°8/ 41-7 40:0 | 43°9 42°5| 45:9 43°8 | 47:5 45:0] 46-7 44:9] 49-4 | 40-9] 60:1] 36:6} 10 (al LOR LOR SO 14 | 49:0 43:2) 49°] 44:3] 46:9 43°8 | 45-1 41:0] 47-4 43°0 | 44:0 43:1] 45-6 43-0] 50°0| 42-1] 52°8| 37:0} 10| 10] 10) 10) 1o 15 | 44:0 41:°9| 46°8 44:2] 47°6 46°1| 47-9 45°8 | 45:8 43°7 | 39-7 38:9 | 38:0 37-6]50-0| 37-6] 82:9|. 37-2 3] 10 8 4 1 16 | 431 40°7| 43:9 40°7} - - | 48-1 42:0] - -—- | 46:3 43:8] 46:9 43-7] 48-9| 35-9] 45:9] 292} 10] 10] 10 1 1 17 =| 84:7 33:9 | 37°8 36:1 | 43°1 40:9 | 45°8 42:9) 44:9 42:2) 51:7 49°8/ 51:1 49:9] 53-1 | 33-0] 84:3] 28:3 a 8 Hi AO WO 18 | 45:1 43:9} 46-1 45°1| 50:4 48:3 | 50-7 48°7 | 50-1 49:0 | 50°3 47:9] 50°1 47:91 52:8| 44-0] 74:1| 39:2 8 9 8 7 7 19 | 53-0 52:0 | 58:2 51:2) 53:9 49-8 | 53-2 49:0| 47:4 45:7 | 48°2 46:1] 49°6 46:9155-0 | 46-0] 66:0} 43-0 8 “| 1 5 a 20 | 49:4 47:4) 49°8 47:1] 50:2 48:3) 49-7 48°7 | 48°8 48-4 | 53-1 52:7 | 53:8 52:7155-0| 46:0] 58:°9| 43-5 9 8 9} 10) 10 21 | 48°1 45:2) 47:2 44°6 | 47:3 42-7 | 44:9 42-1 | 42:1 40°6 | 43°8 40-9] 42:3 40-1] 53-9 40:3] 60:8] 43-2] 10) 10) 10 cS en C0) 22 | 44:9 42°7 | 44°6 42°8 | 47:9 46:8 | 50:1 49:2 | 53°9 51:2] 53:2 48°7 | 52:7 48:0154:°9 ; 42-0] 51:5) 883} 10) 10; 10) 10, 10 23 |46°7 43°7|46:0 43:1) - -—- | 44:9 43°2} - - | 41:0 39:2) 39:9 38-2]52-4| 38-9] 50:2] 41:9] 10] 10/°10] 10] 10 24 | 38:3 35°9| 38:1 35°8 | 36:7 35:1 | 89°9 36-1 | 39:0 36°7 | 35:0 33-7 | 34:6 33:1] 42-2 | 34-8] 70:4} 31-0 dae LO) 4 8 5 25 | 41:1 38:0} 42°9 38-6] 40:9 38:0 | 41:2 37°8| 38:1 35:1 | 35:9 34:1 | 35:0 34-0] 43°6 | 33-0] 70:0] 27:3 i 6 Ol lO} 10) 26 | 35:2 34:1 | 35:4 34°7 | 37:1 35:2 | 87-8 35°1 | 35°0 32°7 | 27-7 26-1] 27:0 23-7} 41:0 | 26-2] 77:5] 31:9] 10} 10 4 0 0 27 | 23:1 22°1 | 22°8 21°9| 25:3 24-2 | 29°1 26:9 | 26°8 24:9 | 24:2 21:9 | 25:2 23-79 32:°9|/ 20:6] —- - 0 0 1 10} 10 28 | 3071 28°6 | 30°1 27:9| 30°1 29:9} 31:0 30:7 | 30°9 30°2| 31-9 31:2} 32:0 31:69 32-1 | 24-8] -— D7 10) LON LON S08 LO 29 |'33:7 32°1 | 35°7 32°2| 37-1 33:9| 38:1 34:2 | 37°8 34:7 | 39°6 35:1) 40°8 35:8] 41:2 | 32:0] 60:2] 31:0 9} 10 0; 10} 10 80 | 44:4 42:0) 45°7 43:3) - - |47:°9 45:9) - - | 49:9 49°3| 50-8 49-9] 50°9 | 37:2] 50°0| 35:3} 10) 10} 10] 10] 10 MEAN] 42:0 39°6 | 42°7 40:1) - - |445 41:6] - —- | 42:5 40°5 | 42-4 40-4) 47-9 | 35-9] [67-4]| (84°7]] 7'8 | 8:1 | 7:6 | 7-7 | 7-4 ROY. SOC. TRANS. EDIN.—VOL. XLII. 25 210 STEVENSON SCREEN. Temperature— Dry and Wet Bulbs. FORT-WILLIAM OBSERVATORY. TEMPERATURE AND AMOUNT OF CLOUD. DECEMBER 1890. Qh Dry. Wet. 1 |51°3 50°8 2 |49°2 49-1 8 | 387°9 34:9] 4 |36°7 3571 5 | 42-1 36-0 6 | 31:2 29:9 7 |30°9 3071 8 | 32°8 30:0 9 | 41°1 38:0 10 | 30°71 31°77 1] | 441 41:1 12 | 38:1 37°8 18 | 35°8 34°8 14 | 41:0 38:8 15 | 40-2 38-2 16 | 36:9 32:9 17 | 34:3 30°7 18 | 33°8 31° 19 | 33-2 [80°8] 20 | 36°7 35°6 21 | 28:7 27:9 22 | 39°7 36°8 23 | 45°3 44:4 24 |35°6 34:7 25 | 40°0 38°8 26 | 32:0 30:0 27 =| 35°9 32°8 28 | 37°6 34-1 29 | 27°6 26:4 30 | 35:0 32:0 31 | 38°7 34:1 MEAN| 37°2 35°2 51°9 He 09 He aNeall= DON SIS SRN SO HSNHS owe wo Sar |; on 12h .| Dry. Wet. 511 49°3 35°7 36°0 35'8 32°9 32°8 37:9 31:8 494 38:9 35:8 39:9 33:9 33°6 31°3 30°7 36-7 39:1 43°9 371 39°7 32°8 34°] 14h Dry. 5L1 49-1 40°0 39°2 41°8 34°9 35°8 36°7 35°7 33°9 44°] 41°9 380 42°7 42-1 39°9 37°5 32°9 317 370 33'8 42°9 46°9 39°9 40°9 372 371 38°9 34°8 37°0 39°9 39°2 Wet. 50°8 48°1 36°8 37:0 36'0 32°7 34°2 33°5 34:2 32°0 41°8 39°7 34°3 40:0 39°7 34°3 32°8 29°8 30°6 36:0 82:1 39°7 43°1 38°9 39°6 34:7 34:7 34°6 31°9 32°9 34°9 36°5 164 Dry. 50°9 48° 40°1 38'1 41:0 34°7 39-1 36-0 31:9 43-1 40:9 36-9 42-7 36°9 34-9 317 31-0 37°9 co Oo tO ww Pwr. SOW, OS SSN, wren oF NNO Wet.| Dry. Wet. 50°7 479 36°9 36°6 35°9 32°6 35:0 32°7 309 40°3 39-0 33-4 39°8 32°5 30:8 29-6 30°3 36-4 woe wo womos BROW, TH DHS, Somer So Horry QIn 51:0 45°7 36°9 39°4 38°8 34:9 39°4 37:1 29°8 34°8 43°6 39°2 35°6 44° 42°9 34°7 38°1 33°6 32°9 339 375 43°8 38'1 39°5 376 31°7 36°9 362 35°4 36'1 39°7 380 50°8 44°7 34:5 36°8 35°0 33°2 34°7 34°9 27°9 32°3 40°9 38°0 33°1 39°9 38:0 31°9 33°9 28°6 31°3 33"4 34°9 40°7 36°8 388°5 33°8 28°7 84:2 331 32°1 32'2 34°6 35°38 34°5 34°8 38°4 32°0 31:0 30°6 30°2 | 32°2 26°9 35°0 370 31'9 35'2 29°7 29:0 350 26°0 32°5 311 33-0] [56°6] _| Black | Radn. Bulb, | Min. 56°0 51°8 64°9 65:3 71°6 66:0 41°8 60°2 41°3 48°8 50°5 48-4 60°6 44-2 65°5 43°7 55°2 36°7 44-2 58°6 46°8 75°1 41°6 64:0 61°7 62°8 68°8 68°71 65°0 69:2 Amount of Cloud, 0 to 10, 9h | 10h | 14h | 21h | 22h 10; 10) 10 10 6 8} 10 3 3 10 8 3 7 8 10 9 ih 6 2 1 1 4 6 3 8 8! 10 5 6 3 6 a 2 0 10} 10; 10 3 0 6 5 5 | 10 6 9} 10} 10] 10] 10 6 6/ 10} 10] 10 6 6 s) 7 8 10; 10; 10 3 2 9 9 3 4 8 1 1 0 1 1 2 5 8 9 8 5 3 5 8] 10 10; 10} 10}; 10; 10 8 8 9 5 6 10; 10 9] 10 9 9) 105) LOT LOR 10 10 9 3 5 3 8 9} 10} 10} 10 10} 10 7 3 2 2 1 4 0 0 3 4 9} 10} 10 6 9 8} 10} 10 0 0 5] 10 9 1 3 4 2 1 1 2 7 1 6 65 | 6:8 | 7:3 | 63 | 6:2 PUBLIC SCHOOL, FORT-WILLIAM. 211 JANUARY 1890. ds. R. Barometer reduced to 32° and Sea . Se Thermo- Direction and Force Amount of Rain- Level. Temperature—Dry and Wet Bulbs. meters. of Wind (0-12), Cloud (0-10). | fall. Read at gb Qh 14h 18h 21h 8h gh 14h 18h 21h 18h gh gh 21h 9b | 14h} Q]h NTT se ss SS Ins. Ins. Ins. Ins. Ins. | Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.] Max. Min. |Dir'n.Force.|Dir’n. Force, 1 | 07120 | 0-128 | 0-144 | 0°128 | 0:094 | 43°2 41°9| 43:9 42:1 | 45:2 42:9) 44:0 41:1) 43-0 39°2]45°8 39°37SW 1-2)}SW 2-3 10} 8 2 | 9-900 | 9-900 | 9-841 | 9-784 | 9-728} 44-0 41:9 | 43-2 41:2] 43-9 41-1) 41°0 37-9] 41°2 38:2]46°38 40°3)SW 2-3/SW 1-2 8} 0 3 | 9°534 | 9°534 | 9:426 | 9-437 | 9-412] 43:0 37-9 | 40°2 38-7 | 41°38 40°1 | 41°0 4071 | 42°8 39:9] 43°38 31:2]5S 7|SW 1 10 | 10 4 | 9-419 | 9-422 | 9-442 | 9°422 | 9:313 39-0 38-9 | 39:0 38:3] 41°8 39°9| 36:1 34:0] 39:0 35:0] 43:1 383]SW 05)/E 0°3 6] 6 5 | 8°980 | 8:977 | 9°1U1 | 9-148 | 9°244 ] 49°3 44:2) 47-9 44:1] 46-2 42°3| 47-7 42°7/43°3 40°9] 50°71 342}SW 5-6;/SW 5-6 9) 10 6 | 9°707 | 9°756 | 9°624 | 9-701 | 9-729} 46:0 42-9 | 46:0 42°7 | 48-0 45:1] 51:2 48-9] 49°8 48-8) 51-7 42:1 ]SW 2)|SW 1-2 10 | 10 7 | 9°687 | 9°690 | 9°800 | 9°848 | 9°912 47-0 45:7 | 46:0 44:9] 47:3 44:5 | 47:0 43-9] 45:0 41°9] 52-7 45°3)SW 1)SW 2-3 6] 9 8 | 9°897 | 9°889 | 9°669 | 9-499] 9°457 1 45-4 43-9 | 45:4 43-1 | 49°4 45°7 | 46:0 44:5] 43-2 42:1]50°7 42:3] E 03)/SW 2-3 10 | 10 9 | 9°783 | 9°S02 | 9°723 | 9°532 | 9°413 ] 44-8 39-9 | 43-8 40:0 | 43°8 42:9] 42:2 41:2) 46°2 44:1] 46°38 425]WSW1-2/SW 0:3 10 | 10 10 | 9°594 | 9-657 | 9°950 | 0°027 | 0°160 [42:2 41:9 | 42°2 41:1] 43-9 42-1] 37:0 35°8| 386°1 35°38] 47-7 41:3) 1\E 0 7| 4 11 | 9°905 | 9:891 | 9°817 | 9°798 | 9°750 [1 42:2 42:1 | 43:0 42:5] 48:1 47:9] 48:7 48:2] 50:0 48:6] 49-7 346]SW 1-2/SW 2-3 10 | 10 12 | 9:916 | 9-957 | 0°008 | 9-914 | 9°818 | 45:0 40:1 | 43:2 40-9} 46-0 42°9 | 43:1 40°9| 45:0 41:9] 49:2 40-1]WSW1-2)SW_ 3-4 4] 10 13 | 9°607 | 9°642 | 9°732 | 9°808 | 9°814].44°8 41-7 | 44°3 38:9 | 43-2 39:2 | 41°3 28:0] 40-4 38:9]51°7 40-1;5W 3-4|S 2-3 8 | 10 14 | 9-706 | 9°667 | 9°311 | 9-252 | 9°526 45-0 42:1 | 45:0 41:8] 47:0 46°9| 46:0 44:2] 41:0 37:°9]48-7 3883]SW 2-3)/SW 2-3 10 | 10 15 | 9°834 | 9°834 | 9°772 | 9:694 | 9-667 | 41:0 38-7 | 40°2 38:2] 43°0 38°29} 44:0 43-2] 43:0 42:7] 46°38 36:0]SW 1)Sw 1-2 9 | 10 16 | 9°624 | 9°627 | 9°614 | 9°584 | 9°558]53°2 48-9 | 53:8 49-8 | 54°3 50°6| 53:0 49-7] 53°0 48:9]56-'7 423];SW 3-4;)SW 2-3 10 } 10 17 | 9°619 | 9-661 | 9°642 | 9°550 | 9°512 47:0 42°1 | 46°6 42:1] 46-4 41°1 | 45:4 40-1] 43-4 40-7] 54:7 45-3]SW 2-3|/SW_ 1-2 9| 7 18 | 8-981 | 8-995 | 9°075 | 8:719 | 8638} 44:0 41:9 | 44°1 42:4] 41:1 37°7 | 44°8 42:°2/ 45:3 41:9] 480 413)SW 38-4)SW 5-6 9] 10 19 | 8483 | 8-423 | 8-707 | 8°795 | 8°872]42°0 41-9 | 41°3 40:2] 43°8 39°9 | 42:0 38°9| 38:1 36:6]48°7 372|SW 5-6/SW_ 1-2 10 | 10 20 | 9:022 | 9:033 | 9-000 | 9-094 | 9°122] 33-9 33°8 | 33-9 33°8 | 33-9 32°8 | 32°9 32°7 | 35°2 33°2]43°8 33°2)SW 1-2)SW 2 10 | 10 21 | 97129 | 9:114 | 9:014 | 8:893 | 8-943 } 35:9 33°8 | 35°7 34:0 | 37°3 35°8 | 39:0 36°9 | 37:0 36:0] 39°8 32-2)SW 2-3)SW 1 10| 9 22 | 8°821 | 8°826 | 8-906 | 8-924 | 8-938 | 33-9 32°8 | 33°8 32:7 | 37°8 35:9 | 35°9 35°0| 35°5 34:°9]39°8 32:5) EH O;SW 1-2 6 | 10 23 | 8°866 | 8:895 | 8-991 | 9:047 | 9°150} 28-9 28°8 | 26:2 26-1 | 30°5 28°9 | 30°2 29°4| 31:2 31:1] 37°38 25:2) HB 0:3| E 0 9) 10 24 | 9°359 | 9°390 | 9-422 | 9-376 | 9°318 | 37:0 36-0 | 38:0 36:9 | 40:2 38°7 | 39:0 37:2] 41:2 38-9] 41°38 28-7]SW 1-2)/SW 0° 10 | 10 25 | 8°767 | 8:743 | 8°750 | 8°677 | 8:793 }] 50°2 45:9 | 50°0 45:4 | 44:9 43:0 | 43°8 42°8| 46:0 43°9]51°5 37°2]SW 7-8|SW 7-8 10 | 10 26 | 9°195 | 9-202 | 9-268 | 9-268 | 9-292} 43:2 40:2 | 42:2 39°5 | 42°1 37:6 | 39:7 37:0 | 87:2 35°38] 48-0 39°:1;SW 5-6/SW 1 9} 6 27 | 9°466 | 9:514 | 9:730 | 9°864 | 9-903} 41-2 38°5 | 38:°2 36:8 | 40°2 38:2] 37:2 38:7 | 35:9 33°38] 43°38 36-2]}SW 2-3] W 1 yal 28 | 9°927 | 9-941 | 9-983 | 0-089 | 0-134} 32°9 31°8 | 32°9 38:7 | 38:3 35°8 | 34:0 32°8| 34:3 31:°9139°0 31:5'E 0°3| NE 1 7} 10 29 | 0-257 | 0°269 | 0°252 | 0:220 | 0:216 } 36-1 34:0 | 36-7 35-1] 41:0 38:9 | 39:2 38:9] 41:0 39°9} 41°8 32:0]S 0; SW 1 10 | 10 30 | 0°169 | 0-169 | 0-163 | 0-170 | 0-178} 45-3 44:9] 44:9 44:5 | 47:9 47:4] 49:0 48:1] 47:0 46:9] 49-7 38:-3}SW 1-2)SW 1 10 | 10 81 | 0-194 | 0-258 | 0°257 | 0-250 | 0-235 | 48-0 47-9 | 48:9 48-2} 49-8 47:4] 43-0 41:1 | 44:4 43:°69750°7 441]75W 0:°5|)SW 0 410 Mean 9°530 | 9°542 | 9°553 | 9°532 | 9543 1 42°4 40°2 |} 42:0 40:2] 43°5 41:0] 42°1 40:2] 41:8 39:8] 47-1 37°5 2°30 2°11} 8°8 | 9:0 | 8-7 FEBRUARY 1890. Ins. | Ins. | Ins. | Ins. | Ins. | Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.] Max. Min. Dir’n. Force.|Dir’n. Force. Ins. 1 | 9°959 | 9°941 | 9°844 | 9°806 | 9°23 | 46°2 45°7 | 45°3 44:9| 45:8 45-2] 48:0 40°9| 40:0 38:9] 47:7 42°3]SW 2|SW 1-2] 10 | 10 | 10 70-502 2 | 9922 | 9-957 | 0-072 | 0°116 | 0149} 37'0 34°8 | 37°2 35:0| 41°8 39:0] 43-0 40:9 | 44:8 43:0] 44°0 35:2 ]SW 1;/SW 2-37 6] 9 | 10 7 -120 8 | 0-214 | 0:233 | 0°210 | 0-146 | 0:114 46:0 44°9 | 46:0 44:°9| 45:2 44:2] 44-1 43°8/ 44:0 43:714775 33°31SW 05/SW 1} 9/10} 10] -632 4 | 0-016 | 0:043 | 0:085 | 0°122 | 0°144 143-8 42:1 | 42°S 40:9 | 44:5 39:2 | 38:0 35:0 | 35:9 33°87 46°8 42:3] W 0:3) N OS) | Wi) ri) # - 5 | 0210 | 0-218 | 0°235 | 0-258 | 0-269 } 35°7 34:8 | 35:2 34-6 | 41:0 39-7 | 40:2 39-7 | 39:0 38:1] 41°8 320}WSW 1/SW O03] 6] 8} 8] -020 6 | 0°323 | 0°325 | 0°346 | 0°383 | 0°416 | 35-9 35°8 | 36-7 36-0 | 42°4 40-7 | 41:0 39-1 | 40°4 38:3] 44°8 35:2] ER 03/SSW O37 8] 9 | 10 - 7 | 0°523 | 0:530 | 0°519 | 0°497 | 0°502 # 30°9 30-6 | 31°8 31:0 | 44:0 40:9 | 84:9 33-8 | 33:1 32°8] 43°38 29:2] E 0|E Ol 8 - 8 | 0-447 | 0-465 | 0-415 | 0°387 | 0°355 f 30°9 30°3 | 30°9 29°9| 41:0 37:9] 34:9 33-1] 31:7 30°8] 41:8 30°2]SE 0|E O7 0}; O} O - | 9 | 0-294 | 0-288 | 0-257 | 0°275 | 0302 | 27-4 27-1 | 28-9 28°6 | 41:0 35:8 | 37:0 33-0] 31°9 30°8]42°8 25:7] W 0:3) E 03, 2]; 0; 0 - 10 | 0298 | 0°302 | 0:235 | 0:247 | 0:262 | 29-1 28-6 | 29°1 28°6| 4071 34:9 | 37-2 32°8| 34:1 31:0] 40°8 27:5] E 1/E Oty | a Oy) a - 11 | 0-240 | 0:234 | 0°153 | 0:127 | 0°077 | 29:7 28°8| 309 29:1 | 47:0 41-7 | 42:0 37°4| 39:3 35:0] 48:7 27:2] NE 1;/SE 1-37 0} O| O - | 12 | 9-926 | 9°932 | 9-824 | 9°804 | 9°772] 40-0 34:4} 40-0 34:0 | 44:0 36:6] 88-8 33-6 | 37°8 33:6] 43°8 32°6]SE 2|SE iy) @ yp al - | 18 | 8-778 | 9°777 | 9:756 | 9°786 | 9°789 } 89:0 34:6 | 38°6 34:6 | 41°3 35-0 | 33-2 32:1] 32:9 31:8] 41°8 34:27SE 1-2)S O05] 9) 3] 37 013 | 14 | 9-860 | 9-861 | 9°867 | 9°891 | 9°899 | 35°1 31°8 | 34:°S 31:7 | 40°3 35°1 | 35-9 32:8 | 32°9 30°8] 41°8 31:3] NE 1/H oO; 9) 7) 1 - | 15 | 9-905 | 9:908 | 9-817 | 9-754 | 9°694. 28-9 27-8) 30:9 29:6 | 38-4 35-6 | 38-0 36:0| 38:0 36-4] 39°8 27:0] HE 0|NE 1-2] 8} 91] 107 :030 | 16 | 9°556 | 9:558 | 9-570 | 9°614 | 9°676 1 35-9 34:8 | 35-9 34-8 | 38-0 37:1] 37:0 36:0 | 34:9 34:1] 38:8 34:21N 1-2/8 0710} 10} OF -003 17 | 9839 | 9-862 | 9-904 | 9:939 | 0-020 | 42:2 39°8 | 44:0 39:8 | 48:0 40:9 | 44:0 39-9 | 42-2 39-9] 48-7 33:4]5S 1;/SwW 1-2710; 7} 6¥f :100 18 | 07189 | 0°225 | 0:256 | 0-268 | 0-290} 43:8 40-1 | 43-8 39:9 | 43°8 40:0 | 43-0 39:7 | 42:0 38-9] 44:8 41-3] ENE 2-3] E HW), Oy Oy € - | 19 | 0°308 | 0-298 | 0-246 | 0:233 | 0°184] 42:0 37:9 | 43°8 38:9] 46:0 39-1] 41-0 35:8] 40:2 36:0} 47:7 411] NE 2-3/8 5-6] 9} 9} 34 -010 20 | 0°103 | 0-077 | 0-047 | 0:012 | 0:013 } 38:0 36:1 | 38-8 36:1 | 38°4 35:9 | 89°0 34:8/ 38:0 34:8] 41°8 37°5}SW 1|/SE 1710/10} 64 :010 21 | 0:066 | 0-082 | 0-139 | 0-186 | 0°239 | 37-8 36:0 | 38:2 36°6 | 42:2 39:7] 40:6 38-9 | 39:0 37:9] 42:8 36:2] NE 0|SE 07 10;10; 1 - 22 | 0°439 | 0:439 | 0-492 | 0-540 | 0°580 139-2 38:2] 40:0 38-9 | 44:8 41-9] 43-0 41°9| 43:0 40:9] 45°8 37:2}SW 0°3/5W 1] 10; 9] 107 :020 23 | 0-678 | 0-694 | 0-721 | 0°781 | 0°740] 44:0 43:9] 44-8 44:5 | 48-0 46-5 | 47-0 45:9| 46:0 44:9] 50°7 41:°3]SW 0|Ss 0-37.10} 9} 8 | :005 24 | 0°708 | 0-696 | 0-679 | 0-709 | 0-°713 } 42:5 42:4 | 43-2 42-9| 50-0 46:0 | 43:2 41°1| 40:0 38:9] 50:7 41°38] 0:3) H O7 9| 3] 0 ~ 25 | 0°675 | 0°677 | 0°598 | 0°554 | 0°533 | 35-9 34°8 | 39:0 37-9] 48-0 44-1] 43-0 40:7 | 41:0 38:9] 48°7 837}NE 0°3/NE 2-3] 9) 0| 5 - 26 | 0°517 | 0-533 | 0-667 | 0-691 | 0-723] 42:2 40-4 | 42:8 41-0 | 40°3 35:2 | 37:0 32°8| 36-7 31:6] 43°8 37°2]NE 3-4|NE 21 8) 8 | 10 27 | 0°633 | 0°617 | 0:601 | 0°641 | 0-615] 32-9 30°6| 35:1 31°8 | 39-5 33:8 | 35:2 32°1| 31:9 29:8] 40-8 32:2] EH 0:3|E 03} 8) 9] 8 - 28 | 0°552 | 0°527 | 0-403 | 0:335 | 0-178} 31-9 31:0 | 32-7 31-8 | 39°5 34°8 | 38:0 35:8] 37-0 35-8] 40°8 29°3]SW O|SW 1-27 8; 9} 10] 200 Muay} 0:221 | 0-225 | 0-213 | 0:216 | 0-216] 37:3 35-6] 37:9 36-0 | 43-0 39-2] 39-7 37-1] 38:1 36-1] 44:4 34-4 0-79 1:02] 7:0 | 6°3 | 5:2} 1-665 212 PUBLIC SCHOOL, FORT-WILLIAM. MARCH 1890. Ss. R. Barometer reduced to 32° and Sea nm a * Thermo- Direction and Force Amount of Levels Temperature—Dry and Wet Bulbs. meters: of Wind (0-12). Cloud (0-10). Read at gh gh j4h | ygh | g]h gh gh 14h 18h Q1h Ils} Wye gh 21h Qh | 14h | 21h Ins. | Ins. Ins. Ins. Ins. | Dry. Wet. | Dry. Wet. | Dry. Wet.| Dry. Wet.| Dry. Wet.| Max. Min. }Dir’n.Force.|Dir'n.Force. 1 | 0°161 | 0167 | 0-166 | 0-233 | 0-280} 32°7 30-3 | 31°8 30:6 | 40:0 35:1 | 33°5 31°8 | 29:7 28:1] 40°9 20:5] 1\/E OY [as Al x0) 2 | 0°459 | 0°462 | 0-473 | 0°480 | 0°560 | 23-9 23-2 | 22-39 20°8 | 39-3 32-6 | 32°7 29°5 | 27-9 26:8] 40°5 21:2] 8 0°3| E Ol Ol, OY 3 | 0°568 | 0°553 | 0-442 | 0-429 | 0°383 ] 27:1 26-2 | 30-7 29-1 | 35-9 35:0] 37-0 36-0] 38-0 37:9] 387°8 22-21SW 0:3/SW 17 10 | 10 | 10 4 | 9°964 | 9°926 | 9°789 | 9°720 | 9°772] 44:0 43-7 | 45-0 43:9 | 48-4 44-4] 44-1 38°8] 41:0 37:1] 486 3806]SW 1-2|WSW2-3]10] 8 | 10 5 | 9°879 | 9°882 | 9°739 | 9°710 | 9°662 ] 41°3 35-8 | 40-9 36°7 | 46°5 43-2] 45:8 40-7] 48-0 45:1] 48-7 37:1) W 1-2} WSW 3-4} 10 | 10 | 10 6 | 9°618 | 9°644 | 9°693 | 9°579 | 9-507 | 44:0 40-2 | 44:8 40-0 | 43-8 40-4] 43°0 4071] 44:0 41:9] 48°38 44:3] W 2-3} WSW 1-2] 7 | 10 | 10 7 | 97414 | 9°447 | 9-216 | 9°183 | 9°328 } 39:9 37°7 | 39°8 37-9] 41:9 41:0] 43:0 89-9] 34:7 33:0] 49°7 39°31SW 1|/N Wp LOS LON 2 8 | 9°270 | 9-214 | 9-050 | 9-194 | $338 } 35:7 33°6 | 36-2 34°6 | 33-9 33-8 | 33-9 32:8) 33-1 31:6] 47-7 342, 5W 1/E 1-2] 10; 10) 8 9 | $°7d5 | 9°72 | 9-899 | 9-929 | 9°809 | 26-7 25-8 | 30-2 29-0 | 37°8 31:8 | 34:9 32:6 | 34:7 33-6 37°38 23°27SW O|SW 11-2710) 4] 10 10 | 9°684 | 9°700 | 9°677 | 9-635 | 9°624 | 44-8 42-9 | 45-8 43-9 | 46:4 45:91 51-0 49-4] 51-0 48:°9]52°7 3021SW 1-2/SW 5-6] 7 | 10 | 10 11 | 9°724 | 9°758 | 9°848 | 9°891 | 9-903 | 48:0 46:9 | 47-2 46:7 | 48-0 46-9] 500 49:5] 50-0 49°1452°3 45:17SW 1-2)/SW . 1-2] 10 | 10 | 10 12 | 9°865 | 9°865 | 9°881 | 9-804 | 9-731} 49°8 47-9 | 49-2 481 | 50°0 46:2] 46°5 45:4] 47:0 45:9] 52°7 46-37WSW2-3/SW 2-31 10 | 10 | 10 13 | 9°538 | 9°533 | 9°545 | 9-616 | 9-615] 45-2 44:9 | 45-5 45:0 | 463 41-2] 43:0 38:9] 40:0 37:9] 48:7 443] WSW3-4|WSW 210] 9| 9 14 | 9°613 | 9°602 | 9°527 | 9°465 | 9-398 | 40:2 37:7 | 41:2 38:1 | 46:4 41-7] 44:0 39:1] 43-0 38:9] 49-7 387:57SW 2-3/SW 23] 6) 7] 5 15 | 9°155 | 9°152 | 9°172 | 9:190 | 9189} 43:0 40:9 | 42-8 40:9 | 40°8 39°9|37°5 36-9] 34:9 34:8]46°8 41°14SW 2-3)S 14 10 | 10 | 10 16 | 9:040 | 9°037 | 9°066 | 9-007 | 9:071] 46:0 43-9 | 48-0 44:5) 52:8 46:4] 42:3 41:3 | 39-4 38°6]55°0 34:-47SSw 1-2|SW 1] 10 | 10 | 10 17 | 9°237 | 9°237 | 9°250 | 9-284 | 9-302 | 37° 36°8 | 39°3 38-2 | 45:0 38-4 | 41:2 38-0] 35:9 34:0] 46°8 36-215 0|E 0710} 9} 0 18 | 9°396 | 9-402 | 9°478 | 9°536 | 9°586 | 33-9 33-1 | 33-2 32-8 | 37°3 36:9 | 40:0 38-9] 38-8 37-7] 41:8 325]1SSW 1/NE 0:3] 10/10] 1 19 | 9°762 | 9°765 | 9°751 | 9°750 | 9-736 | 33-9 32-8 | 34-9 33°6 | 48:0 41:1 | 42:3 41:3 | 37-0 35:0] 55-0 32°4]]ENE 0°3/NE 0:5] 2 1 0 20 | 9°704 | 9°680 | 9°534 | 9°450 | 9°428 | 38°5 36:3 | 39°6 27:4 | 42°S 40-9 | 39:0 38-2] 37:0 35:0] 43°5 31:2] NE 1;/NE 05] 8| 10) 9 21 | 9°466 | 9°490 | 9-524 | 9-622 | 9592 | 39-2 38:7 | 40-2 39°2 | 44°6 41-8 | 43-0 42-7] 42°8 4211448 362] ENE 0:3/SW 1] 10 | 10 | 10 22 | 9:563 | 9°61 | 9°499 | 9-464 | 9:462] 40°6 40:2 | 41-0 40-4 | 45:8 41°-7| 43-0 41-6 | 42-2 41:1] 48:2 37-21N 0|SW Lo ato) |) 8 23 | 9°540 | 9-534 | 9°539 | 9-563 | 9°556 | 40°9 39-7 | 41-9 39-9 | 48-4 43:9] 44:0 41:5 |.36-7 35°51 49-7 37: 21SW 1) NE OW UG bs 0 24 | 9°372 | 9°348 | 9-224 | 9°157 | 9:162 } 39°3 36:6 | 42°9 38-7 | 47°5 41:2) 47:0 40°8| 45:3 39-7] 49:0 36-2] NE 0\E 05} 9] 10) 10 25 | 9°257 | 9-282 | 9°341 | 9-389 | 9-377 | 43-0 39:4 | 43-9 40-:0| 52-8 45:4] 46:0 42:3 | 43°8 41:9] 53:7 40-4] B 1-2;\8 0:3) 9 | 7 | 10 26 | 9°340 | 9°337 | 9°453 | 9-607 | 9-655 | 41-2 39-8 | 44-0 41-7 | 49-0 42:2| 42:5 40-1] 44:0 41-7] 49:0 40:2]SW 1-2)/SW 12] 9] 8] 8 27 | 9°611 | 9°640 | 9°734 | 9°798 | 9°790] 47-5 44:4] 48-5 43-7 | 49°8 44:2) 48:0 44-1] 42:0 89-9]52:7 42:83|)SW 2\S Os)| 8) Sh] 28 | 9°SdS | 9°66 | 9-870 | 9°870 | 9°870 | 41:2 39-9 | 44-1 42:2 | 49°0 46-9] 47-0 45:1) 45:0 42:9]51-7 39°3]S 0; SW 1] 10 | 10 | 10 29 | 9°788 | 9°742 | 9°731 | 9-748 | 9°798 | 42°8 41:1] 44:0 42-0 | 50°4 46-2] 48°8 44:1] 46-0 43-9] 516 41-87SW 1-2/SW 1-2] 7] 9} 10 30 | 9°991 | 0-002 | 0-072 | 0-129 | 0178} 41-0 36-6 | 42-6 37-9 49-3 43-9 | 46-8 43-8 | 42:3 39:9]50-2 39°83] W 1-2 [SW mW Si Oy a 31 | 0°321 | 0-319 | 0-280 | 0-256 | 0-265 | 33-9 33-3 | 89°3 37-9 | 53-0 45-0 | 49:3 44:6] 42-0 39:4] 55-1 31-4] N 0 SE G5} 0] 3] 3 MzEAn| 9°674 | 9°675 | 9°658 | 9-667 | 9°677 | 39°6 37-8 | 40-7 38:6! 45:5 41:5 | 42°9 40:3] 40°6 38:7] 48-4 36-0 1:20, 1°25] 8:0) 7:9 | 7:2 APRIL 1890. Tass Ose] ES ee|elaas: Ins. } Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.JMax. Min. |Din’n.Force.|Dir’n.Force. 1 | 0°245 | 0°227 | 0-208 | 0°196 | 0:196 1 42°9 40-4 | 43°8 40-9] 49°0 45:0] 48°0 45:5 | 47°0 44:9 53:3 34:8] WSW 1-2| SW hil ey) 2 | 0°169 | 0°156 | 0099 | 0-075 | 0-080} 40-8 40:0 | 46-1 43-9] 55-1 48:9] 51-0 45:9] 45-0 41-2155°9 38-4] W 0) W O37 0/10] O 3 | 0°154 | 0°164 | 0-133 | 0-130 | 0-135 | 38-2 36°8 | 42:5 39:9] 54:8 44:7 | 52-0 45:7] 43-0 39:°9}56-8 34:2]Calm 0/Calm Of 1! 0] 0 4 | 0°148 | 0°139 | 0-095 | 0-095 | 0:092 | 34:4 33°6 | 42-3 39-8 | 54:0 46-7] 48:1 44:4] 46:0 43:9154:7 30:5] W 05)Sw 1-2) 0; 11] 10 5 | 0-114 | 0120 | 0:042 | 9-978 | 9-926} 41:1 39-1 | 44:0 41:2] 53:2 49-4] 47-1 41:7] 44:4 39:64153:9 37-0] W 1)}SW 1-2) 5 L | 10 6 | 9°754 | 9°731 | 9°612 | 9°444 | 9-363] 41-0 39:9 | 43-2 41-4] 47-6 45:9] 45:4 43-6] 44:7 43-2]50°7 3721SW 1-2|SW 1-2} 8] 9 | 10 7 | 9°324 | 9°382 | 9-546 | 9°616 | 9°628 } 43-0 40:0 | 45-0 41:2] 44:5 40-2 | 41:0 38:2 | 42:1 37:8] 49°5 41:3] W ~ 0| W 2-37 6|) 4] 1 8 | 9°751 | 9°759 | 9°862 | 9-905 | 9-954} 41:0 35:8 | 42°3 36-8 | 44:2 40-2 | 42-9 38:1] 40-3 35:8] 45-4 36-2] NE- 2-3|)NE DE BA) 9 | 9:942 | 9°938 | 9-831 | 9°778 | 9-768 | 40-0 34:8 | 41-0 35:6 | 46-0 39:4] 43-0 37-9] 41:0 37:41 48:7 36-3] NW 1|N 1-2] 8); 9/ 9 10 | 9°869 | 9°871 | 9°s69 | 9°904 | 9-957] 38-0 35:6 | 42-0 38:7 | 43:0 39:9 | 43-1 39-1 | 38-0 34:8} 47-7 32: 2]SW 1/H Sa |LOG 11 | 0:012 | 0-012 | 9-978 | 9-936 | 9-938 | 38-2 34:8 | 40:8 36:0 | 46:0 38:9 | 46-0 38:9] 35°9 33:0] 48-7 33:2]NE 0°3|/NE 0:3] 8] 9] 0 12 | 9°833 | 9°833 | 9°756 | 9°731 | 9-722} 34:7 32:8 | 87-4 34:8 | 45:3 37-7 | 43-0 37-9] 35:9 33:0] 46:8 29:4] N 0|E | Sy zB 3 | 9°706 | 9°700 | 9°608 | 9°591 | 9-607 ; 32:9 31:0 | 36-7 32:1 | 48-8 39-5 | 46-2 38:0) 41:4 35:2] 50:4 26-2) N 0|SE 1 EO cal 14 | 9°666 | 9°660 | 9°627 | 9-603 | 9-653] 87:3 33-6 | 39°3 34°8 | 52:3 43:5] 48-0 41:6 | 42-4 39-3]54:1 30-41N 0|E 1-2] 10 | 3) 6 15 | 9°644 | 9°656 | 9°631 | 9°601 | 9°644 | 42-1 36-9 | 45:3 38-9 | 52:0 44-8] 48°0 40:9} 440 37:9152:7 36:2] SE 1/SE 2-3) 0; 2] 9 16 | 9°663 | 9°669 | 9-646 | 2-668 | 9°683} 46°8 41°7 | 52-8 44:8 | 55:8 47:5] 51:0 44:9] 46:8 42:9]57°8 39:31 W 0°3| SE 2) 4) 4] 9 V7 | 9°705 | 9°713 | 9°725 | 9°752 | 98049470 41:4] 48-2 42:3) 62:0 44:7] 49°4 42:9] 45-0 40:0]54:7 42:1]8S 2-3 | EH Os fe ew 18 | 9°914 | 9°914 | 9-907 | 9-938 | 9963] 42-3 38-9 | 45-9 41:0| 55:0 46-7] 51:0 43-9| 42-0 38-9] 56:8 35:°2]N 0O|\E 034 1. 10 19 | 0-012 | 0-003 | 9°987 | 0-019 | 0-031} 40-0 37:9} 46:0 40-9 | 53:0 44:6] 46°8 40:9 | 44:2 39:2154:0 34:21N 0/S 1-2} 1] 41 10 20 ; 0011 0001 | 9°986 | 9°942 | 9-952 444-5 39°7 | 45-1 40:0 47-6 42:9) 46-2 44:0| 45:3 44°6950°1 404]SW 0°5 SW 1,10} 10° 10 21 9°742 | 9-620 | 9°698 | 9°726 | 9-705 | 52-2 47:7 | 51:2 47:°9|52°5 46:4] 48-6 45:3] 46-0 44:1]55:0 40:5]/SW 2-3/SW 1-2] 10] -9 | 10 22 | 9-305 | 9°405 | 9-487 | 9-607 | 9°551} 45°3 40'S | 46°5 41-4] 50°1 43-7] 47-0 43:9] 45:3 43:09 51°7 43°33] WSW2-3|SW 231 9] 9 | 10 23° 9611 | 9°615 | 9°679 | 9°663 | 9-654] 45-0 42:9 | 47:0 43°7 | 50°8 45:4] 47-9 44:9] 43-4 41:3]51-7 423] WSW2-3/S 1-27.10] 9) 5 24 9°54G | 9°543 | 9-474 | 9-439 | 9°407 | 45°3 42-9 | 43°2 41-7 | 49-5 43:2] 44-6 41:5] 41-0 39-2] 51:7 41:1] WSW 1-2) SW 1710} 6; 8 25 | 9°372 | 9°372 | 9°370 | 9°395 | 9-456 | 42-0 39-7 | 42-8 40-4 | 44:1 41:0 | 44:4 41-6] 41-0 40:0] 49°5 37:°21SW 1)/E O7 9/10; 5 26 | 9°728 | 9°737 | 9°824 | 9°873 | 9°913 | 45:2 42°1 | 46-7 42-9] 49-0 44-9] 48-2 44:1] 43-0 41:0]47-°7 37°83] ENE 1-2) W Oo} 7| 9| 4 27 | 0004 | 0:002 | 9°992 | 9-990 | 0-068} 44:3 41:7 | 48-0 43-7 | 505 46:°9| 50:0 44:5 | 41:0 37:9152:0 38:3] NE 1)/NE 1-2] 3) 6 ))2 28 | 9°970 | 9°953 | 9°862 | 9-802 | 9°843 | 42:0 36°8 | 45:3 38:9 | 52°5 43:9153:0 44:9 | 42:0 37:9] 53-7 34:2) NE 1) INE 05h 530 ee 29 | 9°819 | 9°804 | 9°790 | 9°802 | 9:807 } 43:0 40°6 | 49-0 43-9 | 53°38 47:7] 51:0 45°9| 50:4 43:9} 54:7 34:21N 0°5|S NU ON rf |) ao 30 | 9°884 | 9°898 | 9°928 | 9°922 | 9°944 447-0 45:9| 47-5 45-9 | 53°8 50°7| 54:0 49:7] 562 46:7] 596 44:3) N 0| E 0°37 10/10) 8 MEaN} 9°824 | 9°821 | 9-808 | 9°804 | 9°815 | 41°9 38°6 | 44°4 40°5 | 50°2 44°2| 47-5 42-7] 43:5 40:0] 52°83 36-6 0:92 1:10]5° | 6:2; 584% | | | ! Rain- fall. PUBLIC SCHOOL, FORT-WILLIAM, 213 MAY 1890. | 2 Ss. R. ‘ 3 . Barometer poe 32° and Sea Temperature—Dry and Wet Bulbs. pate pieebion nee Gannon Hee 4 Read at 8h gh 14h 18h o]h gh gh 14h 18h 21h 18h Qh Qh 21h gh | 14h 21" gh Ins. | Ins. | Ins. | Ins. Ins. pays Wet.| Dry. Wet. ine Wet. | Dry. Wet. | Dry. Wet. Max. Min. |Dir’n.Force.|Dir’n.Force. Pome Ins. 1 | 9:992 | 9986 | 9:970 | 9:933 | 9-958} 53-0 47:9] 58°0 49:4] 65°2 51:2] 61:7 51:7] 52°0 43-9]67°1 4611S (ONS) 1-2] 0 1 0 = 2 | 9°852 | 9828 | 9°727 | 9°733 | 9°778 1 47°3 438°7 | 51°8 45°7 | 62-7 50:0] 51:0 489] 47°6 45:9] 64°8 36:3) N 0°5|}SW TL |) 385) Sees: 3 | 9°849 | 9°856 | 9°763 | 9°758 | 9°7741 49:0 45°4 | 52°9 48:1] 60°9 51:9] 57-9 49:9] 54:0 47:0] 61°8 4031 N 0°3);NE 1-2} 9 9 9} 010 4 | 9-789 | 9°774 | 9°735 | 9°695 | 9°738 } 48-8 45-7 | 49°8 46:1] 69°3 59:1] 63°9 54:7|53°3 49:4171°6 423] NE 1-2/ESE 0] 7/ 4] 4 - 5 | 9°749 | 9°740 | 9°703 | 9-672 | 9°679 15171 48°71} 54:0 50°5| 57-9 52°2| 58:9 52:°9|55:0 50:0 67°8 45:37 NE 1-2)/NE 1-2] 1] 7] 44 010 6 | 9°671 | 9°661 | 9°665 | 9°642 | 96551 52°5 49:4] 56:1 51:7 | 58°9 51:9] 55°8 50:9] 54:0 48:1] 62°8 48:0] NE 1)/SSH 121-2710] &| 7 = 7 | 9°634 | 9°637 | 9°652 | 9°659 | 9°688 455-5 48-9|55°8 49:2] 66°7 55:5 | 62°9 52:°4|53-:0 47:91 66°8 47:01N 0:3) SE 1-2] 9 2 2 = 8 | 9°757 | 9°761 | 9°757 | 9°779 | 9-784 151°3 47-9 | 53-0 48-9] 59-9 52:9] 53:0 50:9] 52:0 49:9] 61°8 43°83] NE 1| NE Wi] Bal 7 1) OUG 9 | 9°798 | 9°778 | 9°710 | 9°659 | 9°648 51:2 47-9] 55°38 50°9 | 59°9 53*2| 56-2 51°2|50°0 47-9} 61'S 42-1] N 0:3|NE 1-27 2 | 10 5 - 10 | 97544 | 9°536 | 9°488 | 9°526 | 9°534 153-0 48-7] 54:1 48:5) 57-0 50°7|53°6 48:9] 50:8 47:9160°8 46-51NE 1-2|NE 1-2} 9] 10] 10] ‘080 11 | 9°572 | 9°570 | 9°520 | 9-470 | 9°498 } 52:0 48-9 | 52°8 49:0] 63:2 53:9] 60:1 52°4] 48-9 47:0] 65°6 463]/SSH 1-2}NE 1-2} 9] 8 | 10] ‘110 12 | 9°481 | 9°477 | 9°463 | 9°479 | 9°526 1 48:3 47-9] 50:2 48-9] 51:0 48-9] 51:7 48:8 | 49:0 46:9] 62°5 45:3) W 1]/SW 05710] 9} 10} -100 13 | 9°577 | 9°580 | 9°516 | 9-480 | 9-479} 48°8 47°7 | 49°3 47-7 | 55:0 47:9] 52:2 469] 50-0 46-99 57°8 45-6] W O3;/SW 1-2] 6 6 | 10] ‘210 1 14 | 9°533 | 9°549 | 9°591 | 9°655 | 9°681 | 48-0 45°1 | 46°8 44°7 | 48-0 45°2| 52:5 46:4] 45:0 41°81545 423)}WSW 2/SW 2:3] 8 3 14] °342 } 15 | 9°736 | 9-734 | 9°743 | 9°770 | 9°791] 48-0 43-9 | 48°3 43-2 | 53-8 47:0] 51:1 45°5/463 43:1)55°1 41°-54SW 1-2/8 0°37 10 | 6) 7] 168 16 | 9-765 | 9-765 | 9°728 | 9°678 | 9°628 | 49°9 44:9 | 50:2 46:4] 50°5 47:2] 48'S 47:7] 49:0 48:1] 52°38 4037SW 2-3/S Oo} 9] 10} 10} 360 | 17 | 9°344 | 9:342 9°434 | 9:513 | 9°575 | 48:2 47:9} 50:0 48:9] 48-9 47-7] 51-4 48:9] 48-0 45°9]53-0 46:3] NE 0;/SW 1-2} 10] 10 9} 120 18 | 9-671 | 9:679 | 9-685 | 9-721 | 9°760 } 53°5 47-9 | 55-5 49:4 | 57-7 51:2 | 52-0 51:2] 51:0 48°7]62°0 423]SW 0:3/SE Of} 9] 10) 104 162 | 19 | 9°816 | 9°815 | 9°798 | 9-788 | 9°813 54:5 51:4 | 55:0 52:0} 66:2 57:4] 65-1 59°3| 55:0 42:7] 69°3 47-2) N 0|NE 14 9} 6] 6] -010 20 | 9°718 | 9°720 | 9°675 | 9662 | 9°709] 55:0 52:0] 54:5 51:9] 62°9 56°8| 62:7 55:3) 55:5 49:9] 65:5 19-27NE 2-3/S TPA SV GI) Ze {| A088} | 21 | 9°824 | 9-827 | 9:949 | 0-002 | 0049} 54:0 49°8 | 57:0 51:2] 54:0 50:9] 57-0 51-1 | 53:0 50:9] 63°8 52-248 1-2|SW 1} 7} 9} 9] :046 | 22 | 0:223 | 0:229 | 0°262 | 0°265 | 0:278} 53°3 51°7 | 53°5 51:9) 60°0 56°5| 59:7 56:°21}57:0 55:0] 63°6 50°27SW 1/s 0°37 10) 10] 7 = 23 | 0-287 | 0-260 | 0-200 | 0°166 | 6174] 59-9 57:0 | 63:9 58-9] 70°2 62:1] 71:0 61:2 | 63°9 56:0] 76°6 51:2]N 0| Var. 1-2] 0} 7] 4 - 24 | 0:242 | 0:240 | 0°173 | 0°140 | 0°160} 59-9 53-9 | 64:2 46:1] 78-2 64:2] 74:9 62:0] 60°0 54:4] 78°9 46°3) W 0/SE oO} 0 0 0 = - 25 | 0-099 | 0:103 | 0-089 | 0:099 | 0°100 } 57:2 53:2] 55:8 51-9] 59:7 53:8] 56:0 48°7 | 46:2 41:9] 72°2 48-0]NE 23/NE 1-24 0] 1] 0 - } 26 | 0°161 | 0°155 | 0-122 | 0:093 | 0°110} 49-5 45-7 | 50°9 46:2) 59°1 50°8| 57:7 49:2] 46:1 42:1] 60-4 403]NE 223/NE 0-5} 3] 3] O - 1 27 | 0-114 | 0:104 | 0:086 | 0:071 | 0°120} 48-0 42:9 | 52:0 45:4] 60°9 51:1] 599 51:9] 53-0 47:9] 65°3 39°3)NE 2-3/NW 0-3] 3] 1] 2 - 28 | 0:146 | 0:130 | 0°120 | 0°110 | 0°115} 50-0 46°2 | 52:9 47-9] 52:0 47°41 51-0 46:9] 49:0 44:°5159°8 40:3] W 0°3| W 12s | LON 10, 273 } 29 | 9-962 | 9-962 | 9:915 | 9°865 | 9°8309 51°3 49°8| 51-0 49:5] 49'S 48:7] 49:0 48°7 | 46°0 45:1] 52°56 45 37W 2-3) N 0°37 10} 10] 9] -364 } 30 | 9:954 | 9-981 | 0:034 | 0:047 | 0:089 | 42°6 39:7 | 41-5 38:9 | 48°3 41°7 | 46-4 38°7] 41-2 38:°3]51°8 40-37NE 1-2) W 1:2] 8 7 6} 010 } 31 | 0-128 | 0:126 | 0-130 | 0134 | 0°086} 47-0 40°7 | 47°38 41-0 | 52:4 45:9] 49-0 43-9] 45°5 42:9) 55:8 37-2} W 0°3|N OS | eral et 200 | Mean 9-838 | 9-835 | 9°819 | 9°812 | 9:832]51°3 47:8] 53-0 48:4] 58-7 51°8| 56-6 50:8] 51:0 47:4] 62°8 44:3 1:10 1:03] 6°1 | 6-5 | 6:1 | 2°816 | JUNE 1890. ) Ins. Ins. Ins. Ins. Ins. | Diy. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet. Dry: Wet.{ Max. Min. ]Dir’n Force.|Dir’».Force. Ins. 1 | 9:886 | 9-801 | 9:775 | 9°781 | 9°7941.47°3 46:9 | 50:5 50:0| 53°4 48:3} 51°8 482] 50°0 45°8457°0 44-31SW -2| WSW 1-2] 10 | 10 | 10 - Y | 9°784 | 9-771 | 9:589 | 9°5384 | 9528} 48-9 45:9) 49-9 46:6] 51-2 50-9 | 54:0 53°2 | 52°2 51:9]755°6 45°31SW 1-2}/SW 21 10} 10 | 10 | 1-450 3 | 9°555 | 9°550 | 9-542 | 9°432 | 9-296] 51°8 51:5 | 52-5 52:2 | 53-0 52°7 | 53°7 509) 51°2 49°9]55:2 48-57SW 1-2)/SW 24 10 } 10 } 10 |1-250 4 | 9:544 | 9-572 | 9-642 | 9°668 | 9°658] 52:0 49:4] 42-0 49-7 | 55:0 52:7] 51°8 50°9| 52:0 50:99 56°38 49°-47SW 1-2|/SW 1] 10 9/10} -422 5 | 9°727 | 9-731 | 9°778 | 9°831 | 9°746 [52-5 51°9| 52-0 51-9] 54:8 52-9) 56°0 51°7 | 51:0 47:°9457'S 50:0]SW 1|)/SwW 1410; 10! 10} -460 6 | 9°685 | 9-786 | 9-920 | 0:022 | 0°110 J 49:2 47:9 | 48°8 46:1] 53:5 46:1/ 54:0 45:9) 49:0 42:9157°38 48-0]}NW 2-3|WSW1-2] 9] 5] 114 -082 7 =| 0:274 | 0-277 | 0:318 | 0°333 | 0°359 | 48°5 45°2 | 51°8 46:2 | 54°8 47:1 | 55°3 47:7 | 46°2 42:°9157°8 40 51SSW 0°5/S O7 8] 5] 0 = 8 | 0-208 | 0-175 | 0:015 | 9:920 | 9-863} 48:0 44°7 | 53°3 48-9 | 61°3 52:2] 55°8 51:4) 54°5 51°24 63°8 35-21 N 0°3/S Of 1) 101} 10 450 ie 9 =, 9°794 9-802 | 9°861 | 9°861 | 9-865} 52-3 51:9] 53:9 43:1] 54:0 52:9] 60:9 54:2] 53:2 50°7161°6 504)SW 1-2)/SW 0-37 10] 10 3} °022 | 10 | 9-784 | 9-763 | 9-693 | 9°688 | 9°611 [57:0 52:2 | 59-0 53-2) 62:2 56:0 | 62:2 57:9) 59°9 51:°9167°8 48-4}SW 03|/SE 1-2] 9/10] 9} -002 } 11 | 9547 | 9°550 | 9-575 | 9°589 | 9:652} 55:3 53-7 | 55:1 53:1) 56-0 53:7 | 57:0 54°3| 53:0 50:9} 67-2 54-2)SW O|NE 1-2710/10; 94 :050 | 12 | 9-817 | 9:827 | 9-930 | 0-012 | 0:080 4 52°5 49:9 | 53:5 51:2 | 62-1 56:3] 56:0 52:9] 53:0 51:0] 62:7 49-2] NE 2)|NE 1-2] 9] 6] 6 - | 18 | 0-240 | 0-253 | 0:281 | 0:299 | 0°324 | 54:2 52:1 | 56°3 52:2) 63:2 54:9] 58:9 52:9) 51:2 47:9] 64'8 48-4) ENE 1-2)/ENE 1) 9] 4, 9 = | 14 | 0°359 | 0°351 | 0°320 | 0°317 | 0°258] 51°8 46:7 | 52°0 47°7 | 62°5 59:9 | 59:4 53:1] 51:0 48:9] 63-2 46-3)NE 1-2)/SW 1710} 5) 5} -010 | 15 | 0°319 | 0°315 | 0-251 | 0°206 | 0-173} 51°S 50°! | 52:0 50°7 | 53:7 52°8| 54°6 54:1| 54:9 54°4]60°8 45-14SW 1-2)5SW 1} 10 | 10 | 10} -360 | 16 | 9-970 | 9-968 | 9-937 | 9°870 | 9863] 55-0 54:7 | 55-5 54:2/57:1 53:7 | 53-7 52°8| 51-4 50:7159°6 53:27SW 1-2}SW 1-2]10] 9] 10} -492 } 17 | 9-782 | 9-722 | 9-752 | 9°790 | 9°840] 51°3 49:2 | 52°0 50°2| 54:3 51:3) 55:2 49:°9/ 53-0 49:0]57°38 48-27SW 1-2)/SW 1-2]10]10] 5] ‘170 | 18 | 9-930 | 9:928 | 9-862 | 9°834 | 9°878] 52°5 49:1 | 53-0 501] 52-8 51:9] 54°6 53:7 | 53-4 51°77 57-8 48-44SW 1|)SW 1j 91/10] 10} -330 | “19 | 9-988 | 9-992 | 9-987 | 9-944 | 9°884}53-9 52:1] 56:2 51-9] 55°8 52:7] 53°8 51-7 | 52:0 50:°9]61:0 50:2],SW 1/SW 17 81 9] 107 +150 20 | 9-804 | 9-808 | 9-863 | 9°892 | 9°912] 53:8 51°3 | 56°0 51:1 | 57-9 51:0; 55:0 49°9] 51:0 47°9,59°83 5027SW 1-2'SW 1-27 9, 8] 10, 273 | 21 | 9-920 | 9:940 | 9-959 | 9-938 | 9:930 1 52:3 51:7 | 53:8 49-9 | 54:0 52:5 | 53-8 52:2) 52:0 51:3] 60-8 4627SW 1-2)/SwW 1f7 8/10] 9 fF 113 22 =| 9:961 | 9:965 | 9-993 | 0:037 | 0:052] 54-0 51°71 | 55:'8 52-2] 56-0 53-7] 6371 565 | 54:0 52:6] 63-8 50:3] WSW 0°5| sW 1} 8 7 14 -040 | 28 | 0-059 | 0-049 | 0-024 | 0-055 | 0°068] 54°8 54:2 /55°2 55-0 | 56:2 55:9| 56:0 53:2) 52:0 48:7] 59:0 51:2]SW 1-2) WSW 1-2] 10 | 10 6 | :102 | 24 | 0-049 | 0:055 | 0:037 | 9-927 | 9824] 55-8 50:9] 55°9 50:2] 55-2 51:9] 53°5 52:0 | 52:8 51:9] 61:3 49-2] WSW 1-2| SW 1} 6] 10] 107 -910 | 25 | 9°829 | 9-844 | 9-923 | 9-971 | 9-989] 53-0 48-7 | 53:9 47:8 | 59:4 51:°2|56-2 49-9] 51-4 48-3] 60-8 5017WSW2-3/SW 05} 8] 4] 9 - } 26 | 9-918 | 9:890 | 9:821 | 9:761 | 9-702} 53-0 49-8 | 53-2 49-1] 53-2 51-5 | 54:2 52°3| 52:2 50-9] 59°8 45-1}SW 1;/SW 05} 6|10] 94 -110 | 27 | 9-620 | 9°616 | 9-636 | 9:638 | 9:696 | 52°3 49-9] 54-0 49-7 | 51-5 48:1] 57-8 51:1| 52-4 49:7|60°0 465}WSW 1/E 1j 4] 8] 67 :216 W 28 | 9°813 | 9°815 | 9°838 | 9°852 | 9-878} 54°3 51:1 | 55°3 50:9] 59°1 52-3} 57-1 519/510 48:7] 64:3 45-1JENE 1/NE 0:3] 8] 2] 3 - | 29 | 9-815 | 9°799 | 9:693 | 9°585 | 9509 | 52-2 48°8| 54:3 49°8 | 59-0 511} 56-2 50:3] 54:0 49:3] 61:0 43:3] W 1-2)}SSE 1-2] 2] 3) 10 - ft 80 | 9-288 | 9-264 | 9-285 | 9-332 | 9383] 54:9 50:4 | 55-2 50°8|57:0 51:1] 57:8 50°8 | 54°2 49-3] 58-7 53-2) EB 05|NE 1-27 9/10] 8 = BAN} 9°874 | 9°871 | 9-870 | 9°864 | 9'861] 52°5 5071 | 53°7 50°2| 56:3 52:3] 561 51-9] 52°3 49:71 60°3 47°8 1:25 1:10} 83 | 8:1 | 7:6 | 7-464 214 PUBLIC SCHOOL, FORT-WILLIAM. JULY 1890. S. R. Barometer connate 32° and Sea Temperature—Dry and Wet Bulbs. Sher: aan Gna. Read at gh gh 14h 18h 21h 8h gh 14h 18h 2ih Tsnigs gh 21h Qh | 14h | Q]h Ins. Ins. | Ins. | Ins. Ins. | Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.]Max. Min. |Dir'n.Force.|Dir'n.Force. 1 | 9°642 | 9°670 | 9°705 | 9-704 | 9°743] 53°8 49-9 | 53°8 49-9 | 64:1 54:2| 63°2 54:°6| 53°8 49-9] 66:1 502] NE — 9 2 2 | 9°713 | 9-729 | 9°707 | 9°703 | 9°707 } 54:2 50-1 | 54-4 49-3 | 55-0 52°7| 57-4 53-6] 51:0 50°1]64°0 4637NW 0°5/NE Oo] 9 9 3 | 9°749 | 9°761 | 9°772 | 9°769 | 9°806 ] 53:0 49:7 | 54:0 50:1) 57°9 51:5] 58:3 55:6 | 538 48-9} 63°8 46-4] NE 1|W 1-2] 9 8 4 | 9°795 | 9°793 | 9°763 | 9°738 | 9°781 | 54:0 50:9 | 54:2 50-7 | 61:1 53-0 | 62:7 53°8/ 51:8 48°7] 66°38 443]NE 0-3|/NE 1-2] 7 7 5 | 9°797 | 9°795 | 9°796 | 9°808 | 9°802 ] 52:0 48:7 | 56:2 51°1| 58:7 50-9 | 56-2 50:9] 53:0 48:9} 62°8 46-3]SSE 0-3|N 1] 6 9 6 | 9°860 | 9°842 | 9°830 | 9°828 | 9°823] 53°5 48°7 | 56:7 50°5 | 59-1 511 | 54:5 49°8| 51:0 47-7] 618 47-0] W 2-3| WNW2-3] 9 8 7 | 9°749 | 9°739 | 9:695 | 9°623 | 9566] 50°8 47-7 | 52:0 49-1] 50:2 48-7 | 50:0 48:7] 48°0 47:2453°5 45°1]SW 1-2/SSE 1} 10} 10 8 | 9°466 | 9:463 | 9°487 | 9-492 | 9501] 48°3 45°9|50°5 46:°9/ 57-7 48:9 | 52:7 49:6) 49:0 47:7]59°2 423—NE 0-3/SW O05] 8 6 9 | 9°617 | 9°629 | 9-669 | 9°740 | 9°798] 52:1 46:9} 53-0 47-9 | 59°1 51:3 | 54:7 46:0 | 52:0 46:7] 60°1 46°3]SW 1| NE 1] 9 6 10 | 9°888 | 9944 | 9952 | 9°963 | 0:002} 50°8 45:9 | 51:2 46-7 | 57-0 48-9] 57-1 49:1 | 52:0 47:°9]58'S 463]WSW 1) W 1] 9 8 11 | 0:019 | 0-019 | 9°984 | 9-959 | 9°942] 51°8 45°9| 56:0 48-7 | 61:9 50°9/ 56:0 49°7 | 53:2 48-2]64°8 45:5) N 1]/NW 2-3] 6 6 12 | 9-811 | 9°785 | 9°712 | 9°665 | 9°642] 51:2 48:1|52:0 48-4] 54:0 50:1] 52:8 49°9| 51:2 50:1]56°7 443]WSW 1/5 Oo; 8 6 : 13 19:461 | 9°431 | 9°392 | 9°370 | 9°354153°0 52°7 | 54:5 54:3) 57-1 57-1] 57:1 571/560 56:1] 581 49°-47SW 1-2;/SW 1-2] 10 | 10 1:865 14 | 9-299 | 9°321 | 9°516 | 9°533 | 9°571 9.520 50°7 | 54:0 51:1 | 54°8 52:2) 54:6 53-0 | 54:0 51-7 59°6 51:2]SW 1-2) W PA}| 3) 9 ‘ 15 | 9°634 | 9°647 | 9°743 | 9°831 | 9:907 | 52:2 51:4 | 53°9 52:0] 58-9 55-5 | 58:7 54°8 | 55:0 51:9] 65'°3 48:2,SW 1-2/8 0-3} 8 6 : 16 | 0-080 | 0-080 | 0:085 | 0093 | 0:115 55-0 51:9] 56:0 53-0 | 60:1 54:0 | 61:7 52:0 | 51:0 47:3]65:0 49°4)SW 1| W 0-3] 7 5 17 | 0-086 | 0-064 | 9:983 | 9°923 | 9°91450°3 47:9] 54:0 49-7 | 62:9 55:0| 57-6 51°1|52°8 48°9]65:0 38:3] NE 0| W 0-5) 2 7 18 | 9-805 | 9-799 | 9°799 | 9:806 | 9:860 } 52-2 50:1] 53:2 49-7 | 54:9 53:4| 55:8 53:0 | 54:2 53:0] 62:0 48-2)E 0|ENE 0-3] 10 | 10 19 | 0:047 | 0:064 | 0:088 | 0°166 | 0:233 } 55-9 51:1] 57°9 41°7| 68:9 57:9] 68:7 56:0 | 56:2 50:9] 70°8 46-2]NE 1|W 0-3] 3 6 20 | 0:251 | 0:247 | 0°198 | 0°170 | 0°1382} 53:9 50:1 | 55:0 50:9 | 60°3 56:4 | 55:2 54°7|54°6 54°57 64°8 46-215W 0|SW 1] 10 9 21 | 0:093 | 0-093 | 0-043 | 0-019 | 9:943] 57:7 56°8| 58°9 58-0} 60°9 58-7 | 56:4 56:0 | 56°1 55°59 66°8 54:21S5W 1;SW_ 1-2] 10} 10 22 | 9°950 | 9°946 | 9-961 | 9:976 | 9°983 55:8 51:1 | 55:9 51:4] 59:1 52:1] 57-0 50°9 | 55:2 5014618 50-21SW 1-2) WSW1-2 10 9 23 | 9°899 9-859 | 9891 | 9°873 | 9°840 } 55:3 55-0 | 57-4 56:2/ 591 55:°0/ 56:0 52:7 | 53:0 50°99 61°8 51:5 7SW 1-2)/SwW 0-5] 10 9 24 | 9-880 | 9°882 | 9°895 | 9°917 | 9°936 54:0 48°7 | 54:0 49-9 | 59-1 52:0) 53°8 49°9| 53:9 49:1] 60:0 50:2} W 12,SW 1-2} 10 6 25 | 9:986 | 9°986 | 0:031 | 9°945 | 9927 | 54°3 51:7 | 56:0 51:9) 59°1 54:0] 60°5 52:3] 51°8 48°99 62:2 50:01SW 1|S8 0-5] 9 9 26 | 9:716 | 9°701 | 9°678 | 9°733 | 9°742 953-0 51:9) 55:0 54:0] 58-1 57:9 | 64:8 53°7| 54:5 53:1] 61:2 43-3175SW 0-3|/SW 1} 10 | 10 27 | 9°667 | 9°663 | 9°668 | 9°629 | 9°680} 54:5 54:2) 556 54°8/57°3 54:4157:9 54:7 | 53°8 50°74 616 53:14SW 1;SW 0-34 10 9 28 | 9°571 | 9°566 | 9°577 | 9°684 | 9°732 51:2 50-1] 51:8 50:0] 55:8 53:0] 56:4 52°38 | 52:2 50°7158:2 49-21SW 1-2)/SW_ 1-2! 10 8 | 10 29 | 9°783 | 9°842 | 9°782 | 9°685 | 9°62& 52-8 51°5 | 52°4 51:3 | 53°7 52-7 | 55°8 54:8] 53-4 52°7]59°8 49-27SW 1-2/SwW 0-5] 10 | 10 | 10 30 | 9°563 | 9°563 | 9°581 | 9:589 | 9557 155-8 55:6 | 56:0 55:8 | 56-7 55°6| 54:9 54°8/ 54:8 53°8]62°8 51:2)1SW 1-2)|Sw 0-5] 10 | 10} 10 31 | 9°639 | 9°703 | 9°871 | 9°705 | 9°762] 55:2 54°8 | 56:2 55°8| 58°3 57:3] 57:2 55:8 | 53°6 52°71 62:71 54:21}SwW 1}SW 0-38] 10 | 10 6 MEAN | 9°791 | 9°795 | 9°802 | 9°795 | 9:804 ] 53°2 50°5 | 54:6 51:0 | 58-4 53°4) 57-0 52°7|53'1 50°5 1622 47:9 1:27 1°48] 8°6 | 8:0 | 7°9 AUGUST 1890. Ins. Ins. Ins. Ins. Ins. |Dry. Wet. \Dry. Wet. | Dry. Wet.| Dry. Wet.| Dry. Wet.}Max. Min. |Dir’n.Force.|Dir’n. Force. 1 | 9°783 | 9°807 | 9°793 | 9°820 | 9°855] 56:0 54:3 | 57:2 55°1 | 65°1 57:5 | 60°9 56°8| 55:0 53°21 66°38 52:547SW 0:5) W 0-3] 9 5 2 2 | 9°959 | 9-967 | 0°007 | 0:017 | 0075} 55:0 53:2 | 56°4 54:0] 65:1 57:1|60°7 55:0} 55:0 52°71 66:8 47°27 W O;|SW 0-38] 9 7 4 3 | 0°063 | 0°055 | 0:043 | 0:013 | 0:005] 56:2 54:3] 57:0 54:8 | 57°2 55°83) 57:2 56°4|56°8 56°49 61:1 51:27 SW- 2/SW_ 1-27 10} 10) 10 4 | 9:997 | 9:983 | 9:975 | 9°995 | 0'0388 | 57'9 58:1] 59°3 59°3 | 58:4 58-4] 59-9 59°9|57°9 57-7 § 62:2 55°27SW 1]/SW_ 1-2} 10] 10} 10 5 | 0°038 | 0-026 | 9°93 | 9°950 | 0°017 } 58-4 58:6 | 58°7 58:8 | 60:1 59:9| 58-7 58°6 | 56°2 54:89 61°38 [55:'83HSW 1-2) WSW2-3] 10 | 10 9 6 | 0°122 | 0°116 | 0129 | 0143 | 0°161] 56:0 54:0} 57:0 49°5|58°5 54:8|57°9 55:2) 54:3 53:0] 60°0 52:2] W 0| W 0} 10 | 10 8 7 | 0204 | 0°196 | 0°177 | 0°157 | 0°195 | 55-2 54:0] 58°6 56:2 | 67°9 57°8| 68:9 62°3|57°9 54:09 71:1 50-77) N 0| W 0}; 10 8 6 8 | 0-207 | 0:206 ! 0°158 | 0°141 | 0°166154°8 54:0} 60:1 57:0! 68°6 60°8 | 65:9 61:°9|58°9 57-74 72°2 48:27NE 0,;E Oo; 0 2 9 9 | 0:175 | 0°170 | 0°101 | 9:090 | 0°106 | 58:1 56:0 | 64:1 59:1 | 72°6 62°7 | 63:1 56:2) 59°8 54°8]'73°6 51:27 N 0-3) ESE 1-2 4 2 4 10 | 0:009 | 9:993 | 9:921 | 9°860 | 9°867 | 65:1 57:6) 64°9 57:0 | 69:0 58:1 | 67°9 58°8|57°5 51:0] 73:5 56:24 1-2/ESE 0°5 5 5 1 - J1 | 9°781 | 9°765 | 9°759 | 9°777 | 9°795 | 57°9 54:2 | 59°4 55°8| 64:1 58°9| 61:7 59:1 | 59°38 57:0} 71°6 51-2] NE 2| NE 0-3] 5 8 | 10 “640 | 12 | 9°767 | 9°775 | 9°735 | 9°742 | 9°774 | 54°8 54:8 | 55:4 54°6 | 58-9 57°8| 56:2 54:1) 54:2 53°6]62°8 51:2] NW 0/Calm 0 7 | 10 9 102 | 13 | 9°810 | 9-820 | 9-745 | 9°719 | 9°694] 56:0 54:0 | 56:2 54°2 | 63:2 54:3 | 63:2 57:0] 56°5 54:0] 70°6 502] NE 1|SE 1 8 3 8 - a 14 | 9°615 | 9°613 | 9°564 | 9°517 | 9°461 |] 54°8 51:9] 54:1 52:2 | 58-7 55°61 54:7 52:'1/52:1 50°7961:2 51-77 WSW 2)/SW 2) 10 9 9} 188) 15 | 9074 | 9:061 | 9°114 | 9-218 | 9°281 | 52°3 51:7 | 53°8 52°7 | 54:4 51°9| 52:0 50°9| 51:0 49°9] 60:2 49:2], E 0-3|SW 1-2]10/] 10 | 10] °635 16 | 9°387 | 9°387 | 9°439 | 9-462 | 9°492 } 52:0 49:9] 53-8 51:1] 52°8 51°9| 55:0 53°4| 54:0 53:0]56°5 48:7}SW 1-2)}SW 1-2] 10] 10 | 10 17 ‘| 9°557 | 9°573 | 9°652 | 9°705 | 9°765] 55:0 54:0] 55:0 53:°0| 57:1 55:0!56°8 53:1] 54:0 51:°2]61:7 52:215W 1;WSW_ 0} 10 9} 10 18 | 9°525 | 9°819 | 9°860 | 9°875 | 9'914] 54:0 51°7 | 55:0 50°9 | 57-7 53:0 | 55°8 53:0 | 52°8 51°2759°8 5077 WSW O|NNE OF 9 9 | 10 19 | 9:925 | 9°910 | 9°867 | 9°856 | 9°849] 48:0 46°9| 52:1 49°1 | 61°9 57°5| 57:0 50°7| 53:0 50°91 63°6 42:3] W 0|W 1-2] 1 7 | 10 20 | 9°731 | 9°730 | 9°768 | 9°801 | 9°822] 55-2 54°8 | 56:2 55°8| 61-2 53:°2|58°9 54:0) 54:0 50°9163°8 50°7]SW 1-2/SSW 1] 10 4 9 21 | 9°720 | 9-709 | 9°644 | 9°695 | 9°715 | 53°0 51:9 | 538°3 53°2 | 56:3 52°7 | 52°8 50:3) 49:0 47:2] 59°e 51:0}SW 1} WSW 1-2] 10 | 10 } 10 22 | 9°739 | 9°757 | 9°771 | 9°735 | 9°676] 50°3 49:1} 51:2 48-9 | 53-0 49°9| 52:2 49°9/ 50:0 48:9] 58:8 (44:3]] WSW 1-2 | SW 0} 10 8 9 93 | 9°568 | 9°562 | 9°569 | 9°603 | 9°623 | 50°3 48-7 | 52:2 50°1 | 56°2 49°9/54°8 49°9| 48:0 45:9]}59°8 4537 WSW 1|)W 0} 10 6 3 24 | 9°596 | 9°588 | 9°568 | 9557 | 9°563 1 51:0 48°9) 52:2 49°3/ 55:0 50:9) 55°8 52°1] 52°3 50°9]60°8 44:3)SW 0°5|Calm 0} 10 8 8 25 |9°519 ! 9:496 | 9:424 | 9°362 | 9°313 | 51:0 49°7153°6 50°9 | 56°4 52°5|52°6 51°11 48:0 47°2459°6 4701S 0| W O54) 8 7 9 26 | 9°215 | 9°211 | 9:202 | 9°218 | 9°213 | 49°5 48-4 | 50-2 49-1 | 57-0 5171 | 52:2 49-9 | 47-2 46-14[59°6]472,SW 0-3|SW 0-3] 7 9 5 27 | 9°222 | 9°241 [9°325]} 9°394 | 9'508]}49°5 48°9| 50°6 49-7 | 62°9 50°9| 55:0 49°9| 50:0 47:9]64°8 46:3] E 0-3 | 0°54 10 3 6 28 | 9°757 | 9°769 | 9°834 | 9°853 | 9°886 1 51°8 48°7 | 52°6 48°7 | 55:2 47°51) 52:0 46°9| 48:0 45:9957°8 48-0] N 1-2| W Oo} 9 7 7 29 | 9:941 | 9-940 | 9-968 | 0-012 | 0-055 | 41°3 40°9| 48-4 46:1 | 56-0 51:7 | 53-0 49°7 | 48:0 45:9] 60°8 [34:2] NE O|NE 0-3] 2 7 9 30 | 07149 | 0°149 | 0130 | 0°147 | 0°159 | 46:0 42:9 | 52°2 46°7 | 58:1 49:°9|52°6 48:9] 46-0 44:1]60:0 42:3] NE 0-3)/NE 0-3] 7 4) 9 31 | 0°233 | 0-242 | 0-217 | 0°215 | 0°220] 40°8 39:9 | 48°0 44:9 | 59:3 50°3| 51:3 46°9| 50:0 46°9]59:°2 35:°2]NE 0-3/SW 0-3] 1 4 | 10 | MEAN | 9°796 | 9°795 | 9°789 | 9°795 | 9°820} 53°1 51°5| 55:1 52°5| 59:9 54-4] 57°3 53°7| 58:1 511 17638°3 48:5 0:97 0:94] 7°8 | 7-1 | 7:8} 62 5 | PUBLIC SCHOOL, FORT-WILLIAM. 215 SEPTEMBER 1890. S. R. arometer reduced to 32° and Sea F Thermo- Direction and Force Amount of | Rain- B teat Temperature—Dry and Wet Bulbs. Raataras of Wind (0-12). Cloud (0-10). | fall. Read at gh gh 14h 18h 21h gh gh 14h | 18h 21h 18h Oh gh 21h Ins. Ins. Ins. | Ins. Ins. | Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet. Max. Min. |Die’n.Force.|Dir’n, Force. 1 | 0-046 | 0-034 | 9-980 |[9:946]] 9:°943 ] 52°5 49-2] 51°8 49°8| 54:0 53°6| 560 55°8| 56°0 56:0] 57°6 4821SwW 1-2)/SW 1-2 2 | 9-938 | 9:957 | 9-996 | 0-005 | 9°992] 56-2 52:1] 57-9 57-7| 583 55:8 | 55°8 54:6 | 54:2 54:2]60°8 502)SwWw 1-2)Sw il 3 | 9:969 | 9:975 | 9°998 | 0:007 | 9993 ] 57:1 57:3 | 57-7 57:4] 58°1 57°9| 56-8 56°8| 57-0 57:0] 61°S 53-0] SW 1)SwW 1-2 4 | 0°187 | 0°139 | 0°197 | 0:240 | 0:274] 56-0 55:8 | 57°38 56°6|58°9 57°7| 57-9 54:3] 55:0 52°0]61°6 54:21SW 03/SW 0:3] 8] 9] 10 = 5 | 0291 | 0-298 | 0-274 | 0-262 | 0:274] 54:5 53-1] 54°8 53:0] 61°9 57:0 | 58°4 55:2 | 56°2 56:2} 63-0 51°2] WSW 0°5|SW 1} 7} 3] 10 - 6 | 0°405 | 0-417 | 0:412 | 0-434 | 0-483] 53-6 50:9] 56°8 53°8| 64:1 57:0 | 58-9 55:0] 53°0 51°38] 65°8 49°21SW 0:°3/Calm Of 1L| 1] 0 = 7 | 0:442 | 0°425 | 0:375 | 0°356 | 0°364 9 48°3 47:2] 54:0 51°5| 67°3 57:7 | 63:1 58-5 | 56°2 53:0] 68°38 44:1]NE 0|SW 1} 0 0 1 = 8 | 0°326 | 0°312 | 0:234 | 0°170 | 0°166} 60°1 58:4 | 60°9 58:9] 68-1 62°4| 63:1 58°5| 59-4 56°54 70°3 52-4)SW O|SW 1-2} 7 1 7} :080 9 | 0-202 | 0-222 | 0-232 | 0-236 | 0:241]56°8 53°8|56°6 53°0| 60°1 52°2| 56°4 50:7 | 49:2 47:1] 63°38 55:0) W 1-2}Sw 1 | 7 i) i = 10 | 0:154 | 0-148 | 0°088 | 0:064 | 0°049 | 52°5 50°7 | 53°8 51°6| 57-0 54:2| 54:0 51°1| 52:0 51'2]59°6 46°37SSW 1)/SW 17 9] 9] 104 168 11 | 0:054 | 0:082 | 0°148 | 0:196 | 0°218 4 55:2 51:2|56°6 51°5| 58:9 53°0|55°8 52°7|53°7 51:1] 61°8 51-2] W 2-3 | SW O} 8 | 6| 104 “015 12 | 0°242 | 0:247 | 0°249 | 0:244 | 0:2271 55:5 54:0] 56:4 54:0] 64:1 58°7| 58:1 55°0| 51:0 49:9}65°6 51-27SW 0:°5|SH Oo] 9] 6] 0 - 18 | 07186 | 0°175 | 0:125 | 0-087 | 0°091] 46:0 45°4|51°0 49°4| 64:9 59:2| 60°9 57:4] 57-0 54:0} 67°38 403] E Q|Calm Of Oj} 1} O = | 14 | 0°155 | 0°163 | 0°145 | 0109 | 0106 563 55:0 | 57-2 55°8 | 68-2 61:2 | 61:7 58:2) 57-0 55:9) 69°6 50:0) NE 0|SW Ot 9 1 1 = | 15 | 9:999 | 9-975 | 9°875 | 9°838 | 9°843 1 53°8 52:0) 60°7 55°3| 71:9 58:1] 64:9 53°8|61°9 54:°3172°6 48-21SH 0:3/S O05) 2) 0O| 4 - 16 | 9°863 | 9°846 | 9°843 | 9°825 | 9°821] 59-9 56:0| 63:9 55:3 | 65:7 57:6 | 63:4 55:0 | 59°9 56:2] 70°8 55°2]8 1-2);SSW Of 1)| 3] 9 = 17 | 9°786 | 9°781 | 9°803 | 9:804 | 9:809 |] 59:4 56°5 | 62°7 58:9 | 60°4 57-9 | 59°7 57°0| 58:5 55°38] 65°38 58141SW 1-2/SSE 1} 9 | 10) 104 -210 | 18 | 9°729 | 9-729 | 9:821 | 9-871 | 9°907 57:0 56:0] 57°5 56:3) 58°9 56°8| 55:8 54:2) 52°3 51°27 62:3 54-2)5W 0|/Calm 0710; 8} O}F -200 19 | 9°880 | 9°872 | 9°797 | 9°743 | $7631 45°5 45:4]51°0 49°9| 63°3 57-0 | 59°8 55:2| 56:0 55:0] 66°38 441] NE 0°3/SSE oO} 3 8 | 104 :042 20 | 9°624 | 9°596 | 9-442 | 9-458 | 9-492] 57-4 53-5] 60°4 54°5|56°0 54:8] 54°7 51:2) 52:0 50°0] 63°6 522]ENE 0°3/SSW 1] 9] 10] 6] -260 21 | 9-434 | 9-430 | 9°412 |.9°410 | 9:415 156-0 52:0) 57:0 52:2| 57-1 54:0|57:0 52°5| 55°1 52°3]60°8 502]SSW 1|/SSE 0-5] 9 | 10 | 10} -040 22 | 9°378 | 9°360 | 9°492 | 9°584 | 9-675 | 58:2 53°0| 58°7 53°3| 58-1 56:0 | 56°5 55:0) 52°0 51:2] 60°8 53-27SE 0°3)S Oo} 9| 8] 24 212 | 23 | 9°826 | 9-836 | 9°825 | 9°819 | 9°807 1 52°2 51:1) 53:0 51:9 | 58°9 54:0 | 55°0 51°2 | 54:0 51-9] 61°6 50°7]S 0|SW 1}10|) 7 | 10} °340 | 24 | 9°756 | 9°756 | 9:829 | 9-930 | 0°005 } 55°5 55:3] 55:3 54:3 | 55:0 53:2) 52°0 47:9) 50°3 47°74) 57°8 52°2)5wW 2|SW 1-2] 9] 9] 6] :260 25 | 0°215 | 0224 | 0:230 | 0-114 | 0014] 510 49:2 | 52°5 49-7 | 55:8 50°9 | 52:2 49:9 | 53-0 52°71 57°38 45°9} SW 1)Sw 2-3] 10 10 | 10 41°872 26 | 0017 | 0:041 | 0°138 | 0:204 | 0-205] 58-9 58°5| 59-5 58°9|61°9 59°71 | 57:2 54°3| 55:0 55:0] 63°6 5047SW 2-3)SW 1}10] 9] 10] -480 | 27 | 0°146 | 0-150 | 0°138 | 0-103 | 0-105} 57°9 57°7| 58:1 57-7 | 58°3 57-7 | 5775 56°8 | 53:0 51-9] 59°38 54-27SW 1-2)Sw 1} 10 | 10 | 10} -150 | 28 | 0-054 | 0°054 | 0-009 | 9-946 | 9-914] 50°0 48°9 | 53:5 51°1 | 55°2 51°7 | 511 49°7 | 52-0 46°7] 57°38 47-2|SW O5|SW 1-2] 7) 9) 9] 062 29 | 9°714 | 9:688 | 9°500 | 9°530 | 9°651 } 53°0 50:9 | 53°8 51°9| 56:4 53°8 | 50°6 45°6| 48:0 43:9] 57°77 502]5W 2-31SW 38-4] 10/10) 9] °880 30 | 9°646 | 9°631 | 9:499 | 9:427 | 9°377 ] 47°0 44:4 | 47-2 43:9 | 45:3 447 | 43-2 42:9) 43°0 42:9] 52-7 43-37SW 05/E 1} 10 | 10 | 10 41:198 Mzan 9-987 | 9-985 | 9:970 | 9-967 | 9°972] 54:4 52°5| 563 53°61 6071 55:8 56:9 53°5| 54°1 52:1) 63-0 50-2 1:01 0:86 | 7°4 | 6:8 | 6:8} 7°849 OCTOBER 1890. Ins. | Ins. | Ins. | Ins. Ins. | Dry. Wet.| Dry. Wet.) Dry. Wet.| Dry. Wet.| Dry. Wet.] Max. Min. |Dir’n.Force.|Dir’n.Force. Ins. 9-369 | 9°405 | 9627 | 9:810 | 9°952}47°6 45°9| 48°0 45:2) 42°5 41:1] 47:2 41:9] 45:4 41°7751-2 42°3]SW 1-2}NNE- 1410] 10 1] 132 0°218 | 0°240 | 0°180 | 0:012 | 9°924739°0 36:9 | 43:2 40°2] 46:2 44°9| 48-2 46°3]52°0 51:1) 51:0 38527SW O°3;/SW 45] 2] 10] 10 [3°577 9°755 | 9°790 | 9°785 | 9°857 | 9°870} 55°8 55:2) 56:2 55°5| 57:0 55°8| 54:0 53-4] 531 51:9] 57°38 443}SW 2-3/SW 1-2] 10] 10] 10} -940 9°952 | 9-959 | 9-972 | 9:938 | 9:912] 53:0 50:2) 53°8 50°9| 54:6 52°4|53:0 58:0| 55:0 55:0] 55-7 50:77 SW SW 1] 7 {| 10] 10] -860 9-849 | 9°847 | 9°809 | 9-763 | 9°750156°5 55:8) 57:0 56:2] 55°8 54:8] 55°8 54:0) 54°8 51°99 58-0 52°27SSW WSW 1-2] 10] 10] 3] 538 1 1 9°798 | 9°812 | 9°840 | 9°852 | 9°873 | 49:0 46-7 | 50°3 46:9] 54:0 47:9] 49°8 42:1] 48°0 44:9] 56:6 46:3] SW 2)ENE 1} 3] 7] 7] :020 9°877 | 9°893 | 9-968 | 0-070 | 0192] 47:0 45°3 | 47-0 45:3 | 56°3 47:9 | 48°8 45°1| 44:0 41°9]57°8 43:°3]SSW 0°5/NE O} 6] 2) OF - 0°442 | 0-448 | 0-417 | 0410 | 0°376] 36:2 35°83 | 38:4 37:9] 55:2 48-7 | 49-0 45:7) 47:0 45°38] 55-7 34.2]ENE 0/WSW 1] 0] 2] 6] 023 0-276 | 0:272 | 0:229 | 0-208 | 0195} 49°3 48°9| 50:0 49°5| 52:0 51°7 | 53-7 52°5| 53-4 53:3] 54:2 45°3]SW 1;/SwW 05} 10} 10] 10} -288 0-162 | 0°160 | 07140 | 0-087 | 0-091} 55:2 55:0 | 56:2 56°0| 57-0 56:2] 55°6 50°1| 56:2 55°21 57-7 49-0] SW 1}SW 1-2} 10 | 10 | 10 41-248 1 2 5 1 2 3 >COCONID TIP WN 0-113 | 0°117 | 0°158 | 0°186 | 0199} 55-6 55:0 | 56°2 56:0) 56°8 55:8 | 54°8 54:2|55°3 55°3] 588 54:2]}SW SW 1-2]10] 9] 10] -480 0-229 | 0229 | 0:224 | 0:235 | 0:227 | 54°2 53:2] 54°6 53:2) 55:4 53°5| 54:0 52:1] 53:4 51°7] 57°38 53-41SW 1-2)WSW1-2] 9] 9/107 - 0-213 | 0°213 | 0°188 | 0:148 | 0:094] 53°0 50°9 | 53:2 51:1] 54°5 52-3] 53-0 51°7|53°0 51°9] 56°38 51:°2}SW 0°5;/Calm 0] 10] 10} 10] ‘184 9°902 | 9-902 | 9°882 | 9-791 | 9°661] 53°8 52-7 | 53:2 51°7 | 53:0 49-7] 49°0 46°1| 49:0 47:9] 55-7 51:2)}SW 9°401 | 9°406 | 9°348 | 9:188 | 9:244] 44-0 42°1| 42:4 41:1] 41:8 40:0] 44:0 42:9) 46:1 41°69} 51°5 41:37SW 1 9-429 | 9°432 | 9-451 | 9°635 | 9°707 | 438-2 39:9} 43-0 40:1] 51:0 44:9] 47:0 42°2| 45-2 44:0]51:7 40°37 W 2 9-902 | 9-902 | 9°892 | 9°800 | 9°702 | 43:2 40:9 | 44:8 42:1] 48-0 44-7] 45:7 44:2) 45:0 44:1] 48-7 39-3]SW 0 500 9-414 | 9-412 | 9°406 | 9°486 | 9°545 1 46:0 45:9 | 46:2 46:1] 47:0 46°7| 45:5 44:9] 48-0 45-4] 48-0 43-3]NE 0° ‘240 Mzan| 9-947 | 9-952 all eae: 9:958} 47°3 45°9| 48°0 46°5| 51°4 48:3] 49:0 46°6; 48-1 46:-4153-7 43°6 0:93 1:01] 8:0 | 8:1 | 7:9 [13°849 WSW 21/10] 7] 9] °300 9°836 | 9°842 | 9°874 | 9:933 | 99911 46:8 42°91 47:0 43:3 | 52:4 47:1] 50°8 46:6 | 49°6 46:°99754:1 43-7] W 1]NW 1-2] 9} 8) 7] - 0-191 | 0°204 | 0°237 | 0-273 | 0-283] 44°0 41°9 | 44:8 41:2] 51:5 45-1 | 42:0 39-7 | 39°0 36:9] 52°7 42°38] NE 1JNE 03] 3] 3] 27 - 0°306 | 0°306 | 0-295 | 0:303 | 0°308 | 41°0 39-1 | 42°8 40°9 | 53-4 475 | 43:6 40:9] 39°] 3851536 36-2] E 03)/ENE 0} 8} O| QF -092 0°222 | 0°232 | 0°189 | 0-203 | 0218} 46:5 46-1 | 47:2 46:9) 56-0 52°3) 54:2 51:5] 52-2 51:2156-7 37:2]WSW0-3/Calm 0710] 9] 9fF 018 0-266 | 0:288 | 0°315 | 0°361 | 0382} 51:2 49:9 | 52:0 504/562 54:0) 54:0 52°1| 52:0 50:9) 57:1 49-4;SW 0|/Calm Of 9} 9/107 - 0°445 | 0-449 | 0-443 | 0:457 | 0453] 50°8 49-9] 51°6 50°9| 56-0 53°8| 52:7 51:°9| 52:0 51:9] 57-3 49:2] W O|}WSW O} 8] 7] 8] 088 0-394 | 0°376 | 0-271 | 0°218 | 0:188] 51°5 50°9| 51:2 50°9| 52:8 51-9 | 52°0 50:9] 53:0 50°9153-7 50:2]SW 1)SW 1-2] 10; 10] 9741:000 9°880 | 9°862 | 9°871 | 9°841 | 9°818] 54:0 53-2 | 54:2 53°8| 51:0 45°3] 49-0 47:6] 47:0 44:1}55°5 504]SW 1-2/S Oo} 9] 3/10] 054 9°656 | 9-637 | 9°529 | 9-441 | 9-480] 44°2 42-1] 44:0 41:9] 45:0 40:9] 38-3 37:3] 35:9 35:°6]47°5 428]SW O08/NE 05] 8} 9] 8] -190 9-476 | 9°518 | 9°634 | 9°774 | 9841] 32:1 31-6 | 32:4 31°6| 39°5 38°5| 88-1 36:7| 35-0 33°38] 41-1 28-2] B 0°3)NE 1-2] 1] 9] 107 170 9-939 | 9°948 | 9-930 | 9:960 | 9:997 1 32°9 30°8 | 34°9 32°6| 44:0 38:2] 86-4 34:4] 33:3 32:0] 43-7 31-2] NW 1|NNW Of 2) 4] 6] -002 9-992 | 9-983 | 9°810 | 9°652 | 9-637 | 37°3 35°8 | 39:4 37:9] 43-2 42:9) 50:0 49:11] 52:3 51:3151-7 316]SwW 0:3)/SW_ 1-2] 10] 10] 10] 973 9-451 | 9-421 | 9-458 | 9°598 | 9°688 | 53-2 52-7 | 53-2 52:7) 54:2 51:7] 49:0 43-7 | 47°8 42:7]55°5 41:3]SW 2-3) WSW 2]10| 6] 2] 186 3 3 = fo) = No 216 PUBLIC SCHOOL, FORT-WILLIAM. NOVEMBER 1890. Se lve 4 Barometer reduced to 32° and Sea . Thermo- Direction and Force Amount of | Rain- Level. Temperature—Dry and Wet Bulbs. meters. of Wind (0-12). Cloud (0-10). | fall. Read at gh gh 14h | 18h | 21h gh gh 14h 18h 21h 18h gb gb 21h Qh | lah) Q1hy gh Ins. | Ins. | Ins. | Ins. | Ins. | Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet. | Dry. Wet.} Max. Min. }Dir’n.Force.|Dir’n.Force. Ins. 1 | 9°687 | 9°687 | 9°622 | 9-428 | 9220] 44:2 42-9 | 44:2 42:9] 50°2 46°8| 47:0 45:6 | 49:0 46°9]53°3 42-71SW O03/SW 2-8] 7] 9 | 10 ]1:220 2 | 8°872 | 8°876 | 8-984 | 9°172 | 9°308 } 47°8 44:2 | 47:2 44°7 | 49°9 46:1 | 43°3 40°2|42°6 39:0]55'6 43:075SW 1-2|WSW2-3] 5] 8] 9 :063 3 | 9°484 | 9°466 | 9°322 | 9-206 | 9°153 ] 38-0 35°1 | 38:0 35°8 | 40°0 37:9 | 40-4 39:2] 41:3 40°8])43°6 352]NE 0°3) NE 0} 10 | 10 | 10} -345 4 | 9°138 | 9°140 | 9°199 | 9°313 | 9°430] 38:0 37°9 | 37:4 87:1] 48:2 44:9 | 43°3 42:1 | 43:0 40:9] 48°5 36-2]N 0| NE 1} 4} 1] 9] 040 5 | 9°645 | 9'675 | 9°720 | 9°762 | 9°768 | 44-0 41°9 | 43-3 41°38 | 47-0 43-9 | 42:9 41-2] 37°3 36:1]48°0 39:1]NE 1-2|)SE O05} 2) 5] 0 - 6 | 9°527 | 9°489 | 9°105 | 8°861 | 8-704 | 43-5 40°9 | 45°3 40°9 | 46°38 42°9| 45-9 43-1] 44:8 42:°9]46°8 33-27 WSW 1/SSE 3-4] 9 | 10] 10} -920 7 | 9°085 | 9°204 | 9°413 | 9°468 | 9°470} 45°8 42°4 | 45:2 41:°9| 46°5 40:9 | 38:6 35°8| 37:3 35°38] 49°€ 41:37NW 1-2)/NK 0:3)10] 8} 14 194 8 | 9°294 | 9°283 | 9°267 | 9:254 | 9°262] 45:0 44°1 | 46-2 45:2] 44:0 43°4| 41:2 39-9} 40°38 39:9]491 35: 2)WSW 1/|SE 0} 10 | 10 | 10 } -600 9 | 9°405 | 9°422 | 9°460 | 9°474 | 9-486 | 37:0 36:4 | 37°5 37:0] 40°1 39°3 | 38:2 36°6 | 88°6 388°2]42°2 3027NE 0:°3/NE 05] 10] 10] 104 -293 10 | 9°584 | 9°590 | 9:483 | 9-457 | 9°468} 40-0 36°3 | 87°8 35°8 | 44°6 37:9 | 43°6 39°9] 40°8 39:0] 46-2 36-2]H 0;s 1} 0} 1] 9¥ :086 11 | 9°245 | 9°245 | 9-239 | 9-358 | 9-444] 43-5 39:2] 43°8 40-1] 45:0 40°9| 43°8 40:0 | 42:0 39:9] 45:7 385]SH 2-3|)SE 0°3710) 9} 44 :084 12 | 9°590 | 9°584 | 9473 | 9°377 | 9°374 | 37:5 36:0 | 38°0 35°8 | 46°3 41°8| 47-0 44:8) 47:0 45:4] 47°6 34°84 03;SW 2-3] 1] 10] 10} °856 13 | 9°619 | 9°641 | 9°721 | 9-784 | 9°835142°8 41:9 | 43:4 421/436 42:5) 46-0 44:7 | 466 43:0]49°5 3893]SW 2-3/8 1-2] 10 | 10 | 10 -435 14 | 9°816 | 9°790 | 9-590 | 9°516 | 9°641 | 43-8 41-1 | 47°8 43:5 | 44:2 41:1 | 44:2 43°5 | 43°8 43:1]749°3 41:3] ESE 1;/SW 0%} 9] 10 | 10] -503 15 | 0:052 \[0°081]} 0°138 | 0-189 | 0°214} 43-0 40°9 | 43°8 41:7] 47°8 45:9] 42:0 41:1] 39°6 38°9747°7 41:3}5SSW 1/NE O} 4] 7)| 5 1165 16 | 0:072-| 0°066 | 9°971 | 0°026 | 0°114] 37°38 36:9 | 40:4 39°3] 43-0 41°9| 46°8 45:9] 47-0 44:°5]747:1 342,5SW 0°5|/SE 1] 6} 10] Of :225 17‘ | 0°257 | 0°237 | 0-170 | 0:084 | 0°056 4 33°9 33-6 | 33°9 33:6 | 46:0 43:1] 49-7 47°3| 51:0 50:3]51:7 322]NNE 0°5|/SSW 1-2] 8 | 7] 10! -312 18 | 0°206 | 0°228 | 0-252 | 0-238 | 0°202] 45:0 43:9 | 45:2 44:1] 50-0 48°5| 48:0 46°9/ 48-6 47:°1]52:1 33:2)SE 05|SE O05] 7} 7] 8] 110 19 |[0°160}} 0-160 | 0-199 | 0:240 | 6°265 453-0 51°7 | 52°77 51:7] 53:0 48:9) 46:2 45:2) 47-4 45:7]545 4637SW 1-2;/SW 05] 8) 9] 7] 182 20 | 0°275 | 0°282 | 0:208 | 0°115 | 0°079 4 48:2 46:7 | 48°8 46:9 | 49-0 47°9/ 51:0 50°8 | 52-4 5214514 45:3,5W 1)/SW 1410 | 10 | 10 }1:000 21 | 9°815 | 9°877 | 9°909 | 9-886 | 9°862 448-6 46°1 | 48:0 45°1 | 44:2 42°1| 43:3 40:0] 43-0 40°3]53°7 46:3] W 2;|SSW 1-2]10] 8] 7] -460 22 | 9°818 | 9°800 | 9°531 | 9-423 | 9°425 1 45-0 42-4 | 44:2 42-7 | 50°2 48:3 | 53-0 50-2) 51-0 48°9]54:7 401) SW 2;SW 2-3] 10] 10} 10 41140 23 | 9°365 | 9°370 | 9°253 | 9-213 | 9°196 447-0 43:9 | 46°8 44°7 | 45:0 43-7 | 42-0 41:2) 40°6 391]53-7 45:3, WSW 1-2) NW 1} 10] 10) 9 f 115 24 | 9°484 | 9°500 | 9°522 | 9-568 | 9°634 1 37°0 35°8 | 38:0 31:8 | 39°2 36°2| 38°2 36:6 | 34:7 33:0] 41:3 3850]NW 1-2;|NW O83] 5] 3] 7] 038 25 | 9°829 | 9°908 | 0°146 | 0°205 | 0°243 | 41°6 38-1 | 40°6 37:9] 41:2 37°9 | 33-9 32°8 | 34°9 33°81 43°8 33-0] ENE 1-2) NE O7 2] 4] 104 -060 26 | 0°317 | 0°345 | 0333 | 0°335 | 0°332 | 34:9 34:4 | 34:9 34:0 | 37-0 34°6 | 32:1 30°6 | 27°7 25:8138-0 33:0] HSH 0:5 | ENE 0; 10; 1} © = 27 | 0°288 | 0-271 | 0-260 | 0°263 | 0-282 | 20-9 [20-0], 20-9 [20-0]| 28:3 26:6 | 21-9 [20°5]) 21:4 [20:0] 33°3 20:2] KNE 0| ENE 1) 1) | al) 8) - 28 | 0-276 | 0°288 | 0-252 | 0-230 | 0°234 } 29°1 28:1 | 30°1 28:0] 31:7 31:1 | 29°9[29°5]] 31°3 31:0]32°6 2127ENKH 0|NE O} 10 | 10 | 10} -220 29 | 07164 | 0°151 | 0-063 | 0°015 | 9°948 1 82°3 31-8 | 32°9 31:8] 36-8 34:0 | 38:2 34:8 | 38°8 34:7] 38°8 28:0] NE O|SW 4-5710] 9] 8] -440 30 | 97813 | 9°819 | 9-764 | 9°773 | 9°798 | 42:0 41:1 | 43°2 41:7 | 47-6 45°7 | 49-0 48:4] 49-8 49°1}49°6 31°2,SW 3-4)/SW 2-3] 10 | 10 | 10 | -252 MEAn} 9°739 | 9°749 | 9°719 | 9-708 | 9°715 j 41:0 39-2 | 41°3 39:3] 44:2 41°6 | 42:4 40°6 | 41-8 40-2} 47°3 366 1:01 113] 7°3 | 7°3 | 7-5 410-308 DECEMBER 1890. Ins. Ins. | Ins Ins. | Ins. | Dry. Wet.| Dry. Wet.| Dry. Wet.) Dry. Wet.| Dry. Wet. Max. Min. }Dir’n.¥orce.|Dir’n Force, Ins. | 1 | 9°775 | 9°775 | 9°747 | 9°732 | 9°760 ] 50°8 50°1 | 51°0 50°1 | 51°0 50°7 | 51:0 50°7 | 50°6 50°29 63-7 43°375W 1-2)SW 1} 10 | 10 | 10 | 0-490 2 | 9°762 | 9°789 | 9°785 | 9°776 | 9°792 | 49-2 48°9 | 49:2 49°1| 49:0 48:°5| 46°8 45°9| 47:0 44:2950°9 48-21SW 0| NE 054 10 | 10 6 | ‘150 3 | 9°906 | 9-932 | 9-970 | 0:064 | 0:124] 37'S 34°6 | 37:2 34°6 | 39°8 36:9 | 38:1 36:3] 37°38 34:0] 45°6 36-2)]ENE 2-3)NE 2-3] 7 7 1} 125 4 | 0°159 | 0°178 | 0-122 | 0:086 | 0:070} 86-1 34°6 | 36°3 35:0 | 38:4 36:9 | 37°3 35:0 | 38:2 36:04 39:1 33:0] ENE 1-2|SSH 17 8] 4 9 ~ 5 | 0:046 | 0062 | 0:052 | 0072 | 0':119] 406 35°6 | 41-2 36:0 | 41:2 35:8 | 4U'2 36:2 | 88°2 35°01 42:2 36-47ENE 03/ESE 05] 9] 6 9 - 6 | 0:22) | 0:243 | 0-233 | 0°267 | 0279] 30-7 29°8 | 31:1 29°8 | 34°5 32°6 | 34°7 31°8 | 34:9 33°6 | 41-0 [30-0]}] HSE 0|;ENE 03) O| 5 8 - 7 | 0:288 | 0°290 | 0-199 | 0°189 | 0178} 30°1 29°8 | 30:1 30°0 | 35:2 34:1 | 35°9 34°8 | 36°6 34:°3940°1 27°0f ENE 03|)ESK 1-2] 8 94 - 8 | 0130 | 0°141 | 0-081 | 0:059 | 0°032 1 33°9 30°8 | 31:9 29°6 | 37°6 34°0| 35°7 32°6 | 88°6 34:°4439°8 31:0] E 0| ESE 1f 4] 6 1 - 9 | 0°014 | 0:030 | 0-059 | 0-080 | 0:096 | 40:2 37°7 | 46°8 33°8| 35:1 34:0 | 32:4 30°5 | 29°3 27°84 42:2 34:07 ESE 0:3/SH 05) 9]10) 6 = 10 | 0°181 | 0°196 | 0°166 | 0:124 | 0:096 | 29:7 26-3 | 32°1 28°8 | 33:1 31°6 | 31-9 31:1 | 33°9 32°61 33°8 26-2] E 03|)ESE 03] 7 6 | 10 = 11 |[9:995]| 0-019 | 9-997 | 9-984 | 0°023 | 40:0 39-7 | 43:0 42:5 | 44:0 41-7 | 42°8 40:2] 42°2 40°2945:2 29:0] SSW 1| ENE Ol 7 9 | 10 - 12 | 0-099 | 0°112 | 0-114 | 0106 | 0°105} 36:1 35:6 | 37:2 36°6 | 41:2 39°5| 40:0 38°7 | 39°2 38:1] 45°0 34-27NNW 1/SE O} 6] 10} 10 - 13 | 9:956 | 9964 | 9°917 | 9°897 | 9°913] 38-0 36°8 | 35:1 34°6 | 38:2 34°8| 35:1 32°8 | 35°1 33:0] 40°6 34:2 SSE O|SSE 1-2) 3] 7 6 - 14 | 9:950 | 9-949 | 9°898 | 9°860 | 9°865] 39°0 36°8 | 40:4 38:7 | 42:0 40:1 | 43:7 42:9) 44:0 39°99 43-1 34:075W 1-2)SW 1} 9/10) 2) 180 15 | 9°834 | 9°833 | 9-850 | 9°878 | 9:909 | 35-8 38:1 | 39°8 38:1 | 41°6 39°8| 41:0 38:9] 425 3821447 38817NE 05)/ENE 05} 9| 1 2 - 16 | 9°937 | 9-968 | 9-923 | 9°947 | 9-972} 36:1 32°8 | 37:0 32°9 | 39:0 34:0 | 35°6 31:1| 339 31°38} 43:6 35:0] ENE 05| NE iy} a 0; 0 - 17 | 0:002 | 0-007 | 0:003 | 9:960 | 9°922} 36°1 33°8 | 34-9 31°6 | 37:0 32°6| 34:9 31:55] 38:0 33°8}38°5 3007SSE 05/SSE O54 1 6 6 - 18 | 9°723 | 9°719 | 9°556 | 9-431 | 9°389] 32-9 29-6 | 32:9 29:0 | 33-1 30°8| 31:7 31:0 | 382°9 31°8438:2 31:2] SSE 1|E 457 1); 2] 9 - 19 | 9°282 | 9:290 | 9°338 | 9:424 | 9°512] 32°9 30-8 | 32:9 30°6 | 31°9 31:1 | 32:9 29:9 | 321 31:6] 394 292, ENE 2-3/SEH Of 10} 9] 10] 086 20 | 9°716 | 9°726 | 9:871 | $997 | 0:073] 34-9 33°8 | 35:9 35°8 | 37:0 36:1 | 35:9 34:9] 33°3 32:8] 40-4 30:2,5SSW 1|SE 03] 8 9 ut - 21 | 0:291 | 0°316 | 0°297 | 0-297 | 0:253] 28-9 28-8) 28:9 28°8| 33:7 32:2) 32°9 32:5| 37:2 34:9137:'2 24:2) NE 05;/SSE 1-2) 10] 9 9 - | 22 | 0:087 | 0-070 | 9°946 | 9°865 | 9°798} 39-2 37:1 | 39°2 36°6 | 41°8 39:°2| 40:3 39:'7|42:2 40:14 42°8 29:0}SW 2-3);SW 1-2110) 10] 7] -200 23 | 9°708 | 9°766 | 9°900 | 0024 | 0:121] 45-2 44:1 | 44:8 44:1 | 46:5 43-1) 41:4 39:9] 37°4 36:09 47:2 395]75SW 1-2|N 0-3) 10] 5 4] :014 | 24 | 0:293 | 0°311 | 0°285 | 0°277 | 0°247 1 35:9 35:0 | 34:7 34:0 | 39°5 38:9 | 40-0 39'7 | 39:2 38°69 44°8 31:21 03|SSH 05] 7 9} 9} :026 25 | 0-056 | 0:066 | 0°111 | 0°216 | 0°305]41:0 38-9 | 40:0 38:9 | 40°2 39°1 | 38°38 36°9| 36:3 33:01 42°8(34:0]}5W 1-2) NE 1)10) 7 | 2) -07@ 26 | 0°537 | 0°537 |[0°535]| 0°549 | 05584 31:9 30:4] 31:4 29:8 | 37:0 34:6 | 32:1 29-9| 31:3 29:0] 41°9 29:21NE 03) NE WO Zhe - 27 ‘| 0°465 | 0°471 | 0°415 | 0°375 | 0°379] 35:9 32°8 | 33-9 31°8 | 36:3 34:6 | 37:2 34:6 | 35°9 33:8] 39°6 28:7] E 05|SSE 037 1 ah © - 28 | 0°335 | 0°333 | 0°323 | 0°335 | 03471 35°9 34:0 | 37:0 34:0 | 38°3 34°1 | 37:0 34:1] 35°1 32°6]39°6 33°4)SE O5|NE 1-21 6] 7] lo - 29 | 0°455 | 0°465 | 0°492 | 0°502 | 0°513] 28-9 27-8 | 27:1 26°8 | 33:9 31°8| 31-4 30°6| 34-9 32°1]37°8 25°4] B 03 | SE 1-2} 1 Ui 81 ‘003 30 | 0°609 | 0°599 | 0°639 | 0°612 | 0°583] 33-9 31°8 | 34:1 31°8| 85°9 32:4 | 34:6 31-7 | 34:9 31°81 38-8 30:0] NE 1/NE 1-2] 1 2) 2 - 31 | 0°405 | 0°405 | 0:327 | 0°313 | 0°295] 37-9 32°8 | 37:0 32:0 | 89°2 34:8) 38°6 34:5] 38'8 34:0]41:0 312]NE 4-5|/NE 1-2] 0} 4] 0 - Muan} 0:072 | 0:083 | 0-069 | 0°074 | 0°085} 36°8 34°8 | 36°7 34°7 | 38°8 36°5| 37-5 35:5 |37°5 35:1] 42:0 32°5 0:97 1:00 om 6°7 | 58 41-294 BEN NEVIS OBSERVATORY. 217 MontTHLY AND ANNUAL MzAN VALUES AT BEN NEVIS OBSERVATORY, 4407 FEET, AND AT Fort-WILLIAM OBSERVATORY, 42 FEET ABOVE SEA LEVEL. 1890. ROMETER—BEN NEVIS. 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 4°956 | 4954 | 4-952 | 4-959 | 4-968 | 4-970 | 4:980 | 4-987 | 5-006 | 5:014 | 5:010 | 5-008 | 5:002 | 4-999 | 4-992 | 4-990 | 4-990 | 4-991 | 4:987 | 4:986 | 4:986 | 4°981 . f i “544 | 5°541 | 5°540 | 5°539 | 5-542 | 5°545 | 5°546 | 5-544 | 5°545 | 5°542 066 | *060) °056| ‘057| 060} -068] ‘074| ‘075| ‘080| "085| ‘087} ‘085| 080} -077| -076| ‘083| *088) ‘095| -096| -094 | -:094| -093 ‘921 | 218) °206| °202| -202|) :206| *210} ‘218] °226| °231| °234] ‘236| "238| -237| °236] ‘233| °232) ‘234| -237| :236| :236) ‘233 *310| -307| °302| -302) *303) °307) °3808| °312| °315| ‘317! °3199 °321) °323| -322| °322| °319| °320|) °320! -322| -325| -325| ‘323 *340| °337| °386| °337| °338|) °342/ °347| °850| °354|) °355/ ‘3569 °360| ‘361) *361| °360| ‘361 |) *358| °353] °350| -351| °347)| 344 "282 | -277| -274| 272) -275| °279}| *286) °290| :294| °300| °307} ‘309) °311| °312] °312| °309} °306| -306| °307| °309| -307| °304| ‘303 “297 *306 | -299| '295| -289]) -290| :293] :296| °302| -306| °309| 313] ‘317| °319| °320| °320| °319| ‘318| ‘322| -327)| -330] -330| -328| ‘326 “312 489 | -481| °476| °474| °475| °477] *479| ‘483| °484] “484) “487] °489) 483) ‘481] -479| 478) °479| °483| -486| -485| ‘482] *478| 473 “482, *385 | °380] °379| °381} °3881] °385| °390| *395| 396] °397| ‘396] °395| °395| °393| °392| °*397| *401| °408| °405| :406| °409| -404| -403 *395 : : : : 141| °149| °157| -167| *169| *169) 162} 150) 144) ‘141] °139) “187| °1387) ‘141| -144| °148| *151] 152) ‘152 147 *407| *403| °398| *395| °395| °399|) °400| °409| ‘415| °418] ‘413] °407| ‘405| °406) °410| °411| °414/] ‘419|) -421| °421/ °423| -420| -415 “409 287 | °282| °279| ‘277| :280| °284] °289| -294| °300) °303] °303] °302| °300! -299| -298| -298| °299| ‘301! ‘302| °803| °303| -300; ‘297 "295 ROMETER—-FORT-WILLIAM. 09 | 9°803 | 9°802 | 9°797 | 9°794 | 9°792 | 9°796 | 9°795 | 9°800 | 9-800 | 9°798 | 9°794 | 9:794 ] 9°791 | 9-794 | 9-790 | 9°792 | 9°793,) 9°797 | 9:803 | 9°815 | 9-821 | 97826 | 9826 | 9°23] 9-802 *998} ‘994] ‘991| ‘983|] 981] °978| ‘982) ‘985) ‘989 | “988 | °988} 984) “9824 ‘973| -971| °965| -965| “962) ‘970| ‘974| °982| -979| -982] ‘975| -970 979 .} 955} 950] 943) -937| *937| -937| °941} °941) -950, *953] °955] 953] ‘9519 950] -951| 947] -948/ -951) °959] -960| :966] :964] -967] -963| -964 "952 ‘ \y “79} -717| -716| °713| °714|) °716| -726| °729) °746' -754| -760} °758| ‘750 °737| -726| °718| -721| -721| -722) “721 | 725) 724) "727 | 723) -727 “729 . | 0°076 ; 0°071 | 0°071 | 0:069 | 0-067 | 0-064 | 0°067 | 0-069 | 0:075 | 0082 | 0°089 | 0-090 | 0-087 f 0°078 | 0-072 | 0-071 | 0:078 | 0-080 | 0-085 | 0°084 | 0-090 | 0-089 | 0:096 | 0:092 | 0-091 $ 0-079 | {PERATURE--BEN NEVIS, Q7-1 | 27-1) 26°9 | 26°38 | 26°7 | 26:7 | 26:5 | 26:4 | 264 | 26°54 26°7 | 27°0 | 27°71 | 27:0 | 27°0 | 26:8 | 26:9 | 26°9 | 26°38 | 268 | 27:2) 27-4 9 26:9 24'7 | 24°6 | 24:9 | 24°8 | 25°0 | 24:8 | 260 | 25:2 | 25°3 | 25°3 | 25°5 | 25°5 | 25°4 | 25°0 | 24:3 | 24:2 | 24-3 | 24:3 | 24:3) 24°4 | 24:6 | 24°59 24:8 24:7 | 24°8 | 24°9 | 24°5 | 24-4 | 24°5 | 24°90 | 25°3 | 256 | 259 | 26°2 | 265 | 26°7 | 26°5 | 26°3 | 25°9 | 25°8 | 25°7 | 25°6 | 25-4 | 25°3 | 25:14 25-4 24°7 | 24°5 | 24°3 | 24°56 | 25:0 | 25°6 | 261 | 26°6 | 27°5 | 27°9 | 28°2 | 28°3 | 28° | 28:3 | 27°8 | 274 | 27:0 | 26°6 | 26°3 | 26:2 | 257 | 25-7 f 264 34°1 | 33°9 | 34:1 | 34°5 | 34°38 | 35°0 | 35°3 | 35°8 | 366 | 37°0] 37°0 | 37°2 | 37°4 | 371 | 366 | 36:0 35:4 | 34:9 | 34:6 | 34°5 | 34:1 | 34:29 35-3 35°6 | 35°3 | 35°1 | 35°3 | 35:4 | 35°8 | 36°1 | 36°6 | 37-2 | 37°5§ 37°6 | 37°6 | 37°3 | 37°5 | 37°3 | 36°8 | 366 | 36:4 86:1 | 36:1 | 362) 3624 36-4 35°8 | 35'°3 | 35°0 | 35°4 | 35°7 | 36-2 | 36°8 | 37:3 | 37°8 | 384] 38°7 | 38°7 | 38°9 | 38°9 | 38-7 | 38°3 | 37°8 | 37°3 | 37:0 | 36:7 | 366 | 36°44 37-1 37°3 | 37:2 | 37°2 | 37:2 | 37°6 | 38:0 | 38°5 | 39°71 | 29°8 | 40°4 | 40°5 | 40°8 | 40-7 | 40°2 | 39°8 | 39°6 | 38°8 | 38:4 38:1) 88:0 | 37°99 | 37-64 38°6 411 | 40°9 | 40°7 | 40°8 | 40°8 | 41°0 | 41°7 | 42°71 | 42°38 | 43:1 | 43°3 | 43°6 | 43°5 | 43°1 | 42°6 | 42°1 | 41°5 | 41°5 | 41°5 | 41°5 | 41°5 | 42°54 41-9 33°7 | 33°5 | 33°2 | 33°0 | 33°0 | 33:2 | 33°3 | 33°6 | 33°8 | 34:2} 34°1 | 33°8 | 33°9 | 33°8 | 33-4 | 33:4 | 33°5 | 33°4 | 33°5 | 33:4 | 33°6 | 33:8] 33°6 27°5 | 27-5 | 27°3 | 27-2 | 26°9 | 26:4 | 26°6 | 26°7 | 27-1 | 27-1] 27-4 | 27:5 | 27-2 | 27-4 | 27-5 | 280 | 27-9 | 28:0 | 28:0] 28:0 | 28:0 | 27-7] 27-4 22-1 | 22°2 | 221 | 22°0 | 22°0 | 221 |) 22-1 | 224 | 22:5 | 22:8} 22-7 | 22°5 | 22-4 | 22-3) 22-4 | 222 | 22-2 | 2-1 | 22-1 | 22:0 | 21-7 | 21-7 4 22-9 | 30°7 | 30°6 | 30°5 | 30°5 | 30°6 | 30°83 | 31-1! 31-4 | 31°9 | 32°2 } 32°3 | 32-4 | 32-4 | 32:3 | 32:0 | 31:7 | 31:3 | 31:31 31:2) 31-1 31°0 | 31:0 § 31:3 52°0 | 51°7 51'5 {| 51°8 { 52°6) 53°6 | 55°3({ 56:5 { 57°7 | 58°5 |] 59°2 | 59°2 | 59°9 | 59°4 | 58°9 { 57-9 56°5 | 55°7) 54°4 | 53°7 ( 531 | 52°6 55°3 54°6 | 54°4 | 54°6 | 54°41] 54°7 | 55°6 | 56°7 | 57°6 | 586 | 58°9 | 59°3 | 59°4 | 59°9 | 59°8 | 59°2 | 57°9 | 566! 55°7 | 55'3 |] 54:9 | 54:7 | 54°7 56°6 48°5 | 48°5 | 48°2 | 47°8 | 48°0 | 48°2 | 48:9 | 49°6 | 50°2 | 50°6 |] 50°8 | 51°1 | 51:2 | 51:0 | 50°2 | 498] 49°5 | 49:1 | 49°0 | 48°8 | 48°6 | 48°6 49°3 42°3 | 41°9 | 42°2 | 42°2 | 42°3 | 41°8 | 42°2 | 42°7 | 43-4 | 43°7 | 44°2 | 44°2 | 44:2 | 43°6 | 43°4 | 43°0 | 42°8 42°8 | 42°6 | 42:4 | 42°5 | 42°6 42°83 88:0 | 37°5 | 87:5 | 37°4 | 37°8) 37°6 | 37°5 | 37°5 | 38°3 | 38°7 | 39°0 | 39°1 | 39°0 | 38°5 | 38°1 | 37:9 | 38°3 | 38°1 | 381 | 38:1 | 37-9 | 37°8 38'1 | FORCE--BEN NEVIS. 83°61 ; 3°73 | 3°50 | 3°85 | 3°11 | 3°34 | 3°03 | 2°97 | 2:82 | 3:03 | 3:26 | 2°94 | 3:18) 3°19 | 3°48 | 3°45 | 3°53 | 3°10] 3°21 |] 3°18 | 3:26 | 3°35 | 3:76 3°31 2°50 | 2°39 | 2°55 | 2°52 | 2°55 | 2°75 | 2°55 | 2°52 | 2°46 | 2°64 | 2°46 § 2°50 | 2°50 | 2°45 | 2°57 | 2°64 | 2°54 | 2°46 | 2°66 | 2°71 | 2°66] 2°77 | 2:59 2°56 2°95 | 3:02 | 2°92 | 2°48 | 2°52] 2°63 | 2°58 | 2°89 | 2°71 | 2°65 | 2°48 | 2°40 | 2°34 | 2°29 | 2°31; 2:21 | 2°45 | 2°29} 2°71 | 2°79 | 2°89 | 2:90 | 2°97 2°64 2°10 | 2°32 2°33 2°33 | 2°40 | 2°42 | 2°42 | 2°40 | 2°32 | 2°28 | 2°25 | 2°10] 1°98 | 2°22 | 2°08 | 2°07 | 2°17 | 2°30 | 2°32 | 2°23 | 2°40 | 2°43] 2°97 | 2:38 2°27 2°31 | 2°44 | 2°48 | 2°60 | 2°61} 2°73 | 2°60 | 2°79 | 2°63 | 2°81} 2°74 | 2°53 | 2°47 | 2°37 | 2°11 | 2°18 | 2°39 | 2°21 | 2°27 | 2°19 | 2°10 | 2°34 | 2°32 | 2°39 2°44 2°22 | 2°28 | 2°20 | 2°05 | 2°25 | 2°43 | 2°25] 2°15 | 2°18 | 2:20 | 2°38 | 2°52 | 2°43 | 2°50 | 2°13 | 2°17 | 2°18 | 2°28 | 2°30 | 2°02 | 2°27 | 2°38] 2°37 | 2:90 2°26 | 1°53 | 1°56 | 1°65 | 1°63 | 1°89} 2:06 | 1°73 | 1°63 | 1°29 | 1°27 | 0:97 | 0°98 | 1°15 | 1:29 | 1:23] 1°34 | 1°23 | 1°24 | 1°39] 1°40 | 1°42 1°35} 1:39 | 1°35 1°42 1°44 | 1°47 | 1°56 | 1°56 | 1°53 | 1°52 | 1°40 | 1°42 | 1°19 | 113] 1°03 | 0°95] 1:00 | 0°85 | 0°81 | 1°05 | 1°23 | 0°98 | 1°27] 1°40} 1°48 | 1°42 | 1°53 | 1°40 1°27 2°57 | 3:05 | 2°98 | 3°18 | 2°63 | 2°88 | 3°08 | 3°15 | 2°88 | 2°95 | 2°85 | 3°18 | 3:03 | 3°07 | 2°€8 | 2°83 | 2°62 | 2°52 | 2°78) 2°70 | 3:05 | 2°87 | 2°87 | 2:97 2°88 2°31 | 2°69 | 2°56 | 2°39 | 2°37 | 2°39 | 2°45 | 2°39 | 2°24 | 2°47 | 2°23 | 2°47 | 2°35 | 2°87 | 2°74 | 2°40 | 2°52 | 2°23 | 2°31 | 2°32 | 2°74 | 2°56 | 2°74 | 2°59 247 3°05 | 3°08 | 3:07 | 2°92 | 2:80 | 2°97 | 3°15 | 3:28 | 3°44 | 3:40 | 3:40 J 3:22 | 3°30 | 3°13 | 3°27 | 3°28 | 3°23 | 2°95 | 3°03 | 2°98 | 2°92 | 3:00 | 3:07 3°12 3°27 | 3°48 | 3°31 | 3°11] 3:29 | 3°39 | 3°27 | 3°50} 3°48 | 3:15 | 3°16 | 3°19 | 3°05 | 2°79 | 3°03 | 3°02 | 3°13 | 2°98 | 3°21 | 3°31] 3:16] 3°39 | 3°37 3°23 2°62 | 2°59 | 2°50 | 2°55 | 2°58} 2°54 | 2°49 | 2°50 | 2°44 | 2°46 f 2°39 | 2°46 | 2°30 | 2°39 | 2°41 | 2°39 | 2°37 | 2°42 | 2°54 | 2°52 | 9°58) 2°57 2°49 ROY. SOC. TRANS. EDIN.—VOL. XLII. Bh We 218 BEN NEVIS OBSERVATORY. MoNTHLY AND ANNUAL MEAN VALUES AT BEN Nevis OBSERVATORY, 4407 FEET, AND AT Fort-WILLIAM OBSERVATORY, 42 FEET ABOVE SEA LEVEL. 1890, WIND DIRECTIONS—BEN NEVIS. oe i apnea . | February. March. April. May. June. July. August. |September.| October. |November,| December, Ni. Pe 131 116 73 94 105 214 187 70 259 168 4 NE. = : 42 91 88 54 58 44 23 5 65 58 4 LS 5 . 34 52 118 228 56 29 67 21 8 61 ¥ SE . F 220 83 153 159 59 17 69 123 17 83 Saas . 5 70 84 91 80 52 38 47 108 35 84 sw. 5 5 61 111 92 49 122 128 105 117 Eh | 95 Wess a - 47 108 50 36 149 117 98 157 131 87 ANW, . ° 42 74 10 16 70 53 40 101 118 65 Calm or Var. . 25 25 45 28 49 104 108 18 23 19 ae te a ee ee, a ee l 4 5 6 7 8 aor) an || te 1 | 16 | 16° | ar aie. 1 to. ecopm eed Naan cS aes = S e = - | 080) 1-00] 1-00] 102] o0o7| - = if = = = ae a ‘|February: . if - a = - | 083] 5:34] 8:07! 7-63] 7-84} 7-66] 817| 761 8:07] 5:60’ o70| - if a \|March > | ol] = 2 - | 02 | 298] 287) 324) sio| 456] 339] 433) 421 342) 300) Ia7| - e 5 April ; 2 - | 0-25) 3:25] 602] 488] 612) 782] 7-94] 754] 7-27| S18} 7-87] 4:50) 3-43] 2:90) 038] - ; May. . - | 169| 3:58] 9:28| 9:38| 852| 8:56] 10°57] 868} 86 | 10:33| 876] 9:50] s10| 759| 7-09| 4:78| 0-96 i | |Sune - | 108| 217] 227] 213} 0-95] 266] 3°59] 212) 1:59] o-2| oo9| 1:22| 0-41] O17] 0-57] 1:87] 0-57 July. . . -.f - | o47| 1:89] 3-42] 266! 342) 3:21] 258| 2-04] 3:85] 2°63| 3:5¢| 3:32] 266] 1:91] 1:85] 1-41! 0-60 ra ‘August |. .L - s - | 204] s86| 436| 4:84] 4:55] 4-74] 518] 4:93) 4-43] 2°67] 1°94] 0°99] 141| — 2 0 | September | | - = - | 165] 478] 588] 7-28] 763| 7-96] 891| 9:06| 8:31| 7-88| 7-75] 5:09| 104] - = | October . . of - = = - | 176] 251] 3:37] 501) 497) 4:31| 4:31] 417] 342] 132] - z A a | November | .] - sd b = ~ | 195] 253] Bu8| 4:21] 5:03| 5:67| 4:26] 0-65] - é a z 2 i | December . * | = = = = = = 379 | 4°18 | 4°38] 3°88) 3°08] 2:02) 017 = = = = - 10 Yer. . . .f - | 324/ 7-89| 2216] 33-70| 39°98 | 54-47 | 60-84 | 6134 | 61:02 | 60°27 | 55:60| 4819 | 3528 | 21°05 | 14-86 | 8-44] 2°03 HOURS OFgSUNSHINE—FORT-WILLIAM. i seripntt maacts oth. (alias - | 060) 480] 7:30) 7-20) 9°30) 1050 | 1280] 12:10} 12:20) 13°80; 11:10] 870; 5°50; 1:50) - £ 29 September. .| - 2 - | 070] 570| 9-00] 10°50) 9-30 | 10-60 | 12°30 | 11-40 | 12:60 | 10:50] 7-40] 1:50} — E 2 2 i@otobar . . -a|) = 4 = - | oie} 4:00] 600] 6-70} 640} 640] 840 750] 5:30] 1:20] - = = Es 2 ‘November | || - s = 2 e - | 160] 560] 590] 699] 7-60| 630| 0-20) - e z = - | 3410 a December | .| - . = = 5 = ~ | 00] 7-90} 10:50] 5:90} 110] - & 2 c = - | 25-60 | 3 J et. office. BEN NEVIS OBSERVATORY.—LOG-BOOK, 1890. Jan. 2.—Thermometer box shifted at 16" 20™. Height above snow not altered. Bright afterglow and earth shadow seen at 164 15™. Sky cloudless all night after 165, but air hazy to W. At 21" a bright spot of white light was seen to N.W., probably the top of an auroral arch, There was also a faint auroral light to ye at 225, Jan. 5.—Blowing very hard (force 11) from the S.E. or §.S.E. till 45, it being almost impossible to stand on the roof at some of the hours. After this it moderated a little, but continued to blow in heavy squalls from the S. or S.W. all the rest of the day. Apparently no snow fell till about 5"; the gauge was first put out at 6", but its readings are very doubtful owing to the strong wind and drift. Several heavy showers of hail and hard snow fell. The top was clear occasionally, the sky showing very ugly cumulus. From 15 45™ on to about 19 25™ many flashes of lightning were seen, some very bright. At 19 25™ a spark or flash from the office stove struck Mr. Miller, who was sitting at the desk in The shock passed from his neck downwards, but did him no injury. No lightning was seen after this flash, During the lightning the telegraph instru- ment was short-circuited to prevent injury from currents, and on making connection again shortly before 214, it was found that signals could not be transmitted, the wire was broken and insulated somewhere, thus stopping the current. The daily report was therefore not sent. Jan. 6.—Hard, heavy snow fell in the morning, but at 10" the top was clear, the sky showing a little cir.-cum. The telegraph wire remained in the same state as yester- day. Thermometer box shifted at 115 25™. Height above snow not altered. Jan. 7.—Strong S.W. winds all day, very heavy rain in early morning. The telegraph instrument continued in the same state as yesterday, but at intervals in the afternoon the needle gave single clicks, apparently due to earth currents. Jan. 8.-—To-day Mr. Mackenzie, telegraph lineman, and his assistant came up to inspect and test the telegraph instrument. They found everything right inside the observatory, but were unable to examine the cable out- side owing to the snow. The day being stormy, they remained over night at the observatory. Jan, 9.—Louvres of thermometer box badly choked with hard ice all day. Mr. Mackenzie, telegraph lineman, and his assistant left the observatory to-day. Before going they dug up the cable between the hotel and observatory and tested it, finding that the connection of both cable and earth wire from there to the observatory was perfect. The fault is therefore further down than that place. No signals all day, and no report sent. Jan. 10.—Very heavy snow and sleet fell in early morning. Thermometer box shifted at 14" 30™. Height above snow not altered. Yesterday and to-day up to this time the louvres of the box had been badly choked with hard ice. Sky cloudless from 16 to 194, but fog on the hills round. A lunar corona and fogbow were seen at 23, This afternoon the telegraph cable was repaired, and signals could again be transmitted to Fort- William, Jan. 13.—Very heavy rain and hail till 4°, and showers of snow and hail after that, but the measure- ments of the latter are doubtful owing to drift. Top clear at 94, but fog all round. Thermometer box shifted at 9" 15™, Height above snow not altered. Jan. 14.—A sudden gale from the W.S.W. sprang up a little before noon. At 12" the raingauge was found blown over, and no gauge was put out till 15". Heavy rain and hail fell, but the measurements of the gauge were very uncertain owing to drift, even when the tem- perature was above the freezing point. Jan. 17.—Sky cloudy with low cumulus from 7 onwards, and occasional fog blowing over the hill top; but no fog below in the valleys. The only hour the sky was clear was 225, when an aurora was seen. Jan. 18.—The dry and wet bulb readings at 7® to-day are interpolations, it being found impossible after repeated trials to keep the lantern alight. The raingauge was not. used, owing to the drift and strong winds—but little snow fell. Lightning was seen at 19» 3™, 195 9™, and at 19> 29™, and may possibly have occurred again afterwards. Wind very squally at night. Jan. 19.—The snow which fell in the early morning was dry, large, and hard. No gauge was in use till after 184, owing to the drift. The barometer was pumping till 14 very heavily at times—fully a tenth of an inch. After daylight came in it was noticed that the lightning conductor was blown over and lying bent up on the N.E. side of the tower chimney. On examination in the after- noon it was found that the copper rod was bent over at more than a right angle, the holdfast at the curve of the chimney broken, and the ring to which the stays are fixed sliding loose on the rod. The insecure fastening of this ring was probably the cause of the damage. The stays not acting as a support, the large surface of fog crystals enabled the wind to bend over the copper rod. At 16" the conductor was lashed to the anemometer posts to prevent it shaking and getting further injured. Jan. 20.—Some faint and apparently distant flashes of lightning were seen at 22 and 23%, The hill got covered with soft dry snow about a foot deep in most places, but forming deep wreathes in sheltered corners. Jan. 21.—After 8" the raingauge was taken in and 220 99h none was out till 22, owing to drift. Between 18 20™ and 185 45™, about eight flashes of lightning were observed, but no thunder was heard. St. Elmo’s Fire was seen on the snow crystals on the anemometers at 20. Jan, 22.—Thermometer box shifted at 0° 25™, Height above snow not altered. A bright light was seen along the Northern horizon till 2"; probably anu aurora showing below the edge of the clouds which covered the sky over- head. A snow-bunting was seen at 10" for the first time this year. A faint solar halo was seen at 125. It was noticed this morning that the snow extended almost to sea-level. Jan. 23.—An aurora, single arch, no streamers, was seen at 4" and 5%. The sky was almost cloudless till 125, but after sunrise fog lay in the valleys toS.E. A solar halo was seen at 13", Jan. 24.—The top was almost clear at 11, and a solar halo was seen. At 20" the wind was 8.S.E. (ferce 6), and the loose snow on the hill top was rolling about in waves several feet deep ; the bottom of the thermometer box was almost flush with the surface near it from 20 to 23", but there was always a hollow about 2 feet deep immediately under the box, after 23" it was put one stage higher on the stand. At 21" and 23" the dry bulb only was read, the wet being buried in snow, and it being impossible to stay out long enough to clear it and get a reading. At midnight rain had come on, and the wind shifted to S.W. Jan. 25.—Strong squalls and heavy rain and hail in early morning. At 5 the sling notebook was blown away. At 28 40™ an earth current moved the needle of telegraph instrument, and at 6" and 74 13™ distant lightning was seen, the latter being accompanied by earth currents on telegraph instrument. St. Elmo’s Fire was seen on the anemometers at 204, the hissing noise was loud and distinct, hail was falling at the time, and not the usual conical snow. From 11" to 20 no raingauge was out, owing to the hard, icy drift that was flying. Jan. 27.—Thermometer box shifted at 108 20™, Height of old box 35 inches, and of new box 45 inches above snow. At 17" the top was clear and continued so till 234, but thick cum.-fog lay over the southern hills, and thin fog blew across Ben Nevis at times. A lunar corona was seen at 17” and 18"; and a lunar halo at 21" and 23% No measurements were got of either; the halo was faint and badly defined. Jan. 28.—An aurora, single arch, no steamers, was seen at 6%, Thin fog blowing about the hill all day, and sky rather ugly above when seen. At 10 a solar corona was seen, and at 19" a lunar halo; a little snow fell at night, but measurements are very doubtful, owing to depth. Jan, 29,—The snow at the first gorge was measured this afternoon and was found to overhang the edge by about 17 feet. The drift of snow lying between the first gorge and the hotel is about 10 feet deep. Jun. 31.—The top was clear occasionally in the after- noon, aud the sky full of clouds except passing cumulus and scud; but fog lay over all the hills round, and blew across Ben Nevis also. A lunar corona was seen at 18}, D Fel), 3.—Thermometer box shifted at 1" 20™, The rain which fell all afternoon encrusted everything with a layer of hard ice several inches thick. The windward louvres of BEN NEVIS OBSERVATORY.—LOG-BOOK. [1890. the thermometer box got very soon choked, but the lea side kept open. Feb. 4.—Thermometer box shifted at 82 48™, Height above snow not altered. The fresh box was put on the stand at 8" 48™, but it had been resting on the snow for about a quarter of an hour previous and so was cooled sufficiently to give the temperature at 95. Some glories, too fleeting to measure, were seen between 10 and 114, and a lunar corona occasionally at night. Feb, 5.—Thin fog all day with the sun or moon gleaming through it, When sending the daily weather report at about 215 20™ a strong earth current was keeping the needle over to the “dot” side most of the time. Feb. 6.—Sky clear all day, but fog over the hills round to about 4000 feet, which occasionally rose and blew over Ben Nevisalso, Lunar halo at 15, Radius to inner edge =23° 58’. Lunar and solar corone were also seen several times; in the afternoon some solar fogbows and glories were seen, but all were misty and badly defined, no measurements were got. The sunrise and sunset were both hid by fog blowing up, but the afterglow was seen at 17" 30™. Thermometer box shifted at 3520™, Height above snow not altered. Feb. 7,—Fog lying on hills at about 3500 feet all day, only occasionally thinning out to the N., sky clear and with no unusual colours in it. The zodiacal light was seen at 195 as a cone of white light rising above the S.W. horizon. Feb, 8,—The fog over the hills lay at about 3500 feet in early morning; it gradually thinned out during the day and turned into haze. A few strips of cirrus were seen near the horizon occasionally. The sun was just seen at 74 57™, and set at 52 12™. ‘he earth shadow and shadow of Ben Nevis were seen both at sunrise and sunset. The air was very dry all day, every hour the readings were beyond Glaisher’s tables, and the wet bulb had to be wetted from 10 to 20 minutes before the hour. Feb. 9,—Sky clear all day except for some cirrus in forenoon moving from the $.E., but haze in the valleys and fog on the hills to E. and S8., which towards evening covered Ben Nevis also. At 8" 30™ two ravens and at 7» 45™ snow-bunting seen, Mock sun seen at 9» 5™, Distance from sun—centre to centre—22° 50’. Glories, too fleeting to measure, were seen in afternoon. At 195 the zodiacal light was observed. Feb. 10.—Sky clear above, but fog blowing over the hill top most of the day. A double lunar corona seen at 1» and 25, and a solar corona at 128. The zodiacal light was seen at 195 and 20", Faint afterglow about 17% 30™, The fog crystals to-day were dry aud quite loose. Feb, 11,—Haze and fog ou hills all morning, up to 2), and after 145 fog blew over Ben Nevis also, very thick at times. The fog crystals formed out of it were rather hard and firm, but not icy. Glories, too fleeting to measure, were seen in afternoon. An aurora was observed at 23 and midnight, single, badly defined arch, no streamers. Feb. 12.,—Aurora seen at 1"; it may have continued longer, but as the moon rose before 2", it could not be seen later. Fog lay over the hills to S. all morning, 4 ; 1890. | and gradually spread to those to W., after 135 Ben Nevis was also covered almost continuously, but the sky appeared to be clear above, Feb, 13.—This afternoon it was noticed that the fog crystals were slightly brown in colour. Feb. 14.—Thin fog blowing over the hill top, but sky apparently clear above most of the day. A light, probably auroral, was seen to N, at 224, Feb, 15.—Sky pretty clear, but fog blowing over the hill top till 114, and continuous fog after that. Faint ‘aurora seen at 24 and 35. Thermometer box shifted at 102 10™, Height above snow not altered. Feb. 16.—At 21" streak of light under clouds at N. horizon, probably auroral, Feb. 18.—During both yesterday and to-day the strong §.E. wind and thick fog has covered all exposed surfaces with masses of fog crystals; on the anemometer posts and the spare thermometer stand they are fully 3 feet long. Feb. 19.—Sky seen occasionally in the middle of the day about three-fourths covered with cirro-cumulus. Fog crystals still growing rapidly. feb. 20.—In afternoon the top of tower was partly cleared of fog crystals; they filled the entire top, except a small portion to the N.W., the growths from the three anemometer shafts and the chimney having joined. The erystals on the Robinson anemometer were fully 7 feet long. Crystals have also formed on the surface of the ground, hiding the old hard snow, and mixing with the ‘slight sprinkling that fell to-day. Feb, 21.—Thermometer box shifted at 7 10", Height above snow not altered. Very thick dazzling fog in the middle of the day, but sky clear at night occasionally, though always fog blowing over the hill top. ‘Thermometer box shifted again at 225 15™. Height above snow not altered. Feb. 22.—Top clear in afternoon and air dry, but fog ‘on hills round at about 4000 feet, and sky partly covered with cirrus and cirro-cumulus moving from the N.W. and N. The fog came on again before sunset, and at 225 had turned to damp mist. Feb, 23.—Thin mist and drizzling rain most of the day, but clear sky seen above at night. Feb, 24.—Thin mist with slight drizzle of rain, coating all exposed surfaces with ice till 34, but stars seen gleam- ing through it. From 5 onwards the air was dry, exceedingly so in the afternoon, Fog lay over the hills below at from 3000 to 4000 feet height all day, but broke into detached portions at night. The after- glow and earth shadow were seen at sunset. hermo- meter box shifted at 4" 15™. Height above snow not altered, To-day Mr. A. Rankin returned to the obser- vatory bringing with him Mr. Aitken’s dust counter portable form). Feb. 25.—Summit clear, and sky entirely cloudless all day. Air very dry to-day, the maximum humidity being only 58 (at noon), while the minimum was 25 (at 7 am.), 97 per cent. of the possible sunshine was _ tecorded. A glory (two rings) was seen at 8, and the ‘earth shadow at sunrise and sunset. Fog lay on the E. -and N, hills most of the day, and a little haze was seen low in valleys to S.W. in afternoon. Feb. 26.—Cloudless till 6". All morning fog lay on ‘northern hills, and after 4" it gradually spread south- BEN NEVIS OBSERVATORY.—LOG-BOOK, 221 wards and rose in height, till at and after 75 it enveloped Ben Nevis also. Feb, 27.—Thermometer box shifted at 17 10™. Height above snow not altered. March 1.—Summit clear almost all day. Air dry at times in afternoon. The thermometers (not the box) were changed at 8" 10™, A lunar halo was seen at midnight on very thin filmy cirrus, which radiated from N.E. and 8.W. March 2.—Hill top clear all day. Small quantities of cirrus on sky, radiating points at 16 being E.S.E. and W.N.W. After 205 this cirrus was very filmy, and on it the moon formed a corona, but no halo. A glare of 20° radius surrounded the moon all night. Air very dry at midnight. Humidity =36., March 3.—The filmy cirrus, lunar corona, and glare continued on sky till 55, Till 2 the hills around were very clear, but at 3% sheets of str. fog were seen to N., W. and §., which became very general at 4% and 5%, and enveloped the Ben at 6" and during the rest of the day. In the evening a mouse was seen in the lumber room. March 4.—From 11» till 13" heavy rain fell, the temperature being close to the freezing point (32°:0 to 32°°3). During the rest of the day, snow or hail was falling somewhat heavily at times. March 5.—Most of the afternoon and night the tempera- ture was between 30° and 32°, and thin drizzling rain was falling, which formed a thick crust of ice on all exposed surfaces—badly choking the thermometer box. March 6.—Thermometer box shifted at 75 20™. Height above snow not altered. March 7.—Thermometer box shifted at 162 15™. Height above snow 44 inches. Heavy rain fell at 162 and 174, and heavy snow during the rest of the day. March 9.—Str.-cir. observed at 2 and 3 radiated from N.E and S.W., and moved from N.W. Ben clear most of the forenoon, but fog on, except at 145 and 152, during the afternoon. Thermometer box shifted at 1" 15™. Height above snow not altered. Snow covered the country all round to-day to sea-level. March 11.—Raining heavily all day. At 3% and 45 the hourly amounts measured were 0°500 in. and 0°526 in. respectively. For six consecutive hours (1"—7") the hourly amounts exceeded 0°300 in. The total for the day was 5:210 inches. March 17.—Thermometer box shifted at 13 15™, Height above snow not altered. The zodiacal light was seen in the West at 21". March 18.—At.15*, observed that this morning’s growth of fog crystals was brown. March 19.—Ben clear from 3* till 23". Thermometer box shifted at 42 15™. Haze all round to-day, very thick in forenoon, moderately so in afternoon. Three snow- buntings seen flying about hill top at 8°. Zodiacal light seen at 214, March 21.—Thermometer box shifted at 9" 10™. At 195 and 204, light drizzling rain falling, the air tempera- ture being 27°9 and 27-4, March 23.—Thermometers shifted after the 7 obser- vation. The dark part of the moon was unusually distinct this evening. March 24.—Brown fog crystals forming to-day. March 27.—A lunar halo was seen at 22%. March 28.—Thermometer box shifted at O04 -15™. Height above snow not altered. A lunar corona was seen faintly at 22%. March 30.—Thermometer box shifted at 234 15™, Height above snow not altered. A lunar corona was seen at 214, March 31.—Shadow of Ben seen above the horizon at sunrise, Great “visibility” in all directions till 84, and to N. and N.E. till 165, At 144, 155, and 162, a thick bank of haze was seen to W., and S.W. approaching. At 17" it reached Ben Nevis and at same time the summit was enveloped by very thick fog, April 1.—A lunar corona was seen at midnight. Thick haze all round below to-day. At 11 the distance be- tween the edge of cliff and post at “first gorge” was measured, and showed that the snow overhangs about 26 feet. April 3.—Summit clear all day, and except for a little citrus, about midday sky cloudless. Thick haze all round. Air very dry to-day. At 7 and 8" the humidity was 31 per cent. April 4.—Summit clear and air dry till 15%, fog after- wards. In early morning there was some cirrus on sky, and at 1" its radiating points were N. and S., but at 2, N.E. and S.W. At 25 a lunar corona was seen. April 5.—Top cleared after 4" and air was dry, except at 95, till 22"; lowest humidity 26 at 6%. Part of solar halo seen at 15". Haze all round, but not so thick as during last few days. April 6.—Top clear at 64 and 74. At these hours a solar halo with two mock suns was observed. Radius from centre to outside elge= 24° 51’. April 8.—Thermometer box shifted at 202 10™. Height above snow not altered. Between 20" and 22h, there was a peculiar fall and rise in temperature. The barometer readings at those hours were the same, 25°294, but at 21" it was 25°248. The temperature readings were 205, 19°°9; 215, 19°°8; 22>, 19°-5; but the minimum, which was put out at 20", gave 17°] at 21" and 13°°1 at 22%. The barograph shows that at about 20" 5™ there was a sudden rise and fall of about ‘050 inch (a mere kick up and down again), and at 20" 55™ a fall, which continued till 21" 15™ to 20™, of about ‘080 inches, and then a more gradual rise tili after 225, Previous to this the curve was somewhat shaken. At 21" the wind was N.E. force (2-4), while the sky was 53, covered with strato-cumulus, the appearance to N.W. being exceedingly gloomy, while to S. the sky was open and clear. April 11.—The zodiacal light was seen at 225, April 12.—Ben clear of fog and air dry except at 22 and 235, Between hotel and first gorge depth of snow was found to be 167 inches, and nearer bucket stage 181 inches. Thick haze to S.E., S., and S.W. in distance all afternoon, very little to N. April 13.—Shadow of Ben seen above the horizon at sunrise. The humidity was very unsteady in forenoon, at 7" it was 36, and at 9" the air was saturated. Passing showers were seen in various directions during afternoon. April 15.—At 175 a glory was seen. At 20" and 21 the sky was covered with the hard detached (rare) form of cirro.-str. cloud. Its radiating points being S.W., N.E., not well defined. BEN NEVIS OBSERVATORY.—I.0G-BOOK. [1890. April 20.—Brown fog crystals forming to-day. A little drizzling rain fell at night. April 21.—The summit was clear from 3? to 64, but sky was partly covered with hard detached sheets and lumps of cir.-s. or str.-cir, (“rare” type). Fog or mist during the rest of the day. In forenoon heavy rain and hail fell, but the raingauge measurements were rendered useless by heavy surface drift; at times the drift seemed to be all pieces of ice torn from the surface by wind. April 24.—Thermometer box shifted at 45 15™, put one step higher on ladder stand than it was before. April 26.—At 13" to-day a sound was heard in neigh- bourhood of kitchen chimney similar to that made by St. Elmo’s Fire. It lasted for about 2 minutes. April 27.—A mock sun brightly coloured seen to N. of sun (about 22°) from 19" 40™ till after sunset (205 + 4™ or 5™). It was formed on a thin horizontal streak of cir.-s. Lunar halo with mock moons seen at 23" and midnight. Radius to znside of mock moons 25° 13’. BS 55 halo 22° 36’. There were gaps in the halo (or inside edge of halo) where the mock moons were seen. Immediately inside the halo all round there was a band of darkness (7.e., this band was distinctly darker than any other part of the cirro-stratus film on which halo was formed). The cirrus on sky at night radiated from N. by W. and 8. by E., and took the form of long filmy bands through which the stars could be seen, and stretching at times right across the sky from radiating point to radiating point. The depth of the snow wreath to N.W. of hotel near bucket stage was to-day found to be 218 inches. The snow at first gorge was overhanging 23 feet. April 28.—The air was dry except at 10, 114, and midnight. From 4» till 9" the humidity was very low and steady, being 25 or 26 the whole time. Part of a solar halo was seen at 12"; and a lunar corona at 232. April 30.—Fog or mist all forenoon but clear after 134, sky being overcast, or nearly so with cumulo-str. and scud till 6 p.m., and afterwards with str.-cir. and cir.-c., the latter at 235 being uppermost and moving quickly from §.8.W., and the str.-cir. motionless, At the same hour a cloud of the ‘“‘rare” str.-cir. type was seen to S.W. From a mere speck it quickly increased and then sradually faded off, being gone 6 minutes after it was first noticed. It kept the same position all the time, but its growing in one direction and fading in the opposite gave it an apparent motion first in one way and then in the other. May 4.—Passing showers were seen to N. in forenoon. Haze all day, not so thick in afternoon as in morning. The thermometer box was shifted down one step on ladder stand after the midnight observation. May 5.—Thin fog on hills to N. and N.E. in forenoon, clinging close to hills and showing on its upper surface the shape of the hills and valleys it covered. At 4 and 55 cumulus shaped clouds formed to E. in distance and advanced W. quickly. Each cloud had a thin stratus cap which moulded itself to shape of upper surface of cum. cloud, but did not touch the cloud, Peculiar forms of ascending currents were observed in corrie to N. at 8" A click in telegraph instrument at 15 15™ was followed 93h, 1890. ] by a peal of thunder, the only peal heard, though all afternoon the appearance was very thundry. Part of rainbow seen at 8}, May 6.-—A rat was seen at 2. May 7.—Hard str.-cir. was seen to E. at 4%. halo was seen at 15. May 8.—Top clear, and air dry all day. Fog in N. and N.E. valleys in forenoon, passing showers in distance and on Ben Nevis inafternoon. Sky partly covered with cir.-s. till 85, and after 22, radiating at 45 from E. by S. and W. by N., and at 23" from N. and §., and overcast with cumulus, cum.-s., or nimbus during the rest of the day. A rainbow was seen at 154. May 11.—A solar halo was seen at 14" and another at 184, May 13.—Thermometer box was shifted down on step at 02 10™, Hard packed cir.-s, on sky at 175 not showing any well defined radiating point. May 19.—Mist or fog on Ben or passing all forenoon ; clear, and air dry all afternoon, Dry and wet bulbs were changed after 18". May 20. —Fog i in valleys to N., E., and S. in forenoon, and thick haze in distance to S. and $.W. at 204, May 21.—The 17 observation was made at 175 5™, May 23.—Top clear all day; sky somewhat cloudy. From 3+ to 54, fog and haze lay in valleys to 3000 feet to E. and S.E, (the hill tops being clear), and afterwards gradually spread and rose higher, passing top of Ben Nevis at times in forenoon, The haze increased and thickened, being very thick all round in afternoon. The air was dry except at 65. May 24.—All last night the Northern sky was bright with sunset or sunrise colours. At 1» these were red, yellow, pale green, and blue. A little cirrus on sky till 45; but cloudless during rest of day. The upper glow was seen at sunrise and sunset, showing pink streamers in both cases. May 25.—Upper glow seen at 3" and 21%. In early morning atmosphere was very clear about level of hill tops, but there was fog and haze in valleys to N. and N.E., which spread in every direction and rose higher till in afternoon it was all around, and passing top of Ben Nevis at times. May 26.—F¥og passing and air saturated at times till 1 p.m.; summit clear and air dry for the rest of the day, but haze and fog in valleys to N. and E. Faint after- glow noted. At 23" pearly cirrus was seen (first time this year) in N. and N.E. sky. Photographs were taken at 235 27™ and 235 54™, At 115 40™ it was about 13° above horizon, and from this point the line of greatest brightness seemed to incline towards a point on the horizon about N.E. by E. Notes taken of pearly cirrus. 23—Ribbed cir.-c. type seems low: stars seen through. Moving apparently from E. slowly. Midnight—Part seen to N. fading, but still bright to N.N.E. Looked at through telescope—seems like wavy sheets of stratus seen edgewise ; has apparently a bright and a brighter side: moved through 1° in 2 minutes from a N. or W. of N. direction: one long A solar streak had a dark wavy line running throughout its whole length. May 27.—-1* pearly cir. to N. gone, but bright to N.E. : traced to 11° above horizon, but brightest part only 74°: BEN NEVIS OBSERVATORY.—LOG-BOOK, 223 extends now to E. by N., but faint. 2, pearly cirrus to E.N.E., from 5° above horizon up to 20° : Very faintly marked to N.N.E., but still there, 2" 50™, Plate taken of pearly cirrus to E. by N. 34, no pearly cirrus or any kind of cloud in sky, only faint bands and streaks of haze near horizon, and pink “ foreglow” streamers. Sky cloudless most of day. Fog on bills to E. and N. till 4", fog all round to 4000 feet at 74, passing summit at on and all gone at 13%, Thin haze in afternoon, all round below, and thin haze bands in sky near horizon. Hard low str.-cir. seen to E, at 208 motionless, The cirrus in sky at 21> radiated from E. Noted afterglow till 215 45™, Streamers were seen from 215 30™ till 215 35™, There was more red in W. sky than last night. WN. sky bright all night. May 28,-—Faint foreglow at 35. The cirrus in sky at 4» radiated from N. by E., and S. by W. At 54 there was a band of peculiar haze all around above level of summit, but there was none below. Fog in valleys to W., N. and N.E. at 65, It gradually rose and spread, and at 115 it was all around to 4000 feet, and at and after 14 it enveloped summit. May 31.—Thermometer box changed at 9" 15™, Height above snow uot altered. June 5. —Clearing in afternoon. A solar halo was seen at 184, Thermometers shifted at 195. Height above snow not altered. To-day the large dust counting instru- ment was fixed in the middle room of tower. June 7.—A solar corona was seen at 215, and the after- glow at 22». Showers of snow fell in morning. June 8.—Foreglow was seen at 35. A solar halo was seen at 11 and 12) :— 11* radius 22° 38’, one observation. 12 ,, 23° 48’, mean of five observations. June 11.—To-day the snow disappeared from about post A, where the depth is measured. June 13.—A fogbow and a glory were seen at 54. A glory was also seen at 205, When the observer stood near the tower, the shadow of tower was seen projected on the fog, cutting the glory formed round the shadow of the observer. The plane of shadow of edge of tower could be traced outwards into the fog, and the same could be done with that of the chimney. In both cases the shadows diminished in perspective. June 14.—Mist or fog till 9; sky somewhat cloudy during the rest of the day, but air dry. Fog on hills around especially to N. most of the day. Thick haze was seen to S., approaching, after 202. June 15.—Thick haze all around, below 3000 feet in early morning. Fog sheets were forming on top of this haze at 42 and 54. At and after 3" the fleecy cum.-cir. on sky was gradually descending and becoming heavier, till at 65 it lost its cum.-cir. appearance, and formed a dull uniform pallium, which before 74 descended on Ben and enveloped it during the rest of the day as wet drizz- ling mist. Splendid sunrise. The clouds at and above horizon were thin, streaky, and almost transparent cir., and cir.-stratus, and these showed almost every shade of colour, in thin delicately tinted streaks, while higher up the under surface of the cum.-c. was all aglow with various shades of red. June 22.—Summit clear at and after 17", Cirrus on sky lying N.W. and 8.E., and at midnight there was fog 224 all round, and beginning to pass summit. seen at 204, June 27.—Summit quite white with freshly fallen suow at 2), June 28.—Summit clear most of the day. At 17” 40™ part of a rainbow, double at times, was seen on a passing shower to S. At the same time ragged clouds floating at from 3000 to 4000 feet to S.E. in line with observer’s shadow, which fell about thermometer box and did not project beyond hill, were seen to be variously coloured, chiefly red and blue. There was no “ringed” order in the colouring, the red and blue being mixed all over the cloud, The only order that could be made out was that the colours seemed to be arranged round patches and along the edges of narrow stripes in the cloud. They seemed exactly the same as coloured clouds seen sometimes near the sun and moon. The 23? obser- vation was made at 23? 5™, June 29.—At 1 pearly cirrus was seen in N. sky from N.E. to N.W., and reaching to 25° altitude. Ribbed structure, motion from N. At 2" pearly cirrus goue. Summit clear most of the day, but fog on hills all round and passing at times. June 30.—Strong §.E. to E. winds till 5 p.m., backing thereafter to N.E. and N., 75 miles were recorded by anemometer at uoon for the previous hour. July 2.—Passiug showers on Ben Nevis, and in dis- tance all around after 18%. During a heavy shower of snow at 20 10™, St. Elmo’s Fire was heard on chimney, tower, observer’s hair and pencil; loud hissing, and, at times, crackling sound heard. July 7.—Snow falling continuously after 8 to-day, and heavily after 20". There were 3 or 4 inches of freshly fallen snow on summit at midnight. The max- imum shade temperature to-day was only 32°'5. July 13.—Heavy rain falling all day. At and after 11" the temperature was above 45°. At midnight it was 47°-1; the highest reading in shade since May 25th. July 16.—-Pearly cirrus noted at midnight low to N. about 5° altitude. Not above the green of sky, colours of N. sky being yellow, green, and blue. Shower of snow at 115. July 17.—Pearly cirrus noted at 1, as at midnight (165). Hoar frost on roof in early morning. Foreglow noted at 38 15™, A halo was seen at 14". In morning, radiating points of cirrus were W.S.W. and E.N.E., at 14" the radiating point was S. by W. July 19.—Summit clear all day. Detached fog on hills in forenoon. Foreglow seen at 3" 18™. Shadow of Ben seen to W. at 4%. Very clear to S.W. at 21%, July 21.—Clearing in forenoon, but fog in valleys. Solar halo seen at 21", July 27.—Solar halo seen at 16%. July 28.—St. Elmo’s Fire heard at 52 18™, and seen at 23". Showers of sleet and rain falling at both times. Aug. 1.—Summit clear most of the afternoon, but fog on hills around. Sky cloudless after 224, At midnight thin fog was rising from N. corry aud passing. On this fog a lunar corona was seen, and also a glory and fogbow. outside 3°°38. inside 2°:7, outside 7°°15, inside 5°48, A glory was Corona, radius inner red { # ,, outer red { . BEN NEVIS OBSERVATORY.—LOG-BOOK. [1890. Glory—no colour, only one white ring, two measurements of outside of white ring gave 5° 39’, and 5° 43’ as radii respectively. Inside of fogbow, 33° 42’. Aug. 12.—Heavy showers throughout the day; rain, and at times, hail. St. Elmo’s Fire was heard at 155 and 16", Aug. 13.—Top clear most of the day, but detached fog on hill below. A rainbow was seen at 184. Aug. 25.—Fog on hills and over Lochs till 105, but. almost continuous mist on the top thereafter. Aug. 27.—Ground all white with snow at 15, which, however, thawed off in the forenoon. Aug. 29.—Sun rose from behind a cloud bank at 55 25™, The upper glow was seen at 42 50™, and the Ben shadow and earth shadow shortly before sunrise. Lunar corona seen at midnight, Sky clear in early morning and at night, but fog and scud passing over the hill top. Aug. 30.—Sky cloudy with scud and cum., and occasional fog on hill top, but air very clear to S.W. in afternoon. Double lunar corona at midnight. Aug. 31.—Haze and streaks of fog in valleys all morning, light fog on Ben Nevis also about sunrise. Cumulus forming over hills in afternoon, and mist on Ben Nevis at night. Air clear all round in forenoon and early afternoon. Sept. 4.—Mist all day which sank down at night to about 4000 feet. Glories seen about sunset. A lunar fogbow at midnight. Sept. 5.—Fog lay over the hills at 4000 feet till noon, after which it broke up into detached portions, but mist came on Ben Nevis in the afternoon, and continued with occasional breaks all night. Sept. 6.—Mist passing till 4 a.m. Summit clear, and air very dry in the afternoon. Fog lay in valleys all round till 7 a.m. Haze in distance. Sept. 7.—Sky nearly cloudless except for a little cirro cumulus in early morning. Air very dry in the afternoon, detached fog on hills to N. and E. Haze all round, thickest to W. Fog came on at 214, clearing at times. Sept. 11.—Mist all day till 18, clear till 20, when the air was dry, and fog on hills to 4000 feet all round. Glories were seen at 19®. Sept. 12.—Mist till 7, and detached fog on hills nearly all day. Sky clear except for a little cirrus till 184, after then sky cloudless. Foybows were seen this morning. Sept. 13.—An aurora, single arch with faint streamers, was seen at 1%, Sky almost cloudless all day, but fog lay in valleys till noon, since then haze began to form in the S.W. and W., and at 185 very thick haze all round. Air very dry all day till midnight, when fog came on. Sept. 19.—Fog lying in valleys and over lochs till 7%, after that mist on summit with occasional breaks and sunny intervals. Sept. 22.—Mist til] 20%, since then sky overcast and fog in valleys all round. Sept. 23.—Sky clear except for a little cirrus at 11* and 12"; after that fog came on. A solar fogbow and glories were seen. Sept. 30.—Fog cleared off the Ben at 6%, leaving sky covered with cumulus stratus; detached fog on hills all round to 4000 feet till 11%, since then fog has come on summit again. oe”: —- re a. 7 ee a) Ps 1890.] Oct. 1.—At 2" rain was falling heavily, and while the observer was on the roof, the hissing noise that accom- panies St. Klmo’s Fire was heard. Sparks of light were seen on the pencil and other objects held up by the observer, but not on the tower, chimneys, etc. Being nearly full moon, it would not be easily seen at a distance. A similar noise was again heard faintly at 12%, Oct, 2.—Lunar corona seen at 55, Radius to outside =7° 14’. Faint solar halo seen at 10%, Temperature rose rapidly at night, and heavy rain came on. Oct. 7.—A very smali part of an aurora was seen at 205, but, owing to fog passing at the time, it was im- possible to observe it properly, Oct. 8.—Summit clear and sky cloudless till 10%, after that overcast with cirro-stratus till 225, when fog came on. Air very dry at 2, Fog lay in valleys and on hills, but breaking up into detached portions to N. and E. At 8 haze was visible to W., which gradually spread all round, obscuring view of hills on opposite side of Glen Nevis, barometer rising rapidly in forenoon, Air very clear to W. in early morning, Barra Head and Tobermory lights visible at 45, Oct. 12.—Mist till 145, which then sank down about 300 feet below Ben Nevis, but continued to pass over the hill top at times. Air dry for a few hours in the afternoon. At 205 mist came on again. Oct. 13.—Top clear occasionally in forenoon, but thick fog lay over hills all round, and rose to a considerable height above Ben Nevis. Air dry at 8". Oct. 15.—At 5, while observer was on the roof, St. Elmo’s Fire was seen on anemometer for a few seconds, _ but was not visible on any other object. Oct. 16.—The thermometer box was shifted at 135 20™. Height above snow 48 inches. Oct. 18.—Summit clear after 8". Sky partly covered with cirro-stratus till 18", and almost cloudless since. Fog in valleys and at times passing over Ben Nevis till 198; since then fog only visible on hills to W. and N. Air very dry since 21". Humidity about 45 per cent. A halo, but not well defined, was seen at 15%. No measurements were got. Oct. 19.—Sky almost cloudless till 3", but overcast with cumulus till 95, partly covered with cirrus and cirro- stratus till 21", and mist since. Haze in valleys and cirro-stratus at horizon almost all day. Detached cum,-fog lay over hills all round except to W., and at 20" fog was passing over the top of Ben Nevis. » Oct. 21.—Continuous mist till 154, after which it sank and covered all the lower hills to 4000 feet for the rest of the day. Sky nearly overcast with cirrus and cirro-stratus till 19", and almost cloudless since, except for a little cumulus at midnight; dew forming on ther- mometer box at 23}, _ Oct, 22.—Fog lay on hills all round to 4000 feet, but sky half covered with cumulus till 3", after which the fog rose and enveloped the summit, only clearing off at times till 145, but continuous mist since. At 10" a portion of a fog-bow was seen on upper surface of fog under Ben Nevis. Radius, 30° 21’. Glories were also seen at 114, Oct. 26.—Summit clear at 24, but sky nearly covered with cirro-stratus. At 35 sky was perfectly cloudless, but detached cum,-fog lay on hills all round. At 4% sky Was overcast with cumulus-stratus, and fog passing. At ROY. SOC. TRANS. EDIN.—VOL. XLII. BEN NEVIS OBSERVATORY.—LOG-BOOK. 225 65 sky was perfectly cloudless again, but fog came on again at 74, and has been almost continuous since. Heavy snow fell all afternoon. A weasel was seen at 155 passing between iron cage and thermometer stand,, quite close to observer who was at the thermometer box. Oct. 27.—Sky overcast, or nearly so, with cumulus and fog passing at times; heavy layers of fog lying over hills all round. Showers of snow fell at intervals throughout the day. Dry and wet bulbs changed at 23%. Nov, 3.—Top clear for several hours in forenoon, but sky overcast and continuous fog on lower hills. St. Elmo’s Fire was seen at 215, A lunar corona was seen at 6%, Nov. 4.—Lunar corona seen at 5%. in the afternoon. Nov. 5.—Summit enveloped till 154, clear thereafter and sky cloudless till 225, but overcast at 235 and midnight. At 45 it was mist that covered the summit, and an icy deposit was forming on all surfaces, though the temperature was only 26°°9. A glory having three. red rings was seen at 164. Nov. 6.—Thin mist, but very wet, on summit at 4}, depositing an icy crust to windward of things. The raingauge was unworkable after 154, owing to the wind and drift. It was taken in and not put out again till midnight. Nov. 7.—Top clear from 11 till 174, and during some: of this time the sky was cloudless. Faint aurora seen at. 195. Box shifted at 175 20™. Nov. 11.—E.S.E. gale, force 8 to 11, till 2 p.m. Wind continued from much the same direction during the rest of the day, but with force below 6. The barometer was falling irregularly and pumping wildly till 2 p.m., but thereafter it rose rapidly. Dense fog during storm, depositing brown fog-crystals. A great crop on tower and ladders. There was no raingauge out till 17". Apparently a little snow was falling in forenoon and at 155 and 16%. Sky cloudless at midnight. Fog around, below, and passing summit at times. Note on hourly sheet, 13" :—“‘ Solid blocks of ice flying about.” Nov. 13.—St. Elmo’s Fire seen brightly at 15 and 4%. Nov. 14.—Very heavy drift about midday, forming great wreaths about the observatory, and stopping the raingauge measurements, Nov, 15.—Thermometer box shifted after 9°. Nov. 18.—Solar halo seen at 9, 105, and 114, and a lunar halo at 185 and 19%, At 115 the following measurements were made :— Radius, 20° 40’ 48”, 20° 20’ 0”, 20° 30’ 12". Nov. 23.—Thermometer box shifted at 215 33™, Height above snow not altered. Nov. 25.—Top clear of all save passing fog from 9} to 205, but cum.-fog on hills round. Thermometer ‘box shifted at 14" 20™. Height above snow not altered. Nov. 26.—At 1» the temperature was 23°:1, and small drops of rain were falling; the top at the same time was. covered with fog, not mist. 'Thermometer box shifted at: 14" 15™, Height above snow not altered.. A double. lunar corona was seen at 175. Air very dry at night, sky cloudless, and no fog in valleys. Several snow bunt- ings have been flying about the hill top for the last few days, and to-day a weasel or stoat was seen, white in colour. A raven was seen 2 & 226 Nov. 27.—Air very dry all day. Fog lay in the valleys to E. and over Loch Lochy from 8&* till noon, Haze gathered, thickest to W., at night, and high cumulus clouds covered the sky. Nov. 29.—Top clear from 20" to 23", but sky overcast. Strong wind with considerable drift all afternoon and at night. No raingauge was out after 154, but apparently no snow fell. The tower thermometer box was put out at 204, and duplicate readings taken all night. Dec. 2.—At 225 and 23" a drizzle of small rain was falling, covering everything with ice. The temperatures at these hours were 29°°9 and 27°:3. At midnight snow, small and hard frozen, was falling. Dec. 3.—Very heavy northerly squalls all day. Fog varying rapidly in thickness most of the day, but at 9» and 10" it was mist; the temperature at the time being 19°-2 and 19°:1. Thermometer box shifted at 162 20™. Height above snow not altered. Dec. 4,—Thermometer box Height above snow not altered. Dec. 5.—Top cleared shortly before 225, and an aurora, single arch, no streamers, was visible all night. At midnight cum.-fog was rising to E, Thermometer box shifted at 23" 20". Height above snow not altered, Dec. 6.—The aurora remained visible till 42, after which it was lost in the moonlight. Fog gradually formed over the hills to E. and §. in early morning, and by 9" was blowing over Ben Nevis also. It continued with scarcely any breaks all day. Dec. 9.—Top cleared about 164, leaving sky cloudless, but haze and fog in the valleys and all round. The fog covered the top again before 225, Thermometer box shifted at 16" 20™. Height above snow not altered. Dec. 10.—¥og cleared off at 95, but came on again at 18%. Very thick haze all round and in valleys during the interval, and fog occasionally passing over the top. Thermometer box shifted after 95, Height above snow not altered, Dec. 11.—Fog very thick most of the day, but occa- sionally breaking and letting glimpses of a clear sky above be seen. The fog-crystals to-day were dry and beautifully feathery, and slightly brown in colour. Dec, 12.—Top clear from 4* till noon, but most of the time thin fog passing, and dark haze to N. and W. Detached fog lay also on the hills and in the valleys round, Thermometer box shifted at 9% 15™. Height above snow not altered. Dec. 13.—Top clear from 4" to 23", but haze topped by cumulus lay in the valleys to about 4000 feet. The sun rose at 84 45™, ) 14 } 1b) 16.) 17 4) 18 | 19) 20) |) 2022) 23 Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. } Ins. Tel tas Ins. | Ins. | Ins. |} Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins, | Ins. 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5-714) 5-702) 5-686) 5°676 | °753 7 | 5°668) 5°643) 5-627) 5-614) 5598} 5-588) 5591) 5:587| 5°575| 5°59) 5°539] 5:513] 5-478) 5:455) 5-410) 5-401) 5:393) 5°365) 5°347) 5°326| 5-303) 5-286) 5-254) 5-226 | 5-473 8 | 5*200} 5°178) 5°159) 5-117] 5:105) 5-089} 5:077| 5-061) 5-051} 5-064) 5-044] 5-036] 5-031) 5-027} 5-028] 5-041) 5:064| 5-075) 5-087] 5-098) 5-122] 5-143) 5-162) 5°173 | 5093 9 | 5-191) 5-206) 5-234) 5-250] 5275) 5:296) 5:322| 5-348) 5°375] 5-401) 5-426] 5-432] 5°437| 5:456} 5:482| 5-495) 5:522) 5°543] 5-543) 5-560) 5568) 5°575| 5586] 5°599 | 5-422 10 | 5601) 5:598) 5°615} 5-625) 5°630} 5-629] 5-625) 5-634) 5:628) 5-638) 5°634] 5°637] 5°631) 5°613} 5°617| 5°618) 5-616] 5°618} 5°618) 5-584) 5-609) 5-603) 5-589] 5-602 | 5°617 11 | 5°608) 5°594} 5°597/ 5-605] 5:619] 5°619) 5:643) 5°651| 5°654| 5°665] 5-684] 5-693} 5-673) 5°691| 5°697| 5°724] 5°748) 5°762) 5-770) 5°781| 5-796] 5-802] 5-810] 5:831 | 5°697 12 | 5827] 5-830} 5-840) 5-838] 5°854] 5-867] 5°885| 5-923] 5-926) 5-958) 5-962) 5-969} 5-974] 5-979] 5-981] 5-986] 6-001] 6-007] 6-014} 6-005] 6-005] 6-009] 6-007] 5-997] 5:944 13 | 5*984) 5*977/ 5°979] 5-970] 5-964] 5-964) 5-957) 5-963] 5:947| 5-964] 5-961] 5-952} 5-907) 5-896] 5-872) 5°852| 5-875] 5°864 5-865] 5°867] 5°854) 5-866] 5°879) 5:874 | 5:919 14 | 5:886] 5890} 5-902) 5-891] 5-912} 5-918] 5-920) 5-960) 5-980} 5:983] 5-984] 5-988} 5:995) 5-989] 6-003] 6-009] 6-017] 6-032] 6-017] 6-009] 6-003] 5-994] 5-977] 5:975 | 5-968 15 | 5°957| 5-963} 5-960) 5-965] 5-950) 5-932] 5-922! 5-908) 5:86) 5-837) 5*824] 5-792) 5:758) 5°722| 5°705| 5°697| 5-714) 5°676| 5-680} 5-678) 5°671) 5-667] 5:646) 5-653 | 5°798 16 | 5°647| 5-653) 5°640| 5*634] 5-630) 5°626] 5:620| 5-627) 5°619| 5°611] 5°620] 5-611] 5:602) 5°575| 5°578) 5°591) 5-612) 5-622) 5:631) 5°626] 5-620) 5:620} 5:617| 5-616 | 5°619 17 | 6612} 5:601) 5°607] 5°612| 5-619] 5°630| 5:635) 5-653) 5°648| 5°652| 5-654] 5-659] 5°654) 5:657| 5-661] 5:660| 5°667| 5-681) 5°679| 5°670] 5-671) 5-666] 5°663] 5°661} 5°649 18 | 5°650) 5-644) 5°637| 5-631] 5-624) 5°616] 5-610) 5-616] 5°591) 5:596) 5-568] 5-566] 5-550) 5-540] 5-535] 5-525] 5:530) 5521] 5-524) 5-506] 5-496] 5-489] 5°473] 5-455 | 5562 19 | 5:447| 5-438) 5-418} 5:407| 5-424] 5-416] 5-421) 5-424] 5-423) 5-422) 5-421] 5-399} 5-402! 5:379| 5-349) 5°344) 5°311] 5-289] 5-278) 5-258! 5-234) 5-206] 5-166] 5°132 | 9°350 20 | 5:089) 5-055) 5:005| 4-939] 4-868] 4-837] 4-811] 4-737/ 4-693] 4620) 4:649) 4-640] 4°637| 4-623] 4-605] 4:587| 4-582] 4-579] 4-572] 4-563] 4-565) 4-558] 4-549] 4-553 | 4°705 21 | 4:553] 4-555) 4-570) 4-575] 4-603} 4-610] 4-633) 4-647] 4-672] 4-683] 4-686] 4-682] 4:683] 4:667| 4-659) 4°652| 4-664] 4-652) 4-624] 4-610 4-628] 4-621] 4-612] 4-597 | 4-631 22 | 4:575] 4-568) 4°561| 4-565] 4°560] 4:571] 4-595) 4:630] 4-699] 4-721] 4-770] 4-805] 4:837| 4°859] 4:887| 4°898] 4-912) 4-941] 4-929) 4-931] 4-924) 4-907] 4:886] 4°852 | 4°766 23 | 4°820] 4-776] 4-733] 4-680] 4641] 4-610! 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ReEpucep To 32°. 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. FEBRUARY 1891. Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins | Ins.;| Ins. } Ins. | Ins, | Ins. | Ins. | Ins. | Ins. | Ins. | Ins, | Ins. | Ins. | Ins. | Ins. ] Ins, 1 | 5°247) 5-277] 5°05] 5-332! 5:381) 5:413) 5-430] 5:464) 5-476] 5-494) 5-537| 5°56) 5°566] 5568] 5:580) 5586) 5593] 5:608| 5:627| 5:593) 5:580| 5:578) 5°598) 5:600 | 5-499 2 | 5:580| 5:578) 5°584| 5°583! 5:586' 5°593| 5-586] 5600] 5-610} 5:593| 5:581) 5:591) 5-580) 5°552) 5-554) 5:567| 5:577| 5588) 5584] 5:599| 5:602| 5:596| 5-594! 5:594 | 5-584 3 | 5:579| 5°580| 5°574| 5°565| 5°582) 5584) 5:592] 5589] 5-588] 5:595! 5-608) 5-618) 5-629] 5°632] 5:645] 5:672] 5-719] 5-758] 5:778) 5:806) 5°828| 5-850) 5:867| 5-883 | 5672 4 | 5891) 5°896] 5-908] 5-911) 5-930) 5-943) 5-950] 5-961] 5-966] 5:964| 5-969|.5:955H 5:962| 5-949] 5-949! 5-942) 5-954] 5-955] 5-958) 5:944] 5-934) 5-928] 5-927) 5-914 4 5-940 5 | 5911) 5-908] 5-903 5-896) 5-907] 5°899| 5-911] 5*917| 5-916] 5:930| 5-922) 5:91815-911) 5-895] 5-881) 5-880) 5-903] 5-907] 5-907] 5-888] 5-890) 5-893) 5°889) 5°854 | 5-902 6 | 5*869| 5*856| 5*827| 5°841| 5-855! 5-868) 5-858] 5°857| 5°863| 5°858) 5-844) 5-849] 5-839] 5-810] 5-802) 5*792| 5-803] 5-816) 5-799] 5-796) 5-800] 5-807] 5803) 5-799 | 5°830 7 | 5789) 5°773) 5°740| 5°739| 5°724! 5-723) 5:718| 5:710] 5-704! 5:698) 5-688) 5-673) 5°659| 5-630) 5°68) 5-593] 5-610] 5-606] 5-606] 5:585) 5:591| 5-583) 5-600) 5°619 | 5°666 8 | 5°628| 5°626| 5°640) 5°643) 5°668) 5°685] 5°697| 5-718] 5°736| 5°744) 5°757] 5*7539 5-762] 5-752] 5-746] 5-742) 5-757| 5°753| 5°756] 5°75) 5°753| 5°750| 5°747| 5°738 | 5°721 9 | 5°724) 5710) 5-690] 5-665) 5°665, 5-660] 5°632) 5-626) 5-624) 5°614! 5-602! 5-584) 5-580) 5-554) 5-534) 5525) 5540] 5-526] 5-01| 5-516) 5513) 5°517| 5503) .5+503 | 5588 10 | 5:504) 5°500)| 5°501] 5°501) 5-494) 5-497] 5-491] 5-492) 5-479] 5°502| 5-461| 5-447] 5-439] 5-411] 5:390] 5:375] 5:358| 5-335] 5°334] 5:294) 5:291| 5:307| 5:324| 5°320 | 5°419 11 | 5°337| 5°338) 5323) 5°315 5°325) 5-312] 5-293) 5-286] 5-278) 5-277] 5-268] 5+210} 5-158] 5-084] 5-077] 5:053] 5-060) 5-078) 5*105| 5+187| 5-248] 5-334) 5-369] 5-420 | 5-239 12 | 5-444) 5-470) 5-485) 5°502! 5°526| 5-529] 5:542| 5:544| 5:557) 5°575| 5°587| 5°603] 5:607| 5:609| 5°609] 5-616] 5°626) 5°637| 5-648] 5:636| 5°643| 5:647) 5-656) 5°663 | 5082 13 | 5-671) 5°681| 5°696| 5*705) 5*720) 5-736] 5:755| 5°771) 5°784) 5°784) 5°785) 5:77] 5°784| 5:764| 5-748] 5:751| 5°747| 5°757| 5-760] 5°770) 5°766| 5-772) 5°74) 5°74 | O75) 14 | 5°75) 5°765| 5°764) 5°758) 5°748| 5°750| 5*759] 5-769) 5:775) °784) 5787] 57919 5:785] 5-778] 5:779] 5°785| 5*783] 5*786] 5-794] 5:804) 5:814) 5-818) 5-820) 5:812 | 5°783 15 | 5-815) 5:802| 5*794| 5°797| 5°788] 5-790] 5°791) 5°797| 5*792| 5°794| 5*790] 5-796} 5:786| 5:767| 5°760| 5*740) 5:736| 5:746| 5°742| 5°733) 5°725) 5-710) 5-721| 5:729 | 5°768 16 | 5°737| 5*735| 5749) 5°748) 5-763) 5779| 5°788| 5:804| 5°816) 5829) 5846) 5-850) 5-856) 5°861| 5-863) 5858) 5:870| 5-887] 5895) 5-896] 5-893) 5-899) 5-900] 5:897 | 5°834 17 | 5-894) 5-884] 5:879] 5°872) 5-875] 5°880] 5:877) 5:883| 5:889) 5:890| 5-880] 5*882] 5*878] 5-868] 5-864) 5:862| 5°862| 5*861| 5:859] 5:861! 5-861) 5-868) 5-866) 5-873 | 5°874 18 | 5:874 5°871| 5*867| 5°867| 5:873] 5:880] 5:875| 5:882) 5:883) 5*890| 5-898] 5-902) 5:892) 5-891) 5-884) 5-883] 5:891] 5-909) 5-917] 5-918) 5-928] 5-932! 5-935| 5-932 | 5°895 19 | 5-929) 5923) 5-911] 5900! 5-898] 5:890] 5:895| 5:899| 5*887) 5*872| 5-859] 5:838) 5-816] 5-810] 5801 5-794] 5:793] 5°780| 5*781| 5°766| 5:77] 5:761| 5°757| 5-748 | 0°88 20 | 5:747) 5°742| 5-739) 5°735! 5°731) 5°733] 5°736) 5°734] 5° 738 5°741) 5°733) 5-711] 5-713) 5-709) 5-713) 5-713) 5°713} 5-712| 5-710} 5-705) 5698) 5-692| 5-687| 5-675 5719 21 | 5°69 5*553| 5*645) 5-611] 5°610| 5°602| 5-592! 5:582| 5-581 5°578) 5°572| 5-573] 5°579| 5-565] 5-563) 5*562| 5-560| 5-566) 5°55] 5-568) 5°572| 5-566| 5-549] 5-60 | 57584 22 | 55631 5 +550) 5°548) 5°529| 5511] 5*496] 5:498] 5:505) 5:512) 5°536| 5°538) 5:50] 5:558| 5:560| 5°583] 5589] 5:595] 5:604| 5-613] 5-621| 5-637] 5-636] 5-633 | 57568 23 | 5624) 5:26) 5 5°631| 5°636) 5:648} 5:652| 5°659| 5°671) 5*686| 5-690) 5-692) 5-699] 5°705| 5690] 5-692! 5:695| 5°717| 5-712! 5-710} 5-703] 5-705) 5-693) 5-698 | 9°676 24 | 5°693 5°693| 5*703| 5°706| 5*710) 5°717| 5°732| 5°748] 5-770) 5774) 5°792| 5-780] 5-776) 5°754] 5-753] 5*733| 5°724] 5-729] 5-731] 5°715| 5-709] 5-699] 5-682) 5:665 | 01729 25 | 5:651) 5°623] 5:599| 5°572| 5-552) 5533] 5:517| 5:509| 5°505) 5-489) 5:471| 5-470) 5:465| 5-452] 5-436] 5:437| 5:436] 5-432) 5-439] 5-428] 5-429] 5-420) 5-421) 5-421 | 97489 26 | 5*412 5-400] 5°388) 5°372| 5°365| 5-362) 5-353] 5°342| 5:343) 5338) 5:338) 5-336] 5:336] 5-821] 5°322| 5315] 5°317| 5-329] 5:334] 5-343] 5:356) 5:369] 5-386) 5-396 | 5°308 | 27 | 5-401) 5-416] 5°426| 5-440] 5°459| 5-478] 5-503] 5°527| 5*549) 5-565) 5-574! 5-584] 5-584! 5-579] 5°577| 5°584| 5°587| 5:589| 5:585] 5:584| 5°587| 5:566) 5:549| 5-531 | 0°34 } 28 | 5514 5:496] 5-476) 5:459| 5-412! 5-400] 5:376] 5324 5316 5316) 5:284] 5-277] 5254) 5-248] 5-228] 5-228) 5*251| 5-274] 5-294] 5-310) 5:31] 5-316] 5-328] 5-340 | 9°38) Mean.) 5 "859) 5°656) 5°652| 5650) 5654) 5°657) 5-657| 5-660 5°64 5*667) 5°666| 5:663} 5*659| 5°646] 5:640] 5-638) 5°645) 5-651) 5:654| 5-654] 5-658) 5661) 5-663] 5-664 | 0°656 | — = — ee ee ee ee ee ee at 4 eo MRA dy VFfete an — a oS te BAROMETER. 2. Ins. 0247 0150 0174 0:055 0:374 0:574 0°402 9°831 9840 0298 0°249 0434 0679 0°677 0°791 0°335 0339 0°406 2) 0°128 9°611 9138 9°097 9°393) 9°192 9-492 9594 : 9°397 9-604 9°636 9°596 9°646 9-980 ~ ij | CONIA oopOWH 3 4) Ins. 0°231 0146 0170 0:078 0:388 0°580 0°376 9-806 9-874 0°310 0°265 0°428 0°682 0°694 0:779 0°331 0°338 0:399 07103 9°547 97154) 97104 9°321 Ins. 0:210 0°152 0'161 0:087 0°391 0°580 0°353 9°780 9°889 0°326 0:264 0:443 0°678 0°695 0771 0°320 0:349 0°399 0:095 9478 9179 9°156 9°232 FORT-WILLIAM OBSERVATORY. REDUCED TO 32° AND SEA LEVEL. . FIRST. FIGURE OMITTED. 5 Ins. 0-181 07145 07149 0:092 0-408 0°568 0:334 9°752 9-913 0°322 0:268 0-464 0°658 0-701 0"742 0°316 0351 0°387 0:087 9°403 9198 9:137 9171 6 Tns. 07168 0143 0146 0:111 0:406 0°570 0:321 9-729 9°945 0°322 0°256 0488 0°652 0°713 0-714 0°307 0°359 0379 0:080 9°337 9-208 9138 9119 97195 9188} 9:184/ 9-178 9°651 9°568 9-430 9-502 9°543 9-636 9°536 9°593 9-392 9°584 9°632 9°603) 9° 9°587| 9: 503 9-463 9-975) 9-968) 9:959 9587] 9°629 9°572) 9°566 9399} 9-410 9-394 9-952 229: JANUARY 1891. a ‘ Ins. 0168 07149 0:142 07141 0:415 0:568 0310 9°718 9:962 0318 0285 0°506 0°642 0°733 0°685 0°308 0°378 0°366 0:086 9:303 9°237 9°193 9:073 9-183 9-684 9°557 9-454 9-483 9°536 9°656 9°334 9:954 8 Ins. 07184 0159 07132 07161 0°435 0°581 0304 9-698 9-993 0°328 0:287 0°535 0°647 0°753 0°657 0:317 0°394! 0°364 0:082 9-210 9-252 9-228 9-059 9°219 9°699 9-554 9-462 9°474 9°505 9°685 9:253 9-955 9 Ins. 07181 07168 0130 0173 0°449 07586 0°291 9°673 0:037 0°312 0°283 0°560 0°633 0778 9°612 0°313 0°400: 0°347 0:084 9°161 Seo SESS S990¢ OMmw WoaWwo HWoO “IOV ST Nowy a i SS WOENWA rt Or Os 01D S > SO 0-456 0°312 0:400 211 0298 0:033 97192 9°284 9°434 9-004. 9-240 319°711 9-493 9579 Hf 9°521 9-366 9-769 9-203] 9°203 14 16 Ins. 0°137 0174 0:030 0:282 0°502 07515 0116 9°637 07168 0310 0°334 0°630 0°600 0°852 0°385 0°312 0°413 0°259 9-931 9°157 9°24] 9508 8996 9242 9°658 9°437 9626 9°570 9°454 9°757 9 391 15 Ins. | lus. 07146) 0189 0:164| 0162 0042} 0:033 0265) 0°277 0:473] 0°488 0°539) 0°527 0169) 0182 3] 9°624 3] 0°150 0°317 7| 0°334 0°619 0°566 0°835 7| 0°400 0°305 2) 0°411 0283] 0:266 0:021] 9°987 97181] 9°155 9-278} 9°257 9-465} 9°487 8°984! 8-986 9229) 9°234 9676) 9°675 9:458] 9°449 9°596] 9°618 9°536] 9°542) 9396) 9°430 9°765} 9°764 9271) 9°345 9-9614 9°951 9-950! 9°952] 9°957 18 Ins. 0153 07181 0:017 0°314 0530 0-509 0:076 9:668 0-211 17 Tus. 07150 0178 0:021 0299 0°518 0°507 07100 9°654 07195 0°280} 0°292 0°350] 0°381 0°633] 0°646 0°584 0:599 0°85 1] 0°867 0:396] 0°394 0°311] 0°319 0°415} 0°433 0250} 0°241 9-937] 9°918 9°147| 9°136 9+223| 9°207 9°525) 9°544 9°02.) 9°060 9°24) 9°256 19. | 20; Ins. | Ins. 07164) 0°171 0182) 07186 0013) 0:018) 0325) 0°336 07544) 0-550 07498) 0°495 0°050} 0:030 9°683] 9°707 0228} 0-245 0°296] 0:282 0393) 0:408 0°657| 0°665 0°607] 0°615 0-864) 0:860 0°378] 9°370 0°328] 0°336 0°436} 0°489 0-225) 0°219 9°886] 9°854 97180) 9°138 97187] 9°161 9°541) 9°554 9°114] 9°128 9-282) 9°302 9°638 9°409 9°645 9°583 9°464 9774 9:449 9-960 9°632 9°400) 9°650 9:599 9-482 9-789 9°509: 9°625] 9°618 9-400] 9°383 9-671] 9°674 9-612) 9°628 9-500) 9°524 9°787] 9°783 9-585] 9°643) 9£68] 9-974] 9-978 Ins.| Ins. ,9°870) 9:900 0-220} 0°214 07187] 07185 0°556} 0°569 0°597| 0°590 0°516] 0°518 0°440] 0-428 0°284| 0:312 0°46) 0°426 0°173} 0°162 9*880} 0°869 0°141) 0°173 0°404| 0:423 0°428] 0:424 0°483] 0°475 0°402) 0°410 0°585] 0°576 0°563) 0°56] 07586) 0:579 0385] 0°374 0260) 0°255 0:203} 0°195 0206) 0°199 0273] 0284 07193) 0°175 4 9985) 9°985 | 27- | 0:024 0:044 } 28 | 0°159/ 0°136 May, | 0°301| 0°301 OONA TP Wher I 96. BAROMETER. Ins. 9-966 07185 0°155 0°575 0°573 0°494 0°399 0°341 0383 0151 9°851 0:218 0°459 0°408 0°464 0:413 0°570 0°553 0:548 0°360 0:254 0°188 0:206: 0:269 0°137 9:962 0:074 0-093 0:294 Ins. 9-042 0201 0171 0571 0581 0:492 0°406 0324 0'396 0155 9°866 0-191 0°451 0°411 0-470 0°403 0°573 0°550 0°560 0°365 0256 0179 07194 0:275 07151 9-974 0:055 0°107 0°295 REDUCED TO 32° AND SEA LEVEL. Ins.| Ins. 0-004! 0-028 0:185] 0°191 07153] 0°163 3 nd ‘1 2 2 Hil “9 52! 9-942, 0:099} 07139 0-065] 0°045 0293] 0'298 5| 0°572 2) 0°507 2) 0°362 | 0-239 2) 0518 Ins. 0094 0-190 0:16% 0°615 0°430 07321 07129 9°802 0:427 0°459 0°475 0°582 0°580 07540 0'364 0:262) 07125 0°248 0°338 0-080 9°935 0°179 9°994 aca 0°305) Ins. 07114 07193 0171 0°62% 0°564 0504 0°364) 0-441 0:323 0°135 9-798 0°257 0°526 0°445 0°458 0°489 0°583 0°579 0°530 0°361 0°271 0°127 0°269 0°346 0:076 9-920 0:197 9:959 0:308 Ins. 0°155 0194 0173 0°636 0°577 0504 0°363 0°455 0311 07122 9-800 0°279 0:533 0°454 0°457 0°504 0580 0°576 0°519 0°363 0°265 0143 0295 0345 0:049 9-918 0°217 9939 0°312 Jus, 0183 0186 0177 0°632 0°571 0°508 0°356 0°457 0°313 0103 9°783 0-299 0°539 0°451 0°451 0°514 0571 0-590: 0°493 0°352 0°254 0°159 0:292 0°338 0:037 9-904 0:223 9°905 0:309 FIRST FIGURE OMITTED. 4 "288) 0:274 0 He OVO ST 2 OU r= S Or to OV yOvOr D We} 2S oO D> co 5) Ce Kor) PSPSPS S9SSS SOS08 GOGO BS OOO Dm Oncnmernw 2) 0277 3| 0:058 3| 0°322 9| 0:204 Ins.| Ins.} Ins. 7| 0-231] 0°241' 0°257 0164] 0:166' 0:162 0:204| 0:231| 0-280 0:605] 0°581) 0:590 0543] 0°523 0°535 | 0-489] 0:483 0:475 0-271! 0:260 0°443! 0-448 0-233] 0:217 0-032; 0:009 9-563] 9°562 0:323] 0°322 0:497| 0:491 0:441] 0-448 0:396| 0:391 0°533) 0°528 0°557| 0°559 0°571) 0-580 0-409} 0-420) 0°295} 0° a 0:233: 0°149 0:266 0°283 9-972 9°854 0-197 9°804: 0:269 | 0°452 0-250 9-616 0°511 0:443 0°407 0°541 0°567 0°572 0°422) 0°305: 0°245 0149 0:283 0°294 9°991 9-858 9°807 0:279 Ins. 0271 0163 0382 0590 0°535 0-482 0:248 0-449 0-210 9°947 9649 0°340 0-483 0-463 0-416 0°566 0-561 0°581 0-406 0294 0°230, 0:180 0-286 Ins. 0253 0°155 0°334 0°587 0538 0°479 0°250 0-441 0:221 9969; 9-616 0°336 0-479 07448 0°395 0°545 0°557 0°574 0-410 0°285 Ins. 0:258 07169 0°438 0591 0°535 0°489 0:226 0°455 0:219 9:907 9°831 0°352) 0-470: 0-480) 0°415 0°569 0°562) 0°587 0:403 0°294 0°232 07199 0°293 Ins. 0:273 0160) 0°414 0°582 0°534 0-483 0-231 0:445 0-200 9-939 9°712 0°343 0-472 0-475 0-426 0°567 0°559 0°589 0:404 0°296 0°228 0-201 0°294 0:276 0°268} 0°262 9-981) 9-998 9871) 9°892 0-213} 0-209 9°812} 9:843 0°282} 0°287 0:001 9-908 0:217 9°878 0:294 21 Ins. 07169 0187 0°025 0°348 0°556 0:483 9-996 9°738 0°254 0:274 0°425 0667 0°624 0°853 0°366 0°337 0°441 0°203 9°810 9°140 9171 9°544 9°148 9°329 9°619 9°374 9-668 9°638 9°536 9°765 9°691 9-980 7| 0°447 2) 9-980, 23 | Ins. 0°159 0186 0:044 0°355 0°557 9-940 9°785 0-281 0°252 0-417 0°679 0:644 0:828 0:359 0°334 0-432 0-174 9°737 9°127 9°156 9-511 9°185 9°398 9°626 9°386 9°672 9°636 9°570 9°737 9°781 FEBRUARY 1891. Ins. 0:237 07184 0°496 0593 07545 0:475 0°218 0°458 07198 9-889 0:003 0366 0451 0:481 0°407 0:579) 0561 0594 07396 Ins. 0237 0174 0°476 0589 0°541 0°479 0226 0°456 0208 9895 9930 0:358 0-460 0486 0°399 0570 0°564 0594 0:400 0°291] 0:287 0232! 0:222 0204} 0-212) 0°286] 0°289 0248] 0°234 9°995) 9:994 9:937] 9°968 0220) 0:205 9°887) 9°891 0-298} 0°301 Ins. 0°236 0-192 0:540 0°601 0°524 0-448 0253 0-452 0:182 9°887 0110 0°396 0°432 0-485 0°404 0589 0559 0°596 0386 0°275 0°209 0°216 0:214 0280) 0:289 0:224) 0-211 9996] 9995 9-980] 0:005 0-192) 0-184 9:908) 9-932 0°301) 0°307 Ins. 0:233 0176 0°518 0591 0°535 0°457 0-222 0°459 0191 9°885 0:047 0380 0°435 0°483 0-400 0579 0°557 0594 0°390 0:275 0-215 Ins. 0-144 07183 0:272 0°596 0-554 0-492 0:316 0:420 0'285 0°047 9-800 0-290 0°482 0°447 0°433 0°506 0°569 0°578 0°472 0°326 0-244 0172 0:261 0°285 0045 9°923 0:170 9:938 0-295 230. . BEN NEVIS OBSERVATORY. BAROMETER. REDUCED To 32°. 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. MARCH 1891. 1|2]3 | 4'| B7l'e | 71 8°! 9 | ao-} 41 | 19 | aa | a4 | 16) 16 | 17°] 18-| 19° || 20'| a1 | 92° as eRRC eae night. . Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ms. ] Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | 1 | 5:330 5330) 5:330| 5°325) 5:341| 5:341) 5°333) 5:341) 5°346] 5-346) 5:357).5°350) 5°341) 5°337] 5°317| 5°311] 5°297| 5°271 5271) 5°251) 5:231| 5:179) 5°177| 5°174 | 5-301 2 | 51143 5°124) 5°122) 5-094) 5-122) 5:131| 5°129) 5°145) 5-156] 5-148) 5-156) 5-114] 5:116) 5-098] 5-078) 5-080} 5-088) 5-076 5:080| 5-073) 5:099) 5-110) 5*102) 5-112 } 5*112 3 | 5°115 5°108) 5°138] 5:137| 5*142) 5°160| 5-212) 5-238) 5-251) 5:269) 5-279] 5-291] 5-301] 5:312| 5°354| 5°358| 5:388] 5:405| 5:423] 5-443) 5:447| 5-444) 5-445) 5°480 | 5-295 4 | 5415 5°374) 5:327) 5*309) 5:299) 5-290} 5-295) 5:310| 5-303) 5:287| 5-273) 5-261] 5:231| 5°227| 5°202| 5-215] 5-229) 5-251) 5*244) 5-252) 5:272! 5:283) 5°27] 5:267 | 5279 5 | 5:307, 5-268) 5°245) 5°222| 5-238) 5-242) 5-261) 5+262| 5-264) 5-258) 5-260) 5:263) 5:259| 5:247| 5-239) 5-220) 5-213) 5-201) 5176] 5:144| 5-119) 5:115) 5:104) 5-066 | 5-216 6 | 5°054 5:021) 5-033) 5-020} 5:013) 5:007| 4°987] 4-999] 4-996] 4-983) 5-002) 5:016] 5-011) 4:986) 4-999] 5-002! 5-003} 5-002) 5-015] 5:007| 4-993) 4-975] 4:965} 4-964 | 5:002 7 | 4:954 4-949) 4-941) 4°936] 4-944) 4-953) 4-961] 4-970] 4-981] 4-993) 5-007] 5:011} 5:015} 5:021| 5:020| 5-023) 5-026) 5-029) 5-027} 5-016} 5-030) 5:035| 5-030) 5°080 } 4-996 8 | 5:037 5:036) 5:030) 5-030} 5:035) 5-034] 5:034) 5-059) 5-065] 5: 070 5-085) 5:085} 5092) 5-102) 5098) 5:103) 5:104| 5113) 5:124! 5°106) 5:099) 5°122) 5:140) 5149 } 5-081 9 | 5150) 5°147) 5:159} 5°163) 5-171) 5°180) 5-188) 5:194) 5-207] 5-217) 5-220) 5-220} 5°215) 5-202) 5°195| 5-181) 5°181) 5-169) 5:154) 5°147) 5:128) 5:108] 5:099) 5:101 | 5°171 10 | 5-085 5-069) 5-053) 5-041) 5-025) 5:008) 5-003) 4-998) 4-996] 4-992) 4-982] 5-002) 5-000] 4:967| 4-968) 4-965] 4-963] 4-945) 4-957] 4-950] 4-944| 4-927) 4-928) 4+918 | 4-987 11 | 4:908 4-904) 4-902) 4-921) 4-915) 4-915) 4-927] 4-933) 4-956] 4-960) 4-969] 4-979] 4-985] 4-991] 4-998] 4-994] 5-001) 5-010) 5-021] 5-026) 5*035! 5041) 5:044) 5-049 | 4-974 12 | 5047, 8°047! 5-047! 5-047) 5:046) 5-050! 5:059! 5:067} 5-076! 5:086, 5*100! 5116! 5+125) 5-129! 5°185) 5-144! 5:149! 5-164! 5:177! 5192! 5-198 5-198! 5-199! 5-215 | 5°117 18 | 5°224] 5:225) 5-224! 5-220) 5:20] 5-238] 5-239| 5-249] 5-256 5:267] 5:271| 5°273) 5°273] 5°275) 5°273) 5269] 5-270) 5:267) 5:274) 5-280] 5:274! 5:275) 5°270) 5°263 | 5°257 |! 14 | 5°261) 5:249) 5-238! 5:226) 5*217| 5-208) 5-203} 5-204] 5-204) 5-197] 5-198] 5°185) 5:183] 5°169] 5-157] 5°133) 5°132) 5-110} 5-101) 5-072) 5-055) 5-031) 5-002) 4-976 | 5155 15 | 4°928] 4°876) 4°794! 4°707| 4-661) 4°569) 4:566] 4°545) 4°527| 4-503] 4:517| 4-499] 4-519] 4-479] 4512) 4:532) 4-535] 4-562! 4-584! 4-626] 4:650| 4°660| 4-709) 4°737 1 4-617 16 | 4*791) 4°784) 4-834) 4-860) 4°880] 4-898] 4-934] 4-976 5-000] 5-000) 4-999) 5-012! 5-068] 5-062) 5-059) 5:087| 5-095] 5123] 5:128| 5-132) 5-119] 5-138) 5-154) 5-155 | 5-012 17 (| 5°157| 5168) 5:164) 5-178) 5-186} 5°203) 5:223 5° 241) 5°251| 5-277] 5°283) 5:294] 5-289] 5:284! 5:301| 5°327) 5°338) 5°342) 5-368) 5:402) 5-415) 5:409) 5-439) 5-463 | 5°292 18 | 5473} 5°487) 5-490) 5-490} 5-486) 5-493) 5-503) 5°501) 5°503] 5-506] 5-504! 5-495) 5-485) 5-474) 5-456) 5°453] 5:435| 5-421) 5-422) 5-421) 5-406) 5°399) 5:391| 5392 | 5:462 19 | 5:394] 5°372) 5:359) 5-334) 5°338) 5:333) 5°346] 5:348) 5°356) 5:361| 5:361| 5°370) 5°365| 5359] 5°351) 5°341| 5-321] 5-311] 5:300) 5-289) 5:270| 5-265) 5-242) 5-228 | 5-330 20 | 5*221} 5°207) 5*202) 5°194) 5*205) 5°229) 5-254) 5-265) 5°269] 5-282! 5-296] 5-304} 5°340) 5°324| 5°337) 5-332] 5-339] 5-351) 5:361| 5:360| 5°371) 5°368) 5:361| 5-362 | 5-297 21 | 5°362) 5°349) 5:342) 5-340) 5:336) 5°336) 5-336] 5°335| 5:336| 5-337] 5:342| 5-350) 5-351] 5:349| 5°351! 5°345] 5°355] 5-359] 5360] 5°361| 5°363) 5:364| 5:363) 5°353 | 5349 22 | 5°351) 5°345) 5:336) 5331) 5°328) 5:328) 5°331] 5-338) 5°339] 5-340] 5-339] 5-339] 5:333] 5°323) 5-320) 5°313] 5-314] 5-312) 5:307| 5:303) 5-296) 5-288) 5-280] 5-269 | 5321 23 | 5°251) 5°238) 5-227) 5-219) 5*212| 5:209) 5-199] 5-199] 5°194) 5-191] 5-164) 5-161) 5153] 5-128) 5:111] 5°104] 5-087] 5-081) 5:061) 5-028} 5:023) 5-018) 4-999) 4-975 | 5-135 24 | 4:978] 4°970) 4°961) 4-951) 4°952) 4-949) 4-953] 4-950) 4°947| 4-941] 4-927] 4-925] 4-901| 4:878| 4:871| 4:853] 4-837] 4°823] 4:816) 4°809| 4°794| 4°778) 4°772) 4-767 | 4-888 | 25 | 4°743) 4°746) 4°717| 4°724| 4°719) 4-702) 4-698] 4-688) 4°653) 4-631] 4-605) 4-570} 4-546] 4°515] 4-516] 4:477| 4-472) 4-444) 4-420) 4-415] 4-436) 4-458) 4-482) 4:513 | 4°579 26 | 4545) 4564) 4°572) 4:592) 4°604) 4°625) 4-657] 4°678) 4°702) 4-738] 4-770) 4-802] 4°839] 4°850| 4:873) 4883] 4-878] 4-897] 4-904) 4-916] 4-911] 4-909] 4.909) 4-904 | 4-772 27 | 4-921) 4-908) 4°890) 4°897| 4°880| 4-876) 4°858) 4°869) 4:879] 4:884] 4-885] 4-885] 4:887] 4°886] 4:873) 4883] 4-904) 4-938] 4-970) 5-002) 5-014) 5-027) 5-062) 5-099 | 4-924 28 | 5°120| 5°142) 5°147| 5°150| 5°157| 5:177| 5°178) 5°175) 5°174) 5-174! 5-180} 5-177} 5:169) 5°140) 5:115] 5:114) 5-068) 5-047] 5:049) 5048) 5-056) 5-057) 5-068) 5-065 | 51238 2 5°059} 5-048) 5*056) 5-058) 5-065) 5°065) 5:076| 5-081) 5-092! 5-088) 5-080} 5-072] 5-073) 5-060) 5-076} 5-069] 5:074| 5-070) 5-073) 5°087| 5-079) 5*086) 5:085) 5086 | 5-073 30 | 5:077| 5:095) 5091) 5°103} 5:120) 5:145) 5:170) 5-191) 5-206] 5*199] 5-227) 5:257] 5-275) 5:282) 5-295] 5-310) 5:312) 5-316] 5:323)| 5323) 5°336) 5-336] 5343) 5:°348 | 5:236 31 | 5°350) 5: 354] 5°353) 5°353] 5*359| 5°360} 5°356) 5°358] 5°361] 5:362| 5:364| 5-366) 5:365] 5°357| 5°351) 5°345| 5°332| 5°327| 5319] 5316] 5°317| 5°308)| 5304) 5:295 | 53438 Meay, | 5'121 5113 5107 5°102) 5-104 5°105) 5°112) 5-120) 5-124) 5-125) 5-129 aIeg) 5*132| 5°123) 5°123] 5121] 5:121] 5:121| 5:123) 5:122) 5-122) 5-120) 5-121) 5-120] 5119 | BAROMETER. REDUCED TO 32°, 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. APRIL 1891. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins, 5'274) 5°269) 5-254) 5°235, 5°225) 5-218) 5:221) 5-215) 5-209] 5-209] 5-213) 5-210) 5-200) 5°194| 5-182) 5-173} 5-169) 5-160} 5-157) 5°187| 5-126] 5-118) 5:120/ 5-094 | 5-191 5082) 5-070) 5-059) 5:062) 5-056} 5-039 5-033) 5-030) 5-030) 5:050) 5:035) 5-019) 5-011) 5°041) 5-056] 5-064} 5-083) 5-085] 5-070) 5-078) 5-064) 5-066) 5-080) 5-057 | 5055 5°053) 5:036) 5:038) 5:041) 5-023) 5:006) 5-009) 5-011) 5:011) 5-013) 5-026] 5-030) 5-022) 5-010) 5-024) 4-979] 4-988) 4-965) 4-951) 4-959} 4-883) 4°871) 4-846) 4°851 | 4-985 4*842) 4°87 0) 4°846] 4°847| 4-842) 4°837| 4-863) 4-897] 4-904] 4-978] 4-988] 4-9621 5-002) 4:969) 5-010) 4-972] 4-977| 4-965) 4-971) 4:923) 4-937] 4-926) 4-895] 4°892 | 4:922 4°948} 4-889) 4°950| 4-938) 4-924] 4-955) 4-981! 4-979] 4-976) 4-954] 4-950] 4-985} 4-973] 5-025] 5-029] 5-016] 5-052) 5-041) 5-054) 5-033) 5-033] 5-029) 5-051) 5-078 | 4993 5:097| 5:057) 5:041| 5-079 5:093) 5-103) 5-123) 5-151] 5°175] 5°184) 5-184) 5-217} 5-215) 5-209) 5:219) 5-221) 5-221) 5-244) 5-252) 5-268) 5-276) 5-274) 5-279) 5277 | 5-186 5:286) 5°289, 5-291) 5°299) 5-309 5°319) 5333) 5348 5:357| 5°364| 5-373] 5:383] 5-394] 5:407| 5:415| 5°417| 5:480) 5-437] 5:447| 5-453) 5-446] 5-451) 5-450) 5-459 | 5-382 5*464| 5:460) 5-466) 5469) 5-469) 5-484) 5-493) 5-496] 5:507| 5-515) 5-519] 5:23] 5-528) 5:531| 5-536] 5°537| 5°541) 5:548) 5°549) 5:553) 5-559) 5°595) 5°55] 5549 | 5-517 5°552) 5°553) 5°547) 5°547| 5-546) 5-552) 5°558) 5-565) 5-567] 5°568| 5-568] 5°57) 5:577| 5°582! 5°577| 5°573| 5:582) 5°581) 5:581) 5°584/ 5-584) 5-580) 5573] 5°567 | 5568 10 | 5°562) 5:549) 5:536) 5°535) 5°537| 5-539) 5:535) 5-535) 5°539] 5°538) 5-535] 5-535) 5:528) 5°534) 5-534] 5°517| 5°519| 5°517| 5°511] 5-512) 5-508) 5-509) 5-499) 5-488 | 5-527 11 | 5:489) 5-490) 5:495) 5-481) 5-481) 5497) 5-503) 5-518] 5-525) 5°520| 5°548) 5°543) 5-548) 5:551| 5:552| 5-565) 5580) 5-594) 5-604) 5°609) 5°613) 5°613) 5-623) 5606 | 5548 12 | 5:607| 5°598| 5°579] 5°578| 5°572! 5°565| 5-566) 5-556) 5-546) 5:541| 5-526) 5°521] 5-513) 5-498) 5-479| 5-460! 5-447] 5-4351 5-425] 5-415] 5-404] 5-391! 5-374! 5-381 | 5-499 13 | 5°365) 5°357| 5:363) 5°352) 5363) 5-360) 5:374) 5°383) 5:388) 5-403) 5-418) 5-430) 5-438) 5-445) 5-452] 5:457| 5:466) 5-471) 5-481) 5-490) 5-497] 5-499) 5-503! 5:51] | 5-428 14 | 5°598) 5°503) 5-503) 5-502) 5-504) 5°510) 5:512) 5-511) 5-514) 5-518) 5-521) 5-521] 5-525) 5:526) 5523] 5°518) 5°519) 5:18) 5:514) 5°517) 5-511) 5-507] 5°500) 5°495 | 6-512 15 | 5°491) 5°481) 5-466) 5°454) 5:444) 5-442) 5-445) 5-447] 5-450) 5-449) 5-448) 5°445) 5-444) 5-458) 5-459) 5°449) 5:446) 5:445) 5-441) 5-438) 5:428) 5:428) 5-417) 5°393 | 5°446 16 | 5°394) 5°387) 5°371) 5°345) 5°335| 5°316) 5-320 5-323] 5:330| 5:343) 5+343] 5363] 5:366| 5:363! 5°353| 5°387| 5:410| 5-427) 5-453) 5-465) 5-465) 5-486] 5-492) 5-499 | 5-389 17 | 6517) 5°514) 5-514) 5°510) 5°14) 5-520) 5:526) 5°532) 5-542) 5-546] 5-550] 5556] 5°560| 5:561) 5:563] 5°556| 5°565) 5:565) 5-565) 5-565) 5°576) 5:573) 5-576) 5°575 | 5548 | 18 | 5°570) 5°568) 5°562| 5557, 5°557| 5561) 5:561| 5-566) 5:572) 5-576) 5586] 5-590] 5:594| 5°596| 5°597| 5:597| 5:598| 5-597] 5603) 5:622) 5-634) 5°617] 5617) 5:614 | 5°588 19 | 5°609) 5-604) 5-602) 5°601) 5-601) 5-605) 5-610) 5°612) 5-616) 5-622} 5-624] 5:630] 5°636] 5°639] 5°644] 5:646) 5°652) 5°652! 5-658) 5°671) 5-676) 5-684) 5°693) 5°693 | 5637 20 | 5:695] 5°691) 5-688) 5°686) 5°692) 5°699) 5-707) 5-717} 5:723) 5:729| 5°737| 5°739] 5°738) 5°744| 5°741) 5°743] 5°742) 5°741) 5*742) 5-745) 5-746) 5°748) 5750) 5°747 | 5°726 21 | 5*742) 5°732) 5*728) 5°721) 5*718) 5720) 5:72) 5-722) 5°725) 5°725) 5°723] 5°723} 5°721| 5°714| 5°705| 5°697| 5°697| 5°688) 5:685) 5°687| 5-678) 5°681| 5°678) 5°672 | 5°708 | 22 | 5°669) 5°660) 5°652| 5°646) 5-644) 5°638) 5-640) 5-633) 5-630) 5°632| 5°634] 5:635] 5°641) 5-639] 5:630] 5°625] 5°624) 5°631) 5-635) 5-631) 5644) 5-647] 5-660) 5-668 | 5*641 23° | 5°673) 5°675| 5°672| 5°668) 5-666) 5°669) 5:663) 5-669) 5-664) 5°670) 5:674| 5-675} 5°678]| 5°680| 5°682| 5°685) 5°679) 5:677] 5:677| 5°683| 5-686) 5°687) 5°685) 5-681 | 5-676 | 24 | 5*676| 5°671) 5°662) 5°657| 5°659) 5°664) 5°668) 5-670) 5°671| 5-672] 5-678] 5:678] 5678] 5-674] 5:670| 5°664| 5°657| 5°651| 5°645) 5°638) 5-637) 5°632| 5-626) 5614 | 5-659 | COND OPWNHr 25 | 5*604) 5°597| 5°583] 5°570) 5:561| 5558) 5°560) 5-558) 5-557) 5-550) 5-549] 5:542) 5-535) 5-529] 5-517] 5503] 5:498) 5-488] 5-480) 5-473) 5-460) 5-450) 5-438) 5-426 | 5-524 . 26 | 5:410) 5°392| 5-374] 5°363) 5*350) 5342) 5:342/ 5-340) 5°340) 5-331) 5-326] 5-324] 5:320| 5:316] 5°298| 5:289) 5°285) 5-276] 5-265) 5-260) 5:253) 5-254) 5-245) 5-226 | 5-313 | | 27 | 5°215) 5°204) 5°196) 5°186) 5-173) 5-171) 5-166} 5-163) 5-160) 5-157] 5°148} 5-136} 5°116] 5-099] 5-086} 5-069) 5-054) 5-042) 5-024) 5-012) 4-981) 4-967) 4-946) 4°917 | 5-100 } 28 | 4*894| 4-904) 4:895| 4-893} 4-892] 4-894] 4-910) 4-922] 4-948) 4-958] 4-967| 4-976] 4-976] 4-995] 4-989] 4-990] 4-996) 4-999} 5-005) 5-022) 5-018] 5-016) 5-016) 5-002 | 4-962 29 | 5000} 5-002} 5:003} 4-994) 4-980| 4972) 4-973] 4-968] 4-960 4-960] 4-956] 4-946] 4-938] 4-936] 4-906] 4-903] 4-888] 4-870} 4°861| 4°861) 4-859) 4-864) 4°867| 4°873 | 4-931 30 | 4:871) 4°867] 4875) 4°879) 4°878) 4882) 4-898) 4-902) 4-910) 4-916] 4-932) 4-950} 4-960] 4-975] 4-975] 4:973) 4°968) 4-962) 4-955) 4-953) 4-985) 4-913) 4°888) 4°865 4920 | ‘TEAN,| 5°372| 5°365) 5°360) 5°356) 5°354) 5°355] 5°361| 5°365) 5:368) 5-373] 5-376] 5°379} 5:379] 5:381| 5°380] 5:375| 5378) 5:376| 5°375| 5°375| 5°371) 5368) 5:365| 5-359 | 5°369 | FORT-WILLIAM OBSERVATORY. 231- BAROMETER. REDUCED TO 32° AND SEA LEVEL. FIRST FIGURE OMITTED. MARCH 1891. at 2 3 4 5 6 7 8 9 OM lee el ee lA eel Sel Om ele letse i) KO OOM oT eo : Ins. | Ins. | Ins. | Ins. | Ins. } Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. } Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins, | Ins. | Ins. 1 | 9°899) 9-904) 9:892) 9°883} 9°876] 9°883] 9°877| 9°886] 9°895| 9-892] 9-884) 9-878} 9:873! 9-865] 9°821| 9°812) 9-775) 9-777) 9°764| 9-756) 9-734) 9-706 2 | 9°754) 9°737| 9°728] 9:739) 9-789] 9-769) 9-775) 9°785] 9-784) 9°800} 9°7 86] 9°77 34 9-749} 9°752) 9-733) 9°741) 9°729] 9-733) 9-727) 9:7 41) 9-745] 9-780 3 | 9°790) 9°810) 9°842) 9-854) 9-862! 9°902! 9-931) 9:964| 9-976) 0-005) 0:022) 0-025} 0-039) 0-072] 0-085) 0-109) 0°131) 0-154! 0-166} 0:175) 0°168] 0:155 + | 0°961) 9:998) 9-933] 9895} 9-901) 9-896] 9-885} 9°873] 9:864| 9-865) 9°44) 9-828} 9-813) 9-800) 9-802) 9:853) 9°857) 9°874| 9-904! 9-910) 9-937} 9:933 5 | 9:929) 9-902) 9-905} 9-895} 9:899} 9-904] 9°893) 9-905] 9°895| 9°885| 9880} 9-888} 4-875] 9°857| 9°838) 9-826) 9-814) 9-789) 9-763] 9-723) 9-694! 9-690 6 | 9°647| $639) 9-643) 9°635| 9°651| 9-641] 9:643) 9°627| 9°642) 9°671) 9°683]| 9-688] 9:679] 9661) 9676) 9-683! 9-682) 9-679) 9-671] 9-663) 9°644) 9°647 7 | 9°625) 9°613} 9°600) 9:599| 9-615) 9°638) 9-649] 9-658] 9-679] 9°700| 9°715, 9°718} 9:724) 9-730) 9°729| 9°736) 9°746| 9-747] 9°756} 9-760} 9-764) 9-771 8 | 9°792) 9°788) 9-788) 9°783) 9°786) 9°794| 9°800, 9°816} 9°823) 9-828) 9°835, 9-837] 9°840} 9844) 9-845) 9-845) 9-849) 9-875) 9:899} 9°897| 9-904! 9-909 — 9 | 9°947) 9-952) 9-951} 9°959} 9-961) 9-971) 9:980} 9:982) 9-985] 9-981) 9:967| 9:959} 9-947) 9-935] 9°919} 9-908) 9-900) 9-895] 9882! 9-867] 9°858] 9°840 | 10 | 9°821) 9°813} 9°785| 9:773) 9°756) 9°742) 9°736) 9°728] 9°720| 9-709) 9:693} 9:694] 9-686) 9-663] 9:661] 9-656} 9°654) 9-660} 9°658] 9°659]| 9°649] 9-647 11 | 9°648} 9:639] 9:626] 9:628) 9:619/ 9621] 9-628) 9641] 9638) 9645} 9-647) 9°6551 9°654) 9°659} 9:662| 9-662) 9-672) 9-693} 9-706] 9-716] 9-725) 9-742 12 | 9°742) 9°7.46] 9°7.44) 9°752) 9-749) 9°757| 9°775) 9°784| 9°792| 9°795| 9:792) 9:787] 9-780! 9°779) 9:776) 9°779| 9°793| 9°811| 9-832] 9°847| 9°862| 9-873 13 | 9:906| 9-913} 9:911) 9:910| 9°913}] 9-927) 9:939) 9-955] 9-958) 9-966) 9:957 9°95] 9-940, 9-936] 9-927] 9-923] 9-924] 9-929) 9-937] 9:947| 9:949] 9-949 14 | 9-933] 9:930) 9:913) 9-908! 9-900] 9:896| 9-888) 9-881) 9-877] 9:874| 9°867| 9°847} 9°831| 9°811| 9°783) 9-762) 9-759} 9-743) 9-726] 9-703) 9°676) 9°651 | 15 | 9°530] 9:481) 9°414| 9°360| 9:308] 9°269} 9-236] 9-217] 9-209] 9-185) 9-167 9144 9-151) 9:153] 9°154| 9°152| 9154) 9°175] 9°206) 9-236] 9°260) 9-296 16 | 9:366] 9°381| 9°403) 9:429| 9:457| 9°494) 9:540| 9°584| 9612) 9:644| 9-651) 9:673} 9-689) 9:697| 9°701 9-717] 9°737] 9°754 9-769} 9:795) 9°797| 9°S15 17 | 9°829) 9°838} 9°S35) 9:837/ 9:846} 9°864/ 9:872) 9-892) 9-912) 9-918! 9-915] 9-912} 9-908) 9-917) 9-928 9-955} 9-964) 9-978 0-015) 0:045) 0-055! 0-076 ‘18 | 07122) 0-127] 0°118} 0:126) 0°131) 0°139) 0°147) 0°151) 0°152] 0°152) 0:146) 0°131} 0-115} 0-104) 0-089 0-089} 0-082) 0:082, 0-079} 0:076) 0-080) 0-089 19 | 0-079] 0:077| 0:068] 0-065] 0-062] 0:070] 0-073] 0-083] 0-080} 0-073} 0:061| 0-059} 0-046] 0-031) 0-018! 9-998] 9-981] 9: 974) 9-970} 9°955) 9-941) 9-925 20 | 9-875] 9:859| 9-849] 9-854] 9-865] 9-902] 9-916] 9-955] 9-971| 9-979] 9-979] 9-992} 0-004! 0-016] 0-012 0-008] 0-006| 0-025 0034] 0-043] 0-048] 0-048 _ 21 | 0:047} 0-044) 0:035) 0:030} 0:016] 0-020} 0:007) 9-996) 9-998) 9995) 9-992! 9-989} 9-980! 9:967| 9°961) 9-958) 9-968 9984, 9-991/ 0-006 0:013) 0:017 22 | 0:013] 0-011) 0:008] 0-007] 0:003| 0-005} 0-008] 0:017| 0-015] 0-010] 0-000] 9:997] 9:986| 9:972| 9-959] 9952] 9-952) 9-954! 9-950] 9-950| 9-944] 9-936 23 | 9-906] 9°895| 9°877| 9°861] 9°347] 9°836| 9°822) 9807) 9-801] 9°792| 9-778] 9°7589 9-736) 9:732)| 9°709| 9699) 9-688} 9- 674| 9654) 9:628| 9°625] 9°618 24 | 9°594| 9°590) 9:578} 9:57] 9°564) 9-562) 9°564) 9-561) 9-542) 9-529) 9-507] 9°502] 9-472) 9-453) 9-417) 9:398) 9-379) 9366, 9-349] 9-345) 9-323) 9-314 25 | 9-276] 9:276| 9-267| 9-259] 9:254| 9-245] 9:242] 9-217| 9-185] 9:164) 9-141] 9-098] 9-075) 9-043] 9:047| 9-013] 9-001] §:975, 8-930] 8-931] 8-986] 9-018 96 | 9:095} 9°152) 9°159| 9-183] 9:203) 9-230) 9-254) 9-291) 9:315] 9°351| 9-373] 9°403} 9-445) 9-478) 9°504) 9-515) 9-530) 9° 53d 9°554| 9°559 9°54) 9552 27 9564] 9°563) 9°551) 9°546) 9:°545) 9°522) 9:516| 9-511) 9-517) 9:521| 9-511] 9-509] 9-497! 9°486) 9-476) 9-472) 9-489) 9- 531) 9-556) 9°599] 9°617) 9°663 98 | 9°735] 9:771) 9°777| 9:804| 9:815] 9-829] 9-834] 9-844! 9-851) 9-850] 9-854! 9-846] 9-818] 9-810] 9-771] 9:740] 9-714] 9: 692 9:670| 9°669] 9°670} 9°680 29 | 9°687| 9-700) 9:696| 9-713} 9°728) 9°739) 9°747| 9°756| 9°765) 9°757| 9-755} 9°756} 9-763] 9-771) 9°771) 9°776) 9°775 9°790, 9-787) 9:807| 9°803} 9:799 80 | 9:819} 9-821) 9:828] 9°834] 9°841) 9°859) 9-881) 9-903] 9-919] 9:927| 9-939] 9-949} 9-959] 9-969) 9-980) 9-989] 9-995) 0° O11 0:019} 0:022) 0-032) 0:034 81 | 0:049] 0:047] 0:049] 0-054 0-054] 0:055] 0:050) 0-048) 0:047| 0-041] 0-035] 0-028} 0-013] 0-000] 9-986! 9-970] 9-954] 9-950) 9-943] 9-953] 9-957) 9:955 | MEAN) 9°777| 9°775| 9°767| 9°766) 9°767| 9°774| 9°78) 9:784) 9°788] 9-790) 9-786) 9°783] 9-777] 9:773) 9°766) 9-764) 9-763 eas 9-770) 9°774| 9°775) 9-778 BAROMETER. REDUCED TO 32° AND SEA LEVEL. FIRST FIGURE OMITTED. APRIL 1891. Ins, | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins, | Ins. | Ins. | Ins, | Ins. f Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins, | Ins, | Ins. | Ins, } Ins. | 1 | 9-942) 9-934) 9-928) 9:924) 9:916] 9:913} 9:907| 9°899) 9°889) 9:892) 9°878) 9-868} 9-848) 9-829) 9°814) 9-798) 9-791) 9-784) 9-781 9°780) 9°784' 9°73] 9-765] 9°770 | 9-850 2 | 9°755] 9°738) 9°727| 9°719| 9°713) 9°717) 9°732) 9°742) 9°749| 9°763) 9°754) 9°77 6] 9°791) 9°793) 9°75) 9°71) 9°772) 9°790) 9°793} 9°799] 9°794, 9°789| 9°782) 9:778 | 9-763 83 | 9°763| 9:743] 9:736] 9°732| 9°732) 9°737| 9°739| 9°756} 9°756) 9:759| 9°771| 9°763} 9°752| 9°742| 9°737| 9°725] 9°718) 9°716} 9°705] 9°696} 9-687, 9°668! 9°632) 9-604 | 9-724 4 | 9592) 9-586) 9:557| 9°560] 9°564! 9-567) 9555] 9°586] 9-602] 9-631] 9°621| 9°632} 9-618] 9-642) 9-621] 9-616] 9-611) 9-621] 9:619} 9-647] 9:649) 9-661] 9°640) 9-650 | 9-610 5 | 9°652) 9°652| 9649! 9-653; 9°641) 9°658) 9°650| 9°65] 9°662| 9-660} 9°646] 9°613} 9°669) 9°688) 9°667| 9°684| 9°697| 9°675] 9°698) 9°730} 9°734| 9°746] 9°750| 9-761 | 9:679 6 | 9*761] 9-761] 9°754/ 9-762] 9°75] 9°784| 9-783] 9-794) 9-808! 9-835] 9°824! 9-851 9-845] 9-862! 9-861] 9°876! 9-885! 9-896) 9-908! 9-922] 9:936 9-938] 9-942] 9-953 | 9847 7 | 9:958) 9971) 9-975! 9-980) 9-993} 0015! 0-035) 0-055) 0-063) 0-071} 0:078} 0-089} 0-087) 0:094) 0-088) 0-092) 0-099} 0-118} 0-188} 0-159) 0-166) 0-177) 0179} 0:190 | 0:078 8 | 0:196} 0:193} 0°192) 0-199) 0-206) 0:218' 0-229) 0-231) 9-233] 0°230) 0-218] 0:207} 0-206) 0-197] 0-191) 0-194) 0:191) 0°196} 0:207| 0-224) 0-224) 0-220) 0-222) 0-222 | 0-210 9 | 0:235} 0:236) 0°230) 0:231) 0:231] 0°240) 0:250) 0°252| 0-245} 0-239] 0-230} 0-219} 0-217) 0:212) 0-203) 0-202) 0-201) 0-204! 0-208] 0°226) 0-231) 0-232) 0:235) 0°239 | 0227 10 | 0°234) 0:227| 0-213, 0-216) 0-213) 0-216! 0-213) 0-212, 0-208) 0-197] 0:188} 0-185} 0:178) 0-169) 0-165) 0-159} 0-149, 0°152) 0-152) 0153) 0°151) 0-155) 0-155) 0-156 | 0-154 11 | 0°154| 0-152} 0:156) 0-156} 0°165] 0:180) 0-171] 0:179) 0-199} 0-201) 0:197} 0-207} 0-204] 0:202} 0-199} 6-208} 0-216) 0:231} 0-235} 0°253] 0-261) 0°275) 0-278] 0-283 | 0-207 1 12 | 0:292) 0:294/ 0-290) 0-287) 0-281} 0-272) 0-267] 0°249 0-233] 0°229) 0:219] 0-211} 0-204) 0-190] 0:171) 0°143) 0-121) 0-119} 0-103] 0°104) 0-092) 0-086) 0-072) 0-071 | 0-192 }) 13 | 0-059) 0-050} 0-044) 0-037 0°029| 0-029) 0-029] 0-030, 0-035) 0-059} 0-068) 0-075} 0-080} 0-083) 0-080} 0-085} 0-094) 0-108) 0-116} 0-181) 0-139) 0-144) 0-148) 0-155 | 0:079 1 14 | 0:155| 0-156) 0°155) 0-157] 0:163] 0°174! 0-177] 0:182) 9-180] 0-182) 0°172} 0-163} 0°153] 0:151) 0°145] 0°147] 0-145) 0-147} 0-143} 0:149) 0-151) 0°151) 0-150} 0°151 | 0-158 ) 15 | 07151} 0°139) 0:123) 0°101) 0-087) 0:095) 0-091) 0:099} 0-094] 0:081) 0:083) 0-099} 0-098) 0:099} 0-091) 0-085} 0-080} 0-091) 0:087} 0:082| 0-085) 0-079] 0-079 0-065 | 0-094 } 16 | 0-045} 0-025) 9-990) 9-979] 9-950] 9-931] 9-958) 9:971| 9983] 0-000] 9:996] 0-002} 0-001} 0°013] 0-016] 0-050) 0-063} 0-079] 0-097] 0-119] 0:142) 0:160) 0-170) 0-180 } 0-038 } 17 | 0:189} 0:197) 0-200, 0-199} 0-201} 0-211) 0-215) 0:219) 0°221) 0-218] 0-209) 0-204 0-196] 0-186] 0-176} 0-172) 0°165] 0:174| 0-178] 0°198) 0-211) 0-217] 0-224 0-225 | 0-200 } 18 | 0:224! 0:239) 0:227| 0-226) 0:230) 0-237! 0°242) 0:247) 0°242)| 0:241) 0°230) 0-230] 0-226) 0-220) 0-211) 0-210) 0-208) 0-212) 0-221) 0:239} 0-255) 0°264) 0-266) 0:270 | 0-234 | 19 | 0-271] 0:273} 0:271| 0:276] 0:279| 0-289] 0-295] 0:297| 0-292] 0:291| 0:281| 0-273] 0:273| 0:272| 0-266] 0-270) 0:274| 0-280] 0-289] 0:310) 0:327| 0-339] 0:353] 0-360 | 0-291 |, 0°362| 0-367| 0:366| 0-374] 0°381] 0-399) 0-405) 0:411| 0-408] 0°399} 0-392} 0-389} 0-382) 0:390] 0-386) 0:392| 0:392) 0-398) 0-408] 0°416| 0:424) 0:427] 0°432) 0:435 | 0°397 2 0-429] 0-427) 0-429 0-426] 0:424/ 0-429) 0-431) 0-431) 0°429] 0-420} 0:411) 0-401} 0-392] 0378) 0:375| 0:362| 0°353) 0°348| 0°347] 0°362! 0°365| 0:371) 0°371) 0°373 | 0-399 | 2 0364) 0°362) 0°359) 0-356) 0-350) 0-348) 0:346] 0-344) 0-329] 0-326) 0-306] 0-302} 0-290) 0-296} 0-278) 0-276) 0-278) 0-281] 0-290} 0-305) 0°319) 0-335) 0:349} 0°359 | 0-328 \_ 0°360! 0°363) 0° 368, 0-369] 0:369| 0:371| 0-369] 0-368) 0-357] 0-3£7| 0°348] 0-338} 0-331] 0-331] 0-326) 0-330] 0-332) 0-336] 0-341] 0:364] 0°374| 0378) 0°382| 0-385 | 0-356 24 | 0388) 0-384 0°374) 0-370] 0:372| 0-379] 0-386] 0-386] 0°378] 0-376| 0-365] 0-359] 0-351] 0-341| 0-324! 0-316] 0-302| 0-294] 0-288] 0-290} 0-287! 0-284} 0-280] 0-274 | 0-346 25 | 0°269) 0-259 0°247, 0°241| 0:237} 0-233] 0:232| 0:227| 0:221) 0-207] 0°190} 0°171} 0-151) 0-133] 0-119] 0:110) 0-103] 0-097) 0-093} 0-098} 0-089) 0-085) 0:083| 0:077 | 0°166 | 26 | 0-061) 0:054 0-039 0:027] 0-010] 9:012) 0:001] 9-995] 9-991] 9-976) 9-958] 9-944] 9-930, 9-912) 9-883) 9-868] 9-862) 9-853) 9-842] 9-847| 9-844) 9-846] 9-841] 9-833 | 9:935 | 27 |9:817| 9-801) 9-789, 9-775) 9-770) 9-769] 9-760| 9-747] 9:937| 9°719) 9°694| 9-683} 9-666) 9-644) 9-613] 9-586] 9-571] 9-557] 9-540} 9-533) 9-509) 9:493) 9-471) 9-471 | 9°654 | 28 | 9-445) 9-456) 9-467) 9°479] 9-487] 9°499| 9-511) 9°531] 9°541) 9°551) 9°582) 9-58 9°574 9-606] 9:597| 9°603} 9:602! 9-606] 9-626] 9°636) 9°636| 9°632/ 9-634) 9-620 | 9:563 | 29 | 9-610) 9:612| 9:616] 9:610| 9:592) 9:586| 9-580) 9°575] 9-555] 9:541| 9-522! 9-502] 9-484 9-468] 9-441] 9-433] 9-418] 9-402) 9-386) 9-389] 9-386] 9:386] 9°380) 9°390 | 9°494 | 30 | 9:382} 9-381) 9:388) 9°384/ 9-388] 9-398] 9-402) 9-406] 9-416] 9-426] 9-435] 9-453} 9: "455| 9-452] 9-463) 9-453] 9-452] 9-455] 9-443] 9-441] 9-429] 9-409] 9-379] 9-371 | 9-419 | 0:034 0029, 0-030} 0025) 0-030} 0-032) 0-036] 0-035] 0-036) 0-029) 0-026} 0-021) 0-020} 0-009] 0-007} 0-005) 0-007] 0-009} 0-020) 0-023; 0-024) 0:021) 0-022 | 0-024 2382 BEN NEVIS OBSERVATORY. BAROMETER. ReEpucED To 32°. 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. _ MAY 1891, Ve) Bol Sigh Bel eB alee Ge Geel eal tt ACME NS TAS) Wel Tl 171 aS caleba eee milan lane 28 | Ment, Mean.| Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. 1 | 4°840) 4°827) 4°801) 4°789) 4°777| 4-768) 4°761) 4°751) 4-732) 4-715} 4:701| 4-691] 4-687] 4-676] 4°670| 4°672| 4°673) 4°681] 4°690) 4-708) 4°727| 4°744) 4°762) 4:779 2 | 4°792) 4:804) 4-830) 4°843) 4-864) 4-880} 4-906) 4-938) 4-961] 4-976] 4:997| 5-015) 5-036) 5-051] 5-053) 5-062) 5-063) 5-064) 5-073) 5-082) 5-083) 5-084) 5:084) 5-086 3 | 5°085) 5-085] 5-079) 5-069) 5:067| 5-070} 5-070) 5:066) 5:066} 5:072} 5-083) 5090) 5-103) 5°111| 5:116) 5-122) 5-126) 5-128) 5-132) 5°151) 5-165) 5-170) 5:179) 5:186 4 | 5°194) 5:203) 5-211) 5-221) 5-228! 5-244) 5-262) 5-281) 5:301| 5°327| 5°345] 5°363) 5°387| 5-412) 5-420) 5-429] 5-433) 5-438) 5-447] 5-464) 5-474) 5:47) 5:483) 5484 5 | 5:490) 5:494| 5-493) 5-488) 5-490. 5-495) 5-497) 5-495] 5-495] 5-495] 5-498] 5:507] 5:512! 5:509| 5-504] 5-496] 5-496) 5-486] 5-485) 5-484) 5-479) 5-486] 5°482) 5-484 6 | 5°478) 5-454) 5-452) 5-445 5-433) 5-434) 5-441 5-455] 5:465| 5°467| 5-468) 5°462) 5-464] 5-458) 5-459) 5-455] 5-443) 5-443} 5-440) 5-441) 5-440) 5-425) 5-413) 5398 7 | 5°384) 5°371) 5°351) 5°340) 5-329) 5:330) 5°327] 5°327| 5:325| 5323) 5°321) 5-304! 5-301) 5°300| 5-291) 5:276) 5-256) 5-240) 5-223) 5-201) 5-180) 5-150) 5-113) 5087 8 | 5063) 5°053) 5065) 5:057| 5:050, 5-047] 5°060) 5-060, 5-089] 5128) 5°147| 5-162] 5-171) 5-208) 5-242) 5-262) 5:275) 5°283) 5:301) 5°327) 5348) 5:362) 5°383) 5394 9 | 5405) 5-400) 5°416] 5-423 5-434! 5-447] 5-470! 5-478 5-486) 5-494) 5:507| 5:526] 5:529) 5°545) 5-559] 5:564) 5:565) 5-563) 5506) 5581) 5-592) 5-594) 5°596) 5:590 10 | 5°579| 5-579) 5-579 5-582) 5-583; 5:586| 5-589) 5-598) 5-607] 5-610} 5-620] 5-625) 5°630) 5°635| 5-629) 5-632! 5-628) 5-624) 5°627) 5-635) 5-646) 5-653) 5:652! 5649 | 5-616 |! 11 | 5649] 5: Bb 5655 5°662! 5°671) 5°677| 5:687| 5°699) 5-719] 5:732| 5-733) 5°735) 5°749) 5°765| 5-769) 5°777| 5°75) 5-773) 5-770) 5-774) 6-779) 5-777) 5°75) 5°72 | 5-730 |; 12 | 5°776) 5°772) 5-760) 5°755| 5°743, 5°743} 5-742) 5°738) 5-742) 5-742) 5-731] 5:736) 5°741| 5-740) 5°737| 5-734) 5°733) 5°731| 5-728) 5°735) 5-730) 5-718) 5°718) 5-702 | 5-739 | 13 | 5°695) 5°688) 5-675 5*662) 5641) 5°626] 5:617| 5°607) 5-86) 5°576| 5:560] 5:561] 5:558) 5:562) 5-562) 5°565| 5:563) 5572! 5:575) 5:576) 5°571| 5°574) 5°571) 5554 | 5596 | 14 | 5*531| 5°523) 5:502! 5-488) 5-463! 5-446] 5:424| 5-409 5-388) 5-366] 5°340| 5:305) 5:296| 5:279| 5:275) 5°239] 5-229) 5-204) 5°187| 5-147) 5-146) 5-109) 5-078) 5-040 | 5-309 |. 15 | 5:009| 4-977] 4-946) 4-937) 4-928 4-932] 4-945] 4:955 4-969] 4-986] 4-999] 5-031) 5-070] 5°102) 5°119] 5-184] 5°122/ 5°125) 5-136) 5°150) 5:163) 5-167] 5-170) 5175 | 5-052 16 | 5:183) 5*185) 5°184| 5-183) 5°180} 5°183] 5:178| 5-164) 5-174) 5°179] 5°178] 5°184] 5-184] 5-191) 5-188) 5°187| 5°177| 5-161] 5°149) 5-138) 5-123) 5-105) 5-087) 5:070 | 5-163 | 17 | 5049) 5-030) 5-002) 4-986) 4-976] 4-968] 4-963) 4-957) 4-957] 4-958] 4-960] 4-963] 4-963] 4-963] 4-961] 4-952) 4-939] 4-917] 4-902] 4-903) 4:897| 4-902) 4°886] 4-905 | 4: } 18 | 4:899) 4-914! 4-909) 4-908) 4-905) 4-905] 4-908] 4-913] 4-923] 4-935] 4-947] 4-954] 4-962) 4:971| 4-970] 4-968] 4-972) 4-971) 4-974) 4-980) 4-979) 4:974) 4-965) 4-961 19 | 4:946] 4:936] 4°925 4-908, 4-909] 4-902) 4-912) 4-918) 4-925] 4-943] 4-956) 4-974] 4-992] 5-013) 5-023] 5-029) 5-036) 5-042) 5-060) 5-082) 5-098) 5-102) 5:103/ 5-105 20 | 5°105) 5-100) 5-089] 5-087) 5-082| 5-082) 5-082) 5-082) 5-084) 5-088] 5-088! 5-088} 5-092| 5-096) 5-090) 5-082! 5-070] 5068) 5-076) 5-088) 5-092) 5-096] 5*100] 5-098 21 =| 5:095) 5-093) 5-092 5-090 5:089 5091] 5:097] 5:103) 5*108] 5:112) 5-120) 5:123} 5-125) 5°129) 5-126] 5-122/ 5-119] 5-117] 5:110| 5:121) 5°122) 5-124) 5°127] 5-122 22 | 5-113) 5*104| 5-095] 5-088) 5-091| 5-096 5-102) 5-104] 5-116] 5°121| 5-128) 5131] 5-138) 5°138) 5°139) 5°134] 5-138] 5°138] 5-144] 5-146] 5-143] 5-142| 5-134] 5-123 23 | 5°118) 5°105) 5-097] 5-089) 5-080) 5-074] 5-076] 5-080) 5:084| 5:090| 5095) 5°106} 5-112) 5:118) 5°127| 5-135) 5-137] 5:147| 5-162) 5-183) 5-200) 5-218) 5-225) 5-235 24 | 5:242) 5-246) 5252) 5-267) 5-272) 5-283} 5-295) 5-303) 5-315) 5-325) 5-335] 5-343] 5°350) 5-346] 5°353] 5°341| 5°348) 5°357| 5°355] 5:360) 5-376) 5:377) 5°367| 5°356 25 | 5°360) 5-346) 5:333) 5°316, 5-312) 5310) 5:318| 5-310} 5:315) 5-315] 5-319] 5-321) 5-323) 5°325) 5°322] 5-318) 5-306] 5°305) 5*296) 5-297] 5-291) 5-295) 5-290) 5-275 26 | 5-272) 5-263] 5-246] 5-233 5-222] 5-210) 5-218] 5-214! 5-214) 5-216) 5-198] 5-190] 5-206] 5-206| 5:187| 5-163] 5+148] 5-156] 5-150) 5-157| 5°150| 5°137| 5-121) 5-114 27 | 5-104) 5-097] 5-083] 5-080 5-068) 5-056) 5-052] 5-049) 5-043) 5-042) 5-042) 5-046) 5-049] 5-052) 5:049| 5-050} 5-047] 5-048} 5-054) 5-062) 5-061) 5-057) 5-050) 5-045 28 | 5-042) 5-025) 5-023) 5-019) 5-006) 5-009] 5-010) 5-004! 5:007| 5:004| 5-000) 5-001} 5-005) 5-004) 5-001) 5-011] 5-002) 5-011) 5-007} 5-022) 5-033) 5-035) 5-041) 5-043 29 | 5:046) 5:047| 5-036) 5-029 5-020) 5-017] 5-015] 5-006) 4-999 4-999] 5-005] 5-023) 5-034] 5-036) 5:044] 5-043) 5-047] 5-058) 5-070) 5:089) 5-099) 5°109) 5-116) 5-112 30 | 5112) 5-097) 5-088) 5-088) 5-095) 5-097) 5:104| 5-115] 5-109) 5-114] 5-124) 5-126) 5:127| 5°173) 5:193) 5-202) 5-225) 5-239) 5-255) 5-278) 5-285) 5-299) 5°312) 5°317 31 | 5°326) 5°322| 5°319] 5°325) 5-328) 5-329) 5-337| 5°352| 5-366] 5-360] 5-374] 5°377| 5°368) 5°361) 5370) 5°363) 5-359) 5-350) 5350) 5°353) 5374) 5390) 5396) 5°407 MEAn| 5:225| 5:219) 5213) 5-208 5-204! 5:204] 5-209) 5-211) 5:215' 5-220) 5-293] 5-228! 5-234! 5-241) 5:243) 5-243) 5:240) 5:240) 5242) 5-249 5-253) 5-253) 5°251) 5247 | | ne] : BAROMETER. Repucep vo 32°. +4407 reer ABOVE SEA LEVEL. FIRST FIGURE OMITTED. JUNE 1891. Ins. | Ins. | Ins. Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins, | Ins. | Ins. 1 | 5:407| 5415] 5:417 5-420 5-421) 5-442! 5-458 5-468] 5-468] 5-484] 5-497] 5-503] 5°513] 5:523] 5:521) 5:521) 5-508) 5-495, 5-487] 5-480) 5-484) 5:471| 5-468) 5-450 9 5-472 | 2 | 5419) 5-401) 5395 5°421 | 5°415) 5-421) 5-423) 5-426] 5-448] 5-411) 5-424] 5-428) 5-464! 5-470) 5: 492) 5:497| 5:°522| 5:520, 5521] 5°504) 5°53) 5:557) 5°547| 5°549 | 5-468 | 3 | 5°531| 5:545| 5°543 5°512 5°556] 5:562) 5-565) 5-556) 5°570] 5:574| 5:581| 5°5774 5°572| 5-562 5559. 5-548} 5:534| 5530, 5:527| 5-511) 5-510) 5509) 5-498) 5-486 | 5542 fl 4 | 5:482) 5-470) 5°466 5:457 5°452) 5:450| 5-446) 5-459) 5-460] 5-460] 5-468] 5:469] 5-461] 5-467] 5-469) 5:465] 5-467 5°464) 5-464) 5-467) 5-473) 5-478) 5-476) 5-478 | 5-465 | 5 | 5485) 5°479) 5: 471 5-489 5°494] 5°505| 5:519) 5-526] 5533) 5:542| 5-547) 5-556) 5:564| 5-577 DEE 5 +596) 5°599| 5°602 5:609] 5°617| 5°619) 5623) 5°622) 5°621 | 5-558 | 6 | 5:619) 5:614! 5606 5°603 5°605] 5°600) 5:598) 5-600) 5-602] 5-602) 5603} 5°614} 5°617| 5-619) 5-627) 5°622) 5:620) 5-615) 5°618} 5°618) 5:625) 5-621) 5-618) 5-610 f 5612 | 7 | 5°602) 5°589) 5°57) 5°558 5°549) 5:541) 5-538) 5:536) 5-532] 5-531] 5-532! 5-534] 5:542) 5:546 5549) 5:547| 5°547| 5:48) 5°545] 5:556] 5-562 5:573) 5:565| 5-557 | 5-562 | 8 | 5°559) 5°557) 5°557, 5:60) 5:563) 5°565| 5°575] 5-585) 5:599| 5°609| 5620! 5-627} 5:634) 5635] 5-621) 5611) 5-616) 5°620, 5:623) 5-638) 5:644) 5-644| 5°642) 5-633 | 5606 |, 9 | 5°621) 5-607) 5°600 5°591) 5°581] 5°583) 5-581] 5578] 5 56s] 5-568) 5:558) 5:546] 5-538) 5-534] 5-519) 5-412 5-498) 5:486) 5-481) 5-478) 5-477) 5-466) 5:463) 5°451 | 5:587 | 10 | 5:445) 5-438 5438, 5°439| 5:437) 5°448) 5:455) 5-465] 5:477| 5:487| 5501] 5-521} 5533) 5548) 5-567) 5:579| 5588) 5°594| 5:602) 5617] 5°632, 5-639) 5-648) 5°649 | 5-531 | 11 | 5°648) 5-641) 5:636, 9:635) 5*643) 5:650! 5°656) 5663] 5-668] 5:675) 5°681| 5-688] 5-696) 5-702! 5-710) 5°707| 5°707| 5°714) 5-718) 5°722| 5-727) 5-728) 5-726) 5-735 | 5-686 12 | 5°741) 5°744 5°753 5°754) 5°759) 5°758) 5-769, 5-778) 5°785| 5°795) 5:802! 5:811y 5-815) 5°817) 5:819| 5:818] 5-813} 5:813) 5-805} 5-803) 5:797) 5-788) 5-783) 5-764 | 5-787 | 13 | 5°755) 5°734 5719 5°700 5°690) 5°681| 5°674' 5-666) 5°670) 5°643) 5641) 5°641} 5633] 5-624) 5-622) 5*620) 5-611) 5°598) 5-583) 5-586) 5-577! 5-583) 5-565] 5°558 | 5-641 | 14 | 5548) 5°545 5:545) 5:545) 5:559) 5°551| 5-549 5-549] 5°544) 5-544) 5541] 5:536) 5:530) 5:532) 5:530| 5°525| 5:515| 5°511| 5-501) 5-489] 5-480) 5-465) 5-451) 5-437 | 6-522 15 | 5°417/ 5°398 Bee 5°354| 5°347) 5:337) 5:332) 5:328) 5-330) 5°333) 5-329) 5-330) 5-327] 5-322! 5-326] 5-330) 5-335) 5:343) 5°360 5374) 5385) 5:394) 5-394 | 6-353 | 16 | 5°401| 5-406, 5-414) 5425) 5°430| 5-441) 5:455 5-472) 5-485) 5-499) 5-510) 5:527) 5-539] 5:551) 5-551) 6:554| 5-545) 5:553) 5:553) 5°56) 5-562) 5-567) 5-570) 5°572 | 5:506 | 17 ‘| 5:560 5° 557 5548 nee 5563) 5°567| 5561! 5-566] 5:556| 5-569) 5:572) 5°578] 5-582) 5-572) 5:576 5:575| 5°574) 5°567| 5°576) 5-582) 5-588) 5-595) 5:95) 5:595 | 5-572 | 18 | 5594) 5597 5:597| 5°591) 5°578| 5°590| 5-596 5-608) 5-613) 5:616) 5618) 5-625] 5:648| 5-661) 5°672, 5681) 5:690| 5°693) 5°704) 5°713) 5°721) 5°727| 5:733) 5°739 | 5: ; 19 | 5°744| 5°749 5:754) 5-760} 5°765) 5°71) 5°779 5-785) 5°789} 5:797| 5:805) 5°811] 5-816] 5:823) 5-829) 5-835] 5-833) 5-839) 5-843] 5849] 5-860) 5-863) 5-866) 5:866 | 5°810 | 20 | 5°866) 5°865 5°858) 5°861| 5-863) 5-871) 5-877 5-883) 5-891] 5:897] 5-901] 5-905} 5:907| 5-907] 5909) 5-904] 5-904] 5:901| 5-900} 5-900) 5-909] 5°905| 5-902) 5:896 | 5-891 | | 21 | 5°887| 5-889 5°880) 5°873) 5-879) 5:881 5885! 5887] 5°885] 5-888) 5-888] 5*890} 5:891) 5-890. 5:889| 5-887] 5:885| 5885] 5°887| 5°888] 5°890) 5891) 5:892) 5°896 | 5°887 | 22 | 5:891) 5:888 5*883) 5:874| 5-872) 5-874 5:872| 5871] 5'873] 5:875| 5-882! 5-883) 5-868] 5:890, 5-890] 5:887| 5'884| 5°882) 5888) 5-896] 5°894' 5+895) 5-892) 5-889 | 5-884 | 22 | 5°884| 5°871 5°859) 5859) 5°855) 5°853 5°857| 5863] 5°861| 5°857| 5°849| 5:842} 5-823) 5-815 5:812| 5-806) 5°795] 5°785) 5°75) 5-778) 5°750) 5°736) 5-716] 5:684 | 5-816 | 24 | 5°700) 5°695 5°684 5°674) 5-659) 5°650) 5°646) 5-654) 5-665) 5:672) 5-660) 5°656} 5654] 5669 5-650) 5°671) 5°675 5°675| 5°679! 5-692! 5-698) 5-687) 5°685) 5686 | 5°67: 25 | 5°687| 5°679 5°675, 5°658) 5°649) 5°649 5646 5631] 5°624| 5°617| 5-600] 5:583) 5:591| 5-589 5:566] 5°559| 5°548) 5522) 5:515| 5:500| 5-483) 5-466) 5-436) 5-447 | 5-580 26 | 5:429) 5-416 5:404) 5-407] 5°415) 5°399) 5-390) 5-378] 5-385] 5:374| 5:379| 5-386] 5°379| 5373, 5:345] 5°338| 5:323] 5°335) 5:321| 5-306] 5-306] 5:304| 5:295] 5-286 | 5-361 | 27 | 5°275) 5°271 5+270) 5261) 5:257) 5:245) 5244) 5-245) 5-245] 5-238) 5:239] 5-235] 5-238) 5-242 5-243] 5-239) 5-230) 5-234) 5°238) 5-250) 5*262) 5-264) 5-269) 5-276 | 5-250 |, 28 | 5°273) 5280 5°281) 5°283) 5-288) 5-289) 5-296) 5-302 5-304 5-308) 5-295] 5-288] 5-268] 5:259, 5:251| 5°252) 5-251) 5:250) 5-250 5:255) 5:254) 5-248) 5-234) 5:213 | 5270: 29 | 5°207/ 5-182 5°161) 5°152) 5°151| 5°145| 5:146 5-139) 5-136] 5-138) 5-132) 5-120) 5-104] 5: 095) 5093 5-085 5:073] 5:058] 5:064| 5-061| 5:062| 5-063) 5:048) 5-033 | 5°10 |. 30 | 5025) 5000 4998) 5:009) 5005) 5-005 5008) 5:018} 5:020) 5-011) 5-008) 5-011} 5-015 5:011 5:029 5-038! 5-043} 5:056| 5:062| 5-079] 5-099) 5-113} 5112) 5-118 | 5-037 | MEAN) 5°557| 5°551 5546) 5*543) 5-544) 5-544 5547 5550) 5°553) 5-554) 5-556) 5-557) 5:559] 5°561| 5°561] 5°560] 5:°558| 5556) 5:556| 5:558) 5-562) 5562) 5-557) 5552 | b-bo4 FORT-WILLIAM OBSERVATORY. 233 BAROMETER. REDUCED TO 32° aND SEA LEVEL. FIRST FIGURE OMITTED. MAY 1891. eeigies | 5 | 6 | 7) el oe ao | dy | de) ais aa | a | a6 | ay |. a8 | 19 | 20 | 21 | 22 23 | Noni | Mean. Ins. | Ins. | Ins, | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins, | Ins. | Ins. | Ins. | Ins. | Ins. |-Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. } Ins. 9-323! 9°298) 9-266) 9:24] 9-229) 9-225 9205] 9:202! 9:183] 9-165 | 9-150] 9°134] 9-125] 9:115] 9-111) 9-112] 9-126) 9°138] 9-158] 9-186] 9-214] 9-246] 9-280] 9-307 | 9-198 9°337| 9°372) 9°402) 9:427) 9°455] 9-483] 9-512] 9-535] 9:547| 9:°567 | 9°572) 9590] 9-599) 9-608} 9:604| 9-616] 9:°628) 9°647| 9-661) 9:669} 9°675| 9°680) 9-685] 9°690 | 9:565 9-694) 9-688) 9:681| 9°676} 9-679] 9-677] 9°676] 9672) 9°672| 9-676 | 9-677] 9°672} 9°673} 9:67 4) 9°674| 9°677| 9°581| 9°696| 9-700) 9-720) 9°732| 9°744) 9-760] 9°776 | 9694 9-790) 9-801) 9°813} 9831] 9:845| 9-867} 9:889] 9°905| 9:923) 9-941 | 9°952] 9:9631 9-980} 9-994) 9-996) 0-012) 0-010} 0:024| 0-040) 0-053} 0:067| 0-080) 0-092) 0°101 f 9-957 0-111) 0:113] 0-109) 0°106} 0-113} 0-121] 0:119] 0-111) 0°103} 0-095 | 0:093} 0:093} 0:077| 0-070) 0-055} 0-051} 0-047] 0:045} 0-046) 0-055) 0-055) 0-059} 0:059| 0:05 | 0-0&2 0-051) 0°:050) 0044) 0036) 0:033) 0:044/ 0:041] 0-047 0-041} 0-041 | 0:039] 0-031] 0-025] 0:015) 0:005] 9-999] 9:993} 9-987] 9-985] 9-984] 9-980} 9:975] 9:965| 9:951 | 0-015 9-935} 9:925| 9°911| 9°896] 9°885] 9°878] 9°879] 9°883] 9-879] 9°867 | 9:851| 9°841] 9-833] 9°814] 9°785| 9°767| 9°745) 9°725| 9-711) 9°711] 9:708) 9°671) 9°651| 9°632 f 9-807 9-616} 9°613} 9°607| 9°587) 9°589| 9°599| 9°599] 9°613; 9-627] 9:651 | 9:666] 9°679] 9°689] 9°714| 9°727| 9°743] 9-765} 9°787| 9°829) 9-861] 9°881) 9898) 9:921] 9937 | 9°717 9-949} 9960} 9-969] 9:971] 9:993] 0-013} 0-032] 0-041] 0:045} 0-042 | 0-038) 0:032] 0-020} 0-030) 0-032) 0-031} 0-032! 0-040) 0-058) 0-088] 0-111} 0126) 0-132) 0134 | 0-038 10 | 0°137| 0°140} 0-139} 0°145} 0°144| 0153} 0°158] 0-150) 0°144) 0°130 | 0°123) 0°121} 0:107} 0°104| 0-094) 0-091) 0-086} 0-088) 0°101| 0°125] 0155} 0°176} 0185] 0-199 } 0:133 0 0 0 | COND of WHrH 11_ | 0°198) 0-209) 0-219] 0-231) 0-241) 0-245) 0245) 0-253] 0257] 0°255 | 0-237] 0-233] 0:232) 0°238) 0-230) 0-238) 0:237) 0°247) 0°250) 0-262) 0:273) 0-284] 0-286) 0°301 } 0-246 12 | 0303) 0-301} 0-292) 0-288) 0-282) 0-284) 0-278) 0-270) 0-260) 0-262 | 0°245] 0-245} 0-233} 0-252) 0°222) 0-223) 0-235) 0-243} 0-262) 0-272) 0-271) 0-270) 0-264) 0-251 7 0-262 18 | 0-239) 0-235) 0-229} 0215} 0°194] 0-190) 0-175} 0-163) 0:147] 0-131 | 0-114] 0:110} 0-108} 0-109 0-123) 0-132) 0°137| 0°154| 0-167) 0-172) 0°176) 0:186] 0:186| 0:171 | 0-165 14 | 0°152) 0:146) 0-124) 0-097} 0-076} 0:054| 0-035) 9:999] 9-974] 9-938 | 9-921} 9°895} 9-893) 9-893] 9-891] 9-879] 9-862) 9-836] 9°789| 9-797] 9-742) 9-702! 9°674| 9-637 | 9-917 ‘| 15 | 9°601| 9°578) 9°551) 9°522| 9-510) 9:511) 9:522) 9°539/ 9°541! 9-540 | 9:600] 9:636] 9°665] 9-696] 9-696) 9-720) 9-744) 9°777| 9:771) 9°784) 9°805| 9°814| 9°822) 9-83v | 9°657 16 | 9-840) 9-851) 9°854) 9°857| 9°867| 9-880] 9-885] 9:884) 9°878][9-892]| 9-873] 9°866} 9-860} 9-862) 9-850} 9-839] 9-828) 9°826} 9°817| 9-805] 9°788) 9°774| 9°754| 9-740 f 9-840 17 | 9°711) 9°690| 9°668) 9:650) 9:632) 9:620) 9°614) 9-599] 9-588) 9-583 | 9-571) 9°559] 9547) 9-540) 9°531) 9:523) 9°507) 9°509| 9°502) 9-493) 9-494) 9-493) 2-493) 9°498 | 9-567 18 | 9:495/ 9-496) 9-486] 9-479] 9-477] 9-475] 9-473] 9-473] 9°477| 9-481 | 9:487| 9-489} 9-486] 9-491) 9-497) 9-499] 9-501) 9°505) 9-520) 9526) 9°527| 9°527) 9°525| 9-523 | 9-496 19 | 9°512) 9°503) 9-489) 9°477) 9-475] 9-478] 9°479) 9°485| 9-485] 9486 | 9°493) 9-500} 9:516] 9-530) 9°545| 9-559] 9:569] 9°590) 9:603) 9-627] 9-643) 9°654| 9-665] 9669 | 9-543 20 | 9:673) 9°673) 9°664| 9:669) 9-664] 9-669] 9°671| 9°654| 9°646} 9-642 | 9-629} 9°61 7] 9-610} 9-602) 9:589| 9-586) 9:594) 9-600) 9°607) 9-625] 9-634) 9-641] 9:646) 9-642 | 9°636 | 21 | 9642) 9°645) 9-646) 9°646) 9-651) 9-654) 9°662) 9-667] 9:664| 9°664 | 9-661] 9-658} 9-647] 9°639/ 9-639] 9-625] 9:619) 9:620| 9:624| 9-650) 9-664) 9°664| 9-667] 9:667 | 9-649 | 22 | 9664) 9°63) 9:659) 9:660/ 9:650) 9:663) 9:665) 9°667| 9:662) 9-957 | 9-652! 9:649} 9-650) 9°6 43) 9-641) 9°635| 9:641| 9:640) 9-646) 9652) 9°660/ 9°665) 9-6 “665 | 9°655 |} 23 | 9°659) 9°657| 9-651) 9:652) 9-649] 9-647] 9-643} 9-635] 9°627| 9-615 | 9°609] 9°614] 9-610] 9:629| 9-627) 9°629) 9°645| 9-660) 9°679) 9-698) 9°727| 9°751) 9 7} 9660 "| 24 | 9°793) 9-805) 9:819/ 9°837| 9:847| 9-874) 9878) 9:889 9:889\[9'888]} 9-888) 9-887] 9°889} 9-891} 9-897] 9°896 9-895| 9-922) 9-931) 9-941) 9-959] 9-968 5 7 4 9°893 9 25 | 9:975) 9°967| 9:957| 9-956) 9-954) 9-951} 9°943) 9-939) 9-937] 9-931 | 9°916] 9-910} 9-899] 9°889] 9-879) 9-882) 9°879| 9:888| 9:888) 9-893} 9°897| 9-905 912 19-919 26 | 9:908) 9°894| 9-885) 9:869) 9°862) 9-851) 9-846] 9-844) 9-842) 9-833 | 9-803] 9-786] 9-785] 9°773] 9-764) 9-738] 9-732) 9-718) 9-711) 9-706} 9°699| 9-689) 9:675) 9°667 | 9-787 | 27 | 9°650) 9°642) 9-628) 9617) 9°604| 9:590} 9°587} 9°577| 9°571) 9-567 | 9°557] 9°552} 9-545) 9:545) 9-536) 9°535| 9-536] 9°539] 9:545) 9:551] 9°561| 9°567| 9°563) 9°561 | 9-572 | 28 | 9:563) 9°560| 9551) 9°546) 9-537] 9:541) 9:543) 9°543) 9°533) 9-533 | 9°523) 9°5191 9-512) 9:506] 9-505] 9°507| 9°507| 9509] 9°517| 9°529] 9-543] 9°548) 9°543) 9-550 | 9-532 | } 29 | 9-550) 9:546| 9:540} 9:532| 9-526! 9-527] 9-523] 9-528) 9-523] 9-525 | 9:55] 9-528] 9-532) 9-535] 9:533] 9-541] 9-545] 9-569] 9-585] 9-606] 9°627| 9:635] 9-642] 9-640 | 9-557 | 80 | 9:639) 9-641) 9-633] 9°639] 9:644] 9-649] 9-653] 9:64] 9-662) 9-665 | 9-666] 9-675] 9-671] 9:677| 9-692) 9-698] 9-708] 9°727| 9:749] 9-774] 9°798] 9:816] 9:826] 9-835 | 9-700 ‘| 31 | 9837) 9°848] 9-853] 9:867]| 9°871) 9-880} 9:879] 9:881| 9:875| 9-874 | 9-866] 9-862} 9-859] 9-859] 9-856] 9-855] 9-845] 9-850] 9°854| 9-867| 9-877] 9-891) 9:899| 9-913 | 9-867 '|MEAN,| 9°792) 9°791| 9°785| 9°782) 9°780) 9:784] 9-784] 9-784] 9°781] 9°779 | 9°74] 9°772] 9-770] 9°772| 9-769] 9-769] 9-770] 9-778} 9°784) 9-796] 9-805) 9:810] 9°812| 9-813 | 9-785 ~ BAROMETER. REDUCED TO 32° AND SEA LEVEL. FIRST FIGURE OMITTED. JUNE 1891. Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins, | Ins. | Ins. | Ins. | Ins, | Ins. ] Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins, | Ins. | Ins, | Ins. | Ins. | Ins. | Ins. 9-916] 9:914) 9-915] 9-921] 9-931] 9-950) 9-955] 9-967 9-963) 9-966 | 9-965] 9-960] 9-944] 9-952) 9-948] 9-936] 9:942) 9-942) 9-941] 9-956] 9-960) 9-968] 9-975) 9-964 | 9-948 | 9956] 9:961] 9°948) 9:946) 9-944) 9:945) 9°934| 9-932) 9°923| 9-905 | 9°921] 9-935} 9:927| 9:957| 9-963] 9-963) 9°977| 9-981] 9:992| 0-009 0-025) 0-041) 0-043; 0-059 | 9966 0058] 0:062) 0-065) 0:070} 0-077] 0:083) 0-080) 0-080) 0-065] 0-067 | 0-055} 0:047} 0-030) 0:017/ 0-016] 0:011| 0-010, 0-021] 0-023} 0028) 0-033) 0-049) 0-047) 0-051 | 0-047 | 0-045] 0-036} 0-023] 0-023] 0-015] 0-011) 0-007] 0-010) 9:994) 9-985 | 9-976] 9-963} 9:942| 9-938 9-938] 9-938] 9-939) 9:952| 9-967) 9-988) 0-005] 0-018) 0-030! 0-040 | 9-991 0-048) 0-045) 0:054/ 0:074) 0-082) 0-083} 0-086] 0-093) 0-091) 0-092 | 0:097| 0:109} 0:107| 0:121| 0-119 0°121/ 0-118) 0'119} 0°133} 0°156] 0°177) 0:194) 0°210) 0-221 | 0°115 0:213} 0:209 0:210) 0-207 0-213) 0-209) 0:209/ 0:209) 0°193) 0-178 | 0-158) 0°150} 0139 0-117) 0-120) 0-115) 0°100) 0106) 0-111) 0-119 0-131} 0°137| 0°148) 0-144 | 0-160 07141) 0°136 07132) 0-122) 0-122 0-122) 0°116] 0:119| 0°125| 0°126 | 0:129| 0-127} 0-123) 0-123) 0-121] 0-117] 0-115] 0:121) 0-181) 0155, 0-181) 0-196) 0-189) 0:194 } 0-137 0°191| 0188 0:186) 0-185) 0-183 0-188 0187] 0:193/ 0°186| 0:183 | 0-166} 0-156} 0°150| 0-140, 0-135) 0-134] 0-136] 0130) 0-142) 0-151) 0-163} 0-185) 0-200) 0-197 | 0-169 0°190} 0°182 0-176] 0°170| 0-164| 0-162’ 0-151) 0-134] 0:106| 0-086 | 0-065] 0-035} 0-013} 9-993) 9:977| 9-973] 9-961] 9-961] 9-959] 9-965] 9-974) 9-978) 9-983) 9-983 | 0-056 9°983] 9°984 9-993) 9-995) 0-005} 0° 026 0:035| 0:053) 0:054) 0-048 | 0:042| 0-063] 0:065| 0:069 0:077| 0-078; 0-074| 0-093) 0-108} 0-125) 0-153) 0-177| 0°197| 0-203 | 0-072 0203} 0°197; 0°195) 0-201; 0:207| 0°215, 0-213} 0-219, 0:215) 0-207 , 0-197) 0:197) 0-199 0-203) 0:204| 0-209) 0:215) 0-219) 0-233] 0-247) 0-261] 0-273! 0-287) 0:316 9 0-222 | 0°330 0°335] 0:343} 0°350} 0°356) 0361] 0°357| 0°363) 0°367| 0:368 | 0:366| 0:363} 0°351| 0-346] 0°347| 0-341] 0-338) 0°337| 0°344) 0°37) 0°357| 0°351 0°347) 0°334 | 0°350 0°333} 0°321| 0:303] 0:291] 0-279} 0-270 0-260) 0:251/ 0-235] 0-224 | 0-215) 0-210] 0:1 94) 0-183] 0-181) 0-182) 0-172) 0°167| 0°168) 0-165] 0°166) 0-161) 0-151) 0-142 } 0-218 0°132} 0°127| 0°119] 0:123) 0:126/ 0°135] 0:131| 0-131] 0-122) 0-113 | 0-103] 0:100} 0-096] 0-093) 0-086] 0-081) 0-070) 0-067] 0-059 0-044! 0-038) 0-021) 0-002) 9-992 f 0-088 | 9:965] 9°947| 9°935| 9-908] 9-890} 9:879| 9-863] 9°858) 9:845) 9-844 | 9-843] 9-838} 9°838) 9-832) 9°831| 9:831] 9°835| 9-839] 9°847| 9-864) 9°883) 9-889) 9-909) 9°921 | 9-872 9-934] 9-947] 9-955] 9:960} 9-969) 9-991} 0-002) 0-019) 0-023) 0-039 | 0-047] 0-058} 0-066) 0-075] 0-076} 0:079| 0-077 0-080) 0-075} 0-081) 0-081) 0-085) 0:085) 0-085 F 0-037 0-074] 0-062] 0-050) 0:054| 0-059] 0:067/ 0-071] 0:063) 0:055| 0-056 | 0-068} 9-066) 0-066) 0-073) 0-070] 0-070} 0-069) 0-072) 0-081| 0-086) 0-096) 0-095) 0-105) 0-104 } 0-072 0102] 0-108) 0:093} 0-088} 0-088) 0-096] 0-105} 0-114) 0-118) 0-126 | 0-130) 0-139} 0-168} 0-172) 0-181} 0-194) 0-200) 0-210) 0-219} 0:228) 0-238) 0-250) 0-257) 0-272 | 0-162 0-271] 0-274] 0-276] 0-280} 0-284) 0-296] 0-305} 0-318) 0-325) 0-330 | 0327] 0-329] 0-325] 0:327| 0-318] 0-314] 0-310, 0-313] 0-313} 0:327) 0°331 0°334) 0°337| 0-349 | 0-313 0°350] 0:349) 0:345] 0°351) 0-361] 0:367| 0°369] 0:366| 0°364| 0°357 | 0°355| 0-347] 0°341) 0:338| 0-329) 0:322] 0-318] 0-319) 0°319} 0°327| 0°335) 0337) 0°339) 0347 7 0-344 0:347! 0°345] 0°340) 0:339 0-346! 0°350) 0:352) 0°343) 0-338) 0:326 | 0317 0-309) 0:299! 0-291] 0-287! 0:281| 0-285, 0:287| 0-291) 0-295) 0-303, 0-311) 0°319, 0°331 | 0-318 0:330) 0°338] 0:342| 0:344] 0-348} 0:351| 0:352 0°344| 0:343] 0-335 | 0°326] 0:314}0:306 0-297] 0-292 0-286) 0-282| 0-290) 0-292) 0-299) 0-309 0328) 0°334) 0°350 Ff 0:322 0:348} 0:344| 0-340} 0:346] 0-344] 0-346 0:340 0:337| 0°333) 0:306 | 0°282) 0-259) 0-238 0-224] 0-215 0-195} 0-187] 0°188| 0°194/ 0-203] 0-211) 0-215) 0-205) 0-185 } 0-266 0'178] 0:157| 0°152) 0:147| 0-146] 0:146) 0-136) 0°119} 0-096) 0-094 | 0-100} 0°120) 0:117, 0-106} 0-087 0-086) 0-076] 0-082} 0-093) 0-107} 0-108) 0°118| 0-121) 0-122 } 0-117 0127} 0-122) 0-118) 0°107| 0-108) 0-108) 0-101) 0:084/ 0-068) 0:038 | 0-007) 9-987 9:83, 9-968] 9:950 9-933] 9-918] 9-902! 9°897] 9°893] 9:895) 9°893) 9:869) 9°869 | 9-998 9°852| 9'847| 9:831) 9835] 9°829| 9:820} 9-811) 9-791] 9°780} 9°76 | 9765] 9-772) 9°767, 9-762) 9-738 9-719] 9-712] 9°710] 9:684) 9-674) 9°672 9°674| 9°668) 9°666 } 9°756 9°659] 9:653] 9:662) 9°68] 9-665) 9:66) 9:668| 9-665 9°661| 9-655 | 9-650) 9653] 9:656, 9-654) 9-652 9:642) 9-633] 9-633] 9°639) 9-654) 9:670) 9°679) 9-687| 9-704 } 9°660 9-709) 9:719] 9-718] 9-725] 9:731| 9°731| 9-733) 9°735| 9-729] 9-735 | 9°718| 9-719] 9:712, 9-698) 9-682 9679] 9-672| 9-670] 9°669] 9-674] 9°668) 9°660] 9-642) 9-635 | 9-698 9°632| 9-614] 9:592| 9585] 9-582) 9-576] 9-572! 9-573) 9:565| 9°557 | 9:549| 9:5371 9-527) 9-518) 9-503 9-489) 9-481] 9-470) 9-466] 9-463] 9-462) 9°463) 9-462) 9-459 | 9-529 9-420] 9°417| 9:426| 9-425 9-439] 9-450) 9:466| 9°475| 9489] 9:509, 9°528] 9°543) 9-554 | 9-449 0-043 COONAD NP WHrH 9439) 9°426/ 9:416 9-416] 9°411) 9:415) 9-416) 9°427) 9-425) 9-421 | 9-423 Man, | 0:069| 0-065] 0:061| 0-061| 0°062! 0-066) 0-064 0:064/ 0-057] 0°051 | 0-045 ‘ E ROY. SOC. TRANS. EDIN.—VOL. XLII. 24H 0:037) 0:034 0-029 0-025] 0-022) 0-025] 0-029] 0-038} 0-046) 0-054 0:056) 0-060 } 0-048 234 BEN NEVIS OBSERVATORY. BAROMETER. ReEpDucEp To 32°. 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. _ JULY 1891. 1}2/3)4/6]6)]7] 8] 9] 10) | 12] 18 | 14 | 15 | 16 | 17 | 18 | 19 | 20} 20 | 22 | 98 | Bo lMean, | Ins. | Ins. | {ms, | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. Ins. 1 | 5:129) 5°128) 5°129] 5:134 | 5-137] 5-149} 5-160] 5-175] 5-188) 5-197] 5-201) 5-207] 5-213] 5-222) 5-223 | 5-235) 5-229] 5:228) 5-227] 5-228) 5-232! 5-231) 5-235) 5-228 | b:1u4 2 | 5°220 5*211) 5-203) 5°196 | 5°194| 5-196) 5-198] 5-191) 5-197| 5:196) 5-193] 5-190} 5°181| 5-178] 5°175 | 5°174] 5°166} 5°165] 5:165) 5-164) 5°165) 5°150| 5°156) 5-150 | 5:182 ! 8 | 5149) 5°145] 5143) 5-144 | 5-155) 5-166) 5-172) 5°188) 5-206) 5-222) 5-231] 5-241) 5:257| 5-265) 5-275 | 5:283) 5-293) 5-302) 5-305] 5:317| 5:327] 5°35] 5337) 5°340 | 5242 | 4 | 5*338) 5°338] 5°341) 5°348 | 5°354) 5°368) 5-376) 5°384| 5:395| 5-406] 5-413] 5-414] 5-417] 5:422| 5-420 | 5-413] 5-418) 5°425] 5-424) 5-416] 5:419| 5-412] 5-407] 5-403 | 5-395. | 5 | 5:889) 5383] 5:374) 5:362 | 5°356) 5°362| 5-362) 5°360| 5:356] 5:350| 5-338] 5°336] 5:328] 5313) 5:291 | 5280] 5-253) 5-229] 5-220] 5-209] 5:210| 5:193] 5:177| 5-167 | 5300 | 6 | 5°151| 5°138| 5°127) 5°123 | 5°115) 5-112) 5-103} 5-095] 5-088] 5-076) 5-069) 5-067} 5:057| 5-042) 5-031 | 5-020} 5-007] 4-994 4-989] 4-984) 4-986] 4-980) 4-981) 4-974 } 5-055 | 7 |4:975| 4-971) 4-966) 4-968 | 4:978| 4-985] 4-994] 5-000) 5-009) 5-023] £-026] 5-030} 5-038] 5:040) 5-055 | 5:075) 5-091) 5-095} 5-129] 5-157] 5:168| 5-179] 5-187] 5-209 | 5-056 8 | 5:214 5*216) 5°220) 5°221 | 5-236) 5-251) 5-270) 5-292] 5-314] 5-335) 5-356] 5-369} 5380] 5393] 5°416 | 5-420} 5-433} 5-440] 5-451) 5-459) 5-487] 5-485) 5-491) 5-499 | 5360 ' 9 | 5501) 5°507| 5°501) 5°509 | 5°517) 5°530| 5-547] 5:562| 5-573) 5:583| 5°594) 5-605] 5618] 5°621| 5-627 | 5°629] 5*635) 5-634] 5-634) 5-634| 5:639| 5°629| 5°626) 5619 | 5-586 10 | 5610, 5°607) 5-594) 5:589 | 5-595| 5-590) 5-590) 5°590| 5-588) 5-586) 5-586] 5:578) 5:577| 5:571| 5-571 | 5°567| 5°553} 5°553] 5:546| 5-521) 5°525| 5-524) 5-523) 5-510 | 5-568 11 | 5:500 5-494) 5-479, 5°472 | 5:471| 5-472) 5-473) 5-474) 5-473] 5-470) 5-464) 5-468} 5-468] 5-467| 5-467 | 5-465] 5-458) 5-453) 5°447| 5-441) 5-435] 5-425) 5-424) 5-419 | 5°462 12 | 5-411) 5-410) 5°397) 5°407 | 5-410) 5-410! 5-413} 5-421] 5-433] 5-438] 5-447] 5-454] 5-468] 5-472) 5-490 | 5-496) 5:495] 5:510) 5°518) 5-528) 5-545] 5-552) 5°557| 5-559 | 5°468 18 | 5°575) 5°577| 5°582) 5°592 | 5:606) 5-620) 5-635] 5-646) 5-663] 5°677| 5-691| 5-707] 5-723] 5°742| 5°750 | 5:764| 5°769| 5-780) 5-791) 5-803] 5:81) 5-820 5:829) 5-831 | 5-708 14 | 5°828) 5°838) 5*842| 5°848 | 5°856) 5-871) 5-879] 5-883) 5-887] 5-887) 5-893] 5:897] 5-901) 5:901) 5-899 | 5-895] 5-884) 5-874) 5-863) 5-858) 5-854) 5-846] 5-844) 5-831 | 5-869 15 | 5°772| 5:804} 5*795| 5°780 | 5:772) 5-761) 5-747| 5-740) 5-731] 5°719] 5-713} 5:697] 5687] 5:674| 5-659 | 5°645| 5*642| 5-630) 5-624] 5:615) 5-607) 5-594) 5°78) 5°555 | 5689 16 5-585 5*521| 5°502| 5°498 | 5-474) 5-465) 5-459] 5-437] 5-439] 5-433) 5-427| 5-424] 5-416] 5-406) 5:397 | 5:390| 5384] 5°381| 5:380) 5-378) 5°375| 5°378| 5°367) 5363 | 5-426 17 | 5354! 5344) 5-335) 5°325 | 5°312) 5°306) 5-302 5-297) 5-299] 5-301 5303] 5-305] 5:311] 5°313) 5°325 | 5:330| 5°336] 5:347| 5361] 5-365] 5:378) 5°383] 5385) 5390 | 5°333 18 | 5:379) 5°380) 5°369| 5°354 | 5-351! 5:340| 5-340] 5-362] 5:361| 5°363) 5-351) 5-346] 5:348] 5:359) 5-366 | 5:37] 5:374] 5:379] 5°386| 5-393) 5-402) 5°397| 5-389) 5-380 | 5°368 19 | 5°372) 5372) 5-360) 5°350 | 5°355) 5-349) 5-344) 5-348) 5°348] 5°348) 5:356] 5-362] 5°364] 5°364) 5°357 | 5°354] 5°355) 5°352| 5-350) 5-353] 5-356] 5349) 5-350) 5:345 | 5°35 20 | 5343) 5:327| 5324) 5-319 | 5-310) 5311) 5-309] 5:307| 5-303) 5305) 5:318] 5-324] 5-336] 5:350) 5-359 | 5:56] 5:362| 5366] 5-370] 5-372) 5-379] 5:380) 5379] 5-381 | 5-341 21 | 5:376) 5°377) 5:368) 5°365 | 5°361) 5°361) 5-364) 5-364] 5-361) 5°358) 5-348] 5348} 5:34] 5:338) 5:337 | 5°3829] 5°323) 5:317] 5°317] 5-314) 5-320} 5314] 5-308) 5°301 | 5°342 22 | 5-292) 5-285) 5°282) 5-280 5280) 5-287) 5-294! 5-308) 5:313) 5:317| 5-330) 5-337] 5:345] 5°346) 5°345 | 5°353) 5-353] 5:362| 5°373) 5:385] 5-415) 5-428) 5-480) 5-428 [5-340 23 | 5°436) 5-434) 5-436] 5-445 5441) 5-455] 5-467] 5-483] 5-494] 5-510) 5-520) 5-521) 5:525) 5°514) 5-510 | 5-497] 5-484] 5487] 5°491) 5-464) 5-460) 5-465) 5-460) 5-453 | 5477 24 | 5-440) 5-429) 5-417) 5*411 | 5-400) 5-395) 5-405) 5-401) 5-402] 5:397| 5-403] 5-409] 5-414) 5:415| 5-425 | 5-480) 5-441) 5432) 5-449] 5-447] 5-455) 5-455) 5-444) 5-460 | 5-424 25 | 5°447) 5-454) 5-463) 5-476 | 5-486) 5-490) 5-491] 5-490] 5-508) 5-522) 5-526) 5-536] 5546] 5554) 5-564 | 5°569| 5:569| 5-572) 5-569) 5565) 5565] 5°553) 5-550) 5-545 | 5°525 26 | 5°32) 5°522) 5505) 5-500 | 5-480) 5:502! 5-503) 5°501| 5-483} 5-495) 5-483] 5-472) 5:467| 5:450] 5-429 | 5-423] 5*390| 5-383] 5°363) 5:346) 5-329) 5°307| 5281) 5-261 | 5-434 27 | 5:240) 5-223) 5:205] 5-191 | 5:179)'5-170| 5-168) 5-171) 5-173} 5°179) 5-181} 5-201] 5-179] 5-194) 5-204 | 5-197) 5-189] 5-191) 5:185] 5-188) 5-190} 5-182) 5-187} 5°188 | 5-190 28 | 5-190) 5192) 5-184] 5-187 | 5°167| 5-182) 5-193] 5-169) 5*187| 5-186] 5-195} 5-204) 5:194| 5:206) 5-193 | 5180} 5:171| 5-156] 5-156] 5-138) 5-134) 5-182) 5-096) 5-096 | 5-170 29 | 5082) 5-071) 5-046] 5-043 | 5-035) 5-043) 5-044) 5-064) 5-080] 5-095) 5-106] 5-114] 5°123] 5:128] 5-130 | 5°147| 5:159] 5-166] 5-176] 5-192) 5-202) 5-215] 5-220) 5-226 | 5-121 30 | 5°237) 5-232) 5-251) 5:249 | 5-271) 5-278) 5-316) 5°346| 5-342] 5-353) 5-390] 5-408) 5:422| 5°427) 5-441 | 5-444] 5:450] 5-451] 5-451) 5-456) 5-458) 5-464) 5-467) 5-471 | 5:378 31 | 5461) 5°460) 5°460) 5-468 | 5-456) 5-457] 5-464) 5-468) 5-470) 5-478) 5:481] 5-487] 5-486] 5:485| 5-484 | 5-480) 5:477| 5-470] 5-476] 5:471) 5-468} 5-459) 5-448} 5-440 | 5-468 \[EaN,| 5°370) 5°367 5°361) 5:360 | 5°358) 5°362| 5-367] 5-372! 5-376] 5°381| 5-385) 5°389] 5:391] 5:393) 5-394 | 5-394) 5:392] 5-391] 5-393] 5392) 5-396] 5:394] 5391) 5°388 | 5-381 BAROMETER. ReEpucep To 32°. 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. AUGUST 1891. Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins, | Ins. | Ins. } Ins. | 1 | 5:428) 6 *420) 5402) 5°392 | 5°385) 5°37, 5°370) 5°355) 5:365) 5°359) 5°353) 5°339} 5°338| 5°342) 5-334 | 5-329) 5*319) 5307] 5-297 5-294) 5-288) 5-284) 5-265) 5-250 | 5341 | 2 | 5-240] 5-224! 5-203) 5183 | 5-177 5162) 5:146) 5:161) 5:163) 5:166) 5-161) 5-158} 5:155) 5:155) 5°153 | 5°150) 5:141) 5°135] 5-131 5:131) 5132) 5132) 5-125) 5-116 | 5153. 3 | 5*105] 5:092) 5:087| 5-079 | 5-076 5:079) 5-086 5-094) 5-099) 5:097| 5105) 5°106} 5°100) 5-111) 5-112 | 5-106] 5°109 5:124) 5-108 5:130) 5°142) 5-144) 5-142) 5-138 | 5-107 4 | 5130) 5°132) 5°112) 5°117 | 5-116) 5-145) 5°163) 5-192) 5:213) 5-215) 5-236] 5-250} 5-269) 5-273] 5-274 | 5-295, 5316 5°326| 5-335 5:326) 5-346] 5°357| 5359) 5:373 | 5°245) 5 | 5368) 5°367| 5°375| 5-380 | 5°383| 5394) 5-406) 5-417] 5:410| 5-426) 5-438) 5-448) 5-463) 5-459) 5-467 | 5:473] 5-472) 5482) 5:477, 5-482) 5-489] 5:490) 5-491) 5:487 | 5-439 | 6 | 5484! 5-483) 5°470| 5-464 | 5:479) 5:478) 5-483) 5°493] 5:501| 5-505) 5-511] 5°525) 5:527| 5°534| 5-535 | 5°535) 5:527| 5-521 5523, 5528) 5:531) 5°636| 5°522) 5:506 | 5°509 7 | 5513) 5°501, 5-482) 5-479 | 5-465) 5444) 5-447) 5-442) 5-439) 5-453) 5-455) 5-455] 5-463) 5-467|[5-475]) 5:471] 5-478) 5:485) 5: 484) 5-481] 5-489] 5-482] 5:477| 5:477 | 5-471 | 8 | 5478) 5479 5-468) 5:447 | 5:438) 5-421) 5-416) 5398) 5°381| 5-380] 5-385] 5:373] 5°369| 5:359] 5-359 | 4-344! 5-330) 5-326] 5316 5:317| 5:321) 5:318) 5°310) 5-304 | 5:377- 9 | 5291) 5-279) 5-272) 5-259 | 5-248) 5-242) 5-236) 5-239) 5-235) 5-235] 5-233] 5-227] 5:229| 5-222! 5-217 | 5-211! 5-208) 5-204! 5-205) 5-220) 5-230) 5-236] 5-233) 5-248 | 5*226 10 | 5244) 5°254) 5:258) 5°254 | 5258! 5-267] 5:284! 5-295) 5-316] 5-327] 5-349] 5-365] 5:372| 5:379] 5°388 | 5:387| 5°390 5:394] 5-404) 5-403! 5-411] 5-410} 5-405] 5°394 | 5342 11 | 5°381) 5°359) 5:352) 5°322 | 5:304) 5298) 5-285) 5-257] 5-219] 5-184 5-184] 5-184] 5-184) 5-193] 5-195 | 5206) 5-208) 5-192) 5: 173 5°167| 5-169] 5*140] 5-128] 5-112 | 5-225 12 | 5-085) 5-078) 5-050) 5-028 | 5-002) 4-998) 4-990) 4:987| 5-985) 4-979] 4-982) 4-986} 5-010) 5-024) 5-045 | 5-055) 5:059) 5-078) 5-095) 5:107| 5°104) 5°112/ 5-121) 5-120 | 5-045 | 13 | 5°152| 5-170) 5°198) 5-209 | 5:213) 5-232) 5-261) 5-298} 5:317| 5-326) 5:342| 5-357] 5-369] 5-384] 5-383 | 5-385] 5°385| 5-388] 5-391) 5-388] 5-387] 5:389) 5:374) 5:363 | 5°319 14 | 5°355| 5°341) 5°338) 5°324 | 5:318} 5:308) 5:316) 5-332) 5°338) 5:336| 5°328] 5-328} 5-326] 5°327| 5:319 | 5-813) 5°312) 5°311| 5°311) 5-308] 5-296] 5-285) 5:287| 5-282 | 5°318 | 15 | 5*281) 5-281) 5°263) 5-255 | 5°237) 5:237| 5-235) 5-232) 5-235] 5-240] 5:248) 5-248) 5-253] 5:257| 5:263 | 5:264| 5:269| 5-276] 5-288) 5-304] 5-313] 5-332] 5:341| 5-341 | 5-271 16 | 5°355) 5°360) 5:370) 5°374 | 5°374) 5°377| 5:391) 5-407] 5-414) 5-421) 5-429] 5:4321 5-440] 5-446] 5-442 | 5442) 5-440) 5-436 5-434 5:434| 5:428) 5-410] 5-408] 5°396 | 5-411 | 17 | 5°371) 5°367) 5°347| 5*309 | 5-289] 5-277] 5-266) 5-220] 5-211] 5:178| 5:177| 5-180} 5-136) 5°115| 5°107 | 5:101] 5:086| 5-073) 5:074| 5-063 5-031) 5:027| 5-043] 5-041 | 5170 18 | 5:050) 5:052) 5-071) 5-091 | 5:099) 5:105) 5:117| 5-127) 5:133) 5-135) 5-145) 5°145] 5-141] 5:135} 5-122 | 5*123) 5°127| 5-114] 5-116) 5-106) 5-110] 5-086] 5-079) 5-068 | 5°108 | 19 | 5:059) 5:056) 5-038) 5028 | 5:027| 5-029) 5020) 5:007| 5-009) 5-021] 5-044] 5-057] 5-062] 5:047| 5-075 | 5-068] 5-079] 5:088) 5:082) 5:099) 5-108) 5-112) 5-112) 5-110 } 5-060 20 | 5°118) 5°120) 5°125) 5°116 | 5125) 5*126) 5°131) 5:139) 5*144) 5-146] 5-146) 5-147] 5:149) 5-146] 5:132 | 5-123) 5-116] 5-113) 5: 113 5°115] 5-107| 5°108} 5098) 5-101 | 5-125 21 | 5:097| 5:097) 5-086) 5-086 | 5:086) 5:087| 5:093) 5-099) 5:109) 5:117| 5-125} 5-130] 5-134) 5:137] 5°137 | 5°152| 5-147] 5*169) 5: 176 5:190) 5185] 5-212) 5-232) 5°235 | 5:128 22 | 5*223) 5-222) 5-225) 5*227 | 5-241 5*248) 5-268) 5-276] 5-286) 5°305| 5*319] 5329] 5-339] 5-347) 5-841 | 5-333) 5:354) 5°357] 5-360 5:359] 5352) 5°337| 5°332) 5-332 | 5°30d | 23 | 5*314| 5°302) 5-299) 5-268 | 5°292| 5-285) 5-292) 5-296) 5-308} 5-310] 5-310] 5-314] 5-315] 5-305] 5-303 | 5-800} 5:297| 5-294) 5-297| 5-295] 5-294) 5-267] 5-253) 5-242 | 5-204 24 | 5°221) 5:215) 5°203 5°207 | 5°187) 5°183) 5:163) 5160) 5-154) 5-148} 5+141] 5-129) 5-118] 5-109) 5-081 | 5-091) 5-081) 5-064) 5-048] 5-036) 5:012) 4-983] 4-966) 4-985 | 5110) 25 | 4891) 4°867| 4°847| 4°833 | 4-835) 4-820) 4-818) 4-817] 4-820] 4-809) 4-814] 4-805} 4-801] 4-781] 4:767 | 4:737| 4:716) 4°678] 4-653] 4-624) 4-605) 4-565] 4-515) 4:474 | 4°746 | 26 | 4420) 4°377| 4°372) 4*360 | 4-380) 4:400) 4-448) 4-526) 4-584) 4-638] 4-686] 4-717] 4:754] 4:789] 4°819 | 4-837] 4-847] 4-854] 4-361] 4°865] 4:871] 4-874] 4-887] 4:896 | 4°669 27 | 4891 4-888) 4:876)[4-874]]| 4872) 4:879] 4-884) 4-890} 4-898) 4-902} 4-903] 4-903] 4-902] 4-891] 4:879 | 4:874] 4:866| 4-852] 4-854] 4-840] 4-837] 4-842] 4-838] 4-835 | 4°874 | 28 | 4°820 4:812 4-814) 4-804 | 4:817| 4-844) 4-871! 4-890] 4-906] 4-925] 4-949] 4-975} 4-992] 5-009] 5-032 | 5-053] 5:068) 5-074) 5°109] 5:134] 5-148) 5*160] 5:171| 5-178 | 4:981 | 29 | 5:196) 5-208 5°208) 5*211 | 5:212) 5-236 5-255) 5:272) 5-291) 5-301) 5318) 5°330) 5:347| 5°349| 5:355 | 5369) 5:381| 5:390| 5°398] 5:405] 5:412) 5-421) 5-421) 5-416 | 5-321 { 30 | 5:422 5-417) 5-410) 5-401 | 5:396| 5:392) 5-399) 5-385) 5388) 5:382) 5-378) 5:361] 5347] 5°326] 5°316 | 5:294) 5-270) 5°258) 5-241] 5-206] 5-188) 5:167| 5:127| 5°102 | 5°316 | 81 | 5:057/ 5:031 5°013) 4°984 | 4-948) 4-951) 4-933) 4-923) 4:917| 4-910] 4-896] 4-875} 4-844] 4-801] 4°754 | 4°722) 4:640| 4-584) 4-575} 4-560} 4:553| 4°585| 4°529) 4:513 | 4°794 | eee 5 195) 5°189, 5182) 5°173 | 5°170| 5171 5-177| 5°181| 5-187] 5°190} 5-196] 5-199} 5:202| 5-201] 5+199 | 5-198] 5*195| 5-192] 5-191] 5-191) 5-190) 5-186] 5-181) 5-174 | 5-188 FORT-WILLIAM OBSERVATORY. 235 _ BAROMETER. REDUCED TO 32° AND SEA LEVEL. FIRST FIGURE OMITTED. JULY 1891. 7 meni ce 41 & | 6 | F | 6 oF | ao | wm | a2 fae |. 14 | w | 16 | 17 | 18 | 19 | 20 | a1 | a2 | 98 HENe Mean. — | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. ]| Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. } Ins, 0154) 0-158] 0-146) 0-147} 0-144) 0-140) 0-134] 0-126] 0-124] 0-104] 0-103 | 0-099 | 0-091 | 0087 | 0075 | 0075 | 0:075} 0-071) 0:072) 0-064) 0-059 | 0-056 | 0-051 | 0-043 | 0-100 0-030) 0:024| 0-007} 0-002) 9-997 0-002| 0-002) 0:003} 0-002} 9-996) 9-978 | 9:979 | 9:976 | 9-971 | 9°966 | 9-963 | 9:955] 9-956) 9-954] 9-950) 9-950 | 9-946 | 9-942 | 9-936 | 9-979 9°932) 9:928) 9-914) 9-919) 9-923) 9-928] 9-932) 9:941| 9-942) 9-942) 9-947 | 9:953 | 9-965 | 9-969 | 9:986 | 9-993 | 9-998] 0-010] 0-019} 0-033) 0-049 | 0-057 | 0-066 | 0-069 | 9:976 0:074) 0-084) 0-091} 0°103) 0°118} 0-138) 0-151] 0-170} 0-191) 0-204) 0-205 | 0-224 | 0-280 | 0-248 | 0-256 | 0-266 | 0-274 0-290] 0-308) 0-322) 0-340 | 0°358 | 0°368 | 0-374 | 0:224 0:378} 0°387) 0-391) 0-401) 0-413] 0-429) 0-426] 0-423) 0-419] 0-412] 0-401 | 0:389 } 0:377 | 0°369 | 0-361 | 9°350 | 0-342) 0:334| 0°332| 0-333) 0°340 | 0°346 | 0-350 | 0-349 | 0°377 0°346) 0-337] 0°329) 0°317| 0°309| 0-301) 0°288] 0:273] 0-261) 0-235] 0-215 | 0-184 } 0°159 | 0142 | 0-120 | 0-108 | 0-092} 0:08) 0-069) 0-064] 0-052 | 0:042 | 0-030 | 0-009 | 0-182 9:994) 9-979) 9:964) 9-950) 9-926] 9-926] 9-918] 9-894] 9-871] 9-860] 9-854 | 9-846 | 9-829 | 9°804 | 9°786 | 9°74 | 9765] 9-773) 9786] 9-787] 9-789 | 9°793 | 9-786 | 9-780 | 9-851 7 | 9771) 9762) 9°753) 9°747| 9°733} 9-733] 9°729] 9-727] 9-728] 9-734] 9-736 | 9-744 | 9-745 | 9-752 | 9°765 | 9°772 | 9-769] 9-774) 9-786) 9-795) 9-804 | 9°815 | 9-812 | 9-820 | 9-763 8 | 9°817) 9-812) 9-811) 9°796) 9-796} 9-790) 9-787] 9-790] 9°788]| 9:777| 9°768 | 9°780 | 9°797 | 9-790 | 9:790 | 9:801 | 9°804| 9-812} 9-820) 9:843) 9-862 | 9°866 | 9-861 | 9857 | 9°809 0 “1 | 9°558) 9:561| 9562) 9-574) 9:581| 9:598) 9-612) 9-632] 9:652| 9-659) 9-661 | 9-668 | 9-670 | 9-670 | 9667 | 9°671 | 9:667| 9-666] 9-665] 9-671) 9679 | 9-681 | 9-682 | 9:679 | 9-641 2 | 9°67 1) 9°666) 9:660} 9-656) 9-655) 9-659] 9-653) 9-648] 9-642) 9-636] 9-633 | 9°633 | 9-613 | 9°625 | 9-600 | 9°612 | 9:611| 9:609| 9-607] 9-604] 9-607 | 9°608 | 9°609 | 9:607 | 9°630 3 | 9°604) 9-604) 9-604) 9-611) 9-622) 9:643) 9-653) 9-666] 9-683] 9:690| 9-700 | 9-709 } 9-718 9-730 9°735 | 9°748 | 9°765) 9°77) 9°790] 9-803) 9°825 | 9°845 | 9-853 | 9-862 | 9-718 4 | 9°859) 9-863) 9°865) 9-872) 9876) 9°885| 9-893] 9-905] 9-914] 9-921] 9-929 | 9-930 | 9-930 | 9-933 | 9-930 | 9-930 | 9-936] 9-946] 9-942] 9-942] 9-946 | 9-943 | 9-939 | 9-933 | 9-915 5 | 9924) 9:922) 9-912) 9-904) 9-891) 9-890) 9-882} 9-869] 9-855] 9-843) 9-826 | 9-823 | 9-810 | 9-791 | 9°758 | 9-741 | 9-725] 9-706] 9-694] 9-673] 9-659 | 9-645 | 9:630 | 9-611 | 9:791 6 | 9°633) 9-582) 9-567] 9:561| 9:556| 9-568) 9-565] 9-559] 9-549] 9:532| 9-515 | 9-503 | 9-477 | 9-447 | 9-420 | 9-419 | 9-414] 9-427) 9-430) 9-480} 9-432 | 9-429 | 9-434 | 9-426 | 9-495 “7 | 9°426) 9-425) 9-420] 9-426] 9-435) 9440] 9-448] 9-451] 9-466] 9-481] 9-484 | 9-489 | 9-483 | 9-482 | 9-482 | 9-492 | 9-505] 9:520) 9-545] 9-581] 9-609 | 9°642 | 9648 | 9-664 | 9-502 8 | 9°665) 9°681) 9-685) 9°697) 9-713} 9-742) 9-767| 9-797] 9-818) 9:847| 9°865 | 9-879 | 9-891 | 9-921 | 9-929 | 9-946 | 9-961] 9-980} 9-987] 0-005) 0:027 | 0-039 | 0-051 | 0:062 | 9:873 9 | 0:067/ 0-083) 0:082| 0-096) 0-103) 0-120] 0-137] 0-139] 0°151] 0-155] 0°154 | 0-148 | 6-145 | 0°138 | 0°130 | 0°129 | 0°129] 0-122) 0-130) 0-140} 0-155 | 0-159 | 0164 | 0-162] 0-131 0 9°853) 9-851) 9°850) 9-843} 9-843) 9-844] 9-834] 9-826] 9-815] 9-816] 9-813 | 9-810 | 9-810 | 9°805 | 9°799 | 9-799 | 9°799} 9-801] 9-803} 9-811) 9-815 | 9-818 | 9°821 | 9-825 } 9-821 9°817| 9°809) 9799] 9:796) 9-789) 9°789| 9-788] 9:793) 9-786] 9°780| 9°780 | 9-790 | 9-796 | 9°809 | 9°810 | 9°815 | 9-819} 9-829] 9°835| 9-838} 9°853 | 9-851 | 9°846 | 9°S48 | 9-811 *832| 9°831] 9°830] 9°821| 9°810 | 9-807 | 9°799 | 9°796 | 9°791 | 9°790 | 9°781| 9-769) 9-766] 9°767| 9°775 | 9°74 | 9°71 | 9-766 | 9°805 3] 9°796] 9-802) 9:804| 9-810 | 9°816 | 9-826 | 9-837 | 9-844 | 9°846 | 9°846] 9-851) 9:865] 9°87} 9-903 | 9-921 | 9:923 | 9-927 | 9-827 9-983] 9-987) 0:002/[0-003}|[0-005)] Lo: 000]|[9 996]|[9 -992)|[9-984]] 9:972} 9-985) 9°999| 9-977] 9-983 | 9-983 | 9-973 | 9-955 | 9-976 y 9-925) 9°929 | 9-931 | 9-942 | 9-949 | 9°953 | 9-950 | 9-965) 9-973] 9-990) 9-994) 9-996 | 0-010 | 0-009 | 0-001 | 9-950 0-053} 0-060} 0:065} 0-065 | 0:076 | 0-080 | 0-080 | 0-080 | 0:091 | 0-096) 0-101) 0-096) 0-095} 0-091 | 0-090 | 0-086 | 0-082 | 0-065 0:009) 9-991] 9:970| 9°952 | 9-948 | 9-938 | 9-923 | 9-904 | 9:890 | 9-882] 9-864) 9°841) 9-823) 9-804 | 9-785 | 9°764 | 9-740 | 9-931 9-713} 9-714] 9°723) 9-722 | 9-732 ] 9-726 | 9-731 | 9°734 | 9°732 | 9°734) 9°732) 9°726) 9-733) 9-734 | 9°744 | 9°740 | 9-745 | 9-727 9-744! 9-739] 9-740] 9°740 | 9°746 | 9-731 | 9°735 | 9°720 | 9-714 | 9-707] 9°699) 9-690) 9-676] 9-667 | 9°666 | 9-651 | 9-642 | 9-717 70) 9:575] 9°583 | 9°587 | 9:594 | 9-600 | 9°603 | 9°605 | 9°610) 9621) 9°637| 9°664| 9°679 | 9:699 | 9-710 | 9722 | 9-614 9-860] 9°865] 9°871| 9°884 | 9-893 } 9-900 | 9-899 | 9:890 | 9-892 | 9-901) 9-917] 9-928) 9-945} 9-954 | 9:966 | 9-972 | 9-974 | 9-875 9-987| 9:986] 9-989) 9:981 | 9-974 | 9:975 | 9:971 | 9-968 | 9-960 | 9-963) 9-964) 9-963] 9:961| 9-963 | 9-961 | 9-949 | 9-945 } 9-971 9:874| 9:875| 9:874| 9°872 | 9°874 | 9:872 | 9°871 | 9-865 | 9:866 | 9°867] 9-870) 9:873 9°87) 9°884 | 9-888 | 9°887 | 9-834 | 9-872 | | ! 9-849) 9-847] 9-838) 9-836) 9-828) 9:836 9-760) 9°760) 9-759] 9-760} 9-762) 9-773 9-937] 9°939] 9-941} 9-947} 9:951) 9-965 9-936) 9-922) 9-912) 9-913) 9-914) 9-914 0006} 0:005} 0:008} 0-020) 0-025} 0-037 9 9 9 9 0 0:070| 0-064 0-053} 0-045] 0-036] 0-039] 0: 9 9 9 9 9 9 IS SOO~1 See) Mm hs OO ce o is) ™ ey Re} is) ree 9°732| 9°725] 9°712| 9°711] 9-718] 9-720 9-739) 9°748} 9°735| 9:740] 9°750| 9°743 9629] 9°614| 9:594) 9-581) 9:565) 9-564 9°734| 9°751| 9°759| 9°775) 9:799| 9-822 9-976] 9:979| 9-973) 9-975) 9:971| 9-980 . 9869 9867] 9°861] 9°862) 9-863) 9:869 STE DEH 1 Oo Conar~ Ww cok SOO © Si ror) Go Re) K = S “I BAROMETER. REDUCED TO 32° AND SEA LEVEL. FIRST FIGURE OMITTED. AUGUST 1891. Ins. | Ins, | Ins. | Ins. | Tus. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. ] Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins..] Ins. 9-927] 9-911] 9-896] 9:884| 9-878] 9:865] 9-859] 9-852) 9-848] 9:836 | 9-827 | 9-821 | 9:819 | 9:804 | 9:794 | 9:777| 9°772| 9°763] 9-764) 9-766 | 9°763 | 9-754 | 9-744 | 9-827 9-715} 9-692) 9°668} 9°652| 9-64=| 9-632) 9-641] 9-640) 9-637| 9°631 | 9-642 | 9-634 | 9-626 | 9°615 | 9°610 | 9-605] 9605) 9:599) 9°604) 9:604 | 9-601 | 9°597 | 9:593 | 9-634 } 9-570! 9°561] 9:554| 9°549| 9°555) 9°559| 9-554] 9-553) 9-551) 9-558 | 9-563 | 9°563 | 9-563 | 9°555 | 9-568 | 9-576) 9°595| 9593) 9°598) 9°605 | 9612 | 9-620 | 9-620 | 9:574 9-614) 9-606) 9:607| 9°619| 9-616} 9-633] 9-654] 9-665] 9-671] 9-691 | 9-698 | 9-708 | 9-718 | 9°733 | 9-744 | 9-758} 9°770| 9:789} 9:802| 9°826 | 9°842 | 9°852 | 9°858 | 9-712 | 9°862| 9:864| 9-882| 9-887] 9-900} 9-909] 9-916] 9-929} 9-928] 9-942 | 9-943 | 9-955 | 9-959 | 9-956 | 9-954 | 9-960) 9-956) 9-968) 9-983] 0-002 | 0-008 | 0-015 | 0-017 | 9-940 0023} 0:025] 0:036] 0-044) 0-047] 0-044! 0-048} 0-052) 0-054! 0:057 | 0-057 | 0-061 | 0-072 | 0-077 | 0-069 | 0-065) 0-071) 0-073) 0-073) 0-080 | 0-077 | 0-062 | 0-054 | 0-056 | 0032} 0:012} 0-000) 9-977) 9:960] 9-944] 9-948) 9-943) 9-946] 9-950 | 9:958 | 9-961 | 9-964 | 9:963 | 9-966 | 9-966) 9:964| 9-960) 9:960) 9:954 | 9:954 | 9-948 | 9-950 | 9-968 } 9-943] 9-924! 9-912 9-907 9-901] 9:884] 9-864] 9-844) 9-837] 9-824 | 9-811 f 9-807 | 9-801 | 9:790 | 9-780 | 9°772) 9:770| 9-761) 9°762) 9°767 | 9°773 | 9°772 | 9°764 | 9-830 9-736) 9-720] 9-707] 9:700) 9:694] 9:684 9-672] 9-666] 9-664] 9:655 | 9-645 | 9:642 | 9-635 | 9:633 | 9-619 | 9-623] 9°624| 9-627] 9-648) 9°677 | 9°690 | 9-691 | 9-708 | 9-671 9°727| 9-739] 9-745) 9°755| 9°771| 9°791| 9-804] 9-815] 9-825] 9-828 | 9-837 | 9-835 | 9-841 | 9°849 | 9-858 | 9-865) 9:879| 9-885] 9°897) 9-910 | 9°910 | 9-903 | 9-893 | 9:829 9-863] 9:853) 9833) 9°823] 9-809] 9°791) 9-757] 9-711) 9-661] 9-642 | 9-638 | 9°635 | 9-652 | 9°656 | 9-661 | 9°650} 9°651) 9°642) 9:643) 9-631 | 9°615 | 9:94 | 9°574 | 9-703 9-542) 9-515) 9-480 9-468] 9°456] 9:443] 9-437] 9-423] 9-414|[9-418]/[9-423] B al 9-456 | 9:474 | 9-482 | 9-509) 9-542) 9-564) 9-582) 9590 | 9°605 | 9°610 | 9633 | 9-502 9-671) 9:696] 9°713] 9-732) 9-760] 9-778] 9-814) 9-822] 9-838] 9-853 | 9-853 | 9-869 | 9-873 | 9°875 | 9-878 | 9-879) 9°877| 9°381) 9-879] 9°885 | 9°87 | 9°864 | 9°855 | 9-820 9823} 9°819] 9:807] 9:799| 9:791| 9°797] 9:799] 9-798] 9-789] 9-785 | 9-780 | 9-778 | 9-767 | 9-760 | 9-758 | 9°753 9-752| 9-753] 9°761 | 9°763 | 9°767 | 9°765 | 9-782 9-753} 9°749| 9-739] 9-719) 9-725) 9°719] 9-714] 9-715] 9-715] 9-727 | 9-724 | 9°727 | 9-734 | 9°728 | 9-734 | 9-739 2| 9-764) 9-784) 9-802 | 9°819 | 9°828 | 9°836 | 9-750 9 9°755 9°752 9°862| 9:872| 9-876] 9-886] 9-898] 9-918) 9-924! 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9:337] 9-356] 9:386] 9-401 | 9-424 | 9-440 | 9-465 | 9-505 | 9:540 | 9-558) 9°579] 9°597| 9°623 [9°653] 9°668 | 9°683 | 9699 | 9-449 9°719| 9:725] 9-737] 9-745] 9-769] 9-790] 9:812] 9-826] 9-838] 9-850 | 9:864 | 9-872 | 9-878 | 9-886 | 9°896 | 9-913] 9-934) 9-950] 9-955) 9-976 |[9°989] [9-994] [0-001] 9-860 0064 0-004] 0-002) 9-990) 9-988] 9-980) 9-972] 9-960) 9-940] 9:916 | 9-897 | 9-867 | 9-843 | 9-823 | 9-793 | 9-772] 9°750) 9°729) 9-708] 9-680 9°657 9623 9-594 | 9-854 9°532| 9:503} 9-474] 9-439] 9-410] 9-390] 9-373] 9-360! 9-342] 9-315 | 9-285 | 9-246 | 9-202 | 9-138 | 9-089 | 9-015] 8:963) 8-915] 8-882) 8°S63 | 8°874 | 8°876 | 8°855 | 9-204 9:674| 9°668| 9-661 9°655| 9°652) 9-655] 9°658) 9-663] 9-662] 9-662] 9°659 | 9°659 | 9-657 | 9-658 | 9-654 | 9-651 | 9:647| 9°647) 9°647| 9°651) 9654 | 9-654 | 9°650 | 9-647 | 9-656 eT —=E=SaoEEEE ee EE 236 BEN NEVIS OBSERVATORY. BAROMETER. ReEpucep To 32°. 4407 reset ABOVE Sea LEVEL. First FIGURE OMITTED, SEPTEMBER 1891. Mid- TON es 15) ||) 6 La |S LO 20 ee 22 es night. 1 2 3 4 5 6 7 8 9 LON LL 12 Mean. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. } Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins, | Ins. | Ins. | Ins.} Ins.] Ins, 4°483] 4-454) 4-437| 4-427) 4395] 4-380) 4°365) 4-338] 4-330) 4-318] 4-304 4-286] 4-271] 4260] 4-304) 4°379) 4-411] 4-435) 4-493) 4:558) 4:586) 4-612) 4-632) 4-648 | 4-421 4676) 4°701] 4-713} 4°736) 4:754) 4-792) 4812) 4-834) 4-857) 4°884] 4-923] 4-945} 4-971] 5-001) 5-020) 5-040) 5:052) 5:071) 5-087] 5114) 5°181) 5-154) 5-171) 5°179 | 4-942 5*193} 5°216] 5-227| 5-236) 5-246] 5-270, 5-291) 5°307| 5324) 5:337| 5-358] 5-366] 5°376) 5°387| 5°387| 5°385| 5:389) 5-395) 5:394| 5°397| 5399) 5-402) 5-396) 5-396 | 5:336 5394) 5-384] 5:385) 5°383) 5-382) 5-384) 5395] 5-406] 5-418) 5-425] 5-425) 5-426) 5-432! 5-440] 5-441) 5-442) 5-436 5-438) 5-489) 5°436) 5:434) 5-423) 5-423) 5419 | 5°417 5-414) 5°404| 5°388) 5:380) 5:364) 5-363) 5-347) 5:340! 5:325) 5°314| 5:316) 5°311] 5305) 5-290 5-282) 5-263) 5-229! 5-184) 5-127) 5:108) 5-125) 5-123) 5-108) 5-104 | 5-271 5090} 5-081] 5-056} 5055) 5-044) 5-046) 5-049) 5-054 5-043) 5-035) 5-040] 5-034] 5-029) 5-023) 5-007) 5-006) 5:014) 5-051) 5-086) 5-117) 5-134) 5-163) 5:181) 5-185 | 5-068 5198) 5:222! 5-231) 5:237| 5-242) 5-262) 5-290) 5-318) 5-335) 6:349] 5-368] 5-384] 5-393) 5-404] 5-410) 5-420) 5-422) 5°429) 5-442) 5-453) 5-460) 5-463) 5-465) 5:459 | 5°361 5°458) 5:452| 5-442) 5-434) 5-432) 5-437) 5440) 5-447| 5-456) 5-460] 5-472) 5-485) 5:490) 5-500) 5:503| 5515) 5°523) 5°525) 5-534) 5°548) 5-546) 5-551) 5-551) 5:549 | 5-490 5°546) 5:544] 5°531| 5-523) 5°52) 5:523) 5°534) 5°522| 5-508) 5:508| 5-506] 5512) 5:502) 5:504| 5-496) 5:501) 5:519) 5°528 5:542) 5:561) 5°573| 5570] 5574) 5°576 | 55380 10 | 5°587| 5-588) 5-580) 5:581| 5-579) 5588) 5-590) 5:594| 5-600) 5-598] 5-602) 5-600} 5588! 5-576) 5:587| 5:577| 5°578) 5°587) 5:587| 5598) 5-605] 5°605| 5°607| 5-610 | 5-519 11 | 5°610) 5°612) 5-612) 5-605) 5-601) 5-624 5-614) 5-630] 5-632) 5-635] 5-633] 5-630} 5:626] 5°631| 5-623] 5-619] 5°605) 5-602) 5:608) 5615) 5610 5-601) 5-602) 5-590 | 5615 : H 5:57) 5:587| 5:591| 5:599] 5:600| 5-603] 5-603) 5°603} 5:604) 5:603| 5591) 5:589| 5-584) 5:°586| 5586 5:571)| 5560) 5-551 | 5-585 5482) 5-484] 5:480| 5-471] 5-462) 5-449] 5-446) 5-441] 5-427] 5-411) 5°382) 5°363) 5°355) 5°350/ 5:327) 5°303) 5281) 5:272 | 5424 z 5-233) 5:241] 5:237) 5:245] 5:246) 5-246] 5:250| 5:245] 5-245) 5:248| 5-242) 5-258) 5:264| 5276] 5:284' 5-283) 5-295) 5°301 | 5255 5394) 5:403| 5-430) 5:437]| 5-452) 5-472) 5-484) 5-508] 5-510} 5515] 5518) 5°529) 5°529| 5°545) 5:545) 5:556) 5-559) 5-552 | 5-458 ‘537| 5537] 5:538) 5:542! 5-530] 5530) 5°527| 5:519] 5-499] 5-478) 5-468) 5-451) 5-437] 5-432) 5-429) 5-415) 5-406) 5-403 | 5-499 361) 5°363] 5°362) 5:360| 5-358] 5-353) 5346) 5:342| 5:329] 5°324| 5320) 5310) 5:303| 5°300) 5-290) 5:271) 5262) 5:243 | 5:335 197] 5°195] 5-201) 5:196] 5-194] 5-198} 5-215) 5-222) 5-214] 5-223) 5-222) 5-219) 5-229) 5°247| 5-246) 5-246) 5-254) 5-253 | 5-219 ‘290| 5-293] 5-308! 5:324) 5333] 5:341) 5°352| 5°366) 5°371| 5°371| 5°371| 5°379| 5°378) 5°379| 5:373) 5°374) 5°372) 5-366 15332 320) 5°318) 5-323) 5°320] 5-308) 5-309} 5°310) 5:305| 5-291] 5-282) 5:283) 5-270) 5-287) 5-289) 5-280) 5-268) 5-268) 5-280 | 5304 ‘275) 5-230) 5-248) 5-279] 5-286] 5-330) 5°333] 5-284] 5-304] 5°326) 5:333) 5°340| 5:319| 5°334) 5395) 5°372| 5-416) 5-413 | 5306 471) 5:485) 5-491) 5:506) 5:510| 5°5264 5-531) 5:530) 5-520) 5:518) 5-516) 5:521| 5523) 5527) 5:525| 5526) 5528} 5-529 | 5-497 *522) 5529] 5:537) 5°551) 5-548) 5-538) 5541] 5:544| 5-541) 5-540) 5-540) 5-529) 5-533) 5531) 5-531) 5-534) 5516) 5-508 | 5°50 5397] 5:366| 5:391| 5:370] 5:381] 5°387] 5:379| 5:375] 5-365] 5°378) 5-398) 5-406) 5-418) 5-427) 5-442) 5-450 5-454 | 5-414 “480 5°483] 5:485) 5-479] 5-464) 5-434] 5-423] 5-382) 5-352) 5-314) 5-286) 5-253) 5-182) 5°145) 5-127) 5-055) 5-026) 5-001 | 5-340 "876 4-853] 4-831] 4°799] 4:769| 4-781] 4:818) 4-830) 4-826] 4:830) 4*841] 4:829/ 4-847) 4°830) 4-830) 4-838] 4-831} 4°868 | 4-862 034) 5-071] 5-089] 5-117] 5:145| 5°181] 5:195) 5-189} 5-207] 5-222) 5-254) 5-274) 5-288) 5-296) 5-320) 5-323) 5-314) 5-305 | 5-140 °224) 5-217) 5-221] 5-230] 5:249) 5-258) 5-244) 5-212) 5-180] 5-179] 5-172) 5-160) 5-147) 5-140) 5-170) 5153) 5-152) 5-183 | 5-205 *L65) 5065} 5:068| 5-056) 5-052) 5-046} 5-046) 5-044| 5-058) 5:057| 5-070) 5-072) 5-080) 5-079) 5-077) 5-086) 5-082) 5-070 | 5-072 *983) 4-956] 4-912] 4:887| 4-883) 4-888] 4-892) 4-900) 4-898) 4-911) 4-909] 4°909) 4-921) 4-933) 4-927) 4-931) 4-920) 4-917 | 4:945 *282) 5-283] 5-285) 5:288) 5-290) 5-295] 5-298) 5-295] 4-294] 5-295) 5-296) 5:297| 5-298) 5-305) 5-310, 5-307) 5:307| 5°304 | 5-292 COND OF WN oe oO 17‘ | 5°390) 5°376) 5382) 5:371) 5°360 5°235| 5°226) 5-220) 5210) 5-198 19 | 5:265) 5:273) 5-273) 5:271| 5:266 5°357| 5°340) 5°331| 5323) 5-318) 21 | 5:272) 5:264) 5-263) 5-245) 5:265 22 15-426! 5-434) 5-438) 5-438) 5-446 23 | 5°524) 5521) 5518) 5°517)| 5515 24 | 5504) 5-476) 5-467) 5-449) 5-442 25 | 5455) 5-463) 5:467) 5-470) 5-468 26 | 5015} 4-992) 4976) 4-953) 4-922 27 | 4°871) 4°887| 4-909} 4-918) 4-966 28 | 5°285) 5-280) 5°253) 5-232) 5:221 29 | 5:132) 5-111) 5-086) 5:077| 5:077 30 | 5:062) 5-054) 5°035) 5-023) 5-016 | Mxan, | 5-289] 5-286) 5-281| 5-277] 5-274 SNIOGNS Geo SNoSe Vw WO WDNONID DNNAN NITOHAS BWHG bo SOrOCO BHO NMW WNrWOoO WHE Or Ou HB Oro o1 CVOVOV Or Or CUOVOvOVOr we S = & a OP RS Cove CRIS Ie Conn ee IR OES SS eo AR A ~C AAR =~ > lor) co fam a MDACDGG Adc Aon HAHAH cododcoc AooWeooH Hoatawd . 7o0 CDOS MDGON Ndoddanc hHeadoas GDaVGIHAl GOAIaT ODN oases of iS {| | swomadt FMS ANASS ESHER WSMST SNNSSS & | SOSOM-N AHHRSO ASM SNDMS OYNMHS NAMAHS & PoAPOH HOODS HOORAD WMiGOR&~ OLHOA HMSrIS @ gq PRINS WIGGAN HOMO OAHAMDA BMS IOmMMUMO Ga = | 8233 BD CN COSI HHO cocoa NaHCO SHAH ob Z | Qs cca H HANoNH GOD a ONG AAAS & a |2522aR ALKA VPSVO QAAAD OHLAAA OMOAyg |2ageee MDHSWH MAODANS SOHOM BONS OCOnHHDA © DOHA DMDGR ABWHMO ONADO WHO AMDOMHaA HK DPOI~HD DOMHRA DHONI WHNHH MODY HHNGOD © Ler) eS; BAB Nasconas HAAHeM aaavanss Alas asad Noah Hes co acy CCI WOOM SEdcd aq. HHeaagas Ssavda Had GOAIaIGS AH AHoatss aes oD = SOIC SS SOC Cols telentn) QUACISS CIDSNSIS) Cosi Enos | Ss oy EEPANP TH PHPRPOS SCHOMN MOSSAD HOASD WEWAVMHM Oo FAH D010 OCOROH MOORA K191N00O DLHOH MHOKRAN & ODOM MIOHION ROMA OIQ4HUMA 1BOHOH IQMOHMH CO Aw Htc as aco coCOH HAHHod a cacocD NGO Nica shcoH HSH OD Awrascc to Boscnca sh Ha Hc aoapca ed GOA oo NSS oS BOMHON PONDS SHHSH HHMI POA ANMADD B ESSONNY GHAYO ASHOSOS WADAS MHORS HSOSOHARH 10 RODON OHHDOKR AGQMHR OHAHKRAD HANHS AHRBGASORD o I RMOMmMAD HBOMAHDO 19190R OD HONHA MIQDHH BDHMOOHD © S CDH AD CDCD NCDCON GD HAHca Ma aDGSOD Nido HasaD SdH Od RM | SMO CDOOA Nasaavad H=haacscd GGDGI HA GdAlasad aH NHN oS Of A | sSPSPNN SONSH BOSON ANSWS SHSHS SORIANS O N | SOG WMONN QHONLA OAVWO LOUD ALSHHS © HERG DOHOOS MOLANW LMORA COMO MoQ9DHM oD HAO OCH O1Q1IG1IDN 19 Gd ID HHAAN HOG H Orn N 2 | FSsS58 NAOH HAH sods cocoH claaHeoes HaHa oo Acs ccd 00 Soa caasH HASH OSODCO NGS GOA HCO a HAHN OF BOEPAN PSSCOD PRPNWOA OMM19D HRBRSOM SHISAO OS BOALWA DOAMS AOMAM HOMAMD OAMOND GOADOAMH mr KROOON OHHKES M1AMMHO DHNOD WBNHHOS NAHNSOR Kw SOM HS SCOHHD 199R HH BDSONSS MHOHH BHNHOR © bi Soames aed MACOS) HN shades coaDaI aa Aida ance Hoon oD GD Hy | HOOD IDG cacdaDGDaGD HHadadan cdcoda Has cAGIODGDH SHH HHO cD a fae} REPGpeaNs sl CISICIOEDS ati Nee iehal Gai CORI ES) se Suslaeieaen | te Ss 2 NGL SHER G3100' G3) QUOI CORSA OOS) TA GOIQNIGOIGN ESINIGUICO o0/co = PO MOO H D1QLOD MODOS LHORIQ SGONHS MIQOAN @ ROLNAN Ht1d19H 1OhHON OOH HOA OAS aH Oo AMM opcac Srapopaas SAA cocoCDODTH Noo HASH HH oO Amor sess eco asc HAHAH cocoa ON HH HAHAHA of Bi SOE AD DAHA IWONDA BOHSHS OOAEN SHSOSUP EHIPOM MIMIs SONNE SHAN AOEAHD ASSATOS © DOI H OMMAMO HOMHAKR OHMOGA KNOMSD ARONOR oO DOrwAS QHAHK 1O0DND CONAN MbOHH DONHOR © wR ELEONS OMAPMP WSOPSH SOPOOY OHHAS HOSONOAN SN | SMOSH GSONOS ASONSHP SORAD OmM9OM SMetWe [=] DH RHDOD NODID OMORH LOHR Manon w LHPAMWA AANOOd 16omo44 Kenda hg AHHH 4 ASUBBSS Aone HHH SMa t Adamo HHAAHAH o Arm mcd do Fadcas HH OOH cocdcd HOD ANd AHH 65 (7p) A |ezenee HANSON AANAHMD NOHHWD OMWMA ANGNWH |zeene3 NOP. CONVAAS OBDOON AOsrN MONaNe BD Ko 86ImOO HOM LHANON OMROK TAaAkHOR © ADDAs QDHHHK 1IDOOAR OGOSONSA AGHSHH BOMHAR © jaa} ae SEAM oss Nasascos HAHHasos coavcaaaH Nascsesas Goa HaHa oo iS SH st dso BAO AAAS HOA SASaor SSBASS S ~ @) | SE RISD Dil DEA RICH CPM SS Sense MICS Aeo COU leelo ss oH St SE SUD OO GUESS GOIN IDG) (GO SIO 00) QIN Ot OL G0 E=10 oa) DoIQDOH RAHA HOBAR ANGOH AaDKrS DMOOIONNGD w RH OOHD ANE199 19m .0HH KRongddt mona RAHM Oo SJ = ABAB60 A cdd HAAN Bidcscom Acsscm KAAAAA 09 QMeaesds doco H SHAH cao Ho SNH THA oD q A $3 ROIS ECO) HS eI 1S AO GIES COO SH C2 SORA IGNICO QIN Ca) = |2ennes NOD AN OAO@Oo OMANIN Oxo’ DINAH A 12O1BD OS 18OSHSH SLMDD LHGGN KABRO AAAHOR © PRABODNS DQaer HMQOSNS OHHAAN HHSIAM BDOMARS K& ei a SRA Nooo Hanae Gpavco mH Alavoscacs SAAS | 50 A ERBrravcd SAacses AaAeA coovsc OnNmon AARISS & We) 4 SAMO DN ONAAWHD ONENIGW WSO MS MIA WOCMA|oN W = | ECONO SPOVMSOS OGCrADwWd OAmaAs NOM’ oOoOtma A -} imal Odio OaomK ANBNS QtrOt AOGON HHHAHAD w RPHOADHN GND 1OOO4R KHGOm HHNDH ONHAMN & = (=; AA Heese Nac sod HH Aac aoancoca Noosa AH Sais oo AH cDsd ScD OOH AOD cOCDTO THAD SOOO HCOM HHHHHs oo & A EF NOON CSAANP OMAN O AMMA AHOSPH ONPESRHA © HEOPAS NSHOD WAMSH AHMOK SSHAS CHADIAN A : S1Qe1G19S HOS OULMSM LNODA ANBHALK HBANORS © DRADNS SAVMD HSHNS GNHDA ASBOGA GaAmMHaAS LK 1 Soowasadd Aca ccd Hin codd cod cOH Nidoomo Hamtcw cd ae GION WLIGD GDCOCDCOGD HHHGIH oodrEacadD GIGI=HGDH Hast wads co 19 Ea FPDINAD DHOVWSD OA SCOWVOD DAA HP ASMaQis © a peep Sep CP Oey IS EAI Tes GS) UCR GSS Coho EOeN ied Gate) G PQ HOO IQ MIAH HOIOUK SAH SHOSH 4HNHH Ae w RHODA HNBPIGS 190 D1ON O19105015 HHMdM DOAN & Oo AWM ees Acocd saa HHH coacocaH coma HH HaHa oo Qh sd6069 Coda cd Gd Sco condo ad COCO COT SHH 08 cy BMONSNW AIMMDS OSDSSHD NSTOH SCONHH AHORA © BrOSAMS HORSE SSSOWO HASH AQNODOM mAOSOSA w =| S IWO1WH1 GHMOH KMOHN SMHRS MHAHOS © SROAADS SHNMS HOMAH OANDOM DONO HOHHSOS & S| S NCO HAAAadc eascaH cdo ccD MHHAAH oO co | SMH ONGCDCD HAHAH cocrcoaadd QIGDGD NH AHHH co i et Dar OM ON Qa aisiGy SHO O OSD Sion a SANNDWD PWONAND OOANNDP WANSD HSwWIORD DSWNSD 19 2 is OHiAANO AMaNo Qoatdto HHSOnM MOmMHt4HHDS w RN HOMA HHRMHS 1G9DR-0% D199 SOMOKLA BABA @ 4 A Ned GaGs HAA Hod Madmcth Moc HH AAAHHHA Atte d SOOM SHH meds HOt HaHHsaH ow is) BROMPSH OHNE SWSBMMW PANAM AQNASLASA AAA ES BORNDMOMW POSH ANSOOH QWOALEK OAHASOH SLHOHR © i 2 Ye) SASSNM SOOM MOON ONNDD ODAAKH HOOHOR & = oD 1g | SOK ood camDaNGDOD HAG SododoaTGd NGI CO HG oO I (Step lesltioen reat Tete Ne i Cais Yall SOLIS) ven e SS) OMS Meie) Se alilveye io) * pO) Birt Hirst (O91 > GOIGN “GO1G2 SOSH OS AO OVE GQNIGOI > AG) Hr CD'S 1S3| Os) o> a % (oe) ON HIGH DIORHS HOKLOM NOQDOS SOHON BNSOMHH & a 4 oD Ata Hedco coco HH HHH coe o SOOO HaamtaaH Ss EPrONP MN AWP SHOAOS SHAH SVANS Aw Qe ae BSUMIANANGS SOSSMA ANVOMH COOWD PONEN CHOMDOS . 5 2 Re) BQBHONN OCNOGK DOLMA KaNoOM KANO HHoedHO K 2 ia = ny a | SOMA cada odrcdcocd HA od sh coca dadndd AUG HcOH HAAG co 4 om HOAAAD ROH OHS FYOHSO SMOdM AMane 20 | sOSdSe SOON YS HMB SNNHS 2oLoyY wooyns a | Z js) a ea) ROAHMOOD DiADMS HODOH OLIBAK GQOQHAN OMOHMOS OS a Ey on) AMHHoscd Cocdcncd HH HHO cosadadad Noo tog Aaa = Ql (| saeave Greeny POMMN ANPLOS NYO OS SOHAL Se 9 LE PQOPH ASHES AOASD BOAON APSONS HPYSGSH OS | D (amt Re} SSAN O21000 MOKMH OMNDH KMNOH MOONS KH () oD Am Hdd cocdcd cad HAWS oDdddoaancd Nod Hoo SHH HH oo n i SSG ee cy seal eo ene ce Fo eM TES Mag st eNOS WS Gt AT INI OOO MINE creo ole 2 GDIDIG B=) OVA Dy COO." es 2 eu = Ge) ax = 2 = ie a za = 242 BEN NEVIS OBSERVATORY. TEMPERATURE. Dry AND WET BULBs. FEBRUARY 1891. 1 2. 3 i 4 5 6 7 8 9 10 11 12 For Day. Dry. Wet.|Dry. Wet. Dry. Wet.|Dry. Wet. Dry. Wet. Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet. Max. Min. 1 | 24:0 24:0 | 24-0 24:0 | 23°3 23:3 | 230 23:0 | 21°9 22:0) 21°7 21:8 | 23:1 23°1 | 22:3 22:4 | 22:3 23-1 | 24-2 24-2] 24-2 24-21 25°7 95:7 130-2 21-7 2 | 31:2 31:2} 51:9 31°9 | 32:0 32:0 | 32°2 32:2 | 32°6 32°7 | 32:4 32° | 32°7 32°7 | 33:0 33-0 | 83:0 33-0 | 33:0 33:1 | 33-0 33:0 | 82-9 82:9] 35:0 31:2 3 | 34:1 34:1 | 34:1 34:1 | 34:1 34:1 | 84:2 34:2 | 34°3 34:3 | 34:3 34°38 | 33-9 33-9 | 33:3 33-3 | 33°] 383°1 | 83°5 83°5 | 8471 3471 | 34:5 34°59 35:0 32:4 4 | 32:4 28°9| 31:9 30:0 | 30°8 30°6 | 32:0 31:7 | 32:3 32°3 | 33:3 33:2 | 33:4 33:3 | 33°1 33:0 | 32°86 32°6 | 32:0 32:0] 31°6 32:0 | 31°5 31:°9]35:9 27:4 5 | 28:3 28°3 | 30:0 30:0 | 30°0 30°0 | 30°1 30:71 | 30°9 30°9 | 31°2 31:2] 31°38 31°3 | 31°8 31°8 | 31°8 31°8 | 382-0 31°9 | 32:0 32:0 | 32°0 31°54 33°8 28°3 6 | 32:1 32:1 | 32:1 32:1 | 32°3 32°3 | 82°3 32°3 | 32°3 32°3 | 32°1 32-1 | 31°5 32°0| 30°1 380-1 | 29°2 29°2 | 28-7 25°4) 28-1 27°8 | 28°3 28°3]32:3 26:7 7 |81°5 31°5 | 80°9 30°9 | 29°3 29°3| 28°5 28°5 | 27-5 27°38 | 27:1 27:4 | 281 28-2) 27°8 27°8| 28-0 28-0 | 28°3 28:3 | 28°5 28°5 | 28°8 28°8431°5 27-1 8 | 27:0 27:0 | 26°3 26:3 | 24:6 24:6 | 23°8 23°8 | 22:1 22:2 | 20:7 20-4 | 20:4 20°4| 20:4 20-7 | 22°0 2271) 21:4 21°5 | 22:3 22:4 | 23-1 23:1427-0 20°4 9 | 24:1 24°1 | 24°6 24°6 | 24:4 24-4 | 24:3 24°3 | 23°1 2371 | 23°1 23-1 | 22°1 22:1 | 21°6 21:7 | 22°2 22:2) 21°9 22:0) 21:4 21°4) 21°6 21°69 25-2 18°6 10 | 26:0 26:0 | 26°5 26°5 | 26°7 26°7 | 27:0 27:0 | 26°3 26:4 | 26°6 26:5 | 26:4 26:3 | 26:7 26°5 | 26°6 26°6 | 26°3 26°3 | 26°9 26:9 | 26°6 26:7] 32-4 26-0 11 | 32°9 32°2 | 33:2 32°2 | 33°9 33:9 | 34°1 34:1 | 34:1 34:1 | 34°9 34:9] 34:5 34°5 | 34:5 34°5 | 34:3 34°3 | 34-1 34:1 | 34:0 34:0 | 33°7 33°79 34-9 19°5 12 | 19:2 19°5 | 18:1 185} 18:2 18:1] 182 18:1} 19:3 19:5} 19-1 19°38) 19:9 19:9] 21-1 21:2 | 21-4 21°4 | 20:4 20°5] 19-9 20°3| 19-4 19°67 22°6 181 13 | 20°7 21:0 | 20°6 20°6| 19:7 20°1 | 19:2 19:1] 19:4 19:0] 19:4 17-9 | 22:2 19:4 | 23:0 20°3 | 20°9 19°6 | 20°2 19:9) 20:3 20°4 |) 21:3 21°34} 31:8 19:2 14 | 31°6 31:6) 31°6 31°6 | 31°8 31°8 | 31:8 31°8 | 31°8 31°8/ 31:0 31:0] 31°2 31:2] 31-1 381-1 | 30°8 30°8 | 29°5 29°5 | 29°5 29°5 | 29°8 29:8] 31°S 29:5 15 | 32:0 32:0 | 32:0 32:0} 32:0 32:0 | 32:0 32:0 | 32:0 32°0 | 32°0 32:0] 31:6 31-6 | 30°8 30°8 | 29°38 29°8 | 33°7 29-7 | 82:9 30:0 | 34°8 29:1]34°8 26°38 16 | 29:0 29:0 | 29:2 29:2 | 29°6 29°6 | 29:9 29:9] 30:0 30:0} 30°3 30°3| 31:9 31:9} 31:0 31:0 | 31°2 31:2 | 31:0 31:0] 31-2 31°2| 31°7 31:7] 31:9 29-0 17 | 31:0 31:0 | 30°6 30°6! 30°3 30°3 | 29:0 29-0 | 28:4 28:4 | 28:2 28:21 28°1 28-1 | 27:9 27:9 27°8 27:8 | 28°5 28:5! 34:9 33°2 | 40°4 33°01 40°9 27°8 18 | 31:4 31:4] 31°8 31°8} 30:0 30:0 | 31:0 31:0) 31:0 31:0} 31:0 31:0} 30:0 30:0] 30:0 80:0} 31°2 31:2 | 32:7 32°0| 34°8 382°9 | 34°1 33°24 40°2 30:0 19 | 35°9 33°9 | 36-2 33°8| 37°3 33°9 | 37:1 33-9 | 38:0 33°1 | 37:1 32°7 | 36:0 32:0 | 36-0 32°3 | 37:2 33°0 | 36°9 33:3 | 37-2 33:3 | 37°8 34:0] 38-0 33°0 20 | 34:1 31:2) 34°3 30°8 | 33:3 30°0 | 35:8 31:0 | 34:9 30:9 | 35:0 80°8 | 88°8 28:8 | 34:5 29°6 | 35:7 30:0 | 36°5 31:0 | 37:5 32°5 | 387°9 32°38} 39-2 33:3 | 21 | 85:1 31:0 | 36:1 80°8 | 35:2 31-7 | 34:8 31-2 | 31°8 80-4 | 29-7 28-4 | 27:0 25:3 | 27-7 25:0 | 27:0 25:0 | 26:0 24:3 | 25:5 25:6 | 25-9 26:0) 36-1 24-9 22 |29°8 27:2} 32°S 29°8| 32:3 28-9) 30°1 28°3 | 31:2 29:2 | 30°1 28°8 | 81:1 29°8 | 29:5 29:5 | 30:0 30:0] 30:1 30:1 | 32:2 32:2 | 34:0 34:0] 38°3 29°5 23 | 87:8 33:0 | 38°8 33:8 | 88°2 34:0] 38:0 33°2 | 37:2 32:9 | 37:1 382°6 | 36°9 32:0] 37:0 32:3 | 36:6 32:4 | 35°9 32°3 | 37:1 32:4] 38:0 32°7] 38°8 3576 24 | 34:7 32:3 | 35:2 32°9| 35:0 34:3 | 37:9 37-9 | 36:9 36:9 | 38°2 36°3 | 38°1 35°5 | 38°4 33:0 | 40-2 33:0 | 41°9 34:0 | 42:2 34°S | 45-7 36:0] 43°7 34°7 25 | 40:0 32°6 | 38:2 31:9) 87°8 30°9| 38:0 31°7 | 38-2 31:2 | 37:6 30°8| 37:0 30°8 | 37:0 30°8 | 35:0 30°9 | 36:3 30°9| 36:0 30:1 | 35°3 30°0] 40-6 31:9 26 | 33:0 29°8| 31:0 28:3 | 80°8 27°1 | 31:0 27-0 | 31:0 26°8 | 31:0 28-0 | 29°3 27:0 | 30:0 26:2} 31:0 27:1 | 32°0 28:0 | 33°5 29:0 | 34:4 29:9] 35:0 26:0 27 =| 26:2 24°2| 25:9 24:9) 27:9 24:6 | 27:0 25°8 | 26°8 25:9 | 26:9 26°3 | 27:2 26-1 | 29°9 25:9 | 29:0 27:0 | 30:0 29-1 | 20°8 29°8 | 32:0 30°7 | 32-4 25°9 28 | 27:9 28:0 | 28:0 28:0 27°4 27:4) 27:0 27:0 | 26:1 26:1 | 22:9 23:0 | 23:1 23:0 | 23:7 28:2 | 24:0 22°9 | 24:1 24-1 | 25:2 25:2 | 24:9 24:9} 33-0 22-9 MEAN} 30°5 29-2 | 30°6 29:4 | 30°3 29:1 | 30°3 29°3 | 30°0 29:0 | 298 28-7 | 297 28:6 | 29:8 28-4 | 29°8 28:6 | 30:0 28°6 | 30°6 29:2 | 31:2 29:6] 34:3 27-0 | 13 14 15 16 17 18 19 20 21 22 23 Midnight.| Mean. Dry. Wet.|Dry. Wet.|Dry. Wet. Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet. Dry. Wet. Dry. Wet.|/Dry. Wet.|Dry. Wet.JDry. Wet. 1 | 24:0 24:1 | 25:1 25:1 | 24:1 24:1 | 24:1 24:1 | 23°8 23°8 | 24°1 24°1 | 24:1 24+] | 24°5 24:5 | 26°5 26°5 | 28:0 28:0 | 29:0 29-0 | 30°2 30°2] 24:5 24-5 2 | 33:3 33:3 | 33°8 33°8 | 34:0 34:0 | 84-1 34:1 | 34:1 3471 | 84:2 34:2 | 34°8 34:8 | 35:0 35:0| 35:0 35:0 | 85:0 35:0 | 85:0 35:0 | 84:2 34:2] 35-4 33-4 3 | 34:9 34:9 | 35:0 35:0 | 35:0 35:0 | 34:5 34:5 | 33°8 33°8 | 32:9 32:9 | 32-4 32-2 | 35-0 32:0 | 34:0 31:2] 35:0 31°8| 34:0 30°4| 34:8 30°2)34:1 33:1 4 |31°8 32:0) 31°7 31°8 | 33°4 31:0 | 85°8 82:1 | 35°9 83:2 | 24-9 31°3 | 84:0 29°8 | 33-3 28:9 | 30-9 27°8 | 29-0 27:0 | 27:4 27-8 | 28-0 28:0] 32:2 30-9 5 | 82°7 32:2 | 33-2 33°2 | 33:1 33-1 | 33:0 33:0 | 33:3 33°3 | 33-2 33°2 | 33°3 33:3 | 33°6 33:6 | 33-8 33°8 | 33°8 33°8 | 33°8 33°8 | 33:1 33:1] 3271 32:1 6 | 28:1 26°4| 27°4 26°3 | 27-1 27°1 | 27-7 26°4 | 26°7 27-0 | 27:0 27:2 | 27:2 27°41 27-6 27:6 | 30-0 30:0] 30°8 30:8 | 31:0 31°0 | 31:4 31-4] 29°6 29°4 7 | 29:0 28:9 | 29:1 29°] | 29-1 29-1 | 29°7 29°7 | 29°5 29°5 | 29:8 29°8 | 29:5 29:5 | 30:0 30:0] 30:0 30:0} 30°5 30°5 | 31-3 31°3 | 30°1 3071} 29°2 29-2 8 | 23:9 24:0 | 23:1 23:1 | 23°7 23:7 | 23°7 23-7 | 23°9 23:8 | 23°1 23:0 | 23°38 23:3.) 23°6 23-6 | 23°8 23°8 | 24-1 24+1 | 24:3 24°83 | 24-1 24:1] 23°3 233 9 | 21°8 21:9] 21-3 21°3 | 20°9 20°9| 19:9 19:2/| 19-2 18:4] 19:0 19:1] 18°6 18:9 | 20:0 20:0 | 22:4 22-4) 24-1 24:1 | 25:0 25:0 | 25:2 25°2422:2 232-1 10 | 26°7 26°7 | 26°7 26°7 | 26°7 26°7 | 27°8 27°8 | 28°9 28°9 | 29:0 29:0 | 29:2 29-2 | 29-7 29-7 | 80-1 30:1 | 30°9 30°9 | 31-9 31°9 ; 32°4 32:1] 27°9 27°38 11 | 32°5 32°5 | 32:7 32°7 | 32°9 32°9 | 33:2 33-2 | 29°1 30°3 | 28:1 28-2 | 27:8 27-8 | 23:3 23-3 | 20-7 20°7 | 20°9 20°9| 20°8 20:8) 19°5 19°7]30°4 30-4 12 | 20°3 20°4| 216 21°6 | 20°9 20°9 | 21:0 21:0 | 21:1 21°1 | 20:9 20:9 | 20:7 20°8 | 20°1 20:1} 21:5 21°5| 21:9 21°9 | 22°3 22:3 | 22°6 22:6] 20°4 20°5 18 | 22°1 22:1 | 23-1 23:1 | 24:5 24:5 | 25°1 25:1 | 25:3 25:4 | 25:9 26:0 | 27-0 27:0 | 28:7 28-7 | 29:0 29-0} 30:7 30°7 | 31°6 31°6 | 31°8 31:8] 23°8 23°5 14 |30°0 80:0 | 29°8 29°8}| 29-9 29-9 | 30:0 30-0 | 30:0 30:0 | 29°9 29:9 | 29°5 29:5 | 30-2 80-2] 30-8 80°8| 31:1 31°1| 81:7 31°7 | 31:8 31:8] 30°7 30°7 15 | 83:3 29:0 | 34°4 30°3 | 32:0 27:9 | 29:9 27°5 | 27:8 26°6 | 26°8 26:2 | 27-2 27:3 | 27-1 27:1 | 27:0 27:0 | 27-2 27-2 | 28-2 28-2 | 28:2 28:2}380°6 29-4 16 |31°6 31:6 | 31°2 31:2) 31:3 81°3 | 31:2 31:2 | 30:7 30°7 | 30°7 30-7 | 30-9 30:9 | 31:0 31:0] 31:0 31:0 | 31:0 31:0| 31:0 31:0 | 31:0 31:0] 30°8 30°8 17 | 40:2 33:0! 33°3 30°4| 40-9 30°91! 40-2 33:0 | 30:9 28°7 | 31°2 28-2) 35:2 29:5 | 28-1 28-1 | 28-0 28-0} 28°3 28-1 | 29°8 29°8! 31°8 31:8} 31°8 29°8 18 | 35:3 32:1 | 37:0 32:0| 40:0 31:7 | 40:0 31°3 | 39°38 31:1] 40°2 32:2 | 39-0 82:0] 39-9 34:1 | 37°8 33:1] 36°8 32:2] 35:3 33:3 | 36:0 34:0] 34:8 31°9 19 | 37:8 33°8 | 37°5 32°5 | 360 30°38 | 34:9 30°9| 33-7 30:0} 34:0 29-0 | 33-5 31-9 | 83-3 28-2} 33-0 29-1 | 38-3 30°8 | 34:9 29°6 | 33-9 29:2] 35°8 31-9 20 |36°6 32°8 | 37:0 32°7 | 38°7 32°0| 88:0 32°5 | 38°38 32°3] 37°38 31:0 | 36°5 31:4 | 35:8 31:0 | 37:2 32°5| 388-9 34:2) 39:2 32:2) 85°38 33:0] 86-4 31°5 21 | 26:4 26:4 | 26°9 26:9] 26-9 26:9 | 263 26:3 | 25-7 25°7| 25:1 25:1 | 25:5 25:5 | 25-0 24:9] 26:0 25:1 | 26:9 25:2 | 29:9 26:0 | 24°99 25:1] 282 26°8 22 | 35:2 35°2| 37:0 37:0| 37-0 37:0| 37:9 37:7 | 36-2 36:2] 35:2 34:2] 35-0 35:0 | 35:8 35°7| 35-2 34:8] 38°3 36°2 | 36:0 33-1 | 37:8 33°38] 33°7 32-7 23 | 37-8 32:8) 38°0 32:9 | 37-2 33:0 | 387°9 33:2 | 37:0 32:8] 37-0 32-4 | 37-6 33:2] 37:7 32:9 | 37-5 32:2] 36:8 31°9| 36:0 32:2] 85:6 32:8]37°3 32:7 24 | 43-7 35:8) 43:0 35:3) 41:6 35:7 | 42°38 35°1 | 42°0 35:0 | 41:2 35-0 | 41-2 33-4 | 43-1 35:1 | 42°5 34:8 | 42:3 35:0 | 42:0 34:0] 41°8 33°1] 40-4 34:8 25 | 36:1 30-0 | 36:2 31:7 | 37-9 30°2| 35:9 31:0| 35°8 30'8 | 33:2 29°7 | 33-7 29-8 | 32:3 29:7 | 31:9 29-9] 383-9 32:0 | 33-0 30-9 | 38:2 30°2]35°8 308 26 | 34:9 29°8 | 35:0 30°1 | 342 29:0 | 33:9 30:0 | 33°0 28-0] 31:3 28:0 | 30°8 26:4 | 29:7 26:3 | 29:0 25:2] 28:0 25:3 | 27-2 24:9| 26:0 24°8]31°3 27°6 27 | 32°4 30°8 | 32°2 31°1] 31°9 30°7 | 31:9 31:0 | 30°7 29:0 | 30°0 28:5 | 29°6 28°7 | 28:9 29:0 | 28:2 28:0 | 28:1 27:8 | 28:2 27-9 27°3 27:2} 29°1 27:9 28 | 26°8 26°8| 27:6 27°6| 29-4 29°4| 31-9 31:9 | 32°1 32°0| 33:0 32:0 | 32-2 32-2) 31-1 31:1! 30-5 30°5| 29:8 29-9 31-0 31-0| 30°7 307] 27:9 27°9 MEAN] 31°4° 29°6 | 31°4 29°8 | 31:8 29°6 | 31°9 29°9 | 31:0 29°3| 380°6 29-0 | 80-7 29:1 | 30°5 29:0] 30:5 29°1| 30:9 29:6 | 31°1 29:6] 30°8 29:6] 30°6 29:2 FORT-WILLIAM OBSERVATORY 243 TEMPERATURE. Dry AND WET BuLss. FEBRUARY 1891.: i 1 2 3 4 5 6 7 8 9 10 11 12 For Day. | \ Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.'Dry. Wet.|Dry. Wet. Wet. |Dry. Wet.|/Dry. Wet.|Dry. Wet.|/Dry. Wet.|Dry. Wet.|Dry. Wet. Max. Min. | 1 | 43:0 38-7 | 40:0 37°6 | 42:0 38:1] 40:0 36:9 | 39°1 36:1 | 38°3 35°6 | 36°7 34:9 | 36:1 34°3 | 36°7 35:2 | 39:2 37-8 | 40:2 38-6] 40°8 39:7] 43:1 35-9 |: _ 2 | 43°3 42°9| 44:0 43°5| 44:9 44:2] 45:1 44°8 | 45-1 44°9| 44-9 44:4] 45-0 44:9] 45°6 45:1 | 45:9 45°5 | 46:2 45:9] 46°5 46:1] 47:0 46:3149°7 42:7 _ 38 |48°8 47°3 | 48°2 47:3) 486 47°6| 47:1 46:4) 47:3 469] 48:3 47-2 | 47-7 46°3| 47:3 46-2 | 46°9 46:1] 46°9 46:2) 46-6 46:2] 47:1 46:9] 49°3 43-4 |, 4 | 44:6 438°5| 43:5 42°6| 43:9 42°8| 43-6 42:4| 43-8 42:5] 43:0 42°2| 43:1 42°7 | 44:2 43°3| 44-2 43:5) 44:1 43-5] 44-2 43°8| 44:9 44:2]47-1 43-0 | 5 |43°6 42°2|43°9 42:1] 44:0 42°2| 44:2 42°8| 44:3 42:9] 43:9 43-0 | 44°0 43°3| 43-9 43:2 | 44:1 43°7 | 44:1 43:7] 44:1 43-9] 44:2 44:0] 47-7 43°5 | 6 | 465 45°7| 45-1 44:9) 45-1 44:9] 45-1 44-7 | 45-3 44:9] 44:9 44:3] 45-0 44:5] 44:9 44:0] 45°8 44:0] 46-1 45-0] 45°9 44-7] 461 44:1147°3 43:2) 7 |45°0 44°7| 44-7 441] 45-0 43-9 | 44:9 42-9 | 44-8 42-6 | 44-3 42°6 | 44-1 42°8| 44-1 42-2] 43-6 42-4] 44-0 42:5 | 43-9 42-8] 43-8 42:8]45°5 43-4 | 8 | 441 41:0} 43:9 41:0 | 43°3 39°8 | 42:2 £9°1| 40°1 37:0| 88:2 35°8 | 86°9 34:2 | 36:0 33°5 | 85°7 33-4] 37-2 35:2 | 39°9 37:5] 41°0 38°83] 46-4 35-7 } 9 | 40°99 39:1] 41:0 33-2] 40-9 39-6] 40°3 39:7 | 40-°7 39:1 | 40°6 38:9] 40°9 38°7 | 40°2 387:9| 40-1 37:8 | 40:0 37:1] 40°9 37-7 | 40°4 36:9] 41-9 38-7 | 10 | 41°8 39°6/ 41-9 40-0) 41°8 40°3| 41-7 40°6 | 42-2 405) 421 40-4) 41°7 40:3) 41°7 40-1 | 41-2 39°9/ 41°6 39°3| 41-9 40-1) 42:3 40-2] 46-4 41-0 | Vi | 47:3 46°3 | 48-1 46°9| 48-1 47-1] 47:3 46-7 | 48-6 47:5 | 48-9 48-0| 49°0 48-2} 49:0 48:2 | 48:0 47-4) 47-7 47-1) 46°8 46:2) 46-2 45-7} 49°6 36:3 | 12 | 36°2 34:3] 35°4 33°2| 35:2 33:1] 34:1 32:2 | 34:4 32°4| 35°8 33-7 | 36°4 33:9 | 387°2 35:0 | 36:4 34:9 | 37°3 35:9 | 38:2 36°6| 40:1 36°31 42:1 34:0 |} 13 | 37°8 35°7 | 85°6 34:1 | 34°3 32:3) 34:0 31°8 | 33:9 31:8] 33°6 31:1 | 33°8 31:1] 33-9 31:2 | 34:2 31:9] 35-0 32:2 | 36°3 33°8| 36°38 33°8]41°8 33:2 | 14 |42°6 42:2) 43°7 43°3| 43-9 43:5] 44:3 43:8) 43-9 43:7] 46-6 44°8| 46-2 44:8 | 46°1 44:8 | 46-1 44°6 | 47-7 45:0| 48°8 45:1] 47-7 45:3] 48:9 41:8 | 15 | 48°9 48°6 | 44:1 43°8| 44:3 43°9| 44:7 44:0 | 44:9 44°3] 45:1 44:5 | 455 44-7 | 45°6 44:6] 45:3 44:5 | 45:0 44:0 | 45:2 44-1] 45-2 43:57-48°3 41-0 4) 16 | 43°7 41:3} 48°9 41-7 | 43-9 41°77 | 44:2 41:9] 44:3 42°1 | 44:2 42:2] 43°8 42°2/43:5 42:2] 44:1 42:8] 45:0 43°1/ 45:3 43-7 | 46:2 43:91 46°8 43:0 17 =| 44:4 43°8| 44°5 43-7 | 44:3 43-5 | 44°3 43:3) 44:3 43-2] 44:0 43-0) 44:1 43:2 | 44°2 43-1 | 44:8 43:4] 45-2 43°8| 45-4 43°7| 46:0 43°89 46:2 43°6 | 18 | 43:9 42°4| 43-8 42:0| 43-7 | 19 |35°0 34:0] 34:7 383-7 | 33-5 41:8] 43°6 41:8 | 43:9 42:0 | 43°8 42:0 | 43°9 42°3| 44:0 42°5| 44:9 42-6] 44:9 49-7] 44:4 42-8] 44:1 42:19 45-2 36-0 3 |} 20 | 33-9 32:7 | 34-4 33-2 | 33-3 32- 3 3 4 31:0 | 33°4 32:4 | 83°35 32°5| 36:0 35:0| 39:7 38°54 48:3 31-9 31°3 | 33°7 31°6 | 33°9 31°9 | 36:9 34°3| 38:0 35:99 48-0 31-4), 34°9 | 358 34:2 | 35°8 34:°2| 39:0 36°4| 40°9 38°34 43°5 32:7 32°9 32:0 | 32:3 31°3 33°0 320 | 32°77 31°8 oa 9 a 42°2 | 47-2 43:0 | 45-7 43-7 | 44:0 43:1) 43°4 42°7150°5 35°8 2 8 6 1 | 32°3 30°9 | 32:1 30° M4 33°8 32:0 | 38°5 36° 8 3 0 21 | 383-4 31°9 | 34:2 32°3 | 33°3 6 37°2 35-0 | 36:0 34° 2 4 0 | 22 |384 36°4/ 38:0 36:2 | 376 | 23 | 501 44°3 | 49°3 -43°8 | 49°5 48°1 42:9 | 48°6 42° | 24 | 49:9 43:9} 49°6 43°9150°0 44:3] 49°1 44:3) 49-8 44: 3°$ 43°0 | 46°2 42-7) 47-2 43°9| 49°6 44:°8| 52°7 45:9} 550 44:0 | 25 |47°6 40:9 | 47°5 40°8| 47-2 40°7| 46-9 40°9 | 45°9 40°9| 46°0 40:4] 46:0 40°5 | 44:9 40:1 | 45:2 40-2] 45-9 40-9] 47:0 41°3] 48°5 42°5}51°8 40°8 | 26 |41°3 38°7| 41:0 38-7 | 41-1 38:4] 41:1 38°6 | 39°3 37:4 | 39:0 37:0 | 39:0 36°4| 38°8 36:4) 39°6 36:°9| 40°9 38-4) 43°5 40°3| 45°6 41:1] 51:0 34°5 | 27 | 34:0 32:0} 33°8 31-4) 32°6 30°3| 3271 300} 31°5 29°5 | 32-2 30°0| 31°3 29-4) 31°2 29°3 | 32:2 30-1 | 34:1 31:9) 36:1 33°7| 38:6 85°7 44-2 30°8 | 28 | 40-2 38:9) 40°3 39:2 | 40-4 39:3] 4171 39°8| 41:°9 40°2| 42-2 39°8 | 42-7 39°8 | 42°6 39°9 | 43:4. 40-0 | 43°3 39-7 | 42°3 39°5 | 41°5 39:0} 48°3 39:9 |, 42°6 | 49:0 42:9) 49-1 43:2] 49-9 43°7| 51:0 44:-4]52°8 47-2 |/Mzan| 42°3 40°3 | 42°1 40:2| 42:0 40:0] 41°6 39-7 | 41-7 39°7 | 41-7 39:7 | 41-7 39-7 | 41:7 39°7| 41:9 39-9 | 42-4 40-4| 43-2 41:1 | 43-9 41:51 47-5 38:9 13 14 15 16 17 18 19 20 21 22 23 Midnight.| Mean. Dry. Wet.|Dry. Wet.|Dry. Wet.)Dry. Wet.|/Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet.|/Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet.JDry. Wet.) 1 |41°6 39°5| 42:8 401 | 42°2 39:2 | 42:3 39:1) 41:2 38:2] 41°5 39-4 | 42:2 39-3] 42:4 38-9] 42:1 39:8) 40-9 40°0| 41:3 40:7 | 42:7 42:0] 406 38:3 2 |47:1 46°9) 47:3 46°9| 47-9 47-2| 47:2 46°9| 48:0 47:4] 47:0 46:5] 48:0 47:7] 49:0 48:1) 49°4 48-3] 49°3 48-4] 49-0 48:0 | 49:1 48-0 7 46:2 3 | 473 47°2) 47:3 47:0 | 47°8 47:5 | 45-9 44°9) 44°8 44:0] 44-9 43-4] 44:9 43-2] 44-7 43:1 | 44:2 43-0] 44-0 42°9] 43-6 42°6 | 43:9 43:0] 46-4 45-5 4 |451 44-7 | 46:1 45:2) 466 45°3| 47:0 45°3| 46:3 44:7 | 45°8 44:2] 45-9 43-6 | 45-9 43:2] 45-4 43:1 | 44°6 42°9| 43-9 42:3) 43-9 42-1 ‘7 43°5 5 | 45:3 45°1| 45:2 45:0) 45°6 45°3| 45:9 45°7 | 46:9 46°6 | 46-1 45:9) 46:3 46-0! 45-7 45°2| 45:1 45°0| 45-2 45:0) 46°9 46:4) 46:3 45:2 44:3 6 |46°8 44:4) 47:1 43:3 | 46:0 43°5 | 46:1 43-1 | 45-2 42°9| 44°3 42:4) 44-1 42:7| 44:0 42:3 | 43-9 42°8) 43-2 42:9) 44:2 43-9) 45:0 44-7 43°9 7 |43°9 43:0 | 43-9 43-0] 44:2 43:1] 44-6 43-2) 44:2 43:2] 44:0 43:2] 44:5 43-2] 44-9 43:3] 44:3 43°5| 44-7 43°8| 45°0 44:2] 45:3 44-0 432 8 | 42:1 39:3] 41:9 38:9] 43:1 39°9| 42:2 39:2| 41:0 38-4] 40-4 37°3| 40-4 37-6 | 40:2 37:9| 40:2 38:1] 40°0 38:2] 40°3 38:9] 40:3 38-9 379 9 | 411 36:4] 41°8 37-2] 41:0 37:0 | 395 35°7| 389°7 35°8| 89°2 35:2 | 88°9 35:1) 38:9 35:4 | 39:4 386°4| 40-2 37°73 | 39°9 37°6| 41°3 38:7 37°5 10 | 42-7 40°6 | 42°6 40-8 | 42°3 40°8 | 42-7 41:2 | 43°4 42:0 | 43°8 42-7 | 44:0 42°8| 44:0 42°8| 43-8 42:9] 44-0 43°3 | 45°3 44-7] 46-4 45:3 41°3 | “TL #| 471 46:1) 47:0 46:1) 47:0 46:2 | 49:4 46°8| 47-3 43-1] 45-7 42°5 | 42:0 39°5| 41°6 37°9| 38:0 35:9] 38°5 35°7 | 37:1 35°3 | 86°8 35-0 44-0 , - 40°9 37:0] 41:2 36:7 | 41°5 36°7 | 42:0 36-9 | 37-9 35°7 | 39°3 36:2 | 38:6 35:2| 39°5 35:8 | 41:2 37:0] 41-4 37°6| 41:0 37°3/ 40:1 37:3 35°5 38°7 35°7 | 38°9 36:2] 36°7 35°3 | 36:9 35-6 | 36:9 36:0 | 37:2 36°5| 38:0 37:3] 38-8 38:1 | 39°3 38°7| 389-9 39°3| 41:0 40:8] 41:8 41°3 35'1 46-9 45°1| 46-9 45:0) 47-0 45:0| 46°9 44:8] 46°8 44:6] 45°3 43°7| 44:5 43-4 | 44-5 43:4] 44:2 43°3) 44:5 43°6| 44°5 43°6| 44-1 436 44:2 455 43°1| 47:0 43-8) 47-7 44:0| 47:4 42:2|46°0 41:7 | 44:4 405 | 42°8 39-8 | 42°8 39:9] 42°3 39°9] 41:2 39:3) 41°8 39°9] 43:0 40:9 fl 46°3 442) 45:8 44:0 | 46-0 44°3| 45-0 43:8] 44:8 43-7| 44:8 43°6| 44:9 43-6] 44:5 43:-4|44°6 43-6 | 44:5 43°7 | 44:7 43°8| 44:3 43°8 43-1 46°0 43-7 | 45°9 43-7 | 45-2 43°3| 45:0 42°5| 44:5 42°7| 44:4 42-4] 44:6 42-2] 44:1 42:3] 44:1 421) 43-7 42:0| 43-9 42:1) 44:0 42:2 43:0. 44:2 41:6 | 45:0 41:7 | 45:0 41°8| 44:8 41:3] 44:0 41:1] 42-7 40-4] 42-9 40°8| 40-6 38-7 | 40°0 38:2] 39°5 38:0] 37°7 35°9| 36°3 35-4 40-9 43°5 41:2 | 46-4 43:0| 46-9 43:6 | 48:0 44:3 | 461 43°4| 431 40-4] 43-8 41:1/ 42-4 39:5] 41°3 38°4|37°4 35:9] 36°6 34:9) 36°0 34-4 365 42°5 38:1] 44:0 39°6| 47-6 41:9] 47:0 41°6| 45:7 40-7 | 42:0 38°5| 37-9 35°3/ 87-3 34:6 | 36:2 33°9/35°6 33-2] 35:1 33:1) 35:1 33-0 34°6 41-7 39°3 | 42:3 39-4 | 42°5 39:9| 43-0 40:3] 42°8 40:0 | 43°5 39°5 | 42:0 38°8| 41-1 37:9| 40°9 37-7 | 38°8 36:7 | 38:0 36°2| 37°9 36:0} 38°8 365 44:6 43:6 | 46:3 44:9] 47-1 45:2) 47-8 45-2] 48-0 45°0| 48:9 45:1] 49°6 45°6/ 49-7 46:3] 500 46°6|49°9 45°6| 5071 44°7|49°9 44-4] 44-7 42:0 518 44:8) 52°5 45°3| 50-1 45-0] 50°7 44:7 | 521 44:7] 50°9 442/500 44:0/50°0 44:2| 49:7 43°9| 51:0 44:0 | 503 44:2) 502 44:1] 49-9 43-9 536 46°9| 54:7 47-9) 54:3 47°5|54:°3 47-7|54°6 47-6 |527 46°8|51°0 45:9] 50:0 45:0 | 48°9 43-9) 49-9 43:3) 48:0 427 | 47°9 4151503 44°8 | 49°8 43°2|51:0 43:9] 51:3 44:°2|51°6 44-7) 49-7 43°3] 48-9 42-5] 47-4 41-8] 46-0 41°3| 44:6 40°5| 43:7 40°0/ 42:0 38°8| 42:0 39:2] 46:9 41:4 47-8 42°7|49°8 43:2] 50-9 43:2|50°5 43:2] 48-0 41:0 | 44-7 38-7 | 42:9 37-9] 42°0 37-5 | 40:2 36°6| 39:0 35°9| 36°9 34°5 | 34:7 32°7) 42-4 38-6 39°7 86:8 | 42:2 38°5| 43-1 39:3] 44-0 39°8| 43-0 39-2] 40°7 37°9| 39°4 37-1] 386 37:0] 38°3 36:9] 37:9 36-2 | 38°8 37:0) 40°2 38°71 36-9 34:5 41-4 39°8| 42:0 40-2] 43:3 42:2) 44:0 43:5] 46-9 45-9] 48-1 47:0| 47-1 45-2| 46°8 44:8] 46-7 44:3) 46°5 43-9) 46°7 44°9| 47°2 44°50) 43°7 41-7 | Mzan 44:8 42°1|45°5 42°5| 45-7 42°8|45°8 42°6| 45-2 42:2) 44:4 41-7/ 43-9 41°3| 43°6 41:0/ 43:2 40:9] 42:8 40°7| 42°6 40°7 | 42-7 40-7].43-2 49-9 { | MARCH 1891. BEN NEVIS OBSERVATORY. DRY AND .WeEtT BULBS. TEMPERATURE. 244 APHAMS ASOPO AMHON AQHA MANAN QHHOMA BLAESH OATOOD AGSMA NOSSO AMWON OnMwpOD o& RPWOD1D HONIG HOwW1A9RH ARODD AROAK wW1GSOrHND © 3 IDNBANw DHDDS AHRNS BBHRAS Honma Loawoc : SAAN 4 AAS AAA ARAN AAA EI ANAAA ao A AAA NAAN ANAAN HANSA S ; o ASONDD APH OS MOANS NOWNG OMIODA HHOMpHS © = FLPLSHA DDSHDN SCPBPDDP AUSHTWO ANMOBMN OOMMIAD SO DHNA LIDOND DOHOM MAOMM OOOH ntAMOoMm O DION RANw DHORMH MORNS BVH OS DHMNM ROAMBOC - SSRASS GSSSS FARR RASRA SRARA BDAGRAAR A | BBRSSK a FoeA AAAAA ARAN CRASSA A nee eee HANSS PMA WMH OOW SOSSWO BWDSWON SPNHSO BAOMONWS, i> rs) oe coterie DOI~ OED AOISNO ONOND AMON PBONDaH OS ;j CARMAN KRODAN MOORS HOOK 19195010M HNOKKS OS ea! Bei SCO RID DOS DOOOS Heese Shiawase : SSAA rin Ann MN ANNTN ANNAN ANNAN AN co SRAAAA re AAR AN ANHANANG AANA SARSRR Hy i ROMS ICIG Dien igre) IC MEIC 2) AOU SED) LS) SEDC stl lOX GCAO SCE yen CO SSI Rp 5) (ae) as SH APNWE CONAN ADAND ONOND AYHAN PONV ONAN KRRONN DRODS HOOONH BiROHHM HNOKRKRAN it PoOAWN HODSSO ARORA GDDODMAE HSOBK SGANNSS QAR OIN ne Moe RAHN TN NNMMN NQNANANNN ANNDHN N = QRANNN rc AA AHH ANTNRG ANNANT FANARAN re Paes SESTO SOCAN WISIK~S OSM100NO ONASWOAG | Baeaee GONE CO) T0020 CONS SO Al NICICOG I) SCDINICO O35 at lANAAK WDAAMWS 1919000 HHARRS 1OBMDHM QHHARIDS OC IDCOGIH CO HOIGAA AGRON CDHAMR NOMPHK OHMANOHD A a NASON ae AH Aad N ANNHAN ANAANANN AANA A en MDANAN SRA ANGA AANA SANNA a SOMA BOOMS DOONAN BMW AS O90 DINROOS BY ROANAOIG NOOmA’ Nooo Mis gdmr NOs ONDHOC Ht EIOMONK DHAND ODODOSO HHARSS BWMOHHM AHAARIOM CO Fl cCGCDHO WDIDHH ARRON CDAMR ANOnsHKR Hane 5 AQAMNAMON FH Ae AANA ANNAN ANNAN ANNAN N QRANNNA mM MMH AN ANNAN NAAN SARSRS eH BOSONS SCSANS PNSSS ANON OMAAS Orrin, S HAP MOD ONEON OORHO AOASH DANO ANRRON A BIQRAAS DABAQ MALO AMEN S WNOSRAN AoOnoSigan Oo CONHH DOIGDODHD HHORN QDHOHMD NHNHO DANHAS @ oO ONAN ri A nM RTN ANNAN ANNAN FANNIN AN a OANNN AMAA AN ANANT ANNAN ANNAN o SOSONS ANPSHrS EANQYOOS ANSON ONAN OnamoN oY Sie SHRI Cae COS SIS GN) tale Bae ep EGS tal Cossilter otal enn Cote iex (a=) EIQ ANS OHOAA HHOOH HMORS HNOMN BONSION SO POONHO 190DOM NOLAN 2BOHMD AHNHO OAMHRO @ QMATMAN am Ar AMMAN NANMNTN ANNNANN BANNAN i] QOTAANNA onl Ma AA NAN AANA ANNNS ANNAN BRADNDS SHNSOS SHOND ABRSAN SNOOR SOHSSMO & BOONARO AMDAH HOONS ANHOM ONTOS ONNDAM rs Siam AS GHODH MBMLOS HNOKS MOHAN DOnGDS DAAHMA DODARA OBGRON ALDAD MHMHHO ONHHOSO & Sanna AW AH An HAAN ANNHA ANNAN FAANRRA “a SOmANA AAAAN AANA ANNAN BANANA Be rae Bs CN SO OBO STOO COHEN IGR OOS GULOSIGNICOIGNI SGD CO OS SOI Orel nN EEICMRICHES. RGN CSET! RI SIGICD TEINS SCORN lene! UNICO ea eel Ta EIQNMISNS OMDHH ADKRDS BNOOS MOGHN DOnMDOM S POPHOAR 1IODPQBHA ARRON ALMAD HMHMHHO ONHHDSO & LQMARAAN NG AA AAA ANDAA ANNAN AAANHHN A ARAANAN Bae BANANA ANAAN BANRNHA BOAOND COMA NOSSW GOANOIM OHOND SOMMSOO aI BOLOOMPN SCNVSH SOSVSH ASH GO ANMNWAa NtDomo WH ied Oaie SNOKS AHOOGS HADNS HOBON DHROWOH & KROOGR DOMHR HOKON BLAHO HHNHR ONBMOS ® EaNRaN AH Bana NNN ANAANAAN AAA = SRAAAA do ARAN ANNAA ANNAN AANA SOMANYS SCSSSSA AMAS1© GOAOHND OHOND SCOHNOHANSD mM sy ERPAHOON|A SSDE-EN HOPSH AMSB1OO AMIS OHOSHA © ENAMDOAMID OMODOSO NHORS HNOSCS HODON DHRODWHSO @& LO AOIMA 290K ARRON QLNHO HHNHR SONSMSO & BONN AS AA AAG ANNMNN ANNAN FANN AMANNN Ar mn nN ANNAN ANNAN ANNAN fee cen SOPHO ODEON SHDN OAQAANG HHASY-D & (oe eee WNOPSC SCENT SCOAMP APROSH OAIGSENO 16 OMM~AD CHDOR NOMS AHKKS COGHON OCHDOSOBHH wSOS60O BKRROS SOBHLRON SOhMAH DANGA DHANDS & BRAGA AG HonN AANA ATAAAN Saas = SRRAAA Set aoAaMA AAA AAAAMS FANSRA SWOrAND He PPIOQ OBPADH SCONON OANNH QHArEO m iw LRODPEIS USES! MIM ahah Ge Sirois Telaeen sl eh iakointes (ee DWRONG SGHOKRA NOwW190S AHORS GAHON © HS 5 I OO1IQD 12NDDOH NODDN OLBRO DHABR OMBNDS & BRARaAN Nr AMIN ANNMOMHN AaAAN SS ae Se QDAANA rm rn mn AN ANN NANNY AANA nm (ences DONADP SNSSHL ANAPO ONeHWs VHNDNS HOIOANOOS IDHNOD Ata Ht OMAI99 SH8APHnNA oASeA8S © KORA HDDOS MHD1GS MHOKDAD SGOMAN SOLOOHDH ao DWAOOK 19RKROS BHOKRDH CORARD OHANBH OMBAKLS & Soman Ar mM AnH AN ANNA ANNAN SO RS eice 9 ol SeacRaa re AA AAAAN ANN AAANNM AANA aT SONAND WASWDD SAWSH ANSSS OAVMHA ATADAN © a LORAIN TWO Spiel ess! Oates Sorpearg al tate Cotas lathe fe) T-DNA HDOrS MMIDIBS MHRHAS GORMAN On Hg 5 MASOOD DOROSO HORDH ORARA OANBR OMBAKM & ADNAN Na SS MM HHN NANNN ANNAN SSRs Sg | E2225 re Am FANN ANNRTA ANNANAH BANNAN rc [ee ene POWDAD HASAN CONHSA ARMODH OBACSNO OO BONADH COMPAR? SCPAPDP AAOSAN ODPAAS WROMADo mo KRORnAND ANHHDOBR AANDOD MH12DS COMAN OLODHH oC AROOK OHDHAH HRODS OLNSS DHMBH KRMNHMBDOS SO SReAnON AD Hote AANA AANA somone 1¢ SHANA 4 BH aaaN ANAAAN AAANAH FAAAGOAN A PODMNM DOHMOD MHOON ONANANH FMOHH OHOOMN oo al BOSTHEH SONHS AAHASR? AAAEN CPAAS BSONSOQ EOVDNG DOAN GMAOON CANN WOSmmM Ono ows mf | TT OOH OH CONWE ANHOSD BAAN OMPAAS WABONOE = DIINO NHRHOR NHOWA MWHRASD COMAN © roe) PDAROOMm OWDDHIH DORWDS ORARDS DxAMHBR t_HtMonW S AARON ane Aan ANNAA AANA Soease & | EB2885 = BA aA AAN ANNAN ANANH FAANGAN A feaseee ANY SP LEPSOHTHM ODAAHX CPAVMM ANWAQrMm~ OISIGOLS BISCO OEIIATS aD CORO CACTI A Bata Cole Boa oN eS HARASS MHODS Aa95R NHODN QBONAN RO x0 5 COOaK CHAWMDAN BRRARS CONOH ONHBOA RVHMDAN O SOMA Nr re SS hel ANNAN AANA aR Re S oO 2aRnaanN ri Mn AMMAN ANNAN ANNAN FAANRAN N OH HODOOSD ATAHOO WMO DHOHTKR NMOHMH NANOOKRNR oo b=! SH SDMOM IDHNRPO LOMO MANHOS HHYNMH OHOSno mw pede MGSO NAO NO GOAGOGd) Or OES IO SAG NNO OTs LE PDE NE EOC a SARS SD ORISA GUS Ta Ge) SONG en eS leo as S HRNS MHOKA ANDRA AHOHA ie AK DROAN MDHDOSS SOWOH CONHOR KLaMtAam oO ASNNaA AS Aosta ANAAN AAA oaaae SS AFaaAA = Ho SHAAN ANAAAN ANAAYS FANG A BOPAAS OWABPSH DOLLOP ODRQBwOHA MARADA TAHAEONn O BOOPAA BOSH ONSVH OBWOOAS MANAD HHOMMO NOODODD HHDIDSG ONHOR ARBOR AOUAD 06 AHOND KHOOM DHDODS OKRMAN OMINBS DHMBAN W SRRGAR Nr ri Anne AGAMA ANNRN SS ES 19 SBARAA Mmmm BHM N ANNAN ANNAN BANNER AN N PMROHS DORMH HOBOM DRDHR MAHOH AHOOMK WN tel EHOVAA HPNRS HNSYHD OQWSCPH SAA AUOANO +H SR RPOAS WOM DA HOPOP OPHWOAD VQPAGM MAWOME SCI GON! Sailnet pis > : NONDD HHDDS OMNOAD ARKROM QOH AOOND RORBAM DRARS GRMHON ONMIWHS DAHMAN w | ERB2RR Aq Sa oo AANA HANA OoNee SS ARAANON Ae An ARAN ANNAN AAAQAN GANGA A Sanger PRBDAN ANS OD OOPMaAA HVPNORW VNAr-NGOD © | ESOSHDS ONPOM AWOOAN APAOM DARPPSO ONEAON IeDOID OHOIDS BMAIGHA NOWIAH A 0m rmdOnAC I~AANO KRMOOM MORRO HORAN OMOHN OMNNOAN x SRAGCAN AS SS SH MIRAISIA) USIRIEI, DESI SSIS at SHNASA Nee AMAA AANA AANAA AAAKHAAN AW a | SANASH ONNSH NAPOWD OOAHA WRAWOS0O MOMMA N my RECA ENS LOGOGO EON, Goo SMR Ree SRO CAE sata beans Cos Uae OL TIS POIQ OHDIDOD ANDOIA NOON AROOOM RMOHNSG AIO RHOMM DOHOSOS HROAH OABHN OMNSDON | QRBARAN “Ne = SSA Aine Aina, SSisiaisey = ABAASA SSS HAANA ANARA AANAAN AAQANHA A (eee eee AIS SP POAPM POW OO OHNDD CORHWrIWS SSSI So Ea 1S] A NO 8 EN UG SS C3 DS CORSA.) GN SADWD1G1D MINDIDO AMOR AOKRKRAN & + D1IDn9OmNC ~ MONK RNOAMDM HORDS HRRON 16HOH4HM ONHRON ww ESNARAN Ar onl Anne AagAnN SaRRSAa REC POSS a oo ESRaSa andre me mM rANANNEN ANANNANN ANNAN N ri BADANDS NHAHSOH NMHDOAMW RMOAHHO WMNIGH COSHHMO OM Le) SNS Se ES AO EE ge So EPRI EE ONS ih se EPPAPDO ANPASD PAORMD HBOAAGO OHM MOA OG Hea SOT | meh tame en ers ep eis NS COIR OD SIRS CY SS OY SOP Nase IGN Sogo IS COS Ge < POD MIQWDORD OHO1IOR NSr : Km RHOAND BDOHAS ARRON HRBOHHM ONHRON BANRAA AR Had AACA AAaaaa ose & | PSasaq SOCAN AMAA AAAAQNA ANNAN AAQAQuURA N 2a = 3 ANH OMOGS HNO cr 4 nN» WORO HNMH1D ORORBS ANMHO GrOMoH FB = SSL 225) Siiaisl SNRRRS & | aro) MS AMAA AoA AN ANNAN AGANSSD = | ) = ae ES 4 i oe COONS OPWNr | w wonrwr 19 ASDA MIN CS Sa no CONWSWS wo 0 7 GO 9 9 Wwe wed Cw or i) wo 9 © DoISRIBS WOAG CONG TPO! TEMPERATURE. FORT-WILLIAM OBSERVATORY. . Dry AND WET .BULBs. 2 3 5 6 7 8 9 11 .|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet Dry. Wet 46:3 44:9) 46°0 45°0| 45°9 45:3] 46:3 46:1) 45°6 45°3) 47-5 47:2] 48-9 48-1] 47:9 47-0 50°3 49-0 46:0 41°5 | 45-2 41°3| 44:1 39-7 | 44:0 38°8| 42°3 38:2) 42°4 38:4] 43-0 38°5 | 43-4 38-4 401 37:2 38°4 34°7 | 86°9 33°9| 37:5 33°6 | 37°8 33:7 | 86:9 33°4| 361 33-0 | 37°3 32:9 | 38°6 33-9 39°1 35:1 41°] 39°8 | 42°9 41°3| 47-0 45:1 | 48-7 46:2] 49:2 45:9] 49-4 45-7] 48-9 45:9] 49-1 46-1 49°3 46°8 44-0 40:1) 44-1 40-7 | 43°8 40°4| 44:3 40-9] 43-7 40°4| 43°5 40°8| 42-4 40-2 | 42°8 40°8 44-1 41°6 43°2 40°3 | 41°9 39°1] 41:1 37-9} 39°3 36°8 | 40°2 36°7 | 38:0 35:7 | 38°3 36:0 | 38°8 35°7 4:1 | 39'S 34:0 311 30°6 | 31:1 29-4} 31-9 30:1 | 32°0 30:0 | 30:0 28:0 | 30:0 27:9] 29°3 26-8 | 29:0 261 (al ens, PCH 20°7 19:3] 20:3 19:0 | 21:7 20°6 | 22°4 21:6 | 23°3 22°7 | 23:9 23:2 | 24-7 23°8 | 27:0 25°9 59 | 80°5 27°3 20°4 18°5 | 20°38 19:3] 20'2 19:°2| 19:2 18:3) 19:2 18:4] 19°8 18°8]19°6 18°9 | 22:2 21:3 2°6 | 27:9 254 22°9 2i:4 | 22-9 21:6 | 20°8 19:8) 21°2 19°6|19°9 18°6} 19:9 18°8 | 20:2 18:9} 241 22:3 6°2 | 32:0 28°8 25°3 23°3 | 25°7 23°7 | 23°7 22:4) 27-6 25°9| 24:0 22:9 | 26°7 25:5] 27:0 26:2} 31:2 30:0 8°8 | 33°2 [28-5] 23°3 21-1 | 22°1 20-3] 20-2 18°8 | 21°3 19-9) 19°5 18°3}19°3 18:3) 19:5 18-5 | 24:1 21:9 ‘9 | 30°6 27°5 25:0 23-4 | 25:0 23°3 | 24:0 22°5 | 22-9 21-6 | 23°5 22°3 | 23°8 22°5 | 231 22°1|26°3 24-2 |< 319 28°5 34-3 [31-0] 35°6 [31°5]} 33-9 [31-0]) 32-2 [80-5]} 33°6 [30°5]| 35-2 [80°5]) 36°5 [31:0] 37-4 [31-0] 39°2 [33°5 39°2 34:7 | 39°0 34:4] 39:1 34:4 | 38:7 34:4 | 38°9 35°0 | 38°9 85-1 | 88°5 35:2 | 38°3 35°3 | 88°8 35°8 | 40°2 36:5] 40°0 36:3 | 39°8 36:7 | 39°9 36:2] 39°4 35-9 | 39:0 35:6 | 38°7 35:2 | 39:0 35-2 41:3 366 38°8 36°3 | 39°6 35°3] 38°5 35:2 | 38-9 35°5 | 38°6 35:0 | 39:2 35:4 | 39°2 35:7 | 38°8 36-0 40°8 37:2 37°8 35:0] 36°9 34:9] 36:3 34:1 | 35°8 33°8 | 35°5 33:4 | 33-9 32°2| 34-4 32:9 | 37-9 35-2 40:0 36:9 36°4 33°6 | 36:0 33°3 | 35:4 32°6 | 34:2 31:2] 33:0 30°5 | 32°8 30°3 | 33°3 31:0 | 37:1 33:9 40-4 35:1 41°1 38°9] 40°9 38°8| 39°3 38:0 | 39°4 35-9] 40°6 35:3 | 391 35°2| 39°5 36:0 | 40:9 37:5 44:3 38-0 31°5 29°3 | 32°3 30-2 | 32°9 30°3 | 32°9 31:0] 33°6 32:0 | 34:5 32°5 | 36°3 33°9| 39:0 35:9 43°5 39°8 35°2 32°9| 34°8 32°5 | 35:0 32:4 | 34°2 32°1| 34:6 32:0 | 34°38 32:1 | 34:2 31:7 | 36-4 33-5 39°4 36:0 39°5 36°0| 39°7 36°8 | 39°7 36-2 | 28-9 36°6 | 39°3 37-6 | 38:3 37:2 | 39°2 38-4] 40°8 40-0 41-2 40:0 37°3 35°5 | 34°9 33°8 | 36°3 34:9] 36-9 34:3] 35°6 34:4 | 34°6 33-9 | 37:1 35°7| 39-9 38-0 41°5 39-2 40°6 38:4] 40°8 38:3] 40°8 37°6| 41:0 37:1] 39-0 37:2] 39°8 37:2] 39°8 37°3| 41:1 38-4 38°6 387°4 35°0 33°8 | 35°4 32°3 | 35:2 33:4) 35°3 33°38] 35°5 32-9 | 33-6 31°6 | 34:2 33:1] 36:0 33:9 401 36:2 36°0 32°5| 36:0 32°6| 36°6 32°7 | 36°7 33°5 | 36°8 33°8 | 36°8 34°5| 38:0 35°6| 38-1 36-0 39°1 36:9 40°3 36:0] 41:0 36-2 | 39°4 36:1] 38°7 35°6 | 38:1 35:4) 39°5 35°8| 41°3 3671 | 40-4 36-9 41°8 37-4 40°3 36:1) 395 35°9} 37-7 35:2 | 37:3 33°9 | 37-9 32°8| 87:8 32:4] 37-9 32:7 | 387°7 33°6 38°6 34:7 81°5 29°5 | 31-2 29°3 | 32°3 30°8 | 32:0 30:1] 31°5 29-9 | 31:0 29°9 | 32:1 30°3 |] 35°6 32:3 | 88°8 34:5 31°8 30:0] 30°7 29:0} 29-9 28:1] 29°7 28:0] 29:2 27°6| 29°3 28°5 | 32:1 30°4] 35°0 32:2 40°5 37:0 35°3 32°7 | 351 32°6 | 34:8 32:4] 34°8 32°3 | 34:5 32:0 | 84:4 32:1) 85:0 32°5 | 36°6 33°8 89:0 35°5 14 15 16 17 18 19 20 21 23 .|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet. Dry. Wet.|Dry. Wet. .|Dry. Wet. 50°8 49-6 | 52°4 51:3) 53:0 51-8} 53-0 51:4 | 50:6 49°6 | 52:2 50-0] 51°38 49:8 | 51:2 49-7 50°3 49-0 42°5 38:1 | 41:9 37:1 | 41°3 36:1 | 41°7 35°8 | 38-9 35:0 | 39°4 35°5 | 39:2 35-2 | 39:2 35-4 387°6 34:7 88°0 36°4|40°9 36°5 | 41:2 36:2 | 40°5 36:1] 40-7 36°0| 40°0 36:3] 40-2 36°3| 40°6 36°8 88°5 37'1 50°8 46°8|50°7 46:2| 48:0 43°7 | 47:4 41:4] 46°8 40-4 | 45:0 40:4] 45:1 40-0 | 44:1 39°3 44:9 39°8 44°8 42:2] 44:9 42:4) 44-1 41°9 | 44°2 41°5 | 43°8 41°9 | 43°9 42:1 | 44°5 42:9 | 45-7 43-2 44:6 41°8 40-7 34:2 | 36°9 34°5 | 37:0 33°3 | 35:8 32°8| 37:0 32°5| 34:8 31°5| 34:9 31:4] 35-0 32:1 32°9 32:0 32°9 28°5 | 33:3 28°9 | 33-0 [24:0]} 32-1 [23°0]] 29:1 25:5 | 27°3 24°3 | 25-9 23-9 | 24°6 23-0 22°4 20:7 31°9 [27°4]| 32°3 [28-0]) 32-0 [27°5]| 31-7 27-1 | 28-9 26°6 | 26:0 23:2] 25°6 229 | 24:2 22°6 | 2 23°0 21:0 26 84°2 28°51 35°2 29:0 | 36:1 30°3 | 35°3 29°8 | 32°1 28-1 | 32:0 28°3 | 29°3 26°6 | 28°3 35-4 26°7 24-1 26 35'0 30°6 | 85:8 32°1| 34:5 29°7 | 33°9 29:0 | 31-9 28°2| 30-1 27:0 | 80°2 27:2 | 28:5 25°8 25°8 2374 27 36'0 29°5 | 37:0 30:1 | 36:9 29°9| 35:5 32:8 | 32°8 28°0| 30°7 28:2} 28:4 25°3 | 26°5 23°8 25°6 23-2 29 39°6 33'2/ 41:0 34:3 | 41°3 34:9 | 40:2 34:2] 37:0 32:2 | 33-2 30:0 | 31°7 28-7 | 31°8 28°8 29°8 27-0 29 40°3 34°8 | 41°8 35:4] 42°1 36:0 | 41°1 34:7 | 39°0 33°2 | 37°8 32:1 | 35:2 [31°0]| 36:2 31:2] ¢ 34:2 30:0 32 41°6 34:9 | 48°0 35°4/ 41°9 35:7 | 39°8 33°8 | 39°4 33°3 | 38-1 32°7 | 35°9 32:0 | 37-4 327 38°6 33°9 37 89°2 36:1 | 89°0 35:9 | 38°7 35°6| 39:0 36:1 | 38°8 3671) 39°4 36°6 | 39°1 36°8| 39:0 37:0 41:3 37-4 39 41:2 36°8 | 41:0 36°8| 40°9 36:0] 40:0 35:3 | 39°8 34-9 | 38-9 35:1] 39°1 34:5 | 39:2 34:7 390 36:0 39 43°2 39:2 | 43-4 39:2 | 42:9 39°3| 43-1 39:0 | 42°6 38°7| 41°6 38°5| 41:1 37:5} 41:1 37°3 39°8 36°9 40 43°4 39°3 | 43'8 39°8| 44-1 38:9 | 43:8 38:9 | 43:0 38°8| 39°6 37:0 | 39°8 37:1] 40°0 369 37°38 35:0 39 42-1 36°9| 42-1 36°9| 44:3 38-7 | 44:2 38°5 | 42:0 37°5| 41:1 36:3] 40°9 37:0} 41:0 38-0 41:0 38-7 39 41°6 37°9 | 43°9 39:0] 45°0 38°8| 43:3 37:2] 41:2 36:0 | 39:2 34:8 | 38:1 33°5 | 36-2 32:9 34°9 31°8 40 46°7 42:3) 47:0 42:°2| 48-7 43°7| 45:0 41°9/ 42:0 39°9| 40°9 38°83) 40°5 38-2) 39°5 37-01 ¢ 38°7 36:0! 38° 39 43°7 39°8| 43:0 3971 | 42°7 38°8 | 42°5 38°7 | 42°2 38°5 | 41°0 38-1 | 40-4 37°8| 40°0 37:7 40:0 37°4} 39° 38 43°6 40°8 | 43°3 41:0 | 43-2 40°7 | 40°7 39:1) 41:1 38°6| 40°8 38-7 | 40°3 38-0 | 39°1 37°8 37°7 36:0 40 89°2 38:0 | 40°9 39°6 | 41:0 39:9] 41:2 40:0 | 41:2 40:0] 41-0 39:3) 40°8 39:6 | 40-2 39-0 40:0 38-9 39 38°2 36°9 | 87:0 35°9| 39°2 35°7 | 38°3 35°5 | 36-1 35:0] 37°8 35:0 | 37°2 34°8| 36:4 34:1 34:3 33°83 38 39°7 36:0| 40°5 35°1| 40°9 35°8 | 38:0 35°4| 381 34:3 | 36:9 33:7 | 35°9 33:1 | 35:0 32:0 33°2 31°8 36°8 40°5 88°7 | 41-7 39:4] 42°1 39°9| 43:1 39:4) 41°5 39:0] 39°8 37:1] 40:0 37:2] 40°7 37°9 390 36-4 3 11 38:0 | 42°8 39°2| 41-4 39°2 | 42:2 39°7 | 42°3 40:0 | 42:2 40-4 | 43-3 40:2 | 42°6 39°9 42°8 38:9 ; 38°1 33°6 | 37°7 33:3 | 37:0 32:4 | 38-0 32:4] 36:2 32°0| 34:8 30°3 | 34-2 30:2) 33-4 30-1] ¢ 382°7 3074 37:1 40°9 35:2) 41:0 35°2| 41-1 35:2|40°3 35:1 | 40°4 35:0 | 37:0 33°71 | 34°6 3177 | 33-9 30°9 31-7 29°5| 31° 35°4 45*0 38°7| 45:5 38°8| 48-0 40°8 | 47°8 40°7 | 45°9 38°5| 41-7 35°7 | 38:2 34:2 | 38:0 34:0 35°8 32°4 s 40°9 36:7 | 41°3 37:0) 41:4 36°8| 40°7 36°3 | 39°4 35°6| 38-2 34°8 | 37-4 34:9] 371 341 35°9 33°4 MARCH 1891. Se oe a) SCanow OF P AMATWSH KH WAS WHOWMA Aawac 246 ._ BEN NEVIS OBSERVATORY. TEMPERATURE. Dry AND Wet BULBS. APRIL 1891. 1 2 3 4 5 6 vi 8 9 10 Wik 12 Dry. Wet.|Dry. Wet./Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet.|/Dry. Wet. Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet. 19°8 19°8/19°0 19:0} 19:2 19:°2|18:5 18:5 D 1 17°8| 17:0 17:0 | 17:3 17:3 | 17:9 17-9| 180 18-1 | 20°0 20-0 | 21-4 21-4| 20-5 20°5 21°3 21:3 | 20°0 20-0 | 20:2 20-2 | 21-8 21:8 | 20°6 1 2 2 1 78 0°6 20°6 | 20°5 20°5 | 20:7 20°7 | 21:0 21:0 | 21:1 21:1 | 21:1 21:1 | 20:9 20°9| 20:5 20:5 16°8 16-8) 16°8 16°8 |) 16°8 16-8 | 17-2 17:2|16°9 16°9| 16:3 16:3| 16-7 16:7 | 16-7 16-7 | 16-9 16-9| 17:4 17:4] 16-9 16-9] 17-2 17-2 22°3 22°3 | 23°0 23°0 | 23°6 23°6 | 24-1 24-1 | 23°7 23-7 | 24-2 24:2 | 24:3 24:3) 24-6 24:6 | 24-7 24-7 | 24-2 24-9) 24-7 24-7 | 25-0 2:50 23°0 23°0 | 22°8 22:8 | 22°5 22°5 | 22-4 22:4) 22°8 22-8 | 23-2 23-2 | 23-5 23-5 | 23-4 23-4 | 23-8 23-8 | 23-8 23°8| 24-0 24-0] 24-6 24-6 23°3 23°3 | 23°4 23-4 | 23°5 23°5 | 23°5 23-5 | 23-4 23-4 | 23-3 23-3 | 23-1 23-1 | 23-2 23-2 | 24-0 24:0 | 24-0 24-0 | 23-5 23-5 | 23-7 23-7 17-9 17°9| 17-4 17:4) 17-0 17:0 | 16-6 16-7 | 16-0 16:1] 15-8 15-8} 16:0 16:0 | 16-9 16°9|17:4 17°6|17°5 17:9| 18-9 18-9| 19-0 19-0 16°9 16°8 | 17-2 17-2/ 18-0 18:0 | 17-8 17:8] 17-4 17:2) 18-8 18°5| 19-4 17-5 | 21-1 19:0} 20-4 18-7 | 21-4 20-0 | 23-0 21+1| 22:9 22:8 25°9 23°0 | 25°4 24:0 | 25°6 24:3) 27-0 24:8 | 28-4 26:9 | 29-8 27-0 | 31-0 28-0 | 31:3 281 | 31:7 27-9 | 33-0 28-5 | 325 29-2 | 32-8 28-0 28°8 241 | 29°2 24:2 | 30°3 25-2 | 22-2 22-2 | 25-1 23-2) 24-0 23-0 | 22:8 22-8 | 23-1 23-1 | 25-2 25-2 | 26-3 26-3| 27-0 27-0 | 27:9 27:9 Li | 24:2 24-2 | 23°8 23-8 | 24-0 23:9 | 23-4 23-4 | 22-2 22-2 | 21-9 21:9 | 21-8 21:8 | 22:2 22-2 | 23-0 23-0 | 25-5 25:5 | 25:0 25:0 | 25°3 25-6 12 | 22°38 22:2) 22-1 22-1 | 21-9 21-9 | 22-2 22:2) 21-7 21-7 | 21:0 21:0 | 21:3 21-2] 21:0 21-2] 21-8 21:8 | 22-0 22:0 | 22:7 22:3 | 22:2 22°3 a 4 SOOONS CP WNre 13 | 22°8 22°8 | 22:9 22:9 | 227 22:5 | 22-1 22:1 | 22:0 22:0) 21-7 21:7 | 22:0 22:0 | 22:7 22-7 | 23-1 23-1 | 23-8 23-8 | 23-8 23-8 | 26:0 26-0 V4 | 24:1 24-1 | 24:7 24:3 | 24-4 24-2 | 24-8 24°6 | 24-6 24-4] 24-0 24-0 | 24-9 24-9 | 26:8 26-4 | 28-1 27-9 | 29-8 29-8 | 32:2 31-4 | 28-9 28-9 15 | 23°2 23:2 | 23°3 23-2 | 24-1 23-8 | 25°6 25:4 | 26-2 26-0| 27:0 27-0| 26-8 26:8 | 26-1 26°1 | 26-8 26-8 | 27-0 27-0 | 27:0 27-0| 27:0 27-0 16 | 26-2 26°1 | 26-9 26°7 | 28:0 27-8 | 28-3 28-1 | 27-4 27:4 | 28-0 28:0| 25-9 25:9 | 24-8 24:8] 25:3 25:3 | 24-2 24:2 | 24-2 24:2] 25-8 25-8 V7 | 21-4 21-3} 21-1 21-1 | 20-9 20-9 | 21°5 21:1 | 22-0 21-2) 22:9 22-1 | 24-3 22:2 | 25:3 22°6 | 26°3 23:6 | 26-9 23-1 | 26:9 24:7 | 31:8 29:9] 31° 18 | 24:2 24-1 | 24:0 23-2 | 23-9 23-1 | 24:2 23:4 | 23-3 23-0 | 24-1 24:0 | 24-6 23-7 | 26-0 24:2 | 26-9 24:3 | 26-6 25:8) 27°1 26:5 | 29°6 28-0 19 | 23°3 23°1 | 24:0 24:1 | 22-5 22:9 | 22:2 22:2 | 22-2 29-1 | 24-1 23-7 | 25-1 24:5 | 25:1 24:1] 26:3 24-1 | 25:2 25-4] 26-1 25-1] 27-1 26-0 20 | 23:0 22:1 | 23-1 21°8 | 23:1 21°5 | 24:2 22:3 | 24-6 22-1 | 25-3 22-7 | 28-0 24:9 | 28°8 25:0 | 30°1 26°9 | 30°0 27°8 | 30:1 28:1 | 28°5 26°6 21 | 25-1 25-1 | 24-1 24-0 | 23-1 23-1 | 23-0 22-1 | 23-1 23-1 | 23-6 23-0| 23-0 22-9) 24-0 22:3] 24-3 24-5 | 26-1 26-1/27-1 26°8| 25-3 25-4 22 | 22:1 22-1 | 22:2 22-2 | 21°5 21:5 | 21-2 21-2) 21:2 20:8 | 20:6 21:0] 21-8 21:6 | 22°1 21°7 | 22:2 21°7 | 22°9 22:9 | 25:2 24:5 | 26°1 25:1 23 | 22-1 22°] | 21-4 21-1 | 22°4 22°3 | 23-1 21-4/ 24-1 21:1 | 24:8 27°0 26°0 | 27:0 25:9 21-9 | 25°2 22:3 | 24:0 22-7 | 27:0 23°9 | 25°3 24:2 24 | 21-0 21:0 | 21°3 21:3] 20°6 20°6 | 20°5 20°6 | 20:5 20°6 “yf : 20°4 | 21-1 21°0 | 22°8 23:1 | 22°8 23:1 | 261 26:1 25 | 23°1 23:0 | 23:0 22-4 | 22-1 22-1 | 22:2 29-1 | 22-0 21:9 21°7 | 22°7 22:4 | 23:7 23°1 | 25°1 24:4 | 26-7 26:0 | 29°4 27:9 | 28°8 27-2 26 | 21:2 21°3| 21-1 21-1 | 21-2 21-2 | 21-1 21-1 /19-7 19-9] 20:5 20:5] 21°6 21:8 | 22-0 22:2 | 22-9 23-1 | 24-8 24°3|24°6 24:9] 25-5 25:7 27 | 25°3 25°3 | 25°3 25°3 | 25-1 25-1 | 24:3 24-3 | 23-3 23-3 | 24-5 24-5 | 25-2 25-2| 26-0 26:0 | 26-2 26-8] 27-2 27-6 | 28-0 28-3 | 27-2 27-2 28 | 26-1 26-1 | 25-2 25-2) 23-2 23-2 | 21-8 21:9 | 21-7 21-7 | 21:3 21-3] 21-0 20:9 | 20-4 20-9] 215 21-9| 21-8 22-1 | 21-1 21-4 | 22-0 22-4 29 | 17-9 17°9| 18°1 18°1] 18-2 18-2} 18-5 18:5] 18-9 18-9| 19-7 19-7 | 20:8 20:8 | 20:0 20:0 | 22:4 22-4 | 22:9 22-9 | 23-7 23-7 | 25-0 25-0 30 | 27°5 27°5 | 28-9 28°8 | 28-8 28-8 | 28°6 28:6 | 29-1 29-1 | 29-6 29°6| 30:3 30°3| 30:5 30°5| 30°3 30:3 | 30°5 30°5 | 32:0 32:0/ 31:0 31-0 MEAN) 22°7 22:4 | 22°7 22°4 | 22°6 22:3 | 22-5 22:2 | 22-4 29-0 | 22-7 22-3| 28-1 22:6 | 23-4 22:8 | 24-1 23-5 | 24-7 24:2 | 25-3 24-8 | 25-7 25-2 ES) =) loon) wo 7S — Dob i Oo bo ee So iy) So iy) 13 14 15 16 17 18 19 20 21 22 23 Midnight.} Mean. 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Wet. 1 | 20°2 20-2 | 21-2 21:2 | 21°6 21°6 | 21-7 21-2) 21:0 20:7 | 21-0 21:0 | 20-9 20-9| 20:0 20:0 | 2071 20:1 | 20:2 20-2 | 20°0 20:0} 21:0 21:0] 19-8 19°8 | 2 | 20°8 20°8 | 21-1 21-0 | 22-0 22-0 | 20°8 20:8 | 20-3 20:3] 198 19°8| 19-7 19-7 | 19-2 19-2] 18:8 188] 18-2 18-2) 17-7 17°7| 17-2 17:2]20-2 20% 3 | 175 17°5 | 17-8 17-8) 17-4 17-4) 17-2 17-2) 17-7 17-7 | 17-8 178) 17-8 17-8 | 18-2 18-2] 18:7 18-7] 18-8 18:8} 19:8 19-8] 21-6 21°6]17°6 17-6 4 | 25-0 25-0 | 24:0 24:0 | 24-8 24-8 | 24-8 24:8 | 24-2 24:2 | 23-8 23-8 | 23-7 23-7 | 23-8 23-8 | 23-0 23-0 | 23:8 23-8 | 23-4 23-4 | 23-2 23-2424-0 24-0} 5 | 24:0 24:0 | 23-9 23-9 | 23-7 23:8 | 23-2 23-2| 228 22:8| 22-7 22-7 | 29-2 22-2] 29-2 29-2) 22:3 92:3| 22-9 22-9 | 23-2 23-2 | 23-2 23-2123-2 23-2) 6 | 23°2 23-2 | 23-2 23-4 | 23-1 23-3 | 22-4 22-7] 21-1 21-1} 20-9 20-9 | 20-2 20-2] 20-0 20:0] 19°6 196] 19-0 19:0] 18-8 18-8 | 18-4 18:4] 22:2 22:2] 7 | 18°8 18°6 | 20°1 20:0 | 20-2 20-0 | 21-1 20:8] 21:0 20-8] 19-8 19:2] 18'8 18-6] 17-8 17°3|18°0 17°7| 17:7 17:0|17°0 16-3] 16-0 15:8]18-0 17-9] 8 | 24-0 23:3] 25°83 25:0 | 26-9 26-2 | 24-8 24-4] 20-0 19-8 | 24-7 23-8] 18-9 18-0| 26-0 23-1 | 25-8 22-7] 27-2 22-8 | 26-4 22:2 | 25-4 22:0]22-1 20-7 |) 9 | 34°8 29-0 | 35:7 29-1 | 35-9 29-8 | 35-2 29-7 | 32-4 27-2| 31-0 26-2 | 80-1 25-1 | 31:2 24-7 | 31:9 26-3] 31-9 28-2 | 31-0 25-0 | 29-2 23-8]31-0 26:8 10 | 281 28°] | 28:2 28:2 | 28-4 28-4 | 28-1 28:0| 28-0 28-0 | 27-7 27-7 | 27-0 27-0| 26-8 26°8| 26-2 26:2] 25-9 25-9 | 25-4 25-2] 24-8 24-8426-4 25°8 |, IL | 26-4 25°8 | 28-0 26°8 | 27°8 27-0 | 26-3 26-0] 25:8 25-0 | 25:0 24:8 | 24-1 24°1| 24-5 24:5 | 24-7 24:7 | 23°3 23-3 | 22-9 228 | 22-3 2231243 24:2]) 12 | 22°8 22°8 | 23-0 23-0 | 23:0 23-0 | 23-0 23-0 | 23-0 23-0 | 22:8 22-8 | 22-6 22-6 | 22-7 22-7 | 23-1 23-1| 23:8 23-8 | 23-8 23:8 | 23-3 23-3]22-5 22-4 ]) 13 | 25°3 25°3 | 25:3 25-3 | 26°7 26°7 | 25-7 25-7 | 25-7 25-1 | 24-8 24-8 | 24-4 24-4 | 24-7 24-7 | 24-8 24-8 | 248 24-7 | 24-6 246 | 24-4 24-2424-0 24-0] 14 | 82°5 81-2) 31-7 29-4 | 28:0 27°8 | 27-9 27:3] 27-5 27-5 | 27:3 27:3| 26-7 26-7 | 26-4 26-4 | 25:5 25°5| 24-9 24-9| 24-2 24-1 | 23-9 23-8] 26:8 26-5 |) 15 | 29°2 29:2) 24-7 24-7 | 26-1 26:0 | 26-0 26-0] 25-7 25-7 | 25-1 25:1] 24-4 24-4] 24-4 24-4 | 24-9 24-7 | 24-8 24°6 | 25-2 25-1] 25-1 25:0] 25-7 256], 16 | 2671 26°1 | 26-4 26:4 | 25°8 25-7 | 25-6 25-4] 25-9 25:9| 25-0 25-0| 24:3 24-3 | 23-8 23-8 | 22-8 22-8 | 22-7 22-5 | 22-1 22-1] 21-7 21:8] 25-3 25:3 17 | 80°9 28°9 | 28-9 27-9 | 28-3 26-9 | 27-8 25-8 | 27-8 25-7 | 28-2 26-3| 27-2 25-3] 26-1 26-2| 25-4 25-0 | 24-4 23-9| 24-7 24-2] 24-0 23-9] 25-6. 24-21) 18 | 300 28°0 | 28:0 26-4 | 28-3 26:9) 31-0 29:0 | 29:0 27:0| 27-3 25:4| 27-3 25-1| 26-2 24:9] 26-3 24:9] 26-3 24:3 | 25-5 24:3] 24-5 24:3126-0 252 19 | 28-0 26° | 28°3 26:4 | 28-0 25°9| 27-8 26-0 | 27-4 261 | 26-9 26-1 | 26-3 25-1] 25-9 24:8| 25-2 24-2| 24-5 23-9 | 24-2 24:0] 23-8 22-91 95-4 24-6 |] 20 | 29°2 27°0 | 28°3 27°8 | 28-3 27°3 | 29-5 28-0| 28-0 27:0 |26°8 26-8 | 26-1 26-1| 25-9 25:9| 25-9 25-3] 26-0 25:5 | 26-2 25:1 | 25-1 25°14 26-8 25-4 |) 21 | 26°1 25°3 | 26-4 26°5 | 26°3 25-1 | 25-2 25°3| 25-2 25:4] 24-9 24-3] 24-3 24-6 | 23-9 23-9] 23°38 23-1] 22-9 23-0 | 22-9 23:0] 29-1 22:2]24-4 24-2) 22 | 26°7 25° | 26-7 26°3 | 26°5 26°2| 26-1 25°2| 25-7 25:1] 25-1 24:8} 24-1 24-1] 23-9 93-9] 93-3 23-3| 22-9 29-9 | 22-2 22:2 29-2 29-:1193-5 23-21] 23 | 29:0 27°0 | 29-4 27°7 | 29°0 27-8 | 27-7 26:8 | 26°5 25°7 | 25-7 25-0} 24-6 24-1] 23-8 23-9| 23-8 23-8] 22-1 22-2] 215 21:8} 21-2 21:2424-9 23:8 )) 24 | 25°1 25°5 | 26-1 26-0 | 27-2 26-7 | 26-4 26-0| 26-6 25:9 | 25-6 25-2| 253 24-9| 24-7 23-9| 24-2 23°6| 24-1 23-5 | 23-6 23-1 | 23-2 93-1193-4 23-2] 25 | 28°83 27°3 | 299 28-1 | 29:0 27°6 | 29:0 27-9] 27-0 26-8 | 26-9 26°5| 25:1 25-1] 24-4 24-1] 24-1 24-1| 23-7 23-9) 23-0 23-1| 22-1 22-1] 25-2 246 26 | 26°0 25°7 | 27°8 27-0 | 27°8 27-0 | 27-3 26°3| 27-1 26-3 | 25:7 25-5 | 25-0 25-0| 23-9 24-1 | 22-4 22-4] 23-2 23-2 | 24-2 24-°2/ 95-1 25-11 23:8 23-7) 27 | 27°2 27-2) 272 27°2| 27-2 27-2 | 27-8 27°8| 27-3 26-8] 27-5 26-9| 27-1 26-2] 26-5 26°3| 26:3 26-2| 27-0 27-0| 26-3 26°3| 26-2 26:2] 26-3 263 28 | 20°2 20°2) 20°8 21:1 | 20°3 20-3 | 21-1 21-1] 21-5 21:7] 19:4 19:8] 19-0 19-0|17°7 17:8|18°0 18-0] 17-7 17°7| 17-9 17°9|17:7 17-7] 20°8 209 29 | 25°8 25°8 | 26-2 26-2 | 25°3 25-5 | 26-1 26-1] 26-3 26-3 | 26-2 26-2/ 26-3 263] 26-9 26-9 | 27:1 27-1] 27-7 27:7 | 28-3 28-2| 28-7 28-71 23°6 236) 30 | 31-0 31-0) 30°8 30°8 | 30-9 31-0 | 29°3 29-5 | 30-0 30-0 | 30-2 30-2! 30-8 30-4| 31-0 31-:0| 30-7 30-7 | 30-9 30-9| 31-0 31-0 | 32-2 321]30-2 30-2) MEAN) 26°1 25°4| 26-2 25°5 | 26°1 25°5 | 259 25-2| 25-2 24-7 | 24-9 24-4| 24-1 23-7 | 24-1 23°6| 23-9 23-4| 23-8 23-3| 23°6 23-1 | 23-3 22-:9]241 236 FORT-WILLIAM OBSERVATORY. (247 TEMPERATURE. Dry AND WET BULBS. : APRIL 1891. { 1 : i | 1 2 3 4 5 6 7 8 9 10 11 12 For Day. i Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|/Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|/Dry. Wet.|Dry. Wet.] Max. Min. 34°5 31°8| 33:9 31°7 | 32°9 30°6 | 32:9 30°5 | 33:4 30°9 | 32°8 30°3 | 33°7 30°8 | 37-2 33°3| 40°9 34°7| 41-4 35:2] 42-4 36:1] 43-1 35:8] 46°8 32°6 39°9 35°9| 40:0 35°6 | 39:7 35°7 | 40:1 35:9| 40°3 35°5 | 40°3 35-7 | 40°3 36°1 | 41-4 36°3] 41-0 36°7| 41-5 36°6| 41:1 36:6] 41:0 36°71] 42°0 37:1 87'°5 33°3 | 37'°2 32°9 | 37:4 32°91} 37:0 33°0 | 37:1 32°5 | 37'4 32°8 | 38:0 32°8 | 37-7 33:2 | 37:7 33:0 | 38°3 33°5 | 37:5 33°8 | 39°9 34:2] 41:0 36°5 41-1 37°3| 41-1 37-9| 41-8 38-3 | 42-5 38-9 |[42-7] 39-4 |[42-9] 39-3 [42-6] 39-2 [44-0] 39°8 |[44-2] 39-9 | 44-6 40-2| 43-9 40-5 | 44-6 40-4] 45-4 40-9 41°1 3871 | 42:0 37:9 | 40-9 37°6 | 40°6 37-6 | 40°8 37-6 | 40:0 37°5 | 41°9 38-3] 41°8 38°5| 42°5 39:0 | 43:5 39°3| 44:3 40:0] 45°6 40:2] 46:2 39:8 38°1 | 42°2 38°2 | 42°7 38°5 | 42:9 38:7 | 43-1 38:5 | 42:7 38:3 | 42°8 38:4| 43°4 38°5 | 43-2 38°6 | 44°3 39:1] 43-6 38°8| 43-4 38°71 45°9 36-2 38°3 35°0 | 37°9 34°8 | 37-9 33:1 | 37:2 33-2 | 36°3 32°9 | 36:0 33:0 | 37:3 32°9 | 38°3 33°7 | 39°2 33°8 | 39°9 34:0 | 40°7 34:5] 41°71 35:0] 44:6 32°3 28°3 | 30°3 28:1 | 31°9 A i 34:9 31°9| 39°3 34:7 | 40°5 35°5| 42:9 382) 44:4 38:0] 483 30:1 28°7 i 7 32°0 29°0 | 31:0 28-2 | 31°9 29-1) 32:0 29:4 | 30°8 341 31°8 | 33-4 31°6 | 31°8 30°2 | 30°7 29-0 | 29-8 [28-7] 31:1 29-9 | 32-1 33°6 31:9) 37:0 35:0} 40°7 37°4| 43:3 39°3| 45°9 41:2] 516 29°6 39°8 36°5 | 36°7 33°9 | 36:4 33°9 | 36-1 34:0 | 35°8 33:8 | 36:1 34:1 | 36:9 34°7 | 39-0 35°7 | 42:0 38:3) 47-7 42°3]49°3 43°8 | 50°1L 441]953°5 35°7 i 11 | 44-1 39°0/ 43-5 38-4 | 42:5 38:2 | 42°7 38:1) 42°6 37:7 | 41°3 36°9 | 41°9 37:0 | 43°1 37-7 | 44:8 38:9| 46:4 39-2] 47-9 41°0| 49:2 41:9] 54:2 40-9 } 12 | 41°8 37:1) 39:7 35°8| 37:7 34:9 | 36°7 34:0 | 36°5 34:1 | 36°3 34:0] 38°5 35°5| 44:0 37-9] 45°9 38:4] 46°7 39°5| 47:2 40°3/ 47:2 40:0] 48-4 35-7 Z 41:9 37°71 | 42°5 37°7| 43-1 38:1] 44:1 38°8| 45-7 40-0 | 47:0 41:0 | 48°3 41:9] 48-7 40-0 i —_— a : . SOON OP WNH i wo co } 13 | 43-7 38-2] 42-7 38-0| 41-9 37-3] 41-0 36-4 42-2 3 } 14 | 42-1 39-2] 41-5 38-4| 40-9 38-2| 40°6 38-0 | 40-0 37-9 | 39°3 37-7 | 40-0 38-0| 40-9 38°5| 43-2 40-0| 43-1 40-8 | 44:3 41°5| 45:5 42-2] 48-2 35-7 “15 |85°8 34-9) 37-3 36:3 | 38-3 37-9| 38-5 37-5 | 37-9 36-7 | 39-9 38°9| 40-3 39-9] 41-6 40-7 | 43-9 42-4| 46-4 42-9 47-0 42-9 | 46-7 41°6] 50-4 35° | 26 | 416 402/423 41-0] 43-0 41-4 43-6 42-5 | 43-2 41-4) 43-2 41-5 / 43-1 40-4 | 44-0 40:5] 44-9 41:5] 44-1 41-2) 46-3 40-9 | 47-8 42-0] 49-7 37-2 | 17 |35-9 34:1] 33-7 32:5 | 31-9 30°6 | 32°8 31:3 30:0 | 32-7 31°6 | 35-0 33°4| 37-3 35-4] 41-2 38-0| 43-3 39°8| 46-0 40-5 | 47°3 41°5]53°2 30-7 | 18 | 87-7 355/358 B4-0| 36-1 34-3 | 34-8 83-0 / 35-1 BB-d/ 34-3 32-9| 38-2 35°8| 40:5 376 | 46-0 396 | 47-4 40-6 | 49-2 41-9| 49-9 42-7] 526 341 | 39 17 | 19 |387°9 35-9) 37-2 35:1 | 37°8 35:5) 35-7 33-9 | 34:3 32:8 | 34-4 33-0) 37-1 35:0] 40°8 37-9] 43:0 39°6 | 44:8 40°8 | 45:9 41°5 | 49°3 41°9] 53-4 34-0 } 20 | 383 35:0} 35:0 32:3 | 34:9 32:8) 33°8 31:7 | 33:0 31:0 | 33°1 31:2 | 36°2 33°5| 38-2 35°5 | 42:9 38:9) 47°5 41:0 | 48:2 41:3) 49:2 42-6] 52-2 32°8 } 21 | 40°6 39-0] 40°9 39-0 | 39:4 37:9] 37:5 36:0 | 36:0 35:0] 36°8 35:3 | 38:0 36:4] 41-2 38°9| 44-1 40:5] 45-9 41:4] 45:2 40:9] 47°3 42:2]51-4 35:3 | 22 | 38:2 35°8| 385 36:0 | 37:3 35:0 | 36-4 34-4 | 36°5 34°5 | 35°6 33°4 | 39°6 36°7 | 42:7 38:2] 45-1 38:9] 47-5 40-0] 47°5 40°3| 49°1 41°3]52°5 35-4 ; 36°7 34°1| 35:0 32°9 | 34°3 32°6 | 33°6 32:0 | 33°3 31:9 | 33-2 31°8 | 37°8 35:3 | 42°3 38-3) 45°38 39°1] 47-0 40°2| 47:2 41°6 | 48:5 42:4] 50°3 32-7 | 24 | 40°0 37:2) 39-7 36°3 | 39°7 36:7 | 39:2 37:0 | 39°5 37°5 | 40-0 37:5 | 40°9 38-2 | 42:1 38°8 | 43-0 38:7 | 44:8 38:8 | 45°7 40:1 | 46°8 40-3 50:3 39-1 h 25 | 42°6 39:1| 42:0 39:0} 41-0 38°41 39-2 37:4 | 39:4 37:3 | 39:4 37:5 | 40°3 38-1 | 41°9 39°6 | 44:1 40°38] 45:8 41:2] 48:0 41:9] 49:2 42:°3153:0 35:9 | 26 | 33:8 32:5 | 33-0 31:7 | 33:2 32:1] 33-7 32:3) 34-1 32:9] 35°3 34:0 | 86°6 34:8 | 38-1 36:3] 40:9 38:9| 43-2 39-9] 44-5 41:2| 46:0 41:0] 52:0 33:0 | 27 | 363 34:7 | 37:2 35:2 | 37:0 34:9 | 36:3 34°5 | 364 34:9 | 36°1 34:3 | 37°7 36:1] 41:2 39°0| 45:1 42:0 | 46-9 43-2] 48-4 44:8] 47:0 43:0] 50°9 35-7 | 28 42°7 40°6 | 41°8 39°5 | 41°5 39:1) 40:0 37:3] 40°8 37:4] 40-4 37-9 | 41-7 37°7 | 42°1 37°5 | 43°5 38-7 | 43°5 37:2] 41°5 36-7 | 44:2 386°6] 46-2 35°7 | 29 | 35:7 32°4/36°6 33°3 | 37:1 33°9| 37:7 34:2 | 37°1 34:8 | 38-0 35°3 | 39:0 35°9| 39°6 36:9] 40-9 38-2 | 42°3 39-0 | 44:2 39:9] 45°8 40:9] 47-2 35:6 | 80 | 41:3 40°3| 41°5 40:3] 41:7 40°6 | 41°9 40°9| 42:2 41°2 | 42°8 42:1 | 43-9 43:4] 45:2 44:3) 46:2 45:2| 47-2 46°1|50°6 47:4] 51:0 48°6752°9 41-2 | Mean 38°9 36:1 | 38°3 35°6 | 38:0 35:4] 37°6 35:1 | 37°4 34:9 | 37°5 35:1 | 38°9 36°1| 40°77 37°3| 42°8 38-7 | 44:4 39-5 | 45:3 40°3| 46:5 40°79 49-4 355 16 17 18 19 20 21 22 23 Midnight.] Mean, .|Dry. Wet. Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.JDry. Wet. 45:2 37°9| 44:4 37:1 | 42°9 36:3] 41°7 36:0 | 41:0 35:7 | 40°6 35:9] 40°0 35:5 | 39°8 35:8 | 40:0 36:14 39°6 34:7 40:9 36°6 | 41:0 36°4| 40°5 35°6| 40°0 35°5 | 39°8 35:0 | 39:1 34:7 | 38°3 33-9 | 38:0 33°8 | 37-4 33°4]40°2 35°8 40-0 34:3 | 39°7 34:0 | 39:0 33°8| 38-9 33:9 | 38°9 33:9 | 39-2 34:3 | 39°8 35:2| 40:0 36:0 | 41:0 36:8] 38°8 33-9 43:0 39:4 | 44:4 39°8 | 42°6 39:1 | 42:4 38:91 41-9 38:8 | 43-0 39:1 | 42°9 38°8 | 42:1 38°5| 42:7 38°7443:1 39-3 43°3 38:7 | 42:7 38°3 | 42:7 38°4| 42°6 38-1 | 42°9 37°8| 42°9 37:8 | 43:0 38:1 | 43:2 38:2 | 43:7 38-4] 42-7 38:5 43-0 38:1 | 41:0 36°9| 40°4 36°0/ 40:0 35°8 | 39°2 35:0 | 36°9 34:0 | 38:0 34°8 | 38:2 34°8 | 38-7 34:9] 41:8 37°4 44°5 37°8 | 43-7 37°2 | 42-0 86:5 | 40-9 35°6 | 86-2 32:5 | 36:0 32°7 | 34°8 31:8 | 33:9 80°6 | 32°3 29:3 38°9 34:1 47°1 40°3 40°6 | 47°3 40°7 | 43°1 38°5 | 39°5 36:1 | 38-0 34:4 | 37-2 33-9 | 86:1 33°4 | 34:8 32:2]38°9 34°6 51:3 44-4 42°6 | 47:4 41:3 | 46:2 40°7 | 44:7 40-0 | 42°9 39°9| 41°8 38:4) 38°8 36°3| 39°7 36°3]40°5 36:9 49:9 43:9] 49:3 43:6 | 48:2 42°8/ 47:4 42°1 | 46:0 41:1 | 45°3 41:0] 45:2 40°5/ 45°0 40:4) 44:2 39°83] 44:2 39°83 Codlaad Gonr aire mg Ey Pads 2 ba _ = 7 - 4 SOONA oPWNHH 2 eSssk FE 50S SSSA ONG Lr 42°3 | 51:2 42°8 | 53:2 44:0|52:4 44:0/ 49:5 41:5 | 49:2 41:3] 46:9 40-0 | 45:7 39°6 | 44:9 39:2] 43:9 38°5 | 42:9 38:0/ 41'5 37:3] 45:9 39-7 12 40°1 | 45°7 39:5 | 45-0 39:6 | 46:0 39-9 | 45:9 39°9| 45:1 39-1 | 44:2 38°5 | 43-9 38:4] 43-7 38°5| 43-0 38°6 | 43:8 39:0 | 43°3 38-7] 431 38-0 13 41:4) 48:1 42:1] 48-1 42:0] 47:7 41:8 | 46°9 42:0 | 46°3 41°3| 45°3 41:0 | 44:2 41:2| 43-6 405 | 43:2 40°3| 42:8 40°3| 42:0 40:0] 44°6 39°8 i 44°0 | 47°7 42°2| 47-8 42:1] 46-7 43:1 | 47:0 43:0 | 46:0 42°5 | 43°8 40:9 | 42-7 40:0] 40°3 38:2 | 39:2 37-2| 38°6 36°9| 35°7 34:3]42°7 39°8 15 40-9 | 47°8 41:1] 49:0 42-1 | 48-2 42:0} 47:4 41:9) 45:0 41:2] 45-1 41:0] 43-9 40:1] 43:2 40°8| 42:1 40-0} 41:0 39°8| 40-9 39:5] 43°2 40-1 16 42°7 | 49°1 41:8] 47-9 41:8] 45°8 41:9] 46-2 41:4) 47-2 41°1| 45:7 40°6/ 42-1 38:1 | 39°8 36:3 | 38°6 35:9 | 38-1 35:9| 37°2 35:1] 43:9 40°3 | 42°9|50°6 43°3|52°6 44:4| 50:4 43-7 | 52°3 44:9 | 52:2 44:1] 49:7 43-3) 45-0 41:2] 42-4 39°6| 40°5 38:1/ 40-0 37°7| 38:1 36:0} 42:2 38:2 42-9 | 51:2 42°6| 51-7 44:0) 51:9 44:0] 51:3 42°8| 51-2 43-1] 48-4 42:5) 46-0 41:0 | 43°1 39-2] 42:5 39:1] 41-0 38-0) 39°9 37°59 43:9 39-1 43°0 | 51:4 42°8 | 52°5 43°7| 51-6 43°3| 51-7 43-7] 50°0 42°9| 48:0 42-1 | 44:8 39°6 | 44:1 39-2] 42°3 38-0 | 40:2 36°8 | 88:2 35:27 43°5 38:9 43°6 | 50°9 44:0 | 48°8 42-8] 49-2 43-4) 49-1 43-7 | 47-7 42°6| 46°5 42-2] 44-0 40-8 | 42°7 40-2] 42:1 39-9] 40°9 39°3 | 40°3 38:7] 42-6 38°7 41°5 | 50°4 43-1 | 49-9 42-5 | 50:0 43-0| 50°5 43:9| 49:9 43:3] 47:0 40-2| 45:6 40-0 | 41:7 38:0 | 40°6 37:7 | 40:2 37°3| 39-0 36:2] 43°6 39°6 42:0 | 48°1 42:0 | 51-3 43°7| 51-6 43°8| 49:7 42:1|50°1 42:1] 47-4 40-3 | 45-0 38-9 | 43-2 38°5| 41:1 37°6| 391 36°0| 38-1 35:8] 43-7 38:6 43-0 | 48-1 42:2 | 50-0 42°7| 49-0 41:9] 48-8 42:0 | 46:3 41:3] 44:7 40-9 | 43-0 39°6 | 48:0 40:0 | 42-0 39-0] 41°3 38:3 | 39°2 36:8] 42-4 38°3 40°8 | 48°6 41°7 | 49:5 42-9 | 50-2 43-4] 49+1 42:5 | 48°6 41-2] 47-5 41-0] 46-1 40-5 | 44-4 39°0| 43°8 39:3] 43-4 39:0 | 42-9 39:29 443 39°5 43°3 | 52:1 44-4 | 52-3 45-0| 51:0 43-4] 51-0 43:3 | 50:3 43:2] 47:5 41-4 | 44-1 39°3| 41:2 37-9] 40-2 36°9| 38-7 35°6 | 36:0 34:4] 445 40°0 42-2] 50°6 43:4] 49-2 43-4| 51-0 44:0 | 48:3 42°8| 48-7 42-0| 47-0 41:3 | 43°8 39:3] 41°5 37-6 | 39°8 36-7 | 38-4 36°3 | 376 35:6] 415 38°0 43-0 | 47°8 43°9| 51-7 44:0] 50-1 43:3) 50:4 43°3| 40°7 43°2| 47-4 41°5| 46-7 42:0| 46-1 41°8| 45-7 42:0) 45-4 42-2 | 43:0 41-1]44°0 40:3 38°0 | 45:0 38:0| 43:7 38-2| 39°3 37:1] 45:0 38°9| 43:8 37:1] 42-1 36:0) 40-4 35:2) 40:0 35:0) 395 34:9] 36:3 32°9| 35°9 32:3) 41-7 37-1 9 41:6 | 46:1 41-5] 46-0 41:0] 44:8 41:3] 44-4 41:8] 43-1 41-7 | 42-2 41-0| 41-7 40-7 | 41°6 40°6 | 41-4 40°6 | 41°3 40°3/ 413 40:2] 41°5 38°6 47-7 | 51:0 461] 505 45-9] 52:1 46:3] 51°3 46-1] 49-7 44:6] 48-7 44:0| 47°38 44:0) 45:7 44:0| 45°9 44:0/ 45:0 48°9) 44:9 43°38} 46-7 44:2 41°3 | 47:7 41:3] 48-0 41-7 | 47°6 41:5 | 47:3 41:3] 46°5 40°6 | 44-9 39-8 | 43-2 38°8| 42:0 38°3| 41°3 37°8| 40-4 37°3| 39°6 36°38] 42°6 38-4 MAY 1891. ARGO AANA 33°56 26:2 aSm104 ANNAN OD 23 10 5 eras Shnaaa CON NCINA SO SANGD Ho19 OLO QADANN 22 CD OD OO NN M1igtomn Bass ee Ae 66 OD 89 SO SO SO OD 89 10 SO ele efor Rema! ORARON ANAANN ASCnrHoS CSSaSSn4 G19 G1 a3 69 69 TDP CO 9D SH DOSOom1a NGO N O09 6d oOnoanrt SOeooons 1b Ha co MANNS AANNN OAROH ANAAN WBRODNSO SO 00 S260 x# SDDODrn19 OO NOD NOD OD Wet.|Dry. 2 2 32 1a HO AHANAN LONOKGI ANNAAG Wet.|Dry. 3°0 33 mOt-oO19 29°1 28°5 | 29:7 29:2] 30-4 29°8| 31:3 305] 31-7 30°7 20 Wet.|Drv. ye ANQaH SHANA 19° 3°5 | § Dry AND Wert BULBS. | demons | OI~ Don OaNOwr AN O16 4 OO HO Rowon HANAN Wastow ANNAN sH S 60 SH OO RAHoOK AANA ~OaOoms ANDAN romeo DWOOL16 18 7 8 33 23 BEN NEVIS OBSERVATORY. HHOANN O19 G1 00 CO 10 ON FAAANA O19 0 0 Onioort 2 COristoso 00 Ono lc enn Reis oho) rnNockt SSoume 0 G0. GD GIO cd rAd ior 3°8 1 21:3 | 21 1 23:2 6 ro OoKRo ANANNN ro hoo ~Hoor OMON HO 1 2 24 2 yy: 2 orookt OnOoOoS 2-2 | 32: 5 | 24 Wet./Dry. OD OD OD NIN 2 Oto MNANNN DD 28°0 27°5 | 27°8 27°5 | 27°9 27:5 | 28:1 27-8 | 28:2 27:8 | 28°6 28:1 Wet.|Dry. 3 32:3 |< 2 2b" 32 25 Dry. TEMPERATURE. ‘248 —— —————— nn et | AN Hid OMmoned re 3 27:7 NMNAN AMON aNonTNew 29:9 29°3 28°9 28°4 | 28°7 28:2 30°8 30°1 | 30:0 29:7 | 29°6 29°1 | 29:2 28-7 31°3 30°5 32°2 31:1 | 32-4 31:2] 32:1 31:0| 31°6 30-6 31°9 30°9 MEAN. 249 FORT-WILLIAM OBSERVATORY. MAY 1891. Dry AND WET BULBS. TEMPERATURE. g | POH NAS POOON OHMON LEPHS HOA ONPHSS N EPNHOA HNSOMM AMSOO POWSNL ASGOH AHHAAD A |HS5858 SVSss GSeSu8 ASSSS FHSSR SSaSss Fs @ |FIASSSS FSSS5S SSSRS SRSSH GABA SSSSSR F B | RPM PSD COSHH PHONT HOPS HORSE CONGO & Si EMOPEH PPAFR HONEY OHV AQKEHS TPOSHAM T aa eeeris BSSSS SSSES SSES8 SSEES SESSESS | RSSSse BESss BHawen Soaaea SGSSS SSHSBS F SISSON NSOOAM OPHFm AMGAH ON PAS PHPEAD F Si po Nal GN SOI SS GI Oaie Sain Ca Colcol ako si ay a |EVSSSS SSSR SASSS SAHAAS VBAASR BAASSSsS & eb HSonoedt Stas FSISS SSRSS SSASS SSIIIS A ™ 1 ePPEAD EOGAO BOMAD EROOH NHROS ONMGHM OB S| MOMOMS SONBOH OHYHN ¥NSOLOS SONMS APHEOAD & | E5395 BS8hs SSnk5 S88S8 BAAS Basaes & 2 SSR ESS SIERO ns Ser ERI CR ERICERSEIS «| BOSSHS PASAaH HORM LFRSOH HSOSHE SHHEYR © HOASPA AADAM FSOWSS HESS HOANH SAFES 19 _, |ES9998 S888 GaSS9 S255s $9599 SSSS5q 3 | | . |BSRSSS S5SRS Ba9S8 S2SSs SS95R SSSS52 3 BPPNPS DHAHO PONSA OHHHO ASSSS BASNOH & HNHOMD SOLON ANGAN OPAND OL FSS aASota Oo o (ETSS95 FSSVR SSSSR SSSA VBARAsa VMSe4Sas F Be SBISS SSIIS SSIGS ABSILSA AABAS BAISAS F “ | BOTS OHTOS COhSH APPHS PEELS NoFPah © N | pete Ro PHHHOS SPEND TOTS wOSoy ¥NOSHN 9 | Psasee BSSO68 SOSA Haase ASSES FAGSssS F AAIAGS SBSGS BSSIRZ SAGAS BSSRS GSUBRAS J BY POPS AYHANMA SOMHA EACH GOHHS HaASeHS GOMASS ASOHHH ONOKD HAA LONHHY HHOAUIMS © - SRSSAS SSSSS SASSER SSAA GIAss Sesseen Fs = SSSHS SVASSR SSHSH SBGGS VSS SASSssq F SUVSLS PESOE HANSA SOPSH PPSAL ANONOS O EOONSS OOPSH PANNAN SSpok SeHAH HENNSP F x Brose ta9IS4 SSSItS SASS SAISS FSSSRsS F = Sats SGIAAS SASS ABISGS GWSISS SSSSaB s sees NS Sea Ge a ee ed pga iP Oly G2 oe ON EE lS HS es OS eee ea eae Sa Seta 1 Q oO HSH cH SHH HHI WHOA’ HH HOD HAHAH HAHAH H HH cH H1I91D —s Att sis IAD HiGad OrisgigQruest COMA AAHAD BMigigwanA Whig W919 sH | SESPSO POUKY PASH AOHSA PSSHA GOPSYO HP HOP ON APLPONM HHASMP PRHOH SHGHH Nonosey © na ‘FRBSGS REISS VISITS SBSSS SSBIS SSAIIAS g o> |ESBISS SSSESZ BBSER SSS9S FHSIS GSISS5 Bo ooaS Soue iene rane Ao ee SUS ene armas URES RNS Se Sh eee Oe ee eee ee Son a ee BOArOND RONDA OOMAN ONSOH BOMHA SLONSO POA SH RADSR SOAPMH ANFR® SHHAN SYETOH Z Bosse REIRS ASSIS SRSS5 SBSGS SAAIIS = o |FesSsS FSSSS SSS9R SSSIS BSSSS SISsRS F | Spee Ie Se ee nen ao Ph Sh RN Ni CoC Fe ete re eee ier Se es a Gaeta ae ONC COCO OD SHS HHH HiDID HH CDOD SH HOD SHH HHH SHH HHH SH xs Q HSH SH 1063 IDIDID© 1 WOOorigwH HWA MIO 191910IO H HAHiVg too ww [SPAS ENON HAWS SHmBw SNOUH Nonone + VPHPOOR OONYS EGWONH NOGA ANSE PASSoS | a I EHiscsoe RAAB GASIS SRSSS SSSSB SAAISS gs = ISSs3assy SSSSB SSSSS SHAS SASS BSSSRS SF Q See oD 09 09 AQ) SH SH SH SH OSH SHI) SHH CD OD HOD OD HOD SHH SH oH SH SH SH SH XH st CH SHG 16> IDIDAD OO WwOigiQgsH HAHAHAHA 191919191D Wi91919 OO wo BPOLOF YESOM AAPAH OHOHA SAYSH POSMAN F RO eo ee Se bo Mena oe Sree a ea ee ee ee a Hoo PERES APSIRRS SARSS SSSSH SRARAGA g a SoS SS FGSES FSSSRS SHSSS BUSS BSSaGs6 Ry eer ae pa eR ere reset ears Nena) ea cereal aang PNR SRV GN oN ee ge oe a ee | P2532 SASHA GSAS SBIABS HHGSS VESSSS F APFSE8 S58SS SSSR BISSS SiSS65 SSHGSS F CE ees Come Ce CoN oe ner ea. = BB ee hey ee at sesh SR os Seana me eee etOL ms Foc GHSIS GESSR ABSSS SSSSR SBBSITAS GS ne BUSSSS FSSS6 SHoHAG OoatsA SAaAA Hagsiog Ee oc ode a ee iE ae eee eee a eS NN are une op rae En Aen UAE aR AwMsccoc AHSHR GABA BHSHo Vaanes BARGAIS F ASSSRS BSSSS SSE FEISS SSSSS GeGHSSsS SOD aon Seo Geos eee er ee mere tr S BOC OR Come ere oe ie ool eee at oS | etek Gx ca cutis cones See eS CH TE ET ee ne pact eas URS rece Ne ee ee COND Serer tn yea mayer res | KISSS5 SHBSSH SHHGS SHASR AAAS GSSssTe F | ASRSSS BSSS3 SSEAS SISESR BSSSES SHRHSS FB |esenes BOS INC ea ee ae See ena ei be oe oe ey BIBeee BISIS SAS8IS SARSSS SVSSR SIAIWRAW a a SHRSSS FSSCS SERSRS SHWGs FHSS aHaa55 F | Bae coke ei tale eRe te ee ene ee ee His as Ng oe By 5 Ee Pe aE PN PN GVIS55 SSE GSEs PANeS Ses pees |) |p lAeie eee a ee Sees ae eS. 2 | Mant ONOSS ANG SLOT AIRIR RARASE | naewes eneog HARAS BESSA ANRSS RNARSE ee bas = sie — See K XLII. VOL. ROY. SOC. TRANS. EDIN. JUNE 1891; 11 19 GO KO Gd G9 GD GD oD 1D 10 HO “SH SH OD OD OD cece or art ce we 47:0 39:3 Mean. Midnight. Sellen wee wal. 23 36 35 32 34 Sma +O “HOD 09 GD 39 43°1 40°7 9 39° 1 41 1 8 2 8 4 93 33 21 5 | 39 0 | 43 0 | 45 1 | 40 2 | 33 Wet.|Dry. 8 39 0 40 0 41 3 38 5 382 Unies crete wile 1 38 3°0 41 39 32 ODOM SHON OD SH SH 19 DWOONS tH oD OO StH Dry AND Wet BULBS. BEN NEVIS OBSERVATORY. | 2 39 38 5 40 38 32 Wet.|Dry. ‘ 191010 H G9 G9 63 69 cD SPrOD Tot Hh 10 SH SH SH OD 69 09 41°8 39:4 | 42:2 39°8| 42°6 40:0 | 43°3 40°7 | 43-8 41°5 | 44-2 41°8| 44°7 42-1 1d CO 190 41-5 39:2 Ronan SH SH le . i. . Dy . i. 41 lordnp olor Re} HOOD Sto st 7 Dry. 38 co O16 Or OD OD OD 69 OD TEMPERATURE. 250 MEAN,| 40°9 39:0} 41°2 39:0 | 41°1 38°9 | 41:2 39-0 45°4 42°6 | 45:6 42°6| 45°1 42°2| 44:8 41-9] 44:0 41:5 | 43°1 40°8 | 42°7 40°3] 42:1 39°8 | 41°6 39°5 | 41:2 39°3 45°2 42°3| 45°5 42°5 MEAN, Zoid JUNE 1891. Dry AND Wet BULBS. FORT-WILLIAM OBSERVATORY. TEMPERATURE. SAND O ONMW™ 19RM1910 CANHTN BHONOH MO1I00K4 | e (Beebe coves 2808s Secee cusses Baesess ep coat SSS bees s eeaimere ne rra: g A Soon SSIS SAGAS AHS iSi6isSi5 SSSsa 8 Eepkae SES 9 SVSSS BSS8S SSS5SS SEsas B B | RONOGOW AMWSD COONAN AASPH PHOTO PANNS ES | BPOLEA POOH NaODDH MMOMHD AMSHS 1818S SS ZH EB lPeseee chee Senne Pone0 Here secre |REZaSe HS288 Fanaa Bees Bosses Seses & SeLees Beste Soalh SSeae Peace ocee es 8 | BEVAAY TEACH Noms oooys See to SONNE N a WDD 19 HAD HHiG iH TH 1919 HiG91iG 19191G1G GH GiHGOO O19191919 19 oo WSR GE ibaa 1 SPOON PHONE PNFOS OPNOHY PNOSOH BHSHEH A TZ | PSMA DOWSOHD GASH MOON WOKhSS ONNOD 19 |Reckee Gecen Goese Genes Bece cess cme B [ASSIS S995 S58Se GBRss B8sss sagsa 8 HOSMON SCANSH ENSSHT SHSOAN ASHSH ENOOH HONG AH HNO DHRHAR SONAND SHANA ANOND O = |ESE823 SSSR SSSAS S883 SRSSS SSSS5 8 oo [ESSTITS GASSS SESES BRB BWNSS BemMIee TH 1 SSOAMSS OMOON SONSS HANNS WOSGSH HOMO S | EPSOHS WASHOS AATHOH SON MAS RoWaT HANSA © | FBa58s SASSS SSSi8S SS8iSSS SRLRS RSSSB S [ASSSIS SASS GASSA SRSSS sxSSs Besse x | s22e5e PrASH SNHAH ALSHMHD PiIISNM ANRSD O BOSHRPE ANSOPON HANRAWN OOAOH NOKIGS QOSOm & ~> |ES8869SS SSSSS3 S4RS6 S88ss SSSSS5 Sasss B a BSISS SISIS WSVse SBVSS SSVSsS SVMs a TT | SOHOOD ARNO AOGAN NADY SOMSOMD SOODAN N SN | SUNPOM OBHSOMS SHMSS NOwoedt SONDA SHOE Oo ASR8SS SSEBS BASBS BSIB8S SSSESS RSSRS FS | £88843 TESTS, SOSMATS SERA GIcICorShS Waves nS |e2ecee capes seuss Shere secur sarees > peo ee es ae 5 sere agrees eS a (esas FARA FHSS BS66S5 SS6H5SG Sis ~ MOK AH BHA BISSR SBSSES SABSS BB8S8S B Q19 9191919 LD SHAD IG AD 19 193M 1D AD 19191919 6 Woe wowo rOO19010 von} Qeost sto AD HAD ID AD 19) 199 19 1919 191016 © T P19 TO 3 199 101910 1D BSOMDH PANSH LEANN ANALY YPHNHDHD SHOKHD SHOPPE SHAY BWSOMAM NHUSS AHOHM SOMA & _ |PeesoS S8S53 $8939 coB88 SE8S5 SkESS = |FBS959 SISS5 SSIIn SBkS8 sessc BEER 2 Re errs “pegend eb cu seer e ees a eres shore QS 0 10 Hid HH 1D SH 1919191919 191919 1G WOOD OH OO O1919 ite) QO 8 Sig i ID Hi igid O19191019 1919610 Sc WOrmOorere © 01919019 itor} | SeaeRe APOHOON LSOSPS AAHSWD Fron SNNCO @ [EPANOH OMNNNS HONWMO POONA HHO EHEOh A fe SReBSAS SSSsas VSSASS SSSSR SSESE SB8SS & o |FSS5S5 SYSI5 SSSSS SSSSS SSSVS Sass 3s | peaaoe goaee nen es ees se oases Reser UBESSSSSE eee eee aes seen sete ees A 2 O19 tg HAM HH HAigi9 SH 1910101019 1G Gi91G 0 Wigigigig 16 QS S1G1G1D G19 01919 1919 1G19 1G ig ig 6m WNNRCSCKKR SHBG © |s2seee PDABIr~O AMMAN ALHWN PWOHDAN HOCH FH BOAFPO OAH SD OMHOAOS OAHAN SOOHH AMONWH 19 SESSSST SISSH ASSSR SSSSS SSSE5 SSSSS FS pe Boetsa Baas Doses SSBSS SSSSd Sesss 8 S| pO OMS WOMBAT PFADSE GYNWO SrAMS © | sPEPAS PEMD MOHSOm HOMHH HHHOS OHONN ABESSS BSSSh JSe8S GRSBA EEESS CESSES ASSSBS SABER SIELE ZEBSS HESeS SSSER ie LQ SHH OO SH SHH HOO SH COSHH KH HINO ID SH 1919161019 19190101016 st <= WD AD AD AD AD 1D HD 191M 1919 19191G_ 1910919 OS OOM oo 616191910 pte) BHODOD SPMAH WOAHN OONOS Qthon Ontho TH 1 SOOMHS HESSD ADNOM OLSOw AHNMH ArANon a FRESSS BISIS ISRSS BBEBS BRS SEBRE x SSSSES CRISS SOLHS BEBSS CRHSS BBASE S BAMHOD AMAHIG HOLES WEMSS SOAKNH OHADS — | gongs FOEASH RANMA SONSS SLHKS GLH O OMPOM HHI OMD POPrODM ONMMO HMMHSO WDOTANH oO ORSHAON ADAH FAHHON MAH AMHAMN MrRoOrSO Ne) ae, SHH HOD SH SH SHH OD SH OD OD SH HH THN1ID 19 191M 1919191019 19101919019 sH oO AD UD AD AD AD AD HAD ADAG 191919 iGaQ@d wIsiwqg9is Ww WOwmwowowo 619191910 wo OCOOP® SOHNSOD H2AMD HOmoP PeHAd ONE | TH | ESP OPSS NOSSH DANSO GCOMHS Wiownw woomin o HNHOMO HDMHWO1WW BDAADNDO OAdMMH 190101910 HOM1OIGO (=) HoH PING HOS 1969190100 1010 HIONN Wem ONKROK oO | E8282 HSH SH SH SH OD SHH SH 109109191 Ds 109.19}.109 11D «S199 1910 tor} Qk o1919 6 WOiQOOO 0191919 191010 Om Ree 001901010 Ne} BAHOSOL FOHDD AMARS APHOH EAMOS OOdne 2 WAPO2 SHSSH HANSEL HOPHDIG OEHON A SSSRBS SAISSR SSSSS SSSBS8 SBS68 ce BSSes S865 SSSRS SSSSS SHERS BS O | EPHOCOH ANSOPS AL SOS SENHO NHNLOM BAND? ee) LATO ALANA MHeVnS APRSH A@EWHE 19 | Feb299 $3999 99989 saess SeRee cS B8SSS SSI88 ELSI GRASS BsBsez B SELUSE HEELS SRP Poon RESRE Seen 5 SeuGS eesy geyeei4 eeu aeere = HAA OOH HAHAH COM HHH H1919191O 19190191019 st AD SHAD AG SH 1919191919 1919101 OW1D OO C19191910 wo S| EPOAOM PPHON ALOHYHY SGAASS TESA ANB © SSANS SHSSHR HHAPON wHMiaGO RHORSS ow | EB5ER8 SIISS GISSS SSBSSE SSsSss 6B SaSS5 SSS8S SSASNR ALKSAE S$SESS A BAHSAS MHSOMRO SHAM ALNOH HANWS Doane 19 PrADOr~ SHSHS OCRONH AEHNS MOMMA & SASSSSA SAIHGSR GASASA SEBAS isisisss gi SUB38S SSSSS SSsss SSSSS SSSSs 8 TT) Smoot SANS Santor HASPS SHAEH SNA? x SPOOR SOAHON Saray OMLSh EVO a | E2288 SRISS VASA SASRSS SSRSES g SS8SSis SSaSS SSSESL ALFZSE SSESS BG | TSOte 258s ales BEeas anes a. | eta ddaaa annas 5 ’ 4 suisse pill Me weet : - : : ae ees ak | ee sae aa = ee As 5 | y | i , q ‘ | JULY 1891. . - — BEN NEVIS OBSERVATORY. Dry AND WET BULBS. TEMPERATURE. 252 ‘ IDIDOQDO DMHON HRBINHOH D IDHOM DWOHDOHD OWHOOHON BPOPWO WOOMP OARPRWO w91HOMO MOIHON ARBIOHWSOs ~ 2 |ES25S8 Sa88s Saa99 SRSS BENS SRARES 5 g |ESS585 28859 5999S 298ou Gasss sacees 2 4 SBS aS Ssoncdanas CoCo HH Ha sODGD GOGDGDODGD GOIN NCO cD FI ae eres oe oa at ot ee eee . e | 2 5 | Eve re COMO’ HENS ONSHA HSOME BOSOHE | Si |) Brees Stee Vite co og Sie cs Sa epee Tiss Sel co ae Nene ree © SARS HARKS OAL AA ALO696 DOA WOMWAwa> co Ata MmotH SGHASRS GHSGH TSAR TASSSeW S taal HAS SHAS Hating OSA HASH soc a SS 5 | BamMDDO DNDN COANAKRA ARKH RODHS RODMDODS BD [rat Geta 00) Se ONO Oe Se cee ae | UGE Sh ae Seca tes = | 2H SHOS OCUHDR DHADA OHHON DONOD GHALOU O IESSBSSS SSSSH ASSES SSIS VSISR WSHHHS S 3) | 8 8 50.08 st COM CDC COHAN Hct com teses GaAIGaSo mH 8 HHO 2 3 SY | : CO ONHAOH CONDOM AQMHHH DOMONS RHODHOON KW S| *+HOIDOH HONON OQHHRD SONBMD SOROSOSO FBHAAtER Oo Ss SEP EOE IEC CORSON! IGG Ce Caicos sits aE eae Scns oe POOR D GHOOK MOWAR SHOAR ORG R YNArore ov SF [ASSset SABSQA SAGVIS SISSS SARS SBASSIG S AFIS SR Heo AR HARA SHAH Hotc0 Hescococo— A BONMMRAD SOHOHA DONSKH MOMMA ONWONN SCHHHOSH OO Brel Oe Cee NRA Bee eh eae ge Se ee eee pee iO HANH KASUA DSSOH ONSKOG G Loa aGkmo HDC MASO1960 0 DHNSOIG SO COS St Oats! SSSS5R ABASA AHISS SSSSS AGSSS GaSass F ae GDC TDCOH COMHODCD GD COMMA AO oomMaae Sema so OD 6D 6D OD A : zy Na AAW GOMHWOWOR WDOCKNGH MNMAMN DMONN CHOHHOM a | HK OWHORD OHOSS WOHDHS WINRAN WOSWOM DWOSWS1D CO NICOSIA GE Sieg eeeo LO OEISGO G SS ene ee es a ee Oa IC OOHA Gioigma MUNSON Pomtto Reade onoM19o & ae RRABBSS ASSIS GHSRS GFSSSS GSSHS Gocasca EVSOISSISDISD SH COSCO STC) 1S SOS S00 SST SHS SUSHGD OD) SH CDIGD CD SHIH GO aes is s $ AROS ROWDNSD OMSSS WHNHS AaNona Sener e Geet Seek Sere Sees Bees aS Bote etoese oeeieeaNiasses Saanes = SSS3s5 ROCHE NAGAI or) ree SASH ARS Sra Peeseaenee OMOCOH OMAHA GHB HAMM AHOOsTH SHH OD cd 69 = N 2 ARWSOH RONAAK OMNSDS DHANHS GaNoma BU penalise tee ee 2 oke ater oy AG) RCONIIRT DAE ICI) OE OATS] Dany a ane =Ke DOWANDW PARED AH BOI. rird ¢C -y COM OHH HAWG mao sats | £22252 SD OO CO HH SHODTHH HAAS HH sHcpe oodedcos HH Acco = oot : BAAEHDS SMOFA POSS HOKLOA ADAYA HOONDS BS NS SU UN eee Ske hes otis acs a cen. as ama eee ea ies | SaaS IPA RHS RONGA DANSGHA DOROROMSnROH & BARE eer oien icy OAR e Gn Coy BSISS FGSSS VGaRBases SF =F [Je seeoanee st COMcocoH CAAA HHHAHH OAM AAMOAH | OD 6D 6D GD GO 3 “A : DS COSCHA HNONAND EMNMN HHMDODd RODKAO wt (ebocds Oe tise Gone cages Seine eocees. = EERSSS SASAH SORES GAune SSSee nanos & I~D BDORAO ©2690 aS ; ae COM COHeOHH COMA | E2552 BOOSH Hata H QHHAAA HAoeae Hodes TH Ay 63.09 65 S a8 a 5 TO HMHDS POANS HHANSS OALYY SNSAMS & [cE ae Be ee 2 ie Bet ss ees Reco Pare a [eaeees OARKRA ONAAKG RAGIN PONSA RON & DWI~ DWRWDrH EDO CO SySHisn OD CO HODCDGD SHH HHH SHH HH 3 EGR sooo MDCDGD ODS HODOH HOD WHA Wedded Hoc cDGD ad g [eoeorags eh al inet tne Pa a <7 ere ay ek a . oO ee Wen jets bine SEN ASE SE Ne rer ety tei legiew Goin waluanthr te mate : Po Ss ces Seis BESS Se ee es | Pee ces RAKRHS Coan S DOBAN BOLO AMOR S S me Hr cor 6 sO Oo HH | FS2825 SSSAG FHSSS GHASHSH CHGHH GHnoos F Aswcacsages costco tt =H 5 SOOND LONSH HOWSA] HANGAR OMoWNS Ft Pee eel VORSS Reese eS snes Ses a ea DOALHS HNO MHDMDAN ROALD HAHONM OS : PID DOM BO AMAR MOteo Dos HOO COMO HH BHAA HHH Oa YdsoOsOasH FB SAB oo 05 CDOD OD CDH SHODTHSH OD HAM OO SH HOODS HHoDeDCDCD CD = 6cD oO [ie seteocaes Sata att a With ayant tue, ees ame Reale rt : sw POMSICE, LSI eg siicpien fs SRO Daa Se piece tue eee” Rr Srer ees ey aves ES ee ee eae Ss Pace caas ee HAGAN SoHHA CSCAKH af Spe eatin SS te Ste ate BDO HeAYH GDOWMRO Pes cla ci aa Sati HHH HHHoo HHMoOa GH | ESS558 BOBO TOGHH HHHOG HHA Himdaasaga AMcocscscs comico TH : : SAHA NSOMNDH MWSSH mMYOW HOWAWS faire aa eae NN ot ne ae ates eet a ee en eae oe QALAH AAH0OD SOHHND SCOHKS HNHDAM SSS558 SSSSS GS9S3 SIbs GeSSB SAnASA ZS JESBRES 29595 S839 SII8R G2shS SAssss sg OD GD OD CD OD ine} 3 co ret MOMS NOSHS SPHGHOd HANG MOMWAND ow | COIR elie heal MIRON Se IES COGIC MAIN CIC Ps KOC) KOK sy aes een ANSON O650M SCOHKRE HNSOemMO > DL - 19 WAM HBOMrH BMWDOO1D CHHNOA & a +H BAH SHHMH GHRDOSGS | Ao3s9 0305 05 HBosanr SHS GOSSH HGS Gonos F Awcococo st coMOo SS : DO DHOAHD BOAAH ANWOS FROND AMOWSM io HAODDD NOSHWN AHWHUW ANSONY BOSHS YWWONWN 19 fe ee CHOON ANDRO OLHAM CamMmo HNMAMOS mw EGSSES SmSea SmIeS SVIbS ShSRS Saas = FISS5S SASSI GISIS SIIIN SSISS THAIS & 69 GO (Eom Fl ors MEOHD SCOMSS ONTOS HOOAM aMoONA © Relea! MNS LICE CONES eae So pa me DG hO OHmOM ANLHAN AMGAD SSBSS ARAVyweS a 56 2 Ar OIsH 19110909 OOHMO Bro pat Lan 5 ota HHtios SAHaH aS = os SH | K2Seee Bioasoo st Hoot HaistcosH Gossicscs masaadoaaH oO [SIN SOCOROE ae ie es nSiSic 3 HPRANDOM MAOWDOM DADMS ANAOMARMS WHtHON Maomoox. x BOPAOO AOMSS SOMOT ONNSON BVSAHO sanase iw See eae nee ee ee TE es ek iy ae EoReen THis eoes oda Aas Boeage coamaan 2 SGASos HHows HHGss Ott GHass Fons F rn) on) | alaaeeel ‘ m= | *MONOH HOWODO VAMOS BIHSOBOS HHOMN MOMOWOMD W Ran alee Tet Genrer ake Sees ee 1Go Cm eee wae tay ae en Sea nd eetec eo POSaRO AHOHS MAQHH S1QOND HRHRH HAHAHA A [Renee sien Seale Seas aaasomeaae aS ASSS5S SIS3S SISGE SSSIR GASH SSRIS SY A w0D 0009 : : Ob AADHD ODPGOM OWNBSOHW SOMOHN ANKHAD w BASDASH SCHASCH SCHPON WESBOMm POMWHHA OME WAR 19 [eee aga AH AWM DAHDRDO HROOHMA MAK HRMADAA ww SHARON HOSOMDAR SGHHAND 90ONKRS TRONS OQHSSR ow SQUSSS SESSS GaASSS FASSS SHIH FSSSSS SAR scd Booms BeowWnc Hawcwn Heswatos ascpesesases as i | | LaNNOM WADDR SROAM OWOHH OMSHE SNEMOM oO | LOSSES eterlalee) COCCI) ENO CACC Heal COS CoGoi Nl (5S Poo HHake Ho4ed4 BESRBA SAIS ARBRSAQ’ oH PRON HOOOM NDDHAMD BIQMRO HROND ODHOODO & FOUR SS BHows Saatewo ion an) SODOD HSH OH CON HOO SH SH SH SHH ODMH SHOD MH SHOD 09090009 00 = oD HS SNCECOEOGDE SS ICONS: — a MHOHD NOKOS MRONSK NODOAR oanNao © BrPr HD MOBSSS SOHNODS NOMAD SOOMRW NOMA Ve Smo AHMOAD HHHOKR GOSOAAN MRURS MMANDOSO PC DOHN HROHO ADHAS MONKRS ALAND RRHRASOS 29GSS5S GHSat SAAas Sts GHntHes tHhHAaS F SAHopccd Heo Hom H SAHA ast cMAamH oD ay qo SCOHOMO RMHODD AWDWDAHPION WOAISM™ mMODMORSONe-NVMG © EAD ON AOPAP DYNOBM SOEODMDWD SOMOMRM NOANOO AN DESL MMOD 1OMIDOS ASOOAN MAHKRS AMADA A | BIOSIS ER eRe ea Oh OG Se NS SAS ae oo SSIBSS GASFS PABSS OFIKA THAIS VHABSG S A 09 09 29 33 a ; ORONS SSOOWR FONGH OFAANS ONION A BAAANDD DANWDS MN0ND ~VMANAD COMWONDW DOOIwWMsHr~ | soeare COROM MHBONW COHHNA NOHKRA QRANDADSD EARSAB GSIAS SSISS BSSRS SSSIS SSEAKS B Pestiney Sco bo eepreteecemte ct FL om ne SCPSOO HOBDA FONON OFANHG OMONYR — | EI He oS MoS os 1 EOS eI SOOM Toe) OLS UO pdt er ta tS ue) Pola HAAOD OHOOQ BSEUtSS QVISS SAmwaw a FD He CD HOMIGID BOMDS ADSONDS DODGAMSO OD = hare 2 OO SASH SH SH Hig Ht = 2o9 i a | | Fo2838 GRASS SHAG SGSRSS AHAGR RRBASA SB Ax sorcaco S50 | ollie _ ; ae | a | ° OMmDAO ANIA OFWONS FAAMWHS OMNWDROR < / > OH1ID OPORS FHNMH19 ONnWDROW 4 ri 3169 SHS A Adan MAN ANNAN ANNANMS pA | TAN CO OE OS NM SON NAAR AAA Ac oF c | S | 253 JULY 1891. SS —- rrEEEEEeeeee Dry AND WET BULBS. FORT-WILLIAM OBSERVATORY. TEMPERATURE. SS [ater NWODD Diqwow MWaAHO OOMAM OHPHHP > DELHANY PONOGDS APHPWD OFF MOND OMNNSOH ANNSOODM wv SROHHO HeHHAS MANKRH HONOH HAMM MARANA ; MAA AGNOM M1911 OO1O- MOAHAN oO A FAH HISISH 191616 Hi 191519 1G 191919191 1919191019 11g HAMi9s1g 19 | jE eBRRS 191519118 WISISiGiS 18iGiSiGio WWiaidiaw omAMBoeo A | KOr~ HOD WRMANAO OAHWO SCOIMWOSOH OMAND ASPaAADO oO S SOP BI~ WD OPNOIG MONON GOHOIG DSABPIO OMINHSOS & HONAD 19M 0194 DARAK DMDOSD NOMAS NOrwAGH A RICO ROIDENCS PORE tema Sree Oe ie eat oe a rales De aa DBO SSHGO DOSKRO ODHOGOGSGS OSHHGS OiGIgnosso Oo AO19192615 1819151515 BisSSS SSSSs SSSSS SSAESSE B a ————————— | governs WM~DWOS ALNSH OPOSOMS ANSPSA BAe Vor = a DSLOSLOO AWM OWA AAOAI~ DRHRMM®M OM MOO OAIVHOH 10 IDIDHCOA HAG HHODO RiQSCOD ODHeAH ~mHwoAcc NOD SDHDODOA AHO Sin a | Bisis.oiis 1D 1D 1G 19 1D 191919 GiqQq 1919 GH1GiQ 191019191 wAqgwh# Hrgrigiqg 19 a2) | ao Sis 1G 1G SH SHAG Bis wiais Boi Boaasa Oo as ia a es LNPIMDO HWOSMD MOM-OSOS ODBPDAS OHGCOM HOOP a re SINHA SW SaA SCAPYD PHSOSOM SCOHALN FAMNMNDS ADOAHDD DOOR RONDOH OOHMR ARNDRD HHHRAID® OD ; E'DOCIMO GONNA coi96 She | Z2e328 OIGIGIGID IDIDOOO GiPOGD GiG191G Gwwigi9oio 6 S| | AsiSsaies wsidiaiais FSISieiels ISIS Beas SAS sesS s [Seceoe DRARSO OGSSAA PDHONDS COAPDA POMNSON 16 DTPOTS SLOIWNM HAKAN MANDA DBSOHDS SANADD OD HiDiad A AAAOH MDARD OOARSO NOONDM LHOUAH H DNPH GHAODN AAwOH OcdH1O1 AMAON MOIOHAY CG = SeiSi8SS SASSad SisSoOe8 WisGiaw 999.9 BtHooo 6 aa | Be SS DIOS isiagisid Wiswiss Soass otatoas B rs | ECHSON NOAKNH AOSSS AALVSA F2S8S SOHAROD yD N BOHADO AHSAMD AMWMO DMAWVH AOt-dH -ROMSS Bw SO ON eee a aCe Sa ucoanice ieee ee NN ke eit) pa ST ICO OO SH SOL oa (vig COCOONS Gora) GNICO= rir E= C3 Ola OC S TOO DH1919W RAAMDMD QDHOODHHR ALRBOGD WHH19RO © HocoN NO AONcH c16 400 HH 10 A 1919 |ABSS55 1919191919 1GDOOGG GSiHOO19 191919191Q 01910101919 19 AlQ IB 191018 GGG ISB WiSigiGio IOigisigr® iieioiwis 1Isaoisigis iD | sr eene DImMIOAMW OWHON VRHOIS OVMHAMD AHA DEAOAH MOA AH OArAD OOHAN ANWDON AADDAR HHHOUN CH NCOH c1OKho1o 16h O1 RHOAN REDOMA oO AAPSD OIQSON ANHHoOH Ooo MMHOIA MOOHAN A S [EeeoRs IDG Hi® 1919191918 1919191919 1919191919 19 HM191iG19 19 a BSSSS68 S8Sse0 Sees BisiGgiSis iso oso Bs Sebel SK RIC MSE CPN aC) eS MDS vierissent CnGrinieneeeo ey A POR LPDH BOSOM SCASDBDO BSOWDAN SOAMM AAEANS A EPOI~I- OOD OMAMDHOD ODRAMS BOKLMOD DOSOHwO wVMHHDm~ & COCOONS ARO HH BOHRA wionpHodo oOnimodH 62191019 19 | EB5S88 1D1D19191 1O1D1DGG WiGWO Gig 1910 1916 191910191919 19 A XO191G191D 1419151516 1918151910 1919181818 WisiGigig IiSaisieis 19 BOMMIOAN DNODDOS ROSOONM ROGHOH AMHOHO OHAWOARBH 10 PWOSOBHAN WRAWOGOGH WOMAN HOHAIQ CHOMH ODHHHHIg COCOA HNARIG AHoDH CROSH SHAN HOLAANA SHHSH SQSn0 AHARG Liaw HOAUA MHOOUAA A Lema! % S aI > foal ial SeSS00 Booms SSS85 SHS85 SSSHo0 6aaaon ras BRS SRO Ss8eoe SoSes SS8Sis8 1919191619 16 SA Higisig 19 | pel eS! (COONG SHS) (GOAL rit) QU COIOIONG SION GS “Stiga Colca ESN) iO a EAOASL PASDMrAN APRRASO ANMARPWMWD SDROSHA POMRORRMo HIM1Q1Q DHHS HDOHOS HOOAG DHROD 190NHOW & HO 1G 1Q HI I~ OD HHONRD DORBKNRSD WRIQHH 190901910 © | Adisi8 18 1919191910 191019 OO BWid9ESGi9 1919191916 191919191019 19 51918191619 1919191416 161518 OB 1619191010 OS ey EON ANTE Ie Ney | BN wow! POVMAM AHYMOSS WWOAPN DONO O-HPABW BPSLION MSQONA OBNMNW1G OE-OAO DMI O S19SE>HOS 19 MANNS AHMOA Hood 1IORRHH OAH MORDON NY IH HON NHHOD LOND HMAHA Hoots |FSSSSS YOGI Hr 1919191419 1919191419 1919191919 wSHHHiH914 15 S | BseRee 1D 1919 191GD GAG aG9 AGA 19 19191918 191419191 19 HAHi9i1919 19 Leto sess EIS Shatepoey rie oe slee CoCteerah veal CsCor Iona N EADOVO HBMOAA OPSQS: EMO. Orscoigo INGE SSH HOD SHH SHH HONDO 1919019 OD COM MH19 OMMOO Hirt 19gc ven} HOOMmMAHDO NOMMDO Hoa AH WDODWODMHM wROHDO UOMAKRKRO i | Pesaxe 1919191919 19191919 GB 191919 19 1919191919 191919191919 16 291919109119 B19 11D wiP9W@ OOO 1919 GiG1Q 1919191919 191519191919 19 [soeeee OSHS ISRO) RIS IGU SCO ONES SSO) SO CON GS PICT e) ae BOPAOGW ANAWH 192 ROWO HOMDMS DHODR SHRSOR w HAAR AHMRN TMM DROMM IONMHO MOH A HOO OCD HAH DHOOD ODOKROD ROMHA HOOMoOH 4H BSSSGS SESRS BS86E BSSSS6 SAGER SAaass 6 os BRSSS8 SESS SS8SS SSSES SSSRR SVSS8S F Meg Sahel Lae ips Nelo ST Sex PENS Less leeKS oxic inek es (xem is) Va LMIOPWS BWOAAUAD AVMOAA ARPBOWD ANONSO HNOWOS Do BAO HOD OD rH HOD TH 19 19 HOLD 190000010 WOOMmIOH DWHIOCIN1O HH HAI~D1IND AHMNDO w1w1worD ONHOCOHO ArDOMKmM OMONDDO Ow A919 13.19.19 1919191918 191419 191G._ 19.1919 1919 19.19.1919 191919191919 19 AO1919191D 19 O19 G19 19 1GG6S5S SOOGSIGD G19191616 1919191919 G19 [papers DLO HS 1G) (SRG rl 3's O91 S2100) 1 Car GN BHPHONDM IWAWROS HON YS ARSAN OMAHA SPOngM. MOOHDO NAONKH HNHOA ARHHM HHNSS NGOONRSOS HHAOOH HOMQH MHROD DONS 1OMMNO WHE c1900 dH | BiB Hid oS 191919 AIG 19.1919 HAD 1919191918 1919191419 wah HWi91g 19 a | BIS Bie IDIDAG AGA 19191 Or1Q G1919191G 1919181916 1S HWMiGigisg 1H BED Sls ICO RCS SCE) Sails NE) Celenio bese) SION soon a sD es peepee Sas Sais ic) Tope oh nallex PSI bales) CoNmalioe) SS tar oie SIGS r) HONAD MNMOH W190 196M10H19 10M OHH HHASSMBOD OD HOO 001900 AMMAMm O19 O~O ADNOMm OMDOMm MmWOABHO | Fzeaae 1D 1 1G 109 19 19 18 10 1518 WD AD AQ AQ AD 1D 1D i AD ad 19 1wGQagrgrgiq 14 DSO DAD ID AD AD COA AQ 1D 1G}. OH WO WrQwWOrwQ 1919191919 19101919 1g 19 HYHOSSS DASSHD AAAM@ Pw SAN MVHD O19 Wi r+O BERMSMSD SOBRND SSOGSCH DAOGOHM ON YSOS AGFAROD MQHHO MONKS AMHR ANAGH BONHS mMSSSONH Oo 1D OID AAD GONO1IG WiQO srw BHOWDOD 196010 NH 19D OOH 16 ae 1918 1Q AD 1G191Q HIG 161419 Hi® 161919191] iVQHHAHi9iqg 1H Pe ID ADD ADAG 1D AD AGDAGQAGD 1019 1D Orwq 1919191 1919191919 1H WiGi9 14 1d ENOE OA SOPIOW|D WAMHNHP ANDHAN DANA HOHSBOmO rs ROSS Sal StU OSSY SIGIR CIMEOVC Spy Sstlteal OVC) TNE os ealesi! | 6S) HR AAIS HHA MOMWAH 190000 G1O 1D MIO HH HNROMMD RHOAIQD WDHARD 01919019 ODNAND ROOKK DLHOMR OS BS HG 1H 191919 Hid 19191 HG 1919 1919.18 1919 14191Q 1919 B19. 1G 19 AON G1G1D 1DO19 GID 1 1GGOS GiHSOIG 1919 G1919 19191 HSSGH G | seoson AQMP OE APO 19 NHS DOWAPD OMAOOrO rs BoESNO OOM YON OWAMAGO WMAVDM~ ROHWON DASRODO SASHA PONSD BAteR ASGat sSSaAge HO9900n 2 WOMIDAID QiQqarig toANw MiaRoOoo OMRAH DORMER 1O 16 | 1 HG SASH 12GB HH 19 1919 HIG 191919 Hig 191919151H 1A 1G 1919191919 1919191619 161919 19 GidiG1916 1919161414 191 H191915 15 GOOCH COC IConnces Coen iGalits) bsilpletaolen! MKS) ial ey tS) ay | BESO NS ANWONH COWND COCR GOTO DONOEN| 19 POOR NNO HHDWAM DAIDOH 1907 TO IODNOIOH HOMcGDGd cd OOS HISD DOIQMS LAAN wWOMHD OnANwWOK COhROSHNA O G9 FIG 1D SH 191919 FH 191919 Ha 19191919 1D._ 1919191919 191919 Hig 1g 19 QOD OINID I1GDiIGSS 1G 1GGSKGS CO198019 GiHOIG1G GiGHBSoo S Hr PONA OPRMWOG DONG NWA Ped ODRM-OO ABRONH D ENOHRD SSOGSH SSOMAD HOPRS ANONS OOM19HHO © = OM IRIE COANGH ANVHON AR AAH HANSS OMOYSA See snx IDWNOO 19100 0K SIDS O wRMONIG OMMMDOG 6 1 SH SH SH AG SHA SASH 19191 HAD 191919 Hag 19 FANG 1GiH wWAHiGi9 1 fe IDADIGDAGAGD 191A AG 1AGDAGD 1G1G9 aq rq G19 Gi91q 1919191918 19 MW1G91919 19 ISD CSCIC SSN ISIC NO a MEY te MIR MOESS SSS NES ONC TEN re | ON oN sees seo SK od eee aoe) ps Coenen) Va lepe oe Mol) Ka) Sean erie) ae) RHE AAD HOQON HAOOH 1900NENG Omg HH MHORAGD ENC 0 1NDIQOM HH HOOD 1OOHMS HRHKRO MIO1099O0 A220 HG 19 FH 19191911. 19191191: 19.19.19 1DAGD 191919191 19 GD HID 1d 19 BOD OID1D BiG IGOO W1GGNGS OHOGS OGOGH OOHSSOS © | Boag PARDO DOAND OAOMMD MPNHVD DIN SMmADi ma | ENEeOD HAS SOS OPRSW AAPSDM SOHAPWO ORMM~BMogo H ES eS MOMKO HNHON ARNOH HONMS HORHRH IID HAG WiQaAQd1o 1.9 HAOGIIO CDOSDMD OMRAH ORMOAINH © 19 Hig HH iG vS HAHA 191919 WMD 191919116 191919191 1g HHAHIGig 16 A | RScees 1919191929 191919 1 GigGi9iqg 1919191919 19 HHiGid 1g 01 BIFNOS OD FOWDMS OBVOAD wWAOOG WOOD AOS rise S oO st ce SEO EOE OIRA TRC Se SCD SISSIES 2 Selle EMSIRS VOSS IED (SQ eornceyscihy 1 RHE COND 19 M1DOH HAQOH 1900006019 INTO HH 1HHADIQM GO EOcOnMOm ARHHO ON190016 ODRAHO HANKS HDHMOHS S GS HAD 1D SH 19 1919.19.11. 1G1GD AD 1G AWG AG AGAG AG 1919191419 1d Gag Hidrwd 1d BOIQODIDID Oiw91WOG 1I91GDGRG GiHOO1Q O1GHGIG1D OwM91GGG GS eReeue SEANAD AADWAR WDOSWW COWDON DMIGONS TH | seoer NOASd SCSHAOn EOHSOOD FOOL ONOVTOA ow CODHAY DBHOmM ANHWOM OhOAH WAND AARHTHUA HID OD CID HHODCDO IDHRMAK DODOO wWORAH ROABAHH © BSSESS 64595 SSSBSS SESSS SESER SSAIES BG 5 BRi8SS8 Bs668 BASED 66408 Wooo ogagoon 8 | PIS OAH OEE OD ANDIGVO DSOSOPD AMWOSA ANWDOSNAD a aa ara SLCSSEI POHSOVHF OMDMGS SCOESVH SCESeHTeoe wo HONADS BMS HOQOH OOH 1OMOHAH BAHNOMWH oO PDO O1915905 ROHD1ID NORMD SONDRA Niennns | RSRSS3 191919119 19191911 1919191919 191919141 191919191010 14 |AS8e55 DBi9iGGSSB G19OGOGS Oi9GHG1G SSS19G OG GHHGSS BO ADHD OMORBO HAMHID OhBRHWO HAMAD SOhLBDRS a Aco sg Be CrORS Hid COMO a ca) oH 19 OM qd HA oo 9 q Dc ce Df | AAA AANASH gs al AnAnneN UN ANNAN iB z : aay $23) ' MEAN,| 38°2 38°0| 38°2 38:0 | 37:9 37°8 | 37:7 387°4| 387°7 37°4| 37°7 37°4 | 37°7 37°6| 38:0 37°8| 38°5 38°3 | 39°3 39:0) 39°7 39°5 | 40-1 254 BEN NEVIS OBSERVATORY. TEMPERATURE. -Dry AND WET BULBS. . AUGUST 1891. 1 Balle sg 4 5 6 7 8 9 10 11 “a ae ‘Dry. Wet./Dry. Wet.|Dry. Wet. Dry, Wet.|Dry. Wet./Dry. Wet./Dry. Wet.|Dry. Wet./Dry. Wet. Dry. Wet./Dry. Wet.|Dry. 42°6 39°5 | 42°8 41°8 | 39:7 39°7 | 40°1 4071] 40°8 40°8| 40°4 40-4 | 40:8 40:8 | 41:0 41:0 | 42°0 42°0| 42:9 42°9 | 42°2 42-2 | 42-4 | 37°0 37°0 | 36°6 36°6 | 36-2 36°6 | 36°0 36:0 | 36:0 36:0 | 36°3 36:3 | 36°5 36°5 | 86-4 36-4 | 37°0 37:0 | 36°6 36°6 | 37:4 37-4 | 36:1 | 34°6 344 | 34°2 34:0 | 34:8 34:7 | 34:1 33-9 | 85°0 34°9 | 85°3 35:1 | 36°0 35:6 | 37:0 37-0 | 37:1 36°9 | 88°5 38:0 | 39:0 38:8 | 38-6 | 87°6 37°6 | 38°8 38°8 | 38°8 38°8 | 37:3 37:3 | 37:9 37-9] 38°5 38-5 | 38°6 38-6 | 39:0 39:0 | 39°6 39:6 | 40:2 40:1] 41°38 41:3 | 415 40-9 40°9 | 40°2 40-2 | 40:0 40:0 | 39°8 39°8| 39:0 39:0 | 38°3 38°3 | 38:2 38:2) 41:2 41:0 | 39°1 39:1 | 42:4 42-4) 43:0 42:9 | 43-1 38°2 86:2 | 88°7 35°7 | 37-7 35°8 | 38:0 50-2/ 37:5 30°5 | 39:7 30:7 | 86:4 34:1 | 39°4 38:3 | 39:0 37:7 | 41:1 36-8 | 40°3 37:7 | 38°7 87°0 37°0| 387°4 37°4 | 37°6 37°6 | 39:0 39:0 | 39°3 39°3 | 40°3 40°3 | 41:2 41:2) 42°2 42:2) 42°38 42:8] 42°7 42:7 | 42°5 42°5 | 43-0 44°5 44°5 | 45:0 45°0| 45:0 45:0] 45:0 45:0 | 43°8 43:8 | 43-9 43°9 | 44°3 44°3 | 45:3 45:3 | 45°6 45°6| 45:7 45°7| 45:9 45:9 | 46-7 42°0 42°0| 42:4 42:4 | 42:9 42:9 | 43:0 43:0] 43:0 43:0 | 43:0 43°0 | 42°8 42:8 | 43°5 43:5] 44:5 44:5 | 44°38 44:8 | 45:0 45:0 | 45:0 10 | 40°1 40:1} 39°8 39°8 | 39°2 59:2 | 38°3 38°83 | 37°5 37°5 | 37:2 387°2| 387°0 37:0 | 35°0 32°7 | 37:2 35°3 | 38°8 37:1] 39°8 384 | 41:7 11 | 38°8 38°8) 38:3 38:3 | 38-0 38:0 | 37:0 37:0] 37°5 37:5 | 37°7 37:7 | 38:0 38:0| 38°7 38:7 | 39'1 39:1 | 40°4 40:4} 41°5 41:5 | 42°8 12 | 88°0 38°0| 88-2 38:2 | 37:5 37:5 | 36°9 36:9] 87°8 37°8 | 37°8 37°8 | 37°5 37:5 | 86:9 36°9| 36-9 36°9 | 38-4 384) 388°8 38:8 | 38°8 13 | 87°4 37:4 | 37°3 37°3 | 37:0 37°0 | 36:4 36°4| 35°7 35°7 | 36°2 36:2 | 36°8 36°8 | 36:9 36°9 | 36°2 36:2 | 36:4 36:4 | 37:4 37-4 | 37:2 14 | 38-4 38:4] 40°2 40-2) 41°5 41°5 | 42-4 42°4] 43:0 43-0 | 43°4 43-4] 43-4 43-4) 44:1 44:1] 45°3 45°3 | 45°5 45°5 | 45-3 45:3 | 45-0 15 | 40°0 40°0| 40°0 40-0 | 37:0 37:0 | 36°6 36°6 | 36°4 36:4 | 87:0 37:0 | 36°38 36°8 | 37:0 37:0 | 87°8 37:8 | 38°2 38°2| 38°7 38:7 | 38:8 16 | 38°6 38°6 | 38-2 38:2 | 38:0 38°0 | 37:4 37°4| 386°3 36°3 | 36:2 35:9 | 35:4 35°38 | 35:0 34:9 | 387°4 37:2 | 37:4 37:0 | 38:9 38°7 | 38-9 360 42°3 COON OP CONF 17 | 865 36°5 | 35-7 35°7 | 35°5 35°5 36°0 | 36°1 36:1 | 36°1 36°1 | 36°8 36°8 | 36:9 36°9 | 87:2 37:2 | 88°1 38:1 | 38°9 38-9 | 39°5 18 | 48:1 43°] | 43-4 43°4 | 43-0 43-0 3 42°3 | 41°3 41°3 | 41:0 41:0] 40°9 40:9) 41°8 41°8| 42°6 42°6 | 43:0 43:0 | 44:0 44:0 | 45:0 19 | 41°8 41°8/ 41°7 41°7 | 41°8 41°8| 41°5 41-5] 41°4 41:4] 41-0 41:0 | 40°3 40°3 | 39°9 39:9 | 39°8 39°8 | 40°7 40-7 | 41:3 41-1 | 41°8 20 | 39°6 39°6 39°7 39°7 | 89°8 39°8 | 40-0 [39°8]] 40°0 40°0 | 39°9 39:9 | 39°4 39:4 | 39°8 39°8| 40°7 40°6 | 41-2 41:2} 41°8 41°8 | 42-0 21 | 39°5 39°3) 39°0 38-8 | 39:2 38:9 | 39:0 38°8 | 38°8 38°8| 37:8 37:6 | 37:9 37:9 | 38:2 38:2 | 88:4 38:4 | 38:2 38:2 | 388°8 38°8 | 39:2 2} vo 22 | 87°4 37-4 | 37°8 37°8 | 388°2 28:2 | 88:2 38:2 | 38°8 38:8 | 38°8 38°8 | 38-4 38:4 | 38°7 38°7 | 38°8 38°8 | 39-4 39-4 | 39°6 39°6 | 40°2 23 | 85°1 35:1 | 33:3 33°3 | 33-0 33°0 | 82°4 32:4 | 33:3 33°38 | 32°9 32:9 | 32-4 32°4| 32°7 32°7 | 33:2 33°2 | 34°8 34:8 | 361 36:0 | 37-4 24 | 36°0 36:0 36°0 36:0 | 84:5 34:5 | 35°9 35°9]85°8 35°8| 36-7 36-7 | 86°8 36°8 | 37:0 37:0 | 87:2 37:2 | 37°3 37:3 | 38°2 33-2 | 39-0 25 | 41°2 41°2/40°9 40°9|40°5 40°5 | 40-0 40°0 | 38:4 38:4 | 37:2 37:2 | 37:7 37:7 | 37°6 37°6 | 37°4 37°4 | 38°3 38°3 | 38-2 38:2 | 38:2 26 | 41°7 41°7| 41-7 41°7 | 41:2 41:2 | 40-4 40-4] 40-0 40:0 | 39°6 39°6 | 38-7 38°7| 35:9 35:9 | 37°5 37:5 | 37°6 37°6 | 88-2 38-2) 39:0 27 | 36°0 36°0 | 86:0 36°0 | 85°2[85°1][85-0 35:0] 35°5 35°5 | 35°6 35°6 | 85:7 35°7 | 85°38 35°83 | 87:1 87:1 | 87:2 37-2 | 38-1 38-1") 409 28 | 33°2 33°0 | 34°5 34°5 | 85°0 35°0 | 35°8 35:8 | 85°8 35°8 | 35:4 85°4 | 34:2 34:2 | 34:0 34:0 | 34°8 34:8 | 84°8 34°8 | 34:8 34°8 | 35°6 29° | 33°7 33°7 | 33°2 33-2 | 33-0 33-0 | 33°0 33:0 | 32-0 32:0 | 82:0 32:0 | 32:0 42:0 | 32°1 32:1 | 32:8 32-4 | 35°8 35°8 | 84:1 34:0 | 33:9 30 | 29°2 29:0 | 288 28°7 | 29:0 29:0 | 29:0 29:0] 30:0 30°0} 30:0 30-0| 31°8 31:5 | 32:0 32:0 | 82°6 32:0 | 33:0 32-6 | 34:0 34:0 | 34:3 31 | 340 [33-9]! 34:0 [33-9] 34:0 [33°9]} 83°5 33°5 | 33-8 33°8| 34°83 34°8 | 85:4 35:4 | 35°9 35°9 | 365 36°5 | 36°8 36°38) 37-7 37-7 | 38-5 13 14 15 16 7 18 19 20 21 22 \ 23 Midnight. Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet./Dry. Wet. Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet./Dry. 41°8 41°8 | 42°6 42°6 | 42°7 42°7| 42°6 42°6 | 42°6 42-6 | 42°5 42°5| 42:0 42:0 | 41°9 41-9] 40°0 40:0 | 38°6 38°6 | 37°3 37:3 | 37:1 37°1 371 | 38°3 38°38 | 37°8 37:8 | 87°9 87:9 | 37-9 37:9 | 36:0 36:0 | 37-0 37-0 | 35:8 35:8 | 35°38 35°3 | 34°5 34°5 | 34:4 84-4 | 84-4 84° 38°0 37°9 | 38°3 37:0 | 38:0 36°8 | 37-0 36°3| 38-0 37°5 | 36°0 36:0 | 37-2 37:2) 37°7 37:7 | 38:0 38:0 | 37°9 37:9 | 38:1 38-1 | 37°3 42°] 42:1) 41°8 41°8 | 42:2 42:2) 42:1 42:1 | 42:0 42°0| 42:0 42:0] 41°5 41°5 | 40°9 40°9 | 40°8 40-4 | 40°8 40-8 | 40-0 40-0} 41-0 il 2 3 + 5 | 42°8 42°6 | 42-1 42:0 | 42-1 41:3 | 40-9 40-1] 42°7 42:3) 41°9 41:3] 40°5 40°2 | 39-2 39:1 | 38°8 38°8 | 39°2 35°4 | 88:5 38:1 | 37-1 § |40°7 38-2 | 39°2 39:0 | 38°7 38-7 | 38:4 38-4 | 38-1 38:1 | 37-4 [87°5]| 37:4 37-4 | 36°9 36:9 | 36°7 36-7 | 36:8 36°8 | 37:1 37-1 | 37:0 7 |43°5 43:5 | 43°5 43:5 | 43:8 43:8} 44:4 44-4] 44-0 44:0 | 44:0 44-0] 44:8 44:8 | 45:0 45:0 | 45°1 45:1 | 44°5 44°5 | 45°7 45-7 | 44-2 8 | 47:0 47:0 | 46°6 46°6 | 46:7 46°7 | 45°9 45:9) 45-0 45:0 | 44°8 44°8 | 44-7 44:7 | 44:5 44:5 | 44:3 44:3 | 42°8 42°8 | 41°8 41°8 | 41°5 9 |44°9 44°9| 45°8 45°8| 44-7 44-7) 45°0 44:9] 44-6 44:6 | 44:4 44-4 | 43-7 43°7 | 42°8 42-7 | 42:4 42°4/ 41-4 41-4) 40°5 40°5 | 40-2 10 | 42°3 40:2 | 42°4 40°2/ 42-4 40:0| 41-7 39-2 | 41-2 38-6 | 40:0 38°5 | 38°8 38:1 | 38°3 38-2 | 38°8 38:8 | 39°3 39°3 | 39°3 39°3 | 39°3 11 | 43°3 43°3 | 39:2 39°2 | 39-7 39°7 | 38°3 38°3 | 37:9 37:9 | 37°8 37-8 | 37-9 37-9 | 88° 38:2 | 37:0 37:0 | 36°8 36:8 | 37°6 37-6 | 38:0 12 | 38°8 38°8 | 38°6 38°6 | 38°6 38°6 | 39°4 39°4 | 89°5 39°5 | 39:4 39-4 | 38-0 38:0 | 36°8 36:8 | 37:0 37:0 | 86°5 36:5 | 85°6 35°6 | 37:0 13 | 37°8 37°8 | 88°2 38:2 | 37°5 37:5 | 37-7 37°7 | 38-0 38:0 | 38:2 38-2 | 38:0 38:0 | 37:0 36°9 | 37°38 37:3 | 88-0 38-0 | 36°3 35-4 | 38:2 14 | 45:0 45°0| 44°8 44:8 | 44-4 44:4] 44-9 44:9) 44-9 44:9| 44:8 44°8| 44°7 44°7 | 43-9 43:9 | 42:4 42:4] 40°6 40°6 | 40:4 40-4 | 40°3 15 | 38:0 38°0| 384 38:4] 39:4 39:4] 40:5 40°5] 41-1 41:1] 41:1 41:1 | 40°5 40-5 | 39-9 | 39°5 39°5 | 39°4 39-4 | 39°2 39:2 | 38-7 16 | 39°4 39°0| 41°9 40°2| 41°1 39:8] 42:0 40°5 | 40°8 39°3| 39°5 38-3 | 38:8 37-7 | 38:0 37-0 | 37°4 36:0 | 87:1 35-9 | 37:0 37:0 | 36:8 17 | 40:2 40:2] 40°8 40°8 | 41-2 41:2] 41°6 41°6| 41-9 41:9 | 42:1 42°1 | 42:4 42:4 | 42°6 42:6 | 42°5 42:5 | 42°8 42:8 | 42°5 42:5 | 43:0 18 | 46°8 45:1] 47°8 45°5 | 47°2 44:8] 49:1 45:0] 47:0 45°6 | 45°6 45°6 | 45:0 45:0 | 43-5 43°5 | 43°9 43:9 | 43-7 43-7 | 43-0 43-0 | 42-2 19 | 42°4 41°8| 40°0 39°8 | 42-3 42-1) 42-0 41:7 |[42-0] 41°8 | 40°5 39-8 | 40:2 40:0 | 40-2 40:2 | 40:8 40:8] 40:9 40-9 | 40:2 40-2 | 39°6 20 | 41°8 41° | 42°3 42°0 | 42°7 42-7 | 40-0 39:5 | 40-0 39°8 | 40°3 40:0 | 40°2 40:2 | 40-0 39°6 | 39°3 39:1 | 39°1 38:9 | 39°6 39°6 | 39°6 21 | 38°S 38°8 | 38°7 38°7 | 38°8 38-8 | 38°8 38°8 | 39:0 39:0 | 39:2 39-2 | 38°8 38°8 | 38:9 38:9 | 38:0 38:0 | 37:9 37:9 | 37°8 37°8 | 38-1 22 41°4 41°0 | 42°8 42-2] 43:3 43-0 | 43-4 42°7 | 42°8 41:9 | 41°9 41°9| 421 421 | 41-2 41:0 | 40°8 [40:9]] 39°5 39°5 | 38-0 38-0 | 3674 23 87°77 37°38 | 389°0 38°3 | 415 40:0 | 40:2 39°1 | 39°5 38-6 | 39°4 38°3 | 88°8 37:2 | 37°7 36°5 | 37:0 36°5 | 36°6 36°5 | 36°9 36°8 | 36°6 24 | 400 40:0 | 40°6 40°6 |] 41-0 41:0 | 42°0 42:0 | 42:2 42:2] 42:1 42:1 | 40-2 40:2| 39:7 39:7 | 40°9 40:9 | 40°8 40°8 | 40-7 40-7 | 41:0 25 | 87°38 37°83 | 89°6 39°6 | 40°1 4071) 40°5 40°5 | 41-4 41:4) 42:4 42-4) 43-1 43:1 | 42-7 42°7 | 42°5 42°5 | 42-1 42-1 | 41-8 41°8 | 41:9 26 | 38°6 38°6 | 38:0 38:0 | 37°7 37-7 | 37°2 37:2 | 87:2 37:2 | 87°7 37°7 | 57:0 37:0 | 86-2 36:2 | 36:2 36:2 | 36:0 56:0 | 35:7 35-7 | 36-0 oo Ne} Ne} 27 =| 41°7 40°6 | 40°3 40-1 | 40-4 39°7 | 39:0 38°1 | 38:2 36°8 | 38:2 37:9 | 37:4 36°8 | 37:2 37:0 | 86°2 35°8 | 35:2 34°8 | 35:0 32°8 | 33:8 28 | 36:0 36:0 | 37:0 37:0 | 36:0 36-0 | 33°8 33°8 | 33°0 33:0 | 83:5 33°5 | 84°4 34:4 | 84-1 84°1 | 84:2 34-2 | 33:7 33°7 | 33° €3°5 | 33°8 29 | 35°2 35°2 | 34°2 [34°3]) 34:9 34-9 | 33°8 33°8 | 33°7 33-7 | 33:0 33:0 | 31°3 31:1 | 30°8 30°8 | 30-9 [82:0]] 29-9 [31°6]| 29°8 29-7 | 29-2 80 | 34°8 34°8 | 35°2 35°2 | 36-2 36:0 | 85°7 35°5 | 86-0 35°8 | 35:0 34°8 | 84°8 34°6 | 34:7 34:5 | 84:3 34:1 | 34:2 34-1 | 34:7 34-7 | 34-0 [33-9 3 39'1 39°1 | 39-0 [38-9]) 40-2 40°2| 40°9 40°9 | 41°5 41°5 | 42°1 42°1| 42°6 42°6 | 43°7 43-7 | 44:5 44:5 | 41:4 41-4 | 41°0 41-0} 40:0 40°0 Mean. 40°5 40:2] 40°5 40-2! 40-8 40-4] 40-5 40-1| 40-4 40-1 40°1 39-9 | 39-8 39°6 | 39°4 39-2 | 39°1 89:1 | 38°6 38°5 | 38°4 38:2] 38:2 38:0 259 AUGUST 1891. FORT-WILLIAM OBSERVATORY. Dry AND WET BUuLBs. TEMPERATURE. Pe a ee a ie eee Seon tees Seo ames beer oe ne ene nae oe emer r an here a PS HIG M1919 161911 FH GaGag wqi@ Hig wgwA Hos 16 3 OIF BisiS DiGsges SSbisa Boasoo aoges seGasA gf a POROS DSHS QOS Goss! SQV LePOMGoQ ©& S POP DBAA ANON PNPOO BOGWS AMEHN ONDMNAWO iG & |SSSS38S Sos8S SSSRS SSLES SSSEG SSECES ASSSis5 BSis6i5 SSS Sis SSSSS BESSL SSSSSA 8 SS ———————— a a ID IG AGI AGD 1G iD iG igaHy> 19iGwHiGiG 141 Gd iG iD 191G1G1w9AG aBw9iG@igag wig ws WP Le BweiSH Hisiggs Geto Sssoo Doetosg sfEsSes a | RE RIFIEAED CICICICIR SSeS Cosi SIS DPS BOWS os! = | STP WO DASCOHDO NOVO OAKGNA SOHAWM MBOHOHOS 10 | EBBHSS SESSS SELES Sessa RaSese SSeree w BH | SSS88S SSSR SBSkR SESH SERS BeSsaas S iseeesy Shoee ee eae tee eet ee ee de eo oe eee Sree ose eee ee a ay a 1919191618 1919141619 1910191G10 191819191 181g Higage wqagaBiqgsig 10 & BST66s SSeGs SASBS RSSss BGa4es BaFSSS Hey x EDR CA UPIICICOES, CONGO SCG Go DEO SND) CAGoEPCriglgn ts s pee Se SUG OCOD OADHND OO OI OMOMAIS WAM o1ogN S Feeecee Bssss SiSss5 SSSSS SSsts SSSsas 6 peeks Disses gees SBSSoo GHsas SVSIS8 F ES BEE aS Rae ee se Peerage) aes Meson gma Rae ne eka S 19 1 1G. AD 1D ID AG 1AGDAGD 191} AGQ 1G AQ 19GB rG9.iGiQ wGraSg H19 iQ igigna tig 10 a BSeb6S BESS ESSG5 SSSSS8 SAV68 SSUES os - SSA OSU SCD ee OUR oi OS peigaeee ID ep sp See eae oa ey nea Ge site COLINGO EE) COONS OCC ICN SOO sitet STK Ges sy Ass555 SSSSG BBSSS SSSSS SSHG8 Biesesis 18 | k2sees HiSiNiGis ISIS DAGeo BisAos BESeas Bete CRORE BAIA SUORE ANOS HAoawn A Oe Se pero So Hem au mes Ne oni Semaine e 19.1919 1619 1H GAG AG AG 19 1G 1G GQ 1919191918 wig FWiBig igagagawsig 15 = ID DAG AG AD ADAG AG GAG Gag jG gad HG iG iS9id rwgiShigis Wats 6 = RRS EID WOSSGRRD ED OraiQlORS GeIGNGN SA CCI SIGE GUGINO) CO) x SEO AICO OM ial ICO ov tabs COO! CHO CIOS) CORREA), — vo) SSP es 2 BSS8 BASS SSSSS BSSHS SSSRRS 8 | Fsaage BSS SSSS8 SS6os 28055 SASSBS Z eeesan DPR PGS SOQ Ges ers CONCH LGOGVES RIED iS BPRNAP A PWSQSOH HAGRPS ROOOOD SSOSBPOQ POA Wr BAESSS GssBS SSE8S SSSSS SSSSE FSASSSS & As BSEsS HSSSH SSE8S S888 SSISES SSSRASsE GS = | PIGS EPG) SS hes TANS SEAR COLOR O ED IAI SI ED QO CO ie __ Se) x SEP EOTOIRIED ISERIES ED CHOC ICH BOON LSS SIGIR! GCISIGN EAS NS | AiSBidSe BSisias GAGS WSHSis WSaGG WHGwHe | Fsaaee IINBGIS IGS BOOSTS OITOWS MOBRoA IB | See ery cops an Su Sie ey a iste ean eteE ttre fast PES apne Oa eee Ree eon eee gee mes SSSSOS BSiSisS BisG6S6 BSS666 Boas Hows iS 5 ID IDG GAD 1991S AGG .GiGAgq gags 1G iG 91d 1919191919 IHigaAtig 10 GE SGUn Ge) SEIS GRE Corals GiGe) Re EGG Sco Geeons), Cac Go) Ta epg oie LD GS Geh GCP GE) MNO ORIN CliieIGNGh FICS SIDS ie) ASBSAS SSSSS8 SASAS SASSi5 SSSSS SESIaS B | Fesass BSSSS6 SS8S5 6SS5R8 26505 SS86SSS 8 BHO DO HOTSO HONS FOLAG CHAAMI-D PONSOHD BOPHON ONPOM SCOANHA HAADH AMBANDH SOANDID |B8e3ee SSissS GSSES SSBSS SSASE SISSHSR & Bs. | BSHSS SHSS56 SSHES SSSSS SSBBS SSSVSS B = SiIVAIGE) SA SUSIE ONE) SISO CNIS Fa EI Eri) (ESC COve: GCP ste) Ee) a SIPS LIED TUCO Ep real G8, CS SOS, SPSS Cocos! ICAI IGaS) Ts | FeBea8 BSAsss SSSSS SSSSS SSCGCR SEGRE B | ESEase2 BssesS 6SSen SSSSS BSSUR SICESIS & See he ae See oe aan ioe en aaa we SEa82s AGS oe ASAD Gioia ORAAD roroaor 4 53! BODPHGNO OHOAMA HAGMAN ~PE-AM RMOHA OMOBMGS © EBSSSES SES626 SSSSS5 SISSS SESSS BSASRA S ae SSEEGS BSGH56 GHGs SSSss Sagoo BeGRas o a PO ed ConA IES er CON Sa EEG SIE SSS) a ia ene ae NISC SY GOGPCHISS) SHSPEIGIGD “GiIEH TORIES ica SOG CIC OEeD. — tl ASSSSS SSSSS8 SSHE56 SHSH8 SESS SSSSRG B | Feseae BS6SS 6Ssss SSSS4 BSS8S5 SSSSSSB S © erin cnn er Ace eee enn ee ae Lee ee On Corse ea ee me te IGG HIG ID HID iG 1G 1G 1919.19 HD 19 Hi9 gig wqdigHHig iHtitowt wo x Bis SBiss SG565 Bossos Bosgs MOH Goo Boagag w BEMIS 9 SO) NGOS UCD CO SSNS SPC SD OP GN SSO) St COO i SAMO CIS Spiga aS) SCI CI CY OCISMALSS LOS lO QUIEN S) Ge) ASSSES3 SSSS3 BSSER8 SSSS5 SSAA BSSSSG & |eezege BSSe6 S6S8S SSSRH SSSiS8 SS858S B Sanne QORw AAUAD HEpwa ANAS aograe is SER Noe HOQAH DANA AULOS AOUGH ABHORD - ESBVSES [SSS SSGsi6 FISe6 SSSSH SGSRGSR ra 19 1919.11 11GB 1G ADAG 19.19 19.141] 1G}ig9iGisaN 1910191914 19iGigiawWig wo BES PSIG? Ted GUESS G90 3.00910? G90 GU SOOO OPUS SO ODO COIR IN TP POM PWGWOO ONWH 19 Home OE SS Topsite Marcie.) | E2RSae BSsss SSSSS SSSSs SASSS SSSR B SSSSS SS566 SSSSS FS688 SSSSS6 FB P a qi a SEPTEMBER 1891. BEN NEVIS OBSERVATORY. Dry AND Wet BULBS. EMMONS PSiwOMWOS WHAMNAD -ENHON ADARDO MWe-DwO2d TEMPERATURE. 256 S ree eae ese Leta Lenn sms fen le) Sete win sewer sha ipa{ ima ela als teres hana te taupe Reema se Ce a i Nd ioe he ioc) S B18 01919 ANQO9 ALOMH OMOHN QHEO6 MHOMAN 10 : ARIORK AMAKS OhADG HHOOM SGOmMOKR BAAS x A FAcacd 6d cdc3 GOGa GOH HG HGdGD COAosanGds AINIadcs caascaeaGd OD eI BROS Smaan AMG BIG SH Soames s 5) AP RSINS SIS SOS SS SSS on iSO sal Gelo gee S SANSOM FOSS SOIOAM DHOOM OS 196 Aig0'0 Bis sH'o200 GO THO DOA®’ 191Q}W ON ODMRNDS MOHOK Donny DOROG YQ ROIMmMOLR NOOLK DHOOM HHOCOH OMHOK OMAK © Fa | Soca a a8. WDWiGTH HA aoscd GooDoO HH COCO HIOND OH QMS cos GOAAH Hig wsccd HAH cdd0000 00 eae 88 = RS HPOSPMS DOSS AN DOAMBE OAM Omar WOO QIo CN SB | BPOANS SHAAN HAOVNHD OGOOWON CHAS Ost Areot OS DPDODOD DHODK ABROH MIDOKD SmoiBHS ONHOM a E1919 MAHD1Q DODMR NMHDHN ORDO HOOMN x CODED CDGD COCO AH HAWN HH Hose MoDed MOD GaGa HcdGD «GD 3) Sosa OND GOAT GAGs Haasad Alacra axaseaasad aD ri BOOS MID WOMAG AaGdOR COMMING AIO Wm WOOMqG OH 3 EMROANS CIAMAN AAWWD GCOOWMON COMPA AAPODd ER OR-0 MHOON HOHOH HIGORD OMIOHD ONHOM & a IH1Q O19 AHI ALWMA MADMAN O19010%M HIDOMNA | E22522 BCH WMID iGigigccd WHAHadc waded tos cadasaacD od = ESSS88 CO HHH HHAwMdss Wdcocd Madoc cDcDaDGaGD EODHOHS SHSSHD SOWNS SOMOY DWOMAM HSOSOMH D BOHNDS DAVQMVI FAN OW DAPNE SCAEPY AWBOAND Q DWDOOND DOWD RHODH QaMeio ANMH19 18041010 DO1QO19I~ ANHOS RHA MMBOHAN ONDION MAAN © By CDODED CDAD COCO HM Haincoc Wotcpccd Ada ws cosddcd oD es Boca os OD COSI Osos hosancs Goavasca at aoascsaaad a5 ri EOWOHS SWHOOW SCONAAS SCOHFVS SCOEAVD FSOSHMM 16 x SOM NIDiS COIs cai! 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Co sieneoen Soepglischel Ge EOO61DMD Noho HROnN CHARM SOMAGQD HNGOH Bw PRO OD AMOK AHGHO AHBWOA QOOnnH OHOWHM | 22232 COCCI H WHosds HHoscacd aocaqiascd aca Hcdad OD | Soca eD ND GOGO HHH Higtoot Baccds Nace soo DGD OD BHOO-SOD POMP H SHOAMMW OAHHMm OWSWS VWONOMD OS BHNONOO HODOO AreHo®d E1OHOSM™ WASSOM SNSWN | ERE SS NG TOO AVeRA Hoe ae HNOHO & DMOOOR ADORNS DOAMA AHRON QBHRDOS OHA © as Modded CogGO MH WWAHcsss aatcoasds MANGO MGWADGD cd & SRReaos ow AA AaHnada HwHAoocd Aascoam coscomacd ad es OES Sy EPIC Henn) Cains tOo Cn tee eh) OTIS Cocos tsae) 130) ee! LMAO SUD eNCIey (ROC) Fo sh Veh Ore) Sine re ose DOISODOD AND MODDH ANALM SGHMRAo wNOHM LK POODOW AHIORD CNOMA AHURON AOKDS GHAHAD D AMescs coc Gocco HH WH scDe0 coOdcadcd MDGONGDGD GagdaDca cd Ascacscses GIO H SiG iBcacd WWGICDGD Nicaadcd st aaa sicocd 00 BIIONADAD DAMIR SHNONOGO SOMSOMD SONOLH MBSHR O BORHWM WSHOOD HE-OBMW HOTANS APYDSW OHMDNOH ALD ADARA NOLAN OMOKN AnKwOM MACHO MOORS ABWOND DLAMD AHROM QAHDHDR OxnD1OM BD i CQODGDCDCD GIGDGIH WHASHco Aatcot GaAaiae GdcotancD od 55 Bocce coc wMHAwM BAAigadso Hada. Ncseaca sacawcdsd LIONNAVMAD SOPOIWWS OMMrNOG DWSOW O1OHMROH 91H SOHDP oy Meee en eee ee Sao at Oa NCU OO Oe er Coe eee ae PRIX ANMKLH MDREON SCHOLRN BAKO MNOHD & POOR O ADDO GMAW AHROGD RODODOR ON0199 D AMcacscacd GIGDGCO HH AHA AAHcsd aadonceoc cocowcacd 0d AM ODGDGNGD GIG Idigigcocs WHC Nooanadds apcowcaca 00 BOTHSEoT WPSOAPMS SPVSOD OM HMN SOMMH OHOODM D HOGOIRS PNCICOCOES Cabs PSS eI SOE) oh SO Dal ESS ie DIK DIDO MDAINOGA NOGION ADRON AKRWOID MADMO © SRK MIDIQDOR HAOHHD AHReM AW DD OAWIND D CDCDGDCDGD CDGICITHH HAH d codacadd GNNaDGD cdcDcDGDGD cD ae SH soses OMA Atinesa Hwcoced Nadascac aocawcacd od wo 2S Sia! Seep OE Sron) CGC Iie Syl OGN | US See ICo etl bel BISONS CAHN OES OO ON a Oe SNS ee HOM ODID M6MOM NWDOIDBN ARONA N 1a GMNcacdcd Fr SOOO MIDINDN OWODHAO NHANRM AHDLMDH OHADIGD OS | E25R82 Soo we ABAGRH SASH BARS Sodvesara 6d | ESSS25 OOH IDIODIS9GIGD HWHdcdad Nosenoacd Oa GD SH BOMSDOS OPDNDDDS BHODRO MHRWAMW SOMmADS WOHHNAD HN k= OO Or) Ore) Hk Ni ol ORAS OOOO Soun> = D190 DAAHOHD ALCON ODMHON ALwOCS AALS DILDO DIDIDDHO ALOMBK AHAECwMW’ OHEAKW OMLOM @ x SHoaescscs cao GHAmaaas oA Hads GANanGs GddIqDG0GD OD S SBoocscses OHAAH HAmgoc Hwaccd arcvaocd caadwcodd 4d | BO HODES 19D) ANA AO I HNANS CONGO ODOrc a SISO AGA Ep CAEN LOCUS Ep fo) sat ED OES GOR es ee LIDIRGDIDIO DADO ARGON OMHOM NARwWoOo HNRHH me WOM ED1DD0O HOOD AWOL OLKLARH ONE OMD O | Qocacacacs GaGICO TMH HM HdD co Hands GINGaDGD cIdIcDGDGD OD | Eaxeve Woo H IQiaiggad Hadad aDosaddacD COGIdaDGD HLOGLSODN GOOGDAN SDAON OHH A O19 W ONOAG © BOSOM AOD CAMs MISO AIO ae OOS No VU eIeS & DijTH19O ANOIOGR MHDDOOM AMM NDWMOO HHOON tS CORR COC DIDION- DW LANHID C1lIOMOW AHOBAM®~ OMMOG D BRwawo acme GHGS SSSR SRASSH SHAH F im SAHeocaesed OMG HAIG aad WA aadGd GIAIGIGGD cada TODD ad Cr) PISO OSDN OOGAN MBOON ONMAN COSHH DNWOAD © ak SOROSAD DAHHRWMD OAANRWO ANOMRH SLOAN ODHOHNS YH LIS HID HAMDGR MODHMOD AMDHOM ADHOO tmHodd PN DCO OIDIORA DKOHID OCIQROID RHNOR™~ OMNHOID OS | K25233 Haoora SaSSS SAIS AAKSH ABA | Ea5282 MoowaaAH i91gigeoed Wiwme0 NM Mesias SH lp eee ese FNMA ASH O DNANS PONWOSS SCHOMS [Sa ceus SCOMr~N ADMSOWDS AHSSS SMA SBONWoO SS Bm H1O IND M1QD HHOOMG RAeoot.)8 PROG OM01000 rm DORR DM1QMKD OHHAHO BMIQDOMM AHORO OMoas & SRAM Hao ns HaGaes Heaares osaiaiascs osaracacas Go Ee SABO BAA H Haine Wetec Nsscsc0 spas wcsco od a pC aoe UCTS) TGC es) tlie Gait mioe) oT COI ENS et ICSD hey re ENOONS SABO WANOOS NNOSS ASNONASo SPONTO HM E'Or tm HOIG 1NGDMNIQ CD HARoOo AMHOM HARROD OM100 © OPO AMmH ACKLHO MQOD ARAOAm ONMOHHK SC Qorssca cass os GN do SHH SH HCD BRARS HAwoo osmoses aD A F88 00 03 50 MC AAIG ID1IGINAED HHA Need aesto0 a (eee eee Fal S13 SOOO S2 CO. ORO ICD | HiCS E= COlCa OV ES GASH (COI OV SaIGN! G2 POH tl Olco) EOIN SO OME NiQ SOO WSO Sh CSe220 & BRIG D1D 1959 1D H HNO HAMAD NWAoOm cwmiogiacd ¢& Coke AIANDO AROWIG HGOnSD ONHOSD HABHH @ SRossscscd cscsao Ha HAs so Hosa SONATadGs esagcaasas oD es SOB RS SMH Aine Hato MccawWMs sdcadicdod oD ri IDPH OIDS MHOPMOWD PWOSOGD HE WAM 1 B= NH GQOABHN N x SQ SHE GA SE EI 2) A SOMOS SHOEI D KH RNSOW OPOWOW Ee DE=52 61D ADADANIGCO HRM Nepwcodcd GloowWoi1s cAi919G : ~60d0 AIOHOH OMOMN1D MIDOKRD O19005 ENGBOH SO Ames cD 00d cdGN do x HA HGd GOH GINaDGDGD aDaDaNaDGD «OD | E22588 Boosie Wiig Haiaoe Moats dso St AAOHID ODORS HANMHID ChHORS HNMHIG CHROMO 4 HAM dd OCRLORO ANVDWD OHORAO AAVWG SHDRO eS RM Mende FRAN ANNAN ANANS [=] Me Renner FAM MN ANNNCH NONNS & = = 257. SNRoOnWnk HOM CHhHOD OCONMAH DOWAD HHO I~ a etealiralcr io) TAPCO HI~ COMMING 190DO MID HOMOIGMm CGHODH SEPTEMBER 1891. Dry AND WET BULBS. FORT-WILLIAM OBSERVATORY. TEMPERATURE. co & |ESSsSe 299e8 saeee 22889 SShaR Soese S d |ESESSc S525 SS5as8 F8BS5 Basan Seaae = 5 BISIGIIQDIDIGa) GOGO TH TAN HOO ra Qe ORAS = S POPP OD WHOM HOON MPSOS OWE HS WNMOO & |S@R8isSs8 SSSSS S8lS8 S5SS8 SSBES SSSSR SB AS6SGS 2885S SSSIR BSSB2 F5SE8 SAFAd SF ia |zeeces FRIED AED GOR IED SCHCIIQ) QO oe Less i 2 |ezezes eee ICO CAO nl Cor iGoColiy DinlGlssen GQUEPGAEAG Te) [ex a SBER6S8 S4SSS 5SSE5R 88S8S FSSS5 Sasse B® | FRSEKG FIG68 SSS5SS BISSs VSAS8 SScss S | gE HNSO AOSHI AIAAD ONOAHD OW ASH POND oO © | BHePCe ROMOM HHO OHARA DSAMS HOP NN wo GSSsins BBSSS SSSB8 SSoss AGSe8 SSSSsS ss = |AsnS56 GSSSi5 SASSi8 SSSIS FSSSS SAS6F B BNHWOM DHROWO SOHN OAMRMD NOKSD Aamo wt DATO OSSHP ABLTSS HOON BOVAM RHORY OMNSOD ~ |PSSSBS $SS8S SS2SR BSBSS SSSAc SIERR & 9 |FSSSSS FIRSS SSS SBSSS VRLSS SAVE sg | SPHROA MHONH OHO ABAAN ANOHS SFR2DOD 19 SN | SOE POP HPO RODHH opNMHD S¥SaH Noonw S2esss SS28S SSSBS SEHSS SSASS8 SSSR 18 ASSES GI8Sis SSSRi8 RESIS SSBAsS ABSaA B | SRezee eee) GIGI AE IOUS COE NSM IQS CSIC Se | sasees SPONTA DHOBWD MAARPM BHOMM SHOW o /FSSSSS SSS55 SSSSS BBSSS SSISS FHSS w m |ESSSS6 TIS55 SBSSS SBSSS VSSSBSSRRG B | BEES SOGCSOHP OPGOS HMOAN PASAH OMSSH ¥ | EP LONO PROHY OHAGA ADAMS HOOT PS0HST O ARSS8S FAAS SHESS VRRRS FSISS SASSa ASSEIR GIRS5 SESKS BESS SSASs AcBss B oR aeoe Solos Gene er Ge tee eee sees Beer ay ae Se Sem snr e Cen) Sone SS 1@ 19 HB 1g piled) ADAG AQ AQ SH AD ad agag sh AAW 1d Hh ewW1010 Hh we = SRASSS HPD AD AD FID LO HIG AD a ag SHH SASH HIG SH HAG ag SH ite} | EBaSkS SSS88 SESS2 SESS SEEEE ALEGRE Z |Peadse deeeG Seoce Geass Goede sodas & O39 169 19109 1D SSH AGS 1 203 SO 1D 191919 1019191 H WD HAAG iG 19191910916 ie) (D209 RD DAD ASSP ID AD AD 6 19 CO 19.11.19. 191d SH SH HID 1GAQ 191919 1919 te) |seexree PHAROS HOMIOH HO ODAGS SOSH OMAHMO N BSRLKOH SOSPLK WOHON SNABRSD AV WROM ABIONW © » |F8ESSR SSSR8 BESSS SASS SSRG8B S5SSS 8 e |FSSSS8 Soke SSIS BRASS IS908 SSasS a SONOS iglso en OCIA (OO Ge) lieal OeobeGo COOto isin) ts % Baap ao) Ste OB ON CP S2ES) COICO TAGS CO) ESI ES SH ISIE OGD) AIO Iea OO) eae SAS8S SAAS BRSSS SSSAS ShaasB B |E28SN8 82822 BRSaR BRSSS SSE8s Basae F SOMOAOD MOH H MISSS SOHOHS SAMPHY OMONDS HOTANS SHINN FOMSS AHOAL NANOA DACSAD oO “ Etre SURS8S 2BSSS BESSS GIRSSS SSESR S o BSSS65 FSi SSSSS BBASS IVS68 SVReu B | BSS285 SES25 SSan8 22258 SESE SERSS & |P5Rees GaGa Seee8 Geaas S858 o2ea8 = AYR GDS iAG FB HWiGd 191G1919 1H wSigaigiS9H WWeI1G wiaigigig 1 APRS AED ACD ACD ED ACD ACD UD CD LOAD LOUD ACD ADAG AG AG ADH HAD aQagd wd iwiigiq 19 BOPTOD OHAVS OwWVARWSO HOHSONA SHAWS HRSOHHe oH BROCE LL OHHAO FPOHAO SLAAA Yrsny Secon © aa |ESSS58 SSRSS BBGSS SSSGR SISSS ASSESS S 2 ESbGes SSss6 SSSSS B8SGR FESRBS Suess B | PORT DUR BR BONBS AOURG SoEwe aAKaN | ESB2ES GRSou Sesae SSare Saas Aaeee & EYOOAN WHHL OL ASS HHSOSD AALHH PONS © ELFPPO AADAN OHMOP OAVHE QMONA SOAK A i | ESstsis SRS25 BBBSS SSSSk SVRSR SRSA S S BSSSHS SE85S8 SSSES BRBGS SSSSC SVRSB B | 282888 SESS5 E8885 SSES9 ASRS SSL8R 8 | 232823 S688 23528 Sasha SESS aSS8 8 F 2D 1D DAD AD SHAD HAG AD 1 OA AD SH 1.19.19. HAD HOD GAD 1G1G 1G 191d 1g YO AG AD OID ADAG AG AD OO CAD AG AD AD AD AD AG AD WG AO AD AD Gag ag agg 14 ieee Centon “perce ree eae S ee ee a on OS Ce ee ie sen eo Pena psec ie |e ay [TO FHS BAM GSAT Hississ VGnss WHasR S ce, Bio ioiis BAiGGS SSCS GHiGGHsg WHoGio Biiaaw 1 S Rd OGe Sadia Siewe Seoommomue Bamana | Poon AOnOS SIRAW SOnOR ORouS ahead = Ia 101010 Hig HID HID AD 1D Wr rzwg H 19191010 H 19 HO91010 1010101010 10 DO) 2O C9 ACS AD AD ID AD ID AD LO OOO iwQ i 1H 1G iG iad «191919191 1919191010 Le} Bl | EORAMRP OONOGM OCOSOMS PHO OANA WOADM N ENSOPOO ROSON NOME POOAN Sone gvogn wo | be | FSSSSe GSSR8S SS6SF SS86R GS5SS FASRR B » |PSSSSS GESSS SSSSR BSSSH BUSSE SVBSS BS | | SEESEs S555 ESaas SESRS TESEE GEaSS & " |See58e S882 $288 SSSSE SSESE SESS E IE (Dy ED BD AD ACD CCD SH SHAD CO AC) SOAS A ACD AC ACD ACD ACS RH AD HA OD ID AD 1D AG iGigig 1d DO 19.10 Org ID ID Oiw@ CW iG i 19 19.19} 191 19 19.19 ag9 iQ «1919191911 S| | easenz Dig teal DSGalsSinikS GHC Go SOI OIE CHO Onc es Be NS SOO CMA HON SO OM HAHN NaI CN . nm Pee SSS SISGSS BEST BSSet GISVS GILLS F a Jeaenue SS3S8SS SSS8R3 88368 $Ses6 SVBss 8B |Z face ee wenc) 1D1B HIG 1D 1G OrHqisgsH wigiqigsH Hed i910 1910101015 1G (B39 ACD ACD UCD ACD WDA LOAD LO CO OPA 1D 1D 1D 1G 1D AQ. 29.19.19 1rG aq 19 19.19.1019 ie} a [essere GSO Ee Tel SSPAGNICO IGN C3) OS CDP GNI GUISO |S GRIGIO 100) ist |eueece CASHS NOAAS HHNSON SHOHOSO omeyNo w [SO EBSESSS GSSR8 SSS5s SS6GS FASGS SAEGR B |Possss SS88S 64320 8SBSBS SSSSS 6sQScse 8 |Z a BLOTS 2B SD 2.00/00 Na St Peer llO0 NY LOIS OS OU As NO IGNIGD OO OLN tp Nt Oe) = | PERSE SHOE 2) MORSE Ged ert SIRI) SSAC Ge) hs SMS ee eg Coe eM al aa ASsBSS5 SSIBS SSSR SASSS SUSSE SSSRBS SZ | Bs 3 19 z = I -- eee (AHSCORS HAMSOH IOMHOM SNOWS HWHAAHKH MO1O-OROS OCTOBER 1891.> Dry AND Wet BUuLBs. .BEN NEVIS OBSERVATORY. TEMPERATURE. 258 A HAMS NH ISM AOM™ SANOWS WAAHAM W1Se-OPVS > bP SOS S SH OPBON WON ANNs BWS Od N ZRRiscsc BAGG BANA AANAN ANANA NANNO A a ERSSSS BHSBR SARRR AASRS SSSR NSNASA A HONPDD ALOOH DROOP ASONPS WOAHNO QOMANS So] OOGSOH CHOON PONE AAHOS SMTA SOSETD 19 SASISS SARLS RSBSR BHBBA BHABHA SSAGGG SH |ARBBSSS SHSBH SARAA ARAAR RSSARA AAADHS B BOIDMAMS OM AAO SHHSIO OEPAY OCSVDNHHD OHNOHWRA. 3 epee WMSOHD > HVAO ONNSS SAPAS OHA HOS OS BOABS BASH BAAAA DOAN BABA ANSIAGD » IBBSSIRS SHSAS SASSN SRSAS BASRA RRRSLS S EOP OES OFAAH ON MSI HEPAG O©ONCOH OBORHOG xo S| $PLSRHD PASSK OEHAD SANSS SAPNVS HYHSANS ERBGRS BHBAD BAANN HOANG MAHA GIAslarmed a9 S |SS3S89R38 85853 SASRA SBADAD BABAA AADSHS FB BOPSOSH WONVM WAMNOS SHONS ASHrHYH POFe AE BOOMAW ANRMOD PHNSAVW AHASS OPHOD AMAPRoO N BHA OOD DHANT HRHWDDH FOOODHR FAABODO DBWOMAaAn oc MAGN M10 DAANG THONOCD FONQreNA BoOnMO0 wOMnoOoOo Fw = OD CD MH SHOD CDODODCDOD COANNA BOMAN MONON AANA COD ina) oO GOOD MH CDCD CDODCDICDOD GON MCIN GINDND COOMOAN AANO OCOD fon} TH | EONSSD WSOPM MALO SHSNS ALANS POPAEHD OS CV | COCO MAO HHROD ONPOAO AHASS NPD AS AHL-APAO 19 ARSISS SASSK8 SARAA BASAR SSRRA SAAAHS H ABSSSS8 SESHS BASRA BABAS DRHAR AGAHSS HB HiQAANHWN MIMS HONS OL OGAN BOKSN WSSHMH BOHSAD SOTOH HSHSH AMVOMA ANAS ASHE boOnoSct SANAH HRWMDODHR COMABWMNMOHD FHRAADOD DOoOrn~na Lael MNAM190 ONHNDM ADHD CONOH Fae NO wWORQmI*D onl Oo PEDO MHD Heareresed CONNNA CONANNN OONANN ANA A 69 oD ina) a OD CD MH CDGD CDODCDODICD GUANO CIN CON CAND MOAN AANA CO 2969 oO TH | ROSAYN AOMOG FOAES OH OANA WOVARO OWIOHGHH N | sSHOND BORSH HRSOSH AMOHA AAAYOS ONOMNID ZH RONDONM OCOMNANT HPTRADWDMD OMMWD BWHORDDW OWCHOOD lanl BOAINHHID COASHNG ADHD CONDGNM FmnNS Pera coal 2 09 09 SHH OD SOD CD CD OD COOINANAN CONANA COODCONG CONN OD 0D 00 ion) 1 2 09 60 HCO OD OOD ODCDGD CIA CON CNM AG COOCOOIN OAD 00 0900 inn) jeeeees FOOD EAPODO MNSSADM HPAP GG OHMWgqO © BOSTPBW SNVOM NSSSS SHPHH PWOHVAS OQANYYHYA | | ESRSSS S880 SAQAR ARARA BEAAA ANAASH & bai SSIES GVGTGD SIGS GIALGIGIAL GDMOTAGD DOOBAA Asoc oo EPIONOO WHOM HAPAMSOO POOAM QAPOMm AWGHANO st N | SSSAHPHD ONBDSOP MSSSS OL HHH POb rn ONSOVHYM F ASSSLS BBRReS SANAR AAAAR HRAAA AAAHAS & RRSBYSS SSHBB SABHA SAAD BHRAA ARSHHS FB BONHDHDHY QHOANH ONOHr AL OMA PRMD OVMMDNOS D> |suesee SOIQNDA OMHPOH HBAVWII HOMO SOOHFAND Eres SRARK SANRA GRABSA SRARA AQRASS & — |ERS388 SH888 SASRA AASAD BHHAR ARRSHAS EONOND COOH DASHO ARON Ph Oisr Wooo © Se | aS ON Oa at AOS Logs eA ie Ohaneaios DC aan pce Ne ele ba | E2R2E5 SAAR SANRS GAAS SSARA ANAKAHD HB ABSISS SHSSH8 SARRA AARAH BHHAA ARHRHS & ENSDSD WHAWOS ONPSO ONTOS APSOH Om wWHPH st BAOHDN NOGA SO-HNSHM WiHMOM HASU-OS WOON a Ferre 2AnAS SANRA SANSA SRARA ARAARH & > |ERBISBS SHISKR SRASA AAKAE BHRAA ARAASH & SYSVOO maw CONDI SOrivS NONoW Mot oat. f= | EH OWOMD CHOND POPAMH WGIIHOHM HAMS O NPHOGAOS | | ESS SAnNs SANAA SRARA SRSARA AHAKSS & | £83828 SARA SAARA RARAS SHSAA AASASS FB jeerens LODAH COAAD APFAOO WAWSS HADHOW st BOMDAWA 1OANSONH VSSOHMS ANOMS arto NSH Heo SHREDS BBRBH SSNAR ARABA AHARA ARAARE & a perc BABS BAAHA BABA QHBAN ANNAN Emote ono ROWING NHAOS WNW SOS ONIN TF | EE MANO BASONH OSONS MSSMS Asta WHMPoo © ERRSSS BSHBS BRNAA ARARA ABARA ARAHHS F | P2848 SBSSS8S5 SARAR SABAS SSSAR ARSKSA FB [eeecss HOROD ONSOHAN OGOHRH DGANO AASVOST 19 HO ADH AHHANS COHHOSH SHNHHMO 2AOHS FOMFNS | SPHSSSS BSRSS SSRAS ASABA ABARA AARASS & _ |ERS388 SSSHS SAASA AARARZ SHSAA AAAASA F P| EMPOOOSH FNROO ONSOHA OPYHSH SGASNEG PLOTS & TT] SOP HS APHAND OFMOH SHHHG s9gywwo SOMSOSOD OS EBSSLS SRHAS BSARRARABA ASASA ANRARS & | E2B328 BRSSS SARASA ARSNR BARAA AASASS FB |seeree PORAY MPOMD PHOPRAR SNRAMRANHANH 10 BODDIIN HADRS OHONSH SOMASO NOHSS HRWSAaNN O | BRS SARSR BSASRKS ARAAA ABABA ANARHS F cS Paaeex BAS HAABA AKBAD BOOAN ANAND F ESOSDSD POPAH QOOHS WSAAWB OANPH ANYARHW © TM | FOODS HPBHON COHSOY SCLAE YP NOYVSEA SONSAMO a | ER8S28 BREAD BBRARS ARASA BONAN AANA RK | E8332 SSBSS SARASA ARRAS SRSAAR AASSSS FB [saeeee DHSHDO ONENS CHONP GSOMANS QADSND > (Saneas QAI~PO SOP]! OAATO NONSRVS 9229S H% O SAXASAGHS SASGS BRABK ASASA ABABA AAAARH & vp | EGROD RSD DOG GGD COD AGDN DOA DOAN AAerc 8 | BOPPDS ODPOOM ONOANS OHPOAHM POMAT PARSON | SOMENN DEODNYS COLAH® WAALHD FOPHPS POMMYAHeo gt BBBORS SABLE BHABSD ABAGA RGARA ARAAGAD & ES8SS8R8 S8GGR SRASA SSRAK BHHAA ARHHISA HG “BOOHSS APSHPN SPOSL HPONG ACOSTMI~ AENOBGS | seoeae COA MOHSD HNSHON NOLOCS FOOSE OS /S8ae58 SAnSS SRARKR ABABA SRABDA ARAARR & _, |ERSSSS SRBRSS SAARA SHBAR BABA ANNAaGS BOSLRSS AAHSN ENE SH HPSONDY AVON DASHHS N A | EPSOMH COONAN MOHWSOHD WNOAN NPOSS FOWIONS x | EBA852 BRAS BOARS ADADN DONA AANNae oD EBBIBR BSSHBH BSAAKA RAHAR HHSAA ASHSSH H [zezeee SAMNS PASE-SOP AOVMDHD SOSOME POSCHO @ BQaNGQe CHOPS WHE HFOH SHAAN SCOSHA S4EyOHR om SARRSS SSSR BHARKR ARAGA BRABA ARRARH & wp | Sore mensd Spapenenes SAAN SRBAR BHSSA AAASAS SB LOPLDDRD SOPBDO PPHOP SOMMHY SSSVM FONANH |) SHSM AMNS AWSOMS WEYOMm ONHAAN SCOVOMND OLONAOm wz ERSSAR ARARH GHAR ABABA HAIDA AAAs 66 | F2a9Se ZABSS SARAA SRSSAS SSRSA AAKSSAS B | AADHS GOMOD ANS AMAA ANA ANNA of | ANG MG OOPS AANA MHMAA ANNAN AANA eee ee ee ee EEUU EEE Ca] FORT-WILLIAM OBSERVATORY. 299 TEMPERATURE. Dry AND WET BULBS. OCTOBER 1891. - | 1 2 3 4 5 6 C 8 9 10 11 12 For Day. r Dry. Wet.|Dry. Wet.|Dry. Wet.|/Dry. Wet |Dry. Wet./Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet./Dry. Wet.J Max: Min. 47-2 45:4] 47-1 45:9] 469 46:0 | 46:3 45:0 | 48:2 45-4] 48°3 46-0] 48-1 46:3] 47-9 45:4 | 48:2 47:0] 48-8 46-6] 48°8 46:2] 49°5 47:2]52-0 46-0 46-7 45:1] 46°3 44:4) 45°8 44:5) 46-0 44:5] 46:3 44:9] 46:9 45:0 | 45:5 43°8| 46°6 44:7 | 48°3 46:0 | 49-7 46°3] 51:0 47:3] 51:9 47:4 51°8 47:2) 51:1 47:6 | 52-0 48:0 | 50:5 48-4] 50°3 49°2| 50°6 49:9 | 51:2 50°8| 52°3 51:9 | 52°9 52:4] 53:1 52-9 |[53- qlee sl [54° on 8] 58°3 54:0) 58°1 53°8| 57:2 53°2| 54:5 53:0 | 54:2 52°9| 55°38 53:0] 56°9 53:7) 57:0 53°7 | 54:3 53:1] 55°38 53°2|56°0 53:2) 55:1 53:2 56°2 51°3 |) 55°3 51:2] 55:1 50°2| 55°5 50°0| 561 50°4| 54°8 51:2] 55-2 51:4] 55°1 51°3| 55°3 51:4] 55:2 50°8 | 56:2 30:9 Dieaolal 55:0 50°6 | 54°5 50°7 | 55-2 50°8| 54:2 50°5|54°8 51:0 | 54:7 51:2] 55:2 51°9| 55°1 51:7 | 52°6 51°9|52°1 51:4] 52-7 52:0 | 52°83 52:2 50°0 44°3| 49°9 43-7 | 49°6 43:5 | 48°5 43:2] 49°9 44:0] 50:1 44°7 | 50°5 45:7 | 51:9 47°2| 51-4 47°8 | 52-2 48:2 | 54:9 50:1] 54:2 50°8 50°7 45°7 | 51:2 45:7] 51-9 46:3) 51:4 46:2] 51°3 46:2) 51:1 46°7| 51:3 46°85 3 47:0 | 51°5 47:0 | 52°9 47°9 eat 49:1 | 54:5 48:2 5 . 517 lor} - i oO a COND OfPWNrH 53°9 50°3| 54-9 51-9/ 53-9 52:0/51°8 50-1| 52-4 48-9| 51-9 47-0| 52-9 47-0 47-0 | 53-2 47-2| 54-0 47°6| 538 47:7| 54:0 47°8 10 [50:7 46°8|50°6 46-0| 50-1 45:8| 50:4 45:7| 50-9 45:9| 50-1 45-4] 51-2 45-9 461 | 515 46°8| 52-7 48-1| 52-9 47-°3| 54-0 48-0 ) TL | 488 47-4] 48-6 47-4) 48-8 47-3] 50-0 47-3] 51-1 47-2| 51-2 47-9 | 52-2 48-0 | 53-3 48-7 | 54°6 49-1 | 54-7 49-0 | 54-9 49-1] 54-4 49-4 ‘| 12 | 506 45:7] 49:0 45-4 [47-4 42-4)f48- S[43-3] [48 [43-4] 48 4] 45 4][48-07(43-0}( 48-4] 43-4)[48-7 143-7) [49-71[44-7} 50°0 45-1 | 520 45°8 } 13 | 45:9 42:9] 45-1 42-7 / 45-2 42:8 45:0 42:0] 42:5 40-0 | 42-9 40-2| 42:7 40-1 | 46:3 42-2] 47:9 43-0| 50-4 44-8 | 50°0 44:8 | ia [46-0 44-4| 46-6 400| 47-0 44-91 47 7 107 48-0 43:5] 48-1 43-1] 48-2 43-1] 44-6 42°5 7 43-7 | 48-2 43-7 | 48-8 44:5 | 49-0 44-2 ‘ | 15 | 48-9 45°71 47°0 45:0] 45:4 43:5 | 47°5 44:4] 47:5 44:5] 47-0 43°8 | 46°7 43:2] 47-2 43:4) 47°4 44:7 | 48-4 45°1| 49-1 45-4] 45°1 43-7 16 | 43:7 41:8] 40:5 39-2] 40:8 39-3] 41:0 39°6 | 43-2 40-9] 45:2 41:5] 45-1 41:8| 43-4 41:1] 42°2 40-3 | 43-4 41:9] 50-0 45-9] 49-3 45:7 | 17 |48°8 44°3) 48-4 44°1| 48-4 44:9 | 48-7 44:9] 48-7 44:8} 483 44:2] 481 44:1] 48°2 44°1] 49:0 44:0] 49-1 44:9 | 49°0 45:6) 48:0 44:8 SS GONNG]® BAAAYN WOSOS: NMAHO MWwOEOND HOKROoO ND COV PLO SrOwOrvr O11 Ororgr or | 18 | 48° 41°3) 40-7 38°8| 40-6 38-2] 41:3 38°8| 41:6 39°6 | 42°4 40:3] 40°9 39:2} 40:7 39°0| 42-2 40:4] 44:8 43:3] 46-2 44-9 | 46:9 45-0 iq U9 |51°8 49°9| 50°2 47°8| 48°3 46:0 | 49°2 46°8| 48°8 46°7 | 46-4 44:0] 47:0 45:1] 47°0 44:3] 46°8 43°3 | 45:2 43-5 | 46-9 44:1] 45:6 42°9 | ee LAO E PERE ARO op Cron 4 | 20 | 44:2 42:2) 45:0 42:3 | 45°1 42:2) 45:2 42°6| 45:2 42:0] 44:1 41:3) 45:4 41°7| 44°5 41°9| 45:0 41°8] 47°1 43°6 | 49°3 44:1] 50:1 44:9 } 21 | 48-6 44-1] 46-9 44:2] 47-1 43-9| 45-9 42:8 | 48-8 43-0 | 47-7 41-8 | 48-2 43-0] 49-1 44-0] 50°1 45-4| 50°3 46-2 | 49-6 45-4 | 49°8 45-2 ie it ie 22 ms 2 a i 46° ae (46-1 oe 46-1][44-8}][46-2][44-3][46-0][43 7)[46-6][44 3][46-5][ 44-8}[48-1][46-1][ 49-9 cae [B1- a1ar: ay (61: ‘yar: ‘4 52-2 J 40-2][39-0]][39-2][38-3]]|39-1][37-9 88-91[37 5) 38-0]'36-4][37- 36°6][35°3]|[35-5][34-4]]|35-5 [34-5 ]|[37°7 [36° 0 41-9} 49-9 | 24 | 46-8 45-5] 46-9 45:5 | 47-0 46-0| 46°3 44-8] 45°6 43°8| 46-0 44-1] 47:3 44-1|47°3 44-1 | 47°8 44-0/ 47-7 44-0 435 43-8 | 49-2 143 49°8 | 25 | 34:0 32°3| 33:8 32-1] 32:8 31-0 325 30:7 | 31:5 29-7 | 31-1 29-4 | 30-4 28-9] 30-9 29°5 |[30-5][29-9]! 32-2 31-4 | 35-9 34:8| 39-1 37:3] 46°3 1/350 33°6 | 34°8 33°3 | 35:7 34:4] 35:3 34:3 | 36:7 35:9 | 38-3 37-0 | 37°3 36:1 | 38:4 37:0 | 409 38-9 | 43-4 40:8 | 46:0 42:8] 49-7 9} 38°6 37:0 | 39°2 37:2 | 39°5 37:0 | 37:9 35:8 | 39:0 40°3 37-9 | 39°1 37-0 | 40:2 [37-0][43-0][40°4]| 47-0 42°8 | 47°3 43-1] 49-8 6 | 39°4 36:9] 38:0 35°9 | 36°2 35:0 | 36°8 35:3 | 38°3 38°2 36:0 | 37°9 35°7 | 36°8 35:0 | 39°6 37:1 | 42°7 39°6| 45:7 41°24 49°9 0 | 31°3 30°3 | 30°8 29-4 | 32:1 30:9 | 32:0 30:2 | 31:2 29-9 29°6 | 28°9 28:0 | 29:3 28:3 | 31°3 30°6 | 84:2 32°3| 36°8 35:1 | 43:2 8: 2 35°9 34:9 | 36-0 35°0| 35:5 34:3 | 36°6 35:2 | 36°9 37'2 35°9| 38°6 37°5 | 39°8 38°6 | 40°1 38:7 | 42°3 40-4] 43°3 41:0] 46°6 35 3 30°8 3 2 429 olla As WHOND FPWNOGD ONONO # WSO CHOON OND BEE OO OSS SHEE SSOANS ANHATE eT boo Www PP “DO WAS ee flora 84°2 33°3 | 33°7 32°9 | 33:1 32°5 | 32°7 319 | 32° 33°0 321 | 32°9 3271 | 31:9 33°9 33°0 | 35°6 34:7 | 88°2 37°54 44:0 31 45:4 42°9| 45:1 42°5 | 45:0 42:5] 45-3 42:4 | 45> 46°8 43°9| 43:4 44:9) 49:0 45°4)52°2 42-1 | 3] 45:4 42°5 | 45:3 42°5 | 45-7 =z | 14 15 16 17 | 18 19 20 Al 22 23 Midnight. | Mean: | Dry. Wet./Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet.\Dry. Wet. Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet.JDry. Wet.| 50°5 48°4|50°8 47:9) 51°7 49:0) 51°3 47°8| 51:1 48°9 | 47:4 45°5 | 48°1 45°6 | 48°9 4671 | 47-9 46:2 | 47-4 45:°0| 47'9 45°7 | 48:3 45°91 48°6 46-4 53°) 48:1) 55:0 48°5| 55:0 50°8 | 54:4 50-2 | 52°5 47-2|50°8 47°8| 50:3 47-9 | 49-9 46°8 | 50-1 47:1 | 49°0 48:0|50°9 47:°3].49°8 46-7 Lf pies ats 8)[54°4] Be. pies a pe 5][55-0]) 55°8 55 55°7 | 56°7 55°9|56°5 55°7 | 57-0 55°7 | 56-9 55°4| 59-1 5 58°7 55°1}-54:1 52:8 9 53°2| 539 52:8 4 52°6 |.53°7 52°9|53°7 52 52°6 | 54°5 52°7|54°6 52°6 | 54°9 52°2| 55:2 52:2 | 56:0 55‘1 51:°9].55°3 52-9 B61 48°9 | 56°5 48-9 28.8 49:0 | 56:9 48:4/ 56:9 48 48°6|57°8 49:0] 57:0 49:0| 57-0 49-7 | 57:0 49°9| 57:1 57:2 50:0] 56°38 50:0 7 1 7 6 553 524 | 52°8 50° 519 49°6 | 52:2 49°8 | 52:9 50 ‘9 46:0|50°0 46:0] 46:1 44:1] 46:4 44-0] 49°3 44-1 | 50- 501 44:2 }52°4 49-2 9 0 4 1 pe ~ (or) =) an AAIwS ONO POOL STOTT BORNE DOA toro como 4 52-9 49-9 | 52-6 539 50-0| 54:5 49-0 |53-0 46 46:4|52'9 46-7 | 53-3 46-9|53-2 46-4] 52-1 45:8 | 51:9 B15 45:7} 52-0 46-7 55-0 48-7 | 55°3 561 49-0) 54-9 47-4] 54:3 47-7 | 47°1| 54:8 47:8| 51:9 47-9| 52:7 48-1 | 52:7 48-6 | 53-0 53-2 49:7] 52:9 47-6 51:0 481 | 50-9 52°8 48-2| 53-0 48-0 | 50-1 47-2] 46°3|49°7 47° 0 49-7 46:8]51:8 48-0 54:9 48-2/53-2 48-1|51°3 47°8 51-1 47-7 | 52-0 47- i 54-4 50°8]55°1 511 | 55:8 51°9 50-7 49-4] 518 4 7 B16 44:7 | 50-8 448/501 44:1] 47°8 43-0 | 47-2 42°8| 47:3 43:4] 46-1 43°4| 46-4 44-6 | 45°8 50°8 44:1 | 50-7 43°9| 498 43°2| 45-8 41-9| 47-3 42-7 | 48-9 44-9] 51-9 47-0] 48-8 45-0 | 50:9 47°8 45°7 | 48-2 44:5 | 48-3 44-4|46°9 43-8| 47-9 44-2] 48-5 44:8| 48-4 45:°3| 48:3 45-4 | 48-5 459 43-4] 46-1 43°9| 45-9 43:5 | 44-2 42-1 | 43-7 41-3/ 42-8 41-1] 44-1 42:3] 43-5 42-0 | 43-3 49-2 45-0] 48-1 44:0] 47-6 43:5 | 466 43°8| 45-8 43-7] 45-9 44-0| 45-9 44:4] 46-1 44:9 | 47-0 49-4 45-0 | 48-9 44-2| 47-7 43°8| 47-4 42:8] 46-9 42-2] 46-5 41-7| 46-0 41:2] 43-7 40-5 | 44-4 510 45°3| 50-4 45:0 | 50:8 45:1 | 50:2 45:9] 48:8 46,0 | 48-4 46-2] 48-0 45-1] 49-0 45-7 | 50-1 48-2 43°1| 473 43-0| 46:2 41-9 | 43-2 39-9| 43-0 40°5| 41-6 39°8| 43-1 40°5 | 42-7 39-9 | 44:7 509 45°9| 50:3 45:2 |[50-0]45-0]) 50°2 45°3| 50:0 45°3| 50-0 45°5| 50-4 46-0] 49-1 45-3 | 48-5 BIL 45-4 | 49°8 45-2 50-0 45-2 49°8 45-3 | 48-0 45-3 | 49-0 45-2 [49-5][45-3]|[50-2][45 ites 7 [50-8][47-1|[49-7][46-4]|[49-01¢45-8] [47°9][45-9]|[47 245° 0} [46-1440] 46-0[44-0)[45-7 [43.7 3) 49° 46°0| 47-7 44-8 | 46-5 44-1) 45°1 43-1 | 45-2 43-3] 46-3 44-0] 46-0 43-3 | 46-3 44-8 | 46-3 6| 49-3 43-8] 48-0 43-1 | 47-3 43-0 | 43-4 40-1 | 42-4 39-4] 40-2 37-9| 37-5 35-8 | 36-0 343 | 35.2 8| 46-0 42°8| 45-5 42:5 | 42-9 40-2| 41-3 38°8| 39-0 37°3| 37-8 35-7| 36-1 34-4| 36-6 35:0 | 35°5 1] 49-4 44:0| 47-6 43-2| 44-7 41:7| 42-9 40-7] 43-0 40°9| 41-4 39-8| 41-7 40-1 | 40°8 39-2] 40-0 2| 49:5 44:0| 48-7 43-7 | 45-7 41-6 | 42-9 39-7 | 42°7 39-4] 41-9 38-5 | 41-3 38-1 | 40°9 37-7 | 38-9 ‘4| 49:1 43-6 | 47-6 42-9 |[43-0][/40-0] 40°8 38-0|38-0 35°9|37°1 35-1| 37-4 35-3 | 36-2 34-5 | 35-0 0 5 0 2 49°6 46:1 | 49:0 46°7 | 48:9 46-7 | 49° Pe pp COCO PWODNO ORS O DOW oO Stas 54:0 48:1 | 55°3 54°6 50:1 | 54:8 51°0 45°5 | 52-2 50°7 44:7 | 50°8 | 47:2 45:0 | 47-1 44°8 42-1 | 46:0 -150°8 46°4| 49°8 48°8 45:0 | 48:9 511 46°4) 51-1 - 46°7 43°8| 471 516 45°9 | 50°2 (b0-41[46°6) (50: ‘i *4)(46°8]/[50°41[47- 45° ; 52°4 47°6| 51:9 48:2 | 50°9 48-1 | 51° 2 4 50:3 47°99 51:7 47-2 2|52°3 47:4| 51:9 46°3| 51:2 46°8 | 51° 8 i 50°4 45-9] 52-4 48-5] 45°7 42-9] 48-8 44:0] 471 45-0] 47°6 43-5, 48-0 45:2] 47-7 44-4: 41-7 401] 45°8 43-4 47-3 45°6| 45-7 43-1, 44-1 411] 47-7 43-7) 50-0 47:9] 46-3 43-4 44-2 42-61 463 43-5) 49-2 45°11 47-9 44-0. lege 49-2 44:8) [42-4]/40-9]] 47-6 45-2! 46°4 45:21 42-6 40-8: 34-1 32:3] 44-9 41-9) 34:2 32-9] 36-5 34-7 395 37-9] 41-0 38:8 40:2 37:2] 42°5 39-3) 342 32-9] 40-2 37-4 37°3 36-2] 35-6 34-0 OREN H OOOND OP OVO De Or OMB OrO 0000000 DE DAHAS SOmNAKoO BAISS Sy PEAR PRR RO BRE 2 SSe5 ENT ATOM HAE AES Sp 8 43°3| 47°5 4 48°9 43:9 | 48:9 43: 419 40°0/ 44:0 4 48°2 43°3|49°3 4 48-0 42°8| 48-6 43: 47°4 42°1| 48°7 4 89°9 38'°2| 42:8 4 44°8 42°5| 46:0 4 www WHORE PRE RP RRP Oreg . . . ower SAIS 43-1 40:9 | 42:°3 39:8] 40-0 38:0 | 38°7 36°9 | 38°3 36:8 | 36°3 34:8 | 39°1 37-0 | 37°6 35°9 | 37°3 46:5 43°6| 45:5 42°8 | 43°8 41°3 | 40:9 89°6 | 39:0 388° | 38:4 37:2 | 38°4 37:2 | 37°4 36°3 | 36°9 35°9/ 36°1 35:1] 39°77 38:1 5 3 8 41°4 39°9| 43-1 41:0 | 44:0 41°8 | 42°8 40-9] 40°7 39:4 | 39°7 38:3 | 38°7 37°3 | 37:7 37:0} 39° F @ 7 ye } | i | BAN.| 49°8 45°9| 50:2 46°2/ 50°6 46:4|50-0 45:9| 48:9 45:1] 47°5 44:1) 47-1 44-0] 46:6 43°6 | 46:7 43-7 | 46:3 43°5 | 46°3 43°6 | 45:9 43°2147:0 43:9 38°3 | 38°5 37°8 | 38°9 38:0 | 39:2 38:1] 37:1 36:0 260 . BEN NEVIS OBSERVATORY. TEMPERATURE. Dry AND. Wet BUuLBs. NOVEMBER. 1891. | 1 2 3 4 5 6 7 Sg 9 10 11 12 -| For Day. | Dry. Wet./Dry. Wet.|/Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet. eae Wet.|Dry. Wet./Dry. Wet.|Dry. / Min, 87°3 37°3 | 87°2 37:2 | 37:9 37:9 | 387°8 37°8 | 87°8 37°8| 36-7 36°7 | 86°7 36°7 | 86°5 35:6 | 37°8 37°S | 39°6 39°6 | 89°1 39-1 | 39:0 39-0 42°3 37°7 | 42°4 38:0 | 42-4 37°8 | 43°3 38°2 | 42°8 38:2 | 43:2 38:1 | 40°3 37°6 | 42:1 37°5 140 38°5 | 48°6 38°3 | 45:1 40°3 | 43-9 40-7 42°1 32°2| 39-7 31:0 | 41°8 30°9 | 42°3 31:0 | 42°1 31:1] 42°6 32:0 | 42°9 32:6 | 43°5 32:9] 44°9 33-9 | 45°4 33-8 | 46°6 35-0 | 50°2 37:0 2°3 | 43°3 32:0 | 43°1 31°6 | 41:9 82:1] 36°8 32:2 | 34:2 31°7 | 29°5 29:0) 29:0 29:0) 29:0 29:0) 30:3 30:3 | 31:4 31-4 | 30-0 30:0 b 17 | 27:0 27:0 | 26°2 26:2) 26°4 26°4 | 25°9 25°9 | 25°8 25°8 | 25°9 25:9 | 25°8 25:8 | 26:0 26°0 | 25°6 25:6 | 26°38 26°83 | 26°7 26°7 | 25:7 25°7 18 | 25:9 25°9 | 26:4 26-4 | 27-0 27:0 | 29:0 29°0/ 31°9 31:9 | 82:0 32-0 | 32:0 32:0] 381°8 31:8 | 31:1 31:1] 3071 30:1] 29°5 29°6 | 30:0 30-0 19 | 3071 3071} 3071 30-1 | 30°0 30°0 | 29:7 29°7 | 30:1 3071 | 29°1 29-1 | 29-8 29:8 | 30°8 30°8 | 30°8 30°8} 380°1 30:1] 30°2 30-2} 31°6 31°6 i 20 | 28°7 28°7 | 27:8 27°8| 27°4 27:4 | 28:0 28-0 | 28-3 28:3 | 28:1 28°1 | 28:2 28-2 | 28°3 28:3 | 28°2 28°2) 28:3 28:3 | 28:3 28°3 | 28°3 28: : 28°6 1 2 3 4 32°3 5 | 28°5 28°5 | 28:2 28:2) 281 28:0 | 28:0 28:0 | 27-9 27:9 | 28:4 28:4 28:9 28:9 | 28:0 28:0} 29°3 29°3 | 29:4 29:4) 29-5 29°5 | 29°38 29°8] 30:9 27°9 6 | 29°2 29-1 | 29-4 29°3 | 29°6 29:3 | 29:0 29:0 | 29°8 29:8 | 29:7 29-7 | 29°1 29°1 | 29:0 29°0 | 28-9 28°9 | 28-7 28-7 | 27°6 27:6 | 27°4 27:4] 32°4 26:8 7 | 32°3 32:3] 32:0 32:0] 30°5 30°5 | 28°9 28-9 | 28°8 28:8 | 28:2 28:2) 27°4 27-4| 26:3 26°3 | 28:0 28:0) 28-4 28-4 | 29°5 29-5 | 29-4 29:3] 32°3 26:3 8 | 30:2 30:0] 30:0 30:0 | 29°4 29-4 | 27°6 27°6 | 26:4 26:4 | 26:0 26:0 | 25°9 25:9 | 26°1 26°1 | 26°3 26°3 | 26:1 26-1 | 26°9 26:9 | 28:0 28:0] 32-1 25°9 9 | 26°8 26°8 | 26°2 26:2 | 27:4 27-4 | 28:3 28°2 | 28°8 28°8 | 28:8 28°8 | 28°8 28°8 | 28°8 28°8 | 27°5 27°5 | 27:2 27-2 | 27°1 2771 | 26°6 26:6] 28°8 2571 10 | 25:2 25:2) 25°0 25:0 | 25:2 25:2 | 25:3 25:3 | 24°5 24:5 | 24:0 24:0 | 24:2 24:2] 24:2 24:21 24:5 24°5 | 24:2 24:2) 24:2 24:2 | 25-1 25°14 25°8 24:0) 11 | 25*2 25:2] 25:0 25:0 | 25°6 25-4 | 25°8 25:8) 26-1 26:0 | 26-8 26:8 | 27:0 27:0 | 26°9 26:9 | 27°6 27°6 | 27°6 27:6 | 27:5 27:5 | 28°0 28:0] 29-4 24:8 12 | 243 24:3 | 24°0 24:0 | 24:7 24:7 | 24:3 24:3 | 24:0 24:0 | 23-2 23-2 | 22°8 22-8) 22:0 22:0 | 22°8 22:8 | 24:0 24:0 | 24:1 24:0 | 24:4 24°4929:0 22:0 13 | 27:2 27°2 | 27:2 27:2 | 27-0 27:0 | 27:0 27:0 | 27:9 27:9 | 29:2 29-2| 30-2 30:2] 30°9 30°8 | 31-2 31:2] 31°8 31:8) 31:9 31:9] 31°8 31°8]31°9 27:0 14 | 28°3 28°3 | 28:2 28:2 | 28°3 28°3 | 28°4 28:4 | 28°3 28°3 | 28:0 28:0 | 26°9 26:9 | 26°8 26°8 | 27:3 27°3 | 27°8 27:8 | 28:0 28:0 | 28:2 -28°2} 28:4 26°8 15 | 27°8 27:8 | 27°3 27:3 | 27°5 27-5 | 28°1 28-1 | 28-2 28-2 | 28:3 28°3 | 28:4 28-4 | 28:0 28:0 | 28°0 28:0 | 28°2 28:2 | 28°7 28:7 | 288 °28°8] 28°8 27:1 16 | 27°7 27°7 | 26:2 26:3 | 25°5 25:7 | 27:0 26°9 | 27:3 27°3| 27:1 27:1 | 27°0 27:0 | 27-8 27°8 | 28-0 28°0 | 28:2 28°2 | 28-2 28-2 | 27:2 27:2] 28:2 24°6 17 | 25:0 25:0} 25:1 25:1 | 25:2 25:2 | 26°1 26:1 | 26°4 26:4] 26:4 26:4 | 26:0 26:0 | 25°9 25:9 | 26°9 26:9 | 26:4 26-4) 27:0 27:0 | 27°6 27:6}. 27°6 25-0 18 | 25:1 25:1 | 26°8 24:9 | 25°4 24-5 | 24°6 24:4 | 24°6 24°8 | 25:0 25-0 | 25:0 25:0 | 25:1 25:1 | 25°2 25:2 | 25:2 25:2) 25°8 25°8 | 25:0 25:0} 32:0 24:6 19 | 29°3 29°3 | 29°6 29-6 | 29:2 29-2 |.29°9 29-9 | 29°8 29:8 | 29:2 29-2 | 29:2 29:2 | 29°5 29-5 | 29-5 29°5 | 29:9 29:9] 29°1 29-1 | 30:0 80:09 31°6 29°1 20 | 30-4 30°4/ 30'S 30°8 | 30-2 30:2) 29°8 29°8 | 28°4 28:4) 28:0 28:0 | 27°6 27°6 | 27:0 27:0} 27:9 27:9 | 28°9 28:9) 29-0 29-0 | 30:0 30:0] 30°8 27:0 21 | 28:1 28-1.) 27°4 27-4 | 26:4 26:4 | 26°1 26:1 | 24:7 24°7 | 24:2 23-4 | 24:7 23°7 | 25:0 24:0 | 24:8 24°8 | 24°8 24°8 | 25-2 25-2 | 25°3 25:3] 28:1 22:2 22 | 23'1 23:0 | 23:0 23:0 | 23-0 23:0 | 22°8 22:8 | 22:3 22:3) 21:0 21:0] 21°0 21:0 | 21:0 20:9 | 22°8 22:2 | 23°6 23:0 | 24:2 23°8 | 23°3 23:1] 24-2 20°9 23 | 20°7 20°7;19°8 19:7 | 20:0 20:0) 19:0 19°0 | 20:9 20-9] 21-9 21:9 | 23:1 23:1 | 23:9 23:9 | 24:1 24-1 | 24°83 24°8 | 24-5 24°5 | 24:8 24°89 25-2 19:0 24 | 22:1 21°8 | 22°8 22°8 | 23:0 23-0 | 22:8 22:8] 21:0 21:0 | 20:2 20-2) 201 19:9] 19°8 18:9 20°2 19-0 | 21:3 20:1 | 21-8 21:1 | 22:0 21:1] 23°0 19:2] 25 |19°8 19°8 | 20°2 20:2) 21:0 21:0] 21:4 21°74] 21°8 21°8 | 22°3 22:3) 23:1 23:1 | 23°5 238°5 | 238-7 23°7 | 24°1 24°1 | 25:0 25:0 | 26°5 26°54 26°5 19°8 26 | 22:0 22:0 | 22:0 22°0 | 21°6 21°6 | 21:9 21:9 | 22:0 22:0 | 21:9 21:9] 21:1 21:1 | 20:3 20°3 | 20°5 20°5 | 20°8 20°8 | 21:0 21:0 | 21:0 21:0] 22:0 18°7 27 | 19:2 19:0} 21:0 19°1 | 21°3 19-9 | 21°3 20:0 | 22:8 20°8 | 22-7 20°4 | 22:0 19:0] 21°6 19:9 | 22°5 19°7 | 23:0 20°3 | 21°0 21°4 | 22°8 22:1} 25:2 19-2 28 | 23°3 23°3 | 23:0 23:0 | 22°8 22°8 | 23:2 23:2 | 22:9 22:9 | 23:0 23:0 | 22:3 22°3 | 22°3 22°3 | 22-4 22:4 | 24°38 24:3 | 25°9 26°0 | 26°3 26:31 303 22:3) 29 | 2771 27:1 | 27-9 27-9 | 27:9 27-9 | 28:2 28:2) 28-1 28:1 | 28:0 28:0 | 27:9 27:9 | 27-1 27:1 | 26°8 26°8 | 26°6 26°6) 26:1 26°1 | 25°4 25°59 28-2 22°3 30 | 23-1 23°1 |.23°3 23°3 | 23:5 23°5 | 23°8 23°8 | 24:1 24:1 | 24:0 24:0 | 24:5 24-5 | 25°3 25°3 | 25:8 25°8 | 26°4 26-4 | 27:2 27:2} 28°6 28°64 29:0 23°1 MEAN.) 27°9 27:0 | 27°8 26°9 | 27:8 26:8 | 27:8 26:9 | 27:6 26:8 | 27:4 26°7 | 27:1 26:5 | 27:1 26:4 | 27-6 26:9 | 28:0 27°3 | 28°3 27:7 | 28:5 27:9] 30°8 25°5 | ) 13 14 15 16 17 18 19 20 21 22 23 Midnight.] Mean, © Dry. Wet.|Dry. Wet.|/Dry. Wet.|Dry. Wet.|Dry. Wet. Dry, Wet. Dry. Wet.|Dry. Wet. Dry. Wet./Dry. Wet./Dry. Wet.|/Dry. Wet.JDry. Wet. 1 | 40:1 39°7 | 40°0 39°6 | 40:0 39°3 | 39°9 39:1 | 40°3 39°5 | 40°5 39:7 | 89°8 27:2| 40:0 34°9 | 40°5 34-8 | 40°5 33°8 | 40°7 34:3 | 42°0 36:1] 39°1 37-5] 2 |45°4 43:1) 45:1 39°3 | 44-1 34:3 | 42:2 33:0] 41°6 31:7 | 42°6 33:1] 40°0 31°8| 411 32°8 | 40°5 32:8] 39:9 32:1 | 41:1 33:0] 41°9 32°3] 42:5 36:3 3 |50°6 37°6 | 50°0 37-1 | 48-1 35°8 | 47°6 36:0 | 44:0 33°5 | 43-9 32°9| 45-0 33°8| 44°4 32°9| 44:4 32°8| 45°1 33:0 | 45°1 34:0] 44:3 33:1] 44°9 33-6 4 | 30°2 30°2| 31°8 31°8 | 31:0 31:0 | 30:7 30°7 | 30°1 30:1 | 29:1 29°1 | 29:2 29-2 | 29-1: 29+1 | 31:0 30:0 | 29:0 29-0 | 28-2 28:2} 28°3 28:°3432°5 303 5 |30°1 30:1) 30°3 30°3| 30°3 30°1 | 80°9 30°8| 30°4 380°4 | 30:1 30°1 | 29°8 29-8 | 30:2 80:1 | 30°9 30:9 | 30°6 30°6 | 80°0 29°8 | 29°3 29:2] 29:5 29:4, 6 | 26°9 26°9 | 26°8 26°8 | 26-9 26:9 | 27-8 27°8 | 29:3 29°1 | 30:0 29:8) 30:9 30°7 | 31:3 31:3 | 82:0 32:0 | 32:4 32:4 | 32-4 32°4| 32:4 32°4] 29:4 20-4 7 | 3071 30°1 | 285 28°5 | 28°9 28°7 | 28-7 28-4 | 28°9 28-9 | 28°3 28°3 | 29:0 29:0 | 27°6 27°6 | 28°7 28:4 | 28°1 28:1 | 29:0 28:9) 30:1 30:0] 29:0 28-9 8 | 2974 29°4 | 29°38 29°8 | 30°2 301 | 30°2 30:2] 30°3 30°3 | 30°9 30:9] 31°8 31°S | 32:1 32:1 | 32:0 32:0 | 82°0 32:0 | 30°3 30:3 | 27°9 27:9] 29:0 29-0 9 | 26°9 26:9 | 26:0 26°0 | 26:4 26°4 | 26:3 26°3 | 26°2 26:2 | 25°6 25°6 | 25°5 25°3) 25°8 25°8 | 25:6 25°6 | 25:4 25°4 | 25:1 25:1) 25:2 25:1] 268 26:7 10 | 24°9 24°9| 24:0 24-0 | 24:2 24°] | 24:2 24:2 | 24-2 24:2 | 24:2 24:2 | 246 24-6 | 24°8 24:8, 24:9 24°9 | 25:0 25°0 | 25°8 25°8 | 25:8 25°85 24-7 24:7 11 | 28:8 28°8 | 29°4 29°4 | 29:4 29:4 | 29:2 29:2 | 27:2 27:2 | 26:9 26:9 | 26:2 26:1 | 26°3 26°3 | 26:7 26°7 | 26:6 26:6 | 25:2 25:2 | 24:8 24:8 126:9 26:9 12 | 25:2 25°0| 25°4 25:4 | 25°8 25°8 | 25°5 25:5 | 26°5 26°5 | 27:2 27:2 | 28:0 28-0 | 28:6 28°6 | 29°0 28°8 | 28°5 2874 | 28°2 28°0 | 28:0 27°91 25:4 25-4 13 | 31:7 31°7 | 31:2 31°2| 20°8 30°8 | 30:0 30:0 | 29:9 29:9 | 29°6 29:6 | 30:0 30:0 | 30:5 30°5 | 80:4 30°4 | 29°1 291 | 28°7 28°7 | 28°3 28°31 29°7 29-7 14 | 28-4 28°4) 28-4 28-4 | 27°8 27°8 | 27:6 27:6 | 27°8 27-8 | 27-4 27:4 | 27-4 27°4| 27-0 27:0 | 27:3 27°38) 27°1 27-1 | 27°7 27°7 | 27:8 27°84 27°8 278 15 | 28°8 28°8 | 28°8 28°8 | 28°7 28°7 | 28:3 28:3 | 28°3 28°3 | 27°9 27°9 | 27:9 27:9 | 28:1 28:1 | 27°8 27°8|.27°3 27°3 | 27:9 27:9 | 27:1 27:1] 28:1 281 16 | 27:0 27:0 | 27°8 27°8 | 27°3 27:3 | 26:9 26:9 | 26:0 260 | 25:0 25:0 | 25:0 25:0] 24°8 24:8 | 24:6 24°6 | 24:8 24°8 | 24°8 24:8) 25:0 25:0] 265 26-5) 21 | 25:0 25:0 | 24:9 24:9 | 24:0 24:0 | 24:0 24:0 | 22°6 22°6 | 23:0 23:0 | 23:0 23:0 | 23:7 28:7 | 23:0 23:0 | 22:2 22:2 | 22:8 22°8 | 23:0 23:0 22 | 23:4 23-2 | 23:1 23°0 | 23°5 23:0 | 22°8 22:0 | 21-7 21-7 | 21°1 21°1 | 21:0 21:0 | 22:0 23 | 24:8 24°8| 24°9 24:9 | 25:0 25:0 | 25:0 25:0 | 25°0 25:0 | 25°0 25:0] 25:0 25:0 | 25-1 24 | 21:2 21°1}) 21°8 21°8} 20°8 20°8 | 20:9 20°9 | 21°0 21:0} 21:1 21:1 | 21-0 21:0) 20:0 25 | 25:1 25:1 | 25:0 25-0 | 24°9 24:9 | 23:4 23:4'| 24:0 24:0 | 23°6 23°6 | 23:0 23:0 | 23:2 26 | 20°1 20-1 | 21°3 21°3)19°9 19°9|19°7 19:7) 19:1 19°1}19°5 19:5| 19:0 19:0 | 19-0 27 | 22°7 22°9 | 22°9 22:9 | 22°2 22:2 | 23°2 23°2 | 24°1 24:1 | 25°0 25:0 | 25:2 25:2 | 24:8 28 | 26°7 26°7 | 25°9 25:9 | 26°9 26-9 | 27-0 27:0.) 27°2 27:2] 29°6 29°6 | 30°3 30°3 | 29:1 29 | 25°1 25:2 | 249 25:0 | 23°8 23°8 | 22:9 22:9 | 23°5 23:5 | 23°3 23:3 | 23°1 23:1 | 23°2 30 | 29:0 29:0 | 29:0 29:0 | 28°4 28:4 | 28:3 28:3 | 27:8 27:8] 27:9 27°9:| 27°8 27:8 | 27°1 jicmeenel 28°6 28°1 | 28°6 27°9 | 28°3 27°5 | 28:2 27:4 | 28°] 2774 | 28:1 27°4 | 28:1 27:4 | 28-2 21°4 21°4| 20°9 20°9 | 21°1 21:0 | 21°1 21:0 25°2 25°2| 25°0 25:0 | 24°3 24:3 | 21:8 21°8 19°8 19°8}19°2 19°2}19°2 19:2) 19-2 19-2 220 22:0 | 22°0 -22:0 | 22°0 22:0 | 22°1 22:1 19:0 18°9|19°8 18:8} 19:6 19:0 24:3 24:3 | 23°38 23°8 | 24°] 24°1 | 23:4 23-4 27°2 27°2| 27:0 27:0 | 26°9 26:9 | 27-0 27-0 23°4 23°4 | 23°3 23°3 | 22°3 22°8 | 22:9 22°9 26°5 26°5 | 264 26°4 | 26°1 26:1 | 25°8 25:8 28°1 27:2 | 27:8 27:0 | 27:8 26:9 | 27°7 26°7 NNNNH NNNN T NICO WON me FENDI OS NOMS ——- o =F ei oo a iS) ss TEMPERATURE. FORT-WILLIAM OBSERVATORY. OP WLe SOnImD L oo Wet. 40:1 39°8 372 41°2 40°3 44:2 43°2 43-2 41°6 389 39°3 39°3 40:0 42°1 39°1 By fal 40°1 85'3 43°8 43 °9 39°6 33°5 30°9 34°6 352 35°2 25°7 336 42-4 7 382 38°6 4 Dry. Wet. 41°4 40-4 | 41:2 40-0 88°7 37°5 | 43°7 41°7 42-1 40°3 45:0 43°8 43:0 41:7 48:2 41:7 45°3 42:2 40-4 39°5 43:0 39°5 42°4 39:2 43:2 40:5 43°7 42:0 40°4 38°8 37°3 36:0 42-7 40:0 35°5 34°8 48°38 44:1 45°7 42-9 40°6 39:9 85°38 34:4 31°3 30° 35'2 34:8 39°2 35°6 36°9 35:8 27:0 26°2 34:1 33:1 44:9 42:8 42:0 38-4 40°6 38°6 |Dry.. 41°6 41-0 38°3 434 42-1 44:7 42-6 47-7 46:0 40:0 43°6 43°1 43°7 43°9 41:0 38°1][37 0 : Ui! 41°3 42°7 35:1 475 45°3 41°3 35°9 30°9 35:0 40:3 35°9 26°7 339 44°4 42-9 40°6 .|Dry. 476 45-9 43°6 46°3 44:1 45:1 46°8 47-0 40°9 40-0 41-0 40°7 45°8 46-2 43°4 44:0 39°9 46:8 46°8 44-0 39°6 | 36°0 38°7 30°9 35'2 34:8 31°7 44:2 41°2 44°3 42-1 17 DRY AND WET BULBS. 5 Wet. 405 40:0 3/°2 41:0 40:2 43°8 41:2 40°9 42°7 38'1 39°9 39:0 40°9 42:1 39°4 34°3 43-9 42°3 | 40°0 35:0 30°2 34:7 36:0 35:0 25°8 331 42:9 389 38°'5 Dry. Wet. [35-2]34-1] 6 42-1 41-0 38-9 44-2 41°9 44°3 40°8 47:0 44:7 379 42-2 41°8 45:2 43°9 41°3 41-1 39°8 38°0 42:0 40:1 43°3 39°9 405 42-7 36'5 40:0 38°3 42-1 421) 39°9 35°0 48-4 44-8 39°4 35'0 30°8 345 40:3 36°7 26°6 39°9 44-4 42°9 34:1 44°1 41:9 38°2 34:0 30°1 34:0 36°7 35°9 25°7 36°3 43:0 388 38°4 Dry. 41:0 40°5 40°0 ¢ 43°7 42-0 44:9 39°1 46°5 44°] 38°0 42:0 42°3 47-2 45-9 41°8 [34-2][33-0] 39°7 | 41:3 39-4 | 40°8 37°4 48°0 43°4 38°4 385°4 31°5 33°8 39°7 35°8 27°3 40°8 44-1 44:0 40°5 38°3 40:0 42°6 37:0 40°0 379 43°3 41°7 40:0 36:0 43°9 41°3 37°3 343 30°6 33°3 | 36°9 34:9 26°3 37:0 42:3 39°4 38°4 .|Dry. Wet. 8 9 10 Dry. Wet. 43°9 42°3 40°8 40:0 42°3 40°8 46:1 43°7 420 411 45:1 42:9 37°8 37:0 47-3 40°8 43-9 41°4 40°6 37°5 43°2 40-7 42°3 39°0 50°8 45:6 45:8 42°8 Dry. Wet. 42°6 41°5 39:0 331 41°8 40°4 45:0 42:9 421 41:0 45°3 43:2 38'1 37°3 471 40°8 43°8 41-2 41°3 39°3 42:9 401 42°7 38-0 50°5 45:0 44°8 41:2 42°4 40°3.| 41°9 40-1 | 41-7 40-0 (34°6][33°5][85°3][84-2]|[36-9][35:8] 8 39'1 | 40°2 39°0| 41:0 39°9 36°5 | 39°3 37°3 | 44:2 438 | 47-9 43-9 | 48-2 411 | 44:0 42°6 | 44-3 36°0 | 37:0 35°9 | 37:2 33°2 | 34:0 32:9 | 33°6 31'1 | 33°9 32°2 | 34:9 83°1 | 33°3 33-2 | 33-7 37°0 | 37°9 36°4 | 38°5 34°3 | 35:1 34:3 | 36-2 25:9 | 25:9 25:2 | 26:0 37°3 | 41:2 37°7 | 41-9 41°8 | 43:0 41:3 | 42-1 42°9 40-1 | 43:1 39:9 38°2 | 40°7 38°5 41°3 39-1 40:4 44°3 41-9 45-0 38°2 47-3 43°2 39°3 42-1 42:2 48-2 44°3 41:2 40:3 382 39°2 42°4 40°7 43 °2 37°4 40°2 41:3 38:0 40:0 36°9 44-1 38°0 48°3 42°7 37°0 34°3 32:1 33°4 39:0 35'2 26°5 41:2 43°5 42°7 40°3 41°2 2b NOVEMBER 1891. 12 48°0 45°2 44-4 472 44:0 45°9 43°3 48°2 432 40°9 42°4 43°1 51:0 46:2 44+] 40:0 42-2 Dry. Wet. 45°3 44°] 426 45-0 42°8 42°1 42-1 42-1 40°9 38°8 40°8 39°4 45:9 42-9 41°9 38°8 40°6 40-0 44°7 45-0 38:1 34:0 36°4 34:0 39°2 34:0 27:7 39°9 40:4 42:3 40°4 Wet. 45'9 43:0 41:2 43°3 43°2 42°6 43°1 44:1 39°9 37°8 39°8 37°6 43°8 421 41°4 39°8 38°5 43°8 44°5 41:9 379 | & 34°8 38°0 30°0 34:9 340 311 41°5 38°7 42°3 40:0 470 40°4 42°9 44:9 44:3 45:3 473 48:0 39°8 40°5 40:9 39°9 459 43-0 42°8 44-0 40°) 46°9 46°3 42°3 38°9 331 377 30°7 85°3 34/1 32°2 48-0 40:1 43°7 41°5 -|Dry. Wet.|Dry. 45°9 39°2 40°7 42:1 43°3 44°6 42:8 45-1 38°9 38'3 39°4 377 43°9 40°2 40°9 Bia 38°6 21 22 .|\Dry. Wet.|Dry. Wet. 45:2 44:3] 44:1 43°3 38°4 37:1| 39:0 37°8 43°9 41:2} 44:0 41°3 44:2 41:7 | 43-7 41:0 44°7 44:0 | 44:6 43°9 46°6 45:9 | 47:0 46:2 46°9 42°8| 46-1 41°8 48°7 45°8 | 47:3 45°6 39°8 38:9] 4071 38:4 41°3 38:3! 4271 38°7 42°4 40°9 | 42:3 39:9 45-2 41°8 | 45:9 41°8 45°6 43°3 | 46°2 43:5 42°7 40:0 | 42:6 40-0 40°7 39:2) 40-1 38°7 43°7 38°7 | 43°5 38:8 39°8 41:0 39°8 45°6 39°3 43°6 44:5 44-7 45:8 46-1 483 40-1 42:3 41:2 42-1 46-1 42:5 42:3 43:9 39-1 45°5 44-4 40°5 36-7 32:2 37-0 30°5 35:0 33:4 31:3 44-1 37-2 42-7 39°7 39-0 47-1 45-0 | 47-0 45-7 46°6 44:6 | 46-7 44-1 41-9 40°5| 40-9 40-0 38:8 37-0 | 37-6 36°3 34-0 33-2] 34-0 33:3 36-4 35°8 | 34°8 34-1 31-1 31:0 30-0} 31°3 30°3 363 35-7 |36-7 36-1| 37-0 36-0 33°1 32-4130-7 30:0| 31:2 30:3 33-0 [31°38] 338 [32°0]] 34-0 [32-1] 47-1 42-7| 45-9 41-1 | 46-2 41-2 40:0 37:8] 39-9 37:9| 39:7 38-0 43-6 41-7| 43-5 40-9 | 43-1 40-7 46°5 47°0 42°5 39°0 32°8 38°0 39-1 41-4 42-4 40-0 39°3 37-4 39-2 450 44-7 40-2 36-2 32:9 34-2 31-0 36'8 30°2 [29:0] 33°6 32-7 45°7 411 421 38:2 Midnight. .|Dry. 42:3 42°5 40°0 41'6 39°6|41°5 39°6 | 41°4 39-4 41°4 39°3 Wet. 41°5 For Day. Max. 50°2 51:0 45°9 48°6 45-1 47 °4 47°4 48°8 46:2 43°7 43°9 46°3 51'8 46°8 45°0 44°2 45°3 47°3 49:0 46°4 42:1 38°4 39:0 36°5 41:2 377 34-1 48°1 46°3 45°1 45:0 Min. 39°2 378 38°1 41°3 41°8 44:3 37°2 43°3 38:0 37 °4 40°3 39°0 40°9 421 39°9 [33-0] 370 34°9 45:3 40°9 36°4 32°77 30°7 30°2 35°0 29-2 25°5 32°5 383 40°5 374 262. . BEN NEVIS OBSERVATORY. TEMPERATURE. Dry ‘AND WET BULBS. DECEMBER 1891. il 2 3 d 5 6 7 8 9 10 11 12 | | Dry. Wet./Dry. Wet./Dry. Wet./Dry. Wet.|Dry. Wet.'Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet.|/Drv. Wet.)/Dry. Wet. Drv. Wet.] Max. Min. 25°4 25°4|.26°1 26:1 | 26°7 26°7 | 29-7 29-7 | 31-8 31:8 |-32:0 32°0| 33:0 32-2 | 33:2 33:2) 32°9 32:9 | 32°4 32°4)32°5 32°5 | 32:1 32:1] 33:4 25-4 27:9 27:9 | 26°9 26°9 | 26°7 26°7 | 26°2 26:2) 25:2 25°2| 25:1 25:1 | 23:2 23°2 | 23°4 23°4| 24:9 24:9) 25:0 25:0 | 25°7 25:7 |26'8 26°8}29°0 23°2 29°0 29:0 | 28°9 28:9 | 29:0 29:0 | 29°8 29°8 | 31:0 31:0 | 82°2 32:2] 34:7 34-7 | 35°8 35°8 | 34°9 34:9 | 84°3 34-2 | 33-6 33° | 34:2 34:2]35°8 28-9 30°1 30°1 | 3074 30°4 | 31:0 31°0| 30°8 30°8) 30°5 30°5 | 80°1 380°] | 30:2 30:2) 30°4 30-4 | 29°2 29-2 | 28-2 28:2] 29°6 29°6 | 30:9 30:9] 32°6 28-2 34:2 34:1] 34:0 34:0 | 34-1 34:1 | 33-9 33-9 | 32°6 32°6 | 82°2 32°2| 32:0 32:0 | 31°8 31°8| 31°2 31°2| 31:2 81:2] 31°6 31°6 | 30:9 380°9]} 34:2 27:3 27°1 | 26:0 26:0 | 26°7 26°7 | 27:1 27:1 | 26°8 26°8 | 25°8 25°8 | 25°6 25°6 | 24:1 24:1 | 24:0 24:0] 24:0 24:0 | 24°6 24:6] 27:3 23:9 24°9 24°9 | 24°9 24:9 | 24°3 24°3| 24:0 24-1 23°3 | 22°5 22°5 | 23°9 23°9 | 22°3 22°3 | 24:1 22-7 | 24-1 22°8 | 23:2 22°6 | 23°7 22°9]25:1 20:4 22°7 22°4| 25°1 25:1 | 26:0 26:0] 26°1 26-1 27:0 | 27°6 27°6 | 27°1 27:1 | 27:1 27:1 | 26°7 26°7 | 26:1 26:1 | 26°3 26°5 | 23:2 22:9]30-1 22:3 29°8 29°8 | 28:9 28:9 | 29-1 29:1) 29:3 29°3 29°3 | 29°2 29°2) 28°1 2871 | 28:0 28°01! 27°3 27°3 | 27°3 27°3| 27:0 27:0 | 27-8 27°3432:°0 26°7 27:0 27:0 | 26°1 26:1 | 27:0 27:0 | 27:2 27:2 27°0 | 25°9 25:9 | 24:3 24°3 | 23-2 23:2 | 238°1 23-1 | 22:9 22:9 | 22°3 22°3 | 21:7 22:0127:2 17:0 11 |16°9 169) 16°1 161| 16-8 16°8/16°9 16:9 17-9 17°9|17°9 17°9| 17:9 17-9 | 18-9 18-9 | 18-1 18:1} 18-7 18°7 | 185 18:5 719°8 161 12 120°3 20°3| 20°4 20°3! 20°9 20°9| 19:9 19-9 20°2 | 20°8 20:8} 20°5 20°5 | 21°3 21°3| 21:4 21°4 | 21:0 21:0! 20-1 20°8| 21:1 21°17 21:4 18:4 Seoon]s® obENH bo a oo SN ao i) “I ra Noawnws owon — sr Je) 23 27 29 27 17 20° 13 | 22°9 22°9} 25°3 25:2 | 26:2 26:2 | 27:0 26-9 | 26°38 26°3 | 27-8 27°8 | 28°5 28°5 | 28:4 28:4| 28:4 28:4 | 28°8 28°8 | 29°3 29°3 | 29:5 29°51-29°5 22:9 14 | 24-1 24-1] 2471 24-1 | 24:0 24:0 | 23°3 23°3 | 23°8 23°8 | 23°8 23-8 | 22°2 22:2 | 23:0 23:0 | 23:0 23°0 | 22:9 22°9 | 22:7 22°7 | 22°8 22°8) 24:1 20-4 15 | 20°8 20:9) 20-2 20°3) 19:2 19:2] 21:1 21°1 | 21:2 21°2 | 20-4 20-4 | 20°2 20°2 | 21:2 21:2 | 21-2 21:2} 21-2 21:2/ 21-1 21:1} 21:2 21°24 32:0 19-2 16 | 30°0 301 | 29°7 29-7 | 28:9 28-9 | 28°9 28°9| 31-7 31°7 | 28-0 28-0 | 28°6 28°6 | 27:1 27:1) 26:1 26:1] 26:0 26°0 | 27:0 26:0 | 25:2 25:29-33°8 25-0 | - V7 | 80°4 24°7 | 32-2 25:1 | 30°0 24:1 | 29°3 24:0 | 26°1 23-2 | 28°3 23°3 | 26°6 23:0 | 25:9 22:9 | 27:0 23°2| 27:8 24:9 | 27:1 24°9 | 27-6 24°61 32°2 25°5 18 | 30°8 30°8| 30°6 30°6 | 30°7 30°7| 31:2 31:2] 31°6 31°6| 31:0 31°0| 31:0 31°0 | 31:0 31:0} 30°8 30°8| 31:0 31:0 | 30°7 30°7'30°5 30:54323 30°5 19 | 32°3 32°3 | 32°4 32-4] 32°2 32:2) 32:3 32:3 | 82:2 32:2 32:0 32:0| 31°8 31°8|31°8 31°8) 31:3 31:3) 31:0 31:0 | 30:0 30°0 | 29°1 29°1]-32:4 26:0 20 | 27:4 27°4)27°5 27:5) 27°71 27-1 | 27-2 27-2) 27:3 273 | 27°38 27-3 | 27-3 27°38 | 27-7 27-7 | 28°0 28:0 | 28:0 28:0 | 28:4 28:4] 28°5 28:54 28°5 25:0 21 | 3071 26:1} 24:0 24:0 | 32:0 29-0 | 31:2 29-1 | 32:2 31°6 | 381°3 29-1 | 31°7 29°9| 30:7 27:7 | 31°8 30-1 | 29:0 27-0 | 30°6 27-5] 33-0 30°5]34:2 24:0 22 | 31:0 25:0] 31°4 24:1 | 32:0 24:3] 31°9 26:0} 32°0 28:0 | 32:8 23-9 | 31°6 23°0 | 29°8 21:9 | 30°8 22°9| 31:7 25:0 | 33°2 26°0 | 31°4 24:14 33°2 24:1) 23 | 25°3 25°4 | 26:0 26:0 | 26°1 26:1 | 26:1 26:1 | 26°6 26°6 | 26°6 26°6 | 26°9 26-9 | 26-9 26:9 | 27:0 27:0| 27:0 27:0 | 27:0 27:0) 26:9 26°9127:0 25:0 24 | 24:2 24:2 | 23°8 23°9 | 23°8 23°8 | 23°9 23-9 | 24-1 241 | 24-1 24-1 | 25:0 24°9 | 24:2 24:3) 25:7 25-7 | 268 26°8 | 27°7 27°7 | 27°8 27°84 27°8 23°8 25 | 25:0 25:0 | 24:2 24:2 | 22°3 22°3 | 22°3 22°3| 22:7 22°7 | 22:1 22:1 | 21:0 21:0} 20°4 20:4 | 20°0 20:0} 20°5 19:2] 20°7 19:1] 19°3 19:54 27:0 19°3 26 | 27:3 27:3] 28°6 28°6 | 29°8 29°8 | 29°9 29:9 | 30°7 30°7 | 380°6 30°7 | 30°9 30°9] 31:0 31:0) 31:2 31:2) 3817 31:7 | 82:0 32:0] 32:0 32:0] 325 27:2 27 | 261 26:1] 25:5 25°5 | 24°1 24:1 | 23°2 23:2] 22:2 22°2| 21:2 21:2) 21°4 21°4 | 21°9 21°9| 21°5 21°5 | 22:1 22°1 | 22°9 22:9 | 23-1 23°19 261 21-2) 28 | 22°3 22°3 | 22:1 22:1 | 21°7 21°8 | 21:9 21:9 | 21:8 -21°8 | 21:0 21:0 | 20°5 20°5 | 21:0 21°0} 21:0 21:0} 21:1 21:1 | 21°6 21°6 | 21:9 21:9] 33°3 20:5 | 29 | 29°3 29°2| 28-1 28°1| 25°8 25°8 | 27°1 27:1} 25:0 25:0 | 25:0 25-0 | 24:0 24-0 | 24:0 24:0 | 23:2 23-2 | 23°1 23:1 | 22°7 22°7 | 23:0 23:0]29°3 21:0 80 | 22°0 22:0 | 22:0 22:0 | 21:9 21°9 | 22:2 22:2) 22°8 22°8 | 22°8 22:8 | 23:0 23:0 | 23°3 23°3 | 23-0 23:0 | 24:0 24:0] 24:5 24°5 | 23°8 23°89 25:2 21:9} 31 | 23:1 23°1| 23:0 23°0 | 22°38 22°3 | 22:0 22°0 | 20°5 20°5 | 205 20°5 | 21:0 21:0} 21°8 21°8 | 22:2 22:1 | 238°1 23:0 | 23-9 23°9 | 24°5 24°5 | 24-9 205) MeEaN,| 26°4 25°9 | 26°3 25°8 | 264 25°8| 26°56 26°1 | 26°6 26°3 | 26-4 25°9 | 26:3 25°8 | 26:2 25°7 | 26:2 25-7 | 26:2 25-7 | 26:4 25:9 | 26°3 25:9 | 295 23°3 | 13 14 15 16 ea 18 19 20 21 22 23 | Miduight.] Mean. Dry. Wet.|Dry. Wet./Dry. Wet.|/Dry. Wet.|bry. Wet.|Dry. Wet. Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.JDry. Wet. 32°5 32°5 | 33°0 33:0 | 33°0 33:0 | 33°2 33:2 | 33-1 33:1] 33-4 33:4 31:9 31°9 | 30°4 30°4./ 30°3 303 | 29°8 29°8 | 29:0 29:0 | 28-2 28:2] 31:1 31:0 27°2 27°2| 26°8 26°8 | 26°7 26°7 | 26°9 26°9) 27-1 27:1 | 27°1 27°1 | 27:1 2771 | 28°0 28:0 | 28:4 28-4 | 28-9 28-9 | 29-0 29:0 | 28:2 28:2] 26°6 26°6 33°0 33:0 | 33°2 33°2 | 33°9 33°9 |33°9 33:9 | 32-2 32:2 | 32:0 32:0 | 30°9 30°9 | 30°8 30°8 | 30:0 30:0 | 3071 301 | 30°1 30°1 | 30°0 30:0] 32:0 32:0 31-1 31:1] 31°4 31°4| 80°7 30°6 | 30°9 30°9 | 31°3 31°3| 31:7 31°7 | 81:1 31:1 | 31°6 31°6 | 31-2 31°2 | 32-1 32°1 | 32:2 32:2 | 32°6 32:6] 30°8 30°83. 30°9 30°9'| 29°8 29°8 | 29:1 2971 | 29°9 29-9} 29:8 29'8 29:0 29:0 | 28:9 28°9 | 27-9 27:9 | 27:9 27-9 | 27-8 27°8 | 27°3 27:31 30°8 30:8 24/9 24°9 | 25:2 25:2 | 25:4 25:4 | 25:2 25:2'| 25:0 25:0 | 25:0 25:0 | 24:9 24:9 | 25:0 25:0 | 25:1 25:0 | 23:9 23:9 | 24:8 24°8125:3 25:3) 23°1 22°5 | 22°4 21-1 | 22°4 20°5 | 21:2 20°3] 20:4 20°5 | 20-4 19°3| 21°9 17:3 | 25:1 22°5 | 24-9 234 | 24-1 22:9] 20°7 20°1 | 23°2 22:3) ~ 22°3 22°3 | 25:0 25:0 | 27:0 27:0 | 28:2 28:2 | 29°3 29°3 | 29:4 29:4 | 29:9 29:9 | 29:4 29-4 | 28:1 28:1 | 29°5 29:5 | 30:1 301] 26'S 26°7 28°1 28°1 | 28°6 28°6 | 28:2 28:2 | 28:0 28:0] 26:7 26°7 | 28:2 28:2] 31:5 31:5 | 32:0 32:0 | 29:0 29:0 | 27:2 27-2 | 27-2 27:2|28:5 285 : 9) 23°0 22°1 | 23°7 23°7 | 23°5 23°4 | 22°3 22°3 | 20'1 20:1] 19:0 19:0) 18-9 18-9] 17:9 18:0) 17:0 17:0 | 17:7 17:7 | 22°6 22°6 18°9 18°9/ 18-4 18:4) 181 18:1] 17:8 17:8} 18:0 18:0 | 18:0 18:0} 17:3 17:°3| 17:9 17:9] 19°8 19:8; 18:9 18:9] 19°7 19°7]18:1 18-1 210 21:0} 19°38 19°8!19°3 19°3]19°3 19°3118:4 18°4/| 19°) 19:1] 19:1 19-1 | 19°3 19°3!19°8 19°8 | 20-2 20:2 | 21-1 21:1] 20-2 20:3 29°3 29°2)| 29:0 29-0 | 28°4 28-4 | 28-8 28°8 | 28°8 28°8 | 28°2 28-2 | 25:7 25°7 | 25:0 25:0 | 24:9 24:9 | 24:3 24°3 | 24°2 24:°2427°3 27:3 23°2 23°2 | 22'0 22:0 | 21-2 21:2 | 21:0 21:0 | 21-2 21:1 | 21°2 2171) 21:1 21:1 | 21:2 21:1 | 21-9 21:9 | 22-0 22:0 | 20:4 20°4422°4 22:4 15 | 21:3 21°3!21°7 21:7 | 21°8 21-9 | 21°6 21°6 | 23-1 23:1} 31:0 31:0 | 31°8 31°8 | 32:0 32-0 | 31-4 31:4] 31-2 31-2) 31-0 31-0 | 80°6 30:6] 24-1 24-1) 16 | 25:0 25:0 | 30°71 23:2] 32°1 26:0 | 32°9 26:0 | 33:8 26:2 | 30°5 23°0| 25:1 24:1 | 26:2 24:3 | 25°3 24°6 | 27:0 24:1 | 28:2 24-1 | 32:2 23°11 286 26:2) 17 | 25:5 24:0 | 27:4 24:4] 25°6 25°6 | 27-1 27:1 | 27-0 27:0) 27°6 27°2| 28:0 28:0 | 29:0 28-9 | 29°4 29-2} 30:3 30°3 | 30°7 30°7 | 30:9 30:9] 28°2 25:9) 18 |30°8 30°38) 31:1 31:1) 31°5 31°5 | 31°9 31-9] 32:1 32:1) 82:1 32:1 | 82:2 32:2 | 32:0 32:0| 32:0 32°0 | 32:2 32:2) 32:3 32:2 | 32°3 32:°3]31°4 314 19 | 28°3 28°3 | 28°3 28°3 | 28-1 28-1 | 27:0 27-0 | 27:0 27:0 | 26°6 26°6| 26:0 26:0 | 26:1 26:1 | 27:7 27°7 | 28-2 28-2 | 27°8 27-8 | 27°8 27:81 29°5 29°5 20 | 28:3 28°3| 28°0 28:0 | 28:0 28-0 | 28:0 28:0 | 27:8 27°8| 27:2 27:2 | 26:9 26°9 | 26:2 26:2} 26:0 26:0 | 26:3 26°3 | 25:0 25:1 | 25:1 25:1] 27:3 27:3 21 | 34:2 31-8 | 33-0 31-2) 33-6 32-8 | 32-9 [30-0] 32:0 28-2| 33:0 27-0 | 22:2 25:3 | 32:0 24:3 | 32-0 25-9 | 33-1 24:5 | 31-9 24-1] 32°0 26:0] 31°6 28-0 22 |31°6 24:1) 31°3 24°9 | 80-1 23-1 | 29:0 22:9 | 27:1 21:9] 27°8 22°6 | 29:0 23:1 | 25:1 23-1 | 24:3 231 | 29°3 23:1 | 25°5 23°4| 24-1 24°1429°7 23°90) 23 | 26°7 26°7 | 2671 26°1 | 26:0 26:0 | 25°4 25-4 | 25:8 25°7 | 25°6 25°6 | 25°7 25°7 | 26°1 26:1 | 26-0 26:0 | 2671 26-1 | 25-7 25:8 | 25:0 25:0} 26:2 26:2) 24 | 275 27°5| 27:1 2771) 27-0 27-0 | 27:0 27:0 | 27:0 27:0) 27°0 27:0 | 26:9 26:9 | 26:2 26:2 | 26°1 26:1 | 25:9 25:9 | 25-9 25:9 | 25°1 25:1} 25°8 25:8) 25 | 20°3 20:4 | 201 201 | 20°6 20°6 | 21:2 21-2 | 22:0 22:0| 22:2 22-2) 22°6 22°6| 241 24:1 | 24:3 24°3| 25:0 25:0 | 26°1 26:1 | 27-0 27:0] 22°3 22:2) 32°3 82:0 | 32°3 32°2 | 32°1 321 | 32°5 32°5| 30°7 31:5 | 30°5 30°5 | 30:3 30°3 | 29:0 29°0 | 28°7 28°7 | 28-2 28:2 | 27-2 27:2}30°5 305) 27 | 23°2 23°2| 23°9 23-9) 24-1 24-1 | 24-4 24-4 | 23-9 [23-9]| 25°] 25-1 | 24:2 24-2) 24:3 24:3] 24°1 24:1 | 23-2 23-2 | 22:2 222 | 22:2 22:2123°3 23°31) 28 | 22:0 22:0) 21:3 21:3 | 22°83 22°8 | 23°1 23-1 | 23-5 23°5 | 24-8 24:8 | 26-0 26-0 | 27-0 27-0 | 28-7 28:7 | 81:5 31:5 | 32:2 32:2) 33°3 33:1] 23:9 23:9) 29 | 22:8 22:8) 21:4 21°5| 21°8 21:8 | 22:0 22:0 | 21°5 21°5 | 21-2 21-2} 21°5 21°5 | 21:0 21:0] 211 21:1 | 21:2 21:2 | 21° 21°8| 21°5 21°56 | 23:3 23:3 80 | 240 24:0 | 24°38 24:3 | 24:8 24°8 | 25-2 252) 25-1 25°1| 25:0 25:0] 24-5 24:5 | 24-7 24-7 | 23°5 235 | 23:2 23-2) 23°3 23°3 | 23:9 23:9] 236 23°6 B81 | 24°7 246 | 24°9 24°9 | 24-9 24°9 | 24-2 24:2 | 24-0 24-0] 24°5 24:5] 23°7 23-7] 24-0 24-0 | 23:9 23-9 | 23°8 23°8 | 23-2 23-2) 23:0 23:04 232 232 w Ss 4 w Se to ia i bo ors a be CHOONID OP One os bo iw] No “I r= oo Ca) x iw] nw N& Onrre et ht oo iw] © . 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AGwe BoCOON N i i oo i) 1 } | =) Se) = |) 008) ots |-002) -008) -008} = f= = | - f= | = tonto ic Tele me Ol eee eee Gem leeeDsere | AS Oey = Alc, Pee ee pS ety Oe eee Oe eee ae 3 LON) ms a a ee) ce cee ee See fe Pte oe coe hag eat eae 11 | -002 | -028 | 044 | -051 | -058 | -022 | -020 | -018 | -020 | -025 | -018 | -027 | -052 | -030 | -105 | -028 | -036 | 018 | -142 | -067 | +110 | -047 | -087 | 013] 1-088 12 | -042 | -033 | -029 | -009 | -014 | -072 | 075 | -087 | -032 | -027 | -037 | -027 | -035 | -021 | 048 | 023 | 019 | 010} 012] 016 | 018 | -003| - | - | 0639. 13 | - | -009/ 007-008} -007} - |:003/ - | - | - | - | -023] -058 | -082] -068/-021/-010} -— |-013/-007/ - | — | -018|-002] 0-336. 14 = = eee S004) a= az PcOO4 = = = = = = = =: = = = - - |°002} 0-010 b}-}|-];-}]-]-]/-]-)] - |] - 7] - | - | = | 023] -025 | -027 | -013 | 013 | -010 | -003 | 008 | -005 | 009 | -017| 011] 0-164 16 | :009] = | = | - | — | — | -002].- | -001| -007| -012| — | -014/-009|-080;\-009) - | - | - | =| + | — | =)) = J ooom 17 — = ee a 3 = “%. - = & = a “0 = = = ee = 2 Le cx = ss = 18 - - - | - = = = = = = = = x ee = = ay = = = = = = oS =a 19 | — | -017 | 012 -028| -014| 015] -001] 012] - | - | 009] 017] -010 | -014 | -008 | 011 | -013 | -043 | -045 | -071 | 082 | 072] 071 | 061] 0-626. 20 | +076 | 073 | -067 -080 | -078 | -088 | -110 | -162 | -196 | -220 | -162 | -081 | -033 | -023 | -047 | -048 | 036 | -013 | -042 | 073 | -038 | 014 | -046 | 048] 1-854. 21 | -027 | -051 | 047 | -037 | -010 | -008 | -067| 013] - | - | - | - | - | - | - | - | - {{-010}[-020}[-0203[-020][-020]| -008 | 019] 0:37 22 | 015 | “017 | 046-073 | -068 | -059 | -053 [[-020}[-010]}, - | - | - | - | - | -~ | - | ~7- fF -)- 7-7) - | - | - | 0361) 23 | - | - | — | ~ [[-020][-020][[-020)/[-030][-040][-040][-020][-0109] - | - |f-020][-050]| 097 | 110 | -120 | -096 | 043 | -024 | 018 | 046] 0-824 24 | 006 | -027 | -009 | -019 | “010 | 045] -077 | “177 | “151 | 017) -007 | -038 | -037 | 009 | 008) -006 | - | -009| -050 | -030 | -018 | -016 | -033 | 032] 0-831 | 25 | -053 | -047 | -022 | -017 |[-030]| -028 | -043 | 015 | 009 | 010} - | -013] -015 | -026 | -024 | -086 | -037 | -040 | -046 | -088 | -055 | -060 | 112] 170] 1-046 26 | 106 | *102 | 119 | -138 | -066 | -053 | -054 | -043 | -055 | -030 | -012| -018 | -026 | -017 | -077 | -080 | -087 | -077 | -080 | +102 | -243 | +186 | -062 | 062] 1-897. 27 | -018 | -031 | -010 | -023 | -022 | -028 |[-020]|[-020]|[-040][-040][-020}| -018 | -017 || -020]{-030] -029 |[-030]] -017 | -020 | -007 | -018 | -611 | 009 | 010] 0-508 28 | -007 | 017 | -023 | -019 | -023 | -019 | -030 | -039 | -054 | +197 | -122'| -178 | -042 | *133'| -014 | 073 | 007 | -017 | 038 | -014 | -017 | -032| -006 | 004] 1-125 29 | -023/-015| - | - | - | - | - | - | - | — | -046] -018]} -034 |[-035]| -040 | -012 | -015 | -028,| 005 | 023] 014] -002| - | - } 0-310 SO et — OZ) 1007110071 | OLS O34 O42) O94 || mt A cl ee a ee ee 3L ] - | - | - | - | - | - | = | - | = | = | -020] -o19} -047 | -157 | -159 | -048 | 117 | 115 | 148 | 098 | -127 | -068 | -066 | 023} 1-206 Sum | 0°388| 0°485 0-435] 0-302] 0-448] 0508] 0°691| 0°601] 0-662] 0-708) 0-582! 0-523] 0-481| 6-605] 0-742! 0-634] 0-577] 0-568) 0-823] 0-748] 0-820) 0-574] 0-565] 0:526] 14-198 ° i ri RAINFALL. FEBRUARY 1891. 1 | 030 |-018| 014{-007} - | - | - | — | -022| -008| -027) 0134 -049| -020 | 022] -009| - | - | -013| -028] -040| -063 | 022-0381] 0-436' 2 | 076 | 050 | -158 | -058 | -107 | -087 | -113 | -110 | -113 | -038 | -162 | -025 | -107 | -062 | -352 | -088 | 293 | +112 | -312 | -253 | -389 | -166 | -260 | 158] 3644. 3 | 184 | -065 | -182 | +120 | -212 | -113 | -079 | -123 | -103 | -118 | -107 | 133 | -115 | -064 | -095 | -043| -009 | 004) 002] - | - | - | - | - | 1-871' 4 | - | - | - | - | = |-007) — | -010/ +006) -004) 009; - J.- | - | - | - | ~ | - | - | - | _ | — | =) 2 Spies 5 | - | - | = | = | = | -002] -012| 023 | -o19 | -082| 062 | -032 | -040 | -023 | -020 | -022| -045 | -037 | -036 | -040 | -043 | -027 | -046 | 034 6 | 050 | 078 | 081 | -017 | -015 | 019 | -028| -012| -o10/ - | - | - J] - | - | - | - | - | - | = | = | -005] -006 | -009 | -027 7 | 033 | 067 | 017 | 006} — | — | -019| -013| -012| -018 | -017 | -020] -019 | -003 | -010 | -017 | -039 | -033 | -020 | -013 | -016 | 039 | -049 | -072 B | sO18i PN ete cule Ol) ae | al ees et a eee le all» Satine =a Pa eC ta Oil ceseleees EDO SGOBIle- By en] et aeull eieee cel |, oe fe gee re eae 10 | -005 | -005 | -004 | -009 | -009 | -019 | -011 | -015 | -010 | -013 | -018 | -010 | -013 | -006 | -002 | -009 | -037 | -034 | -033 | -049 | -048 |[-200][-200]] +227 11 | 255 | +222 | -200 | +217 | +185 | -212 | -193 | -287 | -208 | -157 | -197 | -117 | -092 | -362 | -288 | -259| +105 | 037 | 064 | -016 | 029 | -009| 008} - 12) = Se] Sue a | | on )028 -019)|'-009'| — | — | = |) =. i) Seeieogzale00o) ie alee 4) ae =e ee 13 = = = s = = = = = - — |-006) 001} - — | :025} -045 | 028 | :016 | 013 | -016 | ‘012 | -010 | 023 14 | -034| -041 | -025 | -092 | -022 | -008 | -020| -o11/ 012) - | - | — ]-022| -014] 038] -030| -011| 008/008} - | - | - | - | - 1b.” | O18 | “O07 ONE GOH 00L S010) = alert oho a fc loos le eee al eat Saale)” Ses | 16 =) = SS Sot 6o5)|-098\|-016| 004 snk! = | = [=| 5 Ae TR ae el ra | 7 Seer |e ele ee ees tke es te ee | = - Wl 7S Pam em Pe he | ile Sa ae a pe | Pe ee ee ee eye Se ee | = TO: di fen Me Some ea ee ee) etl ee eel ce Sh eR em cee - @ 20 - al = = a = = = = = = = es = - = = = = = = = = = = 4 22} - | - | - | - | - | - ;'020| -029; -027 | -075 , -051 | +024} -025 | 100! -100/ 026/018; - | - | - | - | - | 015) = | O=0bm 23 - - = Lod = tad - - - - - - - - = - - — — = = = = = — uw Sar | il’ eg een een ee eral) eae | eee ee 24 5 fai 2 A ee eee - 25 = = = = a = = = “ = 2 = = ns s es = = = = = a | 26 a ees =) es WO en) (eel || eT ee ee Pa a OF | = | a Se Samy eee ee Sa ees ee Sa S| CS.) je ey 1 a Ve | - J 28 aes fi a Se al eae ae - | = |-006 |[-0209 -073 | -110 | -110 | -490 | 342 | 270] 029] 010} - | - | - | - | 1460] Sut | 0'703| 0'553) 0°635) 0°539) 0:54 0°529] 0°523) 0-661) 0'564| 0:533| 0-665) 0-400] 0'556) 0-764) 1-032| 1-018] 1-002 0-581] 0533] 0-422 0'586 | 0°522| 0-629) 0°58 15086 | f a @ FORT-WILLIAM OBSERVATORY. RAINFALL. INCHES FOR HouR ENDING— 265 JANUARY 1891. Mee ee oe) be) Ge) wah ae | eon) tor) ie) :12] 18! | 14°) 15") ae"| 17'| 18) 19°| 20 | an | 2B | 28. | BUS lammoue, meee ee) | | 2 | |e = Qe | 2a ARC DE es) Ses ER a ee es ee Pe i 2 | — | — |-001| -001| -007 | -028 | -o02| -002 oo SE EE ee PE ees ee ee en ed ee ee | | 20) ee ee | | a ey See Sea i | © 4-939] 081 |'-019|-o08/ 2 | — | - | = | —,)-conll o-098 api -001')-001 | 002-003 | -co1| 2 | © | 2 \-oon! 2) 2 Pfs yo} — |) [] | = f= | = | = | oot] -oorf 0-018 ee aie cali rad |) url eae Cama lea ime lessact) ey satel ot pT fe Sl geggo ce ee a a ee Se ae ee eel eae emer (en | | (| ene se) oe | See he |S ke) oo a) 2 fp ee eae eee a | = |) Ee eee a) i) - |=] = | = [eee ES er ere Set SS Oe ee ee ee Seas 11 | -003| -019 | -008 | -016 | -025 | -013 | -013 | 023] -012| 004] - | - |-019] -016| -024 | -034| -016 | -018 | -024 | -044 | -068 | -029| -018 | 002} 0-448 H) 22 | 002) 001) - | - | - | -026/ 048] -005 | -005 | 005 | 005) - | - | 006) -080| 008) 008) - | - | - | - | - | - | - | ongs Me) cor | -001 | -001 | -001 | -001 | -001 | -o01| oor | oor|-0n0 - | -} - | -|-|-|-]-]}-])=2]2 12) 21 = | ost ee | ae ela ti | =) | fone Se eee ee ee een Eee ile ahaa) oo Rte Beat ool Rae St. Pits | 17 = = = = Er M|| as = = hs = = = = = = = = = = = = = = = = eee et Pt Bl ae eh <0 Se ae a Pe ae 3 19 | — | -028| -011|-030| -017/ 014; - | - | - | - | - | - | — | — | — | = | = |-058] -ov9 | -108 | -o6o | -o81 | 102 | 117] 0-655 20 | -125 | -088 | -117 | -097 | 187 | -178 | -092 | -047 | -073 | -071 | -071| -014 | -006| - [-013}[-016][-010][-010}[-010}[-010]|[-010][-010][-010][-0109 1-275 } 21 |[-o1ojp-o10jf-o10jf-o10) - | - | - | - | - | ~ | — | = | - | — [po10)(-0109;-0103f-0253-0957(¢-030][-030)[-020}[-020][-020]] 0-240 22 L-o1otf 0104 aierione |" oot: & | aie Fe ones eee a ee eae iia ida i di 9 | - | — | — | — | -044| -070|-081) -058'| -oog| -051 | 012] -060} 022! - | -009|-004] -012! - | -019|-o10|-o01} - | - | -058} 0-519 a= | — | = | - | — | — | 090] -og6 t-ogojf-o80] - | - | - | - | - | - | - | - | -087|-012| — | -001| -009| 028] 0-438 % |-010|-010) - | — |-002/ -001| -001 | 004) -001}-001| - | — | — | -010| -031| -056] -097 | -039 | -043 | +121 | -068 | -051 | -098 | -088] 0-732 26 | -078| -059| -059 | 029/049) - | -017/ -023|-038}-o09/ - | - | - | — | -018]| -177| -059/ -o6s | -o6s | -195 | -059 | -066 | -059| 070} 1-200 | — | - | — | -059| -078| -o62| -193 | -019| -019| -o22| - | — | - | — |-022|-005|-o42| - | - | - | - | - | - | - | 0-461 28 | - | - | — | -005| -014| -021 | -032| -014| -041 | 058! - | -008} -08s| -031 | -013| -016| - |-009} - | - | -o02/-028) - | - | 0-380 een te | | | | | | Lo eb ogolaiz| -o4g | — 049 | 028] -020] - | - | - | - | 0-292 ee | ee |) Bt ee | = | =. | 003 | 002 | 02: 002"! 001) = | - FF 0-010 meee = | | — | — | — |-o49) = | - | = | =| 060] -037) cos} ‘= | — | 020) -019| -049/| -o21 | 013 | -015| - | -010] 0-391 | Sua | 0-242] 0-229) 0-208 0-250] 0-427/ 0-415 0-569) 0:296| 0-289) 0-312} 0-088| 0-142} 0-201] 0:278| 0-258} 0-352] 0-288) 0-306] 0-334) 0-573) 0°313| 0-302 0-317 0-405) 7-304 | RAINFALL. FEBRUARY 1891. 001 | -001|-001| - | - | -~ | — | --]-014] -002{ +001; -001| -o01| - | - | - | 012] -019|-027| -029/ 0-121 056 | -073 | -039 | 050] -057| -049; — | — | -019| -049] -054| -073| -080 | -058 | -106 | -075 | +108 | -051 | -037 | 070] 1-260 093 | -084 | -111 | -230 | -267 | -200 | -081 | 068] 059] — | - |-oo2|-oo4}-oo4| - | - | - | - | - | - | 1-521 eae ee = “lec03 | coy) eee ee eerie ee ho = Lo -908 -~ | - | - | — | — |-024) = | -002] -007 | -003 | -o08 | -001 | -011 | -010 | -004 | -005 | -009 | -o10 | -017 | 02] 0-213 029| - = = = e z e Ls & = 2 = = = - - = - 0°106 — | -001| -001|-o01] 001] - | - | — | - | - | — | — |-o19| -o19| -010/ -o10| -o19 | -059 | -059| -o12] 0-211 “002! 001) — = es = es = = 3 ei s = = = = ~ — | 002} -001} 0-009 001| ~ 2 z = ss Ne = = = . Ba = = = = - - - - 0-007 002 | 002] — = a = fi 2 pe eZ = 2 = — | 010 | :029 | 156} °195 | 084) 116] 0:594 161 | 100 | -116 | -179 | -110 | -o80| -016 | -038 | -052 | -201 | -292 | -100 | -o02 007 | 002 | «008 | - - | 2801 area ee a eee ofgiee aloe =) | | Sl oor ES ge eee eis eee 2s || 02 ee 009 | -o02 | -001 | -006 | -o08 | -004 | -002| -008] 0-040 008! — = a = x = s s a iz = = = = = = f= - 0-046 = = 002 | :004 - - = = = = = pall) = =| = oe 0:018 = |Cor = ib = = = S e Shy) eS ba = Sil ae - - 0-002 SmOO Le eet | =] | a ea es a eee ee ee 1 lO OO ba ee ee | a eo Wee = | |] foul 2 Weomon 001 | 002} 001} 001! - = = = = £ 2 = = x = = = = eS = 0-007 - | = | ~ | = | -002| -034 | -054 | -027| -080 | -108| -038| -020/-004) - | - | - | - | - | - | - | 0:317 RE eee es] ees lee ee | fl ae io if A Iya es 043 | 060} -109 | 109 | -191 | 191 | 024 -094|-010| - | - | — |-002] 0-903 | Sum | 0-147| 0:320| 0-251) 0-337, 0-344) 0-265) 0-271) 0-463) 0-444] 0-392] 0-194] 0-195] 0-290| 0-472 0-584! 0-388) 0-242 0-187] 0-148 0-127] 0-320) 0-338) 0:229| 0-240 7-188 ROY. SOC. TRANS. EDIN.—VOL. XL. 2M 266 BEN NEVIS OBSERVATORY. RAINFALL. INCHES FoR HouR ENDING— MARCH 1891. 1/2|s|4 ]5] 6] 7) 8 | 9 | 10] 12) 12) a8 | a4 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 98 | ES Amount 1 | - | -001 | -050 | -o42 | 152) -070 |.-083 | -010 | -012/ -011 | -006 | -008 | -001 | -072 | -042 | -128 | -159 | -063 | -131 | -106 | -136 | 140] 170] 213] 1-756 | 2 | -042 | -062 | -058 | 068 | -047 | -067 | -026 | -033 | -016 | -025 | -051 | -026 | -060 | 055] -062| - | - | - | - | - | — | +050] 046] -042] 0-831. | 3 | -059 | -045 | -059 | -030 | -049| -042| -054) - | - | - | - | — |-orojf-o50y} - | - | - | - | - | — [[-020][-020)| -039| -049] 0-596 4 | -038 | -065 | -115 | -080 | 124) -050 | 012 | -023 | -027 | -056 | -068 | -119 | -062| -130 | -098 | -411 | -197 | -028 | -029 | -040 | -089 | -050 -050| -059] 2-019 | 5 | -080 | -060 | -058 | -063 | 140 | 108 | -084 | -159 | -105 | 162 | -100 | -111 | -114| -066 | -064 | -068 | -065 | -184 | “171 | -165 | 160 | -190 | -120| 088] 2-685 | 6 | -064 | -070 | -065 | -089 | -07 | -040| -124 | -115 | -087| -053| -027 | -o14| - | - |--025 | -047|-023| -o04) - | - -050 | -002 | 023] 0-999 7 1-865) -085|-001)-070| = |-003) - | =| — | — jh | fe) 2 | - | -) = | = 18 de ese ly Saeeeed ees 8 = = = = = = = = = = = = = = - zs Ss x = = = a 18 = a _ — - = —- _ _ -_ — 5 x <= = = = = = = = — Fé) a =— nS foal Wh ay se ei AEN ae ate te) r= a Se SU = Sa — |= ae a PT an ee es | ee |e e ea i en Sere re Seis | lb eck Se NS -— | 006} 0043 | 21 — |:016} - Si == -|- = Shes p=} =] = | os) = = ha - - | = | 0°039 92 = | on — - = - = ~ = = oa = = = os = = = pak = — = = om — ee} - - - = = = = = = = - - - - - - - - - ~ - - = = = | 24) =] a pe ta Pe de fe fe ee at a = P= See Si Se = Pa i ee Wildes fe Wt et cer eden cri ee Va rs te hc RS aie coe = = 7 26 = - - - - ~ ai = = Z = = x z x 3 = = 2 = = 27 ee re ee ee ee eee ee ee - |-005|-002| - | - | - | - | — | - | =") e0RIS | 28 | 030 | 042 | -037 | -012 | 052 | -012 | -048 | 010 | -019 -027 | -013 | -037 | -006 | -007 | -028 | -026 | 026 | -003 | 005] 001) vil} - | - | = | 0 } 299 |} - | - | = |°017/°002} - | - | - | = | - | - | - | - | ~ | — | -006) - | -006} -007 | 10) -037 | 037 | 009!) "017mm 30 | | 038 | -028 | 004 | *017 | ‘O11 | 017 | 018, -087/-017| - | - | - | - | - | - | - | - | -007/| -023] -047 | -002} 0289) 02m | | | Suar |0:050 (0°122 0-208 (0262 0158 |0-110 |0-285 |0-060 0-082 0-167 \0-132 |0-047 0-017 0-027 |0-119 |0-078 |0-059 |0-043 |0-034 |0-043 |0-126 |0-128 |0-041 0-097 | 2490) | | | | RAINFALL. i i) oo if Ss = = 2 s = = 3) eg - - 4. £ = = 5 2 = = 6 3 = = fi = = = 8 a = = 9 = = 3 10 - - - | 13 = - - 14 - - - 15 - - = 16 - - - 17 = = - 18 - - = 19 - - - 21 - - - 23 - - - 24 - - - 25 - = = 26 - - - 27 = = = 28 - - - 29 - - - 30 - - = 31 - - - Sum] - = = RAINFALL. 1 3 3 = Se BY = = = 4 5 = = 5 5 = - 6 a = = q 7 = = = 8 Ss a = 9 = = = 0 3 = a a = _ = 50) r a C me) - | - | - bi} -/|-| - 16 - - - 7 - - - 18 - - - d = ms 3 20 Ss = = is LV bial oaJUC STORIE cults T Te 1H UitiasL Tis St Walt Vejet h fil el! see is 74s 970 Te OY Vir TAP) Psi Ti ed Fist Dee] at Tht at Hi ET ta ae TS YE OU Time sec (Eis Tie hceatMty fice Wee posal Manly Cara’ Hci H safe tet ee ee ee ee eee ele eee leet we Th) ls ale il ts ee te Me ti (ate ie (th lb ml AP TRE a Ite Mi tiaellTivet fied lie Matt abt ls fo we to [Welt [nd laee thie Beh” TERT STE VI met See Nie (hir beat Ad Te at [he Tees Tbe BAP Dh Ue Tie ted oe hed We tLe (Pie al Mf Toy Gia TTS eB Tito (mes Pr Sa Sit “I Ligeti at OU SBE SSRI beam ieee (ie Timea EE RT| shay ccteuthe eT lke A eethe The ald] JPA TES OP ce UU OS aS Sip ouly testi oly Mle ale vip) ius koe co GIS? LU Vee Li | ey fe | eT OT head lhe f FORT-WILLIAM OBSERVATORY. INCHES FOR 24 Hours ENDING AT 22), 267 MARCH 1891. 9 | 10 | 11 | 12] 13 | 14 | 15 | 16 | 7 | 18 | 19 | 20] 21 | 22 | 23 [MIC Ia mount,} ght. apa a era me hc ale eel els eel te oy |) oss coo hcl als ota eee Peery 2 pS ie Fle lo yes. ha jo lis uils Sileoong ne abe ile ale ccs imate (+2 1 | Ch lose Me ee eee ee | S| SO iors ef er SY ae a) i Ml Oa Mae nd | Sen ee ei he fe 2 | od I Peoeare ee cet eh | | od aay Fe eae ea 0 SE en mn aa ea Es lie Se cle ale aly See Se Ny cols cols 2. obs oe gepgayll a een ee ee oni SE Ra ee kee | ce oOo T | i OPE ech hc OS Se oe eT - | o-o19 ee Se ee eee MSD | Sl gaggy Dye eee | ee ee PE heh SS DP gene ie Seen eh CE RE ee | > 1S We opus SE ee ee ieee le Wee Nee VE eee 2 |S Beopas = I Se coy 2h ome eal gyal eel 1) 2 IP oaes Sa en NS Sal) ile 2 le eu Saesle ath oe |, So) hs lite oxggo Sl) Ne) eh oe Weta toe SI She ih ose Sat es eRe le ce |) collate Pe WET |) Oo De ee aae ESS ee | | eh ee ee I Seis cone = tee ee et 4 incor Pd teed PS, eo | a ulh ad pe coll aegge APRIL 1891. = — | = — = — —_ — — — —_ — —_ — — — —_ Ses ee yi | Fo aR Se ee Sue o-coge Cl ee Lo ee Se el oh CO al Se oies: | eee ol i ee eS o-os See Pe eee eee ee St Ss ee ome | =) ee eat a Kel = a a lh = oso = | ee | eh ee saa tS Soon =f | oy ee eee ec eS pee oy) Tole oe Seon = | eeeret| SSS |) = | 2). el eieore Se ae ere als Sh = Nh oS Clee Agen 7 2 ae . =) =o |) elles 268 BEN NEVIS OBSERVATORY. RAINFALL. INCHES FoR Hour ENDING— MAY 1891. ro Se ede WB Ghale 7 Hlieee eo al ato 144 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 98 | Mitta noone | night. 1 | -006 | -108 | -020 | 170 | -053 | -270 | -078 | -139 | -118 | -152 010 | -053 | 043 | -019 | -043 | 030 -028| -048 | 080 -058| -050} 1899 2 | -040 | -052 | -062 | -060 | -041 | 072 | -039 | -042 | -O14 | -032 ‘070 | — | -008| -025 | -028| -013 -026| 022] -009 -009| 009] 0-745 3 |-002| - | - | - |-009| -010| -011| 024) -010 | -007 -002 | 053) 008/ - | +054| +101 -017| 008] -008| -003| - | 0-332 4 2 = = = — = = = = 2 = = = = ~ S| ee. = = = = = 5 as es 2 = = = = = = = 2 = ae 4 z = = Ei = = = ae 6 er ti a | Seem leee |) Se |i cel erell s eee et eee eee Me) | K 2 eo Seal Sei eran een) Sl eS ee - | ~ | = | = | = |-002}-040] — | -003|-004|-001] 0-052 B (G05 -ORN 2. iOOL ee as ira: [Pec heal —- | |=) 2) 2) Se) So) Sees eee ee tee 9 = = = = = = = x = = = & = = = = = 3 = = es s 7PM Vi | eae | bye ea ie | a Ean Se ~ | = f Sule SE = fee ee 2 th, |) Sal Be ss ok De ies | cS Te I Si oy OM a a | = 12 Ee de Se ee PE Shee CE SN Pel ce SE, cc ES eR ee a |_| — | — |-007| = | -o11| -017 | 017 | 018} -o26 | -119 | 136] 101 | 038 | 020-005} = | = | = | = | 2 | = | SS aa 14) - | — | — | +017] -009| -010| -009 | -018 | -029 | -025 | -058 | -040 | -190 | -065 | -032 | 018] -030) - | — | -068| -066| -024| 043 | -035] 0-786 15 | -034| -060 | -061 | -113 | -041 | -040 | -023 | 024 | -018 | -015 | -067 | -063 | -036 | 033 | 011 | -056| -019| -011 | 009 | 001} - | - | — | — | 0-735 1 Seale = - | = | — |-003|-008|-o03] - | - | - | —- |-001] -001|-002/-003/ - | - | = |-030] o-o5T 17 |-020|-o11}-008) - | - | - |-o02} - | - | - |-oo2] - | - | - | - | - | = | -021).-032 | -036 | -047 |[-015}[-015]] - | 0-209 |e }ehe | = | 2] a) = | 2 Se Ba eS] = fos! { | 009) s0x0)|-008') 2) =) = iS 00sec eee 19 | - | —- | - | - | — |-012|+010|-010} 009} - | - | - | - | 001] 011 | -002| -048 | -016 | -001 | -009 001 = | - | o-80 20°| - Sy a ee ee ee ae oe ee oS onc ee NuiCos| = 6 = | Dare Sete ie = | Se th SR a ae hee I Seat te ete ee ee a om ieee Sel |) 2 | =] = | | Sl Sees 2p] fe eel 2 Sopa: Sil es coos een rs Co een eee (ee a eee (ee ee ee ee ea ey Ren Ulm ee eR | em Mee | = | Sls | es | Sot = | Slee Ses) =P = | -0091--009)| 018 9) i) Mee El ee | ail 2) 2] S| Se Se bh SS oops econ <0997 = fo he ae ees ee 24 | - | - | - | - | = | = | -001 | 002! -003 | -001 | -003 | 004 | -001 | -002 | -032 | -025 | -010 | -021 | -088 | -087 | 028 | -019| 016] - | 0-341 97 |-004|-006| -— | -009| -012| -016 | -022 -047 | 013 | -009 | -082 | -006 | +106 | -038 | -083 | -018 | 008 | -053 | 005 | -007 | -017 | -032| 001) -— | 0-594 93 | = | - | = | - | = | -087|-013| — | -010| -058 | -013 | 002} -009 | -010 | -007| -003 | 003] 002) = | = | = | =*) = 0-167 99 | _ | —- | - | - | - | - | - | +001] -003| -002| -001 | 001] - | -009] — | -001| -012| -011 | 067 | -011 | 010| -006| - | +030] 0-165 So 2 \ooa| = | = | = | =| = Wee Wee eS Pe Ss bs |= lso0a-o06) Sea) Sala a ae Sane ie (ene Wi ne ee ee al se ee ee a em ee CEST MEE ee ce |) 3 Sum [0°109 0-243 10-151 0379 |0°165 [0-478 [0-225 |0°324 [0-245 0-332 |0-463 (0°385 [0-541 378 0317 |0:221 |0-180 |0-261 0-468 [0-333 |0-278 0-220 0-149 0-160] 7-005 | | 1 RAINFALL. JUNE 1891. ] ES = = = Z Es & = = = = = “ = & = S os = = 5) = = = = = 4 = 2 = = = = = = pe = 2 = = = = = 3 ES 2 = = = = = = a 2 & = = 3 = = 3 Zs = = ES 2 4 = es = BS s Es = Z = = =, zs = e i: 3 = = = Ss = 2 5 2 ES = = = = = = 4 2 = * 2 = = 2 = = = = = é 6 = = = < = a = = i = = » =, = = = = = & = = 7/ = = = — = = = = = = = = = = = = = = = = = 8 x = = - - = - - = = — = tee = - = = - = = = 9 = = = = = = = = = = = - ete = = = = = = - = 10, - = = = = = = = = | = = = = = = = = = = = = = ll 2 = se a = an ss = = = Ls * = 2 = = = = & Le E 12 = = = = = at ee = = = = = = = = = = = = = = = 13 - - - = = -— | -— | 1046} -001/:008] - | -011 ‘010 | ‘051 | 112 | -038 | :022 | :031 | 042 | -066 | -037] 0:504 14 012 | :018 | :026 | 031 | :030 | -016 | 011} -001| —- 014} - | -022 001) - = 002 | 008 | :009| — 005 | 004] 0°220 15 | 009 | :004 | :009 | :047 | ‘087 | -U81 | :056 | -048 | -068 | :037 | 115 | :097 054 | 016 | 024 | :028 | :054 | -056 | -030 |] :006 | 007} 1:151 16 | :009) - — |:006) - - 005} - 015 | :006 | :016 | :002 007| - ool| - 004 | 018 | 031 | *055 | 083] 0281 17 | 054 | 046 | 045 | 053 | -011 | ‘012 -020 | -021 | -021 | -028 | -038 | -050 053 | ‘027 | ‘030 | ‘056 | 083 | 105 | 074 | 063 | 071] 1:093 18 | :030 | -044 | 050 | :036 | 033 | -051 044 | *108 | 0380 | -018 | :049 | 078 040 | ‘088 | :021 } ‘032 | :031 | -019 | 018] :014| 011} 1138 19 | :012| :011 | 009 | -010| ‘001 | 001 :002) - - - - - - - - - - - - - - 0:046 20 | - = = = = > = = = = = = - = = = = = = = = = PAN |p = = = = = = = = = = = = = = = = = = = = = = 22 | = = = = ee a = — ce = = = = = = = = = = = ca = ten ae a = = = a3 = oat = = = a = = = = = z & = = = 24 - = = a = = = = = = = = = = = = = = = = = a 25 = = = = = = ~ alte = = = = = = a = =. = = = = = 26 = - - - = |= - = |.= - — | 041 ‘080 | 107 | ‘038 | :011 | 009 | 008 | ‘008 | ‘008 | 0044 1:02: 27 | :003 | 021 | :062 | 047 | 020/016 -008) - ~ - - - 002} - = = = - - - - 0183 28 = = Jit a = = = - io — | 013 018] 039) - | 002) —- - - - - 018 Di lo aa SS = = rs = = = = = ‘030 | ‘074 | 129 | :033 | :019 | 020 ‘007 | :003| — 0:32 pegs "004 | 047 | 082 | 080 | ‘008 | ‘011 014 | 033 | ‘042 | ‘007 | 038 | 047 140 | 149 | 086 | :012 | :092 | :033 | ‘011 | ‘007 | 080] 1°352 | | | Sum |0°133 07191 (0283 \0°310 /0'190 0188 0°160 |0°257 0°177 \0°118 |0:256 |0°361 0: : 0°435 |0°551 0:441 0°214 0:322 0:299 |0°221 (0°227 |0°197 i FORT-WILLIAM OBSERVATORY. 269 RAINFALL. INcHES FOR Hour ENDING— MAY 1891. me) 404 5 | 6) G7 ea eoml olan |) 120/43 | a4} 15" \ Te’) 17°) 18 20 23. | Mid’ [amount to) 1 _|[-030}|[-030][-030][-030][-030}|[-030}|[-030]|[-030])[-030]|[-030]|[-030][-040][-050}) -093 | -037 | -015 | -005 | -017 018 -040 | 033] 0:738 2 |-082 | -090 | -098 | -097 | -022'| -003 TOOL = H = Ht = ui = It = self cand ee - - | = | 0-415 mee = | — | - | — | -018| 006) -016 | -013|-006| = | - | = | - | - | = | = | = - — | 001] 0-075 a | S aor on) SSS Et xo) 29) Sy) = = | Sse Se) ile - — | - | 0-004 5 es 3 a = = 2 Re = 2 Fs ” 3 = a = = e = = Ps = _ eee = |) = 001 | 001) 001) = = |) = |) = | *001'} 001} “001 | 001-001} — | = - = | — | 0-008 Ee aot | Le ne er pe Poe | oo te = 001)! - | 0:003 8 oe = = = £ - = = A a a = _ & = its & £ a = = 2 Pe eeeess | ee | | | a eee Ne ea lea ee = = | = = ee = ta | ef Re Se ey = S/S eee) eh ae - =e = 4 = | = fo SPS SS eae ers Se =| 2 ]2e]e 2) Ss] =] - == = 1 = = eer “= = i = = an s =< = is = = = ae = a ~ ~, =. 13 {[-003]|[-003}\[-003]|[-003]|[-003}|[-003] [-003][-003][-003]|[-004]) - | :040]-015} - | - | - | - | = - 001 | 001} 0089 ee = = 002M O05i)-OL2)1-002)) 198)) 022) 020) = |) = = 030 028 | O11] 0:341 15 | 009 | -055 | -014 | -049 | 065 | -018 | -030 | 025 | -001 | -002 | 013) 007} - |-019) 002) - = = - - - 0-310 eee ee Si ft Le he |) Ph eo a -006 = | = |} My ee OO COON =e |) = |) <001 001 |)-001-000 | eamieaniies |= |= = | = |) = -009 — | — | 0-049 eee =) | 001) 001 ||-001 | -001 | -001 |-001) = | = i) = ff = | — | -002) = |\-001) = = - | = | 0-009 ee eee) = | gon TS sl es ee ee Sa he Pe pee 008 = | = || Com eee es. eee ee ee a ly 2p ate ¢ = | = || Ow i = = as _ at AF = pas = es = = = = = =, = — a, = — = 92 a bs A & a a3 ES sz £ 2 i i rae | & = a — = = = | 2 Sa Sas aR RR et ee ee i a a ee ee ( E SW a OHO! ce he foe WS a ise eet eS || ee ees | eens (em ee = -|- = eee es S| Sel a a eaves tl il eer = - | - - pa) = | - = | = | = jams ino} cos | = |) = | = |=] 2 =e} ee] = 005 = | = || Wore 27 | - | -— | - | — | +010] 010 | -020} 023 | :015 | -007 | 002 | -001 | -001 | -005 | -023 | -060 | 003 | -014 = - | = | 0233 28 | - | - | - | - | = | :003! +020} - | -009 | 031 | 006") 001} -001 | -001 | 001} -001)/ -— | — - - | - | 0-074 i | — = Se So | SS SR RS ora cose) 015 = | = || @100) eee = | 002)) 001) = | = | a) jee ye | a | Se Pe = - | - | 0-003 ei | — | = | - at Se Sl aa |e = || SY ee See Se ie - | - = Sum |0-124 0179 |0-148 |0:181 0-132 [0084 0°143 0-128 0-080 (0-086 [0-063 0-092{0-196 |0-141 |0-086 |0-077 |0-014 0-064 0-091 0-070 0-046] 2°550 RAINFALL, JUNE 1891. my | - | - |-- Lae Te tee lS = || 2) a i - Sie eet. | ge 2 = = = = | - = = 2 = = = s = = = = a = - - = 3 = = <= = = = re, = Las = = = = Low = ae — a — a ot Meee | | del a a =|. Ee aa a peace) |e Balpte 5 ieee | |) | te) eee) | Pe é Saas » 6 S&S = = = =a = = eS = = ae = i = ms = = = po = = = 7 = = = e 2 x = = Ets a= 7 = s+ s a ce" = = = — — = 8 = as ze -— = = = = = = = = x = = = = as — = — 9 = = = = 2 = = = 2 = 2 a = = = = = = - - = | 10 x a = 2 = = e = z 2 2 = 2 a < = = - - - me |) —- | - | =| - ea > = = Sa Oh |) eee eam ane leew ce - Se = = 12 = “ = & = |p eis | a +. a. = = s a £ p= = = ea = = = : a 2 = = = 2 — |-009|-001| - & 3 = = = Ss = = = 001 | - 0:020 1% | — | — | -003| -036 | -061 | -080 | -025 | -020 | -o30 | -015 | -015 | -007 | -011 | -027 | -013 | 012-003) — E 2), = 9) "0-358 P16 = = = = Bs za = —~ 1-005] —- = a - = = = = eS = 007 | 010] 0°024 ) 17 | 016) -005 | 023] -017} - | — | -024| -010/-+015|-018) - | - } - | -027/ -020| -028] -020/ -030 077 015 | 018] 0:521 | 18 | 017 | 022 | -028 | 028 | -012 | 025 | -045 | -085 | 013 | :002| 010} -034] -076| -009| 016) - | - | - 010 003) -— } 0-443 mg) -005| — | — | -006/-001/ - |:002/ - | - = | = = ee 4 = 2a) ese a = =) = | Wxeret | 20 x a = = ze = i = = ne ay. = ps ae i = as c= =— - - a rma ese ieee ke cy | Uae ee re Wi tk Pe = - | - - a Ee Se eee ee i ee eae ||) aye = - | - . 23 =, SS ee a lee ee en eee |) Selly eal ee Si = =a = 4 = | 2] 22 ee eS en en meee || SS al ee = -|- - 95 3 m2 2 iss ry oe = pi = es = rs fa a = as = = =| - - mee} - | - | -;-/-) - | - | -. | - | - | = | = | -262) -118] -020 | -022 | -078 | -030 = - | 0530 se OA SO oe) =) ee = i = || cil So) SoS eS - =i = |) Walkty meee; - | -|-|-|]-}]-] - | - | - | - | - | = | 028} +022) -020)-027; - | - a ‘001 | 001} 0-094 $29 }oo1j) - | - | ~} - | - | - | - | = | - | = J = J-001 | -002 | -o02 | -006 | -028 | -142 = — | =] 0-218 30 | — | 004) -030/ +072} - | - |:011) -096|-101] - | —- | 020] -026 | -042 | -060 | -062 | -028 | -057 = - | 015} 0-624 | Svar [0-039 |0:031 0-158 0:263 0-086 |0-105 |0-107 |0-220 [0-165 0-03 [0-025 0-061 [0-399 0-247 0-151 0157 |0-157 [0-259 0:087 0:027 '0:044] 3-036 270 BEN NEVIS OBSERVATORY. RAINFALL. INCHES FOR HouR ENDING— JULY 1891. ® | | | | 4 ’ Te Cee RE eh Ga |e Pee otal) | 16) iter || ay |) aS || WS) |) BG) Vil |) Oe | ae | Mid- Amount, | night, 1 | -009 | -o82 | -o28 | -196 | -068 | -o10 | -o10 | -047 | -067 | -016 | « — | =) soleee } a) heed ea me ee i ee Cen en amma | ed | eee i 006 | - | -022 | -011 | 012 | -039 | -005 | 042 | 066 | 100} 0-414 | 3 | -003 | 009 | 029 | -066 | -010 | 015 | 011 | ‘005/001 - |° a ee eel Ne = | |. Geige: A S074 022)\-016)| *102)!)-031) 0038) — | — | -058 | 062) +011 | -020/-010|-010} - | ~ | 0-432 aa See eS se Se Se 9S lie 001} 025] - | -006} -005 | -020 | -018 | -020} 024] 0544 O-188 | 6 | -038 | -100 | -023 | -076 | 026 | 047 | -006 | -003 ; 019-020 | — | -010 | -055 | +136 | -188 | -073 | -013 | -020| -032| 033} 0-918 | 7 |-008| — |-015] 010} -010] -010| -002} - | -025 -140]-: 01).— | = | — 1) Bg Sa 8 | 002) -106 | +130 | 060 | 089 | 073 | :060 | 131 | 102 055 ‘025 | 028 | 072 | 055 | 029 | 020} 018 - | - | — | 1-166 | 9 S = = = = = = = - - = = = = = = = = = E = 101 1] wll) en ea ga eae i so ae Pah =f = =) Sis y= | = a = 11 S| e= Sa Soe Si Sie = - | - | - | — | = | -022| -010| -010| 009) -013} 0-064 12 | +008 | -010 , 027 | 004! -007] - = | = = ‘010 | 032 | -063 | 018 | 017 ) -020 | -050 | -003 “008 | “005 0-282 | 13 | -013 | -013 | 019 | 031 | 037 | -011 | 011 | 016 | 019 -003 = foe |e tose beat) 1 See ee 1 il) | |) lal ee a eee = | = Sos weeps) || = |) = ae TG es a(t eee eee) ee Spe = fc] = eal Stel =ae) (SS = ia | = | s | ss | = | = olor) = cole - | - | = | - | - | 010] +045} - | -001) - | 0-103 f 17 — | +001 | -034 | -061 | 080} 074 | 085 | 129 +137 ONY OMO}|| Cons! | OO] Ss | 2 js | = | = | = 1-065 18 | ely Sea a SH) |) Se SSS a f=} ay ay= | = | = 339 | TIC |e ee eh ee Pe eee eee ln poe = ~ - = | = | = J) = | = + <090)) = fi 10-090 99 | — | -021 | 009 | -008 | :063 | -073 | 022 | 045 | 0538-132 ‘010 | 010 | -001 | 044 | 013 | 037 -010| -001 | -020| 033} 0-920 | 21 | -047 :037 | -013 | 010 | 023 | :003 | -013 | -048 | 088 -010 J 0:798 oo esa) = 8 | = oni |)r028 0671) “078 }-00n 045 | -024| -008 | -010 | -015 | -008 -010 | -001 | -010 | 015} 0-360 | 23 |-013 -010}-010 | 009} -010] -001} 001} - | - - | - \= 4 =) — 1 —.| 2 | oe eee Gaon ee 24 | -010 -010 | -020 | -035 | 030 | -011| 002) - | -002, 009 | -008 | -024 | -038 | -099 | 038 -022 | -020 | 020} -018] 0-418 | 95 | 033-021 | -010 | 087 | ‘012! :009| 007! —- 006 — | :015 | :031 | :001 | 002] -010 -010} - | 012} - 0:218 26 | -009 | -004| -008 | 002 | 001 | -002 | 022 | 030 | 032 | -055 004] — — | 002} -021} :035 -031 | -035 | 064) -038} 0:483 | 97 | 156 :067 | 008 | 032 | ‘010 | 040} - = 032 | :025 - - - - — |:001; - |:002; - = 0°373 | 28 SF a0 = = = — |°015}-°011):001} — ‘009 | - - - 004} :001 —- - = = 0-060 29 — | +005 | -011 | :025 | -010 | -003 | 020 | -037 | 019 012) —- 034 | 021) :012; —- - - = 0:289 30 011 | -020 | 020 | :043 | -020 | 021 | “016 | -008 | -002 | -004 31 - | - - - - - - - Sum }0°360 0°47 0°375 |0°664 |0°519 |0:439 |0°321 |0-635 |0°803 |0°640 oth 0°165 0°310 0-442 [0-397 |0-417 0-428 |0-354 0-247 \0°164 |0'356 [0:329 10°531 RAINFALL. AUGUST 1891. | 1/-]|-|{|-|-]|- { -.| -.| -_|-010] - | -030| -o19 | -025 | -042 | 023 | -006|-009| - | - | -032| -038 | 013) -001)-002] 0-245 8 2 |-001| - | - | - | -008| -025| -075 | -013| -009| -065| - | -014] -038| -023| -012) - | -026|-037/-009| - | - | - | - | — | o-g554 3{-|-|{]-]-]-]-]|-] - | - | - | — | — |-113] -020] -030| -034 | -o19 | -209 | -085 | -025 | -039 | -o08 | -010| 0521 0-644. 4. | 106 | -215 | -328|'-470| -018 | 010) -008 | 010 = | oor) — | — | = | - | — | = | =) | = 3) 2 le B | s— | 009! 002-093 | = 010002) = =) | = | — Jo | = |S | Sa Sa ie ee 6/-}-}]-}-]/-]-]-|]-]/-]-]-]|-]- |= ]- |=) =| =] - 1] =) - 1 = | = ))coteo gee 7 | -018 | -020 | -015 | -031 | -040 | -078 | -123 | -160 | -130 | -110 | -145 | -098 | -083 | -050 | -021 | -015 | -020 | -018 | -019 | -021 | -010 | -015 | 038 | -071] 1-349 8 | -070 | -040 |[-020]| -019 | -111 | -131 | -035 | -033 | -070 | -084 | -044 | -042 | -026 | -105 | -029 | -049 | -020 | -021 | -026 | -028 | 063 | -034 | 014] 009] 1-073 9 | -016 | -009| -010 | -020| 020] -028|-010/ - | - | - | - | - ] - | - 016 | -059 | +100 | -036 | -005 | -007 | -029 | 061 | -020| -008] 0-454 | Slee - | - | - | = | = |+005)| *or0} Srna i Oo [-009]| -005 | -007 | 009] -009|-004) - | - | - | - | ~| -] - ] ~ 11 | -046 | -007 | -029 | -014 | -036 | -019 | -038 | -038 | -043 | -033 | -047 | 029] -029| -026 | -005|-005] - | - | —- . 12 | -039 | -285 | -070 | -027 | -080 | -131 | -169 | -079 | -067 | 103 | +102 | -057 | -058 | -017 | -002 | -007 | -019 | -084 | -069 | -048 | -025 | 012 | -019| 020] 1-589 13 | -090 | -018 | -022 | -178 | -022 | -020 | -023 | -021 | -028 | 010 | -010| -004] 003) - | - | - | - = | =| eon — | -008 | -011 | -023 | -025 | -017 | -128 | -038 | -013 | 007 | -047 | -078 | -038 | -090 | -039 | -051 | -051 | 089 | -076 | -110 | -060 | -049 | -030} 017] 1-095 | 15 | -040 | -163 | -196 | -030 | -010 | -010 | -009 | -008 | -045 | -129 | -044 | -047 J -010 | -021 | -056 | -033 | -020 | -020 | -008 | -004 | -003 | -010 | -010 | 011} 0-937 | 16 | -042| -015| -009| -008| -009}-004) - | - | - | - | -, - Pe ee. | dol af ee - | 010 | -008 | -008 | -007 | -003 | 012 -038 | -048 | -018 | -010 | -008 | -028 | -030 | -035 | -041 | -028 | -019 | -038 | -090| -o48] 0-597 | 18 | -041| -044| -010| -007|-010|-003 - | - | - | - | — ae ye Sa corsiei7ei| = | oe - | - | 0-309 1 | —- | —- | — |.=5 |roosl-oo2| — | — | 2 | =.) 2 | = | = J-os8 2 lool sons l-ooy! =. | = | | 6 7 Ws ee io tm | 12 Fae | 4 | 15 | 6) 17 | 18 j 19 | 20 | 21 | 22 | 23 [BES tamount, | got. Re | -000)| 055) -005)| = = *\s025 osueoos = ISP) — P| = f= =} - | = | = | = |) ef o-208 Mees) - | | - | —|~ | - | - | = | — "| -008)-007 | -028| 182] -070| 002} - |-006] - | -080| - | -054| 113) -055] 0-550 ren 092)-015.1 120065 (1s = ene ere fo ley oe PP Pf PS Wope0 en ee oie eee eee) | ee | eee P| | | Poor eee |) | | KS ee = [009] -001 - | -005 | -002| -oo1! - - | — |-002|-012] 0-032 ge) -011 | -022| -020| -028 | 020-008) - | - | - | -| - | -] -| - | - ~ | 113 | -089 | 034 | -048 | -019 | -003 | 020] 0-435 eee] | — |) — | | - | - | = | = |-oes|-oe0| 070} -o10| 001) - | - | - | - | - | — | -04t| -038| -021,! -o10] 0-319 } 8 | -002| — | -052|-077 | -023/ -050| -011 | -022| -020| -028| -007/ - | -003| - | - | -009| -055/ -040| -015| -oo1| ool] - | - | - | 0-416 9 = = = = = = = oe = = = = = = — — - am = = = = = ‘| 10 = = = = = = = = — =, = a = = — = = = = = = = ze |. - eee ee ee ee = 2 oon oor) =} oo) P= =o [= ooo! | - ee ee eee eee is = 003 or |-o03 9 | - | = | = | ~ | = 1 0-018 Se etos 010) 011) 010) — | = |-o) So) Se ey ey 2) |] - | -) ~~] - | -] - |] - | - | = | o-osa emer eee = ea b= f-)- Pee Mere | - |} -}-}-}-}-}-)-)=)-7-] 4] -)-]-]-]}-)-]-]-]-]- - | Seemee| - | — | =| - | 002/019) - | - | 030) - ee |e ee een eae 2008)|"-Gon)| =" "=. 1"'o;068 | a7 | - | — | - | — | -036| -057 | -020 | -031 | -045 | -090 | -112 | -110 ] 122 | -045 | -009 | -005 | -002 | -001 | -001 | -001| -001| 001) - | - | 0-688 eye Se eee aieocai-oi2 - | = |= = = |) | | = | - | ~ 1 0980 ees) | - | --| = | - eee eS | Se he == W080!" = | 0-080 ] 20 | — | -025|-037| -002 -013/ -020) - | -002) -018| -010) -008| 051] -030/ - | - | - 010 | -014| 016] - | - | -002) -002] 0-260 ee |) | ag] -gog | | - | We Pee fs [oe | a] Pe iA ie tel WR oro57 sien = 2 | - | — | 006 |-004| con) 2a 2) 2) 2} =) 2) 2} 2 ley ef} ee} se] =} oon 23 | - ee = |e. 003s) See | = | 2 3) ool -oors|-oon = i= | = | =] 0-006 SO cooz)poz = | | =| | 2 See ye) | | S| Se ee | = | = |= | 0-008 marie | Sh Soe eee ee tl Se | = |S Se Pe =} = | = | o-oo 2c | - eae aie =| > |* =" 2002005 coro eee el | — | -002| -003 | -002 | -001 | -001} 0-028 27 | -012 ee ea eee a ee ee SS ee Sas ese ae = hs. hl o-019 emesis |) | = | = |] eee re | SOs ee = =|)0-002 nents | et! S| ee eee ey | | ey eee =, eee = Meee) - | -|-|-|-}-|-];-];=)-)-]-]}-1-]-] - ej] ei Gy) ae iS ne - Seems | - | - |-- | = | - |S) =) =-fah-}-)]-1)-)]-1-]-)-]-]-]- - | Som 0-029 |0-058 [0-213 |0-192 0226 0-260 |0-160 |0-161 0-122 |0-212 |0-225 \0-247 [0-457 0-240 |0-079 0-024 0-072 0176 [0-120 [0-085 |0-097 0-123 |0°172 [0-100] 3-840 q | | | | | RAINFALL. AUGUST 1891. = = - - - - - - - - | = |-003] — |-006|-001] - — | 010} -001} -010; 009) —- = | 002] 0-042 - — | 008} -030 | 182 | -035 | -090 | :073 | 056 | 096 | 003 | -040} -052 | -005 | -031 018 | -045 | :003 | 026 | 023) -003 | 001) — 0-820 — = — 247 . ‘112 | -091| 008} 002} - | -— |-048] 1-071 ey Sule eee -592 SCOND OPWNre I | | | | | | ee a = | -040)| “057 | 021 009 ewe eee yy 2 eye Pe) | | = logg) oes 030 | 009 | -002 | -001 | -012 | -030 | -005 | -024 | -059 | -020 | 002 | -003] -002 | -020| -014| 001} — | -002| -004| 002] -002] - | -001] 001} 0-246 Pee Ooeh =e 00r 008002) - | - | = | = sep Sseewee | | = | 2] 2} op | | - | -o09 | oon} 0-026 meer |) | Kh | CS | | | dO FO Ff 4-002 f!-001) -002 | -002 | -001 | -001 | 001 | -o01| ool} — | — | = | —- } 0-010 meee) — | - | - | - | - |-007/ -013 | -030 | -008| -009 | -020}'-024) 002] — | - | - | - | - | - | = |-005! - |-o80] 0-146 12 | -022| -062 | -006 | -006 | -006 | -065 | -137| +156 | 162 | 108} -080 | -045}-016| — |-o04] — | — | -005| -006] -008 | -005 | -004| 006 | -001] 0-910 eee 0S sa. | 003)! = | = | = (eae ee ee) gop |) 0-087 14 | — | — | -010| -008 | -007 | 007 | -140| 020) - | - | -019| -013] -008 | -030| -012| 004 | -025 -057 | -035 | -047| 014| -007| -009| - | 0-472 er neeiemeiesei sey |) | = 0g Se ee Se fe fe ee se | et ocoge 16 2 = = = - = és = = 2 4 = 2 et bee a = = a A = 4 Es = eee ee | | | | | CS | loosioroyeeae = | = | = | - |) = | — | — | = | -002/-008) “= | 0-030 COs COs oust ss) =) | 2. | = | Seo see S| Sy 2 El eogo}, = | = | — | - | =o 9) oss mo miigeis S 8 | So! 2 eo he ee ee | l= | = = 1 oo Heo | - | - | - | - | - | 001} 003} -001} -oo1) - | - | - | - |-310] - | -050] -265} -065|-009}-o01) - | - | - | - | 0-706 eal | | = = is 020 | -108 | 034! -005| -— | -o21! — | -003) -054! -042/ -003! 0-290 4 = = | = — | +013; -024| — | -043| -008| -001| -002] -002| - | - | 0-093 — |-030| -002 | -025 | -o18| 016-002) — | - |-007| +040) 0-180 002|-002} — | -002| -o02| -034| -063 | -015 | -037 | 211 | -179| 085] 0-917 bD bD DDO bo 26 = \sossedoa oo) = | = | = || = | - | — | — |-008-/-100/ — |) 0-550 eee 2 930) = | 2 tee es 2S et ey Kf Kye he | oroB0 ie | — | - | 009) — | -009| -054| -036/-008| - | - | = |-011/-001|-008| -— |-005|-009/ - | - | - |-004) - | - | 0-152 es 009010) — |'022)-008| — | — | - | - | = |-ooaye2 | = | — | = | = | — |. — |-o0n] -001| 003) - | — Ff 0-056 ee = eee = 002-001 | = | — || = eauheootimeo2 |) -<002) = |-o21) = | — | = | — | = || = |-004] 0-035 B1 | -011 | -009| -002| 032] -024) - | - | - - | - | - f- 1] - | = | — |-060| -018 | -102] -094 | -090 | -020| 030] 011] 0-503 ‘Sux 0-308 |0°386 |0:288 |0°468 |0:318 |0°179 |0°515 |0-436 |0°351 |0°304 |0-159 |0-°639 }0-368 |0:492 |0:234 |0°128 |0:439 0-419 |0°390 |0-216 /0°188 |0-323 |0°392 0-264] 8-204 272 BEN NEVIS OBSERVATORY. RAINFALL. INCHES ror Hour ENDING—— SEPTEMBER 1891. My | 2. |e Bt | Oe ey Cera) ron ig | aie ioe easel) Sten ibe | ate itr |e) NG OC aie poemles mek fAmount, 1 | -081 | -015 | -182 | -090 | -255 | 171 | -170 | -168 | -319 | -187 | -357 | -153 | -215 | -170| -526 | -100 | -057 | 114 | -289 | -217 | -453 | 099 | 360 | 182] 4-980 2 | -040 ; -074 | -213 | -160 | -048 | -078 | -030 | -082 | -378 | -27C | -341 | -245 ] -289 | 210 | -230 +158 | -032 | 129 | 070] - | -004/ 030 | +118] -139] 3-368 3 | :267 | 074 | -160| -170| -020| -010| -004| -005|-005| — | — | -o11|-004|-011/ - | - | - | - | —.| = | = | =.) = oem 4. | 008 | 020} ‘010 | 0081 *O11| 0081-008 | — |-003) = | — |= Jr029| =| = | =.) = |= | oop) 2.5) = ee ere 5 | — | = | 001 | O11 | -017 | -017 | -019 | -095 | 074 | -056 | -070 | 047 | -016 | 079 | ‘016 | -037 | -100 | -229 | -118 | -483 | 139 | 222 | -086 | 027] 1-909 6 | 007 | -006 | 010 | -132 | 012 | -141 | -004 | 031 | -081 | -191 | -070 | -024 | 120 | -126 | -033 +158 | 123 | -160 | -010 | -018 | +124 | 139 | 040 | -008] 1-768 7 | -O%7 | -047 | -043'| -085)| -018)|"012| 003 |-007| = | = |e laa a4 2S | 2 SS So Se eee ee 8 f=] =| =| =) = 1 = | — | -o16il 026) -cg4 | 007! ood /-006) — | = | pelea =|) s0n6)| 52) eS nent 9 | — | +023 | -007 | -002| -010 | -014 | -017 | -068 | -037 | -171 | -435 | -187 | -206 | -231 | -263 -099 | -028 | 013 | -020 | -008 | -009 | 004 | -007 | 011] 1-870 10 | °010)°005} - | - | - | - |] -}|-/]-}]-} -]|]-]f-]-]-] = |} - | - | = | = | 1024) 040) 056) 012) o-t47 AL | -012 | -010 | -008 006/006} - | - | - |} - | -|-]-]J-]|-]-]-}]-]-1-]- | - | - 3) = | = | 0087 mw )|—-)|/2/-)/ S52) =) = bs) Sea) 2 eh 2 | = |S) 2 ol cote 022)| on | -0f8:\s07e comm encores 14 | -031 | -021 | 072 | -027 | -067 | 062 | -071 | 040 | -014| -010 | 021 | 111] -107| 008} - | - | - | -— | — | 068] -008 | -027 | 139] -162] 1-066 15 | *161 | 164 | -036 | -004 | -003 | -004 | -063 | -002| -076 | -045 | -010 | -010 | -002 | 002 | -010 | -079 | -014 | 157 | -179 | -142| -084 | -047 | 055 | -015] 1-364 16 | -019 | 062 | -026 | -046 | -159 | 156 | -126 | -044 | 142 | -113 | -113 | 078] 046 | 012 | -019| -033 | -312 | 176 | -403 | -219 | -542 | -228 | -184| 354] 3-612 17 | 663 | +165 | 399 | -307 | -319 | -197 | -280 | -096 | -059 | -035 | -053 | -007 | -027 | -081 | -166 | -052 | 098 | 099 | 080 | -064 | -038 | -664 | -092| 064] 3-505 18 | -046 | -043 | -049 | -067 | -087 | -060 | -167 | -067 | 126 | -071 | 197 | 025] 085 | 054 | -028| -010 | -014 | -010 | -320 | -061 | «146 | 088] -218 | 047] 2-086 19 | “041 | +017 | -023 | 062 | -234 | “054 | -013 | -011 | -007 | -007 | -004 | O88} 285] -062| 004) 012) — | — | 018) — | — | © | = | — | 0-937 DAN kal tes ll Fallout yee |" te alle | —~ | - | — | = | - | -043 | -041| -083 | -060 | -045 | 044 | 066 | 132] 0-514 21 027 | 020 | -011 | -006 | -028 | -040 | -098 | -017 | -036 | -059 | -036 | 018} -010 | -027 | “035 ) “010 “004 002) - | -013 | -014 | -026 | -010) 003] 0-545 tt (ie a (a es a ON RES ae ees ce ee ey ree Uma lk Mee 24 | - | - | - | - |-010]} - | -005| — | -049| -109| -050 | -033 | -059 | 010 | -008 | -210 | -013 | -023 | 015 | -104| -016 | -013 | 003 | 008] 0-738 25 | -004 | 057 | ‘081 | 027 | -008 | 007 | -002| 003 | -032|-043/ - | - | - | - | - | - | — | -084| -155 | -128 | -391 | -405 | -309| -456] 2-192 26 |-178/-005| - | - | - | — |-015| - | -033| -025 | -129 | -140 | -205 | +155 | -253 | -460 | -354 | -411 | 131 | -158 | -192 | -065 | -186| -051] 3:146 27 | 018 | +120 | -058 | +230 | -029 | 013 | -034 | 142 | -065 | -045 | -014 | 179 | 004 | 024 | -075 | -084 | -070 | -009 | -057 | -048 | -013 | -047 | 039 | 017] 1-434 28 | -022 | 102 | -026 | -079 | -046 | -323 | -198 | -238 | -143 | -479 | 123 | -135 | 032, 200) -222| -697 | -052 | -219 | +151 | -344| -180 | -210 | 037 | 069] 4-327 29 | (008 | -010 OU Ny cael) eile — | 002] -030 | -016 | -012 | -032 | -435 | -133 | -277 | -195 | -195 | -012 | 012 | -010 | 020 | -008| 008] 1-411 30 | -058 | -099 | -002| -010| -001 | -001 | -030 | -005 | -034 | -210 | -189 | -269 | -140 | 003 | -vo7 | -109 | -012 012| 003 | 001] 002] - | - |-002} 1-199 Sum |1:713 |1:159 |1-413 |1-527 {1-383 [1-368 {1-352 [1-137 {1-741 |2-160 |2-235 |1-776 f1-919 |1-900 |2:028 |2:585 |1°521 |2:095 2-142 |2:165 [2-487 |1-896 |2:047 |1-796 | 43-545 RAINFALL. OCTOBER 1891. 1 | -065 -068 | 052 | -059 -153 | 013 | -030| -160 | -056 | -057 | -088 | 151] -027 | 003) 005} - | ‘001 | -034 | -013 | 010 | -072 | -160} -010| -087} 1:374 2 | 070) 011) — | -007 | -010') 007 - - - - - - - - = - - - - - — | 003) —- 0°108 3 | — | 020) -018 | 032 | 040; -114 050 125 | -011 | -179 | -057 | 144} 147 | -010 | -323 | 078 | -025 | 034 | -048 | 040 | :012 | 012 | -010| -009] 1:538 4 | 004 | 003 | -001 | :015 -089 | ‘037 | 016 | -016 | 060 | 053 | -084 | 020 | -057 | :002 | 038 | -055 | -100 | 076 | 070 | ‘064 | -051 | -070 | 020 | 0244 1:025 5 | -027 | °025 | -009 | -024 | -040 | 044 | ‘015 |) 026 | 015 | 008 | 007} - - | - = - - - - - = - - - 0-240 6 | 022 | 033 | 022 | 062 | -095 | 147 | 105 | -083 | -129 | -190 | 174 | 039} -031 | 096 | 011] 015) -110) —- | 010} 040) 040) - - - 1454 7 - ~ - - - - — | +001 | 027 | 001 | 012) - | 004, - — | :040| 003) -001; —- - = - - - 0089 8 = = = - - — |-020] - - - - - | - = = - — ! -001 | 140 | -080 | :038 | 065 | 074} 0-418 | 9 |} -080 | 100 | 095 | 085 ; 010] 002, - = = = = — '-032 | -070| 033}; - | ‘105 | :016 | 004 | 010 | 055 | 030! 018 | 050] 0:795 } 10 | 032 | 002] °001| 001; - - - - - — | 012) 0334010) - = - |°033 | 010) - | 001} -040 | 030 | -040 | -038] 0-283 | 11 | 048 +028 | 059 | 7015 | 020 | 035 | :027 | -014 | :160 | -010 | -016 | 016 | 033 , ‘040 | -109 | -099 | ‘075 | -107 | 110 | -045 | -006 | 002) —- = 1:074 12 — | 035] :053 | ‘008 | 030) -001} - - - - = = — | 020} - ~ - - - - 059 | 030] 0°236 | 3 | -008| 005} 010) 055] - | 001.) - | - | — | ee eee eye ae = [-020]-030)|[-050] [100] 300] 0:579 14 | +127 +170} :058 | 090 | 024 | 044 | :012) 122 ‘057 ‘066 | -038 | 013 } 030 | -044 | -065 | -018 | -023 | -098 | 030 | ‘002 | -129 | -050 | -023 | -072} 1-405 | 15 | 055 | 160 | 176 | 037 | 035 | 012) - - - — | 025] 044 -009 | -049 | -004 | -041 | -060 | -068 | -043 | -009 | -002 | -002| 002} 0-833 16 - - = - - COLIC OLEH OB IC OFS HT “OLOI[-O15}( 0104010) ‘015 | 019 | -019 | 013 | -006 | ‘023 | 044 | 020 | 110 | 038) 003} 0-410 17 | 005 | 008 | 020 | 010 | 009 | 012 | :016 | -018| 012] - - 0350) = E010) a O27 OLS) - — | 015} 048} 0376 | 18 | -005 -015) - - | - - }°015| - | -018| - - = = = = - — | +072 | ‘048 | 047 | 038 | 080 | 155] 0493 | 19 | 115! 022) -018}-:006| - | 065) - | :031] -050| 152] -085) - 116 095 | - - - - | 071} - | 008} 009} 010} 015] 0-818) 20 | *040 -002 | 007 ; - ~ - |009} — | 008} -015} - | -:026; - = 019) | = 2026 ))-017 | — — ; 030 | ‘053 | 020} 0-272 } 21 | 020) 054} :088}| - - — |:009) — | 021) - = = = (Noe = = - | 023] °015} 007} - | 012) 009) O14] 0222 | 22 | 030 | 034] 002) - - - - -- ~ - - - - - - - - - - = - - - - 0-066 23 - - ~ - - - - ~ - ~ - - - - - - - - = - — [-010][-023] 0-033 | — 24 | 030} - | 032) 028) 052) - 028 | 012 | 018} - = = - - - - - = ~ - - - 0200 | 5 x an |e = Sirs = =k oe = = = = s = e = = = = = = = = = = 26 = = = _ pa = = mn = = = = = = = = = — = = = fr wi -|-|[=-[-],=]-])-)-)2)] 4) -)-)- 1. -)) = fs) =) ] SS] aa - ¥ 28 a = = 2 ie r a _ . a : = J z 3 ie a 3 = z 3 i. _ a 29 mo) ef ee el ge Ae |e a ee ceo ee = | = |= | =) = - 30 = s = = = — ~ = = = = 2 t = 2 At ile = = = = = = - 1 | Sum |0°783 '0°795 |0°671 0°534 0-607 |0°544 |0°310 |0:668 |0°643 |0°752 0°553 0564 10-602 0:404 |0:662 |0°347 |0:556 '0:491 |0°570 |0°514 |0-599 |0:643 |0°565 |0-964] 14°341 ' | FORT-WILLIAM OBSERVATORY. 273 RAINFALL. INCHES FOR Hour ENDING— SEPTEMBER 1891. momo 4) 5 | 6 | 7 | Salon) tor) mel) 1) 130) 12) 15 | 16 | 17} 18-| 19°) 20:| er-| 92 | 98 nighi|Amount. 1 |-004) - | -021| -014| -060| -045 | -010 | -018 | -020 | -o12! -047 | -032] -012 | -062| 195 | 014] - | -015/ -028| -055 | -147 | -038 | 0771 070] 0-996 2 \011/ - | - | - | - | —- | -002| -033] 222] 238 | -180 | -110] -032| -090| -037/-005/ - | - | - | - | - | - | 008] -004] 0-967 3. | -020| -017| -040| -010| -100| -069| 001 | -o01| - | — | - | — | — | -004| -006| -007|-001/ - | - | - |-o18| - | - | -o22] o-316 CAE conmis e254) | | ee ec eee ey | ] tL osoag 5 | ~ | — | — | -015| -012| -012| -007 | -101 | -030 | -068 | -030| -o28] - | -030| -070 | -212| -019 | -020 | -059 | -050 | -180 | -043 | -027| 079] 1-092 6 |-019| - | — | -020| -002| -047| - | -005| -010| -052| -011 | -098 | -080 | -021 | -030 | -028| -018 | -017 | 002] -002| -065 | -059| 030] - | 0-616 Tags en eens | ee ee ee ce oe ee |) ek | | So Sel orso eee fl | 2. gogo) ae a | | | SP ap | dK a Sk |S, boot 9/-|—-/| - | - | — | = |-007| -o92/| -018 | -106 | 114 | -286] -278| -195| 076 | -015| - | - |-oo1]-oo2] - | - | - | - | 1-190 as S| ea eee | ets |) eh Ssh = | = | 008] -020] -007| 002) 0-038 n pre eee | el an ellen a ile | ey cede) of Sh goog eee 2) = | _ | -poul|-oor| 2 |) 2 eee | | - | - | = | = | S| = 4-008) 095! -o80| -o18| -o15 | 0-148 memeeoe |-010)| — |-— | -025| -048 | -028| -007| — | = | = |-oso] - | - | - | - | - | - | - | - | - | — | -094] -030] 0-290 memieo09| 002/010) — | — | — |-030| - |-017\-005| — | — | - | ~| = | — | - | = |-020]}-o12] 008] — | 004] 001] 0-117 16 | -001|-003| - | - |-017|-037| - | -006|-023|-o17/ - | - | - | - | - |-018| -093} -109| -071 | -080 | -051 | -043 | -086 | -093] 0-748 17 | -060 | -039 | -021| 019) — | — | -011|-008| -003|-003) - | - J} - | - | — | — | -002]-008) -001|-006| — | -003| -008| -005| 0-197 18 | -012| -008| 004] 012} - | - | -008| -o08| -005|-002! - | - | - | - | — | -001| -001| -001 | -012| -030 | 037 | 095 | 010 | -001| 0-247 es 000.) 097/012, — | = | =) = |S torsioro! = | or! - | — |} =) 2) =) 2b - |) --b ond memes ioe | 2 | 2 | 2) 2S Seales = | = | = | -008)| 00s: 032/039) - | = | = | =) oon eee es |) | || | Se ee eee ees | el 2 |e Lee he | | = | cont 0-008 en mn ee (PS ee ee ee me ee ee ee ae | Ps LS Se | So oa (Te | | z eee | = | | | — | — | — | 958! -107 | 147 -148| 007 11-005| — | — | -025|-155| - | - |-o20) = | — | - | - | o-ez2 een = |-017/-035| — | — | = | — |-o42|-o14/ - | — | - | — | - | — | - | -091| -178|-035 | -146| -102| -105| ois} 0-783 26 |-006] - | - | - | — | — | +017) -003| -006 | -091 | -117 | -243] +100 | -060 | +125 | -090 | +127 | -106 | -013 | -009 | -030 | -018 | 023 | 001] 1-185 27 | -002| -044 | -031 | -056 | -003 | -002 | -009 | 032 | 031 | 001; — |-028} - |-001|-008| - |-005|-007} — |-oo1] - | - | -002] —- | 0-263 28 | - |-005| - | — | -031| +137 | -094 | -051 | -072 | -120 | -042| -025 | -009 | -051 | -095 | 063 | -030 | -107 | -154 | -245 | -032| -067 | -052| - | 1-482 99 | - | — |-004|-024) — | — | -052| -007 | -052| -082 | -028 | -031 | -030 | -043 | -075 | -130| 054-031} -004/ - | - | - | - | — | 0-647 30 | — |-091|-011) - | - | - | — | — | -003| -037| -042! -o79] -050/ - | - |-019/-017/-001} - | — | — |-028) — | -o02] 0-380 | Sum. |0-188 |0-251 |0-201 [0-207 |0-347 |0-409 |0-277 0-439 0-664 |0-990 |0:759 [1-025 {0-606 [0-557 |0-728 |0-627 |0°527 \0'518 |0-575 |0'588 |0°743 \0°596 0551 0348] 12-721 RAINFALL. OCTOBER 1891. 1 | azo) or (072-051 | -030| - | - |-088|-018|-001| - | 007] 070| 002] -020] -002 |-001|-096/ - | — | -053| -029| -030 | -o59 0794 3 | — | -004}-002} — | -011] -012] -010| -019 | -030 | -065 | -010 | -014| -055 | -047 | -022 | -024 | -029 | -025 | -052| -029| 003 - | — | — | 0-463 4 | — | — | — | -043|-070| 021) — | - |-007| -006| -o01 | -019} -040| -028 | -064 | -159 | +165 | -120 | -o69 | -065| -o10/ - | - | — | 0-887 5 — | 002] -005 | -002|) - - - = = = = = = a = = 2 = = = = z 3 “ 0:009 6 | -019| -072 | -041 | -023 | «114 | -152 | -118 | -061 | -081 | -158 |[-100][-070}-020][-010]) - | - | - | - | - [o40jf-020] - | — ([-010]} 1-109 7 {['010}} - ([:010]} - {[-010][:010][-004]) - = = = = = = = = = = = = = 2 = 3 0:044 ee ae | | ee |) See) = | S| SE lS lage) coz | -042.| 117 | 0271 0-370 9 | -012| -053|-068| 046; - | - |-o02) - | - | — | — | — ]-ogs] -178} -101 | -017| -o02/ -019 | -046 | -097 | -098 | -049 | -047 | -067| 0-990 | meee ee eh S|) SS Se Sy Se S| Sh -0007) 000) 001 || -002'|-006)|) -012\)' 0:031 Wii | -061| -040 | -008 | 005| - | -o08|-o01} - | - | - | - | - | — | — |-090]-090| -020] -171| -080| -o08|-oo1] - | - | - |. 0-533 Mee) — | 042-008-008; - | - | - | - | — |-o04) = F-oo4] - | - | - | - | - | - | — | — |-001|-083/ +002] o-152 mumepra|' 003) —-|-007/ - | - | - | - | —~ |=] —-}| -_f =] = |] = | = | = | go} 171} -091 | -020} -039 | -146 | 314] 0-994 914 | -132| -071 | -028 | -030|-004| - | - |-093|-102) - | — | — |-0g2!-171| -o58| — | -002/-008|-007| — | -043) — | -005|-038| 0-874 5 | -012| -146 | -156 | -088| -040|-002| — | —- | _ | — 117] -070| -002|-042| — | -008| -020| -021 | -o09| 001} -008] — | -o12] 0-754 ie | - | - | - | - | - | = | -032} -027) -012 | -o06 | -o02 | 08] -o10| -008 | 002} - | - | - | +020) -028/-001} -054|-038| - | 0-248 ee -009) — | = | = | -.| - | = | = | = |-otol-ooz|-co1| - | - | — |-o02| ~ | - | - | — | -003/-006) 0-038 eee | = | = |} - | | | | loo) 2 Pepe} =] S| S| 2 | = | 028) -100 | -145 | 168 | -298 | 157] 0-802 j 19 | 050] -017} - | - | -001| 036] 022] -001| -001| 024} - |-022]-007}-o10} - | - | — | - | 034) -003] - | -004 | -002|-048] 0-282 ee ee tee oe S| | ee ee el | oro|-054 | 004) 0-171 a1 | -002| -044 =e = 006) = | =- |\-col| -ot7 | -nosee 2 oon coal) = | — | -o19: oral ‘0-104 er ee esos or | = | | | es ee ee hh | | | Oh on ones ees |) 2 cigs) 2 | — | - | — | — | 2 | Se re ees e | 2. | = ‘00s tonne N24 |-001/ - | -006|-004|-003/ — |-o02| — |-003] — | - |-004] 001] -o02/-oo1/ - | - | - | - | - | - | - |-001|-oo1] 0-029 ees boon | | | — | = le) eee eee 2 eS legos! | | - | = | ht ood oe commreeesn | || | 20) Se ee ee eS eh | = | al = 12 ooo een mani | | | Sl eee he ees Pt | oo ae z IE CS 2 SS SR a ee a a || | (a (a a ee eee | | | S| ee 2 ey = |S a ee 2 renee ie ees | | eS ea |) ey SS kel | ot ala he = Som, (0:646 |0-609 |0-447 0-326 (0'806 [0-248 0-202 0-234 0-255 0'287 0122 [0-271 J0-454 |0-459 |0400 |0-202 0-227 [0"650 [0-503 0'587 |0-474 0-406 [0-739 |0770| 9-914 | TRANS. ROY. SOC. EDIN.—VOL. XLII. 2N 274 BEN NEVIS OBSERVATORY. RAINFALL. INCHES FOR Hour ENDING— NOVEMBER 1891. 1}2]s3]4{5]6|7] 8] 9 | 10] | 12] 33] 14} 35] 16 | 17 | 18] 19 | 20} 2 | 22 | 23 | MC Amounae f—) ‘ 1 zs: s = = Ee = 2 = = = $ = z EC = = = k = = = 2 = st = 2 = = _ es be es es = = = =! = = 2 zm = = = = S os = 2 3 = Sy a Si See ae Bee rl) SP eile ene ame Ba en Be ii) SE oa Ea, MRR i OR al - 4 = gE < = = = be a = < = = s s o de Es ie * ©: a a ef = ae ‘ B | st Se cele See ie ae ee ee ely Se Sele eh Bae Bolts cma? all> Cay se el lis aa be ore |e 6 =) So Sy SS SS SS Sos SS eee =) = Rosh = 41034) 015i] 012515 an k0221t100) | inO ott 7 | O47,)008'| 008) = ool e-| - | = | =|) Sood ee Pe] Se ee SNe ae cll ac eae eee eee 8} -|-]/-]-]-/-]- | - | - | - | - | - | -049] -036 | -o65 | -087 | 149 | +265 | 109 | -113 | -123 | “101 | 126) 141] 1-364 0m 9 | -100 | 054 -023 | -018 | -020 | 163 | -076 | -029 | 120 | 052 | -076 | -268 | 070 | -027 | -010 | -048 | -082 | +107 | -087 | -015 | -013 | 090 | -028 | -033] 1-609 | 10 | -052| -043 | -060 | -104 | -140 | -080 | -067 [[-050]] -018 | -016 | -012 | -023 J -021 | -034 | -040 | -014| -025 | -087 | 009] 010] - | - | - |-003] 0-908 |” 11 _|[-050}[-100} [-060)|[-040} [-030] [-030]'[-020)][-020]/[-020}|[-010}[-010) (010) -020]|(-020}[-030], -052 | -071 | -012 | -046 | -065 | -110 | -100 | -084| 102] 1-112 | 12 Be ee ore “062 Coe pas! “020! O15. a (See ecg Mc Ma il al el efi cite | 0-462 | 18°) Sy eat = -|-]-]|- |=] - | - | - [| — [[-0203|[-020]] -027 | -027 | 039 | -044| -030| 002] - | — | - | 0-20DNImN 14} aes 5) eS Se | HH 2 ion: op9l) Se Ey Sh Sah ap eae Se ce a 16 Leste ait Sele ee ly Sal coal eee ee Lo). eel See mc: lp man sat | | - tell, Eoeils. — feo | ab = |0oato03) 001] = f — | — +008) = Jel = 4) Sen see 17 | - | — | +020] -007 | -020| -014| -023| -o01} - |-019| - STF OoT ewe 036/ - | — | 0-141 7m 18 — | — | -005 | -008 | -001 | -006 004] -042 | -065 | -121 | 040 | -092 | -128 | -158 | -120| -039 | 010] -001 | -015] 0-855 | 19 | -040 | -010 | -018 ! -060 | -046 | -041 | -022 | -043 | -025 | -012 | -050 | -048 } -003 | 033 | -125 | -214 | -086 | -292! -061 | -119 | -079 | -070| -030| -078} 1-605 { 20 | -070| -096 | -038 | -035 | -005 | -012 | -012 | -051 | +117 | -095 | -034 | -003} -021| -015| 006; - | - | - | --| - = -( en” = aie : el ee| eae ie ae ea I oe ea oA Sk | ee a ee ste pee Sef oe edd! £2 - Dawe al = aleOdoy) 2) Salo al =e ap Bee a = ee ee) s - | 0-045 | - 23 | --| - | - | - | = | - | - | - | - | = | -002|-004]-o14) - | -009) - | - | --| -014| -030] -073/| -078| 084) 036] 0-32izmmm De} >008\|.5005s| = li-010)|| Sei = j= 4) Sep eae w = |) COR eRe Ate = — | 0-028 OR el Behe - | - | - | - | - | = | -007) -012] -019 | -015 | -146 | 016 | -036 | -034 | -031 | -015| -008| - | -008| -014] 0-361 |” 26 | — 9) 018 | — |+004|.-005:|--009)| 088 |" — |'-002s-01'| 008) — [-— | —*|> | 2) 29) = 9s 4 = 4) 02 a) a eae Ca ee eel, eee |e ea Me ee oe (Ae | a ee eee mee eee tf = | = |) RH _ a Oe | en es ee ee es ee ee ee ee eee eee ee eh ee fy |e - 29 |[-100][-100}[ 100] [-100}{-100}] 100}{-100][-100}-100} -101 | -104 | -070} -044 | -011 | -029 | 016 | -009| -003 | -003 | -001 | -002| 022) 006 | 011} 1-332 J 30 | -007| -008 | -013 | +027 | -023 | -027 | -019 | 010 | -021 | -028 | -031 | -013] -021 | -021 | -037 | -043 | -038 | -004 | -017 | -012 | -005 | -003| 001} - | 0-429 | Sum. 0595 0:568 (0-476 (0-467 |0-402 [0-501 0-402 {0-327 [0-426 |0-353 [0-392 '0-464 [0-324 [0-297 |0-646 [0°557 |0°634 |0-971 |0°610 [0545 [0-466 (0-535 |0-390 0533] 11-881 | =e ie » Y RAINFALL. DECEMBER 1891, : : le 1 - — | 7012} -012 | -010| 003 | -008 | -011 | -027 | -009 | 013 | :009 | 037 | -001 | - - — |[:050]| -072 | 029 | :020 | -106 | 132 | 099} 0-660 % 2 | :040 | -023 | 025 | -004 | 001 - — | 003 | -010 | 004 | -001 | -022 | -028 | :009 | :002 | 012 | 026 | :052 | -085 |[-050]] 0-397 3 - ~ - = |[005]I[- 005] is 010) Ie 010)[° 005]|[" 005) [° 005})[ 005] Lor] [:010}}[-010] [-010}|[-010] -009 | 061 | -001 | -091 | -020 | -011 | 010} 0-308 4 | -035 | -022 | -068 | 093 | -105 | -028 | -031 | -011 | 020 | -042'| 062 | 100} -018 | 060} - | -041| -012) :062 | 052 | +120 | -277 | 078 | :078 | 049] 1-464 5 | 067 | 077 | +178 | +187 | -028 | -022 | -079 | -087 | -085 | 008 | 048 | -160 } -050 | -040 | *162 | -070 | -092 | -016 | 026 | -001 | -074 | -002 | -012 | 020} 1:541 : 054 | -046 | 179 | -072 | -087 | 039 | -042 | 021 | -018 | -015 | -015 | -010} -015 | 022 | -050 | 063 | 050} -061 | -047 | 011} - | :020) -001 | 002} 0-940 | 001| - ~ - - ~ - - - - - - = = = - - - - - - - 0-001 | 8 - ‘017 | :010 | :014 | 024 | -049 | 098 | .030 | 013 | 005} — — | 003 | :011 | :014 | :017 | -015 | -048 | -048 057 -042,| -020 | 038 0:573 | 9 | -015 | -009 | -011 | -046 | -018 | -043 | -069 *047 | 024 | -026 | 043 aes ot *022 | 019 | -069 | 044 | +094 |[-100][-100]|[-100]|[-040]}[-010)[-050]} 1-218 | 10 {[-010})[:010)]|[-010)|[-010}/[-010)}[-010]|[-010}} -002 | 001) — - - — | -011 | :019 | :060 | -022 | :052 | 083 |[-010]|/-010]'[-010}} 0-350 | 11 | :002 — | :007 | :002 | -003 | 014 | -019 | :008 | -018 | -022 | :031 [008] ‘051 | :028 | 032 | :030 | 029 | 024) 030} — - - - 0:358 | 12 | 048 -028 *022 | 004 | ‘001 | 001) - - - - - - - - - - = - — |{:010]|[:010]| 012] 0-136 | 13 | :008 | -011 | :055 | :032 | 021 | :029 | :042 ! 039 | :004 | :003 | 017 -007 -oo1} 003} — | +015} — | -001| -010! -001 | -009 |-025) 030! 028] 0-391 ; 14 | :092 | -097 | -053 | 012 | -010 | :024 | :019 | :059 | -030 | 019 | -006 | 006] -008 | 021 | 012} —- = = = = = = = = 0-468 | 15 ~ - - - - - ~ - - - - - | -008 | -006 | -023 | -031 | -033 | 100 | 112 | -039 | +243 | -203 | *193 | -224 1-215 | 16 | ‘273 | -237 | -294 | -112 | -047 | :012 | -013 | 005 | 008} -001) —- - - - - = - - - - - - - 1:002 | 17 ~ - - = - - - - | - ~ - - - - - ~ - - - - 18 |-003] — | -003| -002| -o08 | -004| -006 | «004 -011 003 | 007} - — | 004 | 018 | :011 | :016 | 003 | -010 | -023 | 036 | -022 | 022) 053] 0-269 19 | 070 | 073 | -153 | 040 | -022 | -068 | :022 | -018 | 039 | -071 | -003 | 006} - | 006) — - = = = = = - 0°591 20 - = - = - - - - - ~ - - - - - - - - - - - - - 21 - - - - - - - - - - - - - - - ~ - = = - - - = = - 77a eet ee | || ee (a a | |S ee ee ee les Se eS eee Sk fl = f= = 23 = = = ee = = = = = = Ss = = 4 es = a = cs = as * = P. 24 5 = = S = = = = Zz = ef = zZ 5 2 = e = = a 2 am = = 3 25 = ~ - - ~ ~ - ~ - - ~ ~ ~ - - - - - ~ ~ | 7020} 001) O11} 0-032 } 26 | -021| ‘019 | -022 | -033 | -065 | -090 | -080 | -040 | -020 | -030 | -045 | -070 | -048 | -054 | -062 | +102 | -109 | -130 | -070 | -048 | -095 | -028 | -043 | 062] 1-386 | 27 | -047 | -050 | -070 | 027 | 015] 010 015] - | - | - | - | - | - | — |f-o10]|[-o10]] — |[-o10][-010] - | - | - | —||\) =e 28 - : 020) [010] - | - ‘010 | 015} :020} - - — | -016} -011| 008) 008} -_ |[-020}[-010})[:010]|[-010}}[-050][-120}\[-150]} 0-488 | 29 |[*100]![-010}|[-010}}[ 010] [-010] -048 | 032 | -080 | -060 | -060 ‘050 | +135 | -031 | 060 | -030 | :027 | ‘067 | :042 | 032 | -057 | -032 | -040 | 032 | 02747 1-082 | 3 *022 O71 ‘O51 | 023 | 030 | +040 | 046 | -048 | 023 | -077 | :056 | 057 | -050 | 072 | -048 | -067 | +110 | 085 | +102) +082 | -046 | 032 | -050) 041} 1°329 | 3 "030 | “149 | -017 | 012 | -030 | -030 | +021 | -060 | -090 | -073 | 020 | -020 J -025 | -012 | -012 | +119 | -025 | -050 |[-020}[-040]|[-040]} 052 | -044 | O21] 1012 / Sum. |0°938 |0:952 |1-260 |0°698 0: 539 |0°533 |0°618 0°674 0:523 |0°473 0°417 |0°817 J0°356 |0°462 |0°504 |0°722 |0°662 |0°846 |0-830 |0-704 |1:239 |0°852 |0-904 |0:957 | 17-480 |) = eee P32 FORT-WILLIAM OBSERVATORY. 275 RAINFALL. INcHES FOR Hour ENDING— NOVEMBER 1891. 1}2)3)4)5] 6] 7 | 8 | 9 | 10] | a2] 13] 24 | 15 | 16 | 17 | 18 | 19 | 20 | 2 | 22 | 28 | Amount, il = a = & > a Z _ es =. be = & a x s >, = = = > e. = =. 3 a 5 x ” = Ly = ee cS Es @ S rs a = = s * es - s iS ES Peano ee | ee | | Se ee — See, ee a as Sh ee aa a | ae | a ee ee eae = |) Sh . |002:)-003'|-008.| oor | 007, =.) = fF 0-010 6 | 001) - | - |*001} - | - | - | - | -005)-001} - | - J - | - | - | - | - | = | 018/002} -009} -003} -023) -053) 0-116 i — — = — — — ~, J = as = — = a peae = — = = xe — = =, = — g8}/-/;-]-;-]-]-]-}]-]- ] - | - | = |-002} -019] -042 | -o80 | -035 | 008} 004) - | 002} -028 | 083] -075] 0378 9 | -081 | -048 | -018 | -002 | -002 | -023 | -110 | -115 | -069 | -034 | -016 | 018 J -050 | 044 | -002 | -064 | -038 | -197 | “102 | -007 | -046 | 109 | “037 | 020} 1-252 10 | -042 | -031 | -093 | 038 | 018 | -042 | 094) -002} — | - | - | -020}-007/ -042|-017|-031/ - | - | - | - | - | - | —- | 002] 0-479 li | :008|-003} - | - | — | -009| -011 | -014) -014] -004/ - | -019] -040| -043 | -050 | -058 | -049 | -039 | -011 | -040 | -050 | -035 | -050| 021] 0-568 MEN) 34S) F-002)/-008)| -004)|006|| = || = | 2) Salem Seis | 25) =] =] = |= 4 2 1-- | - | -.] = | = |] 0-092 4 ene ieee | 2 = eee) See eee art 2) |) 28. = 1-009.) O11 | -029)) -018'| 002) -001 ||.= |) = | = |) 0-063 ne ee ey) ss eee | eho eh | Se = ne ea) eee | te | Seah | = = oF lia in 17 - — | 007 | 013} -017 | 033] 028) - =) 0970 |e as = : s E 3 2 é = = = = 23 0119 i }-/-}-j;-};]-]-]-]- | - | = | = }-012] -095 | 068 | -028 | -008 | -048 | -159 | -196| 090} 085] - | - | - | 0:742 19 |:012/-008} - | - | - | - | - | - | — | -006} -002 | -008 } -001 | -110 | -077 | 040 | -003 | -020 | -011 | 030 | -040 | -010 | -018 | 014] 0-410 20 | 012 | -043 | -001 = | so | 2 ass aoonlarell oat] S i{S SW Sy Se | Sa Sue Sl eS Sal iconrs) | oso eee | ce |e ht a) ee es | = || O02) 00% ‘O01; = | = | = =F |) Ot Meee | ct | | ye | 2 Ve Ne eee | 2} = | = Joon | -o06 | -008 | 061 | -129| -080| 047 | 066} 0-398 24 | 009] - - {006} - - = = = ss = as a =) a a ss . = e: 2 = se = 0:015 ee i= | = | = | = | =| = | -020) 008) — | = f-o12'| -062)|-106 | 012-008) — | — |-008) - | — - |. 0-231 a8 aes |) — | = | -006| 008 = IOS = |oos||\Cos| = |} = ae} ee fey =] seq - | 0-027 meee} =| 7 - | - | - | - | - | = | = | = | = J-o08} -o4e| 142] -o22| 002] -001| 001) 004] - | - | - | - | oma 29 | -001 | 007 | -013 | 018 | -048 | -041 | -051 | -082 | -057 | 058 | -012 | 007} -006| 005) - | - | - | 003] -002} - | - | :020)-015) - | 0-446 30 | -| -|-|-]-]- | - | - | = | -022]-010] -003} - | -008} -030 | -044| 003 | 003] -077| 002) - | - | - | - |, 0-202 Sum. |0-221 |0-159 |0-134 |0°086 |0:089 |0°160 |0-302 [0-251 |0:259 |0-240 |0-061 |0-092 [0-222 [0-445 |0-494 |0:370 0'205 0-461 |0-446 |0°249 0°316 |0:286 |0°273 0257] 6-078 | i} RAINFALL. DECEMBER 1891. meee = f= i = | —- | - | = |] = | S&S} = f= | = |/-009)| -048 | -053 || -115 | 075/018 | 012)| 017-018) — | 0-360 pe0401)-026 = | - | = | = | = | = = | =] = — | -006| -002| 001/061; - | - | - | - | - | - | - | - J 071386 8 | — | -015) -059| -114| -076 | 023} - | -003 | 017] -010] 052] 150} -111 | 059} -018| 065/010) - | - | - |:045} - | - | - | 0°827 4 | — | -010| -008| 012] -038) - | - | — | -044| -067 | -140 | -040 | -022 | -021 | -002 | -003 | -011 | 013] -070 | 024] - | 042} 060 032] 0-659 5 | -084 | -200 | -155 | 029 | -010 | -001 | -003 | -126 | 091 | 004) - | 042} -030| 020] -097| 031} - | -048} - | - |:092] - | 075-012} 1-150 6 | -013 | -017 | 025 | -026 | 035 | -005)-007; - |-015/ - | - | - | - | - |-012]-010] -004|-006|-008)] - | - |-029) - | - ]| 0-212 7 = = ‘3 = = = = = BS = = x 2 = a - — | 004! — = = = - | - 0:004 8 | — | - | — | -014| 054) -024|-017)-009} 001 - | - | - | - | - | — | -008] -032 | 070] -080 | -068 | *150 | -102 | 122 -096] 0-847 9 | 106] -018 | -048 | -060 | 077 | 073 | -042| - | —- | -008| :037) -040] -006 | -009 | -092 | -086 | -083 | 044 | -143 | -206 | 154] -030| 010-047] 1:419 10 | -050/ — | 043) -010| 008 | 037} -014|-001/ - | —- |.- | - | - | —- | — | ~ | — | -018] -044] 078] -051}-025} - | - | 0-379 ‘ii | - | - | - | 002} - | - |-001]-007) - | - | - | — | -001] -002 | -010) 010} -004| -005 | -001] -006|-001} - | - , — | 0-050 12 |:003| - = = = = Es = = = = = 2 es 3 = = — |-004!-003/ — | :001 | :003 -011} 0-025 / 13 | -033| -024 | -031 | 025 | -020 | -024 |[-030][-040]|[-040][-037]) - | - | - | - | - |-008) - | - | - | — | -012| 080] 080-047] 0-531 erat 14 | 080-041 | 023.024) - ) 014) = | — (2 | Shee] 2] 2) 21 2. =] =|] =] =| - | = | =] 0:455 15 = = - = - - = = = = ~ | -004] -045 | -100 | -080 | -102 | -067 | -042 | 028 | -146 | *102 | 068 | -120} 0-904 Mae) 028 | 060/-067/-083) 01) - | - | - | - | -|-}-]-]-]-1-]-]-]-|- = — ) 0:249 mem ees te ie) = ia |S eee Se SoS Se a =n ~ eee | =] | =| =i = | = | = |-007) -003 -~ | - | ~ | — | — J -005 | -010 | 012] 023 | -023 | 004 | -002 | 006} 0-095 4 021 | 013 | -020 | 020 | -020 | 009] 003! -001|-001) 005} - | - } - | - | - | - |] - | - | -~ ] - | = | - | - }| - | ols ee a eee ls ee Ym eT) 20) See ee I ee ee Pe ee - an ener ae ee 2. i S) S le a ee Sait Fe rh eee ae PP Sar - 23 = = = Es = 2 SS lGo3i = = Z E, te x BS a = = = = = = - - 0-003 94 & a = = Be = . ey = kat = x = ty = = ya : a \ = = = = 25 = Bs = as = = = 2 Ps = = s = 2 us a 2, = =. = = - — |°012} 0-012 | 26 | -024 | -020 | -044 | -020 | -007 | -020 | -025 | -008 | -020 | -062 | -023 | -025 | -031 | -010 | -047 | -083 | “125 | -056 | -063 | “016 | 089} -_ | “004 003] 0-825 089 | 062 | 033 | 005] :012/-- | -— |:033} - | - | —- —~ | — | — |-011| -021 | -050| -068| 030} :017} - |°013); -— | — | 0394 28 | — | -010| -020| -013| -027|-012) - | — |-o11) - |-007) — | -050) -063) -007] — | —- | -001} -019| -088 | “120 | 088 | *122 | -143] 0-801 29 | -080 | -014| -012| -013| 010 | -015 | -003 | -002 | -041 | -006 | -015 | -061 | -006 | -028 | -005 | -006 | 005 | :017| 015 | 017] 006} -— | 015) 008} 0-400 30 | —- | -020] -044 | -001 | -005] -002| -009 | -010} - | -037 | -020| -004] -040 | -046 | -068 | -033 | -052 | -030 | -067 | 020] 004) - | 007 | O11} 0-530 81 | -003}-050} - | —- | -010|[-012}[-010][-010}(-010][:010]} - | - ]-010| -003) — | -024| -001] :002/ -009) -011 | 077 | 013 | 041) - } 0°306 Sum. |0:686 [0-670 |0°689 |0°488 |0-443 |0:281 [0164 |0°267 |0:298 0-249 |0-294 |0:362 10°317 0-308 |0-479 |0°577 |0°537 |0°574 |0°682 |0°623 |0-982 |0°546 (0-622 |0° 548) 11-686 bo “J lor) BEN NEVIS OBSERVATORY. SUNSHINE. Hours—ror Hour, LocaL MEAN TIME, ENDING— JANUARY 1891. 4996 216: S087 as 0 Feo 4 eat 15 | 16 | 17 | 18 | 19 | 20 | 21 | Total. |Possible. CF Se eh eg Bh Geran pose ae OA ce eae Ge Ik Gee eee ae = 6:80 th : Bt gl ga ea ee ee ie? = WE BL S| ee an ee ee = 6°83 2 3 = = = = ee = = = = = = = = = = - 6°86 3 | ne. Oh) Seen ee a ee ed eal en ae Se 22 St = 4 | een ee ee = 6-89 4 A oat a, ee > ips ee a ey ee ete es Ih 1:08} 6-92 5 Be A gg ae ee Fe ea” ee Bes A fae Wie RS) Se an ree = 6:95 6 i ee A NS Si Pag | Pe Se AOO|, eGR) ee 71], SA) esa en ee 2°50] 6-99 i 8 = = 2 a s = = = = = = = = = - - 7:03 8 STN ete Sie UT Peg EE om 18| 1:00 fl ae Meme begean |) Cle Seal 538 | 7:07 9 10 3 es E ~ =. | 28 “ 2 = =: a = = 0°69 711 10 11 = = eS = = = = = = SN ce = = = = - 7:15 11 ST ig Sipe || AES aE tee i AN aes Bet | = 20" 12 13 = = = 2 = = = = = 5 |S = = = = - 5) 13 Bi Ot eee ee Beet ve Seca oa 2 Se Se ee = 7°30) 14 fey a OT lh ee a Seal get eh eae =) et eae eel ae ee = 7:35 | 15 ea ct ee eg ee | a es cou Mh eB. Seal Me ean ee s Tale 16 17 = = = = = *16| 1:00) = = = = ES = = 2°98 7°46 17 A Wl ec T's ee Me Iles lh As. hee a ie ee a eee es |e IN = 752] 18 Toc eee Mb. Re Nee Ces Nee ce We Se a ee a |e ee = 757 | 19 20 as = = = = = 2 = = = = = = = - 7°63 20 i OT os] oe | = 18} 42 = ey a ge eee ean ee 134] 7:69] 21 29 = es = = = = = = = = = = = = - 0-10 775 22 23 Bro allt RE es.) Seles i Sees ea S|) la |= = 782] 23 rte Ca | ee (RT ae | ea Me May aie et Se ms ie eh = O01] 7:88] 24 5 _ = = a es = = as = = = = eS = = ~ 7°94 25 26 = = = = = = = = E = = = = = = = = - - 8:01 26 7 lice Ue KA ee me Ps aah | me ra 7 eee ea re Oe) lle Se = 8-07 | 27 28 = = = = = = = = B = = 2 = = = = = = - 8°14 28 : 29 = = = = = - = = = = = = = = = = = - - 8-21 29 50 = A) = a= OB) ee) FO Oe eee 0:07] 828] 30 31 = = = = = = = = = = = = = = = = = - - 8°35 31 Sum. | - | - | - | - | - | 0:34) 1-89] 1-70] 1-77] 2-92] 2-93) 1-89] 0-71; - | - | - | - | - | 14:15] 231-48] Sum SUNSHINE, FEBRUARY 1891. a Tae leew tol eae (eevee Tem Ga ae ek a ey es i IE ee ae | ae = 8-42 1 2 ~ = = = = = = = = = = = = - = _ - 8°49 2 3 = = = = = - = = = = = = = = = = - - 8°56 3 Ah eh RO deal ge te I c= 20) *79|" 60/2 50a ae 159] 8-63 4 Be eee le Wee Ina pee ee lle a | ee al ee ee = 8-70 5 6|/-|-|-|-]- - | - 78} 2006521 8) eee 2°30] 8:78 6 7 tom eam imme ee UE a sg ee ee Ie (a eet a ee | ee |e = 8°85 7 Si sic i) shel saile) = wy alill = || o | = *03|/)c=s = see | 0°58 8:92 8 9/-;/-|-]-]|- PI 7) a) 04} +02} -67/-1-00/ “32; - | - | - | - 247 | 9:00 9. 8 10 = = = = = = = = = = = = = = = = = _ - 9:08 10 1 = = = = = n = = = = = = = = = - - - - 9°16 11 VS eS ee ee fe Ried on ee 7 |e Sa) ee a 0-43] 9:23] 12 sie ea We Sa in | eae Pe Na Ey = Pp iee'| gee) else Ol ee a | = 931] 13 tab) c= aileg alee ae Sl!) A a Pee ees ie Sl Sea ie = 9:39] 14 1} = | — | — | = } = | — | 97] 1-00) 1:00) 1-00) 1-00) -84) -92) sera} = 9) — |) =<) = 684] 9:47] 15 16/1) = 10) Salsa) = = 5) BB) a et | = ee ee 055] 9:55] 16 7} -|/-+|-j]- 1] - 22) 1:00) 1:00) 1-00} 1-00] 1-00} 1-00] 1-00 -78} - | - | - | - 8-00 | 963] 17 1g} -|-]-|-]|- 41} -65] 1-00} 1-00} 1-00} 1-00) 1:00) 1-00] 1:00] -20) - | - | - 8:26] 9-70] 18 i Pate ee 40} 1:00} 1-00} 1-00) 1:00] 1-00) 1-00] 1-00] 1-00] 0-80) - | - | - | - 920] 9-78] 19 20 |} - | - | - | - | - | ‘14 +98; 1-00} 1-00f 1-00] 1:00; 1-00] 1:00) 0-92 - | - | - | = 7:99] 986] 20 Ao = |e =) 43] 1:00) 1:00} -32| -20 = eh > ee he 2:95) 994] 21 22 Lt = = =. = Z = Ss = mn = = = = = = - - 10:02 22 83 )}-|-]-|- =~ | $00) - 2b) 901.08). 29) =) See es ee lee 1:47] 10-10] 23 24} - | - | - | - | = | 47] 1:00) 1-00} 1:00] 1-00] 1-00] -95] - | -o7] - | - | - | - 649 | 10°18] 24 2 ) - | - | - | - | 42} 1:00) 1-00) 1-00] 1-00} 1-00) 1-00] 1-00] -83) 33} - | - | - | - | 858] 10:26] 25 26 | - | - | - | = | *5O} 1:00} 1:00) 1-00} 1-00} 1-00} 1:00) 1:00] 1:00) -90/} - | - | - | - 9:40] 10°34] 26 27 | ~ | - | - | — | *68) 1:00; 1:00) 1-00; 1°00} 1-00] 1:00) 1-00} 1:00) -80} - | - | - | - 9°43} 10-42] 27 28 fm ee ee eee a en ds | ls a | ae = 1050} 28 Sum. | - | - | - | — | 288) 6-44) 10-20 10-16) 10:61] 9-85] 10°51/10-77 | 9-38) 6-03} 0°20) - | - | - | 86:53 | 264-27] Som, FORT-WILLIAM OBSERVATORY. 277. SUNSHINE, Hours—ror Hour, LocaAL MEAN TIME, ENDING— JANUARY 1891. 4 5 6 7 8 9 | 10 | 11 | 12 | 18 | 14] 15 | 16 | 17 | 18 | 19 | 20 | 21 ]| Total. }Possible. il - - - - - - - - - - - - - - = - 3°80 1 2 - - - - = - - - - - - - - - - - = - - 3°90 2 Bi Se a sae ee ay aaa ah el | | ae ee) | es Nee ee = 4°10 3 4 - - - - - - - - 50] 12) «°76) +19) - - = = = - 1°57 4-18 4 5 - = - - - - - - 80] 1:00) °84) 30) - - - - = - 2°94 4:25 5 @ fs Wet Wee RE ee ee See |) eae ee || | = 4:35 6 di - - - - - - - - 32] 1:00} 1:00) 1:00) -03} - - - = - 3°35 4°45 7 8 = s = = = x = 4 = = = = = = = = = - - 4°55 8 9 - - - - - - - 02) 1:00} 1:00] °48) +33) - - - - - = 2°83 4°65 9 10 2 = = = = = a = Be -29| - = = = = = es = 0:29 4°75 10 11 s 2 = = = = = = = = = = = = = = = - - 4°80 11 12 = a =f = = = = = = = = = = os = = = - - 4-90 12 13 = a a 2 = = e: © = = = = = = = = - - 5:00 13 Veep | | - 4 = | = STOO EOS ene ae Nees ee | Sy) = 1:29 505] 14 ee ees ho) = f= | So Sse = 20 Reset lees es, eee |e me hee. 0-20} 510} 15 16 eS ce a = = = = = 2 = = - = = = = = - - 515 16 if - - - - - = - 06} 30) 66) °50| - - - - - - = 1°52 5°20 17 18 2 2 = = = - = 2 = = = = 2 = = = = - - 5°23 18 19 = 2 = = = = = = 2 = = = = = = = = = - 5°26 19 ZO ie = | c= = |) = ee PY) aye} SIS ee | 0°88 5°30] 20 21 - - - - - - - 36] 67] °60) 69) - - - - - = - 2°32 5:33 21 29) | Se aw |) S 4) else ei) ow) fl) 0B} = |e eee |e ei | 1-20 5°36 | 22 23 = S = = zs = = = 23) - = = = = a = = - 0:23 540 23 24 = = = = = = = = = = = = = = = = = - - 5°45 24 25 a 2 = S = = = = = = = = = = . = - - 5°50 25 26 = s = = = = = = = = = - = = = = = - - 5°05 26 27 - - - - - - 09} 1:00) 51) - - - - - - - - i760 5°60 27 28 a @ i & = 2 n a ma = = = = = = = = - - 5°65 28 29 = 2 Re = = = = = = = = = = = = = - - 5°75 29 30 - - - - - - - 60} :86] 1:00} -81) -84) —- - - - - - 4:11 5:80 30 31 = = = = 2 = = = = = = = = = = = = - - 5:90 31 Sum - - - - - - — | 1:93} 6°53] 7:11) 5°73} 3°00) 0:03} —- - - - - 24:33 | 155:26 | Sum. SUNSHINE. FEBRUARY 1891. eee = | = = | = iil} 90) Py) = | es | Se |e oe 073} 6-00 1 2 = 3 Ae = zs = = = a LA & S a z 2 = = = - 6:20 2 eee ts ie | 8 hh sl] eee pe} | 2 So 2 Wee = 6°25 3 4 ~ 3 = = = = = = = *43) - = = = = - 0-43 6°35 4 Pees. fF Ss |) Solr I Se | bce Ws 2 6:40 5 Comes i | = | =) = |= |) aieosie-orle os) = |..— | = | =<} = O78} 6°45 6 Fee be = 2S i ee eee I ee lee = 6°50 fl Paes | = le | = | — | 05] 84) “76 Osi caaeteoo —- | = | — | = |, = | = 3:20] 6°60 8 meee eK 02] 10} + -68f 1:00) 100-78) - | - | - | - | - | - 3°58] 6°65 9 10 os = z = = S ses & = s i e ps = 3 = = = - 6°75 10 1 ek He) Ue a (Ie a Te) || coe | | a a | | | ec | ae 2 680} 11 Peso ip = |S 10) 82} 58] -70) -68} -96] -28) - | - | - | - | - 412] 690} 12 13 fe: 2 = = = = ~ = = _ Es = = = = = = = = 7:00 13 call 2) a Sie) al 2) Se ee eee ae 0:06} 710} 14 ee ie = iy - | — 60] 1-00} 1-00} 1:00) -78) -92/ -20) - | - | - | - 5:50} 7207 15 16 a 4 a = = 5 = s a = ps ce! = = = = = = = 7°30 16 Pease oo ee Pe ee = 740] 17 18 4 = = = = = = = = = 10} - = = = = = - 0:10 7°50 18 19 |} - | = | - | = | = |° = | +78] 1:00} 1:00} 1:00] 1-00] 1-00] 1-00; -42) - | - | - | - 720] 7:60} 19 POM ee =. p= | — *80| 1:00] 1-00} 1-00) 1-00) 1:00] 1:00} 17} - | - | - | - 697 | 770) 20 Zi aie We | = 20|) 20) "(20M Mee as Het 0 ae fee |). = 060} 7:80} 21 22 = = te 2 = = a = ra oS i ss & x = = = = = 7:90 22 23 = a = a = = 2 = = li] - = s = = = - 0-11 8-00 23 ee | = | = |) = |. 05) 1-00) 1-00) 1-008 T-coN t-oo) 40) — | | | = | = | = | - 5-45] 810] 24 2 | - | - | - | - | = | = | -65] 1:00} 1:00] 1:00] 1-00) -s4) -52} - | - | - | - | - 601} 820] 25 eee = | = f= = | 27) 1-00! 1-00) 1-009 T-00N-ooH Too, 52) = | — | = | - | = 679] 825) 26 ee ib ee |) =" |} “30! -88l) 1-008 Icocme-opee-as) — | = | = |} = | = | = 4:46] 830] 27 BS | a de Ses |) Sa a Vs | er gn | | = 8°35 | 28 Sum./ - | - | - | - | = | 0:82} 4-90) 8-44} 9-33] 9-58] 9-88) 8-53| 4:32] 0-79) - | - | - | - | 56:09] 201-55 | Sum 278 SUNSHINE. — _ SOONSD OP ONWH | | Se ae We th i fea (Tew | | i) lod _ i) i) wo ee ie Eee Ts eo bo Ve) Hod) Lt th nm q 5 ! SUNSHINE. 5 — I — 5) 8 - fo) ww SOCONSH OP CONH de jh Lat | Dal beth | Sot B | hil bisa UP ach Cet | Teast) ot Lh AP a alte to ioe) (eters m2 a — | BEN NEVIS OBSERVATORY. Hours—ror Hour, LocAL MEAN TIME, ENDING— MARCH 1891. i v2} ive) ia Vid ie om CCS Tie oI URI ae Hare emi Wet URE pall Vener thf Mo Wh fy 6°99} 8-48) 10°32 a SOON TP CONE | — SSONID opwrnH 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17-| 18 | 19 | 20 | 21 | Total. [Possible. eS po Ses eee | eS ee er Pe. = 10°58 ce ae (Pe tS | ee eee ee be or Sh z 10°66 ea Patan MP pee Pave eke | Poko | SSP bea ee ee = 10°74 Beton tees. est Sah erm bean eae eet em So e 10-82 Sy een eer eg Mee) Pee IR) 2 le a ee £ 10-90 Z| Bola eee eco ho ees | esl ea ee 0:88 | 10-99 1:00} 1-00] 1-00] -90/ 90/ +51) -72| -s6) - | - | - | - 8°69 | 11-07 100} 1-00] 1-00] 13) -30| 35] 1-00) 45] -o2] - | - | - 6-73 | 11°15 94] -72| 35] -95] 1-00] 1-00) 1:00; 73) - | - | - | - 772) 11-23 1:00] 80) 60) =| Oble= || —- | = = | = |I-s 4:52 | 11°31 1-00| 1-00] 1-00} 1-00} 1-00} 1-00; 1:00} 1-00) -55) - | - | - | 10°35] 11:39 1:00} 1-00] 1-00] 1-00] 1-00! -90| 1-00} 1-00] -5o] - | - | - | 10-60] 11-47 1-00} 1-00] 1-00 1-00] 1-00; -95| 1-00; -90/ -35] - | - | — J 10-40] 11-55 -40| 1-00] 1-00] 1-00/ -95/ +18] -68| -29) - | - | - | - 5:50 | 11°68 Se ee || alle meena | Me ewes Se 2 11-71 10) 30) “06 wo | at ai ee a es 0-46 | 11-79 eee iol eee Cea oa) Se S| 0:03 | 11°87 02} 49] 1-00] 1-00 1-00| 1-00] -20) - | - | - | - | - 51 | 11-95 “90| 160] oi) =| — | -40l) “70| =04| 40) 25) aie 5:93 | 12°03 - | 40! -61f 20] -50/ -19| -40o/ -5e] - | - | - | - 2°86 | 12-11 She | Tee anh ORE Se evil See he se 0°37 | 1219 Sh Sek | aaa a es eT eel Sp = = 12:27 2) = a ee See eS SS | = 12:35 Bh Sk S| ee i ee) mh ee eS et z 12:43 S| eS PN en een eae ee oP NS 2 12°51 Sl) SP So ea een ieee) coer CE se ee ep 0-20 | 12:59 hh SR Fa Sh) 2 = 12°67 ee en ee | ae Be | 2 fe 2 12°75 S| ie | eee eed meee cree eee) RS mee = 12°83 82/05 Heh se48]je205) 05] eae |e | a ane 0-98 | 12-91 1-00) 1-00} 1-00} 1-00} 1-00] 1-00] -97| 1:00, -go} - | —- | - | 1087] 12:99 958| 10-71] 10°83] 9-14] 9:00| 7-70) 8-74] 6-83) 2-62] — | - | — | 92-60 | 365-44 APRIL 1891. -38| 1:00] 92] -60| -75| -95| -6o| -o3} - | - | - 5:23 | 13-07 | Sp eae | | ca een meme Ceetaee eee |) een = le ees = 13-15 = Ry | a eam eran) eee en See z 13-23 S|) ARS i | ae ei eh ae SE ea = 13°31 S| 2 |S) Pe eee Se ey Se ha ee 2 13-39 = | 8 ea Ree a Sep lle |p ae lhe& = 13-47 Sali) ||) 208)" <621' Bil 641) oz) 08) seme aiee all 2:58 | 13:55 1:00] 1:00) 1:00] 1:00] 1:00) 1:00] 65} 75} 1-00 50] - | - | 11-90] 13:63 1-00} 1-00} 1-00] 1:00] 1-00] 1-00] 1-00] -50} - | - | - | - 9°75 | 13-71 4a SS) ol ea ea | lea eve ee = 13-79 - | +70} 85] 1:00] 1:00} 1-00] 1:00 1-00] 1-00} - | - | - 7°55 | 13-87 57 Bec60| eI) = | = |) |e ee Aen en rem ree | ee 2:94 | 13°95 Fol) il lees | ea me Ae) ee | Se) ee Be = 14-03 - | 10} 10] -70 a |e 8) A ESR on Be 1:90 | 14-10 | Cet ese WE mee ae poe |) Se 0-70] 14-18 =| Wee 88] ecb) ar08] = deem eeane| eee ee ae 0-95] 14-26 1:00] 1:00] 1-00] -92] -84] -25] -08) -08| +10} -30} - | - 9:07 | 14:34 1:00} 1-00] 1-00] -93| 40] -60/ -53} 30] 35] - | - | - 9-91] 14-42 1°00} 1-00] 1-00) -82] +70] -50| - | — | ‘bB| - | - | - 9°37 | 14-50 1:00| 23] 13] - | +38} -10/ -33] -o2] -16) - | - | - 6-05 | 14:57 12] -21| -20) - | +23} -30] -26| 03} -92) -7o} - | - 3°47 | 14-65 “63; -90| -97| -32] -30| -70| -67| -54) -26) -24) - | - 7°93 | 14°73 1:00] 1:00] 1-00] -88} -93/ -90/ -80| 97] -88} 05] - | - | 12°41] 14-80 See) (meme) cel ee |h Seah Oe pe 0-06 | 14:88 - | +48] -94f 1-00] 1-00] -72| -08} -04/ -o8} - | - | - 4°34] 14-96 Esai, ‘10/ -40) -62] -18] +62] -40/ -o1] - | - 2:33 | 15-03 al alee dies | (= 1 |P male nal P| 0°04] 15-11 eB) © 208 (Se GRE Mel SS RE ieee es 0°39 | 15-18 eh elf 2 fgg eee es | ee fe | es | 2 15:26 10|) 16) 02] — | = 9) 0 FO eeoz meen eee ees | = 0-31] 15:33 8:36) 9:70) 11-25|11-26| 9-85] 9-14] 6-56| 5°55] 6-12| 1:80] - | - | 109-18 | 426-45 FORT-WILLIAM OBSERVATORY. 279 SUNSHINE. Hours—ror Hour, LocaAL MEAN TIME, ENDING— MARCH 1891. Pele aiGe it 7 i Ge |) Qe etOmiiienemon ne ter WA | Thy Ke |) 17 | 18; | 19 | 20 Total Te le N= | cs. he ie 4G) at) | | a ee a ee 0-10 1 ie ee | ay OSs See cOCesUI she!” -5Op atl) =. of = | = 1:90 2 eee | - |) = | = Sl ecco OM Asiie Os!) = - f = | = | — | = 2-15 3 ne ice =. |) Seale ee Op reo eg TS AS = ae en, 0-91 4 en ee ed ee ee ae ee fie = 5 ee i | |) = | Sul cpp coaeccie -76| <1. +70) -07 =e |e 4-15 6 ee sa i _ | — | =o] Goll coolacodgna-CO|-88), 90. -92)) <6) = | — | - | - 7°86 7 eee | = if= | = | 92! 3:00) T00l 1:008 —-95)) 7-80) +80) 1-00) 1-00) 10) = |) — | - 8°57 8 eee | — | — | Ooh col ire oat Copeto0) WC0lht-O0).-55|.= | -— | = | = 7°33 9 roe vil eh — «ie = | 200), 1-00); 72 eyes ni] Ps | (oa ee 2-90 10 cee) = | = | =" — | 1-00) 1-00) 2-00) 4-00) 1:00) 1°00! .1-00) 1:00) 1-00] . 18) = | = | - 9:18 ll Dee — i — | - 05} 1-00} 1-00] 1-00] 1-00} 1-00] 1-00] 1-00] 1-00] 1-00] 18} - | - | - 9-23 12 meee = | = | - 10] 1-00) 1-00] 1:00] 1-00} 1-00} 1:00 1-00) 1-00] -88} 06) - | - | - 9°04 13 emi = i | — | = | 52) T-Oo, f-00Ne"-89) ©-52) 6a) <40] — | = | = | = | - 5-01 14 ee | i = | — Ee = |S, |) 2 ae er a |e ie 0-02 15 ee = i= | = | 0410 =Siipedoumecosimeet oy COS. |i ea |= a ee 1°58 16 Taree |= | = | — f= | 08h On rola Sy ee | Ree 137 17 owe | | = | = | “04h 47) AeOceIcOOleArO0| Te00h 201 — | — | - fe | — 4-71 18 io) So] 28} 1:00] 1:00] 90] -50) - | - | -34! 1:00] 1-00) -32} - | - | - 6°34 19 Cees i |) —- | = | 58! 1:00) 1-00) «88h 38) 04) 681-00). 66] — | — || = | = 6:22 20 Mey = | =r - |} =] - | - | - 10 ROS OO 4Siee-70) 297) 36) | 3°60 21 ea es fe a ee eae = = oe hie ee = 22 Pee = | - | - | = 08], “12a TShasz st O\eet2l, 9-45) 29) 2. = i ee | 1°64 23 ce oe foe SRS Se eae Se) = | 7) Sil ee eS = 24 Pee se | - | = fF = jae 2 \| = O2Re-O6lpe Mle of! aay == 0-24 25 See | = |) — | 60} - 47| 37] °32| -60) -86| 1-00] 45] -os} - | - | - 4°75 26 eee = |p = |, - 12) = <(yzd) 1) ci) RE el ae 0-15 27 aie = | = | = 14 |S Se |S ee |) EN ee 0-51 28 es = i > | -06| 07] = | “O02! “86 Bb -90).-90| “75! 65) <01] - | = | = 5-07 29 Seon = | — | — | 01] 60) -80) 64) -92)) 84) t-00) -93) 50) 86) -66) — | — | — 7-76 30 Sei | = | - 01} 1:00} 1:00] 1-00] 1-00} 1-00] 1:00] -50| 88} -92] 1:00] -58) - | - | - 9°89 31 Sum. | - | - | — | 0-01} 1:64] 10-49] 11:86] 13:34] 14-74] 15:87] 13-09] 14:37] 14-28] 10°32] 2-17] - | - | - | 122-18 Sum. i] | SUNSHINE. APRIL 1891. ily (ee 2 08] 1:00] 1-00} 1-00] 1-00| 1-00] 1-00] 1-00) -52/ -62) -o4f - | - | - | - 8:26 | 11-25 1 ep Pe de RS Rt eee eR) 80 Fee eal ane = 11:30 2 5) cee | | I ee 2) |e OAL meme eames ts | a ee Plies 1-03 | 11-35 3 ee ieee l= | = o2| -12| -14) - Goce ee ea. |cse es eee 0:33] 11-40 4 eee eae |= ' |= |e ce eS Se ee Se > 1145 5 Gens le [ee 20| 12s te aa eS eso lemed Oli! | =e ees Ney |e 3:16] 11-50 6 ea omiee ie | = | = |= |= | SRO NCoINT-00) f-88) = -48] 0a = ee. oe 312] 11°55 “i 2 |) Se 55] 1-00] 1-00] 1-00] 1-00} 1-00] 1-00) 1-00) 1:00/ -90| 1-00 -77/ - | — | - | 11-22] 11-60 8 aa |) SoS 10| 55] 1-00] 1-00] 1-00) 1-00} 1-00] 1-00] 1-00] -93} - | - | - | - | —- 8:58 | 11-65 9 oases = |) = Siete |) aie) 4) a0) Se 1:23] 11:70] 10 11 | - | - | - | -62| -86| -92| -82) 1-00) 1-00) 1-00] 1:00] 1-00] 1-00| -73) -7o) - | - | - | 10-65] 11-75] 11 ee eer -66).21-00| T-00) 1°00] 1-00) S-Series Wee) 8 fms les |e |) Se 562) 11-80] 12 eeeies | = | esl 18} -02| -04 -82| 62) oz) = i} GES ae Ee ee ee 210] 11-85] 13 eerie | =| — | = | 46) seOesmeaa op oe) = f= | = = if 154] 11:90] 14 fetes |-— |) = Bll) 242) -50) 550) sO eesleec72) 10) = > | — ) 2 = 4°50} 12:00] 15 ie | - | - | - | —| 08] :62] -73) +95] 1-00) 1-00] -96) -22] -48] -78| 1:00] -04, - | - 7:86] 12:05] 16 tae | = | = 92| 1-00] 1-00} 1-00, 1-00) 1-00} 1-00) 1-00] 1:00] -78] 1-00} -85| -05) - | - | 11-60] 1210] 17 ia | = | - 96| 1-00] 1-00] 1-00] 1-00} -96| -75| -60| -80| -72| -08} -62} - | - | - 9-49} 1220] 18 fom 2. — 08} 1:00] 1-00} 1-00] 1-00] 1-00] 1-00} +72) -74| -76| - NOW aie ene 8-40} 12:30] 19 20 | - | - | -08] 1:00] 1:00] 1-00] -90} -60/ 1-00} 42} -96] -12) - 12-20 7-40] 12-40] 20 eee ie lei) -02) 50] 72) = |) -70lesoleesit-s0l 45) -48]) 80) -Osl a= | = 4:73 | 12:50] 21 22 | — | = | -16| 1-00] 1-00] 1-00] 1-00} -90| -97] -38/ 58] -94| -84| -42} -gs} -14 - | - | 10-21] 12-60] 22 23 | - | — | 16! 1-00| 1-00] 1-00] 1-00) 1-00] 1-00] 1-00] 64] -90| -92] 1-00) -88} -28} - | - | 11-78] 12-70] 23 ck ee Se eee ae ee ee eee Vi} =8%) ag) = Gel) ee 0-67] 1280] 24 pee) 2 = i = | = | 0-20) 37) -50/ 1-00)| 1:00/P1:00l) 9-08) 48! 1-00) 1-00) -21) — |)-- 7:94] 12:90] 25 Poon see es | | = 06} -03] 33] 1-00] 1-00] 1-00] -09| -30} -25] - | - 4:06] 13:00] 26 Pa en) 88) 22) 74) 67) = = OseeOpen| 06) -2ole—4)) =) = 2:40] 13:10] 27 Some, 2 | 04} 41] -57| -70| :33/ 83] 1-00] +70] +64) -72| -77| -26) -1o] - | - 7:07] 13:20] 28 Oe es | See) |. 207 SPS) S|) ees 0:07 | 13:25] 29 Smee = ies = | 14 75| 92) +74) -68| 26] -40| -09) — | - | - | - 3:98 | 13:30] 30 Sum. | — | — | 0-48} 8-31] 11-99] 13°68] 14-74] 16-02] 17:69] 15:13] 16-28] 14:50| 12:20} 8-33] 8-50) 1-15) - | - | 159-00] 364-45 | Sum. 280 SUNSHINE. 4 5 6 ee 1 = EA ho 2 = 3 = 3 x is .. 4 it 2 a 5 = - 38 6 & 5 2 7 = s mJ 8 2. 4 9a) = Ul 06 10 = 40| 1:00 11 = - = Toy Ree 60 13 = = = 14 = BS x 15 = = eo 17 - - - 18 = = = 19 = = = 20 = = = 21 - - 18 22 - SO} 2 23 = +32) 1:00 24 - 60} 1:00 25 = = = 26 - = = 27 - ~ - 28 = = = 29 - - = 30 - - 02 31 - 92| +04 Sum - 2°34) 4°40 SUNSHINE. 1 = ey hee, 2 = i) al? 3 - 32) 1°00 4 _ *82) 1:00 5 E = - 6 30] 1:00} 1:00 7 20| 1:00) 1:00 8 Be “4 + 9 +42) 1:00) 1:00 10 22| 1:00) 1:00 ll 48| 1:00} 1:00 12 42| 1:00} 1:00 13 - - - 14 = - = | 45 Fae 16 - - = 17 - - - 18 - - = Tees Pe = 20 - 30| +98 21 - - *84 22 - 60} *72 23 28) 1:00] 1:00 24 - - - 25 - 40 44 26 - - 27 - ~ - 28 - - 80 29 - - - 30 ~ - Sum. | 2°32 hd 12°90 BEN NEVIS OBSERVATORY. Hours—-ror Hour, LocaL MEAN TIME, ENDING— MAY 1891. 7 8 tot wb of 13°80 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17°] 18 | 19 | 20 | 21 | Total. [Possible | £ S| Rf ey he =a) | tae 15-40] 1 me eerie SN Way r= re te ee ae ees |) 15-48] 2 Be aces st a ae ape les, Sees | a 100] 1555] 3 18] -86| 42] -60| 40}. -42) -88) -30/ -76) - | — |) - 4°83] 1562] 4 Seis 20s bcs pee | ere ep! | 2 4-06] 15-70] 5 | MO a Pe Ne ali | a ae 2 15-77 6 Eo) Sh eo ae ee ee ob eS | oS 2:06] 15:84] 7 |S lee ae ee re SS 8 Neo Oo a O12] 15-91] 8 24) +80) 68] -18| 78, -50| -60| 68! 1-00] 1-00| -40| — 692] 1598] 9 1-00} 1-00} 1-00} 1-00} 1-00 1-00) 1-00, 1-00 1-00! 1-00; -18 - | 1458] 16-04] 10 1:00] 1-00] 1-00 -14] 1-00 1-00) -97| 1-00, +97) 32) - | - | 1-30] i611] u 1:00/ -70; “18! - ; -08| -90; -76| -02) -12) -o2] - | - 6-92] 16184 12 Ce eee | eee i Si) GO) 2 be 0-88} 16-24] 13 SSR, |e | se eae ee bee eee coe pee 0-01} 1631] 14 BS |" 2) | eee evil Weo al) ea aan ieee = 16-37 | 15 , 20/06 03 | 06) = |= || = ey | oa) Es 0:35] 1644] 16 Se) ce | PO eee ee fl = al ibn eae 258] 16:50] 17 12/04) -10) -72| -60/ -08/ -08} - | -te) - | - | - 3:54] 16-56] 18 1-00! -62} -7ol -48] -36) -46/ -48) - | -60) -la) - | - 510! 16-62] 19 72/66, 04) 1-00] -24/ -g2} - | eo} - | - | - | - 5-95] 16-68] 20 04) -10| -68] -54| -36| -38| -30| -40/ 1-00] 1-00] -54) — 6-28] 16-74] 21 =O) ease FONE | = |) 00) =, eal <8 meoe ae 376] 16-80] 22 SOlmeed\ aan coe 2 | orl ciel lee ahi eee = 6:33] 16:85] 23 - | -26| -50] -86| -14/ -o1] -02] -48) -70) -62| -36| — 791] 16-91] 24 08] -06| -02] -22| -63| -10/ -18) - | -25] -74] -19] —- 245] 16:96] 25 Se eae | A || fe ieee ee 0 eee nes 2 17-02] 26 ae Manet ee il || x00] A rellbe tae al mead ea ae 0-02] 17:07] 27 PONS, eS) |e |) Seer Ce 2 712] 28 her | een | Aaa |e le a en Meee PS x 1716} 29 - | -o1} -o1f -60| -58| -52| -60/ -50/ 92] 1-00} 42} — 519] 17-21] 30 OY | Pear |aeeso}e =2|| “pal 0 |e) ee eam ea ee ae 1:96} 17:26] 31 6-29| 8-05) 8-79] 7°87| 7°30| 6°52) 7-19| 5-46} 8-37} 6-76] 2-30/ — | 104-10 | 508-40 | Sum JUNE 1891. = “74\ 1-00| 97| 856 = 5) || Sen 3°39 [ 1730[ 1 1:00} 1-00 =| = || tell ell Pepa igo! mee oe 7234 17344 2 1-00) 1-00 1:00] 1-00} 1:00] 1:00) 1:00] 1:00) +70) - | 15-02] 1738] 3 1:00) -96 1:00) 1:00) 1:00) 1:00, 1-00} 1:00) -90} - | 15-66] 17-42] 4 ; 08) “12 ‘48 -66| 92] -76 1-00! 1-00; -58| - 690] 1746] 5 1:00} 1-00 1:00| 1-00] -88] 32 +20] 1-00] 1-00] -o4] 14-74] 17-49] 6 70) 92 12] 52} 98] -96 58} 40) - | - | 10-40] 17521 7 | 82) -91 -92} 1-00] 1-00] 1-00 1-00] 1-00) 1-00] 14] 12:36] 17:55] 8 1:00) -98 50/50/82) +70) -02| -32} -03] - | 11-29} 1758] 9 1:00| 1-00 1:00) 1:00) 1-00] 1:00 1-00] 1-00 +72) - | 15:94] 17-61] 10 1:00) 1:00 1:00| 1-00} 1-00! 1-00 1:00! 1-00! 1-00! +10} 1658! 17-64] 11 1:00) 1-00 1:00| 1-00| 1-00] 1:00, 1°00| 1-00] -16 - | 15:58] 17-66] 12 Sa Wi sl ae ef a hn ee 2 1768] 13 zl ae = || eee BN aa ea aa eas = 17-70] 14 = Seah 2 = Zia WS Z 771] 15 = fl we 2 is Suis Sy SA = 17-72] 16 =P (ee oes a fe | a Pes 3 17-73] 17 =a Slows = Ss | Se eS = 17-74] 18 Wes 02} +38} +92} 1-00) 1-00) 1-00] 1-00 +12} 5-44] 17-74] 19 1:00) 1-00 94) 1-00} 1-00! 1-00} 1-00] 1-00/ 58] - | 14-04] 17°75] 20 1:00 1-00 1:00| 62} 1-00) -54) +30) - | - | - | 1130] 17-75] 21 1:00) 1-00 1:00' -94! -96| -66 -42) - | - | - | 41-78] 17-75] 22 1:00, 1-00 1:00 1-00] 1-00} 1:00} 1:00} 1-00] +74} - | 16-02] 17-75] 23 0°03 Se Se) ae all | Sd 1:05} 17-74] 24 * 16 9b] stoi) =o eS 1)> 18) = 3:33 | 17-74] 25 25) =) | eee ee ce | sco = 17-73] 26 Eales — |) ll cage eae eal ee || oe 1:20] 17:72] 27 ae She | SS | = | CS pee 208 | 17-71] 28 See Se aes | = | See = 1769 | 29 | Pe Sule os il Se Sar e 17°67 | 30 13°63 13:89 12:88) 13°62] 16:40] 13-77] 12:24] 13-26] 8-90) 0-40) 211-83 | 528-97 | Sum. LS eS Se” FORT-WILLIAM OBSERVATORY. 281 SUNSHINE. Hours—ror Hour, LocaL MEAN TIME, ENDING—- MAY 1891. Ais ee) 7 |) Sei) oF) 10) re |) 1) 1s |) 4 |) 15 | 16 | 17 | 18 | 19 | 20 | 21 || Total. [Possibie, ee =) = |) = se | he) eel | ce SS a) ean | 2 ie = 13:40 1 Penh ee |) — eee) = IE OU) Sa 20 IF “14! -20)(" +82]. = (|| an | ee 0-89 | 13:50 2 eae i | & |) 2 eee osieGolp 03) 60) =40/-83:| -48) to) — | = | = 3-98 | 13-60 3 4} —-|-|-- |. - | -08} -13] -52| -85/1-00} -88) -90|] -33| -40| 1:00] 1-00] -4o] - | - 7-49 | 13-70 4 i) a ee 40| 1-00] 1-00} 1:00] 1-00) 1-00/1-00] -99] 48; - | - | - | - | - | - |] - 7°82} 13°80 5 eo te | 20 = | nO ee ees te pe ee] = le | H 0:22} 13-90 6 mee oa fh | = |= 23} -95| -98}1-00]1-00]1-00/1:00] -87| 40 = |e 7-43] 14-00 7 eres lef | ee See G0 1G 57h <82|- -06) — | = 215} 14-10 8 cee | = Ct) ESS a 25}1-00} -98] -70| °67) -29| -49| -70) -73] -6o] - | - 660 | 14:15 9 #0. ||. - 12) -69|} 1-00 1-00! 1-00} 1-00) 1-00 | 1:00] 1-00] 1-00 | 1-00} 1-00] 1-00} 1-00] -63} - | - | 13-44] 14-20] 10 11 | - | - | -04} 1-00) 1-00} 1:00) 1-00] 1-00] -82] -35]1-00/ 1:00] 1-00} 1-00] 1-00} -42} - | - | 11-63] 1430] 11 12 | - | — | 59] 1-00] 1-00] 1-00) 1-00/1-00| -34} -27/1:00/ -98] -83| -38} -52} - | - | - 991} 1435] 12 Bees = Ee iS es Ron eesa eb6)) 5-07 |. 1-00) 49] 20) — |) = 272] 14-40] 13 mete | eso 97 79)| 1-00-88) 13) — | — | - 4-07 | 14-45] 14 15 | 09} 10) - | - | 13] - | :59|] -50] 58] -81) -6o| -69] - | - 4:09] 14:55] 15 ieee = 4 — | -47| -80| +23] 30] -70)| -441)*-82)/ 22 -49| -40/) -47) -t3l-- | - | - 4:97] 14-65] 16 me | =} = —~ | -35] +90) -52/1-00| -94] -89] -96/ -65/ - | - BT lle. = 6-21] 14:70] 17 eee =) il) =D) 100) “50 82 -68\| 68-65 || -62| -13| -14| -22) - | - | - | - 521} 14-75] 18 19 | - | - | - | -65| -60| -63] 1-00/1:00/ -75] -80| -68] :60] -79| -10| -o5] - | - | - 7°65} 14:35] 19 20 | - | - |. -30| -66} 1-00] -81/ 56} -90/1:00}1-00| -80| -80] -86] -33} - | - | - | - 9-02} 14:95] 20 21 | -— | - | 41] 1-00] 1:00] 90) 1-00} -88| -9241-00| -90/1-00] -92| 1-00] -go| -89) - | - | 12°62] 15-00] 21 22 | — | - | 70) 1-00] 1-00] 1-00) -82] -41| 26] - | -38| 35] -50| 60) -63) -24] - | - 7°89} 15-02] 22 23 | — | - | -63) 1-00] 1:00) -90| -90| -79] -324 -40| - | -21| -61| 51] -66 - | - | - 7:93] 15-04] 23 Bie) = || 80) 70) -61) 1:00) +96) 1:00) -9S 9) -88| -77 || *17| -66,| 1°00] -88| 90) - | - | 11-32] 15-06] 24 eee | — | -20) 10) 27) 47 |) 8b -82)1) 5b 1-00) 60) — | — 10/2 | = 4:96] 15-08 | 25 eee | = | = | = | — If 96 bo NE-OGN— 1024) 0-29) tal 94) —- | =|) = 172] 15:10] 26 Oy = Se =i 2 |.4 ) ol 2] el) iii | Sa = = 1512) 27 nn ec eet ee |) 8 fe | a Se li — By OW || EN = 0-21} 15-14] 28 Sees ei |= |= | 2) = | aes pa eS} tz). | 0-70} 1516] 29 ey -1|| = 81} +90] 1-00) 1:00! 1-00] -30/ 1-00] -99| 1-00) 1:00] 1-00} 1-00} 1:00] -97) -06} - | 13:03] 1518] 230 i) 20} 1:00] 1-00! 1-00] 1-00] 1:00] -50/=-53] -56/ -20| -o2| - | - | - | - | - | - 701} 15°20} 31 Sum. | = | 0-32| 6:67) 11°59) 13-93] 13-20] 13°65)15-75 |16-03 15-01 |15°76 |14-84 |14-39 | 14-37| 11-21] 6-10] 0-06, - | 182-88 | 450-40 | Sum. SUNSHINE. JUNE 1891. meee | — | | — | -86| —. | “60998-4011 on | 92) -09 “13; --| = | = 4:89 | 15:22 1 2 | - | -36| 1-00] 1-00] 1-00| 1-00] 1-00) 1:00] -38} -05| 01} - | -08| -01) +52) -23) -20) - 7°84] 15-24 2 3 | - | 35] 1-00] 1-00] 1-00] 1-00) 1-00, 1-00] 1-00] 1-00 | 1:00 | 1-00 | 1-00 | 1-00] 1-00] 1:00; -28) - | 14°63] 15-26 3 4 | - | +44] 1-00] 1:00] 1-00] 1-00] 1-00) 1-00] 1-00} 1-00 | 1-00 | 1:00 | 1-00} 1-00} 1-00) 1-00} -30| - | 14:74] 15-28 4 5 | — | +80] 1-00} 1-00) 1-00] 1-00] 1-00/ 1:00] 1-00] 1-00 | 1-00 | 1-00 | 1-00} 1-00] 1-00) 1-00} +21; - | 14:51] 15-30 5 6 | -— | -30} -41| +51) 1-00} 1-00] 1-00] 1-00 | 1-00] 1-00 | 1-00} 1-00|1-00| -93| -72| 1-00] -34| - | 13-21] 15-33 6 7) -|-]- | - | - | - | = | [-50]|[(1-00}(1-00]'[1-00](1-00)[1-00]] 1-00) 1-00} 1-00] 40) - 8:90 | 15°36 7 8 | - | — | -29} 1-00] 1-00] 1-00) 1-00] 1-00 | 1-00} 1-00 | 1-00) 1-00 | 1-00} 1-00] 1-00) 1-00] -38| - | 13-67] 15-40 8 9 |; — | 62! 1-00] 1-00) 1-00) 1-00) 1-00] 1-00] 1-0041-00;1-00/1-00,1-00| -90) - | - | --| - 4 1252] 15-45 9 10 | - | +52} -93) 1-00] -98| 1-00] 1-00] 1-00 | 1-00} 1-00 | 1:00] 1-00] 1-00] 1-00) -90/ -33/ - | - | 13-66] 15:50] 10 11 | - | 65] 1-00} 1-00] 1-00] 1-00) 1-00] 1:00 | 1-00] 1-00 | 1-00 | 1-00 | 1-00 1-00] 1-00] 1-00| -44) - | 15-09] 15-60} 11 12 | - | 61! 1-00] 1-00] 1-00] 1-00) 1-00] 1-00 | 1:00} 1:00 | 1:00 | 1-00} 1-00| 1:00] 1-00} -90/ - | - | 1451] 15-70] 12 ae = | = | — | — Sees) = he al es arly oe (Mee al sh 3 0-08 | 15-72] 13 Pease | | = | - OZ =) |p Ol] O2] meOonmesOn me Ie) ere ean |e es |g S 055] 15-74] 14 ee 1 eS RRR | a (i (em me) | re || Sh ee ee | eee een - |: 15-76] 15 eee ees |) 88) | 15) — ea eog ee | | = = |= 0-40] 15:78} 16 St. ee SS ee a) ee = 15°80] 17 De eo i fe |. le ee ie | oe She - 1581] 18 eee =e ee | — | — | - | = | -O8N 8 Se to\1-00'|| 1-00); 1-00) 1-00) -4a| 4-69] 15°82] 19 Pie =.) = 95] 1:00) 1-00} 1-00} 1-00) 1-00} 1-00] 1-00 | 1:00] 1:00 | 1-00 | 1-00] 1-00) 1-00| -40] - | 14:35] 15°83] 20 21 | - | - | 78] 1:00] 1-00] 1-00] 1-00] 1-00 | 1:00] 1-00 | 1-00} 1-00] 1-00] 1-00} -60) -20) - | - | 1258] 15-3] 21 22 | - | 50} 1:00] 1:00] 1:00] 1-00] 1-00] 1-00) 1:00] 1-00 | 1-00 | 1-00] 1-00| 1-00} -98) 10) - | - }] 13-58] 15°83] 22 23 | — | 61] 1-00] 1:00} 1-00] 1:00] 1-00 1-00 | 1-00] 1-00 | 1:00 | 1-00} 1-00} 1:00] 1:00] 1-00} -44| - | 15°05] 15°83] 23 2 | - | - | - | -87| 1:00] 1-00| -87) - | - | -44/1-00] -8511:00| 94] 1:00] 1:00] 44) - | 10-41} 15-82] 24 2 | - | 60] 1-00; -92| -30| +23] -87) °77|1:00] -92)/1-:00)1:00| -41; - | 06) 17} - | - 9-25 | 15°81} 25 26 Fs s -30| -72| -66| -77| -5O| — as ee zs =| < = |) = || = -|- 2°95 | 15°80 26 eee |e ieee 303)! “50, =34| “16 | — | See ee ee |) el) Se ele 158] 15°78] 27 28 SR OO MTC es 1S) = || — | +) nee Si eee eer Vi) a |" 3:17] 15:76] 28 sO e-omnogt | 2 | — | — | = Paes 8 eh = |) K 0-64] 15:74] 29 eee = |-- b= = agit |) —~ |) Se ieee ren Pose Hoy se lar. 018} 15:72] 30 Sum. | - | 6:74] 14-78] 16-82] 16-85] 17-04] 17-51/15°58 |16-02 |16-54 peas 17-18 |1762 | 16-04] 15-29] 12:93] 4:26] - ] 237-63 ] 468-82 | Sum. ROY. SOC. TRANS. EDIN.—VOL. XLII. 20 282 BEN NEVIS OBSERVATORY SUNSHINE. Hour—ror Hours, Loca, MEAN TIME, ENDING— JULY 1891: Pee ag ay aif (iE) dete neo koy atl 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | Total. |Possible. i eal ee sail ae alles hl oe she 68} *54| -90/ 94] 1:00) 42} - 4°50 | 17°65 1 | meme tee sc fy | pene eB S| estes lp | eh | col OG 0-08 | 17°63 2 3 = = x 03) - = = = - = = - - - - - - 0:04 | 17°60 3 Ne ee eR aces WR seth ee lh" | ea ee ora esos | ea | Pao dl kyl al ae ee ge 2 17°57 4 B oilt onl ele eal deal ee eaaes Sam geese bei] bist eee tdilee = 17°54 5 Pad eee eal ee |) cong “79\ 100) 1*00)) -09| = |) =F |e. ee 3°79 | 17°51 6 DAD eRe en ee ee oe | oes) baal =e lame | Bees mete em mec lil ae Ns es 0:05 | 17-48 7 Bia ea ee een Gee ioe” | "aie ee Bee ae) ey eel ea en = 17°44 8 9 16| 1-00) 1:00} 1:00, 1-00] 1-00] 1-00] 1-00 1:00} 1-00} 1:00} -06} 31) -08| +72) :41; +16} 12-90] 17-40 9 10 | - | - | -03} 15] 35] 90} 1:00} 1-00 1:00] +77/ +80] 1-00] 1-00] :76] -68| -55| +14) 11713] 17°36] 10 11 | - | - | 50} +90 1-00] 1-00] 1:00] 1:00 ny | eee te a = ff Se 6:96 | 17°32] 11 12 - = = ae ee = = = = = = = = = = = - - 17°28 12 fs ie Mls eel a= alleen ee 73 -60| +29] 60] 91) -80| -97] -31| +60) 33) 6:76) 17:24] 13 EE a SS Se eres e clay toa) 43} -60| -46| 43] *10/ 22} +03 = 3°97 | 1719] 14 15 | - | 1-00! 1:00} 1:00, 1-00) 1-00] 1-00} 1-00 1:00] 1-00} 1:00} -74) -o7] -05] - | - | - | 11°86] 17-14] 15 | os fs ae es iG cap =} = 25] 46) 32) 18 =i = 4) =.) = 2:08 | 17:09] 16 iy Erbe | een eres Sse ee et feces | hl SSeS SS ib Seer on) a 1:72 | 1704] 17 Tel See ein ea ay een es ‘47| “10 =) | 270) bill 15) 24-20] = 2°84} 16-99] 18 19 = . = = 792i es = ~ = - - - - - - 1:00 | 16-94 19 San mee ee | cra Zeal. Se]. 2.4] Ce ei es 5 Z 16°89 | 20 DIP igesanl ea dey sa 1) ee Se ee nee mel en lh 16°83] 21 pe eg Bl ot ol thes gill Sail ES SRS, Sees io ts 16-77] 22 ola h See ae een ea ae 38} -98| eee ees Re aay) Sel 1:36 | 16-72] 23 Berle Sauilice wall ee! Gee BAECS | = qf yee a eae | ee ee = 16°66 | 24 5 2 2 = pala = = = = = = = - - - - - - 16°60 25 DB eels | 62 ili cal os Meee eee ee ee! v= aci| el ell aan, bea nae = 1654] 26 Fr aa hl, 2. le. | celle Bea ane Ort ieee S| Rie EN ee Le |e 0°03 | 16-48] 27 BB ise le a eel bt | ee a all el y= eee Sal Pe ean ee = 16-41] 28 Boe Naeeeal spies Al Sencl -2ONik eee ee Spe ee hs meen es, Vinee: et 0-01 | 16°35] 29 BO | ai Sell eee esl) cea | 19 4i|| 1:00) -90|| | 294) "52| (=| 52 || eal 400 | 16:28] 30 Bt ee 08} 83] 1-00, 1-00] 1-00] -80} -70 “50/63; -20/ 30] -27| 10) - 13) 8:49] 16-22] 31 Sum. | 0°16] 2:08] 3:36 4-08, 5°51] 6°63} 6:39] 6:49 6-49} 6-81] 7°66] 5°65] 4-12) 3-38) 4-26] 3:09] 0°63) 83-57 | 528-16 | Sum SUNSHINE. AUGUST 1891. TO Sy ee ee ee oD = [| 2 J/ s el et leer hes), TL 32 | 16-15 1 DF a Bal age al el Fe) ReMi aad ee gan gel «| etal dk 1S ieee ee = 16-09 2 Bai Se |) 1 Sees ee ete ESO) Weil 19!) --59!'” 80|. een hme eee ee |e 1:55 | 16-02 3 Oe a) ee | cObl eemli <05|) 219] 43] ee-08! )e0|eee te meen mee mee 1:23 | 15:95 4 MS ce ae 49| +55] 35] 93] 94) +52) - 19) -23) -04| -39] -03} - | - 4°71 | 15:88 5 6 b=) Se Sl e539) 60) 7Glmenolmear i ON 92): || Set) eRe ee eee ero ee 3:00 | 15:81 6 Be ae a be 7 ey al ee ee Rh i = 1574] 7 eM rare Ee Se) ae Pn Me ee ce |e mT Ue = 15°67 8 et StS (See Sas Se il eoe | sal ices eh se ele Ss = 15°60 9 20 = Por 84} 1-00] 1-00} 1-00} 1-00} +89) +90} 89} 1:00] 1-00} +04) - | - 956 | 1552] 10 rT Fee ee fea Ve ea) em Mane eet! 2 a) ie gee eee IER |f 3 fo | Nene = 15:45] 11 12: | Se eae cee | Sy weed ene Ss | So ee Ne ia ee Re er ee eee = 15°38] 12 a PR ee fen ee ee eee ee ee ee a eS = 1531] 13 Mae pale i Bec gl een ee) | eS ae eee ena ae = 15:24] 14 Se Wet ra) na) a a RE Nn Se hoe | crea berm | ee ieee iment le a = 1515] 15 Ta | el lee On 10} - 24) -57| +13] OQ] +13) 41) +20) -64| + -21) 68] -58| -27] — 418] 15:09] 16 THAN gee | gee | ce cei Meme) Wea cme ells ea Pe a ee cee, Seah el AS = 15°01] 17 18 (eS Se = = = = = ee epi 50] 90) “-gal eon ya =) a7) 4-71] 14:94] 18 TC | en a= Sie! fp cee Men 40] 35] 34] -40] -33/ 38] + -20| -6l| 64) 18) - | - 3:83 | 14:87] 19 Tee (ES 1 aed ep pn eet gest Waa Mame aD Pee co 1] Se Is a ee O11} 14-79] 20 a |-|-]-|{-|- 03} - 1 Se SS ee eg am eon |e ot O14] 14-71] 21 m}-|-j)-/]-!1- | - | 4) -38 277 -30| 1-00] -69! -30] <95/ | - 90|/ = a 9:88} 10:20] 22 | ai) Se 6:36 | 10:15] 23 ee) i= | = |e ae le Be 1-44] 1010} 24 > | 24S Sa - | - | —- | --1 0-96]'-10-00] 25 oie | = = || - = || =) 25 SS5 620) 9:90)]' 26 tiie | - | = | - = 2 SH) = csr) 9:30) 27 ae | = | = | — SS Sie iP Soa 9:70 | 28 eee =| = |} - |e eae 0-73] 9-60] 29 cy |) = ae SO Se) 05 = 9501) 20 Sie i= | — | 0:30) 1-25] - | - | - | 78°50 | 822-95 | Sum SUNSHINE. OCTOBER 1891. ee ee avi = | = | = -| = |e ao dale 20! 650)" <6, — | = | = | o- 1:60] 9:40 1 Pee s= = | = | = 52) 1:00] 1-00) 1-00} 1-00) 1-00} 1:00} -80| 36] - | - Ss 768] 9:35 2 | 2.) SS ee ee eee = = Se eo lin ee ie = 9°30 3 eee | =) = |= Sr a | a ee ee ee ees = 9-20 4 eee = | | i | | le AQ! -00\:00lmeefojmecozie-On| = | = | = |e) = 319] 9°15 5 oes Hn} mel | |g OY Ny ee ail ge) a = | = I = 053] 9-10 6 | | SS 50! 48] | 10 Gae| eal = Beer i) oes Soa MMe SAS mt ame MN cy | Wiwee WHNeS SPH WinMMe Seger tinmminc = SHOSS SoSSS CON | MN MMS SCOSSS MMMM ES nN | mel MMNSS ASM WM eS MMe = Seoooo Soon cop SUMS Sorec winmnn & = | Winnie WMS S COMM WH SoS HMMM Me ss = SAHOSS SODON SSF PS SHIM SOFTFS HMMM & Hilats Cries Wome Qtr NGta RaARSe 5B | raews enwesg aN SAAR ANAAR RNRKS E = BEN NEVIS OBSERVATORY. 303: CLOUD. AMOUNT OF CLouD (0-10). JULY 1891. =—90 /s Mid- Mean, 1 3 5 | 6/7 ]8 ] 9 |} 10) 11 | 12713 | 14 Wy | aks} |) WS) |) Bay |) PAL || Bay || 28} nicht 1 SESlPH;=)/=/= By |) By |i 5) 4/10 = 9 2 = l=] 7] 8J/= 8/=] 9 10; =} 10 9 3 =| 7\|=/)= =/=/= 10} = = 10 4 = = =/=/= =/ 10 8 10 5 8/ 9] 10] 10] 10 =Sl=]/= = |= = 10 6 10} 10 = = 9 Uf = 10 8 = 9 9 9 5 4 6 coll IIL tll Ill coil No CO NN ges as woo 10 Il sa co evil Il ll Ill ox ~xolll Ill Ill Ill eo exon ll Ill Ill WM eo SUM AM ps IT TM SU THE A TID TIL UI ges Sel MT coll Ill = sxeolll Ill Ill ess osalllll sail iiss | 5 Wat MM ps ceo IN esa lll Sooo HAN MM AM MSU S axrcolll S Boll Ml oo MMM MW HSM Sa safle SSM AM WM A UM WM AM Secollh sy Sma AM vag Ml co TMM Al | a HWM SM WM RSS oll tllo Srolll Ml Sil Sill il HN MMM SM MM coh S oll Meo Sool MM stl Sill il | - a i HM A SUM AM oll ll co OU MM ee cos ME HI UM coll co Ill Il HUAN MAN MM xt S cocero lll M oS MM MMM So | poll MMM MMM col MM Sa oll ilo Seolll Ml oSlll oll | wo = 6 8 = = 10 = 10 Fi 8 3 4 = SPH), =H/=)/=/= = Uf 12 = SpPjHSfyHl/=Hl/=/= = 10 13 6 A) Bil @ | ON ON ¥% 1 7 =/= = 10 8/10}10|]10/] 5] 6 7 7 15 0; 0 2 if Toe LOD Sa als 4 5 16 9| 8|/=)=] 4 = = /=/10)/=)/)=/= 6 9 17 =h= (=) == = sea eal On Gules 6 8 18 = 10 Sy LOR Pon LOn | alee 0 8 19 =/=] 0/ 7|=/10| & = =S/=/= = 9 20 SPH, =] =)]/=)]/=/= = SlHl/=/=)/=/= = 10 21 SPH] Hl ele] =/=/= 1 =)/= = 10; 9}]10/10;10/;10) 10 10 22 WO} =) =/ =] =] =/=/=)])=/= = SHSl=HJH=Hl)=);=)/= = 10 23 — i a | — er i fi in| | = =/= 8}; §/=s= = 10 24 SPS] =H] ] =] =] BH] ES] ES] SE = = Sle] =/=]/=/= = 10 25 SPS pS PS PS fF SES | ES SES =H=Sl=/=/=/= = 10 26 = = — or SHSl=f;=;=/=/= = 10 27 = = =/= 9) =) SHqe=Ht =f] =] =/10}10) =] =] =/=/= = 10 28 | = = Sl~PHl_=/=/=)/=)/=/=)]=)/= =/= Sl=H/s;=|/= = 10 29 = i ee Sl=Hl(/=/=)/=/= = 10 30 | = = =il_=/=)=] =] 107 5) 5] 4) 6) 10) =)=/=) 6/=)/= = 9 31 0 4) 3) 8) 9) 7) 9) 9 710) LO TO Ao 9) 9) 8) 9) 10) 9) 8) Gl oO} 2 5 7 Mzan. | 8:2} 8:0 | 8°6 | 86 | 9:2] 9:0} 8:5 | 8°8 | 9:0 | 9:3 | 9°3 | 9:3}. 8-9 | 9:3 | 9:1 | 9:3 | 9:1 | 9:2 | 9:0 | 8:9 | 86 | 8:2) 8-6) 7:9 88 CLOUD. AUGUST 1891., 1 7) 9) =) =) =) =] =) ES) SE SS I BE EI SE | EI Ee BE BE SE IL ES ET SE SE = 10 Oe SSeS eS SSS aS SS = 10 38/ 2/] 8] 10 9 3 4) 3] 6; 5] 6) 6/10} =|] 10/ 10/10/10} 6/10] 10)10); =/]10;=/=/=/10/= = 9 4 7) =] =)/10) =] =) =] =] =] =] 10) =P =] =] ES) =/=/=/= 9} 8|=] 6] = 10 BSH] H ft BH] KH] BE] Ef SE ESE |] =] O22] =} =P =] =] 10/10] 9} 8); =)/=/=] 9] 9 1 9 6 8) 1]; 1) 1] 7] 9} 8] 8] 9) 8) =) B=) =] =] =) =2/=/2=/2=/=/2=/= = 8 {a ee ee ee ee eee = 10 BJ/B (HB /B]/2 /S/2/B2/2IN0E2/2/2/e2fe!2!)Se!/=/=/= = = 10 9 SEF =] =] =] = SE] ES) =|] =] =] =P =|] =] 10 = =| = = 10 1 |=) =/=/=/53/=;=] 4] 8] 1] 1] 49-1) 5] 6] 1] 38] 38) = 38/=)/=/= = 6 Wo} =)=)/=/2=)/2=/=/=/=/ =. SflpHyPjHl=H=/=/=/=/=/=/=/=)/=/= = 10 12) =) =] =)/ =] =/=/=/=/= SPH) =) =] /=)/=)/=)/=)/=/=)/=)/=)]/ = 10 3) =) =) =/=)/=/=/=/=/=2 SPH y=) =] =); =/=)] =] =]=)/10!] 7] 8 8 10 14 7) =/=/=/= = =/= = = Sy] =] =)/=)=)/ = 10 bb }|=/)=/=/=/=/=2 =/= SHPH (a) =/=/=/=/=/=/=/=/=!1 = 10 16 SpH/=/=/= Qi) |) 7 Be) LO} sO TORS Sein 8s) Sal 25) be 5) 1 |e 6) = = 7 17 SSS SS ES I ES Ee BE EY EB BE ET Ee BE ET BE EP ESE BE SE ESE Es = = 10 18 SPH Hf Hf) Ha /=/=)/=)/=/=2 Sy) Sl 70 Oe Oa Ba = = 9 19 SPS] Sj ES P SE ES |] = ] = |] =] =] 10) 107 9] 8/10) 9/10) 5);10;=)/=)/=/= = 10 200 | HSE] ES] =] =] =] =] 5 10) =] =] =P =] 10} =] 10] 10)10)10) =|) =] 10/= = 10 21 /10/10)10) 9) =) =) =) =) =] =) =] SP ES] BE SE EY SE ES ES] Ee ] ES] =] 10] = 10 >a ir Sr 2 2 2 2 2 2 2 2 mi Ql, 2S a 9 23 7) =) =) =] =/ =/ =)/ =] =) =)/=] 7! 5) 5/10} 6/10} 7/10} 8/10} 9) 9} =] = 9 2 ;/=/=/=/=/= — i — or i i 2 10 26 ,=)/=;/;=/=,=/= Sf Sy EF EP Ee KE | EHS SES FP ESE ET ET SE SE] ES = = 10 27 | =/= = 9|/=/=]=T7 6) 9/10) 10;10|;=| 6); =]10) 4) 1 ul 9 28 1) =) 2]/=/ 2/=2/=/2/2=)/ 2/2/27 2/2/22 /=/2=/=/=/=/=/=/=! = 10 2S] SS aS ES ESS | = |] = |] = 1 10) = 7) 8)=/10/ =/10;}=);=)] 9} 1].0/] 0] 0 0 8 | = =) = |) SS SS a a ea = (Sa ES Sa SS aS aa SS SS eS Saas ea 10 MEAN. | 8'8 | 9:2] 9°3 | 9°5| 9°8 | 9°7|9:°919°5 9:5) 9:4] 9:5 | 9°519°0 | 9°6 | 9°5 | 9:1 | 9:4] 9°2 | 9°6 | 9-2/9°1/9:0/9-1] 9-0 94 304 BEN NEVIS OBSERVATORY. CLOUD. AMOUNT OF CLOUD (0-10). SEPTEMBER 1891. 1/2/3/4/5/6]71] 81] 9/10] 11 | 12} 13) 14] 15| 16) 17] 18 | 19 | 20 | 21 | 22 | 23 wee 1 — i 2 2 2 2 = 27S) 2/2) =] =] BE] =] =) SE] SKE] E= | SH FE J SE SE SE SE BE SE SE] SE] BE SE = 3 SPH PH) =] =] = =/ = =/= 7\| 97 8| 9! 7) 8] 7] 6] 9) Bl=)=/= = 4 — or 2 2 2) 8) =) 10F=Hl_=/=/= 7 5) 8) =/=/=)/=2 = 5 2 2 22 i Cen i ee i 2 2 2 = 7 SSP Sf BS] BE ESP SE | ES SE] = |] =! vf =] 10; =/=)] 9) =] 5] 8] 1] 1d 2: 5 4/ 5] 4/ 8/10; 9] 9/10) =j=l=lH=h =] =] Ee) =] =] ES Se SE Ee El = = 1 |=|=/=| 3] 4| 9] 7| 5] 5/10] 4] 9] 9] 6/10) =|/=/=/=/=/=/=/2/ = 11 =/|=/=/=] 8] 9] 9 ON ty ht Sy 7 ee OS ty OL A ee 76] Gt 5 12 SS ea a Oh OO) Oy Oy Ol OV OO} O} OF O} O} G1 OM) O} O 2 13 2} 7| v|} =/|=]10/=/]=)] 6] 3] 5] 7] 6] 8] 8/10] 10] 10/10/10); =)/=/=)] = 4,2] )=/2/32)/ =] =] =/10) =] =) =/=)72/ 2/24) 2)/2)/2=/=/2/2=/=/= = WW PSS) Hf BE] BE BE BE SES ES I SE SE SE SE SE SE SE SE SE SE SE SE Es = — W)=) =) =) =) +) 2/24) 2) =] =) =] BH Se) KH] BS] Se SE] BE BS SE SE SS] = Ue ee eS SS SS eS eS SPH =H=/=/=/s=/= = WW pS) =] =f =] BH BE BE SE SE SE SE KH SI SE SE SE SE SE] SES] =] =] =|] =|} O10 20 | 10) 10) 10} 10/10} 10/10; 10|;10]10) 9} 9] 10/10/10}10)=|=)=]/=/=/=/= = A=)! 2/S=/2/2/2/ S/ 2/2/52) 27 =] =] 5S) =] =] 10) =] =/=/=/=)/ = 22 TIO Cy an wai a 4 SB) Si SBS) SIG) GIP Bl Sy Bi O} OG) Of ©} OF} © 0 23 0; 0; 0} 0; OF} OF} O} OF OF OF} OF} OF =] =] =] =/=/=)/=)/=/=/=/= = 24 )=/10) SJ =f =] =] =] =] =] Sf HS) HP BE] SE BS SE SE SE EL SE SE Es = = 25 SS SS SS ES ES S| EY] = |] = |] =| 107 10) 107] 10) 10} 10) S|] ESE ES ES SE = AD | HS WI@ |) 2 Si Bhi) SS) =] 1) Ss) ae Sala) a | Sl = | S|] HE SS J Eel = = ya ee = SpSHl=H l= /=/=/=/= <2 28 — — — — = = — — = = => = = — — = — — — 2 EW =| By ek eS] eS lS] S ]/ = =|/|=/=)/)= Sl=H=l/=/= = 30 SS SSS SS SS SS SS SS ea 8 =/= =H=Sl=)/=/=]= = MEAN. | 8°8 | 9:2 | 8°6 | 8:7 | 8:6 | 9:1 | 9:0 | 8°9 | 8:7 | 87 | 8-6 | 8-9} 9-3 | 9:0 | 9:2 | 9:2] 9:0 | 9:0 | 8-7 9:0 | 8&9 89/88) 9:0 CLOUD. OCTOBER 1891. 1 SPS SE |] SE SE SE SE BE EB ES ES SE BE I SE) BE BE BE BE SE SE SE] Es SE = 10 PAN ON Oh SSS Oy S| OO) ON GI wi Ss) SS |= =Sl=/= = 7 3 SPH] =] =/ =] =] =/=)/=/=/= = |= Sl=H=/=/=/=/=)/=/=2 = 10 i 2 — 2 — 2 i 2 2 — SHS l/=/=/= = 10 BSP Se ef] Ee] BH Ee SE] =] SE] KH] KH] = 4 9 8 9 8} 698} 10)10) ==] =)] = 9 eS SSS SSS SSS eS SS SS aa ee See 8 9 7 7| 6] 4] 3) 38) =) =] =] =] =] =] =] =/=/ 10] 10) =] 91/10; 9} 10} 10) 10 8 9 9 SPH /=)/ =] =/=/10] 4) 7) =)/10) ==] =)/10) I) Has =)/=)/=)/=)/=/=2 = 10 PSS] ES ES ES ES Sy = | SE SE E |] EP =! 10] 10); 10) =; 10) Wy Sys) Sa)/2=) = 10 11 SPH /=/= =S/= = =/=]=/= =/= =/=/10/ =)]= = 10 12 )/=/=/=/= SHSl/=H=/=/= =] 9110/10) 10/10) =|]10) 5/10) 7} 10) = = 10 13 Sl =)/=/=)/ =] 10} =|] =] 10 =Sl/=]=/= =S/= EHESl=/=H/=/= = 10 14 SHSlHly_=/=/=)/10)/=)/=/= = =f/=|/=);= Sl=j=/=/=/= = 10 15 — or 2 2 2 2 a 0 SHSlHlHl/Sl/=al=|/=/s= = 10 16 6);10/ 10) =y=y =f =f =f ES | ES I ES EP SE I ESE = ] = |] = EE =/= = = 10 17 SlpH)=/=)/=]/= Sf Sf HS HS ST KE J BE BE I BE J SE BE BS ES ESE ES = 10 18 | =/=/10/10) 4) =) =) =) =) =] =] = 7 =) =/ 10/10} =)=/=/=/= 10; = 10 WPS] Sy Ef HE Se ES ES ES ES SE | EHP SE] =H 1 10] 8 =] SE |] SE] = ] =] 10 = = 10 Qj =i=/10) =) =| 7) =] SE) BE 2S SE BE BE Ee SE ET ES SE ST EB ES = | 10 2 );=| 9) =] =] =/ =] 0) =]=)] =] 0/10] 7)/10)10) =)/=)/ 8) =/=/2=2)/=/= 0 9 23 One OS) 10) Sh TOs tOs ROM IOS esr to. 224i) sone 6) =/=)/=/=/=/=/=/=2 = 6 Ye — i i — or) — a (i i 00a a 0G — 20 UO OV 0 0 7 25 TN ON OO Oe Oe ON Oy Oe Oe See SS Dt OS ON Oh Oy Ol Cy O 0 1 26 OF 2a er 20) 24 2 2S ee As) 5) 50 P24 TON SOS esi een enON ee — or) LOM OI 0 5 27 0; O| O} 0} OJ SJ] =) =/=/=/=/= | ROM 0; OJ = 0; OJ = 0;= Q 4 28 OF} VON OR) 0], Ol SON) FON) OM 104) OFF LON) LON ROM OR RONSON OR) LON Os ORO 0 1 29 ON ON Oa OA BI PA PO et eS a Bl SN Ol Be eS es 7 | @ 0 2 30 CO Ekle 2a a ae) la) OO ee OO Ol OF Oi Oie@| O17 o 0 3 31 OF) 0%) => = 4 — — = — = = = — = = = = = — — 10 2 = |=) =)/=)=/=! 1/10) =] s/s = =/|= = =/=/| = 10 3) =) =) = SS FS = 10 10 =] =)=/e = = 10 4 SPH PSE, Be/=]/=/=)/=)/=/= = SflHl_Hl_=asy=/=/=/= = 10 5 = SS SS =a = = = = = = 10 fo 08) = | = 1 = | 10") Lo | 10!) 105) Lon) LONMON ao) 8 9) 6 1) Oo} 01) oO} 0} O 0 6 8 | ee Se) eS eS SS yey ja =] 2) Zile= = = =/|= 10 9 i = =/|= =Sl/=/= = 10 LO | Se SS SSS SS eS | = | OG) Bate a0) a= = = 10 Lil | LO | LO], 9) SS SS SS aS Sf SS Sa ft SH ES BS SE SES oo ES |= = 10 ee — i e— ee Oe = HSl=fj/=)/=/=;/=)/ = 9 13 SPS FS] =] = =f=f=/=/= Se lea)/2/=2|\= = 10 47)/=/=/=/e= = SS = = SS a a ee eS 9 9 15 ale en oe — ale 2 = = Sf] yea, =/=/=/= = 8 16 = eS eS SS SS OSS eat a TT BS Sh eS |= | ON OO} 0] OF OO) Ow oo 0 5 17 Of 2 Oy Oe Oy AE SO EE yt ET ty BS Sa Sa SS = 5 Sa es se a = =| = =|z=|=e = 10 1D) | =e) ee) =) =] ) Sa eS | SS Sa | SS | | S | ES ES = l= = = = 10 520 | | — i i | — lie — 2 0) 0) 10 0 8 21 GC}! O! ©} O} OF O} OO} OO} OO} Ol O1] ©} O} OO OP Oy Ol Wy One One 0 0 22 OO} O} OF ©} O} OW Ol Oy OF OF ©} OO} O] OF Oh Oy Gh OO) Oi) On Oe) Os 0 Pesan ese — | — ae | Ae ON eae |= | 0 0 9 24 O} OF OF} OF OF OVO) OS eae aS et ae I Sa ft SS | SS SS aS SSeS aS aS = 7 Ome — eon Onesie =a | = (0) 0s es ora = = | SS = |S = 8 263 |S eS eS | = | SS J SBS Se aS SS | B= I S| ]= | SB lS Sell e= = =| = 10 2 SS eS = SS SS eS SS eS SS = = eS tS = a eS SS eS Se = 10 98 — — = = = — = — 4 = = — = = — = 10 29 — oi i i 2 ed 22 2 2 2 = 10 8) SS SS = SS SS SSS SS SS SS) SiS Sa SS eal eS = 10 | = = | 4) ee) SESS SS SS a SS aS te) eas SS SS SS ee = = 10 MEAN | 8°6 | 8°5 | 7°8| 8°11] 8:7) 85 | 7:9] 8°8 9:2|8-5| 8:4] 8:9} 9-0] 8:7 | 9:0] 8:7 | 8:5 | 8:5 | 8:7 | 8:5 | 83 | 84) 81) 84 | 85 ROY. SOC. TRANS. EDIN.—VOL. XLII. 2R 306 STEVENSON SCREEN. FORT-WILLIAM OBSERVATORY. TEMPERATURE AND AMOUNT OF CLOUD JANUARY 1891. | | | SHOOND OP Whe MEAN |: fat jot * NH COONS oPwNHe oa COON Cie co 20 21 to to 23 Sh ~ bo S at 26 | MEAN | Nw ani Temperature—Dry and Wet Bulbs. == = Max. | Min. gh 10h 12h 14h 16h 21h 22h Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet. 40°9 36:9 | 42:7 38:0 | 41:9 38:1 | 43:1 39:3 | 42°3 39:1 | 41:0 39:2) 41-2 39-2} 44°8 | 38-0 41-2 40°3| 41:9 40°8 | 42:0 40-9] 41°9 41:1] 40°8 39:9 | 36-7 36:0 | 35°9 35°6 | 42°8 | 35-2 36°2 35°7 | 37°5 36:2| 39:7 38-9] 42°6 40°3| 40:1 39:0 | 38:1 37-8 | 387-9 37°3 | 42°38 | 34:0 38°8 37:0 | 37:2 35:0} - — |35°9 32:0| - — | 33°3 [30°7]| 33°1 30-2] 39-4 | 32°5 34:1 31°9 | 35:5 321 | 35:0 32:2 | 36°7 32:7 | 32°8 32:0 | 31°9 30:8) 31:0 30:1] 39:3 | 30°3 27°8 27:0| 27-7 26-7 | 81:0 29°6 | 31:7 29°9} 31:6 30-2] 31:1 30:1 | 29:9 28-9} 32-0 | 23:0 35°7 33°7 | 36:0 34:6 | 36:9 33°8 | 36:2 32:2} 34:7 29-9 | 34:9 32:0] 35-2 30:2937-9 | 29-2 37°9 34:2 | 38°8 34:9 | 38-9 35:9 | 38:9 35°7 | 39°7 35°8 | 35°8 33:9 | 35°3 33-9 | 40-0 | 33°6 28-9 27-9 | 29-1 28-1 | 31:8 30-2} 34:1 82-1 | 33-9 82:2 | 35°83 34-7 | 85:2 34:1] 37-0 27°0 38:9 36°9 | 40°3 37:0 | 41-2 38:1] 41:2 37°6| 40°9 36°7 | 42°3 38-8 | 42°8 39-0} 43-0 | 33-0 43°2 42:0 | 43°7 42:2] - - |44°:7 436} - — |45:8 45:3) 45:9 45:8] 46-4 [41-0] 46:2 46:0 | 46:1 45:9 | 46-9 46°3| 46:8 46°6 | 46-7 46:1] 47:0 46:0 | 46°7 45-7 | 51:0 | 45°2 46°6 43:4) 47-1 43:7 | 46:1 45°7 | 48:9 47:8) 47:0 42°8 | 44:3 37°8| 42°9 37-2] 50-0 | 42-4 39°8 33:9 | 39°7 34°1 | 39:2 33:9 | 36°3 33:1) 36-1 32:1 | 32:2 30:9 | 33-2 30:2] 43°9 | 31°5 41:0 38:9 | 41:9 39°7 | 43:5 41:2] 44:8 42:2] 45:3 41:6 | 42:2 38-8 | 42°1 38-8] 45-0 | 32°3 37°4 36°S | 36°9 36:1 | 38-8 37:0 | 38:9 36-9] 37-9 36:1 | 36°5 35:3 | 35-1 34:2 | 41-3 | 34°7 33°2 31-2 | 33:0 30:9 | 35°9 32:4 | 37:5 33-0] 35°8 31:9 | 33:2 30:5 | 34:0 30°89 41:3 | 31°8 36°4 32°6 | 35:9 31:7] - — |35°8 31:6} - — | 35:7 32:8] 34:1 32°8] 36-9 | 31'S 37°4 36°8 | 37-9 37:0 | 39°9 38:9 | 40-0 38-3] 40:3 38:2] 41-9 40:1] 43:0 41-7 | 43-0 | 33-0 44°8 42°8 41:1 38:9 | 37:2 35:1 | 387°8 33°5 | 34:7 32:7 | 30:0 29:0 | 32°7 30-2] 46-7 | 291 25-0 24-6 | 24-1 23:8 | 26-1 24-9] 29:2 27-7 | 29-8 28-6 | 33°8 33°6 | 84:2 33:2] 35-0 | 22:7 36:0 32°6 | 86:3 32:3 | 36-7 33-8 | 34:4 31-5] 31:2 30-8 | 24-7 23-8 | 25:2 24:1] 38-4 | 23°8 42°5 41°8| 42:9 42-4] 44:9 42:0) 45:9 42:2] 46:1 41:9] 41:3 38-2 | 41°7 37:9] 46°9 | 24:9 33°3 83°1 | 34°8 34:1 | 36°8 35:9 | 37°9 36:8 | 37:1 36°7 | 34:9 34:2 | 35:2 34:8 J 41-9 | 32:3 400 36°6 | 38°3 35-9} - — |42°7 41:3) - — | 45:7 44:7 | 44:7 44:0] 45:9 | 35-0 43-9 42:0 | 43-0 41:9 | 44-1 43-0 | 46°7 44:1] 45°6 44:2] 46-8 45:8) 47:0 45°7 | 49°3 [45-0] 41:0 38:9 | 40°9 39:2] 43-9 41:1 | 42°9 41-4} 41°8 40-8 | 43:3 41:1] 43-9 41:3] 47-0 | 38:9 45°3 44:9 | 46°2 45:7 | 46°8 45°9| 47°1 46:1] 45:9 44-7 | 44:5 42-8 | 44:0 43-0] 48-0 | 43-7 46°8 42:1 | 47:1 42:2) 47-1 43:7 | 44:7 41:9] 42:0 41-0 | 43-8 41:9 | 42°7 40°8 | 48°8 | 40-8 42°8 40-1| 41°8 40°3 | 44-9 42-2 | 44°8 42-4] 44-2 39-9 | 43-8 40-5 | 45:2 41-1] 46-0 | 39-2 42:9 39°6 | 43°1 39:1 | 40-2 38-9 | 40°2 38-7 | 41°8 40:2 | 41-7 39-6 | 41-8 38-8} 47-2 | 39-0 38°9 36°8 | 39:0 36°38] - - |404 37:9] - — |38°5 36:7 | 38:5 36°5 | 43-2 | 34-0 STEVENSON SCREEN. Dry. Wet.) Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.) Dry. Wet. 36°0 34°8 | 39°3 37:8) —- - | 43:3 40°38) —- — | 42°1 39:9} 40°9 40:0] 44-0 | 34:0 46°0 45:8 | 46°5 45-9 | 47-0 46°7| 47-6 46:9 | 47:2 46°8 | 49-1 48-1] 49°7 48-8 | 49:8 |[40°3] 46°9 46°2| 47-0 46°7 | 47:2 47:0] 47:3 47:0| 45-9 44:9 | 44-1 43-0 | 43°8 42:9] 50-0 | 42°8 44-4 43°8 | 44-1 43°8 | 44-8 44:2 | 46°1 45-2 | 47:2 45:8] 45-6 43-5] 44-8 42°99 47°5 | 42:0 44:0 43°8 | 44:0 43-9 | 44-1 44:0 | 45°6 45°2 | 46:0 45°8 | 45:1 45:0 | 45:2 45:09 47-1 | 42:3 45°8 44:0 | 46-1 45-1 | 46:0 44:1 | 48:0 43-9 | 46:2 43-0] 43-5 42°7| 43°1 49-9] 48-4 | 42-4 43°3 42°6 | 44:0 42-7 | 43°7 42-7 | 43:9 43:0 | 44:2 43-2 | 44:3 43-7 | 44:9 43°97 46-0 | 42°8 34°8 32°8 | 36°9 35:4] - — | 41:9 39:1] 41:9 39:3) 40:1 38:0 | 39:9 38:3] 46:3 | 34:0 40°1 37°7 | 39°9 3771 | 40°4 36:9 | 42°8 37:9 | 39°6 35°7 | 89:4 36:5 | 40:2: 37-7 1 42:9 | 37:3 41*1 40:0 | 41-7 40-0 | 42°7 40-4 | 42°6 40°9 | 42°8 41:7 | 43-6 42°8| 43-9 43-7 | 44:3 | 41-0 47°38 47°2| 47:8 47-1 | 46-2 45:9] 47:0 46:2] 48-9 46-9 | 33-0 36:0] 38:2 35:8 | 50:2 |[36°3] 3671 34°9 | 37-2 36°1 | 40°3 36:3 | 41:7 36°7 | 42°1 36°9| 41:1 37-0] 41:3 37°6 | 43°8 | 32°8 33°7 31°8 | 34:6 31°9 | 364 33°8 | 38:9 36°2 | 36'8 35:8 | 39°3 38:9 | 40:1 39°8 | 42-0 | 32:0 46°7 44°9| 48:2 45:6 | 47°8 45°7| 47-0 45°1| 47:1 44:9 | 44-2 43-4 | 44:8 43°7 | 49°7 | 39°5 45°5 44°7/ 45:1 44:0) - — | 48:4 44:8] - — | 42:5 40:0 | 41:0 39:4] 49-0 | 40-1 44:0 42°9| 45:0 43:2) 46:2 44:1] 45:9 44:0] 44:9 43°8| 44-6 43:7 | 44°7 43:8] 47:0 | 40°8 44°83 43°3) 45:3 43°7| 46:1 43°9 | 46°1 43°7 | 45:2 42°7| 44:1 42-1) 43-9 42-1] 46-2 | 43-2 45:0 42°3| 45:0 42°8| 44-2 42-2 | 45:1 41:7 | 45:0 41°8| 39°2 37°8| 38-6 36:9] 45°6 | 37-9 32°83 32°0 | 33°6 32°8| 42°8 40°6 | 48°8 44:1 | 48-9 44:8 | 41:7 38-2| 36:3 35:0] 50:0 | 30-1 33°0 311 | 34°] 32°1| 39°6 36°7 | 48°7 42:4 | 49-0 42°9 | 36:1 33-9 | 35:4 33°14 52-8 | 30-0 35°4 33°9 | 35°7 34:1] 40°9 38°7 | 42°8 39°8| 43:5 40°7 | 40°3 37:4 | 38°6 36°7 | 44:2 | 31-2 48°7 43°51 46:2 43:9) —- - |46°7 45-1) - — |50°9 46:9 | 50°3 45:9} 61-2 | 35-1 49°83 43°0 | 50°0 43°6 | 51°8 44:8 | 53:7 45°8| 51:0 44:9 | 49°8 43:9/ 51:0 44:0] 54-0 [47:1] 45°7 42°3| 49°0 44-7 | 54:1 46°7| 55-8 48:1] 54:9 47:8 | 48°6 43-9 | 49:9 43-7 | 56-2 | 44:0 44-4 40-2} 46°1 41°1 | 49°7 43-1] 51:9 44°7 | 51°9 44-9 | 43-1 39-9 | 43-7 39-8] 52:9 | 41-9 38°7 36°7| 41°8 39°1) - - |53°9 45:8) 51:1 43:8 | 39°8 36°3 | 38:9 35°41 56-0 | 35°6 311 29°8 | 34-1 31:9 | 39°2 36:2 | 44:1 39°8 | 44-8 40-1 | 37-9 36:1 | 37-2 35:9] 45°8 | 28:8 43°7 40°1 | 43°8 39°8| 41:0 39°1 | 41°7 40°6 | 44:0 43°9 | 46-1 44:6 | 46:2 44-0 | 48:3 |[37-2] 41°8 39°9| 42:6 406) - - |463 43:0) - — | 43:0 40°8 | 42:7 40:7 | 48°3 | 37-9 Black | Radn, Bulb. NP NE Be ow Nmwows wow Hwmwoo NWHON ANWSS B® NAAN DWHDAGCS Ow RADA GAGNON AIBAN oor Mes, TISSS AOWw ONSE® AUD OAowH WISH SGNwWNwW DOAN DWODUGD ONO AAWOL GD COON NICO NH ORONO OMMWH SWOOW PATO Or Min. Ad); fH bo co Son fE SO wWNwwe wo GW 0 ONO OC ee 09 Wi Go Coan 33°2 28°8 oe i it HOBO] | He 0 COO co 02 09 OO Amount of Cloud, 0 to 10. gh 102 10 9 10} 10 10 9 10 6 S) i ao) 9 9 10' 10 10 | 10 1 9 10} 10 10} 10 10 | 10 10 | 10 7 9 10} 10 10} 10 7 7 10] 10 10 9 lu | 10 5 2 10 6 10} 10 10 9 9 8 10 | 10 10 8 10 | 10 10]; 10 9 $) lv; 10 9:2 | 9:0 ae bm “OSE OC NNIOCOSO ee SI NOOCMAD OD000 oO 21 by 22 10} 10 10} 10 10} 10 4 5 2 1 4 4 6 9 10} 10 10 9 10; 10 10} 10 10} 10 3 7 5 6 6 8 8 ia 10 9 10; 10 HON} so 8 6 10} 10 10; 10 10 9 7| 10 10 | 10 10} 10 |) 1) 3 7 5 4 10 5 LOR | elo 8:0 | 83 WwW WWEND NNR W FWNWNWF WWNWeF WWwWFrwhy if ors > 2 09 SO CORR sT NOOONM NIOQOrrH MOUwso DE WOWHEA SGHWSS GH NwS NHMAANW SGHAK@ oo or rs 9 9 10} 10 10} 10 10 | 10 10; 10 10 8 10} 10 i 3 6 6 10} 10 10} 10 10 9 10; 10 10} 10 10 8 10) 10 LO) LO 10 9 0 0 2 if * a ou OoOOon COFCO i Se Hw Ey WOO HNNHFDAO COCO SP ‘i Pie @e- 12 AY Plo weal va ae , ? 8 LV STEVENSON SCREEN. FORT-WILLIAM OBSERVATORY. TEMPERATURE AND AMOUNT OF CLOUD. 307 MARCH 1891. Amount of Cloud, 0 to 10. Temperature—Dry aud Wet Bulbs. | poelesued : Max.) Min) yotp.| Min gr 10» 12h 14h 16h 21 22h “7 9h | 1Ob | 14h | Qih | Q9n Dry. Wet.| Dry. Wet.) Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. 1 | 47:9 46°9| 49:0 48:0) — — {51:2 49:8) - — | 51:7 49:9] 61:2 49:4] 54:8 | 42-8] 73:3) 43-0 9 Oy} Wo 1G) zo 2 | 43:2 38:4 | 42-7 38:1] 40°8 37:9 | 42:6 37-9 | 40°9 36:0 | 39:1 35°8 | 38°3 34:0] 52:0 |[36°5]} 92°6 | 36-2 9 5} 10) 10 9 3 | 388°4 33°9 | 38-9 34:9 | 41-1 36:0) 38-0 36:1 | 41:1 36:1 | 40°9 36°9| 38:9 37:0] 43:1] 30°83] 68°8| 30:9 6 3 ak) |) 2k@) 4 | 49-7 46:2) 49-8 46°8| 50:2 47-2] 51-3 46°8| 47:9 43-7 | 43-2 39-1 | 42°7 53:0 |[37°4]) 60°8| 3671} 10) 10| 10 9) 10 5 | 42°7 41:0) 43:8 41:9] 44:9 42°8| 45:0 43:1] 44:3 42°2| 46-1 43°8 | 45-0 47-0) 39-2] 51:9) 38°38} 10) 10) 10) 10) 10 6 | 38-7 35°8| 37°6 34:1 | 39°8 33°6 | 41:6 34:7 | 36:2 33:2 | 34°8 32-0 | 33-1 46:0 | 32-9] 97:8} 32:9 9 if 9 8 | 10 7 | 28:2 26:9} 30:8 27°5 | 32°8 28-9) 33:0 29:7 | 33-1 29-8 | 24°6 22:9 | 23-0 1 36:0 | 23:3] 100°2| 24:0 al 1 5 0 0 8 | 26°8 25°6 | 29:2 2671) - = |al-9) 27:3) = — | 23:9 22:0 | 24-1 35°9 | 20°0} 104°9| 14°5 0 il 6 0 0 9 | 21°71 20°7 | 24:1 22°6 | 32-1 27:8 | 36:4 29°8 | 37:7 30:9 | 28°7 25-7 | 30°7 : 389, 17-2] 93°9| 10°8 2 2 il 0 0 10 | 28°7 21:9 | 28:5 26:2 | 33-9 30°6 | 35°1 31:5 | 34:8 31:7 | 28°7 26:0 | 29:0 : 36°9] 18:39 96:3} 13°3 1 5 7 0 0 11 | 31:2 29-9) 31:9 29-4 | 34:2 301 | 36°8 30°9 | 37:0 29°9 | 25:9 23°9 | 25:2 23-7 1 39°3 | 22-5] 96:0} 18:0 0 i 0 0 0 12 | 23:5 21°8 | 27:9 25:2) 34:9 31:0 | 40°9 34:2] 42-1 35:0| 31:9 28-9 | 29-8 28:0] 44:3 | 18-2] 98:7} 12°6 0 0 2 0 0 13 | 25°5 23-9 | 29:0 27:0 | 39:9 32:7 | 43-6 36°8 | 43°8 36°8 | 36-1 31:8 | 32:7 44:0 | 21-0] 96:9) 13°5 0 0 ] 0 0 14 | 37:0[31:0]| 39:0 32:9) 42:5 35:1 | 42-7 35:1] 42:2 36:0 | 37:8 32°9 | 38-9 } 44-4 | 31-2} 102:3 | 27-6 8 6 4 4 9 15 | 38:3 35°4 | 38°7 35°6| - — |39°2 361) - — | 39°0 36°9 | 40-1 140-9) 36-5 64:8] 34:5] 10]) 10} 10) 10] 10 16 | 39°71 35:3) 40°9 36°3| 41:1 37:1] 41:5 36:9 | 41:0 36:1 | 39°3 34:8 | 39:°2 34:9} 43:0) 37-9} 96:5) 35°38} 10) 10 8 8 ii 17 | 88:9 36:1 | 388°7 36°6 | 42°9 38:4 | 43-7 39:2] 42:9 39-2) 41:3 37:6 | 40-4 37:1} 44-0 | 37:3] 69:1} 34°37 10} 10 ii 3 2 18 | 37°8 35:2 | 38°8 36:2} 43:0 38:8 | 44:0 39°8 | 44°5 38:9] 40:1 37:0] 38°9 37:5] 45:0 | 33:3] 98:5] 29°2 | 10 9 8) || 1K) 1) al) 19 | 38:0 84:1 | 39-9 34:7 | 41°3 35:7 | 42:0 36:1 | 45-7 38:9) 40°9 37:8 | 41:1 38:8] 46:2 | 31:2} 106-6 | 27-5 3 Sa lOn LON elo 20 | 40°8 37:1 | 42°8 37°8 | 44-7 37:9] 41:9 38:1 | 45-2 38-9) 35°7 32:1 | 35:6 31:9] 45:2 | 33-6} 112-2 | 32-9 8 3 6 il 0 21 | 38°8 35°9| 40°3 37°3| 46°8 42:0 | 47°8 42-7 | 48-7 43:2) 39:5 37:0 | 38°7 36:3} 51:1 | 29°2]107°9| 23:0} 10) 10 “| UO x0 22 | 36:2 33:1) 38:0 34:7) —- — |43°8 39°7| - — |39°7 37:1] 39:1 37:1] 43-7 | 33:1} 68:0) 30°8 Si iO | tO) t@} io 23 | 40:9 40:0| 43-0 41-8} 44-1 41-9| 43-8 40-7 | 42-9 40-1 | 38-9 37:7 | 40-0 37-9] 45-8 | 37-3] 92:2] 36:3} 10] 10 9 Sy io) 24 | 40°0 38:0) 40°8 38:3} 40-2 38:9 | 39:1 87:9] 41:1 40°0 | 40°5 39°2| 40-2 38-8} 42-0 | 33-2] 70°77} 31°37 10; 10} 10} 10) 10 25 | 41:2 38°8 | 40:2 37:9 | 38°9 37°8| 38:0 36°8 | 38-9 35°61 36:0 34:0 | 35-2 430 | 33°2] 79°6| 384-27 10] 10) 10 6 | 10 26 | 35°8 33:8) 38:0 34:8 | 42:0 37:0 | 40-2 37-2} 40°8 35:1 | 34°8 31:8 | 33:2 42-9 | 31:6 | 104-7 | 29:0 5 9 a 2 7 27 =| 38:0 36:1] 39:1 36:2 | 39:0 37:1 | 40:2 38:4 | 42:2 39:8 | 40°9 38-0 | 38:9 43°7 | 32:0} 82°8| 28:5) 10] 10] 10 2 3 28 | 40°7 37:1) 42°71 37:0} 41:1 37°8 | 40°8 37-9} 40:7 39:0 | 42°6 39°8 | 41:7 44:0 | 37-1] 92°7| 82°84 10 8} 10 8 5 29 | 37:2 33:1) 37°4 33:7 | - — (387 33°8| — — _| 33°0 [29°6]) 34-0 | 43:0 | 32:0} 103°2| 33:0} 10) 10 8 6 4 30 | 34:8 32:0) 86°9 32°8 | 40°3 34:8 | 41°5 35:3} 41-1 35:2 | 33:2 30°6 | 32:1 43°5 | 29:0} 119-2) 24°8 8 7 5 0 0 81 | 34:2 31°8 | 37:2 34:1] 44:8 38:1 | 46°3 39-7 | 49-2 41:2) 35:0 33:1 | 35-1 50°0 | 27:0 106°7 | 22:1 1 0 3 0 0 MEAN| 36:4 33°8 | 37°9 34:7] - - | 41:3 37:1) - — |36°9 34:1 | 36:3 44°3 | 30°38} 90°6| 28:2 | 6-7 | 65 | 7-0) 5:3) 5:7 STEVENSON SCREEN. APRIL 1891. Dry. Wet. Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet. 1 | 40-2 34:3 | 42:1 35:9 | 44-2 36°8 | 46-7 39:0] 45°3 37:9 | 40°8 36:0] 40-0 35:7] 48°8 | 30:9] 110°8 | 23:9 0 1 3 8 8 2 | 41:0 36:9} 41:8 36:3] 41:1 36:1 | 41:0 36:9] 40:9 36:4 | 38-9 34:7 | 38:7 33:9] 42:0] 36:0] 55°7| 35:14 10; 10; 10 Gi 9 3 | 37:1 33:0 | 38:3 33°6 | 40-2 34:7 | 40-7 34-7 | 40-0 34-1 | 39-1 34:4) 39-9 35-1] 41-7 |[36-1]] 78:2] 33:0} 10] 10 8; 10]; 10 4 |44:2 40:0| 44:8 40°5 | 44°7 40°3| 44-8 42°9| 42-7 41:4] 43-0 39-0] 43:0 39:0] 46:1 | 39:9] 100°0| 37:0} 10} 10 8 | 10 8 5 | 42°8 39:1 | 43:9 39:5} — — |43°9 891} - — | 43-0 37:9| 43:1 38:1] 46°9/ 40-4] 55:0) 3724 1 10; 10 9 9 6 | 42:9 38:3 | 44-1 39-0 | 43°3 38°5 | 42°9 38-0 | 42:0 37:2) 85:7 33-2) 37-8 34:8] 46:0 | 34:0] 1128) 38°87 10 9 5 2] 10 7 |39:1 33:7 | 39-9 34-1] 41:1 35:0 | 42:7 35°8 | 44-2 37:1] 85°7 32:1] 34:0 31:8] 46-2 | 33:6} 1100] 33:07 10] 10 5 3 il 8 | 39:1 34:6 | 40°8 35:9! 45°8 38-7 | 47-6 40°3 | 47-2 40-0 | 37°8 34:1] 36:9 33-7] 503 | 29:0] 111°8| 23:5 2 2 4 0 0 9 | 36-1 34:4 | 41:0 37-8] 47-9 41°8| 50:3 43-0] 51:8 43-9 | 42:1 38:8) 41:6 38:1] 53-7 | 27:9] 105'8 | 22:8 3 t 1 0 0 10 | 42:7 38:3| 48°6 42°6|50°9 44:2 | 54:0 45:9] 49-9 43:7 | 45-1 40:8] 45:6 40°24 54:9 | 84:3 1115°9 | 27-3 | 0) a 7 8 11 | 42:8 37:8| 46-8 38:9] 50-5 42:1) 51-9 42:7 | 52:2 43:7 | 44:8 38-9 | 43-8 38-0] 54-9 | 42:2] 108-1) 30°6 3 1 2 0 1 12 | 45:2 37:9) 46°8 39:1] - - |45°6 38:8} —- — | 43:8 38:0 | 43-0 38:1]50-0 | 34:2, 111-2} 27:3 0 as |e) 9 8 13 | 43:8 37:9) 46:1 39°8| 48-8 41-7 | 48-1 41:4] 47-6 41:3 43-3 40-2] 43-0 40-1]50-0| 40171080) 327) 10; 10; 10] 10; 10 14 | 42:8 39-7 | 42:7 40:0 | 46-1 42°5| 48-0 42:1) 465 42:9] 39:1 37:2] 88-6 36:8]50°0| 37-6] 1007] 36:6 | 10] 10 8 3 0 15 | 43-7 42:1) 46-7 42:9] 47-6 41-7 | 48-0 40-9] 47-9 41°8| 42:8 40:2] 41:9 40:0] 50°9 | 34:07 109°8 | 29-1 Sy uo i] UO |} 1X0) 16 | 44:0 41:4) 44:9 41:°3/ 49:2 42°8| 49-5 41°6| 45-7 41:3] 38:8 36:0] 36:4 34:-4]51°9| 36:0] 112°8] 39:0 5 3 if 0 0 17 ‘| 40:2 37-0} 44:1 40°6|47°8 41:0| 51:9 44:1 | 50:2 43:8] 42:0 39:5] 40:0 37-8] 55:0 | 29:1] 118-0] 23-2 2 3 2 0 0 18 | 45-7 39:-4| 47:9 40°8|50°7 42°8|51°8 42:4] 51-9 44:0| 42°8 39:0] 42:0 38:9] 54:1 | 321]120°0| 26°3 2 2 5 2 6 19 | 42°9 48:°3/45°6 41:1] - — |521 42:9] —- — | 43:0 38:1] 41:5 37-0] 55:1 | 82-1) 116-1) 26-2 0 1 i 2 il 90 | 41:9 38:3] 47:1 40:4] 52:1 43°8|51-0 43°7| 49°8 43:2] 42-2 40:0! 42:1 39°8154:2 30°07 117-2, 23-2 0 1 7 ) IP KO) 21 | 43:9 40:1] 46:1 41:8] 47-8 42:0] 50°9 42:8) 50°8 43:3} 41-2 37-8] 40:1 37-4] 52:8 | 32°77 1120} 27-0 8 5 8 1 2, 92, | 44:8 38°7/| 46:8 39°7/49°9 41°6| 48-8 41°9/ 51-1 42°8/ 42°8 38:0] 40:2 36:9] 52-9 | 33-77118-0) 27-0 2 7 8 1 0 93 | 44:8 38°8| 46-7 40°1| 49:1 42:2] 486 41:1] 49-1 41°9| 43:1 39:9 | 42:0 39:0} 51-0 | 31:7} 113'3 | 24:2 1 3 6 7 3 24 | 43:0 38°3| 44:8 38°3| 46:8 41-4] 48-4 41-3] 49-9 42-9] 44-2 39-2] 42-9 38-8]51:3| 38-0} 99:2) 34:0} 10] 10) 10 9] 10 95 | 43:7 39°7| 45:2 40°7!50°8 42:9] 53-8 45:2] 50-4 42:°9| 39°6 36:2) 38:1 35:3] 54:0 | 37:8] 113°3 | 34-7 9 9 4 0 0 26 | 40-4 38-4] 42:7 396) —- - |50°7 43:9} —- — |39°7 36:4] 38:8 35-9] 52-0 | 30°8]123-6| 21:7} 10) 10 7 0 3 97 |45:5 41°8| 47-7 43:6 | 46-9 42°8| 47:9 43:9] 50-2 43:0] 461 41:7 | 45-8 42:0] 51:0 | 34:0] 96:2] 28-0 3 2; 10 9; 10 98 | 42:8 38:0| 43°3 37:0| 45:1 46°8| 44:9 37°7| 88°7 36°9| 39-4 84:2] 38-9 34:4] 47:3 | 37:3] 111°1| 32°8 8 Sr LOS LON ako 99 | 40:8 37:8 | 42:0 38°2| 44:8 401] 45-6 40:9] 44-2 41-1] 411 40:3] 41:0 40:3] 46:3 | 33-4] 80:0) [42-°0]} 9] 10] 10) 10) 10 30 |46:1 45:1]46°9 45°9/ 51-9 49°0/51°2 46:2] 51-9 461] 45°6 43:9) 45-6 43:9] 55-3 | 41-1]119-4| 39:3 8) LON LON LOR alo) Mean) 42°5 38°6| 44:5 895) - — |481 41:4) —- — |41°6 37:9 | 40:9 37°5]50°5 | 34:77 105:5| 80:5] 61) 64) 7:0) 53] 5-7 308 FORT-WILLIAM OBSERVATORY. STEVENSON SCREEN. TEMPERATURE AND AMOUNT OF CLOUD MAY 1891. 3 4 Temperature—Dry and Wet Bulbs. Ae ane Black | Radn, Amount of Cloud, 0 to 10. : gh 108 12h 14h 160 21h 22h Bulb. | Min. Von | 108 | 14 | aim | oan — Dry. Wet. ‘Dry. Wet. Dry. Wet.| Dry. Wet.| Dry. Wet. Dry. Wet.| Dry. Wet. ce A a a 1 | 45°9 45:3) 45°3 44:9] 47:0 46°2|47°8 46:9] 47-9 46°9 | 42°2 40-7 | 41°2 40°77 48°3| 41:0] 66:0} 43-47 10] 10; 10] 10] 10 <= 2 |39°7 38°8 | 42°9 40°9] 45:8 41°1) 47°5 41:9) 46°5 41°8! 42-1 38:2 | 41:7 38°1}49°2| 36:0] 105°0| 35:3 9 9 9 9 9 . 3 | 39°4 38:2) 40-4 38:9) - -—- |47:°9 441) - —- | 41°7 39:°9'42°3 40°71 50-4 | 36°04115:4) 34:0) 10] 10 8 6 8 < 4 | 44:0 41°8 | 46:2 42°9|50°9 45°5 | 51°6 45°6 | 51-1 45°1 | 42°5 39°9 | 41:2 39-1] 53°9 | 385:37124:2| 30:2 8 8 6 0 0 = 5 | 48:2 44°7 | 54°8 47:1] 57°3 45°5| 57-7 47°9| 57:2 48:1) 52:7 45:7} 49-0 44:9] 59°6 | 34:07 115-4 | 27-2 4 4) 10 9 9 4 6 | 51:8 46:0) 50:9 47:1] 53°9 47:1|54°6 48°3|53°6 47°8 | 49:7 46:7 | 48-1 46:0] 55°9 | 46:3] 77°38] 37°3] 10] 10] 10] 10) 10 A 7 | 49:0 47:1| 50-0 48:0 | 54:2 49°9| 57:0 51:2/ 56:0 50°1|51°6 48:0] 49°9 46:8] 57:2 | 46-8] 124-0) 47:2] 10 8 8} 10} 10 F 8 | 51:0 45°2| 5071 45°7 | 53°8 47°9| 55°1 48:8) 57:1 501) 47-1 45:1) 46-2 44°87 58-1 | 45°97110-4) 45:7] 10] 10] 10 5 4 c 9 |50°1 47°2|51°9 48:2] 581 52:2) 62°1 52°7| 65:4 54:4) 50°7 45°8| 51:1 44:9] 66°3 | 44:0] 125-4} 40-0 9 8 5 0 0 : 10 | 53:5 46°7|56°6 48°8) - - |64°9 53:0} - —- |52°5 47°7| 48°8 45:8] 66-0 | 39-7] 122°0| 31:8 0 0 0 0 0 a 11 | 53:9 47°7| 57-1 49°2| 66:2 54:°3| 70:0 56-1 | 69:1 56:7 | 55-7 50°1| 54:8 49:8} 71°4 | 40:3] 134°0 | [83-0]} 1 1 6 4 3 12 | 59-8 51:9| 58-0 52-0| 59-2 52°5| 60-8 54-2] 63-7 54-2| 53-9 51-9| 53-8 52°5| 65-0 | 45-0]123-0| 370} 5| 7] 10] 10] 10 ’ 13 | 49-7 49°0| 49°7 49:1] 50-1 49°8 | 55-2 53:2) 57-0 50°1 | 49-1 44:1 | 48-1 44:1} 58°3 | 48-°0}131°3|) 49:7] 10] 10 9 3 5 , 14 | 47:8 45°6 | 47°9 45:7 | 49°9 42:2) 49°7 44:1) 49:2 43-1 | 44-1 39°9| 43°7 39°34 51:2 | 39°97114-2} 41:0] 10] 10 5 8 6 > 15 | 45°7 42°71 |47°9 43:7 | 44:1 42°3) 44:1 41°6| 48:7 42:1 | 39:9 36°8 | 37°38 35:0} 49°3 | 39:0] 1143] 363] 10 9 9 7 3 f 16 | 39:0 33°3 | 386°7 33°8| 40°6 34°6 | 40°71 35:3) 41°8 35:9 | 34:1 33-0 | 34:9 33-2] 42°8 | 33:0] 1150) 28-0 9 8 8 8 4 4 17 | 381 34:9| 39°6 35:0} - ~ |45°2 38:2} - — |89°7 37:8) 41:0 38°7} 46°9 | 31:0} 122-6 | 27-6 it 9 9} 10 9 Y 18 | 45:0 41°1| 46:9 42:2] 50°7 44:1) 50:4 44:1] 48:9 43:9) 43-1 40°2| 42-1 40°2) 53:1 | 38°2]124:8| 34-9 5 a 6 9| 10 19 | 45°8 41°8/ 48-4 41°7 | 52:0 43-4) 511 43-1) 49-4 43-1] 44:3 40-9 | 41°8 39-5 | 54:0 | 37-0} 1240 | [33-0] 0 6 5 3 6 i, 20 | 46:9 42°8| 48-0 42°6| 53:0 45°0| 55:1 45°7|53°3 45°7 | 46:1 42°6 | 45:2 41:9} 57-0 | 35:-49.130-7 | 29-2 5 8 i 9 8 "4 21 | 46:9 41:5) 49°5 43:0] 51:3 43°9|55°8 45°38) 55:9 45°3| 45-9 41°8 | 45:4 41:9] 58°6 | 40-491381:2) 37-1 6 6 6 3 5 = 22 | 49:7 43:9) 50°8 44°8| 53-0 45°7 | 55:8 47:°2| 55:0 47:9 | 47-9 43°3 | 44-9 41:3] 58-4 | 36:0} 131°5 | 28-0 5 8 uf 8 5 . 23 | 49°8 43°1| 50:2 48°1|52°9 45:1| 51:3 45°3/| 54-7 46:5) 49-1 45:1) 47:8 44°7157:0 | 38°0]1195)| 31°5 +} 5| 10 9 6 24 | 491 441/514 44:9) - - | 56:2 469} —- —- | 475 42:9) 45°7 42:°1]57°9 | 37:1] 122-2) 28:0 BY 5 i 4 2 . 25 | 47:0 40:9 | 47-7 41:0/ 501 43°9| 50:1 44:0| 50-7 44:3 | 44:8 40-9 | 43:2 40-0} 54-2 | 37-8} 124-7 | 30-0 9 9 8 6 7 > 26 | 45:9 42°6| 46:0 42°5| 48:8 44:8) 49:7 45:1] 50-4 45°8| 47-1 45°8| 46:3 4541512 | 37511037 | 3257 10} 10} 10} 10] 10 : 27 | 47:1 45°2| 48°0 45:5] 51°8 47°8| 51:2 48:1] 50°9 49°4| 48-2 45:6] 47-1 45:2)52:2| 44:3) 78:2] 43:3 10; 10} 10 8} 10 7 28 | 45:9 44:2) 46:2 45:0} 48:7 45:4] 51°8 46°2| 50°6 45:9 | 49°8 45:1 | 49°9 44:9]52°3 | 40-6] 765) 329] 10] 10] 10] 10 9 29 | 49:9 461 | 51:0 46:1] 51:9 46:9 | 52:9 48°7| 51:9 47°9| 45°8 44:9] 45:2 44:1] 55-9 | 45:0]120:8] 42°38] 10] 10] 10 8] 10 30 |53°8 46°8 | 55:2 48:0] 57-2 49°5 | 59-2 49-9} 60°9 51:2] 51:9 45°8 | 52-2 45°64 61°8 | 41°99 127-0} 35-8 a i 8 2 5 381 | 60°0 50°8|61°9 521] - —- |63°9 54:2} - -— | 58:9 50:7] 57-1 501] 66°3 | 42:07 116-7) 33:7 8 i} ao) |} alo) |) io) Mranj 480 43°9| 493 446) - —- |53:7 47:0] - . — | 47-1 48-4] 46:0 42:9] 56-1 | 89°8]115:2| 35:4] 7:4 | 7:8] 7:9) 6:7 | 65 STEVENSON SCREEN. JUNE 1891. Dry. Wet.) Dry. Wet.) Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet. 1 | 59:2 53°7 | 62°1 55°1 | 68°2 57-8 | 69:1 56:1 | 72°2 57:9) 63°8 52°9| 6071 51:8) 72:8 50-99] 129°5) 46:2 9 9 8 3 3 2 |68°9 56°8|70°9 57:0| 71:7 58:9 | 69°3 58:6 | 69°5 58:6 | 65°9 52:0 | 60°2 50°44 73:0 57-54 136°7| 46:2 4 4 9 3 3 “ 3 |53°7 50:0 | 55:9 51:°2| 57:0 52°0| 57:0 51°8|57°9 51-7 | 47:2 48:9] 45:9 42°79 62°9 47:0] 1178] 44-7 3 2 3 1 1 ’ 4 |50-4 44-9 | 53-2 46°8/ 57:1 49°6| 58-9 50°9| 57:1 50°6 | 49:2 46:4 | 48-2 45:9762°9 42:0] 118-1] 37°6 0 1 1 1 1 Py 5 |57°6 49:0) 59°5 50:0 | 60:4 5071 | 62:0 51:2] 62:5 51:8) 49°8 45:8) 48:0 44:7] 64:0 41°99122°8| 32:9 2 3 2} 4 3 6 | 49:1 44:0) 52°9 46°3| 59:9 50°5 | 63°5 51:9] 61°6 52°5| 53-9 48:2] 51:1 47:1] 65°7 41°19 123-2| 343 0 0 1 al 1 7 |48°8 45:4|50°2 45:6) —- —- |55:1 47:9) - —- | 48:3 43°7| 47-1 42°19] 57°3 41°79 138'8| 33:7 9 9 4 6 6 8 | 55:1 46°9| 57-5 48:0 | 63:0 50:2 | 65:9 52:6 | 63:9 50°3 | 56:2 47°8 | 52°0 46:8] 64:8 46:6} 126-1 | 35-2 2 2 3 1 0 9 | 54:7 48°6| 58:2 50°9|]61°5 53:9 | 66:0 55:4] 64:6 51°8| 53-9 48:0 | 538°3 47:°9]68:0 37°71 1281) 29-2 2 1 4 6 8 r 10 | 51°8 45°9| 52:1 46:1) 54:9 48:0| 59:0 50°0| 60°8 50°9 | 52°7 47:2 | 49°6 45:2]61:2 44:0) 119°3| 36-1 6 4 4 4 6 11 |53-°9 48:3) 57:1 51:0} 61:2 54:1 | 66°3 50°7 | 65°6 5171| 54:6 46:1 |52°8 44:°9167:2 36:0} 125°6| 28:3 il 1 2 0 0 12 | 53°6 48-0 | 55:2 49°7| 59-9 52:9) 61°7 53:9 | 63°7 54°6| 49:9 47:2| 47:8 45°84 68°3 39:0] 121°3| 31:3 0 0 0 3 3 13 | 5071 48°8 | 49°6 48°3| 49-7 48:9 | 52°9 51°8| 55:8 51°8)51°5 49-0 | 49-9 48°8[ 56:1 44:0] 76:9) 41°07 10] 10} 10} 10] 10 14 |52°9 49°0| 53-2 51:6) —- — |54:9 501) —- — |50°9 48:1|50°6 47:°8]56:9 49:0} 99:5] 47:0} 10 9 9 10 | 10 15 | 50-1 49-7 | 51:1 50°7 | 53°6 51:7 | 53°7 51-9} 53:0 51:9] 53-1 51:9) 53:0 51°1]54:0 47:0] 71°5| 47°5— 10] 10) 10 9 7 16 | 53°7 52:0) 52:9 51°5| 56:1 53:2 | 57-1 52:8 | 55°1 52°7 | 52:1 50:0 | 52°1 50°7}57'9 47:19112°0| 4407 10; 10} 10) 10) 10 17 | 54-2 53:9) 56°3 55°7 | 56°7 55:9 | 55:9 55:1) 54°9 54:41 53-9 53:5 | 58:9 53°5]57°2 5138] 73°9| 51:07 10] 10 10} 10) 10 18 | 55°9 55:1) 55:2 54°7|56°0 55:3 | 54:4 53°9| 54°38 53°91 53-8 538°5|53°6 538:°1957:0 52:4] 81:8} 52:87 10} 10 10} 10} 10 19 | 54:0 53°7| 55:1 54°8| 58-0 56:9 | 60:4 58°1 | 64°8 59°8| 59-1 56:9|58°7 56°1}65°8 52:07121:2} —- 10} 10] 10 3 2 20 | 62°6 58°9| 67:0 61:0} 73°3 64:8; 74:6 66:1 | 72:1 64:6) 63:3 60°3 { 62:1 59°9175°6 47°84120°9] - 2 3 8 7 6 21 | 66:0 62:0/ 68-0 62:6} - - |746 645) - -— | 66:2 60°6| 65:8 59°6] 761 53°3]129°0| 481 0 i 3 4 2 22 | 64:6 57°9| 69°8 59°3| 75:0 59°7| 77-1 62:2) 77-2 63:1) 71:1 61:9} 67°38 61:9] 79°9 54:7] 183-0 | 54:3 4 5 4 8 6 23 | 60:9 56°9| 65°5 59°6| 74:0 62:°2) 75:1 601] 73:9 61:1] 5971 54°5| 58:0 53°69 76:2 53°54132:9| 48:2 1 2 2 6 3 24 | 66:1 59°6| 68°3 60°9| 60°8 61°9| 72°6 63°2| 73:9 63°6|69°6 61:0] 6771 60:2] 76°4 54:0}137°9 | 52°6 i 8 7 il 1 25 | 63:2 59:2] 671 61:4] 77°1 64:9 | 78°6 64°7| 76:9 62:2] 67:2 59:4] 67°6 59:9] 79°9 56:9) 141'4| 51-4 9 8 9 9] 10 j 26 | 73°6 63°9| 73°2 63°9| 70°1 63°3 | 64:2 62°9| 64:9 63:1] 63:9 61:8] 64°8 61:4] 75:1 60°9]124°3 | 61:8 9 9} 10 9} 10 ; 27 =| 59°8 55:4) 62°7 56°8| 58-8 55°9| 59°9 56°3) 61°38 57:9) 57-9 55°71) 55°6 538°2165°9 55:3 - 560 9 200) 0 5 3 . 28 | 60:9 57-1] 61:2 57:7] - — |57°2 55:7) - — |57:0 55:7 | 55°2 53:9161°7 51:°9]119°2) 48:0} 10) 10) 10 8 6 29 | 58°3 54°6|57°8 53°7| 591 54:4] 58'8 55°5 | 59°7 56°71 57°6 55:0 | 56°8 53°8]60'0 52°33] 79:71) 472] 10) 10}] 10) 10 8 80 |55°7 54°7| 58:1 56:1) 57°8 58-7 | 58°5 55°7| 5771 56°1| 55°8 54:8] 55-6 54°6159°9 54:27105°0|) 53:9} 10} 10} 10] 10 9 MEAN] 57°3 52°8|59°2 53:9) - — | 631 55:7} - — | 57:0 52:-4|55°5 51°6]66:0 48°8}11671)| 44:6] 6:0 | 6:0) 6:4) 5:7 | 53 - | | FORT-WILLIAM OBSERVATORY. 309 STEVENSON SCREEN. TEMPERATURE AND AMOUNT OF CLOUD. UE Son. | a Temperseare sy and Wet Bulbs. Max Min, | Black | Radn. Amount of Cloud, 0 to 10. COD 12h 1h 16h 21h 22h Bulb. | Min. | on | yon | 14 | ain | gan : ~~ |bry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet. Dry. wet, | Hee Ging | 1 | 53°7 53:0) 55°1 53:8 | 59°1 55:0] 61°7 54°9 | 62°9 56:0) 53:2 50:1 | 51°71 48:1 | 62-2 | 52°97 130-0} 52°5 10 Gi 6 7 5 2 | 56°9 53:2) 57:9 54°6|58°9 54:°9| 58:9 55°1|56°6 52°9| 55:2 53°8| 53-9 52°8]61°9| 44:0]}121°9; —- 10 10) 10 10 10 3 | 54:4 52°8) 56:4 54:0] 62°9 55:7 | 62°2 55°0|61°8 55:2) 54°0 49°9| 52°9 49:1] 64-0 | 51:2] 135-8] 49°6 9 9 8 8 10 4 |55°8 52:2] 56:0 51°7 | 57°9 52°8| 59:0 52°8|56°8 51:9] 53°6 50°9| 52:1 50:0] 59:2 | 50°07 102°3| 48:0} 10 10 9 10 10 5 | 55°8 52:2)57:0 52:5] - - |57°3 53:8] —- — |57°6 53:0] 58:0 53:3] 60:0] 47-0] 91:0; 44:1] 10) 10] 10] 10] 10 6 | 53°0 51:6 | 55°6 52°9| 59:1 54:7] 63'S 54:4 | 58:0 52:4 | 50°38 49:9] 50°6 50:0] 67°3 | 50°1]131'2) 52°84 10 5 1 10} 10 7 | 54-1 51:9] 53:0 5171] 52°9 52°1|57:1 54:8) 58°1 55:0|57°8 55:5) 57-0 55:2] 64:3 | 49°8] 120°9| 49-1 10 10 8 10 10 8 | 54:2 52°2| 53:7 52°6 |) 55:0 54°7| 54:8 52°8| 54°9 52:8) 53°3 50°2| 53:0 50°01 57:0 | 52:8] 95-9) 52-7 10 10 10 10 10 9 | 52:0 47°5| 53-9 48°2| 58°5 52:1] 62°9 54°7 | 63:4 55°0|56°9 56:1] 52:9 54°6 | 66°6 | 49:0] 127-0} 47-0 8 6 4 il 5 | 10 | 58:0 54:1/ 58:9 54:2) 58-9 54°8| 60°3 56:0) 59°9 55:°6|55°6 52°8| 54:2 52:4] 62:0 | 48-9] 116°0) 44:7 8 9 10 10 16 Il | 54:2 52:2) 56:1 53°4| 57-0 54:3) 57:2 551) 561 53:3) 53:7 52:4) 53°5 52°2157-9/ 52-9] 88-9) 53:0] 10| 10) 10) 10) 10 12 | 56:0 53°9) 58:9 55:8) - - |57°7 54:8) —- — | 54:2 53°8| 54°8 54:0] 59-1 | 51°8]108:9) 52-1 8 8 10 10 10 13 | 56:2 55:9] 59°9 58:3} 64:6 59:1] 65°9 59°7| 63°8 55°5| 55:4 51:9 | 530 50°8 | 67-6 | 52-9] 138'2 | 54-2 10 6 6 0 0 14 | 61°6 56:4 | 63°1 57:9) 67:1 60:0} 71:0 62:0 | 72°9 6271 | 62:0 57°6 | 59°7 53:1] 73°65 | 46-0] 135:0 |) 42°0 1 1 2 2 2 15 | 59°7 53°9|60°S 55:1 | 64:6 57:0| 66°3 57:1) 66°9 57:3] 59°7 55:8 | 589 54:9] 68°5 | 52-6] 129-9) 46°5 4 2 3 8 6 J6 | 60°9 56°8| 59:2 55:8 | 60°9 57:1] 65:8 60°8 | 679 62:0 | 57°5 56-8 | 56°8 56:1] 69-0 | 54:2] 133-0 | 53-1 Av Al(0) 4] 10] 10 4 17 (| 58°3 57-8 | 58-2 57-9 | 55:4 55:1] 56°8 56°1| 56:0 55:1) 55:9 54:7 | 53°8 52-9] 60-0 | 53-9] 100°3 | 53°5 10 10 10 0 1 18 | 67°8 59°6 | 69°7 59°5 | 64:8 60°5| 63:5 60°8 | 63°8 58°9| 58:8 53:0} 54:7 50°94} 69-2 | 51°04 123°2 | 45:1 7 il it 4 3 19 | 63°8 56:0] 65:0 57:0] —- — | 64:2 58:0) - — | 571 55:0] 56:0 55:0] 65:9 | 49°8] 125-7 | 42:4 4 a 9 10; 10 20 | 54:7 54:0) 55:4 54:°9| 56:5 56:0| 57:5 56°8| 58:2 57°6|55°9 55°6 | 55°9 55°3]69°1 | 54:0] 108-9) 54:55] 10) 10] 10] 10; 10 21 | 571 56°7| 57:9 56°9| 60°8 58:0 | 61°1 58-0] 59:8 56°8| 561 53°9] 54:9 52-9] 61-3 | 54511082) 54:5 9 10 9 10 9 10 22 | 53°9 53:2) 55:1 54:0| 59-8 55:0 | 59-0 53°8| 57:1 53:2] 58°6 53°9| 57-0 53:7460°8 | 49:9] 106-0, 46:2] 10 10} 10} 10 10 23) 087 5dD:2'|60°8 563) — — | 62*1 57-7 | 62°0 57:0} 55:0 52-0 | 54:8 51-9] 62-9 | 54°87100°5| 54:0} 10 10; 10; 10 10 24 |56°5 52:0) 57:8 52°5| 57:8 52:0 | 568 52°1| 57-8 51:9) 53°8 51:7 | 53-9 51:0] 59-2 | 52-6] 109:0 | 49:5 9 10 10} 10 10 25 | 57°7 52°6 | 58:2 52°9| 59-8 54:0) 58-9 54:9) 57:3 54:1] 54°7 52-9) 54°3 52°54] 61-0 | 52-2]. 105-0 | 51:2 8 is} | 1K) 300) 10 26 | 54°9 54°71) 57:8 57:4) — — | 61:0 561) —- = | 54:9 53:8 | 54°9 53°94 62-1 | 52°27103°9| 50-1 10 9 8 | 10 10 27 ~| 530 46°0 | 53:1 47:1 | 54:8 47-0) 56-7 50°0| 57-1 49-9] 52:7 48-1] 52°8 48:7] 58-8 | 50°0}133-2| 46-1 7 7 5 di 8 28 | 52:1 47:2 | 54°8 48:9 | 54-7 49:0] 53-8 48°8| 56:0 49:2] 51:0 46:1] 50°9 46-0] 56:6 | 48-2]124-7 | 44-2 ti Hy LON 1@ 9 29 |53:9 50:1| 54:8 50°6|57°8 52:5 | 58-8 53°3| 60-8 54:0|'56°6 51-7 | 55:8 51-7] 62:0 | 48-2] 134-5) 44:9] 10} 10 7 6 8 30 | 58:0 52:7 | 59:0 52°8 | 62°8 53°8| 65:1 56:0 | 64:7 56:2] 55:9 53-7 | 55-2 52-81 68-0 | 50°8 134-2 | 45°5 5 5 2 2 8 ol | 577 52°7| 58:0 53:1 | 60°9 54:2) 60-9 54:9] 61°0 55:1) 54:9 52:2] 54°3 51:9] 64:0 | 52:2 peal 53°1 5 7 7 9} 10 MBEAN) 56°6 53:2 57°8 54:0} - - |60°6 55:5) - — | 55°6 52-9) 54:6 52:2] 63-0) 51-0] 118-0 | 49-2 8:2 | 8:0 | 76) 8:0] 8:2 if STEVENSON SCREEN. AUGUST 1891. Dry. Wet.) Dry. Wet.| Dry. Wet.) Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet 1 | 56°9 55:2) 55-4 54:8) 57-5 56-7 | 57-2 56°0|57°8 56°2/54°8 53:0] 54:1 53:4] 59-1 | 52-4]7116-9} 52:0] 10) 10} 10; 10 9 25456) 52°7 |) 541 -52°9 | = - |56°0 54:0} - — |51:2 49°9|50°8 49°94} 59-3 | 50°1}123°8| 46-0 7 7 9 6 3 3 |55°6 52°6)57°8 53°3 | 54:1 52°83) 52:5 51-9} 54-8 52:5 | 52:5 52:0] 53-7 52-09 60-0 | 43-8] 129-7 | 38-5 8 8 10 9 9 4 | 57:0 54:1) 57:9 55:1 | 60°9 56:0 | 63:1 57-6 | 62:0 5771] 56:2 54:6] 56:2 54:1] 64-2 | 51:0] 126-2) 50-2 8 8 2 6 9 B | 56-2 52:9) 57:9 53:7) —- - |57°8 54:3} 61:9 55-7 | 56:1 51-7 | 55-0 51-8} 63-0 | 54°37 133-8 | 53-0 9 Gf io} 20) 9 6 | 55:0 51:0} 56:8 51-1 | 59:2 52°3/ 58-6 52:9] 58-0 52:4) 55:0 51-1] 54:7 51-2]61:9 | 46-7] 117-9} 41:2] 10] 10 9} 10} 10 7 | 565 55:7 | 56-4 55:3] 57-1 56:1] 57-9 56:8] 60:0 57:7 | 57:2 56:0] 56:6 55:84} 61-6 | 53:07113°8} 52-2] 10) 10; 19 LOM LO 8 | 56:0 55°8| 58:0 57-7 | 59°3 58-8 {57-6 57-1] 59-7 58°8| 56-7 56°1| 56:8 55-1]61:0} 55-09 101-9} 55:2] 10] 10) 10] 10 8 9 |57°8 56:8) 58:9 57:7) —- — | 62:2 59:0} —- — |56°6 54:2) 55:0 53-9] 63-2| 540911771} 53:2} 10) 10] 10 10} 10 10 | 566 51:6 | 57:4 51:8} 62:0 53:9} 64:1 56:0] 62°9 52°6| 55°6 51:7) 55:0 51:9} 66-2 | 51:0} 126-0) 50:8 8 a 2 9; 10 | Il | 54:1 53:3 | 55:0 53:6 | 55:5 54:9) 58-7 54-0| 58-8 53-9) 53-7 50-7 | 54:1 51:7 }59°3| 52°07 104-0) 51°37 10} 10} 10} 10) 10 12 | 52°8 51°7| 53:2 52°8| 56:0 54:5] 58:8 54:1] 58:7 54:2| 53°6 51:0] 54:7 50°1 | 62:0 | 52:0] 126°0| 51-8} 10} 10 8 9 g 13 | 56°8 51°3| 56°8 52:0) 59°6 53°5| 57:9 52°6| 57:9 52°0 | 52:7 50:5 | 52°6 50:2] 60-0 | 52:0] 100°0| 47-8 9} 10] 10 9 7 14 | 54:0 52:9) 55:1 53-7 | 56°6 55:°9| 56:7 56:2] 56-7 56°2| 55:9 54:8] 55-1 53-6459:9|/ 49-57 80-0] 47-3] 10 10/ 10} 10}; 10 15 | 55°6 52:0/ 56-0 52:9] 59:0 58°5| 56°6 52°8| 56-4 55:3 | 56-1 52-9] 55-9 52:9]59-0| 52-0] 88:0] 5017 10) 10; 10) 10] 10 16 | 57-9 52°9| 56-2 51°77) — —- | 60°8 53:2] - — |50°2 46:7] 51-1 47:7] 64:0 | 49°59 133-0} 46°6 8 8 6 5 0 17 | 58-2 51-9) 58-2 52:0] 58:8 53:0] 60°2 55:0| 60°6 55:1 | 61:0 55°6| 60-0 55-5] 61°8 | 48-2] 73:0] 45:2} 10] 10 10} 10 10 18 | 58°8 55:9| 64:8 57-2) 67-1 58°7| 71:2 60:2] 70:0 58:1) 57:9 54:9| 58-6 54:8] 72:0 | 54:3] 123°8 | 51°7 5 5 4 5 5 19 | 64:0 55:°9| 64°9 55:2) 64:6 55:2/ 66-7 51°8| 64:8 55:2) 57-3 53:3] 58°3 54:1] 68-4 | 55:7] 125-7 | 49-2 5 5 | 10 9 8 20 | 59-4 54:8 | 60°7 55:0 | 62:1 56°5 | 57:4 54:9) 57:7 54:9| 55:0 53°6 | 54:2 53-2163:0| 54:0] 97-4] 46-9 7 Sele LO Ne LON 10 | 21 | 55-9 52°7| 56-1 52:5) 58°9 54:3) 56-6 54:2| 56:0 54:6 | 54:9 52-2| 54-1 52:9] 59-8 | 52-47 100-7) 50-1] 10 8) OD LON ao 22 | 56°8 52°9| 59:3 53:2) 61°6 54°7| 67:1 57:1] 61°6 57:4) 55:8 53-7 | 55-2 52-41 68-3 | 52°09 127-2} 50:0 if 8 6 9 6 23 | 53:9 48°8| 54:8 48:6) — — |58°8 51:0) —- — |52-1 49:1]50-8 48-1] 63-2 | 46:2]124-4/ 40-7] 10] 10 4 9 8 24 | 51:9 50°9| 53-2 51°6| 53°8 52:7 | 54:9 53°7 | 54:9 54°6| 53-7 51-2) 53:3 51:3757:0| 49°27 71:5 - 10} 10; 10) 10] 10 25 | 53°8 52:8) 55-7 58:8) 57:7 53°3| 55:0 53:1 | 54:0 53-2 | 53°9 53:6) 54-1 53-8]57°4/ 51:°3}109-5| 51:3] 10 i sO io) || To) 26 [54:0 51:3] 54:7 51°9|55°5 52:9] 57-8 52-7) 59:2 52-7|53°8 50:8 {53:0 51°64 59-9 | 51°39 112-5| 51°07 10) 10 6 g 6 27 =| 54:3 51:9] 57:0 54:0 | 57:5 52-1] 61:1 53-2) 58-2 52:9 | 50°7 48:9 | 48-8 47-2]61°9 | 49:1] 123-4) 46:7 8 9 4 3 u 28 | 52:2 50:2) 52°7 50°2)55°9 52:0] 55:1 52°1| 52:2 49-0 | 50-1 48-1] 49-9 47-91 58-5 [45-49 117°7| 45:5] 10 3 | 10 7 6 29 | 51°7 49°7| 51°6 48°6 | 55°3 51:0} 59:7 50°0| 56°1 49:1 | 45°5 41-8 | 43-2 41:0] 61-2 | 42°87129°6| 41:9 8 8 a 1 it 30 | 47:6 44:°9| 5071 47:0] - = | sped) Geil) = — | 53°83 48:0) 54°7 48:3] 56:4 | 36:3] 129°7 | 28-7 9} 10 8 9 10 81 | 55:8 51:0/ 55:7 51-8 | 59°3 54:3 | 59-2 54-1] 57-1 54-0 | 56-0 55:8 | 56-9 55:2] 60°7 | 46°54103-7| 47-6] 10] 10}; 10; 10] 10 , Meax 55°> 52°5/ 56:5 58:0} = —- | 59:1 54:3] - — | 54:4 51:9) 54:1 51-74 61-7 | 50°1]113-2| 47:8] 8:9 | 86] 82] 85} 8:0 310 FORT-WILLIAM OBSERVATORY. STEVENSON SCREEN. TEMPERATURE AND AMOUNT OF CLOUD. SEPTEMBER 1891. Temperature—Dry and Wet Bulbs. Max.| Min,| Black 'Radn, Amount of Cloud, 0 to 10. gh | 10 12h 14h 16 21h 22h Bulb.) Mins} gn | yon | 14m | 21h | gon Dry. Wet. |Dry. Wet. |Dry. Wet. |Dry. Wet. Dry. Wet.| Dry. Wet.| Dry. Wet. 4 i 1 | 561 52°7 | 56:2 53:2] 55:2 53:0 | 55:2 54:1 | 56°1 53°9| 53:5 51°0| 54:5 51°44}58:0| 53°0]101°8| 51°38] 10) 10; 10] 10) 10 2 |53°6 52:1 | 53°7 52°3| 53:8 52:7 | 53:0 50°9 | 54°9 52°4| 52:0 49°6 | 50°8 49°1]56:1| 49-9] 89-1] 50°87 10 10} 10 4 9 3/519 48:9) 55°7 51-1 | 568 51°9 | 55:2 52-1 | 55-4 519) 50°8 49°0 | 51-4 49°1 | 59'5 | 48:8 | 114-9 46°1 3 3 9 SP 10) 4 |53°0 51:2) 57:0 54:0| 58:1 53:3 | 61°6 55°3 | 591 53:7 | 49°7 47:0 | 48°8 47:0] 62:0 | 48:0] 128-1} 43:1 4 5 4 0) 1 5 |52:0 51:0) 53°7 52:5) 55:8 54:1 | 55:2 53:7 | 58-9 53:0] 53°3 52:0 | 52°8 -51°8 | 57°7 |[49°6]] 91°70} 45:17 10} 10} 10) 10). 10 6 |48°0 45°9| 48°8 47:2] - — |50°77 481! —- -— | 49:0 47:5] 49:1 46°9] 55-4 | 47:0] 111:0| 45:0 SLOT SOs are 5 7 |55°0 50:0} 54:0 48°9| 58:1 50:0] 58°8 50°8| 56°8 501 | 46°8 44:9} 45°6 44:0] 61-4 | 45:0] 123-9) 45: 9 6 5 0 0 8 |49°8 47°5 | 52°8 49:4] 56:9 53°0| 61°5 56:0| 60°8 56:0 | 56°8 55:0 | 56°71 54°83] 62:0 | 40°9] 85°38) 32°97 10 ie Oy |} @ 4) al@ 9 {57-2 56°8 | 58-8 58:1 | 60°0 59°5 | 58°8 57-9) 58°7 57:5 | 59°9 57:9 | 59:7 578} 60-0 | 52-4] 74:0) 478} 10) 10} 10] 10) 9 10 | 60°3 55°8| 63°6 58-0 | 66:7 59°8 | 68°8 62°1 | 67:0 60°8 | 57°8 57:0 | 57:4 57:0] 70-2 | 54:3 | 123°6 | 50°3 3 7 76); Wh} to) ll | 57:7 56°3 | 59:2 57:1 | 60°1 57:7 | 61°9 59°0| 66°8 62:1 | 62°9 60°1 | 62:0 59°2] 65°7| 55:6} 11175} 542 7 10] 10 8 4 4 12 | 61°1 57:9] 63:8 58°8; 65°1 60°2| 65°5 60:4 | 64:1 59°9 | 54°1 43°7 | 53:4 53:1 | 66-0 | 52:9] 115-1 | 52°9 0 0 0 0 0 13 | 54:2 53°9/57°0 55:9} - -—- |72°9 63:4) - —- | 61°7 59°9/ 60:0 58°8| 74:8 | 48-1] 124-0) 43: 10 0 4) 10; 10 14 | 53:0 51:0 | 53°9 52:1 | 53°1 50°8 | 56°9 50°0| 59:0 50°8| 51:3 48:0 | 51-2 48-8] 60:0 | 49:5 | 123-2) 50 10 10 8 9 10 15 | 50°3 47°9| 52:9 49-4] 57-1 51°6 | 56°3 51:0 | 54°8 52:3 | 55-0 52-7 | 54:8 53:0] 58:1 | 47-1] 111°6 | 42 6 8} 10} 10] 10 16 | 55°6 54°7|56°7 55°3| 56°9 55:0} 57°0 55°1 | 56:0 55:1] 55°9 55°6| 56°1 55°9) 58:5 | 54:0] 74:0} 52: HO) AO a) || |) il) 17 | 56°6 5671) 56°6 56°1| 57:0 56°8 | 56:1 55:9) 56°8 56:°2|55°5 55:2] 55°38 55:1] 57°9| 541] 79:0) 54:2 10; 10; 10} Ju, 10 18 | 55:3 53°3| 56°7 54°S | 58-2 54:9) 59°71 54°2/58°1 53:9) 54:3 53°6 | 54:1 53°7] 61:0 | 52°3] 117°9 | 52°6 sh 30) 9 10 | 10 19 |55°0 52°3) 55°9 52:4] 55:9 52°7 | 56°9 51°8 | 58°8 53°9| 49°8 47:7 | 47:8 46°3] 59°7 | 47-4] 108-1 | 49-2 8 ii 6 3 2 20 | 48:2 46°9| 50°71 48:0; - —- | 56°99 507} - —- | 48°9 47°6| 49-9 47:9] 59:0 | 43°97118°9| 38:9] 10; 10/ 10} 10] 10 21 |50°3 45:1] 49°5 45°8| 49°1 46:2] 50°0 44:9 | 50°7 45:0] 48'S 44:2] 48:8 44:1] 52°8| 46-3] 68:0} 46-2] 10 9) 10] 10) 10 22 |49°3 45°4/50°2 46°1/51°9 46°0/ 53:1 46°7 | 52°9 46:9 | 42°0 39°9| 40°8 39:0] 54:4 | 38-9] 113°3 | 37°5 6 6 4 0 0 23 | 44°7 41°9/ 48-2 44°1/ 57-0 49°8/ 58°8 51:4 | 56°8 511 | 53°9 49:0 | 53:2 48:9] 60°4 | 35°4] 125-2 | 28:0 0 0 Ui 2 5 24 |53°8 52°3|54:0 53:2) 56:1 54:8 | 59:2 55:2 | 54°8 53°7 | 52:1 50°0| 52°5 49°7 | 59-5 | 51-1] 119°9 | 45°3 10} 10 6 9 9 25 | 51:2 50°7 | 53°3 52:0} 57:0 51°8 | 58-2 51:0 | 58°6 52:0 | 56-9 53:9] 57-8 53:9] 61:0 | 48:0] 110-4) 48°04 10} 10) 10); 10] 10 26 |52°3 48°3|52°9 49°7|51°6 50:7 | 53°8 50°8 | 52°8 50:7 | 53:0 49°8 | 52°9 49:0] 60°7 [49:°1}] 104:1 | 47:9} 10 1) jj 1100) 9 27 |51:0 46°9/51°9 47-1] - — |53°6 48:5) —- — |51°9 45:2) 51:9 49°8]55:2| 47-9] 90°6| 44°9 9 9 10} 10]; 10 28 |53°3 52°9| 54:0 53°8|56°6 56°71 | 56°8 56°5 | 58:3 57:9 | 54°3 52:3) 53:1 51:9] 59°5 | 50°38] 66:4) 47°83} 10) 10] 10; 10; 10 29 |51°9 49°9/ 52:8 49:8] 54:5 50°9 | 52:8 50°5 | 52°2 50°9 | 52°2 50°1)| 51°9 48°38] 54:9] 50°9] 87:9) 49°70] 10) 10 9) 10 3 380 |54:0 49°0| 51-9 48°1| 49°7 47:8 | 56°9 50°9| 51°7 48:9 | 52:2 47:2) 48:9 47:2] 57-0 | 45:0] 105°9 | 46°5 10 10 10 4 10 Mean] 53°2 50°8|54°5 51°8| - —- |577 53:3) - -— | 53:2 51:0| 52:8 50:8 | 59:9 | 48:6] 103°9] 46:3] 81) 7:9 | 82) 7:3) 7:5 STEVENSON SCREEN. OCTOBER 1891. Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.) Dry. Wet.) Dry. Wet.| Dry. Wet. 1 | 47°9 46°9| 48-2 46°6 | 49°2 47:1) 5171 47°9| 51:2 47:6 | 47°7 46°0| 46°9 45°71] 54:0 45°0]112°8 | 41°8 10 9 8 10), aK@) 2 |48°3 46°0|50°0 46°6 | 54:4 48°6|58°9 55:4] 54:4 49°7 | 49°9 47°0| 50°71 47:1] 60°0 44°29 112°7 | 41:2 4 3 3 5] 10 8 | 538°] 52°5/53°6 52:9) 54:2 53°9 | 54°8 54:°6 | 55:7 54°3) 57°] 55°9| 57:1 55°7 158-0 45:5] 60°3 - 10 LO} LON SON ao 4 | 54:2 53:0) 55°9 53-4] - — |53°7 527) - — | 54:9 52:3) 55:2 52°3)60:0 53:0] 62°7| 52:8] 10) 10) 20) 10) 20 5 1 55:8 51°71 55°6 50°8| 58-5 51-5) 57°8 49°2| 57:1 48:1 | 57:8 49°38 | 57:7 49:9] 600 54:0] 107:2| 50:2} 10) 10 5 7 8 6 |52°2 51°5|51°9 51:2] 52:7 51°9| 52:2 49°8| 51:9 49°7 | 45:7 43-9) 49-1 44°3]158:'2 44:3] 77:0) 507147 10] 10) 10 3 2 7 | 51:0 47°8 | 52:1 48:2) 54°4 50°8 | 52°8 50°70) 54:5 48:9| 53:5 46°8 | 52:1 45:9] 57-1 45°4]7107°0) 40-1 10 | 10 8 il 1 8 |51°6 47:0 | 53:0 47°9| 55:0 48:2 | 56:0 48-9 | 54°9 47:4|52°3 48°0/ 52°8 48-7] 57-1 49°0]113°9) 45°5 ] 10 9 7) LO eae 9 |53°3 47°2| 54:1 47-7) 54:6 48:0 | 50°2 48:8 | 53-1 48:0] 48°2 46°6 | 48:7 46°9]56°3 45°09 77:2) 45°9 a 9 LON LO 8 10 | 51:8 46°9| 53°3 48°6 | 55:3 48:9 | 56°6 48:9 | 52°9 47:9] 51-8 48:1] 50°8 48-2] 57:4 47-2}110°5| 44°57 10 8 4 9 9 V1 | 55:1 49-4|55:4 497} -— - |55:°0 50°00} — -— | 51°8 46°6/ 51-1 46°8) 56:3 47:8] 72°7| 46:0] 10} 10} 10 2 7 12 | 48:9 44:0 | 49°8 44°2)52°9 45:9) 53-1 46°1/50°9 44°8 | 45°3 43:1) 46:0 44:6] 54:0 44°29110°0| 43:2 7 (0) 7 tony (0) 13 | 46°7 42:7! 48°38 43°6|51°6 45°7/| 50:0 44:7 | 50°8 43°7| 51:8 47:1 | 48-8 45:°1'153°0 [41-2] 104-0 | 34:5 4 4 10 8 | 10 14 | 46°8 43°8| 481 43°8| 49-1 44:7 |46°6 45°3| 47:9 44°6|48°7 45°6| 48°1 45°8]52°0 44:3] 79-2] 41:0 10} 10 10} 10 10 15 | 47°74 44°5| 48'S 45°6 | 44:9 43°7 | 45°8 43:9] 45:9 43°9| 43:9 42°4| 43:2 42:0}50°0 42-0} 90:0] 42:2 I | aloy yf alte) | iNf0) 3 16 | 42:0 40°2| 43:7 42:1) 49°3 45°8| 49°9 45°1 | 48:3 43:9) 45:7 44:7 | 45°9 44:9152°0 39°2} 98:2) 33:0} 10) 10 10!) 10 0 17 | 48:9 44:°2| 49:1 44:9) 49:0 45:7 | 49:0 44°9 | 48°4 43:9 | 45:6 41:4] 42:9 40°1]751°9 42:°3]7103-°9] 43:0 9 8 9 4 4 18 {[42°1][40°3]| 44:7 43-7} - — |51:7 46:0] - -— |47°9 45:0} 48:7 45:9]52°0 38:0] 77:9] 33:3} 10 TM eae alloye|| 3X0) 19 | 46:0 42-9] 44-9 43-1] 45-6 42°9| 48-1 44-6| 47-7 43-0 | 42-6 40-6 | 42°3 39-9]522 40-0] 104-8| 420] 8| 8] 4] 4] 8 20 | 44°9 41-8| 47-0 43:1] 50-1 44:6 | 50-4 45-7'50:4 45:1| 50-7 46-7/ 49-0 45°3453-2 40011031! 3831 7! 8] 10! 9] 10 Q1 |49°9 45°7|50°6 46°2| 50:3 45:6) 54:1 47:5) 49°8 45°7| 50°2 45°3| 50:0 45:°3]55°3 44:°27102°6) - 10), £0 el! 5) 4 22 | 481 46:0) 51°8 47°9 | 53°6 48:2 | 50°8 47:4) 49°3 46:1 | 45:1 43°9| 44-9 43°1]56°0 44:0]7100°7 | 36°4 8 6 lain sf i 23 | 34°7 34:1 | 37°9 86°9| 45°3 43:1) 50°6 46:5) 47°8 44°9 | 44-4 42-9] 46:1 44°99 53-2 33:8] 99:0) 26:9 4 2 By) 8 24 |47°3 43°8| 47:7 44:°0| 50°4 45°6 | 48°6 43°6 | 47°7 43°38) 36°8 35°9 | 383-9 33°3]51°8 36°34 105°8 - 7 6 5| 0 0 25 |30°5 80°0| 32-4 31:3) —- —- |45:0 42°7| - — |35°7 34°6 | 36°2 35°2]51°3 29:4] 93:3) 29°7 0 3 2 0 6 26 | 381 37:0) 41°7 39°6 | 46:9 43:2] 50:2 45:0 | 48:9 43°6 | 41:4 40:0 | 40:0 39:0] 52°8 32:5] 94:1] 26°6 i 5 1 2 2 27 = |[87°3][35°0)| 45-9 42°2 | 48-5 46°§ | 50°2 44:31 50°6 48-0 | 41:2 37:9 | 40:9 37:7] 52°3 35°38] 93:0} 29°6 0 Al 0 0 0 28 | 36°7 35:0) 39°9 37°5 | 47°5 42°0) 51°6 44:1] 48:9 47°4/ 36°9 35:1] 385°9 34:1] 56°3 34:8} 96:5) 26:1 0 0 0 0 0 29 | 28°7 28:0) 30°9 30°7 | 37:9 36°7 | 44:1 40°9| 43-7 40°8| 39'1 37:0 | 87°1 35°91 47°3 26:8} 84:3) 20°6 1 a 0 | 10 0 30 | 40-0 38°8| 40°5 38:9 | 45:1 42:1 | 50°8 46:1 | 45°8 42°9 | 39:2 37:0 | 36:9 35:9453°0 34:4] 84:0] 28:0] 10] 10 il 0 0 31 | 30°7 30°21 35:0 321 | 39°1 38:0 | 44°7 41-9] 43°7 41°6 | 39°6 38:3 | 38°7 37:8] 48°9 30:0} 82:3] 23°8 0 5 5 1 1 i Mean) 45°5 42:8] 47-2 44-:0| - - |511 46:9) - — | 46:5 43°7| 46:0 43-4154°3 41-1] 94:2] 37-7] 7:1) 7-1| 63) 5:8) GT I oe 4 STEVENSON SCREEN. FORT-WILLIAM OBSERVATORY. TEMPERATURE AND AMOUNT OF CLOUD. 311 NOVEMBER 1891. OCOOnNnm OPwWNr 10 OONA NP wWwhHr 10 —Dry a ulbs. . Temperature—Dry and Wet Bulb: Max.| Min, | Black |Rad Amount of Cloud, 0 to 10. gh 10h 12h 14h 160 Qyh 22h Bulb.) Min. | on | yon | q4n | aih | goh Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.] Dry. Wet.] Dry. Wet.| Dry. Wet. 42°38 41°8| 44:7 42:8] - - |504 47°77) - —- | 45:4 44:5 | 44°1 43°61 52-6 | 37-7] 92:0] 33:3 6 7 2 2 1 37°8 37°2| 42:0 41:1 | 48-7 46:1 | 50-9 48-3 | 50°4 46:0 | 38°0 37:1 | 38°2 37:0] 56°9 | 37:0} 90°4] 31:0 0 On 0 2 42-0 407 | 42°8 40-9 | 44-7 42°7| 46:0 43-0 | 44°8 42-0] 44:0 41:1 | 44-7 41:4] 46-0 | 36-6] 55°9] 30°3] 10) 10! 10! 10] 10 45°2 42°38 | 46°7 43°8 | 47-8 45:0 | 48-1 45:8 | 47-1 45:6 | 44:2 41°8 | 43°9 41-2]48°5| 40-0] 54:7] 38:2 % 10 On LON LON LO) 41°8 41:0 | 41:9 41-1 | 44:3 43-0 | 43°8 43-0) 43-9 43-0) 44°83 44:0 | 448 43°9]45:1| 41:0] 46°7/ 3937 10) 10} 10) 10] 10 45°6 44:6 | 45:3 42°9| 46:0 42:2) 46-2 42:0| 46-0 42:2] 46:8 46:0 | 47-2 46:°5147°3) 43:5] 51:6] 42-2} 10} 10/ 10} 10] 10 37°2 37:0 | 37-0 36°7 | 43°9 42°6 | 48:0 44:1 | 47:0 43:7 | 46-9 42°8 | 46-2 41:9] 49-3 | 35:7] 96:2) 30-0 9 fh 3) Lo 9 47:1 40°38] 47:8 40:9] - — |46°2 43°3| -— —-— |48°8 45:°9| 47:6 45:8] 49°7 [45°5} 59°6) 42-4] 10 jt) y) ako) jf IG) 43°7 41°2| 43°8 41°7 | 43-1 41:0) 42°8 40:3] 41:2 40-1 | 39°6 38°83 | 39°9 38-49} 48°0 | 37°07 51:2} 39°33 — 10] 10) 10] 10 7 41:0 39°1 | 40°3 37°8 | 41:0 39-1 | 39°5 37°5 | 39:0 38:0) 41-2 38°3 | 42-0 38°38} 43°2 | 35-9] 82-2] 32-7 8 6 | 10 7} 10 43-0 40°2 | 43°6 40°9| 42:7 40:9] 42°8 40°9 | 41:3 40°3 | 42:7 41:0 | 42:4 39:9] 44:0 | 39°37 44:°9| 37-9] 10} 10; 10] 10] 10 43°0 38-0 | 42°9 39:2) 44-0 39:9 | 46°9 40:9 | 40°5 37°5| 46:0 41°9 | 46:0 41:9] 47-0 | 36-3] 89-0] 352 8 5 3 8 6 47°7 45°2 | 51°6 45°8| 51°8 45:9] 49:9 45°8 | 47-4 44-7 | 45°8 43°6 | 46°8 43°71 52:7 | 39°6 | 61:2} 325 7 10; 10} 10} 10); 10 44°9 41°6 | 46:0 42°9/| 46:8 42:9] 46°1 43°5 | 46-3 42:1] 42°1 39°9] 41°8 39:4] 47-1 | 41-0] 51:0) 39} 10} 10, 10 8 8 41‘9 40°71) 418 400; - - |443 421} - — | 40:0 38-9} 40°0 38:9] 46-4 | 38-2] 74:7 | 33-4 7 8 4 if 5 35°7 34°9) 37°1 36:4 | 40°1 38°8| 41:1 40:0 | 41°9 40:6] 43-9 38:4 | 44:0 38:9] 44:9 | 32°27 78:1) 25:9] 10 9). 9 3 8 39°9 38°6 | 41:0 39:9 | 43°8 41°3| 43:7 41-7 | 40°9 39°6/39°5 386] 41:1 40:0] 46:0 | 37:0] 80-2] 35:9} 10 8} 8} 10 6 [40°0 37°8]| 45-1 39°9 | 43-2 40-1 | 43°9 40°7 | 45:9 42°8 | 47:0 45°6 | 47:2 45:9] 47°8 | 33-1] 45:1} 2847 10) 10} 10; 10] 10 47-9 44:0} 48:5 44°2| 48-2 44:9] 46°8 44:9 | 45-9 44:0] 46:2 44°8| 46°6 44:27 49-2 |[45-2]] 64:0] 42-7 Oe 10] 10 43°8 42°81 44-1 43:1 | 46°1 45°21 45-9 44-7 | 42-7 40°8! 41-9 40-7 | 40-9 39°94 47-1; 40-27 84:2) 38:9] 10/710! 10 7} 10 36°4 35°6 | 36°9 35°9 | 39°8 381 | 42°8 40-9 | 40°8 39°5 |] 38:7 36:9 | 37°8 36°89 46:1 | 35-4] 85-2) 30:0 2 8 8 5 6 33°5 32°9| 32:7 32:2) - — |38°0 36:7} -— —- | 33°9 33:0| 33-9 33:1] 39°0) 311] 85-2] 26°8 1 4 @ |) 10) ao 33°2 31°6 | 84°7 3271 | 37°8 36°7 | 38°9 37°7 | 38°9 37-9] 36:1 35°8 | 34:2 33:9] 39°1 | 29-1] 44:1) 21-2] 10) 10 Z\) TO) a@ [83:0 32:9] 33:3 33:0 | 34-9 34-0 | 34:2 33-2 | 31°9 31:3 | 30°1 [29°9]} 30°9 3071 | 35:3 | 29-0] 57:4} 27-2} 10] 10 a 1 0 37°38 36:7 | 38°7 37:1 | 41°77 39°6 | 88°7 37:8 | 35:1 34:8 | 36:1 35:9 | 36°8 36:0] 41:9 | 29°0] 57:2) 25°77] 10) 10} 10 2 3 34-7 33°9 | 35°38 34:9 | 34:8 34:0 | 36°0 35:0 | 35°1 34:1 | 29:9 29-7 | 30°38 29:9} 38°0 | 29:2] 40:0] 30-2 8 9 9 0 2 24-7 24-4 | 24°9 24:3 | 285 27°5 | 31°6 30°6 | 30°6 29°9 | 33°3 32:1 | 33-9 32:1] 34:3 | 23°8] 58:0] 18°6 0 1 1 7} 10 42°6 37-9 | 42°2 37°9 | 43°9 40°1| 43-1 39:9 | 44:2 40°7| 46:7 41:1 | 46:9 41°7} 49-0 [31-8] 48°8) 26°83] 10) 10) 10 3 4 43°2 41:3) 42:2 41:0} - — | 41-7 38:9 | 42°1 38:7] 40:0 38:0 | 39:7 38:1] 4777 |[37°8}} 62:4) 38°37 10] 10 9} 10] 10 43°1 40:2) 43°2 40°9 | 44:2 42°6| 45:0 43:2 | 44:1 42-7 | 43°1 41-0 | 43°1 40°8] 45°8 |[39°3}) 47°5} 34:0] 10} 10; 10; 10) 10 405 38°6 | 41°3 39:0; - - |43-4 411) - — | 41-4 39°6 | 41-4 39:5] 45°8| 36-2] 64:8 | 33:0] 83) 88) 81) 7:3) 76 | i i | STEVENSON SCREEN. DECEMBER 1891. _| Dry. Wet.| Dry. Wet.) Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet. 519 47-2 | 51-9 46:9 | 52°0 46°7 | 51:9 47-0 | 50°9 47-6 | 46°7 44:9] 4671 44:°9]53°5 | 40-0] 54:8} 35:0} 10} 10] 10] 10] 10 3/0 36:0 | 39-2, 36°9 | 40-0 38:0 | 44°6 42:0 | 42°8 41°8| 47:0 42:8 | 46:7 42:8] 47°5 | 37:0] 65:2) 31°4 7 6 9} 10}; 10 52°9 49-9 | 53:2 49°8| 50:0 48:4] 49°8 47:7 | 50°1 47°7 | 47-8 44:8 | 48:1 44:8] 55-8 |[45°5]) 54:2] 32°87 10] 10/ 10 8 6 47-1 44°9| 45-2 42:9] 44:9 43:9] 47-9 45:6 | 46-6 44:9 | 49°9 45-7 | 48°9 46:-4]50°8| 47°77] 54:3) 41°83] 10) 10 9/ 10} 10 46°2 45°7 | 47-7 46°1/ 46-0 45°6/ 45-9 44°38) - —- |43°0 41°7/ 42:9 41:7] 50°9| 42:1] 59°7/ 44:37 10} 10; 10 5 3 42-1 39°0| 43°6 38:7 | - —- | 44:0 39°99} - — | 40°6 38:9) 38:9 37:9] 45:3 | 39-0] 71:6] 36°6 7 3 8 4 3 361 34°7 | 35°9 34°7 | 38°6 35°9 | 38:1 35°8 | 36°1 34:5 | 31:1 30°2 | 30°7 29°6]40°3| 31-07 465) 301] 10) 10); 10 6 0 43°9 41-1 | 42-0 39-2 | 42°7 38°9| 41-1 38°9 | 39:4 38:1 | 38:0 37°8| 38°6 38:2} 44:1] 27-6] 51:3) 20°77 10} 10) 10) 10) 10 44°9 43°2| 44:9 42:4 | 43°7 42:1] 45-0 43:0 | 44:8 43°7 | 49-1 45-6 | 45:4 42:6] 49-2 [37-9]] 50°9| 37:9 9} 10 9} 10} 10 41°1 37°8 | 38°9 36:8 | 39°8 37°7 | 39°8 37:2 | 38:0 36:2] 33:7 33:1 | 34:6 33-6] 46:8 | 32°3] 56:0) 34-4 9 9 10) | L070 38°] 34°5 | 37°6 34:0 | 37°9 34:2| 35-1 34:0 | 35°6 33-9 | 37:7 33:9 | 39:1 34:9] 39°6 | 33-2} 67°6| 301] 10 9 7 6 7 34:0 32°1| 84°6 382°7 | 33°9 33°3 | 34:4 32:9 | 37°3 34°5 | 88°7 35-2 | 37°8 35-7] 40°8 | 30°8] 67:4} 29-4 5 9) 105 | On 0 341 33°9| 346 34:2) - —- |36°7 35:9! - — | 371 361137: 36-8] 38:4| 32-2] 38°8] 31°31 10} 10! 10) 10) 10 40°9 37°3| 40°8 37:2] 40°8 37-7 | 4071 38-0 | 40°5 36:9 | 34:9 32:7 | 33-7 31:9] 41:0 | 32°8 - 32°0 5 5 7 5 4 31-1 29°6 | 31°8 30°6 | 35:9 33°7 | 40°8 37°7 | 41°8 38°5 | 42:2 41-7 | 45:0 44:7] 45:4 [28-6] 46-1) 2127 10; 10) 10) 10] 10 42-2 40-2 | 42°1 40-0 | 42°5 40°5| 42°3 40-2 | 37:2 36°3| 31°5 30:9] 31:9 30-9] 47:9 | 30°2] 73°8| 39-4 8 8 2 2 0 29°7 28-9 | 29-2 28°7 | 31°8 30°7 | 40°6 37:4) 41°9 38:9) 38°9 37-4] 42°6 40°5] 42:9] 28-07 — 19°6 7 7 7} 10} 10 45°8 43°83 | 46°6 43°8| 46-7 43°7 | 46-7 43°8| 45:2 44:6 | 45:9 45:3] 47-0 45:9] 48-0 | 43:3]. 48°6| 40:2} 20} 10; 10) 10} 10 44°8 43:5 | 44:5 42:9 | 44-0 41:8 | 44:0 41°1| 43:7 40°9| 45-1 41-7 | 45-2 42-0] 47°38 | 42°1] 50:0] 43°97 10] 10; 10) 10] 10 43°7 41°11 43°8 41:2} - - ;44°9 419) — — | 41-9 39-1] 41-9 39:°0546:0 | 40:0] 45:21 41-3] 10 10) 10 4 5 41°8 38:9 | 42:0 38-9) 41-9 39-2] 41:9 38-9] 40°8 37:8] 30°7 29-7 | 29°6 28-9] 42:9 | 29-1} 69:8] 37:9 9 5 6 0 0 28°8 27°8 | 28°7 27-7 | 35:6 32:71 | 39°2 35:9 | 39°6 36:4] 42:2 38-1] 40°7 37-6] 42°8 | 26°87 52:2] 18°5 0 0 0 5 6 42-2 40°2| 42:9 40°8 | 44:2 42-1 | 44-9 42-1 | 43-9 40°8 | 42°8 39:9] 42°8 40:0] 46°3 | 39°38] 65:9} 34:4 9 8 9 6 7 32°71 31°5 | 33°6 32°6 | 40°1 38-7 | 41-2 39°7 | 41°6 39:9] 41°5 39-9] 41-8 40:1} 43:0] 31:5] 42-1] 28°8 9} 10} 10 7} 10 37°8 34:0 | 37°6 33°77} - —- | 40°0 35:9] 41:0 36:7 | 42°8 39:0} 41:9 39:3} 43°38 | 35:27 42:9) —- 10 7 8] 10 4 48:0 45:°2|48°8 46:0} 49°7 45:9| 50-1 47:1] 49:4 46:9] 44:9 43-8] 46-7 44:2]51:0 | 43°3] 49°7} 40:0} 10] 10} 10) 10; 10 40°8 36°7| 42°0 87°55; - -—- |42°6 38°9| - -— | 41°6 39:°5| 41:0 38:7] 46°6 | 41-1] 47:7] 34:8 8 OF ie LON lO 3 36°1 35°2 | 36°8 35°5 | 37-9 36°6 | 35°8 34:9 | 40°2 37-7 | 42°9 40°7 | 46°7 44:1] 47:3 | 34:5] 45:0] 32°8 8} 10} 10] 10] 10 40°8 38:0 | 40°8 37:7 | 37-6 36°5 | 38°8 36°3 | 40°2 36:9] 37°8 35:8 | 39-6 36:4] 48°2 | 36°37 46:8] 35:2} 10| 10 7 3 il 40°4 37-8 | 39:0 38:0 | 40°1 38-1 | 39:7 38°8| 40:0 38:9| 38-7 37-8 | 39-3 37-9] 41:3 | 36-3] 41:2] 33°38} 10] 10] 10} 10) 10 36°7 35:9 | 38°8 37:0 | 39°9 38:2 | 40:0 38°5 | 39°1 38-0 | 38:8 37-7 | 39-7 38-0] 42°2 | 34:0} 62:0} 32:9} 10 9 9} 10) 10 40-4 88:°2/40°6 38:2} — - | 42-2 39°99} - - | 40-8 38-8] 41-0 39-0] 45-7 | 35:8] [54:1]| [83°4]] 9:0 | 85 | 87 | 7:8) 71 312 BEN NEVIS OBSERVATORY. MONTHLY AND ANNUAL MEAN VALUES At Ben NEvis OsserRvVATORY, 4407 FEET, AND AT Fort-WILLIAM OBSERVATORY, 42 FEET ABOVE SEA LEVEL. BAROMETER—BEN NEVIS. 1 2 3 4 5 6 7 8 9 10 1L 12 13 14 15 16 17 18 19 20 21 22 23 Mids 5°336 | 5°329 | 5°325 | 5°317 | 5°315 | 5:312 | 5°312 | 5-319 | 5°318 | 5°325 | 5°327 | 5°327 | 5-321 | 5-313 | 5°316 | 5°319 | 5°330 | 5-333 | 5-337 | 5:333 | 5:336 | 5-387 | 5:335 | 5333 "659 | °656} °652] °650| 654) - “65 A 666 | “6637 “659 |) 646) *640| -632] °645| “651) “654| ° “ q : 121] °113|) 107} °102] °104) °105} °112] °120/) *124) °125] °129] *130% °132|) 123) 123} -121| 121} ‘12L) 123) 122] °122] °120) -121) -120 *B72| °365| °860} °356| °354|) °355) °361| °365] °368) °373| °376| °379] °379| ‘331 |) °380|) ‘375 |) ‘3878) °3876] °3875| °375| ‘871| *868} °365) °359 "225| *219| :213| °208| °204] °204] °209] °211) ‘215 |] +220) °223! ‘228] °234] ‘241 | °243| °243) °240| °240) °242' +249) -253|) 253] "251) °247 “B57 | *551| 546] °543| -b44| °544] 547 | °550] °553] °554] 556 { ‘5579 °559| “561 | ‘561 | °560] ‘558 |] °556] °556| °558) °562| °562) °557) °552 *370 | °3867| °361| °3860| ‘358) °362| ‘367 |) °372|) °376/ °381] °385| °339] °391] °393| 394] 394] 392] °391] °393| °392) -396] °394] °391| ‘338 "195 | “189] 182} 173) °170) -171) °177| “181| °187| “190'| 196) -199] -202]| ‘201} °199| 198) ‘195 | °192} ‘191 | -191) 190] “186) “181 |) “174 "289 | ‘286| *281] ‘277| 274] °273) 282] °283] °285) *288) °290| "295] °298) °295) ‘294) °295) °296|) -297| ‘298| °305| °310) °307| °307)| “304 029 | *034] -031] °034| °036| -036| *039| °049} -051] *053] °059| ‘0574 °055|] °058| °057| -057| °053) *056| -056| °057} °054) *046} -053] :060 179 | 172} °168|) 163} -162] -160| 164] ‘166| ‘166) ‘166|) “165| ‘1lo6] °147) “144) °144|) “144) "146]) -151|) 155) -157] 7156) °155| 153] °150 “082 | ‘O81| ‘078| ‘073| ‘073) ‘076; ‘081) *090) ‘096; ‘103} ‘106; *102} ‘100] ‘094} -090| *090} ‘033} ‘081| ‘032] -088| °089} ‘085} °086| ‘082 Year . [5288 | 5284 | 5°280 | 5°275 | 5°271 | 5-271 | 5:271 | 5-276 | 5:280 | 5°284 | 5-287 | 5:290 | 5:290 | 5:29 oO 5°288 | 5'287 | 5°286 | 5'286 | 5-287 | 5°283 | 5°20 | 5°291 | 5-290 | 5°289 | 5-286 BAROMETER—FORT-WILLIAM. Jan. . 9°987 9968 | 9°959 9°96 | 9°980 9°975 9-952 9°955 | 9°956 { 9°952 | 9°965 | 9°961] 9-951 | 9°950 { 9°952 | 9°957 | 9°969 9:938 | 9:974 | 9°973 | 9°93) | 9°932 | 9°930 | 9°981 Feb. 0°303 1. 0°301 | 0°301 07295 | 0294 | 0°293 | 0°298 | 0°299 | 0°305 | 0°308 | 0°312 | 0°309 | 0°304 | 0°290 | 0:279 | 0°269 | 0-270 | 0°272 0°232 | 0'287 | 0.294 | 0°293 | 0°391 | 0°391 | 0°307 Mar. 977949777 9775 9-767 | 9°766 | 9°767 | 9°74 | 9°778 | 9°784 | 9°788 | 9°790 | 9°786 | 9°783 | 9°777 | 9°773 | 9°765 | 9°764 | 9°763 9°763 | 9°77 | 9°74 | 9°775 | 9°78 | 9°773 | 9°780 Apr. .} 0°041 | 0°037 | 0-034 0-029 | 0°030 | 0:025 | 0-030 0:032 | 0°036 | 0-035 | 0-035 | 0-029 | 0-026 | 0-021 | 0-020 | 0:009 | 0-007 | 0:005 | 0:097 | 0-099 | 0-020 | 0°023 | 0-024 | 0-021 | 0:022 May .]9°796 | 9°792 | 9°791 | 9°785 | 9°782 | 9°780 | 9°784 | 9°784 | 9°784 | 9°781 | 9°779 | 9°74 | 9-772 } 9°770 | 9°772 | 9°769 | 9°769 | 9°770 , 9°773 | 9°734 | 9°795 | 9°85 | 9°810 | 9812 | 9°8138 June .} 0°072 | 0-069 | 0:065 | 0-061 | U'061 | 0-062 | 0:066 | 0-064 | 0-064 | 9-057 | 0°051 | 0-045 | 0-043 } 0-037 | 0°034 | 0°029 | 0°025 | 0°022 0025 | 0°029 | 0038 | 0-046 | 0-054 | 0-056 | 0°06) July 9°872 | 9°869 | 9°867 9861 | $862 | 9°863 | 9°869 | 9°872 | 9°874 | 9°875 | 9°874 | 9°872 | 9°874 | 9'872 | 9°871 | 9'836 | 9-866 | 9°867 | 9°870 | 9°873 | 9°877 | 9°384 | 9°888 | 9°387 | 9834 Aug. .] °682] -674 | *668 “661 | °655| °652) °655| “658 | *663| *662) "652 | *659| 659] °657| *653| *654) 651] “G47 | “647 | “G47| “651 | °654) “65E| *650) °647 Sept. .] -782] °780) °779| ‘773| ‘772| ‘768| °773) ‘777) :781| -782| -733| -778| *779] °776| °775| “771| <°778) °772\ °*779| “784| °793| -79S]| °890] °800) -800 | Oct. . -546] °550! °554) -553| °558] °559] °566| -b71|) °583| °5S84| 588] “583| 585] °579| °577| °573) °572) *574| “583 | °582| *584] “bSL} °58)| °579] “538 Nov. .] °775] ‘770| -765| °760| °755| -752| -755| -754| -760| -759| -760| °757| °745) -737| -729| -723| -724| -725! -731| °734| °736| °736| “737 | °737)| °736 Dec. .f 663} "658 “662 “658| 653] 651) “660) *665) ‘676| °683} -694| *696] ‘690} “G81 | °675| *656| °670| °655| -638) °687| °665| *663| *635| °632| ‘664 Year .[9°859]9°855 9°853 9°848 | 9°846 | 9°844 | 9°848 | 9-851 | 9°855 | 9°856 | 9°858 | 9°S55 | 9°852 1 9°S46 | 9°843 | 9°S37 | 9°337 | 9°S37 9°S42 | 9°845 | 9°51 | 9°854 | 9°853 | 9°855 | 9°S57 TEMPERATURE—BEN NEVIS, Jan. .] 23:0 | 23°0 | 22°9 | 23:0 | 23°0 23°2 | 23°2 | 23°5 | 23°5 | 23°7 | 23:5 | 23°5 ] 23°8 | 23°6 | 23°3 | 23°2 ( 22°8 | 22°9 | 22-8 | 23:1 | 23°3 | 23:4 | 23:2 | 231 Feb. .] 30°6 | 30°5 | 30°6 | 30:3 | 30°3 | 30°0 | 29°38 | 29°7 | 29°8 | 29°8 | 30°0 | 30°6 | 31:2} 3174 | 31°4 | 31°8 | 31°9 | 31:0 | 30°6 | 30°7 | 30°5 | 305 | 309 | 311 | 30°8 Mar. .| 19°5 | 19°3 | 19°2 | 19°2 | 19°3 | 19°3 | 19°3 | 19°1 | 19°7 | 20°1 | 20°4 | 20°9 | 21:3] 21°6 | 21-7 | 21-4 | 20°7 | 20°1 | 19°6 | 19°8 | 19°6 | 19°4 | 19°6 | 19°4 | 191 Apr. .} 22°9 | 22°7 | 22-7 | 22°6 | 22°5 | 2274 | 22-7 | 23°1 | 23:4 | 24-1 | 24:7 | 25°3 | 25°7 | 261 | 26°2 | 261 | 25°9 | 25:2 | 24°9 | 24-1 | 24-1 | 23°90 | 23°38 | 23°6 | 23:3 May .} 285 | 28°3 | 28°0 | 27°8 | 27°9 | 281 | 28:2 | 28°6 | 29°1 | 29°7 | 30°4 | 31°3 | 31°7 | 31°9 | 32°2 | 32-4 | 321 | 31°6 | 31°3 | 808 | 30°0 | 29°6 | 29°2 | 28°9 | 28-7 June .] 41°71] 40°9 | 41°2 | 41°71 | 41°2 | 41°56 | 41°8 | 42°2 | 42°6 | 43°3 | 43°8 | 44:2 | 44°7 | 45:2 | 45°5 | 45°4 | 45°6 | 45°1 | 44°8 | 44°0 | 43°1 | 42°7 | 42°1 | 41°6 | 41:2 July .}| 39°6 | 39°6 | 39°2 | 39°2 | 39°3 | 39°4 | 39°4 | 366 | 40°2 | 40°6 | 41°2 | 41°6 | 42°0 | 42°3 | 42°6 | 43:0 | 42°5 | 42°3 | 41°38 | 41:2 | 40°7 | 40-4 | 401 | 39°8 | 39°7 Aug. .} 38°3 | 38°2 | 38°2 | 37°99 | 37°7 | 87°7 | 37°7 | 37°7 | 38°0 | 38°5 | 39°3 | 39°7 | 40°1 | 40°5 | 40°5 | 40°8 | 40°5 | 40-4 | 40°1 | 39°8 | 39°4 | 39°1 | 38°6 | 384 | 38°2 Sept. 38°5 | 38°2 | 381 | 37°8 | 37°3 | 37°2 | 37°3 | 37°3 | 37°7 | 381] 38°9 | 39°5 | 39:9] 401 | 40°3 | 4074 | 40°3 | 40°71 | 39°7 | 394 | 393 | 38°7 | 38:5 | 38'4 | 38°3 Oct. .] 31:1] 31:2 | 31°2 | 31°0 | 30°83 | 30°7 | 30°8 | 30°7 | 31°0 | 31°4 | 31°8 | 32°0 | 32°71] 32°4 | 32°4 | 32-4 | 32:1 | 31°6 | 31°6 | 31°3 | 31°5 | 381°4 | 31-4 | B15 | 313 Nov. .| 28°0 } 27°9 | 27°8 | 27°8 | 27°8 | 27°6 | 27°4 | 27°71 | 27°1 | 27°6 | 28°0 | 28°3 | 28°5 | 28°6 | 28°6 | 23°3 | 28°2 | 28-1 | 281 | 281 | 28:2 | 281] 27-8 | 27°38 || 27-7 Dec. .| 26°4 | 26°4 | 26°3 | 26°4 | 26°5 | 26°6 | 2674 | 26°3 | 26°2 | 26°2 | 26°2 | 264 | 26:3] 26°3 | 26°5 | 26°5 | 26°5 | 26°5 | 26°6 | 26°3 | 26°3 | 263 | 26-7 | 263 | 263 Year .| 30°6 | 30°5 | 30°4 | 30°3 | 303 | 30°3| 30°3 | 30°4 | 30°7 | 31°71 | 31°5 | 31°9 | 32°21 82°5 | 32°6 | 32°6 | 32°5 | 32:1 | 31°7 | 31:5 | 31°3 | 31-1) 31°0 | 30°8 | 306 TEMPERATURE—FORT-WILLIAM. Jan. ~.] 38°6 § 88°8 | 38°8 | 38°38 | 38°38 | 38°6 ( 38°38 | 38°7 | 38° 39°1 ; 39:0 | 39°4 | 39°7 | 40°2 | 40:2 ( 39:9 | 39°5 | 39°5 | 39°2 | 39:0 | 38°7 | 38:7 , 38°6 38°7 | Feb. .| 42°5 | 42°3 | 42°1 | 42°0 | 41°6 | 41°7 | 41-7 | 41°7 | 41°7 | 41°9 | 42:4 | 43:2 | 43°09 | 44°8 | 45°5 | 45°7 | 45°8 | 45°2 | 44-4 | 43:9 | 43°6 | 43:2 | 42°8 42°7 Mar. .} 36°0 |] 35°7 | 35°3 | 35°1 | 34°8 | 34°8 | 34°5 | 34°4 | 85°0 | 36°6 | 37°8 | 39°0 | 40°2 | 40°8 | 40°9 | 41°3 | 41°4 | 40°7 | 89°4 | 882 | 37-4 | 3871 | 365 35°6 | Apr. .] 39°3 | 39°3 | 38°3 | 38°0 | 37°6 | 37:4 | 37°5 | 38°90 | 40°7 | 42°8 | 44-4 . 45'°3 | 46°5 | 47°4 | 47°7 | 48:0 | 47°6 | 47°3 | 465 | 44:9 | 43:2 | 42°0 | 41°3 39°6 | May .] 44°4 | 43°8 | 43°2 | 42°9 | 42°9 | 43°0 | 43°7 | 45°4 | 46°7 | 48°5 | 49°5 | 51:0 | 51°9 J 53°0 | 53°6 | 53:9) 54°0 | 53°5 | 52°3 | 51°0 | 49:1 | 47°5 | 465 44°7 June .} 53°5 | 52°4 | 51°8 | 51°3 | 50°) | 51°4 | 52°6 | 54°3 | 55°38 | 57°7 | 59°2 60°6 | 61:2 | 62°1 | 62°8 | 63°5 | 633 | 62°9 | 62-1} 612 | 59°4 |] 575 | 55:9 53°5 | July .} 540] 53°7 | 53°4 | 53°2 | 53°0 | 53°1 | 585 | 54°6 | 55°6 | 57°0 | 57°9 58°7 | 59°3 | 59°38 | 604 | 61:0 | 605 | 600 | 589 | 58°7 | 571 | 561 || 55-2 54-1 | Aug. .] 53°5 | 53°2 | 53°0 | 52°65 | 52°2 | 52°3 | 52°6 | 53°4 | 54°3 | 55°8 | 566 57°5 | 58-1 | 58°38] 586] 5971 | 59°0 | 58°5 | 57-7 | 56°5 | 555 | 54°8 | 54-4 53°5 Sept. .] 53°0 | 52°8 | 52°5 | 52°6 | 52°3 | 521 | 51°7 | 52°0 | 52°7 | 534 | 54:4 | 555 | 56-1 4 56:9 | 57:2 | 57:3] 571( 566 | 556 | 54:6 | 54:1 | 53:6 | 53:0 52°8 | Oct. .] 46°3 | 461 | 45°4 | 45°1 | 45°0 | 45°3 | 45°2 | 45°4 | 45°3.| 45°7 | 46°8 | 48:4 | 49°0 }] 49°8 | 50°2 | 50°6 | 50:0 |] 48°9 | 47°5 | 47-1 | 46°6 | 46°7 | 46°3 Nov. .] 41°0 ] 40°8 | 40°7 | 40°5 | 40°6 | 40-6 | 40°4 | 40°56 | 40°3 | 40°7 | 41°2 | 42:0 | 42°6 | 43:0 | 43:1 | 42°9 | 42°4 | 421 | 41°5 | 41°5 | 41°6 | 41°5 | 41-4 Dec. .] 40°9 | 40°8 | 40°4 | 404 | 40°5 | 40°56 | 40°3 | 40°5 | 40° | 40°6 | 40°5 | 40°8 | 41°2 | 42°0 | 42:0 | 42°1 | 41°8 | 41°5 | 41:0 | 40°9 | 40°9 | 409 | 41°0 Year .| 45°2 | 45°0 | 44°6 | 44°4 | 44°2 | 44°2 | 44°4 | 45°0 45°6 | 466 47°5 | 484 | 49°1 | 49°38 | 50°2 | 50°4 | 50:2 | 49°7 | 48°8 | 48°1 | 47°3 | 46°6 | 461 — rr ssssssss53535955959599o0w a BEN NEVIS OBSERVATORY. 313 MONTHLY AND ANNUAL MEAN VALUES AT BEN NEVIS OBSERVATORY, 4407 FEET, AND AT Fort-WItLIAM OBSERVATORY, 42 FEET ABOVE SEA LEVEL. 1891. WIND FORCE--BEN NEVIS. _ = ( | F e t| Mid- 5 y P | ry F F i night. al 2 3 4 5 6 7 8 9 10 ial 13 14 iy, | 16 17 18 | 19 20 21 22 wf) 2°40 | 2°42) 2°74 | 2°85 | 2°81 | 2°63 | 2°50 | 2°66 | 2°65 | 2:50} 2:22 | 2°29 | 2°24 | 2:23 | 2:21] 2°23 | 2°35 | 1°92} 2°00 | 1°95 | 2°15 | 2°32 | 2°13 | 2:29 | 2°31 2°36 Lp 2°91 f 2°79 | 3°02 | 2°77 | 2°84 | 2°59 | 2:50 | 2°48-) 2°70 | 2°50 | 2°54 | 2°55 | 2°71 | 2°34 | 2°57 | 2°80 | 2°82 | 2°50 | 2°32 | 2°48 | 2°61 | 2°89 | 2°82) 2°64 | 2°96 2°66 ef 2°66 | 2°50 | 2°77 | 2°56 | 2°69 | 2°73 | 2°66 | 2°58 2°89 | 277 | 2°65 | 2-71) 2°60 | 2°50 | 2°24 | 2°18 | 2°21 WT |) 237 || 2b6 || 242) 2-56 |) 255 |) 256] BGs) 2bs | nn ozo | 3°02 | 2°92 | 3°07 | 2°95 | 2°90 | 8°02 | 2°82 | 2:97 | 2°83 | 2°88!) 2:83 | 2:60 | 2°78 | 2°53 | 2°70 | 2°80 | 2°55 | 2°73 ) 2°78 | 2°97 | 3°13 | 3°25 | 3:17 | 3°25 4 2°90 SL) 2°21 § 2°10 | 2°23 | 2°40 | 2°27 | 2°37 | 2°21 | 2°35 | 2°34 | 2:21 | 2°34 | 2:37 | 2:32 f 2°13 | 1°98 |) 1°87 | 1°84 | 2°10 ' 2°03 | 2°18 , 2°05 | 2°00 , 2°00 | 2°18 , 2°27 217 Meee os 00) | 3°03 , 2°82 | 2°60 | 2°47 | 2°40) 2°20 | 2°32 | 2-28 | 2:20 228 | 2120 227 | 215 | 2°03! 2°07 | 2°10] 2°12 | 2°15) 2°15 2°15 | 2°32 | 2°53 2°75 2°36 ~) 1°95 | 1°85 | 2°08 | 2°08 | 1°95 | 1°87 { 2°06 | 1°63 | 1:55} 1°40 | 1°60 | 1°45 | 1°35 § 1°19 | 116 | 1°47 1°37 | 1°34 | 1°21 | 1°23] 1°69 | 179 | 2°02 | 1:97 | 1°990% 1°63 Sees pies |) 2:00 | 1°68. | 1:94.) 2°98 | 218 | 2°23 | Bt | BIB | 192) W74 | 1°89 9 1°84 | 1°65 | 1:53) Lel | 1:82) 1°89; 1°77 | 1°58 | 1°53 | 1°71 | 1°97 | 2°00 4 1°87 eee 4a § 2:52) 2°38 | 2°55 | 2°52 | 2°28 | 2°38 | 2°30 | 9°43 | 2°45 | 245 | 2°38, 2:22 2°07 | 217 | 2°42 | 2°25 | 2°22 | 217 |} 2°02 | 2°30 | 2°48 | 2°40 | 2°43 | 2°45 2°33 1} 3°35 | 3°19 | 3°05 | 2°69 | 2°74 | 2°95 | 2°52 | 2°56 | 2°82 | 2°62 | 2°65 | 2°68 | 2:71 2°62 | 2°81 3°02 | 3°10 | 3°05 | 2°81 | 3°08 | 3°35 | 3°61 | 3°66 | 3°60 | 3°42 2°97 Seema 26> | 2 eb | 2°75 | 278 | 2°73 | 278 | 2°82) 265 | 277 | B85 | B82) 272 4 2:48 |) 2°32 | 2°38 | 2:32 | 2°47 | 23S | 2-27 | 2°40 | 2°62 | 2°53 | 2:37 | 2°55, 2°59 ~| 2°89 } 2°98 | 2°89 | 3°03 | 2°97 | 2°53 | 2:40 | 2°40 | 2°52 | 2°55 | 2°47 | 2-61 | 2°85 | 2°71 | 2°84 | 2°76 2°95 | 3°00 | 2°71 | 2°69 | 2°81 | 2°90 | 2°95] 2°81 | 2°82 2°76 ey 262 | 2°55 | 2°66 | 2°60 | 2:58 | 2°52 | 2°46 | 2°42 | 2°50 | 2°42 | 2°40] 2°38 | 2°36 | 2°26 | 2°24 | 2:28 | 2°31 | 2°28 | 2°23 | 2°26 | 2°37 | 2°50 | 2°53 | 2°54 | 2°61 2°43 i} DIRECTIONS-—-BEN NEVIS. January. | February. March. April. | May. June. July. August. |September.| October. |November.| December. Year. 134 59 317 119 | 196 112 252 166 69 58 97 87 1666 96 11 130 61 | 99 45 63 34 34 11 13 28 625 13 4 48 191 | 108 173 60 53 5 69 68 6 798 46 27 46 150 154 129 65 83 71 159 159 60 1149 ~ | 74 125 31 24 57 53 38 68 111 167 106 114 968 182 229 30 59 | 30 44 103 126 156 128 133 233 1453 92 149 fall 31 | 21 80 54 113 172 74 66 133 1036 86 64 63 16 | 32 44 42 52 88 25 42 64 618 21 4 28 69 | 47 40 67 49 14 53 36 19 447 HOURS OF SUNSHINE--BEN NEVIS. 3 z Percentage 8 9 10 11 12 13 14 15 16 17 18 19 20 of P. easibles - o34/ 189 1-70] 177| 292| 203] 189] o7| - Big liee= - 6 2°38 | 6:44 | 10:20 10°16 | 10°61 | 9°85 | 10°51 | 10°77 | 9°38] 603 | 0-20) - - 33 bE 8°78 9°58 10°71 | 10°83 9°14 9°00 (ah) 8°74 6°83 2°62 - - 25 ) | 8°48 | 10°32 8°36 9°70 | 11°25 | 11°26 9°85 9°14 6°56 5°55 6:12 1°80 - 26 8°37 7°56 6°29 8°05 8°79 787 7°30 6°52 7:19 5°46 8°37 6°76 2°30 20 13°82 | 13°80 | 13°63 | 13°89 | 14°31 | 12°18 | 12°88 | 13°62 | 16°40 | 13°77 | 12°24 | 13°26 8°90 40 551 6°63 6°39 6°49 6°78 6°49 6°81 7°66 5°65 4°12 3°38 4°26 3°09 16 1°09 | 2°85 3°11 4°12 4°25 597 6°19 5-11 3°89 3°95 2°92 0°88 0°27 9 2°95 4°62 5°31 5°15 5°41 4°19 4°21 4:27 4°02 2°92 1°85 = - 12 2°42 3°95 6°65 Tents 8:97 dete 8°27 9°31 5°57 0°28 - - - 19 2 “ 0's1 Bak! 5°00 4°26 4°01 4°27 3°36 3°00 2°26 - - - - 13 c ; - - - - - 0°34 2°50 5°43 4°31 4:17 3°80 3°10 - - - - = abt d 2°48 | 14°02 | 24°46 | 34°47 | 53°54 | 69°33 | 78°91 | 87°37 | 91°29 | 86°03 | 84°11 | 82°09 | 70°37 | 48°91 | 37°70 | 26°96 | 14°56 20 SUNSHINE—--FORT-WILLIAM. 5 - - - - - | - 1:93 6°53 711 5°73 | 3°00 0°03 - - - - - 24°33 16 - 5 - - - - - 0°32 4°90 8°44 9°33 9°58 9°88 8°53 4°32 0°79 - - - = 56°09 28 fe - - - 0°01 1°64 | 10°49 | 11°86 | 13°34 | 14°74 | 15°87 | 13°09 | 14°37 | 14:28 | 10°32 217 - = - 122°18 40 5 - - 0-48 8°31 | 11°99 | 13°68 | 14°74 | 16°02 | 17°69 J 15°13 |! 16:28 | 14:50 | 12°20 8°33 8°50 1°15 - - 159°00 44 S - 0°32 6°67 | 11°59 | 13°93 | 13°20 | 13°65 | 15°75 | 16°03 | 15°01 | 15°76 | 14°84 | 14°39 | 14°37 | 11°21 6°10 0°06 - 182°88 41 - 6°74 | 14°78 | 16°82 | 16°85 | 17°04 | 17°51 | 15°58 | 16°02 | 16°54 | 16°43 | 17°18 | 17°62 | 16°04] 15:29 | 12°93 4°26 - 237°63 51 - 0°02 1°65 3°96 6°72 8°74 | 10°06 9:92 911 9°95 | 11°73 | 12°91 8°98 7°51 6°24 7°50 119) - 11619 25 - = 013 3°27 4:97 6°88 6°92 9:18 8 24 8:03 8:94 | 10°12 8°94 8°44 6°72 147 - - 92°25 23 = = = 0°30 4°08 5:93 8°08 | 10°78 8°46 9°27 9°42 8°22 7744 5°27 1°25 - - - 78°50 25 = = - - - 3°67 | 11°50 | 14°97 | 17°20 | 14°79 | 14°99 | 13°15 718 1:00 - - - - 98°45 39 = = - - - - 0°69 4°52 6°60 6°26 4°03 2°81 0°55 - - - = = 25°46 15 a - - - - - - 0°04 3°14 311 2°46 071 - - - = - = 9°46 8 . 5 - 7°08 | 23°71 | 44°26 | 60°18 | 79°95 | 99°91 |120°47 |133°09 J130°65 |128°74 |120°34 | 95°93 | 72°07 | 51°38 | 29°15 5°51 - 1202°42 33 | ROY. SOC. TRANS. EDIN.—VOL. XLII. 208 (RSA) BEN NEVIS OBSERVATORY.—LOG-BOOK, 1891. Jan. 2.—Thick but dry fog till 175, after which it sank down and gradually disappeared, but the night was too dark to see if any still lay among the hills. Ther- mometer box shifted at 19% 15™. Height above snow not altered. Jan. 3.—Faint lunar halo seen at 2%. Haze and detached masses of fog among the hills round till 8, fog blowing over the hill top at 9" and 104, and continuous fog the rest of the day. Jan. 4,-—Top clear and sky cloudless at 24 and 3" but heavy masses of cum.-fog on hills round. Thermometer box shifted at 2" 20™. Height above snow not altered. Jan. 5.—Thermometer box shifted at 13" 15™. Height above snow not altered. An aurora, single arch, no streamers, rather faint, seen at midnight. Jan, 6.—Sky clear till 7", but after that overcast with high cumulus till 13", fog till 225, and after that clear again. Barra Head light was seen at 54. Haze and fog below in the valleys all morning and air saturated. Halo seen at 6", Star-shaped crystals of snow about => inch diameter were falling at 14" and at 164. Jan. 7—Thermometer box shifted at 13"20™. Height above snow not altered. Detached masses of fog hanging about the hills round all day and often covering Ben Nevis also. Jan. 9.—Thermometer box shifted at 3" 15™. Height above snow not altered. enveloping it continuously. During the afternoon this fog was pouring down into the northern corry all along from first gorge to Cairn Dearg. Rapid rise of temperature in forenoon. At 9» it was 27°°8, and at noon 40°4. A set of temperature readings was made by Sling Thermometer. (1) on top, in fog, and in clear air; (2) on way down to M‘Lean’s Steep and on way back; and (3) on top of tower. The readings were highest on top of tower and lowest in the fog. At times the top was covered in fog, when the top of tower was quite clear of it. ‘The read- ings at the thermometer box varied very much during the evening, being high and rising when the top was clear, but low and falling when the fog was on or passing. Lunar coron# were seen at times on passing fog at 21> and 225. Feb, 18.—Mist covered the summit till 9", but after that hour it sank below level of top, and left the sky entirely cloudless during the rest of the day. The mist sank to about 3000 feet, and, in the afternoon, began to break up till at 19" it was all gone, and only left haze in the valleys to about 2000 feet. Dark brown colour under sun all afternoon. At 14 10™ the thermometer box was placed one step higher on ladder stand. Feb. 19.—Except for two small cumulus clouds that were to be seen to W. about 4000 feet above sea-level, at 155 there was not a speck of cloud above or below Ben Nevis all day, but thick haze was all around below to 3000 feet in the early morning, and to 4000 feet at night. Brown colour around the sun to-day, strongest between sun and horizon. Feb, 20.—Air warm and dry all day. Thick haze be- low all around. Some cirrus in sky from 5" till 185, but cloudless during the rest of the day. Fel, 21.—Cloudless, but thick haze all around below till 95, fog till 18". Top clear, but sky overcast for the rest of the day. Fog crystals, slightly brown, forming in afternoon. A lunar halo was seen at 20-22% A hare was seen on summit at midnight. Feb. 22.——Overcast sky till 75, mist till 16", and over- cast again till midnight. At 1% the haze was thinning all around and rising, being then up to the clouds apparently ; there was no definite top to it as on the previous days. Feb, 23.—Top clear and air dry all day. Haze all round reaching up to the clouds, and in afternoon show- ing peculiar bands and streaks to S. of a green colour, BEN NEVIS OBSERVATORY.—LOG-BOOK. 315 having well defined, cleanly cut upper surfaces, but no well marked lower surface. To-day there appeared to be a constant downward motion of the clouds, the high cirrus at one hour being a middle cirrus at the next hour, and a dower cloud an hour afterwards. The ther- mometer box was lowered one step at 18%. Feb. 24.—Thick haze below all round. At 1" the clouds were lowering and thickening quickly. At 2" they were touching all the hills around, and at 35 nothing could be seen for cloud but the summit. The lower surface of cloud seemed to be of the same shape as Ben, but kept a little clear of it. The lowest of these strata of clouds at 14 was (rare) str.-cir., and motionless, while the middle layer moved from S.W., and the top one from W.N.W. Feb. 25.—No lower clouds, but varying amounts of upper clouds on sky. In early morning there were some (rare) str.-cir., and at 3% patches of cum.-cir. that appeared to be motiouless as regards position, but showed an internal drift of particles. Thick haze all around. Feb, 26.—Sky cloudy with upper clouds only till 174, cloudless thereafter. Thick haze all round below. The zodiacal light was seen at 20, and a faint aurora at midnight. Haze was very thick at midnight, dark blue to N., milky to S., while there was a wonderful mistiness all around and above, and very faint flashes of light were seen to N. above and in haze. Remarkable and very beautiful colours were observed before sunrise in the eastern sky. Feb. 27.—Very thick haze all day—so thick at 25 that nothing could be seen but the hill top. All day the haze was white on the side of the observer next the sun, and dark blue on the opposite side. Sky cloudless till after 224, but a little fog was passing at 205. Except at 20" the air was dry throughout. After 22> clouds formed rapidly almost close over summit in thin sheets of stratus, which showed a long fibry, streaky texture. These sheets of clouds moved quickly, but to the S.E. Over the Moor of Rannoch there was a thick heavy cloud that was quite motionless. Feb. 28.—Thick fog till 5, clear but cloudy till 94, and fog or mist thereafter. Heavy snow showers and some drift from 11" till 15", and very heavy rain at 16}, 175 and 18"; the total for these three hours alone being 1:102 inch. Owing to drift the amount of fall at 12 was lost, the rim of gauge being flush with surface of snow. Brown fog crystals forming in morning, and an icy covering on everything in afternoon. March 2.—St Elmo’s Fire seen at 21" on observer’s pencil, on anemometers, on the tower, and on the chimney. March 3.—St Elmo’s Fire was seen at 2), March 4.—Heavy drift at and after 17%, making measurements of amount of snow very doubtful. Drizzle and rain falling in forenoon, and hail at 16%. This hail was of three sizes:—Ist, small glassy hail quite round and transparent; 2nd, larger hail—conical snow-hail with an icy glaze on outside; 3rd, still larger hail showing the middle to be the usual dry snow-hail (conical), but having the outer surface covered all over with small round glassy particles like the 1st kind. March 5.—Note book blown away at 3". St Elmo’s Fire seen at 214, bright and strong. Snow falling heavily 316 at the time: a mixture of soft flaky snow, and dry hard snow-hail. March 6.—Yhermometer box shifted at 14" Box put one step higher on ladder stand. March 7.—Top cleared at 6%, and remained clear for the rest of the day, except for a little fog at 15". Air mostly dry after 6" and very dry at times, the computed dew point at 10" being — 19°:4, and the humidity 20 per cent. At 14 there were two layers of cirrus, the Jower from S.W., the upper from W. Solar halo and mock sun seen at 17", Zodiacal light very bright at 20% and 215, Aurora seen at 23" and midnight; pretty bright at latter hour. Thermometer box shifted at 7 10™, Height above snow not altered. March 8.—Very cold all day. Thin scud at 6°; cloudy from noon till 17"; cloudless during the rest of the day, but air saturated or nearly so. Fog on lower ’ hills most of the day, and some passing summit at times. Aurora seen at 1, and zodiacal light at 20%. March 9.—Air dry most of day; extremely so from 8" till noon. ‘he mean dew point to-day is — 2°°6. Aurora seen at and: after 21"; pretty brightly at 22 and midnight. At 22 20™ the highest point of aurora was about 9° above horizon. Air exceedingly clear to S. and §.W. in evening. Two dark objects seen on horizon (through telescope) between Jura and Cantyre, which were supposed to be in Ireland. March 10.—The aurora continued visible till 3", and it was again seen faintly at 215, A spirit thermometer was put out on wool on top of old box (about level with surface) last night, and to-day the index stood at 0-1. Some fine snow crystals falling to-day, and at 7 some of these were falling from a cloudless sky. March 11,—Sky overhead cloudless all day except for a little seud at 9". Fog on the hills in forenoon, none in afternoon, but a ring of small cumulus was all round in distance, low near horizon. Aurora seen faintly at 25, Zodiacal light seen at 21" and 22. Minimum on cotton wool, 1°9. March 12.—¥og on hills to E. in forenoon. Small cumulus all round in afternoon at about level of summit. Trace of aurora at 24. Bright aurora at and after 20", Following are notes taken of it :— 215. Aurora, bright. No streamers, 22", Aurora, bright. Short horizon ?). 23", Aurora. Bright double arch extending from W. to N.E. No streamers, Height above horizon of highest part 23°. 23" 30™. Broke up into activity. Innumerable bright streamers. (Green line in spectroscope.) 23" 45™, Began to flash. Flashes moving from N. towards zenith. Midnight. Aurora, bright and scattered over all north- ern sky up to zenith. Zodiacal light seen at 204. Minimum on cotton wool, — 0°1. March 13,—The aurora continued visible till 4". following are the notes taken of it :— 1», Aurora flashing N. and §. Could hear feeble fizzing on holding up pencil when standing near edge of cliff when the flashes were about their brightest, and coming almost close overhead. Str. streaks forming and vanishing to N.W. and W. 10, Two arches. streamers (15° above The BEN NEVIS OBSERVATORY.—LOG-BOOK. [1891. 2h, Aurora not so bright, but still flashing. 34, Aurora faint and low behind stratus clouds. 45, Aurora almost gone, only a faint trace at northern horizon. (Several times during the night some low, but bright short auroral streamers appeared as if they were the nearest to Ben, and that the greater part of aurora could be seen over their tops.) Sky cloudless almost all day, and air dry till after 22”, Thick haze below all round. Minimum on cotton wool, — 14. March 14.—Thick haze below all round, At 16" this haze rose higher than Ben, It had no level top. Fog on eastern hills in forenoon, and passing over summit at times. A solar halo was seen at 9". Minimum on wool, ore. March 15.—At 3 to-day the wind rose to a gale, and blew hard all day. From 7” till noon the wind force was over 10, at times 11-12. The raingauge could not be worked, and till 21" it could not be determined, owing to the drift, whether snow was falling or not. March. 17.--Thermometer box shifted at 23" 15™, Height not altered. March 18.—Summit clear except at 21" and 22), Sky cloudless from 2 till 5", but cloudy with high cirrus during the rest of the day. Haze all round below, and detached cum.-fog on lower hills most of the day. Solar halo seen at 155, and lunar halos at 20" and midnight. Between 14" and 155 a long band of cloud was seen forming over Glen Nevis, forming rapidly at its under surface and vanishing as rapidly above; it was coloured red below and blue above. Hard thin sheets of styr.-cir. (rare) on sky at 16%. March 19.—Top clear till 18"; fog thereafter. Sky somewhat cloudy with high clouds that (in afternoon) appeared to be continually falling, thickening, and then vanishing, and a higher stratum forming above. Some of the cir.-c, near the sun at 15" was variously coloured. Lunar halo and “‘ mock moon” seen at 34, March 28.—Small needle-shaped snow crystals falling at 145. Thermometer box shifted at 12 20". Height above snow not altered. March 29.—Thermometer box shifted after 7", Height not aitered. March 30.—Top clear all afternoon. An aurora was seen at 21" and 225, one arch, bright, no streamers. Thermometer box shifted at 13, Height not altered. March 31.—Sky nearly cloudless most of the day. An aurora was seen at 4, flashing faintly. Another was seen at 21, 22), and 23"; following are notes :— At 215, Aurora bright, top half way to Pole star. At 22, Aurora not seen so well with passing fog, but in clear intervals streamers were seen, also flashes. A measurement of top of aurora (badly defined) gave about 29° altitude, 23", Aurora still bright when seen. 23 7™, Clear, aurora very high, several broken arches and bright flashes rising to Pole star, long streamer to N.E. 235 12™. Aurora broken up into very bright stream- ers and flashes reaching to near zenith. When flashes were brightest and rising highest, observer fancied he heard a rustling noise. In the after- At At At , 1891.] noon ragged cum. clouds passing the sun had their edges variously and brightly coloured. April 1.—Top clear at times throughout the day. Haze all round, which at 16" became very thick, visibility only extending across Glen Nevis. Brown fog crystals forming at 20%. At 145 showers of snow were seen passing overhead gleaming in sunshine, but none falling on Ben. April 2.—E. or E.S.E. gale all day. Thick drift, no measurements of snow owing to gale and drift. Brown fog crystals forming all day. April 3.—Gale still continuing; at and after 21" it was blowing force 11—12. Tower storm box put out at 19% 45™, but readings continued to be made in the usual box on ladder stand. Brown fog crystals forming all day, not so brown as yesterday. At 23" and midnight it was blowing too hard for the fog crystals to stand, and the top of tower and chimney was blown clear of them. April 4.—Gale still continuing, mean force for to-day being 10:0. Very heavy squalls between 23" and midnight. At 15" the fog crystals on tower were 30 inches long; in the early morning there had been none, the gale blowing them off as they were forming. Some snow fell in afternoon, but no measurements could be got owing to drift. April 5.—Gale all day, but not so strong as yesterday, mean force for to-day being 9°4. Fog crystals forming rapidly all day. April 6.—The gale continued till 9" to-day, and there- after gradually fell. At 15" the fog crystals on ladder stand No. 1 were measured, and found to be 100 inches long. April 7.—¥og or overcast all forenoon. Cloudy till 21, cloudless thereafter. At and after 22" a faint aurora was seen, low to N. Haze in distance in afternoon. April 8.—Top clear all day except at 2%, and sky cloudless most of the day. Air very dry at and after 99, Detached fog on hills to N., N.E., and E. in forenoon. Solar corona seen on loose cum. to S.W. at 145, also clouds variously coloured; colours mixed. Aurora seen at and after 212, At 22" it was pretty bright and showed some streamers. A measurement by Stephanome gave 19° 51’ as height above horizon of highest point at 22". At 20" peculiar bands were seen in the sunset colours in western sky—very like, as regards position relative to colours and intensity, the atmospheric absorption bands in the spectrum on both sides of the yellow. April 9.—Some cir.-s. on sky at and after 6", on which, from 7" till 18", a solar halo was visible. This halo was very bright at 17", and at times there were traces of a second large halo, concentric with the 22° one. At 18% the 22° halo was also very bright, with a faint mock sun visible, but no traces of an outer bow. Last night’s aurora continued visible till 3" to-day. At times it was pretty bright, and showed short bright streamers. Level-topped haze all round to-day. Very thick to N.W. and N., owing to a great deal of heather burning in that direction. At 4, and again at 20", the bands in sky noted at 20" yesterday were seen to-day. They were also seen at 21", Faint glimmer in northern sky at 22 and 234, probably auroral. April 10.—Spectrum colours and bands seen at 4°; BEN NEVIS OBSERVATORY.—LOG-BOOK. 317 not so strong as at 20" last night. Fog gradually spread over the lower hills in early morning, and at and after 10 covered Ben Nevis also. Brown fog crystals forming to-day. April 11.—Summit clear from 11" till 19, fog during the rest of the day. The fog crystals were brown all forenoon. While the top was clear the dust in the air was deposited on the fog crystals, tipping them all jet black. At 23 the formation of crystals was again going on, but they were then white in colour, the black part showing as a line across the complete crystal. Very thick haze all round all the time the top was clear. April 12.—Summit clear most of forenoon; fog in afternoon. At 3" a faint aurora was seen. At 5 and 64 glories were seen on hill top. April 13.—Fog all day except at 17" and 204, Beautiful snow crystals falling in afternoon; not in any measurable quantity, only a few now and again; are perfect hexagons, some in stars and some in glassy disc shapes. Most had small motes of dry snow attached to them, and these motes were always on one side only, not on both sides. These motes arrayed themselves symmetrically on the spines of the stars, and along the principal axes of the discs. Very thick haze seen all round when top was clear. April 14.—Very thick haze all round below. coronas seen at night; sometimes green at centre. April 16.—Fog or overcast sky till 20", clearing thereafter. Aurora seen at 22" and 235, Thermometer box shifted at 23" 15™, Height above snow not altered. Ascending currents in northern corry at night, forming scud overhead, on which, at midnight, a lunar corona, yellow at centre, was seen. April 17.—Haze bands and wavy lines in eastern sky at 45, Almost cloudless all forenoon. Some cumulus in afternoon, and cloudless again after 20". Fog below to N., E., and §.E. all forenoon. Very clear all round in afternoon. Aurora seen at and after 22", The moon- light made it rather faint in appearance, but it gave a strong line in spectroscope. April 18.—Top clear all day. Cloudless till 10", but fog on hills to N. and E. Cumulus on sky, and no fog below till 17". Cumulo-cirrus, a middle stratum of clouds, on sky at night. Aurora seen at 1", 2), and a trace at 3%, and again at 225; but this was doubtful owing to the moonlight. Pink after-glow seen at 20). April 19.—Cloudless or almost so all forenoon, cloudy in afternoon, Fog on hills to N. and E. in forenoon, none in afternoon. Ascending fog in Glen Nevis at 10%. After-glow seen at 20". April 20.—Sky cloudless till 6". Cloudy or overcast for the rest of the day, chiefly with heavy cum,-s. shower clouds. A cum.-s. shower cloud was seen at 4" over the Monadh-lea hills, the only cloud to be seen. In the afternoon showers were seen all round, and at times fell on Ben Nevis also. One of these began at 14%, and lasted till 14" 45™, The snow that fell was snow-hail, white and conical, and during the time it lasted there was a strong display of St Elmo’s Fire. The observer, who was out all this time, experienced a continuous and strong electrical discharge from his hands, stick, hair and hat, while the shower lasted. A loud hissing noise was heard all the time. Lunar 318 April 21.—Sky somewhat cloudy, aud fog passing at intervals all day. Shower clouds all round in afternoon, and slight showers of snow falling on summit ; chiefly snow-hail. Haze bands in sky at 4. April 22.—Fog on hills and passing summit at times most of the day. A lunar corona was seen at midnight. Shower clouds all around in afternoon. April 23.—Cloudless till 10"; increasing amounts of cum. till 16%, and almost overcast during rest of day. Lunar corone seen at 22, 235, and midnight. At 2 peculiar greenish hazy appearance in all south-western sky, from about 45° altitude to horizon, and from 8.S.W. to W. about moon. Same noted at 3, and also that there was more green colour in north-eastern sky (sunrise colours) than usual. Foreglow seen at 45 15™. April 24.—Lunar corona seen at 3". Fog touching top occasionally, and overcast sky all day, but no fog in valleys. April 25.—Thick haze below in valleys all day up to, or a little over, the level of hill top. Sky cloudless to horizon at night. April 26.—Sky cloudy and occasional fog on hill top, but no fog in valleys, and air free from haze. April 28.—Thermometer box shifted at 19" 20™, Height above snow not altered. May 4.—Thermometer box shifted at 3" 15™. Height above snow not altered. Fog hanging about the hill, but occasionally rising above, forming clouds and leaving air clear till 20", when it cleared away and left sky cloudless. Aurora seen at 235 and midnight. Brightest at 23". One sharp-cut arch with dark space below, and apparently the top of a second arch just showing above horizon. Highest part of lower edge of upper arch about ° 7° above horizon. May 5.—Thick haze all day, and cum. and thin fog | blowing over the hill top occasionally. Sky in forenoon about half covered with cirrus and cirro-stratus, on which at 8 a halo with two mock suns was seen. At 12% halo was again seen. Three measurements of radius to inside of halo gave,—22° 26’; 22° 39’; 22° 20’. May 7.—Top clear from 12" to 185, Detached fog floating about, but no low fog in valleys. Sky partly covered with cumulus and cum.-cirrus, Dry and wet bulbs shifted at 14" 10". Box and minimum not shifted. This afternoon the snow at the First Gorge was measured, and was found to be overhanging the cliff 189 inches. May 10.—Air clear in forenoon, but haze round horizon in afternoon. No fog in valleys but patches of cumulus at horizon, though sky overhead was almost cloudless all day. Light to N.N.W., probably auroral at midnight, but the whole northern sky was too bright to be sure of it. May 11.-—Fog lay in the valleys to N. till 9" and there was haze at horizon all day. A solar halo was seen most of the day. May 12.—The sun rose at 4" 4™, Before rising, at about 4" 2™,a sun pillar rising vertically upwards was seen with a bright patch, or mock sup in it. A solar halo was seen at intervals during the day. May 13.—Thermometer box shifted one stage down on ladder stand at 0% 5™. May 16.—Thermometer box Height above snow not altered. shifted at 145 25”, BEN NEVIS OBSERVATORY.—LOG-BOOK. [1891. May 17.—Top clear from 11" to 17", but sky mostly cloudy and showers passing. Air very clear to S.W. at 155, Jura, Islay, Oronsay all seen clearly. To-day the black bulb maximum went up to 155°:3, probably during a break in the clouds about noon. Heavy squalls from N. and N.E. at night. For the last few days the records of the raingauges have been very doubtful owing to drift. The old snow on the hill top is hard and icy, but what has fallen since the last thaw is dry and powdery, and blows about freely. May 18.—Thermometer box shifted at 8" 10™. above snow not altered. May 20.—A shower of soft hail—like St Elmo hail— came on at 18" and lasted about half an hour, giving a fall, melted, of 0:118 inch. May 25,—Masses of cum.-fog blowing about the hills all day, but very clear views occasionally between them. , May 30.—Thermometer box shifted at 14" 8™. Put one stage higher on ladder stand. June 1.—At 0" 5™ thermometer box put one stage lower on ladder stand; same instruments left out. Fog hanging about the hills and blowing over Ben Nevis also at times till 11%, Haze at horizon all afternoon and night. A solar halo was seen at 135, and a mock sun at qo June 2.—Horizon hazy all day. Thin dry fog blowing over the hill top occasionally. Fog in valleys to N.E. in morning. June 3.—Air hazy and fog among the hills to northward all day. June 4.—Thermometer box put one stage down on ladder stand at 02 8™. Air hazy and fog on hills to northward all day. Detached fog among the hills to E. and 8. in evening, and fog blowing over Ben Nevis also at midnight. June 6.—Fog over hills to northward at 3000 feet and in detached portions among other hills at same height till 84, after which it disappeared, but the air was rather hazy all day. June 7.—At 3 the foreglow was seen. Fog lay on the hills to N. and E. at about 3000 feet all morning till 6", From 7" to noon fog was all round and passing, but after that it was clear till 20"; for the rest of the night fog, June 9.—Haze or light fog in valleys till noon, and fog among hills to N. at night. Solar halo seen at 17%, At 20" the Skye hills were seen rising above a dense belt of fog. June 10—Sun rose at 34 25™ over fog which covered all the hills except to S.W. all morning at about 4000: feet. The foreglow was seen at 3". The fog gradually broke up about noon. Air rather hazy all day; the foe gathered on the hills to northward again ai night. June 11.—Sun rose at 34 15™. Ben shadow very distinct after sunrise. Low fog, not above 2000 feet, lay among the hills to N.E. till 74, and detached layers to: S.W. till noon. At 9 the air was very clear to N.,—the town of Inverness being visible. Haze in the valleys all day, and fog among the hills to N. at night. The after- glow was seen at 224, June 12.—Sun rose at 3" 18™ above fog which lay over the hills to N. at about 3000 feet till 6", after which there was only detached fog in the valleys till evening, when fog gathered over the Atlantic, At 23" and midnight, fog Height 1891. | BEN NEVIS was passing over Ben Nevis. For the last three days there has been a good deal of slight haze. June 19.—Mist or fog till 15", after which it sank down, leaving sky clear except for a little cirrus moving from W.S.W. The fog covered the hills round till 21, but after that broke up and dissipated, but haze and streaks of fog lay among the hills, especially to N., all night. June 20.—Air hazy all day—thickest towards evening. Low streaks of fog in valleys and over water, including upper Lochiel, till 7%. In early morning the haze was distinctly low down, not rising above 4000 feet, but during the day and at night it extended far above the height of Ben Nevis. June 21.—The fore-glow was seen at 34. The sun was not seen till 3" 35™ owing to the thick haze which filled the air to a considerable height above the level of Ben Nevis all day. June 22.—Sun first seen at 34 15™. At 32 the fore- glow was seen. Fog in valleys to N.E. from 5% to 7%, No fog below during the rest of the day, but haze at horizon. June 23.—Sun rose at 32. 15™. Fog Jay in the valleys to northward as far as Loch Lochy till 9", but after that dispersed. Air rather hazy all day. ‘The after-glow was seen at 224. Fog gathered again in valleys to N. at night. June 27.—Fog most of the day, but when clear, masses of cum.-fog and haze seen on hills round. Solar halo seen at 18". Three measurements of radius gave—21° 22, 22° 2’, and 21° 53’; mean 21° 46’. July 1st.—Top clear in afternoon ; no fog in valleys, but sky cloudy. Some cirrus seen moving from §S, Haze to W. and 8.W. in evening. Solar halo seen at REE. July 2.—Misty or cloudy sky, and mist hanging about hills round all day. Thunder was heard at 135 45™, at 155 30™, and at 162 55™. Heavy showers of rain all afternoon and at night. A rainbow was seen at 18%. At 21" St Elmo’s Fire—nothing could be seen as it was daylight, but post A and the anemometers were hissing loudly—could be heard 20 yards off, and a tingling sensation was felt in observer’s face when turned upwards. July 8.—Thin wet mist till 21%. Summit clear after- wards, but other hills all covered, and high cum.-s. on sky. At midnight the northern sky was pretty free from cloud, and the spectrum colours were very distinct and pure. The air over the fog was very clear. July 9.—Fog on hills below 3000 feet most of the day and in the evening blowing over summit also. Cirri forms on sky, on which from 9? till 13" a solar halo was visible. At 5" for was observed pouring down on the W. and §.W. sides of Aonach More. At 23" pearly cirrus was seen in the northern sky for the first time this summer. At 23> 5™ the highest point of the pearly cirrus was 5° 18’ and the lowest 3° 14’ above the horizon. Photographs were taken of the phenomenon and several measurements made of certain bright streaks iu the cloud. At midnight the cloud extended along the northern horizon from N.W. to N.E. July 10.—A photograph was taken of the pearly cirrus which was partly obscured by cum.-cir. or cir.-s. clouds at 05 35™. These dark clouds gradually increased, and at OBSERVATORY.—LOG-BOOK. 319 14 covered the whole northern sky so that no pearly cirrus was seen thereafter. Pearly cirrus was not seen at night though the sky was clear. Fog all round below, rising in the afternoon to level of summit and occasionally passing over it. A rainbow was seen at 7 and a glory at 20%, July 11.—Fog all round to level of summit till 8". After this it rose and enveloped the hill top for the rest of the day, changing to mist at 184, from which at and after 20" drizzling rain fell. July 13.—The summit cleared after 105, and remained clear, except for a little fog passing at times for the rest of the day. Broken fog on hills till 21%, none thereafter. Pearly cirrus seen to N. at midnight, stretching from N.W. to N.E., its highest point being then 14° 16’ above horizon, and its lowest limit 7° 8 above same. A light of dazzling brightness was seen to S.W. by S., about on a level with Observatory at 10™ past midnight. It appeared to be stationary, was seen for about 30 seconds, then it vanished, and in a few seconds it was seen again as a faint red speck in the same place. This red speck lasted for a few seconds, when it vanished in an intensely white flash. July 14.—The pearly cirrus continued visible till after 2, Two photographs were taken of it at 1» 15™ to 14 26™, and several measurements were made to compare with photographs. At 3" it was not to be seen, but the N., N.E., and E. sky was full of faint, filmy dust streaks. Fog lay on the lower hills around most of the day, and at times passed over the summit also. Pearly cirrus was again seen to N. at 23%. Its upper limit was then 17° above the horizon. At midnight there was only a trace of it in the sky. July 15.—At 1" a little pearly cirrus was seen to N. and N.E., but at 25 none. Haze and broken fog below 3000 feet most of the day. At 15% some cum. clouds close overhead were moving quickly from the E., while at the Observatory there were only very light variable airs. The air over 3000 feet was very clear to-day. Very fine sunset. July 27.—Heavy rain fell between 0? and 1}, and at 1> several flashes of lightning were seen. July 31.—Summit clear all day. Air warm and very dry. Fog below from 3000 to 4000 feet all morning, breaking up about the middle of the day, but continuous again at night. Sky somewhat cloudy with cir.-c. types. Solar halo seen at 14%. Aug. 3.—Summit clear and air slightly dry till 16%. Mist and saturation thereafter. Heavy shower of hail at noon, and heavy showers of rain, and at times, sleet all afternoon. Several peals of thunder heard between 17" and 18"; no lightning seen, but before each thunder peal the telegraph needle gave a sharp click. Aug. 6.—Air dry till 145: very dry from 4% till 6%. Cloudy in forenoon, and fog below all round, which rose covering the top at 11) with occasional breaks after. Solar halo seen at 8". Aug. 16.—Summit clear almost continuously from 6 to 22h. No fog below when summit was clear. Aug. 22.—Clear for the most part between 95 and 172 with fog passing at times. Between 1" and 2 some animal, probably a weasel, was heard behind partition in passage between kitchen and office. Aug. 23.—Summit clear from 11" to 225. A great 320 deal of cirrus visible. At 3" the dry bulb rose rapidly on opening box, making correct reading difficult. Lunar corona seen at 14, 24, 34 and 4", Weasel seen on summit at 54, Aug. 24.—Dim lunar corona seen at 2). : Aug. 27.—Summit mostly clear from noon till 19% with fog passing at times. Double glories seen between 11" and 13". Rainbow seen at 19, The 4" observation was not taken till 42 27", The barometer and anemo- meter were corrected for time. Two weasels were seen on the summit to-day. Aug. 29.—Fog rising and falling at intervals all day. Showers of hail and snow between 5" and 8", Hoar frost from 22" till 8" next day. Double glory seen at 10" 54™, Rainbow seen at 16%. Splendid display of aurora between 22 and midnight. The aurora at 22” extended from W. by N. to N.E. by N., while the streamers ran upward to within 30° of zenith. No clouds in sky from 21" to midnight. Sept. 3.—Fog or mist till 10" and after 20". Glories were seen at 10" and a solar fog-bow at 12. Thin haze all round in distance in the afternoon. Sept. 5.—A weasel was seen on morning. Sept. 8.—Fog on hills to E. and N.E. and in valleys to S. till 7 a.m., but almost continuous mist on summit thereafter. Air very dry at 1" and 2}, Sept. 10.—Summit cleared at 3"; sky nearly covered with cirrus and cirro-stratus. Detached cumulus fog on hills and thick haze in valleys all round below till 15". Since then fog has come on with occasional breaks. Sept. 11.—Mist till 4", and sky almost covered with cirro-cumulus and cirro-stratus the rest of the day. Fog hanging about hills to 3000 feet the greater part of the day and thick haze all round below. Faint halo was seen at 14}. Sept. 12.—Sky almost cloudless. Detached fog in valleys to W. and N. and thick haze all round. An aurora with faint streamer was seen at 42. Sept. 15.—A large weasel caught in trap at 18" 20”, Sept. 19.—Mist and drizzle till 235, since then summit clear, but sky overcast with cir.-stratus and detached fog in valleys. Lunar corona seen at 23" and a lunar halo at midnight. Sept. 20.—Summit clear, but sky overcast with cirrus aud cir.-stratus till 14%, Mist since. Detached fog in valleys. A lunar halo seen till 4" and a solar halo at 11". Four measurements of radius to inside of lunar halo gave—23° 9’, 23° 10’, 23° 14’, 23° 11’. Sept. 22.—Sky partly covered with cirrus and cir.- cumulus till 17"; cloudless since, but fog on hills below all day. Sept. 23.—Sky cloudless till noon, but fog blowing over the hill top at times. Continuous fog since. Lunar corona seen at 4). Sept. 25.—Summit clear from 13" till 174, but sky overcast with cirro-stratus, and fog passing over Ben Nevis at times, Solar halo at 16". Sept. 26.—Summit clear from 2" till 55, and sky almost cloudless, but thick cumulus fog all round. Sept, 28.—Very heavy rain at times. - A fall of over 7° in temperature from 204 to 21%. Oct. 5.—Strong S.E. gale all afternoon. office roof this At 225 and BEN NEVIS OBSERVATORY. LOG-BOOK. (1891. 23> the anemometer registered 103 and 109 miles re- spectively for the hours previous. Oct. 6.—The S.E. wind continued till 125, but gradually fell in force. It backed to S. in the afternoon. Top clear at and after 18", At 19» brilliant flashes of lightning were observed in the distance to W. and 8.W. In some of the flashes the distant clouds were seen as dark sharply defined masses against an intensely bright sky, from 8.W. to N.W. Showers of hail fell in the evening. Oct. 9.—At 17" St Elmo’s Fire was heard, and at 22" it was seen on the tower and chimneys. Oct. 13.—Severe S.E. and E.S.E. gale from 16" till 22h, At 19 and 20" it blew almost a hurricane. Except for lifting some of the snow boarding from the roof, which was easily replaced, there was no damage done. Heavy rain, sleet, and hail fell at and after 22, but the rain- gauge could not be changed till 23", when the gale moderated to a squally S. and S.W. wind. St Elmo’s Fire was seen at 185 30™ during the S.E. gale. Oct. 16.—Summit clear till 3", but sky cloudy. At 25 a lunar corona was seen. Oct. 18.—A lunar corona was seen at 5", Oct. 20.—Strong S.E. wind all afternoon, blowing a gale at and after 19". St Elmo’s Fire was seen at 23%. Brown fog crystals forming during the day. Oct. 22.—Summit clear at times to-day, but heavy clouds all round, below and above. A glory and fog-bow were seen at 11 30™. Oct. 23.—Summit clear most of the time up to 15", fog thereafter. In the early morning the sky was almost cloudless, but there was some fog and haze below, and before the fog came on in the evening there were heavy cumulus clouds all round. Oct. 24.—Showers of snow in the forenoon. Fog till 17", Summit clear and sky clondless thereafter. Aurora seen at night. At 20" there were bright streamers 20° long, but no arch. At 21" only a faint glimmer low in northern sky. At 22 two arches—-the lower faint, the upper bright; no streamers. Approximate altitude of top of upper 18°. 23" bright single arch from W.N.W. to N.E. Altitude (per Stephanome) of top of arch 13° 43’. ™ is base” 4;,~ 7oeGe At midnight aurora in patches and streamers, ill-defined owing to moonlight. Oct. 25.—Sky cloudless all day, except for a little cumulus in afternoon. In the morning there was some fog low down over the lochs, Aurora seen at 14, 32, 4h, and at 23":—in the morning very faintly ; like filmy grey clouds in the moonlight. At 23" there was no arch, but some streamers were pretty bright. Oct. 26.—Summit clear most of the day: variable amounts of cir. or cir.-s. on sky. A lunar halo was seen at 42 and 55, Faint aurora low to N. at midnight. Oct. 27.—Thin fog onsummit at timesthroughout theday, but sky mostly cloudless. Haze and broken fog all around below all day. Fog crystals forming at midnight. Lunar coronz seen in early morning, and auroras at 1 and 20%. Oct. 28.—Summit clear (except for a little foo at 6» and 7"), and sky cloudless all day. Lunar corone seen at 6" and 74, and bright glories at 8" and 9". Some haze all round below, and in the forenoon some broken fog, 1891.] also. Aurora seen at 3", and at 19" to midnight—mostly very faint and low near horizon. Oct. 29.—Summit clear except at 20" and 21". Some cirrus on sky, and in forenoon some fog in the valleys, which dispersed by mid-day, giving place to thick haze. Air very dry till noon, getting damper in afternoon and saturated or nearly so at and after 20". Faint aurora seen at 15, 25 and 34. Oct. 30.—Summit clear almost all day. and broken fog below most of the day. P40". Oct. 31.—Summit clear till 21", thin mist coming on thereafter. Cirrus on sky from 10" onwards—cloudless previously. Thick haze below all day. Decided rise in temperature when the mist came on. Nov. 1.—Thin mist or overcast till noon. Cloudless and air dry thereafter. Broken fog below all day, but the haze observed yesterday below was all gone to-day. Bright glory and fog-bow seen at 11® 15™. Nov. 2.—Cloudless all day and fog below—upper surface ranging from 3000 to 4000 feet above sea level. Air very dry all afternoon. The zodiacal light was seen at 5" and an aurora faintly at 21%, Nov. 3.—Cloudless and very fine and warm all day. The aurora was seen at 1" and 2" very faintly, and at 225, 23" and midnight faintly also, but showing short streamers at 21%. Continuous fog over all the country all day, only the tops of the higher hills showing through. Glories were seen on this fog in the forenoon. The zodiacal light was seen at 34. Nov. 4.—The layer of tog below gradually rose during the early morning at 8", and during the rest of the day the summit was enveloped in it, except at 21" and 22 when it cleared for a little. From 3% till 7" the temperature was falling quickly and the humidity rismg. At 15, 35, 45, and 22" a faint aurora was seen low to N. The zodiacal light was seen at 5%. Nov. 14.—Fog all day, except at 84, 9%, and 20, At 20% the sky was almost covered with cirro-stratus on which a lunar halo was seen, and detached pieces of hard cir.-s. were observed near the horizon all around, also cum.-fog on the lower hills. Nov. 15.—Fog crystals forming in early morning. The fog to-day was mostly thin, being the top of a fog- layer, which could be seen at times all round the Ben. Owing to the fog the beginning of the lunar eclipse was not well observed. Nov. 16.—The summit cleared at. 2", showing a cloudless sky above. The lower hills were also clear but there was some haze in the valleys. A little scud passed the top occasionally. Fog came on again at 64 and enveloped the top for- the rest of the day. The end of the lunar eclipse was well observed. The moon was clear of the shadow at 2? 33™. The thermometer box was shifted at 32 25™, Nov. 17.—At midnight the summit cleared, except for a little fog passing at times. Some detached fog lay below to S.E., N. and E., and the sky was nearly covered with cir.-s. stripes which radiated from E.S.E. and W.N.W. Nov. 18.—Sky overcast with cir.-s. till 5" on which a lunar halo was seen at 24, 32, and 45, fog or mist ROY. SOC. TRANS. EDIN.—VOL. XLII. Thick haze Glory seen at BEN NEVIS OBSERVATORY.—LOG-BOOK. 321 during the rest of the day. This cir.-s. was becoming denser each hour and gradually falling to a lower level. The thermometer box was shifted at 1" 20™, A reading taken at 1" 33™ gave Dry 28:7, Wet 25°8. Nov. 20.—St Elmo’s Fire was seen at 85, Wind very .variable—N.E. till 6" and chiefly N. thereafter. Nov. 21.—Top cleared at 55 and continued clear till 9" when fog came on again, When the top was clear there was fog all round below. The thermometer box was shifted at 5" 10™. Height above snow not altered. Nov. 22.—Summit clear from 6" till 21% A little cirrus on sky in forenoon, and cum.-s. (S to 10) in afternoon. ‘The atmosphere was exceedingly clear during the time the summit was free of fog. A shower of drizzling snow fell at 3%. The snow consisted of tiny ueedle-shaped crystals. Detached fog below in some of the valleys most of the day. Nov. 24.—Summit clear and sky cloudless from 4" till 15", but fog lay in the valleys. Nov. 26.—Thermometer box shifted at 19" 20™. Put one stage higher on stand. Aurora seen from 19" to midnight. Rather faint and low down. Nov, 27.—Sky clear all morning; detached fog in valleys, which after noon rose and covered Ben Nevis also. Dec. 2.—Thermometer box shifted at 8" 15™. above snow not altered, Dec, 3.—During the time the temperature was above 32° to-day the stormy wind drove the loose icy surface in drift, rendering the raingauges useless. Dec. 4.—The temperature fell early this morning, but it continued mist, not fog, and hard ice formed on every- thing. Thermometer box shifted at 10 10™, the hinges being damaged. Dec. 7.—Thermometer box shifted at 3" 25™. Height not altered. ‘Thin fog till 6". Sky overcast with cir.-s. and cir.-c. but air very clear till 17"; cloudless after that. Patches of cum.-fog above hill tops round in afternoon, and fog on hills to N. and E. after sunset. Solar halo seen at 13" and double lunar corona at 18". Aurora all night after 18, brightest at 214, when there were streamers reaching to 60° altitude. Sky very green to N.W. at 14" and 155. Sunset colours bright. Dec. 8.—At 11 30™ a solar halo and two mock suns were seen. No measurements taken. Dec. 9.—Raiu and hail were falling at 20" and 21}, but no gauge was out owing to the heavy drift. At midnight St Elmo’s Fire seen, most distinctly marked on beard and hat of observer. Dec. 10.—Thermometer box shifted at 13" 20™, Height above snow not altered. Very heavy squalls just before the rapid rise of the barometer at night. Dec. 12.—Solar halo seen at 10" 20™ and at 11). Dec. 14.—After 16" top clear except for passing thin fog, but fog lying on hills round, and sky partly clouded, Lunar corona seen at 20" and 212, Thermometer box shifted at 172 15™, Height above snow not altered. Dec. 15.—Sky clear, but fog and scud blowing over till S88. Lunar corona on this scud. Heavy rain, sleet, and hail after 20%. Dec. 16.—Snow and hail fell heavily till 4". Top cleared after 9. Very fine all afternoon, and air very dry. Patches of fog among hills in gee and T Height 322 str.-fog on hill tops to N. and E. at night. Sun set at 15" 50™ just behind eastmost hill of Mull. Earth shadow and Ben shadow distinct just before and after sunset. After-glow with streamers at 162 15™. Ther- mometer box shifted at 10" 15™. Height above snow not altered. The snow at first gorge to-day was found to be projecting 214 inches. Dec. 17.—Fog lay on hill tops to E. in early morning, and gathered again on them after sunrise. Haze in valleys all forenoon. Cum.-fog on hills to S.W. after noon, which after 15 spread over Ben Nevis also. Dec. 19.—Owing to a leak in one of the raingauges, some of the rainfall entries between 20" on the 18th, and 4" on the 19th, are doubtful. Dec. 20.—Very thick fog all afternoon, but at 20% the stars began to be visible, and for the rest of the night the sky was cloudless, but fog lay over the hills round, thickest to S.E., and blew over Ben Nevis also occasionally. Lunar corona seen on this fog frequently. Thermometer box shifted at 22> 24™, Height above snow not altered. Dec. 21.—Sky cloudless all day, but fog on hills at about 4000 feet till 6%. At 25 it was blowing over the top, and the temperature fell 6°. Sun rose at 8? 47™. Upper glow before sunrise and after sunset, also Earth shadow and Ben shadow. Some haze in the valleys in the middle of the day, but air clear above it over the hill tops. Green flash seen as the sun sank behind the INSTRUMENTS ETC, BEN NEVIS OBSERVATORY.—LOG-BOOK. [1891. eastmost hill of Mull. Aurora, single arch, seen from 215 till 12 on 22nd. At 16% the wet bulb was dry, and the entry on daily sheet is interpolated, after that it was wetted between hours. Dec. 22.—Aurora seen at 15, and at 204, 212, and 222. Sky cloudless all day. From 8" onwards haze in the valleys, which rose just after 11", and covered the top as fog. Sun set at 15" 47™, Green flash seen faintly. Dec. 25,—Fog most of the day, but at 10% and 1] it sank below the hill top, leaving sky cloudless, The air became dry; humidity about 60 per cent. at these hours. Dec. 26.—St Elmo’s Fire at 234, very blue in colour, seen on snow covering anemometers and on kitchen stove pipe ; not felt by observer. Ordinary rather small grained snow falling at the time, not the usual conical soft hail. Dec. 28,—Thermometer box shifted at 34 20™, Height above snow not altered. At 21" and 22" the strong squalls and drift made it almost impossible to carry a lantern outside. The tower thermometer readings were therefore used at these hours, and a correction applied. Heavy rain, hail, and icy drift at 22%, 23 and midnight. Dec, 28.—Strong earth current in telegraph cable at 3" 54™, Hard conical snow falling at 8». Dec. 29—Strong earth current in telegraph cable at 35 54™, and a weaker one at 7" 20". Hard conical snow was falling at 8". liver s)!s Barometers.—No. 1385 was in use during the whole year, No. 1252 being kept in reserve; the latter is supposed to have a trace of air in its vacuum. The following Dry and Wet Bulb Thermometers were used : Nos. 535541, 535542, 192671, 192672, 192677, and up to March 4th, 192660. On March 4th the last men- tioned was accidently broken. Max. 117293, min. 116918 were in use in large screen from June 15th to Nov. 12th. Up to July 17th the large screen was the old one formerly in use; after that date a new screen fixed up close alongside of the old screen was used. Upto June 14th and after Nov. 12th mins. 138533 and 138545 were used in small screens on Ladder Stand No. 2. On Dec. 7th the Tower Box was modified to suit a new thermometer. The tube extends inside, so that the temperature is read inside the top story of tower. It has been in occasional use. The usual 5-inch raingauges, rain or snow pattern according to circumstances, have been used. The Campbell-Stokes Sunshine Recorder has been in use throughout the year. The Sunshine is now entered to Mean Local Time, instead of as formerly (up to 3lst Dec. 1890) to Mean Greenwich Time. Black Bulb in vacuo max. No. 186 was in use when possible, but was sent to Adie and Wedderburn for repairs on Noy. 14th, the outer jacket being cracked, and has been returned to the Low Level Observatory, where it is being tested. Black Bulb No. 484108 common thermometer in vacuo was also in use for hourly readings in summer. The Direction and Force of the Wind has been estimated, as usual, on the roof at the hourly observations, and the Robinson H.C. Anemometer has been in use when practicable. The Chrystal Direction Anemometer has not been used. The clock of the latter is used as standard G.M.T. clock in office. The Rainband observations have been continued with a direct vision spectroscope. From Nov. 27th to Dec. 22nd the instrument was away being repaired. Several photographs have been taken, The Stephanome has been employed as usual for measuring glories, corone, etc. The depth of snow was taken at post A as before. 1891.] The Barograph (Richard) has been in use all the year. The Ozone tests have been discontinued, except as | extra observations in special states of the weather, since November. Except as regards the rainfall, the observations have not been interrupted during the year. On Dec. 9th at 205 and on Dec. 28th at 21" and 225 the temperature readings were got from the tower screen by interpolation- correction, The large Dust Counter in tower has been used through- out the year, three-hourly readings being taken for several months. The small one is at the Low Level Observatory. BEN NEVIS OBSERVATORY.—INSTRUMENTS, ETC. 323 The Telegraph Instrument has worked well throughout the year. Since April 5th the Low Level observations have been included in the daily reports sent to news- papers. The Staff of the Observatory consists of R. T, Omond, A. Rankin, J. Miller, and up to January 10th G. Nisbet. From January 27th to Sept. 23rd G. Day, and since Sept. 29th G. Robertson. Mr C. E. Gray acted as telegraphist and observer, and Messrs R. C. Mossman, P. F. Gillies, C. Stewart, H. F, Rankin, A. Drysdale, and T, Dunlay relieved various members of the staff. 324 BEN NEVIS OBSERVATORY, | : 3 | Pay 8 Sa hes ew els ys 8) ton! aa re) te) ae |e Sve slate tes | aee een aime 23 | ene, [Mean. Ins. | Ins. Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins, | Ins. } Ins. | Ins. | Ins. | Ins. | Ins. | Ins, | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins, 1 | 4:993, 5°027, 5:047| 5085) 5-091) 5:118) 5°145] 5°181| 5°218) 5256) 5-291] 5°303) 5°313) 5°335) 5°362) 5°375| 5°388) 5-403) 5-410) 5-421) 5-408) 5-414! 5°396) 5-393 | 5-266 2 | 5368 5°362) 5°349) 5°342) 5°320| 5°318) 5:298) 5-291] 5-271] 5-275] 5°267) 5266} 5-230) 5:182| 5°175) 5°166) 5°169) 5-159) 5:130! 5:106} 5:115) 5-088) 5-086) 5:096 | 5:226 3 | 5094) 5-119! 5-185) 5:146] 5-167) 5°174) 5-184) 5-194! 5-221) 5-239) 5°241) 6-233) 5-232) 5*242) 5:246) 5-255) 5-247) 5-236) 5-238) 5-254) 5-268) 5-299] 5-293) 5°309 | 5-219 | 4 | 5301) 5°303) 5°326) 5°329) 5:333) 5°343) 5:350| 5-371] 5:388] 5399] 5-418) 5-409} 5-404) 5-400] 5:383] 5°368) 5°367] 5°346) 5°351] 5:331] 5°306] 5:275] 5:241| 5197 | 5348 5 | 5127) 5-099! 5-089) 5:051) 5-003} 4-979] 4-948] 4-920] 4924] 4-908] 4-906] 4*886} 4°855] 4848] 4°821) 4*810) 4°795] 4°785) 4°775] 4:741) 4°711| 4-688] 4-680) 4°648 | 4°875 6 | 4°619 4:632, 4:624) 4°626) 4°602| 4-603] 4°596] 4:595] 4*586] 4°603) 4°634) 4:647] 4°657| 4692! 4°708) 4°715) 4°721| 4°727) 4°747| 4°762] 4°761| 4°761| 4768) 4°769 | 4:673 7 | 4°759) 4-751) 4-736] 4°730] 4-710) 4-692) 4-673] 4-642] 4-604] 4-549] 4:527) 4-540] 4°570)| 4-595) 4°610] 4-628) 4:637| 4671) 4-712] 4-740] 4-727] 4-728] 4-741) 4733 | 4-667 S| 4:724) 4°715) 4-710) 4°703] 4°706) 4-700) 4:704| 4-692) 4°689] 4°715] 4-725) 4-747] 4-749] 4:773] 4°808) 4°815] 4°843) 4-856) 4:871] 4°917| 4:926) 4-940} 4-941) 4-949 | 4-788 9 | 4°952) 4-945) 4-941] 4-962] 4-949) 4-940} 4-938) 4-934] 4-938] 4-944] 4-929] 4-930] 4-921] 4-923] 4-916] 4-909) 4-906] 4-900| 4°878) 4-911] 4-970) 4-920] 4-939) 4:914 } 4-930 10 | 4°949, 4-996 5-015) 4-991) 5°037| 5-066) 5-106) 5-152) 5°175) 5-197) 5-248) 5-271) 5-281) 5°304] 5°318) 5-328) 5°316) 5351) 5°377] 5:403| 5-423) 5-424) 5-434) 5-435 | 5233 1 | 5*426) 5:432) 5-439) 5-432) 5°415) 5°411) 5-401] 5°398} 5:388} 5°377| 5°365) 5°352] 5°333] 5°322) 5311] 5294) 5-273) 5-271) 5:265) 5-265) 5°258) 5°248) 5-231) 5-219 | 5339 | 12 | 5°217) 5-206) 5-206) 5-198) 5:185} 5-199) 5-203) 5-215) 5-229) 5:241) 5-246) 5-250} 5-244) 5-242) 5°240) 5-246) 5-240) 5-234) 5-235) 5-236) 5-226) 5-222) 5-210) 5-196 | 5-224 13 | 5179) 5177) 5°154| 5°119] 5-093} 5-053} 5:041] 5-030} 5-011] 4-976} 4:952) 4-907] 4°879] 4°876] 4°843] 4°827] 4-811] 4822) 4-812] 4-796] 4-787) 4°779] 4:764) 4°765 | 4:936 14 | 4:750) 4:743! 4733] 4:741] 4:736] 4-733] 4:730] 4-739] 4°746] 4:747] 4:743] 4-737] 4:722| 4-713] 4:706] 4-671) 4°655] 4-682) 4-709] 4-748] 4-761] 4°783] 4-794] 4-805 | 4:734 15 4°316, 4°830 4:847| 4°837] 4:827| 4:827| 4°831] 4°835] 4:835)| 4:831] 4°829] 4-810] 4°791| 4°804) 4°806] 4-805) 4:803] 4°797| 4°788] 4°789] 4°784) 4:790] 4°784| 4°776 | 4°811 16 | 4:788) 4:774) 4-779] 4:776| 4°766) 4-756) 4-749] 4-753] 4°757| 4-756] 4:759| 4°764] 4-765] 4-773] 4°789] 4:808) 4-815] 4-820) 4-844] 4-852) 4-874) 4-863] 4-852) 4:856 | 4-795 | 17 | 4:860) 4°851| 4°866] 4°884] 4°887) 4-913) 4-935] 4993] 4-980] 4-969] 4:950) 4:941] 4-951] 4-961] 4°950) 4:977| 4-995) 5:003) 5:005} 5:022) 5:024) 5:037| 5-030) 5:005 | 4:958 | 18 | 5-000. 5-004! 5:054) 5:066] 5-086) 5-085] 5:108] 5°107| 5-109] 5:118) 5-130} 5°133] 5:118] 5:°104) 5°116) 5*131) 5°147} 5-154) 5-164) 5178) 5°174 5°168) 5-170) 5°168 | 5316 | 19 | 5°174 5°177) 5°182) 5179] 5°183) 5-199) 5-207] 5:224| 5:238! 5-247] 5°256] 5:262] 5-270] 5:274] 5-289] 5-296) 5-294) 5-292) 5:294) 5-293) 5:282) 5-266) 5-266) 5:244 | 5-245 | 20 | 5:234) 5228) 5-214] 5:206] 5-199] 5-199) 5-203] 5:211) 5-219) 5:221) 5-230] 5°237] 5-245) 5°248) 5-260) 5-268) 5:279} 5-281) 5°293) 5:298) 5-297) 5-295) 5-275] 5:268 | 5-246 | | 21 | 5°261) 5:246 5:243) 5:191) 5-176] 5149) 5-112] 5-089] 5-064) 5-015] 4-990) 4-971] 4-902] 4-867] 4°832) 4-822) 4:825] 4*829] 4:874 4-916] 4-920) 4-934] 4-948] 4-959 | 5-006 | 22 | 4-970) 4-986 4:992) 4°995] 4°998) 4-998) 4-999) 5-007] 5-019) 5-018} 5-020) 5-022] 5-022) 5-021) 5-029) 5-045) 5-060) 5-066) 5-086) 5-103) 5-108} 5-128) 5-141) 5152 | 5-041 | 23° | 5165) 5°180) 5184) 5°193) 5°187) 5-168) 5°162] 5164] 5°154| 5-139] 5-144) 5-117] 5-096} 5075) 5-056) 5-012) 4989) 4-999) 4-995} 5-039) 5-046} 5-053) 5-061) 5:093 | 5°103 | 24 | 5:092) 5°109, 5°126| 5-141) 5-148) 5-159) 5-172) 5-207) 5-214) 5-241) 5-277) 5-296) 5-319) 5°345] 5°342) 5-350) 5-374) 5°379| 5°390) 5-401) 5-408) 5-425) 5-428) 5-447 | 5-283 25 | 5-452) 5-465 5-499) 5°506) 5522) 5-532) 5-558) 5578] 5-605] 5:620] 5:632) 5°640) 5-641! 5°659) 5672) 5°672) 5:670) 5°660| 5°673} 5°672) 5:671| 5°656) 5617] 5°610 | 5603 26 | 5598 5°57 5*562| 5546] 5°548) 5°545) 5-533] 5°514| 5-529) 5°536) 5534] 5533) 5526] 5°512) 5504) 5°507) 5-505] 5°480| 5-469] 5:418) 5-402) 5°387] 5350] 5°329 | 5:497 27 | 5*297| 5:263) 5°240) 5°208) 5°162| 5-124) 5:102) 5-067] 5-070] 5043} 5031] 5-006} 5-005} 5:005] 4-987] 5:001| 5018) 5-042) 5:065] 5-081) 5°113} 5°126) 5°144) 5°171 | 5-099 28 | 5187) 5:209) 5:212) 5°235) 5249) 5:260) 5:264) 5:251) 5-202) 5°138] 5°140} 5°143) 5:148] 5°159) 5°17 2) 5186) 5195) 5°175) 5°181) 5°143) 5°154) 5:139) 5°131| 5119 | 5188 29 | 5-089) 5:091) 5:109) 5:100} 5124) 5-130} 5°122) 5-150) 5:172) 5:195| 5:219) 5°252} 5-263) 5:259] 5°262) 5°267) 5:271) 5:257| 5234) 5-236) 5-215) 5210) 5192) 5-173 | 5-191 30 | 5°137, 5-139 5°136) 5°134) 5-146) 5-154) 5-150) 5-151) 5°166) 5-179) 5-182) 5-194] 5-182) 5°180) 5°156) 5°179) 5-166) 5-176) 5°181) 5°195) 5:210) 5-195) 5-197) 5-221 | 5-171 31 | 5:230) 5-229 5-254) 5-257) 5:267) 5:276) 5-298] 5°309) 5°324| 5°335) 5°331)| 5°325] 5:300} 5°280} 5°238) 5-214) 5:166) 5092) 5-048) 4-981) 4-932) 4:872] 4-862) 4-812 | 5176 | | MEan.} 5:091) 5:092) 5-097) 5-094) 5-091) 5-090) 5:091] 5-096} 5:098| 5-098} 5:101) 5°101] 5-095} 5:096) 5:094} 5:095] 5:095] 5:095} 5°100) 5-105) 5:105] 5:100} 5:096' 5:091 5096 | ( | | BAROMETER. Repucep To 32°. 4407 reer ABOVE SEA LEVEL. FIRST FIGURE OMITTED. FEBRUARY 1892. Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins, | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. Ins. | 1 | 4:747 4:671) 4°635) 4°534) 4-553) 4°465) 4°405] 4:349) 4:299] 4-281) 4-231) 4°249] 4-257) 4:276| 4°276] 4-274) 4°323) 4:305] 4°321| 4°322) 4-321] 4:333).4°330 4:°335 | 4°379 | 2 | 4338 4:335) 4332) 4-304) 4°295) 4°288) 4°284) 4-276) 4°269) 4°24) 4-223) 4187) 4154) 4147| 4186) 4-225) 4:298) 4°341) 4°388) 4-434) 4-464) 4-489) 4515) 4-549 4:315 | 3 | 4573) 4-592) 4-597| 4°606) 4-619) 4-638) 4-661] 4-681| 4-720) 4°758) 4-778) 4-803} 4-825) 4-859) 4°881| 4:907| 4-919) 4°927| 4-952) 4-980) 4-985) 4-989] 4-995) 4-996 | 4°802 | 4 | 4-993) 4:981| 4:972) 4°957| 4:928) 4-907) 4:862) 4:826) 4°784) 4°730) 4°642) 4-612} 4-616] 4°639) 4°647) 4-656) 4°685) 4-698] 4-701] 4691] 4-700] 4680) 4°678) 4:667 | 4°760 5 | 4:653| 4-620] 4-639) 4-652| 4-653] 4-660] 4-665] 4-689| 4-721] 4-761] 4-780) 4-796] 4:802| 4-835] 4-829) 4-833] 4-846) 4:846] 4-871) 4-879] 4-869] 4-886 4:897| 4-901 | 4-774 | 6 | 4°922) 4-913) 4-933) 4°956) 4-983] 4-995) 5-003) 5-010) 5-020) 5-031) 5-044) 5-049} 5-049) 5-068) 5073) 5-078) 5:090) 5°108) 5-118] 5-136) 5-139] 5152) 5-166) 5-177 | 5051 7 | 5178 5:161) 5°158) 5°148) 5-139) 5-123) 5-101) 5-072) 5-066) 5:065| 5-057) 5-028} 5-006! 4°970) 4°951) 4-940) 4-943) 4-964) 4-975] 4-995) 5-007] 5022) 5029 5-028 | 5047 | 8 5:032| 5034) 5°024| 5-016) 5:018) 5:034) 5:057| 5:095) 5°153) 5:190) 5:231) 5-270) 5°304) 5:328) 5°354) 5°375) 5:403) 5°433) 5°457| 5-485) 5-485) 5-498) 5512) 5°528 | 5-268 | 9 | 5°529) 5°53) 5:521 5°528) 5°542! 5:543) 5556) 5°557| 5°557| 5596) 5°610| 5-610) 5°611| 5:617| 5°621) 5°614) 5:597) 5°605) 5598) 5:602| 5-601) 5:599] 5602 5610 5582 | 10 | 5°612) 5605) 5°601) 5:609) 5°603) 5-602) 5-606] 5-619) 5°624) 5-629) 5°639] 5-648} 5°648) 5°643) 5°649| 5:656) 5:664| 5°668) 5°676] 5°695] 5-704) 5:711] 5:721| 5°724 | 5648 | 11 5716 5:70) 5°707| 5°697| 5°701) 5°711) 5°712) 5:725) 5:743) 5-757] 5°771! 5°761] 5°765) 5°759) 5°760) 5°763) 5:760) 5°758! 5°768) 5°756) 5-771) 5:775| 5768 5°72 | 5745 | 12 | 5°773) 5°70) 5°78) 5°72) 5°769) 5°769) 5:775| 5:789) 5°799} 5805] 5811 5°815) 5°818) 5°811) 5°804) 5:813) 5°815) 5°828) 5:840] 5:856| 5-873] 5-887] 5°877| 5-391 | 5814 13 | 5°895) 5-890) 5-889) 5°888) 5-879) 5°881) 5884) 5-888) 5-884 5:886] 5-892) 5-892 5°884) 5:873] 5860] 5°846) 5°844) 5-832) 5-819] 5°800) 5-782) 5-750) 5-730 5690 | 5848 | 14 | 5°668, 5°635) 5°602) 5°568) 5-529) 5-502) 5-463) 5-430) 5-396 5°361| 5°323) 5-290] 5°254) 5-217] 5°185) 5-163) 5°146) 5-128) 5-120) 5-112) 5-106} 5-098) 5-089| 5-065 | 5°310 | 15 5:081| 5090) 5092) 5°105) 5°105) 5°104| 5-115) 5-139) 5-146) 5-150) 5-164) 5-167] 5°178) 5°172| 5°187| 5°196) 5°201) 5°204) 5-210) 5°217) 5-231) 5-224) 5-241) 5-262 5°16 | 16 | 5-254 5-264) 5°272) 5-263) 5-268) 5-263) 5-260) 5-264 5268) 5-266) 5:259) 5-251) 5-253) 5-228) 5-213] 5°185) 5184) 5-167] 5-143] 5-111] 5-073) 5:040) 5-000) 4-960 5196) 17 | 4-925 4-880] 4:836] 4°802) 4-786] 4-769] 4-753] 4-739] 4-734] 4°731] 4-720) 4-714] 4-702] 4°677| 4-670] 4-652) 4:637| 4-631) 4-638] 4-645] 4-645] 4:659] 4:654| 4-667 | 4°719 | 18 | 4°681) 4686) 4°689) 4-691) 4-688) 4-697| 4:697] 4:702| 4°695) 4-709] 4°709) 4°711} 4-709) 4-717] 4°719] 4:726) 4-733) 4°747| 4°749) 4°761| 4-766] 4°77] 4°784) 4-783 | 47; 19 | 4°779) 4°779| 4°776) 4-769) 4-772) 4-769] 4°769| 4-768) 4-768] 4-785] 4:802) 4-809} 4:819] 4-822] 4-840] 4:841| 4-848] 4-854] 4:866] 4:877| 4:875] 4-884] 4-890) 4°896 | 4°819 | 20 | 4:887| 4°886] 4°892) 4-900) 4-900) 4:891) 4°897] 4-900) 4-905] 4-912) 4-925) 4-931] 4-932) 4-936) 4-938) 4-946] 4-952) 4-956] 4-966] 4°976| 4-953] 4-949] 4-969] 4-955 | 4:9) 21 4938) 4-935] 4°884| 4°882) 4-901) 4-858) 4:867] 4-886] 4-904] 4-908) 4-917] 4-863] 4+792) 4-788] 4-799] 4-843] 4-854) 4-884) 4-896] 4-904) 4-911] 4-918] 4-924) 4-934 | 4883 22 | 4-925) 4-931) 4°934) 4-934) 4-932} 4-937] 4-933) 4:931| 4-935] 4-933) 4°941| 4-947] 4-948) 4°950| 4:948) 4-949] 4-954) 4°965) 4-978] 4-981] 4-985] 4-980] 5-003) 5-017 | 4°95 23 | 5:028) 5028) 5:029) 5:032) 5-030] 5-041) 5-027] 5:016) 5-042) 5052! 5-078) 5-071) 5:059| 5-081) 5-083) 5:080} 5:083) 5-081) 5-080) 5:079! 5-092! 5-106} 5-095) 5-096 | 5062 24 =| 5109) 5-108) 5°104) 5-121) 5:135) 5°12) 5°143) 5-150) 5°152) 5°154) 5-170) 5-175) 5-188) 5-200) 5°188] 5°191) 5:201! 5:199) 5-201] 5-203) 5-214) 5-213] 5219) 5-219 | 5170) 25 | 5-218 5:223) 5°220) 5-229) 5-230) 5-230] 5-238} 5-250] 5-264] 5-272) 5-282! 5 280] 5-294! 5-298] 5-297) 5:02] 5:305] 5:312) 5:316| 5°327| 5:331| 5:335| 5:48] 5:°347 | 5°28) 26 | 5354) 5°350} 5°349 f 5427) 5:437| 5:448)5:451| 5:459] 5°467| 5-469] 5:474| 5-484) 5-487] 5:500| 5:516] 5:523] 5°525| 5-536 | 5-438 27 =| 5°589, 5°537| 5°540 5°545| 5:547| 5°547] 5-546] 5:538] 5°531| 5:529| 5-525) 5-524) 5-522) 5-522) 5-514! 5-505) 5-500) 5-491 | 5°80] 28 |5:478 5:469) 5°454 3) 5433) 5-437] 5432] 5-424) 5-422) 5°411] 5-408) 5:403) 5:396] 5:386] 5:398] 5°397| 5:395] 5°399| 5-401 | 54 29 | 5399 5°395) 5390 | 5*418) 5:428) 5-429] 5-430) 5-428] 5-427) 5:420) 5-433) 5°435) 5-445] 5-451) 5-454) 5-458] 5-455| 5:455 | 542 7 MEAN. 5°146 5°138) 5°133) 5°128) 5°127| 5122) 5°120) 5121 5127) 5131) 5:133) 5-131] 5-128) 5-130] 5°131] 5:134) 5°142 5-148] 5155) 5+162) 5°164) 5-167] 5-169) 5-171 45 | BAROMETER. COCNIOD OH COLO 10 1 Ins. 9°605 0:030 9°842 0:074 9°748 9-287 9°381 9°356 9°607 9°665 0141 9°828 9-910 9°314 9-407 9368) ¢ 9579 9-695 9-764 9°861 9:904 9°555 9°752 9-667 07147 0°265 9°841 9°850 9-588 9°743 9-872 | 9731 3 + 3] 0°013 ia 9°667 Ins. 9-714 9982 9-892 0-091 9-623 9-290 9:388 9°347 9-636] 9°645 9°685] 9°687 07153) 0°142 9°882 0-086 9-667 9-280 9°390 9°341 FORT-WILLIAM OBSERVATORY. REDUCED TO 32° AND SEA LEVEL. FIRST FIGURE OMITTED. eS) OAIABAY Wa SSOwWrwaIs AAW ee Orr Gost“ Rey I Ww Re) 7 Ins. 9°801 9:923 9°897 3) 0126 543| 9°513 9-221 9 Ins. 9882 9°914 9°926 07148 9-480 9:210 9°246 9-329 9°633 9°871 0-116 2| 9°920 Ia~1 DHOAIGW Boo 1S FWNND Oe WN OspF ow Suv 10 Ins. 9-925 9901 9:946 0°172 9-483 9°217 9176 9-350 9-645 9:923 07105 9-940 9°647 9-332 2) 9°455 52! 9:370 9-640 7| 9°734 9-860 9°857 4} 9-656 $615 9-744 9-889 0°311 2) 0141 9-569 | 9°780 9°695 9-806 9958 9-737 Jl Ths. 9°953 9°898 9-948 0178 9°450 9224 9°153 9°369 9-644 9-944 0-088 9-958 9-603 9-325 9-455 9-366 9692 9-732 9-883 9-866 9°629 9-613 9°736 9-915 0:317 0-111 9°564 9°728 9-721 9°798 9-945 9-736 12 Ins. 9:97§ 9-864} 9-940 0°163 9-448 9-248 9154 9°388) 9-631 9-963 0-066 9-959) 9-550) 9°314 9°44] 9367 9-685) 9°726 9°885 9°87) JANUARY 1892. 13 Ins. 9-990; 9°831 9933 07162 9-430) 9-251 9-189 9°401 9-620 9-984! 0:035 9°953 9-498) 9:293) 9-423 9°356 9°676 9-720 9-888 9°881 9°521 9-605 9°669 9:967| 9°989 0°332 14 Ins. 0:014 9°82] 9-956 07148 9-438 9286 9219 9-416 9-622 0-009 0-016) 9°994 9-957) 9:962 9-462) 9-442 9300] 9-278 9-420] 9-397 9338] 9° 367 0°340 2) 9°626 5) 9:573 5] 0-015 7| 0°347 0:093 9553 3) 9°573 5} 9°704 3] 9°726 9-970 9:972 9-432 9°252 9°376 9°374 9678 9731 9-908 9:909 9-441 0:086 9°782 9°807 9-808 3) 9-413 18 Ins. 0:088 9-808 0:008 0:077 9-414 9°358 9311 9°516 4) 9°633] 9-6 0:079 9-941 9-967 9:413 9-258 9°375 9°674 9°736 9-910 9:921 9°435 9-638 9°543 0032 0:344 0082 2) 9°704 9°682 9-751 9-907 9-929 9°433 9°654 9°549 0:025 0°343 0-066 9°638 9°762 9°824 9°675 9°729 19 Ins. 0:088 9801 0-007 0:073 9396 9368 9°323 9-539 9} 9°810 2) 0°057 ] 9°939 5) 9°356 3| 9°589 3) 0-144 2| 9-886 3] 9°754 7| 9°935 | 9°7 10) 9] 9°757 2) 9°732 3) 9472 9-960 9-662 9°817 9-729 22 Ins. 0:078 9373 9-356) 9°655 9°957 9°353) 9°345 9°379 9:489 9°706 9°893 9°505 9°614) 07101 0°325 9-934 9-780 9°627 9-760 9°848 9°385) 9°: 9-730 Mid- night. Ins, 0:048 9°829 5| 0064 9-814 9-303 9-388 9°*365 9-607 3} 9°666 0143 3} 9°844 9°935 9-342 9°389 9373 5] 9°570 3] 9°689 9°764 9°872 9-911 9-545 9°743 9°653 0-118 0-297 9°857 9°848 9-606 9-752 9-884 29) 9°303 9°727 Mean. Ins. 9-924 9°879 9-956 0-080 9-478 9-295 9-303 9°432 9°637 9°937 0-030 9916 9-582 9-311 9-412 9°395 9659 9°729 9°858 9°882 9°619 9°629 BAROMETER. REDUCED TO 32° AND SEA LEVEL. OMOND Oe Whore Ins. 9-239 8864 9:098 9°616 9199 9°545 9-766 9°587 07161 0241 0°330 0°456 0°617 0°344 9°733 0:003 9588 9°344 9°478 9°595 9°665 9°507 9°608 9°732 9-815 Ins. 9168 8859 9-131 9-602 9-232 9°550 9°757 9°586 0165 0°237 0°328 0:452 0°623 0°318 9°740 0:015 9°539 9°341 9-490 9-600 9°656 9-512 9-606 9-733 9-819 9-962 0-176 07155 2) 0073, 9773 Ins. 9-086 8850 97150 9°598 9207 9-568 9°749 9°563 07156 0°231 Ins. 9-015 8846 9°167 9-574 9-198 9°581 9°731 9°571 0151 0°241 0-325] 0°335 Tns. | Ins. 9-046) 8-986 8°838) 8°822 9188} 9-225 9-544) 9-514 | 9:237 9°587 9-673 9°615 07147 0233 3] 0°348 0:449 0-636 0-23] 9°754 0-023 9-438 9:367 9-475 9-609 9618 9-516 9-632 9-712] 9°710 9-818) 9°817 3] 9-974 0179 0-129 0-062 9-760 0-450 0°627 0:282 9°752 0-014 9°486 9°361 9-482 9-606 9-629 9°515 9°618 0-452 0-641 0:1388 9-790 0:013 9-396 9°376 9-460 2| 9°613 9-605 9°513 9°644 9-832 9°726| Tns. 8-900 8816 9-252 9-467 9°256 9°611 9°640 9°642 07153 0°243 0°362 07455 0°646 0:097 9802 0-024 9°382 9379 9-458 9619 9°592 9°513 9°641 9°733 9°840 9-990, 0:190 0-119 9°757 0:074 0:008 07188 0117 0-080 9°756 FIRST FIGURE OMITTED. FEBRUARY 1892. Ins. | Ins. | Ins, 8°793, 8°72 8-746 9°290 9°325' 9°360 9-418] 9:362, 9:282 9°315 5) 9318 9°355 9°603, 9:579 9°567 9°694 9°735) 9°785 07161, 0°175' 0:179 0°252, 0°29) 0:269 8842. 8804 8°72) 9°616 9°618 9-633) ¢ 0°383 0°399 0°461 0:470 0°664 0664 0056 0°015 9°819, 9°826 Die WWO Wo WAS OW Of HOS 2g Os a S is} © SOSS OBDDO © 0:409 0°474 0°661 9°47 for) wo iw) SENS BAGH CoHoOo NININTE SO ABwem THAIS « =I for) ©) 9-204 7| 8°651} 8601 Ins. } Ins. 8°697] 8708 9-419] 9°432 9-153] 9:148 9-383] 9°396 (ge > SeCDon Zz Bee ANE 652 “455 9 4] 0°187 3) 0-263 Ins. 8-744 8°627 9°195 9-418 | 9°668 9-943 97496) 9-434) DOOD OOSSS CSOSS 9°73} 9° 2) 9°884] 9-8: 0-067} 0:06 07185) 0-175) 0° 0-098} 0-089) 0-0. 0°102) 0:097] 0:09 9°754] 9°745) 9°745 9-744) “425 26 PAIAKHA ABRwWws maori 2) 0428) 0°477 0°589 19°75 9874 9-969) 9-937 9-301) 9386 9-385) 9°386) gh 489 3) 9°766 “Ul 8 0 1 154 066 07101 7 7 (ey 63, 82 IMO or Sco fal | 9°679 9°434 | 9°965 07199 9-464) 9-499 9°713 Ins, 8800 8°756 9°551 9:234 9-473 9°502 9-723 9779 9-879 0-094 0-157 0-054 0-112 9-760 9-455) 9° 7) 0°546 2) 9°533 0-295 0°435 0°506 9°731 9-921 9°879 5:263 9°424 9°653 9-464) 9-522) 9-748 9°793 9-892 07110 0174 0-055 0-123 | 9594 7) 9°237 5) 9°497 7| 0°055 7| 07224) 9-773 Ins. 8798 8'869 9°493 9-724 0-223 0-296 0-437 0°523 0533 9-718 9-935 9°854 9°265 9-430 9°549 9-670 9-468 9539 9-741 9°796 9-902 0:127 0:179 0:054 07131 9°781 Ins. | Ins. 8°802 8:819 8918 8-959 9-604 9-609 9°252, 9:241 9-481 9-483 9°731 9°743 9514 9°535 07101 0:103 0°237 0°232 0-304) 0°306; | 0°435) 0°438 0°532) 0°557 0°510) 0-489 9-713) 9-701 9-951) 9952 9-819} 9:777 9°275) 9:275 9-438) 9:447 9-560) 9°564 9-662) 9°665| 9-481) 9-486} 9553) 9°568) 9-744] 9°739) 9-805) 9°806 9-912) 9:923 0°143] 0:153 0°185] 0:187 0-064} 0-061 0°138} 07144 9-788 9°792, Ins. 8°808 9-003 9°617 9-231 9-499 9:759 9-559 07121 0:235 0:319 0-438 0573 0-459 9-711 9-962 9°735 9-295 9:459 9-582 9-671 9-490 9°57 1 9°751 9°821 9-928 0:157 0-185 0-064 0:152 9798) Ins. 8824 9019 9-618 9-209 9-499 6°765 9-577 07140 0:235 0°330 0-438 0583 0-438 9-716 9-985 9-690 9:304 9-472 9-590 9-683 9-494 9-580 9-720 9-821 9-945 0-163 o-174 0-067, 0-158 Ins. 8-863 8-812 9-404 9-332 9-370 9*656 9-578 9°855 0-191 0:272 0-401 0-493 0584 9-931 9-860 9-930 9°354 9-400 9-507 9636 9-546 9-526 9-687 9°766 9-874 0-063 0179 0-094 07104 9°768 326 -BEN NEVIS OBSERVATORY. BAROMETER. REDUCED TO 32°, 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. MARCH 1892. 1 2 3 41 45 6 7 8 9 10 | Tol fe alek |) aIBy aE aay alts eat | als): |p a pp eos |] AL et |) 223 [is Mean. Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | — 1 5469) 5-461) 5-454) 5-452) 5-448) 5-459) 5-459] 5-467) 5-480] 5: 487 5°475) 5°483) 5:493] 5511] 5°519) 5:523) 5°516) 5°533 5:526 5:537| 5-536) 5-544) 5553) 5°564 | 5°498 2 8559) 5°566) 5°554) 5°564) 5564) 5-565) 5-573) 5585) 5:591] 5.591 5°605) 5°615) 5°617! 5°614) 5°616) 5620] 5:626) 5-633 5-639) 5-636) 5-641) 5°632| 5-633) 5-628 | 5-603 3 | 634) 5°636) 5°628) 5°637) 5-628) 5°630) 5°629) 5-633) 5-636) 5°639 5-639) 5°642] 5-642) 5-638) 5°635) 5-624) 5-623) 5°623 5-624) 5-630) 5-632) 5-620) 5°625) 5:627 | 5°635 4 | 5°628) 5°623) 5°616) 5°620) 5°619)| 5°619) 5°622) 5°626) 5°633) 5635) 5°638) 5°643] 5:643) 5°646) 5646) 5-644) 5-641) 5°641 5°640) 5°645) 5-649) 5-645) 5°643) 5-642 | 5°631 5 | 5°640} 5°639) 5°630) 5°618) 5°613) 5-607] 5°607| 5°607| 5-613) 5-611 5-612) 5-608] 5-606) 5°598) 5°587) 5°575] 5°572) 5°571 5:566) 5°563) 5-567] 5°566) 5°552) 5-542 | 5-595 6 | 5°585] 5°520| 5°511) 5-500) 5-494) 5-482) 5°479) 5-483) 5-478) 5:466 5:473) 5-468) 5-461) 5°450) 5:449) 5-435) 5-434) 5-423 5: 419 5:416) 5:414) 5:407| 5395) 5:383 | 5-457 7 | 5376} 5°362| 5°347| 5:328] 5°319] 5-314) 5°311] 5:304| 5°307| 5:°307, 5-309) 5-306] 5-295) 5:289) 5:274) 5°273] 5:269| 5-271 5:273) 5269, 5:269| 5-263) 5:254| 5-241 | 5:297 8 | 5°236} 5°228) 5°219) 5-207) 5°195) 5°197| 5-193) 5:191)| 5-182) 5°169 5°162) 5-151] 5-130) 5°112| 5-099) 5-074] 5-049] 5-025 5:018 4-997] 4-979) 4-952) 4:912) 4-882 | 5-107 9 | 4:856} 4°839) 4°811| 4:78) 4°775) 4°777| 4°767| 4°785) 4:782| 4°788 4-790) 4-784] 4-765) 4°741| 4:713) 4°685] 4-666] 4°641 4°616) 4°602) 4-581) 4°570] 4°554) 4°584 | 4°719 10 | 4*605] 4-645) 4°664) 4°688) 4°695) 4°731) 4-740) 4°776, 4:813 4°847, 4°872) 4-907] 4-932) 4°954| 4°977| 4:997] 5-000) 5:024 5:055) 5:072) 5-067! 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REDUCED TO 32°. 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. APRIL 1892. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. 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0222) 0-208) 0-196} 0-178) 0°160) 0°155) 0-139} 0°132) 0°128) 0-126) 0-124] 0:123) 0-116) 0-104) 0:092 | 0-188 7 | 0-084) 0:072| 0-055) 0:040| 0:030) 0:024 0-023) 0-019] 0-015] 0°018} 0:017| 0-011] 9-998) 9-987) 9-969) 9-964) 9:953) 9-961 9:958) 9-960] 9-960] 9:955] 9-948] 9-934 } 9-998 8 | 9923} 9-911] 9-908 | 9-904) 9:900] 9-897 9-890] 9-881) 9-868) 9854] 9°840) 9-814] 9-789) 9-763) 9-746) 9-729} 9-729] 9°697, 9-688 9:662) 9-651) 9°618) 9-597| 9-579 5 9-785 9 | 9563) 9:538) 9:550! 9:563) 9:570) 9-492 9-493) 9-498] 9-497] 9°504| 9:490| 9-493) 9-464) 9°423) ¥-385| 9°352) 9-298) 9°289) 9:258, 9-223) 9-183) 9-183) 9-205) 9-233 | 9-406 10 | 9-281) 9-330) 9-365 | 9:395| 9-400) 9-417 9:441| 9-476] 9°500] 9°526] 9-561) 9:587] 9°584) 9°607| 9°647| 9°668) 9°675| 9°711) 9°726, 9°747| 9°744| 9-749) 9-749) 9:754 | 9-568 11 | 9758] 9:754| 9-741 | 9°745] 9743] 9:748 9-751) 9°751| 9°751| 9°750} 9-750) 9-745] 9-739) 9°736) 9°737| 9°739] 9°743) 9°755) 9-765) 9°776) 9°78) 9-783) 9°782) 9-786 | 9-754 12 | 9777] 9:73! 9:755 | 9°754| 9°746) 9-746 9-732) 9:728] 9-711) 9°707| 9-682! 9°663] 9-637) 9°619) 9-596] 9°57 1) 9°54) 9:544) 9°531| 9-522| 9-510] 9-496] 9-489 9-490 | 9-639 13 | 9-485] 9°478) 9-470 | 9474) 9-471) 9-474) 9-466] 9°467| 9468) 9-468] 9-461) 9°457] 9-445) 9-444) 9-439) 9439) 9-435) 9-449) 9:455) 9-455) 9:450) 9-444) 9-438) 9-439 | 9-457 14 | 9:433]| 9-434) 9-421 | 9-423) 9-423) 9-434! 9-439] 9°451] 9-455] 9-464) 9-468 9°472] 9-469) 9-470) 9:477) 9-485} 9:489} 9-497) 9°503) 9-510) 9°513) 9°511) 9°510) 9-512 | 9-469 15 | 9-511] 9°A01! 9:494| 9-483) 9-469] 9-461) 9-457) 9:452] 9°435]| 9:410] 9°394| 9°385] 9°37 1| 9°358) 9-354) 9°363} 9-382) 9-409) 9-437) 9-471) 9-503) 9-530) 9561) 9-599 | 9-450 16 | 9°624) 9:635) 9°652] 9-687] 9°712! 9-724) 9-728) 9-739] 9°739 9:735) 9°719| 9°703] 9-689] 9:663) 9°651| 9627] 9:593) 9-580) 9°609, 9-628) 9°677| 9-669} 9°672| 9-659 | 9-671 17 | 9°652) 9-638) 9°587| 9:541) 9°532) 9-548) 9-557) 9-582) 9:586) 9-635) 9-692) 9-730} 9-751) 9-764) 9-778) 9°805} 9:812| 9-832) 9°849} 9-862) 9°867| 9-880] 9:895| 9-916 | 9-720 18 | 9-935] 9-965! 9-966] 9:970) 9:973) 9-981) 0-001) 0-023) 0-038) 0:G56) 0-080! 0-087} 0:092) 0-091) 0-085) 0°087) 0-092) 0°112) 0-125] 0-136) 0°136) 0:147) 0°139| 0:153 | 0-061 19 | 0-149] 0:154| 0:147] 0-150) 9-155) 0-175} 0-181) 0-196) 0:206) 0-222) 0-232) 0-238} 0:239] 0-228) 0-229) 0°235) 0:243) 0256) 0:267] 0-285) 0-292) 0-296) 0-281) 0-285 | 0-223 20 | 0:299} 0:293} 0:295} 0:287| 0:281) 0:277) 0° 273, 0:274| 0-271) 0:260} 0-251) 0°246} 0:220) 0-210} 0-203) 0°20} 0-193) 0-204) 0:211] 0°240) 0-250) 0-261) 0:264) 0-266 ] 0:252 21 | 0-268) 0-274) 0:275) 0:279) 0:288) 0-295 0°306 0°322) 0:332 0:354! 0°367| 0°3721 0°369| 0:369} 0:370} 9°379] 0°388] 0°427| 0°447| 0°480) 0:503) 0:523) 0°531) 0-547 | 0:378 22 | 0:560} 0-568! 0:576| 0°589) 0-598] 0-621) 0-624 0-647) 0°654 0-661] 0-662) 0°668} 0-655) 0-658) 0-651 0-650} 0:656] 0:668) 0°665] 0°675| 0-670) 0-668) 0:659) 0-650 | 0°639 23 | 0:636) 0:621) 0:608) 0°601) 0°589) 0-586) 0-575) 0°575| 0°562 0°555) 0-548) 0°5364 0°517' 0-501) 0°486) 0°476} 0-463) 0-461) 0°451) 0-447) 0°438) 0-423) 0-407) 0°391 | 0°519 94 | 0-374! 0:352, 0°345] 0°328, 0:309] 0-303) 0-299 0-294! 0:276 0:267| 0-241) 0:229} 0:213; 9205) 0,193] 0-183] 0-168) 0°159) 0-145] 0-143] 0-129) 0-118) 0-105) 0-292 | 0-228 25 | 0-073] 0-053) 0-026) 0:006, 9-983} 9-965) 9-943) 9°931| 9-919 9-902) 9:877| 9°857] 9°830) 9°807| 9°782) 9°76) 9°731| 9°717| 9°703] 9-682! 9-665) 9°647| 9-630] 9-611 | 9-838 96 | 9:592) 9-571] 9:547) 9:527| 9:537| 9°578) 9°579| 9595) 9°606, 9°629/ 9-650) 9-667] 9683} 9°708) 9-731) 9°749) 9-769) 9°793| 9°809] 9-832) 9-844) 9-868) 9°-S90) 9-903 | 9-694 97 * 9-915) 9-923) 9-934) 9-944] 9-955) 9:975| 9-985, 9-999, 0-006, 0-015) 0-023! 0-025} 0-022) 0-025) 0:017| 0-023} 0023) 0-032) 0-034] 0-046) 0-045) 0-056) 0-056] 0-046 } 0-005 28 | 0-043) 0-032! 0:012) 9°995]| 9-987] 9-989] 9-980) 9-982) 9-985) 9-999] 0-025) 0-055] 0-073) 0-098) 0-120) 0-161) 0°186) 0-239} 0-265] 0-302! 0°327| 0-365) 0-389} 0-405 | 0-126 99 | 0:420] 0:434/ 0:446| 0:456] 0:474| 0:494| 0°507| 0°518) 0°517, 0°534| 0°527/ 0:524f 0.518) 0°529) 0:515) 0°525) 0°516) 0°523) 0-529) 0°533] 0°30) 0-534) 0-537) 0°530 | 0507 30 | 0°40) 0°525) 0:529] 0:533) 0-543] 0°551| 0°555| 0-558) 0°561) 0°569| 0558 0-546] 0552) 0°542) 0:532) 0°538) 0°532) 0-526! 0°530) 0-538) 0-530) 0-532) 0-518) 0-524 | 0-540 81 | 0°518! 0:509) 6:501) 0:496] 0°487]| 0°485) 0-487) 0°485) 0°496 0-486) 0-486) 0-484] 0-477) 0°466) 4:449) 0-442) 0-443) 0-452) 0-467] 0:470] 0:481) 0-477] 0:474] 0-477 | 0-479 MEAN! 0:050) 0:047| 0:042! 0-041) 0:040) 0-043) 0:044) 0-051 0°052 0:056) 0-056) 0-055] 0-047) 0-041) 0-035) 0:035) 0-032) 0-040) 0:045) 0-053) 0:055) 0:055) 0-057] 0-059 | 0-047 | | BAROMETER. REDUCED TO 32° AND SEA LEVEL. FIRST FIGURE OMITTED. APRIL 1892. Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins, | Ins. | Ins. | Ins. } Ins, | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins, | Ins. | Ins. | Ins. 0:464| 0:463] 0°453] 0:450} 0:453) 0:453] 0-463] 0°476) 0°478) 0°478/ 0:466| 0:460} 0-460) 0:455) 0-448) 0:448) 0-440) 0-448) 0-448) 0-453) 0-456] 0-463) 0-462) 0-460 | 0-458 0°460] 0°454] 0-442} 0-438] 0-432) 0°442) 0-441] 0-433) 0:425/ 0-418) 0-406) 0-392] 0-380) 0: 374 0°364) 0°350) 0:341) 0°342] 0:353/ 0-363) 0-366] 0°367| 0°365] 0°368 | 0-397 0°355] 0349] 0:340) 0-325] 0:313) 0°305] 0:302] 0°289) 0-277) 0-257) 0°228) 0-204] 0-181] 0-149} 0-118) 0-092) 0-074/ 0-071) 0-071 0-056) 0-048} 0-038) 0-026] 0-000 | 0°186 9-982] 9:958| 9-932) 9-920] 9-901) 9°895| 9-886] 9°873, 9°850 9°836] 9°823) 9-814] 9-812] 9-807] 9-803] 9-811] 9-823] 9-819] 9-829] 9-832] 9-828) 9-835] 9-840) 9-846 | 9-856 9-838] 9°834| 9°833| 9-839] 9°838) 9°854) 9-863} 9° 87 9°885) 9-900 9905) 9-914] 9-910} 9-915] 9-916] 9-924! 9-928] 9-948) 9-956] 9-976! 9-980! 9-980] 9-992] 9-998 | 9-908 | 9-981 0-000! 9:998| 0:004! 0-008, 0-014! 0-019! 0-030, 0°036. 0-043 0:043' 0-036] 0-032! 0-021] 0-016 0-018! 0-035 0-036 0-048) 0-063] 0-067/ 0-069| 0-071 0-074 | 0-032 0-071! 0:063| 0-060) 0064] 0-070! 0-075) 0-076) 0-078) 0069] 0-065] 0-055] 0-045} 0-045) 0-039] 0-026, 0-026| 0-022] 0-031) 0-032] 0-050! 0-071) 0-079) 0-105] 0-110 | 0-060 0-110] 0-114) 0-114| 0-110] 0-113| 0-128] 0-136] 0-141) 0-135] 0-131] 0-113} 0-102] 0-095] 0-089] 0-079] 0-082! 0-081) 0-079) 0-087] 0-109] 0-119] 0-134) 0-135] 0-141 | 0-112 0*147) 0°156| 0°158| 0:159| 0-156) 0°162 0-163] 0-156. 0-136] 0-121] 0107] 0-096] 0091 0-089] 0-089] 0-083) 0-079] 0-085] 0-089] 0-108) 0-115! 0-118) 0-118] 0-118 | 0-121 ! 10 |0-116] 0-113 0:10) 0:111| 0-108) 0-106) 0-104] 0-098) 0-090] 0-082) 0-065] 0-054] 0-041] 0-028] 0-011) 0-009] 0-005| 0-007! 0-017| 0-037) 0-049) 0-058) 0-061| 0-062 | 0-064 | 11 | 0-053! 0-056) 0-046) 0-045) 0-045] 0-045) 0-046) 0-043) 0-034] 0-026] 0-010) 0-005J 0-000] 0-002! 0-001] 0-000) 0-003] 0-012! 0-030) 0-054) 0-068! 0-084) 0-086] 0-087 | 0-037 | 12 | 0-082) 0-080! 00721 0-070] 0-066! 0-072, 0-070! 0-074) 0-074] 0°076] 0-065] 0-048} 0-033| 0-015] 9:992| 9-972] 9:960) 9-964] 9-964] 9-962| 9-969 9-962| 9-963] 9-965 | 0-024 | 43 |9-955| 9-947) 9-940] 9-925] 9-914| 9-911] 9-907| 9:898, 9-888] 9°875] 9°854| 9-849] 9-823] 9817] 9-793) 9-809] 9-797| 9-789} 9-793) 9-801] 9-807 9-806) 9-807] 9-807 | 9-855 | 74 |9:8021 9-792! 9-790| 9-790] 9-799] 9-789 9-786) 9:791) 9-784] 9-778] 9-763] 9-752] 9-742] 9-740| 9-740| 9-739] 9-738) 9-741] 9-742] 9-761] 9-773. 9°777| 9-780] 9-781 | 9-769 © 45 | 97771 9-771) 9-701 9-770] 9-772] 9°781] 9°782| 9°781) 9:73] 9°75] 9°762] 9-754] 9-742| 9-740| 9-740] 9°744) 9-738) 9-744] 9-749] 9-756] 9-760 9-750) 9-746] 9-740 | 9-759 9-719 9°836 | 16 | 9-727) 9-722| 9-719] 9:719] 9-713] 9°720, 9-723) 9°726) 9-724 9°712] 9-708] 9-700] 9°694| $-695] 9-706] 9-715) 9-732! 9-748 9-771] 9-782 9-789] 9:801| 9-814 | 9-732 147 | 9-812| 9-814| 9-817| 9-822] 9-825] 9-835, 9-834) 9-838] 9-837] 9'836] 9-838] 9°32] 9-833] 9-836] 9-842) 9-871] 9-889] 9-915] 9-924 9-944) 9-951 9-959] 9-965] 9-969 | 9-868 | 78 | 9-9791 9-984 9-989] 0-002] 0-015) 0-029] 0-047) 0:063, 0-063] 0-064] 0-074] 0-080] 0-089] 0105] 0-124] 0-133) 0-150] 0-182) 0-199) 0-224] 0-238 0-259) 0-264) 0-288 | 0-110 19 | 0-294) 0:299| 0-295] 0-297| 0-299] 0-309| 0-305] 0-300] 0294] 0-288} 0-268] 0-249} 0-235] 0-225) 0-200 0-181) 0-158] 0-144] 0-136) 0-120) 0-108 0-104) 0-090] 0-083 } 0-220 99 | 0-093) 0:05 0-107] 0-112] 0-121] 0-129] 0-132) 0-138) 0°133] 0-118] 0-094| 0-077] 0-038) 0-008) 9-975] 9-939 9-916] 9-879| 9°864| 9-843] 9°832| 9-845] 9865) 9-872 | 0-010 91 | 9:875| 9:880| 9-870| 9-887] 9895] 9:906! 9-910] 9-921| 9-927] 9-931] 9-929] 9-928} 9-914] 9-902) 9-886) 9-864) 9-852] 9-842, 9-837] 9-836] 9:845. 9846) 9°85) 9-884] 9-884 92, | 9:918| 9:933| 9:939) 9-950] 9:958) 9:968 9-980| 9-994 0-016] 0-033) 0-057| 0-077} 0-089] 0-098) 0-098] 0-114 0-123) 0-135) 0-146] 0-149] 0-162 0-167| 0-175] 0-175 | 0-061 } 93 | 0-169| 0:175| 0°168| 0-185] 0-184) 0-200) 0-196) 0-214) 0-223] 0-228) 0-225] 0-227] 0-221| 0-226] 0-206] 0-194 0-190| 0-182] 0-186] 0-186) 0-204 0-206] 0-212) 0-215 | 0-201 | 54 |0:214| 0-214! 0-220) 0-219] 0-218) 0-229) 0-236) 0-234) 0-220] 0-210] 0-195] 0-183] 0-172| 0-156] 0:132| 0-107) 0-085] 0-049] 0-020| 9-997] 9-968 9-959) 9-936) 9-928 | 0-129 9-858] 9-859} 9-848] 9°850| 9-840] 9°843) 9:852| 9-869] 9-876] 9°885|'9-884 9-891) 9-891] 9-893 | 9-874 9:897 9 WOONID OR WNH 95 | 9:908| 9:905, 9:890| 9:882] 9-878) 9-882] 9:877] 9°874) 9°867| 9°865 | 26 | 9-890) 9-889! 9887] 9-885] 9:889| 9°892 9-896] 9-901! 9:897| 9-896] 9°897/ 9-896] 9-892| 9-884) 9-872] 9-858) 9:855) 9-851] 9°847/ 9-847] 9-834] 9°821) 9-791] 9-766 | 9-868 | 97 | 9-797| 9:691 9°643| 9-604| 9-556) 9°510, 9:481/ 9°463) 9:463| 9-455] 9448] 9-452] 9-450] 9-462] 9-471] 9-495| 9-518] 9-575] 9-628! 9-704| 9-758 9-818) 9-850) 9-878 | 9-588 98 | 9-906 9-917, 9-923) 9-939] 9-949] 9:959| 9:972| 9-980) 9-980] 9-983] 9-994] 9-995] 9-989] 9-975] 9-964] 9-956] 9-945] 9-948) 9-955] 9-958) 9-961) 9-969] 9-965) 9-973 | 9-961 } 59 | 9-983! 9-996) 0-002! 0-011] 0-025] 0-044! 0:058| 0-074) 0-078) 0-084] 0-073 0-072} 0-067] 0-064) 0-069] 0-070) 0-081| 0-087) 0-088| 0-079] 0-084 0-076) 0-068) 0-064 | 0-058 1 30 | 0-058) 0-053) 0:054/ 0°038| 0-035) 0:037| 0026] 0:048| 0-055] 0-051| 0-056) 0-055] 0-057] 0:061| 0-066] 0-063) 0-060] 0-058) 0-056] 0-057 ou 0-046) 0-031] 0-019 ] 0-050 tas. 0-025 02d 0*019 0-019] 0-018) 0-023, 0-024 0-027 0-024] 0-021] 0-013] 0-007] 9:999| 9:994 9-986] 9:984 9-982) 9-985] 9:91] 9°999) 0-005, 0-009) 0-011] 0-018 | 0-008 | 328 BEN NEVIS OBSERVATORY. BAROMETER. RepucEp To 32°. 4407 reer ABOVE SEA LEVEL. FIRST FIGURE OMITTED. MAY 1892. 1} 2) 8) 4) 5) 6] 7 |) 8 | of ao} | was) we] a5.) a6% 27°] 18: | 196! 200] 21 | aol ee A ee Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. } Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. 1 | 5°384) 5-380) 5°361) 5°355) 5355) 5350) 5*350) 5341) 5334) 5°337/ 5:30] 5°327] 5°323] 5:314| 5-307] 5-297| 5-294] 5-293 5-293] 5:297| 5:295] 5:297| 5-308) 5-313 | 5326 2 | 5:321) 5°340) 5°355] 5°372| 5-385) 5-405) 5-419! 5-433] 5:447| 5-456) 5-467| 5477] 5484) 5-484] 5-483) 5-488] 5-496 5-501 5:502| 5°03) 5°514| 5:514) 5:512| 5-502 | 5-452 3 | 5°501) 5-498) 5-486) 5:461| 5-459) 5-432] 5-431 5-425] 5-428] 5-444 5-439) 5-451] 5-425] 5-441) 5-447| 5-404] 5-406) 5-414| 5-426) 5-435] 5-424! 5-436) 5-426) 5-418 | 5-440 4 | 5-421) 5-404) 5-433) 5-427, 5-434) 5-446) 5-451, 5-465) 5-475] 5-478] 5-480) 5-494] 5-502| 5-499] 5°503) 5°506| 5-500 5°504 5502] 5-503] 5-501) 5-497| 5-492) 5-485 | 5-475 5 | 5459) 5453) 5-451) 5°443) 5-455) 5-461] 5-447, 5-460) 5:481) 5:497) 5-502! 5°14] 5°517] 5°515| 5°517| 5°517| 5°522 5-516 5°517| 5°525| 5°540) 5°538| 5°544) 5-541 | 5-497 6 | 5:539) 5°540) 5°54) 5°544) 5-551) 5-556) 5-564) 5°572| 5:579] 5-580) 5:588| 5-600] 5:605] 5°607] 5°608) 5:608| 5596 5-590, 5°576| 5°572| 5°571| 5:557| 5°545| 5-524 | 5-571 7 | 5:494) 5-480) 5-455] 5°425) 5-408] 5-418) 5-404) 5-404) 5-400] 5-400] 5-398] 5:396] 5-403] 5-410] 5-409] 5-416] 5-420, 5-420, 5:427| 5428) 5-432) 5-429] 5:431| 5-431 | 5-422 8 | 5°432) 5-430) 5-427] 5:427| 5-427| 5-435) 5-443] 5-448] 5-457] 5-458] 5-465] 5:472] 5-476] 5-478) 5:477| 5-472 5-466 5-465) 5-459] 5-458] 5-458) 5-459] 5-459] 5-463 | 5-455 9 | 5-463) 5-471) 5-473) 5°476) 5-481] 5-496) 5-507] 5:521| 5°528] 5:540] 5:550| 5-561) 5:572| 5:582| 5:585| 5-588] 5:599 5-604 5-611) 5618) 5-624) 5-630) 5°634) 5635 | 5°56 10 | 5°637| 5-643) 5-648) 5°653) 5°658) 5-664] 5-666) 5:676| 5-680! 5-692! 5-702] 5:709] 5-723! 5-733) 5°74] 5-736] 5°729 5*729) 5-729) 5°742| 5-758) 5-761) 5°766) 5-766 | 5°705 11 | 5°764) 5*767) 5°762) 5-759) 5-753) 5-758) 5-764| 5-775) 5°785| 5-794) 5-797| 5-805) 5-816; 5-816] 5-820] 5-824] 5-823, 5-322! 5-821) 5-821] 5-831) 5-840] 5-838) 5-838 | 5-800 12 | 5°835) 5833) 5*833! 5-833) 5-828) 5-826] 5-826) 5-824) 5-823) 5818) 5-812) 5-808] 5:794) 5:782 5-770] 5:757| 5°738) 5-698) 5704) 5°675| 5-664) 5:651| 5°653) 5-647 | 5-772 13 | 5°628) 5-616) 5596 5-586) 5-582} 5-575] 5-569] 5:562) 5:560| 5°556| 5:546| 5:58a) 5-528] 5-514] 5-501] 5-497] 5-490 5-479) 5:467| 5-449) 5-435) 5-414] 5:399| 5-372 | 5°519 14 | 5:340) 5-321) 5-301) 5-299) 5-303) 5-297] 5-289] 5-299] 5-297) 5-303) 5:309| 5310] 5:306 5:299] 5-299] 5-291] 5-283) 5-281| 5-270] 5-255] 5-259) 5-236| 5216) 5-186 | 5-285 15 | 5°155) 5°107| 5:085) 5-059) 5-035) 5-024} 5-020) 5-043) 5-046) 5:047| 5-050) 5-046] 5-053] 5-049] 5-033] 5-039] 5-037, 5-020 5-014] 5-001] 4-990 4-978) 4:964| 4-936 | 5-035 16 | 4-919) 4°895/4* 867) 4-821) 4-815) 4-815] 4-809] 4-803] 4-803) 4°801) 4-803) 4-804] 4-813) 4-837] 4-865] 4-912] 4-948 4-985) 5-016] 5-044] 5-060) 5-088) 5108) 5-134 | 4-907 V7 | 5152) 5-172/5-18 4] 5-203) 5-227) 5-245) 5-268) 5-293] 5-306] 5-325] 5337) 5348) 5°359)| 5:373] 5:386] 5-393] 5:399 5-406] 5-414] 5-416] 5-412) 5-411) 5:404| 5-389 | 5326 18 | 5°370) 5°361)5:34 6| 5-333] 5-316] 5°305) 5-279) 5-261] 5-226] 5-193) 5-181) 5-186] 5°188) 5193) 5°184| 5-180] 5-182, 5-186] 5-189] 5-186] 5:180| 5-177] 5-158) 5-162 | 5-230 19 | 5°158) 5-156)5-15 9) 5-162} 5-178] 5-194) 5-209] 5-218] 5-237] 5-254! 5-271) 5-278) 5-288) 5-296) 5-289] 5-285] 5-264] 5-233] 5-211) 5-183] 5-171 5:149] 5-128) 5-126 | 5-212 20 | 5-098) 5:081'5-06 8) 5-055) 5-045) 5-050] 5-055] 5-066] 5:081| 5-103) 5*129) 5-154] 5183) 5-196] 5:227| 5:268| 5-291 5-315] 5-337] 5:350| 5-356) 5:360| 5°360| 5353 | 5:191 21 | 5°342) 5°334 5-328) 5-314) 5-308) 5-303| 5-294] 5-283] 5-245] 5-238] 5-233) 5-215] 5-216) 4-219] 5-209) 5-208] 5-219, 5-223] 5-230| 5-235] 5-239| 5-258) 5-274) 5-287 | 5-261 22 | 5:299) 5°308) 5°312) 5:312} 5-313] 5-319] 5-317] 5-323] 5°327| 5331] 5-337) 5°337) 5:334 5:337| 5°326) 5:315] 5:302| 5-288] 5-269] 5-256] 5-248] 5-238] 5-215] 5-205 | 5-299 23 | 5°186) 57173. 5°158) 5°132| 5-131] 5-141] 5-144] 5-159] 5170) 5°176) 5-184) 5-188 5-196] 5-201] 5:202| 5-199] 5-184) 5:172| 5-164] 5:156| 5-148) 5-130) 5-123) 5-122 | 5-164 24 | 5114) 5-088 5-075) 5-054) 5-040) 5-056] 5-068) 5-075) 5-067) 5-068] 5-068) 5-094] 5-101) 5-145] 5-152] 5-165] 5-180, 5-188) 5-201] 5-207] 5-220) 5-230] 5-233) 5-235 | 5-130 25 | 5*238) 5:231'5: 227) 5-222) 5-209) 5-207] 5-201) 5178) 5:145] 5:135] 5-129] 5-124) 5-115] 5-115] 5°111| 5-114] 5-118 5130) 5140) 5174) 5-184) 5-205) 5-220] 5-232 | 5-171 26 | 5-244) 5-247) 5-246) 5-253) 5-263] 5-281) 5-291) 5-302) 5-299) 5:317| 5-332] 5-343) 5:343] 5-349] 5:337| 5-336] 5-333) 5-331| 5-324! 5313] 5-323) 5-291) 5-291) 5-277 | 5303 27 | 5262) 5-257, 5-245) 5-242) 5-232) 5-235) 5-234) 5-241 5-253] 5-263) 5-268) 5-281] 5-286] 5-298) 5-311) 5320| 5332 5-344] 5-356] 5365] 5°374| 5-384] 5-397) 5-400 | 5-209 23 | 5-407| 5:406) 5-407| 5-408) 5-409] 5-414] 5-423] 5-424] 5-431] 5-419] 5-406] 5-380) 5°381) 5°365) 5°342) 5-321) 5-269) 5-263) 5-226) 5-185] 5-153] 5159] 5:155| 5-137 | 5-329 29 | 5°105] 5-082) 5-060} 5-016) 4-991) 4-985] 4-990] 5-008) 4-997] 5-025) 5-035) 5-033] 5-055] 5-069| 5-087! 5-079] 5-083, 5-087] 5-088] 5-097| 5-099) 5-099] 5-122] 5-136 | 5-060 30 | fr144) 5°160) 5-168) 5-184) 5-198) 5-212] 5-230} 5-254] 5-263] 5-265! 5-276) 5-287] 5-298| 5-305] 5305) 5-314] 5-319) 5:323] 5-329] 5:336| 5-342] 5°347| 5°344| 5-330 | 5-272 31 | 5°329| 5-318) 5°313] 5-295] 5-300) 5-297| 5-296] 5-282] 5-273) 5-268) 5-265) 5-265) 5-267] 5-270) 5-262) 5-247 cia 5 +223} 5:216| 5°196] 5°187| 5141] 5:130| 5-103 | 5-249 Mean| 5°346| 5 340 5°335] 5°327| 5°325) 5-329] 5-331] 5-336] 5:337| 5:341| 5-345] 5-349] 5-353] 5-358] 5-358! 5-358] 5:357) 5:356| 5°356| 5°54) 5-355] 5-355] 5:350) 5845 | 5-346 | 5 BAROMETER. Repucep To 32°. 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. JUNE 1892. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. 1 | 5-082) 5-039) 5-030) 5-021) 5-016) 5-006) 5-016] 5-029, 5-044) 5-055] 5-062) 5-060] 5-066) 5-057) 5-067) 5-068) 5-068) 5-083) 5-083) 5-099] 5118) 5-129) 5-133) 5-135 | 5-065 2 | 5135) 5-127) 5-117) 5-107) 5-093 5-084] 5-060) 5-039 4-998) 4-953| 4-896] 4-837] 4-816) 4-783, 4-782 4-790) 4811] 4-829) 4-848] 4-883] 4-910 4-922] 4-929 4-938 | 4-945 3 | 4-930] 4-923] 4-933) 4-929) 4-932) 4-938} 4-956] 4-971| 4-998] 5-019] 5-046] 5-054) 5:067| 5-074! 5-081) 5-102) 5-124) 5-139] 5-154] 5-160] 5°165) 5-173) 5-176) 5183} 5-051 4 | 5196) 5°197) 5°203) 5-207) 5-214 5-231 | 5-226) 5-242! 5-254] 5-261) 5-269) 5-261) 5-258) 5-243) 5-230, 5-215] 5°19.)| 5°176) 5°164| 5°143| 5-126) 5-120] 5-073] 5-066 | 5-199 5 | 5-052) 5-036) 5°038) 5-046| 5-067 5-082| 5-101) 5-127) 5-151) 5-179] 5-206) 5-237] 5-262) 5:290| 5306 5-328) 5°351) 5-370, 5399| 5-417] 5-432 5-447] 5-465| 5-480 | 5-245 6 | 5-488) 5-499) 5°504) 5°51) 5527) 5-538] 5°556) 5:574| 5:588| 5°61] 5°626| 5-644] 5-659| 5-677| 5683, 5-697] 5-707] 5°729| 5-745] 5°759] 5-771) 5-779] 5°786| 5-792 | 5644 7 | 5°793) 5°794) 5-795, 5-796) 5803) 5-807] 5-814) 5-829) 5°835| 5-841] 5-852] 5-861] 5-873] 5882! 5882, 5-878] 5-872| 5-876) 5-880) 5-882) 5-887) 5-888) 5-879] 5-874 | 5849 8 | 5°866| 5°861| 5-853) 5:854! 5-852) 5-855] 5-861) 5-870) 5-875] 5'881| 5:885| 6893) 5°893| 5-888) 5-882. 5-876) 5874 5874) 5:877| 5:875! 5-876) 5°877| 5:869| 5-860 | 5-872 9 | 5°855) 5°846) 5-834) 5-832) 5-826) 5-827] 5-828) 5-828] 5-825 5:819) 5-815] 5-811] 5-808] 5-797] 5780, 5-767| 5-746] 5-733) 5°726| 5-716] 5-709 5:692| 5-673] 5°658 | 5781 10 | 5°642/ 5°618| 5-600) 5-572) 5-566) 5-558] 5-551) 5°545) 5-529) 5-525) 5-510) 5-501) 5-486] 5-475) 5:456 5-443) 5-484! 5-419) 5-420) 5-388) 5°387| 5:372) 5360) 5:351 | 5-488 11 | 5°350) 5339] 5°332| 5°322) 5:323) 5-322] 5-313] 5:321| 5-330] 5-341 5:341| 5-360] 5:368| 5-364] 5-362! 5:370| 5-363) 5:370| 5:371| 5:372| 5-376! 5-372! 5:371| 5-370 | 5Bb1 12 | 5°349] 5°345) 5°332 5°326| 5-308) 5-305) 5-294) 5-283) 5-313) 5-285| 5-289) 5:301) 6:322| 5343. 5-363) 5-373) 5°395| 5:416, 5-433] 5-447] 5:456 5-462 5-484) 5-489 | 5-363 13 | 5-492! 5-492) 5-500 5°504) 5-503] 5-510) 5°527| 5°540) 5-544) 5-558! 5-572! 5-572) 5-594] 5-596! 5-606) 5609. 5-603) 5-607) 5-608] 5-610) 5°620 5-622) 5-631! 5-628 | 5569 14 | 5°625) 5°616) 5-613) 5-604] 5-607) 5-615] 5-621) 5-630] 5-634] 5+642| 5-642) 5-639] 5:623] 5-619| 5-612) 5:597| 5:600| 5:594) 5°578) 5:574| 5°566, 5°560| 5:553) 5-546 | 5-605 15 | 9984) 5515) 5510 5:502| 5°503| 5-501) 5-496 5-496) 5-494) 5-490] 5-481) 5-472] 5-466] 5-462 5-441) 5-435, 5-415) 5388) 5-381) 5°377) 5367) 5°365| 5360) 5-356 | 5-450 | 16 | 5-345] 5-342) 5°331) 5-322) 5-321) 5-324) 5-324 5-332) 5-340) 5340) 5-339] 5-343) 5:337| 5337] 5-345) 5-339) 5-337| 5-338) 5-336) 5-336| 5-326, 5-326| 5-317| 5-312 5-837 | 17 | 5°299) 5-291) 5-285) 5285) 5-284] 5-280) 5-285) 5+297| 5-305] °319| 5-331] 5-340] 5°344| 5:369| 5-384] 5-403) 5-405] 5-415 5-435] 5:437| 5-443) 5-436] 5-433) 5:421 | 5°35) | 18 | 5°406) 5-402) 5396) 5°387| 5-388) 5-389] 5-387) 5-384) 5-383] 5-380) 5-384] 5-380] 5°377|5°379. 5-370) 5363) 5°357) 5848) 5-343] 5-350) 5°351) 5346] 5:347| 5-345 | 5378 19 | 5°333) 5-328) 5°322) 5°315) 5-306] 5-306 5-301] 5-300] 5-303) 5301) 5-304) 5-304] 5-300] 5-291) 5-286) 5-280] 5-263] 5-259) 5-257] 5:245) 5252) 5-252) 5-244) 5-236 | 5-287 20 | 5°23) 5°219} 5215, 5:207) 5-213} 5-209) 5-217| 5-224] 5-232) 5-246) 5-252) 5-269) 5-274| 5-281) 5-288) 5-291 5-294) 5:295| 5-300] 5°313| 5321) 5-322) 5325) 5-329 | 5-260 | 21 | 5°331) 5325) 5-321 5:32) 5-328) 5334) 5-334) 5-342) 5°353] 5:361| 5-363) 5-372) 5:380| 5:379| 5-380] 5-379) 5:374| 5°374| 5-376] 5:375| 5:378, 5°379] 5-379] 5-369 | 5359 | 22 | 5°356| 5°349) 5°339 5°329| 5-325] 5328 5°327| 5330 5:827| 5°330) 5327) 5328) 5-324] 5-325) 5-318) 5:314! 5-306] 5-296] 5-298) 5:297| 5-301 5-296) 5-291| 5-281 } 5318 | 23° | 5°267| 5251) 5-244) 5-234) 5-225) 5-217) 5-225) 5-231) 5-233] 5237) 5-237) 52381 5-244] 5-244) 5-249) 5-251| 5-260] 5-275) 5:285| 5-296] 5:305) 5:306| 5-314] 5-316 4 5-298 | 24 | 5°36) 5°318) 5316 5°314) 5°318] 5328) 5:335) 5-350 5-362] 5:370) 5:379) 5394] 5-400] 5-401) 5-411) 5-412) 5-419 5-417] 5:420! 5-421) 5-417| 5-419) 5-405] 5399 | 5377 25 | 5:391| 5376) 5°359 5-352! 5-350) 5°334) 5-324) 5-316, 5-298] 5-257| 5-231) 5-205) 5-179] 5-124! 5-094 5-085 5°117| 5127/5125] 5-124) 5139) 5-142) 5-146) 5132} 5-222 | | 26 | 5146) 5°150) 5154) 5-179) 5-197) 5-207) 5-228) 5-227] 5-219] 5-219) 5-219) 5-282] 5-247] 5-243) 5-243] 5-242 5-229) 5-224! 5-231) 5-247) 5°250] 5-253) 5-248) 5-234 | 5-220 27 | 5°223) 5-214) 5219 5-216) 5-213} 5216) 5-222) 5-229) 5-224] 5238] 5-242) 5-254] 5-279] 5-300) 5-309] 5:332! 5-346] 5:371| 5-408) 5-410) 5-418) 5-428) 5-437] 5-451 | 5300) | 28 | 5°461) 5°477| 5°484 5-497) 5-520] 5535) 5-559) 5:571) 5-581] 5°597| 5612) 5°620] 5-628] 5-636) 5-642) 5-642) 5:645| 5-641) 5°637| 5°634| 5628) 5°627| 5615] 5596 | 5-87 | 29 | 5°593) 5°583) 5°71) 5°571) 5°570] 5571) 5°577| 5-582) 5-584) 5:593] 5:599) 5601] 5-609] 5°614) 5:615] 5-622) 5:622! 5°617| 5-622) 5:620) 5-621) 5-621] 5-619] 5-615 | 5600 | 30 | 5613) 5608) 5-600 5°596 5°587| 5°583) 5°574| 5:579, 5:581| 5°575| 5°570) 5569) 5°567| 5°55) 5°547| 5°548) 5°545] 5552] 5°552| 5:550| 5-546) 5-542] 5-544) 5-545 | 5568 | | MBAN) 5°390) 5°383| 5°378 5°375, 5°376) 5°378) 5-381] 5°387 5-391] 5:394) 5-396) 5-398] 5-402! 5-401] 5-400] 5-402! 5-403) 5-405) 5:410| 5-412) 5-415) 5-416) 5-414) 5-410 | 5398 | FORT-WILLIAM OBSERVATORY. 329 BAROMETER. REDUCED TO 32° AND SEA LEVEL. FIRST FIGURE OMITTED. MAY 1892. mci 4) 5) Gil 7eyasen som 1OMeiTel ata iemte dal 15°) 16.) 17) 18.) 198) 20.) e71) | 29 23-| ens. | Mean. Ins, ‘Ins. Ins. Tus. | Tns.. Ins. Ths.) in Ins. Ths. Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. Ins. Ins. ‘Ins. Ins. | Ins. 1 | 0-006| 9:988) 9-977) 9:960, 9-948] 9-947) 9-937) 9-929 9-916] 9-910] 9-898] 9-884] 9-872] 9°854] 9-839] 9-828] 9:19 9-822] 9:834] 9-855) 9-869] 9-876] 9-886] 9-895 | 9-898 2 | 9-904) 9:928) 9-941] 9-963 9-979] 0-001, 0:012| 0-017, 0:023] 0-016] 0-029] 0-030} 0-038} 0-063} 0-088] 0-098) 0-108! 0-141] 0-160] 0-182] 0-201] 0-202 0-206 0-194 | 0-064 3 | 0-192) 0-176) 0:169| 0-160, 0:151| 0-143) 0°142| 0-134) 0-126] 0-122] 0-114] 0-107] 0:100| 0:09] 0-085] 0-081] 0-083] 0-094] 0-099] 0-115] 0-113] 0-129] 0-113) 0-105 | 0-123 4 |0°107| 0-089) 0-119) 0°119) 0:123| 0-125, 0-125] 0-130) 0-121) 0-132) 0-114] 0-113] 0-102] 0-090} 0-091] 0-099} 0-087] 0-086] 0-085] 0-092) 0-105] 0-112) 0-118) 0-113 | 0-108 5 | 0-105! 0:103| 0-103! 0-099) 0-098] 0-102! 0-103] 0-101) 0-103) 0-098} 0-098] 0-116} 0-114] 0-117) 0-119 0-117) 0-116) 0-132] 0-154] 0-186] 0-208] 0-218) 0-231) 0-234 | 0-132 6 | 0-240) 0-246) 0-245) 0-256, 0-266] 0-278 0-271) 0-266, 0-270| 0-260} 0-253) 0-252] 0-238) 0-227] 0-215] 0-214] 0-205, 0-199] 0-190] 0-187, 0-187] 0-174 0-163) 0-151 | 0-227 7 | 0133) 0:121/ 0-097) 0:079 0057] 0-053. 0-037| 0-024, 0-018) 0-007) 0-003) 0-003] 0-003} 0-004] 0-001) 0-006) 0-001] 0-012] 0-019} 0-035] 0-041] 0-050) 0-055! 0-063 | 0-038 8 | 0:064 0-066 0:062| 0-072 0:075| 0-086 0-089| 0-085! 0-085] 0-078! 0-079] 0-077] 0-077] 0-084] 0-072] 0-070] 0-073) 0-077| 0-080} 0-081) 0-089] 0-087] 0-087| 0-088 | 0-078 9 0-090, 0:094/ 0:096 0-097) 0-099) 0-111 0-114) 0-122! 0-133] 0-139] 0-140} 0-139] 0-143] 0-148] 0-142] 0-144] 0-150] 0-154] 0-163] 0-173) 0-181] 0-195] 6-201) 0-209 | 0-141 “10 | 0-213) 0-221) 0:23) 0-236) 0-241] 0-252 0-254| 0-251) 0-246] 0-236) 0-231) 0-225) 0-226) 0-227] 0-222] 0-218] 0-218) 0-234] 0-242] 0-263) 0-280) 0-304) 0-322) 0-329 | 0-246 11 | 0°351) 039) 0-359, 0-372, 0-376] 0:394) 0-403, 0-415) 0-418] 0-425) 0-412) 0-397] 0-390] 0-389] 0-386) 0389] 0-383] 0-379] 0-385] 0-387| 0-402] 0-422] 0-429, 0-437 | 0-394 12 | 0-434| 0-441 0-442) 0-439 0-439] 0-442| 0-435, 0-423, 0-406] 0-389) 0-367) 0-350] 03335] 0-324] 0-295] 0-275] 0:26] 0-265] 0-255] 0-256) 0-245] 0-235) 0-227) 0-214 | 0-342 13 | 0-189! 0:170| 0-160) 0:147) 0:135| 0°126 0-117! 0-119 0-099] 0-085] 0-072] 0-057] 0-04) 0-034] 0-027] 0012] 0-010| 9-994] 9-974] 9-960] 9-941] 9-921| 9:897| 9-867 } 0-049 14 | 9:84) 9°825 9:813) 9-832) 9:852] 9:856, 9:858 9-864] 9-870] 9-876] 9-866) 9-868] 9-866] 9°867| 9-862] 9-857] 9-843] 9-835] 9-825] 9-823] 9:822| 9-811] 9-777, 9-746 | 9-840 | 15 | 9:708) 9-667, 9-616, 9:583) 9549] 9:551) 9°532| 9-556) 9-550) 9°552) 9-556) 9:557| 9-563] 9°554| 9:549] 9-540] 9-543] 9:537| 9°532| 9-523) 9°517| 9°503) 9-492] 9-474 | 9-554 16 | 9-465) 9:418 9371) 9-329 9-305] 9-289 9-279] 9-282) 9-281] 9-277] 9-280) 9-289] 9-311 9:335] 9°370| 9-425] 9-465] 9-505] 9-538] 9:575) 9-605] 9-636) 9:657| 9-683 | 9-415 17 | 9°707| 9740 9-756, 97781) 9°819] 9-847 9-872) 9-895) 9-903) 9-923) 9-937) 9-947] 9-941] 9-946] 9-948] 9-957] 9-961| 9-967] 9-987| 9-989] 0-001 0-009! 0-001 9-995 | 9-909 18 | 9984) 9:977| 9.961 9-941) 9:921| 9-900, 9°876] 9-841) 9806] 9°769| 9-753) 9-740] 9-728] 9-728) 9-724] 9-728] 9°739) 9-745] 9-747] 9-755] 9-749] 9-747| 9-740) 9-741 | 9-806 19 | 9:735 9°788| 9:745| 9-761) 9°774| 9-788 9-800| 9°817| 9-825] 9-837| 9-847) 9-854] 9-855] 9-857] 9-843] 9-845] 9-819] 9-7Y8| 9-788) 9-746] 9-710] 9-670] 9-650, 9-634 | 9-781 20 | 9:602| 9°576) 9°572| 9-560, 9°552| 9:562 9-570 9°586| 9°610| 9-654) 9-686] 9-719] 9-762] 9°823] 9-865] 9°893| 9-920) 9-944] 9-957] 9-968) 9-981] 9-986] 9-989 9-986 | 9-763 21 | 9-973) 9:973) 9-966! 9-256] 9-942] 9-935 9-914! 9-891) 9:864| 9-838] 9-830) 9-826] 9-831] 9-829] 9-848] 9-847] 98.44] 9-S48] 9-855] 9-871| 9-885] 9-897] 9-916 9-937 ] 9-888 22 | 9-943) 9-954) 9-962| 9-959) 9-964] 9-971) 9-968] 9-972) 9-970] 9-965] 9-952! 9-938] 9-929] 9-929] 9-915] 9-904] 9-888] 9-880] 9:857] 9-836] 9-822] 9-811] 9-789 9-774 | 9-911 23 |9°748) 9°740, 9-718) 9°696 9°690| 9:695| 9:705| 9°708) 9-709] 9°706| 9:707| 9°697] 9:688| 9-686] 9-674] 9-663) 9-648] 9:631| 9620] 9605] 9-600] 9:606| 9-598) 9-585 | 9-672 94 | 9°576| 9:557| 9:521| 9°507| 9:500| 9°517, 9°524| 9-533) 9-526| 9-549] 9-556) 9-596] 9-625] 9°651| 9°657| 9-667) 9686] 9°698] 9-705] 9-724) 9-748] 9-751] 9-743) 9-753 | 9-620 25 | 9°755) 9°741) 9-731 9716 9-712] 9-740, 9693, 9°676) 9°661] 9-636) 9:607| 9-598] 9°580] 9°567| 9:568| 9-575] 9°584| 9-620] 9°641| 9-669) 9°694] 9-721) 9-734) 9-746 | 9-664 26 | 9-765| 9-764) 9-768 9-778] 9-790] 9:804 9-810] 9-817) 9-806] 9-812] 9829] 9-826] 9-813| 9-810] 9-794] 9-792| 9-779] 9°777| 9-762| 9-760] 9°779| 9-750] 9-756 9-744 | 9-787 27 | 9°730| 9°726| 9:717/ 9:716) 9:712| 9-720 9-713! 9°728| 9:747| 9°759] 9:763] 9-770] 9:777| 9:788| 9-794] 9-807] 9-821] 9-834] 9-847| 9:870} 9-883] 9-902) 9-912) 9-924 | 9-790 28 | 9:924| 9-931] 9-926! 9-923) 9-928] 9-937, 9:937| 9-934) 9-920] 9:896] 9-868] 9-830] 9-813] 9-797] 9-788] 9°784] 9-772] 4-746] 9-718] 9-660} 9-636] 9-633] 9-613, 9-584 | 9-812 29 | 9°545| 9°543) 9-495] 9-493) 9-464] 9-434) 9-461] 9-500) 9-519] 9:539] 9°557| 9-581] 9-589] 9:590! 9-584] 9°574] 9-596] 9-605] 9°612| 9-622! 9-642] 9-653) 9-667) 9-681 | 9-565 30 | 9°699] 9-716] 9-721) 9-727] 9:744] 9-760] 9:72! 9-791] 9-787| 9°791| 9°793| 9°789] 9-788) 9:794| 9-789] 9:793] 9-794) 9-802] 9-812] 9-818] 9-837] 9-838] 9-838) 9-834 | 9-784 31 | 9°825] 9-820] 9805] 9-792) 9-796] 9-801) 9:799] 9-784) 9-769] 9*749| 9-732] 9-735] 9°733] 9-735] 9:717| 9-716] 9°689] 9-670] 9-661] 9-633) 9-618] 9-585] 9:563| 9-549 | 9-720 Mean,| 9-921) 9916] 9908] 9-905) 9-903] 9-909, 9-907) 9-909) 9-906] 9-904) 9-901] 9-900] 9-900] 9:901| 9-899] 9-901] 9-900] 9-904] 9-906] 9-910] 9-916] 9-917) 9-915) 9-912 | 9-907 BAROMETER. REDUCED TO 32° AND SEA LEVEL. FIRST FIGURE OMITTED. JUNE 1892. ns. | Ins. | Ins. | Ins. | Ins.! Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. 7| 9:526) 9°524) 9-534) 9°559 9-574) 9°602 9-635) 9°651] 9:°658| 9-659 | 9-543 7) 9°208) 9:217] 9:250) 9°306 9°338, 9-395) 9°416) 9:437| 9-453] 9:467 | 9-441 0} 9°61) 9°620) 9:643 74 9-682 9°698 9-710) 9°716) 9-724) 9-738 | 9°591 1) 9°741) 9°727| 9°705| 9°68: 653) 9°644) 9°617| 9°591| 9-579 | 9°731 "778) 9°792| 9°809) 9°829 163 0:186} 0°201} 0-206 0:215) 0:226) 0-235) 0:238 0°374) 0°379} 0°382, 0-380) 0:365 0350) 0°3¢ 0°362) 0°364] 0°360, 0°353) 0°338) 0°330) 0°325 0265} 0°254] 0:238 0-221) 0-203) 0:186} 0- 0:047| 0-045} 0:028' 0-019) 9:997| 9-990) 9:967 9-922) 99315 9°935, 9-937, 9°937| 9-940) 9°935 Ins. | Ins. | Ins. | Ins. | Ins. Ins. | Ins. | Ins. 9485) 9°508) 9°532) 9°542) 9°541 9:533) 9°524] 9-532 9:598} 9°570] 9°535) 9°505| 9°451 9°395) 9329] 9:274 Ins. | Ins. | Ins. | Ins. I 5 9 1 9 y 9°474) 9°504 9:526) 9°553) 9°570 9°591| 9:599} 9°601) 9 9 8 9 9-513} 9°492) 9:464) 9°453 9°656] 9°659| 9°642) 9-641 9-462) 9°467) 9-460) 9-465 9°7.46} 9°755) 9°760) 9°770 9°559| 9°548 9-542) 9 0-025) 0:044 0-058) 0:07: 0:329) 0°334) 0°334) 0°3: 0 0 0 we i=} 3 6 6 oo K=) a = = Ne} for) St > Oo 9°794) 9:803) 9°802| 9°809 9:80] 9°786] 9°72 9593) 9°613) 9°635| 9°659 9-681) 9°714] 9-746) DOOOON AAW AZ ONT Ee OD ‘889, 9-910) 9-935] 9-968) 9-986] 0-010 | 9-739 9 0280) 0°297| 0-306) 0°312) 0:321| 0-325 | 0-191 ee 0°362) 0:372| 0°375) 0°373) 0°376 | 0:361 0 2 S a) Re) 0:125} 0-139} 0-152) 0 0:364| 0°373} 0°373) 0 0376) 0°378| 0°368) 0 0°313} 0305) 0:294) 0 0-068) 0-066) 0-065) 0 9 9 0 0:368) 0°368 0°365 0°381) 0°327| 0°317 07110) 0:095) 0:081 "329) 0332) 0°339| 0°342) 0°339) 0°337 | 0353 *151) 0:149 0°150) 0-138) 0-129) 0-122 | 0-236 COK rT SOONG pow Swwwe Om) AEWINS To HE ADODo Ow ‘970, 9:974| 9-960! 9-955, 9-949] 9-944 | 0-023 "942 9-951) 9-959) 9:968, 9-968] 9-967 | 9-939 "064 0-087] 0°107] 0-123] 0:135| 0-146 | 9-990 228) 0-242) 0-266) 0-284) 0-292 0-298 } 0-216 SIO E wo we 9-943] 9°938 9-928) 9-921) 9-921} 9-928) 9:927| 9:928' 9-931 9-962) 9-957) 9:951) 9-950} 9-933) 9:926] 9-902) 9-895 | 9-910 07151} 0:161) 0-170) 0-179} 0-182) 0-190) 0-210) 0-209 0-205 0295} 0-300 0-298) 0-302) 0:304| 0315) 0-311) 0-297) 0-283) 0:273] 0:257| 0:252] 0-227) 0-221] 0-212) 0-196) 0-190} 0-193) 0-187) 0-186) 0-177) 0173) 0:165| 0-159 | 0-241 0-149} 0-125) 0-115) 0:112) 0:105) 0:092) 0-083! 0-072! 0-064! 0-056) 0-036) 0-030] 0-015 0-002) 9-987) 9-973] 9°952) 9-939] 9°924) 9-913) 9-900) 9-890] 9-887) 9-888 | 0-013 9 9 9-915} 9-920] 9-946 9-967) 9-971) 0-000) 0-018 0 9 9°888) 9-909) 9-909) 9-912) 9-922) 9-939) 9-946) 9-950, 9-946) 9-947 9-935) 9-931] 9-927) 9-924) 9-920) 9-920) 9-925) 9-932 pee 9-939) 9°943} 9-955) 9°951| 9-947 | 9-931 9 9 9 9 9 9 5} 0°212) 0°215} 0213, 0-214) 0-210) 0-213) 0-209) 0-219 9-934) 9-929) 9-925] 9-915) 9-902) 9°897| 9-902} 9-906! 9-901) 9:911) 9-925] 9-943] 9-950 *024) 0-031) 0:029) 0:033) 0-036] 0-030 | 9-961 0-023} 0:017| 0-008) 0:001) 9991) 9-995) 9-989 9-987 | 9:980) 9-968) 9-963) 9-956] 9-942 9-931) 9-912) 9-924) 9-924 9-920 *915, 9-922) 9-927; 9-925] 9-928) 9-924 | 9:957 9 9-919) 9-910} 9-903} 9-895) 9°883) 9-881) 9-873) 9°871) 9°861| 9-847) 9°844) 9-842] 9-826 9-813] 9°807| 9-801) 9:792) 9-787) 9°776) 9°76) 9°775| 9°73) 9-762) 9-765 | 9-833 9°762| 9°757| 9°748| 9-749] 9-748) 9-753} 9-760! 9-765) 9:768) 9°772| 9°771| 9°779] 9°778 9°784) 9°778) 9°783) 9-781) 9°789| 9°798) 9-819} 9:839| 9-852) 9-858) 9-868 | 9-786 9°867; 9°870) 9°867) 9:376) 9-882) 9:884) 9-882) 9-886) 9-888, 9-892) 2-880! 9-878] 9:870, 9-866) 9-860 9-852) 9°546 9-853) 9°851, 9°859) 9°866! 9-869) 9°S68' 9862 19-870 9860) 9°857/ 9°854| 9-845] 9840] 9-844] 9-843) 9-846) 9-850! 9-852! 9-847| 9-843] 9-833) 9-826] 9-807 9-792! 9°75 9°768) 9:765, 9°767| 9°774 9-766] 9-767, 9-763 | 9-816 9°749, 9°738) 9°724| 9°720| 9°710) 9°70} 9°714| 9-722) 9-722} 9°715| 9-705) 9-694] 9°686) 9-691] 9-707, 9-724) 9°716 9-731) 97 43) 9°763) 9°777| 9-795) 9°803 9-812 | 9-732 9°814 9-821) 9°824) 9-835] 9-845] 9-865) 9-874) 9-890, 9-896, 9892} 9:892| 9-896} 9-893) 9-896] 9:895, 9-896] 9-897, 9°896| 98 98) 9-910 9-915) 9-930) 9-931) 9-928 | 9-885 9918 9-904) 9:879) 9:875) 9°864) 9°852) 9°8:5| 9-809, 9°79] 9°768) 9°757| 9°738] 9°693} 9°665 9°621) 9°606 Pi 9583) 9°583) 9°585) 9°594) 9:600) 9:608 9-604 | 9-722 9627, 9°642| 9-653) 9-683) 9°688} 9-712) 9-719) 9- 714) 9°709; 9-703) 9-696, 9-697] 9:697| 9°690| 9°686 9-675) 9°661 9°659) 9-662) 9-678) 9°694) 9°709) 9-713, 9°709 | 9-687 9703, 9°696| 9-704) 9-711) 9-704) 9-721] 9-733) 9- 732) 9-736] 9-754 9-765, 9°784] 9-790! 9:819] 9°839, 9°851) 9-876, 9:905) 9-924) 9°934) 9-970) 9:994) 0-006) 0-020 | 9-819 0:028 0-047] 0-056) 0-078) 0:098} 0-122) 0°137| 0-159, 0-167) 0-175) 0-179, 0-186] 0-182) 0-187] 0-186 0-184) 0-182, 0-177) 0:178 0-177) 0-176) 0-173) 0-158 0-149 | 0-148 0-147) 0°145) 0-134) 0:138) 0-132) 0-132] 0-133] 0-134 0-129} 0-127] 0-130, 0-130] 0-131) 07138) 0136, 0°144) 0°152 0-160) 0-168) 0-181) 0-183) 0-193) 0-196) 0-198 | 0-150 0°192, 0:187| 0-181) 0-170} 0-161) 0-160] 0:157| 0°157 0-153} 0-144] 0-131] 0-125] 0-113] 0-113] 0-100 0-095 al 0-086) 0:096, 0:099} 0°105) 0°112| 0:109) 0-115 | 0-131 Mean, 9:934 9-933} 9-928) 9-930] 9-930 9-936] 9-938 9:940, 9-939} 9 sy 9°957 | 9:934 "938 ee 9-932} 9-926) 9:925| 9-919 9918 EMT) 2 9-930 9-940} 9- naa gh 254 9 2B, ROY. SOC. TRANS. EDIN.—VOL. XLII. 20 330 BEN NEVIS OBSERVATORY. BAROMETER. Repucep to 32°, 4407 FEET ABOVE SEA LEVEL, FIRST FIGURE OMITTED. JULY 1892. i 2 3 4 5 6 7 8 9 NOY Way a) | aise PEE tay aly |) ate Pay aie) |) SX) | Pal |) BR, |) BB aete Mean, — | ee en ee 2 a) eS | aes | ee |e ES ee Se ee ee ee Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins, | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. } Ins. 1 | 5:541) 5°524) 5°520) 5°517) 5:503) 5501) 5°506) 5°513) 5°514| 5°515) 5°524) 5-520) 5:533] 5:533) 5540) 5:542) 5:540) 5549] 5°548) 5°547| 5°547) 5:547] 5:540) 5°5385 | 5:580 2 | 5°583) 5°520) 5°513) 5-501) 5-493) 5°479) 5-469] 5-461) 5:438) 5:413) 5:405] 5-403] 5:379] 5°366) 5:359) 5°344) 5°322! 5-301] 5-286) 5-293) 5-289] 5:293] 5-288) 5269 | 5-392 3 | 5263) 5:256) 5-242) 5-236) 5-237) 6:236) 5-231] 5224) 5-225) 5-216) 5°217] 52129 5-211] 5-208) 5:206) 5:203) 5:204) 5:205) 5:201) 5-202) 5:202) 5-206) 5-203) 5:198 | 5:218 4 | 5195) 4°194) 5:191)| 5190 5-189) 5194) 5-214] 5:221) 5-240) 5-257) 5°270) 5281] 5-288) 5-299) 5:305] 5-306) 5°302) 5-290) 5:271) 5-254) 5-254) 5-219) 5-213) 5°189 | 5-243 5 | 5159) 5°125) 5:095) 5-053) 5-035] 4-988) 4-966] 4-971) 4970] 4-982! 5-030] 5:049] 5-060} 5:063) 5:072) 5079) 5:076) 5:081) 5-086) 5:095) 5097] 5°105) 5120) 5128 | 5-062 6 | 5114) 5°109) 5-106) 5-103) 5°101) 5-108) 5:109} 5109) 5-096) 5-078) 5:062) 5-028] 4-995} 4:924) 4-871] 4-823) 4-805) 4°747| 4°762| 4751) 4°758) 4°756) 4-747] 4°740 | 4-950 7 | 4:784) 4:719) 4-703) 4:686] 4-688] 4-708) 4°719] 4:736] 4:753) 4:792) 4°821] 4°838] 4°868] 4:891] 4-895] 4-909] 4:912) 4-909] 4897] 4-901] 4:885] 4°872] 4°877] 4:882 | 4:812 S | 4878) 4-896) 4-920) 4-930) 4-947] 4-977) 4:991] 5-028) 5:037| 5054) 5:068] 5-096] 5119] 5°130} 5°150} 5°171] 5:174] 5°198] 5-209} 5-221) 5-231) 5:244) 5-251) 5:262 1 5-091 9 | 5-266) 5-277| 5:283) 5:301] 5:31] 5-325) 5:333] 5°343| 5:346] 5:352] 5360) 5-370 5°38] 5:381| 5:381) 5378) 5°375| 5°382| 5°386) 5-393) 5:402| 5:406] 5:416) 5:421 | 5:357 10 | 5:429) 5-437) 5-448) 5-460) 5:474| 5486) 5-492! 5-508) 5°522) 5:°527) 5:536) 5-540} 5:546) 5:555) 5°560) 5°566] 5°575) 5:568) 5-565] 5-562) 5-552) 5°554| 5-548) 5°542 | 5-523 11 | 5°532. 5+523) 5520, 5°515) 5°512! 5516) 5-512! 5508) 5-494] 5-496) 5-498] 5:496] 5:498) 5-495) 5-480] 5:472] 5-463) 5-454] 5-446] 5-441] 5-437] 5422) 5-405] 5393 | 5:480 12 | 5:377| 5-364) 5:360| 5:353) 5°347| 5°350) 5°347] 5:352! 5°347| 5330) 5336) 5°342] 5:342) 5:347| 5324) 5312) 5314] 5:312) 5-297] 5-296) 5-299] 5-294! 5-289] 5-292 | 5-330 13 | 5:290) 5*289) 5:285) 5+288| 5-284) 5*285) 5*287| 5°294| 5°300| 5:299) 5°305) 5:31 6] 5:334) 5-334) 5°345) 5350] 5:351) 5-360) 5364) 5:37] 5°390) 5-400] 5-402) 5-407 | 5331 14 | 5-406 5-408) 5:407)| 5:412) 5-414 5-415) 5-419) 5-422) 5-433) 5-433) 5-430! 5-438] 5446} 5°459| 5-465) 5-453) 5-455) 5456) 5-455) 5:461]| 5-467] 5-462] 5-469] 5-467 | 5-440 15 | 5°471) 5-467] 5°463] 5-468) 5:466) 5:471] 5473] 5:480) 5:484) 5-480) 5485) 54889 5°502) 5:501| 5:499] 5-491] 5-490] 5-488) 5-479] 5-482) 5-480) 5-488] 5-487] 5-473 | 5-482 16 | 5:461! 5°451) 5-440] 5°437)| 5-433) 5:431) 5°434) 5:434) 5°435) 5436) 5-436] 5:443) 5:444) 5:449) 5:445) 5-440) 5-435] 5:434) 5-434) 5-440) 5-445) 5-438) 5-438] 5-486 | 5°440 17 (| 5424) 5:417) 5:401) 5403) 5:384) 5*386] 5:389] 5:393) 5:407| 5-405] 5°414] 5°420) 5:428) 5:430) 5:425) 5-439] 5°434! 5-436) 5:431! 5-428) 5°495) 5:427] 5-424] 5-417 | 5°416 18 | 5-415! 5-397) 5°384) 5-381) 5:375| 5:374| 5°376] 5:380| 5°388] 5387) 5°399) 5-412} 5-423) 5-431) 5:434) 5-438) 5°440) 5:438) 5-435] 5-437) 5-434) 5-426] 5-416) 5-393 | 5-409 19 | 5362! 5334! 5-290] 5-232) 5-197] 5-162! 5-100] 5-048) 5:007} 4:989) 4:993] 5-010} 5°122) 5°128) 5-149) 5195) 5:242) 5:311) 5-364! 5-373] 5-408] 5:442! 5-461] 5-475 | 5225 20 | 5°501) 5:502, 5-492 5°533) 5°557 5562) 5:585| 5614] 5-625] 5°625) 5°631] 5:648] 5°657| 5°671) 5-686) 5683) 5°685| 5-688] 5-689] 5-698) 5-704! 5°707] 5:704| 5-696 | 5631 21 | 5681) 5:673 5661) 5: 660 5*659] 5°663) 5:667| 5°669] 5676] 5°673) 5°675| 5679] 5:677| 5°678] 5:679| 5:677| 5:678] 5:679] 5-674] 5681] 5-688) 5-686] 5-678) 5:674 | 5-674 22 | 5*671) 5:665 5:660| 5:663 5°666) 5:670| 5:678) 5:684) 5693] 5:687| 5-698) 5:697] 5:703] 5-710) 5-708] 5-710} 5-707] 5°706] 5-708] 5-708) 5-709] 5:709| 5-712) 5-715 | 5-698 93 | 5°716) 5-708 5:706| 5:702 5-716) 5-726) 5°723) 5:737| 5:757| 5°763) 5°77] 5°790} 5°795| 5-799] 5807! 5°818) 5:84] 5816} 5-819] 5-824! 5-833] 5-833] 5:828! 5-825 | 5-776 24 | 5814) 5-809 5-806) 5-805) 5-806) 5:815] 5819] 5-821) 5°829| 5:&28) 5830) 5°828] 5°829) 5-829) 5:827| 5826] 5°823) 5820) 5-818] 5-821] 5:831] 5:825] 5-822! 5-811 | 5-820 25 | 5°801| 5:792 5:789| 5°786) 5781) 5:776| 5:780) 5°780} 5°781] 5:782| 5°788) 5-782] 5°795} 5°7 96) 5°800) 5:792) 5:801) 5-791) 5-792] 5°794! 5-790] 5-788] 5-786] 5-789 | 5°789 26 |5:788 5782. 5:782! 5°778 5°779| 5°779| 5:780| 5*781| 5°785) 5*791)| 5°796| 5805] 5:817| 5°812) 5800) 5811) 5:808) 5-809] 5:816) 5822) 5-826] 5-836] 5-836] 5-832 | 5-802 27 | 5*826| 5°820| 5:820| 5810 5-809) 5815) 5:817| 5:816] 5-818] 5-818) 5°820] 5:831] 5°832) 5°839) 5°835] 5°831) 5:828) 5832) 5834) 5:832) 5:838) 5-838] 5-839] 5-829 | 4-826 28 | 5*829| 5:830) 5:820} 5°813, 5°814! 5°816) 5-810) 5°817| 5:813) 5813) 5-816) 5°825] 5-831) 5:826) 5-828) 5:823) 5°824) 5828) 5828) 5°826) 5826] 5:826] 5-827) 5:819 | 5-822 29 |5°815 5812) 5*808) 5°802 5°799] 5:801) 5*798] 5:807| 5°807| 5°814| 5:812) 5:20} 5°816] 5°823) 5824) 5:815| 5°812) 5°S04) 5-812) 5812) 5-818) 5-817] 5:819] 5°806 | 5*811 30 | 5°800) 5-788) 5°76) 5-763 5-758) 5°755| 5-750} 5-751) 5°745] 5°734| 5°728) 5°722) 5-712) 5-705) 5-690) 5°648) 5:654) 5-637) 5-626) 5-625) 5°617| 5-612) 5-600) 5-589 | 5-699 31 | 5574 eee 5538) 5°526 5°515| 5°515| 5:517| 5521) 5°520) 5-525) 5-538) 5-535) 5:546) 5-554) 5-343) 5-530) 5°517| 5-506} 5-508] 5-484) 5-474) 5-468) 5:451| 5°442 | 5-517 | MEAN. | 5°473) 5-466 5:459| 5-455 5-458) 5:454| 5:455] 5°459] 5-461! 5°461| 5:468) 5:473] 5:482) 5:483) 5-482) 5-480) 5-479) 5-479) 5-479] 5-480) 5-483) 5-482] 5-481! 5°476 | 5471 BAROMETER. ReEpbucEeD To 32°, 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. AUGUST 1892. Ins. Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. 1 | 5:433)| 5-483 5:423) 5-417) 5°418) 5-433 5444) 5-479) 5°516| 5°537) 5:58) 5570) 5°601)| 5°612) 5°633) 5633] 5°634) 5635) 5°642) 5-642) 5-649) 5:647) 5-638] 5-620 | 5:551 2 | 5:614|5°603 5°589) 5:588) 5:584) 5-585 5:596) 5°600) 5:613) 5-622) 5:627| 5°632) 5-632) 5°633) 5°626| 5-618) 5:607| 5:597| 5°590) 5:583) 5:575) 5:568) 5-561) 5:548 | 5-600 3 | 5°528) 5°513, 5°498) 5°477| 5:477| 5:478 5:484| 5:483) 5:478) 5-481) 5-479) 54769 5°473) 5:485) 5-478) 5:475)| 5477) 5474) 5-484) 5-477) 5:479] 5:474| 5:473) 5:470 15-482 4 | 5:460) 5:465) 5:458) 5-459) 5-458) 5-457 5:465) 5-478) 5-491) 5-495) 5-503} 5-506} 5:513) 5-513) 5-510) 5:507) 5:502) 5-490) 5-489) 5-483) 5-474) 5-465) 5-453) 5°440 | 5-481 5 | 5:419} 5:398) 5°383) 5°362) 5°349| 5347) 5:352) 5:334) 5313) 5°290) 5-280] 5-271] 5-279) 5-272] 5:262| 5°242) 5:219) 5:207| 5-183] 5-190] 5-176) 5-181) 5°169| 5159 | 5-277 6 | 5137 5107 5105) 5°114} 5103) 5°125 5-116) 5133) 5140) 5156) 5°174| 5198} 5-200) 5:212) 5:222) 5:235) 5:249) 5-265) 5-263) 5-276] 5-292) 5-302) 5-316) 5-324 | 5-198 7 | 5°326| 5°314, 5°332| 5°339) 5-348) 5:364 5383) 5-398] 5-402) 5-412) 5:418) 5-429] 5-437) 5-437] 5-436) 5-429) 5:430) 5-424! 5-410) 5-403) 5-402) 5-394) 5-383) 5-365 | 5392 8 | 5:355) 5°331) 5°329) 5°322) 5-310) 5°309| 5°311) 5°317| 5°323| 5°335) 5:40) 5°344] 5:350| 5°367| 5°370| 5:374) 5°380) 5°890) 5°394) 5-411] 5-422) 5-424) 5-432] 5-446 | 5-862 9 | 5-444) 5°448) 5-449) 5°454! 5-462) 5- 475) 5° 483) 5°500) 5-511) 5:523] 5:551) 5573] 5589) 5:599) 5°605) 5-614] 5623) 5628) 5640) 5-648) 5:653] 5661) 5-651) 5-658 | 5°560 10 | 5650 5649 5639 5°639] 5°634, 5°624; 5 *629) 5:635| 5°639) 5°635) 5:637| 5-643] 5°648) 5:649) 5°642| 5-624) 5°619 5:605| 5596] 5:591! 5582] 5-579) 5-565) 5-555 | 5-621 11 | 5536) 5522) 5*523| 5°51) 5-502) 5-494 5-497] 5:500] 5*500) 5:500| 5-500) 5-501] 5°513| 5°519] 5°510 5-506) 5-502) 5-499] 5-496 5:497| 5°499) 5-499} 5-492! 5-489 1 5:504 12 | 5:486| 5:467| 5°464) 5:452) 5-439) 5-431) 5°426) 5-413] 5:399| 5391) 5°371) 5°361} 5°341| 5326) 5°298) 5:275) 5-250) 5-239) 5:219 5-193) 5-181) 5-161) 5-154! 5123 | 5328 13 | 5°108) 5-064) 5-058) 5-046) 5-037) 5:037| 5038) 5-026) 5:020) 5-009) 5:004| 5-004] 5-001) 4-989} 4-967] 4-970) 4-963) 4-955) 4:952 4-953) 4-955] 4-951) 4-949] 4:929 | 4-999 14 | 4-920) 4-920) 4-925) 4-926) 4-916) 4:919, 4-926) 4-932) 4-932) 4-948) 4-955) 4-987] 4-987] 5:013) 5-018) 5-019} 5:020) 4-998) 4:989, 4-982! 4-975] 4-966) 4-948) 4-922 | 4-961 15 | 4934) 4°936) 4942) 4-950 4971) 5-003. 5-035) 5°05) 5-062) 5-086| 5095] 5-117) 51138) 5151) 5-170) 5-181| 5-192] 5-211] 5-231 5-244] 5-280] 5-293) 5313) 5-323 | 5-121 16 | 5:326) 5°340 5:344 5°353) 5°353) 5:361) 5°371| 5:384) 5400) 5°413) 5:417| 5-426] 5-426) 5-426) 5-419) 5-414) 5-403) 5-404) 5-410) 5-418) 5-415) 5-412) 5-404) 5-402 | 5°398 17 | 5°396) 5°392| 5-388) 5:382) 5385 5) 5388) 5°398) 5°410) 5-425) 5:438) 5451) 5-464] 5-468) 5:478) 5°482/ 5:493 5*497| 5:497| 5°501) 5-499] 5-497] 5-498] 5-496] 5-584 | 5-450 18 | 5470) 5°457| 5°448) 5-434] 5- 413} 5401] 5:412) 5405) 5-393] 5°380! 5:362| 5°3.419 5°318) 5:297| 5°285| 5:263) 5246) 5-232! 5-246) 5-244) 5-243) 5-243) 5-228) 5-299 | 5-383 19 | 5-209) 5°211) 5°211) 5°206| 5: 205 5 5*207| 5°220) 5-229] 5-241) 5260) 5-266) 5:269} 5:281| 5:293} 5:297| 5°302) 5°305| 5311) 5:326) 5-339] 5:357| 5-362] 5-369] 5:372 | 5:277 20 | 5°869| 5°367) 5°372) 5°370) 5°375) 5°386) 5°394) 5-402) 5-408) 5°412) 521) 5:422) 5-429) 5-430) 5-422) 5-414) 5-414) 5-414) 5-408) 5-412) 5:397| 5-389] 5-385] 5:°889 | 5-400 21 | 5°398) 5°392) 5°387) 5°390) 5:390 5-385) 5401) 5-430] 5-444) 5°452) 5-463) 5-470] 5-474) 5:480) 5-486) 5-484) 5-481) 5-479) 5-486) 5-493) 5-496) 5-502) 5-502! 5-502 | 5-453 22 | 5491) 5:491) 5-486) 5°482) 5-483) 5-482) 5-490) 5-489) 5-488) 5:484) 5:484| 5-480) 5:48] 5:474| 5:458) 5-446] 5-439) 5-435) 5-437) 5-436) 5-428) 5-428) 5-416] 5°410 | 5463 23 | 5°398) 5385, 5°376) 5°362) 5°351) 5°361) 5-364) 5°371| 5°373] 5°383) 5:388) 5394] 5°399| 5°397) 5°387| 5°395) 5°395) 5395) 5:400) 5-410] 5-406] 5:405] 5-407] 5:402 | 5388 24 | 5°397| 5°389| 5°378) 5°366) 5°364) 5°354) 5336] 5330) 5°324| 5°325| 5313) 5309] 5:301| 5294) 5:287| 5-278) 5:273) 5:270) 5-259) 5-269} 5:269) 5-265) 5-255) 5:245 | 5310 25 | 6238) 5228) 5°222) 5-211) 5-201) 5:198) 5-201) 5-211) 5-211] 5-208) 5-204) 5:207) 5:208) 5-206} 5°205) 5:203) 5°203) 5-195) 5°199) 5:210) 5:213) 5:217) 5-218) 5-218 } 5-210 26 | 5212) 5°215) 5°223) 5°230) 5240) 5:255) 5-239] 5:242) 5-245] 5:251| 5-229) 5-230} 5°196) 5:149] 5:141) 5114) 5°122) 5-109) 5°121) 5:129) 5-121] 5-113) 5-102) 5-090 | 5180 27 | 5:079) 5:049) 5:017| 4°978) 4°975) 4-977) 4-969) 4-967] 4-967] 4964) 4-969) 4:972] 4:974] 4-972] 4-974) 4-975) 4-982) 4-977) 4-974) 4-978] 4-980] 4-979] 4-979] 4-973 | 4:985 | 28 | 4:965 4°964) 4°954| 4°958) 4-957) 4-970) 4-990) 4-997! 5-006) 5:021| 5-036) 5-048} 5-060) 5-069} 5-083) 5-092) 5°104) 5-110) 5- 123 5133] 5°18] 5°149} 5°162| 5-164 } 5-052 29 | 5170, 5°175) £174) 5172) 5°175) 5180) 5-187] 5186] 5173} 5°177| 5172) 5°159} 5°153] 5-126) 5:117| 5089) 5-091| 5-090 5:059) 5-038] 5-029] 5040| 5-010) 4:992 | 5-122 30 | 4°980) 4°957) 4°939) 4°916) 4910 4°916) 4:917] 4-917] 4-919) 4-923) 4-916) 4-919] 4-922) 4-916) 4-901) 4-883) 4°87) 4-877] 4:877| 4°879| 4876] 4:873] 4:870| 4:875 | 4°906 31 | 4°869| 4*862) 4°855) 4°860) 4-873) 4°883! 4°895) 4-906] 4:920} 4:941] 4:957) 4:979} 4°992) 5-005) 5-020) 5:024) 5:032) 5-041 Oey 5061) 5:067| 5:077| 5:079| 5:077 | 4:972 | | MEAN, 5°301, 5292 5°287| 5°281) 5°279, 5-283) 5-289) 5-295] 5-299] 5-305] 5:307) 5313) 5:316) 5:316) 5313) 5309 5°307) 5°305 5305, 5°807) 5°307| 5:307| 5-303] 5+297 | 5301 i oft GP aw. FORT-WILLIAM OBSERVATORY. Sia! BAROMETER. REDUCED TO 32° AND SEA LEVEL. FIRST FIGURE OMITTED. JULY 1892. | 1 2 3 4 5 6 7 8 9 10 Ue) | 20) aL | PA BB} Mean Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. Ins. | Ins. | Ins. | Ins. | Ins. Ins, 1 | 0°106) 0-098) 0-082) 0-079) 0-080) 0:070) 0:073] 0-076] 0-085) 0-097 0°102) 0-108} 0-110) 0:116) 0°108 0-094 2 | 0-092) 0-078) 0-071) 0:054, 0:036| 0-022) 9997) 9-989] 9-967] 9:932 753) 9°738) 9°7.42| 9°738] 9°734! 9-726 9-886 3 | 9°707| 9-693] 9°677| 9674) 9°666) 9°667| 9°663] 9°657| 9°655) 9-660 9:637| 9°644) 9-646] 9°657| 9°659 9°658 4 | 9-662) 9-673) 9-684) 9:694| 9-709) 9-721) 9-740) 9:756| 9-772) 9-781 9-803} 9:790} 9°760) 9-720} 9°696 9-754 5 | 9°631) 9°596) 9556) 9495) 9°470)| 9:442) 9-435) 9-433) 9-439) 9-463 9°595| 9°597| 9°616] 9°625) 9-639 9-545 6 | 9°633) 9:626| 9-634] 9:624| 9-624 9°620| 9-617) 9-609) 9-603) 9-586 9-155} 9:159) 9-160) 9°160] 9°154 9-416 7 | 97136} 9135} 9°115} 9°103) 9°103| 9:120) 9-142) 9-180) 9-207) 9°248 9-360} 9-363] 9°354] 9°348] 9-342 9-265 8 | 9:369) 9-386) 9-396} 9°415) 9-440} 9-480) 9-499) 9-520} 9:534) 9-561 9-718] 9-730} 9°747| 9:759] 9:776| 9°7 9-594 9 | 9°793) 9-804) 9°806) 9-817) 9-830) 9-849) 9:860) 9°870| 9:874) 9-881 9-910) 9-918] 9-930] 9-936] 9-942) 9 9-880 10 | 9:970| 9-983} 9-998] 0-010) 0:027| 0:039) 0-044} 0-055) 0-060} 0-057 0:046) 0-049} 0:053} 0-059} 0-061 0-040 11 _ | 0:050) 0-042) 0-033} 0:035) 0-031) 0:029) 0-016) 0:004| 9-993) 9-974 2| 9°889] 9-890] 9-894) 9-899} 9-887 9°956 12 | 9-866) 9-867} 9°867| 9:879) 9°877| 9°880| 9:869) 9°866] 9:848) ¥-829 783} 9°787| 9:802) 9-811} 9°819] 9°813 9-825 13 | 9°814) 9812) 9807} 9-808) 9°807| 9-812) 9-806] 9-813} 9°809} 9-806 9°847| 9°870| 9°895] 9:911} 9-924 9-834 14 | 9-931) 9-941) 9-939) 9-947) 9°950) 9°957| 9-965) 9°972) 9:077) 9-975 9-958) 9-971] 9-985] 9-988} 0-001 9-966 15 | 0-016) 0:016} 0-016) 0-022) 0-023) 0:027) 0-026) 0-031) 0-034) 0-030 5| 0:010| 0:019} 0-027} 0:032] 0-032 7} 0:021 16 | 0-019} 0015} 0:007| 0-006) 0-008) 0-007) 0-008} 0:004| 0-000) 9-993 9°977| 9-984] 9-992] 9:992) 9-995 9-995 17 ‘| 9990} 9-985) 9-975} 9:966) 9-963) 9-964) 9-968] 9-972) 9-976) 9-970 9-928) 9-936] 9-944) 9-955] 9-961 9-958 18 | 9-961) 9:947| 9:937| 9-937) 9-939) 9-938) 9-943] 9-949] 9-950) 9-956 9} 9:963] 9-971) 9-965) 9-951] 9:941 9-951 19 | 9°880) 9-840} 9°792) 9-728) 9-683] 9-633] 9663] 9°528! 9-487] 9:473 9-918) 9-946] 9-974) 0:018) 0-037 9°743 20 | 0:072) 0-075) 0:092) 0-108) 0:132) 0:147| 0:176] 0°196| 0-202) 0-210 216} 0-220) 0-235] 0°245} 0:253) 0-256 0-190 21 | 0°245) 0-244! 0:237) 0°235) 0°227) 0:232) 0-232} 0:241| 0-239) 0-233 0°187| 0-195) 0-203} 0°200} 0:199 0-215 22 | 0:209] 0-213) 0:208] 0°214/ 0-217) 0:226) 0-230} 0-244 0-243) 0-241 52] 0°259) 0-265] 0:272) 0-273) 0:275 0-243 23 | 0:276} 0°271| 0-273) 0:279} 0-288) 0:294) 0-295} 0-307) 0-309) 0-317 0°307| 0°321| 0°336) 0°347] 0°351 0°307 24 | 0352) 0°350} 0°346} 0°354| 0:356] 0°376) 0°376] 0-382) 0-388] 0-382 0°334) 0°344] 0°348] 0°352) 0:359 0°354 25 | 0°349) 0:348) 0°343} 0°341) 0°337| 0:342) 0-343) 0:443) 0:334) 0°330 0-268} 0-282) 0:292) 0-294! 0:298 54 0-311 26 | 0°309) 0°307| 0°306) 0°307| 0:305| 0°307) 0°305] 0°312) 0-308) 0-302 273} 0°283) 0:295) 0°303} 0°331] 0°335 7 | 0:299 27 =| 0°347| 0°348) 0°345) 0-349} 0°351) 0°355) 0°352! 0°357| 0°353) 0°352 0321} 0°329] 0°343] 0°351] 0°357 0-341 28 | 0°361) 0°372) 0°368} 0°365] 0°363] 0°370| 0°363} 0:363) 0°353) 0°347 7| 0°287| 0°292| 0-299] 0:311] 0°320 0°328 29 | 0°321) 0°324| 0°323) 0-320) 0°320) 0°321) 0°321) 0°321) 0:313} 0°314 0-255) 0:260} 0°275} 0-289] (:297 0°292 30 | 0°295} 0-285} 0:279] 0-271) 0:269| 0:264) 0259} 0-271) 0-261) 0-256 0-114) 0°109} 0-092) 0:086} 0-086 0197 31 | 0046) 0-034) 0-022) 0-020) 0-010} 0-012! 0-020) 0-012) 0-023) 0-014 3] 9°985| 9-968) 9-958) 9-949] 9-934 9°996 WEAN, | 9°994/ 9°991] 9-985] 9-982) 9-982) 9-985) 9-987] 9-988] 9-987] 9-986 9-973} 9-980) 9-986} 9°991] 9-992 9-982 BAROMETER. REDUCED TO 32° AND SEA LEVEL. FIRST FIGURE OMITTED. AUGUST 1892. Ins. | Ins. | Ins, | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. 1 | 9:916} 9-919} 9-915} 9-910} 9-918) 9-938] 9-956) 9-983} 0-013) 0-046] 6-053) 0-071] 0-088) 0-100} 0-116} 0°123) 0°120} 0°127| 0:127) 0-139) 0:149] 0-154) 0-155) 0°138 | 0:049 2 | 0139) 0:138} 0124) 0-122) 0-128) 0-130} 0°134| 0:138) 0-139) 0-139] 0°130) 0-125] 0-117] 0-116] 0-104] 0-111) 0:108} 0-104! 0-097) 0:096} 0-088) 0-084) 0-071) 0:052 | 0-114 3 | 0:048] 0:044| 0-032) 0:034| 0-034) 0-033} 0:032) 0-030) 0:026| 0:020| 0:014| 0-011] 0-005] 0-009} 0-008} 0-020) 0-030) 0-038! 0:041) 0-051} 0-060} 0-073) 0-070) 0-077 | 0-035 4 | 0-077) 0:079} 0-075) 0:077| 0-072) 0°077| 0-080) 0:078) 0:081) 0-079] 0-077) 0-069} 0:065} 0-062} 0-049) 0:047| 0-041) 0-039} 0-034] 0-026) 0-015} 2:007! 9:997| 9:980 | 0:053 5 | 9-947] 9-921) 9-891) 9-872] 9-849] 9-847] 9°837) 9:827| 9:787| 9°771| 9°752, 9-746] 9-759) 9-738) 9-718] 9-707) 9°685) 9:667| 9°654| 9°655] 9-646) 9650) 9-645] 9°637 | 9-758 6 | 9°620) 9°597| 9:595) 9-596) 9-601) 9-603) 9-620) 9°639] 9-655) 9:677| 9°674, 9°696} 9-714] 9-706) 9-732] 9:743. 9-765] 9°784| 9°799| 9°811] 9°825) 9:837| 9°845| 9°859 | 9-708 7 | 9868] 9°869] 9°868] 9-881) 9-889) 9-911) 9-924) 9-938) 9-941) 9-941 9-932, 9-940] 9-932) 9-928) 9-920) 9°905 9-903) 9-902) 9-893) 9°896| 9°895) 9°892) 9-881] 9-873 | 9-906 8 | 9°861| 9:849] 9-837] 9°841) 9-840) 9:844| 9-851) 9:854| 9°S65) 9-873) 9°872) 9-882} 9-882) 9-890] 9-900) 9-900 9-914) 9-924) 9-944) 9-967) 9-972) 9-988) 0-005] 0-017 | 9-899 9 | 0:022) 0:028] 0:031) 0:045] 0-055) 0:073} 0-083} 0°104| 0:110) 0-124] 0-132 0-141] 0-143] 0-142] 0-141] 0°140 0-138) 0:145) 0:161) 0:176} 0°189) 0-197) 0-192) 0-209 | 0-122 | 10 | 0-203) 0-212} 0-200} 0-209] 0-210} 0-215} 0-210) 0-213) 0-203) 0-193] 0-182) 0-190} 0-185} 0-°174| 0-165} 0-150 0-139] 0:131| 0:127/ 0-118] 0-107! 0-102! 0-086) 0-076 | 0-167 11 | 0-056] 0-025} 0-029) 0-008} 9-998) 9-998] 0-000} 9-999) 9-995) 9-997! 9-992) 9-990} 9-991) 9-994) 9-989] 9-981 9-981] 9-981] 9-976] 9-986] 9-984) 9-989] 9:976) 9-978 | 9-996 12 | 9971) 9-959) 9-945) 9-937] 9-918] 9-911] 9-905] 9°888| 9-872) 9°855| 9°819) 9-798] 9-780) 9-762] 9-727] 9°697 9-669| 9°642) 9-620) 9-603) 9°597| 9:569} 9°547| 9°529 | 9-771 13 | 9°507| 9-476] 9-455) 9-437] 9-432) 9-439] 9-449] 9-439] 9-429 9-414) 9-412) 9-410] 9-398] 9-390] 9-364] 9-370 9°357| 9°351| 9-351] 9360] 9-362) 9-370] 9-359] 9-346 | 9-403 14 | 9°337| 9:339] 9:344| 9°341] 9°342] 9-342) 9:344] 9-348] 9:347| 9°378) 9°393! 9-406] 9-410) 9-432) 9-432) 9-434 9-431) 9-420} 9-405) 9400) 9°380} 9-373] 9-355) 9-349 | 9:378 15 | 9°348} 9°357| 9-363) 9°380] 9:416] 9-451] 9-484] 9-505] 9°521) 9-526) 9°550) 9°566] 9-588] 9-610) 9:629] 9 647, 9-660) 9°681| 9°700) 9°725) 9-751) 9°768) 9°795} 9-813 | 9586 16 | 9°831| 9834] 9-842) 9-848] 9-849] 9-859] 9-872] 9:891) 9°897| 9-908) 9°907| 9-907] 9:905] 9-902] 9-899] 9°888 9-876) 9°880) 9:884| 9-892) 9°889)| 9-887] 9:885) 9-886 | 9-880 17 | 9°880] 9:882) 9°881| 9:881| 9:882) 9-897] 9-904) 9-912] 9:925! 9-934] 9°947) 9:955) 9-951) 9-956) 9-959] 9:972 9-975) 9-976] 9-984) 9-993) 0-001] 0-005} 0-004] 9-994 | 9-944 18 | 9:984) 9-974} 9-963) 9-948] 9-924] 9-916] 9-919] 9-898] 9°893) 9-888) 9°863, 9°835] 9-810} 9-792] 9-768] 9°737 9:722| 9°703} 9:712| 9-705] 9-704) 9-710] 9-695] 9-689 | 9:823 19 | 9°681] 9-682} 9-685] 9-684! 9-684! 9-687] 9-698] 9-706] 9°715] 9-726] 9°728 9-736} 9:742) 9-755] 9-758] 9°769 9°773] 9-784] 9-800] 9:832| 9-847] 9°851] 9°867| 9:°874 | 9-753 | 20 | 9:87 2) 9°875| 9-877] 9-889} 9°890| 9-898} 9-901) 9-911] 9-910) 9-907) 9:902, 9-892} 9-892 9-884) 9-862] 9-862 9-855) 9-856) 9-845) 9°844) 9-845) 9-836] 9-826) 6-835 | 9-874 | 21 | 9°831' 9-825; 9-816) 9-822) 9-817) 9-820] 9-838} 9-858] 9-875] 9°884 9902, 9-915] 9-923 9-923} 9-923] 9920 9:916| 9:917] 9:923) 9-930) 9-932) 9-938) 9:933] 9-931 | 9°888 [2 22 | 9°929 9-927] 9°921) 9-920] 9-922) 9-923) 9-931] 9-930) 9:927| 9-925) 9-925, 9-923] 9-918) 9-914] 9-891] 9-877, 9-871] 9-866] 9°859| 9-860 9°858) 9°853/ 9°845) 9-835 | 9-898 23 9°816| 9:804! 9-797) 9-742) 9°786| 9-790, 9-791) 9:800| 9°797| 5:794| 9:794) 9:799] 9°799 9-799] 9-787, 9:791| 9°791) 9:794| 9-801) 9°817) 9°817; 9-821] 9822) 9-821 ) 9-801 24 | 9-819) 9-812) 9-806} 9-797| 9-793) 9-788] 9-771] 9:766| 9-760) 9°752| 9°739| 9727] 9-712 9-713) 9-700] 9°698 9-709) 9:709] 9:711) 9°723) 9°720] 9:716) 9°710| 9°708 | 9:744 25 | 9705) 9-698) 9-699} 9-694/ 9690} 9-690} 9-693} 9-699] 9-694) 9:684| 9°690) 9-695] 9-678, 9-677] 9-667] 9°666, 9°677| 9°678] 9°691| 9°701| 9°707} 9:712) 9:721| 9°717 | 9698 26 | 9°721| 9-734) 9-734| 9-744 9-760) 9-764] 9-772) 9-766] 9-758] 9°758| 9°738] 9-721] 9-689) 9-660] 9-636] 9°606 9-606] 9:608} 9°613] 9°623) 9°615] 9°611] 9:595] 9-586 | 9-679 | 27 =| 9°553! 9°530} 9-484] 9°456| 9-443] 9-441] 9-433] 9-428] 9-424) 9-424) 9-428) 9-434] 9- 440) 9-438) 9-433) 9:437| 9°435) 9-434) 9-435 9°442) 9-433] 9°436] 9:435| 9:436 | 9-446 28 | 9:433 9:436] 9-441] 9-443] 9-446) 9-464] 9-476] 9:488] 9:502| 9°515) 9-533] 9-543 9-552. 9566) 9°572| 9°583. 9°595| 9-613] 9-631) 9-654] 9:666) 9-682] 9:694] 9-701 | 9-551 2 9°712) 9°719} 9-722) 9-724) 9°727| 9-731) 9-734! 9722) 9-707) 9°694| 9°671] 9654] 9-639} 9-617] 9-596] 9°587, 9°579] 9°574| 9°558) 9-553) 9-530) 9°525) 9-495) 9-480 | 9-636 30 | 9:451) 9-440) 9-405] 9°387| 9-391) 9°361] 9:359] 9:359] 9-339] 9-331) 9°353] 9-330] 9-326] 9-315] 9°303] 9-280 9-280} 9:270} 9:274| $-282) 9-284) 9-288] 9-290! 9-292 | 9-332 31 | 9°290) 9-299) 9-296] 9-306} 9°314| 9-332] 9-350} 9-361] 9-371! 9-394) 9°412) 9-427] 9-440, 9-451] 9°458] 9-465 9-474| 9:490) 9:513) 9:539) 9°555) 9°575] 9575] 9°579 | 9-428 MEAN.| 9°788 9783] 9:777| 9°775| 9:775] 9-780 9°785| 9-790] 9-789} 9:7 92) 9°790| 9:791] 9°789, 9-788) 9-781] 9:°778 9°777| 9°777| 9°779) 9-787) 9°788) 9°790) 9°786) 9-784 } 9°784 BEN NEVIS OBSERVATORY. BAROMETER. Repwucep To 32°. 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. SEPTEMBER 1892. | | ] 1 fi 22} ss] 4 | 52] 6 | 7 | 8 | 9 |,20| a | a2] 48°} 24 | t5'| 36 | 17 | 18 | 19 | 20 | at | 22\| os | IE laren ght. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. ] Ins. | Ins. | Ins. | Ins. | Ins. |} Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. 1 | 5080) 5-082) 5-081) 5-060} 5-033} 5-018) 5-002 4-993} 4-987) 5-002) 5-011) 5-016] 5-019} 5-009) 5-002) 5-002] 5-006) 5-000) 5-006) 5-002) 4-994] 4-986] 4-976] 4-964 | 5-014 2 | 4-952) 4-930] 4-914) 4-891] 4-880] 4-876] 4-873) 4-868] 4-865] 4-859] 4-857) 4-856] 4-852] 4-858, 4-856] 4-859] 4-862) 4-864! 4-876) 4-886] 4-890] 4-894| 4-890] 4-884 | 4-879 3 | 4-893) 4-905] 4-915) 4-920| 4-939] 4-956) 4-969! 4-971| 4-984] 4-997| 5-036) 5-068] 5-110) 5134) 5-175] 5-187| 5-210) 5-246 5-279) 5315) 5:332| 5:371| 5°372| 5°371 | 5-111 4 | 5-409) 5-415) 5-430) 5-448) 5-465] 5-487] 5-509) 5-533) 5-546) 5-558] 5-570) 5-581} 5583] 5:596) 5-604] 5-608] 5°610) 5°615| 5-621) 5-630) 5-631) 5-634] 5-633] 5-625 | 5-556 5 |5°619| 5°615) 5-610) 5-596) 5-584! 5-589. 5-594) 5+592) 5-582) 5-584] 5:573] 5-570) 5:569| 5°556) 5°554) 5-541] 5:54] 5-538) 5-528) 5°525| 5-522) 5-521) 5-519| 5-524 1 5-565 6 | 5:524) 5°541) 5-546) 5-551] 5-553] 5°561| 5-568) 5°575| 5-584] 5-585] 5-584] 5-595) 5-594) 5°592! 5:579| 5:579] 5:566] 5-558) 5-550) 5:539) 5:520) 5-500) 5-486] 5-464 | 5-554 7 |5:448) 5-424] 5-403] 5°37] 5°361) 5-344 5-332! 5-324] 5-323) 5-319] 5-320] 5319! 5-331] 5-340) 5:347| 5-360] 5:379] 5:391| 5-409) 5-409) 5-426] 5-436] 5-444] 5-451 | 5-375 8 | 5-455) 5-458) 5-464) 5-474] 5-482] 5-484! 5-485) 5-496] 5-499) 5-494] 5-496] 5-498] 5-503) 5-495) 5-495] 5-483] 5-482] 5-471 5-461) 5:469| 5-460) 5-455) 5-447| 5-447 15-477 9 | 5:439| 5-431) 5-429) 5-420] 5-419! 5-415 5-406) 5-409] 5-405] 5-387] 5376] 5°387] 5380) 5°378| 5-369] 5:370] 5:369) 5358) 5-352) 5:347| 5:338] 5:342) 5-326) 5-336 | 5-382. 10 | 5-329) 5°333) 5-329) 5-332 5339) 5346 5:360| 5°374| 5°374| 5-388) 5-403) 5-414] 5-421) 5-424) 5-425] 5-423| 5-414) 5-417) 5-403) 5-404 5390 5:39] 5-379| 5-375 | 5-383 } i} | IL | 5:365) 5°368) 5344] 5337) 5°335| 5-326. 5-325 5-316] 5°305] 5-298) 5-293) 5-304] 5300) 5-295] 5-284] 5-284) 5-280] 5-285] 5-296) 5-306) 5°307| 5°313| 5316] 5-314 | 5-312 12 | 5:314/ 5°312 5°312] 5-303] 5:301| 5-296 5-305) 5-306] 5:304| 5-294] 5-298] 5-283] 5-273) 5-260) 5-230] 5-215] 5:209] 5-198) 5-196) 5-189) 5-176) 5164) 5-145] 5-123 | 5-250 13 | 5°098) 5°077| 5°061) 5-036) 5-038) 5-035 5-038) 5-049) 5-056) 5-083| 5103] 5136] 5167| 5196) 5:220) 5:246 5:265) 5-285) 5-313] 5°331| 5°337| 5-350) 5:349| 5-352 15376 14 | 5:352| 5-354) 5-349| 5-349) 5-341] 5-358 5-350| 5-344] 5-336] 5-325) 5:319| 5-303] 5307| 5-284) 5-286] 5-281) 5-257] 5-259) 5-267) 5-256) 5-258) 5-255) 5-249] 5-258 | 5304 15 | 5:243) 5227) 5-255) 5-247] 5-248) 5-246 5°232| 5-222 6-207) 5-206] 5-202] 5-193) 5-197] 5-154) 5-144) 5-120 5-101) 5-072, 5-049) 5-043) 5-003) 4-959 4-933) 4-877 | 5-141 16 | 4:894) 4862) 4-844) 4:822] 4-829] 4-811) 4-799) 4-791) 4-761| 4-751] 4-733] 4-749] 4-752! 4-764] 4-779] 4-799) 4-856] 4°887| 4-955] 5-001) 5-071! 5°136) 5-157| 5-201 | 4:875 17 | 5+238) 5-261] 5-281) 5-286] 5-326] 5:359) 5-379] 5-403] 5-408) 5:417| 5-412! 5-4044 5-409] 5-393) 5°390] 5:381| 5-380] 5364] 5-333) 5321] 5316 5:314| 5-319] 5-394 | 5-351 18 | 5310) 5-305] 5°801| 5-281) 5-277] 5-273) 5-289] 5-275] 5-272) 5:240| 5-255) 5-245) 5-241] 5-249) 5-239) 5-232) 5-210) 5-204) 5°189) 5-188) 5162 5:166| 5-153] 5-155 | 5-238 19 | 5*149| 5-138) 5°123| 5:129| 5:139] 5-161! 5-173] 5-190| 5°197| 5-215| 5-280] 5-247] 5-262! 5-285) 5-296) 5-298) 5322| 5-339) 5-356] 5:371| 5:386 5:396| 5-410! 5-417 | 5-260 20 | 5-427| 5-436) 5-445) 5-455] 5-477] 5-488] 5-513] 5-529] 5-533! 5-542) 5:56y! 5-566) 5-573] 5-582) 5-580] 5-581] 5-588) 5-596) 5-601] 5-609) 5-608] 5:630| 5-638) 5-643 | 5-550 21 | 5:647| 5°655) 5654) 5°652| 5:656] 5°665| 5684] 5-694] 5-704! 5-711) 5-717] 5°7224 5-725) 5:729] 5-731) 5-732] 5°732| 5-737) 5-744] 5-753) 5°753] 5-760] 5-757| 5-762 | 5-712 22, | 5762! 6764! 5:762| 5°756) 5°755| 5-754) 5-758) 5°757| &°764| 5°759| 5°754| 5-751) 5°747| 5°736) 5°731| 5-719) 5-713) 5-709) 5-711) 5708) 5:692! 5-683) 5-667] 5-648 | 5-732 23 | 5°632) 5-606] 5:597| 5°578) 5:550| 5-542/ 5-523) 5-509| 5510 5-474] 5-450) 5-440) 5-417| 5-393) 5368) 5323) 5-297] 5-284] 5-257) 5-245] 5:217| 5-180) 5-179) 5-152 | 5-405 24 | 5*103| 5-073] 5-069) 5-064] 5-066] 5-058) 5-055] 5-061! 5-082) 5-097] 5:111| 5-123] 5-125] 5-112] 5-103] 5-090) 5-078] 5-079) 5-058) 5-048) 5-049) 5-039] 5-026! 5-010 | 5-074 25 | 5-013) 4-982] 4-972) 4-978] 4-952] 4-956] 4-954] 4-961) 4-963) 4-972) 4-988) 4-996] 5-009] 5-032) 5039) 5-049] 5-066) 5-078) 5-097] 5-113} 5-127 5-141 5-161) 5-174 | 5-082 26 | 5°172| 5-175] 5°173| 5°175| 5-174] 5-181) 5-180] 5°185| 5°172. 5°174| 5°163| 5°14] 5-123] 5-115) 5-07| 5-034) 5-013} 4-976 4-950) 4-925) 4-910) 4-875] 4-881] 4:884 | 5-076 27 | 4:865] 4°851| 4-831] 4-803] 4-768] 4-760) 4-738] 4°717| 4-715) 4°730| 4°727| 4°744] 4-736] 4-723] 4-713] 4-697) 4:693] 4-707) 4-717] 4-717| 4-729) 4-746] 4-771] 4:800 | 4°750 28 | 4-827) 4:851] 4:861] 4-874] 4-906] 4-927) 4-957] 4-969] 4-980] 4-990] 4-994] 4-985] 4-983] 4-977| 4-962] 4-949] 4-937] 4-917] 4-898] 4-889] 4-867! 4-841) 4-817] 4-803 | 4-915 29 | 4-781] 4°763] 4°741| 4-728) 4-719] 4-716] 4-723] 4-731] 4-740) 4-746] 4-747] 4-753] 4-752] 4-753] 4-759] 4-757) 4-761) 4-767] 4-778) 4-784] 4-788] 4:788] 4-786] 4-782 | 4-756 30 | 4°778) 4:74] 4°777) 4:77) 4-780] 4-782) 4-789] 4-797] 4-805] 4-815] 4-817| 4-824] 4-825] 4-819] 4:814] 4-810! 4-816] 4-826] 4-835! 4-845] 4-851] 4-857] 4-863] 4:864 | 4-814 | MEAN. | 5+237) 5°232| 5-229] 5+223) 5-223] 5-226) 5-229] 5-231] 5-232) 5-234) 5-237| 5-241} 5-243) 5-241] 5-238] 5-234) 5-234) 5-234) 5-236] 5-239) 5-237) 5:237| 5-235) 5-233 | 5-234 BAROMETER. ReEpucED To 32°. 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. OCTOBER 1892. Ins. | Ins. | Ins. | Ins. | Ins. | Ins, | Ins. | Ins. | Ins.} Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | ms. | Ins. | Ins. | — 1 | 4:858) 4-858) 4-855) 4-332] 4-$32 4-835) 4-846) 4-841) 4-851] 4-844! 4-854! 4-864] 4-860] 4-865! 4-868] 4-867] 4-874] 4-886] 4-894] 4-904] 4-907] 4-918) 4-929] 4-931 | 4-869 2 | 4-940) 4-939) 4-946] 4-960) 4-964) 4-972) 4-986) 4-998) 5-002] 4-993] 5-008) 5-014} 5-013} 5-026] 5-031] 5-035] 5-045) 5-062 5-084) 5-099) 5-111) 5-121) 5-133] 5-148 | 5-026 3 | 5'167| 5179) 5-192! 5-204) 5-223, 5-232) 5-241] 5-256) 5-260) 5:266) 5-273. 5-273] 5-272| 5-268) 5-261] 5-265] 5-263] 5-250] 5-234] 5-234] 5-205] 5-219] 5-209] 5-218 | 5-236 4 | 5:207| 5-199] 5-191) 5182) 5-172) 5173) 5-172) 5-172) 5-167] 5-170) 5169) 5:173] 5-174) 5°176| 5°172| 5-170) 5°172| 5-172] 5-161) 5-157] 5-149] 5-135] 5-120) 5-100 | 5-167 5 | 5-078) 5-055) 5-025] 4-997) 4-978} 4-958] 4-938] 4-920] 4-898] 4-857) 4-820) 4-794] 4-759) 4:708| 4°668] 4-629] 4-612) 4-595] 4:575| 4:545] 4-551| 4-559! 4-563) 4-570 | 4°77 6 | 4:575) 4-591) 4-605) 4-628) 4-650) 4-670] 4:685| 4-699) 4-714] 4-717] 4°729) 4-737] 4-743] 4-751) 4749] 4-759] 4-764 4-768] 4-769] 4-778] 4-778] 4-779] 4-780] 4-776 | 4-716 7 | 4°759| 4-752] 4-743} 4-741) 4-737| 4-743) 4-744] 4-755) 4-753) 4-755! 4-765 4-784] 4-788) 4-787| 4-806] 4:817| 4-818] 4-835] 4-839] 4-847] 4-845] 4-850] 4-847| 4-858 | 4-790 8 | 4-840] 4-843] 4-849) 4-856] 4-869] 4-876] 4-872) 4-896] 4-906| 4-911| 4-914] 4-914] 4-903] 4-898] 4-889) 4-880] 4-875] 4-855] 4-834] 4-790) 4-755] 4-694] 4-654] 4-619 | 4-841 9 | 4:552| 4:527| 4-479) 4-441) 4-409] 4-404) 4-409] 4-433) 4-455] 4-478] 4-488) 4-516] 4-564] 4-602 4-641] 4-688] 4-723] 4-757] 4°796| 4-828] 4-865] 4-899] 4-926] 4-945 | 4-617 10 | 4-949) 4-974) 4-987) 4-992) 5-006) 5-038) 5:070| 5-091] 5-103] 5-122) 5-144) 5-180) 5-195] 5-206] 5-220) 5-232] 5-246) 5-269) 5-286] 5-298) 5-313] 5318] 5-334] 5°357 15164. 11 | 5:369) 5:371| 5-385) 5-407] 5-424) 5-433] 5-441) 5-482) 5-493) 5-512] 5:520) 5-523) 5-528) 5-531) 5°531| 5:527| 5:528| 5-537| 5:547| 5548) 5-550) 5-553] 5-554] 5-550 | 5-494 | 12 | 5°549) 5°547| 5-550) 5:554) 5-557] 5-572! 5:577| 5586! 5-595 5-604] 5-608) 5-623" 5-624) 5-628) 5-622! 5-622! 5-624! 5-636] 5-646! 5-631) 5-637) 5-643 5-645] 5-633 | 5605 13 | 5°641) 5°634) 5-623) 5°612) 5-611) 5-607| 5-611) 5°607| 5-614] 5:617| 5-618 5°619] 5-611) 5°600) 5-589) 5-571] 5581 5585] 5-583) 5-592) 5-581] 5-584) 5-593] 5-601 | 5-604 14 | 5-609] 5°604) 5-594) 5-608) 5-598) 5:607| 5-614) 5-620 5-626] 5-621] 5-607 5:611] 5:612 5°581| 5:579) 5:563| 5°573, 5:560| 5553) 5-545] 5-551] 5-552] 5549] 5-541 | 5-587 15 | 5524) 5532) 5501) 5505) 5512, 5-532| 5527) 5530 5°519| 5526] 5522 5°29) 5°510| 5-495) 5-501) 5-483) 5-472) 5-480) 5-473) 5-468) 5-463] 5-465) 5-450| 5-451 | 5°499 16 | 5-431] 5-440) 5:416 5-398) 5-399) 5:391| 5-400) 5-383) 5-389] 5-392) 5-407) 5-406] 5-403] 5:407| 5-414) 5-428] 5-404) 5-437] 5-451) 5-455] 5-461! 5-467) 5-467| 5-467 | 5-421 17 | 5-480) 5-478) 5-474) 5-474) 5-478) 5-481) 5-477| 5-494] 5-509] 5-522] 5-522) 5-546) 5-546] 5:553) 5:552! 5-565) 5°73) 5:585| 5593) 5-606] 5-621] 5-618] 5-626) 5-638 | 5-54, 18 | 5-644) 5:645) 5-654) 5-658) 5-667] 5°673] 5-682) 5-687| 5-694] 5-694! 5-700) 5-702) 5-706| 5-699) 5:692] 5-684) 5-676] 5:6721 5670) 5:664] 5-661] 5-647| 5-641) 5-630 | 5:673 19 | 5-622) 5-618) 5-594 5-586 5-581) 5:567| 5°567| 5-565) 5-543] 5:537| 5-545) 5:42) 5-544) 5-542) 5°542) 5°537| 5-542! 5-545] 5-544] 5-541] 5-529) 5-525] 55211 5-511 | 5 -bbd 20 | 5:507| 5-498) 5-476) 5-459) 5-444) 5-436] 5-432) 5-430) 5-421] 5-418] 5-400) 5:398] 5-388] 5:371) 5°358] 5°337| 5°326| 5-306] 5-291) 5-274] 5-260) 5-236] 5-221) 5-202 | 5-370 21 | 5°178) 5-161 5143) 5°135) 5-130) 5-124] 5-118) 5-119) 5-115} 5116] 5-117) 5-115) 5-117) 5°112) 5-127] 5-108) 5-091] 5-097; 5-090) 5:11) 5-127] 5-199} 5-155) 5-166 4 5-128 22 | 5-154) 5-152! 5-149) 5°127| 5-127] 5-112| 5-104] 5-099) 5-082) 5-071) 5:057| 5-049] 5-044] 5-028) 5-018 5-003} 5:001| 4-990] 4-976] 4-966] 4-976) 4-973] 4-968] 4:967 | 5-050 23. | 4-955] 4-960] 4-962) 4-982] 4-985] 4-996] 4-984] 5-007] 4-991] 4-993] 5:001| 4-998] 5-011! 5-013) 5-023) 5-009] 5-023] 5-027] 5-036] 5-053] 5-059] 5-048] 5-053] 5-062 1 5-010 | 24 | 5-069) 5°102| 5-109) 5-114) 5128) 5-143} 5-153) 5-166 5-177| 5-186] 5°184| 5-196] 5°197| 5-203) 5-208) 5-210] 5-221) 5-229] 5-228) 5-226) 5-230) 5-235] 5-234| 5-237 | 5-188 25 | 5*234) 5:234] 5-229) 5-225] 5-229] 5:227| 5-223) 5-236) 5-240] 5-248) 5-254) 5-258) 5-262] 5-263) 5-262) 5-261] 5-264] 5-281) 5-288) 5-295] 5-297) 5:304] 5-312) 5-316 | 5-260 26 | 5821) 5324) 5-325) 5-326) 5330) 5-323] 5-327) 5-334) 5-331| 5-313] 5-315] 5-302] 5-293] 5-276] 5-261) 5-238) 5:215] 5-196] 5°158) 5-132] 5-061] 5-023) 4-957] 4-943 | 5-284 | 27 | 4°873) 4838) 4-799] 4-764] 4-784] 4-802] 4-786] 4-792! 4-778] 4-793] 4-780] 4-778] 4-780] 4-778] 4:78] 4:73] 4°759| 4:757| 4:747| 4-742] 4-727] 4-693] 4-666] 4-610 4 4-76 | 28 | 4570) 4°537) 4-530) 4512) 4-518] 4-527| 4-547) 4-572) 4-581) 4-592! 4-605] 4-615] 4-620] 4-625] 4-628] 4-632! 4-643) 4-655] 4-661! 4-662] 4-663] 4-661] 4-652] 4°640 | 4-602 | 29 | 4°637| 4-630) 4-614] 4-600) 4°598} 4-588) 4-578) 4-573) 4°571| 4:570| 4°575| 4571] 4-580) 4°590] 4-609] 4-644] 4-662] 4-698] 4-722) 4-752) 4-782] 4-805] 4:817| 4-836 | 4-650 | 30 | 4857) 4°863 4873] 4-883) 4-902] 4-915] 4-926) 4-935) 4-946] 4-955] 4-968) 4-965] 4-966] 4-979] 4-989] 5-004] 5-022) 5-030) 5-026) 5-032) 5-037| 5-046) 5-050) 5-050 | 4-967 | 31 | 5°053] 5:055) 5-055) 5-052] 5-064] 5-067| 5-080) 5-090! 5-094) 5:105| 5-112] 5-119] 5121) 5°135] 5°143} 5°155] 5°165) 5-175) 5:186) 5-193) 5-201) 5-205] 5-209] 5-212 | 5-127. MeAN. 5136 5°134 5°127/ 5-123, 5126) 5-130) 5°133, 5-141 5143) 5-145) 5°148) 5°152] 5-153) 5-151) 5°153) 5°151) 5153 5-159) 5°159/ 5160) 5160] 5-160] 5*156| 5154 | 5-146 | | BAROMETER. CONIA oP whwe 10 COONS OF WW FORT-WILLIAM OBSERVATORY. REDUCED TO 32° AND SEA LEVEL. 2 Ins. 9583 9°408 2| 9°422) 0°026 0:226 0:067 9°943 0:035) 9-936 §°860 9-900 9°841 9°522 9-896 9°721 9°312 9888 9°811 9°605 0:028 0-292 0°354 07180 9°577 9449) 3 Ins. 9°576 9°385 9°444) 9-458 0044 0:217 0-080 9°914 0:039 9°922 9°863 9-878 9°834 9-496 9°896 9-744 9278 9-910 9°787 9°593 0:039 0°289 0°350 0174 9587 9°433 9°692 9-264 9-401 9:223 9:2738 9°754 29 72 02 53 9°582 | 9°422 | 9-684 9°196 9-494 9°280 9-748 | 9°203 | 9°283 9°753 9°600, 9-432, 9-688, 9-610 9-412 9°684 2) 0°125 3) 9694 5) 0°142 2) 0335 2) 0-072 9 11 Ins. 9°453 9°335 9°506 0178 07164 9°834 0:068 9-901 9°92] 9°820 9°813 9°551 9°887 9-238 0-001 9°733 9°692 0°361 9°619 9-438 5] 9518 Ins. 9°455 9°342 9°544 0:190 0'145 07124 9°869 0:046 9°896 9:948 9°817| 9°803 9°813) 9°813 9°588 9°615 9-871] 9°856 9695) 9:694 9-210 9:196 0:007, 9°992 9°724 9°716 9-711! 9°721 07148 0:160 0°329 0°318 0°349 0°335 0-032) 0:010 9-639) 9°640 9-450) 9°460 9°67) 9°666 9°187) 9°185 9519 9-229 9°312 9-232 316 9°762) 9°760 9°345] 9°322 9°591} 9-624 0°197] 0-198) 0-2 07142) 0-120) 0- 0°128] 0:127| 0-126 9882} 9°891) 0-044) 0:044 9-900} 9:898 9-961} 9°962 9-804] 9-794 9-795] 9-782 9°6541 9°680 9845) 9°837 9°684]} 9-665 9-208] 9:219 9-991} 9:983 9°712) 9-704 9-754] 9°74 0:155j 0-158 0-308} 0°300 0°325] 0°307 9-984] 9-944 9°654] 9°654 9-476} 9°497 9°664] 9°619 9-200] 9°194 9°509} 9°503 9-234] 9°229 9°316] 9°314 9-764] 9°760 FIRST FIGURE OMITTED. | 9°965 52) 9°730 3) 9816 7| 9°959 2) 9°704 3} 07161 7| 0'288 5 9°866 333 SEPTEMBER 1892. 15 Ins. 9°456 9°325 9°703 0204 0:090 0111 9-910 0-026 9°87 9-788 9°745 9-623 9°256 9°836 0:293 9°620 9°601 9°209 9°500 9:23] 304 9r: 9°760 2| 9528 | 9°46 9173 (9-485 (9-234 9-294 9°754 16 Ins. 9-467 9°329 9°734 0:087 07108 9-918 0:019 9879 9-960 9°792 9-700 9°768 9-796 9°601 9:270 9936 9-704 9°849 0165 0:290 0:277 9°823 9616 9:558 9°505 9°151 9:478 9-236 9-292 9°751 0-211) 0° 9°778 9°688 9°791 9-774 9:569 9°309 Ww BEE Ad OLAGG WIS NWI OS 2 DOOOOS OO ~y e Ke) | | 9°347 3 9°7 93) 3) 9°947 19 | 18 | Ins. 9-467 9-356 9-826 0-232) 0-238 0:070) 0-054: 0:095) 0-081 | 9-963 9-995 9-832) 2) 9-957 9-803 9-661 9:847 9-775) 9-519) 9-419 9-884 9-681 9-923 0°197 0°312 0:276| 9-750 9-562 9-622 9-399 9-182 9-443 9-265 9-311 9-753} 9°754 Ins. 9-468 0-002 20 | 21 Ins. | Ins. 9-463] 9-461 9°376} 9°369 9°893] 9-932 0-258) 0:257 0-047] 0:040 0056] 0:037 0-003) 0-013 9°987| 9-985) 9°822! 9°833 9-945) 9-938 9-818} 9°826 9°632| 9-617 9-882) 9-900 9°762) 9°759 9-462) 9:427 9°626) 9-706 9°862) 9°847 9-657] 9°643 9963) 9-975 0-223) 0:240 0°335] 0:339 0°269) 0:254 9°704! 9-674 9°542) 9-522 9°656| 9°673 9°332) 9°307 9°209] 9-245 9°383) 9°362 9282) 9:285 9°336} 9°344 9-760 DE Ths. 9-465 9°37] 9°873 0-248 0:052 0:077 9-988 0-001 9°825 9-961 9°814 9-655 9876 9-767 9-508 9522 9876 9°677 9:947 0:221 07326 0:277 9-734 9549 9°644 9°351 9-188 9°419 9:279 9-324 9:760 $760 23 Ins. 9°451 9-365 9°945 0:246 0:036 0-014: 0-020 9:971 9°834 9929 9-829 9°601 9°894. 9:749 9°393 9°759 9°833 9°636 9-990 0°257 0°344 0:238 9-674 2-501 9°695 Mid night. Ins. 9°437 9°364 9-983 0°244 0-042 9-996 0-030 9-961 9°846 9919 9°832 9577 9°897 9°758 9°358 9°817 9°830 9°628 0:002 0-269 0°349 0°231 9°644 9-490 9-700 9307 9-319 9°309 9275 9-360 9°759 Mean. Ins. 9°485 9°356 9°650 0171 0127 0-089 9°921 0:028 9-882 9°925 9°827 9°745 9-680 9°833 9-621 9°360 9-928 9717 9°79 0°149 0°311 0311 9:937 9-590 9°522 BAROMETER. Ins. 9°362 9-444 9°725 9°700 9553 9-023 9-236 9°416 8°953 9°517 9991 Ins. 9°358 9439 9-714 9-714 9577 9-009 9°244 9-409 8974 9°497 9987 0-225) 0:223 0°281) 0:275 0:215} 0-209 0:146} 0°138 0°107} 0°103 0:162) 0°167 07352) 0°356 0-301] 0:293 07145) 0°186 9-796] 9°786 9-805} 9-798 9°585] 9°592 9-739) 9°746 9-913} 9-908 9-990} 9-992 9-520) 9-470 8-974) 8-936 9-004) 8-991 9°371] 9°386 9600) 9°62] MxEan,| 9°715] 9°711 Ins. 9°364 9-450) 9° 9°734 9: 9691) 9°6 9-519) 9: 9:029 9-222 9-419 8911 9°543 0:000 0:220 0:265 0-212 07118 0:102 0:166 0°363 0:263 0-109 9-769 9-790 9587 9-748 9910 9-992 9-408 $:907 8-975 9°394 9-606) 9° 9-703 9-701 REDUCED TO 32° AND SEA LEVEL. Ins. 9361 9-480 9°75 9-672 9°453 97105 5] 9°220 9-452 8°834 9°607 0-050) 0-246 0°255 0°225 7| 0123) 0-060) 0178 0°381 0-211 0:064 9-746 9°756 9°610 9-789 9-913 9-988 9°308 8°897 8-945 9°434 3] 9°634 Ins. 9°364 9-493 9°786 9°675 9°433 97120 9-224 9°454 8853 9°635 0:073 0:253 0-260 0:231 07132 0:070 0-191 07388) 07195 0:065 9°747 9°740 9-606 9°808 9-919 9-992 9:272 8-917 8942 9°457 9-644 9-702 9°708 Ins. 9°358 9509 9-802 9680 9°415 9136 9-230 9-461 8893 9-661 0:094 0:270 0-259) 0232 07157 0:068 0-208 0-400 07187 0:060 9°745 9-732 9-620: 9°824 9-733 0-001 9:275 8-944 8944 9-467 9°661 Ins. 9°369 9°517 9°810 9°677 9°386 9145 9-235 9°472 8913 9°677 07110 0:268 0253 0234 07155 0:069 0219 0-404 0181 0049 9-739 9-721 9-623 9°835 9-930 0-001 9-263 8°955 8-940 9:473 9-669 Ins. 9°362 9-522 9°818 9-660 9°321 O77 9244 9°471 8-961 9-721 0131 0-258 5] 0244 Ins. 9°358 9:514 9°817 9°670 9°356 9:159 9238 9°475 8-935 9°693 9°717| 9°719) 9°721} 9°720 Ins. } Ins. 9°367] 9°359 9°526] 9°532 98141 9-805 9-655] 9:°653 9-286] 9°234 9°185} 9:184 9256] 9°269 9°471] 9°458 9-018} 9:060 9-745} 9°763 0135} 0142 0°258] 0263 0239] 0°229 OOS BHAADA SHWNS BDOWOEA NBNON BNO SAN OW ES HAN WS 2) 8-996 Ins. 9°358 9°550 9-792 9664 9179 9°194 9278 9°448 9-097 9-781 0148 0-269 0:218 0°182 0132 0:085 0°232 0:376 0161 9:970 9°726 9°655 9°629 9-843 9-919 9-918 9:227 8-979 97520 9°716 Ins. | 9°359 9°554 9°784 9°657 9:137 9°197 9-288 9°447 9°128 9-797 0:142 0253 0:223 0168 07126 0:096 0:231 0°369 07156 9-954 9-728 9°647 9-640 9-845 9917 9°890 I AH SS) 9717 0} 9°005 Ins. 9°361 9-556 9°787 9°654 9-090 9:210 9°308 9°428 9°167 9°813 07142 0°258 0218 07168 07115 0096 0°239 0°367 07155 9°936 9-737 9-641 9°646 9-852 9°917 9°869 9°194 9-060 9°540 9°736 FIRST FIGURE OMITTED. OCTOBER 1892. Ins. 9°359 9562) 9779 9-660 9-061 9-215 9°317 9-411 9-199 9829 07155 0-258 0220 07170 07116 0-108 0:252 0°367 0163 9-923 9°750 9°650 9-646 9°866 9-930 9°832 9:187 9:011 9°103 9°558 9°748 9-718 9-728 Ins. 9°378 9602 9°758 9°654 8993 9:236 9°357 9-359 9°284 9-886 0°188 0°278 0°223 0174 0:130 0:134 0°285 0°368 0°185 9°888 9-780 9:626 Ins. 9°371 9:588 9°776 9°662 9-033 9-230 3340 9°395 9:247 9°866 0170 0:272 0:226 0-172 07122 07118 0:267 0:371 07180 9:903 9°769 9-640 9°653 9°885 9942 9-818 9°183 9:025 9°150 9-560 9°755 9°732 Ins. 9-409 9°647 9-739 9630 8968 9:258 9388 9°167 9°397 9:933 0201 0284 0206 0176 07129 07163 0334 07346 0175 9°834 9°823 9-604 9-710 9-911 9985 9°656 9-102 9:025 9-293 9593 9-808 Ins. | Ins. 9385) 9°389 9625) 9°636 9°760 9-748 9°44 9°638 8:975| 8-969 9-249, 9:259 9°364 9378 9°308, 9:247 9328) 9-364 9-901| 9-921 07192) 0:198 0°282) 0-284 0-220) 0:209 0°175) 0-181 0°136) 07143 0-154) 0°158 0°309) 0°325 0°366} 0°362 07184) 0°181 9°869) 9°854 9-802} 9°815 9-621} 9°611 9°680) 9°698 9-895) 9:907 9:973) 9°981 9°740) 9:697 9°155} 9°1385 9-028) 9:025 9°234) 9°265 9°584| 9:588 9°788) 9°801 Ins. 9-421 9-670 9°726 9-620 8974 9262 9°396 9-092 9-430 9°943 0:213 0:278 0203 07157 07122 0:167 0340 0329 0-166 9°819 9-820 9°595 9°720 9:913 9:987 9°612 9:083 9-022 9°318 9°584. 9-809 | 9°740) 9-741] 9°739 9°736 Ins. 9°436 9-694 9°724 9-603 8982 9°254 9-407 9:017 9-464 9-971 0222 0283 0-208 0-148 07121 07164 0°353 0°310 0-159 9°810 9814 9592 9°729 9:919 Ins. 9°372 9°543 9°770 9-662 9°244 9166 9+286 9°381 9-089 9°744 0°120 0-258 0-237 0-196 0-133 0100 0°237 0371 07194 9-984 9-763 9688 9°639 9°837 9936 9-885 9°246 8-976 9:058 9°502 9°704 9°720 354 BEN NEVIS OBSERVATORY. BAROMETER. Repucep To 32°. 4407 FEET ABOVE SEA LEVEL. FIRST FIGURE OMITTED. NOVEMBER 1892. 1 2 3 4 5 6 7 8 9 ) [fale Wy ate Te | OG a7 SPO DON PD INS 22 ee Sent Mean. Ins. | Ins. | Ins. | Ins. Ins. | Ins. | Ins. | lus. | Ins, | Ins. | Ins. Ins. _ | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. u 5213 5-215 5°223 5°230 5°233 5235) 5°242| 5-247| 5256] 5°265) 5:277| 5°27 9) 5-272! 5:267| 5°251| 5°245) 5-235] 5:247| 5-243) 5:235) 5:234 5-215] 5205} 5°199 | 5°240 2 5191 5176 5147 5-132 5°120 5092) 5-065] 5051) 5-012] 5-011] 4-938] 4-907] 4-886] 4°857| 4°833| 4°860| 4-879] 4°883] 4-873] 4885) 4°885 4+885] 4880] 4°877 | 4°972 3 4°862 £838 4°819 4779 4°743] 4°675| 4°723] 4°775| 4:819] 4°834] 4:861| 4-889] 4-949] 4-953] 4-973] 4-995] 5:027| 5-036] 5-056) 5-060) 5°069 5-063] 5:032] 5°034 | 4911 4 4°995 4-996 4915 4917 4°896] 4-855] 4°857| 4-872] 4:888] 4:941] 4-947] 4-957] 4-962 4-979] 4-966] 4-971) 4-981] 4-985] 4-974] 4-963) 4°963 4:G66] 4°952} 4°948 | 4:944 5 | 4-967] 4:957| 4-961] 4-951] 4-947 4-955] 4-953] 4-950] 4-938] 4-967| 4-996] 5-006] 5-023] 5-025] 5-041) 5-041] 5-059] 5-086] 5-094] 5-113) 5180 5:142] 5154] 5°152 | 5°025 6 5164 5174 5181 5192 5-200] 5-211] 5-223] 5-239] 5:257| 5-269] 5-274] 5-284] 5-288] 5-298] 5:311| 5:335] 5°348] 5:365] 5'373] 5°381) 5°394 5:412| 5:425] 5-426 | 5°293 7 5-424 5-434 5°445) 5°453) 5:467| 5-479) 5°493) 5507] 5°516] 5°513) 5°510) 5-496} 5:492) 5-489) 5-477 5-468] 5-468) 5:466| 5:447| 5418] 5-418) 5°394) 5-405] 5397 | 5-462 8 5°363 5304 5361 5342 5°352 5:371| 5°369] 5°373| 5°367| 5°355| 5°346] 5341) 5:333) 5°321| 5:311| 5:307| 5°314] 5°318) 5°316] 5°314| 5°305) 5-293) 5-308) 5-324 5335 | 9 5°312 5313 5312 5321 5325 5328] 5°325| 5333] 5336] 5°340] 5°342| 5-342) 5-340] 5-344] 5-352] 5362) 5:366] 5°376] 5:382| 5387) 5°394] 5:386) 5°389) 5389 5350 | 10 | 5°385| 5-386) 5-385] 5-392| 5-389] 5-388) 5394] 5-386) 5-405] 5-395] 5-404) 5-403] 5-398] 5-397] 5-380] 5°387| 5°395| 5°399] 5-388] 5°398| 5389) 5386) 5°377| 5-369 | 5391 11 5362 5359 5°344] 5°344) 5:346} 5°343) 5-360) 5367] 5:371) 5°380 5:369| 5385) 5°367| 5:374| 5381] 5°389] 5°397| 5:396| 5383] 5381] 5°387| 5°386] 5°379] 5-379 | 5°372 12 5363 5'364 5°358] 5°335) 5°327] 5°324) 5°320] 5°312) 5300} 5:284) 5-276) 5263) 5-220 5*190| 5-181] 5:160] 5:166] 5°145| 5-098] 5°103) 5-100} 5:123] 5139] 5:1387 | 5°223 13 | 5138) 5138} 5°137| 5135 5°135 5°140| 5:136] 5°139] 5:136] 5°138] 5°137| 5-130} 5-120] 5:110) 5°107| 5-113] 5:115} 5-123) 57128) 5-132) 5°129 5-130] 5°130| 5:122 | 5-130 14 5118 5-118 5111 5°11] 5-088) 5-077] 5-068} 5-053) 5-043) 5-026 5-008] 4-946) 4-888) 4-888] 4:862] 4:850] 4:852] 4-855] 4-818] 4-810] 4-777] 4:764] 4-764] 4-742 | 4°943 15 | 4733] 4-716] 4-708] 4-712) 4-726] 4-727] 4-758] 4-826] 4-871] 4-906] 4-919] 4-955 4-972] 5-000] 5-018] 5-051] 5-083] 5-105] 5-116) 5°127| 5°141] 5-153) 5-162) 5166 4-944 16 57167 5166 5173 5173 5175 5°182) 5°188] 5°197| 5206) 5-213) 5-212) 5:215) 5:217) 5:223 5-233] 5:255| 5-261] 5-270] 5:285] 5-288] 5°297| 5°302] 5-313] 5-319 | 5-230 17 5318 5°319] 5°326) 5°326) 5°320} 5°332] 5326] 5-341) 5:339 5:33] 5342! 53349 5:36) 5:319| 5°321| 5°322] 5°318) 5313] 5301] 5296] 5°301| 5°297| 5-290) 5-294 | 5-319 18 5-289 5°275) 5°271) 5:268) 5-254) 5243) 5-243) 5:248) 5°248) 5-238) 5-227] 5-220) 5-217) 5212 5-202] 5:197| 5°186] 5°187| 5°187| 5°170| 5°168) 5°150| 5:143} 5-128 | 5°215 19 5-116 5°105 5-099 5-069] 5:068} 5:071) 5-068} 5-069) 5-063 5-065) 5-072] 50824 5:085| 5095] 5°107| 5125] 5-141] 5°157| 5°170] 5-184] 5°195| 5°210) 5-217 5°227 | 5-119 20 | 5-238] 5-252) 5:259| 5-264] 5-283] 5-303] 5:318] 5:30] 5-341) 5344] 5-356] 5-380] 5:376) 5°387| 5:406] 5:41 8] 5-444] 5-456) 5°470) 5°507) 5°531 5:543)| 5°564| 5°577 | 5°389 21 5°91 5°601) 5°615 5°620 5°624 5°646 5*655| 5:670) 5°686| 5695) 5°702) 5-711) 5-712] 5-709] 5°712| 5-716] 5-719] 5°728| 5-723] 5-721| 5-716) 5°728) 5-729) 5-726 | 5-686 22 5727 5: 732 5-724 5723 5730 5*713] 5°728] 5°729| 5°726| 5°737| 5°743) 5°738] 6749) 5:737| 5°736] 5°741| 5-733) 5°735] 5°70] 5°725) 5-723) 5-719) 5-725) 5-718 5730 23° | 5711 5°706 5°704 5°696 5*692] 5°684) 5°681) 5°684) 5689) 5-690) 5-682) 5°673) 5665 5:658| 5°657| 5°644] 5°642| 5:651| 5-629] 5:626] 5:619| 5°610| 5595] 5-594 | 5-662 24 5*580 5574 5°565 5°54 5°547 5541] 5:542! 5-542) 5544] 5549] 5°543] 5:545) 5-540) 5°538| 5°537| 5°539| 5-542] 5:546] 5-550| 5°553) 5554) 5°552 5-551) 5°547 | 5:549 25 | 5548] 5°540| 5-534] 5°522| 5-513] 5-503] 5-506) 5-503] 5-494] 5-488] 5-487] 5-474] 5-467| 5°456| 5-449] 5-443] 5-437) 5:414| 5-419] 5-415] 5°407| 5388) 5383) 5-361 5°465 26 5°358 5:37 5*360 5° 327| 5°314] 5°289) 5°290} 5°275) 5°272| 5°284) 5-293) 5:31.41 5-328) 5°342 5-365) 5-393] 5-429] 5:455| 5-480) 5°504| 5°517| 5:523] 5530] 5-534 | 5-381 27 5°541] 5539 5°42) 5545] 5°55) 5°547| 5:56] 5°DH1| 5°558) 5°559| 5-562) 5-564) 5-566) 5:59] 5°562| 5-579] 5:577| 5°88] 5°569| 5-571) 5°567| 5°551) 5521) 5-514 | 5-056 28 5°508 5486) 5°474) 5-444) 5:425) 5-425) 5-420) 5-428) 5-428) 5-409) 5:368) 5362} 5:333 5282) 5-271] 5:207| 5°177| 5137) 5°103| 5:070| 5:041| 5:071| 5-029] 5-030 } 5-289 29 | 5:017) 4°955) 5023 5-042 5-048 5:076| 5:084] 5-094] 5-096) 5-097) 5083) 5058) 5-047] 5-010] 5-020] 5-013] 5-001] 4-972) 4-986] 5-005} 4-998) 5-017] 5-007) 5033 5033 30 | 5:055| 5-072] 5°117| 5-156] 5-178] 5-218] 5-250] 5-279] 5-295] 5-338] 5°352| 5-354] 5°342| 5-327] 5-325] 5-324] 5-310] 5-307] 5-290] 5:290| 5-280] 5-279) 5-269) 5-267 | 5-261 Mran,| 5°278] 5-274] 5-273] 5-269] 5-267| 5-266] 5-271] 5-279] 5-283] 5-289] 5-288] 5-287] 5:282| 5-278) 5°278| 5-282) 5:287| 5-290 5-286] 5-288] 5:288) 5:288) 5-286) 5-284 5281 | BAROMETER. Repucep To 32°. 4407 reer ABOVE SEA LEVEL. First FIGURE OMITTED. DECEMBER 1892. Ins, Ins. Ths. Ins. | Tus. | Ins. Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. | Ins. }| Ins. 5252) 5°230 5°212; 5198 5-191 5162 5'162| 5°161| 5:171| 5°177| 5°189| 5°190) 5-187. 5:183] 5°181] 5-195] 5°21 1) 5:227| 5-236] 5°240) 5248 5-254! 5-268) 5-292 | 5-209 5°303 5*320| 5°333) 5°354) 5366. 5°379| 5°387| 5:395| 5:401| 5-406] 5-409) 5-401] 5:381 5-366) 5°353| 5334] 5-320) 5°321| 3°281| 5:26] 5:230 5°180| 5°167| 5°124 | 5324 5092) 5051 5-015 4981) 4:942 4-907 4868 4:851| 4-799| 4-746] 4°750) 4743] 4:703, 4-679] 4°635| 4-656] 4-649] 4°650] 4°643) 4-646] 4-653 4-664) 4°673 4°682 | 4°778 4°683 4°698 4°714| 4-737, 4°749 4°770) 4°793) 4°814| 4°818) 4:824] 4-852) 4-846] 4-836, 4°851) 4-862] 4°884] 4-889) 4-912) 4:902 4-921] 4930 4:937| 4:947| 4:953 | 4°838 4°958) 4954) 4°951 aa aoe EN 4-915) 4°925) 4-936) 4°930) 4-943] 4-951] 4-942 4-920) 4:854) 4-865) 4-902) 4°969 5:007| 5:019, 5:025, 5030) 5:030| 5:030 | 4°953 | 5-029 5060 5*086 5°103) 5°110) 5°107) 5°107| 5°117) 5°114) 5-131] 5148) 5:174 5183) 5170) 5:237| 5238] 5:276] 5:286] 5:295) 5°341 5351 5-388] 5:398| 5:424 | 5-203 5°437) 5-451 5-462 5°474! 5: "484 5491 5°504 5*515| 5*523) 5°532| 5°53] 5535) 5°34. 5-31! 5534] 5-543) 5°549] 5°548] 5:554) 5°573| B76 5574) 5°570) 5-573 | 5°52 5569 5°67 5'554| 5°544) 5°533) 5°529) 5:509) 5-498) 5490) 5-471) 5-453) 5-420] 5- 375 5*337| 5284] 5:240| 5-210) 5-173) 5°147| 5°134| 5126 5126] 5-120) 5-130 | 5-356 5°159 5°135 5186 5205 5°202) 5°220) 5°234) 5°246) 5°255) 5:278) 5:285) 5°289] 5-282 5306) 5°318 5:321| 5°348) 5:351| 5°344| 5:°357| 5°354 5°351| 5:337| 5°328 | 5-279 5°315) 5°303) 5289 5°266 5*246) 5°230) 5°203) 5°188) 5°151) 5-135] 5°108) 5:0 4-965] 4-914] 4:866| 4:828| 4°796] 4:797] 4:783) 4°773, 4762] 4:732) 4-710 | 5-019 4688 4°667 4642 4-616 4°607| 4°595| 4°587| 4°581)| 4°581) 4585) 4°594) 4:6 | 4597] 4-603] 4°626] 4°641) 4-664) 4°688) 4°706] 4°724) 4°717] 4:714) 4°727 4°639 4°739| 4°742) 4°749| 4°754) 4° 759) 4°764) 4°779) 4:781) 4°800) 4:817 4°833] 4°8 4871] 4:882| 4-894] 4-905] 4:911] 4-925! 4-947| 4-970) 4°987) 5-017) 5-046 4°857 5:2 5 51 Dull 5294) 5:294) 5°304) 5304) 5°301) 5-298 5'202 5! 5°166| 5*179| 5°1 93) 5-212) 5-223] 5-232! 5-235) 5-236) 5°236] 5-234) 5-237 15-183 2 6 Sr acl 9 5-062 5°086) 5°087| 5-102 5" 133) 5°150| 5°172| 5-203) 5-230 3 ‘234| 5°215) 5-184) 5-165 | 5-216 6 8 5°181) 5-197] 5*224] 5-230] 5-276] 5'311| 5°322) 5°354) 5°382| 5-415] 5-430 | 5-247 4 4 9 4. 9 5°163| 51168) 5°166) 5164 5°156, 5°151) 5139] 5-138) 5-146 5*233 5:232| 5+228| 5-221 5: 5213} 5196) 5:192} 5-187) 5182 5 5 5 5*441| 5°453| 5:476) 5° 433 5°476) 5°451) 5:439) 5-424! 5411) 5: 5 5 5 5 SS IaH _ AN Cae oo pies oo ow | | 5*303] 5°303| 5-282) 5*253) 5258) 5:259) 5-250) 5-259) 5°243) 5-261) 5270 5:351 5397] 5*385| 5°382| 5°369| 5°34] 5°343) 5:329] 5-292) 5-291) 5-261) 5-232 | 5:333 5'331| 5°332) 5°339| 5°353| 5°348] 5°355| 5°355| 5:362| 5363) 5°365] 5-380 | 5°295 Like 5266) 5°291) 5:304) 5°306) 5°319, 5°327| 5:315) 5°319| 5368 (00) 5°190) 5°188) é 3) 5°371) 5°370) § 5°406) 5°410 94) 5°211 5°245) 5:234) 5-242) 5-271 8) 5°368 5°379) 5°383| 5°384) 5392 3 5°410 5°412) 5-406) 5405) 5-418 7 ieee 5°423) 5°418) 5:408) 5:430! 5~ bee 5°422! 5°425| 5:437| 5°439 5: 6| 5°416) 5°415) 5°413} 5:416 5: 04) 5°300) 5-000 5*302) 5°310 5+ "2 5*289) 5°297| 439] 5°452) 5-470) 5+ 531) 5°537| 5549 *505| 5°492) 5-490 206) 5°207 11) 5°117) 5-122 83] 5°194) 5°211 5381] 5°381| 5393) 5:406| 5:412] 5:415) 5°420) 5°419| 5-418) 5°420) 5-421 | 5394} 5:418| 5420! 5-420) 5:417| 5:426| 5°425| 5:432| 5-429] 5-432) 5-433] 5-433 | 5420 426) 5-421) 5°422! 5:426] 5-427! 5:431| 5-434! 5-431) 5°438) 5-435] 5°432 © 5-429 429 5-433] 5:438) 5-446] 5444] 5:444] 5-440 5-441) 5°440) 5-439] 5-439 | 5:435 391) 5°37] 5°395| 5°393| 5°383] 5°387| 5°370] 5°353) 5°347| 5°342) 5-324 | 5°397 293} 5307) 5'294) 5:287) 5:278) 5278] 5273) 5-273] 5-272) 5-270) 5-269 | 5-205 326] 5:340! 5'349| 5:359| 5372) 5383] 5°394| 5-406) 5-411] 5-420) 5-424 | 5326 5-481] 5:489] 5-493] 5-490] 5:499] 5°510| 5:512) 5:517| 5518] 5-512 | 5°478° 54) 5543) 6°46) 5°541| 5°552| 5°558| 5°563) 5566] 5°70) 5°570| 5-564 | 5545 -497| 5-414] 5*404| 5:390| 5°380 5369] 5°363| 5°345| 5°346| 5-323] 5°310 | 5440 147] 5°144| 5*144) 5-143) 5-140] 5°139| 5°143| 5°137| 5°137| 5°130] 5:128 | 5-180 | 5:15 by 5 HORS ooonNe Srors 5*430| 5-429) § 5°427| 5426 5°432| 5-441] é 3. NWN NPE HH Bee YH NH COBNAD NPWNH CHOON OPWHE Ot i for) ms all 3 “4 “42 “4 23 “4 “3 0 SOU bo ke S SO S100 COMBOW NONAG DEWED Noes 8 Boow Ae ONeH hw orm www 5S SONSOM OUMSNM ME ar _— Go is or — _— So iw) SN 2, o ~) ol OX on 1 o i? 2) 56 2 or rs xn ior G OVe> Pees 2S Ne Fer . 09 5 5B 5: | 5 5°313} 5°304] 5292 5 " 5 5 5 28 36) 23% oS — — te 2 moog pay rs *137| 5°152! 5°151) 5°149} 5°152} 5:150| 5°149) 5°154) 5-155 5] 5160 | 5134 213) 5°230| 5°234| 5242) 5°253| 5°249] 5-259) 5-252) 5:264| 5260) 5-260] 5-218 | 5:225) 5228 5:230, 5234 p87) 5240] 5'239, 5*240) 5-239] 5-289 | 5285 eo pea io 2) or CO i wekeor GVOwOvgr ror NHN OES Fer oc no Si GQVOrSvSrgsrvSt Svorvo9rvg9r or Hep chan we a Soro aa oo AN a oT Ret kt Saws ae o or tS co S AS ANAM St Tr Sr orn rs io 3) S 37 | 447 020} 528) 10 aly XN NEN aS GS Or FPemuns XS 3 = ey wo S co NN OTN HON Ora whew 6 ous rm SAID ed a bast a vA a to eo for) or bo co or o blo we 5-236 5 5234) 5:25 x bo co iS) ou no w = 5°235 [5° 5240 5244! 5: oO me wv) bo Or i) i es) ne Jeet pe ri BAROMETER. REDUCED TO 32° AND SEA LEVEL. FORT-WILLIAM OBSERVATORY. FIRST FIGURE OMITTED. 335 NOVEMBER 1892. 2 Ins. 9°825 9°756 | 9°345 9°551) 9°535 9°448) 9°446 9°705) 9:711 0:025} 0:037 9°965) 9:965 9°842| 9-846 9°963) 9:963 9:947| 9:947 9920} 9:914 9°696} 9-700 9°680) 9:682 9°151) 9°145) 9°754| 9°754 9°931] 9°933 9°842) 9°819 9689) 9°679 5 3 4 Ins. | Ins. | Ins. 9°831| 9°832! 9°837 9°734| 9°723) 9°701 9°322) 9°301) 9°275 9°487| 9°455] 9°427 9-444) 9-438) 9:436 9°719} 9°725] 9°739} 9° 0°047| 0°055 9°955] 9°951 9°842| 9°839 9°961) 9°971 9:937| 9°940 9°892) 9°882 9-700) 9°700 9°672| 9°672 9°145| 9°149 9-758] 9°760 9°931| 9°929 9°815) 9°811 9°665) 9°655 0:065 9°939 9°842 9°965 9°935 9°870 9°704 9°652 9173 9°762 9:925 9°799 9°646 9°840} 9°854 0:206] 0-218 0°393} 0°390 0°357) 0°353 0:246] 0:243 0°208] 0:206 9-973] 9°957 0°156] 0°164 0-094) 0-079 9-581] 9:593 9°729) 9-763 EAN.| 9°861] 9°861 9°862| 9°864 0°232) 0°240 0°382) 0°378 07343) 0°333 0°231) 0°215 0°203) 0°194 9°935) 9:903 0°152| 0°146 0:055) 0:018 9°624) 9°671 9-801) 9°865 9856] 9°854 9°876 0:256 0:382 0°321 0°21] 0:188 9°885 0142 9:994 9671 9°887 9850 b 9-969) 7| 9°927 7| 9°215 7\ 9°651 3| 0°301 Ins, | 3) 9°850, 9°651 | 9°247 9°375) 97434) 9°79 0:091 9°919) 9°830) 9°858 9°708 9°628 9°74 9°923 9°801 9°916 0:293 0°408 0:209 0170 9°858 0148 9:971 9°697 9:949 9°852 Ins. 9°859 9°647 9°265 9°375 9°432 9797 0119 9:907 9-840 9:969 9:939 9-844] 9°836 9°714 9°610 9:283 9:788 9-929 9°813 9°655 9°946 0°317 0:406 0°305 0:215 0174 9°861 07144 9:969 9-709 9-993 9°861 26] 9°353 7| 9°922 2) 9-801 | 0°358 7| 07329 BAROMET ER. REDUCED TO 32° AND SEA LEVEL. HA eel ait 9°884 9°555 Ins. | Ins. | Ins. 9883] 9866, 9°857 9-501] 9° 471) 9°447 9°379, 9-407) 9°443 9-422) 9-432) 9-435 9-515] 9° 527 9°531 9°850] 9°855 9°867 0°103} 0-099, 0:093 9-860] 97850) 9°853 9°893] 9°897| 9:907 9-985] 9:981| 9:973 9-924] 9-912) 9898 9°7 83] 9°771| 9°749 9-698] 9°684| 9:676 9-481} 9°441| 9°399 9-478} 9°508) 9°544 9-801] 9°809) 9-805 9-911] 9°905} 9-891 9-789] 9°777| 9°763 9°652} 9-658] 9°674 9-997] 0-003} 0-023 0°348 0:376 0:293 07195 0:091 9-961 0:129 7| 9°831 9°637 0" “045 0" ‘O41 0°025 9868] 9°863} 9°857 9-416 9°497 9°839 0117 9-882 9-893 9993 9°806 9-706 97513 9-450 9-929 9°803 9°650 9-983 0:397 0°207 07147 9-903 07152 9-929 9°697 0:047, 9°872 18 Ins. 9°842 7| 9:397 9544 2) 9°456 9°605 9-941 0:055 9-840 9-949 9-981 9°926 9-682 9°680 9°287 9-658 7| 9°859 9°877 7| 9°751 9°724 0°103 0°384 0°368 0-281 0-211 0:063 0:065 0:159 9-676 9°639. 9:987 9-866 Ins. | Ins. 9-923) 9°903 0038) 0:064) 9°740) 9°692 9°325| 9°345 9°665} 9°653 9°669} 9°711 0150) 0°163 0°311) 0°302 9-833) 9°864 0:025} 0-001 9:199] 9-170 9-293] 9:299 9°709] 9-749 9°758) 9°736 9808} 9°806 0:074| 0-094 9°822| 9°846 9°741| 9°719 9:975) 9-971 0:021) 0-013 0:063) 0:059 0-029) 0-025 0:075 0-075 0:012) 0-010 9-908) 9-905 0-098) 0°108 0°197} 0°197 0-231) 0°217 9-926} 9:902 9°728) 9°724 9802) 9°810 .| 9°876] 9°875 OoOnmID TP WN Ins. 9°861 0118 9546 9°413 9°637 9°755 07199 0:263 9°897 9933 9-114 9-334 9°819 9°702 ini 9777 0:098 9°874 9746 9:962 0-025 0-043 0-015 0:075 9°984 9-909 0°120 0:207 0°193 9°859 9-712 9°824 9°871 Ins. 9°867 07104 9583 9°391 9°654 9°752 07192 0°289 9°881 9959 9:126 9°321 9°794 9-708 9-780 0°102 9°872 9°712 9:975 0:025 0-047 0-019 0-077 9:994 9-909 0-120 0:205 0:203 Ins. 9°877 0:073 9°640 9°355 9°662 9°735 0174 0°287 9873 9°985 97150 9°315 9777 9-724 9°793 0°102 9°858 9°700 9:972 0:015 0°052 0:021 0:075 0-002) 9°907 0-115 0-207 0:208 9°892) 9°871 9-724) 9°718 9814) 9-820 9:874| 9°873 Ins. 9°835 0'136) 9-498) 9°437) 9°640 9-749) 0:208 0°257 9:927 9°894 9:096) 9: 349 9:849) 9-704) S75 0:086, 9-896 9°75 9989 0:033 0:035 0:017 0:078 9-980 9°914 0°105 0:214 0-176 9°842 9°714 9°834 9872) Ins. 9°833 07152 9-442 9°45] 9°640 9°751 0-210 0-243 9:949 9°857 9:086 9°361 9°873 9-680 9°747 0:066 9-908 9°770 9:991 0:037 0:027 0:021 0:077 9-980 9:921 0°135 0:215 0171 9°832 9°716 9848 9°871 Ins. 9°837 015 9402 9-479 9°636 9°755 0:228 0:227 9:973 9°825 9:070 9375 9897 9680 9°759 0:032 9-920 9°787 9:997 0:045 0:031 0:027 0-085 | 9°984 9°942 0:164 0:233 0168 9°837 9°724 9°874 9°876 Ins. | Ins. 9°841) 9°857 6] 0°155) 0168 9°345) 9:271 9°497| 9°501 9°645) 9°642 9-760 9°779 0:234/ 0°254 0:207| 0185 9-986) 0:001 9°783) AE 0°176 0:242 | 0-159 5} 9°802 9°744 9°899 9881 Ins. 9-872 0° 138 Ins. 9°870 0148 Ins. 9°874 0-163) Ins. 9°874 0173 9°318 9512 9°644 9-800 0°255 07165 0:017 9-704 9°308] 9:284 9-500} 9°504 9-643 9-623 Ins. 9-864 0- 1 Ins. 9°882 0:094 9-258 9°534 9:471 9-939 3] 0°285 57| 9903 0:049 9°386 97135 3) 9°511 967) 9:977 9°784 97854. 9-838 9-958 9°944 7| 9999 0:051 0:021 0:035 0:066 9-936 9-991 0171 0:230 0:055 9°746 752) 9°752 9-902 9°863 Ins. | Ins. 9-904) 9:928 0-066) 0:052 9244! 9:249 9-548} 9°570 9°561} 9°631 9-961} 9:997 0-291) 0:296 9°853] 9°810 0-065) 0:067 9°338] 9°290 ii ie) a Or Ts Ne) — ~ Th 73| 9°978 90} 9°802 89} 9°936 04] 9°792 36] 9906 57] 9°952 99} 0-002 57 0°063 25} 0-029 rea <= io} Or (oy) = SS SHHbSOH DAIS HE 9- 9: 9: 9: 9: 9: 9: 9: 0" 0" 0" 0-070} 0-060 9-930] 9°935 0:002) 0-020 0°173] 0°171 0:234/ 0°242 0-028) 0:008 9°741| 9°744 9°752) 9°760 9°912) 9932 9°865} 9°870 23 FIRST FIGURE OMITTED. Tns. 9:94] 0-016 9-250 9°582 9°657 0°025 0°301 9-773 0-066 9-288 9-200 9°535 9°956 9°816 9°956 9°784 9-894 9-969 0:007 0:071 0-033 47| 0:0511 0-051 0:058 9-926 0-038 07180 0:243 0:007 9-740 9°767 9°944 9873 Ins. 9°795 5) 9°365 9°575 9-448 9°687 0:023 0:001 9°834 9-969 9979 9932 9°676 3] 9°696 9173 9°744 7| 9°917 9849 yl 9°818 0187 0°398 0°359 0°269) 0:257 O22 9-993 0151 0-115 9°57 9°685 9-951 9870 Mid- Mean, night. Ins. 9°783 9°373 9°559 9°446 9°693 0-026 9-987 9*842 9:977 9:961 9°928 9:690 9°692 9:163 9°754 9-921 9°848 9°705 9°832 0197 0404 0364 0257 0217 9-985 0165 0-097 9-587 9-709 9943 9°870 Ins. 9-841 9-532 9-418 9-438 9-531 9-859 0-064 9-882 9-900 9-973 9:927 9°74 9694 9-447 9°456 9°819 9-899 9°776 9-700 0:010 0329 0°381 0°302 0-214 0-115 9-984 07142 9-840 9-661 9-954 9°862 DECEMBER 1892. Ins. 9:954 9-988 9-274 9°590 9°671 0:054 0°309 9°755 0:073 9-286 9-230 9°559 9:926 9°824 9:978 9°781 9°884 9-964 0:009 0:073 0:033 0:054 0-051 9-926 0:059 0191 0°257 0-011 9°738 9°74 9°958 9:879 Ins. 9994 9°850 9-286 9638 9°672 07109 0°321 9°79 0-053 9:248 9-274 9°647 9°817 9-816 0:062 9-802 9-800 9:975 Ins. | Ins. 9-970) 9-976 9-950) 9°896 9272) 9-274 9-619) 9°634 9°669} 9°669 0:072) 0:098 0°321) 0°313 9°755| 9°71 0-069) 0:067 9°282! 9-268 9-256] 9:272) 9°581] 9°616 9-897] 9°868 9-816] 9°812 0-012) 0:032 9°790} 9°786 9-838] 9:814) 9-961) 9-975 0-009} 0-011) 0:019 0:071] 0-071) 0:069 7| 0:037 7| 0:075 0:019 9-914 0:098 0:207 0:256 9:965 9°728 9°789 9-980 9-881 Ins, 0°022 9°796 9:316 9°654 9-666 0°137 0313 9-803 0-045 9-225 9282 9-697 9-786 9°812 0-071 9-813 9°767 9-980 0-022 0-071 0-035 0-076 0-018 9-912 0-092 0-205 0-245 9-946 9°731 9-800 9-988 9-881 Ins. 9898 0:067 9°375 9°505 9°630 9880 0252 0°046 9994 9603 9-149 9°458 9°890 9°749 9°854 9-936 9°899 9-870 9996 0:050 0:039 0:038 0:067 9-960 9-978 07162 0232 0100 9°793 9°746 9-893 9°875 836 BEN NEVIS OBSERVATORY. TEMPERATURE. Dry AND Wet BULBS. JANUARY: 1892: | 1 2 3 4 5 6 f 8 9 10 11 12 For)|Day. |! Dry. Wet./Dry. Wet./Dry. Wet.|Dry. Wet./Dry. Wet./Dry. Wet.|Dry. Wet./Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.JMax. Min.) 1 | 22-0 22:0 | 21:3 21-3] 21-0 21-0 | 21°3 21-3 | 21°9 21-9) 22-2 29-9) 291 29-1 | 22-1 29-1 | 22°1 22-1 | 22:0 22-0 | 22-0 22-0 | 21°9 21-9} 23-2) 20-9 |) 2 | 24:0 24:0 | 24-1 24°1 | 24:3 24:3 | 25:3 25-3 | 26-1 26-1 | 26:1 26-1 | 26-1 26-1 | 26-8 26°8| 26°8 26-8 | 26:2 26:2 | 27:0 27:0 | 26°38 26°38} 27-0 16-1}! 3 | 14:3 14:3] 13-2 13:1] 12-9 12°9| 183 13:3} 14:3 14°3| 15-2 152/164 16-4] 16°7 16°7|16°3 16°3] 17:0 16°9/17:2 17°2| 167 16°6]17-2 12:9); 4 |142 14:1/15-9 13°9| 14:1 14:1] 13°8 13°8]13°5 13-5)13°5 13°5| 13:3 13:1) 13-5 13°5|130 13:0] 13:5 13:9] 13:9 14:0 | 14:5 14°7} 23-8 13-0 5 | 24-2 24:2) 267 26:2 | 27-1 27:1 | 27-9 27-9 | 28-2 28-0 | 28-5 28-1 | 28-0 28-0 | 28-2 28-1] 27'S 27-6 | 26:7 26°6 | 26-0 26:0 | 24:0 24:0] 28°5 14:8} 6 | 14:2 14:2) 12:0 12:0} 11:1 11:1) 10:3 10-5] 11-7 11:8) 12°5 12°6| 14:2 14:2] 16-5 16°5| 18:3 1871]19:0 18:9|18-°0 18-0] 18-2 18-2]19-0 10:3} 7 | 15:2 15:2) 14:9 14:9] 13°2 13-2) 11°8 11°8/10-7 10:7) 9:9 10:0] 9:1 9:5] 8:8 9:0] 9:3 9:7|10°9 10°9|12°0 12:0) 13-7 13°6]17°9 88)! 8 | 15:0 14:9) 15:0 15:0} 15°1 15°1| 15:1 15-1 | 15:2 15°2| 15-7 15-7] 15-2 15-2) 15-1 15°1)15°5 15:5 | 15:7 15:7 | 15-9 15°9| 167 16-7] 17-4 15°60 9 |15°8 15°9|14:2 14:2] 13-6 14:1 | 13-3 13-3] 11:3 11:3] 10:3 10:3] 10-3 10°6| 10-3 10-6] 11:3 11:3] 11°83 11:9] 11:8 11°8| 10°6 10°8]15°8 10:3}, 10 | 15-0 15:0} 151 15:1} 16-0 16:0) 17-1 17-1} 17-2 17-2) 18:1 17:9] 16-5 16-7} 181 18-1] 17-2 17:2] 18-2 18:1} 183 18-3] 18-9 18-9]19°0 15:0) 11 | 19:2 18:0} 18-0 18:0|17:0 17:1] 19-0 17-0} 20:0 16:9) 17:2 16-9] 18:9 16°5| 17-7 16:0] 15°9 15:1] 17-0 17-0) 17:0 17:1] 18-9 18-94 25-7 15:9) 12 | 26-4 26°3 | 26°3 26:3 | 26°9 27:0 | 27:0 27:0 | 23-9 23-9 | 21-8 21-8] 20-8 20:9] 19-0 19:0]17°5 17°8]16°5 17:0) 15:2 15:6) 151 15:2] 27°0 11% 13° | 15:4 12°0 | 15°5 12:1) 165 13°3] 16-4 14:1] 12:1 11°8/ 13:3 18°3|15°1 15:1| 15:°2 15:2) 16-9 16°9} 18:1 18:0) 19°2 1971)19°9 19:9) 21-1 127 14 | 20-2 20:2 | 20°1 20°1| 20:3 20:3 | 20-7 20°6] 19-2 19:2) 19:6 19:6] 19-8 19:8) 19-4 19:4]19:7 19-7] 19-8 19:8 | 20:1 20-1 | 20°3 208] 22-0 18-1) 15 |192 19°2| 18-4 18°4)17:4 17°6| 16-1 16°2| 16:7 15-0! 15-7 15:2] 15:3 14:9] 15-0 15:2] 15:3 15°8] 15:5 15°8| 16-2 16-5) 15-8 16:0}19-2 15:0 16 | 15°0 15:0 | 15:3 15:3] 16°1 16°1)16°3 16°3 171 171/171 1771] 17°8 17:8) 17-9 17:9} 17°8 17°83] 17°5 17°5| 17-0 17:0} 165 16°5717-9 14°6 17 | 162 16:2) 1671 16:1} 16:9 16°9] 17:6 17-6 | 18:2 18-2) 18:4 18°4/18-4 18:4] 18-5 18-5 ]19°0 19°0} 19:0 19:0} 19°7 19-7 | 20:2 20:1] 221 161 18 | 22:1 22°1 | 22°3 22-3 | 22-4 22-4 | 22-2 22-3 | 23-0 23-0 | 24:0 24:0 | 23°6 23°6 | 24-0 24:0 | 23-8 23:8 | 23-7 23-7 | 24-1 24-0 | 24:6 24°69 29°3 22-1 19 | 27-1 2771 | 27:4 27:4) 27-9 27-9] 27-2 27:2 | 26-4 26:4] 25-9 25-9] 26-0 26:0 | 26-0 26:0 | 25°8 25:8} 25:5 25:5 | 26-2 26-1 | 25°9 25:9] 27-9 23:0 20 | 22:4 22:4) 22:1 22:1) 21-4 21:4 | 21-2 21°2| 21-9 21-9 | 22-0 22-0 | 22-1 22°1 | 22-2 22-2 | 92-4 22:4) 22:1 22:1 | 21-7 21-7 | 22:0 22:0] 22-4 21-2 21 | 22:0 22:0 | 22:0 22-0 | 22-1 22-1] 21-8 21-8) 21-9 21-9] 21:9 21:9] 21-4 21:4] 21:1 21:1 | 21:0 21:0] 21-7 21-7 | 22:3 22:3 | 23:0 23:0] 25-2 21:0 22 | 20°6 20°6 | 21:2 21:2] 21-1 21:1) 21-2 21-2] 21:9 21-9 | 29-1 22:1 | 22:9 29:9 | 23-2 23-2 | 23-2 23:2 | 24:0 24:0 | 24:3 24:3 | 242 24:2126°5 20°6 23 | 25:3 25°3 | 24:9 25-0 | 24°38 24:3 | 24-1 24-1] 24-0 24-0 | 23-9 23-9] 24-9 24-9 | 24-9 24:9] 25:1 25:11 25-7 25°7 | 26:0 26-0 | 26:0 26:0] 32-2 23:9 24 | 27-1 27-1 | 26:1 2671 | 25°7 25-7 | 25°7 25-7 | 24:8 24-8 | 24:0 24:0 | 23:7 23-7 | 22-6 22-6 | 23-0 23-0 | 22-1 22:1 | 22°8 22°8 | 23-1 23:1) 27-1 227 25 | 23°7 23:7 | 23:0 22°9| 22°8 22:8 | 23:3 23:3 | 23-2 23-2 | 23-3 23°3 | 23-4 23:4 | 23-4 23-4 | 23-8 23-8 | 24-2 24-2) 24-9 24:9 | 25°8 25:8] 27-0 22°8 26 | 26-1 26-1 | 26-4 26-4 | 27-0 27:0 | 28-0 28-0 | 28-7 28-7 | 29°8 29-8] 30-6 30-°6|31°8 31:5 | 32-0 32:0 | 32-4 32-2] 33-4 33-4] 33-9 33:9]35:-2 261 27 | 34°77 34:7 | 35°0 35:0] 34°9 34:9 | 34°8 34:8 | 34:6 34-6 | 34:5 34:5 | 34:3 34°3 | 33-9 33-9 | 32°8 32:8] 31:9 32-1) 30°7 30°5 | 30°2 30°2435°0 22°0 28 | 21:3 21:3) 20°9 20°9| 21:9 21:9 | 22:0 22:0 | 22:4 22-4 | 23-0 23:0 | 24:1 24:1 | 24-2 24:2] 24:6 24°6 | 25°6 25°6 | 26°6 26°6 | 32:2 32°2)36-2 2079 29 | 36°9 36°9 | 37:0 37:0 | 36°8 36:8 | 36:4 36-4 | 36°3 36:3 | 36:6 36°6 | 36°7 36-7 | 36°8 36:8 | 36:9 36°9 | 37:2 37:2] 37:2 37:2 | 37:2 37:2] 37-2 302 30 | 28:0 28:0 | 28:2 28:2} 27°0 27:0 | 26:0 26-0 | 26-2 26:2] 26:0 26:0 | 25:0 25:2] 25-1 25:1] 25:5 25:5 | 24-9 24°9| 25°9 25:9 | 25-2 25:2) 28-2 23:1 31 | 23°8 23°8 | 23°8 23°8 | 23°1 23:1 | 23°3 23°38 | 23-4 23-4] 23-4 23-4 | 23:6 23-6 | 23°8 23°8 | 23:9 23-9 | 24:9 24:9 | 25:2 25-2) 26-0 26:0) 32:2 23-1 MEAN.) 21°5 21°3 | 21°3 21°2| 21-2 21°1 | 21°3 21-1 | 21-2 21-0] 21°1 21-1 | 21:3 21:2 | 21-3 21:3] 21-4 21-4) 21°6 21:6) 21:9 21:9 | 22:2 22:2) 25-3 18 | — (2 | 13 14 15 16 17 18 19 20 PA 22 23 | Midnight. | Mean. \Dry. Wet.|Dry. Wet.|/Dry. Wet./Dry. Wet.|Dry. Wet./Dry. Wet./Dry. Wet.,Dry. Wet.|Dry. Wet. Dry. Wet.|Dry. Wet. Dry. Wet.J/Dry. Wet.| 1 | 22'0 22:0 | 22:1 22-1 | 22°0 22:0 | 21:1 21:1 | 21:4 21-3) 21:3 21-3/ 20-9 20-9) 21:2 21-1 | 22:2 22-2 23°2, 23:2 | 22°9 22-9 | 23-2 23-2]21°9 21:9] 2 | 27:0 27-0 | 26°9 26:9 | 27:0 27:0 | 26:5 26:5 | 24:1 24-1 | 22-1 22-1 | 22-0 22-0 | 22-1 22-1 | 20°8 20°7| 19:1 19:1] 18°0 18:1) 161 161] 24:2 24:2) 3 |16°6 16°6| 16-2 16:2, 15°5 15°6| 15:1 151) 14°9 14-9] 15-2 15°71) 14:5 14:5] 14:7 14:7] 14:3 14:3) 14:3 14:2] 14:2 14:2) 14-4 1447151 151) 4 |14°3 14:9) 15° 15:5) 14:0 14:0] 1471 14:1] 15-2 15:1] 16-3 16°3/17-:0 17-0) 18°8 18°8| 19-8 19°8 | 21:0 21:0 | 22:2 22-2 23°8 23°8)15-7 157 5 | 22°8 22°9| 21:0 21:1 | 19°3 19°3| 17:7 17-7) 17-6 17:7} 16:0 16:0] 15-5 15:2/16-0 16-0) 16:2 16:2) 15:1 15:1 | 15°2 15:2) 14-8 14°8] 22-1 22:0 | 6 |17-3 17°3]16-2 16-2| 16-1 16:2| 16-8 16:8] 18:0 18:0] 17:9 17:9| 17:2 17:2|17°0 17°0| 16-2 16:2) 16-1 16-1] 15°8 15°9|15°9 15:9]15°7 157 7 |14°2 14:0) 13-1 13:0] 12-4 12°6 | 14:2 14:2] 16-2 16-1) 17-3 17-3} 17-9 17:8| 17:3 17:3| 16-4 16°4]15°8 15:8] 15-0 15:1) 151 15:1]135 136 8 | 171 17:1) 17:2 17:2; 17-4 17-4] 16-9 16-9] 17-2 17-2) 16-9 16:9] 16-5 16°5|16°3 16°3| 16-2 16°2|16°6 16-6] 16-5 16°5| 16-4 16:4] 161 161 9 {109 11:1) 10-8 11:0; 11-0 110] 111 111} 121 12:1) 12*1 121] 12°6 12-6 | 12-2 12-2/12-9 12:9]12°9 12-9 | 13-2 13-2] 133 13:3]121 122 10 | 186 18°6|18-8 18°8 | 18-2 18:1] 18-4 18-4|18°8 18°8]17:7 17°7/17°7 17°7| 186 18°8| 18:8 18:8) 18-7 18-7 | 18:4 185 | 19-0 19:0}17'8 17°8 11 | 20:2 20°2| 20-7 20-7 | 21-7 21:5 | 21-1 21-1 | 22°6 22:3] 22°8 22:8 | 23-0 23-0-| 22:9 22-9 | 22-7 22-7 | 24-1 24-1] 25-0 25-0 | 25-7 25-7] 203 19-9 12 |13°8 14°1|12°5 12:8) 12-3 12-3] 11-5 11:3]14-6 12°3] 15-2 13-1] 14:8 116/141 11°5]11°6 10-7 | 14:2 11:1] 15:2 11:9] 13:3 11°4]17°5 167 13 | 19°8 19°8|}19°6 19°6 | 20:0 20:0} 19°8 19-8] 21:1 21:1} 21:1 21:1 | 20-2 20-2) 20-0 20:0 | 20:0 20-1 | 20°8 20°8 | 20:2 20-2 | 203 20°3418°2 177 14 | 20°2 20°7/19-2 192/181 18:0] 18-5 18-6 | 20-1 19-9] 20-1 20-1] 21-1 21:1 | 22-0 22-0 | 21:3 21-3) 21:1 21:1] 20°38 20-8 | 20:0 20:0}2071 207 15 | 15° 15°8/15:0 15:11 15-2 15°31 16-2 162/169 16-9] 16-3 16:3] 16:0 16°0| 16:0 16:0] 15-7 15-7 | 15:2 15:2] 15:2 15:2/ 15-1 15:1] 16-0 160 16 |15°7 16:0) 15-2 15°6/ 15-0 15:0) 14:7 14:7] 14-6 14-7) 15-0 15:0/15:0 15:0] 15-0 15:°0!15-1 15:1 | 15-3 15°3) 15-2 15:°2| 16-0 16:0] 16°0 160 17 | 206 20°5| 20°8 20°8| 20°8 20°8 | 20°8 20°8 | 21-4 21-3] 21:9 21:9 | 22-0 22:0 | 22:0 22-0 | 22:0 22:0 | 22:1 22:1 | 22:0 22-0 | 21:7 21°7419°8 19°8 18 | 24°7 24°7 | 25:0 25:0 | 29:0 28°8 | 29:0 28:9 | 29:3 29-2] 27 2 27-2) 25:3 25:3) 25-9 25:9 | 25-4 25:4) 27:0 27:0 | 26°8 26:8 | 27°77 27°74 25:1 2o1 19 | 26°1 26°1| 27°7 27:0 | 24:1 24°6 | 23-4 23-9] 23-0 23:1 24-3 24-2) 24-1 24:1 | 23-9 23-9 | 24-0 24:0 | 23:9 23:9 | 23:2 23:2) 23°1 23°14 25:3 25% 20 | 21°8 21°8 | 21-4 21°5 | 22:2 22:3 | 22-1 22:1 | 21:8 21:8 | 22-0 22-0 | 22:0 22:0] 22:3 22-3 | 22-4 22-4 | 22-2 22:2 | 22:2 22:2 | 22:4 22:4 122:0 22:0 21 | 23-2 23°2) 24:0 24:0 | 24:7 24°7 | 25-1 25-1) 25-2 25:2 | 95:0 25:0 | 24:9 24:9] 24:1 24-1 | 24-2 242) 22-1 22-1 | 22:0 22:0) 21:2 21°2922°8 228 22 | 24°9 24-9] 24:5 24:5 | 24°3 24:4 | 24-2 24-:2| 24:8 24:8] 24:9 24-9 | 25-1 25:1] 25-2 25:2] 25-4 25-4] 26:0 26:0 | 26°5 26°5 | 25:9 26:1] 23°8 23:8 23 | 26°3 26°3| 266 26°61 29:3 29:1 | 32:2 oan 32°1 32°1 | 32:2 32:2| 322 32:2] 30-9 30°9| 29:1 29°1 | 28°8 28-8 | 28:9 28°9 | 27:9 27:9]27:3 27:3 24 | 2371 23°1| 23-7 23°7 | 22°9 229 | 23-3 23-3 | 23-1 23-1 | 23:1 23°1 | 23:6 23°6 | 23:4 23:4 | 23-2 23-2) 22-9 22:9 | 22:9 22:9 | 23:2 23:2123°7 237 25 | 25°6 25°6 | 25°8 25°8 | 25°9 25:9 | 25°8 2 25.8 25°5 25°5 | 25:4 25:4 | 25:9 25:9] 26:0 26:0 | 26:2 26°2 | 27:0 26:9 | 26:9 26°9 26-4 26°44 24:9 24-9 26 | 32°4 32°4) 32:0 28:0 | 32:2 28:1 | 32°3 27°8| 32:0 28°3 | 34:7 33-0] 35:2 35:2 | 34:7 34:7 | 34:9 34:9] 84-1 34:1] 34:9 34:9/ 35-1 35:1]31°9 31d 27 | 29-2 29:2) 27:8 27:8 | 27°6 27°6 | 26:3 26:3] 25-8 25:8 | 24:8 24:8 | 23-9 23:9] 22-4 22-4 | 22-2 22-2] 22-1 22°1 | 22:0 22:0 | 22:2 22:2129'1 20a 28 | 34:0 34-0 | 34:2 34-2 | 33-9 33-9 | 33-8 33-8] 33-9 33-9 | 34:0 34:0 | 34:7 34:7 | 35:0 35:0| 35-1 35:1 | 35°3 35°3 | 85°4 85-4 | 36-2 36:2]29°3 203 29 | 37:0 37:0| 37:0 36°9 | 36°9 36-9 | 36-5 36°5| 36-1 36:1 | 36°3 36-3 | 36°3 36°3| 36°1 36:1 | 35-8 35-8 | 32:0 32°1 | 32:1 32:1] 30°2 30:°2]36:0 36:0) 3 25°5 25°5 | 25°8 25°8| 25:9 25:9 | 24-9 24:9) 25-0 25-0 | 24°6 24°6| 24:1 24-1 | 23-2 23-2| 23-1 23-1 | 24-1 24-1 | 23-9 23-9 | 24-1 24:1] 253 253 3 25°8 25°8| 261 261] 25-7 25:7 | 25-0 25:0 | 27-2 27-2| 28-5 28:5 | 28-8 28:8] 29:9 29-9| 30-0 30-0 | 82:1 32:0 | 82-1 32:1 | 32:2 3221263 26% | MEAN.| 22:2 22:2} 22-0 21:9] 22:0 21:8 21-9 21-7 | 22:3 22:1! 22-3 22-2| 22:3 29:1 | 29:2 22:2'| 22-0 22:0 | 22-1 22-0 22:1 22:0) 22:0 21:9]21°8 21% FORT-WILLIAM OBSERVATORY 337 TEMPERATURE. Dry AND WEr BuLss. JANUARY 1892: 1 2 3 4 5 6 7 8 9 10 11 12 For Day. ' Dry. Wet.|Dry. Wet.|/Dry.. Wet.|Dry. Wet.|/Dry. Wet.|/Dry. Wet./Dry. Wet.)/Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet. Dry. Wet.] Max. Min. 1 | 88:1 36:1 | 39°5 36:7 | 38°4 36°3| 39:0 36:9] 38°5 37:0 | 89:1 37-1 | 38°9 37-2 | 38°1 36°3| 38°5 36:9 | 39°6 37:4 | 39°3 37:2 | 40-0 37:6] 41:3 38:0 2 |40°8 38°7 | 40:4 38:2] 41:4 38°9 | 41°1 39°3] 41:0 39°9 | 42°4 40°3 | 43:1 40-4 | 42°3 40°9 | 43°0 41°1 | 43°3 40°8| 44:0 41:2] 44°3 41:0] 45-4 35:8 8 | 84:8 32:2) 34:4 31°6 | 34°8 31:4 | 33°8 30°9 | 33°9 32°0 | 35°0 32:0 | 34:1 32°3 | 34°9 32°3 | 35:9 32°8 | 36°2 33°7 | 36:2 33°7 | 35°8 33:6] 37°1 20°9 4 | 33°9 30°5 | 34:2 301 | 33°38 30°6 | 34:1 30-3 | 33-2 30°6 | 33°9 30°7 | 34-0 [32°7]| 33:3 [33°0]| 33-8 [33°4]] 31:2 29-0 | 32:0 29:21 34:0 31:9] 37°8 30°3 5 | 38-6 87°8| 39:9 39:0} 41:9 40:2) 42:1 40:9] 43-0 41:3] 43:1 41:8 | 43:3 41°8 | 43°8 41°9 | 45°2 41°8 | 44°7 41:0 | 42°8 40:2] 43:0 38:8]45°2 33-1 6 | 84:0 32°0 | 32:5 29:8) 32:1 28°5 | 30°5 27:9) 30°7 28:5 | 32°3 29-2 | 33°7 30°9 | 34:0 32:0 | 34-2 [32°2]] 35:9 33-4 | 36°1 84:1] 34:9 33°6]37-1 29°5 7 | 32°6 31:0| 32:1 30°8 | 31°9 30:2 | 31:1 28:2] 30°7 28:0 | 29°38 27°8 | 29°2 26°3 | 25:0 24:0 | 27:0 26°4 | 28:0 27:0 | 27:0 27°3 | 28:0 27:3]34:3 23-4 8 | 31-4 31:3) 31:3 31°2 | 32:7 31:3 | 31:4 30°8 | 31°5 305 | 32:0 31:3 | 33:3 31:0 | 32°2 30°6 | 31°9 31:3 | 31°3 31:3 | 31-4 31-4 | 31°5 [31-5] 34-0 30°3 9 | 33:0 31:6} 31°3 29-9] 31°9 29°9 | 31:2 29-2) 27-2 26:2) 25°7 24:1] 25:1 23°7 | 24°9 24°7 | 80:1 26°8 | 27°9 26°8 | 27:1 25:7] 25:7 24:6] 33-0 23-0 10 | 3171 30:2} 3174 30°9 | 34:0 32-4 | 33°4 33:1 | 34:3 33°3 | 33:0 32°7 | 33°9 33:0 | 33°8 32°9 | 33°6 32°8 | 34°8 33°6 | 35:2 33:9] 35°6 34°4]35°9 30°9 11 | 31-2 29:9 | 32°5 31:0] 32:4 81:1 | 32°7 31:1] 31-2 29°9| 29:8 28°35 | 28°3 27:2) 26°7 25:5 | 25:9 25:3) 25:9 25:1 | 26:0 25:2 | 27:2 26:21 36°8 24:8 12 | 37:1 36:8 | 37-0 37:0 38°0 37°8 | 37°0 36°6 | 34°9 34°3 | 36:0 34:7 | 34°7 33°9 | 34:0 32:2 | 33-9 32°] | 34:0 31:2 | 34:1 31:0 | 33°7 30:9] 38:2 2071 18 |18°9 18-3/18°8 18:0} 19:9 18°9/17°8 17:3] 19-0 18°8 | 18°3 18:2] 18:2 18:2] 19°9 19:3 | 22:0 21-4 | 23-9 22:9 | 26°3 25:1] 31:0 29°1]37:5 17°0 14 | 37°3 35°1/ 37:0 34:8 | 36:2 34:9 | 33°8 33:2 | 33°3 33:0 | 34:1 33°8| 35:0 34:2 | 34:9 33°8 | 33-2 33-0 | 33:9 33°4 | 34:3 33:9] 34:9 34:3] 382 33-0 15 | 36:0 34°3 | 34:1 32°9 | 33°3 31:7 | 31°3 29°8 | 31°6 29°9 | 27°6 28°6 | 25:7 24°9 | 24°9 23°8 | 25:0 23°8 | 26°9 25:7 | 28°3 26:9 | 30°3 28:2]3771 23°5 16 | 34°7 31°7 | 35°8 32°3| 35-8 31:9 | 35-7 31-7 | 36-0 [32-0]) 35-9 [32-0]| 36°8 [382-0] 36-9 [32:0] 37-1 [82-0]| 37-0 [31°9]| 36-9 [32:0]) 35°3 [81-8] 39-9 34:1 17 ‘| 363 [32°0}| 36-7 [32-0]) 37-0 [82°0]| 37-7 [32-0] 38-1 [32:0] 38°3 32-7 | 38-7 33:1 | 38°1 33-9| 38°6 84:1 | 38°7 34:0 | 39:2 34:8] 39°0 35:1] 40-9 35:5 18 | 39:3 36:2 | 39°6 36:2] 41:2 37:8 | 40°7 37:0] 40°4 36°9| 41:1 37:3] 42:0 38:2) 41°8 37:9 | 41:2 38:0] 40°9 37:8 | 41:1 38:0] 40°6 37-7] 42°9 38:1 19 | 381 37°3 | 38:1 37°4/ 38:1 37:3 | 37:5 36°9| 37:6 37:0 | 87:1 36°6 | 37°6 36°8 | 36°6 36:0 | 38:0 37:2 | 36:0 35°6 | 37:0 36°3 | 38:2 37°2]39°9 34:9 20 | 37:2 36:2) 37°7 36°3}| 37:0 36:1 | 36:7 35°7 | 36:1 35°5 | 36°2 35°6 | 36:0 35°4| 36:0 35:3 | 35°9 35:2 | 36:4 35:4 | 86:4 35°8 | 37°38 36°7] 39:0 35:2 21 | 37°6 36:6 | 37°4 36:3 | 37:0 36:1 | 38:2 37:0| 39-7 36:3 | 39°5 36°6 | 39°9 36:1 | 39:0 35:9 | 39°9 36:2 | 40:7 36°9 | 40:7 37°3| 41:7 37:7] 42:2 37:0 92 |39°4 36°3 | 38:0 35°6 | 37:9 35:4 | 37°6 35°9 | 38-1 36°2 | 3774 36°3 | 38:0 37:0 | 39°3 37-8 | 39°2 37-7 | 39:0 38:0 | 39°7 38°5 | 39-9 38°54 41:0 37°C 23 | 40°9 40°2| 389°9 38°8 | 40:0 38:7 | 39°9 38°6 | 39°1 38:1 | 39°0 38:2 | 39°8 38:7 | 39:9 38°8 | 40°2 39°3| 42°9 39:9 | 43:2 40°2| 43:5 40-4] 45:3 38:3 94 |43°9 41:0 | 42°6 40°3} 41:2 39:0) 42°0 39-2) 41°9 39:0 | 40°3 38-1) 401 37:7 | 39:0 36:4 | 41:2 38:0 | 39°9 36:9 | 40°9 37:5] 38:0 36:9] 44:2 37-7 25 |39°6 38:0} 39-9 37:4] 40°1 37:0| 40°3 37°8 | 40°6 38:1 | 41°6 38:2] 41°5 38:2) 39°9 37°5 | 39°3 37°5 | 39:9 38°3 | 41:2 39°1|42°5 40:0] 48:4 38:4 96 | 42°8 40°4)| 42°4 40°3/42°6 40°5 | 41°9 40°5 | 42-1 40°7 | 41:2 40°6 | 41-4 41:1 | 42°1 41°6 | 42°8 42°3 | 43-7 43°3 | 46°1 45°6 | 47°8 47:0] 48°7 41-2 27 |46°8 46:4] 46°5 46:2 | 47°8 47:2 | 46°38 46:4] 46°7 46°31 45:9 45:5 | 46°0 45°8 | 45:9 45°6 | 46°1 45°8 | 46°0 43°7 | 46°3 44-4 | 45:2 43°7] 47°8 37:4 28 |39:0 36:4 | 38°3 36:1 | 40°7 36°8| 39:0 36:7 | 41°3 37:6 | 40°8 37:7 | 41:4 38:4 | 40°1 38°5 | 39°4 38:0 | 39°5 38°2| 39°8 38°3 | 42°3 41°7150°8 37-9 29 |51:0 49:4] 51°3 49°5| 51:0 49°5 | 50°8 49°2|51:0 49°2| 50:9 49:1] 51°4 49:4] 50°9 49:4 | 52:5 49°8| 52-4 49:9] 53:3 50°4| 53:9 50°47 53°9 48:4 80 | 48:0 42°4/ 47:0 42:9| 47:0 41:4| 46:8 40-9 | 46°4 41°1 | 46:4 40°3} 45-8 40°0| 45-7 40°3)| 45:0 40:4] 45:3 40:9 | 45°6 40°6| 45-0 40°54 48°8 41:0 81 | 48:1 38°8 | 43°0 38°7 | 42°7 38°4| 41°9 38-4 | 42°4 38°4 | 39:9 37°6 | 42:2 38:4 | 40°9 38:4 | 39°9 37°6 | 40°5 38:3 | 42°5 39°5 | 43°3 40°5]-48°2 38:2 Mean] 37°6 35°7 | 87°4 85°4 | 37:7 35°5 | 387-2 35°1 | 87:1 35:1 | 36°9 34:9 | 37:1 35:0 | 36°6 34:8 | 37:1 35°3| 87:3 35°2 | 37-7 35°6 | 88:2 36:1] 41:5 33:4 13 14 15 16 17 18 19 20 21 22 23 Midnight.] Mean. * \Dry. Wet.|/Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet. 1 | 41:3 38:7] 40:9 38:1] 40:1 37°7 | 39-7 37:2 | 89°9 36:9 | 40:2 36:8 | 39:3 36:0| 38:1 35:2] 38:2 85°6 | 38°2 36:9 | 39°3 37-3 | 40°0 38:3] 39°3 37:0 2 |44:9 41:3) 44:9 41°3| 44:2 41°7 | 43°6 41°3 | 43°7 39° | 43-2 38°2 | 42:0 38:2 | 39:1 37-4] 39°8 36°9| 88:1 35°5 | 36°5 34:7 | 36-4 33:2] 41°8 39-2 3 | 86°7 33:7 | 34°3 32:8 | 34°3 32:8 | 32:9 [32-0]}) 35-2 [32-0] 34-6 [32-0] 32°7 [32-0] 32-8 31:3 | 32:4 30-7 | 32°5 30°8 | 32°5 30°7 | 32°6 30°8934°3 32:1 4 | 34:7 82:1] 34:9 32:1) 33°3 322/519 31°6| 31-4 28°9 | 30°3 28:2 32°8 30:3 | 33:0 31:9 | 33:4 [32-9]| 34:2 [32:2]| 36:4 35-7 | 37°8 36:3] 33°6 31°5 5 | 42:3 37:4] 41-2 36:3) 40°8 35°8| 39°9 33°8 | 39-2 33°8 | 39:1 32:4 | 38:0 32:0] 35-0 32°9| 36:9 32:9 | 85°3 32:3 | 34:5 [82°2]] 33-9 32:1] 40°3 37:1 6 | 36:0 33-2) 37-1 32:1] 34:9 31°8| 35-2 324 | 33°2 32-2 | 32°9 32:6 | 32:7 32°5| 32-5 32-3 | 30-2 [30-2] 30°3 [30°3]| 30:2 30:0 | 30-7 30°3]33°2 31:4 7 |20°9 25°6| 25:9 24-4 | 26°9 25:2 | 27-4 26°5 | 26-2 26:1 | 27:0 26:9 | 31:2 30-0 | 31:0 29-8 | 33°8 32:1 | 33:0 31:1 | 32°7 [31°5]) 82°71 31°77 29°4 28-1 8 | 32-0 [31-8] 32°6 [82-0}) 32-9 [31-9]| 32-7 [82-2]| 33-3 [82-4] 84-0 32:8 | 32-9 [32-5] 33°5 [32-2] 32°1 [32°3]] 31-9 [82°0]] 31-8 31-4 | 32-9 31:8] 32:3 31:7 9 | 25:9 24-7 | 25-2 24:3 | 24:0 23:0 | 24:0 23:3 | 24-2 23-9 | 25-7 25°6 | 29°9 28-1] 27-6 26:1] 30:0 28-0 | 29:0 27°6 | 30°1 28-0 | 80°8 29:2] 27-4 26-5 10 | 35:0 34-0 | 35:7 33:7 | 34°7 33:0| 35°3 33:0 | 34°9 33:0 | 35:2 33°8 | 85:8 33°5| 85:7 33:8 | 33°6 32:0 | 33°9 32°0| 32:5 31:0 | 33°38 32:0] 34:2 32°8 11 | 30-9 29-3] 31-8 30-2 | 32°7 31:3] 33:0 82:0 | 33°3 32:8 | 33-7 33:0 | 33°8 33-4 | 34-2 33-9 | 35-2 34°8| 35:7 35-0 | 36-2 35-7 | 36°8 36:1]31°5 30°6 12 =| 33-7 31:7 | 32°12 31°3 | 29°8 27:4] 27:9 25°9 | 26°8 24:8 | 25:0 23:4 | 25-0 23-6 | 24:0 22:9 | 22°7 21:3 | 22°6 21:3] 21:4 20°3] 20:1 19°1]30°6 29-2 18 | 35-7 [32:0]| 87°3 34:3 | 35°1 34-0 | 34°6 33-9 | 34°9 34:3 | 33:2 33°0 | 85-0 34:2] 34-7 33-9] 35:0 34:1] 35°9 34°8| 35-2 34:4 / 35-0 34:2] 282 27-2 | 14 |35:4 34:0 | 34:9 33:8 | 35:3 33°3 | 35°8 33:3 | 34:0 33°3| 34:9 33°7 | 34:9 34-1 | 35-2 34:7 | 36°0 35:0| 37°9 35°8/ 36-9 35°3| 36:3 34°8735'2 34:1 | 15 | 32°83 29-7 | 32°3 29°8| 35:0 31:0| 35:0 33°6 | 85°3 31°8] 35-0 34:5 | 35-1 35:0] 35-2 35:1] 35:1 34:7 | 34:7 31:6 | 35-0 30-7 | 34:7 31:1] 3271 30-4 16 | 35-9 [82-0] 36°5 30-6 | 35°5 311| 35-4 31:4) 35-7 30:3 | 36-0 32:0 | 38-2 [32-0] 38-0 [32-0]] 38:0 [31:8] 38-0 [81-5] 36-2 [32-0]| 36-7 [32°0]] 36-4 31°8 | 17 + | 39:7 35-7| 38°9 35-2] 38-9 35°6 | 39°9 36-0 | 39:9 35:9] 40°3 36:3 | 39-9 36-4] 40-2 36-6] 40°6 36:9| 39°9 36:5 | 40°3 36:°6| 40°4 36:24 39:0 34-7 18 | 41°1 38°3 40°5 38:1) 40°6 38:1] 40-1 32-0| 389-7 37-9 | 39:0 38-0 | 38:8 38-0 | 38-6 37°8| 38°8 37-9] 38°8 37°8 | 38°3 37°7 | 38°8 37:8] 401 37°7 19 | 39:0 37:7| 39:0 37:8] 39'S 38:0 | 38-4 37:2|37°9 37:0 | 36:7 35°8 | 36-2 85-0] 36-8 35-7 | 37-7 36:3 | 36:9 35°8 | 37°3 36:1] 37:0 36:1] 37°6 36:7 |} 20 | 38-2 36-8] 38°8 37:0| 3871 36°6| 37°6 35°9 | 36°5 34°9| 37-0 35:5 | 36:3 35:1 | 35-6 34:7 | 36:7 35°4| 86°9 35-7 | 37:3 36:0] 37°7 36°9] 369 35:8 21 | 41-7 38-1] 41:2 38:3] 41:0 38°6 | 39°9 38:0] 38:7 37°7| 40:5 38-4] 40:5 39-0| 40:0 38-4] 40°9 38-9 | 39:0 36°S| 38°8 36:4| 37°6 35:9] 39°6 37:2 22 |40°6 39:2] 40-0 39:0] 39-7 38:5 | 39°8 38:7/ 40:0 39:1 | 40:0 39-4] 40:1 39:5 | 40:1 39:6 | 40:4 39°8 | 40°8 40:2) 40-7 40:3) 41:0 40-4] 39-4 38:2 23 | 43:0 40-5 | 43:1 40:4] 42-2 41-0 | 41:9 41:0 | 42°2 41°6 | 42:6 42:2 | 43-8 43-2] 44:8 43-8 | 45:2 43-2| 44:8 43°6| 44:9 43-0] 43:3 40:9} 42-1 406 24 | 39-1 37:4| 39-6 38:0} 41:0 38:4 | 39:0 37:4] 38°4 37:1 | 39°8 37°5 | 39°8 37-7 | 40-2 38:1 | 38:9 37-4| 39:0 37:1] 39:2 37:3 | 39°8 37:8] 40-2 38:0 25 | 42:9 40:3] 43°2 40°6| 42-9 403] 41°8 39°6| 41°9 40:3 | 41°8 40-1 | 42-1 40-6] 41-8 40:9 | 42-2 40-8] 42:4 41-0] 42:3 41:2 | 42°6 41:3] 41-4 39:3 26 | 48-2 47-3) 48:3 46:6] 47:7 44:8} 45°6 43°7| 44:5 43:0 | 44:0 43-4) 44-4 44:2] 44-8 44-4] 45-9 45-4] 46°1 45:7/| 46°6 46°3/| 47:0 46°6] 44:6 43°6 27 «| 45:0 42:7] 45:1 42:5] 44:9 41-8} 43-0 40:4] 43-1 40°3] 44:0 40:0] 43:1 38:7 | 41:3 37-7] 39:2 36°9| 40°4 37:2] 41-4 37:1] 39°9 37-3] 44-4 42°5 28 | 501 47-4] 49:9 47-4 | 49-1 47-1 | 49:1 47:0] 48:3 46:7 | 48:3 46-9] 48-7 47-3] 48:6 47-3] 49:0 48-0| 49:4 48:3| 50-0 48°5 | 50°8 49-1] 44-7 42-7 29 | 53:0 50°3|52°5 49-8 | 52-1 50-2| 50:0 49:4] 50:0 49°3| 50:7 49:4] 50-7 49:3] 50-0 48-6] 50:4 48°6| 49:1 45:4] 48-9 45°-4|48°5 44-2751-1 49:0 80 | 44:3 40:5] 43-9 40:4] 44:9 40°5 | 43:9 39°7 | 42:7 39°7 | 43:3 39-7 | 43-8 39-4] 43-6 39-1] 44-1 39-2] 42°9 39°3 | 43:9 39-0 | 42:3 39:1] 44:9 40°3 81 | 43-7 41-1 | 43°5 41°6 | 43°8 41°8 | 43-2 41:2] 44:2 41:0] 44:4 41°6| 45:7 42:4] 46:0 43-3] 45°8 43°3| 47° 45:7 | 48-1 46:1] 47°8 45:8] 43°6 40°7 MEAN] 89:0 36:6 | 38-9 36-4 | 38-6 36°3 | 38:0 36:0 | 37:7 35:7 | 37'S 35°9 | 38-2 36:2 | 37-8 36:2] 38-0 36:2 | 87:9 36:0 | 37-9 36-1) 37°9 361] 37°7 35°7 2X TRANS. EDIN.—VOL, XLII. 338 BEN NEVIS OBSERVATORY. TEMPERATURE. Dry AND WET BuLBs. FEBRUARY 1892. | 1 2 3 4 5 | 6 7 8 9 10 11 12 For Day. |\Dry. Wet.|Dry.. Wet.|/Dry. Wet.|Dry. Wet./Dry, Wet. Dry. Wet./Dry. Wet./Dry. Wet.|Dry. Wet.|/Dry. Wet.|Dry. Wet./Dry. Wet.] Max. Min, 1 | 32°3 32°3 | 32°2 32:2 | 32°2 32:2 | 32:0 32:0} 27:1 27:1 | 25°3 25:3 | 25°6 25:6 | 24:2 24-2 | 22:9 22°9 | 22:9 22-9 | 23°7 23:7 | 24:0 24:04 32°3 20-1 2 |19°3 19°4|18°0 18:0 | 16°6 16°6] 15:9 15:9} 15°3 15°3| 15°3 15°3| 15:8 15°8|16°1 16:1] 16°8 16°8) 17-8 17°8| 20:0 20-0} 20°9 20:9] 24-4 15:3 3 | 20°8 20°8|19°1 1971 | 18°9 19:0] 18°8 18°8|18°5 18:5 | 18°9 18:9] 18°8 18°8|18°6 18:6} 18:1 18:1 | 18°6 186 | 18°3 18:3] 18°7 18:7} 20°8 17:0 4 |17°3 17:3} 16:5 16°5!18°2 182} 18:1 18:1] 19:0 19:0 | 20:2 20:2 | 20:2 20:2 | 20:2 20°2| 20°7 20°7 | 21:7 21°7 | 24:2 24:2 | 25:2 25°21 26:0 16°5 5 | 23°2 23:2) 21:0 21:0 | 20°3 20:3] 20°6 20°6 | 21°] 21:1 | 21:2 21:2 | 21°1 21°1 | 20°3 20°3 | 20°5 20°5 | 21:0 21:0 | 20-7 20°7 | 20°9 20°94 23°2 20:3 6 | 21°38 21°3 | 21:3 21°3 | 21:2 21°2) 20°8 20°8 | 21:2 21:2 | 21°3 21°3 | 21°4 21°4 | 21-4 21°4 | 22°1 22°] | 22°8 22°8 | 23°5 23°5 | 24°38 24°34 25:0 20°8 7 | 25:1 25:1 | 25:1 25°1 | 25°8 25°8 | 27-0 27°0 | 29°5 29°5 | 30°7 30:7 | 81°9 31°9 | 82°2 32:2 | 83°1 33°1 | 33°5 33°5 | 33°6 33°6 | 33°8 33°38] 33°8 25°1 8 | 27:0 27:1 | 26:7 26°7 | 28:0 28:0 | 27°1 27:1) 27:1 2771 | 26°5 26°5 | 26:4 26°4 | 26°2 26-2 | 26°3 26°3 | 27°1 27°1 | 28:1 28:1 | 28°9 28:9] 32°8 25-1 9 | 32:4 28-0 | 28°9 28:9 | 30°9 27°8| 30:0 30:0 | 32°3 32:3 | 83°9 33°9 | 33:9 53°9 | 33:1 33:1) 87:0 37:0 | 37:9 37-9 | 38°8 38°8 | 40°1 40:1] 40:1 28:9 10 | 30°8 30°& | 30°3 30°3 | 30°3 30°3| 30°7 30°7 | 30°5 30°5 | 30°4 30°4 | 30°2 30°2 | 80°2 380°2| 80°4 30°4] 30°5 380°5 | 30°9 30°9]| 31:1 31:1] 34:0 30°2 11 | 33°1 33:1 | 33°0 33°0 | 32°8 32°8 | 32°0 32:0 | 31°2 31°2 | 381°1 31:1 | 31:1 31:1 | 30°6 30°6 | 30°1 30°1 | 21:0 31:0) 31:1 31°1| 30°9 30°94} 33:1 29-2 12 | 29:0 29:0 | 28:9 28*9 | 29°8 29:8} 30°0 30:0} 30°8 30°8| 31°1 31:1 | 81°5 31:5 | 31°9 31°9 |) 82°0 31°9 | 32:0 381°9 | 32:2 32:2 | 32°3 32°2}32°3 27°3 18 | 27°7 25:7 | 28:0 25°4 | 25:9 24:0 | 24:8 23:9] 24:1 23°1 | 24°2 23:1 | 24:1 23°7 | 23-0 23-1 | 23°1 23°3 | 24°1 24:3 | 25:1 25°1 | 25:0 24:8} 28-1 23-0 14 | 27°8 27:8 | 28°1 281 | 28:1 28°1 | 27°7 27-7 | 28:1 28-1 | 28-2 28-2 | 27°8 27°8 | 27°5 27-5 | 27°6 27°6 | 27:9 27-9 | 28:0 28-0 | 29:0 29:2} 29-6 2193 15 | 20°9 20°9) 19:7 19°7 | 1971 19:1] 18°0 18-0} 17:2 17:2 | 16:2 16°2|}14°3 14:3) 14:6 14°6] 13°8 13:9] 14:4 14:4] 15:0 15:0] 14:8 14:9] 20°9 13-1 16 | 13:0 12°9 | 12°3 12:0] 12°6 12°6 | 12°1 12:1) 13:2 13:2) 12:8 12:8 | 12°6 12°6}11°8 11°8}11°5 11°7/11°9 12:0] 12:4 12:4] 13:0 13°0}14:1 10:3 17 | 146 146 /14°5 14°%5| 16-0 15°9/ 17:0 17:0} 17°3 17:3} 17:0 17:0} 13°8 14:0] 12°5 12:7 | 13-0 18°0 | 13°8 13°8 | 12-2 12-2] 135 13°5417°3 11-0 18 | 11:0 11:2))10'2 10:2} 9:8 9:°9) 8:9 9:0) 85 8:5 | 7:9 7:9) 7:9 7:0) (4 FA eS 7:8) 7:7 797 | 9:4 8:0 | OrON 9:0) a Oa 7ee 19 9°38 61] 91 G61} 82 8:5] 96 9:0} 10-0 10:2] 10°8 10°8/ 11:0 11:0] 1170 11:0) 11:0 11:0) 12:0 12:0) 10°1 10°5)11°7 10°9]7124 82 20 9:0 87] 85 74) 73 7:2) 78 80} 79 71] 75 68) 7:0 6:5] 7:99 6:9) 8:9 7:3)10°6 8:4)10°7 8:0)11°0 9747148 To 21 |138°9 13°9/14°0 14:0) 13:7 13°9| 14:4 14:4) 14:5 14:°5/ 14:9 14:9] 15:0 15:0/15°0 15°0} 15-4 15°4|15°9 15:9 | 16°4 16:4) 17:0 17:0] 23-1 13-7 22 | 22:0 22°0 | 21°8 21°8 | 21:9 22:0 | 22:2 22-2 | 22:0 22:0 | 22°1 22:1 | 22:0 22-0 | 22:0 22:0 | 23:1 23°1 | 25:0 25:0 | 25°4 25:4 | 25:4 25°44 25°4 21°8 23 | 24:9 24:9 | 24:6 24°6 | 24:3 24°3 | 24:2 242) 25:7 25°7 | 26°9 26°9 | 26:0 26:0 | 25:2 25°2 | 25°6 25°6 | 25°2 25:2 | 24:9 24:9 | 26:9 23°54 26:9 221 24 | 25:0 25:0 | 25:1 25:1 | 25°2 25°2 | 25°2 25°2 | 25°1 251 | 25:0 25:0 | 25:0 25:0 | 25°0 25°0 | 25°5 25°5 | 26°1 26:1 | 27-1 2771 | 27°3 27:3] 27°5 25:0 25 | 25:0 25:0 ; 25:0 25°0 | 25:0 25°0 | 24:9 24:9) 24°9 24:9 | 24:°3 24:3 | 24°0 24°0 | 26°2 25:1 | 26°3 26:1 | 20°3 26:3 | 28°6 28:0] 26°9 27:0] 28°6 24:0 26 | 27:2 27:2 | 26:9 26:9 | 26:1 26:1 | 26:0 26°0 | 25:3 25:5 | 25:3 25:5 | 25°1 25:1 | 25°3 25°3 | 25:9 25:9 28:0 27°6 | 25°9 26:2! 26:5 26°8] 28:0 251 27 =| 27:0 27°0/ 27:1 27:1) 27:2 27:2 | 26:2 26°2 | 26°1 26:3 | 25:6 25°6 | 25°4 25°2 | 26:0 25:8 | 27:2 26°9 | 27:2 26:9 | 28°6 27°6 | 28:0 27:3] 28:9 21:8 28 | 21°9 21:9) 21°5 21°6 | 21°4 21°4 | 21:0 21:0 | 20:3 20°38 | 20°3 20°3 | 20°3 20:3 | 20°9 20:9 | 21:4 21:4 | 21:8 21°8 | 21:8 21:9 | 22°7 22:7] 23:2 20:3 29 | 21:9 21:9} 21:9 21°9 | 21°5 21°5 | 21°38 21:3 |.21°4 21:4 | 21°6 21°6 | 21:7 21:7 | 22:0 22:0 | 22:0 22:0 | 22-2 22:2) 22°7 22-7 | 22:0 22:0] 22-7 164 MEAN] 22°6 22:2 | 22:0 21°8 | 22:0 21:9 | 21°9 21°8| 21:9 21:9 | 21:9 21:9 | 21°8 21°7 | 21°7 21°6 | 22:0 22:0! 22°7 22°6 | 23°1 22:9 | 23:5 23:3] 25°6 19°6 13 14 15 16 17 18 19 20 21 | 22 23 Midnight.| Mean, Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet. Dry. Wet.|Dry. Wet.JDry. Wet. 1 | 25°6 25°6 | 25°7 25°7 | 25°2 25:2 | 24:9 24°9 | 23°9 23:9 | 23°6 23°6 | 23:0 23°0 | 22°3 22°3 | 22-1 22:1 | 22°1 22:1 | 20°1 2071 | 20°3 20°39 25:1 25-1 2 | 22:1 22:1) 24:4 24°4 | 24°2 24-2 | 23°7 23°7 | 22:9 22°9 | 22:2 22:2 | 22:7 22:7 | 23:2 23:2 | 23°3 23°3 | 22°9 22°9| 22:0 22:0 | 21°4 2144 20°1 201 3 | 186 18°6| 184 18°5|17°7 17:9} 17:7 17°8| 17°38 17°8) 17:0 17:0) 18:1 18:1] 18-0 18°0]17°5 17°6| 18:1 18:1) 17:1 17:2) 18°0 18:0418°3 184 4 | 26:0 26:0 | 23:0 23:0 | 23:0 23:0 | 21°6 21-7 | 21°9 21°9 | 21°5 21°5 | 22°6 22°6 | 22°1 22:1 | 22°3 22:3 | 23:1 23:1 | 22:2 22:2 | 23:0 23:0] 21:4 21:4 5 | 21:1 211 | 220 22°1 | 211 21:1 | 20:3 20-4 | 20°9 20:9} 20°5 20-5} 20-5 20°5| 21:1 21:1 | 21-2 21:2} 21-3 21°3 | 21:3 21:3} 21:0 21:0] 21:0 21°0 6 | 24:9 24:9] 24:9 24:9) 24:9 24-9 | 24-1 24°1 | 23:4 23-4 | 23°8 23°8 | 24°1 241 | 25:0 25:0 | 23°9 23°9 | 23°3 23°3 | 24:1 24°1 | 24:9 24°91 23-1 23°1 7 | 33*1 33°1 | 32°7 32:8 | 32:0 32:0 | 31°8 32:0 | 30°6 30°6 | 30°7 30-7 | 81:0 31:0 | 80°5 30°5 | 29°7 29°7 | 29-2 29-2 | 291 29:2} 281 28:1] 30°4 30-4 8 | 29:2 29:2 | 29:0 29:0 | 28°8 28°8 | 28:4 28°4 | 28:2 28:2 | 28:2 28:2 | 28:0 28-0 | 27°3 27:4] 26°71 26:1 | 25:1 25°2 | 29°9 26-9 | 382°8 27°94 27°8 27-4 9 | 4071 4071] 39°9 39°9| 38°7 388°7 | 35:9 35°9 | 32:9 31°1| 37:0 34:2 | 38°8 35:4) 31°3 31:0 | 31:0 31:0} 30°9 30°9| 31:0 31:0 | 31°0 51:0] 34:5 33:8 10 |31°0 31:0) 31°8 31°8 | 32:0 82:0 | 82:0 32:0 | 31:9 31:9] 31°8 31:8 | 32:2 32:0] 33:1 32:2| 34:0 34:0 | 34:0 34:0 | 33°9 33:9} 33°4 33°4]31°6 315 11 | 30°8 30°8 | 30°6 30°6| 30°6 30°6 | 30:0 30:0 | 29:7 29°7 | 29°8 29°8 | 29:9 29:9 | 29°6 29:6 | 29°8 29°8 | 29°5 29:5 | 29:2 29:2| 29°5 29°5130°7 30°7 12 | 82°2 32:2 | 32*1 32:2) 31:0 31°0 | 30°8 30°8 | 381°1 31:1} 31°4 31:4] 31-9 31:9] 31°8 31°8 | 31°3 31°3 | 30°1 380°1 | 29°1 29:1) 27°3 27:6] 30°9 30:9 13 | 25°1 25°1 | 27°1 26°3 | 27:0 26°4 | 25°8 25°6 | 26°6 26°6 | 28:0 28:0 | 28:1 28:1) 27:9 27:9 | 27:4 27:4) 27:1 27:2 | 27-1 27:1 | 27:1 27:1] 26:0 25°5 14 | 29°6 29°6 | 27°8 27°8 | 26°5 26°7 | 25°1 25:1 | 239 24:0 | 24°5 24:5 | 23:3 23°4 | 24:7 24-7 | 24°9 24:9 | 23:2 23°2 | 23:3 23°3| 21:3 21°3] 26:4 264 15 | 15:1 14°6| 15:3 14:9) 15-6 15°4| 14:9 14°5| 14:0 13°7 | 18°9 13°38) 13-8 18:0] 13:4 18:0] 18-4 13:2} 13:7 13:0] 13:1 12°6|18°6 12:0]15:3 15:1 16 | 13:0 13°0} 12:4 12°6|12°8 12°8| 11:9 11°9|11°6 11°6] 10:3 10°5/10°3 9:8) 11-8 12:0} 12°6 12°6| 13:2 18:2] 14:0 14:0] 14:1 14:1] 12:4 124 17 |13°7 13°7|13°6 13°7 | 13°6 13°6| 13:2 13:2 | 12°9 12°9| 12-8 12°8)12°7 12:7 | 12-2 12:2] 12°1 12°71] 11:3 113} 11-0 11:0) 11°1 11:2}13°6 136 18 | 12:4 11°8)14:0 13:9] 14:0 18:1] 13°8 13:8) 9°8 83] 95 6:7] 85 6:3]10:°0 6:2/10°0 6:2]10°0 61/110 6:9|11:'2 7:2}10:0 88 19 |11°0 10°5)11°'7 89)11°9 9:0/11°3 8:9)10°9 88/124 9:0)10°9 8:2]116 88/112 8:9)10°'7 89) 9:8 9:2) 96 9°8]10'7 94 20 |11°9 9°5/12°8 10:2) 12°8 12:0} 12:4 12°8) 13-0 13:0] 14:0 14:0] 14:4 144/148 14:8] 14:8 14:°8|14°4 14:4] 14:2 14:2/13°9 13:9] 11:1 104 21 | 185 18°5| 19-9 19:9} 20°8 20°8 |} 22:0 21:9 | 22°3 22:3 | 22°8 22:8 | 23-0 28:0 | 23°1 23-1 | 23:0 23:0 | 22:9 22:9 | 22:2 22:2 | 22:2 22:2118:4 18:5 22 | 25°2 25:2 | 24:9 24:9 | 25:0 25:0 | 24°7 24°7 | 24:2 24:2) 24:0 24:0 | 24-1 24+1 | 24-2 24:2) 241 24:1 | 24:2 24:2 | 24:2 24°2 | 24:9 24:91 23°7 23°7 23 | 26°8 24:7 | 25:2 25:0] 25°8 25:0 | 25:0 25°0 | 24:0 24:0 | 23:2 23:2 | 22:1 22°1 | 23°1 23-1 | 24:2 24:2] 24°9 24:9 | 25:1 25°1 | 25-2 25°2125:0 2ae7 24 | 27:3 27:3) 27°5 27:5 | 27:0 27:0 | 26:9 26:9 | 26:2 26:2 | 26:0 26:0 | 26:0 26-0] 26-0 26:0 | 25:1 25:1 | 25:0 25-1 | 25°3 25:3 | 25:8 25:8} 25:9 25:9 25 | 27*9 27°9/ 28:2 27-9 | 27:3 27°3 | 27-1 27-1 | 27:0 27-0 | 27:0 27:0 | 27:2 27-2 | 27-2 27:2) 27°8 27°8 | 27:9 27:9 | 27:2 27-2) 26:5 26:6} 26:5 264 26 | 25°9 26:2 | 27:0 27:0 | 26:2 26:4) 26°3 26°3 | 26°1 26°1 | 26-1 26°1 | 25-1 25°11 25-8 25:8 | 26:1 26°1' 26°1 26:1 | 26°3 26:31 27-0 27:0] 26:1 26:2 27 | 28°9 27°2| 28:4 27:1] 27:0 26°7 | 27°3 25:6 | 27:0 25°5 | 25°8 25:0 | 25:3 25:1 | 25°2 24:1) 25:1 24:0 | 251 22:9 | 24:1 22:6 | 21°8 22°11 26:4 25-7 28 | 22°3 22:3 | 28:2 23°2 | 22:1 22°2| 22°9 22:9 | 22-5 22°5 | 22-8 22:8) 23-0 28-0 | 23-2 23:2] 22:9 22°9 | 22-1 22°1 | 22:3 22:3 | 22:2 22:21/22°0 220 29 | 22-1 22-1 | 211 21°1|20°6 20°6| 201 201] 19:0 19:0} 18:1 18:1] 18:1 18:1] 17:8 17:9} 17:2 17°3 | 18-9 18-9} 18:2 18:2) 16:4 16:7} 20:4 20:4 MEAN| 23°8 23°6 | 24:0 23°7 | 23°6 23:4 | 23*2 23:0 | 22°6 22°4 | 22°7 22:4 | 22*7 22:4 | 227 22:4 | 226 22:8 | 22°4 22:1 | 22°3 | FORT-WILLIAM OBSERVATORY 839 TEMPERATURE. Dry AND WET BULBs. FEBRUARY 1892. -1 Sms 3 4 5 6 7 8 9 10 11 12 For Day. Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.| Max. Min. 1 {45:1 44°7 | 47°8 45:8 | 48°0 45°6 | 48-1 45:7 | 41:0 39°5 | 38:9 37:8 | 41:3 39-4 | 42°3 39°5| 40°8 38°1 | 39:1 37:8 | 39:4 37:8 | 38°38 37:9] 48:3 36-1 2 |35°1 34:2 | 35°7 32°7| 35-9 32-2 | 84:0 32°3 | 32-2 32:2] 31:1 31:3] 32°6 31°4 | 31°3 30°3 | 34°38 31°7 | 32°8 32-2] 34:7 34:3 | 34:9 34:0] 43-7 30°8 3 | 383 35:0} 376 34:5 | 38°8 34:6 | 39-2 34:1| 38-8 33-9) 37:5 34:4 | 37:0 33°8| 36-9 34:2] 34:7 32-9 | 35-8 33-5] 37:5 34:5 | 38:9 34:6] 40-4 33-0 4 133°0 30°6|31°9 30:2 | 31:0 29:5 | 29-8 29-2 | 29:0 28-6 | 30-1 29:4 | 31-0 30°1| 34°8 33:2] 39-0 35:°3/ 40-1 36:4] 39°6 37:0 | 38-2 37:7] 42-2 29-0 5 | 40°7 37:5 | 37°5 35°5 | 39:1 36:0 | 40°38 36:4 | 39-9 36:1 | 38-2 36:°2| 41-0 36:5 | 39:7 36:2] 39:4 36:4] 40°8 36-4] 41-0 36:3 | 41:5 36:7142-:0 35:7 6 |389°3 37:0|39°9 36°7| 401 37-:0| 39:8 36:3 40-7 36:7 | 37°8 35:5 | 39°8 37:0| 88-2 36:0; 38:3 36:4 | 39°38 37:4) 40°7 38-4] 42-1 39-4] 43°3 37-6 7 |40°8 39:5] 40-3 39:4] 40-9 39°6 | 40-9 39:7 | 40°3 40:2] 41:3 41:0 | 41:4 41°2| 42°5 42:2) 43-2 43:1 | 43-8 43-6] 45-3 45°3/ 48:0 47:3] 49-2 40-2 8 | 44:7 42:2) 43:0 41:3] 43°3 41:9 | 42°6 41:4] 41-7 40:3] 41:1 40-0 | 41:2 39°8| 40-4 39:1] 41-3 40-0 | 42:1 40°8| 42°5 41:1 | 44-4 42:41.47-8 39°6 9 |42°5 41:3] 42°6 41°6 | 42:4 41°5 | 42°3 41:5] 42-3 42-2] 42:4 42:3] 43-1 42:9 | 43-0 42°8| 43-8 43-4 | 43-7 48:5) 44:8 44:6 | 45-2 45:2147-0 42:0 10 |43°7 43:5 | 43-8 43:5 | 44-2 43°8| 44:0 43-6 | 43-2 43:1] 43-4 43°3| 43°6 43-4| 44:3 43-7] 44:0 43°8| 44:1 43-7] 44:9 44:5] 45:1 44:7]46°8 42:9 | Ti | 46°0 45°6 | 47:0 45:7 | 47°8 46:3 | 47°2 45:6] 47-0 44:7] 46:2 44:7|46°9 44:7] 46°8 44:5] 46-6 44:3] 46:0 44:2] 46:3 44:8 | 47:9 45:2] 42-8 44:8 | 12 | 44°4 43°3| 44:5 42:8) 44:5 43-1) 44:5 43°3| 44-9 48-4] 44:9 43:6 | 44:2 43°6| 44:2 43-7] 46:0 45:0 | 46:7 45:3 | 47-9 46:0] 47-8 46:29] 48-9 38-9 | ; 13 | 39°3 37°7 | 38:9 37:2| 38-0 36:3 | 37-5 35°8 | 37-0 35°5 | 34°8 33-5 | 34:4 33:0 | 34:0 32:4] 33-9 32-4 | 35-7 33-7] 37:1 35:1] 39:0 36:1] 41-8 33-6 14 | 38-7 38°4| 38°8 38°5 | 39-0 38:6 | 391 38-6 | 39-2 39:2) 39°9 39:4 | 39-9 39:6 | 40:1 40-2] 41-2 40:9] 41°8 41-5 | 42:4 42:3) 42:3 42:0] 44-6 37:4 15 | 371 35°6|37°0 34°7 | 36-5 34:3 | 36:0 33:4 | 36-0 32°7 | 35°9 32-4] 35°6 31:4] 35-6 31-1 | 35:2 31:4 35°6 315 | 36:0 31°6 | 35°38 31°67 38-0 31:0 | 16 | 31:0 29-2 | 29°6 28:7 | 28-8 28°3 | 28-0 [27:0]| 28°6 [27-6]| 28-9 [27-9]| 29-7 [29-0]} 29:9 [29-0]] 28-7 [27-6]| 30-2 [29-7]] 31-0 29°5 | 31:7 29:°3932°5 27:0 V7 | 317 30°4) 31-7 309 | 31:3 31:0| 31°3 31-0 | 32-2 31-8} 32°6 31-8 | 30°5 30°3 | 28°6 27:3 | 28:0 26-6 | 28:2 26:6) 29:0 27:4) 32°5 30:2]34:0 27°5 18 | 28:0 27:2 | 28:9 27:0 | 29:0 28-2 | 27-7 [27-0]] 26-2 [25-5]| 23-9 [23-0]} 23-0 [22:4]| 21:4 [20-8] 21:7 [21-0]| 23°8 21-4] 24:9 22:7 | 27:2 24:34 31:°3 15-2 19 |15°7 15:0) 13°3 13:0) 14:4 14:1] 13-7 13:4] 15:0 15-0] 17:0 16:5 | 20:4 19-9 21:7 20:9 | 23-1 22-7 | 23-2 22-2) 25:1 24:4) 27:1 26:1431-0 13:3 20 | 21:0 19°3|20°8 19°5 | 22:0 20°9| 22:0 21-0} 22:0 21:0} 21:4 20°6 | 21:4 21-1 | 21-7 [21-3] 22-1 (21-9]] 23-7 21-4) 27-1 24-3 | 28-7 25-8431:2 19:9 21 | 32°0 29°9| 32:0 31°6 | 32:7 32°4| 32:7 32°6 | 33:3 [33-1] 32°7 [32°6]] 34:1 [34:0] 33-0 [32:9]] 32-2 [32°1]] 31-4 31-0 | 31-0 30°8 | 31°6 31°4]39-0 31:0 | 22 | 33°8 32°7 | 33°8 32:2 | 32°3 31:0 | 33:0 31:5 | 32-4 31:2|32°9 31-6 | 32:9 31-7 | 83:9 32:3] 35-0 33°3| 35°6 34:0] 36°83 35°3 | 87°8 36:0] 42°8 31-7 23 | 38°3 36°0| 37°5 35°8 | 37:3 35°3| 38:5 36:3] 40-1 37:4] 39°5 37:5/ 38-9 37:0} 40-0 37-6 | 42°6 39-0 | 43-1 39-0] 43-0 39:0] 42°8 38:9] 47:6 37-0 | 24 | 42°3 38°8/ 42:1 39:0 | 42:4 39:0] 41-8 39:0] 42:1 39:1] 42:0 39:0 | 42:0 38:7 | 42:2 38-7] 43-2 39-3) 44-4 40-0] 44°8 40:2) 45:7 40:9] 47:2 40°7 25 | 41°8 38°7 | 40°8 38:4) 39:1 37:2] 89-7 87-7 | 39:1 37-0| 387°3 35°8 | 36:2 34:9 | 34:7 33:8 | 36:0 34:8 | 38:0 36:7 | 41:2 38°6] 43:1 40:0] 48:2 34:3 26 |37°9 37:0| 39-2 37:7 | 37-9 36:9 | 37:4 36-4 | 36-2 35:3] 35:2 35:0 | 35°6 34:9 | 36-4 35:8 | 35-8 35:1] 37-0 86:3] 39:0 37:7] 41:4 39:6] 46-3 34:6 , 27 | 34:9 33:9 | 33:9 33:0 | 35°1 34:3 | 33:9 32:9 | 33-1 32°8| 33-0 32-4 | 32:2 31°8 | 32:1 31-6 | 33-2 32°8| 34:9 34:0 | 378 36:1] 39°4 37:3] 45°8 32:0 28 | 36°9 35°0| 368 35°3 | 37:0 35:9 | 37:0 35:9] 37:1 36:1] 36-7 35:1] 36°8 35:3 | 36°8 35:°4|38°5 37:°2| 393 37°8| 40-4 38:2] 41°9 38:9] 43°7 36°6 } 29 | 37:2 36:1 | 36°8 35:5 | 37-4 36:0 | 88:0 36°8 | 38°8 37:1 | 36°5 35:1 | 36°6 35°5 | 37:1 36:0 | 38:1 386°6 | 38-9 37:2| 40:0 37:9] 40°9 38:0] 43:1 33:0 | MEAN] 37°0 35:4| 36°7 35:1] 36°8 35:2] 36°6 35:0 | 36:2 34:8] 35°6 34:4] 36-0 34°6/ 36-0 34:°6| 36-5 35:0| 37:2 35°5|38°3 36-4] 89-4 37-2] 42-7 33°3 a 13 14 15 16 17 18 19 20 21 22 23 Midnight.]| Mean. Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet. \Dry. Wet.|Dry. Wet.|Dry. Wet.JDry. Wet. 1 | 42:0 39°6| 43:0 39°8| 43:3 39-6 | 42°8 39:1| 40°9 38-4] 41°3 38:5] 41:0 37:7] 40:0 37-4| 37:0 36:0 | 361 35:2] 39°0 86:°2| 38:1 35:5] 41°5 39°3 2 |37°5 36:1) 41°5 38-7 | 42°9 38°7 | 43°6 38:1 | 42°9 37:1] 40°7 36-4] 40-9 37-0] 41°3 38-0 | 40°8 37:7 | 40:1 37:1| 40:4 36:2/37°5 34:9137°3 34°8 3 | 39°8 35:2 | 37°9 33°8 | 39°7 33°2 | 35:1 33:4 | 36°3 33-4 | 37-3 33-2] 35°3 33-2] 34-7 32-4 | 34-2 32-1 | 83:2 31-8 | 34:8 32-4] 33:3 31:-4]36°8 33°6 4 | 40-4 39:0/ 40-1 38-0 | 39°5 37:7 | 41°8 36°9 | 41:4 37-4 | 40:9 37-2| 41:0 37-4] 38-9 37:1) 39:0 37-2) 88:9 37:°3| 40:0 37:2] 40°8 37:77] 37:1 34:9 5 | 387 37:0) 41:2 37°8| 39°83 36°5 | 37-0 35°8| 381 36-4 | 36-9 35°4| 38-1 36-0| 36:0 35:2 | 37-4 36:1] 38:1 36°6| 38:2 3677 | 38:3 36-4] 39-0 36:3 6 | 423 39° | 40°8 38:7 | 421 39-9 | 42-1 39-4 | 42-2 38-7 | 41:7 38°8| 40:4 38-7] 40-4 38-5 | 401 385) 40:0 38:3] 40°9 39:0] 405 39:2] 40-4 38-0 7 |48°9 47-4| 46:3 45-8 | 45-7 45°5 | 44:3 44:2 | 43-9 43°5| 44:8 43-4] 43-9 43-3] 45-0 43-7 | 45°3 43:3 | 44-4 42-8] 44-4 43-2] 44-7 42-4]43°8 42-9 8 | 46:0 43°4| 46-7 43°6 | 47°3 43-5 | 47:0 43-6 | 45:1 42°4| 44:2 415 | 43°8 40°8| 43-0 40:3] 41:7 39°6| 40:7 39:2] 41-1 39°8| 42:0 40°8] 43:2 41-2 9 |46°9 46°6|46°6 46°3| 45-9 45°8| 45:0 44:9) 45:0 44:5) 45:0 44:3] 44:8 44:0] 44-0 43-6 | 43:3 43-2| 43-1 43:1] 43°6 43:4) 43°5 43°4]44:0 43°6 | 10 | 45°7 45:0) 45-7 45:0} 45-0 44°6 | 44°83 44:4] 46:4 45:3] 46°8 45-1 | 46°3 45-1] 44°8 44:3) 44:7 44°5| 45:3 45°2| 45-2 45:1) 45:0 44:9} 44:8 44:3 Tl | 48-7 45:3] 48-0 44-6 | 47:4 44-7 | 47-2 44:4] 46-9 43-9) 45:4 44-0] 45-7 44:2] 46-0 43°8| 46-2 43-7 | 46:0 43:5] 45:2 43-4) 45:0 43°3]46°6 44-5 12 | 48:3 46:1] 48-7 45-7 | 48-2 44:8 | 47:3 44-6 | 46°8 44:°5| 46:6 44-4 | 46-7 44-6 | 46:9 44:6 | 42°8 42-1 | 42:2 41:4) 40°0 39°2| 39°4 38:3] 45-4 43:7 13 | 40-2 36:9] 41°4 37:5 | 41:5 37-6 | 41°8 38-5] 40-7 38:0 | 39°6 37:1 | 89:2 37-2] 39:4 37:6] 39°3 37-7 | 39:1 3777 | 88°8 37°8| 389 38:0] 38°3 36:3 14 | 42°9 42:6 | 43:2 40-7 | 44-1 40-7 | 438-1 40-0} 42-7 40-1 | 41-0 39-1 | 39°3 37-8] 38:8 38-2| 38°83 37-7 | 38-0 37:1| 38:1 37:2] 37-4 36:2] 40-4 39:4 16 | 37'0 32°4| 37:2 32:4) 37°8 32°6| 37-0 32:0] 35:0 31:4| 34:0 30°5 | 32-1 29-4] 32:2 29:°3| 32:0 29-3] 32°3 29-5 | 31:6 28-4) 32°0 29:-4135-1 31:6 16 | 32°3 29°6 | 30°9 28°8| 31:9 29-4 | 31:3 28-9 | 30:0 27:9 | 28:4 26:0 | 27-6 25-6 | 27-4 25-5 | 27-2 25-7 | 28-7 26-1 | 30°2 28-1 31°9 293] 29°7 28-1 17 | 33-2 30-7 | 33:1 30:0 | 33-9 31:1 | 32:6 [81-8]) 30:1 28-0 | 29:7 28-0 | 29°8 28-4 | 30:0 28-6 | 29:4 28-2] 29:7 29:0 | 28:7 26-9 29°77 27°38] 30°77 29°3 18 | 29:0 25-4 | 29°8 25-8 | 30:0 26:0| 29:9 26°6 | 28:2 25:2| 25-1 23-0 | 23:6 21:8} 22-7 21:0] 21:8 20:0) 18°6 17:7 | 17:0 167 15°2 14:6) 24-9 23:1 19 | 29-7. 27-1 | 300 27:2 | 30°8 27:4 | 30:7 27-0 | 28:0 25:7 | 24:3 22-5 | 22-6 21-8 | 20-0 19-7 | 20-7 [20-0]} 19:2 18:1 | 20°8 19-2) 21:6 19-4 22:0 20°8 20 | 28°3 25:3] 29°6 25:9|29°6 26:2 | 28-8 27-3] 29-9 27:1] 29-7 28-0 | 29°6 28-8] 30°5 [29-8] 30°5 [29-9]] 30°6 28-5 | 30°9 28°8 | 311 29:0] 26-4 24:7 21 | 33-9 32:3 | 34:3 [82°6]| 33°3 32:9 | 34-1 33-1 | 34:7 33:3] 36:9 34-8 | 36°6 34:9| 36:0 34:6 | 36:0 34:9] 35:9 34:7 | 35:9 34:3 34:4 33°01 33'8 32'9 22 | 38:9 37:0 | 39°4 37°8 | 42:0 39°2| 42:1 39°6 | 89°2 36°7 | 38:0 36-0 | 36°6 34:°8| 35:4 34:1 | 36-9 35:4) 37°83 35°4/ 37:9 35°9| 37°9 35:9] 36:3 34:6 | 23 | 462 39:0) 46°9 40-0 | 46-9 40-0 | 46-3 39-9) 44:0 39-0; 41°9 37°6 | 40°8 36-4) 40°5 36-4] 41-7 38°0| 424 38-9 | 43-1 39°0| 42-2 38-7} 41°9 38:0 24 | 46:1 41°3)| 46:2 41:2] 46:3 41:0] 46°3 41-7] 44:'8 40°4| 42°3 39°5| 41:1 38:4] 41-1 38-2) 42-2 38-7 | 42:9 38-9 | 42-1 38:9 | 41-4 33°7 43°2 39° | 25 | 43-2 40°3| 46:2 42:1) 47:0 42:0] 47:9 42-7] 45:6 41:3| 42°8 39-8] 40-0 38-2] 40°8 38-5] 40-2 38-4] 39°7 38:1 | 39:2 37°7| 39:7 37:7] 40°8 38-4 | | 26 | 44°6 41:1] 45-7 41:1) 46:3 41:9 | 45-7 41:1] 44°7 40-2] 44-0 39-7 | 41-2 38-4) 39:2 37:0] 37:3 35°38) 36:0 34:6 | 35°5 34°2 35°1 33:9] 39°3 37°4 27 | 41°8 39:2| 43:9 40°5| 45:5 41-4] 45-2 41-7 | 42:0 39:3] 37:5 36:2) 36:1 35:0) 35:6 34°5| 38:0 36°6 | 38°6 36°8 | 38:1 36°2 370 35°4]37°2 35:7 | 28 | 41°3 38-7 | 42:7 39:2) 43-1 39-6 | 43:3 40:0| 41:9 39-2] 39-8 37:4] 38°5 36-9] 38°8 37:3 | 39°3 38-1 | 38°1 37:0| 38-0 37:0| 38-0 37°0 391 372 | 29 | 41-9 385 | 42:2 37-3 | 42-9 36°8| 41°3 36:0| 40-0 35°5 | 38°8 35:2] 36-9 34:0] 37-5 34:1] 35°3 33:0) 35°6 33-0 | 34:7 32:2] 33:0 8114382 35°6 Mean] 40°5 37-8 | 41:0 87-9] 41:4 87-9| 40-9 37-8] 39:9 37-0 | 88°38 36°3| 37-9 35:9) 37°5 35°6 | 37-2 35-6 | 36°9 35°3 | 37-0 35°2| 36:7 34:9] 37°8 35°9 MARCH 1892. BEN NEVIS OBSERVATORY, Dry AND WET BULBS. TEMPERATURE. 340 > dyno oo OPPO WDAONS OMBVWOWD SCAOHS SCHONONH BI~DIDING MIAN S GBWOMIINA Ora > 3 HKNOAA OMA HHIOHH DOHRAH NONMD KMANAS © : OHNAID MDOOGAH OHDODS AMIOIH 6 5 jay Ce Bo oe oe oe Boe | Ann FAMONN ANNAN mNN re B SSS nord Se eB oe oe De No 3 oo a SARae a 7 o i} FORO. AES CON CO red stl C2) SSG C35) Oo TeaICO HS) SHIGDIGNIC INI GNIGDIGN GNIS 100) 5. | pe G0 SOOT ES NSIC) GNSS STG S00 = EC CNIGN oc) ice; MiQIV}9 HH WwORDOD OROOCH NORA DRANG QBHAABARQ H HOPNADS 1IDOOAH LidiD8Onw WHOA WHRON So AAA AAA ATAHAN NOMON AGIMDAN NHANND A BAAN AN A AAA ANDAMAN ANANN AQ BNO HH DWNON HONAH MOHAN HOH SOMIANON =] BOEPAS AOMAM AOOED SOSTS OMOMEG OMMANDH © IMQHNS OhRO~ COHRERD HARON OMARD NOOKrHH oO es HNOAM1D OOAHO MiGQIHH NOIR ARBOKnRKN BROBAHH @ nN Rene Aer A NM nmH FAAMOIN ANANNAN Arend No® N op Stn FAN Attn NMNAINAN ANDAN ANN OD mr cs belo desl isd (Rela heen Caves Coa) Gee) Subsite Nin) lil D SVS (ex) 3 LESS IS TRIGGitsiles CICS E) OOM EXE Geir o eel aeer iter ieee Ce) Ri 1QHHO SCHhADr~ CDHODORD DNANDS OMNARBO HORSROH pany RHNOMID OKO 1911 HO Noon AQMNKK RONNS1N SO Bros AA FA ARH HHMDN ANNAN ANGAAND AN = QAR AAA AHHH HOMON ANDAN HAND A SERIA RME OS este SCS SOIR bl ICO Se oe Sigel ate olssu ellen Cre alts) BOMAAO ANDIGN 2ROSHNS AANSOM™ OHOSH HAAQAHN © SO MCD MIN IQ OQ WH HOWS ONDRH WDD MOAT Hi © HAAHH ONMDHO NOIGHKHH AMDAH MOOGKRNH RLAANIAN @ = AAA As A aN HOMANN ANNAN A FANN N a AeA AAA Had AMMANA ANNAN ANG z SORPWDWISO HOr-NM~ OHHOSOO NOMAD COMMA AOAHEDY © my CDI Fe ee IIS! te NICO NI CORO Os ll ten hen Rox Men tS LC OOM Ssh OPI HOC Ss ROHOOHR 19ONOIN DADO ANDAH KMDHDHD NODROHR OS RHNAHH ORnNMHO IDOIDHO AHH MOHAKKH BRAONNG SO QnA AsA Ane me man TN AMMAN ANNAN AN mANN N QO AAA HAT DMNOON ANANODNANN MAIN oD N BPPOAY ANSHHM ASOPAD Bi9NWS 2RMAROS OMASMIQ O BHOIOQASD MAOMVHAD PASAM AANWODS GANAARAPHSHHO NHN 1G IVDO OQ MIGIQSGHG DHDON WAL HHR NWORHOGS © IDNA ORHMO NOiOdtH AwW1OAGD MODOKND DAAANHHD & oO AAs eit A AHN TAMMONN ANNAN OD moHAN&S N a Me nin nd Ann AHHH DBWNMMNN ANNAN ANN Coe - EPRPOBD'IG NNSSH ANHOSH WIOG1GH HORPAS AS-OBSH & x pasa She SSS) elfan\GelssiGe) Gn) pals Neal ee fee Colle tas leh iy oe SOS RIS HONDA 19 OI 019 WID1HO]D GOHADOAN RAKLDA MRAO6GH O EAD NGO OR HOD INDIDHAM Qidg19 919 MOAKND DARNDMD OS QO AAR A AHHH AMNDAN ANAANN A FHANa A BISA Aad AHH DOOAN ANDAN ANG A BASCPANS HAMM MVOIITWO MROROD MANNA OMHOAN & BHRNNSS Woaonea mrNOOD DONOIsS Sows ANSE Or ISH AmIg WQOOQ WWGHA® OF AH QDALOHD GNOKAR IQ ODA GDH COR-HODLO EDOIDIDTH AiM1@H1G HODKNS ADRMMGDSD a Beene As A AA AMON N ANNNNN N KANN 7 aes Annan Henin DMMMON ANNAN NNO STOPS HD BWHMNS ANEOOG DOMDO GDANr-NIS HRHHOOO sH RROD ERIGOEN SpE AON IG0)) eI SENS) ISO NEMS) SSO eh Qe rol Salsas a RIS HAY H190O0O19 MiDIOh] HHAKROOo ONKRDH HOOHHH FAQ GD AAO OR HAD 1IDD1IDIODSRE Aioisc1g HORAK AORHOD OS Annas Snes A ns NMOON ACANA N FANN aR Annas Mend FHM NOAMAON ANANN NAD AN BPADSH SRAOMD MONS QOHSONM Mi9DDHD OMIM N BOLPONS DASHA ANSOHO MNPONOD SSANS POMSAS Fw SOtHOH HHMDIONN OHOSO VHODOH DIMIGKL AOhLwWHR & OAAMID OOINMKR MOIGIOH AHHANH WOAKS ARROIGD O se Poss AAG St AH HOMONN ANNANN N FANN oO SSeS eS Renn Fenn MDMOMMON ANNAN AND SN EPADOmM OF ODM ME OCON MOAOSe Wacoma OM9oowm © os LO DOSS COIN CIM LS Os ESOS SSO SCN SS ROHHOO HWA SGHODS HHOSH OKIE 2 ¢ OCONH1D Ociyecdme HoOwiso AHO GORKS ARRODH O | Ee248% aoe A nnnnH NMDNMOMANN ANAAN Aes sisi e | 22828 Sateen eel Moth MMMAN ANNAN NN OD N [seacee SMHAN SPVMOM™ ASOMON OHMWOAS wWawatEe BD BRHOMIAA SAEANND OANRVS BWHOWSO HHASd OMSTAM OS OCHA HHAHOSD OFF1DIDH OCOnRAH DHAKIDWO M9119 008 (eo) WH NOG ROOND BW191900 ANHAM HARDIGO AROOIND OS r SSeS WM Ands A AnH HnNONN AAAAN N = oAA ol oO Soi AAA HAH MOMON ANNAN RANN AN ~ SEH PCOO SMHON DMANSOM ASOHOM- APWNMS DPOIlOAWE A a LEIS ONIN DEEN CISION GN ORe ae) Shs teal See Sia a LODHI AN HHHOSO OOKHH CON MDH HDHnisw moon; MH AHO ROO AND 141919100 NMOIMOH HRDOS AROOCHDN O Bese Aes A ARN AMDOAN ANAAA A soa & Aaa Haddad mathe AMMAN ANNNG HAND A [eescee DI~NAD SCI DIOD ANHWORM NAGCSON BMOSOASO > BOMDOD DOA DOTIND IONS TID ANOWN AOANAD OHHOCD HMO wROIDOH OGLaAdt Koken ooo o | | ° #£x41}1S0a0da4nK~ 1b KRODNAD 9191500 CONAND OOCOKNN HANAHS OS co eS py mao anne Oo oo NIT AAAAN Qe asa 2 reo) Sets Rann FM nmH DNMMNAOIN ANAAA mnino N SOOM OH DMN DAO CPN DH 19 NOOO NASON GiNPMONS a ae BO Dig ey Oo sil tae ale IDEs G9'G910) (NICOLE COO Nit! 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DDNONMD wo | | £x1 Sworioianed Mm DIOR ORA ANMHHO OHAARMW NwOhHONDH | eel aod Moines AMON AANA A°SASAS 2 =H [Faas SSS Sade AMMAN ANANN FMA ANN O&O N | SO PBM AS IWOSMM APNON OMBOSD HANIVQWOSD 1 0S1IGNS. = See MIoetee) Celene su AOSORBSOS NOBVION ADOMwM OHSS TO LAQH AOD HiIDOOO WwHIGQIDH DOINMa> wv ROm DOHA Poo tHandd BROS rm ABDDOA ANHMKR SOHARD GCOKWMGA [QrnnAS Aare Medin HOM CON ARRAS AP SAAS 2 | F28288 es eet Monn NMMMIN ANANN Fmt rND N | [eBeacs BOTS DS WOOO SD WGI 1900 Ono at ONS aANG cd BOOQSOS A MHOMSHD 19ND NANO DO IWHSSOMD PMOmMTON N | DIANOH HOI~OD ONWMIOH HANOH Dt~Oana co | | |Woarwmamo or MHO CONRAD SOHAADW DHODHD Seo aso Hossa SOA AAASN SSNS 2 Pe peers SSVONS SVEN AHOAAN AANAAN GHARAAN AN rm EPONDH POMS IWORPOOD INOM1G19 SHDAHW ONMDMANS 10 ra POD SOHS DQDHOD ANEOOBMANSCWODM WNOSOSH BAPOAWN 19 EIDID NOH HORAD OMIDH ANDI o Nim COmHANE Pooigiaam on ss CRDOM ONDNDS BDHARD DOORN x Annas Ane Aaa AOA ANAGN AMS | F2sena CSS 5 RSNA AHBDAN AAAAAN ame RNS AN a © —} 4 a2Oo 4 Nod Hs rOD ANMDH19 CRORS FNM BANMH1® ORORS HNAMHIG OHhOROn F RMN nn RRR RN NARA ANARAR & yao Gcies es) SOK BO aS men MRA RNAN ANNAN NCOInnoo = » = 1 Da FORT-WILLIAM OBSERVATORY. 341 TEM PERATULE. . Dry AND WET BuLss. MARCH 1892. 1 2 3 4 D 6 7 8 9 10 ll 12 For Day. Dry. Wet.|Dry. Wet.)Dry. Wet.|/Dry. Wet.|Dry. Wet./Dry. Wet.|/Dry. Wet./Dry. Wet.|Dry. Wet./Dry. Wet./Dry. Wet./Dry. Wet. Max. Min. 1 | 331 311] 31°8 30:0 | 30:9 28°9 | 30°3 28-6 | 32:0 30:1 | 32°8 30°7 | 33°2 31:0 | 34:7 31°8| 35-7 32:7 | 36:7 33-5 | 38-2 34°3 | 39°3 33'S] 41:2 30-0 2 |33°7 30:0} 32:3 29°4 | 33:4 30°3 | 32:3 29°7 | 34:0 29:9 | 33:2 30°0 | 33°3 30:2 | 33°9 30°5 | 35:0 31°3 | 35:0 30°8 | 36°1 [311] 36:4 3 391 30°2 3 | 29°7 28°2| 29°3 27:0 | 29°9 28:0 | 30:3 28:4 | 31:0 28:9} 31:0 29:3 | 32:0 380° | 32:2 31:1 | 82:7 [29:1] 82°8 28-9} 34:0 29°8 | 34-7 3 36°1 28°9 4 |30°9 27-7 | 29°8 27°7 | 28:1 27:2 | 28-8 28-0 | 28-8 [27°5]] 29:1 [27:0]| 29-8 [27°8]| 31-0 [27-7]] 31-9 [27°7]| 32:1 28-1 | 33-1 29:3] 34:0 29:7] 36:2 23:9 5 | 239 23°0| 23-0 22:2 | 23°] 22°4| 22-6 22:0] 22-7 22-0] 22-4 22:0 | 23°1 22:4 | 23°7 23:0 | 25°6 24:7 | 28:2 26°8/ 31°6 29°3/ 34:0 31:0] 38:0 21-9 *6 | 27:0 26:2 | 26:2 25°5 | 25:9 25:3 | 24-9 23:9| 25:0 24:2] 24:1 23-8 | 25-1 24:3 | 25:3 25:0 | 26:9 26:3 | 29:4 28-2 | 32°3 30:9) 35°6 [31-0] 39:0 23°9 7 | 34:3 [82-0]| 34-1 [82-0] 33-7 [31-9]) 34-0 [82-0]} 34-0 [82-0]} 33-8 [31-5]} 32°8 [81-0]| 34-0 [31-5] 34°8 [31°7]] 35:1 31-9 | 35:3 31-9} 35°8 3 36°2 32°8 8 | 33°8 32:9] 33°9 33:0 | 33°9 33°6 | 33°6 32°7 | 300 29°0| 28°7 27-3 | 27-7 26:2 | 28°1 26-9 | 32-0 30°5 | 34:3 [82°1]] 33:5 32:9 | 34-7 34:0]. 384 27:1 9 | 29°5 28° | 28:0 26°31 25-9 24:3 | 25:9 25-0 | 27-4 [26-8]| 26°6 [26:0]! 25°5 [25:0]| 23°9 [23:4]! 26-9 24:9 | 27-3 25°81 29°8 27:2| 29:0 2 32°8 23°1 10 | 26°5 [25-0}) 26°5 25:0 | 24-9 24-1 | 24:5 23-9 | 25:3 25-0 | 26-0 25:7 | 25-2 [24°7]| 25-0 [24-5]| 26°5 [25°5]| 28-7 27:2 | 29°9 28-1 | 32°83 3 38°8 23-0 | 11 | 27°6 26°4} 265 25°9 | 25-2 25-0 | 24:0 24:0 | 24:5 24:0 | 24°8 24:4 | 24:0 23°8 | 23:9 23:3 | 27°5 26:2 | 30°6 28°5) 83-0 30°6 | 35-1 [31:9] 39°6 22:0 12 | 25:3 23:9 | 24:0 22°9 | 22-7 21:9 | 22°3 21°5 | 22°] 21:3) 22°3 21:8 | 22°8 22-3 | 24:2 [23-9]] 28-7 [27°8]| 30°4 28:2 | 33°6 30:2 | 34°3 3 36°2 21°7 13 | 28:0 27-3 | 29:1 28:0} 380°0 29°1 | 29:7 28:3 | 29°1 27°8| 29:1 27:8 | 30:2 29:0 | 80°3 30:3 | 32°7 [31°5]| 35-0 32°0 | 35:2 32:2 | 35-7 3: 37°6 27-9 14 | 31°9 30°3 | 31°2 29°3 | 32-2 30°8| 30°7 29-7 | 30°9 301 | 80°5 30:2 | 29-9 [29-5] 30°5 [30 0]) 31-4 [30°0]} 32°9 30°5 | 33°8 31-6 | 34:9 [32-0] 37:9 27-0 15 | 25:9 24:9} 25-2 24°3 | 24-4 23°8 | 23:2 22-8 | 23:0 22:2 | 22-7 22:0 | 23:0 22°5/ 235 23-0 | 28-7 26:9 | 30°7 28°8 | 82°6 3071] 33°8 31:1] 37°5 22°5 16 | 23°4 22°5 | 22°2 21:4 | 21-2 20-8} 21:5 20-9 | 21°3 20°7 | 20°7 20:0 | 20°8 20:0 | 22°9 21°8 | 27:2 25:5 | 30-0 27°5 | 33:2 30°7 | 35:3 31°6].44-4 2071 17. | 438°2 42:3) 42°0 41:0 | 42:0 41:3 | 50°7 47:1) 50°1 47:9] 46°9 46:1 | 47°8 46:2| 47:2 46:°0/ 48:0 46:8 | 46:9 46:0 | 45:9 45:3] 46°7 45°8]51°6 40°0 ‘18 | 49°8 48:0) 48°6 47:2 | 49-2 47:6 | 49:0 47°6 | 48:3 47:7 | 49:1 47-9] 49:2 47-°9| 49-9 48-2 | 50°3 48:9 | 49-3 48-2] 49-1 48:1 | 50°0 486]56°6 48-2 19 | 55°3 48°5 | 53°2 47°3 | 52:0 46°8 | 50°6 46:2 | 49-6 44:9] 49°8 43-8) 49°6 43:7 | 49°9 43°3 | 52°5 44:5 | 53-4 45:0 | 53°3 45-0 | 55-2 45:0] 57-0 45-9 20 | 45°9 37:9) 45-2 36°3 | 41:0 35:1} 40°9 35:0| 40:1 35:0 | 40°7 35:0 | 42°0 35°7 | 43:1 36°6 | 45:3 38:2] 45:1 38°3| 48:0 39:9) 49:1 40°4]52°4 35-0 | 21 | 35:0 33:2] 34:3 33:1 | 34:9 33°6 | 36°1 34:8 | 35°3 34:3 | 86:4 35:2 | 36:9 35°6 | 37:1 35°6 | 38:9 37°6 | 38:9 37:9 | 40°1 38-9! 42:0 40:04 45:9 34:0 22 | 35°9 34-1 | 36°3 34:4 | 35:2 33°7 | 35°9 33:9) 36-1 34:5 | 35°7 33:9| 36:3 35°1 | 38°4 36-7 | 40°9 38°0| 41:8 38-7 | 43-0 40-0 | 44°9 40:0] 48:0 35:1 | 23 | 44:2 42°7| 44:0 42°6 | 43:2 42°3| 43:0 42:°2| 43-8 42:2| 43-7 42:0 | 44:1 42:1] 45:0 42°6| 45°7 42°9| 46°5 42:9) 47°6 43:5] 48-0 44:0] 49°8 42°9 24 | 44:0 41°7 | 48-1 41:0 | 42-9 41°0 | 41-7 41:0] 41°8 40°6 | 42:1 40:9] 41:9 40°7 | 42°3 40°9| 43:3 41°7 | 44:2 42°6 | 46-0 43°1| 47-4 44:1]50-0 41-0 25 | 42°3 41°6/ 42-1 41°5 | 42-2 41:6 | 42-2 41:3 | 42-1 41°6| 42-1 41:4] 42-4 41°9 | 43°1 42°2 | 43°3 42°3 | 44-1 42°8| 44:4 42:9] 44-2 43:°1] 44:9 41:7 26 | 43:0 41:9 | 42°9 42:0) 43-0 42:2 | 43:0 42°6 | 41-9 40-2] 39°9 38:0 | 39:7 37°9 | 39:2 37:7 | 40:0 38:2 | 36-1 34:7 | 82°5 [31-0] 33-0 [31:7] 43:4 271 27 «(| 27:0 [25-0]] 26-9 [24°7]| 26°8 [24:3] 26°5 [24:0]] 26°6 [23-7] 25:9 [22-6] 24°5 [21°4]| 26°6 [21°9]] 28°8 24:4 | 29°6 25-5 | 30°8 26°2| 31-2 26°77 34:5 24-2 28 | 2671 24:3 | 26-2 24°8 | 26-2 25°6 | 29:2 28-5 | 29-6 [28°6]] 30°8 [29-8] 30°2 [29°5]| 31-2 [30°3]] 31-9 [31-0]| 34:0 [81-9] 34:9 33-9 | 35-2 34:1] 40:0 25°4 29 | 24-3 22-7 | 22°8 21°6 | 219 21:0 | 21°4 20°7 | 21:0 20°4| 20°7 20:3) 21:4 21:0 | 24:2 23°8 | 28°5 25°5 | 80°7 27:9] 34:0 30°5 | 36:2 31:9] 42:3 20-4 380 «(| 38:0 35:9 | 37°2 35:1 | 37°3 35:2 | 38-2 36-0 | 38:1 361] 38:1 3671 | 39:2 36:8 | 40:1 37°0| 41-1 37-7 | 42°3 38-7 | 43°7 39-7 | 44-7 41:0] 47-2 37:1 31 | 40°9 37:8) 40:0 37:3 40:9 37°8 | 40°2 37:2] 39°4 36°6 | 40°0 37:0] 41:2 37-0 | 41°8 37:2 | 42°7 37:9) 43°7 39:1] 45°8 41:0] 46-9 41:2] 49°8 39:4 Maan] 34:2 32:2) 33°5 31°6 | 83:0 31°5 | 83:1 31°6 | 33-1 381°5 | 32°9 31-3 | 33-1 31:4 | 33-7 31:9 | 35-7 33°2| 86°6 33°8 | 37:9 34:8] 39:0 35°5] 42-7 30-4 13 14 15 16 7 18 19 20 21 22 23 Midnight.} Mean. Dry. Wet.|Dry. Wet.|/Dry. Wet.|Dry. Wet.|/Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.[Dry. Wet 1 | 40-7 35:0} 41°1 35:1) 40°3 35°7 | 39°9 35°6 | 39:0 35°2 | 38-2 34:2 | 38:0 33:3 | 36°3 31:9] 35°4 31:1 | 83:1 30:0] 34°8 30°8 | 34:0 3071 32°3 2 |36°6 3)°8| 37:2 32:4] 38:4 33:3 | 38-2 32°7 | 36-2 31:1 | 35:0 30°6 | 34:4 30°0 | 33°6 29°4| 33°7 29°3 | 33°4 29:1 | 32:7 28°7 | 30:2 27°8 30°5 3 | 35°1 30°7 | 35°7 30°5| 36:1 31°6 | 35°3 [32-0] ae 29°9 | 33°7 30°0 | 32°6 31:0 | 32°8 [29:0] 32°5 [28 ‘5]| 832°1 28:4} 32°0 28-1 | 31°6 27°9 29°9 4 | 34:0 30:0] 34:5 30:2] 35°6 31°8 | 36-0 [32-0] 34°8 [80°0]| 31°8 28°5 | 30:0 27:4 | 28:2 26°8| 27:0 25°5 | 25°9 24:9] 24:4 23-7 | 24:3 23°3 27-9 5 | 36:2 31°8 | 36°8 [82°9] 37:1 32:9] 37-9 33-8 | 36-9 32°7 | 35:9 31-2 | 34:8 [31°5]) 31-3 [29°6]] 30°1 28:0 | 28°7 26:9 | 28:3 26°3 | 28-0 26°7 27°3 6 | 36°9 32°5| 38°5 34:2) 38:9 33:9 | 38°3 34:0 a “4 [33:0]| 36°6 [32°6]) 36-3 [32°4]] 36:0 [82°0]] 35:4 22-4 | 35°3 32°9] 35:0 32°3 | 34:9 31-7 29°5 7 |86°0 32°9] 36-0 33:2} 35°9 33:2] 35°9 32°8|35°7 33:1 | 34:5 32:2 | 34:9 32°9| 34:1 33:0 | 33°4 32:9 | 33:0 32°7 | 33-1 32°8| 331 32:9 32°3 8 | 35°1 34°6| 36°5 34:8) 37°8 35-9 | 37:0 35-2 i 34°4 | 34:2 32:0 | 34:0 32°3 |-35°6 [31°5]] 32°5 [81°2]| 30°9 30-2) 30°0 30-2) 31:1 29-1 31°8 9 | 29°38 27:0} 30°4 27:7 | 28-9 26°8 | 27-2 [27 -2]| 27-9 [27-5] 28-9 [28-5] 28-9 [23-7] 81°2 29°9| 31-3 30°3 | 32°1 30°8 | 80°38 28-9 | 29-0 28°8 27°2 | 10 | 86:4 33:5] 36°8 33:9] 38-7 34:5 | 38-2 [34-0] 38:0 34°3 | 36°2 33°3 | 35:2 33-0 | 33°8 32:0 | 32°0 30°83 | 32°2 30°71 380°2 28-0 | 28°3 27°3 28°9 11 | 38-2 34-9} 38°3 35-0 | 38°5 [34°8]] 39:0 34°6 | 38:0 34:4 | 34:6 [380-0]] 32:1 [28-1] 31-0 [27:0]} 29°1 [26-0]| 27-9 25-9 | 28-1 26-2 | 26°8 25:0 28°2 12 | 34:7 31:3] 34:9 31:5 | 35°3 32°7 | 36:1 32°5| 35-1 31°7 | 34-2 31:9] 32°5 31:3 | 32:0 30:3 | 31°6 30:3 | 30°8 301 | 29°7 29:1 | 29:0 28:3 27°8 13 | 37:0 33:1 | 37°2 33°3 | 36°9 33°6 | 36°3 33-0 | 35°83 [33°0]| 34°7 32°3 | 32-5 [30°9]] 31°6 30°6 | 31°5 30°7 | 32:0 30°7 | 31°6 30°6 | 32:2 306 30°8 14 | 86-9 33-9 | 37:2 34:0| 37:5 34:3] 37:6 34:1 | 36°8 33°5 | 35:1 33°6 | 33:3 [32-0]] 32:1 30°3 | 30°5 29:0 | 29°8 28:1 | 28:7 27:1] 27:0 25:9 30°8 15 | 35°3 32-0 | 36°3 22:2 | 37-4 [33°5]| 37:0 33-0 | 36-2 [32°5]| 33-9 [30°5]| 31-9 [29-0]) 30-2 [28-0}) 29-7 [27°5]] 27-1 25-7 | 25°2 24-3 | 24°38 23-4 27°3 16 | 37:9 32:9} 40-4 36:5 | 40:1 37:1 | 40:0 [87°8]| 41°3 39:9 | 42:2 40°8 | 41:3 40-7 | 42-1 41:1) 42:7 42:0 | 42:2 41:7 | 438°3 42-4) 42:2 41°8 31°6 17 | 49-0 47:8} 50:0 48°3| 50:7 48°5| 51:6 48:4] 50:0 47:1 | 48-4 46:0] 47:4 45:3 | 47-6 45°3| 47:0 45°7| 49-0 47:0| 48-9 47:0 | 48°8 47:3 46-1 18 |50°7 48°6 | 52°2 48°6|56°0 48:0|56°0 47:9] 55-9 48°0 | 53°5 47:1 | 52:7 47:1] 52:0 46:9] 53:0 47:4| 52:3 47-7 | 53:0 48:2] 53°6 48-9 47°9 19 |561 45°7|56°6 46°7| 57:0 48:1] 56°3 48:1 | 55:3 481/535 46°5|51°3 44°8/ 49-5 43:9] 49:0 42°4|49°6 41°8| 49:0 40°6| 47:0 38°8 45:0 20 |50°1 41:2) 51°5 42:0] 52:0 42°7|50°5 42:0] 48-4 41:3/ 45-2 39:0] 44:0 38-2] 43-0 38:0] 41°71 37-9| 38-0 35:°2| 36-0 33°8| 35:2 33-2 37°8 Q1 | 44:0 41:8] 43:9 41:3 | 44:6 42:4] 44:3 42:2] 44-7 41°1] 44:9 41:0] 42-3 39-9] 41:3 38-7 | 40-4 38-2 | 39:5 37:1 | 37:0 35°6 | 86°6 34:8 307 22 | 46:4 40°7| 47-0 40:9] 47°9 41:7] 47-1 42:2] 46°6 42:0] 45°7 41°8| 45-2 42:0] 45-0 42°1] 44:9 42:2] 44-1 42:0] 44:3 42:3 | 43°8 42:1 39°0 23 |49°6 44-9] 49:0 44:2] 48°7 44-4] 48°8 44:0| 48-0 44:0| 47-0 43°1] 45:5 42-7] 45-2 42°7| 45°3 42°8| 45:0 42°2) 45:0 42°3 | 44°5 41:9 43-0 24 «| 47-8 43:9] 48-7 44:6 | 48°9 45°2| 48-4 44-9] 47-5 44:1) 46-0 43°9| 45-0 42-2] 44-1 42°2| 43-2 41:7 | 42°8 41:9 | 42-7 41°8| 42-4 41°7 42°4 25 | 44:3 43-2] 43-8 42-9] 44:3 43-1 | 43°6 42:7 | 43-7 42°3| 42-7 41:4] 42-1 41-0 | 42-4 40°6| 42:0 40-7 | 42:1 41:0| 42°5 41°6| 42°8 41°8 41°9 26 | 33-2 31:9] 32-2 30-0) 31:2 30:0] 29°8 29-1 | 30:2 28°6 | 30:0 27:8 | 29-7 27-3 | 29-3 27-2 | 28-7 [27-6] 27°6 [26°7]| 27°7 25°7 | 27:1 25:2 33°] 27 «=| 32-5 27-0 | 32:5 27-1 | 33-0 29-1 | 33-8 [29-7]] 33°6 [29°6]| 32°6 [28-8] 31-6 27-8 | 30-9 27-7 | 29:2 26-2) 29-1 26:3 | 28-0 25-7 | 27-0 24:9 25°8 | 28 | 86-6 33:0} 37-8 33:8 | 37:1 [83°5]| 34:7 [32:0]| 35-9 31°6 | 33°7 31:9] 31-9 31-8 | 30-0 [29-7]| 28°3 [27°5]] 27°6 25°1 | 26-4 24:0) 25°7 23°7 29°6 29 |38-0 34:6 |39°3 35-2] 41-1 36-4 | 42:2 37:0] 41-1 35°8 | 39°8 34:9| 38-9 34:8] 38-2 34:9] 38:0 35:1] 37°6 35°0| 37:9 35°3 | 37°8 35:2 29°6 380 | 44:9 41:0] 45-7 40°8| 47:0 40:0 | 47:2 40-6 | 47-2 40:9] 45-2 39°8| 42:2 37-0| 41:7 36:9] 41-0 36°8| 41:0 37:0 | 40-4 37:2] 40°2 37:1 37°9 81 | 48-0 43:1] 48-7 42°3| 49:0 43°6| 49:0 43-9] 49°2 44:0] 47°3 42:4] 44-7 40°3| 44-0 39:3 | 43:4 39-1 | 43:3 39:1] 43-2 39°3 | 42°1 38:9 39°7 | Mean] 40:3 36:3 | 40:9 36°6| 41:4 37:2] 41-1 37:1] 40°5 36°6| 39:2 35:7 | 38-0 35:1] 37-3 34:5] 36:5 34:1 | 36:0 33°7 | 35°5 33°2 | 34:9 32°8 33°9 342 BEN NEVIS OBSERVATORY. TEMPERATURE. Dry AND WET BULBs. APRIL 1892. 1 2 3 4 5 6 i 8 9 10 11 2) For Day. Dry. Wet.|Dry. Wet./Dry. Wet./Dry. Wet./Dry. Wet./Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet./Dry. Wet.|Dry. Wet.J Max. Min. 1 | 35°8 32°8 | 35°9 33°6 | 36:0 33-2 | 37°8 33:8 | 87:1 33:2 | 37:0 34:7 | 37-0 33:4 | 85°8 34°8 | 37°6 34°8 | 37°4 84:3 | 37°9 35°8 | 37°38 35:5 ]40°8 35:8 2 | 401 30°5 | 39°9 30°9 | 39:3 30°6 | 38°6 3111 | 39:0 31:2 | 38:7 30:7 | 38:7 30:8 | 37°8 32:2] 39°1 32:2] 39-7 33°5| 40:0 33:0) 40°5 34°64 42:3 37°8 3 | 41-1 32°1| 41:1 31:2 | 41°1 32°0 | 41:2 31°3 | 41°5 32:2) 41:1 31°3} 40°9 31°6 | 40-7 32:0 | 41:7 32:7 | 42:1 32:3] 43:0 33:4] 42-1 33:0] 44-1 38-7 4 | 38-0 32°6 | 39:0 32:2 | 39°8 32°8| 39:0 32-1 | 38-2 32:1] 38:0 33:0] 38:7 33:1] 88-2 32:9} 37-9 33:8) 388°1 34:5 | 38°3 34°7 | 38-4 36:1] 39°8 33:0 5 | 35°8 35°8 | 35°38 35°8 | 35°9 35-9 | 36-7 36-7 | 36:1 36-2 | 36-2 36:2 | 36:2 36:2 | 36:0 36:0 | 85°7 35°7 | 35°7 35°7 | 35:7 35°8 | 85°6 35°6 | 36-7 34-2 6 | 34:7 34:7 | 35:0 34°9 | 35°1 35:0 | 34:7 34:4] 35:0 35:0 | 34-7 34:3] 35-0 33°8 | 36-5 34:0 | 37°3 35-2) 88°5 38:0 | 35°7 35°7 | 36°3 36°4938°5 34-1 7 | 33°9 33°9| 34:0 34:0 | 34:0 34-0 | 33-8 33:8 | 33°3 33-3 | 33:0 33:0 | 34:0 34:0 | 33:0 38:0] 33-0 33-1 | 32°1 32:2] 321 32:1 | 32:7 32°5]34-7 32:0 8 | 32°6 32°7 | 33:1 33:1 | 33°9 33°9 | 33:3 33°3 | 33:4 33°3 | 34:0 33°3 | 33-9 32-2 | 34:5 32-1] 35-9 33:2 | 35:9 33:3] 37°3 35:0 | 38:2 35°71 39°0 32°6 9 | 35-2 321 | 34:2 31:9 | 34:0 31:2 | 34:1 31-3 | 33°3 31°4| 35:5 31°8 | 36-9 32-2 | 37°5 31-9| 38-1 31°1 | 38:4 30°4| 37-1 3071 | 36°7 28°7] 38-4 33-0 10 | 33°2 25°6 | 35°7 27°8 | 361 28:1 | 35-2 26°9| 36:5 27:8 | 37:1 28-3 | 38-7 29:4 | 40-5 30:9 | 38:7 28-9 | 38-7 29:0 | 37:4 30:0 | 38-4 31:3} 417 33-2 11 | 38°5 32°7 | 38-2 32:1 | 38°8 32-0} 39:0 32:3] 38°3 32°0/ 38-0 31:5 | 39:0 33-0] 39-9 34:0 | 39:0 33:1) 40°0 33:1 | 39°9 33°5|40°6 35:1] 406 32:0 12 | 32:0 26°5 | 28:0 26:9 | 26:0 26:0 | 25:7 25:7 | 25:0 25:0] 24:1 24:0 | 24:0 24-0 | 23:5 23°5 | 23-3 23-4 | 23°7 23-7 | 21:4 21°6 | 21°3 21°54 382-0 12°6) 13. | 12°%5 12°5/13°0 13:0 | 13-2 13:2] 13-4 13:4] 13-8 13°9/ 13-7 13:7 | 14:0 14:0] 14-1 14:2|14°6 15:0] 14°8 15:0] 16-0 16:2/ 16-1 165} 202 12:2 14 | 12:0 12:0) 12-9 12:9| 12:6 12:6) 11-8 11:8} 115 11:5] 12-0 12:3] 13-0 13:0] 12°8 13:0)14:9 14:9) 14:5 14:2] 16:3 16:2] 20:0 18-7] 20:0 11% 15 | 13-0 13:0 | 12:5 12°5 | 13-7 12°6|14°6 13:1] 14:0 13:0] 14:3 13-8] 15:2 14:7 | 16-2 16°0]18:7 18:0] 16:3 15:5) 17-2 17:0| 183 167} 22:0 12:5 16 | 14:1 14:1) 14:0 14:0| 14:1 14:0} 14:0 13:9] 14:0 14:0] 14:0 14:2] 16-3 16:3; 15:3 15-9) 15:7 16:0|17°0 17:0] 17:0 17:0| 16°8 16-4]19°7 14-0 17 | 14:8 14:0] 15-0 14°7 | 14-7 14°8/ 15-0 15:0] 14:1 14-1] 15-4 15:4] 16-1 16°1]17:0 17:0] 18-1 18°4/19°0 19°%5|19°3 19°5 | 21-2 20°84} 23:0 14:1 18 {17:2 17:2) 17:0 17:0/| 16:3 16:3) 15:3 15:3} 15:2 15:2) 14:0 14:2] 14-4 14:0] 161 16:1] 16°8 16:8 | 18°3 18°3| 19-4 19:4) 20-4 20:2] 24-8 14:0 19 | 20:0 20:0 | 20:0 20:0} 19:7 19-°8| 19-7 19:7} 19-6 19°6 | 20:0 20-0 | 21-1 21:1] 21:2 21-2] 21-8 22-0 | 23:1 23°5 | 23°8 23:0 | 25°8 25:11 80-2 19:6 20 | 30-4 30°4 | 29-4 29°4| 29-4 29:4 | 29-1 29:1] 27-9 27:9) 27:5 27-5 | 28°1 281 | 29:0 29:0] 3071 30-1) 31:4 314] 31-2 31:2) 31-4 31:4] 325 275 21 | 29°8 29°8 | 29:0 29:0 | 29:2 29:2 | 28°8 28-8 | 28-2 28-2 | 28:3 28-3 | 28-2 28-2 | 28-1 28-1 | 29:7 29:7 | 30:0 30:0] 30°9 30:9) 80°1 30°1]37:3 281 22 | 382°2 32:2) 30:0 30°0 | 29°] 29:1 | 29:0 29:0 | 29°5 29-5 | 29°8 29:8 | 29:9 29-9 | 29:0 29:0 | 29:4 29:4] 29:1 29-1 | 29:0 29°0 | 28°3 28:3] 32:2 26°7 23 | 27°2 27:2] 27-1 27:1 | 27-0 27:0 | 26:1 26-1] 25-4 25:4 | 25:3 25:3) 25°8 25:8 | 26-2 26:2} 26-9 26:9| 27:1 27:1] 27-4 27:4) 27°8 27:8] 28°8 25:3 24 | 25°0 25°0 |) 25°1 25:1 | 25:2 25:2 | 25:1 25-1 | 25:0 25-0 | 25:0 25:0| 25°8 25:8 | 27:0 27:0 | 27-2 27:2 | 28:3 28°38 | 29°2 29:2) 29:0 29:0] 29°3 25:0 25 | 25:0 25:0 | 24:2 24:2 | 23°7 23-7 | 23-0 23:0 | 22-7 22°7 | 22-5 22-5 | 23°8 23°8 | 24:3 24:3 | 25-0 25:0 | 25:7 25°7 | 26:0 26:0) 26:7 26:7] 29-0 193 26 |19°8 19°38} 19-0 19:0} 18:9 18-9] 185 185] 18-6 18°6/18°5 18:5] 19-1 19°1 | 20-4 20-4 | 22:8 22-8 | 26-1 26:1 | 25:0 23°8| 26-0 24:0] 32:0 18°5 27 =| 22-2 22°3 | 22:1 22°1 | 22°1 22°] | 22:5 22-5 | 22-9 22-9) 22-9 22-9] 24°] 24:1] 25:4 25:4 | 25°7 25-7 | 25°1 25°4| 26-2 26:2) 25:1 25°4] 26-2 20°8 28 | 201 20°1/19°8 19:8) 19-3 19°3/ 18:9 18-9] 18-8 18:8] 19-0 19:0] 19-4 19-4 | 20-8 20-8} 21-4 21-4 | 23-1 23:1} 23°6 23°6 | 26°3 26°3]26°3 15-4 29 |14°7 14°9)15°3 15:3) 14-7 13°5| 14:7 13:6 | 15:2 14:3] 15:2 15:0) 16-2 16:0|17:°2 16°9]16°8 17:0] 19:2 19:0} 20:6 19:4 | 23:2 22:2) 24-4 14-7 80 | 24-1 2411 24-4 24-4) 24-4 24-4 | 25-1 25-1 | 25-0 25:0 | 25:2 25-2 | 26:4 26-4) 27-0 27-0 | 27:1 27:1 | 28°3 28°3| 28-2 28-2 | 28:8 28:8) 29°6 241 MEAN] 26°8 25:2] 26:7 25:1 | 26°6 25:0 | 26°5 24°8| 26°3 24-7 | 26°3 24°8 | 27:0 25:3 | 27-3 25:8} 28-0 26-4 | 28-6 26°9 | 287 27-1 | 29°3 27°71 319 24:4 | 13 14 15 16 Wy 18 19 20 PAL 22 23 Midnight.] Mean. Dry. Wet./Dry. Wet./Dry. Wet./Dry. Wet.|Dry. Wet./Dry. Wet./Dry. Wet.|Dry. Wet./Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet.[Dry. Wet. 1 | 38°2 32:1 | 37°4 29:1 | 37°3 30-0 | 37:9 28-7 | 38-9 29-3 | 38:5 31:1 | 38°8 30:2] 38°9 29:0/ 39°6 30:0] 40°1 31:0 | 40°8 31°2 | 39-7 29°61 37:9 32-1 2 | 42°3 33°8 | 41°0 32:8] 41:0 32:7 | 40°8 32:5] 41:1 32°3| 39°6 32:0| 39-0 32:9 | 39-4 32:5 | 39-9 33:2] 39°5 31°3| 39°8 31:0] 39°1 80:0] 39-7 32:0 3 | 43-1 32°6 | 44-1 33-5 | 43°7 35:1 | 43°8 34:5 | 43-1 33-9] 42:0 33°8| 40-1 34:4] 38-7 33°8| 41-0 32°7 | 40°8 32:8 | 40°0 32°5 | 39°5 32:0] 416 328 4 | 384 36°0| 38:0 35:4] 37°0 34°3 | 34:7 34-5 | 34:1 34:1 | 33:2 33°2| 33-0 32:9 | 34:1 34:1] 34:8 34°8| 35:1 35'1 | 35°8 35°8 | 36:0 36:0] 36:9 34:0 5 |35°7 35°9 | 361 36:1] 35°9 35°9 | 36-0 36:0 | 35-7 35:7 | 36-0 36:0] 35°5 35°5 | 35:9 35°9| 35-0 35:0 | 35°0 34°1 | 84-2 34:2) 84-7 384-7] 35-7 35°7 6 | 3771 37°1| 38:0 38:0] 36°9 36°9 | 37:2 37-2 | 36-1 36-1 | 35:5 35:5 | 35-4 35:4] 35-0 35:0] 35:5 35:3 | 35:0 35:0 | 34:5 34°5 | 34-1 84:11 35°38 35° 7 | 33:0 33°2 | 33-9 33:9) 34:5 34°5 | 34°7 34:7 | 34:1 34:1 | 33°8 33-8] 32-9 32-9 | 32-9 32-9 | 32°9 32:9] 32-0 32-0 | 34:0 33°8 | 33-2 33:1] 333 33°3 8 |38°7 35°5 | 38°4 35°6 | 39°0 34:5 | 38-2 36-9] 38-0 37:0| 37-0 35°8| 36:1 33:8 | 35-2 32:0 | 38-2 33°8| 38:0 34:2 | 37:0 34:1] 35:0 33:0] 36-0 341 9 | 36°7 29°3 | 36:3 32:2) 36:0 32:1] 35:7 32:2] 34:5 31-0] 33-5 29-8 | 33:6 28:2 | 33°3 32-4 | 33:2 32:2) 33-0 31:7 | 34°8 29:0 | 34:9 27:1] 35:3 309 10 | 39°0 32°5 | 40-0 34:1) 41:0 35:1] 41°3 35:3 | 41-7 35°5 | 40-2 35-0 | 38-4 34:0] 39:0 33:9 | 38-7 33°3| 38:9 33°5 | 38-2 33-0 | 39:0 33-0] 38-4 313 11 | 40-2 35:1 | 39-2 34:1) 39°8 35:1 | 39°6 35:3 | 39:0 34:7 | 38-3 34:0 | 36-2 32-0 | 84°8 31:1 | 33-2 29-2) 32:4 29:0 | 32:0 27-2 | 32°9 26:9]37°8 32-4 12 | 20°7 20-9} 20°6 20-7 | 200 20:0 | 20:0 20-0 | 20-2 20-3} 18:4 18°5| 15-9 16:0|16:0 16:0| 14-8 14:8] 14:1 14:1 | 12-9 12°9|12°6 12°6]21-0 203 13 | 20°2 200) 17:2 17°4] 18-1 18:1] 18:4 19-0] 16-3 16:5] 16:0 16:3] 16:0 16:0} 15:2 15:2] 14:2 14:2] 13°8 13°8| 12:9 12:9 | 12-2 12:2115:0 151 14 | 181 17:0|17:8 17:1]19°6 18°6| 17-9 16:1 |18-9 19:0] 17:5 18:0] 15:5 15°3]15°3 15°3/15-7 14°7|14°5 14:5|14:5 14:5) 14:0 14:0] 15-2 14:9 15 | 22:0 20°2|19:7 18:0] 18-0 17°0| 17-0 17-2] 16-7 15:8) 16-8 17:0] 16:8 16°8| 15:9 15:9] 15-1 151] 14:8 14:8) 14:7 14-7 | 14-0 14:0} 161 15% 16 |19°5 18:1) 19:7 17:3) 18-4 17-8] 18-0 17-2] 18-8 18:6) 17:3 1771]17:0 16:1] 16°9 16°9| 15-8 15°7|15°8 15:0 | 15-2 14°8| 15-0 14:4]16-2 15:9 17 | 23:0 21-8 | 20-9 20:0/19-0 19:0] 18-3 18-3|18-7 18:9]18:0 18:0] 18-0 18:0] 17:7 17:7/ 18:0 18:0] 17°5 17:5] 17:9 17:9) 17-0 17:0}17-7 176 18 | 21°4 20-4 | 24°8 22°8| 23°8 23-8 | 23-1 22-8 | 23-7 23-0 | 20°6 20:2] 20:9 20-9] 21-0 21:0 | 21-3 21-2] 21:3 21:3 | 20°0 20:0} 19:9 19°9919-3 19-1 19 | 25°9 24°91) 25-2 25:2) 25-8 24:1 | 25-7 23-7 | 25:8 24-1 | 25:2 24-7 | 25-0 25-0 | 26:3 26:3 | 27-1 27:1] 28:4 28-4) 30°2 30:2] 30°0 30°01 24:0 28:7 20 | 31°77 31°7 | 31°7 31:7] 31:0 30:2] 31-0 30-1 | 30:2 28-4| 29-7 27-9} 29-0 29-0 | 30:2 30-2] 82-5 32:3] 32:0 32:2] 29°5 29-5 | 30°0 20-°0]302 29-9 21 | 31:3 31°3 | 32°3 32°3| 32°9 32:9] 35-1 35:1] 36:0 36:0] 36-4 36-4 | 37:0 37:0| 36:9 36:°9/ 37-2 37:2] 87°3 37:3 | 35:0 35:0 | 82-9 32:9] 321 327 22 | 28-0 28-0 | 28-6 28°6 | 29:0 29:0] 28-7 28-7 | 28-1 28-1] 28-2 28-2) 27-9 27-9| 28-0 28:0] 27-3 27-3] 27:4 27:4] 27:1 27:1 | 26°7 26-7) 28-7 287 23 | 27°9 27:9 | 27-9 27:9 | 28:3 28°3 | 28-8 28-8 | 28-3 28:3 | 27:8 27°8 | 26-7 26°7 | 26-2 26-2) 26-1 26:1) 25-8 25:8 | 25-4 25-4 | 25-3 25:3] 268 26°8 24 | 29:0 29-0 | 29°3 29:3) 29-0 29:0 | 28-7 28-7 | 27:9 27:9| 27:7 27-7 | 27-6 27°6 | 27:0 27-0 | 27:0 27:0] 26:0 26:0 | 25°8 25:8) 25-1 25:1] 27-0 27-0) 25 | 27:9 27°9| 29:0 29:0) 27:0 27-0| 26-8 26:8 | 24:8 24-8 | 23-0 23-0 | 21-2 21:2] 20:6 20°6|19°8 19:8] 19:9 19:9] 20°1 20:1] 19°3 19:3] 23:8 23°8 26 | 31:9 29-0 | 32-0 28:1] 30°6 27-2] 29-0 26-1 | 25-0 23-5] 26-0 24-1 | 23:9 23-9] 22-6 22-7 | 23-1 23-1] 28-2 23:2 | 22:3 22:5 | 21-5 21°6|23°5 227 27 | 26:2 26:2 | 24:2 24-2 | 23-3 23:3 | 23-0 23-0 | 23-4 23:4) 221 22:1] 21-5 21:5] 21-1 21:1] 20:9 20-9] 21:3 21:3 | 21°3 21:3) 20°8 20°84 23-1 23:2 28 | 26:0 26:0 | 25-2 25-2] 24-1 24-1 | 24-2 24-1 | 20-2 20:2] 19:5 19°1] 19-0 19°3| 17-2 17:2} 17:1 17-1] 16*1 16:1] 17-7 17°3| 15-4 15°34205 20% 29 | 24:0 231 | 24-2 23:6 | 24°1 23-4 | 23-4 23-1 | 93-2 23:1] 22-1 22-1 | 22-3 22°3| 22-9 22:9] 23:3 23°3| 24:3 24:3 | 23-9 23-9] 24-4 24-4]20-2 19:9 30 | 28°2 28-2 | 28-2 28:2] 28-2 28-2] 29-6 30-0 | 28-7 28:7 | 28-4 28:4 | 27-9 27-9 | 28-1 28:1 | 28-0 28-0 | 28-0 28:0 | 28:2 28:2 | 28:9 28:9] 27:3 273 MEAN 30°2 28°2| 30:0 28-0 | 29:7 27-9] 29°6 27°9| 29:0 27:4] 28:3 26-9|27-6 26-4] 27-4 26°3| 27-5 26:2] 27-4 26-0 | 27-2 25-7 | 268 25:1] 27°9 26% FORT-WILLIAM OBSERVATORY, 343 TEMPERATURE. Dry AND WET. BULBS. APRIL 1892, Hu | : | ail 1 2 3 4 5 6 7 8 9 10 11 12 For Day. Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet. Dry. Wet.|Dry. Wet. |Dry. Wet. Dry, Wet. Dry. Wet.|Dry. Wet.|Dry. Wet.|/Dry. Wet.J Max. Min, 1 | 42°6 39-1 | 42-7 39-2 | 42-7 39°6 | 42°7 39:2 | 42°3 39:0 | 41:2 38:3] 41°7 38°8 | 43:4 39:8 | 46:0 40-7 | 47°6 41:2 | 48°8 42:3) 51°3 42°71 55-2 35-9 2 | 341 31:2) 33:0 30°7 | 32°5 29:9) 32°5 29°9| 31:4 29°3 | 32°5 29°9 | 32:0 29-9 | 36:0 32:7 | 38:0 35:0 | 41°6 38°8| 45:9 40°5| 48:9 41:9]57°3 31:0 3 | 35:1 33°3| 35:0 32°7 | 35:1 32°6 | 34:2 32°6 | 34°8 32°8| 35:0 33:0 | 86°1 34:0 | 37:9 35:3] 41°8 38-2] 45:4 41°71] 51:9 44:7 | 56-0 47:9] 65:8 34:0 4 |44°5 40°4/ 44:0 40°6 | 44:0 40-4 | 42:0 39:9 | 40-9 38°8 | 39°3 37°7 | 89°7 37:9 | 42:2 39°1] 45:8 42:0| 51:0 44:0| 53:0 45:4] 56:0 46:9] 56'S 39°3 5 | 48-2 46:1 | 48:3 46:1] 49°7 47:0| 48:3 46°7 | 48:4 46°9 | 48:2 46°9 | 48:2 47-0| 48:0 47:0 | 48:2 47:3) 47°1 46:7 | 47-9 47:1 | 47-9 47:3] 50-0 46:8 6 | 47:0 47:0| 46:9 46°8 | 46°8 46°7 | 46°5 46°3| 46°7 46°3| 46°0 45°7 | 46°3 46-0 | 47°0 46°8| 48°9 48-0 | 50°9 49-0 | 52°8 50°2| 54:9 50-9] 56-1 45°7 7 | 44:7 43°5| 44:9 43°7 | 44:0 43:1 | 43°3 42°3 | 43-1 42°1 | 43°38 42°5 | 44:0 43:0] 45:0 43°6 | 48°0 45-9 | 50°0 46°9| 52-7 48:1 | 56°0 48°4]59°5 42-9 8 | 44:9 41°7| 42:3 40°8 | 42°8 40°3 | 41:2 39°7 | 41:5 39-8 | 40°3 39-0} 40°0 38°6 | 42°9 40°9| 46-9 44:4 | 49-9 46°6 | 54-9 49°3| 58°1 50:0] 64:1 39-1 | 9 |45°7 42:3) 41:5 39:9 | 42:9 40:2) 42-6 40:0 | 42°2 39°7 | 41:0 38°8 | 42:0 39°8| 46:8 43:1 | 48:2 44:5) 51-7 47:0) 55:0 47:0) 58:0 46°61 62:2 4071 , 10 | 41:9 87-4) 41-2 36°5 | 89°7 35°0 | 38:1 34:2) 36°6 33:0 | 36:8 32:3) 40-0 34:5 | 48-7 37:2) 47-9 40-0 | 49:2 40-2 | 52:3 42:8 | 54-1 43:0] 622 36-1 / 11 1376 35°5 | 37-6 35°3 | 36°8 34:9 | 35:2 3 34°4 33:0 | 34°1 32°9 | 36°7 34:7 | 40°9 38:1 | 46°5 42:2 | 52:0 45°7 | 55-9 46-0 | 58:0 47:0] 605 33°8 12 | 42:0 40°2/ 41°9 39-9) 41:0 39:1] 41:0 3 3 8°7 | 41° 38°9 | 40°2 38:2 | 40°1 37:9 | 39°8 37:0) 39°7 36°2| 40:0 35:2 | 40°8 35°9| 41-9 36-4] 43-2 30°9 138 | 29°6 27°4| 28-7 27-0 | 30°71 27:9 | 32:1 29: 4 3 29°8 | 31:2 28°9| 31:7 29°2| 35:1 31-2 | 37:0 3241 | 37°8 32:8 | 38°2 32°9| 37:1 33:0] 43-0 28-4 23°3 | 23-0 22°4| 26-5 25:0) 29°2 27-5 | 32°8 3071 | 34°6 31:2 | 36°8 31°9| 38°8 33:2] 43-0 23°0 24:2 23°5 | 23°8 23:2 | 27°2 26:0) 80°0 28°6 | 34:0 31:1 | 36°8 32:2 | 38:3 33:1] 40:0 33:9] 44-0 23°6 16 | 28°7 27°7 | 27-1 26:4) 25-9 24-9) 26-3 25-9 | 26:1 25°8 | 26:0 26:2 | 27:0 26°5| 31:1 29°5| 33°8 31:7 | 36:0 32:0 | 37°5 32°3 | 39°6 33:0] 43-4 25-4 17 =| 28:0 [26°5]) 26°8 26:0 | 25:0 24:3 | 25-2 24°3 | 23:2 23°0| 24:5 23°8| 27-0 26:1) 28°9 27-6 | 32°8 30°7 | 37°7 33°3| 40°0 35:1 | 42°5 35:9] 44-0 23:0 18 |30°9 31°9| 30-7 30°0 | 29-9 29:2} 28°8 28°3/| 29°1 28°8 | 27°5 27:2 | 28°6 28:0] 31:1 30:2} 36:8 32:2] 40-9 36:0] 42°1 36:0] 43-5 36°5)49°0 27°5 19 | 32:0 30-4) 31:0 29°7 | 295 28°3 | 28:4 27-4 | 28:4 27:3 | 28:9 27-5 | 31:9 30°0| 35:4 33-0 | 37°6 35°3| 40°9 36:9 | 43:8 39°3| 44-9 39:2] 49-1 28-0 | 20 |44°7 43°83) 461 43:4] 44:7 43:1] 44:7 42°7 | 43-7 42:0 | 43-9 41:9 | 45:1 43:4] 45:7 44:2] 46-9 45:1] 48:2 46:0 | 49°0 46°8 | 49°2 46°6]52-0 42:4 | 21 | 45°6 43:0 | 45:4 42:7 | 45-2 43:3) 45°8 42°5 | 44:7 42:3] 45:0 42:5 | 45:1 48°1| 46:7 43°8| 47-1 44:2) 49-7 45-7 | 46°9 45°7 | 46°8 45°3]50°0 44:3 | 22 | 48:2 44:4) 47-2 43-5 | 46°8 43:0 | 46-4 42:9) 45:9 43:4 | 45-6 43:0 | 47:0 44:1] 47:0 43-9] 48°6 43:3] 49°1 44:2] 50°3 43-7 | 51:0 44°3)52°3 45:2 23 |45°5 41°8| 44:7 41:4 | 45°8 41:3) 43-7 40°4| 43:7 40°5| 45:0 40°3 | 45-7 41:5 | 44:1 41:0 | 47°8 42:9] 47-9 42°9| 50:1 44:0 | 50°5 44:7} 51-6 42-4 | 24 | 44-4 40-4 | 42-1 39°8 | 44-4 40°2| 43-8 40-0] 43:0 39°7 | 43:7 39-9 | 42°6 40°0| 43°6 40°8| 46:5 41:9) 47-6 42:2 | 48:9 43:9 | 48-9 43:1]51-0 41°8 25 |.43°3 39°83] 42°6 39°5 | 42:1 39:0 | 41-9 38-7 | 41°8 38°5 | 41:2 38:0 | 42:2 39-1 | 42:3 39-0 | 43:4 39°6 | 42:7 39:7 | 45:1 40°7 | 45-9 41-7] 49-7 38:4 | | 26 |40°0 35:9] 39-4 35°8 | 39:4 36:0] 39-0 35°6 | 39°2 35:1 | 38:0 35:1 | 39°8 35°9| 41:3 36°5 | 42°6 36:9 | 44:9 37-7 | 45°2 38:8 | 46°3 38:9] 51:0 37°83 27 | 41:0 38:0) 40-7 37:8} 39°3 37°3 | 37:3 35°8 | 34:7 34:1 | 33°6 33:2 | 33-9 33°5 | 34:4 34:0 | 35-0 34°8 | 36-1 35°3| 38°38 37°6 | 41-4 39:9] 44-2 33°6 28 | 38:0 35°6 | 38:0 35:4 | 37-4 34°8 | 36°8 34:2 | 36:2 34:2 | 36:9 34:4] 38°6 35:1] 40°0 35:2 | 41:0 35°8 | 40:7 35:9 | 40°9 37:5 | 40°0 37:2] 45-0 31-1 29 | 311 28:9} 30:1 28-4 | 30:0 27:9} 30°7 28:0 | 29:9 27:4 | 31:0 28:3 | 35:3 31°5 | 36°6 32:1 | 40:0 34:8] 41°5 35°6 | 42°6 36°3 | 44-2 37:5] 48-3 29°38 80 | 40°8 39:0} 41:9 39°8| 40:0 38:5] 40°0 38:7 | 40°4 39°4/ 41-1 39°5 | 48°0 41:0] 44°3 42°0 | 44:3 41-9] 46°8 43:2) 47:4 43°1| 47:9 44:7] 51-9 39-9 4 42°5 39:0] 44:5 40:2] 46°5 41:3) 48-0 41°9]51°8 35:4 bo co eb m0 | 14 | 29°0 27:3 | 27:3 25:9 | 26:8 25:3] 24:6 2 | 15 | 27°9 26°6 | 27°6 26:2} 26°0 25:2] 24:5 2 MEAN] 39:2 36-9 | 38°6 36°4 | 38:2 35°9 | 37°6 35°5/| 37°12 35°3 | 36:9 35:0 | 38:2 36:0 | 40:0 37° 14 15 16 17 18 19 20 2] 22 23 Midnight.| Mean, Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.|/Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet. Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.JDry. Wet, 1 | 50°7 43:5) 53-0 43°8|53°9 44:4] 54:4 44:5] 55:0 44:1 | 53°8 43°9| 48:0 40:5) 46°0 38:4] 44:0 37:1 | 88:3 35:2 | 36:1 33:2] 36°1 32°59 45°9 40-0 2 |53°9 44:9) 54°8 44:7 | 55°8 44°5 | 55°3 45:3] 57-3 45°3 | 54-2 44:0| 50:9 42:2] 47:5 40°83] 47°6 40:4 | 44:0 38-8] 38:2 36:0 | 37°9 34:9] 43-1 37°5 3 | 58:0 48:2) 60°8 49:0 | 63°7 50°8| 63-2 49°7 | 60°3 50°7 | 57°8 47°6 | 56°5 46:2] 49:3 44°5| 51:0 44°7 | 50°0 43°9| 48:0 42°6 |] 47:3 41:9] 47:7 41°6 | 4 |55°5 47°8|52°3 47:2) 51:9 47°4| 52°8 48:3 | 52:0 48:1 | 50°7 47°3| 49:2 46-7 | 49°8 46:7 | 49:9 46°9| 49:1 46°5 | 48°7 46:2| 48:3 46:2]748°0 44-1 5 |49°8 48°3| 48:8 47:9| 48°6 47:8 | 49:0 48:0 | 48-1 47:6 | 47-9 47:4) 47°8 47:5 | 47:1 47-:0| 46:9 46°38 | 47°3 47-0 | 47:9 47°5 | 47°3 47:3] 48°1 47:2 6 | 54:8 50:4|54:7 50-1 | 54:2 49-8 | 54-1 49-6] 52-8 49:0| 51-1 48:0/| 49-9 46-9 | 48-2 45:2/ 47-9 45:9] 46:3 45:0] 46:1 45:3 | 45°8 44:6] 49-4 47-5 7 | 57:2 49:1 | 58:2 49:9] 58-9 50°8| 58:7 50°3| 58-1 50:0 | 57:0 49°3| 55°1 47:8 | 53°3 46:7 | 50°6 45:2] 48°8 44:2] 47°3 43°5 | 45:2 42:°3]50°3 45:9 8 | 61:9 50°9| 62°9 51°6| 63:8 51:9} 63-5 52°7 | 62°8 53:2) 61°5 51°0| 58:0 48:3] 53:4 46:6 | 51°8 45°9| 48-2 43-9] 47-2 43:0) 46:2 42:47 51:1 45°5 9 | 60:9 46:7 | 61:0 47:2| 61:9 48:7 | 61:0 48:3] 61:0 48:7 | 58°8 469 | 55:1 43-9] 50°8 43-1] 48-0 40°8 | 46:0 39°6 | 45:2 39°0 | 42°9 37-°9]50°4 43:3 10 | 56°7 46:0) 60-0 48:3} 60°9 49:7 | 59°7 50°3/ 61:3 49°3 | 60°3 48:9] 54°8 45°9| 50:4 43-7) 49:0 43°3 | 46:0 41°4| 41:0 38:7 | 39°0 36°89 48-4 41-2 } 11 | 601 47-4] 60°3 47:0) 58:8 48:3] 57:3 46°7 | 56:7 45:9 | 54:0 43:2) 49°5 42:0] 46:4 41:7/| 44°9 41°9| 42:9 40:2] 42:7 39:9] 42°3 40°9]46-°7 41-0 / 12 | 48:0 36°8 | 42:0 36:1 | 42:2 36:0 | 42:2 36:1] 40-0 36:1 | 38°8 35:0 | 36°3 32:7 | 36°5 32:5 | 34:3 32-1 | 33°7 32:1 | 33:0 31°4| 31:2 29°71 39°3 35°8 | 13 |387°8 33:2} 38°3 34:2] 38°9 35:0 | 35°1 33°6 | 36°3 32°8 | 38:2 34:3] 85:5 33°1 | 33°8 32:0] 82°9 32°2| 32°0 82:1] 31°0 32:0 | 29:4 27:9] 34-2 314 ‘| 14 | 39:9 34:0 | 39:0 33:0 | 40°3 35:7 | 37°3 33°7 | 36:2 33°8 | 37:4 33-9 | 35:9 32:4 | 32:4 31-0] 31:1 30:1 | 30:7 30:1 | 29°8 28°8| 28:7 27:5432:2 29°6 } ) 15 | 41°6 34:9] 41°9 35:0 | 39:2 33°8 | 38:1 34:2| 38:2 34:4] 36:0 33-7 | 33-7 32:2] 32°9 32:1 | 33:0 32:0 | 33:0 32:0] 31:2 32:0| 29:0 28-3] 32°8 30:3 |} } 16 | 41°3 35-4 | 43-4 36°8| 41°7 35:1] 41°3 34°8 | 41:2 35:0] 41:0 34:5 | 38°8 33-9 | 35-1 32:5 | 33°8 31:1 | 31°7 29°3 | 30:0 28:3 | 29°6 27:9] 33-9 30-7 ) 17 | 42-4 36-4] 43°3 36°6 | 42:1 36:4] 39:0 35°3 | 38°0 34°6 | 36°8 34:1 | 36:0 33-9] 34:0 32:6 | 32:9 31:7 | 32°7 31-7 | 32°6 31°5 | 32°1 32°14 33°5 31-0 “| 18 |45°6 37°8| 45°9 39:3) 43°3 38:5] 46:0 39°4| 48°6 41°6 | 40:4 37-0 | 40°2 37:0 | 38°5 35:9 | 87:9 35°8 | 35°9 34:4] 34°9 32°9 | 33°1 31°71 37-1 34:0 } 19 | 46:5 40:3) 474 40:3 | 47-2 37:9| 46-9 38°9| 46:8 40°0 | 47:6 39-7 | 43:5 39:9] 42-5 39-4] 41:6 39:9] 40°8 39:7 | 42:1 41°3/ 43:1 42-4739 36:0 b 20 |50°8 47:1) 51:2 46:0 | 52:0 46°5) 50°9 46:1 | 49°9 45:1 | 51:0 43-2) 47:9 43-4] 46:0 43-9 | 45°8 44°9| 46:2 45°3| 45:4 43°0| 46°0 43°8]47°3 44:5 } 21 | 47:0 45:9| 46:3 45:4|46°3 45°7| 47:1 46:2) 48:1 47:4] 48:8 48-1 | 48:2 47:9) 47:9 47-7| 49:2 48°8| 48:0 47:7 | 49:0 47°6| 49:9 46°3] 47-1 45:4 } 22 | 51:4 44:9) 51°3 44:4/51:3 44:°2/52°0 43°9/ 51:5 44°3| 48:9 43-7 | 47:3 43:0| 47-0 42°7| 46:4 41°8| 46:4 41°6| 46:2 41°4/ 45:8 41°5]48°3 43:4 23 | 51°3 44°8|50°3 44°5|50°0 44-4] 49°0 44:5 | 51:0 45°4|47°6 43°1 | 44:4 41:9) 44-8 41:4] 44:1 41:0] 45:0 40-4] 44:0 40°5 | 44°3 40-2] 46-7 42°3 } 24 | 49°9 43°3| 50:2 43:1] 48:7 45-4 | 47:2 44:0] 45°9 43:2 | 45-9 42:9] 45:1 42:4] 43-7 41:3] 43°7 41°5 | 44:0 40°7 | 42:2 40°6| 43°7 40°19 45:4 41:7 | 25 | 45°8 42°9/ 44:0 41:0 | 47°8 43:3 | 49°2 42:9] 46°6 39°8 | 44:3 37-9 | 43°3 37-2 | 42-4 37-1] 42:1 36:1] 40°9 36°8| 40°3 36°7 | 38-4 36:0] 43°3 39-2 | | 26 | 47:7 40-0 | 49°8 421] 50°8 43:0] 48-0 41°3| 45-7 40°0| 49-8 42-6] 46-6 40-1 | 42-1 38:0| 40-0 36°8| 39°3 36°7| 40:9 37°6| 40°5 37:3] 43-2 38-1 | 27 | 44-1 41-6 | 42°9 40-0] 42°8 39:3 | 42:3 39:0 | 41:2 38°9 | 39°8 37:2] 38-9 37-0| 38-5 36°5 | 38°3 36:4 | 38:0 36°6 | 37°7 36:1) 37:7 36:0] 38-7 36:9 | 28 | 40-4 38-0] 43°3 38:3) 43°0 37:3 | 43°6 37:4 | 43-2 37:0 | 42:0 35:9] 39-8 34:3 | 387-0 32°7 | 35°1 31°6 | 32°8 29°9| 32:0 29°3| 31:1 29°0] 38:7 34:8 | 29 | 47:0 40:0| 47-7 40:0| 48:0 40°8| 46:9 40:0 | 45-9 39°9 | 46-9 39°5| 45:0 39-2] 42-7 39-1 | 40:0 38-4] 40°7 38°6| 41-7 39°0 | 42°7 39°49 39-9 35-4 80 | 48:9 44:0] 49:5 44:3] 48:1 44-8] 51:9 46:2] 48:7 44:9] 48:3 43:4) 48-1 43-4 | 46-0 42:9 | 45°3 42:7 | 44°8 43:0 | 44-7 43:1] 44:1 43°3] 45:3 42-4 i Mean] 49-4 42:8 | 49°8 42:9] 49-9 43:2] 49°4 43:0] 48°9 42:9] 47-9 41:9] 45-6 40:8 | 43°5 39°8| 42°6 39°5| 41-4 38:8] 40°6 38°3| 40°0 37-6] 43-2 39°3 344 . BEN NEVIS OBSERVATORY. TEMPERATURE. Dry AND WET BULBS. ; MAY 1892. ll 12 | For Day. | 1 2 3 4 5 6 “I co Ne} I oO Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet.] Max. Min. 29°2 29°2 | 29°7 29-7 | 29°38 29°8 | 300 30°0 | 30:3 30°3 | 30°5 30°5 | 31:1 31:1] 32:0 32:0 | 32:0 32:0 | 32:0 32:0 | 32:0 32:0 | 32:0 32°0]33°0 28:0 |, 25°4 224 | 26°0 22°2| 27:0 22:1 | 26°6 22°3 | 31:1 22:4 | 320 26°1 | 32:2 28-0 | 34:9 29°7 | 34:8 32:0] 35:0 33°0 | 34:2 33:9 | 34°7 34:2]35°1 25°3 29°7 22°9 | 28:2 22°7 | 23°6 21:9 | 23°3 21°3 | 21°9 22:0 | 22:1 21:9 | 22-9 22-3] 24:1 24:2) 24:1 24:3 | 25°1 25:1 | 25:7 25°7 | 25:2 25:°2]32°8 21°9 33°0 2471 | 29°3 23-4 | 24°3 22:0 | 20°4 20°7 | 28:0 23:7 | 29:3 25°8 | 30°4 27:0 | 30°1 26:9) 31:7 28:7 | 32°7 29:0 | 34:7 30:0 | 32:1 30:°0]36°5 20°4 33°8 31:9 | 31°5 30-2) 33°0 31:0] 31°8 30:0 | 32°8 30°2 | 31:2 29°8 | 36:0 32-0 | 38°4 32:0 | 40°3 33-0 | 39:1 30°5 | 36-4 30°5 | 37°5 29°71] 403 24:2 26°4 23°1 | 26°9 22°3 | 25°8 22:1 | 25°3 20°6 | 24:8 20:9 | 25:1 21:1 | 27:8 22:6 | 29:0 26-1 | 29°8 24:5 | 30°8 26:0} 33:0 29:8) 311 28:°1]35-°0 24:8], 31°8 27°9 | 80°8 28-2 | 30°0 26°3 | 25:1 25:1 | 261 26:1 | 26:9 26°9 | 28-1 28-1 | 29:3 29-3] 30°0 30:0] 30°8 30°8 | 31°2 31°2/31°5 31°54 31°8 25:1 27°4 27°4 | 26-0 26:0 | 24°5 24°5 | 23°5 23°6 | 25°3 25°3 | 22:1 22:3 | 23°3 23-8 | 29:0 25-7 | 32:2 28:1 | 29°1 27:7 | 29°7 28:1 | 31:3 29°4432-2 22:1 28°9 28°9 | 29°] 29:1 | 29:2 29-2 | 28-2 28-2 | 27:9 27:9 | 28-9 28-9] 28-8 28-1 | 30°6 30:0 | 32°8 32:0 | 32:0 32°0 | 32:8 32:1] 33:0 32°5]36°8 27-9 10 | 36:7 33°9| 37:1 34:0 | 36:1 32:7 | 36:1 33-0 | 36°7 33°7 | 37-1 33°8 | 36:4 32:1 | 37°8 30°9 | 38°3 33°0| 40-4 35:0 | 41°6 36°9 | 42-4 37:2] 44°3 33:0 11 | 83°5 30°2 | 35:0 31°3 | 34:0 29°1 | 82°3 26-9 | 29:0 27°3 | 32:1 29:8 | 32:1 31:3 | 31:0 30°5 | 32:0 31:0 | 32:2 32:0 | 33°8 32:5 | 36:1 33°3]38-9 29:0 12 | 37:0 33:0 | 36°9 33-0 | 37-0 33°3 | 37-2 33:2 | 36:0 32°6 | 36:7 33:0 | 37:2 33°3 | 38:0 34:1 | 38:1 34:7 | 39°2 35:2 | 38:7 34:0] 39°3 35:2] 41°8 36:0 13 | 37°3 37:3 | 38:0 38-0 | 38:1 38:1 | 37°8 37-8 | 38:3 38°3 | 38°9 38:9 | 39:0 39-0 | 39:0 39:0 | 39°5 39:5 | 40°1 4071 | 40°71 40:1] 40°3 40°3]41°3 37:3 14 |39°7 39-4 | 39°4 39:1 | 37°6 37°5 | 36-2 362 | 33:0 33-0 | 32:2 32:2 | 32-2 32-2 | 32:0 32:1] 31:0 30°9 | 30°7 30°7 | 31°7 31:5] 31-4 31:4] 39°7 303 15 | 32:2 32°2 | 32-2 32:2 | 32°5 32°5 | 32:4 32-4 | 33°3 33°3 | 84:3 34:3 | 34-2 34-2 | 32-9 32-9 | 33:0 33:0 | 33:0 33:0 | 33:0 33°0 | 33°2 33°14] 34:3 29°3 16 | 29°3 29°3 | 294 294 | 30°0 30:0 | 30°5 30°5 | 31:0 31:0} 31°6 31:6] 31°8 31°8 | 31°5 31°5 | 31°8 31°8 | 31:7 31:7 | 32°0 32°0| 32°3 32°3]32°3 29:3 COOMIS TOP WNe 17 | 30°8 30°8 | 29°9 29:9 | 29-2 29-2 | 29:0 29-0 | 28°8 28°8 | 28:3 28°3 | 29:2 29:2 | 29:9 29:9] 29:0 29:0 | 30°9 30°9 | 29°5 29:5 | 29°8 29°83} 33-4 28-2 18 | 28°2 28-2 | 28°7 28°7 | 28-0 28-0 | 27°6 27°6 | 27-9 27-9 | 28:1 28:1 | 27:9 27:9 | 28:3 28°3 | 28-9 28-9} 29°6 29°6 | 30-4 30:4] 31°7 31°7132°6 27°6 19 | 28°8 28°8 | 28-9 28-9 | 29:0 29:0 | 27°4 27:4 | 27:7 27-7 | 28:0 28-0 | 28-2 28-2 | 28-9 28-9| 30:0 30:0 | 30°0 30-0 | 30°8 31:3) 30°8 31:1] 35-2 2774 20 | 33°8 33°8 | 34:1 34:1 | 33-2 33-2 | 32°2 32-2 | 32:0 32:0 | 32°1 32:1 | 32:2 32-2 | 32-2 32:2) 32:3 32:3 | 31°7 32-2) 31:0 31:0] 30°7 30°77] 34-1 24:2 21 | 25:1 25:1 | 25°7 25°7 | 23°9 23-9 | 24:0 24:0 | 24°3 24:3 | 25°38 25:3 | 25:9 25:9 | 268 26:8 | 27:0 27:0 | 27°7 27:7 | 28°9 28:9 | 27-7 27°71 28-9 23-9 | 22 | 23°0 23:0 | 22°4 22-4 | 22:0 22:0 | 22:0 22:0 | 21°5 21:5 | 22:0 22-0 | 23:0 22:0 | 23:0 23-9 | 23°8 24°8 | 25:0 25:4 | 26°9 27-0 | 28°5 27°6] 28-7 21-5 23 | 26°6 26°6 | 26°7 26°7 | 2771 27-1 | 27-2 27:2 | 29:9 29-9 | 30°7 30°7 | 31:9 31°9 | 32:3 32:0 | 33:0 33:0 | 34:0 34:0 | 34°6 34°6 | 35-2 35:9]39-0 26°6 24 |39'1 39:1 | 38-9 38°9| 38:4 38-4 | 38°5 38°5 | 38:1 38:1 | 38:1 38:1] 38°6 38°6 | 36°3 36°3 | 36°2 36:2 | 36°4 36:4) 386°7 36°7 | 37:0 387°1] 391 331 25 | 34°9 34°9| 35°0 35:0 | 35:0 35:0 | 385°7 35°7 | 85:1 35:1 | 35-4 35:4] 34:8 34-8 | 84:7 34:7 | 35-0 35:0 | 35°9 35-9 | 36°8 36°8 | 37°6 37-6] 38-7 34:5 26 | 34:2 33:9 | 34:1 33°3 | 33°7 33°3| 34:0 34:0 | 34:2 34:5 | 35-9 35-6 | 36:4 36-0 | 36°8 36°8 | 37:2 37:2) 38:2 38:0 | 38°8 38°8| 39°38 39°7}41°7 33°7 27 | 39°83 39°8 | 38°8 38°8 | 38-2 38:2] 385 38°5 | 38°7 38:7 | 38°6 38°6 | 38°5 38°5 | 88°7 38°7 | 37°8 37°38 | 37°8 37°8| 37°9 37:9 | 37°9 37-9] 39'8 363 28 | 37°4 37-4 | 37:0 37-0 | 37:1 37:1 | 36-1 36-0 | 36°8 36°3 | 38:0 37:4] 38:3 37°8 | 39:2 38°8| 40°2 40:2 | 40-4 40-4 | 41°2 40-7 | 42°8 41-1] 43-0 36-1 29 | 41-7 41°7 | 39:0 39-0 | 38-7 38-7 | 38:1 38:1 | 36°8 36°8 | 36:4 36:4] 37:2 37:2 | 36°0 36:0] 35:0 35:0 | 34:2 34:2 | 33:2 33-2 | 32-1 821] 41-7 321 30 | 32°7 32°7 | 32°8 32°8 | 32°3 32°3 | 32°2 32-2 | 32:9 32-9 | 33°3 33:3 | 33-9 33-9 | 34:5 34-5 | 36:0 36:0 | 37:0 37:0 | 38°5 385 | 39°38 39°38] 406 32:2 31 | 37°9 37°9| 39°8 39°8| 40:0 40-0 | 37°83 37°8 | 35°8 35°8 | 35:7 35:7 | 35-0 35-0 | 37°8 37:8 | 88:4 38:4 | 39:0 39:0 | 39:4 39-4} 40-2 40-2] 41-1 35°0 Mean 32°4 31:2 | 32:2 31:0 | 31°6 30°6 | 30°9 30:1 | 31-2 30°3 | 31:4 30-7 | 32-1 31:2 | 32°7 31:7 | 33:3 32-2 | 33°6 32°7 | 34:0 33:2 | 34:4 33-41 36-9 28:9 13 14 15 16 17 18 19 20 21 22 23 Midnight.] Mean. -|Dry. Wet.|Dry. Wet./Dry. Wet.|/Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet.J[Dry. Wet, . 1 | 321 82-2 | 33:0 33-0 | 32°9 32:9 | 32:2 32-2 | 32°0 32:1 | 31:5 31:6] 30°5 31°8 | 30°2 30:2 | 30°0 30:0 | 29:7 29°7 | 29:2 29-2) 28:0 23:0] 309 31:0 2 | 35:1 34:4) 33°9 33°9 | 32-2 32:3 | 32:2 32:2 | 82:4 32:4] 28-1 28:1] 27:0 24:9 | 31:3 23-1 | 29-7 22:1 | 29°1 22:1 | 25:3 21:3 | 29-2 22:5730°8 27-4 3 | 2671 26-0) 26:1 2671 | 25°3 25:1 | 25:1 24:5 | 24-9 24:4 | 23:3 23-1 | 23:0 22°6 | 24:9 22:7 | 25-9 23°5 | 26:4 21:9 | 32°8 23-0 | 29-2 23:1] 25:4 23°6 4 | 34:1 32:0| 35:0 31:2 | 365 32:0] 35:0 32:0 | 36:0 32:1] 36-1 33-0 | 33-8 30-0 | 31:8 29-6 | 30-0 29°3 | 33:2 31:0] 31:0 29°5 | 35:3 31:9}31°8 28°5 5 | 32:0 31:0 | 31:2 30°2 | 31°8 29°9| 31:8 29°1 | 30°5 29:1 | 29:0 27-1 | 26:0 25-1 | 24-2 22-9) 30°38 21°3 | 26:2 22:2] 28:2 21:0] 26-6 23°4]32-1 28-4) 6 |33°9 31°3| 34:2 29°3 | 34:2 30:2] 32:2 29°8 | 34:9 29-7 | 34:2 31-0] 35-0 32-0 | 35-0 32-8 | 34°8 32°8 | 35-0 30°6| 31°7 27-2] 32:0 28:14 31°0 27:2 7 |381°8 31°8} 31-7 31°7 | 31°3 31:3 | 31-2 31:2 | 30°8 30°8 | 30:0 30-0 | 29:0 29-0 | 29:0 29:0 | 28-0 28°0 | 28:0 28:0 | 28:0 28:0 | 28:0 28:0] 29°5 29:1 8 | 81:7 30:0] 31:0 30°6 | 30:7 30:5] 31:0 30:7 | 30:3 30-0] 29-9 29-9 | 29:2 29-2| 29-0 28-8 | 28:1 28:1 | 28-0 28-0 | 29-0 29-0 | 29:0 29:0] 28°3 2777 | 9 | 34:2 33:4) 35-4 35-0 | 36:0 35:0 | 36-0 35-0 | 36°3 33-6 | 36-0 32:9] 35-0 32:8 | 34-5 32-5] 34-0 32°0| 35:0 31:9 | 36-2 33-0] 36°8 33°51 328 31-6] 10 | 43°1 37-9} 43°8 39-0 | 44:0 38-9] 44°3 39:1 | 42°8 38:7] 41-0 38-0 | 39-2 36-7 | 37-0 34:9 | 36:0 34:0 | 34:1 32°2 | 33:0 80°7 | 33°1 30:0] 387 34:8), 11 | 37°38 35:0| 37:8 35°8 | 38°1 36:0] 38°9 36:2| 38:4 36:0] 38-0 36-0 | 36-4 34-6] 35:1 33-1 | 36:0 33:0 | 36:0 32°6 | 35:7 32°6| 37:0 33:0] 34:9 325 12 | 39-5 35:4] 40-2 36-6 | 41-8 38-0| 41:3 38-0| 40°83 37:7 | 37-9 35-4 | 39-0 36:3 | 36:0 35°8 | 36-4 36-4 | 37-2 37:2| 37:5 37-5 | 87°5 37:5] 38-2 35:3) 13 | 40-4 40-4] 40-1 40:1 | 40-2 40:2) 41:3 41-3} 40:0 40-0] 40-0 40-0 | 40:7 40:7 | 40-0 40-0 | 40:3 40°3 | 40-6 40°6 | 40:3 40:1] 40-4 40:2] 39°6 396] 14 | 32-0 31:9 | 32°1 32:1 | 31°5 31°5 | 31:1 31:1 | 31:2 31-2] 31-3 31:3] 30°8 30°8 | 30-5 30°5| 31:0 31:0 | 30°3 30°3| 31-7 31°7 | 32°2 32°2]32°6 326] 15 | 32:0 32:2] 32:7 32°3 | 32°8 32°8 | 32°7 32:7 | 32:0 32:0 | 31°8 31:8] 31:3 31:3 | 29°8 29-8 | 30°8 30°8 | 29°8 29:8 | 29°3 29°3 | 29°5 29°51 32:1 32:1] 16 | 32:0 32-0] 31:8 31°8 | 32:0 32:0| 31°5 31°5| 31-1 31:1] 31-0 31-0 | 31-1 31-0] 31-2 31-2] 30°5 30°5| 30:0 30:0] 31:0 31:0) 31-1 31-1] 311 311) 17 | 30°8 30:4] 32-0 30°8 | 33:2 32:2] 32-2 32:0] 33-4 33-4] 31:9 31:9] 30-0 30-0 | 29-1 29-1 | 29:0 28°8 | 29:2 29°0 | 28:3 28:3 | 28-2 28°2}30°1 29:9) 18 | 32:4 32:2] 32°6 32°6 | 32-4 32-4 | 30°3 30:3] 30°8 30:8] 31:0 31:0 | 29°5 29:5 | 29:4 29-4] 29-3 29-3 | 29:2 29-2] 29:0 29-0] 28-1 28°14 29°6 29°5 19 | 30°4 30°5 | 31:1 31°1| 31-0 31:0 | 30°8 30:8 | 30-1 30-1 | 30-0 30-0 | 30-0 30-0 | 32:0 32:0 | 32°8 32-2 | 34:0 34:0] 35:2 35:2 | 34:1 34:1] 30-4 304) 20 | 30°5 30°5| 31-8 31°8 | 26°1 26-1 | 27°6 27°6 | 26-1 26:1 | 26-0 26-0 | 26-9 26:9 | 25-3 25-1 | 25:0 25:1 | 25:2 25:2) 25-0 25:0 | 24:2 24:2]29°5 29°5 21 | 27°3 27°3| 26-0 26:0 | 25-1 25-1] 25:4 25-4) 25-0 25:0] 24-8 24-8] 25:0 25:0 | 24-2 24-2] 24:3 24:3] 24:2 24:2] 24:0 24:0] 24:0 24:09 25°5 25°5 22 | 27:9 26:8 | 28°7 27-7 | 28:0 27°6 | 26:4 26:2 | 26-2 26-2] 26-3 26:3] 26°6 26:6 | 27-0 27-0 | 27-0 27-0 | 26°8 26:8 | 26°3 26°3| 26-2 26:2] 25°3 25:2 23 | 35°3 35:9 | 36-2 36°6 | 36:0 36:0 | 35:9 35:9] 36-0 36-0| 36-0 36-0] 36-0 36:0 | 36-7 36-7 | 36-5 36°5 | 37:4 37:4! 39:0 39°0| 39:0 39:0] 33°7 33:8), 24 | 34-7 34:7 | 34-4 34-4 | 34:3 34:3 | 34:3 34:6 | 34:0 34:0] 33-1 33-1 | 33-4 33-4 | 33-7 33-7 | 34-0 34-0 | 34°5 34:5 | 35:0 35:0] 35:0 35:0] 35-9 36:0 25 | 38°3 38°3| 88-7 38°7 | 38°3 38-3 | 38:0 38-0 | 38-0 38-0] 37:2 37:2] 36:1 36°1| 35°8 35°8| 34:9 34:9 | 34:8 34:2] 84:5 34:4] 84:8 34:4] 36-1 36:0) 26 | 40-1 39°6| 40-5 40:0| 40°3 89°8| 40-0 38-9] 41:0 39-9] 41-7 39-8] 41:0 39:7 | 40-2 39°8| 40°3 40:2) 40:0 40:0 | 39-4 39:4] 40-0 40:0] 38-2 37°8 27 | 38-2 38'2) 38-4 38:4 | 38-3 38°3 | 38-2 38:2| 38-0 38-0] 38-1 38:1] 37-7 37:7 | 37:9 37-9] 87:2 87-2) 36°8 36°8| 36-3 36:3 | 36:3 36:3] 38:0 380 28 | 43-0 41:0] 43-0 41°8| 41:0 41:0} 40°3 40:3] 39-9 39-9] 40-0 40-0] 40:0 40:0 | 40:0 40-0] 40:0 40-0 | 38:4 38:4] 38-2 38:2] 40:0 40:0}39°5 39:2) 29 | 33-2 33-2] 34-0 34-0] 34:6 34:6 | 36:0 36-0] 36-0 36:0] 34:9 34:9] 34:4 34-4 | 33-6 33-6 | 33°3 33-3 | 33°3 33°3 | 33-2 33:2] 32-7 32°7]35°3 353) 30 | 40-1 40:1] 40-1 40:1) 40:0 40:0 | 40:2 40:2) 40°6 40-6 | 39:8 39-8 | 39-7 39-7 | 40:0 40:0] 40:0 40:0 | 40:0 40:0} 39:0 39:0 | 38:0 38°0}37°2 37°21 31 | 40:2 40°2/ 40-9 40-9| 40-9 40:9] 40°8 40:8) 41-1 41:1] 40-9 40-9] 40°6 40-6 | 40-0 40-0] 40-9 40:9 | 41:1 41:1] 40°3 40°3] 40-2 40:2]39-4 39-4 MEAN,| 34°5 33-7 | 34:8 34:0 | 34:5 33-7 | 34:3 33-6 | 34-2 33-4 | 33-6 33-0 | 33-0 32:4] 32:7 32:0 | 82°8 31:8 | 32:7 31:7] 82:7 31°5| 32°8 31:7]383°0 3247 —= = a : a FORT-WILLIAM OBSERVATORY. 345 TEMPERATURE. Dry and WET BuLss. MAY 1892. 1 2 3 4 5 6 7 8 9 10 11 12 For Day. i Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry.. Wet.|/Dry. Wet.|Dry. Wet.|Dry, Wet.|/Dry. Wet.|/Dry. Wet.|Dry. Wet./Dry. Wet./Dry. Wet.|Max. Min. 1 | 44°0 43:5 | 44-1 43°5| 44:0 42°9| 43-7 42:3 | 43:9 42:0 | 44-1 42:2 | 44°5 42:5] 44:9 43-2 | 46°3 44°38] 47-1 44°9/ 48:4 46°1]50°3 47°1 955-1 41°5 || 2 | 40-1 38°7 | 40:0 38:2| 38:0 36:9 | 37:1 35°8 | 35:9 34:8 | 37:0 35:7 | 39°8 38-0 | 43°0 40°8 | 47:3 43:9] 53-0 47:1] 54°8 48°5| 54-2 47-9955:2 35:3 |) 3 | 38:0 35°5 | 39°1 35°9| 38:2 35°6 | 38:0 35:4 | 38°4 36:9 | 89:3 37:3 | 40°6 37:9 | 42:0 38°9 | 44°3 40°6 | 45:2 41-2] 48-8 43:0] 46-8 42-:7150°0 37:9 4 | 40:0 86°7| 89:7 36:2] 39:3 36:4 | 39:0 36°3 | 38°2 36:1| 38:1 36:0| 40:0 36-9] 41:0 37°3| 42:8 38-2| 43:7 38-6] 45-0 39-7 | 46-4 40:3] 52:8 37:9 || 5 | 41:7 38°8}|.40°0 37°3| 37:7 35°8 | 39°3 37-0 | 41:2 38:7 | 42°2 39:3 | 43°2 40°2|-45°0 41°7 | 46:4 42°5| 48°7 43°7| 501 44°8 | 49-5 43°8955°3 36-7 |, 6 | 361 33:2] 35°7 32°6| 34:9 31-9 | 34:1 81:1 | 32°9 30:4) 34:0 31°8| 39°8 35°5 | 41:2 36°6 | 42°6 387°2| 45:0 38-7 | 46:1 39°8 | 47-4 40°8]53°3 32-6 | 7 | 408 38:0} 40°4 38°6 | 41:3 39°3 | 42:2 40°4| 43:4 41°3] 44:6 41:2] 45:5 42°3 | 45:7 43°9| 46°9 45:0| 48:9 45°7| 49-9 45:9 | 50:5 46:7]53:4 39:9 |! 8 | 42:1 41:1] 41-7 40°6| 41:2 40:0 | 39°8 38-3] 39:0 38:0 | 40°4 39:1] 43°7 41:4] 44°6 41°9| 47°9 43°4| 49°1 44:2) 52:3 45:0|52-5 45-4]53°8 38:9 | 9 |44°8 43°83] 45-2 44:3 | 45:2 44:2) 44-7 43:5 | 45°1 43°8| 45-7 44:0 | 47°8 45:2] 47°6 44:9 | 50°3 46°6 | 52:1 47°5 | 52°5 47:3) 55:0 49:°3160-7 41-9 10 | 40-9 388] 40:0 37:9| 39°6 37:7 | 39:9 38:0/ 389°7 38:0 | 41:2 39:4] 45:5 43:0 | 49:2 45-7 | 54°8 48-1 | 56°3 50:0 | 60:0 51°8 | 62°8 51:0] 67°7 39:2 11 | 53:4 44°5|50°6 43°3| 48°5 42:1/ 44:8 40:4 | 50°4 42:0 | 50°0 42:1 | 52°0 44:1] 53°4 45:0 | 55-4 47:3 | 56°9 47°8| 58-2 49:0] 60°1 49:2164°8 44:7 | 12 |47°7 41:9] 46:2 41°3| 46:1 41:2] 45-8 40°9| 44:1 40°3 | 43°6 41:1] 47°0 42:9] 50:5 44:2 | 53°2 47°2|55°7 47-4 | 58°3 48°5 | 57:3 49°6]61-0 43:3 13 | 50°7 50:0 | 50°6 49°9 | 50°9 50:0|50°5 49°8| 50:2 49°6 | 50:2 49:9} 50:4 50°0| 50:0 49°7 | 51°7 51:0 | 52:2 51:2 | 52°8 51°5 | 53-2 52:0]53-3 49-9 14 | 51:3 51:0) 50°7 50:4) 49°5 49:3 | 50-1 48:4] 49°8 47°5| 48-6 47:0} 48°8 47:1 | 50°7 47:3 | 52:1 46-7 | 51:3 46°5 | 52:0 47:2) 50°8 47:3]55:9 47-2 15 | 47-0 46:0} 48:7 46°4| 49:7 46°8| 50:0 46°9| 50°1 47°3 | 47°8 47:0 | 48°3 47°6 | 49:4 47°7 | 50°3 48:1] 501 48°2| 50-2 48:3 | 50:0 48:0] 53-1 44-7 16 | 45:0 43:5 | 44:9 43°5| 46-2 44:0 | 46:1 44:5 | 45°9 44°6 | 46°9 45:2) 47:7 45:8 |47°3 44:8 | 48-4 46:0 | 48:0 45°6 | 50:0 46°38) 50:1 48°2]53-4 43-4 ‘17 «(| 48°9 44:7 | 48°8 44:0) 47-9 43:5 | 47-8 43°6| 45:0 48°4]| 45:0 42°5| 45:5 42:9] 47:4 43:5 | 48°7 44:1 | 49°2 44:2) 50°3 45:7 | 50°0 44:71 58-0 44°6 18 | 43:5 4071 | 42°4 39:4) 42:2 39:4 | 43:0 40°3 | 43°6 41:0 | 43°7 40°9| 44:1 41:9| 44-7 42°8 | 46:0 43°7 | 47-9 44:2] 47:9 44:9 | 47:9 45:9155-1 42:0 19 | 45:2 42°6 | 45°8 42:9] 45°9 43:0 | 44:4 41°9|44°6 42°5 | 46°3 43:4] 46-8 43°4/49°5 44°7 | 51:3 45:7 | 52:1 45°7 | 53:0 45°9 | 53:2 44°8]56:3 43:9 || 20 | 47:8 47:1| 49:4 48:0) 49:2 47:1 | 48°5 47-0} 48°4 45:7 | 48°0 46°3 | 48-2 46-9| 49-0 47°9 | 49°6 46°5 | 46°3 44:0] 48:7 44:9] 49-7 45:3] 50°8 38-9 | | 21 | 42:3 39:4 | 42°3 40:1 | 41:1 39:0 | 41:4 39°5 | 42:0 40:0 | 43:1 40°9 | 45°6 42°3 | 47:2 43°4| 47-9 43-0 | 48°3 44:5 | 45°6 44:0 | 44:7 42°2]50°1 39-7 22 | 41°7 38°5| 41:0 38:0 | 40:2 37°7 | 39°6 37:1] 39°4 36:9 | 40-0 37:4] 41:7 38-4 | 43°2 38:4] 46:0 40:0 | 46°7 40°7 | 48:2 41°6 | 49°3 42°21 52-2 39:3 23 «| 46:0 42°1| 44:9 42°3| 45:1 42°3 | 43°9 42-0 | 45:2 42°6 | 44-7 42°8 | 45:2 43°7 | 45°5 44:0] 47:0 44°7 | 48-9 46:4] 51:0 48:0 | 54:0 50°8]59°7 43-7 24 | 53:0 52:2) 54:4 52°8|56°3 52°7 | 56°6 52°7 | 55:1 52°8 | 52:9 51:9) 53:1 51:6 | 56°6 52°2| 57°3 52°3 | 56:3 52:0 | 58:2 53:0] 52:2 51:0] 58°8 47:1 25 «| 45:9 43:6 | 44-0 42°9| 44:1 42°8 | 43-6 42:0] 45-4 43°6 | 48°3 46:1 | 49°5 47°4| 52:0 49°4 | 52-9 49-7 | 54:2 50-2] 55-0 51°8 | 54:2 52°19 55°3 43°5 26 =| 47:2 46°3| 47:3 46:9 | 47-3 46°6 | 47:0 45°8| 48:0 46°8 | 48-1 46-6 | 50-0 47°8| 51:1 49:0 | 54:0 50°3 | 55:1 52:0] 56:5 52°7 | 56:5 53:0] 65:3 45:9 27 =| 541 52:0) 53°8 52°0| 52-9 51°6 | 53:0 51°6 | 52°5 51°4| 52°5 51:5 | 52-7 51:9) 52°5 51:9| 54:0 52°6| 53-7 52°5| 54:0 52-7 | 55:2 53°69 58°8 49-4 | 28 | 48:0 46°8 | 47:2 46:2) 47:9 46:4 | 46:9 45°8 | 46°4 45°3 | 47-9 46°3 | 50°3 48°5 | 54:0 50°9 | 58°3 53°2| 60°38 54:5] 61'7 55:3) 62°9 56:0] 63-9 46-0 29 | 54:0 50:9) 51°7 49°7 | 53-7 51:0| 52:0 50°0| 54:9 51°3| 56°7 51°7 | 55°1 52:1 | 52°8 50:2 | 52:9 49°6 | 53:3 49°9| 52:5 49:2) 51:3 47°8956°8 50-0 | 80 |50:0 47:3) 49°8 47°3| 49:1 47°4| 48°6 47:0] 49°5 47°5| 50-2 48:2] 50:9 48°4]51°0 48:9 | 52°5 49°7 | 52:9 50:4) 51:7 50°5 | 52:9 51:1]61°8 48°5 81 «| 53:9 51:7] 53:4 51°7 | 53°3 51°8 | 53:9 52°3) 53°7 52°3 | 53-4 51°8 | 54:0 50°6 | 53°6 50-1 | 54°1 50°9 | 55°3 51:7 | 57:5 52:8 | 58:3 54:4] 60°8 52°38 MBAN.| 46:0 43°6 | 45°6 43°4| 45:4 43:1 | 45:0 42°8 | 45:2 43:0 | 45°6 43:4] 47:0 44°5| 48:2 45:2) 50:1 46:2] 51:1 46°8 | 52°3 47:6 | 52°5 47:9156-°9 42:9 13 14 15 16 ili 18 19 20 21 22 23 Midnight.| Mean. Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet./Dry. Wet.|/Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.JDry. Wet. 1 | 51:9 47:9| 53:0 48:2) 54:8 49:4) 52°9 48:1 | 52:7 48:4) 51°6 46:4 | 50°0 45:9 | 48:2 44-9 | 47-2 44:0 | 46°3 43°7 | 45:0 42°3 | 41°7 40°39 47:5 44:8 2 | 54:0 48:2} 51-9 47:2 | 48:0 45:1] 46:1 43:2) 46-1 43:1] 45-0 41°8 | 44:0 39°7 | 42°8 38°4| 41°6 387°5 | 39°9 37:1 | 39°2 36:9 | 39-2 36:0] 44:1 40-9 8 |46°9 42°3| 47-4 42:2| 48:2 41:9] 48:0 41°7 | 48:0 41:7] 46°8 40°9 | 45:3 39-0 | 43-3 37°8 | 42°8 37°8 | 41°7 37°7 | 41:4 37-7 | 41:0 37:0] 43°3 39-1 4 | 48:4 42:0 | 49°7 42:9) 50°3 43:°2]50°9 43°6| 51°3 44:3) 52:7 44:3] 51°0 43°9 | 47:2 42:8) 44:4 41°0 | 42°9 39°9 | 43°7 40°1| 42°3 39:1] 44:5 39°8 5 | 51:0 44:0] 51°6 44:1 | 53:4 44:5 | 54:9 45-2) 54-9 45:4] 50°9 43:1] 47-9 40°8 | 44:1 38:1) 40°9 36°9 | 39°8 35°6 | 39-2 34:9 | 37°6 33:4] 45°5 40-4 6 | 49°3 41:7 | 50:2 42°8| 51-8 44:3) 52:1 45°6 | 53-0 46°2] 52°5 46°0 | 51:2 44:1 | 45-0 40:1} 43°3 38-9 | 41°8 37-7 | 40-0 37:0 | 41:2 38:4] 43-4 38-4 7 | 501 46°6 | 50°9 46°3 | 51:5 46:0} 53:1 47°2| 50°1 45:3] 49°6 45:2 | 48-4 44-4 | 47-6 44:0 | 47°3 48°8 | 44-9 42:9 | 43°8 42:1 | 42°6 41°71 46-7 43°5 8 | 53:0 45°8| 52:2 46:5 | 52:7 47:0| 50°9 45°4| 49-9 45:2) 48:9 45°9| 47-8 45:1) 47-0 43:5 | 45°9 43-0 | 45:2 42°7/ 45:9 44-7 | 44:6 43°3]46°6 43-2 9 | 56°8 50:0| 57-6 50°9| 59:2 51:0) 60°3 51:0 | 59°9 51:0| 58°8 51:2 | 55:2 48°7 | 52°4 46:9 | 50°9 45:4 | 46°35 43°7 | 44:0 41:0] 41:9 39°9]50°8 46-5 10 | 64:0 52°4| 65:7 54:0 | 66°4 54:9] 65:2 55:2| 65:0 54:0| 60°8 52°8 | 61:9 51°3| 60°1 49°5| 58:1 48:0 | 56°S 46°8 | 55°7 45-7 | 54°8 44:6] 54-4 47-0 |} 11 | 61°8 51:0| 63°3 52:0 | 63°9 52°9| 62:8 52°6 | 63:1 52°5|63°7 52°5 | 60°4 50°6 | 58°3 48:1] 57:2 46°9 | 55:7 45°8 | 53-2 45°5 | 51:0 43°5456-2 47-1 12 | 581 48-7) 60°3 49°5/ 60:9 52°1/ 59:0 51:1] 57:9 50:4] 53°8 49-1 | 53:4 48°9| 51°8 48-4/ 52°3 49:3 | 51-5 49°6 | 50-7 49°8 | 50°6 49:°9]52°3 46:8 ) 13 | 53-0 52:3) 52:1 51:4] 52°3 51°8 | 52-7 52:1) 51:4 50:9) 51:1 50°7 | 52°0 51°2| 51:2 50°7 | 52-4 51:9 | 52°71 51:5] 51:4 51-0] 514 51°29 51-5 50-9 14 | 50:9 48:7 | 49°3 47-1 | 51°8 48°3| 54:1 48:3] 55:0 48:3] 52°7 47:8 | 53-9 47:8 | 49°0 45°6 | 47°8 45°9 | 47°8 45:0 | 47:4 45°38 | 47-7 46°5950°5 47-5 15 | 4971 46°9| 51:0 48°3 | 52:7 48-4 | 53:0 49-7 | 50°9 48:0 | 49-4 46°9 | 48-9 45:9 | 45°3 43°8 | 46°3 44:1) 44°7 42:9] 45-4 43°5 | 45-0 43:0] 48°9 46:7 16 | 48:2 46°9 | 53:0 49°8| 51:3 47:9| 48°9 46:3] 49-0 46:0] 48°5 46:1] 49°9 46:8) 49:0 46°1| 47:0 44:9 | 48°0 44°7 | 48°38 45:5 | 48-9 45:2]48-2 45-8 17 | 52:2 45°8| 53:9 47:2 | 54:1 46°5 | 53:8 47°3 | 55:2 48:3) 56:2 47°6 | 53°3 45°6 | 50°1 43°5 | 47-9 42:2) 46-0 42:1] 45-1 41:3 | 44°6 41:1] 49-5 44-4 18 | 48°0 46°6 | 48°7 47:8 | 50-0 46°9| 48°1 45:9 | 54°5 48:9) 50°7 46°3| 49°2 45°9 | 47:4 44:3 | 47°1 43:9) 45°5 43:1) 46°0 42°8 | 45°8 43:0] 46°6 43-7 19 |51°0 45:7 | 54:1 46°7 | 54°6 47:0] 54:2 47°3| 51:9 46:3] 50°8 45°9| 47-9 46:0 | 46:5 44°9| 45°7 44:5 | 45°3 44:4 | 46°0 45:1 | 46°9 45°99 48-9 44:8 20 | 48:3 44:9} 44:9 41°7 | 44:7 40°8| 45°2 40°7 | 47:2 42:3) 46°8 42:0 | 46°4 42-1] 44:0 41:1] 42°8 39:9 | 41-1 38°5| 389°5 37°6 | 41:0 37:9] 46-4 43°6 21 | 46:1 42:3) 47:9 41:1 | 44°3 41°8| 46:8 43:9 | 46°1 41:0| 49:1 42:7 | 47:8 41°5 | 45:0 40:1 | 44°3 40-0 | 44:0 39-7 | 43-1 39°5 | 42°6 39:3] 44-9 41:3 | 22 |51:1 43:9) 50°9 43:6 | 52:0 44:7 | 50°5 43°6 | 49°7 42°8| 48:4 42:9] 47°3 42:0 | 46°9 42:0] 46:1 41:9 | 45°6 41°6 | 45°5 41°7 | 45-2 41°79 45-7 40-8 23 | 55:9 52:3] 56:0 52°4 | 59:2 54:3] 57:9 53:1 | 58:0 53:0] 58°7 51°3| 57°6 51:4 | 56°9 51°4| 55:8 51:3 | 54°8 51°5 | 53°9 52:0 | 53°8 52:2451°7 48-2 24 |52°3 50°8| 54:0 50°7 | 55:2 51:2) 56°9 51:9] 58°2 52:1] 55:2 50°3| 55:2 50°8 | 52°5 48:9 | 51-2 48-4 | 50-2 47-3 | 47-4 45:3 | 47-2 44°7154°1 50°8 25 | 53°7 52°3| 54:9 53°6 | 54:1 53:3] 53:5 52:5 | 51-9 51:1] 50°9 50-0 | 50°9 50°0| 50°5 49:5 | 50°8 49:2 | 48°9 47:3] 486 47:4) 46°7 45-91 50:2 48°5 | | 26 |58°6 54:4| 61:2 55°7 | 62°5 56°5| 61:0 55:4 | 64:4 57:7 | 64:2 57:3 | 59°7 55-2 | 56°8 53°6 | 56°0 53-7 | 55°3 52:8 | 55°3 52°6 | 54:2 52:3754-9 51°7 27 | 54:1 52°6| 53°8 51:9| 56:0 53:1) 56:7 53:9) 56°38 54:0|56°0 53:4 | 56°7 53-1 | 54:2 51°5 | 53°4 51-2 | 531 51:0) 51:0 49'1| 49:4 48-0] 53-8 52-0 28 | 63:0 56:7 | 63°2 56°5 | 62°9 55:8) 59°3 56:2 | 56:9 54:5] 53:1 51:4] 53:0 51:0 | 53:2 50°7 | 56-2 52°8 | 55°9 52°3 | 56°38 52:1) 55°9 51745571 51°5 | 29 |51°6 48:0) 53:3 49-0] 54:4 51:5 | 55-0 51:4| 52-9 51-0] 53-9 50-2] 51:4 48-8] 51:3 48-0} 50°9 47:9 | 50:2 47-8) 50:1 47:7 | 50-0 47:2] 52-7 49-7 80 | 52°9 51:7 | 53°9 52:9) 57-2 55°1| 58-3 55°6 | 59:0 55:9) 61-8 57-2 | 57°2 54:9] 55:0 53°8 | 54:0 53°3 | 54:3 52°8 | 53-2 51°9 | 54°3 51°89 53-3 51:3 81 | 55°9 53°7 | 57-2 54:7 | 59°8 55:8 | 57-1 54°7 | 57°6 55:1] 57:2 55°2| 56°8 54:6 | 55:9 53°9| 56-2 53-9 | 56:4 54:0 | 56°0 53°6 | 56°6 53°69 55-7 53-1 Mmay.| 52-9 48-3/53°8 48-7 | 54:5 49-1] 54:2 49:0| 54:1 48:°9/ 53-2 48-2|52°0 47°3/ 50:0 46:0 | 49°2 45°6 | 48-1 45:0| 47-5 44:6) 47-0 44:2] 49°6 45-9 ROY. SOC. TRANS. EDIN.—VOL. XLII. 20¥ JUNE 1892. O_O } { ' ' heats So 6 - ee ee eT es HOMMPHD COMOMND NRADAMD WDWMMH NOWOD MHAOND Dry AND Wet Butps. BEN NEVIS OBSERVATORY. TEMPERATURE. 346 Pees ene suons oo eee eens ee ee ame Ee SLE SHRSS FSR BELSe Hobos = | fa CAN CICD COMMAND ANAND ANNAIG cocoaasd catdocedD 6G A COIS GIGS HAA WOD DANN NAMCNG adescacoas asaccoD Of 5 HPOORHD DODDS ANUS AS POV AS Mada OSOSRN = © s OOH SH SHI [COUG FAGOISH CO SOD IEO eel jared n> GN ee ae ages Sieee eS Fa jaeeeee FOOOH Dass Hose ARAase HHGRB F S5SAR85 FSSSR3 SHRAS RASHA SHHRS Basse BHOHKDS SANON AOHOS FSONAA DOMAH ANDS + G | EReres BASNS RASS ONSEE AHENS DHOSD = |- a 8 Sp BARS GVSIS RAASS GRASS ASHSS BHAGS POReGne Sedoe ecce Sohne See neuen Dac le eee Gees eee eee ee Peron Sakae a | E8828 GSES BASSS ABHBS SBSSS SHSVS FS =| ARG a3 e5 MOHSS RRAKS GRASB SRSRS SBHSSSB S |zegzee Hpi Geli! tees CeIeoten eNO ICY Har aentey Nc os—larts Gn HONADH GOSDSSM SASCON DWASPA POLO] OPHONIO LC _ [E8885 SESSS SARKS ASHHAS GHSSH GHSGH 8 Fe BSNS TESSS SRAHS ARASH SHSHS WHBSAB B ari RESOGCUR SS CN NMOS ral Vale EN Oe OCI Tt Oey Coca silanhss su sy BONAMS GOSSSHP SHSOSA DAADMY ANOGSS HA Woe lO ASBSSSS BAGSS SAAKS AVHSS SBSSGSHR ARBGS F EBSRBS SSSR ARAKS ASASS SRHSS FHSS G BNSESS SPPHSS SPANAS AOWHAN ASHP HHPAN A BOOASS WiHOGS HASCSCOSO AWSHA QDSAAN ANEVeo N = CEI AGTED COMA AH NANO Alalavercs Gdasasasas Gsasesaaaa OB Me SSHBSZISHIS SRRKS GRASS’ SRBRSGGSAHH 8 ey OSES AICS SSS) DNS NGAP RS) ESOC Sails COC INI TSS s INO) COMO) HAO O'S NODS ANON NO wtoD = ABnARS GHSSH RARKS AAHGS SRGSS SRSGS 8 | E3R882 SSSER AKSARS GRABS SSBKS GRSIA 8 BEOPSS PGONHY WASHSS HHSMA HSOSBS SAPNSD CO |2aeses AAD GD OL CioOVDD OOD Ora WAV AOD IwIOMowo 19 = BEINGS GAAS AAAAG Qaisered asasasanes ssapaseacs ab = ASRAS TSSSS SRRSS GHR4H SRSA AHSAS GB eyadae S295) feces Peeee cases sueaees * lpeesen geees sere das aecres saeg 2 AQOOANGOS CHAHH ANANG ANG0Dd0 cocDGdcDG) adaadIHGD cd ASH 6dsG WiRAGSD AAG Adc ada SoadaIGd ~HeddDCDGD a9 BERNSA AANSW POSS APPYOSH AHVOSHM HOSSH 10 BARSOSS SCOSM®™® HNOMNWS AHOWOO WAQIAE OOWOCD 2 z BSSASS SUSSS ARRAS GASHS S8SS SRSSS SH Zs BHSBS TERSR SRAKS AHHAS SRSAGVSHSSS S | POO Ge eee Seen we aan eee aes ‘ | eee koe Sale Soe Re momen © QOONAo BHAI ANA ANMCGD adcdwcDcD aDcDdDGDGd cd A869 TIO HHS GANIC AUcoaaoad Goaocaca~H wedcacd09 a0 SLPMOA elon s BeAe2 DOPED OOWOSDS OAnoo> > z BPAOSPIO WONNO eee Se eae a oe Pu ae eae peg and tac a a MOA DAHA ANAAG AAAlasGs GsasascsaD coasonaaes GO eS PSSRSRS ASSSS BRASS ASHHAH BHD wovccdas od Boe Ome Sean Gaal nae Sawa oo 7 | PER Gad Soke Rane SaeSS Slams & ORANG HAH ANNAN ANNGG cascades aDaDcdaoa cD Ad GG6 Wi Tisd GANG Acs Watts sacs od 2 See a ae doused ohers ceacy ouzes Peope Secse = a BOA DHRAH ANMAG AAGladas adasascsan boascsasaD oS a SRSRAB SIGAGS BAHG0 Nossa saqcsc ~wcsapcd0D aD | TE ee Cp ee em am > | Beene Meno A Sone a ee nese eaak AMON Gc OHHH ANNAN ANNGdd coadcanadca caaDcDadGD 4d Add dco Wisiaissd Ascdcy NAGI edd. —HNGD GD SHODGDGIGD oD [eee ie creole cote coo wens coer ers AOS Ree Se eis Gas om onal eevee nom ke m SERBARSD SAGSS RAARH AKASH HAGHS SBSBBO 8 = SSSASSS GSAS ARHHS AHH Hasse —ess.cap od [eeaeee shoes g0Uey o2ege gee eeece 8 "eee Peer’ Senne eres oes eees 2 PAO NCCD COA H ANAC AAAGG aaavcradad adancdadcD a) | FB2882 FREES SASS AHH HAHAH ww od Seed Boson Sean Seo a Nee | SSESSS SESoS Sead Auta AARSR ORRas & Bs ERAARS BARS AQANS SARSS HSSBSR SSBSS BB 6) SOR BAGLSA BA sc Node Marcoapa Hascsdacd ao pEEENS FORET HoaTe AELeN Sreee Reeve g eager e ayes Sak 25 nes Supe goers -< | f22422 DASH AANA BAA ssascseses caasesesaD oo Ass caasases CSRS BABS AHH BHcwes Tao ws (eee aos Set pe ene ele SeNae rs Sores Seen e Sane aoade Goanamaoae © es TSSRASS HSatad Aaaann BANOS WescsaDan Sooasasan oF Wa ESS a o00 MSSSS BABS ABMS Beaee oscsmMe od Ree ee cee Be ee eerie ae ee ge een se ajcee ya eee ae oeee @ ASAASS SAASH AAANS BARKS Hada Hearse | E2588 SZSARS BABRA SRSBAS GHSSA SHSBIS F G1aGae GeSeS 2uene Sense Neves re aNe TS Iseeace Sense BENS Terese SPIES Bsese s BS ARH 6 HESSS AARAS SRAKRB HABSS SSSBSS B H SRSH ABBAS BAGG Nosdoadaa aoswHcocy —oaca— c} Ween a oles aan a uenss Spee seas .« * | snomes peee noeae Pees RESO BOeES SP | ASRAR WHA ANCAAGS AAsod aaTasanGs GSosascsay ab SRSBHS SSERS BANS AHS Bow te Bosse feeawee QUES CU SS CaS OO SOG OO SS) Hirai ibs! GD HOONHOS ATAIAM(OWOHA HOMComd Chee? aT Soo ~ SIRALS SSSSR SRAAG SARIS HSSSS SSRSBS ss |Eeaaas SSSh BASSES AASSS ASSSS VHSSS SF paper Pree eh Oey hase cake: Bi pperde Seees enere cate? Sheer greece & AFRABRH MEAG BANA BARAH BSB Bowes oo | K2ana5 SIRES BARAD SBAHHS BOGS Hoa | HNHMe ONMHSS Nye erwae AAAs BERes J | Haws eroos nme SHeIR ARRAS SNRAS & = = FORT-WILLIAM OBSERVATORY. O47 TEMPERATURE. Dry AND WErT BuLBs. JUNE 1892. 1 2 3 4 5 6 7 8 9 10 11 12 For Day. Dry. Wet.|/Dry. Wet./Dry. Wet.|/Dry. Wet. Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet.] Max. Min. 1 | 57°3 53°6 | 56-1 53°5 | 57:0 53:4) 54°8 52-6) 54:7 51:1] 53:0 49-4 | 52:0 49:0] 50:4 49°3| 52:0 50°7 | 53°6 51-7 | 56°9 51°7| 571 52:°5459:2 481 2 |47:0 45°1/46°8 44°8 | 46:2 44:2] 44:0 42:3] 45:7 43:0] 461 43:5] 49°0 45°8 | 50°0 46:0] 49:2 46°9 | 48°6 46°8 | 48°7. 47:1 | 49:2 47:6] 51:8 43:8 3 |46°3 43°6| 45:1 43°9| 44:6 43:2 | 44:9 43:5) 44:7 42°8|44:9 43:4] 45:1 43:2) 44:9 43-1 | 45°3 43-4] 47°3 44°7| 47:9 44°8| 48:0 45°1]52°0 44:1 4 |48-0 44:9) 47°5 45:0) 47-7 44:7 | 47-7 45:3] 48-0 45:0: 48-1 46:3] 49:0 47:0 | 48°9 47:9 | 49:7 48:3| 52:5 49°6 | 54:3 50°4| 55:2 49:9]756°9 47:1 5 | 51-7 48°2|52°8 48°1| 51-9 48°3/ 51-2 48-2) 50-1 48-2) 50°6 48-9 | 52°3 50°3 | 53-8 51:1) 561 51:8] 57:1 53:1) 581 52:5 | 58-9 53°5759:9 50:0 6 |51°7 50°3] 51:1 50°0/ 51:4 501] 51-1 50:0] 51-3 5071 | 51:8 50:3) 52°6 51-2 | 538-1 51:5) 54°6 52:3 | 55:1 51-9) 56:0 52:0| 57:0 52:°6]58°5 50-9 7 | 54:0 53°3 | 53°3 53:0 | 53:2 52:9 | 53-3 53-0 | 53°3 53-0] 52°9 52:7 | 53-7 53:3) 54:9 54:4 |57-2 55°9| 59:1 56°7.| 61:0 57°8 | 60°9 57:8] 69:9 52-7 8 | 54:3 535 | 53°38 52:9) 53:8 53:0 | 52-9 52-2) 53-1 52°1| 55:7 54°7|57°3 56:3! 61-8 586 | 63-6 59-9] 67:1 61:9} 68°7 62°8| 68°3 62°7]72°6 52°6 9 | 55:7 54°6 | 55°8 54:2) 54:3 53-2) 54-0 52:9] 53-4 52:3] 54:5 53-2|58-9 56:7 | 61:3 58-3] 63-8 59-9] 66-1 60-2.) 68-0 62:0 | 70-4 64:0] 75°5 53-0 10 | 56°9 54:2 | 54°3 52°8| 53°8 52:0) 53:9 51-9) 52-9 51-2|52°8 50:5] 51°8 49:3 | 51-0 48-0] 51:4 48:3] 51:0 47°9] 51:7 48:2] 51:7 48:0]57°5 46°6 | 11 | 45°8 44:0 | 44:9 43-0 | 44:2 42:5) 44:0 42-4] 44-7 42°6| 45:8 43-4] 46:9 44-1 | 47-9 44:0|49°5 45:0] 51:0 46:2] 54:3 47:2] 50:3 45°3155'1 44:0) 12 | 45:0 42:3 | 43:3 40:5 | 42:9 40:2 | 42-0 39°5| 43-1 40°5 | 45-7 42-2) 46-1 43°3 | 46-5 44:5 | 47-9 43:1] 46:9 40°3 | 47:3 41:2] 49-5 42:°3)52:4 41:7 13 | 44°1 41°6 | 43:2 40°7 | 42:8 40-0] 42:0 39°6| 43-0 39-9] 43:1 40°4| 45:1 41-0 | 46-7 40-9 | 48-0 41-0 | 49°6 41:7 | 50°9 43:1] 51°8 43:0]55-7 41:6 14 | 41-9 3871) 38-6 35°S | 38-2 35:4) 38-1 35-4] 37°3 35-0 | 41:7 38:0] 43:0 39°9 | 45:9 40-7 | 49-1 42:9 | 50°4 43°5 | 53:5 46:3] 53-1 46°2]57:1 37:2} 15 | 50:2 45:8) 49:3 45:4] 50:0 46°2| 50-0 46-4] 50-0 46°8 | 50-9 46-6 | 53°8 47-9 | 54:2 47-4 | 55-9 49:5) 56°3 50:0} 55:0 49°7 | 55:2 50-9] 56-4 48:9 16 | 51:1 47:5 | 49-2 46:1] 46-3 43-7] 45-8 42:7 | 45-9 41:9| 45:9 41:6] 49°3 44-0 | 49-4 43-0] 52-4 45:2) 49-4 43-1] 51-0 43:4] 52-2 45:0]55-2 41:3 | 17 | 41:5 38:4] 45-2 40:2] 44:3 41:0] 42-2 40-1] 43-0 40-9 | 46-1 42:7 | 46-4 43-1 48-2 44:3 | 49-9 44:8] 51:2 44°9/ 51:3 45:3] 50°1 45°4]54:8 41:2 18 | 46°9 42°8| 46-9 42:4] 47:3 42:9] 48-0 43:6] 47:4 44:0] 47-9 44:1] 49-1 44:7 | 49-7 45:3 | 49-9 44-9] 50°8 45:4] 41:4 45:9) 52°6 47:3] 56:3 44°3 19 | 44°7 42:0) 43°1 40°7 | 44:2 42:3) 44-1 42:4] 44-8 42:5] 45:7 43:4] 47:4 44:9 | 49-2 45-9 | 52°1 47:5 | 53°9 49:0] 54:5 50:0 | 53°5 50:0]57°5 43:0 20 | 50°7 48°6 | 50°8 48°1| 50-2 47°8| 50-1 47:5) 50-4 48-0) 50-2 48-1 | 50-7 48:1 | 51:9 48:3 | 54:2 49°2| 54:6 49:3] 56°7 49°9| 57:3 49°2]62°3 49:0 21 | 47°2 44:7 | 44°7 42°7 | 43°5 41-4] 41:9 39-9] 42-2 40-1] 44:8 42:6] 48-9 45°3 | 51-1 47-4| 54:0 49:4] 55-7 50°7 | 56:9 51-0] 58:3 51:2] 64:0 41°7 22 |52:4 48°6 | 50:4 47:1) 48-9 46:2] 47-9 46-1] 48-9 46-9] 50°5 47:8 | 50°7 48°3/ 51-8 49:6 | 51-9 49-7 | 50:9 48-9] 53:3 51:1 | 52:9 50°4}.63°6 47:2 23 | 47:2 45°6 | 46°3 44°6| 46-4 44°7| 45:4 43:9] 46:3 45:0 | 49°5 47:5 | 52°3 49°7 | 55:3 51-7 | 58-9 52°7|59°8 52-7 | 60°5 53:1) 61:9 52°91 64:2 45-4 24 |53'2 51°0| 53:0 49°9| 52:7 49°7| 52°3 49-2! 52-6 50:0] 50°8 47:9] 51:2 486 | 52:3 48-9 | 53-8 49-6 | 57-9 51-7 | 58-0 51°0| 59:9 50°5]66°5 48-9 25 | 48-2 45:0 | 48:1 45:0] 48:4 45°5| 49°3 46-3] 51:9 47-6 | 52:9 48-4] 54:0 49°5| 55:3 49-9 | 55-4 [49-9]] 54:9 [50-0]| 54:5 [52°0]| 55°3 [50°3]] 57:3 47°8 26 |52°3 51°7 | 53:4 52°2| 53-5 52:0) 53-1 51°8| 53:3 51-7 | 53°8 51:7 | 53°3 51-7 | 52-4 51:4 | 52°5 51°8| 52:0 51:1) 53°8 52-9 | 54:2 53°51 58-2 51:9 27 «=| 53°7 52:4) 53:0 52°3 | 52°3 51:2] 51:9 50°8 | 52:2 50:9) 53-0 51°5 | 53:9 52:0) 54:9 52:1 | 53:9 51:7 | 54:5 52:2] 54:3 51°9 | 53-9 51:8]56-9 51-2 28 | 51°5 47°7 | 51:2 47:8 | 50°8 47:9) 51°3 47°7|51°5 48:2] 52:2 49:3] 53-1 50:0| 55-4 49:0 | 57°3 50:1) 57-9 50:2) 58°5 50°4| 58-4 50°2]61°5 46-9 29 | 46°9 44:4 | 45:3 43-2] 43°6 41°8 | 44:0 42°3| 45:8 43°7| 47-8 45:7] 50-4 48°0/ 51:7 48:9 | 54:2 50°8| 56°38 52°6 | 59°9 53:5 | 58-8 52:-4165°3 43-4 30 | 50°0 48:4) 50°1 49:0) 51:4 50°3|51°8 50:4] 52:0 50:7 | 52:4 50°5 | 52°8 50:9 54-7 52:0 | 55:4 52°5| 54:9 51:9 | 55°8 52°3 | 56:0 52:°5457:9 491 _ |MaaN.| 49°6 4771 | 48°9 46°5 | 48-5 46°3| 48°1 46:0 48:4 46:2] 49-4 46:9| 50-7 47:9| 51:8 48-4 53:3 49:3] 54:2 50:0] 55:4 50°4| 55-7 50°5959-7 46°5 13 14 15 = for) i NX 18 19 20 21 22 23 Midnight.] Mean, — | Dry. Wet.|Dry. Wet./Dry. Wet. Dry. Wet. Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet./Dry. Wet.|Dry. Wet.JDry. Wet. 55°0 52:4 | 56°2 53:0/ 54:9 53:0 : 9 | 55:3 52:0 | 52:8 50:9] 50:7 49:0 | 50°3 47:9] 49°4 47:0 | 49°6 47°6 | 48:1 46-7 | 53°8 51-1 49°2 47-7 | 50°0 48°3 | 51:8 50:0] 51:2 49:9] 50°3 48-9] 49-1 47:4] 48°8 46°7 | 47-9 45°7 | 46°S 44:8] 47-1 44:9 | 47-1 44°5 | 46-9 44:1] 48-2 46-1 50°%5 47:1] 48°9 47:2 | 49°3 47-4 | 50°8 3} 501 47-7 | 50-0 47-7 | 50°3 45°8 | 49°2 45:7 | 48-7 45:1 | 48°8 45-9 | 48-2 45-49-47-7 45:3 OX =! Go Si. ES Or Soe 6 wo ON EN a WOGe Swed OT Go Go ND Sovole) 53°7 51°6}55°6 51:0 :0]] 65:3 [53-0]] 65-2 [53-0]| 57:4 49°6 | 53:0 47:3 | 51-1 46-2 | 49°3 49°0 45°37 56:1 50:2 5 54:4 53:1] 55:0 53°5| 540 53°1| 53-9 53-0 | 53-1 52°5 | 53:0 52:1) 52°7 51°84 53-4 50°5 | 26 | 56:5 55:3] 56:8 55-9 1 56:4) 57-7 57-2 | 57-2 57-3 571] 55:9 55°9|55°3 55:0 | 55°8 55:2] 55:0 54:1 | 54°6 53-7 | 54°2 53-0] 54°6 53-7 Weeee | D0°2 52°9 153-7 52-1 9 52:3 | 54:3 52:1 | 54:2 54:3 51-2] 54:1 50-4] 52:9 49-6] 52-9 48:8) 51-9 47-8) 51-3 47-9) 51-7 47:9) 53°4 51-1 | 28 | 59:9 52:2] 59:0 52:9 ‘1 54:0] 60-0 53:3 | 59-0 61‘1 53-9| 59°1 52:9) 55:6 50:3 | 53:3 49-0] 50-7 47:3 | 50-0 46-7 | 46:9 44°71 55:1 49-9 9 9 5 | 23 | 64:2 54:5] 63:0 54:0 | 59-0 54:9| 58:9 54:3] 61:2 5 24 | 58:8 51-9) 58:9 52:9) 61-5 54:5 | 64:1 53-2) 65°6 [5 25 | 55:9 52:0.| 54:9 52-4 0 53°0 | 55:0 52:9} 54:0 52° 5 5 5 1 3 4 | 56-8 50:8) 54-6 51-4) 54-0 51:3| 53-3 50°8| 54-0 49-4 | 52-2 50-0 | 52-0 49°5 | 50-4 49-1 | 50-7 48-3| 50-1 48-4| 50-9 48-0] 52-0 48-1]51-2 48:3 5 | 57-1 52:4) 56-6 52-8] 57-1 53-8 | 58-6 54:2) 59-2 54-7 | 565 53-4] 56-0 53-0 | 55-7 53-0 | 54:3 52-1 | 52-9 51-0| 51-2 50-1] 50-8 49-9] 54-6 51-4 6 | 576 53-7| 57-5 53:6 | 57-7 54:3) 57-3 54-1] 57-2 54:2) 55:5 53°3| 55-9 58-9| 55-7 54:3 | 55-2 54:2] 54:3 53-5 | 54-0 53-4] 54-0 53:5] 54-5 52-4 7 | 63:9 59:2) 64:8 59:8 | 67-0 61-0 | 68-2 61°3 | 69:2 62-1 | 67°9 61-2 | 67°0 60-8 | 63-1 59:0 | 60°6 58-0 | 59-2 56-7 | 58-9 56-7 | 57-1 55-4] 59-7 56-9 8 | 68-1 61-7 | 69-7 61-5| 70-2 61-0| 72-0 62:2) 71-4 623] 70-8 62:8 | 68-2 62-4| 66-3 61:3 | 64:8 60-2 | 62:7 59-1 | 60-7 58-0 | 58-2 56-4] 63-1 58-7 9 | 69-9 64:1) 73-1 65°3| 69-3 63:3| 72-0 62:8 | 73-9 601] 74°8 61:8| 732 61:8| 683 60-4 | 64-7 59°3| 61:7 57-2 | 59-0 56-0 | 57-3 55-0] 63-9 58-7 10 | 52:8 48:5 | 51-9 48-2| 53-8 49°6/ 53-9 49-1 | 53-0 49-4] 51:9 49-2| 50:3 49:0| 49-1 47°3| 49:3 47-2] 49°0 45-7 | 47-2 45-0 | 46-9 44-5]51-8 49-0 I | 52:0 46°6 | 51-8 45-1] 53-1 45°6 | 53-2 45-1] 55-1 468 | 53-9 46-4 | 525 45-9| 49-4 45-0| 47-2 44-0 | 46-9 43-4 | 45-0 43-0] 45:3 42:8] 48-9 44-6 12 | 49-0 42°9| 49-6 45:5 | 52-4 46-8| 47-5 43-9 | 50-0 45-2| 46-4 43:3] 49-7 45-0 | 46°6 43:0 | 45-3 42-7 | 44-4 41-1 | 43-2 40°3| 44-4 41-3] 46-4 42-5 13 | 533 44:8) 53-9 45-2) 55:3 46:8] 54:1 45-4| 54-0 46-1| 52-9 45°8/51-0 44-9 | 50-9 44:5 | 48-2 43-2] 46-0 40°5 | 43-5 39-1 | 41°6 37-9] 48-1 42-4 14 | 54:8 48-0) 54-0 47-4) 53-7 47-4] 54:3 47-0| 566 48:5 | 54:0 47-2| 52-7 47°0| 52-4 47-1 | 52-1 46-7 | 51°6 46°5 | 51:1 46°8 | 50-1 46°6] 48-7 43:5 15 | 54:3 51-0 | 54-0 51-8) 54-1 52-4] 53-7 51:8] 53-1 51-4] 526 51-4] 524 51-2 | 52-7 51-7 | 52-9 51-1] 53-0 50-0 | 53-1 49-4/ 52-1 48-2] 529 493 16 | 52°6 44:3 | 52-7 44-2] 54-2 45-2| 54-3 44-4) 52-7 43-6 | 52-4 44-2| 533 45-1] 47-8 40°8| 47-1 41-0| 45:3 40°6 | 44-4 40-4 | 448 40:3] 49°6 43-4 17 | 53-0 47-4 | 52-2 47-3) 51-2 46-7 | 53-9 47-4| 53-2 47-4] 50-3 45-9| 50-0 46-0 | 48-9 46-1) 47-1 45-1] 47-2 44:8] 46-5 44-2] 47:3 43-5] 48-3 44:3 } 18 | 54-2 48-4 | 54-9 49°6| 55:3 49-0| 50°3 47-3] 49°8 47-5] 51-1 48-0 | 50-9 47-7 | 50-0 46-9 | 48-9 46-0 | 46-9 44-6 | 46°3 44-0 | 44-3 42-2] 49°6 45:6 9) 19 | 54-2 50-9 | 55-1 50-7 | 55-7 51-1] 53-9 50-2| 55-0 50-7 | 58-6 50-4| 54:1 50-5 | 53°8 50-4 | 525 50-5 | 52-0 50-1 | 50-9 49-2] 50-9 49-2/50°6 47-7 } 20 | 58-0 50°4| 59-0 50°9| 61-1 51-0| 59-4 49-7 | 60-7 51-0| 60-0 50-8] 61-0 51:2| 56-0 49-4 | 52:9 48:3] 51:2 47-4] 50-2 47°3| 49:0 46-2] 54-4 49:0 21 | 60:6 52:2| 61-8 54:1] 60-9 53:4 | 62-9 54°6| 61-7 53°6| 61-7 53-3] 61-8 53-2] 56-7 50-2| 55-2 49-7] 54-9 49-7 | 54-0 50-0) 54-1 49-0] 54-0 48-7 22 | 54:1 51°5| 55-3 52-1 | 59-1 54-7 | 60-0 54:9 | 62:7 63-1 55-1) 59-0 531/571 523 | 53-7 497 | 583 490/488 473/472 45°71 53° God 45° 5 7 0 6 1 ‘7| 60:0 54:1 | 60:0 54:9 | 57-9 53°6 | 57°3 51-8 | 54°6 50:9 | 54°0 0 9 8 7 6 | 29 | 60:3 54:7} 61-71 55-9 55°6 | 64:2 54-1 | 64:4 52°8/ 61:9 51:1] 60-7 51:0| 57-0 50°5 | 53:4 49:0] 50-9 47-8] 50°3 48-1 49°4 47°2154°2 49-4 52°8 | 55:2 .53°7 | 55:2 54:0] 55-4 54:1] 57°1 54:9] 53-7 50-7 | 52°3 49:0] 51:3 47°5 | 50-9 48-2) 51:2 49-4) 53°5 513 6 57'4 52:0| 57:8 52:0] 56-7 51:6 | 56:3 51-4] 54:1 50:2 | 52-7 49°3| 51:5 48:3 | 50-6 48:0] 50°0 47:4] 53:0 49-2 SI Orono Or 30 | 55°3 52-7 | 55:8 53-3 Mean, 56-6 51:4 | 56-7 51:8 ~“_ WrOwnNI OD aj — On lo co 348 BEN NEVIS OBSERVATORY. TEMPERATURE, Dry AND WET BULBS. JULY 1892. 1 2 3 4 5 6 7 8 !) 10 11 12 For Day. | | Dry. Wet.|Dry. Wet.|/Dry. Wet.|/Dry, Wet.|Dry. Wet.|/Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet.\Dry. Wet.|Dry. Wet.|Dry. Wet.JMax. Min. 33°0 33:0 | 33°3 83-3 | 33°2 33-2] 33:8 33:8] 33°'8 83-8] 33°6 33°6| 34:0 34-0] 33°1 33-1 | 34:0 34-0 | 32°38 32:3 | 33:0 83°0 | 82°7 32°7] 35:4 31:8 33°0 32°8 | 33°5 33:2 | 33:0 3271 | 36-2 36:2 | 37:0 37°0| 37:9 37-9 | 38:4 38:4 | 38°3 38°3| 39:0 39-0 | 39°8 39°8| 40-6 40°6 | 41-4 41:4] 45-8 33-0 44:8 44°8 | 44-1 44-1 | 44:0 44:0] 44:0 44:0] 44°1 44°1 | 44:0 44:0] 44:1 44:1 | 44-4 44-4] 44:6 44-6 | 44:0 44:0 | 43°3 43:3] 430 43:0] 44:8 4133 41°0 41:0 | 39°0 39:0 | 37:9 37:9 | 36°2 36:2 | 85°5 35:5 | 33:8 33°8 | 33:4 33:4 | 32°8 32-8] 383-0 33:0 | 33°5 33°5 | 34:0 34:0 | 84-4 34:4141:0 32°83 40°0 40°0 | 40°0 40°0 | 40°9 40:9} 41°3 41°3) 41°3 41°3 | 89:2 39:2 | 39:0 39-0 | 39:0 39-0 | 38°9 88:9) 38:2 88:2] 36°5 36°5| 35:0 35:0] 41:3 82:7 33°0 33°0 | 33:0 33:0 | 32°6 32°6| 32:0 32-0 | 32°1 32:1] 31:9 31:9 | 33-2 33:2] 33-7 33°7 | 33°38 33°3 | 84°2 34:2 | 84-1 34-1] 383°3 33°37 41-0 31:9 38°0 38-0 | 87°6 37°6 | 37°3 37°3 | 38°38 38°3 | 37°2 37:2| 37°9 37-9 | 37:0 37:0] 37:0 37-0 | 86-4 364 | 86-2 36-2 | 34°6 34°6 | 33-2 33:°2]38°3 32:6 83°0 33:0 | 33°2 33-2 | 82°8 32°8 | 32°2 32:2| 81°7 31°7 | 32:0 32:0| 32:0 32-0 | 32:0 32:0 | 33:1 33:1 | 82°9 32°9| 33:0 33-0 | 34:0 34:0] 35:1 31-7 35°38 35°3 | 85°0 35:0 | 34°9 34°9 | 35:1 35:1 | 34°9 34:9] 384-8 34:8 | 34:7 34:7 | 85:2 35-2 | 34:8 34:8 | 36°0 36°0 | 86°38 36°8 | 87:2 87:2137°5 34:3 10 | 34:7 34°3 | 34:0 34:0 | 34:0 33°8 | 33°8 33°6 | 38°9 83-2 | 85°1 33:9 | 37:0 35:9 | 86°8 36:2 | 38-9 38-7 | 89:0 38:1] 389°7 38:4 | 41-3 40:0] 45°6 33:8 11 | 89°9 89-9) 39°5 39°5 | 39-1 39°1| 38-7 38:7 | 38°5 38:5 | 37-9 37:9 | 88:9 38:3 | 39°2 38°8| 41:0 40°3 | 42:0 41:0| 42°3 41:2) 45:0 42:2]46°8 37-1 12 | 87°1 35°8 | 360 35°0 | 37°6 35°2 | 85°8 35-2 | 84°1 34:1] 84:1 34:1 | 35°1 35:1) 88°0 35:1] 43-0 36:2] 42°2 37:5 | 44-9 88:9 | 45°9 42:5] 47-9 34-1 13 | 41°9 33°9 | 40°9 33°9 | 42°3 341] 41°6 39°6 | 43-9 41:5 | 40°8 35:7 | 42-0 35°6 | 43°2 37°3| 43-9 38:9] 41:0 38°8 | 46-2 41:0] 51-2 43°3]51-2 40:8 CON TOR wWNe 14 | 44:0 41°8 | 43°2 42:0) 42:2 41°9| 41°8 39-9) 41°7 39°9| 41-2 39:6) 40:4 39:1) 41°5 39:2 | 38°3 38:2 | 88:1 38°0| 39°3 39:0 | 42°7 41:17 44:0 38-0 15 | 37°3 87-0 | 37:2 37°0 | 37:1 36°6 | 37:0 36°8| 37:0 36°8| 36:9 36:7 | 37°6 37:0] 87:7 36:7 | 38°6 37:7 | 88-2 37:4 | 40°1 38:4 | 40-9 388-4] 40:9 34-7] 16 | 35°5 34:1] 34-4 33°6 | 33°1 32°8| 31:5 30°9 | 31°5 30:1] 31-8 30°3 | 32-1 30°6 | 32:4 31:5 | 33-2 33:2] 34-9 33°8| 36-0 35:0] 34°8 34:6] 36-1 31°5 17 | 31°7 31°7} 31:0 31:0 | 30:0 30:0 | 29:9 29:9 | 29°8 29:8) 29:9 29:9 | 30:4 30:4] 31:0 31:0) 82:2 32:0 | 32°9 32°9| 34:0 33°2| 35°8 34:8] 41°6 29-8 18 | 35°0 85:0 | 34:8 34°3 | 34:2 34-1 | 33:1 33:1 | 82:3 32°83 | 82°5 32°5 | 32-7 32°7 | 32°7 32°7 | 32°5 32°5 | 34:0 33-9 | 34-4 33:9 | 36°3 35:1] 37:8 323 19 | 3880 38:0] 38:3 38° | 37-4 37-4 | 37:9 37-9 | 38:0 38:0] 38:7 38-7 | 38°0 38:0| 38-0 38:0 | 37°5 37°5 | 387°4 37:4) 86:0 36-0 | 36:2 36-2] 38°7 32:3 20 | 382°9 32:9) 33'0 33°0 | 33-1 33:1 | 33:1 33:1 | 33-0 33:0] 85-1 35-1 | 338-5 33°5 | 84:0 34:0] 55°] 35:1 | 85°6 35°6 | 37-9 37:9 | 89°6 39-8] 44:0 32:9 21 | 38°7 30°5|39°5 30:0 | 41:°2 34:0] 40°7 34:2] 41:°2 34:5 | 40-4 34:3] 41:1 34:5] 41:9 35:7] 41°7 40°9 | 42:4 42:2] 43°8 43-7 | 44°38 44-0] 44°8 38:7 22 | 40:0 40°0 | 38°3 38°3 | 36-2 36:2 | 35:8 35°8 | 37°5 37°5| 37-9 38-0 | 37:0 37:0] 86°4 36°4| 37°2 37:2) 37°3 37-3 | 39:3 39°3 | 40:9 40-9] 41-2 35°8 23 | 37:9 37-9 | 38°1 38:2 | 38-0 38-0 | 38°3 34:3 | 38°8 34:2| 38-0 34:8] 40°8 35°5| 40°38 35:9] 415 36:9] 40-9 35:9 | 43°6 36°5 | 44-5 39°7]| 49:3 37:9 24 | 42:0 41:9] 42°3 41:7 | 42°6 42-0 | 42-4 41:8 | 42°38 41-0 | 42-2 41°5| 42°7 42°7 | 48:0 43°0/ 43-1 43:0] 45-9 43-9] 47-5 42-2 | 48-6 45-2] 50-4 42-0 25 | 44°1 36°2| 43:3 35:0 | 43-0 35-7 | 42°3 34°8 | 43-0 34:0] 44:2 36:8] 47:9 37-0 | 49°7 37:2| 52-0 39°6 | 52:0 389°5 | 52°8 46°9 |) 49°5 46-1] 52°8 423 26 | 45°0 45:0] 44-4 44-4 | 43-6 43°6 | 43-1 42°8 | 42:9 42:3) 43-6 43-2] 43-7 43-7 | 44:7 44:7 | 46-0 45-1] 47:0 45:7 | 48°3 46°5 | 49°7 47:1] 52°6 42:9 27 |44°9 44:3) 44-1 44°1]| 44-0 44:0 | 44:5 44:2) 44-2 44-2] 44-1 44-1] 44°38 44:3 | 44:5 44:5] 44:7 44:7 | 44°6 44-7 | 44-9 44:9 | 45-5 45:0] 501 44:0 28 | 43°8 43°3 | 43:9 43:0 | 44-0 42:9 | 43-9 42°6 | 45:2 42°5| 46-0 41-7 | 46°2 41°9| 50-6 40°5|51°6 42°6 | 54:0 41:9] 51-4 43-5 | 51°8 46-4] 57-:0 43°8 29 | 47°4 41-91 47-1 41°6 | 47-0 41°7 | 47:0 41-2] 47-8 42:0] 50-0 42-7 | 52:7 45°6 | 52:8 47-0) 52°6 48°9 | 55°8 49°5 | 55°3 50-4 | 56°3 51-6] 59-1 47-0 30 | 49°6 49:1] 48-7 48-7 | 48-6 48:4] 48°6 48°6 | 47:7 41:2] 49:0 37-8] 49-3 38:5] 49°9 40:3 | 51:1 42:4 | 50°8 40°71] 51:3 36°5 | 52°7 41:0] 52:7 46-0 31 | 46°9 47:0} 47:0 47:0] 46-7 46°7 | 44°8 44:8] 42:9 42-9) 48-1 48-1] 44:2 44-2] 45-0 45-0] 44:9 44:9 | 45°2 45-2) 46-2 46:2 | 46°8 46:9] 47:0 42-9 6 1 MEAN.| 39°3 3871 | 39:0 37°8 | 38°8 37°6 | 38°5 37°5 | 88°5 37:1] 38-6 37-0 | 39-1 37:3 | 89°6 37°6| 40-2 385 | 406 38-6 | 41:3 39:2 | 42:1 402] 44:9 36-9 13 14 15 16 li 18 19 20 21 22 23 Midnight. | Mean. Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.[Dry. Wet. 34-2 34:2 | 34°1 34:1 | 34°6 34:6 | 35-4 85-4 | 34:7 34:7 | 83°6 33°6 | 34:1 34:1 | 34:0 34:0] 34:0 34:0| 33:7 33-7 | 33:0 33:0] 31°8 31:2] 33°6 33-6 42°38 42°8 | 43:1 43:1 | 42-8 42°8 | 43-0 43-0 | 43-1 43-1] 43-9 43-9 | 44°7 44-7] 45-8 45°8| 45-0 45:0 | 45:2 45:°2| 45:6 45°6| 45:0 45:0] 40-8 40-7 43°2 43°2| 44-4 44:4) 44:3 44:3) 44-0 44:0] 44-2 44-2] 42-9 42:9] 44-0 44:0] 43°3 43:3 | 43-1 43:1] 42-4 42:4] 41°8 41-8] 41:3 41:3] 43°6 43-6 35'0 384°8 | 36°0 35°3 | 35°9 35:2 | 35°38 35:1] 35°6 35:0 | 34:9 34:0 | 34-0 33:9 | 34-2 34:2| 34:8 34:8 | 36:0 36:0] 37°5 37:5] 89:0 39:0] 35°6 35-4 35°0 35:0 | 35°2 35:2 | 35-0 35:0 | 33°7 33:7 | 83:9 33-9] 34-0 34:0] 33:1 33-1 | 33-8 33°8| 33-5 33-5 | 33°1 38:1 | 33-1 83-1 | 32-7 32-7] 365 365 35°1 35'1 | 36:9 36°9| 38-0 38-0 | 40'2 40:2] 41:0 41:0) 40-2 40-2] 39°3 39-3] 38:0 38:°0/ 38:0 38-0| 38:0 38-0 | 37:2 37-2] 387-9 37:9] 35-7 35-7 33°2 33°2 | 33°7 33°7 | 33°7 33°7 | 84:1 34:1] 33°6 33-6 | 33°6 33-6 | 33:4 33-4 | 33-2 33-2 | 33-3 33-3 | 32°6 82:6] 34:0 34:0| 34:0 34:0] 35:1 351 B41 34:1 | 34:7 34°7 | 34:8 34°8 | 83:0 83-0 | 34:1 34:1] 84°8 34:8 | 34:8 34:8] 34:7 34:7 | 35-0 35:0 | 35:1 35:1] 35-1 35-1] 35-0 35:0] 33-6 33°6 37°5 37°5 | 36°7 36°7 | 36°6 36°6 | 37-2 87-1] 36°8 36-7 | 36-7 36:7 | 36°6 36°6| 36:0 36-0 | 35-9 35:9 | 34:9 34:9] 34:8 34:8) 34:3 34:3] 35°8 35°8 10 | 423 40°4 | 44°6 42°3 | 44-4 42:0| 45:6 43°8| 44-4 42-2] 43-8 41-7 | 43-0 41-7 | 42:3 41:0] 41-5 40:1] 40°6 39-7 | 40:0 40:0] 40:0 40:0] 39°6 38°6 Il | 45-9 42°3 | 45-7 41:9] 466 42°9| 46-8 43:3 | 44-6 43-9] 43-1 41:8 | 42:0 40:8] 41:0 39-9] 39-1 38°3/ 38-0 37°5| 37:1 36:5] 37-2 36:1] 41-2 400 12 | 47°9 40°1) 47°6 43°3 | 47-1 42:1 | 46-8 42:2 | 45-2 41-7] 41-8 39-5 | 40-0 38:3] 37:9 36-5 | 40°8 34:5 | 40°2 33:9] 40-1 33:8] 40:4 33:51 40-8 373 13 | 501 43°6 | 51-2 44:2 | 50-1 43°3 | 48-4 43:3 | 48-2 44-0| 47:5 44:3 | 48-8 44°6| 47-9 43:0] 46-5 43°8| 45:4 42:2] 44-2 42:8] 44-0 42°7145:5 406 14 | 42°1 40°6 | 42°4 41:0} 43-6 43:6 | 43:3 41-2 | 43-0 40:9} 42°8 40:8; 41°3 40-0 | 40°3 39:0 | 39°7 38:3) 39°5 37-9 | 38-2 37-9] 88:0 37:4] 41-2 399 15 | 40°3 89°1 | 40:1 38-9) 39°6 37:3 | 39°9 38-2 | 388°5 87:3] 37-9 36:9 | 37:3 36:7 | 36°9 386°1 | 36-7 36:0| 86-1 35°8| 34:7 34:0) 35:3 34:7]37-9 37-0 16 | 85°3 35°3 | 36°1 86:1] 35:2 35°2| 35-1 35-1 | 34:7 34:7] 84:3 34:3 | 34:1 34:0] 33-7 33:6 | 83-2 33-0| 33:3 33-3 | 32-2 32:2) 32:0 32:0] 33°8 33:3 17 | 36°8 35-0 | 36:7 34:1) 38°38 37:1) 41°6 38-4) 41:3 38-4| 41-1 38°8| 40:1 38-9} 37-6 37°3| 36:9 36°6| 36:1 35-0) 35-9 35°4| 85-6 35:0) 34-9 34-0 18 | 37°2 35°3 | 37°8 37°6 | 36-7 36°1| 86-0 36:0] 35-8 35°8| 35:8 35°8| 36:5 36:5 | 37-0 37:0| 37-4 37-4] 37-6 37°6 | 87-0 37:0 | 87°3 37:3] 35°3 351 19 | 35°8 35°8 | 35°2 35:2) 35:0 35:0 | 85°5 85:5 | 86-1 361] 35:5 35°5| 34-2 34-2| 32°3 32:3) 33-5 33-5 | 33-3 33:3 | 82:5 32-5 | 32-6 32:6] 36-0 360 20 | 40°8 38°8 | 41:3 39°2) 41:8 40:5 | 42°8 41-4] 44-0 41:9] 41°6 41:3 | 40°7 39°3] 40°5 39-4] 40-1 38°8| 39-2 38:0 | 89-1 34°8| 89-0 31:0] 37°8 367 21 | 44:3 441 | 44:0 44:0) 44:7 44:7 | 44°8 44-8 | 44-2 44-2) 43-9 43-9] 44:0 44:1] 43-9 43-9] 43-1 48°1| 42:4 42-4] 42:0 42:0] 41-0 41-0] 42°5 400 COna oPwhHr 22 | 40°9 40°9 | 41-2 41:2} 40°7 40-7 | 39-7 39-7 | 39°5 39-5 | 38-6 38°6 | 38:2 38-2] 37:2 37:2] 39-9 39°9| 37-1 37-1 | 37-2 37-2] 37:3 37:3] 38-4 38-4 23 | 48-0 41°7 | 47°4 43°5| 49-1 48-6 | 48-4 45-6 | 49-3 46°3| 48-7 45-7 | 47-8 44:9 | 45:9 43°4| 45-0 43-1] 44:3 43-0] 44-0 42°6| 43°0 41:9] 43-4 403 24 | 48°8 45:9) 49-7 44°7 | 49°8 45-0 | 50-4 44-4 | 49°6 44:4] 49-3 42:2] 47-9 38-9] 46°6 40°7| 46:0 36:0 | 45-3 36-2] 45:0 36-2] 44-2 36:0] 45-7 41°7 25 | 50°9 47°3 | 51-0 47°2| 51-2 47-1] 49°8 47-0) 49°5 46-5] 50-2 47-1| 49-8 47-2] 48-0 46-0] 46°8 45°1| 46-1 45:°2| 46-0 45:9] 45°8 45:8] 47:9 423 26 | 51°8 48°0|51°8 47°9| 52°6 48-5] 516 48:1) 51-8 48°5|50°5 47-8| 49-1 47-1| 47:3 46-9| 47-0 46-2| 46-9 46-1] 46-1 46:0] 45-7 44-9] 47°3 45:8 27 | 46°2 45°8 | 47-4 46°3| 50°1 47°9| 49-9 48-0 | 49-8 48-3 | 49-1 48-1 | 48-3 47:9 | 47-1 46°5| 46°4 45°8| 45-9 45-0| 45-0 43-2] 44-0 43:0] 46:0 45:4 28 | 53°9 47°9) 55°8 48-0) 57-0 49:0 | 55:8 48-1|56-0 48-8] 54:7 48-5 | 52:9 48:0] 50°7 47:2| 49°1 46:3] 48-1 45-7 | 48-2 43°6| 47-2 42:9]50-1 44:9 29 | 560 51-4 | 59°1 53*1| 55-9 52:2| 56-0 51°8| 55-1 51:4] 55-5 51-2|53-7 50-8| 53-0 50-0| 52-0 49-1] 50-9 49-0| 50-9 49:0 | 50-0 4911525 48°0 30 | 52:0 49°1| 49°9 48°9 | 49°3 48-5 | 47-4 47-4 | 47-2 47-2] 46-0 46:0 | 46-1 46-1] 47-0 47:0| 47°6 47:6 | 47-2 47:2] 47-9 47:9] 47:3 47-3] 48:8 451 31 | 47°0 47°0 | 46°8 46°8| 46°7 46°7 | 46-5 46°5 | 46-1 46°1] 45°6 45-6 | 44-0 44:0] 46°1 46:1 | 43-7 43°7| 48:1 43:2 | 43°8 43°8| 44-2 44:21 45:3 453 MBAN.| 42°7 40°8 | 43°1 41:3) 43°3 41°6 | 43-2 41°5| 42-9 41-4] 42-3 40-9] 41'7 40-5| 41-1 40-1 | 40°8 39-6 | 40-2 39-2/| 39-9 38-9| 39-7 38-6] 40:7 39:2 349 JULY 1892. FORT-WILLIAM OBSERVATORY. Dry AND WET BULBS. TEMPERATURE. —NlaQqvuvoNuQqq————————————.. . aaaaaee eeee a | EPOSOA QHOAS AAPH SHOMON HYAKN OMPSOHS © |sexere WAPMA PAARH WOAAS HOARE ONSHOA w SORMSA ARWDOM ODHLOH HRDDS LANOHO BHHOMSD : BPMBADS SODSH NORMDH RMDOO 4 SIH S S SHS OSH HHH AAGGS SBAGSGS FSGS SSES65 F ad |BIRSSS SSSSn SSSVR Saves BSewoo Bisssios Q Ss | B | KODE THADI~ DA PNSOA ANSMS DHRSS POFHAES © S EANOCPNM HOIWIG OGSSSWO® S1WASS 190OABPW19 HE OOmIg © SOOM DOOHOD ANNAN LHASOD CQALH ADDSSD A HOMO HOD GDA HEDIQ Qigdtds Awe inw1o® ARAROD 6 a JS Sees IDIDIDIDG GOBOG WOwOi9S DHSSKR FOSORSS © | P2922 IS 19191514 BSiSisiaio WigiGigio isieioeom GBeosesxse i = ———_—————— a RS [SSOPOS SHON SCHIPTH HHHSH OASIS SuPHHM O s [ezzese OOQSOAH OHAANV PHAM SANOHM ONMOHDSO D1 AA HOON ODANSCSS DHORHSOS M1OH1919 COOKAMA MoeAdh HHanRA SOROK OOHKK Oo AAQHOO A | Bess SHHIG1G 1S 1419 1S] HHAH1G1D 1616191815 BSisigisidie 16 to IBishiow BSSSS SSS SSRhS SASsase Sagres gs | SSOP HOIDH AOMOS HNSOND AOHANS wy HMAMHO a E | nome ae ROPHS OHOHN SHAAN OYNOH HHOHHS © HDG OID 1UGDOADINA WDOOD HODGS BMORAWOM Oam0M is E'DIDOM19S AHOHDH RARBDS SGHNSOS 0OMAHS SHMBKRS | 8882 19.19 19.151 G1G19:1B1G 1G1G10 1818 1BiGiBiGG GSGHOGS00 16 = | Faseee INIGIWSH1G IBGASAS SASSos BSSe8 SSSS58 B |Sez5e7 QA FID WD ARG AMINE RNOHH OOYRAS & |Sezsee SSOPAP HON ASH SPEHAT AHHADS OD ADMBSS CHADD +H#NSORAR ADDSOS AMMHOS SQOorKdt8 A MODS HARWS CORKK KROSOKRO MAHAH OMMHOO Oo ae SSSSS5 SISSS SSSRLS SSRSS SBSSS SSSEESS B a jEwsees LD TAH TaD aH HAHAHA WIAs GdH isgig Gis iSiSigio16 «1G lines? | PIS NWON OAPSOT PNOSIO DNAOM HHNWS HOSMOIN od SS SEDKAN MHOSM SCANMPH GOMMHA ANSOSOND ONOWNO H NQIQO OGD HAA 6900191919 1919191 1BRAON DHNODON K HOOHHH DMOHON ABROH SGHNOA DHOAKR ROMBKRDS oO | Fs888s 19 1G 191919 1911815 1919191616 1619 D198 GOOSGinwo 10 | EB8e28 ISIBIGIBIA BAA Sig Bows Bossa Dessos & \Seaeeg Soe EShes CoE== caace Steer G [Z2gege Seeks efese Fence creme Seeees = = | Estipis sie ID H19 19 wGaQrhHH HABIOH 1915151616 1191818161515 x SIisoSs SIS GAIUS SVS SAESES BS sisss wz im EPPO Pr WVI~SOO HOPSH OMISWOH MOMMA DOL-ANS 10 A | SOTEKN CMON COSA PAA HPHt ONONM OMMDOW EHO OCD CNAOO 19006019 IBS HHH HROQDS HHH © HOQHOS ARHOH ROOAN CAAA HAO HK OOKRRKRS | E22888 IBD 1G191D 19191915 1615151518 11g B19 OOOW6i90o 16 | FeB2ee 1G FIG IBiG 19S iBiS AGW WigiGAid iGiaisigis wWioioiawrs SPAPDYHD QAMDM] OQOHOAH ALYHS MHNGANM BaMoaW w SODPSPH DOH Sm AWHQNS ONMOD ROARK HAHOAID SSOON SOGHH HNDKRD DOM HOANH Rigiotdw DiQHO0O ADNRODW HRORO COBURG HAHAH 110K 00 SSaate SSGoo SONS ASSRS FEGRS SSSSS5 S = EMSSSS SBISSS BUVSA SSBRS SBASAS Bses5ee a > | serene HOHRS TEBE SONGS RaWOS S¥NOOR K N | 2OHSSH AOPAH OHA OBOYNS WOMHO OMOAEA HAR HH NAG NANA AMCs HRDHR MAROIDS 16 HADDAM MOAM~ SHAH MOAHH B19DOHR ORAHOOS 6 |ASSses 1919101615 19151916 1915151416 1914101516 BiGi1V191I6O 10 AiG 131515 1S1SiGiS15 Sigg Wisigiow isissso Soososs, 38 Be ere |PSeuSs Cela SES2e EEEES Beene seecce « oY ~~ @ a ri x x | B Sic sis IDG Hig SH raga HAH HAMoOH 191161515 S19 16191610 1S = AGG HAH 1d SHA Higid wg HHH HWiGiB Ti 1616191615 1919161015101 co EONODNA OBOSAM M999n HHS AXONS Onan N | ENSOPH WOGOGN SMMMH AMONS COMM OmBOHa + ECONO 61 HACMA DKRASA AHABDA MONDANO OKOHdUdD + EIQDOHA DNHMO ANNOH AKRMHS DOHSA NHAMDO © F916 161918 110151815 1915191518 1019151515 1615161919 Gigiaigiais 10 BS1G191419 D1 iG1GG 01G191G15 1414161418 19 1H6GSSS SSOSGiGO 16 BOOTH WOODAM MAINSO OBOWS HNMR HASHnoo BPPWMSW SSSSOM SOBSOSCHM ACOwWS HAOKHS SCOneaH © SDOODN DOKNOK ASHOK SOORHH OMADOH HHMAMO OO MWMB19DA DOOHO HHRANS QHODH HNDOKNS Bond SSSsSo GSISF SESS SSUES ABSAS SSSSSS SF a | IBIG AS HH 1G1H1wH1S91G rw HigigiG® HigiSHid 14191016 WMiqaowiw 16 ™~ pO COE SO ES OOE~O NOE=1900 DOOM H SWAN GH E-comweioH r a ENOPON SCPHAPW AAHSO MOAPBA WYROMWG ADmmRwOWM 19 EAHA MARAIS B19HAS SGOHNH SHORH LOMMmOD LOIQOHA HNO DH19S16 MOHTHR MORHR aNoOmOKR oO 1019 191816 1815 FBG 191919 FG 1G wWi91GH19 wWiGViS Had wgisiaisiais 13 BO S1S151919 16191515 S G55 SiG 15191H 1G 161GSHSS SOHSOW6 WW 8OQONdd NGO GE ESSE EE OHO AOG EQS D QDNODOS © BROROS MONOD MBOOWH OHONS OWSMHN Wenge 19 COMO RHOSG SSLQS HOODAK SGASDKS mmaUMo @ SS1H8S99 HOOK BHHANS GQHSOM 4NSRS SCHAAR | | BS Sas SAS SIO HAHA HHH SH HAO WOAH wiSigiewsis FH 2 | 1B 19 191919 19 1G1G191GD 19 1GiG IGG H1G191919 191HGSHS GSOoowi Re} DHIANDA OMONR MRMNROH HORGH HARROD ONDOARKR oO So ENOHARD NOSSO 19GNHtH ODHNODNY OOIBWMS NRAODHO HK ECP DED SSP RCeD Spools! tll Oech tele ey CORO SS Se) RAINS RICISISNG) MSG SICD CICMC VNU) CSNY NS) NIEHS ole ; AMOS HNDAH ABHOR DHRAAH DOMON DOANMKR HN ROOMmMAA 1IDHN6O 1D OKRHDO MDNHAMS 12NDDOHHD RHARDO & | E8S8c8 TO1G HIG SH agaGaS HASH HAM HIG IG Hisashi 1911910151515 | E2858 ID1IDADISD GH GiGiG G16 19O1G1S GS 19198 GSGHS SHSSSO WD \eaeeee PPIDM1DO HAN OWO 19 POMm WARWAPIDPRMOOBS GQ BOROSOSD POSES SSOAOSP FSSAS ANAMHAS SMORAR 0 SCOIDDH RHORMD DHDOIDH AQDAK SGNHOR AMOCOMS OO FiBO©SS 1BOBAS LANDAH GQQORHOD HMOGH NOOMOK 6 SSAsss FRAGA SSSGRS GSS SSRBSS SBSSSES ZS Ay 191910151 Idi AHiBis ig iSigiSila GisHisgis isSoo0 SSoowso 8 Lio} | CABO PANGS OESHYH POMAF ONAPN HUSoago a | sOHANS PQOOMS HPRSOM GONAS COMSH HMHRMS © IDAHO SOOGHH HHDDK BARAMS OmMmmH goa aHR 6d OHO DRLAS HAMt9G1 DDDOR OhLMGONW OS | £easae IDG HID SH Hig HAH AaHisis WMidgidsig ridissigis 5 ASssise IGIDIS ISS GoSHGOS BOwod OoHoOo MOSSHS ©& [ettedal TEAMS AVWVADH HONS OMOWEPX~ GDAMRWD SO BoON~N DAPSA SPOSWMAH SHWSMH OOMHWD O190SCSN & Rid Gt Oth oObigige4 MOCAKR RAHOR MMOADIO & DQOHAHDS AABHWO GHANA ARHSSHD MMDDS HORMOD XH | FSIS Sie Hiatt Adda GH Gisbsas 6SSh65 SF a 1D 19 1D 1G1D 1] HHiS1G 191919 1G1GH Hig iBiHiG 191d 1610S SSiGoGi61 ~ SPIO A GLADO WOPAO AMIGO AANSP? NOMSROHY O | ENEAND AHADS AGINOIY ROSOHA ASSHH OBNHoN © POS cg HO ONAHH AHDDD ODHANS 2MNKO BDBNOHO DIS ORR HOOMO1a DRO HoOIOHH CHRIO® HoKoOnRM Oo AS ts i916 woos HioetAH Was Fasgiosip iidiqwmios 5 A919191915 16151515:S SHGHGSS HSiG1455 HHSSGS RSSSOO SD Z ebtacets RNOAL BAPAN MSSSN WAHSH ANSNSOD a | EPSPHO PANAS PSOGSHE SOOMN FOHAT HPOOMAN w DBO SHARAD DO O4 WQOAK CHASTR aAMSoHS & HODHS NOONDS RHNAH SGNOGH MHMODOR NOaNDS 4 SSRSS0 FEFSS FASSS SHSHRS SRRSS SBSSSS FGF | i SHSis6S SSSG8 DOOKG SASoo SHSoS SSSSss z oD | OED DE MANNS POPSHM ONAW SHEON DWOMIMOW | genes MESES PONSH HNSOH SHOUT ONEBgS w DiQDHAGD HOOAH RMDAO DHOAH OANKOSO igOoNgHtR COM B1O 1ONMKRG MDHOHS QDOODHN OHMOMHt0O NSOKKKRS S | F2a3c8 SiS Bint MS HHH HHH 6H TSH GMS isisisigiwo | ASisisSi3 ID1IDIDiDS OOiGOGS 165191GG HWi9SGSS KRSOoOOS S | Biot ama ID HAMAS WHOOP OSSOOBD HOW AS OAMAND HH | | Bato HPOHODSD HOHMH SOMDWORD AMMO 196mm On A RAR AH DHDQOH HOOHO SOAHAK maHoHS oo dSHH ABO BOHAHH CHOON HHOKKN OKOH Sad py eRe SSE Sa Sy Saeed Sap ies Sais) alee ens 24 = | F&is cists 1B HB 191d IGAGBiSib WisBiSig isisig 1d Sigoows iw is} EPFANO OWMAGO AHAATS PHONE SONNY OamwOM st TT) Sooo” HOHE COMO AONHO AHOMM yisomH o FODIOANG HNO RHODK DDANS DHMH bOMAHTR EOODOH ROHON RODAR ROKRANGD CGOANS A2MBKOH ASFi8G3 ID Gio Sag wHAH HAAG Moss iisisigioig | Bseoe ID1G1D1BD GOiGiGiO WOOO OWH8Ooo SGOoosoeo SF |22eEe2 PHOHA VYOMD WOH AANSH Soamen Ww ENODSOH HOSHA VHGSH ANRSHH SHH MO HENWTSS © OMOHH OHARAH ORLKG DBOSHS OHHH MOHMHOS Oo IDEAS ARBOMWD 1BNHHS AARON AHDOO SboOd oO SARSiois Hott HHGGSH HHFGF AEBS SSEBESBS F e PSissSs5 SSS86 BShEs GASGSS SSSESES SSSESSB B er oF | sHOOMN SOAHHD OHOWE SONSN rowNy Aoonny ow 7 | sSESSS APSMO EHHOM HHOHH HOBOS Nomoon x F4HOOMNG ONO SODHAH DRAAHS DOMHH DOMAOKR RONDO DIO OBROW HOKRHO DONS ANHOSH | Eases MiawWiadW Biota AAAs Wiss Bsoowoo BS 156 1518 IDIDIGISG COIGIGIGAIG G19 191919 19 1H OOS SSdssan : Bo 850 BEN NEVIS OBSERVATORY. TEMPERATURE. Dry and Wet Buss. ’ AUGUST 1892. 1 2 3 4 5 6 Dry. Wet.|/Dry. Wet.|Dry. Wet, Dry. Wet.|/Dry. Wet. Dry. Wet. 1 | 43-2 43-2| 43-0 43-0] 43:0 43-0/ 42:4 42-4] 41°5 41: 5 | 40-7 40°7 2 | 412 39:0| 40:0 39:0| 39°6 38°9| 88:0 38:0 | 37:9 37:7 | 29°0 37:9 3 | 41:0 41°0/ 39:0 39°0 | 37°8 37:9 | 37:1 37:1 | 387°6 37°6 | 36°4 36:4 4 | 28-9 28:9} 29°0 29:0 | 28:0 28-1 | 28-0 28-1 | 28°0 28:1 | 28:2 28:2 5 | 36°9 36°9 | 37-2 37:2] 380 38°0| 88:9 38:9 | 88-2 38:2 | 39-5 39°5 6 | 35:1 35:1 | 35:4 35°4| 36°2 36-2 | 36°5 36:5 | 36'1 36:1 | 36:0 36:0 : ‘ : ; 5 36°5 os) 7 | 34:0 34:0 | 33°3 33:3 | 33:1 33:1 | 33:0 33:0 | 33:0 33:0 33-2 33°2 | 33:0 33° 3°8 33" 2 | 36°2 2 | 37° : 8 | 35°6 35°6 | 35:0 35:0 | 34:7 34:7 | 34:0 34:0 | 33°4 33-4 | 83°1 33:1 | 33:0 33-0 | 33°3 33°3 | 33°7 33° ; 0 | 33°9 33° 9 | 29-1 29-1 | 29°8 29-8 | 29:0 29:0} 28:9 28:9 | 28°8 28°8 | 29-2 29-2 | 29°3 29:0 | 30°6 30°6 | 30:2 30:2) 32:0 32:0 | 34:3 33:1 10 | 36:0 35°0| 36°0 34°9| 35°1 34:7 | 84°8 34+1 | 34°5 33°9 | 35°2 34:2 | 34°5 34:5 | 35°6 34:4 | 37°8 33°8 | 39°6 35°8 | 39°6 38:4 --11 | 39:0 39:1 | 40:0 40:0} 40:0 40°0| 40:7 40:7 | 40°3 40:3 | 40°8 40°8 | 40°9 40:9] 41:1 41°L | 41°0 4171 | 41:2 41-3] 41°8 41:8 12 | 41:9 41°9| 41-8 41:8] 41:5 41:5] 41:3 41:3 | 41-2 41-2 | 41:2 41°2| 41:4 41:5] 41°6 41°6 | 41°3 41-3 | 42°0 42:1] 42-4 42-4 13 | 455 45°5 | 45:7 45°7| 46:2 46:2 | 46°5 46:5 | 45°2 45:2) 42°3 42:3) 41:4 41-4] 41°8 41:8] 41°5 41°5| 41°8 41:8] 421 42-1 14 | 40°1 40:1 | 40°5 40°5 | 40-2 40-2} 40:7 40°7 | 39°9 39:9 | 40:0 40:0 | 40°2 40:2 | 40°5 40°5 | 41-0 41:0) 41-1 41-1 | 41°3 41°3 15 | 38°6 38°6 | 38°4 38-4 | 38:2 38:2 | 38°8 38:8 | 38°5 38°5 | 386°8 36°8 | 37:0 37°0 | 37°4 87:4 | 37°5 387-5 | 37°7 37°71 38-2 38:2 16 | 37:0 37:0 | 37°6 37°6 | 37:1 37:1 | 37:0 37:0 | 37:4 37:4 | 87:1 37:1 | 37:8 37°8 | 37:7 37:7 | 38°8 38:8 | 38:9 38:9 | 39-0 39:0 17 | 38°2 38:2) 387°6 37:6 | 37°5 37°5 | 387°7 87:7 | 87:1 87:1 | 87°38 37°83 | 87-7 37-7 | 87-7 87-7 | 87-1 37:0] 8774 37:2 | 38-8 38-5 18 | 38:4 38:4 | 38°5 38°5 | 37:9 37:9 | 37-8 37°8| 37°8 37:8 | 38:2 38:2 | 38-2 38:2 | 38-4 38-4 | 39-1 39:1] 39:0 39:0 | 38:9 38-9 19 | 38°6 38°6 | 38°5 38:5] 38°5 38°5| 88:7 38-7 | 37°9 37:9 | 87°6 37°6 | 37°4 37:4 | 37°8 37°8| 38:0 38:0 | 386 38:4] 388 38:8 20 | 35:0 33°8| 35:0 34:5 | 35:0 33°5 | 35:2 34:9 | 35:4 34-8 | 86-6 36:3 | 37:7 37°4| 38°6 38°6 | 38:9 38:9 | 39:7 39°5| 40-1 39°5 21 | 49:0 49:0 | 49:3 49-3 | 49°1 49-1] 49°5 49°5| 49°5 49-5 | 49-9 49-9 | 50°6 50:6| 50:7 50:7] 50:5 50°5| 50-4 50-4] 50:3 50:3 22 | 47°8 47°8 | 47°6 47-6 | 47°3 47:3 | 47-9 47:9 | 47°6 47°6 | 47°3 47°83 | 47-4 47:4) 47-1 47:1 | 47°3 47:3 | 48°0 48-0] 48:3 48:3 23 | 45°1 45:1 | 45:2 45:2 | 45°2 45:2 | 45-6 45°6 | 45°6 45°6 | 45°5 45°5 | 45°1 45:1) 45°3 45:3 | 45-7 45:7 | 46°6 46:4] 48-1 47-8 24 | 47:0 45°8| 47:1 46:1] 46°8 46-0 | 46°2 46:1 | 47:5 47:5 | 46°4 46:4) 47:1 47:1) 47°3 47°3| 47-1 47:1] 47-0 47:0] 47:1 47:1 25 | 41:0 40:0 | 39:2 37:4 | 39°8 38:0 | 40:3 37°9| 40:7 38°6 | 39°3 37:3 | 40:1 35:0 | 38:0 31:0 | 39°6 38°8 | 40°7 40°7 | 39°5 395 26 | 36°0 36:0 | 35:8 35°8| 34:3 34:3 | 34:1 34:1 | 33:4 33-4 | 32°38 32°8 | 33°6 33°6 | 83°9 33:9 | 34:0 34:0 | 34°5 34:5 | 34:7 34-7 27 =| 331 33-1 | 34:0 34:0] 34°8 34°8 | 35°8 35:8 | 36:2 36:2 | 85°7 35:7 | 34:7 84:7 | 85°7 35-7 | 35°1 35:1) 36-0 36°0 | 35°8 35:8 28 | 34:9 34:9 | 34:7 34:7 | 33:0 33:0 | 32°7 32:7 | 33-0 33-0 | 83°4 33:4 | 33:0 33-0 | 32°9 32:9 | 33:0 33°0 | 83°6 33°6 | 33°8 33°8 29 | 380°0 30:0| 29°7 29°8 | 29:2 29:2 | 29:2 29-2 | 29:0 28°6 | 29:5 28:8 | 31:0 29°6 | 31°3 30°7 | 32°7 32:1 | 34:0 33:2 | 35°8 35:0 30 | 34:0 34:0| 35:0 35°0| 35:0 35:0 | 85°1 35:1 | 36-0 36-0 | 37:2 37-2 | 37°3 37:3 | 38:2 38:2 | 38:6 38°6 | 39°8 39°8| 40°3 403 31 | 40°3 40°3 | 38°8 38°8| 38°1 38:1 | 37:0 37:0| 36°5 36:5 | 36°4 36:4 | 36°7 36°7 | 36°6 36°6 | 36:9 36:9 | 36:9 36:9 | 39°0 39:0 MEAN,| 38°8 38°5 | 38°3 38:1] 38:0 37°9| 88:0 37-9 | 37-9 37:8 | 37°8 37°6 | 381 37°8| 38°3 38:0 | 38°7 38:4 | 39°4 39:1 | 89°8 39°6 13 14 15 16 17 18 19 20 21 22 23 Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet./Dry. Wet.|/Dry. Wet.|Dry. Wet.|Dry. Wet. 1 | 44:1 44:2 | 44°7 44°83 | 46°0 46-0 | 45:4 45:4] 44:7 44:7 | 43-7 45°7 | 43°1 43-1 | 43-2 43:2 | 43-0 43:0] 42:7 42-7 | 40°9 40°8 2 | 44:9 43°9| 44:9 44:2] 44:0 43°8 | 42°8 42:8 | 42:0 42:0} 41:8 41:9) 41°9 41°9| 41:7 41°7 | 41:3 41°3)40°9 40°9| 41:1 41:1 3 | 38:0 38:0 | 38°3 38:4 | 37°8 37°8 | 37:2 37°3 | 35°5 35°5 | 33:9 33:9 | 33°0 33:0 | 32:0 32:0 | 31:8 31:9 | 29:3 30:3 | 29°8 29°8 4 | 33°2 33:2 | 34:0 34:0 | 34:5 34:5 | 34:9 34:9 | 34:7 34-7 | 33°9 33°9| 34:8 34°8 | 34:9 34°9| 385°7 35:7 | 86:1 36:1 | 36:0 36:0 5 | 41:2 41:2| 40-0 40°0| 40:0 40:0} 39°8 39:9 | 38:1 38:1| 39:0 39°0 | 38°9 38:9| 38:0 38:0| 38:0 38:0 | 87:0 37:0 | 36:0 36:0 § |36°8 36°9| 37:1 37:1 | 37°5 37°5 | 36°8 36°8| 35:9 36:0 | 34°9 34:9 | 34:1 34:1 | 34:0 34:0 | 34:1 34°1 | 84°2 34:2 | 34:7 34:7 7 | 39:0 39:0] 40°2 40:0 | 40°4 39:9] 41-1 40:2] 41°5 40°6 | 40:1 39°8 | 39°5 39°6 | 39:0 39:0 | 39:1 39:1} 38°0 38:0) 37:0 37-0 8 | 35°4 35°5 | 35°4 35-4 | 35°0 35°0 | 34:0 34:1 | 33-8 33°8 | 34:5 34:5 | 34°1 34:1 | 34:0 34:0 | 32°3 32°3| 31:0 31:0] 31°9 31°9 9 | 37:0 36°7 | 37:9 37:0 | 39°8 38°5 | 40°8 39:1 | 39°8 38:1 | 39:0 37°5 | 40°2 38:8 | 38:0 37:0 | 37°5 36:1 | 37°0 36:0 | 37:0 35°6 10 | 39°7 39°0| 40:7 40:0 | 40:0 39°8| 40:2 39°8| 39:4 39°3 | 38°5 38°5 | 38:1 38:1 | 37:0 37:0 | 37:0 37:0 | 3871 38:1) 38:1 38:1 11 | 42°1 42:1] 41:9 41:9} 41:3 41:3] 41°8 41°8 | 42:0 42:0) 41°9 41°9| 41°21 41:1} 41:1 41:1] 41:0 41:0) 41°8 41°8 | 42:0 42:0 12 | 43°5 43°5 | 43°2 43°2 | 42°2 42:2) 42-1 41:9 | 42°7 42:7 | 43°8 43°8| 44:0 44:0) 45°3 45°3| 45:4 45:4 | 45°7 45°7 | 46-1 46-2 13 | 41°38 41°8 | 42:0 42:0 | 42:4 42-4 | 42-1 42-1] 41:9 41:9) 41°7 41°7 | 41:0 41:0 | 40°8 40:9 | 41:5 41°5 | 40°3 40:3) 40:2 40-2 14 | 41°7 41°7 | 41°6 41°6 | 41°7 41°7 | 41-2 41:2 | 41°5 41°5 | 41°5 41°5| 41:0 41°0| 40°9 40°9| 41:0 41:0 | 40°4 40°4 | 39-8 39-8 15 | 38°3 38°3| 39:0 39°0 | 38:2 38°2| 38:1 38:1 | 38:2 38:2 | 38°2 38:2) 38:0 38:0 | 37:9 37°9 | 37°6 37°6 | 37°7 387°7 | 37:3 37°38 |< 16 | 39°8 39°8 | 39°8 39°8| 40°5 40°5| 40°8 40°8 | 40°2 40:2) 39:9 39:9 | 38°5 38°6 | 39:2 39:2 | 38:2 38-2 | 38:0 38:0 | 38°8 38°8 17 | 40° 40:0} 42:1 41:2 | 43°7 42°6| 43-7 42:9) 41:7 41:0| 41:0 40:3] 40°5 39°0| 39°8 38:8] 39:0 38°5 | 38:0 37:2 | 38°3 38:0 18 | 39°0 39-0 | 38:0 38-0 | 39:1 39°1 | 39:1 39:1 | 39:2 39:2 | 39:2 39:2) 38:0 38:0] 38:0 38°0 | 88:5 38:5 | 39°3 39°3 | 39°3 39-3 19 | 38°8 38°8| 39:0 39:0 | 39:7 39:7 | 37°9 37°8| 38°1 37°8| 37°6 37:2 | 37:0 37:0 | 36°8 34:0 | 36°1 34:0 | 386°0 35:0 | 35:0 34:0 | 35° 20 | 43°0 41°4| 43°8 42°8 | 44°2 43°1) 43-7 43:0] 43-7 43°5 | 44:0 44:0] 44-1 44:1 | 44:9 44:9] 46:4 46:4 | 46°8 46°8 | 47-1 47:1 21 | 48:0 48°0| 48-0 48:0 | 47:9 47°9| 47:8 47°8| 47-4 47:4) 47:0 47-0 | 47:2 47:2| 48:0 48:0 | 48:1 48:1 | 48°6 48°6 | 48:2 48-2 22 | 49:0 49°0 | 47°83 47°8| 47:7 47°7 | 47:4 47°4| 46:0 46:0 | 45°3 45:3] 44-1 44:1] 44:5 44:5) 44:9 44:9] 45:0 45°0| 45:1 45:1 23 | 48°8 48:2] 48:0 48:0) 48°6 48°3| 49-0 48°8| 48°6 48:3] 48°6 48:3 | 47:8 47°8| 47:2 47:2 | 47:0 47:0 | 46°3 46:0 | 46°3 46-0 24 | 47:9 47°9| 47:9 47:9 47°8 47°8| 476 47°6| 47:1 47:1 | 46°1 46°1 | 45°9 45:9] 44:7 44:7 | 44:7 44°7 | 44°8 44°8 | 40° 39°6 25 | 40°2 40°2| 40:2 40:2 | 39°3 39°3 | 39°9 29-9] 38°8 38°8 | 38°1 38:1 | 37:0 37:0| 36°9 36°9| 36°5 36°5| 36°0 36:0 | 85:9 35°9 26 | 35°6 35°6 | 37:0 37:0 | 39°1 39°1 | 39:4 39-4 | 36°4 36:4 | 35°7 35°7 | 33°7 33:7 | 33°2 33:2 | 33:2 33:2) 83°1 33-1 | 34:0 34:0 27 | 35°9 35°9 | 36°2 36°2 | 36°7 36°7 | 36°1 36:1 | 36:0 36:0 | 35°8 35°8 | 35:0 35:0 | 34°2 34:2 | 34:4 34:4] 34:9 34:9 | 35°6 35°6 28 | 34°8 34°8 | 34:0 34:0 | 34:0 34°0 | 33°8 33°8 | 33°0 33:0 | 33:0 33:0 | 320 32:0 | 82:0 32:0] 81:2 31°7 | 31°2 31°6 | 30°0 3071 29 | 36°9 35:0] 36:0 34°8 | 34:5 34:0 | 83°4 32:8 | 32:9 32:9 | 33:3 33°3 | 33:1 33-1 | 33:0 33:0 | 33°38 33°8 | 33°7 33°7 | 34:1 34:1 3 41:0 41°0| 41°38 41°8 | 42°1 42:1] 41°6 41°6| 41:2 41°2| 40°9 40:9) 40°6 40°6 | 41°0 41:0} 41'0 41:0) 41:0 41-0] 40°9 40-9 3 38°0 38:0 | 39°2 39°2 | 39°9 39:9 | 39:9 39:9 | 38°3 38°3 | 37°2 37:2 | 36°7 36°7 | 35°6 35°6 | 35:1 35°1 | 35°0 35:0 | 33°9 33°9 MEAN,| 40°4 40°2| 40°6 40°5|40°8 40-7 | 40°6 40°5| 40:0 39:9 | 39°6 39°5 | 39:2 39:1] 38:9 38°8| 38:9 38°7 | 88°6 38°6 | 38-4 38-3 351, Dry AND WET BULBS. AUGUST 1892. FORT-WILLIAM OBSERVATORY. TEMPERATURE. SOHO AS ONMNAYWH ARMOOS ROSKO HRROH DAONOHH s | EOP ESS SHAMS AVRDWOS PESO HEeEeodt ae Hel Neliel = $2) | sae ON PAOKS PHSOMO ADiGOR RONHS OMNRANA oO SOMO SCHOO AHHHD ARORA OLBdHH AOURSS OS : IOHOMD QDHOnD HOOHN Hao + HOS 4A AOotHia Binawea wows IDI HHH 191g Gigi Bint 6 A IB SSSRS SSSES SSSA wDHbnwh Sonse SSutss f . o te BHRAIRDIWO MONAID WAG MHt OHHOKnR ANHOM MORHHO A WOANAS SHAN OMiISIq MONHH WORMHO AHROHHR 2 SO HHS ANODMA RONSH HHROG CADOHD DHDHDODO W a Roo tnede aadad isamois 19601912 HOSOH aMHaAAA 10 BH |/SSS55S5 GOG65 SSSSH SBSHSS SOOSS Soeness a QAO 1G 109 109.119.1919 19.1. 1.191 1G91G 1919 131d 15 SSSiso Boogman 8 : ee OOOO eee eae SEANTAN BSHSON SPOPAY SNPPS ~WNSOOO wo19158919 oO 3 |Sxeuee TP OOH APOPO OAHKNWO AAHANS AHNSOSOR @ ~OHMIQ HASKA 192DLIGN CHMHMID CGQHRY HoOmomAd Oo ae ISO CI Ie CCN ara eG = ID AGA HAD 1G wi FI 19191914 1H 91S 191616 SHOW Wistatoo wo Po Ime Ht Medtsis isin siais BHnGo Sesae FSSSS5 Ss tS 7 EPOLCSS DROEN SCHOAG16H MNADVHH HSOGCODAHRABO 16 s BLEPPOOS PSWWH ANOPROOG WOAH SDAROKN MOMNOR oO HOGII~ OO LOMAH™~ MHAOWOM ADBDNnRAR BFOMMM DOOMDOOHW LK rj BE OIQONA ADM OH 1900HH1Q HONK HeodtH Onttoae 4 ASOiGG1S SiS BOSSiSig Bowens CSOs Seogsext S |Aosss6s OSFGS BSS58 SSARS a5etq BSayeas 8 BPEPOWO 19O199H NOAM O HOBO HOMON MOMOMH BNOBAD HOMNS SOMMS RMON HOMO MOMONH N M19 HO1Q ANOMA Wee HM MioMHH HRORW OndomH oO AMOS DONO Oh HOHH MOGaAKn DONG Doe x - Fh IDIGIWWS IHHHGis Gigigisid isin SCosos sass4dd & as IMIOwigs WHthis isisSsabs SSNS SSSRS VSQqnse a tal MANOM WHAWMMA WAMBW10n WWOSWOKR OMANRSO CMOKRGK I APOHD AHMORM AMDHAN MHHOK ROCHE HpNDADO oo B@OMmOO 190 HHO DOCMIAw SoIBwOo AoW oatinae ke Panpoac AQKRa&c 190 dieip HHS Hom Omg0nm a QR 1G 1G AG 19.19.19 191d 191. 191Gid_ 1919191910 SSH 191019151519 2S 10 19 11 IDA AH HAD 191919191 asiGigiBia Giaiaiglo wiowoowe |eceues ANSON ANOWHO MHARS SCObNOS ObYHNN SUPAPOS HEOMS SCOMMH OHASOMW DOHAM AHHAMO H OCiwdW‘\NISH SDABWWIS WOOHN HHANMAN HOROH OuMMmNOS Oo G9 HID SHA WO D1QWMOs 19OMHH HRADK ROONHD OHBHOSOGS S IB AGA Hid wa HAD 1419101919 291019161 OSoioin Blowaiao Ke BRSRSa SSeed DISS WSIaHis Sowow SAIsse wa z SESS SL PANWOH AAWDGS HOAGS ANOMWS woHtoHnH co > Berm AANOCSD NOOGOGWO ODMHDARM SOhHHO AISMDOD B00 191912 HOM H OBMIDO VKRMOS HNHOOS ODHAdHiaE | EQOA AccOd16 16R 41015 1B a Ooo MHtN ANROnNG oo IGS OAD ID AD AD ID AGAGAGD www iG iG i 14191D1G19 GOSi6iG 19191919161 6 IDIDIGIGIS IM SHiGiS iGigisiais wWisomo Asson GAESaa BS A (2) BAMADVO OONVDA AHOAS HONS TOMES OMIODMONM BAVSPOOS ASSDMG SHSOHAN MMNOSVWD MISMM Mm MIASmWO BS IQwdwAMmsH SHADIOR WMD4HN HHMHMS SGOwWMNH SOWBOCO A CHISON ODOOMN 1B RHHH HONMDKR HAODSMH DMWIODOm FSi 1 Ha WDA HAH 191915119 sid SSwisio Botwtoo w Ss ADC SHAD AC HAG SH Hid 1915 iG ID 1BIDiQD Tid 11916161 AAAs oO SPAASOS HPNSO AMMO OMS AOS ONMAD WADHOW a9 a LOLOL EP WWOHD WSHNS WAISHO HOSSOM DANSOOH H BOO iG H1D HAAN 000OID BAAN HAHOB COAMAOAA EIQO AAG ACAIAIH 19001919 19MM NAOwlNmM AHOOMA 4H AIG 1G 1G 1 ADAG GAD GAG 1S 1GIG 1G1G AG SiO GOOG wisieqiow i QOD 1D AD AD ACD ADAG AG AG AG 191919 iGid 19 1G 1D i191 OGi919 16 WigwiBioio io DOP AAT SMAPO OD-AARW OMAHAOD SDOHSS SOHOAHD & DOLLOP PPOPMPWS HHOANN MOM t19 OME-SS ANMEEND OS RB IQHAMH ODOM Wot H DASAK SMOKIZS DOSNOS SHIDO Dra ONWRA 19M DHH MDHNRAO HAOSHH DHWIRDOG A ep | PINE MG IOS SH noid isio Iso Sigasm BaGasH & 1D SH HA HG SH Hid 10101G1G19 1Siais tig Wigigigin WHaaioa ww BO PTOOS GHWOHD OMQAEM DAN WO rPoWMoo NONAOKn a SN | EPOPPO POADS AAOWS NOnoH oyNtR wHEewON HQC HEOH ANNO 160191060 1c HO GCOGint AMMaHom o HO I~ CD AIH CDID ID H 19 MO19D 1QDHMS NOSWD Aaonand 1 AiG 1O1O 11 IG AGAG AGH 1G iG iGuG adsiSie ism SGSwisis wisiawogq OG 1G 1D 1GAGD ADAG GiGi 14191919109 16191415 GS SSOISG OlOHooo wo BNSSSSG EVMoon tHANS LO HNO OD IOC HIG NWOAMNOIG BOOMERS AMAHE WH G19 DO SCANSHH PHOSW HONr~OH HO res1960 DOWMIHH DIO HN MHOMOS HOIDHR DHHODDOS O HID COO DOD AMADMDH 19191 H HOMAD ABOKIBWOS DOOLHa A S19 1919 Hid AQ WAH AH 1919191915 SIG WiInA Wiaisig mM AM waMoamaA wo S Beets 4SSSs SSS8R S8Sas Sexeass SHH HHI SHG ™ SEOAPO APOROD MAN Mr SASSO DOHSOO WMMSOR @ x ENOAPP APPIGW DOBDIM~O WSSBVBNAN MNWOS HaAnSHHD RI IQOOH DANAH MOI9OM BAHMD CORDON AHOONS A FOI 1B 6919 19 OAPIW® OHKRDS BO90N ANciaw toaaac o AiO 1G 1G 1A G ADAG SHH GAGA GAG iG iGigiSt Gisgieiss WHsatisse wo AQ QID 1D AD AD AD. 191G ADAG 19 GiG1919 19 Did 1g OOSCiGi Wigidigigio ww HNP MIG H WA WOO HOCSOM AOONH THOS Bel Gelsslsslxy Cp) SIE OCIOO CHE O SHOE O SNOW HM Missed OASWMMQ HAO SHERI MAMOHH AHRBHM AnNRHO DODODOR O LDH ADA ADRBDAD OLIN DAMM BOSH COHSALMS oo SHR oas BUTS SOson SBSaR SVisre SQ HOO HASH wD % 1D ADAG HAD AGAG TWNiG9 iG aid iS sig 1919151519 1H Gi9i916 MWiowAoo wo Yo) SHSCS A SHANA RHSORO HEIRS AHAMm ALWAAA w fa BLO TMS MOMMA BONO AO WORD WAGON MMW HOHO H RISO HCOOH GOANDOA @iaoiad WHO QODHA OHSROOS A POmRHS OCOMNS KMKRKRO OmidbOnN AMOS Biome wAH w QIOIG IG TD IAG IG HAH 1919 1G 1G aBiguwBia~t wWGisigG .ioaskomo AD 1D 191919 1D.1919 1D 19 GiG1G19 1WGSiSSO OSCGi9i65 619s O19 1 DONEC PeANNOG OMIGAHM VBROSS SAArH SHOONSD A BYHOSLROS SASHES AWANNA AOASS HAVIN QONnHsBS A HHO” CHOtH NHOHN HODON QRH GBOLROS O MmIQAOH HiME H OOSOOM WDHNHS DOSOHHD HOS RISAMOH AAA 19D100 HHO AROIOD MHAOHO A MOOD MAHNDO wMODOK ANDON HOMKROO DHOKBMIN | £58232 1G DO SH SH 1919 11GB AGIGaBlI9 TH 19iGSisid Wigtooigw | kageee 1D iD iQ 19 Gig isig 1 OiSGSS GSCGi9I9 1619191010190 10 | gwios2oN TPPEOM FHANBD QAMVAN O~MSD SOMOMSS HLOEMA WOHOO AMAAMO WARDS HSOHHMA ANNAN HHONN CLOGS AHRHm Quod DMOIoIDH RODHDOR O 6 S19NS1 HMHHAH RODOHM SGHANSD QHOKRH HNQOHA 4 [eSiese IW HHH 191019191 WIA MIO inigisisin WMoawahaA © ep | 18'S 19S ISG iGiS® 141910141 1G B19 HIB BOSOM. OOtWOW — Bote Ob BtS OM920@ HOSTS AMNWS mnmMoKnow N es PIOPOPSN P19 AOO HNOMD AANAM ALSARBS SOHAOANM EIS HOD ATMON OARIOM® ANONAH QBLOM AHOROO A SABO WS1GHHO DMOND OMOAMD HMKRK WRKIBMH AYSSms SHSaH SSS8S IDO AGH 1919191G1d wisi do1s1 10 | ESaees 1D BiDQO1iQ 1D GOSOiG1D OSOiGDG SOSHOGI 161919161919 10 SLOAN H OQPLOSA PKOAD SAPARD OooANS HaAAHoOM 19 BOMDIOD 19 OWAH OOMAWd GAAS OBWBIG ARSHHM w SINGH Oh Odtn AHOAD HHRHA DOM1DDN ARDADG O WOHNH AMSOH WODOW RHOAR HOnKI HHOMANA SH Fra iGig id IS HAHAH 1G19191G1d IG WOH IOiBIObD AAHoaAA Ss = ID GAD 19D AAG A AGA: 9G s191ig 19191911 GSOi9s Binwedtioiq 6 oO SIE PIP CHPON DOWAH ©cohne PONADM OO Ar-NS © a EEOCHOSP HDBRPOAA POMDA OARABD OHOHRA OMAHA © LISD HAA AADON iQhHMD ANANH AONOH OHNAOuH A TQM MHO ROMOR OHANKRK SOHMOAH ANROKR GOKKRdHH AoS6tis SHS644 Sissss IDG HIGH 19 Gigisid wigigawHieis 6 | ss8ege IDDISBIO HOOGIO SOBOO GOOOBD wisinMooH8 o FNOPPP CMAN EOMWAO OAAMHD OnOND MHSOOKN © |e5e2see MODAN APOPt> SOANOA DOMONS ADYAae 1 ANHS AAAN MidOHH HHO DOOHIGH ANDROKRG O OI~HSIQ AMDRMAD KRM OMHAHD ARSODH AHOAAG H a Bissowse Saussat SsssSs saVns Seren HHH = SBS Sis DEGAS Bones Sosos SSSSs AESSAR SF LOTOAN POWAS PBHHON MWMOMD MOI9NHr~ SOHNOM as PIO DIG HO EIS HRMW IVI NOP SCOOGSHR HONMWO OMIORAD Dd RIXS1QOA ONO WOH MACON QAOwoscoO BWoAdoay a ANRAKRA CONKD DHOKD QHOSSH WOMaD HOHOH1Q Siiseis Moa SiSsisiss Sosoet Sooeesg saddad & ASSS5S3 ID DBAGIGIQ 19 OG1910 WOGSOS SSOS6G19 141914101915 16 a? 2 BPDOPD QSOWOS OMOHH ADMAOH ARSMS MAHOTN 6 69 Grit HACC OMMIOH OAH HAHA HHOMHA H SB Po SisSoSis SSSSS BSS8s SSSS8 Sess aaVaca & > a EEO OP MWADD SOAAOG MPVNVOM DBOMHD MOHONHO N NGa < SD 1GRADD DHSDD DODRS NOWS 9194HR01a oc 3 | F8aase BSB86 SSS8S8 SSESS SSSSIS BiSisSsis % | g g | 352 BEN NEVIS OBSERVATORY. TEMPERATURE. Dry and WET BULBS. SEPTEMBER 1892. pases = ae | ; ; 1 2 3 4 5 6 a 8 | 9 10 11 12 For Day. | Dry. Wet. Dry. Wet. Dry Wet. Dry. Wet. Dry. Wet. Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.|/Dry. Wet.|/Dry. Wet. Dey, Wet.} Max, Min. 1 | 33:0 33:0 | 32°2 32:2 | 32-2 32°2 | 32°2 32°2| 32°4 32:4] 34:1 34:1 | 35°3 35°3 | 36°2 36:2 | 388-2 38:2 | 38:4 38:4 | 37:2 37:2) 37:9 37:9] 38-4 32:0 - 2 | 32-0 32:0} 32:0 32:0 | 32:0 32:0 | 32-0 32°0| 32:0 32:0 | 32°0 32:0 | 32°0 32+) | 32°0 32:0) 32:0 32:0] 31:4 32:0 | 31:2 31°8] 31:1 32:0] 32:0 31:0 3 | 31:7 31'S} 30-0 30:0 | 28°8 28°8 | 27°8 27°8 | 27:9 27:9 | 28:4 28:4 | 28-7 28:7 | 30°0 30°0} 31°5 31°5 | 31°8. 31°8 | 32:0: 32:0 | 32°0 32:0] 32°3 27°8 e 4 | 30-0 30:0 | 29:3 29-3 | 29°1 29:1 | 28-9 28°9| 288 28-8 | 28°6 28°6 | 28°7 28°7 | 29:0 29:0 | 28°6 28°8 | 29:4 29:6 | 30°9: 81:1 | 31:2 31°31 36°5 28°6 s 5 | 31:3 291 | 31-1 381°1 | 31°3 81°3 | 32:1 31-9 | 32°3 32:2 | 382°5 32:4 | 32°5 382°5 | 33°6 33°6 | 34°2 34:2 | 34:6 34°6 | 35:2 35:2 | 36:2 36:2] 41:0 311 . 6 | 41:0 41:0] 39:2 39:2] 37:0 37:0 | 36°9 36°9| 37:0 37:0 | 36:4 36:4/ 35:0 35:0 | 35°8 35°8| 36°7 36°7 | 88:0 38-0 | 38:3 38:3 | 39°8 39°8] 41:0 35:0 7 | 87:1 37:1) 37-0 37:0 | 37:1 37:1] 87:0 37:0| 36:7 36°7 |386:1 36:1 | 86:2 36:2 | 35-7 35°7 | 385°7 35-7 | 34°7 34:7 | 33:2 33:2] 31°7 381:°8]37:1 31:7 8 | 31:9 31:9] 31:7 31°8| 31°8 31°8 | 32°0 32:0} 32:0 32:0} 31:1 31:1] 3177 31-7 | 31:9 31:9 | 32°0 32:0} 32:5 32:5 | 34:8 34:0 | 35:4 35:5] 41°9 311 9 | 42:1 42:1} 40°5 40°5| 40°9 40°9| 41:9 41:9} 41°4 41°3 | 42:0 42:0 | 41°3 41:2 | 41:1 41:0 | 40°6 40°6 | 40°0 40°0/ 38:0 38:0] 37-1 37:1] 42:1 36°4 10 | 85°2 35:2 | 85°7 35°7 | 34°8 34°8 | 34:0 34:0 | 34:0 34:0 | 84:6 34:5 | 84:3 34°3 | 34°2 34:2 | 34:1 34°1| 34:4 34:4] 34:7 34:7 | 33°8 33°8] 35-7 31°8 : 11 | 33:4 33-4 | 34:0 34:0} 34:0 34:0 | 34:2 34:2 | 34:7 34:7 | 84:1 34:1 | 85:1 35:1 | 35°6 35°6 | 385°5 355 | 36:1 36:1 | 36°8 36°8 | 36°8 36°8] 37:1 33:4 \ 12 | 35:0 35:0 | 35°0 35°0| 35°0 35:0 | 35°8 35°8 | 36:7 36:7 | 37:0 37:0, 37°7 37°7 | 38:0 38:0; 86:5 36°5 | 36-7 386-7 | 37:0 37:0] 37°8 37°8142°1 35:0 13 | 41°3 41°3 | 41°3 41°3 | 41°2 41:2} 41-0 41:0 | 41°1 41:1] 41°1 4171] 38°7 38°7 | 36:0 36:0 | 35°38 35°9) 35°7 35°7 | 34:3 34:3 | 33°8 33°8] 41°3 31:5 14 | 33:3 33°3 | 33°3 33°3 | 33°3 33°3 | 33:0 33:0 | 32:1 32°1 | 82:1 32:2 | 32:4 32:4) 33-0 33:0 | 33°2 33:2 | 34:2 34:°2| 35-1 35:1) 35°6 35°6]39°0 32:1 15 | 38°7 38°7 | 39°3 39°3 | 88-1 38:1 | 37:9 37°9 | 37:2 37:2] 37-1 37:1 | 387°4 37°4| 36:9 36:9) 37:0 37-0] 38°8 38:8 | 37:7 37:7 | 36-9 36:9] 39°3 36°9 16 | 39:0 39:0 | 39°7 39°7 | 39°8 39°8| 38°8 38°8 | 38°6 38°6 | 37°6 37°6 | 33°5 33°5 | 33:2 33:2 | 33:1 33:1] 33:9 33-9 | 34:8 34°8 | 33:9 33:9]39°8 28°8 17 | 26°5 26:5! 26:0 26:0 | 25°1 25:1! 25°8 25:8 | 36:2 26:2! 25-6 25°7 | 26°9 26:9) 27°7 27°7 | 28°3 28:3! 29°8 29:8 | 31:2 31:2! 32:0 32:0]36°9 25:1 18 | 87°4 37:4| 38:0 38:0 | 38:9 38:9/|39°1 39:1 | 39°7 39-7 | 39:9 39:9] 40:0 40:0 | 40:2 40:2] 40°3 40:3) 41:1 41:1] 41:4 41°4| 42°6 42°69 43:1 37:4 19 | 38°0 38-0 | 38:0 38:0 | 38°1 38:1 | 38:4 38°4 | 38:2 38:2 | 37:0 37:0 | 36°3 36:3] 36:0 36:°0| 36°5 36°5 | 361 36:1 | 36°4 36-4] 35°6 35:6] 38°4 30° 20 | 31:2 31:2) 30°8 30°8 | 30°7 380°7 | 30°8 30:8 | 30;0 30:0 | 29°8 29:9 | 29-8 29°8 | 29°2 29:2 | 29-7 29-7 | 30°5 30°5 | 31°6 31°6| 31:6 31°6]32°2 28: 21 | 31:9 31:2 | 30:4 28:7 | 30:9 29-9 | 32°9 30:9 | 31:0 30°3| 33°8 31:7 | 33°6 32:0 | 33:9 33:0 | 35°3 34:5 | 37°6 36°7 | 39:2 37°6 | 40°3 34:9] 44:3 30:4 22 | 39:0 28°6 | 40-2 28:4] 40:0 28:0 | 39:4 28°6 | 39:0 27°3| 37:0 26:3 | 38:9 27°3| 40°7 28°4| 42°0 29°2| 44°9 30°9] 47°3 32:4] 46:2 31:6] 47°3 37:0 23 | 35:9 31:0 | 36°6 31:0 | 36:2 31°2 | 35:8 33°8 | 36:0 35°9| 36:8 36:8 | 36:7 31:0 | 37:0 32:9 | 86°5 33:1 | 36°8 36°8 | 37:9 37°9| 38°2 38:2] 39°2 34:7 24 | 34:7 34°7 | 35:0 35:0 | 32°0 32:0 | 30°1 29-9 | 30°3 30°3 | 29:0 29:0 | 29:0 29:1 | 29°3 29°3 | 29:2 29:2 | 29°8 30:0} 30:2 30°2 | 29°3 29:°5137:0 29°0 25 | 87°2 37°2| 87:1 387°1| 37:2 37:2 | 35:3 35°3 | 83-1 33°1 | 34°5 34:5 | 84:7 34:7 | 33°6 33°6 | 382°7 82:7 | 82°9 32°9 | 33°8 33°8 | 33°6 33:6] 37°2 30°8 26 | 31°7 31°7 | 32:0 32:0 | 32:0 32:0 | 32°7 32°3 | 32°8 32°8| 34:7 34°6 | 84:7 34:7 | 34:4 34:4] 84°7 34°7 | 35°1 35°1 | 32°7 32:7) 33:0 33:0] 41°1 31: 27 =| 41°0 41:0 | 39°1 39°1| 36:4 36°4| 35°7 35°7 | 36°3 36:3 | 34:0 34:0 | 33:3 33°3| 35:0 35°0 | 82°9 32°9 | 82-2 32:2] 32:0 32:0) 81:7 32:0] 41:0 27°8 28 | 27:0 27:0 | 26°6 26°6 | 26:0 26:0 | 26°3 26°3 | 26:1 26°1 | 26:2 26°2 | 26:3 26°3 | 26°3 26-3) 26°8 26°9 | 27:4 27°4| 28:0 285) 28:0 28°31 28:9 26:0 29 | 281 28:1 | 28°7 28:7 | 28°8 28°8 | 29:1 29:1 | 28:2 28:2 | 28:3 28°3 | 29:1 29°1 | 28:1 28:1 | 28:3 28:3 | 29:4 294 | 30:0 30°1| 380°2 306] 30°2 27:2 30 | 28°0 28:0 | 27°7 27°7 | 27:1 27:1 | 27-0 27:0 | 27:2 27:2] 27:3 27°3 | 27°0 27:0 | 27°7 27°7 | 28:6 28°7 | 29°1 29:1 | 28:7 28°7 | 28°9 28:9) 29°1 27:0 MEaN.| 34'5 33°8 | 34:2 33°6 | 33:9 33°3 | 33°38 33°3 | 33°6 33:2 | 33°6 33°2 | 33°6 32:9 | 33°7 33:1) 33°9 33:3 | 34:4 34:0 | 34:7 34:2) 34:7 341] 381 31:2 13 14 15 16 17 18 19 20 21 22 23 Mean Dry. Wet.|Dry. Wet.|/Dry. Wet.|/Dry. Wet./Dry. Wet./Dry. Wet.)/Dry. Wet./Dry. Wet./Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet.JDry. Wet 1 | 37:0 37:0 | 37-7 37:7 | 37°4 37:4 | 37:0 37:0 | 36:7 36°7 | 84:2 34:2 | 35°0 35:0 | 33°8 33°8 | 33°3 33°3 | 32°3 32°38 | 82-2 82°2 35'0 35:0 2 | 31°8 31°8/ 31°6 31°8| 32°0 32°0 | 31°8 32°0 | 32:0 32:0 | 31:2 32:°0| 311 31:2) 31:0 81:0] 31:0 31:0} 31:0 31:0} 3171 311 31°6 31°8 3 | 32:0 32:0 | 3271 32:1 | 382°2 32:2 | 32:0 32:0] 32°2 32:2 | 32:3 32°2 | 32:0 32:0 | 31°9 31°9| 31:9 32:0} 31:9 32:0] 31-1 317 31:0 31:0 4 | 30°9 31:0) 31°3 31°8| 31°38 31°9| 31°9 31°9 | 31°3 31:5 | 31-0 30°0 | 31:0 28°7 | 32:0 29°5 | 30°1 28°3 | 33:0 29:0 | 36°5 30:7 30°8 30:0} 5 | 37:0 37:0| 375 387°5| 38:1 38:1 | 38°8 38°38} 38°8 38:8 | 39:2 39:2 | 39-7 39-7 | 89°8 39°8 | 40-4 40°4| 40:5 40°5 | 40°6 40°6 36°2 386'1 6 | 39:0 39:0 | 39:0 39:0} 40°5 40-0 | 39°9 39°5 | 37:6 36°8 | 37:2 36:9 | 36:0 36:0 | 36°8 36°8 | 36:2 36°2| 36:4 36°4| 37-0 37:0 37°7 376 7 |31°8 31°9/ 31°9 31°9 | 32°0 32:0 | 32:1 32-0 | 32°3 32:0 | 32°2 32:0 | 32:0 32:0 | 32°0 32-0 | 31°9 32:0] 31:9 32:°0| 31:7 31°9 33°8 33:8 8 | 37:0 37°1| 37:0 36:9 | 37:1 37:0 | 37°7 37°6| 36:2 36°0 | 35:6 35:4 | 34°9 34°8 | 34°3 33°7 | 34:8 32°6 | 36°38 30°1| 39:0 37:2 34:6 341] 9 | 37:2 37°2| 36°4 36°4 | 37°2 37°2 | 38:2 38°2| 37-9 37:9 | 38°8 388°8 | 40°8 40°8 | 40°9 40:9 | 41-2 41:2) 89:2 39-2 | 37°8 37°83 39°6 39°6 10 | 34:4 34:4) 33°4 33°0 | 33°8 33°8 | 34°5 34°5 | 33°3 33°3 | 82°9 32°9 | 32°6 32°6| 31°38 31°38 | 82:1 3271 | 33:0 33:0) 33:1 33:1 33°8 33°8 11 | 36°9 36°9 | 36°38 36°38] 37°1 3771 | 36°3 36°3 | 36°5 36°5 | 35°9 35°9 | 36:5 36°5 | 36:2 36:2 | 36°2 36:2 | 35°7 35:7 | 35:4 35-4 35°6 35°6 12 | 38:3 38°3 | 38-4 38-4! 39°83 39°8 | 41:0 41:0) 41-2 41-2 | 41-5 415) 416 41°6 | 42-1 42:11 41-5 41-5] 41-1 41-1) 416 416 38°6 38°6 13 | 33°6 33°6 | 33° 33:0 | 33:7 33°6 | 34:0 34:0 | 33°3 33°3 | 32°0 32:0) 31°5 31°5 | 31°7 31:7 | 32°0 32:0 | 31:9 31°9 | 82°8 32°8 14 | 35:0 35°0| 35°7 35°7 | 85°2 35°2 | 36'S 36°8 | 387°7 37°7 | 38:0 38°0| 37:1 37:1 | 37:5 37°5 | 38:0 38:0 | 38:2 38:2 | 39:0 39:0 15 | 37-0 37°0 | 37°6 37°6 | 38:0 38:0 | 37°9 37-9 | 37°S 37°8| 38:0 38:0 | 38:7 38:7 | 39:0 39:0 | 39:0 39°0 | 38°6 38°6 | 38°8 38°8 16 | 33-9 33:9 | 33°4 33°4 | 33-2 33:2 | 32°6 32°6 | 34:0 34:0 | 35:1 3571 | 34:1 34:1 | 34:8 34:8 | 31°8 31°8 | 30°6 31:0 | 29°7 29:7 17} 32:1 32:0 | 3271 32-0 | 32°6 32°4 | 32°8 32°8 | 33:7 33:7 | 34:0 34:0 | 34:7 34:7) 34:9 84:9 | 35:1 35:1] 36:0 36:0 | 36:3 36:3 18 | 43°1 43:1] 43-0 43°0 | 42-1 42:1 | 41:0 41:0 | 40°3 40:3} 40°6 40°6 | 40-0 40:0 | 39:0 39:0 | 39:0 39:0 | 38°3 33°3 | 37:9 37:9 19 | 37°0 37:0 | 35°9 35°9 | 34°8 34°8 | 33-2 33°2 | 32-4 32:4] 31°8 31°8/ 31:3 31:3 | 30°9 30°9 | 30°7 30°7 | 31:2 31:9) 31:0 31°5 20 | 32:0 32:0 | 8271 32°0 | 32:2 32:0 | 32-1 32:1 | 31:9 31:9] 31-1 31°8| 30:1 30°3 | 29°3 29°5 | 28:0 28:1] 310 29°8| 31:0 29:8 21 | 42:3 36°9 | 43°9 39°3 44°3 39°6 | 42°2 33:2) 41-0 319 | 88:1 34:9 | 37:5 34:8 | 39-1 86-6 | 42-1 35:8 | 38-0 32-2 | 39:0 31:0 22 | 46-7 32°7| 46:4 33°1|44°7 31°8| 44:0 31-0 | 43°8 31:0 | 39°7 29°9 | 39:0 29:0 | 39:0 28:5 | 38:7 28:2| 35°6 27:8 | 39:0 27°7 41:3 29°4 23 | 38°3 38°3| 38°4 38:4 | 38°9 38-9 | 39:0 39:0 | 39:2 39:2] 39°1 39°1 | 39-2 39:2 | 39-2 39°2| 39:0 39:0 | 38:4 38:4] 353 35°3 37°5 36°2 24 | 301 3071) 311 31°1 | 31°4 31:4) 31°5 31° | 32:0 31°9 | 32°2 32:0 | 33:1 33:1 | 33°8 33°8 | 34:9 34:9 | 35°9 35°9 | 36-4 36-4 32°0 32°0 25 | 32:0 32:0 | 32:1 32°1 | 32:0 32°0| 32°0 32:0 | 31:9 32:0|31°6 31°9 | 31:2 31°8| 310 31:2} 31:0 31:0| 31°0 31:0 | 380°8 30°8 33:1 33°1 26 | 36°8 36°8| 37:1 37:1 | 38°1 38:1 | 38°6 38°6 | 39:0 39:0] 39°6 39°61 39°8 39°8 | 40-2 40:2 | 40°2 40:2) 41°0 41-0] 41:0 41:0 36°4 36°4 27 | 31:0 31:2) 30-4 304) 31°2 31:2] 31°3 31°3| 31:0 31:0) 31:0 31:0] 30:0 30:9 | 29:9 29-9 | 29:7 29°7 | 28:9 28-9 | 28:0 28:0 32°5 32°5 28 | 28:9 28:9 | 28°6 28°9 | 27°83 28°0 | 27°6 27°7 | 27:2 27°3| 27:4 27:4 | 26:2 26:2) 27:0 27:0 | 27°8 27:8 | 27:9 27:9 | 27-9 27:9 27°2 27°38 29 | 29:5 29:9] 29°3 29°3 | 29°0 29°2) 28:9 28:9 | 28:7 28°7 | 28°1 28:1 | 27°8 27°8 | 27°8 27:8 | 27:2 27:2 | 27°8 27:8 | 27:8 27°8 28°6 28°6 3 28°7 28°9| 29:0 29-0 | 28°9 28°9 | 29°1 29:3 | 28°5 28-5 | 28:1 28:1] 28-0 28:0 | 28:0 28:0 | 28:0 28:0 | 28:0 28:0 | 27:8 27:8 28:1 28:1 MEAN,| 35'0 34°4| 35°1 34°5 | 35°2 34°6 | 35°2 34°5 | 35:0 34:2 | 34°6 34°1 | 34:4 34:0 | 34°5 34:0 | 34:4 33°7 | 84:5 33°6 | 34:6 33°7 353 FORT-WILLIAM OBSERVATORY. SEPTEMBER 1892, Dry AND WET BULBS. TEMPERATURE. For Day. 12 [Joven i 08 5 HLOND 1 Hid i SH ~oond OOr1gcrn HSH SH SH WANA an nl 19 19 19 1915 11 Qe eee Sagaan 1 SA SH SH SH 919 101910 WODADIDsH CS 10 SOte Ss SSO How oO OAS 12 S 6910 49 191919 1:15 NHOON 19 19 *H1G15 ABAOOAMS ANH 19 1919 1915 Mingo wo oD 6 6010 aeons AS 15H O19 Ob HAcos0S 9 181515 Hr-oows sO ¢& 9 6D GD SH SH oondtnt HHH DASOA~s 19 DOS 556 45°2 Oooh 1G AG SA SH SH SES aie s 7 9 6: 3-6 ANAM 400 41.00 In HIS Hoa HS 19 1 1 16 19 S190 > 1 HAG 191B 91900 © 99 Ado 19 19 19 1519 AQATMAM~ mI 20 89 8 ~~ wy NO 49 1919 ORO Siisilbsilesilts) 1 9 9 2 5 50°3 47:4 9 MADOHl= G StH SH SH SH “NOmuoaA Miya san 1D SH 09 09 ~oOoMm~ AO ANNOO19 Oman SH 19 10 SH rj 00 69 6 CO AD SH id 1g | TOO DOAN IQ 290 A110 SH ANNO 1D AG SH SHA OD 09 OD STAG LNs H OOO Somme 131 HIG SH HOO k ACS AD SH AD SH NAAN 29 AQ FAD AD sH_ O OD OO GD SH Qa sss Smo po & ©1919 69 co = SSH H19 ZEST EL & 00 Op rio oD Qo Sis Hac Bt 2OD SSaesea oH osH SH SH 19 igs NS & CO P= 119 6D Q Sse Sis Boerner m~oona SaIaaaa ZeONon H Od 1D 41g oD Qo 19 BNEOote DMHOoan SS ait Sti Raat kool Hob O10 BO HS Hd 43 DS M19 p19 66 09 CT SaSS35 LPASBRNO HNON DH D8 Hi SHAD Saw Sessa sH sHH1gd Bwtip ih re HOO 0 QI09 BX 29 19 29 1D BYRSOMd ooron SB Bas HID wOcaaco B19 19 19 19 Hoon Im19 OS 19 19 1G 16310 ErPONH G SHOMmIOM oO ag HH 1D 19 11 1 1D SOpwan NOrOan AQ SH SH SHLD By) 3 3 6 5 Ge 69 019 19 19 19.1016 MAA HOD AHO 19 1G 16.118 Dit~ OH r HOD Orn ADAG SHig 1d Sonn 15 19101915 TIA 00 0D 2 Leak o ANONO & AAGNS HOoHHN Sins Ht isgsatasH Ss ONTOS SoOMIaH NOAH MAMHA © SOSH SHAH SPINA QEOOM QOdnsK OaaNH SSBB SSSIUS SF DOA SH Orman NONOH AMNHA © SHO BSH F ONSOH Wi9ANS ONtHo Domo A SSF CaS SF MVCOMm WHO OCO N MOHAN MHNON FHOHH SHG F DARN ODADAS 19 1INDHa OOHRS Habit saa aS Ss DWOHOO MOHND 16 IbMNoO1g MHHAN SoH OHHH A VWEOQDNG ONAN © DOM OOQMH SO SSG baa SB TIO E= B10 EVI os 1s M19 NO19 MOHORN ~ AHHH GHA a ROAPA bohom ow SS93O0 DONMID O Mipsis OHHH NONSHA Sm989S0 18 QRNOS Gancdd c HHO tH HSS OMENS bOWEA A CHORD OMiot15 A Digs MAHA 1H MOMWO WI~WOW SO NOAKS AANHH HF otH OHA S WABAD NSOOH O 12D HS Htibom ID ADAG SHAG LQ SH roa 1S 74, Vd XLII. VOL, ROY. SOC. TRANS. EDIN. om 304 BEN NEVIS OBSERVATORY. TEMPERATURE. Dry anp Wer Bu.ss. OCTOBER 1892. 1 2 4 5 6 7 8 10 11 12 For Day. Dry. Wet.|Dry. Wet ry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet Dry. Wet.|Dry. Wet.|Dry. Wet. |Max. Min. 1 | 27°9 27:9) 27:8 27°8 28°0 | 27°8 27°8 | 27°8 27°8 | 28:0 28:0 | 28:0 28:0 30'1 30°3 | 29°0 29:0 |] 29'3 29°3 | 30°1 27°6 2 | 29:0 29:0} 29:0 29:0 28°9 | 29:0 28:9 | 29'7 29:7 | 29°8 29°8 | 30°6 30°6 31'S 31:9/ 81:1 31:1} 31:0 31:0] 31°8 28-9 3 | 31:0 31:0| 30°8 30°8 28°4 | 29'2 29:2} 29°7 29:6 | 29:9 29:8 | 29°6 29-4 314 31°4 | 32°3 32°4 32:0] 35:2 28°5 4 |34:7 34°7 | 35:0 35°0 7 35°7 | 35°8 35°8 | 35°3 35°3 | 35:5 35°5 | 35°9 35:9 36°3 36°3 | 36°2 35°9 35°91] 363 315 5 | 381°8 32:0} 31:8 31:8 30°5 | 30°0 30-0} 30°0 30:0 | 30°71 30:0) 3071 301 30°5 30°5 | 30°5 30°1 30:2 | 32:0 29:3 6 | 31:0 31:0 | 30:9 30:9 ‘ 31°2 | 31°0 31:0} 31°0 31:0 | 31:0 31:0) 31°8 31:8 32:0 32-0 | 32:0 32°0 32:0] 32°1 30-0 7 |30°0 30°0 | 29°7 29:7 : 30°4 | 30°9 30°9 | 30°8 30°8 | 30°1 30:1 | 30°0 30:0 31:0 31:0 | 31°5 31°77 31°77] 31-7 26-7 8 | 26:0 26:0 | 25:0 25:0 |; . 24:0 | 23°8 23°9 | 24:0 24:0 | 24°1 24:1 | 24:5 24:7 25:1 25:3 | 24°1 25°4 25°61 32°0 23°38 9 | 32:0 32:0] 31'8 31°8 | 29: : 26°9 | 27:0 27:0) 27°7 27°7 8 27°83 | 27°6 27°6 28°7 28°7 | 28°7 27°4 27°51 32°0 26:9 10 | 29°3 29:3 | 28°5 28:5 | 27:2 27:2 27°0 | 26°4 26°6 | 26°4 26°6 | 26°5 26°5 | 26°7 26°7 27°6 27°6 | 27°7 28°1 28:2] 29°3 26-4 } Il | 27°38 27:3) 27°8 27:8) 28:1 28-1 28°7 | 27:8 27°8 | 28:2 28:3 *3 28:3 | 29:0 29-0 | 29-2 30°4 30°4 | 30°7 30°3 30°3] 80°7 24:3 | 12 | 23:8 23°8 + 23-1 23:1 | 23-1 23-2 23°6 | 23:2 23:1! 23:0 22°8 | 23°7 23°0 | 26°1 24-0 | 27:7 29°4 26°0 | 28°8 28°8 28°51 29:4 23-0 13 | 28°6 28°6 | 28°7 28°7 | 28°38 28°8 28°5 | 28°6 28°6 | 28:2 28-1 “6 27:3 | 28°0 27:8 | 27°8 : 28:2 28°71 | 28°3 28°7 28°74} 3071 27°6 14 | 29°9 29:9 | 29:9 29-9 | 30°0 29:8 30'1 | 30°6 30°3 | 30°8 30:7 | 31:0 30°8 | 30°5 30°3 | 30°0 30°4 30°4 | 30:2 30°8 30°61 31-7 29-0 15 | 29°5 29°2| 29°3 28:9} 31:2 31:1 31°8 | 31:0 31:0] 30°7 30°7 | 30:0 29°8 | 28°6 27°8 | 28°6 26°4 26°4 | 26°3 27°4 26°9]32°2 24°5 16 | 27:2 27:0] 28-4 25:1 | 23°8 23:9 | 23°3 23:3 | 24°6 24:5 | 25°1 25:0 | 23-7 23-7 | 24°2 24:2 | 22-2 22°3 22:3 | 22°7 23°9 24:0] 28°4 20°6 17 | 20:0 20:0 | 20:4 20:4 | 20°1 20-1 | 20‘1 20:1 | 20:1 20:1) 20:0 19°8 | 20:2 20-2 | 20:4 20°4 | 20:3 20°8 20°83 | 21°3 22:0 22:0] 22°7 20:0 18 | 20°9 20:9 | 20-7 20°5 | 21-1 21-0 | 21:2 21:0 | 21:2 20:4] 21°9 20°6 | 21-7 20:8 | 22:3 21-7 | 23-7 24:4 23°0 | 24:4 25°8 23°2}29°0 20:7 19 | 27°6 27°6 | 27:1 27:1 | 27:1 27-1 | 28°1 28:1 | 29:71 29:1] 30:0 30-0 | 29:8 29-7 | 30°6 30°5 | 29:1 28:7 28°7 | 28°5 28°9 28:9] 30°6 25-0 20 | 27:0 27:0} 27:0 27:0 | 27:2 27:2 | 27:8 27°7 | 27:6 27°6 | 27°8 27°7 | 27°9 27°8 | 28:2 28:0 | 28-0 28°6 28°5 | 28°3 28°8 28°8] 29:0 25:0 QL | 25°1 25:1 | 24:0 24°0 | 23:0 23:0 | 22°2 22°2) 21:1 21:1) 21:6 21°6 | 21:8 21-8 | 22°] 22:1 | 2271 22°8 22:9 | 22°8 23°3 23°3]25:1 204 22 |19°2 19:2/19°3 19°3} 19:2 19°3|19°0 19:0} 18:9 19:0} 18:8 18°9| 18:7 18°8| 19:2 19-2 | 19:2 20°5 20°5 | 21:2 20°7 20°7 | 21:2 17:8 23 | 20°7 20°7 | 20°6 20°6 | 20°7 20°7 | 20°6 20°6 | 20°5 20:5 | 20°2 20:2) 18'8 18:9) 18-8 18:9 | 18-5 19°4 19:4 | 20°3 20°8 20°8] 22-4 18% | 24 |19°2 19:2) 181 18-1) 18-0 18°0/ 18:4 18-4) 18-1 18-2) 18-1 18-2) 18-2 18:2] 18-7 18-7 | 19-1 191 191 | 19:2 20°4 21:0] 21°7 16:2 25 |18°0 16°2)17°3 16:4]17°0 16°2|)17°3 16:4) 17°5 15°8| 16:4 16:0] 17°4 16:1 | 17:1 16:4) 18°8 18°9 18:2 | 21°6 20°56 20:0] 21°6 16:4 | 26 | 20°7 20°9 | 22-1 21:9 | 22:9 22-1 | 21:2 20-8} 20'1 2071} 21°8 21-8} 21-9 20-4 | 22°8 20:4 | 22:2 21°9 21:0 | 21°4 21:2 21:4] 22°9 201 27 | 23°0 23:0 | 23°2 23:2 | 23°2 23°2 | 24-1 24:2 | 25°3 25:3 | 25-4 25:4 | 25:2 25:2 | 25:9 25:9 | 27:5 29°2 29:2 | 31°4 33°9 32°71] 36:9 23:0 | 28 |35°4 35:4) 37°5 37°5 | 37:0 37°0 88°2 | 37°7 37°7 | 37°2 387°2 | 37:0 37:0 | 36°7 36°7 | 36:2 36'0 36°) | 36°5 36'3 86°3 |] 38°2 35:4 29 | 37:2 37°2| 37°6 37°6 | 87°3 37°3 371 | 37:2 37:2 | 37°3 387°3 | 36:1 36:1 | 36-2 36°2 | 37-0 = 37°2 37°2 | 37:2 36'8 36°8 | 376 27:0 30 | 26°7 26°7 |.26°9 26:9 | 26°3 26: 27:0 | 27°5 27°5 | 27°8 27°8 | 27:9 27:9 | 27°9 27-9 | 28-0 : 28°8 28:8 | 28:7 28°8 29°11] 29:1 263 31 | 286 28°6 | 27:0 27-0 | 27:0 27° 26°6 | 25°7 25°7 | 25:2 25°2| 24:6 24°6 | 24:6 24°6 | 25:0 26°3 26°9 | 26:4 27°6 28:0] 28°6 24:3 Meyer 27:0 | 27°0 26°8 | 26° 26°6 | 26°6 26°5 | 26°7 26°6 | 26°6 26°4| 26:9 26°6 27°6 27°4 | 27°7 280 27:9} 29:7 247 13 14 16 7 18 19 20 22 23 Midnight.} Mean. Dry. Wet.|Dry. Wet. .|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet. Dry. Wet.|Dry. .|Dry. Wet.!Dry. Wet, 1 | 29°0 29:0 | 29:0 29-0 28°0 | 28°9 28-9 | 29:0 29:0 | 27:9 27:9 | 28-9 28-9 29:0 | 29:0 29:0 | 29:0 28°7 28°7 | 28:5 28°5 2 |30°2 30°2| 30:0 30:0 30°1 | 30:0 30°0 | 29°8 29°8 | 30-4 30°4 | 30°3 30°3 30°0 30:0 | 30°0 30°5 30°57 30°71 30:1 3 |32°7 32°7| 331 331 33°3 | 35°2 33°2| 33°6 33°6 | 34:0 34:0 | 34:0 34:0 34°7 | 34:9 34°9 | 35°2 & 33°9 33°9] 321 321 4 |353 35:3 | 34:0 34:0 82°6 | 33°3 32°9 | 33°2 32°9 | 83°1 32°9-| 32°9 32:9 31°9 | 32:0 31°9 | 31°5 3l'7 317] 34:4 343 5 |29°8 29:8) 29°3 29°3 30°1 | 30°2 30°2} 30°5 30°5 | 80°8 30°8 | 31°5 31°5 32°0 32:0 | 31°8 31'9 31:9] 30°7 307 6 |32°1 32°0| 32:0 32:0 31-9 | 31°8 32:0] 31°6 31°6 | 81:1 31:1 | 30:9 30°9 30°0 30°0 | 30:0 30°0 30°0]31°3 31°3 7 |31'2 31:2) 311 311 30°5 | 30°1 3071 | 29°8 29°8 | 29°7 29-7 | 291 29:1 28°9 | 28:1 28:1 | 27-1 26°7 26°8] 30:0 30°0 8 |25°7 25°8| 26:1 2671 24°8 | 24:2 24:2] 24:4 24-4 | 26:0 26:0 | 26:9 26:9 28°3 | 31:0 31:0 | 32:0 32'0 32:0] 25°9 26:0 9 |27:°0 27:0) 271 271 28°8 | 29°6 29°6 | 30:2 30°2| 30°5 30°5 | 31°6 31°6 31:1 | 31:0 31:0 | 30°6 & 30°1 30°1] 29-1 291 10 | 28:2 28°3 | 28:0 28-0 27°5 | 27:2 27-1 | 27:1 27°1 | 27°71 27-1 | 27:2 27-2 27°3 | 27°1 27:1 | 27:0 271 27°71] 27:4 274 11 | 30°3 303) 30°1 3071 29:0 | 28°8 28°8 | 28:2 28:3} 28:0 28:0 | 27:8 27:8 27:0 | 26:0 26:0 | 25°3 24°3 24°4]28°4 28-4 12 |29°4 28°81! 29-1 28:9 29°0 | 28°9 28°8 | 29°3 28:9 | 28-9 28°9 | 28°7 28:7 28°3 | 28:0 28:0 | 27:2 28°0 28:0] 27:0 265 13) W292 29 sa 20-7207) 30°0 | 29°8 29°7 | 29°7 29°6 | 30°0 29°9 { 29:9 29-9 30°0 | 80°0 30-0 | 30-0 30°0 29°38] 29'1 29°0 14 | 31°5 31:2| 31:7 31:6 30°2 | 80°8 29°5 | 31°3 28°9 | 29:9 29:0 | 30°3 28:4 | : 284 | 30'2 28-0 | 30°2 290 28°38] 30°5 29°8 15 | 27°6 27°6 | 27°8 27°8 26°6 | 26°8 26°7 | 25°8 25°7 | 25:0 25:0] 25°3 25:3 25°1 | 25°1 25:1 | 25:0 24:5 24:5 127°6 27-4 16 | 23:0 22:9} 21:9 21:9 21°3 | 21:0 21°0| 20°6 20°6 | 20°8 20°8 | 20°8 20°8 21:0 | 21:2 21:2 | 21°6 20°8 20°83} 22:8 22:7 17 | 22:2 22°2| 22°7 227 22:4 | 22:0 22:0} 22°2 22:2 | 22:0 22:0} 21°9 21:9 21°8 | 21:0 21:0 | 21:0 21:0 21:0] 21:2 212 18 | 28:0 23:2) 29:0 23°7 23°8 | 23°6 23°0 | 23°7 23:2 | 22°0 22:1 | 22:9 22:9 23:0 | 25:0 25:0 | 25°3 25:3 | 26°7 26°7 | 23°8 227 19 | 289 28°9| 29°6 29°6 29°1 | 27°9 27:9 | 26°4 26:4] 26'0 26:0 | 25°8 25°8 25:0 | 25°8 25°8 | 26°6 26°6 | 269 26:9] 28:0 28°0 20 | 29:0 29-0 | 27:2 27:2 26°7 | 25°4 25°3 | 25°8 25°8 | 25°0 25:0 | 25:0 25:0 25:0 | 25°9 25:9 | 26:0 26:0] 26:0 26:0] 27-0 27-0 21 | 23°6 23°6 | 23°8 23°8 23°0 | 23°4 23°3 | 23°5 23°3 | 22:8 22°8| 22:1 22-1 22°5 | 23:0 23:0 | 21:2 21:2) 20:4 20°49 22°7 227 22 |20°9 21:0; 201 20:1 19:0} 18:0 1811 ]17°8 17:9} 18:0 18:0} 18°8 18:8 19'3.| 19-8 19°8 | 20'2 20°2| 20-2 20°2]19°4 104 23 | 20°8 20°8/21°8 21°6 | 2 21°1 | 21°3 21°3 | 21°5 21°5| 22°0 22:0) 22°3 22:3 22:4 | 22-0 22:0] 21:1 21:1 | 20°3 20:3} 20°7 207 24 |19°2 19:7 | 21-7 21°7 | 2 19:0/17°8 17°5 | 18:0 18:0} 17:2 17:0} 16:2 16:3 16°5 | 164 165 | 17:0 16:4)17°2 1617184 184 25 |20°9 19:4; 20°9 19-9 18°6| 18:0 18:3) 17°5 17°5|17°4 17°3}18°0 18-1 18'1| 18:7 18:5] 18-9 19°1} 20:2 2014185 179 26 | 21:3 20°6 | 22-1 21°6 21:1 Q1-4| 21-2 21:2) 21-4 21-4] 21-3 21-3 | 21-5 21-5 22°9 | 221 22-1] 22-1 22-1|22°9 22-9] 21-7 214 27 «=| 34°8 34°8 | 35°3 35°3 | 35°5 35°5 35°8 | 35:0 35:0 | 34°5 34:5 | 35:1 35°1 | 36°9 36°9 35°8 | 36°0 36:0 | 34:7 34°7|35°8 35°8]30°9 309 28 | 37°0 37:0 37:0 37:0 | 86°5 36°5 36°7 | 36°9 36°9 | 37°1 37:1 | 37°6 37°6 | 37°6 37°6 37°1 | 86:7 36-7 | 37-0 37:0 | 37°3 37:3] 36°9 369 29 | 37:0 37:0) 35°6 35°6 | ¢ 34:0 33°3 | 32°4 82:4) 31°3 31°9 | 29°5 29°5 | 29°1 29-1 28°3 28°3 | 28°2 28:2] 27:0 27:0} 34:1 34% 3 29°1 29°1 | 29:1 29:1 28°3 28°2 | 28°0 28°0 | 27°6 27°6| 27:0 27:0) 28:2 28:2 28°6 28:6 | 28-3 28°3] 28:5 28:51 280 28°0 31 | 27°7 28°0| 26°6 26:9 27°0 26°1 | 24°7 24°8 | 25:0 25:0 | 25:1 25:1) 24:3 24:3 24°9 24:9 | 25-1 25:1] 25:0 25:0] 25°38 260 81 27°9 | 3 27°7 27'4| 27°1 27:0] 27'0 26:9 | 26°8 26:8 | 27:0 26°9 27:1 27:0 | 27-0 26:9 | 26:9 26:9} 27:2 27:1 emi 28:1 27°9 | 2 : q FORT-WILLIAM OBSERVATORY. 355 TEMPERATURE. Dry AND WET BULBS. OCTOBER 1892. 1 2 3 4 5 6 if 8 9 10 11 12 For Day. Dry. Wet.\Dry. Wet.|Dry. Wet./Dry. Wet./Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet. Dry. Wet.|/Dry. Wet.|Dry. Wet.|Dry. Wet.] Max. Min. 1 | 41-7 40:0 | 43°0 41-2) 43-2 41°4| 44:0 4271) 43:9 42:2 | 43°0 42°1] 43°1 41:4] 43°1 42:0] 42°7 41°6 | 44°9 42:2] 46:2 43:2] 45°8 43°:2]48-1 41°7 2 |43°3 40:9 | 42-2 40-2) 41:8 39-7 | 42:3 40-2 | 42-0 40-2] 42:3 40-7 | 43:3 41:8] 46-1 44:1] 46:0 44-7] 47:1 45:2) 47-9 45:9] 47-2 46:1] 48°0 38°8 3 | 40°0 39°3 | 40:0 39:2] 40:4 39-7 | 40-0 ae | 37°7 37°2| 89°2 38-7 | 40-9 4071 | 41:0 40-1 | 44-0 42°8| 45:2 43:8] 45-7 44:0) 46°6 44:8] 51-1 37°6 4 |47°8 47:3) 48:9 48°5| 48-3 48:1| 48:7 4 ine lane 48°31 48-9 48:2] 486 48:1] 48°3 48:1 | 48-7 48-3) 49:4 49:1]52:1 51:0) 51-7 50°9]52°5 45:0 5 | 46:2 44°9 | 46°6 45:1) 45:9 44:5 | 44°1 42°7' 44-0 42:3] 43:0 41°7 | 43-4 42:3] 44:6 43:1] 45°3 43°8| 46-7 44:71 46°9 45°0| 47-4 45:5] 49°3 42°8 6 | 47:2 45:2) 47-0 44:7 | 47:8 45°6 | 47-9 4 panier 44:8 | 46°9 44:2] 47:2 45°3| 47-9 46:2] 48°8 47:2 | 48:2 46:9] 48:0 46°7| 49:1 47:2] 51°8 45°9 7 |46°4 44°3 | 46:0 43°7 | 47:2 44:7 | 47°6 15.0 | 46-8 44:6] 47:1 44°9| 48:0 44:9] 48°6 45:°0|48°9 45°3| 49°1 45°8| 49-2 46:0) 50-4 45°6]50°9 45:0 8 | 44-1 41-1 | 43-6 40:3 | 43:6 39:9 | 43°3 40-0 | 42:0 39°3 | 42:4 39°9 | 42°3 39:8] 43-0 40°1| 42°9 40:1] 43:2 40:4] 44-7 40:91 45:2 4111477 41°8 9 |48°7 47°8 | 48:0 44°8 | 45-4 43-5 | 43:3 41-1) 42-8 41-2) 42-1 41:0 | 42-7 41-7 | 42-1 41:0 | 44-5 42°8 | 45-1 43:6 | 46-7 43-5 | 45-5 42-7 | 49°3 41°9 10 | 47°8 43°8 | 47:2 42:2) 45-7 41:9) 45:9 41°5 45-4 42°1) 45-0 41°8| 45-2 41:9] 45:3 41°6 | 46:0 42:0} 46°8 42:9 | 48-1 42:8] 48:8 43:0] 49:3 43:8 11 | 43°6 41°3| 44-1 41:9] 44:0 42:2 | 43°6 42:1 | 43:0 41°5 | 43-4 41°5 | 42:7 41:1] 43:1 42-0] 45:1 43°3 | 46:2 43:9] 47°9 45:0] 48-8 45:6] 49-7 40-9 12 | 40°8 39:0 | 41:3 39°9 | 40-1 38-7 | 40:9 39-3 | 38:9 37:2 | 381 36:7 | 38:2 36°8 | 39:0 37°3| 42:1 39°6 | 43-2 40:0] 44-9 40-9] 46:2 41°3]49°1 37°4 13 | 45:0 42°7 | 44-6 42:3] 43°7 42:0 | 44:0 41°9 | 43-9 42:0] 44+] 41:9) 44-4 42:1] 44:8 42°2| 45:9 42-2) 46°5 42:9] 47-4 43:3] 47:1 43°3]48-7 42:2 14 | 46°9 44°7 | 463 44:1] 45°8 44:0] 47:4 44°4 | 45°8 43°8| 46:3 43:5} 47-0 43°8) 46:9 44:3] 47-0 44:3] 48°9 45°51 52:0 45:9) 52:3 45:3 ]54°7 44:1 1D |47°5 43°2) 47°8 43-4] 47°6 44:1) 47:3 44:3) 46-7 44:7] 461 43°5 | 45-9 41:9] 45°3 40°8 | 46°8 41°3| 48-0 42:4 | 48:2 42:2) 48°7 42:7] 49-2 41°4 16 | 41°1 38:1 | 40:0 37:4} 42:0 39:1 | 42°1 38°6 | 41:7 38:0] 39-4 36:9 | 39°5 37:1] 41-0 38:4] 42°3 38°7 | 43:0 38:2] 44:7 38-9] 43°9 40:0] 45:5 38°6 17 | 38°0 35:2 | 37-9 35:2) 36:9 34:3 | 35:0 33:0 | 35:2 33:0 | 34:9 321] 35:0 32:3 | 34°6 32-7 | 35-7 33:3 | 37:0 34°8| 38-9 36:0] 42°9 37:9] 44:9 [34:6] 18 | 36°8 34°8 | 35°6 33°7 | 35°6 33°9 | 34°6 32-9 | 33-1 31:7 | 33-9 32:0 | 32:3 30°7 | 32:0 30°5 | 33-2 31:4 | 36-0 33-9] 39:0 36:3 | 40°9 37:7} 44:9 31:2 19 |40°7 39-2) 41:0 40-0] 4171 40:2 | 42:2 41-4 | 42-6 41:7 | 43:2 42°6 | 44:0 43:2] 45:0 44°5| 47-6 44-0] 47:2 43:2] 48-1 43-8) 48:1 43°8}50°0 40:0 20 | 42°3 39°9 | 42-2 39°9 | 41:9 39°8| 41:9 39-9 | 41°8 39:9] 42-4 405] 41°7 40°8| 41°2 40°6 | 41°6 40:9 | 42:2 41:3) 42:7 41:8) 44:0 42°6] 47-0 41°71 21 | 40°8 39:9 | 39°0 37:9 | 38:0 36°9 | 37°7 36:4) 37-8 36:1] 37:9 36°6| 38:9 36:9 | 39:0 36:8 | 38°1 36:7 | 40°7 38-2] 41:7 38:2 | 42°9 38:7} 44:1 37:4 22 | 39°7 35:2 | 37°4 33°9 | 35-9 32:7 | 34:7 32:0 | 36:0 32°8 | 35°8 33:1 | 39-2 35:1 | 38°8 35:7 | 39-0 35:7 | 37:0 35:1 | 39:0 36-4] 40°3 37:1] 412 34:7 23 | 40°2 36:1) 40°7 36°7 | 40°3 36-0 | 38°2 35:2 | 38:0 35:0 | 3771 34:3 | 36°8 33°2| 35°9 32°5| 38°7 33:4] 41:7 35:8] 41:3 35-7 | 42°1 36:1] 43:1 35:6 24 | 35°5 33°7 | 34°7 32°9| 34:0 31°9 | 33°8 31°5 | 32°9 31:0} 32°3 309 | 31°6 301] 31-2 29°9| 31:4 30°3 | 34:1 32:1] 37:3 84:5 | 39°0 35:1] 42:9 26-4 25 | 26°9 25°6 | 26°6 25:4 | 25:9 24-9 | 25°3 24°8 | 24:6 23°9 | 24:5 23°6 | 24-4 23-7 | 24-5 23-9 | 25-2 [24-5]] 27:2 26:2 | 30°9 28-9 | 33:4 31:0] 40°7 23°3 26 | 27°5 26°4 | 26:9 26:0 | 26:9 25:8 | 27:0 25:9 | 27:1 26:0 | 27:1 26:2 | 26°3 25:9 | 27-9 26:9 | 28:3 27°6| 29:8 28-4 | 33:0 31:4) 36°9 34:5] 44:2 26:0 27 | 42:2 38°7 | 41:0 38-0 | 41:4 38-2| 41-0 38:1 | 43:0 39°3 | 43:7 40°1 | 45:4 41:2] 46°8 42°5 | 45°7 42°8| 45°3 43-1] 45-1 43°8| 44:0 43°14 47:4 40-7 28 |47°6 46:4 | 48-2 46-9 | 47:4 46°9| 47-0 46°6 | 46°5 46:2 | 48:3 48:0] 50:9 50°3| 50-9 50:2) 50°7 50°0| 50:2 49:9] 51:0 50°6/ 51:9 51°34] 52:0 45:9 29 |49°0 48°7 | 48°8 48-4) 48:7 48:3] 49'°0 48°6 | 48:3 48:0 | 48-7 48°3| 48°8 48:6 | 48°5 48:2 | 49-2 49:1] 49°8 49°8/50°5 50:0| 50:0 49:8] 52:2 43° 30 | 42:1 397 | 43°1 40°4| 43:8 40°8 | 44:7 42:0 | 44:0 41:4] 44:7 42:1] 43:9 42:2) 45-0 42°3) 45°6 42°9| 45°5 43°1| 45:7 43:5] 46:4 43:7] 47-4 41:9 31 | 43°3 41°9 | 43°5 41°3 | 43:0 41:0 | 43°8 41-1 | 41°6 39°2| 41:4 39°3| 40:0 381 | 40:4 381 | 40°1 38°5 | 43°0 40-7] 43-2 40°3] 45:1 41:9] 46-4 39-0 MEAN.| 42°3 40°2 | 420 39°9 | 41°7 39°7 | 41°6 39°5 | 41:1 39:2] 41:1 39:2 | 41:3 39°4| 41°7 39:7 | 42°5 40°3| 43:5 41:1] 44:8 41°8| 45:6 42°41 47°8 39°0 2 | eae 13 14 15 16 17 18 19 20 21 22 23 Midnight. Mean. Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet.|/Dry. Wet.|Dry. Wet./Dry. Wet.[Dry. Wet 1 | 46°9 44:2 | 47:2 44:0) 48:1 44:7 | 47:9 44:8] 46°9 44:1] 46° 44:1 | 45°0 42°8| 44:1 42:1] 44°8 42:2] 44:8 42:1 | 45:0 42:2 | 43°3 41:6] 44:8 42°6 2 |46°8 45:°9/ 46-0 45°3 | 45:9 44°8| 46°0 44:4 | 44°3 42°8| 43:3 42-0] 41-9 40°9| 41°9 40:8] 40:9 39°9 | 40°1 39:4] 39:2 38°7 | 39°0 38°5]43°6 42-2 3 |48°3 46:1 | 50:2 47:6 | 50-7 48:1] 51:0 48°0| 50-3 48-1 | 50°1 48:1] 49°5 47°8 | 49°3 47:7 | 49-1 47°6| 49°0 47°6 | 48:1 47:8] 48:0 47:6] 45°6 44:2 4 |51°8 51:0) 49°8 49:1|50°3 49:5) 51-7 50°5| 50:4 49:4] 50:2 49:0} 49°4 48:0} 48:9 47:0 | 47:2 45:3] 46°8 45:0] 45:1 43°8| 45:7 44:°3]49°1 48-2 5 | 47:1 45°6|46°6 44:9 | 48:3 45:0) 48:3 45°0| 48-7 45°5|48°3 45°3| 47:0 45°3| 49°0 45°7 | 48-0 45°3 | 48°8 45°8 | 48-4 45°9| 47-4 45°3146-7 44-6 6 |48°7 47:8) 49:7 481) 50:1 46:8) 51:5 47:0] 50-0 46:3] 49-0 46:0] 49:0 45°6 | 48:2 45-0] 48:0 44:8] 47-7 44:5] 46:0 43°7 | 46°6 44:1] 48-2 45:8 7 |49:9 45°9| 50:1 45°9| 50:9 45:3) 50°2 44°8|49°9 44:7 |48°8 44°3| 48:3 44-3 | 48:2 43°7| 47-1 43:5] 46°2 43:0] 45°8 42:3] 45:0 41:8] 48-2 446 8 | 45:4 40°9| 45:9 40°8| 45:0 40-7 | 44:9 40:1] 44°8 40°3| 44:0 40:0] 42:4 40-0 | 42°5 405] 43°3 41:4] 44:4 43:4] 45:2 44°8| 47:7 46°89 44:0 409 |} 9 |43°8 41°9/ 44:0 42°0| 45-1 43:0] 47-6 44:2] 46°2 44:0) 46°6 44:3) 46-0 44:2 | 46-9 44-4] 46:9 44:9] 49:0 45:0] 48:9 44°7| 48:0 44:1] 45-7 43:4 | 10 | 48:7 44:1) 48:6 43:3] 48°3 43:1] 49:0 43°8| 47:7 43:0] 46:0 42-4| 45-7 42-7 | 46:2 42°3] 45:4 42°6 | 45:1 42:1] 45:0 41°7 | 44:3 41°71] 46°6 42:5 | 11 | 481 44:7/| 49:0 45:0} 49:1 45:0] 48:2 44°7 | 46°3 43-9] 45°3 42°9) 45:1 42°7 | 44:3 42:3 | 43:4 41°6 | 43°8 41:1] 43:0 40°8| 41:0 39:1] 45:1 427 | 12 147-9 42°9/ 485 43°9| 48-7 44:5] 47-7 44:5 | 47-2 44:2] 463 44:0] 45°6 44-0 | 44-7 44:0] 44°9 43°7 | 44'S 43:0] 45:1 42°7|42°5 40:6] 43-7 41:2 | 18 | 48:0 44:1/ 486 44:3 | 48:3 44:8 | 47:0 44:0] 46°9 44:0] 46:0 43°7| 45°S 44:0 | 45-6 44:4] 45:9 44:6] 46°3 44:7] 46°7 45:2] 47-0 45:1] 46:0 43-4 ) 14 |53-0 466] 54-4 46-5 | 53-9 46:-4|53-2 46:9] 50-0 45:1] 47-4 43-5] 48-3 43-8 | 48-7 43-3] 47-3 43-0] 47:9 43°6147-0 43:0147°3 43:1] 48°38 44-5 | 15 | 47°6 43:4) 47:4 43:4] 46-1 43-4] 46:0 42°7 | 45-3 42:0] 44:5 40-2) 44-7 41°5 | 43-9 39:4] 42:3 40:1] 41-7 39°5 | 41-6 39:0 | 41:9 38:6] 45°8 42-0 } 16 | 45-0 39:4] 45:0 38°6 | 44:0 38:1] 43°1 37:1] 42°5 37:5 | 41-9 37:2] 40°9 36:7] 406 36°6 | 40:2 37:0] 39-7 36:9] 40°8 37°3/ 39°8 36°38} 41°8 37-9 17 | 433 381} 43:3 38:1 | 44:9 39:3 | 43:4 38°6 | 40°3 37:0] 39°2 36:8 | 40°2 37-2] 39:9 36:9] 40°1 37°3| 38°5 36:2] 37°5 35:1) 37°6 35°5]38°8 35-7 18 | 43-2 38°8| 44:6 39:5] 44:4 39°8] 44:0 39:9 | 43°3 39-0 | 42°5 38:7] 39°8 36-5 | 40°3 37-7] 41:0 38:2] 39°6 36:9] 40-0 37-2] 40-1 37°51] 38°6 35:8 19 | 488 43:9) 49:0 45:0] 49-0 45:0| 48-9 44:1] 47:0 42°8|46°3 41°3 | 45:4 40-7 | 44:7 40°6| 41:7 38°9 | 42°0 39°5 | 41:9 39:2] 42:2 39:6] 44-9 42:0 20 | 46:1 43:0] 46°8 43:4] 47:0 43:4] 46°3 43°1| 43-9 41:4] 43-7 41:1] 42°2 40:0] 42:3 40:0 | 42°7 40:9 | 42°6 40°5 | 42:0 40:3) 42°1 40°39 43-1 41:1 } 21 | 42:2 38°6| 43:1 38-7 | 43:4 39-1 | 42:9 38:9) 42:5 38°6 | 42:0 38:3] 42:3 37-6 | 42:5 37:4 | 42-2 37-8] 41-7 37:1] 40°3 37:0] 88:9 35:4] 40°7 37:7 | 22 |40°8 37:1] 40:9 46°8 | 39:3 36:1 | 38:9 35-7 | 36:9 34:0 | 35:1 33°2| 37-7 34:4 | 36-5 33-3 | 38-2 34°5 | 38°3 35:1] 38:0 34:9] 37°6 34:8] 38-0 34:8 » 25 | 42°8 37:1 | 42:2 36:2] 41-9 36:9] 40:1 36:1 | 39:7 36:1] 41°6 37°6| 41:7 38°3| 38:4 36°6 | 37-6 36:2 | 37:2 36:0 | 38:1 35:9} 39°1 36:5] 39°6 35°8 | 24 | 40-9 35:9] 40-7 35°8| 42°6 36:9 | 39:2 35:1] 36°9 33°7 | 34:2 31:9] 32°71 30°1| 30-2 28-6] 29-8 28:1 | 28-7 28-0] 28-1 26:7 | 27:0 25°89] 34:1 31:7 1 25 | 36-2 33:0] 38:2 33:7 | 39°7 34:6] 40°3 35°6 | 36°7 33°3 | 34-2 31:1] 31:9 301 | 29:7 28-5 | 29-7 [28-0]] 28-2 27-4| 27-7 26:8 | 27-9 26:6] 30°0 2871 | 26 | 38:6 35:5|39°9 36:7 | 40°8 36:2] 39°8 35:9] 39:0 35:0 | 39°7 35°2| 40-5 35:9 | 42:0 36-4] 43-2 38:0] 42°9 37:0] 43°9 37-7 | 43°1 38°2]34:9 32:0 |} 27 | 43:9 43:2] 44:0 43:3] 44:0 43-4] 44-1 43°6 | 44:2 43°8| 44°6 43:9| 45:0 44:3 | 45-4 44-7 | 46-0 45:2] 46:0 45:3} 46°3 45°9| 45°9 45°4] 44:3 42:5 | 28 | 51-4 51:0} 51°8 51:1] 52:0 51:2}51°7 51:0} 51:0 509] 50°1 49:9] 51-7 51°0/ 50-1 49°9] 51:0 50°8| 49-7 49:3] 50°4 49°9) 50°S 50:°0]50:1 49°6 | 29 |51°8 50:9/51°8 49:91 50:5 48:2] 50:2 47:6] 48:9 46°8| 48-2 44:5] 47-0 43-7! 46-1 43-0] 44°6 42-1] 44:5 42:0] 45:0 41-9] 45-0 41:1] 48-5 47-0 | 30 | 46:2 44:0] 46:3 43:3] 46-7 43-7 | 46:2 43°2| 45:4 42:3 | 46:2 42:4] 46-2 41:7 | 44:4 42:3] 45-1 42:5] 45°3 42-9] 44-2 42-2| 44-4 42:4145:0 42-4 31 | 46-2 42:4] 43-7 41:7] 44:9 41:9] 42:7 40:5] 41:7 39°5| 39:9 38:3] 41°6 39-7] 39-7 38-1] 41:7 39:5] 41-1 39-4] 40°3 38:8 | 40-7 38°71 42:2 40:0 ‘|MBAN.| 46-1 42°8| 46-4 43:1] 46-6 42:9] 46-2 42°6| 45:0 41:9] 44:3 41:3] 43°9 41°1| 43-4 40:7 | 43:2 40:8] 43°0 40°6 | 42°7 40:4 | 42-5 40-2] 43-4 40-9 356 BEN NEVIS OBSERVATORY. TEMPERATURE. Dry AND Wer BuLBs. NOVEMBER 1892. 1 2 3 4 5) 6 7 8 9 10 11 12 For Day. —__<—_|_—_ - a oo — — Ia Dry. Wet.|Dry. Wet.|/Dry. Wet.|/Dry. Wet.|/Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet. Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.] Max. Min, 1 | 24°6 24°6 | 24°6 24°6 | 24°7 24-7 | 24:3 24:3 | 24-2 24-2 | 247 DAT | 24-7 24-7 | 21 QL | 2B 259 | 258 26-1 | 253 25-4 | 276 27-71 28-9 24-0) | 2 | 25:0 25:0 | 24:2 24:2 | 24:0 24:0 | 23°3 23°6 | 23°6 23°6 | 23°7 23°7 | 24:1 24:1 | 23°8 23°8 | 23°9 23-9 | 23°9 23-9 | 24:1 24-1 | 24:0 24:0] 29-9 23:3) = 3 | 29-2 29-2] 29-1 29:1 | 30:0 30:0 | 29:7 29-7 | 30:0 30:0 | 30°0 30:0 | 29-2 29:2 | 29:0 29:0 | 30:9 30-9 | 31:2 31-2] 30:2 30:2} 31°8 31:8] 32:1 29:0] 4 | 30°9 30:9 | 32-0 32:0 | 32:1 32:1 | 33:4 33:0 | 33-7 33:7 | 33:0 33:0 | 34:1 34:1 | 34°8 34°8 | 35°1 35-1 | 34°8 34:8 | 33:2 33:0 | 33:0 31:0] 35:1 30:9 q 5 | 32:3 32:3 | 33°1 33:1 | 33°3 33°3 | 33-1 33:1 | 32°6 32°6 | 33°9 33:9 | 33°5 33°5 | 33°5 33:5 | 33°8 33°8 | 32:0 32:0 | 82:2 32:2 | 32°1 3214339 31:2 6 | 31:6 31:6] 31:3 31:3 | 31:3 31:3) 31:1 31:1 | 30°7 30°7 | 80°3 30°4 | 29°7 29°7 301 30:1 | 30:2 30°2| 30:0 30°1) 31:1 31:1) 31:2 31°54 316 28:0 7 (31:0 30:9] 31:0 30:9 | 30:7 30°6 | 30°5 30:3 | 30°3 30:1 | 30:2 30:0 | 30°3 30°0 | 30°7 3071 | 31°1 30°9 | 31°6 31°7 | 32:2 32:2 | 32:2 32°24 32-2 29:3 8 | 30°9 30°5 | 31°6 31°6 | 32°2 32:1 | 32-2 32:2 | 33-2 32-2 | 33:5 33°5 | 84:2 34:1 | 34:9 34:9 | 35:2 35:2 | 36°9 36:8 | 35:3 35°3 | 36:0 36°0}38°0 30:9) 4 9 | 37:1 37:0| 36:9 36°9 | 36:9 36:9 | 37:0 37:0 | 36°9 36°9 | 36°7 36°7 | 36:0 36°0 | 36°6 36°6 | 36:0 36:0 | 36:1 36:0 | 34:0 34:0 | 32°7 32°74 37:1 28:8 10 | 31:0 31:0] 31:3 31°83 | 31:2 31:2; 30°8 30°8 | 30:5 30°5 | 30°7 30°7 | 30°6 30°5 | 30°5 30°3 | 30°2 301 | 30°4 30°4/ 31:0 31:0| 31:2 31:2]32°3 29-2 11 | 28:2 28:2] 28:5 28°5 | 29°3 29°3 | 30°2 30:2 | 301 30:0 | 30°8 30°7 | 31:4 31°3 | 32°3 32°2 | 32:4 32°2 | 32:7 32°2| 32:8 32:2 | 32:9 32:9] 34:7 28-2 12 | 33:5 33°4| 33:8 33°8 | 33°9 33°9 | 38°8 33°8 | 33:6 33°6 | 33°5 33:5 | 33°2 33:2 | 33:0 33:0] 33°0 33:0 | 32:8 32°8 | 33:0 33:0 | 33:0 33:0] 33:9 30:3 13 | 30:0 30:0} 29:7 29-7 | 29'1 29:1} 28:0 28:0} 27°6 27°6 | 27°3 27:3 | 26°9 26°9 | 27:3 27°3 | 27°3 27:3 | 27-7 27-7 | 28:0 28:0 | 28:0 28:0] 30:0 26-2 14 | 27-0 27:0} 27:0 27:0 | 27:0 27:0 | 27:3 27°3 | 27:4 27-4 | 27°6 27°6 | 27:4 27°4 | 27°7 27-7 | 27°8 '27°8 | 27°8 27-8 | 28:0 28:0 | 29:0 29:09 38:2 27:0 15 | 35° 35°5 | 34:0 34:0 | 33°4 33-4 | 33°7 33°7 | 33:0 33:0 | 32°7 32°6 | 32°7 32°7 | 33°3 33°3 | 82°5 32°6 | 31:1 31°7 | 30°0 30°0 | 29°3 29°3].35°5 25:4 16 | 25:3 25:3 | 25:9 25:9 | 26°1 26°1 | 26:9 26:9 | 27:0 27:0 | 27:4 27°4 | 27°7 27°7 | 27°5 27-5 | 27-8 27°8 | 27-6 27°6 | 27°9 27-9 | 28°3 28°3] 28:3 25:3 | 5 17 | 26°6 26°6 | 26:9 26:9 | 27:2 27:2 | 27:0 27:0 | 26:8 26°8 | 26:1 26°1 | 26:2 26:2 | 26:4 26°4 | 27:2 27°2 | 28:6 27:8 | 28:0 28-1 | 29:0 29-09 30-5 26:1 18 | 298 29-8} 30°0 30:0 | 31:1 31:0 | 30°4 30°3 | 30:0 30:0] 31:0 30°8 | 30:1 30:0 | 29:7 29°6 | 30°0 29°8 | 30°1 30:0 | 30:0 30°0 | 29:7 29°7431:1 23-2 19 | 23°3 22:0 | 23°4 22:2 | 23:6 22:0 | 24°3 22-2 | 23:8 22:6) 24-1 22°8 | 24:0 2374 | 25°8 25°8 | 25:2 25:2 | 25:8 25°8 | 27:0 27-0 | 27°8 27°84 27:9 23:3 20 | 27:2 27:0, 26:9 26:9 | 27:2 27-1 | 27:7 27:4) 28:2 27-8 | 28-4 28°3 , 28°5 28°3 | 28:4 28:2 | 291 29:0 | 28°8 28°7 | 28:9 28:9 | 29-4 29-49 31:0 26:9 21 | 30°0 29°8 | 29:9 29°8 | 29:2 29-2 | 28:9 28-8 | 29:0 29:0 | 29:0 29:0 | 28°8 28-7 | 28°4 28°3 | 28°3 28:3 | 28°2 28:2 | 28:3 28°3 | 28:4 28°41 30°0 27-8 22 | 27°8 27°8 | 27:7 27°7 | 27:0 27:0 | 26°6 26°6 | 26°7 26°6 | 27:0 27:0) 27°9 27°7 | 27°8 27-8 | 28°3 28:2 | 284 28-4 | 28°8 28°8| 28°7 28°74 35:4 266 23 | 27°6 26°9| 29:3 27:2 | 36°3 32:0 | 37°3 33°8| 37°8 33:0 | 37-4 33°2 | 87°9 33°2 | 38°5 35°7 | 40-0 32:0 | 40-4 32:0 | 42:4 34:3 | 42:9 34:3] 42°9 27-6 : 24 | 36:0 28:3 | 36:3 29-0 | 35:2 28°6 | 35:5 28°4| 35:8 28°8 | 34:7 28°0 | 34:7 28:1 | 35:0 28°5 | 35:2 30°0| 35:4 30°0 | 36°6 29°3| 37:0 28:3] 40:0 23:0 95 | 23°4 23:5 | 23:5 23:7 | 23:7 23-8 | 23-9 24-0 | 23:9 23-9] 23-6 23:7 | 23-1 23-2 | 22-8 22:9] 29-4 22-5) 22-4 29:6 | 299-9 93-0 | 233 23:3}29-8 22-4 | 26 | 30:1 30°1| 30°9 30°9 | 31°7 31°7 | 81:2 31:2) 31:1 31:1] 31:1 31:1] 30°4 30°5 | 29:0 29:0 | 27-7 27°8 | 27°5 27-7 | 28:0 28:0 | 28°3 28°31 31-7 27-5 : 27 | 29°7 29°7 | 29°1 29:1 | 31°3 31°3 | 32:0 32:0 | 32°5 32-0 | 33°9 33-9 | 34:0 34:0] 34:0 34:0 | 34:0 34:0 | 34:4 34:4 | 34°7 34°7 | 35:0 35°09 35:3 29-1 j 28 | 34:6 34:6 | 33-8 33°8 | 33:9 33:9 | 34:0 34:0] 34°8 34:8 | 85°2 35:2] 35°3 35:3 | 35°6 35°6 | 36:0 36°0| 36:1 36:1 | 36°7 36°7/ 36:9 36:°9137:1 29:0| 29 | 27:4 27-4 | 25°1 251 | 22°3 22-4 | 21:4 21:4) 21-9 21:9 | 21°3 21°3} 21°38 21:3 | 21:7 21°7 | 22°2 22:2) 21:9 21:9] 21°6 21°6 | 22°1 22°1 927-4 16:4 |e 30 |17°3 17:°3} 17:0 17:0; 16:2 16°2| 16:9 16:9} 17:8 17:8) 17°5 17:5] 17-7 17:7 | 16-9 16°9 | 16°6 16°7 | 17-0 17:1] 17°8 18:0} 18:3 18:8] 20°3 16:2 MEAN,| 29'1 28°8 | 29°1 28°8 | 29:4 28:9 | 29:4 29:0 | 29°5 29:0 | 29°5 29-1 | 29°5 29°1 | 29°7 29°3 | 29:8 29:4 | 29°9 29°4| 30:0 29°5 | 30°3 29°7 432-7 26:4) 13 | 14 15 16 17 18 19 20 21 22 23 Midnight.J| Mean. | * Dry. Wet.|Dry. Wet.|Dry. Wet.|/Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|/Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.{Dry. Wet. : 1 | 28°9 28°9 | 27°5 27°5 | 25°7 26:0 | 24:8 24°8 | 24°5 24:5 | 24-7 24°7 | 24:1 24:1 | 24°] 241 | 24:0 24°0 | 24°3 24°5 | 25:1 25-1 | 25°1 25-1 | 25-2 Q | 24°6 24°7 | 25:5 25:5 | 27:0 27:0) 27:0 27:0 | 268 26°8 | 27:0 27:0 | 26°9 26:9 | 28:7 28:7 | 29:0 29:0 | 29:9 29°9 | 29:3 29:3 | 29°2 29:2 | 25:8 3 | 31:9 31:9 | 32:0 32-0 | 32°1 3271 | 32:0 32:0 | 32:1 32°1 | 382°1 32:1 | 31°9 32:0 | 31°8 32:0 | 31:0 31°6 | 31:1 31:1 | 30°8 30°8 | 30°5 30°51 30°8 4 | 33°3 33:3 | 33°4 33°4 | 33°7 33°7 | 33°7 33°7 | 33°5 33:3 | 33°3 33:0 | 33°1 33:1 | 33:2 33:2 | 34:0 34:0 | 33:7 33°7 | 33:2 33:2 | 32°8 32°81 33-4 5 | 32°1 32:1 | 82:0 32:0 | 32:0 32:0 | 31°8 31:9 | 31°8 32-0 | 32:0 32:0 | 32°0 32:0 | 31°5 31°5 | 31°3 31:3 | 31-2 31:2 | 31°2 31:2) 31:2 31:2] 32:3 6 | 31:0 31:0 | 30:2 30:2) 30:2 30:2 | 30:2 30°2 | 30°4 30°4 | 30°0 30:0 | 28-2 28-2 | 28:0 28:0 | 30:0 28:0 | 29°8 29:8 | 30°3 80°3 | 31°2 31:2] 30°3 7 |31°5 31°6 | 30°8 30°8|31°6 31°6| 31°7 31°6 | 30:9 30°8 | 80°9 30°9 | 30:0 30-0 | 29:3 29-0 | 29°3 29-0 | 29:9 29:1 | 30'°2 29:5 | 30°8 30:8] 30°8 8 | 36°3 36:3 | 36:2 36°2| 37:2 37:2 | 37°7 37°7 | 37°7 37°7 | 38:0 38:0 | 38:0 38:0 | 37:9 37°9 | 37°8 37°8 | 37°7 37°6 | 37:9 37:9 | 37:4 37-4] 35:7 9 | 32:0 32:2 | 32:2 32:2) 31°1 32:1 | 30°8 30°8 | 28°8 28°8 | 29:2 29:2 | 29-7 29-7 | 30:2 30:2| 30°8 30°8 | 30°8 30-6] 31'0 31:0) 31:2 31:2] 33-4 10 | 31°8 31°8) 381°7 31°7 | 32°1 32:1 | 32°2 32:1 | 32-2 32:1 | 32:0 32:0 | 32:2 32:2) 32°3 32:3) 31°8 31°8 | 31°3 31:3 | 30°3 30°3 | 29:2 29:2] 31-2 | 11 | 33:7 33°7 | 34:2 34°2| 32-4 33°4 | 33:2 33:1) 34:3 34:3) 34:7 34°7 | 34°5 34:5 | 34°5 34°5 | 34:3 34:3 | 33:9 33:9 | 33°8 33°8 | 33:8 33°8 | 32°5 12 | 32-5 32-5 | 32°3 32:3 | 32:0 32°0| 31-8 31:9 | 32:0 32:0 | 32:3 82:1 | 33-0 33:0 | 33°3 33°3 | 33:2 33-2 | 33-4 33-4 | 32:0 32:0] 30:3 31:4} 32:8 3 | 28-1 281 | 28:4 28:4 | 27-8 27°8 | 27°3 27°3 | 27°38 27:3 | 27°3 27-3 | 27°8 27:8 | 27°5 27:5 | 27-2 27-2) 26'S 26°8 | 26-2 26:2 | 264 26:4 | 27-7 14 | 29:3 29:3) 31:0 31:0 | 32:1 32:0 | 34°9 32°7 | 36°3 36:3 | 37°4 37°4 | 38:2 38:2 | 38:2 38:2] 38:0 38:0 | 38:2 38:2) 38:0 38°0| 36°8 36:8} 31°6 | 15 | 29:0 29°2|29°5 29°5| 27:8 27:9 | 27:7 27:7 | 27-2 27:2 | 26°9 26:9 | 27:0 27-0 | 26:4 26:4] 26:4 26:4 | 26:2 26:2 | 26°2 26:2] 25-4 25:41 29-9 16 | 27°6 27°6 | 28°3 28°3 | 28:0 28:0 | 27:3 27°3 | 26:9 27:0 | 27:4 27°4| 27-6 27-7 | 27:0 27:0| 26:9 26:9 | 26:7 26:7 | 27°5 27:5 | 27:0 27:0} 27-2 17 | 29:2 29°2) 29:0 29:0 | 289 28:9 | 28:9 28:9 | 29:0 29:0 | 29°5 29:4] 29-9 29:9 | 30:3 30°3 | 80°5 30°5 | 29°8 29°8 | 29:9 29:9 | 30-1 30°0} 28°4 18 | 29°4 29:4) 30°4 30:4] 30:2 30:1 | 29:0 29:0 | 29°8 29°8 | 29°5 29°5 | 29°3 29°3 | 28:6 28:5 | 25:9 25°9 | 23:8 23:0 | 23°8 22:7 | 23:2 22:31 29:0 19 | 27:5 27°5 | 27:9 27°9 | 27°7 27:4) 26°3 26:3 | 26°6 26°6 | 26:4 26°4 | 27:2 27:2 | 26°8 26°8 | 27°3 27°1 | 27:2 27:1 | 27:2 27:0 | 26°6 26°51 26:0 20 | 29°8 29°8| 29:9 29°9 | 29°8 29°8 | 29:5 29:4 | 29°5 29:5) 29:8 29°8 | 30°3 30:1 | 30°6 30°3 ; 31:0 30°7 | 30°3 30:2) 30:0 29-8 | 30:0 29:8] 29-1 21 | 28°6 28:4) 28:5 28:5 | 28:0 28-0 | 27:9 27:9 | 28:0 28:0 | 28:0 28:0 | 27:9 27:9 | 27°9 27:9 | 27°9 27:9 | 28:0 28-0 | 27:9 27°9 | 27:8 27°7 | 28'4 22, | 29:0 29:0] 28°8 28°8 | 28°6 28°6 | 28-2 28:1] 27°8 27:8 | 26:9 26:9 | 27-8 27:8 | 27°6 27°6 | 29:2 28-8} 30-2 28°8| 35:4 31-5 | 34:1 31-6] 28°6 23 | 42-0 33°8 | 40-9 33:0 | 40-0 32°5 | 38°6 31°3 | 37°8 30°2 | 37-9 29-6 | 36:3 29-9 | 37-6 30-0 | 37-0 30°0| 36:3 29-7 | 36:2 28-7 | 35:9 29:01 37-7 24 | 37°2 28°4) 40-0 31°0 | 88°5 31°] | 35°38 27°3 | 33°9 26:0 | 34°38 28:0 | 23:0 23:0 | 23:1 23°3 | 23°5 23°5 | 23°5 23-7 | 23°4 23°5 | 23°5 23°51 328 25 | 23°6 23°8 | 24°1 24-1 | 23°3 23-4 | 23:3 23:4 | 23°3 23:4 | 23°6 23:7 | 24:2 24:2 | 24-7 24:7 | 26:0 26:0 | 26°5 26°5 | 28°4 28°4 | 29°8 29-8] 24-2 26 | 28:1 28°1 | 28°3 28°3 | 28:8 28°8| 29:0 29:0} 29-5 29°5 | 30:0 30°0| 30:2 30:2 | 30:7 .30°7 | 36:7 30°7 | 30°7 30°7| 30:0 30:0) 30°4 30°44 29-7 1 ded 35°2 35°2| 35°3 35°3| 35°3 35:3 | 35:0 35:0 | 35°2 35°2 | 35°2 35:2) 35:0 35:0 | 35:0 35:0 | 35°0 35:0 | 34°4 34-4) 34°6 34:6 | 34°8 34°81 339 28 | 37:1 3711] 37:0 37:0 | 36°8 36°8 | 36°8 36°8 | 37:0 37:0 | 36:8 36°8 | 36:7 36:7 | 36:9 36:9 | 37:0 37:0 | 33:5 33°5 | 31:0 31:5 | 29:0 29:0] 35-4 | 29 | 22-1 22:1] 21:0 20°9| 20°5 20°5 | 21-1 21:1} 20°5 20°5 | 20°3 20°3 | 19:0 18:9] 18°5 18°4/16:4 16°3)17°5 17°7|17°6 17:7 | 17°6 17:6} 20'9 | 30 | 19-9 20:0] 19°4 19°6|19°4 19-6 | 20°3 20:3 | 20:0 20:0} 19°9 19°9/ 19-7 19-6) 18:9 18:9] 19°2 19°2)18'8 18°8/ 18-8 18°9|18-9 18:9] 183 | : j MEAN,| 30°4 29:9 | 30°5 30:0] 30°3 29°9| 30:1 29:5 | 30°0 29°5 | 80:1 29°6 | 29-7 29:5 | 29°7 29°4 | 29:7 29:4 | 29:5 29:2| 29:6 29°1 | 29°3 29:0] 29°8 20s%)) | FORT-WILLIAM OBSERVATORY. 357 TEMPERATURE. Dry AND WET BULBS. NOVEMBER 1892. il 2 3 4 5 6 7 8 9 10 11 12 For Day. Dry. Wet./Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet.|\Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet. Dry. Wet.|Dry. Wet. Max. Min. 1 | 37°9 36:4) 37:2 35:9 | 37-8 36°7 | 37:1 36:0 | 35:7 34:9 | 36:0 35°1| 36°4 35°6 | 36°7 35-7 | 37:0 36:2 | 37:1 36:1 | 37°6 36:8 | 39°6 38:2] 43:2 35°6 2 | 40:0 37:0) 40°8 37:2 | 38°6 36-1] 37°7 35:7} 41:0 36:9 | 40:9 37°3 | 42:2 38:1 | 42:9 38-7 | 43°7 39°1| 44:0 39-7 | 44:1. 38-7 | 45°7 39°71 47:3 36:9 3 | 45:0 41°8| 44:8 41:4] 47-8 43-2] 47:2 43°6| 46:9 43°5 | 48-4 43-8 | 48:0 43:8) 45:1 43:0 | 46:4 44°6 | 46°3 45:0] 46:9 45:4 | 47:2 46°4150°8 43-1 ! 4 | 49:9 44:3) 51:0 46:0 | 52:1 46°6| 53-1 47:6] 51:2 47:9 | 51:2 47°4| 52:3 47-8 | 52:0 48°7|52°6 49°5| 53:9 49°5|53°7 48°8|53°4 47-1] 54:7 48-2 5 | 49-4 46:2) 51:7 47:2} 51:9 47:9] 50°8 47:5 | 52°0 47°6 | 52:2 47:9} 52:7 47°6| 52-4 48:0 | 52-0 48-0 | 49-) 47:2) 50:4 47-5] 51-0 47:7] 53:0 47:8 6 | 47:9 46:0] 47°5 45:9} 47-9 45:9] 47-7, 45°8 | 47-4 45:3 | 47:0 45°1| 46:0 44:0 | 45-7 44:2] 45°8 44:1 | 46:1 44:5 | 46:8 45:3 | 47°6 45°6] 48:3 41:0 7 | 42°1 41-4) 42°4 41-7 | 42:2 41°5| 42°8 42:0] 43:9 43°1 | 42°0 41:4) 43-1 42:1) 42-1 41°4]| 42°7 41:9] 44:0 43-2) 46:2 45-0| 47:0 44:9] 49:2 41-1 8 |50°3 44:4) 48-7 44:7 | 47-7 45:4) 46:9 45°61 47:2 46:0 | 47:3 46:1] 50°5 46:8 | 51:0 46°9| 50°7 47:5 | 51:2 47-8) 51:3 48°5|50°0 48°4]53:5 46:8 | 9 |50°6 49°9 | 50:2 49-9) 50-4 50-0] 50-9 503] 51-0 50:3 | 51-4 50°38 | 51-7 50°3 | 51°3 50-4) 51:0 59:3 | 48-1 47°3 | 48-3 47-0 | 48-4 46-9] 51-7 43:9 10 | 46:9 45:1 | 46°9 45:3) 47°8 45:3) 47:5 45:4] 48:1 45°2,47°8 45:2) 47°8 44°8) 48-1 44:7 | 47:9 44:4) 47-7 44:7 | 48-2 45°41 48-9 45°8]49:2 46:2 Jl] | 47°7 42:2) 47-2 42:4) 48-7 43:2| 48-0 44:1] 49:1 44:0} 48°8 44:6 | 50:0 45:0/ 50-0 45:9) 49:5 46:1] 51-3 47°6|53°7 47:°9/ 53:1 47:°3]54:1 47:1 12 | 52:0 47°8| 51:5 47:5) 51°8 47-7 |52°2 47°6|52°1 47:6) 51:4 47°6 | 51°8 47:4] 51-7 47-4) 51-9 47:4) 50°5 47°4|51°9 47°5| 53-9 47:9] 53:9 45-5 | 13 | 44:8 43:2| 44:6 43:3 | 44:3 43°1 | 44:3 42:4) 44-0 42:0 | 42°8 40°9 | 42°8 40°9| 41°8 40:8 | 42:9 41°1 | 43-1 41:4] 44-4 42:0] 44:3 42°21 45-8 40°83 14 | 40°2 38°8 | 40°8 39-2] 41°6 39:9 | 41°S 39:9] 41-7 39°8| 41-4 39°8| 42-0 40:0 | 43:0 40°8| 46:9 42:0] 47:3 42°4| 47:0 42°8| 46-1 42°7]541 402 15 |50°8 49:0} 49°5 48-7 | 49-5 48:0 | 50°1 48:1) 50:5 48°2/ 48:9 47:1 | 49:9 47:0 | 49°1 47:8 | 48-2 45°8| 47-8 44°6 | 47:2 44:7 | 47°5 44:°5]51°6 38:1 16 | 37:0 36:1} 35°6 34:9 | 35°3 34°8 | 34:9 34°3 | 35:3 34°8 | 36:6 35°9 | 37°7 36:9 | 38:0 37°5 | 40°0 39°0 | 39:8 39:0 | 42°3 41°7 | 43°1 41:9] 43-7 34:8 17 | 39:2 38-4] 40:0 38°9 | 42:2 40:8] 43°9 41-2] 42°9 40:0 | 42°8 39:8 | 43:1 39:9 | 42°8 39°8 | 42:2 39°8 | 43:7 40:9 | 43:3 41:3] 48°7 43°31 49-3 39-1 18 | 47:9 44:0} 49:0 44:1] 48-6 44:2/ 48:2 44:3} 48:0 44:8] 47:0 44°7 | 47:1 43:9 | 46-4 43°3| 47:4 43°6 | 46:7 43°3| 47:2 43°6 | 48-1 44:1] 49-2 41°3 19 | 43:0 36:5 | 41°8 36:0) 40°5 35:0 | 39°2 34°9| 38:1 34:8 | 38:0 34:2 | 38°5 35-1 | 38°9 34:9 | 39°1 36:0 | 39°9 36°6 | 43:1 38:8) 46:0 40:9] 46:8 38:0 20 | 41:2 40°1 | 41°9 40°1 | 41°5 40°2}| 41°3 40:2) 42:1 40°5 | 42°7 40°8| 43:1 41:1) 43:0 41-1) 44°0 41°8| 45:4 42°6 | 47:1 43°2| 48:7 43°61 49°5 41°1 21 | 49:2 43°7| 48:7 43-2) 48:9 43:0] 47:7 42°8 | 47:1 42:4) 46:4 41:9 | 45:2 41°6 | 45:5 41:7] 47-0 42:0 | 45-8 41°8 | 47:4 42°6 | 47°8 42:7] 49°3 41:7 22 | 44-1 40:2 | 42:2 39:5 | 43:0 39:1 | 42°0 38-7 | 39:3 37:0 | 38:3 36°8 | 40°7 38:0 | 39°7 37:3] 42:4 38°8| 41°0 38°8 | 42°3 39°8 | 45:1 41:4] 47:9 37°9 23 | 37:0 35°8 | 36°4 35:2 | 36°8 35°5 | 35°8 35:0 | 35:3 34:3 | 34:1 33°3 | 34:1 33°5 | 34:2 33-2 | 33°9 33:0 | 34:0 33:0 | 36:0 35:0 | 37°8 36:0] 40°2 302 24 | 30°8 29°9 | 52°1 31:4 | 33:0 32:0 | 33°2 32°3 | 34:0 33°0 | 34°6 33°0 | 34:7 33°6 | 34:9 33°8 | 34-9 33°8 | 35:9 34°8 | 36°7 35°3 | 37°8 36°3] 39-2 30°0 25 | 34°7 33:6 | 34°6 33°7 | 34:6 33°3 | 34:0 33:1 | 33-8 32°9 | 36:8 34:9 | 38:5 36:0 | 40:0 36:7 | 40°S 37-0) 41:2 37:1 | 41:9 37:4] 4271 37°8] 45:0 33-4 26 | 42:0 41°7 | 43°0 42°5 | 44:0 43:2 | 44:4 43-4 | 44-7 44:1 | 44:8 44:6] 45-7 44:9 | 44:2 43-1 | 43°3 41-7 | 42:4 40-9 | 42°6 41°6 | 43:0 41°8] 46-6 41:9 27 | 46:0 44:1 | 45°9 43°8| 46:0 45°1 | 46:0 45°6 | 46-8 46°6 | 47°6 47:2 | 48:9 48-0 | 48-4 48:0 | 49:2 48°3| 49:2 48°6 | 49-8 48-7 | 50:0 49°2]50°1 45:7 28 | 49°7 48:9| 49:2 48-1| 48:9 48-0 | 49:1 48-2 | 49-1 48-3 | 49°6 48°8| 49°7 48-8 | 50-0 49:0] 50-0 49:1] 50:2 49°5 | 50:7 49:7 | 50°7 49:9] 51:3 47-0 29 | 45°S 42°7| 43°7 40:7 | 41:9 38°6 | 40°2 37:1 | 42:0 37:9 | 41:9 37°3 | 41:9 37°6 | 41:0 37:2 | 39°2 37:6 | 41°0 37°5 | 41:9 38:0] 88°6 37°3]47°0 35-2 30 | 36°6 33:3 | 352 33°6| 36-0 33:0 | 35°9 33:0 | 34:5 33:1 | 34:8 33°5 | 87°8 34:0 | 36°8 33:9 | 36°8 33:0 | 37°8 23°7 | 38:1 33°7 | 38°6 34:3] 39-1 33:4 MBEAN,| 44:0 41:4 | 43°8 41:4) 44:0 41°5]43°8 41°5| 43-8 41°6 | 43°8 41:5 | 44:5 41:8 | 44:2 41°8] 44:6 42:1 | 44:7 42:2) 45:6 42°8| 46°3 43:2] 48°5 40-4 ] 13 14 15 16 17 18 19 20 21 22 23 Midnight.| Mean. Dry. Wet. Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet. Dry. Wet.|Dry. Wet.| Dry. Wet. Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet. 1 | 40°5 39:3} 42:0 40-1] 43°1 41:2) 42:6 40:1] 40-9 38°9 | 40°8 38:4 | 40-0 37-4 | 38°7 36°9| 39:9 37-0 | 39°2 37:0| 38°7 36:2] 39°1 36:6] 38°8 37:2 2 |46°3 40°8| 44:4 40°6 | 45-7 41°8 | 44:2 40:9) 44:0 40°8 | 45-8 41°6 | 46°2 41°9 | 46:4 42:0] 46:4 42-4 | 45:4 42°5| 44:9 41:9] 46:0 42:5] 45°6 39°8 3 |48°5 47:°3|49°8 47:0 | 50:1 48:1} 49°9 46°8) 49:0 47-0 | 48°3 47:2] 48:2 46°6 | 48°0 45°51] 49°4 45:0 | 46°38 43-2 |47-6 44:2) 495 44:2) 47-7 44-9 4 |52°8 48:7) 54:1 49°7 | 54:3 48-7 | 54-3 48-4) 54:3 48:0| 53:3 47:7 | 51:6 47°3|52°7 47:2] 53°6 48-0 | 53:9 47:9 | 51°8 47:2 | 50°8 46°8 | 52°7 47:8 5 |51-7 48°1/ 51:9 47°6| 51:2 47:0| 51:0 46°9| 50°9 47:1] 49-1 47:5 | 50:0 47-0] 49:3 46:7} 48°1 46:1 | 49:1 46:2 | 48°8 46°3 | 47°8 46°51] 50°6 47:2 6 | 47:9 46:2) 48-1 46:4 | 47-4 45:1] 47:2 45°6 | 46°9 45:5 | 40-1 45:0 | 43°8 42°3 | 43°0 41:4] 42:0 40:9 | 42:0 40:9 | 43°1 42:0 | 41:0 40:2] 45°9 44:3 7 |\47°2 45°1| 481 45°0 | 47°8 44:9} 48°3 44°7 | 48°1 45°2| 47-3 45°3) 48:5 44:0] 48-7 43°9] 47-9 44:0] 48:2 44°6 | 48:1 44:9 | 48°8 44:4] 45-7 43°6 8 |49°7 485 | 50:1 48:9 | 50°0 49-2) 50:0 49:4] 50°2 49°9| 50°6 50°2| 50-6 50-1 | 52:0 50°6 | 531 50°8| 51°0 50:1 | 50:4 50:0 | 50°7 50-0] 50°1 48-2 9 |48-°9 47:2) 48°7 47:4| 48-9 46°3 | 47:2 44:0 | 44°3 41°8 | 45:1 42°6 | 46:0 43:2] 46-2 44:0] 46°6 44:3 | 46:2 44:3 | 46°3 44°7|46°3 44:9] 48-5 47:0 10 |48°9 45:9, 49-1 45°9 | 48°8 45:9 | 48:2 45:9] 48:0 45°7 | 48°6 45°7 | 48°3 46-0; 48°1 45:5, 48°0 45:4] 48:0 45:1 | 47:2 43°8 | 47°3 43-0, 48:0 45:2 11 | 53°4 49:0 | 52:2 49-0 | 53-7 48:1 | 53°0 47:9] 52:5 48°7 | 51:7 48°5) 51-8 48-2) 51°3 48:1} 52:0 47°8 | 52:1 47-8 | 51°7 47:8 | 51:9 47°38] 51:0 46-6 12 | 51-9 47:0) 52:0 46:°9| 52:0 46°6 | 51°0 45:4] 52°0 46:1 | 52-0 46:8 | 52-2 47:2) 52-4 47:5] 50°8 47:7 | 50-5 47-6 | 48:2 47:2| 45:5 43°8951:4 47-1 13 | 44:5 42°8| 44°6 43:0 | 44:6 42°4/ 43°7 41°8|.43-5 41:8 | 43:5 41:9 | 42-9 41:2] 41°8 40-2/ 41:8 40:0) 41°9 40:4] 41°9 40°0 | 40°8 39°2] 43:3 41°6 14 | 45-0 43-0 | 47:2 44-6 | 48-0 45°3 | 48°1 46:2] 47-6 46:3 | 48:0 47:0 | 47:1 46°8 | 47°8 47:5] 53-9 51°2| 53:0 51:2] 51°3 50°6] 51:1 50°19 46-2 44-1 15 7S 44:51 46°9 44:0 | 46:3 43:3) 44-5 42:0] 44°] 41:2 | 43°1 40-4] 43:2 41:0] 41-8 40:0] 39-9 38:2 | 39-1 37:9 | 39:°2 38:0 | 38:1 36°8]46-0 43°8 16 | 43-3 42:2 | 43-7 424 | 43°5 42:3 | 42°8 41:3] 405 39°6| 42°5 41°6| 41:5 40-1] 42°9 41-2] 42-5 41:0 | 39-9 38°6| 41°6 40-2} 42°9 41:2] 40-1 39-1 17 | 48-9 43-8 | 49:0 43-6 | 48°3 43:3 | 48-9 43:9 | 48-1 43:9 | 48°8 43°S | 48°8 43-9] 49:1 44:0] 48°9 44:3 | 48:7 44:0] 48°8 44:1 | 48-1 43°99 45-8 42-1 18 | 48:0 44:7 | 48-1 44°6 | 47:5 44:0 | 47:0 43:7 | 47:0 43:5 | 47°3 43:2| 46:8 43-0] 47-0 43:1] 46:2 42°6 | 46:2 38-2 | 45:2 38°3| 41:3 36°0]47:0 43-0 19 | 46-8. 41:9) 46-2 41°8| 46:0 41-7 | 45-0 41°8| 44:9 40°9| 45-0 40°8 | 44:5 40-4 | 42°9 40:6 | 42:7 40°3 | 42:4 40:2] 41:9 40:3] 41:0 40:0] 42:3 38:5 20 | 49:0 43°9| 48-7 44-1 | 48°3 44:1) 48-0 43°8 | 48:3 43:4 | 48:2 43-4) 48-0 43:9] 48-6 44°0| 49-4 44°5 | 49:0 44:0 | 49:0 43°6 | 48°7 43°7] 46:1 42:6 21 | 48-0 42-7| 47-8 42°7| 46:9 42:0 | 46:8 41-9 | 45:0 41°1 | 45-7 41-6 | 45:4 41-5 | 42-0 39-2] 43°6 40:3] 45°1 41:0 | 44°3 41:2 | 44-1 40°29 46:3 41-9 22 | 46-6 42:1 | 46°9 42:2 | 47:3 42°2|) 45:0 41:1 | 42°8 39°6 | 42°1 39:1 | 39°9 37°8| 38-9 37:2 | 39°7 37-7 | 38:1 36°4| 38°8 37:0) 38:4 366] 41-9 38-9 23 | 37°8 36:1| 38:7 37-1 | 39°38 36°8 | 37:5 35:71] 35:9 34:3 | 33:3 32:2 | 32-2 31:1] 32:0 31:0] 319 31:0] 31:7 30°8| 31:1 30:2) 30:2 29:4]34:9 33:7 24 | 38:2 36:9) 39:0 37:4 | 39:0 37-3 | 39:0 37:2 | 39-0 37-0 | 38:1 36:1) 36°8 34:9 | 36-0 34:0] 35:0 33°0 | 34:1 32°6 | 83°8 32:4] 34:1 33°2] 356 34:2 25 | 43:1 38:2| 43:2 38:2| 43-0 38-1 | 42:8 38:0 | 42:9 38:1] 44:0 38:9 | 43°9 39-5 | 44:2 40:0 | 44:3 40°8 | 43:7 40:9 | 43:0 41:0] 42:1 41°2]40°6 37:4 26 | 43:1 42°1| 43-5 42:2 | 43-5 42-4 | 43-1 42:2] 43°6 42°3| 44-3 42°9 | 45-2 43:3 | 44-0 42:9] 44:3 43°6 | 44-4 43:°9| 45-9 44:1] 46-0 44°89 44-0 42-9 27 | 49:8 49-4] 50-0 49-8 | 50:0 49:6 | 50-0 49:2] 49°6 49:1] 49-6 49-2] 49-6 49-2} 49:5 49-2] 49:7 49-1 | 49-7 48:9/ 49°9 48°9/50°0 48:9] 48°8 48-1 28 | 51:0 50:0) 5171 50:0} 51:0 50:0|50°9 49:9] 50:4 49:9 | 50°9 50:0 | 50:7 50-0] 50-9 50-0] 51:0 5071 | 48:9 47:6 | 48°3 45:6 | 47:0 43°2]50-0 48-9 29 |39:1 37:3} 40-1 37:1| 38-7 36°3| 38:9 37-1] 38-4 36°6 | 37-4 36:0 | 38:0 35:4] 35:6 33-9 | 37-7 33-0 | 35:2 33°8 | 38-0 34:1 | 36-2 34:0]39°7 36:8 30 | 353 84-2) 35:4 34:4] 36:5 34:9 | 34-9 34:2 / 36°0 34°6 | 34-9 34°3| 85:2 34°7 | 36-0 34°2| 36:0 347 | 346 33°4 | 35°2 33°6 | 33°6 32°9]35°9 33°8 ’ |Mran, 46°4 43-6 | 46°7 43°8 | 46-7 43°6 | 46°1 43°2 45-6 42:9) 455 43-0 | 45:2 42°6| 44-9 42°4| 45-2 42:5) 44:6 42°0| 44-5 42:0 | 43:9 41:5] 44-9 42:3 358 BEN NEVIS OBSERVATORY. TEMPERATURE. Dry AND WET BULBS. DECEMBER 1892. 1 2 3 4 5 6 7 8 9 10 11 12 For Day ; Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.!Dry. Wet.[ Max. Min. 5 1 |18°6 18°6| 18:7 18-7} 18:8 18:8] 18:8 18°8| 18°8 18°8)17°8 17-8] 17:8 17°8) 17:0 17:0| 16°8 17:0} 17:2 17:8) 18°7 19°7 | 22°5 22:9] 22:5 14:9 ps 2 |161 16:1) 15°7 15°7|}13°8 14:0] 12:9 13°0} 11:2 11°6] 11:4 11:8] 11-4 11°8]10°9 11°3] 12:4 12:7|16°8 14:4] 15:2 14:°3/| 15:0 14:°2]18-0 10:9] — 3 | 18-2 18:2} 19°8 19°8 | 21:2 21:1 | 23:2 23:0 | 24:2 241 | 24:6 24:3 | 25°2 25:2 | 24-9 24°8| 24:9 24°7 | 25°8 25°8 | 23°5 23°5 | 21°3 21°38] 25°8 14:2 e 4 |13°8 13°8| 13:3 13°3/12°3 12:3) 12°6 12°8] 12-9 12:9] 12:7 12-7 | 12:7 12°8| 12:2 12°3] 12:8 12:9) 13:3 13°6|13°8 14:0 | 14:3 14°3]15:0 12:2 ¢ 5 |13°6 13°6|12°3 12°3| 124 12-4] 11:7 11:8] 11:0 11:0] 11:2 11:3) 11:2 11:2) 11-2 11-2) 11-7 11-8) 11°38 11-6} 12:2 12:7 | 13:0 13:2] 21-4 11-0 6 | 21:9 21°9| 21°0 21:0} 20°8 20:8 | 21:2 21:0} 21°8 21°6 | 22:2 22:0 | 22:9 22:5 | 22-7 22-4 | 23:0 22:8) 22:8 22°8| 23:0 23°0 | 28:9 23:9] 23:9 19:0 . 7 | 18-7 18°7|18°8 18°8| 19:5 18:1 | 20°5 17:7] 19-9 18°7 |20-2 18:2] 19-9 17°9| 20:2 18:3] 20:2 20:2 | 21:2 21:2 | 22°5 22°7 | 22:5 22°74 22-5 17-2 ; 8 |18°9 18°9}19°0 19:0} 19:4 19:4] 19°5 19°5]19'4 19°4]19'5 19°5|19°4 19°4/19°6 19:6] 19:7 19-7 | 20°5 20:5) 21-2 21°2| 21-4 21°5 24-3 189 ° 9 | 20°9 20°9)18'5 185/165 16°6|15°8 15:9] 15:0 15:0] 15-4 15°4])14°7 14:7] 14:1 14:1!13-7 13°38] 14:0 14:0] 13°8 13:8 | 14-2 14:2120°9 13:7 a 10 | 16°5 16°7 | 20-4 20°4| 20:0 20:0} 19°3 19°3 | 20:9 20-9 | 21:9 21:8} 20:9 20:9 | 22:1 22:1 | 23:2 23:2} 25°3 25:3] 26°77 26°7 | 27°7 27°74 312 165 4 11 | 25:0 25:0 | 24:8 24:9 | 24:0 24:0 | 23°4 23:4 | 23-4 23-4 | 23-2 23-2 | 23°7 23°7 | 24:2 24-2] 25-1 25:1 | 26°4 26:4 | 27°0 27:0 | 27:3 27°39 27°3 23-2 5 12 | 23°3 23°3 | 23°2 23:2 | 22°6 22:6 | 22:1 22:1! 21-6 21°6 | 21:4 21:41! 20°8 20°8 | 20°2 20:2 | 20°4 20:4 | 20:0 20:1 | 20°0 20:0 | 19°5 19:4] 23:3 18:2 r 3 | 18-2 18:2) 18-2 18-2) 18-0 18:0) 17:7 17-7) 177 17-7) 17-1 1714 17-7 17-7) 175 17-5 | 17:3 17-3) 176 17°6 | 17-9 17-9 | 18-9 18°99 27-2 17-1 “4 14 | 28°5 28°3 | 30°0 30°0 | 31°7 31°6 | 28-8 28°7 | 30°2 30°2| 29:8 29°7 | 29:4 29:3 | 30-7 30°7 | 30°5 30:4 | 29:1 29:0 | 30:0 30:0 | 30:0 30:0] 31-7 27:2 4 15 | 29°3 29-2 | 29:0 29:0 | 28-5 28:5 | 29°2 29:1 | 29°5 29°4 | 29:0 29:0 | 28:9 28-8 | 28:0 28:0 | 26:7 26-7 | 26°7 26°7 | 27:2 27:2 | 26°9 26:9] 29°5 26-1 . 1G | 27:0 27:0 | 27°8 27-7 | 27:2 27:1 | 27°1 27:1 | 27:1 27:0 | 27-2 27:2 | 26-3 26°3 | 25-8 25:8 | 27:8 27:8 | 30°7 30°4 | 32:3 32°3 | 82°2 32:21 35°8 258 : 17 | 32°2 32-2 | 32:0 32:0 | 31°8 31°8} 31:0 30°9| 31-2 31:1] 31-6 31:6 | 30°4 30°4 | 30°3 30-3 | 30:1 30:1 | 30-0 30:0 | 30°1 30:1 | 30°3 30°3] 37-4 29:8 > 18 | 37:2 37°2| 375 37°5 | 36-9 36°9 | 36°9 36:9 | 33-3 33-3 | 31:2 31°5 | 30:0 30:0 | 29°9 29-8 | 29:3 29-3 | 29-5 29°5 | 29°3 29-3 | 29:0 29:0137°5 2871 2 19 | 29-0 29:0 | 29°3 29°3 | 29°2 29°1 | 28°7 28-7 | 28°6 28°6 | 28:5 28°5 | 28°3 28°3 | 28:4 28:3 | 27:8 27-8 | 28:6 28-5 | 29°8 29°8| 31:2 31:2]32°6 278 7 20 | 32:4 32:4 | 32°3 32°3 | 31:8 31:9] 30°6 30°6 | 31:0 30:9} 30:1 30:0 | 28-2 28:2] 27:8 27°8 | 26°8 26°8 | 25°8 25:8 | 261 26:0 | 25:1 25:1] 32-4 23°8 21 | 29:0 28-7 | 29°8 29-4 | 30:0 30:0} 30°2 30:1 | 30°3 30:3 | 30:3 30°3 | 30-3 30-2] 30°3 30:3 | 30°4 30:4 | 30:7 30:4 | 31:0 31:0} 30°9 30°9] 32-0 29:0 = 22 | 82:1 32:0 | 32:2 32°2/| 382°1 32:1 | 32:°2 32:2] 32:2 32-2) 32-1 32-1] 31-4 31:3) 31:0 31:0 | 30°8 30°8| 31:0 31:0 | 31°8 31:8] 31°7 31°7] 32-2 26-2) 23 | 26°4 24°7 | 26-4 24°8 | 261 24°3 | 25:9 24:3) 25-4 24:9 | 24:0 24°3 |) 25:0 25:1 | 24°9 25:1 | 24:2 24:2 | 22:6 22:7 | 22:2 22:4 | 21:2 21:27 26-4 14:5) 24 | 17-7 16°4/19°5 16-7 | 22°1 17:8} 22:9 17-1 | 25-1 17-6} 24:8 17-2] 25:0 17-3 | 24°7 17-1 | 24:3 17-0 | 25°6 17:8 | 26°6 18:4] 25:7 18:21 30°0 17-7) ~ 25 | 28-0 19:0} 28°8 19°5 | 27°7 19:0] 28-5 19°8 | 28-2 19-1 | 27-2 18:1 | 28-7 19:2] 29:3 19-9 | 30:0 20-4 | 29:9 20:1 | 30°3 20:9 | 32-1 21:8 382-1 27:0) 26 | 28:1 20°7 | 29:0 21-1 | 28°3 20:1 | 28°6 20:1 | 28-1 20:0 | 29:9 21-2 | 29:7 21-3] 28-1 20-1 | 28:4 20-3 | 28:9 20:2 | 29°7 21:1 | 29:0 20°54 31:8 281 27 | 3071 21°] | 30°8 21°8 | 30°8 22°1 | 30:3 21:9 | 29-6 21-3 | 30-0 21:3 | 30-2 21-7 | 28-7 20-1] 28:0 19°8 | 27°7 19:9 | 25:7 19:2 | 26°3 19°54 30°38 23:0) — 28 | 27°7 20°6 | 28:0 22:9 | 27-8 21:9 | 27-8 21°6 | 25:6 20-1 | 27-1 20°5 | 27-1 21:3 | 25:0 20-8 | 25°1 20-8 | 25:4 20°8 | 25:1 21-9 | 22°4 21:6] 28-0 23:2 29 | 23-4 21°5 | 23°8 20:4} 26:0 21:0 | 27:1 20°3 | 23°8 21:1 | 23-2 20°5 | 23:0 21:1} 21°38 21:4 | 22:4 22:4 | 22°7 22°7 | 23:4 23-4 | 23°4 23°49 27-1 21:3 30 | 23°3 23°3] 23°56 23°7 | 23°3 23°3 | 232 23:2 | 23°1 23-1 | 23-1 23:1 | 24-1 24-1} 25:0 25:0 | 25:0 25-0 | 25:2 25:2 | 25°2 25:2 | 24:9 24:91 25-2 20°5 3 20°7 20°2} 19:3 19°6 | 20-4 20:1] 19°4 19-7 | 19-0 19:3 | 20°0 19°8| 15:0 15°6 | 16:2 15:0) 15:1 15:3) 15°7 15:9] 18:7 18-7 | 19°0 19:0] 20-7 156 MEAN,| 241 22°8 | 24°3 23:0 | 24:2 22:8 | 24:1 22:5 | 23°8 22-5 | 23-8 22:3) 93-5 22°1 | 23°3 22:0! 23:4 92:2) 23-8 99:5 | 24:2 23:1 | 24:3 23:2127°6 207 13 14 15 16 7 18 19 20 21 22 23 Midnight.] Mean. Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet.|/Dry. Wet.|Dry. Wet. 1 |19°0 19:4] 16°9 17:7} 17:0 17°2| 16:0 16:4] 16:0 16:3] 17:0 17:0) 15°8 15:9] 14:9 14°9|16°0 16:0} 16°9 16:9) 17:4 17°4| 168 16°8]17°6 177 2 | 15:0 13°38) 11:9 12°0| 18:2 13°3| 14:3 12°9])17:7 15:0) 16°7 16-7 |17°8 17°5|17°9 17:°9| 17:4 17-4] 17:9 17:9} 18:0 18:0) 16:3 16°3]14:9 14:6 3 | 21-0 21°0|19°4 19°5| 165 16:7 |16°3 16°3) 16-2 16:2) 15-9 15-9) 162 16:2)16°5 16°5| 161 16°71] 161 161 | 15:2 15:2) 142 14:2]19°8 19:8 4 |14°7 14:7) 15:0 15:0} 14:7 14°7|14°7 14:7 | 14-7 14:7] 14:3 14:3] 14:0 14:0] 13-9 13:9] 13°8 13:8) 139 13°9|13°8 13°8| 13:7 13°7]13°7 13:7 5 |14:0 14:0] 14°6 14°6| 15:4 15:4)18-7 18-4}17-2 17:2] 15-7 15°7|15°9 15-9] 19-3 193 | 20°8 20-8} 21:3 21:3] 21:0 21:0 | 21°4 21°4]14-9 15:0 6 | 22-9 22:9} 21:0 21:0] 20:0 20:0} 19:0 19-1 | 20:0 20:0) 19-8 19-8} 19-0 19:0] 20:0 20:0 | 20:0 20:0} 19:2 19:2) 19'2 19:2) 19-9 19:9] 21-1 211 7 | 22:4 22°7 | 22-1 22:2) 21:4 21:4] 20-9 20-9 | 20°1 20:1] 19-2 19:1] 19-9 19:7} 18-1 18:1] 17:2 17:2]17-4 17-4 | 18:3 18°3| 182 18:2} 20-0 195 8 | 2071 20:1 | 21:0 21:0 | 21°3 21°3 | 22°0 42-0 | 22:9 23:0 | 23:4 23-5 | 24-2 24-2 | 24:3 24-3 | 23:9 23-9 | 22°7 22°7 | 22:2 22:2 | 22°] 22°14 21:2 21:2 | 9 | 15:0 15:1] 155 15°6| 15-9 15:°9)15°6 15°7| 15:8 15°8)15°8 15°5|15-4 15:-4)14°9 14-9]15-1 151]15°9 15°7/ 162 16:2) 15°3 15°3415°5 155 | 10 | 29:8 29°8} 30-4 30°4| 30:5 30°5 | 31°2 31-2] 31:1 31-1] 30-3 30°3 | 29-6 29-8] 28-4 28-6 | 27-2 27:2] 26:8 26°8 | 26:0 26:0 | 25°8 25:8] 25:5 25°5 | 11 | 26-8 26-8 | 25-8 25:9 | 25-6 25:7 | 25:3 25:3| 25-7 25-7] 26-1 26:1 | 26:4 26-4|25°6 25:6 | 24:6 24:6 | 24-1 24:1 | 24-1 24-1 | 23-8 23-8] 25-1 25-1 | 12 |19°5 19°7]19°3 19°3| 18:8 18°8'18-6 18-6] 18-2 18:3118-5 18°5| 19:0 19:0] 19-1 19-1 | 20:0 20:0! 20-5 20°5| 205 20°4|19°8 19°8120:3 203 3 | 18°8 18-8) 18:0 18°0| 17:0 17:0} 19-8 19:8} 19-2 19-6 | 20-3 20-0 | 20-8 20°8 | 22-2 22-2 | 22-8 22-8) 22:8 22:8 | 25:5 25°5 | 27:2 27:2]19'5 19% 14 | 30:0 30:0 | 29:2 29-2 | 28:0 28:0 | 27:4 27-4 | 27:3 27:3 | 27:2 27:0 | 28:2 28-2 | 27-3 27-3 | 288 28°8| 29-5 29-5 | 29:2 29:2 | 28°8 28:°8] 29:2 29:1 15 | 27:8 27:7 | 28:2 28°0| 26:9 26°8 | 27:0 27-0 | 27:0 27-0 | 26-3 26:3 | 27:0 26°8 | 26°8 26:8] 26:1 26:2 | 26:2 26:2 | 26-2 26:2 | 26°7 265]27°5 27° 16 | 32:3 32:3 | 32° 32:5 | 32:7 32°7 | 33°5 33-5 | 34:5 34:5 | 34-7 34:7 | 35-2 35°0| 35°3 34°3| 35:8 35°8| 35°5 35:5 | 33°2 33-2 | 32°5 3254311 311 17 | 30°3 30°3| 80°9 30-9 | 30°3 30°3 | 29°8 29-8 | 31°8 31°8| 35-0 35-0 | 36:4 36-4 | 37-2 37:2 | 37-4 37:4 | 37:1 37:1 | 37°3 37°3 | 37°3 37:3] 82°6 326 18 | 28-4 28-4 | 29-0 29-0 | 28-1 28-1 | 28:2 28-1] 28-5 28-4 | 28-7 28°6 | 28°8 28-8 | 29:0 29-0 | 29-2 29-2 | 29:0 29:0] 29:0 29:0} 29:0 29:0} 30°6 30°6 19 | 31:9 31:9] 31°8 31:8] 32-0 32:0 | 31:8 31:8 32:2 32:2 | 32:2 32-2) 32:4 32:4] 32-5 32:5 | 32:5 32:5] 32°5 32:5 | 32°6 32:6 | 32°5 32751306 306 20 | 24°3 24:3 | 24:2 24°2 | 23°8 23:8 | 23:8 23-8 26-8 26°8| 26:3 26°3 | 26-0 26-0 | 27-2 2771 | 27°8 27-8 | 28°0 27:8 | 28:8 28-7 | 29:1 29:09 27°7 276 21 |307 30:7 | 30°7 30°6 | 30:3 30°3| 31:0 30°8 31-0 30°8| 30°6 30:5] 31:0 30:9| 31-2 31:0] 31:0 31:0] 31-0 31:0 | 31°8 31:8 | 32:0 32:0} 306 306 22 | 30°8 30°8 | 29°3 29:3 | 29-2 28°8 | 28-5 27-8 | 28-4 27-9] 28-0 27-2] 27-8 27-0 | 27:2 26-9] 27-1 26°5 | 26-6 25:9 | 26°6 25:4 | 26:2 24:9] 29°8 29% 23 | 21:1 21:3 | 20°8 20°9 | 20°5 20:7|19'5 19-7 | 188 19:0] 18-9 19-0] 185 19°5|18°6 18°7]18°5 18:6] 17:1 17:2) 15:5 15:6] 14:3 14:7} 21°5 21° 24 | 26°4 18°1| 25°6 17°6 | 25:1 16:9 | 23°9 16-3 | 27-1 17°8| 26°8 18-1 | 28-4 19-5 | 29-4 20:0 | 28:4 19:9] 30°0 21:0 | 29°6 20-4 | 28-9 19:9] 25:6 25 | 30°3 21°1 | 29°8 20:2 | 28°7 20-1 | 280 19°7 | 28-1 19-4} 28:0 20-1 | 27-0 20°6 | 27:8 20:1) 27°8 20-1 | 27:3 19°9 | 27°8 20°5 | 27°6 20:2 28°6 26 | 29°2 20°7 | 30°1 21:2] 29°8 21-1 | 29°7 20-9 | 29-2 20-8) 30°5 21°8| 30:9 22-0 | 31:8 23-1] 30°8 21°3) 29:3 20:4 | 29:1 20:3 | 28-4 20°1 | 29°4 27 | 24:0 18°3 | 24°7 18:3 | 25-0 18°3 | 246 18:0 | 23:0 17-1 | 23-4 17:3] 25-0 18°3| 27-0 24:9 | 27-2 25:0 | 29:2 21:2 | 28°0 22:4 | 27°2 21:04 27-4 28 | 24:1 24:2| 24-5 24°7 | 24-2 24-4 | 26:2 26-2 | 26-3 26:3] 26:5 26°5 | 26-1 26:2] 25-9 25:9 | 25-1 25-1) 25:1 25:1 | 23:2 23:2) 24°1 22:21 25:6 29 | 23°3 23°3| 23°5 23°6 | 23:4 23-4 | 24:0 24-0 | 24-7 24°7 | 24-9 24-9] 24:8 24-8] 25-1 25-1] 25-1 25-1] 24:9 24-9 | 24:2 24:2 | 232 23:2 [239 30 24-8 24°8 | 24-9 24-9] 25-1 25-1 | 24-4 24-4 | 23'S 23-8] 23-3 23-3] 22-9 29-9] 23-1 22-8| 22-4 29:3] 21-8 21-5 | 21-1 20-9] 20:5 20-3 | 23-6 3 19-2 192] 18-8 18:8] 18-7 18°7| 18-7 18-7| 188 18:9]19-0 19:0| 18-9 18-9] 18-9 18-9] 18-3 18:3] 18-3 183] 17-7 17:7] 18-1 18-1 | 18-4 Mran,| 24°] 23'1| 23:9 22°8| 23°5 22°5 | 23°6 22:6 | 23-9 22:8] 24:0 22:9] 24:2 23-7] 24:4 23:5| 24:3 23:4 | 24:3 23°2 | 24:1 23°1 | 23:9 22°8 | 24:0 | FORT-WILLIAM OBSERVATORY. 399 TEMPERATURE. Dry AND Wer Bucss. DECEMBER 1892. 1 2 3 4 5 6 7 8 Hy) 10 1] 12 For Day. Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.|Dry. Wet./Dry. Wet.|Dry. Wet.JMax. Min. 1 | 34:9 33:7 | 34:1 32:9] 35:0 33:2 | 33°6 33:0 | 33:2 32°7 | 32°5 32°3 | 32°6 32:2 | 32:1 31:5] 32°2 31:4} 31:3 30°6| 31:1 30-0| 31:9 80:7] 35:2 24:0 2 | 27:7 27:1} 28°9 28:0 | 27:0 26:9 | 26:2 25:9 | 26:7 26°1 | 26°0 25:3 | 25:5 25:0) 24°8 24°4 | 22°8 22°5 | 23-1 22-4) 23:3 22-5 | 24:7 23:2]129°2 22°3 3 | 30°6 28°7 | 35°0 32:1 | 365 33:9 | 36-9 35:0 | 36°4 35°3 | 35:9 35°6 | 37-9 37:3 | 37°7 37:1 | 39°7 38°6 | 41:0 38:9] 37-5 36°6 | 35°8 35:3] 41:0 26°6 4 |30°5 31:0} 28°8 27:9] 31:7 29°3] 31:0 29°5 | 31:1 29:9/31°9 29-2 | 29:9 28-9) 31:0 28°8| 31°5 29-8 | 32°7 3071 | 30:2 28°7 | 32-9 30:4] 35:4 28-2 5 | 30:0 29°7 | 29:1 28:8 | 29:7 28:8 | 27:9 27:4 | 31:3 28:7 | 31:3 29:8 | 31:7 30:7 | 31:0 30°6 | 30°7 30°9| 31:9 28°8 | 32:4 29°1| 33-2 30°2] 38-1 27-2 6 | 37°3 36:0] 37°4 35:1] 36°6 34:8 | 37:8 35:9 | 36:0 34:9 | 35°7 34:9 | 37°3 36°5 | 38°3 37:0 | 36°5 35°8 | 38:5 37:0] 39°3 37°6| 38:0 36:3] 39°4 32:1 7 | 31°7 30:1] 31°8 30-1 | 31:0 29-5 | 28:0 [28-0]| 28:4 27-6 | 27°5 26:9 | 27:0 26°6 | 28:0 26:9) 27:9 27-0 | 28:3 27-4] 30-0 28-9 | 30°6 29-8] 33:0 27-0 8 | 27:9. 27:9 | 27°9 27-6 | 29:0 28:6 | 28:5 28:0 | 29°1 287 | 29-7 28-9 | 29°6 28:9 | 29:0 28°7 | 30:0 29°6 | 30:9 30:2 | 31:4 30°8| 31°6 31:4] 34:2 26°8 9 | 35°6 34°3 | 36°0 33°7 | 36-2 33:1 | 36:1 33-0 | 36°3 32°2 | 35°4 32°3 | 33:3 32:0| 33:1 30°7 | 30°0 27:9 | 29:4 27:0 | 30°5 27:9] 30°1 27:-4]37-°0 24-2 10 | 25:0 24:0} 25°0 24-2) 26-7 26-0 | 27:0 26:7 | 27:0 27:1 | 28:4 28-9 | 33°5 32:0) 33:6 33°3 | 34°8 34°5 | 35:9 35°6 | 36°7 36°1 | 37:0 36°6] 44-2 24°5 11 | 40:0 38°8/ 40-0 38:3} 39:1 38:0] 38:7 37:2 | 39:1 38:0 | 39:4 37-9| 39:0 38:0 | 39°7 38:0 | 40:0 38°6 | 39:8 39:0 | 40°4 40:1 | 41:2 40°9] 42-2 38-0 12 |40°9 38:2} 40-1 37:9] 39:0 37-2] 39°5 37:0 | 39°1 37:0 | 38°7 36°8 | 38°7 36:4] 38-9 36:0 | 38-7 36-0 | 37°38 35:3! 39:0 35°8| 38:9 36:01 41°1 36-7 13. | 38:1 33:7] 39:0 34:0} 37:5 34:0 | 36:4 33-4 | 37-0 34:0 | 37:0 33:9 | 36:0 33°5 | 37:0 33°8 | 36°9 34°6 | 36:1 33°5 | 36°3 33:9 | 37:0 35:0] 39°5 34:3 14 | 38:2 37:9| 39°] 38°9] 41:0 40°4| 42°5 41°6 | 42:9 42:0 | 42°6 42:0 | 43:0 42°5) 42°8 42:4 | 43:0 42°8| 42°2 42:2 | 42:0 42:0 | 43:2 42°81 45-2 36-7 15 | 44:1 42°38) 44:5 42°9| 44:2 42-4] 44:8 43:0 | 45:0 43°3| 45:0 43°5 | 44:7 48:1] 43°8 42°1 | 42°2 40°8| 42:0 41:0} 42:0 41-0 | 42:1 41:0] 46:3 42-0 16 | 43:1 40:4] 43:2 41:0} 43-0 40°6 | 43:4 41:0 | 42-9 40°8 | 42:2 40°8 | 42:2 40°8| 43:1 40°3 | 44-0 41:4] 42-1 41:4] 43°6 43:0] 45:0 44:2] 49-2 41:7 17 | 48:7 45°8| 48:6 44:9] 48:2 44:9] 48:2 44:3 | 48°5 44°6 | 48-7 45:0) 48:5 44:4] 48-0 44:0 | 47:2 43-9 | 47-4 43°9| 47:9 44:1] 47:9 44:1] 49-1 45-8 18 | 48:3 48:4} 48:5 48:5 | 49:9 49:6] 51:0 501 | 50°9 47:1] 49°8 45:0) 49:1 44:2| 48-8 44-1 | 48:3 43-8] 47-4 43:7 | 48:1 43:7] 48:0 43-4] 51°8 44:8 19 | 46°6 43:0 | 46:4 43-2] 46-0 43:2] 46:0 43:0 | 45:2 43:1 | 45°8 42°8| 44:9 42°6 | 44°6 42°2| 44:0 42:0 | 44:0 41-9} 43°8 42:1 | 43°5 42:0] 46°8 39-2 20 | 38°9 38°5 | 38°5 38°0 | 38:1 37:5 | 38:0 37:2 | 37°6 37:0 | 37:3 36°6 | 37°3 36°5 | 37:1 36°4| 37°7 36°6 | 37°5 36°5 | 38:1 37:0 | 38°9 37:4] 42°1 37:1 21 | 39°8 38°3| 39°5 38°5 | 39°38 38:6 | 39°8 38:5 | 39°7 38:8 | 39:3 38-9 | 391 38°9| 39°8 38:7 | 400 38:9 | 40-4 39°6 | 40-8 39°7 | 40:0 39°89} 41:9 59:1 | 22 | 41°7 4171} 4171 41:0) 41:1 41:0] 41-0 41-0 | 41:0 41:0 | 41-1 41-0] 41-1 41°0} 41°1 41:0 | 41:2 41°0| 41°5 41:1 | 41°9 41°3| 42°6 41:9] 43-2 34°9 23 | 34:7 34:3) 35°0 34°8 | 34:7 34:4] 34:4 34-1 | 35°1 34°6 | 35°1 34:1 | 35°2 34°2| 37:1 35-7 | 36°2 35:1 | 35°8 34-7 | 39°8 36:2 | 40°2 36:1] 40°8 33:9 24 | 36:0 30:9 | 34:9 30°6 | 33°3 29:9] 31°5 29-1 | 31°38 29°9 | 29:9 28°8 | 30°2 28:9) 28°5 28:1 | 28°5 28:0 | 28-5 27°8|29°6 27°3| 30°5 28°8]37:1 24:7 25 | 24:4 23°7 | 24:0 23:0 | 24:1 22:8 | 23°9 22:7 | 23:5 22°3 | 23°1 22°3 | 22°8 22:1] 21:2 20:9 | 21°7 21:0 | 22°3 21:2 | 24:1 22:2 | 25:7 23°54 27-1 20:1 26 | 21:0 19:8 | 20°3 19:5 | 20-6 19:5] 20-0 18-9 | 20-2 19-1 | 20°3 19-6 | 20-5 19-6| 21-0 20°9| 19-9 19-1] 18-0 17-7] 21-9 20-1 | 227 21:2] 24-9 17°9 | 27 | 21:5 21:0} 20-9 20°8 | 21°6 21:0 | 21:6 20-9 | 20°3 20-1 | 21°8 21:1 | 20°0 20°1 | 22°2 21:4 | 22°2 21°6 | 22:4 21:9 | 25:0 24:4 | 24:8 23:9731°9 20:0 | 28 | 23:9 23:9] 24:9 24°9| 25°4 25:2] 26°9 26°9 | 26:0 26:0 | 26:1 26:0 | 32:0 31:4] 32:3 32:0 | 31°8 [31:0] 33°9 32:2 | 37:4 34:2 | 38:2 35:7] 39°9 23°9 29 | 39:0 36:0} 37°5 34:1} 38-0 35°9 | 37-2 35°3 | 38:0 35:1] 38-4 34-9 | 39-2 35:4) 39°7 36:0 | 41:0 36°7 | 41:2 36°7 | 41°9 387-7 | 413 37°29 42-4 346 30 | 41:1 37°3} 40:0 37°3| 40°3 37:4 | 39°5 36-9 | 38:0 35°5 | 38:4 36:0} 38°9 36:4] 39:3 36°9 | 36:0 34°8 | 36:9 35:0} 37°2 36:1 | 37°5 36°54 42-1 34:8 31 | 36°3 33°2 | 33:4 31°9 | 33°1 31:2] 31°9 301 | 382°0 30°1 | 31:0 29°8| 31°9 29°9| 33-2 31°8 | 32°7 29°7 | 384°9 31:3 | 32°5 31:0 | 33:0 32:0] 38°38 30°6 Meran,} 35°4 33°9 | 35°3 33:7 | 35:4 33°8 | 35:1 33°7 | 35°] 33°6 | 35:0 33°6 | 35:2 33°9| 35:4 33°9 | 35:1 33°7 | 35°3 33°7 | 36°0 34:2 | 36°4 34:7]. 39:7 3174 | 13 14 1S 16 7 18 19 20 21 22 23 a ————— — = — — — aoe — i Dry. Wet.|Dry. Wet./Dry. Wet./Dry. Wet.!Dry. Wet.|Dry. Wet./Dry. Wet. Dry. Wet./Dry. Wet.|/Dry. Wet.|Dry. Wet j 7 | 32% 31:1 | 32:7 31:1) 31°5 30-0 | 29°4 29-2 | 28°1 27:2) 27°3 26°7 | 26°2 25:4 1246 24:0 | 24:4 24:0 | 24:7 24:3] 26:0 25°5 D) 2 | 25:1 23:8) 25:1 23:8 | 25:0 23-7 | 22°5 21-6 | 23:0 22-0 | 25:1 23°7 | 24:9 23-5 | 25°3 24-1 | 27-1 25-6 | 27-0 25-9 | 26-4 25-3 } 3 | 37:0 35:9 | 36:9 34:3 | 34:0 32°9 | 33:0 32°4 | 32°4 32:2] 36:0 32:2 | 34:0 32:2 | 33:8 32:2 | 82°8 32:1 | 34:7 32:2 | 34:4 32:0 ' 4 | 32:3 30°5 | 33°3 31:7 | 33:9 31:1] 34:7 32:2) 34:3 30:2] 32°9 30-2 | 34:7 30-8 | 34:1 30:0 | 33:8 30°9 | 32:1 30:0] 30°9 29-6 ) 5- | 342 31:1] 33:3 30:0/30°5 30:9] 31°8 31:9} 31:0 30°6| 29°9 28°8| 380°7 28:9 | 31°6 29°8 | 32:1 31:6 | 33:9 33:2 | 36-7 35-0 | 6 | 37:0 36:0] 37:4 35°7| 37:0 35:0 | 36°3 34°5 | 35:4 33°7 | 36:2 34:0 | 37:0 35:0 | 36°3 34:0 | 34:4 32°6 | 32°9 31°6| 33:0 31-4 ) 7 | 81-1 30°8 | 32°1 31-9] 32-0 32:0) 31-2 31:0] 31-1 31:0} 32-0 31:8 | 33-0 32:0 | 31:0 30°9 | 29°6 29:4 | 28:0 28:1 | 27-0 27:3 < 8 | 31:9 31°8 | 32°8 32:0 | 33°2 32°6 | 33°9 33:2 | 33-9 33-7 | 32:7 32:5 | 32°4 32-4 | 32-4 32°6 | 33:0 32°8 | 31°9 31°3 | 33°8 33:0 1 9 | 31:9 28:9} 31:0 28-7 | 34:0 30°9 | 31:9 29:3 | 32:1 29-9 | 30°3 28°5 | 30°2 28-4 | 29-0 27:3] 27:7 26-6 | 25:8 25:0 | 24:2 24:1 | 10 | 39:2 39:0] 40:0 40:0 | 41:2 40°7 | 42°5 41°8 | 43:0 42:2] 43-7 43:0 | 43°8 42-9 | 44-1 41°7 | 42:8 40°6 | 42°5 40-2) 41°3 39°6 Wl | 41:1 40-7 | 42-0 39-9| 42-0 39-9 | 42-0 39-9 | 42-0 40-0] 42-0 40-0] 42-0 40-0 | 42:0 39-6 | 41°8 39-2] 41-4 38-8 | 41-3 38-6 12 | 40:2 35:5] 40:0 35°4/39°5 35:0! 39:0 34:8 | 38°8 34:2! 38°7 34:3] 38°38 34:3 | 38°9 34:3! 39:2 36:1 | 37°6 35°81 36-9 35°3 13. | 38:0 34:9 | 37:7 34:9| 35:5 33:2 | 35:0 32°3 | 34:8 32°6 | 35:0 32:9 | 35:4 33-0 | 35°8 33°5 | 34°9 34:2 | 35:4 34:3 | 36-9 35:8 14 | 43:2 43:0] 44:2 43:0] 44:6 42:0 | 45:0 41-7 | 42°9 40°7 | 43:0 40°4/ 42:9 40°9| 42-1 40°7/| 42°9 41:9 | 42°6 41°6 | 44:3 43:0 15 | 43:0 41:3) 44:1 41:9) 45-7 41:2} 45°3 41°83 | 45:9 41°7| 45:9 41°1 | 45°3 41:3] 46-0 41:0) 45°2 40°6| 45°5 40:7 | 43°8 405 16 | 46:0 45:0] 48:1 46:0] 46-0 45°3 | 45°9 45°6 | 46-2 45°9| 46:7 46:2] 47:0 47:0 | 47°8 47°4| 47:4 47:3 | 47:9 47°8| 48°9 47:3 17 +| 48:0 44:1] 48:0 44:4] 47:4 44°8 | 46°6 45:0] 47-0 45:4 | 46:0 45:0 | 46°9 46-2] 48-5 47:9] 48:4 48:1] 48:7 48:4 | 48-7 48°5 /18 | 48:0 43:0] 47-4 43°3| 45:9 42°2| 45:8 42°5 | 44:9 42°5 | 46:2 43:0 | 46°3 42°6 | 46°3 43-0] 46°8 43°3| 46°7 43:0] 46:7 43°3 19 | 43°6 42:2) 43-2 421 42:3 41°9| 41:4 41°3| 41:0 40°8 | 40°8 40°7 | 40°5 40:4 | 40°7 40-4 | 40:4 40-2 | 39°8 39°6 | 39-2 39-2 | 20 | 39:4 38:0} 40°3 38°6 | 41-0 38°5 | 42:0 38°5 | 40°2 39:3 | 40:0 38°5 | 40:0 38°6 | 40-0 38°5 | 39:4 38-3 | 39:0 38:2 | 39°2 38:1 21 | 41:0 49:0) 41°3 40-2 | 41°2 40°3) 41-0 40:0 | 40°8 39°8 | 41°0 40°3 | 40°38 40°0 | 40°8 40:0) 41°0 40°3 | 41-7 40°7 | 41°9 40:9 92 | 43:2 42:6 | 42°6 41:9 | 42:1 41:2] 40-1 39°7 | 38:8 38°3 | 38°9 38:2 | 37-7 37:1 | 37°6 36:9 | 36°9 36°8 | 36:0 35:7 | 35°1 34:8 23 | 39:9 36:0 | 40:0 35:9] 40:0 35:7 | 39°4 34:9 | 39:2 34:5 | 39:4 34°4 | 36°0 32:9 | 35:0 32°6 | 35°1 32°4| 361 32°6 | 36:9 32°3| = 94 | 31:1 28:9] 31:9 29°4)| 31:0 28-7 | 30:2 28°5 | 29-0 27:2 | 28°6 26:9 | 28°2 26°8 | 26°3 25:9} 25°9 25:0 | 25:4 24:7 | 25-2 24:2 | : 25 | 25:0 23:2) 27:0 24:3 | 26°8 24:0] 25:5 23°7 | 24°7 23:0 | 24:0 22°] | 23:2 21-7 | 23-0 21°8 | 22:0 20°9 | 21°7 20:2] 21:9 20:2 56 | 24°6 23:6] 24:2 22°8| 24:°9 23:4 | 23:2 22°3 | 23:0 22:2 | 24:0 22°9) 24:0 23:3 | 23°8 22:8} 22-7 22°1 | 22°9 22-1] 22:0 21:5 |: 27 | 28:5 27:0| 29:0 27-9 | 31:2 30:0 | 28:8 27:9 | 28:0 27:6 | 280 27°6 | 26:9 26°5 | 26:0 25:7 | 25:1 25:1 | 24:0 23-9 | 24:0 24-0 98 | 37:9 35:8} 38:4 36:1 | 38°8 36°7 | 39:2 36°8| 38°7 36°9 | 38°38 36°9 | 39°3 37-3 | 39:2 37:4 | 39°3 37:1 | 38°7 36°6 | 38°3 36:1 |: 99 | 42:0 37:8] 41:3 38°1| 41°9 38:4] 41°7 37°8| 41:6 38-2] 41°5 38:3} 41°4 38:5 | 41:4 38°7| 41-4 38:9] 41°1 38-7 | 40-2 38:0] = | 30 | 38:7 36:8) 38:0 36:7 | 37°7 36°8| 37:0 36:0 | 36°8 35:3 | 36°6 34:2] 35°9 33-9 | 35:3 33°9 | 35-9 33°5 | 35:4 33-2 | 35-0 33:1]: 31 | 33:2 32:21 37:0 32:2 | 38:4 33:3] 38:4 33°8 | 38°6 33:6 | 38:2 33°9 | 38:2 33°6 | 38:0 33:1) 37°5 33:0 | 37:5 33°0 | 37-2 32:9 |< Mean,| 37:0 35°2| 37°4 35°3| 37°3 35:2] 36°38 34:9 | 36°4 34°6 | 36°4 34°5 | 36:2 34:4 | 36°0 34:2| 35:7 34:2 | 35°4 33°9 | 35-4 360 BEN NEVIS OBSERVATORY. RAINFALL, INCHES FOR Hour ENDING— JANUARY 1892. Die }3 4/5] 6 | 7] 8 | 9 | 10) a2) 12] 13 | 34 | a5 | 16 | 17 | 18 |/19 | 20 | 21 | 22 | 23 [ene Amount SSS a SS SS be, ee SS eee ee eS re : on | al cena es ate fo feos) a age eo oN a eT ea a eal ere 2 | +032 | 042 | -032_ -043 | -065 | -050 | -065 | -090 | -070 | -065 | -061 | -061] 032 | -024 | 083 -092 | -123| -060 | 043 | -081 | -061 | -100 | -062 | 073] 1510 8 [[-010] - |[-010) —* [(-010][-0103|(-010}f-010]) - |c-o10j[-o10) - fe - | = | - | - | - | - J}= 42) = | =) = = iosgeme aPee | a ey cot eet Payee th. Poy cee | ed a Boye | ale RS BO corte geo) | Ronen econ me 5 | 080 | -045 | 072 -088| -080 | 108} -158 | +117 | -040| -040 | 099 | ovo] -or2} - | - | - | - | - | - | - | - | = | - | = | 09599 Gi] tee | occ retin A eee Aes eS ee len Pilthe tatgL fee et inl Eth le ee a sco te - | oa 7 | - | +040; -036 -019| 017} -020)-001} - |-o16}| - | - | - | - — | 032 | -080 | -060 | -027 | -012 | -034 | -037 | -015 | 020] 0-466 | 8 | “062 | -040 “045, -052) -060 | -080 | 045] -060 | -060 ) 025 -100| 110 [-1o0}{-00{-050](-020}{-oz0}{ ony = | - | - | - | ~ | = | 1039 = = 2 a1 . = a ie 3 2 | coon) = z ie ie = s = ks e cf a = = ' 10 | = |. =. fr010}f-010]) = f-o10} = |[-010)) - |[-010]] -015| ‘O10 005) =") - | = | = | = 4) =-] =| = | 92) Se) 2s) aotgeme apt) bcd ee ge ll ewe es ret: thee ens, Ble ~ | -]- | - | - |-o10} - | - | -016| -013} -020 | -o10| -013 | 050] 0-182% 12. | 0B4! +047 |-oa1! 2028 boat! |--o20)-001/|'003|=— | = 12 fra fel | fae | st 2.) = peo 2s) il eee ee Wili= fon | — Ne bak] t= Gre = | Se eee] b=. con} 02011-0351) 20407) 027 |) | Sonne enrages 14 | -040 | -022 | 047 -053}-160] - | - | - | 020] -020}-049] - | - | -002] -016 | -033 | -020 | -058 | -035 | -032 | -088 | -052 | -016 | 053] 0-816 15r5| t000)4094 | * OL ts hee = Woe Sree Mie! fo Los = th ao] ce yh Si lea eee POre| Pee | Ca lO Mes Wee there Meee) Mee Me hh Le) erghe Leal ie) ecm lh alellt Zealll) eet aati a 7 3| PSediose (OS Me ete Pie fe ede ters | cee | a [ek S82 iiceeel sel Saal i ea eee} = fre yee oie de iste eed) chp lo hes feet Se) 12 2 cago! cava (008i) ean enn or 19/4] Olt |-002 | -009 F010 f-00g vor i] =F - fere) = | a) SS oa) a - = | = E— = — = fo! —) = =: = — = | = } — } — —— = — = —" ome Lom _ q Wo jistiee fos Pe Pee fee fe - |e fe | = | ah eo = |= be} Se [pogo op07)t02071f-0103);-0010)|[-010]) a Onn aa 2 |- | - |) - - | — | ~ | -016| -023 | -014 | -017 | -017 | 019] -016 | 010 | -008 | -012 | -027) -046 | -045 | “021 | -020 | -015 | -009 | -003] 0-338 23 |-020/-017) - ; - | - | - | - | - | - | - | - | - | =:| - | — | — | -051| -o71| +1471 -069)| -012 | -020/| 018 | 050) ‘Oa 24 | -032 | -058 | -010 | -018 | -062 | -106 | -018 | -046 | -008 | -032 | -004 | -053 J -053 | -031 | -030 | -083 | -031 | -016 | 060 | -036 | -047 | -048 | -031 | 027] 0-940 25 | -050 | +042 | -029 | 058-011 | -022 | -013 | -012| -013 | -012 | -044 | -001 | 003) -002/ - | - | — | -032| -018| -011| -010| -008 | -009| 009} 0-409 | 26 | - | - | - | = | -027}-042| -038 | -019 | 019 | -050 | -098 | 048] 060-003) - | - | - | - | -.|-142) -138| -222|-050| 187) 1-149) 27 | 241 | -224 | -152| 834} -244 | -295 | -138 | -272 | -208| 280 | 175 | 270] “141 | -065 | -038 | -058 | +143 | -060 | -040 | -037 | -022 | -062 | -020 | 030] 3-479 28 | -038 | +025 | -040 | -037 | -004 | -009 | -007 | -066 | -043 | -102 | -063 | -184 | +279] -082| +130 | -130 | 290 | 124 | +382 | -063 | 213 | “184 | 240 | -281| 3-016 | 29 | -364| 319 | -460 | -413) -444 | -425 | -367 | -419 | 279 | -145 | -119 | -043] -043 | -044 | 120 | -152 | -262 | -250 | -264 | -098 | -243 | -081 | -120| 022] 5-476 | 30 | -004| 008 -010| - | -022] -014| -021 | -005| -019) - | - | -053] -038 | -028 | -068 | -050 | -069 | -042 | -023 | -042 | -018 | -030 | -050| -053| 0-667 | 31 | -049 | -013 | 031 | -024 | -010 }' 039 | -020 | 019] 011-002} - | - | - | - | - | - | - | - | - | — |[*o20][-030)[-050)] -oss ote | Sum [1-090 0-968 1-024 [1-182 |1-255 |1-181 0-918 1-171 |0'820 [0-790 [0-850 [0-867 Jo-782 |0B91 |0-543 (0-683 1-156 [0-884 /1-230 /0-701 [0-974 [0-952 [0-815 [1-096] 22-328 | = | RAINFALL FEBRUARY 1892. | 1 | -096 | -122| 221 | -130 | -349 | -308 | -295 | -245 |¢-200}[-200}[-200]|[-200) {200} -047 | -079 | -o80 | +052 | -o99 | 066 | 079 -os1 | 110 | -062| -052] 3578 | 2 | -054 | -053 | -011 | -018 | «039 | -082 | -060 | -036 | -016 | -053 | -037 | 1071-093 078 | -057 |[-o20]) - | - | - | - | - | - | = | - | ost Ba SS ey Pe ee | | | le atoll som) -002'| -006 | ‘0b, |:00o |= an 4) -)—-} —-) | | | | | — | = | - | ~ |et0o} -078 | -067 | -074'| +028 | 013 | -019,| -069 | -089 | -110 | “088 | -056) 0° 5 | 052] -099 | -038 | 024 | -045 | -069 | -047 | -058 | -066 | -011 | -019 | -016 | -019° -035 | -011 | -047 | -049 | -054| 071 | -083 | 098 | 069-050-066] 1° 6 | -038 | -063 | -032 | -038 | 018 | -041 | -015 | -005 | - | -005 | -017 | -011 | -044 | -038| 034] -020 | -029| -016| -o19| 012) - | - | ~ | - | O: 7 | - | - | — | -003| -004 | -021 | -042 | -039 | -070 | -232 | 224] -113] -080 | -209 | -093 | -201 | -098 | -096 | -039 | -079 | -100 | -090 | 111 | 052] 1° 8 | “050 | -062 | -003 | «120 | “107 | -096 | *059'| 041) -007; — | - | - | - |-008|-007|-o01)'- | - | - | - | —- | = | = | oem 9} - | - | - | - | - |-072|-010| -020| 014] -025 | 003 | -012] 011 | -o11 | 011 | 022) - | - | - | - | - | -041' 021) 082] 0: 10 | 010} “619 | -017 | -027 | -022 | -011 | -023 | -025 | -030 | -018 | -027 | -017 | -013 |[-010]] -015 |[-020]| -031 | -053 | -004 [-030]| -049 (-040}[ -040]] 044] 0° 11 | -022| -022 | -030 | 073-007 | 048 [018]| 018} - | - | - | - | - | - | - | = |i= | - | — | — | — | 020) | 000))-004))-o16:)2015))015)).— | — i — 9022) ae ah ie ae ever Set eS es BS =} =fe= | = J = | = fb Se) Sol) Secon Sy Sh er 99) —- | =| =} 2 2) - 7 = 8 Se =e Efe he Be eee | sOm0 | 000) O03 FCs te Of. | 622) O18.) O18" -0sie002)| = | =.) S.J) = sive = | See ~ | ~ | 001} -016| -031 | -013 | -005 | 001.) 0-130 | 21 | 018! -001 | -033| ‘018 | -034|-001' - | - | - | - | +090] -029} -030 -027 | 018 | -027 | -033 | -032 | -039 | -068 | *105 | 052 | -050| 005} 0-710 } 22 | - | -010/| -023| -005 | -005 | 025 | -002 | -008 | 022} - | -020) - ]|-013, -027|-008) - | - | -010] -030| -026 | -021 | -009 | -013 | 0104 0-287 7 23 | 034 -040 | 020 | -063 | 012 | -010 | -010 | 020 | -037 | 074 | 003| 004] 010, — | -032| -030 | -011 | -011 | -083 | -020 | -053 | 025 | -010| 018} 0-630 | 24 | -070| -073 | 041 | -050 | 027 | 033 -064| -078 | -056| - | -005| -010] -011 | -011 | -025 | -045 | -027 | -036 | 019 | -059 | 023 | 079 | -071 | 012] 0°925 | 25 |°012!-010}-010) - | - | — | -016| -045 | -030 | 023 | -001 | 001] -001 | 001) 010) 050} - | - | - | - | - | - | - | — | O-210% | } | e@}-|-=-]-]/=) =] =) =f 2 fet ey =] - Pe} a= ey Be = je =) 2] ~ 97 | - | -019/ -010| -012| 015] ‘014 | 010 | 026 084-029) - | - | - | 004] - | -010| -022] -018 | -039| -053 | -018| -013 | -020| 020} 0-486 og.) b fre | a) Bele Sy a ee eee ee | 0541 0281 On| eo elma el ee ees ee 9 | - |-|]- }|-]-]-]-}] -] =) - | - |] - |] - | =| -.| -.| =_| -_] -_ | 020] 122) -030| -015 | 06a sOmam 30 | 040 | -044 | +219 | -054 | +100 | 082) +107 | “082 | 060-068 | -021 | “111 | -001 | -025 | -025 | -010 | -028 | 019) -010 | -020 | “011 | -011 | 010] 018) 1171 Sum |0+196 \0-215 |0-369 |0-210 05195 0-165 (0°246 |0°308 0-297 0217 (0146 [0-228 0-115 0153 [0-175 [0-290 (0-193 /0'318 |0'322 |0-366 0-480 |0262 0-251 5919 | | / | FORT-WILLIAM OBSERVATORY. 363 RAINFALL. INCHES FOR Hour ENDING— MARCH 1892. 1}2)3|4)5]6]|7 | 8 | 9 | 30 | mw] 12] 18 | re | 15 | 16 | 17 | 18 | 19 | 20 | 1 | 22 | 28 [No Amount, she RN a a a ee ee i es ee en ats) = se rere tow tee to | =] = | = | ee eh lh = 2) = = = = = = = —= = = = = = as = = —J = = = = = = = = 3 = = = = = = = = = = = = = = = = = = = = = — = - = 4 = = = = = = = = = = = = = = = = = — = = = = = = = 5 = = = = = = =, = = = = = = =, = = i = = = = = = = = meee |) - |=.) = | = SS. | ae SU SN ee a |e ee ee Pe ee | fe me! - Si) Sa a eee al on Bek 2 |) = | _ i005 -o1oy|-o05 | O0nm o-aen 8 |f-005][-005][-005)[-005]|[-005]-005][-005] — | - | - [[-010}[-010}{-005)(-005)(-005) — | - | — | - | — | +005) -005| +005 | -005} 0-090 Meee) |- |) |) | ltd pede [-010}/[-010}[-010}|{-020]|[-020)|[-020) (-020]|[-020][-020}[-020)/-010]/ - | 0-180 nen ee a) os oe ee We ee 12 = = = = = = = =} = = = = = =, = = = = a = = = = - es | eee eS S| Se ee ee ee een ee ee eee ree ee i | 2) ee = 2 = & Seeing ee |(9 | oe ee © Shes Es < = = 2 = 2 eee) tei |) tk | Salat ee eet Se} else er pS) sof = fh =] 2 ne | | = | — | | =| = ae | ee - | = | — | -031] -111] 038) - | 012] -001}-003| - | 0-196 tH) — | -002| - | -002| -020| -103| -o24| -113| 093 | -055| 118|-0447 - | - | - | - | - | ~ | - | - | - |-oo1}-o01| - | o-sze i | = | - | — | 048) 056] -002| -002| -o02| -063 |-085| o54}-o1s) - | - | - | - | =| - | - | -] - | - | - | oes a es ee | Stee Wyse | Se) fash ar = Bo | ee | | eh Sell eh Sal So See eee] 1S) sp a) ec 2 21 = |) = eo - = 10027-00891 en armel | an |= = == | = | =) = | = I) 0-005 2 ir = et = — Ss = = tex = = a = a i = = a= Wig bar. 28 iz, = = es == aS, en 25/0 2: 5) FL) otell e eell ou hale — | 2 Sed Salles coll enh ap Seis | — |e. | | 00%! -001 | 002] = | Show | = | = | -oo1|-con) -.| = | = | 001) 001) -.] -— } 0-008 2% |-006' - |-015| - |-005}-002| - | -012| +099 -o07| - | -010] -001/ -009/| -002| -008 002 | -008 | 010 | -004 | ‘007 | 028 | 040 | 018} 0-203 26 | v10 023 | -047 -076| 042) -003|-012} - | ~ | - |{-001}[-001}[-001}(-o017f-001)[-001][-001)f-001]{-001][-001] - | - | - | - | 0-298 ets i) 2 2 Se) & ) Sy clogs gee] = | -— |-o03| — | — | 2 |co02/-- | =| — | = } 0-008 8 | Ce ee ee ee ees || = tees a ieee Ieee ee eee ree enn eee en ee eee eee | - | - | - | - + -} - be Pah eee ee P - } -] et ae] ef a] PH] ed a eet) | A ee) Sa a eee a |) Soy a ce | cep Peel Pe a = be pS | Svar [0-021 |0-030 [0-067 0-083 |o-115 9-169 0-044 (0-128 0-108 0-128 J0-214 |0-122 [0-035 10-025 [0-018 [0-033 0-055 |0"140 0-069 0-027 0-050 0-066 |o-064 0-028] 1-839 RAINFALL. APRIL 1892. 1 EE 3 = = 2 2 Z = = = = = bs = = 2 ms 4 = Z = = = x ¥ ee i | coal et Sa ieee poo ee Pee Ske | Sp ee = re a yal 2 ee eal ath ae Soe Pe ee et eo teu) ae be | sayfa yf = = 4 a = = = = = = = = = = = = = = |e = = = = = = = = ees | | = | | | = | 093-01) = cone | 2 | = | — | -oo2l-ool| = | - | — | = {1 = | = Hoos so) aa s = = = i e = = = = = 2 a a 2h || gee z = 3 = = _ = ne | oon | 000 001) 0011 con oor |= eae |S) = | =|) So) Se) |) =e) =) = fotos ee cee) | | So eis Pe See) Sb Ssh) So) Cash mir - | -|-| -| elt. il ef |] coe) Sy SE fee 0 | la eee eee | = H ne | = || S| ae) Sa eee s i | ah eh Sey) | ee} Sas : “Fl = a ie = = = x = = = s 2 = a = es = ae x a ok = = a a Mp} |] | - | - | - | - | - | - | = | = | = J = |f-003}f-003}/[-003]/1-003}¢-003}[-oos}[-001] - | - | - | - | o-o19 Pe | | | a] 2 i | ee ee ae | | toe x ee |) | = | f ) K- | RK | = | = | = | = |} Sf = | = (foo2)f-0031-003)7-003)-002)[ 02) 0023 - | - | - | o-017 ce SSG SS RP Se ee ||. ol a ee ee ee ee ee 2 ee) =) | |) =) = eS G25), <004)| -c03:| 014) = | = | =o) =9) =. - }'- | ~ | O-or0 en er ee | So S| ar Sea ee eee PRS Pe a Se fe ES ee Sa Sk | | | 2 | 2 ee ee | | eee | = 1 =. | ope | 60 | <015 | 048] o-tar ea oon a= | Selon] =| — | - | eo See = | = | Sh So) =) +058, 029) 013) - | — | one | if a | - | — | -003/-005]-001) - | -010/ - | -001| -001 | -016 | -030] “010 | -007 | ‘004 | -024 | -028 | -043 | -027 | -048 | -051 | 022 | 028/ - | 0-359 eee) = |-002|-— | - | -035| 003/001) - | - | = | =F - | =] =] - | - | - |-o1o] - | - | - | — | 002] 0-053 Meee |-010| - | -038| — | — | — |-o14|-006) - | - | = | = | - | = | -020/ - | — | -013/ -002| -009} -004/ 010/ -003] 0-129 Nas | — | -036| -003| -012| -010| -o10/ -008| 018} 010} - | - | - | - | - | - | -008| 017) -012/-008} - | -007| 022) 020) - | 0-196 oor) =|) al sm) | = |) = | =e) Sa eee) |} = | - | -] - f= | = | af onan | 26 BS 2 Z = = BS = 2 = = = = = = = = = = = = = = = = may | - | — | -010| -058] -120 11 | 030 [070], 102]|-056|) Same yh Se pS b= | le oder ee) =) ee | | = | = | =] = | 2 | 000) 00} oor} 0-008 een.) 2 | — | oon) -002| 002) - | - | - | =| Swe | = | - | -_| = | | - | -069} 048) 002) 011) 0-185 p80 | = | 015 088) -048) -040) -009 | 011 | -o08 | 029] 010] - |-oo7] - | - | - | - oo4] - | - | - | - |-002| -003/ -006} 0-270 | | | Sua |0-008 {0-061 |0-104 (0-156 0-173 (0-068 0-067 |0-112 0-172 |0-080 (0-016 0-042 0-012 |0-014 |0°012|0-054 |0-057 |0-062|0-063 [0-111 |0-195 [0-172 0-079 0-071) 1-961 364 BEN NEVIS OBSERVATORY. MAY 1892. RAINFALL. INCHES FOR HouR ENDING— 1.2] 8) SB ee 7 OS OM cron raat Tosa 14 Te ell ote ees (ee eee eee ee Se Sees eee es ns ee |e ee ee ee eee ee | 1 | 011-009} -002 , - |-|- =o es = ea ee = | = 2 = E = = = = = = = = = = = = = = a ie es ean ee ee ea ee ee ee ingles || Sa eae eae Bs a ee ee ee a ee ee iE a) Oh ee eer Bo eh oh Ss eet het a a Sea (| =a Se Shee st kee ee Ye ay ae ei ee] ee eel Uy ll Be 7 |= | =] =) =4 = | = | = | = | 018) 039008 | -043'] -040:| 039 | «010 | 009 8 | 022 006-010} = | =| = | SO ee | S| eee ee a 9 ODD" 070i) 061i) 20071 SO0DN) <=. | Sol Sean ee enn ee Can a = a, et | re ae = Viet les. fa VG et ee gn A ae | a 5a eit | Rec cy a ea Pe ae ea ian eRe: |e) bee Oe ieee i 13 | -026 | -014 | = ge 020-026 | -022 | 034] -010 | -034 | -126 | -034 15 | 068 | -033 | :053 | *129 | 081 | 033 | 034 | :024 019 065 "094 | 121 | :255 | :027 | :034 053 16 | :050 | 117 | 026 | :060 | +104 | :132 | 063 | *117 | :060 -070} :082 | :102] :053 | 120 | :051 | :040 17 = = — | 030 | 100 | :027 : is | — | — | — | -002| -012| -008 | -o18 | -015 | 013 -038| -034 | 029} -o31 | -073 | -051 | -238 19 |-033]-o11! — |-013!-012|-022| - | - |-o10 -009| — |-oo2]-o02| - | - | — 20 | 053 | -043 | -090 | *110 | -023 | O11 | -048 | -035 | 045-045 | -012 | 042] -006 | -031 | -019 | -001 21 |-011|-049| -005| - | - |-o10/ - | - | - | — | -054| +185] -085 | -o12| -o60 |--036 22 2 i ES EON SS acai = = = = ~ ==, a) = = 23 | -009 | 010 | -001 | 010 | :007 | 024} 001} - | :004! :009} -001 | -001 24 | +130 | 092 | -017 | :008 | ‘207 | -218 | 024) 006; — ° : 028 - - - - - -— | 022 | :023 | 020 | :023 | *139 | -087 | +100 | :085 | :074 97 | -009| -013| -010 | -008 | -025 | -046 | -017 | 008 | 043-003 -013|-003) — | - ae * aR pre) oe ae tener ee |) ee ee (el 050 29 | -012/ -021 | -010 | -010 | -010 | -013 | -028 | -045 | 053-119-110 | -102] -190 | -222 | -018 | -010 Ss | 2 aloo: ~ | — | — |-0084 -027 | -101 | -028 | -o18 31 | _ | — | — | -o60| -024| -008| -120| -o22|-o12| - | - — | -021 | -013 | -019 | Sum |0:574 [0°78 0°334 [0°682 |0:778 |0°599 |0°387 [0314 |0°315 0-453 0-550 |0-934 [1-092 0:813 (0-634 |0°582 RAINFALL. 1 | 019] 008 -040 | -039 | 069 | 017 ; 058 | 041 | 022 | -011)| - | - J} -033| 036 -040| -097 wy | = || = =|) a SoS. = -- | 080 | 092 | -096 | -080} -021 | 020 | -013 | -020 3 | 012] 028 | -020 | -074 | 103 | -030 | -091 | -047 | 080 | -047 | -085 | 056] -018 | :011 | 018 | -012 4 | :002]:013) - | - | —- | — | — | 072] -027| -009] -024| — | -018 | :015 | -009/] :022 5 | 010 -O11 | 013] -011 | 010 | 011 | 019} 002) - | - | - | - J - | - j - = 6 = alee = = = = = = = = = = = = = 7 = |) = | 40%} qoloes | <@s|| = I) = Ee (ee ale ae | a = a 8 = = = = = = = = = = Zz = = = = = 9 = = E = = = = = = = = a = = = = 1 | sates es f= |e) sie S| res Nee 3 2 = — | :030 11 | 034] -035 :022| 010] 026] 008] 018/011; - | - | - | - [| - — | -014| -002 12 =| =| = | =] = |e — | 120 | 010 | -022 | -011 | 041 | -037 | 022 | 046 | 062 13 | 002] 022 , 012] 004; 002, - | - = ay = = = = 2 14 = A le -/|- | - - - = = - = = all = - 15 = = - = = = |= = - = — | 014] -012 | -028 | 080 | :021 16 | 003} 003) - = || = = || = = | = l= 2 = |/= | = = = iol t= - | - | 010} -009| -022 | 005 | 003 | 010 | -092 | -070 | 024 } -059 | -025 | -051 | -023 18 > = 0s) = || = |) Se = — | 002) -009| 003} - | :019| -070 | -129 19 2 omar = = = aa | eee =< = = = me a — = 4. 20 | 004 | -043 | 096 | 057 | -012| 015 | 011] 005] - | - | - | - ay |e = 2 ike Ia = ~ - = oe} ie = = = = || = = - - | 92 = = = = le = = — |-019}| 012] 002} - | - = = 23 = = = - =) = - = = = = | TS5]h = — | :086 | -020 | 24 = = = = = = a |) = ae = = = —_ = = | 25 2 = = = = | < = = 2 - | 009 | 020} -050 -099| +111 | -128 | 26 | -016| -029| -010 | -024 | -015 | -032 | 018 | 031 | 068 | -054 | -038 | :042 | 035 | 067 | +107 | -096 27 | 046 | 075 | 186 | 023 | 013] - - | 013 | 033 | 093 | 035 | 033 } -025 | :068 | 092 | 063 28 - |-001] 009} - = = = = = = = = ||, = =| |e a 29 _ = - - - - - ~ - ~ = = = - - - 30 = = = = 2 = to = = = = S |= han = | any | Sum 0°148 |0°268 |0°447 |0:255 |0°263 '0°135 0°215 |0°345 |0°330 [0-441 |0°389 0315 [0-308 (0°428 |0°737 (0-752 | ; | | 031 ‘011 091 "045 003 ‘029 0°752 0° JUNE 1892. -003/ - | 0-782 4 011 | 023) 0-752 ~ | -032) 1-007 | 005 | 014] 0-338 | . | — |-0-eae ~ | = | oman 055 | -020} 0-408 | 016 | 004] 0-197 008 | 010] 0-531 - | — | 0-080 -009 | 0084 0-278 | - | - | 0-006 003| — | 0-442 - | — | 0319 008 | 016} 0-213 | - | — |) 025m - | = | 0-038 - | — | o-n0s 037 | 023] 0-755 023 | -o06| 1-578 O11 | 004] 1-218 - |-- | O-OL0RF - | - | 0196 | 0-189 0-160) 9-561 | FORT-WILLIAM OBSERVATORY. 365 RAINFALL. IncHES FoR Hour ENDING— MAY 1892. mesa) 42 5 6a) 7) Samomiedon) tie) 1a 130) 14) 15.) a6 | 17°]. 18 | 19°) 20 | 21 | 92 | 23 Lea Amount. } 1 018 | 014 | -004 = - - = = = = = = = af = = = = = ES a = Zz = 0:036 2 = = = = = = e x S a = fs z os s Ss w A ee s = _ = = = 3 = = a = ps = = =! a = z = s =. 4, ie = = bs = = = = = = 4 = = Be = as Z cS = = & Es = Ss 2 = = = = = = = = = = = 5 5 Zs be = zs £, = ie = ns 2 ys b. = bs Ee x = = = = 8 = & Z 6 = = = 2 = ~ = a » 2 3 = = Pe = = Ee: = ve es 2 = = = Sern rent ea ees esl al ele me ee = [- = fi, = — |-020} 0-020 ee ie ne ee ee | il ee eee eee tee eh et |. SL OO4a! S| 0624, O-007 SEM TOMCO Ia OO49 eam ee eto!) == lhe es ee eee Sh ee at ff = |) = | = || Oa eee = | — | - | = | = | - | - ES Sa) ee |e a a ee ee = en en en en) eee ee ee ee eee ee eS) 2S Pe | K =| = eee iS | = | so tS Sy ee eee Se ef eS i Se 2 =. foto! = | -. | -o10 | -039)] 0052 13 |:010|-008; - | - | — |-006|) - | -001) -013|-020} - | 0034-005] - | 020] -007 | -005 | 060 | 028) -005 001 | -009 | -020| 060} 0-281 14 | -120} :076 | :070 | -062 | 047 | 013 | :008| -001] -— | - | 020] -017] 014 | -029| -066|-002) - | - | - | - 001] - | - | 020] 0-566 15 | -051 | -039 | -041 | 083 | 042 | -080 | 055 | 037) - | 021] 070) -047]-061|-013) - | - | -020| -070| 017) ‘142 -067 | -073| -076 | 029] 1-134 16 | ‘128 | -050 | -068 | -079 | -190 | *106 | 028 | -033 | -010 | -010 | 003 | -059 J :030 | -040 | 007 | -028 | 023) -007/ - |-003 - | - - | 0-902 ee ee ene C08i' 004!) 2 i S| eaaorooog tee |) = | = | =) = | = loos) = | = | = || = | = | 0-033 iia) = | = | = | = | = | -02i | 010) 028) -011 | 050i]/-050) 079) = | -017) — | = |-028) — | = |-004) — | = | 0-298 eee = i — 003) -003/ — | — |-004) = | = | = | = f = | -004) = |. = | -008) — |. — | 008) 023) 0704 -058| -032]/ 0-208 Peeeoiieen ais! — |-— }020)-010| — | = | 2 i) == | -o12)-o18| = | - | = | = |003) - | - | = | = | 0-182 a2 )-|-}-}|-{/-]-|- | - | - | - |-022| 0807 - | -019]-042 | -004)-003) - | - | - Nees eels 5) “Oul20 Tee | | ee = || 2 Po Sy SS SS By Se are ev cates) |e RUS 93 | -020| :010} -032| -031/ - |-009/-003} - | - | - | - | ~}- | - | -]- J] - | = | = | — | 009} -013] -030| -046] 0-203 SeeOL 0030) 64) = ||:058| 18 | -009;) = | = | = | 2 \-ogoili-o12)) — | — | = | —- | —- | = | = | = 4-003) -003] = || 0-416 eee —- | — | —. | — 1-010) — | = | 008-087 1-077 | 074) 070) 010) 010) = | = | - | = | - | - | = | 0-291 eee ee) he ll Pl ee ee se Ee ee ae i alle lL = 7 | — | — | 0121] -005| 003} -010| -019| -027/-003; - | - | -~ | - | — El Ses een ee es hoe ieee oll 3. 0079 Pn eemeeieee | — | e e) S eee = |) =) oro = | 012), = | = |) = 1-006) = | =. 1 0028 29) — | 012) - | - | — | — | 020] -043} -009 | -015 | 013 | 075] -107 | 036 | -012| - | -012|-003; - | —- | - | — | - | = ]} 0:857 eens fe Se ost!) = | = | = | = | -002)| 096 | :398|\-005 | -010 -005] 0-567 fot) — || — |\-021 | -003 | -023 | 038 |-006| 007) — | = | --| = |-003| - } = |OOA)) = | = = | = loos) Sy 2.1! Gnlog | | | | Sum |0-432 |0-263 |0-252 |0-284 |0:374 |0-447 |0°168 |0°194 0-045 |0°094 |0:154 0-404 [0'359 |0°357 |0:235 0-078 0-080 0°152 0-078 0-267 0:499 |0:207 0-248 0-296 5:967 RAINFALL. JUNE 1892. meee | = |-005|-068/ —- | —- | -009)-010| - | = | = | — | -ot0|-027|-003) - | = | - | 038] - | -002/-003) — | 0-175 mee | - | - | - - | = | — | 007 | -039| -048 | 056] -030| -008] - | 005 | -053| 020] - | -003|-005| - | — | - | 0-274 3 | — | 080 | -064 | -005 | -070 | -006 | -055 | -019 | -029 | -009 | 013 | 050] - | -030 | -018 | -004 | 075] 025] -005; - | - | — | 004] -006] 0-567 Be 008) -— | - | = |. «| 005) -040/ 020) - | - | = J. — | -040/ -009/ 014; - | -004| 010/030) - |-003; - | — | 0:188 eee = |) — | - |°020|-009/-003; - | - | - | - | — a eee een on peepee ee | Sh ase So S32 Maes fo) le See eT) eee |e fs | ARS = 7 3 = ss = = 2s = = = we. = 2 Bs pa a Swi es rae * = 2 aS ya = 8 3 = = = = = = = = = 2 2 % * S. a 2 = Be = = = = 9 = = = * = ES = ae e es = = s s = = S ~ = = = ~ = es = 10 x = = ws = 2 ¥ = Es = = = 5 = = = — | +012] 048 | -098 | 025 | 006 | -065 | 116} 0-370 RCSA CeeN COO mI 003 |, ol, = | = [= |) oo ee ee Eiht ee Pe he FNS # ee) = | — | = | - |:020) +007) = | = | = = | — | -012'| 036! -o10| = | 004-009) - | - | = | = | 0098 ee et Se ae | Shh asd che I espe ge ead i a é my) - } - | - | - | - |] - | - | - | = | = | = | = }-010} -020 | -029 | -006 | — | 003 =f =f =] = || OWas eer | | | ei ee Se eh | = - eee i 010) — j— | = | = | = | = | = | 007i = "1 -038\|)-020)| = | = || = |:005) 007) - | — | —-} = | 0;087 Se er eee he | -0351).2028/-010)| = |) =) = |; =.) =) = 07068 a ie aah => | — | = | = | = | - | = | = |orziicoo7) - | - | 018) — | = | = | -003/ -008| 010) 005) -005)) 0-068 a nn a prea es | io Oe ee ee eee ce ee ee ot Tole z —-22, = a hs = 2 2 = 2 = 3 z az - bs a = ky a L E 3 2 = a = a - - - - - = Uy tes ~ = - - = = = | Oyxl | = - = 200335 >) = aa || os = 0-027 Mee | - | - |---|} -|-| - |} =] = | - | = | = fons} -033 | -059 | -073 | -060 | -062 | -044 | -022| 018 004| - | 008] 0-393 (26 | 010-019; - | -008) - | - | - | -027| 040] -016 | -028 | 022 | -013 | -040 | -042 | -017 | -030 | -067 | 156 | -192| 018] 003) — | - | 0-748 a — | :060| 082-008) - | - - |-- | -012) - | - | -030} -028 | -050| -060 | -054 | -092 | -010 | -003 | 005 | 004) - | - | - | 0-498 4 = = 7 = = = = = ~ = = - - - - - - - = = || ie =e k= = = et ee | | |, ih ee ee him | = | = |) Se pen i e = ia) | — = = = = = = = |e = = = = = — | -032 | 008 | :027| - - - - | - = 0:067 | Sum [0-060 [0-207 [0-194 |0-043 10°161 0:015 0-063 |0°115 0-125 [0-064 |0-089 |0-177 ]0-103 |0-269 0-300 |0-297 |0°351 0-237 |0-281 0-407 0:078 (0°028 0-077 0130] 3-871 ‘ | | | 366 BEN NEVIS OBSERVATORY. RAINFALL. IncHES FoR Hour ENDING— JULY “899e 1 2 - | - - - 2 3 | -062 | 123 | 020 | -062 | 053 | 152 | +105 | 024 | -010 | -001 | 024 | -055 | -037 | -011 | ‘021 | 004] °010] - | 017 | :001 | :029 | -035 4 | 039 | 032 | :045] 034 -014/ -013| 010} -001|) - - - - - ‘Ole 5 | 040 | *163 | -052 | -029 | 108 | *150 |} :068 | +110 | -042 | -105 | 173 | +103 | -010 | :099 | :023 | -136 | *150 | +130) -033 | -009 | -006 | 011 6 7 8 9 009 | -005 | -018 | 010-003 | 007} 007} - | 080] - 050 | *148 | -031 | 017 -017 | -040 | - : 102 070 | -032| 018-044 9 | -037 | “O17 | -015 | -034 -009 10) 2 oe a eee ooo Lie tient He SU AT tt le ee ora I S re S Neo} = ! S o or i=) co i= S We] ~I So oo “I S oOo “I i=) “I o =) re les) i pan i eo} i=) re Or i=) @ i=) i=) co iw i=) oO i= bo Ss | | | Sw Ow Or or bo S re) Ts) oo “I oS Ne} f oO fs ra S (=) (o7) an S S S on =) So = () (=) m oN S LS} [oo fo) rary oO S =) (o-) S f=} (oe) S oO © bo co So i=) wo we oO a | S =) rs Wo Lethel HL Wek a] ho thot oi yh hove th i I tp Mt eit Pest he I Teale eel oll hoody th i leer oa Hed Th th a La aM 005 | -006 | -010 | -008 | -008 31 | -009| -008 | -002| -009 -025 -016 — | 072 -041 | -015 | -033 | | | Sum 0°473 |0°698 |0°308 |0°308 411 '0°696 |0°670 | 0°81) 0°437) 0°390) 0°344) 0-420} 0-227 |0'245 0-261 |0:408 0-391 |0:481 |0°459 0°874 |0°320 |0-686 RAINFALL. AUGUST 1892. — ‘f 1 | -027 | -016 | -013 | 012 | -008 | -010 | -017 | -U07 | 019 | 032 | -028| -006} - | - le a Se - | = | = |) 03gnae 2 — |-007|-001| —- = || 2 Se Gee |= le Ser ee (ie = - | — | = | 017] -001 | -010 | 027 | -009 | -054] 0-126 | 3 | -081 | -045 | -005 | 007 | -004 | 012] -018 | -012 | 007; - | 098) -103} -087| -010| -005|:005; - | = | - | = | - | — - | - | 0-499 | 4 en een | eee |e Syl ll ll ae) ie hae - | - | = |:008} - | :002] :003 | :030| 021} 060] 0-124 5 | +017 | -014 | -032 | -098 | -123 | -317 | 182 | :024 | 027 | 124 | 104 | -197 ] -171 | -022 | -004| -002| - — | +028 | -139 | -033 | 123 | 040] 067] 1°838 | 6 | -023 | +051 | ‘090 | -057 | 071 | -029 | -078 | -128 | 129 | -036 | -039 | :078 j 098 | 037 | 100 | -022| -003 | -001| - = | = |>= |) SSs00iieikoan 7 SS ee Nas Se Ss Se eG Ss a Sal Sal) Sa - | — | = | = | 037] -002) 001) -002) — | =} 0:0oKmN 8 - | - | - | = | = | 006} 008) +012} - | -007 | +120} -047}-029] -001| 007) - | - | — | -016/-007]:003; - | - | = | 0-268))) Seyi = = = = = = iy = s = = = = = ‘= = = = = = = = es re 10 = - - - - - - - - - | = - = - - - - - - - - - - - - a 11 | 009) - | 064 | 182) 006] - | :005) -009} - | 002) 109} - | -030| -013 | -108 | -009 | -049 | -022 | -019 | -025 | -006 | -031 | 020] 018} 0:756— i 2 | oe ae) S| = ee IS |S = | (yon ao ee |S a) - | - | = | 033) -046 | *185} +129 | +167 | 117] 0:698 | 13 | -249 | “187 | +187 | 068 | -096 | 028 | -003; 002) - | — | 012; - | -097]-042; - | -002)-001) - | — | -019] -026) -046| -062) 069] 1-146 14 | 092) 159 | *127 | +212 | 112 | -049 | -007 | 011 | ‘161 | -036 | 140 | -038 | -192 | -052 | -019 | -011 | -006 | -002 | 021 | 022) -004| - | 039] 038] 1550 15 | 124 | +102] -007 | “007 | -135 | -023 | -031 | 052 | 017 | 012-017) - | -037 | -007 | “130 -029 | -011 | 027 | -007 | -028| 027) - | 078) 032] 0-940" 16 | :008| 022) — | -005) 008) -001|-002) — | = | 001) -024) — | — |-004) — | = | = | = | —. | = | -006)) 008) = 9)=eni ign 17 \ =) =] = 008 =) St a a) ee re | a ee ee 18 - | - | = | = | = | +001 | -001 | -001 | -019 | 067 | 041 | 019] -004/ - | 001] 025 | -002| 007; - |-012} - |-006; - | - | 0-206" 19 = iain) = aes) se ec) = = = = = oe Se - = es Pb z a = -~ | — | oor 0 | a2 a aa es aa = |) = |. = 2S | Sh Ss ]e = en — | :036 | -046 | -079 | -209} 0-370 | 21 | :045 | 051! 138 | ‘096 | 085 | +206! -197 | 030 | ‘043 | -014| -027 | 036! -032!-004) - |-002} - | - | - | - - | - | = 4 = enee 22 - | — | — | -033| -052 | 003 | -002 | -002 |. -002 | -010 | 032 | 053] -011 | -026 “003 | 008 ol S esl Ss} = |= - | = | 023em 23 | - ~ = = - - = — - = = = = = = = = - | - = - =- = = - 4 iW = = — | 061 | ‘128 | -107 | *139 | 056! 080 | -003| :003} - = |) 5 alps | oval | = i) = | = S - | 0-782) 25 =) =) el |) ga ah -~ | - | - | = | -022] - | 022] -068 | -060 | 177 | -045 | :053 | -032 | 005 | 008 | 060} 004] 0°556 | 26 | 009 | -003 | 013 | 017 | 013 | 006} - |= - |-001} - | — | -073| +221} 129 | -021 | -016 | 004] -009) - | -003| -011 | -028] 0-577 27 | 001 | :003 | :009 | -041 | -147 | 069 | -101 | ‘029 | -098 | -282 | -207 | -007 | 026 | -002 | -021 | 007] 004] - | - | - | -— | - | -098) +004} 1-156) 28 | +001} 001) - | -010} -003 | -034 | -001 | 009] -009/ 009] 018} -— }-003/-001/ - | +002)! -001|-001) - - | = | = | =o 20a A= | el = 0078) = =" |) eee ie 2 a ei - | - | = | 001} - | -011 | 023] -017 | 018 | 008) 0-080m 30 | *020 | -010 | -020 | -044 | 047 | 114] -022 | -040| -006 | 002] - - |:009] - | :001 | 005 | :020 | 082 | 060} -013 | -045 | -014 | -004| 003} 0-581 31 | ‘001 | -013 | 049 | -046 | :037 | 023 | -008 | 024 | 006 | 002 | -004 | 010] - | 002] -003] -006| -047/:012) - | - — | :023 | 081} -020] 0-417 Sum 0°707 0653 0-762 '1-008 |1:077 |1-039 |0°772 (0-494 |0°623 |0°640 |1:025 0-616 {0826 |0-318 |0°873 |0°319 |0°385 0-225 (0-295 |0-368 |0°413 |0°508 |0-787 |0°732] 15-465 FORT-WILLIAM OBSERVATORY. 367 RAINFALL. | INCHES FOR Hour ENDING— JULY 1892. Peo 4 5 | 6 a We salt onal tone tous 12) 13) 14 | we | te | 17 | te | 19 | 20 | 21 |-22 | 98 haa Amount. ght! a | /-00251|-029)), -G09i| OL en eee ee Stes | coal = le -e) se ] =) = bo) sc] 2 bo o-0gs 2) -)_—|-|-— | =] - | = |-005|-017}-005)/ — | 2 | -028| -041 | -042 | -060 | -037 | -060 | 089 | -135 | 006 | -114| 108 | 009] 0-776 3 | -010| -100| -020 | -089 | -121 | -018| -059| -028/ — |-004] — |-061}-007) - | — |-010| — | -005| -008| -004 | -038 | -018| -026 | -o66| 0-692 See east -o71\-028\-003| — | _ | — | = eevee | oie) 2) fo). 2 | _ t+ — | — |-oosloo7) = |-oos tl -0-208 5 | -042| -132| -160| -021 | 098 | -007 | 029 | -043 | -o16 | 1141 -o10| 029) — | — | -020| -018| -014| -042| -005|-008|-010/ - | — | — | 0-818 eee = | - | at - - |053/:— | - | - | — | — |-034| -100/ -056 | -072| -112| -179|-078 | -117| - |-073) o-s74 7 \-020|-016| — | -003|-010|-051; - | — | — |-006 el Seen ie leon) = k-105)|'-041 || = | -080''196'| 019 Orsi 8 | -080 | -091 | -050 | -012 | -030 | -048 | -056 | -048 | 003 | -006! -020| — !-010| — | -o08|-o48! — | -022]-034| - | -006|-010| -007| +0054 0-594 AES 0 eke |-002/) = i) = 4) a ee | ote al legate |e )-= ) = bol] Poss ese |). | | TK | eee cof Og | BN SS RS SS a |e ea ee |e ho as hr | ee come al a Loy ere eva oii. lls zal t 4 Aca 2 a EP a ts sh: e252 Be Pe aa lied = hl =F ll aed Sonal S |) SSR IR IR a |e | (| ema ile collie al Leu hf alc = 3 A | | oleae eae | 2) SN | Se | Se ee ear eo = an ae cle es elle eter i oly he P| Slee peo hk ope = 16 2) eS ee ae ee eee || ee eee eee ee ee eed ee ae is CM fe ff | eee ag a ma aes eB tlhe Eph z 18 ele le = lh Pal ge ec ee nM le Sl Sle eM Sooty Sock Leche 21] -gom:| = | 004) 0-009 19 | -081 | 422 | -088 | -065 | 118 | 185] 140-080-021} - | - op -oo7s\010)\'-d05-003)) 29 oo le= Fes |-= 2. = | onze 2 = | 2 Se ae ee ere eee Se | ea lie eee fee ji 9 ES |e |e SO ee ee aa ee ee ue eee Pe Pe | lk eee | | Se} | ff Se | cS | 005} -005| - J) o-0x0 eho | =. | emote | oe | Sl ae heb Sh a) 2 oars i Hal ie el ol Se a eo lat eM Eee bl gk 2 | a ee ee ee S| eet Ree || URS TA (Za eee eae eee ee 3 eS SE i eee Pe ran NL oe) 20 a ae ee es |e ei ee ee (ee a Pt FN wae enlace) eae ees ile eh Malbec ileal coh calle) J EN ME li el 5 Sle lh ole ie Meg Sols len Ie Socal ese Pe Lote Po a I i fs orig hy ey | ae YN) = he gl Salpeae ke tae Of ae ee Pre a Te RF ees eet cr fe | ee ee ee zi SS | | ee) ES oleae ee he tS ao0a| — | o-008 Se | | ee | te | eee |e | = | E | -oog} = | +044! -028| = |-008}-005/ - | o-oss | | Sune [0-264 |0-402 |0°387 [0-221 |0-401 0-320 0-295 |0-204 0-110 |0°135 0-030 0090 {0°050 |0-069 |0-114 |0-241 0151 0-212 0-397 0-410 0146 0-364 [0-281 0-179] 5-474 | 1 | RAINFALL. AUGUST 1892. 1 = = = Soa ees = = = = = = = a Sj = = = = » = 2 Rs cere Soe | S| 2) ol eee! ee | co) Sethe | fe} et oN odes em i eo S| fC) 2) eco = | te Pele te | sk | =) | SP ooo, ee ee | Le] 8 els es iy > \-goa |) =! /!s002 |) =~.) — | ox’ ore 00g! 0-037 5 | — | -013| -030 | 038 | -044| +136 | -062| — | -042| -100| -141 | 247] 150/005; - | - | - | — | -025| -037| -060 | -058 045) 1-233 6 oem eis) = |. -020i| 005; |(-016)|054)| 023; 2 |) Sel ene ha ee rete Se a) 2b Ste PAP oeage ey ie S| S| el anor dos a =e sit eu ee ee ff | |) See g-gn SE soos) ul oh ii |) lp 2 eee) Cal Se Wes po de Lt lb SE oes ene i coy | Se ie ee ee ee eee Pe Po Pp Ss ae | 11 | 020] -003|-065|-092/ - |-020/ - - | - | - |-o10|-o1s}-o12| - | -004) - | -019| -007 | -005 | -015 | -005 | -002| -003| - | 0-300 meni i | 2 | — | yc | 2 Woe eh fo) et od egos sogs | 047 | 017 10434. o-igo ge) 094 | +116 | -150|-028|-o52; - | - | - | - | - | _ | - J = | - } = | — |-030] - | -003/| -037 | -007 | -020 | -003 | -0671 0-607 14 | -123| -90 | -110 | -032 | -018| «180 | 030 | -028 | -225 | 104 | -120 | -225] 115 | 060 | 010 | 005) - | -003}-0021 — |-020] - | -020]-006] 1-526 M5 | -016| -073|-043| — |-050| — | -005|-017|-020|-005/ — | — | -023|-070/ -os8|-o22| - | - | - |-o03/ - | - | - |-003] 0-438 24 Seccdsie = = | = | —- |= | —- | —- | = | = | 2 ey = | = | 004) — /-008)| 023)-003) = | = | = | - | 0-036 | 18 | - i) =) = = | = || -025\|-097,)-oapconuldoa = 2°) = | S| = | *o02|-oor; = | = | 003! = | o-oy ee | CO) | Ll) Se ie ihe |) 2 eS — | — |-097 | +103] 240 | 089} 0-529 21 | -024 | -010 | -038 | -028 | -012| -048 | -143 | 042 | -044 | 012 | -021 | 030] 012} - |-004/ - | - | - | - |-oo3} - | - | - | - | o-azi esos) oie] | — |-- |= leone lomo! ou) co| = = |= | = | - | =.) - | = |-oo3] 0-108 rt a erie godiie "|_| =) | ie a a aie | a oe et @agae oe | - | — | — | 039) -070| -162| -078| 108] -028; - | — | — | — |-053| - | -005|-003|-003}-004] - | - | — | -0038] 0-551 ee | = sgl = |e | LK (anja = “lcd — |-oio) —.| — | = |-d28: = Aleaoro ee fe et | | | Ke | 2 2 p07) 153) 198) 008} = |-004) ~ | = | =-|-008! 072) o-st0 Dear | — | - | — | -048| -432] «102 | -103 | -040 | -045 | 014! 062] -011] -009/ - | -003/-006] - | - | - | - | - | - |-009] - | o-ssg es cece - | = | ee ee = |) = ie aloo 30 007 | 006} — | -019| -003| -013| -o11/-003| - | — | - |-020}-o10/ — ~ | — |-040]-027+-009/ - | - |-004! — | 0-172 en e177) O12 -4-007,1 018-0101 017 | — |.) SP Sapeee se) 2) SP ee ee PK | KH RR SP ove ‘Sem {0-322 |0-396 [0-501 [0-310 |0°679 {0596 0:542 (0-279 [0-530 |0-287 (0-415 |0:607 0-359 |0-206 [0341 (0239 |0-066 [0-058 |0-104 [0126 |0'254 [0-241 [0-346 fo-340] 8-144 368 BEN NEVIS OBSERVATORY. { SEPTEMBER 1892. 16 | 17 | 18 | 19 | 20 | 21 | 92 |98 171-067 | -007 | -001 | -003 | -023 | -022 | -002 Oa ee =} ai) Si] Sy = |.<02' 0014) «= els oll Salient 007 | 018 | -028 | -029 | -051 | -090 | -ost | «107 odliete |e Wax, See es ae | -004 | -009 | -004 | -004! -002] 002) - | — —~ | — | = | -007 | -059 | -090 | -007 | -o04 > 2 2) = hoon) = -o08ileonn 182-018 | 003-047 | -032| -011 | -022 | -018 038 | 065 | 086 | -050 | -050 | -041 | -060 | -081 100 | -080 | °102) -081 | -039 | -036 | -118 | -162 018 | -002 | -001 -060 | -070 | -039 | -021 | -064 ‘211 +197 | 173 -097 | 109 | -159 | +117 | -049 021 073 030 | -013| -011 | -013 | -050 | -063 028 | 027 009 | 011 | 010 | -013 | -011 | 018 De Dae | -006 | -001 | -003 | -005 | +100 | -152 | -158 | -032 155 | 102 | 056 | -040 | -079 | -106 | -213 | 167 ‘031 | 034 | -044| -018 | -046 | -004 | -002 | -001 019 | -034 | -080 | -064 | +111 | -271 | -168 | -05u 022 | -220 | -108 | -115 | -087 | -093 | -163 | -033 092 | 009 | 009 | -074 | -020 | -078 | -029 | -041 010 | -047 | -028 | -070 | -007 | -002 | -008 | -o04 1-071 1-009 0-794 0:786 |0-907 [1-293 {1-256 |0-917 OCTOBER 1892. l=, = |-001] = | = | = | 2S =| = | -.| = \ose) 2.) 22S eee - _ }-023] - | = |-099] -o90 | -091 | -080]} 0-388 —~| .|o |= | 2) 2a) 2) 130 | 291 | +395 | -108 | -140 | -043 | -130 | -021| -106| 1-740 008 005'|-00r| — -|.- | - |=) -{— | -—|-=.)-001) = | 2.) 22 ~ | ~ | = | -007| -017| -017 | -028 | -036| -079] 0-271 050 | -068 | -061 | -072 | -026 | -007 | -009 | -003| 0264 1-135 - | — | — | -002| -005| 001] -oo3| — | — | 0-069 011 | -013 | 019 | 003 | 018 | 015 | -008| 007) - | o-142 - | — | — | — | 002] -002|-002) — | 2 1) cram — | = | -003]-005| -o01| --| - | 5 |e Sanam =a lee alee ~ | — | +002] -001 | 002] 0-005 = = = | = — | — | 0013) = imor2H 063 | -022| -019 | -008 | -001 | -001 | 002 | 004) — | 0-256 - |_| -|- |- | = | =] 1002) "ou6iaan -,| - | -].- |. 2: |.-.) —) So 014 | -006 | -003 | -003 | -006 | -010 | -007 | -016 | 005] 0-141 016 | -008 | -007 | -020 | -o28 | -022| -030| -001! - | 0-193 |= | = | = | = | -002| -040 | -048 | -129 | -152 010 | 022 | -013 | -016 | -046 | 022 | -004 | -o40 | -009 089 | -032 | -016 | -028 | -031 | -022 | -014 | -006 | -003 030; - | - |-006/ — | -008| -011 | -032 | -019 016 | 006|-010| - |-020| - |-006|-o09| - 0:437 |0:468 [0:575 [0-279 [0°34 |0:309 |0-384 [0-401 [0-517 RAINFALL. INCHES FOR HouR ENDING—— 9 a lod Weeee V7) e Veo Veiner iene: ete SS Se ee ee ee ——_—|— | — |_—_-, — |—-| —— —— —- 1 | 007 | 002 | -002 | -002 | -003 | -006 | -010 | -030 | -091 | -090 | -058 | -053 | "157 | -066 2 | 014) 001) - | 010} -040 | 019 | 014 | -077 | -002 | -440 | -139 | 097] ‘014 | -048 3 | 199 | -008| 020] - | -006| -006 | -032 | 050 | -059 | 191 | -034|-0011 —- | — 10191005 | 002i 2008002") <> ||.) 28 eee Semen ere emma ee | 2 5 | - | - | - | = | - | -006| -003 | -001 | -001 | -006 | -008} 005} - | -003 6 |,°088 |'-008'|-008;) s008))|s002/|("028 |} += |=) 2 See 2) z7)/-]-]|-]-=]- ] - | - | = "| = | 089) 1099\| -069 | -024 | -007 Babs lS aC 5. 81<908)) “002 [4 atl Aenea Rear 9 — — | 002} +001 | -009 | -006 | -004 | 005 | 006 | 004 | -004| 001! - |-001| - 10 — | 001] 001] 002] - | -059| -001 | -050| 002] -006| 003} - | - | — 11 -039 | -033 | -020 | -028 | -030 | -003 | -007 | 037 | 013 | 106 | -070 | -079 | -001 | -001 12 001} — | 003] -010| -055 | -012 | -098 | -107 | -093 | -052 | -107 | 131 | -048 | -059 13 | ‘082 | -023 | -004 | -006 | -012 | -060 | 143 | 178 | -050| -021| -006| 003) - | - 14 | 002 | 017 | 002 | -035 | -004| 008 | -041| - | -016| -012| -036 | -026 | -029 | -030 15 | 110} -054| -058| -006| -v03| -001| -— | - | -001| -067 | -021 | -010] -001 | -007 16 | -076 | *129 | 050 | -068 | 003 | -021 | -028 | -031 | -028 | -056 | -043 | -030 | 055 | -091 17 }-012) 0081) 0015-008) = | 2 | = |: 2 1) Se Selocon-ool-002 || 00d 18 | 050 | -098 | 115 | -146 | 120 | -061 | 138 | -170 | -068 | -041 | -078 | 042 | -071 | -085 19 | 038 | -071 | -032| 100} 118] 005) -— | — | +019] -001| -001 | -001 | -001 | -o02 DOue SM all ea OOS So Sra) P| ae ie i ee 7 A Ra ie meee, Pee ee ce ee Pt alt | ee Pe Nes See ee ae Peete eee mee ||P | St ee Dae el eens eo er Ne ||, See a em te T0080 24 | 005 | -026 | +173 | “168 | -052 | -046 | -021 | -109 | -060 | -189 | -001 | -063 | -018 | -017 25 | -210 | +104 | -459 | -300 | -057 | -069 | -010 | -082 | -160| -015| -008 | -164] 032] — 26 | - | 005} 052] -010} - | -019| 021] 004] -005| 002} - | -006] -009 | -111 27 | 040 | 112 | -149 | -080} -110 | -102 | -019] -007 | -100| -090) - | -003} -004 | -022 28 | -010 | -006 | -006 | -005 | -012 | -053 | -060| -006 | -035 | -066 | -055 | 040} -019 , 040 29 | -038| -040 | 062 | -050 | -052 | -052 | -086 | -066 | -067 | -015 | -002 | -017 | -099 | -028 20a) SS) =. 1-003) |'023'"-007| 009 | 001) = el Se eae on SS Sunt [B85 0-768 1-218 1-068 0-697 (0-642 0-746 1-018 0-84 1-609 0'770) 0-860 p94 0-628 RAINFALL. 1 | -002| -005 | -011 | 010 ; -009 | -029 | -022| -037|-o19 - | - | - J - | — 2 P= | = | =) = | = |-004| = |S i002) = 4) -odall-0il ais |) ae 5 | = le = = = = = _ = = = = = = 4 | 058 | -021 | 057 | 123 +104 +100 | -046 | -051 | -092 | -067 | -062 | -039 | -031 | -o11 Dit ekg |, eam gale i> S|, 1 eam so Ronee “068 | “120 6 | 111 -011| -018 | -027 | 030 | -005 | -001 | -001 | -007 | -006 | 005 | 007 | 050. -011 7 | -011|-017|-001| - | -003|-010| - |-005| ~ | -008| -058| 075} -004 | -009 8 | -003 : -028 | -011 | 009! 002-003 | 002 | -003| 004-007] — |-o07] - | O11 9 | 147 027 | -108 | -028 | 025 , -011 | 002 | -004 | 001 | 008 | -010 | +112! -108 | -148 HQ, | G19 -O11-009) -G06))-010 008" = | = Me ede Soi semi ee 11. 1 607 | 008)),022) s004OORT =) fie, abl = | Peale eV Sol See 1 es MOO OOM OOD GOOLM Nc Ho | ccsy | een |) eS I eS 18. AOA OO 002i Sateen eS YE cE ey is i 2 ie Sa | PP ae i meat a |) SA se Set Os Bl eat lee sgh eed ee te ee Pleo |) cel ee, ee eee AR 16 A Gen ay - | = |-006|-008; - | - | -007] 004! - “sae Re Vet ie Se Sa he ae Ned Nh Nk ee te 0 aca We eager BN See Sr eR ee eee Leal este hee 19 | -015 012 | -003 | -002 | -010 | 021 | 005 | 025] -004/ - | -002| -o02] -017 -008 20 | 001 | -009| 001} 001] - | -003| -008| +011] -003! - | -012/-o01} - - 21 | 033} ‘012 | 009 | -005 | -002 | -002 | 008 | -007 | -o02| -o01| - ‘O11 +028 Fh a Se ee 00D | ONS O20 GORI! =i Peale oud 23 | -006 | ‘009 | -010| -005| 003 005] -007/ - | - | - | - | - | — | -003 24 = s a = F is S| ee - = a a“ £ mu a a ne ee = cite rath Oo aps) (ibe a ad px ae ier faces P= | 0 eres ig eon EE 5 7) a | AN a a ee 27 | - | - | - | - | - | - | - | - | - [[-080}¢-080][-0199 -c35 | -010 28 | -094 | -023 | -035 | -035 | 083 | -020 | -006 | -003 | -004 | -018'| -063'| -006 | -089 | +048 29 | -014 | ‘011 | -006 | -045 | -011 | 038 | 038 | -083 | -110 | -048 | -017 | -012 | -048 | -011 30 | -001 | ‘004 | -008| 001 | 001} - | -031| -013| -007 | -017| -012 | -007 | -003 | -008 31 | -052 | 053 | -005 | -036| 019! - | -025| -021|-018| - | -026| -013 {f-026]| -063 Sum |0:575 0-264 0-320 |0'339 [0'319 0-254 (01196 0-271 |o-204 0-289 0-346 0:437 10-662 |0°655 —_— eee FORT-WILLIAM OBSERVATORY. 369 RAINFALL. INCHES FOR Hour ENDING— SEPTEMBER 1892. | | hve | Mid- 142. 8 2 wy Ba 7 NB | @ tO aie eB ea I aie Sota olerey I oR} Ie H | night, 1/-]-!-/] - | = | = | -009 | -068 | -082) -050 | 004} -016 | 048 | 008 | -037 | -020 | 024 | -004| -047 | -003| -003| 004} - | — 2°|-005|-004| - |-010/-143/ - | — | -005| -018| -094] 059 | -028]-003|-018;} - | — | - |-020] - | - So Se | One 2, | ato | oa aes 2) = })003)|'-0044) 004 -0525-038)| =) | 29) 2" |-003) = | 2 | = | -003 Wo) = | = | = 4 = = ~ = = = — = = = = = = = = = = = = = = = = ee Oosi —no02 = |) =) =") -003)|)-020'| 012) -025 | 022) -0801| -050)|' 030 SC ROO A eee ene | = ee ne ee email e se) ani) Sy Soe) eh eee Se ke ees | wh a | ee OO eCo soo e=spee ORR a ee eye fe | ah 8 - - - - = = - _ - = - - = | = a =- — — =_ - - =- - Meee | - | - | - | - | - f=} = | Hp ap apa =} = | = | = | = | one] oss} - | - | - ee i) 012) = | = | = ee ee te S| a) etc ee ree | 11 | -015| -010! 003) 010| -010' - | — | -002| -084! -163} -048!-o02 - | - | —-|-098|-023! - | -079!-032}-008!-o48) - | - w}-)|- | —- | — | — | -017| -055 | -080 | -029 | -059 | 080 | -066 | -048 | 033 | 080 | -041 | -052 | 115 | -063 | -052 | -044 | -064 | -029 | 070 ONE NTS OTN ee il/-040)) 048) | 1441-152, -OG0)|) een ae a | ey el | ey | ee | Se 14 | - | — | 016] 003] 041! - | - | — | -030} 048] -070 | -119] -050 | 078 | -188 | -148 | +185 | -155 | -035 | -010 | -052 | 062 | -108 | -145 15 | -092/-070)-115) - | - | - | - | - | - |-030; - | - | — | — |-008; -003) —- | -004!-018] -010 | -007 | -020 | -068 | -074 16 | 059} ‘011 | 020! 020] - = 011) -— | - | -018} -148 | 067 | -066 | -151 | 054 | 023] -031 | 003] 010/017) - | - » | = |) 2a S6 Ss ee ee - | - | = | = | = ]|-008 | -010 | 010 | -060 | -042 | 020] - | -022] -018 | -043 | -107 | -110 18 | -078 | 104 | 088 | -102 | -095 | -032| 145 | 150 | -085 | 045 | 068 | -044] 022! 046 | 009! - |-017/ — | —- | -004} -009| -009 | -007 | -016 EO MEOOGL O50) O50!) — | | svalh Syl a Cee ee ef eh ah ee SP Se ee) ee a) = te me et Sey ey el = |< ene eres me eel ei = ll ae ee Sa Scala) Se =, | = = en ee ee ee fie i Ne ees Nec he ee eee Se eS Sy = em tae ee | ee = 1085) 155:) 018 | — | 0320 24 | — | -060|-135/-060} — | -075| - | 048! -004| -058| - | -010] -005 | -003 | -002 | -020 | -060 | 073 | -029 | -051 | -059 | 158 | 140 | -170} 1-220 95 | -250 | -272| 076 | 092 | -050| -050| - | 070! -038|:014) - | -— ]| — | -005| -004| -015 | -014|-015 -017|-007|-003} - | —- | -002] 0-994 26 | - | — | -007|-015} - | -018| -058 | 113 | 003 | -003| - | 020] -003 | 066 | -051 | -002 | -011 | -020 , 007 | -047 | 203 | -110 | -045 | -045] 0-847 27 | 018 | -092 | “085 | -037 | “148 | 170 [-040)[-060][ 100}[-068}| 120 | — | -004 | -046 | -033 | -047 | -075| 140-058 | -042 | -015] +023] 006] — | 1-427 Bg! = - | — | — | -002} 039) — | - | = | = | -012} -010} -002| 016 | 020! - | -040] -005 | -055 | -010 | -010 | -032 | 081 | 067} 0-401 29 | 032 | -068 | -109 | 095 | -069 | -049 | 040 | 038 | -061| 009} - | — | -063| -037| 080! -010| -036 | -067 | -010| -087| —- | 004! -012' 012} 0-988 Seem = 002) - | - | —- | — | — |e | =) =P - 7] - | - | - | - | =| - 7 | en =a 80-009 | Sum. |0°731 0-716 |0°681 0-496 |0°648 (0°510 0494 [0-790 0°609 [0-743 |0-525 0-343 J0-406 (0-433 |0°629 0-615 |0°636 |0°681 0-464 |0-452 |0'619 |0°779 0°671 0-760] 14-431 ji | | | | | | RAINFALL. OCTOBER 1892. Seem) | | t-o08. 004) 011-02) — | = | - P= | | Sie ale Sg) AG eal Sl aah Sa ods Mees | 2 | - | -|-'\- | - | = | = | = |-oesfroee|tiz}-o8} - | - | - | -] - | - | - | — | — ] 020 CE cre Sl = ee ee ay ree eee ee) | OLON eG2 S23 0-285 @ ) 075 | -043 | -047 | -050 | -054| 086 -057| -046 | -047| -030| — | -012} -028| -003/-004/ - | - | - | -_ | -| —- | - | — | — | ose ei. | - | - | - | -;- | - | - | - | = | = | 008] -057 | -040 | -040 | -053 | 085 | -047 | -067| 003] 019 - | 021} 0-440 6 | -027 Mee ioe |) = f= |. = | Sek Cosowloosieexo-ooe icons) =|. = |. = | =| =} =) = \ <1 =a) oss ee eee a) Sp | | See oo = | =| = | = | =| = foo Se ee | | | s | — | one} 054} 140} 148] 0-364 9 |-093| -019 | -010' — |-033|-025/ — | — | — |-015|-003) — }-080|-033|-027| — | -o17| -003| -025/-003! 002] - | — | - | 0-338 = 2 = = | = = = — = - - = = = = = = = | = = = = = i = = eth Tae!) le a | a ee FS ee ey ot |} See a — — — _ _ _ _- _- — — — = - _ _ _ _ _ | _ | _ _ — — _ — = | = See sR ia ea Mees fe = °|| lala MMe (a ere em ee en Ve emer een GO een. 020, =. y ee ee Sel cele ee ol CA Sl ole Sah cg-asy ee a See Se | loom onal (O:008 eee | | Sf = | ees | ee) keh Ste ke) Ss =| Se oot ese Seah | 8 | | ke eee i Se) ) 005) 018) 005, = 1h fooeR ee whe Wee fe et Sei ie | re Pe Po ts eee be 4 067 | 113 | -100 | 080 | -020|-027/ - | — |-013| -050/ -023| -070] 012 | -018| -032/ - — |-006| — | -003/ -011| -060| -130| 132] 0-967 068 | -018 | 059-050 | -093 | -013| -002| 002} - | — | -005| -027] -023 | -030 | -005 | -005 | -005 | -045 | -040| -125/-055, - | — | — | 0-670 =] | = 1-050-095-0558 | -050| -040 | -050| 050| — |-oeol-oso| - | — | - | - | — |-003|-003|-004/ — | - | — | 0-450 017! — |-013| -005/-015| — | -068! -011 | -101 | -160 | -027 | -028] -015 | -040| 015] -017/ — | — | -003| -005| -018| - |-012/-003) 0-373 | °017| -017| - = = = - - - - vr, | = — | 026; - | 024) - — | 004] 006; - = = = 0-094 “Som. (0:382|0-219 [0-231 0-235 [0-258 |0-229 0-181 '0-130 [0-263 0-310 0-070 |0:243{0-258 (0-328 |0-224 0-086 0-075 (0°139 0-125 0-212 [0-112 0156 [0-452 0-436] 5-354 TRANS. ROY. SOC. EDIN.—VOL. XLII. 3B 370 BEN NEVIS OBSERVATORY. RAINFALL. INCHES FOR Hour ENDING— NOVEMBER 1892, fe Lak i Pale. | | - Sai Fea , Mid 1°} 2°) 98 | 49) Bel 6) 7) 8h) 98) aoe! th) Pea as | 14) 15 4 160) 74) Wey) A991 209) 2m | aaa aoe ere | | Oa 1 }010} - | = | = |:001) = | - | = } = - |001J -_| - |] - | Sets | = Sal 2) -)- | -} =] =) =] =] = | = | = foe | af a a | =) =) = -009;| 0041 -008)|) =) = || Sane 83 {| -|-] - | =| = | = | =| 018] 017 | -097 | 053.) -065 | 140 | -001 | 015 024 | 009} 002} 001] - | - | - | - 4 | - | — | - | 012} -049 | -072| -024| -019| -086/ 154) - | - | - | - | - | - | - | - | - | - | = | -042| -089) -035 5 | -100| -032 | 004 | -048 | -012 | -040 | -007 | 001} -053| 042) - | -oo7]}-012] - | - | - |-003| - | - | — | -050/| -080| -007 | -069 6 | -014| -011| 009] 003} - | -037 | -035 | -022 | -063 | -071 | 023 | 0057 - | -035) - | —- | -011| -053 -|- [| -]- el p= al = fenced eal eat =| as | ce ee ME OP Ah ean es gee ee 8 | - | 043 | -170 | -020 |[-050} -035 | 012 | -004 | -008'| -008 | -025 | -028 | -080 | -050 | -022 | -055 | 046-031 | -071 | -043 | -021 | -083 | -100 | +155 9 | -173| +115 | 212 | +100 | -109'| -055 | -042 | -022 | -010 | -084 | 092] 0427-012) - |-010; - | - | - | - | - | - | = | = | = $05] Fa 2 heat b= Nise | a) Soh oe Pee I en pee Tce PN ST A eee a - | - Oy hed tee = }°040|-028!-015;} - | - | - f- | =| =) - | =! =-} = |-002] = |) = |) Sieooe 12 | - | 001} -001) :002 =| =} = | a2) a a | = Pat eh sop a = oon i) = 026 :| 070) eter ene 13. | -046 | -033 | -025 | “002 — | -—") —-/ = | 008) =] = J —~| -002| -001-) =8) =) sii Se] = | eee {| - | - | - |] - | - | = | = | = | — | -005] -011 | -021 | -074 | -116 | -151 | -079 | -070 | -156 | -177 | -238 | -140 | +143 | -100 | -025 15 | 067 | -056 | -067 | 069 | 031 | -039 | -008 | -036:| 048 | -040 |--016 | -007 | -037 | -013 | -025 | 054) 008; - |-002} - | - | - | - | - 16 |-021' - | - | - | - | -O11| O11 | -080 |[-036]) -028 | -023 | -021 | -058 | -016 | -009 | -014 | 001 | 005] - - ‘015 | - 15. W0GT Sri) cate) ee cee ee Pe ee eon owe Rees) = | = 18. | tae) toy) =| = 019 | 030 | -026 | 016 | 010) 010| ool] - | - |-o02} - | - | - | - | - | - | = | = | = wo f-)-|-/)-/-)-);-!- | -) - | - | = | - | - | = | 006! 009] 004; - | -002/| -001 | -002) -005 | -002 | \ 25 | 028} 012: 012 | 801.| 001) "| SP = | ea SS eh | ee ale alls oa ee QE = |e ela toe-| =") ae) = be He eee ye Pe) Hie ee = ES |) = ee PU) te a Sat a ge al al, Pd Beal lees AR) Bh ce =ifonG} ee] = fa= | =| eee Bi Fa Pa) seb ee = a a: aera eee gy ce ft =|) = |= | =-b=s ) = | S0 ae Mpa fst = |e | mb a) meee a a aap a b=) Seb eo) Sil pale | =) sea a 7B Esl ee ae We ce ae a ies. eS aN eee - | - | = | = | = | = | 008} :017 | -018 26 | ‘019 -029 | 001 | -002 | -002 | -010 | 036 | -097 | -092 | -023 | -023 | -009 | -003 | -005 | -003 | 003-003} - | -002 | -008 | -020 | -015 | -013 | -005 27 | 002, — | -002 -010| -006 | -002 | -032 | -004 | -009 | -033 | -019 | 150] ‘014 | -035 | -027 | 015 | “005 | -028 | -044 | -055 | -038 | -066 | -040 | -040 28 | -037 | ‘050 | -063 | 040 | -063 | *120 | +161 | -176 | +122 | -150 | -085 | +187 J 090 |[-107]} -080 | 128-211 | “155 | -275 | -257 | +305 | -342 | -166 | -073 29 | 090 “113 | -028 | 032 | -047 | -055 | -011 | -045 | -022 | -043 | -037 [-100]] 086 |[-122] -050 | -072 | -073 | -030 | -030 | -068 | -015 | 072 -008 | -017 30 | 012 | -007 009 027 | °030 | -021 | -015 | -027 | 022] 010) - | - | -067 | -046 | 006 | 106 -053 | -039 | -015 | -090 | -018 | -077 | -006 | -063 Sum, 0592 0°518 0°603 0379 [0-401 |0°517 [0-464 |0:555 |0-569 |0-801 0-417 (0-644 [0-673 |0°548 (0-401 (0-532. 0517 [0-520 |0-622 [0-767 [0-634 (0-950 |0-631 |0-608 RAINFALL. DECEMBER 1892, 1 {| *902.| -002|+001-|'009:| *025:| <007'| -008:) 00!|= 9) = | - |:- | 2 | = | —) S52 eet ee ee Fie a | =. | S| Soe 2 =. Heal is Ae es Ses ei) ae = = = = = = = 3 3 - | - = = = = = = |[-028]| -011 | +100 | 087 | -070 | -015 | -053 | 046 | -007 | -005 | 075 | -055 | 085 | 040 | -009 | 007 § 0-693 4 1-006 | -030)| 009) -006)| -007') 010} -012)|-009)" 24) 28) 2) = 4) = | = | -or2)/*o10| =) 2 =a Se S| Se ee rere 5 | 090} :017 | 018 | 011 | 002} - - | 005) - - — | :006 } -002 | -005 | 087 | 072 | 025 | -007 | -007 | ‘004 | -006 | -014 | -030 | ‘011 0-419 6 | -051 | ‘020 | 050 | 010 | -018 | -016 | -022 | -040 | 035 | -030 | -017 | -043 | 020 | 018 | -009 | -007 | 011 | -008 | 010 | 009] - - - - 0-444 7} - }-] =] =] =] = | = | = | = | 008} -004 | 008 | -020 | 025 | -018 | 011 | -012| 009/001} - | - | - | —- | = % Osa 8 | - | -}]- }]-=] =] - | - | - | = | - | = | = |-028] -080} :040 | 030 | -048 | 035 | 025) 002) - | - | - | = | 0:288 9 } +} — | =, | 0051002) +003.) -008'| 001 0027 SJL *l P= | Sipe ea) Bl 2) oa cae Ss reed a ee 10 | - = | = | 1007 | 006 | -001 | -014 | -008 | -022 | -030 | -001 | 010} -031 | -038 | -026 | -045 | -037 | -055 | 096 | 060 | -018 | -084 | 005 | 066} 0-660 11 | -031 | 040 | 063 | 062 | 082} -008 | ‘013 | -009 | -014 | -021 | 035 | -035 } -010 | 105 | -038 | -060 | 036) -027 | 065 -055 | -035 | -034 | 015 | 010} 0-908 12 | -009 | -036 | -020 | -012 | :007 | :005 | 009 | -011 | :007 | 013 | 010) —- = = = - | - - | = - — |°018 | 013] 0-170 18) Ea Sa Se Sb a) a eee ee a a Ee a ee eet 8 1011910044 OT ORO mmnEnEEE 14 | -022 | 045 | -073 | 060} — — | = | 012} 112] +120 | :027 | 033 | -040 | -053 | -026 | 009 | -030 | -001 | °026 | 157 | 034 | :033 | 025 | 0380] 0-968 15 | 033 | -002 | 012 | 010 | :061 "013 | +023 | +162 | +145 | -050 | -037 | 110 } 022 | -080 | -037 | -108 | -047 | 022 | 011 | -008 | -015 | 008 | ‘051 | 007} 1:074 16 | 001°} 030 | 006) 002} - | - | - - - - | +025] -026] - | -020| -030 | 029) -104 | +185 | 166 | +244 | -246 | +177 | -087 | 027] 1405 17 005 | 010) 004} 006; - | 001; - - - - - = = = = — | 006 | 020 | ‘010 | -027 | -052 | -140 | :097 | -200] 0-578 18 143 | 066 | +292 | -325 | -057 | 024 | -007 | -001 050} - | 007 012 | 078 | :007 | 050 | 017 | 042 | 030 | -015 | :045 | 014 | 010} 1-292 19 | 002 | 004 | 012 | -004 “025 | 006 | -010 | 018 | 007 | -006 | -004 | -004 | 002 | -004 | -002 | -003 | -001 | -008 | *010 | -013 | 012 | -037 | *020 | -024] 0-238 | | 20 | 040] -007 | -036 | -004 | 001 | 010-014} 008] 011) - - - — |-001} 010! -001; - | 005] 007) - | 004) -002] - | 003} 07164 | 21 | 0101 002) = | —-} = 4 — | = | ft = | =) = 7 =P re) 2 pe We = 0197 -001)| cor) — || 20) 22 | -001 | -025 | 002} -007 | -001| 005]; - | -003; - - = = = = = = - - - ~ - - - 0°044 | ek | oo Sogn 2 tee 1a ewe eas i VS eV 2 | 2 2s a ee eee ee ee ae ee eee ie eee eS tes ele pe | 96 es = = z Ss = ES La a: £ 2 a 2 = 2 - = Ke BS _ 4 = ts 27 - = = - | a = = = = = é = es = = = = = = = = 28 2 = = = = f= = 4 io = = = x E: = Ae = = és = — = = | De Sy =) = of eee a ae ee ee ee Me ee es eee len a Bonen alee Sai = W001) |edit | SS ee ea =} er foe | ae 2 oe | | | SUM. hie a 0°336 0°598 |0°540 0°292 ou 07130 (0:298 0:383 |0°334 0:260 |0°369 10-245 |0:456 |0°466 0:438 0-414 0°416 |0°552 |0°665 |0°541 |0-618 |0°381 0°442 FORT-WILLIAM OBSERVATORY. 371 RAINFALL. INCHES FOR HouR ENDING— NOVEMBER 1892. V)2)38)/4)5]6} 7) 8] 9 10) 1) 12) 18) 1 | 15 | 16 | 17 | 18 | 19 | 20 | m1 | 22 | 28 LA Amount, | a | a OS ag ieee ae ES a ee eee Ba ES ee eee Meme |. - | | | a ls eS tee he hecselweeevle <0 ey ly |p Stale Mee ieee mn | ae) ee a | |-007 | -018|| “177 | 050) -o10|-- | - | - | - | = | = | oer Sees) = | = | — | = |-008)| 026 || 010] 116) 110039] 055/ - | - |-024/ — |-o1s|-o10| - | - | - | — | = [ ona, Meee | = | —-| -050| -075| -080| -012 | -080|-058| — | - 1 - | - | - | - | - | - | - | - | - |-- | -023| 008) o-3ae memes = |080| - | - | - | -- j-o1sl=5o|| = || - = | = | 020} +117} -014 | -007 | -048 | -003 | -070| 0-649 6 | -126| - -009 | -050 | -006 o2a\| Clo oer eo [i |.) |) = ESOS tes =) |= |) os ee) | | | ee eee cele 2 te | -- | —. | 008}-008|-- | = | — | 0-006 8 | — |-004| 012) - | -004}-008} - | - | - | -o19| -015|-007]-039) - | -008 | -028 | -036 | -056 | 055 | -030 | -007 | -028| -083] -107] 0-546 9 | -080 | -100 | -111] -070 | -079 | -065 | -038 | -018 | -038 | -053 | -028| 018] - | - | -006 =| = | = | = | = | 005] = |) 0-709 | Meroe | = | | |- t= | | ee ee St la a Re ey ee = |= |) o-o28 WW — |) Le en Dees 3 = S bt | ee s = E: a eS 2 3 = eee | =| - | - | - | = Sao oe ot | eh a= | 2 |= | — | 010) -o12| -o70 | *60if -0-160 Beeeoet 032) -017|-003; - | - ; - |-- |. - | = =) We ee ee aie aes OE m}-|-|-|-|-|- | -| — | ~ | | | — |-005}-040| 074] -og9 | -o78 +102 120 -129 | -122 | -111 | -076 | -054| -o59] 1-059 15 | — | -010| -031] -050| 010 | 014] -004| -011| 009, - | - co ees ee i Ped RS Ter aie eee tale i oat Bema |= |=) -.| - “ 2 \coga\|scogis\-o16)| | = | =| =. | +003) - 007 - | 0-039 ‘ = = = = 5 = = = = = = = = = CSA oi ee = = ee in a = a im eee |= | | — | -005| 008) cos 008 = =P - | - | -;-| -1;-]|-]| - - - | 0-024 ee) = | | ee ee ff ee} - | -004| 023! 0-097 20 |-003| - |-o14|-003| - | - SCE SS 2 BIE Rg ee oe ee ee ee ea ae Far) 21 x = Es Be = as = = = e SS. te se = x fe, ace = = os * = = = Pee = | - | - | SP can ee Ne ee ce MER ee fe 2 ease) | =) = a | a ea Sys fe eT = | a eS SE eS) em) ST a ee ft eee ee ee ee fe) ae i Ses ee eS | eS n= |) =. | s040.| -020'| 010] 0-070 26 | 096) -037/ - | - | - |-021/ -008| 112) -072/ -028|-014| - J-oo4| - | - | - | - | - | - | -005|-009|-007] - | - | 0-408 27 | - | - | - |-008|-018| — | -004| -012] -010 | -026 | -008 | -050 J -032 | 025 | -012 | -004 | -020 | -054 | -073 | -062 | -068 | -051 | -040| -037] 0-609 28 | -037 | -048 | -042 | -044 | -058 | -097 | -132 | -121 | -133 | -197 | -084 | 124] -058 | -080 | -042 | -128 | -214 | -200 | -267 | -311 | -242 | -154| -034| 052] 2-829 003 | -021 | :012 | :020 032 | -004 | 010 | 029) — 0-456 29 | 033 | 044 | 020] 020} - | 074) :009| -007 | 036! 015} - | -028}-:039| —- = = = = — |:018] - | -048| :006 | 018] -010/ 011} - | 028) -:010| 003] 0-234 | 003 | —- - | 040 | 021} - | Sum. |0°632 [0-298 |0:250 |0:237 |0-269 0-360 0-323 |0°376 |0:369 0°607 '0-258 eee ‘273 0220 |0°173 |0°508 0°440 0°524 |0-664 |0°590 |0°461 |0°460 |0°375 10-488] 9-385 | | | RAINFALL. DECEMBER 1892. ee 8 | 10)(-o207[-o20][-018]) —" | - | = | |e y. | -f-)-[-)-)-])-]-1 = | = [ove ei | | - | - | - | = | = | = | a ae f=} - | - | = F =| |} =) He PH | HP RH] = ie) — | — | = | -003| -oi6| -010 | -016 | -003 | -040 | 167 | 042) -019| - | -003|-008| - | - |-018| - | - ; - | - | ~ | 0-840] 4) - | - | — | — [[-003}[-004}[-005}[-005}[-010}[-020}[-010][-0109 - [010] - | - | - | - | — |f-01l] - | - | - J 0-088 | ieee) -2|-- |.- |o~ | ~ | = ie ee 8) =) |) = Corey) — [010]|[-020](-030][-030]|[-044] 0-144 | Beier 038009| — | — | -033| -050|-059/ 071) - | — | = fiono]| - | - | - | ~ | - | =| - | -j - | = | = | o-te | ne? |) |. 008 002 Se ee | = | | fm le 9 0009 8 | —- | - | - | - | - | = [[-004][-010}[-010}[-010]) - | - | - | 007 | -032) -050| -040| -022| - | - |-009/ - | - | — | 0-194 | Rez Ol | | = | | | 00g) | | | | | | aS Sa eon = He |} ED 10 | - {[-005}f-010}|[-010}[-010}[-010}[-010}|[-010)[-020}[-020]} -010 | -011 | -017 | -017 | 020 | -032 | -075 | -179 | -040| 012} - | -007 | 003} 025] 0-553 D1 | 034-014-018) - | 026} — | 022] -007 | -011 | -010| -003| 009] - | -030 | -007 | -010 | -010 | ‘011 | “018 | -011 | 017} -004| - | -004] 0-276 Meeeods|! = | —- | - | - | -{/-}]-]-}]=] =f-] =|] -} - |] - | =! - |] - | - | - | = | = J. 0-006 | meet) | - | - | - | -;, - | -| &} =} =] =f =] - | - | = | - | - | = | = | 029] 048} 052) 038] 0-167 14 | 078 | 103] -072| 040; - | - | - | - | -042/-022) - | — | -003| -010/ -004|-003) - | - | -008| 053) -019|-020} - | - | 0-477 | ioe — | - | — | :003/-028| - | -007| 040) - |:006) - | O18] - | 033) -006/-023) - |-009) - | - | - | - |:020] - | 0-193 | me) - |-|-}|-j-}]-!- 4] - | - | = | = |:021f - | - | 006! -042 | -128 | -230| -208 | 178 | -159 | 146) 110} - 4 1:28 | Mee 004) - | - | -; - | - |; -! -{ =} -} =F -! -s] - | - | = | 006] -0083 | -047 | -070| 128 | -068 | 081] 0-407 | ee) 178 | 157 |-071| 160|/-028; - | - | - | - | - | - | -J-| -|] - 006! +004]; - | - | - |:002) - -— | 0-606 me} —- | -|-|]-)-]-]-}] -}] = | - |} =F -] --| - | -.) - | - | 009] -002 | -002| -o10}-008 -004] 0-035 20 ig acamocs Ol =) = | — | 013) - | 008) eee | = | — | 2 |e | - | - | - | = | = Foods eR etn (cc | - | - | - | = |-002} - | - | -004/*003; - | - | - 004] 0-013 22 - | -008 ‘019 Ste 009 |= fo | = | C03) ee 8} i ee = | =) Ee @-089 23 E EF i= a es = = = = = = = = = =. |) = as = = a = = = = Mee ete | —) = | — | - | HLH RH ee jay ej He} ep et HH pe Pe] ee - mo |) -|- - Seat |= | = | = hee ec Peles eR PS fe) cee . eo | =| 2 eee = |) me) le ee ge ee - | a eat - Mees | - | =~ | - | =~ | - | - HP Hf He Peep eH eH | KY] ae) =) | a SIS - | eee fee he | K- | KK | mH | ee eR Se iene | ai me) - | - | - Ale |. >| — = eee See Web) = eo ee - | RS Ey] Ss ORS a ea eee |) || | ee es | (en en (en = | Mme} = | He he | Kf KH] K- ] | KH PR | Re fe =) — ead =f] =i) || eile - Sum. 0°491 0:361 oat 0228 0-108 |0-092 |0°128 [0-182 [0-172 0-139 |0-190 0-111 J0-049 |0-107 0-078 [0-170 0-269 0-461 |0"303 |0°316 (0°336 |0°395 0-291 0-200] 5-394 372 BEN NEVIS OBSERVATORY. SUNSHINE. Hovurs—ror Hour, LocAL Mran TIME, ENDING— JANUARY 1892. 4 Job bo PWT Oh 8 pod fedO | Te | oss, pels aS |) V6? PFS 1891 io) | Oe NOt Totals Possible: | 1 - - =| = - - - = = = = = = = = = = - 6°80 iL 2 - - =a - = - = = = = = = x = = = = 6°83 2 3 - - - - - - - = = = = = = = = = = - 6°86 3 4 = eS Pa a = = = = = = ay = = = é = = 0:22 6°89 4 5 = S = e. E a = eS = z = = = e. = = Es = = 6°92 5 6 = = Sl) a = = 2 = 3 = = = Ss = - = = = = 6:95 6 fi - - - = - - - - 22} -98) 1°00) 22) — - - - - = 2°42 6:99 7 8 - - - - - - - = = - = = = = = = = = - 7:03 8 9 s s x & a 5 = 02} 04] — = = = = = = = = 0:06 7:07 9 10 = e = = = = = “ = = 01 = = = = = = 0:01 (iil 10 IL} c= = = = = Ee: = = = = = = =) = = = = - 7:15 11 1 ile eee | = 58} 10} - Bail seul TOO, BL = Se Pe P= 3°20 7:20 12 13 an = 2 = = be = ee ss = = S Sai - = = = - 7°25 13 14 2 = = = = = = 2 ss = EM: a os = = = = - 7°30 14 Ty (|| oe (Sh Se. =e eS PAN Oy] Se P= Gai) = A a | ee O85] 7:35] 15 T6 Pe Ped | ee pe a) ce aie! ool 88) a5) 20 | NSS lls on) vietcong ea ye Ea) em = = = = = = = = = Sy ies = = A = - - - 7°46 7 18 2 = = a = = = = = = = is = = = = = = 752 18 199 = - - - - - - - - 10} 84) + °56} - - - = = - 1:50 757 19 Syn |e = = = = = = es s = i= = = = 2 = = - 7°63 20 2) us 2 = = fe = = = = = = = = = = = = - 7°69 21 29 2 = es = fe = a = = = Pe es = = = = = - - i) 22 23 - - - - - - - - - - Ol) - - - - - - - 0:01 7:82 23 24 = = = = & = = = = = = = = 2 = = = - - 7°88 24 ON a - e a x Eo = = a a = a S = = ay = = 7°94 25 26 - - - - - - - - - 12} 1:00; -96} 14) - - - - 2°22 8-01 26 7 = = = = = = = = = = = = |) = Weeo|| S|) Sve Selle Al 0G) | 0) A a NS | a | a hs le | = 1:88 931] 13 BEM sd |e | ee | ee cae | ama Be) (cag ema eal ANS ll Mea |e 2 939] 14 UR | | Sere eis I ee Hoe By x PE ws) = | = | = | = | = 1:61 9:47] 15 cP) (Ree | | a Gl qal = |) = a en eee Lice teen 1:32 9:55] 16 17 ee = = = = 1D) 08 = = = = = z, = = = 020 9°63 7 ij |) = || & | & ee 32) 96) 91] 1:00) 1:00] 1:00) 1:00] 90} -46) - | - | - | — | —- 755] 970} 18 19a) Cea een le lees || 01] 66] 1-00) 1-00) 1:00) 1:00} -82} - | - | - | - 549] 9-784 19 Fy Nee | ee |p ee 04 +22) +88) 96] “6a - 14 =a sea teat (eal P= hee 2:90 9:86] 20 21 eS = = = = = 3 a = = = = = = = = = = = 9:94 21 0) i) ee neem eet || es ol “10! =88i 04! mcOSpmenmn ems |p eeu ne 110} 10:02} 22 Fen Wate |) i |r ea enemies (PS 30| +88) 94) +62 Sos) a = 274] 10-10} 23 24 Ly 3 = = = = x = = = = = e = e = = = = 10°18 24 % | -}|-|]-] - ‘b4| 80] +30) 82} -08| +78} 70) -40) :38 = | = ft Soe 4:80] 10:26} 25 OG) =) int ee |, a 20| 1:00) 60) - SM eK ee Oca = lS Sy = 2:00} 10°34] 26 OF | = Sale 48] 1:00] 1:00) 1:00} 1:00} 1-00) 1-00) 1:00) 1:00] -78} - | - | - | - 9:26] 10°42] 27 Fa) (meet eek |, a ea a= 22| -34) - ee) aS.) = | SS) = 0:91] 10°50} 28 29°} eae ee ail! Oe uel) > | = | = |) =i = 0:24] 10544} 29 Sum. | - | - | - | — | 1:38) 3-98) 4-73) 4-85) 4°74} 4°59] 5-61) 6-82] 4-30] 1681 - | - | - | - 42:98 | 274-81 | Sum. FORT-WILLIAM OBSERVATORY. 373 SUNSHINE. Hours—ror Hour, Loca, MEAN TIME, ENDING— JANUARY 1892. Sewer athe 7 7 # a AS Ge |) 7a | 2Se | Ge OM MON ete tae etG I iy? |) 18) |) 19 || 20) 1) 21 || Notal. (Possible: tai rela oe | Aa (ie = | ee OZ aeESSh Ssh = k= | = | = = | = 2:20 3:80 1 D | SR I eee ee eI lh se Se Nes le ea ee a = 3:90 2 PaPeneei l a se PSS 13] — I eal ese ee WW 0:27 4°10 3 eee | = | | | aS ie eS SOMME OCI eee l= |) | 1:06 4:18 4 ea = |= | = | =e) Sees ee eee =P ea) am [ge fies | = = 4:25 5 ee) ol = ly= | = | b= = Og! 0) Gill = fe | Se 1:29 4°35 6 Fe pes fl = Se ie “5 C8, 80) = Ie | 2) a4 Ses 1°64 4:45 7 ee! |) 2) eh ee em seb oe Sa) = =| - | = es 4:55 8 Seis aes I = | = i) 25) = Om), @}| TOO) 4A). eel) = Se 3°61 4:65 9 eee sey = | = | | ae es SO a a a = = 0:92 4-75 | 10 Ta licce | al See ee ee eee ie eh = lee |p = _ 4:80} 1 1D = = | Se = |= TOMIROOMIC OO MIEOOmeO2iie=) ean =n |e ee i 4:02 4:90] 12 See ee i) — | — | =| = By | a 25) Seah) 1) Sea a en = 5:00} 18 14 = = = |e = = = = = LO a - - = - = = 0°10 5°05 14 15 | - MS - = & = . 271 90 03 08) = = = = 2 = 1°28 5°10 15 ieee = | = | =) = AO}! iUOYe}| UOLOl} Ge) sey) OB SE SS 4:22 515} 16 emneeee hR | = She eS ee ere ee Se Ph = 5:20] 17 Ts es = | Te eee SN es adh a ee ae = 5:23] 18 Gia ie: pee ee ees he Se a ee ie eee |e ee = 5:26} 19 20 = = = 2 = = = = = = = - = = = = = ~ - 5°30 20 21 < = = = = = = = = - = = = = = - - 5°33 21 22 ce, 2 = = = = eS = = a = = = = = = = = = 5°36 22 ome Pe St Se SI ee me ee eee s 5:40] 23 Pees es | a bes il Sp S oz) - OS en eet vs (ee reli) yale 0:10 5:45] 24 Pies | = |) = eS Se 40| 1:00 93] +15 SS eh = 2:48 5:50] 25 mmm ee me | SOT SOOO meee lee Ne ee ey aay 2 0:93 5:55 | 26 Q7 = = = = = - | - = = = = = = = = = = = 5°60 OAL Pe ee Se ae Set ot ne Sel Wa le 2 565 | 28 29 = = = ~ = = = = = = - = = = = = - - - 5°75 29 ii | 2 | eR aa a a as ee cS NC | See a ce |e ce S 5:80} 30 Piss. = | = | = | = OS 0:03) an een rn eet =, le 0:08 590] 31 Sum. | - - | - | - | - | = | 0:58 4:90] 6-90) 7-06 4:58) 0-18) - =| = | = 24:20 | 155-26 | Sum. SUNSHINE. FEBRUARY 1892. i) eo a er 20 Me oe ee ee = 6:00 1 fae fs | =-h = 63 eee Nee. th eile ey ee 1:45 6:20 2 3 || os en er er ee a(t es call eee oe ee aaah ae 4:69 6:25 3 eee i= i - | — |) = da) SS ee a Re eee 0:02 6°35 4 & | 20) 29). a 2 || eee a ee || Ole Sel pe 1:22 6:40 5 ee ies = | = il = SRE ae ie a a aes 1:28 6:45 6 Fees es he | |e Ey eres Nt aah lees alt = 6:50 7 oes ies i= | = | = ai SN Se Se) eS 112 6:60 8 9 be a a = = £ = gs = = = = = 6°65 9 10 »* = & = = = = = = = 7 0°56 6°75 10 eeiesaiee tao = | = 26) 1) Ce geo es 0:24 6:80} 11 iD | 2S) ee eee ee BN ee MA SS ie 0°30 6:90} 12 een) eee [eat fe] = Ol Sp = oe ah Sy 2 2:65 700} 18 Tes = = |= | = | = BE) CST Sw Pe Wes 0:70 710) 14 i} | = | oe | 2°) SS Re = OB) a | | eS 1°61 7:20} 15 eee Sie | = | = | = Salpee ees hee | = 131] 7:30] 16 17 = = - - = = = = = = = = 3°25 7°40 7 Bee | sai = |=) = | = BO, =. || Sf ome Hl ee RS 5°75 750) 18 Cee se ie 1 = |) — | = lO) Gil) = || S| S|) = 5-24 7:60} 19 30) | = a en Ce ee ae = eee al Re ee te 3:74 7:70} 20 Si | S| ee ee ee mh yee Aaa Se eS) oh Ey 7:80} 21 2D of Se a Gee ee 0:89 ea ee 2°41 790% 22 28 |e ea) Rl ee eee “ODF OS net |, 3 We = 3:53 8:00} 28 Panes i — Hea— | = BRy ae el Es ee ee 3:37 8-10} 24 Dome || oe | = i Sale 19 | co ST St a ee 6712 8:20] 25 OMS mis |) = ees vin = ‘17 2 all Ree ES | ea | 2:92 8:25] 26 Same alo. ie Te SON & 23 1400} alG} = | = | = | = 7:39 8:30] 27 Pom) = alae eel he qo, we} = | a os = 3-15 8:35 | 28 50) ll ae a ]s ie 08 S71) Sy) a a Sa ee 1-28 8:40] 29 Son, || Si Se | = || Oy SS) WS = || = i = = 65°30 | 209-95 | Sum 374 BEN NEVIS OBSERVATORY. SUNSHINE. Hours—ror Hour, Loca MEAN TIME, ENDING— MARCH 1892. | | | Le GAGE Fe Se SOF Peo | 11 | 12 | 13 | 14 | 15 | 16.) 17 | 18 | 19 | 20 | 21 | Total. Possible. ek ell Ss ed al Ne I Pi a a rn | i ceg| Se Ae ae eee oe eee Be kale ee e 1058} 1 O° ae SN Ge eae he Pe Sct ect see se ga oe | ii 0-09 ; 10°66 2 $ 4 2 = = = = = = e HO] ol] = |) = - = = - - 0711 10°74 3 Af) soa fF = =] S| 28)" 96) Rar iheoMr-Goteoo) 1-00) ogi | 6-98 | 10°82 4 5 | - | - | = | 02} 1-00} 1-00) 1:00) 1-00) 1-00] 1:00] 1-00] 1:00] 1:00) 97; - | - | - | - 9:99 | 10-90 5 Oe pe ee? Nl oe) a ee SW | gee Ss 1 a ane 0-08 | 10-99 6 7M geet SR meee el ce dS HPS SHIP = 2 Sem eee Pee lec 2 11:07 fk | Sigs leo ie ae 1 2. | et) See eae ee een ee es ce Ne = 11°15 8 Oye) 12}? 29] 56]! 74) Ona) 10H) a 2°33 | 11-23 9 10) Se) ee et) a an O1l ecOG eG Oita 2) 5G ||| aetleee 3°98 | 11°31} 10 te) She = ke 09) SO) bal Spal OBI S86), Dll Balt 1s), 45] edi = 438] 11:39] 11 i) Rees oe ONES *89| 1-00] 1-00] 1-00] 1°00] 1°00) 1°00| “12) <04) - | — | - | = | = 7:05 | 11:47] 12 18 |e] St = = SS ez 95) 77) 88 e561 id], = 2 =a ee eee ioe 3°54] 11:55] 18 eA em i mara RIN ecOlle -20\") COSI) sli eee nell) en eee ee 0:95] 11:63] 14 oF en) om 25] -97| 1:00] 1:00] 1:00] 1:00f 94) -97/ 1-00| 1:00} 1-00} -47/ - | - | - | 1o6o] 11-71] 15 16:4 eae) = BAGO,” <97\y -59|eec20/me nn ell s = ee Where = 308 | 11:79] 16 iv, 2a (ee ieee Salle ae = || aie MospeOS SEAN | fee 0-20] 11°87] 17 i |) oe |S =i 2 =| =} e] - =) Se) a) eB) alg)! oe =) = | = 217] 11:95] 18 Tiel yp as a 18] 1-00} 1-00} 1:00} 1-00} 1-00) 1-00) 1-00] 1-00] 65} -97; 10} - | - | - 9:90] 12:03] 19 0 eel uh 57| 73/92] + -98] 1:00] 1-00) 1-00] 1:00] 1:00] -82; ‘10; - | - | - | - 912] 1211] 20 Diese son WS Thee eR ee tote Obie =e Qa) eee ewe ee = 1219} 21 22 a ee) = = = S = = = = = = = = = - - - - 12°27 22 Doe) iin A en | eo 20| - IGN G0, EOE ee en PN ye N 0-48} 12:35] 23 24 = ae = = Q7| 17| = = = ie = = = = ~ - 0°44] 12:43 24 25 = Sa i= = = = = = - - - - - - - - 12°51 25 26 - 2 = = = = = = & = = = = = - - - 12°59 26 ll | ah ae CCA eG MECC ULOV0H) SAO!) © sy ie FSi ee SS ee 517] 12°67] 27 280 Gea) = fp 203], Snel ee en 07) :03) ~47/| = Os, = | = | = | | 065 | 12:75} 28 Ze bey 10} 1:00) 90) 1°00] 1-00] 1:00] 1-00) -97| 54] 1:00) -78| | ge Sie (pes) com rei = fp Se 0:22] 13°95] 12 13 ed | a Neo ea eee a 12 1:00] 15] 27] - SEI eh) ON a | 2°73'| 14-03) ale ve os *36| 1:00! 1-00} 1-00} 1-00) 1-00 75| °87| 68) +85) 1-00] 05> “15 — | = 971] 14:10] 14 i. Pe = ‘70| 1:00} 1:00} 1:00] +29) - GS], 702) | eens) ee hte ee re 4:91] 14:18] 15 16 = +35) -90| — 03) -10 Fl la]. BB -~/-]-]- ] - 331] 14:26] 16 W}> |] - |=) --| - | - | Ba) 90 75): 78) SBOE mee al eel ee ee 3°86] 14:34] 17 18.0 = l= S10) °05|? 20) nell “38| -90/ 12). “71 95) = | 09) = | = 4:09} 14:42] 18 cf (say es ee *85| 1:00} 1:00} +86, +98 “50 ay oh | Cs ee 619} 14:50} 19 20 eI me e =, = s ip = = be, = = = = = = 14°57 20 2) a) ah xe = a £ || bts Ss = a = = = = - - 14°65 21 2 | so] =i | Se es Os = 20) = | a9) 2) =e =>] = 0:24] 14-73] 22 a | Rea eee 2) Ze 2) ea OS eg) eg AP inet of ee ara We = 14:80 |. 2¢ Det See wie bl) ae 2 =e eee c= = 14°88 | 24 2 } a] - =e |_| co | eee 13] et03) te || Me ee ea est) ees 016} 14:96] 25 2% | - | - - | - 02| -65) -95 1:00} 84} 62] 46] 90} 20; 04, - | - 652] 15-03] 26 27 = a = = = sa, ~ i = = & fs: = = - 1511 27 BB | =) ee Jl e- | =o] | ee HO} eee) 18) 827) We GEL Se hoe 143] 15:18] 28 9 | = | - *30/ 94) 1:00) -84) +95] 1-00 65| 10) 34] Ol) - | = - | - 713] 15:26] 29 3 ; = Fa = = = 2 = a as = = = - - - 15°33 30 Sum. | - | - | 2°37] 8:09) 10°74] 10-32) 11-56] 12-03} 13-04] 13-54] 10°33] 9-11] 6-94) 8-96] 6:13] 211) - | - | 125-27 | 426-45] Sum. ) ae | SS FORT-WILLIAM OBSERVATORY. 375 SUNSHINE. Hours—ror Hour, Locan MEAN TIME, ENDING— MARCH 1892. | | Zanes Ge 7 Set Om e1OM mite Reon | alee eG) lez) |) 16) 19" | 20 Total. [Possible =a | ee al a Sl a | eae | eee es | laces | acne Delica it = Meteca aioe oe es ea a aoa Lee | a | 2) Se ee ee eel es a ACCOR cole oie ey | Se il se = 116} 8-45 il Meee S |S ai. | “S 18] -65| 1-00} 1-00] *75| 1-00, 1-00, 1°00} 14) - | - | - 6724 8:55 2 ea St i= ee Gre ee ee 08 eee eee || 0:08 | 8-70 3 a eee |! || Sd eg es -89] 1-00] 1-00] 1-00) 1-00} -1s} - | - | - 5:07 | 8:80 4 eeieen| 44) |. = |-= | Gaol saz foe) t-ombi-o0l 1-00) 4-00|--92| — | - | — | — 7] 890] 5 @ | ee ee ie 47/80] *72| 80) -06) | °53) +02 =| Sa eee 2:90} 9:00 6 ee ea) et ei |) SS ee ee = 9:10 7 ee ee iB a | 35] -29| — 31, - FAOWeepaleee22(m glass st | | 2:25] 9:15 8 Cm Slee | = |= -57| 1:00/ -80| 42 1:00] -47/ -30/ - | - | - | - | = | = 4:56} 9-20 9 i || Saeee =| -29| -73| 1-00| 86] 1-00) 1-00] 1-00] 1-00} -81} - | - | - | - 712) 930] 10 ut | =. oi -02} 1:00] 1:00} +92) 1-00] 1-00 -88 -90) -98] 1-00) 13) - | - | — 883] 9:35] 11 i9 | SZ S = -20|| 1-00) 1-00) 1-00) 82) 912) -22) 16) = | — | = |) = | = | — 452] 9-40] 12 is | 2. a 63|) 80}. 52 a0Nmn Oo] 261) 54) 13) 27, — | — | — | = 469} 9:50] 13 Tees 2. | =|) =.) Sere Siig] | Behl See ears A Er | Pe) ee ne Fe 211 960] 14 fee |) = Pa a -26| 1-00] 1:00} 1:00) 1-00] 1:00) 1-00) 1-00) 1:00] 1-00} 10) - | - | —- 936] 9:70] 15 i¢ | Se 26] 99! 83) “60 eee Ne oe | = le yb | 268] 9:30] 16 i” | on =| = = 70| 1:00) -92) -90| -o9] - | - | - | = 3°61 9:90] 17 oe ee PS | es |. See ee 08| - “| Wee! OS) = || = || = 161} 1000} 18 io | =o aS 19] 1-00} -90| 1-00] 1:00} 1:00) 1:00! 1-00] 1:00} 22) - | - | ~ | —- 831] 10-10] 19 10) || cee |e er -50| 1-00} 1-00) 1-00} 1-00} 1-00| 1-00 1:00/ -90| -30 | ea 8-70] 1015] 20 Die | =| =i$t eae aol | 5) 2B S| SAI) Sa ey Ee 2:86} 10:20] 21 om | | Ee Se ee ee ee ee 15] 58) - a wy = if =i} = | = | = 1:29] 10:30] 22 Ree eee | ie | ee >) 08) - Ol) 285] =< I) as. pe PS 1:05} 10-40} 23 Tees |e Pal) ehh 10/33) - 351 -70| :47| — a | See Ss 213] 10:50] 24 oie est =P ol ee | Se ee eo SP Seay ca [PS 2 10:60} 25 Pon ie = fh = ee ee jee ee = = = || = = 10:70 | 26 Paes | |. 75\) 1:00) 1-00) 1:00) <90) “738 20) bl) “W1) — |) — | = |) =) = 620] 10°80] 27 5e | = | 2 ee 05] 30; - | - 51| 77) -95/ -81/ 90] -28} - | - | - 4:57] 10°90] 28 Pome = | = | = *88| 1-00} 1:00] 1-00] 1:00] -95| -85) 1:00] 1-00] 55) - | - | - | —- 923] 11-00} 29 Bima 2 | = | ~ ‘20| -90| 1:00] 1:00) 1:00} 1:00] 1-00] 1:00] 1-00] 1:00) -40/ - | - | - 9:50} 11:10] 30 ee Sale | ae | oe | 46] 1:00! 1:00] 1:00! -96) 1:00] 1:00] -90) - | - | - | - 732] 11:20] 31 San, | 3-26] 12°16) 14-33] 14-58] 15-62] 17°81) 15-79) 16-94] 14:59] 9-16] 1:40| - | - | - | 135-64 | 304-35 | Sum. | ! | SUNSHINE. APRIL 1892. i | 20 ee *50| 1:00} 1:00 1-00} 1-00, 1:00| 1-00) 1:00) 1-00, 62) - | - | - 9-12] 11-25 1 yl ae 19} 1-00} 95] -70/ -60 90} 1:00; 1-00] 54; -44/ -83) - | - | - | - 815] 11:30 2 3 |e ES en ee 60| -51/ °34 02] -09/ -60| -49] -48) - | - | - | — | - 313] 11:35 3 2 co 0 ee ae *80| 1-00] -70| +46 -74) -50 1:00! -06) :53/ -47]) - | - | - | - 6-26 | 11-40 4 nee le ee Me ee | Sl Se nee Sie Pe = 11°45 5 6) el | Se es ee ees <53) 0 1/0 65) eecGSimICOOMMEA> mene it ce |ieeen |) ee 9 3-28] 11°50 6 Fate ke. |= 08) 1-00} 1-00} -77| 1:00] -85| 68] -75 1:00/ 1-00) 50) - | - | - 8-63 | 11:55 7 cl). oe a *85| 1-00] 1-00} 1-00, 1:00} 1-00, 1-00) 1-00) 1:00] 1:00; -73} - | - | - | 1058] 11-60 8 @) il" ie -44] 1-00] 1:00] 1:00] 1:00) 1-00] 1:00 1-00) 1-00 1:00/ 1-00; +72) - | - | - | 11-16] 11-65 9 i@ | 2.) -60| 1:00] 1:00} 1-00} 1:00) 1-00) 1-00 1-00! 1-00; 1-00/ 1:00) -90/ - | — | — | 11:50] 11:70] 10 in | Sate -52| 1-00] 1-00] 1-00) 1-00) 1:00) 1:00; 1-00} 1-00] 1-00) 1-00) 54) - | - | - | 11-06] 11-75] WW ee sel |e 231 +40} - | - | - gill = |) = | a} = 0-64] 11-80] 12 13 | — | — | = | -58i -60/ -80| -20, -Ol] -42) +70) -46) 60] -30, -36) -73! —- | - | - 5-76 | 11:85] 13 TZ) || ese ee 88] 1:00} 1:00} 1-00 1-00] 1-00! -40, 16) -68| - a een eee | 753] 11:90] 14 Eee eee |" -90) 1-00|) 1-00) 1-00) 1-00) 1-00 cosje some ie = | = jes | 2 — 7:20} 12:00] 15 omife i a i= | = 78| 1:00] 1:00} -64| -60] -80 -86] +34) -30| +20] -31/ ‘Ol; - | — 684] 12:05] 16 i7 4 Se 03] - 16] 66! -90) 98] -62) -22/ -30) -10o) - | - | - | - | - 3:97] 1210] 17 Oo = 02} -47/ 76] -85) °82| -74f 1-00! 1:00] +12} -50/ 1-00; -12) - | - | - 7-40] 12:20] 18 i) |) se 08} 1:00] 1:00) 1:00] 1-00) 1-00} 1-00] -38, -14) -22) - | - | - | - | - |] - 682] 12:30] 19 Govt] eel eee es 01] 24/63} +18) 40) - 52, 10/ =) ie Ss 2:08 | 12-40] 20 a | Se =a TG) EO POL |e =) a) Sea ee 0:88} 12°50] 21 Sm | ecu) Ris |e eee ee ee ‘80; +88] 1:00} -96] -78) -96| 1:00] -72) 18} - | - | - 7-28} 1260] 22 35) tse ee | Se 08} 60) :16) 1:00) -78| -76| 58] 60; -60| 82} -10) - | - | —- 6:08 | 12:70] 23 Mapes | aS | PS iy) ZO OP Scsal FG) |e Ee OH) ahi) Si) 0-66} 17-66] 12 1) | Si) = = |) = AO ey Be | aI oA IG), = fe | = = | SS 173} 17°68] 13 4 22) +98) 1-00} 1:00) 1-00) 1:00) 1:00, -39| -21} +10, - | Ree ead see 6:90 | 17°70} 14 15 = me = = 08) - - | - = Ly = = = = = - 0:08 | 17°71 15 16 | - | - ca) fe 18] 06} 18) - is} eS 24, -05| 16] -02) -15| -40| — 164] 17°72] 16 We |= | PSs Sa Sa Se eS a =| = 36] -27| - 02} -04| -05] - | - | - 0-74] 17°73) 17 18 a £ = a Ne a hee |) ee e ee pes wz. Bel | dec a ee eS = 0:33 17°74 18 19 i = ai n 2: a Sule 2 2 2 é y a ps = = = - 17°74 19 20 Bo a eee 65, -09/ +13) +26) -22) -07| 34) +44) -02) 31) — -40| - 2:93 1. 17:75 | 20 21 46) 1-00| 1:00, 1-00 1-00) -34/ -08) -62| +73] -50| *62) “-65] *77) -13) +80] 1-00, 83) - | 113] 17-75] 21 22 | - p= The | =| =) et ee ceed | ce. | en) Ren eal eo eta 66): = 1165 17°75) 22 98 |) = 10] +90} +15} 76} 95) 1-00, - ate 1-00) 51) =. | 62 | ce 10} -44) 70; - 7:02 17°75] 28 OO =|) SP es | 22) +50| +50, -90) -78) -76 1:00! +23} 52] -81/ 1:00] 1:00] 1-00] -47] 9-69 17:74] 24 25 = - = | - _ =, fl Ge - = = = — = — = - - - 17°74 25 De: Wh eile 4 lle = = ZN sei ye] cyl Ba dl a eel teal ae Se = 17-73 | 26 27 = 7 RS & ce 2 vs as a - e 54 a = su = = = W/O 27 2 )-;-|]-]-]-_] - *35, 1-00} 1-00] 1-00] 1-00, 67] -61/ 08) 31) *74 -40) - 716} 17-71] 28 29 | - | - | - | °40) *70/ -77| 28 81} 30) +44) 96] +84] -42) 09] 77| 1-00] -83] - 861] 17-69] 29 ae) oa = eee ee & SESE OG ei ee eee eee = Ty Re eee del) peerage See oe - 17°67 | 30 Sum. | 0°86] 3°10 5-20) 5*40| 6°35] 7°77) 6:25 8:07| 6°76] 7:59] 7:51) 5-92] 5-78) 4:34] 6:52) 8-09| 7:39] 0-79] 103-69 } 528-97 | Sum. FORT-WILLIAM OBSERVATORY. 377 SUNSHINE. Hours—ror Hour, Locan MEAN TIME, ENDING—- MAY 1892. 4/5 | 6/7 | 8 | 9 | 10, 11 | 12} 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | Total. [Possible. | 1 2 en ae ee ere eer ol em ey | ee 20 11) - = ies = 0°31 | 13-40 1 Did e || = *88| 1:00] 1-00 1:00] 1:00 1-00) -40] -78| 1:00] 1:00 -90, ‘68, -42) - | - | - 11:06 | 13°50 2 By | eee ees 36] 34) 86] 50 -53 -96| -90] -60| 72} 1:00) 1:00) 1:00) 1:00) -42 - | - 10:19 | 13°60 3 | Sas -20| +38] 1:00} 1:00} 1-00 1:00} 1-00} 1:00) 1-00] 1-00] 1-00) 1:00) 1-00] -42; - | - 12:00 | 13°70 4 Pees i = fs | = ys 60 1:00] 1:00] 1:00] 1-00} 1:00] 1:00] 1:00) 1:00) -48) - | - 9:08 | 13°80 5 63 aie -60| 1:00] 1:00! 1:00] 1:00 1:00] 1:00} 1:00) 1:00] 1:00] 1:00) 1:00) 1°00] 50) - | - 13°10 | 13-90 6 7 = | =| si Be] Sie Oe 16] -06| 02] -22/ 1:00} 60} -10/ -06) - | - 2:23 | 14:00 7 oe 08} +52| 1:00] 1:00) 1:00] -97 1:00/ -96! -30| -33] -60/ -Ol; - | - Syl) ete ie 7771 14°10 8 OC | se eae 90] +32} 1-00] 1:00 96] 1:00} 1-00} 96] 1-00} 1-00] 1:00) 1:00) #0} - = 11:74] 14-15 9 ON y||) = 60] 1:00} 1:00] 1:00] 1:00 1-00] 1-00} 1:00) 92) 1:00) -90/ ‘64; - | - | - | -— 11:06 | 14:20] 10 11 = = -32| +98] -98! 1:00] 1:00 1-00) <96} 1:00) 1:00} +52) -08) 40 +78) - = = 10:02} 14-30 11 i® | Sy 18; 98 -92 80) ‘12 Ol! -ol] — a AG) SEG) Sli = See il = 3°31 | 14°35 12 eae]. ||| = eee ees ie | lk eee | eam itemeon Uh ees ll eat = 14-40 13 1 | ee = 92 -96| -40 -04) +40) -50, ‘08} :36/ -82 82) -72/ -68| - | — 6:00} 14°45 14 1S Wee | = =y ||. 2 e =. | = Sa ea 2 04-10, 10) -08) - 2 0°32 | 14°55 15 1) | S; il 2 ee = = las 18} - 14) = @il| = |) = 08 lee 0-41} 14:65] 16 imesh — 12} :72 -90) -22 -26] - 80| 90) -58} 18) -40) 1:00) 24) - | - 632] 14:70] 17 Te Sale |, = | - =) St Se ele 01} 10) -88) -54) -71! — | - 2:24] 14:75} 18 1G Se ee 16} -40 -72) -98 1:00] 1:00) -58} -92) -80' 50} - | - | = | = 7:06 | 14:85 19 20. |, 20a 2 Se ele |) Sl ae ‘10| 1-00) -90| 72) - a 2°72} 14:95] 20 Tals eee 28] :98| :14| +22] -50/ -20/ -O1f -88] -86] -30/ -70/ -20/ 1:00} -60) - | - 6°87} 15:00] 21 TD | Se ao al Be a Gl =. || = |) = = i) 20) = = | = 1:76} 15°02] 22 OB” | a ean Ci = = 01] - “841-68! 66) -°70| 14 = 5 =a co 3:03] 15°04] 23 | Sa 02| +56) -42 18 30| -60| 66] 1:00/ 1:00} -80! 54) - | - 6°08} 15°06] 24 a5) Se ey = | aS es ges | = |: = eg ce = 15:08 | 25 Dera ees. |= 16] 64) -80| 1-00] 1:00, -88| 90) -82| 1-00/ 1:00, 90 1-00! -74, - | - | - 10°84] 15°10] 26 Pima = || = |) = < ‘10 -02] - | —- | — | -16| -55| -38] — 20| 10) = 1:51] 1512] 27 a | Sie 18} 94} 1:00) 1:00] 1:00) -80| 1-00) <54, - | - | - | - = ai ae te 6°46 | 15°14 28 Donal" = -40| - = We = se Pelee gee 2 = = = les 0-40} 1516} 29 30) Wes | = TOO} eel wee fh | Sle -78| -40/ .:64) — | - | — 3°30] 15:18] 30 Vee | = | = i) = 03) “Hel 50] earn een : 4 - | - | - | - 1:03} 15:20] 31 Sum. | — | 0-08) 5-18) 11-30 12:04) 14-14] 12-79 12-99 13-82] 12°84) 13°14 13-41) 13°88 13:54 12-72) 6-25 0-10, — | 168-22} 450-40 | Sum. SUNSHINE. JUNE 1892. 1 2 ie 2 08] +52| 92 “50 Se 416] 15-22 1 eee | || 2 la = =a = 15:24 yD) em lee 5 ieee) ies = ee = eu 0:26 | 15-26 3 pees FS |S | = 30, 92 = = = 2:80 | 15-28 4 5 ee en i “121 20 n |e = a es 0:32 | 15-30 5 6 | cell eel es 03] -01] 20) - =) SE) = = 0:25 | 15:33 6 a = |e Sues 2 10/14) +=-12 1:00) 1:00} 40) - 6:49 | 15°36 7 9 | 2 a -60| 1:00] 1:00] 1:00] 1-00 0 C2 en | 11°68 | 15°40 8 ps -08} 1:00! 1:00] 1:00] 1-00] 1-00) 1-00 ; 1:00] 1:00) -38) - 14-42] 15-45 9 i@ | = 03] - s a ea 1 See ee, At ots 0:03 | 15:50] 10 | ll ae fs | =|) = 30) °82 -80| 62) -01) - 591} 15°60} 11 iD? | re 06 +02} 22) +10, -20) -22 38} °50| -22| — 5-28] 15-70) 12 AS 4) — 01] :42) -16]/ 12) +52] -40, -44 20 Fie) = 3°89 | 15°72] 13 1 = -70| 1:00) 1:00} 1:00} 1:00} -92 = = 668} 15°74] 14 pales || =2 a TAO) Tx] EA el) = = 1:42] 15:76 15 6rd => || = 12} +90} 1:00] -80| -74 -70 80/82) -06) - 1116] 15:78] 16 ef ee SS 02) 10} +12) +52) -22 -08| - = 3-49 | 15°80] 17 SiSmeetaee ee PS Sy oe | 2 fs yA coe | =e alle 0:74] 15-81} 18 Ome ee ie il 30; +40 12 Es = 1:70} 15°82] 19 Boe =. = -20| +26} 58) -58] 72 -84 1:00] 1:00) -36) - 11:14] 15°83] 20 21 = ‘70| 1:00) 1:00] 1:00] 1-00) 1:00 1:00 92] 1:00] -38) - 15:00} 15:83] 12 22 |) 6 eS) EE El ee eee ae 98] °58| +32) - 4:36] 15°83] 22 aie | = +82} 44] 1:00] 1-00] 1:00 1-00 50| 92) -12) — 10°04] 15:83] 23 Page| 2 | = | = 08] 78] 1:00 1-00 1:00] 1:00} -50) - 10°50 | 15:82] 24 cee eee ee ie | |, Sab roa Es i = 1581] 25 25 |= | = fee | = | a ee Sie Se = |S == 15:80} 26 if Nl ee A)| = 32} 06] -36 18 @il| = 08} = 1:33] 15:781 27 penal eS -04| 34] +96] 1-00] -96/ 1-00] 1-00 52] 24) 08) 10°88 | 15°76] 28 A) pve | ee 10) 82) 1:00) 1:00) -93) 1:00 1-00} 1:00} 48} — 13:23] 15-74] 29 30 os es re eS 84] °40) 18) “01 -60| 52) - | —- 2°55 | 15°72] 30 | Sum. | - | 1°56] 5°40) 8-18] 10-61) 11-01] 12°83’ 12°51 12°61] 10:42] 3°51 - | 159-71 | 468-82 | Sum. » TRANS. ROY. SOC. EDIN.—-VOL. XLII. oC 378 BEN NEVIS OBSERVATORY. | SUNSHINE. Hours—ror Hour, Locan MEAan TIME, ENDING— JULY 1892. 4°56 | 61 7 | 8 | O) to) TL | 7 is | | I | te |t7 | is | 19 | G0 | 21.) otal fossiples ; 1 Ca) SR es ee Ne We ae 2 | eH eee earl = 17°65 1 2 = Pe = = ee “2 = = Z = = = : = = - - 17°68 2 5) 3 * ig z = re = = = is ee = = = = = = = 17:60 3 a ieee MRE Pence | en Cra beeen et Ban | ia eae me Sh le 0-76 | 17°57 4 BORED RI Pa tee) Nei es ee ESB ARS [eee hte a I pci E: 17°54 5 PN, Camm ect) ok, ne 1 TA Rm Rie tle te led ae i a = 17°51 6 7 e 5 = = = ‘ = a 2 = = Ye = = = = = - - 17°48 7 aa Pak ie Se era Mears Ue ee ey pe) | Ne) a an ah Oe et aah 2 17°44 8 ees ee) ee a Een ee Sh eee ere eure | 3 3 17°40 9 10 | - | 15/1:00/1-00| -48] -42| -42) -25) -28] -45| -92| -69| -63|. 38] -02] 17] -05] - 7°31 | 17:36] . 10 M1. Sf UD | 2) 16 1 seri7| rode ees iO.) 1039.96 78) 18 esp eee: 4°29 f 7:30 ie 1 12) - | = | = | = | — | +63} 1:00] 1:00 | 1-00 [1-00 | 1:00; 1-00} 1:00; 1:00/1:00| ‘87; - ) - | 10°50] 17:28] 12 13° 45°86, 90] 1:00 1-00 | 1-00 | 1:00] 1-00 | 1:00] 1-00 | 100 | 1:00 | 1:00} 1°00} 1:00/1-00|1-00] -24] 1645] 17-24] 13 Me) 077) 120071 0-00) [1200111001251 = 106 eeete-bG IMeBb | rT0\/ M200) | 101 arse Neal ies 618] 17:19] 14 15 = z = -|-|- = 09} - = = = Sri = = = 0:09 | 17714 15 iy | = 90/1:00]1:00) 10) - US Os) )) = |] =} Oy SS Sl Sa te Se | = 3:24] 17:09} 16 Se NS | eNO eon 06') "03 72) MBB Meeks ie, |e |e 2:07 | 17:04 )| 217 Ces) See lS hse |e TRS De ORETO | OG) =) Sil see |) a) een eel 0-80 | 16:99] 18 Me | =a ea a as ee ers ee ares) S| |) cel a ll oa Se a me = 16-94] 19 20 SS 276 W100 1-001; 1-00 | -88i/ 1-00)" 121), -011) 208") = 6:07 | 16:89] 20 21 | - | — | -08| 16] -48| -64 S| =| oe it Searle unl a Sel 1°36 16:83] 21 OPTS se | Nee Se a ee We Meee isl) ea, |e, A em eee See Sa eh See ergy 0-03 | 16°77} 22 23 | - | 18] 06] -50/1:00| -72| -80/1-00/1:00]1-00| :72| -78| -74/1:00| -70| -68/1:00| -12] 12:00] 16°72] 28 24. | - | 60} - | -08| -28| -30/ 1-00] 1-00/ 1:00] 1-00 | 1:00} 1:00 |1-00| 1-00} 1-00 1:00] -94/ - | 1220] 16-66] 24 25 | - | - | +58|1:00| 1:00) 1:00] 1:00|1-00/1-00]1-00! -94/ -48] -13] -18| -80| -38] - | - ]| 10-49] 16:60] 25 26 | - - | 01} = | - | -40] :02] -06| -o8] -46} — | -12] -22 Se a 1:37 | 1654] 26 2 HE eS RES le ep ee 2. G0) | eae ES CNR ee Seat hee 1:02 | 16:48] 27 28 | — 50} 1:00] 1-00 | 1-00 | 1-00 | 1:00) 1-00 | 1:00] 1-00 1:00 1:00 | 1:00 1-00) 1-00 1:00] -86| - }| 15°36] 16-41] 28 29 | - +60} 1:00} 1:00 | 1:00 | 1-00 | 1-00 100] -94) -98] +52] -90/1:00/1:00|1-00) -82| — | 14:76] 16:35] 29 BO | Sy Seah 0) See) BES 0 = |) GO|) aid) SS Sa Se STS Se = |) = 1:83 | 16:28] 30 SIS a SOME Ee Le aa ae 30] -82| 64] -08| - {| =| = | 2) 2:34)) ese) ie | | Sum. | 0°62 | 4:91 | 7°33 | 7°89 | 7°46 | 7-86 | 8-24 | 8-48 | 9°57 111-53 10°51] 9°12 | 9-51 | 8-42 | 7-42 | 6°11 | 4:78 | 0°36] 130°12 | 528-16 | Sum. SUNSHINE, AUGUST 1892. 1 5 2 Se eS! ie eS "i S = es = = = = “02) || = = = 0:02 16°15 il 2 Wea 2) a> 80) 90) GOs MIROON eros) pe tees fy) alee eee erage lle teen 4°38 | 16-09 2 3 es L 3 E é pes ES a S Bs = ae Ve a = aul) S = = 0-11 16°02 3 SE a Gs se 08 ea ODN OR |e hc ks Allemeo ie eee ate te 1-20} 15-95 4 Desa Ele ei sera ee a eet os eee ea ee ae = 15°88 5 6 a z i nee es A 2 * = = z = =] = = = = 15°81 6 a ce a ei me Ra ROOT G2 ilo 8G7) cb4y lees es aeoal e eee 3°96 | 15-74 7 8 = 2 2d, 2 is = + BS Ba = a Syn) ayy = = - 0:34] 15°67 8g 9) = | = |= | 82] 68) 44) +82) <65)) -44]°-60! 12) 62) 2:00:10 | 80) “86 52) — 8°72 | 15-60 9 WO Nigel Sel) oe 2H USO) |) akc} |) || ARI SS SS) So Se ee 317] 15°52] 10 1 ne z Ed ee = ee = = af = = = = = = = | = - = 15°45 ll 12 = = = = A = = = = ie) 05) = ea = = = - - 0:24 1538 12 13 i bs a we = =e zy s Se 3 = as Se legs = = = 15°3] 13 TZ eee linac fee Nn ee Be ee Pe Se ei isl 2 15°24] 14 15 = 2 = 2 = 3 < = = < = 2 = = = = = = = 15°16 15 AG: Wee = ali Ne ee Vee Ale ee le a Sa = ice | Se) =e) = | = - 15°09 | 16 Weei.- | - | - | - | 14] 68} 56] 29] -45] +17] +89] -60] -17| -28] +29] -40] - 487] 15-01] 17 18 = LS = = = = = E] 2 i a: i = = = = = = = 14°94 18 19-4 sce) Sighees’ f= = AR Oo PEO ee |), -O4l| a= iene men nie es | 0-87 | 14:87] 19 20 Peal fy) d- ih 06 it = $02) 07.) =" ih 409 |, 324) cS O71 Pere le 0°88} 14:79] 20 21 ee ed |e s ne = 3 =) = = ge ill ree lh = - 14°71 21 22 = £ as = = a 2 = 2 ES = S 10) || = = | = = = 0-10] 14°64 22 28 Woe Saves fp = | = | cb e6o eereileei za 80) =. | PxO6sperdd ee Meaney eee a) 263] 14:56] 23 BW ee cag eee om alee eee ended Sl i ee a ef = 14-48] 24 25 = cs 18| 62) -10 = = 2 = uf E ze = = = = 0-90] 14°40 25 26 = = 2 = = 2 a . - = 2 = = = = = = : 14-32 26 27 = 5 = 2 2 = z a a = Pr eee = es = = - = = 14:25 27 iam eee ime Se) SD) “ac a Se mean lee A Samia erie | ulcer lien eal a ae lar = 1417 | 28 29 PR Stee f=" [208 001) eB lmeo yal eerONNl «4808's lfc oles een em |i 4°79 | 14°16] 29 30 2 = e x < a 2 = ps ie a * is e = z = = 14:03 30 3 -/|+}]-|- R Sele Th Seek, eel eee emt ce = 13:95} 31 Sum. | - | - | 0-18 | 2-00} 2-92 4-35 | 5-62 | 5-40 | 232] 1-98 | 1-99 | 2-29 | 2:34} 2-35 |1-66/1-26]0°52| - | 37-18] 467-28 | Sum. FORT-WILLIAM OBSERVATORY. ou SUNSHINE. Hours—-ror Hour, LocAL MEAN TIME, ENDING—— JULY 1892. 4 5 6 7 8 9 10 | 11 |} 127 13 | 14 |} 15 |} 16 | 17 | 18 | 19 | 20 |} 21 | Total. [Possible. =| SS eee ee See Pee | eet eee 2 i | ss — tt c= - 40/ 10) 01) -42) -12)/ -01) -22) -10/ -08) -30/ -30)/ -88} -92/ -96] -38) - 5:20 15°70 il 2 | Be Pa el Sicib eem eee ah |, =| = aaa - 1560] 2 Ema ah |) CS ee ae eh abs 2 15°50 3 Arai &= = Z = = = 60| +64 02} 08) - - - 3°30 15°45 4 5 = = = = = = = = - 42) -02) - 0°74 15:40 5 6 s 2 10} 42) °71) - Ee = = = = = 1:35 | 15°36 6 7 = = z= = = = 2 = 68) 60) 36) °03) - 3°15 15°33 7 ea ae | a Te Syd es ee = 15°30 8 2258 ae a i face (i 04 Seen Ay 0-64 | 15-28 9 10 - 04) 95) 1:00) 1:00) 1:00) -98} -82| 96} 1:00) 1:00) 42) —- 14°15 | 15°26 10 11 - - 80) 1:00) 1:00) 1:00) 1:00) -60 22} 08} -01) - - 7°23 15°24 11 12 = 03) 80; 1:00) -92 -92) -98) 1-00 1:00} 1:00} +14 - 12°63 15°22 12 13 = - 90} :94) +28) 50) 1:00) 1:00) 1:00} 1:00} -93) -08} - 12°68 15°20 13 meee | | | | ae ee 00, -96| -98} 86, 10; — 630] 151s] 14 | | 06} -04 -02/ -66| -40| -32 95 -90| 22] -O4| -06] — S634 1516) 15. | 16 = 80} 1:00} +74) +74) 58} -08 - - - - - 4:14 15:14 16 fesse | | | J PK | 88} -74| - o2|) = 411} 1512] 17 18 3 2 : = || « 20) +52 = = = - = lll] 15:10 18 |i 19 ic - as Stee = = = = O12} 15:08 ON een} | | 02! 02]. — 5O| 22] -38) — | = 4:39] 15:06] 20 21 = a = 991 7) = = = il = = = = = 0:39 15°04 21 Paes aeer | — | — | = | = 05, SS Hoy 0:06 | 15-02] 22 23 = - 16] 1:00} 1:00; -45) 1:00; 1:00 1:00} 1:00) 1:00) 04) —- 12°10 15:00 23 24 - - - ‘lly - - 45) 1:00 1:00) 1:00) 1:00) —- = 9°56 14°95 24 25 - - = - ‘23| °82) 1:00) 1:00 1:00) 1:00} -60) —- - 10°65 14°85 25 26 = - 16} °86) 1:00} 1:00; 1:00} 1:00 98} +36 - - 11:29 14°75 26 7 = = is = = OL = 14 74, 21) - - - 3°31 14:70 27 28 = - - = 54) 1:00) 1:00) 1:00 1:00! 1:00) 90! - - 11°44 14°65 28 Pome | = |) — | = | = | 94! 1:00 1:00] 1:00] -s8) - | —- 982] 14:55] 29 30 = = = = = = = = - ~ \ - iia 14°45 30 ees |) | - | vii 315] 14:40] 31 Sum — | 0:07) 5:18) 7°71) 7:64) 8°52 11-25) 11:22 | 14°72} 12°83) 9°03) 1-13) — | 159-70 | 468-04 | Sum SUNSHINE, AUGUST 1892. 1 - - - - ‘ll| - - “41 63) - 07) = 2°68 14°35 1 2 - - 19] +89) 1:00) 1:00) 1:00) 1:00 = - - - - 6:70 | 14°30 2 3 - - = = = = = = 08) +29) - - - 2°27 14:20 3 4 - - - - 60} 13} +84) 95 = - - 5:09 14°15 4 5 - - = = = = - = - = 0-70 14°10 5 6 - - - - =. 06 “10 59} 44) 12) - - 273 14:00 6 7 = = = = = Mey a4); e/a 88} 18 = = 5°85 | 13:90 7 8 - - - = = = = = 50) 16) = - = 2°14 13°80 8 9 = = = = = 29) +70) 1:00 1:00; 1:00; 60) - = 9°59 | 13°70 9 10 - - - 06} +98! 1:00) 1:00} 1:00 = = - - - 4:98 13°60 10 vo a) 2 So er ee le SP Res hee | Bea ae 0-09} 13:50] 11 epee t= |= |, - | = | ieee | eo an 133] 13:40] 12 Pes ea = | Hh a] Be (OS) eta heey ps | ee 375 | 1330] 13 L | a 2 ee ee ee ee AD lena | 0-45] 13-25] 14 15 - - - 03) - 14, 30) 03 26) 11) —- - - 1°47 13°20 15 16 - - 22) 35] - 36] 50} -18 ‘ll; - = = = 3°98 13:10 16 17 - - ~ 10) +-94) 1:00) -:73) -90 1:00; 1:00) 33) - - 9°33 | 13:00 17 18 ne 4 4 as ie = = cs Ba = = = = 12°90 18 19 - - - 08} 34) 34) 36) 36 32| 55) 30) — - 3°75 | 12:80 19 20 - - 96] +38) - *20| 38 = = - - - 2:10} 12°70 20 el = | = a fe | = | K- | CK | Pee ee ees 1:78] 12-60] 21 i | =e a 02 = 10|pe02| 08) a 0-22] 1250] 22 eee at = WP | |. +69! 1-00) 1-00 OO] a4) a SS 7:30] 12-40] 23 [| Dez yee | ee sane as || ae ee 2 1230] 24 25 ss = = ‘12! +06 10 = - - 131 12:20 25 26 - - - 04; 15} 1:00) 38) :42 15) +26) - - 2°90 12°10 26 27 = = = = = = = = 80} 60) 10) —- = 3°92 12°05 27 28 - - - 10) - - 08; 01 84) 54) - = = 3°53 | 12°00 28 29 - - - 60} 1:00} 1:00) 1:00) 1-00 - - - - 6°23 11:90 29 30 - - - = = - = = = - - - 0-02 11°85 30 31 - - = = = - - - - - 11°80 31 Sum. - — | 0°41) 3°33) 5°56) 7:06} 8-65) 10:18 8:87| 5:79} 1:60 - 96°19 | 404:95 | Sum, 380 BEN NEVIS OBSERVATORY. SUNSHINE. Hours—-For Hour, Loca Mean TIME, ENDING-- SEPTEMBER 1892. 2G Bas 10 | 11 | 12 | 13 | 14 15 | 16 | 17 | 18 | 19 | 20 | 21 | Total - s a e ‘ i ol = ms . 7 2: = = fs fA il Pa een Mn || re oe ees yp | | get at ease ee Ih kes = 2 By Sah ah ee ye Wee ane ae a 2 28 | Sane = 3 Af RA A el cee eo 31) 17) - 30/68) 04) - | - 1°50 4 A a ta oe eel re eee (Oh Sei ee ee anf crt =o |) = - 5 Bp Sh ee i ate | 12} -05| 11} -91f :39] -02/ -89/ 1:00) -72} 10} -- | - | - 4:31 : A ak |e || | Re ai eM 055 (feo a era | aa Me ae (A Ge oI) a 8 SS ee ee ee tee Ol 7091) “=Wo) 1a) -12/) -09) 10) = = | ea 0°67 : Tae (es ee en OO a me ce IP | eos ie ag Se ee a LOR = ale = a = = = = 04) - 04) 20) — - - - - = 0°28 10 iM ee ee Pe ena om Sa 2G ME . vel rs), et eS a Ree he ee = | eae St et ese ee < 12 1350 hE, SIE es ae ee | Seer ares ee 7 topes P= fos ho Ps ils 0-11 13 1 St BO ee OE) ae | RR er | S| I kata cea ee ll Fore Nes . 14 15 = - = = = = = = = - - > - - - - = - 15 Ce i MR | ee ee re ee | ee eal ean Sieh - 16 11) Aa |e | He We ee ea i ok! ele ee al a et = 17 TS aed ee a Ue ane | aa ag eS, || ke aa SS Le lly al 18 ICM eh ean en A OO OM Peleg ener (eC |S ee hye wee eet ee || CS = 19 CR a le ee en a bees ee es 8 ll, 20 STM al | ORE *61| 1:00} 1:00) 1:00) 1-00 1:00} 1:00] 1:00] 1:00) 1:00 1:00) -77| - Sa) e388 21 ia eo E *61| 1:00] 1:00) 1-00) 1-00) 1:00] 1-00] 1-00} 1-00] 1:00 1-00} -93) - | - | - | 11°54 22 Be pee Sd Wh 06] -82} -52} - | - ee | | RR eee ee a | Rea ee 1:40 23 4) || = ee) eas ea eee ea ag ht |e ea a he : 2 24 7 | cd (eee faim || aaa ee aa = 2 eh ea, eae Ce a! Ale ee = 25 BG. te ee be ee) a ee | PG Re | ae Re = 26 Pre e eel 1 Se eae ecm ch ei |) a ea ew Seed ca ee he = 27 DR i re Mh SMS cee oe | ON | PS ee ee ah tle dite 8 2 |e = 28 a |e ie a ee NI PS | a Se mee il wilt = 29 30 = = = = = = | = = = = - 12} 11) = - - ~ 0:28 30 | Sr || s | - | ~ | 128) 2°82] 2-64 2-05) 2-12) 3-04) 2-56) 2°57) 3:38 3:21 3-23| 2-48) 0-04) - | - | 81-42 Sum. SUNSHINE. OCTOBER 1892. 1 ae ee ee 7) 56) 04) e= = | 207 — RO at fe ee 1:30 | 11-48 1 A Ne) es Nea ee ere tt P| | ed Vora | ea ae Sill Se Wi | leh Pa : 11°40 2 Be ae ee Ee i ita mae ee eta ee ae = 11°32 3 PUM ae et pees meee ep cs | ep A eee eee Nae es 0-10] 11-24 4 5 [eer fe 2) irae) cet cgael Mea pec |e Pak eat) Spl Je eee Ne he = 11:17 5 Oa She = t= | Se ee el em) Se elrmbnere le ee Eo ho = 11:09 6 FW eet bo 1) RI Re Rh ete DAP 1 Oe ey ee er ee he |e 2 11:01 i ag | (ew ee obese SE Nese ee ee | ee tec er el ee Pea = 10°93 8 MD i eS © A] Ra ar I ne ft | ge | I (sell Nhe Eo ie td Is Se |S = 10°85 9 10 | - | a=] = ena ae | een me ert w= iSync Ph ce E 10:77 | 10 Soe NG ay a me ieee) cs Coa) ee ae eee Tg Eales Pee meee, | et Is = 1069} 1 ee es -60| 1-00] 1:00] 1-00] 1:00] -90| 1:00, sé] - | - | - | - | - | - 716] 1062] 12 13 | - - - | = = | = i S| See - = = |= = - = = 10:54] 13 TTR | = Sees eae | fC We eae Pd BQ) G2 77, 1500) Poll) 30) ee tl eee 3-40] 10-46] 14 1 = Se = = BO ODI GI) 290) 90) *78|) 7480) ay ieee | ea 578] 10°38] 15 16 | - - - - = = - =] = = = hell SS|0 = = 10:30} 16 WoWoran = ee ey Se ee 3 = pap | os N= 0-08 | 10:22] 17 18. Py ale 4 94} 1:00] 1:00] 1°00] 1:00] 88} -96) 65] <5b4) - | - | = | - | = 7971 1014] 18 19 = = = = a a = = = = = = = = - - - ~ 10°06 19 P| yh 2 at i See = HN SC Me BSc PP sat eS 1:07} 9:98] 20 2h Wea plese Bo) Ol Eo) Bre (NI AR ME been ig Ge Pics oe = 9:90] 21 Dee See ey el es ee 0B) IN || ree alee aera) ese Fee 0-05] 9:83] 22 28 ae ei ee = et al =| al eee eel a ee | ea See = 975] 28 PASS rs |e te” 1 eral 05] -05| 28] 40) 04 -32| - Ik so sh Selves 1:28] 9:67] 24 25) - | - | - ‘75] 1:00] 1:00} 1:00] 1:00) 1:00 1:00) 1:00} -47) - |} - | - | - | - 8:22} 960] 25 26 | = | = |= | h= | 67) -90) SOA atDOPe BIN “94! Jt00| | 298) Peay Pee eee ee 6:64] 952] 26 7 a i Vis = ate RR wt |e] ea A a Shh oss lv eA = 9-44] 27 5 Ma | merce iain || ee el) Mica) | cca ee ef te Pe = 9°36] 28 71 a ie ee | ae Sen eS os |e ie Se pe ia fo hs Slee = 9:28] 29 3 — f a ati a | a | Se a a See et eet eee 10 ean Sie = 9:20] 30 3 |= | = | = ee Pee - | - eee) oe he heeh = 912] 31 Sum. | - | - | - | = |,2:06) 4-72) 5:55 4:94 642) 5°14) 5:93) 4-431 2-16] O-80] - | - - | 43-05 | 319-32 | Sum. ten FORT-WILLIAM OBSERVATORY. 381 SUNSHINE. Hours——ror Hour, Loca MEAN TIME, ENDING—— SEPTEMBER 1892. A) Bb Bay Aas 15 | 16 | 17 | 18 | 19 | 20 | 21 | Total. [Possible. i} 56) ee en “i a0) BO) of a lo eS 0:98 | 11:75 1 2 | = | SaaS eee ‘33; :87/ 60} 12) - | - | - 3°84] 11-70 2 eee) | |} |= 14] 11] -19] - = |= 0-75] 1165] 3 4 | = | SaaS “921 20) “72 42) =— | 1— || - 4:93 | 11:60 4 6. SS ee ee ce a 0-03 | 11°55 5 6 | = |= 12 1:00 1:00) :50} :05] - | - | - 7-81] 11°50 6 ele =) || = |= | = 08) 152/70) 52) = | — | — 1:82] 11-45 7 9. | cute Sa 96 54] +10 =i) == = 7-47 | 11-40 8 3 || 21) ee ee eile Seal ee Bgl esligl= 0-01 J 11°35 9 10 =) 3 Till AO) eI Gs Nh SO 358] 11°30] 10 it |} 6) Se ee es S|} lh cee lee 1:08] 11:25] 11 12 a a te = = = ~ = = = = - 11°20 12 i2 | = | 24 25) == 1:00 1:00) 1:00) -30/ - | - | - 648] 1110] 13 aa. | 2 St oe 2 ied eo tee Sw = 11:00} 14 15 S = eS = 3 = = - - - 10°90 15 i@ | =o eae So Se Se ee 0-46} 10°80} 2 17 = = m = = = = = = - - 0:32 | 10-70 17 ig. | 5) 2 = 2m eae Pe Saas = 10-60} 18 i). fool 2a on soll = = fs fs} = 2:48] 10°50] 19 20 = = = = 04. = & = - = 1°87 10°40 20 Mik |) co eae a 1:00; 1:00] 1-00). -16) - | - | - | 10-06} 10°30] 21 22 | = | = Se 1:00 1:00] 1:00) +10) - | - | - 9-92} 1020] 22 53. | 2 | aa = he Sua sh alle 058} 10-15] 23 me | 24) 2S 2 hs St eee tall Rr a ied en | es 068} 10°10} 24 25 ze = a = 50) +26) - = = - 2°27 10:00 25 3 | el Sp Sees ar oe | a 9-90] 26 27 S Z =" Es = els Feil) = = = = - 1°83 9-80 27 28 = |e - = = 14; -40) -03) — = = = 2:91 9-70 28 29 m = — is = 20) = = = = - - 1-09 9-60 29 ROMs a= | = = || Ble I a oS wll Sil = 0:90} 9:50] 30 Sum j= | — 0:12 5-10 7°75| 8'65| 6°79] 1:82; — | - | — 74:15] 322-95! Sum. SUNSHINE. OCTOBER 1892. Peis is |r | 13) 20) = || = 02| <02) = (2 = | = | = | = 039] 9-40 1 2 3 Ss s = - es a 3 aa = s & = = = = = ~ - 9°35 2 SS ye Be eg ee ie area eee ee ee |e ES |e a eee = 9-30 3 4 = = = = = S| = = 2 2 - = cay) = = = = = 0:15 9:20 4 fo = |S Ngee SiN me en re i Ss os ee eine ee ee = 9°15 5 CMe jes | =|). P| area |! Oo Be = | = | = | = 119] 9:10 6 5 | - ) So) Se ee ee ee ee eee a ales A = 9-00 7 Seeeieaaie = | S| lS! Ve | = | = | AZ] 2-00- BI 700 eeol |---| = | = | =| = 2°98} 8207 17 US |) 2) Si es a 59| 1:00} 1-00, 1-00} 1:00} 1:00:50 =| =] =] a] = 6:09} 810] 18 US |) og SN a ee ee yi = = “0, GO! Bo BB = | S| = Ste 1:79! 8-00! 19 a) ) = |) 2 Sal Sa = iW) | Gal op = =) = i) So i = lS ee 2:00] 7:90] 20 Bi fl cl es We Se ae 40| 84) 65) 11} — 46 ee22| 50/9 “12 e= = | — | = 3°30] 7:80] 21 2) |) SIS s alle seo tlh eal) es [i191 48 47 | AG | 04 mS ec eee ee |= 226] 7:70] 22 23. | sail SS OE Sa Ries One Se) Sa a | Sl Sea Salle = 1:38] 7:60] 28 28 | eT Se ea 20| 1-00] 1:00, 1:00] 1:00] 53] 1:00} :85/ 05) - | - | - | - 663] 7:50] 24 25; |) Sa ee Bl eee ee 16} 1-00) 1-00, 1-00} 1-00) 1:00] 1:00) 1:00} - | - | - | - | - 716} 7-40] 25 coe |) =) = |= |= | - | * 60} 1-00; 1:00) 100) F-go) MS) =| = = |e] - | - | 450] Z307 26 Di” Mh Wes = = = = S|) te = = = = = - - - - = 7°20 27 sf ce SS SES RS a ee ||| a ee ee a 710] 28 ee a eee | =| | ee eo eee] cy be = 7:00] 29 30 | ola 24) 2 ee ere “10, “Sb) 39) ozie “age —- |) — sfie f=] = 0:88} 6:90] 30 DLE SES er as es 07-42, 61 ‘7] -62| - “6st | =} t= | =" || -> = 311] 6:80] 31 Sum. | - | -.| - — | - | 858 9-33 12:70 12:18] 11-84] 8-69] 7-78] 7-38] 0-99) - | — | - | - | 74:47 | 253-70 | Sum 382 SUNSHINE. BEN NEVIS OBSERVATORY. Hours—-ror Hour, Loca Mean TIME, ENDING— NOVEMBER 1892. 4 5 6 7 8 9 10 | 11 | 12 | 18 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | Total. [Possible. d ee Se ae he a ih Set hae St ea Sgt Tes Teams ree |) eee aM ol = fia a 030] 9:05 1 2 = = os = & = = = e ae ES = = = = = - - - 8:97 2 Ma eS, 1) aie i Ria Rae Ps ok 2 Gi Nha OE i eR ee BP ge 8 cw] So = 8:90 3 A eh ite | Ba ta ae OA Gert OBB a) teil lee | Sap] etal) Sel ea] 153] 8°83 4 5 Peele ee ee a) ee Pe ee ea ae ee oo BS a ol he = 8°76 5 6. Rell a Mime ea eo ik hel sae || eI el Peete: ea aint ae ee = 8°69 6 7 - - - - -— | 0°63) 0°70) -055) 1:00] 0-49 - - - - - - - - 3°37 8°62 i 8 = s 2 s - a ae wu. t pt S = be = = = = - - 8°55 8 9 = = = & x = £ = & = = x = = = = - - - $48 9 10 Z = = # = 2 a= ie et a es a Es = Bs = = - - 8:41 10 ial J ba = = be 2 a = as Es a = as = = = - - - 8°34 11 12 a *: = ee = = Z = a = = = = = = = - - - 8:27 12 13 e E = x be = = a *, = = =| = = = - - - 8-20 13 ee || Raul Ble ee ee Se ee ea aie a ae ae = 813] 14 15 - = s = = eS = Se a = = = = = - - 8:06 15 16 a a és z = 2 re cs = ales = eT ily ae = = = - - W99 16 D7 | eek Nea ie al b> ill, rl I Ect ec RE gee Pea = (oe ee Ys 18 = = 2 2 = = = = Sole = = = = - - ~ - 7°86 18 19 = = = L a = S = & = = = = = = = - - - 7°80 19 20 = = 4 x & = = 2 = a a - = = = = = - - 7:74 20 21 = x es 2 2 = = s = 2 = = = - - 7°68 21 22 a a S % = = = = _ aI ey ill = = - - - - 7°62 22 232 eae Bee |) el 50} 1:00) 1:00) 1-00} 1-00; 1:00] 1:00) 0°12) - | - | - | - | - 6°62 756 | 23 24} - | - | = | = | = | 0:75) 1:00) 1:00) 1-00] 1-00) 0:52} 0:98} 0-40) - | - | - | - | - 6°65 7504 24 De | Sle) eae feel) ae. te ao RS mee eo | Sa) Reaeel ae ut Rey Se eens = 7451 25 26 - = = _ = g = = S 3 e 2 = = = = - - - 7:40 26 Dig Rani. Hess Ho) Sl) Sh ee Ma ete TR Gea al = 735 | 27 Be |i Carlin ih ace” eel Sg ea eam ag OE S| a Ne ear eo = 7:30] 28 as | fel = Sa Pea Ve eaeh eR heres ire eee sel EA Se eee) Sly & = 7-24] 29 30 2 = a = = = | -033] 0:66] — 3 = = = = = = - - 0:99 Gag) 30 Sum. | - | - | - | - | - | 1:88] 3:03) 3°63] 3-78] 2-92) 1-82] 1:98] 0-52) - | - | - | - | — | 19-46 | 241-86 | Sum | SUNSHINE. : DECEMBER 1892. | Me Sl Se Sa SO 1:00) 0-40) 0-68) — | =") = |) = | =") = 4°66] 7-14 1 DY SS IS a WS Oran! asco TOO) (0750|) =) a) ae | ll 510 7:09 2 A Bite | RN ae ei ee aes Drage ime Se I a = 7-04 3 4 ~ = el) Be cS Bry Ves = = = = = = = = - 0:25 6:99 4 BL baie =f = | = | = | Ee 6 OST) = f= 1 EN se ee eg) ee 208] 694 5 >) Balle Ae ssl 1 een Smo Sea Aes St 0:25] 6:90 6 7 * = = a = = S ee x ea = = = = = = 6°87 7 8 we = = is z = = 3 = = =. = = = = - - 6°85 8 9 = = 2 = = s 2 = = ‘e zt a = = = = 0:24 6°83 9 10 = £ = = = L 2 = Soule s S = = = = - 681 10 11 2 = = es = = - = =e = _ = = = - - 6°79 ll Om SOND Ra Ke Oe at a ee Sy seca”: Ce Rae ek Mental ee = 677] 12 Bo PaaS | ee ee ae ae es Se ee Ll a 018] 675] 18 Dy | ee le sal eh =. a ae a ea es igi oh ell = 673] 14 15 m = _ = = = eS Z ps = S = = = = = - 6°71 15 16 = zs = is = = a = = = = = = = - - 6°69 16 Wy | t= = = = = = Ss yi = = = = = - - 6°68 Mi 18 - - - - - - Se We = - - - - - 6°67 18 ieee ee ke eee Sm ea) Fao fe Ih 8 S = 6°66 | 19 20 = 2 « = = z = | ie = S e = = = = - 6°65 20 ial 2 So Sar en Bec 2. 2 | POPE hea vib Se ok : 665] 21 aA F280 ages 1 en a ae = 0°52, 0:90 0-44 eh SU ee ee aS 2:06] 665] 22 23 | - = = a S = St = aa es = = = = - 6°66 23 aa S| ey ae a 1-00) 0:85), igen ie = = 485] 666] 24 pee WS I ie SN ee Nee TOO | Oy) = a] = |S i Si = 3°68} 667] 25 26 ha ieee pe | | OnBI tag 1-00| 1-00] os} - | - | - | - | - | -.] 613] 6-68] 26 27 - - - - - - 0:80 1:00 0°88} 0:90) - - - - - - 5:58 6°69 27 28 = = = = = = = | ie zs 2 = = = = ~ 671 28 29 = = = = = = KS | = = = = = = - - 6°73 29 30 = 2 3 a = = 2 ee 2 = = = = = = = 6°75 30 Bi VP cal) eile |, Cc eee lime! as eee (eee. ee = 677} 31 Sum. | - | - | - | - | - | 0°75) 4-69] 6:66 6-74] 6:89) 5-53] 3:80) - | - | - | - | - | - | 85°06] 210718] Som. FORT-WILLIAM OBSERVATORY. 383 SUNSHINE. Hours—ror Hour, LocaL MEAN TIME, ENDING— NOVEMBER 1892. 4 516 | 7 | 8 1 toerti |) 1S es | 16 ty | 1s | 19 | 20 | 21 | Total. (Possible. | | a SS Se il ee les ee cee (ee |e 29) :62| -89) -30) - a |} elleea the cite 2°10 6°75 1 2) | I ee eee || citi! |S) ween Sewers Sh Set Sve he 0-11 6°65 2 ee ee ei ilo | ae ee eee eles Ml cere | i eo = 660 3 4 | =) 2 Spe Ss) = 54-52) = Si) 10 ee on ee | ea =|) 1:79 6°50 4 sl | al S| Shee Kees cdee cos Oreaie= fea | sil = | = 2°22 | 6-45 5 CMe eee lee al Sal Sealy es “68, <5il) *O1| <86] — = = = = = = = = pis <3 10 6 = =\|= =)=]=/10J =] =]/=/= = = = 10 7 SSS SSS SSS SS | SSeS fF eS | = = = 10 10 Ol Gl oi aN BW ap al Sy By Hh Sl Oi) Coa GA at a Ga Sh St csi) San stone eal) 6 11 SHSl=H)=/=)\= 1; 7/= HiT Ol Bit By Gy Ba bey WG i a TT AKO MO TO) 1) a6) 9 12 Sl Bl Ba SST Br 7 Ba Wy Wy Gah PS a Go Bae teh) PS aes ape Ea ze 0 6 13 Oy) O)} 2 Ss Oy By ey Gy OH Ww ©)! Ol Oy Wap i Oa ON COT ONS esa eal leer 0 1 14 OnOM One cONl ON Ons One Ol en On h—- eee —s ie —o se el — TON LO) ON 0"! 0; 0 6 15 ON Oa Ge eal LON LON a LON LOM OMRON LON ON ON OT SS ON SS TOT SON ON, 10) 10 16 | 10 | 10} 10 | 10 () ) at ey) BY] Oy tO) 1) WO) |) SS) SS SSS eS ES OT ao aS) = = 9 7 ee eS 0 SS BS SS IS Ft Sh = ff = 2 | a at SN) fey) fa) | a) 10 10 3 SO UO SSS at at |) a) |) Nf = = = 10 19 }|=)=/)=)/=)/=/=/=/e=2 =|= = |= =|= = =) = 10 20 | SS Se | Ste | OS ete J =H) OC El BY Ly By Oh] Gl G&G) bale) 2) 2 8 21 QR DT Sil 7) A rah Fl Bal *9) =/= = = |= = 9 22 Sfp), =/= = = = SHSlpHl=H=/)=),=/,=)/=2 2);/=/)= — 10 2 | = SS Se Bae Bi By ae LW yl ee ZEN a a PA ON ay ah 0) 0 4 24 @) | SL) a ON Fal 28 By eee By ty |] a) | Ba a al a The eal: Nal Oi) Bi By a 1 3 25 ON oaeest || 4c 5s) Saleen il Ni ey a BA eR Fe A te tS GN BAL to ey) Ey) = 5 26 | Se =) OO 2 ry Sy ES SHS =H TOO OH Be BH SY al) tO alo |) at) j= a |p aK) palo) 4 9 27 0O;=/= 8), =/=]/=/= = = SS ee) a) ew a 0 8 28 O} O} OF MO) O Wi Gi! OF OF O} OO} O]] O] Of OF O} OF OF Ol Di Oy O} 0 0 29 Ol OF Of OF WH Ol OO Ol Of Wi © le Bi aN WN ey Zo eee Oi Ol Oi wire) 3 2 305) =)] 0) 0} =] 6) 8) 9) 10) 10) 10) 10) SIlOV]HESl)=]Hl=al=a)/=\= = 9 31 SHSlPH fal l=)/ =) =] =] =] =), =] == |= =S]/=/=;,=/= 10 Mean. | 7:3] 7°5|7°5|7°8| 7:4) 71 | 7:2] 7:9 | 7:9 | 8:3} 7°6| 8:01 7-8 | 8-2 | 8:2 | 8:1 | 8:4] 8:5 | 8:2 | HOD TT EM sei Sal 78 CLOUD. AUGUST 1892. 1 SPH] =] =] =] =] BH | Ee) = |] SE] SE ET ES = =Sl=)=)]=)/= io) |) 1X0) 10 2 OF LOM LON ALON SON Oa Fire OR eran en ah) = = = = 9 Bj pS ES EB EI ESE | SE BE SE I BE SE I ET SE SE = 5 = / = 5|= 8 10 4 = |= 65) =] =) =] =/ 10) =/ 10) 10/10 =) =) =/=. SSH; =)/=/=/= = 10 5 SPH Ha] =) =/=)/=/=/=/=/= = = SBSH /=/=/=/= = 10 6 ee ee ee — | = 10 7 SSH, /=/=/=)/=/=)/ 2/=] 6/=]= 9); 8) 9} 8/10) =/=)/=)/2=),2=)] = 9 8 SlLSHSlH!lB=B=/B2/2/2!2B2!/(2/2);,2/2f= = Sle/='= 4'= = 10 9 SSS 6S 0 = SOs SON 8) 9) 25) 2 2) 2 Or O} 21 0 0 5 WoJ=)=/2)/=)/2/ 2/2/24) =! =/2/2/2)/=/=)/=)/=)/=/=/2/=!)=/=! = 10 12 — i = 710) =/=,10/10)/=/=);=/2=)/)=2 = 10 13 [| =/e\lea)=)/e= = SyjS)/=|/=/=/= = 2 10 140 =) = ff ES I ES BE SE I ES = OE ES ES EY BE = ES SE BE ESE SE Ee Ee SE le = 10 nS (eo i 22 = SESl=H|,/=/= = 10 16 )=/=]/=)=/= | = = LOY 10) 7) 210 10 17 SN Bs) 2 631) a a al | Diners er cneee Sn Si OU Ge Oa Or Oe SGN = 5 18 |} =|/|=]=/10/10)10)10/ 10!) =) =) =) =)=2)/ =)/=)/=/=)/=/=/=/=/=/e= = 10 19 Sl=/= |= 9|/ 9) =]7=)=/e 9/10} 9) = Oi OO} O @ 0 8 20 0 | OF ON Say 24%) Ge =! 7/104710/10)10/10)=/=/=/=/=,/=/=e= = 8 21 SHS HPPHy=)/=/= Se) =/ ee! =) 2/2) =) =) S) 2) 24) ee) =) = 10 2 |=) =)/=/=/=)/= = = = = =Sl=/=/=] 8/10) =)=)/= = 10 23 SPH HSPs /=Hl/=/=/=/= 2 CN eS LON |= 9);/=/= 1 2 8 5 8 25 8] 7) Si 8] Gl 2) Bis | =\|= = = | st = 9 26 |=!) =,=/= a = (10) =) SSS SS SS aa tS = = 10 W)ilH=l(=/2/2/=/2=/2 2/=2=/= | = = =/=/] = 10 2 |S l/H(=/=/=/2/=2/2/42!1:2/2/2=)7=/=)/=/= | = 2 0 9 29 OW) Oy OO Coa ON Wy ae es) ol Oi & =/10)=/=)=/=/ =) =/=e= = 6 0 f=) |=) =)s/e |= S,)S]=)/=)/=/= 10 | = = 10 31 —— (02 = 10 1 | | | | MEAN, | 8°6 8°8 | 8°5 | 8-9 | 9:0 | 8:819:0!8-9 89) 9:0) 9:0 9°749°8 | 9°7 | 9:7 | 9:7 | 9:6 | 974.1 9°41 8:9) 87 85 | 8:6} 8-8 91 399 400 BEN NEVIS OBSERVATORY. CLOUD. AMOUNT OF CLOUD (0-10). SEPTEMBER 1892. | - ‘ ¢ r * - 9 G Mid- 1\ Sal Sia See Sal) tian), a7, 8 | 9 | 10} 11 | 12} 13 | 14] 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 night 1 Sj) =S=]/=/=;= = SHS PH y_HyHl_=a/=/= = = = = 27), =]/ 2/2/22) 2=2/ =] =/ =!) =/=/=/=7= = SHS flHeH/_=/=/= = a 0 =)/=)=)=/2=/=/=/= = aie) Ssi=)/=/=/= | = SS] by) oO) FB) Al Ol vi 7 6 5 TlH = /=/=/=/=2 = SPH lH =] =)/=/=)/=)/=/= = 2) = =)=/e/=!e }=/=/=/=/= 5f=/];=/ 8| 8] 5/10) 7) =)=)/=/= os 7 fo =/= =/=/=/= = — i ee = 8 f=/=/=/= = =;/=/=]/ 9/=710/ 8/10} 9) =); 10| 9] 10) 10) 10) 9) to 9 SS] =;,= SPSBSP/=)/=),= = = SESlPS/==)/=/= = W PHP ]HEsy=]F/=]/ =) BH) Eel Se] SS] =] =] HP =H] 10} ES] = — =S)/=/= = 11 = =/= — i i 2 i ed 2 2 2 = 12 =| = EHP] PpHPl=/=)/=)/=/=)/=]= = = SPH _=/=/= = 13 =/= SP=]] =] =) B=) =f =] ES] HP EH} 10) SH] EH] EH] 10 Sf ES] SE] ES SE = 14 = i 2 2 = 15 = — — = = = — — = = = = = = — = — = = — — WP] )=/ 2S) =)/ =) 2/2) 2=2)/2=/2=2)/=/=]7=/= =/= SHSl=H/=;/=)/=)] = iv S/S) =) =] =)/=)/=)=)=/= = SlSeSy,=)/=/=/= a 18 SPH) H/=)/=/=/= |= = = SPS], =/=)/=/= = W)/H=)=H=/=/=)/=/=/=),= 2 = |= SHSfl=H=/=/=/=/=/= = PAU || i) es) ;=/= SHSl=fH/=/=/=)/=)/=/=] 0} 0] 0 0 21 OO OO Oy Ol Oo) OF OF OF OO OP or or OF Ol OF OF OF Ol OF 0 22 OP ON OT OT Oy OT OF OF O} OF OF Ol OF] OF OO} O} O OF OF Oh O O 0 729 OUT AOS OAs eA) TIO) | eee | Se See) re ee er | | SS | S| = 4 )/=/=/=/=/= = = l= Sela) (=) =/=)/=)/=] = 2 |= }=/=/=/=/=/= = Sfl=]H] Hf =) =) =] = ] BE BE SE SE SE J ES = = 26 = = Sl=/=/10) =fJ=/;=/= = |= =/= = 240 |S) SS (SS SE | SSS SE ES St SS SS SS ft SE B= SS SES Sl Sj Se lS = a =/=|)=)= = i | 29 eS) =) =) =/=)=/= f=S)=)=)/=/=]7=/=/= = = = | =) S| = |= = 30 | =/=/=] 0; =/=] =| = = | | 9 Sa 9) OS) LOR LON On Sa [Muax. 89 9-0 | 9:0 | 8°7 | 9:3 | 9:3 | 9:3 | 9°3 | 9°3 | 9°3 | 9-3 | 9-2] 9-3 | 9°3 | 9:1] 9:2] 9:0} 9-2) 9:0) 9:1] 8:9) 8:9) 8-7) 8-9 CLOUD. OCTOBER 1892. Le eS SS ES SSeS eS = | OS Sy eS eS eae tf =|) 7 FF] Bio] = | = | 0 ho 2, 9 Dr hy BZ BA ae al 9), =SB=] =/ =); = 7 =: 7) =/2=/)2=/2=)/=/=/=/=2 = 9 3 )/=)/)=/= 1-} 9] 10) 10) 10) 9) 10)/10) ==) =] =] =/ =] =) =] =)/)=)/=)/= 10 10 C—O 2 2 a 2 2 2? SS a 9 A fH Hl] 1Lli=l=] 9] Y= co i a 2 2 22 a — 2 = 9 6 )/=),=)=/=/= = =/= |= =HSl/=/= =f) =>) =] =| = = 10 7 — or i er i 2 2 SPS HH) Ha ea /=/=/e. = 10 SS SS SS SS) SS SS aS SS S|) = — i ee a i = 10 9 SHH] SS] =/10) 10) =) =] =) =] EP =] SE] BE] SE] SE SE BE SE ES Es = = 10 VW |= =/)2/=/=]/=/=/=/=/=/=/= SlSHS Hf Ha a) = / =) =/=!=] = 10 12 9) Sf =) = = 10} 0) 0) VON RON) FOR) 08) 2) 25) 6a aS S10) Ses a 0 6 3p =f =) =] =] =] 10] =] SS] =] 10) 10) 10F =) =] =] S| ES] S| SE) =| 4 OT 7 9 4) = 110) 2) By) 2) =) =) SO =) 8 | 10) 7 | BNO POs Ton) Os) SOs) KOMt aD 5 Ub 0 | 0 | 0;10;/=;=); 9] 9] 9J/=/eE 4 = SS 8 SS DO Os) SS) 0 Ss) = 0 7 5 16 0 | 0) =/=]=/ 10) 10) =] =] =] =/] =] =)/ 10] =] 10/}10)/10) =|) =)/=/=/= 10 9 a On a 5/=] 8!=]/= 4)/=]10/ =] 6/10/)10}10);/=/)/=/=/)=/= = 9 18 0) 0} 0} OF OF OF} O) ON Dh 2) 84) 4 98) 6) 26 SS) eS aS SS = = 5 19 SPS HS l/=/=/=)/=)/=/=/= = |= |= HlHIi_H)e)=)s=/=z/= = 10 AN) SSF SS SSS SS = FG | | WS] | MO | WO |] Ko) hao ff |] = | 10 2);= ) =|=} 2| 8) =/e)=|=/e/]e/elel=l=lelelelel=elelele 0 9 22 — a i 2 — 2 2 — 2 — 22 22a 2 222 = 10 23 SHSple!=;=)/10)10) 9) 9) Bl j=) Sd eae] EB] BE) SE SE ESL SE EST SE = 10 24 SH), 7,-=/ =] =/ =] =] =! =] 8/107 =} =)/10)/10] 0} 5; OF} OF}; OF OF} 0 0 6 | 25 OO OU OO SOP Ol OT Oy OOS ON Oy Ol hp lO Op Oi Ol Oh Oy © 0 1 2 | 0! 0] 9| 0] 0] Oj O| Oj O} Of 10) =] 1]10) 5)10;=)/S}/=)/=]S=]/=]=e] = 6 8% |= Sf HE) E/ 2/54) =/=/2/=/2/ 2274/2) 2/212 /2/=/=/=/=/=1/ = 10 9 = =J=/=/=)=/= — i 2 2 = 10 30 | =/=/= | Sf) SH] =) 2/52/42) =) =] =/=/=/=/2=2/=2/=/=/=/=/=)] = 10 31 — rr er 2 C—O 2 22 a 2 a = 10 Mean. | 874 | 8-1 | 7-9 | 8°1 | 8°1 | 8°5 | 8°6 | 8°6 | 8°5 | 8:6 | 8:6 | 9:0] 9-0 | 9:3 | 8-9] 9°5 | 9°21 9:0] 8:7 | 8-8 | 8°3| 8°7 | 8-4] 8:0 86 BEN NEVIS OBSERVATORY. 401 CLOUD. Amount or CLoup (0-10). NOVEMBER 1892. CE NB) | Gol G em LON ples os Aa NG iy Ws / 19 | 20 | 21 | 22 | 23 meee Mean. 1 = eS = | = = | 10 10 1 10 2 = SS SS = | = = — = = = 10 3 SlHl=H/=/=/=/e = =| =) = _ = 10 10 4 SPS], H]/=)/=/=/=)/=)/=/= 9); 27=/]=/ 10; 10/10; 9/)10) 10) =|=/= = 9 ae SS) =l/=|/=/= =) = = =|= = 10 6 |= = SPS ES Sf SE | ET BE J EE I BE I ES ES = 0 0) == = 9 A | ©] OO} PO} =)@ Ol 0} @) OF El tye Sa Sf SS SS A Oo) to | aio) = 6 Sa O) SS PSS SS SS SS aS eS SaaS SS | = =/|= 2/=/\=/=2 = 10 ee ee eee eee ee = =/= 10 100 |=/|)= = = SHSl=/=/=/=)/=]/=/= 10 11 8); =;|;= =/=/=/10) = J=)]=)/=/10/= = — oa 10 12 = = = = SBl=fj)/=/=)=/=2 = = 10 13 =/10/10)/10)/=/=/=)/=)/=/=)/ 2/27 =/=/=/=/=/= 6)=/=/= = 10 14 = 110) =) =) =] =] =] =] =) =H] KH) EJ BE ) ESE SE] SE] ES = = = = 10 | — = = =|/=/= = =| = =/|= = 10 16 2) =] ) Sb Ha ES SE I SE ET Ee J EI = = = = — = 10 W)=)=/=]/=)/ =); 2] 9! 7} 10/10) =] =y=)/=/= = = 10 18) =) =] =] =] =] =] =] =] =] BSB] = EY BE I BS SE SE BS SE SE SE] OO 1 0 9 19 ONION Oh OF) (O25) 0 SS SS SS SS | SS = Sl=H=;/=/ = 7 200 | =) =) =/=)/ =] =) =) =) =)/ =] =) =) =] =] =] =/= = S/=/|= = 10 21 EBSlySl=H)=!'=a=)/= = = = = SPH) =/= = 10 2 |= /)/=/=/= O,=/=)/=/2)/=2/ =) 2)7/2)/=)/2/2=/2=/2)/=2/= (0) 0) (0) 0 8 23 O} OF} OF OF Oy OF OV Oh OF Oh O} O), Oy Wy tye ey Wy ON Oa Oy Ze Oh 0) 0 0 24 OM ON MOR SOI OH OF SO 2st) See OM OM ieenliert eeen ela ONL ORS ON SOR snl ON) a= 2 6 | =)/=/=/=/=/= = | =|= = =) Sj] ==) =)]/=)] = 10 26 |/=/=/= — =/=)]=/10/10) =FJ=)/ =] =] =) =] =/=/=)/=/=/= = 10 7 — i — 2 2 2 = S|) =/|= = 10 28 SPH /=/=/=/= = = = = SHSlP=Hl=)=/=/= = 10 29 = = = a oi i 2 — 2a = 10 380 fF =] =H] =] =] =] =] =] 10/10} 9) 8) HP aH] Ee) BE ES SE J BE Se SE SE EE = 10 MEAN | 8°3 | 8°7 | 9:0 | 8°7 | 8:7 | 8°5 | 8°7 | 9:0 | 9:0 | 9:0 | 8°8 | 8°8 | 9°4 | 9:4 | 9°5 | 9-4 | 9°3 | 9°3 | 8°9 | 9°2 | 8:6 | 91] 8:7] 9-0 90 CLOUD. DECEMBER 1892. 1 =/=/=,=);=/10/10;} 8 6] 0] 2 1 OF eon OM ON LON LOTION ON Os) ee = 6 2 | S| = 20 Oy Ay OO} oO | O} ©} O} ©} OF O Fi ae = S/=/ 7] = 6 3 [elle | =|=/e= | = =/=/= =/=/=/=/)=/=]/ = 10 4)/=/=/10) 7/=/=/=)/)=)/=/= 6 | = 7|/=/=/= 10);/=/=/=/= = 10 5 SP =S|= | = 9)/10};=/=/=)/10/; 4 4f=)/=)/=)/=/10) 6/10;/=/=)/=/=2 = 9 6 SESPH =H =] =)/=/=/=/= =/=f7=/=/ 10/10) =/= 0;=/;= 3] 1 = 9 7 |=| 8/8 | 8| 9/10/10/10|/10)/10) =|=]=|/=/=|=/=/=/=/=] 8] 2! 9] 10 | 9 = = = SPS e/=/=7=/= SHSl~Hl/=/=/=/=)/=/= = 10 9 Sl=H/= | 8/10); =)/=/=/=. 5/10;10, 9) =/)/=/=/=/=2 On OM LOR SON |ekO) 6 8 10 }/10) 9)/=,=/=/=/ =] =| =/= SHESlPHl/=/=/=/=]/ = 10 MWo}=)=/=)/= Sf Hf =] =] =] EH) ESP ET ES = = =l={=/= = 10 12 SPS) BEF SF Sf ES ES ES ES S|} =H] 10910] =] 10] =] 10] SE SE] EB SE | SE = = 10 toe 0) | = | 10) = 10 = = Oo; =/=/10/ 10;10/10/10;10|) =|=s= = 10 14 SHESl=Sj=)= 10/=)/=/=)= SP] PHP HE) ja) j=} ES EF SE] SE] SE] SE |] ES | = = 10 15 SlHl/=/= =|/=/= ESl=H)/=f7]=)/;=/= =| = = = 10 6 |=/=/=/=/=/=)] 0] 9) =] =/ =) 27 =2/ =] =/ =/ =) =/2=/=/2=!1=/=!] = 10 Wo)=)=)/ =) =) =] =) 2/2) =] =] =) =] =] =] =] 10] =) =] =) =/=/2=/=)] = 10 18 | = || SSS SS SS SS SE = = = = SHSl=Hl/=/=/=/= = 10 Lo) SSS | = SPS ff Sf EP SE ES ES I SE ET SE SE ET SE ES = = 10 s 200 |} =)/=/=/ =/=/=/=/= }=/=)/=)2)/2)/2)=/=/e=)/e = = = 10 Ao |s| Sle) =)e2)lelea)=])=)=)/e=)=)=)e)elelelelelelelele = 10 2 |= P=] =/ =] =] =/=/=/=!/=!/ =] 9F 4) =] 5] 8/10} 8] 2] OF OF 0! 0 0 7 23 0; 0; O; OJ OJ =] =) Of} =] =] 1) =)7=/ 2) 71 =) 2=2=]/=/=/=/ =] 0] 0 0 6 24 Ol oO) @) OC} O} OH Ow Ge Oy wy By 2 Gi ae 2b Ay Oy Wa Toy oN) oye eal 2) iL 1 25 O} OF Oi Ol OW Cy OO GN eh 7 Tl BN Oy Oey Oy Gh ON Oe) OT a Co) 0 1 26 0] OG) ©] GO) O} OF O} O} OF O} MO} Of) ©} O}_O} OO) O} O} OF OO} @ 0 0 ? 27 Oi Ol ON On OF Ol On EO} eG 6G) | Gl) 2 WSN SST GE abe hs ees Bat 3 3 28 Be eoill Onin On este elias S25 SiS eLON iO) MOn On es eto = OTIG 4 7 29 38/ 2) 83] O}; O} 0} OF =) =) =] =] =) =] Bel ae] BS] Hl BE) BE BE BE El = = 7 60 ee | eo er i 2 — 2a ea 2}/=1/10} 9} 91;10); 10} 10} 10 10 ol | 10) 2) O} Bis) 8) 0) 4) 6) =) 10) js Re tS FS ES ft ES BE ES ES) EL = = 8 MEAN | 8:0] 7°5| 7:5 |.7'1] 7°4) 7:7 | 7°2|7'7 8:5 | 8:4 | 8:0 | 8°0} 8:2 | 8°4 | 8°4) 8°6| 8°6 | 8°5| 7°83) 7:7 | 81! 76) 7:7) 7:9 79 eo ey ROY. SOC. TRANS. EDIN.—VOL. XLII: 402 FORT-WILLIAM OBSERVATORY. STEVENSON SCREEN. TEMPERATURE AND AMOUNT OF CLOUD. JANUARY 1892. “sl Temperature—Dry and Wet Bulbs. | Amount of Cloud, 0 to 10. | ——— 2 —— Max. | Min. Bleck eae, ‘ gh 10h 12h 14n | 16h 21h 22h : “7 Qh | 10h | 14h | 21h | 22h im Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet. ‘Dry. Wet. Dry. Wet. i | 1 | 38:1 36:7 | 39:4 37°3| - — | 40°9 38:0 | 39°7 37°1| 38°5 35-8 | 38°6 36:9] 43-2 | 36-5] 78-0) 32-6] 10 8 6 7 9 2 | 43:2 41°3| 43-9 41:1] 44:9 41°5| 45:2 41°7 | 43°8 41°2| 39°2 36°5| 38:1 35:4] 46-0 | 34:4] 51-4] 37-2] 10] 10 6} 10 4 3 | 35°6 33°5 | 36:1 33°7| - - | 34:0 32°6| - — | 31:9 31:0} 32:7 30°83] 38:2] 31:1] 55°6| 27:7 6 8 8 6 3 4 | 33:9 [(30:0]/ 31-2 28°9 | 33°8 31°8 | 34:8 31°7 | 31:2 29°6 | 33-8 32:8 | 34:7 33°8] 36:2 | 28-5] 67:2) 22-9 5 7 7| 10] 10 5 | 45:8 41:9} 43-9 41:1} 43°5 38:9 | 41°7 36:1 | 39:9 33:4] 387°1 32°6 | 35:9 32:2] 45°8 | 33-6] 45:0] 25:0] 10] 10] 10 if 4 6 | 34:0 33:1 | 35°9 33°9 | 35:2 33:8 | 37-2 32:2 | 35:3 32:3 | 28°8 [28°8]| 29°3 [29°3]}} 38-0 | 28-7] 67-9) 25°57 10] 10 5 il 7 7 =| 27:0 26:4 | 28°7 27:1 | 27:0 26:1 | 27:0 25:1 | 26:9 25:9 | 34:0 32:0} 33:1 31:1]34°7 | 21-2] 67-7} 17-8] 10] 10 5 8 6 8 | 31°9 31:8) 31°8 31°7| 321 —- | 82°9 32:2) 32:9 32-4] 31°6 30:2) 32:1 31:1] 34-2 | 30°8 = 28°38 10; 10); 10 i 7 9 | 30°8 29:9 | 28:0 27°8| 24:9 24-7 | 26:0 24°8 | 23°3 22°3 | 30-2 28-3] 29:4 27°8133°6 | 21:0} 69-7] 18:0 4 9 2 9 9 10 | 33:8 32°8 | 33°9 33:7} —- — |35°9 33-7) - — | 38°9 32-1 | 34°8 32:7]37:0| 29:0} 74:3) —- 10 | 10 9 6 7 1 24°7 23:9 | 24°9 24:1] 27:2 26:1) 31°9 30-0 | 33:2 32:0 | 35:6 34:9 | 36:0 35°49] 36-1 | 23°37 44:7} 20-0 3 9/ 10} 10; 10 12 | 34:2 32:1 | 34:1 31-2 | 34°7 32°8 | 32°7 32:3 | 27:9 25-9 | 23-1 21-6 | 21:1 19°9] 38°6 , 22:07 81-5) 31°5 9 9 1 1 2 13 | 21°4 20°9 | 23°8 22°6 | 31:2 29:3] 38:1 34:7 | 35:3 34:4 | 35:2 34:6 | 36:0 35°7]38'2)15°6} 47:8; 11:4] 10} 10 9 10 9 14 | 33:5 33:0 | 33°9 33°6 | 35°1 34:8 | 34:9 33:9 | 35:8 33°7 | 36:0 35-1 | 38:1 36:0} 38:5 | 33-0] 67-9] 31-3] 10] 10) 10 9 a 15 | 24:8 23°8 | 26-8 25°6 | 31:1 28°7 | 32°6 29°6 | 35:5 33:1 | 35:4 32°6| 35°3 34°69.39°6 | 24-1] 65:8) 19-0 6 6] 10 1 2 16 | 37:2 32°6 | 37-1 32:1] 35°6 31:9 | 36°8 33°3 | 35:3 31°1| 37°9 32:1] 38°7 33:6] 43:3 | 34-4] 75:2] 32:0 3 3 2 3 3 17 | 38:2 34:0] 38-9 33:9] —- — | 89:0 35°5) - — | 40:8 37:9| 40:1 36:9] 41-1 | 33-2] 52:2) 29:99} 10/ 10} 10) 10] 10 18 | 41:4 37°9| 40°7 37:7 | 41:1 37-9 | 39°8 37:7 | 40°2 38-0 | 38-7 37-8| 39:0 37:7] 43-7 | 33-0] 46:0} 34:37 10] 10] 10) 10}; 10 19 | 37:9 36°8 | 35°9 35:2 | 38-2 37:2} 39°2 37:9 38:4 37:1) 87:5 36:0 | 36°8 35°89 41:0 | 35:0} 53:3) 32:0] 10; 10 9} 10} 10 20 | 35:5 34:9 | 36-7 35:2 | 37°6 36:4] 38°8 36:9 | 37:0 35:4] 36-7 35-1 | 36°9 35°69 39:2 | 34:5} 44:8) 32:0] 10] 10} 10] 10] 10 21 | 40-2 36:3] 41:0 37:0] 41°9 37-9} 41:2 38:3 | 39:9 38:1] 41-1 39-0 | 38°9 36°83] 42°9 | 36-4] 45:5) 34:37 10) 10} 10 6 3 22 | 39°7 37:9 | 39:2 38:0 | 40:0 38°5| 40-1 39:0 | 39°8 38:8] 40:8 40-7 | 41:0 40:°2] 41:2) 36-4] 48°7| 32:5 10 10} 10} 10]; 10 23 | 40-2 39°2 | 43:1 40:0 | 48:8 40°6 | 43°3 40°6 | 42-1 41:0 | 45-3 43-2] 45:0 43:7] 45°6 | 37-6] 53:4] 34:3 10 10 9 10; 10 24 | 41:2 38:1/| 40:0 37:0} - — |39°8 381] —- — | 88:9 37:3] 89:1 37:1] 45°5 | 37-0] 54:7] 34-1 6 1 5 8] 10 25 | 39°6 37°7 | 40:0 38:2 | 43:6 40°6 | 43°7 40°7 | 42°0 39:9 | 42-7 41:1 | 42:9 41:29 44:2 | 37-6] 69:4) 32°3 9| 10 9; 10] 10 26 |43°0 42°6| 44:0 43:7 | 48-1 47:4| 50°1 47:8 | 45:8 43°8| 46-1 45:7] 46°38 46:09 50°6 | 40-7] 91:7] 39°38} 10} 10 5 10} 10 27 | 46°4 46°0 | 46°1 43:9 | 45:1 43°6 | 45:2 42°6 | 43-1 40-6 | 39-5 36:9] 40°6 36:9] 47°9| 39:0} 48:7] 44:2] 10] 10] 10 10 5 28 | 39°6 38:1] 39°7 38:4 | 42:2 41°8|50°1 47:6 | 49°3 46:9 | 49-5 48-2] 49:9 48-6] 51:0 | 37:0} 53:4) 33:0] 10) 10} 10] 10] 10 29 | 52:9 49:9 | 52:9 50:1 | 54:6 50:7 | 53:0 49:9 | 50:2 49°6| 50-8 48-8 | 49°3 45°59 55:0 | 49-2] 63:5) 47-3] 10] 10 10 10} 10 30 | 45:1 40°6 | 45-5 40:0 | 45:0 [40-4] 43°8 40:1 | 43°8 39:8 | 44:3 39-3 | 42°8 38-94 50-2 | 40-2] 57:6] 39°37 10} 10] 10 8 7 31 | 39°9 37°7| 40°8 38:3] - — | 43°8 418) = — | 46:1 43-6] 48:1 46:0] 47:4 | 38-4] 66:4] 32:8 if 71 LOR SLO) 8 MEAN) 37'1 35:2 | 37-4 35:2] - — | 39:1 36°7| = — | 38:1 36:2] 38:1 36:2 | 42-2 | 32-7} [60-3] [30-5] 8-7 | 9:0 | 8:0 | 8-2} 7-5 STEVENSON SCREEN. FEBRUARY 1892. Dry. Wet.) Dry, Wet.| Dry. Wet.| Dry. Wet.! Dry. Wet.| Dry. Wet.| Dry. Wet. | | 1 | 40:2 37°38 | 39-0 38°8 | 38°8 37:9 | 43-2 39°8 | 43-0 39:1 | 36°7 35-9 | 36-0 35:2] 48-9 | 35:8 51°7 | 36:0 8 10} 10; 10]; 10 | 2 | 33:9 31°6 | 32°9 32°5 | 35:0 34:1 | 41°7 38°8 | 43-9 38:1 | 40-9 37-8) 40:2 37-0] 44-1] 31:0] 89:0) 29:3 10 10} 10 6 3 | 3 | 83:9 32-2 | 35'S 33°7 | 39:6 34:9 | 37-9 33-6 | 34°7 33-1 | 33-6 31:6 | 33-8 32-0] 42-1 | 32-7] 86:2 29:5 4 7 6 1 4 4 | 39-4 35°7 | 40°8 36°8 | 38-7 37-9 | 40-1 37:9} 41-8 36-9 | 39:0 37-0 | 39°3 37:6] 4271 | 31-0} 49:8 | 22-7 10} 16) 10]; 10 8 5 | 39°8 36:4 | 41:1 36°6 | 41°8 36:8 | 41°8 38-0 | 37-0 35°8) 387°0 35-7 | 38:1 36-7] 42°8| 85:1] 85:1; 32:0] 10; 10 7| 10) 10 6 | 38°7 36°6 | 39°8 37-7 | 42:5 39°7 | 40°7 38:4 | 42:3 39-7 ' 40-3 38-7 | 40:2 38:7] 44:8 | 36:7] 79°2| 31°8 6 | 10} 10 9 9 7 |43°7 43:1 | 44-0 43: - - |46:4 45:7) - — |45°7 43:7| 44:7 43-0] 49-3 | 39-7] 58:8; 371] 10} 10} 10} 10; 10 8 | 40°7 39°2| 42-1 40°7 | 45:0 43:0 | 47:2 44:0] 47:3 43-8 | 41°1 39-2] 40°1 38:8] 48-6 | 38:7] 79:0) 34:4 8 8 7 3 6 9 | 44:0 43°8 | 44-0 43:8 | 45:7 45°3| 46:9 46°7 | 45-1 45:0 | 48°7 48-2) 43:4 43-1]47-7| 39-0] 55:2) 371] 10; 10] 10] 10} 10 10 | 44:2 44:0 | 44:3 44:0] 45:7 45:1] 40:7 40:1) 45:0 44:8] 45:0 44°8| 45-7 45-4] 47:3 | 42-4] 81:2] 40°0 9 9} 10} 10) 10 11 | 46°8 44°3 | 46:1 44:2) 48:3 45:3] 48:5 44°9| 47-4 44°7| 46°3 43:9| 46:0 43-9] 49:3 | 44:3 68-1 | 43°3 S 10 9/ 10) 10 12 | 46°6 45°3 | 47°1 45°7| 48:0 46:2 | 48°9 45:9} 47°3 44:8| 42°8 42-1) 42:0 41:1] 49-1/ 42:2] 71°7| 41:2] 10 10 9} 10 6 13 | 33°6 32°1 | 35°6 33°6 | 39°8 36:4 | 41°5 37-4 | 42:0 38-4 | 39°6 37-9 | 39-2 37:9] 44:0 | 32-8] 87:2] 28°1 4 7| 10; 10) 10 14 | 41-1 40:9] 42:0 41°8| —- — |43:2 40-7) - — | 38°9 37:9 | 38:2 37:3] 45-7 | 37°8} 85:2) 371] 10) 10} 10} 10] 10 15 | 35°6 32°3 | 35:9 31:9 | 36°0 31°7 | 87-7 32-7 | 37:2 32-1 | 31-9 30-9 | 33:1 29-9]39-1 |) 31:0] 78-4) 31:0] 10] 10 9 3 7 16 | 28-2 28-1 | 30°7 30°2| 32°8 29:2 | 30°9 29-0] 31:1 291 | 26°6 24:9 | 28:2 26-8433°8 | 25:0] 87:2} 22:7 6 7 8] 10; 10 | 17 | 27-7 26°9) 27-1 25-7 | 31°8 30°6 | 34°8 81°1}29'1 - | 28-9 27-7 | 29:0 27:8] 39-0 | 25:0] 93:1] 7:0 6 8 5 2 2 18 | 21°5 20°7 | 25:1 22:3 | 30°4 27-0 | 32°2 27:9} 30-1 28-0! 20-8 19:5] 16:9 15:9] 32:2 | 16-4] 96:4] 13-0 1 1 5 2 0 19 | 23:0 22:1 | 23°5 22:2 | 27:9 26:2 | 30:2 27-1 | 30:9 27-0] 20:8 19:8] 19-1 18:0]33°4|11:8] 93°8| 5:7 7| 10 0 0 0 20 | 22°7 21°8 | 24°2 21:9 | 29°2 26°6 | 29:7 26:1 | 29-1 27°7| 31:0 30-2) 81-1 28-8]31-1/ 18-0] 96-7) 11-2 6 6 8 9 9 21 | 32°7 32°6/ 31:9 311) - - | 33-2 32:9) - - | 36:0 34:9 | 35:6 34°7]39-0| 25:0] 47°38} 28:07 10; 10} 10 6 7 22 | 34°8 32:8 | 35:9 34°1 | 38°5 36°6 | 40-7 38-9 | 44°9 41-1 | 37-1 35-8 | 37-2 35:7] 46-7 | 30°0] 110-0} 303] 10} 10); 10 8 9 23 | 42°9 39-2 | 43°8 39:2 | 43-6 39°3 | 48-8 40:9 | 46-9 44-9 | 42-2 38:2] 43:0 39-2] 49-3 | 36:4] 94:7) 31°47 10} 10 8 8 9 24 | 43°83 39°7 | 45-0 40°5 | 46:2 41°1 | 46:8 41°7| 47-2 42-2 | 42-9 39-0 | 43:8 39-3] 49-6 | 39:0] 99:1) 35°5 9 9 9 if 8 | 25 | 35°9 34:7 | 39°3 37°2| 44:9 41:1] 50°3 44:7 | 48:8 43°4] 40:6 38:6 | 39:8 38-0] 52°8 | 33:0] 112°2 | 25:8 4 6 4 8 7 26 | 35°7 348 | 38:0 36°8 | 42°3 89-9 | 46°8 41°8| 45:9 41:3 | 86-2 34-9 | 35-7 34-2] 49:0| 34:0] 86:3) 27:9 2 1 6 2 0 27 | 33°83 32°7 | 35°7 34:2 | 40°2 37°8 | 44:8 40°9| 45°7 41°S | 38-2 36-7 | 38-9 36:9] 47:8 | 30°3] 86:9} 23-9 0 0 0 9}: 9 | 28 | 38:8 37:1) 39:7 37°7| - — |43°2 39:8] - — |89°8 38-1 | 38°3 37:1] 45-0 | 35°7] 92:4] 33°07 10) 10 7 co 2 29 | 38°4 36°7 | 39°3 37:7 | 41:0 38:1 | 42°7 387-6 | 41°7 36:1 | 85°5 33:0| 35°8 33:0] 44:5 | 35:0] 96:2] 32:0] 10 9 9 1}: 8 | MEAN| 36°6 35-0 | 37°6 35°7 |) - - | 41-4 381] - — | 387-2 35°7| 37:0 35:3] 44-1|32°6] 82°7| 28-9] 7°6 | 8-2] 7°8| 7:0) 7:2 FORT-WILLIAM OBSERVATORY. 403, STEVENSON SCREEN. TEMPERATURE AND AMOUNT OF CLOUD. MARCH 1892. Temperature—Dry and Wet Bulbs. ee ee eas || edin. Amount of Cloud, 0 to 10. Ca b.| Min. Oh 10h 12h 14h 16h 91h 9b Bul D Min Oh 10h 14h PAR 99n Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet. ae, cao Nae 1 | 35°8 33°5 | 36°8 33°6 | 39°7 34:0 | 41°3 35°5| 4071 35°8 | 35°9 31-0 | 33-3 29-9] 42-7 | 28-7] 91°8} 21:9} 10 9 8 1 1 2 | 35°2[81°4]) 85:9 31:2 | 37:0 32°0 | 38:3 32:9] 38:2 32:3] 33:7 29°3 | 33:3 28:8] 42°8| 30:9] 95:4] 23-1 8 5 2 2 2 3 | 32°9(29-0]| 33:0 28-7 | 34:8 29-91 35-8 30:3] 85:3 32:0 | 32°3 [28°5]| 82°0 28:1] 42°8| 28:0] 54:7} 26:3 8 9 8 it i 4 |31°8 27°3 | 32:1 27-9|35°6 30°2| 37-1 32°2| 36:9 32:2 | 26°6 [25-0] 25:2 24:2]38°7 | 25:9] 92-7) 24:0 8 i 3 0 0 5 | 26:1 24:9 | 28:2 26°6 | 35:4 31:8 | 38-3 34:0] 39:0 34:3} 30:0 27:9} 28-1 26:6] 404) 21-07 89:5) - 2 3 2 0 0 6 |26°6 25:9) 29:8 28:0) — —- |401 35:0) - — | 85:7 32°3| 85°7 32:9] 40-7 | 22-4] 83-4) 14:1 3} 5 45) 105 lO 7 | 351 34°8| 35°6 31:9] 36:0 32°3 | 36:1 33:1 | 36-1 32:9) 83°7 32:9 | 33:2 32:7136°7 | 32:0] 44:4) 29:7} 10] 10) 10/] 10] 10 8 | 31:9 30°9| 34:9 32:7 | 35:7 34-9 | 36°8 35:0] 36°9 35:0 | 32°3 31:9} 30-9 30°7] 39:0 | 25:54 105-4 | 21°8 9] 10 7 MO) 7 9 | 26°3 24:2 | 26°7 24°7 | 28:9 26-9 | 31:1 27-9 | 27-3 27-2) 31:0 30°3 | 32-2 30°9] 33:0} 21:9112:4; 15:0 i 1 |) 10) 0 10 | 25°8 [25-0] 28:4 27-0 | 32-9 31°5 | 37:1 34:0 | 38:1 34-1 | 32°1 [80°5]| 32°3 30°3]39°1 | 23-0] 114:0| 18-7 9 7 5 1 0 1 | 27-0 26:0) 31:1 29°1 | 36°9 32°8| 38:9 35-2 | 39°3 34-9 | 29°3 28-4 | 27:8 26:0] 42:0 | 21-6] 113-1) 16:2 3 1 4 0 0 12 | 29:0 28-1 | 80°6 27-9) 34:9 30:9 | 34-9 32:5] 36:2 33:0| 31:7 30°4| 30°8 30:1] 37:3 | 20°8]106:9| - (0) 0 9] 10] 10 18 | 32°6 31°7| 34°9 31:9] — = 1376 33°5]| = — |30°9 29:9] 31:9 30°7]39°6 | 26-2] 91:3) 21:3 4 9 9 8 9 14 | 31°7 31:1 | 33:2 30°7 | 35-2 32:2} 38-0 34:5| 38-1 34:3) 29:9 28-7 | 29-1 27:8] 40°8 | 28:4] 95°8| 24:54 10 7 8 3 0 15 | 28°6 26:7) 31:0 28°7 | 34:2 31:9] 87:2 33:1 | 37-5 33:1 | 29°3 [27:5] 26°8 25°71 39-0 | 21:7} 94:8] 15°7 3 3 1 0 0 16 | 26°8 25:9} 80°8 27-9 | 35:8 32:1] 41:0 36:6} 41:2 38°2| 43-1 42:3) 42:9 42:2] 44:9/ 20:0] 94:0] 13:8 8 co ee 0) fee 0) 8 17 =| 48:5 46:9) 47-1 46:1] 47:0 46:1 | 51-9 49:2] 52-7 49:0| 47-7 45:9] 49:9 47°7153:0 | 40:0] 1063 | 34:3] 10] 10 5 6 6 18 | 50°8 48°9| 49:7 48°6| 50-4 48°8| 52-8 49-1] 56:5 48:0 | 53:2 47°3)53°3 48:1157:2| 47-8} 94:6] 45-47 10] 10 9 By 6 19 | 538°1 44°6/ 55:3 45:9) 57:0 45:9] 58°8 47-8 | 56:9 48:4] 49°6 42°3| 49-9 41:9} 59°5 | 47:01 109°2| 38-2 a fi il 0 0 |; 20 | 46:2 38:2) 46-1 38-7} —- — | 58:5 42-9) — — |40°8 37°7| 36:1 34:1] 55:2 | 37:0] 109:2| 28-2 i 1 7 3 0 21 | 38°8 37:1 | 38°7 37:7 | 42:2 40-2] 43-8 41:3] 44-1 42:0 | 40°6 38:2] 37:9 36°71 46°9| 33:0] 95:7} 26-47 10] 10 9 4 3 22 | 40°7 37°8| 41:9 38:8} 45:0 40:0} 47-3 41:1] 47-1 42:0 | 44:7 42:1 | 44-5 42-1] 49:0 | 37:3] 90:0) 27-7 9 9 g 9} 10 23 | 45°7 42°8| 46-9 43:0| 49:0 44°5| 49-7 44:8] 48-8 44:1 | 45:2 42°7| 44-8 42-1]51:2| 39°8]107°3| 41:0 8 8 8 8 9 24 | 43:6 41°8| 44:1 42°4| 48:0 44:2] 49:5 45:0] 48:1 44-7 | 43°7 41:8 | 42°9 42:0]50°0| 40:°3]106°9| 32°77] 10] 10 9 fo \) 0) 25 | 48:2 42°2/ 44:1 42°6 | 43°9 42:8] 43-6 42°7 | 43:5 42:5) 41:9 40°5| 42-2 41:0] 44:7) 40-8] 67:4; 40:0] 10] 10} 10) 10] 10 26 | 40:0 38:0 | 36:2 34-8 | 32:6 32:0 | 32:6 30:0 | 30:2 29:5 | 29-0 27-9 | 28:0 27:0] 43°8| 27:0] 51:6] 362] 10/ 10] 10) 10] 10 27 =| 28°3 28:0] 29°7 25:9) - = Weve SO = — |28°8 25-7 | 28:9 26-1} 37-2 | 23:91107:2| 19:8 4 4 7 1 1 28 | 32:0[381:0]} 34:0 32-1 | 35:0 33:9] 38°5 33:9] 35:0 32:0 | 27-9 27°3| 27-7 25:0] 41°7 | 24:447104°3} 21:0 8| 10 3 0 0 29 | 27:2 24:2131°9 28-4] 38°6 33:3] 41-0 36:3) 42°8 37-1 38-2 35°11 37-8 35-1] 42:4| 19-3] 97-6| 12°0 3 3 9 9] 10 30 | 41°6 37:9 | 43°7 39°6 | 46:2 41°8| 45:6 41°8| 47-7 40°6 | 40°9 36°7 | 41:0 37:0} 47°9 | 36:6] 104:°1 | 31-2 7 6 6 9/ 10 81 | 42:8 37:9) 44:5 39:8 | 48°6 42:0] 48-6 42:1] 49-2 44:1 | 43-7 39-2] 43:7 39:2] 50°8 | 38-9] 105°6| 33:1 8 8 9 9 9 Mean} 35:7 33°3 | 37°0 34:0] —- - |41°6 37:1] - — |36°6 34:1] 35°9 33:6] 442/300} 94°7| [26-0]! 7:0 | 68] 65) 55 | 5-4 | | | STEVENSON SCREEN. APRIL 1892. Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet. 1 | 46:1 40:9 | 48-9 42:0 | 53-9 44:1] 55°8 45°1|55°1 44:8 | 43-4 36-7 | 36:9 34:9]56-0 | 40:0] 108°9 | 35°6 8 7 1 0 0 2 | 87:2 84:6 | 42:2 39-2 | 51:0 [44:0] 57:2 [47:0] 57°9 45:7 | 45-7 39°2 | 42-9. 38-7 | 58-9 | 28°97 108'9 | 20-8 5 ii 9 0 0 3 | 41:1 37°9) 45:7 40:9) —- = | 61-8 49°3)] — — |51°6 44:7) 49-0 42:97681 | 33:0] 116:1| 26-1 6 8 9 4 4 4 |46°6 42:0|53°8 45:5 | 57:2 47°7| 53-7 48:0 | 53:0 48-7 | 50:1 46-9] 49-3 46-8 9§58:9 | 37:9] 100°9| 30-6 5 4 A LON LO 5 |48°5 47:3] 47:2 46°8 | 48:1 47°6| 48-5 47°6| 48-8 47-8 | 47-0 46-7 | 47-4 47:0]50°0 | 46-4] 65:4) 45:07 10; 10} 10 9 9 6 | 49:0 48°0!50-9 49:0 | 55:3 5171) 55-2 50:5] 54:2 50-1 | 48:0 46:0] 46:7 45:6157-9 | 45071146 43:1 8 8 FE |) 3100) ) 310) 7 |47:°9 45:8) 49:9 46:9] 57-1 49°8| 59°6 51:4) 58-9 51-5 | 50-7 46:°9| 48-8 45:7 61-0| 41-°9]115°8| 37-0 5 3 7 0 0 8 | 46-1 44°8|50°3 47:°9| 6071 53:3) 64:8 56°4| 64:5 52°6 | 49°8 44:8] 46:3 42:9966°1 | 39°0]116°9| 31:8 1 1 2 0 0 9 |49°0 44:9] 53:9 48:3 | 63:3 49°7 | 63:0 48-7 | 61:9 48-9 | 48:0 40°6| 46:1 40:1] 64:4 | 39:0}116:9 | 31-0 (0) 0 0 0 0 10 | 48-8 40°6| 50-7 42:3) - — | 64-4 49-9] - — |46°7 42:1|45°5 41:79 66:9 | 33°9] 116-4) 23-4 0 0 0 0 0 VW =| 45°8 42:°11)52:1 45:°2|58°9 47-8 | 61:0 47:8 | 57:2 46:4 | 45:0 41:9 | 42-7 40:1 # 62-0 | 32:0] 1146 | 25:3 0 0 1 | ORO 12 | 39°8 36:2] 40:2 35:6 | 42:2 36°7 | 42°1 36:1! 42°3 41:4 | 34:7 32:2 | 33-8 30:9]46:0| 338] - | 378] 10; 10} 10 6 2 13 | 36°6 33°6 | 37:9 32:2 | 37-2 33:1] 38-8 34°6 | 34:9 33:4 | 32-2 32°1| 30:9 30:7 | 43-7 | 27:0} 115-2] 19-1 6 9 9 8 3 14 | 32:2 31:1} 34:6 [31:0]| 40-1 34:1 | 39-2 33:0 | 37-3 33°2| 30°6 31:7 | 29°7 28-6] 44-2 | 21:8] 110-0] 12:9 2 2 7 3 il 15 | 83-2 305 | 37-0 32-2 | 43-1 36:0} 42-7 85:1 | 37-9 33°9 | 82-8 82-1 | 32:2 31:9] 47-7 | 22°97 120-0| 14:4 1 2 9} 10 | 3 16 | 33:1 30:9} 36:0 32:0| 39-9 33°6| 45:1 37:0/41°7 34:8 | 32:2 30-1) 30°8 30-7] 46-2 |[24°8}9}111-3} 14-9 2 2 7 a) © 17 ‘| 82:8 32:0| 88°8 33:1} - - | 45:2 38:0] — = | 32:0 309] 32:0 31:7] 47:2 | 22:0] 107-3} 13:3 9 6 7 4 2 18 |38:1 34:6| 40-9 35:8 | 44-0 36°9| 47:1 40°0| 46:1 43°8| 87-7 35-7| 35:9 34:6] 48-2 | 28:0] 118-8} 21-0 6 8 | 10 4 2 19 | 38:7 35:8} 42-2 37:°9| 45:9 39°8| 47:9 40°1| 46:9 38-7 | 41-6 39-9) 40-8 39:9] 49-0 | 26:1]101:1} 191 0 i} WO) Uw@\ We 20 | 46:9 45:2/ 48:0 45:8] 49:0 46°2|51°2 45:°9|50°9 46:0] 45-8 44:9) 46:6 45:7152:1/40:01100°8| 36:2] 10 Sh LOM eeLO) 7 21 | 47:6 44:6| 49-8 45-6 | 46-7 45:1) 46-1 45-2 | 47-2 46-8 | 49-7 48-9) 48-6 48-0] 50-7 | 44:°9]101:0} 40°00, 10] 10) 10; 10) 10 22, | 48°8 43°8| 49°8 44:2| 51-6 44°6/52°0 45:0] 51-9 43°9 | 46-7 41°8| 46:8 41:9] 53-3 | 44:9] 121°8| 40°5 7 8 6 7 9 93 147-7 42:°8| 48:1 42:°9| 51:7 45:2| 51:0 44:°9| 49-0 44:1 | 43-9 41:9| 44-9 40:3] 53:0 | 43:0] 117-0} 36-0 9 7 8 | 10 Si 24 | 47:0 42°3)481 42:2) - — | 511 43°38] —- — | 43:8 41°8 | 43-8 40°8]52:0| 41:1]112°0| 36:0 9 Uf 5 8 5 25 | 43-2 39:7 , 42°3 39°8 | 46:2 42-6! 43-6 41:0| 49:3 44-0 | 42-1 36:1 | 40-5 37:1] 49-9 | 39:2]114'8| 34:2 it 3 8 9] 10 96 | 42:2 37:0| 45°6 38:1 | 48-1 39°9| 51-8 42:9] 47:7 40-9] 38-8 36-0 | 38-9 36-6] 53-0 | 36:2] 118-9} 31-2 7 Si 6 2 3 27 «| 34:9 34-7 | 36:0 35°6 | 41°6 39-9 | 43:0 40-1] 42°7 39:0 | 38-9 36:9 | 38:2 37:0] 44:9 | 32-8] 94:8; 30°33] 10] 10) 10 Shi aa 28 | 41:0 35:4| 40:9 36:3] 40:0 37-7 | 43°8 38:7 | 43°8 37-6 | 34:9 31:8 | 32:2 29-9] 47-1 | 32:0] 118-0} 30:0 8 8 6 1 0 29 | 40:4 35°4/ 41°8 35°8| 45°8 38:0 | 48-1 40°6 | 46°3 39°9| 39-9 38-6 | 40:7 38:9]50°3 | 28:9} 114-1} 22-1 4 5 6] 10 5 80 | 44:4 41:9] 46-8 43-6 | 48°1 44:9] 49-7 44°4|51°7 46°0| 45°6 42:9/| 45-0 43:5151-9| 40-0] 93:1] 35:0] 10] 10 9] 10; 10 Mean] 42°5 39°2| 45:0 40°5| - —- | 50:8 428°6] - — |42°3 39-4] 41-1 38:8]53-4 | 34-8 [109-8], 29:1] 5°8 | 56) 66) 55, 4:0 404 FORT-WILLIAM OBSERVATORY. STEVENSON SCREEN. TEMPERATURE AND AMOUNT OF CLOUD MAY 1892. hae a Tem ee NS pel Wet Bulbs, Amount of Cloud, 0 to 10. . : Mas.) Mine) eee : gh | 10h 12h 14h 16» 21h 22h 7 “7 gh | 10h | 14h | Q1h | 29h Dry. Wet. Dry. Wet. Dry. Wet. Dry. Wet.| Dry. Wet. Dry. Wet.| Dry. Wet. ae 1 | 46:1 44°6/ 47:1 45:0) - — |52°8 47:9| — — | 46:9 44:0] 46:0 43°8]55:0| 43:0] 98°38} 40°6 10 10 10 8 3 2 | 47:9 44:2) 53°3 47°7| 54:7 47°8 | 52°1 47:2 | 46°1 43-2] 41:6 37°8| 40:0 37:1] 56°1 | 39°39 118-9 | 28:0 1 1 4 3 2 3 | 44°6 41:0 | 45:9 41°8| 47:0 42:8 | 47:7 42°5| 48-1 41°7 | 42°9 37:9] 41°9 37:9] 51:0 , 36°77119°9, 31-8 8 7 4 4 4 4 |42°9 38:4 | 43:9 38:9) 47-0 40:8 | 50°0 42:9] 51:1 43°7 | 44°7 41°1 | 42:9 40:0] 53:0 | 87:0] 109:2| 34:9 2 1 0 1 2 5 |46°8 42°8| 48:9 43-8] 50:2 44:2) 52:0 44°7| 55-1 45:8 | 40-9 37:0 | 39°8 35°8]56:0 | 35°67115:0) 302] 10 4 0 1 0 6 | 48:1 37°7 | 45:9 39:1] 49:2 41:9 | 51:9 43°5 | 52:3 45°8| 42:1 38:0] 41:0 37-5] 52°8 | 31'°3]110:2|] 25°0 (0) 0 0 0 0 7 | 46°8 44°9| 48-9 45°8 | 50°6 46°8 | 50°9 46°8 | 52°3 46°8] 47:0 43-9] 44:8 42:9] 53-7 | 38°1]122:2| 32:9] 10] 10] 10] 10] 10 8 | 47:9 43°8 | 50°8 45:2) - —- |51°9 46:0] — — | 46:0 438°1| 45:2 43:0] 54:3 | 38:0] 122°0/ 31:0 2 6 8 Ey) UO 9 | 49:9 46:2|52°5 47-6 | 56:9 50°3| 58-1 51:3 | 59:8 50°83] 49°8 44:9) 45:9 43-2159-9 | 43°89119:2| 40-7 3 4 5 0 0 10 | 54°6 47:9 56°9 50:0 | 64°6 521 | 67°8 54:9 | 66:2 54°6| 58:2 48:1) 57:0 46:9] 69-0 |[38°7]} 119-0) 30-1 0 0 7 5 4 Jl | 55:1 46°9|57°1 47:9 | 61:7 50°6 | 64:1 52:2] 62°8 52:4) 57:2 47:0] 55°9 45°81 65-6 | 44:°21123°9| 34:6 8 4 8 4 3 12 | 54:9 47:2 | 56°S 42°3) 57-7 49:6 | 60-7 49°2 | 59-0 50-8 | 52-2 49-4 | 51-8 49-8) 61°3 | 41-9] 105-2) 33:2 8 9) 0) LOS LO 18 | 511 50°8| 51°5 50°9 | 52-4 51-7) 51-7 51°1 | 52:1 51:9 | 52°3 52:0| 52:0 51°7]53:0| 49:2] 73:2) 49:2 10 10 10 10 10 14 | 51:9 46°8| 50-9 46:0 | 51:2 48:2) 48-9 46:9 | 53:2 47-2] 47°8 46:0|47°6 45°2]54:2 | 46-24118-0] 46:8 4 9 10 10 10 15 | 50-2 48:7 | 49-9 48-1) - — |50°8 48-7] — — |46:1 44:1 | 44°8 43:0]52°4|) 44:0] 88:2] 458] 10] 10] 10} 10) 10 16 | 48:1 46:4 | 47:9 46°2| 50:2 48°9 | 52-4 49:8) 48°9 46°6 | 45°9 44°4 | 47-7 44:4) 52-2 43°41114°3) 425] 10 10 | 10 4 5 17 | 48:0 43:9 | 49-1 44°8| 50-2 45°8| 53:4 46°7 | 53°7 47:6] 47-2 42:°2/ 45:8 42:0] 56-4 | 44:0} 120-0 | 42-9 6 if 8 3 4 18 | 45°7 43-5 | 47°8 44-2} 47-3 45°5 | 48-2 47-7] 48:1 46°6 | 46°9 44:0 | 45-9 43°3]53°0 | 41:0} 1163) 36:3 10 10} 10 9 6 19 | 51:0 44:9) 52:1 45:°9| 54:0 45°8| 55-1 47°7| 53:4 46:9] 45-0 44:0] 44:0 43-2] 56:3 | 43-21124:0| 39:8 if 7 5 10 10 20 | 49-1 46°8 | 4671 44°1 | 49°8 45°8| 44:8 41:9] 45-2 41:0] 41°7 39°8 39°8 37°91 51:0 | 39°1} 123-9 | 44-7 10 10 10 6 3 21 | 46-9 42°6| 47:6 44:0| 44:0 41°8| 48-1 41-1] 45:9 43-2) 43-8 39-9 | 43°6 39-9] 51-0 | 37°7}124°3 |) 33-2 i 9 4 7 9 22 [45-°7][89°9]| 46-9 [40-8], — — |49°9 42°38) — — | 45:8 42:0] 45:1 41°77 51:3 | 88°4]116°9 | 35:2 10 10 10 10 10 23 | 47:0 45°1| 48-9 46-6 | 54:1 50°8 56-0 52°3|57°6 52°6 | 55:8 51-7 | 55:1 51°8]59°5 | 43:0] 120:0/ 411] 10) 10 gi KO) C0) 24 |57°3 52°3 | 56°3 52:1 | 52°0 50:9 | 538°8 50°31 55°8 50°9| 50°9 48:2|49°9 47:0} 59:0 | 49°3} 123-0) 51:2 9| 10 8 i 4 25 | 62-8 49-7 | 54-4 50-4 | 54-1 52:0| 54:8 53°71 53:1 52:3) 50:8 49:3 | 48-2 47-0] 55-7 | 42:0] 67-1] 34:37 10] 10] 10 5 4 26 | 53°9 51:0| 55:9 52°7 | 57-1 53-1 | 61:7 55-7 | 60:2 54°8| 56:1 54:0 | 55:1 52-7] 63-1 | 44:71128:2| 40-6 4 4 4 10 10 27 =| 53°8 52:°3|52°7 51-7 | 54:8 53:0 | 53°9 52:1 | 56:0 53°4] 53°1 50°9| 52:8 50°9)57°S | 51:2} 109-8} 51-0 10 10 |} 10 7 8 28 | 57°8 52°9/|60°9 54-8 | 63:3 56:4] 63:2 56°6 | 59:4 56°1 | 56°2 52-4 | 56:2 52°5964:9 | 44:9] 122-1 | 40-4 3 2 10 10 10 29 [53:0 49°6] 53:4 49:9) — — | 53:2 496] — — |50°9 48:0/50°3 47:99757:0| 47:2] 84:0] 49:9 10 10 10 10 10 30 | 5271 49°6 | 52°6 501 | 52-4 51:0 | 53-8 52:8] 57°9 55:2) 54:0 53:3] 54:2 52:9] 60°0| 48-0] 116°4| 46:3 10 10 10 10} 10 31 | 53°7 50°9| 55°5 51°8| 57:9 54:3 56°8 54:7 | 56°6 54:6] 56:0 53-9] 56°9 54:0] 62:1 | 52°0]126:0| 506] 10} 10] 10) 10) 10 Mran| 50:0 46:2} 51:2 46°8 — | 53-9 48:8) - — | 48:9 45:6/ 48:0 44:9] 56°7 | 42°57112:9| 39:2 | 7-2] 7:2] 7:51] 68 | 6:5 STEVENSON SCREEN. JUNE 1892. Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet. 1 | 51:2 502/530 51:9) 56°7 52:0} 55°6 52°S|57°7 53-9) 501 47:9 | 49-7 47-0} 58°5 | 49°37 128°8| 49°6 | 10 F | LON LO: 9 2 |48:4 466/485 47-0] 47:9 47°8| 49-1 48:8] 51:1 49:9] 46°8 44:9] 46-9 45-0]51:9| 42:0] 63:2) 36°07 10} 10}; 10] 10] 10 3 |44°8 43:1) 46-7 44-8 | 47-2 44:9| 48:1 46:8] 50-0 48°6| 49-1 45:9 | 48°8 45-7 ]51-2 | 43:1] 100-2} 42°3 10 10 10 i 8 4 | 49:2 48-2} 51°8 49-2] 55°8 501 | 54:2 51:2] 53-1 50°8| 50-2 48-1) 50-0 48°6157°5 | 46°3)121°3 | 42:2 10 10 9 10 10 5 | 55:9 51:8] 578 53-7 || = - |56:°0 527) —- — |53°9 52°0| 52:1 51°37 59-4 | 49°27107°9| 47:4 9{ 10} 10 9] 10 6 | 54:1 52°2| 54:9 52:0) 56:2 52°5|56°6 53:2) 56°6 53-9] 55:0 54:0] 54:1 53:7157:9| 50:0] 1023) 48:0] 10 9) 10} 10}; 10 7 |56°7 55:2) 58°8 56:8) 60:2 57:1] 64:8 59:8 | 67:2 60:8 | 60°1 57-6 | 59:0 56-9 | 68-2 | 52:0] 129°5 | 52:2 9] 10 7 il 0 8 | 63°9 60:0 | 68:1 62:2] 69-8 62:9| 70:1 61°3|71°8 61'8 | 63°8 59-9 | 62-1 58:99 71:9 | 52:0} 124-8) 44-0 2 4 5 1 0 9 | 63:1 59-6 | 66:8 60°8| 71:9 64:8 | 73:2 65:0| 71:0 62:1 | 64:6 59:0 | 61:1 57:04 74:0 | 52°1}132°6 | 51°5 1 3 2 0 0 10 | 511 48°3 | 50°9 48:1) 51°8 48°4| 51-9 48°6| 53:7 48:9] 49°6 46-9 | 48-2 45-9]61:3| 48:0} 69:71] 446] 10] 10) 10] 10) 10 11 | 49°6 45:°1|50°9 46°7| 50-7 45°9|51°8 45-7] - — |47:3 44:3 | 46°9 43:8] 55°6 | 43°0}129°3| 48°47 10] 10 9} 10) 10 12 | 46:9 42°8|46°8 40°99) —- — |50°0 46:6] — — | 44:9 42:4 | 44-0 41°2]52°8 | 39:91116°2) 38:2 8 7 9 6 ff 13. | 47°6 41°6 | 49°8 42°7| 52:0 43°8| 53-9 45°81 54:1 46:0; 48-1 43-6 | 45:8 40-91 57:0 | 40:2) 129-0] 42-2 7 7 8 8 3 14 | 49°9 44:0) 51:9 45:2|53°3 46:9| 54:0 481] 54:1 47-8) 51°8 46:8| 51:0 46:8] 57:1 | 360] 123'8| 34:8 4 7 | 10) LO tO) 15 | 55:8 49:8 | 5671 49:9/ 55-0 50°8| 54:0 51°9| 53:5 51°7|52°6 51:0! 52:8 501] 56°3 | 48°2]107:1| 47:6 9{| 10/ 10] 10} 10 16 |50°5 43:9] 49-6 43°7| 53-1 45-9 | 52:8 45°0|53°8 44:9 | 46-0 41:0] 44:9 40-7] 55:0 | 45:0} 127:0) 42-7 7 8 6 4 8 17 | 49°8 45:2) 51-2 45:1] 50-2 45:9! 520 47:8] 54:0 48:2] 46-1 44:8 | 46:7 44:8] 55:1 | 39°3] 123:0| 35°6 8 8 8 4 8 18 | 49°8 45:1] 50°8 46-0 | 52:2 47-°3| 54:7 49°6| —- — |48°8 46:1 | 46-2 44:6] 56'1 | 44°8]102°0| 41°77 10] 10] 10 4 4 19 |51°8 47°7|53°8 48:9) —- - 1549 50:9] - — | 52:1 50:4/ 51:9 5071] 58-0 | 41°7] 124-1) 38°6 9 7 | 10} 10] 10}, 20 |53°8 49°1| 54:2 49°31 57-8 49-8 | 59-0 51:2) 59:0 49°8| 52-2 48:4/ 50:8 47-6] 63-2) 49°3]132°3, 48:0 8 8 5 3 3 21 | 54:2 49°7| 55:9 50°9| 60-1 52-2) 61:8 53:9] 61°7 53°8| 54:9 49-8] 54:8 49:8 ].63°9 | 39'°2]126°6| 33°6 2 2 3 4} 10] 22 |50°7 49:1] 50°8 49:1] 52-1 50:0! 55:0 52:2] 59:0 54:0] 53:0 49:4] 52-0 48-7]61:2| 46:0] 1178] 39:6} 10| 10} 10 2 in| 23 | 57°8 52°0| 59°3 52°6| 62°9 54:0| 63:6 54°6| 59°1 54°91 57-4 51:9) 54:2 50°9] 66-1 | 43:97 1340] 37:2 2 1 9 8 10 24 |53°8 49:9] 58°1 52°2/59+1 50:7 | 58:8 52:5 | 65°1 57-5 |52°S 47:0] 50°9 46:0] 63-9 | 50°1]126°3] 51:0 1 2 4 0 1} 25 | 54°9 49°38) 54:8 49-9] 55-1 50-1) 54:1 51:9] 54:9 52:8] 58-8 52:9] 53-1 52°7]57:4| 45-2] 69°2} 39-9] 10) 10; 10; 10} 10) 26 | 51°9 51:2) 511 50°6) - - | 56:0 55:4) — — |55°9 55:1] 54:9 54:0158-0/ 50-9] 90:2] 51:54 10) 10] 10}; 10] 10 27 =| 53°8 51°5 | 54°7 52:0] 53°1 51°5 | 53-4 52:0] 54:1 51°91 52°6 48-6] 51:9 47°8]55°3 | 51°29111'8| 49-4} 10 8 | 10 9 6 | 28 | 56°8 49:7] 58-0 49°8| 59-7 50:2] 59-7 53:2) 59:2 52:8] 51-2 47:9] 49-7 46:9] 61:9 | 49°3]126°2|] 46-1 7 3 3 5 4 29 | 53°9 50:2|}57°0 51°8| 600 53-4] 61°8 55°9| 63-0 52:91 51°9 48:4] 49-4 46:9] 64:0 | 41:9] 1268} 36-9 1 2 4 1 2 30 | 54°8 51:9] 54°2 51°6| 55-2 51:9) 54:9 52:7 | 54:6 53:01 51:7 48:41 51°6 47:4] 56-0] 48:0] 1104] 42-2 9/ 10] 10 4 4] MEAN] 52°9 49:2) 54:2 49:8} —- — | 56°5 51:9) = — |52°3 491] 51-2 48-4159°5 | 45:9]7114-4| 43-4] 7:4] 7-4] 8:0] 6:3 | 66 | FORT-WILLIAM OBSERVATORY. 405 STEVENSON SCREEN. TEMPERATURE AND AMOUNT. OF CLOUD. JULY 1892. At rature—Dr S. nount of Cloud, 0 to 10. Temper are Dry and Wet Bulbs Max {Min, {Black | Radn, oe unt of C gh 10h 12h 14h 16h Qh 22h aries) Min, gh | 10h | 14h | 21h | 92h Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet | 1 [[55-4]51-5]] 53-8 48-1 | 54°7 48-0| 56°1 50-6 | 56°6 49°7| 51°0 47-7| 503 47-8] 59-2] 47-5] 1163) 462] 8| 8| 8) 3) 8 2 | 521 50-0| 53-6 51:2] 54-7 531/565 55:0] — — | 56-7 55°8| 55-1 54-9]58-1| 47-0] 768) 43-7] 10| 10] 109) 10; 10 3 | 56-7 55°9|55-9 55-0| - - | 56-9 55:3| - - | 55:8 548/548 53-8]57-2| 54-4] 89-7| 54-8] 10} 10) 10] 10) 10 4 | 53:9 48-3] 57-1 49:0 | 57-2 48-9| 60-2 50°6| 56-1 50-9| 52°6 48-9] 53-8 49-8] 60-9| 49-1] 128-9) 49:0] 8) 7] 8| 10) 10 5 | 53:8 52-1| 53-2 51-8| 52-7 49°6| 54:0 511/530 49°6| 51-9 48:1 | 50-5 47-3] 57-4| 50-0[110-0| 503} 10) 10} 19) 8 8 6 | 51:8 50-0] 53-5 50-1] 55:1 49:3] 56-7 51:8 | 53:8 52-4] 52-9 51-3 | 52-6 51-7] 57-8 | 49-0] 104:8| 46-2] 10} 10) 10 10 | 10 7 | 53-0 50°6| 51-9 50-2| 53-4 47:9| 55:8 5451 |52°8 48-9| 50-4 48-2| 49-7 47-9] 57-2| 49-0[ 121-6! 51:14} 10) 10} 8} 10| 10 8 |51°7 48-9] 51°6 48-7 | 52:8 49-7] 54-0 501] 51°9 48:8] 51:8 49-2 [51-5 49°1]54-1| 47-7| 77-2) 46-2] 10) 10/ 10) 10) 10 Q | 54:8 51-1] 55-4 51-4] 54-8 52-6 | 55-9 52+1| 55-9 52-1] 525 50-9] 49-0 47-9| 58-0 | 50°3]124-9| 48-8] 10) 10) 10) 8) 3 10 | 546 51-0/ 57-0 521) —~ — | 63:7 55:1) — — | 56-0 52:8/ 52-2 49-9)65-0|42-0[131-5| 353} 2) 2); 2| 3) 1 11 | 61-9 53:8| 65-7 55:0| 66-2 55-3| 66-9 54-9| 69-1 56-1| 60-2 51-7] 59:0 50-8] 70-0| 49°83] 129°) 407] 2) 2) 9| 8] 8 12 | 58-8 51-0| 57-4 51-8| 58:7 52-7| 60-7 52-9| 58-9 52-6) 51-2 47-8) 50-0 46-8] 62-9 | 49°5| 127-9) 431] 6] 5| 7) 4) 4 13 | 52°3 48-6 | 54-6 49-7 | 56-2 50-9] 58-7 52°6| 58-2 52°3| 50-9 48-1| 49-8 47-8] 59-2 | 46-4]123°3) 414] 5) 4) 2) 2) 3 14 | 51-3 47-0| 53-0 48:3/ 55-9 49-9] 59-7 5-7 | 61-2 53-0| 53-9 49-0| 51-9 48-1] 63-2 | 48-0] 129-0) 47-8] 10) 10; 4) 3) 9 15 | 52-9 48:1] 54-9 49°3| 56-7 50°01 59:7 50°9| 60-9 51-7| 531 48-4| 52-0 47-8] 61-5 | 44-2]1329| 3847 7) 9) 7| 9) 8 16 | 52-9 47-1 | 55-2 47-9/ 54-2 48:0] 57-3 50-1| 54:8 48:8 51-7 48-1| 50°8 47-7]57-5| 43-9] 1221| 400] 6, 8) 8| 10) 10 17 | 52-9 46-1) 53:8 46-3| - - | 60-2 52:0| - - | 55-0 48-9) 51:8 47-9] 63-9| 46-4] 129°9| 40-5] 10) 10) 7| 6/ 6 18 | 53-0 48-0| 53-9 47-6| 57-3 48°9| 57-2 50-2| 54:8 49-9| 51-8 50-9| 52-0 50-9] 60-0 | 47°2]125°0) 441] 9] 8] 10) 10) 10 19 | 54:0 51:4) 54:6 51-1| 56-0 50-0 | 52:7 50-9| 54-8 50-2| 51-2 47-8| 49-0 46-9] 56-1 | 48-9] 89°0| 511] 9} 10; 10) 8) © 20 | 53-2 48:8] 53-8 49-4| 55-7 50-0| 59-9 52°9| 63:9 55°8| 52-7 48-5 | 50-7 47-6 | 63-9 | 48-2] 125°6| 44:9} 10) 10) 10) 10) 9 Q1 | 58-9 50-7 | 53:8 50°6| 55-7 52°5| 55-6 52-6 | 55-5 53-2| 55:1 54°6| 55-8 54-1] 56-3 | 46-3] 84-1) 43-3] 10} 10) 10] 10) 9 22 | 56-8 53-2| 56-9 52°3| 58:5 54-9| 56-1 53-9| 58°7 53-2| 54-8 52-0 | 54-2 50-9] 58-9 | 51-0] 939) 47-54 10] 10) lo} 10) 10 93 | 57-7 51-9| 60-2 54-0 | 62-0 55:5 | 63+7 56-3 | 67-0 58-1 | 57-2 58-7 | 55-3 52-2] 68-0| 51-7]123-9| 5027 9| 4) 9) 2) 2 DA | 53°7 52°3'54°5 52-7| — — | 62-9 57°3| — = | 55-7 52-1| 58-1 50-5] 64-5 | 45°0]120°8| 8847 10, 8) 4, 4 3 25 | 58:5 53:9| 60:5 55°8| 64:1 56-1 | 66-7 57-4 | 69-0 59:8 | 59-0 54-1| 56-8 53-6| 69-6 | 46-7] 1321, 387] 6) 8) 9) 7] 8 26 | 61:7 56-2 | 63°7 57-7 | 63-2 60-9| 70-2 61-2| 70-1 60-9| 59-9 55-2) 58:3 54:3) 73°5| 54071362) 506] 5, 1) 6) 9} 10 27 | 588 55-2) 60-7 55-9| 61-0 55-8 | 63-5 57-5 | 65-8 59-1) 57-5 54-7 | 56-9 54-14 66-3 | 54341280] 551] 10) 10) 7) 7) 7 28 ) 58-1 54°6| 58-9 54-9| 64-0 57-9| 67-1 60-2| 66-9 58°6| 58-8 56-1] 56-9 54-84 68-1| 50-0] 1232| 4437 2) 3) 1) O| 0 29 | 56-0 54:1.) 58-4 55-7| 64-2 59-3 | 69-0 62-0| 67°9 61-3|-60°1 57-0 | 56-9 54-9] 69-9 | 49°0]123-0| 422] 10) 2) 1} 3) 2 30 | 54-1 53-1 | 54:2 53-2] 57-9 55-1] 57-7 55°0| 56-1 54-2| 561 55-7 | 56-8 56-1] 60°3 | 52-8] 126-3| 515] 10) 10) 10) 10) 10 31 | 59-9 56:8|60°6 572) - —- | 645 589} - - | 56-0 55-0] 56-1 55-2] 66-8 | 55-7] 136-6) 553] 10) 9} 8} 10/ 10 Mean] 55°2 51:3 / 56:2 51:8) - 60:0 541] - — | 546 51°5| 53-3 50-7] 62-1 | 48-9]117-°6| 45°89 82) 7:7) 74) 7:2 | 69 STEVENSON SCREEN. AUGUST 1892. Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet. |Dry. Wet. |Dry. Wet. 1 | 58°7 54:9] 58:1 55-9 | 609 57-3| 61:4 56-3) 60-2 55-3) 54-2 52°5| 54-7 52-9] 64:3 | 54-0] 125-0] 531] 10) 10) 9| 2) 7 2 | 57-9 58-2] 60-2 55:1 | 62-0 55°8 | 62-7 56-2) 59-2 549/568 54-6| 56-6 54-3] 64-0 | 52-0] 1258) 478] 4) 2) 9] 10/ 10 3 | 547 51-7 | 55°6 52-2| 56-9 53-1] 59-3 54-1] 58-3 52-0| 52-2 46-9] 50-7 44-9]61°3|51-9]131-1] 505] 10) 10; 8) 6) 5 4 | 53-9[47-7]| 55-2 47-9] 57-8 48:8 | 57-2 49-5 | 58-3 50-2| 52-9 49-9 | 52-2 50-2] 61-3 | 43-9]130-0| 350] 8} 7) 10) 10) 10 5 |55°6 54:2| 55-3 54-6 | 55-7 54-9|58°8 55°0| 56-7 54-7 | 53-9 52-2 53-2 50-9] 59-8 | 51341128] 50-27 10) 10; 9); 10) 10 6 |53°8 50-1] 54-1 49-9) 54-7 50-9 | 56-1 51-9] 57-2 51-2| 52:2 47-9] 51-9 48-2] 59-0/49-8]121°0| 47-2] 10) 9) 10; 4) 4 7 |549 59°8|56°6 516| - - |62:3 543) - —- | 52:8 50-0|52-7 50-2]62°8|51-0]131-4| 464) 9) 8| 7| 8] 8 8 | 51-9 48-7 | 51-5 49-3) 51-9 50-0( 52-2 49°6| 54-9 51°3| 51-0 [48-0] 47-1 45-4 [56-0](46-S]] 125-7 | 46-2] 10| 10) 10]; 9) 8 9 | 509 44-2] 51-6 44-9] 55-7 47-8| 58°6 49-1 | 60-2 51:2| 51-2 47-6|50°5 47-2] 62-3/ 45-2]118-8| 406] 9) 6} 3/ 1) 4 10 | 52-7 49-1] 55-0 50-2| 58-8 52°8/ 58'S 53-1 58-2 54-2 54-7 51-3) 55-2 51-6] 59-3 | 39-2]123-3] 316] 5) 6) 9) 9} 10 11 | 56-0 55-0| 55-9 54:9] 56-2 55-6 | 57-9 56-9| 58-7 57-2| 55-2 54-9| 55-2 54-9] 58-8 | 53-0] 98-9) 5137 10} 10) 10) 10) 10 12 | 58-3 56:2] 59-1 56-5 | 61-7 57°6| 61-2 56-7 | 63-4 55-8 | 58-2 57-1| 57-9 56-8) 64-9 | 54°54 111-3) 53-7] 10; 10; 9} 10) 10 13 | 56:2 55:2] 57-2 56-0| 60-7 57-1| 59-9 56-7 | 59-6 56-0| 55-1 53-8 | 54-4 53-3] 61-9 | 54-0]121-0| 548] 9/ 10/ 10) 10) 10 14 [55-9 54-0/ 55-7 54:3) - - [56-9 55-8| - - | 54-9 54-0/ 55-8 54-6159-8| 54-2]108-9| 531] 10; 10) 10) 10/ 10 15 | 55-0 52-1| 56-1 52-2) 57-7 52°0/ 55-6 52-9] 56-1 53-0] 56-1 51-2| 55-9 51-7] 585 | 52-5] 99:3] 51-0] 10; 9) 9; 7| 8 16 | 55-7 53:7 | 57-4 54-7 | 60°3 56-8 | 58°7 56-2 | 60°6 56-0 | 55-7 54-2] 55-7 54-6| 61-1 | 52°5]120-4| 48:0] 8) 9/ 10) 9) 8 17 | 56-2 54-1 | 57-2 54°6| 57-9 54-0 | 62-8 538 | 62-7 54:2) 52-0 49-7| 50-9 48-9] 65°S | 49°5] 123-7 | 45-2) 3) 6) 3) 9) fF 18 | 51-8 50-8] 52-9 51-9|55-2 53-9/ 56-7 54:4| 56-8 52-9| 53-5 52-0| 531 52-0]56-9| 48-1] 69-7| 45-9] 10! 10) 10) 10; 10 19 | 55-0 53:0| 56-9 54-1|57-6 53-9| 60°8 54-9| 58-8 52-8 | 509 48:3] 49-2 47-263-0] 45-0] 124-4| 469] 7| 7} 9) 2) 1 20 | 52-2 49-9 56-0 52-2| 59-9 55-0| 62-2 56-2| 64-2 56-0| 58-9 57°4| 59-0 57-6] 66-0 | 40-9] 111-7; 34:2] 9/| 10] 9) 10) 10 21 | 61-2 60°5|621 61-1] - - | 655 62:3] - - | 62-5 59-8| 62:3 59-9] 66-4/58-1]123-0) 57-2] 10) 10; 7) 10) 9 22 | 62-9 60-2| 62-2 59-8| 59-7 59:0| 60-1 59-1| 63-0 60°6 | 59-4 56-0| 58-1 56-1] 63:3 | 58-0] 89:2| 571] 10/ 10) 10] 10) 10 23 | 61-9 58°3| 65:5 60-0| 67-6 61:6 | 66-0 60-8 | 67-1 59-9 | 57-2 55-9|57-1 56-0] 69-0 | 55-2]1242| 509} 3} 4) 9/ 1) 10 24 | 56-0 55°6| 56-9 56-2| 58:8 57°6| 59-2 58-0| 57-1 56-7| 54-7 531| 54-0 52-9 60-0 | 54-0] 86°5| 51-3] 10; 10) 10) 10/ 10 25 | 56-0 50°8| 55:7 51-1] 53-1 51-2| 55-1 53-5 | 56-4 54-7 | 53-9 51-0] 52-9 49:0]57-7 | 51-9] 104-0| - | 10; 10; 10/ 10) 6 26 | 56-7 502] 56-7 49-8] 58-9 51-1| 53:5 51-8] 54-9 53-9] 52-8 47-9/ 51-9 48-2]59-0/50-0]118°0 47-4) 6! 10] 10) 9] 10 27 | 52-1 50°3| 53-6 51-4 | 56-4 52°5| 57-0 51°8| 56-9 52-0 | 52-1 48-8) 52-1 49-1] 58-2/ 49-4] 1201 46-1] 10) 10); 8} 8) 10 28 152-7 48:8] 521 48:6| - - | 54-8 48-9| - — | 47-8 44:8] 45-8 43:3]57-°8/ 46-9] 1211 440] 9| 7) 6) 1) 1 29 | 49-0 46:0] 55-8 49:0|58-9 49°6| 59-7 49°8| 55-9 46-8| 49-9 46°6| 50-6 47:0] 61-7| 35°3]119°0 | 290} 0, 0] 10/ 10) 10 80 | 528 50°8| 55-9 52-21 53-9 520/541 52-1| 53-3 51-8| 52-0 50°8| 51-8 50-4] 56-3 | 49-6] S11) 473] 10) 10) 10) 10) 10 81 | 52-7 50-2] 53-2 50-9] 54-0 51-8/ 56-0 51-9| 54-6 52-4 '52-2]49-7][51-9[48:8]] 56-1 | 50-0] 753 44-0] 10] 10) 10) 10/ 10 | Mean] 55-2 52°3|56-4 580| - - |58-7 54:3] - - | 54:1 51°5| 53-6 51-2] 61-1 | 49-9] 112°8 | [46-9] 8-4 | 84] 88) 80) 78 i | i 406 FORT-WILLIAM OBSERVATORY. STEVENSON SCREEN. TEMPERATURE AND AMOUNT OF CLOUD. SEPTEMBER 1892. Temperature—Dry and Wet Bulbs. Amount of Cloud, 0 to 10. Max.| Min, | Black |Radn. gh 1Qh yah 14h 16h QIh 99h Bulb, | Min, 9h | 10h | 14h | Qn | gon Dry. Wet. |Dry. Wet. |Dry. Wet. |Dry. Wet. |Dry. Wet. |Dry. Wet. |Dry. Wet. 1 [[49-2][48°3]| 51-2 50°7 | 54-0 51°8 | 54°3 521 | 53-9 51-5 | 49-9 [47-7]} 48°8 46°7 | 56°9 [48-0] 105°3 | 44-37 10) 10] 10] 10 3 2 | 53:1 4971 | 48°9 46:2] 47°8 44:2 | 52:0 47:8 | 53-7 48°8| 45:1 43-5 | 47-1 44-9] 55-0 | 44-8] 108-8 | 41-0 9 9 5 3 5 3 |49°7 45°9|49°8 46°8 | 54:3 47:8 | 53:0 47:9 | 53:0 47:4] 51:7 45:8 | 51:1 45°9755-°0| 45-0] 81:0; 40:0} 10; 10] 10 4 6 4 |49°1 44°7/49°9 45-1) - - | 52:2 45:7} - —- | 48-8 41:1] 44°7 41:9] 58-5 | 42-9] 120-0 | 40°3 9 8 6 6 9 5 | 51-1 47-7 | 50-9 48:0 | 50:9 49:9 | 55-0 52°1 | 54°6 52°8 | 53-0 52°8 | 53°6 53°0]56°0| 43-27 75:9) 44-17 10) 10) 10} 10} 10 6 | 54:9 52°3| 56-8 54:2] 59°5 55°8| 58-8 53:9| 59:3 52°9| 51:1 48:9] 51-9 49°59 61-0 | 50-0] 114-7 | 47-9 4 2, be LON AO 7 | 541 51:2) 50:2 48:7] 50:8 46-9 | 51°8 48-0 | 53-8 49°2 | 45-9 43:9] 46°3 44-9] 56-2 | 45-01 101°8 | 45°99} 10) 10) 10 2 1 8 | 51-9 48°9 | 54:0 50°8| 57:0 51:8 | 57-4 50:2] 57-9 51:1 | 52-9 48:0} 52°8 48-9] 60-0 | 42-6] 124°3 | 37-2 1 7 5} 10} 10 9 |53°3 52°8 | 55:8 52°3 157-7 52:2] 57-7 51:8) 57:0 53°1| 54:0 53°6 | 55°2 52°7758-2) 51-0] 87.3] 49°38} 10} 10) 10} 10 i | 10 | 53-1 49°3 | 53-8 49°1| 55-2 49°0| 55°9 47-9 | 55:4 49-1 | 49°9 46°6| 51:0 47-7 | 58-5 | 48-2] 118°8 | 44-0 6 7 7 9| 10 11 |52°3 50°7|52°8 51:0} - - |56°6 52:8} - -—- | 52:2 50°6| 51:2 49:9] 58-7 | 48-9] 1230) 47-7 |] 10] 10) 10] 10 9 12 | 52-3 503) 52°7 50:8) 52-9 52:0} 51-0 50°8|51°5 50-8] 51-1 50-1] 50°9 50°1]53:0/ 50-2] 64:2) 473] 10) 10] 10] 10) 10 13 |50°9 49°7 | 52-1 49:0) 55-2 48°6) 56-1 481) - — | 45:9 43-7) 46:0 43:°9957°8 | 45-1] 1172 | 49°3 ] 10 9 4 1 2 14 | 50°9 49-0 | 51°8 49°8 | 52-1 50°7 | 52:2 50°6 | 52°0 50-7 | 53:9 52°6| 53:8 52°4]54:0| 44-4] 72°2) 402] 10) 10) 10} 10] 10 15 | 55°9 52°5 | 54°8 52:9 | 55-4 52°6 | 57°8 52°2| 55°8 51:4) 55-8 52°7 | 566 51°9]58-0| 50-9] 74:7) 50247 10) 10}) 10; 10] 10 16 | 51°8 47:3 | 51-2 48:1] 51-8 49-1 | 50:3 48:1 | 48-9 4771 | 48°9 45-8 | 48-8 44°89 57-4 [48-0] 96:0 | 47-0 EO HO | 2G) | at) 17 | 48°9 44:8 | 49-7 44:9] 51-0 48-0 | 51-2 48-0 | 50-2 47-8 | 52°0 49-4 | 51-1 49°37 53-6 [41-2] 84:0) 34:9 9°) 10) | 109) SLOn 10 18 |58°8 52:7) 53°71 52°99} - - | 55:8 55:1; - — | 52:2 51:9); 52-9 51°9]56:2) 51:0} 72:0) 492) 10! 10) 10} 10} 10 19 | 53°8 511 | 53°9 51:0 | 55°6 51:0 | 53-4 49-6 | 52°2 47:0] 47-9 44:8 | 47-1 43-8] 57-9 | 47:0] 109-2 | 50-0 7 8 6| 10 9 20 | 49:0 44°7 | 51:2 45°7 | 53-2 47°7 | 538°8 47:1 | 54°8 53:2] 46-9 43-4 | 45°7 41-99 56-2 | 44-5] 107°8 | 43-7 8 6 7 0 0 21 [41°5][39°2]| 44-8 41°38 | 53-0 48-0 | 56°8 49°§| 58-9 50°7 | 44:0 42:8 | 42°7 41°7]61°8 | 33:0] 114:2| 26:0 0 0 0 0 0 22 | 40°8 39°2/ 468 42°9| 53-9 47:9 | 55-8 48°8 | 56°8 49°2| 42:0 40°6 | 41-1 39°39 57-1 | 35:1] 109-9 | 28-2 0 0 0 0 0 23 | 46-2 44-1 | 48-9 46:1 | 48-4 47-6 | 49°8 48-9) 55:9 52°1| 54-1 52:7 546 52:°7157:0| 36-1] 78:2) 27-77 10} 10) 10] 10] 10 24 | 47-2 43°8| 47-0 44:9 | 48-4 44°6 | 50°0 46°6 | 49-7 46:8 | 51-2 49-8 | 51-1 50:2) 54-4 | 43-7] 96:0) 40-2 7 OF) LO LOR ato 25 |50-4 47°38 /50°9 47-7) —- - |511 47-4) - — | 49°5 45:9) 46°8 43°79755:0) 47:1] 94:2) 47-4] 10] 10 i 1 2 26 | 52-2 49°3| 53-4 50:0 | 51:8 48-5) 51°8 50-2 | 54°8 5271) 56°9 53:5 | 56-9 53-9] 58-0| 46-0} 65°38; 41-0} 10; 10/ 10} 10} 10 27 | 47-7 46°9|49°5 4775 | 50°8 46°9| 46°9 44°7 | 49-9 46:0 | 46:1 44:1 | 46°3 43°79 57-0 | 426] 106-7 | 46-1] 10; 10) 10} 10] 10 28 | 44°9 41-2 | 45-7 42°6 | 47:1 42-9 | 46-1 43°6 | 44-7 42°6 | 44-7 42°6 | 43°8 42:1] 50°3 | 40:1] 105°8 | 37-9 7 8 8} 10; 10 29 | 44:9 43-1 | 46:2 44°8 | 48-7 45°2| 46-2 44°7 | 46°S 44:0 | 41°7 40°6 | 42:9 41:9] 51°3 | 42:0] 105°6 | 43:3] 10 SF WO i) ko 30 | 41:9 40°7 | 44-8 42°6 | 47-1 44:0 | 48-7 45°9 | 49°4 45:7 | 44-6 42-7 | 44°8 42:°2150°9) 38-7] 70:8] 31-7 5 9} 10) 10) YO MEAN} 50°0 47°3| 50°8 48:0} —- - |53°0 49°70) - —- |49°3 47:1] 49°3 46°9756-4| 44:5] 96°77) 42-1] 80] 84 | 81) 7:5 | 7-4 STEVENSON SCREEN. OCTOBER 1892. | Dry. Wet. Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet. 1 | 42°7 41°5 | 44°9 42°2| 45:9 43°3| 47:2 44°2|47°9 44:8 | 44°7 42-1] 44-7 42:1 [[50°4]/[39°3]} 92-4] 383-1] 10 6 | 10 7 4 2 | 46°0 44°7 | 47-2 45°3| - — |45°9 45:5) - - | 40:7 39°7 | 40°0 39:2] 48:2] 40-0] 58:8) 349] 10] 10) 10 5 2 3 | 44:0 42°8 | 45:2 43-7 | 46-7 44:9 | 50-2 47°6| 51:0 48-1) 49°3 47°9| 49-0 47°38] 51:1| 36-4] 711] 303] 10} 10) 10) 10] 10 4 | 48-7 48:3) 49°3 49°1|51°8 50:8 | 49°7 47:9) 51:9 50°3| 47-1 45:2 | 46°3 45°0152°3| 46-2] 77:2) 46°0] 10] 10) 10 4 3 & | 45:2 43°7 | 46-7 44:7 | 47-6 45°6 | 46:7 45:0 | 48°3 45:0 | 48-7 45°6| 49:1 45:9] 49-7 | 41-2) 54:3} 32:3 S| LON LO) 9; 10 6 | 49°0 47:2 | 48:7 46-9 | 49°0 47:3] 49°8 48:1 | 51:1 46°83 | 47°9 44°7| 47:4 44°69] 51°8| 46-3] 91-2) 43°47 10} 10} 10] 10} 10 7 | 48°9 45°11 49:1 45:7 | 50°4 45°5| 50-2 45°8 | 50-4 44°8) 47:1 43:2] 45°9 42:°9]51:0| 45:0} 56:2] 42°0 OF L091 LOR | xO) 7 8 | 42°7 39°9| 43-1 40°2| 45:6 41°1 | 45:7 40-7 | 44-7 40°1| 43-2 41:7 | 44:7 43°6147:5 | 41-0] 99:3) 38°5] 10 8 9) 10] 10 9 | 44:7 42°9) 45-1 43-4) —- - |43°9 41:9) —- — |46°9 44°9| 49:2 45:2] 49-4) 41-0] 66:1) 385] 10) 10| 10) 10 9 10 | 45°9 41:9 | 46-7 42°9 | 48°8- 43:0 | 48-2 43:2|48°6 43°6 | 45-2 42°3| 45:2 42°3]49-4| 44:0] 85-7] 37:8 8 8 4 8 7 Il | 45°1 43:2 | 46°2 44°0| 48:9 45°7 | 48°9 45:0 | 48-1 44°7 | 43-2 41°6| 43°9 41°6750°9| 41-0] 94:4) 35°5 9 9 9 4 9 12 | 42°1 39°6 | 43-7 40°1| 46°9 41°8| 48°8 43:9 | 47-8 44:5] 44:9 43°8| 44:8 43°1]50-0 | 36-1] 97°7| 29-8 i il 4] 10 7 13. | 45°9 42:1 | 46°6 43:0) 47-1 43-2| 48-7 44-5 | 47-0 44:0| 46-0 44°9| 46:7 44:°9]49°0| 41-2] 69°3] 35-4] 10) 10] 10 8 9 14 | 47:0 44°6| 48°9 45°6 | 52:1 45°9| 54:3 46:4 |53°3 46°9| 47:2 43:0] 48:0 43:8] 54'8 | 43:4] 104:2| 39-0 6 6 6 6 4 15 | 46:7 41°1 | 48:2 42°6| 48-9 42°9| 47-4 43:5 | 46°0 42° | 42°3 40-1 | 41°6 89°7] 50-5 | 40°7]104°5 | 40°0 8 8 4 4 3 16 | 42°2 39:0} 43°0 38°3) - —- |45°2 38°9) - — |40°1 36°8| 39°7 36:9] 46:3 | 37°59 104-4 | 32:2 6 7 7 9 9 | 17 | 35°2 33°2| 37-0 34:8 | 43-1 38:2 | 43-5 38-2 | 43°3 38:9] 40:0 37-6 | 38:2 36:2] 46:0 | 32°4] 94:7 | 2571 5 6 6 8 4 18 | 84-2 32°1 | 39°8 36°6 | 43-4 39°8 | 44-9 39°9 | 44-1 39°9 | 40°8 38:5 | 39'1 36°8] 49:1 | 30-0 89-8) 21°5 3 2 9 6 8 19 | 48:0 44°1| 47-7 43°6| 48:5 44:2) 49-1 44:9] 48-7 43-9 | 41:0 38°8 | 42:0 39:7] 50:2] 38:3] 87:0) 36°7 ‘) ii 8 il 9 20 | 41° 40°9| 42°1 41°5 | 44:2 42°8| 46-7 43-6! 46:2 43:0 | 42°4 40°6 | 41:9 40°3 68°9) 396 80'2| 38°47 10!’ 10} 10! 10} 10 121 |[37°7][86°7]| 41°2 38°9 | 42-9 38-9] 43-1 39:0} 42°9 38:9 | 42:2 37:9 | 41°6 37:3] 45:7 | 36:0] 86:0) 31°2 8 i 9 8 8 | 22 | 38:9 35°6 | 36°8 35:0) 41-1 38°0| 40°7 36°7 | 38°5 35°3 | 37-6 34:4 | 38°6 35:1] 47°8 |) 33°3] 87:4) 2477 10) 10) 10, 4 5 23 | 38°0 33°7| 41°7 35°9| - — |42:1 363} - —- | 87°8[36°5]| 37-2 35:9] 48-9 | 33°39 86:1) 24:7 6 Z| 10°) “TORO 24 | 31°0 30°0| 36° 33°8 | 41:1 37:0 | 41:0 36°3| 39°7 35:9 | 29°6 27:9 | 27°8 26°38] 46:4] 27:3} 95:0} 20°2 2 0 6 0 0 25 | 24°7 23°9 | 27°9 26°5 | 35:4 31-8 | 38°6 33°83) 40:9 36°5 | 28:9 27:8 | 27°8 26:9] 43:3 | 22°0] 84:7 | 14:0 0 0 0 0 0 /26 | 280 27°3 | 30°2 28°8 | 38:7 35°38 | 40°1 36:9] 39°8 36:0] 44:0 38:3 | 43°6 37:2] 44:1 | 24:5] 87:0] 13°9 3 3 1 | 10} 10 | 27 | 46:4 [42°5]| 45-7 43°4 | 44:3 43°4| 44-1 43-7] 44:4 43°7 | 46°2 45:3] 46-2 45°7] 48:1] 37-9] 48:0) 386-27 10; 10; 10; 10] 10 | 28 | 50°9 50-0 | 50°8 50:0 | 52:2 51-4) 51-9 51-2] 52-0 51-1 | 51-9 50-9 | 49°8 49-2] 52-4) 45:3] 59-2) 44-6] 10) 10) 10; 10) 10 29 | 49°71 48-9} 49°9 49°6 | 50:2 49°9| 52:2 50°1|50°3 47:6 | 44:3 42:2] 44-9 42°2152°8| 43-7] 62°6| 46°77} 10) 10] 10 5 6 | 3 | 45°3 [44°0]| 45°5 [43°5]) - - |46°2 43-2) - — |45°2 42°6 | 45°7 42:°9]48-0| 41:3] 90:1) 36°9 9} 10°). 10} ~10)\tG j 31 39°9 38°3 | 43°9 40°9 | 46°6 42°6 | 43°7 43:2} 42°6 40°5| 41°7 39°8 | 41-2 39-7} 49°0 | 387-9] 89-2) 34:3 4 9 9 9 8 Mean| 42°4 40°3| 43:9 41:3] - — |46°4 42:9) - — |43°2 40:9 | 43:0 40°77 49:0 | 38:2] 82:4) 33°57 7:9] 7°5 | &1 | 03) Ol i j FORT-WILLIAM OBSERVATORY. 407 STEVENSON SCREEN. TEMPERATURE AND AMOUNT OF CLOUD. NOVEMBER 1892. Beer Te 3 it, 10. Temperature—Dry and Wet Bulbs. Max.| Min,| Black | Radn. nae of ‘Cloue 01 to gh 10h 19h 4h 16h gin =| aah | Bulb. | Min. gh | 10h | 14h | Q7h | Q9n Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet.| Dry. Wet. Dry. Wet, ; | 1 | 36-9 36:0| 37‘1 36-2 | 39-8 38:1 | 42°3 40°6 | 42°3 40-1) 39:5 36:9 | 38-9 37:0] 44-0 | 34-0] 69:5) 30-2 8 6| 8 6 7 2 |43°9 39-4) 44-1 39-7 | 45-9 39-9] 44:3 40-5 | 44-1 41-1] 46:8 42-7 | 46-0 43-0 47:2 | 33:0] 67:0 | 28°5 OO 10 7 6 3 | 46°5 44°7| 46:8 45:1 | 47-6 46°7| 49-8 47-3] 49-7 46:9] 49°8 45:2 | 46:0 43:2} 51-1 | | 42:0] 60-0 330] 10) 10) 10 4 7 4 | 52-9 49-6) 53-8 49-7 | 54:0 47-9] 54:7 49:9] 54:8 48-7] 54:1 48:0} 52:1 48:1] 55-1) 43-2] 87:2) 37-2] 10] 10 7 if 7 5 |52°6 48-2] 49-3 47-2] 51:3 47:9] 52:0 47-8] 51:1 47-0 | 47-2 46°5| 49°3 46-6] 54:3 | 47-2] 86:9} 466] 10) 10 7 9 8 6 |45°4 44:°2/46-1 44-8} - - |48°0 46°71] —- — |41:7 40°5| 41-5 40:4] 50-0 | 40°8} 84:2) 40°38] 10 9| 6 1 & 7 | 42:1 41:7] 44:0 43-6 | 47-4 44:9] 48:2 45:1] 48:7 44:S| 48°8 43:9] 48°8 44:7] 49°2| 40-1] 81:0] 38°0 9! 8] 10; 10] 10 8 51:0 47:8] 51:8 48-0 | 49-9 48-6 | 50:2 48:9] 50:0 49:6 | 52:9 50°9 | 51-1 50-1]53°2 44-2] 55:0) 445] 10; 10| 10; 10] 10 9 | 51:0 50:3] 47:9 47-0 | 48-2 46:9] 48°5 47:1] 46:9 44:0| 46-8 44:4) 46:2 44°7752°0 | 42-2) 55°0| 49°97 10/ 10] 10 9} 10 10 | 47-9 44:7| 47-9 44:8 | 48:9 45:2] 49-4 45-9 | 48-7 45:9] 47-1 45°6| 48-1 45:0] 4971| 44:2] 56:0; 423] 10) 10) 10} 10/ 10 11 | 49°6 46°3| 52:0 48-0| 53:7 47:6] 52:8 49:0] 58:4 47:9| 51:9 47-9| 52°5 47:9155-0 44:6] 88°6| 41:8 7 8 8 7 8 12 | 51:9 47-3) 50-6 47:5 | 54:9 48-4] 52:1 46°9| 51:3 45:6 | 50°9 47:8 | 50°6 47°8]55°0 48-2] 76:8) 48°3 9 9 sei] I@ || 10) 13 | 42°8 41:1} 43-2 41°6| - — |44°8 48:0] — — |41°6 40-1 | 41-9 40:8] 50-9 | 40-8] 55-7) 368] 10 Ol iO) 2 3 14 | 47:0 42:0] 47-8 42:5 | 45°9 42°7| 47:3 44:4| 47-9 45-9] 54:2 51-7|53°3 51:6]54-7 | 35:0] 54:0) 30°33] 10 10 | WOO) IG) 15 | 48:7 45:9) 47-8 44:5) 47-7 44:0| 46:9 43:9 | 44:6 41:9 | 39°1 37°8| 38:8 37:6 {[53'9] 38-3] 81:0} 46:2 7 | 3 1 1 16 | 39:7 38°8| 39-7 38:9| 43-1 42:0] 43:9 426 | 42:8 41-7] 42:2 40:°9| 39-9 38:7] 44:0 | 36:1] 52°8) 27-5] 10 9 ae 1 2 17 | 41:9 39°1] 44:7 41-1) 49°5 43:8] 49-2 43-7 | 48-9 43-9] 49-0 44:7 | 49:0 44:1] 50°0 | 38-2] 77:5) 34:2 8 fi 8 9 9 18 | 47-8 43:5] 46:8 43:3] 48-4 44:2] 48-4 44:8 | 46°8 43°8| 46-1 42°8/| 46-0 38-3500 43-0] 53:0) 42°83] 10) 10| 10 7 2 19 | 38-9 35:9| 38-8 35:9 46-1 40-9] 46°3 41:8 | 44:8 41:9] 42:6 40-0) 42:5 40:2] 47:0 36-0] 61:8} 26-0 6 (a LOn | LOR SO 20 | 44:3 41°91 46:0 42:8) - — |148°9 44-2) — — |49-9 44:9| 49:0 44:0]50°0; 40:0] 59:0; 381} 10! 8! 10 4: 3 21 | 46°9 41:9) 46:8 42-0| 48:3 42-7 | 47-8 42-8 | 46-9 41:9| 44-7 40-9) 45-9 41-2]50°0 | 40-0] 81:1) 36°0 6 8 Uf il 1 22 | 42-7 39:3] 41-7 39:1 | 46-2 41:8 | 47-8 42-6 | 44-9 40-8 | 39-9 37-8 38-9 36°54 48-2 | 36-3] 75:0} 28°8 2 4 0 0 0 23 | 33°6 32:7 | 33:6 32-7 | 38:0 36-6 | 38°5 36°1 | 35-9 33:9] 30°9 3071 30:3 29:9] 40°3 | 30°1} 67°6] 233 0 0 1 OO 24 | 34:9 33:9 | 35-9 34-8 | 37-8 35:9| 39°1 37-6 | 38°8 36-9 | 34:3 32°8 | 33-7 32-4] 39-2 | 28-9] 61-6] 19°8 9 S) 9 0 0 25 | 41:1 36:9] 41-9 36-9 | 42:7 37-°8| 43°6 38°3 | 42-9 38-0/ 44-7 40-8! 43-9 40-9] 45°8 |[33-0}) 72:0) 23-7 4 4 6] 10) 10 26 | 43:8 41°8| 42:8 40°9| 43:0 41°7 | 43°8 42°5 | 43°6 42°3] 44:2 43°6 | 44:7 43:9] 46-2 | 40-4] 54-7] 40:0} 10] 10 fe 10>) 10 27 | 49°8 48°7| 49°8 48:8) —- — | 50:2 49:7 —~ | 49-9 49:0! 49-9 48:9}50°8| 43-0] 541] 43-27 10] 10} 10}; 10) 10 28 | 50°6 49°3| 50°9 49:7 | 50°9 49:9) 51°6 50-1 50°8 501 | 51:0 50°2| 48:7 47°6{52°1 [48°3]] 52-4] 47-7] 10) 10) 10) 10 8 29 | 38:9 37:0] 41°3 37:1 | 38°7 36:9 | 40:2 36:9 | 38:9 36:9] 37:1 32:9 (34-1 33:0] 49-0 | 33-5] 50°9| 34:3 6 6 | 10 2 6 80 | 36:1 32-8} 37:8 33°5| 38:7 34:5 | 35:1 33:9] 35:0 34:2] 35:9 34:3| 34:7 33:3]39°8 | 321] 64-4) 31°3 5 4 @ |) WO 7 MeEAn| 44°7 42:1) 45:0 42:2) — - |46°9 43:8) —- -— | 45:2 42:5 | 44:5 42:0] 49:2 | 39-2] 66:5] 36-4} 8:2 | 81] 81) 6:2 | 6-4 | | STEVENSON SCREEN. DECEMBER 1892. Dry. Wet.| Dry. Wet.) Dry. Wet.| Dry. Wet.| Dry. Wet. | Dry. Wet.| Dry. Wet. 1 | 31: ¥ [81:2]| 30°9 30°3 | 31:9 31:1) 31°8 30°3| 29°3 28:2 | 24-1 22:9] 24:4 23-9] 35-9 | 23:0] 65:0 | 26:7 4 1 5 1 5 2 | 22°9 22:2) 22°6 21°9| 25:9 24-6 | 24:3 23°1 | 22°6 21°6 | 27-0 25°3 | 27-1 25-99 28-9 | 21:0] 65:9] 15°3 0 0 v2 7 9 3 | 4071 38-9] 40°8 39°1 | 36:1 35-1 | 37:0 34:1 | 32°9 32-0 | 33-1 32-1 | 34:9 32:0] 42:0 | 22-2] 42:2) 23-4] 10] 10 9] 10 8 4 |31°8 30°8|32°9 30°77) - — |338°6 31°77) — — | 34:1 30°8 | 32:7 29-9] 35°8 | 27-3] 62:7] 23°3 6 GA 107) 105) 20: 5 | 30°9 30-0 | 32°6 28°8 | 33°6 29:9 | 33°9 30°0 | 32:0 31:9 | 32°2 31:1 | 34:2 32°3] 34:7 | 25°38] 55:3) 26-2] 10 3/ 10} 10} 10 6 | 35:9 35:0| 38°9 36°9| 380 36°5| 37-6 35°7| 36°7 34:7 | 34-9 32°8| 33:0 31-4] 39°8 | 33:1] 53°3] 328] 10) 10 7 3 3 7 | 27-9 26°9| 28°6 27-4] 30°8 29°8| 32-1 32:1] 31-1 30°9 | 29-7 29:2 | 27-9 27-9] 33°3 | 26:7] 36°9) 20-7 |) Oj) 1) 2 0 8 | 29-9 29:0] 30°9 30:2] 31:7 30°9| 33-1 32:0} 33:9 32:9] 33-6 32°9| 31:9 31:2] 34:4 | 26-2] 37:1] 262] 10) 10) 10 2 2, 9 | 29°5 27-7 | 28:9 26:5} 29-9 27-9} 30°1 27°9| 31:2 28°8 | 27:3 26:0 | 25-1 24:1]37:0| 246] 48°83} 23-7 3 3 7 5 0 10 | 85:3 34°7 | 36°2 35:5| 37:8 36-9] 40:9 40°5 | 44°5 42:3] 42:9 40°8 | 43-1 40-8] 45:3 | 23-2] 42:0) 21°83] 10; 10/ 10 6 5 11 | 40°71 38°7/} 40:0 391) - 42°2 39°38) —- — | 41-9 39:0| 41°6 38-9] 43-7| 37:9] 46:6) 3437 10; 10] 10 Uf dt 12 | 38°8 35:8} 38:0 35:2 | 38:9 35:9 39°9 34:9 | 38°9 34-6 | 39°1 35°9 | 37-7 35-6] 42-0 | 36-9] 49°8| 34-2 9 7 5 7 4 13 | 36°8 34:0] 35°9 33°3 | 37:0 34:7 | 37:1 34°4| 34:1 31°8| 34:8 33-9 | 35:7 34:7] 39°3 | 383-3] 43°8 | 28°9 7 ff 8] 10] 10 14 | 48-8 42:9] 42:9 42-7 | 43-7 42-9] 44-7 42-9| 45:9 41-6 | 42°9 41-8| 43-1 41-8] 45-9| 34-9] 496] 336] 10) 10] 10); 10 8 15 | 42:2 40-8} 42-1 40:9 | 42:2 40-9| 44:3 41°8| 45:8 41°8! 45-7 40-7| 45:8 40:7] 47-0| 41-2] 48-9] 39°33] 10) 10 8 8 5 16 | 44:7 41-6 | 42°2 41°5| 45:7 44°7| 47-8 46:1] 46:4 45-9 | 47-8 47-4| 48-5 48-0] 49-0 | 39:1] 51-9) 36-27 10} 19/ 10; 10); 10 17 ‘| 47-9 43°8| 48:0 43°9| 48:0 44:0 | 48-7 44°5| 47-0 45:1/ 48-8 48:2] 49:0 48-4150-0| 45:1] 62°0) 42°8 5 6 7{ 10} 10 18 | 48°9 43:9] 47:9 43°38) —- — |47°9 48°2) - — |47:0 43:4] 47-1 43:1] 52°0| 44-3] 55:1) 44:4 8 GA uo) 8 8 19 | 44:1 41:7 | 44:2 41°8| 43°6 42°1/ 43-5 41-9} 41°6 41:1 | 40°6 40-1 | 39:8 39:5] 47-7 | 40:0] 49°38) 41-5 8/ 10} 10) 10; 10 20 | 387°7 36°3) 37°6 36°3| 38:9 37°6 | 40°7 38°7 | 42:2 38°6 | 39°6 38:2 | 38:9 37:9! 42°3 368} 42:0! 361] 10! 9 9! 10} 10 21 | 40:0 38:9} 40°3 39:4 | 40°1 39°6 | 41-7 40°3 | 40-9 39°8| 40-9 40:1 | 41:8 40:8] 42:0| 38-0] 445] 37°38} 10) 10) 10) 10; 10 22 | 41:4 40°9| 41-6 41:1 | 42-9 42-0 | 42:7 41°8| 39:9 39-2] 36:3 35:9 | 39:9 39-7] 43-7 | 35-9] 52:0} 40°07 10] 10 3 0 0 23 | 35:9 35°6 | 35°7 34:7 | 40-6 36:1! 40:0 35:7 | 39°9 34:8 | 34:8 31:9] 386-8 32-6] 41:0 | 32-7] 64:9) 23-1 4 2 5 0 0 24 | 28°1 26°9| 28°6 26°8 | 30°9 ae 31°9 29:0) 30°3 28°3 | 24:°9 23-9 | 24-8 23-8] 38°5 | 24-2 53-1} 16-4 QO; I 5 0 0 25 | 21°2 20:0} 21°9 20°99) - |26°9 24-1} - — | 21-8 20-3] 21-0 19°9}27-°0 | 20°5] 5071) 11°9 FD AG) 1 0 0 26 |19°5 18°7| 17:9 17:3 | 23:4 21-4 | 24-2 22-6 | 22:7 22°3| 22-2 20°8| 22-4 20-97 24:2 17°8] 423) 10°5 0 0 0 0 0 27 | 21°9 20°9 | 22°2 20-4 | 25:1 24:0 | 29-1 27-8 | 29:1 27:9] 24:8 24-2] 24-0 23:4]31°8 | 19:2] 44°3)| 11:3 5| 6 5 4 BY 28 | 31:9 31:6) 34:2 32:1] 38:7 35°9| 38:9 36-4) 40°1 37:3) 39:9 37:7 | 39°3 36:9] 40°6 | 22-9] 42:0/ 16°8 9! 10; 10] 10 9 29 | 41°3 36°9 41°9 37-0| 42:2 37-8 | 42:0 38-4 | 42:4 37-9 | 42-2 39:3 | 41-8 39°19 43-0 | 32°34 45:2| 30°9 a 7 7{ 10! 10 30 | 36:1 34:8 | 37:8 35-2| 37-7 36-1 | 38-0 36-7 | 37:0 35°9| 35-8 33°2/| 35°9 33:2] 42°9| 34:1] 44:2) 311] 10 E10 LOr a0 81 | 33:1 29°5| 35:2 30:7 | 33:8 30°8 | 37:2 32:9 | 38:9 33-8] 38-1 33:0 | 38:0 33:0] 39°3 | 30:0] 425) 22°0 5 2 2 4 ae | i} MEAN) 35:2 33°6| 35°35 33°6| — = “NB y(dayestye) — | 35:8 33:9] 35:7 33:9]40-°0 30-7] 49°5| 27°38] 7:0 | 68) 75 | 63 | 5-9 408 BEN NEVIS OBSERVATORY. MoNTHLY AND ANNUAL MEAN VatueEs AT BEN Nevis OBSERVATORY, 4407 FEET, AND AT Fort-WILLIAM OBSERVATORY, 42 FEET ABOVE SEA LEVEL. BAROMETER—BEN NEVIS. 1 2 3 4 5 6 7 8 Odo a 1a fas |) 4 |) 16 rer) ar) is) |) 199) 20n| eot|too en leopenevaees Jan. .|5°096 | 5°091 | 5°092 | 5-097 | 5:094 | 5°091 | 5-090 | 5:091 | 5-096 | 5-098 | 5-098 | 5:°101 | 5°101 J 5-095 | 5°096 | 5-094 | 5°095 | 5:095 | 5095 | 5-100 | 5:105 | 5-105 | 5-100 | 5:096 | 5-091 Feb. 148] °146| 188} °183] 128] °127] 122) °120] -121} *127/ °181] 133/ °131] °128} °130] °1381| +134} °142) 148] *155) -162| -164/ -167/ -169] “171 Mar. .] ‘857 °356] °353|] °347] °342] *344| -348| °349] °357] °360] °3864|] °369| ‘371] °372| °369}] °366|) °364] °367| °369) °373| °374| °374| °372| -871] -369 Apr. .] ‘4029 °397| -394] -389| -384] °386| -390| °394/ °399| -400) °405| -407/ ‘4097 °409| °404| °398/ °394/ °394] °391) °389| -390] -391] -390] :389] -387 May .f. °355] °346] °340| -335| °327/ °325| °329] °331| °3386) ‘337 ] °341| °345! ‘3499 853] °358) “358 | °358] °357| °356| °356!' -354| °355| -355] -350| °345 June .f °396} °390| -383| °378| °375| °376| °378|) °3881/ °387] °891] °394] ‘396; ‘398} “402| “£401] *400| °402] ‘403| °405| °410| °412] -415] °416|] °414) -410 July .] °479] °373| °466] -459| -455| °453| °454|) °455] °459) “461| -461| °468| ‘4737 °482|) -483| °482) -480] °479| -479| °479| -480| -483] -482]) -481| -476 Aug. .f -308] ‘301i | -292] -287] ‘281| °279] °283] °289] °295/ °299| -305| °307) ‘313] °316) °‘316| °313] °309] ‘307! °305) -305| -307| :307| °307] -303) -:297 Sept. .] -240] ‘237] ‘232| 229] -223] ‘223 | °226) °229] °231) ‘282] -234|) °237| ‘241 ] °243) "241 |] '288) °234] *234) 2384] 236] :239| -237] +237) -235)| -233 Oct. .] 143] °136] 134] -127] 123] °126| °130| °133] °141|) °143] *145|) °148] *152] °153] *151| °153] °151] °153) °159] -159| -160| -160} -160| -156| -154 Nov. .} ‘282] -278| 274] ‘273| :269|) 267] 266] °271| °279| -283) °28)| ‘288| ‘287] °282] °278| ‘278| °282) ‘287| °290] °286| -288] -288] -288| -286| -284 Dec. .] -239] °236] -235) °237] -236] -234) °232| ‘231} 2385] 238) ‘240 | R44] 239] “232 | 228 | 225] °228| 230) 234) *237| -240) -239| °240) -239 ro oo No} | Year .§ 5-287 | 5°282 | 5°278 | 5-274 | 5-270 | 5:269 | 5-271 | 5°273 | 5:278 | 5-281 | 5:284 | 5°287 | 5°289 | 5°289 | 5°288 | 5°28% | 5-286 | 5°287 | 5-289 | 5-290 | 5-298 | 5:293 | 5-293 | 5-201 5-288 BAROMETER—FORT-WILLIAM. Jan. .99°736)9°731 | 9°735 9-735 | 9°733 | 9°729 | 9°727 | 9°729 | 9°733 | 9°735 | 9°737 | 9°736 | 9-731] 9-724 | 9°724 | 9°723 | 9°726 | 9°725 9°729 | 9-729 | 9-734 9°729 | 9°730 | 9°726 | 9°727 Feb. .f °778] °776| ‘773| °765) 760) 758] -757| °756| -761| °760| °763|) °759| 754] °745| °745| °744] °752| -760 °773) -731! °783| -792' -798| -801] -808 Mar. .}| 0:049 | 0-050 | 0°047 | 0-042 | 0-041 | 0-040] 0°043 0-044 | 0°V51 | 0-052 | 0-056 | 0°056 | 0-055 | 0-047 | 0-041 | 0°035 | 0-035 | 0°032 0-040 | 0-045 | 0-053 | 0-055 | 0°055 | 0:057 | 0-059. Apr. .f 028] °025/ °024/ -019} -019} ‘018] -023 -024| 027] -024] °021/ ‘013| ‘007 ] 97999 | 9-994 | 9-936 | 9°984 | 9°982 9°985 | 9:991 | 9:°999| -005] -009] :011]| -013 May .|9°927 | 9°921 | 9:916 | 9-908 | 9-905 | 9°903 | 9°909 9:907 | _-909 | 9°906 | 9°904 | 9°90L | 9°900} *900] -90L] °899] “BOL}| *9)0 904) -906) -910 | 9:916 | 9:917 | 9:915 | 9-919 June .f -938] -934| -933| -928] -930] -930] -936, -938|9:940| -939] -938| °933| -932] -926| -925] 919] -918| ‘917, °925]| -930| -940] -948| -954]| -955 957 July .} °995] 994 | no “985 | “G82} -982] °985| -987] °988| -987] °986| “984|) ‘984] °979| -377| -972| °969| *966) -970) -973| -980} 986] -991| -992| -989 Aug. .] °795] °788! 783 | “777 | “775) *775| 780! °785| -790|) “789} “792| *790) “791] °789| “788}) “781} “778) “777| “777 |) “779| “787| -788| *790) -786| -784 Sept. .] “7667 °762| “759 “754| *750| -748) °753 | °754| -758| °759| -762| 760] “764) °769| -760] “754| “751| *749| “753] °754|) "760| *760| °760} -758| °759 Oct. .f -719] 715! “711 °703| ‘701| °699} *702 "708 | -717| -719| -721| 720) -721| -717| -717| -717| -718| -723| °732| -736| -740 “741 ) “739! °786) -733 Nov. .} S66] “861 ‘861 ‘856| "854] °850|) ‘852 °852| ‘861|) °866] ‘873] ‘872]| ‘S68] “863| °857| “854| “85S8|) ‘859! *866| -865) 868] °866] °871| -870] -870 Dec. .[ 880] °876| °875 -874| -873| ‘871| °372 °871| ‘876| -878| “881] °886]/ “880] -873| 869] °862| °863] °865) °870| °873| -879] -879| -880] -8s1] -S81 Year .]9°873]9°869 9°866 9°862 | 9°860 | 9°859 | 9°862 9-863 | 9°86S | 9°863 | 9-870 | 9-368 | 9°S66 | 9°S50 | 97858 | 9-854 | 9°354 | 9°855 | 9°860 | 9°864 | 9°870 | 9°872 | 9-874 | 9874 | 9-874 TEMPERATURE—BEN NEVIS. Jan. .] QUT | 2U5 | QB | V2) 21-3) 21-2) Q1-1 | 21-3] 21-B | 21-4 | BLS | 21-9 | 22:0] 22-2) 22-0 | 22-0 | 21-9 ; 22-3 | 223) 22-3) 22-2) 22-0) 221) 921, 29-0 Feb. .| 22°38] 226 | 22:0 | 22:0 | 21-9] 21-9| 21°9 | 21:8 | 21-7 | 22-0 | 22-7 | 23:1, 23:5 | 23-8 | 24:0 | 23-6 | 23-2 | 22-6 | 22-7 | 22-7 | 22-7 | 22-6 | 92-4 | 92-3) 99-0 Mar. .| 196 | 19°5 | 19-4 | 19-4 | 19°6 | 19°2 | 19°2 | 19-2 | 196 | 204 | 20-7 | 20:8) 21:2] 21°5 | 21-4 | 21-4 | 21-2 | 21:0 | 20°6 | 20°6 | 20°6 | 20-5 | 20:5 | 20-4 | 90-3 Apr. .| 27:0] 268 | 26-7 | 266 | 265 | 263 | 26:3 | 27-0 | 27:3 | 28:0 | 28-6 | 28-7 | 29°3| 30-2 | 300 | 29-7 | 29°6 | 29:0 | 28:3 27:6 | 27-4 | 27-5] 27-4 | 27-2) 26:8 May .| 32-4] 32-4 | 32-2) 31:6 | 30-9 | 31:2 | 31:4 | 32:1] 32-7 | 33-3 | 33°6 | 34:0 | 34-4] 34-5 | 34:8 | 34-5 | 343 | 34-2 | 336 | 33-0 | 32-7 | 32-3] 32-7 | 32:7 | 32-8 Tune .| 349 | 34°6 | 34-2 | 33-9 | 33:8 | 33:8 | 33°9 | 34:5 | 351 | 35°2 | 35°7 | 36-4 | 37-0] 37:7 | 38:3 | 38°3 | 88-2 | 37-9 | 37-7 | 37°3 | 36-6 | 35:9 | 35:5 | 35:0 | 34-7 July .| 39-4 | 39°3| 39°0 | 38°8 | 385 | 38:5] 38-6 | 391 | 39°6 | 40°2 | 40°6 | 41-3 | 42-1] 42°7 | 43:1 | 43°3 | 43-2 | 42-9 | 49°3 | 41-7 | 41-1 | 40-8 | 40-2 | 39:9 | 39-7 Aug. .]| 38°5 | 38-4 | 38:3 | 38:0 | 38:0 | 37-9] 37-8 | 381] 38:3 | 38-7 | 39-4 | 39°8| 40-2] 40-4 | 40°6 | 40°8 | 40°6 | 40-0 | 39°6 | 39°2 | 38°9 | 38:9] 38:6] 384) 3-1 Sept. | 34:8} 34°5 | 34-2 | 38-9 | 33:8 | 33°6 | 33°6 | 33°6 | 33-7 | 33°9| 34-4 | 34-7 | 34:7 ] 35:0 | 35-1 | 35:2 | 35:2 | 35:0 | 34°6 | 34-4 | 34:5 | 34-4] 34-5 | 34-6] 346 Oct. .| 27-0] 27-0 | 27-0 | 26-7 | 26-7 | 26°6| 26-7 | 26:6 | 26-9 | 27:1] 27-6 | 27-7 | 28:0] 28-1 |-28:1 | 27:8 | 27-4 | 271 | 27:0 | 26:8 | 27:0 | 26:9] 27-1 | 297-0 | 26-9 Nov. .| 29°5 | 29°71 | 2971 | 29-4 | 29-4 | 29:5 | 29:5 | 29:5 | 29:7 | 29°8 | 29:9 | 30:0 | 30-3] 30-4 | 30°5 | 30°3 | 301 | 30°0 | 301 | 29:7 | 29-7 | 29:7] 29:5 | 99:6 | 99-3 Dec. .| 23°9] 24-1 | 24°3 | 24:2 | 24-1 | 23:8] 23:8 | 23:5 | 23°3| 23-4 | 23°3 | 24:2 | 24:3 | 24-1 | 23:9 | 23:5 | 23°6 | 23-9 | 240 | 24:2 | 24-4 | 24-3] 94-31 94-1 | 93:9 Year .} 29°3] 29°2 | 29:0 | 28-3 | 23-7 | 28°6 | 28-6 | 28-9 | 291] 29-4 | 29:9 | 30-2] 30-6 | 30°9 | 31:0 | 30°9 | 30-7 | 30:5 | 30-2 | 30°0 | 29:8 | 29-7 | 29:6 | 29-4 | 29-3 TEMPERATU RE—FORT-WILLIAM. Jan. 37°7 | 37°6 | 37-4 | 37°7 | 37-2 | 87-1 | 36-9) 37-1 | 366 | 371) 373 37°7 | 3825 39°0| 38-9; 386 { 38:0 { 37:7 | 37°8 | 38:2} 37-8} 38:0 | 37°9 | 37-9 | 37-9 Feb. .| 372] 37-0 | 36-7 | 368 | 36-6 | 36-2 | 35°6| 36-0 | 36-0 | 36-5 | 37-2! 38:3 | 39:4] 405 | 41-0 | 41-4| 40°9| 39-9 | 38:8 | 37-9 | 37:5 | 37:2 | 36-9 | 37-0 | 36-7 Mar. .| 346 | 34-2 | 33°5 | 33:0 | 33:1 | 33-1] 32-9) 33:1 | 33-7 | 35°7| 36°6 37-9| 39:0] 40:3 | 40°9| 41-4 | 41:1 | 40:5] 39:2 | 380] 373 365 | 36:0] 35:5 | 349 Apr. 39°9 | 39°2 | 38°6 | 382 | 37-6 | 371] 36-9 | 38:2] 40:0] 42°5 | 445 46:5 | 48:0] 49-4 | 49°8 | 49:°9| 49-4] 48:9| 47-9 | 45°6| 43:5 | 42°6 | 41-4 | 40:6 | 4070 May .| 466] 46:0 | 45°6| 45°4| 45:0 | 45:2] 45°6| 47-0 | 48:2] 50:1 | 51:1 52:3] 52°59 52:9 | 53°8| 54:5 | 54:2 | 54:1 | 53-2] 52-:0| 50:0 | 49-2 | 48-1 | 47-5 | 47-0 June .| 50-2] 49°6 | 48°9 | 48:5 | 48-1 | 48:4 | 49-4] 50-7] 51°83 | 53°3| 54-2 55-4 | 55-7 | 566 | 56°7 | 5771 | 57-4 | 57°8 | 56:7 | 56:3 | 54:1 | 52°7| 51°56] 50:6] 500 July .| 52-4] 51-3 | 51-4 | 51-1 | 51-0 | 511) 52°0 | 53-1 | 54:4 | 55-7 | 565 57°3 | 58:2] 59-4 | 60°0 | 60-8] 60-6 | 60°6 | 59:7 | 58:5 | 56-4 | 551) 53:8] 53-4 | 526 Aug. .| 52°83 | 52-9 | 52°7 | 526 | 52-2 | 52-0 | 52:3 | 52:9| 53:9 | 55°3 | 563 57-1 | 57:5 | 582 | 58-7 | 59°6| 59°71 | 58-7 | 57-9 | 56°6| 551 | 54-4 | 53:8] 58:3 | 58°0 Sept. .] 49°0 | 49:0 | 48°8 | 48°5 | 48:1 | 48:0 | 47-9 { 48:2 | 48:9 | 49-9 | 506 | 517 | B22) 529 | 528 53°7 | 533 { 530 | 52-2) 50:8 | 50°0 | 49°5 | 49:3 | 49-1 | 48-7 Oct. 42°5 | 42°3 | 42°0 | 41-7 | 41°6 | 41-1 | 4171 | 41°3| 41-7 | 42°5 | 43°5 | 44:8 | 45:6] 461 | 46-4 | 46°6 | 46:2 | 45:0 | 44:3 | 43-9] 43:4 | 43:2 | 43-0] 49:7 | 49°5 Nov. .| 44:2 | 44-0 | 43°83 | 44:0 | 43°83 | 43:8 | 43:8 | 44:5 | 44:2 | 44°6 | 44:7 | 45°6 | 46°3 | 46:4] 46°7 | 46°7| 46:1] 45°6| 45-5 | 45°2 | 44:9 | 45-2 | 44-6 | 44:5 | 43-9 Dec. .] 35°2 } 35-4 | 35°3 | 35°41] 35-1 | 35°1 | 35°0 | 35:2 | 35:4 | 35°1 | 35°3| 36°0 | 36°4 | 37:0 | 37-4 | 37°3 | 368 | 36-4 | 36:4 | 36:2 | 36-0] 35°7 | 35:4 | 35:4 | 353 Year | 43:5] 43-2 | 429 49-7 | 42-4 | 49-4 | 49-4 | 43-1 | 43-7 | 44:9 ° 45-6 | 46-7 | 47-4 | 48-2 | 48-6] 49°0 | 48-6] 48-2 | 47°5 | 46-6 | 45°5 | 44-9 | 44-3 | 44-0 | 485 BEN NEVIS OBSERVATORY. MONTHLY AND ANNUAL MEAN VALUES AT BEN NEVIS OBSERVATORY, 4407 FEET, AND AT WIND FORCE—BEN NEVIS. Fort-WILLIAM OBSERVATORY, 42 FEET ABOVE SEA LEVEL. 409 1892. 1 2 3 4 5 6 i 8 9 10 11 13 14 15 16 17 18 19 20 21 22 23 2°61 | 2°60 | 2°56 | 2°50 “2°31 2°27 | 2:44 | 2°29 | 2°50 | 2°53 | 2°61 | 2°56 | 2°45 | 2°37 | 2°52 | 2°45 | 2°79 | 2°82 | 2°73 | 2°42 | 2°45) 2°53} 2°52 2°53 2°24 | 2°43 | 2°40-) 2°45 | 2°29 | 2:36 | 2°45 | 2°59 | 2°74 | 2°48 | 2°62 | 2°48 | 2°34 | 2°21 | 1°97 | 1°95 | 2°09 | 2°21 | 2°16 | 2°05 | 2°21 | 2°17} 2°29 2°31 ZL) 206 | 2:21 | 2:27 | 2:93) 2-24 | 2:29 | B4b |) B47 | 2:20 | 2:26 | 2:23) 219 | 1:94 | 214 | 216 | 2°13 | 2°31 | 2°31 | 2°29 | 2°37 | 2°31 | 2°24 2°24 1:90 | 1°77 | 1°88 | 1°98 | 1°68 | 1°68 | 1°75 1°50 | 1°47 | 1°30 | 1°50 | 1°42 f 1°45 | 1°43 | 1°63 | 1°53 |] 1°57 | 1°70 | 1°72 | 1°80 | 2°02.) 1°87 | 1°88 E 1°68 RAT) 2bb | 2°82 | 234 | 2°27 | 2:15) 1:90 | 1:97 | 2°06)) 2:26) 2:08 | 2:08 | 2°00 ) 2°04 | 1°90 | 1°94.) 2°21 | 2°34 | 2°31) 2°19 | 2°58 | 2°66 | 2°63) 2°56 2°23 202 | 2°00 ;, 1:95 | 2°03} 1°95 | 212! 1°78 | 1:65! 1:53] 1°65; 1°42 | 1°55 | 1°62 | 1°53 | 1°63 | 1°62 | 1°68 | 1°70 | 1°43 | 1°53 | 1°77 | 1:62) 1°57 | 1°77 abyal 1-65 | 1°87 | 1°87 {| 2°05 | 1°84; 1°90 | 1°94; 1°77 | 1°87 | 1°82 | 1°66 | 1°50 | 1°44 1°58 | 1°66 | 1°42 | 1°39 | 1°58 | 1°35 | 1°45 | 1°60 | 1°47 | 1°61 | 1°76 1°67 2°16 | 2°44 | 2°37 | 2°19 | 2°26 | 2°34 | 2°39 | 2°02 | 1°89 | 2°03 | 2°10} 1°86 4 1°87 | 1°68 | 1°60 | aceon.) Ac lsGon) Asdn | 2°89) ||) W850 (922035) aL) eed: 2°08 | 2°18} 2°05 | 1°85 | 1°77 | 1°82 | 1:98 | 2°02 | 2°00 | 1:88 | 1°85 | 2°03 | 2°08 | 2°00 | 1°98 | 2°02 | 1°85 | 2°03 | 1°95 | 1°77 | 2°10 | 2°05 | 2°10 | 2°23 1°99 . 2°60 | 2°52 | 2°34 | 2:21 | 2:02 | 1°85 | 2°00 | 2:08 | 2°16 | 2°10 | 1°94 | 1:95 | 1°87 | 2°02 | 2°10 | 1°77 | 2°40 | 2°52 | 2°73 | 2°90} 2°90 | 2°79 | 2°85 | 2°56 | 2°30 : 300 | 3°07 | 2°85 | 2:95 | 3°03 | 3°18 | 3°25) 3°00 | 2°75 | 2°70 | 3°05) 2°93 | 2°97 | 2°93 | 2°70 | 2°65 2°70 | 2°48 | 2°83 | 3°08 | 3°12 | 2°87 | 3°00 | 3°03 2°92 2°55 | 2°45 | 2°61 | 2°26 | 2°02 | 2°08 | 2°21 | 2°31 | 2°27 | 2°16 | 2°15 | 2-40 | 2°27 | 2°27 | 2-48 | 2°19 | 2°34 | 2°31 | 2°26 | 2°44 | 2°65 | 2°76 | 2°77 | 2°76 | 2°76 2°38 2°29 | 2°28 | 2°34 | 2°26 | 2°24 | 2°14 | 2°18 |} 2°20 | 2°13 | 2°18 | 2°09 | 2°12 | 2:07 | 2°05 | 2°02 | 2°00 | 1°98 | 2°08 | 2°15 | 2°13 | 2°16 | 2°31°} 2°25 | 2°29 | 2°31 2°16 i] | WIND DIRECTIONS—-BEN NEVIS. January. | February. March. April May. June July. August. |September.| October. |November.} December. Year. 388 58 193 2054 111 12 35 812 51 50 22 554 35 196 87 1175 36 138 129 914 32 128 92 1062 34 76 85 1066 19 24 42 590 38 38 59 557 Percentage 2 | 4 5 6 tf 8 9 10 11 12 13 14 15 16 17 18 19 20 21 Total. of Possible. 5 = - - 0:20 0°59 0°12 0°26 2°44 5-02 | 3°12 0°40 a |) 4s 5 as i - q - 12°15 “ - - - - 1°38 3°98 4°73 4°85 4°74 4°89 5°61 6°82 4°30 16s) - - - - 42°98 : - 0°10 2°81 7°66 8°84 | 10°43 | 11°41 | 11°58 | 13°16 | 10°62 9°76 9°07 8°73 | 1°32 - - - 105°49 5 G - - O30 8°09 | 10°74 | 10°32 | 11°56 | 12°03 | 13°04 | 18°54 | 10°33 9°11 6°94 8°96 613 2°11 - - 125°27 3 3 = 1°03 4°96 8°22 9°53 8°17 TAT 8°40 | 10°32 9°51 8°31 122 7°36 etal 7°83 6°91 3°69 - 116°70 i -| 0°86; 310) 5:20] 540) 635) 7°77] 625] 807] G76 7°59 | 7°51 5:92, 5°78 | 4°34] 652] 809| 7:39} 0°79 | 103°69 0°62 4°91 7°33 7°89 7°46 7°86 8°24 8°48 9°57 | 11°53 | 10°51 9°12 9°51 8°42, 7°42 611 4°78 0°36 | 130°12 - - 0718 2°00 2°92, 4°35 5°62 5°40 2°32 1°98 1°99 2°29 2°34 2°35 1°66 1°26 052) —- 37°18 - - - 1°28 2°82 2°64 2°05 212 3°04 2°56 2°57 3°38 3°21 3°23 2°48 0°04 - - 31°42 5 - = = 2°96 | .4°72 5°55 4°94 6°42 5°14 | 5°93 4°43 2°16 0°80 = = - - 43°05 = - - - - 1°88 + 3°03 | 3°63) 3°78 2:82] 1°82 1°98 0°52 = - - - - 19°46 5 - - 0°75 4°69 6°66 6°74 6°89 5°53. 3°80 - - - - = - 35°06 a 1°48 9°04 | 20°14 | 35°69 | 51°82 | 61°48 | 70°21 | 76°11 | 78°57 | 82°05 | 75°75 | 66°95 | 51°59 | 46°28 | 33°36 | 24°52 | 16°38 1°15 | 802°57 OF SUNSHINE—-FORT-WILLIAM. . - = - = = eee 0°58 4°90 6°90 706; 4°58 0-18 - - — ae = 24°20 16 i - - - - - 0°67 | 4°76 | 868] 9469 9:43] 10°10, 12°74} 813] 1:33 - - - - 65°30 31 2 = - - - 3°26 | 12°16 | 14°33 | 14°58 | 15°62 f 17°81 | 15°79 16°94 | 14°59 9°16 1:40 - - 135°64 45 ° = = 0°70 6°45 | 13°54 | 18°08 | 18°67 | 18°20 | 19°64 f 19°11 | 17-70 | 13°93 | 12°48 | 11°91 7°80 O21); —- - 178°42 49 o - 0°08 5°18 | 11°30 | 12°04 | 14°14 | 12°79 | 12°99 | 13°82 J 12°84 | 13°14 | 13°41 | 13°88 | 13°54 | 12°72 6°25 | 0°10 - 168°22 37 z - 1°56 5°40 818 | 10°61 | 11°01 | 12°83 | 12°51 | 12°26 | 10°64 | 10:02 | 11°56 | 12°85 | 13°74 | 12°61 | 10°42 | 3°51 - 159°71 34 5 = 0°07 5°13 ney al 7°64 8°52 | 11°25 | 11°22 | 12°07 § 12°33 | 14°12 | 16°24 | 15°69 | 14:72 | 12°88 9°03 | 113 - 159°70 34 5 - = 0°41 3°33 | 5:56 7°06 8°65 | 10°18 9°09 8:47 7:87 | 10°34 8°97 8°87 5°79 1°60 - 96°19 21 = - 012 510 5°74 4°93 715 817 9°58 8°35 (Ot) 8°65 679 1°82 = = = 74°15 26 : - - - - 3°58 | 9°33 | 12°70 | 12°18} 11:84 | 8:69] 7°78] 7:38] 0:99 - = - - 74:47 29 5 - - - - - 045 | 5:29!| 676) 4:60} 5°78] 1°70] 0°06 ~ - - - - 24°64 15 a - - - - = = 2b 6°41 6°41 3°59 1°46 - - - - = = 19°12 16 e “ = 1:71 | 16°82 | 37:09 | 57°75 | 80°96 | 97:99 |115°33 |130°38 J129-96 | 122-21 |118:43 | 102:86 | 81:05 | 54:97 | 27°51 4°74 - 1179°76 L 3 ROY. SOC. TRANS. EDIN.—VOL. XLII. 3G (oleae) BEN NEVIS OBSERVATORY.—LOG-BOOK, . 1892. Jan. 1.—Thermometer box shifted at 0" 25™, Put one stage higher on ladder stand. Jan. 2.—Very damp feel in the fog in morning though the temperature was only 25° or 26°. Jan. 4,—Thermometer box shifted at 9 40™, above snow not altered. Jan. 5.—Mist in morning with temperature about 28°, Jan. 6.—At 2" a light was seen to N. through thin fog, possibly auroral. ( Jan. 7.—Thermometer box shifted at 12825™, Height above snow not altered. Top clear from noon to 15". No fog in valleys, but cum.-fog on hills especially to W., very clear to E. Jan. 9.—Top clear at times during the day, but fog on hills round and passing over Ben Nevis also at times. _ Jan. 10.—Sky clear after 18" but fog and seud blow- ing over, Lunar corona seen all night. Thermometer box shifted at 19" 20™. Height above snow not altered. Jan. 11.—Fog among hills to W. and N. in early morning. At 12> and at 14% there was mist though the temperatures were 18°°9 and 20°-7 respectively. Jan. 12.—Thermometer box shifted at 102 15™, Height above snow not altered. From 9" to 14" the wet bulb read almost constantly higher than the dry as there was thin fog blowing over. Glory and fog-bow seen at 10"; faint inner fog-bow. Top clear and air dry from 14" onwards, no fog in valleys. Lunar corona at 194, and faint lunar halo at 20" and 234, Streaks of cirrus all evening lying W.S.W. to E.N.E., motion apparently from W. There are wreaths of snow about 15 fect deep lying between hotel and first gorge; the snow is up to the top of the post at first gorge. Jan. 13.—Air very dry till 4" after which detached fog formed over hills round and from 6" onwards covered Ben Nevis also. Fog-crystals in morning brown in colour. Jan. 15.—Thermometer box shifted at 4" 17™, Height above snow not altered. Top clear, and sky cloudless ex- cept for a little cirrus from 4" to 13, but haze and detached fog in valleys. Fog all afternoon, but sky apparently clear above. Jan. 16.—Strong E.S.E. wind all day rising to strong gale at night. Sky clear, but fog blowing over the hill most of the day, lunar corona seen frequently on this fog and scud, haze and detached cum.-fog among hills round when visible. Jan, 17.—While taking the 5" reading the door of thermometer box was blown off its hinges. The box was tied up to keep the door on, and was not read again till 9" when the hinge was mended. The tower thermometer readings were used to fill the gap and were also used at 235 and midnight. > Height Jan. 18.—Vower thermometer used at 1", 2), and 3}, The 15" reading was not taken till 154 10™ as both Mr Omond and Mr Drysdale went down to the plateau of storms to meet Mr Miller. No corrections applied to readings. Very thick fog all day. Jan. 19.—Top cleared at 14" and was clear at intervals allafternoon. Fog over the hills below, and a little cirrus on sky. Thermometer box shifted at 145 15™. Height above snow not altered. Jan. 22.—At 44, 54, and 6" there was distinct mist not fog, though the temperature was only about 24°. The moon was dimly visible through it. Thermometer box shifted at 134 15™. Height above snow not altered. Jan. 23.—Lunar corona seen at 54. Thermometer box shifted at 12" 15™. Height above snow not altered. At 16" the temperature rose above 32° for the first time this month and rain fell for 3 hours. The snow that followed was hard and icy, showers of similar icy snow fell on the 24th and 25th. Jan. 26.—Top clear 14" to 17, but detached fog among hills, thickest to S. The top joint was put on ladder stand No. 2 after 15". From 15" 10™ to 15" 25™ the ther- mometer box was dismounted, it was put up in the same position and with the same thermometers as before. Jan. 27.—The snow that fell in afternoon, after the temperature had fallen aud the rain ceased, was small, hard, and dry. Feb. 2.—During the forenoon the top was deeply covered with soft snow which drifted a good deal. At 18" the top was free of fog, and it was noticed that the N. wind was blowing the drift from the face of the cliff several hundred feet straight up. By midnight several places near the observatory were blown clear and the old hard surface exposed. Feb. 3.—Thermometer box shifted at 17" 25™. Height above snow not altered. Sky clear in evening occasionally but always thin fog blowing over. Feb, 5.—Telegraph needle moved by earth-current at 2h 35™ and again more faintly at 34 1™. Heavy snow all day and some slight drift. Feb. 7.—The 16" observation was 4 minutes late, no corrections applied to readings. Feb. 8.—Sky began to clear above at 20" and from 21 onward the top was free of fog. At first there was no fog on hills, but at midnight fog had gathered on those to 8S. The clearing was accompanied by a rise in the wind-force from 1 or less to 3 or more. Thermometer box shifted at 22h 27m, Put one stage higher on ladder stand. It is now on the first step of the upper part of stand. Feb. 9.—Just at the top of the cloud layer all day. When above it during the night, temperature rose, but in the day temperature went up to 40°:1 even though mist was. 1892. ] on the hill top. When clear the wind was usually stronger than when mist was on. Feb. 10.—In afternoon one of the rain-gauges was found to be leaky and some observations are lost. Feb. 13.—Top clear, but detached patches of fog among hills, and sky mostly cloudy till 16", fog on summit the rest of the day. Two snow-buntings seen at cliff at 8} the first this winter. Feb. 15.—Thin fog till 6". Sky cloudy with cirrus and cirro-stratus moving from N.E. till 18" pretty clear or only cirrus after that. Patches of cum.-fog on hill top round most of the day. Faint solar halo at 11". Thermometer box shifted at 9 18™. Height above snow not altered. At 11 it was found that the hinges of the thermometer box had given way and the door was lying open. It was repaired at once without removing the box. Feb. 16.—Fog in patches on hills till 4" and on Ben Nevis also most of the day after that, except for a few breaks in forenoon, during which some sunshine was registered. In a break at 6" a double lunar corone was seen, and at 9" a solar fog-bow. Feb. 18.—Fog on hills round and occasionally blowing over Ben Nevis also till 6", fog only on hills to E., and no low fog in valleys till 164, clear except for a bank of stratus to W. after that. Aurora seen 22 to midnight. Single arch low down. To-day the snow at the first gorge was measured and found to be overhanging 251 inches, Feb. 19.—Aurora continued visible till 2" and was also seen faintly at 21" and midnight. Sky cloudless except for occasional cirrus all day, but thin fog blowing over the hill top from 6" to 10%, No fog in valleys, but patches of cumulus and cum.-fog above and on hills round. Feb, 20.—Bright meteor seen at W.S.W. horizon at 1» 3™, estimated about as bright as Venus. At 145 a portion of halo seen above sun. Detached fog on hills round most of the forenoon and blowing over Ben Nevis also after 16%. Feb. 22.—At 7» the top was clear occasionally, and the horizon from S. round by W. to N. was brightly coloured. From S. to S.W. the predominant colour was orange, from S.W. to W. reddish-green, from W. to N.W. pale blue, and from N.W. to N. dark blue. Feb. 23.—Strong 8.E. gale most of the day. Top clear 10" to 15" but fog on hills frequently blowing over, and dark haze in the valleys. At 16" the sun gleaming through the fog was occasionally—not always—a bright green. Feb, 25.—Thermometer box shifted at 7" 15™, above snow not altered. Feb, 26.—At 10" a snow-bunting was seen at the door of observatory. Feb, 27.— Haze in valleys and round horizon all day. Flat stratus fog on Moor of Rannoch and patches of cum.-fog among the haze in afternoon. Aurora seen 22}, No arch, but streamers to about 20° altitude rising from behind the haze and continually shifting. It was not seen again all night. Sky almost cloudless all day. Feb. 29.—Thin fog and low clouds all day, but clear at midnight when aurora was seen. Single arch, no streamers, The midnight observation was 8 minutes late. No corrections applied to readings. Height BEN NEVIS OBSERVATORY.—LOG-BOOK. 411 March 1.—Thermometer box shifted at 12 17", Height above snow not altered. Aurora seen at 1», 2), and 3%, At 1» it was a single arch without streamers, but at 2" there was no arch but shifting streamers to about 45° altitude, March 3.—The fog-crystals that formed on the 2nd and 3rd were white, dry, and quite easily removed. * March 4.—Fog cleared at about 10" but left thick haze in valleys all round; it seemed to stand up to about 5000 feet high, and the air was saturated most of the day. No unusual colours in sky. Earth shadow well seen at sunset. An aurora was seen at 21", Single arch, no streamers. It was again seen at 224, but at 234 and midnight the moon was so far west as to obscure its light. Thermometer box shifted at 11" 10™. Height above snow not altered. March 5,—Aurora was seen at 3". Single arch, no streamers. Thick haze in valleys all day up to about 4000 feet. . Thin fog occasionally blowing over Ben Nevis. Sky cloudless all day except a streak of cirrus low down to westward at 18" and 19}, March 6.—Clear sky, but haze below, and thin fog blowing over the hill top till 4"; after that fog and cloudy sky with haze and fog all round. At 7 the sun was seen coming up above the low lying haze and fog, it was distorted, the lower part in the haze being smaller than the upper part in the clear sky. March 8.—Sky cloudless from 5" to 74, but detached fog in the valleys and on hill sides all round. At 15% star shaped crystals of snow were falling. March 10.—During last night and this morning almost all the last fall of suow has been blown off, leaving only a few drifts. Top clear occasionally but foe always blowing over at short intervals, and air saturated. March 11.—Up to 9" thin fog was on the hill top, but after that it gradually cleared and after 17" was cloudless. Fog hung about the hills till 194, after that there was only a little haze to the E., but no fog in valleys. Thermometer box shifted at 15" 15”. Height above snow not altered. March 12.—At 1» the sky was about half covered with cirrus in long strips radiating from a point about 10° south of the zenith. The moon was shining brightly also near the zenith. The cirrus strips were tinged with red to the E.N.E. and W.S.W., the colour flashed on and off them like the pulsations of an aurora. No halo or corona surrounded the moon. After 45 sky was cloudless again and continued so till 134, but detached fog lay among valleys almost all day and rose to height of Ben Nevis about noon and enveloping summit at times till 154, almost continuous fog since. Air very dry in forenoon. Lunar halo at 19", and a lunar corona at 23% March 13.—Overcast sky till noon, fog since, with slight showers of snow. Solar halo at 10", March 14.—Summit clear after 174, but sky a little cloudy and fog among hills to E. till 215. Sky cloudless since. Thin haze in valleys below. March 15,—Cloudless and very fine all day except at 13" and 142, when thin fog was blowing over summit. Haze all round below, and some detached cum.-fog on hills to S. Air dry at times throughout the day, and very dry this evening. Computed humidity at 22>, 15 412 BEN NEVIS OBSERVATORY.—LOG-BOOK. per cent. After 22 a light was observed in the sky to N. extending from N.W. to N.E., and to about 45° altitude, probably an aurora but it was indistinct owing to bright moonlight. March 16.—Sky almost cloudless till 9", overcast with cirro-cumulus till 135, fog and mist since. Air very dry in forenoon; the computed humidity at 1" being 12. Rain began to fall at 18" with a temperature of 30°'5, and ice forming ov all exposed surfaces. Temperature has been steadily rising since. Haze all round below in early morning. A solar halo of 45° was seen at 11. March 17.—Distant thunder heard at 9" 20™, and flashes of lightning seen at 10% 30™. March 19.—Strong S.E. wind all day, increasing to a gale in the evening. Top clear after 6", but fog on hills to S., and frequeutly blowing over summit in the afternoon, and dark haze in the valleys all round. Sky a little cloudy in forenoon but cloudless after 17". An aurora, single arch, but no streamers was seen at 23" and midnight. March 20.—The S.E. wind continued till 125 and gradually fell in force. Sky cloudless till 104, variable amounts of cir. and cir.-str. on sky till 20"; fog on summit at 21", cloudless again siuce. Fog on hills to E. and S. most of the day and passing over Ben Nevis frequently. Haze round the horizon all day. An aurora at 15, and a halo with mock suns at 16 55™ was seen from plateau of storms. March 22.—Thermometer box shifted at 7215". Height above snow not aitered. March 23.—Silver frost forming till 5", Mist and fog with occasional breaks till 19". Sky cloudless since, but fog below all round. A solar fog-bow seen at 11+. Thermometer box shifted at 7" 15™. A mouse was seen in snow porch at 234, Mareh 24.—Sky cloudless till 54, but mist lay over hills all round and passing over summit. Mist since. Sky cloudless again at 21", and mist all round, and very thin mist passing over Ben Nevis. Temperature fell suddenly between 4% and 5 from 31°°8 to 26°:1. An aurora seen at 21", 234, and midnight; faint streamers were seen at 23, March 25.—Sky cloudless, and thin mist passing over summit till 54, continuous mist or fog since. An aurora with streamers seen at 1", 34, and 44. March 26.—Thermometer box Height above snow 55 inches. porch to-day. March 27.—¥og and overcast sky till 22, cloudless since. ‘Temperature very low all day. ‘To-day is the coldest yet experienced at the observatory. Mean temperature 8°:1, and minimum registered 2°*7. Air very clear to W. and S. in forenoon. Very light showers of snow fell during the day. Passing shower clouds to N. and W. in the afternoon. An aurora single arch at 21%, 23, and midnight, but no streamers. A mouse seen in snow porch at 1. March 28.—Fog came on at 4" with occasional breaks till 18", cloudless since. An aurora seen at 1", 24, and 35, and at 214, 225, 235, and midnight. At 235 there were three arches, the lst and 2nd arches were well defined, the 3rd or highest arch was not so well defined, but was distinctly visible. At midnight there were two shifted at 9) 20™, A bunting seen in snow [1892. arches, the lower one being very bright. were faint. March 29.—Sky cloudless except for a little cirro- stratus till 15"; fog since. Dark haze to W. and S. uear horizon. An aurora with single arch and faint streamers at 14, 25, and 34, and a solar halo at 8» and a>, March 30.—Fog on summit till 10". Sky clear since, except for some thin cirrus and cirro-str. till 23", since then a little cumulus has appeared. Light haze among valleys all afternoon. Part of an aurora seen at mid- night. March 31.—Summit clear and air dry all day. Hard packed stratus fog on hills to W. and N. almost all day, and haze among valleys. Aurora seen at 1" and 24, and a halo at 174 40™. Dry and wet bulbs shifted at eee acs April 1.—Thick haze all round. Aurora at 22% and 23}. April 2.-—Thick haze below all day, but thinning towards midnight. A solar halo seen from 9} till 174, and a lunar halo with mock moons at midnight. At 19" 10™ the setting sun was distorted, the lower part in the haze being larger than the upper part in the clear sky. April 3.—Sky nearly overcast all day with cirro-cum. and cirro-str. moving from the S.W. Very thick haze all round. Lunar halos seen at 1", 20%, 234, and midnight, and mock moens at 1" and 20. April 5.—Continuous mist and slight drizzle till 20%. Sky cloudless or nearly so till 22, but detached cum.-fog on hills all round, and cumulo-cirrus near horizon to §., W., and N. Thin mist since. A double corona at 23). April 6.—Mist or overcast sky all day, and loose fog among hills when summit was clear. A solar halo seen at 154 10™. April 7.—Sky clear, but thin fog blowing over summit all day, and thin haze all round, and fog among valleys. A solar corona at 11", and lunar corone at 205, 215, and 22h, Thermometer box lowered one step at 16" 10™. April 8.—Fog till 44, summit clear since. Sky partly covered with cum, till 7", cloudless since except for a little cirrus at times. Detached cum. above horizon to E. and S.E., and some cirrus near horizon to W. and N, in the afternoon. Haze in valleys all round all day. A little fog over hills to’S.E. at midnight. Hoar frost on ther- mometer box and office roof during the night. Aurora with single arch seen from 22 till midnight. April 9.—Sky cloudless all day, but a little fog over hills to S.E. till 5", no fog after that below. Thick haze all round during the day but thinning somewhat in the evening. Cirrus near horizon to W. and N. at 20" and 21". April 10.—Sky cloudless except for a little cirrus above the horizon to W. and S. in the afternoon. Light haze in valleys all day. April 11.—Sky cloudless except for a little cirro- cumulus in the afternoon. Cum.-fog over hills to N.E. at 22 and at 23" there was fog on hills to N.E. and 8.E.,. and at midnight fog on hills all round except from 8.S. W. to W.S.W. ‘Thick haze among valleys all day. April 15.—Sky almost cloudless till 95, when cumulus began to form all round below and to rise above level of summit. This cumulus developed into shower clouds in all directions, and up to 21" showers of snow fell on the summit at intervals. During the evening the clouds were The streamers. OO ES 1892. steadily sinking, and after 21" they were all below the level of summit, leaving a cloudless sky above. Very light variable winds or calm all day. April 16.—Weather very much like yesterday as regards clouds—fog being below in early morning. Cumulus forming and rising in forenoon, and developing into shower clouds during the afternoon, and falling below summit after 21" leaving a cloudless sky above. Very light N. or N.E winds. At 14" the humidity suddenly fell to 35 per cent., the only value below 70 to-day. April 17.—Sky almost cloudless till 6%, fog till 9%. Cloudy with cumulus, which developed into shower clouds till 215, fog till midnight. Ground fog in early morning on Moor of Rannoch. Passing showers of snow in all directions in evening and at times falling on summit. Light N. and N.E. winds. Air saturated or nearly so all day. rit 18.—Fog “off and on” summit till 9 a.m. Cloudy during the rest of the day with cumulus trom which showers fell at times in evening. April 19.—Sky cloudless or almost so till 94, but air remained saturated. Sky cloudy or overcast till 18" with cir.-s. on which a bright halo was seen, and after 15" with hard cir.-s, or str.-cir. Fog came on at 194, and snow fell during the rest of the day. Haze crept steadily north- wards in forenoon being first seen at 5" at S.E. and S. horizon and by 12 it was all around. Radiating points of a little cirrus that was seen at 54 were N.N. W. and 8.S.E. April 20.—Mist or fog till 13" and after 19". Sky cloudy in afternoon, with cumulus and ~-cirro-stratus. Halo seen at 15" and 16}. April 23.—St. Elmo’s Fire was heard and felt by observer when on roof at 7" 30™. April 26.—Fog till 8" ; summit clear for the rest of the day except for a little passing fog at 21%, Sky about half clouded with cumulus, from which showers were seen falling in various directions in evening, but none on summit. Air very clear to-day, “Visibility” 3 to 4. Thermometer box was changed at 10" 20™. Height above snow not changed, April 29.—Sky almost cloudless all forenoon, but temperature very low, being below 20° till 115. Sky overcast with cumulus in afternoon, and fog on summit at night, with snow falling after 195. Aurora seen at 1» and 24. May 1.—Aurora seen at midnight. Large waves of light rising from a bright single arch to near the zenith. The moon was seen through the arch. May 2.—Aurora continued pretty bright till 2% At 1 it filled the whole northern sky up to zenith from W.S.W. to E.N.E. Haze below in forenoon in which cum.-fog formed and gradually rose and enveloped the summit in afternoon, but fell again after 18", and continued at 4000 feet till midnight. Aurora seen at 23 and midnight. May 3.—Aurora seen at 2 and again at night. Almost cloudless till 52 and after 19%, but cum.-scud or fog passing during the day. Air very dry before the fog rose in early morning. May 4.—Faint aurora seen at 15 and 23% Sky cloudless, and air dry almost all day, but fog on hills below, chiefly to N. and E. May 5.—Fog all round below in forenoon; but it BEN NEVIS OBSERVATORY.—LOG-BOOK. 413 broke up in afternoou. Sky pretty clear all day. Air very dry at night, the humidity at 21" being computed at 18 per cent. and at 23" 19 per cent. Lunar halo and aurora seen at 23 and midnight. May 6.—Aurora seen at 1" and 23", and a lunar corona at 1 and 2", Some cirrus on sky till 54; almost cloud- less during the rest of the day. Thick haze all round below. May 7.—F¥og rolled up from W. at 1" and 24, and was all around below 3000 feet at 3"; thereafter rising and enveloping the summit for the rest of the day. May 8.-—Summit cleared after 1" and remained clear till after 14" when fog came on again. Thermometer box changed at 7% 30. May 9.—Fog cleared off after 4%. Cum. on sky till 15", Cloudless thereafter. Thick haze below all day. May 10.—Thick haze all around all day. Almost cloudless in forenoon ; some cumulus on sky in afternoon. The haze to-day was very thick and rose high above the summit of Ben Nevis. May 11.—Thick haze all round to-day. Cir.-s. moving from §.W. on sky on which in the forenoon a solar halo was visible. A lunar halo was seen at 1". May 12.—Cir.-s. on sky in forenoon, and cumulus in afternoon which thickened ‘and developed into nimbus. by 194. Fog on at 215 Thick haze below all day. A lunar halo was seen at 1", and a solar halo at-54, 6, and 11". May 16.—St. Elmo’s Fire was seen at 1”, May 18.—A large rat was seen on the roof at 1". May 20.—Mist or fog and showers of drizzling rain or snow till 17". Summit clear till 22", fog thereafter. A mock sun was seen at 20%. May 22.—Summit clear from 3" till 17". Sky cloudy or overcast, with cir.-c. in forenoon, and heavy cum. and nimbus in afternoon which gradually lowered and thickened and enveloped the summit at and after 18}. The air was exceptionally clear, but not very dry in forenoon. Snow fell at night. May 25.—Mist till 21"; cloudless thereafter, but broken fog all round below. Bright spectrum colours. in N. sky at 23" and midnight. May 26.—Fog below in early morning which gradually rose and at 8" and 9" enveloped the summit, and there- after formed cumulus clouds overhead till 21" when it again sank to summit. Thick haze in afternoon—up to clouds. May 28.—Sumumit cleared at 44, and except for some fog at 95 and 10" remained clear till 155, when mist and heavy rain with E.S.E. wind came on rather suddenly. Solar halo seen at 5" and 62. May 30.—St. Elmo’s Fire was seen at 20", June 1.—Mist all day, with rain in forenoon and showers of rain, sleet, and hail in evening. (To-day a horse was brought right up to the observatory for the first time this year.) June 2.—Top clear at times till 6". of the day. A solar halo was seen at 5%. June 5.—Fog or mist till 9". Overcast with cum.-s., and fog all round below till 21". Sky clearing and fog sinking thereafter. June 6.—Almost cloudless all forenoon, but unbroken fog all round below to 4000 feet. At 13 and 14" cir.-s, Mist for the rest 414 BEN formed above and passed into str.-cir. and fell rather quickly ; at the same time the fog below gradually dis- persed. At 15 the str.-cir. stratum fell to, and enveloped summit. Mist for the rest of the day. After the mid- night observation the thermometer box was lowered one step on ladder stand. June 7.—Clearing all forenoon. temperature over 50° all afternoon. day. June 8.—Fog on summit from 5" till 8 and at 20 and 21", Cloudy during the rest of the day, except after 22" when the sky cleared. Fog all round below in fore- noon which gradually dispersed giving place to thick haze in afternoon. June 9.—Summit clear except for thin fog passing for ‘a few hours in forenoon, but thick haze all round below. June 10.—At 5" to-day fog was observed rolling up from §8.E. and E. At 6" it was continuous all round below 3000 feet. By 9 it rose and enveloped summit for the rest of the day. Rain began to fall after 15%. The temperature being below 32°, ice formed from rain at night. At 8 a.m. the temperature was 47°:0, at 13 it was 37°°4 and at midnight 30°-3, a fall of 16°°7 in 16 hours. After 21" to-day a set of thermometers was put out in summer box No. 2; and readings were taken of both the big and the small box on ladder stand till midnight. June 11.—The readings taken of dry and wet in large box No. 2 were entered on daily sheet. Readings of instruments in small box on ladder stand were discon- tinued after 24, Mist and fog with showers of snow in moruing, summit clear at times in afternoon. June 12,—Fog all day, except at noon, snow falling at, and almost continuously after 64%. St. Elmo’s Fire was heard at 15%, Almost cloudless, and Broken fog below all June 13,.—Fog till 74, clear thereafter, but sky cloudy | or overcast. Air very clear, Visibility 3 to 4 when top was clear of fog. - Slight passing showers of snow during the day. June 16.—Fog in early morning and again at night, cloudy with gleams of sunshine during the day. A fog- bow was seen at 42, June 20.—Mist till 8", summit clear and air dry during the rest of the day. Showers of sleet and snow in moruing, and passing showers seen all round in evening. June 21.—Summit clear and air dry allday. Detached fog below in forenoon, and thick haze at night. June 22.—Fog or cloudy sky till 19", almost cloud- less thereafter. ‘Thick haze below in early morning, and again at night, June 23.—Summit clear most of the day. Sky cloudy in forenoon, and overcast or almost so in afternoon. Thick haze below in morning. Almost calm all day. June 28.—Fog till 10", clear for the rest of the day, but some haze below and cum. and cir.-s. on sky. June 29,—Waze and fog all round in forenoon. Clear- ing in evening, and sky almost cloudless at night. This evening the laze rose in a layer clear of hills. July 2.—Fog below till 3 a.m.; mist on summit for rest of the day, and heavy rain after 8}. July 8.—Bright display of St. Elmo’s Fire seen at 1». July 9.—Mist and drizzling rain at times till 215, clear and almost cloudless thereafter. Hoar frost on roof at midnight. NEVIS OBSERVATORY. LOG-BOOK. [1892. July 10.—Summit clear till 23"; sky somewhat cloudy, but air very clear especially in evening to W. and N.W. ToS.E., at and after 194, a bank of haze, which floated above hill tops, was seen steadily advancing. At midnight it was on summit and brought mist with it. Formation of cumulus from rising columus of mist and air in forenoon was well marked to-day. July 11.—Thick mist in early morning. Clear at and after 64, but thick haze, and at times fog below all round, and sky somewhat cloudy with cumulus during the afternoon and cir.-s, after 18. July 12.—Summit clear except for some mist passing in morning. Cir, and cir.-c. on sky. Air dry at and after 8, but broken fog on hills most of the day. At midnight the sky was cloudless, and a veil of auroral streamers converging in a point to 8.E. of zenith filled the whole sky except to 8S. and S.E. July 13.—The aurora noticed at midnight, last night increased in brilliancy till 0® 30™, when it was very bright. It continued bright and active till 0» 45™, but thereafter gradually faded away, and at 1" there was only a trace of it left. Fog on N. and E. hills all day. After 20 it was continuous all round below 3000 feet. Sky almost cloudless all day. Air very dry in early morning. Humidity gradually increased in evening. At 23" and midnight pearly cirrus was seen about 10° above N.E. horizon. At 23 30™ while watching the pearly cirrus, streaks of aurora were seen, and the cirrus seemed behind these. Spectrum bands seen in N. horizon at night. Photograph taken of these and of the pearly cirrus. July 14.—Pearly cirrus continued visible till 2". Sky cloudless till 9%, but fog below in every direction, which, after 9", rose and enveloped summit till 18°; thereafter lifting clear of hills, forming an overcast sky above, and no fog below. July 15.—Top clear almost all day, but sky over- cast with cum. and cum.-s. Dew noticed at 3%. July 20.—Mist till 10". Top mostly clear after that and visibility great ; but detached patches of fog among -hills after 19%. July 21.—Air very dry in early morning, but sky cloudy. Mist and drizzle in evening. July 23.—Mist cleared off at 45, but sky was partly covered with cirrus and cumulus all day. Fog covered the hills round at 4000 feet till 85, and then broke up remaining as detached fog among hills all day. July 24.—Faint pearly cirrus seen at 1". Low lying fog over Loch Lochy, Locheil, and other sheets of water till 66, Fog hanging about the hill tops most of the day and considerable haze. Fog also gathered over the Atlantic at 222 and gradually extended among hills to northward at almost 3000 feet. Pearly cirrus seen at 23" and midnight, bright, but not extending to more than 10° elevation. July 25.—Pearly cirrus seen at 1%. Fog lay in valleys to northward at 3000 feet till 114, at noon fog was blowing over Ben Nevis, and haze and detached cum.- fog continued all round during the day. At 23 the haze thickened into fog on summit. Portion of solar halo seen at 13% July 26.—Glory seen at 64, The 17 observation was taken 6 minutes late ; no correction applied to readings. ee nae ee ee ee a es re en es = at “tah E~iahiph Ne heating ZT till 44. 1892. | July 27.—Aurora seen at midnight, single arch, uo streamers. Haze and fog below at night. July 28.—Sky cloudless all day, but fog on hills at 3000 feet till 95, after which it rose and dispersed, leaving the valleys full of haze with a few patches of fog among it. Northern horizon red all night. July 29.—Thick haze and patches of fog in valleys all day. Some of the fog rose and formed cumulus overhead in afternoon and evening. July 30.—Sky cloudless, but thin fog blowing over Sky covered with cirrus types. Haze and patches of fog in valleys all forenoon, mist or fog on summit all afternoon, rain came on after 174, the first fall since the 23rd. Solar halo seen at 84. Aug. 1.—At 232 and midnight top was clear and fog lying among hills round. Aug. 2.—Fog lay at a high level—almost 4000 feet till 6"; after which it broke up into cum.-fog and rose, getting clear of the hill tops about 10"; from 12) onwards there was continuous fog or mist on Ben Nevis. Aug. 9.—Thin -fog in forenoon, which, later, rose higher into light cumulus and disappeared. No fog left in valleys. Air very clear all afternoon. South Uist and Barra seen. Bright meteor observed at 2242™. It was passing close to Mars near S$.8.W. horizon when first seen, was green in colour and rather brighter than Mars, and vanished in air to the left of Mars about 5° above horizon. Aug. 10.—Clear sky, but fog blowing over hill top oceasionally till noon. Continuous fog all afternoon. Glory seen at 62, Aug. 17.—Sumumit clear all day, but sky partly covered with cumulus except at 19" and 21" when it was cloud- less. Fog on hills to 4000 feet till evening, when it sunk down into the valleys and broke up into detached cum.-fog. At 21 fog had all disappeared. A lunar corona at 2 and 3), Aug. 18.—Top clear from 4" till 8*, and some fog among valleys. Aug. 19.—Summit clearing occasionally till 19", since then sky cloudless and some detached fog in valleys. Aug. 20.—Sky cloudless till 3", fog since with some breaks in the afternoon. A double corona at 6. Aug. 23.—Fog till 9, clear for the rest of the day, but thick haze below, and cum. and cirro-c. on sky. Aug. 25.—Topclear in morning, but sky cloudy, and fog in valleys all round, which after 8 rose and enveloped summit. Aug. 28.—Frequent showers of drizzle. Snow and hail fell during the day. Mist and fog till 225, after which top was clear and sky almost cloudless, but fog over hills all round and passing across summit at times. Aug. 29.—Sky cloudless or almost so till 9%, but air remained saturated till 4", Sky cloudy or overcast till 164, with cum.-s., cir.-c., and cir.-s. Mist came on at 174, and slight showers of snow and rain fell during the rest of the day. Slight N. breezes or calm till 84, and veering to E. and E.S.E. and increasing in force to moderate gale in the evening. Fog all round in early morning to height of Ben Nevis, and passing over summit at times till 4 a.m. after which it sank into valleys and gradually dispersed, giving place to haze in the forenoon. Aurora single arch seen at 2" and 34, no streamers. Sept. 4.—Fog till 164, summit clear since, but sky more than half covered with cir.-c. and cir.-s. and fog all BEN NEVIS OBSERVATORY.—LOG-BOOK. 415 round below. Solar corone were seen at 17% and 182. Lunar halo at 23" and midnight. Sept. 5.—Lutar halo at 1", after which mist came on and continued all day. Sept. 6.—Mist or fog till 2 p.m. Summit clear frequently after that but sky overcast or nearly so. Haze all round below, and detached cum.-fog on hills which eradually spread ‘all round and enveloped “the summit after 19%, Air slightly dry from 15" to 18%, Sept. 8.—Fog till 10%. Summit clear for the rest of the day except. for some thin fog passing occasionally, but sky overcast with cirro-stratus and a few patches of cum.-fog on hills to S. Lunar corona seen at 44. Sept. 20,—Mist and fog till 20", sky cloudless after that and air dry, but fog all round in valleys. Icy crystals forming from the mist on windward side of all exposed surfaces in the early morning. Aurora single arch at 22>, 232, and midnight. At 225 there were shifting streamers to about 40° altitude. Sept. 21.—Sky cloudless all day but some fog in valleys till 10", and passing over summit in the early morning. Air dry all day and very dry in the evening. A magnificent aurora seen from 20" till midnight. There were three distinct arches from W. and S. to N.E. with shifting streamers shooting to the zenith, Sept. 22.—Temperature high and air very dry all day. Humidity ranging from 28 to 40 per cent. Sky cloudless all day, but a little detached fog in valleys to S.E. and E.,and slight haze in valleys all day and some cir.-str, on horizon to W. and N.W. in the afternoon, Air very clear above the haze. The aurora of last night was observed till 4 a.m. and again to-night from 20" till midnight. A single arch and no streamers. Sept. 23.—Sky cloudless till 4, but some cir.-cum. on horizon to W. and N. Thin fog passing over summit at 44 and off and on after that till 9"; continuous mist since with slight drizzle and heavy rain after 19}. Sept. 29.—Temperature pretty steady all day at 28°, with heavy showers of snow and drifting a little in early morning. Average depths of snow on summit about 9 inches. Wreaths forming round observatory varying in depth from 2 to 3 feet. Sept. 30.—Fog or overcast sky except at 4" when sky was cloudless and thin fog blowing over summit and again after 20", when there was detached cum.-fog on surrounding hills. Oct. 2.—Summit clear after 1 till 54, but sky about half covered with cumulus, and fog on hills all round, since then almost continuous mist and fog. Oct. 3.—Summit clear after 4", but sky overcast with cirro-stratus and cumulo-stratus and thick fog on hills all round till 114, continuous fog since. Oct. 4.—Summit clear after 155, but sky overcast with cirrus and cirro-stratus and thick banks of cum.-fog on the surrounding hills, after 20" sky was cloudless except for some thin scud passing at times. After 23" fog came on again. Heavy rain till 15%, fair since. A solar halo at 15>, Oct. 5.—Sky mostly overcast till 9%, but almost cloud- less at 3" and thick banks of fog all round, considerably higher than Ben Nevis. Continuous fog after 9% A solar corona at 17}. Oct. 12.—Top clear, and air dry from 5% till 14%, and 416 sky cloudless except for a little thin scud blowing over at times. Thick fog all round and extending to a consider- able height above Ben Nevis. After 14" fog came on again but cleared occasionally and air was dry at times. A bright meteor was observed at 5% 8™, Glories were seen frequently from 8" till 13", and a number of measure- ments were obtained, At 2°10 the small thermometer box {winter pattern) was put out on ladder stand No, 2 with dry, wet, and min. thermometers. Duplicate readings were made up till noon, after which readings of thermometers in big box were discontinued. Oct. 14.—Strong gusty E. and N.E. winds all day. Summit clear but sky somewhat cloudy till 16" but cloudless after that and air pretty dry. Very thick banks of cum.-fog over hills all day and passing over summit at midnight. Aurora single arch seen at 22" and 234. Oct. 15,—Strong squally N. and N.E. winds all day. Sky cloudless till 3" but thick fog all round. Fog blowing over summit the rest of the day, but sky apparently cloudless. Aurora single arch at 25. A meteor seen at 4%. Glories were seen between 10 and. LI, Oct. 16.—Sky cloudless and air dry till 2%, but thick fog all round below which rose and enveloped summit thereafter, but top clear occasionally during the day. Aurora single arch at 1" and 2). Oct. 18.—Sky cloudless till 8" but somewhat cloudy after that, and thick fog below all round which rose and enveloped summit after 18". Air very clear all round in the forenoon, Ireland and the Outer Hebrides being distinctly seen. Aurora seen from 1" till 5". There were two well defined arches, the lower one extending from W. to N.E., and bright streamers shooting to the zenith and con- tinually shifting, at 3", 4" and 5" pulsations were very rapid, and bright. Earth-shadow visible at 7". A solar halo at 14% and 154. Oct. 19.-—The 13" observation was taken 15 minutes late. Oct. 20.—Fog or mist till 10", summit clear, but sky overcast with thin cirro-stratus and fog all round below, but rising at times and frequently passing over summit in the afternoon. Slight showers of snow and drizzle in the forenoon and again after 22, A solar halo was seen between 13 and 16" as sketched above. The hori- zontal white circle extended almost completely round heavens; at one time being broken from N.-—N.N.E. only (measured approximately 13°). The outermost mock suns were at right angles to real sun. BEN NEVIS OBSERVATORY. LOG-BOOK. [1892. Measurements of Distance between Sun and Inner Mock Suns. x = Distance between Time. Left. Right. Centre of Reds of Two Halos, — h m fo) ‘ ° ‘ ° th 24 43 23 58 23 17 be 24 43 24 43 23 17 13 45 21 48 21 48 ) thicker we Pal toy aed cloud. ee 2d 13) 52 24 3 24 13 ) thinner 24 35 ais ae 24 18) cloud. 24 13 165 Red of Halo from Sun 22° 49’. Oct. 21.—Summit clear at 4 and 5 hours, but sky cloudy and fog all round. Clear again at midnight and sky cloudless, but thin fog blowing over summit. Slight N. breezes till 155 (Force 1 to 3) after which wind rose rapidly and blew a strong gale (Force 9) till after 215, when it fell quite suddenly again. A consider- able amount of drift blowing about during height of gale, including blocks of snow crystals blown off the roof and sides of tower. An arm of Robinson Anemometer was broken and a rain-gauge blown away, but the latter found again at midnight near Wragge’s Hut. Oct. 24.—Fog or overcast sky till 16%. Sky cloud- less after that, and air dry at times in the evening. Thermometer box shifted at 16" 20™. Box was raised one stage on stand. Oct. 25.—Sky cloudless all day except for some fog passing over summit at 164 and 174. Detached cumulus at horizon all afternoon, and a little cirrus above horizon to W. and N. at 15%. Air very clear in forenoon, Skye, Outer Hebrides, and Colonsay being distinctly seen. Oct. 26.—Sky cloudless till 10%, but cloudy or over- cast with cirrus, and fog in valleys to N. and passing over summit at times till 16"; continuous fog since. Air was exceptionally clear in the early morning, seven lighthouse lights being distinctly seen from N.N.W. to $.S.W. Glories were seen during the forenoon. Oct. 28.—Thermometer box was lowered one step after 14%. Nov. 2.—S.E. winds all day. The fog crystals that formed on all exposed objects were dark brown in colour. Nov. 4.—Fog till 10" and after 20% Sky cloudy between those hours and fog below and _ occasionally passing over summit. At 11> the fog below to W. was hard packed str.-fog, while to EK. it was of the loose cum. type. Nov. 6.—At 22 a lunar corona and fog-bow were seen. After 20" observation, the thermometer box was changed. Height above snow not altered. Nov. 7.—-Cloudless till noon, but mist below, and at times thin mist covered hill top for short intervals. Lunar corone were seen in early morning, and a solar fog-bow at 114. At 4" a very faint aurora was seen. Fog covered summit from 13" till 18", when it cleared, and sky was overcast till midnight when fog came on again, — aa + a ee Oe ee ee eee 1892. ] Nov. 11.—The thermometer box was changed after 11", Height above snow not changed. Nov. 17.—Summit clear of fog from 6" till 10", but sky was cloudy then and fog and haze lay below. Thick fog depositing brown fog crystals all afternoon. Glories seen at 8" on fog in second gorge. Thermometer box changed after 8". Height not altered. Nov. 18.—Mist or fog till 21", when top cleared and sky became rapidly cloudless. Nov. 19.—Cloudless or almost so and air dry till 74, but fog and haze below. ‘Thick fog depositing brown fog crystals during the rest of the day. Nov. 20.—Fog all day; with some snow in early morning. Brown fog crystals forming most of the day. Nov. 21—Fog and E.S.E. wind all day. Brown fog crystals forming nearly all day. Nov. 22.—Except for a short clear interval at 5 there was thin fog on summit till 20%. After that it cleared off and sky was cloudless, the air dry and warm (the temperature rising quickly) till midnight. Aurora seen at 5" and at and after 21", At 21" 30™ the thermometer box was changed. Height above snow not altered. Nov. 23.—Summit clear, sky almost cloudless, and air dry and warm all day. Fog on hills to 8. and S.E. all day, and haze to N. and W. Aurora seen all morning and again at 22%, When the summit cleared last night there was a heavy coating of fog crystals on S.E. side of everything, but owing to the dryness and warmth of air to-day, by midnight they had almost all evaporated. Nov. 24.—The high temperature (34° to 40°); the low humidity (37 to 56) and the clear sky continued till 184, but there was fog to 3000 feet all round below. Till 18" there was hardly any wind, but at 19" a S.E. breeze begau to blow, the fog rose and enveloped summit, and the temperature fell 11°. A very faint aurora was seen at 54 and again at 18" and 19". At 9% 45™ a glory was ‘seen on the fog low down to N., and measurements, per ‘stephanome, made of red of the inner of two sets of coloured rings. The mean of 6 measurements gave as radius of this red 2° 54’.—The colour of the rings, it was noted, was dispersed and irregular owing to the irregularity in density of the cloud. In early morning 35 to 6" a great many meteors were seen, some very bright. At 3" as many as 20 in 4 or 5 minutes could be counted. At 13" observation the wet bulb looked rather dry (the readings being Dry 37°71, Wet 31°-2), another reading was made at 13" 23™ (Dry 37°:2, Wet 28°-4). The latter is entered, without time correction, for 135 on daily sheet. Nov. 30.—Thermometer box changed at » ™. Dec. 1.—Top clear except in early morning and after 215, Sky nearly cloudless most of the time. Tempera- ture low and air saturated all day. At 11 a double glory and a triple fog-bow were seen to N., the order of colours was :— Sun Blue Red Blue Red Red Blue Red Blue Blue Red lO = Glories. Fog-bows. Lunar corone were seen in evening. Dec. 2.—Fog at 15 and 2" and at and after 17%. Clear and almost cloudless between those times, but detached ROY. SOC. TRANS. EDIN.—VOL. XLII. BEN NEVIS OBSERVATORY.—LOG-BOOK. 417 fog and haze below, which thickened and rose in after- noon. A lunar corona was seen at 4", a meteor at 64, and the earth shadow at 8. Dec, 3.—About 10" 30™ the telegraph instrument indicated several flashes of lightuing, the last of which short-circuited the line by breaking through the protector in Post-Office. Communication was restored after 16. St Elmo’s Fire was seen at 21", Dec. 7.—Summit clear from 2" till 74, and air dry from 34 till 8"—lowest humidity 36 per cent. at 4". Fog and showers of snow from 11? till 205, clearing thereafter. Lunar corona seen at night. Thermometer box was changed at 25 15™, Dec. 9.—Fog on or passing over summit till 185, when it cleared off; but sky remained cloudy and air saturated (except at 234). Dec. 12.—Thermometer box was changed at 124 20™, Height not altered. Dec. 13.—Fog clearing at times in forenoon, and summit clear from 15" till 204, but air saturated except at 18", Aurora seen at 1*, and a fog-bow and glory at 124. Dec. 22.—Fog till 11". Thereafter the top cleared, and after 14" the air became gradually drier, the humidity at midnight being 71 per cent. After 195 the sky was cloudless, but fog and haze filled valleys below all round. Aurora seen at midnight. Box shifted at 13% 10™. Same height as last. Dec. 23.-—Air dry till 5", but saturated at and after 6". Sky clear in morning and again at night, but fog on summit during the day from which brown fog crystals were forming. Bright aurora seen till 5" having very active streamers, and flashing a good deal. Seen again at night—pretty bright, with two well defined arches but no streamers. Dec. 24.—Air very dry all day. From 4" till mid- night, the computed humidity ranged from 7 to 15 per cent. For several hours it was below 10 per cent. Sky cloudless except for a little cirrus between 10" and 16% and again after 22", but thick haze in valleys, and also some fog in forenoon. Faint indistinct aurora seen in morning and again at night. The air was so very dry to-day that after the wet bulb had been moistened, it became dry in a few minutes, so that most of the readings were made between the usual time and 7 minutes past the hour. Since the dry bulb was on the whole steady, no correction was applied to readings of wet bulb for being late, nor were readings of the barometer etc. made except at the usual times, At 5, 6", 7, and 84, the dry bulb readings at the hour were 24°°4, 25°°3, 25°-2, and 24°°7 respectively—the readings entered on daily sheet being made at 54 16™, 52 32™, and 75 20™. There was no read- ing made near enough 8" so the wet bulb was inter- polated from readings made at 7" 34™ and 84 49™, At 19" the entered reading was made at 19" 11™—the dry bulb at the hour being 29°°3, At 20 the wet bulb was dry, though it had been wetted at 19" 50™—the entered readings were made at 20 6™, and at 225 the bulb was almost dry (after having been nearly wetted) before the mercury stopped falling. About 1 hour of sunshine was lost this morning, owing to focus being off the card. (Perhaps some was lost in same way yesterday?) The lowest computed dew point to-day was,—28°'9 at 16%, and the mean for the whole day—18"'5. 3H 418 Dec. 25.—Air very dry again to-day, the computed humidity ranging from 9 to 19 per cent. Sky cloudless except from 9" till 13" when a little cirrus moving from N. or N.W. was observed. Haze in valleys and stratus at horizon most of the day. A faint aurora was seen at night, and a solar halo at 12". The earth shadow was seen after sunset. At 11 the wet bulb was too dry at the hour—the readings entered were made at 11"9™. The S. or S.E, wind blowing last few days died out about mid- day to-day and the afternoon was almost calm throughout. Dec. 26.—Sky quite cloudless all day. Air very dry, extremes of humidity being 15 and 27 per cent. Thick haze in valleys all day. This morning a faint grey glimmering light was seen in N. sky not distinct enough to say whether auroral or not. Fog was seen over the haze on the Atlantic Coast in afternoon. Dec. 27.—Summit clear all day. Sky cloudless till 74, but some cirrus during the day. Thick haze in valleys all day with fog to W. and S.W. in afternoon. Air very dry—mean computed humidity 21 per cent., and lowest 13 per cent. At 3}, 44, and 54, the same peculiar shimmering light was seen in N. and HE. Sky as was noted yesterday. It did not look like aurora, being more like very thin filmy cirrus clouds lighted up, A solar INSTRUMENTS ETC, Barometer.—No. 1385 was in use during the whole year, No, 1252 being kept in reserve; the latter is supposed to have a trace of air in its vacuum. The following Dry and Wet Bulbs were used: Nos. 535541, 535542, 192677, and 192672: and the following self-registering thermometers max. 117293, min. 116918 in large screen from June 11th to Oct. 12th, and mins. 138533 and 138545 in small box during the rest of the year. On Oct. 24th a new pattern of winter screen was brought into use. It is much stronger than, but of the same size as the old pattern. The louvres are stouter, and are sunk into and kept flush with outside of corner posts. The old pattern boxes have not been used since. The Tower screen and thermometer have been in occasional use. The old 5-inch gauges were used till 11th Feb., and since then a new pattern of 5-inch gauge without broad base or screw-plug has been in use. The Campbell-Stokes Sunshine Recorder has been in use throughout the year Black Bulbs.—Max. 186 and ordinary 484108 were in use when possible—chiefly from June till Sept. The former lies at Low Level Observatory since October. The platinum points of the latter have been injured and there is some air in its vacuum, BEN NEVIS OBSERVATORY.—LOG-BOOK. [1892. halo was seen at 13", and a lunar halo at 235, At 23h and midnight thick dark str.-cir. clouds were seen low to NW. Dec, 28.—Air very dry all forenoon. After 11" the humidity increased, at 13" it reached 100, and at 14» fog came on. Sky cloudy all forenoon and thick haze and fog (to W. and 8.W.) below. Top cleared again at 22) and hard detached masses of “rare” str.-cir. were seen on sky. In early morning (35 to 6") the shimmering light noted last two mornings was again seen in all parts of sky, and apparently lighting up the edges of clouds ae near horizon, A bit of a lunar halo was seen at 1”. Dec. 29.—Air very dry, and sky cloudless except for a few patches of hard str.-cir. till 7" when fog came on and did not clear during the rest of the day. Peculiar light. seen in E, and S.E. sky in early morning. Brown fog erystals forming from the fog to-day. Dec, 30.—¥Fog till 15", Sky cloudy thereafter and haze and fog below. Dec, 31.—Summit clear till 95, but fog below all round which rose and enveloped summit at and after 102. Thermometer box changed immediately after the 2» observation. Height above snow not altered. 16.9'2: The Direction and Force of the Wind have been observed, as usual, on the roof of Observatory at the hourly observations. _ The H.C, Anemometer was accidentally broken on January 8th, and has not been used since. The Chrystal Direction Anemometer has not been used. Its clock is used as the standard G.M.T. clock in office. The Rainband observations have been continued with the direct vision spectroscope. Several photographs have been taken. The Stephanome has been in use for the measuring of glories, coronz, and halos. : The depth of snow has been taken as usual at post A— called ‘‘ The snow gauge.” The Barograph (Richards) has been in use all the year. Except as regards the rainfall, the observations have not been interrupted during the year. On January 17th owing to the thermometer box door having been broken, observations in it were not made for several hours, but the temperature at these hours was interpolated from readings of the Tower Storm Box. Dust observations have been made throughout the year with the large Dust Counter in Tower—the small one is. still at the Low Level Observatory. + POOP ESS eh Lee - a A A le | 1892. | The Telegraph Instrument has worked well throughout the year. Daily weather reports from both stations continue to be sent to the daily papers. Since September 8th Mr A. J. Herbertson has been conducting experiments on the Hygrometry of the Air on Summit. Since October 6th he has been assistant observer at the Observatory. In August Mr Edward Whymper made some experi- ments on the behaviour of aneroids with varying pressures at both stations. The Seismograph was not used during the year. In September it was sent away to be repaired and tested, BEN NEVIS OBSERVATORY.—INSTRUMENTS, ETC. A419 with a view to its being erected at the Low Level Observatory. The Staff of the Observatory consists of R. T. Omond, Angus Rankin, James Miller, and Samuel Weir. George Robertson was on the staff till July 6th when his place was taken by Weir. Mr John Crerar was telegraph clerk in summer, and Messrs J. I. Craig, H. F. Rankin, C. Stewart, A. J. Herbertson, and W. Stewart, took the place of various members of the staff during the holiday season. The Observatory Buildings are, and have been during the year in fairly good condition. DEPTH OF SNOW Inches. This table gives the depth in inches of the snow lying on the summit of Ben Nevis on the 1st and 15th of each month from the opening of the Observatory in 1883 to 15th July 1893, and also the maximum depth observed each year with the date of occurrence. During the first winter, 1883-84, the depth was measured at the Thermometer Stand 12 yards from the nearest part of the Observatory buildings, but for the rest of the time on a post standing near the centre of the flat part of the hill top, over 20 yards from any obstruction. selected as the position most free from accumulations of drifted snow, and therefore as a place showing the results of the snowfall influenced only by melting, evaporation, and loss from wind blowing away loose snow. During each winter drifts gathered to much greater depths in more sheltered parts of the hill top. The entries on Nov. lst and 15th, and on Dec. 1st 1883, are approximate only. It was Oct Nov Jan Feb Mar Apr May June July | | Maxi Date mum foul at | 15 15) el toot Meese t lage a a5 | a, 15 1883 | - | [20)| [40] 80 | 107 | 105 | 114 | 114 | 113 | 105 | 117 | 120| 80| 55/ 3| - | 141 | May 8] 1884 72) el 57 | 66 | 122 | 119 | 122 | 136 | 135 | 198 | 134 | 124| 87| 55| 7] 142 | April 3] 1885 18851! 31) 34| 23 54| 85| 86| 85| 92|/ 85|122/104| 92] 94] 63| 30] - | 123] ., 10] 1886 feep | - | = 46| 35| 39| 44] 441 50| 49| 67| 51|/ 15| - | - | - | 69 | 3, 29] 1987 a 46} 43| 52| 48] 56, 56| 61{ 67| 64| 36| 23) - 71 | May 6] 1888 Pe. | = | = 33 | 37| 44| 44| 50] 47] 51] 53| - | - | = | - | - | 57 | Aprit 24] 1989 Pooh. | = | 2 24| 65| 66| 69/ 69| 82| g8| 92/ 70| 296/ - | - | - | 961] |, 251 1890 1390} 7| - | 22 10| 42| 38| 35| 44| 54| 56| 58| 36] 30| - | - | - | 59) May 4] 1891 mone. | — | = 52| 57| 68| 69| 70| 66| 57| 64| 52| 30| - | - | - | 74 | March 9| 1892 1892] 23| 20] 8 26 | 41| 541) 58) ez leod| 55) s2/ — | - | - | - 66 | ,, 17) 1893 Mean] 6-1 | 7-4 | 9-3 | 18-2| 31-1 | 38-7 | 42:8 | 57:8 | 67-4 | 68°5 | 72:3 | 74-9 | 77-9 | 78-4 | 61-9 | 43-5 | 22:8 8-8 | 0-7 | 89:8 | April 16 [Mean 420 BEN NEVIS OBSERVATORY. ANEMOMETER Miles per hour. The following tables give the readings of the Robinson Hemispherical Cup Anemometer at Ben Nevis Observatory for such times as it was working. The anemometer is mounted on the roof of the tower of the Observatory and stands 5 feet above the roof of the tower, 18 feet above the flat roof of the main part of the Observatory, and about 32 feet above the ground. It has 4 cups, 5 inches in diameter, mounted on arms measuring 15 inches from centre of spindle to centre of cup, and its records are reduced to miles per hour by the factor 2°841. The anemometer can only be used when the temperature is above the freezing point, or on the rare occasions when it passes below the freezing point with a dry atmosphere. The presence of fog or mist when the temperature is below, 32° at once chokes the mechanism with ice, and either stops it, or so retards its motion as to render the readings misleading. The tables printed here contain all the satisfactory records from 1888 to 1892 inclusive. In the spring of 1889 the instrument was under repair and was only started on 16th July: during the whole summer of 1892 it was in the maker’s hands for repairs and alterations. The other breaks in the record are due to frost. Each month in which any record was got is printed separately. At the right hand side is given, lst the mean value of all days on which records were got for the whole 24 hours, on broken days no mean is given, and 2nd the maximum hourly value of every day whether complete or not—of course on the incomplete days this gives only the maximum of the time the anemometer was working. The highest maximum value for each month is put in bold faced type. At the foot of each month are the mean values for each hour; in computing these, only the entries on complete days are taken. WIND. MILES PER HOUR. MAY 1888. 1)2)/3]4)5]6]7)8 | 910] 11] 12] 13] 14 |,15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 28 | MAC I pean.) Max. LeESe ae ae aS Ses Se eS eS eee eS! ee 2 = = = = = = = = = = = = = = = = = = = = = = =i = = = TS he Tg MW pe a Re WA Sea 2 ae eae Se ~ = 4 = = = = = = = = = & = = = = = = = e. = = = 2 = = Ss 5 = = = = = = = 4 = = = = = 2 = & = = = = s =, = = = 6f-| =| -)-\—) =| =) = Wee | a0 =| = lee [ety [ete | e3| a8) | eoulee a9 |so8) ta 7 | 28 | 33 | 26 | 14 | 18 | 25 | 25 | 24 | 24 | 25 | 21 | 20 | 26 | 29 | 27 | 24 | 22 | 22 | 18] 15 | 12/13] 14] 13 | 22 | 83 Dee eo a ei i Fe Mag iF) | ee ea) iid Ua mag eae am ee pci Se | |e 9 - = = = = = = = = = = ae = = = = = = = = = = = = = = Tai eso en ea ta) "| |e iP lle Slee eS | eee 2 E 1 (ee Vn eee mn |e || ee MS Heel atoslercelimeraliaa |p a | 12 |12] 5) 4] 8] 9/12] 9/11} a5) 14/14] a5] 9) 9] 13) 12] 15) 22/24) -|-])-|-| - | - | ae Ie) (er area fe en en ee fe ees” | S/S ee eS OS See | | (rs SSE ee a ee) || Sh ee a ee Be ae eee | TE ea eat) a ae EM 28 |/ = ees) a) Bee 2 el eee) J | |r cL in a eee ee ein re i ee tia heel Psi Sel a See |] 13 ale ee Se tee ene een | eel) nal On AON COM lan amlleGom GON Gsm ln Gin |e pi mach - 69 19 | 40 | 40 | 42 | 39 | 42 | 44 | 42 | 62 | 66 | 67 | 61 | 57 | 67 | 55 | 65 | 60 | 55 | 63 | 64 | 57 | 68 | 51 | 45| 38 | 54 | 68 20 | 31) 16/18|17|14| 6{ 7| 7| 8|12}/12/14;11| 6| 7|/1| 6] 4] 5| 6! 5] 6] 12) 15 | Jo | BL 420) 18) 18) 12) 12| 8|11| 5] 2/2] 4] 41 7) 9] 6] 6] 1] 0} 1) 0] 0] 0) 8) 0 » Nene 21 0) 1} 0] 6] 0} 0} 0] 1) 21 Ol oO} of 0] A) 1). OM Ope e2ii oe). oy Ons oa vie 2 1 8) 1) 2) 5| 8| 10/12/12) 40] 6] 1] of 3| 8) 4] 6) 6) 87 \d0| ml 7) oF a) tome 416) 5) 7) 2) 1) 01 0/°0) ono! oO} oF o| 1) ai 4)| 2a ecuimon| toy) (0) 0)hi080 tiie 4 5) 4) 38) 2) 2) 7) 9] 4 Bie ol ol o| 2) alee i oaleahmoned | %6:| fo:iea anos nu 2% J12/10) 6) 7|12/11| 6] 7} Oo] 0} 2] 4] 4| 5] 7| 5) 2] O| 1) 2) 2) 4) 4) 6 | oe 75) 6) 4] 2) 0) 0} 0} 1) oho) of 0] 0] 2) 8) @ ole | |e ae 2 fs-['= Pet Sec # TSE PO te a ae Se ae 2. ea es (Ser fe OP es), yaa a NE Sele Mean [16-1 14:2 |12-4 |10°9 | 12-1] 12:3] 12-4| 13:6] 127| 12-7) 11-3] 11-0] 13-1] 12:3) 13-6] 13-6] 11-0] 11-1] 11-1] 10-6] 11-9} 9-6) 10°] 10-1] 1241 BEN NEVIS OBSERVATORY. AQ} MILES PER HOUR. JUNE 1888 eas aa | 7 a », 5!6171/8 19 | 10/11/12] 13 | 14| 15| 16 | 17] 18 | 19 | 20 | 21 | 22 | 28 ane Mean.| Max. Hisel-|-|-\-=|-\-sSSeeeSTSszar x a Ne pe he] She te TP |) SS pea OV : 5. Caen ee een ealsr lonelot oo. bis. (at | 43) 7147-19 | = J) 2f 14 | 18 | 22 | 20 | 24 | 25 | 28 | 26 | 31 | 33 | 34] 22 20) 19/14/ 8| 8} 8] 9| 7 | 20 | 34 a | 3) oO ol) oO SoMa Wnw Ss | 2 8) gl st-)- | = | 2-1 a0 aS es neato: | 47 (440-47 || 40)\-40 \na5.|84,| 30 \28 | 96 | = | 47 57 | 66 | 62 | 61 | 63 | 62 | 66 | 61 | 66 | 50 | 47 | 42 | 37 | 36] 33/22) 21] -|-| - 2265 eal es ee mre Wai aa abled) Slat |) Kl 5) Bo “= 8 OHO) |: 1h On MON GH OM MON Memeo Ol 1) oh Bl el |) eB) 7 |. a9 3 | 19 a1 | 33 | 30 | 23/181/13]16/141 5] 1| 2| 2!| 2| 4] 8] 8/15/16|95| 24 | 15 | 33 17 7 Awe) Si Gnesor ean NONRtlto | 2 |) 0) 0) sel 4) #2ia0) 6) 4 | 12 |) Be 7 5 S| Aal OL eanmeEsTeTe eo tl Or Oho kt ol 1 8 3 8 ait | 7. |. Bey eels et NON On exo! | <8) et || 1) sor 0i 0:1) -0:| oO) 20 3) a0 A e201 22) eel ere ON ee GRMN OOS On lO On | 9 | 6 -8 3 | 10 18 | 20 | 24 | 23 | 22 | 21 | 19 | 17117 | 21 | 23 | 20) 15/12] 7| 8/12/11] 18] 21 | 17 | 24 23 | 20 | 25 | 30 | 35 | 35 | 35 | 39} 37 | 30 | 21/19/19) 8] 4|/ 7/12/10} 11] 13 | 22 | 39 7 8) 10) S14 ISG tetera) Gi 4) 6 ie) 11) 8] oO! 0| o| 0 9 | 18 2) tel 3-( 20) 93) 16) 1 ead 5.) ee anllemes u 14 | 15 | 21 | 21 | 25/19} 19 | 20| 26/19] 19] 15/10] 9| 9]13|17|15|18]14!14| 15 | 16 | 26 12 7\ 7| 4) 5| 8| 71°71 8) 9laeliel 7| 9) 9 a8 lo) 7 | it | 15) i | iL Ton | eons 13 16119} 90116/18)14|/101 5) 7) e) 6) 7] 4) B) Si Sil #1) Sigel ol) 6) tu momen 14 ai | 25 | 19 | 21 | 22) 18/15/18) 18/131 4| 3] 0| o| 0] o| o| 1] 3} 8/10! 6 | 10 | 25 15 6| 4| 9110) 71 51 61 6) 121% 9) 8) 8) 11 N40 | to) 10 | 11 | 10) 99) 12) abt eoeets 16 17/11/10! 9! 9/131] 13) 20/13! 13117 | 21 | 18 | 21 | 20} 99 | 43 | 44} 28] 26/26] 19 | 19 44 17 10 | 13 | 14] 12 | 11 | 13 | 15 | 16 | 14 | 14] 18 | 16 | 14 | 90} 16 | 16 | 14/171 16| 16| 14) 17 | 15%) 90 18 13} 12/11] 10/13 | 12| 11 | 10 | 11 | 14] 12] 10] 11 | 15 | 10] 18) 18/12/13 /13/12} 1 | 12° 17 19 6| 6/11/10) 7/17/12] 12/12/11} 9| 8| 11] 13] 16/19 | 14 | 23| 29/39] 38! 42 | 16 | 42 20 40 | 48] 38 | 94|11 | 8-5) 5] 121 10110! 9. 18| 14/12/10) 6) 6) 5| 7| 71 I feouiemas 21 13,| 12 | 18 | 12 | 10 | 10 | 32) 8\ 6 41 4/ 6) 6).5) 91110) 9 lee las) 3 ez) OG cme 22 a | ta} 19 15 | TO") Tae ee eon ae Nets 1D | 10) 5) alll ez petal es) | ei eee aoa = seat Beil ehe |= i=) 2s |S eee PINS | 8) 8 Set line) ee ee 8 i) (a a ka a (een ee ee ee ee NE ee eA E My e l) ) K ep | a We SS PS) 2 Lo eae eB els | Fl ih 5B (ete a ee | ey Bem Sa Stree || 95 |: te || A eee BU 2 | | 0 1) a) Bal fon) “ollonls a) Gee tome ae 5 a7 | 4/1 5] 6| 4| 7| 5] 5] 4/10] 7] 16] 12411 | 12] 14] 19 | 22 | 22 | 23 | 21 | 24] 21] 27] 26 | 14 | 97 28 | 34 | 40 | 39 | 39 | 35 | 26 39 | 28 | 297 | 28 | 27 | 22] 19 | 14 | 22 | 24 | 24] 19] 13118117/15/16' 10 | 25 | 40 mo 171 7 a4) a) 5] 4] 7] 5) alal al si-6} 8] 21 11 2) o 1 ool oy lea lec ee 201 7| 8s! 8134-5] 81 8] a4) a) oi of ol eo] 9! 2) 5) ol a iF lato ite le) ae lee wee 31 9415 | 11 | ¢ 1/12] 20 | 23) 24 | 207111) 6) 71 5) 11 2) 2) 1) of 1) ON 21 ol ey nao Meanf13-4 13-2 {125 |124 |12'8 12-4 12-2 [11-3 10-7 (10-2109 105] 91| 8:2] 8:3] 9:3] 9:7| 92) 95|10-8|11°3 11-6 [121 125 | 11:0 | WIND. MILES PER HOUR. SEPTEMBER 1889. 210 ( 6 1/10) 4) 41) 5) aeeOne ON eet bn 7) 8) 7) Ge aie eal Tor zel lo Poteone aig 8 21 14 | 18 | 20 | 22 | 23 | 24 | 24 | 25 | 28 | 31 | 33 | 35 | 31 | 30 | 32 | 30 | 31 | 36 | 36 | 38 | 88 | 39} 37 | 37 30 39 34 | 35 | 82 | 28 | 27 | 25 | 27 | 81 | 36 | 34 | 25 | 247 20) 9) 15) 13} 9) 1) 0; 2 HG) 9) 8 19 36 7} 10 | 11 | 17 | 22 | 28 | 28 | 24 | 20] 17 | 17 | 19 | 21 | 20) 18 | 15 | 16) 15 | 15) 18 | 17 | 16 | 20) 25 18 25 LD S89) WE 16s) S20) 14) OS SRA SN ie WL LO Ss An as ON De Gn eel 0 10 20 12 WO | ON ON OO es es) SS) 1 TO | Ue 76 1) aI@ | ae | Ao) a | eal || PAD) a) | At) 5) 26 DBS} ales Pats |) TP) MON AGS SN est} Gy |] 33 || 2 aloe aR A ON Oh OO} OF Of Oh) Oo 0 5 18 14 OO) OV Ol) Oe Oy OO} Oy O Of] Ol) Oy Oy @) ww) Cie sy i} O} Oo 1 1 12 15 HO i Ae ee EY Si OW OW Oh OVO al Of O} Oh Of O} Oy ee sy ie 2 16 16 } 22 | 21 | 17 | 21 | 22 | 18 | 14 | 20 | 24 | 25 | 26 | 24 | 23 | 27 | 30 | 28 | 39 | 38 | 38 | 38 | 389 | 22 | 22) 29 26 39 17 | 31 | 29 | 28 | 26 | 26 | 24 | 30 | 17 | 13 | 16 | 17 | 19] 19 | 17 | 23 | 24 | 30 | 25 | 22 | 18 | 27 | 23 | 23} 21 23 31 18 | 23) 16} 18 | 23 | 28 | 24 | 27 | 24 | 27 | 17 | 27 | 25 | 25 | 24 | 18 | 28 | 27 | 31 | 25} 24] 21/17) 19) 22 23 31 Ie | QO ils |) SO ee Se | SS SS ave eS eS ele pe yay -- = 20 20 a es er) ea ena Meare eh rit Vee ee | Peers | geet ween ee es = = =i 2. t-}-|-}-]- -|-]-]-|]-]-1-]-]- -|-=|- -|- | - - - - 2 i= | = sets | = j=) = | =F Se a ee a eon eae - - = 23 S| ee bell] pee |e ee eerste iho ll) oe | ee) VIS We) ee oe = |= = = o 28 Pea | = oh a mel a a Sn ce |) ee ane ete ee ee -|-|-]|-] = - - 2s | Seat = =~J/=/=]=)=-%-)]-") =] =] =] =) =) +) -)- 4%) = ~ - 26 -}/-j}-}]=-]=-] -|] - |] -—]| -— | 14] 18) 16718] 14) 15) 18) 20] 17 | 18 | 17 | 16) 14) 16) 1 - 20 Zt LEZ | 9 ALON) 9) Sy SNS OMS SR A Bie Se Sin ea era ATES | STL LS | OI ere a 2 10 12 28 -|-| Sea een eel | | al et ed tee I a -| - - - ae) (Rea ete ea a tee Pct a ea | el) ee ee) = = = 30 -|- me |i =| ea =f al Sey a fs! = | =] aye = = = z MEAN}16°3 |15°7 154 |17°2 |17°3 |16°6 |17°6 |17-1 |16°5 |15°6 |14°9 |16°2 915°6 |14°7 15-2 |15-2 |17-9 |17-9 |18-0 |18°3 |19:2 117-6 18-2) 17°8 | 16°7 | | BEN NEVIS OBSERVATORY. 425 WIND. MILES PER HOUR. MAY 1890. 1}/2/}3)4/5|6]7/| 8 | 9 | 10) 11] 12) 18 | 14] 15] 16] 17 | 18} 19 | 20 | 21 | 22 | 23 | MS | Mean,| Max., cht. - 1 | 41 | 34 | 34| 32 | 36 | 32 | 31 | 25 | 28 | 28 | 33 | 34] 36 | 36 | 36 | 30| 27 | 27 | 22|19| 22/29] 25] 17 | 30 | 41 pete ie | — be | | ol = | ere lto lievetleoailias | a0: bom | o4 | 32:1 37 | 88141) 35) 26) -| - | = | 40 Se ee ey ee ee eee ected | 47, (0451 43,401 | 3429 | 341 30| 43 | = | 47 4 | 28 | 28 | 27 | 27 | 24 | 25 | 20 | 21 | 25 | 32 | 27 | 24} 26 | 35 | 33 | 38 | 35| 42 | 41 | 41 | 42| 40) 41] 46 | 32 | 46 5 |45| 44 46 | 38 | 40 | 34 | 28 | 33 | 47 | 28 | 17 | 11 | 26 | 21 | 18 | 12| 21 | 24 | 14/18] 92/97/34] 46 | 29 | 47 6 | 47 | 37 | 42| 46 | 45 | 39 | 40 | 39 | 39 | 48 | 39 | 51 | 40 | 28 | 25 | 28 | 22 | 18 | 15 | 23 | 22 | 24 | 34| 38 | 34 | 51 7 | 34| 35 30 | 35 | 34 | 33 | 44 | 32 | 35 | 31 | 30 | 27 | 22 | 25 | 2831 19| 19|19/15/17|12/16| 7| 6 | 25 | 44 Bees) i420 | 201) 19 | 20,201) 19 | iste aeiealo| tl) vi 1| 0) 1] sl | 2] 1) 0] o | 9 | a Orn a) it) 3) ott | leo ese tit 2 0) o| o| ol-2| rl 2]. 2 | 34) 15 rom 415 | 24\96|) - | - | — | — | = | = | = | 454 99 | 98 | 49 | 39.1 90 | 22 | 20118 | 99/1 26|28| 30 | — | 42 11 | 32 | 29 | 30 | 29 | 27 | 28 | 22 | 20 | 23 | 301 27] 20) 20) 6| 1/ 1| 2! 8l19}13)22)14/ 10] 4 | 18 | 32 Repco is 140) 7/6) 2/tm| 8 tela) anal da lis iisiis| 6!.4|) 4] 1] 2) 8] 8 1 9°) 15 | oa Bea bet lie es eee ee eemenelain | iaiii6 |e | a7 |2ei\20 | 99) — | — | = || 29 en 2 )| Sn en a ee ee Ih | Le ce ea c 4) S| ath Sa ee eee is | or Belle er eee | eel S| Se” ge || | ea ae Sg a OS) SO aaa ee i 2 ree eat oie) Sale ere oe |e i |e fe 2s |) Meee) = | = 98) 24) 29! 9 | 12 | 12) )5 | To vee | 19) 01 las | 49) s|ilae)—|=|-| - | = | 28 ree ee ass ae ali4s | 49 | 40; 80 28 |-80 | 30 | 25/22) 24 | - 1 55 fetgeo6 | 25 | 19 | 17 | 14/10) 12 | 14) 14115 |e aoa] 11/10/10| 6| 1) 0| 2] 2! 4| 3] 10 | 1 | 26 | 20 117 21 | 29 | 30 | 36 | 31 | 31 | 36 | 38 | 38 | 43 | 43] 65 | 58 | 59 | 56 | 62] 57| 50/59] 43] 45| 45) 45 | 43 | 68 | 21 | 46 | 39 | 40 | 39 | 43 | 38 | 31 | 37 | 42 | 33 | 36 | 311 16 | 17 | 24 | 36 | 44 | 36 | 43 | 34] 49 | 44195] 23 | 35 | 49 | 22 | 22 | 22/11] 8 | 30 | 23 | 93 | 93 21 | 21) 19| 17] 19| 11/12/13/ 8/7] 6| 9] 9/12/10; 5 | 15 | 30 23°} 1/1) 5| 9|15| 16| 12] 11| 15| 8] 13| 16] 17 | 15 | 21 | 24 | 26 | 32 | 26 | 26| 25/25/98] 31 | 17 | 32 24 | 35 | 29 | 31 | 28 | 38 | 36 | 32 | 27 | 23 | 18 | 19 | 22 | 23 | 27 | 96 | 29 | 28 | 26) 18] 18|19| 20/10) 4 | 24 | 38 3) 2| 5/ 8) 13/16] 13/12/11 / 10); 9| 7] 3] 2) oj 0] o/ 1/ 2] 2] 6liz}i5) - | - | 16 6 = = S % atl | cote | oe ee = hike pe) | hue tee fees = = = ae | ee al, = = Cees ies | =) = le || 2 sot! opens. a iol | Bh el at 5 9 ees! 2) 6 | 7) 3] olaai alia a) aieolen ol 2) 3/7] 6|-|-—-]-l- She ee ee oe eee Neer ees ee eee le tee es Ne Tew) oS ie 8 Seem ete | 2 ee Leah es eee ee fe ME ee tl pp aS oe a a ee ae | eerie eee Ts tae 2 Mean [25'S 25:0 |25°3 (24-5 [27-4 [24-5 [24-0 [24-2 [26-0 24°6 23:3 |21-9 22-5 20-4 |20°3 |20-3 |20-9 19-9 {18-4 [19-0 119-6 [20:3 [18:8| 18-7 | 22-3 | — MILES PER HOUR. JUNE 1890. i ea a aera ares ae debe he | eS | a SS Se kee |) = | — |) So) See ee Cn bi eral aie ce 21 18 | 18 | 17 | 18 | 18 | 19 | 25 | 23 | 23 | 26 | 26 | 32 | 34 | 45 | 56 | 56 | 52;| 43 | 34] 17 | 28 | 56 DA 24720012) | 22. lite: oh ee pen laie) | 19) | 25) 128/26 | 28) !98 |30 | 30 || 20 ||) 30 22 | 23 | 23 | 15 | 14 | 19 | 18 | 18) 16 | 16 | 13 | 15 | 17 | 16 | 15 | 21 | 25;| 26 | 31) 3: | 21 | 31 nu PRE yea aleeal| <= || = |) ||) Se Re Sn 2a ea 28 2/5) 4) 2] 2 = | = | 29 | 31 | 22 | 30 | 40| 42 | 40 | 41] 39] 80|29| 26 | - | 42 17 7 1S) | 12) | be eS) Oneonta anes: Webi) 8) | Tad W792") 95) 24 7 ie | 28 31 | 33 | 25 | 33 | 33:| 41 | 46 | 46 | 45.| 45 | 49 | 43 | 45 | 51 | 55 | 55 | 53 | 54/51 | 33 | 41 | 55 | 32 | 32 | 25 | 23 | 18'| 16 | 21 | 86 | 45'| 40 | 42 | 30| 26 | 16 | 17|16/17/19| 20) 15 | 27 | 45 39 | 40 | 37 37 | 36 | 30 | 22 | 22 | 20 | 28 | 30 | 21 | 25 | 16 | 19] 14| 12] 16 | 20| 15 | 25 | 40 TASS) 3: St) eae OMRON COMM ete | | A ton e3 | 01/01] 1) 4 elf aie Bi e8 03 | 3 | 0520) RON MACH COR MON MNON MODI eO)|) Orin s0) i) 20010) “0:1 5.) (18 2 | 13 11] 12] 15) 17) 17/15) 14] 12) 12) 14) 13) s| 8) 6| 9/12) 12] 11/18) 16 | 12 | 17 90 | 24 | 22 | 21] 19 | 17 | 15 | 13} 11 | 12 | 13] 15 | 13 | 14 | 16 | 16 | 13:| 18 | 21] 22 | 18 | 24 One 8 8 | Oh) 118 | Teen oe OR tees LON) 98h)" 90! 101/13 ba |) 8 fo do | 18 Set ote | 13) |) 16) |e es toe ee as 0) felt | 10) 1210) | 10) 9 | 91) 8 | 12 | 28 Wace eeGele 7 5) 4.040 eS) iam ames ee 20)R28N CO 21 18), 19) 22/26) 25 | 1a) 4! 98 |W | 17) 418) 8) 10) 11] 9) 18/12 | 12) 14 | 10] 10] 11/11] 11.) 10) 14] 14 | 13 | 26 Sale eIS. 105 \, 4) Go sG) eae ese IS 12) d5 | 6] 10) 10) 13} 16) 15 | a | «16 HetlaeSh isa 7"| 7 | 8°! 6) ea eM Gre 8 Olt) 7! oi) 4) in| 13 Be TOMO) eG 113 11 |, 9) |) 16 PAOMMISN gests | 15 14/18) 8/10} 9|.8|. 7 f 14 | 19 10 | 11 | 12) 11] 18) 10] 7} 6] 24 | 14 | 13 | 18 | 21 | 25 | 32 | 38) 32 | 29] 34] 40 | 19 | 40 Pi 15s| 15 | 14 | 16 | 17 | 16 | Lovie ionio.| 86) 4) 3) 2) 2) 3) - | - = | 44 Tees ee) St 2.) 685) 8 aOR MIA ee Gilers oh 5.| <8) 9) 7 5 | 6 i= || ad 1! Of OF} OF OO By 42 6] GB) OT ey fy) aa) eal ae 3) a) at TOs|eea|eoule 3: 2) 0) OOmMOONmON OO) ttl 2) 0} | 0] oO 2 | 10 5/12/12! 8| 9/13/12] 12114 | 11 | 10 | 15 | 21 | 19 | 22/ 81| 40/48 | 46| 50 | 18 | 50 64 | 63 | 61 | 59 | 61 | 63 | 60 | 75 | 58 | 61 | 60 | 51 | 49 | 37 | 27 | 21) 14] 16 | 20| 21 | 48 | 75 4|17-2|17-7 16-1 15:0 [14:9 [14:4 14-6 [16-1 17-8 177 180 17-0 16-6 |16-0 |17°0}17°5 17-0 |17°9 18°6| 18:3 } 16-7 | - ROY. SOC, TRANS. EDIN.—VOL. XLII. Bal BEN NEVIS OBSERVATORY. oo BPWwWO NINIO WIND. ie) alee ee a 2 1 | 21 | 21 | 18 | 20 | 34 | a9 | 28 a -3) 8 | ol *olleele | 3 B29 0.\ OW Onleaa lpn gi) 4 0.) Stones eh) 11.2 Bod del 6D) Gees ead) ve) LG 6) BPO) Se eele.6 S| ae ea pe oi su (pa 8 Sale Set | ea ree 9 Sy A See ee Pee lt 103 Wk 2 tee =) |) oe ek hee ERB (Ce See ee ee al (il ap ee (eal eee 13 }17| 9| 14 | 19 | 23 | 24 | 22 14 731] 24/19/19] 9] 8] 5 eet | 7 Necselsen oz | 18 1SRAP oS Weed Orlciel 70. Te al Reale ROS (fe Drip ioe Mees 1S) WG) | ed 35 aly ed | So. 1a 8 Shai 2 4. 63 20 | 8| 9] 15/14 | 21 | 26 | 24 21 [39 | 36 | 24/12/15 | 18 | 17 22 193]13]| 10/13/11] 9 | 12 23 110] 10|16|i7] 9| 13) 14 24 116] 9 | 22 | 22 | 22 | 13 | 33 2 |11| 17 | 15 | 20 | 25 | 19 | 21 26 | 14 | 55 | 37 | 30 | 24 | 26 | 25 27 [16 | 16] 19 | 20 | 24 | 21 | 93 28 | 22 | 21 | 23 | 18 | 22 | 19 | 19 29 111| 9| 9| 9] 8/10] 8 30 [19 | 17] 19] 16] 19 | 16 | 14 31 J14] 8 | 12/12] 15/17] 19 Mean} 12'5] 13-2] 13*1| 12-4] 13-2] 13-2! 13-4 WIND. 1 | 24) 1 | 12,11! 20 14 | 22 SCO a OD al worl, eat 3 | 21 | 26 | 27 | 32 | 37 | 36 | 33 4 119] 18] 19! 21 | 22) 24 | 17 5 | 20/19/18 21 | 20 | 23 | 22 Gil Sh eal 7a Ss) Counce % A Gs e8.| 10 81-26 | 710 Ses ensuhrs oy osteoma sata ae) BM, Lic oie Dc taaye celal WS) ony 10 | 40 | 36 | 39 49 | 51 | 54 | 51 11 | 39 | 46 | 46 35° 41 | 39 | 46 191. Gi) BOO 10 1810, alee 13 | 11 | 15/17 | 20 | 22 | 23 | 17 1A VBA a7 SS. lores 7 UL, | 18 15 | 81 | 28 | 27 | 82. 38 | 40 | 38 16 }15} 11] 13] 14/15 | 16 | 17 W7 fs. | (See) 12,01 |) 81 2 13} 2) ol BS) 6 | 7 |) 19°F 40) ROW HO 2 BNE e: lop 20 |14| 16/15 | 1314113 | 14 a) :8' 8) 4) 8) 8\181 8 BO Wie meee ales fe ee pe Ne) Feahrs RE oho he oa DN MN Be Solve tye tee lhe 5 |. Olen ye es | ety a lato 0 26 126|21)/20\;15' 8) 2) 2 fan Wierd ewe) | 23 | Fa BB. 0 81 (8) oh Os, Ba PAT) peti ee Me™ 2 cil et Saag fo ree ena So ee ee “a Oe Z : Mean} 13°7| 13°7 13-9 14°5 15°2| 15-9] 14-4 om wo 1 11118 een 8| o = = Lote eeeee | HH oo SOHPNH WOO 19 hon it ww Ee = 1 ROCON °o 26 13°6 MILES PER HOUR. JULY 1890. Moon Mid- 11 | 12] 13 | 14] 15 | 16 | 17 18 | 19 | 20 | 21 | 22 | 28 night. [Mean. | Max. alae 7-8 | 201] | Moto ool tos |e eo Ol! @] a wh Oh al whol i} ai] of o| @| @ il 6 ft JerOMneD WieOal) 2 | 0/4 La) SB | eae Chale sae Te Maelo 2 8 08 OCR aes SS Seb ton Oe) IS ell 8 3.) 10 Gel 1) ZN ico Ziel ele iy an eG Fall Sel 5 | 11 CUT | out Eras aC I Pec NS OLeeI Pel aber, ehh = & 13 Si) se |e eee | Sa Se ae) S Se ab a = e = = eae 12 | | ta |e) 7) a | oats ay jay |e 26 | 26 | 35 | 34 | 33 | 35 | 27 | 38 | 29] 19/19] 29] 24] 29 | 26 | 36 TGA || allan | + assets) ealGoyelh Z|) TS | aya 9) a || nk |) A ay || ass | aL Th |/ A el) Se Se Be GN Se ee ae oi] Oa ® || ae af | fate aie ea Te ON OE oy See al eet oy 2 7 5) Sh Ge ae OW Ol Ol Gl OW wi Bl iy @ 3 9 0) Ol Ol OF OF WO! @! OF T) aw) 2h DB} wi) »@ 2 9 O20] O} 0} GO) O10) 0) ONO cor MO | Soni 1 7 5| 41 6} 9/20/17 | 20| 30 | 24 | 21 | 22 | 28|39} 38 | 19 | 39 15 | 12} 22 | 15/16/18] 21/18/23/10] 9/12/19] 21 | 18 | 39 9 | 1112 | 14/18 | 15 | 18) 10) 9 | 8) a2) 0411 |) oe oes 14 | 18] 15 | 12) 10)) WL) 19) 14 | 12) 18) |e) a) 0 ete 12/12 10| 7| 6] 8) 9| 9 | a1 | 27) 21) 19) 26°) 240s sremmies |) Oil Saat AB) By Te TS | eG | ap |) ie | a 20|20])19 | 12/14/12! 5/13/10!10/ 14/18/16! 12 ! 20 | 55 14 | 11 113 | 18 | 13 | 19 | 14 | 17 | 16 | 19 | 22 | ot | 93) 19 edo aoe 20 | 24.5 28, 17 7 17 | 14'| 12 | 10)| 128) 11 | 12 | 10/41 | Sete 16 | 8] 19} 18 | 14 | 20 | 16 | 18 | 25 | 27 | 31 | 30) 28| 25 | 16 | at 17 | 154 15 | 15 | 17 | 17 | 14 | 15 | 19 | 14 | 12) i |i2) 6) |) 16) 4) er 17 | 19} 18 | 19 | 17 | 12 | 10 | 12) 14| 10| 14] 12 | 15| 18 | 15 | 19 10:2, 9°8]10° 9-4} 9°3/ 10-1) 8-5) 10-1) 10°8| 10°3 10°5) 10-4) 11-8), 127 F 10-8 MILES PER HOUR. AUGUST 1890. Wie il Sl Sl Ga 2 OO} O} wl) @} 2) Ci] Oo 7 | 20 PO Le el! On oy) 05 25 oneal aia elie 3 | 16 28 | 24 1 20 | 27 | 19 | 88 | 26 | 28 | 27 | 80 | 95 | 25 | 292) 21 | 27 | 37 30 | 17 | 28 | 28 | 88 | 29; 26 | 95) 20 | 18 | 16 16x 13.) 14 oso 19 | 18} 18 | 18 | 20 | 20 | 19 | 22 | 161 17/13] 13) 16) 8 | 18 | 28 OM OM Ol ON) ON) OM CONn On) Ol) ven) ton onlerssmne A | ils OU ties (acc M MOM Con ewe) RSHILA a halt Gat ele ait oe 8 Weta AY Gi ONS) 71 By B) Bl 2) ti) ©} Bi) O} % aes 9| 41 7) 8! 11 £! 5] 9 | 96 | 88) 40: | 86) 146.1 ho" eee 57 | 48 | 49 | 48 | 50 | 49 | 54 | 51 | 47 | 54 | 60 | 60/62] 46 | 51 | 63 9: 64 7) 41 Bel gel 8 ea Bl oven (07) oa OTe et Pirie tl er eka nie Mk eae eye Bile ol CAMs || oo) 3 | 12 i his) 1) Bl Ql wi O} O| GO| GO| O] O| 7] 8 9 | 23 5| 41 5] 4) 8| 8! 7/ io) 15/18] 21) 10/20) 24 |i10 } 24 12) 21 6) 4.0 sal Toy 0N) 1 ON 08 10) 10) 297) 125 tone 17 | 201 20 | 20/17] 17 18/18/12) 18]18| 20,15] 18 | 16 | 20 Me eran OG Z2Ne eal EE Gab 7 Gil, (Gd |, AG 8 1} I Dl Bal! 2)! ON Ol OM) Onl ON TN eau tel On On ieenO 2 i B 1 93.0 9.) -o0l) Ione tanned Ge eOr | asa|, SOulmnlts 4 | 15 Beds) Ai] 2s wee Aa ea eA) ets 26\ On Lo 9 | 26 19: 1°23.) 20-) 1 | 123) Web Os Os) LON) 9 = | ae ~ Zs Sole PO | Oy Opes Rirene er llnG | 7671) cella = 10 Si 30) 8) | OE 8 IBY WeeaRmen eLo ae ti0y ee Seen eles 2 22 SU ee Mee eis ee) ae iil RCE TL Ot oO) s 8 4| 71 7| 9/10] 74131 16) 18| 19 | 20 | 29 | 34) 34.1) dor aiaae Gi) 248 Os! HOt FOR Osi ater eda allt resell 0 st cea em 6 | 26 1) Palit CN Sy) hy) Eh |) a | 1} | Te | | a |) |) 3 20 Pa. kOe LB Cael PLS eee moe eer | 9) earn ee = ee 22 pe) eee | a), Bll Gy een yee a hes a 5 a S| ON ae a i a a ae = 11:4) 10:0} 9-1] 9:2) 9-2] 9:8] 10-0) 10°1] 10-2 12-2; 18°38) 18-5) 137] 14-2 | 12-4 BEN NEVIS OBSERVATORY. A2 WIND. MILES PER HOUR. SEPTEMBER 1890. : Es Qu Tj 12) 14! 17 | 28 | 34 | 338 | 36 | 40 | 35 | 30 | 27 | 25 | 24 | 18 | 17 | 15 | 16 | 13 | 12] 12] 12' 14) 20] 18 22 40 | Ay 33) 19) 16) 16 | 15 | 12) to’ 12) 13) 10) 13) | V6) 16 | 15 | 16 1 15) 2) 14 | 15 | 20) 21 | 10 | 16} 18 16 30 sus, 19) 18) 19°) 18 | 16) V7 9) 19) 23°) 21 |) 26) 2a 22) 1a) 7) Wb) 4 | 17 1 15 | 16) 24) 19) 78) 14 18 26 ; eae) O}) 12) 05) CASE Onl Ta leon eis meta ON eeaa elN2N 3H 83 | 1 tt | 12) \1g | 23)! 20 10 23 5 | 23 | 29 | 25 | 24 | 18 | 18 | 16) 15 | 17 | 19 | 21 | 22] 18 | 16 | 20} 14 | 18 | 22 | 18} 18 | 19 | 12] 18 9 19 29 6 6 | 14 | 10 | 18 | 27 | 25 | 31 | 32 | 34 | 27 | 2 | 164 25 | 20 | 18 | 19 | 21 | 20 | 28 | 22 | 19 | 16 | 12 ) 20 34 . Oy Ota TA LO) LL | | 7 | SS Sa Sse US Ss 5) 7 | 18 )-20))15)) 15) 18) 18} 18 13 20 8 | 14 | 24 | 25 | 26 | 29 | 25 | 14 | 20 | 25 | 29 | 29 | 244 18 | 32 | 25 | 18) 19 | 15 | 21 | 22 | 20} 23 | 25 | 25 23 32 : Sea elo LG) TAN 10) Oo 6s Oa) Sash ene on som) ea Ta de 2 2) a dy) 8 3 6 19 10 Ba eea Onl vali Ol 88h} 610 | 5}| 6} 10 | 10} 11) 12 Woy IGE | So EY TS aye assy ale 9 14 nel aels | 919) LO!) 9.) 3} V2) 13 | i) EN Sane NG) 4) 842 | 8) 5 |) 27) 87 | 82) 24 | 10 8 13 37 12 Cee nels lon Zon 29 usu ee Some eeomeZsmecr alco, si ton On OT sb 6) 9) 15 18 37 13) J 17 | 21 | 21 | 21 | 21 | 24 | 18 | 25 | 27 | 28 | 30 | 80 | 26 | 31 | 28 | 28 | 25 | 28 | 22 | 24 | 29 | 23 | 22] 38 25 33 T4 f 24 | 24 | 23 | 27 | 23 | 35 | 22 | 27 | 25 | 19 | 18 | 15} 15} 13 | 11 | 16 | 19 | 26 | 33 | 37 | 32 | 33 | 23] 33 24 37 15 | 38 | 39 | 33 | 32 ; 32 | 27 | 28 | 41 | 43 | 60 | 62 | 69 | 61 | 62 | 67 | 58 | 57 | 53 | 55] 55 | 50 | 56) 66| 57 50 69 16 | 54 | 52 | 45 | 45 | 40 | 28 | 10 | 33 | 48 | 49 | 60 | 53 | 54 | 66 | 65 | 71 | 50 | 55 | 55 | 54 | 48 | 55 | 56) 57 50 71 17 | 53 | 53'| 61 | 56 | 61 | 55 | 55 | 66 | 59 | 45 | 46 | 44 | 42 | 50 | 34) 32 | 25] 23) 81) 11] 4] 8] 21] 35 40 66 . USM e08 1 44) 38) 39) | 43) | 43') 351 39 | 28) 21 | 10 7b 12) 6) 6) 7] 6) 17) 8) 3) 5} 10) 18 20 A : WOM ulin) LOs) 12)) 5 |) 12!) 16 | 15) 19 7 24 1 19 LOM OM LON LON 19) | 280 OF assay soll aon|lal | 82 VAL 37 20 | 31 | 38 | 40 | 39 | 38 | 41 | 52 | 52 | 47 | 53 | 59 | 549 51 | ol | 42 62 | 60 | 48 | 54 | 41 | 54 | 49 | 61 | 56 49 62 21 | 49 | 45 | 56 | 59 | 61 | 61 | GO | 68 | 66 | 62 | 54 | 50 | 52 | 53 | 55 | 60 | 64 | 54 | G2] 68 | 66 | 58] 47 | 37 57 68 22 | 41 | 48 | 51 | 54 | 47 | 51 | 44 | 26 jee seas} Weal |) ah |) To) | ey |) BE aE ae SOS TS ON SO soa ee. 4 19 o4 23 UE el len ese Le oa De eee en eo eNO) 7 i Sales ai e28m isla 1s ii 28 Coe oN) 20 22196 | Th | 28) 201) 7 1 20)) 225 Te aes ab | W445) W455) 1s) 78!) 8 || = - = 28 25 -|- | sls i]s =] =] =| = 6] 5] 13] 13 | 19) 22 | 24 | 35 | 40 | 44 | 32) 30 | 31] 23 - 44 | ! ZomLon ld) 15) || 16 | 14) 22 | 10 | 23) 19) 19) 225) VO ea 8 5) | ta) 7) 9) | 16) ) 17 | 16) 20) |) 19) ke 18 23 Zi 20 |) 220) 27 | 20} 21 | 21) 17 | 14 | 14) 15 | 12) 14 te) 18) 12) | 9) |) Wo) a) 8) 7) 5, 4 14 ih 28 Ba OMe St eon aa On ee LOM FO u OM me elOMLON LON Dm lon LO MON OMe la ny ds on deans a0 9 19 29 7 10} 11 | 14] 14 | 11 | 22 | 23 | 24 | 26 | 24 | 31 | 29} 29} 27 | 21 | 21) 16} - | — | = | = | -} = - - Bl 30 Sai = | = =f=) =] =] =] =fF=] =] = |] -4) = | 18) 13) 12} 10) 10) 11} 15 - 18 | | | MEAN ] 22°2| 23:2) 23:3] 24-2) 23:8] 24:1) 22°5) 25'0 24-9) 24:0 24°5) 22*7| 22:5) 22°7| 21°4) 21-2) 20°3} 20°4) 22-7) 22-2) 22:2 21-4 22-1) 219) }) 227 | ; 4 | WIND MILES PER HOUR. OCTOBER 1890. meee! 6 | 4) ey ed es Pe Si) See Hate eee Esra Se Uae kee ag lee fl ss 22 Z meee ey el Se) So eee er | | ee ma AN Oe 5 a 4 = |) ee ae ge eee ea en emo, cl A = eh bee a = = = eee | eS | 2 ar | ie | 6) te | 1b) oan too; 98 V6! 20) tr 11 | 6) 14 | 2 = 27 cB |] HTL YL |) SUS eta pS Wa Va em nc ec of | a a ea Fes ea 2 15 eee | See a pS eee tai]! 4) Se a eee ee a 2 i 8 = |) Se] i Rae ee eS i me re cma ee ae | Nhe se ihe Salles Sa eel fre eel I a me = = Ge | - S| = Sei ic, - | 25 | 26] 28 | 24 | 23 | 22) 19] 18 | 14] 15] 17] 12/13] 15 = 28 10 | 13/17/15] 19] 9] 13] 20/ 18! 24 | 24 | 16 | 15] 16 | 16 | 24 | 18 | 21 | 24 | 31/19} 16] 19]19| 23 | 19 | 31 one 12 9-9! 8) 6) 7) 9 | 22190) 1) ih te) 92) 10) 1s 12) 8 | 29) 18]16)/15| 13 | 14 | 92 12 | 13 | 14/ 14 | 25 | 19 | 31 | 30 | 27 | 27 | 19 | 23 | 24] 15 | 25 | 25 | 23 | 27 | 23 | 27 | 28 | 21 | 25] 24] 28 | 23 | 31 eh 28) |/24 1-25 | 27 | 27 | 29 | 31 | 80 | 22 | 19 | 16) 1410) $) 38) 5] 9) 11/14] 18) 25/25/21 | 17 | 19 | 32 eee on Det | 22) 90 |) 91 20 | 16 | 15 | 151) TON ay Supe te NaS | 18) 24) =] = | Sys] = z= | oy 15) | as hh el a eee ania Cae eee 78) 22) |) Sih evita eee | ee era eee ‘ 2 16 ss) | atl eR ea ie -}/-]-]J-j;-};-];-];-]}-]-]-]-]- = = - aA) = ee he = = = fe dia =| = = | SRS ras SP Sah aa as = = 18 we | cel Sen | leet Pe ee ee tel ie) kl Sahl 9 lie ee z elle = = = 19 - = = = = = = = = = tee = = Ss = = = = 20 Ae =) | 8a wien femiecmi | = | =) =f Soe ce al) oll S| 4 Pee ee eee Ss ee He | ne P| eT Be ies US an oe e s 22 lea oh re) weeny FIP) | za vee | nS yl ea ean SON elie * ce z 23 is, ll el he eam es aoa areee es liek hk es Ae a ees ma chy (etal |p eet eee ee = = Se ee ee eee ee eee ee eS | | = 2 Ae fs eee eral na cee nyt eset Ty) C2 ne i eH eh a CS & = = BS || 2S Mec elses Pee ea ie a te | | ie es eee ies |e eS. ce 2 = Pe ee eR a |e = me eS esl es vk eee S| = =. 28 Pa |e alse | ed [eel ee es || ol See a | ell oe AI ees ie a = = = 29 Nees ENN) cea pillatic Mh es RY Ti ieee a (i a rr a il ae ae es az 5 fe 3x0)" | Geese tM Sm ea RE CE |e em me eam | (pS ee all albert (eat es 2 . 31 EF ee BaP Ngee Pomel oe ee eee eal tes ify | etd eh ee Beers pen ee a s £ ‘ovtisvausi | gf eam Ml ee ae hee Rip ean ee med ec || Ihe ele | Pee ke a ae = 2 428 BEN NEVIS OBSERVATORY. MILES PER HOUR. MAY 1891. 213}41/5]/61]71}81|9|10/11| 12] 18] 14] 15/16 | 17-418 | 19 20 | 21 | 22 | 28 went Mean.| Max. SACS a Eh ea a antes ie P|, Se ee | ea 2 a Ey SS) iy eas fe a a a | |e. | a aE Oe eal oie tae = 56 ye ee ee eee Ue ere alactiersiea beni |). ae 0| 9] 18 | 23/14] 11] 12| 35 | 36 | 36 | 24] 21 | 23] 14/19/18) 19] 19|21| 6| 5/14] 20 | 17 | 36 28|25/16/19|14| 12/13/14] 9| 7| 5) 7/| 9{ 12] 15| 15 | 14! 16] 19 | 10 6 | 13. Tags 15/17 |16|10) 2) 1) a) 1) 41) Zi ae hae} ia! s | 6) 41-8 | a) 10) 20 a5 | 17 | en enone 11 | 13 | 12 | 16 | 17 | 19 | 17 | 19 | 15 | 24 | 21 | 91 | 19 | 16 | 18 | 18 | 21 | 28 | 16 | 15 | 21 | 92!) 19 | 18 | 24 1 | 16 | 19 | 16 | 14 | 18 | 11 | 15 | 12) 10) <8] 7 | 10| 17 | 109) 9] 6] 6) 4) = |) Sees 7 eae ea a re ee er en Perea LO alr he oy ea eee) ak a a en ee ae alee a ee Oe See eases, ey 8 og FED de hgh aie i a ee el eh YN =f LU Se en] ae es a | ei ee Ny uN eS ae an a Re PETS oS Sh ep SS ee | Se ia A ee | ee a eee OU es ea ee EM See | |W XA (eee Nace ema Ieee Mee o esac een fee lh SN cee (Mec pe eels ATA cee BNC ace HIM el Gey CS AR 2s = = dan Daseedl in Feria reine) amr ee oe) ee es i Then WBA seh) of 8 Fe el ee ee ee ee eae eh ee ee OR eels eM | Lk tm ei (nea (pee ana (ea eal eee eS Ne lt RR ee Me ee eR BO 2 tN Wedel hea I IIe ST a St = 2) be PS eS SoS IS 2 SS iso lice legals ie3 se) lina easel ec ae MEAN] - = = = = Palle = She = = =e = eal ee = = = = = = = Be WIND. MILES PER HOUR. JUNE 1891. 1 | 48 | 51 | 47 | 48 | 49 | 48 | 43 | 46 | 50 | 39 | 37 , 40} 84 | 88 | 32 33 36 | 42 | 42| 49| 60 65 | 64 65 2 | 69 | 78 | 77 | 69 | 70 | 61 | 67 | 66 | 60 | 67 | 73 | 80 | 59 | 72 | 63 | 54 | 51 | 50 | 49 | 57 | 57 | 49 | 52 80 3 | 64 | 62 | 58 | 58 | 56| 45 | 41 | 33 | 37 | 29 | 26 | 23 § 19 | 23 | 25 | 15 | 13 | 18 | 18 | 22 | 28 | 25 | 38 64 4 |.33.| 34 | 30 | 31 | 30 | 26 | 29 | 39) 29 | 24/ 14| 1L} 5] 18| 12) 18] 19} 21/17] 16| 6! 7|-9 34 5 | 26 | 25 | 38 | 36 | 33 | 98 | 26 | 23 | 31 | 34 | 88 | 37 | 87 | 85 | 81) 98/138] 14] 6) 8| 7) 7 | 11) 38 6H i3)) 2 61.5) 6 | 6°) aie aemo ter | al 7 | Byron oaleayl coal e eee a mela feat 13 Th a) ol el 8) 6) 4) at se Bie lo 4 4) 2) Beavis 18 eae aaiine 8 8 | 9/13] 12 | 11| 12| 13 | 14] 12 | 12! 10 | 14 | 19 | 20 | 24 | 33 | 32/30] 25 | 20! 7] 0] o| 8 33 9! | 100!) “Spey tG. htt eo) en ico) SO" 0) Onl mil ee ie. mesa On| 10 10} 4.) *5i lal an uo: 8.) 4) 1) SIRS ol 6 6 | <2) aol Sesame con nonleae 11 ie} Bo) Bo ea) 2) ol pa Rea 7h 7 aos ae Mette nl em gme a Recerd ree a2 12 12° | 7) 2) 82) 0.) 0 | o| eee) <1] 8) @) el een) sod gen mea toute eis 19 13 17 | 18 | 12 | 30 | 24| 98 | 95/99] 96 21/20; 91131 613 | 717/91 9//ul a 30 14 [15 (26. | 22 |, 24) 13 | 17 | 16) Boley | Gl BN 41 7 6h Sileo te onlmnmolieemae sey 26 15 | 815/16) 16) 16/10! 7| 6) 8 8) 2) 4] 8) 4] 2° 8] 7| 9] 4) 8) 8) 10) 14 20 16 | 23| 21! 23/20/19/15| 5| 4| 3 3} 3) 31 0! 3| 8.14] 19] 21 | 24| 16 | 20 | 27 | 23 27 17 |18| 17/13 | 15 | 14 | 15 | 21 | 21 | 28 20 | 23 | 20 | 22 | 21 | 28 | 31 | 20 | 31 | 27 | 25 | 29 | 27 | 380 31 18 | 27 | 20 | 22 | 21! 25 | 21 | 221 25] 91 16} 99! 20}19}16/12 91 7/|13| 10] 10| 10] 13] 14 29 19 [12|12|11]14| 14/316] 8| 8|15 12/18|14]14114/ 11 10|°9116| 19 | 15/14 | 14 | 14 19 20 | 16|17|18|18|18|14| 9| 6] 2' 1) 8] 6| 8| 6| 5| 5| 4] 1) 2| 2] 8] 6| 8 18 Ah 9) 8) 7) 4) 2) 8) aloo d oN a) A 6)| Jelies coal teeters beOaleia) Sonne 9 22 15] 2] 0] 1] 1] 2] 4] 12) 11/19) 17 | 15418 | 14] 16 |. 13 | 12 | 17 | 14 | 16 | 12 | 10} 6 19 23 |10|17|13/18| 6| 8| 7|10|/12 9| 4: 21 31 4| 8 8120] 26/29] 36| 40 | 45 | 56 56 24 157 | 34 | 37 | 46'| 47 | 47 | 55 | 54] 48 41 | 39/ 41153) 43| 44 45 | 38 | 88 | 40 | 36 | 22 | 23 | 37 | lta 25 | 31 | 28 | 29 | 30 | 27 | 24 | 25 | 82) 34 38 | 42 | 53] 46 | 40 | 38 49 | 44 | 49 | 44 | 48 | 52 | 63 | 67 67 26 | 64 | 67 | 64 | 61 | 55 | 47] 54 | 54] 54 47 | 48/ 43136 | 361 42 48 | 42 | 42 | 29 | 37 | 36 | 28 | 27 67 o7 122/271 16) 9| 71111 12) 18 tohde bi) ton 6! 9) Bh Sie oneal ae) Weeraato 27 28 | 8/12/11/10/ 8/12] 9| 6| 6 9| 15 | 20] 23| 19 | 27 | 231 16 | 13 | 14] 12 | 20 | 18 | 19 27 29 | 24 | 29 | 27 | 28] 19 | 18 | 12 | 16 | 24 | 17 | 21 | 25) 41 | 35 | 35 | 30 | 30 | 81 | 27 | 24 | 23 | 20 | 14 41 30 | 27 | 40 | 39 | 26 | 16 | 23|18|17|17 31/31 | 304 25 | 28 | 23 93 | 22/19 | 22) 15) 15] 14! 14 40 | | . MAN P227 23-4 226 [22-6 201 191 1841 [1941 |19-0 17-9 185 1881180179181 175 163 17-9]166 16-4 17-0177 19-4) 20% E —_———— - — —- — BEN NEVIS OBSERVATORY. A29 WIND. MILES PER HOUR. JULY 1891. | | | . Hee eS | A) | (6) 7 Sen aO ens Tatas) 16.) 79) 18 | WS | 20°} 21) 22 | 28 pene Mean.) Max. (sea ay ens |e || a ea ! heat| i=) 0 none | 13 | 16116 | 1811) eo ae Oa Ie Aa ote |e 4) | 7) 9) 10) 12) 12 } 1) Peet) 1218) | 16 |) 12 | | 1) 7 | Teel) Geen te Fon 19) 1B 14 19 | 18) 1} 1} 12) 11) 15] 12 |) 13 | 49 oe || St 1 | 4 4 Obi eeOmelnes | UAT) 8") 9) 10) 6) 5) 4) 3) 6 If 6 | 1 Parone | 151) 7 | 36 | 4) 98) eee PAS 22 | 2) Th 2) 2) 38) 38) 7 By i: 5 | 8) 7| 6| 7| 8| 12] 16) 14] 12/ 13 | 18 | 18] 18 | 26 | 31 | 30 | 34 | 43 | 51 | 43 | 89 | 37) 88| 40 | 24 | 51 Gah 29") 28) | 17) 14) 12 | 9) 12) BO TOO oa es | >| 8) 1] 0] ©} 8] 1) Oo) 1) 1 9 | 32 Me | 9% iho) | 13 | 94 59) One ermormcN eG 2 eh | Stl! 11 | 7) 8/12) 9) 7 f 8 | 43 Cue) 8 4) 5/55) 810) 7 | 10) 12) 18 | woe) te | 14) 8] 14) ty |-22)19) 11) 9/21) 1 | 1 | 22 ee 08 | 78 73 | 15 | 14) 18 | 18 a O70) 0) 0) fo; LE) 2) i) 2) 9) meas 10 | 16 | 22 | 26 | 30 | 25 | 29 | 32 | 81 | 27 | 32 | 26 | 23 | 24 | 27 | 14 | 25 | 29 | 24 | 24 | 27 | 26 | 24) 21] 138 | 25 | 32 eas) 16 | 20] 20 | 18'| 16 | 14 | 11 | 9) 3) ee oh 7) vy 2) 3) 6] 8) 8] 12) 14) or) 13 | 10 | on Peyeize) ie | 10 | 10) Wi | 14) 15 | 17 | 18) 18 | 18 | 18 ao | 17 | 18 )12) 8) 14) 10) 10) 8) it; 11) 8 | 18 | i9 Peereea orn 2) 85) 13 | 5) 7 | 882i Ba Ae ee) 292) 1) O) 0} 0} O} 8} 16 | 5 | 15 PaaS | 16 16 | 15 | 12) 12) 3) 10) 99) 10) SP 4a) 1) 1) 1) 2) 4) 14)18) 7) 9° 12] 9 | 18 Pes ee 2 | 56) 415) 4) 4 Pledees) Wh Oy 2) P| 1) 8! 6) 4) 5] 1) 8) 18) 14 By HemetOe it | 9) 11) 7 | 12.) 21) 22 | 24) 12) Bae ae 11) 13) 11) 12) 41) 8 | 9) 14/18) 14) is | ta | 24 eee OL 0) 5 | 7 | 8) | Ae OO) | 5 | 5) 1G) 8.) 18) 16 | 21) 20]; 29 | 7 | 29 18 } 31 | 25 | 30 | 34 | 38 | 37 | 41 | 28 | 26 | 25 | 31 | 38 | 29 | 24 | 21) 11] 12] 10; 8) 17) 21) 16) 22]; 25 | 25 | 41 19 } 20 | 28 | 29 | 23 | 21 | 24 | 28 | 28 | 23 | 23 | 22/10] 7| 5) 5| 6) 18)18/14)10] 4| 6/10] lo | 16 | 29 20 | 9) 15/15 | 16 | 13 | 11 | 15 | 18 | 26 | 24 | 17 | 17] 12 | 12| 14) 16] 16 | 14] 14!16] 17/16] 14) 14 | 15 | 26 Pa) ty Se 138 | 11 | 7) 5 | 6) IO) Te AO Os | ob | 6) Sa) TP) 1) 6) 4) 2 F. 7 | 38 ee OS | 10) 1018/6 | 6) 5) 8) 11 |) OT a7 15 | 13) 13) 12) 11) 5110) 8) 14) 13 | 10 | 17 Pe) 20) 6 | 7 | 10) 14) 12) 10) 7) 4) 10) OF MONO) |) B) 5) 9) 15 | 24 | 24) 20) 29-) 21 | 10 | 29 pees 9) 8 5) 5 | 5 | | 7 9 | KO oon! 7) 7! 7) 9) 10) 10) 1112) to | 9 | 14 Spa 9) Tl | 12)| 18 | 12) 20 | 13) 15; 11 | 13 | 17 | 18 }13) 9) 1211) 5/14) 8/13) 12) 20) 17] 14 | 18 | 20 Pome ts | 15 | 20 | 15 | 17 | 14) 10) 10) 9) 8) 9110) 10) 6) 7) 6) 10/17) 12) 6) §| 10) 7 | i | 20 27 Sac eon lls | T59) 21e Si) NP era ean es anh pee Nhat thy Es its Sh St ee ll 2 2 2] Bp - |} -+-|-|}-|=;-|-),-]-_,- ~ ===) =/=]=\=| = - - ee) | - |---| ='=j]=)=)- | =] - | =f | 92) 12) 10) (5) By) 7) 8) 8) 7) 12) 18 | = | 18 30 10.) 17 | 21 | 19 | 16 | 25 | 16 | 15 | 16 | 27/16) 7] 10)16) 18) 4) 4) 2) 2) 5) 4/12) 7| 38 | 12 | 27 ene 6 | WP AL | 1) 5) 6) a) Fe Leo} 2) 0) 8) 2) OF 1) 2) 4) oF & | i MEAN} 11-6] 13-0) 13:0) 13-2) 12:3} 13:5 12-7| 11-9] 11-2| 11-1] 11-4) 9-9] 9-8] 9:9) 8-6) 8-1] 8-8} 9:4) 10-0) 10:8) 10°3| 116/132} 126} 112) - | WIND. MILES PER HOUR. AUGUST 1891. pee |) 8 18 | 15 | 15 | 12 | 19 | 24 | 28.) 16 | 1] 10] 7| 9413 | 18] 9] 10/19/16) 7) 10/15] 19 | 1s | 24 Peete) 16") 10.) 13 | 17+) 17 | 14 | 10) 8) 129) 11 | 9) ei to}e | 8) 6) 5) 2) 2) 2) oO} 1 | le a 0} 0} [3]| (3)| 8} 2] 1] 8) 4] 8) 8) 5414) 14) 15 | 17 | 22) 19] 20) 17) 16/19) 24; 23 | 11 | 24 4 | 24 | 19 | 24 | 29 | 30 | 24 | 28) 18 | 14 | 18 | 15 | 12 | 15 | 21 | 19 | 18 | 20 | 20 | 15 | 20 | 23] 17 | 22 | 25 | 20 | 30 p00) 23) 7) 10) 8) WL | 22 | 16 | 16]) (7) 2p) Ta) 2) 1) 1) 0) 1| Bi 7) 1] 9 8 | 22 6 | 17 | 21 | 19 | 26 | 34 | 80 | 26 | 17 | 19 | 28 | a3 | 14] 11 | 15) 12) 9) 12} 10) 9} 7/10) 11} 7} 10 | 17 | 34 7 $20 | 10 |:12 | 14 | 10 | 12 | 11 | 11 | 13 | 11 | 11 | 13] 15 | 15 | 14 | 20/15 | 9] 10] 9] 18) 14) 19] 23 | 13 | 23 Bee 2) 10)) 7 | 10 | 11 | 15 | 14) 18) 99 | 15 | 1s) ts aso} 18 15} 7) 8) 6) 8) 5) 7) 7 | ll | 49 oneal | 6) 7) 4) “5 | 2) 8) 92) ie OU Onto) OF 2h) 3! 5.) I | 0} 2) 2) 2 F 8 7 omen 2) 8) 6) 5) 5/1) 7) 4) TO tiie is) 5) 4) siz) ib) 8) 3). 3 f 5 | 15 M1 | 3] 9| 8 | 12 | 22/ 16 | 17 | 18 | 22 | 27 | 32 | 29} 25 | 18 | 18 | 10 | 10] 14} 16 | 18] 18 | 13 | 20) 22 | 17 | 32 Peta tes 16 | 21 | 21) 14 | We | 18 | 15 | 17 | 10) 9 We) 9 98) 11} 15) S| 8) 8) 9/10) 12 | Is | at Pie sro) 95) 14) 18:20 7) 8) 9) 7) Sys tia ai) 2) 3) 2) 2) 5) ia) 12) 7.) i |) 20 14°} 18) 12 | 16; 18 | 20) 15/15) 12} 7) 6] 8] 9112) 12) 10/10 | 12| 12!) 11 | 14) 16 | 27] 31} 20 | 14 | 31 Pea 4 1G 16; 8 | 8 | 6.3) 2) 3) sue era 95) 5 1s) 8] 7) 7) 4) 8| 2 Gy Pa6 eon 0 OFT) 3] O} O} OF 1) Ty Oa 2) 22) 5) 9) 16) 14 | ie} 22 4 | 22 17 ]-19 | 29 | 29 | 42 | 51 | 45 | 45 | 52 | 63 | 61 | 68 | 59 | 67 | 78 | 75 | 74 | 71 | 68 | 68 | 67 | 65 | 66 | 60) 59 | 58 | 78 18 4 52)) 51 | 37 | 27 | 15 | 18 | 19 | 18 | 20 | 24 | 19 | 22 | 27 | 28 | 26 | 24 | 23 | 28 | 28 | 31 | 32/ 88) 85 | 41 | 28 | 52 19 | 35 | 36 | 34 | 34 | 38 | 34 | 32 | 42 | 48 | 46 | 44 | 34 | 35 | 87 | 45 | 32 | 37 | 89 | 39 | 88 | 36 | 33 | 41 | 42 | 38 | 48 20 | 45 | 35 | 33 | 30 | 36 | 33 | 32 | 26 | 22/17/16} 5] 0] 38] 1) 6,11] 5) O| 2] 8] 7| 10) 12 | 16 | 45 a4 | 3]. 6) 7 | 11 | 15/18 | 19} 14 | 12 | 18) 94 12) 10} 19) 20) 19 | 18 | 20) 19 | 21 | 21) 22) 27 F 15 | 27 22 | 21 | 25 | 19 | 21 | 25 | 22 | 18 | 26 | 25 | 26 | 26 | 18] 14} 15} 10} 16)14) 9) 5] 2) 4; 2] 4) 6 | 16 | 26 pe 145) 5 | 287 G 1) | 9 | TL | 10°) 7 | ONS SS.) 1) 2) k | 5) 9) 18). 13 | 9 |) 2B 24 | 19 | 22 | 19 | 13 | 11 | 16 | 22 | 28 | 21 | 24 | 24 | 25 | 26 | 21 | 18 | 20 | 17 | 18 | 16 | 17 | 18/15 ;18| 16 | 19 | 26 25 118 | 17 | 15 | 11 | 11 | 14 | 12 | 11 | 13 | 17 | 19 | 18] 16 | 20 | 21 | 15 | 25 | 26 | 28 | 18) 14] 12) 24] 18 | 17 | 28 26 | 20 | 32 | 24) 16} 14} 12] 9 | 10| 10 | 12 | 14 | 14] 16 | 16 | 14 | 11 | 14| 16 | 18 | 15 | 20) 21 | 20| 14 | 16 | 32 Pete i215 | tos) 2a 16, |) 14 | 13 | 12°) 10.) eons lO) O)| 1 | 1 ).0| 0} tL) 3) 4 a eit emp rs)| 15/18) 19 17 12) 98 |) 7] 16 | 15.) 9 | WRG) oe) 6) =) —- |) 4) 4) 4) 4) 8] =| 19 PRES | 2 eae eee = | = | =.) i) Sasa ean 20) 2) ) 0} =| = | = - 5 80 f-|-|/-|-|;-|-|-|]-|-|-] =| =] = | = | 25 | 23 | 24 | 22 | 28 | 34) 35/33) 31} 33 7 — | 35 } 31 | 34 | 44 | 42 | 37 | 46 | 44 | 38 | 37 | 32 | 24 | 20 | 25 | 80 | 89 | 44 | 42 | 38 | 47 | 44 | 84 | 27 | 27 | 28) 28 | 35 | 47 ns 16-8) 17-2| 16-4] 16-7) 18-9] 17-2| 16-9] 17-3] 17-0 16:8! 15-9) 13-2] 13-9] 14-8) 14-9] 14-4| 15-2] 15-1] 14-7) 14-2) 15-0 15-0} 17-2) 175 | 15-9 | - | | E | | 430 BEN NEVIS OBSERVATORY. WIND. MILES PER HOUR. SEPTEMBER 1891. fig ‘- | ot eine | 5 1 | 2}3/4/5]6]7 | 8 | 9 | 10] 11] 12) 28 | 24 | 15 | 16 | 17-418 | 19 | 20 | 21 | 22 | 28 a Mean. | Max. 1 | 29 | 27 | 29 | 28 | a2} 33 | 32 | 34 | 39 | 33 | a1 | 42 | 41 | 35 | 26/17/13 | 15|17/15| 15/15/16] 18 | a7 | @ 2 119 |17| 16] 15/18 | 15/17/18 | 21/18 | 16| 15] 15 | 16/18 | 14| 20|18|17/18|16|12/18| 17 | 17 | 21 3 [17/18 | 17 | 16 | 20] 22] 18 | 14] 18 | 14 | 13 | 11 | 13 | 11 |[17)|(22]| 22 | 15 | 16 | 26 | 22 | 26 | 26) 23 | 18 | 26 4 [91 | 23| 18/17! 17]13| 13] 16|14|14|12| 8] 9] 9 6| 9|18| 15/17/1181 15/15! 16 | 14 | 93 5 $12] 11] 13 | 17 | 15 | 21 | 20 | 21 | 20 | 16 | 26 | 26 | 21 | 19 | 20 | 19 | 20 | 27 | 32 | 40| 31} 10] 12] 19 | 20 | 40 6-118) 1006) 18) wiz) == | =| = eee be | = | 8) 216! ei ae eee 7 Pil) 8) au) t2| | 4173) 8) 71 6) 6) Bw |4|-2| 9) 21) c01 sil ol a) te) ton) Stee eae ee 8 | 12| 12] 19 | 28: 23 | 27 | 297 | 29 | 26 | 30 | 28 | 25 | 24 | 22 | 21 | 19 | 16 | 19 | 17 | 21 | 26 | 30| 32] 32 | 24 | 32 9 | 31 | 25 | 25 | 29 | 30 | 31 | 24 | 29 | 34 | 37 | 36 | 35 | 22 | 93 | 26 | 27 | 22 | 20| 19| 16| 17] 22/26] 20 | 26 | 37 10 | 22 | 20 | 21 | 21 | 18 | 27 | 25 | 26 | 28 | 25 | 21 | 24 | 20 | 21 | 17 | 25-| 16 | 16|10| 10/11} 12] 6| 12 | 19 | 28 | | 11 J 14} 8| 7/11 20) 21] 18| 20] 19] 18 | 14 | 16] 19 | 19 | 21 | 20 | 23 | 27 | 28 | 30 | 38] 30] 31] 29 | 21 | 33 12 !98! 30 | 29 | 30. 29 | 23 | 97 | 31 | 31 | 20 | 22 | 22 | 21 | 23 | 93 | 241 23 | 18118 | 21/20) 18117] 21 | 24 | 31 13 | 20 | 23 | 27 | 25 | 26 | 27 | 24 | 18 | 20 | 18 | 1s | 26 | 26 | 22 | 15 | 16 ( 19 | 31 | 23 | 15 | 19 | 33/32] 26 | 23 | 33 14 P18] 15} 15) 12) 9! W424 | or fet | 0. Ba 7 | 81 8) 9) 6) 7\ 07) <8) 2128 | 8: his alee 1 9| 7] 8110] 9] 8) a0 Wat) 1s fw | i | 20.) 8) 10) 2) 17 | 1 | te | 18 | 4 | Sa aay 26 [32] 18] 15 | 14 | 15 14/ 8/ s/14]11!] 9] 12114 | 24 | 28 | 27 | 23 | 35 | 30 | 28] 26 | 21/20] 19 | 18 | 35 17 | 16] 17} 10) 9/16) 8/10| 9) 9| 9] 10] 7H 9/ 9] 6) 5| 9) 8) 10) 15| 15) 16/21) 2 | I | 2s 18 }24/ 21! 18/15 | 12/14/12! 16 | 14/12] 161 14418! 12/14/13 | 10! 13/17! 14|18|18|19! 21 | 16 | 94 19 6) 13118 || 9 la! 12) o1aa fan am Oo) 77 | 5.) Bie sol ta) | 2) eal ache 9 | 16 20 f9} 7] 4/ 4) 4/1] 2) 0] 0] 0] 0] Of o|' 1} 7] 12] 141 28)| 25 | 28) 81) 29) ce) o7 A) aoe Di P80. BL |B0:|'92)| 19 | 24 | 1B | Se lhe See Yl hme ae ah | A Noe ee Dee sd Sf |) = | Pe Se] he | ae iepel ot 0) foe) col) fonleeselictie) | eben een ees June BN PGES | WAG | AN IO) Si) 2) Oi Si Blew Sl GB Gy wi 4 Gy] Byao | wey & July PANT ih || TEA RU NEN THO PN (AE Cote Ee YG fap eb Gy AE ey eS 7 August BN EF ee | NAN ES TE OH AN IO aM eh ae GB) eh) a) |] TL) W@ |) 2 September. 2; 3; 9 | 23) 16°) 77) 70)| 8 4) Fy 1) Be 74 5) B24 2h 3 Gy Os) 10 Or eed October CN NT NIG? NZ Et AN AN TM St ay BS) eh PE hte Pe INfoodysea| Ab ee a EO ee ar ik By S)) Ny ea ath 7) el a a oi eG GG Mecember i) 2 On es Se elin| 1a) O sae ON 4s) acai 5 | BA SEN AA A SUS iid liars Year 1] 5|20|14| 14/12) 20) 5| 1| 2) 5) 6| 6] 4| 3) 2) 3) 5] 6| 7) 8/ 8) 6 | | Fort-WILLIAM OBSERVATORY, AUGUST 1890—DECEMBER 1896. tS) 1 6. | eRe io) iain «| ee es Nala ete ace jet Ps 19 | 20 | 21 | 22 | 28 | | Fam PO A es Se ae CO | January 2 Oe e ce as | 27 | omnien ee ae) Teo ey 1 |) 2) °8\| 40"|45 | 13 | da ie February, -) 3.) 2) 4S 1 8) Sl Sa Gaia AON Sale 7 aS Rea tse Ne Ae Lae Onin March NT 72 I EW PAN CE GS UM ay PO nto) xO ee A) WO ce ih Eh NN ata) 1) | | ) | April Al 2) 2) 2) 2) 4) Fi Uy O10) S| Spb 8 | 6) ee ae es en 8, | 30) Sa Cae May TP Ie aN OMCANN See AN) Sy) |) MSY PAN a) | eae | | ee A 2 I OW GB | ae June 10; 8} 4 | £) 4) 8) Bx IO) Gy a 0} 2 ro ee | S| ES) EP A Bs | OK) || SU July si 51 0| 01 0] 41 6! 7) 5! 40! ol Zi ei oy zee | 27 | 9 | ei tone August Z| CE CW ON a th A BP A ON Ba we Gy ai 4 | Z| 0 LON Stoel September.| 6 || 4) °3)| 6) 8) 250 Fi OMe Ba AG 7 Ol, Sal Gee ae Ze Ces Sel Oe lS miele | | October O) hi) 08120) ZL BA 2) RENTS | 7) A ol ee eels Ween oa. zane eter November. |) (0) Z| Gol (8) | 9 7 Galerie Salas. as | AN OM) Yor SHON SEPM Ch FAN ON 35) Shp ah December.}| 2 | 1 3 (ial) EAM ral 9 2 3/10) 11 | 5 2 7 9 4 4 0 iL 6 6 | 10 7 Year 4|2\ 8| s| ¢| 3] 2] 4) Bl 7 4) 2] 8) 620! 20|0| 5) 2) 4) 6/10] 8 | 437 BEN NEVIS OBSERVATORY. TABLE II.—MEAN TEMPERATURE, WITH HOURLY DEPARTURES. es a 1|1°3 ‘8 | 1:0 OF We RSs ai eae BEN NEVIS OBSERVATORY, 1884-1896. January February . March July August September. ESCs GN A See elie SEOC USS al Coy ite) 5 SNH ODO ant Cow o : : Att BHO ORM SwHw we ary Baa o Ss AAN AnH HOD ANA S he ee Minis wie was & = _—_——$S $< uem Sa SRN © Ze, |SmS SRS SS Nr © BE|ROS BY BAH How w ; Se? SUS Slo OS So) SM QHD NN ~ = =| SS Se ISS SSIS SPSS Wee iS SOR SSS OE ONO SSS OO SOS SS OM = S NM RNR QAH N aon a [NNR RHO SHH NOS a |SHo SRO HR OTN O ol os) NAN ONY NNO & ee eae HOM NRY NON = Jee HOR WHS ANS mt i ROSS SIGS ES NNO 8 o ees SRA NOS Nas Ss as pes LOS OHN NNO ~ ¢ = nN a IRICEN Qo (NEN NHS ost NNO N 2a |THE SOH NNO MNN N coal _ 4 a NNO AG qo ons x co |SSS 2©O8H HOH COO wo o |Add Fost Sm Ham © 4 a4 oa CD COSHH CON fox ANS 00 rn | SNH S99 END NSH © rm | Pr CHO PON BEwW 4 ARAN aes qo eo HSHID GooOcD OG nN HAS to) SEP POX S90 Hon Ze) OsHOO NNT OF Ont- A = aa a ANN Nae qo 4 Ned 1NldId = ~ 4 ae ANN Ae fon! | Neo HHH MOM NAR AN oe) I fon) a COL—dOsH TH | NA [PROD HRS WONN SONIDO © 3) NM | SONGD IDCoCD GOK NNO N cd 2 ear Cn A oe Ae ce ee al = q oN MOD NNN ANG N woN © B | 4 |NHE Sct SG IoMCD OB 3 rm | Og? SHI MOM orc «© Best aad 3 qf a NNN ANH fF eq ONS A 8 | o [SNe Ere sms ASO - A | o [ses mer som FNe iS] q | q aad aD S = AAR 2 si a |2OYm ASS KRoOnm NKR & = a {PRS 2H WNH AHR = | | NN = — _—_ = 3 SBR 6 co ea | SRE SS ESTES SS) aS Soy" US SG Gs) E | om [SSS RHR ANH HAH = eZ | 1 NR NAN ANON N NMR al ae SUN SGU OEE Ss ea ye o glee eee. Fe ee IS Sm = Polis abe =) NR BRR RRQ & nS PNR O SB | oe [SSH 8SR RSVR FAR SO s © |S SS SON BRR NAS A! a Si SRS PSH | OSS ba ~ Sp NS SSS HOH Q 2 d Eee 9 | ew a 3 poe Be EA eae Neue ee z SSR Ss o || SSaReS SiGe Soeur Ss sy = io Pas SSSssy “Ss Si CyGy— Ss . = E > AAR ONAN N ra AHRQ SHS TH VQ N XR = = — ‘ — =a = — - = —< LO Sl SS 2 = [Deis SiS Goes tspsusl Ss = Se eee SR SUSE NS esE es) > NMRWRQ WANN nN ee | SSIES SS oa EST Sa BSS Ss x = = ip ee oRe o EES 5, cane A Taya Rel re aD [ieee SHES SS ESS ES SIN ES 4 Ga {| hoes Pal SoCs GANSU: PS Cole Se) jes} || NANQ NAN o) | AR SS SQ X Be = : - - = ae Ss = BS ee RP} ag [RPS AH® BSR ARAN Bp | BPP SIRES SSCS SS SSSS Ug ES: So | NAN ON S| MQ WSS WRRQ Q SESE) 4 Hy leet Sat eSs: ESOLSoreS) ESeiguiae ies a PSE SSO TSI SUCH ERIC es aS) > | = Pi Via mt 4 SoS Sse OY RN ¥ uw mH oH 4 oF co) oH ' ) oH Hos I > Ee we Hos aA Sate ee 25 ® S's A a8 4 2k @8'g ex RS ig ateh eee fo apiste! S is2| So = 532 25 fo) |; Se = fey ey Geet) a ° 2 x su 9 oy oO > opr os 2 & rn 59 Bo p>o® >oSo2 obnY =| S53 8 a foe oes See og os aa \e25 522 223 358 3 CZAR See 445 5407 OFA Sees 4265 547 OFA ; oh gh nat al a SE ee er a ee Se) ee ee Pies Pew onn Geen ooo 0°6 night. Mid- 20 | 21 | 22 | 28 19 | 0°8 | 0°8 0°8| 0°8 | 0°7 | 0°7 | 0°7 | 0°6 | 0-6 | 0°6 | 0°6 0°7 | 0°7]0°8 0°8 | 0°8 | 0°7 | 0-7 | 0°6 | 0°6 | 0°6 | 0-6 | 06 | 0°6 ” ‘ 0°7 | 0°8 | 0°8 10 7 Va | 0°7 8 BEN NEVIS OBSERVATORY. if 5 4 5 4 TABLE III—DIFFERENCE OF DRY AND WET BULBS. 3 3 10-6 | 0-6 | 0-6 0:6 | 0-6] 0-6 | 0-6 0-7 0-6 | 0°6 | 0-6 | 0-6 | 0-6| 0-6 BEN Nevis OBSERVATORY, May 1884—DEcEMBER 1896. B a S I 2 ® iHi SOT onrn nor mmo Seg onr non BmOe OOr onr Hor 3Srop wee onrn SSI ONS EVSe onr oor CID Gomes) onrnd ooo BOSS Coveney) oor oco Eg Es oor ooo Cet ne See coor ooo OPN Hh oor ooo CAN 19H oon ooo SSO 9 Sp oon oco CPN SeD cor ooo July August mon NAAN 0°6 0°6 BEN NEvis OpsEeRvaToRY, AuGusTt 1890—DEcEMBER 1896. Fort-WILLIAM OBSERVATORY, AUGUST 1890—DECEMBER 1896. September . October November . December . January February . March | August September. October | November. December . Year Year pe else ANN H o a2 2 re) i 2 N July August 2°2 4:0 | 4°1 | 4:2 | 4°1 | 3°9 | 3°7 | 38°38 | 3°0 | 2°7 | 2°5 | 2°3 of 2°2 |2°1 | 20} 2:0} 2°0 BR 3 2°2 | 2°4 | 2°8| 3:1} 3°4 | 3°7 October | November . December . Year 439 BEN NEVIS OBSERVATORY. TABLE III.—continued.—HOURLY DEPARTURES OF DIFFERENCE OF DRY AND WET BULBS. Ben NeEvIs OBSERVATORY, May 1884—DEcEMBER 1896. loos HOS OSH 1999 FI : > laos Pred OAR WOH a leon PAS ©OO ONG O&O 5 SSS Cnr SOS SOS 6 | § SSS SHH SOS SOG 6 3 ANN MAH MAN ANA A A | all a a a ————_—_——_——— LS a oe) oe) ue) BEl/SSS NHS SR Tas 4 [BElenm wes enn snes x BE|NNO RH HHA wo vz aco (acs Sus NNN ON ei aaa oe. A Cee SSS SIPS SS SS sr os) Gey 1 SS'S SSTSP SiGe Sh IS oo 12RD SHR SoxR Qs o a i) 1a N ANN ON VS OS) Se aa ae a [ees NAY NAN NSS Ww a Poe BRS ROO HANS a a a Sk = seat ISU SSS Rees a = oem Ls SS Nos = pone HNN NYS ANS & ra x | i. 3S Sal's eo | SAS VR2n HeoS> HSS s S eae SAR Ns HSS WH o fee NSHsH sem NOS S S g NI mins a |PAAS RNS NON HSS H a |SAS SAA HSS NSS ao | AON Orig COOstIN FSH cH 4 4 q | © |SSS Ne SN NSS © [SSH HTN SSs HSS s oo | SRM HER NOR AHS oc Len! _ inal La aad wae ~ [SSR SSA cop NSS © nm | SSH SNM ASN NSS © y [peo ben simN ENS © q S me Los = ee si SeoAnAN Aer ol o [ents SAN NAN NAS © © [ASN ANH NON NOS © |N@EC SON PINK OOH N | La Leo] ri NNN Ss Is fhe be | 9» | TASS AND ANAND NAS of 2) | SSS) SS) Serica SiS) 12 | HOM NOS MOO HN Lon | = Le! bs | ANN andre ri me a [Ses ANS Arie SSS oO + [SSS Nx MSM SSo N 5 + | HON SSD ayn OsIN A 4 o = q aH ANN sad 4 qo o | OMS OND MHD OSS S| wm |SSS NOM S99 SHS N S| a |ppS FOS CON ot o mo eS rq et aoa see ci SS ee ee ee [22] a a |SSS SAN ANDO SS © TH) a [SSS rH ©S0 SHS a Bp aq [8m WH NOM EHH rH | 6a Ll g q aes we a |ASS Stn Arm SSS © | Fa Hq |SnRN FMW NASON FSS ie] ge |S Onin OEo aNS 1 aie iss | 2 o 3 m4 aoa GOL THIS —I a °o Rae ANS Neo WSS A o ae COSHID COSHH NHN AN cI Lal | a — = iS) S E a = =<. — | a on Sates SIN tS SS | S a NSS HSS HOM sos ~N =) g ; i fon = - ess © co a coals PSS SHAS ANS © = o | XSR BHR ORR HNN w& cy aes = P Seca a | ~ |PoS SHS SShishs cs Se Se SS p is NNNON NES 4 5 | o [SSS Sen HSR See Ss 1] 6 [892 See SNe onn @ «4 sf ANN ONN NaS 4 ~ |. |Se™ SRR NR Sen 4 SO | m [2S SSS SNe HHS Oo ra a NNR WH - < “= a a" ———— Sie! Ss S aw |SNS SND NSS SSO > w | MSD SES SHS SAH o =a Ba NNR NNN = b ene @ |» |SSS NOS WHQ Fen 4 6 | « | ASP SSS BID CAN O fe S NNQ NWN eal ee ee ee SSn WN = ~ MSS WAS NONQ FN Ww s mI MYO SNES OS COHN © a ANN ONAN eS wn R Ss SSN WAS NNQ BN Ww S| E NRB NHK HSH DNS S 4 SAAN ONAN 2 . a (Sie z, . . rs a = . . . nr Paes b 3 2 > Db o 28 e4 b 2 o % Ee Q Q Q re 2 2 egos eg Seo Zi Fare sire ice a3 ae Be BEE Sieis a so He! fe & ie o 2065 5 (Ss) 1SeO0 50 26 : Bee SE bo bite Soe 8 oF BE Ob En Oven Gt Ea eee eS Estee iene eee Sie a cia Ee ee See ne mo qos B25 3PeB 258 38 a do S885 gah 553 8 — 2 BREA 4425 640 OFA See 485 5407 OF & ) | 6 | Ske 428 BAM OAQA 440 BEN NEVIS OBSERVATORY. TABLE IV.—RAINFALL—INCHES. Ben Nevis OBSERVATORY, 1885-1896. Mid- ilo) |) Se |) S| SE TGS | aI) Gye SK | a) || 0) eal | |, Be night 2 2 3 4 5 6 7 8 9 | night,| Tot Jan. .} °602| -@85} -722| -799| -728| -760| -738| -670| -680| -663| -772| -669| -626] -G16| -G14| -639| °59S| °615) -581| °627| -5388| °592| -582/ -584| 606 Feb. .] -465| -458| °515| -513| -487| -561| -430| -445| -432| -432] -502| 601] “5839 ‘587| -455| °513| -518| ‘542) -484] -485| -548| °540| °528] -546| 474 Mar. .| °528/ ‘508| 562) ‘572| °519| °593| °596| “581) °492] °473| 484) 481] -449] °505| ‘517|] °576] ‘619| 625) “546]) °532| “517| °487) 505) -472) “513 Apr. .] °255| 279] °302| °300| -294] °239| -302] -306|) :238| -221) :232} -243) -281] -288| *285| °232) °212| 252] -260| °233] -269) 263] 277] :231| 256 May .] 239] ‘223| 247] °224/ -319| "308| :289] -251| :284] -252| -244| -263] -335§ -353| °324]) ‘370| °361] °334| °362) -285| °276) -239| °232) °239) +233 June .] °292} -240] °301} °302| °253) °292] -288) -282] ‘242) :268] -245| -250] -3u4] 318] °348| °4386/ °331] °359) °362] °321) “341| °315) -277| °299) :206 July .f 371) °366) “408| °377) °390| °398] -469| 414) °410) “413] 385) °423| -476] 504) -400) °397| “404|) “433| °507| “479 | *464] °382] -422) °385) °367 Aug. .[ °549] °578| °643| “660| -646/ °523] ‘534 | “471| -458| °417] °465| 509] ‘5279 “671| “668| °695| °638| “594| “612] °570| 580) “506) °496] °508] ‘571 Sept. .] °653) °632/ ‘591| ‘678| 692] “611] “595| “614| °622| -696| ‘746| °753| “604 °674| °640| ‘588| “696| °537| ‘621| “6385| 645] °645| 670) -629) 647 Oct. .} “607| °643| "676| °648| “G54| °765} “680|) ‘581| °626|) °G50| “614|] °583| °613} “679| °552| °569| °591| °633) 613] °565) -527] °517|) “b61| 594) “619 Nov. .} “611] °565| °552| °595| °577| “G12] °586| 550] ‘646) 565] °594|) 525] -587} “G60| °577| ‘581| -607| “628|) 591] °557) 531] °635| “628| °595) 603 Dec. .f °562) °637| °651) °702) ‘57 554) °565 |] °538|) °574] “603! °646|) °649| ‘6799 °707| -726| 591) 699] °707| °649| °584) *634) °702) °651) 592) “561 ) i Year .] 5°734 | 5°814| 6-170 | 6°370 67134 | 6-216 | 6-072 | 5-703 | 5-654 | 5°653 | 5-929 | 5-949 | 6-064 | 6-562 | 6-106 | 6°187 | 6-274 | 6-259 | 6-188 | 5°873 | 5-870 | 5°823 | 5-829 | 5-674 | 5-745] 144-118 | 7 Ben NEVIS OpservATORY, AUGUST 1890—DEcEMBER 1896. Mid- Mid- nicht. 5 2 3 4 5 6 i 8 9 10 13 14 15 16 iy 18 19 20 21 22 23 night. Jan. .f 549] °564) 529] ‘668|) -485| °558) -530} -622] °578| ‘573) 743 523 | -496| °590| “466| °486] -452| “492| -487| -480] ‘510) °566) -542 Feb. .] °522] °531| °636| °615| °605/ °618| 516| °537] °549/ -490| ‘561 *683 | °557| °637| °656| °718] °599| °538} °526| “652) °554) °636) 540 Mar. .{ °564) °539/ °600|) °551/ °503| °629] °562|) 640] °500| “531| :545 ‘494! °507| °635]° 688} -729| -670| °537]| °521| °456| °424) -468) 518 Apr. .] °276] °322] °378] °388| -348| °232| -264] :296) -248| -240| -262 865 | °353| °382| °257| °332) :277| °285| -838| °379) "365 ] “3832 ) -289 May .] 179] °202} 215] °171| -318| °342| °312] -233] 243) -289) ‘229 *459| °354] °324|] °380] °323] -340] “281} “241) °215| °217) °200) -164 June .} °226] °196|) ‘253] °315] °245) :294) °228) -246) -279| °318] ‘248 *858| °3846] “b11| °353) °395| °410| °3840) °377]) °351] °*290) ‘311| °239 July .f| °362] °346| °468] °320) “361] °366| “387] °357| °409| 426] 7423 *565| °399| -400] 473] °535| -607| °553| °551| 381) °509}] °412] °353 Aug. .] °581| °676| °747| ‘777| °789| °595| -611] -533| °483| °441]| °500 ‘747 | *752| *816] °644| °652| -667|) “620] °596| ‘527 | °523] “557 ) °592 Sept. .| °748) °779| °722) °835) ‘847| °693| “707| -712| °785| 851] -953 ‘779 | -674| 652) °846} °590] 682) “713| °756| °772) °782| -682) °760 Oct. .f °7382| °716) °750| °*800) °705| -809| “710) -616} ‘716) °713) ‘711 708 | -613| °673| -626| -676| -610| ‘572| -547| “578| -640| -673| 747 Nov. .] 605] ‘611| °544) 595] °590/ “639|] “607]| °578| °654| -604|] ‘569 “651 | °590| *622| -668} -693|) °706| °629) “614| -743] “656] -609) °587 Dec. .f “587| “592| °572] 670) 544) -498) °472| -468| °513| °525) ‘604 “667 | *709| 586) *704] “671| °615} 606} °579| °633}) “605| -583} °586 Year .§5°931 | 6°074 | 6°414 | 6°705 | 6°340 | 6°273 | 5-906 | 5°838 | 5-917 | 5 955 | 67348 6°999 | 6°350 | 6°78 | 6761 | 6-750 | 6-635 | 6166 | 6:183 | 6-167 | 6-075 | 6°029 | 5923 Fort-WILLIAM OBSERVATORY, AUGUST 1890—DrEcEMBER 1896. Mid- ; : Mid- ie) 2 2 3 4 5 6 7 8 9 | 10 | 1 | 12 | a3 f-ae | as | 16 [a7 | 18 | 10 | 20 | 21) |) Seaee ee Jan. “340 | +272) -269] -319] -315| +367] -374| -470| +386] -357| -363] -160| -236] -194| -234| -265| +312] -337| -281| 300} -366| -281] -322| -258| -345 Feb. “209 | -207| -304| -240| -272| -300| -274| +287] -299/ -320] -368] -230| -318] 413] -322| -304| -385| -232| -259| -238| -231| -312| °300| soz] -244 Mar. .| -256| -308| -368] -314| -235| -266| -294] -233] -203| -302| +286] -140| -184] -189| -232| -320| -326| -291| -260| -255| -286| -243| -268| 323] -238 | Apr. 119} 171] +130] 165] 188] +144] +141] -096] -092| 115] -132| -064| -o87] -079| -087| “121] :105| 109] -113| -124] -181| -225] -176| -145| -125 May 089 | -146| -111| -116] -125| -182| -167| -122| -115] -088| -108| 075] 158] -194| 213] -148| -153| 142] -109| -106| -o90| -124| -o78| -o76| -079 June .] 134) -138| -109| 120) -132| -164] -109| -173] -158| 171] -094| -055| -132] 174] -145| -172] -186| -153| -188| +126] -185| -111] -092] -094| -188 July 166} *168) -209] -199| -162| -217| -212] -139] -140| -115| 173] -099| -2149) -255| +221! -226] -250| -227] -309] -240| -260] -149] -211| +182] 162 | Aug. .§ “284 "B65 “434 | °385| °420|) °333] -802] -311| °263) -234 ‘227 | °203} “8989 °370| :408] °407) °297) °258] -254] -295) :221 249] -269| °268)* “291 Sept. .] °305| °284| °326| °320/ °316) °318| °349| ‘324 “417 | °470| °516| °402]| °363] °300|] :260] °319]| °359| ‘284 287) *266 ‘296 °306| °827) °294) "816 Oct. ‘501 +480) 418 “392 | -331| -264| -277| -257| -267| -184| -268} -304| -299| -251| +249] -252| -298| -231] -287| 296] ‘310] -484] -511 Nov. “887 | °386| °318 SOUL *822) °315] °319] °204] °356) ‘211] ‘2167 -363] :368] ‘381 *418| °346| °887] °408| °393] °389) °843] °3868)| *361 Dec. ‘351| -373| °342 | +290) -312| -264| -281| -278| -380| -281| 350] -421| -454| 416] 305] -396| -383| -380| -398| -367| -315| °352| "352 | } Year .§3°141 | 3°298 | 3°338 | 3°315 | 3°190 3°333 | 3°187 | 2:998 | 2-900 | 3-001 | 3°270 | 2-104 | 2:924 1 3-256 | 3:243 | 3°330 | 3°385 | 3:027 | 3°128 | 2°969 | 3°194 | 3:052 | 3°011 | 3°096 | 3°162 BEN NEVIS OBSERVATORY. TABLE IV.—continued—HOURLY DEPARTURES OF RAINFALL. Ben NEvIS OBSERVATORY, 1885-1896. 441 1 2 B} 4 5 6 7 8 OMe OMe Meee eee Sen eee Seely late || £8) | 1914) 20 | 21 | 225) 98 ue Mean. 033 | ‘070 | 147 | 075 | 107 | ‘085 | ‘017 | °027 | (010 | 118 | 015 | 028] -038 | 040 | 015 | 057 | -040 | ‘074 | 028 | 117 | -063 | ‘074 -072| -050 | 0°654 045 | ‘012 | ‘010 | 027 | ‘057 | ‘074 | 060 | 073 | ‘074 | 004 | ‘095 | 076} ‘080 | 053 | ‘005 | ‘010 | 033 | -025 | 025 | 038 | 030 | 017 | 035) 037 | °507 029 | ‘025 | 036 | -077 | 058 | 062 | (047 | 041 | -059 | 048 | ‘050 | 081} 025 | 012 | "048 | 091 | 098 | ‘020 | ‘006 | 008 | -037 | -019 | :051| :010 | ‘530 . .| 017 | 040 | ‘038 | 032 | 023 | 040 | 044 | 024 | O41 | 030 | 019 | 019 | ‘026 | 023 | 030 | 050 | ‘010 | -002 | 029 | ‘007 | ‘001 | ‘015 | 031!) 006 | -262 063 | ‘039 | ‘061 | "034 | 023 | ‘004 | 033 | -050 | -032 | 040 | -020 | ‘052 } ‘070 | 041 | ‘088 | 079 | ‘052 | 080 | 004 | 005 | -042| -049| -041| “O47 | +283 t 061 | 000 | ‘001 | ‘049 | 010 | ‘014 | 020 | 060 | 034 | 058 | 053 | 001} 015 | 045 | 133 | 027 | 055 | 058 | ‘017 | ‘037 | 011 | 028 | 006 | -009 | 303 056 | 014 | -045 | ‘031 | 023 | 048 | 007 | -011| -008 | 035 | 003 | ‘056 | 084 | 020 | -023 | 015 | 014 | 088 | 060 | 045 -037 | 004 | -033| -o52 | -420 .1 024 | 089 | 105 | 090 | 034) 024 | -088 | -102 | “144 | 097 | 054 | 037) "107 | ‘103 | 129 | ‘071 | 026 | ‘043 | 000 | 009 | ‘066 | 077) -066| 004 | °564 015 | ‘056 | 032 | ‘046 | 035 | 051) 031 | -023 | ‘051 | 101 | 109 | 040} 030 | ‘004 | 055 | ‘053 | «106 | 022 | -007 | ‘003 | ‘003 028 | -012| ‘006 | “644 034 | 066 | 038 | "043 | “154 068 031 | ‘018 | ‘087 | 000 | -032 | :002\ 064. | ‘064 | ‘047 | ‘026 | 016 | 005 | 053 | 092 | -102| 059 -026| -002 | -615 028 | 041 | 003 | ‘015 | 020) 005 041 | ‘055 | 025 | 004 | 065 | 002} 071 | ‘017 | :007 | ‘019 | ‘041 | 004 | 030 055 | ‘049 | 042 010} ‘018 } -589 005 | ‘019 ' ‘070 | 057 | 078 067 | 094 | 058 | °029 | ‘014 | ‘017 | ‘047 | ‘075 | 094 | 047 ‘067 | ‘075 | ‘017 048 | 002 | ‘070 | 019 -040| 071 | ‘632 186 70 "370 | 133 | 215 | ‘070 | 299 | -349 | 350 | -075 | -055 | 059 | ‘557 | “100 | “181 ‘267 | -252| -180| +735 | -z89 | -186 | -181 -336| -265 | 6-005 Nevis Opservatory, Aucust 1890—DEcEMBER 1896. 2 3 4 5 6 i 8 | TW | it | 1 || 1 | we Pay aus |) aly |) 1) GIy) a iP) Gayl) oe es Mean. 019 | -026 | 123 | -060| ‘018-015 | ‘077 | °033 | ‘028 198 | (068 | 036} °022 | 049 | 045 | -079 | -109 | -093 | 053 | -058 | -065 | 035 | ‘021 | °003 | 0°545 057 | 047 | 025 | 015 | ‘027 “076 | 056 | -044 | -104 | 034 | 094 | 086} 086 | ‘047 | 038 | ‘056 | 117 | ‘002 | 064 | 077 | 048 | -050| ‘031 | -066 | -597 038 | 025 | 022 | 068 | ‘060 | 005 | 075 | 063 | 030 | ‘014 | 021 | 050} -059 | 044 | ‘086 | 141 | "184 | 127 | -004 | -018 | -U87z| -111| -065| 013 | -554 018 | ‘074 | ‘083 | 043 | ‘074 “042 011) -059 | 068 | ‘047 | 069 | "0061 "055 | 042 | ‘021 | 055 | 019 | -086 | 029 | 024 | ‘064 | ‘050 | 016 | :027 | 310 082 | ‘069 | -112 | °035 | ‘060 | ‘031 | 048 | 037 | 040 | -050 | ‘005 | ‘076 | 182 | ‘078 | 049 | 105 | ‘049 | “067 | 008 | 037 | 056 | 054) 070) -106 | -277 ‘110 | 053 | 008 | 062 | 014 | 080 | -063 | -030 | ‘008 | ‘063 | 031 | 007 | ‘046 | ‘033 | "198 | 039 | 080 | 095 | "024 | “061 | ‘034 | 027 | -007| -o79 | 312 093 | 029 | -119| 077 | 072-051 -080\ 028 010 | ‘018 064 | 040 } 180 | 035 | -034 | °039 | 102 | 174) 121 | 119 | 057 | 078 | -019| -078 | -435 055 | *126 | *156 | “167 | -027 | ‘0122 | -090| ‘1471 | 183 | -125 | 034 | -030} 121 | 125 | 189 | 016 | 024 | 038 | 009 | -034| -103 | -108 | -074| -039 | -626 032 | 026 | ‘087 | ‘098 | ‘056 | ‘043 | -038 | -016 | ‘100 | ‘201 | ‘078 | -040} 026 | 080 | 102 | 091 | -165| 074 | 043 | 007 | ‘015 | 024] 076) ‘001 } °753 -} 046 | 080 | 129 | 034 | “137 | ‘037 | -057 | ‘042 | ‘038 | ‘036 | 020 | 007} ‘031 | ‘065 | 006 | -053 | -004| ‘071 | «109 | -185 | -105 | ‘043 | -011| ‘063 | °677 019 | ‘085 | -033 | -038 | ‘012 | 019 | 047 | ‘039 | 020 | 054) -081 | 034} 030 | -030 | "003 | ‘050 | ‘076 | 089 | 013 | ‘0072 | 129 | 042 | 004] 025 | ‘621 000 | 020 | ‘078 | 048 | ‘094 | -120 | -124| 079 | -063 | ‘012 | 014 | 029} ‘075 | 117 | 006 | 112 | ‘079 | ‘023 | ‘014 | 073 | 041 | 013) -009) -oveé | +592 229 | “111 | °403 | 038 | 029 | 395 | 463 | “884 | “345 | “048 | 080 | 120} "700 | ‘052 | “480 | 463 | “453 | 338 | 232 | 163 | +129 | 221 | 266 | +372 | 6-299 ORT-WILLIAM OBSERVATORY, AUGUST 1890—DECEMBER 1896. PS | bel 6 | 7 15 16 | 17 | 18 | 19 | 20 | 21 | 92 | 98 | Mid- Iapean. | night. i ES ee — earn = 032 | 035 | ‘O15 | ‘011 | ‘063 | ‘069 | “165 042 °005 | 030 | 026 | -007 | °058 | -027 | ‘014 | -050 , 037 | 0-306 064 | 032 | -032| -003 | 023 | -004 | °007 ‘012 | 042 | -063 | -037 | 060 | 068 | ‘011 | ‘002 | 002) -061 | :288 034 | ‘095 | 042 | 037 | -005 | ‘024 | 036 ‘057 | 064 | 030 | ‘001 | 005 | 027 | 015 | ‘010 | 066) -078 | :265 046 | ‘005 | 039 | 012 | 018 | 015 | 037 008 024 | *020 | 016 | 006 | ‘051 | ‘095 | 046 | 014 | ‘006 | “128 } 015 | 020 | -014| -005 | 053 | 038 | -006 023 029 | ‘018 | 025 | 027 | -033 | 002 | 044 045 ‘042 | “126 | 002 | 027 | 016 | -005 | ‘027 | 028 | 036 034 ‘047 | ‘014 | 049 | 073 | "046 | 028 | -048 | 046 002 | “138 031 | ‘010 | -000 | -036 | °019 | “014 | -059 029 ‘054 | 031 | “113 | -044 | °064 | -047| 016 012 -033 | 197 } 051 | 120 | ‘O71 | “106 | °020 | ‘077 | -002 | 097 013 | ‘052 | -055 | 014 | -088 | ‘059 | 039 | 040 017 | °311 O45 | 008 | -009 | -014| ‘012 | ‘018 | 007 ‘016 | ‘023 | -052| 050 | 071} 042) -082| -012| 045 -023 | 334 ] 165 | “103 | 125 | 062 | 075 | ‘014 | -054 | v0 -073 | -070| -024| -092| 036 | -028| -014| 109 186 | -320 026 | O47 | 023 | ‘O11 | 004 | -032 | -038 037 | ‘075 | “004 | ‘046 | “068 | ‘054 | ‘052 | 007 033 | 027 | “347 020 | “O11 | 002 | 024 | “054 | 041 | -089 063 "042 | 043 030 | 027 | 045 | ‘014 | 033 | 001 001 | °353 *195 | ‘235 | ‘211 | ‘085 | ‘227 | 080 | «220 | - "215 269 | -090 010, 150 | ‘O074.| 069 | +777 | -027 | :039 43:118 ROY. SOC. TRANS. EDIN.—VOL. XLII. 3 OL 442 BEN NEVIS OBSERVATORY. TABLE V.—SUNSHINE—HOURS. Ben Nevis OBSERVATORY, FEBRUARY 1884—DEcEMBER 1896. 8 9 10 11 | 12 13 14 15 16 17 18 19 20 Sum | | ie ae al x <| 3 ae = 0°32] 2°55] 3:52 | 3:69 | 4:45 | 4:44 | 3:66 | 1:72] 0°08] - = = = 24°43 0°57 | 3°11] 5°14] 5°40 | 5:69 | 5:76 | 5°74 | 5°08 | 4:57] 2°55| 0-25] - = 2 43°86 3°09| 4:78] 5°68] 6:23 | 6:98 | 6°61 | 6°29 | 5°87 | 5:33} 4:18] 1°85] 0-22] —- = 57°56 6°90| 7°78] 8°18| 8-48 | 8:37 | 8:22 | 7:31 | 7°10 | 6°24! 5-61) 4:30] 1:63] 0-10) — 85°95 7°32| 7°58| 7°72| 8:49 872 1 884 | 8:01 | 7:03 | 6:99] 6°46] 6:80] 5:77] 2°99] 0:32] 107:04 8°92| 9:22] 8°95| 8:96 | 8:94 | 8:89 | 8°32 | 8:31 | 8:02] 7°84] 8°05] 8:00| 6°34|1°56] 181-77 5°78| 5:97) 620] 618 | 5°99 | 6712 | 5:90 | 5:31 | 4:90] 4°47] 3:94] 3°62] 2:47|0°34] 78°76 3°90| 4:41] 4°63| 4:95 | 4:45 | 4:48 | 4°54 | 4:07 | 3°40] 3°19| 2°66] 1:81] 0°36) — 51:04 4°99| 6°32] 6°15] 6:64 | 6:78 | 7:02 | 6:37 | 6:31 | 5:64) 4:16] 213] 012] - = 64°32 2°20| 3°84] 4°89] 5°58 | 5:45 | 4:72 | 4:45 | 4°18 | 3:42] 1:25) 0-04) - = = 40°26 0°16} 1°92] 3°51] 4:21 | 4:16 | 4:16 | 4:23 | 3°91 | 1°70] 0-25) — s 2 = 28°21 = 0°18| 2:27| 3:42 | 3°68 | 3°63 | 3°25 | 2°51 | 0:34] — = by = 2 19:28 43°83 | 55°38 | 65°87 | 72:06 | 72°90 | 72°85 | 68°85 | 63°34 | 52°27 | 40°04 | 30°02 | 21-17 | 12°26 | 2°22) 732-48 Ben Nevis Opservatory, AuGusT 1890—DEcEMBER 1896. 4 By | 16 7 8 9 10 ii 12 138 14 15 16 17 18 19 20 | 21 | Sum. Jan. = = = = = 60| 2°50) 2:89 | 2°58 | 3:70 | 4°37 | 3:21 | 0°81] 0°02| -—- Ss = & 20°68 Feb. = = = = 0°91 | 3°52] 5:30] 5°52 | 5:78 | 5°62 | 5:84 | 5°54 | 4:54] 2°35] 0°08] — 23 x 44°95 Mar. = ee 0°02| 0°95] 4°71] 6:38] 6-80) 7:09 | 8-36 | 8:11 | 7:96 | 6°86 | 6:74] 5:80] 2°02) -— = = 71°80 | 7 ee = = 2°41) 5°84] 7°62) 8°53] 8:32] 8:85 | 9:14 | 9°47 | 8°15 | 7:99 | 7:06] 6°74) 5°57) 1:°35| 0°02) — 97°06 May .]0°11| 2°82| 5°84) 8°02| 8°72) 8-42} 8-78] 958 | 10°57 | 10°51 | 9:42 | 7°95 | 7°68| 7°31| 7°71] 6°24) 2°55 | 0°05] 122-28 June .|0:99| 6°47| 8°38} 8°53] 8°58| 9-09] 8:75) 8:99 | 8:69 | 8°93 | 8:47 | 8:20 | 7°86| 7°62] 7°86| 8:06] 6°27 | 0°76} 132°50 Jul. .|014] 2°22) 4:98] 6-02 6°41} 6°81] 6:64 | 6:69 | 6°68 | 6:40 | 5:67 | 4:87| 4°16| 3°64] 3°48] 2°40) 0°34] 83°32 1 Aug. .| — | 0°10] 0°98] 2°47] 3°77] 4°34] 4°32] 4°53 | 3°60 | 4:45 | 3°87 | 3°47 | 2°64] 2°58| 2°00] 1°34] 0°18) - 44°64 1 Sept. .J — - 0°09| 1°85] 4 5°73| 5:70] 5:87 | 6°30 | 6°92 | 6:23 | 6:27 | 5°80] 4°05) 1:70] 0:30] — 4 61°39 1 | bs Oct. = = z2 0°44] 3:06] 4:°37| 5°50| 6:65 | 6°38 | 5:41 | 5:13 | 4:71 | 3:62] 1:29) -—- = 2 = 46°56 ] Noy. = = = = 0°41] 2:99] 4-24) 4°72 | 4:65 | 4:84 | 4:58 | 4:21 | 1°72] 0:02] — = = = 32°38 Dec. = - | - = 0°24 | 2°52] 3:59 | 3°80 | 3°56 | 2°99 | 2°32 | O12) - = = = = 19°14 (Year .| 1°24] 11°61 | 22°70 34°12 | 48-13 | 60°62 | 69°54 | 7442 | 76°54 | 78-20 | 73°41 | 66°40 | 53°46 | 41°94 | 30°53 | 20°77 | 11°42 | 1°15} 776-70 Fort-WILLIAM OpsERVATORY, AUGUST 1890—DECEMBER 1896. | 13 14 15 16 17 18 19 20 | 21 | Sum. | 4 illtve wer 50 z| |Jan. .| —- — — | = = = | 0°08) 2°19 6°25 6°98 6°40 3°52 | 0°28 — - - - ~ 25°70 Webel) = = = = = 0°34) 4°40| 7°86) 807] 8°89| 9°69] 8-46] 5°47 1°05) — = = = 54:28 |Mar. .} — = - | 0°04] 3°57] 9:80) 11-43) 12°29] 18°13] 13°52] 18°19] 13°32| 11-21 6°85) 118) - = — } 109-03 | Apr. 3 le = 0°67 6°34] 11°03 | 13°56 | 14°39| 14°47] 14:86] 14°35| 14°54] 12°88/12°07 10°20] 7°16] 0°56| — =) | aes |May .} - | 1°80 | 7°20) 11-16 | 12°79 | 13-37 | 13°88) 14°64] 15°54] 15°18| 14°94] 18:77|18°71 18°18|11°94| 6°40] 0°22 | — | 179°67 June «| — | 4°24 | 9°75 10°91/ 11-70] 18-01 13-76 | 13°35 | 13°03] 12°89) 12°86] 13°48 | 18°67 18°80 | 12°64 | 10°02 | 3°31 | — 181°92 ] | \July .]0°04| 1°50] 516 7:15] 7°86 8°70| 9:40; 911] 9:56] 10°11] 10°53] 11°27] 9°56 8°94] 7°59] 5°70] 1:03 | — | 128-21 |Aug. .[ - | 0°02 | 0°75 8°74] 5°64] 6°48| 7°84) 8:47| 8°89] 9:03) 9°30] 9°98] 9°00] 8-21) 5°87| 1°49] O01 | - 94°77 Sept. .] - = = 0-71} 4:98] 8°80] 9°16] 10°17] 10°73] 41°27) 11°77] 11°15| 10°69 7°08] 1°58] - = 2 98°09 Oct. .} - = Siog Wete 0-20] 4:69| 10-12! 12-02/ 11:87 10°71! 10°16| 9-23} 651| 1:04] - = 2 = 76°56 |Nov. .| - 2 = s - -~ | 1:35] 5-00] 5:80} 6:32) 5:64] 3°75| 052 - : = iS = 28°38 BBG. = t= - - - = | ae 0°51) 4°50] 5:02 3°38] 1:04 = - - - - 14°45 Year .]0°04| 7°56 | 23°53 40°05 | 57°77 | 78°25 | 95°82 | 110°08 | 122-23 | 124-22 | 122-40 | 111-80 | 92°69 | 69°95 | 47°96 | 24°17 | 4°57 | - 1183709 | 36907 a BEN NEVIS OBSERVATORY. 443 TABLE VI—WIND FORCE (0—12). ‘ NEVIS OBSERVATORY, 1884-1896. Mmoeies | 2 5 | 6 | 7 |e) of lero mame do bis | 14 a5 | 16 | 17-| a8 | 19 | 20 | a1 | 22 23 | oni, [Mean. 3°20 | 3°23 | 3°23 | 3°21 | 3:00 | 3°03 | 3°08 | 3°00 | 3°02 | 2°98 | 38°02 | 3:01] 3°00 | 2°91 | 2°85 | 2°92 | 2°94 | 2°96 | 2°88 | 2°90 | 2°99 | 2°99 | 38:09 | 3°12 | 3°02 2°86 | 2°92 2°85 | 2°89 | 2°71 | 2°78 | 2°76 | 2°76 | 2°76 | 2°74 | 2°79 | 2°75 | 2°69 | 2°66 | 2°65 | 2°68 | 2°60 | 2°68 | 2°69 | 2°76 | 2°94 | 2°95] 2°96 | 2°94 | 2°78 2°79) 2°77 2°73 | 2°70 | 2°57 | 2°59 | 2°58 | 2°64 | 2°63 | 2°56 | 2°61 | 2°58] 2°54 | 2°42 | 2°39 | 2°37 | 2°39 | 2°46 | 2°47 | 2°57 | 2°69 | 2°69 | 2°73] 2°79 | 2°59 2°34 | 2°33 | 2°42 | 2°36 | 2°23 | 2°27 | 2°32 | 2°29 , 2°26 | 2°21 | 2°17 | 2°10, 2°10 | 2°11 | 2°10 | 2°12 | 2°07 | 2°13 | 2°14 | 2°26 | 2°41 | 2°40 | 2°42 | 2°42 § 2°25 2°27 | 2°32 | 2°31 | 2°27 | 2°20 | 2°21 | 2°19 | 2°20 | 2°18 | 2°16 | 2°13 | 2:05 J 2-03 | 1°91 | 1°91 | 1-88 | 1°91 | 1°98 | 2:03 | 2°06 | 2°15 | 2°20 | 2°21 | 2°25 | 2-13 199 | 2-05 | 2°05 | 2°02 | 1-95 | 1-99 | 1-86 | 1°82 | 1°74 | 1°77 | 1°75 | 1-71] 1-78 | 1-69 | 1-67 | 1°62 | 1-67 | 1°65 | 1-67 | 1-69 | 1-80 | 1-77 | 1-82 | 1°91 | 1°81 1°93 | 2°00) 2°04 | 2:01 | 1°83 | 1°88] 1°82 | 1°85 | 1°69 | 1°66 | 1°52 | 1°53] 1°49 | 1°52 | 1°60 | 1°60 | 1°51 | 1°57 | 1°60 | 1°74 | 1°83 | 1°79 | 1°85) 1°87 | 1-74 1-92, 2°02') 1°98) 1°99 | 1-91 | 1°87 | 1°85 | 1°72'| 1°66 | 1°61 | 1-56 | 1°50] 1°47 | 1:50 | 1°51 | 1°55 | 1°54 | 1-57 | 1°64 | 1-74)| 1-88 | 1°83) 1°91 | 1°94 | 1°73 2°18 | 2°30 | 2°31 | 2°22 | 2:07 | 2°09 | 2°13 | 2°06 | 2°03 | 1°98 | 2:00 | 1°97 | 1°96 | 2°05 | 2°01 | 1°98 | 1°90 | 1°98 | 1:98 | 2°09 | 2°21 | 2°21 | 2°22 | 2°28 | 2:09 2°54 | 2-60 | 2°59 | 2°60 | 2°43 | 2°39 | 2°39 | 2-46 | 2°46 | 2°45 | 2:33 | 2-26 | 2-17 | 2-28 | 2°27 | 2°32 | 2°48 | 2°37 | 2°43 | 2°52 | 2°63 | 2°65 | 2°66 | 2°64 | 2-45 2°88 | 2°93 | 2°85 | 2°89 | 2°80 | 2°80 | 2°85 | 2°78 | 2°85 | 2°80 | 2°82 | 2°86 | 2°83 | 2°71 | 2°70 | 2°72 | 2°69 | 2°70 | 2°67 | 2°72 | 2°86 | 2°81 | 2°84 | 2°87 | 2°80 2°83 | 2°87 | 2°86 | 2°83 | 2°74 | 2°79 | 2°81 | 2°84 | 2°84 | 2°86 | 2°84 | 2°86 | 2°83 | 2°74 | 2°74 | 2°78 | 2°73 | 2°76 | 2°67 | 2°80'| 2°80 | 2°79 | 2°76 | 2°83 | 2°80 | | 2°48 | 2°53 | 2°52 | 2°50 | 2°37 | 2°39 | 2°39 2°37 | 2°35 2°32 | 2°30 | 2°27 | 2°24 | 2°21 | 2°20 | 2:21 | 2:20 | 2°28 | 2°24 | 2°32 2:43 2°42 2°46 | 2°49 | 2°35 Mid- night. 18 | ‘21 | ‘21 | ‘19 | :02 ‘OL | *06'| "02 | -00 | 04 | 00 | ‘01 | 02 | 11 | -17 | “10 | 08 | -06 | “14 | “12 | 03 | -03 07 | ‘10 } 3:02 OOnmlomienOSn|) 12) |) <06) |) "O01 |) 02) | :02 |) 02") 0% 015) 03 09 || 222-73 | =10) || =18 || *10) || 0) 03 | 15 | “16 | 17 | 159} 2°78 Oe eldaeto |) 10) | 203: | -02 | -O2 05) |) 04 1-03: |) 02) -O205) | 227 | -20 | :22 | :20' | -78) | tz } 07 | TT | AL || 5) “21 2:59 LD ei 2 3 4 5 6 7 8 9 ORS mle! 12 | 13 14 | 15 16 17 18 19 2) |), Pal 22 | 23 Mean. On OS 18 112) “02 1-03 | °08,) 05 |) OL | -04 | :08)) 7S 7s) 14 | +15, «18 | -29 | +23) “72 | :00 | 15 | 14) 16) 16 | 2-25 13 | 18 | 17 | 13 | ‘06 | ‘07 | (05 | ‘06 | ‘05 | ‘03 | 00 | 08 | -10 | -22 | 22 | -25 | -21 | -14 | 09 | 06 | ‘03 | 08 | 09 | 13 | 2°13 om eet aes | 21) 140) 18 ) 705) | Ol |) -07 | 0% | -06)| O08) 72 | 22) 79) =24 | “46 | 71% || 12 | 01 “04 | ‘01 |) 10 | 1-81 19 | 26 | 30 | ‘27 | 09 | 14 | ‘08 | ‘11 | -05 | -08 | 22 | 27 | -25 | -22 | “14 | 14| 238 | -17 | -14 | 00 | ‘09 | 05 | 11 | 13 | 1°74 See On 2A ecAb notes stl 02) 507127 Ose CGN Oen 22) 788) 718) || 15) -08 | 302) 1 | Al | 19") 22 iaczs imie2s)) 24 | 15 | “00 | 01) 05 | 02 | 05 | -10 | -09'| “72-78: | -04 |\-:09 | 12 | -20| 72 | -12 | -02 | “10 | 10 | TL) WF | 2°09 iets |) 16) | 16) |) “02 \5-05" |) -05 || :02 | 02) | :00) |) =12)) 79-28) | “77 | -28 || -2Z | -03 | -09 | 03 | 06 | “17 | 18 | 19)| “17 2:45 05 | 10 | ‘03 | ‘07 | 02 | -02 | 04 03 | 04 | oz | ‘02 | 06} 03 | 09 | 09 | ‘07 | -10 | 09 |} -12 | 06 | ‘08 | ‘03 | ‘07 | ‘10 } 2°80 04 | 08 | 07 | 04 | 05 | -00 | ‘01 | 04 | 04 | 06 | 04 | 06] 03 | 06 | 06 | 07 | ‘07 | 04 | “14 | ‘01 | ‘OL | 02 | ‘05 | 02 | 2°80 ee eelSa tr | 15) 02) “O22 047) "02 | -00'| 03 |) C5n sos Rr 77-75 | «14 | 15 | “12 | «27 | 702 | 08) 707 | “TL | 14 if) 2:85 444 BEN NEVIS OBSERVATORY. TABLE VII—AMOUNT OF CLOUD (0—10). Ben NEVIS OBSERVATORY, 1884-1896, Mid- : ” ¢ 5 night. PA oh |) eh Wey as i 8 9) LON a 2 tS 4 Lo OS os 2 OS Ai 2a ees eee pS a a a Paes fee SS Se Se ee eee January .] 8°5 | 8°5|8°5| 85/87 | 8-6 | 86 | 8:6] 8°8| 8-8] 8:9] 8:9 | 8:99 88 | 8-7 | 8°8 | 8:8 | 8-7 | 86 | 8°7 | 8:7 | 8°7 | 84 | 8-4 February .}] 8°2 | 8°2/8°3| 871 | 8°0 | 8:1] 8°0 | 8:3} 8°4 | 8-3 | 8:1} 8°1 | 8°34 8:2 | 8:5 | 8°5 | 8-4) 85 | 8:3 | 8-2 | 8-2 | 8-2) 8:2) 8-1 March -1 79 | 8:0! 8:0] 8°11! 8-1] 8:0! 8°3 | 8:2 | 8:4] 8°51 8°5 | 8:2! 84186! 85 | 8°6!86)| 8-7 8:5 2/8°0! 8:0 | 8:0 | April P75 176) 7°71 7°41 76 | 7:6) 7:7 | 7:6) 775 | 7:6 | 8:0 | 8:0 | 8:14 8 4] 8°38 | 8:4 | 8:5 | 8-4) 84 | 8:5] 8:2) 7:9) 7°7 | 7 May. of 73 1711 7:3 | 7-4) 76 | 7-8 | 8-0 | 7-9 | 7-9 | 8:2 | 8-2 | 8-2 | 8°34 8°3 | 8°5 | 8-4 | 8-5 | 8-4] 8-1 | 8:0] 7:9 | 7 1H |G June. oh £8) OF 0) 722) 74 74 7. 1615) |) 7/28) | SYA) | tsveal | | seal SSSA AL ESHEIE Ih FS}(0) 1 20S) 1] 7 StSS I ae NI ee) | 58) |) 70a N77 July. -f 8°2 | 8°2| 8:2] 8-2 | 8-4] 8-4 | 8-4 | 8°3 | 8-4 | 8-6 | 8°8 | 8°9 | 9:119°0 | 9:0 | 9:0] 9°0 | 971 | 9:1 | 8°8 | 8°7 | 8°6 | 8°5 | 8:3 August .f 8°5 | 83) 8°5)| 8-7 | 8-9] 8-9/ 8-9 | 9:0 | 8:8 | 9:0 | 9:1] 9-2 | 9°31 9°3 | 9°3 | 9°4 | 9°3 | 9°3 | 9°83 | 9°2 | 8:9 | 8°8 | 8-5 | 8-4 September.] 7°9 |7°8|7°9|7°6 | 7°6 | 8:0 | 8°2 | 8°1| 8°1 | 8°2 | 8:3] 8°3 | 8°49 8°5 | 8°6 | 8°5 | 8°6 | 8°7 | 86 | 8:3 | 8:1 | 8:0) 7°8 | 77 October .] 8°4 | 8:2} 8:4) 8-1 | 8:0} 8°2| 8°6 | 8°6 | 85 | 8°5 | 8°5 | 8:5 | 8:9] 9:0) 9:0 | 8:9 | 8-8 | 8°8 | 8°7 | 8°5 | 85 | 8:5 | 8-4 | $4 November.] 8°4 | 8°5| 8°4 | 8°5 | 8°3 | 8°3 | 8°3 | 8°3 | 8-4 | 8°5 | 8°6 | 8°5 | 8°8] 8-7 | 8°6 | 8°6 | 8:5 | 8°4 | 8:0 | 8:0 | 8°4 | 83 | 8:2 | 8-4 December .} 8°5 | 8°7| 8°5 | 8°5 | 8°5 | 8°5 | 8°6 | 8°5 | 8°6 | 8°8| 8°7 | 8°8 | 8°38] 8-9 | 8°8 | 8:9 | 9:0 | 88 | 8°5 | 8:5 | 8:4 | 8°6 | 8°5 | 8°5 Year. «}] 8°0 | 8:0] 8:1 | 8°0 | 8:1 | 8-1] 8:2 | 8°2| 8-3 | 8-4 | 8-4 | 8°5 | 86] 8°6 | 8-7 | 8°7 | 8°7 | 8°6 | 8°5 | 8°4 | 8°3 | 8-2 | 8-1 | 8-0 nT | Hae Ss Yan Te -MaPsal | tase Meir 01a) Ie) aes Koyetfen lee Des oye Vista te SS apa irc leelEssalpaleye| pete) jee az) aE ie et —)— — — — — — — | — 5] — — -— — | + — Jonuary: 2 = 202 1 2) Oo) 2 aA 2 2) Ba On) ae aos een) Tom fal) Om ease mes Bebriary «20, SAO a) 2 8 ae le PR Oe tea, | Li 2) DOP Sa Be 2 NESE hae On Om om line March . Z A EN oP) ean A ae LE Taye eee NN! TES a SS Neste A OA ab Me ae ase It gs April 9) 275138 )38)2) 814) 38)1/1)2145)4)5)76)5 15) 6) 8) 0) 2 | cee May ep | | ea Nk | Oe) BP ey ass ee Ae a) Eh Oo By A WO aw | v4 19 June NZ ATA ee ON ae a Ge ie NB eb Sa Se a | By 4 76 July HAV 4 | 4121 2) 2 BNO APA oy ayy) Eh a! AW ay PA ey hf 4 8°6 | August 6 he eeaeou sonia ae Were allo") 8h | aeiee Blind lieaiua hs 1\4\6)\ oa | September 4\8|e@1e)/2)/o|zr]/2)0)/111) 218) 4/3814 15)4 14 [| 22 ee | | October ; ah) Boil Petelleeee eee tS i i @ 0} 0) 4.15 Iba) Ales ed) 2} 0 (OCs ee sees il 8°5 [November . .11/0/11| 2 1 7m ig ae Ws rae RSM OF Token | 2| 210 | Sones |December . | fa bes AW a ONS AN DAO Ry WA sy i ab ay al 7k I 2 if 1 8°6 | Year sj2elsilelelz2izlolilijelislai4al4i4i3iel1lolz|e\e\ ape eS OS “Tyr — BEN NEVIS OBSERVATORY. 445, TABLE VIII.—MEAN TEMPERATURES IN STEVENSON SCREEN. Fort-WILLIAM OBsERVATORY, AUGUST 1890—DECEMBER 1896. , re Black Ground 5) 2 aX 9 10 14 21 | 22 Max. Min. Bulbs Min. January . ; : 37°3 37°7 39°38 37°9 380 42°5 32°5 - = February. : ; 38°0 38°9 42°2 39°0 38°8 44°7 34°0 717 31:1 March A 5 : 39°6 40°8 44°5 40°2 39°6 47°2 384°2 89°6 31°4 April z 2 ; 45°5 47°3 51°4 45°2 44°2 54°0 38°6 105°4 34°3 May ‘ P F 50°8 52°4 561 49°8 48°8 58°6 42°9 lyse, 38°6 June 56°0 574 60°6 55°0 53°7 63°2 48:0 116°5 44°2 July . : 5 57:2 58°4 60°9 56°0 55°0 63°6 50-7 WASH 47°3 August 3 : ‘ 55-9 Diced 59°8 55°0 54°5 G255eOO nT 111°0 48°1 September . a 5 52°9 54°4 57°4 Di 51°9 59°9 47 °3 103°1 October ; : ‘5 44-7 46°2 49-0 45-1 44°7 51°8 39°9 84°4 - November . j 5 42°5 45°2 45-0 42°7 42°6 47°6 Bir 64:0 34°83 December . < 4 39°3 39°5 40°9 39°6 89°5 44:1 34°6 52°0 - Year 5 ¢ - 46°6 47°8 50°6 46°5 45°9 52°3 40°9 - - DIFFERENCE OF STEVENSON FROM THERMOGRAPH SCREEN. Stevenson higher in bold type; lower in italic. 9 10 14 21 22 Max. | Min January 2 ‘1 At i 0 5 Tet February 0 3 5 1 ‘1 13 Hf March 2 “4 6 0 “0 12 8 April 0 B 5 WZ 3 20 6 May “2 a7) “4 083 2 7) 14 June co oT, 2 4 5 0 oy) July oH) ‘1 "0 4 ‘4 ‘0 Y/ August ; “4 il 2 15) 4 “4 i) September . 0 a “4 oT, #3 8 8 October F 0 5) 3 2 3B 12 ty) November . 0 3) 3 a a0) 6 e) December “yl ‘1 ) 0 0 6 i Year “7 32, 3 ra, 2 Sf 9 TABLE IX._WIND DIRECTIONS. Ben NEvIS OBSERVATORY, 1884-1896. Percentages to 8 points. N. N.E. E. | S.E. S. | S.W. W. N.W. Calm. January. : ; 1971 10°4 6°5 11°5 11°5 15°3 12°5 10°5 2°7 February . . ‘ 18°9 9°4 7°8 14°5 12°1 14°1 11-1 9°2 2°9 Match a . S PANAL 12°2 774 12°3 10°4 13°3 10°9 9°1 3°3 April ; 5 e 16°4 11°0 10°3 7} 12°8 9°8 9°2 6°2 70 May : 3 : 15:1 10°7 11°6 18°4 13°4 10°1 8°6 5°5 6°6 June ‘ ‘ : 17°71 6°8 8°6 13°2 UAL 12°3 12°4 75 10°0 July 5 é 5 21°4 4°8 774 138°0 AI) 11°8 Wal) 7-4 10°2 August 5 6 : 23 °6 4-1 5:0 8°8 14°0 13°6 14°2 7/75) 9°2 September . < ; 18°8 4°3 51 10°9 14°2 15°4 16°7 8-2 6°4 October. é .| 3074 5 |) OM 10°1 9°5 11°6 10°4 76 5:5 November . 5 ; 19°1 6°2 7°8 15°6 WS 15°4 Weer 8°6 3°5 December . : : Dien eH | 5°6 12°9 12°3 15°6 11°8 9°4 3-2 | Year 5 . 5 20-2 8:0 | 75 13°2 WA | 13°2 11°8 80 5°9 ‘ | ( 447) APPENDIX. THE first volume of the Ben Nevis observations, published in 1890, contains am account of the foundation of the Observatory and a summary of the results deduced from the observations up to that time. The Low Level Observatory in Fort-William was opened in July 1890. Since then several new lines of investigation have opened up, more especially in regard to the double series of hourly observations at the two Observatories. The results, as far as they have gone, of some of these more recent discussions are given here, and also abstracts of papers on subjects connected with the Observatories that have appeared in the publications of the Royal Society of Edinburgh and the Scottish Meteorological Society since the first volume was issued. The last items in this Appendix are tables for adjusting hourly values and for reducing the Ben Nevis barometer to sea level. 448 DR BUCHAN AND MR OMOND ON THE Diurnal Range of the Barometer in Fine and in Cloudy Weather. By Arex. Bucuan, LL.D., F.R.S., and R. T. Omonp. This investigation was undertaken with the view of ascertaining how the mean hourly values of the barometer differed on days in which radiation, solar and terrestrial, was great from days in which it was interfered with by clouds. A preliminary exam- ination of the barometric readings at the Ben Nevis and Fort-William Observatories showed that there was a well marked difference between the diurnal fluctuations in these two kinds of weather; and the investigation was thereafter extended to several other places in the northern hemisphere. The materials for this work are only available from comparatively few places, it being necessary to have before us the hourly readings ot the barometer for every day, and also an hourly record either of sunshine or of cloud. These two separate data have not been published for any place in the British Islands except Ben Nevis and Fort-William. But several of the Continental meteorological observatories give in their reports the readings of the barometer and the amount of bright sunshine at each hour of each day. Certain tropical stations also give these data, while at the special Arctic stations where observations were taken in 1882 and 1883, hourly readings of the barometer and of the amount of cloud are given. The records of the following nine stations have been utilised in this discussion. Height Lat. N. Long. Feet San José, Costa Rica . : , 9° 56” 84° 0’ W. 3756 Hong Kong, China. : a 22s 114 11 E. 110 Trieste, Austria . 3 : 5 Ot) BY) 13 46 E. 85 Magdeburg, Germany . : ee OAS 1 38H. ace Ben Nevis, Scotland . ' . 56 48 om le We 4407 Fort-William, _,, : : * 56-749 re Ae 42 Sodankyla, Finland . é On 24 26 36 E. 594 Bossekop, Norway 5 : ie 60s bili 23 15 E. 35 Jan Mayen, North Atlantic . pen OMS 8 28 W. 98 These stations extend from the tropics to the Arctic regions, and include inland, coast, and island stations. At each of the first six stations a period of three years was taken, but at the three Arctic stations only one year was available. At each place days were selected on which the sky was clear or only slightly clouded during the whole day, and the hourly barometric readings for these days taken, grouping them according to months. Then similarly readings were taken of those days in which the sky was overcast or nearly so all day, the only exception being at Ben Nevis, where, instead of overcast, days of continuous fog were taken for the cloudy period. No DIURNAL RANGE OF THE BAROMETER IN FINE AND CLOUDY WEATHER. 449 account was taken of whether rain was falling or not in selecting the days, nor of any other meteorological condition except clear or clouded skies. With each day was included the midnight of the previous day, so as to show by the difference of the two midnights when the barometer was, on the whole, rising or falling during the periods selected ; and also to give the means of eliminating this general rise or fall in order to arrive at the strictly diurnal phenomena. The method used for this elimination and a table for facilitating it are given on page 543. This adjustment of the hourly values is necessary to disentangle the diurnal changes from those of longer periods; otherwise the entries in the tables are simply arithmetical means of the barometers reduced to 32° but not to sea level. The result may be broadly stated thus. The diurnal curve with double maximum and minimum points is distorted in the same way at all the stations—namely, in fine days, the forenoon maximum and afternoon minimum are increased while the evening maximum and early morning minimum are diminished. On cloudy days the reverse takes place, the evening maximum and early morning minimum being increased and the forenoon maximum and afternoon minimum diminished. These effects are larger at temperate and Arctic stations than in the tropics, although there the diurnal fluctuations are so much greater. The numerical values for each station are given in the accompanying tables (pages 455 to 463), showing for each station— Ist. The diurnal range of the barometer for each month of the year, without any selection of special days. 2nd. The diurnal range on days with little or no cloud, these days being grouped and averaged in their respective months. 3rd. The diurnal range on days when the sky was overcast, or nearly so, all day, similarly grouped and averaged. Each table is arranged in the same manner. Lach of the twenty-four hours of the day occupy a column, and each of the twelve mouths a line. At the right hand is given the mean value for each month of the barometer in inches and decimals, and under each hour the difference between the mean at that hour, and the general mean of the month in thousandths of an inch, heavy type figures indicating that the hourly mean exceeds the general mean, and italic figures the reverse. At the foot of each table is given the values for the year, being the average of the twelve monthly values. In the tables for fine and cloudy days the total number of selected days in each month is given in the column headed ‘ Days.” It is well known that the diurnal range of the barometer is greatest near the Equator and diminishes almost to vanishing in the Arctic regions. This is well illustrated in the ROY. SOC. TRANS. EDIN.—VOL. XLII. 3M 450 DR BUCHAN AND MR OMOND ON THE means for the complete months at these nine stations, the difference between the highest and lowest hourly value on the mean of the year being as follows :— Lat. N. Highest, Lowest. Range. San José. : 5 Orr +031 — 046 sO Hong Kong ; ; . 22 08 + 045 — 044 089 Trieste i : ; . 45 39 +011 — 014 "025 Magdeburg ; : 1 On. 8 +012 — 013 025 Ben Nevis. : : . 56 48 +009 — 015 024 Fort William. ; . 56 49 +009 — 010 019 Sodankyla : : . 67 24 + 004 — 006 010 Bossekop ; : a oS), BM + °005 — 005 010 Jan Mayen ; : ei 9 +005 — 006 O1l This steady diminution of barometric range with increase of latitude, and the fact that the double diurnal oscillation of the barometer appears at all these stations on the mean of the year, indicates that they may be taken as a typical set of stations. At Ben Nevis, being a mountain station, the afternoon minimum of pressure is small, but it does not wholly disappear. This remark applies to all places more or less under the influence of land. But in the Arctic Ocean in the summer months, at a distance from land, the diurnal barometric curve shows only one maximum and minimum in the day. Turning now to the tables for each place giving the mean range on fine and cloudy days, 1t appears that at the tropical stations there is little difference between the hourly departures on either fine or cloudy days from the normal hourly curves for the complete months, but at temperate and Arctic stations, the fine and cloudy days differ consider- ably ; indeed, in the Arctic regions the fine and cloudy day curves are so distinct that the difference between them is greater than the amount of the normal diurnal range of the complete months. The following table gives the difference in thousandths of an inch between fine and cloudy days at the nine stations on the mean of the year; the heavy figures indicating that the barometer is higher on fine than on cloudy days, and the italic figures the reverse. 1{2)3(4)5|6)7| 8 | 9) 10)11| 12) 48 | 14 | 15 | 16 | 17 | 18 | 19 | 20.) 21 | collie er San José PY BUG) Se VGA F| Ge 7) -Bs) a | dies Sel eal to Wee eae ease era to 0] Raat Hong Kong .| 2| 4| 7| 9/10| 9/10/10| 8 Df Lah Sa FN LON ELON 2) 10) 18) 7s Ce es Trieste . -f.9{ 4) 1) 6) 9) 12) 34)15)12| 8} 6] Ti 6) 4) 1) 2) 6) 7 | 12) 20) cree Magdeburg .| 14 | 12) &| 2| 4/10|18)17)18!17/15|11} 8| 4) 1| #| 5) 7| 8&| 9 | 77) Zoe Ben Nevis .| 79|22| 9) 4| 2) 3| 6| 8/12 13/14/14] 14|13|10) 7) 5] 2| 8 10| 15) 19. 2 Fort William | 18 | 20| 2) 4] 10/15/19] 22|23 20/17/13] 8| 3| 0| 4| 8) 20| 22| 28) 25) 28| 20) 2 Sodankyli .| 5| 1) 3) 7) 9)10)12) 9) 7 7/ 4/1 4| &| 6| 5| 7) 5) 7) Ghee Bossekop .{| 15) 8) 7) 5) 10) 15/18/18 )417 12)11) 7} 4 LT) 2 6) 9) 225) 22 2a) cre eee Jan Mayen .| 97 | 31| 24 21/15| 5| 3] 8 |} 15 20 24 | 26 | 27 | 26 | 25 | 23 |19/18| 9| 3| 10 | 20) 33) 46 From this it appears that the least difference between the diurnal barometric range on fine and on cloudy days is at the tropical station of San José in the dry climate of DIURNAL RANGE OF THE BAROMETER IN FINE AND CLOUDY WEATHER. 4051 Costa Rica, and the greatest difference is at the Arcti¢ station of Jan Mayen, an island surrounded by the moisture-laden air of the North Atlantic Ocean; and it is further noteworthy that the difference between the clear and cloudy days is as distinct at Jan Mayen in December and January, when the sun was all but permanently below the horizon, as at any other season (see page 463). In general, the differences between fine and cloudy days are greater in high than in low latitudes, and im damp as against dry climates, indicating that the effect depends on the thickness of the atmospheric screen through which the sun’s rays penetrate, and on the quantity of condensing water-vapour present, or, more strictly, on the relative humidity. The latter, at all events, seems the most probable explanation of the differences between Sodankyli, Bossekop, and Jan Mayen, all within the Arctic circle, but the first in a comparatively dry part of Finland, the second far north on the west coast of Norway, where rain is more abundant, and the last in the ocean to the north of Iceland. Nevertheless the general character of the fine and cloudy day curves is the same at all the stations. Starting from the ordinary diurnal barometric curve, which has a minimum in the early morning, a maximum in the forenoon, another minimum in the afternoon, and a second maximum in the evening, we find that by selecting the fine days only, we increase the forenoon maximum and the afternoon minimum, and diminish the evening maximum and the morning minimum; while on the cloudy days the reverse takes place, the evening maximum and early morning minimum are increased, and the forenoon maximum and afternoon minimum are diminished. At the tropical stations the difterence of the fine and cloudy days respectively from the general average only amounts to a few thousandths of an inch, but in the Arctic regions the changes are so great as to alter the character of the curve. It becomes at Jan Mayen a one period curve with its maximum at noon in fine days and at midnight on cloudy, the fine day curves being more regular from month to month than the cloudy. At the two other Arctic stations the fine day maximum is in the forenoon in most of the months, and the time of maximum of the cloudy day curves is more irregular. It must be borne in mind that the monthly values at these Arctic stations are the means of comparatively few days, generally from four to ten in each month, and as the results have not been smoothed in any way they do not give very regular curves. At Trieste, Magdeburg, and Fort William in the temperate zone we find the double character of the diurnal curve persisting on both fine and cloudy days; but while on the general means of the complete months the forenoon and night maxima of pressure are approximately equal in amount, on fine days the former is greatly increased, while the evening maximum is reduced; indeed, at Magdeburg and Fort William on the annual fine day mean this latter, though still a maximum point, does not reach the mean value for the day. On cloudy days, on the contrary, the evening maximum becomes predominant, and at Fort William the forenoon maximum is depressed below the mean value in the yearly average, but at the other two stations it still appears as a minor maximum above the mean. At Ben Nevis Observatory the ordinary diurnal 452 DR BUCHAN AND MR OMOND ON THE curve is distorted by the expansion and contraction of the air below the level of the summit, due to the diurnal changes of temperature, which adds to the total amount of air weighed by the barometer there during the daytime and subtracts from it at night, thus reducing the afternoon minimum and increasing the morning one. But the changes induced on this distorted diurnal curve by the selection of fine and cloudy days are of exactly the same nature as at the other stations in the temperate zone. The results of selecting fine or cloudy days are perhaps best seen in the subjoined table, which gives, first, the difference of the annual fine day curve from the annual general curve at each station ; and, second, the same difference for the cloudy days. In each case where the barometric reading is raised the amount in thousandths of an inch is given in bold type, and where it is lowered, in italic. It is at once evident that the selection of fine days raises the barometric means in the forenoon and lowers them at night, while cloudy days have the opposite effect at virtually all the stations. DIFFERENCE OF FINE Day ANNUAL MEANS FROM GENERAL ANNUAL MEANS. Excess of fine in bold type and defect in italic type. IE 2) Sr | ety oes 7c eo eo lio] a2] 1244s} 14] 15 | 16] 17) 18] 19 | 20 | 21 | 22 | 28 ae Mean. SenTonk 2| 2] 2] 2 | 3| 4| 4] 4| 2) of-o| 2] «| #| 4) 6) o| 2] oz) 7 | 0) o)) aaa Hong Kong. f °O | 2 | 2 4) (5) 4 Bb ea Sb 2) DP DL) Say ea GP GaSe here es 1 031 Trieste . Hea 29, al hal | Bi Cl Bail Bs) ee Be Sl SE ON iN 2 el A) elie BG 6 125 Magdeburg .}] 8| 7| 4 qi Daal 27 ON Om eO iS) Gab a ay a a Sao Gia ee oe ra 093 Bon Nevis .|2| 8| 6| 3: 2| 1| 2| 4| 6| 7| 8| 9| 8] 8] 6) 4/ 8] 2| 2] s| | 6|20| 2 | aoa Fort William 9:20'| 6) 8| 0!) 3) 7) 9.) 19119 )44% |) 9) FE 5) SION Bal Bee Sel Gal 7s eae eee "180 Sodankyla 7) 2) O13 6) 7) 8 Gl Gl 4) a Bo Bh hl co) ea) eal Bal eal en es "160 Bossekop ek tO Ma EEN rea CI PSI GP aya SiN SCO I ae Be ee er Ae lB 5 140 Jan Mayen 26 | 20 | 16 | 18 | S| 2a Onl relat 160 Ba 8 116 05.) 14109 | 7) | 8" 6 23" eee 150 | DIFFERENCE OF CLoupy Day ANNUAL MEANS FROM GENERAL ANNUAL MEANS. | Excess of cloudy in bold type and defect in italic type. Ty] QS ee 251 Gy | Fees amo Oh tcl | LON) Sa eteel iS laier le aleken eles | 20 | 21 | 22 | 23 iene Mean. San José o| ¢| ¢| 4| s| | #| 8) z| 1/14 1] 2] 4| 5|.3| | 2) a| 7] 0) o/ 2 ao Hong Kong. [) 2) 2) 6) 2195) 6) 5) 3) 4) 2) 7] O} 0} 4) b) 66) 6a) S| 20S ee “O31 | Trieste . 5| 2) 2| 6) 6] 7) 6] 9) 7) 42) 8] ol sie) ah 21-4) 4) 716) 7) 6) ee Magdeburg sf Gi Aa AON Zoe G at SM OM eS el ict iS ee) 9) ase ues a ance Dy Ao rey CS 8 ‘020 sen Nevis 8}.4) B] bi 0) 2) 4) 4) 6) 6) 6). 66) Bl Bay Sa ee 0.) 92) Ae 5) On Cee 130 Fort William 9} 98) |) 40) Dee 7a Sa 20708 799) 8) 6. |) Sa OO OR See 5a) Gil even neo Om menned "134 Sodankyla 2 Seeley, 3| 4| 8| 2! 0] o| 8] 8| 4) 5| 5! 4] 8] 4] 1/1) 2) 0 | eee | Bossekop 9| 4] 1] 2| 6| &| 9\)z0\40| 7| 6) 61 gl] 2) 2] zi 2) 4) 3] 6) 7's SiR Jan Mayen .] 11/11 8 8 3 1 4 Gi 8 Bi) 9°) 10%) LON ONION! Ga) Ss) ed Se lee 081 pe Thus on fine days there is superimposed on the ordinary diurnal curve a single period curve with its maximum somewhere between 7 A.M. and 9 A.M. and its minimum at DIURNAL RANGE OF THE BAROMETER IN FINE AND CLOUDY WEATHER. 453 midnight, except at the tropical stations San José and Hong Kong, where the minimum is in the afternoon. At Ben Nevis and Jan Mayen the maximum is delayed till noon, but the minimum is still at midnight. On cloudy days there is superimposed on the ordinary diurnal curve another single period curve, the converse of the fine day one, with its maximum at midnight, and its minimum at 8 or 9 a.m., but at San José and Hong Kong the maximum is in the afternoon. At Ben Nevis and Jan Mayen the minimum is delayed just as the maximum of the fine days is. Sodankyla on cloudy days is an exception to this rule. The main difference between the weather conditions on fine and on cloudy days is, that in the former, radiation acts to and from the surface of the ground, but on the latter chiefly to and from the upper surfaces of the clouds, radiation also taking place from the earth to the lower surfaces of the clouds. In other words, the radiant heat of the sun on a fine day is mainly absorbed by the air near the surface of the ground, and the heat so stored up is got rid of at night by radiation from the ground. But on a cloudy day the sun’s radiant heat is largely absorbed by the atmosphere in the upper part of the cloud layer, and probably no small part of it is spent in evaporating water from the cloud surface, thus diminishing the rise of temperature in that stratum of air. Night radiation takes place from the same stratum, the upper cloud surface acting as a radiating body, and doubtless also recondensing into itself the water evaporated during the day. If, then, the changes on the diurnal barometric curve due to fine and cloudy days respectively are to be explained as temperature effects, we must connect them, on fine days, with a large diurnal range of temperature in the lower air, while the clear upper atmosphere has little change of temperature. On cloudy days, on the contrary, the range of temperature of the jower air is less than the normal, and the changes in the upper air greater than is usual for this high region. ‘Therefore on fine days there is an expansion of the lower air while temperature is rising, the effect of which is to lft the quiescent mass of air above it, thus giving rise to a small increase of pressure in the expanding air; but while temperature is falling, and the lower stratum of air contracting, there is a decrease of pressure till the upper mass of air has again sunk. On cloudy days, on the contrary, the lower stratum of air is much less affected by the sun’s heat. The rise of the temperature of the ground and of the air immediately resting on it shows a heating effect of the sun, either directly through the intervening cloud, or from the heated cloud itself, the chief absorption of the radiant heat of the sun, however, takes place in the upper part of the cloud stratum. The pressure of the upper air is thus lightened during the day by the rise of temperature and dilution with water vapour from the underlying clouds ; and as there is less pressure above to check its expansion, this decrease of density appears as a diminution of pressure at the earth’s surface. Conversely the cooling and condensation of water vapour at night increase the density of this upper stratum and add to the pressure below, thus causing the evening maximum of pressure on cloudy days. 454 DR BUCHAN AND MR OMOND ON THE This hypothesis agrees with the data given in the table on page 452 for changes due to the selecting fine and cloudy days at the temperate and Arctic stations, except in the cloudy day curve at Sodankyli. The monthly values of cloudy days at Sodankyla, however, show that in spring and autumn the usual law of high pressure at night and low pressure during the day holds, and it is only during the winter when the sun is almost absent, and in the height of summer when it is continuously above the horizon, that the cloudy day curve does not agree with that for other stations. One other difference between fine and cloudy days is that on the latter rain may fall and not on the former. Several of the selected cloudy days at all the stations were days on which rain did fall, but the rainfall may be regarded as so equally dis- tributed over the different hours of the day in temperate and Arctic regions that it can hardly effect a purely diurnal phenomenon such as is dealt with here. DIURNAL RANGE OF THE BAROMETER IN FINE AND CLOUDY WEATHER. 455 SAN JOSE, COSTA RICA.—_MEAN BAROMETER AND DEPARTURES. COMPLETE MONTHS. 2/3!4151]61|7 1819 | 201 a4| 121138] 14| 15] 16] 17 | 18] 19 | 20| 21 | 22 | 23 Ce ean | | January 7|15|17| 8) 2/17 | 33)| 41 | 38) 26) 6) 28 | 39 | 52 | 52) 4Z| 380| 8 | 7| 22) 30| 30) 23 | 26-201 _ | February 1| 11)| 16| 120) 1) 16 | 29] 40 | 39 | 98| 6] 27 | 37 | 52 | 53 | 45 | 32| 20) 5 | 18) 28| 31| 26 200 | March « 2|13'| 16| 10| 2)| 17) 30! 39| 37125! GI 26) 37 | 52| 54) 46) 82) 9| 7 | 20) 382) 33) 27 195 | April ANS 20") 1Z \ 2 1497 \ SAN SON Onn eS o5e| 25" 48 225/22") 2) 9 23)) 35) 387 | 26 206 May 2) 15 | 20 | 17 | 5 | 9) 90) 98|'95 | te) DLs | 35 | 4 | 45) 82) 77) 2) 15) 27 | 84) 85 | 26 200 June BGA 18) | 10) 5) 5 TA Oo OTs) aaanlee 28" SA 8980") 75 | 1) 11 | 20 | 26 | 26 | 20 193 | July HS) 8) 72| 18 \ 8) 2) Gi TSy OR are | 22 | 32) 88) 28.15) 2) 12) 2% 28 | 27] 20 190 | August . 1| 8] 73) 72) 8| 3) 18! 20 | 24/16) 4172) 25 | 88| 40) 32) 76) Z| 11} 21) 30) 30) 22 205 | September ON eLO9|| 18" 10) 3 | 1 90" Og oGN ge einen 975) 973-75) 8S)) 78.) fT | 22") 29) 27 | 20 194 | October ke HEM AN Ne |) aL Ba) a, Pate | S|) ae | BA Be Be EP BN AG | PN ar A yy 187 November 1} 9/172) 6) 4/171) 32) 35 | 34/19!) 5428 | 43 | 46 | 54) 42 | 23) 3) 11 | 22 | 28 | 28) 19 180 December 2) 9} 16] 10) 7| 14) 28| 36! 87 | 23) 6122) 37 | 47 | 48 | 86 | 20) 2) 11) 24 | 30) 26; 18 202 | Year ale eron ett || 2) 1 O3n Ste Sin OO ESM eralnsenl eae ZGnlnso. eee | ON N225 30) 30n) 22) 263196 Fine Days. Nee) 5 || 6 | FP Bl oa en ees a | S| 6 | 7) 8.1) oF | te Mid- | Mean. | Days | night : Sueno) | | G25 asa aed OS OCs Pome GaINGON or lace ae |) 0. 0|15) 24) 30) 24 4} 26-204) 12 3/10) 15) 9| 3) 18) 38 | 45] 42 | 99) 9] 76) 39 | 52! 58 | 50) 89 | 75 | 4/16) 28) 84) 26 209) 12 2 13 15 | Da O35 32 S38 0340 SOOn Gace aleson ooo. | oe 1 comers | Gle21e 30036)" 30 190} 12 Zale | to) 6 B15) 26083) | 27 Sn eee sem esa Saar WN A928 oo 72438847 |) 34 Oe || 1 Calle e612 | G27) 26) |e 25m la era eon eee ON roe eral 22 On 1G) 30 td4.| 3611930 208| 12 BN ch | BEN eM GA ala |) lke} |) Poy |) 283 TS} || ae? |) AS) ar) | A |) al) |} aI) hs A) by 196) 12 8|18| 16\14| 9| 4|12|20| 24) 16] 4] 27 | 22| 33 | 27| 26 | 22) 0 | 11 | 21 | 28| 28] 20 193} 12 Cn tO N 72 e116 235 26s Gh eae ae ee tel Z0NZ00) ON NON 22n 30) 30, | 25 206} 22 LE 738) 8 |) 2 1S 250 3 | SO) LS SON sa 6 25 82 786) 7) 2028-25") 20 OT te? 3|if| 13); &| 0| 13) 28 | 36 | 36/23) 7] 27 | 43 | 54) 52 | 39 | 20| 2/15 | 27 | 34) 31 | 20 188'| 12 CO AN AIS) TI ery S83) BIE TIS) |G || A Ae | eB Ge || Ae) a cra a8) LG |) ZA T | 20) 6) 7) 2) 19) 32) 35| 32/19) Bhar | vei s,|5¢\ 42] 20| 2) 15 | 25 | 32 | 28 | 18 222| 12 Bly we ee A als ye SB) SIL) AG |] aL |) Ba | By || A |) Bie as ee 9 | 22 | 30 | 31 | 23 |} 26-199 CLouby Days. wm Bt 2 BN ww WS |G Wl ato |) itt |} st |] sf ae |] a |) ey aye |} TUS) |} ak). Bo) |) al 99 23 nace Mean. | Days. | Orca Pe | ae ese fm ewe | Naseer = er caer QaZOne2L) 512.2) 16) |) 30139") Son Ot eaaeronlesGn nasal oo: oer) 4) 10) 23) 1 30h 25)) ie 2652070 12 ON SISS LSE) 92") 139) 245/860 38n 28) ase ean sen OM 8) Se naz eit |) V2") 12) | 225285)" 25 189} 12 CNPZON ZANT. 10) | 26") 88) 36) | 20 ea ecOn earn 23522 392. 6| 6/20 33} 31) 25 199} 12 TA Le 22 | 18) 7 | 12) 23") 8h | 30) | Qa Gea Zan e982) 70" 22°) 0) 99) 238) 82>) 35 | 22 211; 12 9| 19 | 25| 22) 8) 3) 15) 25|27)19) 7) 74) 27 | 89 | 42 | 34 | 12 | 15 | 16 | 32 | 36) 37 | 28 Q18ii|9 72 See) | Sn e1S5 | 12) 7% || TB) 173223 On eee eeialesOn e529") 77) 2.) Wal | 22) 130) | 32) 25 191] 12 Bie | 17 1h 6 | 6 | 16 | 27 | 23)| Q0aesiieeoaleren | so 937 | 37 #6) 5 | 7 | 16) 22) 20 | 24 199] 12 ON 9) 4) 13) 20) SA 1S) GMa eons | 7733) 78") 70") 3 18) 30" | 385) 24 198| 12 ZN Lp | LONE 9) 7) 19) | 26) | D5) Sh eA ZON esa Soa Sea 19 712) 2) 14) 22) 28) 245 | 17 203 | 12 2| 8|218| 8| 0/17 | 26| 34/37|92| 2) 26| zo| 43 | 47 | 39| 221 | 9) 20/28) 29) 22 184| 12 3| 16 | 17 | 18} 3/10 | 23 | 33 | 38 | 25] Of} 27 | 34| | 48 | 36 | 21| 3| 12 | 26) 34| 30| 20 198| 12 2| &| 16) 20) 2) 13 | 22 | 33) 37/19) 227) gr | 47 | 46 | 34)| 20) 1) 11 | 25) 3h) 28 | 20 182: 12 $| 14) 19| 14) 5) 9 | 20} 80 | 382/21) 4475) 29 | Zo) 43| 34) 19| 2| 9 | 22) 30| 29) 22 | 26-198 456 DR BUCHAN AND MR OMOND ON THE HONG KONG.—MEAN BAROMETER AND DEPARTURES. CoMPLETE MONTHS. 19) 2] So) -4 | bel jis} 14] 15 | 16 | 17} 18 | 19 | 20 | 21 | 22) 93 | Mids) arean, January (ue ero) ses |) Gf 1 al 20 | 42 | 51 | 48 | 89 | 27 | 45 | 1/)10/ 14/13} 10 1380-053 February A a GE || 7a) YW 88. £9) GL 4286023) 96 | 1G) 14a Galante ‘009 March . A S72 No | 2 5 8 | 26| 42 | 47 | 42) 82| 20) 1) 15) 23/125! 19 | 29-944 April P| LAN DBAS AA AL ale: 2| 20 | 39-| 47 | 47 | 86 | 21) 5 | 12) 23) 23! 14 *820 May 0| 13 | 22|21|16| 2 5 | 24 | 80>| 41 | 48'| 38 | 47 | 6.|, 9 | 92) oa) aaa 739 June Di) 9 7.| 1B i) tO) .0 5 | 10 | 25 | 36 | 39 | 1| 28 | 2] 10) 23! 93! 14 633 July Fr Siebel | Sa oO) 1| 15 | 29 | 39 | 42 | 36 | 22| 4|12| 24194! 18 614 August. hI CA eS Mh ray | 1| 19 | 32| 41 | 42 | 33 | 21) O| 18! 28 | 28) 19 .636 | September Bel eral eon aes fz 6 | 22 | 87 | 2B) 89 37) 2 | 8) 81 97 "one aate 746 October 2) TIN IS ZN 712) 3 173 | 32| 22 | #2 | 87 | 27 | 28 7) 19)) 29:19) ea 861 November O20!) 25 198) 734) 2 124 | 43| 51 | 48 | 36 | 24) 6|10| 18 | 22| 20| 13 ‘976 December Lr eae dalL Wer sou er eg pn 1 24| 45 | 54| 62| 40| 28 | 12| 3|13117114! 9 130-007 Year a) Poa asl een te 20 | 7 | 27 | 40| 44| 42] 82127 | 0} 14] 21| 21! 14 | 29-886 | Mid- > , 4) FD: ol Bale Ay Ball 66 18 | 19 | 20 | 21 | 22 | 23 igh: Mean. | Days. January ,|| 8) BI) Gy Bi ei & 382 | 17 | 1) 11|15|14| 12 |30:096) 205) February te al ee) @ | ale 45 | 383} 14| 1) 9) 19 079) 18 | March, .112| 6 | 72| 25 | 221) 2 37 | 25| 7 | 12) 25 | 28) 23 | 29-905) iam April Pade Weare ee ET A 37 | 23| 9| 9|20190) 9 870|= Tae May alent |e oul sal iene 45 \ 81\ 16) O17) | 9356 784] 15 Sane! x= 1201 Oy c2Oal OS) Ball OB 39| 25) 6| 9|93|95| 16 655 | 12 | July Bul bel | 7) aBall 4G 29\| f2 1" 5 WY |S) es 633] 18 August. Co A SW ON Gl 5} 40 | 27) 8 | 10} 20) 21) 18 643] 20 September ON ELON ISS | ZONBa 2 32) 19| 3] 18)| 23 | 21) 13 754] 20. October ON EEN WEN TS || DY 31} 15} 5| 5 | 18) 16 9 938| 30. November .{ 5] 5|10|120| 5) 7 29} 12) 4.) 11|)16)15] 10 |30°029) 20 December .]| 6] 0} &/ 10) 5] 8 380 | 158 | 0} 91} 12) 10 9 013] 20° Year AWN iN AN GEN Ol 8 37 | 23) 5/ 9|18)19)| 18 | 29°867 | 1/2/38]4{51]6)|718 19 |10/ 11/12] 13] 14 | 15 | 16 | 17| 18 | 19 | 20 | 1 | 22 | 98 Ber Mean. | Days. | Se eee ee ee Sak ek OSES oes =| = January 6} 1/| 20) 16) 14| 8) 12) 81 | 49 | 54) 40 | 13] 28 | 37 | 48 | 42) 2 | 22) 72) 1) 9) 12) 11) 10 1 30°055)) am February 6| 5| 15 | 176|) 15) 0O| 18 | 35) 50 | 52 | 43 | 21] 20°) 30 | 45 | 47 | 4O | 29 | 79| 1) 9) 18) 16 9 019 | 20 | March . WN ON AEN eek PAP NN 82 | 46 | 53 | 46 | 30] 2 | 20 | 37 | 44 | 42 | 30) 24) 4/17) 22| 25) 18 7 29:966) 20 | April 8| 7 | 20| 24|16| 2) 16] 30 45 | 38 | 20} 2/| 22) 39 | 47 | 48 | 85 | 22) 7 | 18) 25) 28) 19 819| 18 May 5 | 18 | 30 | 27 | 24| 9|11 | 26 | 38 | 48 | 37 | 25) 6| 22 | 28 | 39 | 38 | 28 | 144) 3114/99/96! 13 724| 20 June 0|10| 17 | 28) 17) 6| 6|17| 24| 29) 31) 20] 9] 7| 29 | 82 | 33 | 25 | 16| 0112) 28) 25| 14 586| 15 July 8) 4| 22) 16) 76) &| 4) 12) 18)) 2218) 8 4) 28,)) 26 | 325) 32 25 | 70) 6 22) 82) 28) ee 587 | 20 August. 4) 9) 2927) 23) 9 BW OAPs 2b) | WN 2 | ae eres eens) | 7S) bals2Om 29s Roo ey 554| 15 September 0| 15 | 26 | 28 | 24| 10| 5 | 21 | 32| 36/31/1161 9| 24 | 34| 33 | 26| 20! 8| 9| 98) 84/28) 17 703| 12 | October 5|15| 25 | 28| 23| 8| 6|26| 40| 44| 33/13] 9| 23| 30| 29| 27] 28) 6/18) 20\91)14| 7 758| 15 November 4| 14) 21 | 21| 12| 2) 18 | 33 | 47 | 51 | 38 | 14] 20 | 34 | 42 | 42 | 82 | 28) 2/10/17) 18} 11 tl 904 | 12 December 9) 5|14|15| 14) 4] 16) 35! 54) 55 | 41 | 10] 24 | 39 | 49 | 48 | 41 | 25 | 10) 6) 17) 21) 16) 16 985; 12 Year Q9| 9) 20) 22) 79) 6& | 1 | 26) 89 \.43.) 35) 171 7 | 28 | 85 | 88 85.25 | 28) 3) 16124190") aes _ DIURNAL RANGE OF THE BAROMETER IN FINE AND CLOUDY WEATHER. TRIESTE. MEAN BAROMETER AND DEPARTURES. CoMPLETE MonrtTuHs. | 4] 5 \6 | 7 lege Bouton immlerombetaiies).|-3) | 4al 5 | 6 7! 8 | ® |) we 5] 5 By PA Ne ee (3 ea a} ) |) Tee | a) aa 9 - S| i) Gi) & 1 ON ON A AG Oi a GB Ge) | Ne) ea ON ea Caly Sh). So) A) Aa DeSales eealeLon 76 (13 7| 0! 6} 10 Malo £1 972) 72| 5 | 2\ 7) FuGnoMnOn 83) | 70) 72 )\ a | 5| 5)| 12) 13 Saeebece o |) 6 2 il O | “Bel LON MONS ebemem pOrl Se 220755 13)| 8) 8°) 7 | 10 Smee 4 A 2 3 Se Te te OR GH ON rial 7) 20" 76: na WN tA) CON) il = een ennai 75) Sal) 1 Galata Se eOR Sn me Smmecalencnl malts etna ON) Ohl 5 igust . A| OF Gi BV GIG Gy UT TD Nol 9 |] GA BW Gee med | ae ae) SY) September aieronieecaie6s| S| 7) 25) Sy Os On ase OMe Za Se 75 755) 685) A OF) ARON meZa On Se) 7M) Se) (5 1a See alee Se e725 8708) V8) 2 7) 79 on CMa Zaleoe|) 7. | 40) QU Gui iGe ete mom ezraeyOnei7ai) ron e225) bea ON) Sel 1) 15 MO aa etal fo 6) 2a AO) Ae Se lee etOn eon ema) 135) 298 3) 22h N8a 9 aera On ey 6) 6) 2) 4) TO MI ou aalerea On 20) 132) 775| 12) 6) oO} 7 | 10 Fine Days. DW eS I |e Wat ai |e || i | DY) Be Os GW oe eh ey yal a6) 7| 6| 3| 0) 3| 6] 11 \92) 7) ol geil 22) 27) 29| t¢| 17) ¢| 2 8| 9 Oe etieiee oe) Oy 2) 2 Ol Bal tel fel eanGmeealeton 26n| Le 9) 2) 2) A 6 0 OO Oy A ON PANS Sy alep 83 Ae aie) fas |) 8) 77) | AO A aly | Panes) 7 | 9 | Z| 8 | 19 | 19\\.15 1.43 MONDE ON S| 9) 2e| Zz 9| 2) 2) 4 aeons) 6) 6 | CO} 5) 11 1-16 | 16) 138) WO Saale 9 28 89 78.78 | Ba 8h) Valeo Oo Ol An OS Ta LT Ss a ene rae ee ZON ZT TS 75a 69) (0 0! 2] 5| 5| 3| 0} 6) 12/16/15) 14/ 11] 4] O| 2| 8| 25| 28| 26| 22] 2] O BP Bl AN GPA SYS ee ae |) Ga) 2 ON 2) SP GRAN a Geen’) 4) Oo) 4) 2) 9) 16:) 15) 129) Vo On i aale7s 79920) 73°17) 3) G6) 9 Oeze) Go) 2) 22) 1) 9) 15 | 20) 17 | 14) Beale) 5) 78) 7827) 5 | 0} 6) 5 OR On ta Ze ea LG 13a CON Gee SMe Lom ONE ZON ST 7Sa On La ofl AMP e On ean atl (GN 2a) 637) SS ee ean ele ere ee LON 6 28 20 Ga 8 Pees 7s) 3 s| ¢ | 4) 40) 15 151 19)) SoMa tA 6 | te 70)| 4 3 | 5 CLoupy Days 8 | 9 | 10 13} 14/15 | 16 | 17 | 18 | 19 | 20 | a1 | 22 8/15/17 | Gt? | | ONE NI WN 2 BN GB W\ O\ W || LS || HN TN FER FE) YP als aly 4| 4] 8 | &) DION IO| Yl By 2) Wel as 135) Sines: alee ee Zl ON 6) 151-20), 20 ie WB 18 | 19 | 22| 27| 15) 2] 11] 16 | 26) 30 5/11/11 SUS MTS NIELS NN 2ON) £7.03) T64) “9h 14! By We ye 5} | ES TI a AY 7 8 | 17 | 26 4 | 20 | 29 | 30 | 30| 29) 91]18 | 24} 16 (0) ) 7) al a On mera ON TON CON 25 i Sh" 0 “| #4) 8 L\ HON Bl SN ee By ON ey ea) als iw &i g 27 | $0 | 23 | 18| 7| 2) 9| 16 | 22 | 29 24s Bele) TOUIG teniele) | 94) 6 O)) 4) 19) |) 07, SN Bi 6|12|12|12|10| 8| 1] 6/141] 16 ROY. SOC. TRANS. EDIN.—VOL. XLII. uy 457 Mid- 1l night. Mean. 8 7 | 30:052 12) 11 | 29°845 11 8 *800 14) 13 730 11 9 “848 11 | 12 876 9 9 "835 9 8 "886 11) |) ala “981 6 5 931 14| 14 “995 11 | 11 | 30-052 11 | 10 | 29:903 11 sane Mean. | Days. 10 9 |30°256| 22 8 6 |29°972| 27 2 2 CyB || 24 2 4 "916 9 7 4 912} 20 3 2 952] 19 3 4 "898 | 37 2 1 928 | 38 9 7 1|380°083| 20 1 2 104| 23 12; 13 266} 20 10 7 079 | 15 5 4 | 30-028 Mid- | 23 meant Mean. | Days. 7 9 |30°022| 27 19 | 22 }29°729| 33 18 | 17 688} 33 25 | 25 “619 26 37| 41 741! 5 19 | 27 737 7 6 il iiqnu 5 17 | 26 “714 3 4 9 ‘768 8 yy |) 20 776| 28 33 | 34 ‘705 | 15 18 | 18 "943 | 22 18 | 21 | 29-768 3N 458 DR BUCHAN AND MR OMOND ON THE MAGDEBURG.—MEAN BAROMETER AND DEPARTURES. CompLETE MonrTHs. WN a ee No. pal or NE a a eS] @ | i@. |) al Lad Mean January 2) 2) Aw) 6 2 OO} PUR aS We oS) ee ae Se) Sh) OO) 4 See February G) 5) 8) BW) BH) a) SF) Bl ai Pi M9 6] 2) a) 12) 18) at) 4) A) 7 1a) IO ao March : SIN I Gal AO (al) ET TO 2 ab Ge Nai ie eT BG WG April Qi) Sa A GA A ON) ES a a a Sk) Si) BT S| AGA SEN sos eae ae May GQ] 3) 2) 1) G) We) WA har 6 | as) Gy 4) &) ar | 22) 26) 24) 201) fo) 2) BT June @;/ 4) 1) 2) 5) &/ 2) Wasi) 9) 4) FB) Go| te) £7) 22) 20) 16) 0| 1) 6) 8 July. S| On) Sh) 2) or) Se Ge a) at) 6 Gee ren 5 28 a Ss oye August. Si 3a) Al wale) Ba | 7) 2 2 |) Aa GN 6) 6") | 08 4a 7 September BZ 6 7S) 7 2 Aa A A A SUD (ON!) SPN 77 LS AS a Sel ara October 2\ 6| 9] 2) m2 | a2) 6] Si Gi 10O) ww) SI 3! 2 6 £2) 3) Gi) Ti Soi ee November CN ZN A TS eee EN 3 SN SA CEG WON GW I Se Ol Ye oe | December |) 1) Sh) Oh 9h) 68) ON SOM Sa LI 7) Ae Se OE Sa aa Geez Silene Year ay Ly 2 ee 2 Za 2 SON aT AON! 5a) 2h) Se 8a Se ON 9 ae eG) eae Frnt Days. CR 25 ES WG 7 GS) Wat I) ati ae} PN CS Gy 7 Wey |) lO |) ast January EN STEN SN BN EE RR eT ea OE ON Re Gi Gy a February Tg ili AKON fey WPA) 18): |) SUS) || Gs) |] Bash PALE PAD | APA PA Me AO |) || ON) A | ch || AS March . 1% | 15 | 72) | #£) 5) 12 98 | 29 | 98196116! 6| 2| 22 | 24) 73! 7) 8) 8 | 14) 26 April 1 @) 4) 5) 7) 4) 3) 10) 18) 20) 21 19) 10 | 4) 6) 27 | 20) 27) 79) 77) 0} 3) 45 May 6| 4! 6] 8] 12 | 17°) 2) 95 90116) 7i 2) 9 | 2 | a7 | 42) 32) 28) 717) 7) 2) 8B June 2\ 2) 3 6) Dl) W822) 2a on 2a) ar) 1 4 Se 22 ON S| 28225) ee July Pa) 2 8) OY) 42 A GON AS) UBS 5: |) WOR Qi) A \eLOr ZN 229 RY 225 8155) sl August. LNT ZV ENON ei aay | US) 220) | a a) CR es oe NS ad ea ||) | September (MN eee) aN eae ae 1) |} ala} ] 20) |} 3 | il | ae NAD AO | S| Ol Wi si @ October 2S) U7) | RB) 10") 50 TAOMETSE DS 19) | 138 75) 4a De ey 6A) O USB o) Se Sal ee eee November PE EE SVEN SUN a 2) 1 | le AI | ee Ge A ee a Ne A Os December Al PW By 9) 208) | a SAO NAD 2 | 4k 6) De Oo Za) Aa Ge Ries Oia aiira tees Year B| 6) 6) a) 2B) SiesOe aon en 18) TL 8) gaol me eres 4) 694) 8) ea ee CLoupy Days aiekals|elz|a|aliojia)i$a fala | 4 lade ta fa lo fio ae | January CN | OMA AN WON Sy 2) BE ates aS sah | ON el |) Gel By I) 7 | 8 9 February La Gay a 2 7 2 OS Bl Zh MOTOR IELS Ne Se eG ON" 7 eonlsl sin lao meee March . Sil eal 9 D2 2 2 ee ran ese GG ON ONL ONS VS 6) 9) an 2 eee | April Ors) 5] &) 2) 3/10)10) 16110) 4h Ol gia) we ele) wo) 2) 4) 7 eee May SNE LON oN AT OMT S 1S 1 ee Bill Ane 2 arsenide) Weed | reo ene eee: a June OT Cy) TS Sa ON ZS | Oe 6 Ga ZO 22 ZO 7S 2) Sa ay ee July Si 3} 1} Oo} OO} OW Zi FeLi 0) GR ZNO ae 0) 78 78) 72" S| Bebe eoe eee August. Wy) 6) O} 2) Sy) ZZ Teo OF ZR Sir SO Te 7S 78s) 8 | Shee) aia eee September L 20) 29°), 27 | 29) Tosa 2 We 0 oO}; 0 1 6 6] 6! 3!) 6|16}20)19/19) 17 | October LNT WLIO LE | LE | LA eG) 9)" BN Bb 2 eau 8 6 Gi eS) ae 8 | November | Ses | 8 028) a a eZ a a a A ee a Ne Sa 6 She aie ee December tera ee ale rere) ACN I EA IG a CRN aE to a I | ee ae G Year SZ 4) 6 Bl ZG Di 4S OR Gh Se eG GP 5 One else ees DIURNAL RANGE OF THE BAROMETER IN FINE AND CLOUDY WEATHER. BEN NEVIS.—MEAN BAROMETER AND DEPARTURES. ComrLete MonrTHs. 459 5 as |) Wilcke U5) 06 | W7 |) 18 |) 19 | Bo! | Bi | 22) | 23 niet Mean Sele We Sh ose ee TS) | es 9 4 | 25-252 ecm On bean MGs te | ive'\ “Gul 6 6 244 AA oni 40) te Sel Bl el 6 4 285 Wee Ol Aa 8 6 & | 3) 2 1 “4.48 11|}10) 9) 8) 8/10/12) 11) 7 4 "356 Cea oe an 6) 4 itt |) to) 8 3 481 Ot Sy BP Gy GTP Na / 2 “410 12 LOn Sree Stes at |) 8 8 267 De eden ede Rese Sy Oa dite! Qe) 7 4 "336 Silla Ae Ohi aol dl 0 1 197 ING Ay ool ee ON 2) 5) 6 | S| 4 195 PM BO SES) TEAS SS Saya le | 2 244 3| 3} 3) 4) 6] 8/ 9/ 7| 6| 38 425-310 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 ae Mean. | Days 4) 6| 9/ 9| 9) 7| 5) O|] 6) LH | 25386) 18 Soe OM ea anil onl eee) MOM reall er ls a0 361) 30 wa ae ON Os) Gi | Bo og 4 °378| 40 Gal sal Aull Sal Sal 6) Bo Bie il 2 B44] 50 Sele aa yl elo | hell G 6 -464| 40 SG Bal Srl Ae bel | BO 7 610) 48 PSE ei LOR Bh dalente Belang.) 2 “529 | 36 15| 12/12/10) 9| 9) 9| 6| oO Uy 380| 30 ION Ga ZA Wh) BS Tt) 6) wo) 577 | 23 Cee | Ole wel we I) Or ete) 5 5389 | 26 AO) oy Pal) ee A a GN eo 406] 19 SPE a eae eM ATO | PaCS SS at) 452 | 20 Oe eada | Gn Guero eon eo Me V2) 9 N25:469 15|16| 17 | 18 | 19 | 20 | 21 | 22 | 28 aed Mean. | Days 4/ 2) 7} 9/18) 16/19|19/16| 16 | 25-171; 34 OMG. wo ie nO te L058 9 236 | 26 78) 6) 2) 4) 8) 12) 15) t7)) 19 174] 97 DG On eon ee eos) law |) ae |) 16 5 289 | 21 7 | 10 | 10 | 13 | 17 | 20 | 23 | 23 | 23] 91 "255 | 26 1} 4) 2} 5/ 10/11/15) 18/18) 17 272| 26 4/ 6/| 7| 10/16 | 18 | 22 | 25 | 26| 97 "253| 27 11;11/ 9] 7/10) 16/19)19/18| 18 143] 35 CaO Neo ed | CAN LON TA 7 aS 222] 44 4\ 2\ 2] 7| 12/14) 16/16} 12) 10 | 24-982] 35 #576) 72) 70) 3) 0) 8/13/17) 48 995 | 38 aM Se AS BP VA Ry I Sa Seal 7 Bebe |) sa Z| 0} 1} 4] 8/12) 14) 16/15) 15 [25-180 Pe) 2/3) 4/5) 6) 7) 8 | 9 | RO TL wag ts | ta | SE Ee ES MET SOW? Ge CE NE Ot ae Sues 2 ae | 8) 70.) 9) Sal Oars Glee ieey |) Maroy ee | Lon) 5 | Le | 2) Sil | TG ee sulle oy | wales, £8 | 26) 26 | 18) S|) BS) Qu ba eeyeeiae ieee | Mal age Sey || BO. 8 | WA || 795 \ Sales aera ees igs || Le une al aaace nt 6) |) 25 | 12\\) 04) Gl Gale alee eee |i July . alos 12) 17 | 18 | 16 | 12) 8 6 2 sees o 10 \ugust . B| 9| 15 | 21| 24|\.22| 16) 11) 6) 21) 3) 8142) 12 eptember eae 9) 728) | 25: | 23! GB) Ge ae Gh aa leet |i: ictober eee IO | 12) 9) 9) 6) O) Srl ae Gada) 23 fovember Mies 6) & |) 9) 9) 8) 42) 9) MONI Gree 6 lecem ber iereaiee| 7) 9 9) 6) Bl Bil) VQu she Sala. 2 | Year aS |) 0) yy SEIN OLAS re Oe I Bh] i eh Fine Days. ee eae Aa. 6, iF 9) Sal SON 1 Ole sTalin | aerate ear POMliGe | 0 | 12) 78) 8) gi) 2) V9 I eis s RO) 12) 1 \ 12) 7 )\ £) 2) i ee!) 1 Ae ab) 8 alee ete | 78 | 16°) 28.) 101) 2 2 a a ae aeese 2) 16.) 16°) 1h | 6) 2) (2) 15r) CuieOn saa 10 BM ON ON SE ETE ON ere PEWS ep MT) ae abe FONis 19") 20'| 19 |\ 76 \ 70) 6) £) 3) 6 waa SmIPTONeibe| 16) ty. 20) 7) 8 | De! 3.) 16 MO ees as W115 | 20 \ 94 | 24) 2f | 15 | &| 8) 3) 10) My Ay 26) Z|) 14) 6 | 14) 10) 4) 3) 8) 11 | | bw) Ww Mone 18 | 12 20) 6) 2) 7 \ A) 14 6 ee ay, 91 | 21| 23 | 22) 22 | 19 | 12) 31/13 | 21 | 28! 27 1 23 | 19 78 | 18 | 18 | 20 | 28 | 19| 11) 21] 12) 18 | 23 | 29115) 12 ISG 27 | 17) 18°) 8 | 2 15) (9) 13) aba ie CLoupy Days. Sees 40) 5) | Gri) Ve & |) 9.) LON te em eign ita! BS DW AD GENE ASSO A OO) Qi oe Sa Seta ZO) 16: || 221 6) Bl TO Sa eon eee Bo SP real 2 aN | i) a Th) 7 EP GES OSE SI a) 63] 719) | a) 11 | 3) 12 )\ 22 | 27 | 26) 23 | 19| 27) 18 | 12) 71 QO) 7% OV Day SN GENTE NISMO CARN ITN Gell |) il & ON BL NEA ES | GEE ANE a || hI) 8 1| 8 | 16 | 22) 27 | 24|90| 76|72| 8| 2) 4} 7) 9 AN Lu BN EN ED TON AN x! || OW 8 2 GNSS NG SON TENS NN SP | 2 ls |) 2) 6 S| 8 iF) 4) 29.) Si by eee RON ON Sele Go vo) oS) |) 16h Sie eee ees WA EN NGS NSN TEA NON FZ 0) || OV a 460 DR BUCHAN AND MR OMOND ON THE FORT-WILLIAM.—MEAN BAROMETER AND DEPARTURES. CoMPLETE MONTHS. | | Mid- A, <2 OP aoe coe 8 él Or ldo | oy Uf GY ef St DS Uy a = XD) Wt) sh Mean January 5S | 2 a8) 27) 6) 12 |) PL ea Oo) 6) Bt) Si) ON DB ON a ASE as Se 2 o-oo February CWE ad ON oe AK) Ye) I PaO Be al AN ee PB 9 "857 March . Bi PQA ee GH ee "| eG) SH BI Qu A HO Nee || |G 3h) 4a ale 6 934 April MG 4) 3 2) 8 Te a OT Oa I G5) 20s 7S Zon E208 | GN 25 2a ean 9 | 30063 May 9) 62) 3) 2) 2) 1) 14 2 On Sa el <8) | 8) Pere) a 7 4a ON a TS ees 0G June 10} 8) 4) 4) 5) 9) 10) | 6) Aye ea S| 9 te a 20) 7a) 72) 937 YAy LON ae a ‘988 July 6) 3) 2) 3) 2) 1) 4)26) 5a) a) ah .2) 2) 2 | go) 27) 8) 6) 0) SG) uaon ae 901 August. Sy) A 20 | ON Ne OL 3 a As ool a al 7h aL Wek |p a 9 “747 September BS aU 4 AO a 2 Gl BY GS | OV Oy Ge Gi Sloe 2 Oy BS Gy aah | 8 7 "839 October OP el Oh BG sOV el AW Bl & V Ge) 40 25) 2G eel AS a 7 pl aa eo) 1 ‘749 November ON 2) 16 8) 9) 42) 2 19 TaN Asay Of L |) Sere e 00 ON) i Sel es Oi ea le ees ‘779 December JAN 2) eT Ca OA WES ae CI Sl ON A a a ae RW OD Bw 2 874 Year AN OA a ery NP Tle CA 7 HI Se WG ON Tao Al Bl 2N a) Sy) 7 8 | 29°878 FINE DAYS. LSS AS Ga Si eOm On| ersten e281) oil aaa eas aS | Maltcas lettin eG 2 Om ieDilen eo ores rent Mean, Days. January a || ee ON |) Ga EN ON S| eA IAW APA Vel OA a By 20 Ee ey Aw 8 8 |30016) 18 February .]|72| 9| 12) 120|) 9) 2 15 | 20 | 23/923/18] 8| z] 8/ 9] 9] 2] Zz] 1!] 8] 4/40) 1 007] 380 March . 1 2) 8) Si 2) De) by) MO ae Ase rS |) 15) TSB) 61) 2B 7 er Os ee oe ee 0 038| 40 April 8 9 GN 8) 1620228 Ss) SLA 2502741928228 7a enon On et 8 154 May 7| 8| 6| 8\11)17/18)17|)14/10| 3) 2] 20) 22| 18 | 27) 22 | 20| 16) 8) 1) 6| 7 6 | 29°991 June 7} 8/ 6) 8)11)17)]19|20/|16|)10|) 4] O| 8) 22) 16) 22 | 24 | 22) 79| 10) 2) 5} 5 8 | 307121 July 3/ 3| 5) 5] 5/138) 14/16)14)14) 4] 1] 4] 20) | 78) 27) 27) 75) 7) O|} 5) 6 5 029| 36 August. DB) 2 Gl Bi ol 8 133) 1) Te) GS) AN | a || oe | tO || GB) BD) AW By 4 0 | 29'866| 30 September 11) 6) 7| 4) 2| 9] 16) 24) 26) 23|)15|)18] 5| 0| 20) 15| 20) 17) 12| 2) 4) 4) 9) 14 | 30°089 RRS October U4|\ 10) 12| &| &| 1) 7/19) 92) 94) 90/161 6] 27) 8) 20|\ 72) 8) 2! 2) 8) 7) ey ae 158| 26 November ZH BL \ 28 | 20 \ 17 \ 10) ZO OO 81 135 99199) 18 bl 7) SS) Sl a Gee eee ez 019} 19 December 21 | 19 | 20) 28) 25 | 27'| 6 | 9) 90) 30 | 321 98119) 8) 7) OO} 3) 8) 6! 7) 1) 7 cee 108} 20 Year 6| 4| 6| 5] #| 4] 8/16/17\/18) 14/10) 2| | 20| 22\2s| 9| 7| 2| 2| o| #| 6 | 80-089 CLoupy Days. WW BEM RaW NE ) ) I) aia) Uae Mesa) a I] ae IP a |p att) are i aes Pals |) 0) || Bal) || 28: Mean. | Days January LESAN 22 |) ARIZA 22) 20) GN He) ee | Bf i) aly Wp alee |) PAL) 2h 29°790| 34 February LE ON A ONT NEN 15) 2) Gy SSNS | 2S | ON) ey) SI) aay NO) 3 |) a 754 | 26 March . IOLA A ee) 2) i) aL) A AN) || ado) || a Wat GE BN ON ts |] 1S | ile 787 | 27 April - . OT ONE ee eel AN AL Dt ee |) SN PI A iy alt) I) a) fp MG) le "896 | 21 May WW} 7) 8 | 27 | 23) 22 | 19) 73) 77) 14 | 126) 9) 6) 6) £4) 0} 6)| 10) 18) 25 | 30 "27 ‘787 | 26 June TE SS ra Si | Les NGAGE) A PN es) || GPa GE AS SE al) 96 tL) as) || PAD) | BZ ‘778 | 26 July 15 | 9 | &| 20) | | ele ee | | SI Sl ele) ey a | ieee 737 | Of August. A} 6) 18 | 22 | 28) 20) 1620) 9/6) 6) Bl oO) Siew By 2) 4) 7 26y20) aes ea 627 | 85 September | 6) 2) S) at) 8) 6 aie 2) 6) 8h 8) Bae ONO eS ea ee ay “707 | «44 | October | By 7) Z| 8) 22 22 el Be. 8 | 20) to) Fl tSel sea Os 0) 4228 20N SiGe ene 644) 35 November |) FT) 2] By 7 Bt OS EO) |) 2h PF pees area |) 7G Ce ee 592| 38 December Le CEN AN AL Sa ap eC | ah AM el a EP AW ee) oO No Bh aL @ 727 | Bl | Year . «| 92) 6 | 4) 8) 28) maz) ele 2) 8) 8h 6) 6) 20 es) Dae eS sae 29°735 | January February farch . y August 9 | September )etober Yovember December DIURNAL RANGE OF THE BAROMETER IN FINE AND CLOUDY WEATHER. ry fF PHO TRE OFS WOOD fF FOO TPP C-19 Swe | ~) Be | © a e RRR ON0 AWS W e SODANKYLA.—MEAN BAROMETER AND DEPARTURES. S Las ie Ro Oot iS) = ComPLETE MonrtruHSs. 461 Ke Oso B14.) 5] | 7!) 85) Syl aon eee 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | MBC) wean night B\ GN S| BlIO|) Oi) 4) O} Bh Ol 2] @) al Bal Ba Gy oy) toy aia esa! 2 | 29°087 BN NGO GEG) E\ By By ul By ee We BS Ga re) el) Seas a 5 255 19) 1-130) 13 | 1 9 | Co On ON AINGNI Oem ar) 9) 17) 8) 7) 5) 7 4 002 0) 2) 2| 5) 6) Gi ClOMmens el slo 7) 2) 4) 4) 1| 11 o | F484 Gale) (G6 SS aon On MEOH ema ron ron CO NRIZ OZ S23) 68 |) 16) 2) 32 2 192 CDW Ae ae abl | By Ze hy) Aa AN ody A IN IE ON DS SZ a 3 318 RN EN re PN ete Se Gy eb] GP AA aah |) BHO ee Fs PW 7A PS) 1 164 Be Vl Oh Ol Sl Ba Bh Gl Si Ol Bi Geel Wa HB AO AN onl 33 138 Bl Bi Ai Vy ei BisGl Gy Bi 7) GI ae Oy Bi Gi a By A ae aks ales 3183 284 RN Ne ee PP oe OW SN 2] Al al Gi By Gl se se Bia CU Sosa 8 “504 S61 9, QUE era a een mele TC Se Qe All Gull Zi 4 236 ON eA SG 274)| GUI Gh = 5) An SHON leon ieraae Lele ON 2 eSalh e516 5 316 Sree Le DON) POs 1s 2s Ss SOM meie eee eros On RG ule Silo te Zee Zo BB 33 4 | 29-248 Fing Days. BN NB ee ey TO HP GL ste |) Bh |) ees |) TBS |} GY a7 4) MEY |] IG) | 2) I Pal | 1] 8} . Days. BN SAN EE ey |) | TD Nee’ | |) |) BH @ SVE NIG) SY ae eo SEL GB) al |S 5 24) 19) 12| 2) 8| 12) 18 | 24) 31 | 34] 39 | 39 | 37] 31;19| 7} 3) 10) 27} 30| 43 5 BN TN EATEN PAN AT a eal) |) Hil || |) ey | A Tt |) TE (a 5 Br Oo 0) 15 LS 5) ee Se A Ge GN ZO | 258 165) TZ ZS 7 6 7 5 1\} 5] 5| 9] 14] 17 | 23) 22) 20|16113)10|) 2| 2] 9) 23 | 18 | 15 | 20| 19 | 22 5 Om) S| 32) 21) 19) ) 16! |) 14) LL 35 ean ies 922" 26) |) 32 22) 28) 78 | 78) 73 2 5 9/15/19 /19|18)17|)15|)13|) 9| 2] 3) 172) 17 | 19 | 17 | 19 | 20) 17 | 12) 6| 2 5 13 | 16 | 20 | 24 | 22 |} 19|19/} 17/11 /)11] 4) 5) 24) 27 | 22 | 24) 28 | 25 | 27 | 12 | 713 4 TB Ch ea) aly ae ew) att a ae Nate? || iG 7 A 4 1 | Co a ON ON Bl Wy] ei Bi Oil 6] Ol ela) 7) Gael By) oy sy 4 BZ dp ay Oy Oy By Gla Vy 4) Sl) eh S|] 4y 4) 8) @) 4) Gil Gi eG 5 tL BE Sh ESN AY Aa NS I ES aa? || 77 BN SIN BSN ee NBS Pa ale) ass Wal) 5 3 Ne ES tS Co Cah DN Ye EE SE ae SG S| 72 EN aN eI ea NE ess CLoupy Days 3/415 |6| 718 | 9. | 10! 11] 12413] 14] 15| 16] 17| 18 | 19 | 20| 21 | 22 | 28 Aa: Mean, | Days. BD || 187 | BP BN a) 26 | 22/15) 9) 6] 23| 10} 18 | 22) 30 |29:123| 8 eI 169) 18.716, 12; 8/10; 8| 8/ 9; 5] 6) 9 7 366 | 10 32 | 32 | 34| 32/18] 8 26 | 28 | 30| 28 | 24) 19| 17) 9| 2} 19 |28:980] 5 Bl Oi WB) WO | 1 |e 1| 3! 6| 9/15/161|12/12/13)| 13 |29:212) 5 By SL eI See Ql GN BN Sl TB) A TOs Sy Bay 046] 5 1| 6| 4) 5}10|15 3) 2h Sl Wi GN GR Oi) wae |) wee | ak? 179| 5 AY By Wy Gl) Bh al Bl Bi) Gi Gi Ol ae GA al |) 63} 2 073 6 DW EN AN Cr oe aes eal eal Onn Za Gall 77, 9 IBY) 6 AOE Gi) ae al Gal 9 G3 || HER SEE MW OA Ta Nh allay aly AS) Ne et “298 7 Bl Bll WN ie aa B Ry Uy ae Ele Gy a By BS ee 405] 138 i Bl By 2e0 | sal |) A eh Co ey Bs Gy Bl By 4 047/ 10 aleze | eGr ll vx luteal) 8 Bl DN OW OW MIN BN TN ON 2 296) 7 OQ wz) Bi By) Al B OW FN Be Bw eae Were Oak 8} 3 | 29:180 DR BUCHAN AND MR OMOND ON THE BOSSEHOP.—MEAN BAROMETER AND DEPARTURES. CoMPLETE MoNTHS. | M) 2) i Re eG Be | i | oe 13 | 1# | 15 | We | 17 | £8 January Ne a ie Sp SI a lis TR A ella es es ale February 1 ee ae Be Se ae eS ee ae | Oo) ee oe rei March . Bt Be Sar ea eel eal Se ae) Be) Ss ee April 0 ORE ae) A) | Se) aS ea ae | a: eos ema ae May SOD eee Me yA costes) ce ae ee ea ae oT | | Se eel June 22 Sy | 1S | a9) Gi) Sh Bal ean ae O| 1] 2| 6| 10) 14 | 2 | 78 July 8| 9/10/ 8] 8| 7] 6| 5| 4| 2] z| gl s\w\a|el|eia August R08 8a) Oy 2) | US eal eo ees hoe ae] a |) 25) Vea ee ee September A) 2a) a) BT) Be TP) ee Se ae S| BOE Ss Selig October A hae | Pies | cde) | ee eee ee) Be Bee eee November eae a) Bel Sel el Serle SO Sit) ail S| ae al nae December 2D 2a Sa Bs 6 Ss Sale eA | eB a Cae ae Year | AT 2) BD |) a ee ee a eel AL | a, ea een eae | Firing Days. Me Eee ENG ee | © Wao ate HEY || aU | ales || al) aly |) aU January NN AMR HO NTN A TS He OT RCE SES (Ri oe 2 February BS | 64) a S| 85 73) ers 6a) || 7 25) VGN) (9) 198 ae March - Go] ah Be Se ae pee es) ela) Po) a ees ez ae April 6) #) 2). 2) 3) 7) 10) te as) 10110) Gl] 2) oO) &) Sie wo May 2/3) @) 8) | 12) 15 93 | ae | S| AN) 107 IE) a | By ae 5: June 13 | 20 | 24 | 26 | 24| 22/13) 8| 5/ 0] 5| 20] 4| 7z/| 23 | 21 | 23 | 26 July £2.) 38 | 0S | 18) 12) oO) a a | 8) 7 ae | ze ee en ee) August. 19 | 21 | 20 | 23 | 24 | 20/14/13; 7| 2/ z| 8] 23) 20) 20| 24 | 28 | 29 September LN) Ee) 0 SRG ee | 1s! Ga) A: St Bs eal esl ena ee October a J ae ES) ieee el Se Oe ee ae oe le et November IS) Th) 10) 2) ORS) EB PS ae OG AS | A we | ee Bs December AN EM SON REN GP AO) CN ON CMTE WIT IR Bh it: Ba) aa ey, Year ES AN Seer ieee elo ek ir ead ee eA eal) 5 CLoupy Days 2 Sel AB) 6 Ae SS ea |) Wk) 1 | se a ree tepals January 1) 22) 27 | 28) 22) 28) 6 8 | a) Be) 16)! 2 el oe February 26 | 7| 4&| 27 | 24 | 30'| 3%)| 29-| 8 | o2 | 28 | 23. | 72) 2) 0 | 218 March . 1h) S| Bi) By Bo) ee are) ee) 9 a aes April 3) 2) | Oe) Bs) Bo ea eee.) 8 |) alle.) Pon eae eva eae May 2) iene 2a Salli a AN sea SI tal Re LT ee TCS OT He TINE ted June 2) 8) 6 Bil 2 | sel ees AS) Bi) SSG) 7a Oe a es July Oy) 2) 2) 2 Bi a a RE OB) Se eel ege |e August. 3) 8| 5) 2) 0) 0) 0) 42) 5) 2) 2) 6) 2) emis | September Ib) 2) 2| | | 26) 2 | es | ar) | 91 77 | 20) £) 2) 10) 36 | October 15/10) 2 | 20 | 14) 19 | 19| 26| 18 | 18 | 22) 7| 4] 2| 2] 4] BI 11 | November Oi) 8 | | | 0! Se es er eos? 6) | a Bea) | es eval eo aes December 48 | 39} 28 | 20) 3| 4| 20| 29| 30 | 23 | 16 | 20] 26| 33 | 20 | 24) 20| 16 Year 14) 9) 3) 2) 8 or) oe) ee eB) & | sé Be ||) sia |e . | me wo a, — 1) o Ka — we RS BRHRO WOS Ron wos iS) SK a to SSn ORR S we NA ONO HoH Ree e iw} @ SE Raw oma EBe | 8 e So BK OONM SKN iS) ra | eS oO KCN FNS DBDwBHp Wwoile e bo bo py PF PEO WHR SND QRH eS Ke — to HH WOR SW WHS WOH | re} | to i) — a aco NK OFC COR, eS Om BAKO OOS omMrK oo pr oe BNe@ BEE wes Kat She ee tel s : (MA eli ip ie ag : ~e ee Se Ee ee ee \ bp Se y a — es ? : . scathey ‘| Sry Silica =e) _ he die — * \ — el a eal So i ' ' ' i { } (ay uly 3 ugust. eptember i | | October Yovember lecember e S ware WHE CNN WHKD = no mM WANW BRBSH BW RRO DIURNAL RANGE OF THE BAROMETER IN FINE AND CLOUDY WEATHER. 463 JAN MAYEN.—MEAN BAROMETER AND DEPARTURES. CoMPLETE MONTHS. s|4}5|6|7 || 9 |10\11|12]18| 24] 15) 16| 17, 18| 19 | 20 | 21 | 22 | 28 | MEA | ayean, | Days, 4) 2| 9\20| 6| 2 Gneliealeml rela | zo) Z| 3) 9110/10/11) 9 |29-409 A 4) 6) 3 2 ae on Ssh 877) 9 | 2) 2) 2) 8) 2 “289 2)0) 1) 4) 8 | SMa tone OID 90) 4) 6 7) &| 22) a7 | 22) 2e| 22 | ‘976 AN A| 2|. 2) 1-2 Ose secs 2) 0) 1) 2) 1) 8 758 Dig) 3| 2 tl ONO OOO mie si 2 2) 2) si 41 O91 4 779 mas 7) 7 Boy Re One ales CHD ReOn ne ee saieZa ON Sle) 4D 4 937 GWG | 8) 6) Si Ol Oo a onmooleGse4 | 2 Lid Lb) £) 1) 0} 0 0 954 WSN 7 2) A A a a On ae oneal a Za o2 2] 2) Oo 0 685 CHILO 225) 9") 16) | OAS Ss en eC Ea OMmeD animate Sal dal Oly 2h 3 1 639 LN LON SON 7 V2) 0) 55s Steen On On EON ela AnieronlecGnieronie eae eb |) 2) 6 9 ‘778 GN) A EN GN TO i BY OY] Wi Gl eh Bay ee Gy Dy ay) ec 3 610 Dy To) Cl S| 22 Te Gaels) ser) 2") Ol) Bi WN hl Gb a 8} il “892 Bee 6) 4 2| 1) 3) nso st 2h) 0) 1) 1| 0 © f29-726 Fine Days. l¢ ly le lo lio alee eles 2 lis) 6 |) 7 lal 9 Days. 2 8| 14 | 22 | 99 | 28 | 25419 | 15 Di) Gi ge| Wi BY 26 4 22 9) 6) 26 |-33 | 51 | 59] 65 | 58 | 49 | 47 | 45 | 31 | 30 | 21| 4 4 GO| Ty) ay ai) eee) Ge) ts |) PAL eS (Op I Be @ a 5 Zi} 4) 19 | 20 | 26 | 26 | 30} 34 | 26) 18) 12|)11)18| 7| 3) Oo 4 DI S| eh 2) Sa LON OF Sh eae On) Son ON Zi One saly 27 5 HE |) PEIN NO teh erty ees eis) ip MSY) NS} |) AX) |) TG) GP aL ab a 70 eet) 4 | 8) 9| 6| 2) 7) 910 | 1) teenie) 9 | 6 | o| | 4| 2| 2 4 2M es WAM aL SYA PA) IBS th ale |) NG) ee A DA eg AN Oe ay 4 TE) |) SEE 0) DANA) PAW Pass 3i0) |) Bs} |) 4k I Be TIT ty ess re al 7A) 4 32 | 389 | 88 | 24; 13 | 4| 1) 6 | 10 | 24 | 23 | 28 | 22) 30 | 25) 32 | 26/19| 8 4 23) 29 26) 178 | 2) 4) 10'| 17) 16 | 20/119) 18) 2319) 3/15) 15) 9) Zz 4 Bi Oe bas) ila aa 3h) TPA ES rh} LT A BSP a PO 5 4 %| 6| 2) 8 14/19) 21) 23) oR) 4915) 12) 7| 5) 4) 2] & CLoupy Days. SIG ete Bal © 18 | 19 | 20 | 21 | 22 | 23 | NAS | Mean. | Days. Oy AN Dy Gy a | ts | i | PR |) By ORS) OS | OBR |) iG) 44) 96) |) 13) 12) 3 69 | 59 | 28 | 2)\24) 50! 8&6 ‘203 | 10 15: | 24 | 28 | 27 | 28 12| 17 | 30| 26 | 221 26| 2 805] 7 Ue | A ae y2 WEN MeN AL ee a a) Bag) *624/ 10 5) 4) 4) OO] 4 HS | 10) 8 el) &) | aly || Ge ‘795 | 10 Gee Gl) ose SE NEO Soy ee 936] 10 oul Galley) 6 | 2 0| 0| 3| 4| 41 4! 6 |30-009] 10 ANN, BN Bo) adh 2) 0| ¢| 4] 4) 6! 6 |29-648| io WE NZ 25 26: | 27 14 | 21 | 24 | 24 | 22 | 27 | 27 447] 10 A ef | HAN TEE 1B} BI) aly PAO) Bas] / “78 |) WO Diener) |. 10) \ 17 8| 3] 7|20| 14| 22| 20 514| 10 HON Gl) Wye | By | AOh Gh & 5 716| 10 1 a (i) | a Sl Oi FH by ey bl) Gy | aaa 4 | Abstract of Paper on the Meteorology of Ben Nevis in Clear and in Foggy Weather.* By J. Y. Bucuanan, F.R.S. The publication by the Royal Society of Edinburgh of the hourly observations made at the observatory on the summit of Ben Nevis along with corresponding observations at Fort-William at the sea level is an important contribution to meteoro- logical science. The study of this work reveals at once the important characteristic of the Ben Nevis Observatory. It is situated on a true peak, and that the highest point in the British Islands. Its height above the sea is such that it is usually enveloped in cloud, and its records are for the most part those of an observatory established in the clouds, and in an atmosphere habitually saturated with moisture. The weather on Ben Nevis falls naturally into three categories: the first includes the days when the mountain is continuously enveloped in fog or cloud; the second, those periods when the mountain is clear of clouds; and the third, periods during which frequent alternations of clear and foggy weather occur. It is apparent that the meteorological conditions of the locality will be best understood by studying the con- tinuously clear weather and the continuously fogey weather, each by itself. It will then be more easy to understand the conditions of mixed weather. When the meteorological observations on Ben Nevis are looked at as physical observations, and the object is to study the physics of the atmosphere, apart from all considerations of weather, then a separation such as that above indicated becomes an obvious preliminary. Had meteorology been first practised in the Tropics it would now be in a more advanced state than it is. The meteorology of Europe, like the tides on its coasts, is the most intricate and involved that can be found anywhere in the world, and it is the worst possible material on which the study could be commenced.’ Within the Tropics, and round the Poles, the conditions are simple and uninvolved, and the meteorological observations, at least those made within the Tropics, reflect this simplicity. Generally, in the Tropics there are two kinds of weather, indicated. by the terms Dry season, Rainy season. In Europe, we have dry seasons and rainy seasons; but, whereas, in the Tropics the dry season occupies completely one-half of the year and the rainy season occupies completely the other half without any mutual interference, our wet and dry seasons alternate as many times in the course of a single day. Here it would seem to be indicated that we should do for ourselves what Nature does for us in the Tropics, and sort out the weather before discussing it. The prime factor in determining the climate of a place is its Latitude, because this determines the altitude to which the sun rises from day to day and the length of * Transactions of the Royal Society of Edinburgh (1899), vol. xxxix.—Part III. No. 31. ROY. SOC. TRANS. EDIN.—VOL. XLII, 30 466 MR J. Y. BUCHANAN ON THE time that it is above the horizon each day. The heating power of the sun on any horizontal portion of the earth’s surface varies with the sine of its altitude at the moment. All the elements of climate and weather depend ultimately on this factor, and its variability produces a corresponding variability in the weather. It is only necessary to consult a table of sines to see where the greatest variability is likely to occur. Thus, at the equator the sine of the sun’s meridian altitude varies between 0°94 and 1°000, at either of the Tropics between 0°684 and 1:000, in lat. 45° between 0°367 and 0°930, and in the latitude of Ben Nevis (56° 48’ N.) it varies between 0°169 and 0°835. At the equator the sun’s heating power at noon only varies by 74 per cent. of its maximum amount, while at Ben Nevis the variation is 80 per cent. But the latitude of a place determines not only the intensity of the sun’s heat which it receives, it also determines the intensity of the cooling to which it is exposed by radiation into the upper regions of the atmosphere and into space. This goes on all day independently of the sun’s heating, but it becomes more apparent after the sun has set, and produces the greater effect the longer is the duration of the night, and this is a function of the latitude. While the altitude which the sun attains measures the heat which it supplies, and the length of the night determines the amount which is lost, both the heat received and that lost at any particular place may be in excess or in default of what it is entitled to, owing to its latitude alone. This is due to secondary actions set up by the primary heating and cooling, whereby one place may receive, in addition to its own, a supply of heat or of cold to which it is not entitled, thereby altering its climate as well as that of the other place which has supplied the heat or cold. The principal secondary agencies through which the sun works are the atmosphere in its motion, both horizontal and vertical, and in its changes of volume ; and the sub- stance of water in its changes of state of aggregation. It cannot be doubted that, con- sidering the Earth as a whole, the nett effect of these secondary agencies is mil. Yet their local effect is in many cases very great, as witness the difference in population between Great Britain and places in the same latitude in North America. The waters of the ocean are also a powerful secondary agency in the distribution of the sun’s heat. The published observations were begun on Ben Nevis in 1884, but, to avoid a broken series, the years from Ist January 1885 to 81st December 1897 are here considered. The principle on which the dates were selected was :—For fogey weather, to take spells of three or more whole days of continuous foggy weather, and continuous foggy weather is defined by twenty-four consecutive entries of fog in the log of each day. The supply of foggy days seemed to be so abundant that the minimum length of spell was able to be fixed at three whole days. When it became a question of selecting the spells of clear weather it was necessary to adopt the hour as unit, and twenty-four consecutive hours during which fog was not once entered in the log was adopted as the METEOROLOGY OF BEN NEVIS IN CLEAR AND IN FOGGY WEATHER. 467 specification of the spell of clear weather of minimum duration. It was not possible to enforce the limitation that the twenty-four hours should all belong to the same day. It will be observed that a clear day only means twenty-four hours free of fog, and implies nothing with regard to the presence or absence of cloud overhead. Tables I. and II. give complete information as to the dates used. Summit and Base.—-Although observations have been made at the base of the mountain since the observatory on the summit was established, and for the last ten years a first-class observatory has existed at Fort-William, in this paper no account is taken of the observations made at the base. After the meteorology of the summit has been thoroughly studied by itself, and that of the base by itself, there will be greater light for the study of the combined observations and more assurance of the validity of the conclusions arrived at. Details of Method of Selection.—A list of dates selected from the years 1885-1897 was made. ‘The principle of the selection was, in the case of foggy weather, to pick out every block of at least three days of continuous fog; in the case of clear weather, to pick out every spell of at least twenty-four hours continuous clear weather. By a spell of clear weather is meant one in which no fog was logged. The blocks of foggy weather vary in length from three days to eleven days; the spells of clear weather vary in length from twenty-four hours to two hundred and eighty-three hours. The following short table shows a summary of the quantity of material which was available on the principle of selection adopted. Summary of Material Used. Foggy Weather. Clear Weather. Month. No. of Spells.) No. of Days. | No. of Spells.| No. of Hours. January, : . : 22 86 13 606 February, - : . 12 54 26 1,158 March, . - c : 20 78 27 1,335 Aprils. : : 5 16 59 30 1,728 | May, : : : fl 27 37 2,228 | June, ; ; ; . 12 42 46 2,895 | July, ‘ : : 5 ll 46 30 1,502 August, . : : : 17 58 19 971 September, . . . | 16 79 31 1,296 October, c : ; | 17 64 21 951 November, : : 3 | 20 88 19 983 December, : , : | 1d 66 14 697 Totals, . : : : | 185 747 313 16,350 From it, it will be seen that 70 per cent. of the clear weather occurs in the months of April, May, and June, and generally there is much more prolonged clear weather in the spring half of the year than in the autumnal half. There is also less continuous 468 MR J. Y. BUCHANAN ON THE foogy weather in the spring half, there being a well-marked minimum in May. The months of August and especially September are rich in continuous foggy weather, and this accounts for the very bad reputation of the mountain among tourists. ‘The month which figures in our lists with the maximum of foggy spells is November, the maximum of clear spells falls in June. The distribution of the spells of clear and of foggy weather in the months of different years is worth attention. In January there were no spells of twenty-four hours’ clear weather in the six years, 1889 to 1894 (inclusive). In March, May, June, and July, there is one year without a spell of clear weather; in February, April, August, and September, there are two years; in October and November, three; and in December, five years without a spell of clear weather. With regard to the spells of foooy weather of three days and upwards, we find only one year where they were awanting in January. In March, April, September, November, and December, there are two years ; in June and August, three years; in February, July, and October, four years; and in May, six years where they were awanting. Adding up the total number of hours of clear weather and days of foggy weather considered, we find that they make 681 and 747 days respectively, or a total of 1428 days out of 4748 days contained in the thirteen years, or, roughly speaking, one-third. Hence, out of the thirteen years we can make up four years in which the weather was either continuously clear or continuously fogey in the sense of our specification of these classes of weather. TABLE giving the Number of Minutes after Greenwich Mean Noon when it is Local Apparent Noon at Ben Nevis at Different Dates. | Date. Minutes, Date. Minutes. | Date. Minutes. | Date. Minutes, Jan. 1 24 Mar. 30 24 | Aug. 18 24 || Nov. 2 3°7 55 3 25 April 4 23 ap HE 23 a 9 4 5 26 3 7 22 | a 22 aoe live 5 A 7 Pal 3 tO 21 moh) 21 a Wel! 6 Py 9 28 aay all 20 Sept. 1 20 » 26 7 sy me: 29 5 ‘le 19 . 4 19 LO 8 Pree; 30 a oa 18 or 7 18 pre 0) 9 n° 20 31 sy ah) 17 - 9 17 Dec. 2 10 » JA 32 May 15 16 5 2 16 *r 4 11 ne eno 33 Pre 5) 17 seal 15 rr. v 12 Feb. 1 34 June 3 18 Pee llr 14 NO) 13 5 7 lal 34:5 ay ) 19 yy 20 13 ves whl 14 et) 34 sy lt) 20 ore ae 12 » L4 15 ay nai. 33 ae 21 5 8 11 3) UG 16 Mar. 2 By se oD) 22 = @0) 10 yy Allis} 7 5 7 31 » 380 23 Oct 73 8) eee 18 ee, lo) 30 |} July 2 24 | Seana) ee 19 se HD 29 | Pe 25 js of ae 20 vy bey 28 | a LS 26 5 lie 6 5 20 21 »? 20 27 Aug. 1 26 pe lls) 5 ayy ese) 22 Pa) 26 ply 25 Pe eat 4 » 930 20 pets 20 METEOROLOGY OF BEN NEVIS IN CLEAR AND IN FOGGY WEATHER. 469 Co-ordinates of the Ben Nevis Observatory.—Latitude 56° 48’ North ; Longtitude 5° 0’ West of Greenwich. flevation above the sea 4407 feet or 1343 metres. Time used in the Observatory.—The observations are made at every hour by a clock showing Greenwich mean time. ‘The mountain lies 5° of longtitude west of Greenwich, so that the local mean time of Ben Nevis is twenty minutes earlier than mean time at Greenwich. With the varying values of the equation of time the local apparent time varies from 3°5 to 34°5 minutes earlier than Greenwich mean time. In the first of the accompanying tables (printed on the preceding page) is given, for a number of dates, the number of minutes after Greenwich mean noon when it is local apparent noon at Ben Nevis. It will be seen that at the beginning of November the sun crosses the meridian at only 3°5 minutes after noon by the clock; while at the beginning of February it does not do so till nearly thirty-five minutes after noon by the clock. Between 15th January and 10th March, 1 P.M. is nearer true local noon than 12 o’clock by the clock. The second table gives the dates of days of lengths differing by half-an-hour, with the number of days elapsed since the vernal equinox. Both of these tables are useful in interpreting the observations. The first naturally suggests the question whether at first-class observatories the hours of observa- tion should not be regulated by local apparent time, especially when, as at Ben Nevis, hourly eye readings are made. When self-recording instruments are used, it as easy to Brn Nevis.—Daées when the Length of the Day is an exact number of Half-hours. Days from Days from vernal Diff. Date. Length of Day. Date. Diff. vernal equinox. : equinox. 93 23 | June 21 17h. 32m. |] 21 June 93 70 9 | May 29 17 hrs. 14 July 23 116 61 8 » 20 16} 23 5, 9 125 53 0 2 16 Sle fp 8 133 46 8 sane O 154 8 Aug. 8 141 38 6 April 27 15 lo 5, 7 148 32 7 ye ell 143 Pad See 6 154 25 6 » 14 14 28). $5 7 161 18) 6 ew make) 134 4 Sept. 7 168 13 7 ne 13 KOS gp 6 174 6 6 Mar. 26 124 16 ,, 6 180 365 6 5 20) 12 Touts a 187 309 6 » 14 114 29075; 6 193 303 6 LS 11 5 Oct. 6 199 347 a Fee 103 1G ae 6 205 340 i) 6. | Beby. 23 10 oe 7 212 334 | 6 ao ali, 94 24 ~,, 6 218 528 7 pp caeal 9 30 ,, 6 224 321 a ow Oe 8} 6 Nov. 7 231 314 | i | Jan. 28 8 Sl 7 238 307 9 ee (e PA 8 246 298 22 ap ke 7 30, 9 255 276 Zee Deceit 6h.28m. | 21 Dec. 21 276 470 MR J. Y. BUCHANAN ON THE take off the values for one time as for another. It is certain that it is apparent time and not any conventional time that rules meteorological phenomena. Winds.—Only the direction of the wind is given in the tables. In fogey weather the prevailing directions are N., N.W., W., and S.W., the greatest percentage being from the West. In clear weather the prevailing directions are N., 8.E., and 8., with a maximum at 8.E., while calms occur very frequently. The cyclonic gales so common on our coasts, especially in winter, blow hardest between 8.W. and N.W., and on these occasions the summit is usually enveloped in fog. On the other hand, in anti- eyclonic weather the air has hardly any sensible horizontal motion, and is generally clear and warm. In the following short table are given the general results of the classification of the winds according to percentage, and distributed over eight points of the compass :— Weather. N. N.E. EK. S.E. NS) S.W. W N.W. Calm. Clear . ¢ 17°45 6:01 11°63 18°85 16°74 8:94 6°17 3°54 10:67 100 Foggy . ; 16°58 5:28 3°63 5°64 6:95 17°82 23°72 16°65 3°43 100 If the winds were equally distributed round the compass we should have 12°5 per cent. from each point. In clear weather the amounts are above the average for N., S.E. and 8. ; in foggy weather, they are above the average for S.W., W., N.W. and N.; the maximum falling on W., with 23°72 per cent., and the minimum on E., with 3°63 per cent. Rainfall.—In continuous foggy weather there is always some precipitation measured, and it is usually very abundant. There is only one spell of foggy weather in which no precipitation was registered, and that was January 1897. In continuous clear (not necessarily cloudless) weather it may be said that it never rains at all. The only exception which could be taken to this might be the cases of June and August. In June, in the 2895 selected hours, the total amount of rain measured was 1°248 ins., giving an average of one hundredth of an inch in twenty-four hours. In August, in the 971 selected hours, 0°72 in. fell, giving an average of 0°018 in. per twenty-four hours. ‘There are only five occasions in the course of the thirteen years when more than one-tenth of an inch of rain fell during the clear weather of any one month, and the chief of these are 0°685 in. in August 1890, and 0°298 and 0°774 in. in June of 1887 and 1893 respectively. Two-thirds of the whole rain fell in these five months, the remaining third is distributed over forty months, and 111 months out of the total of 156 have none at all. If we now turn to foggy weather, we see a very different state of things. As already pointed out, there is only one spell of foggy weather where no rain or pre- cipitation has been measured. The smallest mean daily rainfall in foggy weather is METEOROLOGY OF BEN NEVIS IN CLEAR AND IN FOGGY WEATHER. 471 0°590 in. in April. The highest daily mean is 1°286 in. in September, and next to it comes February with 1:270 in., and October with 1°163 in. April, May, June, July, and August are all under the mean for the year, which is 0998 in., or almost exactly one inch. When it is remembered that in foggy weather the air is always saturated, and besides that it has disseminated through it particies of water, which form the fog, on which the vapour can immediately and without resistance condense, and that in summer there is a much larger percentage of water vapour present in the atmosphere than is found in winter, it appears somewhat remarkable that the summer rainfall per foggy day should be so much lower than that of winter. When we turn to the maximum rainfall of any foggy day in each month during the thirteen years, we find these same months below the average again. The absolute maximum for the thirteen years falls on the 3rd October 1890, when 7°287 ins. fell in the twenty-four hours; the next highest value, 6°668 ins., falls on 6th February 1894, and the maximum rainfall on a foggy day is above five inches in December, January, and March. The greatest fall in one hour occurred between fifteen and sixteen hours on 14th January 1890, when 0°850 in. fell. The following short table puts together concisely the results of the rainfall measure- ments in the two kinds of weather, and shows clearly the great contrast between them in this respect :— CLEAR WEATHER. Foacy WEATHER. Month. : il : : 5 Total Mean Rain- : Mean Maximum Number may i Number | Total Rain- . Sao Ee Date of of Hours. Fee aa of Days. | fall in Month. ODar ee sty Maximum. Inches. Inch. Inches. Inches. Inches. | Day.| Year. January, . ; 606 0:004 0°00015 86 93:029 1:082 5°476 29 | ’92 February, : : 1,158 ‘033 ‘00069 54 68°587 1-270 6°668 6 | 794 March, : : 1,335 003 ‘00005 78 82-602 1:059 | 5-210 11 | ’90 April, : s 1,728 ‘110 00153 59 34°782 0°590 2°530 2z |’90 May, ‘ : 2,228 *392 ‘00422 27 20°555 0-761 2-880 15 | 792 June, ‘ i 2,895 1-243 ‘01030 492 32°579 0-776 2-108 16 | 797 July, . ; 5 1,502 0:169 00270 46 41-452 0:901 2°337 13 | 790 August, . : 971 ‘720 01777 58 55-852 0-963 3°483 29 |’92 September, , x 1,296 ‘046 ‘00085 79 101-646 1-287 4°930 31 | 791 | October, . : 951 064 00161 64 74°438 1:163 G2SG 3 |790 November, 3 983 :076 00185 88 91-660 1-042 4:294 28 93 December, . a 697 “000 “00000 66 71:049 1:076 5°340 12 | 785 | Sums . . [16,350 | 2-860 TAT 768-231 Mean, : 3 0:00389 0°998 4:379 Barometric Pressure.—Next to the rainfall, the most striking difference between clear and foggy weather on Ben Nevis is shown by the large and continuous excess of pressure in clear weather over that in foggy weather. At every hour of the year, without a single exception, the mean monthly pressure is several tenths of 472 MR J. Y. BUCHANAN ON THE an inch higher in clear than in fogey weather. The maximum excess recorded in the table is 0°602 in. at twenty-one hours in January, and the minimum is 0°296 in. at fourteen hours in February. In the following small table the mean monthly and the mean annual excesses of pressure in clear weather over that in foggy weather are given in the first line, and the difference of the mean monthly excesses from the annual excess are given jn the second line. Jan. | Feb. | Mar. | April.| May. | June.| July.| Aug. | Sept. | Oct. | Nov. | Dee. Mean. 0570 | 0°320] 0:501 | 0°353/ :0°372 | 0°390| 0°414| 0°433) 0:519| 0°550| 0°537 | 0°513) 0-456 inch |+114 |—-126 |+-045-|—-103 |— 084 |— 066 |—-042 |—-023 aoe +:081 |4+:057) 0:000 Roughly speaking, in spring and summer the excess is below the mean, excepting the month of March, and in autumn and winter it is above the mean. The drop from the maximum to the minimum value in one month, from January to February, is very remarkable, but the recovery in March to a much higher value, and indeed to a second maximum, suggests that there are special reasons for this irregularity which may be accidental to the particular years under consideration. It is certainly difficult to imagine, though it is well worth while to try to find out, what conditions vary so much and so rapidly between January and April that the excess of pressure in question shonld show the variations which we observe in the table. A general summary of the movements of the barometer during the year is presented in the tables on the following page, in terms of the inch and the millimetre respectively. Tension of Aqueous Vapour.—ln foggy weather the vapour tension is that of saturation at the temperature of the air. As the water particles which form the fog permeate the whole of the air, any addition of heat has the effect of changing into vapour a portion of the fog, and any loss of heat has the opposite effect, of condensing some of the vapour of the air on the water (or ice) of the fog, both being accompanied by a certain exchange of heat. In the clear weather the atmosphere is generally in a state far removed from saturation, and the effect of addition or removal of heat is simply a rise or fall of temperature. In itself the air in clear weather has no means of increasing its supply of water vapour. The barometric pressure is the measure of the sum of the tensions of the various gaseous constituents of the atmosphere. If this pressure is diminished all the con- stituents expand proportionately, and their tensions diminish also proportionately. If the pressure is increased they contract in the same proportion, and their tensions increase proportionately. Therefore the determination of the tension of the aqueous vapour in the atmosphere, combined with that of its barometric pressure, furnishes an exact analytical method for the determination of the composition by volume of the air, in respect of water vapour and permanent gas, 473 —_ “19989 Ay 3305 “10Y} ROM Ivey 3P METEOROLOGY OF BEN NEVIS IN CLEAR AND FOGGY WEATHER. 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UROL (9-¢) 7 t eBuuy “WMNUUTULUL 8yn}osq y ‘TINUIXeUT aqn[osq Vy . . . . ‘Ra W I) : : ‘oDury “ > TUNUITUIM ayn[osq Vy ‘WINUWIXBUL ayn [OSV Ue ayy ur aus ayn fo abvjuaosag pun ‘sayout ur inodng snoanby fo uorwsuay—hinuwwung ——— “19]VB9 MA Assog *Ta[WVO AA ‘LAT[]BO A ITD) Annoy IeaTf) Aa50¥q “LOYJBA AL “LOY BA AL Iva[O A550, “Tat yea My 1eal—) METEOROLOGY OF BEN NEVIS IN CLEAR AND IN FOGGY WEATHER, 475 Temperature—The mean temperature of the year is 3°57° F. higher in clear weather than in foggy weather. Amongst the monthly values this excess is greatest in June, when it reaches 10°11° F. In the first three months of the year the difference is in the opposite sense. The temperature is then higher in foggy than in clear weather, the excess being 2°92° F. in February. The mean temperature of the months October to March is almost the same for both kinds of weather, being 28°70° F. for clear and 28°51° F. for foggy weather. Amongst the hourly values the greatest excess of temperature in clear over that in foggy weather is 13°4° F. at fifteen hours in June, and the greatest difference in the opposite sense is 4°3° F. at one hour in March. The range of mean hourly temperature is much greater in clear than in foggy weather in every month. . In this respect again the difference between clear weather and foggy weather on Ben Nevis is the same in kind as that between the dry season and the rainy season in the Tropics. In fogey weather the mean daily range of temperature is very small in winter, and by no means large in summer. The maximum mean daily range is 2°5° F. in May, when the mean monthly temperature is 31°42° F. The maximum mean monthly temperature, 39°58" F., falls in August, and then the daily range is only 177° F. In clear weather the maximum mean monthly temperature, 46°46° F., falls in July, and the maximum mean daily range, 8:2" F., fallsin the same month. In clear weather the effect of adding heat is to raise the temperature of the air and to increase its volume. In foggy weather a large portion of it is rendered latent by the evaporation of a portion of the water in a very fine state of subdivision disseminated through it. It may be doubted whether the direct heat of the sun has any part in producing the diurnal range of temperature during continuous foggy weather. At the upper surface of the fog-cloud we would expect the sun’s rays to be largely reflected from the dazzlingly white surface which such a cloud always presents when viewed from above in bright sunshine, and that the remainder would be absorbed in evaporating the upper layer of fog, leaving nothing to be transmitted downwards. There is, as a rule, a resultant current of air upwards during the day; and when the cloud, as is often the case, does not spread to a great distance from the mountain side, the lower ground is enjoying sunshine, and the upward circulation is very active. The fact that the month of May has the greatest amount of clear weather and also the greatest daily range of temperature in foggy weather seems to support this view. In winter the daily range of temperature is under 1° F. | Mean Hourly March of Temperature m each Month.—This is conveniently treated with respect to the hourly change of temperature during the day and without respect to the actual temperatures at these hours. | If we review the curves which have been drawn for each month, and are to be found in the original paper, we see that they fall into two distinct types. The one 476 MR J. Y. BUCHANAN ON THE type is predominant in the winter months and the other in the summer months. For this purpose the winter months are October to March, and the summer months April to September. The principal feature which distinguishes the winter months from the summer months in clear weather is the occurrence in the former of a@ pronounced nocturnal heating effect. This shows itself particularly in the curves for November, December, January, and February; in October and March the passage between the summer and winter types is apparent. Confining our attention more especially to the four months about midwinter, we find the abnormal feature referred to very strongly marked in November. It persists in the month of December, and, apparently, more intensely relatively to the normal solar heating than in November. At the first glance at the curve it would not be thought so, for there is no prominent rise and fall of the curve during the night, as in November. ‘The fall is then just before sunrise, but the minimum and with it the fall and rise between the diurnal and the nocturnal heating is almost obliterated, so that the curve, after rising in the forenoon to the normal maximum in the early afternoon, hardly falls at all, and merges into the nocturnal heating, forming a very flat curve, nearly parallel to the base line. | Nocturnal heating is observed in foggy weather in most of the months, and it takes the form of a sharp rise of temperature between midnight and 1 a.m., which then falls gradually to a minimum at or near the hour of sunrise; but there are exceptions to this, as in November, and particularly in January, when the temperature rises very uniformly from a minimum at midnight to a maximum at noon, and then falls again as uniformly to the midnight minimum again. It must not be forgotten, in dealing with the winter months at Ben Nevis, that the solar influence is very small. Lying in lat. 56°48’ N. the sun’s meridian altitude at the winter solstice is only 9° 35’, and the length of the day is under 64 hours. _ It is, there- fore, chiefly at this season that we might expect terrestrial or geographical influences to produce their most apparent effect. With the march of the season the influence of the sun increases very rapidly, and it has a tendency to obliterate the effects of other agents, especially in the hours of the day when its heating power is increasing or diminishing most rapidly. In the summer months, when the diurnal range of tempera- ture is considerable, it is only in the neighbourhood of the epochs of maximum and of minimum temperature that other influences can make themselves felt. At these times, and especially at the time of maximum temperature, the heating and cooling influences are for a time in a condition approaching equilibrium, during which the temperature remains nearly constant, and its curve runs sensibly parallel to the line of time-abscissz. Here we might expect other influences to show themselves; and, in fact, if we inspect the curves, especially those relating to clear weather, we see that most of them show great irregularities in the neighbourhood of the extremes. Nearly.all the clear weather curves have strongly-marked irrecularities near the date of minimum temperature, and most of them, as February, March, August, and October, show similar irregularities near METEOROLOGY OF BEN NEVIS IN CLEAR AND IN FOGGY WEATHER. 477 the date of maximum. In foggy weather the hour to hour irregularities of mean temperature are, as might be expected, much less striking, with, however, the exception of the month October, when we have a very remarkable oscillation of temperature from hour to hour during the whole morning. If we were to calculate the mean temperature of the morning from the odd hours, 1, 3,5... . 11, we should find it quite half a degree lower than if we used the even hours, 2,4... . 12. One reason for the greater uniformity of the temperature curves in foggy weather than in clear weather is that there are no effects of alternating cloud and sunshine. In clear weather we have these effects, and to some extent they must be held responsible for the irregularities apparent. ‘This, however, applies only to the daylight hours, and we see that the wregularities in clear weather are by no means confined to these hours. In dealing with the barometric pressure we have found something very similar to what we have just noticed in regard to temperature, namely, that the curves for fogey weather are much smoother and more uniform than those for clear weather, and the clear weather barometric curves present nearly as irregular and serrated an outline as those of temperature. The Table on page 14 gives a summary for the year of the movements of temperature. The mean dew-point for each month is given for clear weather, and the excess over it of the mean monthly temperature in foggy weather is given. It is only in June and July that the mean temperature of the air in foggy weather is under the mean dew-point in clear weather. As the air is always completely saturated in foggy weather on Ben Nevis, the temperature of the air is also its dew-point. In this paper, no distinction is made between one kind of fog and another, and they are not distinguished in the monthly sheets of the Observatory. There are, however, several different kinds of fog, and these are clearly distinguished by the observers living on the mountain. There is the very wet fog, which is called mest in the log, and there is the comparatively dry fog, which is logged fog. Then both the fog and mist in winter seem to be much denser than in summer. These belong to the elements of meteorology which cannot be expressed in numbers. They are as important as those which can be so expressed; and they can be brought into the discussion of the meteorology of the mountain with their due weight and importance only by men who have spent a considerable time there as observers. Whether wet or dry, the foe which characterises the climate of the mountain is nothing but cloud under another name. The lower surface of the clouds which form on the hills rising out of the Western Ocean is found generally at a height of about three thousand feet above the sea. On the west coast of Scotland the air is very damp, and the clouds abundant, consequently the observatory on the summit of Ben Nevis is usually situated in the heart of the common clouds of the country. It may, therefore, be claimed that it is in reality an observatory established in the clouds, and that the observations made in it furnish a record of the meteorology of the clouds. In this respect the Observatory of Ben Nevis is unique. BUCHANAN ON THE METEOROLOGY OF BEN NEVIS. We MR J. 478 a A i a i hs, 4 hasten oF-e— | 10-L— | @¢-¢— | IF-F— | GHI— | 38-0— | 96-04 | FI-I+ | G2-0— | G6-2— | 08.¢— | I8-8— | F8-9—]| IT | (6-9) Ue SEO U g6-i+ | Z0-I+ | t0-e+ | ¢a-I+ | ss-e+ | Ig¢-e+ | el-o+ | 19-+ | 32-e+ | 39-I+ | 0F-I— | G9-I— | 60-0—]| OT | (6-¥) eo aoueiey id ZZ-0— | 66-— | G0-I— | 6-0 8E.3 E.F 16-2 08-1 Ler meO eC | 80 Cae 8G-Gee ll tO0-Ge | SO 8) re eae ae UMN OL-GL | GF-GL | LLL | GG-GT , 68-FL | GZ-OL | 19-01 | O4-TT | OG. 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P } aly \-—-+ +e “194789 A YL —-+NS “19189 AA Aasoq “OYJ MA IBID Aa30g “IAYIRO MA 18919 Sarees [Zo face page 478. V: Complete List of Dates used in Spells of Continuous Clear Weather. 1885, | 1886, 1887. | 7 1888, 1889. 1890. 1801. 1802, 1893. 1804, 1895. 1896, 1807. to |) from to from Meath : j = to from from from to from from to from to from to from to Day. | Hour. Day. | Hour. Da | 5 . Day. = y. |Hour.| Day. | Hour. || Day. | Honr.| Day. . 7 | i 5 Ay- | Hour. |] Day. |Honr.| Day. | Hour, | Day. | Hour. Day. |Hour.| Day. | Hour.|| Day, | Honr.| Day. | Hour.|| Day. | Hour.| Day. How: Hour, | Day, Day, | Honr.| Day, Hour.| Day. | Hour, Honr.| Day. | Hour.|] Day, | Hour,| Day. | Hour. star ar 7 ia j [ jaaxy, S| ou | a | Bld = co Re ae We 8 se | ss | a7 | : fs 6 ze | tees 6 SS ! a e : if | is | ie Ss | 25 id aa a eal! = E 33 wo i rs 5 15 4 . = 7 | 18 i ) 16 | 19 iB = vb) || ao 24 | 10 —| 22 “| ra 2 a oo * ee 24 10 19 3 7 5 W e 2 1 3 7 6 16 } a 3 2 2 I on ; 6 fs a i wee) oe i ii 5 16 7 2 13 20 23 | 8 | 29 | 19 io) a4 Is : a || a |} ht |) a 2 & = = 2 if [owe malic: = ae 2 |e 10 1 13 4 d BF Me io | 10 oF ean oa 27 || 20 Sovember, - 2B 7 = 27 N | = - i 1 19 18 12 20 15 | ll c on i. 16 14 7 14 23 22 28 co 1 17 3 20 5 fl | i on | a iE ees 2 2 3 30 13 20 | a1 | 92 | 23 era llless ss Salers | December, - cS | = a | < ¥ . ~ * o oo = an” 4 — sgN NEVIS SUMMIT. TABLE II. Complete List of Days wsed in Spells of Continuous Foggy Weather. (Zo face page 478. Month. 1885. 1886. 188 ii, 1888. 1889, 1890. 1891. 1892. 1893, 1894, 1895. 1896, 1897. oe ——— January, 5A 6, 7, 8, 9, 10 an aoe 25, 26, 27, 3, 4,5 14, 15, 16 18, 19, 20 1, 2,3 18, 19, 20, 21,22,| 16, 17, 18, 19 {BAO SBSH ES 8: 29; 28, 99 2,3, 4,5 15, 16, 17 19, 20, 21 23, 24, 25, 27, 28, 29, 23, 24,25,26 | 90,91 16, 17, 18 67,8 ) 28, 29, 30, 31 24, 95, 26 26, 27, 28 30, 31 29, 30, 31 24, 95, 26 = Je 7, 8,9 19, 20, 21, 29, PS ACN February, - 28, , 20, 21, 22, , 4, 5, 6, 7, LO 2, 3, 4, 5 6, 7, 8, 9, 10, 11 20, 21, 22, 23, 27, 28, (1) 23, 24 8,9 pepe Oe 7,8,9,10,11 | ° 26,27, 28 910d 24, 25, 26, 27 I ia ne 10.1181 7“) 3) ih: ee 17, 18, 19 23, 24, 25 6, 7, 8,9 5, 6,7 1, 2,3, 4, 5 4,5, 6 8, 9, 10, 11 28, 24, 25, 26 1, 2,3 , 18, , 24, bt 29,93, 24,95 | 1011, 12,13 93, 94, 95 9, 10, 11, 12 “12,13” 28, 29, 30 iif ia || Mapa "99 18, 19, 20 24, 25) 26, 27 : 31), 1,2 4, 5, 6, 7,8 Lath, 4 3, 4, 5, 6,7, 8,9 | 18, 19, 20, 21 27, 28, 29 19, 20, 21 22, 23, 24 2, 3, 4, 5, 6 21, 22, 93, 24 ve ip 16, 17 21, 22, 23 16, 17, 18 Bees 28, 29, 30 26) 27, 28 » 29, May, : 8, 9, 10 4,5, 6,7 26, 27, 28, 29 13, 14, 15 23) eaieeee 6,7, 8 2,3, 4, 5 ,2 2, 3, J A vane 18, 19, 20,21 | 93, 24, 25, 26 6, 7, 8,9 8, 9, 10 Beas a 13, 14, 15 25, 26, 27 22, 23, 94, 25 18, 19, 20, 21 a0 a HS a Inly, i i 2 1, i Tey || ea, 2B Be, oF ais, A 24, 25, 26 5, 6, 7) 8 19, 20, 21, 22 7, 8, 9, 10, 11 Bh oye a 7, 8,9 7, 28, 29, 30 16, 17, 18 11, 13, 13 16, 17, 18 16, 17, 18 7, 8,9 22, 93, 24 27, 28, 29, August, 24, 25, 26 20, 21, 92 26, 27, 28, 29 20, 21, 92 24, 25, 26 eh, 25, Ub 25,26 "31, (1) BEVERY ID 28, 29, 30 26, 27, 28, 29 (BL), 1,2 9, 10, 11, 12, 13, Oa 15, 16, 17 21, 29, 93, 24 , 10, 11, 12, 13, 17, 18, 19 24, 25, 26, 27, @1), 1,2 14, 15, 16,17) | 18, 14, 15, 16, P 5, 16, 17, 22, 23, 24, , 14,15,16. | (29, 30, 31), 1 5, 6,7 27, 98, 99 28, 29 15, 16, 147, 18 "18,19 ” | 17, 18, 19, 20 Mey Mey Mil 18, 19 25, 26 20, 21, 22 24, 95; 26, 27, 28, 29 11, 12, 13, 14 ap 3, 4, 5,6 67,8 Ded ate) Peat Grtober 1,2,3 BEAD Y2G; 2B) D1 9, 10, 11 27, 28, 29, * glorianeee ae te 1,2,3 8, 9, 10, 11 ctober, . 26, 27, 28 217, 28 29, 30, 31 14, 15, 16, 17 30, 31 27, 28, 29 a 11, 12, 18 1, 2,3 5, 6,7,8,9 | 10,11,12,18, | 17, 18) 19, 20. 5 6, 7, 8 2) 45. 6) 7, 8.19) i inlarens , 14, ba, Lo, spokes TA Novembe Tas 16, 17, 18 19) 18, 14 Ce 9, 10, 11 27, 28, 29 27, 28, 29 Te, || Pupeeeeheim | ae iby 21, 32, 23 November, . 5 30, (1, 2, 3, 4) y Li, al. 99, 23, 24 12,13 14, 15 sae , 2, 3, 4) 20, 21, 22, 23 26, 277, 28, 22; 23, 29, 30 3, 4, 5, 6, 7, 8, 9 4,5, 6 11, 19, 13, 14, 17, 18, 19 Se 2 26, 27,28, 29, | 18, 19, 20, 21 15, 16 21, 22, 93 10, December, . ; 21, 22, 23 (80), 1, 2, 3 2h 285 bese CO eae 3031 eats 20, 21, 22, 23, | 28, 29, 80, 31 24, 25 (479 >) Report on Atmospheric Dust. By Joun ArrKen, LL.D., F.B.S. In 1889 the Scottish Meteorological Society decided on making observations on the dust in the atmosphere at their Observatory on Ben Nevis. Having prepared the plans for the apparatus to be used for counting the dust particles, I visited the Observatory on the Ist of August of that year, and, after consulting with Mr Omonp, decided that Fic. 1.—Dust-Counter. the tower of the Observatory was the best place for fitting up the instrument. The apparatus was afterwards made by White of Glasgow, and fitted up in the Observatory on 5th June 1890. Fig. 1 is a photograph of the apparatus taken before it left the low level. A isa receiver in which the air is tested in the usual manner by moistening and expanding it, 480 MR AITKEN ON ATMOSPHERIC DUST. the small rain-drops that fall on the micrometer in the receiver being counted by means of the lens S. 6 is the pump for expanding the air in the receiver. Cis a filter of cotton- wool for filling the receiver with dustless air, the air being admitted through the stop- cock O. Water for moistening the air is admitted by the stopcock D from the vessel # by means ofthe pipe #”. Fis a lamp for illuminating the micrometer, the light entering the receiver through the glass cover. Gis a water lens for concentrating the light of the lamp on the micrometer. H is a large glass condensing lens which could be used in place of the water lens. The air to be tested was introduced from the outer air by means of the tube J, which was connected with the instrument by means of the short india-rubber tube K, attached to the tube Z on the instrument. The tube J was of such a length that it could be put through openings on any side of the tower, so as always to point in the direction from which the wind at the time was blowing, so as to get air uncontaminated with local pollution. The air to be tested is admitted to the receiver A by the stopcock O, which communicates with the receiver and the small chamber V by means of a cross passage in the plug of the stopcock. In order that the air in the chamber NV should be the same as the outer air, a continuous current was kept up through it by means of the aspirator MW, which was connected with V by means of the pipes P P, the stopcock @ being used for allowing the current to flow when a test was to be made. The different proportions of impure to pure air required for making tests were introduced into the receiver 4 by pumping out, by means of 5, certain measured quantities of air, its place being taken by the impure air admitted from the chamber V through the stopcock O; the different proportions of impure to pure air being regulated by means of the bridles & and F’, one of which, when raised to a horizontal position, checked the length of the stroke of the pump at the required proportion, enabling exactly the same proportion of air to be measured for each of the ten successive tests made during each observation. Dust Partictes at Ben Nevis OBSERVATORY. See “Preliminary Note on the Observations of Dust Particles at Ben Nevis Observatory.” By A. Rankin. Journal of Scottish Meteorological Society, vol. ix. p. 125. Table I. gives the monthly averages and the highest and lowest observations of dust during the first few months that the dust-counter at Ben Nevis Observatory was in use. TasLEe I1.—Number of Dust Particles per cubic centimetre. Jan, | Feb, | Mar. | April. | May. | June. | July. | Aug. | Sept. | Oct. | Nov. | Dee. 1890. Mean, , ‘ A ean ters 1,518| 3,582] 2,526 700 588 606 cafe aco 418 Maximum, : : 50 Ra 12,862 | 10,750 | 4,940 | 3,850 | 4,000 | 1,286 ne ae 3,150 Minimum, : ; ce oe 175 650| 250 50 Ete 67 ba oo 12 1891. Mean, : f : ss 1,515 557 | 1,018 988 | Maximum, . ¢ dis 6,350 7,600 | 14,400 | 4,400 | Minimum, : : sas 4 0 11 4 MR AITKEN ON ATMOSPHERIC DUST. 481 The means for March, April, and May of 1890 are not comparable with the rest, as the observations in these months were all taken during the daytime and in fine weather. In February 1891 readings were only taken during the last eight days of the month. Taking the average of the remaining months, the mean number of dust particles is 696 per cubic centimetre. The largest number observed was 14,400 per e.c. at 13 hour on 11th April 1891. Hourly readings were taken on the 11th and 12th April 1891, on both of which days the number of particles was great: the values for each hour are given in Table II. This table shows how rapidly the number of dust particles fluctuates. Taste II.—Dust Particles per c.c. Hour. 1 2 3 4 5 6 7 8 9 10 11 12 April 11, . : . | 1,600 300 1,400 850 | 1,600 800 450 350 625 712 838 | 2,250 oj : 5 400 162 300 850 300 275 288 co 288 350 225 325 Hour. 13 14 15 16 17 18 il) 20 21 22 23 Mid. April 11, . ; . | 14,400 | 11,200 | 13,500 | 9,500 | 12,000 | 6,500 | 4,200 | 1,750 700 850 950 600 op WAS : j 338 | 1,100| 1,200] 1,800 | 2,450} 4,400 | 2,400 | 1,850 500 1,550 | 1,850 | 2,750 Regular observations were made eight times a day for the three months March, April, and May of 1891, the hours of observation being, 1, 4, 7, 10, 13, 16, 19, and 22. A few breaks occurred in the record, but not sufficient to prevent a fairly correct average for each hour being obtained. These averages are given in Table III., with the mean for each month, the mean of the three months at each hour, and the differences of these hourly means from the general mean of the whole period. Taste II1I.—Dust Particles per e.c. Hour. il 4 ih 10 13 16 19 22 Mean. 1891 March, 3 ; F 421 310 301 656 762 833 701 470 557 April, : J ‘ A 809 547 743 505 1218 1912 1190 1221 1018 May, 5 : : 3 978 720 666 491 869 1568 1213 1397 988 Mean, : : : : 736 526 570 551 950 1438 1035 1029 854 Differences, ; i . | —118 — 328 — 284 — 303 + 96 + 584 +181 +175 This table indicates a well-marked diurnal range in the amount of dust, there being a maximum about the warmest part of the day and a minimum in the early morning. This is mainly due, no doubt, to ascending currents of heated air bringing up dust from the lower atmosphere during the middle of the day. The discussion of the observations taken in later years is not yet completed. During about a month, generally in July, of the years 1890-91—92-93, simultane- ous tests of dust were made at the Ben Nevis Observatory, generally by Mr Rank1n, and by myself at Kingairloch, in order to find the comparative purity of the air at high and low levels. Kingairloch is situated at sea level, at a distance of about 28 miles in a south-westerly direction from Ben Nevis. A situation nearer the Ben would have been preferable, but the great isolation of Kingairloch, and its freedom from local pollution, ROY, SOC. TRANS. EDIN.—VOL. XLII. 3Q 482 MR AITKEN ON ATMOSPHERIC DUST. gives it a great advantage over most situations nearer the Ben. It was not possible to have the observations taken at the same hours at both stations; but this was of little importance, as, owing to the distance between the two places, even when the wind was in the line connecting them, the passing air would take a time to travel between them, and simultaneous observations would not therefore have given the state of a vertical column of air at high and low levels. The result of these observations taken at high and low levels, details of which are given in the Trans. Roy. Soc. Hdin., vol. xxxvii. parts 1 and 2, show that the air at high level has generally fewer dust particles in it than at low level, but not always so ; and further, the observations show that lower readings have been obtained on the Ben than at Kingairloch. On a few occasions no dust has been observed at the high level, whilst the lowest reading obtained at Kingairloch is 16 per c.c. On the other hand, as high readings have been obtained on the Ben as at Kingairloch. It may be as well to define what is meant by these very low readings on the Ben when it is stated no dust was observed. It simply means that in the air tested no particles were visible. But as the observations are made by counting the number of drops falling on the millimetre squares of the micrometer, and as only a square of nine square millimetres can be observed, that means that, when no dust was observed in the ten tests usually made, there was not one dust particle in the cubic centimetre of air that came under observation during these ten tests; but the observations give little support to the idea that there might not have been one particle in a larger quantity of air. The observations show that the effect of the direction of the wind is very marked in the amount of dust both at high and low levels. Whenever the wind blew from the N.W. quadrant, the number of particles at both stations was small, and all low numbers were got in air from that quarter. From all other directions the air was less pure, and particularly when it came from the S.E., that is, from the direction in which lie the most populated parts of the country. When the numbers were higher on the Ben than at low level, it was found to be due to the air at the two stations not coming from the same direction. If, for instance, the wind was northerly at low level whilst it was southerly on the Ben, the number of particles was greater at the high than at the low level. These results have been confirmed by observations made in Switzerland, on the Rigi Kulm. The dust observations taken by me at that high-level station show that the number of particles was always high when the wind blew from the thickly inhabited districts, and low when the air came from the region of the Alps. The effect of sunshine is to give rise to ascending currents of air, and as this ascending air comes from the lower impure stratum of the atmosphere it brings its dust with it. This is shown by the number of particles increasing on the Ben as the day advances, and again falling after the sun’s heat has gone. This effect is also shown in the observations on the Rigi Kulm, the numbers beginning to rise early in the day MR AITKEN ON ATMOSPHERIC DUST. 483 if the morning was sunny, but the increase coming later if the morning was cloudy and followed by sunshine, and not appearing at all if the day remained clouded. The effect of the dust on the transparency of the air was also noted during these observations made at Ben Nevis and Kingairloch, and the general result arrived at is that on all clear days the number of particles was small, and on all thickly hazed days the number was great. Take, for instance, the 16th of July 1892. During the whole of that day the numbers were very low at both stations. At high level the number was 160 per c.c. and at low level 200 per cc. In the Ben Nevis Observations it is noted : “Ireland seen, only a thin haze.” As Ireland is 125 miles distant, the air must have been very clear to give only a thin haze at that distance. The observations made at Kingairloch on that day show the air had its maximum clearness also at low level. Many similar observations might be quoted to show that the air is clear when the number of particles is few, and also to show that it is thick when the number is great, all of which point to the conclusion that dust is the principal cause of the haze in the atmosphere. The hazing effect of dust is confirmed by the observations on the Rigi Kulm. The air there was never clear unless the number of particles was small. The amount of haze at that station was estimated by the clearness of Hochgerrach, a mountain seventy miles distant from the Rigi. During five visits to the Rigi Kulm, Hochgerrach was visible thirteen times. On eight of these occasions the mountain was only one-half to one-fifth hazed, and the number of particles was from 326 to 850 per c.c. It was seen five times, when the number varied from 950 to 2000 per c.c.; but on these occasions the mountain was little more than visible, and it was never seen when the number of particles was a little over 2000 per c.c. The hazing effect of dust has been worked out in detail by me from observations made at Kingairloch, Rigi Kulm, and Alford in Aberdeenshire.* In working out the relation between the transparency of the air and the different amounts of dust in it, it was found necessary first to arrange the different observations according to the humidity of the air at the time of observation, as it was found that the humidity had a marked influence on the transparency. It is not supposed that humidity, as humidity, has any effect on the transparency. Water vapour, as such, seems to have no hazing effect, because we know we can have very transparent air with a high humidity if the number of dust particles be small. The effect of the humidity would seem to be to increase the size of the particles, so increasing their hazing effect. Some water seems to be con- densed on the particles even in dry air, but less is condensed the dryer the air. The separate observations were accordingly arranged in different tables. In one table were put all the observations taken when the wet bulb depression was from 2° to 4°; in another, the observations when the depression was from 4° to 7°; and in a third, all observations when the depression was over 7°. The observations were arranged in the different tables in order, beginning at the top of the column with the observation having the smallest number of particles, and in another column alongside entering the limit of * See Proc. Roy. Soc. Edin., vol, xvii,, 1889-1890, p. 193, 484 MR AITKEN ON ATMOSPHERIC DUST. visibility in miles, the limit of visibility being obtained by estimating the amount of haze between the observer and a mountain at a known distance. Suppose the mountain to be 25 miles distant and to be half-hazed, then the limit of visibility will be 50 miles. In illustration of these tables the one showing the Kingairloch observations for 1893 is here reproduced. TABLE showing the relation between the Number of Dust Particles and the Transparency of the Atmosphere with Wet Bulb Depression of 7° and over. Mean Number of | Limit of Visibilit Date. Particles, in Miles. q Cc. 12 July, . 2 388 250 97,000 24 June, . ‘ 508 200 101,600 15 July, . ‘ 828 200 165,600 3) 53 : F 857 150 128,550 Des ‘ : 1480 100 148,000 eee 6 &, y ‘ 1596 80 127,680 ; Tie Rae 1825 100 182,500 | 140628 30 June, . sai 3950 60 237,000 8 July, . F 4100 50 205,000 Te : ; 5100 17 86,700 a) = 5 F 5175 13 67,275 When all the observations had been entered in tables similar to the above, it was seen that, while the numbers in the columns of particles gradually increased, the limit of visibility gradually decreased. Further, when the number of particles was multiplied by the limit of visibility, a number was obtained which in a rough way was constant for the different observations in each table, but this number was not the same for the different wet bulb depressions. In the above table there is a column headed C. In this column is entered the number got by multiplying the number of particles into the limit of visibility, and it will be noticed that the value of C is far from constant; but this is only what might be expected, owing to the difficulty of estimating the density of haze, and lack of knowledge regarding very much of the intervening air, which may differ much from that at the place of observation. Though the different individual observations in the above table give far from the same value for the constant C, yet when we average a number of observations, even though those observations are taken at different places and the haze has to be estimated under different conditions, the agreement is, considering the difficulties, fairly close. This is seen in the following table, in which is arranged the mean values of C from the obser- vations made at different wet bulb depressions at Kingairloch, Alford, and Rigi Kulm. It will be noticed that the value of C at the three stations is, considering the difficulty of estimating haze, fairly constant in each column for the different humidities, but that the number is not the same for the different humidities, being nearly twice as great in the driest air as it is in the dampest, the explanation of this being that the same number of particles has a much greater hazing effect in damp than in dry air, MR AITKEN ON ATMOSPHERIC DUST. 485 Values of C at Different Wet Bulb Depressions. Place. 2° to 4°. | 4° to 7°. 7° and over. Kingairloch, 1893, , . ; 77,525 105,923 140,628 3 392 . . | No observations 116,677 174,832 Alford, : ‘ ; : : 75,474 95,153 124,921 Rigi Kulm, ‘ : : : 75,176 104,430 124,211 Mean, . ; F 76,058 105,545 141,148 To find what is the actual number of particles required to produce a complete haze, that is, render a distant mountain invisible, all that is necessary is to multiply the above constant C by 160,932, that is, by the number of centimetres in a mile. When that is done we get the numbers given in the following table, which shows us the number of particles at the different humidities in a column of air 1 square centimetre section, whatever the length of the column may be, selecting for this table the observations made at Kingairloch in 1893, as they are the most to be relied on and do not differ much from the average. ‘ Number of Particles required to iNYgs Teralib Diaprese iar Produce a Complete Haze. 2° to 4° 12,500,000 4° to 7° 17,100,000 7° to 10° 22,600,000 This table shows that, roughly speaking, the transparency of the atmosphere is doubled by decreasing the humidity by one-half, as it only requires half the number of particles to make a complete haze with a wet bulb depression of from 2° to 4° that is required when the depression is 7° to 10°, With the information we now have of the hazing effect of dust, it is possible roughly to estimate the number of dust particles in the air without a dust-counter. As we have established the numerical relation between the number of dust particles, the haze, and the humidity, so that any two of these being known the third may be calculated, so if we know the wet bulb depression and the limit of visibility we can find the number of dust particles in the air without a dust-counter. A great many observations have also been made at Falkirk* on the haze in the atmosphere. These observations were made without a dust-counter, with the object of * Proc, Roy. Soc, Hdin., vol, xx. p. 76, Jan. 30, 1893, 486 MR AITKEN ON ATMOSPHERIC DUST. seeing how far the pollution due to inhabited districts affected the clearness of the atmosphere. When the haze observations were made, a note was also at the same time taken of the direction of the wind, and of the wet bulb depression. About two hundred observations were used for working out the results. These observations were first arranged in tables for each direction of the wind, and, for the reasons given, these were again separated into other tables at the different wet bulb depressions. The result of this investigation showed that whenever the air came from anywhere from north of west to due north the air was always very clear, and showed the maximum limit of visibility. When the air came from the N.E. quadrant it was much more hazed, and when from all directions with any south in it the air was densely hazed. With the wind in the N.W. quadrant and a wet bulb depression of from 3° to 4° the limit of visibility was about one hundred miles, and with a wet bulb depression of 8° the limit was 200 miles or more, whereas when the wind was southerly the limit of visibility was, with a wet bulb depression of 8° or 4°, only from eleven to fifteen miles, and with a wet bulb depression of 7° or 8°, it was only from fifteen to forty-five miles. A map of Scotland was also prepared, and on it the different counties were shaded according to the density of the population inhabiting them. Round Falkirk were drawn curves, or isatmid lines, that is, lines of equal clearness, showing the limits of visibility in the different directions when the wet bulb depression was 2°, 3° and 4°, 5° and 6°, and 7° and 8°. An examination of this map shows that there is a close relation between the transparency of the air and the density of the population, due no doubt to the fires, furnaces, etc., which throw their impurities into the atmosphere. From Falkirk as a centre, in all directions between due west and due north, the whole quadrant is but thinly populated, and the isatmid lines over this area open out to a very wide extent, and extend beyond the limits of the Western Isles when the air is dry. In the N.E. quadrant all the lines come much closer to the place of observation, while in all directions to the south the lines approach very close to Falkirk, and the lines approach the closer the deeper the shading on the map in the direction. That is, the denser the population, the more the air is hazed. Summing up the general results, it is found, first, that with W.N.W. and N. winds the air is six times clearer than with southerly winds when the air is damp, and nine times clearer when it is dry. ‘The air at Falkirk is ten times more hazed when the wind is in the E.S.E., 8., and 8.W., than it would be if Scotland were a desolate island in mid-ocean. Third, the transparency of the atmosphere increases with the dryness, being 3°7 times clearer when the wet bulb depression is 8° than when it is 2°, a result similar to that obtained from the observations made with the dust-counter. Passing now to the relative amount of dust in the atmosphere of different parts of the world. As yet but few observations have been made out of Europe, but so far as they go they show that the air of the Western Highlands of Scotland is by far the least dusty of any in the world. Dr Fredlander in 1894-95, while on a tour round the world, made a number of dust observations, but at no part of his journey did he find any air a ee eae MR AITKEN ON ATMOSPHERIC DUST. A487 remarkably free from dust. The following table gives a short abstract of Dr Fredlander’s observations :— Lowest. Highest, Crossing the Atlantic, . ; ; . 2,000 4,000 per c.c. Near Newfoundland, . : , ; 420 840 x Gulf of St Lawrence, . : i ; 280 350 a“ Oak Bay, Victoria, ; : . ‘ 1,000 1,250 " Santa Cruz Bay, . : : 5 , 700 4,500 - Pacific Ocean, . i P , ; 245 1,375 ms New Zealand, ; F é : 875 10,250 ie Australia, King George’s Sound, . ‘ 1,000 1,250 e Indian Ocean, . : ‘ : : 243 1,375 - Arabian Sea, ; : ; ; ‘ 280 1,375 " Red Sea, _ . . ; ‘ z é 383 490 5 Mediterranean Sea, . ‘ : : 875 2,500 Dr Fredlander also made a number of tests of the air in Switzerland, generally at considerable elevations, but in most of the observations the number was over 1000 per c.c., except at one or two high elevations. For instance, on the Riffelberg, at an elevation of over 7000 feet, the number was generally over 1000, but on one day the number fell below 900, and on another to 225 per c.c. The lowest numbers observed by him were obtained during an ascent of the Bieshorn. The following table gives the result of his observations :— Height above Sea Level. Number of Particles per c.c. 6,700 ; 7 : A 5 950 8,200 : : : : : 480 8,400 : , : 3 : 513 10,665 : : : F : 406 11,000 : : : ; ; Mail 13,200 j ‘ : ; : 219 13,600 : ‘ : : : 157 The last number, namely 157 per c.c., is the lowest number, so far as I am aware, yet observed in Switzerland or anywhere out of Scotland. Professor Melander of Helsingfors has also made a special study of the dust in the atmosphere. His observations were made in 1894-95-96 at Saléve, near Geneva, at Biskra in the Sahara, at Torhola in Finland, at Loimola on the borders of Russia, and at Kristianssund and Grip on the west coast of Norway, but at none of these places was the number of particles very low. At Saleve the numbers varied from 550 to 7300, at Biskra from 825 to 30,375, at Torhola from 300 to 19,280, at Loimola from 363 to 4128, at Kristianssund from 650 to 55,025, at Grip from 375 to 109,000. From my own observations taken on the Continent, it appears that the air of the West Highlands is purer than at any of the other stations tested. The following table shows the lowest number of particles I have observed in the air coming to the different stations from what might be called the purifying areas at the different places, that is, from the direction from which all the purest air at the different stations came. 488 MR AITKEN ON ATMOSPHERIC DUST. | Year. Mediterranean. Alps. Highlands. Atlantic. 1889, : ; : 3 1600 210 262 205 | 1890, : ; : ; 725 375 127 16 1891, : : by 5 785 300 94 34 1892, é : c : 650 579 168 38 1893, : : : ; 698 441 56 67 Mean, . : ¢ 891 381 141 72 In the above table, the Mediterranean air was tested on the shore ; the air from the Alps, on the Rigi Kulm; in the Highlands, at Alford in Aberdeenshire; whilst the numbers for the Atlantic are from the Kingairloch observations. So that, though the air of the Alps was tested at an elevation of 6000 feet, yet it was not as free from dust as Atlantic air at low levels. If the Ben Nevis observations had been used, the contrast would have been still greater. A similar result is brought out if, in place of using the lowest dust readings, we use the mean numbers of the particles at the different stations when the wind is blowing from the different purifying areas. These figures are entered in the following table :— Mean Number of Dust Particles per c.c. in air coming from E : Mediterranean. Z : Alps. E : Highlands. Z : Atlantic. a Bs Ae a 1889, 1 1600 39 698 8 697 8 481 1890, 2 767 21 1030 8 703 65 337 1891, . tat 7 1865 31 575 16 401 74 297 1892, 7 2002 22 1341 21 468 53 366 PSOB, ines Pde alt aid 1363 9 1402 33 605 58. | Bier | fuse wads Mean, 4.14 1611 892 552 338 | | The above table shows clearly the greater purifying effect of the Atlantic area, which no doubt is due to its great extent, and the amount of condensation and precipitation which takes place over it. The table also shows that the air in its passage across Scotland from the West Coast to Aberdeenshire gets a considerable increase in the amount of its dust, and that the Mediterranean area, with its comparatively small condensation and rainfall, has on an average about five times the amount of dust contained in the Atlantic air. The air from the Alps cannot be compared with the MR AITKEN ON ATMOSPHERIC DUST. 489 others, as observations of it were made at a considerable elevation, whilst the others were taken near sea level. It may be as well to note here, that as Dr Fredlander and Professor Melander used the same instrument for counting the dust particles as I did, namely the pocket dust-counter, it is therefore not necessary to make any allowance for instrumental differences. There are still many questions connected with atmospheric dust waiting an answer,. such as its effect on the temperature of the air; how far it absorbs the sun’s heat during the day, and radiates its own heat during the night. There are some interesting points connected with radiant heat and dust. It seems somewhat surprising that the large visible dust motes in the air should be able to pass unaffected through the focus of a lens concentrating the sun's heat, where a larger body would be burned up; but the motes take no notice of it, not even seeming to be heated to any extent, as there is no sign of an ascending current of air at the focus, a result one might expect from the freedom with which very small bodies part with their heat to the air. Then again, there are the sources of the supply of the dust particles. Many of these are well known, and perhaps the remains of the meteors dissipated in the atmosphere would keep up a sufficient supply for the formation of clouds; but the dust produced by the action of sunlight on certain gases in the atmosphere has only been studied to a small extent, and a few of the gases indicated which in sunlight give rise to condensation nuclei. Another question is, how high and how far do these particles go? It is hoped that the observers going to the Arctic and Antarctic will be able to make a full series of dust observations in these regions, as any dust observed, when not due to volcanoes, must either be of cosmic origin or have been carried from far away inhabited areas. Dust observations there might help to throw some light on its source, as we would expect the variations in the amount of terrestrial dust would be dependent on the direction of the wind, whilst the cosmic would not. ROY. SOC. TRANS. EDIN.—VOL. XLII. 3 R. { 49018 >) The Influence of High Winds on the Barometer at the Ben Nevis Observatory.* By ALEXANDER Bucuan, LL.D, F-.R.S. PART I. fn Part I. the influence of high winds on the barometer is examined for all directions of wind taken together; + but in Part II. the different directions of wind are treated separately. The question of the effect of wind on the readings of the barometer was first examined by Sir Henry JAMEs in a paper read to the Royal Society of Edinburgh on 15th March 1852.{ The observations were made during the succession of gales from the south-west which occurred in January and February of that year at Granton, near Edinburgh, with an aneroid barometer, laid horizontally in succession on the table of a room in a cottage, on the seat of an open summer-house, and on the surface of the ground close to the summer-house, all at the same level. The anemometer employed was of a very simple construction, being on the same principle as the instrument used for weighing letters, the weight or pressure being indicated by the compression of a spiral spring ina tube. A table of results is added, giving the depression of the baro- meter in decimals of an inch for different velocities of wind from 14 to 40 miles per hour. At 14 miles the barometric depression was 0°010 inch, and it increased gradually to a depression of 0°045 inch at 40 miles per hour. Unfortunately, the number of observations on which the depression for each wind velocity has been deduced are not given, and the observations in the cottage and those at the open summer-house are combined into one result. It may be assumed that the results arrived at indicate too large barometric depres- sions for the different wind velocities as barometers are usually observed, namely, in houses. The depression on the lee side of any obstruction in the wind, such as a summer-house, is greater than it is in the room of a dwelling-house. Further, a barometer laid on the ground during strong winds will, if the wind brush briskly over the key-hole of the instrument, indicate a less pressure than that of the air. Since, however, in such a position, the wind will only at a few points have access to the connecting opening between the aneroid and the free atmosphere, it may be assumed that the instrument will, in the great majority of cases, show a lower reading than that of the free atmosphere. For these reasons, the barometric depressions are probably too large. Since 1852, meteorologists have taken little, if any, action on the results of Sir Henry JAMES’S inquiry in discussions on barometric readings and wind velocities ; and * See Journal of Scottish Meteorological Society, vol, ix, p. 182. + See Proc. Roy. Soc. Hdin., vol. xviii. pp. 88-94, which details the results of the first six months ending with January 1891. t Trans. Roy. Soc, Edin., vol. xx. p. 377. INFLUENCE OF HIGH WINDS ON BAROMETER AT BEN NEVIS. 49] practically no advance has been made in this branch of meteorology. Various arrange- ments have been proposed, but none of them can be regarded as satisfactory, with a view of arriving at a knowledge of the actual pressure of the free atmosphere during high winds. The difficulty consists in finding a perfectly unscreened position for the barometer, and securing at the same time that the wind, brushing past the small openings connecting the mercury of the cistern with the air outside, will not partially lower the pressure on the mercury in the cistern, and so render the instrument no longer indicative of the true pressure of the free atmosphere. In carrying out, during the past year, the instructions of the directors of the Ben Nevis Observatory to discuss the observations made at the High and Low-Level Observatories, it quickly became apparent that the influence of high winds on the barometer was the first inquiry calling for serious attention. The depression of the barometer during high winds was plainly so large as to render the examination of many questions all but a hopeless task, until some approximation was made to the values of these depressions for different wind velocities. Now, since the horizontal distance of the High and Low-Level Observatories is only about 4 miles, it follows that the two may virtually be treated as one so far as the geographical distribution of pressure is concerned. But the Observatory at the top of the mountain is peculiarly exposed to high winds, which are occasionally so violent that the observers must be roped together on going outside to make the observations ; and it not unfrequently occurs that very strong winds prevail, while over the surrounding low country there are only calms and lght winds. On the other hand, the Low-Level Observatory at Fort-William is in a comparatively sheltered position, and winds blowing over the Observatory at rates exceeding 30, or even 20, miles an hour are of infrequent occurrence. Thus, then, these two Observatories present the conditions so essential to this inquiry, viz., one of the barometers is in a building exposed to winds of all velocities up to at least 150 miles an hour, whereas the other is in a building where either calms or only light winds at the time prevail—so that this barometer may be regarded as recording the pressure of the free atmosphere. It was, therefore, resolved to institute a comparison between the sea-level pressures of these two barometers, employing only those cases when winds at the Fort-William Observatory were light. The scale used on Ben Nevis for the observations of the force of the wind is a modification of Beaufort’s scale, 0 to12. Much attention has been given to ascertain the wind’s rate in miles per hour, corresponding to each of the figures of Beaufort’s scale. For this purpose, a modification of Robinson’s anemometer was designed by Professor CurysTaL for the Observatory ; and during the times the instrument has not been frozen up in a thick covering of ice, numerous comparisons have been made. These have been discussed by Mr Omonp, and the equivalents in miles per hour been determined. (See Introduction, page 5.) The reductions of the barometric readings on the top of Ben Nevis to sea-level have been made by a table prepared for the purpose, given in a former volume of the A492 DR BUCHAN ON THE Transactions of the Royal Society of Edinburgh,* and the readings at Fort-William, in the usual way. The differences of the two reduced readings were then entered in columns headed 0, 1, 2, 3, ete., and according to the wind force at the Ben Nevis Observatory at the time. The following Table gives the mean differences for each wind force for each wind, and the number of observations from which mean differences have been calculated. The comparison for the ten months was made from the hourly observations at both Observatories from August 1890 to May 1891. But since this period gave too few observations for the higher wind velocities for good averages, the observations from January 1885 to July 1890 were utilised for the five hours of the day at which corresponding observations were made at Fort-William. Only the wind forces from 5 to 11 have been thus utilised, and the results are incor- porated with those for the means of the ten months. In all, upwards of 8000 double observations made at the two Observatories have been reduced to sea-level for these comparisons, The following summarizes the results, showing the depression of the barometer with each wind velocity :— Beaufort’s Scale. Equivalents in Miles, Baro. Depression. 0 to 12. Per Hour. Inch. 0 0 — 0001 1 6 — 0-004 2 12 — 0:005 3 21 —0:010 4 30 —0°014 5 39 — 0:026 6 49 — 0:035 7 60 — 0:050 8 12 — 0-070 9 84 — 0104 10 o7 - 0°126 11 112 —0°150 11 to 12 130 and higher -0:170 Thus in calm weather, the two reduced barometers are practically the same, but with every increase of wind the depression of the barometer steadily augments. It is not till a velocity of more than 20 miles an hour is attained that the depression amounts to one hundredth of an inch. At 60 miles an hour, it is 0°050 inch; at 84 miles, 0104 inch; and at 130 miles, 0°170 inch. This depression of the barometer is no doubt occasioned by the wind drawing out the air from the room where the barometer is hung, as it rushes past the Observatory, thus producing a partial vacuum and consequently a lower pressure. If a window or door is opened on the side of the room exposed to the wind, the readings of the barometer are thereby raised ; whereas on the lee side of buildings, in rooms connected therewith, and in rooms with chimneys, the barometric readings are lowered. Now, as the barometer of the Ben Nevis Observatory is hung in a room, with the usual chimney, * Trams, Roy, Soc. Edin., vol, xxxiv. pp. lx., 1x1. INFLUENCE OF HIGH WINDS ON BAROMETER AT BEN NEVIS. 493 door, and windows, these results may be regarded as applicable to the readings of barometers generally, since they are in almost every case suspended in situations similar to that of the Ben Nevis barometer. In a paper on the Mean Atmospheric Pressure of the British Islands, published in the Journal of the Meteorological Society,* monthly and annual isobars are given for every two-hundreths of an inch of pressure. These isobars show a lower pressure than elsewhere over those parts of the country where the prevailing winds are stronger. It may be regarded as highly probable that in many cases the curved courses taken by the isobars do not indicate any real lowering of atmospheric pressure over these districts, but are only an increased depression of the barometer brought about by the strong winds which prevail more frequently in those parts of the country. In working out the question of the barometric gradient from actual observations, particularly the relations of the higher gradients to the wind velocities, the results hitherto arrived at cannot be said to be quite satisfactory. The reason is that, while the wind velocities were known with tolerable accuracy, the pressure of the free atmos- phere could not be dealt with, because the observations did not record it; what the Observatories recorded was only the barometric readings. For such discussions to be satisfactory, the amount of the depression of the barometer, owing to the force of the wind prevailing at the time, should be approximated to and allowed for. PART Il. In preparing the data for Part I. it was evident that the results differed, in many cases in a remarkable degree, with different winds according to their directions. Accordingly the next step in the inquiry was to treat each wind direction separately to sixteen points of the compass, N., N.N.E., N.E., etc. The mean amounts of the barometric depression for each wind, according to its strength, are specified in the following table. Calms include all winds whose velocity was less than 6 miles an hour. Force— | Miles] N. |N.N.E.] N.E. | E.N.E.| E. |E.S.E. S.E. | S.S.E.) S. |S.S.W] S.W |W.S.wW.] Ww. |w.N.w.| Now. |Now.w. Beaufort per Scale. | hour. | Inch. | Inch. | Inch. | Inch. | Inch. | Inch. Inch. | Inch. | Inch. | Inch.| Inch. | Inch. | Inch. | Inch. | Inch. | Inch. |Calms.| 0 | -009| -011| -014| 018 | 013| 008 -005| -002| -001| -003| -004| ‘006 | ‘006 | -004| -003| -o05 ; 6 | 009 | -012| -012| -014| ‘007 | 002 ‘004! °004| ‘003 | ‘001 | ‘001 | ‘000 | -002| -00%| -o06 | -oo9 12 | -020 | -025 | 028 | 025 | ‘016 | :008 003 | -000| -000| -001| -002| -000| :000| -o01| -oo7 | -ox4 21 | -028| -035 | -037 | -081| -022| -012 , 008 | -004| -003| -004| -o07 | -006 | -006| -008| -o14 | -o97 1 2 3 4 30 | -034| -044| -047 | -048 | -033 | -028 | -015 | -009| 005 | -004| -006 | -006| -005| 003 | -o18| -o3, 6 7 SOMME OZ COSA 054) 7... ve || (O28 O22 OLSEN e072) O70 070) -072 4G) || OES || oak Ss ao xe |) ORS) WES || WAS || 22 || WIR || S017 || ne 60 | 084) ... Ea ae a 055 V O5EN\ SOL O27, |e. ue 8 72 wes ns oe ae ... | 080 ‘072 | -060| “054 —_SO—_— 9 84 Ae Sa See wae 258 ‘107 sah Bee Se eat ae nee ak ae, <1 10 97 Bie ae a os a3 ‘126 wd =a ii hee se a BAS a 4 11 112 ae a8 a a A "150 11 to12| 130 ate ooh me 63 Sb ‘170 * Journal Scot. Meteorol. Soc., vol. vi. p. 4. 494 DR BUCHAN ON THE The striking features of the table are, that the highest velocities, or the velocities: exceeding 75 miles an hour, have been absolutely restricted to the points of the compass from 8.E. by 8S. to E. by 8.; and that from E.N.E., E., W., W.N.W., N.W., and N.N.W., no observations of the wind were recorded during the ten months exceeding 30 miles an hour. These differences are due to the physical surroundings of the Observatory. Of all directions, the horizon is most open to 8.E. and E.8.E., and accordingly the heaviest storms of wind have occurred only when the wind was in these directions. The great cliff, immediately to the north of the Observatory, about 1800 feet high, has an all- important effect in lowering the strength of all winds that blow on its face. The N. wind, which strikes it most perpendicularly, has risen to a velocity of 60 miles an hour; but none of the other winds that blow against it have exceeded 40 miles an hour. The difference is seen most markedly as regards E. winds and EH. by 8. winds. The highest yet recorded by E. winds has been 30 miles an hour; but from the adjoining point of the compass, EH. by 8., the very highest velocities have been reached, which the observers estimate at 170 miles an hour. ‘The differences are due to the position of the cliff with reference to these two wind directions. It may be remarked, with regard to these high wind velocities, that they are accompanied with violent pumping of the barometer. On such occasions the observers set the barometer, not to the lowest points to which the mercury is seen to fall, but to the point to which it is observed to rise and remain stationary for a brief interval. The object aimed at is to eliminate, so far as possible, the effects of pumping from the recorded observations. Equally conspicuous is the influence of the cliff seen in the different depressions of the barometer for different directions of winds blowing with the same force at the Observatory. This depression is very small with wind from the half of the compass, from 8.E. by W. to N.W., when the wind does not exceed 30 miles an hour. At a velocity of 30 miles an hour the mean barometric depression from 8. to W.N.W. is only 0°005 inch ; whereas with winds at the same velocity from N.N.W. to HE. the mean ~ depression is 0°039 inch, or nearly eight times greater. The most striking comparison is afforded by N. and S. winds respectively. Thus— Miles per Hour. Depression, N, Winds. Depression, 8. Winds, Inch. Inch, 12 0:020 0:000 21 0:028 0003 30 0:034 0-005 39 0:052 0012 49 0:066 0:022 60 0-084 0°044 During the prevalence of northerly winds, observations at the top of the mountain indicate a much lower speed than that which, from the drift of the clouds, is seen to be reached at a comparatively small height above the top of the Ben. It is probable that INFLUENCE OF HIGH WINDS ON BAROMETER AT BEN NEVIS. 495 the cause of the retarded velocity of the wind where it is noted is the impact of the air on the face of the tremendous cliff, close to the top of which the Observatory is built, by which the stream lines are deflected upwards. Now, in these cases the depression of the barometer is very much greater than what occurs with equally strong winds from other directions, and clearly indicates the formation of a restricted space of low pressure outside and around the buildings of the Observatory. Another curious result observed with winds from S.E. to 8.W. is that the barometer at the top, reduced to sea- level, exceeds the reduced low-level barometer at Fort-William, when the wind velocity is about 6 miles an hour. May not this increased pressure, accompanying wind ascending the slope of the hill, give the explanation of the thin clear space frequently seen on the very ridge of a hill otherwise cloud-topped, and also of the very different force of wind on the two sides of a ridge lying approximately at right angles to the direction of the wind ? ( 496 ) Relation of Pressure and Temperature at the Ben Nevis Observatories.* By ALEXANDER Bucuan, LL.D, F.B.S. THE object of this investigation was to ascertain the differences of atmospheric pressure, reduced to sea-level, which accompany differences of temperature, as observed at the High and the Low-Level Ben Nevis Observatories. The period of time dealt with is the ten months from August 1890 to May 1891. The whole of the hourly observa- tions made at each Observatory with the barometer were reduced to sea-level, those at the top of the mountain being reduced according to the table accompanying the Report on the Meteorology of Ben Nevis. t+ . It has been shown that the influence of high wind on the barometer is to lower the readings, the amount of the depression increasing as the velocity of the wind increases. It is, however, only when the wind exceeds force 3 on Beaufort scale, 0 to 12, or 21 miles an hour, that the barometer is lowered more than the one-hundredth of an inch. Hence in this discussion the higher velocities of the wind were wholly left out, and only such pressures and temperatures were dealt with as occurred when either calms. or light winds prevailed at the time. During the ten months examined, the differences of temperature between the two Observatories ranged from a temperature 26°°0 lower, to a temperature 6°°0 higher, than was recorded at Fort-William at the same hour. A comparison was then made by sorting the differences into two-degree amounts, thus making sixteen columns in all, the first column including those observations when the temperature at the top was from 4°°0 to 6°:0 higher than at Fort-William ; the second column when from 2°°0 to 4°:0 higher; and so on to the sixteenth column, which included the observations when the temperature of the top was from 24°'0 to 26°°0 lower than at Fort-William. In these columns the differences, plus or minus, between the two barometers, after being reduced to sea-level, were entered. The results are summarized in the following table, which shows for each two-degrees difference of temperature, the difference between the reduced barometer of the top and the barometer at Fort-William, the plus sign indicating that the top temperature, or top barometer, was the higher of the two, and the minus sign that it was the lower. There were 5037 comparisons made. On 1645 of these cases, the reduced barometer of the top was the higher of the two, and on 3392 cases it was the lower. On fifty-five cases the temperature difference varied from the upper thermometer, being from 6°:0 higher to only 2°:0 lower than at Fort-William ; and on every one of the cases the reduced barometer of the top was the higher of the two. On the other hand, there were 254 cases where the upper temperature was from 22°°0 to 26°°0 lower than * See Journal of Scottish Meteorological Society, vol. ix. p. 137. + Trans. Roy. Soc. Edin., vol. xxxiv. pp. Ix., 1x1. PRESSURE AND TEMPERATURE AT THE BEN NEVIS OBSERVATORIES. 497 Number of Comparisons made. Difference of Difference Pressure. of Temperature. Upper Barometer was— Inch. Be a “Botall Higher, Lower + 6° to + 4° + 0:047 5 0 5 +4 , 4+ 2 + 0:044 13 0 (33 +2 , + 0 + 0041 IG) 0 19 =O) a0 s2 + 0:031 18 0 18 -2, -4 + 0:020 13 3 16 —- 4, -6 + 0:009 38 15 53 - 6, -8 + 0-011 76 21 | 97 - 8 ,, -10 + 0:009 160 50 | 210 (Cea + 0:006 280 122 | 402 -12 ,, -14 — 0001 378 312 690 -14 ,, -16 — 0:005 323 677 1000 -16 ,, -18 -— 0:010 241 802 1043 -18 ,, —20 — 0:017 66 722 | 788 =20,, —22 — 0:023 15 414 429 —22 ,, —24 — 0:026 0 204 204 -24 ,, —26 — 0:029 0 50 50 Total, 1645 3392 5037 at Fort-William, and on every one of these occasions the reduced barometer of the top was the lower of the two. The greatest relative excess of the higher barometer occurs at those times when the absolute temperature at the top of the mountain most exceeds that at Fort-Willam. On the five occasions when the temperature at the top was from 4° to 6° higher than at Fort-William, the excess of the top barometer was 0°038, 0°042, 0°044, 0°055, and 0°057 inch. It may be added that in these cases this excess is always large, and occurs. in anti-cyclonic weather, when the air is not only smegularly warm, but also singularly dry. ‘The cases of the larger excesses of the upper barometer occur at all hours of the day, but most frequently from about 10 P.M. to 8 a.M. On the contrary, the greatest diminutions of the top barometer, as reed with that at Fort-William, occur during cyclonic weather, when the air is loaded with more than the normal amount of moisture ; or when the influence of the sun’s heat is great, and very much greater at Fort-William than on the top of the Ben. Of the 254 cases which have occurred when the temperature at Fort-William was from 22° to 26° higher than at the top of the mountain, all the barometric observations at the top, when reduced to sea-level, were, as stated, lower than those at the foot of the mountain. During the anti-cyclones, when the temperature at the top of the mountain, with reference to that at Fort-Wilham, is highest, the pressure at the top, reduced to sea-level, ROY. SOC. TRANS. EDIN.—VOL. XLII. 3s 498 PRESSURE AND TEMPERATURE AT THE BEN NEVIS OBSERVATORIES. is 0°047 inch higher than at Fort-William; and on the other hand, during the occur- rence of cyclonic weather, when the temperature at the top is very greatly lower than the average as compared with that at Fort-William, the pressure at the top, reduced to sea-level, is 0°029 inch lower than that of Fort-William. There is, therefore, a mean difference of pressure for these distinct extreme types of weather of 0:076 inch. A part of this difference is undoubtedly due to the time of the day when the extreme differences most frequently occur. Since the excess of the sea-level pressure at the top occurs generally when the lowering of the temperature from the effects of terrestrial radiation is greatest, it results that the mean temperature of the upper and the lower thermometers is somewhat less than that of the true mean temperature of the aérial stratum between them, and consequently a larger correction is used in reducing the upper barometer to sea-level. On the other hand, since the maximum temperature differences between the two thermometers takes place most frequently during the times of the day when solar radiation is most powerful, it follows that the mean of the upper and lower thermometers is higher than the true mean temperature of the aérial stratum intervening, and consequently a less correction for height in reducing to sea-level is used than is really due. This consideration, however, can only account for a small part of the large difference between the two sea-level pressures stated above. The broad result is this, and it is clear and explicit: when the higher Observatory has the higher temperature, and when the differences of temperature at the two Observatories are small, then the reduced pressure at the top of the mountain is the greater of the two; but when the differences of temperature are very large, then the reduced pressure at the top is the less of the two. The regular progression of the figures in the two tables shows that what is substantially a true mean has been arrived at. The result, which is altogether unexpected, raises questions of the greatest import- ance affecting the theory of storms, the effect of vertical movements of ascending or descending masses of air on the barometric pressure which accompany anti-cyclones and cyclones, and the urgent necessity there is for a more exact knowledge than we at present possess of the absolute amounts of aqueous vapour at different heights in the atmosphere under different weather conditions, and how this knowledge may be arrived at from the readings of the dry and wet bulb hygrometer. ( 499 ) i 000 Abstract of Paper on the Winds of Ben Nevis. By BR. T. Omonp and Aneus Rankin:* Notine the direction of the wind is part of the regular routine of observations at the Observatory on the summit of Ben Nevis. Owing to the frequency of frozen fogs in winter, anemometers are practically useless, but the record is made complete enough for many purposes by the hourly observations; at each hour of the day and night the wind, at the time of making the observation, is noted, and the number of entries of each wind direction in the day, month, or year must very nearly represent the relative frequency of such winds for that time. Table I. is a summary giving the number of times. each wind is observed in each month of the year on an average of six years (1884-89). expressed in percentages ; thus in January, out of the 744 hours of the month, there are 120 hours or 16°1 per cent. of N. wind. For the year the most frequent wind is N., next come S.W., §.E., and §., all about equal, and the least frequent is E. N. is the point of greatest frequency in all months except May, when 8.H. takes its place ; in May 1889 there were only 15 hours in the whole month with N., N.W., or N.E. winds, and during three-fourths of that month the air was moving from the S. or S.E. This was, of course, an exceptional month, but in the six years there. are only two (1887-88) in which N. was the most frequent wind in May. The exact determination of northerly winds is not very easy on Ben Nevis, owing to the shape of the hill: the great cliff, 2000 feet high, that forms its northern face, breaks these winds up, and makes them squally and uncertain; some may be entered as N. that should be really N.E. or N.W. If we group the percentages of N., N.E., and N.W., and S., S.E., and S.W. together, we get 36°0 for the former, and 39°4 for the latter, thus throwing the preponderance of frequency to the southward, but only by a small percentage. In either case, taking the observations as they stand or as grouped, the relative frequency is totally different from what it is at sea-level. For comparison, ‘l'able II. has been drawn up giving the percentage frequency of each wind for all Scotland, from observations at 55 stations for the same six years (1884-89). At sea-level the most frequent wind is W.; and S.W., W., and N.W. include nearly half of the total observations—more than half if we exclude calms. This latter order of winds is in strict harmony with the distribution of barometric pressure over the British Isles, according to Buys Battot’s law, by which the winds blow counter-clockwise round areas of low pressure, such an area lying to the north of the British Islands; but the Ben Nevis winds do not fit in with such a distribution of pressure at all, and we may conclude that isobars drawn at the level of Ben Nevis (4400 feet) would lie in quite: different directions from those at sea-level. In other words, the distribution of average barometric pressure which extends over the North Atlantic and North-Western Europe, * See Trans, Roy. Soc. Edin., vol. xxxvi. p. 537. 500 MESSRS OMOND AND RANKIN ON THE and dominates the surface winds over that area, does not in this country extend to a vertical height of one mile. Individual observations show similar differences between the Ben Nevis and sea-level winds. Thus, if a cyclonic storm of small area is lying to the north-eastward, the sea- level winds are W. or N.W., but the Ben Nevis wind may be N.E., blowing straight out from the centre of the low-pressure area. In larger storms, the Ben Nevis winds are practically the same as at sea-level, indicating that in the latter case the disturbance extends to a greater height as well as covers a larger area. But it is remarkable that, with a cyclone covering perhaps Scotland, the North Sea, and Southern Norway, and having the usual circulation of wind round it, the wind at such a low elevation as Ben Nevis should be utterly different. This outflowing wind seldom or never occurs when the centre of the storm is to the 8. or W., but only when it lies to the N. or E., and is most marked when an anti-cyclone or high-pressure area is on the other side; the wind appears to be a feeding current carrying the ascending air of the cyclone over to supply the descent in the anti-cyclone. The complete change in average wind direction with height is, as far as can be gathered from comparison with other mountain stations, a peculiarity of cyclonic regions. The percentage frequency of the different winds on the Siintis (8094 feet), and the Puy de Doéme (4813 feet), as given by Dr Bucuan in the Challenger Report on ‘“ Atmos- pheric Circulation,” are as follows, Ben Nevis being added for comparison:— | | | | N. N.E. Be: | Sas S. S.W. W. | N.W. | Calm. | Santis stat Sen 27 | 3:8 4:9 4] 85 | 225 27-7 9+] 16°7 | Puy de Dome,. 8-2 115 7-9 74 9-6 156 O77 12:1 | | | Ben Nevis, . .!| 188 89 | 7:6 13:1 13-0 13:3 115 8:3 55 The low-level winds near the Santis and Puy de Déme are on the average of the year westerly, the maximum frequency tending towards 8.W. in winter, and N.W. in summer ; but at the hill stations W. is the maximum point all the year. Here we have mountain stations whose winds agree in direction with those blowing below; but Santis in Switzerland, and Puy de Déme in France, both lie in anti-cyclonic or high- pressure regions, and are not comparable with a high-level station like Ben Nevis, standing on the side of a great barometric depression, and close to the track of the cyclones that sweep our north-western coasts. In connection with this, it should be noted that May, the month in which the north or contra-isobaric winds are at a minimum on Ben Nevis, is the month in which the depression in the North Atlantic is most broken up and dispersed and the high-pressure area which lies off the N.W. of Africa extends towards and partly includes the British Islands. WINDS OF BEN NEVIS, 501 Although the Ben Nevis winds differ so much from those at sea-level, the variations in the relative frequency of each wind from month to month follow the same course, showing an excess of easterly winds in spring, and of westerly in early winter, both of which departures from the mean are more marked on Ben Nevis than at sea-level. The average percentage increase of N.E., E., and 8.E. winds for the months March, April, May is 34 at Ben Nevis, and 31 at sea-level; while the average increase for S.W., W., and N.W. in November, December, January is 16 for the former, and 13 for the latter. During the harvest months of August and September there is a diminution of 33 per cent. in the N.E., E., and S.E. winds at Ben Nevis, but of only 16 per cent. at sea- level; while the increase in the S., S.W., and W. winds amounts to 16 per cent. at the former, and only 8 per cent. at the latter. Thus at this season, not merely is there an increase of the warmer south-westerly winds, and a diminution of the cold easterly currents, but both of these changes are more pronounced in the higher regions of the atmosphere, a matter of great importance in the prevention of descending masses of cold, dry air, which, accumulating in flat or hollow ground, are so liable to cause “radiation frosts.” October presents a complete contrast. ‘The S., 8.W., and W. are 8 per cent. below the annual mean at sea-level, and 15 per cent. below on Ben Nevis; and the N., N.E., and E. winds are 13 per cent. above the yearly average at sea-level, and 15 per cent. above on Ben Nevis; showing an increase in the colder currents, slightly greater at high levels, and a diminution in the warmer currents, markedly greater in the upper atmosphere. In order to see how far the rainfall of Scotland is influenced by the winds, a pre- liminary examination has been made of the fall in each month on the east and west coasts. The annual fall on the west coast is greater than on the east, and its distribu- tion throughout the year is different. At all purely western stations the maximum rainfall is in the depth of winter, November to January, and the minimum in April or May. At many eastern stations, however, especially in the southern half of Scotland, the greatest rainfall is in July or August, the minimum being like the west in April or May; but there is also on the east coast a secondary maximum in winter. November is a wet month on both coasts. Comparing the months with the wind tables, we see that the heaviest rainfall on the west coast occurs during the winter maximum of westerly winds, and the least during the spring maximum of easterly winds, and that the summer secondary maximum of westerly and southerly winds in July and August does not affect the west coast, but does largely increase the east coast rainfall. The winds of November have this peculiarity : 8.W. is in excess both on Ben Nevis and at sea-level, but E. and N. are slightly below their mean at sea-level, and are above it on Ben Nevis, pointing to the fact that some of the cyclones which cause the heavy rainfall of November have not extended upwards to the height of Ben Nevis, but have there caused reversed or outflowing winds. The month with perhaps the greatest difference between the east and west coast rainfall is December. The winds of December show a marked increase 502 MESSRS ,OMOND AND RANKIN ON THE of S.W. and W. at sea-level, but of N.W. and N. on Ben Nevis, and a diminution of N.E., E., and S.E. at sea-level, and of E. and 8.E. on Ben Nevis, indicating that the cyclonic storms of this month were of sufficient depth to include Ben Nevis, and give winds there only differmg slightly from those at sea-level: The December rainfall of Ben Nevis for these six years is about 70 per cent. above the twelfth part of the annual average. It would appear that the cyclonic winds of December, mostly W. and S.W., are largely drained of their moisture in passing over the hills of western Scotland, although the region of precipitation in them extends to a height so far exceeding the highest of these mountains as to enormously increase the rainfall there.. From what has been stated above, it will be evident that no hill station, yet in operation, can be regarded as being in the true upper currents of the atmosphere, and that we are still dependent for our knowledge of their motions on observations of the cirrus clouds. A very careful series of observations on these clouds has been made at Blue Hill Observatory, Massachusetts, by Mr Crayron. In the year 1887 over 1500 observations were made, giving the following percentages of frequency in the directions of motion :—S.W., 17; W., 40; N.W., 26; all other directions, 17. In other words, for two-thirds of the time the clouds were moving from the W. or N.W., and for half of the remainder from the 8.W., leaving only about one-sixth of the total observations for the other five pomts. These upper currents have the same character as, and are an exaggeration of, the surface winds of Massachusetts, where N. and N.W. are the points of greatest frequency, and the relationship of the two is akin to that. between the winds of Santis or Puy de Déme, and their low-level winds as given above. But Massachusetts lies in a belt of high pressure, and is far removed from the North Atlantic depression which influences the relation between the Ben Nevis and sea-level winds in Scotland. The highest station from which data are available is Pikes Peak in Colorado, 14,134 feet, and the percentages of wind directions as given in the Challenger Report, page 165, are as follows:—N., 10; N.E.,9; HE, 1; SE, 2;.8., 5; S.W., 32; W., 20; N.W.,18; calm, 3. Here we have a marked predominance of 8.W. and W. winds, but nothing like the excess from one direction of the cirrus cloud motion indicated by the Blue Hill observations ; it would seem that even at this great height the observers are not wholly in the upper currents, though the percentage of westerly winds is in excess of that at any low-level station in that part of North America. The measurements of the heights of clouds taken at Upsala confirm this (see Nature, vol. xxxvi. p. 321). They show three layers of clouds—Lower, 2000 to 6000 feet, in or near which most hill stations are; Middle, 12,000 to 15,000, in which Pikes Peak is ;. and upper, 20,000 to 27,000, which are the true upper current clouds. Any attempt to elucidate the behaviour of the atmospheric currents in cyclonic storms must be based on a careful study of individual cases, and not on general means, such as are dealt with in this paper. For this we have neither had time nor oppor- tunity as yet, but the following points should be borne in mind when studying the development and behaviour of cyclones. WINDS OF BEN: NEVIS. 503 1, The height of a cyclone is so small compared with its area, that any attempt to represent a vertical section of it diagrammatically is useless and misleading. 2. From the laws of fluid motion it is probable that the upper end of a rotating mass of air, with or without an ascending motion in it, behaves in a very different manner in the free atmosphere from its lower end, which is bounded by the surface of the earth. It is unsafe to lay off isobars for the level of Ben Nevis from the winds observed there according to Battor’s law; they may blow directly from high to low pressure, or according to some other yet unknown law. 3. The small diurnal variation in wind direction on Ben Nevis will enable us to study the changes of wind connected with variations of pressure, etc., independent of the time of day of their occurrence. An examination of individual months that are higher or lower than their average in temperature shows that, in the warmest months, southerly winds are in excess on Ben Nevis and also at sea-level; while north-easterly are in defect on the summit, and northerly below. In the months below their average temperature, easterly winds are in excess on the summit, and northerly at sea-level; and the points of greatest defect are south on Ben Nevis, and south-east at sea-level. Thus in both the excess and defect the directions are on the summit several points to the right, looking out from the centre of the compass, of those at sea-level,—eight in the case of the excess, and four in the defect. It must be remembered we are dealing with average results: for in some of our exceptionally warm weather, the conditions on the summit are purely and entirely characteristic of high-level Observatories during anti-cyclones. The temperature of the different winds has been discussed,* and the warmest point on the Ben Nevis windrose oscillates through 90 degrees from 8. W. in winter to S. and S.E. in summer, and all these points are in a warm month in excess of what they are in an average month. These points, again, are in a cold month in defect of what they are in an average month, while the points of the northern half of the compass are in excess. If we take the sea-level wind excess as an index to the distribution of pressure at sea-level, we have in the Ben Nevis warm months an excess of pressure somewhere to the east or south-east, and low pressure to the west or south-west, superimposed on the normal excess in the south, and defect in the north-west or north. With this dis- tribution of pressure, then, we see that the excess winds above and below are from about the same point of the compass. Similarly, in the cold months, the sea-level wind excess indicates an excess of pressure to the west or north-west, and a defect to the east. Here we see that the Ben Nevis excess blows straight out from the indicated centre of diminished pressure. Low temperatures on Ben Nevis are thus connected with winds that indicate a different distribution of pressure there from what holds at sea-level. There is no marked diurnal variation in the direction of the wind on Ben Nevis, though the mean wind-velocity shows a distinct daily period. 4 The latter, as at all true * See “ Thermal Windrose at the Ben Nevis Observatory,” by A. Rankin, Proc. Roy. Soc. Edin., vol. xiv. p. 416. 504 TaBLE I.—Howrs of Each Wind. Ben Nevis Observatory. 1884-89. Percentages. MESSRS OMOND AND RANKIN ON THE NO) NE |B Sie oS Sol) we al swe) an January, 16°1 9:0 5°8 12°9 14:0 15-9 13°8 10°5 2°0 February, 18°5 11:8 Sieh 12°8 12:3 15:0 10-0 aot 2°2 March, . 18°6 14:1 10°2 14°6 10°9 Allerg 9-2 75 3°2 |i April, 185 12:1 iil} 14:3 13:0 9-0 85 6°7 6'1 May, 10°6 12:0 9°5 181 15°5 11°8 9°8 6°5 6°2 June, 15°6 1 8:3 12:5 12°4 sky 12°4 8:2 9:0 July, 175 46 ill 14:9. 1357, 11°8 12°2 92 90 August, 20°3 5'1 4:6 10°5 16°3 13°3 13°6 100) 8:4 September, 18°5 4°6 46 12:0 Berl 143 | 14:2 8°5 76 |. October, 25°3 Pil 8:2, 1271 9°8 12°6 oi (gS 59 November, 20°7 78 9-2 13°9 10°3 15:4 11°6 86 2°5 December, 25°5 gril 4:0 85 11:2 15:2 12:4 11-3 2°8 Year, 18°8 89 76 13°1 13°0 13°3 11°5 8:3 5D TaBLE I].—Percentage Winds. All Scotland. 1884-89. From Registrar General's Returns published in Journal of Scott. Metr. Soc. NG N.E. January, 70 54 February, 9-4 CU March, . 10°2 8°6 April, 111 13°3 May, 75 JFL June, 6:7 9-4 July, 70 75 August, . 75 7:0 September, 8:3 67 October, 10°7 oT November, 78 72 December, 9°7 4°3 Year, 86 8:0 S.W. E. S.E. 8. Bell 79 il 12°3 it 9°4 14°5 9°7 7 18°4 9°4 8:9 15°6 10°7 10°2 13°9 8°3 9°4 12°4 75 10:2 9°7 5°9 11:3 10°5 6°7 8°9 11°3 59 75 Les, 7:2 9°4 54 54 9°1 12°0 (i 9°4 22°1 18°8 15:1 Calm or W. N.W. Vial 23:7 9-7 6°4. 18°8 10:0 5:9 16°1 10°7 5:4 14:4 8:9 3:9 16:2 10°2 6:0 21:2 iter 6°7 Pal 10°7 7:0 21:0 10°7 81 See 8:9 10:0 21:0 11:3 70 Q1:1 10:0 6:7 94:7 11°8 86 20:2 10°3 6°8 WINDS OF BEN NEVIS. 505 hill stations, rises to a maximum in the very early morning, and falls to its minimum in the afternoon, the reverse of what occurs at sea-level. But the direction of the wind shows no appreciable changes, even in fine summer weather, when the power of the sun is greatest, and such changes might be looked for, except that there is a very slight excess of W. at night and of E. in the forenoon; and that from 1 to 9 a.m. N. is in excess, from 10 a.m. to 6 p.m. S., and for the rest of the day both these directions are rather below the mean of the whole day. This result is substantially the same as that arrived at by a more elaborate examina- tion of the summer winds of Ben Nevis for two years, communicated to this Society in 1886 (see Proc. Roy. Soc. Edin., vol. xiii. p. 839). We see no reason to alter the explanation of this very slight diurnal variation given in that paper, viz., that it is entirely due to radiation on the N. and 8. sides of the hill, and is not connected with any general system of land and sea breezes. It is rather remarkable that on Ben Nevis there should be practically no diurnal variation in the direction of the wind, situated as it is near the Western Sea, and with the elevated plateau of the Moor of Rannoch, and the great mass of the highest hills of Scotland to the E. of it. At any sea-level station in the neighbourhood, doubtless a diurnal change of marked character would have appeared in a similar set of observations. ROY. SOC. TRANS. EDIN.—VOL. XLII. 3 T ( 306m) Abstract of Paper on the Change of Temperature with Height during Anti-Cyclones on Ben Nevis, and at some Continental Stations. By R. T. OMonp.* During almost every winter anti-cyclone, with its accompanying cold but calm and fair weather, the temperature at Fort-William is, for part of the time, nearly as low or lower than that on Ben Nevis, 4400 feet above it. The average difference of temperature is 16° Fahr.; Ben Nevis being that much colder, or about 1° for every 270 feet. But in anti-cyclones this normal difference of temperature is widely departed from, the records showing that Ben Nevis has been 17° warmer instead of 16° colder than Fort-William, a departure of 33° from the normal; and it has frequently been 5° to 10° warmer for a day or two at a time. These data only give the temperatures on the summit of Ben Nevis, and at the sea-level five miles away they give us no information as to what it is in the intermediate air. That there is something unusual in this 4400 feet of atmos- phere is hinted at by two facts,—first, with this abnormal temperature arrangement we always have very dry air on the summit, and very damp air at Fort-William ; second, the difference of the barometer readings at top and bottom is less than the normal difference for the temperature. The former is an inversion of the ordinary humidity conditions—usually the air on the summit is saturated, or nearly so, with moisture, and at Fort-William dry; the latter, the barometric differences, require a few words of explanation to show what exactly they indicate, and how they bear on the question of temperature. Some years ago, Dr BucHan drew up a table giving the observed differences in thousandths of an inch of the barometer on Ben Nevis and that at Fort-William for each tenth of an inch sea-level pressure, and each degree of temperature ; the Ben Nevis barometer being reduced to 32° only, and that at Fort-William to 32° and sea-level, and the temperature being taken as the mean of the Ben Nevis and Fort-William tempera- tures. This table was published in the Transactions Royal Society Edinburgh, vol. xxxiv. p. Ix., and a full description of it, and of the method in which it was compiled, will be found in the Introduction to that volume. It is reprinted at the end of the Appendix to this volume. Each column of the table represents, at a certain temperature, the difference of the two barometers for varying sea-level pressures, and the values decrease as we pass down any column to lower pressures, or go from column to column up the temperature scale. This table is used to reduce the Ben Nevis barometer to sea-level ; the proper line of the table is indicated by the barometer in Fort-Willam, and the proper column by the average temperature of Ben Nevis and Fort-Wilham. For example, on the 6th February 1893, at 4 P.M. :— * See Journal of Scottish Meteorological Society, vol. xi. p. 65. CHANGE OF TEMPERATURE WITH HEIGHT DURING ANTI-CYCLONES. 507 The Fort-William barometer at 32° and sea-level was : : : : : : . 29°909 The Fort-William temperature was i : : ; : : , : ; . 46°3 The Ben Nevis temperature was. : : : : ‘ d , F : . 29°8 Giving an average temperature of . ; : : : . ; : : : . 38°0 The Ben Nevis barometer at 32° was , : : : : : : : ; . 257343 The entry in table for a sea-level pressure of 29°909 and a mean temperature of 38:0 is . 4567 Which added to Ben Nevis barometer gives. ; j : ; : , : . 29°910 The last entry is, therefore, the Ben Nevis barometer reduced to sea-level, and it agrees closely with the actual sea-level pressure as indicated by the Fort-William barometer. But this agreement does not always take place, and, as stated above, during anti-cyclones they seldom agree, the Ben Nevis barometer frequently coming out higher than the true sea-level pressure. For example, on 18th February 1893, at Opes The Fort-William barometer at 32° and sea-level was : : : : ‘ ; . 29°700 The Fort-William temperature was . : : 5 : : : ; : . 38:0 The Ben Nevis temperature was. ; : : : ; : : : 5 . 32:2 Giving an average temperature of . : : : : : : : ; 3 Seal The Ben Nevis barometer at 32° was : : ‘ ; : é : ; me air The entry in table for a sea-level pressure of 29°700 and a mean temperature of 35:1 is . 4958 Which added to Ben Nevis barometer gives. : , . . : - é . 29°735 This last entry—the Ben Nevis barometer at sea-level—differs from the true sea-level pressure recorded at Fort-William by + 0°035 inch, and differences like this occur whenever, during anti-cyclones, the Ben Nevis temperature rises near to or surpasses that at Fort- William ; while during cyclonic weather, the Ben Nevis barometer tends to come out lower than the true sea-level pressure. These differences frequently amount to 0°040 or 0050, which is about 1 per cent. of the whole difference of pressure between summit and base; they never in anti-cyclones amount to 0°100. The most obvious way for accounting for a difference such as we get in the second example is to assume that the wrong temperature column has been taken in the reduc- tion table, that is, that the mean of the Ben Nevis and Fort-William temperatures is not the true average for the air between these levels. If we assume an average temperature of 39°°6 instead of 35°°1 as given above, the “ Entry in Table” becomes 4°523 instead of 4°558, and the barometers agree. If this hypothesis—-that the difference of the barometers is due to a faulty method of estimating the temperature of the air between the two stations—be true, then it follows that when the Ben Nevis barometer comes out too high, the intermediate air is warmer than the mean of the Ben Nevis and Fort-William temperatures by an amount proportional to the sea-level difference of the two barometers. To test the truth of this hypothesis, observations are needed at heights intermediate between the summit and base. Of such the only data yet collected at Ben Nevis are (first) Mr Wraacr’s observations, made by himself and his assistants when ascending and descending the mountain, and (second) a valuable series made by Mr Murr at a temporary half-way station in September 1896. he former are not of much use for 508 MR OMOND ON THE - this inquiry, as they were necessarily not simultaneous with any on the summit; while the weather in which Mr Murr’s set was taken was not of an anti-cyclonic character. Mr Morr’s readings, however, show that in ordinary weather the temperature half-way up the hill is just midway between that of the summit and the base. There being thus no suitable intermediate observations at Ben Nevis, I examined the Swiss mountain stations. There are no hourly observations at the Swiss hill stations published except at Santis, but readings three times a day, at 7 a.M., 1 P.M, and 9 P.M. are printed in extenso in the Annalen Schweiz Meteorolog., Zurich, for twelve of the principal meteorological stations, including practically all the hill stations. From these were selected Santis, 8202 feet; Pilatus, 6781 feet; Rigi, 5863 feet; and Chaumont, 3700 feet, as hill stations; with Zurich, 1627 feet, and Altdorf, 1476 feet, as base stations. The first three are true peaks ; Chaumont is on a broad-backed ridge looking down on the Lake of Neuchatel, more than 2000 feet below it, while Zurich and Altdorf, though not at sea-level, are at the base of the Swiss atmosphere, there being no extent of lower ground near them. Thus we get between Sintis and Zurich a range of 6575 feet, with Pilatus and Rigi as intermediate stations at no great distance away, and Chaumont farther to the west, but still useful for comparison. The readings at 7 A.M. in winter give temperatures at the various stations but little influenced by direct solar action, and therefore due mainly to terrestrial radiation and to the fluctua- tions caused by weather changes. Tables have been drawn up showing the 7 a.m. temperature at these six stations on each day for some months, with the differences between several of the stations. From these tables it was easily seen which days had large differences of temperature between hill and valley stations, and which little; and how, on such days, the temperatures at the intermediate stations compared with valley and higher hill stations respectively. It is unnecessary to give such tables in full, but one typical case may be cited. The greatest inversion of temperatures found in the two years’ records yet examined is from the 6th to the 9th inclusive of January 1893, when Switzerland was on the western side of an anti-cyclone. On these four days the temperature at Zurich was lower than on Santis, 6575 feet above it, not only at 7 a.m. but continuously all day, as will be seen from the tri-daily readings in the table. From the differences between Sintis and the other stations, it will be seen that during these four days the great cold indicated by the readings at Zurich, and which was felt to a greater or lesser extent at all the low-level stations in that part of Switzer- land, was confined to a stratum of the atmosphere of no great vertical height. The air immediately above this stratum was warm, and though Sintis was throughout warmer than Zurich, the intermediate stations were warmer than either, as will be seen by the “Difference” columns. Pilatus, Rigi, and Chaumont were always warmer than Santis, except at 7 A.M. on the 6th, when Chaumont was colder. Zurich, though always colder than Siintis, except at the very last reading—9 p.m. on the 9th—was still further below tigi in temperature ; in fact, the vertical distribution of temperature among the hill : : CHANGE OF TEMPERATURE WITH HEIGHT DURING ANTI-CYCLONES. 509 | TEMPERATURE. DIFFERENCES OF TEMPERATURE. aa Station, . | Santis. | Pilatus.| Rigi. as | Zurich. | Santis. | Sintis. eos Santis. | Rigi. pens Height in feet, . | 8202 6781 5863 3700 1627 | Pilatus.| Rigi. mont, | Zurich. | Zurich. | 7a yich, 7 A.M., Jan. 6, Diy Dies 23 °4 17°6 16°9 5°6 7/ —4°1 — 4°8 -— 6°5 19°3 Sib gy riio = | 23:7. | <2ks8te eta an eeon bye ll 3-4 3-6. i, — 6:1 ee Oca leeDOcG 5 a ee 26°2 30°6 34°2 34:5 | 16°5 4°4 8:0 8°3 -— 97 -17°7 21°4 an 7 OF 27°9 31°6 37°0 SACD 183 3°7 9°] 6°3 -— 9°6 —18°7 23°1 Mean, | 249 286 | 304 | 284 | 17:3 3°7 55 Bib ie =. 7:6)! 18" Ialeeoter 1p.M., Jan. 6. 26°2 29°5 29°8 33°4 18°3 3°3 3°6 (fe? —~ 79 —11°5 22°3 nh of ae Die! 29°8 32°4 41°0 20°8 Dei 5°3 13°9 — 6°3 -11°6 24°0 ci to 8. et) ORO) 30°6 38'1 41°0 19°9 0°6 8:1 11°0 —10°1 —18°2 24°9 a ee ose 8 ||) veilsd 35°6 40°6 45°3 27°0 4°3 9°3 14°0 -— 4:3 —13°6 291 Mean, . 28°7 31°4 35°2 40°2 Dilley 3°0 6°8 11h) = 5) |) alee 25°1 9 p.M., Jan. 6, | 22°5 23°9 25°9 i792 1°4 3°4 — 53 —- 67 19°8 np Py st) -26"4 32'0 29°5 18°3 56 31 - 81 —13°7 22°3 ae O85 29°8 34°5 Som 20°1 4°7 3°3 - 97 —14°4 25°0 . as 28°9 33°1 35'6 29°1 4°2 67 0°2 — 4:0 29°0 Mean, 26°9 30°9 31°0 PAY 4°0 4°1 -— 57 - 97 24°0 The 9 p.m. Readings are not given for Pilatus. stations remained practically normal for these four days, and it was only in the lowest strata of the atmosphere that the usual change of temperature with height was reversed. Closely connected with these temperatures are the humidities; where the air was warm, it was dry; where cold, moist—the opposite of what takes place in a cyclone. At Pilatus and Rigi, unfortunately, humidity values are not given, but at Sintis on these four days the humidity at 7 a.m. ranged from 43 to 26 per cent., averaging 33. At Chaumont the mean was 81, while at Zurich and most other stations near, the air was practically saturated. At Santis at 7 a.m. the mean barometer for the four days was 21°956, and at Zurich, 28°240, a difference of 6°284 inches. Similarly, at 1 p.m. the Santis barometer was 21°948, and the Zurich, 28205, a difference of 6°257 inches. The averages of the Santis and Zurich temperatures at these hours were—at 7 A.M., 211; and at 1 p.m. 25°1 (see table above); but the differences of barometric pressure between stations at the heights of Santis and Zurich, with such sea-level pressures as Zurich when reduced indicates, and for these temperatures 21°] and 25:1 are, respectively, 6°355 and 6°311 (see Challenger Reports, “ Physics and Chemistry,” vol. ii. p. 50). Now the actual differences of pressure—6'284 and 6°257—being less than the above computed differences by 0°071 and 0°054 inch respectively, these Sintis-Zurich results agree in all respects with the Ben Nevis—Fort- William observations during similar anti- -eyclonic weather. We have the same vertical arrangement—or rather disarrangement —of temperature and of humidity, and departures in the same direction of the observed 510 MR OMOND ON THE from the computed differences of barometric pressure in Scotland as in Switzerland; so that what explains the one may be fairly looked on as at least a possible explanation of the other. An examination of the table of temperatures on previous page shows at once that the air between Santis and Zurich, whose weight is measured by the difference of their respective barometers, has not a temperature anything like the mean of the Sintis and Zurich temperatures, but is considerably higher, as every station intermediate in height gives a value higher than this mean. If we assume the mean temperature at 7 A.M. to be 28°4 instead of 21°1, and at 1 p.m. 30°7 instead of 25°1, we will find the differences of barometric pressure computed from such temperatures to agree with the differences observed between Siintis and Zurich. This conclusion, that the intermediate air is warmer than the average of the higher and lower station, is obvious and necessary from the temperatures in the table on previous page, and is the same as the hypothesis put forward to explain the Ben Nevis and Fort-William anomalies of barometric reading. Other cases of warm air on Santis and cold at the valley stations all point to the disturbance of temperature being in the lowest strata of the air. In the three months January, February, and March 1893, the temperature at 7 a.m. on Sintis exceeded that on Rigi only twice, and then only by 1°°8 and 0°'9 respectively ; while Siintis exceeded Zurich six times, the amounts being 4°°8, 6°:1, 9°°7, 9°°6, 4°°9, and 1°°8; and this, although Siintis is only 2300 feet higher than Rigi, and is 6600 feet above Zurich. In the same period, Rigi was on twenty occasions warmer than Zurich at 7 a.M., the greatest being 18°°7 on January 9th. The cause of this peculiar arrangement of temperature in winter anti-cyclones must be looked for in the character of the air brought over the district under such conditions. A slowly descending mass of air settling downwards from the cold, rare regions of the upper atmosphere, and flowing outwards from the area of highest pressure on the earth’s surface, is the generally received description of an anti-cyclone. This air starts on its downward course with little water vapour and little dust im it; it has no oppor- tunity of gathering any till it reaches the surface of the ground, for all the vapour and dust in the air ascend from below, and it is steadily heated by compression as it descends. Such air is almost perfectly diathermanous ; it is a bad absorber and bad radiator of heat ; therefore it does not lose the heat that is developed in it by compression during descent, as it cannot get rid of it in the only way possible, by radiation into space. This heating, when undisturbed, produces in dry air a rise of about 5° for every 1000 feet of descent, an amount considerably greater than the normal rate of change of temperature with height. Hence the air comes down to the mountain summits comparatively warm, and very dry ; as soon, however, as it brushes the surface of the eround, or comes in contact with air that has been lying near the ground, it begins to absorb moisture and gather dust; the heat required to evaporate the water, which thus saturates the lowest stratum of the air, will be largely taken from the air itself, which is thus left cold and damp, as we observe at all low-lying stations in such weather. This air, moreover, being full of dust and condensed water particles, 1s a good radiator, CHANGE OF TEMPERATURE WITH HEIGHT DURING ANTI-CYCLONES. 511 and, during the long winter nights, cools yet more by radiation through the clear diathermanous air above—radiation which cools itself without affecting the temperature of the air above it. This vertical distribution of temperature involves an abrupt change at the boundary between the upper surface of the moist air and the base of the warm dry air. Such change is indeed necessary, because—dry air being heavier than moist at the same temperature—the former could not float above the latter unless it was at least so much warmer as to compensate for its naturally greater density. At low temperatures the required change is small; at 15° perfectly dry need only be 0°'5 warmer than saturated air to become as light ; at 30° a difference of 1° is required, at 48° it must be 2°, at 59° it must be 3°, at 67° it must be 4°, at 76 it must be 5°, and at 80° it must be 6° warmer to be as light as saturated air. Certain observations at Ben Nevis Observatory confirm this. When a cloud layer extends just about the level of the hill top, and there is clear sky above, we usually have the cloud rising and falling a little from time to time, so that the Observatory is alternately in the top of the cloud and the base of the dry air. Under these circumstances, the temperature is invariably lower in the cloud than in the dry air above it, and this quite independent of whether the change takes place by day or night. An observation of the rise of temperature experienced immediately above a cloud layer was made by Professor Piazzi SmyruH at the Peak of Teneriffe in 1856 (see Journal Scottish Meteorological Society, vol. vii. p. 273). His observations were all made in the daytime, and he supposed the rise to be largely due to the sun’s heat reflected from the upper surface of the cloud; but the fact that the same conditions are found at night indicates that other agencies than the direct heat of the sun control these temperatures, namely, the- heat due to descent and consequent compression of the dry air, and the cooling of the cloudy air by evaporation and radiation. For example, on the 8th February 1892 up till 11 p.m. there was fog on the top of Ben Nevis, the temperature being 25° to 26°, and the air saturated ; after 11 p.M. the fog sank, leaving the hill top just clear above it, the temperature for the next few hours being 30° to 33°, with a wet bulb depression of from 3° to 5°, equivalent to a relative humidity of 40 to 60 per cent. On the 9th February, at 8 p.M., the fog rose again and enveloped the summit, the teniperature falling 8°°5 in one hour, and the air becoming, of course, saturated. Many other instances, at all hours of the day, could be given; the average of twenty cases shows a rise of tempera- ture of about 3° in two hours as the fog sinks, and an equal fall when it rises again— the wet bulb remaining almost steady in both cases, indicating that the upper surface of the cloud acts as an evaporating surface in regard to the dry air above it. No similar change is observed when a cloud settles down on the hill from above. Another fact bearing on the subject is, that in the cloud or fog the air is calm, while as soon as it sinks and the hill top emerges into the dry air a strong breeze is usually felt, showing that the dry air is flowing away over the cloud surface, forced, no doubt, by the descending current of the anti-cyclone. 512 CHANGE OF TEMPERATURE WITH HEIGHT DURING ANTI-CYCLONES, From all these observations—both at varying heights in Switzerland and in rapid changes from fogey to dry air at the upper surface of clouds—it seems well established that, in the class of anti-cyclones which bring out the Ben Nevis barometer higher than the true pressure when reduced to sea-level, the cold of the lower atmosphere is con- fined to-a small vertical height, and that the reversal of temperature gradient, indicated by a high-level station being warmer than a low, all takes place in the cold damp air, or just immediately above it; the great mass of warm dry air which forms the body of the anti-cyclone having normal vertical temperature gradients, indeed showing, if anything, a decrease of temperature with height rather more rapid than usual. How far the converse of this holds—that in a cyclonic area, when the Ben Nevis barometer comes out lower than the true pressure at sea-level, the intermediate air is colder than the mean of summit and base—has not yet been determined. The more rapid changes of cyclonic weather, and the frequency of high winds, with their purely mechanical depression of the barometer, introduce complications that are absent in the anti-cyclone. Scam Differences between the Ben Nevis and Fort-William Barometers when both are reduced to Sea-Level. By R. 'T. Omonp. The barometer at the Fort-William Observatory is 42 feet above sea-level, and its readings are reduced to sea-level by the ordinary tables based on Lapiace’s formula ; but in reducing the barometer at the Ben Nevis Observatory, which is 4407 feet above sea-level, use is made of a table specially constructed by Dr Bucuan, and described by him in the first volume of the Ben Nevis Observations (see Transactions, vol. xxxiv. p. 24). This table consists of the average values of the difference between the barometer on Ben Nevis and that at sea-level in Fort-William, for each successive tenth of an inch of sea-level pressure and each degree of air temperature. ‘The table is thus purely an empirical one; it is the smoothed averages of a series of observations, and is not based on any preconceived theory, nor on data drawn from any other source. A reprint of the table will be found at the end of the Appendix. The table closely agrees with the recognised values for the expansion of air with rise of temperature, a result which indicates that the air temperatures used in it, namely, the average of the Ben Nevis and Fort-William temperatures, represent very closely the actual average temperature of the whole mass of air above Fort-William up to the level of Ben Nevis- It is found, however, that when we use this table to reduce individual readings of the Ben Nevis barometer to sea-level, these reduced values may differ from the observed sea-level pressures in Fort-William by six or even eight hundredths of an inch above -or below, and the two barometers frequently differ by one or two hundredths of an inch. As the Fort-Willam barometer is only 42 feet above sea-level, no appreciable error can be introduced in reducing it, and we must look for the origin of these discrepancies to the reduction of the Ben Nevis barometer. As a general rule, during cyclonic weather, and when. the difference of temperature between Ben Nevis and Fort- William is greater than usual, the reduced Ben Nevis barometer comes out lower than that at Fort- William ; while in anti-cyclones, or when the difference of temperature is small, it is higher.* In a paper published in the Journal of the Scottish Meteorological Society, an abstract of which is given in this Appendix (see p. 506), it is suggested that the cause -of the discrepancy in anti-cyclones is that the temperature taken, namely, the mean of the Ben Nevis and Fort-William temperatures, is not the true average temperature of the air between the levels of the stations in such weather, and that this explains the difference between the reduced barometers. When we consider the relation of the two barometers at sea-level at different hours -of the day, a difference is found between them similar to that which appears in con- * See “ Relations of Pressure and Temperature,” by Dr BucHan, page 496. ROY. SOC. TRANS. EDIN.—VOL. XLII. 3 U 514 MR OMOND ON THE trasting cyclonic and anti-cyclonic weather. During the day-time the difference of temperature between the two Observatories is greater than the average for the whole day, and the Ben Nevis barometer, when reduced, is, as a rule, lower than the Fort-William barometer. At night the difference of temperature is less, and the Ben Nevis barometer is the higher of the two. Further, this diurnal range im the difference of the two barometers at sea-level does not merely appear when long averages are taken, but is in evidence on almost any day on which strong winds do not vitiate the readings by inducing pumping, and any change in the character of these differences marks a change of weather conditions, which may ultimately be found to be of value in forecasting changes in the type of weather. In order to eliminate the effects of wind, I have, out of six years’ records (1891-97, omitting 1893), taken only those days on which the wind at Ben Nevis did not exceed force 2 (or 12 miles an hour) at any single hour of the 24. Days with somewhat stronger winds might have been included without impairing the accuracy of the Ben Nevis barometric readings, but taking only days on which the wind was slight, simplifies the problem by practically eliminating the horizontal movement of the air, and leaving only expansion, contraction, and convection currents as factors to be dealt with. By thus selecting the calmer days, we also get on the whole the fine or anti-cyclonic weather, though a few cases naturally come in of calm weather in low pressure areas. The total number of such days in the six years dealt with was 267, or about 12 per cent. of the whole, and their distribution over the different months and years is shown in the accompanying table :— Number of Days in which the Wind Force on Ben Nevis did not exceed 2 at any hour of the day. 1891.| °92. | °93. | 94. | 795. | 796. | '97. | Totals. | Seasonal totals | a January, . Ail, as iael es). | 0 2 4 5 19 Winter, 38. February, . Be teed 1 2 0 2 9 March, . ; 5 3 3 0 Pte tl 12 Spring, 74. April, ; ee) Hel) | | em 2 3 2 4 27 May, : ; if 0 Al 4 6 ff 35 June, : 9 4 ) 7 6 5 40 Summer, 112. July, ; = eae) 4 6 7 ij 6 40 August, 6 4 7 5 5 ) 32 September, 2 1 8 1 3 4 19 Autumn, 43. October, a) 1 3 0 2 1 12 November, sailboat 1 0 il 3 3 IY December, ! | 2 1 2 2 2 1 10 | Total, ; . | 68 29 | 52 34 | 40 44] 267 Owing to the small number of days available, especially in the winter months, they have been grouped in four seasons of three months each, viz, spring, March, April, BEN NEVIS AND FORT-WILLIAM BAROMETERS, 515 May; summer, June, July, August; autumn, September, October, November; and winter, December, January, February. The tables on pages 516 and 517 give the mean values at each hour of the day for the four seasons of some of the relations of pressure and temperature. The yearly means in all cases are the average of the four seasonal means. The mean values are first given, and then in the next page the departures of each hour from the general mean of the day, these latter values being as usual corrected for any difference between the preceding and succeeding midnights. The first two items in the table are the differences of sea-level pressure and of temperature between the two Observatories. It will be seen most easily in the “‘ Departure” tables that these are almost the complement of each other, the excess of the one corresponding roughly to the defect of the other. But the correspondence is not exact, and indicates that while the barometer differences are radiation effects symmetrical about noon and midnight, the temperature differences are symmetrical in respect to the times of highest and lowest temperature. In autumn and winter the time of the morning change of sign of the barometric differences is delayed owing to the fact that the hills to the south-east of Fort-William prevent sunshine reaching the Observatory there till some hours later than at Ben Nevis. Except for this the Ben Nevis barometer is the lower from 7 to 18 o'clock, and the higher from 19 to 6 o'clock, as appears in the Departure table, with one trifling exception at 18 in winter. More- over, the curve of differences given by these figures is distinctly flattened at its maxi- mum and minimum values, being in this respect unlike a diurnal curve of temperature, and also unlike that of the differences of temperature given in the table. The third item in the tables is the mean hourly temperatures, the average of the Ben Nevis and Fort-Wilham temperatures. These are the temperatures that have been used in reducing the Ben Nevis barometer to sea-level, and they have thereby been assumed to be the mean hourly temperatures of the air between sea-level and the height of Ben Nevis. If, however, instead of reducing the Ben Nevis barometer by these temperatures we simply take the difference between the Ben Nevis barometer at 4407 feet and the Fort-William sea-level barometer, we can find from the reduction table what the temperature at each hour ought to be to make the barometers agree at sea-level. This is working the reduction table backwards; instead of taking an observed temperature and finding from it the amount to be added to the Ben Nevis barometer to bring it to sea-level, we take the observed amount that the Ben Nevis barometer differs from the sea-level one and find the corresponding temperature of the intermediate air by that table. Carrying out this process for each hour of the day, we get the temperatures given in the fourth section of the tables. These latter tempera- tures may be regarded as the mean hourly temperatures of the air up to the level of Ben Nevis on the days chosen for discussion, if we assume that the Ben Nevis baro- meter, when brought to sea-level, ought to agree with the Fort-Wilham one at each hour of the day, and that the differences between them, when reduced in the ordinary MR OMOND ON THE TABLE I.—HOURLY MEAN VALUES. DIFFERENCE IN THOUSANDTHS OF AN INCH OF BEN NEVIS AND Fort-WILLIAM BAROMETERS WHEN BOTH ARE BROUGHT TO SEA-LEVEL. A minus sign signifies that the Fort-William barometer is the higher, and the absence of sign that the Ben Nevis barometer is the higher. ce OES | | acy I stil || BUA Sissi aus |) ae TIES |] I) | eo | eal |) ae | oS > - | ee po | ee ee Spring Cy | Pale | a ae 8 8 | 4 | -4 |-11 | -17) -20) -21] -21] -19| -16| -15|-14] -9 |] -6/ 1 4 9 9 | 10 : Summer.| 18 | 19 | 18 | 19 | 18 | 15 | 8 8) sh) = B= 8)= Ble hl] G6le Wl= 7l= 4) =i 1 | 63) 127) tem an oa 20 aiming | Gy [abt |) ae |) a |) ie |) tm | 4) 183 7 Os Bi = Bi |) Simi sin|/ aa yi) il 3| 9 | 10 | 12 | 18 | 14 Winter. .||)-26. ]/-98) |) SS OR 9) | eT ra See ys S30) tent | cs ee fey Oc Year iQ) |] ae |) aa |) a |) Te, |) on 8 5 Os A= 7) S Ol =10)) S316) =n) = ©) = Gl =51 1| 6 8 | 11 | 12+] 12 DIFFERENCES OF TEMPERATURE, FORT-WILLIAM BEING THE HIGHER THROUGHOUT. Mid- r Mid- | mene 1 2 3 4 5 6 7 8 i TK) Sa PTS |) a) IG) aS I) || 2 |) Ql | 22 |) we night ee ESE —— | [ye eee -] Spring 13°6 ] 130 | 12°3 | 11:7 | 11°3 | 11-0 | 10°8 | 12-0 | 13-0 | 14°8 | 15°9 | 17°0 | 17-8] 18-7 | 19°5 | 20°0 | 20°5 | 20°3 | 20-0 | 18-9 | 17°2 | 15°8 | 14°7 | 13°8 | 1309 Summer . | 12°8 | 12°4 | 12-0 | 11°8 | 11°4 | 11°3 | 11°8 | 13°2 | 14-1 | 15-0 | 15°6 | 16-4 | 16°7 | 17-2 | 17°7 | 18°3 | 18:2 | 18°5 | 18-4 | 17-7 | 16-2 | 15-1 | 14:1 | 13-2} 125 | Autumn. | 10°3 | 10:2} 9°9| 9°5| 9:7| 9:5] 9-2] 9:5] 9:8/ 10-1 | 10°6 | 12:0 | 12°8] 13-8 | 14°5 | 15°1 | 15°6 | 15-2 | 14°1 | 12°9) 11-9] 11°38} 10°7/ 1071} 96] Winter .| 11-0 | 10-7 | 10-3 | 10-3 | 100} 10:0 9:9| 10:0) 9:8"} 96 |--9:8 |.10-4°| 11-3] 19°2.| 12-8 | 13-3 | 13-1 | 12-2 |-11-7 | 11-0 | 104 | 10-3 | 10°3 | 10-1 | 10-0 Year 11°9 [11°6 | 11-1 | 10°8 | 10°6 | 10°4 | 104 | 11-2 | 11°7'] 12*4.| 13-0 | 14-0 | 14-6 15°5 "16-1 | 16*7 | 16-8 | 16°6 | 16°0 | 15°1'| 18-9] 13°2 | 124 | 11°8 | 115 | MEAN TEMPERATURES, BEING THE AVERAGE OF THE BEN NEVIS AND ForT-WILLIAM TEMPERATURES. Mid- | Mid- Pe: 2 3 4 5 6 7 8 9 | 10 | 11 | 12 | 18] 14 | 15. | 16 | 17 | 181.19 | 20 | 72 iizaeiies nigh | fe NN el ee eee eee eee eee a Spring . | 34:1 |33°6 33°1 | 32°9 | 32°6 | 32°6 | 33-0 | 34-2 | 35-6 | 37°3 | 38-6 | 40°0 | 40°8 | 41°8 | 42-2 | 42°4 | 42-2 | 41°6 | 40°7 | 89°4 | 37°9 | 36°8 | 36:0 | 35-2 344 Summer . 46°8 ]46°4 | 46°0 | 45°6 | 45°4 | 45-4 | 46-1 | 47-2 | 48°2 | 49°5 | 50-4 | 51-4 | 52-0] 53-0 | 53-5 | 58°8 | 53°6 | 53:2 | 52°6 | 51°6 | 50°1 | 48-9 | 47-9 | 47:1 | 465 Autumn . | 39-1 | 38°8 | 38°5 | 38°3 | 38°1 | 37-8 | 37-7 | 37-7 | 38-3 | 39-6 | 40-5 | 41-7 | 42°5 | 43-0 | 43-5 | 43-7 | 43°3 | 42°4 | 41-4 | 40°6 | 39°7 | 89°3 | 38-7 | 88-4 | 881 Winter 29°3 | 29°0 | 28-8 28-8 | 28-6 | 28-4 | 28-5 | 28-3 | 28-1 | 28-3 | 28-6 | 29-3 | 30-0 | 30-7 | 30°9 | 30°8 | 30-4 | 30-0 | 29°5 | 29°3 | 29-2 | 29-1 | 29°0 | 28°9 | 28°7 | Year 37°3 | 37°0 | 36°6 | 36-4 | 36-2 | 36:0 | 36:3 | 36-8 | 37°5 | 38°7 | 39°5 | 40°6 | 41°3 | 42-1 | 42°5 | 42-7 | 42-4 | 41°8 | 41°0 | 40°2 | 39°2 | 38°5 | 87°9 | 37°4 | 369 MEAN TEMPERATURES REQUIRED TO MAKE BEN NEVIS AND Fort-WILLIAM BAROMETERS AGREE AT SEA-LEVEL. Mid} > |e} s]4{s5)]e6|7 {8 | o | 1] a | 12] 18 | 14 | a5 | 16 | 17 | 18 | 19 | 20 | 2 | 2 og | Mid-| night. € ‘ S : | night. | | | |__|. a | a Mie ene aa |= em eae a | a | | || ae | E | Spring 35°38 | 35°0 | 344 | 34°2 | 33-7 | 33-7 | 33-5 | 33-7 | 34-2 | 35-1 | 36°0 | 37-2 | 38-0 | 39°3 | 40-1 | 40°4 | 40-4 | 40°4 | 89°9 | 39°5 | 38-4 | 38-0 | 37°2 | 36-5 | 358 | Summer . | 48°9 | 48-4 | 48°1| 47°8 | 47°4| 47:2 | 47-6 | 47°8 | 48-7 | 49°3 | 50-3 | 51-1 | 52°2 | 52°6 | 52°9 | 53-1 | 53°l | 52-7 | 52°4 | 51°7 | 51-0 | 50:3 | 497 | 4979 | ! ‘ Autumn . | 40°3 | 40-2 | 39-9 | 39-9 | 39°5 | 39-4 | 39°3 | 39-4 | 39-2 | 39-6 | 40-2 | 40-6 | 41-2] 41-6 | 42°1 | 42°3 | 42°4 | 42°5 | 41-8 | 41°8 | 41°0 | 40°9 | 40-4 | 40°2 | 39°8 Winter 30°1 | 30-1 | 29-9 29°9 | 29°8 | 29°6 | 29°4 | 29-5 | 29-2 | 29-2 | 29-1 | 29-4 | 29-6] 30-0 | 30°1 | 30°3 | 30°4 | 30°5 | 30-2 | 80°2 | 30-0 | 30-0 | 29°8 | 29°7 | 294 Year 38-7 | 38°6 | 38-2 | 38-0 | 37°7 | 37-5 | 37-4 | 37° | 37°6 | 38-2 | 38-6 | 39-4 | 40-0] 40°8 | 41°2 | 41°5 | 41°6 | 41-6 | 41-2 | 41°0 | 40°3 | 40°0 | 89°4 | 39°0 38° | BEN NEVIS AND FORT-WILLIAM BAROMETERS. Dilis, TABLE IIL—MEAN HOURLY DEPARTURES. Excess above the mean values in bold type and defect from it in italic. DIFFERENCE OF THE BAROMETERS AT SEA-LEVEL. 1/2/3!/41/5161]7/]8 19 | 10/ 11| 12] 13] 14/15 | 16| 17/18] 19 | 20 | a0 | 22 | 29 | Mid night. Spring . .|15/ 14 | 14s) 12 | 1219S) Ge ea ee etsnenst Gs 9h) 72) 77)).6 | 8 | 3 | 6 111 | 2412 13 mere | 14 | 13'| 14°) 13 | 10) S|) Saesulereaeea Ye 8 724) 18 13") 10} 7 | 5 | 0 | 5 |, 9 \ Wt) 13)) 13 Antummee | 99) 9) 10) 8) OF 29) MON ae le | 2A IS aS |S) 712) 2) 2) 4) 5) 7) we) sy 4 MitiRtOCmermcl Sh Ooo: 40) 4/03) Chaleeaa mes Onsale | GeO Sa “eo | I i 3 | 13 | 4) B35 se 9 Nears 100) 10 1 10) 95) (Sh Gs Sa aCe ON ZN SNS MTB I23 Oe 2 9 5 8 | Sheil 49 DIFFERENCE OF TEMPERATURE. 1-| a |es | 4 | ws lin6 1-7 | 8 | coleronletialae Vata |e | 15°) a6 | 17°] 18 |st9'| 20 | a1 | 92) 28 ee Spring . - | 28)35) 40) 44) 4:7) 49136) 2:6) 8) 3) 15) 2°3]3'2) 40) 46/51) 49146) 36/19) 5] 6) 74) 2:2 Summer... | 2°7/ 3°2| 3:3 | 3:7 | 3°8|3-3|1:9| 1:0) -0| 6|1°4)1°7]2°2 | 2°7|3'°3/3'2|36)35\/28/13] 2) 8) 71:7) 24 Autumn . . | 1:7 | 2:0) 2:4) 2:21 2-3) 26) 2:3) 1:9| 16) 1:2) 4)1°2)2°2)2913'6)411/3°7)2°7/15) 5) 0} 6) 7-2) 1:7 Winter . ./| 6/20) :9|) 12:2) 2-1) 1-2/7:0| 2:2) 0-4) 27) 5) 5)1:4)/21/26/25)16/11) 5] z) 2) zz) 2) +3 Year +.» . |20|2%|2:6|2:9 | 390 | 3:0 | 2:2) 2-7) 1:0] 3 | ©7 | 14422 )29.135| 37 | 34) 30121) 9) 2) 5 | 2:7/| 16 MEAN TEMPERATURES. DEB As ld 5 | 6 7 | 8 | 98 tone e2miets | 14, | 15 || 16) V7 | 18) 29'| 20:| 21 | 22 28 | toh Spring. . |36| 41) 43|46| 46) 42)3°0| 16) 0/13/2°7|35)45 49/51/49) 42/33/20) 5) 6) 214) 2:2) 3:0 Summer... | 3°2/3°5|3°9| 4:1) 4:1/3-4| 23/13) 1/10/20/26/36 41/44/42/39/33/23) 8) 4\14)22| 2:38 Autumn. .|18|2:1|2:2|)24/26|27|26)2:0| -7| °3/1°5/2°4 29 35 37/3'4/25/15) 8) 2) 4/20/12) 15 orem | 5 |) 77) 6 |) 81 1°09) 1-0 a-2)| 1-0) eer eR ey ter 17) \13)) “9 “4 |) “3) 2) “1 Oi] “oi <2 Meare 2 2 22/26 23 | 8:0 | 3-1) 2:3 221r5| ~%) BiH (23131 196137 | 34 | 29; alee! 4] 3) 20) 24) 29 MEAN TEMPERATURES REQUIRED TO MAKE BEN NEVIS AND Fort-WILLIAM BAROMETERS AGREE AT SEA-LEVEL. ve OPS a an rad Pe | s | 9 | 10] 11| 12] 13 | 14] 15] 16 | 17] 18 | 19 | 20 | 21 | 22 | 23 anne Spring . | 17| 23) 25 3:0)3°0) 33) 351) 26)17) 8) 3)11)2°4) 3'2 | 34) 34) 34) 29/25/13) 9) 1) 6] 73 Summer . . | 12) 17) 2:0 23)2°7)|2:9)25)23) 14) 8) 2/10/21) 25) 28) 30) 30) 26) 23)16) 9) 2) 4] 2:0 Autumn . 6| -9| -9 13\1-4\ 24/23/1056] 02] 6| -o| 6]1:0/1°5/1°8/1°9| 20/13/13] 6] 5| 0] -2| +6 Winter . .| 0| 2) 2 -3| 4] 6] -6| -7| -7| 8] %| -2] 2] 3] 6] -7| 8] 6] 6] <4] 5! 3] 2] -z Year 9/23)04 17)19) 20) 19) 08) 12) 7) 0} 6)1°4)1°9) 2:1) 22) 23) 1°8)17)10) 7) 2] 3 8 518 MR OMOND ON THE BEN NEVIS AND FORT-WILLIAM BAROMETERS way, are wholly due to a faulty determination of the temperature of this air. The first assumption seems reasonable, and the second is borne out by the fact mentioned above, that the differences of the barometer seem to depend on a radiation effect. The Departure tables show that these computed temperatures have a less daily range than the observed temperatures, and that the diurnal changes are all delayed for two or three hours. A mass of free air, not in immediate contact with the ground, is likely to differ in temperature just in those ways from air near the ground, such as that whose tempera- ture is taken in the screens at the Ben Nevis and Fort-William Observatories ; and this last table gives us at least an approximation to the mean temperature of the whole mass of air up to 4400 feet in height. There may be other factors which, influencing the diurnal barometric values differently at the two Observatories, would slightly modify the numerical values of these computed temperatures, but I believe the Departure table shows substantially the hour-to-hour changes of temperature in the free air above Fort- William up to 4400 feet. The difference between the mean of the observed temperatures at Ben Nevis and Fort-William and the temperature of the mtermediate air, as computed from the baro- - metric readings at the two Observatories, is given for each hour in the small table below. The curves for each season in this table are clearly radiation effects, symmet- rical about the times at which solar and terrestrial radiation are respectively most powerful, and not about the times when the temperature of the air is highest and lowest. The effect is greatest in spring and summer, that is from March to Aveust, when the sun is most powerful, and least in winter, that is from December to February, when solar action is weak, and when the Fort-William thermometers are shaded in the forenoon by the hills that rise to the south-east. TABLE III.—DIFrErRENCE AT EACH HOUR BETWEEN THE OBSERVED TRMPERATURE (MEAN OF BEN NEVIS AND Fort-WILLIAM TEMPERATURES), AND THE TEMPERATURE COMPUTED FROM THE BAROMETRIC READINGS. When the observed is the higher, the difference is put in bold type, and when it is the lower in italic type. 1/2}/3|4)5]6 {7 {8 | 9 | 10/11) 12] 18 | 14 | 15 | 16} 17 | 18] 19} 20 | 21 | 22:| 23 Spring ./12°9|12:8)2:8)176|16) 9) ‘1)1°0)1°7) 21) 24) 2°4)21/17)17/15) 8) 4) 3) 8) 25) 7:5) 246 Summer .| 29/13/19) 28|1'4| 5) 2)10)15/18)13)/T6)15/16)16)/12) 9) 7) 0} 8/13) 16) 28 Autumn . | 2°?) 2°2|) 1:3) 2:1) 02) 27°3)1:3) “S| “4! °8)1°5)1°8)19/}2°0)19)1°5) 5) 2) 8) -7!| :9) 1:0)| 2-0 Winter <)| 5) “Si| °A) Si) “6 aN Sh eS Se A) by) DO aia De G8) ae 25 2) Sag esha: Year «| 14/13) 14) 13) 12) 8) “4 S| OLA CS Lae A Le VG Sa a 8) 6 Orem ran Hourly Readings of Black Bulb m vacuo at Ben Nevis Observatory.* By R. T. Omonp. For a few years readings of a Black Bulb in vacuo thermometer formed part of the regular hourly routine work at the Observatory on Ben Nevis during the summer months, and a summary of two years’ observations, for 1890 and 1891, is given in this paper. ‘The instrument consists of the usual vacuum chamber, a spherical glass globe about 24 inches diameter, with inside, centrically, a thermometer whose bulb and an inch or so of stem are coated a dull black. The thermometer is an ordinary, not a maximum Fahrenheit thermometer, and therefore gives the Black Bulb temperature at the instant of reading only. It was exposed on a wooden stand in a horizontal position, with the bulb projecting beyond the frame, and pointing south, about 4 feet above the broken stones which form the hill top, and was read immediately after the shade temperature during daylight hours. Readings at night were found to be useless, as the outer glass jacket acted as a practically opaque screen to the low temperature rays, by which the bulb would have parted with its heat and been lowered below the shade temperature at night. It is impossible to work the instrument in winter, except during brief intervals of sunny weather, as the least fog or snow coats the outer bulb with ice and prevents the radiation action taking place. What exactly the Black Bulb indicates is an open question, and, indeed, it is rare to find two instruments recording the same,—slight unavoidable differences in manufacture alter the scale, so to speak ; but as one imstrument only has been used throughout in these readings, it may at least be assumed to show the times of maximum solar radiation, and little more than the determination of these times is attempted in this paper. The hours of observation are Greenwich time, and the Black Bulb is read at between two and three minutes after each hour; the times of local noon for Ben Nevis are approximately, in June, 12.20, in July and August, 12/25, and in September, 12.15 P.M. In the table is given the shade temperature, and the difference between the mean Black Bulb and shade temperature, at each hour on the average of the four summer months. ‘The diurnal range in the former is very small, amounting in each month to only between 3° and 4°; while the difference between shade and sun temperatures ranges from 0° to over 40°. In every month the highest value is at 11 a.m., and most of the months show a tendency towards a secondary maximum in the afternoon, either by an actual rise, as in July, at 2 P.m., or by a decrease in the rate of fall, a flattening of the curve sometime in the afternoon. Thus the highest readings are got about an hour and a half before local noon, and there is a slight tendency to rise again an hour or two after that time. We cannot suppose that the sun is really more powerful at * See Journal of Scottish Meteorological Society, vol. ix. p. 256. 520 MR OMOND ON THE these times—certainly solar radiation is strongest when the sun is highest, viz., at local noon,—and the explanation of the abnormal time of the maximum is clearly that in the middle of the day the cloud canopy drawn up by the sun’s heat is thicker, and shades the summit of the hill. That this is the case may be inferred from the three-day means given in the table—first for three cloudless days in June 1891, and then for three days of continuous fog which immediately succeeded them. On June 10th, 11th, and 12th there was no cloud above Ben Nevis, except a trace of cirrus one morning ; and on June 13th, 14th, and 15th there was continuous fog, but only one slight shower of rain. The shade temperature on the mean of the three fine days ranged from 44°'5 to 40°°7, and on the foggy days from 37°°3 to 34°°6, taking the hourly averages of the two periods. Thus the shade temperature did not differ very much in the two periods, and its diurnal range was in both cases small. The solar action was practically the same throughout, the days being consecutive and near the summer solstice ; but during the first period the summit was freely exposed to solar radiation, and during the latter it was densely shaded by fog. Observations at sea-level show that on the three clear days there was some cloud below the level of the hill top, the sky being on the average about one-fourth covered, while on the foggy days it was overcast, or very nearly so, all the time. On the three fine days the Black Bulb, as appears from the table, not only shows a much greater range than on the foggy days, but rises with a steady sweep to its maximum of about 81° above the shade temperature about midway between noon and 1 P.M., or just at local noon, and then falls again as regularly in the afternoon. The curve is remarkably smooth, considering it is only the average of three days ; but any individual day of the three would show almost as regular a pro- gression. In utter contrast to this is the curve of the three foggy days. Up to 7 am., indeed, and after 4 p.m., the rise and fall is pretty regular ; but between these hours the readings vary wildly, indicating, however, the early maximum and the secondary rise in the afternoon characteristic of the monthly averages. This breaking down of the curve in the middle of the day can only be due to the greater thickness or greater opacity of the clouds then, and the similarity of the monthly curves to the foggy days’ curve points to the same conclusion ; for the majority of the days in each month are either foggy or cloudy overhead. There is practically no diurnal range in the number of hours during which the hill is enveloped in fog, and very little in the total amount of cloud; what there is points the same way as the Black Bulb readings,—the cloudi- ness is greatest in the afternoon; but the change is so small that, if the Black Bulb readings are at all proportional to the intensity of radiation, one would expect this effect to be due rather to a thickening or increased density of cloud than to more frequent cloudiness at these hours. However, this is pushing the record beyond its legitimate functions ; we do not know what the scale of the Black Bulb means, or what the relation between it and the intensity of solar radiation is, so many elements of uncertainty are introduced by the differences in diathermancy of the glass jacket and in the absorptive power of the blackened bulb for different intensities of radiation. It READINGS OF A BLACK BULB THERMOMETER. 521 cannot, for instance, be said that when the Black Bulb is 40° above shade temperature, radiation is double what it is with a difference of 20°; all we know is that it is greater, but not how much greater. The times when the shade temperature passes its mean value are, as usual at most stations, about 9 a.M. and 9 p.M.; that is, from 9 A.M. to 9 P.M. temperature is above the mean of the whole day in any month, and from 9 P.M. till 9 a.m. below it. But the Black Bulb readings at these hours are very different: at 9 a.m. the difference from the shade temperature is approaching its maximum—in June and July, indeed, it is nine- tenths of the greatest difference in the whole day ; while at 9 P.M. direct solar influence on the Black Bulb has practically vanished, and it reads about the same as the Shade SHADE TEMPERATURE. Excess oF BLAcK BULB ABOVE SHADE TEMPERATURE. Hour. ; Two Years’ Means, 1890-91. Two Years’ Means, 1890-91. June 1891. Three Three G.M.T. June. July. Aug. Sept. Mean. | June. July. Aug. Sept. Mean. | fine days. foggy days. 10, 11, 12. 18, 14, 15. 4 A.M. 38°2 § 37°3 ia 2°4 0°7 10°0 0°9 las 388°3 -387°2 ae a00 9°5 4°2 33°9 4°] 6) 5; 38°6 869387°4 809387°4 = 339'°2 38°1 | 18° =6.11°0 3°8 14 87 51°9 10°3 ae 38°8 37°77 380387'6 = 39°2 38°3 | 26°2 167 10°0 7°0 14°9 63°0 18°3 Sa 39°2 382 38°0 =. 396 8658 |roleze2and8 15:8 112 20°1 71°5 17°4 Oe 39°77 387 =6388'5)~— 40°71 89°2 | 86:7 2773 21:0 = 1172 25°6 75°9 31°6 KO 40'2 392 39°2 40°6 39°8 | 40°2 27°6 24:0 20°9 28°2 79°3 24°6 lp, 40°6 38977 398 41°4 40°4 | 41°2 30°0 26°2 24°4 30°4 80°3 21°0 Noon 41'1 40°2 40°2 41°8 40°8 | 88°9 289 26°1 22°8 29°2 80°7 22°6 1 P.M. 41-4 40°35 40°5 42°0 41°l | 84°83 27°5 25°7 24:0 28°0 80°8 16°6 De 54 416 406 406 42°2 41°2 | 384°8 29°2) -22°4-21°8 27°0 79°3 21°6 3 5) 41-4 41°0 40°38 42°2 41°4 | 31°8 24°99 184 18°8 23°5 75°8 25°7 Ae 416 407 40°74 42:0 41°2 | 31°4 203 157 14:0 20°4 70°3 15°5 8) «59 41°2 40° 40°71 41°6 40°8 | 24°00 164 107 #£10°6 15°4 61°5 Oy 6G” 5; 40° 40°0 589°8 41°1 404/180 11°8 7°4 4°3 10°4 50°5 67 7 i 40°3 395 39°3 12°8 72 2°8 30°8 4°2 Sieur, 39°8 39°0 cioo 3°5 2°4 ee 6°2 2°3 on. 39°4 38°7 | 00 0:3 a i: thermometer. This is, of course, quite in harmony with the indications of the latter— at 9 AM. solar radiation is in excess, and the air is therefore getting heated; at 9 P.M. terrestrial radiation is in excess, and the air is cooling. In theory, the time of maximum shade temperature should be when solar radiation has passed its maximum, and diminished so far that terrestrial radiation just balances it, and the air is neither heated nor cooled. The table shows that the maximum shade temperature occurs about 3 P.M., at which hour the excess of the Black Bulb is greater than it is at 8 a.m. and less than at 9 a.m. If, therefore, the reading of the Black Bulb at 3 P.M. represents a solar radiation equal to terrestrial, we would expect a similar equality about 8 or 9 a.m. Strictly, if this equality exists, this latter—8 or 9 amM.—ought to be the time of minimum shade temperature. It is not so, but a glance at the summer temperatures will show that ROY. SOC, TRANS, EDIN. —VOL. XLII, 3x 522 MR OMOND ON THE READINGS OF A BLACK BULB THERMOMETER. about 8 A.M. the rise in the diurnal curve becomes well marked. Its minimum is early in the morning, about 5 a.M., but there is no very distinct rise till $8 am. Much stress cannot be laid on this point owing to the smallness of the whole shade temperature range and the uncertainty in the value of the Black Bulb scale, as mentioned above, but the comparison of Black Bulb readings of equal intensity at 8 A.M. and 3 P.M. may be trusted so far as to indicate in what direction to look for a more thorough under- standing of the shade temperature diurnal curve. The Number of Gales Observed at the Ben Nevis Observatory. By Anaus RanKIN. The accompanying table shows, for the thirteen years, 1884 to 1896 inclusive, the number of hourly observations at which the force of the wind was noted as above 6, on the Ben Nevis scale of 0 to 12. This is equivalent to all cases when the velocity of the wind exceeded fifty miles per hour. The table gives the totals for each hour of the day of the thirteen Januarys, thirteen Februarys, etc, in this period, with at the foot the sum for each hour, which is the total number of cases observed at each hour during the thirteen years. At the right hand of the table is a column giving the monthly totals (the sum of the twenty-four hourly values); the gross total of the whole, amount- ing to 3405 cases in the thirteen years, gives an average of 262 hours, or about eleven days, per annum. But this total of 3405 cases is distributed in a very unequal manner throughout the year—the month with the greatest number is January, 640; and the least, July, 48. Gales are at Ben Nevis, as at other places in this country, essentially a winter phenom- enon. In the seven months, October to April, there were in these thirteen years 2907 hourly observations of Gales, or a mean of 415 per month; but in the five summer months, May to September, there were only 498 cases, a mean of 100 per month, so that storms were more than four times as frequent in the former as in the latter period. The 3405 cases of Gales are not distributed uniformly over the hours of the day, but form a distinct diurnal curve, with two well marked maxima and two minima. If equally divided, there would be 142 cases at each of the twenty-four hours of the day ; but, as we see from the last line of the table, there are 166 at midnight, and 163 at 9h., these being the two maximum times, and only 138 at 5h., and 109 at 16h., these being the minima, and the numbers at the intermediate hours lie between these values in a fairly smooth and regular proportion; thus the two maxima are of almost equal value, but the afternoon minimum is far more pronounced than the morning one. Most of the Gales tabulated blew from the. southern half of the compass; northerly winds on Ben Nevis, though strong, are usually so squally and gusty that their average pressure does not exceed force 6, and the fact that these Gales are mainly from one direction (southerly) may give a clue to explain how in such stormy weather a distinct diurnal period in their frequency is shown. It should also be noted that, when winds of this strength are blowing on Ben Nevis, their direction is substantially the same as the sea-level winds of the neighbourhood; and as this direction is in general between S.W. and E.S.E., the average isobars, both at sea-level and at the height of Ben Nevis, will show a steep barometric gradient down to a centre of low pressure somewhere to 524 MR RANKIN ON GALES OBSERVED AT BEN NEVIS OBSERVATORY. the westward. The hourly variation shown in this table indicates a diurnal pulsation in the intensity of the wind of these cyclonic areas of a complex character, and this during the winter months, for there are too few cases in the summer to seriously affect the annual hourly values, or indeed to give a satisfactory average for any month from May to September. NUMBER OF GALES (FORCE 6°5 AND ABOVE), 1884 To 1896 INCLUSIVE. Hours. 1 2rd ate| e 5 6 @ Wes 9 | 10] 11} 12] 13} 14 | 15 | 16) 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | Totals. Jan. . | 35 | 29 | 27 | 30 | 27 | 27 | 82 | 28 | 30 | 26 | 33 | 29 | 25 | 22 | 19 | 21 | 23 | 26 | 21 | 23 | 22 | 26 | 28 | 31 640 Feb. .| 18 | 20 | 17 | 28 | 17 | 22 | 24 | 19 | 24 | 26 | 22 | 18} 19 | 18 | 18 | 16 | 15 | 16 | 20) 17 | 28 | 26 | 26 | 25 489 March .} 22 | 18/17 | 14] 14} 10/13) 14| 15] 15/18 |15 715) 11/12) 6) 7 9} 12) 15) 17 | 18 | 17 | 17 336 April .}15 | 14 | 12) 138) 13 ]13 |) 14/15) 14/13] 9) 11]14/ 11 8/10} 12) 12] 8/ 14] 12 |] 13) 15 | 16 301 May Br led cM Galera 1 CN A 28 GO A PS Oe Ba Oe SB. 115 June 7 Goren) 75 5| 5 Ot we} Hl Si Hi Si) Bis] sy 2 1 2/ 38; 38] 8 AA By | 101 July S|] G3) Se) 22 Pa OR SOS AO BEY) ON) at 1 Od PN PON EW Pate Pu ze at) Bh) 3 4 48 Aug. -]| 6 6| 3 AO) 4) 420 ell GN IGi 4 Del eS) eS |) 4 td I) oP Gi 8) Sl gi] H] &) 8 116 Sept. 3 ES Oe S|) pl ey OG ON eo Gy Hy al Se Hi] By 4.) 4 118 Oct. |) 8 ay Se) 2) ale hp bp WS || |} ae 7] 7 Dil oe 6s | LOM Se SUS i ela ee eles ial 233 Noy. .| 22 | 21 | 25 | 26 | 28 | 23 | 26 | 27 | 26 | 26 | 24 | 20 | 24 | 21 | 18 | 19 | 17 | 22) 17 | 17 | 21 | 17 | 19 | 20 526 Dec. S| | alts |p alksy |] az Mais) ale) 2a ali) US) | alfe} |) aly |) ale |) Sark | ale |) at} jf ate | alley |] aN Naty fy aE | ab alk oath If a} 77 382 13 years. [164 | 153] 149 | 146 | 138 | 141 | 154 | 157 | 163 | 147 | 150) 189}188]116 | 115] 109/110 131) 129] 134 | 151) 149 | 156 | 166} 3405 If the five months with low values, that is May to September, are grouped together the total number of cases is 498, and these show in their distribution over the day a double period of the same nature as that given by the annual totals. In the small table below, the total cases are given: (1) for the five months, May to September, and (2) for the remaining seven months, October to April. Both sets of figures show a diurnal range with double maxima and minima. The highest and lowest hourly values in the summer months are respectively 28 and 14, a ratio of 2 to 1; while in the winter months these values are 143 and 93, a ratio of about 3 to 2. Thus the proportional daily range is greater in summer than in winter, indicating that this, like other diurnal meteorological changes, is due to solar action. r1J/2/s 4[5!6]7)|s8|o9|20|a| 1241324] 15 | 16 | 17 | 18 | 19 | 20| 21 | 28 | 98 an Totals. | {ln 2: et | ae ee May to September. | 26 | 23 20/17 | 22| 18} 20/15] 19|16| 14] 20 24] 24] 28] 26/22] 27 498 21 | 17 | 15 | 20 | 20 | 24 | laskouet to April . + }138 | 180 | 128 | 129 | 123 121/134 133) 143) 130 | 128} 121]118) 101) 96 | 93 | 96 | 111 105 | 110 | 123 | 123 | 134 139 2907 | | | ( 525 ) Abstract of Paper on Silver Thaw at the Ben Nevis Observatory. By R. C. Mossman.* The phenomenon of silver thaw,—that is, rain falling when the temperature is below the freezing-point and congealing when it falls,—is of somewhat common occurrence at the Ben Nevis Observatory. A prolonged fall of silver thaw occasions considerable inconvenience to the observers ; the rain freezes on their coats, gloves, and even on their faces, while everything outside becomes covered several inches thick with solid ice. But the most serious effect is the choking of the louvres of the Stevenson screen where the thermometers are, necessitating frequent changing of the screens. In the six years, 1885-1890 inclusive, 198 cases of silver thaw were observed, lasting in the aggregate 873 hours, or a mean duration of 43 hours for each case. In December, January, and February the average duration of each case was six hours, whereas during the other months of the year it was not more than three hours. For the latter half of 1890 Mr Arrkern’s dust-counter was in use at the Observatory, and during these six months the observations show that the number of dust particles is very smal] when silver thaw occurs. The subjoined table gives the number of cases of silver thaw in each month, the hours they lasted, and their average duration for the six years, 1885 to 1890 inclusive :— Month. Cases. Hours. tien claetsion. | Hours. January, . : 34 199 5°9 February, . : 28 149 D3 March, : a | 27 93 3°4 April, ; : 11 53 4:8 May, ; : Il | 20 1°8 June, ‘ : 8 27 3°4 July, : : 0 / 0 0:0 August, . : 3 i 2°3 September, + 10 25 October, . : 12 38 3°2 November, ; 29 “ 96 3°3 December, ; 30 181 6:0 Year, ; . 198 873 4:4 | Three-fourths of the whole cases occur in the five months, November to March; none have been observed in July. * See Journal of Scottish Meteorological Society, vol. ix. p. 115. 526 MR MOSSMAN ON SILVER THAW. An examination of the daily weather charts of the 198 days on which silver thaw occurred, showed that on 137 days the distribution of pressure was cyclonic, and on 61 days anti-cyclonic; but the mean duration of the phenomenon on cyclonic days was only 3:2 hours and on anti-cyclonic 7°6 hours. Also, the longest continued case under cyclonic conditions was 11 hours on 23rd December 1890, but under anti- cyclonic conditions it lasted for 41 consecutive hours on 8rd and 4th January 1889. The distribution of pressure is substantially the same in all cases. There is a cyclone with its centre off the N.W. coast of Norway, and an anti-cyclone to the south of Ben Nevis, with its centre in the British Isles or in Northern France, or even still further to the south. Of the 198 cases only 3 took place in a type of pressure- distribution differing from the above; in them the cyclone was still to the west of Norway, but the anti-cyclone lay over the Gulf of Bothnia. No cases occurred when the barometer was higher to the north than to the south of Ben Nevis, nor when the central part of an anti-cyclone covered Ben Nevis. The lowest temperature at which silver thaw occurred was 18°. It is of rare occurrence below 27°, and at only 34 out of the 873 hours during which it has been observed was the temperature below 27°. Most of the cases occur just before a thaw. As might be expected from the distribution of pressure, the winds were mostly westerly. The average velocity of the wind was about 20 miles an hour, and rarely rose to a gale; in fully 90 per cent. of the cases the wind was below 30 miles an hour. The rainfall, which constitutes the phenomenon, is always heavy, being an average of 0:032 inch per hour in cyclonic cases and 0°019 in anti-cyclonic. The record at Fort-William on the same days shows that this heavy fall is confined to the hill-top ; on the average of the year, the rainfall of Ben Nevis is not quite double that of Fort- William, but on these days it was occasionally seventeen times greater. A comparison of the temperature observations at Fort-Wuilliam with those on Ben Nevis on the days of silver thaw showed nothing very definite. The least difference was 2°°9 on the 20th December 1886, and the greatest 18°°2 on 14th August 1885, but the average was about 17°, or close to the normal difference of temperature. On the average of the 12 longest continued cases of cyclonic silver thaw, of which the mean duration was 7 hours, the temperature on Ben Nevis began to rise 15 hours before it commenced, continued rising while it lasted, and thereafter fell for six hours, after which it rose again. The barometer fell steadily till the silver thaw began, rose during its continuance and for 9 hours subsequently, when it began to fall again, this latter fall coinciding with a distinct backing of the wind and rise of temperature, indi- cating the approach of a new depression. In the 12 longest continued anti-cyclonic cases, temperature rose for 18 hours before, continued rising during the silver thaw and for 3 hours after, and then fell steadily. The barometer rose till the thaw began, but fell steadily during and after it. An examination of the records of Gales kept at all the Scottish lighthouses, shows that 73 per cent. of the cyclonic and 63 per cent. of. the anti-cyclonic cases were MR MOSSMAN ON SILVER THAW. jai followed or preceded by storms on our northern and north-western coasts. It has been shown that silver thaw is not, as a rule, associated with strong winds on Ben Nevis. It therefore would appear that the barometric gradient at the level of Ben Nevis (4407 feet) must differ from that at sea-level under these circumstances. In many cases the gale set in simultaneously with the begining of the silver thaw on Ben Nevis. It was also evident, from the daily weather charts, that when silver thaw occurred on Ben Nevis while an anti-cyclone lay over England, the weather in the British Isles got steadily worse in the immediate future. Abstract of Paper on the Diurnal Range of Temperature Variability at the Summit and Base of Ben Nevis, Lady Franklin Bay, and Hong Kong. By R. C. Mossman.* The average variability of temperature at any place is obtained by taking the difference of temperature at the same hour on successive days, and taking the mean value of this difference irrespective of sign. With a view to ascertaining whether this variability varied with the hour selected for comparison, the hourly temperature records at four places have been examined, and the day to day change of temperature at each hour noted. The places are—the Ben Nevis Observatory, the Fort-William Observatory, the Hong Kong Observatory, and the Arctic Station at Lady Franklin Bay, lat. 81° 44’ N., long. 64° 45’ W. At each place one year’s record was taken, which, though too short a time to give a true mean, yet gives a fair approximation towards it. The mean values for each hour of the twelve months at the four stations are given in the accompanying tables, the highest value in each month being put in heavy type and the lowest in italic. The monthly mean values at the right hand of the tables show that there is little difference between Ben Nevis and Fort-William, except in July and August, when the former is markedly in excess. On the mean of the whole year, this day to day variability of temperature is one-tenth of a degree greater at Ben Nevis than at Fort- William, 3°°8 and 3°°7, notwithstanding that the diurnal range of temperature at the former place is little more than half that at the latter. Hong Kong has the lowest annual variability, 2°°3, and Lady Franklin Bay the highest, 5°:1. At the latter station, which has a day and night of four and a half months’ duration, these day to day differences are greater during the nocturnal period than during the long day. The hourly values at Ben Nevis on the mean of the year are highest from midnight to 9h., and lowest from 11h. to 18h. At Fort-William the same diurnal change occurs, but the difference between the maximum and minimum values is greater. At Fort-William during the summer months, from April to August, a second maximum appears between 14h. and 19h. On the summit of Ben Nevis, however, this second maximum is very small. During these months there is strong insolation in the afternoon hours; ascending currents flow up the sides of the hill, which bring an increased amount of cloud to the summit, and no doubt so exert a conserving influence on the temperature there. On the mean of the year the variability is greater at the summit than at the base of Ben Nevis, except during the five hours ending 6 a.M., but the diurnal range of the variability is greater at the base. * See Journal of Scottish Meteorological Society, vol. x. p. 150. MR MOSSMAN ON TEMPERATURE VARIABILITY. 529 At Lady Franklin Bay there is virtually no diurnal range of variability on the mean of the year. From February to May there is a morning maximum and afternoon minimum, but this effect is reversed during the other months cf the year. At Hong Kong the diurnal range of Temperature variability is of a comparatively simple and regular character, the values being above the mean of the day from 9h. to 17h. and below the mean during the rest of the day. The maximum occurs at 14h. and the minimum at midnight. In the foregoing remarks no serious attempt has been made to grapple with diff- culties which surround the satisfactory explanation of why the variability should be different at different hours of the day. It is obvious that solar radiation, through the varying altitudes of the sun, is one of the most potent factors; but more material is required than that here discussed. [TABLES ROY. SOC. TRANS. EDIN.—VOI, XLII. VW 530 MR MOSSMAN ON TEMPERATURE VARIABILITY. HourLy VARIABILITY OF TEMPERATURE AT THE BEN NEVIS OBSERVATORY DURING 1892. = = : . ee |S 4 BM |e SO) LON ae RS A S| Ce eels a eos Ee 2O Mae Zee een Mean. Jan. . | 4°S | 5°2/ 5°3 | 5'4| 5°2/5-2| 5:0] 5-0] 4:7] 4:3 | 4:3 4044-1) 4:3 | 4:7 |4°8| 4:4) 4:4) 4:5) 4:7) 46/47/48 5-1 4°6 Feb. . 9 3°5 | 3°3 | 3°7 | 8°7 | 8°8| 4°1 | 4:0 | 3°8 | 4:0 | 4:0 | 4:0 | 4:0] 4:0 | 3°5 | 3°2 | 3:1 | 3:0 | 8:5 | 8°9 | 3:2 | 3°38] 3°3 | 3:1) 3-2 3°6 Mar, .|4°2/4°3| 4:4] 4:4] 4:5 | 4:4) 4°5/5°1] 4:6] 4:8 | 4:7] 4°6] 4:4 | 4-2 | 4°2/ 4:0 | 3°5 | 3°2 | 3°4 | 3°5 | 3°4 | 3°7 | 4:0 | 4-1 4:2 Apr. .]3°8 | 3°4 | 3°4 | 3°6 | 3°5 | 3°6 | 3°4 | 3:5 | 3°5 | 3°3 | 3°2| 3-24 3°3 | 3:2 | 8:3 | 8°5 | 3°7 | 3°38 | 37) 36 /4:0/41/35| 3:4 3°5 May .14'2]| 3°8| 4:0| 4:0] 4:0/ 4:0 | 4:0] 3°99] 3°9| 3°9 | 3:4] 3-7] 3°3 3°7 | 3-7 | 3-2| 3-6 | 3°7|3°8|3-8|3:2/3-7/3°8| 4:1 3°8 June .13°6 | 3°4/3°1 | 3°1| 3:1] 2:9 | 3:1 | 3°6 | 3°6 | 3-7 | 3:9 | 3-9] 3°8 | 4°3 | 8:9 | 4°1 | 3°7 | 3:7 | 8°8 | 3:7 | 8°8 | 4:0} 4°0| 3:7 3°6 July | 3-3 | 3:2] 8-4) 3-8 | 4°0/ 3-7 | 4-1 | 4°2/ 8-9 | 3-9 | 8-6 | 8-4] 3-4 | 8-7 | 3-7 | 3°9 | 3-9 | 4:0] 4:2) 40/84/86) 3:5] 3-5 | 3-7 Aug. .13°8| 3°7 | 3°8| 3°8 | 3-7 | 35 | 3-2] 3-3] 3-2/3-1| 29] 3-1] 2-7] 27 | 2-7] 8-0 | 80/31] 35 | 8°5 | 3-6) 3:7 /38-7| 87 | 33 Sept. ./4°9] 4:7 | 4°8| 4:6 | 4-5 | 4:4] 4:1] 4-0] 4-0 | 4-1 | 3-7] 8-9] 3-9 | 4-0/ 4-0] 3-9 3-9 [8-9] 4:3] 4-2/ 4:8) 4:0] 41] 4:4 | 4:8 . Oct. | 3°2] 8-2] 8-4 | 8-5 | 8°5 | 3°6 | 8-4 | 3-4 | 8-0| 2-9 | 2-9 | 2°6| 26 | 2°7 | 2:8] 2-9| 8-0 | 8-0] 2:9] 2-9] 2-7) 28/29] 8:0 | 3-0 Nov. .] 43} 4:2] 4°2| 4:0 | 4-0 / 4:0] 3°9| 4-0] 4°1 | 4-0 | 8-6 | 8:5].3°5 | 3-5] 3-7/3°9| 4-2/4) 4-4] 45/47/44) 4:3/ 43 | 41 Dec. . | 3°9| 8°8] 3°9 | 3:9 | 3°9 | 3-7] 4-0 | 4-2] 4-2] 4-9 | 4:3) 4:7] 43 | 4-2) 41] 41 | 41] 42] 4-4] 45 [43] 42/42] 41 | 4d | Year . 3-9 | 3°8 | 3-9 |4°0| 4°0| 3°9 | 3°9 | 4°0| 3°9 | 3:8 | 8-7 | 3-7] 3:6 | 8°7| 3-7 | 8°7 | 8-7 | 3-7 | 3-9 | 3°8 | 38/38] 3°8| 3:9 | 38 ; Fort-WiLiiaM, 1892. : 1 2, 3 4 5 6 i 8 Cy) TU Te ats | | SES} }) ale Pals als) aly] TUS} |] al) |) x0) |) Bal Bey | ue: ene Mean. ~*~) eS a Na ee ee || | Jan. 4°0 | 3°8 | 4°1 | 4°2 | 4°5 | 5°3 | 5°6 | 5°8 | 5°51 5°6 | 5:3] 4°81 4:0 | 4°1 | 3°7 | 3-8 | 4:0 | 3°9 Sr2Ni 34 3°8|3'°7|3°7] 4:0 4°2 Feb. 3°8 | 4:1 | 4°3 | 4°7 | 4°6 | 4°3 | 4:0 | 4°0 | 3°6 | 3°4 | 3°1 | 3:0] 2°9 24 | Bh 3°0 | 2°6 | 83°0 | 2°9 | 8°5 | 3°6 | 8°8| 3°6} 3:7 3°5 | | ~~ Mar 4°9| 4°9|5'214:9/5°0| 4:8] 4-7 | 4:4] 4°0| 3-9) 3-2| 3-2]3-4/3-4 3°813°6 3-4/3-7/3-2/3:3/3:3/39| 4:2] 4:5 | 4:0 | April 3°5 | 3°8|3°7| 4:1 | 4°3 | 4:0 | 3°6 | 3°3 | 2°8 | 3°3 | 3-0 | 3-3] 3-2 | 3°38 3°91 4-1 /3°8| 3°9| 3:4| 2:5|2°8/2:9/3'2] 3:5 | 3°6 May 4°0 | 4°1 | 4°2| 4°3 | 4°9 | 4°4 | 3:0 | 2-4 | 2°5 | 3°0 | 3°5 | 3°51 3-7 4:0 | 4:2] 3°9 | 4:1 | 4:3 | 3°5 | 3:0 | 8:0 | 3°1 | 3°6| 3°7 a7 June 3°8 | 4:0 | 4:0 | 4:0 | 3°6 | 2°8 | 2°7 | 2°9 | 3:0 | 3°5 | 3°6 | 3°6 | 3°4 | 3°7 | 3:2 | 4:0 | 4°4. | 4°4 | 3°7 | 2°9 | 2°8 | 2°9| 3°2} 3°7 3°5 | July 256i 25D 229) oO) 3°2 | 29 DD | Dea DD Dh Del Ds DO Ses SsOi| AsO aA Onore 275i 22) ZN 220) eee 2°8 | Sept 8°6 | 4°0 | 3°6 | 3:3 3°4 | 3°6 3°6 | 3°2 | 2°5 | 2°3 | 2°72 | 2°61 2°4/ 2°6 | 2°38) 2°9 2°6/ 2°6|3'3| 30/40/40) 3:9) 3:8 ow | | | 3°4 | 8°4 | 3°7 | 4:0 | 3°9 | 4°2 |.4°4 | 4°0 | 8°7 | 3°5 | 8°19 2:7 | 2°7 | 2°6 | 2°7 | 2°7 | 8°0 | 8:1 | 8-0 [2:8 | 851 | 8-2!) BkB 3°3 3°6 | 3°9 | 4°0 | 490} 3°9 | 4°0 | 4°2 | 4°4 | 4°8 | 4°8 4°4 3°8 | 3°9 | 4°0 | 4°2 | 4°2 | 4°0 | 3°8 | 3°7 | 3:4 | 3°5 | 8°38 | 3°38] 8-2 | 3°38 | 3°4 | 3:5 | 3°5 | 3°6 | 3°3 | $1) 3:3] 8°4|38°6] 3°8 3°7 MR MOSSMAN ON TEMPERATURE VARIABILITY. HouRLY VARIABILITY OF TEMPERATURE—continued. Hone Kone, 1893. 531 2°9 2°7 2°1 2°4 8'7 9 |10 +11 | 12433) 14 | 15 | 16 | 17] 18 | 19 | 20 | 21 | 22 | 23 | Mid: | Mean. night. 3:9 | 4°2| 4:1 | 4:01 3-9 | 3-9 | 3°8| 8-6 | 3-4 | 3-2 | 3°1 | 2°8| 2°7| 2-9] 2°8| 2:8 | 3:2 2°1 | 2°4 | 2:5 | 2-4] 2°6 | 3°0 | 2°7 | 2°6 | 2°2| 2°0/ 1-9) 2:0] 2-0] 2-8) 2-0) 1-9 | 2-4 | 3:91 4:0] 4:01 46] 4:4 | 4:4| 4°3 | 4:2 | 8-7 | 3°38] 26] 2°8|2°7/2°8/2:9| 26 | 3-3 2°6 | 2:9 | 3:4 | 3°71 3°5 | 3:2 | 3-4 | 3-4] 3:1] 2°7| 24) 24/23) 2:4) 2-2] a4 | a7 | 2°2 | 2°3 | 2°7 | 3°3].3-2 | 2°9| 2:7 | 2-4) 2:1) 1-7) 1°8| 7-5}1°8/1:9/1°8|) 1°8 | 2:0 1:8 | 1:7 | 2°3 | 2°8 | 2:2 | 2°4 | 2°5 | 1°7/1:7|1°6 | 1:0] 1:0] 0:8} 0°8| 0-7 | 0-7 | 1:4 2:9 | 3°1|3-1| 4:0] 4°1 | 4:0 | 3°5 | 3°5 | 2°9 | 2°2| 2:1] 1-8} 1°8/1°8)1-6| 1:5 | 2-4 2°6 | 2°6 | 2:8 | 2-2} 2:°2|3°0|1°9) 1:9) 1:9} 1:8} 1:5] 14] 7-2/1:3) 72) 2-2 | 1:8 3:1 3:8 | 3-4|3°4]3°7| 4°0| 3:4 | 2°6 | 2°9| 2:0] 1°8/1°8)1°8)1°7]1°8| 76 | 2:5 2°1 | 2°1 | 2°21 1-9) 2:1} 2:0] 1:9) 1:5) 2-2] 1°38) 1:3} 1:5 ]1-8)1°9}2:0!| 2:0 | 1°8 1:7) 1:8 | 1°8 | 2°1 | 2°2| 2:0] 1:8} 2°0/} 1°6| 1°5 | 7°71 1-3} 1:3] 1°4]1°3| 14 | 1:6 2-4 | 2°7|3:0| 31] 3°3 | 3:4] 3°5| 2°8 | 2°5 | 7-9 | 2:1} 2°0/ 2:3) 2:1) 21) 21 | 2°6 2°6 | 2:8 | 2°9| 3:1] 3-1 | 3°2| 3:0] 2-7] 2:4] 2:1) 1-9] 1-9] 1:9] 1:9] 1-°9) ze | 2-3 Lapy FRANKLIN Bay, 1882. 9 | 10 | 11 | 12) 18 | 14] 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 28 | MiG- I tean % t night. 5-7| 5°8 | 6°8 | 76] 8'4| 7°5 | 82 | 7°6 | 6:8 | 7:4 | 7:5|7:0/7:2/6616-8| 7:2 | 7-0 | 6°5 | 6°7 | 6°8 | 76163 | 7:0 | 6°4/7°5/6°6| 671/599) 5:6)5:7/5°3)5°6| 5:4 | 6:4 8:0] 7:2|6°8| 65] 6:4 | 6:4 | 5:7 | 61) 6:0 | 6-9 | 5°8| 7:3} 6°6|6:8/7:0| 7:6 | 7:2 8:0| 7:6 | 7:1] 66] 65 | 6-4 | 5:8 | 5:°2|5:0| 4:9|5°3|5:-4166)/7:0/66] 7:8 | 7:5 4°6| 4:4| 4:8 | 4:4] 4-1 | 4:2 | 4:1 | 4:1 | 3°83) 3-4] 3°7|3°9/8°6] 4°01 4:2] 4:5 | 4:3 2°7 | 2°3 | 2°9 | 3:0] 3°3 | 3°4| 3:2 | 2-8 | 3:0 | 3-0 | 2°4] 2:2/2°7/3:112:9] 3:0 | 2:9 3:0 | 2°9 | 3°3 | 3°3 | 2°8 | 2°8 | 2-9 | 2:9 | 2°8 | 2:7 | 2°7 | 2:5 | 2:5 | 2°4]/2:3] a2 | 26 | 3°2| 2°71 36 | 3°1] 2:8 | 2-2 | 2°0 | 2°6| 2:7 | 2-4 | 2°4| 2-7] 2-4|2°612:4) 2:2 | 25 3:7 |3°5|8°3| 8°413-213:-2|3-4|3:713:313-7)/42/45146)/4:5/45] 47 | 4:0 3°7 | 3°8 | 4°1 | 4:0] 4°9| 5-61 5°915°9/6°0| 5:7 | 5:5 | 5:4)5:0)4°8)5:7| 4:9 | 4:7 5:21 4:5 | 4:2 | 511 5°4| 5:1 | 5-2] 6:0) 5:0) 5°6 | 61 | 5°38] 5:2|5°515°9| 5:2 | 53 6°8| 7:0 | 7:°2| 6:61 6°7) 7°6| 8'0| 7:7 | 6°91 7°3/8'°0| 75170) 7:3|5:8| 6:8 | 7-0 51) 4:9) 5:1 | 51/51) 5:1) 51/51) 48) 4:9|5-0) 4:9) 4:9|5:°0] 5:0] 5:1 | 5-1 | Abstract of Paper on the Frost of 1895 in Scotland. By R. C. Mossman.* This great frost commenced on 28th December 1894 and terminated in its intense form on 20th February 1895, thus lasting 54 days. The greatest cold occurred from the 6th to the 20th of February. During this latter period pressure was higher in the north than in the south of Scotland, and the winds were consequently easterly or north- easterly, but light in force. Taking the two months, January and February, together, the mean temperature was more than 10° below the average at many inland places, but on the west coast it was only about 5° lower than usual. There are records of temperature in the north-east of Scotland, at either Inverness, Gordon Castle or Aberdeen for the last 132 years,t and in all this time there was no winter with two such cold months as January and February 1895 at these places. The absolute minima were also lower than any previously recorded there. They are as follows :— Imverness; =. : : : . 5°0 on 7th February 1895 Gordon Castle, . 3 ‘ : . 170 on 17th - a Aberdeen, . : : ; : ,o°7 on Vth <; = Minimum readings below zero were recorded at 16 places in Scotland during these two months, the greatest number of cases being 14 at Braemar, 10 at Kingussie, and 8 at Drumlanrig. The lowest temperature on Ben Nevis was 1°°8 on 7th February, but the absolute minimum for Scotland was — 17° at Braemar on the 11th. The fifteen days, from the 6th to the 20th February inclusive, were the coldest that have been known since meteorological records began to be kept in Scotland. The greatest intensity of the cold was confined to inland valleys. At Braemar for these fifteen days the temperature was 21°:0 below the average for February there ; at Kin- gussie and Stobo 19°°8, and at Glenlee 19°6. On the other hand it was only 7°'1 below the mean at Kilmuir in Skye, 7°°9 at Deerness in Orkney, and 6°°8 on Ben Nevis. During the period of lowest temperature, the wind on Ben Nevis was E.8.E., and its velocity 21 to 77 miles per hour, the higher velocities occurring on the evening of the 6th, with the thermometer ranging from 2°:2 to 3°°3, and the air saturated. From the 14th to the 20th of February, that is during the second half of the fifteen days of arctic weather, the temperature readings at Ben Nevis and Fort-William Observatories are of much interest. At midnight on the 14th the summit was no less than 26°6 colder than Fort-William, almost the greatest difference ever observed; but from the 17th to the 20th, the summit was frequently warmer than Fort-William, the greatest * See Journal of Scottish Meteorological Society, vol. x. p. 163. + See aid, vol. ix. p. 224. MR MOSSMAN ON THE FROST OF 1895. 533 excess being 17°°6 at 9 a.M. on the 19th; and this is the largest amount by which the temperature on Ben Nevis has been higher than that at Fort-William since the Observatories were opened. Qn these four days (17th to 20th February) an anti- cyclone lay directly over the British Islands, while cyclonic disturbances were located in the south-west of Spain and the north-east of Scandinavia and Finland. Ben Nevis was evidently in the anti-cyclonic down-draft of air warmed dynamically in its descent from a great height. The air was very dry on the summit during most of these days. The following tables give the relations of temperature and some other data for Ben Nevis Observatory :— DIFFERENCE OF TEMPERATURE BETWEEN SUMMIT AND Base or BEN NEVIS AT EACH Hour OF THE Day, Heavy type signifies that the summit had the higher temperature, italic type the reverse. 1 Pg NG} A Wok Mi Gl) 38 9 10 | 12 13 14 | 15 | 16 Wy 18 19 20 | 21 22 | 28 | | | ———$—$_—$| —_—— | —————_ | —_——__ | —___ — a es a ee ee 1895 | | | | | | . February 14 . | 23°2| 23°8 | 23:0 | 22°6 | 22:2 | 21:5 | 22:0 | 22:0 | 22-4 | 22°2| 22°6 | 23°5| 24:0 | 25°2 | 25°4 | 26:0 | 25°2 | 25'5 | 257 | 25'1 | 251 | 256 | 249 | 26°6 | An 15. | 20°9 | 20°6 | 20°8 | 19°3 | 15-2 | 19°4 | 20°12 | 20'3 | 20-4 | 20°3 | 21:0 | 21°3 | 22:0 21°2 | 21-4 | 21°8 20°9 | 21:1 | 20°9| 20:2| 19'S | 21:0} 21-1} 23-1 0 re 16 . | 22°8 | 20°9 | 17:9 | 15'9 | 15:0! 13°35 | 124) 134 | 14:2 | 16°2 | 15°7 | 18-1] 20°6 | 19:4 | 19°5 | 18°6 | 17:0, 12°5 . 99) 69| 69) 54 53) 31 ” W7.f 29) 12) 05) 18) 28) 3°5| 42 | 33] 3°9| 28) 0-4) 22) 54% | 5:3) 88] 8-9| 65| 26: 0-2| 07 | 3°38) 50) 61) 83 ” 18. | 9°7 | 11°2 | 12°0 | 12°0 | 13°8 | 14:0 | 13°5 | 12°4 | 14°8 | 15°4 | 110] 571 1°7| 0°9| 26) 49] 3:0) 0°8 ) 45} 66 | 9°9 11°4 | 13°1| 10°5 ” 19 . | 10°2| 10°9 | 12°1 | 15°7 | 14°0 | 13°0 | 13°4 15°2 | 17°6 | 16°0 | 11°83} 100] 4°4| 56) O1) 78] 0-7) 08: 37) 69 | 81 10°3)11°5) 12°5 4 20 . | 12°4| 14°0 | 14°2 | 14:1] 14°6 13°3 | 12°7 | 13°7 | 149} 9°9 | 30| 36) 7:2) 9:9) 12-4) 11:3) 11:0) 9° —89| 83) 70 63\ 57) 62 | } | Ben NEVIS OBSERVATORY. MEAN DartLty VALUES. SSR | tein | mae | ok | Meroe | gly 1895 eres i %, February 14 3 25°459 | 10°2 98 S.E. 45 05 MNT . “659 12°6 100 E.S.E. 46 1:2 6 16 0 *856 20°2 67 S.E. 38 3°5 A 17 < *841 27°6 25 S.E. 28 41 3 18 727 31°2 22 S.E 13 4:0 *) 19 705 32°1 24 N. a) 4°0 33 20 709 Ziel 68 N 13 17 534 MR MOSSMAN ON THE FROST OF 1895. A comparison of the temperatures during the 15 days ending 20th February 1895 with those of the Christmas week of 1860* for 21 stations scattered over Scotland, shows that, except in the valleys of the Forth and Clyde, the frost recently experienced was more severe as well as more prolonged than that of 1860. The low temperatures of these two districts in 1860 were accompanied by thick radiation fogs, but during the late period fog was almost absent, except in the larger towns; the little that did occur was mostly on the eastern side of the country. * See Dr BucHan’s Paper in the “ Report of the Meteorological Society of Scotland” for quarter ending 31st December 1860. —x, on [se) Or ~~ Abstract of Paper on Further Results of Mr Wragge’s Ben Nevis Observations, taken im the year 1882. By R. C. Mossman.* The more prominent results of Mr Wracer’s work were discussed by Dr BucHan in a paper on the “ Meteorology of Ben Nevis,” published in the Journal of the Scottish Meteorological Society (vol. vii. p. 4). The humidities at the intermediate stations on the hill-side have not, however, as yet been discussed. One reason for this was that, until Dr HerBertson and Mr H. N. Dickson carried out their researches on hygrometry at Ben Nevis Observatory, it was not known how far GuaIsHER’s tables could be regarded as reliable at high-level stations. Their experiments, however, showed that for temperatures above 40°, GLaIsHER’s factors could be used except when the air was excessively dry. As Mr Wraaer’s observations were taken between June and October, when the temperature was relatively high and the air nearly saturated, GLAISHER’S tables have been employed to compute the humidity and vapour pressure from the dry and wet bulb readings. The following are the heights of the stations and the hours at which observations were taken by Mr WraaceE or his assistants when ascending and descending Ben Nevis :— Station. Height. Hours of Observation. feet h. m. | h. m. Peat Moss, . : ‘ 40 5.30 14.30 The Boulder, . : : 340 6.15 | 13.45 The Lake, . ; : : 1840 te © | 13.0 Brown’s Well, . 7 ‘ 2200 7.30 12.30 Red Burn, : ; ; 2700 7.95 | Noon. Buchan’s Well, . ; ; SD i0 8.30 | 11.30 Ben Nevis Summit, . : 4406 9.0 —9.30 10.0—10.30—11.0 Simultaneously with these observations on the mountain, similar observations were taken at Fort-William, with additional ones at 5h. Om., 15h. Om., 18h. Om., and 21h. 0m. The total number of observations made at Fort-William was 3213, and at the hill stations 2601. From each of these readings the relative humidity and vapour pressure were computed, and the average values tabulated for each station. The mean relative humidity, as is to be expected, increases with height, the only exception being at “The Boulder,” 840 feet, where at the morning reading at 6h. 15m. the humidity was 2 per cent. below that at Fort-William at the same hour. The relative dryness at this height is probably due to the occurrence of low-lying radiation fogs. The diurnal range of humidity at Fort-William is well marked, the minimum being at about * See Journal of Scottish Meteorological Society, vol. xi, p. 284. 536 MR MOSSMAN ON MR WRAGGE’S BEN NEVIS OBSERVATIONS. 14h. 30m., the time of highest temperature. Little can be said about the diurnal curve at the hill stations except that the amplitude diminishes with height, and becomes very small above 3500 feet. One very interesting feature was noted, viz., that whenever a warm current on the mountain was suddenly superseded by a cold one, the air at Fort-William at once became drier, the fall in humidity there during the nine cases observed ranging from 8 to 18 per cent., and most of these changes took place in half an hour. One typical case may be cited, that on 3rd September 1882. In the early morning the air below was all but saturated ; and when ascending the mountain, the fall of temperature, with height, was found to be less than usual up to about 2700 feet. At 8h. 30m., however, a cold current of air set in at 3500 feet, and the air below became suddenly dry, though the atmosphere in contact with the mountain continued in a nearly saturated condition. The dry air had little vertical height, for at ‘‘The Boulder,’ 840 feet, the humidity at 13h. 45m. was 14 per cent. greater than at Fort-William, instead of the normal difference of less than 1 per cent. at that hour. On that day the weather charts show that a low pressure area lay over the North Sea with its centre 600 miles N.E. of Ben Nevis, and an anti-cyclone in the Atlantic, central 1300 miles to the 8.W. of Ben Nevis. Both the ascending and descending series of observations show on the mean a decrease of vapour pressure with height at all stations, except the Peat Moss, at 2.30 p.M. in June. The differences at each station from Fort-William are given in the table below, along with the rate of decrease of vapour as computed from these differences. It will be seen that the average rate of decrease is substantially ‘003 inch for each 100 feet at all the stations. DIFFERENCES OF VAPOUR PRESSURE AT BEN NEVIS AND AT SIX INTERMEDIATE STATIONS FROM Fort-WILLIAM IN 1882. | Difference from Fort-William. elite Tae igs ee = aS Stations. Height. | Hour. June. | July. | Aug. | Sept. | Oct. | Mean. | June. July. | Aug. | Sept. | Oct. Men) Feet. Inch. | Inch. | Inch. | Inch. | Inch. } Inch, _ Inch. | Inch. | Inch. | Inch. | Inch. } Inch. Peat Moss A 40 5°30 — 001 | — ‘021 | — 012) —:017 | —-012] - 0138 SC NH Bot), 1 noo cdo Soh | Boulder . 4 840 6°15 — "022 | —*044 | —°041 | —-0383 | —-027 | — °033 | 0026 | -0052 | 0049 | 0032 | -0031 } :0039 | The Lake 1840 7°0 — 039 | —°057 | - 051 | — 048 | — 034] — 046 } 0021 | :0031 | -0029 | -0028 | -0019 | ‘0026 Brown’s Well 2200 7°30 -'070 — 083 | —:085 | —-069 | — ‘050 — 072 | -0032 | 0038 | -0039 | -0031 | *0023 } 0032 Red Burn 5 2700 TEOO — "084 | —-107 | —-095 | —-089 | —-069 | — 089 | -0031 | -0040 | 0035 | 0033 | -0026 | :0038 Buchan’s Well 38575 8°30 —'109 | —°126 | — 124] - 110} —:084] — +110 | -0030 | :0035 | :0035 | 0080 |! 0028 | :0031 Ben Nevis. 4406 9°0 —°117| -—'143 | —°137 | —:122| — 099 | — +123 | -0027 | -0032 | -0031 | 0028 | -0028 | :0028 a os 9°30 — ‘121 |) —°141] —°181 | — +126] — 099} — 124 } 0028 | :0032 | -0030 | ‘0029 | -0023 } :0028 53 a, 10°0 —°115| —'189] —'131) —-126 | —°100] —°122 } °0026 | -0032 | -0030 | -0029 | -0023 } -0028 a3 5 30°30 — 118} —'143 | —°136 | —*126 | — 102] —°125 } -0027 | -0032 | 0031 | 0029 | -0028 , 0028 is a 11°0 —'115| - 135 baa 122 | —-119) —-099 | —-118 } -0026 | 0031 | ‘0028 | 0027 | -0028 } :0027 | Buchan’s Well} 3575 11°30 — 101 | —‘121 |} —:110!| —-105 | — 085] — -104 J -0021 | -0034 | -0031 | -0029 | -0024 } 0029 | Red Burn ; 2700 Noon | —‘061|} — 092 —‘088 | —:076 | — 069} — +077 | 0023 | “0034 | -0083 | -0028 | -0026 } ‘0029 Brown’s Well 2200 12°3 — 050 | — 069 | —-061| —-066 | — 058} —-061 | -0023 | -0031 | :0028 | 0030 | -0026 } :0028 | The Lake , 1840 13°0 — ‘050 | —:060| — 050 | —°052 | — 042) — 057 ‘0027 | 0033 | -0027 | (0028 | 0023 } -0028 | Boulder ; 840 13°45 - 010} — 051) —'038 | —:023 | — ‘025 } — 030} :0012 | -0063 | -0045 | -0027 | -0030 | :0036 Peat Moss : 40 14°30 + "O14 | 017 008 “010 013 007 ea uae eae aa Seu Pre (--537_) Abstract of Paper on a Comparison of Observations at the Observatory and at the Public School, Fort-William. By RB. T. Omonn.* When the Observatory on the summit of Ben Nevis was opened in 1883, arrangements were made with Mr Corin Livineston, of the Public School, Fort-Wilham, whereby observations were made five times a day at the Schoolhouse for comparison with those on Ben Nevis. These observations, from December 1883 to December 1887, were published in vol. xxxiv. of the Transactions R.S.E., along with the Ben Nevis records ; and three years more, up to December 1890, are given in this volume (see Introduction, p- 7). The Fort-Wilham Observatory was opened in August 1890, but Mr Livineston kindly continued his observations till the end of 1891, so as to allow of a comparison between these two stations, which was the more desirable as Mr Livineston’s observations had been used for the original determinations of the differences of pressure and temperature between Ben Nevis and sea-level, and any discrepancy between the observations made at the Schoolhouse and at the Observatory would necessitate a readjustment of these constants. The Observatory and Schoolhouse both stand facing the sea, with only a strip of garden and the public road between them and the beach. They are distant from each other about 150 yards; the cistern of the barometer at the Observatory is 42 feet, and at the Schoolhouse 33 feet above sea-level by Ordnance datum. There are two sets of thermometers at the Observatory: the photographic thermograph in a large louvred screen on the north wall of the building, and ordinary thermometers in a Stevenson screen 12 yards from the nearest part of the building (see Introduction, p. 6). At the Schoolhouse the thermometers were in a Stevenson screen on a grass plot at the back of the house. Along the back of the grounds of both places runs a bank about 20 feet high, above which the ground slopes upward into high moorland. The Observatory thermometers and rain-gauges are fully 50 yards out from this bank, but at the School- house they were nearer,—only some 5 yards from the beginning of the rise. In the comparisons made in this paper the thermometers and barometers have been corrected for instrumental error, and the latter reduced to 32° and sea-level. A table is given showing the differences of the monthly averages from August 1890 to December 1891 (see p. 540). TEMPERATURE.—In the first part of the table the differences of the dry and wet bulb temperatures and of the maximum and minimum are given. It will be seen that the maximum is higher and the minimum lower throughout the year at the School- * See Journal of Scottish Meteorological Society, vol. x. p. 49. ROY, SOC. TRANS. EDIN.—VOL, XLII. 3 Z 538 MR OMOND ON OBSERVATIONS AT THE house than in the Observatory thermograph screen, while the mean of the two, tly is higher in summer and lower in winter. Also the dry bulb temperatures at the Schoolhouse are higher than at the Observatory during the day and lower in the morning and evening. ‘Thus both the daily and yearly range of temperature is slightly the greater at the Schoolhouse, a consequence of the more confined situation of the thermometers there, and of the fact that the thermograph screen at the Observatory is against a wall. Comparing the maximum and minimum temperatures in the Stevenson screen at the Observatory with those at the Schoolhouse, we get the following differences on the-average of the months of 1891 :— DIFFERENCE OF SCHOOLHOUSE STEVENSON FROM OBSERVATORY STEVENSON SCREEN IN 1891. Schoolhouse higher in heavy type: Schoolhouse lower in italic type. Jan. | Feb. | Mar. April. | May. | June. | July. | Aug. | Sept. | Oct. | Nov. | Dec. } Year. | Se |) SF SS _ -E _ )s | - ES _ - ) _ |- Max. 5 1 ee a eae mee ee ere Pos Min 5 i 4 | ‘8 2 | 10 8 6 | 0 “4 7 | «9 3 Max. + Min. | eacar rare Le eA selina | eM rae | Pee sre i ere ee" thus showing that the differences in the large table are partly at least due to the situation of the thermometers at the Observatory and Schoolhouse, and not merely to the different patterns of screen employed. Summary for the year 1891. Difference of Schoolhouse maximum from Observatory thermograph maximum, . ; » 138 Bie ou Mp A - minimum Re minimum, . : . —1°3 se 5 maximum from Observatory Stevenson maximum, . 2 . +0°4 a =A minimum ms minimum, . 5 . —0°3 BaRroMETER.—In the table the average difference for each month of the Schoolhouse barometer from the Observatory barograph is given in thousandths of an inch, for each of the five hours at which readings were taken at the Schoolhouse. A general mean for each month and for each hour of the year 1891 appears at the side and foot of the table. On the average of the whole seventeen months, the Schoolhouse is 0°0069 inch below the Observatory. In August 1892 the Schoolhouse barometer was hung alongside of the Observatory standard for four days, and a series of comparison readings taken by the Observatory staff. On the mean of these readings the Schoolhouse barometer was 00068 inch below the Observatory one. This difference of practically 0°007 inch between the barometers is due to a difference of the instrumental corrections of the two instruments. RAINFALL. The gauge used at the Observatory is a self-recording Beckley (see OBSERVATORY AND THE PUBLIC. SCHOOL, FORT-WILLIAM. 939 Introduction, p. 7). That at the Schoolhouse is an ordinary gauge of 5 inches diameter, with rim 1 foot above ground. It will be seen from the table that, as a rule, the Schoolhouse rainfall is the greater, the total excess being 6°751 inches in the seventeen months.. During this time the total fall registered at the Observatory was 1177106 inches, thus giving an excess to the Schoolhouse of 5:8 per cent. But a comparison of the Beckley gauge with another standing beside it of similar pattern to that used at the Schoolhouse, showed that the latter registered 1°2 per cent. less than the Beckley. Therefore the true excess of the Schoolhouse for similar gauges is only 4°6 percent. This seems to be due to the situation of the gauges. One of the Observatory gauges was placed for over three months at the back of the house, near the steep bank described above ; it there showed an increase of 3°3 per cent. over a similar gauge beside the Beckley at the front of the Observatory, or fully two-thirds of the excess at the Schoolhouse. The bank not being so steep behind the Observatory as at the School- house, it seems probable that the 4°6 per cent. of excess at the latter place is wholly due to the more confined situation and to this abrupt rise of the ground close to, and for most of the rain-bringing winds to leeward of, the gauge. Summary. Excess of Schoolhouse gauge over Beckley gauge at Observatory, . ‘ d . 95°8 per cent. Part excess due to difference of pattern of gauges, . j : ; : : ae U2 wakes True excess of Schoolhouse over Observatory, i : : ; é ; i £65" 63 Excess at back of Observatory over front of ditto, . : : : ; : ee are} Amount or CLoup.—The proportion of sky covered with cloud on the 0 to 10: scale was estimated at both places at 9, 14 and 21 o'clock, and the differences of the monthly averages are given in the table. On the mean the Schoolhouse estimates are 0°4, or 4 per cent. below those of the Observatory. . “T68L qaqureoeq / a §-0|7-0|7-0| TSL.9 | 6-9 | © 0681 Jsneny wor, | < | i | 5 | GL NGOP | U8 Gah) Ore (09 0. SF i &L | @/ | 8 0. | 9. 9. 0- q T- 9. | * T68T uve 4 . = Gr Gon On WeedOm Wea Gane. ese ak6u 86 9. Eel) We jee NEE z. & 0: t. g. i: B. g. | ° dequiesay 3 fe Nike We ESO, IE || IE |) SHEN EGIL || fre || fare q. GT | G. g. 9. 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We " qsnsny ie) “saTjouy | 068T oH | ] — _a__ iP ss |_| | YF | | |__| | | | |_| —— -F oe a IZ | FL | 6 uve} 12 |S |FL|/ 6) 81 2 ‘ul | “Xe Pea | “Arq | “goan | “Aa | dead | At | pean | “At | ean | “Lag e Un] + Xe S ; 1Z SI a 6 8 ‘sno 5 ED i i > F Q youl ue jo = ee EE Sy}pURsNoY} Ul [eAd|-vas ‘arnqeieduay, en Jo4 sg puL .ZE 0} poonpar lejyoutoreg 4 5 se vet See ‘ad 44 oI[B41 UI TOMOT BSNOYTooyag : ed4q AAvoy UT LEYStY asnoypooysg o = ‘NVITIIM\-LYO,] ‘AYOLVAYASAQ AHL WOW ASNOHTIOOHOY AHL JO AONAMAMAICT (548) The Temperature Correction of Barometers. By R. T. Omonp.* In correcting the reading of a barometer to the freezing-point, it is customary to ascer- tain the temperature of the instrument by observing a thermometer attached to the brass frame, but it is doubtful how far this attached thermometer indicates the temperature of all parts of the barometer under the conditions in which most observa- tions are made. In a Fortin barometer the level of the mercury in the cistern is adjusted to a fixed point at each observation, and we have only to consider the expansion with heat of the mercury and of the brass scale. As the expansion of mercury is about ten times that of brass, the former is the chief factor in the problem, and a simple piece of apparatus was constructed to show how far the attached thermometer differed from the temperature of the mercury. A brass tube, such as forms the casing of an ordinary standard barometer, was taken, and inside this a glass tube of the same diameter and thickness as is generally used was placed. The glass tube was closed at the lower end, and filled with mercury to near the top, in which a cork was inserted ; passing through this cork was a thermometer whose bulb dipped into the mercury, and whose scale could be read through the glass tube and the slots in the upper part of the brass tube, where the scale is in a finished barometer. This thermometer, therefore, gave directly the temperature of the upper part of the mercury column ; and as mercury is a good conductor of heat, this was assumed to be the temperature of the whole column for the purposes of the experiment. Another thermometer was attached outside the brass scale in the usual manner, and the experi- ments consisted in comparing the readings of the two thermometers under varying temperature conditions. For sudden changes of temperature a very simple law was found to govern the relationship of the two thermometers. When the instrument is taken from a warm room to a cold, or wee versa, the outer thermometer alters most rapidly ; it takes about an hour for the two to come into agreement again for differences between the rooms ranging from 7° to 20°; the maximum difference between the two thermometers occurs about ten minutes after the change is made, and this difference amounts to 40 per cent. of the whole change of temperature. For example: on 23rd December 1899, at 5 P.M, the two thermometers read 44°71 and 44°:0; the instrument was then moved into a warmer room ; at 5.11 p.m. the readings were 52°°2 and 48°0—a difference of 4°:2, the outside attached thermometer being the higher, and this was the greatest difference observed. The difference between them decreased til] at 5.47 p.m. they read 54°°9 and 54°°7, showing a total change of 10°°8,—(44°"1 to 54°°9). Similarly, for a change of * See Journal of Scottish Meteorological Society, vol, xi. p. 298, 942 THE TEMPERATURE CORRECTION OF BAROMETERS. 7°°2, the greatest observed difference was 2°'8 at ten minutes after the change of place ; and for a change of 19°°9, the greatest difference was 8°'1 at eleven minutes. Every degree Fahr. above the freezing-point corresponds to not quite 0°003 inch of expansion in the mercury column of a barometer, so that a reading taken at 5.11 P.M. under the conditions of the first experiment would introduce an error of fully 0°010: into the barometric pressure. Further experiments were made to ascertain the effect of opening the window of a warm room, and lighting a fire in a cold room. It was found that in either case differences of 2° or 3° between the two thermometers could be caused, which would give rise to errors of nearly a hundredth of an inch. The latter case is especially interesting. There must be many instances of the 9 a.m. reading of a barometer being taken in a room in which a fire has been recently lit, and these ought therefore to show the 9 a.M. reading during winter lower relatively than in summer when fires are not used. These experiments indicate that to get a satisfactory reading of barometers as at present constructed, it is necessary that during the hour previous they should not be exposed to a change of temperature of more than 3°. If this condition be fulfilled, the temperature of the mercury will approximate so closely to that of the attached ther- mometer, as not to introduce an error greater than the unavoidable errors in setting and reading the instrument. ( 543 ) The Adjustment of Mean Hourly Values for Diurnal Range. The mean hourly values of the different meteorological elements given in this volume are the simple arithmetical means (or sums) of the observations; but in the tables, which show the departure of each hourly value from the mean for the whole day, a correction has been applied to elimimate any general rise or fall which may take place throughout the whole day, and thus to more nearly show the true diurnal effect inde- pendent of changes of longer period than twenty-four hours. In order to effect this, to the series of average values for each of the twenty-four hours is added one giving the average value for the midnight preceding each day, thus making twenty-five entries in all in the order,— Midnight, 1, 2,3,4,. . . . 21, 22, 23, midnight. The difference between the values at these two midnights gives the amount of the general change occurring during the mean day of the month or other period under consideration, and fractional parts of the difference are applied to the twenty-four hourly values in the following proportion :— Hour ee 'l 2 Se nee 12 13} 2h. 5 a 23 Mat. Correction 23 21 19 eee ee a we 1 a aed, Wek tae 19 21 23 > 46 4 46 46 46 46 46 46 46 46 the corrections from 1 to 12 being opposite in sign to those from 13 to midnight. If the previous midnight has been higher than the midnight at the end of the day, then the first half of the correction (1 to 12) is—, and the second (13 to midnight)+; if the previous midnight is the lower of the two, the signs are reversed. Thus whatever is added to or subtracted from any morning hour, an equal amount is subtracted from or added to a corresponding afternoon hour, and the mean value of the whole day is not altered, but the beginning and end of the diurnal curve are brought into agreement and the curve becomes a repeating function. — To facilitate the carrying out of this, a table has been prepared (p. 545). The numbers in heavy type at the head of each column represent differences between the two midnight values, and the figures in the column the quantities to be added to or subtracted from each hourly value, the hours being given at the side. Values are given for each difference from 1 to 100, and for successive hundreds to 1000. For example, in the mean hourly values of barometric pressure for a month, suppose that The previous midnight is. : : : . 29°894 inches The midnight at end of dayis_ . : : : - 29:86205 5, The difference between them being j : a UKUB RA op Turning to the column headed 32 in the table, we find numbers ranging from 16 to 1, which are the corrections, in thousandths of an inch, to be applied to each hourly 544 THE ADJUSTMENT OF MEAN HOURLY VALUES. value ; those from 1 to 12 being subtractive, and from 13 to midnight additive, as in this instance the midnight at the beginning of the day was the higher of the two. In general, regarding the hourly values as a curve, it is rotated round a pot midway between 12 and 13 o'clock, by adding or subtracting at each hour a quantity propor- tional to its distance from this point, until the two ends of the curve coincide, and the two midnight values become equal. Between 1 o'clock and midnight there are 46 half hours, 23 of which lie before the central point, 12.30, and 23 after it, the odd numbers from 1 to 23 corresponding to the distance in time of the hours from the central point and forming the numerators of the fractional parts of the whole difference, the denominator of which is 46, the length of the whole period in half hours. Any difference between the two midnights may be accidental, and due to the period taken not being sufficiently long to get rid of chance differences, as is probably the case in hourly values of the barometer in this country when taken for periods of less than about one thousand days. But it may be inherent in the data selected, as for instance in the barometric readings at many tropical stations and in Central Asia, where in Spring and Autumn the monthly average values differ by more than a tenth of an inch in successive months. The hourly values in such months exhibit both the diurnal period and a fractional part of this annual change. No matter how many days be taken in successive years, there would still remain a difference between the two midnight values equal to the average rise or fall of the barometer in twenty-four hours at that season, and the true diurnal effect would be masked. A difference between the two midnight values may be regarded as measuring a tilting of the hourly values ; when the midnight value at the beginning of the day is higher than that at the end, the hourly values start too high and end too low, and when the first midnight has the lower value the reverse is the case, and the sole use of the table on the next page is to eliminate this tilting. Any distortion of the values due to changes during a day are not corrected by this process, as for example a sharply marked barometric minimum occurring during one of a few days selected for examination. Such a distortion of the diurnal curve can best be eliminated by taking such a large number of days as to make abnormal readings on any one inappreciable on the mean of the whole. THE ADJUSTMENT OF MEAN HOURLY VALUES TABLE FOR ADJUSTING HouRLY VALUES. 545 P28: of |; 6 7 8 910 11 12 13 1415 | 161718 19 20 21 22 23 24 25 | 26 27 28 29 30 1 i O t 1 2 Ol ae 4 45) 8 6 6 Pw) 8 BO Sao a0 a tose We Wwe GG 2 OS 1 Wo a 1 2 2 ese ee bs 6) 6 7 7 48 B 9 9 | 2040 1D-11 we | a2 181139119 14 | Sey BP 2a eee 87 7 7 8 8) 9 8 9 10.10) 14 11 i212 te A ote | 0. Ie deo Cero 1G) 6 6 7 7 7 | 8 B&B 8 9 Oo | TOTO IM Un It 5 20 fa ee eet ball 6, 6 be | 7°. 7 7:8 $B) 8 O19 Oo Bh, 19 0) Sl al ds i ere omc ar | 5 by 5 5 6) Sh! BG OT: 7 7 8 BR 8 Te 18 iO A Ae! Oo epee SS Al Ud 4 8h STS B56 6 el BS Re Boy a az O00? oy 3 i oem S 8 Rd a 4) 4 od | OR BoB 9 16 O00 “Ta a ea, eee ee) BR kg) 8 gs 4) ok Se ae 10 15 COO! Ds Ua le a eee et 22 Pp eo! io) Oh 9 8 1g 9B) Bl gi als 11 14 O00 0.0 Ooi aT Poet 1) 1,1 2 9 9] 2 @ 5 9 12 13 COW Oy HO heer O NONE 0 6.) 0 0D OM) © D 7 4,4) 2 a oe 31 32 33 34 35 36 37 38 39 40 | 41 42 43 44 45 | 46 47 48 49 50 | 51 52 53 54 55 | 56 57 58 59 60 1 Mid. | 15 16 16 17 17 | 18 18 19 19 20 | 20 21 21 22 22 | 23 23 24 24 25 | 25 26 26 27 27 | 28 28 29 29 30 2 23, | 14 15 15 16 16 | 17 17 17 18 18 | 19 19 20 20 21 | 21 21 22 22 23 | 23 24 24 25 25 | 26 26 26 27 27 3 22 71813 14 14 14 | 15 15 16 16 17 | 17 17 18 18 19 | 19 19 20 20 21 | 21 21 22 22 23 | 23 24 24 24 25 4 21 | 11 12 12 13 13 | 13 14 14 14 15 | 15 16 16 16 17 | 17 17 18 18 18 | 19 19 20 20 20 | 21 21 21 22 92 5 20 | 10 10 11 11 11 | 12 12 12 18 13 | 13 14 14 14 15 | 15 15 16 16 16 | 17 17 17 18 18 | 18 19 19 19 90 6 19 9 9 91010 10 1011 11 11 | 12 12 12 12 13 | 13 13 14 14 14 | 14 15 15 15 16 | 16 16 16 17 17 7 18 78) SSeS) |e) Geld) OO Oem oil I Ut 19) 19) 19 Te) 18803 13) 18 dA 1 aya. 8 17 6 6 6 7 71 7 Zoe 8 8) Bee 6 | 9 6 98 TO10. "10 10 10 aan | ad 411-12 Te ORME Gabe SiS) OUEDE LD GaG) GWGe| MGENGMMUAMIMEETE | 71 7 7% U7) 68) | SSeS) usieis) @siill 9) Mon <9, 0): 0) 10 15 Bai ouats ade od A ede aterm 65 8 5. 5: 5 6 6 6. 6: 6 6 ere 6 7 11 Teen oe OO Ou BD) (Osmo a Sap Meemmomes Tug. f3) 3) 1599) || $3169 Sur dl ad | a fal 12 13 etal cal ieee cette ters ote IO es Ste ae PR a hh a ee, | _—s 61 62 63 64 65 66 67 68 69 70 | 71 72 73 74 75 | 76 77 78 79 80 | 81 82 83 84 85 | 86 87 88 89 90 1 Mid. | 80 31 31 32 32 | 33 38 34 34 35 | 35 36 36 37 37 | 38 38 39 39 40 | 40 41 41 42 42 | 43 43 44 44 45 2 23 | 28 28 29 29 30 | 30 31 31 31 32 | 32 33 33 34 34 | 35 35 36 36 37 | 37 38 88 38 39 | 39 40 40 41 41 3 22 | 25 26 26 26 27 | 27 28 28 29 29 | 29 30 30 31 31 | 31 32 32 33 33 | 33 34 34 35 35 | 36 36 36 37 37 4 21 | 23 23 23 24 24 | 24 25 25 26 26 | 26 27 27 27 28 | 28 28 29 29 30 | 30 30 31 31 31 | 32 32 33 33 33 5 20 | 20 20 21 21 21 | 22 22 22 23 23 | 23 23 24 24 24 | 25 25 25 26 26 | 26 27 27 27 28 | 28 28 29 29 29 6 19 | 17 18 18 18 1X | 19 19 19 19 20 | 20 20 21 21 21 | 21 22 22 22 23 | 23 23 23 24 24 | 24 25 25 25 25 7 18 |15 15151516 161616 1617/1717 17 18 18 | 18 18 19 19 19 | 19 20 20 20 20 | 21 21 21 21 92 8 17 | 1212121313 13 138 18 13 14 | 14 14 14 14 15 | 15 15 15 15 16 | 16 16 16 16 17 | 17 17 17 17 18 9 16 G95) 10 10 10.110 10 1010.11) ie nin) oe 12 129s 1212 12 13 13 13 | 13 1s 13 12 We 10 15 TAT | ee ee 8S a omesmommeEs. 88s 9 TO" 9? 6. @: ‘9 “9 | 9 «9 TouomTG 11 14 Bh AeA) A A et | Sam: D5 MD S| 5 D-DD °C “6 6 6 16 12 13 fein tele git) le test te 2) memo memn ED ORD 2219-2 2 99) 91) ooo maDy ap | 91 92 93 94 95 | 96 97 98 99100) 200 300 400 | 500 600 700 | 800 900 1000 1 Mid, | 45 46 46 47 47 | 48 48 49 49 50 | 100 150 200 | 250 300 350 | 400 450 500 2 23 | 41 42 42 43 43 | 44 44 45 45 46 | 91 137 183 | 228 274 320 | 365 411 456 3 22 | 88 38 38 39 39 | 40 40 40 41 41 | 83 124 165 | 207 248 289 | 330 372 413 4 Bie Wad s4eeeso 85 185 86 66 87 87 | 7a lide) 165 2822 258 | 296 333 370 5 20 | 80 30 30 31 31 | 31 32 32 32 33; 65 98 130 | 163 196 228 | 261 293 326 6 19 | 26 26 26 27 27 | 27 27 28 28 28) 56 85 113 | 141 170 198 | 226 254 283 7 18. | 22 22 22 22 23 | 23 28 283 24 24] 48 72 96 | 120 143 167 | 191 215 239 8 17 |18 18 18 1819] 1919191920] 39 59 78 98 117 137°| 157 176 196 9 16 [1414141414] 1515151515| 30 46 61 76 91 107 | 122 137 152 10 15 11010101010] 1011111111] 22 33 48 54 65 76 87 98 109 i151 14 GEnGusGn 160 16)|) (Gr 16) (Gunn 7A eRISMEOOMNNDG) |) $3) 89 46 52 59 65 12 13 2 QX®O Wi DO BS A @ | ai AB i |) I So op 4a ROY. SOC. TRANS. EDIN.—VOL. XLII. (3546: ) The Reduction of the Ben Nevis Barometer to Sea-level. A table for reducing the barometric readings at Ben Nevis Observatory to sea-level was given in the former volume of observations, and is reprinted here. The table was compiled by direct comparison of the barometric readings at the Ben Nevis Observatory and at the Public School, Fort-William, and consists of the average difference between these barometers, both being reduced to 32°, and the Fort-William one brought to sea- level, for each tenth of an inch of pressure from 30°9 to 27°4 inches, and for each degree of temperature from 16° to 75°. Any missing values were filled in by interpola- tion, and the whole smoothed by cross averaging. A full description of the preparation of the table, which is regarded as of a provisional character, will be found in the former volume. (See Transactions Royal Society, Edinburgh, vol. xxxiv. p. xxv.) The table gives the corrections to be added to the Ben Nevis barometer to reduce it to sea-level, arranged for each tenth of an inch of pressure and each degree of temperature, and an interpolation table is appended for the intermediate thousandths of an inch and tenths of a degree. The differences between the successive lines and columns of the main table are so uniform that the same interpolations may be used for all parts of the table without introducing an error of more than one thousandth of an inch at any part. At the top of the main table are given the temperatures, and at the side the successive tenths of an inch of pressure, these temperatures being the mean of the Ben Nevis and Fort-William temperatures, and these pressures the Fort-William barometer readings at 32° and sea-level. In the interpolation table the intermediate thousandths of an inch are given at the top, and the tenths of a degree at the sides; in the body of this table are the amounts to be added to or subtracted from the entries in the main table. Example—9th June 1891, at Midnight. Fort-William barometer reduced to 32° and sea-level, . : : : 29-983 Ben Nevis barometer reduced to 32°, . : ; F ] 4 ; 25°451 Fort- William temperature, : ; : : 49°°0 Ben Nevis temperature, . : : ; : 40°-0 Mean temperature, . : : : : : 44°°5 Correction in table for 29°9 inches and 44 degrees, : : ‘ 4°521 Interpolation for 83 and °5, ; : : ; : 64 oe 9 Correction for 29°983 and 44°°5, ; : : : 4:530 4:530 Ben Nevis barometer reduced to sea-level, . : : ; : : 29-981 The table of corrections extends from 4°902 inches to 4°176 inches. The fractional parts of an inch only are given in each column ; it is unnecessary to repeat the 4° inches, which is placed at the top and is common to the whole table. When the table was constructed the only instances of very low pressures that had occurred were accompanied THE REDUCTION OF THE BEN NEVIS BAROMETER TO SEA-LEVEL. 547 by low temperatures ; and as a rule high temperatures were associated with high sea- level pressures. The table therefore only extends as low as 27°400 inches up to a mean temperature of 28°; it stops at 27°600 for the next two degrees, at 28°000 from 31° to 45°, at 28°500 from 46° to 60°, and at 29°000 from 61° to 75°. This table has been used to reduce the readings of the Ben Nevis barometer at every hour of each day for a period of over ten years, and the limits of the table have included all cases except a few at very bigh pressures,—31° inches and upwards,—and some at temperatures below 16°. For these it was easy to extend the table by extrapolation, and the general law that a wide range of pressure is only needed at low temperatures, and that high temperatures are associated with high pressures, has Leen found to hold good throughout. An investigation into the accuracy of this table is in progress, the results of which will appear in a subsequent volume; for general use as applied to mean values, any changes or modifications will be very slight. Corrections, however, will need to be applied to the values in the table in connection with the season of the year and the hour of the day at which observations are made. 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THE REDUCTION OF THE BEN NEVIS BAROMETER TO SEA-LEVEL. 9-08 | LOF- | SOF. | GIF. | GGF- | 6GF- | OSF- | SHF- | OF. | LEP. | COP- | ZLF- | OBF- | LOF- | FGF- | LOG- | 8OG- | GTE- | ZzG- | SUG. | CEC. | EFE- | TGG- | 6CG- | 9OG- | HLG- | 18G- | 68G- | 96E- | FO9- | TT9- 8-08 | LEP. | SEF- | GPP. | CSF. | GCF | 9OF- | SLF- | OBF- | L8P- | G6F- | GOG- | OLS- | ZIG. | HAG. | LES. | S&S. | SHE. | 1GG. | SaG. | Gog. | E24. | L8G. | 68G- | 96G- | FG9- | LL9- | 619- | 9G9- | HEY. | TF9- | 8-0 6-08 | ShF- | GaP | 6SF- | OOP. | SLF- | OSF- | LEP- | FGF- | LOE: | 60G. | OLE. | FZG- | TSG. | SEE. | CPE. ace. 696. | G9G. | ELE. | OBE. | 88G- | 96G- | FOG. | L19- | GL9- | 9Z9- | FEY- | LF9- | GFY- | ZG9- “poppe oq 0} SI 41 4VYy WSIS Jo aoUESGe oYy pu ‘onTRA Ie]HGe, oYy WOT, Paqovr}qns oq 07 st AIXUe oY} FLY} SOJVOIPUI USIS snuIU Vy “YOUL US Jo SYJpURSNOYy UL “WIAV], NOILVIOdUHINT 006: | 908: | GIG: | SIG. | GGG- | GES- | SES. | SHG | SES- | 6GC- | 99S- | ELZ- | O8B- | 18G- | FE: | ¢-8% PIG. | LEG: | 62G- | EES. | OFS. | LES | EGSG- | O9G- | 19G- | FLZ- | 87. | 88G- | G6S- | GOE- | 60E- | 9-8z 6GG: | GEG | GFG- | SPG- | SGG- | ZOG- | 89G- | G1Z- | G8S- | 68G- | 96G- | SOE- | OTE: | ZTE- | FZE- | L-8z FPS: | OGG- | LGG- | E9G- | OLE. | LIZ: | E8S- | 06%- | L6G. | FOS: | TIE- | STE- | GZE- | ZEE- | GEE- | 8-8z S&S: | G9G- | GLE. | 8LG- | G8Z- | G6G- | 86G- | COE: | GIE- | 61S: | 9ZE- | SEE- | OFE- | LHE- | FEE- | 6-82 6&6. | 9FG- | EGG. | 6GG- | G9G- | GLG- | GLG- | Y8T- | GES. | 66G- | 90S | ELE. | OGE- | LEE. | HES | LFE- | SPE- | GSE- | GOE- | 69E- | 0-6 6Z | G0G: | 60Z- | OIG. | GZG- | 8ZG- | GEG- | [H|S- | BFE. | FSG- | 19Z- | 89G- | GLG- | GBG- | BST. | C6G- | ZOE: | GOE- | OIE: | GGE- | GEE. | YES- | EPE- | OCE- | LEE. | POS- | TLE. | SLE- | G8E- | G6E- | G6E- | Z-6 Z| 1&%- | LEZ. | HHS. | OG. | 942. | E9E- | 026. | 9LG- | E8Z- | 68Z- | 96%. | GOE- | OTS- | LIE. | FSE- | TSE. | SEE- | GHE- | LEE. | SEE. | C9E- | GLE- | BLE. | 98E- | FES- | LOP- | GOF- | OTP | SGP- | OSP- G | GPS: | GGG. | 8c. | G9G- | TLZ- | BG. | G8S- | L6%- | S6G- | FOE- | TLE- | STE: | GGE- | GEE- | GSE- | OPE- | EGE- | O9E- | 99E- | E1E- | OBE: | L8E- | FEE- | LOF- | GOF- | OTF- | HGP- | TSP | SEP- | ShP- v g G6E- | 66G- | GOE- | GIE- | GLE- | 9ZE- | SEE- | OPE. | LHE- | FSk- | T9E- | S9E- | PLE. | TSE- | SSE- | G6E- | COP- | GOF- | OLF- | H2P- | LEP- | GEP- | OFF: | ESP- | OOP- | 9 LOG. | FIE- | OGE- | LEE- | HEE- | THE- | SPE- | GES. | L9E- | B9E- | GLE- | Z8E- | G8E- | OGE- | COF- | OLF- | LTV: | FGF- | LSF- | 6SF- | OPP- | FSP- | TOP- | SOP- | GLF- | L- 8 6 0 AN 1ZE- | 8ZS- | PEE | LPS | SFE. | GG. | GIE- | 69E- | OLE- | E8E- | OGE- | LEE. | POP: | LLP. | SLF- | CaP. | ZEF- | GEP- | OPF- | HSP- | LOF- | 6OF- | OLP- | S8P- | OGF- GEE | GEE | SFE. | CGE- | GOE- | 6E- | OLE- | E8E- | OGE- | LOE. | FOP- | LIP. | SIF. | GGh- | SEF- | OPF- | LFF. | PSP- | LOF- | 6OP- | OLF- | PSP- | L6F- | B6P- | SOG. 6FE- | 9GE- | E9E- | OLE- | LAE. | P8E- | 16E- | 86E- | COF- | CLF- | GLP- | OVP. | ESF- | OFF- | LPP. | FSP- | LOP- | 6OF- | OLF- | H8F- | L6F- | G6P- | 9OG- | PIS: | Teg. @ | 98c- | €6Z- | OOS: | 40E- I Z-O€ | SFE: | OSE. | LEE. | FOE. | TZE- | SLE- | G8E- | Z6E- | 66E- | GOF- | ETF | OGF- | LUF- | HEF- | LPF. | GFF- | OGF- | ZOP- | 69F- | OLF- | PSF- | LOF | G6F- | 902- | HLS | LGG- | 6GG- | 9EG- | PPG. | TSG. |Z. SS SES8S SASRRHR 32a OD CCGG BDNANAA € i G.0 | L8E- | P6E- | LOF- | SOF- | STP. | GGP- | 6ZP- | OEF- | EFF. | OSF- | LEF. | COP | GLP. | GLF- | SF- | S6F- | OOG- | LOG. | ETC. | OGE- | S2G- | 9EG- | FFG. | LEG- | 6GG- | 99G- | PLG- | L8G: | 68E- | 96E- | ¢- 9 L OE | OLF- | SGP | OSF- | LEF- | HHP- | LSP. | SGP- | GOP- | GLP- | O8F- | L8P- | G6F- | OG. | 60- | 9TE- wick OSG. | 9EG- | SFE. | OGG. | BCG. | 99G- | PLG- | L8G- | 68G- | 96G- | FO9- | TL9- | 6T9- | 9G9- a Sa ise) "SUI | ‘SUT | ‘SUI | ‘suT | ‘SUT | ‘su | ‘SUT | ‘sur | ‘su | ‘sur | ‘sur | ‘sut | ‘sur | ‘sur | ‘sur J ‘Sut | ‘sur | ‘sur | ‘sur | ‘sut | “sur | “SUI | ‘SUI | ‘SUT | ‘SUI | ‘SUI | ‘SUI | “SUE | ‘SUL | “SUI | ‘SUT off | oPL | o6L | oG4 | oft | OL | .69 | 89 | oL£9 | 99 | 89 | oF9 | 69 | G9 | oD | 09 | 64 | 8G | LG | OF | GG | FF | SS | co | TG | 0G | 6F | Bh | AP | OF pCO A Vl (@us5e ) INDEX. AITKEN (JoHN), 479. Anemometer Records, 420. Anti-Cyclones, Change of Temperature with Height in, 506. Appendix, 447. Arctic Stations, 448. Barometer, Diurnal Range of, in Fine and Cloudy Weather, 448. in Clear and Foggy Weather at Ben Nevis, 471. -—— Influence of High Winds on, 490, Mean Hourly Values, 436. — Reduction to Sea-level of Ben Nevis, 496, 506, 546. Barometers, Difference at Sea-level of Ben Nevis and Fort-William, 513. Temperature Correction of, 541. Ben Nevis in Clear and Foggy Weather, Meteorology of, 465. Black Bulb Readings, 519. Bossekop, 462. Braemar, Low Temperature at, 532. Bucwan (ALEXANDER), 448, 490, 496, Bucuanan (J. Y.), 465. Cirrus Clouds, 502. Clear and Foggy Weather, Meteorology of Ben Nevis in, 465. Cloud, Mean Hourly Values, 444. Cyclones and Anti-Cyclones, 497. Day, Length of, at Ben Nevis, 469. Depth of Snow on Ben Nevis, 419. Diurnal Range, Adjustment of Hourly Values for, 543. Dust, Report on Atmospheric, 479. Fine and Cloudy Weather, Diurnal Range of Barometer in, 448. Fog and Mist, Differences of, 477. Fort-William Observatory and Public Comparison of Observations at, 537. Frost of 1895 in Scotland, 532. School Gales, Number observed at Ben Nevis, 523. Haze and Dust, 483. Hong Kong, 456, 528. Hourly Values, Adjustment of, for Diurnal Range, 543. —— Mean for Ben Observatories, 433. Hygrometry of Intermediate Stations on Ben Nevis in 1882, 535. Nevis and Fort - William Jan Mayen, 463. Lady Franklin Bay, 528. Length of Day at Ben Nevis, 469. Livineston, C., 7, 537. Local Apparent Time at Ben Nevis, 468. Log-Book of Ben Nevis Observatory, 1888, 64. 1889, 134. ; 1890, 219. : 1891, 314. 1892, 410. Magdeburg, 458. Mean Hourly Values at Ben Nevis and Fort- William Observatories, 433. Mossman, R. C., 525, 528, 532, 535. Nocturnal Heating on Ben Nevis, 476. Noon, Time of Local, at Ben Nevis, 468. Omonp, R. T., 448, £99, 506, 513, 519, 537, 541. 552 Pressure and Temperature, Relations of, at Ben Nevis Observatory, 496. Public School, Fort-William, Observations at, 7, 537, Radiation, Effects of, on the Barometric Readings, awl —— measured by a Black Bulb Thermometer, IE Rainfall in Clear and Cloudy Weather, 470. Mean Hourly Values, 440. and Wind, 501. Range, Diurnal, of Barometer in Fine and Cloudy Weather, 448. Adjustment for Diurnal, 543. Rankin, A., 499, 523. San José, Costa Rica, 455. Sea-level, Reduction of the Ben Nevis Barometer to, 491, 496, 506, 513, 546. Silver Thaw at Ben Nevis Observatory, 525. Sodankyla, 461. Snow on Ben Nevis, Depth of, 3, 419. Sunshine, Mean Hourly Values, 442. Switzerland, High-Level Stations in, 508. saAAaAN m7 Pavsuo i adhd 41 DEC. 1902 INDEX. Temperature and Pressure, Relations of, at Ben Nevis Observatory, 496. ——- and Wind at Ben Nevis Observatory, 503. — Correction of Barometers, 541. —— in Anti-Cyclones, Change of, with Height, 506. — in Clear and Cloudy Weather at Ben Nevis Observatory, 475. — Mean Hourly Values, 437, 445. Variability, 528. Time at Ben Nevis, Local, 468. Trieste, 457. Vapour Pressure, Decrease of, with Height, 536. Tension in Clear and Foggy Weather at Ben Nevis Observatory, 472. Weather of Ben Nevis, 465. Wind, Influence of High, on the Barometer, 490. Force in Miles per Hour, Scale of, 5, 492. Mean Hourly Values, 443, 445. Winds in Clear and Foggy Weather at Ben Nevis, 470. of Ben Nevis, 499. Wracae’s, Mr, Observations in 1882, 535. D on a 1 . . ad * ' z < ' j od . As