CAP RON as ane \y ee TRANSACTIONS OF THE OF EDINBURGH. VOL. XXXIV. "METEOROLOGY OF BEN NEVIS. ALEXANDER BUCHAN, LL.D. eat ae Aa "Ree Cased he EDINBURGH: . PUBLISHED BY ROBERT GRANT & SON, 107 PRINCES STREET, . AND WILLIAMS & a, ATE, 14 HENRIETTA STREET, COVENT GARDEN, LONDON. “mpcccxe. Price Two Guineas. i. Fae oe eee ve TRANSACTIONS OF THE ROYAL SOCIETY OF EDINBURGH. . 7 a ee eee oe UDA, WO POR TORE Yn, ey ta CN. ‘ Tae a x La) % — 4 = ss : ae ~ Pe ‘ ?-« + ‘<~ & . ‘ = —~ : = = 4.04 é e - ' se bi et in fe a y ~ ' Py] ~ TRANSACTIONS OF THE ROYAL SOCIETY OF KDINBURGH. VOL. XXXIV. EDINBURGH: PUBLISHED BY ROBERT GRANT & SON, 107 PRINCES STREET, AND WILLIAMS & NORGATE, 14 HENRIETTA STREET, COVENT GARDEN, LONDON. MDCCCXC. a Loe S Transactions of the opal Society of Bdinburgh. THE METEOROLOGY OF BEN NEVIS. BY ALEXANDER BUCHAN, LLD., SECRETARY OF THE SCOTTISH METEOROLOGICAL SOCIETY. FORMING VOL. XXXIV. OF THE TRANSACTIONS OF THE ROYAL SOCIETY OF EDINBURGH. a EDINBURGH: PUBLISHED BY ROBERT GRANT & SON, 107 PRINCES. STREET, AND WILLIAMS & NORGATE, 14 HENRIETTA STREET, COVENT GARDEN, LONDON. MDCCCXC. >| i es 5 - we “ a A vise 43 7 yhisod VON — ay tea * 7 ‘ aa: : 2 =" ; } | AE ae alae” oe . | ; : - A. 1 41) OTA ST INTRODUCTORY NOTE BY THE COUNCIL OF THE SCOTTISH METEOROLOGICAL SOCIETY. Tue whole responsibility of erecting and equipping the Observatories and carrying on the Observations on Ben Nevis was undertaken by the Scottish Meteorological Society ; and the management of the Scientific work was placed in the Council of the Society, along with representatives appointed by the Royal Society of London, the Royal Society of Edinburgh, and the Philosophical Society of Glasgow, which together constitute the Directors of the Observatories. The Council of the Scottish Meteorological Society have been enabled to publish this account of the Meteorology of Ben Nevis by the liberality of the Royal Society of Edinburgh, as the Scottish Meteorological Society has no funds at its disposal for the purpose. The publication forms Vol. XXXIV. of the Royal Society's Transactions, and consists of the detailed Hourly Observations made at the Ben Nevis Observatory and the five Daily Observations at Fort-William, from December 1, 1883, to December 31, 1887, and prefaced by a Report by Dr Bucuan, Secretary of the Scottish Meteorological Society, on the Meteorology of Ben Nevis, based on these Observations. The reasons which led to the establishment of this High Level Observatory and the tentative steps taken preliminary to the raising of the funds for the erection of the buildings are detailed in pages il. and ui. of the Report. An appeal to the public for funds was made early in 1883, and, mainly by the great _ personal exertions of members of a Committee of the Council of the Scottish Meteorological Society,* the necessary funds were soon collected,t the Observatory was built, and the regular Hourly Observations were begun in the end of November of that year. * This Committee, called the Building Committee, consisted of Joan Murray, Convener, D. Minne Home of Milne-Graden, THomas StEvEnson, James SANDERSON, ARTHUR MITCHELL, ALEXANDER BUCHAN. + See Subscription List appended. iv INTRODUCTORY NOTE. It was contemplated from the commencement to establish as soon as practicable, as a constituent part of this system of Observations, a Low-Level Observatory at Fort-William, at which Hourly Observations should be made similar to those made at the top of the mountain, but want of funds rendered it impossible to carry this proposal into effect for some years. But a legacy of £500 from the late R. M. SmirH, Esq., and a donation of £1000 from the Association of the Edinburgh International Exhibition of 1886, enabled the Society to carry out this desired object. Accordingly a first-class Meteorological Observatory has been erected in Fort- William, the self-registering instruments for which were supplied by the Meteoro- logical Council. At the same time a Station, similar in all respects to the Society’s other Stations, has also been established within the grounds of the Observatory, the instruments in this case being furnished by the Scottish Meteorological Society. This Low-Level Observatory was completed on July 14, 1890, and the regular Hourly Observations were forthwith commenced. The following are the present staff of the two Observatories :—Messrs R. T. Omonp, F.R.S.E., Superintendent ; Ancus Ranx1y, First Assistant ; James Miter, Second Assistant; 8. Nisset, Third Assistant; and WriiLi1am Stewart, Road Overseer and Storekeeper. The Directors take this opportunity of expressing their sense of the great services rendered to the Observatory by Mr Omonp and the other members of the staff, who have carried on the laborious and trying work of making hourly eye-observations in all weathers, by night as well as by day,—a work attempted nowhere else,—with an intelligence, enthusiasm, and completeness which leave nothing to be desired. The Directors desire to record their great indebtedness and cordial thanks to Messrs H. N. Dickson, F.R.S.E.; A. Dryspaue, M.A. ; C. Gray, V.S.; W. Hay; A. J. Herpertson; J. M‘Donatp, M.A.; Professor A. C. MircHett, D.Sc., F.R.S.E. ; R. C. Mossman, and R. TurNBuLL, who have from time time given their services gratuitously as observers in relief of the staff. A financial statement of the funds of the Ben Nevis Observatory, from 1888 to the commencement of the present year, is appended,* from which it is seen that £11,989, 18s. 5d. have been received from all sources by the Council for the purposes of the Observatories. Since then £316, 17s. have been received, making in all £12,306, 15s. 5d. On the other hand, since January last the expenditure has been £1422, 15s. 1d., the sums expended being chiefly connected with the com- pleting and equipping of the Low-Level Observatory, which has cost about £1700. The accounts now show a deficit of £579, 10s. 7d., with £344, 17s. 8d. of out- * Page vii. INTRODUCTORY NOTE. Vv standing accounts, making in all a sum of nearly £1000 to be provided for within the next few months. The annual cost connected with carrying on the observa- tories is estimated at £800. The value of the scientific results hitherto obtained are clearly stated by Dr Bucuan, and have been freely recognised by meteorologists throughout the world. There is the very highest expectation that the double sets of Observations of this now completed system will yield data vitally and essentially important in investi- gating various problems presented by Meteorology, including storms and other weather changes. It is estimated that to carry on this great undertaking for the next five years, a sum of £2000 will be required, in addition to the present income at the disposal of the Directors, and the Council of the Society believe that the liberality of the public will not be wanting to put them in the position of being able to carry on this great national work to a successful termination. ArtHurR Mircuety, Hon. Secretary. JAMES SanDERSON, Hon. Treasurer. Joun Murray, Convener of Building Committee. Scottish METEOROLOGICAL SOCIETY, 122 GroRGE STREET, EDINBURGH, 15th December 1890. v1 LIST OF DIRECTORS. LIST OF THE DIRECTORS OF THE BEN NEVIS OBSERVATORY Marcu 1890. The List consists of the Office-Bearers of the Scottish Meteorological Society ; Professor Tart and Professor CHrysTaL, Representatives of the Royal Society of Edinburgh ; Sir WiLi1am Tomson, Representative of the Royal Society of London ; Dr Mutrueapd, Representative of the Philosophical Society of Glasgow. President. HIS GRACE THE DUKE OF RICHMOND AND GORDON, K.G. Vice-President. D. MILNE HOME OF MILNE-GRADEN, LL.D., E.R.S.E. Council. James Gerkiz, LL.D., F.R.SS. L. and E., F.G.S., Professor of Geology, University of Edinburgh. Joun ArrKEn, F.R.SS. E. and L., Darroch, Falkirk. J. G. M‘Kenpricx, M.D., LL.D., F.R.C.P.E., F.R.SS. L. and E., Professor of Institutes of Medicine, University of Glasgow. J. B. Russett, M.D., Medical Officer of Health, Glasgow. Sir James D. Marwick, LL.D., F.R.S.E., Town- Clerk, Glasgow. JoHuNn Murray, LL.D., Ph.D., F.R.S.E., Director of the Challenger Expedition Commission, Edinburgh. J. Y. Bucnanan, F.R.SS. L. and E., Chemist and Physicist, Challenger Expedition. James A. Wentey, F.R.S.E., Treasurer, Bank of Scotland, Edinburgh. Joun Curenz, M.D., F.R.C.S.E., F.R.S.E., Pro- fessor of Surgery, University of Edinburgh. Rosert Cox, M.A., F.R.S.E., Gorgie. The Hon. Lorp M‘Laren, LL.D., V.P.R.S.E., Edinburgh. A. Crum Brown, M.D., F.R.C.P.E., F.R.SS. L. and E., Professor of Chemistry, University of Edinburgh. ArcHipaLD Geikiz, LL.D., F.R.SS. L. and E., F.G.S., Director-General of the Geological Survey of the United Kingdom. Sir Witt1am Tomson, LL.D., P.R.S., Hon. V.P.R.S.E., Professor of Natural Philosophy, University of Glasgow (ea officio). P. G. Tart, Sec. R.S.E., Professor of Natural Philosophy, University of Edinburgh(ex officio). G. Curystat, LL.D., V.P.R.S.E., Professor of Mathematics, University of Edinburgh (ex officio). Henry Mourruzap, M.D., Bushy Hill, Cambuslang (ex officio). I. Baytzy Batrour, M.D., D.Sc, F.R.SS. L. and E., Professor of Botany, University of Edin- burgh. Rawpu Copenand, F.R.S.E., Astronomer-Royal for Scotland, and Professor of Practical Astro- nomy, University of Edinburgh. Honorary Secretary. Sir Arraur Mircnet, K.C.B., M.D., LL.D., V.P.R.S.E., Commissioner in Lunacy, Edinburgh. Honorary Treasurer and Convener of Finance Committee. James Sanperson, F.R.C.S.E., F.R.S.E., Deputy Inspector-General of Hospitals, H.M. Madras Army, Edinburgh. Chairman of Medico-Climatological Committee. Sir Arraur Mircnets, K.C.B., M.D., LL.D., V.P.R.S.E., Commissioner in Lunacy, Edinburgh. Meteorological Secretary. ALpxaNDER Bucuan, LL.D., F.R.S.E., Society’s Chambers, 122 George Street, Edinburgh. vil ABSTRACT OF ACCOUNTS. G 81 6861s @ 81 686°11F 0 9 69g ; : : 3 ‘yueg ur eourreq “ 0 ¢€ 4Z9T : : : : ‘sosuodxq [eyueprouy Arpung “ G GI Sos : ‘Suon amon SulyooT[o9 10g pred uorssrmmum0g “ 6 If 891 ; : et YIM yunoooy sesmoyyT “ 0 0 &G ; ; : : : King neq “ 9 §I1 092 : : ; : ‘gouvINsuy puv soxXRy, aren M-H10 iT ye Ros muere olf YSinquipy jo query “ 0 0 919 ' It Ydersefey, fo yuey “ G8 9S ; : : 2 ; * ‘sureisefey, 10J preq “ 9 I 86 ; ; : : ; * ‘sosuodxq surjeavay, “ G 61 FE : : anaigeas Peycencie) pue owoy] Ssuyisty “ 4 1 86r j : ; ‘Susyieapy “ 6 9L GOP ; ; : eed pus ATeUOWETS Suyuug “ vy ieGeetcol ; : = ‘somes ** : 8 GI €0sl — : : : ‘esermeg pue “og ‘suoistaoig “ / - 3 € 3 gge ‘quetumiysuy ere ala! sa * ‘soroquy yueg “ 8; ATS Le ‘sSurystumg “ 4 € I91T ° ° * “* * ‘surerSeyez, toy peateooy “ . . . . . ¢ ce y V “L6¢ JGR AMMEN GYGT [LUE [NG CERIO |e) OMI) b 0 0 OS : ¢ ‘1eyUNOD 4snq TOT pun olvesoyy wor * Ce ae | ; Sn a eee « 0 0 & : j : Sm rd ae! eS ae 2 IO ye UOTeIG [OAV] MOT Surppmg Z 1 LG6 ‘pun (9881) vomrqryxg ySmqurpy wor “ GLAO LSE 0 0 00g : : * ‘gyrarg ‘yy yy Aq AoeSoT “ 6 6 86L * ‘AtoyearesqQ 07 peoy oy} Suryey, “ 0 0 009 : : ‘s * {Touno0D Jeo1sopo1oajey ‘oq =“ Z EE ZlOSHF yep 07 dooydn qytm sosuodxy Areu 0 0 oge : : : E ‘romperoossW ys mory suey “ TwYeIg pur AtoyearosqQ oy} Surppmg Ag 1 ¢@ eggs” « : ; * Maatooed suortydizosqng [eJoJ, oF, Ada VAOSTC Q9aVAO ‘0681 AUVONVE ISTE OL E88 NI SNOILVUAdO ONINNIDAA WOUd SLNAODDY AO LOVULSE VY 28 ‘GNOA AAMOLVAYASAO SIAUN NAA * “ oe a i = 2 - ae —_ ' - ves, ie 4 al ; = OT a ~. on pe fF “ge i * mms _ 4 ‘ > > = *% é = - ‘ * .¢ ome ot ba | ee u » 2 ee re y _ ~ > i. — oe ~ 29-5 Bs. ee Ue ere ; R, eo Et Eee | i. Re ‘ « A e i ’ -@ lat P4 aed . Le a 4 . & - YP im. € ( ¥ P ~ a ~ aa - y - : . on ss Py , 4 4 4 ‘ sa ‘ t a r 4 fi t - 4 (G50 pa Peri a : -, rc As J » ; ’ 4 ’ L . oo 2 ® as f —- SUBSCRIPTIONS Her Most Gracious Masrsty THE QUEEN, His Royan Hicuness THE PRINcE oF WALES, His Royat Hicunuss THE DUKE oF Eprnpureu, His Roya HigHNEss THE DUKE oF ALBANY, A. A, Abereromby, Ayr, The Hon. Ralph Abercromby, 21 Chapel St. inden! Mrs Adam, Larchgrove, Shettleston, 5 Adam, Sons, & Co., 135 Constitution St., Leith, Professor Adams, The Observatory, Cambridge, Addie & Sons, 144 St Vincent Street, Glasgow, C. J, Addington, Shopwyke House, Chichester, Mrs Adie, Rockville, Linlithgow, c Thomas H. Ainslie, Fort- William, Aitken & Co., Glasgow, Aitken & Mansell, Glasgow, Aitken, Liburn, & Co., Glasgow, Dr Aitken, 57 Great ing Street, i Mrs Aitken, 57 Great King Street (Collected bys). John Aitken, Darroch, Falkirk, ‘ John Aitchison & Co., Brewers, Edinburgh, William Aldain, Fiekley Hall, Doncaster, . Rey. Dr Lindsay Alexander, Musselburgh, David Alexander, Dundee, . Mrs Alexander, 7 Roseberry Greerana Bainburgh, Alexander Allan, 5 Hillside Crescent, Edinburgh, C. Allhusen, J.P., Stoke Court, Slough, : A. Anderson, M.D., C.B., Sunnybrae, Pitlochry, James Anderson, Leven, Charles W. Anderson, 9 Cumin Bice: Bainburgh, William R. Anderson, : Anonymous, Anonymous, Anonymous, Sir Windham C. Pei, Garinichacl Handel Thankerton, Miss Helen Carnegie Anbatinare of Balmamroonel Forfarshire, i Professor Archer, Edinbur, ais His Grace The Duke of Mell Kei VOL. XXXIV. IN AID OF BEN NEVIS OBSERVATORY. Gs 10 0 5) ed! 5 5 2 3 3 1m 40 Ls =O ce 5 0 3 3 1 fe ell 5 0 28 7 i We fal 10) dr 0 ae | 2 0 RD 3 2 iy 10) ale spl 2) 2 50 0 tS PA (0) i 22 et 50 0 (=) £50 0 0 26 5 0 10 0 0 10) 10m A. B. Armitage, 14 Dick Place, Edinburgh, Sir William Armstrong, Cragside, Morpeth, J. W. Arnott, Chaplehouse, Ladybank, é J. Walker anne 24 St Bernard’s Crescent, Edin- burgh, . Arnott & Co., Jamaica Gihewt Glaeont Arthur & Co., Glasgow, E. ifeeeorthy Hayhill, Waterfoot, nianiohesten W. A. Backhouse, Walsingham, Robert Baikie of Tankerness, M.D., Baine & Johnston, Greenock, Mrs Baird, Cambusdoon, Ayr, : Professor J. H. Balfour, Edinburgh, : Surgeon-General Balfour, M.D., Combe Bode! London, Sir George Balfour, M. P., 6 Glevatand eandend London, Provost Ballingall, Davide E. B. W. Balme, Mirfield, Dr Barbour, 24 Melville Sereee Hdinburgh; George F. Barbour of Bonskeid, Hi. B. Barbour, London, C. Barclay, London, G. Barclay, Kirkmichael House, Deane nee; Barclay, Curle, & Co., Glasgow, John Barclay, Paisley. W. H. Barlow, High Combe, Old Ghanian: Thomas Barns, The Quinta Office, Chirk, Ruabon, Thomas Bate, Kelstern, Flint, J. F. Bateman, 16 Great George Street, idoradoh Edmund Baxter, 9 Rutland Square, Edinburgh, Mrs Baxter, 26 Drumsheugh Gardens, Edinburgh, Donald Beith, 43 Castle Street, Edinburgh, Dr Joseph Bell, Edinburgh, J. Lindsay Bennet, St Andrews, oS & ~ bt bw or on bo ES TI ST (ey 1) Tere tL) i mH bo ee 100 i) So =~ = by SCHENPNNNHHYE ah a wowoooncroeoeodso Ww wo oO _ ari JQ Ow eee oS Oils eile ey fe Ml =) coo eqaooqoooqoqoo9o co © fo) SaQooao of © 2 Se oo eS Sees] ©) x SUBSCRIPTIONS IN AID OF BEN NEVIS OBSERVATORY. Bernard & Co., Leith Walter Berry of Glenstriven, idigbaneul Mrs Bevan, 4 Heriot Row, Edinb R. A. Bevan, Horsgate, Cuckfield, Sussex, Rey. J. G. Beveridge, The Manse, Musselburgh, James B. Bevington, Merle Wood, Seven Oaks, Kent, A.M. Black, Campie, Musselburgh, Messrs A. & C. Black, Edinburgh, . Dr Black, 2 George Square, Edinburgh, James Black, Duntocher, 5 Sheriff Black, Stornoway, F W. D. Black, Row, Helensburgh, . William Blackwood, 45 George Street, Midian J. Blaikie, 14 Viewforth Place, Edinburgh, John Blackie, Glasgow, Wm. Blackwood, 5 Clarendon Gietent mecearer, Blackwood & Gordon, Port-Glasgow, C. Blair, Glendarroch, Dunoon, Sheriff Blair, Inverness, Ear] of Blantyre, Erskine, ear Edward L. J. Blyth, 2 Rothesay Terrace, Heiberett H. Bonar, 15 Hill Street, Edinburgh, ; Sir. W. Bowman, 5 Clifford Street, London, . Donald Boyd, Fort-William, Bow, M‘Lachlan, & Co., Paisley, Duncan S. Boyd, Paisley, George Boyd, Paisley, Isaac Braithwait, 4 Gloucester cone landone Dr Bremner, Streatham House, Edinburgh, J. Brierley, Mossley Hall, Congleton, F. Brodie, Fernhill, Wootton Bridge, Isle of Wight, T. D. Brodie, 9 Ainslie Place, Edinburgh, . A. J. Dennistown Brown of Balloch, Glasgow, Alexander L. Brown, Buckholm, Galashiels, M. M. C. Brown, Greenock, Professor Crum Brown, Edinburgh, J. A. Brown, 14 Chester Beer Rdinburel J. A. Harvie Brown, Dunipace House, Larbert, Brown & Polson, Paisley, R. 8. Brown, 6 Sussex Square, London, Ex-Provost Brownlee, Dundee, F : A. Bruce, Crichton Inst., Dumfries (small sums collected by), Bryden & Sons, 16 Vrederick Street, Hainbutens His Grace the Duke of Buccleuch, James Buchanan, Oswald Road, Hien 8 alee Greece John Young Buchanan, 10 Moray Place, Edinburgh, T. R. Buchanan, M.P., 10 Moray Place, Edinburgh, James S. Budgett, Stoke Park, Guildford, Surrey, James C, Bunton, 24 Park Cireus, Glasgow, ; George Wardlaw Burnett, 21 Castle St., Edinburgh, Mrs Burns, Home Bank, Bridge of Allan (small sums collected by), 2 : John Burns, Castle Wemyss, J. W. Burns of Kilmahew, . seorge Burt, 23 Grosvenor Road, addons : John L. Burton, Longnor Hall, Shrewsbury, Marquis of Bute, Mountstuart, Rothesay, . Caird & Co., Greenock, : . James T. Caird, Greenock, William Caird, Greenock, pmHaa h = H iN) —_ = NORHFP HF OHH mH OPE OHH KF nN wDoOorHaaH OF FH HH ee po Pe oO 17 60 20 4 2 1 2 SONOCOHOHF OH OOrF OH OCOrHPHFHOrF OOO OrFCOR OF OWNOANS owo i HO ON POONOWN © oOooorrod © © & StS si is ers So SI SS) OS OS) SO SS) SS) SO SS SS SS SSS SS Se SS) = S1S'o7 019 So ore Ss) SSeS) SP SV aye) a Sy Si te) a) Edward Caird, 15 Belgrave Crescent, Edinburgh, A. Cameron, Highfield, Elgin, A. C. Darling Cameron, 9 Victoria Gharibae Tender 1 A. C, Cameron, Fettercairn (small sums collected by), 1 A, Campbell of Cammo, Edinburgh, Mrs D. A. Campbell, Barriemon, Dr Campbell of Craigrannoch, Ballachubichy Rev. J. A. Legh Campbell, cae Market Deeping, ; Sir Archibald C. Campbell ‘Bark, 5 Sir Archibald K. Campbell, 23 neta a Edin., Mrs Cameron Campbell of Monzie, . J. A. Campbell of Stracathro, M.P., D. S. Cargill, Glasgow, Mr Cargill, Dundee, Dr Carment, Edinburgh, Fi James Carmichael & Co., Dundee, Thomas Carmichael, Greenock, Montague Carmon, Dundee, D, Carnegie of Stronvan, 6 Cartsburn & Orchard Sugar Retsine Co., Grepneems D. Caw, 175 West George Street, Glasgow, W. & R. Chambers, Edinburgh, General Sir Frederick Chapman, London, Lady Sophia Cecil, 6 Granville Place, London, D. Chalmers, Redhall, Slateford, Professor Chiene, Edinburgh, : Christie & Son, 11 St Andrew Square, Adinbnwehns Sir A. Christison, Bart., 40 Moray Place, Edinburgh, John Christison, 40 Moray Place, Edinburgh, Professor Chrystal, Edinburgh, Provost Clark, Paisley, Clark & Co., Paisley, Bailie Cleghorn, Dundee, J. Clerk, 31 Parliament Street, Teodor Dr Clouston, Tipperlinn House, Kdinburgh, J. & P. Coats, Paisley, 5 : Dr Joseph Coats, Glasgow, . W. & A. Coats, Paisley, C. Cochrane, The Grange, Stonneniee) K. Cochrane, Elmbank, Galashiels, Mrs Colfox, Rax, Bridport, Dorset, Sir William Collins, Glasgow, Michael Connal, Glasgow, . H. Connop, Ewenry Priory, BAe) Archibald Constable, 1 Nelson Street, Raiburehy Cooper & Brindell, Association of Underwriters, Glasgow, c George Cowan, inenan ae ilanee! Hdinbuseh, J. J. Cowan, 38 West Register Street, Edinburgh, James Cowan, 35 Royal Terrace, Edinburgh, John Cowan, Beeslack, Penicuik, Wm. Cowan, 15 Princes Street, Hota banate Robert Cox, 34 Drumsheugh Gardens, Edinburgh, J. T. Gibson-Craig, 24 York Place, Edinburgh, Sir J. H. Gibson-Craig, Riccarton, Currie, . Cranston & Elliot, Edinburgh, Robert Crawford, Leith, W. C. Crawford, 1 Lockharton Caidens, Edinburgh William Crouch, C.E., 175 Hope Street, wei Sin James H. Crossman, 3 A. Crum of Thornliebank, M. 1 nw me i wornIanrand sk. Or ive) oO on WW OS HH OOH Hoe ey i) an oO Ke NOrFoNnNnNroSo ow So oo SCySvw KX Cow oOo Cc oO Soo oF WS So Oo So 1 _ RFPooooonrFrFoncose ONNFOFrMCOGOrFrcoCcCCe SO & coooono ooo eooocoecooccoocoocoooqooscooo o.9 Oo 02 2 So So oC oS Soe o)o eooceocoscosoceoe $s SUBSCRIPTIONS IN AID OF BEN NEVIS OBSERVATORY. Robert Crystal, Glasgow, Dr Cumming, Kinellan, Toh CGE, James Cumming, Arbroath, C. D. Cunningham, Edinburgh, D. Cunningham, Harbour Chambers, Dandies George Cunningham, C.E., Glen Turret, Crieff, H. Cunninghame, 4 York Villas, London, . T. B. Curling, 27 Brunswick Square, Brighton, Alexander Currie, Greenock, James Currie & Co., 16 Bernard Sttedt Tieith, William Currie, 6 Sam ihenh Road, Edinburgh, W. Cotton Curtis, Potterells, Hatfield, D5. 9 : : W. Ogilvy Dalgleish, Dundee, The Right Hon. the Earl of Dalhousie, Chas. Dalrymple, M.P., 5 Onslow Houses, Woattaay George Dalziel, Techandl Cottage, Aberfoyle (small sums collected by), ; « 5 P. Davidson, Bridge of Allan, John Dawson, Bridge of Allan, Miss Dawson, Bonsyde (small sums galleered by); « Miss F. Dawson, Bonsyde, Linlithgow (collected by), Miss Lily Dawson, Bonnytown, Linlithgow (small sums collected by), Miss Ramage Dawson, Palmerston Place Hane eh (small sums collected by), ¢ é Peter Denny, Dumbarton, William Denny & Brothers, Diatibartan: Lady Denison, 169 Cromwell Road, London, The Right Hon. the Earl of Derby, His Grace the Duke of Devonshire, K.G., . Dr Dewar, 13 Hill Terrace, Arbroath, Miss A. E. Dewar, 10 George Square, Beiabaret (small sums collected by), 6 : Professor Alex. Dickson, Edinburgh, George Dines, Hershom, Walton-on-Thames, Thomas H. Dixon, Gresford, Denbigh, Rev. W. Dobie, Ladykirk, . : Don Brothers, Buist, & Co., Dundee, D. Doncaster, jun., Broomhall Park, Sheffield, W. H. Maitland Dougall, Scotscraig, Tayport, Fife, Miss Dove, St Leonards, St Andrews, A HK. Theodore Dowson, Geldeston, Suffolk, Samuel Drew, 10 Laura Place, Bath, John Dryborough, 15 Coates Crescent, Edinbur, hid Patrick Dudgeon of Cargen, ‘ 5 Bailie Duff, Greenock, Miss C. Duffin, Strandtown Lodge, ‘Stiandtowtl A. Duncan, Knossington Grange, Oakham, Duncan & Flockhart, Edinburgh, J. Barker Duncan, 6 Hill Street, Feebanety Dr Matthews Duncan, London, : Dr Duncan, 8 Ainslie Place, Edinburgh, J. W. Duncan, 29 Abercromby Place, Bdihaehh Robert Duncan, Port-Glasgow, Professor Duns, New College, dca puree James Dunsmure, M.D., 53 Queen St. paldeaaeet W. A. Dykes, The Greiendh anlton : Dymock & Guthrie, George Street, Edinburgh, Miss Dymond, 3 Manchester Terrace, Exeter, Ed. Easton, Fletching, Wakefield, . B. Eekhout, 1 Prince’s Terrace, Dowanhill, Glacar ro ra SSONFFOONPNPON WOH SF — SNPNFNOCANWHEN WH mao h ho et rs SSoooO oOo OOOO COCO CC OS — omnon°o oocoocso oo (=) ooorson ooo ooo & — i On Se KF of Hm = CoWNWrFR OH bo rar SeFrFEWHNNOMHN TMH OOH HB OHH ee pe OD i Soros oS SoS Soro oa a ceooqooqqeseocooaqcocoa SreouR Ss oOo Ns So Soe Se SS Oo oe, SS tS © 8 _ EomESs Lord Provost and Town Council of Edinburgh, . 152 10 Edinburgh International Exhibition, 1886, . 957 Edinburgh and Leith Shipping Co., : 0) The Right Hon. the Earl of Kglinton, : 5 AG William Elder Ellerton, Grange Loan, Edinburgh, 5 Sir Walter Elliot of Wolfelee, K.S.I., Hawick, 5 Thomas Ellis, Bridge of Allan, 1 T. W. Evans, 2 Queen Anne’s Gate, Tica dont 5 Professor Everett, Queen’s College, Belfast, ; 5 Professor Cossar Ewart, Edinburgh, : wee alO Archibald Orr Ewing of Ballikinrain, M.P., - PA H. E. Crum Ewing of Strathleven, Ardincaple Castle, Helensburgh, ‘ . : Captain Fagan, H.M.S. Warrior, Dr Andrew Fergus, Glasgow, Ferguson & Sons, Bridge of Allan, ; Miss M. H. Ferguson, Albyn Place, Aberdeen emul sums collected by), : . : mH we oO 3 William Ferguson of Kinmundy, 5 R. M. Ferguson, Ph. D., 12 Moray Place, Hdinbusehy 4 Major Fielden, M.P., London, 5 : : 2 kh. Fiddes, 1 Queen Road: Aberdeen, i R. Field, 5 Cannon Row, London, . 4 0 J. R. Findlay, 3 Rothesay Terrace, denice agree Miss Susan Stirling Findlay, 3 Rothesay Terrace (small sums collected by), : 5 : 1 J. Finlayson, Merchiston, Johnstone, ; 5 1) for) Ea Worshipful Company of Fishmongers, Tandon . L. Fischer, St Andrews, ; : C F. Bitygerald, 40 Trinity College, Doble Dr Fleming, 8 Napier Road, Edinburgh, ‘ J. S. Fleming, 16 Grosvenor Crescent, Edinburgh, Robert Fleming, Dundee, Mrs Forbes of Culloden, Inverness, Peter Forbes, 188 St Vincent Street, Glneaow, Sir John Fowler, Braemore, John Fraser, 13 Moray Place, Hidiaibingh Patrick Allan Fraser, Arbroath, Dr Fraser, Paisley, . F. Frew, 166 Buchanan Siren Clason A Friend, C. S., R.S., A Friend, Dundee A Friend, A Friend, Port- Glaccom: A Friend, Port-Glasgow, Fulton & Sons, Glenfield, ; A. Fulton, 86 George Street, Edinburgh, J. Fulton, Clinton Road, Edinburgh, 5 Dr Andrew Fyfe, 42 Montpelier Square, London, . H. M. Fyfe, Clyde Place, Glasgow, Miss F, Gair, The Kilns, Falkirk (colleopad by), Professor Gairdner, Glasgow, 4 A. Galloway, iibetnalt, Aberfeldy, ©. Gardiner, Union Bank, Glasgow, J. Nielson Gardner, Paisley, William Gardner, Glasgow, Archibald Galbraith, Milngavie, ‘ 4 The Right Hon. the Earl of Galloway, . inne William Garnett, Low Moor, Clitheroe, ‘ H. Chandos Pole-Gell, Hopton Hall, Wirksworth, E. Gibb, 57 Buchanan Street, Glasgow, Alexander Gibson, Advocate, Edinburgh, OU — mH CO OT ee wWwnNnrwoonne oO Oe HE _ = ooooococ co owro oOo oQ oo ¢& art CoOoPRONrKRO WwW ocoo coco o& a i) — WNOSTSSSSOSANDHHOHOOCTC OHH OH COC OOH WNocomo ecocoerrerrercrreooeoooocooco oO eC OOO COCO COC OCC OCC COC COCO SO Osc Go Xi SUBSCRIPTIONS IN G. Gibson & Co,, 64 Commercial Street, Leith, Gillespie & Cathcart, Leith D. Gillespie of Mountquhanie, Cupar, Patrick Gillespie, 27 Bernard Street, Leith, John Gillon & Co., Leith, : J. H. Gladstone, 17 Pembridge Syuare, London, The Right Hon. the Earl of Glasgow, Glasgow Underwriters’ Association, Sir Thomas Gladstone of Fasque, Mrs Lake Gloag, Edinburgh, John F. Gordon, London, Alexander Gourlay, Broughty vem Gourlay Brothers, Dundee, . J. C. Graham, Islay, : Sir John Grant, Rothiemurchus, Agtonttnl Earl Granville, Foreign Office, London, Professor Grant, Glasgow, Alexander Gray, Clifton, Bristol, ‘ Alexander Gray, 25 Greenhill Road, London, E. A. Stuart Gray, Kinfauns Castle, Perth, C. Greaves, 19 Surrey Street, London, Magistrates & Town Council, Greenock, Walter Grieve, Greenock, John Grieve, M.D., Glasgow, J. & A. D. Grimmond, Dundee, Sir G. Waldie Griffiths, Bart., Kelso, John Guild, Dundee, J. Wyllie Guild, 65 St Vincent Sireet Glugaor Dr Gunning, . 2 Mrs Hadweu, Bel Ble W. H. Haig, Broomfield, ayes Ming, Claud Hamilton, Preston House, Dalkeith, Robert Hampson, The Glassert, Aberfoyle, Anthony Hannay, Glasgow, ; J. Hardie, 18 Renfield Street, Glassen: H. C. Hardy, Fletching, John Hargreaves, Maiden Erlegh, ending, : J. P. Harrington, 3 South Hanover Street, Glas- gow, Dr Harris, Heeme, waning W. J. Harris, 26 Marine Parade, Woche! W. Harvie of Brownlee, Carluke, Admiral Sir John D. Hay, Bart., M.P., Renatant John Harvie, Dundas Hill, : W. J. Hay of Duns Castle, James Hedderwick, Citizen Office, Glandows Professor Heddle, St Andrews, ; G. Hedley, Burnhopeside, Durham, Alexander Henderson, Dundee, : John Henderson, Crown Terrace, Glasgow, Henderson Brothers, ‘‘ Anchor” Line, D. & W. Henderson & Co., Glasgow, Miss Maggie Henderson, Gaptie Hill, Ayr (eel: lected by), ; 5 P. Henderson & Co., Cineeon C. A. Hendry, ieondens: Isaac Anderson Henry, Hay dass aay, Robert Herdman, St Bernard’s, Bruntsfield Cres- cent, Edinburgh, 4 Professor Herdman, University Ootlegs eeeneel Charles H. Higgins, Alfred House, Birkenhead, Miss Hill, 17 Heriot Row, Edinburgh, SONFH DN @ bh me =) _ oO i) ee et RPNOOCANNN ATH HHH EO ra oO NNOCOOWNOrF,FDTOFOCOROOOCOCCOC ONOOOOHH OO COC ONKF ONG 100 mee op bo TH mo = a SSOmMmeoaAnwnranHeawrd wp | SO aor on me eR bo 33 i (SiS te SS ay eC ey eS) WY SS) SS) 1) oroo orow (Sy oe eS eS ey eer eit SS) Sea SS OO SS) StS) ey SC) Sy ea) TS) Toa ee ) 1S SS) te eS SSS OS SS SS S|) ooo o ooco AID OF BEN NEVIS OBSERVATORY. James H. Hindle, 67 Avenue Parade, Accrington, Lancashire, Matthew Hodgart, Paley. A. W. Hogg, Greenock, , Samuel Hollins, Sion House, Stourbridge, . D. Milne Home of Milne-Graden, Coldstream, Miss Georgina Milne Home, do., Miss Susan Milne Home, do., Miss G. Milne Home, do., Lieut.-Col. Milne Home of yeudeahane M. ler The Earl of Home, Douglas Castle, Tigatatie James Hope, 42 Charlotte Square, Edinburgh, Earl of Hopetoun, : John Hope, 31 Moray Places Adinboarale Mrs Horn, 7 Randolph Crescent, Edinburgh, Capt. Hotham, R.N., C.B., Milne-Graden, Cold- stream, . William Houldswor Ty Mount Charles Ava G. L. Houston, Johnstone Castle, Dr Howden, Sunnyside, Montrose, Alexander Howe, W.S., burgh, Henry Hudson, M. D., Glenville, Tea. W. Hume, 1 Lothian Street, Edinburgh, James Hunter, Drylaw House, Robert Hunter, 10 Ainslie Place, Hdimbanes Professor Huxley, London, . Sir H. D. Ingleby, Ripley Castle, ecanes Charles S. Inglis, 12 Dick Place, Edinburgh, (small sums collected by), The Right Hon. John Inglis, General, Edinburgh, John Inglis & Sons, Leith, . Magistrates and Council of Inverness, Miss Ivory, St Roque, Edinburgh, . Professor Jack, Glasgow, ; Major R. Jackson, St Andrews, Jafté Brothers & Co., Dundee, . R. Jardine, M.P., Castlemilk, Lockerbie, : David Jeffrey, 14 Randolph Crescent, Edinburgh, . Charles Jenner, Easter Duddingston, Sir W. Johnston, Kirkhill House, Gorebridge, W. A. K. Johnston, Edinburgh, William Jolly, Pollokshields, Glasgow, Dr Joule, 12 Wardle Road, Sale, Manchester, P, Joynson, Altsheith, Aberfoyle, F. T. R. Kennedy of Dunure, Dalquharran, Mian bole, Ayrshire, James Keillor & Co., Danes: John Kennedy, 71 Cheat King Street, Rave R. Ker, Milngavie, . T. R. Ker, Milngavie, James King of Levernholm, Lord Provost King, Glasgow, The Royal Burgh of Kinghorn, Stephen P. Kinnaird, 17 Kenceeeen Palace Gardens, London, C. G. H. Kinnear, 12 Grosvenor Geer Heubangh, Lord Kinnear, 2 Moray Place, C. G. H. Kinnear, 12 Grosvenor Crese. Pidicrireh, Town Council of Kirkealdy, 5 John Kirkhope, 22 Queensferry Street, Hicbuel Lord Justice- 17 Moray ree Edin- i — oO DNOMH OMY He OH eE pp be Oo NW co MH MH It © NONDNYP OAK SO lO nore ee He bo — Ss oO | oS So So 1S So ojo Oot 1) a ll el ) oN co (=) SONFONWOCOOCANNOOCH SO NoNCSTC WOO op Se (Sr 1 i) eaooeoooooqoceooqooo © oo So @70 © © Soo oO ° CNS SSS Se eis) Se eae &) She eS ese =} oc Oo oo o SUBSCRIPTIONS IN AID J. Kirkpatrick, M.D., 22 Magdala Crescent, Edin- burgh, i : mR. KK, femal sums dolizersa bry Dr Knott, 2 Lauriston Park, Edinburgh, Anderson Kirkwood, LL.D., Glasgow, John Kirsop, Glasgow, David Laidlaw, Skelmorlie, J. W. Laidlaw of Seacliffe, . a A. B. Laird, 17 Frederick Street, Eiiinbarah) J. Laird, Port-Glasgow, Miss Lake, Edinburgh, J. Lamont of Knockdow, Argyll, Professor Scott Lang, St Andrews, . J. Law, 41 Heriot Row, Edinburgh, Law & Co., Glasgow, : Edwin Lawrence, 10 Kensington Palaes Conieas London, 3 Mrs Leckie, 4 Gayfield Suen: Edinbur, iit Miss C. Leckie, 4 Gayfield Square, Edinburgh, Alex. H. Lee, Blairhoyle, Stirling, Dr Lees, 12 Morningside Place, Mainiind ee James Lees, Oatlands, Galashiels, . . General Lefroy, 82 Queen’s Gate, London, . John Leitch, Greenock, A. Leith of Treefield, Marine iors) Banff, Bailie Leith, Greenock, Magistrates and Council of Leith, Leith Dock Commission, James Leslie, C.E., 2 Charlotte Sagan! gmbarass J. & A. Leslie & Rend, 72 George St., Edinburgh, D. Lester, 58 Renfield Street, Glasgow, C. Lindsay, Ridge Park, Lanark, Little & Co., Buchanan Street, Glasgow, Liverpool & Hamburg Steamship OCo., Colin Livingston, Fort-William, J. Livingstone, 8 Strathearn Road, : Captain W. Elliot Lockhart of Borthwick Brae, The Court of Common Council, City of London, London & Edinburgh Shipping Co., Peter Loney, Marchmont, Duns (collected by), Captain S. Long, Broomfield House, ae Colonel Longstaff, Wimbledon, Dr Lorn, 27 Drummond Place, Beecbaran John Love, Greenock, Andrew Lowson, Arbroath, D. Lumsden, Pitcairnfield, Perth, L. Lyell, Kinnordy, Kirriemuir, Abram Lyle & Sons, Greenock, John Lyle & Sons, Greenock, : H. Lyon, 24 Forth Street, Edinburgh, W. M‘Auslane, Musselburgh (small sums collected op D. MacBrayne, Hope Street, Glasgow, John M. M‘Candlish, 27 Drumsheugh Gardens Edinburgh, F 4 G. M‘Callum, Rosebank, Chiitistone: Treasurer M‘Cann, Greenock, A. S. M‘Clelland, C.A., Glasgow, William M‘Clure, Greenock, Councillor Maconie, Greenock, é W. R. M‘Dirmid, 8 Palmerston Place, mdiBunaht Macdonald, Hutchison, & Co., Greenock, D. P. MacDonald, Invernevis, Fort-William, Home AFF ANODOH WHEN NA WH wn m LO bo ome wre on — SHYFEFNRFrF OMY KH BP OH bo On HHH OHH Oo oaeooocococoo co cd WS ow ox = FPONON NF WH WO me ooroocoocooocoonwnorocoonrrrooaoooomne HForocqcoceoeo OF BEN NEVIS OBSERVATORY. & ooo a ao co Solo oe Ss © Soooc“oqqoqooqooqcocoqooooqcoeqcooqceoaeaococscooces Soe S&S eee) W. K. Macdonald, Town Clerk, Arbroath, John M‘Donnell, M.D., 32 Upper Fitzwilliam Street, Dublin, - ; ‘ : 4 James M‘Douall, Logan, Stranraer, 3 : 5 D. Macdougall, Greenock, 1 G. R. M‘ Dougall, reenact 1 W. M‘Ewan, 4 Manor Bice: Edinbur eh, J. F. Macfarlane & Co., 17 North Bridge, Meneame 15 J. Macfie, 14 Hope iicirsce: Edinburgh, . 5 6 David J. Macfie, Borthwick Hall, Heriot, . F 4 Robert Macfie of Airds, R. A. Macfie of Dreghorn, ; ; ; M‘Gregor, Thomson, & Co., Glasgow, é : 1 Councillor Macgregor, Greenock, J. Macgregor, Greenock, : Rey. Dr Macgregor, 11 Cumin Place; Bidsoieaeet : Councillor M‘ iiss, Greenock, 3 Lieut-Colonel M‘Inroy, The Burn, Brechin, : Jas. B. M‘Intosh, 11 Dean Park Crescent, Edinburgh, Dr Macintyre, Fort- William, George G. Mackay, Grangemouth, George G. Mackay, Grangemouth Gaal sums aon lected by), John S. Mackay, Gao neath Sheriff Mackay, 7 Albyn Place, Einar William Mackay, Inverness, W. M‘Kinnon & Co., Glasgow, Hew M‘Kenraith, Greanaehe : A. K. Mackenzie, 19 Grosvenor Crescent, Hdinioan ah, M‘Kenzie Brothers, Paisley, N. B. M‘Kenzie, Fort-William, Miss Maclagan, 28 Heriot Row, Bteaeet, Sir Douglas Maclagan, 28 Heriot Row, Edinburgh, Dr Craig Maclagan, Edinburgh, D. Douglas Maclagan, Edinburgh, Peter M‘Lagan, M.P., Clifton Hall, Ratios John .M. Landsborough, Manningham, Bradford, David Maclay, 169 West George Street, Glasgow Lord M‘Laren, Edinburgh, : 4 A. M‘Laren, Grangemouth, . M‘Laurin, Cartside, Paisley, Hoes M‘Leish, Fort-William, P. & W M‘Lellan, 58 Renfield Street, Chaseow, Hubert M‘Leod, Cooper’s Hill, Staines, W. B. Macleod, J. Macnair, 33 Moray Blae, Biticibam shy Duncan Miaoniiven Fort- William, C. J. B. M‘Pherson, Bellivillie House, ere, Hugh Macpherson, Grangemouth, : T. B. M‘Ritchie, 4 Gayfield Square, Edinburgh, Miss MacRitchie, 4 Gayfield Square, Edinburgh, David M‘Ritchie, 4 Archibald Place, Edinburgh, W. E. Malcolm, Burnfoot, Langholm, Hugh Mair, London, The Lady Marjoribanks of adie Miss Manson, Victoria Villa, Nairn, : s Francis Marshall, 16 Carlton Terrace, Edinburgh, . Blyth Martin, Dundee, 5 : KE. Martin, M.D., England, Lord Provost Martin, Perth, William Mason National Bank, J cane (oval sums collected by), . : 5 - 2 be FF oe OC eH eH Or a H OFMHNRH OREN EH tl lS oe ed ee) ra par La ee) ee — SOC = TTT (=) Seon onc) 10 = = SHPSOSOSSCOSOHP WMH OOH OH NOHHORHNCONCOHNHOOHHOSS @ I Cy eye Sy ts) SS) Sen SS Je o eo oe Soe lero oroneo oo Ono oS) > <== ooo So oo 0 oo SoS > co > oo SFescoooeoooocooco eos OC OO Cc Oo =) Xiv Sir James D. Marwick, Town Clerk, Glasgow, Edward Mawley, London, . Dr Meikle, Crieff, : Henry Mellish, Hodsock Ecce Worksop, A Member, . : J. Menzies, Benavie, Fort- Walliams Allan Miller, Fort-William, James Miller & Sons, Leith, O. G. Miller, Dundee, Sir W. Miller of Manderston, T. P. Miller, The Cairns, Cambuslang, Clakaby: William Miller, 59 George Square, Edinburgh, R. Milne, Woodhill, St Andrews, . Admiral Sir Alex. Milne, Bart, G.C.B., ia goreeeee John Milne, Milton House, einboreh, J. B. Mirlees, Glasgow, Sir Arthur Mitchell, 34 Drammoad Place Edin- burgh, . Sydney Mitchell, 122 Bante Sineety Rideeabebs George Moffat, 136 Buchanan Street, Glasgow, Dr Moir, Castle Street, Edinburgh, . Richard Moller, Manchester, Provost Moncur, Dundee, Colonel Moncrieff, London, Lord Moncreiff, 15 Great Stuart Street, Hdioburshs Dean Montgomery, 17 Athol Crescent, Edinburgh, J. C. Moore, Corswall, Stranraer, John W. Moore, M.D., 40 Hieayalliaets Syeans Dublin, é Earl of Moray, Morrison & Gibb, 11 Queen iStrecks Biicbarah, C. Morton, W.S., 11 Palmerston Road, eymien James Morton, Gacenace. Rev. J. J. Moss, East Lydford, Sorered John Muir, Banker, Arbroath, A. Erskine Muirhead, Crossmyloof, Gisgeow ca lected by), c Dr Henry Muirhead, Radi Hill, Gambuclaiet R. Muirhead, Joppa, Portobello, Professor Muirhead, 4 Drumsheugh Gandeae Edin- burgh, : R. W. Munro, Gengile Wicks, Teonidont James Murdoch, Port-Glasgow, John Murdoch, Fort- William, Murray, Beith, & Murray, W.S., 43 Castle Sized Edinburgh, A. Graham Murray, 7 St Gane Sie Hidinjoungh, David Murray, 169 West George Street, Glassows 5 John Murray, ‘‘ Challenger” Office, Edinburgh, T. G. Murray, 11 Randolph Crescent, Edinburgh, . George C. Myers, Town Clerk, Montrose, John Napier, 23 Portman Square, London, J. S. Napier, 8 Grosvenor Street, Edinburgh, R. Asshetor Napier, Glasgow, Councillor Neill, Greenock, George D. Neill, Greenock, R. P. Neill, Greenock, W. J. Neill, Greenock, Thomas Nelson & Sons, Parkside, Baebes R. S. Newall, Jerndene, Gateshead-on-Tyne, Mrs Nichol, Huntly Lodge, Edinburgh, Sir Molyneux Nepean, . SUBSCRIPTIONS IN oo OorFOoOonN OY KY KH HY Oo — Bee DOH eH DOH OOAd HH wo _ for) ee FOO a) oroocoocorsconocorna SOorFonNN OFF FE & SCON AK OO non oon Oo ormPOOC COO OONFOONS OH Seeoococoo oo eo ooo= oo S90) OS) Sie) Srora eS lay (2S) Sy eS F te) iS) Sy Sy) SIS ei oooocoooqooqooqoooqcooqocoqoqoccoc 3& AID OF BEN NEVIS OBSERVATORY. C. Neute, 4 Victoria Street, London, John Noble, Park Place, Henley-on-Thames, Captain F. M. Norman, Chievot House, Berwick, . Professor Odling, Oxford, Miss Ogilvie, 18 Buckingham Renee) Head W. Ogilvie, 1 Doune Terrace, Glasgow, R. D. Oliphant, Greenock, . W. R. Oliphant, Greenock, Mrs Omond, 43 Charlotte Square, ieee R. T. Omond, Ben Nevis Observatory, Orrock & Sons, Edinburgh, T. L. Paterson, Greenock R. W. Cochrane-Patrick, M.P., Dr Liston Paul, Queensborough Terrace, London, D. Bruce Peebles, Tay House, Bonnington, Edin- burgh, J. Grant Peterkin of Guanes! Routes, Royal College of Physicians, Edinburgh, A. Pirie, Eyemouth (collected by, from 112 needs in sums varying from 5s. to $d.), : Rev. David Blevins 8 Greenhill Park, Bdinburee, Henry D. Pochin, Bodnaut Hall, Conway, John M. Pollock, Greenock, : Thomas Prentice, Greenock, : J. Prestwick, 35 St Giles’, Oxford, . W.. J. Pritchard, Charlton House, Tawa Salis- bury, M. R. Pryor, 12 Gent Winehéster Sireen eee Robert Pryor, London, S. R. Pryor, London, Dr A. Pullar, Merchiston, meat Edmund Pullar, Bridge of Allan, Jaines F, Pullar, Rosebank, Perth, John Pullar, Brae Lodge, Bridge of Allan, Laurence Pullar, The Lea, Bridge of Allan, Robert Pullar of Tayside, Perth, J. Purser, Queen’s Cottage, Belfast, W. T. Radford, M.D., Sidmouth, Dr Rae, Stockbridge, Richard Raimes, Bonnington Park, Hasabanehs W. Surtees Raine, 9 St John’s Terrace, Weymouth, C. J. Ramsay, Greenock, Sir J. Ramsden, Ardvirikie, Kingussie, Sir J. Ramsden of Barrow . John Ramsay of Kildalton, M.P., James Rankin, M.P., Bryngwyn, Rey. Francis Redford, Silloth, G. Redpath, 7 Morton Street, Leith, J. Reid, C.E., Rosemount, Edinburgh, Prof. Reilly, Royal College of Science, Dublin, C. Bine Renshaw, Barochan, Houston, C. Bine Renshaw, Barochan, Houston (small sums collected by), ‘ J. Hall Renton, 39 Park Lane, TiawAotiy W. Renwick, Milne-Graden (small sums collected = Adam B. Richardson, 16 Coates Crescent, Hdin- burgh, : - J. Richardson & Co., Greenock, Ralph Richardson, W.S., Edinburgh, . Dr Peel Ritchie, 1 Melville Crescent, Edinburgh His Grace the Duke of Richmond and Gordon, K.G., £3) mil iy (3) ny a ed Dee, 3 2 i 0 it) 90 0 50 0 te i: Ih 0 sage lt 2510 Heil 5 0 52 10 et PRWRr WWOOFrrY NF eS NO OW ORF ND BH et Oo et Re ee re oo or "| 25 i SCOOCONFKFWOSCOSCOCO ONY KY NOOWOrRNO COFF COSCO OWS KF eo ©o © occ coooso ooo oo ooo oS ooo eocoooocoooooeoocoocoooeoeococoeococoosocooeooeoeooeoese coo SUBSCRIPTIONS IN AID OF BEN NEVIS OBSERVATORY. Dr Argyll Robertson, 18 Charlotte Square, Edin- burgh, . : ‘ 5 : R. W. Robertson, Greananle Robertson & Orchar, Dundee, Ex-Provost Robertson, Dundee, William Robson, 8 George Street, Hidta banal M. E. Robinson, 6 Park Circus, Glasgow, John Rodger, Greenock, J.J. Panonon Merchiston Castle, ‘Hdinbur gh, John Romanes, 7 Nelson Street, Edinburgh, R. Romanes of Harryburn, Lauder, James Ronald, 3 Little Law Lane, London, Dr Edward Ronalds, Bonnington House, burgh, . A Ronald, Jack, & Ge Paisley, J. W. Rose, Reeder, Great Yarmouth, Hugh Rose, jun., Kilravoch Lodge, Edinburgh, The Right Hon. the Earl of Rosebery, Alexander Ross, Architect, Inverness, Earl Rosse, Birr Castle, Parsonstown, Ireland, P. Rottenburg, Holmhirst, Glasgow, John Roughead, Princes Street, Edinburgh, David Rowan, Glasgow, Warren De La Rue, 73 Portland Elbes Ponder: R. Cooper Rundell, Underwriters’ Rooms, Glasgow, W. W. Rundell, Exchange Buildings, Liverpool, James B. Russell, M.D., 1 Montrose Street, Glasgow, Dr Russell, Canaan Lane, Edinburgh, James Russell, Dundas Castle, Joseph Russell, Glasgow, J. G. F. Russell of Aden, Professor Rutherford, Edinburgh, Russell & Co., Port-Glasgow, Thomas Russell, Bridge of Allan, Colonel Sandeman, Dundee, ; Archibald Sandeman, Garry Cottage, Perth, Hector Sandeman, Garry Cottage, Perth, Professor Sandeman, Garry Cottage, Perth, Dr Sanderson, 8 Manor Place, Edinburgh, . Dr Sanderson, Musselburgh, W. A. Sanderson, Byethorne, Galashiels, Frederick E. Sawyer, 53 Buckingham Place, Brighton, Archibald S. Schaw, Park Gitcus, Sieh Prof. A. Schuster, Owen’s College, Manchester, James H. Sclater, Nevich Park, Lewis, Sussex, Scott & Co., Greenock, 3 Alexander Scott & Sons, Greenock, Dr Scott, Musselburgh, James Robson Scott of Scotch Belford, M. Di, Mrs Corse Scott, Sinton, Hawick, The Earl of Selkirk, St Mary’s Isle, Reena bright, . ; : 3 ; Bailie Shankland, Greenoe : James Shanks, Den Iron Works, deproath, John Sharp, Dundee, Councillor Shearer, Greenock, The Right Hon. the Earl of Sheffield, J. B. Sherriff, Kingairloch, . John E. Sibbald, 8 Ettrick Road, Haiiberote Dr Sibbald, 3 St Margaret’s Road, ee James Sibbald, do. Edin- eas AIP 5 0 23 13 10 10 10 O 10 O ut) 4 4 1 0 a) by 20 10 illay (0) 4 4 10 0 50 0 uit 1 0 5 0 2, 2 2 2, 30 0 ual 3.8 4 4 i ya! sy {0) yO) 2 2 3.3 10 0 hy 0 nr a 5 0 10 5 0 5 0 1 3) 72 ual 25° 0 5 5 1 0 10 0 2 0 Mall Be 2 2 0 25 0 il (0) 1 0 30 0 1 0 aL X{0) 10 0 2 0 I od: B Wana | & STS Sy eye (eS) le) STS ooo coo qcoeooqooooqococoocooooqocoeooqeqcecsa o oO oo o'o oo Oo Jao e oe & Oo ee Sir W. Siemens, President of the British Asso- ciation, a c Sheriff Simpson, Fort: vines. Professor Simpson, 52 Queen Street, Beene Sir Walter Simpson, 3 Belgrave Crescent, Edin- burgh, . Dr Sinclair Loviston, William Skinner, 35 George Samer Hinpprels Arthur Skivington, Greenock, : J. Slater, junior, Greenock, Alexander Smith, Banker, Methlic, A. Gillies Smith, 35 Drumsheugh Gardens, Edin- burgh, : , Dr Angus ‘Smith, Monohesten, Danan Smith, Glascon: J. Hector Smith, 33 Drumsheugh (Pee Rdin. burgh, . Mrs Henry Smith, The Grekend, ales: ‘st Mary Cray, J. Irvine Smith, 20 (cron eg Sitoet agHany ete James Smith, Benvue, Dowanhill, Glasgow, Rey. C. Smith, Inveresk, Masselbuneh, J. Turnbull Smith, C.A., 5 Belgrave Place, Edin- burgh, . J. Chalmers Smite St Helen's ay County, Wicklow, A Professor Robertson Smith, Gin SHES R. M. Smith, Edinburgh, R. M. Smith, ‘Deiat Legacy ome T, Smith, Ashwood, Dundee, z ieamineon W. Smith, 5 Inverness ‘Raneages London, i W. Anderson Smith, Teedaes jean Right Hon. W. H. Smith, 3 Grosvenor Flee, London, : : Patrick Smollett of Bonkill, William Spottiswoode, 41 Grosvenor Place, Martone T. B. Sprague, 29 Buckingham Terrace, Edinburgh, Lord Stafford, Stafford House, London, . H. T. Stainton, Mountsfield, Lewisham, Earl of Stair, Bargany, Girvan, W. Spenser Stanhope, Cameron Hall, Hemicley, John Steedman, Solicitor, Selkirk, . : Miss Stevenson, 43 Charlotte Square, BAtaboral (collected by), . : 5 J. J. Stevenson, The Red House, Tandon, : Miss L. Stevenson, 13 Randolph Crescent, Edin- burgh, David Gfovenedn: jun., 84 Goons Since Hain britghy James Stevenson, Largs, T. Stevenson, M.1.C.E., 17 Heriot Row Babee Miss Steven of Bolloorston, Glasgow, Professor Balfour Stewart, Manchester, John Stewart, 88 George Street, Edinburgh, Mark J. Stewart, Ardwell, y John Stewart, 1 St Andrew Sine, Team Captain Stewart, Sweet Hope, Musselburgh, James Stewart, M.P., Greenock, ; Walter Stewart, on etonien Distillery, Bainbargh Dr Stirling, Kippendavie, : Professor Swan, Ardchapel, even ae W. Sveinbjornsson, 1 Lonsdale Terrace, Edinburgh, Hp e oH eH 500 ry Or — Por EF ORY HY We wp OM TH wp _— 2 me NI ww woecew re ~ me eH dS DS me bo eobMoococedccs © on SoS Sr SS) Coe po OS SS foo) SSS Se eS = ©) — a) oooo°o i=) = oo IOQoOoaqoqoqQqgqgqgcegg.s XVi James Syme, British Linen Bank, pie a, James Syme, Millbank, Miss M. G. Tait (small sums aplieeiee by Professor Tait, Edinburgh, . ; W. A. P. Tait (small sums solleeeed by), J. W. Tawse, W.S., 23 York Place, Edinburgh, Taylor, Laughland, & Co., Glasgow, Bailie Taylor, Dundee, Hugh Taylor, Dowanside, Gieceow! Thomas Taylor, Dundee, Templeton & Co., Glasgow, G. Templeton & Sons, Glasgow, Sir Chas. Tennant of The Glen, The British Association, The Meteorological Council, A. F. Thistlethwayte, Kinloch Toda, Fort- Syallent R. W. Thom, Glasgow, Sheriff Thoms, 52 Great King Street, Edinbur gh, G. H. Thomson, M.D., Clifton, Professor Sir W. Thomson, Glasgow, Thomson, M‘Gregor, & Co., Glasgow, T. Thomson, Exchange Buildings, Glasgow, Wm. Thorburn, 12 Buckingham Terrace, Edinburgh, Mrs Torrance, Norton House, Warrington, R. Jamieson Torrie, 1 Glenfinlas Street, Edinbur, a, Lord Trayner, 27 Moray Place, Edinburgh, Dr Treutler, Fletching, Uckfield, : Coutts Trotter, 17 Charlotte Square, Edinburgh, Commander Tufnell, Dollars House, Hurlford, James Tullis, Rosebank, Cambuslang, Lieut.-Col. Turbervill, Ewenry Priory, Eeieenie Andrew H. Turnbull, Whitehouse Loan, Edinburgh, John Turnbull, 58 Frederick Street, Edinburgh, J. Turnbull of Abbey St Bathans, Matt. J. Turnbull, M.D., Coldstream, Professor Turner, raghahae ch, Professor Tyndal, Royal Institution, Trosdont The Hon. Lord Provost Ure, Glasgow, Andrew Usher & Co., West Nicolson Stach, Edin- burgh, J.& J. gher Bainivarat G. S. Veitch, Bank of Scotland, Paicley, Rey. W. Douglas Veitch, Elioch, Sanquhar, Miss Veitch, Elioch, Sanquhar, ; Miss Vicary, Warminster, J. Walker & Co., Greenock, Harry Walker & Sons, Dundee, James Walker of Dalry, Lawson Walker, Greenock, James Wallace, Greenock, Mrs Wallace, Glassingall, Sir George Warrender, Bruntsfield trotiad Edin- burgh, George Water & aene 56 Hateven Street, Hdin- burgh, A. Watson, nae ve nt, irekerear A J. Watson, 45 Charlotte Square, Edinburgh, James Watson & Co., 26 Renfield Street, Glasgow, Sir James Watson, Glasgow, Watson Brothers, 5 Oswald Street, ‘aleesoy J. Watson, 2 Oswald Road, Edinburgh, b mE bo SOSCMm~NWPHNwWNRrRwWaDNn & bo mT 09 ONwnnHPnHyete yey pPOrPRNN bo i) oOInorwoownn»r OT oO is 2 eS a oo oo SOS Goo So Oo Chie Rh wo ee cuo e =) IS) CY) PS) SS) tae heh SS) ey Se) Se 8 fey r=) fe) C=) Sp TS) et er) Sx iat Sea SS) — 4 NONONH FH = eye) © eyes eS ea eS SSS ee Se) (=) (=) (a (SS (Se) (ey Te) Te nS) Ke) Tea Tes (=) (SS) (=) (=) oooocoooqcjoqoooqoo]o oO S299rS So (SFOS SUBSCRIPTIONS IN AID OF BEN NEVIS OBSERVATORY. Dr P. H. Watson, 16 Charlotte Square, Edinburgh, Professor Morrison Watson, Owen’s College, Man- chester, 5 David Watters, Montrose: Frouses Gries Loan, Edinburgh, Merve G. Weinberg, Dundes Robert Weir, 17 Royal Terrace, nen bunshy . The Earl of Wemyss, Gosford House, Longniddry, J. A. Wenley, 5 Drumsheugh Gardens, Edinburgh, J. Martin White, Springrove, Dundee, The Misses White, 4 Lansdowne Crescent, Edinburgh George Whitfield, Hamsey, West Lewis, Sussex, Dr Whyte, 52 Melville Street, Edinburgh, J. Stone-Wigg, Estcourt, Tunbridge Wells, Wigham & Vernon, 129 George Street, Edinburgh,. John K. Wigham, Chapel Street, Dublin, . John Wilkie of Foulden, Phillip Williams, Hinstock, Market iBegin. George Williamson, 5 Chamberlain Road, Edin- burgh, 13%, (Gr Wallameen: 6 Moray since Hamburene Stephen Williamson, M.P., St Andrews, George Wilson, §.S.C., 16 ‘Minto Street, aiabanet G. Fergusson Wilson, Hieatherbank: Werbridge, J. Wilson, T. J. Wilson, 8.5. C., 30 Queen Streets Haiaberart Thomas Wilson, Rivers Lodge, Harpendean, Admiral Thomas Wilson, ©.B., 46 Palmerston Place, Edinburgh, Provost Wilson, Greenock, . E. T. Wood, Brinseall, William Wood, C.A., 4 Oxford nioniace) Hdinbareet Samuel Woodhouse, Norley Hall, Frodham, J. C. Wright, 30 Castle Street, Edinburgh, A. Wylie of Prinlaws, Leslie, : Wylie & Lochhead, Glasgow, Weelss, : A. Snes 22 Elm Row, isetearbee James Young of Kelly, J. Youngelause, Lighthouse, Monnak by), Robert Younger, St an s Bieon Ridin panes William Younger, Anchen Castle, Moffat, . William Younger & Co., Edinburgh, Colonel Henry Yule, 3 Pon: -y-wern Koad, Tentont Sir George Yule, 30 Clanricarde Gardens, London, The Right Hon. The Earl of Zetland, Sums under One Pound, Subscriptions received at Observatory :— George Bray, J. Brown, é L. Colsor, Bridport, Charies W. Cowan, Penicuik, Dr Harker, 1a, ils (CRs C.S. Inglis, Thomas Lundy, . A. L. Rotch, Blue Hill Ouseraton Boston, U. S., Sir Richard Wallace, ; ; Mrs Ward, Manchester, Sums under £1, (collected 25 13 Hee EO Hwrenr og bd HBHnOnNeE yp aA od F oO 200 oO on Re 20 il 2 50 38 RS) Ox Oy Bt et — Or Oo OH SortoNrpoonorF So OW pro OC SoS ocorFoOonNooCcOorFr AN a a DoOoooow So =O Ow Noro Oo orc — eoooocoocooceococqco oe oooosoc o0 9 oooococooocoocso ooo a ooo oS Qooooqooqooeqc»cecdodao Trans. Roy. Soc. Edin® - Vol_XXXIV. D® BUCHAN ON THE METEOROLOGY OF BEN NEVIS MPPPd vere. 2981 b2Y 4397 HORM OT 7b uses MOTU2IDYT gm oe A Z£ggr snsny 2gg1 ‘aunt Zggr ‘Ae ee Lggr ‘youey tae een 98gt ‘1squiac9q, 988i ‘19q0399 9ggr ‘Aieniqayq Sggi ‘1aquiaaoy Sggr ‘saquisao ny Pggt ‘saquiaAoN bggi ‘aunt tggr ‘oun €ggr ‘1aquissacy '] i] Wh 1z taal €t 9 8 ~ of Zz $1 gr IL €z gi “1 1 “‘SUuLVG DNIGNOdSaNYOD = NM FINS KOO DOH A | FINO Pee ee g fe THE METEOROLOGY OF BEN NEVIS. By ALEXANDER BUCHAN, LLD., SECRETARY OF THE SCOTTISH METEOROLOGICAL SOCIETY. THE attention of meteorologists was almost exclusively directed, till quite recently, to the collecting of the observational data necessary for determining the diurnal variation and the geographical distribution of the temperature, pressure, moisture, and movements of the atmosphere and the rainfall. In conducting these inquiries, the importance of the study of the changes of weather came gradually to be recognised, and an additional impetus was given to the prosecu- tion of this branch of meteorology when it was seen that the subject had inti- mate relations to the practical question of weather forecasts, including storm warnings. Weather maps, showing the state of the weather over a consider- able portion of the earth’s surface, began to be constructed, and rapid pro- gress was at once made in our knowledge of the more striking changes of weather as these occur from day to day. One of the largest and most important practical problems of meteorology is to ascertain the course which storms follow, and the causes by which that course is determined, so that we may forecast from the meteorological pheno- mena observed, not only the certain approach of a storm, but the particular course that storm will take. The method of conducting this large inquiry in the most effective manner was devised by the genius of LEVERRIER, and began to be carried out by him in 1858 by the daily publication of the Bulletin Interna- tional, to which a synchronous weather map was added in September 1863. This map showed: graphically for the morning of the day of publication the atmospheric pressure and the direction and force of the wind, together with tables of temperature, rainfall, cloud, and sea disturbance from a large number of places in all parts of Europe. It is from such weather maps that forecasts of storms are framed and suitable warnings issued, and a body of information is being collected which is gradually leading to a juster knowledge of those great atmospheric movements and other changes which form the groundwork of the science. These weather maps practically take note only of the meteorological con- ditions and changes which are observed at one height, viz., the level of the sea. VOL. XXXIV. c xvVill METEOROLOGY OF BEN NEVIS. But by and by it came to be recognised that as regards weather changes and other problems of meteorology, a knowledge of the vertical variations which take place in the atmospherical conditions is of the utmost importance. Now, the only way we can arrive at this knowledge is by regular observations made at stations which, while very near each other, differ in height as much as possible. In 1875 Mr Tuomas STEvEnson, late President of the Society, pro- posed to establish a series of stations, from the bottom to the top of some steep mountain, in order to obtain such vertical sections of the atmosphere for calcu- lating vertical gradients for atmospherical pressure, temperature, and humidity. In the meantime, High-Level Stations were being established in the United States, Mexico, India, and the Australian colonies; and on the Con- tinent of Europe, in France, Italy, Switzerland, Austria, Germany, and Russia. But in this general movement in meteorological research Great Britain took no part. In 1877 Mr Mitne Home, then Chairman of the Council of the Scottish Meteorological Society, pointed out the singular advantages of Ben Nevis as a High-Level Observatory. It is the highest mountain in the British Islands, rising to a height of 4406 feet above the sea; its summit is, in horizontal distance, about 4 miles from a sea-level station at Fort-William ; and it is situated in the track of the south-west storms from the Atlantic, which exercise, particularly during the colder months of the year, so preponderating an influence on the weather of Europe. These, and other advantages to be afterwards referred to, offered by Ben Nevis as a High-Level Meteorological Observatory, are therefore unique, and it was at once recognised that observa- tions made there would prove of the greatest value to meteorology. For these reasons it was resolved to erect a permanent Observatory on the top of Ben Nevis. Plans were prepared by Mr STEVENSON in 1879, and offers received from various contractors, but the want of the necessary funds pre- cluded anything being done at that time. The Meteorological Council of the Royal Society of London offered in 1880, unsolicited, £100 annually to the Scottish Meteorological Society, to aid in the support of the Observatory should it be established, the only stipula- tion being that the Meteorological Council be supplied with copies of the observations. Towards the end of 1880 Mr Ciement L. WraGGE offered to the Scottish Meteorological Society to ascend the mountain daily during the summer of 1881, and make observations at the top simultaneously with observations made at Fort-William, the Society defraying the expenses connected with the work. The offer was accepted, and from June to October of that year, simultaneous observations were made without the break of a single day by Mr Wraccs or his assistant at the top, and by Mrs Wraace at Fort- William, close to the sea. METEOROLOGY OF BEN NEVIS. x1x A second series was carried on by Mr Wraace during the summer months of 1882, these being on a much more extended scale, and arranged on the method proposed by Mr STEVENSON in 1875. According to this method, eight stations, extending from Fort-William to the top of Ben Nevis, were established at differ- ent heights on the side of the mountain. Observations were made at these eight stations both on the outward and the homeward journeys; and simultaneously with these, observations were made with all the instruments at Fort-William, amounting to twenty-one each day, at various intervals from 5 A.M. to 9 P.M. To the ordinary observations were added the temperature of the sea, of streams, the lake, and springs of water passed on the way; on changes of cloud, the intensity of light, changes of direction or force of wind, and other weather-phenomena. During the summer of 1883 similar observations were carried on by Messrs WuytTeE and Rankin, who had on previous years acted as assistants to Mr WRAGGE. The observations of these three years have been discussed, and the results published by the Scottish Meteorological Society.* As regards, however, the elaborate observations at the eight stations made in 1882, the discussion has only been a very partial one. Their full importance will only appear in the high place they will take in discussing the deviations from the normals of pres- sure, temperature, humidity, &c., that occur in the lowermost stratum of the atmosphere, 4406 feet thick, thus comprising nearly a sixth part of the mass of the earth’s atmosphere. This elaborate system of observations was carried out by Mr WracceE with a skill, energy, resolution, and success worthy of all praise. The discussion of these observations brought out results of the greatest interest. The deviations from the provisionally adopted normals of pressure, temperature, and humidity which were noted from time to time were compared with the weather changes which occurred ; and from these comparisons valu- able evidence was obtained of the correctness of the high expectations which had been formed regarding the part to be played by a High-Level Observatory on Ben Nevis, in assisting to frame forecasts of the weather of the British Islands, which can be obtained nowhere but from such an elevated position as the top of Ben Nevis. In these circumstances the Scottish Meteorological Society made an appeal, in the early months of 1883, to the public for funds to enable them to build an Observatory on Ben Nevis. The proposal was heartily supported by scientific men both at home and abroad; and the interest of the public was shown by a prompt response to the appeal for subscriptions. A sum of £4000 was soon collected, and by October the subscriptions exceeded £5000 ; the subscriptions varying in amount from £200 to a halfpenny, and the sub- scribers representing all ranks, from Her Majesty downwards. * Jour. Scot. Met. Soc., Third Series, vol. i. pp. 4-27. Xx . METEOROLOGY OF BEN NEVIS. No time was lost in taking steps to erect the buildings, so that the practical work of the Observatory should begin before winter set in. The directors were the more anxious for this, seeing that the experience of a winter’s work was necessary to enable them to foresee and provide against the difficulties that would arise next year, when additional buildings and continuously registering apparatus would be required in the future work of the Observatory. The buildings were erected from plans by Mr SypnEy MircueE 1, architect, and the Observatory was formally opened by Mrs CAMERON CAMPBELL, the proprietor of the ground on which the buildings are erected, on October 17, 1883. Shortly thereafter, Mr R. T. Omonp, superintendent, Mr Aneus RaAnkty, first assistant, and Mr Duncan, second assistant, went into residence, and on November 28 the regular work of the Observatory commenced, consisting of hourly observations by night as well as by day, which have been carried on uninterruptedly since. . Telegraphic communication was established by the Post Office authorities between the Observatory and Fort-William; and a résumé of each day’s observations is telegraphed for the morning newspapers. The Observatory is fully equipped with instruments of the best description.* A peculiarity of the system of observation carried on is that the whole of the observations of temperature and humidity must be eye observations. This necessity is occasioned by the peculiar climatic conditions which obtain at the top of Ben Nevis, these being (1) the high winds which prevail, often exceeding the rate of 100 miles an hour, thus rendering the indications of registering thermometers practically useless; (2) the completely saturated atmosphere which prevails so frequently, so complete being the saturation that everything exposed in it is dripping wet; (3) the formation of a thick incrustation of ice during large portions of the year round every object exposed in the outside air; and (4) the frequent choking up of STEVENSoN’s thermometer screen by snow drifts. From the commencement the directors contemplated, as a constituent part of this system of observations, the establishment of a Low-Level Observatory at Fort-William, since it is not the observations made at the Observatory taken by themselves, but these observations in their relations to similar ones made near sea-level at Fort- William that will further meteorological research, and contribute the aid required in forecasting weather. Accordingly, a station was estab- lished at Fort-William in December 1883, and placed under the charge of Mr Coun Livineston, of the Public Schools, at which observations are made five times daily in connection with those made on Ben Nevis, the hours of observation being 8 and 9 A.M. and 2, 6,and 9 p.m. The instruments here are of the best description, including a barograph and a thermograph, used chiefly as instruments for verification of the observations and for interpola- * See p. lii. METEOROLOGY OF BEN NEVIS. xxl tion purposes. The station selected at Fort-William is within a few yards of the sea, and 29 feet above mean sea-level; while the Observatory at the top of Ben Nevis is built on a true peak. Both stations are therefore in positions at which the effects of solar and terrestrial radiation are minimised. The observa- tions of temperature at both stations thus closely approximate to the true temperature of the free atmosphere—a condition of the first importance in dealing with the larger questions in meteorology, which it is the chief object of High-Level Observatories to elucidate. In these respects, no other pair of Meteorological Stations anywhere in the world are so favourably situated as these two stations for supplying the observational data required in investigating the vertical changes of the atmosphere. The observations made at the Ben Nevis Observatory and those at Fort-William are printed 7m extenso with this Report. Temperature. In the following table the mean temperature in each case is obtained from the formula— Max.+min.+9 amM.+9 P.M. 4 The means for both stations are for the four years since the Observatory was opened, beginning with December 1883, and ending with December 1887. Jan. | Feb. | Mar. |April. May. Jane July.| Aug. | Sept.) Oct, | Nov. | Dec. | Year, Ben Nevis Observatory. 1883, ° ° ° ° ° ° ° ° ° is] ° 25°8 ° 1884, 3 : : - | 25°6 | 23°0 | 24°6 | 27°4 | 33-1 | 37-1 | 41°6 | 42°3 | 40°0 | 32°9 | 26°2 | 24°6 | 31°6 1885, é “ : . | 24°2 | 23°4 | 22°3 | 26°9 | 26°8 | 35°6 | 42°3 | 39°9 | 34°8 | 26°4 | 28°5 | 26°2 | 29°8 1886, : ; ; - | 19°8 | 21°1 | 22°0 | 26°8 | 30°5 | 36°0 | 38°5 | 39°9 | 36°4 | 34°6 | 29°5 | 20'2 | 29°6 1887, 24°9 | 27°1 | 24:0 | 25°6 | 82°0 | 45:5 | 41°3 | 40°0 | 36°6 | 28°4 | 26°1 | 22°8 | 31:2 Fort- William 1883, Ape ay eet cae CARL Mr Wet AMEN | (ste bea [-aieont os 1884, 42:0 | 41°4 | 42°7 | 45°5 | 49°9 | 54°8 | 58:2 | 58:2 | 54:9 | 47°9 | 41°4 |] 89:4] 48°0 1885, é c - . | 37°4|39°0 | 39°8 | 45°3 | 46°0 | 53°6 | 56°4 | 55-7 | 51°2| 42°3 | 41°8 | 40°2| 45-7 1886, ¢ ; ¢ . | 385°5 | 34°8 | 38°7 | 44:0 | 48°2 | 53°38 | 55°6 | 55°3 | 51°38 | 49-4 | 43°7 | 34°3 | 45-4 1887, ci : : . | 39°3 | 40°5 | 38°8 | 42°8 | 49°3 | 58°3 | 57°6 | 56°4 | 51°0 | 44°8 | 40°2| 36:0} 46°3 Mean B. N. O., . ° - | 23°6 | 23°6 | 23°2 | 26°7 | 30°6 | 38'5 | 40°9 | 40°5 | 36°9 | 80°6 | 27°6 | 23°9 | 30°5 cen ee “ - | 388°6 | 38°9 | 40°0 | 44°4 | 48-4 | 55:0 | 57°0 | 56°4 | 52°1 | 46°1 | 41°8 | 38:2} 46°4 Difference, . c » | 15:0) 15°3 | 16°8| 17°7 | 17°8 | 16°5 | 16:1 | 15°9 | 15:2 | 15°5 | 14:2) 14:3 | 15-9 Rate of fall of temperature | with height, . ‘ a 292 | 286 | 261 | 248 | 246 | 265 | 272 | 275 | 288 | 282 | 308 | 306 | 275 Thus the mean annual temperature of Ben Nevis for these four years is 30°'5, the lowest monthly mean being 23°-2 in March, and the highest 40°9 in July; August being nearly equal, viz., 40°°5. The difference between the Xxli METEOROLOGY OF BEN NEVIS. mean annual temperature of Ben Nevis and Fort-William is 15°9, the least monthly mean difference 14°2 occurring in November, and the greatest 17°'8 in May. The greatest difference between the temperature of the top and bottom of the mountain occurs from March to June, when the top is still under a deep covering of snow, the air is driest, the great annual increase of temperature is in progress, and the temperature of the Atlantic relatively to that of the air is lowest. On the other hand, the difference is least from November to January, when the mountain is most frequently and most densely enveloped in cloud and mist, the atmosphere oftenest completely saturated, and westerly winds from the Atlantic very greatly predominate. These results show that the rate of the decrease of temperature with height is one degree Fahrenheit for every 275 feet of ascent on the mean of the year, the rate being most rapid in April and May, when it is one degree for each 247 feet, and least rapid in November and December, when it is one degree for 307 feet. This rate agrees closely with the results of the most carefully con- ducted balloon ascents, and of those of the very few other pairs of stations in other countries from which tolerably satisfactory data can be obtained. A comparison of the observations of the two stations for the period shows a variation with the hour of the day more decidedly marked than the variation with season. The following are the differences between their mean daily maxima and the differences between their mean minima :— Jan. | Feb. | Mar. |April. | May. | June. | July. | Aug. | Sept. | Oct. | Nov. | Dec. | Year. Difference of Mean Maxima, | 15°°9 | 17°°4 | 19°°6 | 22°°4 | 22°°1 | 21°-0 | 20°-2 | 20°°5 | 19°-2 | 18°-4 | 15°°5 | 15°°6 | 19°-0 Difference of Mean Minima, | 14°4 | 14°] | 15°-4 | 14°°3 | 14°-7 | 18°-1 | 13°°4 | 13°°0 | 12°°8 | 13°-8 | 18°-0 | 18°-1 | 13°'8 Hence in winter the decrease of temperature with height is nearly as great during the night as during the day, but from April to September the rate of fall during the day is about a half more than that of the night. In April the rate of decrease of temperature with height is one degree for 196 feet during the warmest time of the day, whereas during the coldest time in the early morning it is one degree for 301 feet. The rates of decrease observed from day to day, however, differ widely from these means and from each other. The greatest fall of temperature from Fort-William to the Observatory noted to the end of 1887 was 28°:1 at 2 p.m. of June 8, 1885. On the other hand, however, the temperature at the top has frequently stood higher than the temperature of Fort-William. The greatest deviation in this direction occurred at 8 A.m. of November 18, 1885, when, while the temperature at Fort-William was 22°2, that of the top was 35°°1, or 12°°9 higher. The departures from the normal differences of temperature, but more especially the inversions of temperature, and the extraordinarily rapid rates of METEOROLOGY OF BEN NEVIS. Xxiil diminution with height are intimately connected with the cyclones and anti- cyclones of north-western Europe, and form data, as valuable as they are unique, in forecasting storms. But the wet bulb thermometer furnishes observations even more remark- able than those which indicate simply the temperature of the air. Indeed, the most striking feature of the climate of Ben Nevis is the repeated occurrence of excessive droughts. Of these droughts the following thermometric readings, made on July 30, 1885, afford a good example :— Dry. Wet. Diff. Dew-Point. ACM." . 48°83 46°°9 19 44°°8 DAS ett ee . 48°°3 45°°3 3°°0 42°-0 Cae: .., 00'S 36°°2 14°-1 21°3 MB iiss wii vy RAO e 36°°2 13°5 21°83 Such low humidities and dew-points, sharply marked off from high humidi- ties and dew-points, frequently occur. Several remarkable instances which occurred during the summer and early autumn of 1885 form a valuable contribution to the science, especially when viewed in connection with the irregular geographical distribution of the disastrous frosts which occurred in some districts, but not in others, on subsequent evenings. The observations show comparatively brief continued states of the atmosphere characterised by clear skies and low humidities to have repeatedly passed the Observatory, which were closely preceded and followed by states of the atmosphere showing large humidity. Now it is evident that, during the night when temperature falls through the effects of terrestrial radiation, those parts of the country will suffer most from frosts over which these very dry states of the air pass or rest ; whereas those districts over which a more humid atmosphere hangs will escape. On the night of August 31 to September 1 of 1885, the potato crop was totally destroyed, and grain crops in flower at the time were also destroyed by frost, in various localities in the valleys of Tweed, Nith, Clyde, and Spey. Over middle and upper Speyside, temperature on the ground fell to 15°-0, with results most disastrous to these crops; whereas at Dalnaspidal, in the district immediately contiguous, potatoes were scarcely if at all blackened. But by far the greatest drought recorded at the Observatory was in March 1886, which commenced at 1 A.m. on the 11th, and ended at midnight of the 12th, thus extending over forty-eight hours. The mean humidity, calculated from Apsoun’s formula, of the first twenty-four hours was 19, and of the second twenty-four hours 15, the least humidity being 6 at 8 p.m. of the 12th. The three consecutive hours of greatest dryness were the following :— XxiV METEOROLOGY OF BEN NEVIS. Dry. Wet, Dew-Point. Humidity. 1 PME te . pelns 14°°8 —32°1 7 Boa a ged D 14°-0 — 34°3 6 Oiviss. ie OILOT2 13°0 —32°3 8 During these two days the sky was cloudless throughout, the wind south- easterly, blowing at first with force 5 (scale 0 to 12), then gradually falling to 3 at 9 A.M. of the 11th, about which it remained till 4 p.m. of the 12th, when it fell to a calm, or only the lightest airs from the north-east at the time the greatest dryness took place. On these days the extremes of temperature were 24°°3 and 13°°3; and it may be noticed that at 8 a.m. of the 12th, while at the Observatory the temperature was 23°°9, at Fort-William it was 19°:2, or 4°-7 lower than on the top of the mountain. Mr Wraacer’s observations of 1882, made at different heights, clearly show that such extraordinary dry states of the atmosphere are restricted to the higher parts of the mountain. For each of the four years the maximum temperatures recorded at the Observatory were 60°'1, 60°°0, 55°°8, and 66°°2 ; and the minimum tempera- tures 9°°9, 11°1, 8°°4, and 9°:0 respectively. Thus the highest temperature recorded in these three years was 66°°2 in June 1887, and the lowest 8°:4 in December 1886, giving 57°'8 as the absolute range. Atmospheric Pressure. The mean monthly atmospheric pressures at the Observatory (at 32° only), and at Fort-William (at 32° and sea-level) are these, the means being calculated from the hours 9 A.M. and 9 P.M. Jan. | Feb. | Mar. | April.) May. | June. | July. | Aug. | Sep. | Oct. | Nov. | Dec. Yun | Ben Nevis Observatory, in. in. in. in. in. in, in. in. in. in. in. in. in. 1883, ; F wd = a Je as ‘- af is 2% Na 5 BEI ace 1884, ‘ . | 25°174 | 25-110 | 25°184 | 25-291 | 25-319 | 25-499 | 25-386 | 25-440 | 25-405 | 25-377 | 25-438 | 25-056 | 25-302 1885, 4 . | 25°150 24863 | 25 360 | 25°189 | 25-153 | 25-467 | 25°594 | 25-475 | 25-193 | 25-180 | 25-233 | 25-390 | 25-267 1886, ; . | 24:942 | 25°398 | 25-234 | 25-273 | 25-322 | 25-417 | 25-319 | 25-382 | 25-395 | 25-261 | 25-213 | 24-953 | 25-259 1887, : . | 25°159 | 25-494 | 25°390 | 25°374 | 25-472 | 25-680 | 25-424 | 25-424 | 25-358 | 25-445 | 25-086 | 25-089 | 25:366 Fort- Willian. 1883, : ; me vs vis oh ue as ana ae a oes .. | 30°011 ae 1884, d . | 29°751 | 29-704 | 29-759 | 29-859 | 29-842 | 30-018 | 29:844 | 29-896 | 29-886 | 29-932 | 30:063 | 29-636 | 29:849 1885, ; . | 29°758 | 29422 | 30-004 | 29-759 | 29-718 | 30-001 | 30-099 | 29-986 | 29°692 | 29-702 | 29-775 | 29-978 | 29°825 1886, ‘ . | 29'544 | 30-071 | 29°875 | 29-867 | 29-880 | 29-940 | 29-810 | 29-865 | 29-916 | 29-780 | 29:776 | 29-558 | 29-824 1887, ; . | 29°753 | 80°124 | 30-032 | 29-992 | 30-044 | 30-168 | 29-902 | 29-911 | 29:875 | 30-046 | 29-655 | 29-698 | 29-933 Mean B. N. O., 25°106 25°216 | 25292 | 25:282 | 25:316 | 25-516 | 25-431 | 25-430 | 25-338 | 25°303 | 25-243 | 25-176 | 25-300 59 Pees es 29-701 | 29°830 | 29-918 | 29-869 | 29-871 | 30-032 | 29-914 | 29-914 | 29°842 | 29-865 | 29°817 | 29-775 | 29-862 Difference, . . | 4°595 | 4°614] 4-626| 4:587| 4:555| 4-516| 4-483| 4-484] 4504] 4:562| 4:574| 4-600| 4-562 This table gives for Ben Nevis a mean annual pressure of 25°300 inches. The maximum monthly pressure is 25:516 inches in June, and the minimum METEOROLOGY OF BEN NEVIS. XXV 5106 in January, the difference being 0-410 inch. Comparing the pressures at the Observatory with those at sea-level at Fort-William, the mean annual difference is 4°562 inches, the greatest monthly difference being 4°626 inches in March, and the least 4°483 inches in July. Among the more important points to be determined, particularly as regards the investigation of weather phenomena, are the normal differences between atmospheric pressure at the Observatory and at Fort-William for the different air temperatures and sea-level pressures that occur. These differences, or corrections for height as they are usually called, were first calculated from all the synchronous observations made at the two stations, and the results entered in a provisional “Table of Corrections for Height.” With the aid of this table the departures from the normals were ascertained for each of the five daily observations made since the opening of the Observatory. The results showed a diminution of pressure at the Observatory on almost every occasion during the prevalence of high winds on the top of the mountain ; or when the wind blew at a rate of 30 miles an hour and upwards, the observations reduced to sea-level indicated a less pressure than what was actually observed at Fort- William at the time. Further, the differences were found to increase with the strength of the wind, and amounted not unfrequently to the tenth of an inch, and on one day when the wind continued to blow at the rate of about 120 miles an hour, the five synchronous observations of that day showed differences of about 0°150 inch. This lowering of pressure is no doubt due to the winds partially sucking out the air from the interior of the building as they brush past the Observatory. A similar result was also observed by Mr WRraGGE and assistants during the summer months of 1881-83, when the baro- meter was placed in a cairn specially built for its reception. It thus became necessary to calculate afresh the table of corrections for height, usmg in the new calculation only those observations which were made when the wind at the Observatory blew at rates lower than 30 miles an hour. This recalculation has been completed, and with the results thus obtained, the “Table of Corrections for Height” accompanying this paper has been prepared, giving the corrections for each tenth of an inch of the pressure at sea-level from 27°400 inches to 30:900 inches, and for every 1°-0 of the temperature of the air from 16°-0 to 75°:0. In this inquiry the temperature of the air has been assumed as the simple arithmetical mean of the temperatures at the Observatory and Fort-William. The results are closely accordant with the figures for a sea-level pressure of 30°000 inches published by General Hazen of the U.S. Signal Service for the use of the United States’ observers, with this difference, that for each degree from 16°0 to 75°-0, the sea-level corrections empirically determined for Ben Nevis are 0-020 inch greater than the figures of the Signal Office. VOL. XXXIV. d XXvVl METEOROLOGY OF BEN NEVIS. The sea-level corrections for the Observatory have been worked out from the formula given by Lapuace in the Mécanique Céleste in the form employed by the Meteorological Council, and in general use by meteorologists in the United Kingdom.* At an outside air-temperature of 45°:0, the correction for height deduced from this formula is identical with the correction calculated directly from the observations for all the sea-level pressures. But at lower temperatures the correction from the formula steadily increases, and at an air- temperature of 20°°0 and sea-level pressure of 30-000, it is 0°040 inch larger than the correction empirically determined from the Ben Nevis observations ; while, on the other hand, with air-temperatures higher than 45°-0, the empiri- cally-determined correction is the larger one. It was found that, when the additions to the corrections in the Lapuace table for air-temperatures lower than 45° were reduced by one-sixth, and the subtractions from the corrections as the temperature rose above 45° were also reduced by one-sixth, the two tables were virtually identical. The admirable position of the two stations at which the effects of solar and terrestrial radiation are minimised, gives quite a special value to the result thus obtained. The table must, however, be regarded only as a provisional one, giving closer approximations to the true corrections for height than has hitherto been possible. In preparing new isothermal and isobaric maps of the globe for the “Challenger” Expedition Report on Atmospheric Circulation, these rates of diminution of temperature and pressure with height, deduced from the Ben Nevis observations, were adopted in the construction of the table of corrections for height above mean sea-level up to 8000 feet for the different air-temperatures and sea-level pressures that occur. The results of charting from these tables afford the strongest corroboration of the great value in practical meteorology and physical geography of this piece of work executed from the data furnished by the Ben Nevis and Fort-William Observatories, The departures from the normal rate of diminution of temperature with height, differ materially from each other from time to time. On reducing the barometer at the top of the mountain to sea-level, using in the reduction the mean of the temperatures at the top and the bottom of the Ben as the tempera- ture of the air, it is found in a large majority of cases that the reduced pressure closely agrees with the observed sea-level pressure at Fort-William. This result is far from being restricted to those cases when the rate of diminution of temperature with height is closely approximate to the normal. It also fre- quently occurs when the difference of temperature at the two Observatories either greatly exceeds, or greatly falls short of, the normal, occurring even when the two temperatures are nearly the same, or the upper temperature the higher of the two. The agreement of the reduced pressure to sea-level of the * Instructions in the Use of Meteorological Instruments, by R. H. Scort, London, 1873, p. 80. METEOROLOGY OF BEN NEVIS. XXVII observations at the top of the mountain with the observed sea-level pressure at Fort-William, indicates that, m those imstances, either the normal vertical dis- tribution of temperature, or its abnormal vertical distribution, as the case may be, is uniformly distributed from sea-level to a height of at least 4406 feet. But a very considerable number of cases occur in which pressure at the top, reduced to sea-level, does not closely agree with the sea-level pressure observed at Fort-William, thus indicating that the change of temperature does not proceed at a uniform rate from Fort-William to the top of the mountain. Two of the more prominent exceptional classes of such observations may be here referred to. In anticyclonic weather it frequently happens that tempera- ture at the top is relatively much higher than at Fort-William, the higher tem- perature being restricted to the higher parts of the mountain. A fine instance of this was observed by Mr WrAGGE on August 8, 1882. During his ascent that morning, temperature steadily fell till a height of about 2575 feet was reached, when temperature had fallen to 46°; it then suddenly and rapidly rose to 53°:2 at the Red Burn Crossing, 2700 feet high, and to 55°°9 at the top; the tem- perature at Fort-William at the same instant being 57°2. The air on the Ben passed, at the same time, from a state of saturation to one of intense dryness. The other exceptional class of instances occurred with those east winds which are not felt at the Observatory at the top, but are confined to lower levels. These being relatively cold winds, a uniform rate of change of temperature with height does not obtain. An easterly wind prevailing from sea-level to the top, and an easterly wind limited to lower heights, are two very different types of weather, and have very different bearing on coming weather. It is not neces- sary to insist here on the very great importance, in forecasting weather, of an accurate knowledge as to whether the changes of temperature that so markedly occur in unsettled weather, are confined to a height extending but little above the earth’s surface, or reach to at least a height of between 4000 and 5000 feet. Rainfall.The following are the monthly amounts of the rainfall at the Observatory and Fort-William during the months when it has been observed simultaneously at both stations. From the monthly means obtained the annual rainfall on the top of Ben Nevis is 129°47 inches, the largest monthly fall being 19°53 inches in December, and the least 5-66 inches in April. For the same periods, the mean annual rainfall at Fort-William was 77°33 inches, which is 52°14 inches less than that of the Observatory. The rainfall of the Ben Nevis Observatory is the largest anywhere yet observed in Scotland; and, as regards the British Islands, it is only exceeded at The Stye, Seathwaite, and a few other points in the same part of the Lake District. The largest rainfall on any day during the four years was 5°34 inches on December 12, 1885; and on January 1, 1887, there fell 4:45 inches. On the XXVlil METEOROLOGY OF BEN NEVIS. two days, December 12 and 13, 1885, the amount precipitated was 8°86 inches. For five day periods the following are the largest—December 11-15, 1885, 10°25 inches; October 1-5, 1885, 10°02 inches; November 5-9, 1884, 9:91 inches; December, 6-10, 1884, 9°83 inches; and December 30 to January 3, 1886, 9°25 inches. Jan. | Feb. | Mar. ‘Api May. | June. | July. | Aug. | Sept. | Oct. | Nov. | Dec. | Year. Ben Nevis Observatory. in. in. in. in. in. in. in. in. in. in. Im. f Im. in. 1881, . : . a a nt Fur ... | 12°31] 15°19 | 12°34] 6:09] 6°58 1882, . : ; a aw re ue - 8°34] 9°65] 11°39 | 10:25! 6:41 1883, . : : ee “ae we ae oy 5-74| 8:13]12°61) 9:77) ... ra ae 1884, . . - ie as - Sop x + 9°92 | 8:62} 11°66 | 20°24] 19°10] 25:29] ... 1885, . > : 7°53 |16:°94]12°82| 4°86| 8°37| 6°84| 7:54| 7°56 | 20°87) 19:04] 9:80 | 24°33 | 146°50 1886, . : . 112°76| 2°84] 5°91} 4°59] 6°25] 7:60] 10-99 | 10°16 | 13-03) 8-16 | 14°57 | 10°98 | 107-85 1887, . ; - |17°80 | 13°30 | 5:90] 7°53} 3:97] 7:51] 14°54| 8°71) 10°99] 12°19 | 8-99] 17°58 | 129:01 Fort- William. 1881, . ; E me = et 14 ... | 6'25{ 10°88) 6°41] 1°97] 4:23 1882, . : f af As a he 3°95| 6°15} 4:30) 5:50] 4:04 1883, . , F A a i A sel 2°44| 3°30] 6°74] 3:46]... bi Spe 1884. . ; : ee am wk ee ha at 6°34| 5°80) 6°18|13°77|13°55|11°61] ... 1885, . : : 5°63 |12°45] 4°85 | 4:47] 4:21) 3:25] 3°75] 3°15/11-71| 8:70] 6°64] 13:86] 82°67 1886, . ; : 8°34] 4°76] 4:96] 4:98] 3°88) 3°05] 5-60} 4:95| 8-76] 5:58] 8:96] 7:31] 71-18 WSS ieee ee . | 12°73 | 11°39) 3-49) 8:48) 1:86] 3°33) 7°90] 3:02] 455] 6°22) 5°09) 818) 71-24 Means B. N.O.,. |12°70|11:03| 8:21] 5:66] 6:20] 8:06 | 10°85 | 10-20 | 11°81 | 12°10 | 13°12 | 19°53 | 129-47 SP DLSEA eee 8:90| 9°53] 4:48] 4:31] 3°32] 3°71] 632) 4:91] 6:01] 7:09] 8:56] 10:24) 77°33 i From the commencement of the hourly observations of rain and other forms of precipitation in the beginning of July 1884 to December 31, 1887, there are 1279 days. Of these 1279 days there have been 361 days in which either no rain at all or less than the hundredth of an inch was collected ; so that on Ben Nevis one day in from three to four days has been without rain. The fewest rainless days occur in December, and largest number in April, the proportions being about 1 in 6 and 1 in 2 days respectively. On the other hand, if we accept 1:00 inch as representing a very rainy day, there occurred in the same period 145 days on which 1:00 or upwards was recorded, being thus in the proportion of 1 day in 9. The largest number of such days was 9 a month, in December ; then follow September, October, and November with about 6 each; and the smallest about one a month, in April, May, and June. The months of these groups are severally successive, the former being the time of the year when the great annual fall of temperature takes place, and the latter the time of the great increase of temperature. An inch of rain was not recorded on any day in June 1885 and February 1886, and in 6 of the 17 months this amount occurred only on 1 day in each month. DiIuRNAL PHENOMENA. Diurnal Variation of Temperature.—During the four years the barometric observations have been made without the break of a single hour. As, however, METEOROLOGY OF BEN NEVIS. xxix the tower of the Observatory, which admits of easy egress to the thermometers outside when the top of the mountain is deeply covered with snow, was not erected till the summer of 1884, occasional interruptions in the thermometric readings occurred during the first five months, on to April 1884, when blinding snowdrifts rendered it unsafe for the observers, even though roped together, to go outside. As the season advanced the interruptions became less frequent, and from May 7, 1884, the observations of temperature have been made without the break of an hour, except for 14 consecutive hours from 6 p.m. of February 21, 1885, to 8 A.M. of the 22nd, this period being signalised by a storm of such unprecedented severity as absolutely precluded the possibility of any egress to the Stevenson screen. In the following tables of temperature observations, the omitted hours of observations have been interpolated,—the maximum and minimum temperatures and the barometric, wind, and other observations that happened to be made in the interval being used as guides in interpolating. In all cases the interpolated observations are printed within brackets. Table I. gives the mean hourly temperatures of the months for the four years, and the hourly variations from the monthly means. The following table shows for the seasons the means and the mean coldest and warmest hour of the day, and their differences from the daily means :— Minimum. Maximum. Hour. Hour Winter, ‘ : : _ 03 5 AM 40°5 1 PM. Spring, : ; : —12 alla +13 2 Summer, . : ; —16 Ber 4 +18 oe Autumn, . : , —0°6 Gi, +10 Tas Year, . : : , —09 | ae +12 yd ee Thus for the whole year, the difference between the mean coldest hour, 5 A.M., and the warmest hour, 2 P.m., is 2°-1. In winter the difference is only 0°8, but in summer it is 3°°4. The month of least range 0°°6, is January. For the five months from October to February, the mean daily range of temperature varies only from 0°°6 to 1°'5. This is the time of the year when storms are most frequent, and this small range in the diurnal march of the temperature is an important feature in the climatology of Ben Nevis, inasmuch as it presents in nearly their simple form the great changes of temperature accompanying storms and other weather changes, which it is so essential to know in forecasting weather, On the other hand, the cyclonic changes of temperature are markedly large, and may be XXX METEOROLOGY OF BEN NEVIS. considered as fairly well represented by the daily maximum and minimum temperatures. Hence, while the daily range of temperature from the mean hourly observations for January is only 0°:6, the mean from the daily maxima and minima is 7°0. The disturbing influence of cyclones on the temperature is also strikingly seen in the diurnal curve for January, which shows a double maximum and minimum for the four years’ observations, which will no doubt disappear as observations accumulate. The same disturbing influence is apparent more or less in the six months from October to March, particularly as regards the time of the minimum temperature of the day. Humidity.—The hygrometry of Ben Nevis is one of the most remarkable features of its climate. The usual conditions are a saturated atmosphere. In the warmer months of the year it often happens that everything outside the Observatory is dripping wet, and on opening the Stevenson box for the thermo- meters, a drop of water is seen at each thermometer bulb; the box itself seems just to have been lifted out of water, and everything all round is wrapped in dense wetting mist. In the winter months, when the temperature is below freezing, a dense mist frequently envelops everything, and the wind deposits ice on all objects it sweeps past, the deposition being on the windward side of the object. This state of things adds greatly to the labour of observing, inasmuch as it renders necessary a repeated change of the thermometer box, and the labour is further increased by the necessity of clearing the louvres and thermometers of the fine particles of snow with which they get covered by the whirling drifts, so that the essential condition of temperature observations may be secured for the bulbs of the thermometers, viz., that they are kept entirely in contact with the free atmosphere. Hence, as regards the observations of temperature, registering instruments can never take the place of observers on Ben Nevis as is the case with low-level observations; and seeing that observations of temperature are absolutely indispensable in utilising and discussing barometric observations, the personal services of the observer can never be dispensed with at this Observatory. Further, more than common care and attention must be given to keep the wet bulb thermometer in good order, so that it may show unfailingly those changes in the humidity, which are frequently great, sudden, and of brief duration, and are so important in connection with the atmospheric changes of north-western Europe. Hence it is part of the observer’s regular routine of duty after each observation to secure so far as possible that at next hour’s observation the “wet bulb” will be properly wet, and if the temperature is under 32°-0, that it will have a proper coating of ice. For this purpose a small phial of water is carried in the observer’s pocket. Some idea may be formed METEOROLOGY OF BEN NEVIS. XXXl of the unremitting care and attention required, when it is stated that in winter, on occasions of extraordinary dryness of the air, it sometimes happens that the cloth of the wet bulb thermometer, after being wetted and then covered with a coating of ice, becomes dry again in ten minutes. It is, however, nearly always found that a little attention to the wet bulb after each observation secures its being in good order for next hour’s observation. But perhaps the greatest difficulty of all is with the dry bulb thermometer. Under the conditions referred to above, the dry bulb in winter gets rapidly encrusted with a thin pellicle of ice, and in the warmer season with a film of water with a drop ever and anon falling from it. The result is that the dry bulb becomes an almost ideally perfect wet bulb ; and hence as the wet bulb is less sensitive to changes of temperature, owing to the muslin surrounding it, it frequently occurs that the dry bulb reads lower than the wet. In these circumstances a real dry bulb is impossible to be had, but in such cases the air is either at, or very near the point of, saturation. The hygrometric observations are printed as observed, and in the meantime, while the interpretation of the wet bulb readings is often obscure and doubtful, two monthly means for the wet bulb were prepared from the Tables—the first being the simple means of the observations as they stand, from which Table ILI., showing the relative humidity, was prepared ; while the second was constructed on the assumption that in all cases where the dry bulb reads lower than the wet bulb, the air was saturated. From the latter of these means it appears that, as regards the seasons, the greatest depression of wet bulb below the dry bulb occurs in summer between 11 a.m. and 6 P.m., the mean depression being very nearly 1°-0, and the least depression in winter from 11 P.M. to 4 A.M. As the low humidities depend almost altogether on the passage over the Observatory of anticyclones, or particular parts of anticyclones, which occur irregularly at all seasons and at all hours, many years will be required to give approximately true monthly and hourly means. The daily range of the hourly means is in all cases surprisingly small, especially when the bright sunshine, usually accompanying the low humidities, is taken into consideration. Even in summer, the least depression is 0°°70 at 3 A.M. and the greatest 1°05 at 3 p.m., the daily range being thus only 0°°35, or about the third of a degree. Table II. shows in the hourly means for the year an increased relative humidity from 5 P.M. to 3 A.M., and a diminished humidity from 4 a.m. to4 p.m. These devia- tions are very small, in every case less than one per cent. The larger deviations in several of the separate months are solely due to excessively dry states of the atmosphere which occurred during these months in one or more of the years. The immense importance of the hygrometric observations is in the decided part they play in the occurrence of daily changes of weather attendant on the cyclones and anticyclones of north-western Europe, a discussion of which is now XXXIi METEOROLOGY OF BEN NEVIS. being carried on, and for this purpose it is not the means, but the individual observations which are so valuable in their bearings on weather changes. Diurnal Oscillations of the Barometer.—Table III. gives the simple arith- metical means of the hours for the several months as observed, and the difference of the mean of each hour of the day from the mean of the month. If the month began and ended with the same height of the barometer, the differ- ences of the hourly means from the monthly mean would represent the true hourly variation. But such a coincidence very seldom occurs. In January 1884 the barometer at 1 a.m. of the Ist was 25°805 inches, and at midnight of the 31st 24°837 inches. On the assumption, then, that the day began at midnight, the mean for this hour was 25:196 inches ; but if the day be considered as beginning at 1 A.M., the mean for the same hour was 25:164 inches, or 0°032 inch less than in the former case. If now the hourly differences were taken directly from the figures of the upper part of the Table, each mean from 1 A.M. to 1 P.M. would be above the monthly mean and the means of the other hours below it. Hence, to show the true hourly variation, correc- tions determined from the difference of the two midnight means have been applied to the hourly means of the Table; and from the new figures thus obtained, the lower part of the Table has been constructed, where the heavy type indicates that pressure is above the mean, and the light type, in italics, that it is below it. From the four years’ observations, the following are the four diurnal phases, compared with the daily means, of the barometric curves for the seasons, with the approximate hours of their occurrence :— ) First Minimum. First Maximum, Second Minimum. Second Maximum. inch. hour. inch. hour. inch. hour. inch. hour. Winter, 4 P —0°012 6 A.M. +0008 11 A.M. —0°005 3 P.M. +0°010 9 P.M. Spring, 3 , —0°015 Oss +0°010 2 P.M. +0°001 Diss +0°008 8) 55 Summer, . . 00191" 6; EOLOLO |) bDnee +0:005 | 7 ,, --O"0L000) mone Autumn, 4 3 —0°019 Oss +0°005 noon +0°001 3 9p +0011 Siar Year.) Gary 20016 | 5 ;, +0005 1 P.M. 0001 4) ibis, +0009 Sh fs In all seasons the curves show the double maximum and minimum pressure. The morning minimum is much greater than the afternoon minimum, as happens on all mountain peaks which rise considerably above the plains surrounding them. The partial exception of January is occasioned by the lowest pressures, accompanying several storms of January 1884, occurring about that time of the day, particularly the low pressure of the great storm of the 25th, when sea-level pressure fell to 27°333 inches at Ochtertyre, and at Fort-William to 27°4 inches. The relatively larger minimum in the early morning is due to the cooling of the atmosphere during the night, by which the air contracting sinks to a lower level, thus lowering pressure at high levels. METEOROLOGY OF BEN NEVIS. XXXIiL As this nocturnal cooling below the daily mean temperature is relatively greater in summer than in winter, or as the diurnal range of temperature is greatest in summer, the morning minimum of pressure falls lowest during the warmer months of the year. On the other hand, as the atmosphere is heated by the sun’s rays during the day, the air thereby expanding rises to a higher level, and hence at great heights pressure is increased in the afternoon. One of the remarkable results of this state of things is, that only in winter does the afternoon minimum fall below the mean daily pressure. In summer this afternoon minimum is 0-005 inch above the daily mean. So decided are the temperature effects of solar and terres- trial radiation on the diurnal distribution of the pressure on Ben Nevis, that it is for the year above the daily mean sixteen hours of the day, and below it only eight hours. The largest excess of any hour above the mean annual pressure is 0009 inch at 9 and 10 p.M.; whereas at 5 A.m. pressure falls 0°016 inch below the mean—the defect in the early morning being thus double the excess in the evening. In June, when the direct solar heat is strongest, this temperature effect on the pressure is most decidedly marked, and as the afternoon minimum falls only 0-003 inch below the preceding maximum, a close approach is made during this month to a diurnal curve of pressure, with only one maximum and mini- mum. It is interesting to note that even a closer approach to a single diurnal maximum and minimum of pressure takes place over the open sea in the higher latitudes at substantially the same hours, and a single diurnal maximum and minimum is also approximated to, and over many regions reached, in the interior of continents in the higher latitudes, the maximum, however, occurring in such cases about 8 A.M. and the minimum about 5 p.m., being the reverse of what occurs at such high-level observatories as Ben Nevis. Another remarkable feature in the meteorology of Ben Nevis is the great regularity, from month to month, of the times of occurrence of the four phases of the pressure, and the comparatively small number of days’ observations required to show them. In winter, however, there are exceptions to this regularity, it being at this season that the strength of the sun’s rays is least, and the disturb- ance arising from the passage of cyclones, with their low pressures, greatest. Thus in December 1883 the monthly means showed only a single maximum at 11 A.M. and minimum at 10 p.m.; and again, in December 1884, a single maximum at 9 P.M. and minimum at 7 a.mM.; but the means of the four years give a curve with both maxima and minima. The diurnal phases of the barometric curve are widely different from the above, in places among the mountains situated in valleys, particularly deep valleys. Thus at Gries, in the Tyrol, which is situated in a deep valley, the following is the diurnal variation in June :— VOL. XXXIV. e XXXIV METEOROLOGY OF BEN NEVIS. Inch. Inch. LAM. +°025 lpm —'035 2, +°025 2, — 045 3, +°024 3, —'054 4, +028 4°, — 058 5 , +034 D 4 1057 6 , +040 6, —047 7, +040 7 » —'035 8 , +°035 8 , —014 9, x—+°028 9 , +:°004 10°, TOL 10, «+014 11 , +002 11 , +021 Noon —015 Midnight +°025 In such situations, during night, the whole surface of the region is cooled by radiation below the air above it, and the air in immediate contact with the ground becoming also cooled, a system of descending air-currents sets in over the whole face of the country bounding the deep valley. The direction and velocity of these descending currents are modified by the irregularities of the ground, and, like currents of water, they converge in the bottom of the valleys, which they fill to a considerable height with the cold air they bring down from the sides of the mountains. This cold and relatively dense air rises above the barometers which happen to be down in the valley, with the result that a high mean pressure is maintained during the night. In this month at Gries, pressure during the coldest time of the night is maintained about 0°40 inch above what it would be in the open country. On the other hand, during the day, these deep valleys become highly heated by the sun, and a strong ascend- ing current is early formed, under which pressure falls unusually low. The result is a diurnal range of pressure of 0°097 inch,—a range quite tropical in amount. The same law of the diurnal distribution of pressure holds even in such shallow valleys as the Thames, observations at Greenwich and Kew for the five years ending with 1880 showing a relatively higher pressure at Kew during the night and lower during the day than occurs at Greenwich ; and the differences are greatest in the months of the year when the diurnal range of temperature is greatest. From the position, this does not occur at the Low- Level Observatory at Fort-William. The whole of this discussion has important bearings on the diurnal variation in the wind’s velocity on the top of Ben Nevis, in common with all high-level observatories situated on true peaks. Diurnal Variation of the Force of the Wind.—The observations of the force of the wind have been made hourly by estimation, the scale adopted being a modified form of Beaufort’s scale, in which 0 represents a calm, and 12 the highest wind which occurs at the Observatory. Much attention was given from the first to secure that the estimations of force were made on the same method by all the staff. These efforts towards real uniformity have been unusually successful, as evidenced by the frequent comparisons made independ- METEOROLOGY OF BEN NEVIS. XXXV ently by the observers in all seasons, hours, and weathers. Generally the observations are wanting for the same hours that the temperature observations are wanting ; and as in the case of temperature, the omitted hours have been interpolated, aided by occasional remarks in the sheets of daily observations ; and since the omissions nearly all occurred in rough and stormy weather, the interpolations are tolerably correct. An anemometer, specially designed by Professor CurystaL for the Observa- tory, was erected in October 1884. Unfortunately, however, in the colder months, the deposition of ice crystals renders all anemometers utterly useless except on rare occasions, and during a brief season of the year. An important service has, however, been rendered by this anemometer. A sufficient number of observations of the wind’s velocity have been obtained by it to enable Mr Omonp to assign numerical equivalents in miles to the estimations of the force of the wind.* The equivaleuts to force are as follow :— Estimation Scale. Equivalent in miles per hour. 1 5 miles. BAT 3 + 5) 6 7 8 9 B5y) | 4 “ Higher velociti 11 108 of goer velocities.. 12 For the higher velocities the number of observations with the anemometer was insufficient for a trustworthy comparison. The daily maximum velocity of the wind (Table IV.) occurs during the night, and the minimum during the day. The daily differences are greatest in summer and least in winter. In summer the maximum, 2°21, occurs at 4 A.M., and the minimum, 1°68, at 2 p.m., or at the rate of 14 and 10 miles an hour respectively. In winter the daily extremes are 3°45 at 4 a.m. and 3°15 at 2p.M., or 26 and 23 miles an hour. It will be observed that while on the mean of the year the maximum may be considered as occurring during the four hours from midnight to 4 A.m., the minimum is spread over eight hours from noon to7 p.m. Another peculiar feature of the daily curves is a slightly marked secondary maximum from 3 to 5 p.m. during the five months from April to August, a peculiarity which also appears in the annual curve. These results are the reverse of what obtains in lower situations and over extensive plateaux, or where the wind, before reaching the Observatory, has blown over some extent * See Proceedings, vol. xiii. p. 839. XXXVI METEOROLOGY OF BEN NEVIS. of the earth’s surface. In all such situations, the maximum velocity is during the day and the minimum during the night. At Pike’s Peak, the velocity of the wind is about 6 miles per hour greater in the early morning than at noon. As regards the months, the maximum wind force occurs from November to March, the mean of the five months being at the rate of 3:10, or 22 miles an hour, and the minimum force 1°91 from June to August, or 11 miles an hour, the difference being thus 11 miles. The maximum velocity of the wind on Ben Nevis occurs therefore during the coldest season of the year, and the coldest hours of the day, and the minimum velocity during the warmest season and the warmest hours of the day approximately. The occurrence of the greatest velocity during winter is to a considerable extent to be accounted for by this season being the stormiest period of the year, when steep barometric gradients, and the strong winds so often the accompani- ments of the cyclones that make their tracks over the British Islands are of most frequent occurrence. But there is another cause which results in the prevalence of stronger winds at High-Level Stations. At High-Level Stations in tropical regions, there is little difference of temperature and atmospheric pressure observed throughout the year. Thus, at Medellin, in Columbia, 6°12” lat. N., and 75°'45” long. W., and 4951 feet above the sea, the mean barometers for January and July are 25'158 inches and 25:174 inches, and the temperatures are 70°9 and 70°'5. But in higher latitudes, where there is considerable difference between the summer and winter temperatures, pressures also differ greatly. On Pike’s Peak, 14,134 feet above the sea, where the mean temperature of January is 2° and July 40°:0, the corresponding pressures are 17°493 inches, and 18°077 inches, being thus fully half an inch higher in summer than in winter, even though pressure at comparatively low levels in that part of America are much less in summer than in winter. Since, owing to the marked diminution of pressure at great heights in the atmosphere during the cold months of the year, barometric gradients, greatly steeper than in summer, are formed in extra tropical regions in winter for the prevailing westerly upper currents of the atmosphere. From this cause doubtless the wind force on Ben Nevis is largely augmented during the winter months. It is quite otherwise with the manner of the distribution of the wind velo- cities during the twenty-four hours of the day which is so marked a feature of the meteorology of Ben Nevis, as well as of all High-Level Stations, situated on peaks, from which we have observations. In these situations, the maximum occurs during the night, and the minimum during the day, in all months of the year. The distinct, but not strongly accented secondary maximum that occurs early in the afternoon of the summer months, may be here referred to as evidence that the causes giving rise to the daily maximum wind velocity at these hours of the day at lower levels are felt at the Observatory only, however, METEOROLOGY OF BEN NEVIS. XXXVli as causing a slight variation in the portion of the diurnal curve from 10 A.M. to 8 p.M., when the wind force is less than the daily mean. But further, the diurnal variation peculiar to truly high-level stations, or those placed on mountain peaks, is shown by observations to occur on Ben Nevis during continued periods of high winds. The longest continued storm extended over seven days without intermission, from February 15 to 21, 1885, the wind remaining steadily in the S.E., except on the 20th and 21st, when it occasionally veered to S. and $.S.W. During that time, the mean hourly force was 8°21, or about 75 miles an hour, the mean hourly maximum being 88 miles from 5 to 6 A.M., and the minimum 65 miles from 4 to 5 p.m. Thus the diurnal variation during this remarkable storm was well marked, the difference between the hours of greatest and mean velocity being 23 miles. In explanation of this diurnal variation in the wind’s velocity on mountain peaks, we may revert to what has been said as to the high barometer main- tained in deep narrow valleys during the night, as the result of cold air-currents from the adjoining slopes which the chilling effects of terrestrial radiation set in motion. These masses of cold air, accumulated in the valleys, give rise to furious blasts of wind blowing down the valleys during the night. Now, since these down-rushing winds must necessarily be fed from higher levels than those of the mountain itself, it follows that the winds prevailing on the peak of the mountain are really the winds of a higher level, and blow therefore with the greater velocity due to that greater height ; and the increased velocity is kept up so long as the cold currents occasioned by terrestrial radiation continue to be poured down to the bottom of the valleys. On the other hand, during the warmer hours of the day, barometric pressure is abnormally low, owing to the super-heating of these valleys, as contrasted with the temperature of the sur- rounding region. This gives rise to a warm wind blowing up the valleys during the hottest hours of the day, and an ascending current close to the sides of the mountain, up to its very summit. Now, since no inconsiderable portion of this ascending current, whose horizontal velocity is necessarily much retarded, mingles with the air-current proper to the level of the peak, it follows that the prevailing wind on the peak must be retarded during the hottest hours of the day. Diurnal Variation in the Amount of Cloud.—The hourly means of the amount of cloud on scale 0 to 10, during the four years, are given in Table VI. The mean of the whole year is 8'4—the maximum being 8°8 in January, and the minimum 7°9 in April, the monthly amounts thus showing but little differ- ence throughout the year. The curve of diurnal variation for the year is of the simplest description, bemg above the mean from 8 A.M. to 7 P.M., and under it from 8 p.M.to 5 A.M. These features of the curves appear in their most pronounced form from April to September. The close agreement with the XXXVilli METEOROLOGY OF BEN NEVIS. corresponding curves of temperature indicate the close relations of the two classes of phenomena. The hours of the day and the months of the year when solar radiation is strongest, and the ascending air-currents consequently also strongest, are the times when the sky is most clouded. On the other hand, the times when terrestrial radiation is strongest, and descending air-currents now play the chief part, cloud is less and skies are clearer. Diurnal Variation of the Rainfall—The hourly observation of rain and other forms of precipitation commenced on June 24, 1884. These observa- tions are made with considerable difficulty, but the staff of observers have spared no labour to make them as complete and accurate as the circumstances under which they are made admit of. The mean monthly amounts for each hour for the 34 years are given in Table V. It is premature, owing to the brief period over which the observations extend, to attempt to draw any satisfactory conclusions from the results. The means for the seasons and the year seem, however, to point to an excess above the daily means from 10 a.m. to 9 P.m., and a deficiency during the other hours. Diurnal Variation of Sunshine-—A. sunshine recorder was added to the instruments in the end of February 1884. The mean hourly amounts for the months, seasons, and year are givenin Table VII. For the four years the mean number of hours annually was 669, or about 15. per cent. of the possible sun- shine. The month of most sunshine was June 1887, the number of hours being 206 ; then follow August 1885 and May 1884, with 116 and 106 hours respectively ; the months of least sunshine were January and October 1886, the hours being respectively 15 and 16. As regards the three complete years for which there are observations, there were 680 hours of sunshine in 1885, 576 hours in 1886, and 898 for 1887, being 16, 14, and 20 per cent. respectively of the possible sunshine. The most notable feature of the curves showing the partition of the sunshine among the hours of the day is the greater amount before noon than after it, in spring, summer, and autumn. In these nine months there are 306 hours sunshine before noon, and 285 hours after it; whereas in the three winter months the numbers are 35 and 45 hours. The mean monthly amounts of the three consecutive hours of most sunshine are 131 hours, from 11 A.M. to 2 P.M. in winter; 21°7 hours, from 9 A.M. to noon in spring; 19°2 hours, from 7 A.M. to 10 A.M. in summer; and 15°8 hours, from 10 A.M. to 1 P.M. in autumn. The diminution in the hours of sunshine which occurs later on in the day is doubt- less occasioned by the air currents which ascend from the heated sides of the mountain during the warmer hours of the day, and the larger amount of cloud arising from the condensation of the aqueous vapour which necessarily follows. In July 1885 there were 162 hours of sunshine, but in July 1886 only 51 hours. In these two months, which represent fairly well the extremes of weather METEOROLOGY OF BEN NEVIS. XX KIX experienced at the Observatory as respects sunshine and cloud, it is interesting to note that their diurnal curves of atmospheric pressure were all but identical as regards the amplitude of the daily range and the times of occurrence of the two maxima and minima. A blazing sun daily pours its rays on the atmo- sphere, and a thick envelope of cloud or its absence has apparently but little influence on the thermodynamic effect of the solar rays as expressed in the oscillation of the diurnal curve of pressure. Miscellaneous. But in addition to the usual routine work of a Meteorological Observatory of the first order, other observations have been carried on, mostly of a novel character, for which the meteorology of Ben Nevis affords exceptional facilities. Most of these observations have been at least partially discussed, and the results published by the Royal Society of Edinburgh and the Scottish Meteorological Society, of which the following is a brief résumé :-— Formation of Snow Crystals from Fog.—This is one of the most striking phenomena to be observed at high-level stations. As Ben Nevis is situated in the path of the Atlantic cyclones, with their vapour-laden wind systems, the formation of snow crystals on the Observatory and all surrounding objects exposed to the drifting fogs when temperature is low proceeds often at an astonishingly rapid rate. The forms and arrangements of the crystals vary with the surface to which they adhere, but all belong to the feathery or fir-cone type, the branches lying at an angle of 30°, with the main axis pointing to windward. On a flat board they gather first and most abundantly near its edges, forming a beautiful border round it, while the centre remains clear, thus suggesting interesting conclusions regarding the relative velocities of the wind at different points of the board. On the other hand, a round post shows an almost uniformly disposed mass of crystals all over its windward half, and so accurately do they point to windward, that it is possible to trace changes in the direction of the wind from the successive layers of crystals at different angles. The rate of growth of the crystals varies with the density of the fog and the speed of the wind. For the winds and fogs of most usual occurrence a growth of about half an inch per hour is the average, but under exceptionally favour- able conditions 2 inches per hour has been reached. With a damp feeling in the air, the crystals are icy and hard; but with a temperature considerably under 32° the crystals are looser in texture, and are easily brushed away. On one occasion, during the winter of 1884-85, a post 4 inches square grew into a slab of crystalline snow of about 5 feet broad and 1 foot thick in less than a week, strong south- easterly winds with low temperatures prevailing during the whole time. The effect of this growth seriously affects all instruments placed outside the Observatory. The cups of Robinson’s anemometer are no longer hemispheres, but xl METEOROLOGY OF BEN NEVIS. irregular hollow bodies bristling all over with pointed crystals, and the arms are increased to many times their original thickness, and ultimately the whole instru- ment becomes an irregular mass of immovable snow, and of course no observation with it is possible. If the formation of the crystals begin while the anemometer is still turning, the mode of formation is interesting, as throwing light on the behaviour of the wind at different points of the instruments. The crystals form mostly on the outside of the cups and round their edges, leaving the insides pretty clear; the arms carrying the cups get completely covered; and on the diagonal stays supporting the arms the crystals show a beautiful twined structure, pointing downwards and outwards on each side. But the most serious consequences are those which affect the thermometers. The louvres of the Stevenson’s screen for the thermometers become serrated with rows of teeth, which quickly coalesce into a solid mass, completely preventing the possibility of any circulation of the air inside the box. In short, these instruments are no longer in contact with the free atmosphere, and unless a fresh box is fixed up by the observers no observation of the outside temperature of the air would be possible. As it is impossible to devise any arrangement by which the instrument for the temperature of the air could be kept clear of these crystals, or by which it would be secured that it would be constantly exposed in the free atmosphere, the temperature can never be recorded by self-registering instruments. And since barometric observations are but of small value unless accompanied with simul- taneous observations of the temperature of the air, it follows that the services of a staff of observers for hourly observations of temperature by night as well as by day can never be dispensed with.* Winds and Rainfall of Ben Nevis—Mr Omonp has examined this subject minutely from the observations of 1885 and 1886. From this examination it was found that the order of the frequency of the winds on the top of the mountain was, with the percentages of frequency, N. 15; S.H.14; S.W. 14; W. 13; 8.12; N.E. 11; N.W. 9; E. 7; and calms, 5. In each of the two years, E. and N.W. winds showed the least degree of frequency. For the two years 1885 and 1886 the winds, arranged in the order of their wetness, with the percentage of the whole rainfall that fell with each wind, were W. 21; S.W. 20; N.W. 18; N. 13; S. 8; N.E. 7;’8.E. 5; E. 3; and calms, 5. Thus with N., N.W., W. and 8. W. winds, 72 per cent. of the whole falls, whilst for the other half of the compass only 23 per cent. falls. Hence the westerly winds are by far the rainiest, and easterly winds the driestin 1886. The year was divided nearly equally into cyclonic and non-cyclonic periods, there being 4335 hours of the former and 4425 hours of the latter. Nearly four-fifths of the whole rainfall fell during cyclonic periods. In cyclonic periods the percentage of precipitation with * “On the Formation of Snow Crystals from Fog,” by R. T. Omonp, Jour. Scot. Met. Soc., Third Series, vol. i. p. 190. METEOROLOGY OF BEN NEVIS. xhli each wind is 8.W. 25; W. 20; N.W. 16; N. 11; S. 9; N.E. 7; S.E. 5; E. 2; and calms, 6. The non-cyclonic rainfall, on the other hand, is almost wholly confined to N. 26, N.W. 23, and W. 22; in other words, 71 per cent. falls with winds from these three directions. It is remarkable that when an anticyclone is to the north or east of Ben Nevis the air is usually very dry; but, on the other hand, if it les to the south or west, and its centre not very close to the mountain, fog, drizzling rain, or snow prevail. This explains the remarkable dryness of the south-easterly winds of anticyclones at this height, and the equally remarkable wetness of north-westerly winds. Both in cyclones and in anticyclones the N. W. wind is the wettest, and the E. the driest. The N.W. winds do not often blow; but when they do occur, they are always accom- panied by great precipitation,—actually great m cyclones, and relatively so in anticyclones. On the other hand, S.E. winds, which are so frequently very wet winds at lower levels, have on Ben Nevis a totally different character, being, with the exception of E. winds, the driest of all the winds, both as regards the total precipitations accompanying them and their mean hourly rainfall.* Diurnal Variation in the Direction of the Summer Winds.—The most cursory examination of the wind records shows that there is no strongly-marked variation in their direction ; nothing, for example, comparable to the land and sea breezes of our coasts. In carrying out this inquiry Mr Omonp reduced, by means of a trans- verse table, to north-south and west-east co-ordinates each observation during the summer months of 1884 and 1885, taking account of the velocity of the wind as well as its direction, so as to obtain an approximation to the mean air motion at each hour of the day. The scale for wind force at the Observatory is analogous to the Beaufort scale, running from 0 to 12. The estimations in use by the observers were compared with the results when working the Robinson’s anemometer at the same times, from which it was ascertained that the equivalents in miles per hour were the following :— Scale 0 to 12, : 0 1 2 3 4 5 6 a 8 9 10 11 12 Equivalent in miles per hour, . Or Foy 12992 SL. 29) 950 68. 173. .(85) (96) (08) 20) The observations from the Robinson’s anemometer above force 8 could not be used to determine the equivalents for the higher velocities with accuracy, but by plotting the results on a diagram, and continuing the line into the higher values, the bracketed numbers were obtained. The result indicates that the velocity of the wind in a first-class Ben Nevis gale, such as occurred, for example, in February 1885, is about 120 miles an hour. When the observations were dealt with in this way the winds indicated a well- marked diurnal variation. From 3 to 8 a.m. there is a northerly wind of about * “The Winds and Rainfall of Ben Nevis,” Jour. Scot. Met. Soc., Third Series, vol i. p. 275 ; and vol. ii. p. 18. VOL. XXXIV. i) xii METEOROLOGY OF BEN NEVIS. 21 miles an hour; and from 11 A.M. to 2 p.m. 8. or 8.8S.E. wind of about 3 miles an hour. At the other hours the differences are small and variable in direction, except about midnight, when there is an indication of a moderate difference in the same direction as the mean daily wind. This, however, may really be traced to the well-marked increased velocity of the Ben Nevis winds at this time of the day. The most marked features in the diurnal variation are the northerly winds shortly after sunrise, and the southerly winds about noon. Mr Omonp is inclined to the opinion that the shape of Ben Nevis affords the explanation of this variation. The ridge of the hill top runs east and west; the deep gorge on the north side is pene- trated by the sun for only a few hours after sunrise in summer; and on the other side, a steep slope goes down into Glen Nevis at an angle of about 30°. In the early morning, the sun’s rays heat the northern valley, while the glen on the south side is still in shade, thus the heated air from the northern gorge ascends and flows over the summit as a northerly wind. On the other hand, as the day advances and the sun acquires southing, the northern valley falls into shade, while Glen Nevis, being now heated by the sun’s rays, the current rising from it flows over the-summit as a southerly wind.* , Thermal Windrose.—This subject was investigated by Mr Rawnxrn, from the three years’ observations from June 1884 to May 1887. The eight directions of wind in the order of their temperature are—S., 32°°6; S.W., 32°°5; W., 31°°4; N.W. and S.E., each 30°'2; E., 27°°8 ; N., 27°°6; and N.E., 26°°5. Thus the warmest wind is 8., 32°°6, and the coldest N.E., 26°°5, the difference between the two being 6°"1. The warmest point oscillates between S. W. in winter, passes through S. to 8.E. in July and September. Easterly winds (8.E., E., N.H.) have 20°:7, but westerly winds only 15°°6 as their mean annual range, thus showing the greater influence of the land than of the sea in raising the temperature of the winds. Winds from S., S.W., W. and N.W. indicate an annual minimum in January, and winds from N. N.E., E. and 8.E. in March. Winds from N.E. and N.W. have the maximum in August, but all other directions in July.+ Temperatures at different Heights above Ground.—The results of a month’s observations of two sets of temperature in Stevenson’s screens, one at the normal height of 48 inches, the other at 112 inches above ground, have been discussed by Mr Omonp. The observations extended over part of July and the whole of August 1886. Along with these shade temperature readings were taken of a black bulb in vacuo. The thermometer inside the glass jacket was a common thermometer, with the bulb blackened in the usual way, showing therefore the solar radiation at the time of observation, instead of, as in the usual maximum black bulb, giving only * “The Diurnal Variation in the Direction of the Summer Winds on Ben Nevis,” by R. T. Omonn, Proc. Roy. Soc., vol. xiii. p. 839. + “The Thermal Windrose at the Ben Nevis Observatory,” by ANcus Rankin, Proc. Roy. Soc., vol. xiv. p- 416. METEOROLOGY OF BEN NEVIS. xin the greatest intensity since being last set. With this thermometer it is remark- able that the maximum occurred almost exactly at noon, and the mean hourly diurnal varied from the minimum 38°'1 at 4 aM. to the maximum 67°:0 at noon, showing thus a variation of 28°-9 in the temperature thus observed. Quite different was the temperature shown by the thermometers in the Stevenson screens, in both cases the minimum occurring at 5 a.M. and the maxi- mum 4 P.M. At 48 inches above ground the minimum was 38°'4, and the maxi- mum 42°°0; and at 112 inches the figures were 38°°5 and 41°°8, being thus nearly the same. The diurnal variation was 3°°6 and 3°°3 respectively, the smaller variation, as was to have been expected, at the greater height. During the time there was an entire absence of calm days with bright sunshine, when the stones which strew the summit get so heated as to be disagreeable to handle, and conse- quently the diurnal variation was less than would otherwise have been the case. Two days only could be characterised as fine days, and on these days a relatively greater range was observed at the lesser elevation.* Rainband Observations.—After some preliminary and fragmentary observations, rainband observations began to be a regular part of the work of the Observatory in June 1885. The instrument employed is one of Hilger’s small pocket spectroscopes fitted with a glass cap as a slit-protector. It is 2 inches long, and shows the prominent lines in the solar spectrum very distinctly, and the rainband as a separate line. The part of the sky observed is always about 40° above the south- western horizon. The observations were discussed by Mr Rankin in 1887, and were compared with the rainfall and temperature. The mean results show that a heavier rainband indicates a heavier rainfall. The rainfall is greater for the three hours than for the tweive hours after the observation for the higher values of the scale ; and it is less for the lower values. Hence the observed higher values are accompanied or soon followed by a heavy rainfall, which tends to become less heavy in the next twelve hours. The lower values, on the other hand, though they may be neither accompanied nor followed in the next three hours by any rain, are followed by a considerable rainfall before the twelve hours are run. A great many of the anomalies the observations show are explained when the effects of temperature are taken into consideration. Thus for any rainband value the precipitation is less with a higher, and greater with a lower temperature. Again, when the temperature falls after the observation, the subsequent rainfall is ereater ; but when it rises, the rainfall is less than it would have been if the tem- perature had remained constant. The very highest values, which were almost all accompanied or followed by heavy rain, appear to be characteristic of, or part and parcel of the cyclones which sweep in from the Atlantic laden with warmth and moisture. * “Temperatures at Different Heights above Ground,” by R. T. Omonp, Proc. Roy. Soc., vol. xiv. p- 24. xliv METEOROLOGY OF BEN NEVIS. When heavy rain is the result of moisture-laden air ascending from lower levels, the values of the rainband are not affected by it. There is another state of weather in which precipitation appears to be indicated by the spectroscope, but no rain follows. This occurs when snow crystals are rapidly deposited from the fog on the windward side of exposed objects, as already described. Occasionally, the observers are above the clouds, with clear sky and bright sunshine overhead, while all other hills are covered with a continuous white sheet of cloud, extending to the horizon in every direction. In such conditions a strong rainband is always obtained in June, July, and August, in a horizontal line close over the clouds, although the rainband may be absent on the blue sky. About half an hour before sunrise on 18th December 1885, the upper-glow was very fine; on it the rainband was 3; but when the sun appeared the rainband on his dise was beyond the scale of the instrument. It was estimated at 12, being the highest yet observed. The rainband observations of 1st July 1886 are specially valuable. The fol- lowing were the readings :— At 6 A.M. the value was 6 a ae % 4 », noon me 2 5, 0 BM a 2 At 6 A.M. temperature was 36°°7, at noon 40°1, and at 6 p.m. 43°°5. Till 1 p.m. the Ben was enveloped in mist, accompanied with a slight drizzle; at 2 P.M. it cleared, at 3 p.m. the humidity had fallen to 62, and before sunset upwards of six hours of sunshine was recorded. The decreasing rainband indicated that the moist air aloft was slipping away or sinking below the level of the summit, and that the air which was taking its place was comparatively dry. This increased dryness and warmth of the air indicated that an anticyclone was forming and settling over this part of Europe.* St Elmo's Fire.—During the five winters from 1883 to 1888, fifteen cases of St Elmo’s fire were recorded. These all occurred during the night time, and during the winter months from September to February. It is difficult, if not impossible, to observe this meteor in ordinary daylight, or in strong twilight, and this con- sideration perhaps accounts for the absence of recorded cases during day and during the summer months. On one occasion it was heard in the day time, being identi- fied by the peculiar and unmistakable hissing sound which accompanies it. These fifteen cases have been discussed by Mr Rank1y, in connection with the observations of pressure, temperature, wind direction, and rainfall for 30 hours before and 24 hours after the time of occurrence of St Elmo’s fire. It is shown that the weather which precedes, accompanies, and follows it has very definite * “Rainband Observations on Ben Nevis,” by ANGUS RANKIN, Jour. Scot. Met. Soc., Third Series, vol. i. p. 279. METEOROLOGY OF BEN NEVIS. xlv characteristics, not only on Ben Nevis, but also over the west of Europe generally. Indeed, so well marked is the weather, and so notorious for its stormy character, that the observers regard it as a distinct type of weather, and call it by the name of St Elmo’s weather. From 30 hours before St Elmo’s fire is seen, the barometer falls steadily till 6 hours before, and thereafter rises till 16 hours after the appearance, with a slight break in the rise at the time of occurrence of the phenomenon. The cases occur during the well-defined depression of a cyclone, generally about 6 hours after the centre of lowest barometer has passed. As regards temperature, a maximum is reached about 24 hours before St Elmo’s fire is seen; for between 24 and 16 hours before the display, temperature is on the whole steady, but from 16 hours before, temperature falls continuously till 16 hours after, when a minimum temperature is reached. The rate of fall is more rapid before than after St Elmo’s fire is seen. It was by noting the variations in the temperature before the display of this phenomenon that on several occasions successful forecasts of the phenomenon were made some hours before its appearance. The chief points to be noted with respect to the wind are that till from about 8 or 10 hours before the appearance of St Elmo’s fire the wind is from a direc- tion south of west, and thereafter from a direction north of west; that from 18 hours till 6 hours before its occurrence, the wind steadily veers, from which time till 10 hours after its appearance the veering nearly ceases; and that the mean winds are all in the western half of the compass. The rainfall observations show two distinct maximum periods, viz., between 10 and 6 hours before St Elmo’s fire is seen, and again at the time of its occurrence ; while there are also two equally defined minima, one between 30 and 26 hours before, and the other 15 to 18 hours after its appearance. The maximum at the time of its occurrence is wholly due to the heavy showers of snow and snow-hail that accompany the displays. This snow-hail is in the form of small cones, with spherical bases, and is hard and dry, but not icy. The Weather Charts at the times show that the depression of which St Elmo’s fire is an accompaniment, comes from the Atlantic, and that the centre passes eastwards somewhere to the north of Ben Nevis, this being substantially the part of cyclones where electrical displays are of most frequent occurrence. A more particular examination of the Weather Charts of the Meteorological Office indicate that somewhere to the south or south-east of the British Islands, usually over the south of France and the Spanish Peninsula, there was an anti- cyclone at the time ; and to the west or north of Scotland the low depression of a cyclone. Between the two regions the barometric gradient was chiefly for S.W. or W. winds, and was generally a pretty steep one. So long as the anticyclone maintained its position to the south-east, so long was the weather of the British xlvi METEOROLOGY OF BEN NEVIS. Islands disturbed by a series of Atlantic cyclones, that usually passed in a north- easterly direction with the paths of their centres lying off our west and north-west coasts. Thunder and lightning occurred at lower levels over the British Islands on several of the nights that St Elmo’s fire appeared on Ben Nevis. Only on one occasion, on 4th February 1887, was thunder and lightning observed on Ben Nevis about the times of occurrence of St Elmo’s fire. On that occasion the thunder- storm was two hours subsequent to St Elmo’s fire. It deserves to be specially noted that well-nigh invariably St Elmo’s Fire is not a prognostic of any improvement in the weather, but in almost every case another cyclone followed, ushering in another spell of bad weather.* Thunderstorms.—From the opening of the Observatory in December 1883 to March 1890, 56 thunderstorms have been observed. ‘These have been discussed by Mr R. C. Mossman. They are phenomena of very irregular occurrence, eight having occurred in 1887, while none whatever were observed during the two previous years. On the other hand, five occurred during January 1890. Thunder- storms, including lightning without thunder, are essentially autumn and winter phenomena, 70 per cent. of the whole having occurred from September to February. The winter maximum of thunderstorms is thus a well-marked feature in the meteor- ology of Ben Nevis. Only two cases have been recorded in April, and none at all in March, these being the months of minimum frequency in all parts of Scotland. Thunderstorms are rare in summer, only eight cases having occurred during the four months from May to August. On the other hand, they are twice as frequent during summer at Fort-William as at the Observatory, so that a considerable number must be below the summit of the mountain. The hourly distribution of thunderstorms on Ben Nevis shows a distinct evening maximum, nineteen cases having occurred during the three hours ending 9 P.M., while there were only two in the seven hours ending 2 p.m. A secondary maximum occurs at 7 in the morning. The partition of the thunderstorms in relation to the hours of sunrise and sunset gives very interesting results, it beg found that all the summer cases, with only six exceptions, which were cases of lightning only, occurred when the sun was above the horizon; while out of thirty-seven cases observed in the autumn and winter, thirty-two took place when the sun was below the horizon. Only one case of lightning without thunder was observed when the sun was above the horizon, thus resembling the similar electrical phenomena observed over the open sea during the “ Challenger” Expedition. As regards sunrise and sunset, the thunderstorms at Fort-William show a similar distribution to what obtains at the Observatory. Mr Mossman compared all these cases of thunderstorms with the Daily Weather Charts at the times of their occurrence, and clearly showed that in winter they are associated with a well-marked type of weather, having low pressure to the W. or * “St Elmo’s Fire on Ben Nevis,” by Ancus Rankin, Jour. Scot. Met. Soc., Third Series, vol. ii. p. 191. METEOROLOGY OF BEN NEVIS. xlvii N.W., with high pressure over the Iberian Peninsula; in other words, the identical weather conditions under which Mr Ranxin has shown the instances of St Elmo’s fire have occurred. The winter thunderstorms invariably occur on the S.E. side of the cyclone’s centre, with the easterly passage of which they appear to be intimately connected. On several occasions, when the lowest barometric reading of the cyclone occurred many hours before or after the thunderstorm, a slight fall in pressure took place at the time of the thunderstorm. Temperature is little affected either by the winter or summer thunderstorms. Such rapid falls of 5° or 10° in an hour, as frequently accompany or immediately follow the thunderstorms of lower levels, have not been observed to occur at the height of the Observatory. Strong squalls, from 60 to 80 miles an hour, frequently accompany the thunderstorm in a manner more uniform and marked than lower down in the plains below. The thunderstorms at the High-Level Observatories on the Continent—at Santis, 8215 feet; the Rigi, 5905 feet; and the Great St Bernard, 8131 feet—have also been examined during the same years. These all show the thunderstorms to be restricted to the period of the year between April and October, thus proving that these Observatories are quite outside the sphere of winter thunderstorms. Further, 90 per cent. of the recorded cases occur in the day time between the hours of sun- rise and sunset, being thus in marked contrast to Ben Nevis, not only as regards the season of the year, but also as regards the hours of the day. Indeed, thunder- storms in winter are not met with at any of these continental High Level Observatories.” Daily Mean Temperatures.—These have been calculated by Mr Omonp, both for the Observatory and Fort-Wilham, for the six years ending 1889. The coldest day (19°'1) is March 3, and it is evident from the general trend of the temperature curve, that the true annual minimum occurs in the beginning of March, being from four to six weeks later than in the low country, but a little before the time of the annual minimum of the water of the Atlantic. The time of maximum temperature is not so clearly marked, the day of highest mean temperature (45°°5) is July 2, but there is a secondary maximum (43°'2) on August 8, thus agreeing with most land stations in having a double summer maximum. It is thus plain that while the time of the winter minimum is delayed at this high level, the time of occurrence of the summer maxima is nearly a fortnight earlier than at lower levels,—features in the annual distribution of temperature which Ben Nevis has in common with other High-Level Observatories. The most striking feature in the annual curve of temperature is the sudden rise in the middle of June. Thus on the 15th the mean 34°°8, on the 18th, 44°°9, or an increase of 10°'1 in three days. This rise is well marked in each of the six years. * “Thunderstorms at Ben Nevis Observatory,” by R. C. Mossman, Jour. Scot. Met. Soc., Third Series, vol. iii. xlvili METEOROLOGY OF BEN NEVIS. On the other hand, the most marked permanent fall occurs about the autumnal equinox.* Hygrometry.—A series of elaborate hygrometric observations was made at the Observatory from August to October, 1885, by Mr H. N. Dickson, under the direc- tion of Professor Tarr and Dr Bucuan. In this investigation along with the ordinary dry and wet bulb hygrometer, Professor Chrystal’s direct hygrometer, in use at the Observatory, was employed. The results obtained are of very consider- able value in determining how far Glaisher’s factors, so largely used by meteor- ologists in such inquiries, can be safely used. As regards the remarkably dry states of the air, which form so prominent a feature in the climatology of Ben Nevis, Glaisher’s factors were found to be altogether inapplicable, and for such hygro- metric observations a specially constructed set of tables is therefore required.t Earth Currents in the Telegraph Cable.—Hourly observations were made by Mr Dickson from 20th September to 4th October 1885. The curve of hourly values, obtained by taking the mean deflection for each hour, showed a well-marked daily variation. During the early part of the night, a current passes through the cable up the hill, and appears to reach a maximum at 9 P.M. and again at 2 a.m. ‘Pwo hours after a rapid diminution sets in, and at 5 a.m. the current is reversed. Immediately after this the potential at the summit again falls relatively to that at Fort-William, and then a current ascends, increasing in strength to a well-marked maximum at 104.mM. This is succeeded by another equalisation, and the current is again reversed about 1 P.M., after which it passes down the line till about 6 p.m. Thereafter the current again takes an upward direction through the line, increasing pretty regularly to the maximum at 9 p.m. These results were confirmed by a series of observations conducted by Mr Omonp during the summer of 1888. From observations on atmospheric electricity on the summit of Dodabetta, Professor C. Micaiz Smiru has shown that on the edge of a dissolving mist the potential is lower than the normal, but higher on the edge of a condensing mist. Now in nearly every case, when the top of Ben Nevis became clear for a short time, a strong current was coming up the line, while as soon as the summit was again enveloped the current was reversed. The connection between the moisture of the atmosphere and the earth currents is still further shown by the rainfall. During a fall of rain or snow, the current is almost always found to pass down the cable ; and, in the case of a sudden shower, the current sometimes drove the mirror of the galvanometer violently off the scale. A cessation of rain or snow generally had an exactly opposite effect. If it be assumed that the summit of Ben Nevis takes the potential of the masses of vapour covering it, and the earth-plate at the base be considered as the * “Tjaily Mean Temperatures at Ben Nevis Observatory and Fort-William,” by R. T. Omonp, Jour. Scot. Met. Soc., Third Series, vol. iii. +” The Hygrometry of Ben Nevis, by H. N. Dickson, Proc. Roy. Soc. Hdin., vol. xiii. p. 957. METEOROLOGY OF BEN NEVIS. xlix the real earth, or zero of potential, it is obvious that these results are confirmatory of theory advanced by Professor Micuie Smiru, a conclusive proof of which would be of great importance in investigations connected with thunderstorms.* Optical Phenomena.—The resolution to erect an Observatory on Ben Nevis at once called attention to the fact that many branches of science, besides the ordinary meteorological ones, might obtain from the Observers data of great value, not easily to be obtained elsewhere. Among these the very interesting Optical Phenomena exhibited in sunshine by mountain mists hold a prominent place. Corone and Fog- bows are common enough appearances at low stations, but Glories are very rare and always extremely imperfect,—so much so, in fact, that the theory of their production is not yet certain. It became, therefore, extremely desirable that the Ben Nevis Observers should be instructed to look out for such appearances, and should be furnished with some simple means of measuring them with sufficient accuracy. As the measurements required are merely angular diameters of coloured rings, a very rudimentary apparatus amply suffices for the purpose ; and its indications, along with eye observations of the distribution of colours in the various rings, contain all that need be observed. Mr Omonp has already communicated to the Royal Society of Edinburgh a very extensive series of measures of Glories,t from which, no doubt, materials for the testing of the various theories of their origin may be obtained (see Plate). As a check on these measurements, he has given a number of details of dimensions of Coronz, Rainbows, and Halos. The latter, especially, give an excellent test of accuracy of angular measure. Relations of the Observations to Weather. This important application of the observations to practical matters has been in progress for some time, and, so far as the investigation has gone, it is clear that considerable and especially rapid changes from the normal differences of temperature and pressure are frequent concomitants and precursors of storms, but more particularly of destructive winds during storms. Of these departures from the normals the most important are the cases that show an unusually rapid decrease of temperature with height—a result which is only what was to have been expected, seeing that such observations indicate a disturbance of the equilibrium of the atmosphere. It is well known that the most destructive winds that accompany tornados occur where they are preceded by a highly super-heated and super-saturated atmosphere near the earth’s sur- face, and are followed by markedly colder and drier weather. These and * “Observations on Earth-Currents in Ben Nevis Observatory Telegraph Cable, by H. N. Dickson, Proc. Roy. Soc. Edin., vol. xiii. p. 580. + “ Glories, Haloe and Coronz seen from Ben Nevis Observatory,” by R. T. OmMonp, First ESD Proc. Roy. Soc. Hdin., vol. xiii. p. 500 ; Second Paper, vol. xiv. p. 314. VOL, XX XLV. g ] METEOROLOGY OF BEN NEVIS. other observations seem in favour of the idea that tornados and the most destructive gusts in storms, which are analogous to tornados, are the im- mediate effects of uprushes of warm moist air-currents and downrushes of colder and drier air to take their place. Now, to this important inquiry Ben Nevis contributes invaluable data, with its observations of sudden, rapid, and often short-continued changes of temperature and humidity, many of which are strictly limited to the upper region of the mountain, as first shown by the observations made by Mr WRAGGE in 1882 at the eight stations on the slopes of Ben Nevis, from sea-level to the top, and since confirmed by the observa- tions at the Observatory. If there be conjoined with an unusually rapid rate of decrease of tempera- ture with height a lower sea-level pressure, calculated from the Ben Nevis Observatory readings, than what is actually observed at Fort-William; that is to say, when the barometric observations indicate a more rapid decrease of temperature with height somewhere in the aerial stratum between sea-level and the top of the mountain than the thermometric observations alone show, then the indications of a coming storm become more decided. Converseiy, the absence of any abnormally rapid decrease of temperature with height, as may be ascertained from all the observations, is rarely attended or followed by storms of wind. On the other hand, abnormally high temperatures are observed at the top, when the temperature is occasionally even higher than at Fort-William ; these are always restricted to the higher parts of the mountain, are not associated directly with storms, but are the accompaniments of anticyclones and the fine weather which characterises them. Indirectly, however, owing to their de- pendence on the cyclone with its adjoining anticyclone, it is impossible to over- state the value of these Ben Nevis observations in any serious investigation of the weather changes of north-western Europe. Since 1868 the Scottish Meteorological Society has, through the courtesy of the Commissioners of the Northern Lighthouses, been favoured with meteor- ological observations from all the Lighthouses, each keeper of a lighthouse being thus a regular observer of the Society. An important part of the keepers’ duty is to record the hour of beginning and ending, and varying force of all strong winds, gales, and storms that occur. The observations made at the Lighthouses since December 1883, when the records of the Observatory com- mence, have been plotted on monthly sheets, which show graphically when and where storms occurred round the Scottish coasts; and on the same sheets have been entered, for the respective Meteorological Districts, all cases when storm signals have been hoisted and kept up, under direction of the Meteor- ological Office. The investigation is still in progress, but the following results may be provisionally stated. METEOROLOGY OF BEN NEVIS. li If we except the cases in which the barometer at the Observatory was unduly lowered by high winds as above explained, by far the larger number of the remaining cases, on which the calculated sea-leve] pressure was less than what was actually observed at Fort-William, either preceded or accompanied storms ; and when the differences were unusually great, the storms were wide- spread and severe. Again, if we neglect the occasions during 1884, the storms of which have been more particularly examined, when the wind exceeded the rate of 30 miles an hour, there remain nine instances which, in the west and north of Scotland, were not followed by any storm. On eight of these occasions the observations did not indicate the existence of any disturbance in the lower stratum of the atmosphere between the Observatory and sea-level. It is evident from the importance of the results already arrived at that the Ben Nevis Observatory must be regarded as contributing towards the develop- ment of meteorology, and particularly of that department which deals with the forecasting of the weather of the British Islands, a body of facts differing wholly in kind from what is or can be contributed by any other Meteorological Observatory or Station in the country. Addendum, November 5, 1890.—On the 14th July 1890, the Low-Level Observatory at Fort-William was eompleted, and the regular work of hourly observations of a first-class Observatory was begun. Since that date, hourly observations made both at the top and the bottom of the mountain are available in the discussion of the various meteorological problems, including storms and other weather changes. Arrangements have been made for the carry- ing on, at the two Observatories and at the Office in Edinburgh, the discussion and utilisation of this important work. In this discussion, more special atten- tion will be given to the bearings of the observations on the cyclones and anti- cyclones of Europe. In this connection Dr Hann has discussed the observa- tions made at the High-Level Meteorological Observatories on the Continent, which must, however, be regarded as outside the track of the European cyclones, and none of them can be said to have a Low-Level Observatory with which its observations can be compared. It is this consideration which gives their unique value to the Ben Nevis double set of observations, seeing it is these alone that contribute the data of observation toward an understanding of the vitally important changes which take place from sea-level to a height of from four to five thousand feet. li METEOROLOGY OF BEN NEVIS. LIST OF INSTRUMENTS. Fortin Barometer, No. 1385, made by Negretti & Zambra, London, graduated from 22:3 inches to 31:2 inches, and reading on vernier to 0°002 inch; scale correction + 0:006, which has been applied to its readings ; compared at Kew in June 1883. Fortin Barometer, No. 1252, made by Nigretti & Zambra, London; graduated from 23:0 inches to 31:2 inches, and reading on vernier to 0:002 inch; scale correction + 0°010, which has been applied to its readings ; compared at Kew. Redier Aneroid Barograph, with recording papers. Do. Thermograph, with recording papers. Thermometers with Kew Certificates.—Standards Nos. 178490 and 178491, made by Adie and Wedder- burn, Edinburgh ; graduated from 0° to 230° and from — 30° to 235° respectively; scale correction nowhere exceeding 0°'1. Ordinary, with glass scales, Nos. 192660, 192671, 192,672, and 192677, made by Adie & Wedder- burn, Edinburgh ; also No. 50850 and 50852, made by Negretti & Zambra, London, but fitted with glass scales by Adie & Wedderburn, Edinburgh. Ordinary, with porcelain scales, Nos. 50851, 50953, and 50945, made by Negretti & Zambra, London. Ordinary, with cylindrical bulbs and scale numbers etched on stem No. 50524, made by Negretti ; and Zambra, London ; and Nos. 63728 and 63729, made by Adie & Wedderburn, Edinburgh. Black Bulb zn vacuo, No. 484108, by Hicks, not maximum. Registering Maximum, with metal scales, Nos. 117293 and 138590, made by Adie & Wedderburn, Edinburgh. Registering Minimum, with metal scales, Nos. 116918, 138545, and 138533, made by Adie and Wedderburn, Edinburgh. Registering Maximum Black Bulb im vacuo, No. 186, made by Hicks, London. Thermometers without Kew Certificates.—Ordinary, with metal scale, No. 7, made by Frazer, Edin- burgh. Ordinary, with cylindrical bulb and scale numbers etched on stem, made by Kemp, Edinburgh, for Professor Chrystal’s Hygrometer. Three, with different sized spherical bulbs, made by Kemp, Edinburgh. Turn-over Thermometers for clock, Nos. 50198 and 50199, made by Negretti & Zambra, London. Maximum, on wooden frames, Nos. 108 and 2113, made by Negretti & Zambra, London. Maximum Black Bulb in vacuo, with radiometer attached, No. 64, made by Hicks, London. Minimum, on wooden frames, Nos. 1447 and 1449, made by Negretti & Zambra, London. Minimum, with metal scale, made by Fraser, Edinburgh. Radiation Minimum with hollow cylindrical bulb, No. 46309, made by Hicks, London. The above thermometers are all graduated on the stem to single degrees. Those with Kew certificates are used for the ordinary observations; their scale correction in no case exceeds 0°:3. Those without Kew certificates are only used occasionally, and are then compared with the Observatory standards, Nos. 178491, and 178490 and the corrections so found applied to their readings. Rain and Snow Gauges.— Two eight-inch Gauges, with screw taps. Two five-inch e stop cocks. Six five-inch 49 screw taps. The last set are those in ordinary use; they are made all in one piece, with extended bases rounded underneath so as to be easily levelled when resting on snow. Three five-inch Measuring Glasses, graduated to 0:01 inch. Three Spirit-Levels. Glass Carboy and Funnel for collecting rain-water. METEOROLOGY OF BEN NEVIS. lin and Hourty Drviations ht type below it. o co) 1 December 1887 ing bove the Means, | TEMPERATURE—DRY BuLB. ll a.m./a.m, 10 =| The heavy type indicate a Deviation a 9 a.m. 8 a.m. | a.m. 7 6 5 a.m. 4 a.m, | a.m. Be 3 a.m. 2 a.m. il a.m. from the Mran Montuiy TemMPreRATURES. Mid- night. TABLE I.—Showing Muan Hourty Tremprratore at the Bun Nevis Opservatory for Four Years end are Gilbey bo GRC SGT SS RSYD BRN edt geste Man ©S0 DOO Orwm | o> ; ~ ea = ite Ss AAG Amo BW BDAC | vs us a SOON HORS) SCORN Tepicat) |S KNNRYS BSS BwWY VRS} “AMM OP OMD OnmM!1S AN agg Aco HOC AAA | Or~D AO ASCH WHA] RAD OBR OOW WRVQ/] DS SBEo8 ORD COB SHB |S AANA oO Heo CON oO Dt ST ea Oc) | PCRS) Mepo) ook in | Sars SSNS) ASS RTL RS "ee onea SI SOD ONwm |o ANN ADD BAM MAN | oo CDG Ce ea re OO ers arc GOI RON SHS wee WMO | N "ame OM COM On |o AANA Ade Wa DAN | o Teco GRC HIE IN DGD: | 4 2S See Hee Sf2HN/S "96002 ©SOD HOD Onwm/oO “ANN NMC HH DAA | SUES SUDO Oso) “ROina 83: 100 Se WS SiS wig oo % BH He OnM/SO AANA Ao WH DAN ! ID'COIS! ESS Obst) Orta [> WOR Ses ome ORO] + "00 BHO Hehe On 1a ~~ = AAN NAcom waa DAN | oo BOH DOH ANG Mio | A SRe Rare F580 RID] AHO RHO ANK On 1 —— AA Acm as MAA | oo EHO CO108 IONd WH [1 mom OH RHO Mam | S COTHH DONO ANNO Wee |] a ee ~ ANN ANcom Bas DAN |] o A PON SMS M9 HH WHO | oO iS ° DAS ANo Rm [a a AANAN acd SHDN | oo ad Fe OOM ONH 19190 Hoe |e 4 “OHH CONS GIAcdD wed | ra ANN ac Hod ODI | oo & SST SO. CA iN retical MIG Rms fh , "AHH RAO AQ hoo |] a ANN Ncw wats GOAN! oo ) ms 5 Otms SOM SCHOO HHO 1H Q OHH RHO ARO noD & ANN AMM WHted MAN rs o 5 2 8 9 0 7 0 4 . . * . 2) . Y ibe . 3 5 0 *8 | 29°7 | 29°6 | 29°7 | 29-8 ' 30:0 | 30-3 ' 30-7 | 31:0! 31 i HHO OAD OHH AGS | DNA WY NVW® HHA Nis COODM 10D A@W0 SNM | a eS mr ie FN : a AGa acc Bar |& SSS ead | Cel abe ecoretsl ae a Cs) MYO SHH WHS ON e CICON 192 ABO Onwm!/aA ee Rae +r i ; AANA ANw Hm MANIA BO eye S20 ann own pan lo Nig ONY BOA VRS | COMA IR CHO OND! 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S GP. 886-9 L09-¢ TI€-¢ 080-¢ [66-7 &&E-9 656-7 VEL GPS: 8TL-¢ 1&6: 826-4 €98-G 082-¢ 989-¢ LGF-G F6L-¢ LEGG PF6-F &60-¢ &&8-F §10-¢ 166-¢ 609. soyouy TGS-G | SG8-S | G&E.G | 8SE-S | LOE-¢ | SNA 6ZE-¢ | 0GE-G | F8E-¢ | L09-¢ | LT9-¢ OFS-G | LIG-G | S6F-G | F8F-S | 89F-S €20-¢ | 980-4 | 180-¢ | 080-¢ | T80-¢ GGG.G | GEG-G | 1S¢-¢ | ThS.¢ | LEeg.¢ FE6-F | F88-F | GO8-F | 6FL-F | ECL-F GPS-G | 9GG-G | GLZ-S | 68G-G | 866-9 GOF-G | OLF-G | L8F-G | 96F-G | E0S-¢ 8EE-G | FFE-G | 89E-G | L8E-G | TLP-S €09-¢ | 609-¢ | 66¢-¢ | 009-¢ | L09-¢ LLG-G | LGG-G | GFS-G | 8B’S-G | 8IG-S GZ0-G | €00-G | Z10-G | 966-F | 66-7 TE0-G | 8F0- | 640-4 | STL-G | 82L-¢ GEE-G | LPE-G | SFE-G | 9EE-G | OFE-S I16-F | 068-F | C98-F | FE8-F | SL8-F O8L-& | GES-G | 9FG-G| GOE-S | FEE-S GPG-G | 6S¢-¢ | FSG-¢ | OSS. | FFS-G 08L-G | IGL-G | OLL- | 16L-¢ | 908-S 086-4 | 926-4 | 626-S | OF6-S | 76-9 GG6-G | 616-G | GG6-G | TE6-G | GE6-9 SF8-G | ZE8-G | EB-S | LEB-S | GE8-S 691-G | L92-G | 9G-¢ | 19L-G | 692-4 119-G | G99-G | G99-G | LG9-G | GE9-G GPF-G | SCF-G | FEF-G | SLF-G | GLP-S L61-¢ | F6L-G | 661 | GOG-S | LIS. 98G-G | SFU | FFG-S | OGG-G | SFG F06-F | LF6-F | F26-F | SG6-F | 026-7 €10-¢ | 900-E | 900-¢ | OL0-¢ | 6L0-¢ ZIS-F | 662-F | 008-F | LO8-F | FO8-F €Z0-¢ | TG0-¢ | L0-E | O80-¢ | 8S0-¢ ZOE-G | 6ZE-S | 6EE-G | 69E-S | G8E-G 10¢-¢ | OG-G | L6F-G | GOS-¢ | E1g-¢ soyouy | Seqouy solouy | Saqouy | Soyouy “satu +000-06 mn OHH Oy CO SG ™ ba] “SNVAW) G8T-G) 181 1g 0& 66 BEN NEVIS OBSERVATORY.—HOURLY VALUES. lo oor) (ne) ma NM HO Oo 0&G-¢ | LGL-¢ 601: | 82-9 &&6-P | G86-F PE0-G | 660-9 9&8-F | 6F6-F I&G-F | GE9-F 662-F | O19-F ¥E0-G | 120. 660-4 | €20.9 GE%-G | L6L-G GLE-G | PIE-G 869-G | L98-¢ P8G-G | FE9.¢ G6F-G | FOS-G 668-G | 06F-S GOE-G | 662-4 9F§-G | TES-¢ 68-9 | 16-¢ L9E-G | PLE-G 986-G | G9E- 981-G | 661-9 6L1-¢ | SST. PGG-G | [FSG FOL-G | G&G-G 86L-F | S86-F &E6-F | €GL-F G6. | 861. 9LF-S | OLP-S G8E-¢ | 8GF-¢ 990-G | ¢80-¢ sayouy | soqouy ‘qystu ORO | on J81-S 8EL¢ GE6-9 996-F 0S0-¢ bF6-F GT9-F 9€9-F Tg0-¢ 1g0-¢ 906° PIE-G OLE-S 8&9. 909-¢ 68F-¢ 966-9 LEE-¢ £68: PLE. F9E-G 966: TL 8F6-¢ L9G- bL6-F SIl-F G8T-¢ O&F-¢ GPP. TL0-¢ soqouy &% O61-¢ GSL-G 866: FE6-7 020-¢ OF6-F 61¢-F 989-7 Th0-¢ £80: GIG-S STé-¢ 98E-¢ 689-4 G0g-¢ F6P-G £66-¢ 6EE-¢ G6E-S FLE-G b9E-¢ PEGG Lg 8F6-S £96-¢ 146-4 GOLF GIG: 98F-¢ GSF-S 190-& Solouy G €61-G | S619 G8L-G | L61-¢ 916-G | 706. TL6-F | 88-F G60-¢ | LOT-¢ LE6-F | 8&6-F FoG-F | OFS-F 60L-F | SIZ-F €h0-G | FF0-¢ 680-¢ | GPO. PIG-G | L1G. 608-¢ | S1E-¢ GGP-S | PPPS T¥9-G | Th9-S 809-9 | T0¢-¢ 68F-G | 18F-¢ G66-S | £62. 68-4 | OFE-¢ 668-9 | 86E-¢ PLE-G | ZLE-G G9E-G | PSE. PSG-G | 1ES-¢ SIL-S | FEL-¢ 096-G | 6F-¢ 996-G | $96-¢ L¥6-F | 186-7 GEL-F | G91-F GGG: | LFS-S PPT-G | LOP-G S&F-S | O€F-S 280- | G10-¢ Seoul | soyouy 16 06 061-4 | 681-9 | Z81-¢ 006-G | LI@-¢ | 1é6-¢ C6L-G | 9LT-9 | 89T-S 816-F | §88-P | 0L8-F OOT-¢ | OI-¢ | €OL-¢ O&6-F | 26-P | 026-F 68¢.F | 169-F | F1S-F FOL-F | 8TL-F | GOLF 880-9 | S80-9 | $F0-¢ GPO-G | GFO-S | $90-¢ L0G | 90%-G | 916. GLE: | GLE-S | LOE-¢ POF-G | G6P-G | G0G-¢ GZ9-G | 089-9 | 8z9-¢ S6F-¢ | [6F-S | 96F-¢ GOF-G | TOF-S | LHF-¢ 686-G | 182. | 19Z.¢ PEE-S | FEE-G | EEE-G 868-9 | F6E-S | Z6E-¢ 698-G | 998-9 | 19E.¢ GGE-G | SFE-S | 9EE-G 626-G | 66-G | GZ. IGL-G | €91-9 | 6FL-¢ PGG-G | GCS. | OGG. 896-9 | 86-9 | 0&3. {88-P | Gh8-P | LZ8-F FEL-F | Z6L-F | 928-4 8PG-S | 996-9 | 19Z-¢ T9F-¢ | 69F-¢ | €9F-¢ GIF: | OOF-S | L8E-¢ $80-G | €60:¢ | 940-¢ sayouy | sayouy | soyouy 61 81 ZT ‘GGA JOPH “IHAU]T VAG FAOMV LHDIATT 681-9 LG6-G GST-g 698. P COL-S 916-F 109-7 8&L-F 690-9 690-4 £66: 666-9 PES-G 669-G 90¢-¢ OFF-S 886-¢ Tre-¢ [6-9 99€-¢ CTE 906-¢ POLS 196-4 GES-S GI8-F 688-7 692. £87: &9E-¢ 910-¢ sayouy | soyouy 9T S61-¢ PPG-S LLG 806-7 980-¢ 906-7 S6F-F FLL-F $90: PL0-¢ LEG. €98-¢ 8PG-¢ 109-¢ L6¥-G O&F-S £66-¢ 6&&-¢ 10P-G 696-¢ ITé-¢ G06 PLL-G LESS LEE. 861-F GI6-F PLE €67-¢ 678-9 €10-¢ ST G6L-¢ 196-4 881 188-F 160-¢ 668-7 619-F 801-7 60-4 T80-¢ EFS-G C6E- 8g¢.g £09-¢ 609-4 8GP-9 G0E-¢ &hé-¢ 00F-¢ PLE TIE-¢ 016-4 &81-¢ 696: TIé-¢ PLLF FI6-F 186-¢ G6F-S 9€8-¢ 660-¢ soyouy G6I-¢ | €61-9 | 88L¢ 896-9 | 016-4 | 116-¢ OOT-¢ | G60-¢ | T80-¢ 688-F | &G6-F | 8F6-F 9F0-¢ | FFO-S | 660-¢ FS8-F | 8E8-F | S18-F SIG-F | SLo-F | 86F-F P6L-F | O18-F | 818-F 9F0-G | FFO-¢ | 2E0-¢ 460-4 | LOT-¢ | GOT-¢ 8&6-G | O&6-G | 6&2-¢ TEP-S | LEF-G | OSF-G GLG-G | 69G-G | 096-¢ 689-¢ | 96¢-¢ | 189-¢ 96F- | G6F-S | 96F-S FOF-S | Z6E-G | TLE. TLE-& | F0E- | 80E-¢ GPE | LEE-G | SFE-G O0F-S | OOF-S | 968-9 PLE-G | OLE-G | GLE-E F8G-G | PLS | H96-9 861-9 | P8T-¢ | ZLT-S 961-G | O61-¢ | 98T-S 09G-G | 9-9 | €96-S I8L-¢ | ZLT-G | SS1-¢ LOL-F | 191-4 | GGL-F €86-F | 166-F | 200-¢ LTE-G | 608-S | FIE-¢ TOG-¢ | 909-4 | cog.¢ T0E-G | 116-4 | FPZ-S ¥60-¢ | 060-¢ | 180-¢ sayouy | soyouy | soqouy C8L-¢ 69-9 620-4 996-P 800-¢ 108-7 905-9 GG8-F €80-¢ GIL GhG-G SPF-S 199-4 199-4 98F-¢ c98-¢ TLE-G G9E-¢ &68-¢ PLES G9G-G COL-g L61-¢ 696: SPL-S 991-4 €00-¢ &2E-¢ G0g-¢ 106+ 010-4 sayouy OST-¢ “CE OL Gsonaaa YALAWOUVE 691-G | Z9L-S | 89T-¢ &96-G | 1¥2-G | LhS-G OL0-G | 866-7 | 866-F £96-F | 096-7 | 886-F 096-F | GC6-F | oF6-F 9&L-F | SIL-F | 669-4 &1G-P | STS-F | OFS-F OL6-F | PE6-F | FF6-F 0G0-¢ | O10-¢ | OL0-¢ O&L-G | PEL-G | FFL 9&6-G | 666: | 9FG-S FIF-G | O8E-G | ZOF-S 889-G | 989-¢ | c09-¢ 09-4 | 069-9 | IIS. 9LF-G | 18h-S | S8F-G FGE-G | OLE-S | 00E-S GOE-G | LO8-¢ | O18-¢ OGE-G | $98.9 | 8oE-¢ GLE-G | TLE-¢ | 698-4 9G€-G | GGE-¢ | OGE-¢ GIG-G | N61 | 961- GPI-G | LEL-G | 82-4 106-4 | 016-9 | F1G-¢ 6FG-G | PEGG | HFSS L€0-G | 810-S | ¢€0-¢ 6IL-F | 669-4 | LOL-F 990-4 | £10-¢ | 860. PEE-G | SPE-G | 6GE-G P8P-G | O8F-S | O8F-S 9€T-G | OTT-¢ | TIL ¥F0-E | SZ0-G | 120-¢ sayouy | soyouy | seyouy ILL-¢ 696: 866-7 086-7 £96-P 619.F 8ho-7 146-7 910-4 GOL-S G16.G 007-¢ G69-G 609-¢ 86F-¢ 10-4 608-4 G9E-¢ GLE-G ogg. 606-9 O&T-G FIGS 676-9 €£0-9 689-7 8Z1-¢ 9L1E-¢ eLF-G 180-4 TL0-¢ soyouy GLI-G 8h6-S 966-7 400. 976-7 119-7 699-7 r66-F 910-¢ GLL-G 686-9 TT?-g 166-4 609-¢ 967-S 108-¢ LTE-4 TL8-¢ GLE LG6-G F0G-S €&1-G 666-4 096- 910-¢ 999-7 9FT-S L9G 997-¢ g80-¢ 810-¢ soyouy G “setoUur+ 000-06 O8T-¢ FIGS 966-F 910-¢ 096-7 199-7 069: 600-¢ 020-4 881-4 866-9 STP 169-¢ 809-¢ F0g-¢ 666-9 GEE-G 818-4 FLE-G g9e-¢ £06: TTS 066-9 696-S 610: 069-7 6ST-¢ 666-9 £97: GL0-¢ €20-S soyouy “SNVOW 1g 0& 66 86 16 96 G FG mano t Oo OM O TRANS, ROY. SOC, EDIN. VOL, XXXIV. BEN NEVIS OBSERVATORY.—HOURLY VALUES. 18 ‘LUG LJOPP “WAW]T VAG GAosV LHOIay “a88I AVIN “6G OL GHONGIN UTLANOUVA -sxvayy| 671-9 | 09T-¢ | o9L-¢ | org | cor-¢ | set-¢ | Fer-¢ | zet-¢| eet-¢] ser-¢| o9t-¢| eor-g | 6gt-¢| set-¢ | eor-g | 2eL.¢| PFT-¢| TFT | cer-¢ | oeT-¢| eat-g | ezt-¢| FeT-¢ | ser-g | ept-g |-savann Te |92¢.¢| 2e¢-¢ | z2¢-¢ | a1¢-¢ | ggF-¢ | LF-¢ | coF-g | BoF-S| GFF-G | FFF-G | OSF-G | EzF-G | 60F-G | 968-¢ | S9S-¢ | 6ze-g | 6Ie-¢ | 662-9 | 16z-¢ | 08z-¢ | GFa-¢ | Tea-g | Gea. | 6FG-¢ | OFGS| TE og | 21-4] 9¢c-¢ | grag | 0¢2-¢ | 6E%-¢ | Gez-G | F2G-G | DIG-G | SIZ-S | FIG-G | O1Z-G | 902-G | FEI-G| FST-S | GOT-G | SFI-G | SGT-¢ | GEL-G | ZaI-G | FOT-G | F60-G | OOT-G | GOL-G | FIT-S| FIT-G| 08 6z | 190-G| L1G | cong | Z11-¢ | 260-¢ | 920-¢ | 990-¢ | 9¢0-¢ | Fe0-¢ | oF0-g | 2F0-¢ | 6G0-¢ | Z90-¢ | 390-¢ | 90-¢ | z90-¢ | Gc0.¢ | ¢20-¢ | 890-¢ | 090-6 | E¢0-¢ | ¢90-¢ | 9¢0-¢ | O¢0-¢ | s¢o.¢] 6z 9z | #90-¢| 260-¢ | 9¢0.¢ | er0-¢ | 2F0-¢ | 0Z0-¢ | 120-¢ | $z0-¢ | 2e0-¢ | Ze0-¢ | zeo-g | FE0-¢ | 090-¢ | Z¢0-¢ | ¢90-¢ | e20-¢ | F80-¢ | O20-¢ | 280-¢ | g20-¢ | 2¢0-¢ | 0g0-¢ | 6oI-¢ | 2FI-¢| OST-¢| 8z 1Z | 90G-| FS1-G| eGT-¢ | OLT-¢ | 98T-G | F8T-G | LST. | Z6T-G | 000-2 | 213-4 | 21Z-¢ | 21Z-¢ | 91Z-G | 213-¢ | 913-¢ | 61z.G | G1z-¢ | G1z-¢ | 91Z-¢ | 0zz-¢ | FIZ-¢ | Og3-¢ | SEz-g | EFS | 6Gz-G| Zz 9z | 086-¢ | 993-¢ | ¢2z-¢ | 823-¢ | 99z-G | g9z-¢ | 622-9 | F83-9 | Téz-2 | 982-9 | 262-9 | G0e-g | Lez-S | 86z-¢ | 28z-¢ | cgz-¢ | O9z-¢ | 924-4 | F4z-¢ | 69z-¢ | F95-¢ | 9z-¢ | cou. | FOS-¢ | OL4-¢| 92 ez | 96¢-¢ | alz-¢ | Flz-¢ | 222-6 | 183-9 | aez-g | F8a-¢ | F8z-9 | 064-2 | 960-9 | 66a-¢ | 66z-¢ | 26z-¢ | 66z-¢ | 902-¢ | g0g-¢ | Gos-¢ | FOg-¢ | GOs | Zog-¢ | 60e-¢ | BIE-¢ | 6TS.¢ | FzE-G | Geec| ez #o | 186-9 | GhS-¢ | cPe-¢ | 9FG-¢ | ThE-g | OFE-¢ | ZeE-g | Fee-g | eee-g | cee-g | 6ze-2 | 9zE-9 | TIS-¢ | 0e-¢ | F6z-¢| egz.c | 99z.¢ | ces. | ZES-G | Zes-G | Z6I-¢ | E8T-G| 2ZT-¢ | 89T-G|09T-¢] Fz ez | ZL0-¢| 6¢1-¢| TeL-¢ | aPI-¢ | 221-¢ | T11-¢ | 960-¢ | 940-¢ | 490-4 | FG0-¢ | 9F0-¢ | S20-¢ | TLO-G | Z00-¢ | 886-F | 296-F | 9¢6-F | 9FG-F | 186-F | FZ6-F | Lt6-F | ZOG-F | 106-F | 268-F | 006-F| @ zz | LLL-F | 168-F | G68-F | 068-F | FL8-F | 098-F | SF8-F | LE8-F | E68-F | CTS-F | 208-F | O6L-F | GLL-F| SL-F | GSL-F | 2cL-F | ETL-F | FOL-F | G69-F | e99-F | g29-F | 229-7 | G29-F | 919-F | SL9-F| ZZ 1% | 969-F | g29-F | c9-F | 689-F | 489-F | 289-F | 829-F | 189-F | 19-F | F89-F | G69-F | 689-F | €89-F | 069-F | 889-F | g69-F | ce9-F | 669-F | 969-F | GOL-F | SOL-F | SIL-F | FELF | 9GL-4 | 99L-6| Tz 02 | 9L8-F | G8l-F | E8/-F | G6L-F | ZOB-F | 98L-F | GT8-F | L6L-F | 918-F | 8E8-F | ZS-F | 6F-F | 298-7 | 188-F | 089-F | 618-F | C18-F | 968-F | FO6-F | ST6-F | FHE-F | 8L6-F | LT0-¢| Ge0-¢| Fe0-¢| 02 6L | 6e%-¢| 280-2 | GOL-¢ | sat | OST-9 | 6ST-¢ | ZLT-G | 981-2 | 20z-¢ | 620-¢ | GF%-¢ | 0Gz-g | 892-¢ | F9U-¢ | G9G-¢ | e2z-¢ | 22z-¢ | Tez-¢ | G6a-¢ | 2ez-¢ | zoe-¢ | 1e-¢| eze-¢ | gee-¢| FES] GL st | ole-¢| eee-¢ | gee. | g¢e.¢ | e28-¢ | ale-g | cue-¢ | e2e-¢| gre.¢ | age-¢ | age.g | e6e-¢ | L8¢-¢ | eee-¢ | ose-¢ | zee.¢ | Tz¢.¢ | F98-¢ | e9¢-¢ | gee.¢ | zog.¢ | c9R-¢ | zOS-¢ | ces-¢]09e-¢] ST Jt | 208-¢| t9¢-¢| ste-¢ | o9e-¢ | 2ee-¢ | Pos-¢ | 6¢e-¢ | 0G8-¢ | o9¢-¢ | 998-¢ | e9e-¢ | ace-g | gce-¢ | Tee-¢ | Fee-¢ | eze.g | 26z-¢ | 008-¢ | c2z-¢ | cez-¢ | ez. | 90z-¢ | o6t-¢ | ogt-¢| F8T-¢| 27 9L | 80-¢| G4-¢| goT-¢ | ger-¢ | 991-4 | FL | ZTT-¢ | SITS | OLT-G | TL-¢ | SIL-g | FOT-S | OOL-¢ | 260-¢ | ego.¢ | 620.¢ | 690-¢ | $90-¢ | 2¢0-¢| 210-¢ | 900-¢ | 000-¢ | 286-F | ce6-F | 100-¢| 9T GL | 99L-¢} ¢00-¢| t10-¢ | 0z0-¢ | 620-¢ | ¢20-¢ | c60.¢ | OLT-G | ZET-¢ | GFI-¢ | 29T-¢ | GZT-¢ | O8T-S] 66T-¢ | c0z-¢ | T1z-¢ | 9Tz-¢ | e2a-¢ | 62%. | Fea. | TEa-¢ | 6FZ-G | 9ez-¢ | 924-6 | 68z-E] eT #L | 29%-¢| 1og-¢| goe-¢ | ore-¢ | 908-¢ | g08-¢ | cez-¢ | G62-¢ | F8z-¢ | Z8z-¢ | G9z-¢ | 092-4 | TSS-¢ | 2FG-S | OF-¢ | cez-g | Oga-¢ | Ezs-¢ | Ozz-¢ | Izw-¢ | cEz-¢ | 6FZ-¢ | 99z-¢ | zez-¢ | 96e-¢| FT et | 91¢¢| cre-¢| ze-¢ | 9¢¢-¢ | OFS-¢ | cee-¢| Tre. | 68e-¢ | eFe-g | OFe-¢| Ige.¢ | Tee-¢ | 9FE-¢ | FFE-G | Lee-¢| gze.¢ | cTe¢ | cog.¢ | 29z-¢ | 922-6 | zou-¢ | 6ez-¢ | zoz-¢ | OLz-¢ | 2z-¢| ET ZL | I1F-¢| e8%-¢| 96z-¢ | gog-¢ | 028-4 | eze-¢ | gze-g | 6ee-¢ | 098-4 | S2e-¢ | TOF-¢ | OLF-G | STF-G| ezF-¢ | GeF-¢| SFF-¢ | QGF-¢ | BGF-¢ | FOF-G | FLF-G | QLF-G | G6F-¢ | 60G-¢ | LT¢-¢ | FZG-¢] ZI IL | 99F-¢ | 6z¢-¢ | 9¢¢-¢ | gee.g | G89-9 | 62¢-¢ | ETG.¢ | STS-S | LT¢-¢ | IT¢-¢ | FOG-¢ | 96F-¢ | E9F-S] I9F-¢ | FZF-9 | TOF-¢ | OcF-¢ | FHP-¢| cEP-¢ | FIF-C | Teg-¢ | L8e-¢| 62e-¢| T9e-¢| LFS] IT OL | O9T-¢| Zee-¢ | goE-¢ | 183-¢ | 86-9 | FLB-9 | 9ez-¢ | 6ZS-G | 9ZS-G | 8TS-¢ | GOS-G | ZOS-S | OLT-G | O9T-S | TFT-G| GIT-¢ | ZOT-¢ | F80-¢ | ZL0-¢ | 8G0-¢ | GFO-¢ | 820-¢ | 6Z0-¢ | ETO-¢ | 200-2] OT 6 | £00-¢ | 266-F | F06-F | Ee6-F | 626-F | 8Z6-F | ceG-F | ZE6-F | CG6-F | FL6-F | Z6G-F | 6Z0-G | 0G0-S | 9G0-¢ | G90-¢ | 220-4 | 690-¢ | F40-¢ | 0G0.¢ | TFO-g | eZ0-¢ | 9TO-¢ | ETO-¢ | G00-¢ | STO-¢| 6 8 | 901-¢| 2e0-¢ | oF0-¢ | 9F0-¢ | 990-¢ | Z80-¢ | 260-¢ | 9OT-S | FIT-G | Z2T-S | F2L-G | 6ZT-¢ | GET-G | TST-¢ | ZET-¢ | eeT-¢ | SzL-g | IZE-¢ | SIT-¢] 9IL-¢ | SOL-¢ | OLL-¢ | FILS] FIT-¢] 0ZL-S] 8 1 | 0G0-¢ | ZoL-¢ | O2T-¢ | 9IL-¢ | FILS | FOT- | 660-¢ | 260-4 | 080- | FL0- | ZL0-g | Z90-¢ | F40-S | L60-¢ | LF0-¢ | 280-4 | Le0-¢ | ZZ0-G | 900-¢ | 266-F | 986-F | O86-F | 6L6-F | OS6-F | O86-F] 2 9 | 996-F | 816-F | 816-F | F86-F | $86-F | 996-F | 106.4 | 46-F | F96-F | Z96-F | LG6-F | OG6-F | GFE-F | LF6-F | GFG-F | 286-F | GFG-F | GE6-F | GFE-F | LE6-F | GE6-F | OS6-F | 096-F | F96-F | OL6-F] 9 g | €h0-¢ | 696-F | 886-F | 866-F | Z66-F | 666-F | 100-¢ | F00-¢ | 800-S | TZ0-S | FZ0-¢ | 080-G | SFO-¢ | SFO-¢ | 6G0-¢ | F40-¢ | 8¢0-¢ | 690-¢ | 890-¢ | 120-2 | 620-¢ | 060-¢ | OOT-¢ | 6ZI-¢| 6ZI-S] ¢ > | 60G-¢ | OGT-¢ | eOT-¢ | FLT-¢ | O8T-S | FST-S | Q/T-¢ | FLT-G | IST-$ | F8T-¢ | gor-¢ | L6T-¢ | T0Z- | 90% | 202-¢ | FIZ-G | Zzw-G | BeE-G | 927-9 | 682-4 | SFS-G | 6G2-¢ | T9S-G | 124-9 | 8-9] F & | 916-9 | F6Z-¢ | 008-G | 9TE-¢ | ZIE-S | FIE-G | g08-¢ | Gos-¢ | 16-9 | FIS-G | 06G-G | GIS. | L6Z-S | F8Z-9 | 89Z-S | TFZ-¢ | 196-¢ | 6LB-G | Z9S-G | BFZ-G | FET-E | 9BG-E | 9ZV-E | F2-G| FSS] Z | GL0-¢ | L16-S | Ze | LOs-¢ | OST-S | 69T-¢ | Zerg | FEL-¢ | ITT-$ | 180-¢| GoT-¢ | G60-¢ | €80-¢ | ¢90-¢ | 8e0-¢ | 600-9 | 100-¢ | e66-F | E86-F | OL6-F | T86-F | 866-F | F00-¢ | E86-F | I86-F] L | 600-2 | 936-F | $26-F | $96.4 | 296-F | 8F6-F | Fe6-F | SIG-F | SI6-F | GE6-F | L¢6-F | Z86-F | 666-F | 910-2 | G10-¢ | Fz0-¢ | FHO-G | G¢0-¢ | O¢0-¢ | 190-¢ | ¢90-¢ | Z80-¢ | 960-¢ | ZaI-g| ZIT-S| T sayouy | soyouy | saypuy | saqouy | SOyoUy | sayouy | sayouy | soyouy | sayouy | soyouy | sayouy | soyouy | Sayouy } soyouy | soyouy | soyouy | soyouy | soyouy | soyouy | sayouy | soyouy | seyouy | serpouy | sayouy | Soyouy wo | i | 8 | 2 | 1 | o | er | st | 2t | oe gE | HE | OL | SE | 1 | or | 6 8 2 al aare| ae F gil a8 l *SOUIUT + 000-06 (or) T _|'SNVAHE| G9F-G | 99F-S | OLP-G | GLF- | OLF-¢ | 69F-9 | GOF-G | LOF-G | B9F-G | GLF-G | ELF | OLF-9| TLF-G] OLF-G | LoF-¢ | FOF-G | O9F-¢ | QaF-¢| zeF-G | SFP-g | oFF-g | LEF-¢ | BFF-¢ | FeP-g | Top-g |-sxvar 1g 1g O& | 8GS-G | 089-¢ | 089-4 | 689-4 | GhS.G | LFS.G | FFG-G | ThG-G | ShG-G | 6F-G | LF9-¢ | OGG-¢ | TFG-¢ | Cea.G | Leg-¢ | 949-4 | 6IG-¢ | 91G-¢ | 809-G | 96F-G | GEF-G | OG. | 90¢-¢ | GIG-¢ | ezg.¢| of 6G | LSd-G | 669-9 | LPS-¢ | HPS-G | Gae.c | Gad.¢ | 6G¢-¢ | T9G-G | 19G-¢ | OLG-G | FLG-¢ | 99G-¢ | G9G-4] 99G-G | BaG.¢ | CFG.G | FFG-G | 689-4 | EG-¢ | 6zG-¢ | LeG-¢ | ge¢-G | 9FG.¢| 2FG-¢ | zG.¢| 6z 86 | LTL-4 | 869-4 | €09-¢ | 619-9 | Fe. 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209-G | G6G-¢ | 08G-¢ | E1G.¢ | 99G.g | LeG.¢ | 8G¢.¢ | 096-4 | €G¢.¢| FT GGE-G | SFG-G | LFG-G | 6EG-G | GZG-G | CIG.G | 66F- | C8F-S | SSF-S | FOF-G | LeF-¢ | 6zF-G | L8E-S | 6GE-G | CES. | STE-E | 98Z-S | 6EZ-G | 9GS-G | FEL-G | LOL-G | LPI-S | SG1-G | GOL-G | 220-4} ET GL | FZ0-G | ZL0-¢ | 0G0-G | 910-4 | G66-F | LL6-F | €26-F | 916-F | 8Z6-F | S6-F | 696-F | Z66-F | G66-F | OL0-¢ | 9Z0-G | LFO-G | 290-¢ | Z90-S | 890- | 920-G | T80-S | 060- | €60-G | 960-G | 260-9] ZT IL | 046-F | 90L-G | FOT-G | 860-4 | F60-¢ | Z80-G | 090-¢ | ZG0-G | SF0-g | 6E0-¢ | 6Z0-G | 1Z0.G | S66-F | S96-F | PHE-F | SZ6-F | OL6-F | Z88-F | 628-F | 118-4 | F98-F | 9E8-F | LF8-F | Gc8-F | G08-F | IT OL | GOLF | CO8-F | L9L-F | FFL-F | ZEL-F | 10L-F | 6L9-F | SE9-F | LZ9-F | 1Z9-F | 6E9-F | OOL-F | LGL-F | L2L-F | 6GL-F | LLL-F | O6L-F | G08-F | LC8-F | LE8-F | 698-F | 098-F | 6L8-F | O88-F | 988-F | OT 6 FF0-G | L98-F | 18-F | LL8-F | L18-F | 1Z6-F | 0Z6-F | 1S6-F | €86-F | G00- | 000-4 | 800-g | 9G0-S | G00-E | G1O-¢ | GFO-G | GHO-G | O0-G | GILG | F8T-G | STG. | 196-9 | 91-9 | 616-9 | €66-9| 6 8 ITE-G | €1E-G | 9TE-¢ | 8E-¢ | 9E8-¢ | SEE-g | LEe-G | LEE-S | OFE-G | GEE-G | EEe-G | 6EE-¢ | GEE-S | STE-G | G0E-G | ZOE-G | 6Z-S | G6Z-G | G8S-G | 18G-G | L22-G | G1G-G | T8S-9 | 626-9 | 86-9] 8 Z G9E-G | G6G-4 | GOE-G | 90E-G | 608-4 | STS-¢ | FEE-G | BLE-G | ZZE-G | FEE-S | GEE-G | Goe-¢ | E9E-9 | O9E-G | G9E-¢ | 1LE-G | L1E-G | C6E- | S6E-G | GOF-G | OLF-G | GIP-G | S2F-G | Th7-G | 67-9) LZ 9 GLG-G | GOP-G | G8P-G | G6F-G | FOS-S | FOG-S | 8EF-G | FOG-G | OLG-G | STE-S | OZE-¢ | GZG-g | 9ZE-S | CBE. | CEE-G | FEE-¢ | LTG-G | OLG-G | 80G-G | 80G-E | GOE-¢ | 80E-G | Tag-G | GEES | 6EG-G] 9 g g v F § € 889-G | 0G9-¢ | 8G. | 89¢-G | GLG-G | O8G-G | Z8G-G | 88E-¢ | 96E-¢ | FO9-S | 809-G | OT9-g | 909-S | G09-G | ZO9-G | G6G-G | L6G-G | G69-¢ | G8S-G | 619-G | 9LG-G | 6LG-G | L8¢.¢ | 169-9 | 88g-¢ 199-G | €69- | 16G-¢ | G69-¢ | 069-¢ | 16G-¢ | F89-G | SZG-¢ | B1G-¢ | 88E-¢ | Z8E-G | OLG.g | TLE-¢ | F9G-G | E9G-G | GaG.¢ | LFG-G | 6E9-G | GGG. | LEG-¢ | GTG-G | OTG-¢ | 8TG-¢ | GaG-G | ThG-g GEG-G | GGG-G | EEG. | EFG.¢ | LEG.¢ | GZG-G | OLG-¢ | OGE-G | 9ZG-G | ZGG.G | BIG-G | FIG-¢ | FZG-S | ZE-G | ZEG-G | LEG-¢ | TEG.G | GES-G | 9ES-G | EG. | OFS-G | 6EE-¢ | 099-4 | OLE-4 | E8e.G G 99-4 | 469-9 | CL9-G | FZ9-G | 1Z9-G | 8Z9-G | 0Z9-G | 8Z9-E | GFO.G | BF9-G | ZGO-G | LG9.g | €49-G | 1G9-G | L49-¢ | F99-¢ | ZO9-¢ | 199-G | F99-G | 699-¢ | 949-G | 989-9 | 69-9 | GOL-G | 201-9] & ue T9L-G | PGL-G | SEL-G | SFL-G | 6FL-G | FPL-G | 9FL-9 | SFL-G | ECL-G | LOL- | FOL-G | 9OL-G | GOL-G | GLL-G | TLL-¢ | 69L-¢ | L91-G | LOL-S | ZOL-G | T9L-G | GOL-G | 994-4 | G11-¢ | 981-4] 961-2) T Sayouy | Soqouy | saqouy | soyouy | sayouy | soyouy | seyouy | soyouy sayouy | saqouy | saqouy | seyouy | soyouy | sayouy | seyouy | soouy | seqouy | seyouy | seqouy | soyouy Seqouy | Seyouy | setouy | setouy | soyouy BEN NEVIS OBSERVATORY.—-HOURLY VALUES, = I “qy SIL UB9 TT a &@ GG 1G 0Z 61 8ST LT: 9T cI F1 $1 éL I OT 6 8 pe 9 ¢ 4 € G t “sayout + 000-06 ‘LUG JOFF “IWAMT VAG AAOAV LHDIA]T *.Z¢ OL amonaga UMLANOUVG BEN NEVIS OBSERVATORY.—HOURLY VALUES. “SNVAN| G6L-9 1g 08 | 069.4% 66 | FILS 8G. | OST- 16 | LOF-S 96 | 96F-¢ GZ | L86-¢ FG | P8E-G && | LhF-¢ GG | SSF-¢ TG | 6oF-¢ 0% | €26-¢ 6L | €90-¢ SL | OLF-S LT | 09F-¢ OL | 0G6-¢ SL | 80-4 FL | 9ST-S €L | 690-¢ GL | €8.F IL | LIL¢ OL | ¢€0-¢ 6 096-7 8 60L-¢ L 926. 9 6L¢ Gg 610: F 896-F & 910-4 G €96-¢ T 0g¢-G soyouy “uBey 981-¢ | 061-9 0G¢-F | F9¢.F 920-¢ | 640-6 1G0-G | 180-6 6z8-¢ | 0ge-¢ T9F-G | L9F-¢ P9E-E | ZOE-S ELE-G | 998-¢ GPP-G | OFFS TOF-G | 288-9 829-9 | 1eg-¢ GGG-E | O86-E OFG-S | SGe-¢ PLL-G | 686-S &6P-S | S6F-¢ G6E-G | 068-9 $80: | $10.4 TLT-¢ | TLT-¢ I61L-¢ | 902-4 L98-P | SC8-F 9FL- | LIT. €10-¢ | Z10-¢ 020-4 | 10-4 SF6-F | 106-F 266-¢ | 666-9 891-9 | €L1-¢ TZ0-¢ | 120-¢ 916-4 | Z86-F 100-4 | 600-¢ 840-¢ | 180.¢ 008-4 | 90¢-¢ sayouy | sayouy O61-G | 61-9 | 61-9 | T6T-9 | 8-9 | L8T- | L6L-G | L61-G | 00G-¢ | L0Z-¢ | 66T-G | L6L-G | 961-G | Z6L-G | 98T-S | GL. | FLT-G | S4T.¢ | LET-G | 96T-¢ 099-7 | 699-F | OG9-F | GEG-F | SE9-7 | CEG-F | 8EG-F | OFS-F | SF9-F | OFS-F | OSE-F | GhS-F | EG¢-F | IFG-F | LOG-F | S6F-F | CLF-F | LFG-F | IGL-F | 9098-7 SIL-G | 4GL-G | 6PL-G | 99T-G | G8T-S | S8T-S | L6L-G | O6L-¢ | 98T-G | LAT-G] 89T-G | SGT-G | TET-¢ | SIT-¢ | ZOT-¢ | 940-4 | Z90-¢ | SF0-¢ | GE0-G | 1Z0-¢ 9F0-G | 990-4 | $20.4 | 260-4 | 8OT-S | ATL-G | GeT-¢ | TST-¢ | LAT-G | 98T-G | 60G-¢ | S1G-¢ | L1G-G | SEZ. | 1G3-¢ | 1FZ-S | O4Z.G | 14Z-¢ | B1Z-G | E8z-G B&E-G | 99E-E | GLE-G | 948-4 | GLE-G | 66E-9 | 66E-G | LIF-G | LIF-¢ | LZP-G] SGP-G | BZP-G | EEF-S | SZF- | 6ZP-G | LEF-S | OcP-G | OzF-G | Lep-G | LeP-G 89F-G | PLY-S | GBP- | FLP-G | LOP-G | GOP-G | OOF-G | ESF-G | FOF-G | GGF-G | OFF-G | SLP-4 | 1GP-g | ZOP-G | 968-4 | 6LE-¢ | ZZE-¢ | OGe.¢ | e9e-¢ | GaE-¢ 1G6-G | OGE-G | L9E-G | OFE-G | ESE.G | G9E-G | TLE-G | F6E-G | LIF-G | ZF] GGPF-G | 9GP-G | LEF-G | OGP-G | LTF-G | SOF-S | FOF-G | 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| ZFO-G | OF0- | 2Z0- | FZO-G | F86-F | OFG-F | ZFG-F | 980-S | E60- | GOT-¢ | TET-G | E8T-¢ | 222. | aFT-¢ | F9%-9 | Z9z-9 | aze-g | Tae-¢ | ZZe-¢ PEE-G | GEES | 6OF-S | EBF-9 | TEF-G | IGF-G | LEF-G | GZP-G | QTF-G | 6OF-S | 6OF-S | ZOF-G | SLE-¢ | T9E-¢ | FFE-g | OGe-¢ | 662-9 | 1Lz-G | 6FS-G | ZF-G | BIS-S | GOSS | LEL-G | LOT-¢ | TLS Soyouy | sotouy | soyouy | soyouy | sayouy | soyouy | sayouy | seyouy | Sayouy | Seyouy | soyouy | seqouy | soyouy | soyouy | soyouy | soyouy | soyouy | soyoug | soyouy | soyouy | soyour | soyouy | soyouy | soyouy soyouy BEN NEVIS OBSERVATORY.—HOURLY VALUES. mA NOH 1H Om WO DD mn oO HO © M& CO DD “4418 ‘wun | ig | 88 | Be | qe | oe | er joat jet jot |oor | oe | ot | er lot] ot | 6 jos |e loo |e | + |e |e |ot euueuiaiapamntsicasntecesoe cee ee ee | ee ne || ee ee |e *soqour+ 000-0 ‘Lad JOPP “THAMT VAG ZAOAV LHDIAT + *.GE OL aaONGTA UTLANOUVG > _— atl bi at re io) > Z, — =) 25) 'o) } 72) bs fe) (a wn Z, a > BEN NEVIS OBSERVATORY.—HOURLY VALUES. 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| GEZ-G | ETS-G | GOL-G | SLT. | GFI-G | OIL-G | G60-G | FG0-S | EE0-S | FLO-G | 886-F | 696-F | OS6-F | LE6-F | Sh6-F g F € 628-F | S66-F | 668-F | 968-F | G18-F | 98-F | CO8-F | GhB-F | LE8-F | GES-F | 6Z8-F | 8Z8-F | 6Z8-F | SEB-F | SES-F | OGB-F | OGS-F | SE8-F | GER-F | OFS-F | ZO8-F | SLB-F | S68-F | 606-F | Z86-F 860-9 | 8F6-F | 096-F | 826-F | 686-F | 00-9 | 00-¢ | LLO-9 | GL0-¢ | G20-¢ | 8Z0-¢ | GE0-G | OFO-G | SFO-G | LE0-G | BFO+S | 960-G | 9G0- | FG0-G | ZL0-¢ | O80-¢ | G6O-G | FOL-S | OLL-¢ | IZL-S GGLG | 8E1-G | OST-G | FOL-G | ELT-G | GLT-G | OLT-G | GAT-G | LAT-G | I8T-G | 88T-S | Z8T-S | O8T-S | FLL-G | GFL-G | FFI-G | SSL.G | OTT-¢ | Z80-S | 080-S | FE0-¢ | ZE0-G | OLO-G | 866-F | 986-F 6 866-F | F96-F | LL6-F | F96-F | GFG-F | LFG-F | E6-F | 026-F | L16-F | Z88-F | 068-F | 918-F | 618-F | 616-F | L68.F | SI6-F | L06-F | 968-F | SZ6-F | 0B6-F | FZE-F | OS6-F | 8G6-F | 816-F | 066-4 T EPI-G | 800-4 | 020-G | F0-G | LF0-G | 090-9 | L40- | 080-G | G80-¢ | 60-G | GOT-G | 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| Eat-¢ LEL-G | OTT-G | 660-S | €40-¢ | 190-4 | 80-G | 600-9 | e86-F | EF6-F | 0Z6-F | FZ6-F | OFG-F 16-7 | 106-F% soyouy | Sayouy | soyouy | soyouy Soyouy | soyouy | soyouy | Seyouy | Soyouy | soyouy |soyouy | soyouy | soyouy | soyouy Sayouy | seyouy | sayouy | soyouy | soyouy 0G9-G | 919-¢ | 82¢-¢] Og BEN NEVIS OBSERVATORY.—HOURLY VALUES. a mA OH 190 ODE OD eNO HO OM OD Sayouy | soyouy | seyouy | soyouy | soyouy | seyouy ‘weoTN ce &@ GG 1G 02 61 8I AT 9L ST iat &T ae EL |; 00 6 8 L 9 g v § G I a aa re a ee at i be | | *SOtOUL+ 000-0 ‘LdGd {OPP “WATT Vag TACAV LHOIE]T *.Zg OL agonauy uTIaNOUVY cope SOR arent clk ee ee ee re a ree 2 a —— BEN NEVIS OBSERVATORY.—HOURLY VALUES. 30 ‘LAGE OPP “IMAWT VAG ATAOMV THOMA ‘988T AVIV ‘cf OL GHONGHY UNTLANOUVE ‘SNVAW| 1GE-G | PZE-G | LEE-G | 8ZE-G | HZE-G | GEE-G | OSES | 1BE-G | FZE-G | OSS-G | FEE-G | GEE-g | OSE-G | 8zE-4 | 9ZE-9 | EzE-G | EIE-G | ZTE | SIe-¢ | O1-¢| 90e-¢ | G0e-s | TI¢-¢ | eTe-¢ | eze.g | sxvaW IE | GLG-G | L6F-9 | 10G-¢ | 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| LEP-P | 6CP-F | LOF-F | OGP-F | LGP-F | 1ZF-F | GGF-F | STP-F | FOF-F | G6E-F | L8E-F | 69E-F | LLE-F | L9E-F | 98-F G66-F | 162-4 | L86-F | 062-F | Z8G-F | €86-F | L8C-F | 160-F | FOE-F | 60E-F | OLE-F | L6Z-F | 88Z-F | 946-F | GLZ-F | ELZ-F | FOZ-F £09-F | 699-F | S69-F | LOL-F | OGL-F | LOL-F | OLL-F | I8L-F | 8L-F | SLL-F | F9L-F | GEL-F | FIL-F | 169-F | 999-F | 6F9-F | LE9-F 8IS-F | 10G-F | L8F-F | 99E-F | LES-F | 9GE-F | L6E-F | PEF-F | LTS-F | G6S-F | FE9-F | 989-F | SGL-F | Z6L-F | FZ8-F | FS8-F | FL8-F PIL-G | IGL-G | SSL-G | GBL-G | 6ZL-G | OGT-G | 99T-S | PETG | €0G-E | 8GG-G | OGG-G | G9G-G | 91Z-G | E6G-G | FIE- | TEE-¢ | LSE-¢ ZGF-G | LSF-9 | TLF-G | LLF-G | 88F-9 | SOG-G | SIGS | TFG-G | FE¢.¢ | FOG-¢ | GOG.¢ | TLG.¢ | BL¢-G | €8G-G | L6G-¢ | 909-¢ | FIO-G sayouy | sayouy | seyouy | soyouy | soyouy | sayouy | saqouy J sayouy | soyouy | Soyouy | soyouy | soyouy | soyouy | soyouy | soyouy | soyouy | soyouy 61 8T ra i 9T |* ST FL ca GL II OL 6 8 ZL 9 g P g ‘ladda JOPP “IMAW]T VAY TAOAV LHOIT]T *.¢g OL agonaay uMLANOUVE “L881 AUVONVE O9T-G | 69T-¢ |’SXvary GPUS | 996-9] TE 9FE-G | G8E-9} OF G9E-G | F6E-S | 62 VGC: | 696-9] 8% PLP-G | O8F-S | Lz 896-2 | 086-9] 96 S9L-G | OLT-G] GZ 997-G | S8F-G} FZ 119-9 | 19-9] €@ 829-9 | FF9-9 | G 912-9] 911-9] 1% 967-9 | 6FF-G | 0G OF6-F | €96-F | 61 1G6-F | 206-7} 8L GII-G | 6E1-9] LT G9G-G | 966-9] 9T GILG | ZIL-| ST 1gG-G | 979-9] FI LOF-G | FLF-S| ST OFG-G | T1Z-G] ZL FEl-F | L18-6] I 266-4 | F86-F | OT F6L-+F | F8L-F LE9-F | GFO-F OGF-F | 6IF-F SPE-F | SFE-F GPS-F | C8S-F 819-F | 909-F 616-F | S16-F ELE-S | GBE-S | GG9-G | £69-9 sayouy | Saqouy ae NOHO Oh OD “soout + 000-06 39 BEN NEVIS OBSERVATORY.—HOURLY VALUES. ‘suvan|1gF-¢ | 019-9 | F19-¢ | 60%-S | I1g-¢ | OTS-¢ | 009-9 | 967-2 | O6F-s | OGF-g | geF-o | ggF-¢ | egt-o| FEF-¢ | F9F-g | ELF-¢ | o2F-¢ | GLF-s | 99-4 | goF-g | cop-¢ | GoF-¢ | ozF-9| ogF-g | FaF-g |-exvan 1g 1g 0& 0€ 66 66 8Z | G19-G | 199-G | 8F9-G | Gh9.¢ | LF9-G | 1¢9-G | €49-G | 6F9-G | 6E9-G | 199. | 949-9 | $99-G | 089-4 | GOL-G | LOL-S | 969-4 | 469-G | 869-G | Z89-G | 989-¢ | L9-¢ | 069-G | €0L-4 | ITL-G| FOL-G| 8 & | 799-G | 689-G | 229-9 | 689-G | OOL-G | LOZ. | 169-9 | 899-G | 189-G | F99-G | 819.9 | C99-G | 999-G | F99-G | G99-G | 0G9.G | LF9-G | E99.g | 8G9-G | 1G9- | LG9.G | OF9-G | 8Z9.G | GZ9-G | 809-4] LB 9G | 969-G | 819-G | F09-G | PLG-G | O1G-¢ | 9G. | LZS-G | 00G-G | 609-G | 98F-G | 909-9 | 209-4 | HLF-G | OGF-G | SLF-S | [8F-G | LLF-G | S8F-G | GLF-G | S6F-G | GIG-G | LFG-4 | 19G-¢ | 189-4 | L6¢.¢] 92 GG | GT&-G | F09-G | 669-G | €09-G | G6G-S | 8LG-G | OFG-G | ST9-G | S6F-S | OOF-G | SZF-G | OLF-G | GEE-G | OTE-G | G1Z-G | €ZZ-G | G8T-S | GFI-G | GIL-G | $20.4 | 880-9 | $Z0-G | S10-G | 966-4 | 986-F] FG | GPG-F | €86-F | 6L6-F | FL6-F | L96-F | 9F6-F | PE6-F | 626-F | L16-F | L16-F | 126-F | 906-F | 816-F | FF6-F | $96-F | 6L6-F | 116-F | ZL6-F | GFG-F | 996-F | 8E6-F | G68-F | L68-F | 926-F | 8Z6-F | FZ &G | OL0-G | Gh6-F | L96-F | €96-F | 186-7 | 186-F | 996-F | 986-F | F66-F | OFO-G | €90-G | 40. | LFO-G | 2E0-G | OL0-E | 100-9 | 200-¢ | EZ0-G | EG0-G | 620-4 | ZFO-G | Sk0-S | FE0-G | 8Z0-G | SLOG] GZ | 9E0-G | 686-F | Z66-F | 996-F | €96-F | 9FG-F | 1S6-F | 986-F | FL6-F | F66-F | 696-F | €96-F | 696-F | 686-F | LE0-S | 020-9 | ZG0-¢ | E90- | ZOT-G | LZT-G | SFI-S | TFE-G | Z1T-G | 6E1-9 | 981-4] Zz TG | [9G-G | GLS-G | 12S-G | ShS-G | 962-4 | TLG-G | €9G-S | OLZ-G | TLE-G | 896-G | 98G-9 | Z6B-G | £8Z-G | Z6S-G | Z6Z-G | 69Z-G | 84G-S | LFZ-G | 8ZS-G | 8BS-G | L0B-G | L0S-G | LIS-G | 80B-G | 12S] IZ 0G | 0&Z-G | 16-4 | G1S-G | LIZ-G | LOZ-G | L6T-¢ | 881-9 | 9LT-S | TLT-G | FST-S | O6T-S | L6L-S | O8T-S | GLT-G | T6T-S | 86T-S | 91Z-S | Zas-G | LhS-S | $9%-G | $9S-G | 8EE-G | STE-G | 998-4 | LOF-G| 6L | 689-9 | GOF-G | FEF-G | OGF-S | LLF-G | G6F-G | 66F-G | LIG-G | 129-4 | LhS-G | GGG-g | COG.¢ | G1G.G | F8G-G | 88G-¢ | B8G-G | L8G-¢ | 89G.G | PLE. | F1G-¢ | L1G-G | 126-6 | 899-9 | F9G-¢ | €9G-4] 6T ST | 668-4 | 8G9-G | 9G9-g | 899-4 | 6FG-G | 9EG-¢ | 1ZG-G | LEF-G | LLF-G | GLF-G | OFF-G | 6ZF-G | OOF-G | BLE-S | EFE-S | 6ZE-G | TLE-G | G64 | 612-4 | 226-4 | F9S-G | 9S-G | 113-9 | 083-9 | 28-9] 8T LT | L0G-G | 163-G | GZE.G | 8EE-G | 89E-G | 8E-E | OOF-G | LTF-G | LEPF-G | FFF-S | 6OF-G | COG-G | ZIG-G } LEG-G | ZGG-¢ | FOG-¢ | 98G-9 | 969-¢ | FO9-G | OT9-G | 9z9-G | 8z9-¢ | 0S9-G | 6E9-9| F99-G]| LT 9T | $69-4 | G29-G | €99.¢ | $99-G | 999.g | Z99-g | 8E9-G | LI9-G | 86G-G | GLE-G | GLG-G | GOG-g | FEG.G | OFG-G | TFS-G | EeS.G | BhG-G | 19G-G | 8FS-G | 99-9 | 29-4] 489-4 | 109-9 | GEO-S | Lz9-9] OT ST | 299-G | #69: | FE9-G | GE9-G | GC9.g | 919-¢ | 699-G | F89-G | 189-G | $89-G | 889-¢ | 969-4 | 069-¢ | 889-¢ | ZOL-S | 669-4 | G69-¢ | 819.4 | 899-G | F99-G | EG9-G | 9FO-G | FE9-G | 029-9 | 119-4] ST PL | G79-G | TL9-G | 809. | £89-G | 86G-¢ | Z8G-G | G8G-¢ | G8G-4 | GLG-G | 88G-G | 06E-G | 964-4 | 6T9-G | Z9-G | 8E9-G | Gcg.g | FL9-G | 089-G | S69-G | SOL-S | FIL. | OGL-G| T9L-G | GLL-G | L64-¢] FT SI | 696-9 | 808-S | GEB-¢ | 648-9 | 618-¢ | L68-G | 906-4 | E16-¢ | 616-S | €E6-S | 6FE-S | 126- | 646-9} 100-9 | 210-9 | FL0-9 | F10-9 | ST0-9 | Z10-9 | 10-9 | F00-9 | 200-9 | 610-9 | 610-9 | 120-9] ST GL | F86-S | 810-9 | 220-9 | €Z0-9 | 610-9 | ST0-9 | 800-9 | 100-9 | 066- | F86-S | 116-¢ | €86-G | $86-¢ | 186-S | F86-S | 86.9 | ZL6-S | 196-4 | Z96-F | E96. | 8G6-S | 196. | FO6-¢ | E26-9 | FG6-9] ZI IL | 26-9 | 096-G | 696-9 | L96-G | €96-¢ | G96-S | SF6-S | SF6-9 | F76-9 | ZE6-G | 8Z6-S | 8ZE- | 086-9 | ZE6-G | 086-9 | E26-G | L16-9 | 906-9 | 968-9 | 488-9 | 618-9 | 488-9 | Z88-G | 828-9 | 188-9] TT OL | LP8-G | €88-G | ZL8-G | L8-G | 918-G | TL8-G | 998-2 | GG8-G | SF8-G | SFR-S | LF8-G | OF8-G | SFB-9 | GS-4 | Lh8-G | OFG-G | ES-S | ZZS-S | 1Z8-G | LTS-G | 9Z8-S | OE8-S | GE8-G | 68-9 | 9F8-9| OT TL8-G | 878-9 | 6F8-G | G98-G | T8-¢ | 648-9 | LFS-G | EG8-G | 6F8-G | LE8-S | GFB-S | 6G8-G | 688-4 | E28-G | T88-G | 618-G | 088-S | SZ8-¢ | 088-9 | 88-G | 89-9] 688-S | 806-S | G06-¢ | 726-9 616-G | G26-9 | 826-9 | 126-4 | €26-S | 086-4 | B16-S | ZZ6-S | ZZ6-G | 0Z6-G | 606-4 | S16-G | E26. | 1Z6-G | FIG-¢ | 6L6-G | 806-S | L06-G | 868-4 | 106-E | 906-S | 826-4 | 626-9 | 6E6-S | 686-9 L18-G | G&6-G | 0&6-G | SZ6-G | 8Z6-G | LZ6-9 | ZO6-S | G06-S | 968-E | 988-S | 268-¢ | 68-9 | 188-9 | SL8-¢ | 298-G | T98-G | 298-G | SEB-G | GEB-S | SEB-G | 8Z8.¢ | EE8-G | GE8-9 | LE8-¢ | 8E8-9 198-G | G€8-G | 9E8-S | 098-G | 6E8-S | 18-¢ | 8F8-G | 098-G | G28-G | OL8-S | 688-9 | 668-¢ | F68-9 | F68-S | 668-S | 968-9 | 688g | Z68-S | 688-9 | 988-G | 048-9 | 448-4 | GF8-¢ | OF8-¢ | 208-9 99F-G | L8L-G | €91-G | FEL-G | 8L9-G | £G9.G | G09-¢ | GES-G | SEF-G | 96F-S | LIF-G | E8F-G | LOF-G | SEF-G | OGF-G | FEE-G | G8E-S | 6GE-G | FEE-G | LIS-G | FOE-G | 8Z-S | ZLS-G | 99%-9 | 160.9 196-G | 8&G-G | 09Z-G | 662-G | GEE-G | GCE.G | TZE-G | 88-9 | BLE-S | F8E-S | GOE-G | 6E-¢ | FFE-G | 8ZE-G | G8B-G | 89B-G | 1GZ-G | 61Z-G | 8BT-S | OST-S | 69T-G | TST-S | 660-G | 2F0- | 10-9 9GL-F | 916-F | 8F6-F | 88-4 | 6E8-F | SZB-F | ZF8-F | SC8-F | LO8-F | 1S8-F | GZ8-F | OTS-F | 99-F | SBL-F | STL-F | OOL-F | B69-F | 669-F | FZ9-F | 9L9-F | SIG-F | ZOG-F | 9Z9-F | Z69-F | SFL-F LE8-F | 66L-F | ZO8-F | I8L-F | TLL-F | 6SL-F | ZEL-F | IIL-F | F19-F | S29-F | 8Z9-F | 8G9-F | 889-F | LEL-F | FSL-F | GO8-F | 9Z8-F | L98-F | SL6-F | FL6-F | LF0-G | 690-S | 60-9 | FFT- | SLT-S ¥90-G | O81-G | L6L-G | FIZ-G | F0Z-¢ | 0S. | OLT-S | OST-G | TEL-G | OBT-S | 460-G | Z90-G | TF0-9 | 620-4 | SE0-S | ST0-S | 000- | 086-F | 896-F | L96-F | SG6-F | G26-F | 996-F | 6S6-F | 196.F Seyou] | Seyouy | soyouy | soyouy | soyouy | soyouy | soyouy | soyouy | soyouy | soyouy | soyouy | soqouy | soyouy | soyouy | soyouy | soyouy | soyouy | soqouy | soyouy | sayouy | soyouy |} seyouy | seyouy | soyouy | soyouy mrAN oO H 1H © = CO DD mA NOHO OM OH “443 WOH | ere | 88> | eBOe Makee aCe [NOls |e BEs lke loohe | atte Mpa Greens (ital On Gu AG, |acken CMBR oP e | Go |B. | ot ‘LGGd OPP “WWAW]T VAG FAOCMV IHDIGA, #*.ZE OL auONamA YALaWOUVE BEN NEVIS OBSERVATORY.—HOURLY VALUES. 40 “SNVIW| 88E-G Tg . 0& 6G 86 1G 96 G FG &@ L8&-G | 068-¢ O61 | L9T-¢ GL9-G | 819-¢ TLG-¢ | 8g9.¢ TEL | €0L-¢ 166: | STE- GOL-S | 990-¢ 069-F | 669-7 TGG-F | €99-7 699-7 | SE9-F 600-¢ | 0F0-¢ STP-G | 8GF-S 9T9-G | 869-¢ 19G-G | 99¢-G G6F-S | PFS PGP-S | 1GP-G GPG-G | GP-S LEGG | GES-S GEP-G | SHP-G I8P-G | L8P- £96-G | 896-¢ SEE | OFE-G &G7-G | 8SF-¢ FOF-G | O8F-G GOL-G | TIL-¢ 6F9-G | PH9-G LG9-G | FE9-G 661-4 | 8EL-9 662-4 | 108-¢ OF8-G | OF8-S G82-G | 162-4 sayouy | soouy 888-4 POLS 169-¢ GL19.G GGG-G 780-4 GhE-G 066-7 819-7 F9S-F &19-7 910-¢ GOP-S &29-9 6G9G.¢ F6P-¢ FOF-S 966-S 822: GOF-G GOP-G P9G-G GLE-G GHP-G 80¢-¢ LTLG FE9-G GP9-G TGL-¢ 108-S 878: GLL.G soqouy &1 ‘Lda JOPP “IMAMT VAG GAOSV LHDIATT “L881 HOUVIN S8E-¢ | €88-¢ 61E-G | IS8-¢ 169-9 | 869-6 099-¢ | 9¢9.¢ 6EF-¢ | LeF-g F¥0-¢ | TF0-¢ za8-g | 9FE-¢ 678-F | 28-7 TE9-F | 869-F ShS-F | SoS.F 619-F | £29-F 9FT-G | SLL 0GE-¢ | L69-¢ G69-G | 619-G GES-G 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| soyouy | soyouy BEN NEVIS OBSERVATORY.—HOURLY VALUES. aN OH 1D ON CO DD AN oO HO OH OMBR COO OD soyouy “qysiu WOW | yim | 86 a a =| i) So a a Lol ca) Ga ~ iad Ro) Len! 1g Len aa nn oO re a Ll am A a So re a (oo) - v) ro} ~ oD a Lon *seqour + 000-06 ‘Ldgd JOPP “WATT Vag GAOsV IHDIG + *.Zg OL agOnagY umIANOUVG “SNVAW| FGP-S | SGP-G 8GF-¢ 6GF-S GEP-S | 6GP-G | 8ZP-G | HEF-G | LGF-S | SIV-S | FLF-G | GOF-G | 9OF-G | SLF-¢ | STF-¢ | caF-g | ZZPF-g | sxvayy T€ | 999-G | OG9-¢ | LT9-G | ST9-G | 909-9 | 69-4 | G19-¢ | 69G-G | 699-9 | 9G. | T9G-¢ | GOG-¢ | 099-4 | BFG-G | EGG-¢ | LEGG | LEGG | OEG-¢ | 1ZG-¢ | ZTS-¢ | I19-¢ | OTG-¢ | 6T¢-¢ | gze.g| 6ze-¢] Te | 08 | LeF-¢] Fee-¢ | $EG-G | GeG-¢ | 6zg-¢ | E29. | GI9-¢ | OTG-¢ | 809-4 | 409-9 | 809-9 | 96F-G | 9BF-4 | GLF-G | GOF-G | LoF-9 | OFF-G | LzF-¢ | GOF-G| 688-4 | 928-9 | e9g.¢ | ZFE-g 92E-G | 8TE-G} 0¢ 6Z | O9L-G| LIS-G | 886-9 | O8B-G | 96-4 | FEG-G | GTS-G | OG. | GEL-G | 281-G | LZT-S | OFL-G | GIL-G | GOL-S | SOL-S | 760-4 | 620-4 | 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BEN NEVIS OBSERVATORY.—HOURLY VALUES. mnN oO Hb Oh CO DD mA OHIO OS DO D 103 (Ral case | age a ten eat 82) | 9 Gn) olde |e 0.n [oho | | be! tte lemnelinene lami imps | are 8 L 9 g 7 g G i “Trea fT *SeTOUL+ 000-0Z Lad LOPP “IWAWT VOQ AAOAV LHDIGAE *.Gg OL agonawy uTZaWoUVG BEN NEVIS OBSERVATORY.—HOURLY VALUES. 46 7 - a = z 7 “SNVAM| GGE-S | E9E-G | 98-4 | 89E-G | 89E-G | OLE-G | L9E-G | Z9E- | 6GE-G | LOE-S | FIE-S | G9E-G | F9E-G Z98-¢ LG6-¢ SFE-G | SEE-¢ GZE-G | 8ZE-S | O€-S | SEE-¢ | LEs- Té Tg 0 | G9¢-G | ZF9-G | FE9-G | FE9-G | 1S9-G | BT9-G | OL9-G | 069-¢ | 99-4 | 9G-G | B1G-G | L1G-G | 89G.¢ | 19G-¢ | BGG-g | 09G-¢ | OFC-G | GES-¢ | OTS-G | G0S-S | O8F-G | OLF-S | FOF-S | FSF-G | FHF-G | O08 6Z | L6I- | ZeF-G | 1zF-G | SLF-G | 268-G | 9LE-G | 9G8-9 | SEE-G | LTE-¢ | L6Z-G | 183-9 | ZEZ-G | FES-G | LSL-G | GOL-G | ZFI-G | OTL-G | 980-4 | €90-¢ | 800-G | ST0-¢ | 66-4 | ZL6-F | 8F6-F | 626-F | 66 82 | 268-4 | 806-F | ZE6-F | 0Z6-F | 8Z6-F | 0Z6-F | SIG-F | 106-4 | P8R-F | GL8-F | 898-F | 628-4 | OF8-F | TFS-F | 1€8-F | L18-F | FO8-F | 6SL-F | SLL-F | OOL-F | GFL-F | OFL-F | LEL-F| CPL-F | CLF | 8G LG | ZGL-¥ | 6GL-F | SELF | FEL-F | 9EL-F | SELF | OBL-F | LOL-F | ZELF | SELF | PPLH | LPL | LEL-F | LPL-F | OFL-F | SFL-F | SFL-F | CFL-F | OFL-F | OFL-F | SPL-F | PLL-F | FO8-F | ZE8-F | FFF | Lo 92 | 60-4 | 628-F | 968-F | 2z6-F | OF6-F | 6S6-F | LL6-F | 186-F | 466-F | 0Z0-S | 6Z0-S | 0G0-G | G90-G | 080-4 | 280-4 | 060-4 | Z60-G | 160-G | 9OT-¢ | LOT-G | EET-G | LET-S | BLT-S | 90Z-G | 622-9 | 9G GZ | €9¢-4| $9%-G | F6Z-G | STE-¢ | 0G8-4 | Z8E-S | GOF-G | SF-G | LGF-G | ZOG-G | GZG-G | 649. | L1G. | 09-4 | 1Z9-g | LE9-¢ | Ge9.¢ | Z19-G | FL9-G | G89-G | 669.4 | FIL-G | CEL-¢ | LFL-¢| 992-9] £6 #6 | L16-G | 82-¢ | ZO8-G | EE8-¢ | FF8-G | G98-S | L8-S | Z8B-G | 168-G | 906-S | 126-9 | FE6-G | GFG-G | ZG6-S | 496-4 | 096-¢ | Z96-¢ | Z96-G | 096-S | 846-9 | LC6-G | 096- | 196-4 | 146-9 | 226-2] FG €% | #26-4 | 616-9 | 146-9 | 186-G | 626-G | 616- | 146-9 | 896-G | 0S6 G | 196-¢ | 9F6-G | 6E6-G | 186-G | 226-4 | ST6-¢ | 606-¢ | 206-¢ | 106-S | Z68-¢ | F88-¢ | OL8-¢ | 298-9 | 098-9 | L68-9 | 6E8-9] Z%_ | OI8-G | 198-¢ | 8¢8-¢ | 198-¢ | F98-¢ | 98-9 | 198-g | SE8-¢ | 8ZB-G | Ez8.G | 0ZB-G | LT8-G | FIS-4 ] 408-¢ | L08-¢ | 62-¢ | 061-2 | Z8L-G | ELL-G | HOL-G | SGL-¢ | 194-4 | 99L-G| TLL-G] 922-2] GS 12 | 08-9 | 622-¢ | 121-¢] 982-4] G8L-¢ | 961-9 | G6L-G | S8L-G | LLL-G | OGL-G | G6L-G | L08-G | GT8-¢ | E18-G | 1Z8-G | ST8-¢ | E18-¢ | SI8-G | 608-¢ | TIS-S | O18-¢ | FI8-9 | 128-9 | 628-2 | 9E8-9] TS 0% | Z98-G | Ze8-¢ | Le8-¢ | ZoB-G | 998-G | SL8-¢ | 98-¢ | 8C8-G | 848-E | 098- | 898-9 | 948-4 | F18-G | 228-G | F189 | G18-9 | 018-¢ | 8G8-G | GFS-S | ZCB-G | BFS. | 9FS-G | LF8-9 | 848-9 | £989] 0G 6L | G68-¢ | 198-¢ | G18-G | 218-¢ | 648-G | O88-E | E48-¢ | 928-4 | 918-4 | 068-¢ | €68-¢ | ZOG-G | 206-G | T16-¢ | I16-¢ | LL6-¢ | 606-4 | 106-¢ | 288-¢ | 188-2 | 688-¢ | F68-9 | 006-9 | 806-9 | C26. | GET SL | 106-¢ | S86-¢ | FE6-G | 9E6.9 | GFE-S | 9E6-G | 6Z6-G | Z16-S | 0Z6-S | 606-G | FIG-9 | ET6-G | S16-¢ | FIG-¢ | SL6-¢ | F06-9 | 106-¢ | 888-¢ | G18-¢ | 88-9 | T98-¢ | SE8-G | L¢8-¢ | GeB.G | 9G8-G] ST LI | 802-2 | 9F8-¢ | TF8-¢ | 2E8-¢ | 128-G | 618-G | ZOS-G | £8L-4 | OLL-G | 6SL-9 | 9FL-G | FEL-G | LEL-G | ETL | 969-¢ | 219-4 | €99-G | GE9-¢ | 1Z9-G | ET9-G | G6e-¢ | 84-9 | ELG.9 | 9eg.g | FEG-G| LT 91 | 868-¢ | ZFS-¢ | ZES-G | STS-¢ | 00G-¢ | 68F-G | ELF-G | 9GF-G | 9EF-S | IZF-G| OTF-G | LOF-G | 068-9 | E8E-G | L1¢-¢ | ZLE-G | LEE. | 6EE-S | ZZE-S | LIE-G | 80E-¢ | 262-9 | GOE-G | OTE | 908-2] OT GI | 962-4 | 608-4 | S0E-8 | 808-¢ | G0E-S | LOSS | L08-G | 66z-¢ | F6%-E | 46-4 | 66Z-G | ZOS-S | E084 | 60E-S | 26Z-G | 062-4 | 98Z-¢ | E8Z-G | 68Z-G | 082-4 | G1Z-¢ | G8Z-g | 68Z-9 | 96Z.E | COE-S} ST FL | GhE-G | OLE-G | 60E-S | STE-G | 62-9 | FIE-G | LOE-9 | 80E-4 | TIE-G | OTE-G | OE-G | LESS | SPE-S | OFS-G | LFE-G | T9E-G | 098-9 | 898-9 O8E-G | GLE-G | E8E-G | S6E-S | S6E-G | GS-9 | F6E-S |) FTL EL | 998-4 | 668-2 | 90F-S | 90F-S | 6OF-¢ | 8OF-S | OF- | 968-9 | Z8E-9 | 68E-¢ | G6E-¢ | COF-S | E6E-9 | T6E-S | G8E-¢ | EL8-¢ | 69E-G | BEE-E | LFE-G | 9ZE-G | COS-G | 662-9 | G8G-¢ | ELG-G | 696-9] ST ZL | OLT-G | SFZ-¢ | SFZ-G | BES-G | 9IZ-¢ | GOS-G | I6T-G | FST-G | FLT-S | SOT-S | OLT-G | T9T-G | TOT-S] TOL-G | SFI-G | FET-G | CET-S | 9ZL-G | 6ZI-G | 9ZT-G | TCL-S | EFL-G | SFL-G | TAG] S8T-9} OL IL | F81-9| 102-¢ | 806-S | 912-¢ | 80%-9 | GIZ-G | GTZ. | L0Z-¢ | 00Z-E | GOS-G | 96T-G | I6T-G | LET-G] SLT-G | LLE-G | GOT-G | 6ST-¢ | OFL-S | SFL-G | GFI-G | LFI-G | ZOL-G | 911-9 | E8T-9| OGL) TL OL | €I1Z-¢| S6I-¢ | SZ-S | 1B. | O8%-¢ | Gz-G | 9EZ-9 | 64%-9 | 6ZB-S | ZET-G | GES-G | LEZ-G | 62-S | EEz-G | LEZ. | G2S-G | 90G-G | IGL-G | SZT-G | O6T-S | TST-¢ | O8T-G | 98T-G | T6T-¢ | 006-9} OT 19Z-G | 8IZ-G | 2Z-S | 6ZE-G | 8ZS-G | LEZ-G | GES-G | G2T-E | 8ZT-G | EBT-G | €ZZ-G | 9ZB-G | L4Z-G | 0G. | ZOZ-G | 11Z-G | E8ZT-G | OOS-G | OTS-G | LIE-G | LLE-G | FOES | FOE- | EOE-G | ETE-S PGF-S | ILS-¢ | OZE-S | ZOE-S | 0ZE-G | 168-4 | €28-G | GOF-¢ | LFF-G | LLF-G| 209-6 | FZG-G | SFS-¢ | E9G- | ZLG.G | ZBG-G | 8EG-G | 66E-G | F6S-¢ | 18G-¢ | SL9-G | 68-9 | A8G-¢ | L29-¢ | OLE-¢ GLE-¢ | L1¢-¢ | OLG-G | T9S-¢ | 849-4 | Eae-G | LEc-G | EBS-¢ | 80G-G | L8F-G | LLF-G | LOF-G | 9EF-9 | F8E.G | GE-G | 228-4 | 6OE-G | ELZ-G | LBZ. | OTZ-G | GGT-¢ | OST-G | SIL-G | SIT-S | 60-9 Z&6-F | GL0-G | S0-G | Lh0- | €B0-¢ | 800-4 | 686-F | 6L6-F | Z96-F | 9G6-F | LEG-F | FFE-F | OFG-F | 1Z6-F | 616-4 | 206-F | L6S-F | L18-F | 698-F | 198-F | TS8-F | 8P8-F | LF8.F | SE8-F | 8ZB-F I88-F | 0Z8-F | SI8-F | 66L-F | ZO8-F | LI8-F | GOS-F | ZOS-F | SIS-F | L28-F | 9FS-F | FS8.F | 1L8-F | 618-F | S68-F | F06-F | FIG-F | G26-F | SE6-F | ZFG-F | E96-F | €96-F | SL6-F | 266-4 | 686-F 890-G | ZL0-¢ | S10-¢ | €Z0-G | 180. | ZE0-¢ | LE0-4 | SFO. | LF0- | 0G0-¢ | Z90-¢ | 690-G | 840-9 | Z80- | 080-G | F80-G | F80-¢ | F60-¢ | 680-¢ | GOT-S | 160-2 | 960-2 | GOT-S | FOT-¢ | GELS 190-G | 6G1-G | TFL-G | LFI-G | ST-¢ | 6ST-S | SST-S | SFI-G | SFT-G | 9ET-G | FET-G | LEL-G | STIG | LOT-¢ | 080-9 | 990-4 | 8FO-¢ | 220-9 | 866-4 | FL6-F | 996-F | SE6-F | 8IG-F | ST6-F | 006-7 8LL-F | 088-F | CO8-F | SF8-F | LE8-F | FZ8-F | 608-F | 98Z-F | 6GL-F | FEL-F | CSL-F | GEL-F | SZL-F | OTL-F | 269-4 | €89-F | OLL-F | LOL-F | OGL-F | 6FL-F | OLL-F | 908-F | O28-F | LF8-F | 088-7 116-¥ | 806-F | 816-F | Sh6-F | 696-F | F86-F | Z66-F | 866-F | £00-S | 900-G | 90- | GIO-¢ | FLO-2 | LL0-9 | 100-4 | 966-F | 286-F | 186-F | SL6-F | 696-F | 226-F | O69-F | GE6-F | FL6-F | 896-F sayouy | sayouy | soyouy | soyouy | sayouy | soyouy | soyouy | soypuy | soyouy | soyouy | sorjouy | soyouy | soyouy fsoyouy | saqouy | soyouy | soyouy | soqouy | soyouy | sorouy | soqouy | Seyouy | Seyouy | soyouy | Soyouy rN OM IQ OM OO DH rN OHO OM DO DD apa hte a ee eee ee ee le kee eet (ibe “ua pes $7 al| eae Ware Rose (mBEe| wen al ne) son aeons) ser all cen Bezel (es) MoRS| SSH ere eA ors ee] RL ep eT De fe Na a a Lee Nh ag a ei I ee a |) ee aa Nh ge hh ee | a pol SS ee ‘soout+t 000-06 “LUGE POPP “IGAMT VAG GAOAV LHDIGH +*.ZE OL aqdondGU ATLaNWOAVg “L881 UMANALIAS 47 “SNVAN| GEF-C | [GP-S | 6GF-S | LEP-G | THF-S | FHP-S | CPPS | FHP-S | LFP-S | SPP-S | PEP-S | GPP-S | CGF-G | GCF-G | FOP-S | OCF-G | QFF-S | GHF-S | LEP-G | OSF-G | GEF-S | SEF-G | OEH-G | HHF-G | LGF-G |‘sNva Ig | LGL-F | 88¢-F | Z89-F | OG2-F | 908-F | SIS-F | ZE8-F | OS8-F | SS8-F | 998-F | 198-F | GG8.F | Sh8-F | 1Z8-F | 008-F | GLL-F | SFL-F | OSL-F | 8OL-F | 689-F | 129-F | 99-F | GG9-F | 0G9-F | 0G9-F| TE 0S | LZ9-F | 2¢9-F | SE9-F | 9Z9-F | 6L9-F | 809-F | 609-F | ZO9-F | 069-F | Z89-F | 819-F | Z6G-F | S89-F | C6S-F | CO9-F | G19-F | S29-F | 8E9-F | SE9.F | ShO-F | OC9-F | G99-F | 8L9-F | COL-F| FIL-F| O8 66 | F92-F | 6LL-F | SSl-F | 9SL-F | O8L-F | 284-4 | S8L-F | L82-F | TSL-F | S82-F | LLL-F | GOLF | GLL-F | 89L-F | OL1-F | 6SL-F | 6SL-F | LEL-F | 6EL-F | L2L-F | CLF | 6G2-F | LOL-F | 181-6 | S28-F] 6 8% | F18-F | O&8-F | LF8-F | 098-F | 198-4 | SF8-F | 88-F | 098-F | 928-F | 298-F | ZO8.F | L18-F | GL18-F | 068-F | 268-F | C68.F | 006-F | 188-F | CL8-F | S98-F | 8L8-F | 988-F | 168-F | F26-F | OF6-F | 8a 2G | OOL-G | 8F6-F | 296-F | FL6-F | 866-F | 200-G | 910-¢ | FE0-G | LZ0-¢ | 420-4 | 090-¢ | Z60-G | SOT-S | OTL-S | FEL. | IPL-G | L9T-G | 991-G | 6LT-G | L8T-S | Z6L-S | 00Z-G | 00Z-G | E.G | GZS] 1% 92 | PLE-G | GZZ.G | 6ZZ-G | FES-G | LFS-S | 163-9 | GES-G | 9GS-G | 99S-G | 99G-G | 16Z-¢ | GEES | 6FE-G | F8E-S | OOF-E | 66E-G | LEF-S | SFF-G | GLF-G | GLF-G | LLG-G | 8zG.G | LG¢.9 | F8G-¢ | FI9-G] 9% GZ | 98L-G | GFO-G | TG9-G | 189-G | 869-9 | ETL. | SEZ-G | GOL-G | OLL-G | L8L-G | 008-4 | 8T8-¢ | OF8-¢ | LF8-9 | ZF8-¢ | 0G8-G | Gé8.¢ | FF8-G | OE8-G | SEB-G | 8Z8-S | EZ8-G | FIS.¢ | 608-4] 608-G| Gz FG | S6E-G | 861-4 | L84-G | GLL-G | 99L-G | SFL-G | OFL-G | FOL-G | G89-G | 199-G | FE9-¢ | ZI9-¢ | 16G-¢ | L8¢-¢ | LLG.G | GEG-G | GHE-G | LEG-G | G6F-S | LLP-G | FEP-S | LIF-G | L6E-G | I8E-¢ | 898-9] Fz &B | L68-G | ZGE-G | 9ZE-E | 9BE-G | SLE-S | OZE-G | GEE-G | OSE-G | OGE-G | LEE-G | 69E-¢ | L8E-G | 168-2 | OLF-G | SLF-S | CTF-G | OZF-G | ZEF-G | SEF-G | 9EF-G | SEF-S | GOF-G | E8F-G | 80-4 | GzG-¢} Ee GB | LL9-G | LFG-G | F9G-¢ | 06G- | OL9-¢ | 919-4 | OF9-E | 9F9-¢ | SF9-G | 8G9-G | 049-G | FL9-G | 869-G | GOL-9 | FIL-G | GTL-G | GIL-G | 6LL-G | 6TL-G | 6TL-G | LTL-G | ZOL-G | 9EL-¢ | TG2-¢ | L419} 2% IZ | GI8-G | ZLL-G | F6L-2 | 608-G | G28. | OE8-G | 8EB-S | CEB-G | LEB-S | OZ8-G | E28-¢ | LH8-¢ | [28-S | OFB-¢ | GE8-E | 6E8-S | OE8-G | 818-4 | 008-9 | S6L-4 | L8L-G | 111-4] GOL-G | 8G1-G| FGL-G| 13 0G | 199-9] EFL] EF2-¢ | FEL-G | OTL-G | FEL-G | 60L- | OOL-S | 069-E | 8L9-G | E19-G | F19-G | 619-4 | EL9-G | E99. | LF9-G | OF9-G | LL9-G | 06-4 | TZ¢-¢ | Z2G-G | OGG-G | ChG.4 | TFG-¢ | GGG. | 02 6L | 969-G | OFS. | LFG-¢ | 099-4 | 8E-¢ | 9EG-G | LEg.g | 169.¢ | FEG.G | 9BG-G | 19G-¢ | Z9G-G | 6LG-G | Z6G-¢ | 869-4 | 119. | 6E9-4 | FE9-G | GFO-G | SF9-G | 699-¢ | 1¢9-G | 189-4 | €69- | TTL-¢| 61 SL | 882-4] TZL-¢ | €L-G | SEL-G | OFL-G | SEL. | 61. | E9L-¢ | GL1-G | FLL-G | O8L-¢ | FGL-G | 008-G | 908-9 | FO8-S | 008-G | O18-G | E18-¢ | OL8-G | G18-¢ | 1E8-G | 0Z8- | 9Z8-G | 8Z8-E | O€8-G] 8ST LL | 168-4 | LF8-¢ | 098-¢ | Z18-¢ | 618-9 | FL8-¢ | 988-¢ | 068-G | F88-9 | L18-9 | C18. | F68-G | 616-9 | L16-¢ | 0Z6-S | ZZ6-G | GZ6-G | C26. | 126-9 | GL6-G | S16-G | T16-¢ | 606-4 | €06-9 | ZO6-G] ZT 9 | F82-4| 106-9 | 68-9 | 688-9 | 188-¢ | $28.4 | $98-¢ | LF8-G | 8ZB-G | GZ8-G | 661-4 | FEL-G | 061-4 | 984-¢ | GLL-G | GEL-¢ | OFL-G | GZL-G | L1Z-G | 80L-G | 169-G | Z69-¢ | 689-G | Z89-¢ | 889-$ |} OT CL | O19-G | F89-G | 119-¢ | 829-G | 849-9 | TL9.G | E19.¢ | Z99.G | EG9.¢ | GFO-G | LE9-S | E9.G | OE9.G | EZ9-G | 1Z9-¢ | ZO9-G | 98G-G | GLG-¢ | SGC-G | SFE-G | TFS-G | STG.¢ | LTS-4 | 0G-G | GIG-G]} GT FL | [S8-¢ | ZOG-G | 96F-S | O8F-S | OLF-G | OSF-G | LFF-G | LIF-G | 8OF-G | 89E-G | LOE-G | LFE.G | EEE-G | STE-G | SLES | 962-G | L8Z-G | 99G-¢ | 09E-G | 9TS-G | 942-4 | 9GZ.G | 89Z.G | G6z-4 | CEE-G] FT 688. | OFS-¢ | ELE-G | 068-¢ | 8OF-G | LZF-G | OZF-G | EBF-G | FEF-G | ZEF-G | OGF-S | 6SF-¢ | ToF-o | FFF-G | ZEF-G | OGF-¢ | 9OF- | OOF-G | 18E-G | EhE-G | EFE-S | ORE-¢ | BOE-¢ | 182-4] F9G-G| EL GL | LG1-¢ | L9G- | 026-9 | FFG-S | 8ZS-G | STS-G | €0Z-G | LOT-E | OOT-¢ | GOT-S | FFL-G | LEL-¢ | SLI-S | LOT-G | 960-4 | 080-¢ | €20-G | 190-4 | 920-4 | ZF0-G | 9F0-¢ | FE0-G | 8E0-E | ZG0-E | F90-4 | SL IL | 8T-G | 080-4 | G80-¢ | ZOT-¢ | OZT-S | 6ET-G | FFI-G | SFI-G | SFI-G | FST-G | EGT-G | ZL-G | OFL-G | FFL-G | FFI-G | 9Z1-¢ | ZZT-G | SLT-G | IZ1-G | OTL- | OST-G | FFT-G | 6FT-G | 91-9 | 891-9] TT OL | G6L-¢ | GAT-S | G8T-G | Z6T-¢ | G0S-G | 90% | L1Z-¢ | G0Z-S | FIS-¢ | FIG-G | I1Z-G | G0%S-S | FIZ-G | FIZ-G | 20G-G | G6L-S | OST-G | 6SL-G | GOT-S | FLL-G | GOT-G | GLT-G| 6GT-G | F8L-¢ | T61-¢| OT I8Z-G | O1G-G | Z6I-G | 6EG-S | 9EZ-S | LHE-G | LES-G | OFS-G | SFZ-G | ZIE-G | GLU-G | CLE-G | 88Z-S | Z6Z-G | 00E- | LOE-G | €OE-S | OTE-G | LIE-G | SLE-G | EZE-G | CZE.G | OEE-G | TFE-E | 9FE-G 98E-G | L98-G | T1€-9 | BLE-G | T8E-9 | 98E-S | O6E-G | S8E-¢ | T6E-¢ | 06E-9 | ZOF-G | GOF-S | OLF-G | SLF-S | FIF-S | 90F-G | 9OF-G | 06E-¢ | BLE-G | FOE-G | 298-4 | ZOE-G | 89E-¥ | Z9E-G | OL8-G 868-9 | 698-9 | 69E-G | OLE-G | LLE-G | SLE-G | OLE-¢ | ZLE-S | 6EE-¢ | 99E-G | 99E-G | B9E-G | O1E-G | 118-4 | TLE-S | 68E-¢ | ZOF-G | ZLF-G | IGP-G | 9CF-S | CEF-S | FOF-G | LOF-G | SLF-G | L6F-S F9G-G | OGF-G | 90G-G | OTS-¢ | GIG-G | GEG-G | GGG-G | OSG-G | LEG-G | BES-G | GGG-G | Lag.¢ | 19G.G | O1G.G | GLE-G | BgG.g | FEG-G | G6G-G | F69-G | S6-G | E6G-¢ | FO9-G | 9I9-G | 129. | €E9-¢ 6 8 Z 9 G | FIL-G | 969-9 | 199.¢ | 199-G | 919-9 | 6L9-G | 989-G | 989-¢ | 889-G | 969-9 | ZOL-G | SOL-G | GTL-4 | ZZL-G | 8BL-G | FEL-G | TFL-G | GE1-G | FEL-G | GBL-G | FEL-G | TEL-G | 6EL-G | BFL-G | 691.¢ v & G T 962-G | TLL-G | 182-9 | 882-9 | 62-9 | 861-9 | 61-4 | S6L-¢ | 881-4 | SEL-¢ | ZO8-S | L08-¢ | G08-¢ | TI8-¢ | 208-G | 808-4 | 208-¢ | 96L-¢ | GELS | O6L-S | F8L-¢ | L8L-G | 162-4 | 08-4 | 408-9 IZ8-¢ | G08- | GI8-4 | 618-S | 08-9 | G28. | ST8-¢ | ZZB-G | 60S-¢ | OZ8-G | TE8.¢ | 8EB-¢ | 9E8-G | GE8-G | GEB-G | LZ8-G | 28-4 | 28-9 | SI8-9 | TL8-G | L18-¢ | 618-9 | 918-4 | 618-¢ | LT8-¢ O82: | 128-9 | LI8-G | 918-9 | 0Z8-G | 0Z8-G | 608-S | FO8-¢ | 684-9 | G6L-G | 261-9 | G08-S | F6L-G | Z6L-G | 9BL-G | GLL-G | LLL-G | 8GL-9 | FHL-G | GEL-G | TEL-¢ | OSL-9 | 9BL-G | GEL-9 | TEL-¢ 89-9 | O&L-G | GEL-G | GZL-G | FEL-S | ZEL-G | STL-G | 901. | 869-¢ | 869-S | 169-G | 669-4 | €69-¢ | 069-¢ | £89-¢ | Z89-¢ | F19-G | F99-G | LO9-¢ | FFO-G | 8E9-G | OE9-G | 0E9-G | GE9.¢ | 6E9-¢ sayouy | soyouy | sayouy | soyouy jsayouy | sayouy | sayouy | sayouy | sayouy | seyauy | soyouy | soyouy | saqouy | soyouy | Seyouy | soyouy | sayouy | sayouy | seyouy | seyouy | seyouy | sayouy | soyouy | sotouy | soyouy BEN NEVIS OBSERVATORY.—HOURLY VALUES. AN OHO ON OH -|——_— WHOM Sor. | 18% | BS el Ap eOey ele |i Bla] plat Obs | br leRe Acad mts AiTe yOTe |\n6e | 5B :|pnd | MORINIOG | F. | 8s few. fT *soyoul + 000-02 ‘Ladd JOPP “IWAM]T VAG WAOMV IHDIG, *.gg OL agonawu wALANOUVG Se ‘sxvaW! 840-9 | GOL-9 | S0I-G | S0I-S | €OT-¢ | OOT-S | F60- | F80-¢ | 640-¢ | 820-4 | 940-9 | FL0-G | ZL0-S 510-9 820- | TL0-¢ | 690-¢ | £90-¢ | 6¢0-¢ 490-9 | 8¢0-¢ | 6g0-¢ | 290-¢ | ¥20-¢ | og0-g |sxvane Tg I ‘ O€ | SGI-S | 9FG-G | FEG-G | SES-G | F2S-G | 90G-G | BEI-S | OST-G | OGT-G | SFL-G | SETS | ZZT-G | SII-G | ZOT-S | F60-¢ | FL0-G | 990-G | 820-¢ | G90-¢ | 290-¢ | g90-¢ | ¢90-¢ | 990-¢ | ¢90-¢| I90-¢| O08 6G | 90-9 | 820-4 | 90-4 | F20-¢ | ZG0-G | 9FO-S | 8E0-S | OF0-G | GE0-G | LE0-9 | LE0-S | TFO-G | LF0-G | 9G0- | F90-¢ | F90-G | 090-G | 190-¢ | 990-S | TZ0-¢ | 640-¢ | c60-¢ | 660-¢ | 80T-¢ | 9TT-G| 6z 86 | 60-9 | FEL- | SETS | OST-S | ET-G | 8EI-¢ | 9ZT-S | 9TL-G | GOT-G | GOT-S | EOT-S | OOT-S | $60-G | 680-¢ | 280-9 | Z80-G | 980-G | €80-¢ | 220-¢ | 690-G | F90-¢ | 090-9 | FG0-¢ | ZFO-G | 6z0-G| 98z LG | GLL-F | S109 | 966-F | 626-7 | 096-F | LE6-F | 606-F | 228-4 | FF-F | ZZ8-F | I6L-F | FSL-F | 669-F | 099-F | SF9-F | 0E9-F | GZ9-F | 929-F | 6z9-F | 169.4 | 199-F | F69-F | OGL-F | Te-F| eL-F] Lz 9% | SILF | FOL-F | ZOL-F | SPL-F | SFL-F | FHL-F | OLL-F | 869-F | 669-F | ZOL-F | S69-F | OOL-F | 969-F | GOL-F | GIL-F | LL9-F | 999-F | 6R9-F | 229-F | 069-4 | 9GL-F | OCL-F | GLL-F 90L-F | 8EL-F| 96 GZ | 998-F | S9L-F | S8L-F | S6L-F | 8I8-F | 928-F | 806-F | EE6-F | 8C6-F | 826-F | FZ6-F | SI6-F | ZO6.F | 168-F | €88-F | L98-F | 098-F | 9F8-F | LZ8-F | zeg.F | OzS-F | eF8-F | 999-F | 299-4 | FE9-F| oz FG | 0F0-2 | L68-F | 706-F | 616-7 | 226-F | 8E6-F | 9E6-F | OF6-F | 1S6-F | 196-F | 996-F | F86-F | 696-F | 686-F | 6E0-S | 290-G | 920-4 | SIT-G | 9ZI-G | LFI-¢ | TZT-G| g0z.¢ | zez- | G#z-G| 99z-¢| Fz €@ | ESh-G | L8Z-9 | TIS-G | SEE-9 | SHES | S1E-G | L8E-9 | 96E-G | OOF-G | 6OF-G | GEF-S | SFP-G | FOF-G | B8F-S | 909-4 | FIG-¢ | 1Z¢-¢ | LZG-¢ | 02e-¢ | gaa. | geg-¢| 9z¢.¢ | eec.¢ | gee.¢| Je¢.¢] ez GG | O&F- | EE-G | 6EG-¢ | 140-4 | GP-S | GFS-S | LEG. | Tze.¢ | 10G-¢ | 00G-g | 98F-G | ZOF-G | FFF-G | SHF-S | LFF-G | OLF-G | G6E-S | 19S-¢ | OFE-4 | OZe-G | 60E-¢| L6z-¢ | e9z-¢ | G9u-G| OFz-G] Zz 1G | 220-$ | FE3-S | 1GG-G | FIG-G | B6T-S | G8T-S | O9T-S | AFI-G | EET-¢ | 9IT-S | 480-4 | 990-¢ | GG0-¢ | 8F0-S | OFO-S | STO-S | S10-G | 000-¢ | #86-F | F86-F | E86-F | FR6-F | 06G-F | FG6-F | ZEG-F| IZ 0G | GZ0-4 | 966-F | 266-F | 000-4 | G00. | 800-4 | 266-F | L00-S | 900-¢ | 910-S | ST0-¢ | ZZ0-¢ | 9z0-4 | G20-¢ | FFO-G | GFO-G | 6FO-S | LF0-S | FFO-¢ | ge0-¢ | Ze0-9 | e¢0-¢ | 2Z0-¢ | €20-¢ | ZI0-¢] 0% 6L | 128-F | 200-9 | F66-F | 816-7 | €96-F | T96-F | 9€6-F | 1G6-F | 006-F | S18-F | LF8-F | 928-F | GI8-F | S6L-F | FSL-F | TLL-F | FOL-F | SFL-F | SZL-F | SO2-F | 069-F | 989-F | 819-F | 29.7 | 029-F| GL 8I | ZEL-F | L99-F | 99-F | £99-F | 699-F | 999-F | 899-F | 169-4 | LO9-F | 899-4 | L9-F | $19-F | G69-F | OZL-F | SEL-F | F9L-F | GLL-F | 96L-F | F08-F | 6zg-F | F98-F | 968-7 | I16-F | 9F6-F | ZZ6-F| ST LT | 061- | 800- | GE0-S | OG0-G | €L0-¢ | 160-4 | STI-G | 9BI-G | TST-G | SFI-G | LET-G | FOT-G | I8T-G ] 861-9 | 1ZZ-¢ | 1g-G | LFU-G | Zew-g | FFZ- | 692-6 | 992-6] ETe-¢ | 1ze-¢| cFe.g| Tee-¢| LT OT | LSF-S | 8E-S | 968-S | OOF-G | FUP-S | PEF-S | EFH-G | OCF.G | FOF-S | FOF-S | O9F-G | 69F-G | FLF-G | SLF-G | OLF-G | OLF-G | GLF-G | EOF-S | OLF-G | SGF-¢ | FOF-G | G/F-¢ | BLF-¢| CBF-¢| FOG-¢| OT GT | 999-4 | F2S-G | 6E9-G | GFg.G | 6FS-¢ | LEG-¢ | Fag.g | LGc.¢ | 6G¢.G | GOG-¢ | GoG-¢ | O4G-¢ | 91¢.G | 186g | 16¢-G | GBG-¢ | 61¢-¢ | F1G-¢ | 29¢-4 | O9G-¢| gt¢.¢] ge¢.¢]| Tee-¢| gIe.¢| Z0G-¢| ST FL | PEE-S | L8F-S | F8P-G | SOF-G | GHF-G | STFS | F8E-G | BOE-G | TFE-G | GEES | GOE-G | 962-9 | 182-9 | F42- | 09Z-G | GGZ-¢ | ZFZ-G | 6FZ-G | BFS-S | Gaz-¢ | ecz-¢| E9z-¢ | 08z-¢ | T6z-¢| 908-4] FT SL | S0F-S | G2E-S | 9CE-G | CEES | LPE-G | OLE-G | GEE. | BGE-G | 6LE-S | 698-9 | E8E-G | 268-9 | OOF-G | CIF-9 | TeF-¢ | Seh-¢ | LeF-¢ | FFF-G | SFF-o | EFF-¢ | SFF-G| ECF-C| GoF-¢| I9F-¢| O8F-¢| EL GL | 88E-¢ | 96P-¢ | C6P-G | FOG-S | SOG-G | 80G-G | G09-G | 209-9 | ZIG-¢ | 8IS-G | GzG-¢ | GEG-¢ | ZFE-G | OGG-G | LG¢-G | Gec-¢ | ggc-¢ | BGG.¢ | FaG.¢ | Gec.¢| EGG.¢| e9¢.¢| Ll¢-¢ | OBG-¢| F8G-¢| ZI IL | S&E-G | 169-9 | 69-9 | 69-9 | 88E-¢ | CBE-c | €8G-G | ZLG.g | O9G.g | EgG.¢ | CCG.¢ | GFE. | BFS-G] LFS-G | 6EG-¢ | OGS-S | BIS-G | OTS. | F6F-S | F8F-G | G2F-G| FOF-G | QLF-¢ | 99F-G| 9OF-¢| IL OL | 9FF-G | OLF-S | OLF-S | OCF. | OFF-4 | FHF-G | OFF-G | EEF-G | EEF-G | ESF-S | STF-G | 9OF-G | GOF-9 | OTF-S | CaF-¢ | LEF-G | LaF-¢ | 9GF-9 | OzF-G| ceF-c | FOF-G| OLF-¢ | BLES | FIG-¢| 6z¢-¢| OL L19-G | 6PS-9 | G9G-G | 9LE-G | 98E-G | L6E-¢ | O9-¢ | ZO9-G | G09-G | F09-G | 809-4 | 9T9-G | 0Z9-G | FE9-9 | LF9-¢ | ZFO-G | SF9-G | FFO-¢ | 129-9 | Iz9-¢| Be9-¢ | 9E9-¢ | LF9.¢ | 6FO-¢ | LFO.¢ 6LE-G | TF9- | 629-G | F69-G | CE9-G | FI9-¢ | 1Z9-G | 19-9 | OT9-G | GO9- | 809-¢ | 969-9 | 109-4 | TI9-G | ZI9-G | F6G-9 | LL¢-¢ | 69G-¢ | ezG-¢ | $zG.9 | STG-¢ | S6F-¢ | GEF-G | LEF-¢ | SLF-¢ GEG | ESF-G | GFP-S | OPF-S | OOF-G | CLE-G | E6E-G | G8E-G | C9E-G | SFE-G | EFE-G | OTE-¢ | FEE-9 | OGE.G | Sce.g | ece.¢ | CLe-¢ | Goe.¢ | FFE-G | Eze-g | FOR-¢ | FEz-¢ | L9z-¢ | ZOT-E | OCS-E G66-F | 266-9 | 961-2 | SST | COT-G | GET-G | OT-G | OOT-S | F90-S | TFO-G | OL0-¢ | 066-F | €86-F | ZO6-F | 6S6-F | IF6-F | SE6-F | SI6-F | 088-F | 998-F | E98-F | FES-F | CI9-F | 9I9-F | 009-F LOL | 96L-F | O6L-F | GLL-F | SLL-F | LOL-F | GLL-F | SOL-F | LOL-F | 99L-F | FLL-F | C8L-F | ZSL-F | ZSL-F | FSL-F | SBL-F | GLL-F | CLL-F | 992-4 | O9L-F | ZOL-F | OFL-F | ZeL-F | GOLF | STL-F 88F-F | 869-F | 189-F | £99-F | 29-F | FFO-F | O€9-F | L19-F | 69-F | SLG.F | 9GG.F | Gea-F | OZG-F | 10G-F | ERF-F | HSF-F | SaF-F | 168-F | 99e-F | 6ge-F | OTE-F | L6z-F | 912-F | 693-F | ZOT-F TILF | 086-F | OLG-F | 906-F | LGT-F | OST-F | AT-F | GLT-F | COT-F | SET-F | LZT-F | LET-F | SLI-F | FOL-F | 960-F | €80-F | 990-F | 0S0-F | 920-F | 26-2 | ez6-€ | ZIG-E | BIO-F | OCT-F | L1tF 9ZF-F | OFG-F | F9G-F | GLE-F | SLE-F | G6E-F | LIF-F | 1Zh-F | CFF | SFF-F | COF-F | ZOF-H | LOF-F | FOF-F | OSF-F | OSF-F | SSF-F | TLF-F | CoF-F | GOF-F | OSF-F| COF-F | LOF-F | TCF-F | SIF-F GFE-F | LLP-F | S8E-F | SLE-F | SHE-F | 00E-F | 80Z-F | 620-F | 9L0-F | COT-F | FF2-F | L9z-F | L8’-F | LIS-F | 6zE-F | OFS-F | FLe-F | CTF-F | FeF-F | OOF-F | OLF-F | ECF-F | SEF-F | 90G-F | EBo-F Soyouy | Soyuy | Soyouy | Seyouy) sayouy) Seyouy) sayouy | sayouy | sayouy | soyouy | soyouy | ssyouy | sayouy | sayouy | soyouy | sayouy | soyouy | sayouy | soyouy |sayouy | sayouy| sayouy | saqouy | soyouy | soqouy BEN NEVIS OBSERVATORY.—HOURLY VALUES. ma Nn Oot iH OM OD rN OH 1H OM OH URW | ory &@ GG 1G 06 61 81 ZT 91 oI FL &1 GL IL OL 6 8 Z 9 q P § G T Seyoul+ 000-0 ‘LITT JOPF “AMT VAG GAOMV IHOIGTT °*,Zg OL adonaay uaLaWouvg 48 ‘1881 UWANAAON for) a ia Te eee itis a) | FTG GEG Es Vs ee ee ea a ane ce ee oi ‘SNVaIM) 980-9 | 680-4 | G60-G | 60-4 | $60-G | Z60-9 | 480-4 | 680-9 | 980-S | 880-S | 880-9 | 680-9 | 880-G | G60- | 060-G | 480-S | €80-S | 840-G | $40.4 | FZ0-¢ | 240-G | Z80-S | 880-S | 480-4 | 680-g |‘sXvan T& | 162-9 | 901-G | FIL-G | PPL-G | OOT-S | T8T-G | 981-S | 80G- | 61G-G | FES-G | 6FS-S | G9Z-S | 18Z-G | 90E-S | SZE-S | FFE-G | LFE-G | O9E-G | 6LE-G | L8E-G | ZOF-G | CZP-G | ShF-G| EcP-¢| ZlFG]| Ie O& | P9G-G | 887-4 | LOG-G | ELGG | GEG-G | 969-4 | EhG-¢ | LhG.G | LFG-G | LGG.G | 99G.¢ | F9G.¢ | E1G.G | 6LG-G | 88G-G | G8G-G | O8G-G | E8E-G | F8G-G | E8G.¢ | G8G-G | 86c-¢ | 86G-4] 009-¢| II9.¢] O8 S 6G | 089-9 | G69-G | LE9-G | 1Z9.¢ | FI9-G | TL9-G | FO9-S | 964-¢ | 86G-¢ | ZO9-G | GO9-G | 869-4 | L6G-G | S6G-G | C69-G | F8G-G | LLG-G | ShS-G | 1FS-G | 9EG-¢ | FEG.G | TeG-g | ZeG.G | eeG.g| 12G.G] 62 8G | 69P-G | PEGG | LEG-G | 609-4 | S6F-G | O6F-S | GLF-G | 99F-G | COF-S | GCF-G | LEF-G | OGF-S | GGH-G | GSF-G | GOF-G | LOF-G | GEF-G | PSP-G | GZF-G | SFF-G | GOF-G | LOF-G | COF-G | QOF-G| QBF-G] 8 1G | GOG-G | L6F-G | O8F-S | GOG-G | 96F-G | ITG-G | LIG-¢ | STG-¢ | STG-G | GEG-¢ | ZEe-¢ | SEG-G | OZG.c | GZE-¢ | 9ZE-G | OZE-G | FIG-G | 60-G | 009-4 | £8 -¢ | L8F-G| FSF-G| 6LF-G | eLF-G| OLF-C| 22 96 | S689 | OLF-G | LOF-G | S9F-G | GhF-G | GZP-S | OLF-G | ZOP-G | GOE-G | G8E-G | GLE-G | G1E-¢ | G1E-G | GLE-¢ | F8E-G | T8E-E | SE-¢ | E98-G | G9E-G | GOe-G | 198-4 | 99¢-¢ | T4¢-¢| Loe.¢| Tog.¢] 93 GG | PPE-G | L9E-G | TLE-G | 9LE-G | TLE-G | 69E-G | FE-G | EFE-S | OFE-G | 0GE-G | LGE-G | LIS-¢ | STE-¢ | GIE-G | SIE-G | FIE-G | 862-¢ | GZE-G | FEE. | F2E-G | LFE-G| 198-G | PLE-G | QLE-G| FEe-c] Gz VG | 8LE-G | POF-G | STP-G | GGh-G | FEF-G | OGF-S | EZF-G | SLP-S | LOF-E | L6E-G | F8E-¢ | L8E-¢ | E8E-G | 18E-G | 69E.G | L9E-G | 6Ge-G | OGE-G | TFE-G | OS-G | FHE-G | 9G8.¢ | 1FG-G | Gee.g| 6zeg| FZ 6G | 896.9 | CEE-G | PEE-G | LEE-4 | TGE-S | OFE-G | 6EE-G | LFE-S | GhE-G | OFE-G | OGE-G | 19E-9 | Z9E.G | TLE-G | G8E-G | F8E-G | E8E-G | O8E-G | I8E-4| TLE. | GLEE | OL8-G | E18-G | G98-G] Gae.g| Es GB | SLE-S | PHS-G | OFE-G | OGE-G | TLE-G | 63-4 | O1Z.G | 9GZ-4 | 0GZ-G | GHS-G | 6ES-G | ZFZ-E | SET-G | EES-E | 8GZ-G | 99G-G | F1Z-G | L9%-G | L9G | 19%-G | 193-S | G1Z-G | 812-9 | FLS-G | 014-4 | TG | 16T-G | 296-G | G9G-¢ | 6FG-G | GIG-G | EFZG | EES-G | TZZ-G | LTS. | FOZ-S | E6L-S | FET-S | OGT- | G6L-G | E6T-G | OGT-G | 9LT-G | 8G1-G | GEL-G | FEL-G] SSI-G | LOT-G | GOL-G| STG | SIL-¢| 12 0G | 180-4 | 9OI-S | 180-4 | 490-4 | 940-2 | 920-4 | FEI-G | FET-S | L60-S | PIT-S | 680-4 | 860-4 | G90-¢ | 680-S | T10-¢ | 9Z0-G | Ze0.¢ | 890-¢ | G10-G | G40-¢ | G80-G | 180-G | 640-4 | ZL0-G | 080-G] 9% 6L | G66-F | G80-9 | 960. | 460-4 | F80-G | 220-4 | $10.4 | 990-2 | GE0-G | GE0-G | 10-4 | 100-G | 986-F | 116-F | 196-F | G96-F | Sh6.F | 8Z6-F | SZ6-F | SL6-F | 606-F | 906-F | $06-F | 006-F | G06-F| 6T ST | FF8-F | 906-F | 206-4 | G06-F | L68-F | 088-F | 298-F | 6FS-F | LE8-F | SZ8-F | GTS-F | 808-F | 908-F | GO8-F | CI8-F | GZ8-F | 0ZS-F | 9I8-F | S18-F | FIS-P | SEB-F | ShR-F | LF8-F | 6F8-F | 8G8-F| 8ST LT | GG2-F | 098-F | G18-F | G18-F | T88-F | 618-F | 898-F | 118-F | 918-F | 898-F | 6F8-F | 9E8-F | LTS-F | LIS-F | 612.4 | FOL-F | LeL-F | $69-F | 199-F | Le9-F | 6¢-F | 29G-F | G1G-F | POP-F | OSG-F] LT OT | P9F-F | 9GE-F | 6E-F | SOF-F | EGE-F | LLP-F | LSh-F | CLF. | GSP-F | PPF-F | 6F-F | OLP-F | 9OF-F | 86E-F | P8E-F | OSE-P | GLE-F | GOP-F | LZF-F | LOF-F | L6F-F | 12G-F | SG-F| S6G-F | LFG-F| OT ST | LOL-F | 089-7 | FL9-F | 909-F | SE9-F | TL9-F | 819-F | ZOL-F | SGL-F | OLL-F | 98L-F | 16L-F | GOS-F | 96-F | 19L.F | LLL-F | 161.7 | SSL-F | 60L-F | 989-F | PL9-F | 99-F | 199-F | Le9-F| TL9-F| ST 5 PL | SIG-F | G6S-F | C9G-F | HHG-F | TES-F | [8h-F | LOP-F | SLP-F | ShP-F | LEP-F | CSF-F | GFP-F | SSF-F | GSF-F | LIG-F | FSS-F | FGF | GEG-F | HES-F | HEG-F | SPS-F | 89G-F | SLG-F | O8G-F | O8G-F| FT 89E-F | 009-F | 869-F | 809-F | FLO-F | S69-F | G8G-F | GOG-F | GFS-F | 6FS-F | 6E9-F | LIS-F | S8F-F | SGF-F | SzH-F | OPF-F | LLF-F | 16F-F | FOS-F | 9G-F | 229-4 | F99.F | GOLF | OGL-F] FOL-F| ST GL | SAT-G| 618-4 | 088-F | 86-F | OFG-F | 066-F | 9Z0-S | OOT-G | SET-G | ELT-S | 68T-S | OZZ-G | Z9Z-G | E8z-G | OTE-G | STE-S | 2TE-G | 60E-9 | TOSS | 008-¢ | 86z-G | OOS-¢ | L6B-G | 28a. ] 68a-¢| SI IL | 696: | 98.9 | T8Z- | G42.G | 996-4 | 99G-G | 9%. | G9Z-G | 89G-S | 69Z-S | 99Z-S | FLE-G | 08Z-G | G8Z-G | 68S-G | F8Z-G | O8S-G | GLB-G | G9S-G | L6S-G | Fz. | Saz.G | 19S-¢] GGz.9| FFa-E] IT OL | SET-G | GPSS | 62G-G | 91Z-G | 80Z-4 | ZOS-S | GEI-G | O8L-S | FAT-G | SOL-G | GOT-G | ST-G | OGT-G | GFI-G | GeI-G | FAL-G | 8OT- | 460-9 | F80-4 | Z10-4 | $90-G | e40- | eG0-9 | 620-¢] T00-G] OT 969-7 | 986-P | T26-F | F96-F | 9E6.F | ZLG-F | SL8-F | LF8-F | ZZB-F | S6L-F | 69L-F | SSL-F | GIL-F | S69-F | FL9-F | GE9-F | 96G-F | ZOG-F | OSG-F | GOF-F | 9OF-F | LSP-F | GEP-F | FBF-F | LIF F 889-7 | OOF-F | 96E-F | G8E-F | LBE-F | 98E-F | O8E-F | FLP-F | OFF-F | SEG-F | SE9-F | STL-F | LEL-F | 962-7 | GES-F | 198-F | OL8-F | 068-F | L06-F | ZI6-F | SLG-F | FIG-F | GE6-F | OL6-F | LE6-F GGL-F | L06-F | €66-F | G16-F | ST6-F | €06-F | F88-F | 918-F | SC8-F | FFS-F | LI8-F | S6L-F | GLL-F | SGL-F | IFL-F | FGL-F | 999-F | SF9-F | 629-F | 09-F | 609-F | G6G-F | 69G-F | 29G-F | L9¢-F OGE-F | G9S-F | 892-F | C9G-F | GPS-F | €OG-F | SGF-F | GLF-F | OOF-F | OOF-F | GGP-F | GSP-F | OFF-F | OFF-F | SOF-F | HLP-F | LPF-F | LEP-F | S9F-F | L0G-F | 9G-F | Z09-F | 669-F | GFL-F | PIS-F OF0-G | G&8-F | Z68-F | GH6-F | TL6-F | L86-F | 686-F | ZL0-¢ | ST0-¢ | 200-S | 6FO-S | $20-¢ | 120-4 | G20-¢ | 40.G | 080-S | 6R0- | F60-9 | 260-4 | 160-4 | 880. | LOT-S | 80T-S | G01-¢ | ¢60-¢ GEL-G | OOL-G | PEL-G | SGT-G | GOT-G | LAT-G | O8T-G | I8T-¢ | GOT-g | SOT-G | FST-G | OGT-G | GFL-G | IST-G | LPT-¢| LPL-¢ | 6ZL-G | GLI-G | ZOL-S | 260-G | 960-4 | FOT-S | OOT-S| SOT. | TOTS OFI-¢ | FOL-S | ZOL-G | 760-5 | 160-9 | 60-¢ | 880-¢ | 880-E | T80-G | G80-S | T40-G | 160-G | GOL-G | EZL-G | OST-G | OSL-G | SLT-G | 8LT-G | S6T-S | G0%-S | 00Z-G | G0%-S | EFZ-S | Z8T-G | 98z-S TLF-G | STE-G | OFE- | 89E-G | F9E-G | 66E-S | GOF-G | EEP-G | SEF-S | GP-S | O8F-S | L8F-¢ | 0OG-G | SIG-G | 9ZG-G | OEG-G | OGG-G | 8ZG-4 | ET9-¢ | FZG-¢ | ZEG-G | 9eg-9 | TEG-¢ | FEG-¢ | FzG-¢ 88E-G | €6G-9 | LIG-G] 91G- | FOG-S | G6F-G | SOF-G | GOF-G | SFF-G | SEF-S | SZP-G | FIF-G | COF-G | G6E-G | T8E-G| GLE-G | 9GE-G | GZE-G | FOS-G | 962-4] T8S-G | F9G-G | 19G-G | GhS-G| 6FS-S Soyouy | Soyouy | Soypouy | sotpouy | sayouy | soyouy | seyouy | sayouy | sayouy | seyouy | sorjouy | seyouy | soyouy | soyouy | soyouy | soyouy | soyouy | soyouy | soyouy |soyouy | sayouy | seyouy | soqouy | soyouy | soqout BEN NEVIS OBSERVATORY.—HOURLY VALUES. mao SH uo Com OS ma NOH Oo OM OD WON | pry | 86 GG 1G 0G 61 8I ZT. 91 ST vl &T GL ES | Or: 6 8 ZL 9 g v & G T *soyour+t 000-06 > = a a va Pl [o) = Z | oma =) fo) (a=) a 7, < ia s BEN NEVIS OBSERVATORY.—HOURLY VALUES. 50 IZF-E 0-61] Z88:F O0-FL| IZE-F 0-0Z} 199-F 08-0 | 8E8-F O&-L | GIE-F 0-6 | 190-9 OF-6L] OFE-F 08-2 | L2G-F O0-FL|9LL-6 0-9 | 661-9 0-61] 208-F 08-1Z | FSZ-E 0E-2Z 99F-€ O&-ST| 9LE-F OG-E1]}69E-F 0:06] ‘INdVF | 898.5 O-L | Z8E-F OL | 70-G 0-61] E28 0-G | SE2-F OF-EL] G08-F O&-F | 882-9 0-91} G92-F 0-1G]822-E 0-2 140-9 O-IL| 29F- 0-8L|928-F 0-81] 21¢-F 08-61 | 998-F O&-8T] HAYS |€98-F O0-T |810-G O-8L| TIEF 08-9 | 99%-F 0-1] ZE8-F OF | 166-9 08ST | ZO8-F 08-0Z | 60Z-E 0E-1Z L70-G OF-OL | ZOF-E OG-21 | S9E-F O-ZL|S6E-F 0-6L|FFS-F O-8T|8E1-F “UPI | SEE-F 08-0 | 200-4 08-21} 8eZ-F 0-9 | 29Z-F O€-ZL]| 128-F O€-E | 408-4 0-G1] 168-7 0:06} S61-E 0-1 80-6 SL-OL|FoF-E 0-21} 998-F 0-ZL| 6LE-F 08-81 | SE8-F O&-ZT | F9L-F O€-EZ| “AON LG | F66-F 0-21] 682-F 08-9 | 186-F 0-GL| €88-F 0-E ‘4dag oz “YOIV GL | ELT-E 08-0 920-¢ 0-01 | Z9F-G ZE-9L| GPS-F OG-IL|F6E-F O-8L | 8G8-F 2 0-21 | GG4-F 0-82] LE8-F JUPIT | 886-F 08-91] SE2-F 0-9 | GIE-F OS-IT| Z68-F O8-G | 99¢-F 0-8 | 12¢-F ‘JUPIL] 6LT-E 0-02 810: 02-6 | OLF-€* 0.91 | L2e-F 0-IL| T&F-F O&-2T | 98-F 0E-9T | 6EL-F O8-2Z | OGE-F O€-EZ|900-G 0-91 | 8EZ-F OS-F | IEF O0-IT|688-F 0-Z | 9FG-F O8-2 | F9S-F GP-EG| Z8L-E SF-6L Z20-¢ 0-6 | I9F- O&-EL| SEE-F OF-OL|ZIF-F 0-21) €98-F 0-91] 962-6 0:26} L9E-F 0.SG| 60-4 O&-GT| 98L-F O0-F | 6&E-F GEOL] GF6-F OS-T | 2o-F 0-2 | F8E-h O&-EZ| 8AT-E 08-61 00 0@ «| OSF-€ 0-GL] OFE-F 0-01 | OSF-F O&-9T | 498-F O&-ST | 989-F O&-1Z | 99E-F O€-GE| 66-F O-S1] O9T-F O&-E | FPE-F 0-01} 996-F O-L | 91G-F 08-9 | 919-F ST-E% | L2Z-€ ST-61 G/6- 0-9 | ISF- T&-FL| 8ZE-F 1E-6 | L8F-F GL-9L| Po8-F 0-1] Zo9-F 0-16] 898-F 0-26) 600-4 O&-FL| ZFL-F O0-€ | P2E-F 0&6 | 866-F 08-0 | 99F-F 0-9 | 219-6 0-2] FFEE 0-61 86-8 OG |89F-S O-FL|EZEF 0-6 | 66F-F 0-91) LE8-F O€-FI | FE9-F 08-06} ZFE-F O&-1Z| 120-4 O-FL|CFL-F OF: | €9E-F 0-6 UES 86F-F O&-G | SI9-F SF-2G| 89G-E CF-8T €Z6-E GLE | 91F-E OGL | ZZE-F OS-8 | 9G-F SF-GL| ZO8-F 0-FL| Soo. 0-06] 1GF-F 0-12| “OOS | 62L-F 0-6 | ZEE-F 08-8 | 110-9 “JUPIN| ZLF-F 0-G | I19-F O€-2Z| LIE-€ 0E-8T €6-E O-G | 98F-E O-EL| TIF O-8 | ES-F 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HOURLY READINGS OF DRY AND WET BULBS. The readings are corrected for instrumental error only. During the first five Months there are several breaks in the record, especially during the night. In the case of the Dry Bulb these missing hours have been filled in, the interpolated _ entries being marked by brackets. Double hourly means are given, the upper or Observed Mean being the average of the observed readings only, and the lower or General Mean that of the total entries for the hour. In the case of the Wet Bulb for these five months no interpolations have been made. The Means when given are therefore those of the observed _ readings only and are comparable with the corresponding Observed Means of the Dry Bulb. From the beginning of May 1884 onwards the record is practically continuous: any - interpolated values either of Dry or Wet Bulb are bracketed but are included in the Means. TRANS. ROY. SOC, EDIN. VOL. XXXIV. 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HAge @e | - Geo] - 9e/ - 88] - 68] - LP! - T-$o |‘sxvan ‘sdQ us: (0) 1g 1g 0g 0g 6 - Q.8L | GGL GL | FGL SL | FST SET | 9ST §SL |] SSL 9FL | GOL 8-FL | SL 6FL | L9L SOL | EST 8FL | SSL 8-7] 0-91 GGT | 6GL FL] 62 8% - 991 | ZI ZL] Gel Lel | &FL 282 | 8SL O-FL | 9SL 6€L | BSE OFL | GST GGT | 9ST 8S | GOT $-9L | G9T €-9L | GL LLL | 8-22 BLE | 82 KG - 6st] - [e¢erl} - l[9-61]} - [0-02]] 1-06 $06 | G6 8-61 | 8ZE 0-81 | G8I G-8L |] &6L G6L | 8-6L 0-03 | G-6L 9-61 | Z6L §-6L | 0-61 T-6L | 22 9% - 0.12 | 0.6L 0-6L | 6SE 0-61 | ¥6L F-6L | 8-6L 0-06] 8-6L 0-06 | 8-6L 66L | L6L 261 | 06 €06] 0-16 0-16 | L1G L1G] 8-86 2-66] 0-86 EZ) 92 is G ~ 9.22 | 8-06 0-16 | 8:02 812] 2:06 8-02 | 8-02 8-06] 6-02 0:12 | GIG 1G] 6-06 O16] £06 0G | 8-16 12] 8:2 0-6] 8-6 0-73 | LE 68) Gz =) 4G - 83 | G46 L542 | LEG €-4S | LF GS | OFZ 8-42] 94S LFS | 8-47 0:9] BFS 0-96 | 0-76 0-42 | LES LES] SS 0-6 | $-2G 82S | FIZ 9-20 | Fz 4 & - 8% | 606 L1G | £12 16 | 212 8-16 | 0-22 2S | 92S 9.2% | 1:36 62] BES O86 | GES F-6| FES S| BZ FEZ) BES 6ES| LEZ TES| Es b BG = O:6G4l| oi OSGZNl| wes [Geri se O:2allll ee 96:or| wie SC ORG wean O:6eul| ie Be Goul |e Cet le g0:ecul 8 IG eG ame w ne Gg lll S77 te IZ Sinai = Ria || Seg | OS Ba SO) SM SR Re | Ra = w= RR = TBS Oa is 0% = @OZ | O= Be | n= [orca wee [loeel| = peeay| «= fea] = fees] = Pores 096 = Ore | Pes Olde) ee Fae) Be 8iee"| (02 =) 6I - 926} - [o92]} - (gez]} - logz]] - 890| - 866) - 6H) - O66 | - LIB) - LIB) - BP] - GES) - 9-88 | 61 e) 8 > erie |) = bya) = [oseeall|| > ittzall| eg | = CHa |) See = ee | = = eI] = Be |] = OAR | = Oita || Oh i LT = Ogle sc O%C lin ce LOZ se = [ez = s6ateel > SSG = 2eGi | = 8 VGcon| se FCG) a GCs S0:2Gil| es GakGh|| meee SalGn | VAT ‘ 91 = re = hel = Weal) = neal ead = Wee rare CA GEE Eig pe aS || Hag || he a G1 = 9-26 | eS _lebrl| o= foelie= lot) = Let WEL || oe - SOG |e SCL | ORG pe GSS eS ene: ee BOs | EP 98s: |e 2 ia = GG = Ore! SS Os | we “Os | = ESc| = Feo) = Foca) |) = Kec = “Goce = sci) |e Woe ie 1919711] 1 0-2% ert < SI =) GRC lla se ORG ee GGCH| wee GGZal aa TOGe | rene Oz ee iGsOen Narn One | ee 6-2Gall we OGe |e aeG-GGpl | learn Meo OnT Camel 3 ral = 2-6Gil| mace ACOSO TCH meee GHG!) Mund 18-100 mmmOuIG SEE PS CS BI | Se | ESI | = BEG || GE ea] Il =. IZ0Gil|| ae Sete ull ese OSes | USS | = OBPSSy|| = aPeGoN == CBee = 66:00) me LOG lence 66-O0Ge 0 mee O:0r leas 0 60a maeomnne Oe mnt a Or - 6-06 = [orzall| = [ere] lo-ez)| eS ee | ee SG eG) ee | = 0G) = FIST) SRS ee eG AT On © 6 = O66 |= SOP a= Goze oes | We et | ee Teale “Se es TSec eS (S208) |) 9S CASH) Se Gaeta) REST Manne aloe eG ee 8 Se ESCs LOC OSCU ee WIOZal) y= yp OeGell =a Gr es VODe| 8 Onl Gs] eee aT 70a Co | Oca cee a L - TL6L == Heh ea|| Ee SIGE eA ce] SHC aye ERE ee | = GHG RGAE = GG 2 7, 9 =) GRGilhes O60 = (Oona = (Biel o=) B86 ae Leora = FRo Bea pS 1018o | oe 2.8) i 89/60) eee: Oba mean MEUE-nta | Z g = CG WOZ ea EGS || ar Uk6z| = Seti] = FSetr|| =" AGHGH =" FO-cen = 19:Z8) | ea 9G e en S-ce | eee Oren enn O-cen|) 9G, a i = GE] ren Ze | eee Levelt TeGelll! Sek 18!) | Gee LOS |e Se ee Ore) =) ECG Se AS-ce “+ P-SGh; Oa CIRCE ae | S-T8 || F g Sng | = Sel = Og || = Cas | Gra Oita | Git nis PS ee | ete ee Pt = tga) fe = G6L| = 612) = Lie) = £0) - $02] -— GéL| - LSE] -— 940) -— FOL | ZL O21) ase EL 692 GOL) LOL er | Z ii - 9621 8-1~ g90r} - [¢-tt]] - [earl] 8-ef 6-20 | GFL LE | 91 8-81 | 9ST LL | GLE 9 | G6L F-8L | L1G 9-06 | 0-86 9-26 | ES 6:26] T yom “Lid | eM “Aid | yom “Aig | om “AIG | eM “AIG | “FeM “AIM | Fem “AI | “Jem “AIG | “JOM “AIG | “OM “AI | “GoM “AI | “VOM “AIT | “POM “AIT “WROTAL “qUSTOpIN &@ GG 1G 02 61 8T LT 91 Sik TL | &1 ‘SaTNgG ITM ONV AYQ—GuALvUTANGy, ‘P88l AUVOUA BEN NEVIS OBSERVATORY.—HOURLY VALUES. 58 ‘SNVaWW| = — “Nay ‘SNVaJ{| €.6G ‘S20 Té | 0-46 0g | &6 66 L-16 8G | &-02 1G | L1G 9B | 9-46 & ¥-0€ FG 8-6 &@ | 8-F% GG | «6-96 Te LG 0Z L-¥6 61 8-96 8T 6-16 LT 9-98 91 9-96 GI | F-&E FI 0-28 §1 6-18 GL 9-43 IL 0-1 or 0-8T 6 £-06 8 1-84 L F-6G 9 0-08 G G&G F 0-86 § 1-81 G F-0Z I 9-26 “JOM ai IL Or 6:76 6:76 €-86 L1G 1-16 8-ZT 0-06 §-96 1-6 &-96 &&% 1-93 6:14 9-96 1-96 9-08 ¥-9€ 6-96 G-&& 6-18 0-18 6:86 LFT G81 9-06 L-&@ 6:66 €-08 1-46 9-&6 &-91 ¥-1Z 1-61 “hg FFG G-76 | L7G GIG | GHZ EFS] SHS EFS | 8-E 8:1Z 0:26 | 6:06 6-06 | 8:06 8-06 | L-16 T-1Z = idl) = loci) = Wakil) = level 8-8E 0-6L | GSI &8L | SSI SSL] LSL %81 SLT 8-21 | SLT FLT | L9L 8-8L | F8T &8T - (480) - [estl) - fezt]} - lost] G&S 0:7 | 6S GES | 9-GB 8-BS | 8G 62S I-82 83 | 6-86 0-62 | 9-86 2-8 | £80 6-82 - fosz]} - [o-9z]} - lo.¢e]} - [o-¢2) 8-26 0-6 | 1:25 ZS) 0-86 0-8 | 2S ZZ 8-96 1:92 | 1-93 1-92 | ¥-96 G-9Z | 8-E3 0-92 — fo-1z]} - l[9-0c]} - [eoz]] - [ser] 9-16 L1G | GLB G16 | 6-96 2:96 | F-16 9-16 9-6 GGG | ZSZ 1-46 | FSG $42 | BGG 0-92 = [g-ec]| =- I[e-éeeli = [ee2l)i — Loos) L-98 0-98 | G98 &9E | 898 9-98 | 0-98 0-98 re 11¢| 8-68 F216] Los 198] 6S Ge = fozeli = lraell = lezel] — l[o-zel 61g 618 | 61 61] 8-18 2-1¢ | 9-1 218 8-16 8:16 | 0-26 $16 | 6-96 8-9Z | 8-93 1-96 =) Loreal =) Teall = lesa =" Toxecl L#L GT | SL SI | LPL 281 | #ST &S1 G-6L 8-8 | 9-06 0-06 | &-1Z T-12 | 6-13 6-12 - [@-02])} - [t08]} - l[toz]) - [o.02) 6-06 0-16 | 9-6T 9-6. | #-6L Z6L | 1-06 1-06 1.66 1-66 | ¥-66 &-62 | ¥-66 §-62 | G66 1-62 - [y-6z]} - le-6z]} - [ee]; - 2.62] €-€Z FG | 0-€6 L166 | 6-26 9-26 | 8-26 9-26 9-86 FES | 9-6 F-86 | 0-76 9-86 | 6&6 9-& - [¢ot]} - [eot]} - [g9t]} - ([¢9t] 0:06 L262 | 1:06 6-61 | $06 §-06 | 0-16 6.06 €&8L 621 | 0-81 220} LT @LZT | 9-2T 9-27 99M “AI | 49M “AIG | JOM AIG | JOM AIT ‘SITING LEAA AGNV AUQ—auUALVUTaNay, ‘F881 HOUVN Sere 8-8 = fo:ré] 0-16 0-16 @6L 1-61 ae Ign FSI FST 9-FG 9-56 - [2.82] L4G 64% EGG GiB - [g¢.¢¢] 161 &-6I BSS 6S - [Te] F-08 F-08 6G 6-Gg - [g.-Fe] 61 618 8-18 1g - [9.92] 0-86 6-26 1-91 §-9T - [0-22] 8-6L 0-06 G-13 GI — [0.62] 1-62 &-6G kaa “tee - [s-e] 6-91 9-9T 0-12 4-02 - [¢-21] pM “AIG F 8:86 [9.02] F-16 8-06 [¢-91] 0-06 8-93 [2-82] G.2B 0-2 [0-#2] 9-61 [9-#2] [2-23] @-18 1-88 [0-48] 0-28 0-18 [2-92] 9-18 9-91 [2-82] 8-61 0-1 [1-62] 0-8 G-2G [¢-42] 1-91 GZ [g-91] “hid 0-FG | Svat “Nay 0-F% |s8van aI: (9) [¥-02]| Te @-1Z | 08 G06 | 6 [0-91]| 8% 0-61 | 22 T-16 | 9% [0-82]| a GS | FG 6-16 | & [0-e2]] 2 FIG | 16 [0-#2]} 06 [@-¢z]} 61 Lig | 81 6-8¢ | ZT [L-¢g]] 91 618 | ST G1g | #1 [0-92]] 1 8-61 | ZL G9. | IT [6-26]} OT L6. | 6 1-02 | 8 [Z-6¢]] 2 L186 | 9 L3e | & [¢.#3]] # 0-21] & 9-2 | 3 {¢-¢1]} 1 “AIG 59 BEN NEVIS OBSERVATORY.—-HOURLY VALUES. “SNVAIL “Nay “SNV ATL ‘saQ 1g 0& CT L5G LG 6-81 1-66 1:86 ¥-FG 8-8T 40 L8I 8-06 Z-0G [s-6T] 8-ST 8-83 6-12 G16 BF [¢-12] TG 6-16 b-G6 ¥-S6 G-1E 1-88 G-8& 6-18 8-18 9-G6 9-61 9-8T [0-22] 8-81 [o-22] 1-66 1.86 [6-26] 9-4 ¢.8T. [¢-€2] peste TZ 06 61 81 ‘SdIng CoA GNV AYQ—HUOLVaAdWNa YT, wo + GGG 0:6 0:8 6 & G16 8-16 G46 §-66 8:96 §-96 §-96 £-GG 0:62 L-86 9-16 6.68 G8E G-GE 9-GE ¥-&& FSG ¢-9T 9-91 ¥-16 0:& 0:86 L-18 6-96 9-66 &-06 6-61 L4G “£1 L106 1-4 | 6.46 9:46 9-96 | 9-9 6-66 0-&Z | 8-46 €-G6 §-G6 | 1-2 LIG 61Z | 1-1 6.16 2-16 | 0-2 9-66 0-76 | &-F3 G08 §-08 | 8-0 1:96 6-96 | 8-93 8-76 0-96 | 8-96 9-9 9% | 8-86 0-6 8-26 | L-& LG §-GG | 6-66 616 €-16 | 1-93 9:26 9-16 | 8-86 FG G-GE | 7-9E 9-26 9-86 | 0-LE 0-68 0:26 | L&E GCE G-GE | Fes VEE P-EE | 9-GE 6-96 F-GZ | 1-96 G-9L 2-91 | 6-91 FLT 0-21 | 8-81 8-16 0-26 | 2-16 8G 0-&% | 8-8 ¥-86 F-86 | G86 €1E G-1E | 8-08 4G FSG | 9S 1:46 9-&% | 8-92 0:06 6-61 | 0-06 6:06 4-06 | 6.04 9-46 9-FG | GHG goM “AIG | “JOA a 8-96 8-93 1-46 G-&G 1-16 6-06 LG 6-86 G-08 6:96 6G 1-82 8-66 0-&@ G96 9-64 G.9§ 6-18 L-&& G-G§ 6-68 8-46 G-9L G-LT G16 ¥-& G-86 ¥-0 8-46 £-9G ¢-61 G-0G 9-& *kIg “SNVO “Na “SNVAW B06) Ig 0& 66 8G LG 96 GG VG &@ GG 1G 0G 61 8T LAT 9T GT al &1 mn OO H 19 © BM CO OD RANS. ROY. SOC. EDIN. VOL. XXXIV. BEN NEVIS OBSERVATORY.—HOURLY VALUES, 60 “Nay "SNVAJY = §-86 ‘SNVAW) 0-86 €-86 ‘saQ Ig 0€ 66 8@ 1 96 8-&@ T-16 £16 9-96 0:26 1.4 G86 G46 £76 8-8 G-96 1-08 L-& P-FG G-93 66 G.16 1-96 6.16 6:2E €-GE PGE 1.64 9-28 ¥-08 6:62 &GE 6-96 1-62 ¢.c6 “JOM 6-26 = 926 6-16 6-16 | €-16 G-16 | 6-96 GL F-86 | 0-46 L436 | 9-76 L756 0-26 | 0-96 9-66 | 0-46 8-8% I-26 | $-96 0-96 | G-FS 8-FG F-96 | Gh 8-46 | 87 6-76 8-16 | G96 8G | €86 1-86 F-46 | 6-96 T-1% | 696 9-96 T-08 | 6:86 6:86 | 2-26 6-16 E46 | &-7G §F6 | 9-76 9-76 €46 | £86 186 | GES T-& €-6G | G86 €-€6 | 9-96 1-96 T-26 | C26 T-26 | LE GLB F-1€ | 6-86 6-86 | L8G 1-86 1-26 | 9:06 8-06 | 8-6L 8-61 8-96 | 0-76 GHG | 8-8 0-16 1-63 | FFG €-76 | L866 8-8 1.8G | 1:86 1:86 | 0:86 0:82 6-9% | 6-96 696 | 8-76 0-96 G&S | 0-86 €-96 | GSE §-96 GG | 8-46 0-66 | 9-76 L-FB GCE | 2-66 L166 | 08 LE LS | G8E &8E | 7-98 8-9E 6-8 | 0-26 GE | 61E GFE L212 | €-96 1-96 | G96 6-46 6-18 | G-0€ 4-08 | 0-08 0-08 0-08 | 8-66 1-66 | 1-66 §&-6 G08 | 1-66 6-82 | 6-26 6-22 9-66 | GES LEE | HE €-FE GFE | FFE GPE | GFE FP-FE 1-86 | 9-86 9-86 | 626 8-14 8-FZ | 1:6 6:86 | 8-6 0-43 ‘hid | ‘OM “Aid | ‘yom *Auq 89% 6-96 G16 | 19% 8-96 F-46 GF | $96 8-93 G93 G-9B | F-93 9.93 — [¢.52]| — [2-42] GG &FS | 8S 0-6 9:36 1-86 | 0-66 0-46 = lhshigelll] = (heterall 9:96 1-96 | #86 ¢-¢ 0-6 0-96 | 1:83 39 =a G:2alll en Wc GZ 8-66 | BFS G-FG 6-66 1-96 | 146 8-93 = [¢2¢]| = [e-92) 6-8L 6-82 | #8L 3ST 8B SEG | GIB 8-13 - f[9-e2]} - [0.72] 616 8:26 | G16 9-16 9-66 9-66 | 1-96 &-9Z =) lerel) =" Lo:Fal L#3 ZZ | G-83 9-83 6:28. OE || Les Zee G-3& 6-28 | 6-ZE G-Ee G1 9-8 | 6-08 éTE - f[9-72]} - l[¢-72l 9-86 186] €08 08 I-66 0-66 | 3-66 &-62 - fo-s2]}' - [9-82] 9-78 GFE | BFE 0-68 0-38 F-€8 | 618 0-28 = [gga] = [e:22) FES §-€6 | O-1G GIG eq “Sid | eM “AIT 8 Z G-9G 6-9 [o.¢2] FFG 1-33 [6-12] 8-FG 6-6 [9.22] ¥-FG 8-66 [0-92] 6-L1 1-06 [1-46] 0-96 GGG 1:86 G: & 9-GE 1-3 9-18 [0-42] 3-8 8-83 [¥-62] 8.08 1-18 [2-22] 8-06 "AIG ‘sdTogd LA, GNV AYQ—duALVadd Na, ‘F881 TlUdV 9:66 L-&3 0-&6 G-6T 0:26 1-26 9-46 8-&@ G-GS 9-GE £08 G.96 1-86 6-08 678 GL 8-61 “JOM G.97 9-96 : | mi N OO HH 1D scp ise —_—H “SNVATY “saQ ro = ‘snvan| - @ 4%.) - 9:9¢ | - 69¢1 - O12) - Glo) = F260) -— 820) - GEG] = GEE] — Gea] -— GEG] -— Geo] — 6c |'sXvan Bice) “NOD Loreal GLE | 696 0261 G96 F-96 | #96 G-96 | O26 GLE] GLG F235 | 9-26 LB | 0-86 G8B | BSG G-8Z |] G8Z 286 | 8S G83 18-85 4-83 | 0-82 Stal Tg i 1g 0g - 2.66 | 87% 8-721 0-63 0-66 | 0-9 GES | BFS T-6Z | BFS 0-46 FSS FE | B96 8-95 | 8-96 0-96 | 9:96 9.96 | 0-93 GGG] 9-FG 0-92 | L4G F-F6| 08 6 - go] —- [¢2z]]} - (L22]| 6-26 626] 626 8-20 | F-10 G16 | 2:96 0-26 | 69S 9:96 | L246 9-26 | GLE 0-26 | 0-26 6.93 | 8:86 8-86 | 616 616] 66 86 - 14.941 6.9% 2-96] 6S 0-66 | L476 8-3] 1-96 #92 | 0-26 G12 | 61 $86 | G8Z £66 | 9-86 262] 8:86 T-08 | 6-26 166 | 6-126 0-66 | 1-26 0:66] 8 ke = 0.94 | &&% 392] 9-96 L196 | 9:93 8-92] 9:96 8-92 | 6-96 6-92 | FL F26| 6L6 616 | 6-95 616] 696 L146 | £96 0-26 | 7-96 8-93 | 616 T-86] 12 9% - zez| - [eez]] - l[Fezl] - [acl] #-¢3 G62 | 266 2:66 | 1-93 1-93 | 9-95 1:96 | 8-96 0-26] 1-86 1:86 | €9G 2:93 | 6-96 GLE] 696 396 | 93 4 &% — 0-46 | 48% 2:86 | 6-87 G-€6 | 88S 882] 68S 6&6 | FPS FFZ | 0-96 0-96 | GGG F-96 | F-9 9-66] 896 0-96 | $92 196 | 0-96 £96 | 6-46 0-96 | 9% | ¥% - G46 | 0-16 606 | 8-16 #16 | GIG GIG] GIS GIG] BIZ 8-12 | FG F2G| LES Les | GFZ 976). 196 LG92 | 646 0-92 | 8-96 G93 | 896 892] FZ = & - 6t¢| - [ote]] - [oFzl] - [o-F2]] 0G TZ] LFS S| 6FS 0-6 | 8-96 0:96 | 1:62 1:66 | EG FG | 8-46 6-96 | 8-96 0-96 | 8-G6 8-62 | € > GE, -~ 1.96 | GEG GFE | ZFS GOS | PFS GIG! FPS FFD | 9G GTS | BFS 84S | BFS 0-66 | 9-76 LFS | FZ F-42| LFS 8-46 | L4G 8-3 | 9-2 LEB] S a - L473 | &SS S&S | 9-25 9-86 | OFS O-FZ | GES O-FZ | BES TFS | GF 8B | LF SSS) 84Z GEG] 6-FG 1:96 | 86 F-96 | F-7Z 6-76] 9-76 0-92 | I ir oc | - $96] - [¢e2]] - [9¢2]]} - [8-¢2]] 0.93 %9%] 9:93 8-96 | L9G G16 | 6LG 8B | 8G 682 | 8-26 G-8Z | 8-26 0-86 | 6-26 0-86 | 626 0-82 | 02 =) 61 - #86 | 0-42 6.96 | 62G 8-2 | 0-86 622] 8-86 282 | 682 8-82 | G08 T-0¢ |] G-0¢ 9-0 | 408 408] 0-1 LIe | 0-1€ ¢1¢] L1€ LIe | 608 9.08 | 61 © ST - 616 | 0-6 &S3 } 0-66 GES | 9-42 B72) PFS GFZ | 6ES 6-83 | LEG 98-8] EES FES | 9-8 9-6] GES FES] BE 0-76 | BFS EFS | 9-86 0-72] ST 7 LT - 9.24 | &6L F-6L | 0-06 0-02 | 6-02 6:02 | 9-16 9-1G | 1-26 0-26 | 8-26 6-26 |-0-FG GFZ | BFS 0-96] 0-96 £62] 646 0-66] 896 96] 846 9-70) LT ; 9 - F561 G16 GIG|GIG GIG| 1B G12) 81% 816 | 82S 826 |GES GEG | 0-FS 0-FZ | 9-46 9-76 | 84S 0-66 | 0-92 T-93 |] 87S 0-66 | L6G %92 | OT a CT - JIG | 1G 151 G16 G26 | LLG L2G) 226 L1G | L1G 9:26 | 6-26 6-26 | 8-26 826 | 126 226} £16 1:16 | 1:86 G86 | 1-86 626] 686 8-82 | ST S ae - 96 | 0-26 6-92 | G96 #92 | 166 8-92] L6G GGG | 9-66 166 | 296 8-66] 1-96 6-92 | 96 F-:96 | L146 T:16] 626 GL] 9:26 L16| 116 L116] FI = €I - L5G | FSS 9-86 | L6G 8-BS| 8B BS] LS Les] LES 8-6] 6FS 1-96] 96 9-96 | 0-26 GLE] 6-93 6:96] 696 G9Z| 196 9-93 | G96 9:95] ST a ra - GFZ | GES 9-86 |] FES F-2S| GF 976 | FFG F4S | OF O76 | FFG GS) BIS LFS] GSS 9-66] FEB L966] &ES 0-96 | 0-96 9-96 | 9-96 890] GL a IL - £08 | 82s SFB] 82S So] OS 6ES| 82S GIZ| OF LEZ | GSS F696] 916 16 | 0-86 826] 8-66 9-66] 6-08 €-08] 6-18 O18 | 418 618} IT a OL - 2721692 FFE] 9Fe BFE] 0-¢6e 0OGe |] 27E 8-FE| 688 6FE|6ce 068 | 068 L098) 8-8 1-98] 22e 298] 088 9-98] 0-88 G98 | LEE 1-98] OT 2 6 - gze|tee tee}| - T[eeel] - (¢eel] 9e¢ 2¢¢]8-e 268] 9-8 86e| 126 L206 | 878 TFE |] 6e 62] Lee 9-ee | 88 OF | 208 $8} 6 ee 8 - 49% | 6-66 1-08] 1-08 608] 208 618] 2.08 218] 20€ 8-18 | 9-0@ L1¢ |] ¢0E 608 | Z-0E 208] 666 F-0€ | F-08 8-08 | 7-66 2:66 | 1-66 B66] 8 a L - 012/618 818]618 61¢| 618 618/618 61g | ee &ce| see 8-ee]OFE OFE | 0-88 TEE | 0-€€ Tee] eee P88] 088 0-68] 648 128) 2 a 9 - 9661686 68¢]}.- [eal] - [F-6z]] 8-62 262 | 8-66 2-66 | G08 F-0€ | 6-0 ¢-08 | 20E 8-0 | 8-0€ 2-08 | G-0€ ¢-0€ | 6-66 6-62 | 8-66 166] 9 Z, g - F.66 | &66 F-66 | 0-86 8S | 8S G8G] 8S G8] 6-26 0-86 | 6-86 8-8] 8-66 2:66 | 8-66 L626] 0-08 6-62] L108 G08 | 666 662 | Z0E 308] 4 a id - 0¢¢|-Lze ¢ze}e@rte e@ze|6e 618] 618 61g] 21e 218] 0-1 01g | 9-1€ 218} 208 608 | G08 F-08 | LIE O16] 61E TLI€ | 8-18 8-1] F g - g7¢16re 9-¢}] - [peel] - [F-¢el] tee 2¢¢ |] 698 G-1¢]6-9€ 69¢| 398 498] 66 6-98] 1-28 G-le| 298 198] 9-98 9-98 | 0.98 698] & ‘a - £02 | F-3e #2e]9-8 9-2e | Lce L268] 0-€@ 0-68 | O88 9-€6 |] LE SE | LEE FFE | FE 9-68] 61E 618] 21 LTE] T-0E T-0E | 686 686] & I - 9.46 | 6-96 1:96 | 0-26 6-96 | 2:96 9-96 | 6-26 8-20 | G26 G16] FL6 G16] 0-16 116] E16 L116 | 6-96 GLE] B96 9:95 | 4-92 G93 | 6-96 L196] T om ‘Ata | 3M “Ata | som “Aig | GoM “AIG | eM “AIG | JOM AIT | Jem AI | “90M AIT | “GoM AI | “JOM AI | JOM AI | “OAL "kiq | “OM ‘AIG “wee “‘VUSTUpHAL &% te 166 IZ 06 61 8T LT 9T a FL &l ‘SsaTog aA, GNV AUC —dAUALVUaAINGY, ; = BEN NEVIS OBSERVATORY.—HOURLY VALUES. ‘SNVAN] 6-ZE 9-8 | PSS FEE | &ZE OE |.8-18 L206] GIE SE! 8-08 LIE | 9-0E GE} F-0€ LIE] €0€ 6-08 | F-0E 0-18] G08 TL1g]| 9-08 TE ‘sxvan Te | 66g 8-9¢ | 9-98 F98] G.ce 9.98 | GFE TLE | 9€ 668 | OSE LE | 82 FEE | 268 068 | G2 8-ZE| 62 See] Lee ¢ee}] Zee 688] TE oe | ace ese |oce sce] Fg¢ coe | toe T9e]}2¢¢ L¢¢] 998 998] 2¢¢ Loe] Lce Loe |ece sce} ece 6¢¢|a9¢ F9¢] 698 Ze} og oz | 9 oop | ese OF | eee see | L6e L6¢| 968 F-0F | 668 8.0F | 86e 60> | 9-8¢ 9-07 | B68 80Pr | 86e GIF] 8.6¢ 9-17 | T6e Gar | 6c sz | 0-0F 0.9% | 9-0F #-9F | F-9e 6zr | 0-Ge Bar] Ge Ler | Oc 927 | Z9e ep] 69e 607 | ¢8e¢ 60r|88¢ 8IF|62e LIF | Ble LIF] 9% 1c | ow Lor | 228 OFF | ose cep | eee oir) sie LI | 918 Lor | eze oop] soe eh] 67e L207 | 61e 269] ¢-e¢ 69¢| LI 9-6¢| Lz 93 | ere ose |9ze 28¢] 6g zor | 69¢ 60 | Ble earl] 6goe L262] 0.9¢ L8¢] 682 9-2e|96e 62¢| 0-78 0.9¢162¢ Lee] Lee L¢e] 92 cZ | 9g 0-98 | L-8E 6-0F | 0-88 9.07 | 628 §-0F | 9246 6-68 | 0-26 188] 69 GSE} 198 BSE} 1.98 Gl] F-98 618} 698 G6E | TLE 0-0F | & #2 | GIP 9-GF | G1b FFF | 9.07 8-Gh | 6-88 T-Gh | 626 GIF | 6SE 2-68] 1-68 1-68] 0-98 688] 6GE T-6€| 698 768] 698 168 | SLE SOF | FB €% | Gh 81h | Z-0P 207 | 8-07 2-07 | O-TF 6-0F | Z-0F 9-0F | T-6& 1-68 | 9-6€ 9-6€ | 68E 6-88 | G8E €8E | 86E €6E | 66E 1-6¢ | SOF GOP] zw | 2.88 288] 1-88 LS] 42e L2¢ | 0-88 0-8¢ | 226 L186 | 9-26 918 | le F-2E | 0-28 698 | 69E 698 ]G2E E28) G2e Ge] 698 8-98] Bz 12 | GIG 6-08 | G86 9-66 | Z6G Z6G | 0-66 0-66 | 8G GBS | G8G £82 | 6-26 L186 | 6-26 8-16 | 1:96 1:96 | G9G F-96| ES 6-46 | 0-66 9-FZ | IZ 0 | 8-92 296 | L8Z B86] 626 8-26 | 6-26 626 | G16 €16 | £96 $96 | 6-46 G.GZ] 0-66 L465 | 9-46 FFG | 6S 9-7 | 9.90 F-E6 | 69S 9-66] 06 6L | 9-0E 1-12 | 6:86 T-0€ | 8-84 8-86 | 4:93 0-26 | F-96 196 | 0:96 69B | 8-G6 0-96 | 9-96 9-46 | 9-46 4-46] 0-92 0-93 | 1-96 T-96 | 4-93 €93] 6L SL | 622 1:22 | 6:96 6:92 | 896 G-9G | 296 8-96 | F-96 F-96| 96 €96 | 8S 0-46 | FFG F-F6 | 8-46 0-46 | 9-96 9-GE | 866 6-63 | 9-96 4-93] BSI 1I | 0-GE 0-68 | 9-G€ 9-4€| L-Gg TL-Ge | 698 6-¢¢ | GSE Go| GE EGE | LG¢ 1¢¢] 69E 66 | LSE Gs | 9-G€ 9.¢8] LCE Tce | BFE 8-FE |] LT OL | 2-18 8-Ig | 81S TIE | 6-66 6-66} 6-86 6-86 | 6-46 6L6 | 1-86 0-86 | ¥-8G F-86 | 9-26 9-26 | 8-16 1-16 | 6-66 8-82 | 6-66 6-62 | 0-1E 0-18] 9T er | Lee Lee | eee cee] eee 6ge| Lee Lre|61e 92¢]61e 028] 81e 81¢ | 608 6-08 | 986 9-86 | 622 612 | 86 F896] F983 B82] ST at | 61g 0z¢|81e 81¢]91e 9.1¢| 41g Le] Ie T1e |] 808 8.08 | 66 7-60] 686 686 | 682 886 | 666 662] TIE 608] 0-0€ 666 | FI et |@1g ¢ze| Z1@ Le] 9.1¢ 2L1¢ | 10 1-08 | 6-86 68 | $83 %8Z| 0-26 026] 0-93 T-98| 0-93 0:96 | 6-96 6-96 | L10 L10| 826 L216] E&I SL | ue Ge | 608 608] G1¢ G1¢ | 0-1e 0-1e | 608 80¢| 408 9-0¢ |] 61¢ 91¢]61e 61¢| eee aee| Fee Fee | eee gee] Le 9.Fe | ST IL | ose 99¢|1T9¢ ole] Foe F9¢] 98 T9¢| ese Lee] e9e soe} Zoe 9.9¢ | L9e soe] Loe L298] 89¢ L9¢| L9¢ 298 | 898 698] IT or | wee wee | ese F-¢8]0G6¢ ore | 278 L7¢ | 27 Lhe] 978 958] 25 L7G | G-FE GtE| OPE 6EE] 67S 6FE | L7E 9-78) LEE 9-78] OT hcg J.ce| Ge &ce | 6pe Be | GPS GE] 6ee 8-8] 0-8 2-68] 9.26 0.66] 61 9.4e] L1€ 6IE}|LIe %1¢|21¢ L1¢ | Ge FTE 9.1 9-1¢| #1 ¢1€| Lig og | Ie 1g | 9-1€ Ge} 218 21¢] F1gE 2-16] 208 8-08] 166 G66] 826 L126 | F-16 F160) 616 6-16 88% 9-86 | LES 622 | 81Z 9-16 | 8-16 8-1 | 8:06 F-0Z | Z-06 6-61 | 0-02 8-6 | 0-06 2-61 | 0-06 8-6L | 8-6L 9-61 | Z0G 0-04 | 8-06 $.02 6-FS 0-96 | BFS 0-46 | 8-62 0-94 | 8-46 0-40 |[2-F2] [2-2] | [e-ec] [e.g] | [1-22] [1-22] | [F-12] [F-12]] 9-12 9-16 | L136 1-12 | 0-26 0-26 | 0-6 0-83 G.1Z 9-16 | 9-9% 9-96 | G9Z 9G | E-9B F-9Z | 2:9 1-92] F-93 F-96] &9S F-92| 9.46 2-46 |[8-F2] [8-F2]/[6-F2] [6-42] | L0-¢z) Lo.¢z] | [1-92] [1-97] 81% 616 | 9-66 F-66| L8G 9-86 | G-8S 1-66 | 9-92 1-92 | 9-76 0-G2 | 6-3 ZFS] 8-8 0-66} 1:86 8-8B] LEG 8S] 9-ES 8B] 0-6 0-8 GGG £96 | 0-86 GES | BSS Z| BBS 62S | GZS F-BS| FS GZS | 1:2 1:26 | 0-8 0-8 | G8 286] LFS LS | FEB 6-86] 0-FZ 0-42 9-66 166 | &&S 66 | BES $66] LS G66 | BFS 0-66] GES G-FS | FES 8-43] 9-2 4-86 |[G-¢2] [¢-ec]|Le-ez] [¢-e2] | [1-¢2] [1-€z] | [o-e2] Lo-e2] 8.92 €:9 | 8-96 $96] 0-26 296 | 6-26 6-26 |LL-20] [2-26]| [4-22] [F-22]} [0-22] [0-22] | [9-92] [9-92]} 1-92 €92 | 8-63 0-9 | 6-FB T-6B | 9-46 F-FZ yom “tq | ‘99M “L1G | “Gem AI | “PM AI | “OM CAI | 90M AI | GoM AI | “Jem AIG | “9OM «AI | JOM AIG | “GOK AI | JOM AIT on man OM Oo Om DO DH mri NO H 19D © Pe at I OL 6 8 nprsiaes/ 9 g P § G IT ‘SITIO I#\\ GNV AYQ—*univuTanay, ‘P88l AVN SNVEN] G18 9-38 | 6-08 BIE] GIS Lee] oe Lee | 81e Foe | Lee 62e| oze eee] oze oee|Lce Lee | Lee oe | Lee tee | wee oe | Lee ope |‘sxran Te | 98 LG¢|61e L1e | 62e 62] 98 968 | Bee LH | sce Loe] Foe Loe] F908 Loe] Tle Lee} oze gle] oze 62e|¢.oe 9.2e| Loe ose! Te 0€ | 9 LG8 | BEE OFF | GEE LIE |G OFF | EFS LE | GEE GFE] SCE F908] LSS 98] 0.98 98] Z9E S98] 6Se 098] ece Fc] Tce oe] oF 66 | $68 8-07 | 426 L218 | ELE GLE | O8E E8E | GLE L188 | 88E 168] LOP LZh | FOF $3F | 0-0F F1F | GOP GIF | 60F 6GF | FIP 62r | 8-0F @zP | 6% 86 | &68 OFF | 166 Lor | 2-0F LGP | L8E 62h | 20 FFF | GCh F-LF | 6h 9-6F | Lh LSP | oh O86 | O1F 88h | GIF 38h 161 GLP | 8-62 L9F | 92 16 | 0-LE F-8h | 9-98 LF | 8-98 9-47 | O-LE 82h | 826 LEP | L8E 9-FF | 68S Sh] 0-0F $-9F | 8.0F 19h | 93h F-8F | @IF 6-9F | LTP O-Lb | Lop L227 | Lz 96 | 998 9-68 | TOE 7-68 | 8ZE 8-68 | 898 868 | GLE LOF | L8E GIh| ole 80F | 698 SIP | 48 61 | 8-98 217 | 698 Os | g9e gor | oGe Z6e| 92 G | 698 Gle| Le 98] Foe Loe | 808 Lee | Gee oe | LE 0.98 | 9.98 9.86] 0.28 &88]9G¢ Gce|gce see] ece Loe] Loe toelege £9¢| oz 7 | 168 GBF | 9LE F0F | G9E LEE] Ble GSE) 888 L68| 90F TIF | Lie 8 | Gir LF | 0-1 9.97 | 617 9.9r | oor Fp | ocr Or | Ler 9.97 | Fz &% | 9.0F 81h | 888 LOF| LT Gob | GIF 8h | LIP Fh | Le Ger] ocr 6cF | Ler oor | GIb abr 1| 917 Lr | op eer | LTP oer] iE oF | ez G | 188 L8¢ | LO L0F | SOF OF | GOP 9-0F | 0-0F 0-0F | 868 268 | 9.68 9.68 | 68 968 | 9.6¢ 968] 968 968] F628 P68] 9.68 Z6¢| Lee Tee] Zz 12 | 808 108 | 698 198] 698 89¢ |] 898 L98| 898 L9¢|69¢ O96] ere FFE| ose Geel ele L2e]61e sie| Lie o1¢|¢oe s0¢] res Loe! 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FT 466 0-0€ | T-0€ 8-08 | 6-86 8-0€ | 8-62 0-08 | 8-62 8-62] 6-62 6-62 | c0E 208] 8-08 LIE | #08 T1e|21¢ 61¢| 618 ¢ze| Lze gze PCE 8-68 | E&I GL | GIES GIE | 8-86 186 | 8-86 L286 | 886 886 | 662 662] TOE T-08 | 08 20g | 0g G08] 608 602] e1e¢ FIe| 21g L1¢]81e 2£1e | 91¢e L1€ | GL IL | 92 T-8 | 69E 8-9€ | L9E T-9E | 69 696] 0-98 0.98 | L8E 0-88] 0.68 L6e| Ll8 FIP | 80F LF] 61h Leb | BI GzP] BOF LIP | Gee F.07 | IT OL | 998 9-:9¢ | 926 916) L146 9-26] 8-26 L118] G28 9-16 | OLE T1E| 9.98 9.98] 6Ge 668 | 0-98 0.98 | 658 6FE| BFE 27E|9.¢¢ @ce] Zee Zc¢e1 OL GhE EFS | FFE FFE | 0-98 6FE| GFE GFE) TSE 1-48] 468 9-68] 6te 6FE| ore ore | LbE LE] 8ce 26°] p98 Gog] 992 Goe| P98 F982 6-66 0-08 | G0E G08 | G66 €66 | 1-66 G6} 466 G62 | L8G 86] $66 #66] G66 G62 | 66 6G] 266 262] 0-08 0-02] 608 602] 6-08 208 0-76 666 | 116 L416 | 8-66 1:62 | 1-66 £63 | 7-66 4-62 | 6-66 2-62 | 6-66 74-96 |[0-92] 0.92 | 8-62 9-42 |[¢-ea] ¢.¢2 |[1-ez] Lez | zee 6zF | 8.7% 9-42 6-66 8-66 | F-06 6-06 | 6-06 9:06 | 8-16 9-16 | 216 9-16 | F-16 F-1G | &1G 9-16 | $B F-ZS | TE 8-2] 68S 9-86] 8-6 0.761 LFS 8-8% | 88S BF &76 G76 | LFS 8-76 | LFS 8-46 | BFS 6G] LEZ FES] 6.cG 9.66 | 6-63 0-93 | F-9 F-9Z | 8-96 O22] 0-26 0-26 | 1G F-16 | B16 6LZ V6 F-S6 | 0-96 G86] 0-46 SFE) 946 946 | LFS LF) 9-76 1-76 | BFS TFS) OFZ BIS | GES FES) LFS LE] 6-26 8-94 | 616 Tele] 226 O-L6 8-66 6£6 | GEG FE | GES FES | 0G 0-3 | LES 0-2 | BE FES] 8.46 FFZ| SS 8-46 | 8.95 0-96 | LFS 1-92] LFS LFS] 88s 8-80 | 8-86 8.82 G6 2.46 | [1-2] [1-42] | [2-42] [2-42] | [€-F2] [e-42]| 46 8-46 | LIS LIS | GS 9.4 | PFS FF | 0-60 TEs] #96 9.6 | 9.60 26c | 0.92 92 | BES T9z GHG FFG | 8-66 0-86 | $26 L606] 1-06 $26] 81S 816] 7-16 F-16] 616 L12| 616 L16| 616 216 | ZZ 2) 9-26 816 | 086 Tes] Gos 9.Fz wM “Mig | eM “AIG | yom “AIG | eM “AIG | Jom “AIG | eM “Aid | eM A | 9M “AI | “eM A | OM “ha JM “Aid | Jom “AIG | “Jom “AIG BEN NEVIS OBSERVATORY.—HOURLY VALUES. HNANODH ID ONDE = 1D a a wo a maANOH ID OM OD “UeeN “FU SIUpIN &@ GG 1G 0G 61 81 1 9T ST FL &1 ‘SHIN IMA, GNV AUQ—duALVUAANA, F88l AVA Ce eee eee eee eee BEN NEVIS OBSERVATORY.—HOURLY VALUES. 64 'SNVIM| 0 -LE 1g 0g | 0-97 6Z | &-GP 8 | 6-67 16 | LGb 96 | 61 SB | 6-1 6 | 6TF €@ | 9.6 GB | L-6E TG | 9-68 06 | &8E 6I | 0-9¢ 8T | 6-28 LL | ¥-GF 9T | 6-28 ST | 6-18 FL | LTE &I | 1&6 GL | LE IT | 8-98 OL | L-98 6 9-08 8 6.0 L 6-18 9 6-18 g GCE 7 1-88 & L8& G 9-48 T G6 “JOM GL 8-18 6-97 9-67 G-9G LF 6-1F L-GE 6-17 LPé 1-6 6-07 ¥-8& 6-98 G-8& FCP 6-18 0-G& 1-18 L.c§ LFS 8-9§ 0-18 1.08 6-08 0-88 0-€8 o-6E 1-88 ¢.68 G-F& GEE *kIG 1:98 GaP &-GF ¢-8P Loh LT 6-18 G-0P 6:18 1-68 G-8E &-88 6-78 6-9& G:GP 1-9 6-18 6.18 0-88 8-€& 9-98 ¥-&& 6:62 0-08 L&& 6-18 L-&& ¥-8& G88 GFE 9-86 “JOM II GLE LF GTP &-F¢ LF LT 0-GE GOP &-GE 1-68 8-88 §-8& &-G& 1-98 L-GP 1-98 6-18 6-18 6-8 0-78 9-98 T-98 6-62 0-08 0-F& L-&& L& 6-88 6-88 GFE 9-€ "1G ¥-9& 6-9§ L-98 L-&F 6&7 0-SP GTP 6-07 6-18 0-6 GE G.68 9-88 6.18 GFE G98 1-68 6-9& 6-18 9-18 LGP 6-18 9-€& V-GE 6-66 0-08 6-18 0-18 €-8E 0-28 9-16 6-€6 L-G& JOM 6 9-9€ 8-G§ G9E 8-Ch 8-GF 6-FF 6-9F GFF 1L-6F StF &-bP 1-06 1-0F 9-1€ 9-18 F1E GLE 9-0€ 9-08 6:68 6-68 6-2E TL8€ 8-18 8-18 8-88 6-88 FE €-7E GOP 1-0F GFE $F 6-18 6-1 Lié ts 68h 6-&P €@1€ €-1g L-€€ 1-&& 9-18 1-G& 8:16 8-16 0-1 0-08 6-1€ 1-&& 6-08 9-1 1-88 1-88 0-28 1-88 G-8E 0-6 G-€§ &-&€ 0-28 L-ZE JOM “AIT 8 9-98 LP &-oF 6-&F 6:8F 8-07 9-1E GLE 6-08 6.68 8-98 9.18 L-&& LL L-0F L-&& 6-18 £08 GVP 9-06 6-78 6-08 9.96 LIé 9-18 &18 9.88 9-9§ 9.9§ 0-&& 6-1 “JOM —— Z 6-98 9-68 98 91 9-1F B-CF BLP 68h LLP GRP GkF 9.06 9-0F 11e@ 21-18 0-88 6-68 Lie te S68 68 G98 TLE gle 9.le Tee Lee 9-28 OTF 0-0F 6-0F 9-28 628 9-1 9-18 9-08 9-08 PEP PPP G08 08 G9 BOE 0-1 6-08 8-93 1-96 L18 Le 08 9-28 6-66 £08 6-88 6-EE 8-98 1-68 98 6-98 9-28 6-ZE 618 81e JOM “AIG 9 Gage GLP GSP GOP 8-GP G-0F 0-2& 6-18 LTS 0-68 L-2& GLE 0-€& L-L8 L-6§ 0.28 GE 6:86 9-FF 9:08 L-L6 0-18 696 6-1 6:66 9:86 GFE €-9& 0-96 6-18 6-1 “JOM 6-98 ‘SITING LIA, ONV AUQ—TALVUTaNT, ‘Pest ANNL G48 LF 8-9F L1F 6:GP 0- TP 6-1 &-8& 8-18 L6& 6-9€ 6.9§ 1.88 8-18 6-68 6-1 9-1E 6:86 8-77 1.08 8-9& 6-18 0-96 6-18 9:66 6-66 6:7& G9E 6.96 6-1 6-1 “JOM 0-9§ 9-9E 0-9§ L-9& *SNYaN 1g 0& 6Z 8G 1G 96 AN OHO Om DOD OH Len) “© -fsxvan] Gog Tle} T9¢ 9-9¢| ¢9¢ L9¢] %9¢ soe] o9¢ Tle| soe ete | te sze|oze ree] sze p9¢|6ze ose|eze ose] te 98¢| ze Tee |-sxvan 1g Tg 0¢ | FFF GFP | TS 69 | 9.0F GOP | Lor FGF | GF 6G | T-9F F9F | LOP PLP | 6-OF 08% | 6.9F LEP |Glr 88h | LOr GLb | OFF Lor | oor Gor | Og 66 | BFF LO | 9h GCF | Leb Lor | oer Ler | Ler Ler | Lt LI | Gtr GGh | OFF 69> | 66> GLP | L9F Ler | Gor OF | 99% Loa |¢czp +09 | 62 86 | HLF 619 | 0-6F 209 | 1-09 0-19 | 86h G29 | 9-6F 9-66 | 209 GG | 609 099/619 669] F-2¢ L19|o1¢ el¢| G09 38¢| 66> Lo | eer Llo| 9c 16 | FO) Gh | OP BEF] OE OFF | REP BHF | GE LIF | 6S GFF | GFP TSF | 6G 6OF | ZF BOF] FOF F.9F | L-9F L9P | 0-9F O-9F | Lor Lar] Zz 96 | FIb PIP | OI) GIF | Loh Lor | eh SIF | 91 OTF | 61h GIP | Loh Lor | Lib LIP | Sr Gor | GOP Go| Lor Lap | Sih BIb| Gr GIF | 92 ; GZ | Lee Lee | %-68 3-68] 886 88] 98 Gace | eee 68 | Lee Lee| ase Gee | Les Lee] tes Fe] 9-68 98 | eee eee] oze 6ze|oze Le] oz 4 PO | GSE F-88| LTE 918 | O7ze O%E| Lee Lee] ses Gee | Boe oe | LE 618] 668 668 | GIP GIF | OTF OIF] Lop Lap | Gor Gor | GIF 6h | 4 =) &% | Fee Gee] GLE 618] 8-9 8.98 | 698 698 | Z9E BoE] Lee BEE] Eze Lee | Lee LE] Gce 6ce|oFe OFe| ore BFE | GFE GrE| GFE GFE | Ez = 2 | GLE 62E| 61 618 | 6-1 L168] 02 O26 | GEE BEE | SFE SE | GCE Bag | SE BLE] Lee LB] 66 66E| 8-0F BOF | BOF BOF | F68 F681 Zz > 1G | GSE G6 | 186 FOF | T8s 8.68 | L88 866 | 928 FOF | GLE 60OF| GLE Lh | 0-8 LIF | 8-68 GIF | OF TIF | L0F IF | 9-07 9-17 | 80% 617 | 12 bi 06 | 626 S8E| Tle L218] 9-98 le] Te 6-28 | 28 626] GLE F-8E| BBE 686] 9-86 Z6E| 688 L68| SEE L68| 688 B6e| 9-68 L0F | 682 T-6e] Oz Ee 6l | ce 698 | L2e Le | ele Ge | G8 Sle | TLE 126] 6-98 698 | 698 0-26/ G28 828] 088 L8G] 088 88] 89 Tle] 9-98 692] 69 0-9¢] GT b SI | 698 TL8e| %98 98 | 898 8.98 | L9E 198] 88 848] 698 69] 198 T96] 98 9:98] ¢98 Loe] Le L2e| Lte Lle| ose ose] Le Ble| sr o AL | G0F GIF | Sle Lh | F686 Gh] 198 GIP | F8E GBF) ZOE LE | Lib Lob | or Oth] OF OIF | GIF GIF | Lap Gob | Lor LP | Por FOF | LT l OL | GLE GLE] OTF OF | LIP LIF | OIF 91F | 9-1F 91h | 60F 6OF | GIF FI | GIF GIF] 1h FIP | SOF G07 | Lop Lor] see e@6e| Gee se] or By GI | G1 G1E | Gos 08 | 6-62 8-62 | G08 T-08| 408 L0€| 81 LIE] 61€ LIE] 6Ie OE] Oe BE) Tee Gee] Lee gze| Tee aze| ele Lze| st aa FL | 6-08 608 | 9.08 9-08 | 6-08 20€ | F-1E GI¢|LIé @1€|GI€ Ie] ele €18)GIe GI€| Lie Lie] sie g1e|L1e L1¢|61e 61e|s1e 81e] FT = Gl | &Le GLE | 8-63 1-62 | 0-08 8-62 | 08 T-08| 208 108] G1 208] Ge O1€|61e LTE] Tze Lze|6se 6s] oe oee| see wee| Lee Lee | er < GI | 98 198] OF OGF | OF GFF | GP GIP] LEP Leh | Leh Ler | 91 91h | 60F BOF | L6e L6e] 688 68] 8ce sce] Foe ce] o.ce 9¢¢] or fe TL | 988 6€6 | LTE L18 | 9.0 G02 | 81 608] 616 9-1] L2e Lee| Lz L2e|oze oze|eze 62] Fee ee | Gee gee | ore 978] 69@ 698] IT A OL | 878 S66 | 163 L0G] 1-9 T-98 | L8E £88] 0-68 688] T6E 688] 6-88 688] 186 186] GE LSE] 08€ Ge] ese ese] Tle ele} ¢ege 498] OF e 6 | 666 LOE |61E GEE] 8Ie 61] 61 S2E|/GIE Lee] Oz 2G] 61E SE} G1e BE} sie 9ze]| ele Gzel|ere see] Fr1e OE] Ie ele] 6 8 | P08 F-08 | 9B G9B ] 0-26 8-93 | 0-86 6LZ | 886 886] G63 GO| T-0E LOE] L0€ L08]TIe LI¢]60€ 608] ale aie] 91e 91] L0e L0¢] 8 4 4 | FUE SEE] SE GEE] LE Le] GE OE | O88 Lee] Oe TE] Gee GEE| ETE GFE| THe BE|OKe Beel| are LE | EFE OSE] BFE oe] Z a 9 | GIS 626/618 926/618 GIS |S1e OVE] 2 FUE} SE See] 61s See] Lz see| sce Gee| ese Ose |eze Lee] ele 948] 61e #82] 9 A G | Tes 9€8/ 6-08 9-18} 61€ 61e | L1e 61] ose Le] Eze 6ze|sze sre] oes GFE] Ooze Ste] Goze OFe| Lze Bee | ole Lze| Goze g9ze] ¢ Zi 5 | Gle 188/698 €98 | 898 8-98] O28 Tle | L426 648] 088 688 | 388 682 | see Lee] G8 88] 186 F-68| 68e TIF | 188 0-0F | 68 868] + a € | 626 068 | 9:98 88 | LE 9-88 | GLE 68E| G2 168] 688 8-68 | Z6E OTF | B68 OIF | 6-88 6IF| G62 SIF | 66 LIP | O0F LIF | 68 207} € G | GFE GFE} TLE O16 | G9 Ge | L9e L98 | 8-98 L498] 1-98 T-98] 198 Loe] T9e O98 | 98 Z9E| 998 Foe] Lee Loe] Oss OG | Lee Le] Z T | 926 @2E| 6-18 9-16] 61 G1€|61€ 918] 61€ 61e|oze Gee] Lee Lze|ose O88 | Lee OF | OF Gee] Ore Gee | ese Bes | Gee see] T WM “AG | eM “AIG | eM “AIG | eM “id | eM “Ad | PM “Ata | em “Aid | som “41d | Jom “Ata | OM “Ata | yom I | EM MIG | yom “AI “UBT “‘FUSTOpIN &@ GG TZ 0G 61 8I LT 9T ST tL &1 ‘SaTog LA, GNV AUQ—auALVUGaNG, ee BEN NEVIS OBSERVATORY.—HOURLY VALUES. 66 ‘snvan| &. fF Tg | 807 0& | F-F7 6G | 6GF 8B | 0-68 16 | 9-18 96 | 8-FE G | 6-18 | 1-6 6G | 8-68 GG | «6-1P IZ | GPE 0G | 8-GE 6L | 6-18 SI | 6-88 ZT | 1-98 9 | 0-26 SI | 9-07 FL | 9-07 SI | ¥-SP CL | 9-1F IL | 6-07 OL | 9-8F 6 €-8P 8 0.oF L L-&P 9 6-oF G 6.09 F 8-0 & 9.17 G ¥-9F L 0-6F “JOM. GL LF L-GP FPP 6:GP 0-68 8-68 6:7& 6-18 L-G€ 8-68. 6-17 GFE LE L@ 6-86 1-9 0-18 9-0F 9-0F L.GF 9-1F 6:07 9-8F €-8P 0-oF L&F 6-oP 6-09 6-89 6-0 LLP 6-0¢ Cae 6-0F &-IP G07 IP PP &§-97 110 11% €-68 €-68 6-:9§ 6-8€ 8 GH 9-1€ 9-18 6-9§ 6-98 G8E G8E 0-1F 0-1F 6-88 6-€¢ 0-2E 1-28 8-1E 8-18 6-18 6-16 L¢§ 1-G¢ 8-9E 8.9E LOP TOF 6-:0F 6-07 6-77 LSP LT 11% 0-1F 0O-1F 18h L-8F 6-26 6-LF G.Gp ¢.cF LEp TL&P F-9F F-9F ¥-6F ¥F-6P 0-19 21-4¢ GLP LIE 0-9F 9-9F LP 0-67 MM “SIG TL G-0F 6-88 0-FP 1.0F 9-88 0-96 0-68 LI1é F-L8 G8E £07 1-86 0-68 9-18 G-6E 9.0€ €-LE L-68 8-07 6-87 G-0F LP G-8P 6:97 6-CF L&P ¥-9F €-6P ¢-0g ¥-SF 6-9 6-Lh FON “8-0F G.0F 0-47 1.0% 1.86 LLE 6-GE LIé F-LE G-8& §-0F 1&8 1-26 9-18 6-GE 9-¢§ &-LE 1-68 8-0F 6:87 ¢-0F LIP G-8F 6:97 6-GP L-&P -9F &-6P 0-1¢ 0-67 6-SF L-8F "hig OL L-OP 0-88 6:&7 G-0F G-1E 1-96 6-18 6-08 1.96 &-68 G-0F 6-68 &1E 6:08 0-26 L-96 G18 T-6§ ¢-07 9-&P 6-68 G-GP L-8P G-OF 6.97 0-GP 9-99 6-67 91h &-&F +-LF ¥-LF “OM ‘s@iag G68 268 | &-68 4-68 GLE 8-16 | G-98 6-LE LGh LCF | Lor L-Gh 8-66 8-68 | 8-68 8-6& 0-6 6&8 | GEE 9-FE 6-2& 8S | GCE GEE LIgé LIE} 0-1E 0-1E 6:66 8-66 | 6:66 8-66 0-9€ 0-96 | BFE GFE G8E G8 | L8E T-8¢ 6-88 686 | G8E &8E 6-1E€ LE | 8-1E 6-1¢ L0E 9-08 | 0:08 G08 1.66 1-66 | $66 49-66 LSS 1-86 | 268 2-€€ TLE TLE | 9-98 9-9E 0-0F 0-0F | GOP GOP 0-6€ 0-68 | 88E 8-8E LOF LOP | G68 Z-6E 11h Ll-1% | 6-0F 6-0F 1-68 G-6€ | 8-68 8-66 G-9F ¢-9F | G-9F ¢.9F 1h 8-17 | GlP GLF &-cF $-GF | Goh T-Sh 0-9F 0-96 | 6S) 6-SF Lip 11h | 9-1h 9-1F L9F 19h | L9F TL-9F 0-6F 0-6F | 6-8F 6-87 6-GF 6-6 | L9F L-9F 6-17 GFF | &0F TLéP 6-ch TL | 19 L-9F G-9F 8-9F | 0-9F 0-97 ‘gom “Sid | ‘JOM “AI L 9 LAA GNV AU —WUALVUTaNay, ‘P88 ATOL G-68 L-0F 6-17 6-68 LFS 8G LIé 8.06 GFE 6-18 0-88 &16 L-08 6-86 &-PE 8-8E 8-1P L-68 L-0F 6:07 G-0F 1-97 G.LF 8-FP 6-SP & TP 0-97 GLP 0-LF L-GF FOF 9-CF “hig 8-68 b-GP 6-17 1-68 8-7E 0-8 LIé 6:08 8-F& 0-88 L-8& GE L-08 6-62 &7& 0-18 GSP 8-68 6-0F 1.0F $-6& v-OF GLP 6-79 0-9F 9- TP L-Gh GLP 0-8F LCF 9. 9F L-9F “kid in L-OF LFF ¢-GP §-66 6-7E &-&8 GE 9-1 P-&& 9-1 G-8& 0-1 6-08 €-08 8-78 1-88 &- FF L-OF 0-GF £-0F 6.68 6-97 LLP 0-FF 6-CF G-&F 0-¢F L-LF G-8P 6:GF 1-9F &-9F "£1 6-cF | TE 6:GF | 0& 6-68 | 62 &-G& | &@ 6-66 | 16 8-18 | 96 6-1E | &Z@ FE | FZ BLE | & L88 | Gz 6-1E | 16 8-08 | 06 1-08 | 61 L€ | 81 6-28 | LT LF | ST 6-68 | ST 9-CF | Fi 6-68 | &T 6-68 | GI L-2b | IL T-2F | OL 6-9F | 6 Lor | 8 @Ep | L 8cF | 9 6-L2F | Gg LSP | F 6GF | § 8-9F | @ 8cr | T "hig ~ Ne} BEN NEVIS OBSERVATORY.—HOURLY VALUES. a a a ee ‘sNyan| 1-0F 0-1F T€é | GIP GP OS | & bP €-FF 66 | 21h 21h 8 | 628 Z8E 146 | L9E TLE 9% | GES GEE cZ | 8IE 81¢ FG | 8 FE 8-FE €& | 6-2E 68 G | &6E &-6E 16 | LS gE 0Z | 8-GE GEE 6T €&1E #F-1¢ 8I | 62E 8.ZE Li | 6-G€ 6-G8 OI | &6€ §&-68 GL | 8-0F 8-0F FL | POF ¥F-0F SI | 4&8b 2-8F GL | F-0F 9-0F IL 0-8) T-&> OL | L-8F T-8F 6 6:97 6-9F 8 €-oF 6-SF L LPP LP 9 GCF 9.Gh g 8-8) 6-8F if 0-6F 0-0G 4 8-OF 8-8F G 8b F-9F I GLP 1-8F VM “AIG “UROL €0F %-0F 8-68 &-CP 9:9F 9-9F Lép 1-87 0-0F 0-07 8-FE 6-9E 6-€§ 0-7E 0-6 9-TE 6-1E 8-1¢ 0-9€ 0-9 818 8-1 L8€ L-8& 8:68 GEE 8-1 TIE 8-0E 1-08 BFE 8-FE LL 9-18 98h 9-SP G68 9-68 6:Gb 6-GP G68 6:6 G-0F $07 GLE GLE 0-26 0-LF Ltb LPP LOPF T-9F &€P 9-SP 6-Sh 9.9F 8-8h 8-8F 6-8F §-6F 6-2F GE&F 9-16 9-LF ‘PM “AIG “FY Stapp 1G ‘sdIng I@A\ GNV LUQ—aTaNLVUGaNGy, L-GP 6:77 6-57 0:€7 &-0F 1-88 1-98 L-&& 1-8 L-8E 1.09 6-16 GG& 8-6& 9-6& 9-98 9-18 L-GP 6:07 6.97 LP L-GP 9.87 1-6 0-SP GP LCP 1-0 G 1g 6-67 9-1h G87 40MN 9T G-GP LG 6:07 0-&F &-0F 6-68 1-48 £86 1-46 L-8E L-0F LLE 6:9 G&S 9-2& 9-98 9-1 L-GF 6-07 6-97 LF LCP 9.87 L.6F 6-97 G-SP L.oF 6-0S 6-GG L-¥¢ L-6P G:6F “£IG 9-17 6-1F Lp 6:27 1-68 9-88 9-46 0-6€ 8-96 G-8& GIP LUE 6-86 LE 8-88 6-98 &-L18 6:07 8-68 9-GP LT¥ LTP 1.89 G:8F 8-97 8-&F GOP 0-1 ¥-6G LLP 9-9F 9-67 “JOM &1 0:GP G-GP LSP 6:GF L-68 9-66 9-46 0-38 8-GE G-8§ GLP LS 0-9€ 8-68 1-86 6-98 &-18 6:07 8-68 8-o7 LTP LF 1.87 6-87 &9P 8-7 G-9F 0-1S 9.G¢ 62S 6-97 G-6G “£IG *SNVOT 1g 0& 62 8B KG mM Oo} SH WO om OD K TRANS. ROY. SOC. EDIN. VOL. XXXIV. BEN NEVIS OBSERVATORY.—HOURLY VALUES. 68 ‘sxvay| 8-GP T& G.9§ 0g | 8-4E 6G 9-¢§ 8G 1-9& 1@ | 9-€€ 9Z | 0-68 cZ | 8: FG | 6-77 &@ G-SP GG | LLP Ié | &-68 0G | 6-IF 6L | 0-&F 8L F-67 LL | L-9% 9T 8-FF cI LIP FL 6-07 €T 6- FP GL €-0G IL FG OL ¥-19 6 6-19 8 6-69 Me 9- LP 9 0-47 S 0-1¥ ¥ GLE € 0-16 Z 0-17 I GOP OM I LGP 6-98 0-9 9-68 GFE LG 6-18 8-&& 8-SP 0-97 1947 &-LE GOP 6:&7 6:97 LG? 6-97 L-68 6:68 SP Lég 1-0 LIg 6:67 61g 9-97 9-GF 6-68 1-98 0-26 8-0F 6-8P “JOM or 9-1F 9-48 GSE 6:28 LG& 0-38 6-1E 6-68 9-S7 G:9F L-9F G98 8-88 6.87 L-9F 0-SP L-OPF 1-68 9-68 6:17 6:19 9-67 6-04 6:67 6-08 G-9F LGP g-6€ 6-98 G98 0- TF 6-&P “JOM LIV L-¥§ 6-7E ¥-G& G&& 6-1 G1E 9:6E Lh G-9F 8-97 G-GE 6:98 6-67 LF G-GP 6-97 6-68 0-68 8-97 0-19 G67 0-67 9: 8h 6:0¢ Gg. GP 61h 6-8E 1-8 6-98 L-GP &-&P JOM VTP L-¥§ 6-7E ¥-6& G-&& LGE G18 ¢-6E LCF F-9F 8-9F 1-88 0-17 L-GF LF 0:8F 6-97 6:68 0-68 8-9F L6G ¢-67 6:67 9-67 Lg 6-97 6-17 6-88 1-98 6.9¢ L-GP &-&P “AI ‘SdTog LH\A GNV AUYQ—HAOLVAAdINE], ‘P88 LSOONV v ¥-GE F-CE 8-FE& 8-FE 9-GE 9-GE €-GE §-ZE 8-1E 6-18 218 T-1€ FFE F-E 6-9F 6-9F 9-Gh 9.cF LtF LP 8-68 8-68 G96 G-9E 91h LIF LPP LP LCF L-GP Lop GP 0:0F 0-0F L-0F T1-0F 6-6F 6-67 GIG GIG 9-67 9-67 €-6F §-6F 6-19 619 1:66 1-6F GPP FSP LOPF TOF L8E L-8& 9-cE 9.¢8 6-98 6-9 GSP GF 8-88 &-GP ‘pM “AIT SG 9-Th _ G-98 LYE ¥-GE &-S L-G& 0-68 6-€& 8-9F 9-G7 G-GP LG L-96 L-8F 8-FF G-&P 8-FP 8-68 1.0F L-0¢ 8-1 6:67 6:0¢ ¥-1¢ 9-67 -&P 1-68 6-28 &-98 §-LE L-8P 6-88 JOM LF G98 LE VE &GE L-GE 8-18 6-&& 8-97 9-oF o-GP Lo T-9§ L-&F 8-FP GP 8-FF 8-68 L-0F L-0S 8-1¢ 6-67 6-0¢ 9-1 9-67 LP L-6§ 6-LE &-o& §-L L-8F LF “iq “SNVaW Tg 0€ 62 8Z 1% 9% &G ¥G & GS IZ 06 61 8I LY. 9T ST FL a GL oOo re es re am NO HID Om CO OD or) ie) BEN NEVIS OBSERVATORY.—HOURLY VALUES. ‘SNVON| 6-1h §-Zh Tg | Les t1-4¢ 0& | &9E G.9E 6G | 8-Ee 8-€8 86 | 9-8 9-E8 46 | L&E Lée 96 | GZE E-ZE GG | GES TEE WG | &Ch OF & | GLb €-lb GB | P-GP OF-GF TZ | 688 TL-0F% 0G | 68 90% 6I | ¢-0F ¢-0F 8L | &9F F-9F ZT | 0-G% = T-GP 9T | O-FF 0-FF ST | 81h 8h tL | 0-0F 0-0F Sl | oh 3-oF GI | 8-09 #-1¢ Il | &1g #-1¢ OL | L0¢g ¢.I¢ 6 ¥-19 8G 8 819 1-49 L ¥LF 6-L¥ 9 6-Ch GFP g 8-68 8-0F ¥ G-9€ G-9€ € 61 €le G LGp L-3F I 8h §-cF "Jom “AIG “UBT - F-IF &-1P 9-E 1-28 GLE BLE GHE GHE ¥-G& F-GE 1:08 LE FG = F-GE 0-2E 6-1 6-8& 6-&€ 0-LF 0-LF LSP 1-oh €-6& §-68 GCP G-GP G98 9S 6-FF 6-FF 8-Ch 8-cP 6-GP 6:GP 9-Gh 9.cF 6-68 6:68 8-0F 8-0F €0¢ §€0¢ L6G L6¢ 10 1-0 9-1G 9-1¢ 9-1¢ 9-1¢ 16> 1-64 FCP OL-TP 8-9E 1-8 62E 6-8 LGE 1-9¢ 6-LE 6-18 88h 8-8F ‘JOM “AIC ‘qq Stupry 8-1? 6:28 0-28 0-78 9-28 6:2& &-GE ¥-1E LSE 9- LF 0-77 G:0F L-OP G98 GOP GOP 0-87 8-CP 8-68 8-0F 0-0¢ 6:69 9-1 F-GG &GG G-6F LFF LTP 9-18 8-98 8-LE L-8F ‘SITOgG LA GNV AXQ—guUALVAAANT, L-&¥ 0:9§ €-18 G.GE 1-96 L-7& 6-6E L-&& 9-87 L-8P LLP 6&7 9-6P 8-GP 0-67 6:97 6-77 £1 2.0% LP 6-69 GGG L-9g ¥-9§ GL 8-87 8-97 G-GP L-8& 9-1 LIF L-9F Wecag “SNVa]| GL oOo rt mn oO HID OM OD _—<— - 4 jp a Ss . ‘sxvan| 3-6@ 6-0F | 68e 9-0F | 9-88 GOOF] 38 968! 62e Lé6ée]92e o8e| Le Lee} ele gee] ose cee | ose Lee 6-88 G68 | 8-88 L6¢ |SxXvan' Té Ig 0€ | G9E ZOE] BEE BEE) LPS LH | LEE LES] Bee 8-68] 46 O.F8 | O-ZE FE) 0GE 048) 61e 616 | 21¢ L1E | 02 618 | 0-2 028} Of 6G | 7-66 £66 | 2-08 OE] 0-08 0-0E | T-6G 0-62] 6-86 1-66 | 0-66 6-86] 8-66 8-62] €66 G62] 0-08 666] 7-08 0S} 41E BIE | 61E 0-18 | 62 8G | GI€ G1€ | SCE GSE) 62E 6ZE] LZE L068] 688 6EE| ZFS GE] 69E 698) T9E L9E|s9F F9E| GLE SLE} 19E L198 | &9E F9E] 8 1 | LE LE8 | 8G €68 | 698 S9E| GLE SLE] 6-9 6-98 | 9-9E 9-98] L9E L986] 398 F9E] ESE FE] 0-68 GCE} 6IE 618) 61E GIF} Le 96 | 82E 82E| LEE LEE | 9-E 9-66 | GEE GEE] LEE LE] 96E 98 | GFE SHE | 6EE 668] 698 698 | 698 698 | 668 6-68 | 668 668] 96 ce | ¢-cg €6¢ | 0-96 0-96 | Foe F-48] LFE LP} 98E 988] 6CE 6ZE | OEE 0-88 | BE SHE] OPE OFE | SE PGE) GCE GCE) LOE 0-9 | GZ | OSE OG | &GE GEE | aoe BOE] GSE Bae] Log 1.066) G-ce Ge | F-98 F9E |] 9-98 9-96 | L9E L9E | LE ELE] 698 6-98 | 0-98 0-98 | FZ €&@ | 61& 0-26) 618 616 | 6-08 608 | €-0€ €0€ | 6-66 662] G66 G66 | £66 £66 | 1:66 1:66 | 9-66 9-66 | 8-66 8-62 | 8-66 8-62 | &66 0-66 | & G | GE GHE| FE PFE | BFE BFE] O98 098 | BSE 696 | SSE EGE) EGE SSE | BG BEE | OPE GFE | LE LE | HEE FEE | BEE BEE] 1G | 6th 6bF | LD Lb | Shh SbF | Leh Leh | Leh Ley | GSh GEh | Shh SH | OPH 6H | 19h L97 | OG GSP | Goh FSF | LO TL9F | IZ 0G | G68 G-6E | 0-0F 0-0F | GOP OF ]0-1F O-Ih | OGF 0-4 | OS OF | OFF OFF | Oh SSF | 99F 9-97 | oLp LF | L6P L-6F | €-0E £09 | 02 6L | 62h GCG | Loh €1¢ | 0-1F $19] 6-0F 9-09 | 468 L-8h | G8E 69h | eS For | LSE 9h | $8 BL | L8E 927 | 9-68 LEF | 9-68 GOP | GE Sl | 9oF 96F | 6FF GHP] 68h 6Sh | Loh 13h | BC 8h | 6S 62h) 68h 6h | OFF OFF | BFF LF | 6IP GFP | 9-SF 9-CF | 0-GF OCP] SI LL | 9-26 9-27 | O-LF O16 | 0-26 0-27 | 6-9F 697 | 6-9F 6-97 | 8-9F B9F | L9F 19h | 1-9F F-9F | GOP G-9F | SOF OF | GOP GOP | FSP FSF] LT 9l | Goh och | &9F F9F | 9-9F 9-9) | 9-9F 9-9F | LSP GSP | LEP Shh | 9Sh 96h | Lh LEP | LHP 9-77 | BEF BEF | 0-GF OG | GFF OG | OT Cl | OTF 619] 9-68 8-0¢] Leh €-09 | OS 08F | 8Gh 89F | StF G-oF | GCF LSP | 93h Goh | 86h GHP] LSh GHP | OFF LHP | Ch 9h} ST FL | LGh ZFS | 9-0 8S | 0-0F 6€G | G68 GEG] 0-68 109] 68 BSF | 628 T-L7| GSE F1F | 688 F6F | 68 L9F | G6E 19h | 80F BFF} FI €l | 0-FF 0-09 | L&h 88h | eh 627] 11h 197 | 9-68 €-9F | 9-88 Loh | PLE F-Gh | 0-88 EOF | B8E BF | 88E GOP | L8E O-Gh | 9h 8-EF | EI GI | GLb 119] 9-9) 9.09 | 6-oF 6-8F | FFF GLF | 93h 8h | 91h GFP | 81h LI | 9Sh 8h | LPF GH | OFF LFF | 8th T-Sh | 0-9F 0-9F | GL IL | L9F L1¢ | &Fh G6F | 11h 8-8h | Leh FoF | Loh LG | 9G 96h | Lor LG | Boh Boh | 69h 6h | 89h Bch | Soh SSF | 0-9F 0-9F OL | 0-19 0-19] 0-19 0-19 | GIG GIG | 6-09 6-09] ¢0G 4¢.0¢ | 167 16> | 88h 8-8F | 0-6F 6-87 | 1-09 1-09] 1-09 T-0¢ | G6h G6F | 88h 8-8F L6F 16h | 88h 88h | 68h 68F | L8h §8F | 8h Z-8h | 0-8F O-8h | 0-8F O-8F | 6LF 627 | OLF O-Lb | 8-9F 8-96 | 89F 8-9F | 6h 6-F 9-68 66 | 9-88 986 ]628 6216] 498 698] LE T-G¢] 648 6FE | LG¢ L106) Lee 166) 666 698 | 198 L196) OSE Go| LIE T-9E 6-78 6 | O-FE 0-66] BEE 6EE | 0-8E TSE] 8ce 8-ce] 228 L708] 61S OE | Bee BEE] Lee LE] G6E GE) LFS LFF] GFE LEE 636 6-6 | 618 LZé|Z1E ZI] F-08 F-08 | 8-6 8-64 | 166 2-62 | 0-66 0-66 | 1:86 9-86 | 0-66 0-66 | 6-86 686 | 8-66 262 | 6-66 6-66 0-c€ 0-66 | 198 Loe | Lh€ LE | 888 868] 888 Bee] Bee Bee] ees See] 6S 688) 6SE 6EE | 688 68] LE TLE | SE GEE 8-28 0-88 | 6-98 0-248] 6S 668] Ge BGG] Lhe LE | 6S 6EE| 68 6ES| 688 6ES| SBE SHE | SHE SHE) GH GE | SFE BFE 6-78 6FE | GEE Fo | OF LE] 6s 68] Le L268] 988 988] OFS O-FE | 6SE 6G] LF LFF | OC8 O98 | GFE GFE | FEE FE Loe 166 | F-98 F-98|] 8C8 €6¢] FFE FFE] 688 6G] Gee Ges] 268 28] 888 BEE) FFE BPE | SFE BHE)] EP GFE} LSE LE L8& 668 | #88 G6E] 1-28 8-28) G68 98] FFE 9-FE] BBE 672E] GIS OE | SIS 9-48] 968 9-E| GSE $ZE] SZ GE) Ze L128 om “Aid | eM “Ata | eM “Aid | eM “Ata | om “Ata | “OM “AIT | “Jom “AIA | JOM “AI | eM “AIG | eM “AIT | “JOM “AIT | POM “AIC re re BEN NEVIS OBSERVATORY.—HOURLY VALUES. = AN OHO OM OD AN Oh OO UOC OD at IL OL 6 8 t L 9 G v § G T ‘SaTog LaA, GNV AYG—duaoOLVAAINAY, ‘F88l VAANALdUS 70 me ~~ BEN NEVIS OBSERVATORY.—HOURLY VALUES. SNVOW! 8-86 8-68 1g 0€ 66 86 16 96 G VG &@ GG 1G 06 61 81 ZT 9T GT lat &T a f=) ri mato Hid OO hm COD GhE BIE 08 §08 G-€E G-E& GPE &-FE GEE P-S& 6GE 6-9E 0:98 0-98 6-1E 6-1 vSE FEE G-0F 4-07 VGh LEP GPP 1-6F G-8P 0-SF GOOF OF G-Gh = 9.cF 0-FF 6-97 91P €-8P LTP 9-9F 0-SF G8P 19% 0-8F 9-0G 9-09 &8P §-8F &68 §6E 8-78 6-FE 9: 6-3E 9-EE 9-8 9-C§ 8-o¢ Lb& LE €-cE §.G¢ 8-GE §.9E “fom “AIC “UBT 6:88 7-6 8-68 8-S& 0-8 0-68 0-28 6-18 8-46 8-G¢ GIE GIé 6-68 6-68 6-98 6-98 GE §-o¢ G08 &-0& 8-88 8-&E 9-GF 9-cF 209 1-0¢ 6-GP LLP &oF &-SP 99> L-cF VSP 0-FF &GP &- GP GOF F-FF LIP 9-GF 6-SF OF 68h 8-8F L8h T-8F 0-9) 0-9F 6-98 8.9¢ 0-G& 0-9¢ 9:08 §-08 GEE 9-€E 9-58 9-FE 9-GE 9-9§ 0-GE 0-9¢ “PM “AIG “{USTUpl 8-8 L-FE 8-1 0-66 GFE 8-08 1-68 0-18 GFE 1-08 FFE 6-GF 9-0¢ 6-1F GOP ¥- SP 8-&P 6-GP 6-0F LCP L-OF L-6F G-8P &-oP 0:9§ 6-F& 1-08 8-6E 8-€& 0-98 0. “JOM &% &-68 6:88 8:7E P-1E 0-6§ 6-6 G1E &-6& 8-9 LE 9-0 GPE 1.0% 6-0S L-GP Gop 6.97 6:FP G-&P 6-07 L-GF 0-LF 1-0 6-14 6-77 L-9€ LS 6-18 L-G& 6-€& 6-98 GSE “JOM G-6§ L-§ ¥-1E 6-18 6-&& GE 66 8-98 L?& 9-0 GFE LF 6-0 LLP GSP 6-SF 6-oF 6-SF L-&F ¥:9F 8-Lh 1-08 6-LF 6-PF 1-98 8-FE 6-1 L-&& 6-8E 6.98 GSE 6-88 9-98 9-18 0-28 &-&& 9-1 9-88 9-98 9-7& LIE ¥-PE 6-88 9-0S 0-88 L.cF 6.97 8-77 6:GF LT 9-€P G-8P ¥-1g 6-LP 6-&P 8-95 8-7E 6-18 1-98 &-0€ L-9§ 8- “PM G66 | T-6& 9-c8 | &-9E 9-1E | 0-1 0-8 | 1-3 &&E | 8GE 9-1E | 6-1 9-88 | LL 9-98 | 6-98 9-78 | GFE 6:08 | 0-6 FFE | GSE 8-TF | 8-6 9-0¢ | 9-09 8-LF | 0-07 LF | 9-S9 6-SF | L-9F 9.9% | 8-55 ¥-8h | T-2F Ler | 11h 6-9F | 09% CSF | 6-8F FIG | 19 6-LF | 6-67 6-Sh | L-GF 8-98 | T-9& 8-48 | LF§ 6-1€ | 6-18 LSE | 0-G€ FE | FFE L-9E | G9 8-CE | 0-9E “Aid | “JOM 9-68 G6E 1-68 2:98 1-98 G-0€ ¢-08 6-CE 6:8 6:28 6-68 8-1¢ L1& 0:98 0-98 0-98 0-9 9-FE 9-FE 6-18 6-18 8-FE 8-FE 6-26 L&F 0-19 0-19 63h 6-&P 9-97 OCP 9-97 9-97 0-Sh 8-47 8-8) 8-&F 0-8) 8-57 GSP SBF G-6F $-6F G1G 1g L6p 1-67 Lt tly G-GE g.cE LP L&é 6-2E 6:GE 9-CE 9.GE 8-FE 8-FE 6¢8 6-9¢ 0:88 0-8 pa “sig ¥-68 G-9E 1-08 6-68 6-68 6-18 6:F& 0-98 0-78 0-68 [8 1-68 8-09 ¥-&P L-&F 0-17 L-&P 9-77 8-8P 0-9F 8-67 9-1 0-67 6.07 0-98 0-¢8 L&é 0:86 L-G€ 8-F& 0-88 “JOM 8-68 9-68 ‘saTag dX\ GNV AYq—aYuALVUTANay, L-0F G-GE 1-66 G&& 9-&& 6-1& 6:98 GSE L-&& L-G& G-9§ 6-17 &-1¢ 0-SF 0-SP G-9F £-9F LF ¥-8P LI1¢ 1-69 L1G 6:87 8-07 L&E G98 8-€ 9-88 8-¢§ 0-96 6-8& “Ig 6:68 G-Gg LTé 0-26 &&& L-6& 1.98 0-98 8-G& 6-68 L-9§ &-1P 9-87 GPF &-9P -9F 1-9F L&P &-SP &-8P 8-67 L6G 1-6 L0F L-98 6-98 GFE ¥8& o.98 P98 9-88 SLA 8-07 G-GE L-I& 0-68 &-&& L.6& 1-98 0:98 GEE 6:68 1-98 V-GP G-1g L-tF &-9P ¥-9F 9.1 6:67 8-67 &-7g 6.67 L2G 6% G-0F 1-98 VLE G-FE 6:8& ¢.9§ F-9E 8-66 "£1 6-68 6-9 9-08 6-1 L-&& V-68 L&€ 8-98 LGE G&& 9.86 1.0% 9-9F &-FP 0-9F L-9F GLP 0-47 0-97 8-87 1-6F L6G 6-87 L-0F 0-9§ 1-96 €-9¢ 6:8& GGE 0-18 6:68 “JOM 6:07 6-66 G-GE 6:66 6-16 L-€8 G68 6.96 LG8 0-28 9-€& LT 8-07 LtP t-0P GLD 6-97 6:97 Lop 6: oF &-67 0:87 6-19 6:87 0-07 G-GE &-6 8-FE ¥-8E 6-98 LL& 8-68 “POM LP 8-68 G.G§ 0-62 8-1E L-&& 8-6 $98 6-78 0-6€ GE 0-€7 G-0F LP L-Gh LLP 6-97 8-97 v-OP GSP &-8P 6.97 G1 6:87 T-0F 1-48 GE &9€ 6.18 0-98 6-9§ 6:86 4. GLP G-GE 6-86 118 L-&& 8:6 6-98 6-7E €-6E G4E 0-87 ¢-0F Leg 1-9 LL¥ L-OF L2g 1-89 61g 6.89 9.19 61g 6:87 L-0F L-G8 1-98 €-9¢ §-8§ 0.98 6-G¢ 6-68 “hig ‘SNVAW Te 0& 66 86 1G 9% G ¥G &@ GG 1G 0G 61 8T 7A | 91 ST ia BEN NEVIS OBSERVATORY.—HOURLY VALUES. 72 "SNVAW) ¢.0E F-€E Té | 82E 8-lE 0€ | 61€ 6-1 6Z | 8&6 ZFZ 8G | 8-06 8-06 1G | L6G LZ 96 | 8-2 6-2 G | 6-88 6-8¢ FB | 6-66 6-62 & | LE LE GG | P-HE OP-PES 1 | 9-8 9.9¢ 06 | GLE GLE 61 Lie 1-18 SL | €8E &-8E LI | G6E 2-6 9L | 6-68 6-68 5 || se 2.82 eo) Z, G | 816 8-12 y ¥ | L6L $06 ica ¢ | 0-2e 0-Ze A Z | 0-86 0-83 I | 66L 6-61 yom “AIC ral 76 9-46 1-46 1-93 1-93 0-46 0-96 0-26 0-46 8-26 0-6 G-86 §-8Z LIé LIé 8-16 8-1Z L4G L4G 6-06 6-06 G-6L 1-26 €-6L §-61 L3G 1-2 6-FZ 0-96 8-4Z 6-96 6-21 6-21 6:06 8-06 0-06 0-02 0-96 0-92 8-1€ 2-1 6-26 0-86 0-66 0-62 8-62 6-62 6-16 6-12 GHG GFZ 1-96 1-96 8-8G 8-82 £26 €-GG GIG GIG 6-1 0-28 0-66 0-62 9-61 9-61 pM “Aid IL &-FG &-S6 8-16 9-16 0-& 1.86 0:68 GGG L9G £-06 6-02 £-61 £66 6-76 0-92 PLT G16 ¥-06 8-9 8-18 8-26 0-66 6-62 G16 L-46 1:96 1-36 L-3 LT VIE 6-82 F-61 “JOM OL 0-76 G.cB 6-81 6-06 0-96 9.86 0-GE 0:46 &-&Z 1:0 LIZ 6-61 1-26 L4G 8-86 8-91 8-06 T-06 G-96 6-66 0-26 G-66 g-66 8-06 GFE 1.9% ¥-16 L1G L1G £96 1-86 £61 “JOM 6-86 G&G LL1 £06 ¥-GG 1-8 8-1E 9-66 £6 6-06 8-06 &-61 1-6 T-F3 8-GZ 6-9T ¥-06 LIZ 6-86 LTe Z-9% 6-63 8-86 F-06 0-76 6-92 9-16 8-16 0-26 G46 ¥-16 L6I JOM a _ 0-76 | 1-86 6-83 G&S GES | 6-2 L8I 82 | T-8T 8-06 ¥-& | 1-06 6-46 6-6 | 0-96 8:86 8-86 | 0-86 9:86 9-86 | 0:86 F-GG 4:66 | 9-6 0-26 0-26 | 0-24 LIZ 1-1@ | 0-14 1-06 4-& | 0-61 9-81 9-81 | 0-61 €-1G GIG | ¥-16 1-86 1-86 | €-& 6-61 6-61 | 9-61 8-21 6-LT | 0-8T 6-6L 0-06 | 6-61 8-06 8-06 | 8-06 9-9€ 9-96 | 0-2 8-1€ 2-1 | 8-1 €46 €-7G | 6-6 8-66 8-66 | 8-66 6-26 6-16 | 0-26 9-16 9-16 | 2-16 8:26 8-2 | LZ 0:76 0:76 | &-9 G66 €-66 | G66 0-76 T-Z | 9-26 0-16 0-16 | 8-16 L4G 1-FG | 0-66 1:06 L106 | $8 8-2E L2T | 6-LT ‘gom “AIG | “990A. G ‘SHING IF\ GXVY AYQ—HUALVUTANGT, ‘P88 VAANAOAa 6-86 6-26 L-81 8-GG 0-96 0:86 L-83 9-GG 0-26 0-12 6-66 0-61 €-16 €-&@ ¥-61 0:8T 6-61 8-06 0-28 1-1 8-&@ 6-62 GLE L1G 9-66 £8 1-64 9-26 L1G L-F6 9-86 LZ L81 G16 0:92 6.16 0.62 GE 0:16 8-02 6-8T 0-61 0-16 6-66 0-61 L-81 1-61 6:06 Le G.TE 6-76 9-08 L1G | 1-06 L8I | 8-81 0:F6 | G16 0-9 | 0-9 6-26 | 6-16 G66 | 1-26 GCC | GCS 0-26 | 0-26 8-06 | 2-06 L3G | §-6L 0-61 | 6-81 0-1 | GIG 0-&@ | 9-66 0-61 | 0-61 0-81 | €81 ¢-6L | G6L 6:06 | ¥-0G 0-LE | 6-98 €-1E | 2-08 6-76 | 0-96 9:08 | G-0& G-9% | 0-96 0:16 | &-G6 0-86 | 8-8 GE | 8-6 ¥-08 | G-IE 8-16 | G16 0-GZ | 6-8 6&4 | F-86 0-86 | 9-46 L210 | G21 ‘Ald | 39M 88S 0-56 0:16 0-12 0-6L T-6L GGG F-FZ €-96 9% 6-26 6-1 6-1 6-1 0-26 0-2 8-86 8-8 6:06 6-02 9-61 GFZ 0-61 0-61 9-16 F-16 GGG G-ZZ L6l L6L 8-8I 8-81 6-81 8-8L 6:06 0-1Z 21-0€ 9.¢§ GOS &-0€ 8-43 6-&6 GOE ZOE C.FG F-F% 9:G6 F-2 0-F& 0-FZ 6:46 6-SZ 6-1€ 2-1 G06 G06 F-2G FG €-86 F-&% 1:86 1-8 GLL GT ym “AIG T i oor) mem NO WI CO l~ a Att 77 BEN NEVIS OBSERVATORY.—HOURLY VALUES. “SNVIN] 0-FG FFG Té | £96 1-96 -O€& |.0-16 0-12 6G | £06 ZIG 86 | 6-FZ 9-oZ 16 | 616 6-2 96 | F-66 F-66 GB | 64S 1&3 Fo | LB LFS &@ ¥1G 14 GG | €6L 8-12 TZ | 0-61 G02 0G | 9-16 13 6L | 0-46 0-FZ SI | #26 F-83 ZT | 98L &8T 9L | 0:06 0-02 ST 1-06 1-02 FL | G16 G1 ST | G08 €08 GI | 0:62 0-6 IL | G66 62 OL | $66 9-62 6 $36 &-GG 8 9-6 9-&B Z 9-96 9.9% 9 0:86 0-86 g &FG §-FG F 16 F-1Z & $06 GG G L4G 1-96 I ¢-6L 9-61 ‘yom “AIG “UBeTL ee ee “qustUpl, 0-7 GHG 1-86 1-82 0-16. 0-12 6-61 6-61 0-66 6-46 8-96 8-96 G8G G86 8-0€ 0-1E 8-16 8-12 €9Z 0-12 0-02 0-06 0:06 0-FZ G-6L ¢ 61 FG (0-26 GGG GCS 6-61 8-61 6-8L 6-81 8-8I 881 GIG 1G 8-1§ 8-1é 6-08 §&-0€ 6-6 6-96 108 2-08 1:86 1:86 L2G 1:8 L4G &-FG 1:93 9-96 0-2E 0-ZE 1-61 1-61 0:6 0-& FG FES 1-6 1-23 pM ‘AIG &@ 8-86 0-FG | 8-&% I-86 1-82 | 6-26 0-16 0:16 | 91Z 8-61 8-61T | 0-61 T-FG 8-FG | P-F3 1-16 11% | 6-16 6-26 626 | 9-16 €-66 0-08 | L-6Z G16 G16 | T-2 8-06 6-02 | F-0G L8L 0-61 | #81 6-6L 6&6 | L-6L 9-61 9-61 | 2-02 0-€6 6-46 | 6-& GGG GZS | 1G 1-61 €6L | 6-81 1-61 §-6L | 6-61 L-6L 0-61 | 2-81 €-16 §-1G | 9-12 8-6Z 8-66 | F-86 8-66 6-62 | 9-08 G-9Z G96 | 6-16 GIS &IE | 0-0 0-6 0-€ | 8-% 0-86 0-8Z | 1-8 8-FG 8-FG | 9-6 8-9Z 8-96 | 8-93 GIE GE | 1-64 6-6 0:06 | F-0@ FSG FES | 8-% G86 88% | 1-8 1-26 1G | $-1@ ‘PM “AId | “32M G3 IZ 06 61 81 £ ‘SHIN IHA\ GNV AUQ—dUALVUGANG, T 6:76 0-16 9-96 6:16 ¥-G6 5:86 9-08 8:76 9-76 1-06 VG 6-8T &-GZ 9-93 G.GG ¢-61 6:06 6:06 0-46 9:66 &-1& L-1é &-1& 1:6 6:76 0:86 1-86 1-2 1-06 0-82 9-96 8-61 *k1q *SNVATY Tg 0€ 62 86 16 96 GG VG &@ GG 1G 06 61 8T LT 9T ST tL &1 GL o al mA OO Hid © &m CO MD BEN NEVIS OBSERVATORY.—HOURLY VALUES. l~ “SNVIN| €-8G Té | 0-26 0& | 386 6G | 0-68 86 | 1-96 46 | 0-86 9% | LE GZ | 0-96 FG | 0-76 && | €-96 GG | 8S TZ | 6-96 0G | 1-88 6L | 0-12 8L | L2 LI | G1@ 9T | 8-2 CL | 6-ST tL | GST €L | @ST GL | @9L II | ¢-06 OL | ¢-16 6 0-43 8 6-16 L 0-96 9 &-L1 g G&G ¥ 8-08 € ¢-8T a 9-9T if 8-92 JOM ¥-& F-9G 0-66 0:68 L4G 1-82 G-GE 8-&6 £16 G-96 GGG 6-96 ¥-GS ¥-1G ¢-GG 6-16 0-22 6-91 LST GST ¥-9L 8-06 £66 £16 8-16 9-93 1-81 G86 6-16 L-81 6-9T 0-26 “PM FFG F-96 0:62 €-GE L4G 1-86 6-68 8-96 0-86 9-1 €-96 &-1€ 9.16 ¥-16 G.GG ¥-G6 GGG 8-06 GST GST §-91 G-06 £-62 &-1Z 8-12 9-93 1-81 6:86 0-82 L-81 6-61 0-16 “£1g IL OL £46 1-93 8-66 L-GE 6:76 F-86 &-GE G16 G- 86 &-18 6:86 6-08 6-16 G16 8-4Z 6-06 6:16 0-16 GST GFT 0-9T 1-06 6-08 L1G 0-G6 L-&% 8-06 1&3 0-14 T-81 1-2 116 “kid ¥-&G 0-96 6-08 L-1& 0-96 0-86 0-68 1-86 0:26 8-76 0-F6 6-76 6:86 €-16 GG 0:02 G-06 8-ST &- CT 0-71 LOL G-06 8-16 ¢-06 6:66 G76 0-16 8-&@ 6-96 6-06 £06 £86 “JOM GPG 0-96 6-08 0-2€ 0-96 0-86 L-G& 1-86 6-16 0-62 6:86 0-08 0-66 &-16 GG 0-06 G36 G-61 &-41 0-41 0-9T g-06 0-86 ¢-06 6:66 £-F6 0-16 8-&6 0:93 6-06 1.06 £-82 "hig €-8Z 8-96 0-18 0-1 GGG 8-16 0-88 8-86 6-S6 0-76 G-& L-¥6 8-26 T-1@ 6-GG GGG 6-06 8-CT 8-ST g-8T 691 6-16 6-46 £06 8-8 L8G 8-16 GPG £3 0-8T 8-12 6:86 “JOM ‘SdTOg La\\ GNV AUQ—aAUALVUAAN, GSS L4G | F-8B 0:96 0-G% | 1-93 LI& 1-18 | 2-08 G08 T1-0€ | 6-62 6:96 6-6 | 9-46 8-16 8-16 | 8-1 0-E 0-GE | 0-6 6-86 6-86 | 0-62 186 6:76 | T-& 6-76 0-66 | 1-96 0:66 9-46 | G66 8-FS 0-0€ | 1-96 GEG 1-86 | 1L-& I-16 T-1G | 8-12 &€6 §-&G | 0-8 §-66 86 | 6-16 0-16 6-66 | 0-1Z G-9T 6-81 | 6-91 LOL LL | 681 LEL L181 | GFL Z-91 G-91 | ¢-9T 0-26 0-26 | &-G6 6:26 6-GZ | F-& G06 G06 | 9-06 0-66 G46 | 1-26 6:26 6-66 | 9-26 GGG GGG | 9-23 0-66 0-46 | 1-& 8-66 8-42 | 6-16 G66 £26 | 0-16 €:06 F-0Z | 0-26 F-8G F-8G | £96 om “AIG | “JOM ~ 9 ZF 1-8 1-08 6-66 9-96 8-16 0-G& 0-66 0-96 1-62 €-96 ¥-08 9-86 8-12 0-&@ 6:16 8-66 8-61 6-81 GPL €-9T ag ¥-& ¢.06 L-26 9-66 G-GG L-&6 6-16 0-16 0-66 §-82 "AIG ‘G88 AUVONVE 0-FZ |SSval L146 | 18 0:08 | 0€ GFE | 66 F-16 | 86 6:86 | 26 0-28 | 96 9-16 | &@ 8-42 | FG 6:83 | & L8f | & ¢-0§ 6 €&Z | 02 4-23 | 61 9-86 | 8T ¥-83 | LT 1&6 | 9T @8I | SI 0-FL | FT 0-Sf | &T 6ST | GL £86 | I1 8-12 | OT 1-06 | 6 6-22 | 8 G16) Z 6-4 | 9 0-98 | & 6:22 | F GSE | §& 6-82 | & ¥-83 | T “Ag for} ‘ — |suvan} ze 6€¢ | #22 6¢¢| eee 22/080 oezloee ec] ece reel eee ees lece pee] zzz ZEB | 62S LEB | LES 8B] OkS LEB | Es 0.7% |'sxvar TE | 86 8-93] 22 L16| LLG 1-18 | 893 6-96] G93 Ges] ees oz] oz 86%] 6os 6.62] 8-64 8-e2 | cz &96 | 696 666] 1-93 1-92] 293 @92] Te 0€ | 4:26 116 | 8-96 8-9 | 84S BFS | BFS BH | TES TFS| LES LFS] OFS EZ] LES TFS] GES TFS 1-86 9-86 | 0-6 0-G% | 0:93 0-93] 8-22 8.22] 08 63 | 0-08 0-08 | 62 1-6 | 1-63 1-62 | G82 6-62 | 0-62 062] Ie 0-08|0-ze FIE | 07 61g | Lee Lze 8-E B&F | BCE 8-2] 62 6-ZE] 0-ZE 0-2} 6 86 | BLS GLE | 0-9 696 | 1-26 T-12| B8S Z8Z| 163 162] 666 662 | 0-08 0-08 | 0-08 0-08 | 286 182 8-26 8-16 | 116 L126 | 9-26 9-16 | 6-93 6:92] 8s 46 | L8G L8S} 6-26 642 | 8-12 8-12] 996 996] 1G $-20| LL26 LZ | 0-92 0-86 | G8G G8Z | G8 SSS] €8S FSS] Z8Z SSS] 626 616 | 112 116) 14 96 | LIE 8-18 | 8-63 8-63] 1-08 0-08 | 9-08 0-08] 018 O-1¢ | 8-1e 81¢]0ze Oze| Lze Lze] oze 8-1 | 41€ 81€ | 0-38 0-28 | 61E 618] 61g 61g] 9% SG | &8S €82 | 0-2E 0-28 | GIS LI] #08 #08 | 08 Z08 | e0e £08 | 0-08 0.08 | 0.08 0-08 | 0.8% 6 1G | G9G €-9% | F-8S F-96 | GS 66] BGs ge. | cz ¥G | 6FS 2-96 | 0-86 0-86 | 1-83 1-82 | 0-93 1:93] 0-93 6-66] Led Tes] oes 6¢¢| Fle Tle] L9 L-8Z | 8-96 6-96 | 1-9 1-96 | F-FZ F-F%] 0-26 0-26 | Fz & | 9-4 1-26 | 6€6 L€6 | 84S BFS] FFS GHZ | BFS BFS] 64S 6FZ| 0-2 0.20] B06 TOZ | LES 1-86 | 1:26 6-96 | 0-FS 8-82 | 9-86 6-26 | 7-93 ZOE | EG GB | GS F-96 | 0-96 8-86 | BES G9Z] FES 9-96 | 0-FS 0-82] 6-1G 0-96 | 0-12 FES] LS Sez | 8-22 €:9G | F-8S 0-26 | $86 $16] GZS G96 | BES GLe] 2 TG | 926 1:93] 62T 820 | SLT GLT | OLT O-LL | GOL BOT] SLE SLL | 9-8 F8E] &ST LST | 9-8T L-8T | 6-8 L6G | 0-26 8-18 | 0-FZ 0-22 | 0-93 LIE] 12 0G | LES 0-62 | 0-46 6-08 | 0.76 €-18 | 1-46 028 | ZZ 9.2 | Les B1e] 88 808] eee 912 | OF 8 I€ | 6-€6 O0-1€ | €-€6 0-08 | 0-63 €1E | 6€Es T6z2| 02 6L | BIZ €16 | 0-06 0-16 | F-6T £02 | 0-06 F-02 | 0-0 0-02 | 8ST 88ST] O12 012] 8-12 8.12] 8. 1% 816] L1G L1G} 0-16 O16] 216 L18| 212 Le) 6r BI | 226 1-26 | G26 GB | 22S F-22| FS FCS| BS S| 9-2 9.20] Le Lee| 2 G66 | F-16 F716} 116 L16| ES $-86 | 8S GES] 6-2 622] 8ST 4T | GIG 9-16 | GES $86 | ¥-83 F-€6 | 626 6221626 9.221616 61Z| &IZ GIG | 9-06 9-02 | 1-0 1-06 | 206 %0Z] 1-06 0-06 | 8-06 8-02] 02 1-06] ZT 9 | G06 Z2S | 80S 126 | ¢6L 926 |} G8L 81] Lé6l G12 | GSE 212 | 0-6L ¢12| G6L Tz 98T 0-06 | 82E 8-241 | 9L2T $2 |] G8L 88L | 1:26 6-42] OT ST | 9-2T 9-06 | €€86 F-€3 | G-€% 9-€% | 62S 6S | L-2 9-2 | &0% 9-16] BEL TZ FZT L0G] LST O8T | 0ST T8L | ST 280 | G9 T-02 | Z9L #02 ST FL | LST €ST | OLZT LTS | G9L 8-91 | &9T ¢91] 0-91 0-91 | LOT LOL] eet 2ST O-9L @9L | 0-9T GOL} OST GEL] 0-EL T-L |] 671 GST} 8FL SEL] FL fl | OF LIL] GEL GEL | SET Bel | LL LPL | FL FPL] OFT GFT | OCT O-GT SCT GCL | ST @GT | T-9L 1-91 | L-9L 1-91] 0-91 0-91 | EL #61] eL Gl | LOL 0-91 | GFL GFL | GGT GOL] Let Let | eer ger] LOT LOL] oot Z9T GOL F-9L | SSL GOT) GOL GOL] 99T T-2T | 8-21 220 | L9T 2-91 | 2@E TE | 9-6 G61 | 0-9 0-91 | 6ST 8GT] Z¢6T eet] oe eer] ect 6. ]69L 9-91 4-91 F-91 | ZT 6-91 | 8-8I F-8L | 9-6L #F-6L | 2-61 ¢-6L | 206 ¢0¢] IT OL | OF 0-66 | LES GES] 2 6-26 | 0-26 02] F2S F2U| LES Les L7G LC | 6-2 6-2 | ES EG} 8-2 8-2) BES 8B] LF. LH! LSS 6S! OT 6 6:06 6-06 | 616 61%] F-16 F-12| LIS 1%] €1G &1%| 606 6-02 | ¢.04 ¢0Z 0-16 0-16 | L1G 1-16] 1-06 1-06] $10 €1%] 8-16 $16] GIG G.1z 8 L€6 L&6 | L0G 1-08 | 1-03 1-0 | L0G 1-06 | 206 202 | 0-12 0-12] 01% 0-12 L1G L1G] G16 G16) 16 F-16 | 0-2 6-16 | 616 61 ]| 21% 1-12 ZL TSG TS | B26 GLE | 9-16 9-16] 616 6-16 | 1:26 L1G | B16 816) GLE BLT 6-96 6-96 | 9-96 9-92 | F-96 4-96 | G-9Z G.9% | Z9Z Z9Z! 0-96 0-92 0-46 0-F6 | 0-26 61% | F-0Z F-0Z | 06 £.0Z €-06 €06 | G0G G06} T-0G 1-02 | 8-6f 8-61 | 1-02 1-02] 0-06 0-02 | LIZ LIZ L0G 1:06 | 1-26 1-2 G66 G66 | 6-98 8.GE | g.ce g.ce | o.ce Oo. S€ | 6FE 6FE | 6FE 6FE | 0-68 0.98 | Bee 8-E8|¢.ze 9.88] 0.28 ze 61E 0-2 | 6-1 0-2€ | 8-1E 0-2 ¥-06 7-06 | #-2B §-2Z | 8-26 8-26 | 2-2 1-6 8-26 8-26 | GCS GCE | €-2Z £26 | 616 6-16] 9-16 9-12 | 6-16 612 | T-1B 0-16 | 8-6f 861 | 0-61 0-61 G ¥-06 4-06 | L2T L221 | 0-81 6ZL | Z6L G6L | 26L 2-61 | 8-61 8-61 | 26L 261 | 9-61 9.61 | &6L €-6L | L-6L T-61 6-80 6-81 | T-8L TLS8L |] 20 €-LZT I 1-96 1-96 | I-16 1-16 | 8-93 $96 9G 1-96 | 0-66 0-96 | 0-6 0-43 | 2-46 1-43 | FZ $46 | 9-FS 9-46 | F-93 £96 | 0-96 0-93 | 196 9-96 | €-9% §.9% ‘JOM “AIT | “FoM “AIG | “go “Arq | “40 M “Aid | Jom “AIG | eM “41g | gaa “Aq | “40 M Aid | JOM “AIG | JOM “AIG | “gem “41d | “JOM “AIG | YeM “AIG BEN NEVIS OBSERVATORY.—HOURLY VALUES. mA OH IH OM OD “Uvayy ‘TqSUpIW 8 2 1 03 61 81 LT 91 a1 ‘as &I ‘SETA 1f\\ GNV 1UqQ—aUALvuaaNgy, a a a Oe BEN NEVIS OBSERVATORY.—HOURLY VALUES. 80 ‘SNVSW| 0-FS 1¢ 0g 63 83 | 0-06 1@ | G18 9% | 6 FE G% | 4.93 4% | 68 &@ || 08 Ze | Ie 1S | 8-71 0G | FFT 6L | 8-81 SI | Z-9T LL | LSt 9t | LAT cL | 9.1% FL | 0-22 &L | F-62 ZL | O-FR IL | 0.4% OL | 8-02 6 | 0-2 8 | 618 L | L-¥ 9 | LG ae | pz Fr | OI @ | 14 SZ | 0-¥ Je Loe “JOM ZI L4G 6:84 S-6T GE 9-&& 0-96 L.G& 1-66 G16 GPL LPL G8I LOL 1-91. 0-8T 8-06 ¥-1G 0-08 0-F§ 6G 6-06 £26 8-1 6-86 G-F% LG GIG 0-46 6-&6 0:96 “92. LE 0-46 G-€&% G-&@ 0-&@ 8-61 ¥-1E LIé 6:96 L-8& 8-96 6:96 ¥-ST F-21 LAI 6-ST eFL gF1 £-0G ¥-16 0-62 F-E G96 L61 6-06 6-82 8-&@ 0-2 G-Z 6-61 8-&@ ¥-G g-&B “JOM 6: &@ 9B 8-26 0:06 0-06 | I-61 8-1€ 8-1€ | 6-1& 8-6Z 0-08 | 9-86 G96 1:96 | ¥-16 GPE GPE | GFE 6:96 6-9 | 0-96 L-61 6-1€ 8-86 9:16 9-7€ 0-96 296 9% |[g-¢z] [8-¢z] 6-21 6-91 | 6-S1 0-GL 0-GL | ¢-IT 0-91 0-91 | @&T 9-71 8-FL | GFT LL ST | 6-81 GPL 0-81 | 6&1 1-06 1-06 | 1-02 1-16 L1G} €-1@ £66 &-62 | 8-08 FFE F-FE | FFE LLG 1-16 | 4-8 @8L @G8I | 6-21 0-61 0-61 | 1-61 0-76 0-F% | 8-&% 1-86 L-&6 | 6-8 GIG GIG | €-2 G26 8-26 | LG L-6L T6L | 8-02 86 G&% | 8-% L7G 9-G | T-&% 6G €-46 | 8-4Z yom “AIG | “92M 6-91 &-I1 GST 9-F1 6ST ae L-06 GIG 9-08 as G-8Z 6-21 0-61 8-&@ 6-&@ 1-2 G-GG 8-06 8-&% 1-84 8-46 “k1q 6-26 0:86 | 62S 6:26 | 1:26 8-2 | 9-2 1-26 | 0-86 0-8 0-06 0:0 | 4:06 206 | 1 €1Z|8-1G 812] 81S 81%] 04% T-FZ 61g 61¢ | 81e 8-1€ | 81e 61¢ | 241g L1¢| L1¢ L1¢| 61g 61 9-86 1:86 | #86 8-86 | 686 6G] 6-86 6-82 | Z8Z F-8Z] SSS 9-8Z L1G 8-16 | 6-86 0-66 | $66 G-6G | 0-08 0-08 | 6:62 0-08 | G66 $6 GPE GFE] G98 9408] Zoe Soe] ece F9E] BFE SFE] Oe TE 8:8 8-&S | 6S 68] SE SES] 62 6-2] 1-2 1-26] GZS T-2 [6-4] [6-42] | [2-42] [@-F2]| [¢-¢2] [¢-¢%]| 6-22] L6-22]| [1-22] [1-22] | e-12] [e-12] 0-9L 0-91 | 29T L941 | L-SL @SL | GPL GPL | 6-€L 6-€L | OFT 6-8T SIL BIL | 2IL 9-1L | @IL TIL | 21 GIL | TEL 0-82 | O-FL 6-81 €SI €9L | GSL 3ST] &SL &SL | 0ST 0-61] 6FL GFL | GEL ZT GGL $OL | L9L G9L| L9T £91 | GLE GLE | 6LT 6-LT | O-8E O0-8T PEL F-PL | 8-BL 6-8L | OSL LL | GEL LPL | el FFL | &PL 3-ET O-FL $SL |] OCI 8 | OIL OL | $OL TL | OOL IL | ZO TIT 9-61 9-61 | SE G8T | #81 F-8L | 9-91 9-91 | BFL F-T | OST LSL 6:06 0-12 | 8-06 8-06] 1-1G L1G] $06 €0%| L1G 0-16 | 9:2 F-2 P1e HIE | 46S G66 | 826 8-16 | F-9B 9-95 | BGS 8-63 | 0-93 0-92 ere @6e| 068 0-98] &Fe Ste] Oe OF | BEE 8-2] BSE 6-8 1-62 4-62 | 8-18 8-1€] 0€8 62¢|62e 62e| Lee Lee] see 8-88 BLL BL | LLL TLL | L-8L T-8L | @S8l &8E | GSE SST | GSI SST 9-02 9-02 | 206 06 | G-6L F-6L | 26L 26. | ¢6L G6] 86L 8-61 L-7Z FZ] BES 8-86 | 68S 6S | 6G 6-26 | GES TS] BES 8% 0-FZ 0-FZ | F-FZ F-FS | VFS 8-FZ] 9-6 8ES] 69Z 692] 88S 88% GES GES | FES FES] SES SES} OES 0-6] SS $2] L2G 1-2 8:2 82S | 6S 62S] T-S TS] 0-S 0-8B | BS 82S] G2 EZ 0-1Z 0-12 | 6-13 61% | 8-2 Z| 8-ES 8-ES| OFS O.FG| FFG TFT CFS &4S | GFZ FHS] L4S 9-FS | 9-FS 9-4] FS FFG] OFS 9-FG G-€S F-86 | 88S 8-€S] GES 8-eS | SES 8S] FES LES] TES FEZ 1-93 1-92] 1-93 1-92] 0-93 0-93 | 0:93 0:93 | 6&3 6-66 | 1:16 9-12 ‘Jom ‘AIG QoM “AIG "goM ‘AIG Jom ‘SIG 49M ‘IG 4qoM ‘AIG 9 L2G L126 | 6:26 6-26 ‘SdTOg HAA GNV AUQ—AunALVUANG, “G881 AUVNUAAA “SNVS]Y Tg 0§ 66 8@ LG 96 &% ¥G &@ G 1G 06 6I 81 LT 91 ST tL a rN OHO OM DO HD 81 BEN NEVIS OBSERVATORY.—HOURLY VALUES. ‘SNVAN| FG ¢.E% Ig 0& 66 8@ 16 96 aN OH 19 OM OD G-6T ¢-6T 6:08 0-1€ 0-6& LE 1-93 8-96 L-@& LCE 8-16 0-8Z 6:& 6-& L9T 291 &6I &-&1 8-9L 8-91 8ST §-CT 6ST §-9T 9-FL 6-91 L81 1-81 T-06 0-02 G86 $86 Lee L&¢ G86 G86 6:26 6-2 GIG GIG L466 L-G6 6-76 64% 6:96 8&6 LEG L& 0-2Z 6-16 0:F% 6.8% GIG FG 6-76 6-FZ yom “AIT “UvOTN 82S 6-6 0-81 0-81 0:66 0-9 eee ¢-ee 8:93 T-L% 1-66 1-62 FFE SFE 1-2 0-6 [2-02] [2-02] O-FL 0-FT GSI ST 8-8L 8-81 LSE 1-81 6-FL 0-9 6-01 TIT FL &-FT 6-€B 6-&% GLE GLB 6-88 6-8 FFE &-FE 6-8L 6-81 T-03 1.02 ¥-&S F-&G 9-66 6-6 6-26 6-2E GZS FBS 0-FZ 0-43 1-6 1-63 6-26 6-26 ‘JOM “AIG “qq SUpl F-8B G-8B L8I 81 ¥-93 #-9 6-28 0-88 G-9B F-9 9-08 9-08 gee 9-88 8-2 8-2 [6-61] [6-61] 8-8L 8-81 9-GL F-ST L&T 81 8 L8T 9-FL GOL LCL 0-1 L220 TT F:G6 F-G3 6-26 6-26 GLE 6-8 0-Ge 0-98 6-06 6.02 GIG ¥-1 G-8% F-8Z 0-08 0-08 8-8 8B 8-2 8-8 0-FZ 0-F% GL G.GG Les 1&8 yom “AIG &% 9.9% 192 | 9-92 82 | 6 9-60 | aes 7-60] ¢92 9.92 L8E TSE | G8E G-8L | LSE T-8L | T-8L 180 | 220 2-27 0-08 G08 | 0-6 66] 8-66 662] 9-1 218] 6-1 0-28 GZS G6} L2 26] 0 O88 | She FFE] GPE 9.FE 8-6 6-66 | 8-FS 1-96 | 9-76 8-7] BFS EFS] 0-G5 0-92 9-0 9-08] 608 0-18] 0-18 IIe] oe 1g] 61g 0-28 61 €2E} 6-26 OE] L2G 182] 8-26 8 | 8-66 0-08 6:2 6-26 | GCS $2] BCS SCS) 61S 8-16] G2 ZZ [¥-61] [¥-61]} (0-61) fo-61]) [9-81] [9-81]} Lest] [e-st]| [1-8] Lt-81] 8-SL 9-8 | OFT O-FL | OFT O-FT | 9-8E GEL | OSL 9-8T 0-9t 0-91 | T-ZT TLE | L9L 9-91 | 29f #9 | LLT F-LT G-EI &SI | 8ST L481 | O-FL O-FL | TSE OGL | BST 3ST 8-81 2-81 | 9-8f 9-81 | G8L SSL | GSL SSt | L8t Ls LéL 6-90 | SEL FLL | OFT FLL | FFT GZ | 8ST L-8T G9L 69 | L8L 1-81] T-8l LSE] &8k &8T | F8L F-8T L6L 1-61 | 0-6L 6-82] T-8 LSE] T2E TZL| @L4t GT 0-82 0-86 | 1-83 0-8% | 8-83 8-8Z| 9-86 9-82 | 68S 6-83 6-66 666] 6-08 6-08] 91E 9-18] @Ze Sze] 0-eE 0-88 0-28 0-ZE | 8-6Z 8-66] GLE Z1Z| LSS Les] 0.63 0-e2 0-8 €Ze | 2-18 LT} 0-08 0-08 | 8-93 0-26 | GES ZG LI O91 | SES SES | O86 62S) BS S| LES TL G-1G GIZ| 1-26 0-26 | 0-86 0-€6 | GES GZ | 9.86 7-8 L4G FB | L466 1:66 | 8S 8-SS | 64S 6S] 9S 9B 8-0 8-08 | 6-08 6-08 | $62 66] 0-26 0-26 | 1:93 1:92 0-FZ 0-FZ | 0-FZ O-FZ | O-FZ 0-FZ| 0-FZ 0-FZ | 6-ES 6-EZ 1:36 9-36| F-6G S| 81S B1Z)8-1G 8-16 | 41 1-16 GES SES | 0-7 0-F% | BES 8-ES| 0-ES 0-€S | LES TE 1G 1-66 | 8-6 8-63 | 0-9 0-93 | 9-93 9-96 | G96 F-9B F-&S GES | LES LES | 0-€S 0-2 | FES F-% | SS. G-% ‘yom “AIG | YOM “AIT 99am “Aq | Jom “Aq | JOM ‘AIC G 0% 61 81 9.&@ €-81 L18 &-7& £96 6-16 9.66 F-86 0-81 0-F1 1-61 8-91 GL 6:41 L-61 L6L 6-86 €-§& 6-&@ L4G §-&Z 6-76 0-96 8-16 F-& 0-2 ¢-&6 1-96 6-&6 “JOM ‘SadIng LIA, GNV AUC —aAYALVUEINAT, “e881 AUVOATHA ZI 8:&@ &-81 LT& &7& G.GG 0:68 8-62 F-G6 L81 0-41 0:61 9-91 GL G61 L-61 L61 G86 &-8& 6-&% L-46 £86 8-76 0:96 8-16 4-86 0-4 G-&@ LG 6:&6 *kIG 0:76 §-8T 1-18 L-F§ 6-96 8-18 6-62 0-€@ 1-81 GFL G61 0-81 LAT G-9L 0-12 8-61 G- 66 8-&& 6:86 6-66 L-& 0-62 0-96 1-86 G.&6 9-46 6-86 0:76 L¥6 “72M oT GHG V-¥G 6:81 8-1E 6.7 6.96 8-18 0-08 9-86 6-L1 GFT §-61 0-81 6-91 0-21 6:GG 6:16 6-18 G-F& 0-46 6-6 1-86 GI1E 8-G6 8-86 L-&G &-GG G-FG &-&6 8-46 “JOM oT GFZ | 8-43 6-81 | 6-81 6-18 | 2-18 6-7E | &SE G96 | F:96 8-1 | 0-6 T-08 | 2-0 9-86 | 8-8 6-2T | 6-91 ¥-FL | 1-ST €-61 | 2-61 0-81 | 0-LT OLE | 6-91 6:06 | T-LT GCE | F-GG 6-1Z | 9-12 8-TE | &-08 GHE | FFE 0-7 | F-&% GZS | 9-16 L-GZ | 6:12 6-0€ | 6-18 8-96 | 6-FZ 8-82 | 8-16 1-6 | §-&% €-G6 | 1-26 G-FG | 6.8 GES | 0-F% 8-FG | GGG “AId | “JOM ial ¥-¥G 6:81 8-1 &G& £96 6-18 1-0 8-&@ 6:91 LT @-61 9-9T GALT 6-06 5:26 9-16 £08 PFE £86 9-1Z 6:16 6-18 6-76 8-16 €-&6 1-2 6-&% 0-7% 6-6 “AIT L436 8-61 9-1 0-G& $96 6-16 §08 5&3 G-9T LF. 0:06 GOL 0-21 £-0Z 0:26 LG £86 GFE 6:66 6:02 6:06 6:18 0-46 8.96 8:26 116 6:6 0:6 8-46 JOM &I (Saxe 8-61 LTE 0-98 G.96 6-18 &-08 ¥-&6 GOT 9-FI | 0:06 G-9T 8-91 G16 0-2 1-2 §:86 GPE 6:66 6:06 6:06 6-18 0-76 &-9Z 8-66 L1G 6:&@ L4G 8-G6 ecag *SNVATT 1g 0€ 66 8@ 16 9% & vG &@ GG 1G 06 61 8T LT 9T GT tL &T AN OHIO OM OD BEN NEVIS OBSERVATORY.—HOURLY VALUES. 82 ISNVAW] 1-23 Ig | &16 0& | F-6L 6G | 6-96 86 | F-F6 16 | &-06 9% | 0-€& cB | 0-86 FG | F-86 &@ | 0-61 GG | I-81 1G | 0-FT 0G | G8 6L | F-G6 SI | 8-ZT LI | 8-96 9L | 8-96 GL | 6-96 FL | £93 &L | 6-96 GL | 8-6 IL | 2-42 OL | 9-8 6 8-F1 8 L1G L 8-16 9 8-81 g TLL1 y ¥-F% g §-&@ G G81 T LOL “POM aL €-GG 6:96 0-81 1-96 6:&@ 9-61 0-G& ¥-&@ G-86 G81 G81 LPL 0-F6 L1G 9-LT 0:96 8-76 8-96 0-8@ 8-16 £73 (XG 0:26 0-FT 8-16 9-16 6-11 8-91 G:¥6 8-83 9-LT L. GT. “JOM IL L1G 9:46 6-91 1. g-GG 0:06 8-18 8-26 0-24 LAT 8-81 VEL 0-8% 6:81 6-9T 1.96 1-8 0-%6 8-16 6:76 0:86 G-€S 6:06 9-61 9-GG 6-76 L8I 8-ST 6-83 0:26 G-9T GFL POM 0-26 9-76 0-21 L-&6 g.GG 0-06 8-1 8-GZ 1-16 6:81 1-81. v1 0-86 6-81 G-91 9-96 9-&@ 8-&% GLE 6:76 0-€@ G-&% 6:06 ¥-GL 9-66 6-76 §-81 8-CT 6-&6 0-Z G-9L 9-F1 "Sid 9:16 6-12 6:6 6-66 8-CL §-91 ¥:96 7-96 9-86 9-86 GES G-8S 8-08 8-0 G&G GE 0-26 0-26 SLL €-6T ¥-6L 7-61 OSL 0-8T ¢-66 9-66 0-8L 0-81 8-91 §-9T 0:66 0-62 0-6 0-€6 6: 8-&@ G86 LE 76 8-76 6:26 6-66 8-GG 8-66 8:06 8-06 LGl 8-If &GG §+G6 0-76 0-F6 €8I 9-81 L9T TLd9L GEG G.&%6 0:46 0-26 GOL &9L 8€L 6&1 ‘pM “SIC G16 6:26 9-GT ¥-16 L-& 9-06 9-66 &-GG 1-16 V-LT L6I L&I €-1E LT GL LIé 6:26 0:76 6-16 L4G 9-66 G-33 6.06 VOL 0-66 8-66 &-8T 6-91 &:&6 LBG LOL €-€1 “PM 9-16 0-26 LST L1G 8-66 1-GG 0-86 6:16 1-26 0-21 L-61 LPL LE G9T G-8T G-1& 1-8 G-4G 1-66 ¥-9G L8G 6:16 L1G ¥-G1 1-66 9:26 P81 LLT ¥-&% L-GG G-9T 8-€1 JM 6.16 0-26 6ST 1-1 8-66 1-46 0-86 6:16 L-22 $-81 L6L LPI LTE G-9T €-81 GE 9-26 &-FG LG & FG 9-26 6-16 LIZ $-GI 1-8 9-66 G-8T LL F-&B L-2é 6-91 8-SL “hI 9-12 0:16 LOL G16 ¥-GG 1-8 €-96 8-16 6-16 G-9T €-6T 6&1 GCE 0-9T 0-16 LI& ¥-GG 6-8 8-16 ¥-FG 6-&% 9-16 £16 LGL 6:26 9-16 8-8T G81 9-86 0-66 LOL GFL “JOM ‘SdINg LIA, GNV AUQ—wAANLVUTANA, “C881 HOUVN G16 6-13 9-9T 0-26 G:GG 8-83 0-93 0:12 G-96 L-ST. ¥-6L LL L-&& FST 0-12 T-08 L1G 6&4 0-16 P73 9-46 9-16 6-06 GGL 0-&@ 6:06 F-81 ¢-8T 9-&% 1-66 6-41 FFL “22M &16 ¢-81 9-9T 8-96 6-16 6-76 0-96 LIZ 9-96 8-71 G-61 0-ST &-§& 0-ST ¥-1G 6:62 1G 6:86 1-96 8-76 G:& G16 9-06 GGL ¥-FG 8-61 6-LT L6I 9-&@ ¥-GG 6-ST GST “JOM ¥-16 6-21 GLT 0-96 G-06 &-96 9-96 G16 9-76 LL ¢-61 LST 0-€€ 6-F1 L1G 1-64 6:8 FG €-96 LF 0-76 G-&% 9.06 GGL GG 0-8T 6-LT G02 &-&@ 8:23 GST $-LT “JOM 8-16 ¥-81 L-Z1 1-96 ¢-06 &-96 9-96 1-2 8-76 L&I ¥-61 0-ST 6-28 6-71 9-1@ 6-66 L-&% L-F6 ¢-&& L-¥Z 6:83 G-&% 9-06 GOI GPG 8-16 L-L1. 1-06 &-&@ 8:66 GST §-Z1 ‘aq “SNVAIN Té 0€ 62 8@ 1Ké 96 &@ xd & GG 14 02 61 8T AT 9I ST vai rN OH IHS OM OD oF OO fexvaN] 1-26 826 | 612 %2Z| L2S FL] LS TS] Be SW) HL #2 | Hes F272) SU 2s] 9-20 9.22 | 0-62 0-64 | 0-62 Tes] Bes BES | 0-86 0-22 |sxvaW Te | %-9% G96 | O78 0ZE | 0-2e Oe | O-ZE 0-2E| 0-28 0-2 | F-1E F1E | OTE 0-18 | ¥-08 4-08] 0-08 0-08 | 8-62 8-62 | 0-63 0-60] 686 8-86 | 612 626] TE O€ | G8L GSI | O-8f GSI | O8L €8L | GSE ESE | &8T §8L | Z0Z Z0Z | L0G 1-06 | 1-03 G06] 806 GIG} 106 F-16 | 9-16 F-26 | 8-6 4-06 | L261 F-06] 08 = 66 | 2&6 1-66 | 9-8L 9-81 |] GSI G8 | 0.6L 0-61 | 8-8L 6-81 | 8-02 8-06 | L1G T-1Z] G16 GIG | 8-16 8-1Z] 1-46 S| BBS 862 | EE FES] 6G BFS] 66 8B | 8-€6 6&6 | 6-46 0-9 | 8-9 8-S6 | F-46 9-66] 9-96 1:96 | BSG GES | 0-FZ TFG | 6ES 6S] SFG SHG] BEB 8B] FZ S| GFE GHG | LIZ LEG) 8B 12 | &1G §-1Z | 406 G02 | 9:06 9-06 | 1-06 1-06 | 206 2:06 | B16 GIG | 8-04 8-0Z | L-6E T-6L | 1-6E T-6L | 1-06 1-06 | GE T-6L | 0-61 6-81 | 6-06 602] 12 96 | 8-66 8-62 | 9-86 4-82 | G8G 4-8 | 8.66 8-62 | G08 4-08 | G-0€ F-08 | 666 662 | £66 62 | £66 £62] LTE 0-18 | 0-28 0-E | 278 LIE | BEE 8EE | 96 GG | 93 4-63 | 8-93 8-46] 9G 92 | 216 9-26 | 8-66 1-62] 8-08 8-08 | 0-0€ 0-08 | 466 1-62 | 1-62 0-62 | 0-66 6-86 | 8-86 8-86] 9-26 G16 | 4-92 G96] Gz FG | L9G 8-96 | 0-16 GFZ] 1:26 126 | FS CFG] BSS GSS] 6S 646 | 9:96 8-9G | 6-96 6-9G | F-8S F-8Z | 6-86 8-8G | T-62 0-66 | 466 2-62 | 0-66 0-66 | #6 & | 8-81 661 | L4G GF | 186 6-86 | 1:26 626 | L2G 2G} 0-16 T-1Z | 8-06 F-1G | G-0G 0-12 | F-06 6-02 | 9:06 GIG | 661 6-02 | 9-61 F-0G | &6L 0-02 | & 66 | LT OLE | F-8L FEL | L8L 6&L | GFL GFL | &hL GFL | FST SET | 8-9T GOL] CLE LT | 0O-8L O8f | L-8E LS] FLL GZT | 68L 68L] L8l L8L |] 2 1G | HSL FST | 8-6L 2-61 | &6L €6L | 6SI 68L | 0-8 O-8L | LZE ELE | G9 Z9L | 9ST 9-GL | GEL SCL | ZOE GOL | FST FOL | GST €G1 | OT GET | 12 06 | G6 G46 | 6ST 6ST] 89L 8-91 | 69L 2-91 | FLT FLT] OST 6-8T | L6T L260 | 9-8L 9-81 | F-6L F-6L | 6-06 8-06] L-16 T16 | 0-€6 0-€6 | 12Z 1-2] 06 6I | 9-8 9-86 | 0-38 €2E | 0-2 0.28 | 618 61E]EIE 16] GIS SIE | EIS $1] O-1E 0-18 | T-0€ O08 | 66 66 | 0-24 0-26 | 8-96 8-96 | 6-€ 682] GI ST | €8L G8L | OST 0-61 | GST GET | GOL SOL] 6-9f 6-91 | O2L OLE | TLE TLL] FLL F-2E | 8-8 281 | G6 F-61 | 806 $06 | 0:06 8-6L | 0-6f 681] 8T LL | %96 0-98 | 18 $16] 61G L136] P23 €.2 | 12S F-2S | 63Z L2Z | BBS 9-26] TES O-€Z | OFZ BES) 6 LFS] 0-65 BFS] 0-93 646 | GG 0-96 | LT 9 | FG SFG] B16 G16} 9:93 9-93 | 69 866] ESS 96 | F-86 F-€6 | 9-FS 8-46] OFZ 8BFZ| BES 1-96] 0-96 0-96 | 696 666 | GSS EGG] 96 $96] OT ST | 1-83 0-46 | 1-96 1-93 | 9-93 9.66 | 9-66 9-90 | #-9G €:96 | 9-66 9-6 | 1:66 9-96 | 0-92 6.96 | 1-96 6-46] 1-66 1-66 | ¥-96 4.9% | 6-93 6-9 | 1:96 9-9] ST FL | 196 8-66 | 0-96 8-FZ | 0-66 8-FZ | 1-63 0-66 | 0-96 0-96 | GS TGS] 0.9% 6-46 | 696 8-62] 296 49% | 8-93 692 | 696 6.92 | 8-96 1:96] 9-93 G16] FI &I | 1-96 §-96 | 9-96 1-82 | $96 6-82 | F-93 686 | 696 €-92 | 1-96 L9G] 896 1-93 | 1-96 696 | #93 692] 826 826] G16 616] 626 1-86] LL6 910} &T CL | F-F6 F-F5 | LFS $46 | 146 LG | LEG LEZ | OFS 6FZ| GFZ GFZ) 68S 646] BGG 292 | 6G 8-96] 9-46 9-66 | 9-66 9.66 | 6-96 8-66 | H96 €92] GT IL | 686 8&6 | L#S L4G] GS FS | GF G46] 64S 6FB | GOS $96 | 66 GHG] 1-96 0-66 | #-25 F986] 163 9.66] L6G 166 | 0-96 846] BZ 8-76] IT OL | BIG 816 | 83S 826 | 22 $251 92 9.221612 612 | B16 816] 612 6161912 G12 | G12 #16] 9.63 Gez| Les 26% | 8-82 9:60 | 98s G€%) OT 6 | BSL 8ST | 806 1:08] 602 8-02 | 0-12 6-02] 0-12 0-12 | 0-16 8-06 | 8-6T 8-6L] 0-81 O-8E | AZT 921 | 921 LT | 891 9-21 | G-9L 9-9 | 6ST 6-ST 8 | F-6L €6L | OT 82 | Bel TEL] FEL FOL | LOL £20 | 6ST GOL | BFL LPL | FOL SST | 8-9T 9-91 | O-8L 0-81 | 9-8L 9-81 | L-13 TZ | 0-18 6-02 L |&6S G42] 0.90 64% | GE 2.60] 6 652] 642 6-72 | 0-96 642 | 142 LIZ] TOS SEZ] TGs 1-92 | 9-98 9.6%] 69% 6-92 | 210 ZLB | O28 0-22 9 | GSE SBL] Sl F6L | GLE BLZT | OLE OLE | LL2E 9-2T | LE LE | OLE GLE | O-8E O-8T | L8E 280 | 98 $81] 280 L8T | L6l E6L | G6L &6T g 7 € 491 291 | G9L 6ST} L9T 6-L | GPL GPL | GFL O-ST | 6ST TE9L | 9FL 9-FL | 9-FL 9-F1 | T-9L T-9L | #91 G-9T | G-9T $91 | GOL G-9T | O-ZT O-LT L8G 1&6 | €&16 €-13 | 0:26 6-12 | 6-16 6-12 | F-1G #12 | 0-26 0-2 | 0-26 0-26 | 116 1:12 | 0-86 0-2 | FB F-ES | GES G-ES] 6ES 6S] LFS LZ G-G6 9:46 | GES GES | 8-2G 1:26 | 1-26 I-26] 1-GG 2G] &2 2% | GEG GZS) 0-26 0-ZB | EB E2S] G26 4-26 | 1:26 1:26 | 82G 8B | GES TE G L8L LSI | 0-2 0-22 | 6-06 6-06 | ¥-1G F-16 | 206 2:02 | 1-02 1-02 | Z-6f 261 | $62 61 | Z6L Z-6L | 0-6£ 0-61 | 0-61 0-61 | 0-61 0-61 | &-8L &-8T IT GGT GCL | GST GOL | GEL GGL] SEL SL | 6ST 9-ST | BOL 8-GT | F-SL FGI | GOL €-91 | GOL GOL | &9E €-9L | 69L 6-91 | 9-9T 9-91 | F-91 F-9T yM “Aid | PM “Aiq | gor “AI | eM “Aq | ‘9eM “AIG | JOM “AIG | ‘gam “A1q | “9am “AI | “Jom “AI | “Gem «AI | gem KI | JOM AIG | JOM “AIG BEN NEVIS OBSERVATORY.—HOURLY VALUES. me NO HH IO Oo r= CO D “Uva ‘qUSIUpIIN &% GG 1G 0G 61 81 va 9T cT FL &1 ‘Saqing LAM GNV AUYQ—AAALVAAINAT, TRANS. ROY. SOC. EDIN. VOL. XXXIV. “4881 HOUVA BEN NEVIS OBSERVATORY.—HOURLY VALUES. 84 ‘sxvaHt| §.12 Ig og | ¢0e 6G | F-IE 86 F-66 1 F-08 92 | 8-08 az | G18 7% | 2-62 &@ F-1Z GG 0-62 1G L-96 0G =| G08 61 0-26 SI 0-2E lt | 8-62 9T 1-96 cI 6-43 FL F-96 €1 0-86 Zi | 9.42 TL | B22 OL 0-62 6 | 6-22 8 L1G I - | ee 9 | 292 ¢ | 9.6r 14 8-€% i G-9% 2 | 96r I | 0-6r II OL 8-9 | 6-92 G08 | 3-08 0-1e | 08 9.82 | F-8% 6-62 | 86% 6-62 | 6-08 1-08 | 0-T¢ 16 | 6-9% 0-9 | 9-22 9-82 | 1-86 0-98 | 6-98 0-62 | 8-82 L-1e | 0-18 2-18 | £08 L-2@ | 6-22 €-G% | 0-86 0-12 | LF F-93 | 6-F% ¥-82 | 8-82 0-42 | 1-8 9-16 | &-16 G1 | 1-93 G26 | ZIG eecal tec L-8% | 8-26 8-83 | 1-23 02 | 9-61 Tee | Occ L-G% | 06% ZLT | L-91 GLT | BLT “$id | “JOM ¥-66 ¥-66 | 0:08 0-08 6:66 6-62 | [66 1-62 186 1:86 | 9:16 9-16 6:86 8-82 | 7-86 7-86 €-0€ 1-08 | 0-08 6:62 0-6 6-8 | 8GE 8-2 €:96 §-96 | 7:96 7F-96 0-86 0-82 | 8-96 8-96 €-86 §€-82 | G8Z G8S 0-ce 0-G¢ | LSE 1-9 0-62 0-6 | G86 G82 0-1 O-T€ | LI€é LIE 8-62 8-62 | G66 G-6Z €:93 6-62 | &F6 1-86 0:86 GFE | 8-46 F-FS 0-FZ 8-96 | 0-76 9B LG 1:96 | 0-46 F-96 1-26 1:46 | 0:26 8-€Z 1-26 126 | L@S 9-62 0:26 0-22 | £96 1-92 GOS GOS | SFG EF 6:0@ 6-02 | 9:06 9-02 9:06 12% | €-6L 6-02 €&6 €€% | 0-96 0-82 FIG F16 | 0-16 0-12 L0G 1-02 | 0:02 0-02 8:06 8-06 | L-6L G61 9-FZ 9-FZ | 9-FG 9-FS 8-EL 8-4L | &oL ET 180 L81 | @6L Z@61 yom “Aid | JoM “AIT ¥-GG 0-66 6:66 9-16 LLG 6-66 6-2E 0-26 8-96 &:8Z 1.98 G-86 GE 6-08 E96 6-&@ 1-96 1-96 6-16 L-2 9.96 6:84 G06 1-02 6-& 9-06 8-61 0-02 GFZ 9-F1 6:06 "kid F-&S 0-66 G-6@ G16 F-16 L-0€ 0-€& 0-16 6:96 G-8Z LL 0-62 L18 G-0€ 9:46 G- 3 0-73 8-&@ 1-2 ¥-GG 6:76 1-86 L-0@ 8-21 1-96 £04 0-06 LG G-¥G GST 6:12 “JOM 9-96 ‘saqTog La\\ GNV AYQ—TUNLVUAINA YT, ‘G88 TIUdV 9:96 &-6Z 0-08 8-16 &-16 G-08 &-8& §-96 1-12 8-86 0-18 8-66 6-18 &-08 GG G&G 6:96 0-76 &GG 0-&@ 0:72 6-86 6-06 8-LT €-C6 0-14 0-02 83 6:G% ST L-& “JOM mA OHO Om OR Ye) co ‘SNVAN| ¢.9Z 6-92 | 0-96 F-9Z | 1-93 G92 | F-9B 8-9Z | 9:96 LZ | 8-96 $26} 026 $1E| LG L116 | 9-26 0:86 | $26 0-86 | F-22 8:16 | F-16 616] LZ 6-12 |SXVAN Tg 1g 0€ | G08 9-08 | 8-86 62] 1-66 8-62 | &08 9-08 | GIS F118 | 0-1€ 8-18} 8-66 0-18 |] OTE 0-CE | 81 8} L1G 9-2 | 0-2E 1-28] F1E 0-28 | 0-18 0-18] O08 6G | 8-08 6-08 | T-0€ 9-08 |] 0-0€ 0-08 |] 0-TE 6-08] 0-18 608 | SIE 81} G1 916} 9-1E 816 | 61E SCE | GIS 0-26 | 61g L218 | 0-2 L28] LIE 9-18] 64 8Z | 0-08 0.08 | 0-28 0-28 | Lzeé L2e| Lee LZ] 0c @ZE | O-ZE 9-28 | 61S 61S] EIS €1E] LIE LTE | 408 2-08 | 8-0€ 8-08 | §0E $08 | 66% 662] 82 16 | €66 G62 | G08 G08 | G08 T-08 | €-08 ZOE] F-66 Z6Z | 686 2-86 | 68S €86 | G6 686 | 00E 662] 9:08 §-08 | &0E 1-08 | 0-0€ 9-66 | 0:08 6-62] Lz 9 | G.O€ F-0€ | F-6Z F-66 | 0-08 6-62 | 6-66 6-62 | G-0€ §-0E | P-0E GOE | 666 F-66| LIE SIE} 0-GE 6IE | 0-E GIF] 0-28 8.1E | GIE GE | 9-1€ 9-18 | 9 GZ | 8-18 2-18 | €-08 €-08 | L-0E 1-08] 0-1TE 6-08] &1S €1E |] 21 F-1E | &IE GE} 218 L216 | 81 L116] 1S S18 | STE €§1E | BIE 0-18 | STE SIE] gz WG | Z6S 1-66] 0-88 0-88 | FEE TL-SG] Ges TS] 288 GES | SSE GZE |] OE O4E | 218 L18 | 8-08 1:08 | $66 F6Z | &-66 §6Z | 48S G86 | 986 F-86] FZ 8 | G16 9-16 | F-96 F-06 | GES G92] SPS 1-93 | G96 €-9Z | 0-26 9.92 | 02% 0-26 | 8-16 E86 | B16 Z6Z | G8 €-0E | 0-86 0-66 | 166 8-18 | 0-0E 9-1E | & ‘GG | F-8S F-8S | 08S 0-86 | 0-83 0-86 | 0-86 0-86] LLB 1-46] GLE G1 | BLE 8-16 | 0-86 0-86 | 8S £86 | 0-86 0-86 | 6-86 L186 | &66 66 | 0-66 066] IZ | 6€€ 8-€8 | 166 1-62 | 9-66 9-60 | L-08 1-08 | 9-0€ 9-08 | 0-T€ OTE] 0-18 0-18 | 0-1 0-16 | 8-18 €1E | 0-26 0.26 | €2e €2E | O-FE O-FE | SES EGE] 1 0 | L-2E Te] 8G 868] Zoe Z9E| Z9E 98] 098 0-98 | 4-98 G9E] TLE L1E] SLE GLE] B98 8-98] L-2E O-€ | 466 0-08 | 086 L86| Ze %1e | 0B 6L | GZ 9.26 | O88 0-8 | 0-2 0.26] Les SES | LES Se | 6FE FEE | LHS SSE] 096 0-68 | 0-68 0-98 | OFE OFF | ECE E-ZE | 6-66 62E| Le Lee] 6. 8I | 8-08 Lg] 218 T2e] 0-28 o-ze | 4-08 TI] 6-0€ 9-28 | 0-0€ 0-2] ZOE T-I€] 0-62 0-08 | 08 O18 | GIE 9-18 | GIS @1¢| 18 18 | 618 618] 8sT 4T | 0-66 8-08 | 6-08 6-08 | &Ie 0.28] 0-08 6-18] LIE 0-88 | 416 988 | O-ZE Ges] F-26 888 | Z2E LES | LCS L166) 61 GEE] BE FE | 08 Tee] LT 9L | 6FS G92 | ZZ 692 | L4G 9-96] EES TLE | 8-43 0-26 | 6S 642 | 0-9 0-86] F-L6 0-66 | B26 0:66] F246 1-66] G26 6.82 | £96 8-86 | %96 T-86 | 9 SL | 646 €-92 | G-€6 1-60] 6-6 €62 | 18 GG | F-FZ EE6 | SFS 1:6 | OFZ 9-E6 | €9S 9-96 | BES F9C] 0-96 F-:96 | 9-66 0-26 | 8-66 9-16 | 896 G16] ST FL | F-93 8-96 | LES $96 | 9-66 F-9Z | FES 9-93 | 0-96 0-26 | 0-96 0-22 | 1-9 0-22] F:96 9-16 | $-96 6-12 | 0-26 9-86] T-L6 0-66 | B26 0-66] L9G F-26] FT Sl | FG 69% | LFS 0-96 | ZFS 9-CZ | GFF 66S] GFZ T-9Z | 0-66 €-9Z | ES 8.9] 1-83 0-26] 8-96 G16] 9-96 L116] 0.9% 8-16] G9 6-86] #96 20] EI GL | 986 GHG | 6-2 6-€2 | 8-ZZ FZ] TES EFS | T-8S 0.6% | ES 0-6 | O-FZ F-FZ | 0-GS 1-96] F-46 F-E6 |] F-9G F-96] 0-96 0-96 | 9-96 6-96] 0-96 0-93 | GI IL | GGG GGG | 0-6 ZS | 9-1 T-€Z | 1-2 §-EZ | &ES EFS] CES 9-76 | 9-FS 6S] 08S SOS] SEZ FES | 6G6 0-96 | F96 9-93 | TLE 1-26] 6.96 696] IL OL | 296 L196 | 0-66 0-2 | 6-2 6-22 | ES EES] ZFS STF | 0-96 642] 0-26 0-46 | L146 L216 | 1-8S 0-86 | 0-66 0-62 | €86 82 | 98 G86 | 7-86 F-82] OF 4-26 F-26 | F-8G FEB | GES F-€S] 0-FS O-FZ | 6ES 6-6 | GES 6-EZ | 186 L186 | OES 6&2] OFZ O-F6 | LEG 9-E6 | BES 0-46 | TES 9-ES | 9-26 0-6 9:02 8-16 | 9-02 9-06 | 1-06 Z-0Z | 1:06 9-02 | G-0Z 0-16 | FIG §-1Z | G2 %ZZ| 8-2 0-€6 | 0-66 16% | 8: 9-2] T-2S T-EB | 8-26 TES | 2S 1-3 €82 L686 | GST €6L | 86L 8-6L | 9-12 G-1% | 0-26 126 | &2S 6-2] 0-2Z 6-2Z | 08S O-F6 | 6S EF | GHG 0-96] GEE 0-96 | ZFS 0-96 | 8S 8-6 8-8 8-6 | GSS SSS] 9S 1-46] SSS 9% | $4 EGG] FOB FOS] BES B96] 0-93 0.96] T9S 1-93 | 696 E96] 19S TL-96| LLG TLE] 0-26 0-22 F-6L G-6L | F-2L FLT | GLE GLE | L6L 60 | &-6L €6L | &8I 88L | 281 L810 | @8L 8ST} 88L 8-S8L | 46 9-61 | L-6L T-6L | 8-6L 2-61 | 9-61 9-6I 0-26 L122) L6L @1G| ZI 0-€% | 2:06 ZZ] 10% 4-2 | 206 GIG] ZIG 8-26) GIS L262] 62S 62 | 1-2 LFS] 68 F-F6 | 616 0-82 | SFG 8-FZ L4G LEG | GHZ THE] GFZ GHZ) EFS EFS) SHS GSFS | 06S 0-66] GES SS | LGB 1-66] 9-6B 9-66 | 166 9-C% |] €E6 €E% | ES E-C% | 9-96 9-96 L-81 L-81 | #6 F-2Z | %2G G2] FS FZ] GZS S| 9-16 9-16] G1 E&I] L-16 1-16 | 6-06 6-02 | 4-06 2-02 | 206 Z0Z | 9-06 8-06 | &0Z &-02 G6L G6L | ST §-ST | 6-SL 6S. | LOL L9L | OLE OLZL | GLE GLL | G9L $9L] O2ZT OLE | 8-242 8-21 | 6-L2T 6-21 | 0-6L 6-81 | 6-8L L8L |} F6L G61 pm “Aid | wm “Aid | eM “Aid | yom “Aid | eM “Lia | gem “Aid | eM “Id | eM “AIG | eM “AIG | “PM Aa | eM “At | “eM “AI | eM “AIT BEN NEVIS OBSERVATORY.—HOURLY VALUES. AN OHO OM DO AN OH OD OM OD “Wes ‘QUStUpl & GG 1G 06 61 8T ZT 9T oT tL ST ‘saTog ITM ANY AUC —AXNALVAFINAL ‘G88l IIYdV | ee BEN NEVIS OBSERVATORY.—HOURLY VALUES. 86 "SNVAN| §-8G Té | &-€& 0g | 0-E 6G | P&E 8G 1-9 1G | 0-28 96 | 6-6E cB L-0§ FG | 8-1& €& | PIE GS L-08 IZ | 0-08 0G | 4-86 61 6-6 SI | 2-84 LT | 1-62 9L | 0-86 cL | 6-06 FL | Lz SL | 9-14 6L 0-96 IL 0-76 OL LS 6 0-&4 8 6-14 L 0-46 9 G-GG g 8-836 4 €-&% § 0-86 (a 6-16 I €-1& oan ae G-86 G88 0-68 ¥-&& L-G€ 0-28 L-&€ T-0 8-TE GE L-0 6-66 G83 8-73 6:76 1-66 0:82 6:08 (ke 0-64 0-92 L-43 L-G L-& 0-46 0-8 £26 L43 §-&3 0-82 &-1& €-1& “AIG Ir 0-86 9-ZE 0-2E 0-&& L-¢ &-98 £68 9-66 0-28 ¥-1§ 0-18 8-08 6-16 8-76 §-86 0-66 T-16 1-08 0-16 €-16 G&G 1-8 L-¥G 0:46 G-GG LIZ £06 &-G6 §-&Z &-86 ¥-08 0-18 "hI ot 6-96 0-6& 0-18 L-€@ B98 1-98 8-18 6-86 G-0& G16 1-66 L-I& 0-86 1-46 6-22 9-96 G-96 9-86 L-¥6 0-FG £76 9-G% 6:06 0:12 £06 L-&@ 6-61 L1G GGG £86 6-8Z 0-18 “JOM G96 9-96 | 1-93 0-GE 0-GE | 6TE 6-08 2:08 | 8-62 LCE L-GE | 9-6 6-98 §-98 | 0-96 LPS LE | 2&6 0-GE 0-GE | 8-1E §-86 §€-86 | 1-8 T-0€ 1-08 | 8-62 G96 G86 | 0-16 8-86 8-86 | 1-82 0-08 6-62 | ¥-86 6-16 8-16 | 1-16 0-72 8-8 | 7-8 9-16 9-12 | 8-16 0-26 0-26 | ¥-96 L9G 1-92 | F-S6 9-16 9-16 | F-9% 6-FG 6-76 | 0-92 8-& 0-96 | &-& 9-6 9-86 | GES 0: 0-6 | 8-2 6:06 6-06 | 2.06 < 6-L1 | 0-04 T-06 1-06 | 9-61 6:06 8-06 | L-8T G@S8L G8 | 0-LE 6:06 6-06 | G-0Z GGG GCG | GS £66 §€-66 | 0-66 1-62 21-66 | 1-66 6-08 §-0$ | €-0€ yom “AI | “92 Ah G96 | 8-96 6-1 | GI 1:66 | ¥-6 9-GE | 1-6 0-98 | &-9& L-E& | 0-8 0-GE | 8-6 T-82 | 0-86 8-6 | 9-66 6-66 | 6-16 1:86 | 0-86 ¥-8Z | 0:86 9-16 | 0-26 G&G | 9-6 8-16 | 816 ¥-9% | ¥-96 4-6 | 8-46 ¥-96 | 1-6 0-96 | P46 8-76 | 0-86 G6 | 0-62 8:2 | 9-63 G-0G | 1-02 0:02 | 0-61 G-61 | G61 1-81 | 6-81 2-91 | ¥-91 T-06 | &-1Z GE | &-GS 0-66 | 0-66 1-66 | G-0€ §-08 | ¥-08 *A1d | “99 AN ‘saTag d&\, GNV AUqQ—auUnIvuTaNgy, “G88l AVN €-96 6-1E 1-66 T-&& 0-98 0-F§ 0-96 0:86 C-66 L-¥6 8-16 €-16 6:96 L-& 0:26 6-96 8-& 8-&% 1-93 8-66 0-61 1G P81 0-16 6:81 §-L1 8-91 8-06 6-GS §-86 1-66 £.8% PM F-GG 8-1 1-66 L-&& 0-98 L-P& 8-96 0-8@ 6-66 &-96 8-16 £16 6-96 L-& 6:16 &-96 8-&Z 8-3 L9G 8-GG 0-06 LG ¥-81 6-0@ 6-81 &-LT 2-91 8-06 6G &-86 1-66 ¢-86 “£1 &-o3 6-16 6:86 L-8& &-9E G&S 9:76 0-62 9-66 1-96 G-18 G16 6-96 1-86 &-G6 0-96 6-&@ 0:76 G-GG 0-46 8-61 0-&@ LI 6-66 9-81 LT 6-91 9-06 6-2 G-86 1-66 ¥-86 “JOM AN OHO ONE ORO 87: BEN NEVIS OBSERVATORY.—HOURLY VALUES. "SNVOIT 86 am NO mM 10 Oo r+ OD 8:96 6-96 VCE §-GE L-1& 0-18 [GE 1-6 G-GE 9-CE GE = F-GE LTE 0-8 €-66 €-66 G-0€ $-0€ 9:86 1-62 9:86 9-8Z 1-66 1-66 8-16 8-14 9:66 9-46 V-86 9-€%6 6-96 6-96 ¥-96 ¥-96 8-96 8-96 8:96 8-46 8:96 F-9Z 8-86 0-76 8-16 0-66 9-16 16 L1G GIG L1G G16 1-06 9-06 6-80 6-81 L1G T-1Z 9:G6 £-G% GLE GLE 08 €-0€ 0-66 1-66 qoM ‘AIG “ULey 9:96 1-9 0-48 6-18 0:38 0-28 0-83 0-8 BFE BFE GFE 6-FE 0:38 0-48 66 F-66 0-63 0-62 0:08 0-08 L4G 8-46 L136 9-18 GLE GLB 0:83 0-8 6-83 6-83 ZZ 8S GFE §-FG GES G-€Z 0-73 6-83 BS 6-96 FEZ +83 8-61 0-06 6B 6-86 9:81 9-8T 6-16 6-16 LLT L-L1 6-241 6-LT 6-81 6-81 T-6L 1-61 G86 €-€ 885 8:83 9:86 9:86 qomM “AIG ‘qUstUply ‘881 AVIV 6-96 6-18 0:66 1-6 6-FE 0-98 0-6& 6-86 6:82 1-08 0-96 6-16 1-22 6-16 8-&Z 1-3 1-9 0-76 6-76 1-96 0-76 6-61 0-€@ 6-81 0-26 6:8T ¥-81 8-61 61 6-&@ 0:66 8-16 “JOM &% 8:96 6-1E 0-68 1-66 6-F& 0-9& 0-G& 6-86 0-66 1-08 0-96 6-16 1-12 6-26 8-& 1-83 I-&@ 0:72 8-76 GGG 0:76 6-61 0-€@ 6-81 0-26 P81 F-81 8-61 F-61 6:&% 0-62 8-16 “hig 1:93 1-96 0-G& 6-18 0-68 6:18 0:66 0:66 GGE 1G GCE G-GE GCE F-CE 0-63 0-62 6-66 6-66 F-0E 4-08 6:96 6-96 9:86 9:86 G16 6-16 0-86 0:86 1-86 9-8 T-G6 1-2 1-96 1-96 0-FZ 0-76 6:76 6-FZ 6-96 §-96 6:86 6-€@ 6-61 6-61 9-2 &-GB L6L TL-61 6:16 6-16 0-61 0-61 P-8L F-8T 9-61 9-61 8:06 8-06 46 FG 9-66 &-66 1% §-1Z yom “AIG (46 G-96 9-96 | 6-96 0-28 L-1€ | 0-€ 0:28 6-1€ | 0-68 6-86 6-86 | 6:86 0-G€ 0-G€ | 0-96 8-GE 8-GE | 09E FEE FEE | 0-FE 6-8Z 6-82 | 1-08 T-0€ 1L-0€ | %-0€ 0-1€ 0O-1E | 6-08 0-8Z 0-86 | ¥-8Z 6-8Z 6-8Z | 1-62 26 GLl& | 6-14 0:86 6:16 | 6-86 0-FZ 0-FZ | 0-76 6-26 6-GZ | 6-86 T-26 1-16 | 0-86 0-26 0-26 | 8-96 GEG GZ | 1-3 8:96 8-96 | I-24 0-FG 0-FG | &-FG 0-06 1-0Z | 0-06 GES GES | LE 6-61 6-61 | 0:06 8-16 8-12 | 6-12 0:06 0-0G | 6-02 6-8L 6-81 | 6-6T 6-61 8-61 | 2-0 6:06 6:06 | 6-26 G46 GFE | 1-96 0-0€ 0-08 | 0-1E 1-26 1-16 | 6-96 yom “AIG | “99M 1G 0G 6-96 6-C& 6-16 6:86 0-98 0-9§ 0-F& L-08 G-0€ 6-08 86 0-66 1-16 8-86 0-F% 6-&@ 0-86 8-96 L-& 1-16 $76 1-04 L-&@ 0:06 6-16 6:06 6-61 1:06 6-06 1-96 0-1 6-93 "£IG 16 ¢-0& L-G& G-6Z ¥-GE 0-28 8-FE 8-08 9-08 9-08 §-82 G-66 L1G T-16 g-FG 0-&% G86 £16 0-96 L-16 8-76 6-06 &-&6 0-16 &-GG &16 L-06 1-0 1-& 0-26 €-1E 1-96 “£1 LLE L116 6-6 6-28 8-ZE 8-GE 0-2E 8-18 L168 0-98 8-28 8-LE 0-8 0-9€ 8-08 8-08 GIE GIE £08 §€-08 6-86 6:86 0:08 6-66 G86 1-86 1:96 1.9% L4G F-GG 1-96 1-93 0-62 0:66 6:96 6:96 6:96 6-96 GLE §-26 0:96 0:96 106 G1Z &-&6 §-&Z L1G 1-16 0-€6 0-84 6-16 6-16 1-06 1-06 0-16 6:06 9-6 -&@ 6-46 0:93 LTE L-1& 1-93 8-93 ‘yom “AIG 81 1-86 &-§& G-G& 9-GE 9-G¢ ¥-L18 6-98 0-18 &-16 G-1E 6-66 0-0& 0-66 8-96 1-& 6-96 0-66 1-86 GLB 0-16 6-96 &-16 1G 0-&@ 1-8 8-16 €-06 LG 1-& 6-96 6-18 LLB “JOM ‘'SHTING LOA GNV AYQ—duALVaTaNg], LT 1-86 G&S GCE 9-68 6-9§ PLE G-9§ 0-18 LI1é GT 6-66 6-63 6-86 GLE 8-6 6-96 0-66 9-86 6-16 0-22 6-96 0-Gé LG 0-86 L-& ¥-GG €-06 LG L-€ €-96 LTE L1G “kid G86 F-86 GEE GEE L-2E 1-E LE L&¢ 6-9 8-9E 8-96 8-9 O-¢cg €-c€ 0-1E 0-1 0-2E 0-2 1-0€ 8-08 6-66 6:62 0-0§ 6-62 0-66 6-86 8-96 b-L1Z GCE 0-9% 8-26 8-16 1-6 1-62 0-66 0-62 F-86 4-86 9-86 §-0€ €-96 §-96 0-26 1-86 6:26 -&@ 6:26 6:26 0-6 0-&@ 6-16 0-€ €-06 €-0G 1: L-@% GS FES 0-26 0-24 8-1E 6-1¢ 8-16 8-1 yM “AIT 91 €-86 $-8Z G-8E G-E¢ GGE 1-6 6-6€ 6-& 0:98 -9€ 8-26 8LE 87S GE 0-1E 0-1€ 0-28 0:-6& 6-66 0:08 8-66 1-66 G08 1-0 0-66 6-82 0:93 0-12 8:76 0-92 G86 9-86 0:66 6-82 £66 §-66 GLE G16 L66 TLIé 0-86 0-86 9-16 1-66 L4% T-4% ¥GG FSS L8G 1-84 6:16 §-GZ 0:06 0-06 0-16 1-16 1:86 1-8 G16 BL 6-1E 0-2 G86 2-86 yom “AI CT ¥-86 g-§§ 0-6& 9-86 0:98 6-18 8-F€ 0-1€ 0-28 0-08 L-1& 0-08 6-86 8-96 0-93 F-86 6:86 T-08 F-8Z 0-86 1-96 G16 6-6 0-26 GGG G16 L-1Z 0:76 GG 1-16 &1E 9-66 “JOM 1 I-86 %-86 SE §-&& 0:2 0-ZE 6-8 6-S€ &a¢ §-G¢ 8-9€ 8-9E FEE 0-F€ 0-0€ 0-08 6-1E 6-1€ 6:62 9-08 G-6Z 9-62 0-0§ 6-66 8-86 1-82 ¥-9Z F-96 F-FG 8-FG G86 G83 L16 LLG GIS GIE 0-26 0-12 0:66 0-0€ 0:96 6-46 L1G §-86 0-16 0-1Z 0:26 6-22 1-86 G-&Z L2G 1-86 T-1G 1-16 F-€6 &-§% 9-6 9-8 0-86 0-82 1-08 1-08 0-0€ 0-08 mM “AIG &I “SNYEIT mA NOH iH Om OD ‘sxvay| 9.98 1g og | 0-ze 6 | L-9¢ gz | Lh 1% | 62% 9% | 1-68 , cz | 8.88 | w | Lee =) Ga a ts e Ze | e.Fe > 12 | 218 al 0% | ¢-98 PI 6L | 0-F8 = : 5 SI | zg¢ o Lt | 648 gt | ee by cL | 0-28 faa FIL | &G8 = | et | 00% ai ZL | 8-2¢ a IL | 0-8¢ Fl | ot | ¢0e ai] : S 6 | 9-82 g | $98 . L | +8 a} 9 1-08 A ¢ | ore Z, 7 | 692 Ee ¢ | L-8¢ e | &8e tL | 6-2 ‘JOM 1-96 0-28 LE GLP ¥-LP 1-6 6:38 6-8 G-0§ 0-F€ 0-18 6-98 G-8& 8-F& 0-98 L-&é €-1 LTE 0-0F 6-LE 0-88 0-08 £66 L-&& £:7& G08 6S 0-98 §-88 L-&& 0-68 “JOM 9.c8 | 1-48 Gc | 8-1E L498 | 148 L-L¥ | 8-9F 9.6% | T-LF GIP | 0-96 0-SE | F-PS 9-8 | L168 G-08 | 0-1E 0-FE | FE 0-1€ | 0 GOES | 0-FE G.Eh | 6-8E 8-FE | LFE GS | 0-FE ¥-GE | GE 6-18 | 8-08 0-98 | &&E 0-0F | 0-68 €-LE | 1-98 0-8E | 8-ZE ¥-GE | 0-08 £66 | 6:86 0-28 | GFE FFE | GPE G08 | 0-62 G#E | 0-98 0-98 | 6-8 G8 | 6-68 6-LE | 6-28 €-ZE | 0-28 “Ald | “JOM 88 L-9& 0-28 L-¥§ GLP &-8P 9-68 6-98 8-18 0-1é ¥-&& £0 0-%& G-&& L-¥& 0-7& GFE 0-1E 0-F& 0-68 0-28 8-18 0:68 0-62 0-98 GFE 0-66 0-S¢ 8-c& 6.68 L-LE 0-G& aa | ¥-F§ €-1& 0-96 8-97 LLP 8-FE 0:38 0-1E 0-08 0-&& ¥-08 0-88 G-6S 9-86 6-88 ¥-&& 0-08 0-8€ &8& 0-9§ 8-98 6-62 0-82 GPE LL& 6-66 6.98 Los LT 0-88 0-68 “JOM 0-98 8-&& 0-08 G98 0:87 & Lh 0-7€ 6-28 8-08 ¥-08 LGE& £08 0-68 &-G& 0-€€ L-€& 0-68 8-08 0-2& 0-88 9-F€ 0-96 6-16 0-26 &-62 0:96 1.86 0-26 ¥-F& 0-1F PLE G16 “JOM &-F§ ¥-&& $-0€ 6:98 6-17 6-97 6-88 9-08 G-0€ 0-08 0-6E 6-08 0-38 8-2E LE 6-88 0-28 0-08 0-6€ 0:88 0-78 9-€& 8:46 0-82 &-66 0:G& 0:26 6:68 L¥& LTP 8.96 L-Ié JOM ¥-7§ G-08 6-98 6-87 6-97 L-¥E 9-€& G-0€ 0-08 0:28 6-08 0-6€ 8-G& L-GE 6-88 8-GE 0-08 0-G& 0-88 0-17 9-€€ 6.08 0-82 1-96 0-98 0-22 L-66 LE 0-1P 1-98 0-18 “hd 0-7§ ¥-&& 0-18 GLE 0:87 &-9F 0-F& 8-12 6.62 0:08 0-68 &-08 GCE &-&€ LG8 6-88 6-16 6-08 LT€ G18 8-oE 1-68 0:¢% 0-18 €-1 6-86 ¥-98 9.68 GPE 1-68 G-8€ &1E PM z 0-7& ‘SHING LOA, GNV AY([—GUALVAGANaT, G88I ANOAL LE 8-S€ 6-1 0-68 G-9F och 6-88 616 0-08 6-6 0:8 -0€ 6-78 0-9€ 0-28 8-78 8-08 6-66 L-8& 6-98 G-6& LG 6-96 8-88 G-8& 1-60 €-96 LTP 6-98 1-88 6-98 ¥-1E JOM GFE GPE O-FE 9-FE |SXva 6-08 §-08 0-0F 0-37 G-9F 0-87 | €-FF 0-SF 0-68 T-&8 0:26 8-08 0-08 0-08 €-66 €-6 0-28 0-28 0-08 0-08 6-68 §8-¢8 6:98 6-9 0-2& 8-1 0-C8 6-FE 0-1 LIé 6-08 6-0 T4E 0-68 F-98 ¥F-98 6-68 6-68 8-08 TL-&€ T-96 1-96 LFE ¢-FE G88 6-FE G16 6-18 GLB GLB 9-F 9-GF E88 6-48 L68 068 6-FE 6-FE 8-18 8-I¢ ‘PM AIG if ——_, Tg 0€ 66 8@ 16 96 1G VG &@ G 1G 06 61 mam NO HO DO le DO OD 89 ‘SXVAW LFS F-98 | 686 LHE| LEE GE | SFE SEE |F-FE SCE | BFE 9-68] Foe FOE] 8-ce 8-98] G9e OLE] LOE Tle] Loe 0-2E | 1-98 698] 6.¢€ 9.9¢ |’SXVEW 1g Tg 0€ | GCE 126) 61 OLE | OSE BEF | LIE 9.28 | 218 61€ | Fee G-ze| see g.ec|ere Fe] LbE Le | 6-Fe O-Ge | Le 8-78 | OFE SFE | ZEs O.F8 | 08 66 | FSS G96 | 0-66 LOE] 0-1€ OTE | 0-18 0.18 | 0-2 6-18] Les Lee] 6S 0-68 | 9.4¢ ce] LFe |ece|oce 9.¢¢] zce 0.99 9-9§ 8-98 | 0.98 T.9¢ | 62 86 | L9F 81h | LIF LIF | 0-8 O8F | BSh BOF | SSF 89F | Bch ZF | LLP O8F | £27 0-0¢ | L-Lp 9.8F | 0-97 0:09 | 62h 8-6F | 82h 0-6F | L.6F F-09 | 82 46 | 916 8-8) | 0-26 L8F | L8h F8F | LF 98h | LLh L6F | Z8F 8-6F | L-6F 9-09 | cer Z19 | Z6F 0-09 | 66F O-TS 10S 6-09 | 10 0-89] 0.0¢ 9.2¢ | 22 9 | 0-98 F-88 | FIh 6EF | OTF LBP] 8-0F 82h | Zhe 62E| FFE 688] 6-08 8-88] F118 LOOP] e9e Lee! 2:98 6-0F G6E 0O-¢F | 668 GIF | 0-0F BF | 92 $6 | GCE GFE | GEE 6EE | LEE LE] Lee LFS | Be 6FE | 06g Lee] Fes L198] Zee te] eoe Le | 9Fe F-98 PGE 826] 9-98 648 | FE 9.9 | GZ FG | 0-3E F-28| T08 LIE | 808 818] 0-28 028] G-1€ 62e| 6c Lee] S68 688] ore Vel ere woe | ere LFE BEE GE] 0OGE F98 | OF8 GFE | FZ & | 8-08 8-08 | G08 G0E | €08 $08 | 0-1 0-18 | 0-28 8-1g] 0-28 08} 0-2 0-2¢]o0z¢ ose | Tze Lze|oze oze 0-2E 0-28 | 0-CE 0-48) SIE SIE} & G6 | 0-8E 6-72E | 5-66 G62 | £66 £63 | 8-62 8-62 | 0-08 6-62] 0-18 6-66] 0-28 8-1¢|TLFe Le] ese se] 0-8e 0.88 GLE GLE | E9E E98 | F-ce Fog | Te | 218 L1€ | LB LCE | 98 9-68] OFS OFF] OF OFE | GFE GFE] OFE 978] 9.¢¢ 9ee]ece 6ze| Ooze Lze 0-GE 0-GE | 0-GE OE] 6-1E 61g | I 0G | 688 8ZE| 1-65 0-62 | F-62 F-63 | G66 1-62 | 0.0€ 0-0€] 9.0 9-08 | O-1€ 0-18 | 61e O18 | 0ze BIe| uze wze 8-66 8&6] 0-28 0-46 | ele gle} 06 61 | GSE Toe | 9.98 G98] 0.88 0-86] 0-86 0-88 | 8-2e ele] ele BLE] 0-8E 0-88} Tze TLE | 0-98 0-96 | 298 L26€] 9-FE 9-FE | O-FE O-F8 | O.F8 O.FE | 6 SI | FSS F-98 | $98 £98 | F98 F9E]} ele 828] 0-86 088] 686 682] 0-68 0-6¢| Tee T.6e| Zee Z6C | 0-68 0-68 G1E G1E | 198 8-98 | T-98 T-9e | 8T AL | 988 888] 1-28 0-38] Le O%E |] T2e Tze] oze Ooze} eze @ze| ore o-Fe | o.F¢ 9-76 | &8E 8-EE | LEE 86 | GES 8.68 | 0-CE O-FE | FFE FFE | LT 91 | GPE BE) BFE BFE! 0.98 0.98 | Foe SG] Goce Goce] o9¢ O9€ | L9¢ 198] oe Ble | oe L9G] 9-6E ese G9E G86] 8GF 086] Loe 6.98] YI SI | GIS $1] 8-08 608 | 0-1€ 6.08] 0-18 6-08] LTe LI] 0.ze Ooze | 228 L2¢]eze ¢zelece 62¢ | %ze 9-ze L@& L8 | 0-6E 9-8 | 0.68 Teg] ST FL | GES BE] OBE 6-08] OTe 608 | Lee Tze] eze ¢ce]eze 62¢| Lee weel ses etelone oce | ace 0.98 0-98 0-16] GSE 698] 0.¢g 0.98 | FT fl | G28 T8E] LIE 998 | eze 0.98 | Ges Te] 088 Sle} ere ele] pce ee] ogee ose] oe 6881 9-6e 2-68] 6 68 0-0F | 8-0F O0-IF | 6-0F 6-07 | ST GL | P28 888] GLE Sle] Ble Ble) Lle Le} ole cel ose Ble] Ole Tle] ese ese] cose 9.8 | 68e 0-62 6-88 0-68 | 888 688 | Z8E ¢€98e] GI II | 6-9€ 98 | 1-68 G6E | 8-ce G18] 0.98 F86| L9e 628] 0Ge Ble] ose Soe] sze tle] see T6e| 8-8 8.8E 6-6€ 0-0F | 6-88 688 | L-8 T-8¢] IT OT | 0-66 61 | TOS O88 | 1-62 868] 0-26 Lee | 808 &es] se 68] L1e 6FE| Og Tce] Ooze 09¢ |] 68 62¢]0.ce gce| 60g ¢#e| ze o.ce! OF 6 | G65 9-62 | 9G €92 | 1-26 I-16 | 0-83 0:82] 6-22 622 | 0.83 8-82] B83 $60] F-62 Ze] 9-82 £08] 0-82 0.08] ela %62| 86 #96] 9.22 6.92 8 | Lr GLE) TES BFE] Les O68 | OF 99¢ | Lee €¢9e] Lee T9e]08¢ ese] ese oF | F2e LIP] s-se oer fl ele LIF | 9-2e OF | 2¢e 0.68 4 | G88 G96 | 078 Lee | Lte oce | ete coe] pre Tee| sre oce| ree o9¢| ace z9¢|ece 69¢]09e 6le|ece woe] eee ce | Fre FFE 9 | 963 O1€ | $26 LE] 12 LZ | 162 &ze] 263 8-26] 80g cre | aEee 6ce] cee Foe] ere Og | O88 Loe] sze Lee] oze 9zeloze aze G | 0-98 6F€ | 1-66 0-62 | 0.08 6-62] 1-08 0-08 | 608 108 |F1e €1¢|618 LIe|oze L1e|oze 61] eze L261 028 ose} sce 9zel Lze Lze 5 | TLE Lle |] 60F 80F | 0-0F 668 | L6e L6e | 0.68 688 | 0-0F 668] 8-68 26] 8-6¢ 86¢|0-8¢ 086] Oe 69¢] 668 bce] Ooze o2e| coe zge BEN NEVIS OBSERVATORY.—HOURLY VALUES. GLE TLE | 986 988 | 828 116] 6-2e BLE] 0-98 0-98] L198 T9e] L-9e T-9¢ | 0.98 0-96 | G9E G9E | G9E S9E | 69E 6-98] B2E TLE | L-8e 6-Le &GE 8-4 | CE 0-68 | 0.28 SFE) ole &FE| @IE Lee 8-1€ 61€ | Le EE | Le 86] LF GPE | 6EE O-FE | FE FFE | 8-88 688] BEE 6-EE PM “Aid | “FM “AIG | yoM “AIG | “TEM ‘Aid | ‘eM “AIG | “JOM “AIT | QeM AIG | OM KI | gem AI | JOM AIG | Fem A | YAMA "99M “1G mA N OHO OM OO DD ‘UBO, ‘U5 tUpI &@ GG 13 06 61 81 ZT 9T ST las &T a a a en a ee a ee ee a ‘saTng La GNV AYQ—HUNLVUGINA], ‘ssl ANAL BEN NEVIS OBSERVATORY.—HOURLY VALUES. 90 mN oO HH OO oN ODO 6-96 0-78 £-FF 8-GP 8-0F 1-68 ZF 6-2F L-0F aah IT 0-9€ GEE 0-77 G-GP 0-1F 8- TF 0-17 8-LF 1-88 "kid 1-9€ £8 8-€F &-GP 0-17 ¥-GP L-GP 8-9F 9-LE "hid 0-F€ 0-€€ G-&F LGP 0-17 8-98 LCF 6-17 €-L1E “TM 0-F€ 0-€& ¢-&F LGP 0-17 8-18 8-GP 6-oF €-LE “Allg 1-88 0-&& &-&F 0:GP 0-17 ¥-9§ 8-1F 8-68 P98 “JOM L-&& 0-&& &-&F 0-GP 0-17 8-96 8- TP 9-97 ¥-9€ “£1 L6& 1-8 | 6-88 GEE GEE | BEF 0-8) 0-€F | F-2F Ly LIP | 6-1? ¥-0F F-0F | ¢-0F 0-9§ GLE | 0-SE €-Ih €-1F | LIP €-c8 1-9F | Z-€8 T-9E 1-98 | 1-98 yom “Aid | JOM 8-68 0-F§ 0-GP &-1P L-0F 8-o€ 1-0F 8-88 €-98 JOM 8-28 0-7€ 0-GF &-1F L-0F 0.98 L-0F ¥- LF €-9§ “AIG ‘SIO LEAA GNV AUQ—HYALVAGANG, "G881T ATOL 6-6E 0.8§ 8- TF 0-GF ¢-0F ¢.e¢ L-GF 1.cF €-68 “£1 no AN OHIO ts _ lop) BEN NEVIS OBSERVATORY.—HOURLY VALUES. “SNVAM| Z.0F 1-3P 1g 08 62 83 13 9% GG VG &% GG 1G 06 61 8I jit 9T ST FL mN ow mH WO Oo Mm O OD 0-2F 8-8 LOF F-G 9-cF 1-1S FP 8-67 8-6F 6-LF FEF G-6P 0:09 ¥F-0¢ 68h 9% 0-67 F-c¢ 0-97 0-LF G68 TF TLE 0-88 &PE 6-FE L9€ .9E GEe L&s 9478 9-FE G98 G-9E GCE 9-GE SFR §-FE 9-28 L-2E 8-88 8-8E 0O-1h TIP G-9E G-9E 0-FE 0-FE GIy GP GCP GP GIF GIP ¥-8E §-6E vb GIP G-0F 6-SF G-8E §-0F "Jom "hig “ULoy 668 LIP 62h 6-6F 08h §-1¢ 0:9F 1-67 0-FF &-8P 6-68 &-oF 9-18 G.9F T-0G 1-09 9-29 0-€¢ 0:09 € 6g OLF 6-LF 6-1F G&P 1-98 0-28 &GE €-& 0-FE 0-FE GCE €-6E GEE GE O-FE 0-F& L68 1&8 0-€& 0-& 6-GE 8-GE 0-68 0-6E GIP PP LOOP T-0F 0-GE 0-G€ 0-88 0-88 81h 8-1 6-17 6-1F 1-06 21-0F 0-88 0-88 6-[F 8-GP LOF F-&F ym “AIG ‘YSU 0-0F 0-87 6-LF ¥-9P 8-FP 0-07 8-LE 0-19 L6G L-6P 8-9F 6-1F 0.98 €-6 L-&& G-GE L-&& 0-7& 8-&& 0-&& 6-G& L-Gé 0-1F G-0F &-G& G.8E GIP 0-GP 0-17 6-88 6-17 L-68 JOM & ¥-0F 8-Ih 0-8F 1-09 0:8F G6 0-LF 0-1¢ 8-FF 0-67 6-EF 1-2 ¢-8E 1-87 &1¢ 8-19 0-19 6-69 G-6F §-F¢ 08h 8-8F 6-1F &-€P 0-48 TLE 8c 0-98 1-98 1-9€ 9-1E #F-1E 18 1-88 GE GFE L-8& 1-€8 9-E€ 9-8E 6-28 8-68 6:6 6-2 6-0F 6-0F L0F 1L-OF 9-6 9-2E 0-88 0-88 0-cF 0-GF 0-GF 0-GF LIP GIF T-0F 1-0F GIP L-&F L-0F 6-8F yom “AID GG ¢-0F 1-87 6-8P L-L¥ 6-¢F 0-47 6-68 L-87 1-6 L1G 68h VP 0-28 0-9€ L-2& L-2 8-8& GFE G28 0-7§ &-GE 6-68 6.0F T-0F 9-6 6-66 8- LP 6- LP L-0F LIF G.GP 8-0F OAL IZ 0-GF | 6-0F LCF | F-1F FEF | 91h 9-Eh | 0-6F F-1G | T8h 0-69 | 6h €-9¢ | 68h F-99 | &-6F L8G | 16h GPG} G0G G9G | GO0G 1:99 | 0-19 0-2G | 08h OSS | 8h O-FG | 0-67 &-E9 | F-67 0-6F | 9:9F L1G | 62 9-89 | €-8F 8-F9 | GBF 6-15 | GE €-6F | L9F 6-09 | 68h 0-8 | 6-LP GLb | F-1b G8P | Gh 0-09 | LIh &-6F | 0-67 €-8F | &6F ¢-6F | ¢6F L-6F | 1-09 0G | I-09 €3¢ | G0 €F9 | 7-09 0-96 | 86F GLE | 6-29 6-F¢ | L0G 0.99 | 0.8 T.9¢ L-6F | 6-2F 6-8F | 1-Jh 0-8F | O-8F 9.8h | &8F FFP | &Gh 8-SF | 0-€F O-LF | O-8F 8-LF | 8-8 L1¢ | L2€ 9-88] ¢68 O-TF | €68 0-1F | 2-68 TL | 298 ¢-2€]0.2¢ 628] TLE 0-8 | 8-98 T-1¢ | 8-28 8-28 | 9-8¢ 1-88 | 2-28 0-88 | 0-88 I-28 | 0-68 O-€€ | Gee Gee] LE TE | SFE gee | 2-68 188] 68 6E | O-FE O-FE | 1-8 GFE | LE LE | GCE SE | 0-9 0-96 | 0-FE GE | LE 9-28 | 0-28 0-28 | LZe TZ | 9-28 0O-FE | LE T-PE | O-CE 0-98 €-2E | OSE OSE | 0-8 0-€€ | SEE FEE | L-FE 6-328 | 68 6&6 | LE Le | TGs Lee | 6-96 6-0F | 0-Ch O-Gh | 0-ZF 0-ZF | 0-F T-Gh | 0-2F G-0F | &-0F 2-0F | 0-0F 0-0F | 6-68 6-68 | &-68 9-28 | 988 GE | LEE LES | FES F-E8 | 0-FE 6-68 | &-68 &-6& | 6-68 6-68 | 8-8E 8-88 | G68 8h | 8Gh 8-Ch | 92h Lh | LCP 8-GP | 0-8 6-IF | 81h 8-Ih | Lh LIF | 0-Gh 0-GF | 0-GF L-0F | 9:06 1-07 | 6.0F 6-0F | 6-0F 6-0F | F-1F Lit | 21h 21% | 81h 8 1F | 81h 81h | 0-67 €&-cF | Lér Lor | 0-Sh €-9F | 0-FF L9OF | 6-FF 6-SF | 0-68 6-&F | hh OCF | GCF SEF | 0-17 ‘Sid | pM “Aid | JM “AIG | “JAM AIG | “99M 06 61 81 hi 0-47 0-6 P19 0-44 0-99 -64 0-19 1-09 0-69 8-6¢ G-6F .8F 6-0F F-L8 0.88 8-48 1-48 0-78 9-68 1.9& LE 8-9& 0-GF £-68 0-4& 6:68 L&P 0-GF cP L-GF LL¥ G-&P *kIG &-GP ¥-8P 0-19 6:87 T-6P 8. LF 0-7 0-0¢ GGG 0-84 6. LF 6-8 0-0F F-98 8-0F L-¥¢ 1.8 0-9€ 0:88 6:96 G.F§ ¥-0F 0-GP 0.68 &-FE 0-68 6-07 6-17 6-1P L-GP 8-FF G-0P JOM 91 &-PP T-6¢ P-L GGG ¥-Gg 0-64 0-1¢ 0-09 6-69 §-o¢ G-8F G87 0-17 T-LE 6-07 L7§ 1-96 0-96 0-88 6:9 G.9& ¢-07 0-GF 0-68 &7& 0-68 0-&F 0-GF 6-1F 6: GF 6-9F 0-&F “£1Q ST 0-2F &- 97 0-1¢ 0-04 &-67 &-LF 0-27 ¥-6F 66S G:6P L-8F LIF T-6 0-98 6-07 GFE L-9& 8-9¢ LE 8.98 GFE 6:GF (a7 9. 8-&& 0-6F 0-€F LIP LT LGP 0:87 Gg. JOM tL 8-1? F-EP 8-67 1-09 6-1 8- LF L-9F ¥-LF 9-1 0: 67 &-67 0: TF L-8§ 0-96 0- TF GFE 8-98 §-9€ 8-§& GLE 6-GE LTP LIP 0-18 0-F€ €-8F 9-GP 0-17 L-0F 8-1F ¥-FP 8-88 “FOM 6-87 0-89 G.LG 0-1¢ 9-6 &-1G 6.09 6-15 6-99 L6G 6-09 9-77 GIP 6-96 0-1F GE 8-96 §-9§ 8-86 8-18 6-&& LIP LT 0.28 0-7€ £-&F 9-GP 0-17 €-0P 8-17 0-87 8-8E "kid &1 "SNVAIC 1g 0€ 66 8@ 1K6 9% G% 1B 8% @ 1G 06 61 81 Hiyt 91 ST ia &1 mn oO HO Oo & CO DD > _ ra ta i 3 > z eS =) | ) ) n pH (o} iam wn 4 mal Ie | LE 9-1F | GFE O-LE | BOE ELE | GFE 9-E8 | FE EGE | 0-E YEE | 9-0E 9-ZE| €-0E SSE] L-0E 618 | ZOE 81E | 8-08 618] 0-1E Oe] Te O€ | 8-6 LF | GCE O-FE | BIE LE | GIS 1-28 | LOE O-GE | 8-66 SIE | §66 OTE | €:66 6-08 | 8-66 8-0€ | 9-66 6-0 | 8-66 0-08 | 0:08 T-08 | 08 6G | 6-16 1&8 | &1E GEE | 60 6-16 | 466 0-TE | 6-86 0-08 | F:86 1-66 | &-8G 0-66 | 0-66 0-66 | 0-66 9-62 | 4:86 8-82 | 0-66 6-86 | 0:66 0-62 | 66 8Z | 8-08 8-08 | 8-66 8-62 | &6G §66 | 0-66 0-62 | G8 G8 | I-86 1-86 | &86 €-86 | &86 86 | 4-8 F-8G | 08% 0-86 | G8B G8 | 0-86 0:86] 83 16 | GIE 0-68 | L-0€ 6-18 | 6-66 0-08 | 1-66 1-66 | 0-66 0-62 | €66 €-66 | 4:86 1-82 | 0:86 1-86 | 6-86 8-8G | 0-62 6-82 | 9-66 4-62 | 0-62 6-86 | 13 96 | &-9E 0-88 | 0-98 198 | 0-98 8-96 | LFF LEE | SFE GFE | O-FE LE | 9-6E OF | OF LE | GPE BFE! EOE 98] 0-68 6FE | 0O-GE 0-68 | 9B CZ | 8-ch O-fF | 0-1F G-1F | L-0F 8-0F | 6-68 6-68 | 0-68 0-68 | I-88 T-88 | 0-68 0-68 | 0-6€ 0-68 | €-6E €-6E | G68 Z6E] 68E 6-88 | 6-6E 0-0F | GB FG | OFF «GFF | SF OF | Soh 6LF | FFF LL | Gh 0-Gh | LCP 9-8F | OCF SEF | 0-€F LEP | 6-Ch F-Sh | LCP 8-Eh | 9-Gh €-FF | GCF GFP | FB & | G&h 0-09 | IF &-8F | 0-Ch F-LF | 0-GF 6-9F | 0-GF T-9F | 0-IF &-FP | &-OF €-FF | T-OF O0-FF | ¢-OF LFF | 0-0F LFF | G0OF O0-Ch | &-1h 0-97 | & GG | SEF 67 | OF OFF | 0-8F LP | 0-1) GEF | F-0F GHP | F-0F 29h | 9-0F O-SF | 6-0F 6-FF | 0-Ih FFF | €-OF 8-CF | 60F G-9F | SOF 6-9F | 2G 16 | 9b GF | e@zr O9F | Lor GOP | LIF ech | OIF 9.77 | Ib 98h | GIF OG | LIF 0-96 | 6-0F OFF | G62 Lor] O68 ZF | O88 0-ZF 1G 0G | IF 9-97 | &0F LPP | 0-0F GFF | 0-0F 6-CF | L168 SEF | GSE Eh | TLE Ler | OLE 0-GF | 0-26 €-Ch | 1-16 O-€h | £98 Gh | 0-0F 9-€F | 02 6 | L&r 2-67 | 0-CF 9-67 | OIF 9-87 | $-0F 0-8F | 9-0F 9-2F | 88 G-9F | O-GE 8-cF | LFE LSh | &-2E O-FF | SE 0-Ch | 8-28 0-cF | 0-GE GCF] GET SI | 0-98 9-27 | 0-98 8-GF | 196 GFF | 6-9E O0-EF | 0-FE LZP | LEE 6-0F | 8 TIF | 0-G€ GIF | 9-68 GIF | 0-98 O0-2F | SFE GIP | 0-GE IT-IF | 8L 11 | 0-88 0-88 | F1E F1E |) L418 L2€ | TLE TLE | 8-98 0-26 | 88E 8-88] 6-1F 61h | F-68 F-6E | 6-6 6-68 | 0-6E 0-68 | 268 L168 | 0-0F 0-0F | LT Ol | L&h B&F | BEF 6&F | OEP O-FF | 9h LEP | 88h 6-F | OFF LF | 8tF GFF | SEF FEF | Loh Lor | 91h 9-1F | 61h 6-1 | 0-1F O-1F | OL CL | 0-68 0-68 | €88 86 | OLE OLE | 0-9E T-9E | 0-CE 1-6 | 0-9 0-9 | GFE GFE | 6EE 6-EE | 6-EE 6EE | L-ZE TL-ZE| 8-2 8-2 | 1-28 Te} ST FL | 28 GEE | 128 82E | 0-E 0-4E | LTE L116 | 108 1-08 | 0-08 0-08 | 9-66 9-62 | $-66 £66 | G6c 1-62 | 0-66 0-62 | 1-66 T-€Z | 0-66 0-66 | FI SL | G86 G8 | F-8G F-8Z | 0-66 0-66 | 1-86 1-82} 1-86 1-86 | 226 G16 | 0-86 0-8Z | 6-86 6-8 | 8-66 8-62 | ¢-08 F-0E | 0-1E 0-16 | 6-1€ 9-1€]} &T GL | FE F-8E | OF O-FE | FEE FEE | 0-E LE | 0-CE O-GE | 0-GE O-ZE |] 0-cE 0-2E | 9-1€ 9-1E | 8-1E 21€ | 0-2E 61E|] L1€ L118 | LIE LIS} a IL | 0-G€ 0-6 | 866 8-9€ | GLE 6-LE | 68E 0-68 | 0-6E 0-68 | 0-8E 0-88 | T-2E TLE | 8-26 GLE | 8-26 8-LE | 0-88 0-8E |] ELE E18] ELE LE OL | GSE GB8E| 8-8E 0-68 | 88E 6-8E | F-8E F-8E | 88E 88E | FS F8E | 0-8E 0-8E | L1E 8-LE | 0-6E 0-6E | 0-0F 0-OF | L-OF T-OF | FF FTF O-€F O-8F | GIF 617 | 91 9-1F | GIF GIP | 0-0F 0-0F | 1-0F T-0F | 6-0F 6-0F | 0-Gh O-CF | 9-1F 9-Tb | 61h 0-2F | 0-Gh O-CF | OCF L-3F 9FF 8-77 | Goh LEV | SbF GFF | O-8F O-SF | 9.GF 82h | 0-Ch OCF | LZ GCF | GC Sh | GCF Zh | F-68 0-0F | OF 6-0F | O-TF 0-1F LOF L247 | G9F 617 | 0-9F 8-9F | OFF O-CF | O-8F Ler | Ler $F | O-GF EP | LCP SEP | Bch GCF | 6h GE | OS LEF | O-SF SEF 0-9F OCF | Gh FF | LEP BEF | 8Ch 6h | OCF Lor | L0F O-1F | GCP O-8F | 668 8-ChF | L68 LiF | O-SF SCF | LOF 8-9F | 1-98 O0-LF 0-2 | L9F L119] 0-9F 0-19 | GOF 8-8F | LSE SSF | &L1E OLF | 0-28 LGF | BGS G-GF | ce O-FP | ZOE O-GF | LSS FEF | $98 O0-EF 6-28 0-98 | eS GE | 0-68 0-48 | GE 6-8 | LZ O0-€E | 0-ZE 0-ZE] 0-2 0-E] 0-GE O-GE} 0-ZE O-ZE | FIE F-1E |] ZTE SIE} O-1E O-1E F1E8 BLE | 648 1:98] 0-98 68] €9E 2:96] 6S 6466 | 0-98 T-9E] 0-6 0-6€ | GCE SCE] Z9E T-98] 69 698] 98 Z9E | 0-68 0-68 OFF 8-9F | GFP GRP | GSP 9-Ch | 6Eh F-FF | LEh OFF | GCF LSh | Sap GLP | LPP LO | &bP U-9F | TOF 8-9F | o-9F GLP | LFF &-8F Loy 1-99 | €Gh 0-69] 0-1F GIG | 9-0F §€19 | 2-68 0-09 | 0-88 6-09 | 0-28 T-I¢ | 8-68 SF | Per GLP | Lh &-6F | O-LF 8-6F | ELF 0-1 pM “Aid | mM “Aid | PM “Aid | PM “Aid | PM “AIG | PM “AIG | PM “id | PM “AIG | PM AIG | FM Lid | PM “AIG | PM “AAG ‘sxvan| 3-66 #-[F | 9-8 10F | #88 %OF | 9-2e F628] 6-98 68e| o-9e FE] &9E 9-88 bes 88 | ¢9e ese] oe os¢|¢9¢ ose | 9.9¢ 9.e¢ |exvanl : eel re BEN NEVIS OBSERVATORY.—HOURLY VALUES. ANMDH NM OM OAR mn ce x HAO HD Om OD 6L IL OL 6 8 ; ys 9 g v § G [ ‘SdTAgG IGA GNV AUQ—aUALVUaANg, 92 ‘S881 LSOONV rr a eee EEE ol iL ss a bt een ee ee ee ee a eee Se) O |sxvan| gre g.6e|¢9e 2@8¢|99¢ ¢8e| Ole F8E) Sle O66 | 626 $68 | LE LOF | T6E LIF | F-68 81h | 868 61h | 868 OCF | 668 GIF | 9-68 L-Th |*NvaN Ig | #ee 9-ce | e-ee ate] Ore SOS | GE GE | OSE 69E | LEE 7-96 | EE 0-48 | ¢e8 628] Ge 38E| L9€ 688] 0-98 &8E]ece L128] 0-38 ese] TE 0g | 028 F281 0-1€ 0-72e | 0-28 O-€€ | LE LEE] 08 LEE | &SE 0-78 L-3& L5€ | FFE 16 | 6FE T-8E |] O-FE 8-98] LSE 626] FFE 0-98 | 6FE 698 | OE 62 | 0-12 ¢1¢ | oe ¢-0¢ | 02g OTE | 1:26 I-18 | 81S 8-16 | G1€ 618 | GCE GBS | GEE GEE | FEE 9 | GE 9-75 | PES O-FE | &-EE 668 | OEE GFE} 6 82 | 0:08 &0E | 0-66 0-62 | 6G 1-66 | 0-08 6-66 | 4-08 0-08 | GI €-08 | 6-0 O18 | BIE GSE] 6e LE | Lee LF] Bee FFE | 0-GE 6S | GTE 61 | 8 lz | %0G 4-08 | 6-86 G-8c | Z6G 1-66 | 1-08 6-62 | 40€ L208 | 0-1€ LIE] OTE 0-26 LIE G@GE|6I€ 8ZE| LZ GSE} ECS O-FE | 0GE GEE | LCE 9-E8 | LB 92 | &re -Lce | ¢6c 662 | 8-08 608 | 218 618 | 028 OZ | SCE LE | 988 GFE] FFE LEE | O98 9.98 108 9-16 | L9E G8 | 0-28 16 | -9E $-8E] 9 ez | 6.6 0.07 | L9e¢ T9e | OLE 69¢| GLE GLE | 0-88 0-86] 0-68 0-68 | L68 L68) OTF OTF | TIF LIF | OCF Ler | eh 63h | Ler L€F | O-8h OFF | o% es «| GP 6S-eF | 8ge 9-se | 28e 282] 0-68 0-68 | LOP GOF| &1h GIF | 81h OCF | CF Gh | Leh SEh | &EP LF | 0-€F GEP | 88h Gh | SFP O-GF | FS =) ec | ocr cor | ocr op | Ler or | OFF SF | FP GFF | OFF 6G | BFF SOF | BSF 0-6F | LEF 06F | L-9F O0-8F | Z9F O6F | 9F G8F | 0-9F OIG | €% = zz loch Gtr | Lp ocr | GIF Or | O-8h Ler | ORF OF | Her Geb | OFF LE | LEP Gob | FFP Boh | SOF Lor | GFF LEP] ESP OLF | BFF 89h | > 1% | Ler 0.9% | OF OF | LOP TOF | GIP T-Sh | OCP GSP | GSP FOF | LEP F-9F | GSP WLP | Leh SOF | SOF 6OF | EFF FOG | Lb SOF | GSF O-8F | TZ by oz |9.6¢ 6er | 6ce cor | 098 GIF | 0-88 8-0F | 0-0F O-ZF | 0-0F O-€F | Lib 68h | OIF 0.9F | BIF SOF | TSF O8F | GSP SSF | LP L-9F | Oh L9F | 0% re 6 | ¢-6e 0-247 | 62 Lepr] TOF O-Gh | GOP StF | OTF SSF | T-2h oh | Lob 0-9) | 80F T-Lh | 8h 88h | 7-8 0-09 | 08h 7-09 | oF 8-19 0-77 €1G | 61 =) st | Loe uPr | ogee ucr] Gee 82h | GFE OCF | OLE 6EF | GOP €-Eh | L-Th 6-FF | 68E G-9F | 0-6 8-2F | 0-68 0-47 | &o €8h | 6-9E L297 | 0-98 6-9F | 8T ‘e) 1. | 69¢ 266 | 6ze 9-0F | 9-3¢ ¢0OFr | OFE GOP | Le LIF | 0-26 €0F | 628 9-0F | GES OTF | 88 GIF | 0-8 FIF | G88 0-0F | 0-8E G68 | 68 68] LT 7 ot | F-8F G27 | 9-IF 8-1 | O-CP Lor | O8F OSF | OFF OFF | OFF OFF | OFF LEP | LPP Shh | GHP FPP | OPP LP | LIP GHP | OP GHP | OFF LPH} OT ; er |ooe L9¢ | o6¢ 0-62 | G8 GSE 18-28 Be | 0-98 T-9E| BFE T-Ge| L26 BLE | F8E G8] 0-68 0-68 | 8-68 8-66 | 168 L68 | 8-6E 8-68 | G68 £66] ST a 7L | Lee @ze | oze 61e | 0-e 612] Se T-G6| Lee Lee | FE 9FE | BPE BFE | Los TE | o-cE 9-GE |] TSE 0-98 | LSE TL9E | 6EE 6EE | GCE GES! FT =] eL | L6G 1-66 | 68% ¢9z | 1-86 1-86 | 9-86 $86 | F-8G F-86 | 6-82 6-82 | 0-66 0-62 | 1:66 9-66 | 6-66 1-0 | 8:66 6-62 | 7-66 7-62 | 9-66 4-66 | 0-66 0-66] &T | tee 6ce]69¢ uzrloze ir] ece 6¢¢ | 8-9¢ 8-9¢| Te Tle | ole 08 | 98 886 | 0-8€ 968 | 8-28 6S | 9-28 T-68 | 88E 668] &8E £68] F cel e |aore 9-7¢ | 8-08 8-08 | ¢0g ¢0¢| TIe T-1e] 0-ze 0-2€ | 0-2e Oe | FZ F7E] BEE GEE | GEE 6EE| SES SEE] OFE GEE | BIE THE | ESE Soe) € a 2 | Ler ocr | OTF Lip | Ocr G2r | Or 08 | Or O-GF | OCP OFF | OFF LEP | BHF BSF | GZ O-LF | O-SF T-Lh | 0-9F O8F | GFF 1-97 | 0-9 11h | & I |Gcr L1¢ | 0-97 @8r | GLb 9-87 | O-LF L8F | T-8F 0-09 | &6F 6-19 | GOP 9-19 | F-09 O-F9 | LOG OG | L-6h GGG] 18h 9-99 | 68h 4-99 | F8F T9¢] T yom ‘fia | gem "hag | gem Ata | gem “Ata | eM AIT | Fem “AIT | OM AIG | JOM AIM | “OM ‘hid | eM “Liq | Jom “Ata | Gem “AIG | “Fe “AIT “Ue9T “qUSIUpIN &% GG 1G 06 61 8T ae 9T ST VAL §I ‘SaTAgG IMAA GNV AUYQ—*AAALVAAINAT, i ________—L_—Ee eee =a SS ees aes = ose | tse ose | Lee ges | zee seg sxran| 1 Ig og |oze oze|aze aze|oee ose | ree F-£8 | 0.28 O8e | 0-7ze 0.2 | 0-62 0-62 | 0-86 0-82 | 0-64 0-62 | 0-62 0-62 | 0-08 0-08 | 0-08 0.08 | 0¢ : 62 | 8-08 808 | 0-08 0-08 | 6-62 6-62 | 6s %6Z| 662 G6Z| L8G L82|61e 8-0 |o-ze oze|éze oze| cee weel oes oe] ece cee | 62 go | 098 098 | toe ge] Tce eee] oce aze|oze Le |F1e p18 | Loe Toe | 682 682 | 08 #08 | 0-08 0-08 | 7-62 4-62 | 0-60 0.62 | 92 i |Gle 61e | 608 LI} el L20| 093 o95] Leo 146/028 Tee] TIS Lis| Tis ¢13]61% 616 | 028 0201020 086 | 9.20 ¢20] Lz 92 | 193 G92] 692 £93] 0.9 T92| 693 692] 192 Los] 07 Lis] 9e0 9€2| ees ees] Tes Lec| oes 3001 81c LIZ| es ¢1a] 92 G6 | 196 1-96 | G96 G96 | GES 96] G96 C96 | B9S 9G | 96 €-96 | 6-9Z 6.93 | ZLB BLE] 8-26 8-16 | 826 8-16] 9-16 F-10| 816 $16) ¥Z | 0-62 0-62 | 0-63 0-62 | 6-86 6-86 | 83 83 | 0-8G 0-82 | 1:82 L82 | &8 €83| 8S Z8S| 0-62 0-66 | 88S 8-82! 0-66 0-66 | 0-62 0-60 | FZ & | &Ié IE} LIE LIE | 0-GE 0-2 | 0-GE 0-GE| 6-0E 6-08 | Z0E ZOE | 0-28 $18 | 6e 62E] 9-66 9.68 | &SE E68] 928 9-2e | 0-88 0-88] GB | L8E TSE} T8E 1-86 | 9-88 9-86 | 98E 9-88] BSE SSE] 0-8E 0-88 |] GLE BE | 498 L198] 9 ¢9e] 098 0-98] 028 0-28] 698 698 | 16 | 0-26 0-CE | LIE LIE} 0-1€ O18) LOS 1-08 | 466 L462] 0-08 0-08 | 462 2-66 | 8-66 8-66] 1-08 108] 208 308] 0-18 01g | %Ig¢ LIg]| I 0G | 0-GE TLE | LCE L-GE | 0-28 08 | 6IE 6IE| LIE LIE] Le T-1€ | 91€ 9-1€ | 9-1e 91¢] 80 80g | GI€ BIE} 01€ 0-18] ¢1e¢ gE | 02 6L | 0-28 0-148 | 0-98 0-98 | 0-98 0-9 | L8E L8E]01F 0-1F | 61F 61h | 9-0F 9-0F | 8-68 868] 0.88 08¢ | G26 GLE] 0-2e OLE | 0-28 OLE] GI 8I | 098 0-96 | Le 996 | 0-F€ OFE | OSE OFE | 0S 0-68 | &1E 2-16 | ZOE 0-18 | 0-2 €ZE | 0-4 0-E] 0-8 628] 61E FE] F1E Tce] SL 1T°| LEE LSS | 6FE 67E | 6FE GFE) OFE OFE |) BEE BEE | 168 14881888 Fes] BE Bee] OF O-FE| 97S 978) BFE Bre] LE LEE] LT 9T | L9E L9E | OSE O68 | BFE BFE | GPE GFE] GPE GHE| LIE LIE] 988 9-86 | BEE BEE] LFE LIE] SFE SFE | LbE Le | 8h 8Fe| OL Sl | 0-0F 0-0F | 0-68 0-68 | 186 L988 | &8E €8E| L8E I-88 | F-8E_ F-8E | 0-68 0-68] G68 G6E | F-68 F-68 | 2-68 9-68] 9-86 9.88] 088 0-88 | ST FI | 0-98 0-96 | 496 196 | 298 L906] 6GE BoE] Loe Le] 0-9¢ 0¢¢ | 498 498] 9-98 9-c¢]6Se 69¢| 698 98] 9.98 9.98] T-9¢ T-98| FL SI | OF& OF | BEE BEE) 988 98 | LIE LE] OFS OF6 | OFE 6FE | 0-GE 0-96] Loe L¢e|eoe E96] 0-Ge 0-48 | 8G 8ce] Foe Fes] SI GL | GOP F-9F | FHP 9-FF | GCP O-€F | L0F L-0F | SE F-8E | €-9E $98] EGS $68] SFE SHE! OE 0-88] FG FE) FE F2E | OE 0-8] SI Il | &oe €06 | OE 9-FE | OFF OFE | BEE BEE] OSE OE | LEE LGE] 0ZE O28] 0ZE 0-28 | LZ 0-GE| LZ 0-2] 0-E O48 | Lee Oz} IT OL | 068 088 | LCE LCE] 068 OE | 61€ 618] 21 LTE] 0-1E 0-18 | OTE O18] 0-ZE 61 | 0-ZE 0-GE] 0-8 0-4] 6cE 6ZE] Oe O88] OL bE PPE | GH GE | GEE GEE | BCE 8GE| OE OE | BCE 87E| SCE TZE| oe Gee] Lee LEE] SSE FEE] OFF O-FE | 0-98 0-98 0-86 O86 | 68E 685 | B8E 8-8E | 0-68 0-68 | 0-68 0-66 | S6E 6G | &6E F-68 | 668 €68 | 66 668 | 0-0F LOF| 0O1F LIF] IF &1F 8-0F Ih | 60) GIP | GOP L0F | 8-68 9-0F | #88 9-68 | 8-48 686] 28E 9-88] 8-28 8-1E] G98 0-88] 0-98 GLE | F-98 F9E] Loe 0-98 G28 068 | 8-98 F-16| L9F S1E| L98 OLE] G8 8cE| oh BFE | OF OE | LIE GFE |OGe Les] L9E T9e | 6LE 6LE] 0-88 0-88 &Gh F-Gh | 11h LIF | 0-0F TOF | F-68 F-68 | 0-88 0-88 | 628 628] 868 6] &6e 86] 68 6G] L6E 1-6 | 268 68] F-68 F-68 OTF OTF | Lib LIP | 40% 2-06 | 9-07 20% | LOF TOF | €-68 §€68 | 0-68 0-68 | 6-8E 688] L-8E T-88]€8SE 88] 0-6 0-68 | 0-68 0-68 & 1h 4F-1F | 9-0F 9-0F | L-0F TOF | 268 268] 0-0F 0-0F | ¥-68 F-68 | L-68 T-6€ | &-6E 68 | 1-6E 1-68] 0-0F 6-68 | F68 F-68 | 0-68 0-68 GEE FEE | BFE BFE | LE LH | FGE GGG] 9.66 9.68 | Gce gG.ce| FE Fe] 2G¢ 168] Gog Goce] Fce GE] Loe Tse] 0-68 0-98 L9E 0-0F | €-98 88) G9E 0-8E | 99F E88] LEE 698 | 88 OG8] ese FE | LZ Lee} ose Le] 0-88 S| 0-88 SE | BEE GFE pM “Aid | 3M “Aid | “yom “Ara | yom “Aid | yom “had | gem hig | yeu Ata | gem A | 70M AI | Jom AI | OMNI | PPM AIT GL IT OL 6 8 L 9 g y & (a I yr a ao i Se ie ~ = a —— “SNVEN) GCE G-C€ | 6FE L-9E | FFE 94S | GFE F-FE | BEE O-FE | FEE G-EE | BEE TEE | uEE €-E | F-E BEN NEVIS OBSERVATORY.—HOURLY VALUES. mr N OHO OM ON aN oO MO OME OD sdTng LH\, GNV AYQ—AUALVUGdINGY, 94 ‘G88 UAANALdIAS BEN NEVIS OBSERVATORY.—HOURLY VALUES. “SNVA Ig 0€ 66 86 &FE FP L08 8-08 GIs GI& GEE GEE L9G 1-96 L4G 8-46 ¥-96 F-96 V-86 F-86 VCE F-GE G8E GSE 8-GE 82S Lee L& Le 1-9€ 8&& TLE &PS FFE 67S 6-FE GLE GLE GLE GLE 6FE 658 9-68 1-6 6-88 6-&& GCE 9-GE GE 9-8E G8E §-8E 0:0F 2-0F G96 TLE 8-68 8-68 0-:0F 0-0F 6-68 6-66 8:CE§ 6-o§ GGE §L§ yom "AIG B88 6-88 0:66 0-62 G08 9-08 OFS 0-F8 0:86 0-86 0-86 0-83 616 616 GLE GLB 08 &-08 0-0F 90-0F B18 GLE 0:28 0-6E L-1@ I€ 6:98 6-98 81e 18 BFE BFE L& -F8 €68 €-68 8-98 8-98 Leg 1-68 0-88 0-88 L-28 0-68 L-8& 1-88 9:98 9-98 8-0F 6-0F 6-FE €-98 G88 88 8-68 8-68 68 6-88 G68 8-68 @9e Gg ‘PM “AIG “qUStupry 6-&& & 0:7& 6-66 GIé 6-&& 0-86 ¥-&6 116 &-16 ¢-08 1-68 L18 8-48 8-08 0-98 8-28 8-7& 9-€& 8-0F &-98 6-98 6-86 0:28 0-&& 1-98 LIF §-9§ 6-86 0-07 6-8¢ 0-68 8-9E “AIG L¥& F-6Z €-16 G88 6-16 6-&@ ¥-GG 4-16 0-18 G-66 &-LE &- 8 8-08 &-o§ eras FE ¥-&& 6:0F 0:96 9-9 bE 9-GE 0-7§ G-9E 6-1F 0-¢€ 0-68 0-0F F-68 L-8§ 9.¢¢ JOM LPS ¥-66 §-1& G86 6-16 6:8 ¥-G6 ¥-16 0-18 9-6§ &- 18 £8 8-08 &96 LE aks ¥-&& 6-0F 0-98 9-9 ¥-&€ 9-68 0:48 G9 6-1P 0-98 0-68 0:07 ¥-6& L-8E 9.¢§ “£1d GE 0-08 0-18 9-68 6:16 L4G L-&% 6-16 LGs G-6& 8-98 GFE 0-1 LFS ¥-GE 6-4 8-F& 1-0F 6-96 8-9§ GFE ¥-GE F-&& G.9§ 6-17 8-F& 0-6 L-OF ¢-6& 0-88 6-98 “JOM IZ GFE | FFE F-FE 0-08 | 6-66 6-64 0-18 | &1€ €1é G-GE | 0-8E 0-E 6-26 | 1-86 1-82 L4G | L4G L-FG 1-86 | 6&6 6-86 G16 | 0-26 0-16 816 | Fé 0-68 G6E | L6E T68 8-98 | 0-98 0-9 GPE | BIE SIE 0-18 | 0-TE 0-1 146 | LPE 0-FE 0-6& | 0-6 TEE 6-FE | F-SE F-SE 8-FE | Te FFE 10% | &0F &-0F 6-¢g | L¢c¢ Lag 8-9§ | GLE GLE GFE | OLE 6-FE ¥-GE | 8-GE 8-GE FEE | PES FEE G98 | OLE 0-LE 0-GF | 9-1h 8-1F 6-9€ | 0-98 0-LE 0-6€ | 0-68 0-6€ L-OF | G-0F OF ¢-6€ | 1-68 T-6€ 0-88 | 6-28 6-LE 6-C§ | F-98 TLE “Aid | JOM “AIG GFE £08 &-18 §-S& L-26 8-96 0-46 0:86 LG 0:68 8-F& F-9§ 8-08 LPé gE &-o§ 0-¢€ 0-07 GOS 8-88 0-9§ 8-GE &-&& 0-28 6-1F T-Le L-0F F-07 0-0F T-Lé 1-98 “JOM 61 9-78 6-7 L-08 LI& 0-9§ 6-16 0-96 0-72 1-82 LG&E 1:88 0-78 0-6€ 0-G€ its 0-98 9.98 0-96 F-68 9-7€ 0-GF ¥-C§ 8-2& 6-68 GLE &-GP 0-18 G-0F L-0F ¢-0F G-9€ 0-18 “JOM 81 0-¢€ €¢§ ¢¢§ &1E €-TE 9-TE& 9-TE GLE GLE 0-246 0-16 0:86 &86 8:76 8-6 0-83 0-82 LG& F-GE &8&E 8 68 6-86 G9E &9E 0:2& 0-8 0-C§ 0-G€ 0:96 0-98 BCE 8-GE 0-2E 0-2E 8-8E 8-8E O-FE O-FE 0-87 0-8F 8CE§ 8-cE L0G L-2e 8-E& 8&E 618 6-LE 08h &&P G16 LLE 6-68 T-0F ¥-0F #F-0F €-0F §€-0F 0-98 0-96 G9 8-0F 9M “AIG LT ‘saToOg IAA GNV AUQ—TunLvudanay ¥-o& L-G& 6:08 0-16 G1 6:16 6:76 £-86 LCE 9-88 0-78 L-G€ G-6E 6 9& 0-98 6-96 0-8& L-8& 0-78 6-87 8. 6-8 L-8& LE &-&P 6:88 0-17 0-1F ¥-0P GSE L-9€ “JOM 9T 1-48 | -G8 8-98 0:G& | LG&E LE 6-08 | 21& 2-18 0-28 | 0-28 0-LE F126 | 616 GLB €16 | 1:96 §-9 6-7Z | 9:86 9-96 §-8Z | 1-66 0-62 LCE | LCE 0-6 9-86 | &8E §-8E 0-78 | O-FE 0-FE LOS | &PE §-FE GE | 8CE 8-GE €9E | 0-98 0-98 0:98 | 89 2-98 G98 | 88 1-8 0-88 | 0:68 0-6 L8E | 0-88 0-88 0-F& | LE LE 0-67 | 9-8) -8F 8-GE | BCE 8-cE 6-88 | 0-FE 0-FE 1-8& | ZEE GEE 616 | L216 LL8 FFP | & EF 0-oF 0-68 | 0-6& 8-68 LIF | Gh &-TF 0-1F | 61h 6-1F ¥-0F | 8-0F 8-0F GCS | GFE GFE LIP | 0-98 & TIP “Aig | ‘yom “AIG FOE 9-08 LG&E 1-6E GIS GIE 8-9€ 8-9§ 0-26 0-12 0:96 4-96 L9G €-4Z 0-0€ 0-0 LG& €-GE L8& 1-8 0-66 G-€€ 0-F& 0-FE 0-€€ 0-€€ 6-¢S §-¢§¢ 6-9 0-LE 0-GE 0-S¢ G6E G6E ¥-LE F-LE GE GFE 9-16 8-Lh 8-G§ 8-G& 8 8-E 0-F§ 0-FE 6-98 6-98 O-GF L&P G-8E 1-6& ¥Ib GIP GIP §&-IP 6-07 6-07 1&8 L-&& F-L1E ¢-GP om “AIG FI ECE 9-c€ 0-E 0-28 0-1 0-1€ L9E 1-9€ 6-62 0-08 0:96 G-9Z 6-96 6-96 9-66 9-62 0-28 F-GE F-8E F-8E LG&E GE LGZE& 0-G§ 0-96 0-9€ Log 1-96 9-G§ 9.G§ 9-GE 9-C§ €-0F §-0F 0-48 0-18 0-FE 0-6 Lle GLP LG 9.G§ 9-€E 9-€E €-€& &€& GLE BLE LOF 9-1F 6-88 8-68 Li 1-14 GOP %-0F LT LF GES 6-8 0-18 %IF JOM *“h1G €1 “SNY SIA 1g 0€ 66 mw N OO HO OOM CO OD BEN NEVIS OBSERVATORY.—HOURLY VALUES. 96 ‘sxvaNt) 0-16 Té 0& 62 8@ 1G 9% & VG &@ G 1G 06 61 ST LT $T cI ia mA NOH 1 OM OD 0-26 0-€ &-86 L-L6 8-96 6-96 1-6 G-&6 8-16 £-06 1-46 6-96 CFG 9-08 G18 L-GE GE 0-66 9:&6 0-96 0-&@ 1-8 9-08 €-18 1-64 0-08 1-93 0-08 1-86 9-68 F-1E "JOM &-16 0-26 0-&@ 6-&@ 1-46 8-96 §-96 1-8 8-&@ 8-16 1-02 0-GZ 6:96 GG F-0E LPé 6.68 GE 0-66 9-96 1-96 0-8 1-8 1-08 §-18 T-66 0-08 1-96 0-08 1-86 9-€€ ¥-18 aval IL L-L6 0-26 0-&@ 8-43 0-26 8 6-96 0:F6 9-76 L-16 8-61 ¥-GG L-96 6:76 6:62 8-88 9-98 8-1 ¥-66 Go 6:46 o-GB 0-8 T-0 1-08 1-66 1-62 9-96 0-08 6-86 0-F& G1E ara 6-96 0-96 6.22 L-& 8-96 6:76 0-96 ¥-&6 1-9 8-06 G-06 8-16 G-FG ¥-FG £66 L&& €-9€ 8-1 9-66 0-96 PSE &-FG 9-66 8-66 6-66 8-86 6:86 6:96 0-08 6:86 §-§ 0-18 “AIG g-96 &-96 6-GZ GB 0-93 L4G F-16 £8 6-46 6-61 0-61 8-16 G46 6-66 0-06 8-1 0-6& 8-1€ 0-66 0-46 L-&4 L-¥G G86 §-08 8-66 -86 0-86 £96 6-66 G-96 0-9€ L18 PM 6-96 1-96 6:G6 0:76 0:96 8-63 0-86 0-&@ 1-9 8-61 L8T 0-16 0-F6 0-&@ 6-66 LG €-18 LTE ¥-8G &-&6 &-GG 6-€6 F-F6 1-08 &-66 $-16 L416 0:9 6-66 1.96 ¥-98 LT JOM ~ oS ‘SaTng LAM AGNV AUT —AWUILVAAdINA J, E881 WAXOLIO g-SZ 6-&@ 6-06 F-96 8-96 G:& 6-18 0-06 €-L1 F-61 LL 8-16 £76 L-08 1-26 8-66 G18 0-08 FFG £-06 L1G LG 6:9 6-66 L1G 8-16 1.9% LS 8-16 L-86 0-68 0-66 “JOM a “OT BEN NEVIS OBSERVATORY.—HOURLY VALUES. “"SNVOJ{ 1g 08 66 86 16 96 GL eS tS! ra ad N oo tH 10 Oo rt O So 1-96 7-96 ¥:96 F-96 8-26 8-GG 8-6 9-€6 9:96 9.96 L4G 1-46 0:26 0-26 T-&6 FSG GIG 9-2 9:06 9-06 0-61 G6L 0:16 1G GIG GFE 866 GLB 6:86 9-08 LI& €-8& LIE 9-&& GI€ 9-1 8-16 8-16 9-6 9-€% 6-6 6:26 6-16 0-2Z 8-86 6:86 6-66 8-66 6:86 6-86 6-16 8-16 F-16 &-16 0:96 0:96 6-86 86 6:26 6:16 SE 9-€E 9-0& 4-08 QaM “AIG “weey 9-96 6:96 6:96 6:96 9:EB 9-8 1.06 9-08 0:96 0:96 1-96 1-96 GEG 9-86 0-GE 0-28 8-LL 6:26 1-06 1-0 6:60 6-61 8-81 €6L 6:26 6:2E 0-96 6:76 8-0€ 6-78 G-66 8-62 T-0€ 6-06 0:68 0-68 1-66 1-62 0:FE 0-76 L1G T1:1@ G06 $06 0-16 G16 0:86 6-24 6:66 6-66 0-26 0-26 L1G 9-16 L9G 1-93 0-S6 1-44 1:86 1-86 1:86 1-86 6.08 6-08 "JoM “AIG “qS1Upiy ¢.46 0-93 8:26 8-16 9-€6 9-&@ PSL 1-GZ 6:96 6:96 L9G 1-9G FFG F-FG 6-1§ 6-1E T-8L L-&@ 0:06 0-02 0-62 2-81 0-61 1-06 6-CE 9-GZ 6-66 6-@ F-66 6-F§ 0-08 6-64 1-08 4%-GE 1-08. LE L8G 1-8@ 9-€6 9-€G 0-26 6-16 L0G 1-06 6:06 6-06 9:86 #-8Z 0-66 0-64 0-26 0-16 8:96 8-96 LG% L1-& L9G 1-9@ 0-86 0-82 L-8@ 1-8Z 166 1-66 Jom “AIG G ¥-S6 6.16 G&G G.8T 1-96 0:96 6-& G-TE 0-8T 6-61 1-61 6:81 8-8 0-96 8-86 0-08 L-08 0-GE 0-86 6-&@ I-1Z 0-61 G16 8:86 ¢-86 0-26 1-96 6-&6 0-26 &-86 F-86 0-66 “JOM 6-66 | 8-46 1-96 | 6-26 €96 | L9G F-96 | & 6-16 | 6-26 6-46 | £16 9-26 | 816 816 | FEZ | &SG €-€6 | LEG 186 | GEG GE GG | 0-02 0-12 | 206 0-46 | 0-16 166 | LIZ 1:96 | 0-16 0:16 | G1Z GLE | GLE GLB 0-96 | 1:96 1-96 | 8-6 8-96 | 96 & 96 | 0-96 6-86 | 1-46 9-76 | 1-46 1-60 | L9G 1-96 | 0-96 ‘sang LIA, GNV AUQ—GTUALVUEANG, 9-96 | 9:96 GLE | €-12 1-84 | 1-8 &&@ | &3 0:26 | 9:96 0-G% | 9-86 0:96 | 1-92 ¥-96 | 1-96 GGG | F-G6 6:16 | 0-2 6-8L | 9-61 6-16 | 0-66 8-&@ | 0-92 6-76 | 1-96 6-16 | 6-66 8-& | 0-62 6-FE | GE GE | 0-68 9:8 | 9-86 1-96 | 1-96 L-G6 | 8-76 6.61 | @G6 GHG | G:F 6-62 | 8-08 6:86 | 8-66 0-86 | €-86 1-96 | 6-26 6-C6 | G96 9.8% | 0-66 G16 | €-86 0-6 | 9-€6 0-16 | LIE “Aid | “JM 9T 6:96 8-16 0-€ 6-26 0:16 L-& 0:96 FG L-& 1-66 1-06 6-66 &-96 &+96 0-1 6:66 6-68 0-68 &-86 6:6 6:56 1-84 G-FG 8-08 0-08 9:86 6-86 £-96 6-66 &-86 0-€& 9-1 PM CT 1-46 0:86 6-66 0:76 6:16 9-96 6:96 0:G6 L4G GG 6:06 0:66 1-96 0.96 £0 1-08 GT 0:G§ 6-86 §-G6 0-96 8-& 6-76 L-1& 6-66 8-16 0-62 8-96 1-6 1:86 T-8& 0-28 “JOM FL ¥-16 0-86 6:66 L4G 8-16 &-G6 §-96 1-96 L-46 {GG G-0 L-G6 6.96 0-96 08 L-FE 9-9§ 0:68 6:86 &:-96 1-92 9&6 1-93 6:08 6-66 9-16 0-66 8-96 0-62 1.83 L&& LTE “AIG §-1 &-16 8-66 6-96 0:82 G&G L-96 L-¥o 6-76 ¥-GG 6:06 0:8 6:9 6-9 &-08 LGé 9:08 L1§ 6:86 0:96 6-96 0-%6 4% L1é 0-08 6:86 0-08 1-96 G-63 9-66 0:€& 118 JOM “SNVAIT rN OHO OM OH BEN NEVIS OBSERVATORY.—HOURLY VALUES, 98° "SNYayy Tg 0€ 62 8@ 16 9% & VG &@ GG 1G 06 61 8 AT 91 cI las mn moto OMm~e DWH 6-16 6-1 1-9 8-&@ £-0€ G96 0-96 1-96 1-96 &1E L-&& (xe 8-12 1-16 GPS 0-06 0-8T 1-61 G-96 0-62 GFE 1-6& 1-86 €-€8 8-LE 1-66 6:16 6-76 8-0F 1-98 LZ “JOM 9-16 1.9 1-96 0:76 0-c& L-96 1-93 0-96 0:96 F-1E Lg L¥G 0-& 9-86 £-&6 L.81 €-9T ¢-61 -96 6:66 L¥§ 0-08 6-86 L&& 8-LE G16 6-16 G&S £-0F GSE 0-G& PM Il 8-86 G16 1-86 6-96 G96 1-6 1-8 1-76 1-96 0-28 LE 6-96 8-96 F-93 €-96 9-76 9-46 1-46 1-86 ¢.0€ 0-2 9-0€ L-4§ 6&6 &-&@ F-1G F-12 6-9 8-FE 1:36 9-62 9-81 4-81 GLL GL F-1G F-16 G16 G16 166 €-66 GPE TLE €-G& 1-0F G26 6-86 0-E& 0-€€ BLE 8-LE GCG PGS €-GZ &-G3G £66 €-C% 10% -0F PSE F-GE 11€ LI€ qoqmq “AIG OL F-16 1-96 L-&@ L¥6 0:28 0-16 6-96 ¥-FG 0-96 ¥-G& 1-08 G&G L1G 0-98 0:8 6-81 6-71 6-66 8-16 G-66 GFE 1-0 8-86 0-€& ¥-1E 0-93 6-66 9-76 6-0F 6.€& ¥-1E “JOM G86 L116 6:96 ¥-&G 1-9 0-68 1.9% 6-96 0-42 6-1E 1-9& 6:62 0-& G16 0-96 6:26 0-81 GFT 1-42 8-16 1-66 0-96 L-6& 6:86 L-&& 0-86 6-46 1-3 €-FG LU LG€ 1-66 “JOM —. —— ¥-1G 9-86 8-96 8:6 | 1-96 1-92 L-76 1-7Z | 8-96 8-96 L96 1-96 | 0-93 0-93 0-26 616 | 0-GE 6-1¢ 1:96 1-96 | 8-96 8-92 8-96 8-96 | 6-96 6:96 8-6 8-26 | 0:26 0:66 6-08 0-08 | 8-66 9-I& 0-1 6-68 | 8-82 §&-6& 8-08 F-66| LIE GE 8-26 8-GG | 0:86 0-&% 8-16 8-16 | 8-46 9-2 ¥:96 F-98 | 8-96 4-96 GG6 8-16 | 6:46 6-82 8-21 SLE | 621 8-LT 0-SE O-GT | &FL €-FT 106 L606 | 106 1-86 0:86 8-26 | #18 2-08 1-66 1-62 | 0-66 6.86 6FE 8-18 | 6SE €-98 €2e 9-8 | 118 698 1-66 1-66 | 66 8-63 GEE GEE | SEs E-ee 9-28 9-28) L1¢ LLE 9:-FZ 9-F6 | 0-FG 0-F3 GC GGG | LG 1-66 6:76 6-76 | 0-96 0-92 LI? O-1F | GIF GIP 0-98 0-8 | 298 2-98 G16 F-:16| G9 G-9G yom “AIG | “Jom “AIC 9-12 Le | ¢ 1-93 L-96 L4G 0-6& 0-96 8-96 L1G L-1é 0:66 0-68 6-2 1-8 0-96 6-16 ¥-8T LST L-& 6-1E 0-62 0-F€ L1& 1-66 8-&& 6-28 6-&@ £-GG 8-96 0-07 0-8 L.&% “JOM 1-93 T-&3 LG 6-1 0:96 8-96 0:12 G€& 9:68 8-1 6-26 1-& €-9& 6:96 F-81 L&T L-& 6-18 6:86 £98 6-96 1-66 8-88 8-18 6:8 F-GG 8-&3 0-0F 0-28 19% “AIG 0-96 8-76 0-76 8-1 0-96 L9G 0:16 L836 6-86 0-€& 0:&% &-& 9-&@ LIZ 0-8T L&I L4G GE 0-66 0-78 0-18 0.08 &F8 L88 6-86 08% 04% 0-0F 0-8 0.9% “JO. ‘saTag 1a\ GNV AUQ—daUALVUGINA, “G88 UAANAAON 0-96 8-FG 0:76 8-1 0-96 1-93 0:16 6-2& 6-68 &-&& 0:&@ &-&6 G-F§ L-96 0-81 L&I L-¥6 GE 6:86 F-LE LF& 0-08 GFE L8& G-&Z 0-€% 6&6 6-66 0-26 0-96 “L1G 16 9-86 | 16 G-8G | LG B86 1.9 6-76 ¥-& 0-08 0-&6 0:92 1-06 1-66 0-62 6-18 6:66 0-76 6-& 8-06 8-9T 0-ST &F6 LIE 1-64 9-€& €08 L-08 8-9§ L-8§ 0-&% 0-& £96 8-68 0-18 GGG JOM 1.96 6:76 F-& 6:66 0-&6 0-96 L-06 6.68 6:88 Ltée 6:26 6-& 8-86 8-66 L-Z1 6-FT 6-76 LIé 0-66 1.9 GSE 0:0 Ls L-8€ 0-&@ L0G £-96 8-68 0-18 GS “id ez | 6-92 1 T-46 1-16 | 0-26 6-92 0:FZ 0-76 | 62% 6-26 9-66 9-€6 | 6-6 8-€ $16 $16 | 1-26 1-16 FFG FFG | 0-FZ 0-F3 6-6 8-66 | G&S 3 6:06 8:06 | 06 &0Z €1Z GE | 0-66 9-EE 8G 0-68 | 1-66 6LE 6-86 6-86 | 1-66 162 0-63 0-€6 | 0-€3 0-€ 0-76 0-FG | 0-FZ 0-46 €-66 0-GE | ¢-€ ¢-EE 1:06 6-12 | 1-06 §&-2 G@9L GLE | L9L #F-61 0-SL O-CL | TEL TST 0-66 0-GZ | FB ¢-G6 0-1€ 6-08 | G08 &0E 1-66 0-66 | 0-66 6-8 GFE FLE | 0-FE T-9E O-1€ 6-F€ | T-IE 6-F§ 0-0€ 0-0€ | L-0€ T-0€ 0-9€ 0-98 | @9E Z9E 0-8E 0-88 | 0-88 62¢ 8:ZG 8-ZG | P-2G F-2S 0-€Z 0-86 | £26 $23 0:93 0-95 | 0-26 0-28 L6E 26 | 26 %-68 0-28 0-28 | 6-98 6-98 GCS 9.6% | F-93 F-98 pM “Aid | PM “AIC 86 goers Tg 0& 62 8@ 1 9% GB FG &@ GG 1% 0G 61 8T LT 9T SI rN Ot IO OMe DH SO 99 BEN NEVIS OBSERVATORY.—HOURLY VALUES. *SNVO G16 1-86 6:96 6:96 0-26 0:26 166 L-&3 G86 F-8% 8-96 8-96 8:76 87% 6-86 6:84 8:96 9-16 6:08 0-8 8-18 #8 F-G6 FG L2G 0:26 L7G BES 1-86 &-62 8-8L 9-06 GGT 0-91 60 2-61 8-16 8-16 8:86 8-86 GEE 8-96 8-68 TL-LE 8-86 9-62 G&& LS&& &2E €-1E G0E Z-0E 0-2 0:26 8-72 8-16 0-88 0-8 6-98 6-9€ G-1é ¢-1€ yom “AIG WROTE ¥-16 F-86 L136 LLB 0:86 0-86 0-76 0-F% FFG P-G 1-96 1-96 0-76 0-46 696 §-96 0-16 0-16 0:08 @FE 0-GE 1-88 0-TE 6-08 6:26 6-66 0:76 0-F% 6-76 L-&& 0-16 1-96 69C TL8T LST 1-1 0:96 0-96 0-08 0-08 1:86 1-83 GPE 6-9 0-1 6-8 108 ¥-08 G96 T-9 0-88 6-1 0-26 0-28 6-25 6-26 0-63 0-66 0-68 0-68 G98 €-98 eM ‘AIC “4 StUpry 9-1 0-26 6-66 0:46 FFG GGG +8 1&6 9-66 L-¥& 0:7§ 0-2& 1.06 1-86 6&4 G-06 0-91 0-ST 9-96 6-66 §-66 G-&& 0-T& 0-G& 6 9& 0-8€ 8-16 0-€@ G66 0-6 G-9& PM & 9:86 P16 &-83 0-26 6.96 0-66 0:66 GEG GES 0-6 0-&@ GG G-&% G&G 1-& 0-66 0-46 GES G-Z Lé& 6:96 0-FE G8E GIE 0G FZ «F-GE ¥-0G F-GG L-9Z 0-F& F-6L 0:26 L-cT 0-91 L-?L LPT F-96 F-9% 0-62 0:66 60 LZ 0-FE 0-98 0-66 2-G§ 0:GE 0-GE 0-98 0-98 T-Z8 Zé 9-16 9-16 &&6 &&% €-66 §-66 6-88 6-8¢ 0-98 6-9 PM “AIG G G16 1-86 | $1 GLE GLE | 1-26 L-08 1-08 | 0-G€ 0-FG 8-&Z | 6-2 0-4Z 0-96 | 3-6 0:96 0-E% | 0-46 1-€Z 1-€@ | 1-8 0-46 0:94 | 0-64 FFG FFG | 0-66 GCS 6-98 | 8-1e 9-Gg 1-68 | 0-6€ 1-63 62 | 2-62 1-26 1-66 | 0-23 6:06 6-46 | 9-06 FZ 8-28 | 0-66 1-61 9-8 | L-61 GEL 6ST | T-GT 0-91 0-9L | G-9T 8-93 8-9G | 6:93 1-86 1-86 | 1-86 0-€€ TL8E | 0-FE 9-F§ LE | 0-FE €16 0-08 | L-16 0-2E& 6-1E | 0-GE 0:98 6 | 0-98 0-LE 0-LE | 6-9€ 0:26 0-26 | FIZ 1-€G 1-Z | 0-#Z 0-GE O-1E | L-2E T-8E 1-88 | 0-8¢ GCE GE | Lo yom “AId | “JOAN IZ 0G L-L@ 6-18 6°66 G&S 0-96 L-8@ 0-G6 0-96 G98 GLE 6.66 0:42 0-86 L-3& L-G ¢-GT G9L 6:96 1-86 &-88 ¥-96 1-86 6-1 0-98 6-98 §-16 0-FG LG 0-88 L-€ “IG G16 6:96 0-78 £66 LS & 96 L-&@ L4G 0:96 9-06 0-68 8-16 &-16 6.16 £76 &-61 8-FL G91 6:96 6-86 6-G& 0-9§ ¥-16 0-GE 6-98 6-96 8-16 0:76 L-G€ 9-18 0-oE “Jom 61 9-16 L1G 0:68 L-GG 6-96 6-96 G:& 1-96 0:26 &1& 6-1 G-FG G-06 0-76 1-66 €-6L 0-ST 0-81 §-96 0-86 0-&& 6-7& 6-86 L-G& 0-18 L-98 G1 8-4 6-68 0-28 Z-FE "90M ‘salog da\\ GNV AUQ—daUALVUMaNgy, 6:66 1-6 6:16 6:08 GG 1-96 6:16 V:& &-96 8-96 F-LE 0-9 9-76 §-0Z LL 8-66 6-16 GST 6-LT 0:96 6-16 0-07 G.LE 0-66 8G 9-18 GG L1G L&% L-OF 0-2 G-&& "AIG 6:66 L1G 0:86 LG 9:16 0:25 0-44 0:46 8-96 8-26 LL 0.96 §-06 9-88 6:66 &-GG €-9T 8-21 0:96 0-86 0:68 1-88 8:86 0-8& 8-LE L-§ 0-6 1-96 9-07 9-96 9-€§ "hig 1-16 GL 6:96 £6 L-86 6:96 6:96 GGG 8-96 118 1-18 9-46 L1G &:-96 G76 1-06 G-9T 0-81 0-96 1-86 0-&& 9-0§ 0:86 0-&& 8-LE 0-G§ LIZ G96 6-07 1.96 LE “JOM FL -66 G16 6-96 €+GG 1-86 8-9 644 G-9G 9:96 1.66 6-18 9-06 L1G 6:86 8-66 6-76 0-21 0-8T 0-96 1-82 6-18 0-07 6-12 0-&& LLE 6-18 LIZ 6: SG 8-07 1-96 0-7§ “hig 0-86 | G16 1-96 0:76 9:66 G96 ¥-G6 L-96 1.96 LTE LbE G46 8-16 1-96 0-46 §-6L 8-91 6:81 6-96 6:86 1-8& 1-88 €-86 8-&& 6-1 9-1 8-06 696 LIP 0-9& GE “JOM 6:66 CT rN oO HH OO om OD RANS. ROY. SOC. EDIN. VOL. XXXIV. BEN NEVIS OBSERVATORY.—HOURLY VALUES. 100 ‘SNVAW| 9C.Z Té | 1-2¢ 0€ | 9.8% 66 | F-8 86 | 0-06 1Z@ | 0-18 9% | 9.9% GB | Z-6Z FB | &-FE & | 0-92 GO| OGG TZ | 0-&% 0Z | 0-08 6I | 9.64 8I | 1-68 ZL | 1-88 oT | 9.1¢ ST | €.08 tL | Le &I | 8-&€ GI | 6-08 IL | 426 OL | €IT 6 0-2 8 GIL L 6-1 9 LOL ¢ L-61 ¥ F-€6 € 6-46 G 0-62 I G-9B “JOM GL 0-€€ ¥-G6 0-0T 0-&@ 0-1 6-96 1-08 £-9¢ 6:46 £16 L-86 §-66 0-08 G-6& @-8& 8-LE 6-08 0-6& €-€8 1-08 6:96 LIl L-¥Z €-11 8-61 9-6 ¥-61 8-&@ £76 6:86 6-96 JOM II 0-€& 0G 0-01 8-26 0-1 6:96 0-08 GCE 6-76 &-16 1-86 6-66 6-18 8-0F L-8& LL 9-08 0:-6& £88 1.0 6:93 6-11 G46 GIT 8-21 ¢-6 ¥-61 8-&% £46 6-82 6:96 SCG Or 8-&& L61 0-1T 6-86 0-66 G&G 6-18 GE 6:62 0:06 G86 G-86 6-08 8-68 0:8€ 6:9€ G08 GE LGé 0-08 8-76 0-11 £16 LéL GOL 0:6 ¥-61 L4G 1-8 £:86 £96 “JOM ‘SdTOg LOA, GNV AYQ—IAALVUAANWA, “e881 YHANAOAd a 101 BEN NEVIS OBSERVATORY.—HOURLY VALUES. ee en “SNVAW| 1-GZ 6-43 Té | && €-€8 08 L4G 1-4 66 | 8-IL 8-1 86 | L136 T-1Z 16 | G6Z F-66 96 | G96 4.9% GG | 686 8-8Z GB | 8-8 F-FE & | G&S 9-¢Z GG 9:06 8-06 1G 1:96 1-18 0G 186 1-8 61 G0§ 8-€& 8L | G68 6-0F LT L-8E 3-8 9T | ¥-GE Fag ST G-0€ 9-0€ PL | 8:2 L-3E SI | 9-€8 9-€¢ 6L 108 21-08 IL 8:96 8-93 OL GGL GGL 6 €21 §-LT 8 L@l LZ. L L&l TL-&1 9 GOL 9-01 g ¥-8L F-8T 4 P96 §-G% € 9-96 9-G@ G G96 $-93 uc 9:26 9-12 ‘pM “AIG “UvdTL T-96 9-92 0-9€ 0-98 8-2E 8-GE 0-9T 0-91 6-9L 6-91 L-86 1-82 P16 F-LG 0:26 6-96 G08 L&E LIé TTIé 1-06 0:46 GIG GF &86 §-06 G86 G86 68 6-66 Gp 6-1F &¢¢ 96 0-08 0-08 0-28 0-66 0-9& 0-c¢ GCE GE 8:86 8:86 GL1T G-LT 0-GL 6-11 0ST 0-ST 9-TL IT 8-0L GIT LST 1ST 0-86 0: Lés T-€8 8:16 8-16 0:0& 0-08 ‘JOM ‘AIG ‘FUSUpry 1G T-9G | 8-6 6-96 | 8-96 64% | 8-6 6-96 | 8-96 0Z 61 8T ‘SdTOg IMA\ GNV AYQ—aUoLVaTaNG, ZI 8-96 0-&& 0:28 6-6 0-91 0-1 0-16 0-86 £98 0:86 GS-61 &-96 6:08 0-1 0-88 6:9 ¥-9E 6:66 &F& L-G& L-& 6:86 0:81 GPL GIT 6ST 0-01 9-LT 6:G6 6: &Z 6:96 9-16 “JOM 9T 0:96 1-9% 0:96 LCE 6-86 L6 €-LT 0-1 1-96 0:62 0-98 8-96 0:16 G1z 8.66 1-08 GLP LL 6-96 6-08 6-€& L-¥& §-18 &:86 0-61 0-81 ¥-IL GFL 8-6 §-8T &&% G96 6-66 6-96 Paced “SNVAI 1é 0g 66 8@ 16 9% G ¥G AN OH 1GOlUOUMN COO BEN NEVIS OBSERVATORY.—HOURLY VALUES. 102 me N OHO © ™ CO RD GL £-06 FFL 0-61 0:46 6.06 0-26 9-16 L-Z1 L-61 G16 LIZ 0-16 8-8T 6-9T €-I1 L-9T 0-81 0-61 9-61 ¥-61 0-1 G81 F-16 0-§T &-ZL 0-21 6-21 0-02 1-02 GFE £96 6-9 OM £-06 FFL L6I 0-76 6-06 0-23 GIG T-ZT 1-61 G16 L-I@ 0-16 8-8T 6-91 G-&1 L-9L 0-81 0-61 ¥-61 €-61 6-08 L-81 ¥-16 G81 GZL 0-ZT 0-&T 0-02 t:06 (a &-o 6-98 “Ald 6-61 GFL ¢-8T 0-46 1-06 &16 6-12 6-91 L-61 0-16 L1G 1-06 0-8T @-GT 8-11 8-ST LZ 6-06 6-61 6-8T 0:08 L-81 9-&6 L@L 0-&T 6-F1 F-6L 6-61 1-02 &-86 G96 ¥-98 “JOM or 9-61 Lv. L8T 0-46 1-06 G-06 G-1G §-9T @-61 6-06 L1G 9-06 L-L1. L-71 1-01 §-G1 0-ZT L-16 1-61 6-61 L1G 9-81 0-76 8-61 8-&T 6-81 0-21 ¢-61 €-06 ¥-98 PM ‘SdTOg IMA ONV AYQ—AALVUTANT, ‘9881 AUVONVE mw NO HM ID OM OH 103 BEN NEVIS OBSERVATORY.—HOURLY VALUES. “SNVIN! 6-61 0:02 Té | 8-FL 8-F1 0€ | 6LL 6LT 6G | 8-6 8-ZZ 86 | 106 2-06 16 | 1-6 T-8 96 | 1G F-16 Go | FS8L F-8T vO | B8L 8-81 & | T-6L G61 GG | G8L &-8T IG | 1-02 1-02 0G | #8 L-8T 6L | O-LT F-LT 8I | 220 T&T ZL | GST &.ST 9T | @8T Z@8T SI | 8-06 8-02 FL | 1&6 T-FS 1 | €&1G €1@ GL | 0-26 1-28 IL | 0:02 0-02 OL | 226 8-16 6 9-FL 9-FL 8 FGL F-Z1 Mb 2-91 1-91 9 6-11 1-81 G G9L §-9T ¥ 0-61 0-61 € 9-16 9-16 G 9-6 9.46 T LG§ 1.98 om “AIG “UeO TT 0-61 1-61 6-FL 6-F1 0-GL 0-1 0-8 0-81 L2G €-G6 GIG G1 €16 €1G 0:06 1-02 6-81 0-61 €&-8L §-8T F-9T 9-91 8-61 8-61 L-61L 1-61 9-8T &-8T 9-FL 9-FL GGL $-GL ¥-8L €-81 8-2T 221 €-0€8 G08 6-21 6-LT $16 F-1Z 9-91 9-91 0-16 6:96 GIG F-G% 8-IL 9-11 0-€T 0-81 LOL €-0L GGL GGL T-8E TSI 0-16 6-06 0:66 0-96 6-08 6-08 pM “AIG “qystapIyy G61 0-F1 8-F1 G61 0-16 G16 G16 £-06 €-81 0-8T T-9L 1-02 1-06 L61 8-F1 L&I 1-81 GL 0-T& 6-21 L-26 0-9T 0:86 0-2 0-6 8-81 0-21 0-@T 6-21 0-26 L-&6 0:2& JOM $61 TST 6ST 1-61 0-16 8-16 G16 0:12 0-81 L8T L-9L 6-61 0:02 ¥-61 €-F1 0-71 ¥-81 8-LT 0-68 L8L 0:16 GST 1-86 GALT $-11 0-91 8-1 8-11 L-ZT 0-12 0-96 0-€& “JOM €-6L TST 6ST 9-61 0-14 8-16 G-1G 0-12 0-8T L-81 LOL 6:61 GIG F-61 €F1 LPT P81 8-11 0-68 L-8T 6-93 6ST 1-82 6-21 GIT 6-ST F-6L 8-11 T-21 0-12 6: FG 0-&§ *k1d F-61 61 | 9-61 0-ST 0-ST | 6-FT 9-¢T &-CT | 6ST G61 F-6L | 0-16 I-16 T-1@ | €-02 GIG S16 | LIS L1G L1G | F-16 6:0 6-02 | ¢-02 0-81 6-21 | #81 0-8f 0-8L | 1L-8T 6ST 6-1 | 0-91 €-06 §-0G | 1-06 €-61 2-61 | $-61 0G 0G | F-06 LPL GPL | 0-ST O-€L GEL | 6&1 0-8T O-8E | &8I 6-21 621 | 0-8E 0-28 0-8 | 0-6E €-8L 81 | 0-81 0:93 0-26 | 8-26 6ST €&T | 0-91 1-08 1-08 | 0-1 F8L F-8L | €-9L IL §-IT | &-I1 F-0G ¥F-06 | GGS GIL @éL | @IL 0-IL LIL | 6-11 G11 €-LT | &-ST GIG GIG | GIG 8-FG 8-FS | 0-44 &FE €FE | 0-SE yom “AIG | “99M 6:61 GFT ¢-9T 0-2 6-06 G16 LIZ 6-06 L-81 6-81 G91 6-06 L-8T 6-0 ¢.F1 G81 L-6T 6-21 6-1€ 6-81 8-66 GL GE 6-ST FIL G-&% LIT 0-&1 0-21 LZ 1-86 £98 “PM 6-61 ¢-F1 €-9T 0-2 6-06 GIG LIZ 6:04 9-8T G81 0-9T 6-06 ¢.81 6-06 ¢-F1 ¢-§1 L-61 6-21 8-1E 6-8T 9-62 ¢- LT GIE 6-ST FIL G-&% GIL 0-€1 6-91 1L-G 1-8 €-9€ “£1 T-06 0-ST €- LT SG 6-06 0-2 L1G 6:61 0-61 G8T @LT £06 0-LT L-16 GFL LL ¥-61 G81 L1& 0-06 9-66 0-$T €-1& €-C1 €-I1 1.8 6-11 0-€1 0-9T LG 9-€Z 1.9 “JOM ‘SaTAg ITA GNV AUYQ—aUNLIVUTANA, §-02 GF1 T-81 6-GG 5-06 9-6 5-16 6-61 L81 F-61 0-81 1-06 0-81 G16 S&T 0-E1 1-04 0-8T 9:64 ¢-06 8-18 6-21 8-18 T-E1 €I1 ¥-GE FIL LPL 9-LT L-& €-&@ 0-28 “s1G G06 GFL 0-61 G46 6:02 0: L1G L8I L81 0-16 L-8I 8-61 21 0-16 L-GL 6-F1 ¢.06 0-61 0-86 8-06 §-GE 8-81 6-18 LST 8-11 0-16 GL LPL 0-8T 1-86 L-46 L-LE “JOM 1-03 6-71 6-61 6&4 8-06 9-€ 8-16 0:8T €-8T 6-16 L8I 8-61 8-81 0-16 8-61 6-ST 0-02 6-8T 6-96 ¥-0Z (args 0-8T 6-18 GFT 0-21 F-06 F-GL L-F1 ¥-8T 0-GE 0-76 8-98 "2M 1-03 6-71 6-61 6:&3 £06 G-&Z 8-16 0-81 €-8T 6:16 0:8T 8-61 8-81 LIZ 8-61 6-ST 0-06 6-81 6-96 ¥-02 L-G& 0:81 6-18 GFL 0-61 ¥-06 F-GL 8-F1 ¥-81 G1 0-76 8-96 "hg 9:02 G-ST 9-61 6:& £-06 ¢-&G G16 6-LT 0-61 L-16 ¥-6L 6-61 6-LT 1-81 VIL 0-91 6-8T 6-81 6-12 0-02 0-Z& £-61 9-08 ¥-€1 9-61 8-61 L@L L-L1 0:06 0-¢& 0-&% 9-9§ “JOM 1-06 G.GT ¥-61 6&4 £-06 G-&% GIG 6-LT 0-61 L-16 €-61 G61 L81 1-81 &-&T 0-9T 6-8T 8-8 6-16 0-02 L-2& 6-61 9-0 FET GOL 8-61 8-6 LL 6-61 0.6¢ 0-cZ 9-9€ "kid “SNVAW 1é 0€ 66 8@ 1 92 & ¥G &@ (26 1G 0@ 61 8T AT 9T ST ia &1 BEN NEVIS OBSERVATORY.—HOURLY VALUES. 104 ‘SNVaM| 9-1Z Té 08 62 86 | GFL 16 | 0-91 96 | 2&1 c@ | 6-41 FG | @&T &@ | 8-S1 GG | LG 1G | 1-96 0G | 0:76 6 | GALT 8L | 7-81 ZT | 8-81 9L | F-06 ST | LIZ FL | 260 &I | 8-08 GL | &-86 IL | 6-8 OL | 6-2 6 116 8 8-&& £ L-08 9 LG g 8-8T v 6-61 & ¥-61 G 8-02 IT G LT “99M GL 6-16 VIG L16 LIZ 9-§1 LT GFL GT 9-FT LST L436 6-96 0-76 1-91 L81 G81 LIZ 0-61 0-61 £08 0-8@ 6-&@ G16 0-28 0-28 8-82 GIG 0-6T 6-81 1-61 6-61 LOL "12MM OL &-1Z PEL LST GFT GGT ¢-FL L-S1 L4G 8-96 0-%6 LOL L-81 6-61 G-1G 0-6T 0-6T @-08 0:86 6:&@ ¥-16 6-16 6-18 8-86 GIG -1G LI@ L1@ 6-61 6-91 “hq $06 8-06 9-E1 9-8 FPL FFL 6-€T 6&1 0O-FL 8-&L BFL P-PL 6ST § ST 0:FZ 0-76 €46 €-96 0-6 0-8 0-91 8-ST 0-8T 0-81 PLT €-81 L-6L 2-02 L8I 1-81 G61 ¢-6T 0:08 6-66 GLE GLB 8-86 8-&% F-16 F-16 8-1¢ 1-1 0-TE 6-08 0-86 0-82 G-0G $-02 0-61 7F-16 €L1T 0-02 9-21 4-61 G6T $61 0-ST 0-ST qomM “AIG G06 ¥:06 | G06 £€-0Z LL LL | GFL &bL GEL SEL | 9-CL 9-21 O-8l OL | SEI ZI LEL G&L | GIL @IL VFL FPL | LSE TST 6ST €91 | 9-91 9-91 SFG €-76 | L46 1-46 ISG 1-96 | GCG ¢-44 6G €-GE | 0:26 0:83 @SL GGL | LSI F-ST TLE 20 | O-4T 0-21 0-91 F-9L | T-9T §-9T 0-6 G0G | 8-8L 8-61 F8L G82 | 9-6f 9-61 6-61 6-61 | L-0¢ 1-02 8-66 2:66 | G62 1-62 6:96 6:96 | G16 GLE 8-86 8% | GFE SFG F146 €:16 | 1:16 8-16 0-2E 8-1E | 6-18 21-1 GO& 1:08 | €-08 Z0€ 9:16 9-16 | 0-26 0-26 G06 G06 | 06 %-0Z 0-61 1-16 | 0-61 T-1Z 6-91 #80 | 0-9L 0-91 O-2ZT 1-81 | 9-91 9-LT 1-61 161 | G-6L 4-61 PCL FCT | LL LPT yom “Liq | ‘Jom “AIG L#. LL GSI €-IL GFL 8-1 8-FG 6-96 1-02 LST §-9T GOL 0-61 1-06 6-06 1-66 1-96 6-&@ 0-16 0:28 0-18 1-6 6-06 6-61 6-ST LOL L-61 GST JOM Se oa Pe 0G €-0G | &-06 9-&T 9-61 VEL 0-21 v-FL v-81 1-&G LG €-61 6-91 8-9T GOL 6-81 G-06 8-06 0-08 1.9 GFE 6-26 0-68 L-Ié 0-96 0-06 0-06 L-ST. 0-LT G61 9-F1 “JOM ¥-06 | 9-08 2-08 @-€I | 6-€L 8-81 9-2L | F-2L F-2L FEI | 8-EL 2-€T 0-2L | 6-GI 8-21 VFL | SET LST F-8L | 6-8L 6-81 1-46 | L9G 1-96 1-G4@ | €-96 §-9% 6-61 | &6L §-61 6-GI | GOL G91 8-91 | O-LZT 0-21 GOL | F-9L §-9T 8-61 | 0-61 6-61 G06 | L-1G 0-16 8:0G | 1-16 1-16 6-66 | 0-1€ 0-1E 1-96 | 1-26 1-L@ GFZ | 8-96 1-46 6:16 | 6-16 6-1 6-18 | 6-2& 6-2 O-I€ | 6-1 8-1E 0:9 | 0:46 0-G6 0-02 | 0:06 0-06 6:1Z | 0:06 9-2 GCL | €9L Z@9T @SL | 8-21 G81 ¢-6L | L6L [61 9FL | GPL GFL ‘hid | ‘seam “41 i ‘sadTog LOA, GNV AYQ—HYALVUAINAT, ‘O88T AUVOUAAA 8.08 6-02 0O-FL T-#L FEL = F-E€T GPL GPL 0-€L O-€L 0-ST 0-ST 8-8L 8-8T GCG F-GG 0-26 0:26 G-6L 4-61 0-LL 6-91 0-41 6-91 LOL L9L 9-8T T-6L 0-16 0-1G GIG G16 8-1g 2-1E 1:16 L116 5 Ce oh G66 G66 €-€& §&-&€ 1-18 L:18 L-FG 1-F% 0-06 1-06 0:06 0-€ FLT GLI 0-8L 4-81 0-6L 0-61 FFL «FFL gM “AIC € F-€1 6-81 0-FT L&I 8-F1 6-81 6-o6 G16 6-81 8-LZT T-91 ¢-9T 1-61 §-1G 1-2 0-2& 6-16 L4G £08 L-8& L-Ié L-&@ 1-06 6-&Z L81 0-61 0-0Z 6-FT LI% | 0-16 1-1 |ssvar] Tg 0g 66 ama IN om OH OM™~ DOD 105 BEN NEVIS OBSERVATORY.—HOURLY VALUES. “SNVAI{] 6-06 1-12 1g 0& 66 86 | 6SL 6-81 46 | GbL GPL 96 | GEL 8 G | &SL 4-8 w | 8FL 8-FL €& | L9L T-9T GG | 9S 9.8% IG | 69% 6-c% 0G | OFZ 0-FZ 6L | G@LL GLI 8T | 9L2T ZT AT | O-2T $21 9T | F8I F-6 ST | 60% §€-0Z PL | G0 Z-0Z I | @8Z 1-82 GL | 9-86 9.82 Il L4B 9-FG OL | TLZe 0-22 6 0-2 6-1 8 8-2E 1-2 M, G62 Z-6 9 6-06 8-02 ¢ | 0-61 ¢.02 > | 88 LIZ € | T8l &6r 6 | &6L ¢-6r TL | GLE eet ‘JOM "AIG “UBaTT 0-16 Z-1Z &&SL §-€L 6-SL 9-€T 9-§T ¢-€1 9§L §-€T 0-FL 0-FT GPL &-FT 0-6L 0-61 0:93 0-92 0-86 0-82 6-8L 6-81 6-LT 6-LT 0-ZL 6-91 €9L LT @8L F-61 G-0G -04 €-2E §-G 0-2E 0-2 £16 &-1z 46 §-&6 &1E §-1€ GEE GEE 0-28 0-ZE LZ 1-2 0:06 0-02 0-16 6-4Z 6-2T 8-21 0-61 #¥-61 L0G 1-06 ‘eM “AIG ‘FS tUpiy L1é G16 0-16 G16 6-02 G12 6-02 L1G 6:02 T-1Z 8-FL 8-FL @CL GST GEl GEL F-ZL F-ZL 8-FL 8-FL FGL = §-GT 6-€Z 6-€Z 8-GZ 8cZ 0-26 0-22 6-ZL 6-LT 92T 9-LT €-91 ¢-91 6-91 F-L1 T-0Z 1-02 G6L G61 €-FE §-F% 8-66 1-62 FFG FFG L9G 0-92 @Igé LIE LE LE 0-2€ 8-1E L-0Z 1-02 6-20 6-LT L-6L ¥-€ G@L1T 1-81 G6L G61 ¥-6L ¥-6L pM “AIG 81 8-02 0-12 GPL ZFL 6¢CT 6-ST @El GEL GEL €-€1 6-FL 6-41 GGL 2&1 0-FZ 0-F% CS -§-4S 1-96 1-92 LIT L-L1 L120 $-LT GCL 9-GT O-LT 6-LT ¥-0Z F-02 G6. 4-61 L6G 1&3 €-8G Z-8Z GES GES €-96 1:96 FI §-1E Togs 0-o¢ GIE TIE G-0Z %-0Z L-8L G81 0-81 0-22 6-21 T-8T L-6L 1-61 0-61 0-61 PM “AI LE ‘STING ITA GNV AYQ—aUALVUGaNA, GZ G16 G-1Z LIZ 9-12 6:14 116 GFT G-9T &€1 GGT 6-GT L-91 6-&@ (BG 0-&6 8-21 L8I 0-61 8-61 T-1Z L-61 1-08 8-64 ¥-&Z 6-16 ~ 9-TS 0-76 9-08 L1G 0-61 0-02 0-26 0-16 1-91 “JOM 0:26 GFL §-9T €-81 @-G1 @-ET 6-ST 6-&Z G&G 0-&% §-L1 L81 L-61 6:06 L1G G-61 9-08 1-62 ¥-&Z 0-16 G1 6-€& 9-08 GIG G16 6:86 €-96 0-16 8-LT *k1q *SNVAIT Tg 0& 62 8@ 1ké 9% G FG &@ (46 1G 02 61 81 ZT 9T oT FL mano HO OHO Mh CO DD BEN NEVIS OBSERVATORY.—HOURLY VALUES. 106 “‘SNVAW| F-ZG Té | 0-61 0& | 0-26 6G | &-F% 86 | 9-2 4 | &-1é 96 | 0G GB | 9-F& FG | L8E &@ | P-8 GB | GEE TG | 6-48 0G | 8-2e 6I | @Ié 8L | GST ZI | 91 9f | GL cL | LLT tL | LST &I | 6-81 GI | 0-81 IL | 0-81 OL | 0-61 6 GFT 8 6ST L LIL 9 6-01 is 8-16 Pp 0-46 € 0-9T G 8-6I T LéL “JOM GL 6:G 0-61 6-06 6-7G 9-GG 8-08 0:6& &-7E 0:88 LL P86 L&¢ 0-88 L-G& G-LT 0-LZT 0-LT ¢-9T 0-LT L61 ¢-61 6-LT GOL L-81 4ST LIL 6-0L 9-16 0-46 0-ST GEL G&L “JOM II 8-16 8-81 8-16 &-7G 6:66 0:08 LTE 0-7§ L18 0-28 &7E 0:9€ 0:€& 1-08 L-2T 0-21 0-91 0-91 LOL 6-61 G81 8-ZT 0-F1 ¥-GL G&L LIL ¥-0L L1G 8-&@ T-ST 0-6T LL “JOM or &-6 8-81 8-16 £-FG 6:26 6:62 LTE 6-86 LL18 ¥-LE GE 8-F& 6-2 9-08 LAT 0-ZT 0-9T 0-91 LOT €-6T L436 8-&@ LOL 0-71 0-71 LIT ¥-01 0-14 8-&Z L&T 0-21 ¢-@L “AIG G16 0-61 6:16 0:96 L-G% 8-66 LI& 0-F€ 8-28 1-88 GE g.G8 0-&& G-08 8-91 0-LT ¥-GT 9-FT 6ST 1-61 8-LT T-21 L&I GGL 8-GI 0-01 8-0L Z-61 T-&@ LPI 6-11 GGL “92M 0-46 0-61 6:16 0-96 L-GZ 1-66 0-1 6-&€ 8-18 T-8& L-&& 648 8-GE L-0& 8-9T 0-21 8ST 9-FT GGL 8-61 6&4 6-8 GLT 9-21 LPI 0-0T 8-01 F-61 L-&@ LPL 6-11 GEL “AIG. LIZ G-61 9-0@ ¥-¥G 8-16 0-62 1-8 8-88 0-28 0-68 0-9¢ 6-96 0-€8 LTE 6-91 0-AT 0-F1 0-71 LPL 9-81 ¥-LT 0-91 8-I1 6-61 0-61 9-6 G01 L-8T L-G L&L 9-11 6-I1 92M 6:06 7%16 | 8-06 §-16 960 6L | G6L G61 1-02 1-0@ | 1:06 1-0@ 0-46 0-96 | 0-96 0-96 8-06 8-06 | ¥:06 F:0G 0-66 8-86 | G66 0-62 9-68 9-86 | LE L-BE O-FE O-FE | GPE F-FE 1.98 L-9€ | 6-98 8-98 L8§ 88 | 0-8E 6-LE 0-G€ 6FE | L906 L9§ 0O:CE 6-76 | &9E SE 6-38 8-26 | £3 9-2 &-0& €-08 | G-6% 4-66 L-9L 1-91 | €9L €&-9T O-2T O-LT | O-LT 0-21 G&L GEL | GSE &-&T Lél LL&L | &SL €-2. O-FL OFL | GEL G&L 0O-8L 82 | 6-20 6-41 O-LL 86 | &-9L F-2 8ST L1G | &SL 6-61 L&T O-LT | €-8L 0-81 0O-6f GEL} Léf &&T 0O-GL O-€L | 6-GL TPL 6 8 F-6 | LOL TOL €&-OL §OL | 0-0L 0-0 0-8L 9-31 | 0-8L @GS8L GIG €1G | &06 €-0Z GGL GGL | &2L &-2L GIL IL | IL #F-IL 8-IL 9-11 | 21% 2-11 gom “AIG | “JOM AN GIG 1-61 £06 ¢-GG GIG &- 64 GE 9-F& 8-98 L-9§ 8-9E 6-9& L-& 86 ¥-9T LZ1 0-F1 GGL Lé1 PLT ¥-1G 6:06 LCT GFT 0-€T GOL &-6 L-8T 6-61 0-1 GI 0-21 “£1 ‘salag da@\, GNV AUQQN—daUALVUGaNay, “9881 HOUVIN 8-06 6-61 6:06 L-&Z 0:€@ 6-66 GCE L-G§ F-9E §-9§ 0:98 0-G§ 8-2& 0-26 0-91 LT ¥-FL 6-G1 LPI L8- LOL GGT G&L 0-ST 6-01 GOL G01 &-81 0-61 ¥-GL GIL 0-21 “JOM G16 8-61 6-0G L-&6 0-€@ 6-66 G.GE Gag ¥-9§ §-98 0-98 0-96 8-G& 0-26 6-S1 LL P-FL 6:61 LPL L-81 9-GZ 6-6T &-L1 g- GT 0-71 G01 G01 6-61 0-61 F-GL @IL 8-IT “AIG 6:06 0:06 G-06 0-96 &-G% 0-08 6-CE 0-98 6-96 L-9§ 0-98 8-98 ¥-GE 0-08 6-S1 0-21 0-ST 8-61 0-F1 L9L & 1 0-ST 0-71 6-91 0-01 €-01 0-1 €-81 6-81 0-41 GIL 6-11 Jom ¥-16 0-06 F-06 0-96 &-G% 0-08 GCE 0-98 L-9& 0-98 0-9§ 1-96 ¥-G& L-0& 6-E1 0-21 0-ST 8-61 0-F1 G91 &-16 T-0G 6-ST 6-91 P-01 €-0L 0-TT 0-04 6-81 0-21 @IL 6-11 SIG 6:06 0-06 6-06 1-96 6-&@ 6.62 LCE GLE 0.18 ¥-oE LG &-CE 9-66 0-0& GST 6-91 v-F1 F-3L GFL GS1 0-AT LéL 0-§1 LOL 16 8-01 GIL LZI GSI GIL 0-11 GZL “JOM 0-16 G16 6:14 9-&6 0-96 1-66 LCE 0-28 0-16 8-98 &-98 0-¢§ G-GE 8-62 LOL 9-9T 0-71 G&L GFL GOL GLT 0-71 GGL 0-LT 8-01 GOL 6-1 6-91 GST GIL 0-11 ZL “JOM ¥-1Z G16 0-Gé 9-6 0-S6 L-66 LCE 6-98 6-98 L.o§ &-SE 6-FE L-GE& 8-62 L9L 9-9T €-F1 GEL GEL GOL L-& PCT 6-91 0-21 L-01 6-01 8-IT §-SL G81 GIL 0-11 §-Z1 “Ad ‘SNVA 1g 0€ 66 8@ 146 92 & on eNO OM IO oO t~ 107 BEN NEVIS OBSERVATORY.—HOURLY VALUES. ‘SNVEN] 9.1% 1-26 1g 08 66 IT OL aN oO HO OOM OD v-6L F-6L L&G 1-8 L4G 1-43 0-6 0&3 8:86 1-86 918 G1 GE P-FE GLE GLE GLE €-1E GE 1-98 GCE F-9E G-€e F-€E Z-08 9.08 9-6L 9-61 G-9T ¢-9T 6-9. 6-ST GGL 2ST 6ST 6-ST 8-91 8-91 €9L 1-8 G-9T 8-1@ GST 8-91 SFL 8-ST ¥-GT 6-ST Z0L 1-01 6-01 6-01 LZI #21 0:06 ¢-0G &CL §ST 9-IL 9-11 6-IL 8-11 Jom “AI 616 9-16 8-8L 8-81 GIG 1-16 6-16 0:26 1-96 6&6 8-96 8-96 G0E 1-08 9:2E 9-GE 0-18 6-98 6-98 8-9E 666 &8-o¢ 8-9§ 1-96 LE LE LG& 1-86 0:08 6-62 0-9L 0-91 9-91 7F-9L 0-FL F-FT LPL TFL BFL PPT 0-91 6-91 8-91 G2 LPL TP &&SL G9T 0-8L 0-81 GOL GOL GOL GOL GIL ¢-IL TL 6-21 GT LT VIL #-11 0-IL 8-01 qamq “AIG “qUSIUpI 8-12 | G-1G 0-26 | 9-16 1-26 | 6-16 #-26 | G26 1-22 T-61 | T-8L 0-82 | 922 FLT | @8L 0-81} 0-06 0-06 6-16 | LG FG | G86 4-86 | 8-26 1:16 | G86 G86 9-GZ | 6-46 0-86 | &€6 €-&6 | GEG GES | LEB LE L-PZ | 6-26 0-86 | 9-26 126 | 1-26 GZS | €-BZ §-2 1L-9Z | 0:96 0:93 | 0:96 6496 | 86 1-86 | 9-86 §-86 8-16 | GE IIE | 666 8-66 | 0-08 6-62 | 8-0€ 2-08 0-S€ | O-FE O-FE | LE LPH | LPS O-FE | LE LE I-88 | 0-68 6-8€ | 6-8€ 688 | 28€ 2-8€ | [-86 T-8 8-96 | T-Z6 126) GLE G18) 0-28 O28 | &le E-LE L4€ | 0-68 6-FE | 0-E8 O-FE | OSE E-FE | BEE 8-GE 0-98 | G-ce ¢Ge | 6¢¢ L168] 198 1-96] 4g S¢E LE | 9-68 9-4 | LFS L548 | GE T-FE | GFE T-FE 1-1€ | 1-1€ 0-I€ | 9-0€ 4-08 | 8-0€ 9-08 | 6-08 9-08 1-26 | 6:66 6-26 | &2G €-G6 | 8-7 8-46) GIG ZIG 0-91 | GOT G91 | 0-9L 0-91 | L9L L9L | LOT TL9T 6-91 | FLL LLL} FLL TLL] O-2L 0-21 | &-9L F-9T G-9L | O-LT O-LT | 6-9L 6-91 | Z9L 2-91 | L9L F-9T 9-91. | O-2E 6-91 | L-2ZT T-2T |] &-2T €-2ZT | 0-81 0-81 GGL! GEL GEL |] 6SL OFT | 0-91 0-91 | $-9L G9L G6L | O-FL 0-16 | 8-FL 8-16] GST 216 | LST 0-2 6-16 | 0-91 G-1Z | G9L 4-26 | 6-9L GES | 6-9LT €-€Z T-GT | 0-9L 0-91 | 9-91 F-91 | TLE TLE | LL2T G-LT 0-21 | GFL €-9L | 6-FL T-91 | 8-FT TLL | FEL 6-LT 2-81 | 1-6L 6-81 | T-6L T1610 | G6L G61 | 6-61 6-61 0-0L | 0-OL TOL | GOL GOL} 0-IL LIL] @IL GIT LOT | & 10 IL | 9IL 9-IL |} GIL GIL | FIL FIT F-GL | O-SL O-fT | 8-8T L281 | 0-ST TST | F-9L €-9T 8-61 | G9L Z6I | 0-8L 0-81 | G6L G6L | 8-06 2-06 T-80 | 620 6-20 | OLE O-2T | TLE LLL} 9-21 $-LT 6-IL | ¥-GL F-GL | LIL TIL} 7-OL F-OL |} T-IL T-IT 9-OL | &IL §-IL | &IL €IL}] GIL GIL | 61L 9.1L ‘Aid | 3eM “41d | “Jom «At | “99M CAI | JEM AIG 0% 61 81 LT ‘SaTNg IG, GNV AUQ—HUALVUaANaY, ‘9881 HOUVA 0-&@ ¥:06 L-& 1-96 L-& 6:08 0-6& 6:7§ &-LE G:8& 1-98 6-7§ 6:6E 6:0 e-8T LOT LT G-LT G81 ¥-61 G-& GG -61 0-9T 8-9T ange L11 0:26 1-2 G-9T V-GL F-GL “a *SNVAV 1g 0€ 66 86 16 96 G ¥G & GG 1G 06 61 8T LT 9T ST tL &1 mAN OO HID OM OD TRANS. ROY. SOC. EDIN. VOL. XXXIV. BEN NEVIS OBSERVATORY.—HOURLY VALUES. 108 eee eee ee NVA] 1-16 1g 0€ | 0-84 66 | GZS 8Z | &-G% 1G | 0-98 96 | @8E cB | FE —G | G-66 && | 0-66 GB | G96 TZ | 1-93 0G | 9-26 6 | 0-08 8ST | ¥-0 LI | 6-96 9L | &FZ ST | 0-82 PL | @1é ST | 0-08 GL | 0-&@ IL | 0-22 OL | 0-6% 6 8-&% 8 E96 L L-&@ 9 ¥-1Z g G-9% P ¥-16 & §-1G G 1-86 IT €-16 PM IL 9G 8-9Z F-9Z G-9% ¢-06 8-02 G-0Z 1-06 0-98 6-98 F¥-9E 0-LE GFE 0-SE L-6Z 1-66 G16 0-16 6-26 0-66 0:86 L116 116 0-14 L1€ 9-18 F-0E 7-08 0:96 6-92 9-FZ 1-96 8-96 8-9Z 1:86 F:86 0-66 0-62 0: 8-62 9-CG_ §-GS 0-ZE + 0-2% C-€G G-&% T:96 €92@ 6-16 6-12 GCE GES GGS GS L9G 0-92 L6L TL61 6-66 €-6Z F:0G F-0Z pM “Ald OL ‘SaTng La\A\ GNV AU —AUNALVUaINAT, ‘9881 TIUdAV L-¥6 8-96 *SNVIN Ig 0§ 62 8@ me NOM OD OM ODO 109 BEN NEVIS OBSERVATORY.—HOURLY VALUES. “SNVSIT té 0€ 66 86 16 96 GG 0G &@ GG 1G 06 61 81 AT 91 oT 1-96 8-96 GCG 9-46 1-06 GIG 9-16 9-26 0:98 2-9 G96 G8E 8S L-FE €:-66 §-66 G16 F-8G 6:76 -66 FSG 9-66 1-96 -86 1-0€ 6-08 8-86 4-62 GFE G-FZ 8S 9-FZ 6-96 9G 6:86 8-82 ¥:8G §-8Z GS €-1 GS §-GS 1:06 0-12 0:46 02% 0:96 0-4 €-&S €-&Z G16 ¢-1Z 9-F% 9-FZ 6-96 6-96 6-16 6-12 $16 $1z G-2E «GS goa “AIG “UOT 9-46 6-&@ 0-16 0-81 G-GE 0-98 9-9§ 8-1 6-86 0-96 8-96 L-84 6-86 0-26 8-GS 6-GG 8-76 F-96 6-96 0-76 8-96 8-06 0-61 8-86 9-96 9-61 L-&6 &-G 8-96 6°26 1-26 JOM 6-96 6-&@ L1G 0-81 GSE 8-8& §-9§ L18 6-86 6-16 1-16 L-08 6-82 LG G:&Z 6-G L4G F-96 9-96 0-86 0-96 8:06 0-61 8-86 GGG 9-61 L-&@ §-GG 6-96 6-26 1-12 “AIG £93 0-96 0-8 0-82 8:06 0-12 O-LT 6-91 BFE 6FE 0-98 0-68 €48 6-98 0:28 Ze P16 €:16 GES LZ 8:93 1-93 26 F-08 G66 G66 0-28 ZFS &:2S GES 616 6-1 0:73 8-8 E46 BGS 0:16 8-9 1:96 F-GS BGS 6-GZ F:06 F-02 L-6L 1-61 L-83 1-8 BG BCS L6L L6r I-86 1-8 0:83 0-&% L126 8-16 0:2 0:2 0-46 0-22 gam “AIG “qUsIUpiL 8-96 9-76 L1G 6-81 &-9& L-98 GFE 6-1 0-66 8-S6 G16 6:84 0-86 v1 ¥-&@ §-16 0-c@ 6-16 6-96 8-FG L-9@ 6-06 9-61 . 6-86 §-c6 8-61 F-&6 6-66 0-96 &-&% 0-96 “JOM €-96 9-76 0:26 6-81 &-C& 6-66 8-7& 6-18 0-62 0-82 G-8E 8-06 0-82 G16 &&6 &-1G 6:76 GLB ¥-96 L-96 6-96 8-06 G-61 6-8 GG 8-61 FSS 6-26 0-96 &-&% 1-96 “AI 0-96 9:9 ¥-9G 6:96 | 8:96 I-92 0-9% | 0-22 6-26 1-86 | L-F% 0-61 ¥P-6L | 2-06 L1€ L118 | €L¢ 0-9§ 0-0F | 0-96 0-S& O0-€& | 6-&& 0-1€ OTE | 0-2 1:86 G66 | 8-86 GLE §-SS | 88% F-1G 0-62 | &-86 8-FZ 0-1€ | 2-8 8-86 9-86 | 9-64 LG L36E | 0-2 FFG §-FG | 8-G% $26 G6 | 12% 1-93 0-9% | 6-92 0-86 0-8@ | &-6Z 1-96 9-9Z | 8:96 0:96 T-2% | 0-92 0-246 6-9% | 0-26 ¥-06 §-06 | L-1é 1-61 1-61 | 1-61 0-FZ 6-€6 | L-4Z $16 §L@ | &-L16 0:06 0-0G | 1-02 G46 G6 | 24% 9-46 ¢-c% | G&G 6-FZ 0-46 | 8-EZ L-FG G46 | 1-96 6:96 6-9G | 6-9Z geM “AIG | "JOA 0G 61 GL PLB 1-96 0-12 PLE 6-96 8-FS 0-G& 6-86 0-66 6-86 0-96 9-08 0:08 1.9% L4G 0-86 ¥-66 ¥-16 9-16 8-16 ¥-1G G06 1-46 G-FG ¥-06 §-96 9-46 §-&@ 6-46 8-GZ “JOM F-L16 &-16 §-96 6:06 6-18 0:86 6-7& 0-28 8-66 0-08 0:86 8-96 GE 1-0 1-96 1-96 1-86 6-66 0-86 1-86 0:86 L-GG 0-14 0-6 1-8 0-16 6:76 L-96 6:G% 1-96 &-&G “JOM ‘SdING LHA\ GNV AUQ—TuALVuTaWay, ‘9881L TIUdV 0-86 1:13 1-86 8-16 11% 6-86 6-46 6-16 1-€% 0-28 0-LE L6§ 1-07 GE 0-9E G-Té §-1€ G-66 ¢-0€ 8-26 0-2 6-66 -1E 6-26 6:12 0-8 8-1 0-2& ZTE L-2% TL 1-96 9-96 G86 G86 6-66 1-66 0-66 6-86 6-86 6-82 0-66 8-08 6-16 GZS €-G6 §-GS 9-46 9-G6 8-S6 8% 8-1Z 116 0-76 0-FG 6:96 6-9% 6-16 0-2 L126 L1G L&Z L&%@ yom “AIG 9T L1G 1-26 L-& 0-16 8-LE- G6 é-G§ 1-08 8-66 8-16 9-86 L-86 &-1E 0:68 LLG L9G 0-86 8-08 ¥-66 1-66 9:86 LG 0-&@ 8-96 0-46 G-G6 6-76 G16 G16 8-16 8-&@ “JOM 6-86 8-16 1-86 L-FG 0-26 8-1 1-86 0-9& GS-66 1-66 G16 G-86 G16 8-66 0-G& 0-16 P-L [-86 6:08 6-66 6-16 §+86 &-GG 6:86 0-96 8-7G 8-16 8-96 G16 6:06 0-16 L-&@ "9.0 &:86 ¥-16 0-86 &&G 8-16 0-1 &-8& GFE 1-66 9:82 6:96 LL 6:96 0:08 LIé 0-26 0-96 0-86 8-08 8-62 GL 1-86 G&G 8&6 0-96 0-76 6:14 8-46 1-16 0-16 ¥-16 9-GG JOM 8-16 0:86 0-96 0-76 0-28 0-68 0-78 1-62 9.8% 0-18 8-12 1.96 0-08 T-1& 0-26 5-46 0:86 1:08 8-66 6:86 6:86 0-96 1-86 0-96 0:76 6:16 G-&G 1-26 0-12 6-16 9-2 “Ad “SKVAIT 1g 08 66 86 1X6 96 G % &@ GG 1% 02 61 8T AI 9T ST Las BEN NEVIS OBSERVATORY.—HOURLY VALUES. 110 “SNVAW| 6-08 Tg | 1-08 0g | G0& 66 | L-G& 8Z | 0-1E 16 | 0-08 96 | 1-86 GZ | &-2& FG | L-GP €G | F-88 GG | 0-€& 1G | 2-18 0G | ¢-Té 6L | 0-28 8L | 0-E LT | 1-8 9T | 9-16 cL | 1-96 FL | 0-26 €L | 0-26 GL | G36 IL | 1-92 OL | &-66 6 1-26 8 0-86 L L-L& 9 L-&& G 8-18 v 8-&& & L-28 G 0-86 I 6-16 “JOM 9-1& 9-08 G08 G78 1-08 G:G& 1-86 &-2E LGP G:GP 8-LE LTE L-&& 0-G& 0-G& L-GE 9-16 1-93 G-&% 0-26 L-&@ L-92 0:66 1-16 0-€& 9-68 L&& LLE 8-&& ¥-GE 8-82 6-86 "hid 9-08 T-T€ 0-08 [-0 G0& 0-08 8-1E GE L0E 0-08 G-0€ 9-2 0:86 G82 0-FE 8-€ 0-0F 8-07 9-98 G6& 0-F€ BLE 0-1€ 6-0 L3& 4-6E LTE 8-08 0-28 6-18 0-GE 0-GE 1-46 1-96 0:96 0-96 8-16 6&3 F16 F-L6 L&Z 8-& 196 4-96 0:66 9-86 E16 §.L16 G88 €-&& GLE 0-0F 0-GE 0-CE 0-88 0-8 0-FE 6-86 LZg LZ 0-26 0-82 0-126 &LB ‘pM “AIG IL ¥-08 1-66 8-62 6-0 0-66 1-18 0-86 G-F& L-0F 0-18 €-8& £08 L1& Lg 9-1 €1€ 6-FG 0-96 ¥-GG 0-26 L-GG L-¥G GIE 9-16 L-&& €-9& 1-88 G. LE 0-68 0-G& 1:96 6-96 “JOM 6:08 0-08 8-66 0-18 0:62 8-98 9-16 GFE L-0F LF 9.9€ €-08 8-1E €-1E 9-1& €-18 G:FG 0-92 ¥-GG 0-26 LG L4G 8-0€ 9-16 L&é 0-88 9-€€ €-LE 6-2E 0-GE 1.9% 0-93 “hid OL 6-62 0-62 8-82 0-08 0-62 G-86 G-96 6-78 £-68 V-FE 1-68 0-08 1-66 6-08 &1E 0-08 LG &-96 0-8 9-96 &16 9:46 GE 0-26 L-G& ¥-9§ 98 9-16 0-86 0-G& L4G 6-96 “JOM G-6Z 1-66 0-86 8-82 1-86 §-1 £16 1.08 ¥-68 LE 8-66 1-66 8-86 0-08 0-18 1-62 ¥-GG &-9Z 6:2 0:96 6-06 G:& 8-FE 0-62 0-G& 6-98 0-9& T.-L 6-86 1.08 0-&@ 1-96 JOM 8-86 8:86 8-16 €-16 0-86 G-FG 1.96 0-F& 8-98 0-F& 6:86 0:66 LS 6-64 G08 1-86 L-G6 8-76 8-26 L-9 1-06 6:& 8-7§ 0-96 0-68 L-98 1.9 &- 18 L-S§ 0- [8 1-66 G FG “JOM ™~ G.66 186 LLG G16 0-82 8-96 1:96 0-78 G-98 1-18 G-&& 0-62 0-2€ 6-62 6-08 1-86 &-86 8-76 8-26 LG 1-02 6&6 LE 0-26 0-6§ 1-88 1.98 €-LE 0-S§ 6-06 F-& &-FG “hid 6-66 6-16 g-16 6-16 G16 0-96 §-96 8-F& GLE 0-98 9-GE 9:86 0-GE 6-66 0-08 1-86 L7G P-F6 0-84 0-96 G-61 G:&% 0-96 1-26 G-G& 0-28 G-9& 6:98 9-F& 8-08 0-&@ 9-&@ 1-66 0:82 1-82 £96 G16 0:76 1-96 g- GE €-8& 6-78 0-6& &-86 6-18 0-08 ¥-66 0-86 -& 6:4 8-66 8-FG L-61 0:46 6-78 0-82 6-28 P-LE §-9§ L-8& 6-€& £-08 £-&4 6-66 *£1d ¢-86 4-16 G-8Z 9-96 0-16 FFG €-96 0-¢§ 9-18 VCE 9-96 1-66 0:96 8-66 6-08 6-16 0-16 £86 1.06 L-¥6 6-06 &-F6 1-8 0:86 0-€& G-GE 8-98 0-88 LP& 0-18 0-&@ L-61 PM ‘SdTOG LOA, AGNV AUQ—HUOLVYAINaT, ‘988T AVIN 1.86 6:86 0-66 1.9% 6-96 9-&6 SEESG 146 8-LE 0-68 1-66 1-66 0-12 G-0€ LCE 1-26 G16 9: &% &-&6 6-&@ 6-16 F-F6 0-F€ 0:&6 ¥-&& GG§ 8-98 G8& GFE §-1& G16 1-06 “JOM 0:62 0-62 1-62 ¥-8Z 0-26 0-72 1-26 0-9§ 6:8 8-GE L1G 0-0 g-96 L-08 GGE T-2@ G86 G&G L-FG 0-Z6 0-16 0-96 0-28 0-26 G-&§ 0-¢€ 8-98 8-28 8-F& 9-1E 0-& G-G3 “FOAL &-62 0-66 1-66 6:86 0-26 6:& L-26 0-9€ 6:88 §-&& 6-08 6-62 6-16 L-0§ L-&& 1-22 G:&% G-&% L-F6 0-23 $-1Z 6:76 0-2€ 1-84 8-F€ 1-18 8-98 9-16 8-F§ 9-18 G-&% £-33 “h1q “SNVaW = ae | aor N OO HIG onm~ vm eo re 111 BEN NEVIS OBSERVATORY.—HOURLY VALUES, “SNVAIT 0:08 $-0€ G66 &-0E 6:66 8-66 8-66 0-08 8-86 1-86 G86 1-6 6:96 0-26 6:68 8-GE 9-88 1-8¢ G-9E §-68 9-68 F-9¢ ¥-0& 9-08 F-0E 21-18 L0€ 0-0 9-TE 9-1 G0& G08 LG6 6-9 0-96 0-96 0-86 §-&@ GGG GGG 9-16 1-22 F-7G F-FG 6-08 6-0E G16 6-14 LG GCE 9-9 9-LE FFE 0-9€ 8-28 1-18 0-GE 0-o¢ L-8& 0-8 6:93 1-12 1-96 §-96 JM ‘AIG “ueayl $66 1-66 G66 6:6 G66 3-66 1-66 1-62 0-66 0-62 6-26 8-16 GIG FG GSS 8S €-98 %9E 7-18 SE 6-€8 0-FE 0:8 8-08 9:08 &-08 G9 0-86 0-18 0-18 L-Z8 0-28 0-26 0-12 0-6 T-8% 0-FZ 0-48 L-6% 1-2 8-06 1 0-3 0-2 #96 8.62 8-08 6-08 Z-9Z 0-8Z 8-88 0-FE 6-FE 0-8E 0-88 6-8 gle 11g 8-FE 1-78 11g LT 0:23 0-2 ‘Jom “AIC “qyStapryy 02 61 81 ‘SaTAG IGM GNV 44Q—HUNIVUTINA, ‘988T AVIA 9T ST G-GE L-&& 0-28 ¢.1g 9-6 1-8 0-86 1.2 8-68 ¥-GF 1-0F G-3E 6-F8 @-18 0-28 Lg 0-08 6-96 £83 8:93 8-43 8-96 6.86 1-86 1-8 0-07 6-88 8-8§ 8-7§ 0-9 LI G-1E “£1q ¥-1E 6.08 0:68 G-&& 6-66 8-18 1-62 $68 L-0F 0-0F GFE 6-18 L¥& 6-1 LG GE L-0& 6-96 0-26 0-96 0-&@ 6:96 6-66 6:96 L-§& 0-28 6&8 1-88 G4E FE 8-66 &-86 “JOM tL ¥-1E £08 8-1 L-9§ T-0 8-1 £86 L-& &-&P 6-68 0-F§ 6:08 L-2€ 0:68 0-2& €-1& 1-66 0-96 0:26 6:96 L-& 8-46 9:66 LLG (3 9-18 L-8& ¥-8& 0-7€ 0-7€ T-66 8-16 JOM &T 6-GE &-1 &-1 0-68 0-0€ 8-6 £86 0-68 LSP 0-€7 ¥-68 6.08 &-7& G18 0-2E €-1E 1-64 0-96 6-& 6.96 F-FG 8-96 €-66 1-16 G-&& 0-07 L-&& &-8E 6-&& 0-7€ 1.08 6-64 "hid “SNVAW Té 0€ 66 8G 1G 96 GG ve &%@ GG 1G 0@ 61 81 ZT 91 ST tL mA OH 1D OH ME CO DD BEN NEVIS OBSERVATORY.—HOURLY VALUES. 112 ‘sxvayl| $-98 ¢-16 | 8-96 O-4E | 1-96 €9E | LHF 69¢ | GFE GCE | BEE 6FE | 9-66 OFF | PEE OFE | ESE BFE | EEE SPE | OEE FFE) 8-EE O0-GE |'sXVEW 1é Te 0g | Lb G-6h | &-OF SSP | 0-9F O8F | 8-oF OLF | GFF 09F | LoP OFF | GCP 68h | GIF Ler | GIF 66h | OLP &-Gh | 81h 6-EF | 81h 0.77 | OF 6G | OFF OFF | SSF 8-eh | Ltr 12h | 61h 61h | LIh LIF | 0-1 0-1F | 6-0F 6-0F | L-0F T-0F | L-0F TOF | 0-0F 0-07 | L-OF T-OF | T-0F T-0F | 62 gz | O-2e 0-28] 6-98 6-9 | &SE SCE] FFE GFE) FFE 9FE| E98 $9E| GLE SLE] SLE SLE | 69E 69E | OLE OLE} 1-98 T-98 | 0-98 0-98 | 8B JZ | 8-&& 8-88 | se SE | LZE LZ | 0-ZE 0-CE | F-1E €-1E | 6-0E 6-0E | 0-0 6-62 | 0:0 0-0€ | G-0E 4-08 | 9-0 9-08 | 0-TE O-1€ | 9-0 9-08 | L6 9 | 8-18 98-18] 0-1E 8-08] GE G.1€| LIE O-1€ | 0O-1€ O-1€ | F-0€ €-0E | 0-0€ 0-0€ | L6G 1-62 | 7-66 F-66 | 0-66 0:66 | 0:08 0-08 | 0:08 0-08 | 96 c@ | L@eé LZ] 81e 8-18] 9-1E 91E | &1E G1E | &1e €1E | 20€ 2-08 | G0E SOE | 0-0E 0-08 | 0-0€ 0-0E | 0-0€ 0-08 | G0E ZOE | 0-08 0-08 | Gz 7% | 0-8 0-4€ | ece Ee | LZ T-2e | 81E 81E | OZ OE | BIE 81E |] 0-1 OTE | &IE €1E| IE FTE | 8-0F 8-08 | 0E SOE | 1-0 T08 | FZ GZ | G-6G 6% | G66 G-6Z | 9-8Z 9-8% | 6-66 6-66 | 8-62 8-62 | 0-0€ 0-0€ | 0-0€ 0-0 | F:0& F-0E | 9-0€ 9-0 | T-0E T-0& | 9-08 9-08 | T-0€ [08 | & Z| F-8E F8E 10-88 O-8E] 8-98 8-96] GLE GLE] TLE T-2E | 866 SHE] 0 0-9E | 208 BFE | 8-08 T-FE | 40€ 82E] LE LE | 296 198 | Gz 12 | #98 #98 | GGE SSE | SES 6S] 0-GE 0-66 | 8-FE BH] FFE FFE] OSE O68 | SPE SFE] GPE GPE | 9FE OFF | OFE OFF | LE LE} I 02 | 8-26 9-Ch | Ge 9.Ch | 6-EE 8-ZF | 8-0€ 9-0F | 0-9 TL-ZF | 8-ZE 1-0F | 9-26 8-0OF | L-2E Eh | 8-1E OF | 6-08 TLV | 6-0 €-2rF | 0-2E 0-9F | 02 6l | toh 6SF | 81h 88h | 81h GL] Lor O4F | 11h OL | IF GOV | GIF 8-4h | GCF 81) SIF LOP| STF 84h | 8h 097 | GIF Gor! GL SL | 0-68 @SF | 928 StF | PSE SEF | 0-9E F-ZF | BSE OZ | OFE SOF | 9-FE 9-86 | SFE O88 | OSE F-:9E | EE 89E| LFE 69E] LFE 8-98] SI 1I | 0-€8 0-€€ | @ZE SZ] O-ZE O-ZE | OTE 9-1 | 8-1€ 8-1E | SIE Sle] 8-0E 808 | 40E 208] OTE OTE |] [-1€ LIE] OT O16] €1€ €1E} LT OL | 8-2 8-ZE] ZG 8-2] SCE |SSE)| SCE SCE) OC OE] G1E GE | SIE §1E |] F1E F-1E | 81E 81E | IE GE] 61E 618] 81E 81E}] 9 Cl | G2 GCE) Sze GeZE| LZ LZ] ce O-2E| IE F-1E] 41E L116] 0-2 O26} 9-16 9-1E | 02 OE} BIE 81] LE [28 | OE 61IE] GT FL | G18 GLE] 6-98 6-98 | G-9E G.9E | 0-6E O48 | BOE SEE | FFE SFE | GPE SHE} OPE OFE | OSE OF | OE 0CE| OIE 818 | 61E BIE} FL Gl | Gee ZOE | FFE FFE | OFE OFE | SCE 6ZE| 2E SZE} 02 61S] 81S 818} L1E L118) Ge GE | GE €1E | OE OE] OE OE} ET ZL | 0-9E 0-98 | 298 Z9E | 0-98 6-98 | 6GE 698 | eae EGE | Lee L4¢]0-Fe OF | OLE O46 | 9-LE 1:46 | OLE 0-48 | OLE OLE] &9E E98] SL IL | L8G 6-0F | GSE 8-68 | OLE T-8E] Z9E 0-26 | 8-98 6-98 | OLE 0-28 | 0-9E 0-9E | BSE 098 | BFE 648] LSE GE] G8 G8 | 628 8-28) IT OL | Ih PIF | aCh Zr | 0-0F O0-OF | 0-0F 0-0F | 0-6€ 0-66 | $-8E E8E | 68E 68E | GBE SSE] F8E E8E | 8-8E B88E | G8E GSE] 168 L68 | OL 0-0F 0-0F | $68 €-6E | 0-8E 0-88 | 68E 6-8E | 0-8E 0-88 | L-8E T8E] 8-26 846 | BLE 6-46 | O-8E O-8E | F-8E F-8E | &8E E8E | 68E 6-8E 8-8E 8-86 | 0-68 0-6 | &8E $88] 626 6216] 6-9E 698 | GLE SLE} LLE TLE] 0-88 O8E} 68E 68E | B8E 8-8E | L8E L8E | 8-8E 0-0F L-9& L&p | 0-98 0-2 | 8S OTP | OG G68 | BFE TSE) LE TL8€] 0-88 698] IE GFE | 6CE 62S | GFE OFE | T9E T9E | 29E 1-9 6-2& 6-28 | 8-ze Oe | LZ LZ | LIS LIE] 60E 6-0 | 8-0E 8-08 | 0-:0E 0-08 | T-0€ T-0E | 0-0 0-08 | 0-0 0-0€ | 9-08 08 | OE 6-1E @9S 0-98] 0-98 0-98] L-9E T-98] Foe FE] 9cg 9.¢¢ |] Tce T-Ge] Ge L688] GCE GbE] TE 9-68 | F-1E SSE] 666 LE | 966 T-6E 11g 0-07 | 0G Le | GEE GCE] LE 98] L328 T-FE | @1e 8-2E | 0O-1€ 0-€8 | OTE LE] 6-66 S46) LIE L686 | LCE 6-E | 8-1E GCE 8-28 &&8 | GZ O€ | LZ 8-2 | LZE cE | F-0€ SIE | 0-0€ 6-0€ | Z6Z T-0E | 8-86 £62 | 0-66 6G | 8-86 0-62 | 0-86 G8 | L8G 8-84 6-18 9-18 | 81 @1¢|81€ 0-2] L1€ OZ] 0-1 9-TE | 6.08 O-TE | 9-0 F-0E | 0-18 O18 | 608 ¢-0E] I-1E T-1é] LTE LIE | OE 6-2 6-FE 9-98 | Le L168 | OF€ LE | LES EEE | L-2E SES | 60E TE | 8-66 108 | 8-86 0-0€ | 8-96 0-08 | 1:93 6-66 | 8:82 Z6Z | 6-46 8-62 yom ‘Sid | som “Ata | OM ‘AIG | 99M “AIG | ‘gem ‘Aid | eM AIG | Jem SIG | JOM AIG | Jem AIT | OM AIT | JOM AIG | OM AIT mn MO HO OM O DH AN OHO OM CO DH 6L IL OL 6 8 L 9 2 P g 6 IT ‘sdToqg daA, AGNV AXYQ—AUOLVAAINA TL, ‘988T ANOL 1138 BEN NEVIS OBSERVATORY.—HOURLY VALUES. "SNVEN| %.C8 ZOE 1g 0O& | &cr G.LF 66 LCP &-GF 86 | 6-2E 6-LE & | F-2S F-GE 96 | 6-08 6-0 G | ZTE &IE FG | 8-CE 8-ZE & | F-0€ F-08 G | 0-7 8-4 TZ | 88 8.c¢ 06 | L9E &-Gh 6L | OF 0-9F Sl | &88 GP LT | 6-E T-&€ 9T | FE F-2E ST | 0-28 0-2€ FL | GFE GFE Sl | &&E €-&€ GI | 0-6€ 0-9¢ Il | 0-2€ 1-18 OL | 2-68 21-68 6 8-68 Z-0F 8 L-8E 8-8& L 9:9€ 9-07 9 9-6E 9-€& G LPE GSE v FEE 6.96 & LIE 8-GE G €1E &-1é }! 6-1E #-&& yom “AIG “ueaT 9-F€ 6-€ Loh 0-LF 6-1F 8-&P 0-07 0-0F F-GE 7F-§ 0-TE 0-1§ G-0E &-0E GIE &T1E 0-1E 0-1€ 8-08 8-0€ 8-LE 8-1 1-98 0-L€ LES 9-FF 0-1F FF FE 0-LE €-1€ §€-1& F-1€ #F-1E 0-GE 0-6€ GGE GZE 0:6E 0-2E Gag 1-9E G-8§ ¢.8¢ 8-68 8-6€ 0-68 0-6E G68 T-0F 0-28 0-28 0-G& 8-1E 0:86 6-68 0-28 0-S€ 6-82 §-0€ 0-18 0-GE ‘yom “AIG “qUSIUply 6-F€ 0:97 0-GF 0-07 8-FE 0-18 GE &-GE LIé 0-2€ 1-98 0-98 8-€& 8-0F 0-F§ 8-18 6-1 0:68 I-€€ 0-6& 0-98 1-68 L-0F 0-68 §-8E 0-28 8-6E 0-08 9-08 0:08 8-1 “JOM &@ 0-98 6-FE 6-oF 0-GF 6-07 L-G& 1-08 GE 0-7€ 0-18 F-1E 1-9 0-16 £6 0-0F L-¥§ 0-68 8-1 0-2 9-€ 1-68 8-8 6-68 6-07 G8E 0-2 GLE 0-86 0:68 6-66 T-06 L-GE “OM (6 L-9€ 6. LF 0-&F G:-0F 8-68 1.08 GE 0-78 0-18 ¥-18 L-9€ 6-0F ¥-GF LF 0:9 0-G& 8-18 0:68 9-8 0-2& 8-LE 6-68 6:07 G-8E ¥-0F GLE 0-E GLE 0-€ 0-1E 0-&§ “Ig GGE L-9E 1G 9.¢€ 06 9.96 | €-98 TLLE 6-8F | L8h €1¢ GCP | GCP GG 0-0F | 8-68 8-6 GCE | FEE F-€E ¥-1E | LTE 9-1 G1E | &18 €-T& 8-7E | GFE GFE 0-18 | @1E 3T1E GCE | 8-GE 8-BE L-9€ | G98 Z.9E €-oF | 81h LF 0-ch | GIy 8-FF O-€F | 82h 0-¢F L&& | 9FE 9-FE LG& | GEE 9-8 GCE | 1-28 1-88 0-8 | &CE €-BE 0-88 | O-FE 0-FE L-88 | $-E #F-8E 6-LE | G8E 38E 6-6€ | Z0F -0F GIP | GP GOP F-68 | €-68 &-6& 9-€F | 8-98 0-FF TLE | 0-28 0-28 €-FE | BE 8-CE T-LE | @-G€ 1-98 8-EE | 0-FE& GFE G-T€ | 8-08 F-1€ 8-8 | 0-SE O0-FE ‘Arq | 39M “AIG 61 L-9§ 1-67 LG? L-6& &-8& 0-G& 6-1E 6-7§ G-1§ GEE 0-1 0- 1h 0-GF 8-&P 8-7 ¥-&& GE 0-88 8-88 9-48 0-8€ G-0F 6-17 6-68 6-6 G-9§ 8-9E 1-98 L-§ 0-68 ¥-&& “JOM 81 ‘SaTOg ITM GNV AYQ—HAUNLVUTANGY, ‘988T ANOL 0.28 F-6P 6:GP 6-68 &-€& 0-G& 0-68 L-98 €-1 8-FE LL 0-1F LCP P-Sh 6.7€ 9. 6-2E &-7E 1-96 8-4 €-8E £-07 0-1F £66 8-07 §-98 &-9¢ G-8E GSE L-G& L-#§ ‘2M 1 1-28 0-87 tPF 8-68 0-78 LGE L-GE 8-96 0-18 0-96 LL 0-1F 0-&F G-&F 0-98 &-€& GCE 6-7E FFE 9-78 0-88 L-0F €- TP S-68 6-07 L-9§ GOE G.1E L¥S 8-GE 0-7 JOM 9T 6-2E 0-28 6-2E GLP §-0¢ v-Eh 0-F7 £68 F-66 9-F& 9-F€ &1E §-T1& 618 6-1 &-€& €-€& 1-08 1-08 L.9& 1-9 G18 §-1E LOF &-F LCP 1-9F GIP 8-FF 9-FE 9-F& GEE F-SE GCE GCE 8-18 8-LE 0-9 0-9& 678 6-5 RE 8-88 €-0F §-0F LTP 1-GP 6-68 6-6€ 81h LF L-9e 1-9€ 0:98 0-98 F-1E 6-07 0:98 &8E 6-28 0-€& 6-F& F-9§ yom “AIG 6-9€ P-L L-6F L-8§ LE LIé 0-28 0-€€ LI ¥-LE 8-98 8-6 0-GF 9-0F &-7& &-88 GE L-68 &-9E 6-98 8-18 0- TP v-1P 8-6€ 8-1F 8-&& 0-¢¢ €-LE 0-FE L-3& 67S “JOM 0-8€ 6-0¢ 6-77 1.88 0-78 L18 0-GE 0-&€ LIé ¥-LE 8-9€ 0-SF 0:97 6-77 &-7& G:&& g-GS 6-68 &-9€ 6.9€ &- TP 0: LF G-TF 8-6 6-GF 8-€& 0-9§ 6-68 6-FE L-3E GLE “£IG G-9€ &1 9-18 “SNVAIQ 1é 0€ 66 8@ 1x6 96 % ¥G &% G 14 02 61 8T LAT 9T oT FL &1 GL Oo onl mrAnNn owt iO OM OD BEN NEVIS OBSERVATORY.—HOURLY VALUES. 114 ‘sNVaW| &-68 Té | 0-28 0€ | G-0F 6G | 0-LE 8G | 0-96 1G | 1-G& 9% | 1-98 co | LIP FG | CEP €@ | 9-0F GG | (0-GP 1% | GLP 0G | 0-07 6L | 8-GF 8I | 9-7 ZL | 9-98 91 L-G& cL | 9-88 FL | 6-88 €L | 0-98 GL | 0-2 IL | 8-F OL | 8-98 6 L-2& 8 0.8 L 6-28 9 6-1 g €-1P ¥ 6-47 € 9- FF G @:9F i 8-8P “POM aa 8-68 LL 6:07 0-18 0-98 L-G& 1-98 8-1¥ 9-&P 9-07 0-67 8-19 GLP FGF 9-FF 8-98 LG 9-88 6-88 0:98 0-18 6-97 0-LE 0-48 0-96 6-98 6-LE €- 17 6-oF 9-7 Z-9F 6-19 “£1 0:68 7-68 €-9E €-9& 1-68 8-68 0:98 0-98 8-GE G-E& 9-1E 9-1 0-98 0-98 6-1F 6-17 0-FF 0-77 €-0F §&-0P &Gh &-GP GLP 0-09 ¥-68 9-66 8-EF 0-cF LPF LF Lc L-&8 LE 1-6 GEE GEE LE LE L9& 1L-G& 0-LE 0-LE ¥-9F 8-97 8-FE 0-96 0-G& I1-S€ &FE &-7E 1-98 1-9 €&8E P-8E Lip LIF FF) F-FF GHP GPP Lop L-cP L-8h 6-19 pm “Ald IL G-8E 0-18 G-6& &-9§ GCE 0-1€ G-9& v-iP 8-GP -07 6-1P 0-LF L-8€ 0:77 6-GP GE LG&E L-€s GFE 0-98 §-9§ G-9OF ¥-&& L-08 ¥-&& 0-18 0:88 Li 8-&P 0-47 G-oF G-9F “JOM 6:88 0-28 @-68 &¢§ GCE 0-18 G-9§ GTP 8-CP F-0F 6-1P 0-67 L-86 &-FP 6-GP GFE L-GE T-&& GFE 0-96 §-9€ 8-97 6-88 L¥é ¥-&& 0-28 0-88 0-17 8-87 0-77 6 GP L0G T-8& GLE €-88 6-7& LG 1-08 §-98 8-1P 6-GP T-07 0-17 L-GP T-8§ G-FP L-GP 8-&& 0-GE L-G& GFE Q-¢§ 0-LE -9F 0:28 6-66 G-&& €-96 G8& G-0F LG 8-&P ¥-GP &-9F “JOM ¥-8& GLE €-8E 6-7& LG L08 &-98 6-17 6-GP 1-07 0-17 6-97 T-8 9-77 G-GF 8-&& 0-28 6-2E G-F§ 0-98 0-28 L-9F 0-88 &-GE G-&& §-9€ G-8& 6-07 L-GP 8-&P ¥-SP 6-6F G-lE 618 | FL 8-2 0-98 0-98 | GoE 4G-GE 646 616 | OLE 0-28 GPE GHE | BEE 8-EE 0-G& 0-2E | 81E 8-1é 0:08 0-08 | 0:08 0-08 OLE OLE | FLEE F-LE LOF GOP | G68 €-68 0:ch 0-GF | 61h 6-17 6-68 6-68 | 8-6€ 8-68 O-1F O-IP | 3-0F 2-07 LSP 1-h | Lh 15% 0-28 OLE | 8-9E 8-98 LSP LSh | Gch Lop 91h 9-LF | OTF 0-1P 6-& 6G | 1-26 1-2E GIé GI€| LIE LTE GCE LS | LE bE 67S 6-7E | LSE T-9E 6-9E 8-9E | 9-GE 9-c€ G9E G9E | GLE GLE T-Sh L-SF | 09h 0-97 GIE 0-6 | ZTE L1¢ G16 LOE | L126 6-66 8-GE 8-GE | 6-2E 6-ZE LG LG | GSE GE G8E G8E | 8-68 6-6 LOF 0-0F | LOF 0-0F LIP LIP | Gtr GaP LhP O-FP | 0-FF 0-FF FIP T-Sh | L0F F-Sh Lh O-LF | LSh 1-9F pam “Aid | JM “AIC GLE ¢.c§ 0-18 &-&& 9-18 1-66 9-96 0:88 6-17 1-6 1-6 0-FF GLE LP 8-0F7 0-68 0-TE L-2& 6-98 6-98 G-9§ 6-77 9-18 L-1é 8-G& 0-S& LT G-8& 6-1F LSP LI ¥-&P “JOM 9 ‘vars we G-1E | GLE 0-98 | ¥-9§ 0.18 | TLE LG&E | 0-86 0-1€ | 0-18 €-62 | 1-66 LL1e | &Lé 0:88 | 0-28 0-1F | GIP 8-68 | 2-6€ G-OF | LIP 0-FF | 0-FP 8-1E | 0-8E 0-9F | &-9F L-OF | 8-68 9-E | GEE 6-08 | 0-2 L-Gé | LZé 1-9€ | 6-96 GE | F-GE 8-9E | L-LE 0-GF | L-&F 6-08 | L1¢ 8-86 | 0-96 €-GE | 6-E LF | ¢-SE LCP | 8-GF G-8E | 0-68 9-1F | 9-1F FFF | GHP Gap | LP €-9F | 0-8P “Id | “2.M ‘saTog IGA, GNV AYQ—UALVUAANGT, ‘9881 ATOL 8-18 9-9€ 1-98 L&& 0-1 6-66 0-6 0-18 9-0F 0-0F 8-SF 0-&F 0-88 6. LP 6-88 L-S& L-G& 0-18 0-8€ GSE L-8& 0-GP 0-28 6-96 0-28 0-o& &-GP 6-LE &- TF &-CF 8-9F 9-SF “JOM @-88 8-9§ L-98 L-&& 0-1 8-66 6-68 9-18 9-07 0-07 8-SF 0-&F 0-88 6-LF 6-88 1-86 LE 0-T& 6-18 GSE L-8§ 0-GF F-1E LZ 0-2E 0-¢§ &-GP &-GP 0-oF GSP 8-9F 0-LF “q “SNVaW Tg 0§ 66 86 1 96 cB VG &@ G 1G 06 61 SI AT 9T cT FL &1 GL oS ri | aH io OM OO nan 115 BEN NEVIS OBSERVATORY.—HOURLY VALUES. "SNVGM| §-88 9.8E 1g 0& 66 8% LG 96 G vG &@ GG 1G 06 61 8T LT 9T ST tL AAO HO © Mh CO OD 9-c€ 9-G¢ V8E 7-86 LG§ 1-46 LE L-&& 0-1& 0-1& 67S 67E GOP 4-07 GIP ¥-LP G-OF §-0F Gp 9-17 G9F 8-9F 6-68 F-0F @Eh LPP P&P FSF G9E 8-98 GE 9.28 8-GE 8-6 GPE GHE G9E 9S 1-98 1-96 Liy GHP L9g GE G08 6-1€ 9-2& 9-GE L4& LE 9-88 1-8 8-0F @IP GIP &-GP €-GP 0-SP Lop 8-GP 6-9F 9-67 pM “AI “wea ¥-LE 9-LE 0:68 0-GE T-Z8 TLE 0:98 0-98 LEE 1-86 LI€é 0-T& 0:08 0:08 L68 6-6€ G6E €-6E 0:07 0:0F L-0F 1-0F ¥-9F G-9F GCP G-GP 8-88 8-8 PLp GLP €-8E 8-86 0-€& 0-8 0-88 6-GE GIE TE Ll SLE 9-78 9-FE 0:88 0-88 LT GIP 0-28 0-68 1-96 0-26 L-6& 1-G€ G-9E 1-9 GIP GIP G18 GIP LEF 8-FF 0:FF 0-47 GLE SLh pM “fig ‘qUSTUplyt GLE 0-68 8-18 6-96 0-7§ 1-08 L0€ 6-68 G-8& 8-0F €-0P 6-97 9-17 6-6 6:97 6-88 L-&& 0-€& G-1§ I-18 L-9¢ 8-18 L-0F 0:€€ G-86 8-68 G.9§ 0: TF §-LE ¥-8E LGP L-8P “JOM &@ LL 0-&& 8-18 1-28 L-§ &-08 6-08 L.0F 1-88 L-0F 0-17 6:97 GCP 8-68 T-9F 6-88 8-6E 0-88 LI€ 6-98 0-98 ¥-68 6:68 0-&& 9-06 0-€& 0-98 0-1F §-1E T-88 L-9F ¥-8P JOM G 8-1 6-88 0-88 GLE 9-F& 1-08 L-08 8:07 6-88 G- OP 6:07 9-97 G-GP 0- TP LSP &-8& 0-&& 0-€& 0-28 G.9§ 8-S§ L1¥ 0-88 L&& 6:08 L-&& L-9€ 8-1 1.98 G-8E GSP 6:87 “JOM 1G ¥-8E | 1-88 6&8 | 6-7 0-88 | 2-88 GLE | TLE 8-PE | 0-SE 1-0 | 1-6€ T-0§ | 0-1€ 8-0F | F-0F T-68 | &-88 G-0F | 0-07 0-1F | 9-0F 8-9F | 6-97 €-GF | 8-1P LIF | &-0F L-GF | P-8F 6-68 | 0-68 0-86 | & EE 0-88 | T-€& LTE | €-G& G-9E | 8-98 8-GE | 8-9E LIP | 6-6P 0-88 | 9-98 0-88 | 0-8 6-08 | 0-68 Ls | L&e L-9€ | 6-98 8-1F | 6-67 O-1F | 8 §-8F | L-0F GOP | L-9F 9-67 | F-67 “Aid | "Je 0G P8E 6-88 Tce 1-9¢ G8E G8E L248 LL LOS 8-96 0-2 0-GE 0-6& 0-8 10% 0-1F 9-0F 9.07 9-0F L-0F 8-0F 8-0F 6:97 6-97 FIP = L-GP 0-1F 6-1P 0-SF 0-SP G68 6-0F 9-88 9-8€ GEE GEE 8.28 8-ZE 8-98 8-98 8-98 8-98 5-8) 9-8F 8-9 8-CE L-€& 1-88 0-GE 0:GE L-€& L-€& G98 9-9€ 0-EF 6-GF G6E 1-68 6-98 F-LP €-9F €.9F 6-67 T-1¢ yom “hI 61 8-8 1.8 6-6 §-L1§ 1-98 0-6& 0-7§ ¥-1F 0-17 L-0F 0-17 LLP 0-GP 6-1P 6: SF G-68 G-€& G-&& LCE &-9§ 0-28 v-FP F-98 &-& 0-28 L-P§ LE 6:67 LIP 9-18 8-SP 6: 6P JOM 8T G6 6:96 6-68 €-1§ 0-28 0-28 0-7& G17 0-17 L-0F 0-17 8-LP G:&F 6-17 6-SF LI GE G-&& L-G& §-9§ 0-28 L-tP F-9§ &-&& 0-68 LVé L-L8 6:GP LI? 9.oF 8-SF L1¢ “hig 6:68 6-9€ 0-07 6-18 GLE 8-GE LE GTP ¥-1P 6.07 LF L-67 G-GP GCP 8-SP 8-86 8-88 P-€ G-&& G-98 6-98 €-9F 0-98 6.&& L-&& L-F& LE L-G¥ L-GP €-LE LP L-0¢ “2. ras ‘SdIng IGA GNV AYQ—GUALVAGaNG, 988l ATOL 8-68 6-98 0-07 6-1 ¥-L1E 8-G& LE &-1P GTP 6:07 LF G:6P 0-97 0-87 8-GP G-0F 8-&& Las G8 G-98 6:96 9-9F 0-9& 6:8 L-&& LPS LL L-OF 0-F 0-27 L-9F 9:6 "AIG 9-68 8-98 ¥-0F 8-1E 0-16 8-GE 6-78 0-67 6-17 0-17 LTV L-6P 0-GP &-GP 6:97 6:68 Lacs G-§€ G-€& G-9& 0-2 GLP 0-18 L7§ LE ¥-7& 8-LE 0-&7 L-&P GLP G-OF G.0¢ “JOM 9T 1-6 GLE 0-07 ¥-LE V-9 £68 1-9 6-17 OP 6-07 6-17 1-6P 6-17 0:67 (7 0-68 8-8 GE L-&& T-L18 0-18 0-LF 8-18 6-88 8-7§ L.G§ 8-18 6-17 LP LF &-9P 6:67 “JOM oT 1-68 1-0F LLE 28 8-0F 6-07 6-18 6-LE GE 8.c¢ LSS L&¢ 9-GE 9.G¢ 0-GF 0-GF 6-GP 0-7 Lip 1? GCP LCP G-8h 1-67 GIP GGP G-3F 6-7 0:97 T-9F 188 6-68 €GE §-GE 0-76 0-F§ 8-E& 8&8 6-96 6-9§ $18 €LE L9F GOP 0-88 0-8 GGE G-FE ¥-98 = F-9€ 1-9 1-98 6-1E §-LE LGp 6-17 LoF 1-97 GPP GPP 8-97 8-97 0-67 §-6S ‘gomM “AIG ia 9-68 9-9 8-68 6-28 G98 L-6& p-4¢ 6-17 0&7 8-07 8-GP 91h LT? L-&7 &-SP GLE 0-€& &&S 0-78 0-18 0-28 ¥-OF §-18 0:G& G-G§ 1.98 0:88 L-GP tS 0:97 G-9F £67 “72M &T 0:07 "SNVOIT 1g 08 62 8G 16 96 G VG &@ GG 1G 06 61 81 LT 9T ST vL AN OO HO OO CO TRANS. ROY. SOC. EDIN. VOL. XXXIV. BEN NEVIS OBSERVATORY.—HOURLY VALUES. 116 “SNVAM| [-OF Té | 0-87 0€ | 6-87 66 | 3-&F 8% | 9-SF 16 | GLE 96 | 6-68 GZ | 3-68 6 | LF €@ | 6-&% GZ | 6-98 1G | G-Lé 0G | G-9F 6I | F-3F 8L | ¢-67 LI | 9-28 9 | 8-6 SI | 9-97 FL | 9-9¢ &l | a GL | 1-98 IL | 0-¢¢ OL | &6E 6 L-2& 8 6-68 L £-68 9 9-GP g 0-1F ¥ L-88 g L-&€ 6 L-G& IT L-3E “JOM at 9-68 C&P &- LP 0-&P aid 6-96 0-68 6:66 &-GP 6-FF 6:68 $98 1-9F ¥-8E T-6F §-9& ¥-68 &-FP 6-FE 6-1F 9-6¢ GE £88 L-LE 6-68 .66 LF 9-0F 0-LE G86 T-2& 0-G& 40M II 6-68 G- FF 0-97 L-&F &:-9F 8-9€ G18 6:07 6-17 GFF 0-18 0-98 ¥-9F G-9€ 0-LF P96 0-0F 6: GF 0-F§ 0-1F G-9E 0-78 €- LE L-9§ ¥-68 &-GF LGP G-0F 6-98 G-GE 0-68 0-2E “JOM OL 6:8E &-9P 8-9F L-GF &-LP L-G6 ¥-L8 &-0F LIP 6-8h GE &-9€ ¥- LP G-8& &-8F 6:98 0-07 LOF 8-6& 0-07 L-9¢ L-6& LE 6.98 0-68 L-GP 8-68 8-68 8-9€ L-& 0-28 L1é “JOM ¥-88 G-GF ¥-9F GTP 8-17 &-9§ €-1 ¥-0F 8- TP 0-&P 1-88 L-8& 9-15 0-8€ 8-GP ¥-L18 &:-0F 6-8€ 6:G& &-68 GFE €-8 G-9§ 9-9§ 0-68 0-F7 G68 0-68 9-F§ 0-2€ GE ¥-08 “JOM G8E 688 | 6-LE F-8E T-LF §-Lb | 1-6h §&-6F Gch Gch | §-bh &-FF ih GIF | 8-1lh 6-1F 8-9F O-LF | 6-9F 0-LF GGG G46 | GGE %-GE €2E €L8 | 0-8E 0-88 G-0F &-0F | 9-0F 9-0F Liv GIP | $-Lh GTP LGp €GP | 6-0F 0-IF ¥-LE 6-0F | FFE 6-FE 0-F§ O-F€ | LSE LE 6-9F OF | TLE 3LP G9E 8-SF | GFE T-3P 0-F O-GF | 6-IF 0-GF V-1E F218 | 818 8-1 ¥-0F &-0F | L-0F T-0F GLE @6E | G98 TLE 82S 8-66 | §ZE SE 6-8E 6-8€ | 1-8 1.88 GFE §FS | LE TLE 0-E 0-ZE | 0-ZE 0-BE 8-9§ 8-48 | 0.c€ 0-¢c¢ 0-98 0-98 | 9-cg 9.cg 0-6€ 0-6€ | G-8E 94-8¢ &P &-bP | Lbh LFF 0-26 GF | 8-88 0€F ¥-8E F8E | G8E SBE 0-F€ O-FE | 0-GE ZZE GIE GIE| GOE ZOE 1-08 1-0€ | L-08 1-08 6-08 6-06 | L-I€ LIé OM "AIG | “WM “AIT Y 9 saTag IXA\ GNV AUQ@—aquoaLvuyangy, ‘988T LSOONY 1-68 1-08 T-LP 0-67 0-07 ¢-9§ 1-87 6:68 L.oF 0-17 6-9¢ €-9€ 6-9F 6-9F €-8€ 0-0F 0-1P GSE G.c8 0-68 L-o¢ Ls L8 0-9€ o-6€ &- IP 9-oF G-8E 6-S€ 0-62 0-2& £38 ‘iq “SNVAIT Ig 0g OL a mM NOH IO OM CO Pry BEN NEVIS OBSERVATORY.—HOURLY VALUES. “SNTA 61 AN OH Oo OME ODM ¥-68 07 977 8-F7 61h 0-8F 0-7) = T-FP L:Gh 8-GF L-9€ 6:9 G68 9-68 v-0F ¥-0F G-Gh 9-GP ¥-8F = LF G98 GP L968 €-9€ 8-EF P-FF G-68 6-97 &oh 6-oP 8-16 1-8 1-06 L0F ¥-GF 9 GF &9E 0-98 8-68 6-68 8-9 8-96 0-FE 0-FE 9-9§ 1-96 G98 9-9& 6:88 6-88 LIP §-1P OTF L&F 0-GF 1-GF G9E 6-9E 0-€€ T-&€ ¢1€ 4-1 0:28 0-6§ pM “AIG “UOT 8-88 9-68 6-1 6:-1F 1-09 10g Llp LLP 03h 0-GF 0:9 #-68 0-98 0-98 FEF 9-8F 9:0F 9-0 69h 6-9F Le 11h BFE 8-98 LE 8-18 6-88 6-FF Llp Lh G98 9-LE 9-0F 9-0F 62h 6-GP 0-78 0.98 G98 Z9E 0-68 0-68 Log 1-¢¢ 0-78 0-F8 6-98 8-98 GBE E88 €-68 §-68 6-98 0:2F 9.GF 1.oF 0-88 0-88 L?e 1-48 0-6 0:62 0-38 0-28 PM “AIG ‘qUsIUpliy 0:68 8- LP ¢-6P ad 8-GP 1-88 0-98 0-57 ¥-1P 6-97 6-LE ¥-GE G:8& 0-S§ 6:97 L-¥§ 9-0F 8-&F 0-&& 9-98 0-68 T-9& §-98 8-¢€ 6-L1E L-0F ¥-9€ 0-17 8-18 FE £66 G6E “OM &% 6-66 8-1P 8-67 ¥LP 6:6P L-6& 0-98 LPP ¥1P 0-9F 0-GP ¥-GE G-8& ¥-oF 0-LF 6.88 9-0F 6-87 0-9§ 9:98 0-66 TSE §-9§ 8-9E 6-LE L-0F 6:GP 0-LF 8-LE v-FE §-66 GCE “£1q G:6& 8-1P ¢-6P GLP GPP 1-96 9-98 6:2P 0-GF 6-oF 0.98 &-9& 9:8& L-G§ 0-08 0-18 6.07 6-oP ts L-L& 6.86 1&6 0-98 ¥-C§ 0-88 0-0F 0:98 L OF L-18 &-7& 9-62 £68 ‘JOM (X6 £07 8-17 8-67 LF 9-FF ¥-66 ¥-9E 0-87 0-GF 0-9F &-&P 9-96 9-8& 0-SF 0-0¢ GLE 6-07 6-cF $-G§ L-L& 6:88 L-G8 0-98 ¥-9€ 0-88 0-07 9-SP T-9F LL1é L-¥E 9-66 €-6§ ACG ¢-68 F-0F | 1-68 6-1F 6-[F | 6-GF ¥-0G 2-09 | 0-TS 0-26 O-LF | 6-9F 0-9F 0-9F | 9-97 LG F-8 | 9-€€ GLE GLE | 9-8E 11h LIP | G-0F 6-1 6-1F | ¥-1P 0:9F 0-9F | 0-9F €FE O0-FF | F-9E G-cg 9-GE | 0-9€ 1-66 &-6€ | 7-68 F-8E 0-SP | 0-07 6-8F 6-8F | 1-6? 0-28 F-LE | 1-LE @Ih Ih | 6-17 6-Sh 6-Gh | &-oF G98 €-9E | 9-9E 8-148 8-LE | 6-8 0-6€ 0-6€ | 9-68 9-48 9FE | 0-98 66€ 6-98 | 0-98 €ce €-G€ | 8-GE 0:88 0-8€ | F-8E 8-68 8-68 | 6-6E 0-68 9-SP | &8E 1-9) TL-9F | SP 0-88 0-88 | 0-8 0-¢g 0-68 | 0-96 €-0€ G0 | FIE 8:28 8-8 | 6-E ‘Jom «AIG | “92M 1G 0Z 9-0F &:GP 0-19 6-97 8-9F L-8& 9-8E §-0F ¥-1P 0-97 FFP 0-98 ¥-6& LCF 6-6F 9.18 6-17 ¢. GP 1-98 0-68 G-6§ 0-98 0-98 8-G¢ ¥-88 6:68 6: SF ¥-cF 6-8 L-§ 0-1E 6-2E "hig 0-0F LGP 1-0 0-97 6-9F 0-9€ 0-68 0-0F GTP 8.97 ¥-98 §-9§ 0-07 6:88 L-9F 6-88 LIF LF 9-18 &-07 GS-68 0-G€ ¥-98 6-98 0-68 1-68 6-68 6-S7 T-88 0-98 L-2E 9-6& JOM 61 L-0F 6:GP 6-09 0-9F 0-LF 6-9§ 0-6& 0:0F GIP 6.97 ¥-cP G98 0-0F LF 6:9F 0-68 8-1P L-GoF 0:8& G-OF ¢-6§ 0-G€ ¥-9§ 6-96 0:68 L-68 8-17 6. oF 0.68 0-98 1-1 9-4E “£id G-0F G-GP 6-67 ¥-GP LLP &-96 8:0P 0-68 0:6F 9-GF 1-98 9-98 8-GP 6:6 0-87 G-8E 9-1F L-GF 1-88 ¥-1F 9-68 &-9E L-2& 0-28 6-68 0-07 LGP L-9F 1-88 0-98 LG LCE “92M 8T 6:07 ¥-GP v-67 v GP GLP 9-16 SP £-68 €-GP ¥-GP 6-88. ¥-LE L-9F L-0F 6-6F ¥-8E &-1P §-97 8-88 GTP 0-68 £-9€ 6-26 G1 6-6 ¥-0F LGP 6-GP 6-8& 0-96 6-G& 0-&& JOM ‘SaqIng LaA, ONV 4UQ—HyOLVUAANAY, ‘9881 LSNONV ZT LTP G-GP G.6F ¥-S7 9-LF LL G-&P &-68 ¥-GP GCP T-LF 8.18 L-9F 6.6F ¢. 67 G88 ¥-TP G.9F 07 6-17 0.68 &9§ 6-1E GLE &-68 ¥-0F G-&F 6-SP 6-07 L-9§ 66S 0-€¢ “AIG LIF 0-GF | 0-17 8G 6-GP | &-GP 0-6F 1-6h | 18h LSP GP | 9-FF G-1b 8-Lb | GLP 0-88 0-8 | 2-88 6-EF 0-FF | L-8F 0-68 0-6€ | 0-88 0-GP 0-GF | 0-GF 0-9 1-Gh | 8-FF 0-2 L-L1b | G0F &-8E 0-68 | 0:8¢ 0-Gh 0-SF | F-S7 F-1F L-0G | &-0F 60S 0-1¢ | 0.06 L-1& 0-88 | #88 §-IF &-Ih | 6-0F 8-Lb 6Lb | 9-LF 1-68 0-2F | 6-8& 6-2F 0-&h | 0-SF 8-66 8-68 | L-8E 9-CE 9G | 6-9E ¥-8E F-8E | B-8E 6-46 6:LE | §-2¢ 0-68 0-68 | 2-68 0O-1F 0-[F | &-IP LPP §-FF | 8-GP FPP = 9-FF | GHP L8E 6-68 | 0-8 1-98 0-LE | 8-S¢ 8-2E 8: | 0-€E Lés L&é | 0-€€ yom “AIG | “OA 9T GI 8-1F LG 6:87 LP PLP L-8E 8-&P 0-88 0-GP 0-GF G:8F L-8& v-GP 0-69 0-08 8-8E 6-07 8-LF ¥-1P 0-§F 1-88 6: 6-88 &-L1E 1-68 ¥- TF L-&P 6: FF 0-66 0-98 0-€§ 0-§§ “AI 8-07 0-6P L-67 0-47 LL P-8E GOP G-68 V-GP GFP 9:88 88 G.oF T-6 6-0 6:88 0-1P ¥-9F 6-1 0:GF GLE v8 L-68 0-18 6:68 6:07 LL? 8-6F L-88 8-96 &-8& 9-26 POM las L0F &-1¥ SIF 6-17 ¥-6h 9-67 0-FF 0-FF ¥-9F 9-97 PLE GLE Gh IP 9:68 9-68 G&P §-&F 0-77 LFF €8& 1-9F 6-18 T1-8E 89F 6-97 L?P €-0¢9 G6F L-6F 628 8-1 GOP §&-0F &9F 4-97 L2€ 0-68 0-8F T-Sh 6-98 6-98 87E 87S 0-68 § 68 L8E 1-8¢ 0-68 0-68 6:68 6-68 67h 0-SF 0-GF = L-6P G8E 8-6 0-9§ LSE 6-3§ 6-26 68 9.28 ‘gem = “AIG. &T ‘SNVAW Tg 0€ 66 86 16 9% G VG &@ (46 14 06 61 8 Ht oT ST tL &I A NOH 1H OME OD BEN NEVIS OBSERVATORY.—HOURLY VALUES. 118 “SNVAW| ¢.9¢ Tg 0& | 0-87 6G | LOF 8B | &-ZE 1G | &€8 96 | G&E Go | 0-26 % | €&TE &% | 0-68 GG | 8-66 TG | 2:8 0G | G-&é 6I | ¢-lé SI | &F& ZT | 1-98 9L | 8-G& ST L-& FL | 6&€ &1 GFE GL | 8-68 IL | 8-8? OL | F-2E 6 g-8€ 8 6.68 L &-C& 9 6-0F g L-8F y 0-LP € 6-68 G ¥-98 E L-88 “JOM iL 8-LF 9-€§ LG& 6-98 6-FE §-1& 9-08 8-1 €-86 £16 ¥-&& &-PE 8-€& 1-48 b-GE 8-08 0:§€ &-F& L.8§ 0- LF 0-G§ 6-98 G-GF 0-28 L-OF ¢-8P LIP 8-18 g-G& ¥-88 “OM 9-7 G-GE GTS L-&P LE 8-1E €-08 0-08 G16 0-86 1-68 G-1§ GE §-28 &-16 &-86 6-8 G-€& ¥-68 0-S§ 6-18 G&& &-1F 0-6& tL L-8P G-9€ &-9& 6-8& 6-0F “JOM 9-GP 6-GE G-1E 0-&F 1-48 8-1 §-08 0-08 G.16 0-86 1-38 LI G18 6:8& GE §-86 6-§§ 0-9§ F-68 0-9& 6-1€ L-8& & TP LGE GTP &8P LTP ¢. cE 6-8 €-07 "£1 a LSE @E &-S7 LG 6-6& 0-98 6-9€ G:-0€ 1-08 LL 8-62 ¥-1& 0-FE 6-08 0-28 0:6€ 0-08 £86 0-18 6-&€ 6-68 6-98 L-&& 9-€& L-GF L-& 0-¢F 0:67 6-9§ 8-9§ 0-9§ 6-1 “JOM “SNVAIV Té 0€ 62 8@ 16 96 16 FG &@ GG IZ 06 61 wo nN OO ‘STING ITA, aNV AU([—AdALVaAgdWa YT, ‘9881 NAANALdIAS 119 BEN NEVIS OBSERVATORY.—HOURLY VALUES. SNVEN) 8.CE F-9E | GCE 9.98 | B.ce ZOE 1g 0& 66 8Z 1 9% G VG &% GG 1G 06 61 8T LT 9T ST ia &T GL Oo ri aN OH iO 6 OD €-9F €-9F G68 G68 GCE GE 9-9§ 9-G¢ 6-7E 6-FE GEE GEE 8-08 8-0€ 8-08 8-08 1-62 1-66 £66 §-6Z 8-8 6-28 &7E 1L-4¢ 6:G& GEE &FE§ 9-LE LIE 6-58 TE 2-1 9-€€ 9-€€ 9-C€ 0-9 @8E 38S 6.0% 6-0F L8& 1-€€ L148 1-G¢ €8E §-8E LG G&E 81h 6-1F 08h Z8F 0-FF 9.6F GLE €-0F 6-9E 0-9 G-8E &.8¢ ‘yeM “AIG “UReT GIb LIP LP 1-Sf 6-GE 6-2 6GE 6-2E 6-9E 6-8 8-9€ 8-98 G0E G0€ G0 G08 6:16 6-12 6:86 6:82 GIE GE LPE &-FE 0-18 0-1 6:GE 6-2E 0-2 0-2 GIé TTIé 0:66 2-62 L8E 1-8¢ GPE SH LOF T1-0F Lag L9¢ €-6& €&& GEE SEE 8-1 8-1 PGE FOE Goh SGP L6F 1-29 0-26 6-€F 9-C§ 8.c¢ 0-98 0-9€ ‘qomM “AIG “qUSIUpL L-9§ §-9¢ FCP P-GP 6-Sh 6-oP LSés EE€e GCE GE 0-FE 0-FE 6-98 6-9§ 1-0€ 2-08 0-2€ #F-1€ G8Z %8%6 1-66 1-62 6-1€ 6-1¢ 8-FE FE 61E 6-1 1€& 2-88 @CE 0-EE 6-1 6-[€ €-08 8-08 L6& 1-68 FC F-CE 1-0% 1-0F €-G€ §€-¢¢ 8-FE 8-4 9-8 9-€€ 81h 8-IF 0-8F 0-€F €-9F F-9F 0-6F 0-€¢ GLE 0-FF 0:98 0-98 0-2E 0-28 ‘PM “AIG G 9-9§ | G9E 9.98 | L-9E 8-98 L9§ TLE ‘SaToOq LHA\ GNV AUC —_aaALVaFdINa YT, ‘9881T UAANALdAS GLE 0-88 GLb &LP LOP L-bP VCE F-CE VCE 9-GE €GE €-G¢ LS LF 6-18 6-18 GZE F-BE 0-2 F-18 1:08 2.08 9-26 1-68 6L1E 8-8 6-FE bcs 188 0-1F 8-8 0-68 Lo ¢.9¢ L#& L-#€ G-9§ 7-9 6-88 6-88 0-8h 0-87 9-GE 9-6E 0-88 0-8 G9 G-9E LE 1-9€ 0-GF 0-GF 0-67 0-6F 0-0¢ §-¢¢ 6-68 §-&F 0-88 0-88 L-88 1-88 JOM “AIG 0-28 8-1E |sxvan 186 1-8 0h 6-17 GCE &-GE 6-2E 6-68 LG 1-9€ GCE L-GE SIE 6-1 0-G& 1-6& 8-66 8:66 0-08 0-08 GEE 0-FE G-1E 6 6-7E T1-¢ 8-9€ G07 GEE 7-68 GCE LEE 0-FE 0-F€ ¥-C§ F-GE G0F GOP PGP .cF 9.88 9-8€ 0-1F 0-1F V-8E F-8E CE §-9€ Gh 9-1F L6> 1-69 Llp 0-4 6-88 &-GP ¢-9§ 6-98 G1E GLE ‘yom = ‘hig mn oO SH 1 o OD BEN NEVIS OBSERVATORY.—HOURLY VALUES. 120 "BNVAK) 6-FE Té | &E 0s T-L8 66 | FE 86 | 6-6E 1G | 0-66 9% L-08 GB | 1-08 FG | 0-FE &@ | 0-GE GG | &- Te 13 | 0-88 0G | 8-FE 61 L-T€ 81 T-08 LL | ¥-&€ 9T 6-98 GI | 0-&€ tL 0-2 €t &-1E GI | 8-8 It L-Ié ot 1-08 6 0-9€ 8 L-0F y) 8-68 9 8-9F g GLP F 8-&P € €-6€ jz 0-F§ T €-FE "JOM ae LE L-FE 0-C€ 0-S¢ L-9§ 1-98 0-2E 0-LE GGE GSE 1:66 1-66 T-0€ 1-08 0-0€ 0-08 8-E 8-&E ¥-18 6-1€ LT@ L-1€ €-6§ 6-6E 9-FE GFE 0-1€ O-1¢ 0:08 0-0€ 6-28 6-GE 0-26 O-LE GCE GE 1-2€ 1-86 8-1€ 8-Ié SFE 8-FE 1-06 1-08 GIS IE 0-9 0-9§ €-0F €-0F 8-88 8-8E 9-Gh 9-GF 8-9F 8-9F 0-67 0-8F 0-68 0-68 0-78 0-8 FFE = O-FE qomM “AIG IL G-PE 6-96 §-9¢ L-98 L-G& LLG 0-62 0-62 9-6E §-08 6-08 L-ZE 8-§& 6:08 8-62 L-4& 6-9€ 6-1 0-2€ 6-1€ 0-¢¢ 2-08 8-62 §-9€ G:0F ¥-68 GOP 0-LF ¢- 68 €-8& 8-3E GFE “hig GFE GPE | O-FE 9-FE V4 TLE) &2e le 0-9€ 0-98 | 6-9 6-¢ 6-¢€ 6-68 | 0-LE 0-18 LIE T1E}] 0-3 6-1€ 1-66 1-6@ | 0-86 6-26 G8E Z8Z | 0:86 0-82 0-66 0-66 | 1-66 1-63 LG& GE | 0-28 0-28 6:82 6-86 | 8-66 2-6 LIE LI& | 31€ &T1é LZ 0-GE | LZ Le GCE GE | SSE &-ZE LTé LIE | Ie €1¢ 0-0€ 0-08 | Z0€ Z08 1-68 1-8 | L-4& TF 0-9 0-9€ | GSE GE L-1€ 1-1€}] T-1€ TLT1¢ 0-28 O-GE | L-ZE I-ZE G@1E GIES | IE Z-1E €GE €9€ | 0-C€ 0-98 T-0€ 1-08 | 1-0€ 20€ 6-88 6-88 | &FE EF GLE G1E| 8-18 8-1 F-0F ¥-0F | §-0F &-0F Ger G-8F | 88h 8-Sh 82h 81h | LLb 9-LF &1b §Llb | 29F f-OF €68 §€-68 | 6-6€ 6-6€ G8E BSE} 6-LE 8-L1E GCE SCE} 9-ZE 9-ZE L9E 1-96 | 8-9 8-9E yom “AIG | “FeM “AIT 7 € ‘saqlog LaA\ GNV AY] —duUnLVUadANAT, ‘9881 UALOLIO aon aN Ot Oo 0 te 121 BEN NEVIS OBSERVATORY.—HOURLY VALUES. “SNVEW| 9-FE 9-FE Te | 268 LE 0€ | 9-98 9.98 6G | 9:98 9-98 8G | &SE F-&& 1G | ¥-66 F-6Z 9% | G6Z 3-66 CZ | 2:86 1-86 FG | HCE F-E $6 | $08 8-08 GG | 0-08 T-0€ IZ | 0-2E 0-2E 06 | O-FE O0-FE 61 | 6-0€ 6-0 8 | G0€ &-0E ZI | Lee LE Ot | L-98 TL-9¢ cl | &8 EE FI | 61E 6-1E SL | FTE F-18 GL | 6-€& 6-88 IL | &38 #F-2€ OL | #IE #F-TE 6 TLE GLE 8 ¥-68 ¥-68 L 6:0F 6-0F 9 6-Sh 6-SF G 9-9F 9.9F t GCP G- Gh § 1-68 0-68 G 0-FE 0-F€ T L-4& 6-F& JOM “AIG ‘“UBey ‘4 SIUply 9-FE 9-FE LZ 1-GE 0-88 6-LE 6-9€ 6-9§ LPS LE 0:28 1-28 §-6Z §-66 1-86 1-82 9-66 9-62 LI §-2 G86 9-82 0-1& 0O-TE 0-FE 0-F§ 08 0 LOS 1-08 LG& 166 0-GE 0-9€ 8G 8-GE 0-TE 0-1€ 0-GE 0-GE 9-08 9-08 Lge L&E 0-08 6-66 1-88 1-8& €-LE F-LE G-0F $&-0F Gob GSP €-oh §-oF Loh L-Gh 6-0F 8-0F 0-88 6-28 6€8 6-€8 ‘PM “AIG &@ GhE GFE 6-18 6-1€ 9-18 9-LE 6-GE 6-G§ LE LE 6-1& 6-1€ 0:66 0-62 G83 3-86 0:0& 0-08 GLE 0-88 L862 1-86 §&1& §-1& GhE GPE T-0€ 1-08 6-08 §-08 €-3E 3-ZE GUE GE LG& 1-G€ 0-1 0-1 8-1€ 6-18 L-1é TT1& 8-FE 8-7 G08 G0& P8E §-8E L8E 1-8€ G:0F &-0F 6-77 6-7 oF §-cF 0:9F 8-SF 6-0F §&-0F 6-98 6-9§ 0-F& 0-F§ yom "AIG GG 14 11S | 0-38 0-2€ | 6-18 6-18 | 8-Té GLE | 626 GLE} 0-LE O-LE | BLE €-98 | GLE ELE | BLE 8-LE | 0-GE GFE | GFE GE] 9-FE YE | 8-FE 0-1 | 8-08 8-08 | 4-08 1-08 | £08 0-62 | I-66 1-63 | 0-0 0-08 | 8-66 1-86 | 8:26 8-26 | 226 LL | 1-18 0-T€ | 8-TE BIE | &3E €-2E | ZEE 0-26 | 0-18 216 | Z18 6-18 | @1 0:82 | 0-86 6-26 | G86 G83 | T-8Z 9-16 | GIS SIE | GIF SIE | 0-2E 0-98 | PGE F946] €OE ECE | os 9:0€ | 9-0€ 9-08 | 9:08 9-08 | 8-0E L0€ | F-0€ 4-08 | 7-08 4-08 | F-08 LCE | 6-E 6-2 | BEE SEE | EE 0:98 | 0-9€ 0-96 | 8-SE 8-GE | G-9 8c | GE GCF | aE CE | o-os 8-1€ | &3E& €-3E | 61E 6-18 | 61E LIE | GI& G21E | O-1E O-TE | 8-08 L368 | GE Le | TE 2S | 1-E GSE | 0-9E 0-96 | 0-LE 0-28 | 39 G-0€ | ZOE OE | 6-66 6-62 | 6-62 T-8E | 08E 0-86 | 6LE 8-18 | 6-LE G8E | L8E T-8E | G8E G8E | 1-2E LOPF | 6-68 6-68 | 468 2.68 | 1-68 89h | 6FF 0-SF | LSP LSh | 99h 8coF | 8-ch Sch] LL LLF | 8-Lb 6-77 | O-FP 6-EF | Lh LF | 0-SF LOP | L-0F TOF | 0-0F 0-0F | 8-68 &SE | &FE 9-FE | 6EE 6-EE | 0-FE 8-68 | 9EE 8-8 | LEE EE | 9-EE “Aid | “yom “41d | “gem “AI | “90M 06 6I 81 9-FE 9-FE L-18 GLE 0-96 8-FE §-0& 8-66 1-26 G-&& 8-1 1-86 0-1E &-GE 8-08 ¥-08 §-§§ G-9€ GE 6-16 8-0 L-2& 6-98 6:66 6-18 €-1E 1-68 9-GF 8-LF 0-SP 8-6& 0-F§ L-8& “AIG 8-FE 6-FE €-G§ §-ZE 0-8E 0-8€ 0-48 0-LE 8-FE 8-FE 8-66 8-62 0-0€ 0-08 €16 $16 0-FE O-FE 6-18 2-16 0-66 0-62 6-18 6-1€ FOE GE 8-08 8-08 0-0€ 0-08 6-28 6-28 9-9E 9-9€ Lge £98 0:8 0-2E 0-18 0O-1¢ 0-S& 0-&€ BGS aE 9-08 9.08 G8E G8E L8& 1-8¢ 8-68 §-6& Gh §-Gh 61> 6-LP CF §-cF ¢-6§ ¢-6€ L#E T1-FE GSE 6-EE ‘Jom “AIG LT ‘sdTNg ITAA ONV AU—HAUALVAGANGY, ‘9881 UTAOLOO 0-GE T1-9E 0: 0-€& &8E €-8E 0:8€ 0-8 0-98 9-1¢ L0€ 1-08 LOE 1-08 6:86 6-82 LE LFS 0-2E 6-18 0:66 2-62 LG 1L-2E GGG 9.48 0O-1E 0-18 ¥-0E 4-08 0-S€ G-&& 8-98 8-98 GGE GE 0-G& 6-1 GIE &Ié 0-6 0-€€ G68 6-GE @1E LI& 8-LE 8-LE 668 §-6& 8-88 8-8& v-Gh 7-97 6-LF 0-8F &crh §-oP 6-66 6-68 &F& P-FE 8-88 §-FE 99M “AIG 91 cE #F-9¢ L€& 1-88 L8E 1-88 G-8E 9-88 0-28 §-18 ¥-66 7-66 ¥-0E #-08 €-66 §-62 6-7& 6-7§ 0-68 0-26 OTE 8-1E 8-3E 8-2 1-48 2-48 GI @IE 6-0€ 6-08 GEE BEE 8-98 8-9 6-FE 6-FE GCE G-GE 8-1E 8-1€ GES GEE 0:2 0-28 9-08 9-08 PLE F-1E 0-0F 0-0F ¥-6€ #-6E 0-:9F 0-9F L-8F 1-87 Loh 0-oF 8-68 8-6 0-G€ 0-G¢ GFE 6-FE gom “AIC cI Lge 1-48 0-7E 0-F§ 8-LE 8-LE 6-18 6-1 0:G€ 0-9¢ G66 6-66 LOE T-0& 8:66 8-62 OE 0-1E LG&E @-3E LTE 1-18 0-€& 0-€€ 0-9 0-9¢ 0-1€ 0-1€ L0& 1-08 O-FE 0-FE 8-98 8-9E &6& €-&& 0-68 0-28 6-1E 6-1€ GEE GEE &1é €-1¢ ¥-0€ 4-08 PLE 8-88 6-68 6-6¢ L6& 1-68 G9F GOOF 1h §Lh Lop 1-oF ¢-68 G-6¢ 8:FE 8-7 0:F& F-FE ‘9M ‘AIC &1 aN OO HO OM CO OD BEN NEVIS OBSERVATORY.—HOURLY VALUES. 122 ‘SNVaW| 9-66 &-06 Té 0€ | 9:06 9-02 6Z | 0-16 0-16 8G | G08 6-08 16 | 0-66 0-62 9% | &0E §-08 cB | 6S 6-EE FG 8-0F GP &@ | 0-88 0-88 GG | GHE GPE IZ | 0:93 &&& 06 | GLE GLE 61 9-8 9-8& ST GZ 8-66 LI LZ 1-96 9L | &3S §-Z CL | 8F& 8FE FL 6:66 6-64 €1 €-86 §-86 GL I-86 0-86 IL GHG 8-66 OL | 0-66 0-62 6 8-86 8-8% 8 8-86 8-82 fs ¥-0G ¥-0G 9 1:66 1-2 ¢ 8-46 8-96 4 0-26 0-26 € 9-16 9-LE 6 €-0€ §€0§ I GLE &IE ‘yom “AIG 6L ¥-66 6-02 8-16 0:08 L-82 6-08 0-98 0-9€ ¥-8& L-¥& 6-96 1.98 &-86 G&G &-7G 0-66 0-96 0-06 0-66 6-16 1-46 G86 0-62 0-62 0:12 0-€6 0-96 6:96 GLE 8-08 9-1 “JOM IT 6-08 9-66 LIZ §-16 0-08 ¥-L6 £-08 8-98 8-GP 8-88 1.G§ 0-96 6-98 L-8& L4G L4G 0-22 &-F8 6:62 0-62 9-86 1-46 0-86 8-86 6:86 6-06 8-& 6:96 1-96 0-28 0-08 1.18 “JOM OL 0-16 6-16 1-08 0-8@ ¥-08 §-98 LFF 6-68 L-88 V-96 0:98 L-8& 9-&@ G&S L1G 6-&€ 0-62 6:66 0-82 L-08 0-26 8-82 6-86 6-06 L-& 6-96 6-96 9.96 ¥-64 8-08 “AIG L1G L116 | 8:26 126 | 9:86 9-86 | 0-76 0-76 0-83 0-86 | G86 386] 0-26 0-26) LLe 1-26 GOS G0E | GIE GE | 0-GE O-4E | 0-68 0-68 0:86 0-86 | 9:86 9-86 | &86 §82 | 0-66 0-62 9-08 9:08 | 9-08 9-0€ | 208 2-08 | 8-08 8-08 GE GE | G8E LHP | 9-96 O-FF | GSE 6-EP 6 6&7 | L68 GHP | 0-88 8EP | &2E 8-FP 0-86 1-88 | 0-08 0-66 | 6-08 L496 | 366 3-8E 6-38 6-6E | 0-8E O-6€ | OSE LEE | GCE F-ZE 0-66 O-F€ | 68S E18 | GES 0-08 | 0-66 GLB €&9€ §98 | 8-98 8-96 | 0-26 OLE | G8E 3-8E 616 618 | 9-28 9-26 | 0-26 OLE | F-9E 4.9 GE GEG | 9-6 9-86 | GES GEG] &-G6 G-26 0-2 0-86 | GEG GES} &E6 €E6] LES T-& 6:06 8:06 | 0-46 0-26 | 8-2Z 8B |} 0-46 0-76 6-2& 6-GE | GEE GEE | FEE FEE] FEE F-EE 6-46 626 | 6-96 1-46 | 8:96 1:96 | LL 0-26 G0 G0 | [-0€ T-0€ | LT T-IE | 0-86 0-82 8-16 8-16 | 6-16 6-26 | ¥-86 F-86 | 6:86 6-8 6-86 6&6 | 6-76 6-76 | 0-96 0-46 | 6 €-G6 6:96 €-96 | 0-246 0-26 | 1-26 1-26 | 6-96 %.96 P-8G F-86 | 8G 82 | 0:86 0:86] 6-26 6-16 6:86 6-86 | 8:86 8:86 | £86 §82 | 0-86 0-8 9:06 9:06 | 9:06 9:06 | 0-16 0-16] & 1% &-1@ 8-86 8-86 | 0-76 0-F2 | LS L146 | 0-66 0-96 GGG GGG | GEG GSS | 0-46 0-46 | 166 1-46 6:93 6-96 | 0-26 0-26} L216 T-26 | L126 TL 0-9§ 0-98 | GPE GFE |] LEE 9-8] 268 L2E G66 66 | 6:66 6-62 | 6-66 6-66 | 6-66 6:62 608 €-08 | L-6& LE | 61E 6-18 | €&e €-EE yom “Aid | “om “AIT | “9eM “AIG | GoM “AIG ‘SaTNgG LAA AGNV AUG —HUNLVUAdINGY, ‘9881 UAAAKAAON 6-86 G86 6-16 0-38 §-86 0-1€ 8-9E 6-78 LI1& G-G& 6-96 0-68 0-9§ &-G6 9-86 0-76 0-§§ 6:96 0-26 0-62 b-&G 1-26 1-16 6:86 1G 0-96 0-96 G16 0-68 0-08 -&& “PM 0-08 €-66 1-8 1-66 6:68 &-66 8-18 G-9& L-8& 6-&& 6-08 0-16 4-68 GE &-76 6:86 1-96 L7§ 1-93 6-16 L-0& 6-96 F-96 0:96 €-08 0-63 £96 1-96 P-&6 0-18 G-6Z LG& “JOM 8-66 6-66 9-6Z “SNVSW T€ 0€ 66 8Z Ke 94 & mA NOH 1h Oo M~ DOH 123 BEN NEVIS OBSERVATORY.—HOURLY VALUES. ‘SNVANW] [-66 1-66 1é 0€ 66 86 1G 96 GG ¥G nm N oO SH 1 om OD 8:86 G-66 6-61 §&-61 L6G 1-8 0-1E 0-1& 8-8 8-68 G66 1:66 L-6& 0-¢& 0-98 6-87 G8E G8E 8-CE 8-GE 0-26 0-62 6-26 6-16 G68 0-6 GCE 0-88 0:96 0-93 1:86 1-& 0-86 0:86 LP TPE G96 G96 1-26 4-8 Lie Le 0-26 0-12 GLE 116 L7G 1-73 0:86 0-84 ¥-GG F-GS L4G 0-42 8-96 8-c6 46 §-G G-6Z $-6Z €1E §&1€ yom “AIG ‘qSIUply 6-86 F-62 | 0-66 L6L 161 | 9-81 L&G G&G | &-&6 LZE 6S | GE &2E &GE | LZ 9-66 -6@ | T-0€ 9-1 9-T1E | LZ 6-96 0-oF | 8-LE LZE 1-28 | LL 6-98 6-9 | 0-98 0:96 0-66 | 9-96 0:86 6-28 | 8:86 6-68 6-68 | 6-68 €1é €1¢ | Lee 1-93 &-93 | €-96 T-& 1-86 | 6-66 T-0& L0¢ |} LIE 0-7& O0-FE | 0-GE L1G 1-2 | 8-26 F-86 9-86 | 6-26 GIE T-1E | 6-86 4-96 9.93 | 1:96 0:86 86 | 1-86 0:76 0-FG | 9-76 I-16 1-16 | 6-96 136 L0G | LG L4G LZ | 8-& 1:46 1-GG | 0-GZ 0-26 0-16 | ¢-96 ¥-66 §-66 | 62 LG&E LE | 0-2 eM “AIG | “99M &@ GG ¥-66 6:86 ¢-81 L4G GCE 0-2& 6-06 GCE 0-88 G28 6-98 0-96 0-62 F-68 G86 0:96 1-8 €-1§ 0-¢§ G-16 G.86 9-16 6-96 9:86 G76 0:96 0-8 0-46 G-F6 0-26 F-66 G18 “92M 1G 1-64 P-81 L-F6 G-GE 0-6& 6-08 GE 8-88 GLE G-9E £86 0-62 -68 8-66 0-96 L-& &-1 0.98 G16 G-86 9-12 8-96 9-86 0-46 0-93 0-&6 0-46 6-46 0-24 ¥-66 LI§ “AIG G-6G | 2:86 0-62 | 2-86 L-80 | &2Z0 €-2T | &-2T TSG | 6:96 6-96 | 0:96 GCE | LEE LCE | 0-6 GIE | £08 2-08 | L0E LIE | GOS G08 | Z0E 6-2E | OSE 0-EE | F-EE GLE | L186 LLe | LLE 6-2€ | 1-88 1-8 | 0-88 €9€ | L-9E T-9€ | 8-9 0-08 | 8-FG ¥F-0€ | 1-73 F-66 | 0-0 0-08 | L-ZE 8-68 | 7-68 4-66 | 0-6 6-66 | 0-96 4-86 | €-F6 0:96 | F-96 F-96 | G9 0-&% | 6-ZZ 8-6 | 6-8 LIE | 0-2E 8-1 | 8-ZE 0-S8 | O-FE O-F€ | LEE 6-46 | 0-86 0-86 | 8-26 LLG | G16 G16 | 8-16 G-16 | 1-16 T-1G | 9-S% LLG] 1-26 26 | 6-26 0:66 | 0-66 0-62 | §-82 G96 | 0-46 0-16 | 0-16 &F6 | €&6 §-€3 | 0-8 G&G | 6-6 6-3 | 0-4 £46 | LG T-FZ | €-FZ GFZ | G-FG G-FZ | 8-FZ 8-96 | G96 G-9Z | 1-86 G-6G | 1:66 9-62 | T-6Z LOE | 6-66 6-66 | &-62 Aig | gem “Sid | “90M 61 8T 1-66 ‘SsaTNg LIA GNV AYQ—HUNLVUadNGT, ‘9881 YAANHAON 6:66 8-81 0-26 6-1& 0-18 L-08 6-88 6-18 0-18 0-98 0-08 0-98 G-8E 0-82 0-93 L-& L-8§ G&& 6.16 L1G L-&% 6.16 0:86 6-16 T-16 L-46 0-76 1&6 G86 0-08 1-66 “£IG G66 8-66 8-8L 8-81 196 1-96 L-G& 1-68 G-0€ 4-0€ Lis TLIé 6-78 6-7S 0-0F T-FF 0-9€ 0-9€ G9E TL-9E 6-46 8-&§ 9-8E 9-8E F-8E F-8§ 6: 1-66 L9G 1-44 0-2 6:46 GEE GES GCE 1-6 L86 1-82 0-86 0-86 G&G 1-46 §-86 §-86 0:86 0-86 0-26 0-16 0-16 8-06 GHG GF L4Z L-FG F-96 F-G6 G0& 08 ¥-0E #F-0€ 66 €-6Z ‘499M "AI 9T §-66 0-61 6-96 9-18 6-66 G1 ¥-G§ L-88 6-9§ &-96 LG 1-88 G-8& 1-8 g.cG &-G6 8-78 6-18 1-86 &:86 1-6 1-86 G86 8-16 8-06 L-¥6 1-46 6-96 G18 ¥-0& 0:08 “72M ST 0-06 0:61 6:96 9-16 6-66 G-1& late 6:97 6:98 & 96 &-GE L-8& G-8E 0:08 Lag ag 8-F§ 6-1 0:86 &-86 8-76 1-86 G-86 8-16 ¢-06 L4G 9.46 6:96 GE ¥-08 0-08 “kG F-66 6-81 8-96 GE G-66 ¥-08 1.¢§ LTP 0-88 G-G§ G16 T-8& 88 GGG &-96 1-6 0-9§ 8-66 1-86 6:86 86 6-66 8-12 6:86 6-06 ¥-7G 0-96 1:96 0-18 8-0 ¢-0€ “JOM a 1-08 6-81 8:96 G-1& G-66 ¥:08 L.G& Lop 0-88 Gg. G-G& L-8§ G8E 8-18 &-&6 1-6 0-9€ 8-66 1-86 G-8G ¥-96 6-66 L1G 6-86 1-06 ¥-FG 0:96 1.96 0-18 8-08 G-0€ “kid 9-66 §-08 6-61 8-61 1:26 LLG 0-18 0-1 ¥-66 7-66 8-08 8-08 6-48 6-96 0-3F 8-oF 0O-LE 0-28 0-GE 0-9€ 0-26 9-88 L-8§ 1-88 T-8E 1-88 F:9 6-18 GSB 3&6 FCG &-GG 0-GE 0-98 6:62 6-66 &-86 §-86 6-16 6-16 G&G G86 L-64 1-66 0-86 0-86 F:8G F-86 T-06 0-06 FCG F-GG 6&6 G6 8:96 8-96 8-26 8-LE 8-66 8-66 6-0€ 6-08 aM “AIG eH N OO HO Oo ME OD Ee re KK a 4 (2) S z Q io5| 12) j=) R > (2) a=} wn 4a < a=) & BEN NEVIS OBSERVATORY.—HOURLY VALUES. 124 a i ee ‘SNVEM| F-0G $-0G | 1-06 1-06 | 6-61 6-61 | 26 8-61 | 9-6L 8-6L | G-6L 2460 | G-6L -6L | G-6L 9-6f | 4-61 4-61 | 9-6T 9-61 | 9-6f 2-61 | 8-61 8-61 |‘sxvan Té | G16 G16 | G96 GIG | GIG GIG] L7G T-9 | 0-FG 1-96 | 0-76 0:96 | 0-FZ 0:76 | E46 E-FZ | GEZ GES] 87S 8-FG | LSS 1-63] $s $66] Te 0& | FFG FFG | GIG GHG | GIG GHZ | FEZ FEB | GES GES | LEG LE | GES SES] LES LEZ | 0-6 LEZ | 0-€Z 0-6 | 0-6 0-3] SZ FZ] OF 66 | 9:16 G16 | 926 G-GB | 9-GB G-GB | 9B GES | 0-7G GES | 07S 0-FG | 0-FG 0-FG | F-FZ F-FZ | L6G 1:6 | 81 816] 0-16 0-16] 9-16 G16] 62 8Z | 0-6L 6-8. | 6-6L 261 | 68L 8-8E | L6L 9-61 | L6L L-6L | 8-6L 2-61 | 0-6L 6-81 | G6L G6L | 0-6L 0-61 | 6-6L 6-62 | 6:02 2:06 | £12 916] 82 26 | 88L 9-81] 62L L147 | TLL 62T | OLE 681 | GGL 88L | GOL GLE | &9L G8 | GOL T-8f |] LOL T240 |] 6SL 620 | L-9L 9-8L | 8EL 291] 22 9G | F6L F-6L | 98L 9-8L } SLL SLT} OLE LT | OLT GLE | GLE GLT | L2T 240 | 8-4T L4L | SLE 8-2 | 6LZL 8-21 | O-8L O-ST | &8I &8L | 9% GG | 1G 10 | €-06 €06 | 661 661 | 0-6L O-6L | 0-6L 0-6L | @8L GSI | 68L 6-8L | GSE 6-8I | 0-6L 0-61 | 9-8SL 9-81 | &-8L 8ST | F-8L #F8L | G2 FZ | LIZ LIS} GIG 41%] 0-26 0-26 | HES FE] 166 1:96 | 166 L146 | 64S 6-7 | 9-FS GFZ] 0G 0-66] 0-66 0-66 | GES SEZ] GES SEZ] FZ &B | O86 0-86 | 226 GCE] 61 6-16] GIG GIG| 0-16 0-16 | GIG G1} 1-06 1-06] T-0G 1-06 | 6-6L 9-6L | 0G G06] 0-16 0-16 | 6-06 6-06 | & | L4G G46] 1-66 1-66 | 0-96 0-96 | 8-76 8-FG | 0-6 0-66 | L9G I-92 | 666 €46 | GGG 4.6 | 1-46 1-466 | 0-96 0-96 | 09% 0-93 | 1-93 1-93] @ IZ | 6-€6 6-82 | $-€6 G66} 0-66 0-66 | 6-16 616 | L1G L1G | 0-06 0-06 | 8-6L 8-61 | L0G 1-06 | 2-61 2-61 | $-6L &-6L | 0-06 0-06 | 0-06 0-02] I@ 0@ | FFL FST | LST €-SL | PPL ESL | OFT FCT | CPL GST | OFL LST | 9-FL LSE | 8-FL O-GL | LhL L271 | OCT 6FL | OGL I-SL | $I TL9L | 02 6L | &-SL 9 | OGL 9-1L | T-IL TIL | GOL LOL | GOL TOL | 6-0L 6-OL | FIL FIL | 8IL GIL | 21L €IE | 8-IL GIL | L-2E LOL | 9-8— ¢EL | 61 St | 0-2 OLE} F-9L F-90 | GST SSL | TSE LST | LST SL | SPL GPE | FPL FPL | PPL F-FL | PPL «FPL | FPL «OFF | CLP «6OL-PT | OST =T-81 | 81 1 |66 6&6 | 8-OL F-0L | 8-OL €OL | 0O-IL 9-01 | 8-IL €IL | LGL 6IL | 83L Z6L | 9-€L F-€L | GFL GFL | SFL SFL | &FL §FL | TEL Ler} Zt 9L | G-9L GOL | G9L TOL] OLE O-2T | GOL GOL | OLE OLE | SLE SLL | GLE LLL | FLL PLE | GLE SLE | OLE GLE] 221 9-20 | OLE 6LE | OF Gl | 68 6-81 | G6L G6L | 6-8L 6-81 | 68E 6-8L | L8L L8L | L8k L28T | O-8L O-8f | OLE T-8E | 920 9420 | LLT 2240 | @LE 8-20 | LLL F2E | ST FL | G9L G9L | 6-9L G-9f | 6SL T-9f | OGL T-91 | 2hL GT | OPEL LOL | O-FL FFL | GPL GEL | 8ST T-9L | 0-9T EOL] €9L 8-9T | O-LT OLE | FI €l | CSL F-S8L | 482 681 | G6L G6L | 9-8L F-8L | 0-61 0-62 | 2-06 £06 | 0:06 0-06 | 6-6L 6-61 | 0-06 0-06 | 2-06 %0G | 0-06 0-06 | L-2L TZL | S&L GL | LSS LES | $86 F-66| LPG [FO | LES L8G | G86 FES | 0-76 0-76 | GFE GHG | L7G 8-FG | GES GES | 0-66 0-66 | EGG T-6 | FES F-63]| GL IL | &F6 €46| L1G 1-16] 0-16 0-16 | L1G Te} 1-06 1-0 | 6-06 8-06 | F-06 F-0G | G06 ¢-0G | 0-16 O-1% | 6-16 416] 0-13 4:06 | 6-06 8-06] IL OL | GZS GZS] 8-1 8-1] 0-1 0-16] 206 9-06 | S6L F-6L | 1-06 1-06 | 206 2:06 | GIS GIZ| T-1G T-1Z] 0-06 0-06 | G8 T-8L] 1-06 LO] OL 0-26 0-26 | L1G I-16 | 6-16 6-16 | GZS G2Z] 9:2 9-2 | 62S 6S | 0-GB O-GZ] TES TES | 0-8 O-€S | TS TES] 2 22S] T-3S 8s 8-2 82S | ZS GZS ]1-06 1:06 | GI 1-12 | 26 8-6t | [6st] Le-st])[z-stl [z-st]| 6-20 6-21 | G8T SST | L8L TSI] &S8t eSt | &SI ZT L-8T 9-81 | 6-8L 681 | 8-8L 8-8 | 96L G-6L | L-6L I-6L | 0-6 0-6L | 0-61 0-61 | &8T ST | 806 0G] EEG T-IG| EIS L1G] 9-13 ¢-12 1-S6 1-96 | 0-66 68% | 0-66 0-46 | 0-96 0-96 | 1-46 TL] GLG GLE] 1-93 2-9 | G26 GLE] 0-20 0-20 | LLB 16] T-LG GLE | £86 9-82 GCE G6E| GCE GSE | TZE LE | O-ZE O-GE | O-CE 0-ZE | 0-0E 0-0E | 0-26 0-26 | 66 ES | GHG SHS] SES EES) 14S I-FB | 0-8Z 0-8 L0G 1-0@ | -6L F-6L | 8-62 8-61 | T-6L T6L | 68L 6-82 | 1-06 1-06 | 0-€6 0-€6 | FES F-€S | LEZ LS] FS EFS] FES SOS | 6S 6-6 LGG 1-26 | 8-16 816 | L1G [12 | #06 F-06 | 9-61 9-61 | T-6L E6L | €&2E §-L2ZL | O-8L O-8L | 9-2E 9-40 | GST GGL} OSL O-SL | GFL 6-F1 GPL GFL | OPE O-FL | LEL LEE | &EL €-€L | SSL GCL | 8-IL 8-Il |] 0-GL O-CL | LIL TIL] GIT LIL | @IL GILT | &Il IL] GIL @IL LIL L210 | GLE GLE | €-90 €-90 | 6ST 8-SL | 6-9L 6-91 | F-9T F-9L | 9-9L 9-91 | 8-9L 89L | OLE OLL | OLE OLE | GST 88E | Z6L G6 yom ‘Aid | ‘som “AI | “9oM “AIG | Jom AIG | 99M AI | 9PM AIG | yom A | dem AI | gem AI | geM AIG | OM IG | Jom AG ior) ma N OH IQ OH MX DO et NO HID OOM ‘SHTING LEA, GNV AUQ—aAYUALVUTANA, ‘9881 UTANAOAG 125 BEN NEVIS OBSERVATORY.—HOURLY VALUES. ‘SXVENK| 1-06 0G ma N OH 1G OM OH P16 G1 ¥-7G F-FG VG PGB G-0% F-0 9-61 &-06 LL 9-LT 9-61 9-61 GIG G-1Z GZ &-GS &F76 €-FG 6:66 6-22 GGT 8-CT €EL 6-81 Lol LT LIL 6-01 €9L §-91 €81I F-81 8-SL F-9T 80 F-81 616 1-6 GEG FES G16 G1Z G2 -G-8 ¥:06 F-0Z 0-6T 0-61 GSE SoS L-0€ 1-08 GIG G-1Z GIG §-1G 0-ST 0-€1 9-GT 9-GT gam “Ag “Wea “TY SIUpI ¥-06 F-0% 6-08 6-08 1-96 1-92 GIG €16 F-1G F-1Z G-cZ GG 9-CL 8-91 €-61 &-6T T-8L 0-81 L466 1-& 6:66 6-2 0-96 0-92 G1T ¢-LT GEL GFL F-GL F-G1 0-01 0-01 GCL SGT TLT TLT $-9L LT LLL LT §-6L §-61 0-93 0-92 G0G 1-06 GIG &-1Z L0G 1-06 0-61 6-81 6-6 §-€% L98 T1-9¢ ¥-0G §-06 L-SG 1-44 LPL 41 8-0L 9-01 om “AIG G TZ 9:02 | G06 9-06 | F:06 4.06 | €-0 €-0€ | 08 108 | 666 6-66 | 2-66 93 | GES FG | 6G 1-6 | L-FZ 61% | OZ LZ] 0-26 6G | BZ 9:12 | G16 G16 | 0-16 6-06 | G1 0:9 | 2:96 1:96 | 0-66 6-FG | 0-€% 8-41 | F9L 8-21 | 9-ST 0-91 | 6-91 6-61 | £61 L161 | F-6L F-61 | 2-06 GSI | S6L G6L | GEL GG6i | &-6L VG | 1-FG TF] 0-76 0-F% | 0-42 G&@ | 0-SB 8:GZ | 9-6 9-E% | 9-E% G&S | GIG SFG | BFE BFE | FG O-8L | 91 §9L | 8ST L261 | LST GEL | PCL PCL | 9FL 9-FL | &-ST FST | OST O-GT | GCL G-S1 | T-ST 96 | 0-0 0-01 | 46 G6 | &-6 TST | ESL ESL |) @SL SL | St GL1T | @8L G82 | 0-61 0-61 | L6L GSI | G9L LT | 0-91 9-91 | 0-91 6-90 | OLE OLE} 6-2 8-2T | 6-LT L06 | G06 G0@} 8-61 2-61 | G61 T-96 | 0:96 0:9 | 8:96 8-GG | 4-96 &-1G | 0-26 0-26 | F-2B F-2Z | F-2% L-GE | 1-86 1-82 | GEG GEG | F-8% 0-06 | 8:06 8-0G | L-1@ 1-1 | 1-12 0-61 | 9-81 9-81 | L8L T-8L | &81 9-86 | GEG 6-6 | FE F-EZ | 6-EZ 1-98 | 698 4-98 | GFE GFE | Ze GIG | 8-0G 8-06 | GIS BIG | G16 L4G | FFG 9-46 | LFS LFS | 1-46 Gl | OFT O-FL | GEL GT | BET 0-21 | &ZL ZI] GEL ZZL | G2L ‘Aid | PA “AIG | eM “AI |] “JOM 0G 61 8T ‘SaIng LGA, GNV AUQ—G*uAIVaTaNay, ‘9881 UACNAOAA I ST F-0G -0% | €-06 $06 6-86 6:86 | 126 L212 8-76 8-76 | 676 6-46 €@6 CG | 8-16 8-16 9:0@ 9-0@ | 6-06 1-06 €8L €81 | 88L 9-81 €8I €-81 | 0-81 8-21 GIG G16 | 1-16 1L-1@ 0-61 0-61 | 0-0 6-61 L&G 1-86 | 8-22 8-46 GPG GIG | 0-FE 0-46 L4G LPG | 0-76 0-F% 8-FL 6-FL | 0ST GST T-9E 1-91 | 8-71 9-41 8-91 6-91 | 210 LAT 88 G8 | 88 F-8 TOL T-9L} &9L GOL G61 $-6T | 6-81 6-81 0-ST §&T | 0-9T 0-9T O-2T 80] L247 0-81 F-0G F:06 | 616 6-16 6-96 8-96 | GS6 G6 L-86 1-86 | 7-66 F-GG L3G 166 | 8-16 8-16 0-26 1-46 | 8-16 8-16 @8L G8I | Lé6L 1-61 &66 2 | 0:96 0-96 FI 7-18 | 0-GE 0-2E T-06 1:0 | ¥:02 7F-06 G&G GES | 0-6 0-E 8-EI 8-EL | GFL ¢-FT G8I G8L | 0:06 0-02 yom “Aiq | Jom “AIG “SNVAN{ 1g 0& 66 86 1X6 96 G ¥G &@ GG 1G 06 61 81 AT 9T GT il mano HO OM OD — rs A BEN NEVIS OBSERVATORY.—-HOURLY VALUES. 126 “sNvan| €.¢Z 1g | 1-61 0€ | 0-6 66 | L-¢¢ 8B | 6-84 ZG | 1-96 96 | 6-7§ GZ | 6&8 FG | GL €@ | 8-0 G6. | 9-18 TZ | G08 06 | &-L6 6L | F-8Z 8L | 6-2 AT | @8T 9T | O€L ST | 9-02 FI | 2&4 €I | 0-16 GE | &-G6 IL | &0€ OL | 0-6 6 6:66 8 0-61 L 0-06 9 L8I ¢ 0-61 v Z-61 € 6G G &-96 I 6:86 “FON L-&% C61 L-18 L-6& 6-8Z L-9& 6-78 6-98 6-16 8-08 9-18 6-08 G-1Z ¥-86 6:46 6-81 6-61 9-76 L-&% 0-26 £-GS 08 1-06 G:GG P-6L 0-06 €-8T 0-61 2-61 G96 §-&6 6-82 “AI G-GS 8-81 L-GE L-6& L-1Z 6-9€ L-¥& LE 0-26 6:06 0-68 0-08 6-96 0-6& 1-86 0-81 8-61 6:76 1-8 &-96 1-36 6-08 0-65 0-42 6-81 0-02 0-61 0-8T 6-81 0-96 8-46 6-82 72M II G-G6 8-8T L-GE L-6& 9-16 6.9§ L-¥& EVE 0-26 6-08 6-18 0-08 6-96 L18 1-66 0-85 GGL 0-16 1-86 &-96 1-6 G-08 9-61 0-46 0:81 0-06 6-8T 8-LT 8-8T 0-96 8-96 6.86 “AIG 1-96 6-81 G-GE 6-2E 1:9 GSE bE 6.8 €-96 0: 0:6& ¥-66 EG&G 0-98 ¥-GS LSE 0-&T E-&6 0-€@ 6-96 9-16 1-86 6-ST L-1@ 0-8T 6-61 6-81 8-LT 0-81 G-F6 0:92 &-6Z “JOM OL LIZ 0-61 661 L61 9-CT §-9T L-& £16 L-I& “£1G ‘SING LEM ONV AUQ—duALVUGANGY, “1881 AUVANVE 127 BEN NEVIS OBSERVATORY.—HOURLY VALUES. ENYA] 6-76 0-G3 1g 0g 66 83 1 96 $6 FG &@ GG 1G 02 61 8T AT 9T ST FL &1 GL So to mN OHO OM O OD L2G 1-26 8-86 8-86 9:8 9-6E GO0E ¢-08 GGE GE GGE GE GPE GFE L1G LL 9-66 9-62 Z1& LT1& 9-08 9-08 1:93 1-96 £66 £-6 GGG G8 9-61 9-61 9-§C 9-§T 0-16 9-8 P&Z G8 9:46 9-93 9:16 9-16 9-76 9-76 6-61 0-02 0-T 0-16 G8 6-81 9-61 9-61 L-8L TL81 6-21 6-LT 8-9L 8-91 8-16 8-1Z LG 1-42 G86 G-83 yom "41 “UROT 946 LF L6G 1-86 LG 1-16 LG& 1-68 0:66 0:8€ 0-GE 8-08 L9& L9 6-98 §-9& 0:68 0-68 0-76 6-8 LG& L6s GCE &GE G66 6-66 GG 6-2 LIE €1é 616 6-12 0-61 611 0-81 0-81 €26 9-46 0-46 0-96 8-86 8-8 L1G 1-12 0-86 L-&% 0:06 0-02 GIG &1Z 0-61 §-6T L161 2-61 L-61 1-61 0-CT 0-41 8-9T 9-91 6-16 6-16 0-26 0-16 gem “AIG ‘qqstUpI G.46 0.66 L1G 0:G§ L-&& 6-€& L-98 1-98 6-16 0-G6 L-6& &-E 1.6 8-26 1.96 6:8 GEL €-81 8-16 @-&6 6-66 0-16 §:-36 £06 6-06 T-61 L-61 0.61 0-ST G-9T 8-16 6:93 “POM &% G46 6-8 L1G LZ GE 0-98 G98 6.9 GE 8-96 0-28 &-6E 6-66 £86 0-46 0-96 0-21 8-LT 6:26 6-96 6-16 G16 6-06 6-06 1-06 L-61 L110. G81 6-71 0-21 0:16 6-96 "JOM (6 9:76 0:&% §-GZ 0-68 9-8 0-9& 9-9§ 8-4 G18 6.9% G18 GCE 1-08 1-8 9-86 1-93 LGE L8t 0-8 8-96 8-16 0-62 G-0% G-06 0:08 9-61 6-21 6-81 0-ST 0-21 6.06 8-96 “FOM 1G 9-46 | 6-76 6:46 | 6-76 6-46 | 0-96 0-96 | 0-26 0-26 | 9:26 9-26 | 0-92 €2S | 0-6 0-€6 | 9-6 GES | GES 0:GE | 0-G& 0-2E | 6-TE 6-TE | 0-2E 9-68 | 288 L266 | 188 1-8 | 0-88 0-G8 | LG 1-GE | 9-G€ 9-G¢ | 0-9 9-98 | L:9€ 1-98 | 9-98 9.98 | 9-98 6-68 | 0-98 0-96 | L-9E T-9E | 0-98 G1E | LIS LIE | ZOs 08 | 6.66 6:96 | 9-66 4-66 | 6-22 6-16 | 0-82 G.1g | 0-18 0-18 | 0-18 0-18 | 0-18 GCE | 6s LZ | LZ LE | 0-2 T-08 | LI Te] 1g t-te] LTE T-€% | GES GES | Tes T-e% | $8 9-26 | 0-26 0:26 | L1G T-1Z | 8-0 1-93 | 6-93 6-96 | 8-96 8-96 | $-9% LZL | OSE O-€L | LSI TCT | 6F1 0-81 | L-8L TSI] LS8f T-8T | 6-8T 0-86 | 0-6 0-8 | 0-86 0-83 | 2-8 8-96 | 8-96 §-93 | GZ Zz | F-93 L1G | G2 @ZS | 2S FZ | 1-83 0:22 | 0-26 0-26 | 12S 1-26 | L-&% G.0Z | 0-02 0-02 | 1-16 T-1% | 1-2 G-06 | §06 §-06 | 1-02 1-02 | 8-02 6-61 | 0-6L F-6L | @8T 0-81 | 6-91 9-61 | 9-61 9-61 | &6L 4.61 | T-6L 62T | O-8E B4T | BLT SLT | 8-LT 6-8[ | 86L 8-61 | 0:06 0-02 | 8-61 6-71 | GST &¢L | 69L 6-91 | 22T 6-91 | 0-8f 0-81 | HLT FLT | G6 6-06 | 0-16 0-12 | 66L 6-61 | 2-02 8:96 | €-96 F-96 | L1G T-L6 | $16 “hid | "Mm “Aid | yom “AIG | IAM 06 61 81 0-8 0-92 6 &% 0-G§ ¥-&& 0-98 9-9€ 0-9€ 6-62 0-86 0-18 0-2€ 1-18 £86 8-06 €-93 0-ST 6-81 6-8 F-9% 1-8 L-& L-G 8-06 LZ1 L-61 9-11 8-61 LLL L-61 €-06 &-16 “sq 0-46 1-96 8-16 8-2 8-86 1&3 L2& 1-28 LZE §-ZE 6-7 6-E 1:9§ 1-98 G98 G9E ¥-66 -66 ¥-86 F-8Z G0 ZOE 0-2§ 0-GE Lie £18 L4G 1-¥Z $06 0G 0-46 0-96 L9T L9T 6-8T 6-81 8-26 8-23 1:93 1-96 1-6 1&3 0-86 6-26 G06 0-16 1:06 1-06 0-21 0-61 6-61 6-61 GL1E €-LT 0-61 0-61 0-81 0-81 6-61 6-61 GIG GIG 9-16 9-1 yom “AIG tT ‘saqIng G4\ GNV AYQ—ayOLVUadNAy, ‘1881 AUVONVE 0-96 6:96 G-96 0-68 0-GE 8-7€ L-G€ g.9€ 1-66 8-86 6-08 8-1E 8-0 GF 0-16 G46 €-GL 8-61 LG 0.96 0.82 L4G 1-06 8-06 LL 0-61 §-L1 1-81 8-81 8-26 6-06 G1 “JOM 9T 1-96 6:2 G96 0-G§ 0-68 8-FE L-G§ ¥-98 1-62 1-86 6-06 L1& 8-08 GFE 0-12 (xe & GL G1Z 1-3 0-92 0.&@ LZ 1-02 8-02 6:81 -61 LT 1-81 8-81 8-66 8-06 G- 16 “hig F-4Z 9-GZ LZ 0-46 8-0€ 8-0 0-GE 0-ZE 8-1€ 8-1€ LSE 1-9¢ €-G§ §-GE 8-98 8-9€ 0-66 0-62 &66 §-66 6:0€ 6-08 9-1 9-18 L0€ TL0€ 8:96 8-96 BIZ 1G 0-76 0-F% 62L 6-21 €-1G 8-& GEG GES L-8Z 6-84 6:26 6:26 0-9% 0-46 1-06 0-06 ¥1G P-1G L8L ¥-0Z 0-6L G6 6-241 8-LT 0-81 6-LT 0-61 0-61 6:2 8-GG 0:26 0-2 F-16 F-L1Z yom “AIG ST 9-3 1-0 L-1& L-G& LIé 8-7& 8-G€ G.9§ £66 6-66 @1E 0-18 1-62 6-96 0-&@ &-&6 LL 6:06 0-46 0.82 66 0-26 6-06 6.16 L61 6-81 0-8T L61 L-61 8-76 8-GZ 1-86 “JOM ae 9:46 1-96 G06 6-06 618 &-1¢ GCE G.2E L08 1-08 GGE GE 6:78 6-FE L-9€ 1-9 0-86 0-82 G0E &-0E Lg TL-1€ 6-08 6-08 0:86 0-82 GLE GLE L&@ 1-& G06 §-02 0-EL 0-1 8-06 0: 6:76 6-7G L1G 1-16 6-26 §-2Z 0:66 0-66 0-16 &-16 6-16 6-16 6-81 §&-6T 6-81 6-87 P-8L 3-61 8-61 8-61 L6L 1-61 G6 G&S 8-76 8-46 0:86 0-86 ‘$omM “AIC &1 ‘SNVAIV rm NOHO OM OD BEN NEVIS OBSERVATORY.—HOURLY VALUES. 128 ‘SNVA| 9.9Z Té 0g 66 8B | €-86 16 | 8-86 96 | 1-86 GB | E23 FG | 1&8 && | 8-&€ G | 8-1é IG | €-9% 02 | €-08 6L | &-62 8I | 0-26 LL | 0-28 9T | 8-& cL | 2-26 FL | 0-2 &I {-8Z GL | 8-08 IL | 0-1& OL | F-&Z 6 0-61 8 0-84 L 0-28 9 0-26 g LG ¥ 6-96 & €-46 G 0-96 I L6L "JOM 8-16 8-9 L116 $16 L9¢ 0-08 9-€8 8-16 0-1 0-46 0-86 GCS GEE O-FE 0-4 6-18 6-1 6-FZ 6+#% 8-0€ 8-08 €-8Z €-86 $16 F-16 0-28 0-28 0-FZ 0-46 ¥-16 1-1G 1-26 «14S 1-86 1-86 8-[€ 0-E 0-1€ 0-1 6-FZ 6-4G 0-16 6-%Z 8-26 €-LZ €0€ $€-0E LG F-&G GEG %-6 LG 1-8 0-26 8-96 FCG FSG 8-8L 8-81 ‘yom ‘AI Il 8-96 €.16 6-08 0-26 ¥-GG &-& GEE 6-18 0-76 8-08 1-86 6:86 0-G& 6-&Z 1-06 L-26 0:86 6-08 0-18 ¥-FG £66 G-& &-08 ¥-G6 0-96 G-&6 G-1Z 0:84 L-81 “JOM OL G-16 9-GE 0-68 0-62 ¥-GG G-GE 1-8 6:1 0-46 8-08 6-86 6-86 0-2& 6-§@ F-06 8-G6 0-86 €-18 0-1 FFG €-16 6-86 6-08 0-4 0-93 g.cZ ¥-16 0-92 L8. “AIG 1-96 1-96 0-68 &-76 L-& 6-8 0-28 0-18 0-76 9-66 6-16 €-0& G-1E &-16 1-06 8-61 8-16 1-62 0-08 L-& 6-06 0-66 G08 0-GG 0:96 G-FG 6:96 L-¥6 6-81 “POM 8-96 6:96 1-96 8-96 GGE 0-2& &-&@ 8-8 66& 8-62 0-28 L-&@ 0-62 0:26 0-18 0-18 6:06 §-06 0:66 8-26 1-66 G-66 GGG G-8T LG 9-66 0-16 8-93 0-96 L-08 £06 €-8T “JOM 1-9 8-0 0-68 L-16 8-6 GE 8-62 0:-GE L-&4 0-66 0:26 0-18 0-18 6-06 €-06 0:Gé 8-16 §-0€ G-66 L-F3 1-86 L9G 9-62 &-L16 8-96 0-92 L-08 §-0G §-81 "hig 0-96 8-76 LG ¥-GG 6G &-GS 0-18 9-G& ra 6-86 0-16 0-68 G08 6-0 P16 6:66 0-66 L-1Z 6-62 8-76 9-11. 0-8 ¥-66 L1G [96 GHG LGE 0-06 8-8T “JOM 1-2 1-96 L-96 L&& G66 0:96 9-GE 9-1 0-6& 9-66 &-16 1-86 L-G& 1-08 8-06 &-1é 0-6 0-0 6-96 0-66 LG €-L1 L-¥@ 8-86 ¥-& 6:96 G-FG 0-28 8-61 6:81 “JOM L-L16 1-08 L-€& 9:46 0.96 9-G& 9-1 0:GE 9-36 $16 T-86 LGé 1-08 8-06 &-16 0-8 0-18 6-08 0-66 1-96 L1G G-86 8:86 L-2é G-9% G-FG 0-68 8-61 6:81 “hig ‘SaTOg IMA, GNV AUQ—aAALVUTANA, “L881 AUVOUAA L-96 6:96 8-68 0:26 1-16 0-€& 1.08 8-1 g-GG GLE G16 G-GE 9.66 8-06 G16 ¥-& 1.08 6.96 G86 G&G 6- LT 8-96 0-66 0-§6 6-c% L-¥6 8-62 6-06 ¢-61 “PM GLE 8-08 LE ¥-76 L-LZ 0-€& 1-08 8-1 &-GE GLE G16 G-GS 9.66 1-06 G16 F-& L-Gé 8-66 G86 0-86 6-14 9-08 0-66 G-96 6% L4G 8-62 6-06 G-61 “£1q 6-o6 G-GS GE 0-16 6-16 L-P& LI& 0-1 6:22 §-96 1-1 6-GE 1-62 T-06 L1G 0:76 L-08 0-96 GLE 0-&@ L8I 0:26 1-82 0-12 8-96 8-FZ 8-96 6-06 6-61 “JOM 1-96 €-96 LG&E L& 0:86 &-FE 8-08 L-0 GGG 6:93 0-96 L-G& 1-6 1-06 0:16 &-96 0-18 1-86 9:96 0-26 6-61 0-26 &-86 G-GS 0-66 £FZ L7G ¥-06 0:16 JOM 6-96 £-96 6-96 8-GE 6:&@ 9-86 8-7§ 6:08 G-66 8-16 1-16 0-96 LZ 1-62 6-61 6-06 6&3 0-18 0-08 €-96 G-GE 1-02 F-1Z 8-96 0-&@ 0-18 GFE ¥-& £16 0-16 JOM mn Oot Oo OM OD L2g ! BEN NEVIS OBSERVATORY.—HOURLY VALUES. *SNVA 1g 0€ 66 8@ 1G 96 GG VG oT mao sO ot~e OD $96 G12 16 G1E L0€ 9-G& G16 1-66 G&G 6.8 PGS FCS 9-2E 9-66 6-18 6-1¢ 6:76 6-76 1-96 1-96 G86 1-86 1-86 0-86 8-1E 8-1E LPS 1-46 0-16 6-02 G-G6 §-26 1-86 -86 8-86 F-0€ €-08 7-08 9:76 0-92 1-06 7-96 ¥-€6 9-12 €08 §&-0€ G66 0-96 GHG GHG T-96 1-96 9:96 4.96 GEG &-86 0:06 0-02 goM “AIG “Wed 9:96 16 0-08 0-08 0-26 1-18 CE 0-8 0-76 996 G62 €-66 Lgs £9¢ Ge &Té 6-26 6-16 G6 &-G6 0:86 0-84 9:76 9-76 0:6& 0-2 0:66 6:86 G-6L §6I GIG 4-16 9-46 ¥-&G GIE &-§& 0-48 L&E 6-46 6-92 GIG F-9 G06 8-FZ 6:66 8-08 8:66 L-FB L&Z 1-&@ 1.08 2-08 1&6 1-8 GEG GES L6G &&6 ‘gem “AIG "qu StUprl b:96 & 1.66 8-18 9-G§ 9:96 &-6Z 8-P L-1é 0-83 9-26 6:86 L-46 6:66 8-86 L-61 1-6 0-96 0-62 0-G& 0-96 8-96 0-96 0-1€ 0:96 L-GG L1G 9-&6 0-&@ 0-66 “AIG €-96 9.62 116 0-2& £06 8-66 LYE GG ¥- 1G 0-4 6-86 9-46 9-86 0:66 0-61 0:2 4:96 §-8G GE 1-92 1.06 0:G6 LIé 1G G16 L-16 0-46 6-86 0:66 JOM GG 0-16 9-62 0-28 0-6& 0-96 8-6 LE GGE P16 0:66 6-86 £76 9-85 0-62 &-81 0:22 P96 £86 &-1¢ 1-96 ¥-& 9-96 LIé FFG ¢-16 1-16 0-76 6:86 0:2 "$I L-96 0-62 0:86 8-1é G-0Z §-66 0-F§ CE 0:16 1-2 1-86 8-FG 0:7& 9-86 6-61 6.16 0:93 0-16 (ants 0.9% 8-16 G16 £08 1-6 6:06 0-16 §:86 8-26 6:16 “72M IZ 0-26 0:62 L-2& 9-2 0:96 &-66 0-7§ GZE 0:16 L-G% 0-8@ 8-76 6+&& 8-86 6-61 6:16 0-96 0:16 618 0-92 0:96 9.96 £08 G-96 1-06 6-96 &-&6 8:46 6:12 Wecae 696 8-96 G86 0:82 0-82 0-6 GIE L&E G06 1-04 6-63 6-62 6-28 6-28 GEE GEE T-146 1-16 616 6-14 6-86 6-82 0-46 0-96 VES P-E GLE GL 1-06 1-02 8-16 112 0:26 89% 0-86 G82 L1§ L1€ 1-96 1.93 £06 &-FZ 9-16 0-22 Lg 1-1¢ ¥-06 0-& L1G LZ L96 19% 8:FG 8-FG G6 G-&Z LIé L1G ‘Nom ‘Ad 06 P96 8-16 8:82 0-1 G61 0-18 (ares ¥-GE 8-96 0-26 6-86 F-&6 L-86 0-16 L-12 6: G16 8-82 8-18 1-93 0.0% 0-26 Ore 8-1 L-G E28 0.9% 6:86 0-12 ‘JOM 61 1-26 8I 1-26 0-16 8-6 0:08 8-16 G-6E 8-GE 8-GE 1-96 ¥-&6 66 0-92 GFE GG £14 9:66 &- 16 8-66 G-1E 8. cB 1-02 G8 0-G& 0:96 8:16 0:16 1:96 LIZ £06 “JOM ‘SHIA La\\ GNV AYQ—auoALVUaAN, ‘288. AUV OMA 9-16 8:96 91 8-16 0:26 6:12 0-66 L-F€ 0-66 8-GE G-OE GE L1G 11% 0-F§ O-FE Les LE&s G-GE 6-GE 646 6-94 8-76 8-FZ 8-66 8-6G €-96 §-9G 0:2 1G GGG ZS GEG GGG ¥-G6 F-GS G16 GLB 8:86 6-06 0:2E 0-68 846 8-G6 0:26 &-96 8-FZ G86 0-GE 0-GE 0:8 0-93 816 1-16 0:26 0-22 G96 G96 9-16 9-16 G06 0-06 ‘yom “AIG cT 0-16 0-86 1-66 G-66 6-GG L-9& 6-&& 1-38 BG G16 6:66 8-96 0-28 L9G 0:84 ¥-GG 0-86 6-66 0-1 ¥-G6 0:26 GG L1€ 1-36 8-16 1-96 0-96 0-16 0-61 “JOM FL L-86 0-9 &-€& 6-G& 6:66 L948 G-&& L-G& ¥-G G1 6:6 1-96 0-6§ L9G 0:84 §-G6 6-16 6-08 0.1 ¥-&G G16 8-66 LTE 6-96 8-16 1-96 0:96 9-96 0-61 “aq 0-22 0-86 &1 “SNVEIY 1g 0& 66 8@ 1X6 96 G VG &% GG 1G 02 61 81 AL 9L oT v1 BEN NEVIS OBSERVATORY.—HOURLY VALUES. 130 1g 0€ 66 86 1 96 GG ¥G “SNVAN| F-FZ L-08 0-2& ¥-08 0-28 €-96 ¥-&G 1-82 (4 8-FZ 8-8T 9-81 9-2 0-&6 0-76 6-08 9-1€ 0:62 0.28 8-96 GGG 8-12 8-&% 9-&G SLT @-81 ¥-GG 0-94 1-8 &-7G 6-16 GGL 8-71 0-€T tava e 8-21 6-9T 0-92 &-96 @-08 6-16 ¥-62 8-26 6-GE GCE 0-86 ‘PM 9-66 8:93 6-8@ 1-86 T-08 ¥-L1 0-€Z 0-92 ead &-&% 6-E1 2-91 0-0& ¥-&Z FG L-1é 8-FL G-0T LF1 0-11 é@IL 0-F1 9-9T 0-96 F-&% 0-62 6-16 8-9% 9-96 6-GE 0-2 LTé “JOM F-& | &ZS 0-E6 | GE 8-96 | 8-86 8-8% | 0-96 0-1 | 8-26 0-1E | 0.8 L-8Z | G16 GLE | L-L6 T-08 | 486 1:86 | 0-26 F-16 | 0-26 0:26 | 0-86 0:8% | 8:28 L-2% | 6-6 0:93 | 6-46 6-42 | 1-96 €-2S | G2 GZS | L-GS €-86 | 0-66 0-86 | 1-8 6-E1 | GEL F-ET | 0-81 8S1 | 1-SL 1-ST | 9-FT ¥-1@ | 2-61 1-12 | 0-61 6-FZ | 2-26 1-E% | 0-66 #26 | 1:26 1-86 | ¥-6 T-1G | 2:06 6-02 | 02 6-91 | 6-81 @ST | 8-€L GOL | 0-0L 0-01 | 7-6 L41 | ¥-GL €-GT | $91 O-IL | ¢-OL -OL | 7-01 G@IL | 2:01 9-01 | 0-07 O-FL | 9-€L F-EL | 6-FT G-9L | 6-91 6-91 | 0-2T 0:96 | F-FS F-FG | 0-F% F-2E | 9-76 ETE | 0-96 0-66 | 8-86 0-6@ | 8-8@ Les | 286 LE | 0-62 8-1E | 8-9% 0-88 | 2-9% 9-96 | 8-9G 8-9% | 8-9% GCE | GCE GE | GCE 0-ZE | 8-18 8-1E | @1é LIS | 6-16 6-1€ | 0-Z€ “Aid | “Jom “AIG | “FOAL ‘SaTOgG JOA, GNV AYQ—aAALVUAdNAT, ‘1881 HOUVIN 8-8 | SXvaqy 0-62 | T& GE | 08 06% | 62 0-7 | 8@ LEs | 16 0-73 | 96 0-F% | &% TSS | 6 GES | & I-91 | 1:06 | 1@ G16 | 06 9-2 | 61 LG | 81 ¥-6L | ZT FL | 91 GOL | ST @¢T | FI GOL | &1 ¥-6 cL O91 | IT G06 | OL 136 | 6 6-16 | 8 ¥-66 | 2 Gee} 9 GE | ¢ 0-24 P Lee | §& T-68 | G OTe} T *£1g 131 BEN NEVIS OBSERVATORY.—HOURLY VALUES. “SAV ATV 1g 0€ 66 mN OO HID © mE OD &:&6 0-72 8-86 8-86 L08 6-1 6-86 £62 8-66 8-66 6:96 6-93 1:96 1-96 8-46 8.96 £76 &-F6 ¥-FG &-F6 €-61 €-61 GIL FLT 1:06 6-02 L8G -&Z 0-8 0-86 LCS 9-8 LT 8-LT 8-2L 6-61 9FL LT Lél Tél GIL 8-11 L&E T-&1 6-91 8-9T ¥-96 $-G% 9:76 9-12 LOE 4&1 £86 F-FE ¥-16 &-EE 9:16 1-62 0O-TE 0-1 9-2E 9.6E 8-66 8-62 ‘Jem “AIG “Udy “qysIUpl G8 0-46 | F-8 0-8I 0-8L | 0-8T 0-1€ 0-1g | 0-1g T-13 0-18 | 0-8 0-2 BTS | 0-2E €7G & FS | LFS 0-28 0:28 | GEE 8:76 8-FZ | FF 1-46 1-46 | 0-9 6-S6 8-63 | 0-92 8:E 8-83 | 0-76 G-9L ¢9L | O-2T G61 ¢6L | 6-61 6-16 6-12 | 0-2 F-&6 F-8S | L-&% G2 ¥-86 | BZ 9:06 9-0Z | 1-06 6-FL 6-FL | 0-ST PEt F-SL | F-8T G-9L ¢9T | T-9T 8-2t LL | @-st FOL #01 | LIT é-ct €¢T | 0-9f 1-96 1-93 | 6-93 8-16 81% | 1-2 0-28 6-FE | ¢-22 G08 0-FE | 6-26 6-93 &ZE | 8-96 0-63 &-€8 | 0:6 0-66 0-62 | 9-62 6-ZE 6:2 | Tee 6-8Z 6:86 | 8-8Z yom “AIG | JOM 1% 0 ‘saTag I9\\ GNV A8Q—auaALvuaaNa, “14881 HOUVIN 9-76 “SNVA 1g 08 66 86 16 96 cG ¥G &@ GG 1G 06 61 81 ZT 9T ST tL &1 rN OH Oo OHO MH CO DD TRANS. ROY. SOC. EDIN. VOL. XXXIV. ‘SNVER) €-9% 1-16 | £96 8-96 | 1-96 1-96 | 9:46 F-96 | 0-76 9-62 | 8-6 9-42 | 9-86 FFG | LEG €4FS | 68S GF | OFS L4G | BFS L542 | BES BFS |'SNVSW Té Tg 0€ | 896 GLB] 1-96 0-66 | 696 1:96 | 9-46 8-96 | 8-16 1-26 | GIG G16] 0-16 616] 0:06 L1G] 106 0-16] L0G L1G] 0-06 T16}]66L Lid} 0& 6G | 8-96 I-26 | 6-93 6-96] 6-93 6-96 | 8-46 8-46 | L7G 6-76 | LEZ I-86 | GES FES | 08S 0-86 | EG GES | 0-FZ 0-76 | GHG LF | 6-FE 6-FZ] 66 86 | 0-62 0-92 | 0-22 8-96 | 0:66 1-66 | 2:66 1:62 | L-7G 0-FS | 0-2Z 0-26 | 8-02 8-06 | 6-16 8-16 | 0-86 6-26 | GZS G2 | 62GB 8G | 6-GZ 6-26} 8Z 46 | LE LO] L2G 26] 66L SOL | 0O-6L 680 | 62L 6-20 | 420 L240 | CLE TLL | @9L G9 | &20 S20 | 220 L220 | G27 GLT | 0-9f 0-91 | 2 86 | 0-6 0-66 | &9S 92 | 9-26 F-26 | £16 F-1G | 0-0 0-02 | 6-61 6-61 | GSI T-8L | 6-8L 6-81 | 0-8L O-8L | &8L €8L | 0-61 O-6L | 0-6f 0-62 | 9% 96 | 6-06 21:06 | 1:2G 1-22 | L1G 9-16 | 0-16 6-02 | 1-1G T-1% | 206 Z-0Z | 0:06 0-02 | 0-06 0-02 | G-0G 0G | 8-6L 8-61 | 0-6L 0-62 | 0-6L 0-61 | FG | L9G 1-96 | 0:96 896 | 1G 8-96 | 2:96 F-9G | 89S G-9F | 46S 4-4 | 0-9Z 0-96 | 0-96 0-96 | GHG TFS | 0-96 0-86 | 9:66 9-46 | 0-96 0-96 | FE & | G86 G8] 0-86 0-82 | F126 F2E| 1-246 TL26 | 196 0-9 | 166 F-8S | EES $96 | 696 8-46 | €-9S £96 | 0-26 1:46 | LLG 1-16] 0-26 0-26] & GG | LIE O-TE | 8-0€ 8-0€ | 0-:0€ 0-08 | 6-08 6-08 | F-0€ F-08 | 0-0€ 0-0€ | L-0E 1-08 | 0-0€ 0-08 | 6-66 6-62 | G0 ZOE | 8-0E 408 | OTE O18 | G TG | 0-26 0-26 | 1:66 196 | £46 L5G | LPS LG] OFZ 6-8 | 8-ES 8-EZ | GES 8-ES | 8-ES 8-EZ | LFS TE | FPS €F6| BFS LFS} 08S 0%} TG 0G | GFE G6-FE | FFE FFE | FFE FFE | OFS O-FE | OFS O-FE | BEE 8-EE | BEE BEE | BSE 6EE | O-FE OFF | LPE LE | GFE SE | SFE SFE} 06 6I | OIE O-18 | 8-08 8-08 | &08 €0E | 0-0€ 0:08 | 8-66 8-62 | 8-66 8-62 | 0-08 0-08 | 6-0 6-08 | IE ¢1¢ | 416 G-1e | 218 GIS | FTE F118] 6. 8L | OTE O-1€ | 9-08 9-08 | 6-08 4-08 | I-08 0-08 | 8-62 8-62 | 8-62 8-62 | G6Z Z-6Z | 0-62 0-62 | 0-62 0-66 | 6-86 6-82 | 0-62 0-66 | 6-86 6-86] 8I ZT | 0-08 6-66 | 7-66 1-66 | $-86 0-8G | 6-93 4-96 | 8-92 Z9Z] 0-12 89% | GIS SIZ | E-9F $-9Z | 6B 6-92 | 6SG 6-6 | 0-96 0-92 | 6-96 69% | LT 9 | L126 F-26) 1-26 692] TL6 196 | 296 G96 | $-96 1-92 | 9:92 Z9Z | 69S T-96 | B-9Z 8-9Z | L4G TLE | &L6 46 | 616 6-22 | 0-8 0-86] 9 SI | GLG 0-26 | 8-26 F-16 | 896 8-96] LFS LS | 6-ES 6-€% | GES 6% | EES EZ | 0-€Z 0-€Z | 6-2 6-22 | L6G 1:26 | L2G FE} 8-06 8-06) ST PL | L2G 0-86 | 6-06 6-16 | O-2AT 8-2L | O-9L 0-91 | 6FT 9-FL | OGL O-GT | TSI TST | LEE TSE] GT 291] 6SL 2:91 | CSL SL | 9ST F-SL] FI €L | 68 1-02} Z6L G61 | 0-8 £06 | LAE SLT | L-8L L261 | €-8L F-26 | F-6L 2-61 | 0-61 €-6L | 0-02 F-0G | 9-42 6-26 | L2G L2G | GES GEG} EL GL | Le F-9E| LZ SFE | GCE OCF | F-1E GSE | 68S 8-ZE | Z8Z TEE | SLE 0-2E | 9-62 L16 | 7-62 8-EE | 0-0€ 6&6 | 408 LEE | O1€ LEE] GL IL | 22€ O-2€ | L-0E 8-9€ | 0-66 0-98 | 9-82 0-96 | 8-62 €-FE | £66 LE | 0-66 BFE | 6-62 0-88 | $66 9-FE | &66 Lh | 0-0€ LE | OLE FE | IL OL | 98 T-8E | 6-2 S8E | OSE G-8E | OE T-8E] 6-ZE OLE | 62 8-98 | OE LE | L-2e FFE | 0-7 SEE] &1E OE | BIE TSE | 7-08 8] OT 1-66 O0-FE | 0-96 GSE | F-FZ 0-ZE | 0-9G 1-62 | 1-9 0-8Z | 6-96 6-8% | 196 0-82 | 0-63 8%] 8-9Z 0-8% | 28 0-9Z | 496 BLE | BSE GIB GGG 6-82 | 0-26 £96 | 0-1G 1-02 | 1-02 0-FZ | 0-1G 0-EZ | 8-16 6-9G | 9-0G 6-82 | 8-61 T-6% | 0-6L 1-26] T-6L 0-76 | 8-6L GES] G8L &-F% €-6L $60 | G2L 6-41 | 8-9L 8-9L | HSL FSI | FFL FFL | GEL GEL | SSL SEL | SEL SEL |] SEL SEL | GEL GEL | HET FEL | GEL GEL 8-9L F-OL | 6ST 6ST |) OSL OST | 771 GPL | LSL TL-SL | T-8L LL | SL FL | LPL LPL | 6FL 6 PL | OGT OST | LSE TSE | &ST FST O-2E OLE | 6-9T OLE | H9L €-9L | L9T 8-9 | O-2E O-LT | 8-9T 691 | LLL TZL | 8-9f 69L | G9L SOL | &9T $91 | L-9L LOL | 291 2-91 L8G [86 | L4G T-FE | 0-66 0-96 | 0-96 0-92 | Z9Z G9Z | 0-93 0:93 | T-22 1-22] 208 1-08 | 6-08 6-08 | 2-0 1-08 | 9-08 9-08 | G08 OE €-6Z £66 | 1:86 1-82 | 1286 1:82 | 1-86 1-82 | F-8G F-86 | Z8Z Z8S| 88S 8-82 | 0-6G 0-66 | 1-63 T-6G | 0-66 0-62 | 0-66 0-66 | 6-83 6-82 L1G L1G | €96 €-96 | €96 £96 | ES E46 | BFS 8-FZ | B-FZ 8-FS| 0-66 0-62 | LES TG | GES SES] F8S FES] S96 F9Z | OLE 0-16 GIG €16] 0-06 G0 | G-6L 61 | O-8L G6L | 6-2T 641 | GLZE G21 | 9-8 9-81 | 6-SL 6-8L | 88L 8-SL | OSL TST] 6-L2T 8-4T | 0-8 0-81 yom “AI | “Fm “AIG | Jom “AIM | Jom “AIG | Jom “AIG | “yom “At | “om hg | yom Aa | dom Ata | Jem AI | Gem AI | FEM AIT BEN NEVIS OBSERVATORY.—HOURLY VALUES. mA NO HO DO O DD ma NOHO OM DO DH GL II OL 6 8 Z 9 g v & G if ‘SaTOG LOA, GNV AUQ—dUOLVUAINAT, 132 “L881 TLUdV 133 BEN NEVIS OBSERVATORY.—HOURLY VALUES. “SNVAIL Tg rN OHO OMY DH GG 8-&6 FEE FFG 8-86 34S TSG 4-96 8-06 8-02 9:06 9-06 G06 4-06 GES 1-8 T1612 4-66 &-66 8-16 8-6 6:65 8-6E GTE G.Té £08 &-0§ G86 F-86 L1G &16 T-96 0-96 P-6L 8-61 L6L 2-61 £08 6-66 LIE 196 9-28 F-9E 186 L-1€ G-86 0-96 GLI FLT 8-FL LT 6-91 0-21 L8G L-& G66 9-66 0-26 0-26 9-26 6-26 pM “sIG ‘uray GFE 6:7G “FUSUpl 6-76 Se GIG L1G 9-06 &-IZ TSG 1-96 GE GZ 0-6T 0-61 F-8T F-8T 0-61 0-61 L-96 1-93 1-26 1-26 8-18 4-18 0-26 0-26 LE TFS PIE F-1E 6:66 8-66 L116 LLB L116 116 6:06 2-06 GOL F-9T 6:66 F-9Z 61E 6-& €&1E 0-8 81E 1-98 G96 0-96 8-61 6-61 GEL G&L OLE OT SLL §JT 6:08 6-08 G86 S86 0:26 6:96 ‘gem | “AI &@ 9-&6 GGG 6-GZ 0-76 8+ €-16 1-& F-GG 4-6 L4G 14% 6-6L 6-61 L6L 161 621 6-21 8-4 8-G6 0-26 6-93 LG& LE LG L-2é 8-EE 8-& Lié LIé 0-0€ 0-08 GLB G16 8-26 8-16 0-16 6-04 0-81 9-LT €-66 6-62 0-€€ 6-9§ 0-18 L-F€ 0-68 9-¢§ ¥:96 1-12 0-61 0-61 FEL F-EL 8-ZT 8-LT @8L GS8I 6:66 6:66 0:86 0-86 0:86 0-83 yom “AIG 1G 1:46 1-96 GE GHG 6-16 &-8% 6-96 6-96 §-& &-8% 0:06 0-06 0:06 0-02 T-8L 1-81 F-16 F-16 0:96 0:9% 0-GE 0-68 0:2E 0-68 0-€& 0-€8 6:08 6-08 8-66 8-62 8-86 8-82 6-16 6-16 GIG $2 98L G-8I 0-08 0-08 Lés GOS 0-88 0-98 GIE 4-8 1:96 6-16 L6L 1-6i GFL GPL GIT < G6L 6-61 0-08 0-08 9:86 9-86 0-86 0-86 yom “AIG 02 8-&6 L¥6 8:66 0-96 6-66 6-06 9-06 0-61 6:16 8-96 L-G& LE 0-68 6-0 F-66 6:86 1-86 0-16 6-81 1-08 6-8 0-€& 0-16 9-96 8-61 9-F1 0-81 §-61 8-66 6-86 6:86 “JOM 61 ¥-96 ¥-96 0-96 0-6 £16 8-66 £16 6:02 6-06 ¥-16 &-16 0-68 8-18 6-18 0-0€ 0-08 0-62 9:86 0-€ 0-61 L-GE GFE 9-9€ 0-18 0-16 0:08 GGL 0-81 0:06 8-66 ¥-86 G-86 49M 8T 8-96 6:92 8-76 1-26 8-GZ LIZ 6:02 G06 &-1 €.16 0-68 8-1 6-18 0-08 0-08 0-66 9.86 6-2 L6I 8-&& 0-18 1-18 6.&& GLE 0-06 GGL 0-81 6-61 8-66 F-86 G86 “Aig 1:96 F-L16 0-46 8-66 6:76 1-GZ 0-126 0-08 L-&Z 1-&@ 6-16 8-12 0-26 1-16 2G &:GS 6-26 6-12 1-66 0-66 G-0€ ¢-0€ LG 6-18 0-TE 6-08 8-0€ 2-08 6-66 1-06 1:86 9-86 0-66 6-86 0-6 8-FZ L0G 6-0Z 8-1E §-F§ €-o8 9-8 &FE 1-88 GIE 6-€€ 0-96 8-9% G06 1-06 L9L L9T 1 en GIG GIG GO 0 1-82 1-82 0:66 6-82 ‘MM “AIG 9T 1:93 €-16 G96 1-86 L4G 1-96 ¥-16 €.66 0-26 0-66 686 1-&@ 0:46 6-16 0-86 6:2 0:86 6-26 8-0€ 1-08 1-66 1.66 6-88 6-6€ 6:08 8-0 Lie 11é 0:08 %-0€ §86 86 1:86 4.82 6-6 1-96 6-06 0-14 CE §& LE 9-88 LE 8E 6-06 €-&& 8-96 0:96 £06 £06 6-91 9-91 T-ZT L21 6-16 6-12 T-08 1-08 G86 -86 6: 1-92 gM “AIG G96 L9G 1-96 1:9 0-46 6.&@ 6:26 9-76 8-16 LTé 1-66 GVE 6-08 L-I1& 0-08 1-86 6-86 9-86 6:06 &-GE L-9§ 8-€& 0-08 0-93 G-06 ¥-91 GAT 0-66 0:0 6:86 6-06 “JOM tL G16 0-92 1-96 9-1 1-6 6:&@ 8-36 ¥.9G 8-26 0-18 1-66 GFE 8-08 LIé 0-08 L-86 G-86 G76 6:02 &-P& G-8§ 8-LE 8-GE 6-86 ¢-06 F-91 GALL 6:12 0-08 6:86 1-8 “hIg 8-93 8-96 6-96 0:96 0:96 GGG 0:46 0-96 4-08 L1& L-82 6-78 L-08 0-18 0:08 8-16 6-86 G:&6 0:06 1-36 L-&& 8-GE GI 8-96 L1G LOL FLT 6-F6 0-08 0-86 0:2 JOM &T ¥-1Z *SNVA 1g 0€ 66 86 16 9% GG VG &@ (46 1G 06 61 81 AT 9T ST tL AN oO Ho OM OD ‘SaTOgG THA, GNV AXQ—HUALVAAINAT, ‘L880 ITYdV | “ONVSW| F-2E F-E6] 9-1 9-2E| PIE Lee| 20€ L1€ 08 1S] 6-66 T-IE | 6-62 8-08 | 666 1-08 | 866 2-08 | 6-66 4.08 | LOE 0-1€ | 0 O0-TE |'SXvan' Té | 9:98 4-68 | 8-2e 168] 8-98 6-18] 6-9E L216] 0-6€ 698 | ZFS 908 | BEE O9FE| LEE FFE] OE OFF | 62E OE | O8E GFE} 6ZE Soe] IE 0g | GLE G6E] 0c 0.98] 8-78 O28 | LEE 48E | 6-88 S98] LEE FOS | OSE O-FE | 8G 61E |) 886 GLE] OFE 89E | 098 898 | OE 698] 0F 6G | 9:08 8-8 | 226 T-98] Z8S G98 | GES BLE | 0-8G 0-88 | BSG B6E | T8Z 0-68 | 616 L196] G86 G98 | E16 0-68 | LIE 0-88 | 0-CE OIF | 6 82 | 0-G€ 8G | Les GIF | Loe F-88] 618 L286] 0-28 OCP | 41S 2h | 0-18 SEF | OCE FEF | 0-08 F6E | G66 F-68 | 66 LEP | 098 &-0F | 86 4 | 1-88 LOF | ole 428] FL2E SLE | SLE 9-26 | 0-98 0-98 | 0-98 0-9€ | 0-GE 0-8 | GSE SSE | E9E BIE] 89E 89E | OLE 0-28 | LE FLE| LB 96 | &l6 GOF | 0-98 GLE] LSE Gog] GSE SEE | 0-GE 0-68 | L9E 8-92 | 0-98 0-98 | 898 898 | GLE SLE | 0-68 0-68 | 86E 8-68 | 08E 0-88 | 9 CG | 8-68 8-68 | F-68 #68 | 268 Z6E | 6-8E 68 | F-8E F8E | &8E €8E | 6-8 €8E | 68E 68E | 88E 88E} L6E 168 | 88E T-68 | 068 668 | G6 | LIh LIF | ¢.0F ¢-0F | 668 6-68 | 6-68 6-68 | F-6E F-6E | T-0F T-OF | 0-0F 0-0F | G68 G68 | 0-0F 0-0F | 266 168 | L8E L8E | G8E GSE] Fe €&@ | 0-28 618] %1e LIg|oOze 9-1¢ | 8-18 818] TIE T-TE | 0-0€ 0-08 | 8-83 8-8Z | 0-86 0-86 | 6-82 286] LL6 0-22] 296 8-16 | 0-92 0:86] & ZG | 8G 8%] 9.64 8-3 | GOS GES | FFB F-FZ | 6-€B 686] 2B GCS| 9-16 9-16 | G16 $16] LS 26] LS 126] 12 126] 616 616) GZ 1G | &-FG G42] 6E% 662] GE EZ] BIG 81G | G06 0G | 8-6 8-6L | 06 F-0G | 0-02 0-06 | 861 8-61} 0:02 0:06 | 661 861 | 102 L0G] 16 0G | 0-16 0-16 | 8.06 9-02 | 2:02 202 | 9:02 9-02 | 1-06 1-02 | 4-06 1:06 | $06 402] GIG GIS) &1d €16]| 406 106] &06 £06 | 202 0G] 02 6L | 0-F6 0-76 | ZZ GES] OFS 0-6 | FFG CFG | OE G-ES | 0-7 0-7 | &EZ ECB | F-9B FOE] 696 6-96 | 682 682] 61E 618) 91S GIG} GL 8I | 1-08 9-08 | 6-66 6-62 | 0-08 0-0¢ | 0-62 0-62 | 1-8 1-8 | G26 G26 | 9-26 9-26 | TL 1-16] 826 8-16) 1-26 TLE] 6-46 626) 126 T16] 81 4T | OF€ OF€ | GFE GFE] O-Ge O¢¢ | LE LE | GFE BFE] 0-68 0.98 | LFE BFE] OSS OF€| LZ SFE | SIE 0€€ | 00€ €08 | ZOE 08] LT 91 | G8E G6E | ele 688 | B9E SSE] SSE 0-88 | 0-98 F2E] ZFE FOE] 0O-FE 0-98 | OFE BCE | BEE EGE] LEE 0-08 | BEE EEE | 6CE O.FE | YT cI | 68 0-0F | 9.g¢ #68] ¢-2e ¢9¢] le %8E] 8-98 L128] 0-98 8.98 | 698 69¢ | 298 L198 | 7-98 F-:98] 0-9F 096 | L9E T-98 | FE FE | ST L1€ 69€ | 4.98 1.98} 9-98 9.98 | 9-98 9-98 | Z9E 98] 0-98 0-9E | 0-98 0-98 | 89E 8-9] 0-98 0-98 | 198 196] 6-98 698 | GSE GSE] FL &I | 0-€6 8-2 | $e F-12| 8-12 GZS] G0 1:06 | 0-6L 1G] 0-81 8-16] 0-81 €6L | 26L 261 | €0% $06] L1G L1G] L2G 1-26 | G86 GES] EL GL | LIE TIE] g.0g 2-08 | 8-66 8-62 | I-66 1-62 | ZOE ZOE | 0-08 0-08 | 9-08 208 | 608 8-08 | GIS E18] OTE 0-1 | OCF OE | 986 9-88 | GL Il | 328 GLE | L9¢ 9.98 | 8-ce T-9¢| Le 9-2e | 0-2e 0-2e | 0-2e 0-4e | 2-08 2:08 | $62 4-66 | 0-66 68 | 6-86 8-83 | 886 2482 | 0-66 0-62] IT OL | 0-3 OZ] 61e 61¢|61e 61¢| SIE Sie | OTe oe | ZOE &0E| 6-08 60g | 0 ZOE | 808 80E]/ STE LIg|GIé &1e| 81 81e] OF 0-18 4-08 | ¢.0g Z-08 | 0-08 0.08 | Z8S %8Z| &8B 82] 0-62 0-66 | 0-63 0-66 | 0-66 0-62 | G8Z Z8Z | 8B I-82 | 68% 6-82 | T-66 . 1-63 1-98 0-98 | Loe L9e¢]%9e Z9e| L9E T-9¢] 9-98 F9¢|S9E ZOE] F9e F-9¢| OLE O-2E | O-2E OLE | O28 6-98 | 0-98 6-98 | F-9E F-98 og 976] Lze Lze|oze 61¢| 02 8-1e| LZe Lz] Le Lze| Le Tze] 078 Oe | Ge SE] GE Bee] SE SE] LE Lee 0-28 0-28] ¢1e €1e] 08 308] 66 6-66 | 8-8 8-83] 9-95 F-82 | LSS I-83] 0-63 0-66 | 0-62 0-62 | 1-62 I-62 | I-62 T-62 | 66 ‘4-62 6-62 8-62 | 0-08 9.62 | #62 Z6Z| 1-83 0:86 | 628 S26 | GLB TLZ| 0-26 0-18 | 0-26 0-26 | F-9G F-96| 9:93 9-96] GLE GLE] ELE LG 8-08 ZI | 282 882 | 0-66 O-1e | 1-20 %82 | #93 S8S| BFS 6-92 | 8-SS 0-22 | 0-96 0-28 | 0-96 896] 893 0-26] 9:96 TLLe| L26 LLZ 0-62 8-62 | 84 8-62] 622 €62 | 0-82 &62] T-26 9-86] 8-93 8-90] T-22 T-L6] 1-93 1-98] 0-22 6:96 | G26 G16] 9-16 9-26 | 1-82 I-86 0-62 8-86 | 8-86 G82 | 9-8G T-82]| 0:86 626] 826 G12] $16 G16 | 693 8-9 | 89Z 2-92 | 0-96 0-9 | 0-96 0-92 | 0:96 0-96 | BEG EF 66 63 | 92 1-96] 0-92 1:62] BSS L66] 0-46 0-FZ | 0-86 0-8 | 0-23 0-26] 0-1Z 606 | O-6L G03] 1-02 LIZ] O16 016 | G16 GIE yom “Aid | ‘40 AM Arq | 99M St | JOM AI | 99M AI | Gem OAT | 90M Ata | eM AI | “JOA AIG | JOM “Sid | 9M “Aid | PM “AIT BEN NEVIS OBSERVATORY.—HOURLY VALUES. mn ODIO OM DOH A NO HH OM DO HD at IL or 6 8 j L 9 g V g G T ‘saTog IGA, GNV AUQ—aIAALVUTAN, 134 “L881 AVI 135 BEN NEVIS OBSERVATORY.—HOURLY VALUES. “SNVIIT Ig mw N OH 1d © h OD &-1E €-98 9-8E LE €8€ €-08 9-9€ 6-2E 0-1F PLE G.0F GLE 6-8E 9-66 1-6€ GOP §-0F 0-GE TG L4G 8:¥Z CGE GZ 0-16 0-16 9-76 G-FZ §-66 §-6Z 0-8 G-ZE ECE OLE T-18 6-18 1-98 1-96 9:96 LZ 8-66 6-62 6-8 0-FE 1-08 1-08 1-66 1-66 9-cg &.cg ¥-GE &-GE 6-08 0-1 0-62 #F-62 0-86 9-82 1-86 ¢-86 C16 F-16 L4G LZ yom “AIG “UROT 8-08 9-TE 1-246 1-8 GEE &-FE LGE GLE TEs 0-07 FFE = L-GP 616 6-1 &6& &-0F 0-68 8-68 G-8E ¢-8¢ £76 0-96 GIG GIG £06 £-0G L1G G-1G LIé ie 0:86 0-86 O0-1E 6-18 Lg& 0-¢8 LPS &-FE &GE €-c¢ 8-86 F-& GE &-GE G62 6-66 L1€ 9-1 0-62 6.8% 0-78 GFE L-G& 1-6& 6:66 6-64 0:86 0-86 0-26 GZ 0:86 0-86 L&& 1-& yom “AIG “FY STUp I 0-TE 6-1 GFE 0-&& 0-68 6-66 L-L§ G-6& 6-68 6:88 I-96 €-1G L1G 8-16 1-08 GLE 6-1 £78 GFE 0-2€ FFG CHE 0-66 (ats L-GE GIE 0-28 L-0& F-16 0-26 0-86 G83 “JOM &% @7e | 118 628 | 0-ZE GES | GE G-EE | 9CE LEE | 6CE LH | 6ZE 6-0F | 0-88 LIF | @8E 0-GF | 68E E-IP | &8E GIF | 9-88 6-1F | 0-88 6-98 | GFE 0-88] 0-98 GIF | 698 EF | 698 Eh | 6LE 8-EF | B-8E 6-2¢ | 01S 6-L8 | 1-08 8-6G | GEE 9-6 | 9GE 8-CE | 6IE 0-96 | GEE F-18 | SFE GFP | PE LHP | O98 GIP | 98 8-68 | S9E O0-FF | 6-FE 0-cF | L-68 6-9F | 0-88 L1-:9F | 0-SE 0-26 | 9-LE ESF | L8E 0-EF | 6-9 8-68 | 0-68 0-0F | 0-0F L1-1F | 668 TIF | 868 8-Th | 0-88 6-EF | OLE 1.62 | &OF 9-0F | $-0F §-0F | Z0F 2-0 | 6-0F 6-0F | T-IF TI-IF | 8-0F 0-0F | 1-1? LIP |] 0-1F 0-16 | 8-IF 8-1h | 0-TF 0-16 | 61h 6-1F | 0-2F 0-cg | ZFS SHE | LFS LE | OFE O-FE |] SEE SEE | LES O0-€E | 6-8 0:16 | 1-66 0-9% | 0-26 6-96 |] 0-26 6-96] L-2@ 0-26 | G9G 0-96 | 0-22 GCS | GES GES] LES 186 | 0-F6 0-76 | OF 0-FZ | GHZ ZH | BF G1Z | 0-12 0-12 | 6-16 6-16 | $16 G16 | 9-16 9-16 | GEE GE | &-16 6-1Z | GCS GZS | 0-EZ 0-86 | 0-FE O-FS | LEG LE6 | FS FFE | 8-6 1-08 | 8-0€ 8-0$ | 0-0€ 0-0€ | 0-0€ 0-08 | 0-0& 0-0€ | T-0E T-08 | 0-08 Z8Z | 162 162 | 9-66 ¢-6Z | 0-08 6-66 | 0-28 0-28 | 0-EE O0-EE | 0-FE 8-96 | 6FE 0-2 | L¢8 0-18 | G-9E 628 | O-LE 8-8E | BLE -6E | 0-6E @18 | &-98 0-88 | F2E 0-88 | 188 G88 | L8E 8.86 | 68E 6-68 | 68 L148 | TSE 1-68 | 8¢e g8.cg | 9-98 G98 | 8-98 8-9E | B9E 898 | 8-98 6-08 | 282 GTIE | 8-66 9.08 | 6-0 8-I€ | 0-08 €-2E | G66 T-ZE | 6-66 €.9% | T-2G 0-26 | 0-66 0:62 | 0-0€ €18 | 1S €2E | 118 €-GE | 0-48 6-48 | 0-98 0-98 | G9E G9E] 098 0-98] OLE OLE | 0-88 6LE | ELE F-6Z | 6-62 6-62 | 1:62 2-66 | &08 £08 | 0-08 0-08 | 6-08 €-08 | &-TE 9-08 | 6-66 6-66 | 9-86 9-8Z | 8-86 8-86 | 0-66 0-62 | 0-0E 0-08 | 8-08 0-78 | L9E 1-98 | 0-9€ 0-9€ | 9GE 9-SE |] LOE 1-98 | GOE S9E | G-9E 0-1€ | 0-GE T-1E | £28 1:26 | 9-86 FEE | 688 68 | LEE TEE | BEE 0-2 | LCE LSE | 12 9-28 | 6SE 62E | LE LE | BCE 8-ZE | 8-ZE 0-18 | G08 ZGO0E | G08 O18 | GOE 618 | G0 TE | 0-0€ 0-2 | 0-08 0-86 | &8G §-8Z | 0-6Z 6-82 | 0-62 2-66 | 0-62 0-62 | 0-1€ 2-1€ | L-08 1-8Z | 182 9-86 | T-6% 0-62 | 6G 4-66 | G6Z 4-66 | 0-08 0-0€ | T-0€ 1:16 | 1:16 8-16} 8-16 9-16 | 6-2. 6-26 | L8G 1-82 | 0-86 0-86 | 6-46 L-GZ | LEZ T-€Z | 66% 9-66 | €-96 0-96 | T-L6 1-22 | 116 F-16 | 9.96 sig | MW “Aid | yom “Aig | Jem “AIM | “9eM AIG | eM AI | “99M ‘SdTOg LEA, GNV AUQ—aAYALVUTaNay, “L881 AVI 1-68 6-18 6:88 6:62 L-8¢ 6:8 0-1 &-07 LY L-GE 6:96 L-4% L1G 0:F6 L-0€ 0-78 6:88 0-07 0-28 6-96 0-GE 8.LE 0-8 G1E 1-9& 0-€& L-G& €-06 0-1 0-66 0-66 8-8¢ “JOM 1-88 0-GF VTP 8-7§ L-GP &-6& 07 £07 LTP (Gras 0:93 L4G L16 0:76 0:08 0-F§ G-0F & TP 0-18 0:86 LG L-L§ 0-68 LIé F-9§ 0-&& VCE LI& 0-6& 0-08 8:86 8-86 “kiq “SNVAT Tg 0& 66 8@ 16 96 ga ¥G &%@ GG 1G 0G 61 8T LT 9T ST FL mA HO OM OD on BEN NEVIS OBSERVATORY.—HOURLY VALUES. 136 mN OHI OY OH 6:GP T-L7 G-9F 6-GP L-07 0-1S GSP 0:69 ¥-6P G6 L-9F 9-07 6:09 LGG 6-97 CLP 9-68 0-GP 8-98 &-0P 0-68 0-18 GSE PoE F-1E @-0F 1-0F G-66 6-86 9-C& 0-98 “JOM IL GCP 8-9F G.GP GP &-0F 1-09 0-87 6-1G GLP 6-19 0-oF L-0F G-6G Lg GLP L-9F ¢-6& 0:68 LL G-0F 1.38 6-96 0-¢8 L-&& L-0PF £-0F 1-68 0-68 0-18 LG 0-18 ‘PM OL 0-97 L-GP &-oP 6-97 9-4F LGP @-0F 6-9g 1:89 €-69 9-69 1-6 L-6F ¥-9F L-4¢ L-9G 9-1¢ g:OF L-8 8-68 6-9§ 0-17 9-8E 8-F& 0-96 L-8§ 0-GF G-OF 6-88 LIP 6-0F PFE 0-1? “£1 &Th &-7F | 8-0F 6-&h | 9-0F G-8F | FOF SEF 9-9F 9:97 | 0-:9F 6-47 | GSP GSP | FFF 0-97 FF 6-LF | O-Sh ¢-9F | och 8th | GIb IF &Ih €1h | 9-0F 8-0F | &Ch O-8F | & FP EFF 8-0F L:0F | ¢-0F ¢.0F | GIF LIF | LIF 6-1F 1:09 9-79 | G0G G-F9| €-6h GHG | 16h F-E¢ GLP 0-19 | O-8F €-99 | 66h €-o¢ | 0-6F 6-59 L8h 7-19 | 62h 6-08 | 1-2h 9-09 | L-9F T-L¢ Loh 649] 9-1 G19] T-Ih @99 | 6-Ih T1-¢¢ Llp 1-99 | 196 £49 | &9F GHG | 9-9F 6-86 L0F GO9F | €-0F 6-FF | 1-0F 8-bF | GO0F 0-47 F-16 FOF | L128 ¢GF | 9-18 GCF | 1-18 L-oF 6-19 6-69 | L-2o F-F¢ | €1S €Fo | L-I¢ 1-6¢ 9-24 GGG | 16h 89 | 0-6F 8-I¢ | ¥-0G 8-E¢ LIS 6-99 | 0-6h 1:99] 7-1G 8-9 | L8h @-E¢ 98h 9-FF | T-Sh T-€F | 8-1h &-Sh | &68 F-EF 9-28 9-18 | &88 €8E | $88 ESE | SOF €-0F ¥-9E 0-68 | 9-FE 8-LE | OSE 698 | ZZE 0.9 L9E 19€ | 9-66 9-9€ | 0-98 0-46 | 8-FE 8-FE 9:07 9-07 | &- OF €-0F | 9-68 9-68 | 8-68 8-68 6-8E 6-8€ | 6-8E 6-88 | 8-8E 8-8E | L-8E 0-8 OF OFE | LEE EEE | GCE Ee | SIS F-1E O-FE OFS | O-FE O-FE | OFE O-FE | OFE O-FE GSE G-E8 | PSE F-EE | LEE L186 | 68 6-88 LIP O-1F | 60h 8-0F | LIP OTF | I-Ih LEP 8:07 8-OF | L-TF 0O-1F | 91h 9-1 | 21h L-1F G88 F-6€ | 0-88 0-88 | 9-28 9-46 | L-LE TLE 8 LIP | 0-88 9-0F | 0-88 0-0F | L-8E Z-OF 0-9€ 0-0F | 0-9€ 0-6€ | OSE GSE} 6FE F-8E 10€ O-F€ | 8-08 6-FE | G-0E O-FE | 1-08 TE 6-¢§ T-OF | LSE 2-86 | 0-68 0-88 | 0-GE GLE pM “Aid | ‘PM “Aig | JM “KIq | JOM “AIT ~ =) ren) &-OF 6-GF GTP G&P 6-07 0-67 L-6P &-oP 0-GF G- GF 6-68 6-9 &-1g 6-8F 6:87 LIP 8-07 L-& 9-98 0-07 F-98 GE &-E 6-86 0-17 GLP 1-28 L-L1E &-o8 9-08 G.Gg “JOM ‘SaTNG LIHAA GNV AX —AUALVUAINAT, “L881 ANOS 1-06 9-SP |"SNvaN 67h 6-FF LT IF L-OF T-0F &-SP 8-87 6-8F T1-¢¢ L6P §-G¢ 8-8h €-G¢ L0G 0-¢¢ GCF ¢.F¢ &-Ih T-&? L9E 9-9F 9-6G T-F¢ GLP 1-€¢ 11% &-GG TP F-GP 6:0F 6-0F 0-€ 1-&€ €-0F &-OF 9-68 9-6§ O-FE 8-eE 0-2E 0-ZE G9E GOES 0-C€ 0-¢¢ 6-0F 6-0F LIP LI? LSE 0-88 LE L-0F L-0€ 1-88 L6G 0-F€ L-9€ 1-88 pM “AIG I 1g 0& 66 8@ 1G 96 $( mM NOHO Om OD 137 BEN NEVIS OBSERVATORY.—HOURLY VALUES. SNVEN| §.2h L-GF 1g mA NO HH Oy OD 9:9F 9-LF O-SF OF LZ OFF 6-68 0-1F 8-8F 6-99 €-09 €-8¢ 6-67 1-09 0-87 §-6¢ 9:09 @8¢ Lop T-1¢ GIP &G-8F 1-0¢ ¥-€¢ PEG = F-LG T-0G 8-9 G-€P 0-0 G-OF 9-0F 8-88 §-0F GLE GLE ¥-0F ¥F-0F 9-88 1-8E 8-FE SOE 6-7 6-FE 29 L-G€ 186 1-88 O-1h 0-TP 9-68 9-07 G-8E 9-6¢ 9-98 §-IP 1@& F-L1E &-§ F-66 ‘JOM “41 “UROTT Gb LP T-Lh F-6F BOF 6-oF ¥-0F 0-17 1-66 0-66 GP 6-87 G67 F-9¢ €6P 9G 1-67 1-99 10G €.G¢ €-9F 8-9 SCP F-G 0:98 LLP 66S FFG L9F 6-&9 BFF 6-9 PIF 0-CF Lip LP L&E G&S 6:07 6-07 L68 TL-6€ G@dE §-GE L&s L&s 0-26 0-2 BFE 8-FE LIP 0O-1F L-Ih TIP G8E GES TLE €-0F GIE GLE 0:08 8-FE yom “AIG “‘FUStUpIN LF LLP 0-97 6-1P 9-18 Lepr €-0¢ 6-67 6-09 L-1g L-LP 8-GF 9-18 8-&9 L-67 9-GP 0-GP GTP GPE 0-17 8-88 GCS 0-7§ G-L1E 9-G€ LIP G-0F L-8€ 0-96 6-1 0-1 “92M & 0:GF L&P G-GP 6-97 6-SP L-P 0-8 L-GP 6-19 9-0 6-0 6-1 GLP LSP &-oP 0-¢¢ ¥GG L-GP L-1¥ 6:CP ¥-oE 6-07 F-8& FE LTé 6-98 1-98 GIP L-07 1-86 F-7E L-&& 6°GE “JOM ¥-GP L-Gh 8-9F GOV v-FP 0:88 LP Lg L-0¢ L-1g Le 9-17 8-GP &-9F 8-9¢ 8-&¢ LTP 6-1F GCP 9-96 6-07 G-8E 0:96 6:7& 0-98 0-28 &-1P 6-07 ¥-8& GLE gE 0-&& “JOM 06 8-oF ¥-&P GLP 6-97 L-GP 0-88 T-LP &-6¢ L-Gg 8-1 9-FG 9-87 6-77 6-67 1-9 0-g¢ 6-07 8-0F L-&F 8-18 6-07 0-68 0-9& GSE GLE &-96 9-17 LIP 8-88 0-68 8-2E FFE “JOM 61 O-FF 8-LF L-8F &-8F L-Lb 1-6F LF 1-1¢ 6-88 8-8E T-0¢ %-09 EG 9-19 8-24 0-99 9-1¢ 1-29 GHG = T-19 &6F 9-96 9-Ch 6-G¢ G09 1G T-L¢ 1-19 L6G T-19 LOF 6-99 LIh LP GEP FSP €-8E €-8¢ LI? 0-1F 0-68 6-8€ 9-2€ LL1E 0-98 0-98 F-1E F-LE G-9§ 4.9E 81h 8-LPh GOF §&-1F 0-68 6-8€ €-68 &-€F €-9§ €-6€ 1-98 %-0F pM ‘AIG 81 £79 6:87 & LP 8-&P 0-68 @-09 VEG L-€9 LG GHG &-67 L-9F 6:69 ¢-9¢ FCS &-GP LIP 6-GF 6-68 0-1P 6-68 &-LE 6-98 9-1 6-98 9- TY G-0F 6-66 ¥-6& ¢-98 0-28 “JOM ZI @-8P 9-57 9-87 ¥-PP G-6F 8-LP 6-GP 0-6§ GIG LG 6-1g L-2¢ 6-69 T-0¢ ¥-oP 6-79 ¥-9G &-6G FP 8-1 0-27 &-68 LOPF 6:07 1-88 0:98 8-18 8-88 GTP 6-17 67 0:07 6:96 1-98 “92M ST L-8F G09 & 1 LSP 0-66 0-09 T-9 L-F9 6-99 L-19 6-19 L&¢ 6-19 ¥-€9 -€9 g.G¢ 8-17 6-17 §-66 L-0F 6-0F L-8E 0-98 8-28 8-88 GIP GPF ¥-66 6-97 6-17 6-17 eta GPP G:-8P 9-14 6-GP &-07 0-7¢ (VAS ¢-0g &-67 1-8 6:87 8-77 0-9¢ §-9¢ 0-1 G-8P 0-17 LTP 1-66 L-0P 8-0P &-LE 6-96 GLE 6-88 L-07 0-17 0-68 L-8& L.9§ 6-98 “JOM ia L-8F 4-67 0-19 6-27 &-0F T-09 1-9 1-19 &59 0-€9 L-a¢ 1-6 ¥-8¢ 6-€9 0-29 6-89 0-17 @-GP 1-68 0-07 8-07 GLE 6-96 GLE 6-88 L-07 6:GP 6-88 0-GP 8-1? &-GP “£1 LFF 1-87 G-9F 8-G7 L-07 &-&S 9-0 0-€¢ ¥-GG 9-69 1-87 6-&P FG 1-9 0-0¢ 6:87 G-0F L-0F 1-68 0-07 6-07 GLE 0-96 L-96 G-0F LOF 8-07 T-88 €-68 L-98 $18 POM &L 8-LF *SNV A] Tg 08 66 86 1G 92 GS VG &@ GG 1G 06 61 8T ZT 9T GT tL &1 AN OHO © = CO DD ‘SaTong La\\ GNV AUG —HYNALVYEINET, “L881 CE BEN NEVIS OBSERVATORY.—HOURLY VALUES. 138 “‘sNvaW| 2-1F Ig | @0F 0g | L-8€ 6G | 0-&F 86 | &-eF 1K6 L-OF 96 | 8-0F cZ | 1-98 FG | L8E 6% | LIF ZG | 6-1 IS | &LP 0Z | 2IF 61 L-0¢ 8I | 6-SE LI | GLE 9L | @8€ cL | 3-0F FI | 6-68 €L | LSP 6L 1-9F Il | 6-TF OL | 0-2F 6 G-&F 8 T-6F L T-LF 9 &LE g 8-c§ F 6-68 € GLP z 6-96 I L-8F "72M ZL 8-GP &-GP 0:8€ 6-GP &-GF 0-07 8-07 1-98 0-88 LIF 6-1F 0-8F (at 1-0¢ ¥-GP #18 1-88 @-0F 8-6 1-97 L.9F 6-17 0-2F £8? 8-1 LLP ep 8-8E 6-68 GLF 0-08 @-0¢ ‘aa GIF Gor 9-68 8-0F €8€ €8E Lap 1-2 LO LaF OIF 0-1F @-0F &-0F 0-98 0.98 Lie see Lip LIF 8-0F 8-0F 0-9F &-9F L-0F 0-0F 0-6F 0-6F 0-6 6-IF G98 9.98 0:8¢ 6-2E Z0F OF Lip LIF Loh 0-GF LL LLP GE GIF L@p 1-GP LtP O-FF LF 1-08 6-9F 6-9F 09g L218 Zoe gle B68 %-68 L9F L-9F 1-98 L-6F LL 66% eM ‘AIG IL L0F 9-1F Z8E 0-0F Lle LLe GIF GIP ll? 0-1F Li LF 0-0F 6-68 Lee 1-98 @8E 8 -0F #¥:0F 8-0F 8-0F GHP OG L-0F 1-0F elp S-lF 0-€8 68 ZGE Ze 9-28 9LE L-0F 1-0F 8-IF 8-1F Goh GSP L.97 L-9F O-IF 6-0F GGr LG GCP 9.Gh 6-9F T-LF ¥-9F F-9F BFE 9-98 6FE -9E 0-68 6-88 6S 6-SF #68 §.8F LL 1-08 ypu “Ag OL ¥-0F 0-0F 0-S§ 6-LE 6-1P @-OF IL-1? &-8E LFS 68 1-68 6-1F 6-17 6:88 &-G7 G-86 LFS L-9& 6-66 6-1F GHP 8-97 8-68 8-1F 8-17 0-LF 6-oF 0-C& 9-96 6-88 GLP GHE L-8P “92M 9-68 #-0F | $6E T-0F OFE BFE) OZE SEE gle 9-18 | 8-le 8-2e 81h 81h | FOF F-0F 8-0F 8-OF | 6-68 8-68 L-0F 9-0F | &-0F &-0F 118 9-18) GLE GLE LE Le | oe SFE 188 £88] -8E #-8E 8-8 8-88] &8E E.9¢E FGF F-SF | Sop ¢.cp L-@P 8-8) | 0-0F LF L88 0-88] 62E gE 8:-CF 8:Gh | &-0F &-0F 0-82 0:98 | 0-86 Z9¢ 9-8 9-E | 8 9g-EE 1G§ 168] 6-48 6-c¢ 1-68 [68 | 1-68 L6g GIP GIF | @Ch ZF 6-GF 6:CF | SSP SSF L-9F 0-9F | LP LFF 0-0F 0-0F | 1-68 T-68 LGp TGF | &eh SEP GIy €Ih | Lepr 0-&F Llp Llp | GLlp oP LG 9:GF | GP 1-GF L1& 6-E | 9-0 #18 0-48 0-G¢ | egg ¢GE PLE G18 | 698 6-98 @lh Gl | Llp LLP O-FE O-LF | 0-98 O0-1F O-2F TSF | ¢-9F 6-LF yom “AIG | JOM “AIG L 9 G-6& L@ 6-18 ¥-1P G-0F &-1P 6:98 &-7E 9-68 §-L1E L-S7 6-FE 0-88 8-0P7 6-26 8-&& 9-c€ 8-88 9-GP ¥-&P v-&P G-68 &-&P © 0-9F G87 8-FF 6-08 Lats 8-96 L-9F L-&P 8-9F “JOM ‘saqTog La\, GNVY AYQ—adyoOLVAadNAT, “L881 ATOL £-0F 8-GE GLE 0:F7 6-6& CGP G-9& L¥& 6-6& 6-LE 6-77 &-&P &-8& LTP LPé @-&& GSE 0-68 CGP LFF 6-CF &-66 9-&P P-9F L-8F GPP GIE 198 0-88 0-SF €-9F 6-LF ‘sa 8-68 9-7€ 6:88 GP 8-68 L& 0-98 L-&& ¥-GP 6:9 Lop L&E G6 1-6 8-16 G-&& 0-9€ G68 VP LFF L-GP ¥-8& &-&P &-9F 6-8F @-&F 0-18 ¥-96 0:88 1-FP 9-9F LLP “JOM me NAN oO HH 1G Co oe es | o re me NO HID OHO Mm CO DD 139 BEN NEVIS OBSERVATORY.—HOURLY VALUES. ‘eRXVaN) 1.06 9. Th TE | L148 988 0€ | £18 LS 66 | 11h 117 86 | 96h 9-GF 46 | 0-1F 0-TF 96 | &0OF +¥-07 9% | GCE ¢.c¢g %G | L-8 T-8€ & | 0:0F 0-07 GB | 8:0F L-0F 1G | Ger 9.c7 02 | 9-68 F-0F 6T | 9-oh 8.cF SI | 6-9¢ 2-0F 11 | #&€ G98 SL | ele ele St | O06 0-6¢ WL | 8-0F 10% €l | GFF ¢ PP GI | 9S 9.cF IL | -lb 7-17 Ol | 8th 8-7 6 0-57 = L-PP 8 G8h F-0¢ L GOP GOP 9 LGE GLE g 9-F€ 1-98 v 9-88 9-8€ g 0-SF 9-cF G 0-88 T-LF T VOD F-LF "JOM “AIG. UROT 6-68 8-0F 9-16 6-LE 8-98 8.cE ¥-6E 7-68 9-96 9.9F G68 G6§ Lb LPF G98 §Gg 9.46 9.98 G8 C&P G98 G9 0-9F 0-9F GGE SCF Lép 1-&b G-EF 0-FF 166 $-98 8-FE 8-FE L9E T1-9€ LOF T-0F Ger G-EF COP L-OF LG 0-cF GOP 2-0F OFF 6-EF 6-9F F-6F 9-17 9.LF 6-88 1-6€ 8-16 6-1 0-28 0-18 €-6€ §-6€ 6-1€ 8-FF Lop L-cF YM “AIG ‘qustapryy 0-0F L-8& &-GS &68 9-97 L-8§ 6-7 9.48 ¥-GE GIP 6-18 ¥-9F &-98 L& 0.97 9-0 GSE 0-18 1-68 LPP 8-9F LGP LTP 8-€F Gl¥ &- LF 0-8€ 0-8& &-LE L-0F LE v-FP ‘OM &@ 0.1% L86 §-6E £-68 9-97 0-88 G-GF 9-78 ¥-o€ GIF GLE ¥-9F 6-GP L-&F 6:77 0-9§ G-G§ 0-18 8-68 LPP 8-9F LG LT 8-&F 9:0¢ &- LP 6-6E 0-€ €-1E T-0F 8-SF GFP “£1 4-0F 6-18 T-9§ €-68 Lor L-8§ 6:77 6-68 $98 0-0% 0-28 L9OF 0-18 0:Gh 0-SF L-¥8 LLg GLE 0-0F 6-8F LL G-GP FIP G-&F L-87 GLP 0-2E L-&& L1E LLP 9-6 GFP 40M Ga L-0F 9-8€ 8-9 6:68 0-97 L-8& GFP 1.98 8-9§ £-0F 6-96 L-9F 6-88 9-17 &-oF §.98 L-68 6-18 1-68 8-8 LL &-GP ¥-1F 9-€F 6:87 &. 1 0-8 0-88 &-LE L-GF 0-§& LPP 40M 16 VTP 0-68 8-96 8-68 6-S7 0-8€ LP 1.08 8-o§ £-0F 6-98 LOF 8-8 91h §-o7 6-98 T-6 GLE L-6& 8-&P LL g-GP ¥-1F 8-&P 6-1¢ &- LP 0-6€ 9-68 &-1§ L-GP ¢-9F 0-47 *£IG Lh 81h | F1F GCP ¥6E 6-68 | 0-1F 61F OLE OLE | GLE GLE L0F TOF | 0-0F 6-68 8-ch 8-ch | 1-oh L-cP &68 §-68 | €-68 §&-6E L&éP O-SP | Loh L-GF 0-9€ 0-98 | 9-68 9.4 1G 1¢¢ | 1-¢§ 1-¢8 &1b &Ih | &1F TP 8-9§ 8-9€ | 198 8-98 L9F EOF | LOF 0-9F 668 §66 | LIP TIP 8-Lh 8-Lh | 0-8 0-8F 0-9F 0-9F | 8-Gh 8.cP 0-2E 8-26 | 0-88 §€-68 L-8& 1-8 | $-68 F-68 1-88 1-88] 1-88 0-88 0-0F 0-07 | L-0F T-0F LP Lt | GPP SPP G-96 9:9F | 8.9F 8-9F 8GP 8-ch | Ler T-€P GIy GIP | LIP LIP Lt 64% | LPP TSF €-8h ZG | 8.8F 1-2¢ 6-26 6-LF | 1-8 T-8F 0-88 €68 | L-8E 0-0F €-8& 0-C€ | GSE 6-98 L-8E 188} 8-88 98-98 OFF O-FF | 1.97 9-9F GEE §&lF | 0-68 F-Lb bh G-FP | FFP F-FF PA “AIG | yom “Aig 06 61 LIP 9-GP ¥-0F 8 IP 0-88 6-28 9:0F 9-0F 8-FF 8-FF F-0F ¥F-0F 6-1 6-17 L-9§ T1-9€ 1-98 &.9E LGh 0-F G88 G88 &9F €-OF 0-GF 0-GP 6:8F 6-87 6th 6-47 6-18 1-6€ G68 G68 8-8§ 8-8& 8-68 8-68 Lop Lop OF F-9F GEF GEP 6:07 6-0F GHP 1-OF G6PF &-€9 8-Lh 8-L1P L:9€ &-6€ GE TLE ¥-68 ¥-6& 0-8F 0-87 GOS F-6F 8-cP 8-oF ‘som 8 ‘AIG 81 ‘SdTOg IT (A GNV 1UQ—aUALVUAaNG, “L88L ATOL : 8-1? 0-07 L-8§ 9-0F LSP 0-67 GIP L-9€ 8-98 LIF 6-1 8-9F 6:68 1-6 LFF 6-18 8-68 8-68 L-0F L-tF ¥-9F L&P 6-07 L&P L-0¢ 8-LP &-98 ¥-88 ¢.0F 6-8F T-68 ¥-Gh POM LT &-GP ¥-LP 8-8E GLP LPP VCP 8- TP 6:9 8-1 G-Gh L8& 0-LF 9-17 0-67 0-47 6-2 6.68 8-68 1-68 6-57 §-9F GP 8-07 8-GP L1g L8P 8-68 6-8 0:07 6:87 GCP 0-29 OM 91 L&P 0:67 8-8& GLP LPP ¥-GY 8-GP 6:9§ §-L8 GCP L-8& 0-17 9-1F 0-67 68h 0<07 6-68 8-68 L-6€ 6-77 &-9F G-&F 8-07 L.GP 0-79 L-87 “CP 6-18 0-07 6-87 9.17 0-25 “sIg v-GP 6-17 8-18 v-LP 8-&F G:GP GTP 8:96 0:88 6 1F G-6 LLP 8-GF G.8h ¥-GP 6.88 1-68 8-0F v-0F G.oP L9F G&P 0-17 ¥-&P 61g 6.27 G-8E 8-9¢ L-0F 0-67 0-07 0-17 “JOM ST v-GP LIP GLE 8-17 L&P 0-7 GLP 8-98 6-1 0-6F -0F LLP GCP 1-67 8.18 ¢.68 8-68 8-68 0-07 gop L-9F LP 6:07 6-77 LI LL ¥-8& 6:9§ G.0F 8-8P G-&F 0-17 JOM FI £87 L-&P GLE 8-TP 0-87 0-&7 ¥-GP 6:98 8-1 0-GF 6-07 LLP G-GP L67 8-7 0-07 8-68 8-68 6-68 G.G7 L-9F L-&F 6-07 G-cP GF LL 6: &F ¥-8& ¢-0F 8-8F &-6F 6: LF *£1G L-GP 0:GP V-88 LT LGP LTP 6-17 1-28 @8E LIP ¥-0F G-8P LTP 6-67 G-GP 688 6-8& 6-68 L-OF &- oF 8-97 ¥v-GP 0-1F L-OF 6:67 GLY 6:98 0-G& 9-68 G-8P G1 6-17 “JOM 6:67 LP v-8E UTP L-GP 0-1? 6-17 L-L& 6-8E 0-1P ¥-0F &-87 0-17 &- 67 G-&P £-8E 8-86 6-6 L-OF &-oF 8-97 ¥-GP 6-0F L-9F L-6g GLP 9-07 0-68 9-68 9-8h L-87 6-67 *£1q &1 “SNVAN Ig 0€ 66 8% 1X6 96 GG VG &% GG 1G 0@ 6. 8T LT 9T GT FL &1 GL So mn AN oO HO © M&S O TRANS. ROY. SOC. EDIN. VOL. XXXIV. BEN NEVIS OBSERVATORY.—HOURLY VALUES. 140 ‘SNVEW) 9-0 Tg | 0-67 og | LF 66 | GHP 8Z | 9&7 16 | 0-9F 96 | 6-8 cS | F-LP GZ | LP & | 6-9F G | GTP IG | 8&6 0G | 0-9 6I | 9-68 SI | $98 JT | 9-68 9f | 888 Gt | TLE FL | & 8 Sl | 8-1€ GL | GL IL | 8-4 ot | 0-¢€ 6 8-L 8 oP £ €-88 9 8-F7 g 6-87 v ¥-87 € Ly a 9-96 T 8-LE “JOM aL ¥-1P 6-17 LTP GFP 9-oF G-9F 6-87 ¥-LF L-9P 6-9F 8- LF 9-98 6-98 1.68 9-9& 1-66 1-68 Le Z-&& LG GLE 8-FE 0-¢¢ 8-LE €-oF €-88 8-FF G-1G G-1¢ GGG 1.98 8-28 “hig 6.07 LT ¥-0F &-oP GSP G:9F G8P 1-97 8-77 8- LF §-0F 0-2E 6.9€ 1-98 6-96 L-88 8-07 9-¢§ SE 0-08 g-98 6-€& ¥-FE L-86 G-GF 8-18 ¥-FP ¢-0¢ -1¢ 0.1¢ 1-98 6-88 “Sig 1-68 GIP ¥-0F &-oP G-FP & FP ¥-8P 8-GF 0-&F ¥-9F 9-88 G.Ge €-9& 8-18 G-GE 6-18 0-07 G- OE 8-1 $-66 €-1E 0-&& P&E 8-88 L-oF 6-98 9-8F 8-8 ¥- LF GF 8-FE g-8E “JOM OL €-0P GTP F-0F &-oF G-FF &-F7 ¥-8h 8-GP 0-77 G. OF 9-8& 0-98 9-9§ 8-1 G.G§ 6-1 6-6 @.c6 LI€ §-6Z 61 0-88 G88 8-88 0-GF 6-96 9-&F &-8P 6-6F €-0¢ 8-78 1-88 “AIG L186 1-68 | 98E 8-88] F-8E 9-88 | LSE F-8E GOOF GOF | 6-68 6-68 | 7-68 F-6E | &6E €-6E GIh GIP | L0F L0F | & Ih €-1h | 61h 6TF GEF GEF | SSP GEF | CEP SEP | 8-Ch 8-GP Gtr ZF | OFF 6 EF | BEF 8.Eh | Leh LEP Ley 16h | Loh Lt) | 8th 8h | & lh GIF G8h GS8rF | GLh CLF | 69F 69F | GLP BLP 68h GF | Ler F-9F | BEF OCF | BSP I-cF GIh €@0h| 61h Loy | 21h 0-Gh | LCP &.tF 0-cF 0-CF | LF LF | &Ch GCP | 80F L.0F 168 6€ | €0F &€-0F | L-0F 0-0F | 2-68 2-6 686 9-66 | 0-GE O-CE | ESE ECE | GCE EZE @-cE €¢6 | 0-66 0-46 | 09E 0-98 | GFE 6FE @cE €0¢ | LSE 98 | 6 6FE | LP LH LF& LE | LEE L548) Gh GPE! GFE GFE 8-98 8-98 | BE 826 | TLE TLZE | 8-98 6-96 0-16 O26 | 698 698 | &2ZE $26] TLE LE L-GE 1-68] 21€ L118 | 808 2-08 | §08 £08 €-0€ €-0€ | L6G 9-62 | 68 8-86 | 8:12 8-22 0-46 6-92 | 9-26 26 | 7-82 €8% | 1-66 1-6 L98 198] 89¢ 8-66 | GGE Ge] LS8 TLE GCE SCE | 0-68 0-26 | 0-GE 0-ZE} 0-2E 0-BE GES GSE | G8 GES | BEE 8-EE | GEE GEE 6-88 68E | T6E 1-68 | Z0F SOF | OF Z-OF Loh Lo | GPF 6 HP | BFF 8-FF | OFF 9-FF 8-88 8-88 | 668 6-68 | 8-0F 8-0F | Gch &.GF OFF OFF | DEF FEF | Ler 6h | LE 0-SF GCP 6-9F | 8-6F T-9F | Leh 6oF | &Sh 6-oF GOF 8-9F | GSh TOF | &hh 6FF | OEP O0-FF GSr §-9F | BGP &h | LIF €-F | SLE BBE @te GCE | ZI G@IE| LIE LIE | BIE 8-1 LLE TLE} 9-98 9:98 | €-98 $-98 | BSE 6-9 yom ‘Aid | ‘eM “AIM | JOM “AIG | JOM “AIT ‘saqToqd Ia\, GNV AUYQ—GaOLVAAAINYT, “L881 LSNDNV ri NO —_ 141 BEN NEVIS OBSERVATORY.—HOURLY VALUES. “SNVGW) 9-68 %-OF 1é | LLP LIF 0g | 0-1h OTF 66 | 88h 8.SF 86 | PPP SFP 1G | GPP 9-FP 9 | 0-27 0-L% GZ | L-Sh «F-OF FG | LSP 6-FP &@ | Lh LbF ce | LLh LIF IZ | 8-F& 6-98 03 | 8S TL9E 6L | F-:9E 7F-9E 8l | 6SE 6.c¢ LL | %LE F-LE 9L | 688 4-6 GT 6-FE 6-FE FL | 618 6-1€ S&L | 8-0 0-I¢ GL | 2-68 1-48 IL | 9-#8 9-F€ OL | 28€ 8-€8 6 LLl& LLe 8 GPP SFP L GIF GF 9 Gtr 9-FP G | Gtr Ser b | PGP P.8F € | &IP 8-97 6 | sce T.9¢ L | tZe ze yom ‘AIG “URey 0-68 1-68 G-0b 9-07 6.07 6-07 LCP L-GP L3P 1-FP SEP 6-8P GIP GFF Lop LF T-Gh P-oF 0:Sh 6-57 LIh 0-1F LL1& ¥-8E 8-FE 6-FE 0-9€ 0-98 0:98 0-98 GaE = G.c§ LZe 1-8 GLE GLE L2& 1-2 GG6 8-16 GCE GCE 0-9E 0-9¢ 6-88 6-€€ GEE BES PGF S.Ch &Fh &- FP 9-cF L-cF 6-FF 6-9F 6-F 6-9F ¥-8E 8-CF GLE F-6 T-Z§ LL& JOM “SIG “‘qStUplyL &@ C68 8-68 8-0F 8-07 0-1F O-1F 0-Gh 0-GF CPP GFP LEP 8-€P ¥-Gh = F-GP 8-Ch 8.GP &-Sh &.cP F-Gb F-oF LI? IF €€8 0-88 €-FE 0-G¢ 8-SE 0-9E G9E G9E L-G§ 9-G€ L-8E 8-8 8-1E BLE 0-6€ 0-€€ 1-1& 0-1€ LSs L& Lg L&E GE SBE 0-€€ 0-€€ 0-Ch 0:GF 6GF 6-GP 0-CF 6-FF 68h 6-Lh GCrh 0-LF 6-SF F-LF 1-98 1-98 L9& L9& PM “AIG G 1G 0-0F | $68 GOF | 0-0F 10h | L0F & 1h | OTP 21h | 91h L2r | Lh Sth] op F-2h | 9.07 2-TP |‘sxvan O-1F | 8th 81h | 8lr 8h | Loh Lh | 8h 81h | Goh GCF | 8CF 8h | Leh Ler] ecp @2cr| Ie G06 | OF GOF | G-0F G-0F | 60F 8-OF | 8-0F 8-0F | +-IF F-IF | F-Ih F-1F | 8-0F $-0F | GOP TOF! Of O-€F | Ch 6Ch | &Eh SEF | CSF EP | FHF FFF | O-Sh O-4h | GOP SOF! Bch g.cr | et erp] 6c 6-€F | OFF GSP | BFF BH | FSP Fh | SF FOF | Loh OG | Lop Loh | Lop Lp] Lop Ler | 9 &t7 | hh O-Gb | 8 FP LEP | Loh 89F | 9h 9-LF | Lob Eb | LLh O-8F | O-LF OF | BCP L.coP | Lz 8-CF | 69h 6-9 | 0-9F 0-9F | LOF IL-9F | 6-9F 69F | 8-LF 6 LF | 0-6h 0.67 | 9-8F L8F | 68F 6-8 | 92 Lob | LOF 0.97 | 69F LLb| TSF 18h | 89> 8-8r | F-8h ¢8r | 9-8 Ler] P97 ogF | 6zE ELF | og 0-9F | Sh 0.9% | GOP 9.9F | 9-9F SLE] SCF SLF| SOF SSP] FOP Sorl Lr Llp] erE 6.cr | Fz Sor | 0-9F 0.97 | LSh Lor] or OFF | BFF LIF | Lor Lop | BOF F-9F | Llp Llp | 9.97 9.97 | ez 0-0F | L0F 206 | Leb Lor | hob FFP | BOP OCF | Lor O9F | or oar] opp sep | Ler oer | zz gle | 048 Ble | 0-68 9-26] 698 L908] 698 698} ose gse| ase zee|rze gseleoe eze| Iz ZG | 0-98 0.66] Loe eoe] ele Fle | 88 0.68] ese g-se|ose T6e| Tle ose]goe zz | og g.9¢ | 696 69¢| ale Sle | Tle GlE| Tle ¢l6]68e 68¢|¢28 Lle| eee g9se|z2¢ ble] 6r Toe | t-9¢ toe | 09¢ 0-9¢| 9:98 9-9¢] 028 Ole | ele 62¢|c8e 1L82| Fle Fle | 9.92 99] gt gee | 9.ce gce| 198 Lee | ole GLE] OLE O28] 8-88 88¢]1ese 886] cee ¢co6elege Lee] ZT 8-68 | 886 L668] 9-68 668] &0F 91F | SOF L&r| eIF O@ | PIF 82 | GzP BEF] 8-0F GzP OT le | 026 08 | 9:96 9.98] 898 8-96] %le S18] ¢le ¢le|6ze 62le| Lee Leelcoze o2e| ct 6-8 | OF 666 | BE 68) GFE CHE] LE Lee |ere Stel are Srelete eFel ote one! FT OZ | Lee see} Lee gze| Lee Lee) are @re|6ee 6¢¢| Lee Lee} aze wpelere zze| et = i ~~ = oD st a i.e) st = + s so v2) st = + s a p> s tia <=) s Bs for) sH re © sH = > iro) le ve) ~~ 2 S wa = oH —s os a AQ S ms) s Se il io) me N OHIO OM DO 06 61 81 LT 9L cI tL &T | ! ‘sdTng Ia\\ ONV AYQ—dUALVaGaNay, BEN NEVIS OBSERVATORY.—HOURLY VALUES. 142 ‘SNVAil| F-9E 1g 0& | 8-98 6G | L-é 8% | 7-08 16 | 9-lZ 9% | 0-7 GB | F-8E 1 | L1F && | &-&F GB | 8-9 IG | 1-68 0G | F-0F7 61 | 2-98 8L | 0-98 LT | ¢-S6 9L | &-F€ SI | 6-4& FL | 6-9¢ &l | LE GL | $-08 IL | 9-7& OL | 0-F€ 6 TP 8 8-LE L £-08 9 6-98 g 8-8E v $07 g 6-88 G 6-68 T £-0F ¥-8E ¥-9E g-9§ FE 69E | &FE GSE] LP 9-4E | GFE ‘sdiog 12M GNV AUQ—HUALVUAAINGY, ‘1881 ULANALTAS BVE 6-98 ¥-PE SFE &-9§ 0-68 L-96 0-66 Ly L-6& T-6 0-98 VCE §-G§ L-&& 0-F€ 6:6 8-§€ L-2& 8-18 G-& 0:86 1-66 G-F§ (ats LGP 0-2 8-08 1-9§ GLE L-8§ 0-28 ¥-6& L-68 JOM L-9§ &9§ 0-G& L-96 0-62 LTP L-6§ 0-&F 6.97 GPP 0-9F ¥-GP 0-F€ 8-FE 8&8 L-3& 8-1€ GCE 0:86 1-66 GFE (ats L-GP 0-28 8-08 1-9 GLE 1-88 0-18 ¥-68 T-6§ ‘aq ame NOHO UOC OOD 143 BEN NEVIS OBSERVATORY.—HOURLY VALUES. “SNVANT 1g 0& 66 86 LG 96 GG VG &@ (46 TZ 02 61 8T LY 9T GT val &T &cg§ 1.98 ¥-GE €-9E F-7E = 9-FE ¥-8Z 9-8Z 8-16 116 V-VE = P-PE 6-88 6-8¢ 6-6E SF 6-68 TL-bF 8-98 GcF TLE FFP 8-18 9.1¢ LG GLE LE Ele 6FE BE 9-68 8-&€ 0-88 EE ETE €-FE 8-0 8-0€ 9-0€ 9-0 LE L-& €-S& F-& 6-88 6-8E L-9§ 1-98 G08 2-0 9-9 9.c¢ 0-88 0-8 9-88 9-8¢ 8 §8¢ L8€ 9-88 68 F-68 JM “AIG “TROT 8:FE 0-98 0-ce 6-28 GG G8 0-1€ 0-18 GLE BLE £08 $08 81h 8-IF 9:68 9-68 9:0F 6-GF GOP 6-FF 0-68 0-68 0:98 Z.6F 0-98 T-3F 6-FE 6-FE 0-Gg T-¢¢ Lee 9.88 0-88 0-88 0-€8 0-88 GCE GEE 8:66 8-66 G6 G66 EHS SPE @1e &T1¢ 8-0F 8-0F G.08 4.08 GCE BZE 8-98 8.98 Le Le @8E ¢.8E G98 ¢.9¢ 6-88 6-88 ‘qomM “AIG “qySTUpryy 8-FE ZG9E 0-C€ G@B8E 0-GE 0-9¢ 6-08 €-0E €-96 §-9% GOS Z-0E 61h 6-1F 0:07 6-68 G68 8-€F GOP LSP 8-F& 6-FP 8-9§ 0-1¢ 0-98 €-1F 8-FE 8-FE 6-FE 0-GE LE €€8 6-2E 6-2E 6-€& 6-E& GCE SE 6-08 6-08 L-66 1-62 6-F€ 6-F§ €&1€ €-1€ LOF T-0F 8:66 8-62 Léé Lg T-1E TLE 0-LE 0-28 G88 F-88 6-9€ 6-98 8-88 8-8 yom “Aq &% 6-FE G-9E 0-9€§ T-6& LGg GE 0-66 9-62 G16 GLB 1-08 1-08 LIT 0-17 ¥-OF F-0F €-68 0-FF G68 6-FP 0-9§ 0-9F 8-LE 0-06 1-98 6-9F LPE GPE €oS #-¢8 0-8 0-F€ 8-2E 8-GE 6-8 6-8 €-GE €-3E LIé 18 8:66 8-66 6-FE 6-F€ FIG F-1E 0-0F 0-0F LOE TOS 0-7 0-FE GLE GLE 6-98 0-LE €-8E F-88 GLE GLE 8-8 8-8 pM AIG GG 6-78 G9 | 6FE 6-G8 I-98 6-8E | 0-9€ 0-18 0-98 0-98 | 1-9€ 6.¢¢ 1-26 0-62 | 1-82 T1-8Z 616 §16 | 0-246 0-2 GI€ GIE | G-1€ 1 6-66 8-68 | 9-88 9.8¢ €-0F $€-0F | 1-68 €-0F £68 GF | 1-68 LPP L0F 6-SF | L-0F 8-¢F 4c €1€ | [-9€ 1-98 €-l8 6-6F | &2E 8-0¢ 8:98 O0-SF | 8-98 168 97S 9-FE | LE 8-FE LUE 0-98 | 0-48 F-¢8 L8 6-88 | 8-88 0-FE 8-28 6-CE | 6ZE 6-2ZE 8-& 8&6 | GFE ZH €GE €E | GCE SSE @1Eé GIE| GE SIE 166 1-66 | 0-08 0:08 FFE P-PS | FFE FFE 8-1E 8-18 | ae SIE 6-88 8-86 | 26 T-6E 9-08 9-08 | IL-1€ 6-08 L€& L&8 | 168 21-88 G-1§ ¢-18 | 8-le 8-LE TZE LE) ale le G8E G8E | 6-18 6-LE ¥-1E F-1E | 0-2 0-8 8-1E 8-1E | 6-88 8.8 yom “AIG | “JOM “AIG IZ 0G PGE 1-98 8I 9-9§ 6-9 ‘saTag 1la\4 aNV AT aan Lvagdnay, ‘1881 UAAWALATS . 9-9§ 91 0-88 6-9 6-8 L.9§ 8-88 8-9E 0-18 PGS 6-8 8-66 8-62 G86 §-86 18 1-88 9-88 9.8€ 1h G8P 0O-FF F-9F G-9€ TL8P LT 8&¢ FCP 88S 8-98 8-9E 1-98 &FP ¥-9E 0-LE 8-48 69S 0-9€ ¢.cg Z-9E G-9E €GE 6:6E 0-18 0-1E &&& F-&E 0-G€ 0-G¢ &Ih GIP 8-98 8-9E 91€ L-1¢ GLE GLE 6-88 6-8& GOF G-OF 9-68 9-68 LOrF T-0F ¥-0F ¥F-0F ‘Jem “AIG &I “SNVSTY Té 0€ 66 8@ KG 96 &G ¥ &@ GG IZ 0G 61 8T 77 | 9T ST ia mr N OHO OME OH BEN NEVIS OBSERVATORY.—HOURLY VALUES. 144 “SNVAW| €-66 6-66 Tg | 2:96 ¢92 0f | €-96 £93 6G | GLG 0-2 8Z | 6:86 1-82 16 | 0-88 0-88 96 | 6-08 6-08 GZ | FIG «FIG 7% | &8L 8. &Z | 6-66 8-66 Z | 62E 6-2 TS | 0-66 $-46 0Z | 8-86 8-86 6L | GSS SE Sl | GE G-FE LL | GFE &-F8 9L | $38 Ls GL | GG G46 FL | LIé 1B SI | 0-66 0-96 ZL | 8-€6 8-8 IL | &06 &-02 OL | & Fe €-F% 6 FG FFG 8 FG F-FG L 7-18 PLE 9 1-98 L-9€ ¢ G98 €-9E y 0-98 8-9F g 0-98 0-98 Z Lt& LE L LUE 8-66 ym “AIG ae G66 9-62 8-96 1-96 6-96 1-96 0:46 6-96 8-66 1-62 G8E L-88 4-08 7-08 6-06 &-02 0-8L 8-LT 8-66 1-66 FE PCE 6-86 L:&% G86 6-86 0-9E 0-98 SPE &FE FFE PFE OE GE FG 9-F6 F1G F-16 8-86 3-8 6:26 6:66 6-06 §-06 0:66 0-96 46 &-F6 L4G LFS L118 LL L9E &9E L98 6-98 69¢ €oP 196 1-98 0-78 0-46 0-9 8-8 pM “AIC IL ioe] ~ © AD in| ‘SHIOg LEA\ GNV XUQ—GuUoLVAaaANAT, ‘L881 YUAALOLIO €-86 | 'SSVan 0-63 | T€é 1-46 | 08 8-26 | 66 8-2E | 8% €-9€ | 26 6-2% | 96 I-91 | &@ €-11 | F% 6-FE | & €-S6 | G T-c@ | 16 0:86 | 06 ¥-€8 | 61 F1E | 81 GLE} LT €¢cZ | OL 68ST | ST 8-26 | FT FES | &1 8-Z1 | GI 6-61 | IT 0-2 | OL 0-62 | 6 6-6 | 8 TZ} Z 6FE | 9 6-cF | ¢ GhE | F T-€8 | §& GCE | &G 82E | IT “AIG 145 ‘SNVAIK] C-8G 1-86 | &26 1-86 | F146 1-86 | $16 L8G | ¢-16 186 | 226 F-8Z | 0-86 9-86 | G8Z 682 | G-8G 1-6 | 0-66 F-66 | F-66 98-66 | 6-66 666 | G64 0-08 |"sXvaI IE | 6-76 6-46] 0-26 0-26] L9G 1-96 | &F6 FE | L6G L106 | L1G L1G] 8-26 826 | 9-16 1-10 | F-1G 9-16 | L4G L146] 0-86 0-96 | LES 1-62 | 9:93 #96] TE 0€ | 496 1:96 | 6-93 G9B | 9-96 9-96 | F-9B F-9B | -9B G-9B | 9-26 9-22 | 0-86 616 | 8-26 116 | BBG GBS) 1-46 1-26] 816 8-22 | 6-96 692 | S12 GLE) 08 66 | L146 0-26 | LL6 L-L2| 1:96 1:96 | B96 B9Z| E9Z E96] 0-26 0-26 | 1-86 TLS | 8-2G 8-2G | 0-86 0-86 | 0-8 0:86 | G8Z 8G | LLG F-L1E| TSS 0-86] 66 8G | $66 £66 | G16 GLE | 7-16 F-16 | 6-16 616 | L8G I-86 | G86 8G | 1-86 T-8Z | $86 €-8Z | Z8G TBS | 9.86 F-8 | 0-66 6-86 | 8:86 8-86 | 0-66 0-66] 8 1 | G98 G96 | 68 666] 0-98 0-68 | E48 CE | 0-CE 098 | 0-66 OC | LE LE | GFE GE | GE BEE | L9E L9E] Le Le] 0-88 0.88] 388 LSE] 28 96 | $66 €66 | 8-98 LCE | 9 FOE | FFE FFE | GES TEE | GCE ECE) O7E SE] OCS OZE | 0-GE 61E|9-1E GIE|}]GIe BIE] F1E F1E|GIE TIE] 9 GZ | £06 9-06 | 6-26 62 | T-FE LFS | 0-6Z 1-96 | 8FB 64S | 0-FS FFG | EEG FES] 9:2 9-2] FBS F2S| TI GIG) 61S 616 | GIG G12] 9-16 9-18] G2 #6 | SOL GOL | T9L 0-91 | 0-9L GEL] 6ST 9-61 | &ST SSL | GCL GEL | FEL SOL | SEL LSL | SL 0-91 | 091 GST | 89L €9L | 0-22 691 | 69L G-9L | 42 SG | $86 €82 | 821 8-21 | G06 €0G | 1-0G %0Z | 0-16 L1G | 616 61%] 0-66 0-66 | €6% €62 | G9Z G9Z| 0-16 0-10 | 8-1B 8:26 | 686 682 | S66 G66] & G | SIE SIE | OF OFE | OFS O-F8 | BEE BEE | Gee cee | Les Lee] Lee Lee | Lee Lee | Lee Lee] eee |€e8| Lee Lee| Lee Lee | 0s ose | 2 Io | 46 LFS | 0-66 046] BF G:F | GES LFS | FS 6FS | 8-EZ 0-42 | 9FG BFE | OFS 0-96 | F-2B 1:96 | 196 GGZ| 1-26 6-16 | O16 02%] 8-93 0-26] I 06 | S26 ELE | FCS FEZ | 0-96 0-92 | 6-4 6-46 | 1:66 1:90 | 69S 6-6] BES 8-CZ| GLB T1Z| GLZ G1Z | 6-16 6-16 | 0-66 0-66 | #8 F-8Z | 0-66 0-66] 0 61 | O-FE 68 | F-8S F-8G | F-6G F-6G | 8-86 8-8Z] OE 0.0€ | LZ LZ] ote ote | ele €28] e248 SE | 8-98 8.98 | 0-9E 0-98] 0-98 0.98] oS GSE] 6L SI | BSE 62E | SE SEE | TES TS | 62 67ZE| ECE SZ | 1-6 LZ | SCE Sze | BZE 8ce| GEE BEE] GE GEE] O-FE 6S] O-FE OFE| BIE LIE) 8T AL | GCE GFE | LZ Lee | Le LZ | 0-2 0-28 | O.2e OZE| GZ BE] eZe Eze | Oe O-€8 | OE O88 | 6ZE 6ZE|GsE Sse] eee eee ]|oge Oce| LT ST | LOS 6-28 | 012 128] 0-16 B88 | 8-96 I-48 | O22 TE | 0-2 0-86 | O88 FEE] SSS BLE} 02 Lee | ere SE] OFE O9FE| LIE LE | OFE OFE| OT ST | F8s €€S | LES 1-43 | 0-6 0-2 | 0-96 6-96 | 0-G3 0-12 | BES BES] TFS TFS] LS LS | BFS 84S] 0G 0-95 | 1-95 1-6] 693 696] BSS BES] ST 81S 81Z | 0-81 0-81 | O-8L L2T | OST O-8L | SLL L2T | OSE OBL | &8L ESI | GST SST | F8T F-8L | L6L 1-61 | 0-02 0-04 | G06 #-06 | 8-03 8-06] #1 SI | LH LFS | GLZ GlZ| $9 $96 | 9B 92 | £9 £96] BES 6-66] 8-6 8-65 | 69% 690] F-9 F-66| 59S £96] 653 666] 0.93 0.92 | 96% 9-90] &I SI | GTS F-1G | 846 18 | BES 8S | GES 6S | LES LEZ | 8-8 BES] EZ 9-4 | EES FES | BES BES) 0-FZ 0-76 | BFS BFS | 84S BFS) SHS GHG] BL IL | %6L 9-6L | 1-81 L8t | OST O-8T | 0-8T O-8L | FST €8E | &8L G81 | &6L €6L | 66L 6-61 | £0 £06] 06 £02 | 8-06 8-02 | 806 806 | 806 €06| IT OL | GES GES | 0-06 6-61 | 1-06 1-0 | 0-16 0-16 | 0-2 0-26 | 6-2 62% | 9-2 OBZ] O2G G2] LEZ LF | 9S 9-FZ| BSS TSS) 0-66 0.96 | 0-7 0-42) OT BES BES | TES TES | OFS 0-FS | OFS 0-FZ | 0-FS 0-FZ | GES GES | BET BES | 9 9-8 | GFZ GFZ | LF BFZ| GFZ 6FB| 9S G65 | 0-6 0-92 G86 LE | 0-6 0-€B | 0-ES 0-83 | TZ ZZ | BZ BZ] BES BES | GEG GES) EFS EFS] GFZ EF] 9-F 9-FZ | 16S 1-96 | 8-76 8-46] 846 L7G SEE FEE | GZS TES | GIS 0-86 | 0-66 0-9 | FEB FES | 89Z 8-92] 1-26 696 | 1-66 1-66. GZS 0-2E| 6CE 62E| Ste FFE] SCE FOE] B98 8-98 0-96 0-98 | 696 699] F28 FE] BE SLE] 9-18 916 | GLE BLE] TLE LlE| Boe 8-GE] EGE gece] sce 8c] e908 698] 0-9 Loe] TLE TLE 0-96 GE ZGh | LSE OOF | LEE O-F | Z9E 0-8 | LE OF | GES CCF | Lee BFP | 0-98 82h | 0-98 0-09] $9 L0G | Z9E SSF | 9-G€ ELF] 198 8-97 0-9 0-9€ | GFE 678 | FFE FFE | BFE BFE] BFE BFE) 6h 6FE| OFE 9-FE| BFE BE| Soe Soe] 6S 698] 6c 6EE | G9E ¢9E | e9e 98 8-S§ 8-86 | GES 688] 0-7 O-F€ | 7-86 F-E8 | O-FE O-FE| TIE BE!) 6SE 6EE| LE LFE| GE ThE | FFE FFE] 9-FE 9-FE | 9-6E 9-GE] 1-9 L-GE L7E 896 | L3E LZ] Ges Ze | Lee Lee] Ze FE] LE Lee] LIE Lee | ete fhe] LE Le) 8-se 8ce| 6se 098] eoe Z9E| eee 18 ‘yom “Aid | yoy “Aid | Jom “AIG | yom “Sia | gem “Ata | gem A | gem CK | om A’ | “9OM AIT | “Q0M “AIT | 90M AIT | “OM “AI | “92M “AIT BEN NEVIS OBSERVATORY.—HOURLY VALUES. HAM HOD ON DOD = sh or) & ton) oD eS sH ory oz xH oD Fi: pu oO Se =H oO 2 H oO Gy Hh oo = SY =H oo = ee eal nn) BE 19 oD Ge 1 oD Ge 1D oo ee 1D on) ia 19 oO = 19 oD = 1D oD Se 19D oD 2 ey oO = Yo) oO St 1D oD N wo oD Se ro) ar} mA NOHO OM OD AMEN AN “‘WUSTUpI & GG 1G 02 61 81 LI 9T CT ia &T ‘SaTag IG@\, GNV AUQ—dUoALVUaaNa, ‘L881 UTAOLIO _7 see ONO BEN NEVIS OBSERVATORY.—HOURLY VALUES. 146 “SNVAW]| G9 Té 0& 66 8Z 16 96 SB 1x4 && a IZ 06 61 81 LT 9T ct ri NOW ID OM~ DOHA 8-66 G-FG G:¥G 8-76 0-08 F-& €-0€ L-06 &-G3 9-96 G-GG 8-&% 9-96 G86 0-28 6-ST 0-61 ¥-9Z 9-€3 E-9@ G-&E 8-16 1.06 6-86 0-82 0-66 6-16 9-16 6.64 0-82 “JOM ai g-96 G96 9-96 £66 &-66 £76 &-F6 GIG 1-F6 G96 1-96 0-2 P-T 0-76 6&6 ¥-6G F-66 F-8L F-F6 8-96 8-96 6:76 6-76 L906 1-96 6-76 6.7% £96 6-96 9-86 9-86 6-HE 6-1 0-2E 8-81 0-62 0-6 ZG 0-F% 0:9 &-ZE G96 G96 08% 0-86 L1G §-66 0-0€ 0-0 E86 1-86 8-16 6-26 ¥-86 €-8G 0-26 0-16 Le 0-26 6-86 8-86 6-16 6-16 qoM “AIG II 6-46 ¢-96 0-82 0-82 1:86 L-&G 6:86 6% 0-93 8-96 0-FE 0-FE 1-6 1-8 0:66 0-62 8-8E 1-9z 0:9G 0-96 0-FG 0-F% 1-46 1-§@ €-4Z ¢-F% 6-C@ 8-o% 18% 1-82 TE ¢-1E 8-EE 0-21 €6L 6 0-2 0-6 9-66 9-2 L&Z 1-6 0:93 €-Lz 8-96 G.16 €0€ §-0€ 6-86 0-66 ¥-16 8-12 G86 ¢-8G €-96 96 F-16 €-16 8-86 21-82 0-8 0-82 gM “Ald OL 9-96 G&G 0-&@ 0-46 1.46 6-98 6:& 1-86 6-11 1-96 &-&Z 1.96 FFG 0:96 G16 0-18 0:ST L-6L ¥-GG ¥-GG 9-76 9-76 8-96 08 8-86 L-16 6-86 6-96 L1G 1-86 6-86 10. 6-96 GG 0-&% 0-76 9.96 6-9 6-&% 1-86 -& 1-93 &-&G G16 ¥-7G 6:96 G26 0-18 F-91 L6L @-G6 GE 9-46 0-96 8-96 €-08 8-86 8-16 6-86 8-96 9-16 9-82 G-8Z “1 ¥-G6 0-8 0-86 | 0-26 0-2 &&6 §&6 | 7-86 F-€ 8-G6 L166 | 6:26 6-2 G9G GIS | 0-96 0-96 0-28 0-48 | OLE OLE 0-FG O-F6 | 9-86 9-€% ¥-16 F-16 | G9Z 6-9 O-2T 0-6 | L9L 4-16 €-96 €.93 | 8-6 8-9 9-86 9-€B | 1-6 LZ L9G €96 | €96 4-93 6-26 6-GE | 0-€6 9-22 0:93 0:96 | G.9% F-96 F-16 F-16.| 116 1-1 G66 G66 | 7-26 F-16 O-ST 9-91 | &-ST #-&T 0-61 O61 | 6-8L 8-81 T-€Z 0-6 | 6-26 1-2 #46 1-F§ | 696 TLE 0-46 6-€6 | &ES €-E% G-ZE 0-FZ | 9-86 %-9G 0-26 0-26 | G96 F-92 L0€ 1-08 | 2-08 2-08 L1G 9:16 | G86 8% 0:86 0:86 | £26 L226 6:9 6:96 | 8-8Z 8-8Z 8G 8-FS | GFZ P-FZ 1:96 1:9% | L-9@ 1-96 6:86 6-82 | 6:86 6-84 G66 G-6Z | ¥-66 F-66 yom “sig | JM “AIG 8-96 ‘SdTOG LHAA ANV AU ALVaaENaT, “L881 WHANAAON an G-9G L6L 0-96 L8T 0-86 0-€& FFG &-96 0-81 F-1 6:GG 0:96 £76 8-86 F-0§ 1-G 0-CT 8-8T 0-76 6-96 £86 §-9% 6-86 8-6 186 Lz 0-64 0-FZ 0-8@ 6.16 1-26 “JOM €-9% ren 1g L6L | 08 0-96 | 66 &-B | 8G 0-86 | LZ 0-€€ | 92 €F76 | &Z €-96 | #6 0-76 | & #16 | & 6:26 | 16 0:96 | 06 LFé | 61 8-86 | 8T ¥-08 | AZT GGG | OF 0-CL | ST L8St | #1 0-F2 | &T 0-CE | GL €-€@ | If 6-Z€ | OL 6-86 | 6 8-62 | 8 186 | L T-26] 9 0:66 | ¢ 0O-FZ | F 0-86 | §& 6-22 | & T-26| I “A1g 147 BEN NEVIS OBSERVATORY.—HOURLY VALUES. ‘SNVOW! 9-46 1-92 1g 0S | 16 F-LZ 6G | LEZ 0-8 86 | 9-86 0-F% 16 | GPS TFG 96 | GGE %ZE GG | 6FG 6-44 FB | G16 GLE & | 26L 4G-&Z GG | GES F-FG 1G | GFE G-FZ 0G | 6-FG 0-G% 61 FFG &-FG 8 | 0-96 6-Gz MAL 1:86 9-82 9T 1.66 1:66 cL | #-9L LT FL L-8L 8-1 SI | 0-46 21-2 GL | $e 13 It G6 F-L16 OL L4G LG 6 6:96 F-0E 8 1-66 1-66 LZ F-86 F-86 9 | 83 F-8G G 6-26 6-16 b | TL6 GLB € | 8-96 1-93 G 1:86 9-83 I F-86 F-86 Jom “AIG “WeOTL GGG §.9G 0O-FE 0-76 T8L O81 0-46 0-GZ G@8I §-8I L8G 18% GCE GEE 0-2 0-96 G96 9-96 G61 0-96 E26 12 GGG GG 0:96 0-96 VIG -¥G 0:66 0-62 Llé TLI¢e 616 &16 GGT GGT &8L L&I GIG FG GG6 0-68 L7G 1-F2 G9G 6-98 L8G 1-82 9:62 9-66 0:62 0-62 0-26 0-24 6:86 6:86 0:66 0-96 T-86 1-86 G86 9-86 ‘JOM “AIC “FY SIUpl 9-G6 9-88 ¢.61 8-76 8-8 9:82 8-1 &-96 6-2 G81 LLG LG 8:96 76 6:86 0-1E @-06 0-9T 0-8T 0:76 0-1 8-&% 8-96 6-86 F-66 1-6 6-96 1-64 6:46 6-86 6-16 JOM & 0-9¢ GG G 1-96 GG G9Z | GGZ G9G | FSS L9Z | 3-96 0-92 GCE 0S | 0-GE O.4E | 0-1E OTE | 2-0E 2-0 9:26 9-G6 | L8G 1-86 | GEC GES | GES TES 67% 0-C% | 6-FZ GFZ | GGG GGG} &GZ GG GIG GIG) 8-1G 1:16 | €66 §26 | F-26 FG €66 €6@ | 0:62 0-66 | L0& I-08 | G66 %6z T-96 0-96 | 0-96 0-96 | LFG LFS | 0-46 0-F% POG F-96 | GOZ €46 | GSS SG% | L9Z I-96 G76 4.76 | 1-66 1:66 | 0-€6 0-82 | GTZ GZ 8-8L 1-06 | 8-61 G12 | 9:06 9:26 | G22 21-42 0:96 0:96 | G86 GEC | 0-6 GHZ | 0-FZ 0-42 9:6 9-86 | €E6 €E6 | LEG GE | LZ 0-46 L9G 14] LG 142 | 1-46 1-46 | 8-F& 8-F6 8-FG L4G | 6-FG 0-46 | 0-86 0-66 | GES %93 L6G 1:66 | 9-62 §-66 | G66 G66 | @6Z Z-66 GIé GI€E| GE GE] SIE EE] ee Te 8-8 8-81 | GSI G@S8L |] SSI §8L | Z9L 0-LT 8-91 €9L | 0-2ZT 691 | 89L FOL | GLE O-LT LSI 686 | 0-61 82% | 0-06 1-82] 0-1% §&-2Z 6-86 6&2 | GES GES | 0-6 6:26 | 6-BB 8-2 0-96 GIE | 0-66 BIE] 846 906 | G16 LTE LPG LPS | 9-76 9-76 | 0-66 0-96 | L6G 1-96 F-¥G 0-7 | 6-86 0-66 | 0-6 F-IE | 0-€6 0-0 T-0& LO€ | 666 §-66 | €66 §-6Z | 1-66 1-62 9:66 9-66 | 1-66 1-62 | 8-86 8-86 | G8Z %-8Z 8-66 8-66 | 6-66 6-62 | G66 G6G | 166 1-62 G96 9:96] 0-26 8-96 | G16 0-16 | G93 €-9Z L0& 1:08 | 4:66 2-66 | 1-66 1-66 | G66 G62 9:96 9-96 | 1-96 1-96 | G96 G9Z | 1:96 9-9% 8-86 8-86 | 166 1-62 | $-66 F-6% | 6-83 6:86 G66 G62 | 8-66 8-66 | 7-66 4-66 | F-08 F-08 ‘som “Aid | JOM “AIG | “99M “AIG | “GoM “AIG 1G 06 61 81 &-G6 0-08 6.66 L-&6 9-06 0-08 1-86 GALS 6-81 GGG 0-96 6:76 0-&4 G96 6-64 9-18 GST LLL GIé 6:26 1-94 8: FG ¥-& 6:86 0:86 §-66 L-1z 66 8-96 8:86 8-16 “JOM ! ‘SsaqTng aA GNV AYQ—HAALVAGAINAY, “2881 UAANAAON AI b-G% 6:62 &-GG 1-&Z 0-46 8-08 8-&@ L-86 691 L4G 6-96 G&G &-FG & 96 0:62 6-16 0-41 6 LT 0:26 8-63 0-46 L4G 8-86 §-86 8-16 0:66 1-86 ¥-66 8-16 G.86 0:86 “JOM 91 ST &9G | 0:96 &-96 @66 | [6G 1-66 8-GE | 9-EG 9-€ 0:96 | 8:76 8-F% 6:82 | &FG 6-H @0& | L-0E T-0 6: | 0-76 0-76 0:08 | 0-TE 0-1 G&S | 0:06 0-96 67% | G86 GES 8-96 | 9-96 9-96 8-46 | 166 G.c% 6-Z | GES GE 8% | 6:46 6-96 0:66 | 6:86 6:86 0:26 | 0-68 0-2E 9-21 | 0-9L &-8T L8L | G80 1-81 6-8 | 1&6 49-66 0:@ | 9:86 7-8 6-76 | 696 & G6 G96 | £96 9-96 9-1E | 8:96 GE 8-86 | 7-66 7-66 8-16 | 8-16 8-16 0-66 | 1:66 1-6 6:86 | 0:66 0:66 1-62 | 8-86 8-86 I-86 | 1-86 G86 F-8G | 9:86 9-86 1-82 | 6-26 6-26 ‘hid | ‘PM “AIC 1-96 £66 0:46 0-96 GFE 1-08 ¥:& G-1E 6-81 8:76 8-96 6:96 &-&@ 0-96 6:86 0-2& 9-9T &81 G:&@ 8-& 6-96 1-4 0-16 8-66 0:86 1-86 G-66 0:86 6-16 8:86 GLE “JOM &1 ¥:96 6:66 LF 0-96 L7G L08 F-& G-1E 8-76 L-¥G 8-96 9.96 9-€ 6:96 6:86 0-2& L8T G81 9:26 F-&6 8-96 9-96 G:GE 8-66 0:86 9:8@ &-66 0-86 6-16 1-86 G16 "£IG “SNVA] 1g 0& 62 86 1G 96 G VG &@ GG 1G 06 61 81 7 9T GT FL U TRANS. ROY. SOC. EDIN. VOL. XXXIV. BEN NEVIS OBSERVATORY.—HOURLY VALUES. 148 “SNVSM| 6+ZS Tg | 1-2 O0€ | FG 6G | 9-8 86 | 8-46 46 | 6-91 96 | G16 GB | 8:93 FG | 9B & | &46 GG | L4G IG | GPL 0G | F8L 6L | 2-26 8L | F-9T LT | &1@ OL | Le CL | &-& PL | GIG &1 LGé GL | O-ZT IL | G61 OL | 6-91 6 181 8 G61 L 0-81 9 L-¥G G | 89% v F1G 6 0-98 G 6-88 T 6-86 JOM G I 8:26 1&3 9-1 9-16 0-26 0-96 0-82 G96 0-66 0-43 GCL 9-91 GGG 1:Ga 9-96 9-96 0-76 0-76 G6 L-FG 8-GG 8-2 GFL &FL PSL F-81 8-GG 8-66 G11 ZT 6-16 6-16 1-86 9-86 €-66 €-& 1-06 1-04 LG 12S L-9L 8-91 0-8L S8-LT 0-9L 6-EL LI@ LIZ €8L G81 OSL 6-41 8-46 9-86 1.96 1-96 G16 GIG 9FE 9-8 9-68 9-&& 6-6 &-&& go “AIC IL 6 GGG 0:06 LG 6-06 1-46 GFT ¥-GG 8-96 8-76 9-4T &-16 lags 8-81 ¥-16 0-81 8-GG 1-86 0-&@ ¥-61 0-68 6-91 8-ST ¥-&1 6-06 8-91 0-81 0-83, 6-46 0-06 0-F€ GCE 0-&& JOM ™~ oO ‘saTaAg La A\ GNV AUQN—aAUNLVUaaNa, 4881 WAANAOAd 9-66 0-8 8-06 9-96 8-6L 8-6 0-86 8-96 GIG GHG 6ST 0-91 0:96 0-92 T-G6 1-96 8:86 8-82 GIG 1-96 0O-FL 0-FT LS TST I-16 T-16 0-16 0-12 L-0G 1-06 0:96 0-96 108 1-08 6&6 &-&@ 0-6T 0-61 L-GG 1-GG G:0G G06 L5L GL 9-€T 9-&I 0-66 6:46 PLT SLT £90 &-9T GL 8G €F6 €Fo] G GIG €16] F LS PE] & 688 6&6] G L868 L&6€ | T you “AG 149 BEN NEVIS OBSERVATORY.—HOURLY VALUES. nn —_—$—————— OO 00 ‘SNVAN| $66 8-66 €16 1-16 GIG L-F 9-16 9-& 6: 6-76 0:81 9-81 L1G 6-16 1-46 1:96 6-86 6-& 9-46 GLE 1:86 1-& GPL GFL 9-21 9-LT 0:26 0-66 GIT LT 9:66 GGG L1G LL GHG &-FG L1G L1é 8-96 1:96 L8I T-8T VSL F-8T @aL GGT FLT FLT G06 4-06 GLL FLT 6:26 6-66 G96 ¢-96 FIG F-1Z PIS F-1E 8-EE 8-EE GEE EE yom "AIG “TROT, L2G &-GS €06 &-06 0-1G 0:96 L161 1-61 GEG G16 G76 G46 LOL @9L L0G 1-& &7G €-FG 6:86 6-86 8:06 F-06 6-81 6-&T 6FL 6-41 LI@ 116 0:06 1-06 €06 €-06 0-46 0-96 9:86 9-8Z GEG 9&3 8-61 8-61 6-16 6:16 G06 £06 LST TST &€L &&1 6-96 §-92 FLL FLT L-9T T-91 L1G LLG L146 L4G G16 &1G GbE GPE 6EE 6-EE Jom “AIT “FU SIUpI &@ G.G 8:22 | 2G BS | GB LZ | 7-26 1-26 6:ZG | F:2G F-GZ | GZS GES) 9:26 9-66 0-12 | 1-16 8-96} 1-16 0-16 | 6.06 &-96 T-0Z | 1:06 1-06 | 9-06 €-0G | 0:12 4-06 8.6% | €EZ 0-96 | F-86 666 | GFZ G8 TZ | 1&6 T-€Z | 8-S8l F81 } $80 9-6T G06 | Z0G G0G | 1-06 1-02 | 0:06 0-04 0-66 | FFG FFG | 646 6-42 | F-7G F-¥G ¥-2Z | 6-06 0-GZ | 8-0G 1-16 | 90@ 6-02 -66 | 0:08 0-08 | ZOE ZOE | 6-08 1-08 8-12 | 1-0 T1-0€ | 0-18 0-16 | 0-TE 0-1 O-€L | 0-€E O-€L } OSL O-EL | TEL T&T T-91 | Z9L @9L | 6-91 891 | 69T 8-9T G-1Z | 0-GG 0-26 | 9-26 9-2 | 0-8G 1-86 8-41 | 8-2T 8-21 | 9T FOL | GST FST 106 | 6-0@ 6:06 | G16 @IZ@ | 8-1e L-16 0:93 | &:9G €96 | G12 E16 | 16 T-26 €-9G | 6G F-6Z | 0-66 0-66 | 0-86 1-46 0-76 | L4G L4G] FS EF% | GG E76 6-1Z | @ZG GZ | LEZ T-€6 | 6&6 6-E6 L-8L | L8I TSI] 8-8L 2:81 | 6-8L .6-81 116 | 0-16 0-16 | GIG 1G} &1G €16 L-GT | 6ST 6-41 | 0-91 0-91 | 6ST 8ST GEL | 9GL 9-2L | GCL GL} GIL 0-2 8-66 | 0-46 0-42 | 0-€% T-8 | 0-06 0-06 GJT | T-2T TLE | OLT 6-91 | TT 0-21 O-2T | S2T GL | G6L L610 | 0-61 6-81 G-1Z | T-8% T-8% | 9-86 9-86 | 0:66 0-66 L2Z | 6-16 6-16 | 112 9-16 | 8-16 8-1é 0-62 | 8:96 8-96 | 0-26 0:16 | G8G G&G 0-CE | 9-FE OFE | GFE SHE | O-FE O0-FE O-F€ | LEE TES | 8-66 8&8 | GEE TEE *Aiq | JOM ‘Atq | om “AI | GoM AIG IZ 06 61 8T ¥-GG ‘SdIng GAA AGNV AUQ—AAALVATAING], “L881 WAANAOAC ~ I OL 6:66 CT *SNVAT Tg 0& 6G DIRECTION AND The Observation of Direction and Force of Wind is made always on the roof of the Observatory. The Scale used for pressure (0 to 12) has been found by comparison with a Robinson anemometer, mounted 18 feet above the roof, to have the following approximate values in miles per hour; the velocities corresponding to force 9 and upwards are interpolated. Force, 1 2 8 4 5 6 7 8 9 30+, ieee Velocity, 5 12 ZA ol 39 50 63 ie 85 96 108 120 Direction and Force or Winp (0 to 12). DECEMBER 1883. 1 2 3 4 5 6 "i 8 9 10 11 12 Dir'p. 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 4|NE 4|NE 4)ESE 2-3/ENE 3-4/ENE 3-4|NE 3|NE 2-3| NNE 3|N 3| NW 4|N 2 2 |NE 2-5 | NE 2-415 3-5| NE 3-5|[NE 4]| (NE 3]| [NE 3]| NE 2|SE 1-2|N 2-3| NE (2]|E 1 3 |INW 4]| [NW 3]|(W 3]}WSW 2|Var. [1-3]|N (3];}W [3])/NW (3]| W 2-3 | ESE 4|Var. 25/ENE 5-7 4 |ENE 6|(NE 6]| (NE 5J|(NE : 5)|(NE 5]| (NE 4]| (NE '4]| NE 3-5 | NE 3-4| NE 3-4| NE 2-4 | NE 2-3 5 |N 2) NE 31N 3|N 2\[NNE 2]|[(NE 2)|\(ENE 2)]/E 12|ENE 2-3|NNE 3/E 3|E 34 | 6 |[N 4]|[N 4]|[N 4]|N 2-3|NE 2-3| ENE 3|N 2-3| NE 38-4 |N 3|NE 2|NE 2|NNE 2 7 |N 1-2|N 2|NE 1| NNE 2|NNE 2|NNE 1-2|NNE 2|NE 2|N 21N 2\N Q2iNW 1-2 8 |NW 2-3|N 2)WNW 2|NW 2)(NW 2]| (NW 2]| (NW 3] | (NW 3];|NNW 3|NNW 38/NW 2-3|NW_ 1-2 9 |(SW 6) | [SW 5] | (SW 5]}(WSW 5]|WSW 45|/W 4-5|W 4|W 3-4| WNW 2-3] W 2-3|WNW 1-3|NW- 2-4 10 |WSW 4-5|W 5-6 | W WSW ss 5|SW 4|SSW 5|S 6-7 | SSW 6|SSW 6|SW 83|SSW 6| W 6 11 |N -3| W 2-3|)Var. 1-3|N 2-5 | [N 2]| (N 3]| [NE 3)| (NE 3)| ENE 4|ESE 23|/ENE 3-4/E 3 12 |[Var. 0)| [NE 2)| (NE 3]| (NE 5] | (NE 6] | [NE 8] | [NE 7]| (NE 7]|NNE 7-8|NNW 8/NE 6-7 | NNE 7) 13 | WSW 5|W 4|WNW 4|NW 241W 5| Ww 6|WNW 5-G|NW 5-6|W 4-6|NW 5-6|WNW 5-6|/WNW 2-5 144 |NW 241 W 3-5)WNW 5/WNW = 5|[WNW 5]|(WNW 4]/[(WNW 4]|[W 4)| W 3|NNW 3-4| NW 3) W 3-4 15 |(N 7)|(N 6]| (NW 5) | (NW 4)| NW 3| Var. (3]| Var. [3]|N 3|N [2]| NE 2|N 2|N 0-2 16 |E 3/5 2-3|E 8|Var. 2-3|ENE 5|NE 4|NE 4-5|NE 5|NNE 6|NE 5|NNE 5|/E 6-7 17 |NE 4-5| NNE 5| NE 3|NE 2-3 | (NE 3] | (NE 3]/(ENE 3]|/(ENE 3]/E 3|NNE 2-3|NNE 3|N 3 18 |[WNW 4]/[WNW 5]/(WNW ‘5)|[WNW 4]|WNW 4|/NW 6|W 4) W 34|/WNW 3/WNW~ 3|W 3|NNW 2-4) 19 |B 1-3| NE 5|NE 5|N 3-5 | NE 3-4|NNE 3-5|NNE 5-8|Var. 47|NNE 3-5|NNE 4|SE 2-8|NNE 3-4) 20 |NNW 24|INW 2-5|NW 3-5|NW 4| (NW 4)|([NNW 4]/(N 4)|(N 4)|NNE 3-4/N 3-4) N 2-3| NNE 3 21 |[(NW 1]| (NW QI(WNW 2]|/[WNW 3]]}WNW 3|/W 4|W 4-5| W 4-5] W '5|NNW 38|NW 45|W 3-5 22 |W 8-4] WNW 2-3|WNW 4/W 3-4 | NW SINW 23|NNW 2/N 1|NW 2) W 2|\WSW 2|WSW 27 23 |N 3-4|N -4| NNE 3|N 8)/(NNE 3]|(NNE_ 3)|(NE 2)| (NE 2)|E 0-2) N 2\E 1-2|NNE 2 2 |[SSW 7I|[SSW_ 6]|(SW 4) | (SW 5] |Sw 5-6 | SSW 4|W 5|WNW 4-5|W 5|}WNW 4|NW 3|N 2-8 25 |W 3-5| NW 4|NW 4| WSW 5|WSW 3/WSW 2-3|/SW 2|1SW 3|WSW 38|/WSW 34/SW 3-4|WSW 4 26 |W 3)}WSW 8/WSW 3-4)/WSW 3-4/(WSW 3]/[WSW 4]|[SW 4]|SW [3]}WSW 8] WSW 3) W 2) WSWw 2-8] 27 |[WSW 2]|/(WSW_ 3]|[SW 3] | (SW 3]|SSW 3-4|SW 2-3 | SSW 3/s 4|SSW 4|SSW [3]/8 2-318 3} 23 | SW 4|}SW 4-5| SW 5|SW 4-5|SW 3/SW 3-4| SW 38-41 SW 2-3 | SW 3|SW 3)SW 3)SSW 3-4] 29 |SW 4-6 | SW 4-5|SW 4|SW 4|[SW 4) | (SW 4)| [SW 4] | [SW 4)]|SW 5|SW 3|/SW 3-4| SW 5 30 |[NE 2}| (NE 2)}(ENE Q2)|(ENE 3]|/E 3/E 3-4|N 2-3|N 2|N 0-1) N 1JNNW 1|NW 0-1] 31 |W 2|NW 2|W 1JNW 0-1|N 2INNW 1/NNE 0-1/NNE 0-1/ESE 0-1/SE 0-1] SE 0-1/SSE 1 MEANS/ 3°40" 3°50] 3'50* 3°68] 3°48* 3°56] 3°20" 8°47/3°50" 3°48/3°59* 3°58/3°62" 3°56/3°31* 3°40] 3°35* 8:31)3°27* 3:26|3:05* 3'02)8:10* 3°10} FORCE OF WIND. During the first five months there are several breaks in the record, especially during the night; these have been filled in, the interpolated entries being marked by brackets. Double Hourly Means are given; those _ marked by * are the Mean of the observed entries only, the others that of the total entries for the hour. From the beginning of May 1884 onwards, when the record became practically continuous, only single Hourly Means are given. Interpolated entries are marked by brackets, but are included in these Means. Direction anp Force or Winp (0 to 12). DECEMBER 1883. 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. Foree| Dir’n.’Force.| Dir’n. Force.| Dir’n. Force.| Dir’n. Force.| Dir’n. Force.! Dir’n. Force.| Dir'n. Force. 2|W 4|WNW 4/W 4|W 4-5|W 2-4|WNW 2-5|W [3]| B 4| NE 2|N CEE BS 3(N 2-4|NE 4) W 3-4/5 3-4 | W 3-4| NE 3-4|N 4| NW 4-6 | NNW 5| Var. 26] 3:3 5-6 | NE 5-6 | NNE 6| NE 8-9| NE 7|NE 8|ENE /7-8/[NE 7]|(NE 7]|(NE 6]|NNE 5-6]: 4°9 2|NE 1-2|N 2|NNW 3-4|NE 4|NE 8) Var. 2-3)}NNW 2-3/NE 3\E 38-4) N (3]} 3°5 2-3} NE 3| NE 2-3| NE 3|/NE 3-4| NE 2-3| NE 1-2|N 1-2) N 4|N 46|NNE 4-5] 2°7 2|NNE 2|NNW 1|N 1|N 1|/N 1-2|N 1-2| NE 1|/[NNE 1)/([N 1j|N ri |\" Pal 2\|N 2-3 | NW 2) NW 2-3} W 21W 2\N 1-2}WNW 2|N 1|N 1-2|N 2-3] 18 3-4] W 2|}WNW 2/W 4|/SW 41SW 3)SW 41SW 4|SW 5|SwW 6|SW 6} 31 3) NW 0-1} W 3) NW 3;|WNW 2\|W 2\|SW 3/[.WSW 3]/[WSW 3);\[WSW 4]|[WSW 4]]| 3:3 5|W 3-4) SW 2-4 | Var. 0-2 | W 3) WSW 2-3|N _ 13)/WNW 2-3) W 1-2|N 2-3 | E Die 4:2 2-4)WNW 31W 4-5|SW 5-6/[SW 71|Sw 8 | [SW 8] | [SW 7) (SW 5] | [SW 4)| [SW 2]} 39 2-6| NE 5|SE 1-3|E 4-5|E 1-4| NE 1-2|N 2-3 | [NW 3)|(WNW 3]|/(W 4)| WSW 4} 45 4|WNW 3-5|WNW 3-4|W 4-6 | N 24|NNW 5-6|WNW 4/W 4| NW 4|W 4|W 4-5| 44 2|NE 4|NW 3| [NW 4)|NNW 4|/W 4|W 3-4| NW 6|E 7-8 | NE 7-9|NNE 7-8| 4:2 1| NNW 1| NNW 2|N 3) NE 3| NE 3|NE 3-4|(NNE 4]|N [4]|(NNE 4]|NE 8-4] 31 7|NNE 8| NE 6|NE 6|N 2|NE 5|NNE 5-7|NE 4|E 3|N 5|NE 5) 48 _ 38) NE 3|NE 3-4|N 4| NE 3/N 2-3|N 3-4 | NNW 3) NW 2|NW 4|NW 4| 32 8)N 4|NNE 3|/N 2-4| NE 2-3|NE 3|E 2-3 | [E 3]| (ENE 3]| (ENE 4)| ENE 4) 35 3| NW 21 W 3-4] W 3) W 3-4) W 2-3)NW 46|NW [4]|W 3) Ww 3|W 3-4) 37 2-3 | NW 21N 2-3|N 3/N 3IN 1-2|NNE 0-2|)NE 1/E 1|N 1-2} NW 1] 27 4) WNW 45|N 4-5|N 1-5 | NW 5|N 4|NW 3-5|/(NW 4]| (NW 3]| [NW 3]| NW 2} 36 2-3 | W 2i\NW 1-2|N 3/N 3) N 2| NNW 3/N 1-2|N 2-3 N 1-2|N 8) 2:4 1|NW 0-2) WSW 2-3/SW 3) SW 4-5|SSW 5| SSW 6|SW 6-7 | SSW 7|SW 8|/SSW 7\| 3% 2-3 | NW 0-1) W 2-3 | W 3) W 3) WSW 4| WSW 3|[WSW 3]|[WSW 3]|(W 3) | (W 4]) 37 3|W 2-3|WSW 2-3|SW 41 Ww 4| WSW 3/SW 3) W 1-2| W 3) W 4-5 |W 4-5) 34 3-4 | SW 3) W 2)WNW 2|/WNW 2-3) W 2) Ww 21W 2|W 2| WSW 1|W 1-2) 26 3-4/8 3/5 3-4/5 44'S 4-5/S 4/8 3| (SSW 3)/[SSW 3] | [SW 3]| SW 3] 3:2 4|/SSW 4-5|SW 4\|SwW 4/8 4-5| SW 4-5 | SW 4)SWw 5| SW 5-6 | SW 5-6 | SW yy coal 4-5|SW 4|SwW 4-5|SW 4-5|SW 4-5| WSW 4) WSW 3) NW 2) NNW 2|NNE 1-2|)NE PM Bx} 0|Calm, 0); NW 1| NW 1| NW 1|N 0-1] NW 1] [NW a|(WNW 1) (WNW 2]|WNW 1-2] 14 1|SE 0-1| SE 1-2|SE 2|SE 2|SE 2-3 | SE 3|SE 3|)SSE 4| ESE 4\E Ay 17 2°98) 2°87* 2°87} 3:00* 3°00}3-47* 3°48) 3°32* 3:44] 3:32* 3:32] 3:23" 3°39/3-00* 3:29|3°50" 3:42/3°85* 371/374" 13°68) 3°34 152 Direction AND Force or Winv (0 to 12). JANUARY 1884. 1 2 3 4 5 6 7 8 . 9 10 il 12 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 |SE 38-4/SE 5| ESE 5|E 5| (ESE 5]| [ESE 5] | (ESE 5] | [SE 5]| SE 4-5|SE 5|/SE 4-5|SE 4 2 |[SE 4]| (SE 4) | [SE 4]| (SE 4]|SE 4|ESE 3-4|SE 3|SE 3|SE 1-2|SE 1-2) SE 1|5 1 8 | Calm, ES) 0|s 0|SE O|ENE 0-1/E 2)E 2|)ENE 2| 2-3 | ESE 3/E 3|58 1-3 4 |SE 6-7 | SE 6| ESE 6|ESE 7-8|[ESE 7)| (ESE 7) | [SE 7) | (SE 6) | SE 5-6 | SE 6-7 |SE 6| SSE 6 5 |(SSE 4)| [SSE 5]| (SSE 5] | [SSE 6)|S 6-7 | SSE 6-7|S 8S 9|S 9-10|S 9|S 8-915 6 6 |(W 6)| W 6|[(WNW 6]}WNW 5-7;}NW 47|NW 5-7|NW 6-9| NW 4-7) NNW 46|NW 3-6) WNW 3-5|NW 2-4 7 |NNW 5-6|ESE 34|N 24;|NW 3-4/(NW 4) | (NW 3])/ (WNW 3)|/([WNW 3]|}W 3) W 3) W 2-3 | W 2-3 8 |[WNW 2]|(W 5)|[(WSW 3)]|[SW 4]| SW 4|/SW 4|SW 41W 3-41SW 3-4),NW 3-4|NNW 1-2|NW 2 9 |SW 5-6 | SW 4-5) WSW 5-6|}WSW 5-6|WSW_ 6-7|W 7-8| WSW 8-9| WNW 46] NW 38-5|/WNW 4-6|NW 4-5 | W 5 10 | WNW 3-5|W 5-7 | W 5-7| W 6) (W 6) | (W 6])/(WNW 5)|/[(WNW 5]|} WNW 4-5| NW 2-5 | W 6| NW 4-7 ll |(NW 8] | (NW 7) | (NW 6) | (NW 5) | NW 4|N (4]| N 4|NE 5| ENE 4|NE 3-6 | NE 4-6|NNE 4-6 12 |NE 5|NNE 46/NE 4-5|N 5|NNE 4-6|NE 6| NE 7|NE 3-5|NNE 3-5) NNE 5| NE 3-4] NE 4-5 13 | NNW 3|N 4|NNE 3-4|NE 2-4)(NE 3)/(NNE 3) /(N 3) | (N 2]|N 1-4;NW 1-2|N 2| NW 2 14 |([NW 4]| [NW 4])/(NNW 4)/(N 4]|N 4|N 3|N 2-4|N 3-5 | NE 3-5 | N 2-4|NE 4|ENE 2-4 15 |N 3-5|NW 4-6) NW 46 | NW 5-6 | NW 4|NNE 3-4|NNE 4-5|NE 5|NNE 5| NNE 4|NNE 34|N 2-4 16 |N 2-4) W 2-3 | NW 2-4 | NNW 3IINNW 3)/(INNW 3]/(NNW 3]/[NNW_ 3]|N 3-4] NW 21 NW 3| WNW 3 17 |[W 3]|(W 3)| (W 3] | [W 3]| W 4) W 3) W 5| W 4-5)WNW 4)W 4-5 | W 3) W 3 18 | WSW 5|SW 5) W 5-6| WSW 4-5) WSW 3) WSW 3)SW 4) WSW 4-51 WSW 4-5|SW 5|SW 3-4) SW 4 19 |SW 6|SW 6-8 | SW 5-7 | SW 5-6|[WSW 5]/[WSW 4]/[(W 3] | (W 3]; WNW 3/NNW 2|NW 2-3 | W 2 20 |[SW 11) | [SW 11) | [SW 10] | [W 9) | W 9| NW 5iN 6|N 46|/N 5-6|NW 2-4) NW 3-4)|NW 45 21 | NW 7|NNW 7-8| NE 8|NE 6-8}ENE 2-5|ESE 24/NE 3)WNW 3-4) NW 3-4)|NW 3-4) W 3-4| W 4 22 |NW 7-9| NW 38-7;|NW 4-6)|/NNW 2-4/[(NW 3] | (NW 3] | [NW 3)| [NW 3]| W 3| NNW 3|NNW 38-4|NNE 2-3 23 | (ENE 2)|[N 2)| (NW 2)| (W 3] | W 3-4 | SW 4-5 | SW 5|S 6/S 6-7 | ESE 7| ESE 9|5E 8-10 24 |NNE 5-6) ENE 6| ENE 6| NE 5| NE 4-5|/NE 46|/ENE 45|NE 4|NNW 3-4|E 38-4] NE 3-4| NE 3-4 25 |W 4|NW 3-5|NW 3-5|NW _ 3-5|(NW 4)|(WNW 4]|(WNW 4]/(W 4)| W 4|W 3-4; WNW 3-5|}WNW 4 26 |[WNW 2]|[WNW 2]|[W 31) (W 2)| W 2-3 | SW 3-4| SW 3|SW 31S 4|8 5-6|S 6 ‘SSE 7-8 27 |E 2-5| NE 2-5 | NE 2-6|ENE 3-7/ENE 6-7|NE 6-8 | E 5-7|NNE 47|NNE 4-7|NE 3-6 | N 2-6 | NW 2-6 28 |N 3|NNE 2-3|NNE 38;NNE 2-3/(NNE 3]/(NNE_ 3]/(NNE 3)|(N 3)|N 3|NNE 2-3|NNE 3|NW [3] 29 |[WNW 2)]|[(W 2) | [W 3]}(WSW 3]}/WSW_ 3-4|SW 3)SW 4|SSW 3-4/8 51S 5-6 | SSE 6-7 | SSE 6-7 30 |W 3)SW 3-4/5 4|S 5) SW 5-6 | SW 5|S 5-6 | SW 6|}WNW 4|WNW 4-5) WNW 24|INW 3-6 31 |WNW 34;NW 4-5|NW 3-5|NW 3-5|/[NW 4);[(WNW 4)|[(WNW 4]/[W 3] | W 3|SW 3-5 | WSW 3| WSW 3 |MEANS| 4°42* 4°40) 4°38* 4°35 /4°55* 4°52 | 4°55* 4°47] 4:48* 4:40/442* 4:29/4°88* 4°53/4°58* 4°24/4°15* 4°15/4:06* 4:06]/4:00* 4:00/3°98* 3:95 Direction AND Force or Winn (0 to 12). FEBRUARY 1884. 1 2 3 4 Bo 3) | 6 if 8 9 10 11 12 Dir’n. Force.| Dir’n. Force.| Dir’n. Force.| Dir'n. Foree.| Dir’n. Force.) Dir’. Foree.| Dir’n. Force.| Dir’n. Foree.| Dir’n. Force.| Dir'n. Force.| Dir'n. Force.| Dir’n. Force. 1 |(SE 3] | (ESE 2)\ (E 1] | (ENE 1)| NE 0-1| NE 1-2| NE 1|NE 3|ENE 1-2|NNE 3)|NNE 3-4|NNE 3 ‘2 |NNE 7-8|NE 7|N 6|NE 7|NE 4-5|NE 24) NE 3-4; NE 3-4 | NE 3|NE 2-3 | NE 2-3) NE =o 3 |SW 5|SW 4-5|NW 2-3)(NW 2-4]|[NW 3) | [INW 3])/(NNW 3]|(NNW _ 3)|N 2-4 | W 1-2| W 24|WNW 3 4 |[(NW 3)| (NW 4]| (NW 4]|(WNW 5)]|W 5iN 3-5|N 3-41 N 5|NE 2-3 | NW [3] | NW 3) WNW 3 5 |W 4-6| W 5-6 | W 5-6 | W 5) WNW 3-4;WNW 3/WNW 3-4| NW 2-3| WNW 3|WNW 2|/WNW 2|WNW 2 6 |W 3) W 2-3 | W 2|NW 2)(WNW 2]|[W 3) | [W 3)|(W 4)| W 4|SW 3|SW 3-4 | SW 5 7 |[NNW 3)/(N 3) | [N 3)|/{NNE 3]|NNE 3-4) NNE 2) NNE 3|N 4|NNE 23|/NNE 2-3|/N 1-2|N 3 8 |SW 4-5|1SW 5|SW 5|SW 5-6|WSW 5-6|)WSW 5-6|SW 5-6 | SW 6|SW 6|SW 4|SW 4\SW 45 9 |S 6-7|S 718 8|S 8] [8 8] | [S valet) 7\S 6] |S 61S 7-8|S 7|5 5-7 10 |[SW 8] | [SW 8] | {SW 8] | [SW 8]| SW 8) W 8-9 | SW 81SW 7-8 | SW 6-8 | SW 8-9 | SW 8|SW 7-9 11 |W 7-8|(WSW] 8s|WSW 6| WSW 5| SW 5-6 | SW 4-6| SW 6-7 | SW 5-7| WSW 6|}SW 5-6} WSW 3-5) WSW 4 12 |SW 5|S 7\s8 8) SSW 9) (SSW 9) | (SSW 8] | [SSW 71) SSW 7]| SSW 7| SW 6|SW 65 7 13 |(SW 7)|(Sw 7]| SSW 7) (SSW 7s 7\|8 7|\SSE vals) 7|SSE 81S 7-8|S 8-9|S 7-8 14 | ESE 2-4|/ENE 3-5| ESE 6-7 | SE 7|SE 6-7 | SE 7|\Siu 7|SSE 5|SSW 4) WNW 3-4/5W 4|WSW 3-4 15 |SE 4-5|SE 5|SE 6|ESE 6-7|[(ESE 6) | (ESE 7)| (ESE 7) | (ESE 8)| SE 8|SE 9|SE 9|SE 8-9 16 |(SE 8-9) | (SE 9) | (SE 9) | [SE] 9|(SE] 9|SE 9-10|SE 9-10|SE 9-10|SE 9-10 | SE 9-10 | SE 9-10} SE 8-9 17 .|SE 10-11)SE 10|SE 10) SE 10) SE 10 |SE 10/SE 10-11|)SE 10|SE 10|SE 9-10 | SE 10) SE 10 18 |SE 10|SE 10|SE 10|SE 9| (SE 9}| (SE 9} | [SE 9] | (SE 9)|SE 8-9|SE 7-9 | SE 8-9] SE 8-9 19 |[SE 9) | (SE 9)| (SE 9)| SE 9|SSE 9|SE 9|SE 9|SE 9|SE 8-9] SE 8-9| SE 8| SE 8 20 |SE 5-6 | SE 5|S8 6\5 6| SSE 6| SSE 7-8|S 7\8 51S 4-518 6S 7| SSE 6-7 21 18 9-10|S 10|5 10-11|S 11/[S 10} | [S 9]|[S gis 7)|SSW 6-7|SW 7\s 5|SSW 45 22 \[S 5) | (S 5) | (5 5) | (S] 4-6/5 9-10|S 4|/S 3-415 3-4|S 4)s 3/8 3)SW 3 23 |S 51S 5|8 4-5/8 4-5/8 418 3-4| SSE 4-5| SSE 4|SSE 5|S 4|SE 4-5/5 4-5 24 | NE 0-1) NE 0-1 | NE 0-1| NE O-1/(NE 0-1]|NE 0-1} Calm, 0| (NE 1)| NE 1|NE 1-2| NE 2-3| NE 3 25 |(NE 2)| (NE 2)| (NE 3]| [NE 3)| NE 2-5 | NE 4\E 2-3/ Var. [2]|E 24) NE 3|NNE 2-3|NE 3 26 |NW 2-3|NNW 2-3|NNE 3/NE 2-3 | [NE 2]| (ENE 2)| (E 2)| (E 2])|ESE 1-2|NW 0-2|SE 0-1] SE iz 27 +|(SE 4)| (SE 4) | (SE 4) | [SE 4]| SE 3-4) SE 4\|8 3| SSE 4|SE 4-5|SE 4-5| SE 4-5/SE 4 28 | SE 6-7 | SE 7\SE 6-7 | SE 6-7 | SE 6-7| SE 7|\SE 6-7 | SE 6|SE 6-7 | SE 6-7 | SE 6-7 | SE 6 od SE 5|SE 5|SE 4-5|SE 4| (SE 4)| (SE 4)| (SSE 3) | [SSE 3]|5 Bais) 3|SE 3|SE 3 teens beat 5°48) 5°82" 5°64) 5°84" 506) 614" 5°72) 5°75* $566) 5°52* 5-43) 5-22" 5:29] 5:58" 5:26/5°09* 5:09/5:04* 4:9714-98" 4:98] 5-00* 5:00], $$$ Direction anD Force or Winp (0 to 12). JANUARY 1884. 153 | 13 14 15 16 17 18 19 20 21 22 23 Midnight. | Mean. — — ——— — | Dir'n. Force.| Dir’n. Force.} Dir’n. Force.) Div’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. i 1 |SE 5-4|SE 4-5|SE 4|\SE 4\ SE 4-5 | SE 4|SE 4-5|SE 5/ESH 4-5/SE 4-5|SE 5|SE 4-5| 46 i 2 |SSW 0-1; NW 0-1) N 0-1) N 0-1| NE 0-1 | NE 1| NE 0-1 | Calm, 0/[(Calm, 0]|N 0-1|[Var. 0-1]|5 0-1 LGre | 38 |SE 4| ESE 3|SE 4|SE 4|SSE 4|SE 3-4 | ESE 4|\SE 4-5|SH 45/SE 5|SE 5| SE Si 28) | 4 |SE 6-7 | SE 5-6 | SSE 5|SE 4-5| SE 3-4 | SSE 3-4|8 4-5/S 3-4| SSE 4\S 4/58 4| SSE 4) 54 | 5 |SW 418 4-5|SSW 3-4|/SSE 4-5|S 5-6 | SW 7-8|SW 7-8|SW 7\(WSW 6]|W 5-6 | [W 6]| W 6) 63 ne 2-5|SE 3/E 3-4;/ENE 3-4|N 5-6| N 4-6| Var. 2-6|N 4-5| NE 2-5|N 2-5 | N 2-5 | NE 1-6 4°6 , 7 1|/N 2|NNE 4-5|N 3-5 | NNW 4|/NNW 3-4|N [4]; NNW 3-4) NNE 2|NNW 1| Var. 1-2) NW 2 30 8 3)N 3) NW 2|N [3] | NW 3) W 3); WwW. 3-4| W 4-5 |(W 4)|(W 5)|(WSW 4]|WSW 4-5] 3:4 9 4|NW 4-5) W 4-5| W 5-6|N 24|NW 3-5|NW [41] WNW 3-5| W 5|WNW 4-5|NW 4) W 4| 4:9 | 10 5-7|NW 3-6) NW 4-6| NW 5-6|}WNW 5|W 5| W 4) W 5|IWNW 5-8|WNW 6-7|NNW 5-9|NW_ 8-10] 555 7|ESE 0-3)/NNE 4-6|/N 5|NE 5-6 | E 5-6 | NW 3-6 | NE 4-5| NE 3-5 | (NE 4]| (NE 5]| NE 4-6) 4:9 2-5/E 3-4| NE 4|NE 3-5 | E 4|NE 3-5 | SE 2-3| NE 3/N 3-4|NNE 14|NE 2-4| NW 3] 41 3|N 3/N 2-4| NW 3| NNW 3|NW 3| NW 2-4) W 3-4] NNW 3|;WNW 3-4| NW 3-4| NW 3-4) 12°9) 4/NNE 3-6|N 3-4| N 4\N 45|N 4| NNW 5|N 5|N 4-5} [N 5)|[NNW 5]| NW 5-6} 4:1 3-5 | NNE 3|NNW 3|N 3| NNW 3)NNW 0-4|N 3-4 | NNW 3)N 14|N 1-3|N 14|N 1-3| 36 4|N 4|W 4-5) W 4|W 41 W 4|W 3-4 | W 3) W 2|W 2) W 2-3 | W 2-3| 31 4) W 3-4] W 4-5| WSW 5| WSW 51 W 4-5| W 4| WSW 5 | WSW 5|[WSW §s]|[WSW 5]/SW 4-5] 41 4/8 45|SSW 5-6|S 3-4/5 5-6 | SSW 5| Sw 41SW 5| SW 5-6| WSW 5|SwW 5| WSW 5} 4:5 2-3 | SW 3-4) SW 3) SW 4|S 4|SW 5|SW 6-7 | SW 8|SW 7-8|SW 10/SW 810)SW 10-12} 571 2-4)WSW 5-6) WSW_ 6-8| W 7| WSW 8|W 3-6 | W 4-7 | W 7-9|WNW 6|NNW 6| NW 6-7|NW 6-7] 65 5|WSW 6-7|)SW 7) W 7) W 7-8 |W 6-8;WSW 8-9|WSW 8-9|W 9-10 | [W 9)|[WSW 9]| WSW 9) 63 3)WNW 2-3|N 2| NNE 1|N 2| NNW 2}NNE 28|NNE 2-3|E 2-4)| E 2)NNE 23/)ENE 0-3] 3:0 8|s 5| [Var 4]|N 3| NE 6| NE 6|ENE 5-6|ENE 6|ENE 6-7|/[(ENE 7]|(ENE 6]|(NE 6]| 54 2|/E 0-2| NNE 3) W 3-4|WNW 4/1W 4|W 4|WNW 5|WNW =4/WNW 4-5|NW 45|NW 4-5) 4:1 4-5|NW 2-5|N 2-5| NNE 2|SE 23|\WNW 1\N 2)|NNW 23)W 1)WNW 2-3} NW 2| NW 2) 3:2 10|(ESE] 10|)[ESE] 10] ESE 9 | [ESE] 8 | [SE] 8| SE 7-8 | [SE] 7 | Calm, 0| ENE 4\|ENE 3-4|/NE 0-3) 51 4-6| NE 4-6 | NW 3-5|NNE 3-6/ENE 3-5| NE 2-6|N 2-6|NNE 3-5|NNE 5-6|N 24)E 3-5 | N 2-4) 46 2|WSW 3| NW ZN 1-2| NW 2-3)|WNW 24/N 12)WNW 2-3) W 1-2) NW 2) NW 2|W 7A\\ OX) 5-6|SSW 5-6|SW 5|WNW 2-5|NNW 3-6| NW 3-5 | NW 3-5 | W 2-5 | W 3) [W 3]|(WNW 2]| NW 2) 39 2-5|NW 5-6) NW 5| NW 4-5|WSW 4-5| NW 3-4) WNW 3-6| W 3-5|WNW 3-6) NW 3-5 | NW 3-5 | NW 8-5) 4:4 3) SW 3|SSW 3) SSW 3/58 21S 4|SE 4/Si 5-6 | SE 6|/SE 6-7} ESE 4-6|SH 3-4} 3:9 3°94* 3°94/4°13* 413)/4:038* 4°00/4:27* 4:27/4°13* 4:°13)4°22* 4°21)4°52* 4:52/4:21* 4°13)3°94* 4°27/4°07* 4°26)4:°15* 4°21) 4°24 Direction aNd Force or Wind (0 to 12). FEBRUARY 1884. | 13 14 15 16 als 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. | NE 4-5| NE 5-6|N 47|N 7-8|N 5-9| N 9-10 | NNE 8|NE 7|NE 7|(NE 7]| (NNE 7)| NNE 7| 44 f 3) NW 3) NW 3|WNW 3/SW 3-4) WSW 3)SW 2-3|SW 8-4) WSW 3-4;SW 5|SW 5-6 | SW 5-6| 4:0 2-3|WNW 2-5|NW 24)/WNW 2-4) NW 3-4|WNW 2-3) N 5-6 | N 3-5|WNW 4) NNW 4| NNW 4|NW 24] 23:3 WSW 3-4) WSW_ 5-6|/SW 5|WSW 34|W 3-4) W 5-6 | W 5-6 | SW 6 [WSW 6]/[WSW 5]| W 5-8 4°3 NW 3-4) W 3-4| WNW 3-4| W 2-4)WNW 2-3) W 2-3 | W 2) NNW 4;|WNW 2-3} NNW Biwi si) to SW 4-6 | W 4-5 | SW 5|SW 5|SW 4-5/SW 5-6} WSW 5-6|/SW 6) W 4-6) WNW /{1-3|}NNW 2-3] 3°99 NW 0-1|W 0-1) W 1) W 0-1) W 2) W 2)|WSW 2-3/SW 4) [SW 4]| [SW 5]|SW Dil) 8226 sw 5-6/8 6) ssw 6|S 4|SE 5-6|S 5-6 |S 5-6 |S 6\8 67'S 7/8 7) 54 4-6|S 6-7/8 6-7 | SW 6-7 | SW 6-7 | SW 6-7 | SW 6-7 | SW 7-8|SSW 7-8|SSW 7|\SW 8} 69 SW 9|SSW 9-10| sw 10|WSW 9/WSW 8|W 6) W 7|/SW 7/[WSW] 8|fWwSW s]/([WSW] 8] 81 SW 3|WSW 3)/WSW 3-4|/W ‘3-4 | W 4) W 3) W 3; WSW 45/SW 4-5/8 5-6|S. 4-6) 4°8 7-8 |S 7|\SW 6-8 | W (ans) 7-8|S 7-8|S 7-8|S 8) SW 7-S|SW 6-8 | SW 6-7) 7-2 7-8 | SSW 8) SW 5|SSW 4-5|/SW 3/8 3| SSW 3/S 3-4) SE £| SE 3-4| SE 3-4] 6-0 WSW 3-4|SSW 3/SSW 2-3/8 3/S 4|SSE 3/8 3|SE 4|SE 5-6| SE 5|SE 5| 4:4 SE 9|SE 9/SE 9|SE 9|SE 9|SE 9|SE 9|SE 9-10|SE 9|SE 9|SE 9} 80 SE 8|/ESE 8-9/SE 9/SE 9-10 | SE 10/SE 10|SE 11/SE 11/SE 10-11) [SE 10]|SE 10) 94 SE 9|SE 9/SE 79|SE 9/SE 9-10 | SE 10|SE 9-10 |SE 10|/SE 10)/SE 10-11)/SEH 10-11} 98 SE 8|SE 9|SE 9| SE 9-10 | SE 8-9|SSE 9-10|}SSE 10;/SE 10-11|SE 10|SE 10/SE 10-11 92 SSE 7-8 | SE 7|SE 7-8 | SE 7|SSE 7|SSE 6-7/5 6|SE 5-6 | [SE 6] | (SE 6]| SE 6-7 | 77 7-8 | SSW 7|SSW 5-6|/SSW 34|SSW 4-5|S 5|SSE 5-6 | SSE 8-9|SSE 9-10] [S] 10/58 10! 6:5 5-6|S 5-6/SSW 45/S 3-4;/SSW 45|SW 41S 4\SSW 4-5/8 6|S 5|S 4-5] 64 SSW 3-4|SW 3) SW 3-4| SW 3)SW 38/SSW 3-4|/SW 4-5 | SW 4| (SW 4] | (SSW 4)|SSW 4-5] 4:0 SSE 1-2/8 2-3/8 3) SSE 3|SE 1-2|SE 2/E 0-1} NE 0-1|NNE 0-1|NE 0-1) E iL|| — 8H) NNE 3-4|NNE 1-2|NNE 2)NNE 0-2) WSW 1|)E 0-1| NE 3-5 | NE 45|NNE 3-4|NE 2-3 | NE 1-2} 17 NE 3|NE 2-3|NNE 3-4/NE 2-4|NNE 3/5 0-1|}SW 0-1}E 1-2|NE 2-4|N 3-4| NE 2-4] 26 SE 2\E 2-3 | SE 3/SE 3/SSE 3-4 | SSE 3|SE 3|SE 4|/SE 4|/SE 3-4/SE 4) 25 SE 4-5|SE 4-5|SSE 5|SE 5|SE 5|SE 5|/SE 5-6 | SE 6| [SE 6]/ (SE 6] |SE 6-7| 4:6 SE 6-7 | SE 5-6 | SE 6| SE 5| SH 5|SE 4-5|SE 5-6 | SE 4-5|SE 4-5 |SE 5 |SE 4-5) 59 3|SE 4-5 | SE 3-4 | SSE 4|SSE 3-4|SSE 4|/SE 4|SSE 4\SSE 3-4| SSE 34 | SE 4) 37 5°05|5°09* 5°09/5:17* 5°17) 5°22* 5:22|4:88* 4:88]/4°98* 4:98 /4:93* 4°93]5°10* 5°10|5°64* 5°64/5°83* 5°76 |5°36* 5°64/5°67* 5:67| 5°30 154 DrrEcTION aND Force or Winn (0 to 12). MARCH 1884. 1 2 3 4 5 6 7 8 9 10 tt 12 Dir’n. Force.| Dir’n. Force.| Dir’n. Force.) Dir'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. 1 |(SSE 4]| [SSE 4)|[S 4) | [S 4||S 418 8-4|S 3/S 41S 3-4|S 2-3/8 4/S 2 \s 4\S 4-5 | SSE 4-5| SSE 4|SSE 3|SSE ,34|SSE 3|/SE 3/)SSE 4|SSE 3-4/8 3-4|S 3 |SE 7|\SE 7-8| SE 7-8 | SE 7-8 | [SE 7-8])|[SE 7-8]|/(SSE 17-8]|[SSE 7-8]|SSE 7-8|SE 7-8 |SE 8|SSE 4 |(NW U|(WNW 1)\(W 1J|[WSW 2]|SW 2\SW 3) SW 2\8 28 2|SE 1\|8 1} Calm, 5 |NE 4-5|NE 4-5|ENE 3-5|NE 5|NE 2-4| NE 3|NE 3|NNE 2-4|)N 2-3| NE 2-3|N 2|)NE 6 |W 2-3 | W 3-4| WSW 3)}WSW 34|[WSW 3];(WSW_ 4]/(SW 4)| (SW 4)|SW 5| SW 4|SwW 3-4) SW 7 |S 6) | [Ss 6) | (S (5) | [S 5) |S 5|S 5|S 5-6|S 5|8 5-6 | SW 3|WNW 2-3|W 8 | Calm, O|NW 0-1/N 0-1) N 0| Calm, 0| Calm, O|}SSW 0-1|S 0-1| SSW 1|8 1-2)SSW 1-2)W 9 1S 6-7|S 6-7 | SSE 6-7|S 6|[S 6) | [S 5) /[S 5) | (S 4]|S 38-4]5S 4-5/5 4-5/S 10 |(SE 9} /[S 7((S 4)| (Var. 1)|SW 2|SW 1|/SW 2|S 1-2|S 3 |S 3-4|5SW 2-3|)SSW 11 |SSW 4|\SSW 34/SSW 3S 2-318 3/5 31S 218 2-3/8 3|S 3|)SSW 3-4/S 12 |S 6-7/8 5-6/5 5|8 5-6] [S 5] | (8S 5) | (S 6] | [S 6)|5 6-7|5 6-7/5 6|S 13 | (SSW 5) | [SSw 5) | [SSW 5] | (SSW 5) | SSW 5|SSW 4|S 5| SSW 4|SSW 5|SSW 5|S 5/8 14 |WSW 6-8|/SW 6-7| SW 7|\SW 6|SW 5-7/5 6-7 | SSW 6|SSW 6-7|}SW 6-7 | SW 6|SW 6| SSW 15 |WSW 46/SWw 5| WSW 5 | WSW 5|1[WSW 4] | [SW 3] | [SW 3] | (SW 4]| SW 4|)SW 3-4|SSW 3-4|SSW 16 | (SSW 4) | (SSW 4)| (SSW 4] | [SSW 4]|S 4|S 4-5/5 5|S 5|S 5|S 4-5 | SSE 5-6| 5 5] Wis 5-6/5 5/5 5|S 4-5/8 5-6|5 5-6/5 5|8 5/S 5-6|5S 4-5/5 5/8 4 18 |SW 3Igw 5/SW 5-6/SW 45|[SW 5]| (SW 5] | [SW 5] | [SW 5]|SW 5-6/8 5-6|/SW 4-5|SW 45 19 | (NW 4] | (NW 4);}(WNW 3];/[WNW 4]|} WNW 3-4| W [4] | W 3-5 | NW 3-4| NW 1-3 | NW 1-3} WNW 1-2|W 2) 20 |SW 7-9lsw § g9/SW 8|W 5-6|NW 4-6|/NW 3-5|NE 3/ESE 3-4/5 4\E 3-5|ENE 4-5|E 4-5 21 |ENE 46/NE 4|NE 4-5| NE 3-5 | [NE 4]| [NE 4),| (NE 3])/[NNE 3]|/NNE 24|NNE 4|NE 3-4| NE 3-4) 22 |[N 21) (N 2}| (NW 2)| (W 2)| WSW 2) Ww 2) WSW 2-3|}SW 3) SW 3|SW 3|SW 3)/SW 3] 23 |ENE 1-3|/ENE 23/E 2-4 |NE 2-4|ENE 1-3|NE 3|NNE 3|NE 1-3] NE 3|NNE 3| NE 3|NNE 1-3] 24 |SW 1-2} Sw 2|SW 3|/SW 3|[SW 3)) (SW 3] | [SSW 3]/(S 3/5 4|S 3/5 [3] |S 3 25 |[SSW 4]|rssw 4)/ [SSW 3]/(SSW 3)|SSW 3/SSW 2-3|}SW 3/5 41SSW 3-4|5 3-4 | SSE 3/5 3] 26 |SSE 3]/SE 2-3|SSE 3|SE 3-4| SSE 2| NE 2|E 1-2} ENE 2|NE 2|NE 2|NE 2-3 | ENE 27 | NE 1} ENE 2) ESE 2) ESE 2) (ESE 2]| [SE 3]| (SE 3] | (SE 3]|SSE 3|SE 3/SE 3|)SE 28 |[SE 4] | (SE 4]| (SE 3]| [SE 3]| SSE 3|SE 3|)SE 4|SSE 3| SSE 3/SE 2-3|SSE 3-4|SE 29 |SE 0-1/sR 1|S 0-1| SW 1)W 0-1|NW 0-1) W 0-1 | Calm, 0| Calm, O|SSW O-1/SSW- 0-1]S 30 | SW 3-4 |SW 4|1SW 4|SwW 4/(SW 4]| [SSW 4]| [SSW 4]|[S 4)|S 4|5 3| SSE 3-4|SE - 31 |[SE 7]| (SE 7)| (SE 7)| (SE 7] | SE 7|SE 7|SE 7|SSE 6-7 | SE 7-8|SSE 7|SE 7|SE MeAns| 4°00* 4°19/4°20* 4°26/4°22* 4:05/4:00* 3°87 |3°36* Bua a 3°68|3°36* 3°68/3°31* 3°65/3°89* 3°89/3°63* 3°63|/3°68* 3°66) 3°52* Direction anD Force or Winp (0 to 12). APRIL 1884. 1 2 3 4 5 | 6 7 8 9 10 1 12 | 4 Din. 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.|,Dir’n. Force.) Dir’n, Force. | Dir’n. Force} { 1 |s 4S 4|SSE 4/SSE 6-7 | SE 7|SE 8|SE 8-9 | SE 7-8 | SSE 5-6|5 4-5 | SSW 5/S 4-5} 2 |SSE 5/S 5-6 | SSE 4-5|S 5| [SSE 5] | (SSE 5] | [SSE 4]| (SE 4)|SE 4|SSE 34 |SE 5|SE 4! 3 | [SSE 3] | [S 3]|[S 4) |[S 3/8 3-4|SE 4| SSE 3/ SSE 4|SSE 4|SSE 4|SE 4|Ss 4 |S 4-5|S 4-5| SSE 5|SSE 5|SE 5|SE 5-6 |SE 5| SSE 5-6 | SE 6| ESE 6|SE 5-6|5 5 |SE 4|/SE 4-5 | ESE 6|ESE 6-7|(ESE 7] | (ESE 7] | (SE 7) | (SE 7]|SE 7-8|SE 7-8|SSE 5|S8 6 \[S 6) | [S 6)|[S 5)|5 5-6/8 8-418 4-5 |SSE 4-5/8 4-5/5 4|S 3-4/5 2-5 |SW (fe Ns 3-4|S 3-4|S 4/8 4|SE 4|SE 4|SE 384|\|ESE 3-4|SE 5|SE 4/8 4|SSE 8 |SW 3);WSW 3-4) W 3) WSW 3/[WSW 3]|[WSW 3]|/[WSW) 2]|[WSW) 2]|W 1-2|SW 1|/SwW 2-3 | SW 9 |S 4/8 3-4/8 4|S 3-4| SSE 3S 3/SSE 2-3 1|SSE 1|SSE 2/8 3|SSE 10 |S 2-3 | SSW 3|SW 2\SW 1| Calm, 0| Calm, 0} Calm, 0| Calm, 0| Calm, 0| Calm, O|SE — 0-1|SE TN 1)/(NNW 1|(NW 2)|NW 2-3|N 1-3 | NNW 3) NNW 4|/ NW 1-3| N 0-2| NNE 1|NE 0-1|N Zeal IN 2-3|NNE 2-4|NE 1-4|N 1-5|}NNW 1-2|NNE 3-4|NNE 23|\NE 3-4| NE 4|NNE 24|)NE 4/ Calm, 13 |E 1-4| NE 3-4|E 2-4) NE 1-3| NNE 4|NNE 2)(NNE 2]| (NNE 21|N 1-3)|NNE 2-3|NNE 2-3| NW 14 |N 4|N 3-5 | [N 4]|(N 3)| NNE 3| Var. 0-3|NNW 2-4|/N 1-3 | N 3|NE 0-1|N 2-3|N 15 | Var. 0-3 | Var. 0-2|N 24/5 2|NE 3-4) NE 3-4| NE 4|NE 4|NE 4|\SSW 3-4|NE 24|NE 16 | Calm, 0|ENE 2|NE 2| Calm, 0| (NE 1)| (NE 2)| (NE 2]| (NE 2)|N 1-3) E 2\ENE 3|E 17 |(NE 2)| (NE 2)|(NE 2)| (NE 2)|E 2|ENE 1|)NE 2) ESE 2| Calm, 0|NE 2\|NE 1|NNE 18 |NW 2|NW 2-3 | Var. 0-2| NE 2|NE 1|NNE 2|NE 2)N 1-2|N 2|N 2-3|N 1|N 19 | NE 2-3) NE 1-3 | ENE 8/ENE 1-3/(ENE 2)| (ENE 3]| (NE 3)| [NE 3)| NE 38\/N 0 | Calm, 0} E 20 |[S 1) [SW 1)|/(W 1)|(W 1)| W 1|W 2)\NW 2-3|NW 1-2| W 1-2| NW 1) W 0-2 | WSW 21 |(NNE 1)|NE 1)/N 1/E O|N 0| NNW 1|N 0) Calm, 0} Calm, 0| Calm, 0|SE 2|SE 22 |SE 3|SE 3/SE 2|SSE 2-3] [SSE 2}| [SSE 3) | (S 3]/[S 3]|S 3/8 3/8 3|SE 23 |(SE 8) | [SSE 3) | [S 8] | [S 3)| SW 3/8 3)5 3/8 2\8 3|SE 3|SE 3-4|SE 24 |N 0|SE 1/8 0-1 | 8SE 1} Calm, 0|SW 1|\Sw 3| NW 1| Calm, 0O| WNW 0/|SSE 1-2|SE 25 |SE 2-3|SE 2|SE 0-1| NNW 0-1) NNW 1|NW 1) NW 1) NW 1) SW 2|S 1| Calm, 0; SW 26 |[S 3) )(S 4) | [SSW 4]| [SSW 3) | SW 3-4 | SSW 4|SW 4) SW 3)SW 3| SSE 3/8 2|s 27 N NE 1) NE 2| Var. 1-3 | Var. 1-2| NE 0-2| NE 2-3} WSW 0-1|NNW 0-2|NE 2|NE 0-1| NE 1-2 | NW 28 | NE 1| NNE 3/N 0-2| NNE 4|(NE 3)/[ENE 3) /(E 2)| [ESE 2]|SE 2| ESE 8|)SE 2-3 | SE 29 |(Calm, 0J|Calm, 0/Calm, 0|N 0-1| NW 0|SE 1|SE 3) SE 3|SSE 4|SE 3-4 | SSW 3/SSE 30 |SW 4)SW 4) WSW 5| WSW 4|1SW 4-5|W 4|WNW 4/NW 0-3/NW 2|W 3|NW 0-3/W 31 MEANS 2°64" 2°57! 2°87* 2°87/2°68" 2°80/2°81* 2°75|2-48* 2°67/2°83* 3:03]2-98* 3°02 F2°50* 9 2°67 |:78* 2°7 247% 2°47 | 2°57* 2:57) 2°B2Ra Direction and Force or Winp (0 to 12). MARCH 1884. 16 Dir'n. Force. SW 4-5 SSE 3-4 8 6 NE 1 N 1-2 SW 4 SSW 1-3 Ss 2-3 8 5-6 SW 2 SE 5 iS) 6 s 6 SW 6 SW 5-6 iS) 4 SW 5 Ww 5 SS) 3-4 E 3 NE 3-4 NE 2-3 N [2] SSW 3-4 8 2-3 NNE 2 SSE 1-2 SSE 0-1 WwW 1 iS) 4-5 SSW 4-5 3°58* 3°53 17 Di’n. Force. SSW 4-5 SSE 3-4 S 5-6 ENE 1-2 N 0-1 Ss 5-6 Ww 0-1 iS) 3 Ss 5 SSW 3 iS) 6 8 6 SSW 6-7 SW 6-7 SW 5 s 4-5 SW 4 Ww 4-5 SE 4 ENE 3 NE 3-4 ENE 3 N 3 S 3-4 SSE 2 NE 2 SE 3 E 0 SW 3 NS) 4 SW 4 3°66* 3°66 18 Dir’n. Force. SSW 4 SSE 4d 8 3 NE 2 NNW 1-2 s 5-6 NW 1 s 4 8 5-6 iS} 3-4 SSE 5-6 iS] 5-6 SSW 6 SW 5-6 SSW 56 8 3-4 SW 3-4 WNW 3-4 8 4 SE 2-3 NE 1-3 NE 2-4 N 1 SSW 4 SE 3 NE 1-2 SE 2-3 ENE 1 SW 2 iS) 4-5 SSW 3-4 345* 3°45 19 Dir'n. Force. SSW 4 SSE 5-6 WSW 3 NE 2 NW 2 8 5 Calm, 0 iS) 4-5 8 7 S ry S 6 Ss 5 iS) 6-7 SW 6 SSW 5-6 S$ 3-4 SW 3 WwW 4 8 5-6 NE [5] N 2-4 NNE 2-3 NNW 0-1 Ss 3-4 Ss 3 NE 2 SSE. 2 N 0-1 SSW 2 Ss 5-6 SSW 4 3°68* 3°66 Direction AND Force or Winp (0 to 13 14 15 Dir'n. Force.| Dir’n. Force.| Dir’n. Force. 1 |SSW 4|SSW 45|/SSW 45 2/8 4-5/8 8-4/5 5 3 |SE 7-8 | SSE 7|SE 6-7 4 |Var. 0-1] Calm, Oo|NW 0-1 5 |E 3-4 |SE 1-2| NE 0-2 6 |SW 5|SW 4|SW 4 7 |W 2-3| WSW 2|/SwW 2 8 |SW 2/SW 3|SSW 2 9 |S 4/8 4\S 3 10 |SW 2\8 2|)SW 2 ll |S 4|SSE 4|SSE 5 12 |S 5/S 5-6|S 5 13 «|S 4-5/S 45/5 5-6 14 |SW 6-7 | SW 6-7 | SW 6-7 15 |SW 4-5|SW 5|SW 6-7 16 |S 5|/SSW 4-5|SSW 4 17: ‘|S 3-4/8 4|S 4-5 18 |WSW 46|}WSW 5|WNW 2-4 19 |W 3) WSW 2|SW 3 20 |E 3/E 2-4|E 2-4 21 |NNE 24/NNE 1-3/NE 2-4 22 |SW 3-4 | SW 3-4|NNE 2-3 23 |N 2-3|)N 2-3|N 2 24 |S 4|S 3/8 3 25 |S 3/S 2\|8 1-2 26 | NE 2|NE 0-1| NE 2 27 |SE 2-3) SE 3|SE 3 28 |SE 3|SE 2-3|SE 2 29 |S 1|)/SSW 0-1) W 0-1 30 |SE 4|SE 4/SE 4 31 |SE 6-7 | SE 7|SE 5 Means} 3°69* 3°69 neal 3°39 | 3°39* 3°39 13 14 15 Dir’n. Force.| Diy’n. Force.| Dir’n. Force. 1 /|s 418 4|S 5 2 |SE 4-5| SE 5|SE 5 3 1S 3-4| SSE 3-4| SSE 4 418 5| SSW 3;/SSW 23 5 |SE 6-7 | SE 51S 6 6 |SW 5|SW 4-5|SW 3-4 7 |SE 3-4 | SE 3-4 | SSE 2-3 8 |SW 2|/Sw 1/S 2 9 \38 2|SSE 2|S 3 10 |S 2/8 1|Calm, 0 ll | Calm, 0| NE 0| SE 1 122 |NW 23/NW 2-5| NE 1-6 13 |Calm, 0O/NE 0-2/N 3 14 |N 1-2)ENE 1-2|N 1-2 15 | NE 3) W 3) W 1-3 16 | ENE 1), ENE 2|N 2 17 | NE 1-2|N 0-1) NE 0-1 1s |E 1\E 2|N 0-1 19 | Calm, O|N 0-1) N 0-1 20 | NE 0-1) NE 0| Calm, 0 21 |SSE 2|SE 3| SSE 1-2 22 |S 2|SE ~3/Calm, 0 23 |SE 2|SE 3|/SSE 3 24 |N 0-1/ENE 0-1|/E 0-1 25 | Calm, 0 0-1/S 1-2 26 «|S 2-3/S° 3|8 3 27 | WNW 0-1/ Calm, 0|E 3 28 |SE 2'1SE 3|SE 3 29 |W 4'1SSW 3-4/S 4 80 |NW 1-3) Ww 1-3|NW 2-4 31 IMEANs| 2°22* 9-99/2-07* 2°97/2°35* 2°35 TRANS. 16 Dir'n. Force. s 5 Ss 4-5 SE 3-4 SSE 3 s 5 SSW 3 Ss 3 8 1-2 SSE 3 NW 1-2 NE 0-1 NW 2-5 NE 1-2 N 2-3 NE 3 NNE 3 Calm, 0 NE 2 Calm, 0 Calm, 0 i) 3 SSE 2 SE 3 SE 3 SSE 2 Calm, 0 N 0-1 ESE 2 SSW 4 WSW 0-3 233" 233 17 Dir'n, Force. SSE 6 iS) 5 SE 4 SSE 3 s 5 SW 4 s 4 SSW 2 NS) a: N a SSE 1 NE 4 E 1-3 N 2-3 SE 2 N 3 Calm, 0 E 2 Calm, 0 NE 1 iS) 2 iS) 2 SE 2-3 SE 2-3 SW 3 SE 2 WwW 1-2 SE 4 iS) 4 SW 3-4 2°65* 2°65 18 Dir’n. Force. SSE 5-6. SSW 4-5 SE 3-5 SSE 4 SSE 5 SW 3-4 iS) 2-3 iS) 2 SSE 3 Calm, 0 SE 1 N 3-5 SW 2 N 3-4 N 3 NE 2-3 E 0-3 NE 3 E 1 NE 0 SE 2 iS) 2 SE 3 SE 3 SE 3 NE 2 Calm, 0 SE 3 8 5 WwW 0-2 2°65* 2°65 ROY. SOC. EDIN. VOL. XXXIV. 19 Dir'n. Force SE 6 Ss 4 SE 4-5 SSE 3-4 s b SW 4 SW 2-3 SSE 3 s 3-4 N 1 NW 0-1 NE 5 NW 1 N 34 SSE 2 N 3 NE 2 NE 0-1 Calm, 0 Ss 1-2 SE 3 Ss 3 SE B SE 3 SSE 2 Calm, 0 E 2 SE 3 s 5 3 27% 2°77 20 -| Dir'n. Force. S 4-5 iS) 4 s 4-5 SSE 5 Ss 5 SW 5 SW 3 SE 3 Ss 3 N 0-1 N NE 1 SSE By NE 2-4 ESE 1-3 NNE 1-3 Calm, 0 NE 1-2 NE 0-1 Ss 0-1 SE 3 SSE 3 SE 2-3 SE 2-3 iS) 3 E 0 NE 1-2 SSE 3 SS) 5 WNW 1-2 2°50* 2°50 20 Dir'n. Force. s 4 SE 6 NNW 0-1 NE %, WSW 2 Ss 5-6 N 0 s 4-5 SSE 8 Ss 5-6 s 6-7 s 5-6 SW 6-7 SW 6 SSW 455 s 45 SW 3-4 NW 3-4 s 6 NE 2-5 N 2 NNE 3 NW 1 8 4 Ss 3 NE 3 SE 3 SE 0-1 s 2 SE 6-7 SSW 3-4 3°85* 3°85 21 Dir’n Force. SSW 3 SE 6-7 NNW 0-1 NE 3-4 WSW 4 s 45 Ww 0 Ss 6 SE 8-9 iS) 6 Ss 7-8 Ss 5-6 SSW v( SSW 6 SSW 3-4 Ss 4 SW 3-4 NW 3-4 s 6-7 NE 3-5 N 2 N 1-3 N 0-1 s 4 SS) 4 NE 3-4 SE 3 SE 0-1 SSW 3 SE 6-7 Ss 2-3 4:03* 4°03 12). APRIL 1884. 21 Dir’n. Force. Ss 5 8 3-4 SE 5-6 SSE 5 S 5-6 SW 3-4 SW 3-4 SSE 3-4 Ss 3-4 NE 2 N 2 NW 2-4 N 2-4 N 4 WSW 4 NE 4 NW 0 NE 2 NE 0-1 NW 0-1 SE 4 SE 2 Calm, 0 SE 3 SSE 2-3 Calm, 0 Calm, 0 SSE 3-4 s 5-6 WNW 2 2°87* 2°87 22 Dir'n. Force. [SSW 3] SE 6 NW 0-1 E 3-4 SW 4-5 s 5-6 [W 0) iS) 6-7 SE 8-9 s 5 Ss 7-8 s 4-5 SSW 5-6 SSW 6 SW 5 (s 5) SSW 3-4 NW 3-5 SW 6-7 NE 2-5 N 2 [NNE 2] Ww 1-2 iS) 4 [s 4) ENE 1-3 SSE 3-4 [SE 0-1) s 2-3 SE 7 S) 2 4°42* 4:03 22 Dir'n. Force. 8 5 8 3 (SSE 6] SE 5 s 5 [SSW 4) SW 3 8 3-4 [s 3] NNW 1 NE 2 E 2-5 NNW 4 N 3-5 NE 5-6 NE 2 NW 1 E 3-4 ESE 0-1 [N 1) SE 4 SE 2 Calm, 0 E 2-3 SSE 2 (Calm, 0] E 1 SSE 3-4 SSW 6 WwW 1-3 2:98* 2°92 23 Dir'n. Force. [SSW 4] SSE 6-7 NW 1 (NE 3-4] SW 4 s 6 (Ww 0) s 6-7 SE 9-10 Ss 3 Ss 6 SSW 5 SW 5-7 SSW 6 SSW 4 s 5 SSW 4 NNW 25 SW 6 ENE 3-5 NE 3 (NE 2) Ww 2 iS) 4 iS] 4 NE 1-2 SE 3 [SE 0-1] Ss 3-4 SE 6-7 8 2 4°44* 4°05 23 Dir’n. Force. Ss 3-4 8 3 [Ss 4) SSE 5 Ss 5-6 [8 3] SW 3 s 4 [s 2) NNW 1 NNE 2 Var. 0-3 N 2-4 E 2-6 NE 4-5 NE 3 NW 2 NE 4 SE 1 [N 1) Ss 4 SSE 3 Calm, 0 SE 3 SSE 3 (Calm, 0] E 1-2 SE 3 SSW 0-46 WSW 5 3:02* 2°85 Midnight. | Mean. Dir’n. Force. iS] 4} 3-9 SSE 6| 4:4 Ss 5-6} 4:3 WwW 0); 27 Ss 6} 25 SW 6} 62 SSW 4-5) 4°5 iS) 5) 45 SW 4) 4:4 NW 2-5} 4°4 SW 7} 4:0 8 3/ 31 NE 1-2) 2:2 SE 4) 27 tS) 3-4] 5°5 4°13* 4°13) 3°78 Midnight. | Mean. Dir‘'n. Force. S 4-5) 53 SSE 3/ 4:3 S 4-5| 39 SE 5] 46 S 6) 58 S 3] 4:2 SW 3] 375 iS) 4) 25 s 2) 2-7 N 2} 1°0 N Ly 13 SE 1-3} 29 N 1-3) 2:2 N 2-7| 2°8 [N 1j} 1:0 Ss 4; 1° SE 3} 25 3°02* 2°88] 2°65 x 156 Direction AND Force or Winp (0 to 12). MAY 1884. 1 2 3 4 f 6 7 8 9 10 11 12 | Dir'n. Foree.| Dir'n. Force.| Dir'n, Force.! Dir’n. Force. Dir'n. Force.| Dii'n. Force.| Dir’n. Force.| Dir'n. Force.) Dir'n. Force.| Div'n. Force.) Dir'n, Force.| Dir’n. Force. 1 |W 4-5|WSW 4-5|SW 4-6|WSW 5|\SW 4-5|SW 6-7|WSW 6-7} WSW 7-8|SW 8-9|W 4-5 | W 5|/WSW 5 ; 2 |NNW 5-7|NNW 6-8|NW 6-7|NW 4-5|Var. 0-5) NW 3|/WNW 3-4|N 1-4|NW 2-5|WNW 2-4|NW 3-5/W 2-5 { 8 |WNW 3-4|W 5-6| WSW_ 5-6] W 2-5) WNW 1-4)] WNW 38-5|NW 2-3|N 2|\NNW 2/NNW 1-3|W 3)WSW 4 { 4 1W 3|W 1-2)/WSW 3|/WSW 2|NW_ 1-3/NE 0-2} E 0-1| W 0-1| NE 2)NW 0-2|NNE 2-3/NE 2 ; 5 |(NE 3]| NE (3]| NE (3]| NE (3]| NE 3| ENE 4|NE 4| NE 4|NE 4|NE 2-4| NE 3-4| ENE 3 6 |NE 3|NE 4|NE 3-4] NE 2-4| (NE 3]| (NE 3)| (NE 3]| [NE 3]|NNE 2-3|NE 2-3| NE 1-3| NE 2 : 7 |Calm, 0/S 1/8 1-2/S 2-3 | SSE 2| SE 8-41/SE 2-3|SE 3|SE 4|SE 4|SE 4-5|/SE 5 : 8 |WSW 3-4/W 3-4|WSW 4/W 3)/WSW 3/SW 3|/SW 3-4|WSW 3-4} W 3|W 3-4] W 3-4) WSW 3-4 ; 9 |SW 3|SW 3-4] SW 3|SW 3-4|SW 3-4| SW 3-4|SW 3/SW 3|W 3|W 3)/WSW 3|/Ww 3-4 10 |W 4-5|WNW 5|/SW 4-5 | W 4-5| W 3-4| WNW 4|/W 3) W 3|W 3|/W 2-3) WSW 8/WSW 23 ; 11 |SW 3-4| SW 3|SW 3-4|SW 3-4/8 3/8 3-4|SSE 4/8 4|SSE 4|SSE 4|SSE 45/8 4-5 12 |WNW 3-4] W 2-4] W 4|NW 2-4|)WSW 2-3) W 1-3}WSW 2-3|}WSW 3/SW 3|/SW 3-4 | SW 3)/SSW 2-3 13 |SW 2-3|SW 3-41 SW 3-4| SW 2-3|SW 3|/SSW 2|SSW 3/8 3-418 3/S 3-4/5 4|SE 5 14 |S 6-7|S 6\s 1-2| SSW 3|SSE 3/S 2-3/8 2| WSW 2|NW 1| NNE 2|NNW 0-1) WNW 0-2 : 15 |SW 4|SSW 3-4|SSW 5| SSW 4|SW 3-4| SW 4\SW 4|SW 4|/W 2-3)/NW 1-3/W 2-4|NW 0-2 : 16 |WNW 3/W 34|NW 1-3|NNW 13|WNW 2/NNW_) 2\|N 1-2)|NNE 0-1| W 0-1) W 1|WSW 2-3|SW 3 17 |W 3-4] W 4/NW 3-4/SW 3-4|SW 3| SSW 3|/SW 3/SW 3| SW 3-4 | SW 3-4 | SSW 4|SW 3 18 | WNW 3-4] W 4|W 2-4)WNW 3|/WNW 2-4/WNW 3/SW 2-4|WNW 25|NW 3-4|INW 24|/WNW 3/W 2-3 19 | WNW 1-2|NW 2| NW 3|NNW 2-3| W 0-1} WSW 1/SW 2|SW 2|\WSW = 2/SSW 1|SW 1|WSW 1 20 |W 1|W 1|W 1-2|NW 12/Calm, 0O/|N 0-1|NNW 0-1/Calm, 0/Calm, 0/|N 0-1)/NW 0-1)/NW 1 21 |W 3|SW 3|/SW 3|SW 2|SW 3-4] SSW 4|SSW 4|SSW 4|SSW 4-5/SSW 4|SW 3-4 | SSW 4 22 |SSW 4-5|/WSW 4-5|W 4/SW 45/SW 4|SSW 3) SSW 3/SSW 3-4|SW 3-4| SW 3|/SwW 4|SW 3 23 | SW 3|SW 3-4/SW 3|/SW 2-3 |SW 2|SW 1-2|}SSW 1|SW 1|SW 1-2|Sw 1/Sw 1|)SW 2 24 |SSE 23/SSE 5|SE 3|/SSE 2-3/S 2|SSE 2|SSE 2|SSE 1| SSE 1| SSE 1/SE 2-3| SE 3 25 |SSE 2-3|SSE 3/38 2-3/8 2-3|SE 2-3|SE 3|SE 3|/SE 3|SE 3/SE 2-3|SE 2-3|SE 3 ; 26 |S 1|/SSW 0-1/Calm, 0|W 0-1|NNE 0-1] Calm, o|N 0| ENE 1|NNE 0-1|ESE 1|/SE 2|SE 3 27 |SE 1-2|SE_ 1|Calm, 0|W 0-1/NW 0-1|NNE 2|NNW 1/NNE 1| NNE 1|NE 0-1|E 1|SE 1 23 |E 0-1| NE 0-2) E 1-2) NE 2|NE 1-2|N 0-2|N 1-2) NE 1| NE 1|N 0-1/Calm, 0/S 0 29 |N 1-2|NW 1-2|NE 2|NE 2|NE 2|NE 2| NE 2|NE 2|NNE 1| NNE 1|NE 0-1/SE 0-1 30 |SW 0-1/SW = 0-1/W 0-1| NE 0-1/NNE 0-1|NE 1| NE 2|NE 1|NNE 2|NNE 0-1|SE 0-1|E ) | 31 |N 1|N 1|N 0-1! NE 1| NNE 1]NNE 1-2|)NNE 2|N 0| NE 1/Calm, 0|W 0|Calm, 0 , MEans 2°84 3°05 2°89 2°69 2°35 2°58 2°55 2°45 2°53 2°19 2°50 2°52 r Direction AnD Force or Winp (0 to 12). JUNE 1884. ; 1 2 3 4 5 6 if 8 9 10 11 12 4 eo ae eset, al = en ee ee ee ae ee) Ee eS Now, Oe ——e . Dir'n. Foree.| Dir'n. Force.| Dir'n. Force.| Dir'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. 1 |W 3|SW 3|WNW 2|/SW 3-4| SSW 3|SW 3|)SW 3|/SSW 3-4|SW 3/8 4|SW 3-4|SW 4} - 2 18 2-3/8 3-4/5 3| ESE 4|SSE 4|SSE 4-5/SE 4-5|SE 4-5 |SE 5|SE 5|SE 5-6 | SE 5 ] 3 |SSE 2|)SSE 2|SSE 218 1|SE 2-3|SE 2|Calm, 0|NW 0| Calm, 0|NE 0-1)ENE (i1/ESE 1-2 4 |W 0-1|N 0-1|NNW 1|NE 0-1| NE 0-1| NE 1|N 1|N 0-1|N 1| Calm, O|N 1JNNW 1 5 IN 1|N 1-2|N 2|N 1]NNW 1|N 1-2|N 0-1|N 0-1| NW 1]/NNW 1/NNW 0-1|NNW 0-1 6 |SE 1|/SE 2|SE 1/E 1|NE 1|SE 0-1] NE 0-1| SE 1-2|SE 1)/ENE 0-1/Calm, 0/Calm, 0 7 |NE 0-1|N 0-1|N 0-1| Calm, o| NW 1|E 0-1|/Calm, 0/N 0-1|N 1|Calm, 0/ Calm, O|N 0 8 |NE 3|NE 3|NE 3| ENE 3| NE 2-3| NE 2-3) NNE 2|NW 1-2|NNE 2|NNE 2-3|/NE 1-2| NE 12 9 IN 3-4|N 3|N 3| NE 2-3 | NE 2-3|NNE 2-3|NNE 1|NE 1|E 1|N 0-1/Calm, 0|N 0 10 |SSW 1/SSW 1-2|SSW 1/S8 2/8 2)38 2-3|S 2\8 2/8 2| Calm, 0| W 0-1) SW 1 11 |SW 3-4) SW 3-4|SW 3-4| SW 4|SW 4|SW 4|SW 4|;WSW 45;WSW 4/SW 4|W 2-4| NW 3 12 |W 34 /N 3|W 3-4|N 1-2|SW 1-2)WNW 1-2) W 0-1| W 1-2|W 2-3|SwW 3|WSW 2/SW 3 13 |SW 4-51W 3-5|WSW 45|W 5|WSW 4-5|SW 5-6 | SW 5|SwW 5|WNW 4|/WNW 34;/WNW 2/WNW 2 14 |NE 1-3| NE 1-2|NE 2|NE 1-2|NE 2-4| NE 1-3| NW 2|N 12;/NNW 1|N 1-2| NE 2|Calm, 0 15 |NE 2|NE 2-3|E 0-3 | E 2-4|N 8|NNE 23|/NNE 2-3|NE 3|NE 2|NE 3) NE 2-3|N 12 16 |ENE 4-5/Var. 1-5|ENE 45/NE 4-5| NE 2-3| NE 3| NE 2-3 | NE 2-3 | NE 3|NE 3|NE 2-3| NE 2-3 17 |NE 1-3] NE 3-4| NE 3-4| NE 3-4|N 1-2|N 2|N 1-2|NNE 2|N 2|NNE 2|N o|N 0 18 |NW 2iNNW 2|NW 2|W 3|)W 2|W 1-2|NW 0-1|N 0-1] SE 1|N 0-1|/Calm, 0/Calm, 0 19 |S 3| SSE 2/8 1|/SW 2|SW 1|W 2| W 1) Ww 0-1|SW 2|SW 1|SW 1/S 0-1 20 | SSE 1|SE 1|SE 1|SE 1-2|SSE 2|SE 2|SE 2| SE 1|SE 1|SE 2|SE 2|SE 12 21 |s8 0-1/8 0|SSE 1|SE 0-1|SSE 1/S 2\38 1/8 0-1] Calm, 0|s 1/Ss 1|S8 1 22 |NW 1}WNW 2|WSW 2/WSW 2/|WNW 1|/WNW 2|/WNW) 2/NW 2|}WNW 2|/WNW) 2|W 3|W 2-3 23 | NE 2-3|N 2|N 3|N 2|N 2| ENE 3|N 1-2|N 2|N 1|N 0-1|N 1|8 1 2% ISW 4|)SW 34/SW 4| WSW 4|W 3-4) W 3-4|WSW 3-4|/SW 3-4|SW 3-4] SW 4|SW 4|SW 4 25 |NE 2-4|N 2-3|N 2-4|N 4-5| NE 2-4|NW 2-41N 2-4| NE 3-4|ENE 3-4|NNW 2-4|NE 2-3 | W 1-8 26 |W 1-3)|NW 2-4|NW 3|1SW 83)|NNW 3/|NW~ 2-3|NW 3/N 2-3|NNW 2|NW- 2-3/NW 2|NW 2 27 |W 2)WSW 2-31 W 2|W 1-2|SW 31WSW 2|/SW 2-3| SW 3|)SW 2|SW 2|SW 2-3 | SSW 3 28 |WSW 34|/WSW 3/|W 3-4] W 3| NW 2iNW 23|NW 2|}WNW 2/SW 2/8 2/8 1-2/8 2 29 |SE 4|SE 4-5|SE 5|SE 4-5|SSE 4-5/SSE 5|SSE 5|SSE 4-5|/SSE 4-5/SSE 5| SE 5| SSE 5 30 | SSW 3/8 8-4/8 3/S 3/8 2-3|S 3/8 1/3 2138 2/SW 2/8 2|8 0-1 31 Means 2°88 2°43 2°50 2°53 2°85 2°60 2°02 2°10 2:07 2°05 1°82 1°72 Direction AND Force oF Winp (0 to 12). MAY 1884. 157 13 14 15 16 17 i8 19 20 21 22 23 Midnight. | Mean. Dir'n. Force.| Dir’n. Force.} Dir’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.| Din’n, Force. 1 |N 38) WNW 4(/N 2-4)WNW 24) NW 4|WNW 2-4|}WSW 5-7|NW 4| NW 4| NW 0-4|NNW 1-4;|NNW 47 4°6 2 |NNW 2-.|NW 1-4] W 4-5|WNW 2-3|NW 1-4) WSW_ 3-4/SSE 2-3)|WNW 14|NNW 1-4|/(NW 3] | (NW 3] | (NW 4)| 36 3 |SW 3|SwW 3-4 | W 3-4| NW -2 | Calm, 0| NW 3) W 1) WSW 3) SW 3) W 3) W 3-4 | W 4] 30 4 |NNE 2| NW 3/5 3/NE 2-6 | NE 3|SW 0-1| NE 3|N 2|NNE 2-3|NE 3) NE 2-3|N PA), eal 5 |NE 4|NE 24/ENE 3-4|NE 2-4) NE 2-4| NE 4)NE 3-4| NE 3| NE 2-3 | NE 3|NNE 23|}NNE 2-3} 3:2 6 |NE 2-3 | ENE 3|/NE 8) NE 1-2} NNE 2| NE 2-3| NE 3/ NE 3|NNE 1-2|NE 1|N 0-1| NW L225; 7 |SE 5-6| SE 6|SE 5-6 | SE 5|SE 5|SE 5|S 4;SW 2-4|SW 4-5|/SW 4|SW 5|SW 4 Bf eh. 2-4| W 3) WNW 2-3) WNW 2-3] W 2-3 | NW 3) NW 2) Ww 2-3;}WNW 1-2); WNW 2/WSW 3) W 3] 3°0 9 |NW 1-2) WSW 3} W 3-4 | W 384|NW 2-4) W 2-4; WNW 2-3| NW 3|W 4-5 | W 4|W 4|W 4] 3:2 10 |SW 3-4 | SW 1-2|}SW 2|SW 2|/SW 2|}SW 1/8 2|S 2|SSW 3|)SSW 4|SSW 3-4);SW 3-4 3°0 11 |s 45|S 4-5|SSW 5|S 5/S 5-6|S 5|SW 3) SW 3) W 3-4|SW 2-4 | SW 4-5|WNW 2-5| 4:0 12 |SSW 2-3) WSW 3-4) W 1) W 3/SW 3) WSW 2| WSW 2|WNW 1-2} WNW 1-2}/NW 3) W 2-4| SW Sila zen 13 |SE 5| SSE 5|S 5/S 5|S 5-6/S 5| SSE 6|/SE 6|SSE 6-7 |S 6-7 |5 6|S 6} 4:4 14 |SE 2|E 1-2|NE 3|E 0-1 | ESE 2| ENE 1|NNW 2| NW 2|NW 2-3 | W 2-3 | W 3|WSW 3-4] 2-4 15 | WNW 1-2| WSW 3) WSW 3)WNW 2-3| WNW 1-2| WNW 2-4|N 1-3|WNW 1-2}W 4|W 1-3 | NW 3-4 | NW 3-4 3°0 16 |SSW 3| SSW 3) W 2-4 | WSW 4|1SW 4-5| W 2-3|WNW 2-3|/W 3) NW 1-3 | NW 3|W 1-3 | W 3-4) 2°5 17 |SSW 4| WSW 3/SSW 2-3/8 3)SW 3) SW 3|)SSW 3|WSW 2-3/SW 2-3)WSW 1-4|S 4|SW 2-4) 3-2 18 |WNW 1-2|NW 3) W 3;/NW 1-2) W 3| NW 3) SW 0-2|NNW 2-3|};NW 0-2|W =i) WANIWe © 2) WINIWE ES Sie 257; 19 |SW 1|)Sw 2)}WNW 1-3|SW 0-1) SW 3|W 0-1) WSW 1-2|W 0-1| W 0-1 | WNW 1|NW 0-1| W 0-1 14 20 |W 0-1} NW — 1) W 1-2) WSW 3} Calm, 0; W 0-1 | W 1) NW 0|W 1-2| W 1-2|WSW 2-3) WSW 23] 1°0 2 |S 4|SSW 3-4/S 4/5 4/8 3-4 | SSE 4\S 4/SSW 4-5|SSW 5|SW 5|SwW 5|SwW 4| 39 22 |SW 3; WSW 2-3|)SW 3S 3|SW 3) SW 3/SW 3|SW 3|/SW 13 |SW 2|Sw 3) SW Sie 3:2 9 |W 1);Sw 1/S 1| Calm, 0| SSE 0-1 | Calm, 0| Calm, 0|SE 0-1} NE 1|NE 0-1|SE 1-2|SE 2-3 14 24 |SE 2-3| SSE 2-3 | SSE 3|/SE 3/SE 3|SE 3|SE 3, SE 1) SSE 2-3|SE 3) SE 2-3|SE 2) 24 25 |SSE 21s 1-2|SSE 2|1SSE 2-3/SE 2\E 0| ESE 1|SE 3/ SSE 1) SSE 1/8 1-2/8 Tae 221 | 26 |SSE 2-3 | SSE 1/SSE 1-2| SSE 1-2/|SE 1-2| SE 2| Calm, O;/NW O-1|N 0-1|N 0-1| NE 0-1|SE ie 1:0 27 |SSW_ 0-1/Calm, 0|E 0| Calm, 0) NE 1} ENE 1|/SE 1-2|SE 1|/SE 0-1| NE 0| Calm, O|N 0-1) 0-7 28 |S 0-1) E 0-1)|ESE 1-2/SE 1/SSE 1] Calm, 0|SW 0-1 | Calm, 0| Calm, O|N O|N 1|N 1-2] 08 29 |S 1|SSE 1-2/SE 0-2| NE 0-1 | Calm, O|N O|N o| N 1\/E 1/SE 0-1| SE 0-1/8 0-1} 11 30 | NE 0-1/E 0| Calm, 0| Calm, 0|}/ENE 0-1|/NNE 0-1|NNE 1|N 0} NE 0|NE O|N O|N OP 0:5 31 | Calm, 0| W 1|W 0|SE 0-1/8 1-2| SW 0-1|SW 1|/Sw 2|SwW 3|SW 3|)SW 3|SW 3-4 1:2 MEANS 2°40 2°45 2°58 2°35 2°44 2°19 221 2°16 2°31 2°29 2°56 2°74) 2°50 DirEcTION AND Force or Winp (0 to 12). JUNE 1884. &§ 13 14 15 16 17 pls 19 20 21 22 23 Midnight. | Mean. ____ | Dir’n. Force.) Dir’n. Force.| Dir’n. Force.| Dir’n. Force.| D:v’n, Force.) Dir’n. Force.) Dir’n. Force.| Dir’n. Force.| Dir’n. Force.| Dir’n. Force. Dir’n. Force.| Dir’n. Force, a | SW 4-5|SW SSW 4|SSW 4|SSW 4)SW 4-5|SW 4\S 3-4| SSW 3/S 3\S 3/58 3] 35 2 |SE 5|/SSE 3-4|SSE 3| SSE 3/SE 4/SSE 3|SE 3| SSE 3|SSE 2\s 3|SE 2) SSE Bi) Boe 3 |SSE 1/SE 1|SSE 2|SE 1/S 0|NE 0-1|SE 1|Sw 1)/SwW 1]WSW 1-2|W 1| Calm, 0; 10 4 |Calm, O|N O|NW O1|E 1-2|N 1;NW _~ 0-1/Calm, O|NW 0-1|/NW 0-1) NW O=1)| WNW | el IN 1} 06 5 |INW_ 0-1/NE 1} Calm, 0|NE 1|/N 0| Calm, 0| Calm, 0} Var. 0} Var. 0| SE 1|/SE 1-2/SE 1} 08 ao | N 0} Calm, 0| Calm, 0O|N 0} WSW 1|N 0-1|N 0-1| N 1|N NNW 1| Calm, 0|N 0} 06 7 |\SE 0-1|E 0| NE 1) NE 0-1| NNE 2|NE 1-2|N 1-2|N 2-3| NE 2-3| NNE 3} Calm, 0| NE 2} 0-9 8 |NE 2| Var. 1| NE 0-2) W 1| NE 3|NE 2-3| NE 3| ENE 3)/NNE 34|S 1)/NNE 2-4|NNE 1-3} 2°2 9 N 0-1/ Calm, 0| Calm, 0| Calm, 0| Calm, 0| NE 0-1| ESE 0-1 | Calm, 0|SE o|s 0-1|S 1|SSW ili 1:0 10 |S 3|SSW 218 2) SW 3)SW 3)SW 3|/SW 3/SW 2) SSW 3|/SW 2|SSw 3|}SW 3/ 21 li |WNW 23/SW 3) NW 3;NNW 23;/NW 1-3|NNW 2-3) W 3) NW 1-3)NW 24|/W 3|NW 13|NW- 24] 3:2 12 |s 3/SwW 3|SW 3) SW 3|)SW 41W 4) WSW 4)/WSW 45|/WSW 45/W 4-5|W 3-5| WSW 4] 3:0 13 |E 1-2/5 1-2| NE 2|Calm, 0|S 12|/NE 1e2/sw 12/8 01|Ww 1|/NE o02/NNE 2|N Gal Oy 14 |NW 0-1|/E 2-3| NE 0-1/SSW O-1/ENE 1-2}/NNE 2-3|/SSW 2| WNW 1-2] Var. 0-1/E 0-2|SE 1-2| W 0-2 15 15 |NE 2\/E 0-2|)E 1-3 | NE 2-3 | NE 2|NNE 2|NE 2\|ENE 2-3/NE 2-3|ENE 34/E 3-4 | ENE 3| 24 16 NE 3/ENE 3-4/ENE 4|)NE 4|NE 3|NE 3| NE 2-3| NE 3|NE 3-4| NE 3| NE 3-4| NE 3} 32 17 |Calm, 0} Calm, 0} Calm, O|N 0| Calm, 0|SW 2\|Sw 2) WSW 2| W 1|W 1) NW 2| NW g| 15 18 |SSE 1/E£ 0|s o|s O|E 0| NE 0-1|Calm, 0/|Calm, 0/{S 1/8 3/8 3/8 3} 11 19 |E 0-1} Calm, 0/SSE 1) SSE 1/SSW 1} Calm, 0O|N 1| NNW 1|N O|N 0-1|SE 0-1| SSE 1) 2:0 20 |S 2/8 1|s 0-1|S 1)S8 0-1/S 1\s 1/S 0-1| Calm, 0| Calm, 0|/SSW 0|SSE 0-1; 11 21 |SwW 1-2|SSW 1;/SSW 0-1;/N 1|N 1) W 2|NNW 02|NW~ 1-2}/NW 2|\NW 23|NW 3) NW Qi 1:2 WwW 2-3 | NW 1|N 1)NW_ 1-2/SE 0-1/ESE 0-1/E 1| NNE 3|N 2-3| NE 2-3|NNE 2-3|NNE 1-3] 18 23 |NW 1-2) W 1-2| W 2|SwW 3) WSW 3|SSW SW 3|/SW 3/SwW 3-4| SW 3-4 | SW 4|SW 4) 274 2% |WSW 4/WSW 4|NW 4|NW 3] W 1-3;NW 24|/NW 23/WNW 2-4|SSE 2| SE 3|N 1-4|NE 14] 3-4 2 |WNW 2-3|W 2|W 2-3|N 1-3 | W 3) W 3|NNW 2-3) WSW 3|)SW 3-4|SW 3-4 | W 94|NW 2-8) 29 26 | NW 21 W 1;NW oO1;NW 2|NNW 1-2) W 2) W 3) WSW 3| W 3-4| WSW 3|W 3|W 3] 24 27 |Sw 3|SW 1-2|SwW 2|SW 2-3| SSW 2|SW 3|}SW 3/SW 2|SW 2) SW 2-3 |SW 3) WSW 3-4| 2:4 28 |S 2\8 2|SSW 2-3|SSE 2)8 2\s 2/8 3/SSE 3|/SSE 3|SE 3|SE 3-4|SE 4) 2:5 29 |SSE 4|/SSE 4-5|S 4\S 3-4|S 3-4/8 4/SSE 3-4|SE 3|SE 3-4|S 3|SSW 2.|S3W 3/ 41 30 |S 1|SW Oo|WSW 1\/W 0| Calm, 0|Calm, oO|N 1|N 1]Calm, 0/Calm, 0/|SE 0-1] Calm, oOo} 13 31 158 Direction and Force or Winp (0 to 12). JULY 1884. 1 2 3 4 5 6 | 7 8 9 10 u 12 | Dir'n. Force.) Dir'n. Force.) Dir’n, Force.| Dir'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. 1 |SE 1|SE 1| ESE 1|SE 1|s 2-3/S 2/8 2\SSE 0-1/Calm, 0|SSW 0|Calm, 0/S 0 2 |SSE 1/s 0-1 | SE 1-213 1/SE 2|SE 1| ESE 1|SE 2|SSE 2|s 2| SSE 2|SSE 2 3 |s 1-2/8 2/S 1-2|s 2| SSE 2/8 12/38 2|s 2|8 1|Calm, 0|S 1\s 1 4 [SSE 34/SE 3|SE 3|SE 3-4|SE 4|SE 4|/SE 3-4| SSE 3|SSE 3s 3/SSE 3-4|SSE 3 5 |SE 3-4|SE 3-4|SE 3/SE 3-4| SSE 3/SE 3/SE 3-4| SE 4|SE 34|SE 3|SE 2-3|SE 2) a9 6 |SE 3-4|SSE 3\s 2/8 2\s 2-3/8 2/SSw 1-2/8 1-2/8 1/s 1/8 1/8 1 7 |SSE 2|SE 34197 4|SSE 4|S 3| SSE 4|SE 4|SE 4|SE 4-5|SSE 4-5|/SE 5|SSE 4-5 8 |SSE 4|SSE 3-4/ssp 34]/SSE 5|SE 5/SE 5-6| SE 5-6| SSE 6|SSE 5-6|S 2-418 218 2 9 |SSE 28|SE 2-3|\sE 3|SE 2|SE 3/SE 3/SE 2|SE 2|SE 2|SE 3-4|SE 3/SE 13 10 |SE 6|SE 5\sp 6-7|SE 6-7| SE 5|SE 5|SE 5|SE 5|SE 5|SE 5|SE 5|SE 5 11 | ESE 5|SE 5| ESE 5|ESE 4-5|SE 5|SE 4-5 | ESE 4|SE 3|SSW 4|SSW 3/SSW 3/SSW 8 12 |SSE 3|SE 3\SE 3-4|SE 4|SE 5|SE 4-5 | SSE 4|SE 3|SSE 2/8 3/SE 3/s 3 13 |SE 3-4|SSE 4/\SE 4|SSE 3|S 3/8 3/S 3/S 3|SSE 3/SSW 3/SE 3-4|SE 4 4 |s 3/8 2Ig 1/s 3-4|S 218 3/S 3s 12/SSW 34/SW 3/SSW 3|SW 2 15 |Sw 3|SwW 1-3|sw 3iSW 45|SW 23!1Sw 23/SW 3|WSW 1-2|SW 3|SSW 2|SSW 3/8 3 16 |SE 5-6 | SSW 3lg 3|SSW 3/8 2-3/5 2/8 3/8 4|SW 3-4 | SSW 3/8 3|SW 3 17 |sw 4|WNW 3|nw 3/N 2|WSW 3|/wWw 2-3|SW 2|NW 1-2|S 1-2|SE 2-8|E 2-3|SE 2 18 | NW 1| Var. llsw trelw 1]/NW Ol; wsw 12/N 1|N 0-2| W 2)/SSW 1-2|NW 0-1/SW 0-4 19 |NNE 3|NE 3\z 2|NNE 3|NNE 1-2|/N 12)|NE 1-2|N 1|N 1-2|N 0-1|N 1-2|N 2 20 |NE 1| NNE 2\N 3|NNW 2-3/N 2|N 1-2|N 1|N 1|N 1|N O|NNW 0/Calm, 0 21 |S 3/8 BP Gil's 3/Ss 3-4|S8 2-3] SSE 3/S 3/8 3|SSE 3|SSE 3| SE 3|SE 38 22 1SW 4|SSW 31Sw 4|Sw 3-4/8 3|/WSW 0-1|S 2|SSW 2|SSW 21S 3|/SW 218 2 23 |SW 2-3|SW 3iSWw = 2-3 / SW 2|SW 21 SSW 2/8 1|/SSW 2|/SSW 2|SSW 1-2/Calm, 0O|SSW_ 1-2 24 WNW 1-2|W 3) WNW 1-2|W 0|Calm, O|N 0-1| N 0-1) N 0-1|N 1| ENE 1|SE 1|N 0-2 2 IN 1-3]S 1INE 1elESE 1-2|/NE 2-3/ENE 1-2|NE 2|N 13/ENE 23|/NNW 2-3/E 1-3} WSW 0-1 26 IN 0-2| NE 0-2 | w 2-3|NW 9\N 2| Calm, 0| NW 1\s W 0|s 2|8 1-2/8 27 |SE 3-4|SE 3/ESE 3-4|E 3| ENE 1\E 0-1/5 1| ESE 1|ESE 1|NNE 1|E 0-1/SE 28 |SW 2|\SW 2-3) sw 3|SW 3|SSW 2-3/ssw 2-3|/SW 2-3/8 2|SW 218 2-3] SSW 218 29 |SE 0-1|SE 1)ESE 1-2|/SE 1-2|SE 2)SE 2-3| SE 2-3|SSE 2-3|SE 2|SE 2-3| SE 2-3/8 30 |SW 2|SW 23/WSsw 3/W 2|SSW 21 Sw 2|SW 2|WSW 1-2|SW 2/8 2|SW 2|SW 31 |WSW 2|WSW- 3/W 2-3|WSW 0-1/NNW 2!/NNW) 2/N 2|N 1-2|N 2| NW 1]NNW 0-1|/ENE MEANS 2°73 2°63 2-79 2-71 2°60 2°40 2°42 2°24 2°32 2:21 2°10 1-97 Direction AND Force oF Winp (0 to 12). AUGUST 1884. 1 2 3 4 5 6 "i 8 9 10 ll 12 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. Foree, 1 |s 3/S 3|SSE 3/S 3s 2-3/8 2-3/8 3/S 2-3| SSE 3|SE 3|SSE 3/SSE 23 2 |SSE 7|SSE 7|SE 6-7/8 3-418 6/S 5-6|S 45|SSW 23|/WSW 24/SSW 2|SW 384|SW 3-4] 3 |W 5|WSWw 5|W 5|WSW 4-5|W 4\W 9-4 |W 45|/WSW 45|WSW 4-5|W 3-4] W 4| SW 4) 4 |W 2-3)|NW 3-4|W 2-4|WSW 2-3|NW 2-3|WNW 2-3|W 2-3|/WSW 2-3|NW 2-3|NNW 2-3|W 3|W 2 5 |SW 45/SW 3-4/SSW 4/S 4|1SW 3|/ SSW 3|SSW 3-4/SSW 3-4|SSW 3/s 3/8 3-4/8 3-4] 6 |s 34|sw 34/SW 34|/SW 2-4/8 3/8 3/SSW 2\|SSw 3/SW 3|/WSw 2-3|SW 3|s 3| 7 |SSW 3-4|S 4|8 3-4/9 12/8 3\s 3/8 3|s 21S 3|s 3/S 3\s (| 8 |SSE 3-4|S 2-3|SSE 21s 3/8 3\s 3|S 3-4|SE 3/s 2-3/8 3/8 3 |SSE ab 9 |SSE 34/SSE 2-3/8 3-4|S 3|s 2|S 3/8 2-3|S 2\s 3s 2|SE 2-3 | SSE 2] ie 10 |\s 3|s 3/S 3|/SSW 4/8 3|SSW 3/S 3) W 2-3/SSW 2-3/8 2-3|SSE 2-3/8 S| LEGS 2) SW 2|SW 2|SSW 2| Sw 218 2|SwW 0-1| SW 1-2/8 218 2\8 218 2 | 122 |\s 3Is 2|SSE 31s 3\SE 2-3|SSE 3-4|SSE 3|SSE SE 3|SE 4|S 3-4 | SSE 3 | 13 |s 1-3|8 3-4|8 3|Sw 23|W 12/ssw 2/8 2/8 2/8 1/8 3jswe 8 SW ae 14 |SSW 23\|SW 4|WSW 3|/WSW_) 2/S 2) Ww 2-3| W 2|W 2|SW 3|SW 3|WSW 2-3/SW 2 15 |WSW 3|/W 2-3| SW 4|W 2|SW 2-3 | SSW 3|SW 3|SSwW 2-3/8 2-3|S 3-4| 8 2-3)SSW 2-3] 16 |WSW 3-5|W 5|W 4-6|WSW 5-6|SSW 4-5|SW 4-5|W 4-5|WSW 2-5) W 2-4|WSW 3-4|W 1-4) W 1-3] 17 |SW 0-1] WSW_ 0-1 W 1) Ww 0-1|WNW 1\SSW 1/NW 1]|NNW 0-1/SSWw 1/8 1|8 1/8 0-1} 18 |WSW- 3|SW 3\/SW 3-4|SSW 3/SSW 23/8 318 2-3/8 3-4|S 1-3|S 2-3|8 2;SSW 1-2) 19 |S 1-3|/SSE 1-3/S 3-4/SSE 34/SSE 24/8 5|s 45|/SSE 45/SW 3-4/SW 02|/SW 2-3) W 2) 20 |NW~ 0-1/Calm, 0|S 1/Calm, 0|WNW 3/W 3|W 3|W 3\Sw 34|SW 34|SSW 3-4/1SwW 3] 21 |NNE 1-4/N 1-3)|NW 12/N 1-3|Var. 1-3;NNW 3/N 2|NW 2|SE 1|SE 1-2|SE 2) SE 22 18 6|SSW 46/8 4-5|S 4-6|S 5S 4|SSW 45|S 3-4/8 4|S 3/8 3| SSW 23 |SSE 3-4/SW 35|SW 46/SW 46|/W 3-5|W 3-4|W 4|WSW 4-5|W 3|W 4-5 | SW 4\w 2% |SSW 3-5|W 3-4|WSW 2-3|/WSW 2-3|NW 2|W 3/SW 3|SW 34|SW 2-3 | SW 2\SSW 2-3|)SSWw 25 |NNW 0-2|NNW 1-3|Var. 0-2/SW 0-2|NW 1|N 1|W 1|NNE 2|NNE 1-2|/N 1|NE 1) NE 2% \E 0-1|NNW 1-2|/Calm, 0|NW _ 0-1|Var. 0-1/NE 1|NE 1|N 2-3|N 3|N 1-2 Ae gf Ww 27 |NNW 1|NNW 1|N 2\N 1|N 1|N 1|NNE 1|N 1|Calm, 0/SE 0-1 ee : SE 28 |SE 5|SE 5-6| SE 4-5|SE 4|SE 8-4|SE 3|SE 3S 3|W 0|W 1 et i SSW 29 | NNW 1|NNW 1|N 1|SE 0-1\S 0) Calm, 0} Var. 0| Calm, 0o|/NNW 0-1|W 2 a WwW 30 |W 1|W 1-2|W 0-1)/NW 1-2|/W 2-3| NW 1|NW 2|NNW 0-1|WNW 2/W 2|W Wwsw 31 |W 1-3| W 1-3|NW 1-2)WNW 2/W 2|W 2INW 1-2|/W 1-2} W 2|WSW 1|W 1-2|SW i (MEANS 2°87 2-94 2°90 2°61 2°58 2°69 2°61 2°52 2:39 2°39 2°37 2:29) Direction AND Force or WIND. JULY 1884. 159 | TRANS. ROY. SOC. EDIN. VOL. XXXIV. 13 14 15 16 17 18 19 20 21 22 23 Midnight. | Mean. Din'n. Force.| Dir’n, Force.| Dir'n. Force.| Dir'n. Foree.| 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 | Calm, 0|SW 0-1/8 0|s 0-1/5 0|s 0|s 0-1|S 0-1/8 1|8 1-2| SSE Lis i Onn 2 |SSE 2|8 2|/SSE 2|SSE 12)|S8 2/8 2|SSE 21S 2|58 2\8 2/8 2/8 1-2) 17 3 |SSE 3|SSW 1|S 2/8 1-2/8 0-1| SSE 1/S 218 1/S 1|SE 2|SE 3-4| SE By alka 4 |SSE 3|SSE 3-4 | SE 4|SE 4|SE 4-5/SSE 3-4 | SSE 3-4/ SSE 4|SE 4|SE 4|SE 3/SE 3] 35 5 |SSE 3|SSE 2\SE 2-3 | SSE 2|/SE 1|SE 1-2/SSE 2|SSE 2|SE 3|SE 3|SE 3/SE 4| 28 6 |S 21S 0-1/8 2|SSW 2\8 2/8 1|S 1-2|S 1-2|S 1-2/8 1/8 1-2|SE 3); 17 7 |SE 5|SE 4|SE 5| SSE 5-6 | SSE 5-6 | SE 5|/SSE 5|S 2-4/8 46/5 1-3 | SSE 4|S 4} 4:2 8 iS 2\8 2| SSE 3/8 2|8 3/8 2\8 2/8 2/8 2|SSE 4|SSE 3-4| SE 3] 3:4 9 |SE 4|SSE 3-4 |SE 3-4 | SE 4|SE 4-5/SE 4-5|SE 45/SE 6|SE 6|SE 6-7 | SE 6| ESE 6| 36 10 |SE 4-5/SE 5|SE 4|SE 5|/ SE 4-5| SE 5|SE 5-6 | ESE 5-6 | ESE 5-6 | ESE 5-6 | SE 4-6/SE 5] 5:2 11 | WSW 3/SSW 3-4/SW 2|S 2-3|8 1-2|S 2/8 2|SSE 2|8 2| SSE 3|SSE 3/SSE 3/ 33 12 |SW 2)/SSw 2|SSW 3| SSW 3| SSW 2|/SSW 3|/SSW 1|Ss 3/8 3/8 3-4/8 3| SSE 4} 31 13 |SE 4-5|SE 4-5| SSE 4-5|SE 5|/SE 5-6| SE 5|SE 5-6 | SE 5-6 | SSW 3|SE 2-3/8 3/58 1-2/ 3°8 14 |SW 3/SW 2|SSWw 3/SSW 3/5 3|/SW 2|SW 3/W 2-3| SW 1-3 | SSW 2| WSW 3/SW Di 255 15 {8 2/8 2|SSWw 3| SSE 4|SE 4|SSE 3|SE 4|SE 5| ESE 5|SE 6-7 | SE 6-7 | SE 5-6] 3°5 16 {SSW 23/SW 4|SW 4/SW 3/Sw 4)/SW 4-6|SW 4-5| W 5-6 | W 24|/SW 4) WSW 2-4|)SW 34) 3°5 17 | ESE 3)WNW 1-2|NE 1-2| NW 1-2}WNW 0-1) WSW 2-3/NW 1|N 2|NW 2|N 1|NW 1] W Zi 200) 18 /|Var. 0-2|/NE 1-2| Var. 2|N 3/N 3/SSE 1|NE 0-2| N 4|N 3-4 | NNW 2|N 3-4| N 3-4] 1°8 19 |E 1/E 0-1/NNE 1-2|/ENE 2|NE 1-2/E 1-2|N 1/NE 1/ ENE 1} Calm, O|N 2| Var. ny) sale 20 |N 1 | Var, 0-1 | Calm, 0| NW 0-1; NNW 0-1) Calm, 0|WSW_ 0-1) Calm, 0|)SSE 1/8 1)SSW 1} Calm, 0; oO-9 21 |NNW 0-1/|S 1|S 0-1/S 0-1| SW 1/SSE 0-1 | SSE 0-1/8 1/8 2|S8 3/SSW 3-4/S Si zane! 22 |SSW 2|}WSW 2-3] W 3|SW 3/5 3-4| SW 3| WSW 2|W 2| WSW 2)Sw 2-3) W 2-3| SW 3| 26 23 |WNW- 2/SW 1|NW 1|NW 1| Calm, 0| WSW 3) W Dil Wa 1-2| W 2) W 0-1| W 1) W Die 26 24 IN 1/SSE 0-2/ENE 2-3) W G/N 3-4 | SSW 1|s 1|zE 0-1|E 0-1/8 0-1/5 0-1) NE 2-3] 11 ‘ 25 | ENE 2|NE 1-2/E 0-3/8 1-2| SE 2|E 2-3 | ESE 2|E 1-3; NNE 0-1|N 0-2| NE 1-2|N 1-2; 17 26 |S 1/8 1-2|SE 2|/SE 3] ESE 1-2/|SE 2|SE 2|E 2| ESE 4|/SE 4|SE 4|SE A) ed 27 |S 0|s 0| Var. 0| W 0| Calm, 0|SE 0-1|SE 0-1) N 0-1| W 0-1|SW 1|/SW 1-2|SwW 1-2; 11 28 | SSW 2)Sw 3| SSW 3/8 2/8 1| Calm, 0| Calm, 0|Ss 0-1| Calm, 0|SE 0-1| SE 0-1|SE 0-1) 17 29 |SSE 0-1|/E 0|s 0-1| SE 2/8 1-2/8 0-1/8 2|SSW 3;/SSW 3-4|SW 3) SW 2-3 | WSW 2) 1s 30 |WSW 1-2|/SW 3} SSW 2|SSwW 2) SSW 3/SSW 1-2/8 1-2|SSW 3/8 2-3|SW 3|SW 3|)SW 2-3] 2:3 31 | ENE 1] W 0|SE 8 0-2/8 0-1/S 0-1] SSE 1|SSE 2) SSE 2-3 | SSE 3|SSE 3/ SSE 3} 16 _ | MEANS 2-10 1:95 2:24 2°34 2:27 2:11 2°15 2°45 2°47 2°55 2°74 2°71] 2°38 Direction AND Force or Winp. AUGUST 1884. 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. Foree.| Dir’n. Force.| Dir’n. Force.) Dir’n, Force. SE 3-4| SE 4|SE 3-4 | SSE 4|SSE 3/SE 3-4 | SSE 3-4| SE 5|SE 5|SSE 6|SSE 6| SSE 6-7) 36 WSW 3-4/SW 3-4) W 3-4] W 5-6 | WSW 4|SW 4|/W 3-4] W 5-6|WNW 4-6) W 4-5 | WSW 5| W 4-6) 4:5 SW 3-4/ SSW 5| W 4-5| WSW 4|/SW 4-5| WSW 4| NNW 2} WNW 3} WNW 3-4|NNW 3) NW 2-4| NW 24] 39 NW 2| NNW 1) W 2-3 | WSW 3|W 3|W 3) SW 2-3 | W 2-4 | SW 3-4; WSW 3-4] WSW 3) W ey at SSW 3-4/S 2-3/S 3)SW 3|SSW 3|/SSW 2-3/8 3|SSW 3/8 3-4/S 3\S 2/8 3-4) 32 SSW 3/8 3-4/8 2-3/8 2-3/S 4/8 3|S 3/8 4/8 3-4/8 2\S8 2-3|S 2-3] 3:0 iS) 1-2/8 2-3/8 1-2/8 3/8 2/8 2\s 2/8 3/S 2-3 | SSE 3/8 3/ SSE 1-3) 26 SSE 3| SSE 3|SE 2|SW 3/SSE 2-3|/SE 3|SE 3-4 | SSE 3|SE 3-4 | SSE 4|SSE 4|SSE 4) 31 iS) 2-3|SE 1-2| ESE 1-2/SE 2/SSE 2|8 3/)SSE 3/S 3/SSE 2-3 | SSE 2-3/8 2-3|58 2) 25 iS) 2-3/8 2|8 1-2/8 2|SSE 2\8 3| SSE 3-4/5 1-2/S 3-4 | SSE 3-4/8 4/8 2-3) 2-7 Ss 2|s 12/8 2/SSE 12/98 1-2|SSE 2/8 2/8 1-2/8 1-2/8 2-3/8 3/8 2) 19 SE 3|SE 3|SSE 3|SE 3/ SSE 2|SSE 3|SE 4|SE 3|SE 4-5/SE 4|SE 4|8 4) 3:2 s 3-4| SSW 2|s 3|/SW 2) WSW 2-3/SSW 2|WSW 2-3/SW 2|SW 21SW 3)SW 1-2)/SW 1-2] 24 WwW 2-3) W 2-3 | W 2) W 3; WNW 1/|/SW 2-3) WSW 2-3|SW 3-4 | SW 2-3] SW 4|SW 3-4 | WSW Bil, 26 SSW 4|SSW 4-5|SSW 4|SSW 4-5/S 4/8 4-5/8 4-5|SSW 5/SW 45|/SW 5|WSW 5|/SW 14} 36 WSW 1-3) WSW 2|SW 2) WSW 1-2} WSW_ 0-1] W SWAG = 82 1| W 0-1| SW 1) SW 1|Sw ON 255 Ss 1) SSW 1/SSw 218 21S 0-218 1/S 1-2|SW 3-4/9 3-4/8 31SSW 3-4|SW 3-4] 1:5 Ss 12/8 1-2/8 2\s 3-418 3|S 3/SSE 3-5|S 2-4|SSE 25)/SSE 3-6/SSE 24/SSE 1-3] 2:8 WwW 0-2; Var. 0-3); WSW 1-2|NNW 0-2/SSW 2-3) W 2| NW 2-3|WNW 0-1] NW 0-1| Var. 0-1/N 0-1} NNW T}, 22 SW 3/SSW 3-4|S 4)SSW 45/SSW 4|1SW 2-5|SW 4-5|SSW 5-7/SSW 56|/WSW 4-5|SW 5-6 | W 14) 32 SE 3|SSE 2|SSE 2|SSE 2|SSE 1-2| SSE 2-3/8 4|S 4/S 6 | SSE 6|SSE 6-7 | SSE 6-7} 2:9 s 2-3 | SSE 41S 1/SSE 1|SSE 3|SE 3\|S 2-3|SE 4-5/SSE 8-4|SSW 45|/SSW 3-5|SW 2-4) 3°6 SW 2-5|SW 3-4 |S W 2-41SW 3-5 | W 4|SW 3-4 | W 3-5|WSW 2-4|SW 3-5 | WSW 3) WSW 41SW 3-4| 3:8 SW 3|W 3| WSW 3) W 3|SW 3)/SW 3|W 3|NW 2-3 | NW 2|NW 1-3 | NW 0-2) NNW 12! 2-7 Ww 0|E 1-2|E 1|} Var. 0-1] Var. 0-1) N 3| SE -2|E 1|NE 2-3 | SE 1|ENE 0-1|)NE 0-1} 1:2 N 0-1) N 1-2|N 0-1) N 1-2|NNE 0-1|NE 2|NNE 2|N 1|N 2\|N 1|N 0-1) N ale ak SE 2|SSE 1|)SSE 1|SE 2|SSE 3|SE 3-4 | SE 3|SE 3|SE 3|SE 4/ESE 4-5/SE 4-5/ 1:9 iy 0| WSW 2|SSwW 1|SW 1|W 1|NW 1/E 1;NNW 0-1} NNW 1| NNW 0|NNW 0-1/ Calm, 0; 18 WSWw 1;SW 0-1|SSW 3) W 1-2|SW 2)}WSW 1-2) W 3) W 0|NW 0-2;WNW 0-2| Calm, 0) NW 0-2; 1:0 SW 2|SwW 2-3/S 0|s 1\S 1-2|Sw 1\8 0-1} WSW 0-1|SW 1-2;}WSW 1-2|)W 1-3) WNW 1-2) 1-4 WwW 1) W 2|SSW 1| WSW 0|SW O|SSW 0O1/SW 0| WSW 1) WSW 0|WSW 0-1) WSW 0} Calm, ())) aloe 2:27 2°42 2°19 2°45 2°32 2°58 2°68 2°71 2°94 2°95 2°87 2°58| 2°59 160 Direction AND Force or WIND. SEPTEMBER 1884. 1 2 3 4 5 6 7 8 9 10 11 12 Dir’n. Foree.| Dir'n. Force.) Dir’n. Force.| Dir’n. Berea Dir'n. Force.| Dir’n. Force.| Dir’n. Force.| Dir’n. Force.) Dix’n. Force.| Dir’p. Force.) Dir’n. Force.) Dir’n. Force. 1 |€alm, 0/Calm, O|E 0|/SE 1] ESE 0|SE 0|SE 2|SE 2|SE 2|SE 2|SE 2-3| SE a 2 |ssw 2|\SSw 2-3/8 218 2-3| SSE 3/8 2-3/SSE 23/8 2-3|S 1-2/8 3/8 3/8 3 3 |WSW 2-4|SW 23/SW 0-218 2\8 3/8 2\s 2/SSE 3-4|S 3/8 318 2/8 2-3 4 |SSE 1/SE 1\s 1|SSE 0-1/SE 1|N 0-1|N 1-2|N 1|N 0-1|N 0-1|E 0-1| E 1 5 | SSW 0|SW 1\/SsSw 1/SW O-1|N 12/)SSE 0-1|N 2|Var. 0-1) W 1|W 1-2|NNE 1-2|/N 1 6 |N 1-2|N 2\N 2|N 1|N 2\N 2-3 | NE 1IN 0-1/Calm, 0/Calm, 0|/W o/s ey 7 |NE 1|NNE 3|N 34/N 4|SE 2| Var. 0|N 2-3|NW 0-1/N 1-3| NNE 2|E 0-1|N 12 8 |N 1|NNW 23/N 2|NW 2|)NNW 1-2) WSW 1-2|W 2INW 2-3|SW 0-1\S 1|s 1/8 2 9 |W 3|W 3|W 3-4|SW 3-4|SW 3|SW 3\SW 3|W 3) W 3) W 2-3 | W 3|SW. 3 10 |SW 4\SW 3-4|S 34/8 3|SW = 2-3/8 2/8 2-3| SSW 2|8 3/8 3/s 2-3/8 3 1 |s 4\s 4|SW 3-4/SW 4\SW siSw 34/8 2-3/8 3|S 3-4/8 84/5 3-4/8 3-4 12 8 4\s 3\s 2-3|S 3/s 2-3/8 3/8 2-318 2-3|S 2-3/8 3 SE 2|SE 1) 13 |SE 1|SE 0-1/Calm, 0/5 1/E 0-1/E 1| ESE 2| ESE 2|SE 2-3| SE 3-4| SE 4|SE 4 4 6|s 34| SSE 3|SSE 2-3|/SE 3] ESE 2|SE 3| ESE 1s/E 0-1|E 0-1)ENE 0-1/NE 0-1/E 0-2 15 |SE 34|SE 3-4/SE 3|SE 3/ESE 2-3/SE 3|SE 3/SE 2-3)/SE 3| BSE 3|SE 4|SE 3 16 |SE 5-6|SSE 5-6/SE 5/SE 4-5|SH 4|SE 3|SE 4|1SB 4|SE 4|SH 3-4| SE 3-4|S 4 17 |Sw 3/SE 2) SSE 3/SSW 2-3/SSE 4|S 3|S 31s 3/8 2-3/8 2/8 2|8 2 18 | NW 2|NW 1/NW 23|NNE 2|NE 2|SE 0|N 1-2) NW 2)Calm, 0|WSW 0-1|S 2|)SSE 0 19 |WNW 2\|NW 1] Ww 1|W 1;/WSWw 1/\SW 1/SSw 1-2/S 0-1| SSE 1/SSE 2|SSE 2|SSE 2 20 |WSW 4\WSW 24|WNW 3-4|W 3) WNW 1-2|/WSW 3/W 2-3)WSW 3/SW 3/SW 3|SW 34|S 8-4] 21 | SSW 6|WSW 5-6|SW 5|SW 45|/WNW 3-5|/SW 4|/SSW 4|/WSW 24/SW 24|SW 3-4/ISW 24/SSW 45 22 |W 2\w 3, W 2-3|SSW 23|/NW 3) NW 3|NW 2-31 W 12|SSW 2-3/Var. 1-2|NW 1| NW 2) 23 | NNE 2\ENE 1-3|NE 13|NE 1-3/8 1-2|SE 0-2)/ESE 12/ENE 2-3|NNE 2-3/NE 0-2|N 2|NW 0-2 24 |W 5|SW 45/|SW 46/SW 56/WSW 35/W 4-6|W 45|/WSW 4-5|/SW 45|/NW 4|WSW 2-4|W 2-8 25 |NE 1-2/5 1-2 | NE 1-2|NE 2\Var. 0-1|W 2-3|NW 24|NW 3) W 3) WNW 2-3|WSW 3/SSW 3 26 |SW 5-7|SW 46|/W 3-5| W 24|/Var. O0-3)/NW 23|/W 34|NW 23/W 24|/WSW 23/SW 23/WSW 3-4 27 |SSW 47/SW 48/SW 47|/SW 3-8|WSW 7-8|SW 7|W 4-5 |W 4-6|N 5-7|N 5-6| NNW: 4-5|NW 24 28 |W 2-4 PW 3-5|NW 2-4|NW 3-5|WSW 4-5|WNW 45/WNW 3-4|WNW 3|W 34|/NW 2-3|/WSW 2-3|/SW 8 29 |NW 1-3|NW _ 0-2|W 24|NW 2-4|W 2-4|N 2-3/SW 45/W 24/SW 4-5|W 3-4) W 34|NW 4-5] 30 |SW = 3-5 | W 3-5 | W 3-5 |W 2-5| SW 4|/WSW 34/SSW 45/WSW 4|/WSW 3-4|/SW 4|SW 4-5|/SW 57 31 MEANS 2:87 2°80 2°72 2°75 2°53 2°45 2°68 243 250 2°45 2743 Direction AND Force or Winn. OCTOBER 1884. 1 2 3 4 5 6 7 8 9 10 igl 12 Dur’n. Force.| Dir’n. Foree.| Dir’n. Force.| Dir’n. Force,| Dir'n. Force.) Dir’n. Foree.| Dir’n, Force.| Dir’n. Force.) Dir'n. Force.) Dir’n. Force.| Dir’n. Force.) Dir’n. Force } 1 |WSW 4|/WNW 45/W 34|WNW 34|NNW) 2/N 1-2|NNE 2|N 3|NE 2-3|NNE 1-2|NE 0-2) WSW 0-2} 2 |8 5/SSW 5-6|S 5-6|SSW 6-7|S 4/8 4-5|S 4-5/8 34|S 4/8 4/8 4/8 4-5] 3 |NW 23/NW 2-3/Var. 0-2/NW 1-2|/N 2|N 2-3|N 1|N 1-3|N 0-2| N 1-2) 1-3/1 | 4 |N 1-2|N 1-2|N 1-2|N 1|N 1|NE 0-1|N 0-1|N 1-2/NW 23|/W 3) Ww 3| WNW | 5 |NW 1|/NW 1] NW 0| NW O|/NW 0-1/SE 0-1| SSE 1/SSE 2|SE 2|SE 3|SE 2-3| SSE 6 |S 2-3/8 2-3| SSE 2)SW 23/SW 2-3/SW 2-3| W 2|/WNW 0-1|Calm, 0|N 0-1/Calm, 0/S 7 | Calm, 0| Calm, 0| Calm, 0} Calm, 0| Calm, 0| Calm, 0|Calm, 0/|S 0-1|S 1\S 1\s 1-2|S 8 |SW 2|Sw 2-3|SW 2-3|8 3/S 38/SSW 2-3/8 3|/SW 3/8 218 2)8 3/8 9 |NE 1|N 2| NNE 2|NE 3|NNE 2|NNE 3|N 34|N 3-4|N 34 |N 3-4|N 3-4) N 10 |NNE 1-2|N 1-3/$ 12|NNE 2-3/Var. 1-3/S 1-2|N 13/SW 1-3/N 3-4 | SE 2-3 | SE 0-2| NE 11 |SW 8|NE 2-3/5 34|NE 34/5 3-4| NNE 3\NE 3-4|NE 3-4|N 4|N 3-4|N 4) NW 12 |Var. 1-3|/SE 0|E 2-3|NE 24|N 3|N 3|N 3/NE 23|E 3|N 2-3) W 0| Var. 13 |N 2-3|N 3-4|N 4|N 4|N 34|NNW 3-4|N 3/N 2-3|N 2-3 | NW 3|NW 3| WNW 1s |N 4|N 3|N 2-4| ENE 4|NNE 2-3|N 2-3|N 2-3|N 2|NE 2|N 1-2|N 2-3|N | 15 |WSW 45/SW 45/SW 4-5|NW 4-5|/WNW 3-4/WNW 2-3|N 1-3|N 1-3|N 2|N 1-2|N 1-2) NNW ) 16 |NNW 5/NNW- 6/NNW 6-7|NNW 6-7/N 4|N 3-5|NNW 3-4|/NW 3/N 2-3|N 3|NNW 2/N 17 |NNW) 5|N 1-3| NW 4|NW 1-3|N 2-3] W 2-3| N 1-2|N 1-3|NNE 2-3|W 9-3|Var. 1-3|N 18 |INNW 2-3|NW 1-3|WNW _ 3/N 3|N 1-2|N 1-2|)N 2-3|NNW 0-1|N 2|NNW 2-3|N 2| NNW 19 |N 4\N 2-5|NNE 3-4/5 2\r 1-2|NNE 28/E 0-1|NE 3|NNE 3|NE 2-3] 3|NE 20 |N 2-3|N 3|NNW 2-3| NW 3INNW 3/NNW 3/NNW) 3INW- 3-4|NW 3-4/NNW 45/N 2-4| NNW 21 |SW 3/8 4|SW 8-4|SW 3-4/S 4) SSW 4|SSW 34/SSW 4 | SSW 4|SW 4|)WSW 3/SW 22 |SW 4|SW 4-5 | SW 4) SW 4|WSW 3-4|SW 4|SW 45/SSW 4-5|/SW 3-4|SW 4|SW = 3-4|8 23 |SSE 2-3|SE 4|SSE 3-4|SE 4-5|/SSK 2-3/S 4|SH 1-3|S 4|S 3-4|S 5|S8 8-4/5 “4 |S 3/8 3-4|S 3-415 2-3/8 2-3/5 2-8/8 2-3 | W 1-2|N 0-1|N 2-3|/N 0-2|N 25 |WSW- = 5|SW 5|SW 6|}WSW 6|/WSW~ 5|/WSW 5-6|WSW- 5|SW 5) WSWw 6/W 5-G|NW 4-5|NW 26 | NW 7|N 7|N 6|NE 6)N 4-5|N 4-6|N 5-6|N 5-7|N 4-6|5 4-5/ESE 3-5) NE 27 |N 4-5|N 5-6| N 5|N 5|N 5|NNW 3-5|NNE 4-5|N 4-5|N 3|NNE 2-3|NNE 1-3/SE 28 |W 2-4| W 3-5 |W 3-5|}WNW 4-6|WNW 2-4|NW 34|NNE 5-6|N 7-8|N 6-7|NNE 4-5|NNW 3-4|W 29 |N 3|NW 2|WNW 3-4; WNW 2/WSW 1-2|W 23|NNW 3/WNW 2-3/NNW 2/SW~ 1-2)|NNW 23)W 30 |WSW 3-4|W 1-3] W 2-4) W 4-5| W 3-5|WNW 2-3;|NW 2-3} WSW_ 3-4|SW 3|WSW 3-4|SW 4| SW 31 |SSW 6-7/SSW 5-6|SW 7\SW 6|SW 5-7} WSW 6-7|WSW 5-7/SW 6-7/SW 7-8) W 3-5 |W 3-4| WSW |MEans| 3°26 3°26 3°40 3°48 2:87 2°94 2:87 3:08 3°02 2°94 2°56 DirEcTION AND Force oF Winp. SEPTEMBER 1884. 161 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. 1 |SSE 1-2|SE 1|SSE 1/SE 2|SE 2/8 2|8 1-2| SSE 3/8 218 2|SSW 2|SwW PON “atets) 2 Ss 3/S 2|/SW 1-2/8 2-3)|S 1|}SW 1-3/S 2)SW 1-3 | SW 3-4 | SSW 4|SW 2-3|SW 3 2°5 3 18 2/8 1-2/8 2|SSW 2\8 2\8 2\|S8 1-2/S 2\8 1|S 1|S 1|SSE 1 20 4 |NW O|NNE 0-1/E 0-1} Var. 0O|N 0-1/8 0-1)/ENE 1-2/N 2-3|N 2-3 | SSW 2|NNE_ 1-2/Calm, 0 0-9 5 |E 0-1| NE 1-2|N 2) ESE 1-2)}NNE 1-2/E 1-2|NE 1-2|NNE 1-3|NNE 2;}ENE 0-1/NNE 1-2|N 2 1-2 6 |SSE 1} Calm, 0|s 0|SE 2|SE 1] SE 2| ESE 2-3 | ESE 1-3|S 1| NE 2|NE 2|NE 2) 13 7 IN 1-2|Var. 0-1|N 1-2| NE 1-2|E 1| Calm, O|N 0-1|N 1-2 | Var. 1|N 1-2|NNE 2-3|NNE 3| 16 8 |S 1|S8 3/58 2-3 | SSE 2-3 | SE 3/S 318 3\S 2|SSW 3) SW 3) WSW 3| W 3] 2°2 9 |SW 3) WSW 3) SW 3-4|SW 4|}SW 3) WSW 2-3|SW 3-4|SW 2-3|SW 2-3|SW 4|SW 4|SW 3-4] 3-1 10 |S 3/8 2-3/8 3/8 3-4/5 2-3 | SE 3|)SE 3/8 4|S 2-3/8 4|S 2-3|S 4} 3°0 m |S 3\S 3/8 3|SSW 3/8 3-4/5 3|S 3|S 3-4/8 3-4/8 3-4/8 3/8 3-4 3°3 12 |SSE 1-2| SSE 1-2|SE 1|SE 1-2|ESE 0-1|ESE 0-1| E 0|SE 0| Calm, 0|SE 1|SE 1-2|SE yo\) alts} 13 |SE 3-4|SE 3-4 | SE 3-4 | SE 4|SE 38-4/SE 3-4| SE 3-4|SE 3-4|SE 3|SE 3|SE 3|SSE 3) 26 14 | ESE 2-3|SE 3|SSE 2-3|SE 3-4|SE 4|SE 3-+4|SE 4|SE 3-4 | SE 3-4|SE 3|SE 4|SE 4| 2°6 15 |SSE 3|SE 4|SSE 4|SSE 3|SE 3|SE 3/SE 3|/SE 3-4/SE 3-4|SE 4|SE 4-5|SE 5| 34 16 |SE 3-4| SE 5-6 | SE 5-6 | SSE 5|SE 3-4|SE 4|SE 4|S8 3-4/8 3-4/8 3/8 3-4 | SW 63) (ee tab 17 |WSW 1-2|SW 3|WSW 2-3) WSW 3} WSW 2-3| W 2) WSW 12|)W 1-2|W 1-2| NW 1|W 2|NW PAPAS; 18 | NW 2|SSW 1/s 1|Ss 1|Ss 1|/SSE 1|Ss 1|S DW 2 WENKWe ot 2|W 7o\| ales} 19 |SSE 2|s 2|SSE 2-3/8 2-3 | SW 3|SSW 3\S 3) SW 2-3 | SW 1-3 | W 3-4|SW 2-3 |SW 3] 2°0 , 20 |SW 3/SSW 3-4|SW 3|SW 2-3| SSW 4)/SSW 5-6|SSW 5|/SSW 45|/WSW 4-5|SW 4-5|W 4)SW 5-6| 3°6 21 |SSW 4) W 23| NW 1-2| NNW 2|NW 3) WNW 3| NW 1|WNW 2-3;/ NW 2|W 2-3)|WNW 2-3) W 2-3 3°3 { 22 |SW 2|W 2-3|N 3| NNW 2|NW 2| NW 1-2|NNE 1-2| ESE 1-3|E 3-4| SSE 1-3|ESE 1-2|E 1-2] 2-1 4 23 | NW 1-2) NNW 1-2|W 1} WSW 2-3|/WSW 2-4|/WSW 3-4|SW 24|)WSW 2-41 W 2-4| SW 4-5|W 5|SW 45] 24 24 | NW 3-4) W 2-4) W 1-2) WNW 2|W 2-3| NW 1-2) W 2-3 |SW 1-2}NNE 1-2) W 0-1/5 1-2|NNE 1-2] 31 25 |S 4-5/8 3/8 3/S 3-5|S 5|S 5|S 5-6 | SW 4-G6|SSW 4-7|SW 6-7 |SW 4-7|SW 6-8] 36 26 | NW 3-4| W 2-4 | W 2-3 | W 2-4| WSW 4|/SW 2-4|SW 3-4) W 24|WSW 4-6|S 3-6 | SW 3-6 | SW 3-6 3-5 27 | NW 2-4) NW 2-4) NW 24|NNW 2-5|WNW 24| WNW 4|W 3) WSW 2-5|WSW _ 3-6| Var. 2-5 | W 4-6| W 25] 4°5 28 |W 2-4) W 3-4)WSW 2-3|}WSW 2-3|}WSW 2-3)WSW 2-3} WNW 2-3|W 2-3) W 2-3 | W 2-3 | NW 0-1| NW 0-2 2°9 29 | NW 4|NNW 2-4; WSW 2-4) W 2-4| NW 2-4| NW 2-3 | NW 1-3 | NW 2-4| W 3-4| NW 2-4 | W 2-4| W 3-5| 31 30 |WSW 6-8|SSW 7|SW 7|\SSW 718 6-7| 8 7-8|SW 8|SW 7-8|WSW 5-7|WSW_ 3-5|SW 3-6|WSW 3-5| 5:2 31 MEANS 2°60 2°58 2°47 2°73 2°68 2°72 2°70 2°80 2°83 2°83 2°87 3°02] 2°67 Direction anp Force or Winn. OCTOBER 1884. 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. 1 IN 1-2;NNW 1-2)}NNW 1-2} NNW 2) W 1];WNW 2|NW 2|NW 2|SW 3)SW 3-4 |SW 5|/SW Is 35 2 \8 4/8 4|/SW 4-5|SW 4-5|)WSW 2-4)SW 3-4 | W 3-4] NW 2-3 | W 3-4 | NW 3 | Var. 2-3 | NW 1-2 4:0 3 | ENE 3/E 2-3| SE 2\|E 1-2| ESE 3/E 2|NE 1-2|NE 1-2)/NNE 23|/NNE 2-4|NNE 2|N Ball exal 4 |NNW 2-3|/NW LW: 1|)NW 1-2) WNW 3|N 2|N 1-2|N 1|N 1)/N 0-1|N 0| NW 0-1 5) 5 | SSE 2|SSE 2-3| SE 1-2|SE 1-2/SSE 1-2/SSE 3|SSE 3/8 3/8 3\S 3/8 2-3/5 2-3 19 6 | Calm, 0| Calm, 0} Calm, 0) Calm, O|N 0O|N 1|N 0-1|N 1|\N 0o|N O|N 0| Calm, 0| 08 io |S 2|s 2|SW 2|SW 3) SSW 3|SSW 3|SW 2-3|SW 2-3 | SW 2-3|WSW 2-3|/SW 2-3|;WSW 2-3) 1°5 8 |S 2|SSE 2-3/5 2-3 | SSE 2|SE 2-3|SSE 2-3|)SE 2-3 | ESE 2|E 0-1} ESE 1/E 0/NE 1-2 PAP, 9 |NNE 5-6/N 5-7|NNE 5-7|N 6-7| N 6| NE 2-4/E 2-3 | SSE 1|SE 0-1| NE 1} ESE 0O|E 0-1} 3-1 | 10 |Var. 1-3|NE 1-2|)E O0|NNE 2-3/SE 0|NE 3|NE 1-3] E 1-3|}ENE 0-1/NE 2-3 | SE 2-3/Var. 1-3] 19 ll | NE 3-4 | N 2)NE 2-4| NE 2-3| N 2|N 8| NE 3|NE 2-3| NE 2-4| NE 2|NE 1-2/E 1-2); 29 12 | Calm, 0|E 2\E 1\E 2) Var 1|/N 1-2|N 1-3} NE 2-3| ENE 2|N -2|NE 1|N 2-3 uy) 13 |W 3-4| W 3-4 | NW 2|}WNW 3-4) WNW 3-41 W 3-4| NW 3/N 3-4| N 3-4/N 3-4|/N 3-4/N 4-5 3°3 4 IN 1|N LUN 2|N 2|NW 2-3 | NW 4|N 4|N 4|NW 4|W 3/SW 3|WSW 3-4 2°7 15 |NW 2|NNW 2-3|N 2-3;NNE 34|NW 3/N 4-5|N 4-5|N 5|N 3-5|N 3-4 | NNW 4|N 2-5| 3°2 16 |N 1-2 | NNW 3) NW 3-4|N 2-3) WNW 2-3|N 1-3)NNW 2-3|N 3) W 2-3| WNW 5| NW 5| NW 3-4) 3°5 fea |W 0-2| N 2-3 | NW 3-4 | E 2-3} N 1-3|N Sioa oN) 2-3 | NW 2-4|N 3| NNW 3| NNW 3|/N 2-3 2°5 18 |NNW 2-3|NNW 3) NW 2| NW 2-3|N 1| NW 3|NNW 2-3}WNW 2/WNW 24|NW 2-3|N 1-2 | NW 2-3) 2:2 19 | N 2-3|NNE 3/SE 1-2} NE 2|NNE 3-4|N 2-3|NNE 2-3/N 2-3| NNE 3/N 1-2|N 2-3 | NNW 3] 26 20 | NW 4-5 | W 3-4 | NNW 3| WSW 4) WSW 3/SW 45|WSW 3-4] WSW 3|/SW 3-4| SW 3|SW 3-4|SW 3 3°3 21 |SW 4/SSW 34|SSW 4\SSW 45/SSW 4-5|SSW 3-4|SW 34 |SW 3-4|SSW 5|SSW 45/SW 4)SWw 4) 39 22 |SSW 3-4/SW 2-5 | SSW 3) SW 2-3)SSW 3-5|SSW 45|/SSW 3/8 4/8 4/SSW 3-4|/SSW 4|)SSE 4-5| 3°8 23 «(8 41S 4|SSE 3-4 | SSE 2-3/8 3-4|S 3-4/8 3-4 | SSE 3-4/5 4\S8 3/8 3-418 3-4 3°5 24 IN 0-1; N 2| NW 2-3| NW 1|W 2-3 | NW 23|WNW 3/NW 2-3 | W 2-3| W 1-2|W 3) WSW 4-5] 2°3 25 |NW 2-4) WNW 5-6} NW 5-6 | W 5-6 | WSW 6| W 5-6|WSW 7-8|SW 7|WSW 46|NW 4-7| NW 3-7| N bil 7575 26 NNE 5-7|N 4-5|E 5|ENE 45/S 3-5|NNE 6-7| ESE 3-5 | N 6) N 5|N 6|N 5|N 5 53 27 |NNW 2-4|NNW 3) W 1-2|WSW 2-3|SW 3-4|SSW 4|SSW 4-5/SSW 45|/WSW 4-5|W 3-5|WNW 2-6| W 3-5| 3°8 28 |N 3\N 3-4| ENE 2)|NNW 45/N 1-2|NNE 2\N 2-3 | NW 3|NNE 2|N 1-2 | WSW 2|W 1) 34 29 |W 3-4 | WNW 3|W 3) W 2| NW 2|W 3) W 3-4 | WSW 4|WSW 3-4|WSW 2-4|1WSW 3-4|SW 2-3| 2°7 30 |SW 4\SW 3-4|SW 5-6| SW 45|SW 5-7|SW 5-6 | SW 4-5| WSW 5|SW 5-6|WSW 56|SW 6|WSW 5-7| 4:2 81 |WSW 3-4|SW 3-4|SW 3-4| SW 3| SW 3) WSW 2-4|SW 4-5|SW 2-4/SSW 5-6|SW 4-6 |SW 4-5|SW 5] 49 162 DrrecTIoN AND Force oF Winn. NOVEMBER 1884. 1 2 3 4 5 6 7 8 9 10 11 12 Dir'n. Force.) Dir'n. Force.| Dir’n. Force.| Dir'n. Force.! Dir’n. Force.) Dir'n. Force.) Dir’n. Ferce.| Dir’n. Force. Dir’n. Force.) Dir’n. Force.) Dir’n. Force.| Dir’n. Force. 1 |SW 4-5 | SW 2-4|SW 3) SW 3|SW 3) SW 3) SW 3-4 | WSW 3/WSW 3-4|SW 3-4|WSW 384|WSW 2-4 } 2 |Calm, 0; SW 0-1 | Calm, O|N 0-1) NNW 2\N 3|N 3-4|N 3-4|N 2|N 2|/NNW 0-1) W 1-2 |} 8 | WSW 3-4|)SW 4) W 2-3 | W 2-4| NW 2-3| N 2-3) WNW 2-3) W 2-3 | NW 1-2| NW 1|/ NW 1-2| W 2 } 4 |SSE 5-7 | SE 7|SSE 7|SSE 7-8 | SSE 7-8 | SSE 7-8 | SE 7-8 | SSE 7-8 |SE 8|SE 8-9 | SE 8-9 | SE 8 |} 5 |SW 5) SW 4-6 | SW 4-6 |SW 5-6|WSW 5-6) SW 4-5|/WSW 4-6) W 8-5|WSW 4-5|WSW 3-5|SW 4|WSW 2-4 6 |NNW 2-5| NW 24;WNW 3|NW 24) WNW 3-4; WNW 2-3|/W 3) N 1-3|N 3|N 1-2| W 2-3 | W 2-3 Let ie 4-5 | ESE 6-7|ESE 7-8|ESE 8|/SE 7\SE 5-6 | SE 7-8/S 6-7|SSW 5-6|S 46/S 5| Sw 5-6 1 28 | NW 1-3} W 3) SW 3-4 | SW 4|SW 4-5|WSW 4-5|SW 5|SW 5|SSW 5-6/SSW 4-7|/SW 5-7 | SW 6 9 |S 7|SSW 8\S 6-8|SSW 7-8|SW 7|WSW_ 5-6) W 38-5|WNW 2-4) W 38-4) WNW 3-4) W 3-4 | NW 3-4 10 |NW 1-3)}WNW 3/N 2-3|NNW 3-4| NW 1-2|NNW 2-3} NW 2) WSW 3) WSW 2-3/SW 3|SW 3) SW 3 11 |SSW 6|S 4-7/8 6|S 71s 7|Sw 5|SW 8-5|SSW 4-5/5 5-6 | SSW 4|SW 4/SwW 4 12 |S 4/8 4-5/8 3/8 4|SSW 45/SSW 38-4|S 4-5|S 4|W 3-4 | W 2-3}WSW 2-3)SW 3 13 | NE 1} Var. 0| NE 1/NE 0-1|N 2|N 2|N 1-2|N 2|N 2|N 1-2/N 1) ESE 0 14 |E 0|E 0-1| ESE 1|SE 1|SE 1/SE 1-2| SSE 1/SE 2|SE 2|SE 3|SSE 3/SSE 3 15 |SE 4) SSE 4-5 | SSE 4/8 4|)SSE 4|SSE 3-4| SSE 4|/SE 4|SE 4|SE 4|/SE 3-4| SE 4 16°\S 2-3 | SSW 2|)SW 3) SW 2|SSW 2|SW 1-2} WNW 1-2/NW 1|/N 1-2| NE 1|N 2|N 1-2 17 |NNE 4/ENE 4-5|NNE 5|NE 5|NNE 2-3|N 2-3|N 3|N 3/N 3|NNE 2-3) NNE 3| NE 3 18 | NE 2-3)ENE 34|N 1|N 3-5|N 3-4) N 3/N 3-4 | N 3-4 | NNE 3|NNE 3\N 3-4|N 3-4 19 |N 4|N 4|N 3-4 | N 4|N 0-1| N 2|N 3|N 3|NNE 3/N 3|/N 3|N 2-3 20 IN 3-4 |NNE 3\N 46|N 6|N 2-4| NE 4-5|NNE 3-5|N 34|)|NNE 45|NNE 4|NE 2-4/H 3-4 21 |N 6-7| N 5-6|N 5|N 3-6|N 3-4) N 38-4|NNE 34/N 4|NE 2-3| NNE 3;|NNE 45|N 4-5 22) HEN; 2-3|N 3/SW 2\N 3|NNE 2-3|NE 38-4)/ENE 24|SW 2-4|NE 2|NNE 2-3|NNE 2-3/NE 2-3 23 |E 0-1) NE 2|NNE 2|N 21N 2-3) N 2-3|N 1-2|N 1|NE 0} Calm, 0 | Calm, 0|SE 0-1 24 | NW 2|N 38)|NNE 2-4|N 3\N 2|SwW 1/N 1-2|N 2|NNE 1-2| Calm, 0O|N 2|NNE 2-3 25 |N 3-4|/NNE 34|N 3/N 2-4 | NE 2)N 3;/NNE 2-3|N 2|NE 2-3| NNE 3 | ESE 2|NNE 2-3 26 | NE 3|NNE 5|N 4|N 46|N 4|N 4|N 4|N 3-4 | N 3-4|SE 2-3|NE 3|N 3 27 |NE 24|NNE 3-4/NE 38-5|/ENE 24|NE 3-4 | Var. 2-4| NW 1-3|N 3-4|N 3-6|WSW 3-5) W 38-5|ENE 45 28 |NNE 5-G/-NNE 3\N 2-3|N 1-2;N 2-3|N 2-3|N 2-3|N 3|N 0-1|N 1|/N 0|SW 0-2 29 |N 1/N 2)N 3|N 2-3 | NE 1-3| NNE 2|N 1-2/N 2|NE 1-2|N 1-2|N 1-2)N 3-4 30 | SW 1-2;}SSW 2-3|/SW 2-3 | SSE 3/8 2-3/8 3|SSE 38-4 | SSE 3-4 |SE 3-4| SE 3|/SE 4|SE 4 31 MEANS 3:28 3°60 3°48 3°78 3°37 3:27 3°30 3°27 3°12 2°85 3°00 3°15 Direction AND Force or Winn. DECEMBER 1884. | 1 Pe 3 4 5 6 7 8 9 10 11 12 Dir’n. Force.| Dir’n. Foree.| 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. | 1 |SE 5|SE 5|SE 6|SE 5|/SE 3|SE 3-4 | SE 3-4 | SE 3|SE 3|SE 4|SE 3-4|SE 3-4 2 |SE 6 | SE 5-6 | SE 7|SE 6|SE 5|SE 4-5|SE 5-6 | SSE 5-6|SSW 5-6|SSW 5-6|NW 4| NW 4 | 3 |SSE 5|SSE 6|SE 6|SE 6|/SE 5|SE 5-6 | SE 5|SE 4-5|SSE 4|SW 2-3 | WSW 3) W 3 |} 4 |NNW 1-2}WNW 3/WSW 3|SW 2-3| SW 2|SSW 1} Calm, O|N 1|N 2|N 2\N 2-3|/N 1-2 56 |NNW 1-2)W 2-3 | W 3 |W 3|W 2\N 2-3| NE 3|NE 3|N 3|NNE 3/N 2-3}NNW 2-3 6 |WNW 5-6|/NW 3|NW 5|WNW 4|/NW 4-5|N 4| NNW 3|NW 4|SW 5) WSW 5|WNW 5/W 4-5 7 |NW 4|WNW 45| WNW 3-4;WNW 3|NNE 4|W 4): W 3-4 | W 5|W 4-51 W 45|WSW 45|/WNW 4 8 |SW 4-5| WSW 4|W 3-4) W 3-4| W 2-3 | W 3) W 2-3 | NW 2|NW 3-4) W 3) NW 4| NW 3 } 9 |W 3-4)WNW 4/1W 3-4] W 34|NNW 2-3) NW 3|NW 2-3 | NW 2-3 | NW 3) NW 2) NW 3);WNW 2-3 10 |WSW 45/SW 5| SW 5|Sw 5-6 | W 4|W 4-5 | SW 4-5|SW 4-5|/SW 5|SW 6|WSW_ 6-7|SW 7-8 a Ls a I'd 4-5|SW 5|/Sw 4, WSW 5| NW 4| Var. 4-5|}WSW 3-4) W 3-4 | NW 4|NW 3|N 3|W 2-3 12 |NNE 3-4|ENE 4|NE 2|N 1-2}WNW 3/W 2-3| W 3) W 3-4 | WSW 4|SW 5|SwW 6-7|SSW 56 13 | NNW 2|NNE 2-3)| WNW 2-3|W 3-4) NW 1|NW 2-3 | W 3) W 4|WNW 4/NW 4|W 3|W 3 14 |WSW 6-7| WSW 7\|SwW 7-8 |SW 6|SW 6-7 | SW 7-8| NW 6) W 4-5 | W 5-6}WNW 6|/WNW_ 5/W 5 15 |NW 4) W 4|W 5-6 | NW 4|W 3-4 | W 5| NW 4|NW 3| NW 3| NW 3|);WSW 38-4|W 2-3 | 16 |N 2|N 2-3 | N 2|NW 3|NW 3|NNW 3|NW 2-3)|WNW 3/NW 3|NW 3) W 3-4) W 3 17 |NW 1-2|N 1-2| NW 2-3 |N 2|NNE 2|N 1-2/N 2|N 2|N 2|NE 2\E 2-3| NE 1-2 | 18 |WNW 38\|NW 2|W 3)SW 4-5|SSW 45|S 5-6 | SW 5-6 | W 4) WNW 2-3)|WNW 3-4| NW 3;}WNW 3 19 |WSW 2-3|NW 2|} WNW 2-3) W 2| NW 2-3|WNW 3-4) NW 3|NW 3) NW 4|NNW 3-4] W 3| NE 8 | 20 |N 2-3 | NNE 8] Var. 1-2/ENE 2-3|NE 2|E 1-2|E 2\E 3/ENE 2-3/ENE 3) NE 3\E 2 21 |E 4\E 8| ENE 3) ENE 4|SW 1)/ENE 1-2) ENE 2) Var. 1-2) E 1-2) NE 0-1| NE 0-1) N 0-1 22 | Calm, O|\SSW 0-1|/SW 1-2| WSW 1) WSW 2|WSW 1|/Sw 2\Sw 1) Sw 1-2|}SW 1|Sw 2|}SW 2 23 | SSW 5| SSW 4|SSW 5/SW : 5|SW 3-4|SW 4|/SSW 4|}SSW 4|SSW 4|SSW 4|SSW 45|/SW 4-5 24 |NNE 4\N 8\N 8/N 8|N 2-3|NNE 2-3/NE 3|NNE 4|NNE 4-5|/NNE 4|NNE 38-4/NNE 5 25 | ENE 3) ENE 3|NE 2\|NE 2-3| NE 3| ENE 3) NE 2-3 | N 3-4| NNE 4|NNE 3|/N 2-3|N B 26 |N 2\N 38\N 3)N 8|N 3|N 2-3) N 2|N 2|N 2-3|N 3) N 2-3|N 2-3 27 |NNW 1|N 1|N 0-1| NNW 1|W 2-3 | NW 2-3| NW 2)}WNW 3/|W 3) WSW 3)SW 3-4 | SW 4 23 |SW 4\}SW 2-3 | SW 3\/SW 3) SW 3\S 3/S 8/58 3/5 2-3 | SSW 3|)SSW 3) SW 8-4 29 |S 8|SSE 3|SE 3-4 | SE 4|SSE 4|SE 4-5 | SE 5-6 | SE 6|SE 6|SE 5-6 | SE 6|SE 6 30 |SE 5|SE 4-5|SE 4-5| SE 4|SE 4-5 | SE 4-5/SE 8-4|SE 3| SSE 1|)Sw 1|Sw 0-1} SW 1 31 | SSE 8\ SE 8-4 |S 3/8 38-4| SSW 8\/SW 4|SW 4\SW 4-5 | SW 4-5|SSW 4-5/8 4-5|SSE 5-6 Saag 8°45 8°45 3°56 3°55 3:18 3°40 3°26 3°35 3°48 8°42 83°47 3:37 ee ee, ee See (es eh eee ee ee ee Direction and Force or Winp (0 to 12). NOVEMBER 1884. 163 13 14 15 16 iy 18 19 20 21 22 23 Midnight. |Mrans' 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 1-2) W 3] W 2| WSW 21W 1-2|SW 1-2} WSW 0-1) WSW 1-2/SSW) 1-2|SSW 1|/SW 1|/SW 0-1) 274 2 |NNE 2) NW. 2) WSW 3| WSW 3) W 2-3|WNW 2/W 2-3 | W 3) W 3|/SW 3) WSW 3) WSW 3] 2 38 |SW 2|)SWw 1-2| SSW 3/S 2-3|SSW 2-3/S 2-3 |S 3|SE 3/SE 4|SE 6|SSE 7|\SE 6-7} 3:0 4 |SE 8|/SE 7-8|8 5-6| 5S 51S 4-5|SSE 6-7 | SSE 6|S 5-6 | SSW 6|SW 5| WSW 5| SW 4-5] 66 5 |SW 3-4| W 3-4| NW 3) W 2-4| W 3-5 | SW 2)WNW 3-5|/WNW 2-4) WNW 3-5] W 1-4| NW 3-5|WNW 3-5] 4:0 6 |W 1-2;WNW 3/W 31\WNW = 2|WSW_ 1-2/SW 2|SSW 2|SSE 3|SE 2-3 | SE 3|SE 38-4/ESH 45] 27 7S 3|SW 1-2|NNE 3-5|NE 26|ENE 4-5|/NE 46, N 2-4 | Var. 1-4|/E 14;NNE 2-3|/N 1-3|/N 1-3 46 8 |SW 7|SSW 7|SW 7-8|SSW 7|WSW 6-8|}WSW 6-8, SW 6-8 | SW 46|/SSW 5-7|/SSW 71S 5-7|SSW 7-8] 56 9 |W 2-4) W 24|WNW 3|NW 2-4| NW 24|NNW 2-3|NW 3-4| NW 2-4 | NW 3-4 | W 3-4] W 38-4; WNW 1-3] 41 10 |SW 3) SW 2-3|S 3/5 2-3/8 3/S 4|SSE 4-5 | SSE 4\S 2-4|S8 6| SSE 6) SSE 6] 33 8 6|SSW 5-6/SSW 4-5|/SW 4-5 |SW 3|/SW 3\5 3-4| SSW 4/SSW 4\S 5|S 4-5|S 3-4) 4:7 Ww 2-3|SW 1-3|SW 3) WNW 2|/W 2-3)WNW 2-3) W 2-3|N 1|NW 1-2|N 2| ENE 2|NE Zi 29 Ww O|NNE 0-1|N 1)NW 0-1) N 2)N 2|NNW 0|NE 0} Calm, 0| Calm, 0) Calm, 0| Calm, Oo}; o9 SE 3-4 | SSE 3-4|SE 4|SE 4|/SE 4|SE 4-5|SE 4|SE 4|/SE 5|/SE 5|/SE 5-6 | SE 5-6| 3:0 SE 8-4| SE 3-4|SE 4|SE 4|SE 3-4|SE 3-4 | SSE 3|/SE 3|SE 3|SE 3/SSE 3/8 3] 3°6 N 2|N 2|SE 1-2| ESE 2|N 1-2} NE 2\Sw 0-2) N 3|/N 3|/NE 5|NNE 4-5|NE 4-5] 2:2 NE 3|NE 2\|N 1-2| NE 2-3|NNE 3-4|N 3/N 3-4| NNE 4|NNE 1-3/E 3| ENE 3| NE 2-4) 31 N 4|NNE 3-4|N 3-5| NNE 4) NE 2-3) NNE 3|N 3)|NNW 3-5|N 3-4|N 4-5|N 5|N Bil sr: N 3-4|NNE 45/N 24|N 2-4|N 38-4)/NNE 3-4|N 2-3|N 41N 4|NNE 3|/NNE 3-4|N 3-5) 32 N 24|N 3] Var. 2|N 2-4|NNE 2-4/SW 1-4 |SW 2-3 | NW 24|NNE 45) NW 2-4| NE 5|N 3-5} 3°6 N 2-4|NE 2-3 | N 5-6| N 38-5|NNE 2-3|NNE 2-3/N 2-3|N 3) N 2\|N 3\/N 2-3 | N 3 36 NE 2-3| NE 2-3 N 3| Var. 1) SSW 1|NE 0-2 | NE 1-2|SwW 1) ENE 2\E 2| NE 2/5 Zi 22, Calm, O|N 2|N 2|N 2-3|N 3 | Var 0-2 | SW 1)\SW 1-2|N 3|N 3|/N 2|N on 6 NNE 23/NNE 3|N 3-4|N 41N 2-3|N 2-3|N 2-3 | N 4|N 4\N 4-5|N 4\N 3] 2°6 N 2-3) N 3|NNE 3/N 2-3|N 2-3|N 1-2|N 2-3|N 3-4| N 3|N 4|N 4|NNE 45 2°8 N 2-4| N 3\N 2-3| NE 3-4) N 4-5|WNW 2-3) Var. 24|N 4|N 3|N 2-4| NE 3\N 2-4 3°4 NE 2-4| NE 3|NE 3-4) NE 3) NE 4-5|NE 45|NNE 4-6|NE 3| NE 3-5 | NE 4-6| NE 4-6|NNE bi) 378 N 3|/NNE 2|NE 2|NE 2IN 1-2|SSW 0-2/NE 1-2|N 3;NNE 3-4|N 3\N | 3-4|N 2-4) 2:3 N 3-4) N 2|N 1-3|NNE 2|\SE 0-1|SE 1|s 1|Ss 2\8 1|/SSWw 2\SW 2|SW Dil sk SE 4/SE 4|SE 3-4| ESE 4|SE 3-4| SE 4|SE 3-4 | SE 5|SE 5|ESE 5-6/ESEH 5-6|SE (Gi) BE) 3°08 3°05 3°20 3°07 2:97 2°87 2°85 3°12 3:23 3°60 3°68 3°65| 3°24 Direction AND Force or Winp (0 to 12). DECEMBER 1884. 13 14 15 16 17 18 19 moon 21 22 23 Midnight. |Mrans Dir’n. Force.| Dir’n. Force.| Dir’n. Force.| Dir’n. Force.) Dir’n. Force.| Dit’n. Force.| Div’n, Force.| Dir’n. Force.| Dir’n. Force.| Dir’n. Force.| Div’n, Force.) Dir’n, Force. 1 |SE 4|SE 5|SE 45|SE 4|\SE 3-4 | SSE 3-4 | SE 4|SE 5| SSE 5|/SE 5-6 | SE 5-6 |SE 6| 4:3 noe | NW 3-4| NW 4| NW 3/N 3|N 0-1 | NNW 2| WNW 1| NW 2) WwW 1-2|SW 3-4 | SSW 4/5 4 4°0 B IN 4|N 2-3 | W 2-3) Var. 1-2/E 3/N 3-4|SE 1-2} NE 3|E 2|N 2|NNE 2)N itil) BE) Pot |N 2-3 | N 3| WNW 3 |W 2| NNW PAWNS 31 W 2-3|N 3| NW 1|W 2) W 1-2| NW 1 20 | 5 | WNW 2-3)SW 2|/SW 3-4| SW 3-4 | SSE 5| SSE 6|SSE 6-7/8 5|SSW 5|SW 5-6 | SW 5|}WNW 5] 36 | 6 | WSW 5|WNW 4|/WNW 4/SW 5|WNW 41W 4-5 | W 5-6|)WNW 5/W 5|WNW 4-5|NW 41W 4| 4:5 mar} Ww 3) W 3)WNW 3-4] W 4-5 | W 3|W 4)W 3|W 3/W 3| WNW 3|W 4) WSW 4 39 8 |NW 41 W 38-4|WNW 2-3| W 3-4 | NW 2| NW 3|WNW 2-3)|WNW 3-4| NW 2;}WNW 2|NW 3;/WNW 2-3] 3°0 ao |) WwW 3) NW 1-2|N 2|NE 2) WSW 2|N 2-3| Var. 1-2|NW 2-3 | W 2-3 | NW 3| NW 2|WNW 3-4| 2°6 10 |SW 8| WSW 6| W 4| WNW 2-3)SW 4-5|W 4\W 4-5| NW 4) NW 4-5 | NNW 5| W 5| WSW 6} 5:0 pay | N 3) ENE 4| ENE 5|ENE 6-7|E 4-5 | NE 5-6|ENE 6-7|ENE 6| ENE 5|NE 4-5| ENE 4|NE 4-5| 4:4 12 |WSW 4)W 3-4) SW 5| SW 5) W 4)NW 4| Var. 3) WSW 3] W 2) NW 2| NW 3) NW 2) 3:5 as) | N 2|NW 1-2] WSW 2) NNW 3|/ NW 2) W 2)/SwW 3|/ SSW 3/5 4/8 5-6|5 5-6 |SW | Bia 14 *|NW 5|WNW 4-5} WNW 5-6) NW 6|W 5) NW 6| NNW 4|NW 5| NW 5-6 | NNW 6| W 5|/WNW 5] 56 | 15 We 3)N 2|N 3|NE 3-4 | NW 3) NW 3)N 4|N Pas 2-3 | W 2|NNE 2-3|/N Di 32 16 | NW 3;NW 1-2|NW 2-3;|NW 1-2|NW 2) NW 3;|WNW 2-3} NW 2| NW 1-2| NW 2-3| NW 1|NW DN 25a | 17 |NNE 2-3/NE 3|N 4|NNE 4|NE 4-5|NE 4|NE 3-4| NE 5|NE 2|NNE 2-3|NE 2|N Di) 3256 18 | NNW 2|NNW 2-3| NW 2-3)WNW 3/WNW 2|NW 2-3 | NW 2-3|N 2|NW 1-2;WNW 2/NW 1-2| W 2-3] 2°9 19 |E 4) ESE 4) NE 5-4| NE 1) NE 2-3 | SE 3|/ Var. 2-3} NW 1-2|N 1|N 21N 2|N ib) ay 20 |NE 2|ENE 3| ENE 4|/ENE 4| ENE 3| ENE 3|ENE 3|ENE 4| ENE 4) ENE 5| ENE 4;/ENE 3-4] 3-0 21 |N 2|NE 1|NNE 1|N 2-3|N 1|N 1-2|N 1|N 2|NNE 1-2|N 1} Calm, 0) Calm, 0} 416 | 22 |SwW 2-3 | SSW 3/SSW 3-4|SW 3-4|SW 3-4 | SW 3-4 | SW 3) SSW 5| SSW 4|SW 4-5|SSW 5|Sw 4-5] 2°5 SSW 45/SW 4|SW 4|SW 4\SW 4-5|SW 4-5 | W 3) WSW 4|W 3) WNW 45|/NW 3-4|N yj Ze) N 4| ENE 4) ENE 4|ENE 3-4|NE 4|NE 4\E 2-3] E 3/5 3-4| ENE 3|/E 3| NE 38-4] 3°5 NNE 2\E 2-3|N 3|N 3\N 3-4) N 2\|N 2)}NNE 2-3|N 2-3|N 0-1|NNW 1-2|NW PAI) YX} N 3|N 3\N 2|N 2|N 2|N 2|N 2-3|N 2|N 1-2)N 0-1 | NW 3|NW 2 2°4 SW 4\|SW 3-41 SW 41SW 3) SW 41SW 2-3 | SW 3|SW 3/SW 3-4 |SW 3/SW 3-4] WSW 3-4] 2°8 SW 3| SW 3/S 3/5 3/5 4|SSE 4|)SSE 4/Ss 418 418 3/8 3/S 3] 3:2 SE 6|SE 5|SE 5|/SE 4-5|SE 5-6| SE 5-6 |SE 5|SE 5-6|SE 5|SE 5-6|SE 5|/SE 5} 5°0 iS) 0-1/8 0-1/8 1|/SE 1|/SE 1|/SSWw 1\Ss 1-2|SE 2-3|SE 3| SSE 3| SSE 4/SSE 4] 2:5 Ss 5-6|S 5-6|S 6-7|S 6-7/5 5-6|S 4-5 | SW 4)SSW 41 SSW 4|1SW 4-5| SSW 4/SSW Bi ab 3°45 3°19 3°50 3°40 3°24 3°45 3°18 3°45 310 3°32 3°29 3°35] 3°37 TRANS. ROY. SOC. EDIN. VOL. XXXIV. Z jpeg DirecTIoN AND Force or Winp (0 to 12). JANUARY 1885. 2 3 4 5 6 7 8 9 10 11 12 Dir’n. Force. Dir’n. F\ ope Dir’n. Force.| Dir’n. Force.| Dir’n. Foree.| Dir’n. Foree.| Dix’n. Force.| Dir’n. Force.| Dir’n, Force.| Dir’n, Force.) Div’n. Force.| Dir’n. Force. 1 |SW 4/8 6|S 6|SE 7|SSE 4-5/S 6|S 5-6/5 6-7/5 7\s 7-8/5 7|SE 6 ty 22 s 6|S 6|SSE 5-6 | SSE 6|SE 5|SE 5-6|SE 5-6 | SE 7-8 | SSE 7-8 | SSE 8|SE 8|SSE 8 i 3 |SE 5-6 | SE 6|SE 5|SSE 5-6 | SE 4|SSE 4/)SSE 3-4|SE 4|SE 4)SE 4|SSE 38-415 3-4 4 |SW 3/SW 4|}SW 3/SW 3-4 | SSW 4|SSW 4-5|SSW 4-5| SW 5|SSW 5|SW 5|SW 6-7| SW 7 5 |SW 7|\SW 7|WSW 6-7|NW 3| NE 3) NNW 3)N 2) NW 1-2| NNW 2;}WNW 2|/WNW 2-3) NW 3 6 |W 6-7 |SW 7|SSW 7|SW 7|WSW 4-5) W 5-6 | NW 5| NW 5|NW 5| NW 5| NNW 4|NW 4-5 7 |NW 2)/NW 2-3(N 2-3| W 2) NW 2)NW 2-3|NW 3|NW Bi NV. sae 6S 3| NW 4|SW 4-5 8 |SSW 7-8|SW 8| SSW 8|SW 8|SSW 7-8|SW 7| NW 1-2} NW 1-2 | NW 2| WNW W 3| W 4 9 |WNW 3|WNW 2\/W 2| Ww 3|)WSW 3-4|W 3) W 3|WNW 3/W 3| W 3) W 3|WNW 3 10 |NW 2-3)/WSW 3/SW 34\|ssw 4/8 4-5|/SSE 4-5 | SSE 4/SSW 4-5;/WSW 3|/WNW 2-3)WNW~ 3|W 3 ; 11 |NE 5| ENE 5| ENE 6|NE 7|NE 6) NE 7-8| NE 8-9] NE 9|NE 8|NE 6| NE 5-6 | NE 5 12 | ENE 6\/E 6|NE 6)ENE 4-5)ENE 4)/ENE 4-5|/NE 4| ENE 5|/ENE 5-6] NE 5| NE 4-5) ENE 4 P 13 | ENE 6|NE 5-6|NNE 5-6|NNE 4|NE 1-2)|NNE 3-4|N 38|NNW 2-3|NNE 3)|NNE 3-4|NNE 3|NNE 2 14 | NE 5| NE 5|NE 5|NNE 4|N 4|N 4|N 4|NNE 4-5|N 3| NE 2-3 | NE 3] 5 2 15 |N 1|NNE 1|N 1|N 0-1|N 1|NNE 0-1|N 0-1| NE 0-1| NE 0|Caln, O|N 0-1) N 1 3 ~~ 16 |NNE 3|NNE 3|NE 2-3|NNE 2-3|}NNE 2-3|N 2-3|N 3|NNE 3|NE 23|NNE 23/ENE 2-3/NE 3 j 17 |SE 4| ESE 5| ESE 6| ESE 5-6 | SE 5-6|SE 6-7 | SE 5|SE 6|SE 5 | ESE 5-6 | SE 6| SE 6-7 7 1s |SE 6-7 |SE 6/SE 6|SE 6|SE 5|SE 6|SE 6|SE 5-6| SE 6-7 |SE 6|SE 6-7 | SE 6-7 j 19 |SE 5|SE 6|SE 5|SE 2-3] SSE 2-3/5 3|W 1-2} W 2-3 | SW 2|SW 2|SW 2|SW 2-3 1 20 | SSW 2|\SW 3/8 315 3) SSW 3| SSW 3/SSW 2-3/5 3(S 3/5 3\S 3/8 iS ‘ 21 |SSW 1} Calm, O'S 0-1| SE 2|SE 2|SE 2)/SE 2-3|SE 3) SE 3|SE 3|SE 3|SE 3 p 22 |SE 6|SE 5-6 | SE 5| SSE 5|SE 4\S 51S 4/S 415 45/5 3-4| SSE 3-4/5 4-5 23 | SSW 3/8 3/8 3/5 41S 418 4-5/5 41S 41S 4-5|S 4-5/5 4|S 4 24 |SE 4|SSE 4/SSE 5| SE 4-5/S 4-5|S 5|S 5|S 4-5|8 4-5|SSE 5-6|S 51S 4 é 25 |SSW 4/8 3-4/5 4)SSW 41S 41SSW 4/8 5|SSE 5-6 | SSE 6|SE 6-7 | SSE 6-7/5 5-6 ; 26 |SSW 5|SW 5|SSW 45|/SSW 4-5/SSW 4-5/SSW 4|SSW 3|SW 3|SW 3-4 | SW 3\S 3)SSW 3-4 1 27 |ISSW) 1-2/8 2\s 3| SSE 3|SSW 3| SSE 4|SSE 4|SSE 4|SE 4|SSE 3/ SSE 3|SSE 3-4 28 | WNW 1) WSW 1-2 Ss 2|SSE 3|SE 4|SE 4-5|SE 6/SE 7-8 | SE 8|SE 9|SE 9-10 | SE 7 29 |SW 3) SSW 3) SSW 3|SSW 3)SW 3) SSW 3) SW 3-4/5 3-4 | SSW 31S 4-5|SE 5-6 | SE 5 30 |SSE 7|SE 5/S 5|SSE 5-6|S 4-5/8 51S 5|S 4-5/5 51S 5-6/5 5/58 5-6 > , 31 |SSE 7|s 4-5|S 5|S 6|S 5|S 5-6|S 5-6|S 5-6 |S 6|SSE 7-8|S 7|S 6-7 ; MEANS 4°29 4°32 4°35 4:29 3°87 4°29 3°97 4:26 4:26 4°31 4°37 4°32 i * = . DIRECTION AND Force or Winp (0 to 12). FEBRUARY 1885. : 1 2 3 4 5 6 7 8 9 10 1 12 H | Dir'n. Force. Dir’n. Force.| Dir’n. Force.| Dir’n. Force.| Dir’n. Force,| Dir’n. Force.| Dix’n. Force.| Dir'n, Force.| Dir'n. Force.) Dit’n. Force.| Dir’n, Force.| Dir’n. Force. 4 De WY: 5| WNW 3)|WNW 2-3| W 2|W 4| NW 3-4 | NW 4| NW 3|/W 3-4| SW 4-5|SW 4-5 |SW 4 ' 2 | SW 4-5| W 3|/SSW 4|SSW 3-418 8-4 | SSE 4-5| SSE 5| SSE 4\5 3-4/5 4|SE 5-6 | SE 5 < 3°18 4)SSW 2-3|SW 4\8 3|S 4)/SwW 3-4 | W 3-4|N 3|)E 1\E 2-3 | N 1-2 | Calm, 0 a 4 |S 3|s 3|s 3-4| SW 2|s 3|S 3]s 3|/SSE 3-4/5 3| SSE 3|SE 4|SE 5] a 5 |SE 4|SE 4|SE 2) Calm, O|E 0-1) E 1|E 1-2|NE 1\E 3| NE 38|NE 3-4 | NE 3-4 s 6 | NW 4|NW 2)|WNW 2-3) W 2-3|SW 2-3|S 3/8 3|S 4|S 5-6| SE 6-7|S 7|8 6-7) 7 1 Wi 2|N 2-3| NE 1|}WNW 2-3) WSW 4) W 3-4 | W 38-4 | WSW 4) WSW 4| SSW 3) W 3/SSW 4-5 = 8 |W 4) WSW 3-4|SW 41S 5|S 5-6] SSE 7-8 | SSE 7|SSE 7|SSE 7-8/5 7\8 7\|8 6-7 a 9 | ENE 3-4|E 3|NE 2-3| NE 3-4/5 2|SSW 3| NNW 2| NW 2-3 | W 2-3 | NW 2|NNE 2-3|)NE 3i- > 10 |NE 1|N 1| NE 1-2| NE 1-2| NE 2|N 1-2|N 2| WNW 2) WNW 2|W 38|WSW 2-3|SW 3 4 11 lw 6) W 7|W 5| W 6-7 | WNW 4) NW 38-4 | W 3|NNE 2-3|N 2-3|N 3/N 2-3 | NW 3-4 q 12 lw 5-6 | W 5| W 6| W 6-7 | SW 5-6|WSW 4-5|SW 4-5) WSW 5| W 5) W 5| W 6-7 | W 4-5 13 |WNW 2/W 2| Ww 2|W 3|WNW 2-3] W 3-4] W 3|SW 3|SW 3|SW 3) SW 3) W 3 14 | ENE 3|NE 1-2|)NE 2| ENE 3) ENE 3| NE 3|NE 23|NE 12/NE 1-2/E 1-2)/ENE 23|NE 23 15 |SW 21SW 2-3|SW 3) SW 3|/SW 3) SW 3-4|SW 3-4 | SSW 3) SSW 3) SSW 8-4| SW 3-4| SW 1-2 f | 16 lw 1)ENE 1-2|NE 1|NE 1-2| ESE 1|NE 1-2|N 1|N 1-2|N 1-2] Calm, 0|E 0-1| SSE 0 { 17 |NNE 2\|N 2|N 2|N 2|N 2|N 2)|NNE 2-3|NE 2-3|N 2-3| N 2\N 1-2) W 1 18 |E O|E 1|E 1-2} NNE 2|NNE 1-2|NE 1-2| ENE 2) 5 1-2|N 2\|NE 1-2|E 1-2} ENE 1 19 |NNE 23\E 1) NE 1) Var. 1\N 1|Var. 1-2)NW 1-2} WSW 2-3|N 1-2) NE 2-3|NW 1-2|N 1-2) 20 |SE 3|SE 3| SSE 3\SE 3) SSE 3| SSE 3-4 | SSE 4|SE 4|SE 4|SE 3-4 | SE 4) SSE 3-4 ‘oa 21 |S 4-5/5 4-515 5\|SW 4-5/5 4lS 5|S 5|S 5|SSE 7-8/5 7-8/5 9/8 8-9 22 |S 10|8 10-11/8 10\8 10-11/5S 91S 9| SSW 8-9| SW 8|SW 9| W 7-8| W 71W 5-6 23 |NW 5| NNW 4|NNW 5-6|NW 6 |W 5ISSW 5-6|SW 5|SW 6|SSW 6-7|SSW 7-8) W 6| W 5 24 | WSW_ 6-7|WSW 6|SW 6-7|SW 6-7| SW 6|SW 6|SW 6) SW 5|SW 6|SW 5|WSW_ 5-6|SW 5-6 25 |W 6|W 7|W 6| NW 4-5 | NW 4|NW 4| NW 4| WNW 3) W 4|WNW 38-4) W 38-4; WSW 3-4 26 |S 4-5|S 4-5|S 6\S 6-7 | SSE 7|SSE 8-9|SSE 9-10/S 9-10|5 9|8 9|SW 8|SW 6 27 \SW 6\|SW 3-7 | SW 5|SW 6| WSW 4) SW 4-5|SW 4|SW 4-5 | SW 4|SW 3\S 4|SW 3-4] 28 |NNE 3-4|NE 3| NE 3-4| ENE 3| NE 3)NE 3|NNE -3|NE 3-4|NNE 3-4|NE 3-4|NNE 3-4|NNE 3-4] — 29 z 30 ; 31 7 MBANS 3°85 3°58 3°62 3°73 3°5 3'84 3°82 3°77 3°98 3°92 4°09 3°71 Direction AND Force or Winp (0 to 12). JANUARY 1885. 165 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. 1 |SE 7-8 | SSE 6|SE 6|SE 5-6 | SE 6-7|SSE 7-8/SSE 7-8|SE 7| SSE 7| SSE 7|SSE 7 | SSE 6| 6-4 2 |SE 6-7 | SE 6-7 | SE 7|SE 7|SE 7|SE 8|SE 7-8| SE 7\SE 7|SE 7|SE 6|SE 7] 68 3 |s 3|S 1-2) SW 2|SW 3/8 3/S 3| SSW 3/SSW 3/8 2-3 | SSW 3/SW 3-4|SW 23) 3:6 4 |SW 6|SwW 4|SW 4|SW 45/SW 5|WSW 5-6|SW 6|SW 5|SW 6| SW 5-6 | SW 6|SW 7) 5:0 5 |NW 4|NW 3| Ww 2-3| WNW 3-4|W 2-3] W 21 Ww 3|WNW 3/WNW 3-4/W 4) SW 5|SW 5-6] 3°5 6 |N 5|W 5|NW 5|NW 4-5|NNE 3/N 2|W 1-2|NNW 2-3/|N 3|SW 3|INW 23|NW 3) 4:4 j 7 |W 4|WSW 4-5|W 5|SW 5-6|WSW 4|W 6|W 6|WSW 6-7/SW 7ISSW 7-8|SW 7-8|SSW 7| 4:4 ‘ 8 |W 3-4|SW/ 4|SW 3-4|/SSW 4|W 3|W 2-3) W 34|/WSW 34/1SW 3-4|W 3|WSW 3|/W 2) 41 9 |W 12|NW 23|NNW 2-3/W 2|NW 23|NW 21N 1-2| NW 1]NW 23|NW 23/WNW 3/NW 3) 2:5 10 |} WNW 3-4;NW 3-4|NW 4|NW 34/NW 3-4|/W 3|W 341SSW 45|N 0|NE 1-2|NE 3-4] NE 4] 3:3 11 |NE 5-6 | NNE 6| NE 6|NE 6-7 | NE 7|NE 8|NE 5| NE 6|NE 5-6| NE 4|ENE 5-6|NE 5| 62 12 |NE 4|NE 4|NE 4-5|NE 3\|ENE 4-5|ENE 4) ENE 4| ENE 3|NE 6|NE 6|NE 5|NNE 4| 46 13 |NE 2|NNE 4|NNE 5| ENE 5|NNE 34|NNE 5|N 6| NNE 5|NE 6|NNE 6-7|NNE 5| NE 6| 4:2 14 | ESE 2|NE 2|NE 1-2] ESE 3/SE 2-3 | SE 3-4|SE 3) SE 3\SE 3-4| NE 0-1|E 0|NE 1] 30 15 |N 0-1|N 0-1| NNE 1|N 2|N 1|3 2|N 2-3|N 2-3| NE 3|NNE 3|NNE 2-3| NE 2-3) 1:3 16 |NE 2-3 | SSE 3/SE 3|ESE 3-4/SE 4|ESE 3-4/SE 4-5 | ESE 6|/ESE 5-6] 5 6|ESE 6|E 6-7| 36 B17 |SE 6|SE ESE 7|SE 6-7 | SE 7-8 | SE 7|SE 7-8 | ESE 7|SE 7-8|SE 6| ESE 6|SE 6] 61 18 |SE 7|SE 7-8|SE 7-8 | SE 6-7 | SE 6|SE 6-7| SE 6\SE 6|SE 6|SE 6|SE 5-6 |SE 5-6| 62 } 19 |WSW 2-3/W 3/N 3|NW 2-3|N 1]NW 1-2|N 0|WSW 1\|/WSW 0-1|SW 0-1| SSW 1|SSW 1} 22 20 |S 2-3 | SSW 2|SW 21SW 1/WNW 0/Calm, 0/SW 0-1|S 1|s 1-2/8 2|S 0-1]5 0} 20 21 |SE 4|SE 4|SE 4|SE 4|SE 4-5|SE 5| SE 4-5|SE 5|SE 6|SE 6|SE 5-6 | SE 6| 35 22 |S 4-5 | SSE 5/8 3-418 4-5/8 5|S 4-5| SSW 4/8 4/8 4\|SSW 34|/SSW 34/SSW 4| 4:4 23 «|S 413 3-4/8 3/S 4/8 4-5/8 4|S 5-6|S 3/S 4/8 3-4| SE 4|SE 3-4] 3-9 | 2 |SSE 4-5/SE 4|SSE 4-5|S 41S 3-4/8 3\S 4\SE 4|SSE 3|SSE 3|SSW 3/8 3) 41 2 |S 5-6|S 41s 5|SSE 5-6/S 5-6|S 5-6/S 6|S 5-6 |S 7|S 6-7 |S 6|S 5-6| 5:2 | 26 |S 4/8 3-4|SSW 34/SSW 3-4/WSW 3/SW 3|SW 3-415 4|SW 3/SW 3|SSW 2|SW 2| 35 27 |SSE 3-4|SE 3|SE 2|SE 0-1|E 0-1| W 0-1| NW 0) W 1|\W 0-1| NW 2}WNW 1|NW i) 22 28 |SE 8|SE 7|SE 4| SSE 3/S 3|S 3-4| SW 3)/WSw 2/SW 2) SW 3-4|SW 2|W 9-3) 4:4 29 |SE G|ISSW _5-6|S 4|SW 3-4|WSW 4/SW 4-5|/SW 3|SW 4-5|SW 4-5/8 4-5|SSE 4|SSE 5] 4:0 | 30 |S 5-6/8 5|SW 5|SW 5|SW 4) SSW 5| SSW 5| SSW 5|S 5|SSE 5|S 6|SSE 6] 5:2 i. | 31 |SSE 8/SE 7-8|SE 7-8 | SE 8|SE 7|SE 7-8|SE 6-78 4, SSW 3|ISW 3-4/SW 3-4/WSW 3-4] 59 ‘ BANS 440 4°24 4-13 413 3°89 415 4-10 4:05 4°16 415 4:02 4:08} 4-18 Direction AND Force or Winp (0 to 12). FEBRUARY 1885. | ; 13 14 15 16 17 18 19 20 21 22 23 Midnight. i | 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 | Dir’n. Force.| Dir’n. Force.} Dir’n, Force. } 1 |Sw 4|SW 34|W 3|W 4) W 3)WSW 3-4/SW 4| SW 4|WSsw 3-4/SW 2-3/SW 34/W 3 | 2 |SE 7|SE 6-7 |SE 6-7 | SE 6| SSE 6| SSE 5|S 6-7|WSW = 3/|SSW 3/8 4-5|S 3-4/8 5 ee).| Ww 1-2) W 3;/NW 2-31 W 2-3| WNW 2-3] W (2-3|SW 3/SW 2-3|SW 4|SSW 3-4|S 3/8 3 | 4 |SE 5-6| SE 5|SE 6|SE 4-5|SE 5|SE 4-5 | SE 4-5|SE 5|SE 5-6|SE 5|SE 5|SE 5-6 | 5 |N 3/E 1-2|NE 2-3| NE 2-3 | ENE 3|NE 3|NNE 2-3|NE 1|NE 1] NNE 1|NE 1J/NNW 2 | 6 |SSE 7|SE 7S 6|S 4-5| SE 4/SSE 6/SSE _6-7|SSE 6|S 7|s 5-6 |S 4/8 3-4 | 7 |SW 34/WSW 3-4)W 3|W 3|W 4] W 4|NW 4-5|/NW 5|NW 2iINW 2-3; WNW 3|/W 3 } s |s 5-6|SW 6-7|SW 4| WNW 2-3|NNW 2-3/NE 3| ESE 4|B 3/E 3-4] E 3/E 3(/ENE 2-3 | 9 IN 3|NE 1-2|N 1|NE 1-2/5 2-3] ESE 2|E 3] Var 1| NW 3) NE 2-3 |N 2|NE 1-2 | 10 |S 4/8 5|S 6/S 6/S 61S 5|S 5/8 6\S 6|sSw 67|SW 67|W 6 3|NW 1-2|NW 23/NW 3|SW 3/W 3/SwW 3/\SW 45|/SW 6|SW 6|WSW 6-7|W 5 5|W 5-6|WNW 4-5| NW 6| W 3| WNW 2-3| WNW 2-3|NW 2|NW 1-2/NW 1-2|NW 1)WNW 1-2 3] W 4/W 41 Ww 5|WNW 3|NW 3| NW 2INW 1-2|NW 2| NW 1|NE 3/E 3 2| ENE 2|NE 1| NE 0-1|}ENE 1-2/Calm, 0|/SW 1/SssSw 2|SW 21SwW 2-3|SW 2|WSW 2 2;NW 1-2|N 1) NW 2| NW 2) WNW 1-2|NW 1|N 1|N 1] Var o|N 1|N 1-2 0)Calm, 0|W 1) Ww 0-1] NW 1|WNW ‘11/NW 1JNW oOU|NNW 1-2|N 1|N 1-2|N 2 iA 12;WNW 1/WSw- 2|SW 3|/ Sw 3/SW 2-3| SW 2|SSW 2|S 3|S 12/Calm, 0 0-1) E 1-2|ENE 2-3|NE 3|E 3| ENE 3| NE 1-2|NE 2-3| NE 2-3| NE 2|NE 2| NE 2-3 0-1) N 1|N 0-1) N 0|SSE 0-1] ESE {1 | SE .2| ESE 3|SE 3|SE 3| ESE 3|SE 2-3 3-4|SE 3-4|SSE 3-4/SE 4| SSE 3|SSE 34|/SSE 3-4/SSE 4\S 4/8 5|S 45/8 4-5 9-10]S 9/8 9-10 |'s 10/8 10/S 10-11|SSE 10-11/S 10|S 10-11]S 10-11]S 11/s 11 6|]WNW 6|WNW 5-6|NW 5| NW 6|NW 5-6|NW 5|NW 6|NW 45|/WNW 5-6|NW 67|/NW 6 4)WNW 5|WSW 5|WSW 4-5|WSW 4/SW 4|SW 4|SSW 3/SSW 4-5|S 5-6|S 7|\SW 6-7 5| Sw 6|SW 5|SW 5|SW 5-6|/SW 5|SW 67|WSW 7/SW _ 6-7|SW 6|WSW 7-8) WSW 7 4|SW 3-4) WSW 3-4) WSW 2-3) WSW 3-4|SSW 3)WSW 34/WSW 34/WSW 4|/WSWJ.3/SW 3-4/S 3-4 6-7 |SW 6|SW 7| SSW 6| SSW 5|S 5-6/8 71ISW 6-7|SW 6|SW 5-6|SW 6-7/8 6-7 4|SW 4/SW 3/SSW 4|SW 3/SW 3|/SW 2-3|SW 3) SW 3) WwW 2-3 | NW 3| NE 3-4 3| NE 3-4] NE 3-4| NNE 3|NNE 3-4|N 3|NE 3|NE 2|ENE 3| NE 1-2| NE 1| NE 1 166 Direction AND Force or Winp (0 to 12), MARCH 1885. | 1 | 2 3 4 5 | 6 | 7 8 -9 10 11 12 Dir'n. Force. 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. 1 |NE 1/NE 2|NNE 2|N 1/E 1-2} ENE 2) 2-3| E 2|SE 3|SE 3|SE 3-4| SE 3-4 2 |SE 5 | SE 5| SSE 5-6| SE 5| SSE 5|SE 4-5|SE 4-5|SE 4-5|SE 5|SE 4-5 | SSE 4-5|SE 5 8 |SE 5-6 SSE 5|SE 5-6 | SE 5|SE 5|/SE 5-6 | SSE 5-6|SE 5| SE 4-5 | SE 5-6 | SE 6|SE 5-6 4 |SE 7\SE 7|SE 6-7 | SE 6-7 | SE 6-7 | SE 6|SE 5-6 | ESE 4/ ESE 4|SE 4/E 3/ESE 3-4 56 |NNE 5-6|NE 5|NNE 5|NE 5-6| NE 5|NE 5iN 4|NE 3-4| NNE 3|NE 3;/ENE 2-3/E 3 6 |NNE 3-4|NE 3/N 45/N 4|NNE 7-8|NE 6|NE 5-6| NE 5|NE 4-5|NE 4|NE 3| NE 3-4 Talon 3)/N 4|NNE 23|NNE 3|N 2-3|)N 3|NNE 3/N 2-3| NE 3;|NW 2-3|NE 2|NE 2-3 8 |NE 8|NE 2|ENE 2-3|)NE 3-4/N 2-3 | NE 2-3|NNE 2-3)E 2\E 1|NE 1|Var. O-1)NW 0-1 9 |NE 2iN 2iN 3) N 3|NNE 2|N 2-3|N 2-3| NE 3/N 3|NNE 3|N 3|N 2-3 10 | NE 2-3 | ENE 2|NE 3| ENE 2|NE 2|N 2-3| NE 2-3| NE 2-3) N 2-3 | NE 2-3| NE 2-3| SE 0-1 11 |ENE 1-2) Var 1|N 1) NW 2|NE 0-1 | NW 2\E 1-2|N 2|NNW 1-2|N 2\N 2-3|N 2 12 | NE 2\N 1-2) NNE 1|NNE fig! E 1-2|N 2|NNE 2| ENE 2) ENE 2|\E 2|NE 2-3| ENE 2 13 | NE 0-1|E 0-1} NE 0-1| E 0-1) N 0-1 | Calm, 0 | Calm, 0|SE 0} Calm, 0|SSE 0-1/8 0|SW 0-1 14 |NW 3|NW 0-1|N 0| NW 2-3 | NW 1-2} NNW 2-3| NNW 2) NW 1|NW 1|SSW *0|SSW 2) W 2 15 |NW 2) NW 2)WNW 34;/NW 3-4);NW 2)WSW 3|W 2-3 | W 2|W 2-3 | W 3| WSW 3|W 2-3 16 | Var. 1-2| ESE 2|N 3} Var 2| WNW 3| NW 3/SW 3| NW 2|NW 3|N 3 | Var. 2|E 3 17 | NW 4| NNW 4]/NNW 5-6|NW 5-6) NW 3;}NW 3-4|NW 3-4|NW 4) W 2-3|WNW 3|NW 3|NW 4 is |NE 3-4/N 3|NE 3-4| NE 3-4 | NE 6|NE 5-6 | NB} 5|NE 5|N 3/E 4/ ENE 4|NE 4 19 |NE 2|NE 3-4/ENE 3-4|ENE 3|NE 3|NE 3|NE 2-3)ENE 1-2|NE 2-3 | N 2-3|NNW 2-3;|NW 2-3 20 |N 2|N 2|NE 2|)NE 2|NNW 2-3|NW 3|WSW 3| Var. 3|N 4\E 4-5| ENE 5|NE 4-5 21 | NNE 6 NE 5| NE 4) NE 6|NE 4|NE 3-4| NE 4|NE 4-5 | NE 5-6 | NE 5|ENE 5-6|NE 3-4 22 |NE 2-3| NE 2|NE 2|NE 2-3) E 1-2) ENE 2/E 2|SW 0| ENE 2|NE 2-3 | ENE 2|NE 1-2 23 IN 0-1 | NNW 1|N 1| NNW 2| NNW 2|N 2|NW 2)|NW 1-2)W 1|SwW 2\SW 2-3 | SW 2-3 24 |SW 5| SSW 6|}SW 5|SSW 5-G/SSW 45/SSW 45]/S 4-5/5 4-5/S 4)SW 4|1SW 4| WSW 25 | NW 2|W 2|W 2-3 | W 2-3|WSW 2-3|SW 3|/SW 4|SW 4-5|SW 4-5|SW 5|SSW 5-6|/SW 4-5 26 IN 1-2) NW 2|W 3) WSW 3|/SW 4\/SW 3-4 | SW 38-4 | SW 4|SSW 4|SSW 45|S 4|SSW 27 |NE 3| ENE 3|NE 5-6 | NE 5|E 3/NE 3-4| ENE 4|NE 6|NE 4|NE 5|NE 4|NE a ae 1-2| FW 1-2) N 1|N 2) NW 2-3 | W 3|W SHIN s 3-4 | W 3-4|WSW 3-4|SSW 3|SW 29 |S 5|S 6|SW 6|SW 6|SSW 5-6|SW "4| WSW 1| NNW 1/E 2-3 | E 2-3/5 2-3) E 2-3 30 | ENE 3) ENE 3|NE 3| ENE 2\E 3|ENE 2-3)/ENE 2-3/ENE 2-3/ENE 2-3] Var. 12)|NW 0-1)WSW 0-1 31 |SW 3|SW 3)SW 3-4| SW 4-5 | SW 3-4 | SW 4/SW 4-5 |SW 5-6 | SW 6|SW 6| W 5|W 5-6 Means 3°00 2°95 3°23 3°39 3°20 3°31 3°16 3°03 3°06 3°20 3°08 3°02 Direction aND Force or Winp (0 to 12). APRIL 1885. 1 2 3 4 5 6 7 8 9 10 11 12 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 2|NE 1-2|}E 3/E 2-3| NE 2|NE 2-3) E 2|NE 3|NE 2-3| NNE 1| Var. 1)/NNE 23 2 |NW 2|N 1-2| NE 1-2)N 1-2) Var. 2| NW 1-2/SE 1-2|SSE 2-3 | SSE 3)/SW 2-3 | SE 2) Var. 1-2 3 | NW 2-3|N 2| NW 0-1|N 2)/NW 2-3| W 2-3 | W 2-3) WNW 3) WNW 2) W 2-4 | W 2-3 | WS W 3 4 |SW 3-4 |SW 5|SSW 5|SSW 4£5/S 3-4/5 3-4|5 3/5 3-4 | SSW 4|S 4-5/8 4-5/8 3 5 |S 5-6/5 5S 5-6/5 5-6/S 5-6/5 5)S 6| SSE 6-7 | SSE 6-7|SE 6-7 | SE 5-6 | SE 5 6 |SE 8-9| SE 8-9 | SE 8|SE 7-8|SE 8|SE 7|\SE 7-8 |SE 7-8|SE 6-7 | SE 6-7 | SE 6-7 | SE 7 7 |SE 4-5|SE 5-6 | SE 5-6|SE 6|SE 6-7 | SE 6|1SE 6|SE 5-6 | ESE 5|SE 4-5 |SE 4|SE 3-4 8 |E 2) ENE 2|NE 2|NE 2\E 2)ENE 2-3/8 2|\E 2\E 1-2| ENE 1|NE 1-2|NE 0-1 9 |N 3-4|NE 3| ENE 2|NE 2-3| NE 2)/ENE 28/ENE 2-3|NE 2-3|NNE 2-3|)NNE 2-3|/NNE 23/NE 8 10 |N 3/N 3| ENE 3|N 3| NE 1-2) NE 2|NE 9\|ENE 23/NE 2-3] E 3|NE 2-3 | E 1-2 ll | ENE 3/ENE 2-3\E 3-4 | ENE 4|NE 3|NE 41h 3\E 3|/N 3-4| ENE 4|NE 4|E 2 12 |ESE 23)|ESE 3| ESE 3/SE 2-3|SE 3| ESE 3/5 2-3 | ESE 2|SE 1|SE 1-2|SE 1-2/ESE 23 13 |S 0|SSE 0-1) E 0} Calm, 0| Calm, 0|SE 0| Calm, o|N 0} Calm, 0| Calm, 0 | Calm, 0|SE 0-1) 14 |N 0-1|N 0-1|N 1|N 0-1 |;E 0-1| NE 0-1| NW 0-1) N 0-1|N 0-1| NE 0-1 | Calm, 0| Calm, (0 15 |S 1|/SSW 1|}SW 1|} WNW 0-1] Calm, 0| Calm, 0] Calm, 0 | Calm, 0|NE 0-1) N 0-1 | Calm, O|N 0 : 16 | NE 0-1| ENE 1)/ENE 1-2|NE 2|NE 1-2|N 1-21N 2|N 2|N 1-2) Var. 0-1|)ENE 1|/N i 4 i 17 |N 1|NNE 0-1/NNE_ 0-1]|ESE 1-2| SE 1-2|SE 2-3/5 2-3|5 2-3|8 2-3 | SSW 3/5 8/8 3 | 1g |SW 3|WSW 3/SW 3|SW 3-4) WSW 34|WSW 3|/wsw_ 3/SW 3)WSW 3/WSW 3)WSW 2-3/SW 3) 19 | WSW 5| WSW 5) WSW 45|W 5| W 4-5)WSW 4-5) WSW 4-5|WSW 4|/SW 4) W 4) W 4|W 3-4 20 | WNW 5-6|W 5|W 5-6|WNW 51/WSW 3/INNW _ 3|W 2|NW 2-3) NW 2)WNW 3/W 3) SW 3 21 |W 4-5|W 4-5|W 4-5|WSW 4-5|SW 4|WSW 4| WNW 3)|WNW 2-3) WNW 3) WSW 3-4) W 4|W 4-5 22 | WSW 2|W 1-2) W 2-3 |W 3|W 3) W 2) W 1-2| W 3) WSW 38] WSW 2|SW 2-3|SW 2 | 23 |Calm, 0| Var. 0|NE o/ENE 1|N 0-1|N 1|N 0|Calm, 0|Calm, 0/Calm, 0/Calm, 0|Calm, 0) 24 |S 2\SSW 23|SSW. 4-5|S 5| SSE 5| SSE 6|SE 6|SE 6-7 | SE 7|SE 7|\SE 7|SE 7-8 ‘ 25 |S 8|S 8|S 7-8|SSE 7-8| SE 6-7 | SE 7|SE 8|SE 7-8| SSE 7|SE 6|SE 6|SE Cia 26 |SW 2-3|SW 8-4/8 8-4|/SSW 3-4/SSE 41S 41S 4/8 3-4|S 1-2)SSW 2-3|)SW 3/5 s4) 27 |SW 2-3|SW 3); WSW 3-4|SW 4|1SSW 45!1SSW 4/8 4|SW 4-5 | SSW 4|SwW 3-4) SW 3-4|SW ae 28 1S 6-7 |S 6-7|S 6-7 |S 6|S 5| SSE 6|SE 6|SE 5-6 | SE 6-7 | SE 6| ESE 6| SE 7 a 29 |S 4/8 3/8 8-4/5 3-4 | SE 4-5|SE 4-5 |SE 4|SE 3-4 |SE 4|SE 8-4 | SSE 3/8 3-4 80 | WSW 21SW 2|Sw 2-3 | SW 2|SW 8-4) SW 83|)WSW 2-3|SW 3/5 315 3/8 3\S | 31 ‘ ; 7 Means 3°10 8°12 3°60 3°38 3°22 3:28 3°13 3°25 3:12 3°05 2:98 20s] a Direction AND Force or Wrnp (0-12). MARCH 1885. 167 13 14 15 16 17 18 19 20 21 22 23 Midnight. | Mean. | [Lee ee Ag | Bono | ree 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 |SE 3-4/SE 4|SE 4|SE 3-4| SE 3-4| SE 3| SE 4|SE 5|SE 5|SE 4-5|SE 4-5|SE 4-5) 3:2 2 |SE 5|SE 4|SE 4|SE 3-4| SE 4-5|SE 4-5|SE 5|SE 4|SE 5|SE 4-5|SE 6| SSE B47 3 |SE 5-6 | SE 5-6 | SE 6|SE 6|SE 6|SE 6|SE 6-7 | SE 7-8 | SE 8|SE 7-8|SE 8|SE 7-8} 60 4 | ESE 3/E 2-3| ENE 2|NE 3/ENE 2-3|NE 2-3|NE 2-3 | NNE 3| NE 3-4 | NE 3-4| NE 3-4| NE 4) 41 5 |E 2-3|E 2-3/ENE 2-3|NE 2\,Var. O-1){NNE 3|ENE 2-3/NNE 1-2/NNE 1-2/NNE 1-2|NE 1-2) NNE 3] 381 6 | NNE 3/N 3) NE 2-3) N 0-1} Var. 0-1|E 1|\E Dien 1/NNE_ 1-2| NE 2| NNE 2|NNE Bi) 372 7 |N 2-3|N 1|NE 2-3|N 3|NE 3/SE 2-3)NE 3/E 3|NE 2-3| NE 1-2| ESE 1| NE 1} 2°5 8 | NE 1|/NE 1-2|NE 1-2| NE 2-3|N 1-2|N 2-3) N 3) NE 3|NNE 3-4|NE 3) NNE 3| NNE Sill pane 9 | Var. 1-2|NE 1-2|N 3|N 2-3|N 2-3|N 3|NE 2-3| NE 3-4| NE 3-4| NE 2-3| NE 3| NE 1} 26 10 |SE 0-1 | NNE 2|N 0-1/E 1/NE 1-2|E 0-1} Var. 0-1| NE 1-2|N 1| Var. 1|NE 1-2| NE 1-2} 17 cE IN 2-3)N 1-2 | Var. 1/E 0-1| N 0-1|/N 2-3 | ESE 1-2|NE 1|NE 1-2| ENE 1| NE 1-2| NE 0-1} 1°5 12 | ENE 2|NE 2)NNE_ 1-2|)NE 2/5 2\|NE 1-2 | Var. 0-1|Var. 0O1/ENE 1| NE 2|NE 0-1| NE 0-1 16 13 |WSW 0-1/SW 1|/SW 1)}SW 1/ Calm, 0|SW 0|SW 1|SwW 1-2|}SW 1-2| SW 1/SW 1-2| W 21. Oe 14 | WNW 1-2|}NW 2)}WNW 1|WNW 2\|N 0-1/ Var. 0|WNW O|NW 0| NW 0-1| WSW 1} WSW 2,WNW. Di. 12 16 |W 3) W 3| WSW 3)WSW 2-3) WSW 3) NW 2-3 | WSW 3) W 3|W 4|W 4-5|W 5| WNW 5} 3°0 16 | Var. 3/N 21N 2\|N 2-3 | NNW 3| NW 2-3 | NW 3/NNW 2-3|NW 3-4 | NNW 3| NW 4) WNW 3-4] 2°7 17 |\NW 4|N 3|NW 3|N 3) NE 3-4 | NE 3-4 | Var. 3\|N 3|NNE 3|NNE 2-3|NE 3| NE 1-2] 34 18 | ENE 4|NE 4|NE 3-4| NE 4-5| NE 5| NE 5-6 | Var, 2-3 | Var. 1| NNE 3| NE 3| NE 3-4| NE 2) 3:8 19 | WNW 3/N 4) NW 3-4] W 3-4| NW 2-3)NNW 2-3|N 2-3| NNW 2\N 2|NNE 3-4/NNE 2-3|N 2-3] 2°8 20 | NE 4-5|NE 3-4| NE 4-5| NE 4-5| NE 4-5| NE 4-5|NE 4|NE 4|NE 5-6 | NE 3-4| NE 5| NE 5} 3:8 21 | NE 3|NE 3-4|NE 2;|NNE 2-3|/N 2-3 | Calm, O|N 1|N 3|NNE 3)N 2-3| NNE 3;NNE 3-4] 3°6 22 |E 2-3| NE 2-3| NE 1) ENE 2| ENE 2\N 2|SE 0-1, N 0-1|N 0-1) N 2|NE 1-2) N 0-1} 16 23 | SW 2-3 | SW 3)/SW 4|SW 4)SW 3|SW 3-4 | SW 4\|SW 4-5 | SSW 5/S 5|S 4-5 |SW 5-6] 2:9 24 |W 3-4| SW 2) Var. 0-1)}ENE 1-2|/ENE 2\E 2|E 2\N 1-2| ENE 1|NNE 0-1) NW ZA WENIWae) alee Ont 25 |SW 4|SW 6|WSW 5-6| W 3-4 | W 4-5 | W 3-4| W 4-5|W 3| NW 3) NW 2|N 1|N ile 3b 26 |WSW 6| W 5|SW 6|SW 5-6 | W 4|W 3-4 | W 3|W 3-4 | W 3) W 3) W 3|E ile cost 27 |NE 3/N 5) NNE 5|NNE 3-4| NE 4|/NE 3] Var. 0-1; NE 2|NNE 2|N 1)N O|N itll e583 28 |SW 4|}SW 41SW 4|SSW 5|SW 4-5 | SSW 5|S 5-6 S 5| SSE 6| SSE 71S 7|S 6} 3:9 29 | ENE 2|NE 3)}ENE 3-4|ENE 3|NE 3/ENE 34|NE 34/ENE 3-4|NE 3-4| ENE 3| NE 2-3|NE 2-3) 3-4 30 | NE 0-1] NW 1-2} SW 2|SW 2) W 1-2} W 2-3 | W 2-3|SW 2|SW 2| WSW 3| SSW 3) SW Bi) 2:2)! 31 |W 5-6} WSW 6-7] W ale 6-7 | W 4-5 | W 5-6 | W 5|SW 6| W 5-6 | W 4-5| NW 2-4 | NW 2| 4:8 Means 2:98 3°08 3°00 2°98 Pat | 2°82 2°73 277 3:06 2°90 3°02 2°77| 3°02 Direction AND Force or Wiyp (0-12), APRIL 1885. 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.) Din’n. Force.| Dir’n. Force.| Dir’n. Force.| Din’n. Force.| Din’n. Force. 1 |NW 2|N 1) NW 2-3|N 2)|WNW 2-3) NW 3| NNW 3| NW 2-3 | NW OMAN 3| NW 2-3 | NW 23) 2:2 2 |Var. 1-2|NE 1| NNE 1|NNE 1|NNW 1-2) NW 2-3|N 1) NNW 1}WNW 2-3} WNW 1-2| WNW 2-3| WNW 2-3] 1°8 3 |W 2-3)|WNW 2) WNW 1-2)}WSW 2-3] W 3) W 3| WSW 3)SW 3) SW 3|/SW 38/SSW 3-4|SW 3-4) 2°5 4 |S 4|/SSW 51S 4-5/8 4-5/S 45/S 4|S 5|S 4/8 4!S 4-5/S 6|5 45} 42 5 |SE 6|SSE 6-7 | SE 5-6 | SE 6|8 7|SE 7|SE 7-8|SE 7-8|SE 8|SE 8|SE 8|SE 8| 64 6 |SE 7-8|SE 8|SE 7-8|SE 7|SE 7|SE 7|SE 6-7 | SE 6-7 | SE 6|SE 6-7 | SE 6|SE 6) 71 7 |E 3|SE 4| ESE 2-3|E 1-2|E 2|NE 0-1|SE 1|E 2-3|SE 2-3 | ESE 2-3|SE 3] ESE 3] 3:8 8 |Var. 0-1| Var. 0-1)/N 2/5 215 2|NE 2| NNE 2;}NNE 2-3)/N 3-4| NNE 2\N 2-3| NE PAW at) 9 |NE 3| NE 2-3|E 3)/ENE 12/ENE 23/NE 2-3| NE 2| ENE 3|/ ENE 4|NE 4|NE 2|ENE 2) 26 10 |E 1-2| NE 2|E 3) NE 2|ENE 2\E 2-3] E 2) ENE 3| ENE 4| ENE 4/ENE 3-4/E B3|) 5) ll |E 4\E 2/E 3| ESE 3| ESE 3|E 3/E 2-3| E 3| ESE 2|)E 2| ESE 2-3 | ESE 2} 3:0 12 |E 0-1|/N 1/E 2| ESE 1| Calm, 0| SSE 0|SE 0-1| NNE 1/E 0-1 | Calm, 0| NNE 0| Calm, 0} 14 13 | Var. 0-1|NE 0-1] E 0} Calm, 0} Calm, O|N 0-1| SE 0} Calm, 0} Calm, 0|E 0-1|E 0-1} Var. 0-1} O1 14 | NNW '0-1| Calm, 0} Calm, 0} Calm, 0| Calm, 0| Calm, 0|SW 0 | Calm, 0|s 0|S 0-1)S 0-1|5 0-1} 03 15 |ENE O-1/E 0-1/ SE 0-1] E 1/E 0-1/ESE 0-1/E 1| NE 1)/ENE 1-2/ENE 1-2/E 1-2|E 1-2] 07 16 |Var. O-1|N 1| Calm, O|NNE 0-1/N 1/ENE 0-1/N 0-1/N 0-1|NNE 1-2|)NNE ‘1| NE 0| ENE i 0) 17 |SSW 3|SSW 3|SSW 3/SSW 2-3|/SSW 3-4/SSW 3-4]5S 3-4 | SSW 3|SSW 3|/SW 3-4 | SW 4|)SW 3-4] 2°6 18 |SwW 2-3| WSW 3| WSW 3; WSW 2-3|)WSW 3-4|/SW 3-4 | WSW 4|SW 4) WSW 45) W8W 4|SW 4) WSW 4-5] 33 19 |W 3-4 | WSW 4|WSW 3-4] W 4) W 4-5|W 5|WSW 5-6] WSW 5-6] WSW 6|WSW 6-7) WSW 6| W 6| 4:7 20 |WSW 1-2)W 38-4] WSW 14] WSW 6|SW 4-5| WSW 5| NW 3-4 |W 5| W 5| W 4-5|W 4-5| W 5] 3:9 21 |W 3-4;/WNW 4/WNW- 3|W 4|NW 3| NNW 3) NW 1-2] NW 2-3 | NW 3] WNW 3] WNW 2|W 2-3] 3:4 22 |SW 2) WSW 1|W 1|W 1) NW 0| NW 0-1} W 0-1| W 0-1) WNW 1/|N O|N 0-1) N O-1|; 1°5 23 | Calm, 0| Calm, 0| Calm, 0) W 1|W 0-1} W 0-1| SW 1-2)WSW 0-1]/WSW 1-2|SW 1-2|SW 1) SW Pale TMs 24 |SE 8|SSE 7-8 | SSE 7|s 7|SE 7|SE 6-7 | SE 6|SE 6-7 | SSE 7|s8 8|S 81s 8| 6-4 25 |SE 6-7|S 6-7/8 7-8|S 7|SE 7|SE 6-7|SE 6|S 5-6|S 5| SSW 41SW 3) SW Si (6:4 26 1S 3)SW 3-4|SW 3/5 2-3|S 3-415 3-4/5 3/5 3/58 3-4|S 3) SW 2-3| SW Py) Bal 27 |SW 3-4| WSW 3) WSW 2-3) WSW 3|WSW 3| W 2-3| SW 3)SW 2-3|SSW 4/SSW 4-5|SW 5|S 5-6| 3°6 28 |SE 7|SE 6|SSE 6|S 7|S8 7|SE 6|SE 5-6/5 7|s 6-7 | 5 7|S 6|S 4-5| 62 29 |S 2|S 2\8 2|SSE 2|SW 1-2/58 218 1-2|SW 1-2|SW 2)SSW 2)SW 2)SW 1-2| 28 30 |S 2\s 1-2|)SE 2-3/SE 3-4| SSE 4|SE 4|SE 4|S 4{S 5|SSE 5|SE 4-5/5 5-6| 3°2 31 MEANS 2°87 2°87 2°88 2°95 3°03 3°02 2°88 3°07 3°40 3°33 3°25 3°22} 3°10 TRANS. ROY. SOC. EDIN. VOL. XXXIV. 2A 168 Direction AND Force or Winp (0-12). MAY 1885. 5 2 3 4 5 6 4 8 9 10 11 12 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’o. Force.| Dir’n. Force.| Dir’n. Force. 1 |s 4-5/S 5| SSE 4-5/S 5|/SE 5|SE 5|/SE 5|SE 4-5 | SE 4-5 | SE 5|/ESE 5-6|SE 4-5 2 |SSE 4-5 |SE 4/SSE 3|SE 4) ESE 4-5| ESE 4-5 | ESE 5|SE 5| ESE 5| ESE 4) ESE 41SE 2-3 3 |SE 34 | SE 3-4| SE 8|SE 3\/ESE 3-4|SE 4|/SE 3-4| ESE 3| ESE 5)/ESE 5-6/ESE 5-6|/ESE 45 4 |E 2) Var. 1;ESE 2-3/SE 1|NE 2\E 1-2/E 2|E 2\E 3|ENE 2-3|NE 2-3| NE 2-3 5 | NE 2|NNE 1-2/NE 2|NE 2|N 1-2} NE 2|NE 2-3|/ENE 2-3|NE 2-3| NE 2-3 | NE 2|8 0 6 |N 1]/NNE 1-2|NNE 1-2|}NNE 2-3/NE 3-4) NE 3) NE 3-4) N 3|NE 1-2|N 2-3 | Var. 2|NE 2 7 |ENE 0-1|NE 0) Calm, 0|NE 1/ENE 2-3/NNE 1-2/NE 1-2|N 1|NE 1|NE 0-1/5 1-2|E 0-1 8 |INW 1j|N O|N 0| NW 0|} WNW 0-1| NE 0-1! WNW 2) WNW 2) W 2) WSW 1|W 1-2} W af 9 |NW 2-3| W 3/N 2|NNE 3|NNE 2|N 1-2) NNW 2-3|NNW 2) NW 0-1} WNW 1-2} WSW_ 1-2)}SW 2-3 10 | NE 2|NNE 2|NNE 3|NE 2-3|N 2|N 1|N 1-2;/NNE 1-2/E 1)NE 1-2| Var. 0-1) NW 2 ll | ENE 2|NE 2-3/E 3/E 2-3) W 1-2] Var. 0-1) E 1-2|E 2\E 2\E 1-2|E 2-3/ENE 2-3 12 |NE 2) NW 3) NW 3) NW 3) W 2) W 2)}WNW 1|/WNW-) 2/]Var. 0-1)/SW O| WNW 2|NW 2 13 |SE 2|SE 1-2| ESE 2| ESE 1-2} NW 1-2) E 0-1/E 0-1 | ESE 0-1/5 0-1) E 1-2/E 1|E 0-1 14 | NW 2) NW 2-3 | NW 2| NW 2|W PAV 1-2; NW 2-3| NE 2-3 |N 2-3|ENE 1-2/E 1|E il 165 |W 1-2| NW 2-3)}WSW 2-3) W 2-3 | WNW 2|W 1-2| WSW 2\)SWw 2-3 | W 2-3 | W 2-3)}WSW 2-3) W 3 16 | Var. 1] N 1)/NNE 2-3|N 2-3|N 2| ENE 3/5 2-3|)|ENE 2-3|/E 2-3|/ENE 2-3/N 2-3| NE 2-3 17 | NE 2-3 | NE 3-4| NE 3) ENE 3) NE 3-4| NE 3) NE 3\E 2-3 | NW 3/N 3|NE 3/ENE 23 |} 18 |N 2-3| NE 3| NE 2|NE 3/N 3)|NNE 2-3/NNE 1-2)/ENE 2-3)W 3| Var. 2|NE 1-2;}NW 0-1 19 |SW 1) SW 1)/SW 1)SSwW 1|Sw 0-1/8 0-1/8 0-1 | SSE 1| SSE 1\8 1-2 | SSE 2-3/5 1-2 20 |SE 4| SSE 4|SE 5| SE 4-5 | SE 5-6 | ESE 6-7; ESE 6-7/ESE 6\/ESE 6-7\/ESE 5-6/ESE 6|ESE 5-6 2 ENE 3-4|NE 3| NE 3| NE 3/E 3/E 1-2/ENE 0-1/E 1/E 1-2|SE 2/SE 21S 2 22 |S 3/S 2-3/5 3|/SE 3| ESE 3|SSE 3-4 | SE 4|SE 3|SE 3-4 | SE 3| SSE 3-4)5 3 | 23 |NW 2-1) NW 2| Calm, 0| Calm, 0| ENE 0} Calm, 0} Calm, 0|NNE 0} Calm, 0|E 0|E 0-1) Var. 0-1 | 24 |E 2\E 2\|E 2-3 | E 2-3|E 2|E 0-1/E 2\|E 1-2|E 1-2/E 1-2/N 1|N 0-1 } 25° | N 1|N 2| WSW 2|W 0-1) E 1] Calm, 0| Calm, O|N 0-1| NW 1) W 2)| WNW 1-2) Ww 0-1 26 |WSW 3; WSW 3|W 3| WSW 3/W 2-3) W 2-3) W 0-1 | W 2)|SwW 2-3 | SW 2|Sw 1-2|SW 2 27 | WNW 2)}SW 3/SW 3-4| SW 8-4/5 3|SE 3-4/5 3/8 3|SSE 344| SSE 3/5 3-4/5 3-4 28 |SSW 5|SSW 4-5/S 6|S 6|SE 5-6 | SSE 6|SSE 6) SSE 6| SSE 5|SE 5-6 | SE 6-7 | SSE 5-6 29 |SW 6|SSW 6-7/SW 6|SW 5/8 41S 418 4-5|S 4\S 4-5/5 4/8 4\/8 4 30 |SW 5| W 4-5 |SW 5|SW 5|SSW 4-5/SSW 4-5|W 4-5 | SW 4-5|WSW 3-4) W 4|W 41 W 4 31 | NW 3|N 3| NNW 3) NW 3/E 2)E 3|SE 2-3) E 3-4 | SE 2) NE 3] NE 1-2|N 2 MEANS, 2°56 2°65 2°73 2 2°61 2°42 2°52 2°56 2°53 2°52 2°60 2°29 Direction AND Force or Winp (0-12). JUNE 1885. 1 2 3 4 5 6 7 8 9 10 11 12 Dir’n. Foree.| Dir’n. Force.| 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. 1 |E 3| ENE 3|NE 2|ENE 2-3|)NE 1) NE 12)E 1-2} NE 1-2|N 0-1) N 1)NNW_ 0-1} Calm, o 2 |W 3) W aw 38-4 | WSW 3); WSW 3-4) W 3-4) WSW 3-4|W 3-4 | W 3) NW 1-2)}WNW 2-3| NW 2-3 Sy 3|W 3-4 | W 3) W 3-4| SW 2-3 | WSW 3) SW 3) SW 3)/SW 3/SW 3/SSW 2-3|SW 3-4 | 4 |W 3-4 | W SH Wi 2|W 2-3 | W 2-3 | W 2-3 | W 2-3 | WSW 2)SW 2|SW 2-3 |SW 3|SW 2-3 5 |SW 5|SW 5-6 | SW 6|SSW 6-7|)SW 4-5 | WSW 5) SW 4-5|WSW 4-5|NW 2-3 | NW 3|NW 3| NW 2-3 6 |NNW 2-3/N 2|NNE 2|N 1\|E 1-2|N 1-2| NE 0-1} NE 0-1| NW 1|NW 0-1 | Calm, 0} Calm, 0 7 |SSW 1} Calm, 0| Calm, 0| Calm, 0| SE 12/8 2\SE 1/SE 1} Calm, 0|SE 1-2/SE 2|SE 2 8 |E 0O|E 0) NE 0-1} Calm, 0|NE 0-1} E 1-2} NE 1)/NNE O-1/E 0-1) SE 2|ENE 0O-1/E 0-1 9 |SW 1)\SSW 1-2)SSW 1|}WNW 1-2|N 1) WNW 0-1| NE 0-1|N 2|NE 3/N 2|N 3/N 2-3 | 10 | ENE 2;}ENE 23|NE 1| NE 1|N 1-2|/N 1|N 1|WNW 0\S 0|S 1/8 1|s8 0 11 |SW 2-3; SW 3|SW 3, SW 3/SW 3|SW 3) WSW 4) W 3| W 3) W 3|W 3-4] W 3 12 | WSW 4; Wsw 4|W 4, WSW 4|W 41 W 3-4 | W 3/W 3) W 3] WSW 3-4|/SW 3-4 | SSW 3 13 | WSW 4) W 3-4] W BW 3) SW 2-3| WSW 3|SW 2-3 | W 2|W 2-3) SW 3) WSW 2\SW 1-2 14 |W 3) WNW 2-3| NW 3) NNW 38;|NW 2-3|N 1-2|/N 1-2| NE 2|NE 1|/NE 1)E 0; NE 1 15 | NNE 2|NE 2-3 | N 3|NE 2-3|NE 2\|N 12);NNE 2-3/E 1-2\E 2\8 1/ENE 1-2\E 1-2; | 16 |SSE 0-1/8 1-2/8 2\8 2-3 | SW 2|SwW 2)|Sw 1-2/8 1-2|SSE 2|SE 2)1SE 2|SE 2 17 ‘|S 218 2|\SW 2|\SSW 218 1-2);SSW 1-2|SW 2|SW 2)WSW 2|SW 31SW ~ 3|/SSW 3 1s | WNW 2)/SW 2|\SW 3\| SW 2-3 | SW 2-3| SW 2-3 | SW 2-3 |SW 2-3 | SW 35 3/8 8-4/8 4 19 | WNW 2-3|N 2|N 2\|NE 1-2} NW 1|N 2\|N 1-2| NW 1-2 | NW 2) W 21SW 2|SW 2-3 20 |W 3) WNW 3|W 2-3|N 2-3 | NW NW 1-2) NW 1-2| W 1-2) W 1-2] Var. 0|}WSW 0-1) N X 21 |ENE 2-3\E 2|\E 23/ENE 3-4) ENE 3) NE 3) ESE 2-3|SE 2-3] E 3|/E 2)NE 4/E 3 TW 2-3 | SW 3|SW 3-4|SW 4) WSW 8/SW 3|/SW 3|/SW 3/SW 3) SW 3-4 | SSW 4|SW 5 23 |WNW 2-3| NW 3) W 3) W 3-4 | W 2) WSW 3|W 2-3 | WSW 3|W 3) WSW 2) WSW 2-3) W 2-3 24 |SW 3\/SW 2|SW 3|SW 2-3| SW 2) WSW 2) WSW 2) W 2|W 2|SwW 21SW 2|SwW L , 25 |Calm, O|N 1} Calm, O|N O|N 0. N 0-1| N 1|N 0-1 | Calm, 0} Calm, 0} Calm, O|NNE 0-L 26 |SSW 0-1|;SW 1|\SW 0-1; W 1|WNW 2|W 2-3 | NW 1-2|NW 0-1) N 0-1} NW 0} Var. 0-1] Calm, 0 27 | NW 1| NE 1-2| NE 1|N 1| Calm, 0\|E 2\E 2-3 | Var. 1| ENE 2|ENE 1/ENE 0-1/SW 0-1 28 | Calm, 0| Calm, 0| Calm, 0|SW 0) SSW 0) Calm, 0|SW 0-1|SW 1/SwW 1-2) W 0-1| W 1-2) W 1 29 | NW 2;)NNE 38-4|NE 8|NE 3) ENE 3| NE 2-3| NE 2\|N 2\E 1-2)NNE 2-3/NE 2/E 1-2 30 | NNE 38|NNW 0-1/N 0-1|N 0-1| NE 2)ENE 1-2/E 0-1| NE 2|NE 1|NNE 0-1]Var. 0-1|N 0-1 | 31 | | | MEANS 2°22 2°25 2°18 2°23 | 1°97 | 2°20} 1°98 1°88 1°83 1°78 1°90 1:80 | ———— -— Direction AND Force or Winp (0-12). MAY 1885. 169 13 14 15 16 aly 18 19 20 21 22 23 Midnight. | Mean. 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.) Dir’n. Force. 1 |ESE 45/|SE 4)ESE 4-5|ESE 5| BSE 4|SE 4-5/SE 3/SSE 3|SSE 3/5 4|SSE 4|\SSE 2-3| 4°3 2 |SE 2|\SE 2-3|SE 3-4/SE 4|SE 4|SE 3;/BSE 4-5|SSE 4) SE 5|/SE 4|/SE 4|SE 4) 39 ‘ 8 |ESE 4-5|/ESE 4-5/SE 5| ESE 4|E 4|E 4\E 4) ENE 3/E 45/E 34/5 3|E 3] 3:9 5 4 |ENE 1} Calm, 0O|E 0-1) NE 2-3) E 1-2\)ENE 12|N 1| Var. O0-1)/ENE 1-2/NE 0-1) ENE 2|NE 2) 16 M 5 |E 0-1 | SE 1/E 1-2| NE 1|N 1-2| NNE 3) NE 3/E 2|NE 2/E 0-1| NE 1-2|E La a7, : 6 | Var. 2\E 1-2|NE 1|NE 1-2|N 2|NE 3|NE 2|W 2| Calm, 0|NE 1| Var. 0-1| NE 0; 18 ¢ 7 |NE 1-2|NE 0| NE 0-1| NE O|/ENE 12/E 0-1| E 1-2|NE 2-3 | ENE 1| NE 0|E 1-2\E Ole as { 8 | Calm, 0) W 1| NW DiWENWW) DT Wi 1)WSW 2|SW 1)SSW 218 3|S 3) NW 2-3 | NNW a) £4 | 9 |SSW 2-3) WSW 3|)}SSW 3|SSW 3/SSW 34|/NW 0-1 | W 1-2|N 1-2|N 2\NE 2|NNE 3-4| NE Q) 2:2 10 |N 3)/NNE 2-3|N 2|NE 2-3 | NE 2-3|NE 2-3| Var. 2-3|NE 2|NE 2-3|ENE 2-3|/ENE 3\/ENE 2-3] 271 li |NE 2-3) ENE 2}ENE 23/ENE 2/5 1-2/E ‘1-2\E 2|E 2-3| EB 2-3 | ENE 2|E 3\/ENE 2-3}| 271 12 |NW 2|\WNW 2|W 0|N 0-1/8 0-1) WNW 12/5 0-1|N 0|Calm, 0/Calm, 0/Calm, 0/S O-1| 1:2 13 |NE 1-2} ENE 1} Calm, 0| Calm, O|NNE 0-1| NE 0-1|E 0-1| NNE 2\E 1|E 2)N 1-2 | NW Oh Reel 14 | NE 0-1 | Calm, 0| NNE 1-2|SE 0-1) ENE 1)/ENE 2-38/)NE 1-2|E O|E 0|NE 1) NNW 1)|NW Uy), hee 16 |W 2-3| NNW 1|W 2|NNW 2|WNW 31W 23|WNW 2|NW 2) WSW 3) W 3) W 2|W 1-2} 2°2 16 |NE 2-3| NE 2|N 1-2|N 2| ENE 3/ESE 2-3/E 3|NNE 2-3|NE 2-3| NNE 3|NE 3\E 3] 24 17 |ENE 3|/ ENE 3|NE 2-3|NNE 2|NE 2}ENE 2-3|SW 2|)NE 3| NNE 2|N 34 | E 3)N 3] 2:8 18 | ENE 1| Calm, 0|E 1} Calm, 0/'Calm, 0| Calm, 0| NW 0| Calm, 0} Calm, 0|S 0|SW 0-1) SW 0-1} 1:2 19 |S 1-2|SW 1/SSE 218 1-2| SSE 1-2|SSE 2|SE 2|SSE 3/SE 3|)SE 3/SE 3-4|SE ay a7 20 |E 6| ESE 5-6| E 4\E 4|\SE 5| ESE 5| ESE 6|E 5|E 4/5 4\E 3|E 4) 50 21 |SE 3|SE 3| SSE 2|SE 2-3| SE 2|SE 2|SE 3/SSE 3/SE 2-3 | SSE 2|\SSE 2\8 8] 2:3 22 |SSW 3;/SSW 2-3) W 2-3 | W 2-3 | WNW 2|NW 1-2) NW 0-1) W 1|)W 1-2} WNW 1-2|WSW ‘1-2| W Dae 2:5 | 23 | ESE 1/E 0-1| NE 2\E 0-1 | Calm, 0|NE 1-2)ENE 1-2/NE 2| NE 1\/E 1-2| NE 2\E 2-3} 09 _ 24 | Calm, 0| NE 0-1 | Var. 0-1/5 1-2 | Calm O|E 1-2|N 1\E 0-1| NE 1| Var. 0-1 | Calm, 0|N DP ad 2b | W 2|W 21W 1;}WNW 2!1|WNW 0O|S 0| Var. O-1)/NW 2|W 0-1) WSW 1-2)}SW 2-3 | SW Bi ay | 26 SW 0-1|SW 1)/SSW 2-3/8 2-3| WSW 2)/Sw 2|SwW 2-3|SW 2| NW ag 3) WSW 3) WSW 3] 2-2 | 27 |SSE 4)SW 4|SW 3-4|SW 3-4/5 4|SSE 4|SE 4-5|S 5|SE 5-6 | SE 5-6/5 5/S 5| 38 28 |SSE 5-6 | SSE 6|S 6|S 6|SE 6|SE 6| SSE 6|5S 6|S 6) SW 6|S 7|SW TI) 5:9 } 29 |S 4|S 4/8 5|S 4-5|SW 4/S 4) WSW 4) WSW 5|SW 5| WSW 5|W 5) W 4) 46 | 30 |WSW 45/WSW 5-6} WSW 5-6} W 4-5| WNW 2-3] W 3| NW 3)NW 3-4) N 4) NW 3) W 38-4; WNW 3-4] 41 i 31 | NW 2\)Var. O-1|;W 23|INW 3\E 0-1/ NE 1) NE 1/E 1\E 2|NE 2\E 2\E ie 22 |Mzans 2:39 2°16 2°37 2°35 2°15 2°31 2°29 2°37 2°37 2°39 2°56 2°55 | 2°47 Direction and Force or Winp (0-12). JUNE 1885. | 13 14 15 16 17 18 | 19 | 20 21 22 23 Midnight. | Mean. | j Dir'n. Force.) Dir’n. Force.| Div’n. Force.} Dir’n. Force.| Dir’n. Force.| Dir’n. Force.| Dir’n. Force.| Dir’n. Force.| Din’n. Force.| Dir’n. Force.| Din’n. Force.|Dir’n. Force. 0-1) N 1-2|}N 1} WNW 1)}WNW - 1|W 1-2} WSW 1-2) W 2-3) W 2-3|WSW 2-3) W BilWINIhee zal kG: 2-3 | NW 3| NNW 3)/WNW 3/W 2-3)WNW 2-3} WNW 2-3) W 3|W 2-3 | W 3|W 2-3 | W oy 2:9) 4) WSW 2) WSW 3|W 3/SW 4|SW 3-4|SW 4) W 3-4 | W 4|W 3 W 4-5| W 8-4] 3:3 2-3|SW 2|SW 3|SSW 3/8 3-4/5 45|SSE 4-5/5 3-4|S 3|)SW 3|/SW 41SW 4-5) 3:0 3/SW 3|NW 2-3) W 3-4| NE 2-3 | NW 2-3 | NW 2-3 | W 2) NW 2|SW 3|/W 3| NW 2-3 35 0|W 0) Sw 0-1] Var. 0|SW 0| Calm, 0|SSW 1])SSW 0-1/SW 2\SSW 1-2/SSW 1-2/SSW 0-1] 09 2-3 | SE 1|SE 0-1 | SE 0-1| ESE 1|/ESE 12/E 0-1] ESE 0|E 0| Var. O|E 1| ENE 0} o9 0|NNE 0-1) NE 0} Calm, 0|E 0-1} WSW 0-1/E 1-2/SE 1|SSE 1}WNW 0| Calm, 0;S 0} 05 3/ENE 2-3/E 2/E 2|N 2| Var. 0-1|/E 0-1)ENE 2-3|NE 2|\|E 1] Calm, 0|E 2 16 0-1;SSW 0-1/SW 2|SW 0-1 | SW 21 W 1-2 |SW 2|SwW 2-3 | SW 3)SW 3) WSW 3) SW 3] 15 1|Sw 1|Sw 3/SW 3/WSW 3-4) W 4) WSW 3) WSW 3|)SW 3-4|SW 4) W 4| WSW 4) 31 0-1) WSW 3)/SW 3) W 2|SwW 2-3 | SW 3|/SW 3) WSW 3-4|SW SW 3-4 | WSW 3) SW 3-4} 3:2 2| WSW 2|WSW 2-3) WSW 2-3!1SW 2|}SW 2-3|SW 2) WSW 3| WSW 3)WSW 3-4) W 3-4] W 33||° BAY 0) NE 1| ESE 1/E 0-1 | NW 1|N 0-1| NNW 2| Calm, 0|E 0| SSE 0|NE 1)NNE 1-2] 1:3 1-2| NE 1-2/N 1-2} NE 2|SE 0|E 0-1/E 0-1) N O|ENE 12|N 0-1} Calm, 0O|E oO} 414 2|SSE 218 1-2|SSE 1|SE 1-2|SE 2|SE 1\58 0|s 1|8 1/8 OS) Tilt i LG} 3|/SW 3) SW 2) WSW 2-3|}SW 2-3|SW 2-3| WSW 2|Sw 2-3|SW 3|W 1-2) NW 1) W 1} 2-2 4|/SW 3-4| SW 4/SW 3|SW 4)SW 4) W 3-4 | NNW 3|W 3)WSW 34|WNW 3)WNW 3-4| 31 2-3 | W 3-4 | SW 3|SW 3) SW 4|SW 3-41 SW 4|)WSW 3-4/SW 3) WSW 3-4] W 4) NW 3-4] 26 2-3|NE 4) ENE 4| ENE 4|NE 3) NE 3|NE 3-4| NE 4|NE 4|NE 3} ENE 3| ENE 4] 26 3|NNE 4|NE 38|NE 2|NE 3) E 0-1) E 2\NE 3|NE 2-3) NNE 2-3}WNW 3/W Bai) Bar 4|\SW 4)WSW 3-4|SW 3-4 | W 3|NNW 2-3|WNW 0-1|WSW. 2-3} WNW 3|/NW 2-3|NNW 2-3| NW SH}. = Chal 2|W 3|SW 3) WSW 3) W 2|SW 2) W 2\Sw 2-3 |SW 3|SW 2-3) SW 2-3 | SW Sie 2-61 1-2|SW 2-3|SW 1] WSW 2-3|W 1) W 1| Calm, 0| Var. 0|Sw 0-1 | W 0| W 0| NNW oO} 175 0-1|E 0|NNE 0| NE 0-1|NNE 0-1)/ENE 0O-1|N 1|}ENE 1-2|NE 1| Var. 0) SSW 0} SSW 0} 0-4 0| Var. 0| W 0| W 1|/W 2|W 1-2)}WNW 2/)WSW 1|W 1} Calm, 0| Calm, 0) W 1 08 0| Calm, 0 | Calm, 0| Calm, O|N 0|NNW 0-1;NNW 0-1] Calm, O|N O|N C|N 0} Calm, 0} O06 2\W 1-2|W 1) NW 1|NW 1-2)}NW 0-1|/N 0-1) N 1|N 0-1) N 0| NW 2|N 1-2] 0:8 1-2| NE 2-3| NE 1-2|NE 2|N 1|E O|N 0-L| N 0-1) N 0-1/N 0-1)NW 0-1/NNE Ly eatery 0O|N 0-1 | Calm, O|NNE 1-2|ENE 1\E 1/ENE 0-1|N 0| NW 1) W 2) WNW 2-3] NW 3 7 1°73 1°95 1:87 1:90] 1:93 1°80 1°82 1°85 2°00 1°80 1:92} 2°05) 1°36 170 Direction AND Force or Winp (0-12). JULY 1885. | 1 2 3 4 5 6 7 | 8 9 10 rot 12. 74 Dir'n. Force. Dir'n. Force.) Dir’n. Force.| Dir’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. 1 | NW 3-4) N 2-3| NW 4,WNW 4-5) WNW 3-4) NW 2-3 | W 3) WSW 3-4) WSW 3|W 2-3}WNW 2-3|N 2-3} 2 |NW 3-4; NW 3-4 | NW 3-4 NW 3|W 3) W 3| W 2-3 | W 23|/ WNW 2-3|WNW 2-3| WNW 2) Ww 2| 3 | WSW 2-3) W 3) WNW 3)NW 3/W 2|W 2-3)WSW 2-3) WSW 3|SW 2|SW 2-3|WSW 2-3|SW 3 4 iW 3-4 SW 3) W 3) WNW 3-4) W 4); W 4°W 4|NW 3-4 | W 4| WNW 4| NW 4|WSW_ 3-4 5 | WSW 45 W 4-5|W 4-5| WNW 5| WSW 4|SW 4-5)WSW 4-5) W 3-4 | W 3-4) WSW 3-4) W 3) W 4 6 |W 3-4 | SW 3-4|SW 2-3 | SW 3|W 3| WSW 3\W 3|NW 2|NNW 2) Ww 2-3 | WSW 2|SW 2-3 7 |SW 4) SSW 3-4/SSW 3-4/5 4|/SW 3|SW 4|W 3-4 | SW 3-4 | SW 3-4) SW 3) WSW 3) WSW 3 8 |SW 3\SSW 3-4/SW 4|SW 4) WSW 3)WNW 2-3| NW 2-3 | SW 2-3 | SW 2-3| SW 3) SW 3-4 | W 3 9 |W 3-4) SSW 4\/SW 4\/SW 3-4 | SW 4-5 | SW 4\S 4/8 4-5 | WSW 3/8 4-5/S 3-4) WSW 3 10 |SW 3-4 | SW 5)WSW 4-5) WSW 5-6) WSW 4|W 4) SSW 4\/SSW 4\S 4|S 3-4|SW 3\S8 3-4 11 |S 2-3/8 31S 3/5 3|SE 3|SE 4|\SE 4-5 | SE 5|SE 5-6| SE 5-6 | SE 5-6 | SE 6 12 |NW 1-2|N 1-2| NW 1-2) NW 2-3 | W 0-1| N 1| WNW 1} Calm, 0|W 0-1} SSW 2|Sw 2)SWw 2 | 13 |SW 1)/SW 1|SW 1|/SW 1-2|W NW 0-1 | Calm, 0| Calm, 0;Calm, = 0} Calm, 0| SSE 0-1) SSE 1-2 14 | NW 0-1| NW 1|NW 1]/NNW 1-2|N 1|N 1; NNW 0-1) W 0-1 | W 0-1 | W 0-1 | NW 1-2} WSW ail 15 |SW 5|WSW 4-5|SW 5-6 | SW 5-6 | SW 3|/ SW 3-4; WSW 3-4) WNW 3) WSW 3|N 1-2} W 1-2| WNW 2 16 |N ‘O|NNW 1-2)|NW 0-1|N 1) WNW NG 1)/WNW 1-2|N 1|W 1-2| W 1-2|W 1|W 0-1 17 ‘| Var. 1) Calm, 0| NE 1|NE 1-2 | Var. 0-1 | W 1| Var. 0-1; NE 1-2| NE 0-1| NE 1/E 0-1| NE 1 18 | WSW 1) W 0-1} Calm, 0| W 0| NNW 0|E 0-1 | SW 1;SSW 1-2/8 (2-3 | SSE 2-3/8 1-2/8 1-2 19 |NNE 0-1/NNE SN 1-2| NNE 1|N 2|NNE 2-3/NNE 2-3|)N 1-2|N 1| Calm, 0|SE 0-1) W 0 20 |E 0| Calm, 0} Calm, 0 | Calm, 0| Calm, 0|SSE 0|W 0| Var. 0;Calm, ,0/|S 0-1/5 1); SW 0-1 21 JE 0| Calm, 0| ESE 0|E 0)\SE 0-1| E 0-1 | ESE 1| ESE 2| ESE 2|SE 2|SE 2-3| SE 3 Bs 2-3 | SW 2-3/8 2-3/5 3\5 2-3/8 2|S 2-3/8 2\S 1) WSW 2} Calm, 0| W 0 28 |W 1|/N O|N O|N 1/NNW 0-1/N 1|\N 1-2 | NW 2\|N 1|N 1)/N 0| W 0 24 | SSW 1);SSW 1-2/SSW_ 1-2/SSW 1; WSW 1/SW LW: 1|W 0-1 | Calm, 0| SSE 1| SSE 0-1| SSE 12 25 |SW 2-3 | SW 2-3| SW 2-3 | SW 3) SW 2-3;WSW 2-3) WSW 3/8 3)}SW 3) SW 3-4 | WSW 3) WSW 3 26 |W 2) WNW 3| WNW 3) WNW 3| WNW 2|WNW 2|WNW PAN 1-2 | W 1-2|SW 1-2;SSW 1-2)}SW . 2 0 Ww 0| NW 0| NW 0| NW 0-1 | NW 0| NNW 1| NW 0| NNW 1\E 0|SE 0| ESE 1| ESE 0-1 28 | WSW 0; Ww 0| NW 0-1 | NW 0-1 | WNW O|N 0-1) N 1|N 0-1|N O|N 0| SSE 0|SE 0-1 29 |S 0); W 1|W 1-2 | WNW 2|NW 2-3 | N 1| NW 1) N 1-2} NW 1-2|N 0| Calm, 0|SE 1 30 |S 0-1 |SW 0-1] NW 1);NW 1-2|N O|N 1-2/N DEN 2|N aN 0-1) N 0| Calm, 0 31 | Calm, 0|W 0| WNW 0|NW 0; WNW 1) NW O|N O|N 0-1|N O|N O|N 0|NNE 0 Mrans 1°85 1:97 2-06 2°32 1°89 2°00 2°05 2°03 1°81 1°87 ipyisl 1°85 Direction AND Force or Winp (0-12). AUGUST 1885. 1 | liselaek | gs | 3 4 5 6 7 8 9 10 1 | 2 | — - oe Plea) oe ——_— ———_ ie ae | Dir’n. F oree Din’n. Force.) Dix’n. Foree.| Dir'n. Force.| Dir’n. Force.) Dir’n. Force.| Dir’n. Force.) Div’n. Force.| Dir’n. Force.| Dir’n. Force.| Dix’n. Force.| Dir’n. Force. ie N 1!/NNE 1-2|N 2-3|N 2-3| N 1-2|N 1-2) NNE 1|\N 0-1 | Calm, O|N 0-1|N 0| Calm, 0 2 |NW 0|' WNW 0-1] WNW 1) WNW 1-2|NW 1|/NW 12; WNW 0-1) NW 0| NW 0| NNE 0| NNW O|N J 8 | NW 0 Calm, O|N 0O|N 0|E 0-1|N 1|N 0-1|N 0-1) N O|N 1]/NNE 1-2}NW 0 4 |NE 2-3| NNE 4|NNE 3-4|N 4|N 3) N 3|/NE 3-4 | Var. 1-3|N 2-3 | N 2-3) NNE 1|N 1 5 |E 2) ESE 1-2)NNE 1-2|NE 1|NE 0-1; N 2|N 0-1 | NE 0-1 | ESE 2-3 | ESE 3| ESE 2-3) NE 0 6 | ENE 2|NE 2-3|E 2-3 | ESE 3| ESE 3 | ESE 3| ESE 3\ESE 3-4|ESE 3| ESE 3| BSE 3\/ESE 2-3 7 \E 0-1 | Calm, 0/5 0-1 | Calin, 0|NNE 0-1)\Calm,. 0} Calm, 0|NNE_ 0-1) Calm, 0|SE 0| Calm, 0\/SE 0 8 | Var. 0-1|NNE 1-2|NNE 1-2|/NNE 2\|NNE 1-2|)N 1-2|N 2|N 1/N 1) NW 0| Calm, 0|SW 0-1 9 |SSE 3| SSE 3/SE 3|SSE 3|SE 3-4 | SE 3-4 | ESE 6-7 | ESE 8|SE 8-9 | SE 8|SE 8-9 | SE 7-8 10 |SW 4-6'5 3-4| SSW 1/SWw 1-2 | SSW 3/SSE 3-4|SE 5 | SSE 4|8 4-5 | SE 4-5/8 4-5|5S 5-6 Ii. |'Var, 0-1|NNE_ 1-2] Var. 0-1 | W 1-2| W 3|W 2-3 | SW 3)SW 3-4 | W 3)NW 2-3)|ENE 1-2, Var. 1-2 12 |NW 0-1| NW 0-1 | W 0|SW 0-1) SSW 1|SSW 1\S8 2\SSE 2|SE 2|SE 2|E 2| ESE 2 13 |N 1-3|N 1-3 | NNE 3\N 1-3|N 1-2;NNE 2-3|NE 3-4| NE 2-4 | NE 3|N 3-4) N 3-4|N 2-4 14 ‘| Var. 0-1|N 1-2|N 2-3 | NE 3|NE 2|NE 1|NE 1-2|\E 1| NE 1-2|NNE 0-1|N 0-1| N 1 15. |W 3); W 3) W 2-3 | W 3|WSW 1-2) W 2|W 2|W 1-2| W 1}WSW 0-1/SW 2|NW 1 | 16 Ww 3-4; WNW 3|)W 3)|WNW 2-3} NW 2-3|/N 2) NW 1-2; NW 4|N 3-4 | W 1-2}NNE 1-2}NW 0-1 17 |ENE 2-3\|N 2-4|N 2-5|N 3-5 |N 5-6|NNW 4-5|N 8-5|NNW 2-4|N 2-3) N 1-3)|NNW 1-2|)|NNE 1-3 18 |N 1-3|N 2-3|N 3|N 3/N 3/N 0-2;NNW 0-1) N 2-3|NNW 1-2|N 0-1] N 1|N 0-1 ge CT 1-2|N 1-2|N 1-2|N 1-2| NNE 1|N 0-1|N 1| NNE 3)N 2-3} NNW 3-4|NE 1|NNE I 20 |NE 2-3|N 4-6|N 46|NNE 46|NNE 46|NNE 4-5/E 8-5 | E 2-5) E 0-2)ENE 1-2] ESE 1-2)|ESE 2-3 ASN 1-3}ENE 1-2|NE 2\N 2-3| NE 2-3|N 4-5|N 5-6 | N 6\|N 6-7|N 5-7|N 5-7 | NNE 5 Di \N 1-3|N 3|N 8-4|N 3-4|N 3-4 | N 4\|N 4-5|N 3-5 | N 3-4|N 38, N 2-4) NE 0-2 23 |N O|N 0-1|N 1) NNE 1|N 0-1| NNE 1)N 1\/N 0-1) N 1\N 1|N 1|NNE 1 24 | Calm, 0|/ SE 0|Ss 0\|S 0-1|8 0-1|SW 0/S 0; SW 0-1/5 0-1|}SSW _ 0-1] Calm, 0 | Calm, 9 2 |S 1|S8 0-1/5 1|8 1/5 1\S 1/8 0-1/5 1|/SE 0-1 | SE 1|SE 1| SSE 1 26 |SE 0-1 | SE 0|\E 0-1| ESE O|ESE 0-1\E 0-1|SE 0/SE 0-1] ESE 1|SE 0-1) ENE 1| ESE Y 27 |ESE 34)ESE 3-4| ESE 3) ESE 8|ESE 3-4/E 2/ESKE 3-4| ESE 4| ESE 4 | ESE 8/ESE 3-4)/ESE 3-4 28 |SE 5-6|ESE 4-5|SE 4\SE 4| ESE 5 | SE 3-4 | SE 3|/SE 3|/SE 2/SE 2-3 | ESE 3|SE 3-4) 29 |N 1-2|N 1|N 1\N 1-2|N 1|N 1|N 1-2| Var. 0-1/Var. 0-1)N 0-1) N 0-1|N 0} 30 |N ON 0|NW 0|NNW 0-1) NNW 1|\W 0-1 | W 0-1 | W 0-1} WNW 0-1/SE 0-1)5 0-1/5 at 81 |W 0-1 S 0\S 0-1; W 0} Calm, 0|W 0-1 | Calm, 0| Calm, 0|SE 0|SE 0-1|)SE 0-1) SE Wie Mraxs 1°68 1°81 00 Direction anD Force or (Winp 0-12). JULY 1885. 171 { | 13 14 15 16 ily 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. Foree.| Dii’n. Force.' Dir’n. Force.) Dir’n, Force.| Dir’n. Force. 2 |W 2-3|N 4|N 3-4) N 3-4|N 3|N 3-4 | NNW 4|N 4|N 4\N 4) NNW 4| NW 3-4] 374 2 | WSW 2|WNW 2) W 2;}WSW 1-2;}WNW 2|WNW 2/WNW-) 2|NW 3) WNW 3: 'W 3|W 2-3 | W 2-3] 2°5 3 |SW 3|SW 3|W 2) W 2|W 2-3 | W 2|}WSW 23|W 2-3 | W 2|}WSW 2-3} WSW 2-4) WSW 3 2°5 4 |SW 2) WSW 2-3|SW 2-3| W 2-3 | SW 3|/SW 3) W 2-3 | W 3|W 2-3| W 3|W 3-4| W 45) 3:3 5 |W 3-4 | W 4-5| W 4|/ WNW 4-5| W 4-5) W 3) W 3) W 3) W 3-4| W 3) W 3) W 3} 38 7 6 |SW 2|SSW 3\S 3)8 3-4 | SSW 4\SW 34 SSW 3-4)SW 4\SW 4|SSW 45|SSW 4|SW 41 31 || Ww 2-3|SW 3) WSW 2-3) W 2-3|WSW 2-3)/SW 3 SW 2-3/|SSW 2-3|SSW 3|SW 2-3|SW 2-3/8 2-3) 3:0 8 | WSW 3|W 3-4 | W 3-4| WSW 3|)SW 23)/WSW 2-3| W 2|WNW - 3\SW 3) WSW 2-3}/SW 3-4) SW 3-4 3°0 9 |SSW 4)SSW 4|/SSW 45)SW 4| WSW 4;WSW 45/58 4-5 | SW 4|SW 5|SSW 4-5|/SW 4|SW 5] 41 ‘ 10 |S 2-3 |SW 3-4|SW 3|SW 3)SSW 3-4|SW 3|SW 3) SSW 3) SW 2-3 | SW 2|SW 2-3 | SW 2) 374 Eg ll |SSE 5-6 | SSW 4|\SW 5| WSW 3| WSW 3|WNW 2-3} WSW 1-2|NW 2-3|N 3| NW 2|NW 2|NW 1-2} 36 : 12 |SW 2|SW 2| WSW 2|SW 2|SW 2|SW 2|SW 2|SwW 2|SW 1-2|SW 1} Calm, O|}WSW 0-1] 155 : 13 | Calm, 0 | Calm, 0) NW 0-1 | Calm, 0|E 0-1|N 0-1) N 0-1| NW 0| NW 0| NW 1|N 0/ Calm, 0} 05 | 14 |WSW 1;NW~ 1-2} WSW DW 2) Ww 1-2| W 2|SSW 3|W 3-4| W 4|SW 4|SwW 5| SSW 5| 1:9 : 15 | WNW 1-2;NW_ 1-2|NW 2|W 2-3 | W 2-3 | NNW 2) W 2-3| W 2|NW 1-2| NW 1-2| NW 0-1|N 1} 26 16 |W 1) NW 1|N 2|W Oo|\NW 0-1)WNW 1-2|N 0-1) E 0-1|/N 1|N 1} Var 0| Var. 0-1) O09 17: | Var. 0O-1|/N 1) ESE 1| Var 0|NNE 1|)SW 0|W 0-1 | NW 0)| Calm, 0; W 0-1| W O;|Var. 0-1) 66 18 |S 1|);SW 0|S 0|s 1|WSW 0-1) W 1) Calm, O|NW 0-1) NW 1| Calm, 0| NW 0| Calm, 0} O7 19 | Calm, 0|SW 0; W 0;S 0|SW 0|SSE 0-1| SE 1|SE 1|\SE 1-2| ESE 1\E 0-1/E 1} 09 20 | Var. 0| Var. 0; SW 0|W 0|SE O|N O|N 1|N 1)/NNE_ 0-1] Calm, 0| Calm, 0} Calm, 0}; 02 21 |S 1-2| ESE 1-2| ESE 1|/SE 0) ESE 0-1| ESE 0|SE 0-1|SE 1/8 1-2/S 2|SSE 2\s 3 12 22 |S 0|W 0|SW 1\SW 0)}WSW 0-1|WSW_ 0-1| W 1|}SW 0-1/SSW 0-1/S 1/SSW 1-2}SW 1-2) 13 23 | Calm, 0| Calm, 0| Calm, 0|zE 0 | Calm, 0} Calm, 0\E 0-1|SE 0|SE 1 SSE 1-2| SSE 2|)SSE 1} 06 24 | SSE 1/S 1| SSW 1|/SW 0-1)/SSW 0-1|SSW 2|SSW 218 1-2| SW 1-2'SW 1|}SwW 2|SW 2-3} 1:2 25 | WSW 3|)SW 3|SW 2-3|SW 23|/WSW 2-3) WSW 3| WSW 2|1SW 2|W 2-3 | NW 2-3|WNW 3\|NW 3 27 26 | SW 1|}SW 0-1|} SSW 0} WNW 0-1) W 0| WSW 0|W 0|WNW 0-1) Calm, 0 | Calm, 0| NW 0|W Oi et 27: |8 0-1 | Calm, 0| Calm, 0|E ON 0|SE 0-1) SSE 0| Calm, 0| Calm, 0 Calm, 0| Calm, 0| WSW 0| 0-2 28 |Calm, 0/Calm, 0/|S 0|SSE 0-1/8 o|N ON 0|N 0|N 0\Calm, 0/Calm, 0{3 0| 0-2 29 |SW 0} Calm, 0 | Calm, 0| Calm, O|N 0| Calm, 0's 0} Calm, 0} Calm, 0's 0|SE 0-1|S 0| O06 30 | Calm, 0| SSE 0 | Calm, 0|E 0| ENE O|E 0} Calm, O|E 0| Calm, 0} Calm, 0|SE 0|SSE 0; 05 31 | NE 0|s 0 | Calm, 0| Calm, 0|W 0-1|N 1)/N 0-1) N 0-1) N O|N 0-1|N 1|N 1] 03 Means! 1:50 1°61 1°63 144 1°53 1:58 1:56 1°65 1-71 1:68 1°68 1-79} 1°79 Direction and Force or Winp (0-12). AUGUST 1885. 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. 0-1} Var. 0-1)SW 0|SE 0} Var. 0-1} Var 0-1 | Calm, 0| Calm, 0| NNW 0| Calm, O|N 0| NNW 0| 06 0-1} Calm, O|N 0| Calm, O|N 0-1) NE 0-1|N 0) WNW 0/Calm, 0's 0|s 0-1 | W 0} 03 1-2|N 2|N 3|N 34|N 2-4| NE 2|NNE 3-4|NE 3-5|NNE 3-4)N 14|NNE 24|/NNE 34| 17 ENE 2|N O|N 0O|N 1)/ENE 0-1|/N O|N 1-2| NE 1-2|NE 1|/NNE 1| NE 0-1| ENE Pal pls} 0-1/ENE 1-2|NE 2|NNE 2\/ENE 0-1/NE 0| NE 0-1) ENE 1| NE 2|NE 1-2} ENE 1/E 2) 1:3 ESE 3/E 2\E 1-2 | ESE 2\E 0|E 0|E 0-1| E 0-1| E 1/E 1/E 0-1 | Calm, 0; 19 Calm, 0| Calm, O|N 1|N 1\E 0|SW 1/SE 0} Var. 0|SE 0|s O|N 0-1|NNE 1-2! 03 SSE 0|S 0|SW 0-1|WSW 0-1} WSW 0-1)SW 2\s 2-3 | SSE 2|SSE 2'8 2-3|S 2-3/8 3 1:3 SSE 8|SE 6-7 | SE 7|\SE 5-6/5 5-6 | SE 5-7 | SSE 8|/SE 8|SE 8| SSE 6-8 | SW 4-6|SW 4-6) 61 4-5|S 2|SE 4-5 |SW 3-5 | SW 3-5 | WSW 3) W 2-4;WNW 1\|W 0-1| W 0-1| N 1-2}NNW 2-3] 3:2 Nw 1-2|NNW 1|W 1-3 | SE 12|N 1-2) NW 1-2| NW 1-2| NW 1-2| NW 1-2|N 2-3) W 0-1)|NNW 0-1] 1°77 1-3 | NE 2-3| NE 3|N 3/N 3/N 4-5|N 5-7|N 4\N 4-6|N 1-5|N 24/N 1-3} 2:4 2-4/N 2-4/N 5|N 3-4| NE 1-3|N 2-5 | SE 2|NE 2-3) NE 1-3 | Var, 1| Var. 1-2)N 2-3) 2:7 NW 0-1|N 2| Var. 1}NNE 1-2/Var. 0-1|/N 1-2| NE 0-1| W 0| NE 1|W 3) W 3) W 2-3} 14 SW 0-1; SW 2! Var. 0|SSW 12/SW 2-3 | SW 4|SW 3-4 SW 3) W 3-4 | WSW 3|SW 3| W 3h) WNW 1-2) WSW 2| NNW 2| NW 1|N 1-3| NE 1-2|N 0-1) N 1-2;NNE 12/Var. Ol1|/NNE 23/E 1-2; 2:0 NNW 1-3|N 3\N 3|N 2-4|N 2)|NNW 3-4|N 4|N 3-4)NNE 3-4|/N 8-4|N 1-3|N 1-3} 3:0 NNW 1|N 2\N 2-3|N 1-2|N 0-1/N 0-1) N 1-2|N 0-1|N 1| NE 0-1) N 1|N i 1°4 1|NE 1|NNE 0-2|N 0-1|NNE 2-3) NNE 4\|N 5-6|N 4-5|NNE 3-5|N 3|NNE 2-3/N 2-4] 2:2 ESE 2|)ESE 1-2|ESE 1\E 0| NE 0-1| NE 0|ESE 0-1) Calm, O;|N 1|/N 3/N 3)N 2-3} 2°4 1-4|/N 1-2|N 24|N 2-4) E 2-3| N 1|N 2-3|N 2-4|NNW 2-3/NNE 2-3|N 34/N 1-3] 3:3 1-2| NE O|N 1|N 0-2| N 1-3|N 0-2|N 2-3/N 2\N 1-2|N 1-2|N 1|/N i) R33 NNE 0|s 0|NE 0|NE 0} Calm, 0} Calm, O|N 0|NE 0! NE O|N O|N 0| Calm, O| 0o-4 0 | Calm, 0} Calm, o|N O|N 0| Calm, 0} Calm, 0| Calm, 0| Calm, 0| Calm, 0|SE 0|SSE 0} O1 ESE 1|SE 1} Calm, 0|SE 1|SE 0-1|SE 1-2/SE 1|SE 1|/SE 1-2|SE 2|SE 1|SE 1) 1:0 1| ESE 1} Var. 0|zE 0|E 0-1) ESE 0-1|)N 0-1) E 1\8 2| ESE 2/5 2\|E 3 0:8 23\/ESE 34\/E 3| ESE 4|SE 3| ESE 3\/ESE 34|/ESE 445) ESE 4| ESE 4\|ESE 4-5|SE 5| 3°5 1-2|SE 1-2| ESE 3| ESE 3|SE 1|SE 1-2|SE 1| ESE 2| ESE 2\E 1-2/E 0|SE 0 2°6 0-1 | Calm, O|N 0-1| NE O|N 0|Var. O-1|N 0-1) N 1|N 1-2|\N O|N 0-1) N 1] O7 0-1/ Var. 0-1|W 0| Calm, O|N 0| W 0|W 0-1; WSW 0-1| NW 0 | Calm, 0| Calm, 0| ESE 0} 08 1} Calm, 0 | Calm, 0} Calm, 0| NNW _ 0-1/ Calm, 0|/SE 1/SE 1|/SE 1|/SE 1!S 0-1 | Calm, 0} 0-4 1°53 1°40 1°63 1°56 1°36 1°56 1:86 ETH 1°86 1°73 1°61 171| 1:78 TRANS. ROY. SOC. EDIN. VOL. XXXIV. 2B 172 Direction AND Force or Winp (0-12). SEPTEMBER 1885. 1 2 3 4 5 6 7 8 9 10 val 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 | WNW 1) NW 0-i|N 0-1|N O|N 0| Calm, 0) Calm, 0|SE 0-1/SE 0-1 | SE 1|SE 1-2 2 |SE 34 |SE 3/SE 3-4 SE 4|SE 4|SE 3-4| SE 5-6 | ESE 5-6| SE 5-6 | SSE 6|SSE 6-7 8 |SE 5|S 4-5 | SSE 4-5/S 4-5 | SSE 2-4|SE 3) SE 2'SE 2-3| SSE 2|/SE 2-3/SE 2-4 4 |SSE 2|SE 3-4 SE 3-4 | SSE 3|SSE 3-4) SSE 1-3| SE 1-3 | SSE 2-4/SE 2-4|SE 3-5 | SSE 2-5 5 | SSE 3/S 8/8 2-3 | SSE 2) SSE 2-3/8 2|SSE 2|SSE 2|SE 2|)SSE 1-2|SSE 1 6 | Caln, 0| Calm, 0) W 0-1| WNW 2|W 1-2} W 0-1| W 0-1|WNW 0-1| W 0-1| W 0-1 | W 0-1 7 |SE 2|SE 2|SSE 2|SE 2|/SSE 2'8 2|8 2|8 1-2/8 1-2 | SSE 2|s 2 8 iS 2)|s 2-3/8 34'S 3-4/8 3\5 2-3/8 3/5 1-3/8 2-4/8 3-4 | SW 2-4 Dinivwy 1-2) W 1-2) W 2-3|WNW 1-2) W 0-1 | W 2-3) SW 3) W 1-3 | W 2-3 | W 2-3 | W 2-4 10 |W 2-3|N 2-4) N 14|/N 1-3|WNW 2-4|N 1-3) WNW 1-3) W 2-3 | W 1-3 | W 2| NW 1-2 ea Wi 1-2) W 1-2} NW 0;NW 0-1|NNW 0-1) W 2) WSW 2)|WNW 0-1|NW 0-1|WNW 0-1/Var. 0-1 12 |SW 3-5 | SSE 4-6/S 5-6 | SE 5-7| SE 6|SSE 7|SSE 5-7|S 5-6/S 5-6 | SSW 4-5 | SSW 3-5 13 |N 2-4 | NW 2-5|N 2-5 | NW 14|)|NNW 2-5|NW 2-5| N 3-5 | W 4-7| W 4-6 | NW 4-5|WNW 4-6 14 |W 2-4| W 2-5|W 1-4) NW 3-5|WNW 2-4) W 4) WNW 2-4) NW 3-4] W 2-3|WSW 3-4|SW 3-4 15 | WSW 3|SW 3-4) SW 3-4) W 2-3/SSW 2-3/SSW 1-2/SSE 3/8 3) SSE 2-3 | SSE 1-2/8 0 16 | WSW 3) SW 3-4 | SW 2-5| SW 2-5 | W 2-4|WSW 2-4) WSW 3-5|WSW_ 3-5] Var. 2-3 | W eI 2-3 17 |NW 0-1} NW 2|W 2-3| NW 0-1 | SSW 1| NNW 2|W 0-1 | NW O;}|NNW 0-1|/NW 0-1 | SE 0-1 18 | Calm, 0) NW 0-1| NW 1| NW 0| WNW 0; WSW_ 0-1/S 0-1|SSE 0-1) SE 1/SSE 1-2| SSW 2 19 |SE 6-7|S 3-7 | SSE 47/8 6-8/5 6-8 SW 6-7| WSW 5-8| W 4-7] W 4-5/Var. 0-1/N 2-4 20 |}Var. 1-3|NW 2-4 | NW 3-5 | NW 24)N 2-4) NW 2-3 | NW 2-3; NNW 2-3| WSW 3|/W 2-3 | W 1-3 21 |N 46/E 1-3/E 2\E 1-3| NE 24/ENE 2-4/E 2-3 | ESE 2|N 1-2/5 0-1; WNW 1-2 22 |W 1-3) W 2-41 W 4|WSW 3-5| WSW 3)SW 3|WSW 3-4| W 2) W 3-4] W 4|W 2-4 23 |W 2|)NW 2-3 |W 1-2| NNW 2|NW 1-3|N 2-3) N 24|N 2-4) N 24 | NW 1-3| NW 2-3 24 |E 2) Var. 0|E 1/E 0-1| NNE 2\INNE 2-3) ENE 2|NE 2-3} NE 2|NE 1-2| ESE 1-2 25 |NE 2-3 | Var. 1-2|N 2-3|NE 0-1| N 0-1 | SH 0-1| E 2|SE 1|N 3|E 0-2 | B 1-2 26 | NE 0-1) N 1| NE 1-2| NE 1-2|N 2-3)N 0-1/ N 2-4|N 2-4) N 3-5 | N 4-5|N 2-5 27 |N 1-2|N 1-2|N 1|N 1|N 0-1) N O|N 0|N O|N 0| NW 0| Calm, 0 28 |SW 2)}\SW~ 23)/SW 3-4 SW 3-4) SW 3) SSW 3/8 3-4 | SW 2-3/8 3|S8 4|S 3-4 29 | NE 1| Var. 0| Var. 0-1| ENE LN, 0-1/ SE 0-1| N 1-2|S 0-1| NE 0-1|N 0-1 | NW 0-1 30 | SSE 5|SSE 5|SE 6-7 |SE 8-9 | SE 9-10 | SE 11/8 8-9 | SSE 8) SW 5|SW 3-5 | W 2-4 31 |MEANS 2°42 2°48 2°70 2°62 2°62 2°63 2°78 2°57 2°53 2°28 2°30 Direction anp Force or Winp (0-12). OCTOBER 1885. | 2 3 4 5 6 if 8 9 10 11 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 3)SW 1-3 | W 2-3 | NW 2;NNW 0-1|N 1-2|NE 2-3|N 3| NNE 3) NE 3-4) E 4 2 | WNW 3|W 4| NW 3-4 | NW 3| NW 3) WNW 3) W 2-4) W 3-4 | W 3-4| SW 3-4 | NW 2-4 8 IN 1|N 0-2 | Var. 2|NE 24|)Var. 23/N 1-3|N 24|NNW 0-2/N 1-3|N 2-3 | N 1-3 4 1W 1-3| NW 2|W 24|SW 3) SW 3|SW 3) W 3/WSW 2-4)SSW 2-4|SW 4-5/5 5 5 | NW 2-3) W 1) NW 1) WNW 2-3|/N 2-3] N 3-4 | NW 1-3} WNW 2) NNW DEN, 1-2|N 1-2 6 IN 1-2 | Var. 1|N 2-3|)NNE 1-3|N 1-2|N 0-1|NNE 1-2|N 0-1)SW 0-1| NW 0-1 | W 0-2 Zien NG 4-5|N 4|N 4|N 4|/N 2-3| N 3|N 3-4| N 2-3|N 3|N 3|NE 2 8 |SW 4\s 4-5/8 5| SSE 5|SE 5-6 | SE 4-5 | SSE 3-4/5 3) NNW 1|NW 0-2 | W 1-2 9 |NNE 3|NE 1-3 | NNE 3\/N 2|N 0-1| ENE 0) Var. 0-1 | Var. 0-1/N 2|NE 0-1|N 2 10 |N 4-5|/N 4-6|N 5-7|N 5-7 | NNE 4|N 6|N 6-8 | N T|N 6-8 | N 5-7|N 5-7 | 1m |N 2|N 1-2|N 2-3|N 1| NW 2|W 2| Ww 2) W 1-2| NW 1|NE 2)N 2 12 |NE 24|/NNE 3-5|N 5| NE 4|N 3-4] N 3-4| NE 4-5) N 5-7 | N 7|N 5-7 | E 2-4 | 13 | NE 24|)NE 4-6/5 3-4| NE 3-5 | NE 2-5|ENE 2-5|E 3-5 | NE 3-5/ENE 45|NNE 3-5/ENE 46 14 |E 384 | E 4|NE 3-5| NE 3-5|N 38-5|N 7|N 5-7| NE 4-7;/NNE 6-7|NE 4-6 | N 3-6 15 | NNE 4|NNE 4|NNE 3-4/N 3|NNE 2-3/N 2|N 1-2} NE 0-2| E 2 2-3/ E 2-3 16 | ESE 4-5| ESE 2-3/5 3-5 | E 1-3|E 3)E 1-3/E 4/E 4\E 4|E 1-3 | E 4 17 |SE 4|SE 4|SE 3-4|SE 2| Calm, 0| Caln, 0O|N 0-1|N 1-2|N 2|N 2|N 1-2 18 |N 0-1| NE 0-1/5 1\E 0O|E 1/ESE 23/E 1-2| ESE 0-1|E 0-1] E 0-1 | Calm, 0 19 |N 2-3|/N 3|N 0-1|N 2-3|N 3|N 3|N 3-4) N 3-4| N 4|N 4|N 4 20 |N 1|N 1|N 1-2|N 1|N 2|N 0-1|N 0-1|N 0-1|N 0| NW 0-1|N 0-1 21 | Calm, 0| ESE 1| NNE 0|E 1|\E 2\E 1-2/E 0-1/ E 0-2|E 2\E 2-3/E 2 22 | Calm, O|N O|N 0|NE 0|NE 0-1|)E 1|\E 0\E 1\E 1|/E 1-2|E 1-2 23 |SE 3|SE 2|)SSE 2|SE 2\|E 0|E 1/E 1-2 | ESE 2\E 2\E 2|E 23 2 |SE 2-3|E 0-1) Var. 0-1)/ESE 2-3|ESE 3| ESE 3| BSE 3| ESE 2-3| E 4/ESE 3-4| ESE 3 25 |NW 0| WNW 1|)SW 2|SW 2|\SW 2|\SW 2)SW 2|\SSW 2-3|SW 2-3 | SSW 3/8 3 26 |W 24|NNW 2-4) W 3-4 | NW 3\N 1-3| NE 2-3|E 1|N 2-3 | E 2-3) Var. 1-3|NNE 1-2 27 IN 1-3|N 1-3|N 1-3|N 2|N 2|NNE 23/NNW 1-2|NW 0-1|N 2|NE 1-3 | NW 1-3 23 | NE 1-3|N 1-3|N 1-3 | NW 2-3|NNW 2-3|NE 1-2/E 1-2|N 1-3|N 1-2}|NNW 2-3/N 1-3 29 |NNE 2-4|NNE 3-6|NE 25|NNE 2-5|N 3-6|N 4-6|N 8-5 | N 8-6|NNE 3-5|N 4-5|N 3-5 30 | ESE 7|SE 7-8 | SE 7-8 | SE 7-8 | SE 7-8|SE 8|S5SE 8|SE 8|SE 8-9 | SE 9-10|SE 8 31 |SE 4|SE 4|\SE 38-4 | SE 3| ESE 3| ESE 0|Var. 0-1/5 1/E 2| ESE 2|SE 2-3 Means 2°69 2°69 2°84 2°75 2°55 2°63 2°63 2°66 2°92 2°90 2°81 12 Dir'n. Force. SE 1-2 SE 8 SE 1-3 SE 4-5 iS) 1 WNW 1 SE 2 s 3-5 WNW 2 W 3 N 0-2 WSW = 2-5 WwW 3-5 SW 3 Var. 0 NW 3 WwW 0 SW a WwW 3-5 WSW 3 WNW 1-2 W 3-4 N 2-3 N 1-2 E 0-1 Var. 2-5 Calm, 0 SW 3 N 1-2 WwW 3 2°40 12 Dir’n. Force. N 3-5 WwW 3-5 NW 2 SW 5 WNW 1-2 WNW 0-1 N 2-3 WwW 0-2 N x NNE 4-5 NE 1-2 N 2-4 N 5 NNE 46 ESE 23 E 4 N 0-1 Calm, 0 N 2 Calm, 0 E 1-2 ESE 1 E 2-3 ESE 23 8 2-3 NNE 2-3 N 1-3 NE 1-3 N 2-4 SE 9-10 SE 2-3 2°63 Direction AND Force or Winp (0-12). SEPTEMBER 1885. 173 13 | 14 | 15 16 ay 18 19 20 21 22 23 Midnight. | Mean. Dir’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 |SE 2-3| SE 1-2/S 1|SE 1\S 1-2/8 1-2|SSE 2-3 | SE 3|SE 3/|SE 3-4| SE 3-4| SE 4 1°5 2 |SE 7-8 | SE 7-9|ESE 7-8| ESE 8|ESE 89/ESE 7-9|E 7-8 |SE 8-9|SE $9/ESE 7-8|SE 6-7| SE 6| 63 3 |SSE 1-2) SSE 1-2/SW 2-3/S 2'S8 0-1)/SSW 0-1/|S 1\S 2\8 218 1/S 3|SSE 8-4) 2:5 4 1S 4-5/8 2-3/8 218 1-3/S 2-3/8 2-3/5 2|8 2-3/8 2-3/8 1-2|S 1-2| SSE 2-3| 2°7 5 |S 1/8 1)/SSW 0-1) SW 0-1|S 0-1|SW 0\SE 0-1 | Calm, 0| NW 0} Calm, 0} Calm, 0} Calm, 0} 1:2 6 | Var. 0|W 0-1|SW 0-1)| Calm, 0|W 1)/Sw 1)/SW 0-1/SSW 0-1)/SSW_ 0-1/S 0|SSE 1|SE 1-2| 06 7 |8 2|SSE 2|SE 1|SE 0-1/SE 1|8 0|S 1|SSE 1/SSE 1|S 1/Ss 1-2;SSW 1-2) 1°5 8 |S 3-5 | SSE 4|S 4-5/5 4-5|WSW 1-3) SSW 3; WSW_ 1-3) W 2|}WSW 0-2|}SW 1-2|SSW 1-3|SW 0-2 2°8 9 | NW 2-3| W 2-4 | W 2-3| W 2-3) W 3| NW 1-3 | NW 2-4 | W 3-4| NW 4| Var. 0-2 | NW 1-3} WNW 2-4) 2:4 10 |W 2-3 | SW 2-3| SW 1-3|SW 1-3 | WSW 3) SW 2-3|WSW 2-3|W 1-2|WNW 1-2) W 0-2; WSW 1-2} WSW Bl) 21 11 | NW 1-2| NW 1-2| W 2| NW 1)WNW 1-2| Var. 0-1; WNW 1-2) W 1-2}WSW 1-3|SW 2-3)WSW 2-4|SW 2-5) 1:4 12 |W 3-5|SSW 3-5) W 4-6] SE 6-7| WSW 5-7|/SW 3-6 | W 3-5 | W 5-6 | W 3-5 | Var. 2-6 | Var 2-6 | NW 3-7! 50 13 |W 3-5 | NW 2-4) W 3-5 | NW 3-4 | W 3-5 | N 8-5 | W 3-5 | NW 3-5 | NW 24) NW 2-4| W 2-3| NW 2-5 3°8 14 |SW 2-3) SSW 2|\SSW 2-3/8 2-3 | SSE 3| SSE 3|SSE 3/SW 1-3| SW 1-2) WSW 2| WSW 3)WSW 3-4) 2:9 15 |Calm, 0| NW 0| NW 0-1} WNW 1/WSW 1) Calm, O|NNW 0-1|NW 1|/W 1) SW 2;}WSW 2-3|)W 1-3]; 16 16 |WNW 1-2|N 24)WNW 3-4|NW 2-3 | WSW 3| NW 2-4| NW 2-3|WNW 1-2|WNW 1-2| NNW 1|NW 2| WNW 1} 2°6 7 | Ww 0-1 | Calm, 0} Var. O|N 0|NW 0-1) N 0| NW 1|/NW 0| NNW 0| NNW 0; NW 0-1 | NW 0| 05 1s |S 2/8 2| WSW 1|SSW 2|SW 2-3 | SSW 215 3/8 3/S 3-4| SSW 4\S 3-4 | SSE 5-6; 1°8 19 |W 24) WNW 2-4|N 1-5 |SW 3-5} WNW 3-5| W 8-5 |N 3-5 | N 3-6 | W 3-6| Var. 2-5|NNW 2-4|NNW 1-3| 4:3 | 20 SW 3/8 3-4|S 3-4| SSE 3-4/8 3-4/8 34 |N 0-1|N 2-3|NE 0-2|NNE 1-2|NE 45|NNE 5-6 2°9 |} 21 |WSW 1-3;NNW 2-3|NW 2-3) NW 1-2} WSW 2-3} WSW_ 3-4|SW 3-4) SW 4-5|SW 3-4 | NW 1-3 | NW 3-4 | W 3-5| 26 } Ww 3-4) W 3-5|S 5-6 | W 3-5 |SW 45/8 5-6|S 5| W 3-6 | WSW 4\W 24; WNW 1-3} NW 8i| 13:6 N 2| NW 1-3|N 2-3 | E 2\N 2-3| NE 3| NE 1-2|NE 0-1|E 1-2 | Var. 0-2 | SW 0-1|N 1-2} 20 N 1-2) E 1-2|N 2-3|N 3|N 3-4) N 24/NE 3-4 | E 0-2| NE 1-2|N 1-3|NNE 2-3] Var. 0-1 19 E 1-2|N 2|N 0-1|NNE 2-3/E 0-2| N 2-3|NE 1-2 | Var 0| E 1| Var. 0-1| NE 1-2| NE 2 14 N 2-3|N 1-2|N 2-3|N 0-1| W 0| Var. 0|SSW 0 | Calm, 0|N 2| ENE O|N 1-2|N 1-2 Urs SW 0-1|SW 1|SSW 1)SW 1) SW 1| SW 1-2|SwW 2|SW 2|SW 2|SW 2\SW 2|SW 2-3} 1:0 SW 3\S8 3)SW 2-3|SW 3|W 2-3| W 2|W 2-3 | W 1-3| WSW 2|SW 1-2| W 1-2| W 1-2) | 2°7 Wi 2|W 1) W 1-2} W 1|W 3) WSW 3)SW 3) SW 2-3|SW 3)SW 3/8 3-4| SSE iy ltr) Ww 2-4| W 2-4) W 3) WSW 2-3) W 3-4 | W 3-4 | SW 3); WSW 2-4) WSW 2-4|SW 2-4) WSW 4|/Var. 1-3} 4°7 2°38 2°33 2°43 2°35 2°55 2°43 2°40 2°33 2°32 1:97 2°45 2°63| 2°46 Direction AND Force or Winp (0-12). OCTOBER 1885. 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. mei | N 3-5 |N 3-5| E 2-5|NE 4-5/E 2-4|N 2-4|N 3-4|NE 24) N 2-3|NNE S| 23|/NNW 23 2°9 | 2 |Sw 38-4; WSW 4-6/SSW 5-6|S 6/58 7|/SW 3-7 | NW 2-5| NE 3-4| NE 1-3| NE 14|NE 2-4 | Var. 1-3] 37 _) 3 NW 1-2| NW 2-4) W 2-3|NNW 1-2) NW 2-3) NW 0-2|WNW 1-3|W 2-3 | NW 1-3);WNW 1-3} NW 2 NW 2-3 20 4 5-7/8 4-6|SW 3-5 | W 3-4) W 2-4| NW 1-2|SW 3-4| W 2-4) W 2|WNW 2-3|W 2-3 | SW 2 32 | 5 0-1 | NW 2} NE 2| Var. 0-2} NE 1-2] Var. 0-1|NNE 0-2|)NE 2-3 | N 1-2| NE 2|N 1-2} NNE 2 17 , 6 O|N 1)NNE 2-3|NNE 2) NE 0-1|N 3-4|N 2|N 4-5\|N 2-4| N 3|N 4|N 3-4) 18 |i 2|N 2-4|N 1-3| N 3|NNE 1/NNE 0-1|N 1} WSW 2) WSW 2\SW 2-3|SW 3|/SW 3-4] 2°7 8 0-1) N 2-3) WSW 3-4| W 2|N 0|/ WNW 1/NW 0|}/WNW 2-3)}WNW 2-3| NNW 2|N 3|/N 3] 26 9 0-1|N 1-2) N 3|NE 2|N 1|N 2-3|N O|NNE 3-4|NNE 3|N 4|NE 4-6| NNE 6} 270 10 4-5|)N 46|N 1-3|NNE 1-3|/ENE 1-3/N 2-3|N 2-3;|NNE 24|N 1-3 | NNE 1|SSW 1|N 0 40 } ll 0-1) SSW 1] Var. O|NW 1-2|N 2|N 1|N 1|N 2-3 | N 2-3|N 2-4|N 1-3|N 2-4) 41-7 12 2-5/ENE 3-5/5 3-4 | NE 3-5|N 2-4|E 24/ENE 25/NE 1-4| NE 1-4| NE 24|ENE 3-5|ENE 2-5] 3-9 ls i 2-5| i 2-4] E 24|NNE 3-5/N 2-5|NNE 24/N 5|NNE 6-7|N 6-7| N 3-6 | E 3-4|E 3) 4:1 ‘ 3-5| N 3-6 | N 3-5| N 8-5 | N 2-4| N 38-5|/NNE 24/NE 5|;NNE 46|/NNE- 3-5|NNE 3|NE 4-6) 4°5 3/E 3-4| E 3/SE 3-4 | ESE 3|/E 3|SE 2-3 | ESE 4) ESE 5|/SE 5|SE 5| ESE bi) Ore 5| E 5| ESE 5| ESE 5-6| E 4\E 5|E 3-5|ESE 3-5] ESE 4\B 4-5| ESE 5-6 | SE 5] 4:0 0; NNW 0-1/NW 1|N 1|N o/s 0| ESE 1] ESE 1| ESE 1-2/SE 2|SE 2| ESE 2| 174 0-1|WSW 0-1} WSW 1-2|/NW 1-2|N 1-2| N 2\|N 1|N 2-3| NNE 2|N 2|N 2-3|N 2-3 1:2 1|N 3) N 2\|N 1-2|N 3) N 1-3|N 1-2|N 2|N 1-2|N 2|N 0-1) N 1 2°4 0| Calm, 0} Calm, 0} Calm, 0| Calm, O|N 0-1 | Calm, 0 | Calm, 0} Calm, 0/E 0} Var. 0|/E 0-1; 04 0-1) Calm, 0} Calm, 0|NE 0-1} N 0-1 | Calm, 0| Calm, 0|E 0| Calm, 0| Calm, O|N O|N 0 0-7 2) ESE 2|SE 2| ESE 2\|E 2-3) E 2-3| E 3-4|SE 3/SE 3| SE 2-3| SE 2-3/SE Py aly 3| ESE 3) ESE 3|SE 3|SE 3| ESE 3|E 2-3|SE 3|/SE 3\E 3 | ESE 3| ESE 3] 2:4 2|1SE 1)/E 1} Calm, O|N 0-1 | Calm, 0|E 1|/Sw 0| NW 0-1| NNW 0 | Calm, O|N 0 1) 3|SSE 3-418 3-4/8 4\S 3-4|SW 3/S 3|SW 3-4 | SW 2-3 | WSW 3); WSW 2-3|SW 3-4] 2°6 1-3| NE 2-3| E 2|N 1-3| NE 2-3) N 1-3|N 1-3| NE 2\NE 1-3| NW 1-3|/N 2|NE 1-3) 22 2-3/NE 2-3) N 2-4|N 2-4 | Var. 1-2;)NNW 1-2|/N 0-2|N 1-3|N 2-3/N 2-4) N 2-3| NE 2-4 21 2-3 | N 2|NE 2\N 1-3|N 2-4|NNW 2-3|N 2-3} NE 2-3| NE 2\|NNE 1-3|/NE 2-3|N 2-5| 2.2 0-3 | N 1-2|E 2|E 2\E 2\E 3| ESE 4| ESE 4|\SE 5| ESE 5-6 | ESE 6| ESE 7| 3:8 9-10 | SE 9-10 | SE 9-10 | SE 9|SE 9|SE 8-9/SE 8|SE 7|SE 6|SE 6|SE 5-6 | SE 45| 7:9 2\8 2|S 2;}SSW 1-2|)SSW 0-1|/ NW 0-1} N 0-1} NNE 1|/N 0-1|N 1|NW 2|}WNW 2) 1:8 2°40 2°79 2°69 2°67 2°35 2°28 2:23 2°84 2°58 2°66 271 2°84] 2°65 174 Direction AND Force or Winp-(0-12). NOVEMBER 1885. 1 2 3 4 5 6 7 8 9 10 ll 12 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. Foree.| Dir'n. Force. 1 |NNW 1-2|NW 2) WwW 21W 3) W 3/W 3) W 3) NW 2-3 | NW 1-2) WNW 23/N £1-2|\WNW 3 2 |WNW 2-3|NW 3) NW 1-3| NW 3|/W 2-3;|WNW 3|/WNW 2-4) WNW 24|)WNW 2-3|SW 3-4) W 3|SW 3 38 |SSW 38-4 | SSW 3-4/5 4) SSW 5|SW 4-5|SW 3-6 | SW 4-6/WSW 2-5|WSW 4-6| W 3-5 | SW 3-6 | W 4-6 4 |N 1|/N 1-2) NW 1-2| NW 0-2) NW 2-3)|WNW 3|/WNW 2-3|}WSW 2-3/SSW 3-4|SW 2-4 | SW 3-4) W 2-4 5 | WNW 1-2| WSW 2|SW 1-2| W 2-3} WSW 2|W 1-2)SSW 2-3) W 0-2) W 0-1) N 1-2|N 2-3) N 1-3 6 |N 0-1 | Var. 0-1 | NW 1) Var. 0-1;}WSW_ 1-2|SW 1-2/8 2-3 | SSW 3/8 3-4| SSE 3-4/5 3-4/8 3-4 7 |WSW 3-5|WSW 2-6|SW 4-6| SW 14|SSW 45|/WSW 3-5|SW 2-3| W 3-4) W 2-4) W 3) SW 2-41 SW 1-4 8 | SSW 2-3 | SSW 2-3/5 4/8 3-4/S 4-5/5 3-5/5 3-4/5 4-5/S 4|S 4|S 4-5/8 4 9 | SSE 4-5|SE 4/8 8-4 SE 3|SSE 4|SSE 4|SSE 4-5 |S 4|S 4|8 4-5 | SSE 4|/SSE 344 10 |S 2-3/8 218 218 2|8 3/8 2-3/5 2-3 | SSE 2|SE 3|SSE 2-3 | SSE 3/8 3-4 11 |SE 3|SSE 4/SE 4)SE 3-4|SE 3-4 | SE 3-4| SE 4|\SE 4|SSE 4|SSE 4| SSE 4|)SSE 4 12 |SW 2\)SW 2) W 1-2) WSW 1|W 1-2} W 1|SW 2| WSW 2)SW 2|SW 2\SW 2)SwW 2 3 13 |SW 4-5 |W 2-5|WSW 2-6|SW 5-6] WNW 2-4| NW 2-4| Var. 14/W 2-4 | NW 38-4] W 2-4 | NW 2-4) WNW 2-4 | 14 | NE 1|NNE 1-2/5 0-1/5 1)ENE 12|N 1| ESE 1|E 0-2)N 0-2|Var. 1-2)SE 0-3 | ESE 11 9 15 |N 3\N 3|N 1-3|N 1-3;}NNE 1-3|N 24|N 3-4|NNE 3-4|N 2| Calm, 0|NE 0-1/5 0-1 - 16 |S 3|SSW 3/8 3-4|/SSW 3-4|S 3/S 3/8 3-4/8 3/8 3-4|S 3-4|S 4/58 3-4 17 |SSW 4/SSW 34/SSW 3|SW 3/SSW 3-4/SSW 4) SSW 4|SW 2-3|SW 3|W 2-4| WSW 3) WSW 3 1s |SW 2-3 | SW 1-2/}SW 1-2)}SW 1-2} WSW 0-1] W 0| Calm, 0} Calm, 0|N 1-2|N 1|N 1) 4h 0 . 19 |SE 3-4/SE 3| ESE 3] ESE 3| ESE 1| ESE 2)u 2-3 | ESE 2-3 | ESE 2|SE 3| ESE 41 ESE 4 20 |SE 5-6 | SE 5|SE 5-6| SE 5| ESE 3|SE 4/E 3-4 | ESE 4| ESE 4| ESE 4-5| ESE 4|SE 4-5 ; 21 |SSE 3|SSE 34/5 4/8 3-4/SSE 3-4|SSE 3-4| SSE 3|S 3-4 | SSE 3-4 | SSE 4|SSE 3|SSE 4 22 |E 1|E 1-2/E 0-1/5 0-1|NNE 1-2|N 1-2/E 1|E 1\/E 2| ESE 2\E 1\E 1 23 |SE 2-3|SE 3|SE 3|SE 3\E 45/5 2|E 3| ESE 3| ESE 3-4| ESE 3/ ESE 4) E 4 24 |SE 3-5|SE 4-5| ESE 4-6|SE 5|E 2| ESE 5|E 6-7 | E 6| ESE 6| ESE 6|E 5] ESE 5-6 25 |SE 7|SE 6-7 | ESE 6-7 | ESE 7-8 | ESE 7|ESE 7-8] ESE 7| ESE 7-8| E 7-8 | ESE 6-7|E 7| ESE 5-7 26 |SE 7-8 |SE 8| ESE 8| ESE 8| ESE 8|SE 8| ESE 8-9| ESE 9-10) ESE 9|SE 9-10 | ESE 10| ESE 10 27 |SE 9-10 | SE 9-10|SE 9|SE 6-8 | SE 7|SE 6-8 | ESE 7|SE 6|SSW 24/SW 2-3 | W 2-4] WSW 3-5 23 |SW 2-3 2-3|SE 3|SE 3| ESE 3-4/E 2-3| NE 1-2|N 2|N 3] Var. 1-3 | SE 1-3| ESE 1-3 29 |NW 1-2} WNW 2-3) W 3|SW 3|SSW 3|SSW 3|SSW 3-4|/SSW 3|SSE 3-4/SSE 3-4/SE 5|SE 5-6 30 |N 1-4|N 2-3 | NW 3/N 1-4| W 1-2| W 2-3) WNW 1-3)}WNW 2-3} NW 1-2} NW 2-3| NW 2-3} WNW 2-4 31 MEANS 3°23 3°30 3°33 3°27 3°20 3:27 3°37 3°30 3°30 3°30 3°42 3°43 j > \ DirEcTION AND Force or Winp (0-12). DECEMBER 1885. ul 2 3 4 5 6 7 8 | 9 | 10 11 12 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 1-3 | NW 1-3|N 2-4) N 2-3|N 1-3|N 1-3|N 1-3|ENE 1-3|NE 2-3|N 2-4|)N 1-2|N 1-3 hw: 2-5| W 2-4) W 2-4) WSW 3-5| W 2-41 W 2-4) WSW 2-4) WSW 3-5|/SSW_ 5-7|SW 5-7|SW 5-7 | SW 6-8] 3. )W 2|W 3-4| W 1-3}WNW 3|WSW 2-4) WSW 2-4|WNW 2-4| NW 2-4|WNW 2-4) W 2-4 | W 2-4 | W 2-4) 4 |SSW 68/SSW_ 7-8|SW 6-7|SSW 46\)SW 3-5|SW 2-5| W 3-6 | Var. 2-6| N 3-6|N 4-7|N 3-7|N 5-8 5 | NE 3-4|NNE 2-4|NNE 4|NNE 3-4|NNE 2-3/NE 2|NE 2|NE 2|NE 2|NE 2|NE 0-1|N 1-2 6 |NNE 2|N 2-3|N 2-3| N 3|NE 1-3)NNE 1-3|N 3-4 | N 3-4|NNE 24|/NNE 2-3|NNE 13/NNE 2-4] — 7 EN 3|N 1-3| NNE 2|E 2|NE 1-2|NE 1-2| NE 1-2|NE 2-3|NNE 1-3|NE 2-3|NNE 2-3)NNE 2-3) © 8 |N 1|NNE_ 1-2) ENE 2)NNE 1-2|N 2-3| N 24|NNE 1-3|NE 2-3|ENE 2-3|/ENE 2\E 2-3|NNE 2-3 = 9 IN 4|NNE 4|NE 3-4| NE 1-4|N 2-4) N 3-4|N 2-3|N 2-3|ENE 24|/ENE 24|NNE 24|;NNE 12] © 10 |NNE 4|NE 2|NNE 1-3|N 3-4|N 3/N 2-3|N 3-41 N 2-3|N 2)NNE 1-2|N 1/N 2 ll |N 2|NW 3) N 2-3|NNW 2-3) NW 2-3| WNW 3) NW 2-3|NNW 2-3) W 3|WSW 2-3) W 3) W 2-8 12 |WNW 3-5|WNW 2-4) NW 2-5} WNW 3-5) WSW 3) W 2-4| NW 2-41 W 2-4) W 3-4 | W 2-4) W 3-5 | W 2-4 13 |NW 3-5| NW 3-5| NW 2-5| NW 3-6| WNW 3-4| NW 2-4) WNW 3-4) WNW 3-4] W 3-4)WNW 3-5| W 2-5) WNW 2-5 14 |W 4| WNW 2-3| WNW 4) W 5| W 3) W 3|)SW 2-3| WSW 3) W By 2-3) W 0-3|WSW 2-3 15 | WSW 3|SW 2-3|SW 3|SW 2-3;SSW 2-3|/SSW 2-3|SW 3) W 2|SW 2|SW 2|SW 2)SSW 23 16 |SW 5|SW 5|SW 4-5| SW 5|/SW 41SW 38-4|SSW 3-5|/SW 4|SW 38-4 |SW 2-4) SW 8-5| WSW_ 3-5 17 |\NW 5|NW 38-4| NW 2-4) N 3) NW 3-4 | NNW 3) NW 2-3| WNW 4|NW 3) NW 4-5| NW 3-5 | NW 4 18 |W 4|W 4|W 3|W 2-3|SW 2-3|SW 2-3 | SW 2-3| SW 3|SW 3-4|SSW 3S 8-4/8 3] 19 |S 5/8 5\S8 5/8 5-6|S 5-6/8 6|S 51S 5|S 4-5 | SSE 5|S 5-6/S 5 20 |S 8-4/5 3\S 4\8 8-4/5 31S 4|SSW 41SW 3/8 3-4 | SSW 41S 2-3 | SSW 2) 21 |Calm, 0} Calm, 0| Calm, 0O|/NNE 0-1/SE 1|SE 0-1| SE 1-2| ESE 2|SE 2-3 | SE 2| ESE 1| ESE 1-2 22 iN 8-4|N 8-4) N 3-4|.N 4|N 3] Var. 0| Var. 0-2/5 0-2| NE 0-1/ENE 1-2/NE 1-2;ENE 1-2 23 | NE 0-1| NW 2| NNW 2|NW 2-3 | W 3)|WNW 2-3|W 2-3| W 3) W 3) WNW 2-3|)W 24|/ WNW 0-2 24 |WNW 2!1iNW 1-2| NW 1-2|N 2) NW 2-3 | NW 2-3 | NW 2-3| NNW 2-3) N 0-1|NNW 2-3|NNW 1-3|NW 2-3 25 |W 5|W 4-5| W 4|W 3-4; WNW 2-3} WNW 2-3|N 2-3|N 1-3| N 2-3)|ENE 1-3|N 1-3/5 2-3 26 |N 8-4| NE 2-4|N 3) NNE 8|NNE 2-3|/NE 2-3/ENE 1-3|NE 2-3|N 2-3| N 2-3) N 2-3) N 1-3 i Wy 3-4) W 8|WNW 2-3| WNW 2-3|SW 3) W 2-3)WNW 1-3)|WNW 1-3| W 1-3|N 1-3 | W 1-3 | W 2-3 28 | WSW 5|WSW 46/|/SW 38-6| SW 4-6|/SSW 4-7)SW 46|WSW 3-7|SW 5-8); WSW 48|NW 1-4) NW 2-4/Var. 2-4 29 | NE 1-3| NE 1-2}|NNE 2-4|NNE 1-3|NNE 2-5|NNE 2-4|/ENE 2-4|N 2-4|NNE 2-4|N 8-5 | NE 2-5|/N 3-4 30 |NNE 3-5|NNE 3-5|NNE 2-4/N 3-5|N 38-4 | N 2-4| Var. 1-2} NW 1-2 | NW 2-3}WSW 2-3)SW 4|SW 3-4 31 |N 2-4| NNE 2|N 1-3| N 2-3) NE 1-3, NE 2-3|N 2-4) NE 2-3|N 24|/N 2-4 | Var. 1-3 | Var. 1-3] MEANS 3°35 3-11 3:08 3°23 2°94 2°79 2°81 2°91 2°96 2°96 2°81 2°87 Direction aND Force or Winp (0-12). NOVEMBER 1885. 175 13 14 15 16 17 18 19 20 21 22 23 Midnight. | Mean. _ | Dir’n. Force.| Dir’n. Force.| Din’n. Force.| Dir'n. Force.) Dir’n. Force.| Dir’n. Force.| Dii’n. Force.| Dir’n. Force.| Dir'n. Force.| Dir’n. Force.| Dir’n. Force.) Dir’n. Force. 1 |NW 23|/NW 3) WNW 2-3|N 13|WNW 3|/WNW 12/NW 23/NNW 12/NW 1-2/WNW 2|/NW 3|NW 1-3] 2:3 2iINW 3-4|SW 4|SSW 4-5|W 4-6/8 4|SSW 4-5/SSW 45/SSW 5|SSW 5-6|SW 3-6|SSW 45|/WSW 2-4! 3°6 38 |SW 2-5 | W 3-6 | SW 3-6) WSW 24) WSW 2-4;/WNW 2/NW 2|N 2|NNW 1/N 1|NW 1)/WNW 1-2] 3-4 -4 |WSW 2-4|SW 2-3|SSW 3-4|SW 2-4|SW 2-4|WNW 24|/WSW 2-4/SW 2-4|WSW 1-4|W 3) W 1-3|W iy || OL 5 IN 34|N 2\N 1-2|N 2-3|NNW 1|N 0| NE 1=PIENI 1|N o|N 1|N 1|N 12] 16 6 |W 1-3| SW 1-3|SwW 2-3|WSW 3!/WSW_ 3-5|SW 3-4| SW 2-5|SSW 4|SW 3-5|SW 2-5 | SW 2-4| W 3] 26 7 |SW 2-31W ,- 3|SW 3|/SW 3|SW 2-3|SSW 2/SSW 1-2|/SSW 3| SSW 3|/SSW 3-4|/SSW 4|S 3-4) 372 8 |s 4|SSE 3/S 3\/SSW 3-4/S 3/S 4\§ 3-4/8 4|S8 4|S 4-5|SSE 4|SSE 45] 3:8 9 |8 3-4/8 2-3|S 2-3/8 3/S 3-418 3| SSE 3|s 2-3/S 3/s 3/S 2-3/8 2-3| 3:4 10 |S 4|SSW 1-2/S 2-3/8 3|Ss 3-4|SSE 4|SE 4|SSE 3| SSE 3|SSE 3-4|SSE 34|SE 3] 29 11 |s 3-4/5 3/S 3/8 2-3|S 2-3/8 2-3/5 2-3| SW 3|/SSW 23/SW 2-3|SSW 2|Sw i=p4]) 6) 12 |SWw 2|SW 2)Sw 2|Sw 2-3} WSW 2| WSW 2) WSW 2|SwW 2-3| SW 2-4|SW 3-4|WSW 1-4|WSW 2-4] 21 13 |NW 3-5|/NW 13/NW 23/NW- 2-4|)W 24|NW 24/Var. 1-4|NE 2-4| NE 3-6|N 2-4| NE 2-3| NNE 21 3:2 14 |E 0-2| NE 12|N 2|NE 2|NE 1|Var. 1-2|Var. 02|/NE 1|NNE 1-3/N 2-3|N 1-3/N 1-3] 14 15 |E 1|SE 1/Ss 2/8 2/8 1/s 1/S 1\S 2\s 2\s 2-3|S 3\s G3 ald) 16 |S 3-4|SSW 3-4|SSW 3-4|SSW 4) SSW 3|)WSW 2-31SSW 3|s 4|SSW 3-4|/SSW 34/S 4|SSW 4-5] 374 17 |WSW 2-3|SW 3|/SW 3|/WSW 2-3) WSW 2-31 W 2-3| SW 2-3|SW 2|SW 2-3 |SW 2-3|SSW 2-3|SW 2} wt) 18 |E 1|NE 1) NE 1-2} NE 1/E 0-1|/E 1| ESE 1/z 1-2|)E 0-1|SE 2|SE 2|SE Se Let: 19 | ESE 3-4/SE 4|SE 3-4|SE 3-4| SE 3-4 | ESE 3-4| SE 3|SE 3-4|SE 4|SE 5|SE 5-6 | SE 5] 374 20 |SE 4-5|SE 4-5|SE 4|SE 4-5| SE 4|SE 3-4|SE 4|S 4|S 3|s 3|s 4| SSE 3) 41 21 |SE 3|SE 2-3] SSE 2| SE 3|SE 2-3|SE 2/8 1-2|SE 0| NE 1|NE 0-1)NNE 0-1/E 1} 25 22 | 1-2| ESE 1)/ESE 1-2/ESE 12/E 2|E 0-1|E 2|E 0-1| E 1-2| ESE 1| ESE 2| ESE BA) aice: 23 | ESE 4|SE 4|ESE 4-5/SE 4-5|ESE 45/ESE 4-5/E 4|SE 5| ESE 5|ESE 4-5|SE 4-5|SE 8-5| 3:7 24 |E 5-6 | SE 6|SE 5-6 | E 5-6 | ESE 5-6 | ESE 6| ESE 6| ESE 5-6 | ESE 6-7 | ESE 7| ESE 7| ESE if 57 2 |E 6-7|E 6|ESE 6-7|SE 6-7|ESE 68]|E 7\E 7|ESE 6-7| ESE 7|SE 6-7|ESE 6-7| ESE “|| Gis 26 |ESE 10-11/ESE 9-11] ESE 10| ESE 10;/ESE 10-11}ESE 10-11|ESE 10-11|/ESE 10-11|/ESE 10-11|/ESE 10-11|/SE 10-11|SE 9-11} 95 27 |WNW 3-5|WNW 2-4|NW 3-4|NW 24/WNW 2-41 W 34|NW 2-41 W 2-41 W 2-41 W 2-3|SW 1-4|SW 2) 46 28 |B 1-3|NE 2-4|N 4|NNE 3-4/N 2-4|N 2-4|N 2-4|N 2-4|N 1-3|NNE 0-2|N 12|N 2) 2:5 29 |SSE 4|SE 3-4 | SSE 4| SSE 4|SW 3-4/8 4|WSW 3-4|N 1-3)|NW 1-3|NNW 2|NW 23INW 1-3] 3:2 30 |NW 2-4|N 2-3/NNW 2-3|N 1-3|NW 23|NW 24|NW 1-3|NW 2-3|NW 2-3|NNW 13|NW 0-3|NW 2-3] 2:4 31 Mrans 3°42 3:17 3°37 3°40 3°25 3°15 3°13 3:13 3:20 3:23 3°25 3°15] 3:28 Direction AND Force or Wryp (0-12). DECEMBER 1885. 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. Foree.| Dir’n. Force.) Dir’n. Force.| Dir’n. Force.| Dir’n. Force.] Dir’n, Force. 1 |N 2-3|N 13/NW 2-3|NW 23|NW 2-3/W 1-3|NW 23|NW 23|NW 24|NW 24|/NW 3-4|INW 3-5] 2°'5 2 |SW 6-8 | SW 4-7|WSW 3-5|W 2|W 2-4|N 1-3|NW 24|WNW 24|NW 2-4|1W 1-3)|NW 1-3|WSW 23] 3:8 3 |WSW 2-4|WSW 2-3|/SW 3|SSW 3|SE 4-5|SSE 3-5/S 4-5/8 4-6|S 5-6|SSW 5-7/SSW 6-8|SW 6-8] 3:7 4 IN 3-7|NNE 3-4|NE 3/E 1-3| NE 24/ENE 2-4|NE 2-4|E 1\/E 2|NNE 2-3|/NNE 3|NNE 4) 41 5 |N 0-1/E 1-2| NNE 2| Calm, O|N 0-1|NNE 0-1|NNE 1-2|NE 1| NNE 2|NNE 3) NE 1-3|NNE 2-3] 1:9 6 |NNE 2-4|NE 1-3| NE 2|NNE 2-3|/NE 0-2)NNE 1-2|N 2-3|N 3| NNE 3|N 2-4|N 3|/N Bi] Das 7 |NNE 2-3/NE 3-4| NNE 3|NE 3|N 2-4|N 2-3|NNE 2-3/NNE 1-3|NE 2|NNE 1-2|/NNE 2|NE 0-2) 2:2 8 |NNE 24|NNE 3|N 3| NE 2-3|NE 2-4|)NE 2-3|NNE 24/NE 2-4 | NE 2-4) NE 38-4|NNE 3-5|NNE Bi) 26 9 INNE 3-5|N 0-2|N 1-3| NE 2-3| NE 2-3| NE 2-3/ENE 2-3|/NE 1-2|NE 3|NNE 2)|NNE 1-3|NNE BI wy 10 |N 2|NNE 2|N 2-3|NE 2-3|N 2|N 2|N 2-3|N 2|N 2| NNW 3|N 1-3/N 2-3) 24 li |WNW 2-3|NW 2-3) NW 2)WNW 2-3|NW 2|NW 13)/W 2-3|WNW 1-3|NW- 1-3| WNW 2-3| W 1-3|W 2-3) 2:4 12 |NW 25/NW 3|W 2-5) W 24|NW 24|WNW 2-4|N 2-4|)WNW 24|/WNW 24|)WNW 3-5|NW 3-5/WNW 3-5| 3:3 | 13 |WNW 2-4|}WNW 3-4|W 3;NW 3-4|W 2-3| WNW 2-3} WNW 2-3) WNW 3/WNW 2-4] NW 3)/WNW 2-4|INW 1-4] 3:3 14 |W 3) W 3) W 3|WNW 3|/WNW 2-3/SW 2-3|SW 2-3|NW 241W 34|NW 23/W 3-4|SW 3-4] 3-0 15 |SSW 3|SW 3-4/8 4|SW 5|SSW 34/SSW 3-4/S 3-4|SW 3|/SSW 4|SW 3-4| SW 4-5|SW 4-5| 31 16 |W 9-5|NW 35/NW 45|/NW 2-3|NW 24/WNW 2-4) W 24|NW 24|/NNW 2-3|NNW 2-4|NNW 2-3|NW 45] 3:°7 17 |NW 4|WNW 4|/WNW 45/WNW 4|NW 2|WNW 34|WNW 34|WNW 4/1WNW 3-4/W 3-4) W 3)|WNW 3-4] 3:6 18 |s 3-4|SSW 4|S 5|SW 4-5/8 -4-518 4-5|S 4-5 | SSW 4\s 4/8 4|S 4/8 Bilal 19 |s 5|S 5|S 4-5/8 5|S 5|S 5|S 5-6|S 4-5/8 5|SSE 45]S 3/S 3-4] 4:9 20 |Sw 3|)SW 1-2} WSW 1) WSW 1|W 1-2|N 1|N. O|N O|N 0} Calm, 0 | Calm, 0} Calm, 0} 2-0 21 IN 1|/N 1| NNE 1|N 1-2| NE 1/NNE 1-2|)NNE 2|NNE 1-2)/NNE 23/NNE 8|NNE 24/NNE 3-4| 1°5 22 INE 0-2) N 38|NNE 2-3|NE 12\|ENE 1-2|NNE 1|N 0-1/Calm, 0/N 1/N 0-1|N 1/N Ty) aleve 23 |w 3|W 3) W 3|W 3|WNW 2-3| Ww 2-3| W 2-31 W 3-41 W 3-4|W 3|/WNW 1-3|/WNW 2-4] 2°6 24 | NW 2-3)N 23)}NNW 2-3|NW 2|N 2-3 | NW 2-3|WNW 3-4] WNW 3|/W 3-4] W 4|W 4|/W 45 26 25 |N 12|NNE 45|/N 4|NNE 3-4|N 3|NE 1-3|N 2-3| N 3-4 |N 3\N 3/N 3-4|N 3-4] 3:0 26 IN 2|N 2|N 2-3|N 1-2|N 23INNW 2|WNW = 3|/NW 3)/WNW 3/WNW- 3/WNW_ 3|/W 3-4] 26 27 |w 2-4)/WNW 2-3|W 3|W 3-4| W 1-3| W 1-3|NNW 2-3] W 2-3 | W 4|SW 45/W 4-6|WSW 5-6] 2:9 28 |NW 3-5/Var. 1-2;,NNW 3/NW 23|/W 1-3]/NE 2-4] Var. 1-3|N 1-3|N 1-3|/ NE 24|NNE 1-3|NE 3-6] 36 29 IN 4|NNE 1-3|NNE 2-3/N 3|N 3|NE 24|/N 3-5|N 94|NE 23|/NE 24/NE 35/NE 24] 30 30 INW 2-3/N 2-3|NE 1-3|Var. 1-3|}NNW 2-3|N 1-3|NE 2-4| NE 2-3)/ENE 3-5/ENE 46|/ENE 2-5/NNE 3-5] 3:0 31 IN 2-4|N 2-3|N 3| NNE 3)|NNW 2-3|NNW 2|N 1-3|N 1-3|N 2-4|N 1-3|N 2-4)N 2-4] 2:5 Meays' 3:03 2°82 2°94 2°73 2°56 2°47 2°77 2°58 2°94 3°03 3-03 3°43] 2-92 TRANS. ROY. SOC. EDIN. VOL. XXXIV. 2C 176 Direction AND Force or Winp (0-12). JANUARY 1886. 1 2 3 4 5 | 6 7 8 9 10 nu 12 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.| Dir’n. Force.| Dir'n. Force. Div’n. Force. PN 14|N 1-3|N 1-3|N 1-4|NNW 2-4|N 2-4|NNW 1-3|NW 2-3|NNW 1-3/N 1-3|N 1-3 | W 433 2 |NE 1-3);ENE 1-2|N 2|N 2|N 2-3|N 1-2|N 1-3|N 1-3|N 2\|N 2-3|N 2-3 | N 1-3 8 |W 3\/SW 3) WNW 2-3/SW 5| SSW 4|SW 5-6| WSW 38-6] W 2-5|SW 4-6 | W 2-5|WSW 3-6)WSW 3-6 4 |N 1-4) W 24;/NW 3-4) W 1-3|N 2-3|NNW 2-3| NE 2-4) W 34)}WNW 24|NW 2-4 | W 2-4 | NW 1-4 5 |NNE 2;ENE 1-2|NE 1-3|N 1|N 2-3 | NE 2-3|N 1-3|N 2-3|N 2-3|N 1-3|N 2-4| N 4-6 6 |NNE 3-5|N 3-5|N 3-5|N 3-5|N 1-4|N 3-4|N 4|N 3-5|NNE 3-4|N 24|NNE 4|N 4 7 | WSW 3)/SW 3/SW 3) SW 3) SW 2-3|SW 3-4| SW 3-4/SSW 3-41SW 4;WSW +.4/SW 2-5|SW 4-5 8 |NE 2-5|N 3-7|NNE 3-5|NNE 46|N 3-5 |N 2-5| N 46|NNE 4-7|NE 3-6 | NE 3-6| NE 3-6| N 3-5 9 |NE 4!|NE 2-5| NE 3-4| N 2-4/5 2-4] Var. 1-2] £ 2-3 | Var. 1-3|E 1-2) E 1-2|E 1-2| NE 0-2 10 |N 0|W 1) W 2|W 2|W 2)}WSW 2-3|SSW 3)SSW 23)/SW 2|WSW 2-3) W 2-3 | W 2-3 11 |ENE 1-3\|E 1-2)E 2-3)}ENE 2-4|NNE 24/NE 24|NE 8-5|ENE 2-5|NE 4|NE 24/ENE 3-4|NE 3-4 12 |NNE 3-4|N 4-5|N 3|N 1|N 24|/NNW 2-3) WNW 2-4|N 2-4|WNW 3-4) WNW 2-3|NNW 2-3|NNW 2-4 18 | NW 3-5 | NW 2-5|N 1-3/NNE 3-6/E 24|N 3-5|N 45|NNE 3-5|/NNE 3-4/N 3-5 | N 4-5 | NE 3-5 14 |E 1-3|E 3/E 2|\E 3/N 2\N 0-1|N 2) NW 2|NW 3-4] WNW 3-4/SW 38-4|WSW 2-4 15 |N 1-4) NW 2-5 | NW 1-3|N 14|NNW 2-4|N 2-5 | Var. 2-5 | W 2-4| W 3-4 | Var. 2-5 | N 24/N 3-4 16 |N 2-3|N 1-3| N 1-3|N 0-2} WNW 2-3] W 2-3|WNW 2-4| NW 1-3|N 1-3 | W 2-3|WNW 2-3] W 1- 17 |Var. O0-2;/NNE 3-4|N 1|N 1) NW 0| WNW 0-1|WSW 1-2/SSW 2-3} NW 2-3 | W 2-3 | NW 1-3|SW 2-3 18 | Calm, 0| Calm, 0} Var. 0| NE 1/N 2|NNE 2) NNE 2|N 1-2|N 2|N 2|N 2|NNW 2 19 |SE 2) ESE 3| Var. 1|NE 3);NNE 1-2|N 3-4|N 2-3|N 2-3| NE 2-3|N 2-3| N 3|N 3-4 20 |ENE 2-3/E 1-2| NE 1-3|NNE 1-3|N 2-3| N 1-2)NE ({0-2)E 2-3 | ENE 2|E 3)NNE 1-3/E 2 21 | NE 3-4|NNE 3-5|NE 2-4| NE 2-4| NNE 38|NNE 24/NE 3-4 | NNE 4|NE 2-4| NNE 4|NNE 23/N 2-4 22 |NE 3|NE 2)|ENE 2-3/5 1/5 1-2|E 2) ESE 3/ESE 2-3/E 3-4] E 4) ESE 4)/ESE 3-4 23 |SE 2|E 1|NE 2|NE 3/N 1-2 | NE 1-3|E 3-5| NE 2-4|)NE 24)|NNE 3-5|NNE 3-5|/N 3-5 24 |ENE 1-3|NE 2-3) NE 1-3 | NE 2-4|NNE 2-4|)E 1-4|}ENE 2-4|NE 2-4|NE 3-4| NE 2-5|ENE 3-5|/NE 2- 25 |E 3|/E 4| ESE 5] ESE 5|ESE 45|/ESE 4-5] ESE 4)ESE 34|/ESE 4-5|/ESE 3-5/E 2-3/ESE 24 26 |ESE 3-7|ESE 48/E 3-6|ESE 5-8/|ENE 3-5/E 34|NE 2-5 | E 2-5|ENE 25/ESE 3-5/E 24)ENE 2-4 27 |E 2-3|E 2-4|E 3-5|ESE 2-5|SE 4|SE 5|SE 4/SE 4-5|SE 5-6|ESE 4-5/|SE 4-5|SE 5 28 |SE 4-5 | SE 4-5| SE 5|SE 5|SE 4-5 |SE 4-5/SE 4|SE 4/SE 4|SE 4|SE 4/SSE 4 29 |SSE 8-9| SSE 9|SSE 9-10/SSE 8-10|SE 7|SSE 7-8 | SSE 6-8 | SSE 7|SE 6-8 | SE 6-7 | SE 6-7 | SSE 6 30 |SW 3|SW 3|SW 4-5 | SW 5|SW 4|SW 3-5 | W 2-4|WSW 2-3|SW 3) WSW 2-3)SSW 3/SSW 3-4 31 |W 3) NW 2-3|}WNW 2/SW 8|SSW 2-3|NW 1-2) SW 0-1} Var. 0-1 | NNW 1) NW 0-1} NNW 0-1) W 0-1 MEANS 2°86 3°06 2:90 3°18 2°92 2°98 319 3°10 3:24 3:19 3°19 3°23 Direction AND Force or Winp (0-12). FEBRUARY 1886. 1 2 3 4 5 6 7 8 9 10 11 12 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.| Dii’n. Force. iN 3| Var. 0-2)|NNE 1-3|/NE 0-2| NE 1-2|NE 1-3] NNE 1|NE 0-1|WNW 2-3)SW 0| W O|N 0-1 2 IN 3-4|NNE 3-5|NE 3|NNE 3-4|N (2-4|N 2-4|N 2-4 | N Tsay By agy 3/NNE 1-2|N 1 3 |N 0-1|N 1|N 1/ENE 0-1/NE 0-.1/N 0-1|ENE 0-1/Calm, 0/5 0-1/5 0-1/5 0|Calm, 0 4 |NE 12|/NNE 12/N 1-2|/E 0-2|Var. 0-2/Var. 0-2|/Var. 0-2|N 2-3|N 3-4|N 2-4|N 3|N 2-3 5 |s 1-2/8 2\8 2\8 2-3|S 3/8 3|S 3/8 3|8 3-418 34/8 4/S 3-4 6 | SSW 2|SW 2|SW 2-3 |SW 2-3 | SW 2-3|SW 3|SW 2-3 | SW 2-3 |S W 2) WSW 2)SSW 1-2/8 1-2 Ta us 5|S 4|S 3-5 | SSW 4|S8 4|SSW 4/8 4\|SSW 3-4|SSW 41SSW 3-4|SW 4|1SW 3-4 8 |NW 24|NW 1-3| NW 2-4| NW 2-3|WNW 2)/W 2) WSW 3/58 2-3 | SW 2-3 | SW 3| SW 2-3|SW 4 9 |WNW 3-5|WNW 3-6|WSW 4-6| W 3-6 | SW 4-5 | SW 5|SW 4-5|)WSW 3-5| W 2-5|WSW 38-4|SSW 14/S 2-4 10 | NW 2-3 | NW 2|NW 3|NW 2-3 | NW 1-2| NW 1-3}WNW 2|/WNW 2|}NNW 0-1) NW 0-1| NW 0-1|WNW 1-2 11 | NW 1-3| W 3|W 2-3| WSW 3) SW 3/SW 3) SW 3); WSW 2-3|SW 3) WSW 2-3|SW 3|SW 3 ‘ 12 |W 2-4| WSW 3)W 2-3| W 2\SW 2-3 | SSW 2)SSW =2-3/S 3/8 3/5 3/8 3-4/5 4 ’ 13 |SW 4-6|SW 2-5 | SSW 4|SSW 3-5|SW 3-4/SSW 3-4/5 8-4/8 4-5/8 5/S 5/8 5-6/SSW 46 £ 144s|N 1|)N 0-1| NW 1) NW 1; NW 1-2)NNW 1-2|NW 0-1| NW 0-1 | NW 1-2|N 1-2|N 2| NNW 0 ; 15 |WNW 1-2| WNW 1-3|W 1)WNW 1-2} WSW 0-2|SW 1)/SW 2|W 1-2|SW 1-2) SSW 2|SW 2|WSW_ 1-2 16 | Calm, 0|E 0| Calm, 0 | Calm, 0/|E 0| Calm, 0 | Calm, 0| Calm, 0O|N 0| ESE 0} Calm, 0O|N 0-1 j 17 |SSE 1|SSE 1\/SSE 1-2|S 1-2| SSE 1|SE 1|/SE 1|SE 1| SE 1| ESE 1/ESE O-1/E 0-1 18 | ESE 2\SE 2\|ESE 1-8)|ESE 238|ESE 23|/ESE 1-2|ENE 12/5 3) E 3\E 2-4 | E 4/ESE 45 19 | ESE 4-5|ESE 3-4| ESE 3| ESE 3) ESE 3/SE 3-4|SE 3|SE 8-4/SE 3|SE 2\SE 3| SSE Ae} 20 |SW 3|SSW 3/8 8\SSW 3-4/S 2-3/8 ; 3/S 3)5 3/8 3) SSW 3|)SSW 3/SSW 2-3 21 |W 1-3 | SSW 3|SW 3|SSW 38|SSW 2-3|SW 2-3/8 2|SSE 31S 3/SSE 3/8 3-4] SW 2-3 22 |SW 1-2|SW 2|}WSW 1-2} NW 2| NNW 1)NNW 1-2} NNW 2\|N 1-2|N 2-3|N 2-4|NNW 2-4|N 3-4 23 | ESE 4| ESE 4|ESE 4-5/SE 4-5 | ESE 4)/ESE 34/ESE 3-4| ESE 4| ESE 4|ESE 4-5] ESE 5|ESE 5-6 24 |SE 4-5|SE 5| ESE 4| ESE 4)ESE 3-4/ESE 3-4/ESE 38-4|/ESE 3-4/ ESE 4/ESE 34/ESE 34/5 3 25 |SE 3/SE 2-3 | SE 3/SE 8/ESE 2-3/SE 2-3) SE 2|SE 2-3|SE 2-3/ ESE 2-3|/ESE 2-3/SE 2-3 26 |SE 3)SE 3-4 | SE 3/SE 3-4/SE 2|SE 3/ESE 2-3|/SE 2-3|SE * 3/SE 3/SE 38-4/ESE 3-4 27 |SE 5| SE 5-6 | SE 6-6|SE | 5-6|SE 5) ESE 5| ESE 5| ESE 5) ESE 5| ESE 5/E 4-5 | ESE 5 28 |SE 7|\SE 6|SE 6) SE 5-6 | SE 4-5 | SE 4-5 | ESE 5|SE 5|SE 5-6| SE 5-6|SE 5| ESE 6 29 81 f Mraxs! 283 2-75 279 277 2°46 2°55 2°50 2:57 2°81 2°70 2°76 268 Direction anD Force or Winp (0-12). JANUARY 1886. LTi 13 14 5 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. Foree.| Dirn. Force.| Dir'n. Force.| Dir'n. Force. 1 |WNW 1-2} WNW 3-4) W 3|N 2-5|NW 2-4|NW 2-4)SW 1-4| N 2-4| N 2-4|N 2-4| NE 1-3 | NE P|) OXG 2 1K 1-2|Var. 1-2)|NNE 2-3|NE 0-2);ENE 23/N 1-3 | Var. 1-2} NNE 1| Var. 0-1|Var. O-1)/NW 0-2|NW 0-2) 17 3 | Var. 1-4) W 2-3|WNW 2-4| NW 2-4) W 3-4) W 2-5 | W 1-3 | W 2-3)WNW 1-3) NW 2-4| WNW 4|W 14 3°5 4 |W 2-4 | W 2-3 | W 2| NW 3-4|/NW 1-3] W 1-3|NNW 2-3|NW 2-3|NW 0-2;|NW 1-3|}WSW 2-3) WSW 2-3] 26 5 |NNE 47|NE 46/N 4-7|ENE 24|N 1-3|N 2-3|NE 138|/NE 13/N 0-3|N 3-5|N 3-5|NNE 3/ 29 6 |NNE 2-4|NNE 3)N 3] Var. 2\N 2-4) N 3/ Var. 0-2/N 1|N 2|N 2| NNW 1|W 2) 29 7 |WSW 3-5|SW 4-5|SW 5-6|SW 5-7|SW 5-6| W 3-6 | W 2-4) W 2-5|N 2-5| NK 2-5|NNE 2-4|NE 2-5) 3°8 8 |NNE 3-5|N 2-4| NE 3-5 | NE 3-5|ENE 3-5|/ENE 3-5|NE 3-5 | NE 3;ENE 34/ENE 34|ENE 3-4| ENE 3]; 4:0 9 |ESE 0-2|E 2-3| NE 2-3|N 3|NNE 1-3/NE 2|NE 1-3|NNE 2-3|/N 2|N 1—2)| N. 1j|NW O-1}] 21 B 10 |W 2-3 | NW 2) NNW 2) NW 2)W 1-2} W 1;WNW 1,|NNW 1|N 1|N 2-3| N 3|N 2-3) 1:9 11 |N 3-4| NE 2-4| NE 2-4) ENE 3/E 8-4)/ENE 34|/ENE 3-5|ENE 3-4/ENE 4-6/ENE 24|/ENE 24|/NNE 2-4] 3:2 12 |NNW 24|N 2-3|N 2-3|N 3)|NNW 24|NW 3)WNW 2-3|NW 3|W 3| NW 1-3| NW 2-4|WNW 2-5] 2:9 mH 13 |N 3-5|NNE 3-4|NE 2-4|N 3-4| NE 24|ENE 34/E 2-4|Var. 1-2/E 1-3|E 2-3| E Dk ee Sse 14 |SW 2-4) SSW 4) SW 4-5|SW 3-4 | W 3)WNW 2-4) W 2-4| NW 1-3;NW 3-5|NW 3-5|NW 3-5|NW 1-4] 29 15 | NW 2-4|N 1| Var. 0-2 | NW 2-4) W 2-4) W 14| W 2-4 | W 2-3|}WNW 2-4) W 2-3 | NW 2-3;|NNW 2-3 2°83 16 |SW 3/SW 4|/SSW 3-5]|S 45)}WSW 24|WNW 2-3|W 2-3)|WNW 1-3|WSW 1-4|W 1-3|NW 23|NW 24] 26 Ly |W 1-2| Calm, 0| Var. 0| WSW 1) NW 0| SW 1)/SSW 0-1)|5S o/s 0-1/8 0-1/5 1| Calm, 0; 11 18 |N 1-2|W 1|W 2| WSW 2)}WSW 1-2|SW 1-2|SW 1-2| WSW 2|SSW 2|S 2|8 2|SSE 1 15 19 |N 3-4|NNE 3|N 3-4| NNE 3|N 0-1| NE 2\|N 3-4 | NNE 3|N 3|N 3|N 4-5|NNE 2-4 2°8 20 |NNE 1-2/E 3|E 3/5 2-3) E 2-3/E 2-3| E 3|/E 2-3/5 1-2) 2-4) E 3/E 2-4 2°3 21 |N 3-4 | NNE 4|N 4|NE 38-4|NNE 34|/NNE 24/ENE 1-3/NNE 34/ENE 2-3/NE 2-3 | NNE 2|\|NE 1-3} 3-1 22 | ESE 4|SE 3|SE 3|SE 3| ESE 4| ESE 4| ESE 4\|ESE 3-4|SE 4|SE 8-4 | SE 4|SE 2-3) 8 23 |NNE 45/N 3-4| NNE 3/ NE 12;ENE 14/E 3-4 | E 2-3|E 4) NE 1-3| NE 3\E 2-3| NE 3] 2:9 24 |ESE 25/NE 1-3| NNE 3|NE 2-3 | NE 24|NE 3-4| NE 2-4/ENE 1-3/5 2-3 | E 2-4) E 3-5/ E 1-4] 2°9 25 |ESE 24/ESE 45/E 3-5| E 5|ESE 3-5|ESE 46|/ESE 47/ESE 4/ESE 3-5|)/ESE 3-5|/ESE 47/ESE 5-7| 42 26 |ESE 3-4|E 3-5) E 3-4| E 2-4|NE 2-4|ENE 2-4/5 38-4|/ENE 2-5/E 2-5 | NE 3/E 24/5 Bi) Bhvh | 27 | ESE 5|SE 5| ESE 5|SE 4-5|SE 5|/ESE 45|SE 4-5|SE 5|SE 5| SE 4-5|SE 4|SE 4-5] 4:4 | 28 |SE 4/SE 3-4/8 8-4| SSE 4|SE 4|SE 5|SE 5-6 | SE 5-6|SE 6|SE 5/SE 5|SE 7) 46 i} 29 |SSE 6|SE 5-6 | SE 41S 4-5 | Var 2-4) W 1-2}SW 1-2 | NW 1-2} NW 0-1) N 1-3| NNW 2| NW 2-3 52 | 30 | SSW 4|SW 4|SW 3-4 | WSW 3|W 1-2)}WNW 12;/NW- 1-2/NW 1-2; NW 2;}NW 23)WSW 2|W 1-3] 2°9 | 31 |N 0-2|ENE 1-3|/ENE 1-3) NE 2-3|NNE_ 1-8] Var. 1-3| NE 1-3} NE 1)NNE O-L;)/NW- 0O-1/N 2|N 3 1°6 |Mzans 3-19 310 319 314 2:82 2°87 2°70 252 2°52 2°68 2:86 2°68 | 2:96 Direction anpD Force or Winp (0-12). FEBRUARY 1886. | 13 14 15 16 aly 18 19 20 21 22 23 Midnight. | Mean Dir’n. Force.) Dir’n. Force.| Dir'n. Force.| Dir'n. Foyce.| 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 1-2|}NE 1-2|N 2-3| NNE 3| NE 3|NE 2-4| NE 3-4) N 3-4) NNE 4|NNE 5|NNE 3-5|NNE 3-4| 2:2 2 IN 0-2| NE 2|NNE 2|}ENE 0-2|NNE 2|N 1-2|N 1-2|N 1)/N 2|NW 2| NW 2|NW 0-1 21 3 | Calm, 0} Calm, 0|/ENE 1|NE 1)/NNE 0-1/E 0-1|N 0-1) N 2\W 1)N 1| ENE 2|EN 07 4 2-3|NE 1|N 0-1|N 0-1|N 1|N 1|N 0-1|N 1/N 0| W 0|W 0|SW it] als 5 3-4/8 3|S 3-4/8 4|S 3-4/8 3/8 3/8 3/58 3/8 3/S 3| SSW 3 30 6 2-3 | SSW 3|SSE 3|SSE 3|SE 3|/SSE 3/8 3-4/8 3-4 | SSE 3-4|SSE 4/SSE 4/8 45] 2:8 7 3-4 |SW 3|SW 3-4 | SW 3-4 | W 3) W 2)}WNW 2-3;}WNW 3|NW 2| NW 2|NW 2-3| NW 1-3] 3:3 8 3|SW 3|/SW 24)NW 2-3|SW 2-41 W 2-4|SW 3-4) W 3) W 2-3) W 3-4|SW 3-5 | W 3-5 2°9 9 1-3| W 2-4 | W 2-3 | SW 3) WSW 24|SW 2-5|SW 4-5|WSW 2-4/SW 2-5|SW 3-4|SW 4| WSW 3/ 36 io 0-1| W 1-2|N 1-2| NW 1|WNW 1-2|SW 12|}WNW 2|NW- 2-3|}NW 2-3| NW 3|/WNW 3/W 33}|) 193} 3/W 2-3 | WSW 3|}SW 3|SW 3)}SW 24)WSW 1-3) WSW 3|}SW 3-4|SW 2-41 SW 3-4) W 2-3 2°9 38-5|WSW 45/SW 38-5/SSW 4-5/S 5|/SSW 45|S 5/S 5|S 5|S 4-5/8 4-6|SW 3-6] 3°7 3-6 | SW 4-6|SSW 3-4|/SSW 3-4|/SW 2-3|}WSW 0-1) WNW 1|)/WNW = 1/NW 1) NW 1|W 1| NNW ill) By) 1-2|SW 1-2|SW 2-3|WSW 2-3|WNW 1-2|/NW- 1-2} NW 2|NW 1-2|NW 1-2|W 2) NW 1-2}WNW 1-3] 14 1;WNW- 1\|SW 0-1} W 1|W 1|W 1) W 1-2| NW 1)/NW 1) NW 1| NW 1} NW 1h} akc83 1/SE 1|SE 1-2|SSE 1|E 0-1/ESE 0O-1/E 0-1|SE 1/E 0|E 0/ ESE 0|E 0-1} 0-3 1/E 0-1| NE 1| ENE 1|E 1/E 2| ESE 2;|ESE 1-2/ENE 2\E 0-2| E 1-2/E eet 4/E 3-4) E 24|/ESE 45/ESE 4/ESE 4-5|SE 5| ESE 5|SE 5 | ESE 5|ESE 5-6/SE 5] 36 2|SSE 1-2|SSW 1-2|)SW 2|SwW 1-2|SW 1-2|SW 2|SSW 2|SW 2-3| SSW 3)SW 3) SW 2-3| 2°6 2-3 | SSW 3/}SW 2-3| SW 2-3 | SSW 1/Sw 2|SW 1-2|SW 1-2|SwW 2|SW 2|W 1-2) W 1-3] 2°5 2-3|SSW 2-3/SSW 2-3|/SSW 21SSW 2|SSW 23/SSW 1-2|SW 2-3|SSW 2|SSW 1-2/SwW 2|SW PAN PALA 3-5 | N 3-5 | N 3-4| N 2-4|N 4-5|N 4|N 2-3 | NE 2-4)E 4| ESE 3-5 | ESE 3-5 | ESE 3-5 29 5| ESE 4|SE 4| ESE 4| ESE 4| ESE 5|ESE 45/ESE 45/ESE 45|ESE 45/ESE 45)|ESE 4) 4:3 3|/SE 3|SE 3-4|SE 3| ESE 3| ESE 3) ESE 3/SE 3| ESE 3|/ESE 23] ESE 3|SE 3] 3:4 2-3| SE 3|SE 3|SE 3|/SE 3| ESE 2|SH 2|SE 2-3 | SE 3|SE 3/SE 3/SE Bail) BA) 3|)SE 3|SE 3-4|SE 3-4 | SE 34|ESE 3-4/SE 4|SE 4|SE 5|/SE 5|SE 5-6 | SE 5-6] 3:5 4-5|/SE 5-6 |SE 5-6|SE 5-6 | ESE 5|ESE 5-6/SE 6|SE 6|SE 6-7 | SE 7-8 | SE 6|SE 6| 5-4 4-5|SE 4|SE 3-4|SE 34|/ESE 45/SH 4|SE 3-4|/SE 4-5|SE 4|SE 4-5|SE 4|SE 5] 48 2°63 2°64 2°68 2°70 2°64 2°59 2°64 2°79 2°83 2°93 2°93 2°89} 2°70 178 Direction AND Force or Winp (0-12). MARCH 1886. | | 1 2 3 4 5 6 1 8 9 10 11 12 Dir'p. Force.) Dir’n. Force.) Div’n. Force.| Div’n. Force.| Dir'n. Force.| Dir'n. Force.| Div’n. Force.| Dir'n. Force.| Dir'n, Force.| Dir’n. Force.| Dir’n, Force.| Dir’n. Force. 1 |SE 5-6 | SE 5-6 | SE 6-7 | SE 7| ESE 6| ESE 7| ESE 7-8 | ESE 7| ESE 7-8 | ESE 7-8] ESE 6-8 | ESE ia 2 |ENE 34/ENE 24/ENE 2-4|NE 2-4| NE 2-4) NE 8-4)|NNE 2-5|NE 38-5|NNE 3-4|NNE 2-3|NNE 2-4|NNE 2-4 38 |NNE 5-7|NNE 4-7|NNE 4-7|NNE 5-7|NE 1-4|N 2-3|N 2-5 | Var. 14|/NNW 3-4|NNE 3\N 3-4|N 1-3 4 |NNE 3-4|N 384|NNE 3-4|N 2-4) N 2-3| NW 1-4|N 2-3|NNE 2-3|N 1-2|N 1-2|N 1-3|N 1-3 5 |SW 1-2|SW 1-2) SW 1|SW 1-2)}WSW 1-2) W 1-2| W 2)|WSW 1-2|)SW 1-2| W 1-2|SW 1-2}WNW 1 6 | NE 2-3) NE 2-3|N 2-4|NNE 3-4) NE 3|NNE 2-4|N 2-4|N 2-4| NE 1-3|N 2-3 |ENE 24|ENE 2-4 7 |NNE 2)}NNE 2-3|NNE 2|NE 1-2| NE 0-1| SE 0|SE 1-2| ESE 2-3| SE 2|SE 2-3) SE 2-3| SE 2 8 |SE 4-5|SE 5|SE 5-6|SE 5|SE 5|SSE 5|SE 4-5|SE 5-6 | SSE 5|SSE 5| SSE 4-5 | SSE 5 9 |SE 4|SE 3|SE 4/SE 4|SSE 4|SSE 3-4 |SSE 5|SE 5|SE 5|SE 5-6| SE 5|/SE 5-6 10 |S 7-8|SSE 7|SSE 7|s 6|SSE 6|SSE vas) 5/5 5-6/S 6| SSE 6| SSE 6-7 | SSE a 11 |SE 5-6| SE 5|SE 5|SSE 4-5|SE 4|S 4-5/8 3-4 | SSE 3-4 | SSE 3|SSE 3-4 | SSE 3)SE 3 12 |SE 3|SE 3|SE 3|SE 3| ESE 3) ESE 3| ESE 3| ESE 3] ESE 3| ESE 3) ESE 2-3| SE 2-3 13 | SE 3| ESE 3|)SE 3|)SE 3| ESE 3| ESE 3| ESE 3| ESE 2-3| ESE 3| ESE 3| ESE 3)SE 3 14 | ESE 4| ESE 4| ESE 5| ESE 5|SE 3-4 | ESE 4-5|SE 4-5/SE 4|SE 4/SE 4-5 | SE 5|SE 4-5 15 |SE 3-4 |SE 3-4) SE 38-4/SE 4) ESE 4-5|SE 4-5| SE 5|SE 4| ESE 5| ESE 4| ESE 4-5| ESE 4 146 |NNE 24/NNE 1-4|E 1-3| ENE 2\E 1-3|E 1-3] E 14|E 2-4) EB 2-4 | E 2-4|ENE 24|)ENE 1-4 17 |E 3-6] E 4-6 | ESE 4-6|ENE 3-5|E 5-6 | E 5-7] E 6-7 | E 4-7| ESE 5-7 | E 3-7| E 4-6| E 3-6 18 |SE 8|SE 8-9] SE 8|SE 8|SE 8|SE 7-8|SE 7-8|ESE 7-8|SE 8 | ESE 7-8 | ESE 8|SE 6-8 19 |SSE 46/58 51S 5|SSE 4) SSE 3-4| SSE 4|SSE 4-5/8 4-5| SSE 4-5|SSE 4|SE 4-5|SSE 4 20 |W 2-3| W 3)SW 2-3| W 3) WSW 2-3) W 1-3| W 2-3 | W 2|SW 21 SW 2|SW 1-2)}SW 2 21 |SW 2)SW 2-3|SW 2-3| SW 2|SSW 3|SW 2-3 | WSW 21 W 2) W 2-3 | W 2-3 | W 2|W 2-3 DEAS WANA 3) WNW 3) WSW 3/SW 2-3| W 2-3 | W 2-4|SW 2-3 | SSW 3/8 3-4 | SSW 3/SSW 3-4|SSW 4 23 |SSW 4|SW 3-4| SW 4|/SW 4|SW 38-4 | SW 3|SW 3|1SSW 3-4|SW 3-4) SSW 41SW 4-51SSW 3-5 . 24 |SSW 4-5|SW 5|SSW 45|/SW 5| SW 3-4 | SSW 3/8 3)SW 3/5 3-415 4\S 4|S 4 : 25 |SE 6|S 5-6| 5 5-6 | SSE 7|SSE 5-6 | SSE 45/58 4-5|SW 45|/SW 4|}SSW 4|SSW 4|)SW 3-4 26 |S 4-5/5 41S 5|S 8-5/5 5/58 4\8 24/SSE 4-5 | SSW 4\SW 45|SSW 45|/SSW 4 27 | NW 2-4 LW 3) W 2-4) W 3|W 2-3|WSW 2-3] W 2-3 | W 3) W 2) WSW 2; WNW 1-3] W 0-1 28 |N 0-1|N 1-3|NNW 1-3|/N 1-2|N 1-3|N 2-3)NNE 1-3|N 0|NW 0-1) SW 1|/SW 1-2| SSW 2 29 |SW 4) W 2-3} WNW 1-2|W 1-3|WSW 3-4) WSW 2-4) W 2-3 | W 2-3| WSW 3) W 2-3) W 2-3 | W 1-3 30 |W 2-3| W 1-3) WNW 1-2]}W 1-3|WNW 2-3| NW 2-3| WNW 2|WNW 2-3) W 2-4) SW 2-4|SE 5|/SE vf 31 | NW 1|N 0-1 | W 1|s 1|SE 0|NE 0|E 0-1/N 1|N 2-3|NNE 3-4|N 14;ENE 2-4 Mrans 3°79 3°68 3°75 3°68 3°45 3°45 3°48 3°48 3°58 3°58 3°69 3°58 Direction and Force or Winp (0-12). APRIL 1886. 1 2 3 4 5 6 if 8 9 10 11 12 Din. 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 | WNW 1-3|NW 1-3 | W 1-3|SW 3|SW 3-4 | W 1-3 | NW 2-4) W 2-4 | NW 3-4] WNW 2-3) NW 2-3} WNW 2-4 2 |S 9|SSE 8-9|S 8-9/5 9|S 8|s 91S 7-11/8 7-10/|S 8|SSW 7|SSW 47|S 6-7 3 | WSW 3| W 2-3| W 2-3|WSW 2-3|SW 3|)WSW 2-3) WSW 2-3| WNW 3) W 2-4] NW 3-4] WSW 4) W 2-4 4 |SW 4-7|SW 4-6|WSW 5-6) W 3-5 | Var. 2-4) W 2-4| NW 2-3|NNW 2-3|W 2-4) W 2-4 | SW 3-4 | W 2-4 5 | NW 1-3| W 1-3|WNW 2-4) WNW 1-3] W 2-3|NNW 1-2)}WNW 2-3|)WNW 2-3} WNW 2-3| W 1-2| NW 1-2| NW 1-3 6 |N 0-2 | NW 1-3 | W 2-3| NW 2-3} Var. 1-2 | NW 0-2} WNW 1-2) NW 0-2/5 1-2|E 1-3] E 0-1) E 1-2 7 |NE 1-2|N 2|NW 1-3| NW 1} WSW 1-2)|NW 0-2); WSW_ 1-2) W 1-2/8 2\8 3-4|SE 5|SE 5-6 8 |SW 46|WNW 2-4) NW 2-4| NW 1-3 | NW 8-4| NW 3-5 | NW 2-4 | NW 3-5 | W 2-5 | Var. 2-4 | W 2-4! Var. 2-4 9 |NW 2|N 1-2| NW 12;NNW 1-2}NNW _ 1-3] Var. 1-3 | NW 1-2}NNW 1-3/Var. 1-2|N 1-3} Var. ,24|/NW 1-3 10 |WSW 2-3|)W 1-3} SW 3); WSW 2-3|SW 1-2 | SSW 1/8 0-1/8 1-2|SE 2|8 1-2/8 0-1 | Caim, 0 11 |ENE 1-2|)NE 1-2/E 1|NE 0-1| E 1-2|E 2|SE 1-2} ESE 2-3|SE 2| ESE 8|SE 2-3| SE 3 12 |NNE 1-2|N 2\N 2-3| NNE 3| NE 1-2|N 2|N 2\N 1|N PAN OST 0-1|N 1-2}NNW 1-2 138 | NW 2|NW 1-2| NW 2|NNW 1-2) NNW 2\E 0|N 0-1|NNE 1-2/NE 1|N 0-2) NE 0-1) N 1 14 |W 2; WNW 1-2|NW 2-3) NW 1|N 1-2|NNE 1-2|}NE 0-1|ENE 1-2/N 1}/NNW 1-2} NNW 1)N 1 15 |E 1-2| ENE 1|/NE 1-3] E 2)/ENE 1-2|NE 1-2|)E 1-2|E 1\E 1| NNE 1)/E 1/E 1 16 | NNE 1| NE 0-1) NNE 0O|E O|N 1)N 1) NE 0-1) E 0-1|N 1-2;NNE 1-2|N 1-2|N 1-2 17 |NE 0-1) NE 0-2|E 1) ENE 1|N 1-2|NNE 1-2/NE 1-3| NE 1-2) NNE 2|NE 1-3; NE 1-3)NNE 1-3 18 |E 1-2} ESE 1-2| SE 1-3 | ESE 2) ESE 2-3| ESE 2-3| ESE 3/E 2|E 2-3] E 3 | Var. 0-2) E 2 19 |E 1-3] E 2-3 | ESE 2) ESE 1-3| E 1-2) 5 1-3| E 1-3] E 1-3] E 2-3 | E 1-3/1 1-3/SE 2-3 20 |SE 4|SE 4|SE 4|SE 4|SE 4|SE 3)SE 3| ESE 3-4] SE 4|SE 4|SE 4/SE 3-4 21 |E 0|NE 0|E 0| NE 0|E 0-1) E 0-1) N 1)N 0-1] N 0-1|N 0-1 | Calm, 0|SE 1-2 22 |ENE 0-1/NE 0-1) NE 1)NE 1/ENE 0-1/NE 0-1) N 0-1/ E 1\E 0-2 | ESE 1-2|SE 1-2|N 0-1 23 |E 0|E 1|)/NE 1-2| ESE 2|\E 1-2| NE 1-2|N 0-1 | Calm, 0|E 0|SE 1/SSE 0-1/ SSE 0 24 |SE 3|SE 3|SE 3\SE 3|SE 3/SE 3-4|SE 4) ESE 4|/SE 4|SE 4|SE 4|SE 3-4 25 |SSE 2-3/8 2|8 2-3 | SSE 3|SSE 11|SE 2|SE 2)SE 2|Si 2|SE 3/SE 3|SE 2-8 26 {8 2|8 3/8 3/8 2-3;SSW 2-8/8 3/8 8-4/8 3/8 2-3/8 2-3 | SW 0) WSW 0 27 |8 3-4|SSW 3-4/SSW 2-4|SSW 3|SSW 2-3|}WSW 1-3] WSW 2|}WSW 2-3) W 2|W 2|WSW 8) WSW_ 2-3 28 | Calm, O|N 1) NE 1-2|NNE 1-3|NNE 1-3|/NNE 2-4|)NE 1-4| NE 2-4| NNE 4|NNE 3-4|NNE 34|NNE 1-3 29 |N 1-3| NE 1-3| NE 1-3 | NE 24|NNE 2-4|NE 1-3)|NNE 2-4)/ENE 2-3/NE 0-1) NE 1|E 0|NE 0-1 30 |N 1-2|N 2|NNE 3|NE 1-2|N 2-3| NE 1-3|N 1-3|N 1-3| NE 2)|NNW = 1-2] Var. 1-3|N 1-3 81 Means 2°20 2°18 2°43 2°27 2°25 2°13 2°17 2°23 2°28 2°32 2°12 2°12)” Direction AND Force oF Winp (0-12). MARCH 1886. 179 13 14 15 16 17 18 19 20 21 22 23 Midnight, | Mean. ee ee 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. | Div’n. Force.| Dir’n. Force. 1 | ESE 6-7/S 4-6| ESE 4-6| ESE 4-5) E 14/E 2-4/5 2-4/E 3-5|/ENE 3-4|E 3-5 | E 24/ENE 24] 53 2 |NNE 3-5|NNE 3-6 NNE 3-5 | NE 8-5|/ENE 3-5| NE 3-5|NNE 3-5|NNE 4|NE 4-5|NE 3-5 | NE ‘4-7|NNE 4-7] 38 3 | Var. 1-2;|NNE 2-3 NE 2-3 | NNE 3|NNE 24|NNE 2-4|NE 2-5|N 3-4|N 2-4|N 3-4;)NNE 24/NNE 45] 3°74 4 |N 2-3)NNE 2-3 NNE 1-3|N 2-3) N 0-1| N 0-1|N 0-1| N 2-3|N 2|N 0-1} Calm, 0;}SW 1 2°0 ‘5 | WNW 1|NW 0 NW 0-1) N 0O| NNW 0-1|N 1|N 2)|NNE 3|N 2-4| N 2-4 | E 3-4|NNE 2-3 16 6 |ENE 23/NE 2-4 NE 3-4) NE 2-3|N 1-3| NE 1-3/NE 2-3| NNE 3|NNE 2|/NE 1-3! NE 1-3|/NE 1-3} 26 7 |SE 3|SE 3 SE 4|SE 4|SE 3-4|SE 4|SE 4|SE 5|SE 5|/SE 4-5 | SE 5|SE 5] 3:0 8 |SSE 5-6 | SSE 5-6 SE 5|SSE 5|SSE 5-6|S 4-5/5 4|SE 4-5|SSE 4-5| SSE 4-5 |SE 4/SE 3-4 4°8 9 |SE 6-7|SE 6-7 SSE 6-7 | SSE 6-7 | SSE 6|SSE 6|SSE 5-6|SE 5-6 | SSE 5-7/8 6-7 |S 7|S8 i 54 10 |SSE 6|SE 5-6 SSE 5-6 | SE 6|SE 5-6| SE 6|SE 5|SE 5|SE 5|SE 5-6 | SE 5|SE 6} 6:0 ‘ 11 |SE 3|SE 3|SE 3|SE 2-3|SE 2|SE 2-3 | SE 2-3 | SE 3|SE 3|SE 3|SE 3|SE 3] 34 12 | ESE 2-3|SE 2) ESE 2|E 0-1} Calm, 0| NE 0|NE 0-1\E 0|z 0-1| ENE 1| ESE 2|SE 2-3] 2°0 13 |SE 3| ESE 2-3 | ESE 2-3 | ESE 3| ESE 2-3] ESE 3-4 | ESE 3/SE 3-4 | SE 4|SE 4'SE 4-5|SE 4 31 14 |SE 4|SE 3-4 | SE 3-4|SE 3| ESE 4| ESE 3-44 | ESE 3-4|SE 38-4 | ESE 3-4/ SE 4\/SE 4|SE 3-4 40 15 | ESE 4| ESE 4|SE 2-3|SE 3-4 | E 3-4|ENE 0-2/E 1-3|ENE 24|/ENE 2-4/5 3-4|ENE 24/5 1-3 3°5 16 |ENE 34\/ENE 2-4/ENE 38;/ENE 2-4/5 2-4) E 1-3 | E 1-2|)E 3-4| E 2-4| E 4-5|/E 3-6 | E 3-6] 2:9 17 |E 4-5| ESE 5-6 | ESE 5-7 | ESE ESE 6-7 | ESE 7| ESE 7| ESE 7\SE 7|SE 7-8 | SE 7|SE 7 59 18 | ESE 7-8|SE 6-7 | SE 6-7 | SE 5-6| SE 4|SE 5|SE 5|SE 5|SE 5| SSE 5|SE 5-6 | SSE 6| 67 19 |SE 4|SE 5|S 5| SSE 5| SSE 5-6] SE 4-5 | SSE 8-4/5 3-4 | SSW 3|/SW 3|SW 3/SW 2-3| 4:2 20 | WSW 2|W 2-3) W 2-3|SW 3|SW 2|SW 1-2|W 21 We 2-3| W 2|}WSW 2-3)W 2|SW 2) 2:2 21 |W 2-3 | W 2-3| W 3/)SW 3) W 3) W 3|/W 2-3| NW 2|NW 2-3| W 3|W 2-3 | W SH 25 22 |S 4|SW 3|SSW 3/58 3-4/8 4-5/8 4-5|S 5/8 5|S 4-6| SSE 4-5/8 4\S 5 3°6 23 «|S 5-6 | SW 4-5|SSW 46|\/SW 4-5/8 5|SSW 4-5|/SW 5|SW 4|SW 3-5 | SW 4-5|SW 5|SW 5-6} 4:2 2 61S 4|/SSW 4/8 4\S 4|SE 6|SE 7|SSE 6-7 | SE 6-7 | SE 6-7| SE 5-6) SE 6-7 | SSE 6-7| 4:8 25 |W 1-3 | SW 4|\SW 4\SW 3-5 | SSW 41SW 4|SW 4|SW 4\|SSW 3-4|/SSW 3-4/5 4\S 4-5| 4:4 26 |SSW 4|SSW 3-4|SW 3-4|SW 3|SW 1-3; WSW 2-3|WSW 2-3|SW 3-4| W 2-3|WSW 2-4) W 2-5|WNW 2-4] 3°6 27 |NNW 0-1|W 1|\Sw 0|SW 0-1|N 1|N 0-1 | NW 0-1| NW 1|NW 1;}NNW 0-2)N 1| NNE 1 16 28 | WSW 2\|SW 3\/SW 3|/SSW 3/5 3/5 2-458 3-4/5 4/8 4-5|5 4|SSE 5/S 5-6] 25 29 | Var 0-1| W 1-3|N 2|NW 2|N 1] WNW 1-3} Var. 1-3)}WSW 1-2}WNW 1-3|W 1-2| W 1-2| NW Zils 20 30 |SE 6|SW 4-6|SW 4-5|W 4-6|SW 3-5 | SW 3-5|WSW 2-4) NE 3-6 | NE 3-5|NW ° 1/ENE 2| Var. 0-1) 33 31 | NE 2-3;NNE 2-4|)N 0-2| NE 0-1/SW 1-2|N 0-1) NW 0-1 | W 1;WSW_ 1-2}SW 2) WSW 2) W yO MEans 3°57 3°58 3°48 3°45 3°26 3°24 3°21 3°60 3°53 3°50 3°66 3°70] 3°54 Direction AND Force or Winp (0-12). APRIL 1886. 13 14 16 16 17 18 19 20 21 22 23 Midnight. 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 2-4|SW 3\)SSW 3-4/S 3/SSE 5|SSE 6|S 5-6/8 5/S 5-7/8 47\S 7-8|S 6-8 2 |Sw 5-6 | SW 4-7|SW 3-6 | SW 3-5 |SW 4-5|SSW 5|SW 3-4 | W 3|W 3) W 3|W 1-3| SW 3 S| Ww 3|W 3-4) SW 41SW 3-4|SW 4-5|SW 4|/SSW 4\SSW 45/S 6|S 7)/SSW 6-7|SW 5 4 |WSW 2-4) WSW 3|W 3)SW 3-4|WSW 2-3} WSW 2-4] W 2-3 | W 2-3 | Var. 1-2|N 1|N 1-2) NW 2 5 | NW 1-2| NW 1-2) W 1-3} WNW 2-3/8 3|SSW 3|SW 3|/WNW 3/WNW 2-3) NW 1-3 | NW 2-4| NW 3-4 6 |Var. 0-1/NNE 1-2/N 1-2|N 1-3} E 1-2| Var. 1-3|NW 0-1/N 1-2| NE 1| NE 0-2|NE 1)/NNE 1-3 7 |SE 7-8|SE 8|SE 7-8|SE 7-8|SE 7-8|SE 7|s 4-5|/SSW 45/S 5-7|SW 4-7 | SW 4-8| SW 4-7 8 |W 1-4|W 2-3)|WNW 2-4] W 2-4| W 1-3|WSW 2-4| W 2-4) W 1-3 | NW 1-3 | NW 1-3|NNW 2-3)NNW 2-3 9 |Var. 1-3} NW 2-3 | W 2-3) W 1-3| NW 1-2) W 1-3 | NW 1-3 | NW 1-3 | NW 1-2;WNW 1-3) W 2-3|WSW 2-3 10 |SE 0| Calm, 0| Calm, 0|z O|N 0-1/ENE 0-1/ENE 0-1/2 0|E 0| ENE 1|NNE 1;NNE 1-2 li |SE 2|SSE 1-2)}SSW 0-1} WSW O|N 0-1|/N 0-1/N 0-1/E 1/E 0-1) N STEIN 1-2|N 2 12 |WNW 1-2|N 0-1) NW 0-1| NW 0-1 | NW 0| NW 0-1| WNW 1|NW 2|NW 1-2;WNW 1-2} WNW 2|NW 2 13 | NE 0 | Calm, 0|NE O|NNE 0-2} WNW 0-1] Calm, 0| NW TZN ZR 1-2) W 0-1} WSW 1-2) W 1-2 14 |Var. 0-1/NE 0| ENE 1}/ENE 1-2/NE 1-2|N 1-2)/ENE 0-1/NE 1-2} ENE 2|E 0-2| E 2\E 2 15 |N 1\/E 1-2|E 1-2/E 1-2} NE 0-1/E 1|E 1/E 1| NNE 1| NE O|N 0| NE 0 16 |N 1-2/E 0-1|)E 0-2|N 1-2);|ENE 1-2/E 0-2|NNE 1-2|}NE 0|E 1-2| NE 2-3;ENE 2-3] Var. 1 17 |NE 1-3|NNE 1-3|NE 2-3| NE 2-3| NE 1-3] N 2-3) NE 1-2| NE 1|ENE 1| NE 0-1} NE 0-1/ENE 1-2 18 | NE 0-2/5 0-2} Var. 0-1] Var. 0|E 0-1) E 1| ESE 1-2|N 0-1/SE 2-3| SE 2|\E 1/E 1-3 19 | ESE 3/SE 3|SE 2-3 | SSE 2) ESE 3|E 3| ESE 3-4 | SE 3/SE 2-4| SE 3-4|SE 4|/SE 3-4 20 |SE 4|SE 3-4| SE 3-4|SE 4|\SE 2-3 | SE 3/SE 2-3 | SE 3|SE 2-3|SE 2-3 | SE 2-3 | SE 0 21 |SE 1|SE 2|)SE 0-1/5 0O|E 0-1) E 0| NE 1\/E 0| Calm, 0| NE 0-1| NE 0| NNE 1 22 |N 0/E 0-1| NE 1| Calm, 0|/SE 0-1] E 0-1) Var. 0|E 0-1|E 0-1/E 0-1} Var. 0-1)N 0 23 |S 1/SE 1|SE 0-1/5 0-1) Calm, 0|SE 1\/ESE' 1-2/SE 2|SE 2-3 | SE 3|SE 2-3 | SE 3 24 |SE 3-4|SE 3|SE 2-3|SE 3|SE 3-4|SE 3|SE 3|SE 2-3|SE 2-3") SE 2|SE 2-3|SE 2-3 25 |SE 2-3 | SSE 2|SE 3|SE 2-3| SE 2|SE 2-3 | ESE 2|SE 2|SSE 1-2/5 2|8 2-3/5 2 26 |SSW 12/8 2|SSW 218 2\8 2-3/5 2-3| SW 2|\SSW 2-3|SW 2-3| SSW 3/58 i8/SSW 3-4 27 |W 3|WNW 2-3) W 1-3} NNW 1-2) NW 2;NNW 0-1|NNW 0-1)/ENE 1-2/NNE 1-3/NE 1-3| NE 1-3|NNE 1-2 28 |NE 2-4) N 1-2|NNE 2-3|NNE 2-4/E 0-2|E 2-3|N 1-2|N 3-4 | N 24) N 1-4|NNE 2-4|N 1-3 29 |N 0-1 | Var, 0-1} Calm, 0| Calm, 0| NE 1)/ENE 0O-1|N 1|N 1|N 1|N 1-2|N 2|N 1-2 30 |Z 1-2| NE 2-3|ENE 2-3|NE 1-3| N 1-2| NE 0-2| ENE 1)/NNE 1-2/N 1|NE 0-1|N 0-1) N 0-1 81 MEANS 2°08 2:07 2°05 2°00 1:98 2°12 1°92 2-00 2°10 2°07 2°32 2°15 TRANS. ROY. SOC, EDIN. VOL. XXXIV. 2D 180 Direction AND Force or Winp (0-12). MAY 1886. 1 2 3 4 5 6 7 8 9 | 10 | 11 12 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.} Dir'n. Force, 1 |N 1} Calm, 0} Calm, 0| Var. 0|s 0-1)S 0-1/8 1/8 1|S8 1|)SE 1-2/8 1-2|SSE 0-1 2 |SE 8|SE 8|SSE 3/S 3-4|SE 4/SSE 4|SSE 4-5 | SE 4|SE 4-5 | SE 5| SE 5|/SE 6 8 |S 5-6/S 3-6/5 4-6|S 5|SSE 4|}SW 3/5 38-4/SSE 3\S5 3\/SW 3)SSW 2-3)SW 3 4 |S 3-4/5 3-4/8 5|SSE 4|S 3-4;SSW 34|/SSW 4)SSW 4/8 5|SSW 4-5|SW 4|SSW 3-4 5 | SW 2)}SW 2) WSW 2|SwW 2-3} WSW 1-2|WSW 1-2);SW 1-2| SSW 2|SSW = 1-2|)SSW .2)SW 2|Sw 2 6 | WSW 3) W 1-2)}SW 2)|SW 2-3|SW 1-2|SW 1-2|SW 1-2|SW 1-2) SW 2|SW 2-3|SW 2) SW 2-3 7 |SW 3/SW 3|/SW 2-3 | W 2-3) WSW 1-2) W 1-2} WSW 1-2|)W 0-2| W 1-2| W 0-2| SW 1| WSW a 8 |SE 1|/SE 2)SE 2|SE 2-3/SE 2-3 | ESE 3/SE 3| ESE 3, ESE 3| ESE 3) SE 2-3 | ESE 2-3 9 |SE 3-4| SE 3|)SE 3|SE 3|/SE 2-3|SE 2-3|SE 3/SE 2-3' SE 3-4|SE 3-4|SE 3|SE 3 10 | WSW 1|/SW 1)/SW 1) W 1); W 1); W 1) NW 1) NW 0-1} WNW O|E 0-1} ESE 1/SE 1-2 11 |SE 3)| SE 2-3|/SE 2\E 1|E 1-2) E 1-2)ENE ‘0-2|)E 1-2| Calm, 0/E 0-2/5 1-2/5 1-2 12 |NE 2-3) E 1-3] E 1-3| NE 2-3| 5 1-3} NE 1-2;/ENE 1-3/E 1)/E 1-2|E 1-2) E 1-2] E 1-2 13 |E 24/ENE 24/ENE 3-4|NE 24/NE 2-4|NE 2-4| NE 24|NE 14;/NNE 24/ENE 14/NNE 3-5|N 2-5 14 |N 24/ENE 3-6/E 2-4|N 14|NE 34;ENE 24/ENE 24/NE 2-4; ENE 2-3} Var. 0-2;ENE 1-2/E 1-3 15 |E 2-4| NE 24)/NNE 2-3|NE 34|ENE 24|NNE 34/ENE 34/NE 38-4;ENE 38-4)/ENE 25/ENE 3-5|/ENE 35 16 |Var. O-1/E 0| NW 0-1/5 1|s 1|5 2\S8 2-3/8 2-3| SE 3|SE 4|SSE 3-415 3-4 alge vg 3) W 3) W 31 W 3-41 SSW 3|W 3/S 2|SW 2-3| SW 1-2| SSW 3/8 2|SSE 2-3 is |S 3)SW 3-4 | SW 24/SW 3-4|SW 2-4|SSW 3/SSW 3-4|SSW 3/8 3/SSW 2-3|SSW 4|S 3-4 19 |NW 1-2} WNW 1-2; WNW 1/W 1-2} Var. 1-2| NW 1)/SSW 2|WSW 1-2) W 2-3| WSW 2) W 2) W 1-2 20 |SW 1)SSW 1|S 1|SW 0-1] Calm, 0| Calm, 0|SE 0-1 | SE 1-2|SE 2|/SE 2|SE 3|SE 2-3 21 |N 3SINNW 24/ENE 24/ENE 24)NE 2-3|ENE 1-8)ENE 1-2)/NE 12'ENE 1-2)/ENE 1-2/5 1) Var. 0-1 22 |SSE 2|8 2-3/8 3|/SSW 2|SSW 1|5W 1/S 1\8 2} Calm, 0|SE 2/8 1-2/8 2 23 |SE 3|SE 3-4|SE 384/SE 3|SE 2-3|SE 2|SSE 1-2|SSE 2|)SE 1/SE 0|SE 2| Calm, 0 24 15 1| ESE 1-2/SE 1|SSE 1|S8 1/8 1-2/8 1/S8 1;SwW 1|W 0-1] Calm, 0} Calm, 0 25 |Calm, 0} Calm, 0| NW 0-1)NNW 0-1|NW 0-1]NNW 0-1; WNW _ 0|Calm, 0} Calm, 0| Calm, 0} Calm, O|N 0-1 26 |NW 1); NW 1|W N 0| NW 0-1| WNW 1)WNW 1|/W 0-1|SW 1-2) WSW 2)SSW 0-1/SSW 0-1 27 | WSW 2|}SW 2|W 1-2) WSW 1})WSW 1); W 1) W 0-1 | W 0| Calm, 0| Calm, 0} Calm, 0} Calm, 0 28 | NE 1-4} ENE 38\;ENE 2-4|NE 2-4|NE 3|NNE 24|NNE 2-3/N 0-2|N 2|W 0O|N 0-1/E 0-2 29 | Var. 0-2| NE 2-3 | E 2|NE 3)N 2-3|N 1-3|N 1-3|N 0-1| NE 2} Var. 0-1} Calm, 0} Calm, 0 30 |SE 2-3/SE 2-3 | SE 2|SE 2|SE 1-2) SE 2|SE 2|SE 2-3|SE 2-3 | SE 2|SE 2|SE 2-3 31 |WSW 0-1| W 1|W 0-1} WSW 0-1/SSW 0-1|)SSW 1)/Sw 1/SW 1\S8 1;/SSW 0-1;/SSW 1/SSW 1 MEANS' 2°21 2°26 2-23 2719 1:95 1°95 1:98 1°84 1:93 1°89 1:93 1°92 DirEecTIoN AND Force or Winp (0-12). JUNE 1886. 1 2 3 4 5 6 7 8 9 10 11 12 Dir'n. Force.| Dir’n. Force.| Dir’n. Force.) Dir’n. Force.| Div’n. Force.| Dir’n. Force.) Dir’n. Ferce.| Dir’n. Force.| Dir’n. Force.| Dir’n. Force.| Dir’n. Force.| Dir’n. Force. 1 \s 2\8 1-2/S 1-2|/SSW 1/Ss 218 PAS) 2) SSE 1-2|SE 2|SE 2| ESE 3| ESE 2 2 |E 2|NE 1/ENE 0-1|NE 0-1| NNE 1)/ENE 0-1\/E 0-1| NE 0-2|/E 2)| Calm, 0|E 0-1) NE 1-2 3 |NNW 0-1|NW 0-1 | NNW 1}/NNE 1-2/NE 1-2|E 2\E 1-2|E 0-1 | Calm, 0|zE 1} Calm, 0|NW 0 4 |W 2|W 1-2| W 2) Ww 2| NW 0-1} WNW 1-2|NW 1|NW 1} Calm, 0O|N 0-1]WNW 0-1| NNW 0 56 |WNW 2)W 2-3 | W 2-3) W 2-3; NNW 1-2)}NW 2|} WNW 2|)W 2|W 2-3 | W 2-3 | W 2-3 | W 2 6 |W 2|NW 1-2 | NE 1-2|N 0-1| NW 1|NW 1;NNW 1-2} NW 1|W 2|W 2) W 2) Ww 2 7 NW 2 Ni 1-2|N 1|/N 3|N 2-3|N 2-3)/ENE 2-3|E 2-3/|ENE 1-2|NE 1-2|NE 0-1) N 0-1 8 |S 3-4/5 3/8 3\/S 3-4/5 2-3/5 3/8 2-3 |S 2\S 1{s 2)S 2\|8 2 9 |S 2-3|S 2-3/ SSE 3|5 3|5S 3| SSE 3/SSE 2-3|SE 3|SSE 2-3/8 3|S 3/8 3 10 |SSE 3|SE 3-4|SSE 3| SSE 3|SE 38-4/SE 3-4|SSE 3-4/ SSE 3/SSE 2-3| SSE 3/SSE 3|SSE 3-4 11 |8 1/SW 1-2|SW 1-2) SSW 2|S 2|8 2|S8 2-3/5 2-3 | SE 3/8 1-3 | SE 3|S 4 12 |SSE 2|SSE 2-3 | SSE 2-3|SE 3) ESE 0-1|}SW 2-3 | SSW 1/8 2|S8 1-2/S 2|WSW 1-2|/SSW 23 13 | WNW 1|Calm, 0| NW 1-2;WNW 0-1} W 1-2}WNW 0-1|W 1|NW 0| W 0-1} W 0-1] W 1); W 0-1 14 |WSW 23/SSW 8|SW SW 4|SW 2-3 | SW 3) SW 2|SW 1-2| SW 2-3 | SSW 3;SSW 3-4!1SSW 3-4 15 |W 2-3| NW 4|W 3-4| Var. 2-4|/N 2-3| NE 2-3 | NE 2-3|}Var. 1-3] Var. 1-3| N 1-3|N 1-3/N 1-3 16 |E 25|/ENE 3-4/NNE 5-6)/NNE 3-5|E 2-4|E 2-4 |B 2-4/5 1-3/E 1-3} NE 1-3| NE 1-3) NE 1-3 17 |NNE 2-5|N 3-5|NNE 2-5/NE 3-4| NE 1-2| NE 1-2|NE 1-2} NE 1-3;}NNE 1-3/NE 1-3| NE 1|/NE 1-3 18 | Var 1-2| W 0-2} Var. 0-2 | NE 1-3| E 1-3}NNE 1-2|N 1-3;}NNE 2-4|N 24|N 2-4) N 1-3)|NNE 2-4 19 [N 4-5|N 3-5 | N 3-4|N 8-4|N 2-3| N 2-4|N 2-4) N 3-4) N 2-4) N 3-5 | N 38-4) N 3-4 20 |N 24|/N 3/N 3-4| Var. 1-3)NNE 23/N 2-3 | NNW 1jN 2|N 2)N 0-1] Var. 0-1] Calm, 0 21 |N 1-2|N 2\N 1-2|N 1-2|N 1|N 1-2/N 1|NE 1) NE 1)NNE 1-2|N 1-2|N 1-2 22 |N 0-2)N 2|N 2-3|N 2|N 1) NNW 1; NW 1|N 1}/NW 1|W 1| NW 1|NW 1 23 |N 1-3|NNW 1-2/SW 1-3|Var. 1-3/Var. 2-3/N 1-2|N 1] NE 2|NE 2-3|NE 2-3|N 1-2|N 1-2 24 |NNE 1-3|NNW 1-3/N 122|N 1-2)}NNW 1-2}/NNW 1-2|NW 1-2);|NNW 1-2)}NNW 1-2)}NW 1-2} NW 2-3|NNW_ 1-2 25 |NNE 1-3|W 2-3| W 2-3|N 1-2| NW 1-2|WNW 1-2|W 1-2| W 1-2} WNW 1-2} WNW 1-2|WSW 1-2}WNW 1-2 26 |N 2-3|N 2-3/N 2-3|N 0-2; SW 3|W 2)WSW 2-3) W 2-3) WSW 2|NW 2-3| NNE 2;}WNW 38 pap ei 1-2|N 1) NNW 2|N 1-2|N 0-2| NW 0-1|N 0-1 | NW 1/ Calm, 0|W 1-2/8 1| Calm, 0 23 |W 8|SW 3\SW 2-3| WSW 38) WSW 2|WSW 2-3|SW 2-3 |SW 8) SW 2-3 | W 1-2} SSW 1|}W 2 29 IN 2|N 1-2|N 1-2)NW 1-2|N 1|N 2)N 2/Var. O-1)/NW 0-1/N 0-1} Calm, 0| Calm, 0 30 |N 0-1| Calm, 0|SW 0-1; SW 0-1|SW 0; SW 0-1; W 0-1;/SSW 0-1|/SW 0; SW 0-1;/SSW 0-1/8 1 81 Mrans| 2°15 2°12 2°20 217 1°80 1°92 177 1°75 1°67 177 1°65 1°75 ay a Direction AND Force or Winp (0-12). MAY 1886. 181 | 13 | 14 | 15 16 17 18 | 19 20 21 22 | 23 | Midnight. | Mean. Dir’n. Force.| Dir'n, Force.| Dir’n. Force.| Dir’n. Foree.| Dir’n, Force. Dir’n. Force.| Dir’n. Force.| Dir'n. Force.| Dir’n. Force.| Dir’n. Force.| Din’n. Force.| Dir’n. Force. 7 5 1|SE 1-2|SE 1\;S8 1| ESE 2|SE 2|SE 3|SE 2-3 | SE 2-3| SE 3|SE 3|/ SE 3 1°4 2 |SSE 5-6 | SE 4|SSE 4-5/S 5-6 | SSE 5|SE 5|S 4-5/S 4-6|S 51S 6|SSE 6|S 5-6 46 8 |SW 3)/SW 2|SW 2-3|SW 2-3 | SSW 3|/SSW 3/S 2-3 | SSW 3/SE 3/8 2-3 | SSE 2/SSE 3-4] 3:2 4 |SSW 3-4|SSW 2-3/SSW 3|/SW 3)/SW 3-4|SW 3/SW 3);SW 3|SW 3|SW 2-3 | SW 2-3 | SW 2-3] 3°5 5 |SW 2|SW 2|SW 2|SW 2|SSW 2|SW 2-3|}SW 2) WSW. 1-3) WSW 3) SW 3| WSW 3);WSW 3-4} 21 6 |SSW 2-3/SSW 2-3} WSW 2-3|SW 2|SwW 1-2|}SW 2|/SwW 2|\SSW 2-3/SW 2|SW 2|SSW 3|SW 3] 21 OEMS 1)SW 0) Calm, 0| Calm, 0/Calm, ({0|S 0-1| W 1|W 1] WNW 1-2| NW 1|W 0/SE 1; 12 8 |SE 3|SE 2-3 |SE 2-3 |SE 2-3 | ESE 3] ESE 3| ESE 3|/SE 3|SE 3-4|SE 3|SE 3|/SE 3-4) 2°7 9 |SE 3 | SE 2-3 | SE 2|SE 0-1|SE 2|SE 2|SE 1|SE 1-2/SE 1/SE 1-2|SE 1/S 1} 23 10 |SE 2/SE 1|SE 2|SE 1|SE 2|SE 2|SE 2-3 | SE 2|SE 1-2| ESE 2|SE 2-3 | SE 2-3} 14 ll |E 2|NE 0-1)/ENE 1-2|ENE 2\E 1-2| ENE 1\/E 1-2| NE 2|NE 2|NE 2-3;|ENE 1-3|NE 1-3} 1°6 12 |ENE 1-2/NE 1-3;ENE 1-3|E 0-2|N 0-1} E 1-2} NE 1-3|NNE 2-3|NE 3/E 2-4] E 2-4/ENE 3-4] 2°0 13 |NNE 2-5/NE 3-5 | NE 2-4) NE 2-4|N 2-5|N 2-5|N 3-6 | NE 4-6|N 47|NNE 46/NNE 3-6|N 3-5 3°6 14 |E 1-3/E 1-3};ENE 1-3)/ENE 2-3/E 2-3| NE 1-3| NE 2-4|E 2-3|E 2-3|ENE 1-3|NE 2-3| NE 2-3} 26 15 |ENE 24/E 2-4|ENE 1-3|E 2-3 | E 2-4) E 13|}NNE 2-4/E 2-3| ENE 3/E 2-3| NE 2|N 1} 2:9 16 |SW 2-3| WSW 3); WNW 2-3} WNW 3; WSW 1-3} WNW 2-3} WNW 1-3] W 2-3| W 1-3}WNW 2-3) W 1-3} W 3] 22 17 +|SSE 3/SE 3-4|/ESE 3-4|SE 4-5/SE 5|SE 7| ESE 6-7 | SE 7|SE 6|SE 5|/SE 3-4/5 3} 37 1s |SW 4'/SSW 45|SW 4|SW 3-4) SSW 3/ SW 3| SSW 3|)SW 3|}WSW 23|W 2|NNW 1|N 0-2} 30 19 |Calm, 0| NW 1-2| W 1| Var. 1)/NW 0-1 | NW 0-1| W 0-1| W 1|W 0-1) SW 1|Sw 1)SW Ie e2 20 |SE 2-3| ESE 2|SE 12;ESE 1-2|E 1| ESE 2|E 0-2|N 2-3| NE 24|NE 2-3| NE 24|NE 2-3) 17 21 |N 0-1/5 0-1/E 1| Calm, 0| Calm, 0;NW 0-1/Calm, 0| WSW 1|SSwW 1|SSW 1|Ss 2|S 2) 14 22 |S 0-1/S 1-2|SSE 218 1-2/S 2-3/SE 3/SE 3|SE 3|SE 3-4 |SE 3) SSE 3/SE 23) 2:0 | 23 | ESE 0-1| ESE 1| ESE 1-2|SE 1|SE 2|SE 0-1|}SE 1/E 0O|E 0-1|E 1} Calm, 0|zE 1 14 24 |Calm, eS) 0} Calm, 0|W 0-1|NNW 0-1) Calm, 0} Calm, 0| Calm, 0| Calm, 0} Calm, 0} Calm, O|NNW 0-1] 0°5 | 2 |N 0| Calm, O|NNW 0-1|N 0|NE 0|NNE 0| NW 0-1| NW 1) NW 1);WNW 1/W 0-1) W 0-1} 03 a 26 |WSW 1-2/SW 2|Sw 1-2} WSW 1-2/S 0-1| WSW 1)}SW 1-2) W 0| WSW 1)}SW 1-2|SW 1) W ie Et | 27 |Calm, O|E 0-1| ENE 1/E 1-2| NE 2) NE 1-2|N 1-3 | NE 2|NE 2-3) NE 2-4/ENE 4|NE 24! 13 | 2 |E 0-2; NE 1/N 0-2) NE 1-2| NW O|N 1; NW 1-2/5 1-2 | NNW 2|N 1|N 2-3| N 1-3) 17 ' 29 | Calm, 0| Calm, 0| NE 0|NE 0| Calm, 0| Calm, O|E 0-1| NNE 1) NE 1/5 1/E 2|SE 7) (ae | | 30 |SSE 0-1/8 0} Calm, 0/ Calm, 0| Calm, O|N 0|}W 0|E 0-1} Calm, 0} Calm, 0|SW 0} Calm, oO} 11 | 31 |SSW 1|SW 0-1/SW 0-1;SW 0-1) W 0-1} Calm, 0} WSW 0|SSW 1/SSW 1/SSW 0-1|S 1/S 08 i Means 1°81 1°73 1°76 1°69 1:76 1°86 1°95 2°16 2°25 217 211 2°23] 1:99 Direction aND Force or Winp (0-12). JUNE 1886. 13 14 15 16 17 18 | 19 | 20 21 22 23 Midnight. | Mean. Dir'n. Force.} Dir'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. | 1 |ESE 2-3/ESE 23/ESE 23/5 3/E 2|E 2-3) E 2|E 2/E 2|NE 2|NNE 2-3|/NE 1-3] 271 2 |NE 0-1/E 2|Calm, 0|E 2|E 1| Calm, 0| Calm, 0| Calm, 0} Calm, 0} Calm, 0| W 0; Ww 0} 07 8 |Calm, 0/Calm, 0/Calm, 0/Calm, 0/Calm, 0/|/NW 0} WSW o/s 0-1/SW 1-2/SW 12|WSW 2|/WSW) 2] 07 4 /Calm, 0/Calm, 0|/W 1-2|W 0|ENE 0-1|N 0|Calm, 0|/WNW 1-2;NW 1-2|NW 1|NW 1}WNW 2] 0-9 5 |w 2) W 23|WNW 2|NW 1-2/WNW 2/W 2|WNW_ 0-1/ W 2-3 | NW 1]/NW 12/NW 23/NW 12] 2-0 6 |WSW 2-3/SW 2|SSW 2-3/SW 2-3| W 2-3|}WSW 2-3|WSW 2/WSW) 2/W 2) Ww 2-3| NW 1) NW Oh mn G3 7 |Calm, 0/Calm, 0/SSW 0-1/8 0-1| SSE 1|SSE 1/8 1/SW o-1/WSW = i1/{S 1-2/8 2-3/8 B4| 1-4 | 8 SSE 218 1-2/8 1/8 12/S 1/S 1/8 1/s 218 2/S 2-3|SSE 3|SE 3] 21 9 |SSE 318 3|SE 3/SE 2-3| SE 1/SE 1-2|SE 3/8 2-3|SE 3/SE 3|SE 4|SSE 4} 2:8 10 |SSE 3/S 2-3|S 2-3|SSW 2-3|/SW 1|SE 2-3|S 2-3/8 2-3/SSE 2-3/8 2-3/5 0-1/8 23k 2-7 hi s{szE 4/8 34|SSE 34]/S 8ISSE 34]S 2-3|SSE 23/SSW 3/SSE 23/SSW 12/SW 2-3 | SW 2-3) 26 12 {SW 23/Sw 2-3| W 2-3|WSW 2-3/Calm, 0/Calm, 0/WNW 0-1|WNW 2/WNW 0-1/WNW 1/NW_ 1-2|W Te 17 13 |} W 0-1|W 0-1) W 1) Ww 1]W 0-2|W 1) W O-l;|NW 1-2/W 0| WNW 0-1|/W 0-2)/WSW 2] +08 | 14 |SW 3-4] W 3/W 0-1|/N 1-3| W 1-3|N 1-3;}NW 1-3] Var 1-3)NW 13/NW 1-2|NW = 2-3)W 24) 25 | 15 |N 12|N 2-3|E 2-3|E 1-3|N 1-3|E 1-3 | E 1-3/5 24|ENE 3-4/5 2-4 | NE 2-4|E 34} 2:5 16 {NE 1-3|NE 2-3|NNE 3-4|NE 2-3| NE 1| NE 2-3| NE 1-3 | NE 2-4|NE 2-3| NE 2-4| NE 34|NE 2-5| 2:8 “Ws |NNE 1-2/NE 12)/NNE 1-2/Var. 0-1/NE 1|/NE 0-1| NE 0-1/NE 1-2| NE 1/NNE 3-4/Var. 0-2/SSW 0-1} 18 | 18 |NNE 24/NNE 23/N 34|/N 1-3|N 2-4|N 1/NE 1|N 2-3|N 3-4|N 2-4|N 3-5|N 4-6] 2°5 | 19 |NNE 2-3/NE 3-5|N 3-4| NE 24|/N 1-3|N 1-3|N 2-3| NE 4-5|NE 4-5|NNE 24/NNE 34/Var. 1-3| 33 20 |N 0-1)NNE 0-1] Var. 0-1| NE o|N 0-1|N 0-1)/NNW 0-1) NNW 1|N 1|/N 1-2|/Var. O1/N ay 13 2 s|N 1]N 1-2/NNE 1-2]Var. 0-1/N 0-1|N 1|N 0-1/N o|N 1-2|N 1-2|N 2|Var. 0-2} 1:2 (22: |E 1-2|N 1-2|N 1-3|}N 2-3|N 12/NW 12/N 1-2|N 0-2|N 2|N 1-2|Var. 1-2)W 1-3] 1:5 23 | N 1-2|N 1-2|N 2-3|N 24|NE 12/NE 2-3|NE 3-4/ENE 13/NE 23/NE 23/ENE 3-4;)NE 23; 21 2 |NNW 1-2|NW 1-2/SSW 3-4) WSW 2-4|W 1-2} W 12|NW 1-2)W 2-3 | W 2-3| Var. 1-3|W 2-4) W 1-2; 19 2% |NW 0-1/NNW 1-2| WNW 2/W 1-2) WNW 23|NW 23|/NW 2-3/WNW 2-3|NW 1;/NW 1-2/W 1-3|Var. 1-3] 1:8 26 |NNE 2)|WNW 1-2/N 1-3|SW 2|W 1-2|N 0-1|/N 1|Var. 0-1} W 0-1/NNW 1|/NW- 1-2/NW 1] 18 27: |WSW 0-1] W 1-2| W 0|/ WNW 1/WSW_~ 1|WSW 1|Sw 1|SW 2|SW 2-3|WSW 3|/WNW 3-4) W 3] 13 28 |WNW 1-2/NW- 1-3|NNW 2-3|W 1/N 1|N 1/NW 0| Ww 2-3|NW 1-2/N 3|N 2-3|N 2} 2:0 29 |Calm, 0/Calm, 0o/NW 0/E 0|/Calm, 0o|N 0-1/Calm, 0|N o|N 0| NE O/E 0/Calm, 0} 06 30 |S 1|SSW 0|Sw 1/SW 0-1/SW 0-1/SSW 0|WSW 0-l|WNW 1|NNW) 2/N 2|NNW 1-2|NW 1} 0-7 31 4 1°60 1°72 1:83 1°65 1°32 1:30 1-27 1:80 178 1:92 2°10 2°12} 1:80 182 Direction AND Force or Winp (0-12). JULY 1886. | | 1 2 3 | 4 | 5 6 7 8 9 10 11 12 Dir'n. Force.| Dir'n. Force.| Dir'n. Borel Dir’n. Foree.! Dir’n. Foree.! Dir'n. Force.) Dir’n. Force.| Dir'n. Force.) Dii'n, Force.) Dir'v. Force.| Dir’n. Force.| Dir’n. Force, } 1 |NNW 1)NW 1|W 1-2)/ WNW 2|W 1-2) W 1|W iW 1|s 1|SW 2) WSW 2|W 1 2 |SW 2|\SW 2-3/SSW 2-3|/SW 2-3 | SW 2| WSW 2)SW 2|WSW 2|WSW 2|.W 2|NW 1-2| WSW 2 3 |WNW 2-3) NW 2|WNW 1-2 NW Biwy 1-2| NW 1-2 | NW 1-2 | NW 1|WNW 1-2|N 0-1| NW 0-1 | W 0-1 4 | WNW 3;}WNW 8|NW 3; WNW 38);WNW 2-3) NW 2-3 | W 2-3 | SW 2-3 | SW 2) WSW 2-3|W 2-3| NNW 2 56 IN 3-4| NW 38-4;/WNW 3\)NW 3)W 3|W 2-3)WNW 3|)/WNW 3/W 3| WSW 3) W 3) W 3 6 |NW 2-3 | NW 2-3|WNW 2-3) WNW 2-3/ Var. 0-1|/NW 0-1) Var. 0-1) W 0-1 | NW 1| Var. 0-2)|/WNW 1-2/N 0-1 TE 1) NW 2) NW 1|NW 2-3|N 1-2|Var. 1-2|N 1-2 | NW 1-2;NNE 0-2) NW 2|N 0-1| NW 0-1 8 |N 0-1) N 1|N 1|N 1)NE 1-2/5 1) NW 1-2|NE 1-2|N 1-2|N 2\N 2|N 1-2 9 |N 2-3| N 2-3|N 2-3/N 2|N 1-2|N 2|N 2|N 2) NW 0| NNW 1| Calm, 0| Var. 0-1 10 |N 1-2|N 2|E 0-1|N 0-1| N 0-1| NNE 0| NNW 1|W 1|W 1|W 1|W 1); WSW 0-1 ll |SSW 3-4|S 3|S 3/8 2-3|SSW 3|SW 3|SW 3|SW 2-3)WSW 2-3|SW 3) WSW 3) W 1-2 12 |NW 2-3| NW 2|NW 1-3 | NW 3);NNW 1-2|NW 2)WNW 1-2|} NW 0-1 | W 1-2)WNW 1-2} NW 1-2) W i 13 |NW 1| NW 1-2|NW 2|NW 2-3 | NW 1|W 0-1 | W 1-2| W 1-2|W 1-2}WNW 2-3) W 1-2| NW 2 14 | ESE 4| ESE 3| Calm, 0|E 2-3|N 1-3 | NE 1-2} NE 1-3/5 2-3 | NE 1-3|N 2-3|N 2-3 | Var. 1-3 15 |NE 24/|NNE 2-4| NE 2-4|NNE 2-3) NE 2-3|N 2-4|E 24/ENE 2-4|NE 2-3 | N 1-3|N 1-3|/N 2-3 16 | WSW 1| Var. 1|N 0-1| NE 21N O|N 0-1 | N 1-2} Calm, 0|E 1-2|E 1-2/E 1-2|SE 1 17 |N 0-2| NW 0-1} W 1-2|N 1|)/N 0-1) NW 2-3|N 1-2|N 1|WNW 1|N 0-1 | Calm, 0} SW 1 18 |SE +/SE 3-4/ SE 3|SE 3|SE 3|)SE 3|S5E 3-4|SE 3-4 | SE 3-4 | SE 3-4 | SSE 3|SSE 3 19 |SSE 5-6/S 4|S 4-5/5 4/8 3|SSE 3|S 2-3/8 2-3 | SSE 3-4 | SSE 5/S 3-4| SSE 5-6 20 |SW 1-3|SW 3) SW 2-3|WSW 1-3|/SSW 3);WSW 2-3) W 2-3| SW 1-2\SW 2|)/SW 2|SW 3) SW 2-3 21 |SE 7|SSE 6-7 | SE 5|SSE 3-4| SE 4|SE 4-5 |SE 4-5|SE 5|/SE 5-6 | ESE 5) ESE 4-5|/SE 6-6 22 |SSE 3-4| SE 3-4| SE 4\SE 4-5|SE 4|SE 5|SE 5-6 | SSE 5|SE 4|SE 5|SE 7-8| SSE 5-7 23 |SSW 4|)SW 2-4| W 4) WSW 3-4)SW 4)/SSW 3-4|WNW 1-2|/SSW 2-3|SW 2|SW 3) W 1-2 |W 1-2 24 |SE 2|SE 2-3 | SE 2|SE 3|SE 2|)SSE 2|SSE 1-2|SSE 1} Calm, 0| Calm, 0|SE 0-1|SE 0 25 | NW 0} Calm, 0} Calm, O|N 0} Calm, 0} Calm, 0} Calm, 0|E 0-1 | Calm, 0|E 0-1| ESE 1/ Calm, 0 26 |NNE 1-2/NNE 2|NE 3|NE 2-3|NNE 2-3|NE 2-3| N 2-3)N 1-3|N 3/N 2-3|NNE 2-3|N 2-4 27 |N 1-4|N 1-3| NE 2-3| NE 2-3|N 1-2|NE 1|NNE 1-2/Var. 1-2|ESE 1-2/Var. 1-2)N 1-2| W 0-1 28 |NNE 1-2;NNE 2-3/N 2-3;NNE 2-3|N 2|N 2-3|N 2-3|)N 1-3|N 2-3|N 2-3) N 1-2|NE 1 29 | SSE 1/SE 1-2|SSE 2|SE 2-3|}SSE 3|) SSE 3|SSE 3|SE 3/SE 3|/SE 3|SE 3|SE 3 30 |SE 3/SE 3|SE 2-3 | SE 2-3 | SE 3|SE 3|SE 2-3 |SE 2\s 2|S 0-1 | Calm, 0} Calm, 0 31 |N 0-1|/N 1} NNW 1/N 1-2} NNE 2|N 1|N 2|N 0-1|N 0-1|/N O|N 0-1} Calm, 0 Mrans 2°39 2°39 2°24 2°40 2°05 2°06 213 1°92 1:92 2°08 1°94 1°76 Direction and Force or Winp (0-12). AUGUST 1886. 1 2 3 4 5 6 tf 8 9 10 11 12 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 |NNE 1/N 1-2 | Var, 0|N 0-2 | N 3|N 2-3|NNE 2-3|N 1-2/Var. 0-2)E 1-2|N 0-1) Var. 0-2 2 |NNE 02|N 2-5|N 0-3 | NE 0-2|N 3|N 2-4|N 2-3|N 2-3 | N 2-3| N 3/ Var. 0-1|N 3 3 | NE 1-2|N 3|)N 2-3| N 3|N 2-4|N 3)N 3|N 3/N 3\N 1-2|N 1} Calm, 0 4 |SSE 1|SSE 1|/SSE 1/S 1\s 0-1)SSW 0-1|/SSW 1/8 2\S 1/8 2'SW 0-1/SSW 0-1 5 |S 2\SSW 1-2/S 2-3/8 2-3 | SSW 2|SW 2-2 | SSW 3/8 2-3|8 3/58 3/58 3-4|S 3-4 6 | NNW 3) NW 3-4 | NW 3-4| NW 3-4) NW 3;}WNW 3/WNW 3-4|}WNW- 3|WNW 3-4) NW 2;WNW 3/W 2 7 |SW 3|SSE 3|/SW 2|SW 2-4) W 2-3| W 2-3 | W 2-3 | W 2-3|WNW 2-3} WNW 2-3|NW 2|NW 2-3 8 | WNW 0-2) W 1-3|}NNW 1-2)W 0-2 | W 1-2|WNW 2-3} WNW 2/NNW 1-2/Calm, 0|W 2-3 | W 1-2)WNW 1-2 9 | Var. 0-2|SSE 0-1| NW 0-1| NW 0| NW 1-2)NNW 1-2|)W 2|W 2|SW 2|W 1-2| W 1-2|SW 1-2 10 |W 1|W 0| WSW 1)SW 0-1} W 0-1| W 0-1|SW 0-1)/SSW 12/S 1\8 1-2/8 1-2/8 2 11 | NNW 2\|N 0-2} Var. 0-1|NE 1-2) E 1/E 1|NW 1|NW 1| NW 1) NW 1|NW 1;/WNW 2 12 |N 0-1 | Calm, 0| NNW 1|N 1-2/5 0-1 | NW 2|NW 2-3/Var. 0-1/ WNW 1-2}WNW 1-2}WNW 1-2) WNW 0-1 13 |SE 4\E 4/SE 4-5| SE 4-5 | ESE 2|SE 3/ ESE 2-3/ESE 2-3/SE 2|E 0-1) E 1-2] ESE 1 j 14 |N O|N O|N O|N 0|SE 0-1) N 0; rE 0-1 | Calm, 0| Calm, 0|Ss 0|S 0-1|ESE 1-2 ? 15 |SW 1-2)SW 3) SW 4|/SSW 5/8 2-3|S 31SSW 38-4/SSW 2-4|)SSW 3) SSW 3|SW 2-4/5 2-4 . 16 | WSW 1-2|)W 0-2 | SSW 2|\SSW 2-3/SW 1-3|SSW 1-3|)W 1-3)WSW_ 1-3|SW 2) WSW 1-3|SSW 2|SW 1-2 ; 17 |ENE 1-2|N 1-2|N 2|N 12|NE 0-2|N 2-3|N 0-1|N o-A/NNE 1-2/ENE 1|N 2-3|N 2 18 |S 1/8 1\8 1|/SW 1} WSW 1|SW 1) SW 1|SW 1| NW 2| NW 2| NW 1-2) W 2 i 19 |NW 1-2| NW 1) NNW 1)N O|N 1| NNW 1/N 1|N 1|NW 0; NW 0| W 0|SW 0 ; 20 |SW 2|SwW 2-3|SW 1-2|SW 2|SW 2-3) WSW 1])/WSW 0-2|}W 0-2 | W 0-3) WSW 0-3] W 0-2) WSW 2-3 ' 21 |N 0-1} ENE O|NE O-1|/NE 0-1/N o|N O|N 0|NW o|N O|N oj/NNW O|N 0 22 |S 1-2]3 1-2/8 1-2| SSW 1/SW 1]WSW 1/W \0 | W 1;WNW 0/8 o| NW Olwsw 0 23 |SSE 1-2/SSE 2|SE 2/8 1-2/5 2|SW 1) SSw 1|SSW 1/8 118 1-2|8 2)SE oi 24°18 1/8 0-1|SSW 0-2|SW 1-2|SW 0-2;SSW 0-2|SW 2|SW 0-2 | SW 1-2) SW 0-3 | SW 2)|SW 1-2] 25 |SW 1-3|W 1-3| W 0-2) WNW 1-3|WSW 0-1/WSW 0-1/SW 0-1|/W 0-1|/WSW 0-2|SW 1)WSW 1-3) w 0-2} 26 |W 1-4;WNW 1-2| NW 1) NW 1|W 1) WSW_ 0-1|)SW 1} WSW 0-1/S 0-1| SW 0|}SW 0|S8 1 27 | NW 1-2|NNW 1-2|}NNW 1-2|NNW 1|/W 0|W 0-1|N 0|NW 0|N 0;}/NNW 0-1) NNW 0| NW Ol® |} 28 |SSE 2-3 | SSE 2|8 1-2/8 2-4|S 2-3|SSW 2-4|SW 1-3 |SW 1-3 | SW 0-4; SW 0-4/S 1-6|SSW 1-5] — 29 |W 1-3|}SW 1-2|SW 2-4| W 1-4| W 2-5|WSW 2-6|SW 2-5| W 0-4); WSW 2-6) W 0-6 | W 0-4 | W 0-2) 30 |S 2-3 | SSE 2|SE 4-5 | SSE 3/8 3/S 8-4|SSW 0-3/SSW 0-2)SSW 1-3|SW 0-2|SW 0-3 |SW 1-3} — 31 |SW 1-4;SSW 1-4|SW 1-3);SSW 1-4|SW 0-4|SW 0-4|SW 1-3 | SW 1-2|SW 0-2| SW 1-3} SW 1-2|}SW 0-1) Direction AND Force or Winp (0-12). JULY 1886. 183 13 14 15 16 iG, 18 19 20 21 22 23 Midnight. | Mean. 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.| Dir’n. Force.) Dir'n. Force.| Dir’n. Force. aw 1) WSW 1) SW 1-2 |SwW 1-2) WSW 1| WSW 1);SW 1-2)SW 2|SSW 2|SSW 2|SSW 1-2/S PAV alg: 2 |SwW 1-2| SW 1-2 SW 2-3 | W 1} WSW 2| WSW 1|W 1-2|)SW 1) W 1|}W 1-2) SW 1\/SwW yy aS 3 | NW 0-1| NW 1|W 2|W 2| NW 2| NW 2)|NNW 1-2/N 2| NW 12 | WNW 2|W 2|W 3 16 4°|NNW 2-3) W 2|W 1-2| NW 1-3; NE 0-1) N 0-1| NW 3| NW 3-4 |N 4|N 4| NW 4| NNW 4 26 5 |W 3) W 1-2|SW 2) W 2-3 | W 2-3 | SW 2-3|NNW 2-3;}/NNW 2-3) NNW 3|NW 2-3 | NW 1-3 | WNW 3 28 6 |WNW 1|NW 1-3| NW 0-2| NNW 2| NW 1|N 2|N 1-2| NW 0-2 | NW 12|NW 2;}NNW 1-2) NW aly) alee! oe |W O-1)/NNW 23)/WNW 0-1)N 0-1} WNW 0-1|W 0-1} Calm, 0| NW 1|N 0-2| NW 1|N 0| Var 0-1 10 8 |B 0-1 | Var. 0-1|NNE 0-1/SE 0-1/5 0|SE 0\S 0| Calm, 0|SE 0|SE 0| Var. 0-1|N 2-3 0'9 9 |NE 0-1|\E 1| ESE 0-1/5 0-1 | Var. 0-1 | Calm, 0|E 0-1) NE 2) Var. 0-1/N 1-2| Calm, 0| ESE 1 11 10 | NW OH1\S 0-1/SSW 2|}SW 1-2/S 3/8 34/5 3/8 3) SSW 3/SSW 3/SSW 3-4/S 8-4) 1:7 ll |SW 0-1| SW 2-3| W 1-2|SW 2-3 | NW 1-2|Var. 0-1)NW 1-2;}WNW 2|WNW 2-3) WNW 2-3} W 2|NW Sy 2:3 122 |NW~ 1-2|/SW Te 1-2| NW 1-3|} NW 1-2) WNW 1-2|W 1|NW 1|W 2|NW 1|NW 1|NW 0-1) 1°5 13 |SW 2-3| W 2|SW 1-2/SW 1-3;)SSW 2-3/S 2's 1-2/8 2-3 | SSE 3|/SE 3|)SE 4|SE 4-5] 21 14 |NE 2-3| N 2-4| N 24|/NNE 3)N 2-3/N 2-4|/N 2-3);ENE 1-3/N 2-3| NE 2-3|N 1-4| NE 1-3 2°4 15 |NE 2-3| NW 2-3| NE 2-3 | Var. 1-3 | NW 1-3 | Var. 1-3 | Var. 1-2| Var. 0-1|N 2-3 | NNW 1| NW 1-2| W 1-2 2°2 16 |N 13\E 1|NW 1-2| NW 1-2|N 1-3|N 1-3| W 1-3| W 1| W 0-2|N 2| Var. 1|N 1 1:2 17 |S 0-1) WSW 0-1|/SSW 1/s 1|8 0-1 | SSE 1-2/SE 1-2|SE 2|/SE 2|SE 2|SE 2-3 | SE Bi) 52 18 |SSE 3|SE 3|/SE 3-4 | SSE 3/58 3|SE 2-3 | SSE 3|SSE 3/SSE 3-4| SE 4|/SE 5|SE 6| 3-4 19 |S 34|SE 2-3/S 3)S 3-5 | SW 4|/SSW 4|SSW 4|SSW 4)/SW 4|/SSwW 3|SW 3|SSW 3) 37 , 20 | WSW 1-2|S 3) SSW 3|SSE 2-3/8 3/8 34/8 4|S 3-4/8 3/8 5|/ SSE 6| SSE 6-7; 3:0 21 | ESE 6|/SE 45|/ESE 46/SE 45|ESE 6-7|SE 7| ESE 7|SE 6-7 | SE 7|SSE 5-6 | SSE 3|SSE by) 53 22 |SSE 4-6| SSE 5|SSE 4-5|SE 5-6 | SSE 34/SSE 4|SSE 4|SSE 3-4 | SSE 3/8 2-4 | SSW 2|Sw 2-3) 4:3 ; 23 | SW 0-1) W 0-1|)SW 2|SwW 1-2|SW 0-1) SW 1)SW 1|8 2|)SSE 2|\SSE 2-3 | SSE 2|SE 2-3} 2:2 ; 24 | Calm, 0| Calm, 0| W 0| Calm, 0| W 0-1) W 1|W 0-1} NW 1) NNW 1JNW O-1|N 1|NW 0; o9 25 |Calm, 0| ESE 1/5 0-1/5 0-1/5 0|E O|E 0|E 1\E 1} Calm, 0|E 0-1) NNE 0-1|) 06 A 26 |N 2-4|NE 2-3\|ENE 1-3|N 34|N 34|NE 1-3| N 24|NNE 3-5|ENE 3-6|NE 1-4|NE 2-5|N 24] 2:8 ay} Var. 1| Var 0-1/|E 0| NE 1} Var. 0-2| E 1|N 0-1| NE 1|NE 0-1| NE 1/E 1-2| NE 1-2 1-3 5 | 98 | Var 0-1) N 0-1 | Calm, 0| W 0} Calm, 0| W 0| SW 0-1} SSW 0|S 0-1|SE 0-1) SE 1|SSE Li} W:2 ; 29 |SE 3-4|SE 3-4/SE 4|SE 3)/ESE 3-4] ESE 3|SE 3| ESE 3/SE 3-4/SE 3|)SE 3-4 /SE 3] 2°9 a 30 | Calm, O|N O|N 0| Calm, 0| Var. O|N 0|N 0| NNW O|NNW 0-1|N 0-1| N 1|N 1 ugk 31 |NE 2|SE 0-1/5 1-2| NNE 2\N 1\E 0-1;/ENE 0-1/N 2| ESE 1)N 1-2|N 1-2; N 1-2 iat Means 1°69 Lis 1-79 1:90 1-79 177 1:86 2°05 2:19 2°13 2°10 2°39) 2°03 Direction AND Force or Winp (0-12). AUGUST 1886. 13 14 15 16 Be 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. 1 | Var. 0-1 | ESE 1) NW 0-1}WNW 1-2) Calm, 0| Var. 0-1) E 1|SE 0-2|E iN 0-2|E 0-2);NNE 0-2 11 2 iN 38)/ENE 2-3/5 1-2|SE 1|/N 2-3) NE 0-2| N 2-3|NNE 1-3|N 2|N _ 23/E 1/NNE 1-2 21 3 |Var. 0-1/NNE 0|E 0|NNE 0} Calm, 0| Calm, 0| Calm, 0| Calm, 0|SE 0|SE 0-1|SE 1|SE 1} 1:3 4 |SSE 2|SwW 0-1)/SSW 0-1/S 1}|WSW 1)}SW 1-2) SW 0-1;)/SSW 1-2|)SW 1)}WSW 1-2/S 2'S Lip lel 5 4S 3-4/5 3/58 3-4/8 3-4|S 3) WSW 3|\WSW 2-3} WSW 2-3}WNW 3|NW 2-3 | NW 3| NW 2-4| 2°8 6 |W 3;)WNW 3/NW 3| NW 2-3)WNW 2-3}WNW 2|NW 3) NW 3-4)}WNW 3-4) W 2-3 | WSW 2} WSW 0-1| 2°8 7 | Calm, 0|W 1-3| W 24|NW 34/|Var. 0-1|/W 1jNW 1-2/W 1-2;}WNW 2/|WNW 2|NW~) 1-2|W 2) 21 8 | NW 2-3} WNW 2-3) WSW 3| Var. 0-2) W 0-2;N 2-3| W 2|NW 1-2} W 1-2| NW 1); NW 1-2| SW PA aly 9 |W 0|SwW 21SW 1-2| WSW 1) W 1-2) W 1-2| NW 1)}WNW 0-1|NW 1)WSW 1-2) WSW 1) WNW Tih U2 10 |S 1/8 0-1/S 1-2/8 0-1}SW 1|SW 1} Calm, 0) W 1-2} NNW 1} Calm, 0|SE O|N 1; O9 11 | NNW 1} NNW 1/SSE 2|NW 0} WSW 0-1/Var. 0-1) NW 1-2 | Var. 0| NW 0|/WNW 0-1| NW 0-1|N 1} o9 12 |WNW 1/W 1|W 1/SW 1/SSE 1-2}/SSW 12/58 1-2| SSE 1-2|SE 2|SE 2|SE 2-3| SE 3-4) 14 13 |E 0-1} Calm, 0} Calm, o|N 0} Calm, O|N 0-1) N O|N 0|NNW O|N O|N 1) N 0-1) 174 14 |S 0-1/8 1/Ss 0|SW 1| Calm, 0|SSW 1);SW 1\S 2-3/8 2-3| SSE 3|S 2)\SSW 1-2] 08 15 |WSW 2-3/SW 2-3)WSW 2-3)SW 2-4|SW 2-4) WSW 1-3/}WSW 0-4/SW 2-3)SSW 2-4|SW 2-5 | W 1-3)}SSW 2-3} 29 16 |SW 1-3|WSW 1-2|)NW 0| W 1-2) NW 0-1)WNW 2-3|/N 0-1| NE 1-2|N 1-2|N 2|N 2|N 1-2) 16 17 |N 0-1) N 1|N 0-1) N 1-2 Var. 0} Calm, o/s 0|Ss 0|Ss 1|)SW 0-1|SW 0-1);SSW 0-1) 1°0 18 |NNW 1-2}NW 1-2| NW 1-2|NW 1-2) W 2| NW 0-1|WNW 1-2} NW 1) NNW 1| NW 2|WNW 1;NNW 1-2 1:3 19 |SW RS) 0-1/S 0-1) SW 1)/SSW 1)SSW 1/8 218 2| SSW 3/SSW 2-3|SSW 2-3|)SW PA)! ala 20 |W 0-2 | NW 1| NW 2|W 1-2); WNW 0-1) W 0-1| NW 0-1|WNW 1-2} NW 2| Var O|N 0|N OW eS) 21 | Var. 0| Calm, 0|SSW 0| Calm, 0| NW 0} Calm, 0| Calm, 0| Calm, 0| Calm, 0|SE 0-1) SSE 1/SSE 1} 02 22 |W 0|Sw 0|W 0| Calm, 0|SW 0|Ss 0| W 0} Calm, 0|SSE 0-1 | SE 1/SSE 1-2|SE 2} 06 23 | SSE 2|)SSE 12'S 1-2|SSE 1| SSE 1|8 1)SW 0-1/8 1|)SSE 2-3| SSE 2\s 1-2) SSE 2-3; 15 24 1SW 2-3 | SW 1)/SSwW 1-2|)SW 2|Sw 1-2|SWw 2-3|SW 1-3 | SW 2-3) WSW 1-2|WSW 1-3|WSW 2-4)SW 1-3} 16 25 | WSW 0-3|SSW 3) WSW 2-4) W 1-4)WSW 0-4) W 1-4| W 0-2) SW 2-4|)WSW 1-5|WSW 24|/WSW 2-5|WSW 3-6| 1:9 26 |S 1| WSW 1|W 0-1| W 0-1| W 0-1|NNW 0-1| NNW 1|N O|N 0| NW 1) NNW 1)}WSW 1-2} 0°8 27 | NW 0| NW 0-1| W 0-1| W 0-1) W 1|S 0-1| SE 1)Ss 1|SSE 2|SE 2|SE 2|SE 2-3) 08 28 |SW 1-2|S 1-3|SW 1-3/8 1-3)}WSW 1-4|WSW 2-4) WSW 1-4| W 2-5 | W 1-3|WSW 1-3|WSW 1-3|}WSW 1-2] 2°3 29 |W 0-5 | W 0-2 | W 1-2|WSW 1-3|}NNW 0-3|WSW 0-3| W 0-1 | W 1}WSW 0-2|}WSW 1-3} WSW 24/SSW 2-4) 22 30 | SW 0-3 | SW 0-2|SW 1-3|SW 1-3| SW 0-4 | SW 0-3 | SW 0-4|SW 0-2 | SW 0-3 | Var. 0-3|SSW 1-3|S 3-6) 2:1 31 |WSW 0-1|W 2|W 2|WSW 2|Sw 0-2|WSW 0-1|SW 0-2| W 1-2| SW 1-2) WSW 1|WSW 1|W 1-2} 16 MEANS 1:27 1°32 1:37 1°35 113 1:21 116 1:37 1°53 1°58 1°60 1-77| 1°50 TRANS. ROY. SOC. EDIN. VOL. XXXIV. 25 184 Direction AND Force or Winp (0-12). SEPTEMBER 1886. 1 | 2 | 3 | 4 5 6 7 8 9 10 11 12 — ——— — ———— ee a ee eee) eee en [een ee peer See | Dir'n. Force. Dir’n, Foree, Dia'n. Force.| Dir'n. Foree.| Dir'n. Force. Dir'n. Force. Dir’n. Force.| Dir’n. Force.| Dir’n. Foree.| Dit’n. Force.| Dir'n. Force.| Dir'n. Force. : Pea hs 1 WSW 12, WNW 1/WNW 12/WSW 13 Wsw 1-3/W 1-3) W 0-1|)NW 0o0-1/W 1-2 | W 1-2|SW 0-3 2 |NNW 2) W 1)}WNW 0-1/WNW 0-1)WNW 0/|NW _ 0-1/NW 0 NW Oo|NW o1|NW o| NW 0| Calm, 0 3 “ssw 28 2-3) S 3/8 3|8 1-2/8 1|s 2\8 3/SW 2|SSW 1|/SW 1|)SW 1 |} 4 /W 2 SW 2)Sw 2|SW 2|SW 1,)SSW 1/SSW 1,SW 0|/SSW 1/8 0\s 1|SSE 0 | 5 |SE 3-4 | SE 4\SE 3-4/ESE 3-4|SE 3-4|SE 4-5 | SE 3-4/SE 3/SE 3/SE 3|SE 2|SE 1 | q 6 |SE 2)SE 3)SE 2-3|SE 2-3|SE 18 1|S 1, SSW 1/8 0-1/8 2\S 2-3/8 2-3 7 |NW 2-3)NW 3);NW 24/NW 3|W 1-3 | W 1-3] W 0-3 | W 0-3 |SW 0-4 | SW 0-4| SW 0-3 | SW 0-5 8 |SW 4-5 WSW 2-5|SW 4-5|SW 3-4| SW 4-5|SSW 1-4/SW 1-4|SW 1-5 | SW 0-4/SSW = 1-6/SW 1-6|WSW 1-4 ; 9 |W 2-3| W 2-3 |SW 3|/W 2-3| W 0-1/SW 1|/SSE 23/SSW 23/8 14|S 6S 0-5 | SE 8-9 10 |}WNW 1-2|W 2|}WNW 2/N 1-2)WNW 1|/WNW 1|/W 1|W 0| W 0| WSW 1|W 1|/SW 1 11 |WSW 2-3/SW 1-3] W 2-3} WSW 2-4] W 3-4 | SW 3-5 |SW 2-3| W 2-4/8 4|SW 2-5|/SSW 3-6|WSW 3-4 12 |W 3-5 |SW 3-5 | SW 2-4) W 2-4)WSW 1-4) WNW 1-3} WNW 2/W. 1|W 1-2|W 0| W 0|W (0) 13 |SW 1) WSW 1|SW 1-2 | SSW 2|W 0| SSW 0\s 1|Ss 0| ESE 1| ESE 1| ESE 1| ESE 2 7 14 |N 1|N 1|/N 2\|N 1-2|N 2\N 2|N 1|NE 0| Calm, 0|/ENE 0| ENE 0|N 0 ] 15 | NNE 2\E 1|E 2| ESE 1\E 0) ESE 1| ESE 1| ESE 0-1/SE 1/SE 0|SE 1|)SE a 16 | SSW 1|/SSW 1|SSW 1-2/SSW_ 1-2/SSW 1|SSW 1|SSW 1|/SSW 1|SSW 1|/SSW 2)SSW 0-1/8 1 17 |SSW 12/SSW' 1-2|SSW 2\S 2/8 1/Ss 1/8 1|s OS) 1/8 1|/SSE 1|SSE 1 18 |SE 3/SE 3-4 | SE 2-3|SE 3/SE 2|SE 2|)SE 3|SE 2|SE 3-4| SE 3-4| SE 3-4| SE 3-4 19 |SE 2|SE 2-3| SSE 2|SSW 0| W 1|WSW 1|W 1|W 1|W 1|W 1|W 0|SW 0 20 |N 02 | N 1|N 1-2|N 1-2|N 1;NW 1} Calm, 0| Calm, 0| Calm, 0| Calm, 0| Calm, 0|SE 0 21 |ENE 1-3;NE 1-2,\E 2|ENE 2|NE 0|NE 1\E 1|NE 0-1| NNE 1/E 0|ENE 1|N 1 22 |NNE 2-3|N 1-3|N 1-3|N 2-3|N 12|NNE 23/N 24|N 0-2| N 1-2|N 1-2|/N 1-2|N 1 23 | N 2\|N 1-2|N 1-3|N 1-3|N 2-4|N 1-3|N 0-1|N 0-1;/NW O1;/NW OLIN 1\E 0 24 |N 0-2|N 1-2|N 2| Var. 0-1) Calm, 0; Calm, O|N 0 NNE 1|}NNE_ 0-1/ Calm, 0| NW 0 | Calm, 0 2 8 1-2} WSW 1-2|WSW 1|/SW 1-2/S 1-2/8 0/S 1/8 1/S 1|SSW 1|Ss 1-2/S 2-3 26 |SW 3)WSW 2-3;WNW 2|/WNW NW 0/Var. 1-2/8 0-1|/NNE 0-1/NE 0-2|N 0-1 | Calm, o|N 1 27 |8 46)/SSW 46/SSW 4-6/SSW 47/WSW 3-5|/WSW 3-5|W 2-4)WNW 24/WNW 2-4) NW 2|NW 1-3/Var. 1-3 23 |NW 25|/WNW 24/NW 2-4/NW 1-4/WSW 24/N 1-3|N 2-3|Var. 1-3|N 1-3/N 2-3| W 1-3) WNW -1-3 29 |NW 2\|NW 3) NW 2|W 2|WSW 1-2|SW 0-1/ SSE 1|/SE 2-3 | SH 3|SE 3\58 4\|SW 2-4 30 |SW 2-3|SW 2-3)WSW 2-3/SW 3|SW 2-3)|WSW 1-2) W 2-3)}WSW 1-2/SW 1-2|SW 1-2| W 12|SW 2-3 $1 MEAys 2°23 2°25 2°30 2-18 1°60 1°55 1°52 1:22 1:43 1°48 1-42 1°62 Direction anp Force or Winp (0-12). OCTOBER 1886. 1 2 | Sis | 4 5 6 | if | 8 | 9 | 10 ll 12 ; Dir'n. Force.| Dir'n. Force.| D.r’n, Force.| Div’n. Force. Div’n. Foree.| Dir’n. Force.| Dir’n. Force.| Dir'n. Force.| Dir’n. Force.| Dir'n. Force.| Dir’n. Force.} Dir’n. Force. 1 |SSW 3-5/SW 8-5|SSW 2-5|/SSW 2-5/SW 4| WSW 3|SW 2-4)SW 2-4'S 4|SW 4|SSW 4/SwW 24 2 |WSW- 1|/SW 1-2|}SW 1-2| W 1-2|W 1) WSW 1|WSW 1-2|/SW 2|W 1-2/8 2 3 |S 3-4/5 3-4/8 3/S 4-5|SE 4-5 |SSE 4|SE 5| SSE 5 | SSE 4|SE 5-6 4 |SE 4|SE 4-5| ESE 4|SE 4|SSE 3/SE 3-4| ESE 4| ESE 5|SE 5|/ESE 45 5 |SE 5-6| SE 6|SE 6-7| SE 5-7 | ESK ¢-7| ESE 7| ESE 6-7 | ESE 6-7 | SE 7-8 | SE 7-8 6 |SE 45|SE 4|SE 45/SSE 5/8 4|SSE 45/8 34/SSE 23 SSE 2| SE 2 ‘ 7 |SE 3-4|SE 3| ESE 3|SE 3| SSE 2\8 2|SW 1|WSW 2|SW 1-2} WSW 2 8 |S 2-3/8 1|s 2-3|SSE 1-2/8 1-2|S 2/8 2/8 2\8 2| SSE 2-3 9 |SSW 3/38 3|s 3|SE 3-4|SSE 3-4|SE 3-4] ESE 4| SE 4, SE 4-5| ESE 6 10 | WNW 1-2|W 1|W 1-2) W 2|NW 1-2|N 0-1| Var. 0-1)/SW 2|SW 1-2} WSW 2 11 | WNW 1|W 0-1 | WNW 2|WNW 1|W 1); W 1|W 2| WSW 2)|WSW 1-2/SSW) 2-3 12 |W 2-4|SSW 3-4|W 2-4|SW 38-5|}SSW 4-5|SW 4-5| W 2-5 | W 1-4| W 2-4| SW 2-3 13 |N 0-2) NE 1| NNE 1|Var. 0-1/Calm, oO|/NNW 1|WSW 0-1|W 0-1) N 0-1) W 0-1 14 |N 0-1| NNE 1|N 1-2|N 12|NNW 1|N 1] Var. 0-1/N 0-1|NNW 0-1/N 1 15 |SE 3|/SE 3-4|SE 4-5|SE 5-6|/ESE 5-6/ESE 7-8] ESE 7/ESE 6-8/ESE 7-8/ESE 47 16 | NE 4-6|NNE 3-5|NNE 5-7|NE 3-5|NE 4-6|N 4-6|N 3-5 | N 3-5 | N 4-5|N 2-4 17 |E 1|NE 1-2/5 1-2/E 2\E 2-3| E 3-4|B 2-3| NE 2-4)ENE 1-2/ESE 3 18 |NNE 4-7|NNE 4-8|NNE_ 3-7|/NE 8-6|/NNE 2-4/NE 3-5| N 3-5|N 3-5 | NE 2-5|NNE 4-5 19 |NNE 2-3|NE 1-3] NE 1-3|N 1-2] NE 1-2| NNE 1]NNE 1-2|N 1-2|NE 1-2);NNE 0-1 20 | ESE 3| ESE 3-4 | ESE 8) ESE 3| ESE 1/E 2| ESE 2) ESE -3 | E 2-3 | ESE 2-3 21 |SW 0|SW 0-1|WSW 0-1)/SW 0) SW 0-1|SW 1]/SW 1)/SSW 1|SSW 2|WSW 1 22 |8 2) SW 1|\SW 1|SW 0-1} WSW_ 0-1} Calm, O|SSW 0-1)8 1|s8 0-1/8 0-1 23 |SE 2-3) SE 3|SE 3|SE 2-3| SE 2) 1-2/5 2-3 | SE 2-3|SE 2-3| ESE 3 “a |E 2| ESE 2-3 | ESE 2-3 | ESE 2-3 | ESE 3\/E 3] ESE 3| ESE 3| ESE 3-4) ESE 3-4 25 |SE 3-4| ESE 3|SE 3-4 | SE 3-4| ESE 2-3 | ESE 3| ESE 2-3 | ESE 3| ESE 3) ESE 2 26 |SE 1-2| SE 3|SE 2|SE 3|SE 2-3|SE 2-3|SE ESE 2| ESE 2| ESE 3 27 | ESE 4|SE 4-5|SE 4-5| SE 4-5 | ESE 4-5 | ESE 4| ESE ESE 4| ESE 4-5 | ESE 4-5 28 |SE 4|SE 4|SE 4-5|SE 4| ESE 4|/SE 4|SE 4|SE 8-4 |SE 3| SSE 3 29 |S 4|SSE 3/8 3| SSE 8/SSE 34/SE 3-4| SSE 3-4/8 3/8 3/8 2-3 30 | WSW 3) SW 2-3} WSW 2-3|WSW 1-3/SW 1-2|/SSW 1-2/8 1-2/8 1\s 1|Ss 2 31 |S 2-4| SSE 4|SE 5-6 | SE 6|S 4-5/8 3-5| SW 2-4) W 2-4) W 1-3)}SSW 1-2 Mzans 2°84 2°87 8-07 3°02 2°82 2°89 2°77 2°85 2°81 2°90 Direction AND Force or Wrnp (0-12). SEPTEMBER 1886. 185 13 14 15 16 Lyi 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. 1 |W 0-1|/WSW 12;/WNW 1/NW 1-2)/SW 2-3 | NW 0-2 | SW 1-3} WSW 1-2|W 0-2| WSW 1-2) NW 1) W 2-3| 1:4 S27 | NW 0|NNW 0-1}Calm, 0| NNE 1) Calm, 0|E 0|/E 0-1|SE 2|SE 2|SSE 2) SSE 2-3)58 2) Ov 3 |SW 1|Sw 2|SW 2-3 | SSW 1|/SW 1| WSW 1|W 1/W 2| WNW 2-3) WNW 2-3] W 2-3 | W 2a Acs 4 |SSE 1/SSE 2|SE 2-3|SE 8|SE 2|SSE 2|SSE 2/SSE 2-3| SSE 2-3|SE 2|SE 2-3| SE By) ale¢i 5 |SE 1|SE 3|SE 2-3|SE 2|SE 1} ESE 3| ESE 2|SE 2-3|SE 3|SE 2-3 | SE 2-3| ESE 2-3) 2°7 6 |S 2\s8 2|SW 2-3|SW 2| SSE 4/8 1-2/8 4-5/SSE 4-5| SSE 4-5|S 4/8 3-5 | W 24) 2°5 7 |Sw 0-4|}WSW 24/NW 2-5 | W 3); WSW 0-4/SW 2-4| SW 0-3 | SW 3)SW 34|SSW 3-5|SW 3-5 | SW 3-5] 2°6 8 |SW 1-5 | SW 3-5|}WSW 3-4|SW 2-5| W 0-4) WSW 0-3) NW 0-1) WNW 2-4) NW 1-3 | NW 3) W 3|W 3} 3:0 9 |SSE 7-8|S 6-7 | SW 3-7|SSW 3-6| W 3-6|WSW 3-5| W 3-6| WSW 3-5|W 2-5 | NW 2-3| NW 1-3| NW 2) 36 10 |W 1-2| NW 2-3 | W 1-3|SSW 1-3) W 1-3} W 1-3|WNW 1-3| W 2-4) W 2-4|SW 2-4|SW 3-4| W 24] 1:8 11 |SW 1-6|WSW 3-5|WSW 3-5|SW 45|WSW 2-5|SW 1-5|}WSW 1-4)WNW 34/W 2-4) W 3-4| W 3-5|WSW 2-4] 3-4 12 |Calm, 0| WNW 1\|NW 1) W 2|WNW 0|W 0|W 0|W 1) NW 1|W 2| NW 1|5SW 1} 14 13 | ESE 2|SE 1|SSE 1|SE 2| ESE 1] ESE 1| ESE 0| Calm, O|N o|N O|N 1| NNW 1} 0-9 | 14 | ESE 0|N 1|Var. O1/N 1-2|N 1-2| SSE 0| W 12|NNE 2|N 12|/NNE 2|NE 1) N 2) 10 15 |SE 1|SSE 1-2|SSE 1\8 1\8 0|S 0|S 0|SSE 1|SE 1|8 1|S8 12/8 2} 1079 | 16 |s 1|SSE 1|s 2| SSE 2| SSE 2\8 2/8 2/8 2/8 2/8 2-3] 2|SSW 1-2] 15 } 17 |SE 1|SE 1-2|SE 2|SSE 1-2/SE 2\E 2\E 2| ESE 3) ESE 3|SE 3-4| SE 3-4| SE 3-4] 1:8 pe| 18 |SE 3|/SE 2-3 | ESE 2|\SE 2) ESE 1| ESE 1|SE 1/SE 1|/SE 1-2|SE 2|SE 1-2|SE 12) 2:3 y 19 |SW 0|s 0-1/8 1|S 0| Calm, 0| Calm, 0\S 0|s 0|S 0|NNW 0-1| W 0-1| WNW 1| O07 | 20 |SE 1/E 0| NE 0-1|S 0-1| NE 1|NE 1|NNE O|N 1-2| NE 1-3|NNE 1-2}NNE 1-3|/NE 0-3} 0°8 % 0-2|N 1-2|N 1-3|N 2-3|N 1-3|N 24|/N 1-3)}|NNE 2-3|N 1-2)|NNE 23/N 1-2|NNE 1-3 15 1|N 1-2|N 0-2 | Calm, 0 1|N 0-1| E O|N 1-2) N 0-2| N 1-2|N 1-2|N 1 14 O|N 1-2| NE 0-1|NNE 1-2|N 1|/E 0| Calm, 0 | Calm, 0} Calm, 0) NNE 0) N 1| Var. 01; o9 0} Calm, 0| ESE 0-1/N O|N 0| Calm, 0| NW 0| Calm, 0| ESE 0-1|SE 1/SSE 1-2|SSE 1} 0°5 2-3/8 2/8 2-3 |S 2-3/8 3/8 2-3/S 2-3/8 3|/SSW 3) SW 2-3| SW 2-3 | SW 2-3; 1:9 0|W 2|W 2-3|SW 2-3/8 218 3\8 3)SW 2-4/8 3-4/SSW 45/SW 3-5|SSW 3-6] 2-0 1-3|})WNW 2|NW 2-3 | NW 2-3 | W 21 W 24|/NNW 1-3)}|NNW 2-5| NW 2-4| NW 2-5 | NW 2-4| NW 2-5) 32 2-3 | NW 1-3 | NW 1-3 | NW 2-3|SW 1-3 | NW 1-3|N 1-3|N 2-3 | NNW 2) NW 1-3} WNW 2-3|N 2-3] 2°4 24;)WSW 2-3) W 3|/W 3) W 1-3)|WSW 2-3| WSW 2|WNW 2-3) W 3|W 3) W 3) W 2) 7 2'5 1-2| SSW 3|SSE 4|Ss 4/8 3-4| SSE 4|S 4/8 5|S 4-5|SSW 4;SSW 5-G/SSW 3-6] 3°0 1°52 1:97 2°02 2°05 1°72 1°65 167 2722) 2°15 2°33 2°38 2°27] 1°86 Direction AND Force or Winp (0-12). OCTOBER 1886. 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. 3/SSW 3-4/8 3) SW .13/)SW 2-3|WSW 1-2|SW 1-2|SW 2|SW 2-3 | WSW 2\SW 2)SW Ca eas) Var. 0-1|NW 2|}WSW 2-3|/SSW 23/SW 1-2/S 2-3/8 21S 8-4/8 3-4/8 3|.SSE 3|)SSE 4} 2:0 5-6/5 5|SSE 5-6 | SSE 5 |SE 4|SE 3-4|SE 4|SE 45/SE 4-5/SE 4/SE 4-5 | SE 5} 46 ESE 45/ ESE 4-5| ESE 6-7| ESE 6| ESE 7|SE 6-7 | ESE 5|SE 4|SE 4-5|SE 5|SE 5|SE 6; 4:8 7|SE 6| SE 6-7 | SE 6|SE 6-7 | SE 5-7 |SE 6|/SE 5-6/ SE 5-6 | ESE 6| SE 5|SE 5} 63 1/8 1| ESE 1\E 1| ESE 2|/SE 3/SE 1|/SE 2| Calm, 0|SSE 12\)ESE 2-3/SE 2-3) 2°4 WSW 1-2|}SW 1-2) SSW 2|S8 2|/SSE 1-2| SSE 2|SE 2|SE 2|SSE 2|SSE 2|\SE 2|SSE 2-3) 2:1 8 | SSW 2|8 3|SSE 2-3 | SSE 2-3|S 2-3/5 2-3/8 2-3/8 3/8 3/5 3-4/8 3/8 3-4 2°4 | 9 |SSE 5-7 | SSE 6-7 | SSE 6-8 | SE 7-8|SE 8|SE 8/SE 7-8 | ESE 3-6 |SE 46/SE 6| W 1|NW 0-2} 4:9 10 |WSW 1-2|/SW 2-3| WSW 2|SW 2|\SW 1-2} NNW 1|W 1-2| NW 1|}W 2) W 2|NNW 1-2)|NW 1-2 16 ' SE 3|SSE 3/8 3) SW 2-4|SW 4-5|SW 4-6 | SW 46|WSW 3-5|WSW 2-5) W 24|WSW 2-4|SW 2-4 2°6 N 0-1|}SW 1-2|SW 1\|SwW at) 1;}NNW 0-1}NNW_ 0-1] Calm, O|N 0-1/NNE 0-1/NNE 0-2)/NNE 1-2} 1°9 Var. © 0-1|NE 1] W 1-2| NW 0-1 | Var 0-1] N 0-1) N 0-1|/N 1) NW 1| NNE 1|N 1/Var. 0-1] 07 WSW 1;}WNW 1/W 1|W 0-1|N 0-1| WSW 1| WSW 1|W 1)/SSW 1-2/8 2|SSE 2|SSE Bihe lel E 3-6|E 4-6/E 3-5 | NE 3-6 | NE 2-5| NE 8-5|ENE 3-5/NE 3-5| NE 3-5 | NE 3-4| NE 3-5 | E 8-6} 4°9 N 2-3 | N 1-3 | NE 1|NE 1-2|N 2-3] E 0-1| NE 0|/ NE 0-1|SE 1|E 1-3 | ESE 1} Calm, 0 2°6 NNE 3-5|NE 24/ENE 2-5|NNE 36|NNE 47/NE 47|NE 4-6| NE 24| NE 3-6|NNE 3-7|NNE 3-7/NNE 3-7| 3° NNE 34|N 3-5|NNE 3-6|NNE 26\|ENE 24!/NNE 3-5|/NNE 2-4/NE 24/NE 24|/NNE 23|NE 1-3;NNE 2-3} 3°8 NNE 0-1/NNE 1-2|NE 0-1|NE 0-1/E 1-2/E 1-2| ESE 1-2/5 2\|E 2-3 | ESE 3 | ESE 3|E 3} 16 ESE 2|SE 2|SSE 1-2|SSE 1-2/|S 0-1/S 0-1) SSW 0|/WSW 0-1|/SW 1;}/SSW 0-1/SW 1) Sw 0}; 18 s 1|SSwW 1);SW 0-1| SSW 1/8 21S 1-2|S 1-2/8 1/8 1-2|8 1\s 1-2/5 1-2) 1:0 SSW 0-1|S 1|SSE 1|SE 2|SE 2|SE 2|SE 2|SE 1-2|SE 2|SE 2|\SE 2-3| SH 2-3/ 1:3 ESE 2|SE 2| ESE 1| ESE 2\|E 1-2/E 2-3 | Calm, O|E 2| ESE 1-2|E 1-2|E 0-2/ E 1} 2-0 SSE 2-3/SE 3|SE 3|SE 2-3 | ESE 1-2|SE 2-3| ESE 3|SE 2-3| ESE 3-4 |SE 3|SE 3-4|SE 4/ 2:9 ESE 2|SE 3/SE 2|SE 2) ESE 2|SE 1|SE 1-2/SE 3|SE 3| ESE 3|SE 3|SE 2| 26 ESE 3|/SE 3|SE 3|SE 3 | ESE 3| ESE 2-3 | ESE 2-3| ESE 3/SE 3-4|SE 3-4 | SE 3-4| SE 4) 2:7 SE 4-5|SE 5|SE 4-5|SE 5|ESE 4-5|/ESE 4|SE 5|/SE 4-5|SE 4-5|SE 45|SE 5|SE 4-5| 4:5 SSE 3|SE 3/8 3/S 3|SE 4|SE 3-4 SE 3-4| SSE 3/SSE 2-3 | SSE 3-4| SSE 3-4| SSE 3) 3°4 SSW 2-3|SW 2-3|SW 2-4|SW 3|SW 1-2|SW 1-3 | SW 1-3 | SW 3|SW 2-3|WSW 2-4|SW 3/WSW 2-3] 2°8 s 2|8 2-3/8 3/S 2-3/8 2-3/|S 3| SSE 3-4|SSE 3-4| SE 3-4 | SSE 3|SSE 2-4/5 8-5| 2°74 SW 1-2|S 2|SSW 2-3/8 2-3 |S 1-2|S 1-2/8 2-3 | SSW 2-3/S 2-3|5 45/8 51S 46 30 air 2°55 2°82 2°79 2°79 2°77 2°76 2°60 2°60 2°76 2°90 2°81 2°90) 2°81 186 Direction aND Force or Wiyp (0-12). NOVEMBER 1886. 1 2 3 4 5 6 7 8 9 10 i 12 4 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.| Dir’n. Foree.| Dir'n. Force: 1 {1s 4|S 5|SSW 38-5/S 4\/SW 1-3) SW 1-3;}SSW 1-3)/SW 2-4)SSW 38-4|WSW 2-4|SSW 2-3|NW 1-3 2 |WSW 3-4|WSW 3-4; WSW 1-3)WSW 1-4) WSW 2-3) W 1-2)}WNW 1-2} WNW 1-2} NW 1-2 | NW 1-2| NW 1-2| W 0-1 8 |SSW 25/SSW 2-6/SW 4-5|SW 3-6|SSW 38-5|SSW 3-5|/SW 2-5|SSW 38-6|/SSW 46/SSW 3-6|/SW 3-6|WSW 2-5 4 |NW 2-3 | W 1-3| W 2-3;|NNW 1-3] W 1-2| W 1-2| W 1-2} WNW 1-3| W 1-3 | NW 0-1 | W 1-2 | W 1-3 5 | WNW 1-2) W 1-2| W 2|W 1-2|SSW 1-2|)SW 0-1)/SSW 0-1/SSE 1-2/|SSE 1-2|SE 1-2|SE 1-2| SE 12 6 | NE 5-8|NNE 5-7|N 48|NNE 6-9|NNE 6-8|;NNE 6-9|NNE 6-9|N 7-9|N 7-9|N 6-9 | N 4-8|N 3-8 7 |NE 1-3|ENE 2-3|NE 0-2| NE 1-3/ Var. 0-1|E 0-1| E 0-1 | ESE 0-1) N 1| NE 0-1) N 0-1) N 0-1 8 |SW 2-3 | W 2\|NW 3)NW 2|} WNW 1-2|W 1-3| W 1-3 | W 1-2) W 2-3 | W 2-3 | SW 3)SW 3 9 | ESE 1|E 1| ESE 1-2) ENE 1| ESE 3] ESE 3) E 2-3| EB 3-4| E 4| ESE 38| ESE 3| ESE 3 10 |NNE 1-3|NE 1-3| NE 2-3| NE 3|NNE 2-3|N 3-4|N 14|N 38-5|NNE 3-5|N 3-6|N 2-4|N 3-5 11 |NNE 38-5|N 14|NNE 3-5|N 2-4) N 1-2)N 1-2) Ni 1-2|N 0-2|N 1|N 1|N 0-1|WNW 0-1 12 |NE 2|NNE 1-2|NE 1} Var. 0} Var. 0-1) N 1-2|N 1-3|N 24|N 2-4|N 2-3) N 2-3|N 2-3 13 | NW 1); NNW 2|NW 2) NW 3|} WNW 2|NNW 1-2|/NW 0-1} Var. 0-1) N 0-1} Calm, 0} Calm, 0O|N 1-2 14 |N 1-2|N 2-3|N 2-3|N 2-3|N 1)N 1|N 1| NNW 1] WNW 2|W 1-2|)SW 1-2|SW 2 15 |SSW 2-3|SSW 3)SW 2-3|SSW 2-3/8 2-3/8 2-3 |'SE 2|)SE 2-3|SE 3-4 | SSE 3-4 | SSE 8-4 | SE 3-4 16 |NE 1-3| NE 1| NE 0-1| NE 1} Calm, 0O|/ NNW 0-1)/NNW_ 0-1/N 1-2;}NNE 0-1/NNW 0-1|WSW 1-2|SW 2 17 | WNW 2-3|WNW 0-1| W 1-2| NW 1/NNE 1-2|NNW 1-2}NNW 1-2)N 1-2) N 1|N 0-1| NNW 1|N 0-1 18 |NNE 1-3|NE 1-2)}ENE 0-1|NE 1-2|N 2|N 2|N 2)|N 1-3| N 1-2| Var. 0-1| N 2\N 1-2 19 |S 2-3|8 3) SSW 4|S 4)/SSW 3-4|SW 2-3 | W 2-3)|WSW 1-2} WSW 2|SE 2-3 | SW 3) W 13 20 |SW 2-4|SW 1-3)WSW 2-3|SW 2-3} WSW 3-4|WSW 2-4|SW 1-4|SW 2-4 | SW 2-4|WSW 2-4|SW 2-4|SW 2-4 21 | NE 1-2|N 1-2|N 2\N 2-3|N 1-2) N 1A ENG 0-1|N 0} Calm, 0/SSE 1/8 1-2|S 1-2 22 |S 3S 2-3| SSW 38) SW 21SW 2) SW 1-2|SW 1-2)}WSW 1-2|)SW 2) SSW 2|SSW 2\Sw 2 23 |SW 2|SW 2|W 2-3|WNW 2-3) Ww 2)}WNW 2|/WNW 2|WNW 2-3|}WNW 23] WNW 2-3] NW 2-3 | W 3 24 |W 3); WNW 3-4| WNW 4|NW 2-4) NW 3|WNW 2-3| WNW 2| NW 2|NW 2| NW 2-3| NW 2-3|WNW 2-3 25 |N 4-5|N 3-4|N 4-5|N 4|N 2-4|N 3|N 3|N 2\N 1-3/N 3\N 2-4 | N 1-3 26 |N 3iN 2\N 2\N 1-2|N 1-2)NNE 0-1/ENE 0-1|N 0-1|N 1|N 0-1;NNE 0-1|N 1-2 27 |WSW 0-1}+W 0-1| W 0-1 | SW 1|SW 1|;SwW 1|Sw 1)}WSW 1-2|SW 1) WSW 1) WSW 1-2|)/SW 28 |SW 3) W 2-3| W 1-3 | W 1-3| SW 2-4| W 2-4|SW 2-4) W 1-3| W 2-4|WSW 2-4) W 2-4) W 2-4 29 | WSW 2|W 24 |W 2-4 | NW 1-3| W 1-3} WNW 1-3] W 1-4|;WNW 1-4|WNW 2-3} WNW 1-3/Var. 1-3|WNW 1-2 30 | NE 0-1| NNE 2)NNE 34/NE 1-2| NE 2-4| NE 14| NE 1-3|NNE 2-3/NNE 2-4|N 2-4|N 3-4|NNE 3-4 31 — 2°50 2°40 2°57 2°43, 2°20 2°08 1°93 215 2°33 217 2°25 2°23 Direction AND Force or Winp (0-12). DECEMBER 1886. is 2 3 4 5 6 | a | 8 | 9 10 11 12 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 1|NE 38-4|NNE 3-4|NE 24|NNE 24|NNE 24/|N 3-5 | N 14|N 2-4|N 2-4) N 2-3|N 1-3 2 |zE 2|NE 2-4| NE 2-4|)NE 2-3 | E 1-2/)E 1-2)/ENE 1-2|NNE 1-2|NNE 1-2/NE 1-2/E 0-1| NE 1-2 3 |N 1-2| W 2| WSW 2|W 2-3 | W 1-2| W 2|N 1-2) WNW 1-2) W 2|W 2|NW 1-3 | W 2-3 4 | Var. 0-1|N 1| Var. 1|N 1| NNW 1|N 1-3|N 2-4/N 2-4|N 2-4|N 1-3|N 1-4|N 2-4) 5 |SW 3-4| SW 4;SSW 45 SW 4|SW 2-3 | W 1-2)WNW 1-2|N 1|/N 0-2) N 1-2| NW 1-2|N 1-2) 6 |NNE 34|N 14|/N 1-4| NE 2-5|N 2-4)N 2-4| NW 1-3 | NW 1-3 | NW 1-3 | Var. 1-3 | Var. 1-3|N 14 7 |N 1|N 1|N 1|NE 1|N 1-2|N 1-2|N 1|N 0-1| N 0-1| N 1-2|N 0-2|N 0-1 8 |SSW 23/8 4|SE 5-6 | SE 7|\SE 8|SE 11|SE 11/SE 10-11|)SE 9-10 | ESE 4-5|SSE 5|/SE 5 9 |N 0-2|N 1-3| NE 2-3;ENE 2-4/NE 3-4) NE 1-3| NE 2-3|ENE 34|ENE 24|NNE 24/NE 1-3|NNE 13 10 |NNE 24|NNE 3-5|NNE 45/NE 2-3| NE 0-1|N 2|N 2-3|N 1-3)NNW 1-2|N 2-3|N 1-2| NE 1 11 |S 2|8 2-3| SSE 3|SE 3|SE 4|SE 5| ESE 6-7 | SE 5 ! 12 | ESE 2\E 1-2|E 2| Calm, 0|ENE 0-1|NE 1;/NNE 1-2|NE 1-2 ; 13 |N 0-2|N 14|NNE 36|NNE 14|NNE 14|N 2-3| N 1-3|N 1-2 14 | NE 1-2| NE 0-2| ENE 1\E 1)}NNE 0-1/NE 2-3| NE 1-3| NE 1-2 15 |E 1-2\E 1-2|E 1-3|E 1-2;ENE 1-2|}NE 1-3} NE 1-3)|ENE 1-3 16 |NNE 5-9|N 5-8| N 6-8|N 5-7|N 4-5|N 46|N 47|N 4-6 17 |N 1-2|NNE 23/NE 2|NE 1-2/E 1-2|NE 1-2} Var. 0-2|SE 0-2 18 |N 2-3) N 2-3|N 3\N 1-2}ENE 1-2!1N 1-3| NE 1-2 |,NE 1-3 19 |N 8-5|N 4-5/N 4|N 24|NNE 1-2|N 1-3|N 1-3|N 2-3 20 |NE 1|N 2|N 0-1| NNE 1) Calm, 0| Calm, O|N o|N 0-1 21 | SSW 8|SW 8-4) SW 8|/SW 2-3|SSW 2-3|SW 2-3/8 3|S 3 22 | WSW 2\|SW 2|Sw 1-2|SW 1-2;/SSW 1-2/SSE 2\8 2|SSE 2 23 |N 4|N 2-3|N 3-4|N 3|N 2-3|N 1-2} NNE 1|N 1-2 24 | WSW 2-3|SW 2-3| W 2|NNW 2-3| NW 1} WNW 0-1| W 1-2) WSW 1-2 25 | NE 1-2|NNE 1-2/N 1|N 0-1 | NW 0-1|N 0-1|N 1-2|N 0-2 26 |N 2|NNE 1|N 1|N 1|N 1IN 0-1 | Calm, 0| SSW 0 27 |N 0-1|N 0-1!N 1-2|N 1|N 0-1|N 0-1|N 1|N 0-1 28 |N 1-2 | Var. 1} Var. 0-1|N 1|W 0-2| W 1-2| N 0-2);WNW 1-3 29 |N 2-3|N 2|NNE 1|N 1|N 1-2|N 2\|N 0-1 | Calm, 0) 80 |N 1-2|N 2\N 2|N 2|NE 0-2|N 1|N 1|/N 1-2 31 |SSW 2) SW 3) SW 3|)SW 3\8 1-2|S 2|s 2|8 2-3 MEANS 2°15 2°44 2°52 2°23 189 2718 2°23 2°13 TRANS. ROY. SOC. EDIN. VOL. XXXIV. Direction aND Force or Winp (0-12). NOVEMBER 1886. 187 13 14 15 16 17 18 19 20 PAL 22 23 Midnight. | Mean. Dir'n. Foree.} 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. 1 |W 1-3|SW 2-3|SW 2-3|SW 1-3/S 3/58 2-4/8 2-4/8 4|s 5/S 4|SW 3-5}WSW 25] 31 2 | WNW 1-2} WSW 2|SW 1|/SSW 23]WSW_ 1-3/SW 2-4) SW 2-4)SW 24) SW 2-4|SW 3-4 |SW 14|SW 2-5 21 Se Ww. 24|NW 2-4|WNW 1-3|NW- 1-3|N 0-1) Var. 0-2/N 0-2|N 1-3 | NW 1-3 | W 2-3 | NW 1-2} WNW 1-3| 3:0 4 |W 12|NW 2-3 | NW 1-2} NW 1-2|N 0-2 | W 1-3 | NW 0-2| NW 2| NW 1-2} NW 1]/WNW 1-2} WNW 1-3 Ei 5 | ESE 2|SE 2-3|SE 3/SE 2|E 1-2/Var. 0O1/NE 1-3 | ESE 2'NE 3;/NNE 2-4|NNE 3-5|NNE 5-7| 2°0 6 |N 3-7|N 46|/N 2-6|N 2-5|NNE 25|N 24|/N 14|N 1-3 | NE 2-4) NE 1-4| NE 0-3;ENE 1-4 50 aN 1-2} NNE 2|N 2\|N 3/N 2|N 1-3|N 1|N 2; NE 1-2| WSW 2|SW 21SW 2-3) 1°5 8 |SW 3/SW 2|/SW 2-3| SW 1-2|}SW 2|SW 1-2|SW 1-2|SSW 1|W 0-1| W 1/S 1|SSE 0; 41:9 9 |ESE 23/ESE 3-4/E 1-3|5E 1-3|E 3/E 1-3|E 1-2| NE 1-2| NE 1|NNE 1-2}NNE 1-2/NE P7R3|) BAY? 10 |N 3-5|/ NE 14|N 13|/NNE 24|N 2-5|NNE 3-6|N 4-6| NE 2-4) NE 2-5|NNE 3-6|N 2-5|NNE 3-5| 3°4 11 | WNW T| SW 2|W DNWe 2| Ww 2|W 2|W 2-3| W 2|W 2-3 | W 2) NW 2-3| N 2-3 2°0 oe | NN 2-3|N 2|N 2-3|N 2-3|N 1-2|N 1|N 1|N 1-2)N 1|/N 1|W 1-2) W ill | Bites 13 | Calm, 0/5 0-1/5 0-1|NNE 1-2|N 0-1|N 1-2|N 1-2| NNE 2|NNE 2) NE 1|N 2|N D)|p alee, 14 |SW 1/S 2-318 3|SSW 3|SW 2-3|SW 2-3 | SSW 3|/SW 3|SW 2-3 |SW 2|SW 3| SSW Sie 271 15 |SE 3-4|SE 4-5/8 4|SSE 8-4/8 2-4/5 2-4) W 2-4 | SW 2-4 | SSW 2-3|SW 1-3| NNW 1/N 1-2 2°9 16 |SW 0-1|}SW 1-2|SSW 2/SSW 2-3|SW 1-3 |SW 1-2}WNW 1-2) W 1-2} W 2|W 1-2) W 2\ Ww Dill 17 |NW 0-2|N 0-1|N 1|/NNW 0-2|N 1|NNE 0-1/Var. 0-1/NE 1|NE 0-2|NNE 25|/NNE 1-3|NNE 24] 1° 1s |NNW 1-2|}W 1) Sw 1) SW 1)5w 2|SE 2-3 | SSW 3|SSW 2\s 2\SSW 2-3/8 3-4|SW 3-4| 1:9 19 |SSW 2|SwW 1-3|SW 1-3} SSW 21W 1-3 |/SW 2-3|WSW 1-3| W 1-3 | W 2-3 | W 1-3 | WSW 3|SW 2-3) 2°5 20 |W 2-4) W 2-3) W 3-4) W 3-4| NNW 1|N 1|N 1-2|N 1-2) NE 1-2/|E 1| ENE 1|)NNE 23] 2°4 21 |S 2|}SSW 1|S 1/SSE 1-2/8 218 2-3|S8 3/8 2-3|S 3|S 3/5 4| SSE 23) 18 22 |SW 218 2|SSW 2-3/SSW 2-3|)SW 21 W 1-2| WSW 1| SSW 2\SW 2\|SW 2|SW 2-3|SW Sh, Pal 23 |W 2-3| WNW SW. . Ye. 3| WNW 3) WNW 3| NW 2) WNW 2-3) W 2|W 2|WNW 3|W 3 25 24 |NW 2-3;)NW 1-3|}NW 3-4|N 3-4 | NW 2-3|NNW 1-3|N 1-2| NNW 3|/ NW 3-4| NNE 4|N 4-5|N 5| 2-9 25 |N 2-3|N 2-3|NNW 1-3|N 3|N 3|N 3-4 | N 4|N 3-4 | N 3-4|N 4|N 3-4|N 3-4 32 26 | NNE atG ND 1-2| NNE 2|N 1|N 0-1|N 0-1) NW 0-1| Calm, 0 | Calm, 0} Calm, 0| Calm, 0| Calm, 0} o9 27 |W 21W 2|W 2/SW 2-3 |SW 2|WSW 1-2!1SW 2) WSW 2); WSW 2-3|SW 3-4| SW 4|SW 34) 18 28 |WSW 3-4|SW 1-3} WSW 2-3) WSW 2-4) W 14|SW 24)WSW 2-5|SW 3-5 | SW 3-6 | SW 2-6 | W 1-3} W 2-5} 2°9 29 |NW 1-3) NW 0-2) NNW 1-3|NW 1-3| NW 1-2|Var. 1-3|NNE f1-3|NE 1-3|N 12)/ENE 1-3/ENE 1-2/N 1} 2-0 30 | NE 3-4| NE 1-3} NE 1-3/ENE 2-3|N 14;);NNE 1-3|N 1-3| NNE 2)NNE 24|N 1|NE 1-2|NE 1-3} 24 31 Mzans| 217 2-17 2:29, 2:33 2°03 2:07 2:08 2°18 2:30 2:25 2°37 2°63 | 2:26 Direction anD Force or Winp (0-12). DECEMBER 1886. 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. 1 |NNW 1-3|N 2-5|N 24|NNE 24|/N 14;ENE 14/N 1-3|/E 1/E 1\/E 1-2| NE 2) NE 1-2] 2°5 2 |NNE 1-2|N 2|N 1-2|NNE PA) ANE 1|N 1-2/N 1-2|N 2|N 1-2|N 1) NW 1] NW Ph || alr 3 |SW 3|)/SW 3)SW 3|SW 3-4/SSW 34/SSW 34/SSW 34/SW 3-4|SW 3-5 | W 2|W 2-3|NW 0-2] 2°5 4 |N 1-4 | Var. 0-2|N 1-3|N 1-3|N 2-3|N 1-3/N 1-2|N 2|N 2|NW 1|NW 2|Sw 3 19 5 | NW 12!|NW 1-3|}WNW 2-3|W 3-4) W 3) W 3) W 2-4| NW 3|WNW 3-5|WNW 3-4|NNW 1-4/N 14] 26 6 |W 1-3)WNW 1-2) NW 2|NW 1|W 1-2);SSW O2;/NNW 1-2) NW 1-2|N 1| NW 0-2 | NW 0-2) N 1-3 2°0 7 |N 0-2|N 0-2| N 12|N 0-1|NNW 0-1|NW 0-1| W 0-1] WNW 2/WNW 2-3) W 1-2) SSW 2|SW 2-3} 1:2 8 |ESE 5|ESE 4-5/SE 4/ENE 0-2)}NNE 0-1/Var. 0-1|N 0-1| NNE 3| NNE 3\N 1-3|N 0-2) Var. 1-3} 4°6 9 IN 1-2|N 2-3 | N 2-4) N 2|N 1-3 | NE 1-3} Var. O0-1|/NNE 1-3|NNE 2-3|NE 24|NNE 1-4|NE 1-4 2°3 io |N 1-2|NNE 2\N 2-3|N 12\|N 1-2/N 1-3|N 1-2;N 3/N 2| Calm, 0| SW 0|s tT) 9 11 |S 2-3 | SW 2\S 21S 2-3/8 2-3/8 2-3 | SSE 2-3/8 3/SSE 2\SE 2-3|SE 2|SE 2-3) 3-1 12 |ENE 1-2|NE 1/ENE 1-2|ENE 2|NE 2)}NNE 2-3|NNE 23|NE 3/N 2-3|N 3-5|)N 4-5|N 0-2; 18 18 |NNE 1-2|NE 1-3|;NNE 1-3/NE 1-3|E 2-3| NE 2-4|NE 24|NNE 24|NE 2-3/ENE 1-3|NNE 1-3/N 1-3) 23 14 |NE 0-2|\E 2-3);ENE 1-3|/ENE 2-3)NE 1-2}/ENE 1-2/NE 0-1|/E 2-3/5 2\E 13|/ENE 0-2|NE 1-3} 16 15 |NE 4-6|NNE 36|NNE 3-6|N 47|N 5-6 | N 5-7| N 5-7|NNE 5-7|NNE 69|NNE 6-9|NNE 68/N 6-9} 4:2 16 |NNE 24/NNE 1-2/N 1-2}N 1|/NE 0-1|N 1/N 1/N 2|N 2-3) N 1-2|}N 2-3|N 2-3) 34 ‘ 17 |N 12|N 2|N 2-3|N 2-3|N 1-3) N 1-2|N 2\|N 2|N 3iN 3)N 12)/NNW 2-3 1°7 is | N 1-2|N 2\|N 2|N 1|NNE 1|/N 1-2|N 1-2} NNE 2|NNE 3/N 3-4] N 3-4|N 4-5 271 | 19 |N 2-3|N 3\N 3-4|N 1-3|N 12|N 2-41 N 24/NNE 24/N 1-2/N 1-3| NNE 1/NE 2) 24 B) 20 |N 12;/NNW 1/NW 1|NW 2| NW 1]}WNW 1/W 1|SW 2|SW 2|SW 2|SW 2-3 | SW 2-3] 12 | 21 Isw 3-4 | SW 3-4| SW 3-5 | SSW 4|WSW 3-4|SW 4-5|SW 3-5 | SW 3-4|SW 3|/ SW 1-3) WSW 1-2)WSW 1-2) 31 22 IN 2-3| W 1|)NE 0-1| N 0-2|N 1-2|N 1-3|N 1-3|NNE 02|N 2|NNE 2\N 2-3|N 3-5] 1:8 23° |/Var. 0-1|WNW_ 1}|Calm, 0|}W 1-2|SW 1-2|SW 1-2| SW 2) SW 1-2)}SW 1-3 | SW 2-3|SW 2|SW Bl! ley 24 |NNE 23/N 21N 2-3/E 0-2)ENE 1-2)}/ENE 1-3/ENE 1-2/5 1|NE 2|NE 1-2|)N 2-3| NE 1-2) 19 25 |WSW 1-2}WNW 2|/WNW 2|NW_ 0-2/1 W 1-3} Var. 0-2|}WSW 0-1] W 1) W 0-1) N 1|N 1|/N 12] 1:2 26 |SW 1|W 0-1 | Calm, O|N 0-1) N 0-1|/N 1/N 0-1) N 0-1/N 1|N 1-2|N 1|N 1} 08 27 |SSW = 2-3|SW 2|s 3-4/8 4/8 4-5| SSW 41SW 4|W 2-3) W 2) NW 2|N 2|N 1-3] 1°9 28 |NNW 12/NW 0-1/NW 0-1/W 1]NW 12/W 0-2| W 0-1/N 1|N 1-2) N 1-2|N 2-3| NNE 2| 1:3 29 | Var. 0-1|N 0-2|N 1-2|N 1-2} NNE 1|N 1-2|N 1-2|N 1-2|N 1-2,N 1-2)|ENE 0-1|NNE 2 12 30 | NW 1| NW 12;WNW 1/NW~ 0-1/W 1|/W 0-1| W 1) WSW 1/SW 1-2;}SW 1-2)SSW 2|SSW Die Le 31 |SSW 23/SW 2|SW 2)/SwW 2-3 | SW 2-3| SSW 3/SSW 23|/SW 2-3| SW 2-3| SW 2-3| SW 2|SW 2-3} 2°5 MEANS 2°02 1:98 2°10 1:98 1:92 2°06 1:90 2°21 2:31 213 2°05 2°32) 2°12 188 Direction AND Force or Winpd (0-12). JANUARY 1887. ee | 1 | 2 8 4 5 6 a | 8 | 9 10 11 12 Dir’n. Force.! Dir'n. Force. Dir'n Force. Dir'n. Force.) Dir'n. Force.| Div’n. Force.| Dir’n. Force.) Dir’n. Force.| Dir'’n. Force.) Dir'n. Force. Dir’n. Force.| Dir'n. Force. 1 {SW 38|SW 3, SW 2-3 | SW 2-8)|SSW 2-3|SSW 8/SW 2-3| SW 2-3 | SSW 3|SW 8\/SSW 2-3/SSW. 2383 2 |SW 2-3 | SW 2-3;SSW 2-3|/SW 3)SW 2|SW 2|SW 23)/SSW. 23/SSW 2-3|)SW 2-3|/SSW 2-3/8 2-3 38 |SW 2-5 | SW 2-4) SW 24;);WSW 34/)WSW 24/SW 8-4|SSW 3-5|/SSW_ 3-5/5 3-6/5 5-7/5 6|S 6-9 4 |N 2\|N 2-3| NNE 2|NNE 2-3|NE 1-2|N 2|N 2|NE 0-2|NNE 1-2|NNE 0-1|N 0-1;/WNW 0-1 5 |SE 7-8|SSE 6-8 | SE 6| SSE 5|SE 4|SE 4|/SE 3/SE 1|S8 0-1/5 1|/SSE 1|S 1 6 |SSE 0-1/ SSE 0| SSE 0-1/8 0-1| SE 1-2| ESE 1| ENE 0| ESE 1\E 1\E 1-2| ESE 1|NE 1 7 |NE 24\/N 2-3|N 1-3)/NNE 24/N 3-4) N 24/N 24)/ENE 2-3/E 24/5 2-4/E 1-3|ENE 1-2 8 |NE 24/NNE 24/NNE 23/NNE 24/NNE 1-3|NNE 1-2|N 12;);NNE 1-3|NE 1-2|NE 1-2|NNE 0-1! Calm, 0 9 | ESE 2|SE 2|ESE 2) ESE 2/E 1\E 2| ESE 1| ESE 2\E 2|\E 2\E 2-3\/ESE 2-3 10 |SE 2-3|SE 2-3 | SSE 2-3 | SSE 2-3 | SSE 2|S 2-3/5 2-3/5S 2|8 2-3/8 2-3 |S 2-3|S 2-3 ll |SSE 8-9|S 9-10 | SSE 10| SSE 10|SE 9-10 | SE 10|SSE 9-10|SSE 8-9 |S 8|Ss 7|\SSW 6-7|WNW 1-3 12 | WNW 2-3) W 2-3;WNW 24/}/WNW 0-2|W 1|N 1-2} W 1-2} W 1-2)|WNW 1-2|W 1-2}WNW 1-2! Var. 0-1 13 |SW 3-5|SSW 3-5/SSW 3-5)/SW 24|SSW 3-4;WSW 24/|SW 2-4|SW 2-4) WSW 3)WSW 2-4) WSW 2-5|W 14 14 | NE 1|N 1-2|N 1-2} NNE 1;/ENE 0-1/NNW 0-2/N 1-2)|NNE 12/|N 1-2|N 1-2|N 0-2|N 0-1 15 |W 3]/WSW 2-3;}WSW 2-3) W 2-3 | W 1} W 0-1/SSW 0-1/8 0-1/5 1|SSE 1-2|S 2|SE 2 16 |SE 6/SE 5|SE 4-5|SE 4-5 | ESE 5| ESE 3-4| SE 4|E 4-5| ESE 4\E 3-4|SE 4-5 |SE 4 17 |SE 4/SE 5|SE 4-5|/SE 4-5 | ESE 4|SE 5|SSE 6-7 | SSE 7|SE 8| SSE 9|SSE 10 | SSE 10 18 |NW 1-2; NW 1-3| NW 1-3 | NW 0-2] NW 1-2| NW 0-2|}Var. O0-1|/NNW 0-1|/NW 0-1 | NW 0-1 | Var. 0-2;WNW 0-2 19 |SW 4-6|SW 3-6|WSW 45) WSW 3-5|WSW 46|WSW_ 5-7|SW 5-7|WSW 5-7|}WSW 4-7) W 2-4|N 0-1 | Var. 0-1 20 |NE 24;|NNE 2-4|;NNE 24/N 1-2|N 2-3] Var. 0-1| NE 13/ENE 12|N 0-2|N 1-2|N 0-1 | NW 0-2 21 | WNW 1-3) NW 2-4| W 3-4) WNW 2-4|WNW 2-3| NW 1-3}WNW 2-3} WNW 1-2|NW 1-2| NW 1-3|NNW 1-3| NW 1-3 22 |WNW 3-4/)W 2-4) W 2-4) WNW 3-4| W 1-3|}WNW 1-2}|NW 1=2 | Var. 1-2/N 0-1|N 0-1|NNW 0-2)NNW 0-2 23 | WNW 1-2) W 1-2) W 1-2 | NW 1-2) W 1-2} WSW 1-2) WSW 2|SW 1-2|SW 1-2|/SSW 12/SSW 1-2/SW 1-2 24 |SW 2-3|SW 3) SW 34 /SSW 2-4|S 2\S8 2-3/8 218 2-3 | SSE 2|SE 2|SSE 3 iS 3 25 |SW 24 |SW 24/SW 2-5 | SW 2-5|SW 2-5 | SW 3-4 |SW 2-5|SSW 24/SSW 3-5|/SW 3-5 | SW 2-5 | SW 4-6 26 |SW 4-8| SW 48|SW 6-10)SW 6-9 | SW 4-7|SW 3-7 | SW 38-6} WSW 45|SSW 3-5|/SW 3-£ | SW 3-4|SW 344 27 |SW 1-3) SW - 3) SW 3-5 | SW 3-6 | SW 3-5 | SW 4-6|SSW 3-4|SSW 3-5|SW 2-5|/SSW 4-5|SSW 47|/SW 4-7 28 |SW 2-5|}WSW 3-5|WSW 2-4/SW 2-4) WSW 2-4) W 2-5|WSW 2-4) W 2-5 | W 2-4| NW 24|NW 2-3|WNW 2-4 29 | WNW 3-7|W 46)/ WNW 3-6| W 3-6 | W 3-4 | W 4-5 | W 46|W 2-5|WSW 3-5|W 3-5 | SW 4-5|SW 3-5 30 | WNW 3-5|W 2-5 | W 1-5 | W 2-4 | W 2-5 |SW 3-5|WSW 3-4) WSW 3-4);WSW 2-5|;SW 3-4) SW 2-5 |SW 3-5 31 | NW 0-i | NW 0-1 | WNW 1)/SW 1; WSW 1-2} WSW 2|SW 12/SSW 24/SSW 2-4/SW 3-5|/SSW 2-5|/SW 2-5 MEANS 3°25 3°32 3°32, 3°18 2°87 2°95 2°85 2°84 2°78 2°85 2°78 2°63 Direction anD Force or Winp (0-12). FEBRUARY 1887. 1 2 3 4 5 6 7 8 9 10 11 12 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 | WNW 1| Var. 1| Var. 1| NW 1|SSW 0-1} W 0-2 | W 0-2 | W 0-1 | W 0-2|N 0-2) WNW 0-2|NW 1-2 2 |SW 2-3/S 3/5 38-4|SSW 14/SSW _ 3-5/S 4-6/5 2-5/8 5-6|S 6-7 |S 8/s 6-7 |S 5-7 8 |} WSW 2-3/SW 3-4|SW 4-5|SW 4-7|SW 5-8 | W 2-6 | NW 3-7; WNW 1-3| NW 1-3|}WNW 2-3) W 2-3|WSW 1-3 4 |NW 2-3|WNW 1-3} WNW 2-3| WNW 2-4] W 14|W 1-3 | W 14|W 24) WNW 24|)WNW 2-4) W 24) W 2-3 5 |SW 34/}WSW 1-3} WNW 2) NW 1|NW LU, 0-1 | NW 0-1|}WNW 0-1| NW 1-2| W 1-3| WNW 1| Var. 0-1 6 |N 2-3/N 1-2)N 2|N N 0-1/5 0|SSE 0-1|SE 1|SSE 2-3 | SSE 1|SE 2-3 | SSE 3 7 |SSW 4|SSW 34/SSW 34|SSW 4\/SSW 3|/SW 2-3/5 2|8 2-3)/SSW 1-2/SW 1-2/8 1-2|S 1-2 8 |SSW 23/SSW) 2-3/8 2-3/5 2|8 2-3/SSW 2-3/SSW 23/SW 2-3 |SW 2-3|SSW 2-3|SSW 2-3/SW 3 9 ;8 4/8 4/)/SSW 4;SSW 2-3/8 2-3|S 2-3/8 2-3|SSW 23/SSW 23/5 23/SSW 23)SW 2-3 10 |SW 3\/SW 3|WSW 3|W 3|W 2-3 | W 2-3 | W 2-3 | NW 1-2|N 12|NNE 1-2/N 1-2|N 1 ll | ESE 2|SE 2|ESE 2\E 1/E 1|NE 0-1} NE 0-1/ENE 1-2/E 0-1| E 0-1|/E 1-2|NE 0 12 |NE 0-2|NNE 0-2|NE 1\/E 12/5 12/|E 12|\|ENE 1-2|)NE 0-1| E 12/N 0-1/E 1-2|NE 1-2 13 | NE 2|NE 2;|NNE 1-2|NNE 1-2|NNE 1|N 0-1|N 0-1} Var 0-1/N 1|N 0-1/N 0-1|N 0-1 14 |NNE 1-2/N 1-2|NE 1-2)|NNE 1-2|N 2-3|N 1-3|N 1-2|NNE 1-2|N 12|NE 0-2|NNE 0-2/E 0-1 15 |SSE 3|s 2-3 |S 3/8 2-3/8 2|8 1-2|S 2|8 2|SSE 2|SE 2)SSE 1-2/8 2 q 16 |S 2-3/8 2-3/8 2-3 Ss 17 |SW 2|WSW 2|SW 2 S) = 18 |W 2-3|W 12|NW 0-2 N a 19 |NE 18\/ENE 23|NNE 23 N | 20 |SSW 2)\SW 2-3 | SSW 3 PS) : ; a1 |var, i|Nw 12|N 12 Z 22 |SW 3\/SW 3-4|SW 2-3 ~ 23 |WNW 2-3| NW 2-3 | NW 1-3 a 2% |WSW 37|WSW 47|WSW 4-8 y 25 | NW 1-3 | NW 2-3 | W 1-2 id 2 |8 3/8 3-48 8 it 27 |SW 3-4|SW 3-5 | SW 3-6 * 23 |SW 3-5 |SW 2-4|SW 4 29 $ 30 i! 81 ; KANS 2°59 2°57 2°62 ‘ i es Direction AND Force or Winp (0-12). JANUARY 1887. 189 | 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. 1 |SSW 3) SW 2-3 | SW 3|SW 3) SSW 3\ SW 3) SW 3|/SW 3|SW 3-4| SSW 3| SW 2-3 | SW Za 258 2 |SwW 2|W 1-2|NNW 1-3| NNW 3| NW 0-1|;NNW 0-1|/ NNW 1) W 2) Ww 2-3|WSW 2-3|SW 3/WSW 2-3] 2:2 3 |SSE 7-8/5 7-9/8 6-8 | SW 6-7 | W 0-3 | NW 1-3|NNE 1-2|N 0-2| NNW 1-2|N 1-2|N 1|N 1-2} 3:8 4 |W 0-1); W 1/SW 2|SW 2;\SSW 2-3/SW 2-4|5 3-4 |SE 5|SE 6|SE 6| SSE 7-8|SSE 6| 26 56 |SSW 1-2/8 1-2/S 1-2|S 2|S 1-2|8 1-2/|S 12/8 1-2/S 1/Ss 1\8 0-1/S 0-1 2°4 6 |E 0-1| NNE 1/NNE 1-2|N 1|/NNE 1-2|NE 1-2| NE 12;/ENE 1-2|\NE 0-2 | NE 1-2) NNE 2|N 1-3} 11 7 |E 1-2|NE 1-2| NE 1-3| NE 0-2| NE 1-3)ENE 1-2/ENE 1-2|/ENE 1-2|/ENE 2) ENE 2|ENE 1-2|NNE 2-3| 2-2 8 |NE 0-2} Var. 0-1) E 1} Var, 0O-1|/NE 0|E 1|E 1-2| ESE 2|E 2\ESE 2-3/ESE 2) ESE 2) 16 9 |ESE 2-3/ESE 2|/SE 2|SE 2-3| SE 2-3 | ESE 2) ESE 2|SE 2-3|}SE 2-3|SE 2-3 | SE 2-3 | SE Sy 2a 10 | SSW 2|SW 2-3|SW 2|SW 3/8 3\S8 3|SSE 3|SE 3|/SE 4|SSE 5-6 | SSE 7-8 | SSE 8) 31 ll |W 1-3} WNW 0-2| NW 1-2} NNW 2| NW 1-3;WNW 0-1| W 0-2) W 2-3 | WV 2-3) W 2-4|WSW 2-3) WSW 2-4] 5:1 |) We 1-2} WSW 2-3|WSW 1-3| W 2|SSW 3) SW 1-3|SW 3-4|SW 3-4|SW 3-5 | SSW 3-5 | SW 3-6 | SW 4-6 2°4 13 |SW 3-4) W 2-3 | WSW 2|NW 1-2| NW 0-2 | NW 0-1) WNW 0-1/NW 12|N 2|N 1-2|N 1|N 0-2 2°4 144|N O|N 0-1| NW 0-1|WNW 1-2) W 1-2| W 1-2| W 2|W 3) W 3/W 2-3 | W 2-3 | W 2-3| 15 15 |SE 2-3 | SE 2-3|SE 3|SE 2-3 | ESE 3/SE 4-5| ESE 5| SE 4-5|SE 4-5|SE 5|SE 5|/SE 6| 2:8 16 |SE 3-4 | SE 3-4 | ESE 3|SE 3|)SE 3\8 3/SSE 2-3 |SE 3-4/|SE 3-4/SE 3-4 | SE 3/SE 4} 38 17 |SSE- 9-10|SSE 7-9|S 5-7|SSW 4-5|SW 4-5|SSW 3-5) WSW 2-4) W 1-3}WSW 2-3} WNW 2-3} WNW 2|NW 2-3| 54 1s |SW 1)SW 2-3/8 2-3|S 3/8 4|S 4-5|SSE 5-6|SE 6-7 | SSE 7|SSE 6-7|S 5-6 | SW 5| 2°8 19 |N 12\|N 1|NNE 2|NE 1-2|N 0-2 | N 1-3/NE 0-2) NE 0-2| NE 1-2| NE 1-3| NE 1-2| Var. 1 2°38 20 |N 0-1) N 1-2|N 1-2| NW 2|NW 2-3 | W 1-2} W 0-2| W 1-2| W 1-2) W 0-2 | W 1-2)}WNW 0-2 16 wm | N 1-3)WNW 1-2) WNW 2-4) NW 1-3 | NW 1-3 | NW 1-3| NW 1-3 | W 1-3)}WNW 2-4) W 2-4| W 2-4)WNW 2-4) 2°3 22 |N 0-2 | NW 0-1|NNW 0-1|N 1-2|N 1-2|NNW 0-1|N 0-2 | NNW 1| NW 1)}WNW 1-2|NW 0-2 | NW tes | 23 |SW 1-2/SW 1-2|}SW 1-2|SW 1-2|S 2|SW 1-2 | SW 1|SW 2|SSW 2|\SSW 2-3|SW 3|/SSW oy 7 24 |S 3|SW 2-3/SSW 45|SW 2-5)SSW 4-5/S 8-6|/SSW 3-6|SW 3-6 | SW 2-6 | SW 3-6 | SW 2-6 | SW 2-5} 3:3 25 |SW 4-5|SW 3-5 | SW 3-5|WSW 3-5|WSW 3-4| W 3-6 | SW 2-5|SW 3-5 | SW 4-6| SW 2-6;WSW 3-6|WSW 3-6] 3:9 | 26 |WSW 24)SW 3) WSW 2|SW 2-3| SW 2-3|SW 3/1SSW 2-3|SW 2|SW 2) SW 2|\SW 2-3 | SW 3} 38 27 (SSW 46!1SW 46/WSW 2-5|SW 4-5|SW 3-5| SW 3-5 | SW 4-6|SW 3-6 | SW 2-6| SW 3-6 |SW 4-6|SW 4-7| 4:3 | 23 |W 38-5|WSW 3-6|}SW 3-7 | SW 4-7 | SW 4-6|WSW 5-6|SW 4-6|WSW 46|/WSW 4-6|SW 4-7} WSW 4-7|W 3-5] 471 29 |SW 8-4) SW 3-5 |SW 38-5|WSW 3-4/SW 2-5|/WSW 3-4|WSW 2-5|WNW 38-4|WSW 3-5) WSW _ 38-5| W 2-5|WNW 2-5} 4:0 | 30 |W 2-5|WSW 2-4;}WSW 2-3|]W 2| NNW 1)/NNW 0-2} NW 0-1|N 1| NW 1| NNW 1;/NNW 0-1|N 0-1) 2°5 | 31 |SW 2-5|/SSW 3-5|SW 46|SSW 38-6|WSW 3-6|WSW 3-6) WSW 2-5| NW 2-3 | W 1-3| W 1-2| W 1-3} WNW 1-2] 2°7 Muans| 2°65 2°61 2°69, 2°68 2°50 247 2°45 2°73 2°94 3°02 3°02 3°08] 2°85 Direction and Force or Winp (0-12). FEBRUARY 1887. | 13 14 15 16 bys 18 19 20 21 22 23 Midnight. | Mean. Dir’n. Foree.| 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. oe LNW 1-2|N 1-2| NE 1-2|N 1} Var. 0-2;NNW 0-2}NNW 0-2) NNW 1) NW 1-2) WNW 1|Sw 1-2|}SW 23{ 11 iS) 5-7|S 6|S 5-6 | SW 3-4| W 1-3 | NW 1-2)}WNW 1-2) WNW 2|WNW 2-4); NW 1-3 | W 1-3|SW 2-3} 39 NW 1-3;|WNW 1-3|NW 1-2) NW 2-4)WNW 24|WSW 1-3) W 1-2} W 2;}/WNW 1|/WNW 1|NW 0-2} NW 1-2) 27 WwW 1-3) W 2-3|SW 2-3)WSW 1-3) W 2-3| WSW 2-3|}WSW 0-2|/SW 1|SSw 2/8 3/8 3-4|SSW 3-4] 2:5 iN 0-2| NW 1-2) W 1-4 | NW 1-3|NNW 2-4|N 1-3/N 2-3|NNE 2-4|NNE 2-4|NNE = 2-3/N 2-3) N 2-3} 1°8 SSE 3/8 2\8 3/8 5/S 3-4|S 4\S 4|S 3-4/5 4-5/S 4/8 4|S 4-5 27 ev 3-41SW 3)/SW 3|SSW 3)SSW 3|S 2-3 | SW 2-3|SW 3|/SW 3/SW 2-3/SSW 2-3|/SSW Bill Ars “ed 3/8 3-4/8 3-4/8 3-4/5 2-3 |S 2-3|S 2-3 | SSW 3|/SSW 3/SSW 3/ SSW 4|S 3] 2:8 SW 2-3|SSW _2-3/SSW 2-3|SSW 3)/SW 2|SW 2)\SSw 2|SW 2\|SW 2-3 | SW 2-3 | SW 3/SW 3] 27 Var 0-1|NNE 0-1/NNE 1|N 1) N 0-1| NE 0-1|NNE 0-2/N 1|/N 0-1|E 1} ESE 12) NE 0-1) 15 Var. O-1)/ENE 0-1/NE 0-1/ENE 1-2|}NE 1|/NE 1-2|\E 1-2|E 1\E 1|/NE 0-2] E 1-2|E 1-3} 11 E 1-2|E 1-2|E 2\E 1-2/E 1-2|E 0-1/E 0-1)NNE 0-1/E 1, NE 0-1| NE 1-2} NE 2-3] 1:2 N 0-1|N 1/N 1|Var. 0-1]NNE 0-1/ENE 1-2/NE 0-2) NNE 1|NE 1|NNE 1-2|NE 1-2} NE 1-2} 1-0 E 0-1| ESE 1| ESE 2|SE 1| ESE 2|SE 2|SE 2-3|SE 3/SE 3/SSE 3|8 2-3/8 2-3] 1°8 Ss 2|\SSE 2|SSE 215 2|S 2\8 1-2|8 2-358 2\|S8 3/58 3/5 2-3/5 3 2°2 SW 2-3 | SW 2-3 | SW 3) W 1|W 0-1| WSW 1) WSW 1) W 1} WSW 1) 5W 2) WSW 2) 21 2)SW 3)SW 2-3 | SW 2|SW 23)/SSW 2-3)SW 2)SW 3)WSW 2-3| W 2-3) W 3) 22 1-3| NE 1-3] ENE 2| NE 12\/ENE 12/ENE 12/ENE 1-2/NE 1-2) E 1-2| NNE 2|NE 0-2 by 2| W 2) W 2) WSW 2|WSW 2)SW 2)SW 2|SW 2-3 | SW 3-4| SW 8)SW 2-3) 1°8 1|W 0-2 | NW 0-2 | Var, 0-2 | NW 1-2} NW 1-2|N 12\)N 1-2|N 1-2| NW 0-2| N ab 18 1|NW 1-2|}WNW 1-2} WNW 1-2} WSW_ 1-2} W 1-2) WSW 2\SW 3) WSW 2-3|SW 2-3| SW 2-3) 16 3-5|WSW 2-6|W 241 W 24|WSW 2-3|SW 24|W 2-4) W 14|W 2-4)WNW 1-4)WNW 2-4] 30 2-5 | SW 2-5|SW 3-7| SW 3-5|SW 4-6 | SW 3-6 |SW 2-5|WSW 3-6|WSW 3-6|WSW 47|SW 4-7} 3:5 3-6|SW 2-4|SW 3-4] W 1-3|WSW 1-2|W 2|W 2|WNW 1-2} NW 1-3} NW 1-3| NW 1-3] 31 1|)/NNE 2-3|NNE 3/N 1|N 1-2|N 1) WSW 2|NW 1-2| SSW 2/8 2-3/5 2-3 19 3-5 | SW 4-5|SW 4-6|WSW 4-5|SW 4-6 | SW 5|SW 3-6|SSW 2-5|/SW 2-5| SW 46/SSW 26] 4:5 3-5 | SW 3-4|SSW 4-6] W 3-5 |SW 2-5 |S W 3-4|}SW 3-6 SW 2-5) WSW 3-5] WSW 5|SW 3-5] 3:8 3-5 | SW 4-5/5 4-5/5 3{s 2-3 | SW 2-3| SSW 3 SSW 3) SW 4|WSW 3-5|/WSW 2-3 34 2°38 2°55 2°66 2°16 2°09 211 2°20 2°34 2°39 2°66 2°62] 2°35 190 Direction AND Force or Winp (0-12). MARCH 1887. 1 2 3 4 5 6 7 | 8 | 9 | 10 11 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 3-4 | WSW 4|NNW 2-3} WNW 3-4) WNW 1-2|NNW 1-2/NNW 1-3|N 1-2|N 1-2) NW 1-2} NW 1-2 2 |NW 3| NNW 2|NW 2-3| NNW 2\N 1-2| NW 1-2 | NW 1-2)|NNW 1-2)}NW 2)|WNW 2\|W 2 8 |W 2-3| WNW 2)|NW 2|WNW 1-2) Var. 0-1| WNW 2|NW 0-1/N 1| NW 1-2)WNW 1-2)|WNW 2 4 |W 3|W 3) W 3;}WNW 3\|W 2|} WNW 2-3) W 2}WNW 2|W 2) NW 1) W i 5 |W 3) W 23;}WNW 38/WNW~ 3/W 2)W 2|W 2|W 1-2| W 1-2|}Sw 1|/Sw 1-2 6 |SW 1|/SW 2)}SW 1-2| W 2|W 2|}WNW 2| WNW 2\|N 1-2|N 1-2| NW 0-1|NNW 1-2 7 |SE 1| Calm, 0} Calm, 0| Calm, 0| ESE 0} Calm, 0| ESE 0-1} ESE 1|SE 1|/SE 1-2} SE 1-2 8 |SE 3| SSE 2-3/5 2-3/8 2\S 1-2/S 21S 2|s 2-3 | SSE 2/8 23S 2-3 9 |NE 1-2)}ENE 1-2)ENE 1-2/E 1-2|NNE 1-2|N- 1-2|N 1-2} NE 1-2/ENE 1-2/2 1-2:'N 0-2 10 |SE 1| ESE 1|/SE 1/SE 1-2| SE 2|SE 2|ESE 2) ESE 2-3 | ESE 2-3| ESE 2-3) SE 2-3 ll |SE 3-4 | ESE 4) ESE 3/5 2-3/5 2-2;/ENE 0-2|)NE 1-2| ESE 0-1| NE 0-1|/N 1-3] NE 1-3 12 |N 2-4|N 8-5 | N 3-5|N 24|N 2-4|N 24|NE 14|N 2-3| N 2-3|N 2|N 1-2 13 | NE 1-3|E 1|S O|N 0-2} Var, 0-1| NE 1-2| NE 0-2| NE 0-2} NE 1-2|N 1-2|N 0-2 14 |NNE 2-3)NNE 1-2|N 1-2|N 1-2|N 0-1| N 0-1) N 0-1|NNE 1-2|N 1-2|N 1-3|N 1-3 15 |E 2-4| NE 2-3] E 1-3) E 1-3|NE 1-2|NNE 1-3|NE 1-3| NE 1-3|N 2-3|N 2-4) NNE 1-3 16 | NW 0-1) NNE 1| ENE 1|NE O|N 0|NE O|N 0-1|/N 0-1)N 0; E 0|SSE 0 17 |NW 0-1 | Calm, O|N 0-2} WNW 1-2}WNW 2|WNW 2-3/WNW 1-2| NW 2|NW 1} NNW 1) WINWe set 18 |NE 1|NNE 0-1|/ENE 1| NE 1|E 1-2| NE 0-2| NE 1|N 1|NNE 1-2\)E 1|NE 0-2 19 |W 0-1|N 0-1} WNW 1| NW 1|W 0} Calm, 0} Calm, 0} Calm, 0} Calm, 0) SSW 0|S 0 20 |SE 1-2|SE 1-2|SE 1-2|SE 1-2|SE 2-3|SE 2-3/SE 2| ESE 2| ESE 1\/E 1\/E 2 21 |SE 1-2|SE 1-2| ESE 2|SE 1-2/SE 2|SE 1-2|SE 2|SE 2|SE 2-3| ESE 2-3! SE 2-3 22 |SE 5| ESE 4-5| ESE 5| ESE 5| ESE 4| ESE 3-4|ESE 3-4/SE 3| ESE 3|SE 3-4] SE 3 23 +|S 38-4 | SSW 2|SSW 3/8 2-3/8 2-3/8 2)SW 1-2|SW DAW: 1-3} SW 2-3| SW 1-2 24 |WNW 2|NNW 24|NW 2-3| NW 2-3/WNW 1-3|WNW 2-3} NW 2-3| W 1-3 | NW 1-2| W 1-3); WSW 2-3 25 IN 1-2}WNW 1-2} WNW 1-2|N 1|/N 0-2| NE 2-3|NNE 1-3|NE 2-3|/NE 1-3| N 1-3} NE 2-4 26 |NE 23|/NNE 2-3)/NE 2-3| NE 1-3) N 1-2|N 12)/NNW , 1|N 0-1| NW 0|W 1) Sw 1 27 |SW 45|SW 46|WSW 3-4|W 1-3| Var. 0-2|NW 0-2) Var. 0-2|W 1-3 | NW 1-3| N 1-3)|NNE 1-3 28 |NE 2-4| NE 24/NE 3-4/ENE 2-5|ENE 23|/ENE 24/ENE 24/N 2-3|NNE 2-3}NNE 2-3|/N 2-3 29 | Calm, 0| Var. 0-1) Var. 0-1] Var. 0-1|ENE 1-2/N 1-2|N 0-1] NE 0-1| NE 0-1| N 0-1)/ENE 0-1 30 | NW 1-3|NNW 2-3| NNW 3\N 3) N 2-3|N 2-3|N 2| NNW 2)}NNW 1-2| NNW 1) NW 1-2 31 | NE 1|NNE_ 1-2] Var. 0-2| NE 1-3 | Var. 1-2} NW 1-2|/NE 1-2);ENE 1-3|N 1-3| NE 1-2} NE 1-3 Means 2-16 2-08 2°05 1°95 1°63 1°74 1°58 1°63 1:56 1°61 1°66 Direction anD Force or Winp (0-12). APRIL 1887. 1 2 3 4 5 6 i 8 9 10 il Dir'n. Force.) Dir'n. Force.| Dir’n. Foree.| Dir’n, Force.| Dir’n. Force.| Dir’n. Force.| Div’n. Force.| Dir’n, Foree.| Dir’n. Force.| Dir'n. Force.| Dir’n. Force. 1 |N 3-5 | N 2-5|NE 3-8/NNE 3-7|NE 2-5 | N 2-4|N 2-4|NNE 1-3}/NNE 1-3|N 1-2|N 1-3 2 |ENE 3-5|NNE 3-5|NE 3-6 | NE 3-7 | NE 2-4|ENE 24/NE 2-3| NE 2-3|NNE 2-3/ENE 2-3/NE 2-3 3 |NNE 23/NNE 3-4|NNE 1-3/NNE 24/NE 1-3| NE 0-2) Var. 0-1|)N 1-2)WNW 1-2|N 0-2 | NE 0-1 4 |W 2-3 | W 3-4 | W 3| WSW 4|WNW 0-2/}NNE 0-2|N 0-2| NE 0-2| NE 1-2|NE 1-2;ENE 1-2 6 |N 2|N 0-2|N 1-2|N 1-2/}Var. 0-2/S 1-2|N 3-5 | N 3-6| N 4-6|N 46/N 46 6 |N 3-4|NNE 24|/NNE 2-3/NNE 1-3|N 1-3}NNE 2-3|NNE 2-3|}NNE 2-3|NE 1-3] NE 0-2 | NE 1-3 7 |SE 2|SE 2-3 | SE 2| ESE 2\E 0-2/ E 1| ESE 2) ESE 2-3 | E 2-3] E 2-3 | E 2-3 8 |SE 1} Calm, 0| Calm, O|N 0} Calm, 0) W o| NW 1) NW 1|N 1-2|N 1/N 0-1 9 |N O|N 1| Calm, 0| Calm, 0 | Calm, O|NNW 0-1|N 1|NW 0-1|N 0-1|NNE 0-1/E 1 10 |SE 3|SE 3-4| SE 3-4/ SE 3|SE 2-8/SE 2-3 | SE 2-3|SE 3|SE 3|SE 3|SE 3 11 |SSE 8-4/8 3-4/8 31S 3/8 2|s 2-3|S 2/8 1-2/8 218 2-3/5 2 12 |W 0-1| WSW 1;}WNW 1/WNW 1|N 0-1/N 0-1} Var. O|N 0-1|N 0-1} Calm, 0O|N 0-1 13 | Var. O|N 1-2|N 2\N 1-2|N 1-3|N 1-3) N 1-3|NNW 1-3|}NNE 2-3)N 2-4|N 2-4 14 |N 3-5|NNE 3-5|NE 38-5|NNE 3-5|NE 1-3| NE 0-2) Var. 0-2|/NE 1-2 | Calm, 0O|NNE 0-1/Var. 0-1 15 |N 2|NNE 1-2)NNE 1-2/NNE 1-3|NE 1-2;|ENE 1-3/ENE 2-3/E 1-2/ENE 1-2/E 12/ENE 0-1 16 |S 1\/Ss 1/SSW 1-3/SW 1-2|SSW 1-2/8 218 2|8 2|SW 1-2|SW 1-2 |SSW 2 17 | SSW 3|/SW 8|SSW 2-3|/SW 3|SW 3|SW 3) Sw B/S 3/S 3/S. 3\S8 3 18 |W 3-4) NW 3) NW 3-4 | NW 3| NW 1-2} NW 2) NW 2-3| WNW 2-3| W 2-3| NW 1-2 | NW 0-2 19 |NNW 1|NW 1-3 | NW 1-2} NW 1-2 | NW 1-2 | NW 1-2| W 0-2| W 1-2} WNW 1-2/}W 0-2|WNW 1-2 20 |NW 1-2|N 0-2|N 2|N 1}/NW 1-2)NW 1-2/Var. 0-2/Var. 0-1/NW 1|N o-2|NW 0-1 21 |SE 8|SE 8|SE 3-4 SE 4| ESE 3-4| SE 3|SE 8-4| SE 3-4| SE 3| ESE 3-4|SE 3 22 |SW 2)}WSW 2-3|W 21W 2|WSW 1-2|)SW 2) SW 1) WSW 1)WSW 1-2|SW 2|SW 2 23 SSE 2|SSE 1-2| SSE 2-3 | SSE 2|8 1-2/S 1-2/8 1-2|SSE 1-2/8 2|SSE 2|SSE 2 24 WNW 1-2} WNW 1|W 0-2| W 1-2|SW 2|W 2) Calm, 0|NW 1-2| Var. 1-2|}Var. 1-2)}NNE 1-2 25 | WSW 3\SW 2-3);WSW 2-3) W 2} WSW 1-3|W 1-3;WSW 2-3|WNW 1-2) W 1-3| W 2-3 | NW 1-2 26 |W 1-2|}SW 1-2|SW 2|\SwW 1-2|SE 2| ESE 1-2/ESE 1-2|ESE 2) ESE 2\E 1-2/E 0-1 Ww 1} WNW 1|W 0-1)}NNW 0-1|N 1|N 1|N 1-2|N 1-2|N 2|ENE 0-2/N 0-2 28 |N 1-2| NNE 2|N 1-2|N 1|N 1|N 1|N 0-1} Calm, 0| Calm, 0} Calm, 0|SE 0-1 = E 1| NE 0-1/E 1| NE 1) NE 0-2|NNE 1-2/NE 1-2)|NNE 1-2/NE 1-2] E 1-2|NE 0-2 30 |E 0-1| NE 0-1|N 0-1|N O|N 1|N 1| NE 1-2|N 1| Calm, 0} Calm, O|E 0 81 MgANs 205 2710 2°13 2°08 1°65 12 Dir'n, Force. NW 1-2 WwW 2 WwW 2 WwW 1 SW 1 NW 1 SE 2 Ss 2 N 0-1 SE 2-3 NNE 1 N 1-2 N 0-2 N 1-2 NNE 1-3 SW 0-1 NW 0-1 N i s 0-1 E 1-2 IESE 2-3 SE 2-2 WSW 1-2 SW 1-3 NE 2-4 SW 1 N 1-3 N 2-3 NE 0-1 NW 2 NE 1-3 158 12 Dir’n. Force. NNE 1-2 NE 2-4 Var 0-2 E 0-2 N 2-6 NNE 12 E 1-2 N 2 E 1-2 SE 3-4 SSE 2 Var. 0-1 N 2-3 Var. 0-1 N 0-2 SW 2 8 Bi WNW 1-2 NW 0-2 NW 0-1 SE 3) WSW 1-3 SSW 1-2 E 0-2 WNW 1-2 rE 1| Calm, 0 SE Oo} Calm, 0] Ww (i qf j Tmection AND Force or Winp (0-12). MARCH 1887. 191 13 14 15 16 aif? 18 19 20 21 22 23 Midnight. | Mean. = | —_— Din’n. Foree.! 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. Foree.| Dir’n. Force.| Dir’n. Force. 1 |WNW 1-2}; NW 0-2 | NW 1|W 2-3 | W 3|W 1-2] W 1-2} WSW 2|SWw 2-3 |SW 2-3 | W 2-3} WNW 2-3 21 Bw 2)SW 2) W 2|W 2|W 1-2|} WNW 2/NW 12|NW 1-2|NW 2|NW 2-3 | SW 3-4] W 3] 2°70 3 |W 2)}SW 3) W 3|W 2-3) W 1-2| W 2-3) W 2;}WNW 2-3} WNW 3|W 2-3 | W 3|W 3 21 4 |W 1} WSW 2|W 2;|WNW 1|W 1|;W 2|W 2) Ww 2-3 | W 2-3|WNW 2-3) W 2-3 | W 2-3 2°0 my 66 SSW 1-2/SW 2-3 | SW 2-3| SW 2\SW 1-2 | WSW 1|WSW 1)/S5w 2|SW 1-2|SW 1-2|SW 1-2|}SW 1-2} 1:8 6 | NNW 1) NW 1) NNW 1|N 0-1|N 0-1|NW 0-1] Calm, 0O|N 0-1/5 0-1/5 0|SE 0/SE 1} 10 g 7 |SE 2/Si 1-2|SE 2|SE 2-3) SE 2|SSE 2-3|SE 1-2|SE 2)SE 2|SE 2|SSE 2|SE 2-3) 1°4 3 8 |S 1-2|}SSW 1-2|SSW 1|W 1|W 1|/SW 0|W 1} WNW 0-1} Calm, 0/NE 0-1|/NNE 0-1/N 1-2 15 i 9 |N 0-1|/N 0-1|N 0|E O|N 0-1 | NW 0-1) NW 0-1| Calm, 0| Calm, 0|W 0;S 0|SE 0-1} 0°38 . 2-3 | SE 2-3|SE 2-3 | SE 2-3 | ESE 3| ESE 3) ESE 3/SE 2-3|/SE 3|SE 3-4|SE 3-4/SE 4| 2:4 1-3/N 2-3|N 24/N 2-3|N 2-4)N 3-4|N 3-4|N 3|N FN 2-4| NE 3-4) N 3-5 26 0-2) SSW 0-1/5 1-2/E 0-1|N 0-1) NE 0-2|N 1-2|N 1-3|N 2-3) N 1-3|NNE 1-2|)NE 1-2 2°0 1-2|NE 1-2/N 1-3|N 1-3;NNE 1-2);N 1-2|}NNE 1-3!NE 2-3) N 2-3|N 2-3|NNE 1-3|NE 1-2 al) 1-2/N 1-3/Var. 0-2/Var. 0-2|N 1-2|N 0-2|N 1-3| NE 2-3) NE 2-3; NE 2-3|NE 24/ENE 1-3] 16 24|NE 2-3) N 24/NNE 2-5|NNE 24|N 24)N 0-2;|NNE 2-3)N 2-4|/N 0-2) N 0-1/ Var. 0-1 VP) 0-1 | W 0-1|SW 0-1 | W 1;/W 0-1| NW 0-1|NNW 1-2|N 12|N 2|N 0-1/N 1;/NNW 1-2] 06 0-1) N 1|N 0-1|N 0-1| N 0-1|N 0-1| NE 0-1)|ENE 0-1|/N 0-1) E 1|NE O|N 0-1 0-9 1|NNE 1|N 1-2|N 0-1|N 0-1) N O|N 0| Calm, O|N 0-1|N 0-1|/N 0-1| N 0 0°8 0-1| SSE 0-1/5 0-1| SSE 1) SSE 0-1/SE 1)SE 1/SE 1/SE 2|SE 2|SE 1|SE 1-2} 07 1-2/5 1/E 1|E 1| ESE 1)/ESE 1-2/ESE 2| ESE 2|SE 1| ESE 2|}ESE 1-2/ESE 1-2] 16 2-3/8 3|SE 2-3|SE 2-3/SE 2|ESE 23/ESE 3-4|SE 3/SE 3-4|SE 4|SE 4|/SE 4-5] 2°6 2-3|SW 3,;WSW 2-3|NW 1-2} WNW 1-2/SW 2)WSW 1-2)}WSW 24/SW 3-4|SW 3|SW 3-4| SW Bile or2 1-2 | W 1-2) WSW 2) W 3/WSW 1-2)WSW 1-3| NW 1-3 | NW 3| NW 3|/ WNW 2-3| NW 1-3| NW 1-3| 2:2 2-3 | WSW 2;/WSW 1-2/SW 2| WSW 2|WNW 1-2/NNW 1-2|N 1-3| NNE 2)}NNE 2-3!NE 1-2|NNE Te 32:0) 24;ENE 2-3/ENE 2-3/ENE 1-3|/NE 2-4) NE 24|NNE 1-3|ENE 1-3|ENE 34/NNE 2-3/NE 2-4) NE 3-5|. 274 2)SW 2-3 | SSW 3/8 2-3/8 2-3/8 2-3|SSW 2-3|}SW 3|SW 3-4| SW 4|}SW 4|WSW 45] 2:2 1-2|E 1-3/ENE 1-3|NE 1-4|NE 24/ENE 1-3/2 24/NE 24/ENE 24|NE 14/ENE 25/NE 2-4) 2:5 1-2|NE 2|/NNE 2}ENE 1-2/NNE 1-2|)W 0-1 | Var. 0-1|N 1) N 1|N 0-1) N 1] Var. 0-1} 2°0 0-1} Calm, 0; Calm, 0; NW 0} Calm, 0} Calm, 0| Calm, 0|W 0-1|WNW 1-2) WNW 2-3] NW 2-3)}NW 2-3) 0°7 WNW 2|NW 2|N 1-2| NW 1-2}WNW 1-2) NW 1|NW 1-2| NNW 1-2;NNW 1-2|N 1/N 0-2 | NW 0-2 18 2-5) NE 2-4;ENE 3-6/ENE 3-6|/ENE 3-7|/NE 2-5|N 1-3| NE 46\/ENE 38-5/NE 3-4| ENE 3/ENE 3-5} 2°7 1°65 174 179 1°73 1°66 1°60 1°58 1°95 2°15 2°03 2°02 2°15] 1°80 Direction AND Force or Winp (0-12). APRIL 1887. 13 14 15 16 17 18 19 20 21 22 23 Midnight. | Mean. Dir'n. Force.} Dir'n. Force.| Din. 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. | 1 |NNE 1-2/NNE 1-3}NNW 2-3/N 3-5|N 2-4|N 2-4|N 24)N 24/N 3-5|NNE 24|/NNE 3-4|NE 3-4} 3:0 2 2-4|)N 24|/NE 24|N 24|NNE 24|NNE 24/NNE 24/NE 24/ENE 1-3|NNE 23/N 24/ENE 28] 3°0 8 0-2|NNW 1-2/N 1-2| NW 1-3/Var. 0-1)N 1-2)}WNW 0-2;NW- 0-1|NW 1-2| NW 2-3| NW 1-3| NW 2-3| 1°6 ) 4 1-2|E 1-3/5 1-2/5 0-2 | Var. 0-2|N 0-2| W 0|NE 1-2|N 2|N 1-2|N 1-2\|N 1 16 6 2-5|N 1-3|N 1-3|N 1-4 | NE 2-4, N 1-3|N 3-5|NNE 49|N 47|N 3-7| NE 2-4|N 3-6 3°3 6 0-2| NNE 1j/N 1|NE 0-1|E 1| ENE 1|E 1| ESE 1-2| ESE 3|/SE 2-3|SE 2-3 |SE 3 19 i 1-2] ESE 2) ESE 2)\5 1-2/E 0-1/5 0-1 | Calm, 0|E 0) ESE 1|SE 1-2/SE 0-1 | Calm, OW) tkS 8 0| Calm, 0O|N 0-1|/N 1/NNE 12/|N 1) NE 0-1|/N 1-2|NNE 0-1/NNE 1)/NNE O-1/N 0-1) 07 9 1-2)SE 2|SE 1-2; SSE 1-2/SE 1-2) ESE 1/ESE 12/SE 12|/ESE 12/ESE 2|SE 2-3 | SE 3 Le 0 3-4 |SE 3-4| SE 3|SE 3/SE 3|SE 2-3)SE 2-3|SE 3|SE 3 | SSE 3|/SSE 3/SSE 2-3} 3°0 1-2/8 1/S 1/S 0-1} SSE 1/8 1|Ss 0-1/5 0-1|S SW 0-1|SW 0-1| SW 1} 16 O;/NNW 0-1|N 0-1|N 0-2|N 0-2) Var. O-1/N o|N 1)/NNW 0-1|N 1|N 0-1|N 0-1} 06 2-3/N 3/N 24)N 24)N 1-3|N 1-3|N 24|/NE 24|)NE 3-4|NNE 2-4|N 1-3| NE 2-4 2°4 O-1;/NW O-1;WNW 1/N 0-1| NW 0-1| NW 0| NW 1|/N 1) NNW 1|/N 1|N 1|/N 1-2) 1-4 0-1) N 0-1} NNE 1| Var. 0-1 | Calm, 0| Calm, 0| Calm, 0O|E 0-1 | Calm, 0| SSE 0-1/S 1\S 1} 1:0 2\SW 2|SSW 12/SW 2)}SSW 2-3)SSW 23/SSW 2-3|SW 2|/SW 3)/SW 2-3|SW 3|SSW 3] 2-0 2-3|SW 8} WSW 3/SW 3-4 | SW 3-4 |SW 3) SW 3-4|SW 3|/SW 2-3|SW 4|WSW 3-4) W 3)) 31 2|W 3| NW 2-3) W 3); WNW 2-3) W 1-2} W 2-3| W 3| NW 2-3|WNW 2-3|NW 2-3| NW 1-2 2°4 1-2| NW 2)NNW 1-3|NW 1-2)}WNW 12|}WSW 1-2|/NW 1-2| NW 1-2| NW 1-3) NW 1-2|N 2-3|NNW 1-3] 1°6 0-1) N 1|N 2) NNE 2|N 1-2/N 1) WNW 1)SSW 1) SSW 1|s 1-2|SE 2|/SE 3) 1:3 3|SSE 3|/SSE 3/S 3|8 3/S 3|SSW 2-3) W 0-2| SSW 2;\SwW 2|SW 21SwW 2 29 2-3 |SW 2|)Sw 2-3|SW 2|SW 1-2|SW 1-2)SSW 1-2|)SW 2) SSW 2|S8 1-2/8 1-2/|SSE 1} 1°'8 1|/SE 1-2|SE 1/SE 2|\SE 12;/SSW 0-1|ESE 0|ESE 0-1/W 1-2|W 1|} WNW 0O-1|WNW 1] 1° 0-1/Var. 0-2};NW 0-2/W 0-2 | NW 1-3|WNW 2)W 1-2| NW 1-3 | W 2-3|SW 3) SW 3\s 2-3| 1°6 2-3| W 2) W 1-2) W 1-2|W 1-3 | W 2-3| W 1-2| W 2) NW 2|NW 1-3|WSW 2-3/SW 2) 27 1| Var. 0-1) N 1|N 0-1/N 0-1 | W 0-2 | NW 0-1| W 1) NW 0-1| W 0-1 | NW 1|W 1 11 0-1) WNW 1)Sw 1-3| Var. 1|/W 1-2 | W 1-2| NW 1-2;);NNW 1-2)/NNW 1-3/N 1-3|N 1-2|N 1 1:2 0-1 | SE 1/SE 0| Calm, 0 | Calm, 0; N 0|NE 0-1] NNE 1) NE 0-1;/NNE 0-1|N 0-1/ENE 0-1] 06 O-1/ENE 1-2|NE 1|/N 1-2| NE 1;/NNE 1-2|N 0-2|N 1/ENE 1-2|NE 1-2/E 0-2/5 Be 0|s 0| Calm, 0| Calm, 0|SSE 0| Calm, 0; W 0-1|N 0;) WNW 0-1| NW AVY 1) W 1} 0-4 1:45 1°63 163 1°67 1:57 1:43 1143 1:68 1:83 1°92 1:83 1:85] 1°74 TRANS. ROY. SOC. EDIN. VOL. XXXIV. 2G 192 Direction AND Force or Wiyp (0-12). MAY 1887. } = | 1 2 3 4 5 6 7 8 9 10 1L 12 Dir'n. Force.! Dir'n. Force.| Dir’n. Force.| Div’n. Foree.| Dir’n, Force.) Dir'n. Force.! Dir’n, Force.| Div'n, Force.| Dir’n, Force. Dir’, Force.| Dir’n. Force.| Dir’n. Force.! 1 |NW 1-2| NW 1-2) NW 1-2); WNW 1-2}NNW 1-2|NNW _ 0-2| Var. 0| NW 1\W 2\W 2) W 1-2| W u 2 \s 1|)SW 1\SSW 1/8 1-2|8 2) SSW 2|SSW 2|SSW 2|/SSW 2 SSW 2|S 1/S 1-2 8 IN 1, ENE 1jE 1|N 1) NNE 1|N 0-1/5 1|N 0} Calm, O|N O|N 0-1 | Calm, 0 4 |E 0-1| E 0|E 0|E 0|E 0|ESE 0-1/SE 0-1|SE 0-1) SE 0-1|SE 0| SSE 1|SE 1-2 5 |S 2-3|S 2/8 1-2/8 1-2/8 2|8 2\S 2'8 2) SSE 1-2 | SE 1-2| ESE 1|SE 2 6 |SE 8|SE 3) ESE 2-3| SE 2-3 | SE 3|/SE 3|SE 2/SE 2-3 | SE 2)SE 2-3| SE 2|SE 3 Tis 3-45 3) SSW 38|SSW 2-3|SW 2| WSW 2|SW 2|SW 2|SW 2|/SW 2|/SW 2)}WSW 1-2 8s |W 2) NW 2-3|}WNW 34/WNW~ 3/SW 38-4) W 3) WSW 3) W 3)/WSW 3-4|SW 3-4|SW 38-4) WSW 3-4 9 |N 1-2)}NNW 1-2|N 2)}NNW 1-2) NW 2) NW 1-3|WNW 1-3|}NW 1-2}WNW 1-3|Var. 0-2|WNW 1-2} WNW 1-2 10 | Var 1-3|N 1-4|N 1-3)}NNE_ 1-3|N 1-3|N 1-3 | NE 1-3|N 1-3 | NE 1-3| NE 1-3/E 0-2|N 1-3 ll |NE 1-2) NE 1-2) NE 1-2} Var. 1|/N 1-2;WNW 2-3) W 2|W 2|W 1-2 | W 2|W 2|NW 1-2 12 |ENE 1-2/E 1-3| NE 1-3|NE 1-3| E 1-2)}ENE 1-2|}ENE 1-2/NE 1-2| NE 1-3| NE 1-2|N 1-2|N 1-3 13 |N 2-5|N 2-4) N 1-3| NE 2-3|NNE 1-3|N 2-3|N 2-3)N 2-3 | N 2-3|N 1-3| N 1-2|N 1-2 14 |NE 1-4| NE 1-3;ENE 2-4/ENE 2-4|/NE 2-3|NE 2-3|NE 2-3)ENE 2-4/ENE 2-4/NE 1-3 | NE 2-3)|ENE 1-3 15 |N 24/N 1-3|N 1-2|N 1-2|N 2|N 1-2|N 1-2|N 1-3|/N 1-2|N 1-2} Calm, 0 | Var. 0-1 16 |W 1)/SW 1-2)}SW 1-2|SW 2|\SSW 1-2/SSW) 1-2/8 2\S8 2\8 218 218 1-2|SSE 2 17 |SW 3) WSW 2-3) WNW 2-3)WNW 2-3|SW 2-3 | SW 3|SW 2-4|SW 3-4 | SW 3-4 | SW 3-4)SSW 3-4)WSW 1-2 18 |N 1-2} Var. 0-1|N 2)Var. 0-1|/N 0-2|NNE 1-2|NE 1-2|NE 0-1} Var. O|N 1] NW 1|NW 1-2 19 |W 1-3 | W 24)NNE 1-3/ENE 1-2) Var 0-2 | NE 1-2|NE 1-2|NE 0-2| NE 0-2 | Var. 1-2) W 1-2)}WNW 1-2 20 | NNE 2)E 1-£|ENE 1-3/ENE 2-3|NE 1-2/ENE 1-3/NE 2-3|NE 2-3 | NE 2-4|NE 2-4|NE 14/ENE 2-5 2 NE 1-3) 1 1-2)}ENE 1-2|NE 1-2|NE 0-1|N 0-2|N 1-2|N 12|)N 1-2|N 1-2|N 1-3|N 2-3 22 |ENE 24|N 2-3| NE 2-3)ENE 3-4|NNE 2-3/NNE 1-3/N 1-3;NNE 1-2|)NE 1-2|N 1-21|NNE 1-2)NNE 1-2 3 |W 2|N 2|N 3/N 3/N 2|N 2-3|NNE 2-3/N 2-3|N 1-2|N 2-3);NNE 1-3|N 2-3 24 |N 3-4| N 3-4|N 3-5 | N 24| NNW 3/N 3/N 2-4) N 3-4|N 24) N 3| NE 2-3|NE 1-3 25 | NE 1-3/N 2|)NE 1-2 | Var 0-1} NE 1-2) NE 1-2} NE 1-2|NE 2-3|N 1-2|N 12|NNE 1-3|N 1-3 26 |NE 1-2); NE 1|/N 1|/NE 12 E 1-2\E 2/E 2-3 | H 2-3 | ESE 3-4 | ESE 2-3|ESE 23/ESE 2 27 |N 13|)N_ 2-3|N 2\|N 2|N 1-2|N 1-3) N 2-3| NE 2-3|NNE 2-3/NE 24|NNE 1-3|NE 0-3 28 | NE 23/ENE 2-3|NE 2-3|ENE 24/ENE 24|ENE 1-3/ENE 2-4/5 2-4/ENE 2-4|E 1-3|E 0-2 | Var. 1-3 29 |NNE 2-5|NNE 3-5|NE 2-4| NE 3-4 | NE 2-3)|NNE 2-4|NE 1-3] NE 1-3| NE 1-3|E 2-3|NNE 2-3|)N 1-2 30 |E 1/E 1-2/E 1} Calm, 0| Calm, 0|SE 1|SSE 2|SE 2|SSE 2|SE 2-3|SE 2-3|SE 2-3 31 |SE 1/SE 2|/SE 1-2| SE 2|SE 2|SE 2/SE 2|SE 1-2|SSE 1 | SSE 1-2|SSE 1-2/SE 2 MEANS 2-06 2°02 1:98 1°92 1:80 194 1:98 2°00 1:95 1°95 1°76 1°84 Direction anpd Force or Winp (0-12). JUNE 1887. 1 2 3 4 5 6 7 8 9 10 11 12 Dir’n. Force.| Dii’n. Force.) Dit’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. 1 |SE 0|SE 1/SE 0-1 | SE 1/SE 1-2| ESE 1/5 1/5 2)ESE 2-3) ESE 2-3 | ESE 2-3/ESE 3-4 2 |SE 3-4|SE 8-4/SE 4-5 |SE 5| ESE 4|/ ESE 4) ESE 4) ESE 4) ESE 4|/ ESE 4| ESE 3-4 | ESE 3 38 |SE 3|\SE 3|SE 2-3 | SE 3|SSE 2-3 | SE 2-3 | SSE 2-3/SE 21S 1-2|SE 2|SE 2-3 | SE 2-3 4 |SE 3-4| ESE 4|ESE 4-5| ESE 4/ ESE 3-4/ESE 45/5 5/5 5| ESE 4-5|ESE 45/ESE 4-5/ESE 3 56 |SSW 0-1/SW 0-1 | SW 1|Sw 0|}WSW_ 0-1] W 1) W 1-2| W 1|W 0} Calm, 0|SW 1|W 0-1 6 |S 1-2/8 2\S 2'8 2-3/8 2-3/5 2-3|8 2-3/8 2|SW 2|SSW 1/SSW 1-2|)SW 2 7 18 1]5 1-2|8 218 2-3| SSE 3/) SSE 3|SSE 3/58 2-3|SSW 3-4|SW 1-3 | SSW 4|SW 2-4 8 | NW 2-4| NW 2)|NNW 2-3| NW 1-3 | NW 1-2)}NNW 1-2|NW 1-3)WNW 12/N 1-2| NW 1-3})NNW 1-2|NW 1-2} 9 |NW 1-3;|NNW 14|)NNW 2-3/N 1-3 | Var. 0-2 | NW 1|N 1-3 | NW 1-2/N 1-3 | NW 1-3| N 1-3}WNW 1-2 10 |N 2-3| N 2-3| N 3) N 2)}|NNW 1-3|}NNW 1-2|NNW 1|NNW 0-1|N 0-1) Var. 0| Var. 0} Calm, 0 11 |W 3|W 2-3| W 2; WSW 2|SW 2-3); WSW 2-3|SW 3/SW 3)SW 3) W 2-3; WSW 2-3|WNW 2-3 12 |SW 1-2| W 2-3 | W 2-3| WSW 2| WSW 21SW 2} WSW 2-3}WNW 2-3|WNW 2-3} NW 2|}WNW 2-3|W 1-3 18 |N 1-3|N 1-2|NW 1-2|N 1-3| N 1-2|N 1/NNE 1-2)}NW 1-2}WNW 1-2|NW 0-1) Var. 0-1/SSW 0-1 14 |NNE 0-1|N 1-2|N 1| NW 0-1/8 0-1/5 1]S8 1-2]|8 12/8 1-2/8 2\s8 1-2/8 1-2 165 |W 1-2| W 1-2| NW 1-2|N 1|N 1|N |) NOW 1-2| W 1-2|W 1|W 1) NW 1|N x 16 |W 2-3| W 2-3|WSW 2-3)W 38) W 2-3| W 2-3 | W 2-3 | W 2|W 2|WSW 1-2|SW 2)Sw 1-2 17 |SW 1| WSW 1|W 0-1 | Calm, 0} Calm, 0| Calm, 0| Calm, 0|E 0-1|ESE 0-1| ESE 1/SE 1/S 1-2 18 | SW 1|)/SW 1-2|SW 1-2| W 1);SW 1} WSW 2/SW 1)/Sw 0-1)SSW 0-1/SSW > 0-1/S 0-1|S 0-1 19 |S 0|SW 0-1 | Calm, 0|WNW 0-1) W 0-1 | Calm, 0 | Calm, 0| Calm, 0} Calm, 0} Calm, 0} Var. 0-1)SW 0-1 20 |N 0-1|N 0} Calm, 0O|N 0-1|N 0-1|)N 1|)N 0-1|N 1|N 1/ NE 0-1/8 0-1)SE 0-1 Ze NN 0-1) N 1|N 1-2|N 2|N 2\|N 1-2|N 1|N 1|N 0-1| N 0-1) N 0-1 | SE 0-1 22 |N 1)N 0-1|N 1-2|N 1-2|N 1-2|N 0-1|N 0-1| Calm, 0) Calm, 0|SW 0-1) Var. 0-1) Calm, 0 23 |W 0-1|N 1|N 1|N 1|N cL (Ni 1|N 1|N 0-1|N 0-1) E 1|)E 0-1|SE 1 24 |ENE 0-1\E 0-1) 5 0-1| E 0-1) ENE 0 | Calm, 0} Calm, 0} Calm, 0) Calm, 0| Calm, 0| Calm, 0} Calm, 0 25 |N O|N O|N 0-1 | Calm, O|N 0| Calm, O|N 0-1|N 0-1/N 0-1|N 0-1|N 0-1 | Calm, 0 26 |N 1|N 1}NNW 0-1|;NNW 0-1|NW 0-1|N 0-1) N 0-1|N 0-1| Calm, 0} Var. 0-1 | Calm, 0| Var. 0-1) 27 |NW 8)NNW 2-3) NW 2-3 | NW 3-4| NW 3-4| NW 8|NNW _ 2-3] Var. 0-1/ Var. 0-1/SE 1-2;}NNW 1-3|N 1-2) 28 |N 3-4|N 4|N 4|N 4 2-3 | NW 1-2} NW 2-3|)N 2|NNW 2) NNW 2|NW 1-2)}|NW 2-3] 29 |N 1|N 0-1| NW 0| NNW O|NNW 0-1|N 0-1|WSW 0-1/5 0-1 | Calm, 0} Var. O|N 0-1} Var. 0-1) 30 |S O|N 1|N 0-1|N 1|N 1-2|N 1-2|N 1-2] Var. 0-2|N 0-2|N 0-2|N 1-2} Var. 0-1 31 Meraxs 1°50 1°65 1°68 1°68 1°57 1°52 193 Midnight. | Mean. Dir’n. Force. S 1-2; 12 NE 0-1; 11 Calm, 0} O83 SSE 2} 07 SE 2-3) 271 SSE 3-4} 29 WSW Zi 2'2 N 0-2| 2-9 WNW 1-4| 20 N 1-2|. 18 N 1-2); 16 Var. 1-3) 2-1 NE 2-4} 19 NE 1-3| 24 Ww 1-2) 12 SSW 3-4] 2:2 N 1-2] 2:3 Ww 3| 14 NE 0-1} 1:2 Var. 0-2) 26 ENE 3-4] 2°7 SW 1) 14 N 3-4] 2°65 NNE 2-3) 2°5 NNE 2-3} 2:0 N 2) 1:6 ENE 1-3] 21 N 2-3] 24 N O11; 1°99 SE 2) 17 SE 0-1; 1:0 1:90} 1°86 Midnight. | Mean. Dir'n, Force. SE 4| 2:5 SE 2-3] 3:2 SE 3} _ 21 Ss 1} 35 5 1-2; 07 SSE I 17 NNW 1-3] 26 NW 2-4; 19 NNE 23] 1:7 WwW 3): 23 NW ul) Peal N 2} 2°0 NE 1-2) 1:2 W Lie dé Ww 2-3) 14 SW ly” 16 S DOF. SSW 01] 06 NNE 1} 03 NW Q| 0-4 N O-1| O07 SSW O11] 0°65 E 1} 07 Calm, Oi (Ol NNW 1} 03 NW 3] 08 N 3-4] 2°0 N 2) 22 SSE O11} 06 SW 1} 07 Direction and Force or Winp (0-12). MAY 1887. 13 14 15 16 17 18 19 20 21 22 23 Div’n, Force.| Dir’n. Force,| Dir’n, Force.| Dir'n. Force.) Div'n. Force.| Dir’n, Force.| Dir’n. Foree.| Dir’n. Force.| Dir'n. Force.| Dir’n. Force.| Dir'n. Force. 1 |W 1) W 0|W 0|Sw 1-2} SW 1/Sw 1-2/SSW 1-2|SSW 1|/SSW 1-2}SSW 1/S 1-2 2 | Calm, 0/SSE 1/SE 1|/SE 1|/SE 1/ESE 0-1/SE 0-1| Var. Oo) N 0} Var. 0-1|N 0-1 3 | Calm, 0| Var. 0| Calm, 0| NE 0-1 | Calm, 0) Calm, 0| NNW O|N 0| Calm, 0| Calm, 0|E 0-1 4 |Calm, 0/S 0} Var. 0-1/Calm, 0/|SSE 1|s 0-1)ESE 0-1/SE 1/SSE 2) SSE 2)SSE 2-3 5 |SE 2|SE 2|/ESE 2-3|SE 2/ESE .2-3|SE 2-3)ESE 3-4|SE 2|/SE 2|ESE 2-3/ESE 2-3 6 |ESE 3/SE 3|SE 2-3| SE 3/SE 3|SE 3-4| SE 3-4|SE 3/SE 3|SE 3)SSE 3-4 7 |Sw 2|1SW 2| WSW 2|SW 2-3|SW 1-2)WSW 1-2|/SW 2-3 | SW 2|SW 2-3 | SW 2-3 | W 12 8 |W 24)/WSW 1-3|W 3-4|SW 3-5|SW 3-4)WSW 2-3} WNW 2-4] W 3-4 | NW 2-4|WNW 2) W 1-3 9 |WNW 1-3|NW 1-3} W 1-3|}N 1-3 | NW 2-4 | NW 14;WNW 1-3} NW 2-4|NW 1-4|WNW 2-4) W 2-3 10 |NE 1-2] Var. 1-2|N 0-2|}NNE 1-3] Var. 0-2] NE 1-3 | NE 1-3|N 1-2|N 0-2 | NW 2\N 1-2 wa ik | Var. 0-2|N 1|N 0-1| NE 0-2|N 1-2/N 1-3|N 1-3|)ENE 1-2|NE 1-2} ENE 2)ENE 1-2 12 |N 1-3|N 1-3| NE 2-3/ENE 2-4/E 2-3)}ENE 1-3/ENE 1-3|N 2-3 | N 2-5|N 2-3) N 2-4 13 |N 0-2} Calm, 0|N 1-2 | Var. 0-1} Var. 0-1|N 0-2|NNE 1-2|)NE 1-2)|NNE 2-3|N 2-3|)N 1-3 14 |E 2-3/ENE 2-3/E 24|ENE 2-3/1 2-3)|NNE 1-3/N 1-3 | NE 1-2N 1-3|N 1-2|N 2 15 |}Var. 0-1/N 0-1| NE 1/Var. 0-1/N 1|N 12/NW 0-1/NW 1|W 0-1) W 1|W 0-1 16 {SSE 218 218 2/5 218 2-3/8 2-3|S 2-3)S 3\S 3-4|S 3-4|S 4 | 17 |WSW 1-2|)SW 2) SW 2-3| W 1-2} W 1|NNW 1-2|N 1-2|}NE 1-2|N 1-2| NE 0-1| NNE 2 18 | NW 0-2;WSW 1-2|W 2) WNW BG: 1} WNW 1-2} WSW_ 1-2] W 2-3 | W 1-2) W 2) W 2-3 19 |NW 1-3| WNW 0-2) WNW 2|W 1-2|NNW 0-1|NW 0-1} Var. 0} Var. 0-1 | Calm, O|N 0-1| NE 0 20 |ENE 3-6|/ENE 34/ENE 2-5|NE 3-5 | NE 3-4| NE 24|NNE 1-3|NNE 14/ENE 1-3/ENE 1-3|N 1-3 2-4|NNE 2-5|NNE 24/NNE 3-6|/N 3-5 | N 3-5 | N 8-5|ENE 3-5|NE 46|ENE 3-5|ENE 2-5 1-2|NE 1-2|N 1|N 0-2)}|NNE 0-1|N 0-1|N O|N 0| Var. 0-1/SSE Q-1| Var. 0 NNE 13/N 1-2|N 2-3| N 2|N 3\/N 3/N 1-3|N 3|N 2-3) N 3|N 3 NE 1-3/N 12|E 1-3|N 12)/NNE 12/ENE 12/ENE 12|NE 13/NE 23|/NE 23/E 2-3 2-3| NNE 2)N 1-2|N 1-3|N 1-3|NNE 2-3|/NE 1-3|}NNE 23 N 3-4 | N 2-3|NNE 3-4 SE 1-2/SSE 1/SE 1/£ 0|N 0-2|N 0-2|N 0-2;|NNE 1-2|N 1|NNE 2|)NE 2 ENE 1-2|ENE 1;/ENE 1-3/E 1-3);ENE 1-3/1 1-3|E 1-3/|ENE 24|NE 1-3} NE 2-3)/ENE 2-3 1-3|N 1-3; NE 1-3/5 1-3)/ENE 1-2|NE 1-2| NE 1-3|N 34/ENE 3-5|NE 1-3) NE 2-4 NNE 1-2|NE 1\/E 0-2| NE 1-2) SE 0-1)/ESE 0-2)/ESE 0-2|E 1-2\E 1-2|N 1-2} NE 1 SE 2-3 | SE 1|SE 2|SE 1-2|SE 1-2|SE 1-2|/SE 1/SE 2|)SE 2|SE 3| SE 2 0-1 | SE 1/Ss 1/8 0-1) Calm, 0|SE 0|/ ESE 0|SE 0| ESE 0|SE 0-1| SE 0-1 171 1°50 1°76 1°79 1°66 1-73 1°65 1°87 1°95 1:95 1:98 Direction anp Force or Winp (0-12). JUNE 1887. 13 14 15 16 17 18 19 20 21 22 23 Dit’n. Foree.| Dir’n. Force.) Dir'n. Force.| Dir’n. Force.| Dir'n. Force.! Dix’n. Force.| Div’n. Force.| Dir'n. Force.| Dir’n. Force.| Dir’n. Force.! Dir’n. Force. mL | SE 3/SE 3|SE 3-4|SE 3\/ESE 3-4|SE 3-4 | ESE 4) ESE 3|/SE 3-4| SE 4|/SE 4 2 )E 2-3/ESE 2-3) ESE 2-3/E 1-2| ESE 3/ESE 2-3|ESE 2-3] ESE 2|SE 3/SE 2-3| SE 2 3 |SE 1-2/E 1-2| ESE 1-2\/ESE 0-1/E 1-2/E 1-2|E 1} ESE 2/5 2/ESE 2-3| ESE 3 4 |E 5-6] E 5| ESE 4| ESE 3} ESE 3-4/SE 2-3 | SSE 2-3 | SE 1-2|SE 2|SSE 1/S 1 5 |SW 1)SW 0-1| W 0-1| W 1| Calm, 0|W 0-1| SW o/s 1/8 1/S 1|S8 1-2 6 |S 1-2/8 1-2|S 2|SSE 1-2/8 2\|s 2-3/8 12|S 1/S 0-1 | SSE 0-1| SSE 0-I 7 |SWw 3-4) W 1-5|WSW 2-5|W 2-4 | NW 1-3| W 1-3 | NW 1-3 | W 2-3| NW 2-4|/N 1-3|NNW 1-3 8 |W 1-3 | NW 1|NW 1-3 | NW 1-3 | NW 1-2} NW 1-3)/NNW 1-2)W 1-3 | W 2-3| WNW 2-3} NW 1-3 9 |NW OH1IN 1-2|N 0-2)NNE 0-2|N 1-2/ENE 0-2|N 2-3|N 1-3|N 1-2;N 12) NE 13 10 |Calm, 0/Var. 0-1) NW 1) W 1) NW o}w 0-|W 1-2] W 12/W 12|W 3) W 3 ll |NW 2-3) NW NW 1-2) WNW 2| NW 1-3 | Var. 1-2| NW 1-2|N 1-3|N 1-3/N 0-2 | NNW 1 pb 2)NW 1-3 | W 1-3| NW 1-2| NW 1-2} NW 2|NW 1-3|NNW 1-2} NNW 1 1-2} WSW 1-2)W 1)/N 1/Caln, O|NNE 1-2/NE 1/NE 0-1| NNE 1 2)/SSW 2-3/W 2|Sw 2|W 2|WSW 1-2/SW 2-3|WSW 2-3|SW 3 0-1/N 1-2 | NW 1) NW 1-2} W 1-2} W 2-3 | W 2|W 2|W 2-3 1) W 2|W 1-2} W 1;/WNW 1/W 0-1| W 0-1) WSW 0-1|)SW 0 1/8 0-1/SSE 1/s 0-1/S 0-1 | SSW 1/ Calm, 0|s 1-2/8 1-2 0/Calm, 0/Calm, 0/Calm, 0/Calm, 0/E 0/Calm, 0/8 0-1/8 0 0-1] Var. O|N 0-1|NNE 0-1/N 0-1] Calm, O|N 0| NE 0-1/N 0-1 1}Calm, 0/Calm, 0/SE 0-1/Calm, 0|/Calm, 0/Calm, o/NNW o|NNW_ 0 0} Calm, 0|SE 0-1|N 0-1|N 1|SE 0-1} Calm, 0| Calm, 0| Calm, 0 0-1|N 0-1) N 0-1|N 0| Calm, 0|/NNW 0/Caln, 0S O;SSE 0-1 O1/ESE OA/E 0-1| Calm, o|N 0-1|E O|ESE 0-1|SE 0-1/5 0-1 Q@/SE 0-1} Calm, 0| Calm, O|N 0-1 | Calm, 0| Calm, 0| Calm, 0| Calm, 0 0] Var o|N 0-1)/WNW 0-1|N 0-1] Calm, 0|/Var. 0-1|)W 0) NW ‘0-1 0} Var. 0-1)NW OA;/NW 0-1/NW 0-1]WNW 1-2}/NW 2|NW 28/WNW 2-3 0-1} N 0-2 | Var. 0-2|N 1-2|N 1-2|N 2-3|N 2-3|N 3/N 45 2\|N 0-2|)N 2-3|N 2-3 | N 2| NNW 2|N 2|N 1-2 | WNW 1 0-1/8 0| Calm, 0|SE 0-1/ SSE 0-1) SSE 1/SE 1/SE 1-2|SSE 0-1 0|Calm, Ol N 1|/N 0-1|N 0-1| NNW 0| NW 0-1/S 0-1)SSW 0-1 ‘ 1:22 112 1:22 117 117 1°23 1:32 1°35 1°40 1°60} 1°39 nnn ee ee Ne et 194 Direction AND Force or Wrixp (0-12). JULY 1887. 1 2 3 4 6 6 7 8 9 10 11 12 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. Foree.| Dir'n. Foree.| Dir’n, Force. 1 |SW 1)/SSW 1/SSW 1-2|/SSW 1\S 1-2/;SSW 1-2|SW 1/SW 0-1|SW 1|;SW 1-2; SW 1-2)}WSW 1-2 2 |NW 2) NW 2) WNW 1-2) NW 2|W 1-2| W 3|WNW 3\/NW 1-2}WNW 2-3|NW 1-2} WNW 1-2|NW 1 8 |SW 2-3) SW 2-3} WSW 2-3|/SW 2-3);WNW 2|)W 1-3 | W 2-3)|WSW 2-3) W 2-3)WSW_ 1-3) W 2-3 | W 2-3 4 |NNW 0-2)N 1|N 1|N 0-1|N 1|NNE 1);NNW_ 0-1) Calm, 0|WNW 0-1|}Var. 0-1|WNW 0-1] Var. 0 5 |N 0-1|N 0-1 | Calm, 0|E 0-1} Calm, 0| ESE 0-1; E 1) Var. 0-1) Calm, O|N 0| Calm, O|N 0-1 6 |N 1|N 1|N 1|N 1-2) N 0-1) ENE 0| Calm, 0} Calm, 0| Calm, O|/ENE 0-1/5 0-1| NE 0-1 7 |SSW 1) WSW 1-2) NW 2)WNW 2|/WNW 1-2)W 1-2}WNW 1-2|W 1-2} W 1-2| W 1-2) Var. 0-2| W 1-2 8 |SSW_ 1-2/S 1|)SSE 2|SSE 1-2) SSE 2)8 2|SE 2|SE 2-3/8 2-3)/SSW 1-2/8 2-3|S 2 9 {Ss 1-3/8 1-2/8 1/S 2|)SSE 0-1}WNW 1|/WNW 1-2|}W 0-1; N 0-1)}SW 2)|WNW 0-1} WSW 0-1 10 |SSE 2|SSE 2|/SSE 2-3 | SSE 2|SSE 2} WNW 0-2|N 0-1|N 2| Calm, 0|N 0-1)/ENE 1-2/E 1-2 11 |SW 1-2|NNW 0-2|N 1};WNW 1)WNW 1-2|N 1); NW N 0-1) N 0-1|}WNW 1-2| NW 1-2) W 1-2 22 KW: 0-1 | SW 1}/WNW 1/SW 1|}SW 1|/SW 1-2} W 1-3 | W 1-3)WSW 1-3;};WSW_ 2-3|)W 1-3 | W 2 13 |WSW 2-3}WSW 24|SSW 2-4/SSW 2-3/SSW 2|/SSE 218 1-3|S 2|SE 0-1/8 1 1-2)}SSW 1-2 14 |SSW 2-4) WSW 1-3|WSW 2-4) WSW 2-3/SW 2-3|N 1-3 | NW 31} WNW 2-3} WNW 2/|/W 1-2|N 2-3)WNW 2-3 15 |W 1-3)}WNW 2/WNW 1-2)};NNW 1-2| NW 1-2} W 1-2| NW ST AW? 1)/WNW 1-2) W 1-2|}Var. 0-1)W 0-1 16 |N 1-3/N 2-3|NE 1-3|N 2-3|N 2) NE 1-2;/ENE 1-2|NE 1-2|/N 1-2|N 1-2|N 1-3|N 1-2 17 |SE 0-1) Var. 0-1/Var. 0-1/NE 1-2} Calm, oO; 0-1) Var. 0-1) NE 1-2| NE 0-2|N 2\|N 1-2|N 0-2 18 |N 1-2|N 1-3/N 1-3|N 2-3|N 1-3)|NNE 1-3/N 1-3|N 2-3| N 3/N 2-3| N 2-3)/NNW 2-3 19 |N 3|N 2-4|)N 3-4|NNW 3-4|N 3-4|N 3-4) N 4|N 4|N 4|N 4)N 4|N 4-5 20 |N 2|N 1-3)|NNE 2-3|)NE 2) K 1-2|N 1-2/Var. 0-2)N 1-2|N 0-1|N 1-2|N 1-2; 0-1 DEIN 4|N 3-4) NNW 2|NW 2) W 2-3 | W 2) W PAN if 2|W 1-2} WSW 1-2|W 1-2/SW 2 225s? 1-3|SW 24/8 3-4 | W 2-4/SSW 3-4|/WSW 1-3|WSW 23|/NW 2-3|WNW 1-2; Var. 0-2|NNW 1-2|)NW 1-2 23 |N 2-3) NW 2-3)NNW 2-3| NNW 2|NE 1-2| NW 1-3|N 1-3] N 2-3|N 2-3); WNW 2-3|N iW 1-2 2% |SW 3-5 | W 3|W 2-3}WNW 2-3|WNW 1-3|WNW 1-2) W 2} WNW 1-2| Var. 0-2 | Var. 0-2 | W 0-2 | Calm, 0 25 | NW 0-2| NE 1|NW 0-1 | NW 1-3 | NW 1|N 0-1) NW 1|NW 0-1 | NW 0|W 1) NW 0-2 | W 1 26 |S 2|SSE 2-3)S 2-3/5 2-3/SSE 2-3|SSE 2-3/SSE 3|SSE 3/SE 3-4 | SE 4-5/SE 5|SE 5 27 |SSW 1-3/SW. 2-3) SW 2-4|SW 3] WSW 1-3/SW 2-3|SW 2-3 | SW 3|WSW 2-4/SW 1-3 | W 0-1; W 2-3 23 | NW 2-5)WNW 3-5) WNW 3-5|WNW 2-4] WSW 2-3] W 1-3|SW 2-3|SSW 2-3|SSW 2-3) W 0-3|S 1-2}WSW 2-3 29 |S 34 | SSW 2-4| SSW 2-4/5 3-4|S 2-5 |S 4|S 2-4 | SSW 2-4 | SW 3-5 | W 1-4; WNW 2-4) W 2-4 30 | NW 24) NW 2-3| NW 3;NNW 1-2|NW 1-2} W 0-2 | NW 1|NW 1-2| W 1-2|N 1|W 1-2;/WNW 1 31 |SW 0-1| SW 1|}SW 1)}WSW 1-2) WSW 1) WSW 1} Calm, 0|S 0-1/SSW 0-1/8 0-1 | Calm, 0} Calm, 0 MeEANs 1:97 2°00 2°02 2°02 1173} 1°66 iyo! 171 1°58 1°61 1:58 1°60 Direction AND Force or Winp (0-12). AUGUST 1887. 1 2 3 4 5 6 "i 8 om 10 11 12 Dir'n. Force. Dir'n. Foree.! Din. Force.| Lir'n. Force.| Dir'n. Force. Dir’a. Foice,| Dir'n, Forve.| Dir’n. Foree.| Dir’n. Force.| Dir'n. Force | Dir’n. Force.| Dir’n, Force. PN 1-2| NNW 1\/N 1|N 1-2)N 1/N 0-1| N 0-1|N 0o|N 0| NNW LW 0-1/N 0-1 4 2 |NE 1) ENE 1|NE 1|/N 3)NNE 3|/N 2|N 3\N 2-3 | Calm, O|N 1-2 | Calm, O|N 0-1] — 3 |N O|N 12!|NNW 1(|N 1|N 2|N 2|N 12|N 0-1|/Calm, 0/Calm, 0/|Calm, 0| Calm, 0 4 18 1/s 1|SW 1)/SSW 1|s 2|SSW 2|SSW 23/SSW 2-3|/SSW 2|8 1;/SSw 1-2/8 1 6 18 3-4 | SSW 3\S 3-4/ SSW 31S 3|S 4|S 8-4/5 8-4| SSE 4\8 4/58 4/8 3] 6 |SSW 3|SW 2-3/8 3|SSW 3|S 3-4|S 3-4/5 38 2)\SSW 2-3/5 3|/ SSE 2-3/ SSE 1 7 | WSW 1}WNW 2|NNW 0-2|N 0-1) E 1-2|NE 2\|N 0-2|/ENE 0-1/E 0-1/ ESE 1-3|N 0-2| Var. 0-2 8 | NW 1)W 24|/WNW 2-4) NW 24)W 1-4] NW 2-4)/NNW 24|N 2-4| NW 2-4) Var. 1-4|N 3-4) NNW 2-4 9 IN 14 | NNW 2\|N 1-2) N 1-2);ENE 1-2|E 1-2| ESE 1-3 | E 2\|N 1-3 | NE 1-3 | Var. 1-2/ENE 12 10 | NE 2-6) NE 2-5| NE 2-5 | NE 2-4/NNE 1-3/NE 2-3| NE 3-4/ENE 1-3|NE 1-3|N 2-3|N 2-3| E 2-3 Le EN 0-2) NE 1-2) NE 2-3|N 3|/N 2| ENE 1|NE 2) Var. 1-3] NE 1-2|NNE 1-2|N 0-2) N 0-2 12:|NE 0-1|N 1-2;NNE 0O-1/N 0-2|N 1JN 0-1|N 0-1|N 0| Calm, 0] Calm, O|N 0| Calm, 0 13 | NE 0-1) NE 0-2) NE 0-1) ENE 1;/NNE 1-2|N 0-2|N 1|N 1|NNE 2) NNDE 1|N 0-1| N A 14 |NNE 2)NNE 2-3)N 1-3|N 2-3) N 3/N 1| NNE 2|NNE 0-1/NNE_ 0-1) Calm, O|}NNE 0-1|N 0-1 15 |N 1-2|N 1-2|N 21INNE 2-3|N 2-3|NE 1-2);ENE 0-1|/Var. 0-1|N 1|N 1| Calm, O;/NNW O 16 |SW 1-2|SW 1|\SW 1-2| Sw 1|/SW 1-2|SSW 0-1|/SW 0-1 | SW 0-1 | Calm, 0| Calm, 0| Calm, 0| Calm, 0 17 | WNW 1| NNW 1|N 1-2|N 1|N 0-1)NNW 0-1|N 1|NNW O|N 0-1) Calm, 0} Calm, 0} Calm, 0 18 |Var. O-1|NNE 1-2|NE 1]NNE_ 1-2| Var 0-1| NE 0-1| Var, 0-1] Var. 0-1/N 0-1} Var. 0-1/ Var. 0-1) Var. 1-2 19 |N LGN 0-1|N 1/ Calm, O|N 1|N 1|N 1/N O|N 0-1} Calm, 0} Calm, O|N 0 20_|N 0-1|N 0-1)N 1-2|N 1|N 1-2|N 1| Calm, 0|/ENE 0-1] Calm, 0) Calm, 0| Calm, 0] Var. 0 21 |SSW 1|SW 1|SSW 1)SW 1) WSW 0} Calm, 0} Calm, 0| W 1};WSW_ 0-1|SW 0|S 0-1] SSE 0-1 22 |W 2|SW 2|SW 2|/SW 2|\SwW 2|SW 1-3/8 3/SSW 2-4/8 4|8 4|S 5/8 5 23 |WSW 1-3|NW 1-3/WNW-) 2|wWwNW 2-3| Ww 1-3]}WNW 1-3] W 2-3|W 2|W 2|W 2|W 2|WSW 1-2] 2% |SE 2|SSE 2-3 | SSW 1)/SSW 1-2/8 2-3/5 3|58 3S 8-4|S 4/8 5/5 5-6|5 5-6 25_|8 2-4 | SSE 4/)SSE 24/8 3-4/S 51S 5-6|S 5|S 4|SE 3/8 2-315 3/5 2-3 26 | SSE 4-5|SE 6|SE 5-7|SE 6|SE 5|SE 6-6 | SSE 5-6 | SE 6|SSE 6|SE 4-6|SSE 6-7 | SSE 6} 27 |8 2|SW 2)\SSW 1-2/Sw 1;/SSW_ 1-2/S 1-2/8 2|8 1-2|S8 2-3/8 0-2/5 0-2|5 2-2 23 |SE 6|SSE 6-7 | SE 5-6 | SE 5-6/SE 5-6 | SE 8-5 | SSE 4|SSE 3-6 | SE 5-6| SE 5| SSE 4-5 | SSE 4} 29 |SE 8| SSE 2-3) SE 2-3/SSE 2/SE 8/SE 3|SSE 2|SSE 21S 1-2/8 1-2/SE 2|S8 1 | 2 WSW 1|W 1|WSW 1|Sw 2|W 0-2} WSW 0-3|W 0-3 | W 0-1 | W 1-2) W 1-2} Var. 1-2|SW 0-3} | 31 |SE 3/SE 384/ESE 3-4/ESE 34!/b 3/E 3| ESE 3/5 2-3|E 1/E 0} Calm, 0| Calm, 0; MEANS 1°87 213 2°02 211 2°18 2°02 2°06 1°73 1°74 1°65 1°65 1°55 | a a Direction anp Force or Winp (0-12). JULY 1887. 195 a 13 14 15 16 17 18 19 20 21 22 23 Midnight. | Mean. aa - ; _ | Dir'n. Force.} Dir’n. Force.| Dir’n. Foree.) Dir’n. Force.) Diin. Foree.| Dir’n. Force.) Dir'n. Force.) Dir’n. Force.| Dix’n Force.| Dir'n. Force.| Dir'n. Force.| Din. Force. , 1 |SW 1-2| W 1-2;WSW 1-2} W 1-2| W 2) W ANY. 0-1 | NW 1;NW 1-2;NW~ 1-2}W 2i|NW 1-2] 13 d Pam e 1) W 1-2) W 1-2| W 0-1 | W 1-2)}NW 1-2/W 2|W 2-3|WNW 2|W 2|SW 2-3 | SW 2) 1:8 > 3 | WSW 3) W 2-4) WNW 2-3) WNW 3-:|W 3)/WNW 2-3;NW 2-3|N 1-3| W 12|NW 12|NW 2| NW 1} 24 > 4 |Calm, 0; WNW 1-2|/N 0-1| W 0-1| ENE 1/E 1;NNE 0-2] Var. 0-1) N 1|N 0-2 | Var. 0-1 | Var. 0-1 07 p ' 5 | Var. 0-1 | WSW aC Ma 0-1| SE 0-1/5 1-2|E 0-2\E 0-1/5 O|N 0-1] Var. 0-1) N 0-1|N a! 0°5 ‘ 6 | Calm, 0 | Calm, 0|W 0|W 0| W 1|8s 0-1 | Calm, 0| Calm, O|SSE 0-1/SSE 1|SSE 1/SSE 1-2) 05 7 |NW 0-2|/WNW 1-2|W 1-2| WSW 2|W 1-2); WNW 1-2|W SAVE MVINGWWE © LAW 1-2)WSW 1-2|SW 1-2) SSW ah ale 8 |S 2-3/8 3/5 3-4]S 3-4 | SE 4-5|S 3-5 | SE 5|SE 5| SSE 4-5| SSE 4/5 2-4 |SSE 3 29 9 |WSW 0-2|S 2|SW 0-2 | SSW 1|8 1-2|}SSW 1|/SW 0-1\)SSE 28/5 3| SSE 2-3 |SE 3/5 2-3] 15 10 } Var. 0-2 | W 1|NW 1) Calm, 0| NW 1|)E 0-1|N 0-1) W 1) Var. 0-1 | NW 1)/NNW_ 1-2) Var. 0-1 itt 11 |N 1J)NW 0-1) WNW 1-2|)|NW 1;WNW 1-2|W 1-2} W 1)NW 0-1)/WNW 1-2) W 1-2| W 2|NW iby al 12 |SW 2-3 |SW 1-2;SSW 1-2|SW 21SW 2-3|SSW 2-3)WSW 2-3|)SW 2-3 | SW 2-4|SSW 2-4|/SW 2-4)WSW 2-4) 2:0 13 |S 2-318 2-3 | SSW 2|\8 3/8 2-3/5 1-3]S 2-3/8 1-3|SSW 1-2/S 1-3| WNW 2)}WNW 2-4 21 14 | WNW 2-3|W 2) W 1-2| W 3) W 2-3 | W 2-3)WNW 1-3|)SW 2-3| W 23)|WNW 2-3} WNW 1-2) W 1-2 2°3 15 |NW 1-2|N 1-2| NW 1-2| NW 0-1|N 0-1 | Var. 0-1| N 1-3|N 0-1| N 0-2|N 1-3|N 1|N 1-3 1°3 16 |N 0-1|ENE 0-1|/NE LN 0-1|NNE 1-2/NNE 1-2|N 1|N 0-1} Var. 0-1|NNE 1-2) Calm, O'S 0-1 1°3 bh Bie |N 0-2| Var. 0-1} Var. 0-1| E 0-1| N 12;/ENE 1-2|N 0-2 | Calm, 0|NE O|N 1|N 2|N 2-3 10 18 |N 3|NW 2|NW 1-2/ Var. 0-2} Var. 0-1| N 1-3|NNW 1-3|N 2-3| N 3 N 3/N 3|N 2-3| 2:2 19 |N 24)|NNE 1-2/N 1-3|N 2-3/ENE 0-1/N 1-2)NNW 1-2/N 1-3|N 2|N 1-2|N 1-2|N 1-3} 1°'8 20 |E 0-1 | Var. 0-1|N 1-2|N 1-2| NNW 2|NE 1|N 1-2|N 2|NW 2-3| NW 3\N 3-4) N 3-4 Uy/ : 21 |SW 2\SSW 1-2|WSW 2-3)WSW 3|WSW 2-3) WSW 2|SW 2-3 | W 3\ W 3)SW 2-4; WSW 3-4|WSW 1-3| 2:4 22 |NW 1-2/NNE 1-2|W 2-3| Var. 0-2|/N 12);NW 1-3|NW~ 1-2)|NNW 1-3|NNW 1-3|W 1-3| NW 1-3|NW 24] 2:1 23 | N 1-2|SW 1-2) W 1-2|SW 2\S 1-3 | NW 1-3 | W 1-2|}SW 3) SW 3|SSW 4)SW 3-4) SW 3-5 23 ; 24 |Var. O-1/Var. 0-2;NNW 1-2}/NW 1-2) W 1-2| W 0O-2|NW 1-2|Var. 1-2;NW 1-3|NW_ 1-2) Var 0-2;NW 0-2] 16 } 25 |N 1|;W 1|NW 1-2| W 1|N 0-2) W 0-2| W 0-1 | NW 0-1;|WNW 0-1) W 1|SSW 2|SW 1-2) 1:0 | 26 |SE 5-6| SE 7|SE 6|/SE 7-9| SE 8| SE 8/SSE 7-8|SE 8|SE 7-8|S 3-5 | SW 1-2|SW 1-3] 4°6 ar | W 1-3| W 2-3|WSW 2-3) W 2-3 | W 1-3;}NW 2-3)|NW 1-3|NW 2-31 W 3-5 | W 24)}WNW 2-4|WNW 2-4] 2°5 28 |SW 1-3} W 1-3|S 41S 5|8 2-4/SSW 2-3/5 3-4 | SSW 4|/Var. 1-4|S 3-4/5 4S 3-5| 3:0 29 |WSW 1-4}WSW 2-4|NW 2-4| NW 2\N 1-2 | W 1-3 | W 2-4|SW 2-3 | W 3-4|WNW 2-4) NNW 3|NNW 2-3 30 30 |WNW- 1|)/WSW WN Wise” 2i1 We 2;}WNW 1|NW 1}/WNW 0-1/WNW 0-1|W 1;}WNW~ 1\SW 1)WSW ay) sale 31 |S 0-1|)SE 0-1 | Calm, 0) E 0 | Calm, ON O|N O|NW 0O-1/N O|N O|N 0-1)N Lis (O74 |Mrans 1:60 1:66 1°77 1°81 1:87 177 1°76 1:89 2°03 2°05 2°00 1:97 | 1°82 Direction anpD Force or Winp (0-12). AUGUST 1887. 13 14 15 16 1 18 19 20 21 22 23 Midnight. |Mean. | Dir’n. Force.) Dir’n. Foree.} 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. 0-1/ Calm, Oo} WNW 1/NW- O-L;NW~ 1-2) W 1)/NNW 1-2) NW 1|N 1)NNW 0-1/Var. 0-1)N Hi (Os | 2 |N 0-1) E 0-1) EK 0-1; NW 1|\E 0-1) N 1-2|N EN 1|)N 1-2|N 2|N 1|N 0-1 12 m3 |N 0-1 | Calm, 0|S 0|SSE 0|S O'S 0|SSE 0-1/5 0-1|SE 0-1) SSE 0-1|5 0-1|S 1 06 | 4 18 1/5 1/8 1|)SSE 1| SSE 2-3|SE 3| SSE 3/5 2-3 | SSE 21S 3/5 2-3)8 3 1°8 | 5 |Var. 1-3|/SW 2-3 | SW 1-3 | SW 2| SSW 3/SW 2|SwW 1-3/8 3) SW 2)S 3) SW 2-3 | SSW 2) 29 | 6 |SE 3|/SE 3-4/5 2-3/8 2|SSE 3|SSE 2-3| SE 3|SSE 2-3| SSE 2\S8 2/8 2|58 1-2) 2:6 its | Var. 0-2|N 1-2|N 0-2 | W 1-2| W 1-3 | W 1-3| WNW 3) WSW 2-4) W 2-3 | NW 2|W 2-4) WNW 2-4 16 | 8 |NW 24|/W 2-3|NW 1-3)|NW 2-3|N 2-3|N 14|N 2-4|NW 2-3;NW~ 1-3/NW 1-3) N 14|N 1-3) 2:6 9 |E 1-3| NE 1-2) E 1\E 0-2|N 2-4| N 3-5 3-5 | Var 0-1) NE 1-3| N 1-2| NE 1-4|N 2-5| 2°0 lo N 1-3|N 1j)N 1-2|N 1-2 | Var. 0-1|N 12|N 1-2| NE 0-1| NE 0-2 | NNE 2\|N 2-3|N 2-3 21 ll in 1-2|E 0-2)/ENE 0-1)N 0-1|N 1-2|N 0-1|E 0-1) N 1) NE 1|N 1|)E TaN 1-2 1:3 p 12 | Var. O|N 0-1/Calm, 0|/W 1-2|N 12\N 0-1|N 0-1|N 1|NNE 1/E 1/E 1|/Calm, 0] 0-6 | 13 | NNW 1| Var, 0| Calm, O|N 0-1)N 1|N 0-1|N 1-2|NE 1| ENE 1|N 1| NE 1|N 2-3} 1:0 m |N 0-1|N TG NG 0-1) N 1/ENE 0-1|N 1-2|N 1-2|N 0-1| N 1-2|N 0-1) N 1| Calm, O} eas 15 |NW- 0-1/N 0-1| NW 1] WNW_ 1-2} W 2\|SW 1-2|} SSW 2|)SW 2|SW 2|WSW 1-2|SW 2|SW 2) 14 J 16 Calm, 0|z 0-1) NE 0-1|/ENE 0-1} Calm, 0} Calm, O|N 0-1/N 1/| Calm, 0} Calm, 0| NNW 0| W Oi) (0:5 Calm, 0|NE O|N 0-1 | Var. 0-1 | Var. 0-2| N 0-1 | Var. 0-1|N 1| Calm, 0| Calm, 0 | Calm, 0| Var. 0-1} 0°5 Var. 0-2|Var. 1-2)Var. 0-1/Var. 0-1] Var. 0|Calm, | Var. 0|,Calm, Gj|Var. 0-1] Var 0|Calm, 0)/Calm, 0/ 06 Calm, O|N 0-1) N 0-1 | Calm, 0} Calm, 0| Var. o|N 0-1)NNE 0-1|/NE 0-1| NNE 1} NNE 1|N 0-1) 0°5 Var. 0} Calm, O|N 0| Calm, 0} Calm, 0| Calm, O|N 0-1|N 0-1 | Calm, 0|S 0-1/5 1) SW 1} 04 iS) 0-1|S 0-1| SSE 1-2/8 1-2 | Calm, 0; SSW 1/SSW 0-1;SW 0-1) SW 1-2} WSW Ww 3) W 2-3} 09 8 4-5 | W 2-3 | SW 3| SSW 3|}WNW 0-4; WSW 0-3|SW 1-3 | W 2-3 | SW 2-3 | SW 3-4 | W 2-3} W 1-3 2°8 Ww 2) WSW 2) W 1-2| SW 1-2} WSW 1|SW 2|SSW 1/8 1-2/5 1|SSE 1-2|SSE 1) SSE 2) 18 s 5-6 | SSE 5|5 4-5|SE 5/SSE 5-6| SSE 6| SE 6|SE 5|SE 4-5 |SE 4-5|SE 5-6| SE 4) 4:2 SSE 2\8 2)SSE 2-3/8 2|SSE 2-3/8 3-4 | SSE 4/SH 4-5 | SSE 5|SE 3] SSE 3| SSE 8-4] 3:4 SSE 5-7|SE 7|SE 6-7| SE 6|SSE 6| SSE 7\s8 6-7 | SE 6|SE 4S 1|SSW 1)}SW 1-2) 53 S 3-4|S 3|S 2-3|S 3/5 3-4 |) SSH 4-5/8 3/SSE 3-4)S 3-458 4/SU 5-6 | SSE 6) 27 SSE 4|SSE 5| SSE 4-5|/SSE 4\S 2-4/5 3/8 3/ SSE 3-4/SE 3-4| SE 2-3| SSH 3-4 | SSE 2-3) 4:3 s 1\Ss 1-2|S 1\S8 0-1)/SSW~ 1-2) Var. 0-2} SSW 1/SSW 1-2;SW 1-2; SW 1-2) SW 2) WSW LS ev Var. 1-3 | W 1-2| SW 2) SW 2)SW 21S 2\|8 2|S 2\S8 2)|SE 2) SH 3-4| SE oie ler Calm, O|N 0-1) N 0-1) N 0-1} Calm, 0|NE 0-1/E 0-1|ESE 0-1} Calm, 0; N 0-1} Var. 0-1] Calm, O} 1:2 1°65 1°61 1:50 1°56 1-71 1°85 1:94 1:82 171 1:68 1:87 1:81] 1°81 7 q TRANS. ROY. SOC. EDIN. VOL. XXXIV. 2H 8 196 Direction AND Force or Winp (0-12). SEPTEMBER 1887. 1 | 2 3 4 5 6 7 8 9 10 11 12 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.| Dir’n. Force.|Dir’n. Force. | Dir’n. Force, 1 |NNW 0-1|N 0-1} Calm, 0} Var. 0-1} WNW 1-2|NW 0-1 | SW 0-2] WSW 0-2)SW 0-1) SW 0-2 | W 1-2|/ Var. 0-1 2 |E 3-4 E 2-4) E 4| ENE 3)|NNE 2-4|/NE 3-4| NE 3|NE 24|N 3-5) N 3-5 | N 4-6 | Var. 1-2 3 |Var. 0-2/E 0-1}ENE 0-2| Var. 0-1] Var. 0-1) SW 0-1) Var. 0-2)NW 0-2) Var. 0-2] Var. 0-1 | W 0-1| W 0 4 |SE 1-2/SE 2|SE 2-3| SE 2) ESE 3/E 2\E 2/E 2)E 215 0|E 1/E 1 5 | NNE 1\E 1-2/E 1-2/5 1-3} E 2-3) E 3) E 3/E 3-4/5 3-4|E 3/E 2-3 | E 3-4 6 |E 1-3| E 1-2| ESE 2\E 0-1| Calm, 0} Calm, 0|NE 0-1] E 0-1) NE 0-1) E 0} Calm, 0 | Cahn, 0 7 |N 1-3|N 1-3|N 3-5| Var. O-1|NNE 45/|N 2-5 | NE 0-1 | NE 1-4| NE 1-3 | NE 1-2)NNE 1-2|NE 1-2 8 |N 1-2|N 0-2| W 1-3} WNW 1-2)}WSW 2-3|SW 1-3} WSW 3/S 1-3|}SSE 1-3} W 1-3 | SW 3-4 | SW 2-4 9 |SSW 4-7/SSW 4-7)/SW 3-4| SW 3-4|WSW 3-4|WSW 3-5|WSW 2-5|WSW 2-5|WSW 3-5|Var. 24|/WNW 24)W 1-4 10 |N 1-3)}WNW 2-4|N 1-3| N 1-3 | W 1-2)}NNW 0-2] Var. 0-2} WNW 0-1|)/ENE 1-3} Var. 0-1 | W 0-1} Var. - 0-1 11 |NNE 1-3|/NE 0-2|N 0-2 | Calm, O|N 0-2|N 0-1|N 2-3|N 1|N 1|N 0-1| E 0-1\E 0-2 12 | Calm, O|N 0-2|N 1-2|N 1-2} Var. 0} Var. 0-2 | Var. 0-2;ENE 0-2/N 1-2|/N 1-2} Var. 1-2|)N 1-3 IED hi f 1-3/N 13/)N 1-3| Var. 0-1|/N 3|/N 24)/N 0-1) N 2\E 1-2|)E 0-1|NNE 0-1|/E 0-1 14 |N 0-2 | Var. 1-3|N 1-2|N 1-2|N 0-2|N 1-2|E 0-2|NNE 0-2] Var. 0-2} Var. 0-1 | Var. 0-1 | Var. 0-1 15 |N 0} Calm, 0| NE 0-1 | Calm, 0| Calm, O|N 0} Calm, O;}NNW 0-1|N 0-1 | Calm, 0} Calm, 0| Calm, 0 16 |S 0} Calin, 0 | Calm, 0} Calm, 0} Calm, O|N O|N 0| Calm, 0} Calm, 0|NE 0} Calm, 0} Calm, 0 17 |N 1-2|N 1-3|NNE 1-2|NNE 2|N 0-1|)N 0-1) N 1-3|NNE 1-2|N 1-3|N 1-3|N 1-2}|NNE 1-3 18 |N 1-2)NNE 1-2|N 1-2|N 2-3) N 3)N 2|N 2\N 2\|N 0-2) N 1-2;NNW 0-1|NW 0-1 19 IN 1-2|N 2|N 1-3|N 1-3|N 2|N 3-4|N 3-4 3-4) N 4|N 3|N 3-4|)N 0-3 20 |N 0-2|N 3-4|N 3-4|N 24|N 0-2|N 2|N 2-3|N 0-1|N 0-1/N 0-1| NE 0|NE 0 21 |SW 1}WSW 0-1) WSW 0-1|SW 1) SW 0-1| WSW 1|W 1|W 1) W 0-1} WSW 0-1|SW 1-2 | Calm, 0 22 | NNW 1|N 1|N 1-2|N 1-2|N 1-2|N 2|N 0-1|N 2|N “| N 0-2|N 0-1) N 0-1 23 |N 1j|NNW 1-2|N 1); NW 1| NNE 0o|N 1|/NW 1-2|N 1|N 1|/N O|N 0-1 | Calm, 0 24 |N 1-2|N 1-2|N 1|N 1-2|N 1-2|N 1-2| NNW 1) NNW 1|N 0-1|N 0-1)WNW 0-1) W 0-1 25 |W 1-2|NNW 1-2|N 1|N 0-1| NNW 1)WNW 0-1)}WNW 1-2|Var. 0-1|NW 1-2}WNW 0-2| W 1-2 | W 1-2 26 | NW 2) NW 1-2| NW 1-2| NW 1]}WNW 1-2/Var. 0-2|N 1-3|/N 2-3|N 1-2|N 2) Mar. “SOs nN; 1 27 |NW 1-2|N ~~ 238)/NW 1-2} WNW 2|W 1| NW 1-2] WNW Ww 1-2|N 1|N 0-1) N 0-1 | W 1-2 28 |WSW 0-1)Var. 0-1|/NW 1| Calm, 0|NW 0-1 | Calm, 0} Calm, O|N 0 | Calm, 0|SSE 0-1 | Var. 0-1|SE al 29 |N 24|N 24/NNE 23|NNE 2-3/NNE 1-3/N 3-4|NNE 1-3/NNE 1-3/NE 1-3| NE 24/5 1-3/E 1-5 30 |N 3-4/N 14/|N 24/NNE 3-4/N 23/NNE 1-3/NNE 1-3|NE 1-2|N 0-3 | NE 0-2| NE 0-2 | N 1 31 i MEANS 1:58 1°72 173 1°45 1°53 1°60 1°53 1°52 1°53 115 1:22 1:07 Direction AND Force or Winp (0-12). OCTOBER 1887. 1 2 3 4 5 6 7 8 9 10 11 12 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.|Dir'n. Force. | Dir’n. Force LEN 1/E 1-2|N 2\N 1-2|N 1-3 | Var. 0-2 | Var. 0-2|N 0-2|N 0-2) N 2|N 1|N 1-2 2 |NNE 2-3/N 1-3| NE 2-3| NNE 2|N 1-2|N 0-2|N 0-1} Var. 0-1 | NE 0-1/E 0; Var. 0-1)N 0-1 3 | NE 1-3|NNE 2|NE 1-3|NNE 3-4|N 24|N 1-3 | Var. 1-3/N 1-3|N 14|N 1-3|N 0-3 | N 1-4 4 |N 2|N 2-3) N 2|N 2|NNW 1-2|N 2|N 1-2| NNW 2|NW 1-2| NW 2) NW 2) NW 3 5 |NW 3| NW 2| NW 3;|NNW 1-2|N 1-2)NNW 1-2|/N 0-2|N 1-3;NNW 2-3;NNW 1-3/Var. 0-1|/N 0-1 6 IN 0-2) N 0-2) N 1-3|N 1-2|NNE 0-2|N 1-2|N 0-1; N 2-3|NNE 2-3}/NNW 1-3| NNW 2) NW 1 7 | Calm, ON 0-2/Var. 0-1|/N 1|N 0-2 | Calm, O|N 0-2] N 0-1} Var. 0-2|/Var. 0-2}/Var. 0-2)N 1-3 8 |NNE 2-3/NE 3|NNE 4|NNE 4/NNE 3-4|/N 4) N 4|N 14;NNE 1-3|N 1-3) N 1-3|N 0-2 9 |NE 1-3| NNE 2|NE 1) NE 2-3|N 0-1| N 0-1} N 0-1|N 0-1| NE 0-2| NE 0-1|N 1|N 1-3 10 | NE 3-5 | N 2-5|N 3-5| NE 3-+|N 4|N 4-5|N 45|N 4-5| NE 4-5|N 3-4) N 2-3| NE 1 11 |E 0-2|N 0-1} Var. 0-1| NE 1-2|N 0-2| NE 1-2|N 1-2)N 0-2|N 0-2/Var. 0-2)N 0-1} Var. 0-1 12 |Var. 0O-1)E 1| NE 2\E 2) Var. 0-1| Var. 0-2| N 0-2)N 2|N 2\E 0-3} Var. 0-2/NE 1-3 13 iN 1-2|NE 24/E 2|NE 2-3| E 0-1} Var. 0-2) E 2-3|N 3-4|N 2-3 | NE 0-1/N 1| Calm, 14 |N 4-5) N 3-5 |N 3-4|N 3-5|N 2-3)NE 2-5|N 1-3| SE 24|N 0-2 | Var. 1-2} Var. 1-2|N 1-4 15 |N 1-2\N 0-2|N 0-2|N 0-2| E 1) NE 0-1|E 1-2| NE 0-1| N 1-2 | Calm, ON 1-2) N 1-2 16 |N 2-3) N 3|N 3)N 2-3|N 4|N 4|N 4|N 4|N 4|N 3-4) N 3-4) N 4 17 |N 2\|NW 2|NW 2-3)WNW 2-3) W 1|W 1-2} WNW 1-2|NW 1-2) W 1-2| W 2-3 | WSW 3) W 2-3 18 |WNW 2-3| WNW 1-3| NW 1-3|NNW 1-3| NW 0-2| NW 0-1| NW 0-1| Var. 0-3/Var. 0-2)|NW 0-2| NW 0-3) Var. 1-2 19 | NW 1-2); WNW 1-3) NW 1-3} NW 1-4| NW 1-3 | NW 0-2 | W 2)SW 1-2] Var. 2-3 | W 3-4) W 1-4) W 1-3 20 | NE 1-3| NE 1-4| NE 1-3)|NNE 2-5|N 4-5| NE 0-3) SW 0-1) N 1-3|N 45|/N 1)N 3) NE 2 21° aN 1-2|N 0-2|N 0-1|N 0-1|N 1) NE 0-1|N 0-1| NE 0-1) N 0-1 | Calm, O|N 1-2} Calm, 0 22 |SW 3-4 | SW 38|/SSW 2-3) SW 1-3/8 2-3 | SW 3|/SSW 3/SW 3) W 3-4 | W 2-3 | W 1-3 | NW 2-3 23 | NW 1-4} Var. 0-3;NNW 1-3|NW 0-3 | W 2-3/8 0-1| W 1-2|N 2|N 1-2|N 0-3 | N 0-2 | Calm, 0 24 |Var. O-1|N 1-2|N 1-2| NE 1-3|N 0-2 | Calm, 0|NE 0-2|N 0-1| N 1-2|N 0-2 | NE 0-1 | Calm, 0 25 |Var. 0-1|/NE 0-1; Var. 0-2\|Var. 0-1) Var. 1-2|NE 1|N 2)N 1-3| N 1-2)|NW 0-1) Calm, O|NW 0-1 26 |SW 23\SSW 3-4|SSW 2-41SW 2-4|SW 8/SSW 4-5|1SW 1-5 | SW 8-5 |S 4-5 | SW 3-4) SW 4-5 | SW 1-4 27 |WSW 0-2|W 0-2 | SW 2-3/8 1-3 | SW 1-3 | SW 1-3; WSW_ 1-3|)SW 2|)Sw 0-2 | SW 2-3/5 3-5 |} SW" 2-3 28 |W 1-4) W 1-3| Var. 0-3} WNW 1-5|/SW 0-5 | SW 8-5 | W 1-3 | W 2-3 | W 0-2} WNW 0-2] W 1-2}WNW 0-3 29 |SW 0-2|SW 1-3) SW 1-3; W 0-3 | SW 0-1 | W 1-2) W 1-2| W 1-2| W 0-1 | W 1-2|W 1-2| W 1-3 3 Ww 1-2} WSW 1-2|/SW 1-2|SW 2|SwW 2|8 1-2 |SW 2-3 | SW 1-2/8 3/SW 2-3/8 1-2|SW 0-2 81 | WNW 0-1) W 0-1|NNE 0-1| Var. 0-1/N 0-1) N 0-1|N 1-3|N 1-2|N 2-3} NE 1-2|NE 0-1|N 2-3 oo 1°84 1°92 2°00 2-11 1°82 Le 1°76 1°92 1°98 1°65 1°66 1°56 Direction AND Force oF Wrnp (0-12). SEPTEMBER 1887. 197 13 14 15 16 ity 18 19 20 21 22 23 Midnight. | Mean. Div’n. Force.| Dir’n. Force.| Dir’n. Force.| Dir’n. Force.| Dir’n. Force.| Dir’n. Force.} Dix’n. Force.| Dir’n. Force.) Dir'n. Force.| Dir'n. Force.| Dir’n. Force.| Dir'n. Force. 1 |8 1-2)SSW 1-2) NW 0-1/8 0-1 | SSE 1-2|SE 1-2| ESE 2| ESE 3| ESE 3|/E 3-4/5 4| 6 3-4) 1:5 ' 2 | Var. 1|/ENE 1-3|NNE 3-4/N 2-3) N 2-41 N 2-3] Var. 1-2|N 1-3|N 1-2 | Var. 0-2 | N 0-2)NNE 12 2°6 7 3 |SW 0-1| Var. 0-2} Calm, 0| NW 0-1 | Calm, 0) SSW 0 | Calm, 0| 0| ESE 0-1| ESE 1\E 1/E 1-2) 06 4 |E 0O|E 0|/Calm, 0{Calm, 0/E 1|/E 0-1)NE 0-1/N 0-1|N 1|N 0-1) NNE 0|E 0-2) 11 5 |E 8\/ESE 1-2\E 2-3] E 3|E 2-4|E 2-6| E 2-5 | E 4|E 3|E 2-4 | SE 4/E 1-3) 2° ; 6 | ENE 0| NE 0-1/E 0-1/E 1)/NNE 0-2/NE 1-3|)N 1-3|N 1-3/ENE 23|/NNE 2-3/N 23|NNE 23 ileal i y | Var. 0-1 | Calm, 0| Var. 0-1 | Var. 0-1/N 0| Calm, O|N O|N 0} Calm, 0| W 0-1|N 1;/NNW 0-1 2, : 8 |SW 1-4|SW 3-4 | SW 3-5|SSW 3-5|SW 2-5|SSW 2-5|SSW 3-7|SSW 5-7|/SW 5-7|WSW 5-7|WSW 46|SW 3-5] 3°3 i) 9 |W 24)/WNW 1-2! Var. 0-2|WNW 0-1] Var. 0-1}|NNW 1-2} WSW_ 1-3] Var. 0-1 | NW 0-2 | NW 0-2);NNW 0-2;NNW 2-4 2°6 a 10 |E 0-2 | Var. 1-2|N 1-3|N 1-3|N 1-2|E 1-2| Var. 12| NE 2|NE 1-2 | Var. 0-2 | Var. 0-2)ENE 03 14 Vu |var. 12/NE 1-2|N 1-2|Var. 0-1/Var. 0-1/E 0-1|E 0|N 1-2|N 1-2|N 1-2|N 1-2|Calm, 0] 1° yw |N 1-2|N 1-3|N 1-3|Var. 1-2|/N 0-2|Var. 0-1/5 1) Var. 0-1/N 0-2|NE oO-A|N 0-2) Var. 0-1] 11 13 | NNE 2) Var. 0-2|/N 1-2|N 0-2) N 0-2} Var. 0-2)|NNE 0-2|NE 0-2|N 0-1) NE 0-2| N 0-2 2 1-3 | 14 | Var. 0/Calm, O|N 1-2|N 1-3| NE 12|N 1|N 1|/NE 1-2| NE O-1/NE 0-1/Calm, 0/Calm, 0] 09 15 | Calm, 0| Calm, 0| NW 0|NW 0| NNW O|N 0) W 0| W 0| Calm, 0| Calm, 0| Calm, 0) Calm, 0} O1 16 |Calm, O|N 0} Calm, 0| NNW O|N 0-1| N 0-1|N 0-2;NNE 0-1|/NNE 12/|N 1-2| NNE 2\|N 1-3| 0-4 mis | N 1-2)|NNE 1-3/NNE 1-3|NNE 1-2/N 1-2|N 0-1) N 2\E 0-1 | Calm, O|N 1-2|N 1-2|N Wy 4 ) 18 |NW 041/W 1|/Calm, 0|N o|N 0-1|/NNE 1-2|N 0|/Var. O-1/N 0-1|N 2\N 2|N 1-2) 12 19 |N 0-2|NNE 1-2|/N 2-3|N 34) N 3|N 3-4|NNW 45|N 34|N 34|N 4\N 4|N 4) 29 20 |Calm, 0} Calm, 0/| Calm, 0| Calm, 0| Calm, 0| Calm, 0| Calm, 0| Calm, 0} Calm, 0 | Calm, 0} Calm, 0| W 0-1} 08 ; 21 |Calm, 0| Calm, 0) W 0-1 | Var. 0-1 | Calm, 0| SSW 0| W 0| NW 0-1|NNW 0-1|N 0| NNW 0| NW 0-1 0°5 oO” | Ni 1|N 1|NNE 1|N 0-1} N 0-1) N 0-1|N O|N 0-1|N O|N 0O|N 1)N 1} 0O9 0|ESE 0-1]|S 0|SE 0-1/E 0| Calm, 0| Calm, O|N O|N 0-1|N 1-2|N 1-2| NNW 1} 06 0-1| W 1-2| W 1-2|W 2|W 1-2| W 2|W 2|W 2| WSW 2|W 1|W 1) W 0-1} 1:2 1-2|N TENE te AWN We SQuIFWi 1-3} W 24|/WNW 2-3/W 2-3 | W 2-3| W 3)|WNW 2-3) NW Di 7, 0-1|NNW 1-2) W 13) W 1-2) NW 12|N 1|N 1-2| NW 1| NNW 1|N 1-2| NW 1|N 1-2) 14 1-2| W 2|W 1-2|SW 1-2|SSW 1;);SW 0-1|SW 1-2|SW 1);SW 0-1|SW 1|;SW 0-1] Var. OW Ls 1|E 1|N 0-1| NE 1|E 0-1|N 1-2| NE 1-3| N 3)N 3/N 3(/N 3-5|N 3-4 1°2 2-3|ENE 1-3|ENE 1-3|NE 2|NNE 1-2/ENE 1-3/N 2-3| NNE 3|NNE 4|NE 24|NE 4|NNE 34] 26 0-2) N 3/N 1-3} N 2-3)|NNE 1-4|NNE 2-4|NE 1-2)NNE 23/NNE 23/N 3| Var. 1-2] Var. 1-2) 21 1-02 1-20 1-28 1-28 118 1°32 1-40 1°52 1°52 1°65 1°68 158} 1-42 DirecTION AND Force oF Winn (0-12). OCTOBER 1887. 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. N 2|N 1-2|N 2|N 1/N 1-2|N 2-3|N 3|NNE 1-2|N 2|N 3-4/N 9-3|ENE 1-2) 1:7 N 0-2/Var. 0-1)/ENE 1|/N 1-2/Var. 02|N 0-2|N 0-2| NE 1|N 1-2|NE 0-2| NE 1/ENE 1-2!) 1-1 N 1-3]NE 1|/NBE 1-2|NE 12|N 2-4|N 2-3|N 2-4|N 1-3|N 2-3|N 2-3|N 2-3|N 2| 2:2 NW 1|NW 1|NW 2|NW 1-2| NW 1-2|N 1); NW 1) NW 2| NW 2|NW 3i) 18 ANG o|N 1-3|N 0-1 Var. 0| NNW 2|N 2|N 0-2} NNW 2\N 1-2] 14 1-2|N 1-2|NNW 0-2}NNW 1-2] Var. 0-1|N 0-2|N 0-2 | Var. 0-2| ENE 1| Var. 0-2 1°3 NNW 2\|N 1-2|N 1-2|N 0-1|N 2|N 1-2|N 2-3|N BN 3|NNE 3 5 0-2| N 1-2|N 0-1|N 1|/N 1|)N 1-2|N 2-3| ENE 1|/NE 1|NE 1-2 2°0 1|NNE 1-2|N 4-5|N 3-4|N 4|N 3) NE 3-4) NE 45|NNE 24/N 2-5 2°0 Var. 0-1}ENE 0-1] Var 1|N 0-3 | Var 0-1} NE 0-2|N 0-1} NE 1|NE 1-2| NE 0-1} 23 Var. 1/E 2)ENE 2-4|)E 0-1/8 0-1| NE 1| NE 1-2| NNE 2|NNE 1-2/NNE Mie eed 1-3] Var. 0-2]Var. 0-3/Var. 0-4| Var 2-3] NE 2-4 Var. 1-3) Var. 0-2|Var. 1-2] Var. 0-2; 1°5 NE 0-2| N 1-2|N 2-3 | Var. 1-2|N 24/NE 1-2} NE 2-3| NE 2-3|N 34|N 46] 1:9 2-3|N 3-5|N 12/Var. 0-1|/N 1-3] NE 2-3|N 1-2|N 0-2|Var. 0-1|N 12) 23 0-1) N LN 2|N 3)N 3/N 1-2|N 2|N 2-3|)N 1-2|N 2-3 14 3-4|N 3-4/N 2-3)N 14|N 1-3|N 34|N 4|N 3)N 3\N 3 3°3 2-3 |W 3|W 0-2 | W 0-1| NW 0-1; NW 2-3| NW 24|WNW 23|)|WNW 3/NW DT at Var. 1-2|N 1-3 | NW 1-3| W 1-3} W 0-3;NNW 1-2} NW 1-3} NNW 1-3|NW 0-2| NW 1-3} 1°5 NW 2-3) W 2-4/SW 1-4|SW 1-2| W 0-1| N 1-3|N 1-3| N 0-2| NE 2-4 | NE 1-3| 271 1-3|N 2-4) N 0-3 | NE 0-3| N 1-3|N 2-3/N 1-4|N 1-3|N 1-3|Var. 1-2) 22 0-1} WSW 1) WSW 1-2/}SW 1-2|S 1-2} WSW 2|SwW 2-3|SW 3|/SW 3/SW 8] 1:2 WNW 1-3|W 2-3| W 0-1) W 1-3} W 0-4 | W 1-3) NW 0-1] W 1-3}WNW 1-5|WNW 1-4] 23 0-2} NE 1-2|N 3-4|N 3-4|N 0-2) N 21 N 2-3) N 1-2|/N 1-2|N 0-2 16 1-2|NNE 1-3|N 2-3|Var. 0-1/E 0-1| NE 1-2|NE 12/5 1-3|Var. 0-2|Var. 0-1] 11 NW 1-2} W 0-2) W 2-3) W 2-3 | SW 38-4|/SSW 3/5 3-4| SSW 4|SSW 3-4/8 VE83}| Ey SW 34 |SW 4-5|SW 0-5} W 0-5 | W 1-5|SW 3-5|WSW 3-4|SW 2-5)/WSW 2-4/SW 2-4] 374 WSw 2} WSW 1-3/SW 0-3 | SW 14|SW 3-4|SW 3|WSW 1-3} WSW 23/W 24|WNW 1-3] 271 WSW 23/WNW 2-4/W 1-2} W 0-2 | W 231 W 1-3 | NW 1-2) W 1-3|WNW 1-3| W 1-3] 21 1-2] W 1-3|W 2-3 |W 0-2| W 13ISw 12iSWw 23|/SW 23/WSW 2/SW 23] 1: 2-3|}WSW 2-3/SW 23)SW 0-2} WSW 1-2)W 1-3}WNW 1-2} W 0-2 | NW 1-2| W 1-2)WNW 0-2} 1:8 1-2| NW 0-2; WSW 1-2)SW 1-2/S 3/8 3|SE 3-4/SE 4|SSE 6|S8zE 7-8|SE 9| 2:3 1°65 1:90 1-90 171 1:89 2°03 2°16 2°27 2°29 2:27| 1:87 s 198 Direction AND Force or Winp (0-12). NOVEMBER 1887. | 1 2 3 4 5 | 6 7 8 9 10 11 12 (or lea ne bedi? Saco Bh ie a : ae / | Dir'n. Force.! Din’n. Force.| Din’n. Force.) 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, 1 |SE 7-9|SE 8-9 SSE 8|SE 8-9 | SE 8|s 7\SE 8 | SSE 8|s 8-9 | SSE 7-9| SSE 8-9 | SE 8-9 } 2 |SE 5-6 | SSE 3-4 SE 4-5) SE 4\/SE 4-5|SE 6|SE 7-8 |SE 5-7 | SE 7|SE 7|SE 6-7 | SE 4-5 | 8 |ESE 5| ESE 46 SE 10/SE 10-11/SE 7-8|SE 61S 3-5/5 0-5 |S 1-4/8 2-4/8 1-4/8 2-4 4 | ESE 1)/ESE 0-1/N 0-1 |N 0-1);NNW 0-2/N 0-2|N 1-2|N 2-3 | NW 0-1|/N 0-1] N 0-1|N 1-2 56 IN 2-4|N 1-3 | Var. 1-2) N 1-3| NE 3/N 1-2 | NW 2-3|)N 2-3 | N 0-2 | Calm, 0o|N 0-1) NW 0-1 6 |E 2-3) ENE 2\)E 14/ENE 2-4/ENE 14/ENE 1-5/NE 0-5 |N 0-3)NNE 1-5|NNE 2-7|NE 2-7)/NNE 2-6 7 |NE 8-5 | NE 4-5|NNE 24|]NNE 3-5|NNE 2-5|NE 2-3)}NNE 2-5|NNE 3-6/N 0-4| N 2-6|N 0-6|NNE 2-8 " 8 E 8-6|ENE 47/E 5-7 | E 4-6| E 3-6) E 1-5|E 3-7| E 1-5| E 1-6|E 1-6|E 1+4/E 1-5 9 |Calm, 0O/E 3-415 1-2) 5 3) 2-3 | ESE 4-5| ESE 5|E 14/E 2-3 | SE 24} E- 1-5| E 8-4 10 |ENE 1-2|NE 1-3)/ENE 2-3|NNE 2-4|NE 0-2 | Calm, 0|E 0-1| NE 0-2) E 1/E 2|E 2-3| ESE 3 | 12 | ESE 8/ESE 2-3)/ESE 2-3/ ESE 3) BSE 3|) ESE 3-4 | ESE 2-3 | ESE 1-3] ESE 3| ESE 3| ESE 1-2) ESE 2 12. | Calm, 0| Calm, 0; NNW 0-1| NW 1|}NW LIN 1|N 1| NW 1|N 0-1; N 0-1| N 0-1; N 0-1 18 |N 1-2/N 1-2\|N 1-2|N 1-2|N 1|N 1| Calm, 0O|N 0-1/N 0-1 | Caln, 0 | Calm, 0| Calm, 0 | 14 |E 1|E 2)E 2\E 2\E 2|SE 1|)SE 1|SE 1\/E 1/E 1\E 1-2/ENE 12 | 15 |NNE 1-2)/NNE 2-3/ENE 0-2/ Calm, 0} Calm, O|N 0-1|N 1|N 0-1} Calm, 0| Calm, 0} Calm, 0| WSW 1 | 16 |SW 2-3| SW 3-4/S 8-4/SSW 3-4) WSW 3)/WSW 2-4) W 1-3| W 1-3] WNW 0-2)|WNW 1-3] W 0-2 | W 0-2 17 |SSW 1-2)|WSW 2-3|/SSW 2-3)SW 2-3|SW 2-41 W 2-3 | SW 2-3 | SW 1-3)/SSW 2-3/SSW 1-2)SW 2-3 | SW 1-3 |} 18 |SW 1-2)/SSW 1-2/SW 21SSW 2-3/8 1-3/5 3-4/5 1-3| SSE 2-3)8 24/58 1-3/5 2-3/SSE 2-4 19 |SE 12;ESE 12/E 1/SSE Tsao 1| Calm, 0|/NE 0-1} NE 0-1) N 1-2|N 0-2|N 1-2|N 1 | 20 | Calm, O|N 0|NE 0| Caln, 0) Calm, 0} Calm, 0} Calm, 0} Calm, 0| Calm, 0)SSE 0-1) 5 0-1|8 0-1 21 |SE 3-4 | SE 3-4 | SE 3|SE 3/SE 3-4|ESH 3-4|)SE 3-4| ESE 3-4| ESE 5| ESE 5-6|ESE 4-5/ESE 45 22 |ENE 3-4/ ENE -3|ENE 2-3/ENE 2-3)N 0-2)|NNE 0-2);ENE 0-3|NE 1-3)ENE 14|NNE 0-3|/NE 0-5)ENE 1-5 23 | NE 1-3| NE 1-4| NE 1-3/ENE 1-3|/N 1|NE 1); NNE 1| NNW 1;}NNW 0-1;NNW 0-1] W 1|W F- | 24 |SW 3-4) SW 3| SW 3) WSW 1-3|)SW 3-4 | SW 4)SW 4-5|SW 3/SW 2-3)/SSW 14|)SW 1-3|SW 3-5 i) 25%) Var. 1-2|/Var. 0-3|)NW 0-2| NW 1-3| NE 0-2; Var. 0-2) NE 0-4/ Var. 0-2|N 0-3 | NW 0-3 | N 0-2| NW 0-2 26 |SW 3-5|WSW 46) W 2-4) W 1-5| W 1-4) W 3-5 | W 3-5 | W 4-5 | W 2-5 | W 3-5 | W 4) W 1-4 278 |W 2-3-| WSW 2); WSW 0|SW 0-1 | ESE 1] ESE 218 2) Sw 1-2} WSW_ 1-2] W 1|NW 1|NW 1-3 28 |WNW 1-2|/W 2) WSW 2|SwW 2)SW 1/SW 1|/SW 1\S 1-2/8 2/8 3\S 3|SW 1-2 29 |SW 1;SSW 1-2;)SSW 1) SW 1)SSW 1|8 1/8 1/8 0-1/8 0| Calm, 0\S 0|SW 0 30 |NNW 0-2;|NNW 1-2) NW 1| NW 1/N 1-2}WNW 0-2) W 2-3 | SW 3) SW 3-4 | W 3|W 0-3 | NW 0-3 $i ; MEANS 2°43 2°63 2°50 2°65 2°37, 2°33 2°52 226 2:23 2°32 2°20 2°33 Direction anp Force or Winp (0-12). DECEMBER 1887. 1 2 3 4 5 6 7 8 9 10 11 12 Dir'n. Force.} Dir’n, Foreé.| Dir'n: Force. Div'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. 1 |Var. 2-4|NW 1-4/Var. 14|N 1-4| W 14|Var. 1-3) W 2-4 | W 1-3| W 1-4/ Var. 1-3/Var. 1-3]}/NW 0-4} 2 |N 2-4 | Var. 1-3} Var. 2-4)|NW 2-5| NW 2-5 | NW 3-5 | W 2-4|N 2-4 | Var. 1-3 | W 2-4 | W 3-4| WNW 8-4) 38 |WNW 47/1 W 4-7| W 3-7) WSW 5-7|/SW 5-7|WSW 5-6| W 3-5 | W 2-5 | W 1-6 | W 2-5 | W 3-6 | W 2-5 4 |NNE 0-1/NE 1-2|N 1-2) N 1-2} NW 1-3| NNW 2| NW 1-3 | NNW 2|N 1|)/N 0-1|N 0-1) NNW 0-1} 56 | WSW 3-5) WNW 1-3|W 0-2 | NW 1-2| NW 0-1) N 0-2) Var. 0-2|W 1-2} W 1-3 | W 0-2 | W 2-4) WSW 1-2 6 |SW 4-6|SSW 6-7|SSW 4-8/S 5-8 |S 6-8 |S 5-7/8 6sissw 46|Sw 2-5|8 2-6 | SW 2-5|N 0-2 Fal NOVY 1-3|NNE 1-2|)NE 1-2|N 1-3|N 0-4|N 0-2| N 0-2|N 0-3|N 2-5 | NE 0-3 | Var. 0-3 | N 0-3 8 |NNE 1-3|N 1-3|N 1-2) N 1-2| NE 0-2| N 0-1 | W 2|W 1-2|SSW 1/S 3/5 3/8 4 9 |NNE_ 1-3] Var. 0-1|NNE 1-3)}NNE 1-3|WNW 2-3)/WNW 0-2/E 2-3|E 0-2)/ENE 24/N 3-5|N 2-5|ENE 2-4 10 |NE 2-4)N 2-4|N 2-4) NE 2-4|N 3-4|N 2-3) N 14|N 14|N 14|N 1-3|N 1-2)N 0-2 Te 2-3) N 2-3|)N 1-2|N 1-2) N 1-2|N 1-2|N 1-3/NNW 1-3}NNW 1-2)WNW .2-3|W 3|)WSW 2-3 12 | NE 0-1|)N 1-3) N 2-3| N 3-4| N 24)N 1-3|N 1-2|N 0-2) N O|N 0-1) SE 0|SE By 13 |SE 8-9 | SE 8| SSE 8|SSE 7|SSE 7-8 |SE 8|SSE 7-9|SSE 8-9 | SSH 7-8 | SSE 7-9| SSE 8/ SSE 5-7 14 {8 8-4|SSW 24/SSW 2-4/S 4-5| SSE 6|S 6|S 1-5|SE 4|55 6|5S 3-5 | SSE 5-7 | SSE 7-8 15 |E 0| Calm, 0| Calm, O|N 0-1|ENE 0-2|E 1-3|E 1-3 | E 1-3| NE 0-2) N 1\E 1-2|N 2) 16 |SW 3|SW 2-3| W 1-2|SW 2-3|)SW 2-3| WSW 2|SwW 2-3/8 8\/SW 3-4| SW 2-3| W 0-2 | W 1-2| 17 | NW 2-4| NW 2-4 | Var. 2-4| Var. 3-5 | Var. 0-2 | E 0-3) E 1-3 | E 1-3| NE 1-4| Var. 1-4) NE 1-4 | Var. 1-4]. 18 | NE 0-1| NE 1/ENE 0-1|NE 1-2) W 2|N 1-3|N 1-3|NE 0-2|N 1-2| NE 2) NW 2)N 2) 19 |N 1-3|NE 2-3| NE 1-3| NE 1-3 | NE 1-3| NE 1-3|NE 1-2|N 1-3|)}SW 0-1) N 1-3) N 0-2 | N 1-3. 20 | NE 1-3)ENE 2-3/ENE 38-5|NNW 3-4/5 2-4|E 3-5 | Var. 1) Var. 3-5|Var. 0-5|N 4-5|N 3-5 |N 2-6 21 IN 2-6 | NE 0-2) N 2-4) N 2-7|N 5|N 5|/ENE 0-5|N 8-5 | N 1-4)/ENE 0-4|N 3| Var. 0-8 22 |NE 0-1|N 1-2|N 1-2) NW 2)|WNW 2|)WNW 2}WNW 38|/W 3|W 2) W 3) W 3) W i) 23 IN 2|N 2-3| N 1-3| N 2-3|N 0-2 | N 1-3|N 2|N 2|N 2-3) N 3/N 3-4) N 34] 24 | NE 1-3| NE 3-4| Var. 0-2) ENE 2-3/2 1-3|N 1-3| N 1-3/E 2) ENE 2| ENE 2| ENE 2) ENE 2) 25 |NNW 3-4|N 3-4) N 2-3| N 1-8| N 1-2|E 2) NE 2-3) N 3|N 2-3) N 1-3|N 1)N 1-2! 26 |NNW 1-2/ENE 1-2|) NNW 2) Var. 0-1|N 1|N 0-1} NE 1-2| NW 0-1) N 0O|N 1| Calm, 0O|N 1 27 |SE 2| ESE 1| ESE 1/E 0-1/SE 1|\E 0|E O|ENE 0-1\E 0 ESE 0-1/| E 1\E 1) 238 |N 1-3|N 1-3|N 2-4) N 2-3|N 1-2| NNW 2|)Var. 0-3|N 1-3|N 1-3;,NNW 1-83;)NNW 1-2);NNW 1 4 29 | Calin, 0) NE O|NNE 0-1)N 0-1|N O|N 1) NE 1-2|NNE .1-2) ENE 2|\|E 1|E 0|E 2) 30 | NNW 1|N 1|N 1)N 1-2|N 1-2|N 1/N 1|N 1|N 1)/N 1|N 0-1|)N ae 81 |W 1|WNW 1) NW 1-2|N 1-2|N 1)/NNW 1-2;)NNW 1-2} WNW 1-2|)W 2; NW 1)}WNW 0-1; NW | * ‘ | MEANS 2°42 2°34 2°32 2°61 2°50 2°44 2°34 2°39 2°24 2°34 2°31 2 39] | Var. [KF SCHOONTNA AK WNe BREE Sie 2 = oe e < 5 Fe sess ? Z 13 Dir’n. Force. 1 |SE 7-9 2 |SE 6 3 |s 5 4 |N 1-2 5 | NW 0-1 6 |N 0-5 7 |N 4-8 8 |E 3-4 9 |E 4-5 10 | ESE 3-4 11 |SE 2 12 |NW 1 is |S 1 Dir’n. Force. 1-3 14 1°95 TRANS. ROY. SOC. Direction anp Force or Winp (0-12). NOVEMBER 1887. 199 14 15 16 nu 18 19 20 21 22 23 Midnight. |MgaAn. Dir’n. Force.) Dir’n. Force.) Dir’n. Force.) Dir’n. Force.) Dir’n. Force.| Dix'n. Force,| Dir'n. Force.) Dir'n. Force.) Dir’n. Force.) Dir’n. Force | Dir'n. Force. SE 8\|E 6-7 | ESE 8|ESE 8-9|SSE 7-8/S 5-7|SSW 3-4|/SSW 3-4/SSE 45)|SE 6-7 | SE 5-6) 7:2 SE 4-5 | SSE 41S 5|SE 5|S 5-6 | SE 6|SE 5|SE 5| SSE 7\SE 6-7| SE 6-7[ 5°5 SE 4-6 | SSE 3-4| SE 4|\SE 4|ESE 23/ESE 5-6|ESE 4| ESE 4/ESE 23/SE 2-3 | SE 1-2} 4°4 NNW 12|NNW 2|N 0-2|N 0-2|N 1-3/N 14|N 0-2| N 12|N 1-2|N 1-2|NNE 2-3] 1:3 NW 1| Calm, 0| Calm, 0|SW 0-1 | NW 0-1| E 0-2|SE 3| SE 3-4| ESE 2-3)ESE 2-3|/ESE 3-4] 16 N 24|N 14/NE 2-4| NE 0-5|NE 0-5|NNE 2-6|N 2-4| N 3-4) NE 3-4) N 3-5|/NNE 3-5} 31 NE 5-S|NNE 4-6|NNE 47|N 0-7|N 3-7| NE 5-8 | NE 3-6 | NE 4-8|NNE 3-6|NE 2-6|ENE 5-8 4°5 E 3-4| E 344 E 3-4 | NE 1-4|E 0-5|/ENE 2-3/E 3-5|ENE 3-4|E 3-5|/ENE 2-4/E 3-4 Bia E 3-4) ESE 4|E 4\E 2-3 | ESE 3|/E 3|E 1-2)E 2|E 2\E 1-2| NE 0-2 2°8 ESE 3\ESE 2-3] ESE 2-3|E 1|/ESE 3-4/E 0-2 | E 2-3|ESE 23/ESE 2-3/SE 1) ESE 2-3| 2°0 SE 1;/ESE 0-1/E 1|/ ENE 1/E 2\E 1-2|E 0-1| E 0-1|SE 1/SSE 0|W oO} 18 NNW 1|N 1-2|N 1;/NNW 1-3|N 0-1| N 2-3| N 1-2|N 1-2| NNE 1|N 1-2|N 1-2} 10 Var. 0-1|N 0-1|N 0|N 0-1| N 1)N 1|N 1|N O|N 0-1| N O|N 0-1 06 NNE N 1-3);NNE 2-3|}NNE 1-3)/NNE 2-3/N 1-4|NE 2-3| NE 1-2) NE 2-3|NNE 23] 1°8 Ww 1) NW 1-2| NW 2|NW 2) Ww 1-2) WSW 2|W 1-2|Sw 2|SwW 2-3| 1:2 NW 1-3) W 1-3|WNW 2-3|)NW 0-2| W 1-3} W \1-2}WSW 2-3/SSW 2-3|)SSW 1-2) 2:1 Ww 1-2}WSW 2-3|SW 1-3|SW 1-3|SSW 1-2|SW 2|Sw 1-2|Sw 1-2}WSW 1-2] 21 SSE 2|SE 2|SSE 2|SSE 2-3 | BSE 2| ESE 2-3|E 2-3|SE 2-3| ESE P2\| paw. NNE 1-2)}/NNW 0-3|N 0-3;NNW 1-2|N 2|N 2-3| N 1-2|N 1)NNE 0-1} 1° SSE 2|SSE 2|SSE 3/ SSE 3-4| SSE 2-3 | SSE 2-3) SE 2|SE 3) SE 3-4] 1:2 E 2-3) E 1-3|E 0-3/ENE 1-3/E 2-3/ E 2-3/E 2-3| E 24|E 3} 3:3 ENE 2-3|N 1-3| NW 14/N 14|N 1-3;NNE 3-5|NE 14|NE 24|NE 24 24 Ww 2-31 W 3|W 4|W 2-3| WSW 3; WSW 3-4|SW 3) SW 4|SW SH sal: NW 1-3 | W 0-2| NW 0-1 | NW 1-2) NW 1-3 | NW 1-3 | Var. 1-3|N 1-3| NW 1-3 2-5 E 1-2| Var. 0-1}WSW 0-3|SW 2-3) SW 3, SW 45|SSW 2-5|SW 2-5|WSW 1-5] 1°8 NW 2-3 | W 1-3| W 2-3 | W 1-3 | W 1-3) WNW 2-3)}WNW 1-2|NW 0-2| W 2-3) 29 N 2|NNW 1-2|N 0-2|N 0-2| E 0-1| N 1|N 1] NW 1) NW Hy 3s Ss 1-2|SW 0-1| SW 0-1| SW 0-1|SW 0-1|SW 0-1) SW 0-1| SW 12|/SW 1 14 WSW 1) WSW 1|W 2| NW 0-1| N 0-1| N 0-1|NNE 1-2|N 1-2|N 2) O9 N 1-2| NW 1-2| WNW 2| NW 0-3 | NW 1-3|NNW 2-3} NW 2-3|)N 1-3|N 1-3 1°8 2°33 2°12 237 2°48 2°23 2°53 2°35 2°40 2°52| 2:39 Direction anD Force or Winp (0-12). DECEMBER 1887. 14 15 16 17 18 19 20 21 22 23 Midnight. |MEANs Din'n. Force.| Dir’n. Force.) Dir’n. Force. Dir’n. Foree.| Dir’n. Force.| Dir’n. Force.} Dir’n. Force.| Dir’n. Force.| Dir’n. Force.| Dir’n, Force.| Dir’n. Force. N 1-3|N 14|/N 2-4 | SW 1-4| Var. 3-4) W 1-5|N 2-4|N 2-4| NW 2-3 | NW 14| NW 2-3 2°5 NW 2-4| WNW 1-4; WNW 2-4) W 3-5 | W 46) W 46/W 3-5 | W 3-5) WNW 2-5| NW 2-5| W 4-7) 3-4 Ww 4-5|W 3-5|WNW 2-3) W 1-2| NW 1-2} WNW 0-2)NNE 0-1/E 0-1 | W 0-2| N 1-2| NE 0-2) 3:3 NNE 0-1|N 0-1|N 1|N 0-2 | Calm, O|NNW 1-2} WNW 1-2| W 2-3| W 1-2}WSW 24|SW 2-6 1°4 Ww 1-2) W 2-3) WSW 3-4) W 1-4| W 2-5|WSW 1-4) WSW 3|W 2-3|SW 4|/SSW 34/SSW 3-6] 23 NE 1-2| NW 1-2| NW “9 SW 0-2|WNW 1-4|N 0-4|N 5-7|NNE 4-5|NE 24| NW 1-2;/NNW 1-3 3:7 ENE 1-2/E 1-2|ENE 1-2|N 0-4;ENE 0-4)/ENE = 2-3|NE 0-2| NE 1-2) NE 0-2)/ENE 2-3|NE 0-1) 16 SE 3-4|SE 5|SE 7|SE 8| ESE 71s 4-7| SW 3; WSW 23/N 1-3|N 1-3|N 0-1) 30 E 3-5|NNE 2-3|NNE 24|NNE 3-5/E 2-5|E 14|N 25|NNE 34|NNE 24/ENE 2-4|N 8-4| 2:8 NNW 1-2/NE 24/|NNE 1-3|N 3-4|NNW 2-4|N 0-3 | N 2-3|N 3-4) N 24|N 2-4) N 2-3 2°5 WSW 2-3} WSW 1-2/W 0-1|N 0-1| NE 0-3| NE 0-1|N 1-2|N 0-1| NE 0-3| NE 0-1| N 0-1} 16 SE 4|/SE 4|\SE 4-5 | ESE 5-7 | ESE 6| ESE 7|SE 8| ESE 8 | ESE 7-8 | ESE 8/SE 8-9] 4:0 WNW 1-2/N 0-1) WNW 2-3|NW 1-3 | W 0-2) WNW 0-2|W 1-2| W 1-2|Sw 2|\SSW 2-3/SW 2) 4:7 SE 7|SSE 7|SE 7-8|SSE 7|SE 8|SE 6|/SE 6|SE 4| ESE 344 | ESE 3| ESE 2) 52 NW 1)/SW 2|s 2|Sw 2-3|SSW 2-3/S 45/8 3-5|S 4-5|SSE 3-5 | SSE 5/S 4-5) 21 NW 1-2} W 1-2) W 2-3 | W 1-3) WNW 1-2} W 0-4 | NW 2-4 | NW 24|NW 1-4; NW 2-5| NW 24) 23 Var. 1-3|/NE 1-3 | NE 0-1|N 0-2/S 2|N 0-1| NNE 1|NE 1) NNE 1|/N 0-1; NNW 1} 19 NNE 1|N 1|NE 1-2\|N 0-1) N 1-3)}ENE 1-3/NE 1-2) NE 2)|NNE 1-3|/N 2|NE 0-2 15 Var. 0-1| N 12\);ENE 1-2)/ENE 23/ENE 23/E 2-3| NE 1-3| NE 14\/ENE 2-3|)NE 2-3|N 12} 1°83 N 2-5| NE 3-6 | Var 2-6|Var. 26|/ENE 3-6/Var. 0-4|N 47|N 5-8|NNE 6-8|N 6-8| N 6-8) 4:1 Var. 0-1/Var. 0-1/N 0-1;N 0-1; Var. 0-1|/N 1} Var. 0| Calm, 0|NE 1-3|ENE 1-2|ENE 1} 19 WNW 1-2|NW 0-2|N 2|N 2-3| E 0-3) N 2} WSW 0-1| NNW 1|Var. 0O-1/N 0-1/N 2! 19 N 2-3 | N 3-4 | N 2-4|N 24/N 2-3|N 1-3|N 3-4| NNE 4|N 2-4|NNE 1-3|NE 2-4 2-7 N 0-2|N 1-3 | Var. 0-2|E 0-3| ENE 1|N 1|N 1-2|N 23|NNW 2-3|N 2-3) N 2-3 1°9 E 1-2| Var. 0-1| N 2-3|N 1|N 2|N 2|N 2-3|N 2-3| Var. 0-1) N 2)}NNW 1-2 1°9 E 0-1) SSE 2|SE 1-2/|SE 3/SE 3|/SE 3|E 2-3|ESE 2-3/ESE 23/ESE 23)/ESE 2) 1°5 NE 1|N 2|N 1-2|N 0-2|N 1-3|N 1-3|/N 2-3|/N 2-4|N 3\N 2-4| Var. 1-3 14 NE 1-2|N 1-2|N 1-3|N 1|N 1|/NE 1\E 0-1|E 1\E 0-1|N 0| ENE 0 14 NE O|N O|N O|N 0-1} Calm, 0|N 1)N LN O|N O|N 0-1) N 2 06 N 0-1|N 0-1|N 1|N 1|N 0-1|N 1|N 1|N o|N 0/Calm, 0/Calm, 0} 07 WNW 1-2) NW 1|;NW 1|W 2|W 1-2| W 1-2| SSW 2|SW 2-3| SSW 2/SWw 2-3|SW 2) 15 1°94 2°11 2°29 2°42 2°53 2°34 2°56 2°60 2°40 2°50 2-444 2°36 EDIN. VOL. XXXIV. 21 BEN NEVIS OBSERVATORY.—HOURLY VALUES, 200 ‘sxvay| €10- | O10. | 00. | eto. |¢r0- | 110. |OT0- | 910- | 210 |ot0- | 800. | Or0- | Zto- | eT0- gIo- |sxvayy ‘seag | ZF6-6 | 18-0 | ZFZ-0 | GTF-0 | ZF-0 | 068-0 | 6Te-0 | E8F-0 | 8Ee-0 | OTE-0 | ¥42-0 | arg-0 | Z2-0 | G6e-0 ¢F¢.0 | “sxag sal Pa 720% Tag Pec rea a fee le Sn Be Sh] ln. Un ee sa a ero. | Te og | 121-0 |1¢0- |goo. |g¢go-.}zo0. | - | - | - | - | - | - Jeno. | 900. | 600. too. | og 62 | 20-0 |200- |oto- | 100. | 100. | 100 |oto. |goo. | - | - | - | - | - too. - | 6 BG |AUO20| (Sis ates I at Hae mae lie Stowe |e ay Meare S100. || TOU. | 100. fe = = ihagz 1% 2 UG-" =a See Sa) HS Se eS eee) = lS ES il ay ec slecoromles) Wa Sa I =F Rl =o Tose lies ine. foo HON fe i Zt0. | 9% ez | 41-0 |¥00- |¢to- | 100. | - | 100 |zoo |too- | - |#oo | - | - Joto- Jago. - |e 7% | 120-1 |200- | 10. | ogo. |szo- |6ro. | eto. | zzo- |oet- | 680. | ¢90- | 900. | 2¢0- | ¢zo. et. | # ez | 199-0 |¢40- |900- |¢to- | eto. |zto. |¢z0- | ogo. | zoo. |¢o0- |go0- | 2¢0. | Feo. | 200. 100. | 8 zz | 9cr-0 | - | - |go0- | 100. |F00- | ogo |ozt- | 2¢0- |F00- | - |¢go- |ogo- | 900- 100. | 2 1z | 202-0 |900- |600- | too. | - |r1oo- |too | - | - | - | - |¢zo. | 110. | zoo. cro. | 1% ge leca0-0, coo) > | eal eM wal eee) | eS Mies | | Sh = - | 0% Gre cenouls =. 800. |tooe.| x |e = | = ee = Ks Keog: 100: | 6r st | ost-0 |900- | too. |¢oo. | - | - |t00- | zoo. | tro | 2z0- | 100. | ogo. | sto. | too- 100: | gr 1t | 6g¢-0 |t10- | zoo. | zoo. |F00. |#¢0. | Zt0- | zoo. | Foo. | 210. | 100. | zoo. | oFO | FEO. zoo. | LT ot | geet | 100. | 220. | 922 | tee |oet- | seo | seo. |Fer- | opt. | 6zt- | zoo. | 900. | ogo- Z10- | 9f et | geo |oto. |2z0- |9t0- |ezo. jor. | - | - | - | - | - | - |00- |ero- eso. | or 71 | 796-0 |z10- |¢to- | 910. | 100. | aco. |oto. | z2zt- | - |go0. |zro. | aro. | oct | #80. 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| 200- | 600- | €L0- | FIO. | O10. | #60. | ¢z0- | SFO. eS 6. | ¥22-0 |800- | - |T1g0- | g00- | 1c0- | 200- | eho. | - |6c0- | - |800- | - = - |200- | - |¢00- | — |020- | g00- se 8I | 981-0 |ZIO- | Z00- | 800- | 900. | G00. |800- | 900- | 900- | €00- | 100. |0Z0- | - - = = = - - - = | I | SII-0 | - | 160. | #00. | 100- | 100- | O10. | O10. | - = - |g00- |090- | ~- = = = = = = by 91 = x > = 7 = = = = = é &3 = = = = > = z > = 5 cL = = = = = = = = = = = = = = eal ye = ~ = = = a iad = = = = 2 - = = = = = = = = Se = - = = = = €L | 890-0 | - = = = = = = = = = = = ||)@ i = = = = - | 2400. | F00- fan} ZL | 098-0 | €10- | 900- - |900- | #00. | - |8T0. |Z00- |SIT- | OFO- | 800- | 20. | Sgo- | G0. | GIT. |090- | 6g0- | 6FO. | #60- | 00. a IL | ¥&%-0 | 110. | 600- | ero. | OO. | E¢0- | ZIT. | SEO. | 220. | Ze0- | 0GO- | G0. | 00. | — =~ lett, |) = = = Wye |] = = OL | &F0-0 | — = = = = = = = = = = = = = = = - - | 100. | 900. a 6 089-L | *FO- |0G0- | [TO- |88I- | 680- | OL0- | GeO. | #10. | 610. | 890. | 200. | 201. | - | 290. |900- | #00. | ¢FO- |040- |OIZ- | 00G- | ZII- | 092- | 080. | 680. | 6 5 8 GEG-e | 140. |0gz | 10Z- | GOI. | eel |G4T- | GZ | e8t- |O9T- | 2GL- | 98I- | 099. | S6L. | G2E- | ShF- | 022. | Geo. | 210. |OFO- | STO. | O10. | — = = 8 ea L elt | - |800- |100- | - | #00. | STO. | 920. | go. | gO. |OLT- |8L0- | #00. | Sct. | 840. | ¢60- | ozt- {C¢so-] [loro-] [eso-] \Loot-] ogo-] | ¢¢0. | #20. | OO. | Z A 9 I10-I |1Z0- | - |€z0. | - |ZLO- |F00- | 280. |oL0. |Z40- |0zO- | 140. | - 10. |920- | G00- | Ogz- | 800. | 8ZI- |S8TO- | 800. | 660- |910- | 980. |ZcT- | 9 Zi g #9¢-Z |610- | O8T- | FO. | Ze0- | 0¢0- | O6F | OST. | 920. | O20. | 1G. | OOT- | OGz- | GZT- | G60. |990- | SFO. | ETO. | 980- | O9T- | 240- | OFO- | 090- | 600. | IFO. | ¢ ia i FI8-0 | ZZI- | 020 | #20. | 660. | 180. | GZI- | gO. | — | 00- |0g0- | ZZ0- | OzO- | S10. | 600- |9g0- |600- | OO. | tL0- | 600- | O10. | 200. | €2O- | IFO. | ¢20- | F g g9¢-0 jLogo-] | oo. |Logo-] | 00. | Zz0. | zoo. | - = = = leas |) = = — |g00- |900- | 020- | 800- | 1Z0- | G20. | FIT. | 6FO- | OFO- |090- | & e 626-0 | 910- | 200- | 00. | 480- | ZO. | €z0- | 080- | 20. | 190- | OSI. | G00- | 8g0- | 00- | FIO. | ez0. |#Z0- | OFO- | ETO: | 090- | S80. | GL0- | 620. | 060. | SFO. | & it Z19-0 | 820. |0Z0- |S10- | 100. | - - |O10- | 200- | 100- | #20. | 600- | 0F0- | 610. | *90- | Z60- |0G0- | 080. | 80. | G00. | 1ZO- | OTO- | LIO- | 80. | 6&0. | I 5 “qys1u prism |tepee al esceual e-caah (feescdln || aaalocueAi we eae ian GA aie Deed incall Pedi uNoMY| “oy | 86 | 2 | TG | OG | GL | St | 2E'}' OL | SE | FL | St | BE | TE | oF 6 8 l 9 ¢ P g z I “SUHONT—TIVANIV Y 204 ‘W881 UAANAAON —- ~~ 205 BEN NEVIS OBSERVATORY.—HOURLY VALUES. ‘SNVAW ‘swag Té 0€ 66 8@ KG 96 & ¥G && GG 1G 06 61 8T AX 9T ST las ST mnwowtwyimo OM DO D FE0- 8Z0- G6G-GZ | 698-0 820-0 = 600-0 = 010-0 = 910-0 i 0F0-0 | 100. GG0-0 my 280-0 a €00-0 = ¢60-0 = CIL-@ | 100- 648-0 | O10- 28¢-0 | OL0- €6F-0 | G60- 169-0 | 090- SFE-E | GLO. G9G-T | §40- Z98-0 | G&0- L9F-T | Z00- F9G-F | &8z- 68E-L | S10- €LL-L | GF0- 816-0 | 620- S&&-G | GLO. 826-0 | ZZ0- TLL-0 | 660- €00-T | 800- 169-0 | G00: €G0-0 | 900- 7 “qq sru qunouly “pI el, 0 se T&0- | #E0- *| FZ0- £96-0 | 690-T | 682-0 910- | 800- | 200. 100- — T00- = = €00- 900- | - = F00- | €00- | 200- OL0- | FLO. | 0Z0- 260: | €ZI- | 660- 0¢0- | 080- | ¢00. Logo] | ozo. | 10. ¥00- | OL0- | 020. 0Z0- | 0€0- | OFO. 0@0- | €80- | 120. = F00- | 100. O6L- | O&L- | PFO- 900- | €10- | OL0- OGI- | €1Z- | T¢0- ceo. | I€I- | ZIT- 00: | 600- | OLT- OLO- | 080- | OFO- 601. | 6&0- | G90. I10- — | $00. ceo. | 9c0- = céi- | LL0- | €g0- 900- | OFO- | Cg0. 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- - - - - - - - - = = = = - = = = - - - - 63 86 | 920-0 | - = 2 = z = = = - |100- | - | #00- | 100- | 600. |0TO- | - = = = = - = = 8% 46 | 69-0 | - | - | - | - | = | = |wo. | - | 80. |¢zo. | seo. | te0. | TO. | ee0- |9z0- | 010. | 800. | ZOO. | 100. | 100. | 100. | <00- | g00- |6z0- | Zz 96 | L6I-0 |910- | too. |oro. | - - |%00- | - |2t0- | zoo. | 210. |900- | - £00. | 600. | €z0- |900- | ¢00- | ILO. | 200. |ZI0- | OO. | OT0- | 200. |ogo. | 92 GG 898-0 | 610- | €90- | LTO. |¢00- | ZI0- | ¢00- | 800. |800- | Z00- | ZO: | TOO- = ¢00- | OT0- 5 080: | OF0- | 080. | 220. | O10. | 800- | 200: | 910. | 0€0- GG ¥G | LET-0 | 810. | £20. | Ze0- | 610. |0z0- | 800. | - = |¢r0. | = = - = = E = = = = = = = = = ¥G €& | 040-0 | - = = - = = = = = = = - = = = — |¥00- | 600- | S10. |#10- | €T0- | 100. | Z00- | #10. | & GG 60-0 = 8z0- | LTO- - - - - - - - - - - = = = = = = = = = = GG 1G 986-T = = - - 910- | 680- | 8Z0- | 9FI- | 6OI- | 2G0- | 890- | 6z0. | 2Z0- | 060- | ZO. | OFO- | O€0- | OOT- | IFT. |080- | PL0- | 890- | 9FT- | G20. 16 06 T9¥-0 | 8FO- | 9F0- | 610. | 1z0- | 1z0- | 080. | cor. |060- | 900- - = - = = = = = = = = 810: = 020- | Z€0- 06 61 = = = - ~ = - = = = = = = - - - = - - - - - - - = 61 8T 7 a = - = - = - - - - - = = = - - = = - - = = = = 8I AT = = - - - - - - - - = = = - ~ - - - - - - - - - - ht aL - = - ~ - - - - - - = = = - - - - - - - = - = OL ST % = = - - - - - - - - - = = - - - = - - - - = - = GI FT = = - ~ - = = = = = = = - - = = - - = = = - - - al €T = = - - - = - = = = = = a - - = - - - - - - - - - eT GL = = - - - - - - = = = - = - - - - - ~ - - - = - = SL T | 890-0 | - Ss gl ee ee te | et | = - 1800. |T00- | - | 00. | - | 800. | - | G00. | G00. | 600: | G10. | #10. | TI OT 6€Z-0 | ILO. | ZEO- | OL0- | To. | 800. | or0- | 100- | ¢00- |800- | 600. ¥c0- | OL0- rz a = G00- | 200- | OL0- | O10. | GI0- | G20. | 8&0- | OL0- | 600- OL 6 060-0 | O10. | €10- |8r0. |¢T0- | 610. | 100. | Ito. | 100. | Foo. | — = - = - = > = = : = = = = = 6 8 = = - - = = = u = = = = = = = = - = = - <: Sar Ges - - 8 L = - ~ - = s = : = = = = = = = = = = = = = = - = - Ll G e = - - = = = a = = = = Es = = = = = gs = = ~ = - - G ¥ = = - - = = = = = — = = = = = = = = = = = - - - - ¥ € 96-0 Fa = = = = > G00: | ZOO. | [00- | TIO. | O10. | #20. | ZTO- | OFO- | 910. | S10. | FLO. | TIO. | OL0- | G00. | OT0- | 080- | TTO- | 600- € G GIL-0 | 2Z0- = 610- | 900- | 1G0- | 120. | O10. | 600. | OTO- | 800- | IFO. | F00- | 220: |0G0- | O10. | OL0- | 0G0- | 0g0- | 0Z0- | 920- | ¢20- | ZFO- | 890- | GT. G T 198-0 | 190. | 610- | #10. |Z10- | OL0- | 6FO. |¥ZO- | 800- | ZIO- | ETO. | 600- | 200 | 910- G0. = = z GOO. | F10- | 090. | 610- 1g0- | 090: | SOT- I 7 “qs eee aries ite) Plays (reenter ger e ae” | PrN a4 pean eee GAT | gu eae & NOY epi || S6 /S60. 1 EATS! ROSS RET VARS NORLT, COT ENTE ORE. Ret Mera OGKE ROT jee eRe ORE ieee ker ery |e |) st *‘SUHONT—TIVANIVY “S881 TIUdV BEN NEVIS OBSERVATORY.—HOURLY VALUES. 210 o rr a or a SS a o Acs =) f=) mA MH 1D OM OD oO Sn N i) 110: 0&¢-0 600- |600- | G00- | 900. | FIO: | G10. | TLO- | FLO- | SL0- | €Z0- | FIO. | S10- 682-0 | 882-0 | SFI-0 | L9T-0 | 6LF-0 | LEF-0 | 8ZE-0 | SEF-0 | LTF-0 | 869-0 | EZF-0 | LLF-0 | Gt" | 100. | L007 |-= | = | =~ |eoo | => |/z00 | too | = f= = ieee | Geo teen Peas | tee | ete | Bee tear ||) tat y) ter fl ee TOO 200 =e eet Gee Tee Fee | a > i = Wee = = | sos 003 ozo: eon: “ico: foro: WOGr We We A eee i eS al redo: ion. “ito. BOLO: T00- | - |200- | 100. | 600- | ogo. | 800. |900- |¢00- | 200. | - | - = i009. |) = = - |T10- | 200- | 800- | FO. | 1Z0- | 600- | 100. = = = = = = 900s i) = = = = = = = = - |900- |0z0- | ¢00- | 100. | ¢00- | 0G0- | eFo. | 0ZO- = = = = = = = = = || || = = €20- | 200- |600- |$00- |800- |#00- | - |z00o- | - Joto- | - | ego. T¢0- | ¢00- |0z0- |Let0-] | ¢r0- | cto. | 900. | 00. | 200- | 600. | — = —- |g00- | 100: |900- |Z00- | - | T00- |900- | €10- | 6L0- | ¢go- | Sto- = = = 5 = = Nis iads = Ss) (0 (i - |€00- | O10. | OL0- |0z0- | 6Z0- | OT0- | 800- |#z0- | OFO. |OLO- | - = = = = = 00s | = = || Moor || eo |) = = = ene = = = = = = a = = = = - - |600- | 0g0- | 100- |Z00- |#00- | — = = = = = = - |¢00- |Z00- | - |800- | €00- | 600 |8t0- | 800. 200: | O10- | G10. T&%-0 | OLE-0 | 698-0 1€0- | G00- | 260- 080. | OST. | $60- Ge0- | GPO. | €Z0- = ||" | Too: - | 800- | 900: - |¢00- | 200: ogo: | ogo. | 2T0- - | 100- | Too. 00: |0z0- | £20: = | = | tain: =i €00- = mn O10. | ¢00- = G00- | 200- ‘SHHONT—TIVANIVYY ‘¢88l AVN 600- 896-0 880: r10- LGF-0 €80- 800- L¥G-0 &20- &10- 688-0 60%: G00- |'sxvaw 21Z-0 | ‘sRaS e60- | Is Aor Z0- | 63 =) | =P || ze - | 9% 200. | 9% e20- | ¥ =" lh 8 100. | 2% = 1x 100 | 0% = ABE O10: | ST 20. | LT Teo: | 91 = ae FI = |e = |e oro. | 11 820: | OF 800. | 6 = || 8 > 12 = Ig = Ng ~ WF ae ts at | 8 ~ 1% I 211 BEN NEVIS OBSERVATORY.—HOURLY VALUES. ‘SNVaM| QLO- ‘SROS | €78-9 1g 0& ¢¢0:0 66 ce0-0 8G 090-0 1G = 96 % G = VG = & 660-0 GG ¢6G.0 1G 882.0 06 168-0 61 GEG. 0 8T 216-0 AT 680-0 9T % cI = FL 00-0 &T €Li-0 él 680-0 II 896-0 Or a 6 TOL-0 8 Tg0-0 2 — 9 = g 019-0 v 67&-0 & TLL-0 G OTS-0 [ 910-0 ‘qUnoWy 800- 676-0 800: &&6-0 800- GEG-0 110. | 600- 88-0 | c9%-0 - | 900. TFO: | 0F0- ZL0- | £20. 090- | 180. FFO- | o0- G00- | 110- 120. | - 100: | 110- 2L0- | 020: GIO- | 0<0- | 900- €6T- 900- | 900- | 8TO0- 0 | 991-0 | C9T-0 | Se9-0 | 792-0 | T9T-0 ‘SHHONT—'TIVANIV YY ‘G88L ANOS 600- G00- T00- | | | | | | | | | | 6 100- L1G-0 | 1FG-0 | 00F-0 Gc0: [o.o} 800: L &10- ie) S10. 966-0 g v OL0- 60E-0 € GLO. | O10- €96-0 | S1E-0 G00. | TLO- 00. ry ¥00- | GIO0- OF0- = G&T- | 060- 610- | O10- O10- | 6F0- T00- | #00- 800- | €00- = 600: 080: | OLT- 670: | O10- OT0- | 00- G T “SNVATT "sma mcam tO Oh DO D 2M TRANS. ROY. SOC. EDIN. VOL. XXXIV. ‘sxvayt] O10. |800- | 200- |800- |9t0- | O10. | TO. | ET0- | Zt0- | 800- | 600- | 200. |800- | TO. | 9TO- | OTO- | ZTO- | S10. | 800. | OTO- | 600- | 400- | 200- | 800- | 800. |"®X¥sIx ‘snag | cee. | 2¢-0| 022-0 | 982-0 | 609-0 | £08-0 | 068-0 | LTF-0 | 69E-0 | 93-0 | 962-0 | 926-0 | 0S2-0 | 468-0 | O6F-0 | FZE-0 | L9E-0 | LSF-0 | $93.0 | SBE-0 | €8Z-0 | ZZZ-0 | 8ZZ-0 | 22-0 | 082-0 | “SAS Tee Net eee bes is Ae ileal bee ecm 2 2 Sie er one eye ean cee | eee | ee fe ee ome | eae emer eee ee Cae \iecsek| See age eee eee ae eee) ee Seen ame ae | Grenier | ge gral So eet ee gee] SP eee te pa pee pie lt al a cal feed seat oa | A | aed gc elf ol SS A a | Le le Vet Wel Weg Reed ecg fe cook Raa (Peed (cas ekcshee Accae ecen (hecac | cm eco na OS oc a a a (0 2 ewe eer Oey lee Rey = =~) ee a ie sey ae |e | al aa ie teh idee eee |e | tavern Lae ee Dae QOD lieate Nasr aoe ter late idee Gee Teer |S ne ey lee? eo liter lao fyae doer lace Jew fom [ame [eee [ere pe | ee g Eze lenece |= |z00- 00. |'920-. soos | Sr0--4) 120. \/za0s | Ozo> Odo" | Ton! eon =) = PS Se Pe) Se tere | seen ies jim | | 2G 5 FU es aaa loco SI ice Pe ga cag cea am EU A cc a hh (il (a ia 4 fee PA = ad n= oe ca mee Fee seit rem = ee de ss Te eae ee | ee pe [is foe cee dl tga < te aeaggl Sel bats | serra | ar aaa ced ake | amen ee | ey SG SE a yf ne te fae Gao Se] ee eee ee), S| aed, sey I Tel eR sot eae el ee Mee ea = et tm | Rew adipic fe | a Say) i ae ey, ae a el a 0% ea ca ice) Pel See me eed Sean, Semel ee emer | ee re ee ea re eid Sa Soe a ee Te S eri seeped Ise 2 |) a sear ee Op! M00" ORGS \AGOT | Meee ew Sm ee i tie See] GSO at mh ee ae, aie |) see) =o]. BE FA m | eco} - | - | - | - Je- | - | - | - | = Joo | 200. | eto. Je90- | 290- | 400. | zo. | 090- | 0g0- |060- | 080. | O10: | 600- | OF0- | ¢00. | AT I ot | ges-0 |ogo. |¥10- | 6t0- | 920 | 160. | 280. | ost | ogo. |z60- | Sed. |090- | ¥20- | 400. | 200- | 900. | 0Z0- | ETO. | ZLO- | 610. | 620. | 020. | 1Z0- | G00. | 10. | 9 fe et | ¢69-0 | ero | azo. | 9t0- | t¢0. | 00. |090- | Oto | #10. | g00- | 110- | 800- | F00- | 800. | OLO- | OzO- | FTO- | OE0- | 220- | O80. | 080- | O20. | 220. | GeO. | FOL. | ST iS #I | g0L-0 |0z0- | oto. | 400. | 200. | OLO- | oro | eto. | 900 |ezo | - | - | - SP P| eee are) el ae me Ne te z= Fm es |e | ee MOO | Ono | cod lauoe) oom |i Wke0s | =~ Ne ee pe ee | ee eee eg Be > zt | ter-0 | - |t00- |goo. jos. | - | - | - | 100 | - |200- | 800. | goo Jeeo- | a60- | eo. | 0L0- ]oFO- | - | - | €00- |900- | 200- | €T0. | Ze0. | aI z tt | zzt-t | 120 }060- |ogo- }090: | 260. | oFO- | 080. | OT0- | 600: | 640. | 0L0- | 020. ]600- | ZFO- | O20. | 9FO- | 060. | OOT- | 990. | €Z0- | TIO. | GZO- | 800. | 600. | IT ca ot | #99-0 |9z0- | 120. | ozo. Jort- |zeo. | seo. |8zo- | 9go- |6z0- | ¢z0- | ZIO- | ee0- | 810 | 680. | FZ0- | 6Z0- | STO- | L00- | OTO. | 600+ | €TO- | ZZO- | TIO. | 200. | OF © 8 | stt-o0 | zoo. |¢o0 | 900. |go0. | 200. | or0- | ¢to- | 600. | zoo. | eto. | oto. | 600. }600- goo |zo. | - | - | - |- | -~ J|- J- fu |r | 6 2D g | oro |zoo. | - {zoo | - |zoo. | ~ |F00- |¢00- | 100 | 200. | F00- | ¢00- Jogo. | O10. | aFO- |Oc0- | 400. | eTO- | 40. |€z0- | 220. |g00. | - | - | 8 > 1 | wor | - | - |900- }too. | - | - | - {900 |goo | 2t0- j ozo. | ogo. | SFI. |0zT- | OOT- | 960. |040- | OFO- | FE0- | 020. | 8FO- | 690. | OZT- |GFO- | 2 E 9 | #2¢0 |z¢o- |gzo- |190- | tro. | 110 | 200 |Zr0- j9to. |t0 | - | - | - J - | - | ~ | 900- | 400. | 810- | FTO. | 8z0- | OL0- | 6£0- | 800. | 020. | 9 | 7, ¢ | 1620 | 120. |zzo. | eo. |rz0- |oro |os0. | eto. | cto. | rF0. |oc0- |ozo- | ezo- Jogo. |oro- | sto. |ezo- [Ort |0r0- | to | 200- | oro. |600- |¢00- |ato | ¢ | io + | 970-0 | 800 |¢00. | 100. |goo- | 100. |900. |goo |#00. |g | - | - | - | - | - |- |- | - [- fe |- fr fr fo fio fe | i e | 111-0 |o10 |900- ozo |zto- |¢oo- | 110. 800. | - | 100 | 100 |¢oo. | - foto | - [oto |900- |900. jz. | - | - |- J - |- |- [ & | | 2 Se ae eal feel ice, zh URN | SOR oe) ee coe So ay) Ga eee on) ee | me || GeO Nee || en ke fe Gee =) i) cer), crema Joceedl ico.) 2002") erwin: a|'a00" 400 {soo MOO ae ae em | ae , “qyS10 2 se aie oer eames | (ies | ewes |e ag Leal cca || =e ei er | qunoury| ee) ae | RO Ae) ON ASE Sh | Ae wore) gh} vr! eral Ziel) Ir |MOk jens’ lane feed || 2 one ee ee |e | I | IE eS NS lt i PETS ae 9 ee A ‘SHHONT—TIVANIVY 2 “G88I ATOL 21 213 BEN NEVIS OBSERVATORY.—HOURLY VALUES. Se — ee SSSSSSSSSSSSSSSSSsSheheFee 629-2 | 480-0 | Z6L-0 | F1Z-0 | FZE-0 ‘SNVSIC] OLO- "sag Té = 0& = 62 = 8Z 16 iad 96 = GG = ¥G S &@ Se GG -. 1G = 0G 5 61 = 81 = AL 210-0 9T C6L-T ST £00-0 iat 16¢-0 &L 9IL-0 GL 86¢-T II 660-T OL 68F-T 6 CELT g L 200-0 9 $20.0 G = P 090-0 te 897-0 V4 = I = “yunowy 100- ‘yystu “PUN 900- &@ 100. GG OL0- 210. | &10- | 120- 0&9-0 | L9F-0 | 689-0 Gz0- | 00- | OGT- 610- | 610- a 06. | OFI- | S6T- % % 00. 920. TLL.0 | 198-0 LT 220. | 020. | 0Z0- | €10- | ITO. €Pe- | LET | 09% | 260- | ZIT 190- | 820- | 080- | TZ0- | 080. = 100. | 100- i =f T00- s 100- = = 9T oT tL &1 él *‘SHHONT—TIVANIVY “S881 LSAONV 610. TIO- 800- ¢00- T00- 00: 400: c00- 000- 100: 100. |‘SXvaiy 969-0 | 409-0 | $9F-0 | 098-0 | 689-0 | 928-0 | EEZ-0 | LIT-0 | GE0-0 | 9F0-0 | ZIT-0 | $90.0 | FL0-0 | ¢e0-0 | Te0-0 | ‘sHaS = Ig z 0€ a 62 = 86 = 4 > ‘| 9@ = S16 io ¥G he &@ — GG cm Te od 06 61 is 81 800- AT Fa. 9T = ST ! aN OH ID Om DOD BEN NEVIS OBSERVATORY.—HOURLY VALUES. 214 ‘SNVaW ‘swag 1g 0& 66 8G LG 96 GG VG &@ GG 1G 06 61 8T LT 91 CT mA No Ht 1D OE CO DD | | | 620. | 920- 898-02 | 682-0 908-0 | GI0- 689-0 a $F6-0 | 770: ¢Z0-0 | 600- 808-0 > cOF-0 a GL-T za 646-0 | 0€0- 968-1 | 67: FI8-0 | &&0- 660-£ | O10- ¢60-L | 200- ¢¢0.0 | ¢20- 620-0 7 T¥6-0 | GI0- 296-0 5 119-0 | OL0- 86-L | O9T- 996-6 | L80- $62-0 = 046-0 | 200: 816-L | 160- I8L-0 = 870-0 = 600-0 x GéL-0 | G00: 118-0 = 616-0 . LT&-0 | 600- *junoWy oan vE0- 200-1 8€0- 8éL-T £20: 969-0 TéO- | 620- | 620. | 620- 969-0 | 098-0 | 948-0 | ¥28-0 | 692-0 | 692-0 ZT0- | 800- zn ‘a = 800- 2 &20- XcO. | SFO» | SFO. | 0L0- — | 620- z = 620. | €c0- | 220. | 810- 8&0: = 800. o ‘SHHONT—TIVANIVY ‘E881 UHANALdIaS G20: 1g0- | 920- 186-0 | €81-0 GOL. | 20. - | 200- 0L0- | 220: 980- | 20: ZL0- | FOL: eF0- | - Qg0- | $L0- 200: | O10: OIL | 00 810. | £80: ¥20- | 8¢0- 800- | £00. ¢10- | 020: cai. | OIL QL0- | ¥00- 2z0- | 200. elo. | - 660- | LOL: eh0- | 610. 900- | - Gs 0&0- £06-0 TE0- . €6-0 620- F88-0 | 98-0 | F98-0 | Z9L-0 | | | | | | 1d 8Z0- * 620. § $60- G @C0. | SSYRIV 299.0 | “seas 1e =} | OR oso. | 6% Too. | 8% = Wag = | a | % 610. | ¥6 sel. | & 090- | 2% 800. | 1% zeo- | 0% 6e0- | 61 = en ty: say |h.9E ae oot. | #1 or0- | &L 600. | oI 900 | II 690. | OL 190: | 6 = ee = Ir 2 zoo. | 9 Too. | ¢ 700. | % 200. | 8 - |s% - is i 215 BEN NEVIS OBSERVATORY.—HOURLY VALUES. ‘sNvart] 9Z0- | ZT0- | 8T0- | 8TO- ‘sag | Gg0-61 | 129-0 | 094-0 | 97-0 Te | 82L0 | - = = og | TILO | 100. |ot0- {[or0-] 6% zi = = = gz | G80 | I10- | 900- | 6TO- 1@ | 69%& | 60- | O1Z- | 62T- 96 | OLG-T | 600- | ZrO. | geo. GZ | SST-0 | 6z0- | 010. | 920. 4G = = = = &% = = = = 1 = - = = 1G = = = = 0% = = = = 61 = = = = ST. = = = = LT = = = = 9 = = = z= Gr | 00-0 | - - - FI | 668-0 | 100. |oL0. | - Se) saIEO) || = = - GI | 928-0 | 900- |¢t0- | ZTO0- mm |) Zae@ | = = = OT | G6z-o | - = = 6 GS-0 | ¥#20- | 1Z0- | 600- 8 €86:0 | 200. | - | ZIO- L 602-0 | - = | Gaia 9 €91-T | ¢Z0- | $10. | Tto- g €21-% | 160. | ZIT. | OTT: ii 868-0 | 800- | 0FO- | TIO. g FELL | 40. | F00- | TPO. S 6FZ-S | OOT- | 180: | 6FO- ir 699-4 | 040. | 110. | 610 qmmomy| MEM) oz | zz “PUL 910. | ZZ0- | 810- | 0g0- 96¥-0 | 69-0 | $2¢-0 | 226-0 Coto-] \[¢oo-] \[¢o0.] | - — |Z10. | 0F0- | Zo. ISI: | Sig | 10g | Sit 090: | 00L- | 210- | OLT- ILO: | 110. | #00. | OtO- oro. | - |2t0- | OL0- = 00s (9008) |= O10. |610- | Tg0- | 060- = = 0p |) = 800: | 110- | 910- | 9T0- 1Z0- | 20. | €Z0- | 2¢0- O10. | 200. | 100. | g00- IOT- |#Z0- | - | 080: 1g0- | 600- | 900- | OTO- SFO. | 110. | 2g0- | OST. ogo. | #80. | ZgT- | 9¢T- - |T9L- | 9g0- | OOT- a Wea We ae eee OF0- GPG 800- [¢00-] | a “SNVAN 9T0- O1g-0 GIO0- Té = 0& = 66 8@ 1 9% = G = V = &% = (46 = 1G “snag i: 02 = 61 = 8T = LT a 9T = ST FL &1 g = HADH IQ ON OD son TRANS. ROY. SOC. EDIN. VOL. XXXIV. ‘881 YAAOLIO 2@0- | €&0- | 920. | 6I0- | Ze0- | 820. | 6z0- | 6z0- | Tg0- | 920. | zzo- OF8-0 | 6Z0-T | 262-0 | 064-0 | 266-0 | 928-0 | Z68-0 | 016.0 | $96-0 | 662-0 | 289-0 = - |900- | 600: |0z0- {{0T0-]} 100. | ¢00- | 200. | #00. | eto. - ~ - |[¢00-] |L¢o0-] jLoto.] |Loto-] \foro.] foro.) 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OST. | O8Z- | OFO. | OFO | FEO. |090- | ¢z0- | 020. | ¢80- | 900- | ozo- G00: | 900- | 900- | #00. | 200. }z00- | 010- | O10. | 800. | 600. | ¢fo- €F0- | 0¢0- | 200. | 980. | CI. | OTT. | 090- | ¢F0- | SFO. | eto. | ozo- O10. | 090- | ¥#90- | Zz0- | #00. | ¢90- | 22z- | GZI- | OLT- | O6T- | ZIT: 620. | ZIT | €60- | SF0- | GOI. | eer. | 610. | 600- | €z0- | O10- | 600- I10- | 160- | 190- |8z0- | ¢10- | ¢go. | ¢zo- | G00. | g00- | seo. | OTO- GZZ- | GEI- | 8GI- |060- | 8SI- | G80. | 60. | SIT. | ore | 0% | eat. OFI- | OLT- | 8ZI- | 880- | COT }OOT- | Ost. | OTe: | FFT | O9T- | Tet ae |) Oe Were [ova tar |e sae eore 6 8 fh “‘SAHONT—TIVANIVY a ox BEN NEVIS OBSERVATORY.—HOURLY VALUES. 216 ‘sxvan| $10. | To |¢ro. | 910. | 610. | 210. | 210. | S10 | SLO. | 610. | $10. | O10. | 6I0. ZO. | O10. | S10. | Zt. |600- | eL0- | 600- | ZI0. |‘sxvan ‘swag | ZZ8-6 | I8¢ 0| LSF-0 | 68F-0 | 299-0 | 66F-0 | ZZG-0 | €88-0 | 49-0 09-0 | 628-0 | 962-0 | 6¢9-0 L¥8-0 | 166-0 | ¥SF-0 | 698-0 | 693-0 | T8E-0 | 2-0 | ¢9g-0 | “sKas 1g 1g og | 9zF-0 | 800. | 900- |z00- | SLO. | O10. | ITO. | ¢z0- | 200- | gO. | ZO. | 1Z0- | ZI0- &Z0- og 6z | 9¢¢-0 |660- | 340. |0c0- | ZFO- | $Z0- | 810. | 020. | 10. | %ZO- | FLO. | Z00- | 100- 6 8G | 660-0 | - = = = | ites |eaaite |) = = = — |z00- | £00: 8% Jz | lle. | - | 900. | 200. |F00- | ITO. |OLO- | ¢FO- | ZOT- | 9GT- | 60. | TSI. | 0G% 110. |[900- | Lz 9z | 0¢0-0 ([z00-] [z00-] |[zoo-] [zoo-] [¢o0-] \f¢o0-] [900-] loro |Loto-])| - ([Fo00-] [Z00.] - - ¢% | ZI0-0 | 100. | - = - |200- | 100. | - E = = 3 oo 7 | 200-0 | — |€00- | 100. | 200. | 100. | - 5 = = = = = ir & = = = = = z > = = i = = = &% GS ry = = = a = = 7 ms i = Pe = G3 1% = = z a Z = = = = = = ‘i = IZ 02 | $100 |coo | - = - |100- |010. | - = = = = = 02 61 = = = = = = = = = = = = 61 81 = = = = = = z 2 = z = = : SL LT = = = = = = * 5 = = = z zs LI 91 = = = = = z = = = = Z = 9 ae = = = = = = ; z = = = cs = cL 7L | 981.0: | - = = = = = fo = = roth | = | aoe iat et | 969-0 |¢o0- | 900. | Z00. | 600. |ZE0- | 620. | 880. | 020 | S10. | 220. | 900- | Zz0- ZL | 800-0 | — = = = = = = = = = 1/100; | - IL = = = = = = = = = = = = = OL = - = = = = = ; = = = = = 6 = : = = = = = = = = = = = = = - = = = = = = = = = 6 8 vAGH) |) = = = = - |200- |100- | - | 100. | 00. | - | 200 - |200» | - |080 | - |¢00. | — |600- | #00. | 0FO- | 900- | 8 L 669-0 | G¢0- | ZOO. | 610. | 100 |OLO | - — |ogo. |600- | - |¢€00- | - |800. | - |Gg0- | 210. | Ze0- | ZLO- | SFI. | 820. | Ze0- | O20. | 20. |680- | Zz 9 989-0 |0g0. | O10. | 220. | SEO | 160. |O¢0. | ¢80- | FIO. | ZO. | ZOO. | 6g0- | Zz0. | 200. | - |Z00. | - | 080. |¢zo. | - = - | 200. | 800. | ¢00. | 9 g ar) || = = = — |0¢0- |¢T0- |900- | ¢g0- | ¢00- |6FO | T00- | G00- | 00. | OFO | 220. | 0Z0- | 390. | O0¢0. | - = - |goo. | zoo | too | ¢ y 668-0 | 100. | O10. | 10. | TZ0. | Z90- | Z60- | 900- | ¢FO- | ZzO- | OTO- | IO. | ZET- | OTO- | 80. | OOT- |0Z0- | STO. |O¢0- | 490. | 200- |0z0- | 200. | OG0. | IFO. | * fe 16e-1 | £80. | ZFO. |€90- |Z9L- | O0T | FIT. | $90. | OI | Z9T | OOT- | FO. | G0. | €z0- | 00. | EO. | O80. | ¢zo. |¢zo- | 800. | 080. | SIO. | 80. | ZLO- | 080. | § Z gce-L | eco. | 180. | IFO | 180. | OFO | 090. | S10. | SFI. | €90- |Zz0- |0Z0- |800- | 00 |¢00- | - |OTLO | ZOO. |ZZO- | GOL. | SGI | Zl. | SSL | TO | 19L | 3 I ZLL-L | 90. | L0G | GGZ | OFT. |090- | ¢90- | ZL0- | OL0- | 600- | 800. | 600- |¢F0- | OE0- | 0G0- | 20. | FO. | ZzO- | STO | - See ODE: |) 10025) = I r= 9 qq sro Pet | peep | adres i alt= ies ioe ol mal | ewan SEE Mod & (a ei “qunouly &@ G 1&4 06 61 8T 21 9T ST a $I (ai IL ot 6 8 L 9 g “PIN ; ~* “*SHHONT—TIVANIVYY ‘C881 UAANAAON 217 BEN NEVIS OBSERVATORY.—HOURLY VALUES. *SNVANT| €G0. ‘SNOS | 166-76 Té | s9LT 0& | 60-T 66 | 090-0 8 | G6E-T LG | 299-1 96 | 620-0 GG TéF-0 FG | OFZ-0 &@ | &10-0 G | LI0-0 IG 19é-0 06 | Gg0-0 61 = 8T = LT §20-0 91 619-1 ST 170-0 PL | 968-0 &1 LTG-& GL | OF&-¢ II S19-0 or C 6 120-0 8 = L 600-0 9 2 g 010-0 ¥ P6L-6 & 010-2 G 699-0 I 499-0 “yunoury Geo. | OFO- | 9F0- | SF0- 680-L | 92G-1 | 6LF-T § FPS. €00- | 600. | ZO. | 600- ZOL- |ZFO- | 800. | 800- Z00- | ¢00. | 100. | - 900 | 210. | G00. | ¢00- 040- |660- | Z8I- | FOT- Too. | 100. | — | 100. ZOO. | G00. | Z00- | F00- Z00- | 100 | G00. | €00- 1g0- | 800- | 9¢0- | ¢go. 100. |¢00- | 010. | - GLI. |G8I- | GIT. | Zz0- 8¢0- | ¢80- | 0FO- | O10- GZ | 008 | 0% | G9z ele. | 79g. | 29. | G29. IFO. | #0. | 690. | Geo. — |100- | 00. | goo. Z00- | 200. | 910. | T¢0- €00- | 00. | 00. | F00- [ogo-] \Logo-] |Loco-] | cot. T00- | 100- |0z0- | - Gh Fi yl esSielbeak “‘SHHONT—TIVANIVY ‘G88 UAAWNAOAd 1@0. | 080. | 880- 2¥8-0 | 826-0 | OLT-1 0G0- | Té0- | 990- 7 100- = 900- | 800- | OT0- T€0- | 670- | 890- TG0- | 810- | 600: 100: Ge 100: OLO- | 800. | ¢00- T80- | 00: | 620: 100: | £00. | G00- SCO. | 200- | €00- GLO: | G&L. | £00: 400. | 900- | 720- £00. | €10- | #20- 640- | OFL- | ¥20- G80. | 060: | $90: ¥00- | 100- | 100- 100 | 200. | c00- &GE- | Z8E- | 8ZL- 200. | Z00- | Z00- $10. | 800- | O10. 6ZI- | 200- | #00. £ G T “SNVUW "SHOS 1g 0€ 62 8% “sxvayq) 2TO- | 610. | GTO. | 120. | 8L0- | PLO. | 10. | 910. | 210. | FIO- | 210. | FLO. | 6L0- | €Z0- | STO. | aa 3 - = = a = 3 a 3 = = 3 a = 3 = S : = é = = = = ra by 1G 800-0 = = = ar 100- | 200. | 100- = = = = G00. | ZOO: = = = = = = = = = = - IZ re 0@ | 100-0 | - = = Z = = = = = > = = = = = > |G: | = = = = = = - 0 =) 6L.| #F0-0 | - - - |€00- | #00 | 00: | 800- | O10. | 100. | 600. |F00- | - = = = - - - - - - - - - 6 | it | 97-0 | = - |100: | -— | 910. | 900. |910- | 020. | ¢z0- | ¢00- | G00. | Z00- | ogo. | 210. |Z00- | ¢00. | Z00- |¢z0- | eco. | cor | - - |080- |1¢0- | ZT bi 91 | L0E-0 | G80. | 800. | GLO. | OO | 200. | 600. | Z00- | €00- | 100- | 200. | ZOO. | 00. | ¢00. | ¢z0- | zZz0- | ¢z0- | ero. | ogo. | 800- | 600. | 010. | g00- | 900. |ezo- | 9T a GT | L&-0 | 620- | Zz0- | T#O | 100. | 400. | 800. | F00- | ¢10- | ¢T0- | 600. |#00- | 200- | 200. | OEO- | 200. | ¢00- | 6t0- | 920. |¢zo- |0z0- |ot0- |oco. | tg0. |ogt | er 2 FL | 893-1 | ZLL | 6gz- | 29%. |69%- | SGT. | 120. | 160. |0z0- |0g0- | F00- | f00- | 100- | - = = = = = = = = - - - iat a je || siz |) = = = — |%00- | O10. | 800- |Z00- | ¢T0- | 00. | G00- | #00. | 600- | 100. | #00- | 100. | ¢00- | g00- | 600. |OFO- |OFO- | OIL |oFO- |ZzZT- | Et ce ZL | ISO | 020. | ¢00- | 100. | - = - |G00- | 200- |410- |#20- | Geo. | 080- | aFO- | 0z0- | ¢t0- | Zzo- | zt0- |z00- |z00. | - = = = = at P ije |) ratio) |] = = = = = = = 3 > = = 7 = — |G00- | ZOO. | 00. | 00. |800- | - | 300. | 100. | g00- |sgo. | TI al or | 622-0 | 010. | 600. | soo. | - | £00. | - | £00. | t00- | ¢00- | 600. | #00. | g00- Juco. | gzo-. | ego. | oro | 20 |¢to. | gto. | - = tes = = OL a 6 100-0 | - = = = = 5 = (1s |p = = = = = = = = = = = = = = = = 6 = 8 110-0 | 100- | - | 100. | 100- | 100. | Z00- | 100. | 200. |Z00- | - | ZO00- | €00- | ¢v0- | Z00- | ¢00- |900- | #00. |z00- | 00. |800- |z00. |OT0- | 200. |#00. | g io ! g9z-0 | ¢00- | 200- | O10. | LEO. |0g0- | 180. | 9¢0- | ILO. | O10. | Zt0- | 600. | 800. | ¢o0. | eto. |oz0. | zoo. | - = = = = a > S L Zi 9 = = = 2 = = = 2 = iz = G r= = 7 = = = = = = = 7 =; = 9 Z ¢ rlayeli) |} = = : = = = = = a = - | 800- | OL0- | ¢00- |#00- | 600- | 9F0- |060- | 8g0- | ¢00- | STO. | OTO- | 610. |OFO. | ¢ ie P 828-0 | OL0- | 900- | $00. | #00. | 600- | F00- | 900- |¢FO. | G00. | O10. | O10. | Ze0- | ¢T0- | £00. | 210. | ¢FO- | ¢00- | oro. | azo. |900- | ITO. | Teo. | TIO. | zoo. | # g I¢8-T |900- | 00. | 200. | 200- | ITO. | G80. | ¢z0- | GGL. | G81. | OST. | O12 | ZTZ }O8T- | @9T- |O2T- | 901. | G80. |OFO- | oI. |900- | 100. | - = = g jz 2éL0 | - | 100. | ZOO. | TO. | 100- | - |€T0- | - | G00. | G00. | 2@L0- | 090- | FFI- |9z0- | 0Z0- | Ger. | Eco. | cco. | eco. | eto. | eF0. |Zz0- | goo. 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Bo |) Q20:0 | omy. | as line ae ROMS Sai SIP Peas 0 ee lige a iH aaa ie Hine MelOOi Ieee IAGO AICO Nie KOTO: = = = = = = = = = = - |100- | 100. | 100. | 100. | - = = = ||| = 5 AT 91 | 60-0 | - | 200. |Z00- |800- | 200. |900- | -. | 100- | £00. | 800. | 900. | 200. | - = = = = = rz = 9 |) - = 91 Gt | 700-0 | - = = = = ios |) = hee i = ics |) = = = = = = = |i) || = = = = = = cI at - = = - - - - - - - - - - - - - - - - - - - - ~ - FL 1 = = = = = = = = = = = = = = = = = - - - = = = = = &L 1 - = = - - - - - - - - - - - - - - - - - - - - - - ZL IL - = = - - - - - - - - - - - - - - - - - - - - - - IL OL - - = - - - - - - - - - - - - - - - - - - - - - - OL 6 - - - - - - - - - - ~ - - - - - ~ - - - - - - - - 6 8 - - - - - - - - - - - - - - - - - = - ~ - - ~ - - 8 L - - - = - - - - = = - = = = = = - = - - - - - - - L 9 - = = - - - - ~ - - - - - - - - - - - - - - - - - 9 g gc0-0 | - = — |800: | 100. | Zoo |¢00- | — = Oy eqs |) = les || Hos |) Mon |] = = = = = = = = = g 7 Kel) | = ~ = = = - |800- |€00- | - | 100. |e10- | Ze0- | #00. | 080. | eco. | 0g0- |¢z0- | 600. |800- | 100. | — = = = F g 400-0 | ~ = = = = - |200- | 100. | #00. | - = - - - - = ~ - - - = = = = g Z GOL-0 | ~ | £800- | 00. | ¥00- | 900- | 200. | Z00- | €00- | 900- | 800. |€00- | ¢00- |#00- | F00- | ¢00- | 200. | 900- | 00. |¢00- | 00. | F00- |600- |¢00- | 200. | & I €F0-0 | 100. | 100. | ZOO. | g00- |¢00- | F00- | 200- | 200. | g00- | 900- |zo0. | - = = = = - =< (iti |) = = = ANTOOe fix i Geli essa aie Wage iro eral Pert sc aeet a a: a em ig ag WMOUY| ony | 86 | BS | ie | Oo | ef | st | zt [et | on | mm | et } et | Tr | or 6 8 ji 9 ¢ t ¢ Z I “‘SHHONT—TTIVANIV YY ‘9881 HOUVN 221 BEN NEVIS OBSERVATORY.—HOURLY VALUES. ‘SNVS| 900. ‘mas | €69-5 1 og | 251-0 ae Poms 82 | 020-0 Le | 0L8-0 oe ea ao) ¥ | 910-0 G2 | auc GC | eae EG lh aay We P= 6 | BE | me Lt | %L0-0 OT) ge at | 880-0 ¥E | 200-0 et | 270-0 aia ga On || = 6 | 266-0 8 | 80F-0 L | 261-0 9 | Z8L0 ¢ | 210-1 F | 12%0 € | ¥80.0 & | 280-0 T | 86r-0 “‘qunoumy 400. 9TT-0 | $80-0 | 812-0 100. 600- ¥00- [e00-] \[¢00-] 0: T00- AT 600: 9L = = - =. 00) |) = | 100; oro. | - | 200. |800- | 200. | ¢FO- | OZT- = = = = | 100. |/g00. |) = = = - = jis || = = 100- | 100 |g00- |Z00- |z00- | - = — |100- | - | 100. | 00. | F00- | 900. O10. | LLO- | TL0- | 800. | 600: | g00- | g00. [oz0-] |Loz0-] |Leto-J (Loro-] \for0-] |foto-] \[co0.] 900- | O10: | 020. |0Z0- | 800. | 200- | Too. 0¢0- | 1g0: | FET | 800- | 600. | 800- | 900. 900- | 900- | 610. | 0¢0- |0Z0- | O10. | 200. [400-1 |Ct00-] |Ct00-] |Ct00-] |Cz00.] |Cego0-] | 6oo- 600. | 00: |800- |600- | oL0. | O10. | #00. = = 7 — {Loto-] |ezo-] |Leto-] are | oe melee alte INH ie. oe pry | 83 | % a i (2 I I aS ssh F00- | OTO. | 00. | ILO. | 800. | 900. | 800- | ITO. | ILO. | 400. | 200. | 900. | ¢o0. 800- | ¢00. |'sxvan 801-0 | 862-0 | 027-0 | OSE-0 | 9EZ-0 | S8T-0 | SFZ-0 | 08-0 | 0ZE-0 | 96T-0 | 602-0 | 98T-0 | zOL-0 072-0 | LET-0 | ‘suas 1g 220. | ¢00- | 800. | #0. | OTO- |¢I0- | - |eto. | - = - - - - - 0g a = = = ~ = 3 = - = = as = - = 63 = = = = = - = = = = — | 00: |Z00- |¢00- | eto. | 9z 100- | O10 | #00. | 100. | zoo. | —- = - |¢00- | 900. | - - - - - IG - = = = = = = = = = = = = = = 9% = > 7 - = = = = = = = 3 = = = &% 600: | - = 5 = = = - = = = = = = ¥% = % 3 5 os = = = = = a = = = & = = 7 - = = = = = = = = = = = BG = = = a: = = = = = i = = = = = 1% ‘ e = = a = = = = = = = = = = 02 - = = = 7 = Z = + = = Fi = = > 61 3 = = = = < = = = ts 7 = = = = ST C00. | #20. | 800. | - = = = = = = = = = = - LT = = = = = = = = = = = = = a = 91 ‘100: | 100- |800- | 100. | Z00- | - = = — |€00- | 100. |o10. | - = = cI = = = = = = = S = = - 1100: | 00. || = = iat — |800- | 200. | ¢00- | 800. |¢t0. | - = = = = = = = = 81 2 2 ~ - es = 3 a = 2 a iS - zs = ZI = = = = a = 3 3 7 = = = = = = IL z ze = = = = = = = > = = = = = Or O10. | 090- | 800. | 810. | 090- | O10. | ¢¢0. | ¢90- |OIT- | cro. | Fg0- |oco. | t10- | 6FO. | eto. | 6 TS0- | OLO- | 400. | 800. | 20. | OTO- | 600- | ¢z0- | 0g0- | ¢go. | Eto. | 1FO- |LoFO-] [[ogo-] l[ogo-] | ¢ = = = = ~ = = = = - 1200. |900- | 010. |g¢o- |tzo- | 2 G10. | LO. | GEO. | 40. | Zed. | GZ0- | OOT- | G90. | 0¢0: | OFO- | 020. | TFO- |zzo- | sco. | Teo. | 9 809- | OIT- | 160. | GTI | €20- |0L0- | 0. | STI | €10- | cto. | ero. | ogo. | 600: | eo. | 600. | ¢ 600: | 800- | 080. | OFO- | O10. | 210. | 800- | ¢L0- | 00T- |080- | ¢90- |Ceo0-] [[¢00-] |[co0-] \Ceo0.1 | + - | 610. | 200 |lgoo-] | zoo- [¢00; ] €00- | 00- | 00. | 100. | 200. | - |z00- | 100. | 900. | ¢ = = = = - | ¢00- |foto-] foto-]} - = = = = = = j — |610- | 020. | 080- |600- | SIO. | ¢z0. |¢t0- | 600. |#00- | zoo. | - - |#00- | ¢00- | T ‘SHHON]—TIVANIV YY ‘988I TIUdV 222 BEN NEVIS OBSERVATORY.—HOURLY VALUES. ‘SKOS | 8FZ-9 1g 010-0 0& | 8&&-0 66 | 168-0 86 | GL-0 16 ¢60-0 96 | LFI-0 GB | LzL-0 FG | 8F0-0 & 00-0 G& e IG €£0-0 0G T¥0-0 61 F09-0 8L 686-1 LT TFL-0 9T | $46.0 ST | §240-0 FL | 140-0 tae 00-0 GL zs IL | 100-0 Oc | 620-0 6 OOT-0 8 100-0 L 010-0 9 970-0 g 4-0 7 O0L-0 g £90-0 G 400-0 I _ “qunoulry 800- ¢00- 800- [oro-] \Loto-] \Loto-] - |2Z00- 400. | gt0- Z00- | £00 100- | Z00- Z00- | 00 ‘qusta -pry | 8 G 14 06 61 8T AL .9T ST PL &[ ol ‘SHHON[T—TIVANIVY ‘9881 AVIV II T00- | GIO. | G&0- = 100: = 900- | €00- | L00- [00- = 100- L 800- T00- 9T0- G6F-0 G00- 900- GLL-0 900. |SXvan S9T-0 | “skas 200: Té_ ms 0g G00. 66 0€0- 8G = 1G GF0- 92 = &@ 10: KG ne &@ % GG O10- 1G ae 06 800- 61 O10: 8 G10- LT = 9T ¢00- cT T00- ial = &1 > él = II a or > 6 = 8 = L ¢00- 9 G00- g = P ¥00- § > G z T T BEN NEVIS OBSERVATORY.—HOURLY VALUES. wa NO HO © Bh CO D 620. | O10. | OO. | €10- | ITO. | ZrO. | 200. |8T0- | oro. | eto. | 600. 900: | 700. | 900. | 600. |‘sNvaW F29-0 | OLE-0 | $62-0 | 468-0 | 8EE-0 | 998-0 | 902-0 | 922-0 | 682-0 | SeF-0 | 92-0 | 98T-0 VET-0 | 621-0 | 292-0 | “snag Té | a, - ~ - - ~ - - - - - - = - = = 0g N = = = = a G00. |200- | €00- | 400. | S10. |800- | 400. | 800. | goo. 600: 64 = x Be 5 oa = = a 5 > = FQ = = > 8@ G00: | 200- = €00- | 800- | Z00- | Z00- | O10. | Z00- | ¢z0- | Too. = i T00- oe 1@ 800. | S10. | 020. | 600. | #80. |Zg0- | ¢¢0- | 800- | e00- | Zo0- | TOO. T00- | #00- | 600- | 20. 96 400: | 600. | 900. }0¢0- | 8F0- | [FO- | O10. | g90. o aa = zs = = £00. c 090: | 920. | 8Z0- | 8F0- | STO. a = 0Z0- = = €00- | €80- | G00- | 200- | OTO. ¥ STI |860- |990- | OIG. | €¢0- | 060. | 420. | ¢z0- | OI0- | 9z0- | 9¢0. 020- = 4 z &% = - €00- | €10- | 990- | STO. a ee = Fa a Es = 7 £00. (WG = = 3 =a = = * 7% cn - - = = 4 oe 16 = = = = = = oe = = = = = = a = 02 = — = = zs == = = = a = 2 = 5 am 61 = = et = = = i a = re 7 a 7 = a 81 = = iy = a = = a = = r= = - g00- | 100: LI 100: = = 900- | 800- | 890- | 800. | 900: | Iz0. m = 100: | 300- | Z00- | Z00- 91 LL0- | 10. | 100. }Z00- | 20. | 8FO- | 260. | 820. | 21. | ZT 940- |090- |¥20- | ZZI- | COT. cI 91G- | GIT. | 881. ]080- | SFO. | 0Z0. Z = a = fee = 100. | G00- | 200. ag 00: | #00. | 100. | 100- a a a = = = 800: | G00. | O10. | T00- | TOO. &1 gc0- | 400: | PLO. }400- | 20. | 9F0- | 00. | Z00- | ¢z0- | 98T- | GTI T00- | 100. = 00: GL re = = = = a - a 7 a T00- | 900. | 900- | 800- | ¢00. I O10: | 100. = = = = a ie = T00- | 100- = 100. 5 = OL a = 100. ee T00- | G00. | #00- | 800- % = 100- = = = = 6 9T0- | O10. | 910. | €00- = = = a G00. | 100. | 100- | 100. a x x 8 a S = a = a = a = = 100- | 100. | ZI0- | 800- | ZI0. y) 600- | ¢00- = G00- = a = G00- | 00. | 800- | TIO. | #00. | OL0- | 600- | 200. 9 = es ss = = = = = = 2 zs = = = ks G = — _ - _ —_ - - - _ -_ — - - _- P = ¥ se = = z = A = = mI Es & a = g T00- | 800- - TO. = ry = = oa os x az ig 5 i G ae = <= aaa = = — — —_ = _ _ - - _- I “‘SHHONT—TIVANIVYY ‘9881 UNaL BEN NEVIS OBSERVATORY.—HOURLY VALUES. 224 S10. | F10- 066-0T | 027-0 62L-0 | — g0-0 | - GI0-0 | 100- 070-0 | — 992-0 | €00- 160:0 | - €40-:0 | - 886-0 | — 098-T | 910- 090-T | GIT: §60-0 | 100- 820-0 | 100- ST&-0 = 697-0 | 200- 120-0 | — GEZ-0 | - 926-0 | 040- 002-0 | 200. ¥69-:0 | 620: 180-T | 800- GOEL | 00- 611-0 | TLO- ZEG-0 | 100: 160-0 | — 114-0 | $20- GOT-T | 600: 912-0 | 90: 620-0 | - Z10-0 | - 80-0 | 800- €10-0 | £00- “‘qunouly “PU ‘qystu 600: | OTO- 182-0 | 9&0 - {'¢00. - | 00. F00- | O10- 100: | 020: z00- | 200- 900- | #20. — | 00. 9¢0. | - (ap |) = Z00- | 100- T00- | 800- Z00- | Z00- /Os |, = G00: | Z00- 980- | ZF: 010. | 800- z90- | - 860. | - T00- | 800- Z00- | TLO- 100 | [00- — | O10. 1T |, 91 210. | GTO. | (20. | GLO- | SLO. | OLO- | OLO- | G20. | SLO- | gzo. | 220- | $ZO- | 9T0- | STO- 0 | S19-0 | TZF-0 | 099-0 | 88-0 | F8E-0 | FZE-0 | STE-0 | 929-0 | TZS-0 | 628-0 | 0S8-0 | 202-0 | Z8F-0 | 89S-0 | “SRAS Tg 08 = 020 |) = = = = = = = - - - - - - |100- | — | 00. | 100. | €00- | 100. | 200. | €00- | ZrO. | 100. | — % 5 — | G00- | Z00- | 800- | 100. | 100. | 100. | 800- | €00- | To0- | - | 00. | Z00- | 100- 600- | 880- }280- | 980- | L00- | €00- | 100- | 0&0. | GIO. | - i) LCOS LOO ss 810. | 200. | 400. | - Sa LOO states |p LOO2 5 iiss = = = = = &20- | — = = = = = = = - | 100. | 100. | 900- | 200. Fc0- | O70. J — = ca = = = = - | 200. | Z00- | 0i0- | $00. GhG- | #90- | G00- | 200. | 090- | 480- | F10- | 220 | GOT. | cag. | ECT. | 080. | 0L0- | 6SI- G00: | 600- JOZI- | S80. | OT0- | 900- | £00. | — @ 800.) sae O86, 11 100: | es eta eetioe lee le |e oe ioe Yee oe = tem ino - |zoo | - | - | 100 | 200. | - |900- | 100 | 8#0- | 600- | 400. | ¥00- | £00. goo. | ego. ego. | Leo: | #z0- | g60- | ¥00- | 940- | zr0- | 900- | 6z0- | 900. | zoo. | 200. - |100 |t00- | too | - | zoo. |¢@z0- | 290. | 12a |gsz | 91c |090- | oz0- | eI. G09 lisno: [sa |] MeO" |/400: |) =P dee fos) dom [ee |e fae ie ie 6o0; \M0O- Neo» || S00 0o: lee eee = | = | = | = fom fee ee zoo | - | 100. | 200+ | zoo. | Zoo | g00- | Zz0- | 600- | G00 | OL0- | 600- | 200+ | $00: SA acy | Fig lor a i es ee a ce ca Monee Waka Ord Gg de Oy 2 i Ot ee ee ees te yr “SHHONT—TIVANIVY ‘988 ATOL “SNVaTL mr NOt OO OM OD 225 BEN NEVIS OBSERVATORY.—HOURLY VALUES. sxvayt] $10 | 600- | 200- |800 | 210. | cto. | 910. |¢z0- | P10. | ¢z0. | zzo- | SIO | 200. | 400. | goo. | zto- | 600. | eto. | 110. | 120. |0z0- | eTO. |0Z0. | eTO- | 800- |‘ssvam ‘snag | Q9T-OL | 982-0 | €12-0 | 6FZ-0| 698-0 | F2F-0 | 685-0 | 669-0 | 9¢F-0 | TOL-0 | 649-0 | 629-0 | ZOZ-0 | OLT-0 | zez-0 | Sce-0 | 282-0 | 99F-0 | 6ze-0 | 229-0 | 229-0 | 668-0 | 829-0 | 868-0 | F9z-0 | “SRAS TEP | 90geTs a % = = - = = = = ri = - | g00- | Ze0- |¢Z0- | 0G0- | O0T- | SZT- |00Z- | 68T- |FSz- | 99T- | 600. | TE 0€ | 980-0 | - | 100. | 100. |¢To. | - = =. | 1009) = a Se CCOP ih ta 7 — | 800- | 800- ‘| ZOO. | 100. | 100. | - = 7 7 0g 6Z | €80-0 | F00- | 00. | 600- | 100. | 100- | €00- | #00. |Z00- | 800- | 610- | 600- | €00- }900- | - | #00. | - = =: 2 - |100- | - | 200. | 200. | 62 86 | G18-0 | €00- | G00. | 0E0- | Z90- | STO. | 060. | #60 | €90- | FEO. | ZrO. | FOO. | —- — |GO00- | 290 | 60 | 60. |#90- | ZIZ | O10. | 00. | 100- | - = 86 1 | 020-0 | 100. | 100. | - |00. | - = zs = = = = = = = = |100- | 100. | 100. | 100. | - | 600. | —. | 200. | 100. | 2% 93 | 9880 | - — | 800. | T00- | 900. | €00- | 600: |800- | 6g0- | 190- | 790: | €FO- | 800- | 800. | 100. | - = — |%00- | ¥00- |800- | 620. |0g0. | 820. | 96 GZ | 88F-0 | 8Z0- | 8E0. | EO. | ZZ0- | T¢0. | 0G0- | 690: | 200. | O10. | 00. | FOO- | F00- | zoo. | 0z0- |OTO- | 800. | 200- |¢00- | OTO- | 6&0- | FFO- | 400. | G00. | 100. | 46 FB | 09-0 | ZOO. { 400: | TLO- | OLO- | 900. | O10. | 0Z0- | 900- | 200- | 0z0- | OFO | 800- | 400- | 600- | $00. |900- | 100. | 100. | - | 100. |F00- | 090. | 910. | ~ ¥% & - - - - - = - - - - - = - - = = = = = - - - - - = 8 @G | 7200-0 | - a = = = = = = = = ‘ = - = = = = = = = leis |) = = a GG 1 | 100-0 | - = 4 - - s ~ = = = = = - = = = - - = ip) | = 16 0G | LE¢-0 | £00. | 00+ | F00- | ZO0- | T00- F 100: | 870. | 61Z- | OLT. | 040. | TOO- = - |z00- | 200- | €00- | TOO. - 100: = = - = 06 6I | 010-0 | - = = = - = = - = ~ = = = - ~ - = ~ - - |100- | #00. | 00. | 200. | 61 8I | 89-0 | F00. |900- | 10. | OGI- |OL0- | TAT | 6 | 180. | 100. | G00. | 100. | 6TO- | 100. | - |100- | - | 900. | 800. | - = s " Re 81 JT | 410-0 | - 3 = = = = = = = = = ee = - - |100- | 210. |¢00- |¢00- | 900. | 6g0- | 100: | - | 100. | AT 9T | 622-L |900- | F00- |ZO0- | OL0- | 180. | G00. | 6ZI- | 660. |020- | GOT. | OF0- | 800- | 900. | 2¢0- | GZT- | GIT. | OIT- | 10. |O0T- | 92T- | ¢00- | - a - 91 Gi | Pir |\= | = } 200 | = (800 |/800: | 200. | Teo | G40 |Te0- [GEL | ZFO- P20. |ezo. |iFoo ||) I} = | = | = | = [eee | Ger | cee | tee | Sk #1 = = - - - - - ~ - - - = - - - - - - ~ ~ - - = - = ial ST | 870-0 | - = = = ~ - = 3 = 3 = = = ~ = = —- |z00- |¢00- | 2Z10- | 200. | O10. |€00- | #00. | &T GI | 68-0 | 00; | - | #00. | OTO- | 110. |100- | O10. | 200. | - - |600- |&Z0- ]0g0- | FFO- | GIO. | G90. |060- | 800- | T00- | 100. | 900- | 600- | 20. | 90. | GL IL | 93-0 | FO. | go. | ZO. | - |#00- | - | 100. | T00- | 00. |€00- | ~ | 220- | 100. | ¢00- | 600. | - |T00 | - |800- | - - |g00- | - | #90. | IL OL | 406-0 | 640. | 180- |ZLO. | 290. | G60. | ¢Z0- | G00. | 190. | €F0. | OF. | — = r. = = + = /T00- | = |/600: |} = |/100- | 100. | = Or 6 92-0 | - |100- | 100. | - | #00. | 220. |090- |OLO- | - - |200- | - |900- |100- | - |200- | 800- | 200- | 00. | 800- | ZO0- | £00. | 100. | 080. | 6 8 ¥¥6-0 | 800- | F00- | 9Z0- | 0Z0- | OZT- | 80. | 800. | #00. | ZOT- | #90. | €00- | Z00- }E0- | F00- | 900- | 900- |.060- | SFO. | 090- | €TO- | 6FO- | OST | Z80- | OTO | 8 é 608-0 | OOT- | ZI0: | 900- | OT0- | 100 | 800- | 8T0- | F00- | 690- | 290. |060- | - [OTO- |ZZ0- | OTO- | 200- | 620. | 9F0- | G90- | O8T- |0ZO- | 6FO- |900- | — L 9 €90-0 | - 3 = = = % = = = - 1800. | - |900- |¢F0- | 200. | - = 7 = a = - |100- | 100. | 9 9 801-0 | 100- | #00- | G00. | 900. | #00. | 810. | 220. |800- | - |8z0- | 200. | - = = = 5 = = 3 = r = = s b = - - - ~ - - - - - - = - . - - - - - - - = = = = i g 100-0 | - = = - = = e = = = = = = c LOO a a = = = = = = = g z G1Z-0 | - - | 100+ | 100: |##0- | 80. | 800. | 100. | 800- | Z00- |090- | ILO. | F80- | 200- | 200- | Z00- | 900- | ZOO. |¢T0- | $00 | €00- | £00. | OT0- | 010. | & i 882-0 | Z00- |Z00- | 610. | O10 | ZO. | Z00- |090- | 6F0- | FOO. | - |8FO- | 100. | 100. | - |€T0- |Z00- | - - | 100- | 100. |600- | 810. |€z0- | 1z0- | T 4 ‘qqsiu ; PEDO UY | or Nh Geol o6S> A uk ee Ok tie Sh NSE OL Mi SE he Sh ah ie OL |) 6 8 L 9 g 17 8 j i! ‘SHHONT—TIVANIVY ‘988T LSOONV BEN NEVIS OBSERVATORY.—HOURLY VALUES. 226 *SNVA]{| SI0- ‘sung | Z€0-€1 1g 0g | TéF-0 66 | LOTT 83 | 866-0 LG | Aen 96 | Z6-0 cz | 660-0 %@ | 800-0 e% | T10-0 Z | 00-0 12 | 200-0 4 61 zs 8I = 141 i 91 . cL zs FI | 880-0 el | 228-0 ZL | 06F-0 IL | 8o2-1 OL | 867-0 6 | 1eL0 8 | 180% L | 160-1 9 | 828-0 ¢ | SLT-0 : a P me Z | 960-0 L | Ze¢.0 “yunoury ‘qqsiu “PUA & 600- 890- FIO. | 120. | LLO- | GZO- | LTO. | 0ZO- | 910- | 910- ELF-0 | 129-0 | FFE-0 | 799-0 | 804-0 | GI9-0 | 88F-0 | L8F-0 T00- | 100- | 100. | €00- | 200- | 600- | 200- } $20. 660. | GPO. | #60. | 990. | 020- | 080- | ZOT- | S80. 090: | G00. |800- | #10. | 200. |900- | 800- |} STO. 100. | 90- | 100- | $20. | O10. | 600- zs 060: = - = — | 100- a 100: 7 660- | S&T. |820- | 9L- | G00. | 490- | 800- | 20. 00: =; a G00. | 200. | GEO. | GZ0- | &z0- 800- | 100. | €10- | €10- | [FO | SFO. | 00. = c00- 7 = c00- = £00: z 100. TSO: | 100. | 800- | €10- | L00- | 820- | Z00- = ‘SHHONT—TIVANIVYY ‘9881 UTANALIAS 8 Z10- 867-0 “SNVSK "sKOS Te 0& 66 8% 1X6 9% & ¥ &@ (46 16 02 61 8T LT 9T ST iat oOo Or Om N OO ret 227 BEN NEVIS OBSERVATORY.—HOURLY VALUES. SNVaN} ITO. | 110. | ILO | LTO. | 800- | TLO- | FIO. | OL0- | 900- | 200- | 110. | OT0- | 600 |600- | goo. | 900. | eto. | zt0. | aio. | eto. |eto. | eto. | ¢o0- | 200. | eto. |-sxvaw SHAS | 691-8 | O€€-0 | E£8-0 | ZE9-0| IFZ-0 | SFE-0 | SEF-0 | 908-0 | TLT-0 | 022-0 | 8F8-0 | 860-0 | 282-0 | 262-0 | 982-0 | Z61-0 | G9F-0 | 8z¢-0 | 8z¢-0 | T8¢-0 | T9F-0| 60F-0 | OZT-0 | goz0 | g6e-0 | “sreas TOW CCR Onl feeae t= = Se ea eee ee 8 SN oe ee Metyus Mreo e eee ge H es 08 | 8600 = to |=) = |= heer rons toon too, | = =~ }t00.-| = | - | - | = - |t00- | ¢00- | 900. |oso. | og | % 6G | 821-0 | 880. |¢00- | 900 | 100. |900. | - | - | too |z00- | gzo- | ¢eo. 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GTO | Ree RR eee ee Tee eee ce - | - | = | = 1|%00. | eto |410- |¢0- | zo. | t00- | 900. | 200. | zz 12 | B00 (CS (ee cog) Eh Se ee ee ange ligagn |) = satel | eccitn|lNeamai icp esse LM cee hl cee fect Mc eg Wee 06 | 80-0 t= IR eee i We Gite ee ee Wee He Sd MOD ZO0: iene Wee wee Wee toe open ilee I 1 a GI. | Gon Jee Ne A ee er lie Alrae ee le alee el egnaeaiaOOnalsTOOR IGL Gr |. 0g00 = 1 = roo. t= Teco loos lee ee ee te - = eco =) = = zones ligtor cisoas seco. | er 4T | 004-0 | ¢00- |¥00- | 200. | ogo. | 9#0- | 9z0- | 100. | 100. | ero. |Fz0- | TFO- z00- | - | 100. | #00- | 100. | ¢00- |9¢0- | ego. oro |¢oo. jogo. |apr | zt | 9t | 089-0 | 260. | - |¢00- |600- | ogo. | ego. | ego. |oco. | Fo. | gzo- | goo. 900. | 020. | ZrO. | 900- | orto. | 200- |oto. |¥10. | gto. | eto. | 600. | goo. | ot | SE | 90-0 | 100. | 100. | 100. | Zoo. | 600. | go0- | 900. | #00. | g00- | coo. | too. = 4100! MrTdds | ah Sah = eee SES NE ae Selle FI | vOFO | - | - | - |t00 Joto | - |r100- | 100. | 120. |oFo- | e90 ZIO- | 901. |orO- |opO- |ceo- | - | - | - | - | 100 |z00- |sto | #1 el | 229-0 | ¢zo- | 8T0- | #80. | Zeo. | 600. | - |t00- | - eto |¢oo. | gto. CII. | 010. | ogo. | Z00- |680- | 100. | eco. |ogo. | - |zoo. |too | - | et ZL | €9%T | #00. | goo |eto | - J|ozo. | - Joro | - | - | - |¢o0. OIT- |#90- | ¢z0- | 82z- | 890- | ¢90- |ooz |ezt | zt. | ceo. jogo |ezo. | at Tt | 109-0 | 220. | SFO. |oto- |690- | 290- | oor | 060. |6g0- |6z0- | 800. | zo. ee eam i: lave nats ment 0 cea SOS cee usta Or | 69% | - |t00- | aro. | too. | 600. | tor | ert. | oro. | 600. | ogo. | zz0. e80- | #00. | 210. | cet. | 9z0- |eor- | zor |oro joer. |ozo. |aro |e9o- | or | & 6 | 28-0 |ez0. | ees | aco. jos. |r. | - | - | - | - | - | - se ilemoe line. leas Nein. ‘aac dlenne Siemae flaca ee eC 8 620-0 | - = = = = > = = = - = = = |i |) = - |800- | - |900- | 400. | - | 100. |600- | 8 vas Dee A S0rO) I O0r = I —ead| aout =" ee en | ee - |100- |¢00- | Zco. |¢¢0. | eto. | 100 | too. |¢oo. | 100. |6o0. | too. | z | 4 9 | OSF-0 | 00. | 200. | oe | goo. | zoo. |oeo. |Fo0. | - | - | - | - - | 100+ | 100. | 100- | 100 |zoo. | - | 100. | 100. | zoo. | 100. |zoo. | 9 | © g | 2€0-0 | zoo. | ¢00- | zoo. | too. | too. | - | - | - | too | #00. | too. 100: | 200: | 100. | 100. | 200. | eo |z00- | 100 }zo0- | 200. | zoo. | too. | ¢ | x % | 010-0 |Z00- | 100. | 100 |zoo. | - | - |t00- |t00 |zo0. | - | - SUR Se ee a ee ae ae ae Se gem Been ain @ | 8620 | 100. | #00. | zoo. | ro. | ozo. | 9z0- | oro. | eto. | teo- | 690. | zo. 800: |920- | 990: |zz0- | 8z0- | ego. |oro- | 100. }zoo. | - | - | - | ¢ | ® G | JOGO: ODA GIRO Mn TMM RR CRE ST TRG Tee spine G00. | 100: |Z00- | 800. | sto. |z90- | ceo. | Foo Joz. | - | - | - Js | 8 T +} 7O10!0) Net ay hss 2 Se ie am | i hada z a | | imam | ea Uae | ie Sate Ge aa phe SOO sG00) oh) aie G4 tae —_ _ |_—_ —_—_ —_|—_|—_|—_— |} |} ][—_ i ___ |__| _—_|— |] “‘qunoury sla 2 (ae, ier tlloc Merete en ean or er eet ZU aie UL WPtOT pl. tee Rite Soe “eg foie | ore ine leae = SS nr ner ser eee neni Ga Se Ea ee en cA *SHHONT—TIVANIV YY Pe a ‘9881 YUALOLOO a ee eee ee ee eee ee ee ES BEN NEVIS OBSERVATORY.—HOURLY VALUES. 228 me NOt WO OM CO DH ‘SHHONT—TIVANIVY ‘9881 UTANAAON 920- | G20: 6-0 | 879-0 260. | 9€0- FOL: | ZE0- %00- | 700- T00- | G00: 060- | $80. €10- | 910- O10: | €00- G60: | S70: TLO- | GLO: G00. = Z00- | O10: 8F0- | &20- 200. | OF0: OFS: | SZE- 9T0- | S10: GL II €20- | STO- 689-0 | 697-0 ¥G0- | 920- G10. | 810: ¢00- = T00- | 100- T00. | 800- 600- | 900- 400- | 900- a 100: 090: | O10- G60: | GE0- ¢00- | 00- Z10- | 610- G00. | $20. Zi 100- G01 | STO: 8s. | SLZ- — | $00: O10: | Z00- OL 6 9T0- F8F-0 260. 290- gtd. | Z10- SoF-0 | 619-0 990- | 9€0- ZL0. | G80. €00- | €00- 800: | 900- ¥90- | OOT- 260. | 0€0- O10. | 9¢0- G00. | 900- = T00: 800: | O10- G00. | 900- T00- = 0&0- | SF0- 780- | 080- GIO: | G00: 8F0- | 00: L 9 610- | #10. 199-0 | ITF-0 800- | 800. GFO: | STO. - | F00- Too. | - 910. | €2I- 990: | 920- 020- | 140. F20- | 100. - | g00- £00: | 800- 100. | Z00- G10- | S10. 800: | OLO. 290. | 220. OF0- | 90. ¥60- | $20. G10: | STO. 0%0- | 120. ory LT0- | STO- 10-0 | FFF-0 G00- | 600- 900- | 020: 800- | 960- T00- | €00- = T00- CSI. | F20- O10. | L€0- Z00- | 800- T@I- | 2¢0- 080- | 0&0- G00- | TIO- O10: | Z10- 900- | #20: 800- = 620- | OF0- 620- | Z00- 860. | G00- 610- | Z00- I10- | [80- § G GLO. |‘SSYSW G¥E-0 | “snag 18 80: | 08 Z10- | 6% 010: | sz inl |e: =) ge = |) 9% 200 | #2 Too. | eile 3 el 8 2 0z0- | 0% coo. | 6I oto. | gt 10. | 21 zo. | 9F zoo: | st =. ar =. ee Zo. | oI 610: | It = gr =P g 110 | 8 =F. 2 afk ie 800. | ¢ zoo: | + ae a: ie a Ee th: I or) NA N BEN NEVIS OBSERVATORY.—HOURLY VALUES. “SNVG A “slag 1é 0& 66 aN oO SH IO Om OD G10: | E10: 186-01 | SIF-0 001-0 | 700- 920:0 | - €F9-0 | 800- 108-0 | €0- 96-0 | 800: 186-0 | - 896-0 | 080- 606-0 | 600: 969-0 | 00: 26-0 | - 108-0 | - 800-0 | 800: 6860 | - 1-0 | 910- 190-0 | - 016-0 | — 00-0 | - 069:0 | - @9¢-1 | ¢¢0. GLE-L | 6IT- 17k 167-0 | OGI- 108-0 | 700. F “qystu qunouy “DIN ‘SHHONT—TTVANIV¢ ‘988L WHANAOAT S10: | OL0- GLP-0 | F2E-0 T00- a 800- ee 610- | 0&0- 680: | 890- L¥0- | €20- €00- | 00- < 100- ¢00- = GIO. | 020- GIO. | 920- 0¢0- | L00- 9¢0- | 200- GPO. | F00- G60: | 780- 100. | $00- Z€0- | GFO- GTO. | O10- 8 L 9 bo) ine) G 9 LO. | ONVATY 86P-0 | ‘Sag 35 blake alec 900: | 63 110. | 8% int || wee piel | 6: 220. | 9% 0g | ¥2 T10- | & 600 | 2 = 1 16 S| tee = | i 600: | st hoa =) or eee = Alea = al i ogo | aI =) eM Sale OL Sees =F ies 680. | 2 lst | 9 | oL0. | F | 3 spell ak ¢00: | 1 I BEN NEVIS OBSERVATORY.—HOURLY VALUES. 30 2 FEL-0 260-0 901-0 ££6-0 T¥0-0 “qunoury 09-0 | 919-0 1S0- | 0F0- | $00- 220- | 610. |090- | TL0- | g¢o- 100. | — | 100- | 100- | Z00- 100- | 0Z0- | 8&0. | 6Z0- | 910. OZI- |Z20- | e6I- | Gee. | eFT. g90- | #80. | 320. | 890- | co. ¢g0- | 1Z0- | 200. |¢00- | £00. Z00- | 9T0- | 100. | 200. | 900. PLO. | 800- | 200. | €00- | ZrO. 9ZI- | hI. | 980. | 180- | OTT. 200- | 010. | 600. | 610. | gco. Ze0- | 0z0- | 900- | 220- | 200- L0z0-] |fot0-] |Loro-] |foto-] \oto.] 920. |020- |890 |900- | 970. Z00- |oco. | - | 100- | zoo. 690- | ILO. | 600. | 600- | 600- = = = - | Z00. = = - | 100- | z00- oto. | 220. | eto. | - | 900. = = = =| 100: MPM) oe | ee | iz | oz “PLL G80- T00- 080: TST. 0€0- 60T- 100: ¢90- G&T- G00- €80- | 990- — | €00- 0L0- | T80- GCC: | 6FL- 100: | ¢00- 0c0- | OIL = T00- 100- | 100- 80: | 00: Gé0- | LF0- G90: | 890. G00. = £00- 100- | 8zo- O10: | €00- G00: | 8g0- G00: = [oz0-] |[oto-] = | #00. 820- 00- 080- PI: F00- G10: 610. | G20. | 810. | 210. | ZZ0- | 020- | 20. | ozo. ¥C0: 84-0 | 889-0 | 999-0 | 889-0 | 499-0 | LI9-0 | 29-0 | 819-0 | 0F2-0 [eto-] [et0-] |[st0-] |Leto-) ([eto-] [[et0-] |feto-) [eto-] 9T0- 9T0- 610- 6LT- 600- 89-0 | FF-0 | 692-0 | Z&8-0 | ZI9-0 400. | 800- | 100- | g00- | g00- 100- | 800. | ¢10- | 0g0- | 9F0. GFO- |¢Z0- | 00- | 900. | go. 861. |090- | 9¢0- | 080. | G60- T00- | €00- | Z00- | 900- | 100 080- }090- | SSI. | 6ZI- | 100. 400 | 100. | 800- | 0¢0- | 6I0- 680: | 260. | 080- |060- | TZO- 9F0- |ZZ0- | ZIO- | 800. | GIO- 810 | 10. | 200- | 810. | 100. 800- | 900. | GFI- | 60z- | GZT- = - |100- | 100- | OTO- [e00-] {[¢00.] | - = = ¢00- | - |¢00. | - = 1g0- | Zg0- | geo. | ego. | OF0- #20. | Z00- | #10. | S10. | G00. cot. | ¢z0- |Loso-] {Loso-] |[oto-] = 10m |) = - | F00- - | 100. | 100. | 100. | eto. (o#0-] jLoot-] \Lozt-] i[oso-] jLogo-] 820. | 800. | ¢00- | TIO- | 900- 100: | 100- | 100. |Z00- | g00- ee |} fag I aie | oa 6 ‘SHHONT—TIVANIVY “4881 AUVONVE 8€0- SE0- 100: eo) 296-0 | FFI-T | 906-0 | 296-0 | S#6-0 900 | #00. | zoo. | - | too. 800. | #00. | 200. | Zz0- | OTO- €20- |0Z0- | OTO- | OT0- | g00- - |@10- | 0g0- |020- | go. GSI. | Ge | 6FI- | SFI- | $60- [002-1 |Looz-] |Looz-] jlooz-] | z2e- Z80- | 880. |¢z0- | 090- | SFO. 120. | OFO- | GIO. | SFO. | 8E0- GCI. | LST. | 6SI- | FOT- | 60- 620- | 290. | £g0- | €80- | 6T0- g00- |¢00- | 800. | 110. | gTO- ILL | egz- | 481. | ZIT- | 960- 100- | O10- | gto. | 10. | 200- = = - - | 00. Z10- | 220. | 9z0- | 8Z0- | 920. "00. | 190. | S10. | $¢0- | 9g0- eco. | 010: |foto-] oto] } - {oto-] foto-] \foto-] Loto.) jfoto-J 200. |L0z0-] \[ozo-] \[oz0-} |Lo10-] FOO. |100- | - | Z00- | T00- Z00- | 800. | T00- | €00- | 600. ¢ P | g Zz I AnH OH OM OH ret 231 BEN NEVIS OBSERVATORY.—HOURLY VALUES. en 110: 810- 120: 10: SZ: 810- 810: §10- | FLO. | €Z0- | T20- | TE0- |} 2Z0- 0€0- ST0- P10. €10- 910- 610: §€0- 910- Z10- 9T0- 020- *SNVU G6-EI | 98F-0 | LTS-0 | 669-0 | F8F-0 | TTZ-0 | F0G-0 | $0G-0 | 68-0 | Z6R-0 | 49-0 | 86S-0 | 048-0} LGZ-0 | 2Z8-0 | OGF-0 | £8e-0 | 098-0 | 6FF-0 | Sec-0 | Se6-0 | cFF-0 | I8F-0 | FEF-0 | F2G-0 | “Ras ‘SNVONT| 0ZO0- ‘smog 1g 0g 66 86 == 1% = 9G = GG 806-0 FG 819-6 &@ L¥B-6 GG CPT IG T8é-0 0G FCG-0 61 110-0 81 ¢1¢-0 LT 162-0 9I T¢0-0 GT Sy ial a §1 600-0 éL z Il 5, OL im 6 == 8 2 L FIL-0 9 3 G S10-T F 0FL-0 § 416-0 G 011-0 IT C&s-0 “yunoury “‘qqst0 “PIN €00- | #00. | 200- | 800- | 8¥0- | 80T- [o¢o-] |Lo¢o-] \Logo-] [oco-] |Loot-] \loot-] |loor-] T00- | 00- | ZI0- | SFO. | O€0- | S20- A 91 oT s ie! ine} re N re “SHHONT—TIVANIVY ‘L881 AUVOAEAA ¢10- G00- IL OL fos) 8 L SF0- =) €90- g % 080: g (g ce 1é 0€ 66 A om Oo OM OD Lo | | | | | | | | | | | | | | | a N TRANS. ROY. SOC. EDIN. VOL. XXXIV. BEN NEVIS OBSERVATORY.—HOURLY VALUES. 232 ‘sxvayt| 800- ‘smog | €06-9 Te | 368-0 og | 240-0 6a | 400-0 8% | 983-0 16 | 689-1 96 | Ghz-0 cZ | OLL-0 FB | 689-0 €&@ | 909-0 G =| 020-0 1G = 02 S 61 = 8T é LAT 920-0 9T £80-0 ST = tL i &1 S ae = II 0ZT-0 OL 918-0 6 920-0 8 = ! = 9 = G : f = & 620-0 G GES-0 I GEL-0 “qUMOUuLy 100: | 900: T&Z-0 | 106-0 020: & T00- | 900- T90- | 0€0- ZrO: | G60- $00- | 080- 200- | €00- Gc0- | $20- G00: | €00- 900- | 600- 9LT-0 | 992-0 — | #00- 610. |9Z0- 0¢0- | T&0- GIO. | 900- TLO- | GP0- 900- | 700. OFO. | GLO: G00- | [00- 100: | O10- (ezo.] \lezo-] \[zzo-] \[zzo-] \[zzo-] \Lzeo-] \Lzzo-] |[zzo-] |leco-] | eto. 910: ‘qqsi0 -PLN 020- | TLO- &@ | G 1G 06 61 = 100: — | 00- €10- | SF0- 81 800- vat ye 900- | $00- FLL-0 | SFL-0 Z00- | 080- £00. | 00- 180. | 670 G00- “ GLO: | GP0- ¥E0- | 800- 800- | L00- ¢00- = G00- ES 800: G00- | 700: ST tL ‘SHHONT—TIVANIVY, ‘1881 HOUVN 600- F6G:0 9TL- 600- G8é-0 610: oc 0&Z-0 | SFE-0 | 978-0 €00- | Z00- | 200: el “sNValy “snag 1g mn oO HO Ohm DO DH 3 23 BEN NEVIS OBSERVATORY.—HOURLY VALUES. ‘SNVaN/ QLO- | T10- | ZI0- | ILO. | FTO. | 410. | 600. | 200- | 900. | 200 | FOO. | E10. | 910. ]800- | LO. | ZrO- | 200. | oro. | eto. |F10- | tto. | 110. | orto. | Z00- | oTO. |'sxvaq ‘suas | F€9-2 | 1ZE-0 | ZLE-0 | O€E-0 | LOF-0 | DTS-0 | ¥28-0 | 1Z-0 | OGT-0 | 402-0 | FZI-0 | 268-0 | L9F-0 | 222-0 | 6FE-0 | 968-0 | $22.0 | 682-0 | 66-0 | GoF-0 | Tee-0 | 088.0 | ETe-0 | O1Z-0 | ¢8z-0 | ‘swag Te it 0g = - - - - ~ - ~ - = 3 = = = = = - = - - = - ~ - - 0g 66 | ¢00-0 | - - - - - - - - = = |¢00: | - = = = = : - - - = - - - 63 | 83 | 9080 | - |%00- |9zc0- | 220. | ect | 260. | - = = = zi 3 = 3 = : = = = - = = 2 8% 4Z | 620-0 | - = - | g00- | 100. | 100. | Z00- |600- | 100 |¢00. | - = = = ~ - - - = J = = = = IZ 93 | 812-0 | - - = = - |200- | - | #00. | 080: | 80. | 2z0- | F&O. }Og0- | 0z0- | 200- | oto. | 800. | Zoo. |z00- | too. | — = - |€00: | 92 SG | 9F2-0 | Zz0. | Z00- | 980. | Tg0. | 00. | 8r0- | - | FCO. | OTT. | 100- | TL0- |G¢0- | 200- |090- |oFO- | g00- |s00 | sto. |#00- | gto. | zz0- |zto- | goo." | 900. | ez ¥G | €62:0 | OLO- |Z00- | F00- | 100. |8z0- | 200. | ZrO. | 800. | ITO. |8z0- | 190. |Gzz- | cho. | 9¢0- |9IT- |g90- |8To-. |9z0. | eto. | - = Wag» |) = = ¥ & | 7480 | - |T00- |¢90- | 902. | 920. | - = - = = : = = = = = |'T00: | - - ~ |0c0. | - | 00. | ¢00. | & @ | 429-0 | geo. | t00. | - = ~ - ~ |100- | ~ | 900. | 090- | 800- | 6g0- | 090- | 220- | 600. |¢90- |¢T0- | 200. | oro. |9F0- |Tco- | ZT0- | ceo. | Zz TG | 106-0 | - |640- | - |€00- | 100- | 800 |#Z0- | 200: | ZOO. | 100. | €00- |Z00- | 200. |900- | 200. |¢o0- |¢00- | ¢00- | F00- | 00. |800- | 10. | oto. | 200. | Iz 0G | 80%T | 900: | 800. | 900. | Z00- | €00- | 680: | ETO- | 2T0- | 0€0- | 1ZO- | TFT. | 960. ]¥50- | OTI- | 20. | 9FO- | zgo. | ZIT | ozo | 190. | gor |gor- |ezt- | 10s | 02 6L | $60-L | SFI. | GPL | TSE | ZIT | F8T- |F20- | 0L0- |¢20- | OL0- | #00. | ZOO. | 100 |} - |z200 | - |zc00- |z00- |c00- |gto. | teo. |zzo- |ezo- |oto. |ogo | 6 8L | 660-0 |0Z0- | ZO. |¢FO- |artO. | - | T00. | - = == = = = Z z = = = = = - = = = Fe 8T XT = - - - - - - - - = = = = : = = = - - - - - - ~ = LT 9L = - - - - - ~ - ~ = - = = = = = - - - - - - - - 91 GT | 400-0 | - = = Hit |S |i |} = aap || = = = = = = = = = = ~ - - |100. | - = a1 ial = - - - - - - ~ - - - - - = = = - ~ - - ~ - - - - | #1 él : - - - - - - - = = = = = = = - = - = - - - - - = SI ral = - - - - ~ - ~ - - - = = = = - - - - - - - - - = ZL IL = 2 - ~ - - ~ - = - = - = = ~ = 2 = - - - - - - = II OL - - - = - - - - = = - = = = = = = - - - - - ~ = = Or 6 = - - - ~ - - - - - - - = = = = - - - - - - - - = 6 8 = - - - - - - - - - - = a - - - = - ~ - = - - - = 8 f = - - - - - - ~ - - - - = = - = = - - - - - - = - L 9 = - - - - - - - - - - = = = - - - - - - - - - - = 9 g IP-0 | - = = = 0)05 (GOs | = = = - | 200. |900- | 800. | go: |¢20- |0L0- | ¢60. |Z60. | - ~ = = = = g i7 020-T | - - |G00- | #00. |8go- | - |060- | - ~ 1900 | 890- | 0Z0- | T00- | Z00- | 200. | O10. |¢€z0- | 020. |¢FZ. | Z8T- | 160. | Z0T- | Ze0- | SIO. | # g 86-0 | 920- | IT | 620. | 00- |¥00- | 900- | Z00- |610- | 10. | STO. | 600- | 920. | 100. | 100- | zoo. | too. |zr0- | #00. |¢go. |¢ro. |so0- | too. | goo. | - g 6 €10-0 | G00. | — = Se 00-nn kOO ees = = - |¢00. | - - - - = = 3 & ee = = = _ z I = = - - - - - - - = ~ - - - - = - - - - - - - - = I ‘ystu a ‘quNOUy -pyy | 84 (6 IG 06 61 8T LT 9T ST tL &T GL II OL lor) 8 Zz 9 G v g a re ‘SHHONT—TIVANIVY ‘L881 TIYdV ._-HOURLY VALUES. OBSERVATORY BEN NEVIS 234 "SNVAIY ‘swag 1é 0€ 66 8@ 1X6 9% G ¥G & (46 1G 06 6. 8T AT 9T ST las 8&L-0 ¥00-0 100-0 | qunowy 900- | #00- £0T-0 | 982-0 | ZET-0 | 981-0 | 991-0 | 60-0 | €90-0 | ZET-0 | F9T-0 | SFT-0 | GST-0 | 69T-0 | 880-0 | IFT-0 | TLT-0 | S8I-0 | TOT-0 682-0 | 928-0 bos) al oD al “SHHONT—TIVANIVYY ‘2881 AVN ~ et 200- | 600- | ZT0. | OTO- | 800- | 900- |"sxv=H ¥ZE-0 | TOT-0 | FZT-0 | “sRag 1 0& 63 8@ 46 9% & ¥G &@ (4G IZ 06 61 8I AT 91 ST tL &1 A owt 1H OM O re | | | | | | | | | | | | | | | 235 —HOURLY VALUES. BEN NEVIS OBSERVATORY ‘SNVEM] QTO: ‘swag | 909-1 13 0g - 6% - 8% | 100-0 1% = 9% = % - 1G = 8% = Be = 1% = 0% = 61 . 8 | 060: ZT = 91 : St | 860-0 I | T6I-0 SL | 8¢F-0 ZL | sist IL | 289-0 or * 6 | 699-1 8 | 96-0 ZL | es80 9 | €66-0 G | 80.0 7 | G60 e 2 : 4 L S “‘yunow yy) €10- |600- | 800- | TIO. | 810- | [ZO | €f0- | OTO- | 800- 988-0 | 622-0 | 8EZ-0 | OFE-0 | GE-0 | GE9-0 | 86E-0 | 26Z-0 | 92-0 *‘SHHONJT—TIVANIVY, “L881 ANOL NN a 9T0- 827-0 | 00-0) “#48 00: ‘SNVAJT 1é 0€ 66 8@ 1 9% GZ ¥G &@ GG 1G 06 61 8T ZT 9T oT tL &1 GL IT f=} Lol A OI OH Oo OME OD ¢00- | 700- &P1-0 | 921-0 ZI0- | 200: T00- | #00- ¢00- | 80- €00- | 100- G10. | 2S0- S10: | TIO. 400- | 800- ¥c0- | GLO: €00- | £00- g v § G ri 258 YRANS. ROY. SOC. EDIN. VOL. XXXIV. “SNVAK) 0ZO0- T@0- | 610. | GGO- | PLO. | PLO. | zO- | OZO- | 910. | E10. | FTO. | GLO. | OZO. | FZO- | EZO- | 0ZO- | 610. | ZZO- | 8zO- | Ze0- | 9T0- | FIO. | #z0- | 210. | gto. |‘sxvaw “SKOS | GPS-FL | 6E9-0 | ZO9-0 | F89-0 | SEF-0 | 6EF-0 | EL9-0 | LT9-0 | 409-0 | FOF-0 | FF-0 | T4E-0 | 29-0 G€2-0 | 802-0 | 629-0 | 289-0 | €69-0 | 148-0 | LET-L | 68F-0 | ZEF-0 | 6FL-0 | 02-0 | ZeG-0 | ‘sRaS FE 166000.) = 5) 100, 1 860s | ae Me ie ah a eet i ae Pec age alee ee [ce Bl gl eee | eae cea ee |e og | 980} - | - | - | - | - | > | - | = [zea | - Joro- | zoo. | 160. | gto. | geo. | gor | cet. |ozo. |¢go. |zzo. |F10- |ozt- loro ogo. | og 63 | IL-0 | 8eI- | 0F0- | 060. | ILO. | 600- | F00- | 200. | ZZ0- | ILO | ETO. | FI0- | zoo. J eto. | 100. | 600. |oco- | zeo. | zoo. | - {goo | 110. |ozo. |zrt |6eo. | 62 8Z T8E-0 | OL0- | 120- | Z90- | [00- | $€0- | 200- | T00- | 00- | 100. | 800- | Z00- | 100. | TLO- | 100. | 100. | Z00- | €00- | 880. | 160- | ¢00- | FOO. | ¢00- | 900- | #00. 8@ 1G 8EG-T | 00. | 100. | FE0- | 00- | €E0- | 400. | ZIT. | 9FO- | SO. | eZO- | 200. | GEO. | EST. | 9FZ- | ZeZ. | Z60- | FEO. | 800. | G00. | G00. | 800. | 6FO- | ¢z0-. | Z00- 1 | ee esr-0 0-oor- eso. eer 280) oR ,| 020, 000 | =e | a See Poe | ey [ee ee Oe fee fe ae te | ee} ol ge FQ | | 6z80 | - | - |200- | ¢00. |oto |zo0- | zoo. |zeo- | 990. | +40. | 190. | reo }eor- |4ze oro | 00. | - |eco- |00- | 100. |oso- | te0- |ozo- |zoo | 9 R | ¥% | 2860 | - | - |100- | 100. |F00- | - goo. |600- j oto. | 600- | 990. |orz- | gor. foro. | ett. |¢g0- |#F0- [eto | goo. |szo. | 110. |¢or |¢o0. | eto. | ¥2 = | 8 | tot | est Jose. | zco- |srt- |eor | ut [rit |szo. foto | zt0 | eco. ato. |zt0. [aro |eto- |zoo [eco | eco. | 250. |zoo. [zr | 900. | 200. |oso. | ez > | %& | 298-0 | 8F0- | 100. | ¥00- | 100- | Og0- | 100. | 100. | 100- | eto. | Tzo- | ¢eo. [ett }9t0- | ero. | 9¢0- | zoo. | seo. |osT- jose | oro |0z0- | 900. |¢oo. | 600. | zz bi | IZ | BOLO | 2c0- | gzo- | 910. |#10- | 800- |¥00- |zoo- |¥o0. zoo | - | - | = J- | - | - [- J|- | - |- ]- ]- ]-]-]- [8 eq | 0 | ao |= |! |e fee fee fe ee fee fee fee fe fe fe fee fee oe fe feno. Fem |eo0- |t00- foo. }e00 [ron | 02 P | 6L | 98%0 /900- | 00. | 920. | 1F0- | 2zo- | 9FO- | FIT. |0z0- | zoo. jzoo. | - | - from to. | - | - | - | - | - | - |- |- | - | - |e ie (28 Weer0 (00: ico. |} 200. |\moo:. goo oo. | vg. on. || n00: eee yee ee [i lle Waa le lee lo lee lem lor fee fs |= | oer | eat Vee ie ie ea Ga Pits aie Pao lee Ni eee itu ee We ee ase les lee oe Vea lee lum fae | a Be | BR C60 | a = 100 gael a0. Nina. | ate BROS Nie POON Me liege TOO one Nee N= || x] = = Adee lee Lee ee lo | OL P| st | eo | ~ |to- | - | - | ~ | = | = | = foto |z00. | 210. | 200 Jogo. | 00. jogo. | 210 |¥t0- |zzo- | zoo. | 990- |600- | 900. | 900. |s00- | st Ei | FE | 028-0 | £¢0- | 200. |0z0. | - | OF0- | T00- | 100. | £00- | eto | gro. | ozo. | zoo. | sF0- | Teo. | 200. | +90. |¥90- | 900. | gFo.. |¢90- | e240. | 960. | ero. |eco. | FI Ss GI | T9-0 |690- | GOT | SF. | F00- |€00- | ZI | 9t0. | 100. | 100. |940- |soo0. | - J - | - | - | - | - | - | - Jtoo | - |t00. | too. |oto. | et ea | «GL | 82-0 | 200 | cer. | 610. |€10- |t00- | - | - | - | 100- | zoo. | 600. | too. } oo. | 110. | zzo. | 920. | goo. | #90. |¥F0. | ceo. | zto- | 200. | too. | - | at Bl | 1 | oso | - | - | — | 100. |zoo. | - | 100. | - |g00- | goo. | 1z0. | 900- |¢to- | 100. | 100- | 100. | 100 | 900. |¥00- |9F0- | 100. |z00- |¢00- | ¢00- | IT © | oF | s6rt | 200 | oro. | goo. |sto- | 100. | eto | zoo. |zeo- | ego. | goo | zoo. | zoo |zto- | eco. | cto. | 200 |oze fort. | roe jogo. |e90- |cet- oor | set | ot 2m 6 €99-0 | G80- = £00- = = = . Ss = - a = = 3 = €00- | 200. | G¢0- | Z6a- | ETL. ra 200- is _ 6 E |8 sae ames eee lWeera Nes, ie Nae al eee Nee Ne Wee ee hace Mince Hier Mises Mike Nie Ye oe Heim’ Joe luke gle tie Le fe | 2 | 60} - | - | - jo | - | - | - | = {00 Joro. | 600. | 900. goo. J oro. | zzo- | ogo. |9F0- Jost. | 200. | 00. | zzo- | F00- | coo. |g00- | 2 A ea 0G Can cam el eel celica TOD rigs ees Mies WAS We Mae ie Poe He i) e Wee Tes Tee w = ee Oa erm ml ewe Nm Ae A ee ccee fen Wet tea Nie | aie al Atoms! |Teeboe, 0004) TOO | OTN tal Se at A po} F | seo] - | - | - |= | = | - | = | = | 100 | 900. | ¢00. | or. ego. | tro | zo. | tto- | - | 100. | too. |zoo- | 800- | 900. | 00. |zoo- | + € | 48-0 | €00- | 200- | 200. | 600: | 800- j 9ST | Geo. | FEI. | GIT. | 9zt- | 190. | gz0. }zzo- | zoo. | F00- | +00. ero. |eto- | cto. | 900 |Z. | - | - | - | 8 | VeLON eae d seatbelt Nee ae Se We ee is he |zom |] 200. Noro: | reo" | sane |/'aro. | & I pA a ea remem re ie eas Ne ce ee oe dh ee We ce lige | edie iis He a > | x janomry| HI) ez | zg | 1 | os | ot | st | ar POR tot en ets ey Otel) <8 jee |) 22] 9 dee | ew) ‘SHHONT—TIVANIVY 236 “L881 ATOAL 237 BEN NEVIS OBSERVATORY.—HOURLY VALUES. ‘SNVAN ‘sag HNO OD DKRO®D | 80F-0 619-0 ‘junowy 220. | LT0- 189-0 | 19-0 GLI. | 00- Z00- | £00: 100. | - 110: | 10. Z00- | #00: ¢g0- | Og0- Z00- | S00: €00- | ¢00- =e 00: Z00- | Z00- = |e 00Z- | EFT. IFT: | GFT Zg0- | TOT 10. | 920. ‘qyusta -pyy | &% De eee eee ene ene ee 810- 960- coo. |¢00- | coo. | - coo: | - | ¢00- | 200. 900: | 920. |t¢0- | - a00") | ee | Maa = e00- |0z0- |og0. | - Reon fe) eS 200. |'e00». | capt | os 600. |100- | 900- | to0- 100- = = €00- - | = |F#00- | 200. 00s |) = 21) 670: | ceo. | #¥0- | eto. - | - |r00. | too- eco. | Feo. {eto | - “SHHONT—TIVANIV YY ‘L881 LSOONV 8T0- 196-0 G00. “‘SNYAQY “sHng 1g 08 62 86 1 96 & VG &@ GG 1G 06 61 81 LT 91 oT ia mn OHO OM DO BEN NEVIS OBSERVATORY.—HOURLY VALUES. 238 mAN OH Oo OM COD ST0- 666-01 | 999-0 | SFF-0 100-0 %00-0 TSI-0 c0F-0 100-0 £68-0 99F-0 686-1 687-1 8h9-0 ¥90-0 002-0 520-0 282-0 908-0 619-1 £9L-0 “qunouly 810- | ST0- 611: [ozo-] O10: | 6F0- ISt- | Go. 810. | S10. = |i L¥0- | G00- 680- | 68T- 220: | ZI0- @L0- | TL0- ¢Z0- | 600: Z00- | 100. “qysru -pu | G 810- | TIO. 629-0 | GEE-0 G00- = 800- | 100- 660- | G&0- 870. | OT0- ce0- | PE0- G00. | LT0- a $0: STII- | 60T- €00- | Z00- 00G- | 190- 600: | 900- €00- | €10- TIO. | 200: IZ 06 61 8T ZT , OT ‘S10. | ZZ0- | ZZ0- | ST0- TES-0 | $99.0 | 699-0 | 828-0 800- | 00- | 700- | OTO. ~ | GIO: i 100- 700: | O10. | 100: = SIT. | #60. | 0&0- | €00- — |@10- | 200- | €To- G60. | GOT. | SLT. | FeI- G9%- | 062. | Z6I- | 0Z0- = = G00. | S00- S10: | 800- | #00- | T00- TOO. | 100- |.If0- } T00- €00- | 100- | O10- = ri G00: | 700. | 890: 0€0- | OGI- | 80G- | IZT- a = €00- a ST tL &T GL "‘SHHONT—TIVANIVY “L881 WAANALdAS CIO. | OTO- SPF-0 | 683-0 180. | ¢00- Too: | 200- 1p |= - | £00. — | §Z0- - | Z00. 980: | 1Z0- 090: | 610- ¢00- | £00. ZIO- | £00. 100. | ZT0- - | 100- T&I- | 2Z0- 680- | LFT- ap |) = Le Or ee 910- | 910. | #IO- | #10 | 610- | CTO. ZI0- |'sxvayq] 9T0- T6¥-0 | 28F-0 | LIF-0 | 6F-0 | 29-0 | 22-0 | F8F-0 | Z9E-0 | “SHAS 200. = = SFI. | 200- | 200. SIO- | G60. | 80- = T00-| — T00- | ~ = GPO: 7 = €00- | 820. | €90- 800. | 00. | T80- ¢60- | 820. | ¢20- 020. | ¢90- | 9f0- 100. | 100- | L00- z 200. | 810: = 600: a £00- 3 100: ¢z0- | 200: | 900- 990- | 620- | 90T- €00- | 00. | 200: L 9 g Ig aR ee leer MPPDS - | 200- |¥00- | tor. | 6z A Wie pee —“Wesee 188e 800- | 620. | 18T- | Z00- | 22 GIL. | O8T- | 8g0- | 890- | 92 G00 igs ate aie al ae a Ves dae yee ze ere | se lice | Be te area lca |) ye hee dee | ae See sree Wee a Ge Spas sl OMe = Sh eee | Na ae er as |S | ae = lee joe [oo | or cealiese Wet dice oO alee ic la> |, SC ike Nee /000-.| 6r Pie lec amy ce a ah Loo. | 880- | FIT. | #80. | I 800- | STO |8z0- | @z0- | OF 860: | SFO. | #20. | ceo | 6 Toga i al a Too: | ¥00- |800- |9FO- | 2 600. | - | - [800 | 9 = Hgaeenl se a, an = Ale cael at S Hee er | 790: | - [coo | - | @ 6c0: | &10- | s¢0- |0g0 | T Fees aw Dok 239 BEN NEVIS OBSERVATORY.—HOURLY VALUES. “SNVATY ‘sas 1g 0€ 66 8Z KE 96 AHN oO HH WO Oo r= OD | ‘qunomy, 810: 999-0 [ero-] 660- 090- TOO: | = 2 = anos goo; |) = |proos toe: | e0d= rao - | - | - Jogo. |erz |8ze- | ese. |G6r- |0z0- | 9¢0- | ZéT- | 860: Se Se its eta quo ee Secon | wei 500. |600- | F00- | 900- | Zzo- | 020. | ¢zo. | ETO. | €00- | 200. |ZZ0- | OTO- =e = eae as eco rs ii enccemroo: Ware [ROD esc, TOO! Some ee nog Bene. - | — | = |%00- | Z00- ] ogo |¢90- | 200. | ¥00- | too. | - | ¢00- SP NPTOGR SS the = ee TOr= Pe Se Sy TR a ee - | - | = |t00. ] - | - | £00- | 800. | sto. | 9%0. | 090. | Teo: “SHHONT—TIVANIVY “L881 WHAOLIO cT0- 810- | Z10- | 220. | 020. 997-0 | 699-0 | 61S-0 | GE8-0 | LZ9-0 €00- | G&0- | 0&0- = L10- Sé¢-0 980- 9F0- 970- *SNVSTY *sIcag Té mA oO HO Oh OD 25 TRANS. ROY. SOC. EDIN. VOL. XXXIV. BEN NEVIS OBSERVATORY.—HOURLY VALUES. 240 ‘suvan] ZTO0- ‘sung | 66-8 18 og | Z9¢-0 63 | F10-0 86 | SFF-0 le | 027-0 9% | 961-8 G& | F10-T % | ZIS-0 ciel = Z| ZI0-0 IZ | ¥00-0 oo | - 6I | Fe0-0 8I | 840-0 JT | 9F8-0 9I | OI8-0 et | ¢00-0 I | €40-0 I | 920-0 ZL | ¥00-0 TID ais a = 6 ze 8 | 1000 L | 62¢0 9 | 202-0 ¢ | I0Lo % | 9260 & | 282-0 Z | $90-0 I | 8Fz-0 Stay €10- S6E-0 G00- “qpSr0 “PIA O10- 862-0 &@ 900- r8L-0 ZI0- |Z10- | 200- | 600. | T10- | 600. | sto. | eto. 696-0 | 698-0 | G6Z-0 | 846-0 | 8ZE-0 | 6EZ-0 | 9EF-0 | 89¢-0 T00- | 100: |Z00- | 110. | Zc0. | eto. | 8g0- | 060. O10- | 400- | - |¢00- | 100. | - | Ost | 222. 980. | 910. |z00. | - | 020. |¢ro- | 90. | 600. ZOO | Z€0- | 080. | 6gt- | ¢90- |ggo- | 0z0- | 600. = |100- | = | - | T00- | T00- | e00- | zoo. Sie 200 coed eee aie ala Se aOOs |= 1000) ee NUON: 1/200) Wn = OLO- | OL0- | 800- | 400. | 0z0- | 100. x G00- = = = = ra T00- | O10. | Tg0- 900- | 100- ra = = £00. | 900- | ¢00- [z00-] |[zo0-] foo0-] \Lgo0-] [C¢oo-] \L¢oo-1 Loto-] loto-] ZT 9T ST PL &1 GL IL OL “SHHONT—TIVANIVY “LZ88T UTAH AON 800- Z10- 808-0 TZ0- FC0- Z10- | 610- | 8TO- STG-0 | 08-0 | ZFS-0 T00. | 00. T00- = a Es % TIO- 200. | #F0- | 020- PIé | TEE: | STE. T90- | 80- | Z90- 700: a 100. 800- | FLO. | O10- T40- | 0¢0- | 820- GIO: | £00: | FO0- = O10: a r T00- | 600- T00- | £00- = [eto-] \[eto-] \Leto-} \leto-] | #Z0- £00- £00. c00- z10- | oto. FSE-0 | 666-0 900- G00- £00- foto-] [eto-] \leto-] ¢to-] \lozo-] [ozo-] fezo.] [ezo-] \Lote-] g “SRV lu, ‘swag Ss OM OH mA oO oH | 241 BEN NEVIS OBSERVATORY.—HOURLY VALUES. SS SS ee ee Pee eee See 810: | 1&0. | 620. | S¢0- 699-0 | F96-0 | 268-0 | F10-T *“SNVAJ “sITag Ig 0& 66 8@ 16 96 si6 VG &@ GG IZ 02 6T 8T AT 9T ST tL mn oO SH 1D omre ORO ¥C0: LLG-LT | 699-0 | 909-0 | 28-0 | 299-0 | 692-0 | L6S-0 | ¥6Z-0 | 9F8-0 | 122-0 920-0 100-0 F80-0 080-0 920-0 810-0 916-0 €10-0 910-0 183-0 G19-0 898-T 699-1 860-0 8PL-0 ¥96-0 ¢00-0 8ZE:0 F20:0 120-0 OFT-0 F68-0 GhO-T GEe-1 92:0 GLF-E C166 196.0 ‘yunowy 220. | €Z0- 610- | 600- G00: | 100- 020- | 8£0- 00- a G10. | 200. OLT- | 0¢0- g00- |, €00- 960- | 8F0- 090: | 990: os 900- [oto-] \[oto-] 9¢0- | 0¢0- 00: | ¢00- #60: | 620: €60- || 812 68I- | O9T- 1¢0- | #10. Me |p yt “‘SHHON[T—TIVANIVY ‘1881 UAANAOTA ¢T0- G9F-0 610- | 120. 689-0 | €99-0 700: | 200. 800: | ¢00- [or0-] |foto-] 900- Z00- &0- 082-0 020. | ¢Z0. | 0. | ¢go. ¥&9-0 | 692-0 | 190-T | G20. me = &10- = = [oto-] \[oto-] 080- | ZO. | SFO. | 600: 620: | 0FO. | 80. | O6T “SNVA “swag Ig 0& 66 8G 16 96 GG FG &@ GG IZ 02 61 8 LT 9T Ham HH OD On DD 242 BEN NEVIS OBSERVATORY.—HOURLY VALUES. In the foregoing Rainfall Returns the entries are for the hour ending with that at the head of column. AMOUNT OF SUNSHINE. The amount of Sunshine is obtained from a Campbell-Stokes’ Sunshine Recorder. The amount for e¢ hour is estimated in minutes and these values are entered in the columns of the Table; the Daily Amoun and Monthly Sums are, however, entered in hours and decimal fractions of an hour. In the last colw of each month is given the Total Time that the centre of the Sun is above the horizon each day. SunsHineE—FEBRUARY 1884. 38-4 | 45 | 5-6 | 67 | 7-8 | 8-9 | 9-10 | 10-11 | 11-12] 12-13 | 13-14 | 14-15 | 15-16 | 16-17 | 17-18 | 18-19 | 19-20 | 20-21 | Amount. | 5. LHP sk WR Ney Ws a ee th Ue Blatt Mate te a ! | Fett 10a) 1 ! (et Ne Fe LFA (J ll ot IL LE Tete th ienaltoalbes MECH OSes 1 eee oT To ae eal (ie Wat) AS A re teat ! (ie We ods LMT ay Hh a) Woe. (2 1B eal Tear UT {RTE aT Liesl SAE VST Bs Tet led 1 Tea a ait | i oth at A 10 cry {Wt | 28) Hite) We ell «ated 1s ee teat Ue I eel” le aeer Tei oaks tented yo eae k Tete at He Let) We Th US ie L Le al re ant Le TLS Wb | LAL ee ale | A Ma | cs eh eet ee Tet ea Wt Teeth TEE eat Tb ARPTOS be IL Pa crt eee Lh dhe Le te ay a Ae Uy Wa ey Lethe Lb aL L} PL lbs tf AL 1} RL beat) ye th ! ee ial tr w Pema ti ol teed | CC eat Cte at [Meath US Le et il Oo aii oO oli co air =e} ai ail oS oO (1 beh Ue 1 opetial 3 (PLC te a pet all ib Uh ah LIE Te Te (Pome | UP Ue | | Date a et he ! et eel UF Ue | ev il a Set Tikit 2 SERRE SR Pe Lhe = = — | 0°67 | 1:00 | 2°78 | 2°58 | 3:08 | 2°50 | 1:82 | 0:92 | 1-17 | 0°42 - - - -— | 16°93 | 274 BEN NEVIS OBSERVATORY.—HOURLY VALUES. 243 Sunsoinse—MARCH 1884. 3-4 4-5 5-6 6-7 7-8 8-9 | 9-10 | 10-11 | 11-12] 12-13 | 13-14 | 14-15 | 15-16 | 16-17 | 17-18 | 18-19 | 19-20 | 20-21 | Amount, Snes Min, | Min. | Min. | Min, | Min, | Min. | Min. | Min. | Min, } Min. | Min. | Min. | Min. | Min. | Min, | Min. | Min, | Min Hours, Hours. 1 = = = = - - = = = = = = = = = = - - ~ 10°58 2 = = = - - - 3 - - - 1 a = ~ - - - 0:08 10°66 3 = = - = - - = - = = = = = - - - - 10°74 4 = = = - - = = = = = = = = = = = = 10°82 5 - = = - = - = = = = = = = = - - - 10:90 6 = = - - ~ - = = = = = = = = = ~ - - 10°99 7 - - - - - - - - - - = = = = = = = = - 11:07 8 - - - - - - - - - - = = = - = = - - 11°15 9 = - = - - - - = = = = = = = = = = - - 11°23 10 = - - - - - - - 35 23 - 20 58 10 - - - - 2°43 11°31 11 = = - - 10 60 55 45 23 16 60 60 10 - - - = = 5°65 11°39 12 = = = = = = = = = = = = = = = = = = - 11°47 13 = = = = = = = = = = = = = = = = = = - 11°55 14 = = - = = - - = - - = = = = = = = = - 11°63 15 - = = c = = = = = = = = = = = = = = - 11°71 16 = = = - - 17 14 48 60 60 60 60 60 10 - - - - 6°48 11:79 17 - = - — = = - - - - = = = = = - = - - 11°87 18 = — - = = - = = = = = = = = = = = - 11°95 19 - - - = - - - = - - - = = = - = Ei = - 12:03 20 - - - = - - = = = = = = = = = = = = = 12°11 21 - - - - - - - = - = = = = = = = = = - 12°19 22 - - - - - = - - - - = = - = - - - 12:27 23 - - = = - - - = - - = - = = = = - 12°35 24 - = = = = - = - 2 40 46 37 47 = = = - - 2°87 12°43 25 - - - = - - = = = = - = = = = = - = 12°51 me} -| -| - | - | 35} 60) 60) 60) Go} 60} Go} 60} 55] 12) - | =| - | - | 870 | 12-59 27 - = - = - - = = = = = - = = = = = = 12-67 28 - = - - = - 2 50 55 45 6 - - - - - - - 2°63 12°75 29 - - - = - - - - 3 4 28 - - - - _ - - 0°58 12°83 30 - - - - - - - - - - - - = = =) = = - - 12°91 31 = : 4 = z = = = = - = = - - = = = - | 12-99 Sums. . rt A > “ . . * A . 5 . a \ - - - - | 0°75 | 2°28 | 2:18 | 3-43} 3:97 | 4:13 | 4°33 | 3:97 | 3°85 | 0°53 - - - - 29°42 | 365°44 Sunsoine—APRIL 1884. , 3-4 4-5 5-6 | 6-7 | 7-8 8-9 | 9-10 | 10-11 | 11-12] 12-18 | 13-14 | 14-15 | 15-16 | 16-17 | 17-18 | 18-19 | 19-20 | 20-21 | Amount. ons Min Min Min Min Min Min Min Min Min Min Min, | Min Min Min Min Min Min Min Hours, Hours, 1 - - - - - = - = = 5 7 12 - - - - - - 0°40 13-07 2 - - - - - = = - - - - - = = = = = = - 13°15 3 - - - - - = - - - - - 4 = = = = = = 0:07 13°23 4 - - - - - - - - - - - - - = 2) = = - - 13°31 16 - - - ~ - = = = - = - = = = = = = = - 13°39 6 - - - - = = - - - - - - = = = = = = - 13°47 D7 = = = os - 2 15 - 1 - i = = = = = = - 0°42 13°55 8 = - - = - = - 30 60 60 60 57 60 60 10 - - - 6°62 13°63 9 - = - - 30 58 60 50 40 35 - - = = - - - - 4°55 13°71 10 = = = - 35 48 60 60 60 60 60 60 60 46 - - - - 9°15 13°79 vy - - - - - - =: - - - - - = - = = - - - 13°87 12 - - - - - - 14 7 45 34 48 57 45 2 - - - - 4:20 13°95 13 - - = 14 20 32 60 30 45 35 26 16 - - - - - - 4°63 14:03 (14 - - - - 28 25 - 25 60 40 40 37 20 - - - - - 4:58 14°10 ee) - | —~ | - 2 ee ee ee ne son eon, (22 P 2 1 2 So 2 gay || race 16 “3 - = - - = 48 15 29 - ~ - - = = = = = 1°53 14:26 17 ca i = - 40 52 60 30 - 5 16 - = - = = - - 3°38 14°34 18 - - - - - - - - - - - - = = = = - - - 14:42 19 - - - - - - 10 18 15 1 12 20 1 - - - - - 1:43 14°50 20 = pe = a = - = - - 5 - - 2 - - - - = 0:12 14°57 21 = - = - = = - - - - - - = - = = = = - 14°65 22, = ug = = a = =5 as “4 as = = = = = - - = - 14°73 23 = - - - - == - - - - - - - - = = = = - 14°80 24 - - - - ~ - - - - - - - - ~- - = - = - 14°88 25 - - - - - - - - - ~ - - - - - = - = - 14:96 (26 - - - - - - 30 30 20 - - - 5 - = = - - 1:42 15:03 127 - - - - - 30 40 15 20 - - - 25 - - = - - 217 15°11 28 - - - - 50 60 60 60 60 58 28 37 12 - = = = = 7:08 15°18 29 - - 10 58 10 17 28 42 - - 35 3 - - = = = = 3°38 15°26 30 = - - - - - - - 12 50 15 = = = re = = = 1°28 15°33 31 - ae - | 0-17] 1-20] 3-55 | 5-40 | 8-08 | 6-87 | 7-78 | 6-47 | 6-87 | 588 | 4:98] 217] O17] - | - | - | 59°58 | 426-45 TRANS. ROY, SOC. EDIN. VOL. XXXIV. 2 0 15-16 | 16-17 | 17-18 TORS, a Bhd hE ered I meee Bats Ol Ei? Dit Ulnmesee fT end hee 244 BEN NEVIS OBSERVATORY.—HOURLY VALUES. SunsHiInsE—MAY 1884. | 3-4 | 4-5 | 5-6 | 6-7 | 7-8 | 8-9 | 9-10 joa 11-12 | 12-13 | 18-14 | 14-15 Min Min Min Min Min Min Min, | Min, | Min. | Min, Min 1 = = = ps a = = = a 2 — = = Ss = = st = = = = 3 - - - - - = = ~- - - 4 - - - - - - 16) 16) 82)) 85 - 5 s = = = = a a a = = = 6 = = = = = = = 8] 14] 25 2 7 x = = = ul = = = = = = 8 = A 3 = = 3 = = = = = 9 = = = = Ss = = = = = = 10 - - - - = 2 = - - - - ll - - - = ~ 1 17 = 1 3 58 12 = = = = = = = - 16 30 5 13 - - - 2 8| 20] 20) —- - - - 14 = - - - = = = - - - - 15 - = af a = x Ss a 16 - - - - = - - - 17 - ~ = - = = = - - - - 18 ~ - - - ~ = — - = 19 - - - 5] 50] 60/ 18] 50] 382] 28 50 20 = - - - - 5 si = - 25 - 21 - - - ~ - = - - - - - 22 - - - - — = = = - ~ - 23 - - - - = = 16| 50] 35] 35 52 24 - - - 50] 60} 60] 60] 60] 60] 60 60 25 - - 50] 60] 60] 60] 60] 60; 52) 60 9 26 - - 58 60 60 60 60 60 60 60 60 27 - - 60} 60} 60} 60} 60} 60} 60] 60 60 28 ~ - 60] 60} 60] 60} 60] 60} 60] 60 60 o - 8/ 60] 60} 60] 60} 60} 60) 60} 60 3 31 - - 45} 60} 42] 87] - - - 6 - hoy \ - | 018 | 555) 6-95 | 7-67 | 8-05 | 7-58 | 7:97 | 8:03 | 9:03 6-90 SunsHinse—J UNE 1884 | 3-4 | 4-5 | 5-6 | 6-7 | 7-8 | 8-9 | 9-10 10-11] 12 12-13 | 138-14 | 14-15 | 15-16 | 16-17 | 17-18 Min Min. Min Min Min Min Min Min Min Min, | Min Min Min 1 = a. a a, 3 Zz = 2 = = = = 92 = = = - - - = - - 13 - - 1 30 8 - - - - 0°87 17°63 3 - - 20 60 60 60 60 55 60 60 53 50 40 27 26 - 10 - 10°68 17°60 4 = = = = 4 = 450 45— 40) 58). Gbile 47] —- z ig || = = s 5:22 | 17°57 5 - - = - = = = = = 381" = 1\- - = z 2 0-65 | 17-54 6 = = = = - = - = = = - - - = = ~ = : 17°51 7 = = = = = = = - - - - - ~ - - = = = = 17°48 8 3 = 4 z = E = = a 40) 351 59) 5Oye 45) 5ahc 45] - = 5-43 | 17°44 9 = 2 = = = = = = z 10 8 Gir = = = a o = |. 040°) 17-40 10 = = = = = - - - - - - - - - - = - - = =| O76 11 a = = = = = = - = - - - = 16} - - = = \. O87e|) irae 12 - - - = = = = - = = = 28 1 = = - - 0°48 17:28 13 = = 4 = 2 \) souk = 31| 12 9 1 2 = = = = = 1:08 | 17:24 14 - = - - 7) - - - - - - - - 20 Li. = = - | 0-47 | 17-19 15 - 2 ~ = - - - ~ - - - - - - - - - = -| 7-14 16 4 = : = - - 2} - ~ - - - - - - - ~ - | 0-20 | 17-09 17 = = = = - - = - = - - - - - ~ - = = = -| i704 18 = = = = = = = = = = =e = = = = = = 16°99 19 = = = = = = = 15] 40] 30] 12) 30 | ee = Z = = 217 | 16:94 20 - - 45 60 60 60 17 - 2 1 30 28 11 - - - - - 5°23 16°89 I = = = = = = = = = = = = = = = = = - | 16°83 22 - - - - - - - - - - - - - - - - - - - | 16-77 23 . a = = - 2 - = 2 - = = = = = = = ~ 4 16°72 24 - - - - = = - - - = = - = - = - - - - 16°66 25 4 4 = = = = - = = 3 = = = = = = = = E 16°60 26 = = = = = - = 10) 2 = = 2 = = a a 2 = 017 | 16-54 27 - - 30 60 60 23 45 60 40 i ata 8 5 - 33 20 = - 6°60 16°48 28 - - 20 45 3 3 2 = - - = - - - = - - - 1:22 16°41 29 - - - - - - = - - - - - - - - - - - ~ 16°35 30 - - - - - - - - = = = - - - - - - = - 16°28 31 - = - - - 12 48 55 15 15 u 7 - - - - - - 2°55 16°22 aa \ - = 2°08 | 4:33 | 3°95 | 3°55 | 4:07 | 4:52) 4:03 | 4:95 | 4°10] 3°95 | 2:78} 1:95 | 2°17 | 1:08 | 0-17 - 47°69 | 528-16 SunsHineE—AUGUST 1884. 3-4 | 4-5 | 5-6 | 6-7 | 7-8 | 8-9 | 9-10 | 10-11 | 11-12] 12-13 | 13-14 | 14-15 | 15-16 | 16-17 | 17-18 | 18-19 | 19-20] 20 21 | Amount. Fea Min, | Min, | Min. | Min. | Min, | Min. | Min, | Min, Min, | Min, Min, | Min, | Min, | Min, | Min, | Min, | Min, | Min, Hours, Hours, bl 2 = = - - 2 - - - = - = - - - - - - — |) 16°15 2 - - - = = = = = = = = - - = = = = = 16:09 3 : = = - -- - - = = - - - = - - - - _ -~ | 16-02 4 - - - - = - - - - - - - - - - = = - = 15°95 5 = = - - - 15 20 - - 5 3 18 25 - - - - 1°43 15°88 6 = = - - - - 2 12 17 36 52 50 30. 30 60 40 - - 5:48 15°81 7 = = = - 15 13 1 - - — - - 1 - - - - - 0°50 15°74 8 = - - 60 50 10 2 60 60 53 16 - 22: 57 20 - = - 6°83 15°67 9 = - - 3 36 60 60 52 55 60 60 58 60 60 50: - - - 10:23 15°60 x = = 28 17 40 37 12 28 3 20 18 - - - - - - 3°38 15°52 “ aS a a 2 2 4 3/ 10 hi = = = i = = = = 0:27 | 15:45 = 4 32} 60| 55] 40 OM) a = ri eames = = > - = 3-18 | 1538 3 4 uf s - a 10+ * 10; 5 2 4 = 2 = = = = 033 | 15°31 =- - - - - - - - - - - - - - = -- a - - 15°24 a i = = s = - = = = = = = = - - - = - | 15°16 s = - - - = - - = - = = = = - - - - - | 15-09 = - - 60 60 50 15 25 - - - - ~ - - - - - 3°50 15:01 - - - - = - = - - 20 40 - - - - - - - 1:00 14°94 - = - - - - = - - - ~ - - - = = = = = 14°87 = = 10 60 60 60 60 58 40 - = - - - - - - - 5°80 14°79 = - - 3 28 55 60 60 60 60 60 60 60 60 60 33 - - 10:98 14°71 = - - - - ~ - - - - = - ~ - - - = = = 14°64 4 Z z = : | = 4 £ VA so 14a = = z = = = 110 | 14:56 - = = = = = = - - - - ~ - = = - = 14:48 e 7 1 i 2 i 2 rt i Pal eS L i £ Ss = z 0-13 | 14-40 4 ‘ & = z 2 = = = = 2 x = = a ~ - - - 14°32 “fl 2 » a = 2 = = = 2 = = = = - - - = = 14°25 ee Ks tS ee eR, ie A a te a age en seat ame =a Ss Com eran = 3 £ & = * = = 8 = & = a = = - - - 0-13 14:10 = = = a = = = = = = = = - = ca = a = = 14°03 a= = = > - = a. = = = ES = = = re = = = = 13:95 4 \ - — | 0°17 | 410 | 5°43 | 5:97 | 512 | 4:90} 4:70] 4:40 | 4:77 | 3°67 |3°30 | 3°47 | 3:17 | 1°22 - - 54°34 | 467-28 ee 246 BEN NEVIS OBSERVATORY.—HOURLY VALUES. SuUNSHINE—SEPTEMBER 1884. 3-4 4-5 5-6 | 6-7 | 7-8 8-9 9 10-11 | 11-12 | 12-13 | 13-14 | 14-15 | 15-16 | 16-17 | 17-18 | 18-19 | 19-20 | 20-21 | Amount. Pe Min Min. Min Min Min Min Min Min, | Min. | Min Min Min Min Min Min. Min. Min Min, Hours. Hours, 1 - - - 30 60 60 60 48 55 45 12 55 - = = - = 7:08 13°87 Be W O 0) ed eee ieee She Bie x = = 2h 4 - = b- 4 SS 3 - - - = - - 3 14 - - - - - - = = = = 0°28 13°70 | 4 - ~ ~ - = 12 - 1 20 - - 17 15 3 - - - - 1:13 13°62 | 5 = = = = = = - - - - - 1 4 - - - - 0:08 13°54 6 - - - = = - - 20' 88] 55) 55] 35] - - - - - - | 38:30 |°13-46 | wi - + ln =) (alee 5 45| 2] 30 O|. = fe + |. 4 hee ke 2, Cee 8 = = = - 32 60 33 = = = = = = = = = = - 2°08 13°30 9 = = = - - - = = = = = = = = = = = = - 13°22 | 10 = = = £ e = = - Pe = = = 4 = = oF - | Bag 11 - - - ~ 3 60 60 60 60 58 58 37 - - - - = - 6:60 13:07 | 12 - - - - 40 60 60 60 60 60 60 60 60 40 - - - - 9°33 1299 13 ~ - - - 45 60 60 60 60 60 60 60 60 40 - - - - 9°42 12°91 | 14 - - = - 45 60 60 60 60 60 60 60 60 30 - - - - 9:25 12°84 | 15 eg 4 = 35| 60| 60] 60) 60} 60} 60] - 2 ae - | - | 658 | 19-7699 AS ee eee ea eee ee gee Sj. = =| 24h Sie = le 3b Soh = |. Segiee 17 = = = - - = = = = = = = = = = = = - - 12°60 | Gy Ge ee ee ecey el Alec SESS Be Bi. 4) +h 41, 4 | SUoaos 19 - - - - 38 60 60 60 60 47 20 56 20 - - - - - 7°02 12:44 } 20 = u a = = - = = = = Wy 215 SBib ae = B. = - | 137 | om 21 - - - - - - - - = = - - -- - - - - - - 12°28 | 22 - - - - - - = = = - ~ - - - - - - - 12:20 | 23 = = = - - = = 3 = = = = = = = = = 9 - 12°12 | 24 - - - = = - - - - - - - - - = = = = 12:04 | 25 - - - - - - = = = - - 14 - - - - - 0:23 11°96 j 26 = = = = = = = = = = = = = = = = = = - 11°88 | 27 = = = = = = = = = = = = = = = > = - - 11°80 ey es be [4 bs ae = is bo Wola gS ae dee aes - | nel 29 = = = = - = = = = = = = = = - = - - 11°64 30 - - - - - - - - - - - - - - - - - - = 11°56 - - | 0°50] 4:97 | 8-28 | 7:70 | 8°48 | 7-87 | 7-92 | 6°73 | 6:58 |) 4:52 | 2-23 1 | | | fon} Or x ~_ 38138. SunsHInE—OCTOBER 1884. | 3-4 | 45 | 5-6 | 6-7 | 7-8 | 89 | 9-10 [10-11 /11-12] 12-13] 13-14 | 14-15 | 15-16 | 16-17 | 17-18 | 18-19 | 19-20] 20-21} Amount, | 701 | 1 a = 3 x = = a » = = 2 4 = a. a =. = 4 ‘si 2 = 2 a id = 3 is 2 a} s = a s: a g = a, ui = 3 2 a = + s L i. 2. . a = f 3 A 4 a = 2 5 4) — foe] So) oa Be gp dol goye mo eee le a rer ae ee 6) -'f = = | =% aol) eo? ot cowl) com eon! Go) Gor eos) da 2 eo eee Bi =, = [| = = | 4h sock Bod @o| Gos Goul, Gos, Gon G0y) S8ah =ah sah =) oeece z a-fr= { = [= | gouh ead) @oqh Gouk “Goyh GON GO: s6Os 1 yl Or = |--te8 | = ca) <= rer) Sunsuine—DECEMBER 1884. 9-10 | 10-11 | 11-12] 12-13 Min, | Min Min Min, or ies 9 ee 33 - - 15 50 20 60 60 60 1 =! | [oe} oi | c—) aii So oo | Or (ith Wy te | i 0°33 | 1°80 | 2°32 | 3:97 13-14 = fiognt tonok Pepa & SS se ai on ail So 3°95 14-15 s =] mim 1 to iol t ow mI | i=) 15-16 | 16-17 = 5 = 5 17-18 WT oi TE alto t beetle We wetlimdt Th Wei seal at TS Th 18-19 5 5 ‘Tel Trsetl Fall eon] beamaetl CHM iscw) Vad Lact mec et EE NL tI beccecl Lest wit Vos tlene foe Thue? allt Coe Ube eid ct ae ts aL 19-20 (Tree Lact cel imal mee Fob Grail Kes hoc Vet] est Ce scl le fn Fe Send ime Lit fn Se Hn Total, Possible, Hours, 9°05 8:97 8°90 8°83 8°76 8°69 8-62 8°55 8-48 8°41 8°34 8:27 8:20 8:13 8:06 7:99 7°92 7°86 7°80 774 7-68 762 7°56 7°50 7°45 7°40 7°35 7°30 7°24 7:19 20-21 | Amount, Min, Hours, St “58 - 2°73 - 4°50 L | aay — | 182 - 14:07 Total, Possible, Hours. 7-14 7:09 7:04 6:99 6°94 6:90 6°87 6°85 6°83 6°81 6°79 677 6°75 6°73 6-71 6°69 6°68 6°67 6°66 6°65 6°65 6°65 6°66 6°66 6°67 6°68 6°69 6-71 6°73 6°75 6°77 210°18 248 BEN NEVIS OBSERVATORY.—HOURLY VALUES. Sunsoine—JANUARY 1885. Total, ane Possible. Min, | Min. | Min. | Min. | Min, | Min, | Min, | Min. | Min, | Min. | Min. | Min, | Min. | Min, | Min, | Min, | Min. | Min, | Hours, Hours, 1 ae ‘ = = Se = E = a = P. = = 2 = = = - ~ 6°80 2 . x z a 3 J = 5 a 2 J a a a 2 4 = = = 6:83 3 z " = a a a J a 2 z 4 3 3 = - = = = = 6:86 4 = a E 5 3 3 J s E a J c S z a. = = a = 6:89 5 2 e = = 4 2 = = = = 4 = = ~ - - - - 6°92 6 ns a J = 2 = a = = S 2 = = = = - - - - 6:95 7 a Ez E z uf 3 c = E a E = E. = = = = = 6-99 8 2 3 a 3 4 a a zi £ 3 a 3 3 2 = = = = = 7:03 9 2 J a a A a E a Ee z A 2 a a = = = = = 7:07 10 : ft eS 3 E E a Z Ee : a 3 A = = = = 711 11 eS a a. ss = a = = 3 & 3 3 = > = - - - - 715 12 = = = = : = = 40 5B LO.) a Dale - - - = - 1:30 720 13 = = s 2 2 = = = = s. = = = - - - - 7°25 14 = = = = = = = 38} 60] 60] 60) 54] - - - - = = 4°53 7°30 15 = = = = = = 23/ 60| 60] 60] 60] 45) - - - - - 513 7°35 16 = = = 2 = = il GO GO|) BO GOP gs] = - - = = 4°83 | 7:41 17 = = - = - = = 50)| 53} = = - - - - = = 1°38 7°46 18 = = = 2 E = E . = a 4 4 = 3 = a = 2 = 7°52 19 = = = = = = = 2 = a = + = = = = = = : (Gey 20 = = = : = = 15} 60] 50] 60] 60} 60 6] - = = = = 518 | 7°63 21 = = = = = = 18| 60} 60] 60] 60] 58] - - - - - - 527. | W768 22 So 2 = Z = = = Tl aE Bye a |S = - - - = e 1:32 | 7°75 23 = = = = = = |) 30) BOI OO) | GO|) GO| ay = - - - - 570 | 7:82 24 = a Z = = = E = 2 4 2 2 = = = - - - 7°88 25 = = = = = = = = = 4 = = = = - ~ - - 7°94 26 = 2 ce. = 2 = = = = = = = = = = - - - 8:01 97 a =| z 3 4 a E. 2 4 a iH ES 3 a a E = = = 8-07 98 = = = B = = = z = = = z = = - - - 8-14 29 = zs & 3 Zz 2 3 a 2 = = = = = - - - 8-21 30 = = = = = = 2 = = = 2 = = = - - - - 8-28 31 es 2 5 oe s 2 2 2 2 = z 2 = = = = - - - 8°35 ad = - = = - | 163 | 7:38 | 6-63] 6-78 | 6-63 | 5-20] 038] - - - = - | 84°64 | 231-43 SunsHINE—FEBRUARY 1885. 3-4 | 45 | 5-6 | 6-7 | 7-8 | 8-9 | 9-10 |10-11| 11-12] 12 -13| 18-14] 14-15 | 15-16 | 16-17 | 17-18 | 18-19 | 19-20 | 20-21 | Amount, pon f Min Min Min Min Min Min Min Min Min Min Min Min Min Min Min Min Min Min Hours, Hours, | ~ 1 *. = 2 = by A = e) a x 3 = = = = = - 8-42 9 a a: 2 3 = a x z E a J a é < = = = = - 8:49 3 a = = = = = ~ = 2 5 3 s = x = = - - - 8°56 4 = b: s ss = =, 16 12 = a 3 Be = = = = - - 0°47 8°63 5 E é = a = ZL z = a s 3 = a = = = = - - 8°70 6 £ 2 = = = = = =, a = = a = = - - - 8°78 7 z i 2 2 a 2 A a a a A a a 2 = = = - 8°85 8 3 I z 2 = = z 2 a a = = = 2 = = ~ - 8°92 9 s z. = = = 2 = Dy) a 5 A a = 2 = = - - 012 9-00 10 = = = ce = = = = = = 2 s = = = = - - - 9:08 |} i “3 = = “ 2 J 2. 2 2 4 be » = = = = 2 = 9°16 | 12 “ 3 = 4 = it 3 = as = :. i. = = = = - = - 9:23 | 13 = = a 2 ad z = a 2 a Z. = 2 Es = - = - 931 | 14 = = Z 2 = 2 J a 10 fs 7 = <. = = = - - 0:28 9°39 15 = a > 2 2 = 3 - 2 2 s r = = = = - - - 9°47 | 16 - - - - - 20; 60) 60; 60] 60] 60] 60; 60| 25] - - - - 775 | 9°55 | 17 ¥ ~ 2 B = 138.|) 1600 (eR ht x Zh oss = = \\-= = - | - | 192) 70am IB fa) ef, Ge ok | a a) eB, S04, BOA Geol Rae Miya reer ae es - | - | 528 | 970m 19 , a £ a J i s a 2 7] = s eee z 3 - | 032 | 9-78 | 20 - = - - - - - 2 if 15 12 26 14 = - - - ~ 1:27 9°86 21 2 = Z = = = _ B ze ~ fe; = Es 3 = — = = - 9°94 22 2 £ a. s si x ¥ a ¥ 3 a 3 3 = = = = - 10°02 — 23 i 2 a = E 2 5 ea 4 a. = 2 nt 2 ia -. | 10708 24 5 2 e a Zz 2 aS B i a 3 2 3 Es £ = = — 10°18 | 25 = z z & ES Z 2 x S i 2 s zi _ = = 10°26 tf a i} 1 i} ! ! 1 ' | ! 1 1 ! 1 ! _ So wo ~ iw] i] | ! lest 1 1 1 1 ' t i] ' 1 ! i | ! i i] oo ' ' ' ! 1 ! 1 1 Oo for) i) on m i) > i} | i 1 i 2 ae <7 i i=) Sums. Hovrs. - | - | - | = | 1:88 | 8-15 | 8-05 | 2:38] 2:38 | 2:27] 1-75 | 1:30] 0-45] - | - | - | - | 18-08 264-27 | COONS COP WDe 10 ND OPWwWNe ; oR WHR OOOO = 5 ihe Pa UN eet ee TRU ie a on 34 iS El Mi PT Tt TEE if ue asl) Ti aS ead) 1% sa) iS Use Ta CG CSR Vea Ua te | BEN NEVIS OBSERVATORY.—HOURLY VALUES. Sunsaixe—MARCH 1885, S 5 {Ch i Kia Ut Fe Rody ttt cary ha Sh y(t y cg] fs Bi] |) Py est (aed feeey eer] eee (ey Pat Pan Fa | 4-5 iid a 5 5 ee Leaf ea Joes e Mode oe feet. al | 5-6 [Pi Vivwel Ved Pee | (aerated fee est ome eel (2) dee) booed meme) Oc) sees UT | oth MW I 6-7 7-8 8-9 | 9-10 | 10-11 | 11-12 | 12-13 | 138-14 | 14-15 | 15-16 | 16-17 Min, | Min, Min, Min. | Min. | Min. | Min. Min, Min, | Min Min - - 27 40 14 1 4 17 - - - E a 3 a a = a 4 ii wl = ae oD Pal see ale Youle a a 4 4 a ‘Se oR iw Fe - - 25 54 60 60 60 52 35 - - 3 A = 37 af pe a a ze a S 4 a q a 3 ai J Aglare ea z - - - 4 16 2 46 60 43 - - 14 60 60 60 60 59 30 2 10 - - - - - - - = 15 1 23 - - - - - 57 40 18 1 - - = - = 4 29 15 - - 28 60 60 60 47 58 45 2 1 - a z x a S 2 J pe a 2m fi} i) é| Gol) co. cot Soil el. col ool. « - 0°93 | 3°87 | 5°18 | 4°30 | 4°12 | 5:07 | 5°10 | 4:12 | 2°80 | 0-48 6-7 | 7-8 | 8-9 | 9-10 | 10-11 | 11-12] 12-13 | 13-14 | 14-15 Min Min Min Min. | Min, | Min Min. Min - = 60 14 3 - SP Sa Gout eon da EN ae | = ee amar (es i a} Saleeparinge® 2 2 Pe gel ge Zt) Sar 2 Say conlke Tah gael” & Lt Sy Se ee et 7 16-17 Min, eer oir t — 1:33 | 4°80 | 6:00 | 7°88 | 7-62 | 7:08 | 6:55 | 5:55 | 4:83 | 4:00 | 2°82 17-18 = 5 Teed FTON Pe T ALVA ST Veal feo SLURS RE AY ac UI TU Ut Pll EO ea Sn FT Is Fy ee Ur aed Peel fa 17-18 | 18-19 Min, Lina ga ed! J ose Mad Sean Name 18-19 | 19-20 5 5 LE AN ead CST STD ee SU cate eer Tia 1 AO het RT TY Tit OY OR TID eta aes Teste a] | 5 5 HCTMS NS TESS eR SPO) Hee MERE STW Sd (tL ee CTS a ay Ie baat pase ererye ath iienhy 20-21 | Amount. Min. Tee ae TT VET Sead ST a ea a te Te ol Hours. 172 249 Total. Possible, Hours, 10°58 10°66 10°74 10°82 10°90 10-99 11:07 11:15 11:23 11°31 11°39 11°47 11°55 11°63 1171 11:79 11°87 11°95 12°03 12-11 12°19 12:27 12°35 12°43 12°51 12°59 12°69 12°75 12°83 12°91 12:99 365°44 19-20 = 5 Viscpt deve Dees ef eLetters A ITN LP Lisl Tm eee ret et LI aT Amount. Hours, 1:28 on Sl XN HOD CHE Do | Aas one Owe! ™I G0 CO i So FNS ISH | O10 Go o bo rit Vesna [o-e) > 2) S 1:05 Total. Possible. Hours. 13°07 13°15 13:23 13°31 13°39 13°47 13°55 13°63 13°71 13°79 13°87 13°95 14:03 14°10 14:18 14°26 14°34 14°42 14°50 14°57 14°65 14°73 14°80 14°88 14-96 15°03 15°11 15°18 15°26 15°33 426°45 250 BEN NEVIS OBSERVATORY.—HOURLY VALUES. SunsHInE—MAY 1885. | 3-4 | 4-5 | 5-6 | 6-7 | 7-8 | 8-9 | 9-10 ]10-11| 11-12] 12-13] 13-14 | 14-15 /15-16 | 16-17 | 17-18 | 18-19 | 19-20 | 20-21 | Amount, | yt | Min, | Min, | Min, | Min, | Min. Min, | Min, | Min, | Min, | Min. | Min. | Min. | Min, | Min. | Min. | Min. | Min, | Min. | Hours. Hours, 1 = = 2 = = = = = = = = a = = = - - - 15-40 2 = 3 Z = = = e = = = = = = = = - - - - 15-48 3 - - - - - ~ = = = = = = = = = = = - - 15°55 2 ee ee eee eee gree Cres |S 6|- fea Jee le wel ed le Pale Se Se eee 5 - - ~ - - - - - 15 10 10 3 3 - - - - - 0°68 15°20 6 - - - 48 30 14 30 28 30 20 28 - - - - - - - 3°80 | 15°77 | 7 = Sie hee le =yes 3] - 87 201 > 42 I-80 |. a2 | 20 1| 15| - | - | 333 | 1am 7 ee ee eee are Se es SS Meee eee meres eM Gr - | 590m 9 ~ ~ - 17 53 36 30 40 4 5 - - - - - - - 308 15:98 | 10 - - - - 13 60 20 - - 12 26 ~ - - - - 218 | 16°04 | 11 = - - - - 12 20 1 27 2 4 3 4 1 - - 1:23 16-11 } 12 = 2 = = = = = = = = = = = = = =) = - 1618 | 13 - 58 60 60 60 60 60 60 60 2 18 20 - 28 30 8 - 9°73 | 16:24 | 14 ~ - - = - - - - 5 - - - - - - - 0:08 16°31 | 15 = : = ¥ 3 z E e e 2 s E = Aree _ e - | 1637 | 16 - = = - - - = = = = = = = = = - - -- 16°44 | Sa ee fe fee ar a ea a GE ee Ce eet ae ES eee - | 1650 | 18 = 9 5 L = = 27 = 3 = = =: = 2 = = = - 050 | 16°56 | 19 . = = - = - = = = Al iW 1 AS ees = = = = 0:35 | 16°62 | 20 - - - - - - - - - - - - = - - - - - L 21 = is = = = a . : 2 eo 2 s a s 2 2 2 22 - - - - - = - - - = - = - ~ - - a - - 60 60 60 45 50 60 11 6 - - - = - - - - 5:87 4 = pS = = = = a = x a = E. Zs =) = = = = 25 - - - - - - - - - - - = = = = = - - 26 = = i les = 5 £10) = at iite eS = Ml 2 a 4 — | 0°50 27 - - - - - - - - - - - - - = = - - - - 28 - - - - - - - 12 - - - - 3 = - - - - 0:25 29 - - - - - - - - - - - - - = = - - - - 30 - - - - - - - - - - = = = = = = - - - 31 - - - - |- - - - - - - - = = = = = - - - Hoon|} ~ | - | 208] 8:08 | 3:98 | 2-88) 3-85 | 4-02 | 3°60] 217 [230 |0-90 | 1-77 |0-22 | 0-55 |o-77 | 0-18] - | 31°68 SunsHINE—JUNE 1885. 3-4 | 45 | 5-6 | 6-7 | 7-8 | 8-9 | 9-10 | 10-11] 11-12] 12-13 | 13-14] 14-15 | 15-16 | 16-17 | 17-18 | 18 -19 | 19-20 | 20-21 | Amount. Possib’ Min. | Min. | Min. | Min, | Min.-| Mit; | Min. | Min. | Min. | Min. | Min. | Min. | Min. | Min. | Min, | Min, | Min. | Min. | Hours, 1 = = =| = -| - i 5| 20 oy ae 2 on = = 4 - || «= eee 2 = = = = 4 a 4 2 2 a 2 4 és = = a3 a 3 = = = = 3 = = = = = - = = = ye 2 = = 4 3 2 a 4 co} 40] - 4 J 2 4 3 Be ee 2 i =| 2 aay, 5 = st ~ = = 25 im = = ae = z a 2 = = = = = 6 - - = - - - 7 30 37 56 40 57 48 60 60 53 - 7°38 7 x E ie 86°l. “65 |. Bed = a 4 = 3 5 Coy, 47. 20, = = . | Saas 8 - 52 60 60 60 59 30 40 50 25 49 13 10 7 - - - 8:58 9 - - - - 1 47 50 - 4 28 21 60 56 60 59 60 55 15 8-60 10 = - - 20 30 40 32 1 - 17 20 30 33 52 5D 58 12- - 6°67 11 - = = = = = = = - - - - - - - - = = = 12 - 60 18 3 60 58 57 4 - - 31 43 - = - - - 5°57 13 - - = = = = - - - - - 3 48 25 2 = = 1:30 14 - 16 5 25 - 3 6 13 ~ - - 22 1 - 17. 1 - - 1:73 15 - - - - ll 14 29 15 30 - ~ - ~ - - - 1°65 16 - = = = = = = = 1 4 3 9 5 - - = - - 0°37 17 = = - ~ - 5 4 5 18 - - = - - - - - 0°53 18 _ = = = = = =a = = = = - = = = = = = 19 - = = = = = = = = - - - - - - = = = = oi) -}) -| &€) =] -] - = [ot Vee ease = || = -| - - 21 - = = = <= = = = = - = - - - - = = = 22 - = = = = = = = = = + = = = = = = = if so oh 3 hb See Sea Sa See 7} 2) 2) 2 24 - = = = = = = = 17 - 3 34 2 2 1 - - ~ 0:98 25 - 30 60 60 60 60 35 - 27 33 10 1 1 43 60 47 22 - 9°15 26 ~ = 60 60 60 60 30 50 60 57 - 46 21 - 10 55 60 2} 10°52 o7 - - = 15 60 60 60 55 28 45 29 - - - - 10 - - 6:03 28 - - = - = = - 5 14 15 15 - - - 12 1 - - 1:03 29 ~ - - - - = - - 28 29 8 52 11 40 52 1 - - 3°68 30 - - - = = = = - - 25 - - - - - 1 - 0:43 31 ” 3 2 ee 1 r—) x “1 ‘95 | 4°90 | 6-48 | 8:22 | 5:87 | 3:95 | 5:33 | 5:55 | 4:08} 6:35 | 5:18 | 5:83 | 6-22 | 4°92 | 3°38 | 0:28 | 81-20 BEN NEVIS OBSERVATORY.—HOURLY VALUES. 251 SunsHine—JULY 1885. 3-4 | 45 | 5-6 | 6-7 | 7-8 | 8-9 | 9-10 | 10-11 | 11-12} 12-13 | 13-14 | 14-15 | 15-16 | 16 -17 | 17- 18 | 18-19 | 19 -20 | 20-21 | Amount. Se Min, | Min. | Min. | Min. | Min. | Min. | Min. Min. Min, | Min, | Min. | Min. | Min. | Min. Min, | Min. | Min, | Min, Hours, Hours, 1 - - - - = - - - = 6 38 60 60 60 60 40 44 6 6:23 17°65 2 - 37 60 60 60 60 60 60 60 60 60 60 60 60 60 60 60 18 | 15:92 17°63 3 - _ 3 - = = = = = = _ - - = - - - - 0:05 17°60 4 - - - - _ - = - 15 - - - - - - - - - 0°25 17°57 5 = - = = = = = = = = = = - = — = = - - 17:54 6 - - - - - = = = = = - - - - - - - - - 17°51 fi - - - - = = = = = = 2 _ = = - - - - - 17°48 8 - - - = - = = - - = ~ - - - - - - - - 17°44 9 = = = - - - - - - - - - - - - - ~ ~ - 17°40 -10 - - - = - = = = = = = = = = - - - - - 17°36 11 - - - = = = = = = = = = - - ~ - - - - 17°32 12 - - - = = = - - ~ - - - - - - 17°28 13 - - 20 60 5 - 2 - 46 16 12 - - - - - - 2°68 17°24 14 - 16 37 - - - - = = = - _ - - - - - - 0°88 17:19 15 - - - - - = = = = = = = = = = - - - - 17:14 16 - - - - = = = = = = = = - - - - - 17:09 17 - - - - - - _ = = = = = = - - - - ~ - 17°04 18 ~ - 15 60 60 2 = = = = = = = = - - - - 2°28 16°99 19 - - 55 60 60 60 30 - A 30 2 4 15 - - - 39 - 6:03 16°94 20 - 16 60 60 58 _ 28 37 30 60 55 56 29 = 10 45 41 - 9°75 16°89 21 - 15 60 60 60 40 47 60 60 60 60 60 60 60 60 60 52 - 14°57 16°83 22 - - - - - 10 28 30 18 3 i - - - 13 - - - 1:72 16°77 23 - - 40 52 60 60 60 60 55 40 36 54 55 60 60 60 52 - 13°40 16°72 24 - 20 60 60 60 60 60 60 60 60 60 60 60 50 30 - - - 12°67 16°66 25 aa x eS 2 x & a = = & gs = = = = = = - - 16-60 26 - - - 60 60 50 15 25 35 40 7 - - - - - - - 4:87 16°54 27 - 20 60 60 60 60 60 48 52 45 22 33 60 58 60 40 53 - 13°18 16°48 28 - 8 60 60 60 60 60 55 16 15 60 60 66 60 60 60 60 - 13°57 16°41 29 - - 52 60 60 60 60 60 60 60 60 60 60 60 60 60 58 - 14°82 16°35 30 - 10 60 60 60 60 60 60 60 60 60 60 60 60 60 60 39 - 14°83 16°28 31 - - 45 60 60 60 60 60 60 60 60 60 60 60 60 60 33 - 14°30 16°22 Bee: } 2°37 | 11:45 | 13°87 | 13:05] 10°70 | 10-47 | 10-28} 9:80 | 10°75 | 9:95 | 10°65] 10°65] 9°80 | 9°88 | 9:08 | 8°85 | 0-40 | 162-00 | 528°16 SunsHineE—AUGUST 1885. 5-6 | 6-7 | 7-8 | 8-9 | 9-10 | 10-11) 11-12] 12-13 | 13-14 | 14-15 | 15-16 | 16-17 | 17-18 | 18-19 | 19-20} 20-21) Amount. Jie Min. | Min. | Min. | Min. | Min. | Min, | Min. | Min. | Min. | Min, | Min. | Min, | Min. | Min. | Min. | Min. | Hours, Hours, 1 - 60 60 60 60 60 60 60 60 60 60 40 30 56 50 28 - 13°48 16°15 2 - - 54 46 37 10 2 45 16 32 - 3 - - 28 - - 4:55 16°09 3 - ~ - 40 a 2 = 5 - - - - - - - ~ - - 0:90 16°02 4 - = = - - = - 25 10 49 20 8 - 2 i 15 - - 2:27 15°95 5 - - - 60 60 50 60 60 60 60 60 60 60 60 60 60 30 - 13°33 15°88 6 = = = a = = 2 a = = Ss = = = = = - - = 15°81 7 = = Bi, = = 18| 35 Gy) BO) = 37) - - (i es = = = 2°42 | 15-74 8 - - - - - - - = = — 4 28 - 4 - - - - 0°58 15°67 9 = 2 £ = = = ec es s 5 = = = = = - - - 15°60 | 10 = = = x. = = 2 = Lid 3 = = = = = - - - 15°52 ll = = = = = = = = = = = = - - - - = 15°45 12 = = = = = = = ES = = = = = - - - - = = 15°38 13 - - = - - - - - 35 30 - - 3 Z - - - - 1:17 15°31 14 = = = = = = = = = = = = = = - - - = = 15°24 15 - ~ - = 4 45 |e 12| 40 t| - - - - - = = = 1-02 | 15:16 16 s = = = = = = a = 2 & = = = = = - - 15:09 alg = = = = = - - 3 2 40 31 60 60 60 60 20 - - 560 15°01 18 - - - 16 60 60 60 60 55 46 32 58 60 60 60 2 - 10°48 14:94 19 - - 30 60 60 60 60 60 60 60 58 31 45 12 30 - - 10°55 14°87 7 20 - - 30 60 60 60 60 58 60 60 50 60 60 22 35 5 4 - 11°40 14:79 . 21 - - - 30 57 60 60 60 60 60 60 60 60 60 60 55 - - 12°37 14°71 22 - - - - - = = = aw) AS = 25| - - - = 115 | 14°64 | 23 - - 18 60 60 60 60 60 60 45 16 - - 28 60 2 = - 8-82 14°56 | 24 - - - 25 60 60 60 48 - - - = = = = - - - 4:22 14°48 ih 25 ae = ba aa om ) x ) 5 6 s x ie = = = 0°25 14°40 meee) - | -| - | -| =] - 4 = AGP Se ie = | = | (= | t= | = | f= | OOb lh eesp 7 Z 2 = = = = = 2 5 3 x mn = 4 i = - - 0°20 | 14-25 | 28 - - - - - - - - - 2 50 60 52 60 25 3 = = 4-20 14°17 99 == a = x = pe es = = = e a Z a = = - ~ - 14°10 | 30 - - - - - - - 8 6 20 45 45 55 60 28 - - = 4-45 14-03 31 = = = = 30] 60] 50] 30) 54] - = 3 4| - - - = = 3°85 | 13:95 ad \ 0°08 | 3:25 | 7°33 | 8°52 | 9:43 | 9°45 | 10°55 | 10°63 | 10-25] 9-20 | 8-77 | 7-65 | 8:82 | 7°73 | 5:47 | 1:07 — | 108-21 | 467:28 TRANS. ROY. SOC. EDIN. VOL. XXXIV, 2° 292 , BEN NEVIS OBSERVATORY.—HOURLY VALUES. =| Suysu~yr—SEPTEMBER 1885. Neen ee ee ee eee eee eee eee eee eee eee ee eee ee ee eee 3-4 | 45 | 5-6 | 6-7 | 7-8 | 8-9 | 9-10 |10-11] 11-12 | 12-18 | 13-14 | 14-15 | 15-16 | 16-17 | 17-18 | 18-19 | 19-20} 20-21} Amount, ae Min, | Min, | Min, | Min, | Min, | Min, | Min, | Min, | Min, | Min. | Min, | Min, | Min, ) Min, | Min, | Min, | Min, / Min, | Hours, | Hours, | 1 Es = = = 60| 60| 60| 50|} GO} 55] 30] 56) GO| 56 | = E 2 9-22 | 13:87 | 2 3 Z 2 z a ¥ i % 2 x z es ES s 2 = ~ 13-78 | 3 a gs a z a ‘ 3 bE: = a 5 z e E s = A = = 13°70 | 4 us = E 3 ES s z = & x ES = = = = - - - - 13°62 — 5 a fe F a E a C 3 2 § S43) x a 5 2 . 0-13 | 13:54 _ 6] --| -4 = 4 a04” 60+ God Be) 4 bet ket be] 7] 24 o4 24 £4) 20 See 7 = - - = £ 129 = Ee z = g 23 a Ss = 2 = = 0°63 | 13:38 8 © z a E 5 g E Ly £ E 4 E E E 3s 2 E E = 13°30 9 = a x = 2 fi. & = 5 Es 5 E + = = - - = - 13°22) | 10 a = = i. s . = = pe = = = = - - - - - = 13:14 | 11 = 2 _ f a 2 & be! Le & Z 4 eS = 2 Es = = = 13-07 | 12 S % z a g E a &§ fe a 5 ES 3 z z z = = = 12-99 13 e3 = = 2 z E s 4 3 3 s = = = = = = - - 12°91 14 2. s & x E a E - 5 2 L L z E E s 2 = - 12°84 15 & z 3 z E 5 E E a a 3 E: i 3 a 5 5 = 12°76 | 16 = 3 s 5 : 5 5 § 4 £ 2 - E: = 2 = 2 12°68 17 mt 3 5 g g 5 < x fe 17 i Ee a s E 2 0:37 | 12°60 wi), Sh 4 b+ et wo} eo] bet Bor! few EY & 5) - | =| - ="| - || = 1 2972 | ie 19 3 . a ES Es 3 ¥ z 3 E x ‘ 2 = # = = 12°44 | 20 = z = = = 5 4 ‘ 3 A = = - - - - - = = 12°36 | 21 ve 3 a Z a 8 ef E a = z x 2 Ls i Es = § = 12-28 | 22 ES = Ee es & s a z L = 2 i 4 = = - - - - 12-20 | 23 cn 3 z Z x : a y i ee 5 fi s £ = s £ 2 0°58 | 12-12 | 24 us z s “ z x i £ A x i £ £ £ 4 = z = = 12-04 | 25 > x s g 5 a & s 14 & 5 = = s = = = - 0:23 | 11°96 26 = - |= - = = 15|/ 45/ 60] 16] 10) 14] 23} - ES = = 2 3:05 | 11888 27 : = = = 45') 82) (38'| 60°| 604 40] - - - - - ~ > 458 | 11°80 | 28 Pe = a a | El a = % 3 2 £ - = - - - - 1172 99 is & s 2s | a 3 J E| i L = = = = = - - 11°64 | 30 ss & s S 4 Si £ & s = = = = = = - - - 11°56 31 sees \ - = — | 0°17 | 8:42 | 8:57 | 2°87 | 3:08 | 4:23 | 2:10] 1:42 | 1:97 | 1:48 | 0:93] 0-10} - = — | 25-28 | 381-38 | SunsHineE—OCTOBER 1885. Total, 3-4 | 4-5 | 5-6 | 6-7 | 7-8 | 8-9 | 9-10] 10-11] 11-12] 12-13 | 13-14 | 14-15 | 15-16 | 16-17 | 17-18 | 18-19 | 19-20 | 20-21 | Amount. | 5 oie Min, | Min. | Min, | Min. | Min. | Min Min Min Min Min Min, | Min. | Min. | Min, | Min. | Min. | Min, | Min, | Hours, Hours, il = 3 = = x = 2 z b = Z = = = = = - - - 11°48 2 = 5 3 2 bs Eo a E = e a 2 bE = = = = - - 11°40 3 ¥ E E a | Ae 2 F 2 E a L. 5 L b b. Beles 9 E - | iia 4 _ = = = z p a - es & 5 S. Ss = = ~ - - - 11°24 5 ss Slee 5 E FE : b 3 L: a o] - be . a = | 2 - | 003 | 11am 6 i E 2 ES Eo Z J 5 p 3 2 f 3 bs 2 = 2 - | 108 7 = a = e & E = s 3 12 2 s be = = = — - 0°30 | 11-01 8 a es Be B E E fe mes je ae = E E a Sule § Saigo © - | 10-98 9 ms = Ss 2 ¥ 3 5 Bs Ee - s = L. = = = = = - 10°85 10 = Z 2 = z 5 5 £ 251 10| @8| 32 2 - - - - 162 | 10°77 ll = = = 2 e = & 5 35 1 le = = - - - - - | 068 | 10°69 12 a 2 Es 3 s Ee eal! Ba a 5 yl 5 & Z = ~ | 0°03 | 1062 13 w § = : b. E = & ie » § 2 z 3 = = = - - | 1054 14 = s LS a a = = a a 8 a & § a = = 2 - - 10°46 15 ~ - ~ - 2 = = = 18] ° = 3 . 2 2 - - = = 0-22 | 10°38 16 = ~ : 40} 60} 60/ 60} 60) 10} 32) 82} - . - - - | 5-90 | 10am 17 - ~ - - Es 35] 60] 60] 40] 10] - - - = = - | 842 | 10-22 18 2 = = = a = s lis} '42;|' 60)! 160)| {60)| i129) = - - - 4-42 | 101 ist) soe eb ad 2) (25) 52) 85) B04 al bet meal ml —ol iol ol uel =.) 240g ee i = ee i ee ee OS Yo ee 21 - : Es = 17| 60] 58] 28| 451 30 Ba eg el = = Po te = - | 465 | 9:90 22 = = o 2 60} 60] 60] 48] 60] 40 Bil - - - - - | 5:50 ) 9°88 Be) awl Eu eo ea eae 20) 150.| Me ti $e) ton) fl Fool - | = | 2°72 |) S¥aae Met Sw ot 4) eee - | - | (40] 60} ‘60| j30| (52) (55) - - -.| =| -.| 49 | 3ae 2) -| - : {| eet ee Sl ey eB =p te) ed et ee ae e 9°60 26 + - E = ts = 2 LU a 5 é a 2 Lae se 9°52 97 is E ra = i 2 ie iS a a t. 2 i a 5 a é. a 9°44 28 z a a a e if x z a a a a = = = = = - HH 6 - - - - ~ = 50] 60} 60 - - - - - | ae 28 | =) 2) 24 2) a ee el ee ee teal ee pe 31 _ © . . 5 J EA ee - Seed fo E E z Es 912 Sums, 9-29 Houns \ - | - | = | 098 | 3°75 | 5°62] 7:02] 9°22] 6-20 | 4:92] 4:45) 295/020] - | - | - | — | 45°31 |) 81% BEN NEVIS OBSERVATORY.—-HOURLY VALUES. 253 SunsHinE—NOVEMBER 1885. ; 2 B-4 | 45 | 5-6 | 6-7 | 7-8 | 8-9 | 9-10 [10-11] 11-12] 12-13 | 13-14 | 14-15 | 15-16 | 16-17 17-18] 18-19 | 19-20 | 20-21 | Amount, | ,-°%9" 4 =— a om NM Min, Min Min Min. | Min Min Min Min. Min, | Min, Min, Min, | Mia, Min Min Min Min Min Hours. Hours, I es) i ee ae rem) eet eet pe) se. i- ef ee HP | =] a) ero Ee ee Se a ES ade Be ee ee en eee ea eee ae i ee) er ri eee eet | Bl) | | te 90 ME te |e ee ee ea) er ee) re) a) Se) ot oS ees nm ee ee Se ey) 2) eel hee] --| --| = 1 --)---| =} 008 |) ove ee ee ee ee ee eee ee ee eee ee en | ET ee a ee ee Se ae ee ee ee ee ee ern || ce Bl Slee eed) 6i ee a. 24 SS Se ee ee ee eee eee ea be cs 9; =| - Bl Sah Sh 2 Sa SE oI si eo ae ee ee ee ee | ec eee te ee ee | Gioor | gear lmae| wma) Neer] $60-) ieo-|(89-) —- | --|.--| --| -—-| 608 |) agi ee) ee) | ee) eeGrl aco) aot) acd) jed-| $60-| jeg] faz --| --| --| -.| --|.%a7 |. se Bee Fae) te) 20 So0 Se Soe a ee al) $=) es eee 2 a EE Soe Se ees SS Se e2 es ee ee ee ee - | 820 fe Ds Se SS Sale Se Se ee ee Se eS ee ee ee ee eee een eee) | 1) i) 40>) J60-| -60"| 60-} \60-| [60-| -60-/ 46) -.| - al ll AS, Gn es ee se) | | f4er| feo-| leo] jgd-| fe0-| “igo:| jae) —.| —-| --| | — | 628 |) mee eee) el | (287) feo) ied-| JeG-) (Go| fe0-| jco-| 4) (| --| - | -| --| 7-08 |) gpa eet i=! 137) feel) jae) ep io] Jom] joo) iss) i) --| --1 | -| 725 | Bee Ce | ES ES ee eS ee hes) Sea ee ee ee ee eee ee meen he.) ee eee ee See ee ii es ee ee ee ee ee ee |e 7 eee) doe) gor) pier a) ieee] ba) Pa) top) | j=) i) =} Ge} 4 mse |) a8 Se) ee er alos! fi4e| Gear) yé0-|- j60-| 160-| feo; ju0-| --| --. -.| |--| L-| 55 |) zee | a Bp ee ee ee ee ee ee ee Me as eR Pee) Be -) SE ee eee ee ee ae ae As eM ee es Bel ce Spe GME) ey _ |) > Sto Se ies ee ee eee Z ee ee ee ke at BD ~ le Bea oR Se See a ere oe ees ae a ee =. |) #0 mea eres) Poe) Gon geen el worl Pee pe) Pt ge Lt Pot ee ee re oer eee a ee ice oe) PP Pe oh il cheb oo fegge ree ee poe poe) Pee eet ee Pa ee ee) ey) ee) ge rn er dh ey eae at) Gee doe) ee Be el se] be eo el Lt ot age Ee =| —-| =| 322)| eset Pesos aor zie) mers grdeole aiape|) --| --| -~- —-| ~-| sis7 | 24086 SunsHinE—DECEMBER 1885. 3-4 | 4-5 | 5-6 | 6-7 | 7-8 | 8-9 | 9-10 | 10-11 | 11-12] 12-13 | 13-14 | 14-15] 15-16] 16-17 | 17-18] 18-19) 19-20] 20-21 | Amount. Lan Min. | Min, | Min. | Min. | Min, | Min. | Min, | Min Min, | Min, | Min. | Min. | Min. | Min. Min. Min, Min. | Min Hours, Hours. 714 e 3 Z 3 3 Fr z a r r r f r r r t 3 3 a 7-09 ia x r E i Fr. Z F T 3 ‘% 7 7 i . : 7 6:99 e z E F. 5 3 5 3 E 3 4 ; f. i E E a E a 6-99 Pe ee ere oe ea a Pa es Eo Gol Eo Eo Co ol od oan} Qe Mies! fl Ly Lb a poy tae be) ee td Ee es eee : = = = = = = = 45| 40] - z _ = = = = 2 142 6-85 = DB 2 5 z : 5 z x E 5 z 3s f £ 5 z : = 6°83 ees a) ts ee) Yael Jeo] com bor BO; Bs 2) - Coal oe Sally tau) ae r 5 Q ni 6-79 = 3 ® ; 3 3 7m 7 3 Es & i. a 3 a i 6-77 Z © 2 Fa x i F 3 i F z r 4 a 5 q Es 3 “A 6°75 io ¥ a a 2 a a 5 .. 2 i Ff E a 3 § E 3 4 6°73 ot ew eal el’ L Pea ee Boa ea Ea eh a ga | Or i i . be 5 g Me ba b, L, ! ¥ \ q i. 5 L . ¥, 6:69 ee eee ee ig el i oe oy ea) =) XY ons | Se = = = = a = 45 56 60 60 60 55 = - = = = = 560 6°66 = < = = 2 & 48| 60] 604 60] 60) 55] - 2 3 = = = 57 ia = a & a 3 a a x ¥ ¥ x y 3 c- z a a z 2 6°65 5 re 6°65 . = . 3 2 a 3 r = < 7 rs ri z 3 3 3 6°65 = = a é z 3 > a z a 7 3 a : FE B i 6:66 = % ia z ; 3 7 3 z - 3 zi r y z 3 . : bi 6:66 3 a i Pe E . E E i = I E f z z z 2 . = 6-67 } 6°68 - = - - - - - Sr Beat ay 4) = - - r - E 1 & 6°69 £ 4 E 2 E fa 5 z E 5 5 L c be z ke E # 6-71 3 3 a : is = % r cE 3 F z a z a E a # 6-73 e % E E 5 5 3 F i r a Ee [ Es E s ie a = 6°75 a 5 £ 3 L s g i ry , 4 b 4 a :. b: § £ 2 6°77 ; \ - - = - - - | 233] 348 | 4-75] 4-75|3-77| 343] - - - - - — | 22:23 | 210-18 254 BEN NEVIS OBSERVATORY.—HOURLY VALUES. SunsHINE—JANUARY 1886. 8-4 | 45 | 5-6 | 6-7 | 7-8 | 8-9 | 9-10] 10-11] 11-12] 12-13 | 13-14 | 14-15 | 15-16 | 16-17 | 17-18 | 18-19 | 19-20 | 20-21 Amount, panel Min, | Min. | Min. | Min. | Min, | Min. | Min. | Min, | Min. | Min. | Min, | Min, | Min, | Min, | Min, | Min. | Min. | Min. Hours. | Hours, 1 = = = = = = = = = = = = = z= = = = = - 6°80 2 - - - - - - - - ~ - - - - - - - = = = 6:83 — 3 =. = = = = = = = = = = = = = = = = - - 6°86 4 = = = = = = = = = = = = = s = = = = - 6°89 5 = = = = = = 7 = = = = = = ce = = = = - 6:92 6 - ~ - - - = 35 60 60 60 60 60 2. - - - - - 5°62 6°95 7 = = = = = = = = = = = = = = = = = = - 6:99 8 = = = = = = = = = = = = = = = = - = 7:03 9 ~ - ~ - ~ - ~ 22 - - - - - — - - - - 0°37 7:07 10 = = = = = = = > = = = = = = = - - - 711 11 ~ - - - - - - - - - - 12 - - - - = - 0:20 715 12 - - - - - - = = - = = = = - S = = = & 7-20 13 - - - = = = = = - - = — - - = = = = = 7:25 14 - ~ = = - = - = = - = = = - = = Ss ES es 7°30 15 - ~ - = - = - = - - - - - ~ = _ = = = 7°35 | 16 - - - - ~ - - - - - - - - - - - - - 7:41 17 - ~ - - - - - ~ - - ~ - - - ~ - - - = 7:46 18 - - _ = - - 55 60 60 30 48 18 - - - - - 4°52 752 19 - — - = - - = ~ - = - - - = = = = & 757 20 ~ - - - - - 45 58 12 18 54 58 26 - - - - - 4°52 763 21 ~ - - = - ~ - — - - — - - - - = = = s 7-69 22 - - - - - - - - - - - - - - - - = = = 775 | BB) | =) = 4d @— 4 SY Sah eal Ea Sal eo bo ed el eee eae - | 7-82 24 - ~ - = - - — _ - = - - = - = = = = = 7-88 25 - - - = - - - - - - — - ~ - = = = a = 7°94 26 - - - - - - - - - - - ~ - = - - - - - 8:01 | 27 = = = = = = = = = = = = = = = - = - 8:07 | 28 - - - ~ - - - - = = = = = = - = - - - 8:14 | 29 | - SS ee ee ee eee ee ee eee ee ee Sa Se = - | 82 | 30 - - - - - - - - - - - - - = = - - - 8°28 | 31 = = = = = - = = = = = = - = = = = 8°35 | 1:83 | 3°25 | 2°20 | 2°30 | 2°40 | 2:97 | 0°77 I ' | a x iw) [e) i) Co ee > oo SunsHINE—FEBRUARY 1886. 3-4| 45| 5-6] 6-7] 7-8| 8-9 | 9-10 |10-11|11-12]12-13| 13-14] 14-15 | 15-16 | 16-17 | 17-18 | 18-19 | 19-20 | 20-21| Amount, | Toth | Possible, | | Min Min. Min Min Min Min Min Min Min, | Min Min Min Min Min Min Min Min Hours, Hours, ik. , 1 - - - - - ~ - - - 27 56 - - - ~ - - - 1°38 8:42 | 2 - - - - = - - al - - - - - - - - - 0:02 8:49 | 3 - 3 = = - 20| 60} 60) 60] 60} 60] 60) 60} - - - - - 7:33 8:56 | 4 - - - - - 20 60 60 60 60 60 60 60 - - - - - 7°33 8°63 | 6) 24 =) 24 Ea 2°) 2S col Sie) 2a Si Sa Sap 2 eee = 8-70 | 6 4 a 5 J E 3 . z at 5 2 |e 2 2 - - | 0-05 |. 8:78q) i S E E qs 3 4 é E \ F E a £ is L = 2 = = 885 | it =<) = a ah eee OMe Ses eo oe Pe ou oeead eadll Edt oat 2a eee = 8:92 9 - - - - - - - - - - - - - - - - = - - 9:00 | 10 - ~ - - - - 2 15 7 - - - - - - - = - 0°40 9-08 | iy ==) 2a 2 4 2b e el eal Sah Co eae eee eal) ee ee ee e 9-16 | “2 Ea = is St eal Sao Eel ese a 26a | eee - 9:23 | 13 x a a ee ae © et ES ES a Sa a ea ee ee =| EY 2 = 9°31 | Mm |---|) £2) of 24-20 Sa Eo 2] gel 2 el See ees 2 oe 2 eee 15 - - - - ~ - - ~ ~ - - - - - - - - - - 9°47 | 16 - - - - - 6 58 60 60 60 60 60 60 60 = = = - 8:07 9°55 17 > 3 ae = 58| 60| 60] 60] 60] 60] 60] 60] Go| - 2) = - | 897 | 9639 ml) eek 2 Ed ey Gol eal 2 Sa Sal ee ea a eal ea Oe ee - | 970} 1 1) 2h OL Sf Seb fe 20 2 Saar: 2 cee ae ; a Ea 2 - i) & = e 9-78 | gm} --| &f of Sf of od ep 2 ooh ey Bey ee) ee) 2) ee ae seh £ ee) Sa ee Bult Be el we a | bd ee ee 22 - - ~ ~ - - - - - - - - - - - - 1002 | 23 - - - - - ~ - - - - - - - - - - - 10°10 | 2k - - - - - - ~ ~ - = - 2 = - - - - - 10°18 | 25 - - - = - 50 60 59 60 60 60 60 60 60 12 ~ - - 9:02 | 10:26 | ' me] Z é Ei. Di ap eal) oe 7 -| -| -| =} =] +] =) 27 Sie SA eM eal =) Soe A, ee - | 10-42] 28 - - - - - = a = - - - 10°50 | if | | - | 43-09 | 26427 | BEN NEVIS OBSERVATORY—HOURLY VALUES. SunsHine—MARCH 1886. 255 3-4 | 4-5 5-6 6-7 7-8 8-9 | 9-10 | 10-11 | 11-12} 12-13 | 13-14 | 14-15 | 15-16 | 16-17 | 17-18 | 18-19 | 19-20 | 20-21 | Amount. A Min Min Min Min, Min Min Min Min Min Min. | Min Min Min. | Min. | Min Min Min, Min Hours. Hours. 1 - - - - - - - - - - - - - - - - - - 10-58 2 - - - - - - - - = = = - - - - - - - 10°66 3 - - - - - - - 60 53 4 - - ~ - - - - = 1:95 10°74 4 - - - - - - - - - - = = 4 = - - - - 0:07 10 82 5 — - - - 7 = - = - = = = - = = - - 0-12 10°90 6 = - - - - - = = 3 12 7) - - - - - - - 0:28 10-99 ¥e = = — = - - 32 60 45 25 40 22 iff - - - - - 4:02 11:07 8 = =, - - - - - - 20 - 16 42 2 3 - - - - 1°38 11°15 9 - = - - 20 48 60 60 55 50 - - 1 40 - - - - 5°57 11°23 10 ~ - - - 22 60 60 60 60 60 60 58 34 16 - - - ~ 8:00 11°31 aia - - - - 40 60 60 60 60 60 60 60 60 60 12 - - - 9°87 11°39 12 - - - - 45 60 60 60 60 60 60 60 60 60 13 - - - 9:97 11 47 13 - - - - 30 60 60 28 - - - - = = = = = - 2°97 11°55 14 - - - = - - 60 60 33 14 - - - - = = = - 2°78 11°63 15 ~ - - - - - - - - - - - - - = - - - - 1171 16 - = = = = - - - - 2 - 5 - - = = - - 0°12 11°79 17 - - - - - - - - - - - = = - - = = - - 11-87 18 = = - - - - - - - - - = - - - = - - ~ 11°95 19 - = - - - - - - - - - - - - - - - - - 12°03 20 - - = - - - - ~ - -- - = - - - - - - - 12-11 21 = - - - - - - - - - - - - - - - - - 12°19 22 - - - - - - - 16 30 13 - - = - = - - - 0°98 12°27 23 - - = = - - - - 18 8 16 13 = - - - - - 0°92 12°35 24 - - - - ~ - - - - 12 15 3 ~ - = = - - 0°50 12°43 25 = = - - ~ - - - - - - - - - - - - - - 12°51 26 - - - - - - - - - - - - - - - - - = 12°59 27 - - - - - - - - - - - - - - - - - - - 12°67 28 - - - - - - 28 6 17 3 - = = = - = = - 0°90 12°75 29 - - - - - - - - - - - - - - - - - - - 12°83 30 = = = = = = = = - - = - = - - = - - - 12°91 31 - - - - = - - - - - - - - - - = - - - 12°99 Sums. ” ; i -. Fi f 5 “ 4 F ‘a i A ; Eatvas. \ - - - 2°73 | 4:80 | 7:00} 7°83 | 7°57 | 5:38 | 4:48 | 4°38 | 2:97 | 2°82 | 0°42 - a is 50°40 | 365°44 Sunsu1neE—APRIL 1886. 3-4 45 | 5-6 6-7 7-8 8-9 | 9-10 | 10-11 | 11-12] 12-13 | 13-14 | 14-15 | 15-16 | 16-17 | 17-18 | 18-19 | 19-20 | 20-21 | Amount. es Min Min Min Min Min Min Min Min Min Min Min. | Min, | Min. | Min. | Min. | Min. | Min. | Min, | Hours. Hours, aI = = = = eos = = = = = = 3 25 8 - - - - 0°60 13:07 2 - - - - - - - - - - = - - - - - = - - 13°15 3 = 5 = = = = = = = = = ~ - - - - - - - 13°23 4 ee 5 = = sl = 2 ms = Pe = = = = - = - - - 13°31 5 - — - = - = - - - - - - - - - - - - - 13°39 6 = = a = a = e ~ = = = = = - - - - - 13°47 a - - - - - - - - = = - ~ - - - - - - - 13°55 8 - - - - = - - = = - - - - - - - - = 13°63 9 5, b = = = = 2 = = s ES S = = - = - - - 13°71 10 - - - - - 2 48 60 60 40 - - - 12 - - - - 3°70 13°79 11 - - - - 10 16 Ue 13 - 18 54 60 17 30 - 1 - - 3°77 13°87 12 - - - 57 60 60 60 60 60 60 60 54 27 - = = - - 930 13°95 13 = = = = = s = a = = S = = = ~ - - - - 14:03 14 - - = - - = 48 60 45 11 - = = = = = = 2°73 14:10 15 - - - - - - = - 6 - - - - - = - - - 0710 14:18 16 - - - 50 60 60 60 60 60 60 48 18 56 60 60 - - - 10°87 14°26 17 - - - 13 45 28 45 37 12 18 3 - - - - - - 3°35 14°34 | 18 a a = = 5 < 7 x 2 = 15 7 e= = - - - - 0-90 14°42 o19 = = = = = = E = = = = = 1 : = - - - 0-02 | 14°50 | 20- = = ps ES = = = =, = = = = = 22 20 = - - 0-70 14°57 21 - - 17 22 50 60 60 60 60 60 60 60 60 60 60 45 - - 12°23 14°65 22 - 40 60 60 60 60 60 60 60 60 60 60 60 60 58 - - 13°63 14°73 | 23 - - 40 60 40 60 45 45 40 - - 1 - - = = = 5°52 14°80 | 24 = = 98)|| 50%) 998) 5" 9954 I ec = - - - - = = = 3°00 | 14:88 25 - - - ~ 36 60 60 60 57 13 4 40 14 50 17 12 - - 7°05 14°96 " 4 - - 2 52 33 - 10 7 3 11 9 30 45 5 - - 3°45 ieee — = a = = = = < = = = — — =- - _ — = = 1o° 28 - - - 60 60 60 60 60 60 48 24 20 22 47 28 53 - - 10:03 15°18 29 - - 23 60 60 60 30 17 5 40 26 32 3 38 60 22 3 - 7°98 15°26 80 = & = = = = x s a z = c = = = - - - - 15°33 31 — \ = 2°47 | 7°23 | 9:45 | 9-90 | 10-25 | 10-23] 8-88 | 7:18 | 6:08 | 6:38 | 5:27 | 7:20] 5:17 | 3:18 | 0:05 - 98°93 | 426-45 TRANS. ROY. SOC. EDIN. VOL. XXXIV. 22 256 BEN NEVIS OBSERVATORY.—HOURLY VALUES. SuNsHINE—MAY 1886. | 3-4 | 4-5 | 5-6 | 6-7 | 7-8 | 8-9 | 9-10 |10-11]11-12]12-13| 13-14 | 14-15 | 15-16 | 16-17 | 17-18 | 18-19 | 19-20 | 20-21 | Amount, | ,-01 Possible, | Min, | Min. | Min, | Min. | Min, | Min, | Min. Min, | Min, | Min. | Min, | Min. | Min, | Min, | Min, | Min. | Min. | Min. | Hours, | Hours, 1 — = 205) “CON TS 2ON On ee ea 4S 4s bball be moon meon| GOs me CON meee = 9:07 | 15-40 2 = = = = = 20 12 ei a 3. = = = : = = - - 0°53 | 15°48 3 = = = = = a ss = s a = 2 = = = = : = = 1555 4 é 3 a s a a <4 s 2 z = a = A, = 2 a 4 = 15°62 5 EN a a a 3 a = ei a < J a = = = = : Z = 15-70 6 = 2 = = = = = a = 2 z 2 140) 459) 500 S550 22) S10 || Toa 7 - - = = 2 |f = = 12 Sih 15a) = - - - - - - - 0°62 | 16°84 | 8 e a S x a J a ef = z a J el a £ = = = = 1591 9 5 a a ‘ 3 ia 7 2 3 = a a - = = 3 = = = 15-98 10 = = = s = = = = = = = = = = - - 16°04 11 = = = = & a =. D) 13 2 = = = = = = _ - 0°25 16°11 12 = = = 4 DAL t= = 1 1 1 2\| = - - - - - 0-12 | 16:18 13 Ss = a a a = = = ms = 4 = = 1 = - - 0:02 | 16:24 14 = x = = = - CH Bo ee Thy] = 5 Soe On lee = = 1:97 | 16°31 15 = 2 = J ss = = e 2 = 9| 16 6 Bale = = = 0:57 | 16°37 16 - Ble Qyil = : = = = = = = = = = = = = = 0:57 | 76°44 17 =: = z 2 2 = : Ps = = = = = = = = = = 16°50 18 = = = a Z = 3 2 = = 2 = 2 = = ss 2 & = 16°56 19 be a 3 x 2 2 a a ty R: a; y & - 5 e Z = 16°62 20 = 20; 60] 45) 15! 60) 47 6h) = - = - - - - - - - 4:22 | 16°68 21 = = = a, = = = 2 = = AN x = = = = = = 0:07 | 16-74 22 s. 16; 60] 55] 60] 50] 60] 60} 454 60} 60} 60} 60} 60} 60} - = — | 19:77 | 16:80 23 = 47| 60] 60] 60] 60] 60} 60] 52] 36] - = 50 Bs = = 918 | 16°85 24 = 2 J = = _ 2 a 2 z = z = i s = E = 16-91 25 E: z 3 S a _ a z: 2 iL a = i = £ £ = 16:96 26 = = = = = = = 10 Sil = 1 3 i 20) 20 || i) = = 1:80 | 17:02 27 = 10| 60} 60} 60} 60}! 60} 385) 19] 50] 57 Qi = = - = = = 8:00 | 17:07 28 & = z as 3 s a e = = Z = = = = = = = = 17:12 29 = = 32} 40] 50] 40 8 if || by) ae) = = - - - = = 368 | 17°16 30 = 2 3S ae bs aS = ss = 2 = = = = = = 17-20 31 = = = = = AN 7) 220 VATA 55) 60K) 1600) 959) 60n | 585) CON mes alneme 8:75 | 17:26 Gas \ - | 0-87 | 5-12 | 5-33 | 4:37 | 5-23 | 4-87 | 492 | 4-73 | 528 | 5-02 | 3:37 | 3:30 | 4-72] 4:92] 8:08] 075 | - | 6529 | 50840] SunsHine —J UNE 1886. | 3-4 | 45 | 5-6 | 6-7 | 7-8 | 8-9 | 9-10 |10-11| 11-12] 12-33 | 13-14 | 14-15 | 15-16 | 16-17 | 17-18 | 18-19 | 19-20 | 20-21 | Amount. Poe Min, | Min, | Min. | Min, | Min. | Min. | Min. | Min. | Min, | Min. | Min. | Min. | Min. | Min, | Min, | Min, | Min. | Min, | Hours, Hours. 1 1 - 10 60 60 60 45 35 - 30 38 49 11 - 2 27 30 - - 7°62 17°30 | 2 = = = = Ba 3 20 is z ws z S = = = - - - 038 | 17°34 3 - - 15 40 46 10 15 - - - = Wy - 30 ii) - - - 2:97 1738 4 ~ - 36 60 60 60 60 50 50 60 50 60 60 60 33 - - - 11°65 17°42 5 = = = x pe 26 3 = 2 a s = = = = - ~ - 0°48 | 17°46 6 é rs ie ¥ z x ie ae h p E : is k a :. 2 - | 0-02 | 17:49 z = is 40; 60] 60] 60] Go| 60] 60] Go! 58] 6o| 60] 60] 60|] 60 3| =- |. 18-68 le 0 es ee ee en ee ee eet cS es) ae 10 s z bs a = E BS il E 1 BE x a =: = = = = 0:03 | 17°61 11 = E s = Ee 1] 385] 35] 30] 22 i Ne 2 2. es = = : - | 207 | ia 12 Z : x La a he 5 a = 3 2 3 3 = = = = = - 17°66 13 = = a z E 7 2 7 E 3 a B = - ~ - - - 0-27 | 17°68 14 2 a 2 rE . rs i fi i s BS t A = = = = - 17°70 15 bs J é E 3 2 E x = ro 3 & = = = = = - - 17-4 16 a a UZ 2 J & 4. at S a 4 Es e = = = = = = 17°72 | 17 = J z Ls a = E = = - BS = = = = = = = 17°73 18 - - 10 12 47 44 20 25 25 5 30 - 40 60 60 48 - - 7°10 17:74 | 19 - - 4 56 60 60 60 60 60 50 28 13 5 60 60 33 ~ - 10°15 17°74 20 a 8 60 60 60 60 60 60 60 60 60 60 60 60 60 60 20 - 14°47 17°75 21 é 3 pa) = 17 pal. sé a 5 us : 2 s 2 = = - 0-72 | 17°75 99 Ei 3 2 25 a 3 3 E = i 3 3 = Es = = = = 0°42 | 17°75 93 é 3 rE 3 3 E Le Ee i s = x 4 3 3 = z = = 17-75 24 4 5 3 2 2 x 3 2 z a a Ls 3 = = = 2 = - W774 25 é E 3 g c 3 a 3 a 3 3 3 3 = 2 = = - 1774 26 x 2 L 3 L 4 3 3 5 3 g 7 - s - FE : = = 17°73 P7t|) =o) Co) EG Bale ea) ae Fall Srl Ae Ste We ea He (0) Beg OS - | = | 0-03 | Riza 28 z EC a 3 2 L E 3 E a an + By ee 3 Cal i = - | ia 29 = = = 2 = - ES 40] 33 1} - 2 - . 2 = - 1-23 | 17°69 30 - - 60 60 60 60 60 60 50 55 60 60 60 60 60 60 60 1| 14:77 | 17°67 31 Hovrs.|f ~ | 0°80 | 5:15 | 7-22} 7-83 | 7-30) 7-18 | 6-05 | 6-75 | 6-43 | 5-62 | 4-68 | 4-75 | 7-12 | 6-42 | 4-88] 1:38 | 0-02 | 89:09 | 52897 BEN NEVIS OBSERVATORY.—HOURLY VALUES. 257 SunsHINE—JULY 1886. 8-4 | 4-5 | 5-6 | 67 | 7-8 | 89 | 9-10 | 10-11] 11-12] 12-13 | 13-14 | 14-15 | 15-16 | 16-17 | 17-18 | 18-19 | 19-20 | 20-21 | Amount, | ,/0''- Min, | Min. | Min. | Min. | Min, | Min. | Min. | Min. | Min. | Min. | Min. | Min. | Min. | Min. | Min. | Min, | Min. | Min, | Hours, | Hours, 1 2 | 60| 50} 20] 14] 60| 59| 6o| 6o| 60] 60] 56] Go| 28 u —~ | 11-20 | 17-65 2 © 15| 60! 60] 60] 40 Gas a 2 & 2 : e z z 2 ~ | 402 | 17-63 3 xs a = 3 z z . ES = Z A 59| 60] 30 oa = — | 252 | 17-60 4 3 a a 2 = = a S a z z u 3 - % Zs a é =. | tar 5 4 é 2 = a é x ¢ a u i = i s Z z s 2 7s 6 = . < = 4 = fe a u 4 ‘ 2 2 3. z = £ 4. = Weaene 7 J 2 a s a _ os = = E a Z i a . a £ x ~ | 17-48 8 = 2 e = 3 = 2 = Z a 4 2 3 Z a a =) ae 9 3 53| 60| 48] 58] 60| 50) 46) Ig) 25] 57} awl - 2 = 2 : 8-10 | 17-40 10 = a iu = 45 SB “BOs! = 3 = = z a z a a Z = | 947 | ty86 11 = S is = = z = a = - 2 ‘ - 4 3 2. 4 = a 17:32 12 = . * x = cs Z = z. a Lu = 2 = 2 2 Z = — | 17-28 13 Es Z a = z a 2 2 = 4 2 2 2 a a 2 3 a — | 17-24 14 ie a a # 3 = is = : = z 2 if 2 ‘] s 3 a =) ty 15 4 , é a A = a = e = a 2 z . J S 4 =" | a7 16 2 s. 2 = 2 x Es 4 % = Z a 2 z. = 2 4 = ~_ |) 17309 17 2 a u € a. £ z a 2 28|/ 33| 42] 32} 60| 60| Go| 54] 16| 6-53 | 17-04 18 2 . & J z 2 iS £ a = z = Es z L Z xs = —~ | 16-99 19 E a e u 3 is 16/ 60} 60] 60] | 38] 40] 43 3 gl iw) = | 883 | Yes 20 a fe a 4. a a = 108| 74S Z 2] 15| 55 eh 2 - | 1-68 | 16-89 21 : J = 3 . 931| 60t| “Sat; 401] = au s 2 a3 - ws = -~ | 2-98 | 16-83 22 4 Z » z s = s s £ 2 47 Bay = z = ie . = 0-88) | teezz 23 a J e < 3 - a Z : 2 a = Z z é = é m1 - | 16-72 24 2 S: a 2! : & = s = E z ss 2 i : eS = J — | 16-66 25 z a 3 = 2 a. 2 u - = i fl a 2 a a 2 2 —~ | 16-60 26 zs s a Aa. wee £ 7 = =! 2 2 4 2 2 4 i 2 - | 0-02 | 16-54 27 E: i z £ i z =. é £ 7 Hl Ss E 2 5 9, «2 - | 0-20 | 16-48 28 . 3 i S a a 3 | ae 2 Ba ee Salve con) = Z - | 0-42 | 16-41 29 E Z a e c £ J £ 2 * é . 2 zs 2 3 - | 16-35 30 2 a . . s L E s 2 E: Z = = = g 2 : - | 16-28 31 2 z = 2 = L Ele 2 & ae = = Gil = 2 - | 0-22 | 16-22 aa \ — | 1:55} 3-00 | 2°65] 3-05 | 317 | 4-03 | 4:02 | 3-33 | 2:88 | 3-65 | 2-72] 3-37 | 4-68] 2:35 | 1-22] 1:08] 0-27 | 47-02 | 528-16 SunsHinsE—AUGUST 1886. 3-4 | 4-5 | 5-6 | 6-7 | 7-8 | 8-9 | 9-10 | 10-11) 11-12] 12-13] 13-14 | 14-15 | 15-16 | 16-17 | 17-18 | 18-19 /19-20 | 20-21 | Amount, | 00th 4 Min. Min, | Min. Min, | Min, Min, | Min, | Min, Min, Min, Min, Min, | Min. Min. Min, Min, Min, Min, Hours, Hours. 1 a L. 4 e: - a! L x? a. A a a = 2 J = | ie35 i 3 = 3 es 5 E a a. E 2 3 i z f: i. 3 é. a E — | 16-09 | 2 z 3 iy = a Sh) 580) “55 Ta 20.) 3 Z L a Z -~ | 3-28 | 16-02 ly} 4 2 - 47| 21] 28 Zo 19) “13yh “Zou “tou f 21|} 37] 28 3 ~ | 4:40 | 15-95 5 2 E = 6 BH oe z is it es 5 z z: - e 2 A - | 0-17 | 15-88 \| 6 a ~ ‘ int = L = z. = Es - 190) “c6)| 37 | ©30L) 2b) = = | 3703 |) Larst | i a 2 E z E é = 3 = ¥ i fz s yi é = : E — | 15-74 8 = E = 2 E £ 4 t e = 4 s i z = s 2 z = eee 9 & z S 5 é : EB 7 a: e z a 2 A z s = ~ | 15-60 10 k 3 i E 3 2 E L 4o| - a z i ‘: i 2 ss ~ | 0-67 | 15-52 a E 5 t: =: = = 2 kL 2 - 2 = - az — | 1545 | 3 7 = a t: E 3 3 E Be R 14 i & E 2 s ~ | 0-25 | 15:38 | Ge s. b = 4 E 2 i e| & 2 Z = = 5 1 9) 2 | 0-15 | 1531 , Gr x 3 = zi a s 5 del wizel, ote) Bre) eo) 5a,| SH) 2 = ~ | 4:00 | 15-24 | 15 a E 3 a s S 3 s e eS a x z u 2 = - is 15°16 ||| 16 a = s = = = = = = = 4 = = = = = = = = 15-09 br 7 & 2 = 2 = 2 = >| = 50 ON ellie = Se yaa asin 18 t. . s = c: a 5 a E 2 2 = P S F: i 2 ~ | 1494 | 19 : 3 24} 60| 60} 60] 60] Go| 60] 60] 6o| Go| 60} 60] 35 Soe —~ | 12:03 | 14:87 \ 20 = = = = = = = = = = = = = = = = = - 14°79 | OR ee s = = s 9 3 & = = = = = = = - - - “0:20 | 14:71 | 22 4 . 3| 60| 60] 60] 60] 60} 60] 60] Go| 60] 60} 6o}| 12] - & - | 11-25 | 14-64 ‘| 93 bs a z Ls EE z y a ON ee 3 © i é Es Z z - | 0-03 | 14:56 | 24 - - - - = = 2 = 3 & = x a Z = z = a 14-48 i 25 = = u = = = = = = 2 2 = = - - - 14°40 296 a 2 = = = = = = = = a = = = = = - - - 14:32 27 = = = = = = = = = = = = = = - - = - - 14°25 | 28 B = = = = = S = = & = = = ~ - - - - 14:17 99 a 5 z » fe 5, a Gi a E: fe e a z WN z = 2 SF iio a | g E 3 g if = ag Z ‘ fs 2 a E Z 3 3s = —~ | 14-03 81 =] a = = = = = a = 2 = 3 2 = = - - - 0°08 | 13:95 a= \ — | 1:23 | 2-70] 2:52] 2:22] 2:87 | 3:35 | 4:58 | 2°87 | 3-45 | 4-43 | 418] 4:40] 1:75 | 053] 0°03] - | 41-11 | 467-28 258 BEN NEVIS OBSERVATORY.—HOURLY VALUES, SunsHINE—SEPTEMBER 1886. 3-4 | 45 | 5-6 | 6-7 | 78 | 8-9 | 9-10 | 10-11] 11-12} 12-18] 13-14 | 14-15] 15-16 16-17] 17-18 | 18-19 | 19-20] 20.21. | Amount, | 70" _ ice} | ee ee | huadosihim diel 1 a a >I S > i) a>! o a> ow at o ae on bo bo we ! | | Min. | Min, | Min, | Min, | Min, | Min, | Min. | Min, | Min, | Min, | Min, | Min. | Min, | Min, | Min. | Min. | Min. | Min, | Hours, | Hours, ] ss = = = = - ~ - - - = = - - - - - - - 13°87 2 x es Zz E a - ~ 40 32 7 - 20 - - = ~ - - 1°65 13°78 3 - =: = - 60 60 60 60 60 60 60 60 60 46 23 - - ~ 10°15 13°70 4 = = - 17 60 60 60 60 60 60 60 60 60 60 60 18 - 11°58 E 5 = z = t. - - 2 20 - - - - - - - - 0°37 13°54 6 = = = = = - 4 17 - - - =- = - - - - - 0°35 13°46 7 = = = = ~ = = - - - - = - - - - - - - 13°38 8 Ms 2 = = = = = = - - - = - = - - - - - 13°30 9 = = = = =: = = ~ - - = = - - - - - - - 13°22 10 me = = = =: = - - - - . = - - - - - - - 13°14 il - - - - - - - = = = = = = = - = - - - 13°07 12 = = = = - - - - = = = = - - - = - = - 12°99 13 ~ - - ~ = = = = = % = = = 5 - = = = = H 14 = = z = = ae - - - 1 af - 2 2 - - - - 0:20 | 12°84 15 = es = - 23 40 58 54 39 38 37 56 58 40 - - - = 7°38 12°76 16 - 7 52 60 60 60 60 60 60 60 60 60 58 2 10°98 17 - 60 60 60 60 60 60 60 60 . 60 60 32 11°53 Tipe yee ee a Uy ee ee te ee ~~ ~~ 1 \ ros 1 2! > oO No sae ct et ay 2 We orn (y) 21 r. 3 B| + » - = - = - | 058 | 1998 22 = e = = - 13 3 - - 2 14 1 - - - - - - 0-70 : 23 - - ~ - - - - - + - - - - - - - - - _ : 24 = = = e = = - - - - - - - = = = = = = 25 = = = = - {= - - - - - - - - - - - = 26 s = E =; a 4 = “ “ Ti Fe 2 zs 2 = - - = | 042 27 - - ~ - - - - - - - - ~ - - - - - - = 28 - - 4 2 - - - - - ~ - - - - - - - = = 29 ~ = - - - - - - - - - - - - - - - - - 30 = = s = = = = = = = = = = = ae ES 2 x = 31 baa \ - - | 1:67 | 5-78 | 6:00 | 6-28 | 7:10] 6:23 | 6-772] 6-18 | 5°60 | 5:20 | 4-47 | 2:88 | 0-33 | - - | 64:44 | 381-38 | SunsHiInE—OCTOBER 1886. _————| | ee ee | Ce a ha hal, Ne Me aM a a ari ae) ot ad ee Ss a) =) Boe 2 = = £ £ Pa = ss = BS = = £ é iS = = pS = 3 z = ba S Zz £ 4 x Z = = 2 2 k ie # bh = 4 - - - - - 6} - - =i SOR Su 4 - -| = =| = | 160 5 m z E é = - = E 5 = = Z £ a é E dé 3 6 x z He : a = z = £ + 5 = = L pe £ ” eb ao oe Ey Bg ee Bae Bed ba fe} a7) Oy) 2 Bi Bel bel See aod be bee Sh Le eee ef) ae) 2 2. 2) eee eee me A eo Ee 2 Bd Sats 60} By ef me- (Se Sel ee Sl eee eae FR ey EE eee See Ea Se Se eee E: pt A a Sa, ee ieee ar, Uae ee = Br See ah Ball CEA ee ee 2 ete Pe EN Eg Oe ee Oe ei Ee ea! Be) Ea By ee - 13 Pa 2 2 zs 3 = E - x = = z z E s a ms ma SP Ph Ea Ed eh ee Sey e a Eg = ed) = So, Bh z Pegi ot ee El EW OE Oe ede oe bal Shoe a Sa ee) Sl OE eae a Re cae oe he ee ee ah 2d Ce Sm Vi 2 ome ee er Se es Sa 2 ee) ae -4 =a tH fa Eom cay E - peo ey ed Co ed 2a ese wea ew S| ey ea Ba ee iy ed £4 C1 2) £1 2) Se mea) RSE ER eee E 3 eo Fh ta Ea Sod Shall: pds Bags ‘ wi) | ea ee eae ee Sa eas eo ea ea ea Bea oe ee ee a ei) ee ee Bae ee ee ee ee te ee ea Ema ll ee) eine E a) Sh ood £4 SH Fal Fal poh ad 25%] 60% i60u) 42) 4) sa Eu fel = ie o3')) a@ C4 Ce Ee 2a Boe Bon, ae s #! £ 964 90) -- 4) Ea £4) ee mie | ee Ee Ee ee ee 2 11 8) - i) =) El) 2A) ee Bo) ba ee ee eee - 4) | Bal oad Bel) 2a) Ea eo) eee Bt), -1 2a EA Be Oe es ae ee et ee ee ee Se a el) = 1 4 Ee Pa =! a), ec a em ea, 3 os) | LA LS Ee eee) ae | a Ou Be a el eae Gg ee Se ee ee ee Se oe fe ae ee Se Se Ee Soh Ses 3 |) =| =.) £9 2a Fae =| a) al a ee ee a i) a t 1 1 I 1 | LS) 1 I I I 1 I = 8 110 | 112] 1°70 2°33 | 1°58 | 3°25 | 3:02 | 0°60 1 I ! | — = 2 o COND ome CODe OBND TOPWNre 5 5 tents it Loe Vid TN SS led Vie) Wis etd Sco Te] VR Te Ss i Vil Gi | Sm I Min, hoi th dl Houlh {tal ih ah Mh dh ak fl |} - 4-5 S 5 Deeb NLL os Nea aD Data ES LL Ts pothlel i el edbele iid a S =| Lat eet emda’ Laem oat Led Mtoe se ah) Ee A TST ceed SoD cee De Ab IES AU |e Pt T A) = Et 5 NOt SRT SP Mt ech ST tear LG tle Let et Liem aL emma aiLi sf, AI ea B OE th esha BEN NEVIS OBSERVATORY.—HOURLY VALUES. | Fae) Cee Ue WP Va) (es eet Cored Came (eas teees ve AU mes Te! ae toe) 1:55 SunsHine—NOVEMBER 1886. Eo ee Saea ol [ibe abe Moi iptadierit se | Crt TH 2°78 1 eae A ae ARS ee et bi ML TT Tae AT TRE ST as RS aT PRU sa Tht Nici otal! Seal PULP (iia ARGS GR baa AD ahs PSST TRS MC ad mL A Mead oad LCRA ot nh Tet [Piet TP VR eT tak TES) Kaira YOR TPA Ke TUS TTR) TY Ra Red Vie cae A A at Pe | NO TLS ent ET aCe aa Tie TS ST ETS TES TTT SE TSS Ay Fie Fal TRANS. ROY. SOC. EDIN. VOL. co ey 9-10 5 =} ai 3 Ba 5 5) 50 ile - | 1°83 XXXIV. for} oO 60 9-10 | 10-11 | 11-12] 12-13 | 13-14 tilt Fd Cel mae ft Uae!) Et Tea 3:00 al Cee! feel aa 3°48 14-15 s 5 HD edt Tic sT se TNessee 1 gal Ge te Ti Leth 3°10 15-16 Min, Ale Ny ic LES Le Ka fT i Pe | aes ye rn foe bait J pee freeeep mp egy ete i Le! 2 ba ec Ul anf aim Let LAB jos Ofte 8 rap py 18-19 | 19-20 Min. | Min SunsHinE—DECEMBER 1886. 10-11 3:13 11-12] 12-13 ee | Sy et 3°85 20-21 | Amount, LA AY st Fis Ve fy Feet Cl Ca Ce Cas (ca Coa (ey ey tot] (i (lt) (ct fame Cc Ut Cee Geet a | LO LeeLee Ll Hours, 0:03 o co (a See eon ea ooh) oo “I On Soneiwecen oC) oO) ZOO Total. Possible. Hours. 9°05 8-97 8:90 8-83 8°76 8°69 8°62 8°55 8°48 8°41 8°34 8:27 8:20 8:13 8-06 7:99 792 7°86 7°80 774 7°68 762 756 7°50 7°45 7°40 7°35 7°30 7°24 719 241°86 Min, mS ff Or 13-14 Min, 14-15 Min, 15-16 = nS Th IS rt & el YW ht PT 16-17 = i=] LORS Tem} ML Am UEY Cie TNs CCW eC Th Ske TL STE ST a wet Ped RE ea Tie frst Va Sa TFs Gt Ve ey i WP AN ae CH a} ag] 19-20 | 20-21 | Amount. Possible. = 5 UP EAEE ATES UD TESTA TSE REE ome ot} [eat a Foe rae aye a [STL SL | Min, HO Ah th te aT [HPT YRS LS aay tecLCet Oma Bt cy air Chemed Troan Ty Hours. 0°28 0-27 Total, Tlours, 714 7:09 a co QD ABARBRA ARAADW ao AR ABBAR ARAAG ~IX AABAAG ASSO Noles) 260 BEN NEVIS OBSERVATORY.—HOURLY VALUES. Sunsoine—JANUARY 1887. | 3-4 | 4-5 | 5-6 | 6-7 | 7-8 | 8-9 | 9-10 | 10-11} 11-12] 12-13 | 13-14 | 14-15 | 15-16 | 16-17 | 17-18 | 18-19 | 19-20 | 20-21 | Amount, | 7%). Possible, Min, | Min, | Min. | Min. | Min. | Min, | Min, | Min. Min. Min Min, | Min Min Min Min, | Min, | Min, | Hours, | Hours, 1 - = 2 = = - - - - - - : - - = = - - 6-80 2 = 3 : 3 = = z= : * - - a 2 . zs e. Z 6°83 3 = : 2 = -: 4 = . = = = = = r = = = 6°86 4 . £ z s “: : z 5 4 S 3 a 2 2 4 = 6°89 5 ™ £ £ x 2 : 4 Zz BF 26, = = a B: = : a 112 | 6-92 6 - - - - - - - - 57 1 - - = - = = - 1:30 6:95 7 = = - = - - - 383 40 44 23 - - - - - 2°45 6:99 8 - ~ - - - - 37 60 60 60 60 46 - - - - 6°38 703 9 - - - - - - - - 1 - - - - - - - 0-08 7:07 10 - - - - - = 42 60 60 41 32 - - - - - - 4°92 Wd || ll 4 = - + < = 4 4 2 2 = 3 2 4 3 = 4 be 715 12 - - - - - = ~ - - - - - - - - - - - 7:20 13 - - - - - - - - - - - - - - - - - - - 7°25 14 - - - - - - - - - - - - - - - - - - - 7:30 15 - - - - - - 55 60 60 60 60 60 54 - - - - - 6°82 7°35 | 16 = ~ a = a 3 = a = = és = 2 3 - 2 - | o10 | 74 17 s = 3 3 SPs = u = 3 2 e. 4 s 4 = _ 3 & 7°46 18 z 2 3 z. z! 2 5, 4 = = = 2 a 7 A . = “ 752 pe), Pt, ee + alee = = = Site. eee mee tee altos = 757 20 = 4 = 4 4 e 3 a = 3 a 2 a Mi e 4 = 4 & 7°63 21 af = . 4 wi = 2 2 = a = = 4 3 a - 4 2 2 769 | oS Sage ieee ee me ar rr a (2 ee eee Sieh ey eile S|.) = a 775 | 23 = a 4 - a 3 5. 2 = 4 = = 4 4 4 a 4 fe Bs 7°82 | 24 “ 3 4 4 = 3 a af 2 = 2 A A a = 3 A 3 7:88 | SMa ar mere Pa a a ee ES) 0 ee RE ee eS ee Ee tee [= a 7-94 | 26 = = = = = a = = = e = = = = - = 3 = = 8-01 | 27 = a = a 4 : = 3 = = = S a : e = a = 8:07 28 - ~ - - - - - - - - = - - - - - = > 8-14 | 29 = = a 2 A = z a £ = = a sa S a 2 = 8-21 30 + = = a J A . a = 4 4 = 7 = Ss = = a E 8-28 | 31 = = = = 3 = = = = = 2 = = = = = = = = 8°35 | Sums. ; : ; : ; 3 : F 49 4 nomlt- | -] - | =] = | = | 223} 842} 8-47 | 542] 38-92) 3-27 | 2-05 -| -| - 23°17 | 231-43 | Sunsuinse—FEBRUARY 1887. : 5 | 3-4 | 4-5 | 5-6 | 6-7 | 7-8 | 8-9 | 9-10 | 10-11 |} 11-12] 12-18 | 13-14 | 14-15 | 15-16 | 16-17 | 17-18 | 18-19 | 19-20 | 20-21 | Amount. Pe Min Min Min Min Min Min Min. Min Min, Min Min, Min Min Min. Min, Min Min Min, Hours, | Hours, | 1 = = = = = = 2 = = = ~ = = = = = - - - 8°42 | 2 a = = a = = ei 2 = a = = = = = - - - 8:49 | 3 - = = = = = = = = = = = = = = = = = 8:56 | 4 3 z = s = = = = A = = = = - = - - - - 8°63 — 5 = = - - - - - - - - 5 - - - - - - - 0:08 8-70 | : = > s = 13 |. 60]. 60|- 60]- 60|- 6) \~ 60\- 60 \- 30|- - = ~ - | Fz ce | s | -| -|.-|.- |=] a0) 6ol 60]. col Gol 6) -60| col io) <| | 2] 2 1° Se 9 - - - - ~ 30 60 60 60 60 60 60 60 30 - - - - 8:00 9:00 10 ee = = fe z a = 2 " a at = = = = = = = - 9:08 11 - - = = - - - = = il 4 5 44 = - = - = 0:90 9°16 | 12 2 = = = = 3|/ 50} 60] 60} 60] 60] 15] 380) - - - - - 5°63 9:23 13 = = = 2 £ me 2 2) BOWE SBye — - - - - = 150 | 9:31 14 3 5 S s 2 is 40 15 18 is x ws me = = = = 1:22 9°39 | 15 - - - = = 24 - = 8 60 49 16 - 38 - - - - 8:25 9°47 | 16 - = = = = BS = = = o = = = be = 2 = Ee = 9°55 | 17 - ~ - - - = = = = = = a - = = = = a 2 9" 18 7 - - - - = 2 = ss = a = = = iE = = = 2 9: 19 = = a A 2 = = = = x e = Ee = = = - - ~ 9° 20 = = = SS = ie = cs = = 2 = = = = = - - - 9° 21 = = a = = = = = = = -: = = = - - 9 22 Z = x = = = = = = te = = = - - 10° 93 = 5 é 5 z x Fi = m a 3 i a a ie J 24 - = = = =< = = = ‘4 = = ss £ = Zs, ss 10 ~~) a 1 1 I I 1 I ~ oe ror S 2 S x Ye) on oo eter | Pt tt onn oo OX be on oan \ foal tet Ga AID ee nea 09 oF fer) o for} o co oO 1 i] Sums. Hours. = = — 4 2°00 | 625 | 6:32 | 7:47 | 8°83 | 8-43 | 5:83 | 6°62] 4:05 | 0°62 - - 56°42 LPT US UHna SNeeT Ne? Cnet De fl dee TJ ES TY ne Oe FT A amis Pee Wage Cy | Uma SE Ut Tf be) (er Pi (ard FT) TT FT TT) See (en Fr ig Pen ee Po feed ft | ict i 8 De Ta Cc EL em a em a ete New ey — See US enti dl Te ee eg ree emer sere) Vimy Coe Scat (ie mt Yeee| TOK Fee | femme Yee (fe (fe et) Nee Fs me | Ye) ed Citi Qh, 5-6 1 Viet Coe) CPs ef | Fr ed Jee) Ye) ta er PR HP me LS Ad Ye Pe Qi) ed (ee. | (let Pies fame] en (mee Ye] pamet Co Pe | 6-7 Het Pee Pe I 2°43 | 10°32 | 12-90 | 12°83 | 12°80 | 11-25 | 11-25 7-8 | 8-9 Min, Min 20| 60 1 | 96 oe ae 28| 60 60 | 60 ae 50| 60 St 4 7-8 | 8-9 Min. Min. 56] 60 32| 38 60| 60 60| 60 60| 60 45| 60 60| 60 55 45 12| 60 “ah a eT ae 56| 60 60| 56 60| 56 Dik a6 9-10 | 10-11 | 11-12] 12-18 | 13-14 757 9-10 | 10-11 | 11-12} 12-13 | 13-14 | 14-15 | 15-16 Min. 60 SUNSHINE—MARCH 1887. Min. | Min, . 5 10| 57 60| 60 30| 55 60| 58 60| 60 Sak ian 60| 60 201 38 60| 60 30| 58 60| 28 a 3 iL =a 60| 60 “g| 12 8-65 | 10-28 Lieto ie Die aa 14-15 | 15-16 | 16-17 Min, Min, Min. Min ies} 324 10) = 30| 60| 55] 20 60| 60] 60] 60 2| 60! 60| 60 |, so) gel 8 al |. = 60| 60] 60] 48 4 Te a bp) 7 wh .. 60| 60| 60| 53 Bh 2 z q Iu fel Boa 3 4 t- 4a eB A 29 6\. = fone eae 1 a a ‘et 4 4 omtie) = 7-43 | 6°57 | 9-60 | 7-47 | 4-97 SunsHinE—APRIL 1887. 22 50 1 28 16-17 Min Min, Min, | Min Bo) seh wp = ge a a 4 a | me wel 4b K qe Tle 6 6o| 60| 59] 60 60! 60| 60| 60 60| 60| 60] 60 60| 60| 60] 60 60| 60| 60| 60 34| 57| 60| 60 60| 60| 54] 40 19 2 ee ae 60! 60| 60] 40 4h Soy ip 38 Crk aon) ae = a AL a 4 ie 3 9°68 | 9°55 | 9°02 | 8°63 BEN NEVIS OBSERVATORY.—HOURLY VALUES. 17-18 | 18-19 | 19-21) | 20-21 | Amount. 4:07 7:22- Min, TNE AT STEP AEE TPT TR TVS TS TS ST a et anf (ieee [eeu foe Fe Peer Tee] [Te ef 18-19 2°25 Min, al a Sm [rey eT Nad PA JY ed Pe TT Vk TRY fe FT ee Ppa LDL Levene ACM TR TH TRAN Te Te ae ee Tp th) 002 Min. 1 iinet 1 Ai pe ST A SST ll aa ag 1 261 Total. Possible, Hours. Hours. 1:90 10°58 - 10:66 0-03 10°74 5°33 10°82 9°75 10:90 558 | 10-99 6°72 11:07 6°18 11°15 0°63 11°23 - 11°31 - 11°39 10°18 11°47 0°57 11°55 4°65 11°63 782) |) Lise 4°48 11°79 0:05 11°87 ey 11°95 1°85 12:03 0:58 12°11 5:47 12°19 - 12:27 12°35 - 12°43 - 12°51 - 12°59 - 12°67 - 12°75 = 12°83 0:50 12°91 0:50 | 12:99 74°32 | 865-44 120°42 Total, Possible, Hours, 13-07 13°15 13:28 13°31 13°39 13°47 13°55 13°63 13°71 13°79 13°87 13°95 14:03 14:10 14°18 14:26 14°34 14:42 14-50 14°57 14°65 14°73 14°80 14°88 14:96 15:03 15°11 15-18 15°26 15°33 426-45 262 BEN NEVIS OBSERVATORY.—HOURLY VALUES. SunsoinE—MAY 1887. 1" 3-4 | 4-5 | 5-6 | 6-7 | 7-8 | 8-9 | 9-10 | 10-11] 11-12] 12-13 | 13-14 | 14-15 | 15-16 | 16-17 | 17-18 | 18-19 | 19-20 | 20-21} Amount. Bi Min, | Min, | Min. | Min, | Min. | Min. | Min, | Min. | Min, ]| Min. | Min, | Min, | Min, | Min, | Min. | Min, | Min, | Min, | Hours, | Hours, t 1 4 | . 2 p. s . Ac, 7a, 4 a a Ibis 2 3 - | 1:45 | 15-40 | ) = = 2 fe a = 2 = s 4 = = = = - - - - 15-48 | 3 - - 6 30 60 60 35 - - - 4 8 - - - - - 3°38 15°55 4 - - - - - - 16 30 49 - - - - 3 - - - 1°63 15°62 5 - - - ~ - = 19 2} 10 47 59 58 31 30 55 ll - - 5°37 | 15°70 6 - - - - - 1 4 - 50} 15 2 38 5 - - - - 1392, | W5n7 7 3 = = 2s a x a = - = = = = - - - - - - 15°84 8 = = a J = 3 = a = 4 2 = = = = = - _ 15°91 _ 9 a S. rs 7» x a 2 2 z s 2 2 = = = = = = — 15:98 10 _ - = = = = = = = = = = - - - - - - 16-04 1 = = = z. = La a am = a a 3 = = os = = - - 16:11 12 - - - - - - - ~ - 15 35 8 40 26 60 5 ~ - 3°15 16°18 | - - 33 60 60 60 60 60 60 48 60 60 52 60 58 38 26 - 13°15 ae i 161) aly oo 2S ede cosy “Goalh cosik SM Stale CoE oc 1} is| — | - | 847 | Jegmm 16 - 36 60 60 60 60 60 48 60| 54 28 60 60 60 60 32 — | 13:30 | 16:44 | 17 = =f 3 z = = nS 23 a a a = = = = - - 9°05 | 16°50 | 18 = = = = = ss 2 = 3 es = = = = = - ~ ~ 0:08 | 16°56 | 19 a at a a = Z = = 2 28 = = = - = 2 - | 0:48 | 16°62 | 20 a = “ z a = au 2 2 Ale 7 = = - = - 0:22 | 16°68— 21 = 2 it = - 6 2 a - E 2 2s a 2 a = = = 0-10 | 16:74 | 22 = = E = eS a a = & a = = = = - - 58 - 0°97 | 16:80 | 23 - = = = = = = - - 2 4 2 - - - - - - 0-18 | 16°85 225] *- ile Se ie ee age Fe ee ey tine Oe ies ee a ee! | — | 16-00 25 - - - = = = = - - |e ale - 3 - 6 28 15 - 1:18 | 16:96 | 26 - - = = - - 27 54} 60 60 50 39 60 27 3 48 60 6] 8-23 | 17-02 | 27 - - - - 2 40 56 50) 47 48 55 60 60 60 60 60 60 23 | 11°35 | 17-07a 28 - 45 60 60 60 60 60 60 60 60 60 60 60 60 60 60 60 25 | 16°17 17:12 | 29 ~ 45 60 60 25 54 60 60 60 60 60 60 60 60 60 60 60 27 | 15°52 17°16 | 30 - 50 60 60 60 60 60 60 60 60 60 60 60 60 60 60 60 20 | 16:17 17-21 | 31 - 24 60 60 60 60 40 60 60 60} 44 10 7 - 47 56 18 7| 11-22 | 17-2658 ee a 2-73 | 5-20 | 6-10] 6-05 | 8:52 | 9-47 | 10:30] 8:80] 11-05| 9:55 | 7°63} 8:98 | 7:72] 9-08 | 832 | 7-48 | 1-80 | 128-79 | 508-40 | SunsHineE—JUNE 1887. 3-4 | 45 | 5-6 | 6-7 | 7-8 | 8-9 | 9-10 |10-11) 11-12] 12-13] 13-14|14-15}) 15-16] 16-17 |17-18 | 18-19] 19-20 | 20-21 | Amount, | ,7tal. | Min, | Min. | Min. | Min. | Min, | Min, Min. | Min, Min, | Min. | Min. Min, | Min, Min. Min. | Min, | Min. Min, Hours, 1 -oly - |. BBl- 60|- 60|. €o| Gol Bel: God Gol. Go, Go, Go) 47) 59, 60) 14! 2 | iieeee Pat bet lc ila well: «Sila ae ee | abel ec 45\. sol. fl. 411. 48|. 401. 60l, eo|. 20| Wihumeeee Boe tah) ee ns een he Bold do, Bail. ae P= 2 2 ees ae ee Bi -ao- |. - | sel sole 48). 32 Gol. S81. Go| @o|. 60| 36| 5). 26) SB! Go) — Gulemee 6 - oe & s st iS = x en al 2 al a 2 J 4 a Jj _ 7 = é o a a a a a < a 4 Z a 3 a s 2] a 3 8 = = = = = a x 4 = =, Bs p As = = =, —- s3 = 9 s a 2 a ai nH 3 a a al a al a ry E a é A a fuk fol 1r25 | 98 Sole gate adn -—lis ah ah lobe. o By . tah gh 248, | eel tal t—athir= JVily fille. ule Seals ile SE SR ee el OR aes h. Oat i-ator. |= |. hdc tae lak eee ee ee Se en ek ae eee a a “dy cdm chee lain Aas omit Se coh omar ane cg F 14 57 |. 60|. ole GOAL Gil: “44ile ale SMe Sb th ay Soh oak cer = |. 2.) See ib |- 15 - | 32]. 60| 60] 60| eo} 60} 60] 60| 60/ 60] 60| 60] 60] 12) 19-98 Wil i-ve - |. - | = |- 10} Bod, 2th leds -BOH) Some doy “GO Goi, dol Sel 50) 40) vlan sj} - | - |. - |. - | 20]. 40|- eo| eo] eo. 60|. do] 60] 60) 45| o8| 23! = | 2 /epee i; - | 23| 0). fol. 4o| 15|. g8|- 47|. 3g] 0] Hol @| 95] wil — | 3 |) apt? yellow 20) - | - | - |. 21 6ol 60) 6o| eo] 6ol ¢60| | 60} 60| Go| 60| 6o| 60| 45) aap a) - | 38]. 58] @ol @o| 6o|- 6o| eol. @ol. 451. do]. €o! 6o|. 6o| -¢0|. -e0| to — | queer 22 | - | 25] 60} 60| 60] 60| 60| 60| 60] 60| 60| 60| 60| 60| 60| 60] 66| 30) 15-92 23 | - | 45] 60| 60| 60| 60/ 60| 60| 60} 60) 60| 60| 60| Go| 6o| 60] 60| 28] 1698 24 | - | 47| 60| 60| 60) 60| 60) oo] eo] 30|/ - | 56] 60] 60] oj 40| 54) 20) 1419 25 45| 60| 60| 60] 60| 60| 60} 60] 6o| 6o| 60| 60] 6o| eo| 60] 52) 34] 1648 28 | - | 80}. 60) 60} 0/ 60) 60) Go| 34) 58| 56) 60/ 0] 60] 60) 60) o| 1| 1498 28 3 71. |. 80] - 29| 60| 48) - 12| 57| 47| 57] 60| 60] 60] 41| 9-80 29 12|. 201. el Gon Gpleter |. =) |. - 4|. 7|.. 50) © BA Sik Sy =e a ee Sk -slo 10 |, sl. =). een oa 2 4, 4 Se ee 25| 14| 0:88 31 Sums. cs Later 6-03 | 10-02 | 11-98 | 13-60 | 13-62 | 12-83 | 13°68 | 13-83 } 13-48 | 13-10 | 14-43 | 13°67 | 13-20 | 13-42 | 13-40 | 11-38 | 4-07 | 205-71 I ee | SunsHine—JULY 1887. BEN NEVIS OBSERVATORY—HOURLY VALUES. 263 3-4 |.4-5 | 5-6 | 6-7 | 7-8 | 8-9 | 9-10 | 10-11] 11-12] 12-13 | 13-14 | 14-15 | 15-16 | 16-17 | 17-18 | 18-19 | 19-20 | 20-21 | Amount. aaah Min, | Min. | Min. | Min, | Min. | Min. | Min, | Min, | Min. | Min. | Min, | Min. | Min. | Min. | Min. | Min, | Min.-] Min, | Hours, | Hours, ie, i \ea48. le GOl|hs GOR) = 19), ts = 2 2 Sie a = a = = 3-25 | 17°65 2 = = 15; 26| 50/ 50] 60] 36} 60] 60] 60] 60} 60} 60] 60] 60] 60} 14] 1818 | 17-63 3 Zz a = a af “ % “a 3 as ¥ z 2 ri = = z = = 17°60 4 & Z = = = = 2 = a = a = = = = = = - - 17°57 5 = = = = 4 838 | 53] 60] 42] 25] 28} 39] 388] 60] 60] 60 9 8] 858 | 17-54 4 = 3] 87] 40 8| 16] 28 ZaleeSGienDSale GON) QB) |) 56 = B a 6:62 vt = = = = = = = = = = = - - - - - = — fis 8 = a a E : 4 5 | 85 Sifey Sule 27 Bll os = = a = a 1:68 | 17-44 9 = = = = = = 50 6 HeleeS2s\eesO le S7ait soli) 48) 58 als ae 4 5:57 | 17-40 10 s a = a a a = x e A a B = : zu = 2 a = 17°36 i ez a = 3 a P 4 a E 2 2. ~ 4 eB = = - 17°32 12 = a a “J 3 = a a = 3 sf 4 4 = = a = = 17:28 13 2 7 = = Tae tOn| es 4 iS ~ 4 = 3 Dall ae = = = 0°37 | 17:24 14 = 3 = = = = 2 & < = = = = = 4 = = - 0:07) Tet 15 a i a a a = a é a 4 a a J 2 4 a 17-14 16 a = = A = = 11 6 = 2 4 = = = = = = - 0:28 | 17:09 17 = oe Gil wane = z 21e = Sy Wen = 34] 48] 30] 58| 56] 22] 5:62 | 17-04 18 ~ Calne LOyl). = 4 = XO || 233] abi) BO || = a Z = a = s 1:82 | 16:99 19 ze 3 = a a a = z 4 4 a a a a z a a a L 16-94 - 20 = = = e 4 - i Ot) || 2 10) || = = Gl | ae = 3 1-12 | 16:89 21 = = Goa Tore 2ele 45u Sen adel 16M - = = ~ ~ - - - 2:90 | 16°83 22 a ~ E E E = = E z E 4 4 z = S J 3 = = 16°77 23 x = = a c a a a 4 a q z 4 a a af = = = 16°72 94 a ic a A z a 3 E a a q a a E Ss a = a E 16°66 5 i z Z a J a a ai a E z a ze = a 2 z a E 16°60 | 26 = = = = = = = 8 1 7 i= é6| - - - - 0°50 | 16:54 97 a Z: r a a 3 a a ~ 2 A 4 : a a E 3 a 16:48 28 e es 2 = a a = 2 3 3 4 2 6 = = = = 0:10 16°41 29 s pe a £ ii 4 i a a E: J a 4 Zz 3 s a z — | 16:35 30 3 x a J a df g: 3 a zi i 3 im 4 = = E - | 16-28 P Bl = = Dae40) | 59) 425) 40 400i) S50) 42), az = = = xu ASO |) es 6:50 | 16-22 =. \ 0-17 | 2°18 | 3-08 | 3:85 | 3:27 | 4:95 | 5:53 | 4:23 | 4-62 | 4:62 | 2:92 | 4-23} 3-90] 3°88 | 3-70 | 2:28] 0-73 | 58-16 | 528-16 SuNSHINE—AUGUST 1887. 8-4 | 45 | 5-6 | 6-7 | 7-8 | 8-9 | 9-10 | 10-11] 11-12] 12-13 | 13-14 | 14-15 | 15-16 | 16-17 | 17-18 | 18-19 | 19-20 | 20-21 | Amount. eres Min Min Min, Min, Min, Min Min Min, Min Min Min Min Min Min Min Min, Min Min Hours. Hours. if = = = 20 30 = = 5 = = = = = - - - 092 | 16°15 2 : = = E 15 6| 20] 50] 35] 15 “alles A = 2 1) = 2:47 | 16-09 3 = = TDs Dae Deu G0) GOL GOll =e GOI}, 60)" 60)|) GON G60l| 60) 60) 60) 10) = | 13-25 1 a602 Ae = = Hp ese LSel GOR) GON) = 40m) | Lon) on D> | ee 2 8 wi os = 4:97 | 15:95 5 = = = = = = = Sale 2a 5| 22 Sy) = = = = - - 1:00 | 15-88 6 5 + Zz bs 4 a a = + 4 3 HS Z A . Ls es -. = 15°81 7 ke i a 5D 5 x Ed z ¥ i I iS Z, 2 z = = = = 15°74 8 s S 2 a = - Hi A iz aL £ 3. = 2 i a < = = 15:67 9 2 = 3 ES - § £ = = =: = 25 Ss: = = = = = - 15°60 10 2 = 2 = 4 £ a = Jo 45 | 45a) 12h) = * = = = S 213 | 15°52 pli = = = a = 3 = = Z 8 £ 13 = = = - 0°35 15°45 42 a ¥ x a £ rc i a i iz * £ it a 3 Z = a = 15°38 13 = = = = 55| 60/ 60] 50} 57] 53) 42] 387 ie} gy |e eS . = ¥ 713 | 15°31 14 ee ff z i © z fe z = rs = Ps = z i = 5 = = 15:24 15 3 iJ £ : ] iy £ a 3 zr t 3 iy is Es * 2 2 15°16 16 = 2 = z = = = = SOMME DS q lsu ZOn |e TON 12s GONl = = = 3-48 | 15-09 17 = £ £ Ks z z * z Al OE z cs = £ Ed J z 0-12 | 15-01 18 Es 4 z E3 = eS a 3 s x £ Ls . = FS = = = - 14:94 19 = = = = = 4] 18 7 5 7 8 Oy || = 2 is = 1-23 | 14°87 20 2 4 £ = 6a) 64 = £ £ Shlaes 14 Bie £ = 3 1:33 | 14:79 g = = = = 45| 47| 57} 48 3 6| 382] 14] 40 = 45 Cu 5-72 | 14-71 | 2 Zz a E ¥ = x x © 3 ¥ ia iS s iE &, = z E Ss 14-64 23 a i E 5 3 = z. E . r ig E ¥ E € 33 | - = 0:55 | 14:56 24 = = = = = = = = 4-2 4g/ 36] 56] 16] 17 G| = = 3:05 | 14:48 oF a c Fr i) = a x S c ri ¥. e 3 x 2 z E 0-70 | 14-40 (96 = - s z & “! " = x ib: uf LE a = z = = - - 14°32 27 e = = = = = = 49| 56] 21) 38] 56] 58] 60] 59] 383] - e 717 | 14:25 :) E x = . i ¥ E onl Ea 4 Gls x Ea 5 E 3 0:27 | 14:17 29 s £ s E = = is || 2 2| 20 By || Pas . = = = = 0:67 | 14°10 30 Bi 2 £ i a E Fe = 3 4 z £ r a = x 0:02 | 14:03 sal = = — hs a z a £ & 8 13 i 2 E x = = = 0°38 13°95 — \ = — | 0-25 | 2°82 | 3-70} 4:08 | 4°60 | 5:87 | 5-87] 4:35 | 6-63] 4:80] 4:05 | 3°15] 3-43] 3:03 | 0:27] - | 56-91 | 467-28 EEE GS SE Sa ES Ee |e TRANS. ROY. SOC. EDIN. VOL. XXXIV. 3B 264 BEN NEVIS OBSERVATORY.—HOURLY VALUES. SuNSHINE—SEPTEMBER 1887. | | 8-4 | 4-5 | 5-6 | 6-7 | 7-8 | 8-9 | 9-10 | 10-11} 11-12] 12-18 | 13-14 | 14-15 | 15-16 Min Min Min Min Min Min Min Min Min. | Min, | Min Min, | Min 1 = - - - - - - - 2) - 1 2) - 9 = = = = a = = = a = = 3 - - - - - - - - 16} - - 6 4 = = es = = = = = Ps as Ss = 5 = = =! = = a = 2 Ee Ss * = 3 6 == = = = = = = a3 = = = 3 —s 7 - - - - = = = DE S| Ba Day Zee as 8 = = = = = pa = 4 ES s = Es aS 9 = = = = = = a = = = = = = 10 - - - - - - - - - - - - - 11 - - - - - = - 18] ° = 2) ay = - 12 - - - - - a - - - - - - - 13 - = = = = = = WA| Seip BRP = = 14 - - - - - - - - - - - ~ - 15 - - 18} 386) 60) 58 31 7 4]; - 16 - - - 26 Bol 22u 20) es - uf - 7 17 - - - - 49 | 43 3 33] 47] 44 9| 238 7 18 - - - 36 | 60] 60} 60 60} 60} 60} 60) 60] 26 19 - - - - - - - - - - - 4]; - 20 - - ~ - 26} 60] 60 60} 60} 60} 60} 60] 60 21 - - - 88 | 23) 58] 60 40} 57] 60) 60] | 42 22 - - - 7 52)} 45) 60 60} 60] 60] 60} 60] 60 23 - - - 10} 381] 60] 60 60} 60} 383] -— - - 24 - - - 28 4 16 26 60 60 60 32 58 59 ey a a ie ea - 26 - - = - - ~ - 24 6 - = - - 27 - = - - - = - - 1], 18} 20 AN A 28 - - - 21 60 60 60 60 28 5 17 52 27 29 - - - - - - 18 46 47 55 50 38 15 30 - - - 38 30 2 28 7 382 - - - 31 ee ; - | - | ~ | 2°98 | 6-45 | 8-57 | 8-12 | 10-03} 9-70 | 9-65 | 7°35 | 7-02 | 5-57 SunsuinE—OCTOBER 1887. 8-4 | 4-5 | 5-6 | 67 | 7-8 | 8-9 | 9-10 | 10-11} 11-12] 12-18 | 13-14 | 14-15 Min Min Min Min Min, | Min. | Min. | Min. | Min. } Min. | Min, | Min. | Min. 1 - - - - Wi} 18) Al 28) = - 4]; - - 2 = = = = z = 3 ss = = = = 3 = - - = = = = = = =, = e: =: = = = = 57 60 60 60 60 60 60 60 60 6 = BS = 2 = = = = = = = = = fg = a2 =, = = = = ms SS = os = = 8 - - - - ~ 163) GO S00 ZONsSon ie o28n ee Sa ty 9 - - - - 10} 25) 60} 58}| 60} 60} 40] 10 4 10 - - - - - - = 4{ 204 - ll| - ~ 11 =: - = = = = = i = = = 12 - = = = 2 = = ~ z = = 13 - - = - - - - 6} 10} - - - | - 14 - - - - ~ - - - - - - - 15 - - - - z = 10] 35) 40] 42} 59 16 - - - - - - - 26) - - - - = 17 - - - = - - - - - - - - - 18 - - - - - a - - - - ~ = 19 - aS - - - ~ - - - - - - - 20 = - - - - - - - - - - - = 21 - = = = ~ - 30 60 60 55 56 55 40 2» 3 = <4 = Z: rs us = = s ~ = 23 - - - - 2 - = = - = - - 24 - - - ~ - = = = = 4 = = 25 - ~ = = = 4 = = = J _ * 26 - - ~ - - - - - - - - - 27 - - - ~ = = = a = E = = = 28 - - - — = Ls = = 3 = e 29 - - ~ = = = = = z = a = RS 30 - = - - - - - - - - - - 31 - - - - - - - - - - - - - Hours} } - - - - | 113 | 198 | 4-18 } 4:53 | 4:00 } 4-17 | 3:90] 3-00 | 3-00 Total, — 16-17 | 17-18 | 18-19 | 19-20 | 20-21 | Amount. Possibie, Min, | Min, | Min Min, | Min, | Hours, Hours. | 12 33 - - - 0°83 13°87 | =| ie =raa = Alt = - | 1998 12 6 - - - 0°67 13°70 | - - - - - - 13°62 = ie SQ). = = le ep S hist & Sree _ | 13-46 | 3 - - - - 3°63 13°38 | - - - - - - 13°30 | = = = = = - 13°22 | - - - = - 13°14 - - - - 0°53 =i) 2) 2 | 2 eer, oi} 2. & 0 2 Sos - - - ~ - 1:50 4 29 - - - 4°85 - - - - - 9°03 - - - - - 0:07 60 60 8 - - 10°57 52 38 - - - 8:98 60 51 - - - 10°58 - - - - - 5°23 41 - - - - 7°40 - - - ~ 0°50 - - - - - 0°68 4 - - - - 6°57 28 2 - - - 4-98 3 - - - - 2°50 4°65 | 3°65 | 0°13 - - 83°85 Min Min 60} 30 ae As, at 1:20 } 0°50 15-16 | 16-17 | 17-18 | 18-19 oF Ey elit (i (| ica! Wom (pl occa Vet Vi A SMR: at Ud Et ee cc (| fe to iil ce af Hl be Ju Ut kL ad el et UD Ci ce aed Ue ac | ot ily welt kt 19-20 | 20-21) Amount. ede ea (i 150 Mi sae Ut a UG ms cd ed Cl ol eee ie ie iy ua tT dl ete thief Hours, 153 10-45 3-57 5-45 0°58 0:08 BEN NEVIS OBSERVATORY.—HOURLY VALUES. 265 SunsHiIneE—NOVEMBER 1887. 45 | 5-6 | 6-7 | 7-8 | 8-9 | 9-10 |10-11]11-12]12-13| 13-14 | 14-15 | 15-16 | 16-17 | 17-18 | 18-19 | 19-20 | 20-21| Amount,| 7 ott Min. | Min. | Min, | Min. | Min. | Min, | Min. | Min, | Min. | Min. | Min, | Min, | Min, | Min, | Min. | Min, | Min, | Hours, | Hours, 1 - ~ - = = = = - = = = = = - - = - 9°05 2 = “ 2 = - t= = = = 2 = = = = = = E = 8:97 3 - = z es = = 2 = = 45| 17 ye 2 = 2 = 110 | 8-90 4 = = = - = t\) 4B is Tee = = 2 = = : = = = | 105. || 88s 5 = = = _ = = = 1 a 20 ~ = - = = | O97 | 8:76 6 = = = = = = = = = 2 2 e = 2 = = 2 = 8°69 Fi = = = = = = = = = = = = = = = - a = = 8°62 8 2 = z 2 = = z Cod a es ae a 2 = s = = — | 243 | 8:55 9 os = = z 2 = a (60) 60) GO| Go| 60) 28) - 2 = = - | 5:92 | 8-48 10 z = L = = 2 t] +88 Yl : = 2 . z = = -~ | 0-70 | 841 11 - - - - - - - - 5 2 19 25 60 - - ~ - - 1:70 8°34 12 - - - - - 55 60 60 12 - - - = = - = - ~ 3:12 8 27 13 - = = =e | 10 60 60 60 47 23 55 56 ~ - - - 6:18 8:20 14 - - - - - - = = = - = - ~ - - - - - 8:13 15 - - - - 8 20 60 35 11 - = - - - - - ~ 2:23 8:06 16 2 4 = = = 2 é = 2 = = s x = z : 7:99 17 = is ze S - s = = $ e x S 2 e = 2 = s 7-92 18 2 z aA = s . x a es x a = =! & = = 3 = 7:86 19 = = = = = = Do 10} 30| 60] 25| - = : Z - z 2°55 | 7:80 20 z = 2 2 : 5 2 Haley = x 2 = = = = = = 0:20 | 7:74 21 2 & = . . “ 2 J = 3 2 “ 5 a = - = 7°68 22 - - - - - - - - - - - - - - - - - - - 762 23 = = 2 = = 20| 30 bie Bi} 80ry 44), a Z = = zs = 1:73 | 7°56 24 - - - - - - - - = = = | = - - - - 7°50 25 = 2 a e = = i = a 4 = 2 S es = = = 7-45 26 = = = = = = = = : = = = = = = = = - 7°40 Q7 = = 4 = = = = = = _ - = = < = = - - 7°35 28 é = a 3 2 s . 2 = = a x = _ = Ss 2 7°30 29 - - - - - - - - - 2 22 55 14 - - - - - 1:55 7°24 30 x é: = = 2 = e . a 2 = Es : s = = x 7-19 31 ai \ - - - - 1°65 | 4°52 | 5°60 | 4:27 | 3°32 | 4:70 | 4:68 | 2-70 - - ~ = - 31°43 | 241°86 SunsHinE—DECEMBER 1887. 3-4 | 45 | 5-6 | 67 | 7-8 | 8-9 | 9-10 | 10-11] 11-12] 19-13 | 13-14 | 14-15 | 15-16 | 16-17 | 17-18 | 18-19 | 19-20] 20-21 Amount. | 51h Min, | Min, | Min, | Min. | Min. | Min. | Min. | Min, | Min, Min Min Min Min Min Min Min, | Min. | Hours, Hours. 1 = = — = = = = = = = = = = = = = - = 714, 2 = = = = = = eS z 2 = = = = = = - - - 7:09 3 = = = = = = = = = = = = = = = - - - 7:04 4 = Bs = = = = = = 2 = x = = = = - - - 6-99 5 = 5. s = : a i Ee a . = E = E s = 3 6-94 6 = ms = = = z = = a 22 = = - - 6:90 id am 2 = = 2 = = a = = = = = = = = - 6°87 8 = = bs = = = & = = = = = = = = - = - 6°85 9 = = 2 = = = = = = 3 19 = = = - - - 0°37 6°83 10 = = - - = 2 20 Aa = = 2 = = = = = 0-40 | 6°81 11 = = = - = - Bl coy = = = - ~ = = 157 | 679 12 = - - - - - 23 - = - = = = = = - - 0°47 677 13 = = = = = = : a = = = = dh owe : = = - - 6°75 14 e a = = = = = Galea = = aa = = = = 010 6°73 15 = = = = = = a = = 14 = 2 . = = = - 0°32 6°71 16 = = S: = = = E 3 = = = = = = = - 6°69 17 : = = = = = = a il = s = = = = - ~ 0-02 6°68 18 = = = = = = S 2 3 37 a = = = = = = 1:27 6°67 19 a = = = = S ss ae) S = - | - = = = = = 6°66 20 2 ry = = = = ee = pe = = = = = = = - 6°65 P21 3 = z = a = ie Z » sas =i = 2 = = = = 6°65 22 = = = : “= = 4 a a a a BAW aires 2 = = = - 6°65 93 ie = = = 2 = 2 = a 2 eS eee = = = = 0:03 6°66 eres. eee ee | 30)" 30 Be a ee Sel: 88 8 beacee P25 = = 2 = = = = = 2 é = = = 2 = - - - 6°67 mee | =| = | = |. = |, =|) 261 6o- Go 60| 60| 26 | = heen Ube emcee teat h e ce | ees a ce ee 7| 36) 48 EO i a |) A il iO I 5 (669 28 = = = = = = = a = 2 3 Sie a= = - - - 0-05 6-71 29 2s 4 E Z 2 s 18| 60] 60 60| 60} 38; - 2 = = - | 593 | 6-73 30 E 3 = = = = 52| 60] 60 60] 60| 45 = = - - - | 662 | 6-7. 31 = a = 3 = : = = = zé a = Z = = - - 6°77 Sums, : 3 : J = Ds v c : a? \ ae ae = | = | -3:67)| 447") 3-87 468 | 3°75 | 2°32 = 27°53 | 210-18 AMOUNT OF CLOUD. . The Amount of Cloud is estimated on the Scale 0 (blue sky) to 10 (overcast sky). The Belt of Sky between the horizon and 30° altitude is not taken into account in these observations. During the first five months there are several breaks in the record, especially at night. been filled in, the interpolated entries being enclosed by brackets. The Symbol = indicates that the Z Summit was enveloped in Fog or Mist. A value of 10 has been assigned to all cases of mist or fog in calculating the means. BEN NEVIS OBSERVATORY.—HOURLY VALUES. DECEMBER 1883. na HADHM OR DAROHAMHWH BDHABO HAMH DO ORARO Hw B@ BHAott st AeA NANAA AANA 3 F I dq a E eee SSSI Peasart estes esas + © eae 4 & 14 cles rr 23 | Han te SSeS I ve TM nl eoe= Sa MW WM eS Se SS coe es 4 fea) co co i rt S = = it a | SS SSS SS Mt hike Shes: ce > jes — pS —! ~~ i= | ‘ee | | oom Te laa — loom | ajeuge* Suni te Shs nh he ck re a 3 ! Rewealt {ey | = aq | Siti Sess SU ee We i Ss ll Il ll lll Wwe — tits Ss 2 = R | CSS ee eS ea eS Saw eS in SS Won S = = J oF | Sirs Sart ta a ee Sw I i SS | eae es: 28 | Sit- ni suri wt hut hnr?e SM ww tm mw Wm ihe at SIE ee = =z = | Sa ht mt Sh WM a a In lit, tll = ill i i Wt ow uw wt wo on Ae TE Set = = Nat Wn Mt SS I I ne I mM hh Sh SH I Us os Se! a —a = = a ae a a SST SS St ate seo: Kk 3 BS | S) ~~ a a | COS TM TN Se UW I AI TUT INP NT) TI IN TS I SI S28 SE TN IN tees Gor Ge Pp ° 4 (S) 2 | Se a eS STS TT SS ae SSS A ae = Fe ——— ee ees ro) | = a sg eS SS TT SS Ss Sa I SY ss = a p ° Ke = | Se SS SS ww aa nh nS ss ns s s = GSN fg et ST IN TV UE INT TN WS TN TT TN NE Te TG aT Se SI I GE ede ee ia) rT a | See SE TT SE 2 Sea alee By ef/siinnn enhnnnh ihhin FSU tenes Se ww 3 Loom | rw Et fora! | ee 7 | | aera | =T 1 fro [=a ! |==! - [0G EE wow REE ati tit Ww wo Seon ie = s l=! { = [TS om 1 f aes | | == | fr) 2 om | f os | = | l= | ©) uZ282 wn Gau Ten en Mes he int iw Ae tilw ° 2 — =m | fan EY a | los bce | | oe | ean | = 1 loa | t oss | la | o|/uSsT= vueTon Theo PSS ei hi i Senne 8s | = ft Tork | | | ==} le | lesa = (sam ~|us20- 2°uau Hot tt te sue htt tn aw hea Ke s Dementia! rcmal i=} | =! l= | loom | tr! lo" | come | lll — oc) | SS SSeS ie See tN SSeS eS SN I Nk We Se eS Ss a — — — = = — — ts) Few Et l= | {rors | frees | = | loom | rool ) omen | lal a S) Wel tS) ) eS Sve S i) oso ot} }2u ne SLi aol wn SSS Sek S i iw SS te +S >! (=< | I— | l=! [oom | [r= } | | Teeeall Loon} es eS 1 oo me S i) —) — i) orn wA ~|semn CcTmiimt i “s2ns "sikh cee we ~~ = n onto On DAS 4 [WSS erate ceaweceea aaetaanaas | a TRANS. ROY. SOC. EDIN. VOL. XXXIV. 38 ¢ 268 JANUARY 1884. Amount or Croup (0-10). Ill Il Il Il Il BEN NEVIS OBSERVATORY.—HOURLY Ill for) co lor) ao Ill Il Il D Ill Il Mt i Mi Ill Il Ill D> Il Il I til I lll I Ml Il ll I Ill I Ill [5] [7] Ill ri oS f=] o Il Il Il Il ~ © Il lll I Mil I ll | —- f Ill “° Ill Il = alll Il Il Ih ll VALUES. 10 Il Ill Il Il Il Il Il Il Il Ill Il Ill Il WS II Il Ke) Il Il Il [8] ive) Ill Ill 9-1 Meays.| 9:0 FEBRUARY 1884. Amount or Croup (0-10). BEN NEVIS OBSERVATORY.—HOURLY VALUES. 269 Jase+e es eeSuAAae SSRSR ARRAS RNRRS HB | 1 a E ae Se ae ee eel me ee St Pee Sy PR Be z% Henn nw neuen nngonw THe one mg wa wo S R | Tintin tonne mneeon Tee oem gs www e g | Tit i nnn ew ne a en aS mo 2 a | Ts = R | Hntin tone tore ne th er So mM 2 cS) | TT m4 e | TT = = | TTB ss =| | i t w enw mn SS wm MM em me iS - | Henunrt nenegn nee nn wn we wm em ee = x | Tea Ps = | mom mm Se Se = S| | ren oes ww nn en Be = = | I-new renHs mHsHh whee Soke ~ ooo e g | Ph hae Ss A ie WT Se Se Se eee S o | (“Hit mesens Hho thes tee ee = »|2eaun Te2ie TT a ~|semn meer rn iva Tea nS WS = -|2°En Hig wn re wone Towson enw S wo ae S «|2umu Horne wn own we Ss ew SW a 2 ~ | Zu own nen wT oon Te we a 2 ° | Zu TTL = T= ep «|@2uEm T= = © -|&n www ovens ngwen WWE Tene Ww sw o 2 eee eee eeetis aes es AAAaAA HRA | I 270 MARCH 1884. Amount or Croup (0-10). BEN NEVIS OBSERVATORY.—HOURLY VALUES. a moO HH WO ore One mA O HH IO ome OH S&S mri N © HH 150 Sere OS & Leal Z Lom red) et erat) rt Ann TA AN NNN A CI NAN NN inp) a 5 a a | s oO © oo & Set iS) SS) = n~ occ Co Voor > a =) aon Oo coo mR ma oO for) oD 1+ oa am = _ nr re so ar = a OE A A SS SS SSS TL SY SA SS SSS =| J = for) re) Th VW S yy Ww S os oO "Th SoH ee) a MW tt Mt Ml MW Si tt th WS il Pv TY UI TE J IN SS Hi MW — a = pos ee sd 2) a Th ° So ros) oo. nN We "Th So oO; a Ht iW ih a il Ws ll NW Wee sv Nl at a i IN I Se Sp il SS —_ rae i — —_ pas) oc aR | tons we te wat he Pa te a hh eo Me Sea Ses & | Hota wnt th Sw me Fo nn nnn Sw hn i SS a | whew toners thnk Fw tn wnt sw Swe WM mW 1 B | a oS a a Sh a Se SE a I SSN SAT TN a ST Ts i= = | Ho we? ow Mt tw Sone Pf one SB nS nh Oo a = > =I = | Hh th th Mo th tH = il ils = SaaS Sal Me = aS aT = | ALM SA I SSS a SL USS a SM SS Ta = | WS I SO I I Se Seen SY ee Se a = 4 | TC ci Def | Teta BC == TT VAT Te TH Se i lhe ee aI > =) So it © ® ° ) ~ sD a a I ow Ut Me ow Mw eH LS =e Sal Il I aH eS = | ea Se Nt ath a a A AIL oN SS AME SU Sas a = = | TR sc = ea Te = Tc mT eA Se TIL Ith = Se a | We a SS to oo a a Se ST See ae Meow MT TT Weil St ot & — = oor a i (an — jee] = sy for) ‘ oS ro ey i a = i) S im aS eon a ~ Moi MW mw ot tt Bm m om Mh MW om Mt Se eS) Ua = lS iil Mls ra 1 — fol — — Lat — Ww for} a 4 Coal ama] aie ey =! i aS enn S © We Wh Mn it oo wh Mt th SO oh He Wi MM As =) SiN I — pee — Lomd pa — — — = for) VW Toy oe ae "Th Wy 1 @ WT So VW aS Wo W aH 12 Mot MM Hh Me tN a AMT Mei Wl = i in ih Ml =A WSs iil Mh 3 i) pen ws cot cot (ee) wa oo come eed lor) ~ MW ow Wh oH Meow ow th ou SW WN eS a ST a ood coy os a) Tac i a) oad i] “uD Cl l= Fa ites | a ales 1 ey (= eS! x3 or) ALL Hoi ii inn Sam mt 2 ih mn mn th om Mn a MS bo st yt) Tol pees fom iol [— ce Lad — re a a Mw TN I i ott We oI it tl Ml lll ll lll I Ill I tt Mil i] jee Lod od ioe 3 py rol = uu a Cl = oe a al il — — 4 Cl rq | Mt hh MS ES Mh MM Mn ho Mh ow MS ae w a) foal et foal i) — ua fi a mao Ht 16 onm~mD ao mN oO HH uO ome ORS mr N oO sO Cory ODS re | = HoH nA AH HAA ANANAARTDANNH OD M APRIL 1884. BEN NEVIS OBSERVATORY.—HOURLY VALUES. n aN OHIO OME ARDO THADWH HOH ODrm-OA SS HNOYHGOW OKnRDOAS ww F Ter re Se rt GN EGG OG AIPA Goo Gok oS tod a Ocoseoeoc CAH DMD VOMWAMmMAAD CHV TSA CSCS SCAHAAARAIH DHS te) s va! tee! ee! Lal — ve | =| Tey co = Te yo) = = Sef) lll Alle AMC AM SU Se Sy SNE Sn SI Sp Se TE er STT iTV TV as FST) et eT BT > = ro) o oS oO al a Nal TLE ie IN ees UT i Sl i = MM SM a Tt = lexan! Fe! l= | som | a | enews snort heat Som ht A tw we mh Se Ss a | Ws SI Sin STE AIL SS SL er eT a ST eS ie Es aoa mal J & | WM Se ih SP TN ES [er tere ee Sew Sta Cs Sill i Sere se Olt Tia ES = Seles ESS en Se Sal SSS SS eS ee as oo lo! = & A Se Tes Fc ea ae OO SSeS SS MR SS eS eee Ii Ss Si eyeeseownrnt Sntnbeswner7 sengesurenn ‘2 re | To) a ret ed ei nr ar n2) — e|euumn ee SS ee eee (SS St Seah Il See eT Ss = (== = = = SSS A SS I ea SSeS SECO Seo! SS Se UM Bs See ee ll > a} a) So ~ 2 Sinirt iw -S47 #esrokensenegessune gssgreon 2 Qa r al re t a 4 al ri tert Sia a i=) lo} 4 i: ol oO = |Euu we tit Sata SSS Ss tf hala So = & rr eee ee ° | em | [ comes | } me I) oo | SI 3 | olatht tnrroa nr sant asesanrr ann i Ses easel a A =) ° be = | STVittt ithe a ae eS ae Sr hae hits ee eS S Y omy | [= | coy | — = | nti t i ae o err Ss i CASS i mi mm i Nae eel = am | Le WS SS SON Ne ee SSP me Seah We I Seu eee a —t Lien rr ll | em em | | cea N oo | ie aa eT TS ee SSP I I SS SE SS ll = — — — —_ —_ ry Lora) co eo 1 ito) [a Has it teaor rr Seaaht tes i m site e ene il is lesa! —, rt it lo | (saad La co oc oO © Ll © | i it th tanec Hee Si Mesh Faure | & Il ey Loe } re Et t—1 Ire Lex Loma | =! == AN 10 co 1 | aS Seo rt S Sl ie SS Ih is Sen Ill me — = (js — rams th ne ee a ee Leas a ==! rT =! ice) on dd > y ee ee a SS SS Se AL LL ore ih ih 2 * Ill a loom} i co =! =! =! i i lem! oO oH st eo | Hot nit hero MS SS St a = ill = Lees Loe | SI iat i) — ic! vo} sH a | nom wt Mn he ne Sil i We wm om ml i = il a bea! loa! = Teale leet iu = Loa! laa oD ~H CO Ne) al | tt ttt tome nh Shh es wt hac wm Me 2 di ll = ill = wi Son Naot Oo OR OBS TRANS. ROY. SOC. EDIN. VOL. XXXIV. 3D 272 BEN NEVIS OBSERVATORY.—HOURLY VALUES. 1. = a oe oo owns Il Ill Il Ill Sh, eS ee eet MAY 1884 Amount oF Croup (0-10). MM SSeS Tt we Il ee lS 2 Se 2S eal Hoi FB mw We mM Me at See SP al We INSP TE ET tit $2 = all Ih SS eS Ne Sl Wi i Wl MM SP all WN AN) A ANE SPIN SAN TI eS ee ee ee Wal il Wh wh oT Ill Ree ee aN JUNE 1884. Amount or Croup (0-10). BEN NEVIS OBSERVATORY.—HOURLY VALUES. 278 | aa ai enooS ates 5228 ARAB RHRRS BG r=] Eleagnne e=2g2° seeeg gengeegege gnate 5 = co Es Sri Sa Se TIN TN Se TE TUE USN at = TST TN oT TL STE SN Sea lS cs a | aT es I Semele teen ee Tat ES TTT ease II I SE SRN Te Te ME SS Se ee I S = a | TSI SS2 ear Teens Te Seat SMR SS Se WO Sl IKI eS Se SS a a | eer relies IT US. Re IS Se IE eI SS Di a | Hace ype ee cal Mace leet est SITUA TD UDR ATi” SUT UNG SO SSS TLRS NIA IN SS at aM eS a | Woes se Si Seek WW MS ies SS eS Mie SEs Co ss ee = a. Ie SS SSS MI MS, eS NSS Si TN ie NN EO se = Bl i ee Se SSM WS WS SSeS a ee Siete = Sy & 2 |W il © eS cS me lee CSS SI RE sh hs Ss = 2|u {eee eS Shes! WS UE WS) SS TINT A SL Se Sih ee = =| Lee SSeS SNe wi caete 1 I MU SS Se IGE I AN alll Ht Se = S 8 | OT PS Se Se Si Sell EN UM A I a Sepa SD aT tT TL SL eae os s S| Wt fl SSeS Se Se TET STM WE IS Sp SS Nee Tle WEIL Sa sto0 ais Sy a | WW MS SS Se SS AN OE TIE TE TN WIM SSS TTT TE SE IE Sas pe = | a HE ES SS Sp eT A A IU UE Ss WOE SSS STITT TE Se ze o | UU TT PS UU TE TIC STU STS ST SSS THES sag SDSS UT hemeeyT ET esas = oo | MSS SST ET SSS ST SORTS Tiss TCSII © all S ~ | RII SSOR COR TES OT SE SM Si TT te Sak See Sa Se See a SH a © | en eset SS SOs TTT ST aA EE Ne SSeS SIT I Se IR SI Sas til = 1° | mh See WE SS MS UE TTL ite WE Sa TN ID Sh IIE SIT Seek TI ios ~ | Se SS WT TS? a Se ISS TS eT Bs 3 | a SSS eT a Se SS UE TOE IP Su S° et it Es a | tata SSS htt Triekirk Su ih wir whew? a 4 | Slat SS it St itis hki oS irik ines > Ss Jaaa4e eneos FARAY BEAAR ARRAS ANRAS A E | JULY 1884. Amount or Croup (0-10). BEN NEVIS OBSERVATORY.—HOURLY VALUES. eka 4 eNeoog oNZt8 25SSR HAARK RNRAS a | : r= E | ~ Sar a iMigge sie Sraiar Serre ee aceaes GhPh ee wee 25 iY SSS SMS Wee SS SS MG A See a AN Tt Tike seri Tree ree a | HOSS. ew me Me eM Wee a lites Wty Me eS Ae PSs eS) | a SM Mm ee we ee a ie i ih eS ih th SS a | Me UD Se A TT ey Me NT TU tke i> ileal SS kl ere Sea ee & | se SS SO SA A AW Me A Tie Tee he ky Te alt SSS gn Ter = | eee ser THe ent Cunha tna teen hen a Fa | a8 °R SO SW We OB Wee A We eos ily St eee I Sh SP TI a es mv | (a a a Dik | ce el gil, = a | ORS SN STIR I Se UTE AML TU Sere a i TA TMG TH Sele See Te ees =) | a8 “3S i MOOS IR Me th WS Se Wed We meet atl ity ite IK Iie > nea ms | aur Ss 3S WSS me WMS We A Meee Mh Ae Me We ie SS. Th ees ma | Pre S SMS WwW MM Be We Me SSP ith Ue Te es te SSS le Tie Rios 10 10 7 8 10 10 10 10 10 8 10 10 6 o © Hi ge 10 MSR SA TREAT Te a Se The SS Ti ATL Ses 10 Se IS Tae A eT 10 Hint ft wie nt ht ih ie = hn eB Hac uw tt tet nm wt 2m tk te Sm Mm wo MA lg SU Me I Sp AA AM Me te a SAD Te Sis SSeS i MW Mier WM eS i a eS SS oth Th eS al SS Oe Ss Five chon we hhh wh ik S i We ty MS > A oo | SHCA SOO OE OOM ehs 2 heh Ile & See eHeohhanhihinv i hw wo hI & hth Se ih ae ? S Oe mi | FETS S 0 OOF HFS eh Ohhh hk ie Lee a mn oO tH Oo © Daroenwnna aonrornwnaA o SOreOaRSd | ad SS St ror = = 2 mr AON NN a a NANA SH E AUGUST 1884. BEN NEVIS OBSERVATORY.—HOURLY VALUES. eueoa ae 2S Ce CS man oO MH UO cal ae) ee! Sl 18 19 21 | Mean. 2% LO SS ST SL TS 5 Mid- UT SPT SITE ST TI I SP Sn FS WU Sh Se ea eM aN aI aD a Ill 10 10 Ill MW ET 8 ae A A WO se See IN eT SIT IT HM So = SS SS TE AE Wit IRE TM Go SSS eon Se SES SIL lil Me IU eS Sse SS. Seale I MW Wl SUS) eee ee SSS lk Il ES Se PSS Sp See Riasie ett HRI Ml Pee aS, See ih S i il | isd | | | dle | Ee | a | Sih = IDS eS See Se mallet AR | diet ac J ee Amount oF Cioup (0-10). Il Ill Il Il Il Ill Ill Il Il Ill Il Ill Il Il Ill 24 25 10 10 10 Il Ill Ill 26 Ill Ml Il Il Ill Ill II tC Il Ill Ill Ill Il Ii Ill Ill Il a a a SR RE ae SS OS NSS Se ee eT en a Uh Wh SS SI Sy Ua a TN at = Ill a me ae iS See Ses See a he SS aS eh a S| Ill = Ss | eee SSS SSSR ee Se Ue SUS a at th a 3 a z LO Sees Se Se a I I a I I WS Hy co | LL a eS See ee IS! Ae Te SS I HS a Se 3 ~ le Se WSS See ah ill Heo Wan wee WwW mW ow Wh ow Sn aU a =) | He uvnnd wnnhne Trnrnnt nenn* nnn th we wm em om = 10 ie i eS eS Se ie eS SSeS UI We wb SR WU ee ~ E Se Se ese Se eS Me I a SW = oe) ie Wow wow it ~*~ it nit mow tit meow? 8 pow mn Wow Wee om wh ih ot a kis How ww mw Son wn mn om mn nw nh mn Soe Mm mh ow Son t Ee a | Ssinunn won nh Wo hm mh Sm eM WS a te = ha 20K oroosnaawe SN2ag PHRARBSRAS SE | a TRANS. ROY. SOC. EDIN. VOL. XXXIV. 276 SEPTEMBER 1884. Amount oF Croup (0-10). BEN NEVIS OBSERVATORY.—HOURLY VALUES. ee oe eRe Haan Maa MMA AANA angagss 3 a fies ate ome eo = Oe ee eee os 3% Nat OS A al SSS ea a a a a = a | Hnnweh thnnnm clCeO Hw ww ww em = Q | He Se Se IME TIE SSS ES Ti I SUT INIT I ME aM MT ae wa a = qn | nnsen cnnmnn weecee hom me an ey & | Wes Spee TM WN Sees ees i Tse Tees) I TM aM I A INE TE a We By a | TO eT TTS TIS lice SS MTS SIS Tn IMI he TE SME TNT WE IN Ee 4 | SRT Nie St TN WI TM Sp NIN SSS Messe tli Tite Te I A i) S Se a 0S th eS MS AINE SSS a See UP Se ETT ar a Ss f= | Vu SS SS, ke Se Sse MI eM Ie WE UM a a Dy =} | SUTIN HS WS eI SS TI Wie se TNT aT Tes a WN Nl HUST ML Ds = | S25 TU Mt SSE aa Ste Si TA We SP SH Te A TT I TI NT UL 2 oy | SSUES Mie ee NINE Set cal ite St UH TS A TSI Te WN TT IT LI 2 eee 4 | SS Se UT AS SOS SIS MI STN SU TEST TN SI Ms ND a = ” | Pi WES! Us FP ew SPS TT A INST I SIM) TU AU I SU ANT STI a = | SNS WI SAMI Meat TM 2 se Sect I ee TN a I INET nh at = o | SSP I aS I SPSS SSS TT I ESS ie SST SU IIe ITE S11 hea est eT ae 0 | SS) os SITS IIE TU ett S15 ete SII IIT Wile Ste Iie aT AIT ISM Si AT Te TI ka ~ | ET STS SSA TTI STI ee aac! So SATE TIS SMe MIND IMT TM TC TE TN SN aE INT = HT a — ee Oe © | Sw WSF ST SSS a ee eT STE = ne ETTEEIIIIIIIIIIIIIIIIIII——————————— 10 | SS Seles MM WM WI tS SiS Se Se Se SS a ST rT 8-0 So WN Se WS SESS ST ESS TT ES a 5 oD | ST ee se ST I SS See SS ESTE ATS TST eT He a | SU ee I eS SESS TS ESE I eT LS Te a a | O fh ue MS We I See SSRs Se ee A OE eT a ae a OCTOBER 1884. Amount or Croup (0-10). BEN NEVIS OBSERVATORY.—HOURLY VALUES. 277 Te GS” OBE SHOE SO" doe Oe Cay SS 11 12 13 14 15 16 7 18 19 10 S re 10 10 10 9 10 8 10 10 10 ) 10 10 10 9 10 10 10 9 10 10 10 i=) tl 10 SCoAan ONS re re 0 0 0 I MoM Ml tnt tnhthes Aunt tt SF Ml Al Hi wut itt wnat wen wh Sw mw wom = Hnisanwint wtnhtrnnh Sugnh gs = ot m moc Som Mm Mm mt om Mm tM 10 MWe WM wusauw nt tnutnw Swan nw om = i 0 Uh th Sen S SOUP a WM Se SST A I SST AI I Te UT TSI SA Se STS = Le eT eee Te ee a Se I SM os Se HG SPI S* Ses TL | tne oe HM th tt ttt tt tres tae wh mn hn eH i on rit tnhnrnnt tte we nine ww on Ss TL 0 0 0 3 Il Mil Pi we nh wine Ww mh ow He MM rit te ecco th th h mew mow mm i i ruin asm Sui wm om a a SSS SSS SE TE TU Se MTL SII Tt aI TE a Hoi Wot iit mW wn ito om Sw wm ot We Mm Wt 1S (ee) Wei MT TH = CS Sa eS SIS wo SS. ea a on ok hinnwuc con tt mea mw wm mem we ww mW Sw mn mm Mh th mm = Hoo MM ot a tg Wi TE TW TG I Sp he Wa Mh eS SS Te SS Se TE TT at Sa S Hinmae oC MW Mt mM MM SoM MM Me Me mM a me Me mM Hnhneor eo itt th ttt SR Stn oh ttt Sew om Wa SS Sen = HMM Se Me wt th & Now ioc OM OO 10 11 12 n ~~ ADO TAN DWY 1G BDMweEeAADSD FF a 278 NOVEMBER 1884. Amount oF Croup (0-10). BEN NEVIS OBSERVATORY.—HOURLY VALUES. i | | | | 45 | WS Se A SE TSP a aI TI Sep I ST = | Ss I Se Sa TI a I Ie Il = | Wee TN ESTE INT 9S I See ei ee TE I TM Sh Sh =, | wee ee ane a Se Sa ON Uy ee ate Sit as | ME PSE I SSS TST ME EN Sp al ay | MS TE Sh TT SR Se ST Se TW I "WW = | TST SIE UIE I a es eee Sy 2 SS ren MS a I WN See Ss MS Si "S" oo | Huw i i wt i hw nse es i=) re “For alll alll Puasa) TM o | MEE A SE UT Se Se Sr HE Hl tl Sel Ne Sell Il Il ee UN I NT i th 2 FS ll Sa Ri lle Malle he See 2 INS Sa LL Hh oth MoM MN = Meo Ws S DECEMBER 1884. BEN NEVIS OBSERVATORY.—HOURLY VALUES. 279 a ANDWH MH OnNDABROCHADHWM ON DAS HA AMHAH ONWARD ua F AHH eA Het HH THA ANANNANANAAH wO GF a qi = SoS SS) ‘Sy Gs Sey Sie fe ea Ss Ss fe ea oOo OO mo oOo oO # oooTm~ Oo GO OF S a HA nee Aaa eae A | = a — SS ae a Be Le a a a a Seat ih et Sl Sais 2 il 2 a St i aS ere Se nee Ss it Ss Met WM Mt he WW th Sth MM Mw TM a AN itt t tks tor nn cone tnenmsa wos HM Woh we TS rR een Sah ee Wn Mm Ss MM Wt Ii Si ae a a a eae SSS. tk SB 1 ill te To eae Ss S aS ith S ee SS eS SS SS a STI Ue A Se ae a Se i Te iS ae nS ih UE A VE Se A AN TM TAN ITT TIME ates TA) TL TTI eT TSS TTC Ss es IIT [0 Ses HM WW wn TT ew tS Ra We mM we mo TH a SE MW ST Ses Tee St I ce 4 a a ” 4 af St MW “ul ly = ad 2 3 i Se a a Cea Se a PN eS Sei Pa Oh SS Le cee Ta Me et te SE eS eT Se TSP SS STIL SL Si oes Amount oF Croup (0-10). We wn Pa Mt tht Se i SF Oe i ih SF lor) Hh wh MN TT Pa iit sSeO ein SOS et i SB ioe) wn ow Pn tt tht ie) Hi wt Sw Wn wh mW wn en tn wo om nh th Wh eo tle & 5 co | eS ie a a te A a oS eS Set ik onnent tnhnhnh wnhndnt tnnnn gon th wh ne nh mW gs ee eee — — ~ | T= TO ee ee Him Sw wi nt th wen nh mn Qo wn oom Mn eth mem om & 3 Lal WN WM WMT MT tht nN | Hii tt tite ont Suenee me hm Sm ne MM sg | it iin seen MN PIN S = ieee SSS COTE Sy a N oO SH ie} oa o& rao s 16 omda sd mo re be I oe OL | =| m = RH NNN NTNAN ADNAN TD E TRANS. ROY. SOC. EDIN. VOL. XXXIV. 3F 280 BEN NEVIS OBSERVATORY.—HOURLY VALUES. a ANODHtH DO DHRHADOASCHADHMH ONDA S ANDHAMH ORAAS aw F rs tr ers GN GNI cca : a | Ss ooooo ooocoocococnoaonrwnoowse eo G HH NrYEeMDAOAoedscecoseseoeoe FS @ = An nA nA A AAR AS iol ml el fet thet sh et es Sy URI TS TU TIT WI SUS UPSD SPR Ses TE Soo i ME MS, I mS ae a Se aM eee IPSS. a SP eee Te aL all Sissel eres SS A Bee SSeS a SPS) SE NT ea ees a ee Se a eS a Se IN AD) MNS Sree MWe WM Me TN MMM WM MW ks SSS WS St Sw A MW HW wh TM I AUS TSU TNE ST SITET TIT STD TU Se SI Ss 8 ff? Se eS A Wt LSU PSS SITAR CST SUIS ME OSS SoS? Sa (|S ett ll ee We WS I we SS et Sih Th ise Se ces Sill a ott oll as i a =] uy 2 Ht (nT TNT z =f a zy 4 at MSA) i A AI SINT TI a 8 a MW Se Se Se TM IT a JANUARY 1885. Amoun? oF CLoup (0-16). SM A ate, SS SA A TS ee Sc Sen Pt i=) = Ill; I) UN ess eS ow awa en Se ee Se lS ee Sy MN ae Sl ae 10 3 9 Wo Wo Ss ea ve co ine) He ws m mm wom we at 10 10 SS RBS Il Ail Ss BS aS 10 SS bee io) ~ OW FSD Dit nee Se eS iis SSeS 3 0 Ae © uss i Tn tt haere e these eS SS i A a a ~ EE ee 1° | onda Tat nhdh Tenses ee hore fe S Wh WN A ON elt Te o - SSA TSN SSI TD HEIST I ORS SP: so See ite bo) ont init th me he eee The eS 7 TW MN a Me) ST eee eee ron wit ton Maher ec tie ee se fh Mo N= Te oD nN | Tenn WM hh twee sgereecrctines ces? ha te Tie See ee ee ee eee 4 | en an a wn an tne ee 1 ne eee) th aS Se Se a sH 19 HN OH 1H Oh DODDS eae onmronrnornn s re =e | 31 Means. FEBRUARY 1885. Amount or Croup (0-10). BEN NEVIS OBSERVATORY.—HOURLY VALUES. 281 28 CJT IT Scaeee tlie sees tie te att el TST See ES = a | ST ee SSR Seem TT Se UE See UTE UE TIMP IME I ttle si MID ee a | a TE Se SSS SOT Se TH TIME I NE WS 3 a | ol i Wn MW nn nh it ten Wh th chee 2B tt Sem iW wt = & | Se at Se Si SS Sy NSS IM ul I = = | La STS aS Se Itasca See Se SiN eee il les = 4 | SS a SES SSS Se 22) I SK Wh We al eS e = | a eS SSS ES Se AI i aH) S pe = | ee i Sit Ses i SS i eM I Uh th Ss & = | Ha WN TT a i th OP HSS tt i hh ih ih ot WS = eS) | WML WNC Yh TE WEN TMI TTT SST ENE TW “SSS ee rE TTT TUT Ts = & | Sa aS SS SS SNe We I i = pa 3 | Te ES Se Ss PSS SST Me IU Ah Sth = a = | WT VE IND SE ET 2 TUNE TIE TI ST TT 8 SP INE Spe Sy Ss 2 = | CE AE Stith SP ATT TIEN SINE TI TE TI TI SS Se Se SINISE TE a Sa eS 2 o | Mh Sa ST MM SUI TI A AE SSS rT I TE TT alent) 2 ss °0 | A IU STA eS) Sea NT Ts a SSS sie ST STE TIT = STE STD = ~ | AM UM Ae WE TEE ATT SS Te APTI ST SSS I UT TH A TINE TS SATS Uh eS s © | WL TNE AWS EAE TIE Tne WW TIE TE TSS TTI TIN WE TNE SE TE ¥. 9 | WC AVR VSS AINE OT AH ESTE AI STOTT TTP Sem ITE TI ST TT TRE TI SST = ~ | Uh UM it aE A at SST AUIS TIN fii mS TIE TT STU ST Sa = ce) | Lee Ta eT UE Se Se THT Teme I ST SMI TLE S a | Mt) UP ave Tv WNP AT ah SSS TTT AI TI ATT TST TT See UT STD TILES SPSL ae q | Mi Wwe Me a aT tS SS i SS Er I aS a Bs ree eee ee sae waa aNaaS BS 282 BEN NEVIS OBSERVATORY.—HOURLY VALUES. a mA oO HH 19 on~ OH SO eawamt1o OM OR S&S mom OA od st 1G Cr DADn F . en ASF st Brn NN ANNAN A NANONN DO HO Gg a =| Ss reooor~ DCO Ww DO SD oOo Uw Oo oo oo o& aOndodsenmeocoeoesowrt S&S & s eo oro re mre reStowsortort rt om ec We li) | mW © 443 wo Sie MS eS WSS TS Se A SPP SSeS a eT ee a ites A SE Se SS I Se SI TIT TIN UN AEST II SOR TRESS TIT STII MIU aT Sessa epee a a SN Se a SSE AA Te SS aT TES SILT aI a a sea = eS Se SENT SE SASS aT aI Hie me ht tw wm i teh th 8 Pa Sa STE MS ESA 2 | ME SS ST A Sa AR SRT ITs See SS he MIE IT UT TT = | Sa SSS Te a Se aE SSeS SE See Sea = = | SW nS SW WS ISI aE AINE I I HP SP See SP Sn SPO Sti See ees s | =i? 20 re Tee SF A Pw SSeS en ai eae es S a = | sliws Soka wv hs SW a We SSS Te an aI SS Se ies fe ben) oo = = | Od WS BM a SST Tt SP TSE I TIVE UE SS SU Sa ei ° =) mi S) = | SW SS SR IESE NI Bi Te NSTI SO5 Se Ses TST SI aT TTT a amen = S = = sau tin rns et kee yt Wh nw hi a Se a aS Se p °o - a = Sel MON San SS A SESS TE A IN Se SS SS II SSS et iT it Wel ees °o Th SS 2 a We eM Se FP Ist I Si SU See ST ee os | S320 hs 04 ~*~ theses ot hh Sa TO aa es | 1 ent r © nSs Se an Ww So I a aS ON ail Sees St i Wh ten te WMS {So on ho Wh Mes OS aS iS as © | Son MM Mem MS eM SS Sa SL S| ema aT AST aT) PIN Lh: | od | Suite oe dit ren wns eS aM tS wt Son Fn S As Nell eee _ =o htt Sime Wh na & SB A WS MW OOM SS Oe Rett eres eee ee oO | ee A WS SS ee A Se oot, a Fe eT HITT sa SS bo a | Sunun wnenen wnHsrs nnNnsnsuene ununnngs ® 5 i=) a | sin in Se ne* nHSseeh Hn tons nS WS silo i ee ae | ee a 8 eee AN oO HH OhRARDS HAMA HOH BCKrHARHO TAD Ht 6 «109 | RF AARAR AARARAARAR RARAS SB Ee APRIL 1885. BEN NEVIS OBSERVATORY.—HOURLY VALUES, 283 ee ee ee ee SNZSQgunegas aneasa 3 eee ee ee aa eee See b 25 OE SRS Till Se SW = SSeS eS TS RES ieee ies Tie Tie Tk se Ds & | ee aS a ee See SS SS I a MS A eA ess 2 & | NL UN eee A Se TE Sep Se Se SS sl Sint teen SNe TST Ths = a | IIR TT Pie ETC PPS UT TET See ey tre ge Se ai AT UN A A AN nl “2° rs & | Ss eS WN PSS See eh OR aS en = = 4 | WWW Ti SP le 2 Sh SSS Seek COSINE eos Ti ae So is Nia = 3 | Te WL SE Se MN Se St SSS SSSI TI aE UE S2 TST spose Goes = = | i MU Se Sill =) See SST TT a > IE I Illes 2 S = | WW TI eT Salt) Th g SS Su SS STM allt SS TTS SI UT Sp S S = NW We Se a Se See MN Sy MES Sr es oe Se A Ie ST TE UI TN Se = 3 if 2 | SNS Ml Sessa Se MW Se Se Sine OY NS I SoS er SS ee By ) a m4 | Mt IST NESS St WS) Sy ST ST TI TSE SAS ST UT 1 Th Se = fe a a 4 | WE Me WS hae ee ee TP SS Sie TITRE TIL aI Se SUSIE StS SaeaL = : Be = | UM WE We ae Se Mle TE Se Se eee i TU INT UE Sp SINS TTS TD SU Spe = = | OME UI SS Ut WS TI aN SP GS Si eT IIE TV UN Se TTS SUE HEE SS oS a | a mt Acer a Uses cement Lip eeicrme t=aiels=re came omeest= ye T(Nen vl TL oaHTFOMUITOS TILE ee AUIS IM eet eS 2m = eo | We MW See Ss SE Sei et SE WE US IS i a | TET TN TT Sv a Se SAN TIN Ae IN IN SU VE aT S © | EAE TW Ue NE ees 1M hs i = Se NE ITE Te ST SINT STI SUSIE 22 | a 19 | ay Se Mc ST TS) iy ee TE A A aI A TE NS SST TVS TTT = ~ | QM Wk WN TU MMe eS TT Teo Se ep IN ae a oath I eS Ty s oo) | CT aa See ie NS SSS Sma I TE OT I ie i a mS ne = a | a SC Seas I ete et area cme an ce IPT MT Sk tr Uw he AE he = 4 | Wai TE 2 Se IE SN TE Te ee ee eee ee ea SCS USSU SST pea ae ee kee een Set Gat Gt Gl ce RHRRS a | EI TRANS. ROY. SOC. EDIN. VOL. XXXIV. 3G 284 BEN NEVIS OBSERVATORY.—HOURLY VALUES. a 12 13 14 15 16 ~ rd 18 /19 20 21 22 23 24 25 26 27 28 29 30 31 9-2 |Means. ooo rnamowmdonndreundseanaoc ca So | b ad al imho! 10 10 10 10 10 9 6 10 9 9 10 10 10 10 10 eee PS rae TP eae SE SN TUS te Soe re THIET SINT TIE AI I 2" 10 8-2 | SSS SS SS Se Te 10 6 0 10 87 Wh MM Seo eS a Se 9:2 HW Se a SOS I hh 9S Si Sp Nb ISS | Hw SS Mott 9°3 | | | ho oi th St tho NSO IS WIE We he 2 Ses Se uh S| 7 Meo Wow SW oh WS WM Me SA Se HP WEE SST ile Ss 10 aye) 10 MoM? ot Wt Su tt it 10 Se {WE Mh Se Ie Te I 95 | | Hoi Wh = ll i Il 10 Ml 10:0 WS Se St Se INU Sisal Nh Tt I~nean teats srr nwt wnean ten tt aw Ss Wm nS PONE Me We NS Sy SSE IM ie IN Se SNP oS = Se SS i Me WMS Se We WS We Se St te A a RS RS | | | ME Se WWE NN, PT SW Sa MI IS Se Me NE | | | i MW SS 10 i 0 ai Fue it tess wh Ww Sem We me Me Me th SW Sp Se Whe Me i MS Sp MM MN MM Se Sw aM I Mh Ill MAY 1885 Amount or Croup (0-10). 10 9 10 10 9°5 oD nN aN io mel nN S is) for) ve oO al ™ ri co re Ad al H | oe) P| nN ro rm ro i=) 4 | | | | | | | Sh | | | | | | Hinitke "Fiore FQ nt tess weno ww Ft es i th wm Ss a Hitt it tenes snow tt tae tw wm Sm tM mt ih tn ee o | Hel wm 8 Be Oo Mn hg ee - 1 ———— a SSS a ae SI SE ae aaa 5 Hoi Ww FB iM oF Me Me me at ea for) © | We Me tt ~ | Mt wee eee Seine TM I A MS ny S21 IN 1 Saas oo | SM nS Se A ee De TT aa a | ht hoo = S Wwe MS Wee Ww ee Ma Se ie it ae 1” ies 4 | ‘on MM Mm MOM Mn SM og 92 = eee BARA SHAR R ARRAS gNRag a 4 A JUNE 1885. Amount or Croup (0-10). BEN NEVIS OBSERVATORY.—HOURLY VALUES. | a 4 pus ewe er eos FASAR SSSASRANRNG RARAR SG a a = ooooovUm;MlCUOH OO COMeoeGTeGC Cece e eS cooomMmntrt DOO OOO OH oe) Ss ben) eh bo ae bom! fel hem yee a en co oh om (a | i foro) 14 | sa Sor Se i Wl ie Se Se Se Se MI hk I th SOS Se = Car ee) a ie WME WW ee Sh Sr Tee I SNE A ISI TW TIPS Secs = a [ee Lh i SSS eS tee MN WN ht wee AS Me os eS E (eG ee eee eae MR Sh Mb eh a SSR SS Shh? = a ie it il Il eee ge ce neni Seeley eee A RE See Se SE See a i) re Lon | me eS re ir fe) a | Ih ti tM ae St ee See Se I Th AS ee TS Se all > mee te I lll ies ee a) Re ee PS SS Se TA TIS Seen eS ° re jess re Lal =) t= Men! bem oa co pel | feet as eS SS i CS eo i Ce SRS: i re Lo rc re | =I — co eee Ve ae hit eS SS aw WM WOES Se " Sr ees" ee eta SSeS aS TS ih ik wh hSS SS S23 a teal Lal Lama oe bot. tama! i Ser te for) See econ Tee Ul Se OR Se heh Mp Sh SS Poe Mh tl Wh tha he Se OS Se 2 a Cate TS TT te Oe Se See NU Se Sere Wh IE Mh thc, Wh SOS PS SS 3 ——_————————E——————————————— eee asjoliititht Sur ns thts sS sahih wnnrs PPS = = ee St SSI kk SSS hhh Mihi ee e238 hl Be = | iTS TU WR I SS My Sete 1 Se See ME oT) MM hh Mca Mh Sig SS a ez o | Cae TT i SI lp SS TS Mee re UN Sie Te Uh He Heal. Uh Sg BP See ole TH S eo | UTNE TR TI SSeS Ae TES TG Ss TR TAS iM ls Ui We MTT Uy Se GR SP AN ae a ~ | DMPO RSTO UID ALS He AR TTC Se ITA Ut SSR aN WMS Ae Wie EAM Tee SS 3 i E PA TS TES TTR MSS TSAR ITS UM Ue TH See NE Te Me Tp ULL gh Ie See Sle ei A S | 19 | te Se Se Se ee ie Set Te Op ea Ae Ih Se Soll SAA a = | Te LU SS WR Se ree See Uy Ue TA Ih ly te Se St = a | Hitt i m@"ror SHAS Sahn oonao Was tt > nN | TITS SS Si hkS th oP hhh ih hae 2S Sls 5 qo | I tS SASS Sti eM eh hel hao SCP SS Ss a ioe) pane ee ee ee eS SS AAS RA ais By G = 286 JULY 1885, Amount or Croup (0-10). BEN NEVIS OBSERVATORY.—HOURLY VALUES. Milbededbetitinte es 5 vel lac} adh co t+ CO OB tee Yee Wt fe te cal ert Mean. TS RE UT TDS a= STII Tbs Ml Soe Seo SP | I) 2 ers! © 6-4 Mid- night. 0 C 23 2 1 10 TSA SU Sv EN PTE SN SSS NSS AUN PS SSS SSIS Sha IT Satire ae 63 a jee TRE ANS ST STE TEST ST an See TP TES AL GY) SESE COP eS ORS Seca ae acennaa 0 il 10 Ill 0m Oo So OS. 16 VU UE USI SAIS AIT sD IS ST SITS SSID Wf ssp) Sc ca) seh fe 22 67 64 a | SSUES TIT AME ATTA TTT AE SUT ART TRIN V SS TST TS ss SA Nag SSP aa 2 | 8 MMe ee a Se SS See = | SS eI a ae ea A TS SOS SSeS Se Nae ne = | SoS We A = ea WSR SSS Sees Se sy SSS I MS A Ae A AN A TE A SSE TRS Se c= | Pe UME ME ME EM ANE aT ATS Ae AAI TSS See Sl ees ee | See aa ee TS a Se SSeS a er 2 | a AP ae Ih ISS" SSeS See a eee en Se Ue MSS Sere So Se SS Ot ee a|o PS oe ee Te SY AI WSS ose Skee SSS ee 2 | SAS ee eS ORS Se SSP SPS ee SS ee 2 | me ea = » | we Se a ee eT SSP I I a See ee Se Se Se Se ee eee | SSA Wee a Se th SSS SS Se eS oe © | hes We See A AR RSS HR Mh SSPE) Te Se I SS ae 19 | Som Se A ee ee a Th SSNS HIP ee Ih Fe H | eS a Ne a a eA RSS SS Se SI a SS in o | SS A A A a OS TP IA TESS SSP SP CRE ee Re) a ee a I i a Sate A A IPS 8 eS Se ee) a a a ee en ee eee ee ued | soe St TM or we WW iW go Wa ieee = eS eS AUGUST 1885. BEN NEVIS OBSERVATORY.—HOURLY VALUES. 287 n : z OH mo ON DAS PS ES SES SS SSN SSS SSS a ANRAaAG ASaAaa s 4 & 1 Lal A S HOA AN AADCSCST CCOSCHRO COChRH MH ARNDA CAMADHLO © w = | | = = = = e ee) oq 33 oS ee See Tee Tee (Ts TSS he SS Seon se yoo SF i, One. iS SS S A Q | Si MN SSS STN A AIT A SINT gp a | NN = A | SP Me Se SS AN Te AN AW UE SI TN INN oe ert xB TT IU) IME II s a | eee ee lec Lees Te te ee es Te Te Se STR Ss Sco SSE UE a IL a = = | een mecca I It TOMI Me Te Se as Cee Se ees ST ik Si we S S ic | Se eS Sen Sh Ue I eS se Shoo oS Ss Pi Sse i= 8 = 3 | See el cee eile See TE eerie TH Ue iS: Se SSP ORS ce i ih Se Se Sales Ss = = Si SS a SS Te Ie | ath SP SSE RE See COe COR lh SS See iliser SS = = | Soa i SS eh SM he See ik SE cy co SS ae Ih Mh Se See seeall See Se Ss —a S = jonas We? Ul i th on TUN Pa SS a SSeS Pik S See al Se 5 J ~~’ a s|esue* wun ongan [ee Sac Se Se lh IY rs, Se, eS 5 = (@) 3 | SS ths SS eS Ue I te th SS SE a See SS oh & a A 2 | = S| mS SS US Se tha en ee Se Slee eh eS S 1 fo} Es a | me ee SS eas el eS elton Te SSP SUPP Se Se SS Se Sea = S | aS tS LSS ieSe e WAE U OS Se SP Set Si SiS ih = a | ih ih mM 2 SUE ae Sei UE ah SS Se Scere ee i IS Se Ss Fs 0) | =" FN Ml Wiese PSF atl WES ik SS Sas sth SS is Ss = = - | Se MN SST TE AS I tI I PS eS eS co st eS Sail <= as = “< | as | Se oS OTR I I IP We ly Se Sar Se See Sire re Se Ss Ss 2 = re) | Set ees I MS IE UP I Ui oS Se SS SS So ise es. 9 Fe | SS alae see ele UF I OF Ue Se SSeS Ss i Ss ils a ~ SY (or) | SS ee Se Se Te i Taos oS oS Ip) SS reg Ss S N | Saar ities so eco Shite = = q | SS I Se See le ke ese Ss rt roo) Ils Sse 2 a a oD sH 16 ome ODS Laat V2 See Pena ae SaaS NRARAAR SHR AS = A = TRANS. ROY. SOC. EDIN. VOL. XXXIV. 3H 288 SEPTEMBER 1885. Amount or Croup (0-10). BEN NEVIS OBSERVATORY.—HOURLY VALUES. tS SS) ta ate St a er Gl et a ee BNARR SG S222 2 Oe a Ss 2a aes ae SS ae SS Se See ea Mew Mw ST a TL eS Hho MN SS TT = Ho Wm SS ST Th a Hho ww MT Tat = anrena = nt tow mom wm ww Oo Mh mW th So a a th S oi MM MM SF Sah es on MM Me BOM MM MM MM MW aT a aH a OH MM SM To th th 8 = om tte MS mm mM Me mW mM MM a Sa aT = WM th th PO mt Mt aH Bs ent tts. See Te Se a aa SS a = eo SSeS a SST TN ST IM Se he th z eee SS eS a aS a Se aT ean eT = oT TE WU eS TT SEU TU SI SS TS ST SI Sev Hi se te an it © Son MW MM BM MM SS Tat = 7 WwW SS ww Mm Mw We Mw Sa an Py Cl wt tS * Mm mM Me we Me Me mM Me SM Me a eT a ®t Ta 2 St WON SU a a SE ae al eal areal = en t tl Se Mm Mw Me We me wh mW mM wn Co a We th ST a Om Wo We SW WM wh Ww wm th hn St = ol tit t FS 0 tt went wn we Sm wm We ih mt eh a St MM Se Se ae aT a Se ae TT St ST = On ht wt i SA mW mW Mm MM MM mS a a ah = SD ee a a So aE a TTS ee Se TS a ees = Ne ee ee Ss SAAS! SO ea ae es REARS HG OCTOBER 1885. Amount or Croup (0-10). BEN NEVIS OBSERVATORY.—HOURLY VALUES. 289 Haewe eneos TNR Te SNZs8 AHAB RNRRS HF = E ee ee ee SS Ee ee Beers Ss Z5 I SS ES SS SP Pot SS I A Mee ih a | Ta Sa Ss KH Sih Pe eS Ph i nS it Se A | St a-Si err toh ar ne tt te a | Tt SS TiS at Seer eS or inns tt Wh a | ee TT SS So SS eS Se Se oo 4 | TTS | — | | | | = | Tr arr eS Tre Se eee MNS we Ws 5 | Hoi We om ih ot Mh mn ihe Fh Ml So ee eS So i, SS Si | ieee tne hhh Ss PSone eee eo = | eee anes hath PSO ee re adhe Hh hot Ss = | eT Se TRS cs ne SiS a er SP MRA Mee WSS 2 | ALOT Mt eee a A Se Ta eS Se SM I NS oh aS 3 | Ca Sa TET CTT 22 THESIS Tae Te Se: Bete 88" fp 22) eee SS MN MN NS OS = = | eee ee I ES i Se ee i a A eS eS = | wth ttt ta tee er eres Keer oe hh on Ss @ | TT Sh ea iS SS Am hh oo | a eS tS ht eS eS ee ew Le ih ~ | RUG TU cos SPN) OAS UTE I STN SMe A ee SN ON a, ate SS © | Simei Be Te ee ON ee See SSM I a 10 | oll Tbe AULA) iS Re: UM =a I ee | MT ||| ~ | Ta SoS ht ea SS PP ee Sl NM WS oc) | (0 ao St te SS See Se eS ett eM SF a | kp ae a = ee Se SS A ea i i aa | He We Wo NT ° ans Sore Te nS ennu ne W S jam o #2 eh Pos aNS4e SNRARAAKRARRNRAB Hw | a 290 NOVEMBER 1885. Amount oF Cxoup (0-10). i t | TE I I Sh SS I tS SS SS SS EAT NH at a ir) | TW TE I Se I SIS TE TPS ee I TE Se SOP SRS ToS a TNE HE IE aT it eS a | 1 a SS A eS Sa Nah Ss eS Seer Th eS ee Selle alee ial = rr | a SaaS] San See oe SSS Seal aS ial = [neon Snes nagxe Sheas gARte SURV A F BEN NEVIS OBSERVATORY.—HOURLY VALUES. DECEMBER 1885. BEN NEVIS OBSERVATORY.—HOURLY VALUES. 291 een 6 om OD CO Ak Sea er eee ee Sa | aa aes AE RAT CN, BON CNIECUU CNN BONG OMRON EONBOD' ECO ay S rome rt ri co a8 | ee | inne connn thts scone SOU Hn we =a ¢ eo | Fe | wttnn COMMS Home mone S SS es | i Sle Uh Sa eS SST eT Se I TT Se Se TE Ste = ert ae | UM Mh ee Se a TM Mg SH I eT SIT A STL ees MARCH 1886. Amount oF Croup (0-10). | Wo Poti WP Ae SS hehe SME ee ST Ite a rae Sees | MN Se Te My SPR Se See Te Sam WE UMP IR Ite a Ane SSeS A ne > th Hi Sunh wr garre eco ow HS i MM mw eM te i iS Wm ih 8 | oer? te eee Se SoM So We ah Me A Pe ne ah at cI oa Sis | Hn awe teaer coe e i en it th Wt itt tt Ss wh es | titi? teat eects Bi we Ml Mw Mi th MM th ih Be | | MY Me ME NS SS A SM Te ee STi aR Nh Tsim | |e ee VO =f | oem noc PP RSS SPS Se Me WW My MMe A A Meet he i ath eae Hnhnhe Weahe SF&F Hh ih FH MMW MW WW Me Mh te WO aes | hiker heReoc eel hi Ft tht i Mw Me ih te i i a 1b APRIL 1886. BEN NEVIS OBSERVATORY.—HOURLY VALUES. 295 a ees Sees os a ADMWH DW OMNDAAOSOAABHAMW DOHBWOBRS nn F re rt ort! ret et mH ort AN NANAN NANN OD OD F os a a || aS SSeS SS a ae HOO RO HH WOO HDHD HH © e s 145 S 5 "ep NC SefUN UT TUE sei THE EP IMT SST TINT TLD 8a al Ce acl IOs I LD ff =) dg 2 2 Ver) aq | LTPP PLITea TTS TT Tis TR Vat Ten TS ae = | a is Srp ASO GN A [iO SS ORO! aT) Bt SS) CO MI PIES Oo = a Sh AME A EA AIM SS STE se eS 1 NaS 2) (TSS Ie) ES a [uuu Tie CSS WN I Sp PSeee S28 I Stee SSS) cot ei| yo S = ’ a | A) I A STE AMID IE TUES "Sea SUITS SSS ad ES | ES > | OS oi DSI cc = 2 | ST Se Se SST SS Si [eS ters Sl Se seer oars S = 22 | ALCS TT TST Via eT ATT teh Se AAT TT TIE SINE RATA Uh See Sees ce, > poe ny] Poe 7] S = | Se ee eT Meee SSRI UE A aI SSSI UE I Se See SS: cos see le|) o2 aa s s | eee eet Me IIe TUPAR UI ITE ieee Ser SE I Sea ae Se Se i Se SS a SS ail ox . — S = Sen TM MW I Mn Se oS hikes al ih oS Ss Ss i Se an So a Ss ~~ 2 = | Sees Me UM Ie See th Sa ei SaS Ss its LS See at SS E <7 =| 2) ss | Lee TT TT TSS ASS TT TT SSSI IIL TIN TI Se SSR tSeh Se Se Ti eesti sce II) = Fry NTE eee eee ee (2) = = | eee a a a a te eS Sa eS Sy il eS Ae Ul = GA ie} =} °o a =| | 1 ieee is ea TP mT Teme SITE Ue sceereanTt trae SSSA aT Se CON TU UTE i Se sO) SD: es SE a) SUAS: iI = S =: | Pa eS SS eS Sell ks Ss is eS seg SS il = ror) | eS ee Ue Se ee See OI I tao? IS eo Se Sc se Ser Ss 68) TI a 00 | Teme TT UTR LE OUT TST TTe sat TTPsccsree TROT TIP ae? US Ses Sp costs pce ee ete OP ee tl = ~[usuud A PSP ES OT Ra See ES kOe ret Sp cen Sy See ret il = © | LES PU THE HE TS see UHR INP TIE Sih ee See Sie Soni” Seco Se i SS et Il = e)umnun ISTE Seo) it Ser aa Se SeSe eo SS ill SS 2s i a ~H | ee et eee ees Te Re SS TP I SSI SS Sees [Ie See Ses I) sy ca Se as ill a or) | ee ee eS a See SS SSS SN I aS oS a | HA TT IT ST TT Sa SP a a to S 4 | LAL TC TTT TS reo TASTES ee | SSR ME [fe SS Sh Sys Set II) ae = a OD sH 10 Oo re OD |b 2 aes Se See SSR NARA RARAS BZ a TRANS. ROY. SOC. EDIN. VOL. XXXIV, 3K 296 MAY 1886. Amount oF Croup (0-10). BEN NEVIS OBSERVATORY.—HOURLY VALUES. 31 8:6 |Means. 4 8 10 10 10 7 8 9 0 10 10 10 10 10 10 9 0 0 9 8 8 4 i) 0 0 y 6 10 i) 10 5 aNd Se ea PT MA eh ee SM Hae ee ce PA iti -- Sit SP 1 ow Dap eat Se Sw ea A ee BS | A | el tT TIEN acme =F TD ITs Te TES TT TTS IT asst SAR TST ENS WIN’ IM Ae Se a | ETH a Se a A FS SS a MPS SS STS aS ee noe & | ~Hniit ~e non FPS HHH es ewe wi mw ee =a | ee tik -SP at eS dA ths Sas ths Westies m | Se SN SS SSS AI SSS i SS il i mi | ete ee = Ue SS AS IS SOT Sew i), a) | SS It SS SSS Se MN I a a SS SN a > ers a aS Ses WU SS Se a SS I alesse il = & = | SSunhnrnwanrnonm ears meanness wr sunt Sanunn * = SST Sey WW Sess SS lS) Uh MWS Sto oe IS Se he OS — a | SS TT Te SSS San Sw Sa SSeS a 5 10 10 ttt Faure th wnt ts mec ht ne me tl & FS I Wil & 10 8 9 10 10 10 0 10 oon & SS a ie ae a Se ae 91 MoM i & 10 10 10 10 HN SA SP RS ans i 10 Met AN 8-9 10 ey SS et Wm We aS So SSF INE SS A NSS Se SU HSI We TIN See = | \ef init Tenet ws ees ase Sew wh Se aS we TSO Hoe we WS ee Sa ne ae Se aS ae oo | aow rn fe sor ht ae S Pies ae See ae Sein = avyeoowinrm*ea nr tS tw ? fh hike oe Sie ie i Si 4 | oon rn Teo C2 WN HP Swe WT ie he OMe iS Tt) he 1 2 3 4 5 6 7 8 9 10 ll 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 Meays. JUNE 1886. Amount or Croup (0-10). BEN NEVIS OBSERVATORY.—HOURLY VALUES. (Seater see enedaemass vanas Saas = | E eee ee ee SS et eS Se Se Se : 25 See er a tee tee See TE UE ES Se See 8 TT SM Te UE Mt IN Te = a | SSS th TS eee Sea ee SSeS ie WN I a ne Ss Ri | ee Same Nee eee SE SHI ATE UE I MRSS SN A MN MS SS = a | SS Se ee eS ST Ne NY UN MN AS SSP S88 I IN AN A a, Sh SS a & | eee eae ie elise TNE TUN te eM IN WE TN AM SRS Sk SP TN AM I Mh) Sth a B A | eee FE IS EN ME TS IS Se Seo HL I ME Mh Sih s-S = 2 | Sere re eter meee See TAN Ie We MS te SSS STM INE IN Ut UN See Ue a = 3 | SS TN eS TaN SITE TION SE ATE LE ST TT TACT WTS TP Se 3 = | eS ele Mee See i TM AME iE A, SS Se Se OT I. AE UM IM RM Ah S = a | Sees Mt Sere ae tie EST SIS S25 SSeS ST STI IT UA UN AIM) AS Ue at = Si | SS SST SN TT UE SSS SUT TR SUS TE SE STS He S = | rere cee Ul a ST Se SIMS US SUM ATMA S25 SOA DecATA UN UM UME) Sant “WN, a “SS e = | Sh SS 1 bk Sea I AIST I TNE MI SSeS A AN IY TM) TI, te SS z = | ee ee eS TE TST Se Se RATT TE IM MM RM IE WI A 3? Es = eres ee leone Me See eee ITEM See ee A UE TS AI NE A) = = om | SST ll AT AT Fe aT PST SUT STN ek StS TTS TNT SST = TS S 00 | Se Sen APM TE Mite A TE TET UIE IDE I So IT TE I TU ai a Se a a | Se2 5 | aS WM Mo Wa A a iss ee ee ie ST Se aT WI WU aT et 0 it = 2 © | SSeS ee ieee Meee et MM ese HIS TI I I I oe a AM, = ro) | 2 yh SS SI I SIE I SS AT TE SI SIE LE 2 5 ~ | =) fi SSeS A SIT MT SSI ATL ST ST 2 se PS TESS STITT ST TT a oo | S23 i SW ST ee ST SS is rs) | Sfp Si a Se TTA ail te Se eT IE TI UU I I Se S et | Sees il we Com WM al I ST all 1 Se See SST TT SST TU TI ail = Vet Ne eas Saati: B25 = 2 2S SSS Rae aoe BNRaAS a | = 298 BEN NEVIS OBSERVATORY.—HOURLY VALUES. ieee co a Sn ee Oo ment rn WN ANNAN ATMNANAANANAAN OH DO gg a a ae SSS) SS Pte) sy tS) f=) ert fe) lerh 1S) ole, Oxon: coo o oOo @® 38 S tal rer) ere al re rot, Fem Wote—t 0 heen k yell Ym! rat jal = fo 23 | S| SOS SS SS TS IPSS 2 SI Wh Sy WN a | Se SP el We SE eS WS I IS SW IS? i St s A | SL Aaa Te SS aS Se Se TT Te = nN | SSS a a Se SS ET Se aS TT eT ET EN R | Se SS Me WE ES Se SP IS SS ve wn BS = | on Se hh WS Wow Mae a SSeS SST SSS = 28 | SS en Sa I ES SS WS Sess i il = 2; | CT SS a SEO Se" I SU IS I Si BS = | SS a TA TE WT eS I St INE EE TEAM ES S = | SOT a Sa SS TU Se SS I ee i ©? = cS re) a = | SE WW A ASE A SIE IT Ga SS SS Se Se Se TU IST Scent Te ES oa =) « ° . 5 Eo | ST TS a ST IE SS SI IPT NE a a? ah ps 4 fe ee =) = fon} i | aS oO oO lor} So wD = a Le eS Se Te a Seal = Hl i ti Mt ot ll ot ot I & as Pp ° a < = SVeil| Il Ill = onnse iii wo tw We iS I Sly Sees mn ta | sn Heeo hh nom Wom hen a hn nt th me thn S&F i th yh Ss Vn | n 0aAo CHHOROSO HAMMO ONDWRO x Juaase en = = BHA ANAAAA RRRAS SB | AUGUST 1886. BEN NEVIS OBSERVATORY.—HOURLY VALUES. aw eS col (> N AN AN oO oD a S | ten | rt mart ri es rt et re rei Se | ri mer mane we we re re fox) 2 Lvene? Snrrrnwnrwseh werner nw coHhuh wenn Ww e aA oO a | PtSi iS ies Se eo nw ih is wen i oS a | aS aa ie tS. eS eh See we wo 8 = | Hunn Sw ww ow wh eo th wee Oo noah Soa Lk < a | nent Sun ww me wh we a ee au Pg | mineseesn fnew wt rnre7sn nesensununrnun wsguwm tS = | nsen wm ww PSS Teh WS th Sel ih Wh eS oe = | mnesesn enum eu Th Seah Swe Te We SS ee TIP ae = | neon wun a Se TES Me SS tS Se Th UT, MIR ete |e = =| Chesca Sort 1h Ars i Si ose ew ei et wl PS Sy = = | :megun tl wh wen neon ht i QO et me th om 'é) = puesesnunnns twunnen wnu*n seounn wn mou = 5 a ; aa pnesereocununs wussunununew sounu wus mut S j=) 5 A | rnssse tuwne tunsuennwrn seornn wneud c 2 | PSS ee Te ee Se I Seo Ne US te a z Py Si SAU WED TA aT ITE MSS CI TN Se bs cos hea Ty oa tte oo | ee Se Se Me a eS ITI UNS ee te Ss Be z Sa ea Se SSS Se Ie WS © ln (nen *~ hind tints he ho on i tn ni own 2 aT SSeS eS Seo SMI Se I Us i oS | ~|n SStie Sa tw Terai i iin mh 2 o9 | th SiS ee eS Ne eS Sie TE MI, Ub o) une enn M l Sei ih SS Me UN Wi I es q | lw ten 2S in wt mw eS ees CeO I TN WI ie = (ae ON DAS HARE OH BAS AARARRNRAS A : TRANS. ROY. SOC. EDIN. VOL. XXXIV, 3 4 300 BEN NEVIS OBSERVATORY.—HOURLY VALUES, a HAMM OD CHARS HAWH DH ON DAS HAMH OE DHRHBDAS a F re ore Soret St ett oe NOG NN NOG ENG GO (CD ae a a = onnowmw ocoscoococse coc ee eo AH HAGDBHAHARAeSeeTeA SC SSeSoCoesSe nN = aa) Anns AS A a a ast a aS oo ge ge here WP A We We Se I See ee a ea a a a 2 Ve SS OTR a See ee TE ee a ea ° 22 Ue SS PU CN Ae ee Sa a Sin a HI R neocon Hmmm nm m2 SS Soe SS a eS a a a aaa Ta = = ee 2 eS A Sa a a ee a aa an eae aa Sa a 3 ToT Tes IE STS STITT UE TIESTO TM) SiS NE TM ST Te UMS Sy UM WE TN) S = Hn SO MA A SIN ae ee SS a a a ea at = S Nee I I Se I TV Sy Se Se eT MS MT Nn = S =| STE NE ST STS” STP TSN UU oS sae OSes Hf Sr iT AM TN IN MN ME NH] ee J | 2) (=) co ~— ri a aH | SST TS ST a I St So 2 Sete Sen Se Me hn = fam! S) Beers oO | TS TI SN HU NE STS ee SN Se ITI TSW IN TE MD th me ie) iJ a a a SS TT i) 3° el = s SSeS I Ss SSS ih INEST ea Et 2 ioe) fl ae mM 5 I Me I SN SS SP SP ieee a Te Ne a a ae a ht ee eS ST SUI SIS Ses ES IE I AM SM sti: AN UE TEI I 2 lor) Ue SA I II A TT Se 2 Sh SoS SPT TN SIND TN INE a a AME ° 10 ce) | WS PN AO FAN A SIT Se GS ESS AT: TTT UL ST eT SUE Sa a ~ | iS 2 OM A MS MS Pa NT TT eT eal a © | aceite ie AT = acc hamee Poon Ta iat DR THAR SE STIS, 11h ss 12 | MT SS a a SST ST ST SS Me Siete ck eee ri Ts I Sie te mm TPS TITAMTVT TU STH SHTISpo She 5 eh I fp sy rT ene HN I I AE co o | SSS STS SES OS SSS Sa TT ST TS Tee Ta ez a | ITN es ee SING TI I SIEM Sy TN SSeS TE STI 1M NN aT deeiit UT IM IY ah a a A al eee Tene A th Se SSS ae TT SG Steet aE ~ fll Meine 2) Scere a | Hse oe eer es pease es ANAAR RNRRR S | 18 19 20 4 ee a ee ee ee ee eee OCTOBER 1886. Amount oF CLoup (0-16). BEN NEVIS OBSERVATORY.—HOURLY VALUES. 301 ee ee ee ee E Raet Gea: 2 9 ee eee Eee ae 25 rush wt Wen mw mm Wm wh mm We mn ih th aL es nhht tht & Fs a | aa SS aS a nS eS Sn Se = a | Hem MW Mt thee Oot in So th i BS 5 | a eS a a eS Sn I Sa it 6 S& a | = | | 2 (Ee Homen Sw mw wn wn Mn 2 ne nt en mS mM hn th FB Sele Hint Mess thon othe ede WW hw ihe Ss =e Hom MW MMM nn ne no Bn eS 2 |2e Home Mew 2M th th noe no MnO Mn Wh eS Ze | a MM I 9 MM MT 8 = WM MM SP et hh JE WoW eS SS Sat = “alk Hom MB a th & a | Se SE See SI SS TR TOR TI Th = oo | MW STI TT = oo Z il I & Po mT MS MT | i WS ee ee ee Se SN ST TT I I 2 © | Mt Wi tl ti a a SS SS TS TS Sew I IE IN = 12 | I I = | Him Som Ww mem mW mm Mm SMe a =a =f | ih I Me? WN HJ Te TT Ute I TIN Sp SPI WT UE Se ST SPT SoS oe oo | How MW Mt th Shee th Sth So = a Situ t nn nt Winn tn nh nn ses Sim tm Som i tt << 4 | Tit eer ieee Ten Een DC Ve LT aT TE TA TS SH SI SI TS TE os EN rs et ee SR SAe s | 302 NOVEMBER 1886. Amount or Croup (0-10). BEN NEVIS OBSERVATORY.—HOURLY VALUES. rel) a) rot or 1 mr N AN AN A NNNN DD =| Ss ooo S/e8e2¢ S8S8s 6h 26s Bestes se chee ome | es uo) SPO WI HEN SNS) SS SS a i SPS SS Sm NE i = = n A a | LW A SSS NN SRS SOS NP IH UT We SS he a aE Ih eS A | IE SSeS ST SSS ME TE UTI TRS SIT SI 5 si aN aE a = a NS TTD SSS TS TSS PS AS ST Se TTT See TN Te th A = | a | WM MM MM Ta Ta | SPU Ss TN SCSI I Se Se SH a a MP th Ss a SS A TW See NE IP OS TI SPP SN I MT SAN TN SN TE TIE ate = MSS A UI ID US SSS UWS wD Vi Se NTA TE Uh a 23 As SIU TA I Se AI TN Me su eS WI eee i I a I In I = UT II I Sp TAP ST Ui SS SE i Es TU TT aT 2 Se TIT WT ST I ail init 22 Be MN See Se A IS INE TTS NE ST ith 2 MN TI Se SA SW a aT SINS TM a = OU A Th UV WT See Sy TM ite WE Tit SI SP TNC an = a a a Se SN SE Sa a SS TS ST iS = | TE A a SS TS SS Sea TT See IieS STD = | Sk ON A PN Me MN UL ARTS TALES TA A, MTT Ty aN aT TAR Ht ee = ne a aut TAIT Sa AN TT a I SI Sea TIE AWE Th ik Ta ee eee 2 | mo TT Set a St i Ss a hhh tm a ssa nas ns os 1 | WM IS ih ee SE a IN Ie a 2 ee oOo ~ | PO eS iS SN Se TM I SS Sh ST = 2 eee o3 | TEV AIT TI TTT TE TT SI TH SUT TU Se Se a Int i = ee a | Wow wwe wn ws om wm Sw Mw mM we Mm mh th hese eS TM a = ee ee lal | Se TE Se TMI ST TT a ea TE ith Ee DECEMBER 1886. BEN NEVIS OBSERVATORY.—HOURLY VALUES. 303 WE Rvaer Pee ee saa Ss are aa cop 3S os cae a eee ees wee ANN ANN NAN NO OCU zi 3 Owmowonooreorcrreceset wna onanxt Do sennonewmw ooscorvcrtrt aAnrseoeoese S&S & S onl Lo ee oe | onl tal Cs on oe a 4 st = "ep ee LEST a AIT TE SS sa esse SRST SHIM IN See vA INN) UTR UT IN SSI IRIS WSS =i <0 a | fl iit t thik hacer hh mon ho om Mei nh nh mh Son Me th wn 3 a | MS eS Se SS ah SP wa We th it on a | it Mat Sie SS tee rkS tr a wir eM we on Fe R | a Se i ie SSeS Sn tS Sr et em name nF = | i MST ooh ihe ree e se rin i mir omits WS m4 | te Seite lee Sen SkrIithhk omnhas tS a | at So a Se i Sap ee SS tt hhh em ne SW = | tt it tint we een mney nS = 5 Lil = | an sa WS eS SSS aS eS eS eS aS oS =) ~— A a | ret Sb tna hh ict SSS rere rKse hk KS se Ws 3 4 oe | iN SAMS Sac > trent tSs hk OS then? a Fs iS ee er eee ey eee ne & ea = = ee NN So a an he SS ees SSS nt hte aan WS : i Ml Ill Il Ill Ill Ill 22 23 Il ™ I Ill Il Il Il 29 30 oo rc i UN 2 Ill Ill Il Il Ill Ill So ~ Dm ~~ aS lt SSS I il = Ill Il Il Il oO Nn i= re re So So ri =) i=) i=) So i=) ie an ~~ Ii Il io.2) N re eS 10 ~ oO co arr) flees aS 3N 3l 307 MEANS, (al 308 BEN NEVIS OBSERVATORY.—HOURLY VALUES. n Zz 4 TF 1 ONDA nA aA sH onronasd wv hot a oaeeay Baa eee aon a AA Cag ANAS Se a | 3 ~ (oe) > oo nA Oe oo oo rn DOAN Ht OD 3 | al ee oe oe | ar nares re Anwr < eS Wi Wl tt Pekin SS mH SIRTF i Sara NS Ses ae a | alkSumkvintwnr Sk Fe rRSh Shs seo" 3. = cS | FShivh ni hit Ri SrS Se re tS Set SS SS ae a | cS uke OF mw SMH os Se SS too ao eR a | MSS We ST TS Se SAS SSR SS TR STII St SS ae = Joan SGP TIN SW SR SP IPS tI Se IM RES Se NR ees nN = | = i | at — lA css kc |) a a a ae ~~ 2am MM MA Re PS SUI IE IP eS eo oe SS Sa Se A A SIS I PI A Te Pn ot eS = | IW. Wy) Come ST TN TNE TY UNL, “SB SSS SY TTP CUS Tt SSMS TE Ses 25 Os esti ie Raa S ce co 2 i 2 2 [asa 20 hm oS eS oD eo oe wg D =) Sar i a So patrisac? i vkinik rS ir = TairPSse fh Ss MSt So eee << 6 i aie va i=) ° = a fs e[une*0 onwnn oes ors oH es ese og ofuu-on nieon were cones OK Woeee @ B o|wue2h vine ones onmn eos mHoes © g -[uu*s2 ono oo on oy seme © g e[uueon unnnm no~eecernn minh HHees © B o[uues° snomm neemH os nOre oH wHeoe mB Se ee e|onuss onmnn m2oee os eer neh H Heese © & a/onmes Hummn neem oonnm aneHe Wseee a B ~{o°us* 0nnhh ooo oone ne He Heese og Le ae Oorndoaontnaraowt 6 © & CO OY ra SS a a Se re 20 21 22 23 24 25 26 27 28 29 30 31 Means, JUNE 1887. Amount or Cxioup (0-10), BEN NEVIS OBSERVATORY.—HOURLY VALUES. 309 a aot tt tt TR NNN NNN NNN NH OD CUD I i | g[ 7 esse qgoeooocowooo™o FOTO DOD DWH own 4D oO O Oo oe) o tame Lor fel Yt pe ve Sem Lens fr) = 3s ee SS SUN Me Se Pe SS SS SY OE GR Se Ch CH om fy See = A a) 92207 Wor eh eH oO CoH Soom. 2 29) 4S re Rs ees He ee yt = ae aas is has ba nns 22 ase ee ees - 45+ ma ee ans a may ne ms oe eRe eo Od Bo Pe | Eo a ee S 2)+esu unmwwa Pile Re PB SS Sea See Sell oe s[essme umm ta IE PR SSE SS Se Se SS S, e[e°sus uumwa ee oe Se a Se Sih Hh Se > e[~eom? unwed eA WR UMhe PSPS SSE et SS CRE, SN SP: hl = s[eess° unum Ceri Se eS ee ES See Se, ite nh SS. iz aleesa7 unm a PS Pat SR BS Se Sh IS SB 2 EE a ene ee ee ee ee ee alseaae nn mma aie ae i PP RR PS ee S| Sil MR BS 2 a{©eaa~ anew Un ie Te I nnmms CE SEs he ee Se RS PS SS Seems i x e|esasn Te ee Se A A SS ESA SR eh HY Ge alesagi Bes Bh i SP nS SP, PS BS St eS SS Pe «|eegan BURP UMAy Tee nee, SIA TRL SM NNR RSE SASS I, ee 2 ) = ele“aan eS ME MS RS SY Sa SS Oe ihe P a al] 2 th ieee oll Se A SS OS es ea. Lie emcee eee et ete Se ESS SS HS ® a] omion OM ODS PO RESP ASS esse ASST AAA SARAS a |Z a 310 JULY 1887. Amount oF CLoup (0-10). BEN NEVIS OBSERVATORY.—HOURLY VALUES. a mr NOHO OYE ARO AAHMDAHWMW ORDA AS HAH +H 16 OnrDORS mw B Renn FR ATH AT NNNANNAN ANAND DO FF a I Qa-ocm~m 02 Oo Oa So Sc oOo oo Oo So Oo wo wo cote” So SS Solo aes eae S onl | on I oe Oe Oe eB | aware ee oe oa 2s S2 TT Nice Ties he TIT TIT SPEIRS Hite 2S UE TT II THN UT UI TI Esha = =| ajue ee Se SI A NN SS A SP TSS a a a a Se = a | ue iti 2ntQut mw ww th mw Ww Ww Sow me a at ih mM oS a | TSN SSI HT TS TT SI See OT IS TSI I ie nS e & | nmeoitw*® Susan tht ww ww wt i tn Wt Ww eS a | {il “2 SS SES SS eT ST Tae tC TTT aT es eS a) us t~ 2usgs hw Ww wo mw MS WM A a eS I a ti = 5 TE We Se AM SS a TL aN SR aT AT, IS a a at aS =| us iS SIS Se Th WS Ie 2 Th I te We Se iS ak 2 | a He Sa SO MN OU A Me A SD eA, PAT Spotl Tt aT Pe ne ee ES Ee eee eee are is HW SS TSS SP i I OE SSM MT Ae 2S = a ee ee ee i 25 = 1 SI WS Se ay A | 2° tre On Saw www SS Pate Sw WA MP a a a al sil Sees S | PF em = SM SoS a AW We EM a SSM mL PI EE. at aT ga) a Se | =F th MS OM SM ee 2 A See at Ig AN SIL aI at SE eSstilih Ohh nkn har nt weak nt Sw ww ih Wa Wa Tl es ~ on Wt nn wa nn nn tt tt th Som MM Wt Mh Re A a SA Tell “tI atl 1) Sas o9 | Fl iit it 2 te Su Dae We Wea a Se al A Le TE Ast at Sa eo Okt One nh thew wees oh am wt Wh at at W at Ses AUGUST 1887. Amount or CLoup (0-16) BEN NEVIS OBSERVATORY.—-HOURLY VALUES. 311 TRANS. ROY. SOC. EDIN. VOL. XXXIV. na HANODH OD CKHADAAOHAMH MW ONDARO HAMHMH DORADA wv BZ Hott An a AH HTN ANNNN ANNA wD FB a A s WAMDMDR® SCSOSSCHR SSOHDSOR DHSHDN HNSOSOAMARAMDSS OS @ = ie“) is) oe S| ill ae yee elt et it tea eel Laer ec a SST! SSRSMAT UN Se HT SESE I Up 2 ] ~ a | SS SSS SSeS ent tie Tine eet teeattt aE nes eat UE Se SRS I SPT US I A! = cS | 1 eae See Se ell Sa SSeS I Se he TN = a | See eee eee nt I I SSeS Sr en I Se a Se Mean | Es R | Heme sceee = meee eee te Ae ee a SSP US te a Ml | S a | Sarasa SM Met Se ee Se Se SS a MT ee = | ee co eee ee tenet SS SN Se Sn Se Se aS a Il = = | eases ar Se anes i Sa Se WM SESS Se a aU = = | lS SSS IIS SS I Si is Swiss Se ga ul 2 = | ies et Se SS Se See MT SP SSA I SSN a 22 ah rs = | Ste eee Su eee ie coset the ees ES Set a See Sea eS Serie MS SP Se lh il as 3 | eS SS Seer SP SES Ae se an Pe er Se SS ly MS eS il SS = re s | eS SSeS ee eS CS eS I Nh eI Ue SS Se a SS) = = | (eae Ss TTF ee aS ae WN we SS SWS ie SM Ss S = | ieee a eee See a Se Se SES See Ma SS Il Ss @ | eS Se ee eae ee a US SSIS Se ss ed | MW SS Se See MM TM hs a Ah SST TS Se SN 11 a = - | Wh SSS Se a AM TI ATM NN eT TS INT ITIVE SI SNE UTE TST Ser TT TS TN Sa 2 SS ee ee ee ee eee © HSS Se Se Ste TTI eS Se TT TUE I AI TIN Tc ST) INSTITUTE Sees Se STS TAT SIN: StS 11ST ose lor) 12 | Wl Se Se See Se We MMM SRS ET As TSE IN AN Se TTS TUN SPSS TUTTI Scat TL se ~ | Sih Se Se ee TNC Tes IN UU TTT SAT ITD eo TTS TT) es oo) | 2 Oe S. Sie We Me ene AM SS SA I eS Sete 1 at a | Si SS SS MM AT A eS ITE Meee SE STITT Sia > Ties ae | = 4 | to ee Se sess Ses SS I Oe MN MS we ih oS a mOnHio OnRARS mw & hasan 2 ea SSS SR AR SSR RNR AS BF = 3 0 312 BEN NEVIS OBSERVATORY.—HOURLY VALUES. wn mio oO SH Ww om OD © mi AN oO st 1 ome ODS mN @ sH 1G CHORDS aw F Se Fst st A § ann rt GN NANINN A NANN OO OO BF S a | s oOo ao > oOo oO 2 & & coo noo mw (1h om™~ wh OO OS NNOM OHO COO WM SD © ~ S ri mes ore re Sa st sor be | ri mt rd SS 14 oa Sa) Sat Se a a Aaa: eee ei me IIIT = A & | Snrescnnnunnnnnnnnwecenmneres ecerenn wnune e g | ~HWeoh tenn wuonnn erence ceoou Wn unegeune a rs | -Weow nunhun onnnn rents ececeontH nuns ne a = | on ren nnn wnnnhntrenVvzreerceonen nnene ma S | 7077S n menenonhnnn eFeonre ns sn ones ii ee = | Yy-snhunnsn ohn on werner rFrorr yp nonge i = | i SS SSS Uae SMe SPS" eS) Seo ee Se eee = ce | ne wn mt nnn owonmses eeunneecresrn tung tl = —a —— ‘S | a ee a ee eS Sa Ss Stree RRS ie ease = l oS ~— pe J Bs | Pot eS TS Ea WR S ESS See eae StS eee a eal ES i=) Siar — Pics St Tt mS See We Sane See ee Se ores Ss i salem 2 BS an J We aS ee OW i Ss esersy ofS AS Sa Te je Seem S 2 Anal A =) (o} = | | rnscnnh rennin winne ee2yoc ner mmege = i ie a | nit i SSunuw wi wtnse See ye ceoey Tneunes * ef tt msc hot We We WW We ee er So Sm Oerse el eee > ~ © | Hi wt tn wnt nt oie =e oc ya peo yy Serge e nN | Ho We St Se OS A OH oeavco I S | g © | Hint ti me nent terre *~nene ©7282 S Hy WS WI eS 19 | Hn wt int tint rnrenre 2 wens eee nmees = ~Tuinnn wenn nnnens serene ee oon wine w dl oy o9 | OS a A ee ET Se Se Se Se NS SSeS rm ieee ies | TST Ti hg! TTI Sims STs Ses IT TITS UMS PID SP STI Se PAN ITN TM LE TU RY eal | ree ST a roe Ss ORs SSeS Sa Tea ne OCTOBER 1887. Amount or Croup (0-10). BEN NEVIS OBSERVATORY.—HOURLY VALUES. 313 aN OO SH IO on~e Das mac st 6 Om Oa SD men @ 16 Sere ooo rr SSS St Street GN GG IG GQ GN GN GN) Ga) CD. 33 SS URS SST eT SESS eet UE I UE STI SESe Ue SE A A 2 WUT ATL QE Se fin ill SP UN YC INL IT TINS oe giT] Tt ST eat HS tt & wi i 8 WE A Sal Se SD I TT I S28 Sse TL I So STI TTP STITT nT TTS TE 2 SH ll > Il WS SSP Te Sal SoM Ml i Mw Te eee ee Sete Ae eS SSS TE een tee) SI PU I Ss a | He ih th SoM At | none t toe sue ohn eoc cent oun hone hoe S Ht Wo 10 0 8 0 10 LSS i SE SU TIE te Wino treo a nh fit Sn enh on ha Ww Mh Wn Be eA Sa TAO TTT Hono wn mn Sw wn Bm wm SoM Mn We Sn eM ww we i Wei om eal Nh Se we SS eS I ee TH I I RI SR We oan = | YN ST Ieee STIS Se WT a Mh | Se Se I SU Se Se Ie Se al See STMT aT Te TH I SP 1D eM eh I Sa sijeunenm onsen wngn ? oon oooh eo oe a/?7Hnweh #ueceh HHSnh wont oe hn wn mn oS re g | SSN HH TM Sane INE ST INE Se ETT STP TN NS TIT SoS The IN SET TIE ET) | SS TT SR Mes eae NNN SC at 9 i le | SS Se Se CS TA SS SI UN TUT I TA I ce mi Onn #tngat*t hh mew dw wo mM ew i on & bo | ~ Hlth nn gse we wh ont eer es oe we a on | we be) | oHnkinn euneceh Hn nnt we eon wt Sn th tS Wwe we om BS | = HTS filth wees eS Krier S teow ot oo) | SCV ira i rims So FIR Ht init uw ni Wt eS a | onnmeey wHesth penne eCFTHhhh un nns Oe oe oo (Ls ee ee et coe 4 | TLS ht Pet rire eOrhir kkk kSs woe mW eB Eee — nn Z : RmRoAonHanwte OnRABQS bi tes eS coe ee Se aE SS SSR RRR RES I 314 NOVEMBER 1887 Amount oF Croup (0-10). BEN NEVIS OBSERVATORY.—HOURLY VALUES. a HAawte OMFS PASRARARARR ARRAR ANARS Be =I a cocom~m oo anmnme OWMMAM CDeSTOeSCoMAH BDH SOO COSC ek oS nal a et ret rst eh Tall rr eh re et rt el Lan! co a 3s se] il ths momo mn Smo SM i im SA MS ee th Mt SS aS atl = A SS lies MS Sek SSeS MAS See SIS I TS et aaa eae at = a | Pil Ue Wes Fs WL, PASSE I MS: Mea See eT: SITS TESA = a | UU SMUT We S92 MU AMT Me SP Se TNS bes AIT BTS RS TE SP ESS Pa Sea Te a e & | enh WW bee SSeS Ie WM Mei SS See a ae aT S = | TP TT STI) SVT SITE NaS? ST sen eT TPS TI AMG YN Se SITE TE SIND AIT TM tn ne ™~ = | NS ie So Sa SSP ST The Me IMI I St oth = q | AUT TE I Pei Se Sr TE Wh Se eS th MSE aM x = | Wie A AB) AU AM Ne SPS Mee Se I PSH I TT TE INT A Se SPR ITT TS Sear eam] = i (See IS Sie Su S Se Se MOM IS IS ASP NP ae I eee = = | A eA TS MM SSS SE SS Sees MPS ST seen Bs ms | DO SS AM SS a SSS A TN SSS A Se SPI Ne AIS Teeth = gga... SS a | UU I SUE Ste Se SI Sh SI Mth Wh SSS I I Nai SM = q | STP SM TH WN Sy 2 SN SN ST SW MN STI Sie Te ral TI = = | ES Se SESE Me SS SESS Ae AT INAS SSP STP nite AS oi Sa ae a a See TESS SASS A ee Sa TP vi SUS tn ‘° ~ co) Sa IS Tl SSS SS See Ie ee = > Ww Se Mn Se a SS GS Se Te IRS Tl ae Ua st a loo} © 1M Wh Sih INS) HS TRS Se eh IRS Sah SS Te te ae A i ~ 19 | Se SFOS eS SS a SS Ae Se SEM a TR aS ae ~ Hee SIS eS eS Sa TS lO Se TTS Slee = o9 | eS Sl Steen SSeS See a Se Pare ieee ee a | te SS So. TS Saree in wes Wa Se nr Ae eS Heath a 4 | Nl i De Se See SoS Seeeos ih Wee Se ee lea = Z a a NOHO OHO KRDO DO HN M H 10 DOD M~ WO DD ae &@&n eo! = re ya vet) rt mt) yet = Nn nn of DECEMBER 1887. BEN NEVIS OBSERVATORY.—HOURLY VALUES. 315 n (aS SES en as I Eee ae Ante Ae AHR TAA ATAANAANA ATNAA 4 a | 8 Sesescoco SCeoOMAMmHs OE SOSOK SORNSDOS OoHOKRoDeR CHOHMN © SO = ee) Kor =| Sp TST Te Te cece ete Me atte UE tO ee iS a Som si = A POM INE MIT 1 (TT TLS a = fs Tei Nc | cs | ee See I ETS US Se Sy SIN WS eens I] ICSE HSU We SS SS Sy Were ie Seen 3 II es fe ST TE I hl HM > Me MN Hl 10 UIP TS a Sos ee [ly ase = Heo MM tt Po th ae ce lace | 3 eae WS IG ete UT SM FS Te te aN ah ST Si APPIN Se TE NSS WISP Sm cll S = RTH SS TS Ne Te TT AC TART SSS eth TT USS eee: Ih S a = | TS eS Se Ik eS ih We oes se Sil 3 5 3 | eS ee SS eS Se a ee ee ees pe 6 BI = ei a ete et MS er I = Ke Sn SS A 3 Z oq | Nee ie ene Sse a i Sy TS et ets te Ih SoU SS SS: ae = | 1) TPT PST aT CRRA 8 |Get A Ta 1 ia ac | a | eee ae Ue er Se SS eT CIM MG I ee I I SS iy oo | PU US Re seeae UT Tee S Ree S IE Te Seotle Meese Ihe oS Se ~ | TUNIS tga HF al Fat ball it | cee hil cle cecil mma © | Miele Tseng es SS MM ce CULM CMT Moet: wll Mig Fe Uh ills calls eioll POS Oh Ss > | AUT aM U0 USIP TE eee ect INS allt atl oll yl Elta nse c= TPs oo | CAE AW UTE A IE Ise 82m TS" TNT TT al a Sa ea aes bell ee cy a | SE Ss SST TT SA ane tea IIA UT SS STR eS eS WNL AA UL TW A TU SSE a TEA at (iiss ttt Se RSet pero tes ~ So wi NAN © MH oe AOD Ff Sy eee Bee Se SS NANATAANANATA ANNAN DD CO 11 femerages e eee eae MEANS. TRANS. ROY. SOC. EDIN. VOL. XXXIV. 3 P DEPTH OF SNOW. Each entry is the Mean of the depth measured on the date given and on the preceding and succeeding day. Up to July 1884 the depth was measured at the Thermometer Stand 12 yards E.S.E. from the nearest part of the house; all the other measurements were taken at Post A, 23 yards E. from the nearest part of the house. Up to July 1884 the measurements were taken at various times in the forenoon; all thereafter were made at 10°. Month. Day. | 1884. 1885. | 1886. | 1887. | Mean. January 1 70 46 44 43 51 6 15 80 57 54 46 59 February. 1 107 66 85 35 73 x 15 | 105 122 &6 39 88 March . 1 114 119 85 44 90 26, 15 114 122 82 44 90 April . : 1 113 136 85 50 96 5 15 105 135 122 49 103 May 117 128 104 67 104 * 15 120 134 92 51 99 June . : 80 124 94 15 78 lin 1058 55 87 63 - 51 Month. Day. | 1884. | 1885, | 1886. | 1887. | Mean. July. ; il 3 | 55 30 - 22 Fe 15 - 7 - - 24 August : 1 - - ~ - - 5. 15 hae < = is September . 1 = = - - - _ 15 - - - - - October : 1 - = = - - | 6s 15 = 31 = 3 Bas | November . 1 - 34 - - hail - 15 - 23 = - 6 December . 1 5 32 - 18 14 56 15 33 44 13 46 34 OBSERVATORY LOG-BOOK. 1885. Nov. 9.—Barometer No. 1252 was brought up yesterday, and hung in oak box beside the door of Mr Omond’s room to-night. Nov. 10.—To-day the first heavy fall of snow was encountered, the road being rendered impassable for ascent, and difficult for descent. Nov. 12.—Glory seen on fog in north valley at 16% 10™: radius of ring about 2° by stephanome—red outside. There was also a small inner ring, a mere lump, also with red outside. Nov. 13.—Just after sunset blue shadow of earth seen rising in eastern sky. Nov. 17.—The floor of the Observatory was to-day ascertained to be 3 feet 3 inches below the Ordnance mark on the summit of the hill. The index point in the cistern of barometer in oak box is therefore 4405} feet above sea- level. This result is, however, only approximate, as the mode of measurement, with a sextant and artificial horizon used at a low altitude, did not admit of very great accuracy. Barometer No. 1385 having had a bubble of air shaken out of its stem, was to-day hung inside large Observatory window. Nov. 20.—Flash of lightning, with thunder not three seconds after, at 10" 25", At 125 30™ telegraph instrument was examined, and lightning paper was seen to be scorched slightly. Another flash seen at 185 45™. Telegraph bell rang at same time, but insulation was not in any way injured. A ladder was to-day lashed vertically to the iron cage for thermometer box. It stands about 6 feet clear above the cage, and is well stayed up. Nov. 23.—House fly seen crawling inside window of living room. Nov. 24.—This morning snow at door was about eleven feet deep—for the first time a “tunnel” had to be bored up to daylight. Small box mounted on ladder at 16% Nov. 25.—After observation at 20 the box inside iron cage was cleared out, all the instruments being taken in to the house. 1883. ] Nov. 28.—A weasel to-day came and looked in at window about 14" 30™. Max. ther. No. 48026 (Negretti and Zambra) was broken in setting at 17%. Dec. 1.—Glory seen at 9 15™ (see fig. 1). Red outside in both rings. Smaller one almost filled up by shadow of head. Radius of red outer ring =2°. At 11" 10™ and 12 0™ white fog-bow—apparently same size as ordinary rainbow. When very bright it was coloured red outside. Too large to measure by stephanome. Got water from Wragge’s well by digging away snow. Dec. 3.—At 1" outside observations had to be given up till morning, as the snow was drifting in faster than one man could clear it out. Dec. 6.—Fine all day, with fog and mist in valleys. Sunset red and green. Light from sunset sky gives strong atmospheric bands in spectrum, and at same time light from upper side of layer of fog gives only green part of spectrum. Blue is wanting both in it and in the sunset light. Corona round moon all evening. Red outside ; radius 2° 8’. Occasionally an outer circle of bluish colour extending from red ring outwards to a radius of about 4° was visible. These measurements were taken at Ai cod la Dec. 7.—Shifted thermometer boxes, putting out fresh small one with dry and wet No. 7. Min. No. 138545, Max. No. 138590. Bulbs of dry and wet about 60 inches above snow. At 13" snow crystals of feathery form were falling. Dec. 9.—At 7* lightning rod was examined, and the erystals of drifted snow were found to form a thin slab, no thicker than the diameter of rod, pointing towards 8.W., showing the wind had been steady. The hourly records for the night giving the wind as observed at iron cage, | although mostly giving §8.W. as direction, have some entries of W. and 8.8.W. Dec. 11.—Telegraph bell rung by earth current at 20" 2™ and at 205 8™, insulation not injured. At 18" the doors were so blocked with drift that no outside observa- tion was taken. One was made with considerable difficulty at 19", and then the door closed for the night. The wind was 8.W. at 195, and at 95 on the 12th was N. This change probably took place early, as the fire smoked badly all night, which it does with N. winds. Dec. 12.—Bulbs of thermometers in box were buried in snow up to 17". Wind very high all day. Snow drifted into box. The bulbs of dry and wet were not cleared of snow till after 175 observation. Dee. 13.—At 2 rain was falling, and air felt much milder than indicated by thermometers. At 16" rain fall- ing on box froze as it touched it, forming a skin of ice. At 17" rain turned into hail, which continued till 214, when snow began. Dec. 14.—At 16" hinges were taken off outer door, and screwed on inside. In consequence, no observation was taken at 17%. The late thaw covered the pavement at outer door with about an inch of slush; this froze hard, and needed to be hacked away with a hammer. Dec. 15.—To-day an arched porch of snow was begun over east door. Dec. 16.—Heavy snow at night and in early morning. Depth at cage over 100 inches. During day strong N. and N.E. winds which swept snow away from roof and E. and W. sides of house. The depth at cage was reduced from 108 to 60 inches in less than 20 hours; the parts BEN NEVIS OBSERVATORY.—LOG-BOOK. 317 where it was beaten hard by our feet—as on track from door to cage—standing 5 to 10 inches above general level. At 8" sky to N. (only part clear) was green. At night sky covered with detached masses of low misty cloud driving over hill top. Dec. 17.—In early morning and also at night corona seen ; at 28 double ring, red outside in both. At 22 triple ring, red outside in all three. Radius of middle red, 1° 45’. Also lunar rainbow, white, radius 26° (colours, if any, very faint). At midnight faint corona. Lunar fog-bow at 23> too large to measure. Drizzling rain came on at 185, with a temperature of 25°. Dec. 18.—Badly defined corona at 6%. Red outside. Radius = 2°. Dec. 19.—At 13 thermometers taken into house, and fitted to other small box. Put out again at 14» 2™. Hence no temperature readings at 14", and no max. reading at 15". A tin box painted white was placed under thermometer box, and at 174 20™ the thermograph was put into it and the box shut tight. By 21 the west side of tin box was covered with ice; but by 22 ice almost gone. (It had been rain since 174, and a thaw came on gradually. ) Dec. 21.—This morning at 64 Mr Omond’s watch, the only timepiece at present in the Observatory, ran down, not having been wound. It was not observed for about half an hour, and then put on by gness. In consequence the 7 and 8" observations were taken at 75 5™ and 8b 5™ respectively—and in consequence of inaccurate time sent up from Fort William the 9 and 10" observations were taken at 82 55™ and 9» 55™ respectively. Dec. 22.—At 21" snow lying in large wreaths; a tail to 8.S.E. of cairn. Dec, 23.—12" 30™ cir.-str. seen to 8. Reddish hue round sun; diameter about 15°. At 152 10™ snn sank into cloud bank. As it went down semicircle of colours formed over edge of cloud bank, red outside, like badly defined corona. Sky above covered with brok2n stratus, and not coloured at all. Snow has accumulated in deep drifts near house. Dec, 24.—Rain began at midnight on 23rd, and con- tinued all 24th. Snow crystals on box and ladder turned to ice, and at 7" on 24th were melting away. Dec. 25.—Very fine day. Air dry and warm. At 8> yellow sky to E. At 85 15™ whole east sky from N.E. to 8.E. green near horizon, blue higher up, and violet towards zenith. Filmy cirrus to E. Very beautiful. At noon sky cleared, and sun shone all afternoon. Fog or cloud covered lower hills, and filled valleys all afternoon. It rose sometimes as high as the Plateau of Storms, but was mostly below 3000 feet on Ben Nevis. Not another hill showed through it, however. Fleeting badly defined glories seen all afternoon on fog in north valley. Red always outside. 16" very fine red sunset. Earth shadow seen to E. 17" red streak toW. Pale greenabove. Dark blue sky. 21"7™ meteor seen. Brightness= Jupiter. No sound or sparks; moved from point 8.8.W., 40° elevation to point S.W. by W. 25° elevation, where it disappeared in cloud bank. Bluish. Everything outside dried up. Ropes all slack. Dec. 26.—Very fine views of sky and clouds. Sky at sunrise very red. Sky under sun continued red or copper coloured all day. At horizon, at right angles to direction of sun, sky blue; opposite sun, near horizon, green, These 318 colours were more or less marked all day. Fog filled valleys, and lay over lower hills, though not in such a continuous sheet as yesterday. The sky continued clear all night ; stars very bright, but temperature did not fall. At 204 it rose from 28° to 32°, and continued well above freezing point all night. At 15" sun sank into cloud bank. Dec. 27.—At 7 red streak round eastern horizon. This gradually brightened, and turned to yellow just before sunrise; at the same time the sky near W. and 8.W., horizon being blue-green in colour. The hills near were well seen, snow greatly melted off them. Before noon fog and mist came on, which continued all afternoon. No fresh snow having fallen for several days, the surface is hard and firm—in many places compacted into ice by the rain which fell at beginning of thaw. Dee, 28.—Barograph was found to have stopped at 115 on Dec. 27. Put on again at 2 Dec. 28. Cause of stoppage unknown. Dec. 29.—At 16" 40™ three-bulb thermometer put out, hanging exposed on nail at east side of posts on which box was. ~ Small Medium Large Humidity Bulbs. Bulbs. Bulbs. (Saturation =100). 172 82°°2 32°°1 32°:0 100 18h 32°°0 32°°0 32°°0 100 19h 31°°9 31°°7 31°°2 100 20h 29°°9 29°°9 29°'9 100 At 19% the small bulb was coated with ice, the others 1884. Jan. 3.—At 7» blood-red colour on eastern horizon, red and green to E. at 8*. Sunrise red; very fine. Day dull, but with green and copper ‘coloured sky to north. Southerly sky clouded and dark. (Wind was 8.E., and it was noticed, when fog blew up over the top from Glen Nevis, that the wind lulled as the fog came up. Dark clouds were hanging about all day, and in evening they formed a canopy over hill, leaving horizon clear. At ae 35™ lunar halo. Radius 17° (?). Colour white, very faint. Jan. 5.—Very stormy. At 7" 28™ wind southerly ; blew lamp of observer out several times. This is the first time this has happened. Jan. 6.—Everything covered with ice, either solid or crystalline. At 4" thermometer box was frozen so fast that it needed chisel to open it. Copper wire stays on stove pipe grew to 4 inches diameter of solid ice, At 10" some snow-flakes about 1 inch diameter were observed. Jan. 7.—At 9» there was more than an inch of solid ice on thermometer box and on thermograph (tin) box. At 20" mist and cloud driving over hill, fleeting coronas (red outside) forming as they passed. Jan. 10.—9th and 10th very stormy. At 14% 35™ indicator of telegraph instrument moved by earth current. Corona seen about 205 20™, Jan. 11.—Heavy drift all forenoon. had to be cleared several times. Thermometer box BEN NEVIS OBSERVATORY.—LOG-BOOK. [1883-84. were free. It was the one to windward. The instrument was not examined again till 5" on 30th, when it was found to be thickly covered with snow crystals, and quite unread- able. It was therefore taken in. Dry bulb temperature at 55,221. Dee. 30.—Fine day, with wonderful colour effects. At sunrise the zenith sky was very blue. The sun rose from cloud bank. About 3° above which was a layer of dark stratus. Colours and “loud bank) clouds as indicated in margin. To the N.E. sky at horizon was a dirty-green colour. Sun shone brightly all day, with curious reddish or copper colour under it, increasing in intensity downwards to horizon. Max. reading of black bulb zm vacuo, 47 inches above snow, 73°°8 at 13%, Shade temperature at same time 19°*5, Meteor seen at 20". Started from Orion, and went downward at an angle of 70° to horizon to westward. Clear starlight night ; very fine. Dec, 31.—At 7 dark red streak round Red Yellow (Stratus) Pale green ; 15° Pale violet eastern horizon for about 60°. At 8" 7° Green “oa colours as shown in margin. At 92 4° Yellow Horizon colours disappearing. Sun shone all day; dull reddish colour round horizon under it—greenish colours at opposite azimuth. Sunset red, passing into blue above §.8.E., sky copper colour. N.E. dark blue- green, becoming at 16 30™ a yellowish-green. Above — sun after sunset, sky red, passing into blue, and that into green still higher up. Above the green a curious mauve tint. These colours gradually died out from above. The moon was green, and continued so as long as observed, Clear starlight night. Jan, 12.—Thermometer box shifted. Taken in after noon observation, Max. and min, put out at 12> 31”, But dry and wet were so hard frozen in that they could not be got clear of the old box till 13", when they were put out. At 19" the bulbs of thermometers were 38 inches above snow. At 21" the box was covered with ice. Jan. 14.—This last two days everything has been covered with ice; the thermometer box needed to be cleared several times, the ice being hacked off with a chisel. The box taken in at noon on Jan. 12th took about 40 hours to thaw, although it was standing in a large pail about one yard from side of stove. Jan. 15,—Between midnight (Jan. 14) and 1* lunar corona seen. Distinct orange ring, 2° 30’ radius ; inside of which is the true corona, with blue next moon. Outside orange ring a bluish-green space edged with red or orange rim. ‘This space did not look like a second corona; the colour was too uniform. Radius of outer red ring 5°. This green in the outer ring strongly resembled the green tints seen in the recent sunsets. Moon gave usual continuous spectrum, but as the spectroscope was moved aside, just after leaving the outer edge of all, a pale lilac colour appeared at the green part of spectrum. At 14" the moon was surrounded by a very faint corona en- tirely blue. Jan. 16.—At 10" put out sunshine recorder for first 1884.] time. Sun was at times obscured by thin haze; a thick bank of cloud or fog lay over the other hills. Reddish- brown copper colour in sky under sun all day ; and more faintly, pale green at northern horizon. Towards sunset a rosy haze to N.E. The sunset was fine, though the colours had not the peculiar tints of the sunset lights at the beginning of the month. As the sun sank into the low-lying cloud bank to westward, the south-western horizon was coloured copper and reddish, while the north- east was bluish-green, with pink clouds above it. After sun had set, colours were as in margin. Reddish ; Green The reddish colour was apparently on a Orange very fine filmy cloud; above it sky was Cloud purple, passing into blue at zenith. The reddish glow died down from the top, and the lower colours turned into pale yellow, smoky to §., and pale green to N.W. Finally, a dark red streak was left in S.W., passing into yellow, green, and blue above. Venus appeared shining with bluish light. By 19" the colours were all gone. Black bulb thermometer was put out at 134 35™, highest reading 73°°3, corresponding shade tem- perature 32°°0. Moon rose soon after 22, and till mid- night was surrounded by a greenish-blue colour for about 15° on each side. Below this a reddish hazy colour near horizon. Colour near moon gave faint green, and nothing else in spectroscope. Jan. 17.—Mist from 4 onwards all day. Jan. 19.—Very fine in forenoon. Southern horizon yellow, northern faintly green; no copper colour seen. Black bulb put out, highest reading 76°:2, shade tem- perature 26°°5. At 14 clouds began to appear, at 14" 40™ sky was entirely overcast, and at 16% top was covered with mist. Wind very high at night from 8.W. Jan, 20.—Very stormy all day. At 21" Mr Omond and Mr Rankin went to take observation roped together. Jan. 21.—Very stormy in early morning and evening. At 194, 205, and midnight, Mr Omond and Mr Rankin took observation roped together. No temperature observa- tions taken at 21», 225, and 235, At 19 a bright light was seen along the edge of the cliff, forming a white glare about 10 feet broad, and lighting up the whole top of the hill. May have been due to snow blowing over and getting illuminated from below. Jan. 22.—-No temperature observation taken at 1*, but after that wind moderated, and ordinary observations were resumed. About 9 inches of fresh snow lying over old hard surface. Jan. 23.—Very stormy, with heavy snow-drift. At 14" box so choked with drift that wet and dry were unreadable ; temperature taken from spirit of min. At 15" the porch was so blocked with drift that exit was impossible, but at 16" observations were resumed. Jan. 24.—At 1* the door of the thermometer box was found torn off its hinges lying on the snow. Boxes were shifted at 134, the first hour at which it was practicable ; but dry and wet were not put out till 19". In spite of constant drift, the fresh snow was very much blown away. Jan. 26.—In forenoon wind backed from §. to S.E., and blew hard. As the drift made it impossible to read thermometer at 134, Mr Omond and Mr Rankin went out tied together, but found it impossible to go further than the end of the snow porch with safety ; at 16" they got as far as the box, but could not see instruments as the drift blew up into their faces. No temperature observations were TRANS. ROY. SOC. EDIN. VOL. XXXIV. BEN NEVIS OBSERVATORY.—LOG-BOOK. 319 taken till 22", when wind moderated, and observations were resumed. There was thus a gap in the temperature observations from noon to 21" inclusive. Quarter and half- hourly barometer observations were taken in afternoon. Lowest recorded reading (corrected to 32°) 23-173 inches. Jan. 28.—At 9" the thermograph was taken in com- pletely covered with fine snow, which had penetrated by the hinges of the tin box. It was nevertheless working as usual. From 9" till noon the top was clear, and the sun shone very hotly at times. At noon fog was observed coming on from N.W. Jan. 30.—During the day the wind veered to N.W., and at 205 the fire smoked so badly that the observers had to leave the house and stay outside for nearly an hour, till it moderated. One flash of lightning seen at 205 30™, At 225 the needle of A BC telegraph indicator was found at D, Jan. 31.—Top cleared at noon. sun, and green to N.; but not strong. Feb. 1.—In evening the wind was very squally ; observers needed to be roped at times. Feb. 2.—At 6" fog cleared off, leaving cumulus (5), and showing a filmy arch of light, extending from north- eastern to south-eastern horizon. At 7" the eastern horizon was pale green and yellow below, and pink above. At 8 the pink, yellow, and green had risen higher, and a red band was seen at horizon. By 9% the sun was shining, with a brownish haze under it ; sky bright and clear. At 10 the sky was hazy, and a very fine misty or dusty matter was passing along above Glen Nevis ; it was only visible when the sun shone brightly on it. At 10% 15™ everything was clear, and the colours in the sky very strongly marked ; but at 105 30™ the other hills were buried in fog. The fog con- tinued gathering on and driving over the lower hills, and between 16" and 17" the top of Ben Nevis was covered again. At 11" the thermometer box was taken off ladder and placed on a stand 17 inches above snow, while extra joint was being fixed to ladder. After 16" observation, the max. and min. were put into fresh box on ladder 54 inches above snow, while the old box was taken in. The dry and wet were frozen hard into it, and while taking Copper colour under them out at 235 the dry bulb was broken. At mid- night wet bulb No. 7 was put out as a dry bulb. Feb. 3.—At 4" crystals of ice and sleet fell. By 15% the thermometer box was thickly covered with ice; this was cleared off at 19", and no fresh ice formed till 7" on 4th. Feb. T.—About noon two birds, thought to be hawks, were seen flying backwards and forwards over the ridge to N.E. of Ben. Feb. 9,—At 15» hill tops round were seen with very little snow on them, A weasel (white) seen at window next Mr Omond’s room. Feb. 13.—_Not much snow on other hills; apparently none below 3000 feet. Feb. 14.—At 16” fog disappeared off Ben Nevis, leaving white mist rolling about below round the other hills, but sky clear. Faint copper colour to §.W. where horizon was hazy, and very faint yellow-green to N. At 172 sun was setting into thick bank to 8.W.; fog had partly cleared off other hills, and was driving over top of Ben at times. At 175 40™, just after sunset, there was a pale crimson streak above bank of cloud, then belt of stratus dark red, then yellow-green passing above into pale green, then a 3Q 320 purple glare passing into the blue sky above. only streaks of yellow and red above cloud bank, above this crimson, above that a peculiar yellow-red passing through a whity-green into the blue of the sky. At 18" red streak to W.S.W., with belt of dark stratus above it, and pale green above that. Dirty yellow to N.W. and S.W. No colour to N.E. Other hills clear of fog, and stars coming out in clear sky. At 19" still a faint greenish glow low down to W. At 22 moon rose yellow in colour. At 23 there was a reddish or copper colour under her. Feb. 15.—Very stormy. Every thermometer observa- tion, except the one at 9%, taken by two observers roped together. Feb. 16.—Very stormy; every observation from 9" to 19" inclusive taken by two observers roped together. At 205, as soon as Mr Omond went outside door of snow porch, he was lifted off his feet and blown back against Mr Rankin, who was knocked over. Therefore no thermo- metric observations were taken at 20" and 21}. Feb. 17.—Very stormy. Every observation from 9} to 21" inclusive taken by two observers roped together. Feb. 18.—Snow porch almost entirely blocked with drift, no observation taken outside at 10; every other one from 9" to 21" taken by two observers roped together. At 17" fog began to break into very dark scud flying close over hill. Top remained clear till 54 next morning. Feb. 19.—Very stormy. Every observation from 9 to 21" inclusive taken by two observers roped together. The snow crystals formed on ladder, &c. for last few days have been of a greyish colour, with an oily taste. Feb, 20.—Wind lulled in early morning, but rose again at night. Feb. 21.—Very stormy in morning ; lulled in middle of day. Top clear. At noon cir.-str, seen forming to 8. and S.W. No special colours at horizon, but at 19 a pale glimmer to W. Feb. 22.—Top clear. No colours in sky except faint copper colour under sun above white fog lying over south- ern hills. Feb. 23.—Thermometer box shifted at 11% At 19" whitish-green glow to N.N.E. Dark red low down to westward. Feb, 24,—From midnight (Feb. 23) to 4" aurora seen. Got gradually fainter up to 4%, Only one streamer observed rising at intervals from the same part of arc. Are very low down, not above 5° to top. No colours or sounds. At 9 top clear, and hills round free of fog. Copper colour under sun ; other sky normal. At 13" white fog formed on hills E. and W. of Ben, and by 14" top in fog. Fog only lifted once during afternoon. Upper sky had some cirrus on it lying N.W. and §8.E., moving pro- bably from N.E. Feb. 26.—Glories seen occasionally at cliff. Feb. 27.—Minimum thermometer laid on cotton wool on snow all night. Reading at 9" 17°:7, Corresponding minimum in box 17°*1. Feb. 29.—Stormy in early morning; door almost blocked with drift. Shifted thermometer box at 10". Mar. 1.—Snow porch at outer door is now about 33 feet long, with a rise of about 12 feet in its floor, Mar, 4.—At 10" 50™ solar halo observed. Red inside. Colours very faint. Approximate measurement of radius by stephanome 22°, At 20" Junar halo observed, white. BEN NEVIS OBSERVATORY.—LOG-BOOK, At 174 50™- [1884. Very faint, approximate radius 23° 45’. At 21 corona observed. Double. Usual colours from moon out to first red ring. Then bluish annular space tinged with red out- side. Radius of first red 2°, second 4°. Mar, 6.—Box shifted at 18", By 19" coating of ice on box to windward. : Mar. 8.—At 5° 10™ a peculiar glow was observed all round horizon. To N. and E. it was partly hid by banks of stratus, but to 8S. and W. it took the form of an arch or belt of light, white in colour, and dipping down to southern horizon. The breadth of the belt to S. was about 10°. The height of top, at highest point to W., about 30°. The upper edge was distinctly marked, the lower one filmy and indistinct. The stars were seen through it, and the sky above the dip to 8. was very dark. It was calm at the time, cloudy and very quiet. At 6% the clouds to S. were very ugly. The wind slowly increased from §., and by midnight was force 6 to 7, Slight snow shower in forenoon. Mar. 10.—Heavy squall at night. The 21 observation was taken by two observers, and none other was taken till after midnight. Mar, 11.—Fine all day. At 5" detached thin clouds passing under moon formed corone at times. At 6" east- ern horizon coloured yellow, blue, and violet. Though the sky was pretty clear, the atmosphere was scarcely ever dry, and detached masses of cumulus were observed float- ing above most of the surrounding hills. Mar, 15.—At 20" the sky, where not obscured by clouds, was of a milky white colour, through which the stars were seen. At 235, just before the moon rose, there was a cone of misty whitish-green light rising from eastern horizon. Mar, 21,—At 17 shifted thermometer box. Mar, 26.—Fine all day. Sky blue, without any unusual colours in it, except a brown haze round the sun. For most of the day there was white fog or stratus over the southern hills, while all the northern and western horizon was hid by a low-lying dark purple haze. Sky became overcast, and fog came on in evening. April 1,—At 14 thermometer box was shifted. April 7.—At 3" lunar halo observed, not well defined, white. Radius by stephanome 22° to 23°. At 11” ther- mometer box shifted. April 8.—At 3 a double corona seen; and at 3h 5m a meteorite. All day cumulus fog over surrounding hills. At sunset at 205 the sky to N.W. was coloured as in margin, the yellow coming down to the (Stratus) horizon to westward. At 23" a blue Yellow and lunar corona observed, radius about 4° 25’ Green by stephanome. Hed April 9.—Lunar blue corona seen up to 34, Very fine morning ; but later cumulus fog formed over southern hills and in valleys, passing over Ben Nevis at times, By 15% fog was completely covering hill top. April 10.—At 2" lunar corona observed. Inner space blue, then green ring, and red ring outside all, Radius of red ring 4° 15’. At 55 sunrise colours of sky seen as in margin. Horizon hazy all day; at night haze rose higher, and moon was seen through it of a blood-red colour. April 11.—In morning heavy cumulus fog over sur- rounding hills, occasionally passing along sides and over Blue Purple Green Yellow Red 1884. | top of Ben Nevis. Top in fog from 11" to 15% At 234 heavy cumulus fog all round, and red glare under moon. At 175 20™ an earth current moved needle of A B C telegraph indicator six letters on dial. April 13,—At 4" lunar corona observed, very misty looking, with red ring inside an outer greenone. Cumulus cloud, and fog round horizon all day. April 14.—Heavy dark clouds, and fog round horizon all day. April 15.—Dark cumulus round horizon all day. April 17.—Stratus and cumulus hanging about horizon all day. Sunset very fine, showing all the spectroscopic gradations of colour. At 22 a magnificent aurora was observed. It formed a double arch of light, with dark space under it. At 225 5™ streamers were shooting up- wards from all parts of both arches, and at 224 12™ the two disolved into one broad, badly defined arch. ‘The centre of the upper arch was about 20° above horizon, and of the lower arch 10°. The upper extended from W.N.W. to E.N.E., and the lower from N.W. to N.E. After 20" 15™ the aurora consisted mainly of horizontal waves of light, rolling upwards to nearly the zenith, and appar- ently converging there. Mingled with these waves were long rays, shooting upwards towards the zenith, and reach- ing to within about 15° of it. By midnight it had dis- appeared; but the upper edges of the clouds on northern horizon were still luminous. No definite reflection of the aurora in any of the lochs was observed, and no spectro- scopic observations were made on it. A meteor was seen near zenith at 22" 20™. Quiet, fine, but rather dull weather followed for the next few days. April 21.—At 8" with light fog overcast sky, and temperature of 25°:8, small soft crystals of snow fell; dead calm at the time. April 23.—Grey crystals of snow forming; some an inch and half long. April 24.—From 22" to midnight a luminous appear- ance in sky and clouds, especially to N.E, April 25.—At 1 a faint aurora seen; no arch visible, but streamers, very bright at times, were observed rising to a height of about 30°. At 2 faint glimpses of the aurora were seen through fog. At 3 neither arch nor streamers were seen, but spasmodic flashes of light rose, apparently from quite close at hand in the fog towards the zenith. At 3" 5™ fog cleared off, and a cone of light with its base along horizon from N.N.E. to E.S.E., and its vertex 5° east of Cassiopeia was seen. At 45 the cone was larger, reaching to within 20° of zenith. The needle of A BC telegraph instrument was moved on three letters by an earth current at 3 5™, At 35 5™ bright meteor seen. Started at 30° elevation, bearing E. and §., and fell verti- cally downwards. April 28.—At 3" triangular patch of sky rising from N.E. horizon as far as Cassiopeia, of a milky aspect. Very few clouds at the time. Sun did not rise till after 4". April 30.—At 1» doorway was almost choked with drifted snow. At 10 30™a heavy shower of very large hail fell. Red a3] Gro Green May 3.—At midnight brilliant lunar Reddish corona observed ; colours as in margin. It Yellow disappeared suddenly at 0» 5™, before there was time to take any measurements. May 4.—The hills round Ben Nevis were seen to be covered with fresh snow for a great part of their height. BEN NEVIS OBSERVATORY.—LOG-BOOK, 321 At 14" 45™ heavy hailstorm with thunder. The needle of A B C telegraph indicator moved on three letters. May 6.—Box shifted after noon observation. Badly defined lunar corona seen at midnight. Radius of red ring 3° 45’; of blue 2°. May 7.—At 8» a solar halo observed, red inside, bluish colour outside. Fog was passing at the time, and when it came on, the halo disappeared; but a corona was seen formed on the fog. At noon snow came on and drifted heavily. At 155 the doorway was blocked at the upper end, and no temperature observation was taken then or at 164; but at 17" a hole was made vertically upwards. By this means the observations were continued, the hole being covered, when not in use, by sacking and boards to keep out drift. May 11.—Solar halo observed at 10". red inside, Radius by stephanome 22° 30’, box shifted at 195. May 13.—Faint solar halo, red inside, at 10®- May 18.—At 20" thermometer box was covered with feathery snow crystals, particularly on the upper edge at the west side. May 19.—At 9" huge masses of cumulus cloud above southern hills. At 14 30™ thermometer box shifted. May 22.—In the afternoon a tourist with a horse visited the observatory. This was the first horse up this year. May 23.—At 11" the higher clouds to northward were observed to be whirling round and getting torn to bits. At 13" solar halo observed. Radius about 20°. Colours very brilliant, red inside, blue outside, yellowish in centre, Horizon hazy, with cumulus above it all day. A robin redbreast seen, singing near the second gorge, from observa- tory inafternoon. At 19"the N.W. horizon was brownish- yellow in colour; and the sea near the Isle of Rum fiery red. May 24.—Very fine; sky almost cloudless, but thick haze all round horizon. Before sunrise and after sunset a dense fog filled the valleys among the more distant hills to north and east. May 25.—Very fine; but more fog hanging about the surrounding hills than yesterday. May 27.—At 3" the north-eastern sky was coloured as in margin. At 10"a green belt was seen above the horizon from 8.W. to N.W., with dark objects appearing and disappear- ing in it. Hardly any snow to be seen, except on Ben Nevis, on the flat-topped hill to the eastward, and on the Cairngorms. May 28.—A level sheet of fog filled all the northern valleys, coming as far south as the head of Loch Lochy, from 35 to 9}, May 29.—At 9" the large bulb of black bulb was covered with a film of moisture to windward. The read- ings of dry and wet were 39-7 and 39:1; clouds were passing overhead, almost touching the hill. June 3.—Solar corona at 95 5™, Red inside, blue outside. After 15" the thermometer box was removed from ladder and placed on wooden stand, 13 inches above snow, while the upper joint of the ladder was taken off. At 16% a fresh box was fixed on remaining part of ladder, 45 inches above snow. At 11" the sky was overcast with stratus, and the clouds were observed to be thinner just above the top of Ben Nevis than elsewhere. Well defined ; Thermometer Green Yellow Red Haze 322 June 8.—At 23" snow crystals began to form on thermometer box. At midnight lunar corona seen, red outside, with blue margin beyond. Radius of red 2°:30. Very misty ; size apparently varying. .B. This arrange- ment of colours probably explains the entry, on June 3, of a solar corona with blue outside red. June 9.—At 1" double lunar corona observed. Colours as in margin. The inner one had all the cate gradations of spectroscopic colours, the Red! outer only blue and faint red. Radius of Yellow inner red ring 2°, outer 4°. When scud Blue * passed over the hill top the corona was ) hidden. At 2 the inner rings observed as before ; but the outer blue and red were not visible. During the afternoon the whole sky was covered with a pallium of cum.-str. clouds. The horizon was clear, and the sun was seen to be shining on the western sea and islands. Rum, Canna, north-west of Mull, and the Outer Hebrides looked as if they were slightly raised by refrac- tion. June 10.—At 7" all the surrounding hills were buried in white fog. Cir.-str. seen at 84 10™ moving from N.W. ' Mist came on at 13", and lasted till near midnight, when the air suddenly became very dry, with a strong 8.W. wind. June 11.—Short period of cold and drought, with strong south-westerly wind up to 34, Dry and wet at 2» beyond Glaisher’s tables. In afternoon James Miller found a flower growing on the rocks at the edge of the north cliff opposite the large cairn. June 12.—All night the thermometer box was covered with glazing of ice. At 16" the cage for instruments (5 feet high) was seen for the first time this year. June 13.—Thermometer box shifted at 34. June 14.—All night the thermometer box was covered with ice crystals. June 16.—Very misty ; the mist being thicker on sides of hill, but wetter on top. June 17.—Foggy till 17" 30™, when top cleared, and mist sank below 3000 feet line. All the evening nothing was to be seen except a few hill tops rising through the clouds. This cloud was very level as a whole on its upper surface, but broken into many small billowy ridges. After sunset the sky just above this cloud to N.W. was blood-red, with yellow, green, and blue above. ‘These colours continued all night, following the sun round from N.W. to N.E., and only disappeared at sunrise. At 19" double or triple glories seen at east end of hill top. Colours as in fig. 2. No. 1 was very indistinct, a mere blotch of colour. No. 2 was the brightest of them. No. 3 was not so bright as No. 2, and sometimes was not seen ; but, when visible, was quite sharp and distinct. The following measurements were taken by steph- anome. Red (2) Blue (2) Red (3) R.T.O. 1° 55! 1%, 50! Su LO! Aros 1° 55’ - 3° 80’ The glories were formed on the upper surface of the cloud layer mentioned above. June 18.—The upper surface of the cloud layer sur- rounding hill was very level, and it came flush up against the sides of the hill without rising or falling, just like a sheet of water. About 7” this cloud was rising bodily, and just before it reached the level of the hill top a thin BEN NEVIS OBSERVATORY.—LOG-BOOK, [1884. wet mist came over the top from the north. At the same time glories were seen. At 8" double fog-bow with faint glory round shadow of observer in centre seen. About ¢ of the circles were visible (270°), the rest being cut off by the shadow of the hill. Colours as noted in fig. 3. The inner (fog) bow was narrower, and not so distinctly coloured as the outermost. These bows were too large to measure by stephanome ; they looked about the size of rainbows. June 20.—At 15 the hill was surrounded by fog, standing high above the top, but not resting on the sides of the hill. At 23" the sky cleared overhead, the clouds apparently thinning away gradually without moving. June 21.—Heavy dew and hoarfrost in early morning. June 23.—At 4" 15™ a 5-inch rain gauge was put out about 700 inches E.N.E. from cage—to be read hourly. June 25,.— All the early morning the wind was northerly and pretty strong. Coming up over the cliff it broke into eddies, the back-swirls of which, though not as strong as the true wind, were very distinct. June 26.—At 205 20™ top cleared, leaving sky with cum,-str. (10) over it. Dense white fog covered western hills, and filled valleys to E. The sky gradually cleared, but fog came on again at midnight. June 27.—At sunset the sky was coloured as in margin, with rays shooting upwards of pinkish colour to about 20°. At midnight the northern sky was still red, yellow, and green, above the haze. No fog in valleys. June 28.—Thick haze all round. At midnight the sky was scarcely coloured to the north at all. June 29.—Though the sky was clear, the sunrise colours were very faint. In afternoon wind blowing up from Glen Nevis formed fog a little below Wragge’s well. June 30.—At midnight observed very low-lying white fog in Glen Nevis. July 2.—At midnight long streamers radiating from the zenith were observed. They seemed to be composed of filmy cirrus, but looked almost like an auroral arch. — They were about 45° long, and reached from N.E. to W. July 5.—ULightning at 2» 25™, Needle of indicator moved. Thunder at 25 45™, and rain at 25 48m Lightning again at 225 25™, July 11.—Thunder heard at 16" 15", Hailat 172 15™, and fog came on for a short time at 174 20™ Faint badly defined corona at midnight. j July 19.—Small fragment of rainbow seen at 174, © This is one of the very few occasions on which a rainbow has been seen from Ben Nevis as yet. 7 July 20.—Very fine morning, with clear views. The sea below dead calm—detached cumulus above other hill tops. At 9" the formation of this cumulus from fog rising perpendicularly out of the valleys was noted. At 18" rain — was seen to be falling at the moor of Rannoch. At 215 ugly heavy cumulus seen to the §.W., and at midnight snow came on. July 26.—At 10% solar halo observed, colours quite distinct, red inside. Radius of red by stephanome. Ist measurement, 22° 45’ Blue Purple Green Red Horizon 9° , Mean, 22° 54’ ji # a e ; 4th 8 23° 20 July 27.—Fine all day ; fog rising from valleys, and forming cumulus above hills. Sea below quite calm. — 1884.] July 28.—At 21" the sky was covered with a pallium of stratus, and the valleys filled with fog, but to the west there was a distinct edge of light shining between the two layers. July 31.—At 23 and midnight rain in curiously large isolated drops. August 1.—At 25 the top and surrounding hills were clear, but fog lay over the moor of Rannoch. At 44 fog hung in patches on the southern hills, and the clouds seemed to be closing down on Ben Nevis. At 6" light fog was passing over the top, and for the rest of the day it was covered with dense fog or mist. August 6.—From 22> to midnight the moon shone brightly ; the sky under it, down to the haze that hid the horizon, was of a brown colour, similar to the hazy brown colour seen round the sun. August 7.—At 18" a few drops of “thunder rain” fell. August 8.—At 205 thermometers 50852 and 50850 were put out in large box (old clock-box), as dry and wet, with max. 117293 and min. 116918. At 9" 45™ max. 138590 and min. 138533 were taken in from small box on ladder. At midnight badly defined corona. Faint lightning seen from 23 to 1" on 9th. August 9.—Heavy cumulus and haze round horizon all day. At 19 fog came up from Glen Nevis and covered the top. August 10.—At 2" a dim lunar corona Greenish : : White observed. Colours as in margin. Cum. Yellow fog at horizon and over lower hills all day. Red August 12.—At 3 badly defined lunar corona, red outside. Radius of red= 2° 50’. August 13.—Faint sheet lightning at 1». August 17.—In early morning dense fog in valleys ; at 8" this fog was observed to be rising and covering the hill tops. August 20.—At 6" the sky was clear except for some light cirrus ; the lower hills almost completely buried in cumulus fog; and the sky, below the sun, of a purple hue. August 25.—The two following extra observations were made :— Bar. Dry. Wet. Wind. Force. Cloud, Oo s0me 25°573 32°0 32°0 S.E.. i Mist. 23h 30™ 25°567 31°9 32°0 N.NE. var. 0-1 Mist. At 235 30™ heavy gusts were heard at the east end of the hill, not coincident with and evidently much stronger than those passing the observatory. August 27.—At 2" faint aurora observed about 30° above horizon to westward. At 3" the aurora was flashing all over the western sky. Meteors observed at 28 19™, 2 Zo and at 25 12™, ») August 31.—At 21» 12™ a double lunar White corona and a lunar fog-bow were observed. Bow Colours of corona as in margin. Radius Blue of outer red= 4° 32’, inner=2° 15’, Green Sept. 3.—At 23" a large double lunar mellow corona was observed. e Sept. 4.—Thunder was heard at 145 4™, at 185 2™, and below in valley to S.E. at 188 7™. Heavy hail fell at 18" 32™. Meteor seen at midnight. Sept. 11.—At 1® corona observed. Radius of red ring 3° 22’, yellow inside the red ring, and having outside the red a blue margin. This corona was formed on thin scud passing over the hill; the margin was only seen when the scud was very thin. TRANS. ROY. SOC. EDIN. VOL. XXXIV. BEN NEVIS OBSERVATORY,—LOG-BOOK, 323 Sept. 13.—At 195 20™ the sky after sunset was crossed by streamers radiating upwards, of a mauve colour, and extending to about 30°. Before this there had been merely red, green, and violet above the haze to westward, and a mauve glow to eastward. At 21 aurora observed ; single arch, no streamers, giving green band in spectrum distinctly. At 22" the aurora had no streamers, but had two pendants hanging from it, sloping westwards. At midnight the lower edge had greatly lost its sharpness of definition, but streamers were rising from the western part of it, to a height of about 60°. These streamers appeared to be very long and thin. Sept. 14.—At 1" the aurora was well defined, with a wavy lower edge. No streamers, but waves or pulsations of light at intervals. This continued till 45, after which hour it gradually faded away. Very fine and clear all morning, but with a reddish-brown haze round and under sun, forming a rude corona at times. Beautiful sunset, but no streamers or distinct glow observed. Aurora again visible—at 22" it formed a single well-defined arch, with- out streamers, but with two bright patches below it in the dark space. For the rest of the night it was seen dimly through fog, and apparently did not alter in character. Sept. 17.—Meteor seen at 1"7™, about 40° above horizon to the §.S.E. In the afternoon glories were seen on the fog in the valley to north. Red outside, with yellow, green, blue, inwards. At times, a faint outer one seen; but they all were too evanescent for measure- ment. Sept. 18.—At 15 3™ A B C telegraph indicator was moved forward four letters. At 10" solar halo with colours observed. Radius roughly about 20°. Blue Sept. 19.-—-At 5 the eastern horizon was _ Greenish coloured as indicated in margin. Sun rose Yellow at 52 55™, At 88 red haze round sun of Dark red Horizon about 20° diameter. At 9 sky hazy round sun, pale dirty white at horizon, and deep blue at zenith. Sept. 20.—At 15" glories seen on fog, very similar to those observed on Sept. 17. At about 225 5™ a large round black cumulus cloud came up from the 8.W., with velocity 5, and went almost directly over the top of the hill, spread itself out forming a pallium. Sept. 22.—Began to experiment with new rain-gauges with opening in side. Oct. 4. Fine morning; red and purple colours in sky between sun and horizon. While the moon was partially eclipsed, a strong double corona appeared round it. Oct. 5.—At 15 15™ fog-bow, double, observed. Radii approximately 36° and 32°, At 1 30™ triple corona ob- served. Radius of lst ring, 2° 0’; 2nd, 3° 5’; 3rd, 4° 20’. These numbers are only rough. All day the lower hills were buried in a level sheet of fog. Reddish haze under sun and moon. Beautiful sunset. Meteor seen to S.E. at midnight. Oct. 6.—At 6 eastern sky coloured as Fink indicated on margin. Day very quiet and Pink streamers warm. After sunset, at 18", orange, yellow, Bale pacts : - ge-red green, and pink colours to westward. Some streamers in the pink. At 19" dark red and pale green showing. Apparently no afterglow. At 145 a wasp was seen on the top. Oct. 12.—Lunar corona at 5%. Colours Bing asin margin. The outer blueincoronas of pie this type forms a distinct margin or glare. y 324 This corona was formed on passing fog and scud ; its size appeared to vary. Oct. 16.—At 1" bright light seen low down to north- ward ; might be aurora, but no green line was visible in spectrum. Oct. 24.—At noon sky to N.W. dirty yellow, at 13 greenish and brown, and at 14" bright red. At 19 faint lunar corona visible. Nov. 1.—At midnight the clouds above the hill had a very misty look, and seemed to hang down clear of the hill on each side. Nov. 3.—At 11" fog-bow observed with colours, red inside. Nov. 7.—At midnight faint misty corona observed ; red outside. Diameter of red= 5°. Nov. 10.—At 15" there was heavy cumulus round horizon, but no fog in valleys. Near the sun the sky showed a brown glare, while the northern sky was pale green. At 22» 10™ clouds were observed blowing across from the southern hills, but vanishing before they reached Ben Nevis. Nov. 13.—At 6" faint corona seen, no distinct colours, but a faint red ring with white inside and blue out. At noon glory and fog-bow seen in valley to northward. Sky beneath sun at noon bright yellow. At 19" dark belt all round horizon about 5° high, darkest to westward ; the rest of the sky milky looking. You. 14.—At 7" the eastern horizon was_ brightly coloured ; the order of colours being, red and yellow to about 3° above horzion, green 11°, blue 50°. The sky to the west being ofa faint purple hue. Among these colours were streaks of filmy cloud; sky otherwise clear. Three times, at intervals of about 5 minutes, a very small cloud shot up from the horizon to E.S.E. like a puff of smoke from an engine chimney, and then fell and disappeared. At 75 40™ the colours to E.S.E. got watery looking, the streaky clouds increased, and the sky for about 8° above the yellow part was almost white. At 7 44™ a purplish-pink arch appeared to the W.N.W. The arch was about 7° broad, and clear space underneath, some 5°, was pale sea-green in colour. It lasted till the sun WY MMM rose. As the sun rose, it took the above forms in suc- cession, as it passed through the streaks of cloud. The streaks of cloud were invisible, except when brought out by the sun and the colours in the sky. At 8" the sky under the sun was brick-red in colour, in the forenoon the sun was surrounded by a dusty looking red corona, the inside radius of which was about 11°. At 11" this corona had a white watery look inside between the reddish- band and the sun. The haze under the sun was brick- red. At sunset the sun had a flat-topped look while pass- ing under the horizon, the northern limb being slightly BEN NEVIS OBSERVATORY.—LOG-BOOK. [1884. higher than the other. A distinct pink afterglow was observed on cirrus clouds. At 18 there was still a white glow to W. At 19% fog was on hill top, and sky obscured. Nov. 15.—Light fog on hill top in early morning, clear- ing off about sunrise, but leaving detached patches on hills round. At 7 20™, be- l fore sunrise, pink streamers appeared to S.E. Just above a heavy cloud bank 7 there was, first a narrow belt of red, then a patch of yellow and orange, above that dirty green colour. The streamers shot up through this, apparently HORIZON. sloping towards the obser- 77 77/(/9IAm ver. The sky at zenith was deep blue, while to westwards there was a watery pink glow. As the sun rose it assumed these forms. These figures 7 are copied from tracings made by focussing the sun’s image on a sheet of paper from a telescope, and pencilling the outline. Nov. 21.—At noon the sky was pretty clear (cum.-str. 4), but fog low down all round. The movements of this fog showed a descending current on the south side of Ben Nevis, and an ascending to westward out of Glen Nevis. Wind, N. and E., force 4 to 5. At19 the moon was shin- ing through haze to 8.W., looking very red, and with a glare like what surrounded the sun during the day. Nov. 23.—At 6" faint glow to 8.E. near horizon. At 7» yellow, green, blue, and violet colours at S.E. horizon. At 8" still bright colours to §.E., and splendid sunrise. At 95 glories observed on fog to N., apparently about 2 miles distant, showing five red rings. These continued all day, the number of rings varying from 3 to 5 (see fig. 4). At 14 measurements were taken—Ist red, too small to measure; 2nd, 2°; 3rd, 3° 15’; 4th, 4° 50’; 5th, too faint to measure, The Ist ring was blurred and indis- tinct-looking. The 5th ring was incomplete, and very faint. In each ring red outside and blue inside. At 8» church bells (? Fort William) were heard from top of tower. At noon the red haze under the sun to the form of a crude partial halo. Radius of inner side, 10° 40’ ; of outer, 23° 30’. At 145 the level top of the fog round the hill was at about 3000 feet. By 15" it had risen almost the height of Ben Nevis. Very little colour in western sky at sunset, and no afterglow. A faint light observed to N. at night, which might be auroral ; but no green line was visible in spectroscope. HORIZON. My Nov. 24.—At 6" faint glow to E.S.E. aoe 7h 5 . ue At 7 colours above cloud bank at horizon @yeen as in margin. At 8 sky and clouds to Yellowish N.W. pink. At 7" 14™ while Mr Rankin green — was looking out of the tower door with a velo ren telescope, and steadying it by holding it up against the wooden framework of the tower, he felt several distinct shocks or tremors, more intense than and of a different character from the vibrations caused by wind. No noise was heard outside, but a faint rumbling in the 1884. | wood-work of the tower. It seems to have been due either to earthquake or to the tower settling a litile. Nov. 26.—Thermometer box shifted at 17%. At 23 the snow post near rain-gauge (A) was found to be thickened by snow crystals to a size of about 20 inches by 12. [The size of the post is 7 inches by 3.] Nov. 29.—At 2" small corona seen. Very yellow look- ing, inside red, with blue margin outside. Radius of red 1° 55’. At 16" fog all over northern hills, but visibility to southward. Sky faintly red to §.8.W., yellow and pale green to 8.W., and dark to E., which might be earth shadow. No afterglow. At 17" moon was shining brightly, with under it a reddish-brown haze. At 185 faint blue corona round moon. At 22 corona with blue margin, colours inside red, not distinct. Radius of red, 1° 55’. The outer blue not always seen. At midnight very faint halo. Nov. 30.—At 1" faint halo, no colours, inside radius roughly 18° 20’ by stephanome—probably halo of 22° radius. White snow crystals forming rapidly all after- noon. Dec. 1.—Corona with red outside, but blue margin, formed on scud passing over hill. Radius of red, 4°; space inside red blue looking. When the scud clears off, this corona disappears, but the moon is seen surrounded by a very much smaller one, very yellow looking inside the red. At 3" misty corona formed on scud. Red outside. Radius of red, 2° 52’. Dec. 4.—At 1» corona. Red outside. 2°. Blue margin seen at times. Dec. 5.—At noon sky watery-looking round sun, and red and yellow in colour under it. Horizon dark blue to N.W. At 15" thermometer box shifted. Dec. 11.—The snow post at Wragge’s hut, after being covered with snow crystals, got glazed over by rain falling while the temperature was below 32°. The top was covered by an umbrella of snow about 15 inches thick by 40 to 50 inches across. The diameter of the shaft was about 20 inches, and the height 100 inches; the post itself measures only about 6 inches by 24. Dec. 17.—The snow near the Observatory was observed to be lying in waves with some 50 or 60 inches between the crest, the line of crests running perpendicular to the wind. Dec. 20.—At 3» thermometer box shifted. Dec. 21.—At 16" a heavy bank of cumulus hid the afterglow, but some cirrus clouds to N.E. had a pale red glow on them. At 16 25™ the cumulus cloud was almost gone, and a glow visible, extending downwards till it met the ordinary sunset colours. colour. The glow lasted till shortly after 17%. Dec, 22.—Fine sunrise. At 7" a pale green band ap- peared just above §.E. horizon. At 8 sky to W. purple, with dirty sea-green under it, while to E. and 8.E. it showed bright red, yellow, and purplish pink. After 84 this red and yellow extended in both directions, forming a coloured horizon all round; above this the sky was whitish green, and above that again was a band of pink, showing all round, but most brightly to N.W. These belts extended to about 15° above the horizon all round. The zenith was blue. The sun rose at 8 42™ and these colours faded away, leaving a hazy red and yellow all round horizon. Before the sun rose the snow on the hills to N. and N.W. was smoky green in colour, when contrasted Radius of red BEN NEVIS OBSERVATORY.—LOG-BOOK. The moon was pale green in 325 with the snow on Ben Nevis. The sky was cloudless down to the horizon. At 10" hazy red corona round sun. This continued most of the afternoon. At 16" 30™ there was a very faint pink glow to N.W. on cirri clouds, the sky below being bright red and yellow. At 20% and 21” aurora observed, single arch, stretching from W.N.W. to N.N.E. No streamers; height of top of arch about 20°. At 22 the eastern part of the arch had a wavy or toothed structure below. Dec, 23.—To-day the feathery snow crystals, forming on exposed surfaces, were grey-brown in colour. Dec. 24.—The snow crystals forming to-day are white in colour, and contrast strongly with those of yesterday. Dec. 25.—Before sunrise (at 8) sky dirty green to S., with pale yellow above, and a faint pink tint on cirrus clouds. At 10" the sky below the sun was red. At 11 triple glories seen to northward. Very faint rosy corona round sun at noon, At 16" very thin scud was passing across the hill, which “glowed” with the same colour as the usual sky afterglow. At 162 25™ distinct patch of afterglow. Other << 20° to 30° »> 1 colours as indicated in Pink glow margin. At 165 40” Yellow Yellow 20° the glow was gone, and Red = Yellow ‘Red 2 Fog ==== = = is the sky coloured orange and green, but fading gradually. All day the lower hills were hid in level-topped fog, rising to about 3000 feet. At 174 lunar corona observed. Very misty. Radius of red, 2° to 3°. Very green and yellow in appearance. No blue, and red faint. At 20" very faint blue corona round moon. No other colour visible; the radius of blue about 2° 5’, At 22 small corona. Red, too small to measure, with yellow inside it. Blue extending to about 3° 10’ radius. At 23" there was no corona, but a slight darkening of the sky under the moon. At midnight corona without blue margin. Radius of red, 2°. Dec. 26.—At 8" the S.E. horizon was of a bright golden colour. The valleys were filled with fog, not rising higher than 2000 feet. At 94 araven was seen near the second gorge. At 13 solar fog-bow, and at 22" lunar fog-bow, ob- served ; too large for stephanome. mace Dec. 27.—In the middle of the day dense nine? fog over all the lower hills, rising nearly to Req? the height of Ben Nevis, say about 4000 Blue? feet. Also brown colour under sun. Sun- Red? set colours faint. No afterglow. At 18% ee lunar corona observed. Colours as in mar- gin. Radius of blue, 1° 50’; radius of red*, 2° 25’; radius of red3, 4° 30’. At 174 very faint lunar halo seen. At 205 lunar corona with colours as in = i Red? margin. Outer red, rather faint. Radius Blue of red!, 2° 2’; radius of red?, 4° 5’. At Red? 21" double corona still seen. Its size Yellow appeared to vary, being small when the sky was clear of low clouds, and enlarging as the scud passing over the hill thickened. Dec. 28.—At 10" lower hills buried in fog to about 3000 feet. By noon the fog was broken up into detached pieces in the valleys, and mixed with haze-copper colour under sun all afternoon. At sunset sky was orange and yellow to S.W., and blue-black to N.E. No afterglow. At 21 the moon was surrounded by a white glare of about 5° radius. No halo or corona. This glare lasted all night, but at 23 and midnight there was alsoa faint blue corona. 326 No other colours visible. Outside radius, 3° 25’. The glare at the same time had increased to about 15° radius. Dec. 29.—At 3% the sky under the moon was copper coloured. Corona at 20" red outside. Radius of red, 3° 28’, BEN NEVIS OBSERVATORY.—I10G-BOOK. [ 1884-85. At 23 double corona, colours as in margin. Red Outer red very faint. Rather misty look- aye ; : a ed ing, the size appeared to vary. Radii of pine inner red, by stephanome, 3° 40’ and 3°55’. Yellow 1885. Jan. 1.—Snow crystals forming all day at from 1 to 2 inches per hour. The tower chimney was several times choked by crystals forming under the small inside cowl. Jan. 2.—Very wild sunrise. At 8 the §.E. horizon bright red and yellow, with cir.-str. above tinged with brown-red on lower surface. At 9 this colour or glow had disappeared, except to N.W. ; the sun was about 5° above horizon, clouds dense and watery. Jan. 8.—At 2 rain-gauge not found, probably blown over the north cliff. Jan. 11.—At 9" rain-gauge blown away. At 11? ther- mometer box shifted. The snow drift blown up the cliff near the plateau of storms was seen to rise from 100 to 200 feet in the air, and pass away to leeward in clouds, re- sembling ordinary small scud clouds. Jan, 12.—Thermometer box shifted at 14". Jan. 14.—Bright sunrise colours, but no upper glow in sky. At 10" hazy rosy corona at sun. At 165 E. sky showed colour like afterglow. At 185, however, there was a faint red and pale green glow above western horizon. Jan. 15.—Began to use new pattern rain-gauges. No upper glow at sunrise. During the day brown haze round sun, strongest below it. At 16" 30™ no afterglow to W., but faint glow to E.N.E. At 6% 40™ the western afterglow began, and the eastern glow disappeared. At 65 50™ the afterglow was distinct to westward. At 7" it was fading. Jan, 19.—At 174 (after sunset) red, yellow, and green to westward. No upper glow. At 18h pale blue glow to westward. At 19 pale blue glare round moon. Jan. 20.—In morning, fog all over lower hills. At 8 bright pink upper glow above red, and yellow colours to S.E. At 10" and 11 red haze below sun, and white glare round it. At 12" hazy red corona round sun, with white watery looking core. The red or copper colour under the sun got fainter in the afternoon. No afterglow atsunset. Jan. 21.—Sunrise colours very bright, but no upper glow. Copper haze at sun allday. Passing fog prevented sunset from being observed, but apparently there was no afterglow. Jan, 23.—Valleys filled with haze, rising to a definite level. At 18" lunar corona observed, red outside. Radius of red, 2° 36’. Again at 235 faint misty blue look round moon, no other colours. Jan. 24.—At 22 faint misty corona, red outside. Radius of red, 2° 30’. Jan. 29.—At 1" and 2" very small misty corona. 4» misty corona. At Colours as in margin. Red : Blue Outer red very faint, making the blue look Red more like the margin often seen, than a Yellow part of corona proper. Radius of inner red ) = 2° 14’, outer red=3° 38’, bluish corona formed on scud. At 21» faint Jan. 31.—Both to-day and yesterday thermometer box badly choked with fine drift. Feb. 2.—Thermometer box shifted at 14%. At 22! St Elmo’s fire observed on tips of lightning rod; each tip having a spark like a match when just struck on it. Feb, 4. —At 7" 5™ double corona observed. Colours as in margin. Radius of inner red=2° 36’, Red outer red=5° 10’. At 8 upper glow to Blue S.E., forming an arch with a watery core; Red the arch measuring about 14° inside radius, Ee space and 30° outside, by stephanome, and being coloured the usual pinkish brown hue. At 10 rosy corona round sun. Feb. 6.—Drift very bad all day. At 14" a wave of drift had formed between the thermometer box and the tower—the box was half buried, although at 13 it had been 30 or 40 inches clear of the snow. The front of the wave formed a steep bank, almost vertical, about 30 inches high, which in the afternoon gradually advanced almost to the tower. At 14 the rain-gauge was also buried with 6 or 7 inches of snow over it. feb. 7.—As the thermometer box was on the highest joint of the ladder stand it could not be shifted till 17" to-day, when the wind having moderated, an extra joint was fixed to ladder, and the box set 50 inches above snow. Feb. 8.—At 145 barometer pumping with long slow motion, falling during gusts. Feb, 9.—At 7" double corona in cloudless sky. Inner ring too small for stephanome, and outer too faint. At 9 ther mometer box shifted. Feb, 10.—In morning snow crystals white, but at 17" brown ones began to form. Feb. 16.—At 5" four lighthouses seen ; probably Barra Head, Dhuheartach, Fladda, and one to the east of Jura, not identified. At 6" a cone or triangle of green light was seen to eastward, rising to about 30° from a base reach- ingfrom N.E. to S.E. Air very clear all morning. At 9» copper colour under sun, At 10" Beauly Firth seen dis- tinctly. The copper colour at the sun formed a rude corona. Sun set at about 17 34™; the sunset colours were weak, but the sky above them was smoky green, while to eastward it was deep blue. No afterglow, except at 205, when a faint white glow was seen to westward, possibly the zodiacal light. Faint badly defined aurora at night. Feb. 17.—Sky very hazy and watery in early morning. No upper glow before sunrise. Fog came on during the day, occasionally rising and forming a pallium overhead, Feb. 18.—Faint copper colour below sun all day. At 23" and midnight faint auroral arch from N.E. to W.N.W., badly defined, no streamers. Feb. 19,—At 21" lunar corona observed. Hine Colours as in margin. Radius of red, Yellowish 2° 30’. ) 1885. ] feb. 20.,—Sunrise colours rising to about 10° at 7}, with purplish band above them. The snow drift to-day formed waves or rolls. At 21 small yellow corona, with blue margin, the margin being faintly tinged with red. Radius of this red, 4° 3’. Feb, 21.—At 13" rain-gauge found blown away to near the edge of the cliff, not put out again to-day. At 16> the note-book for the observation was torn in two and blown away. After 17" no temperature readings were taken, as the lamps could not be kept alight, and the observers could not stand against the wind. At 184, 194, and 20", Mr Omond or Mr Rankin went out at the tower door with a long rope and had to be hauled back, After that the observer did not go out. At 225 the outer glass of south window in tower was seen to be broken, probably by a flying piece of ice, many of which were heard rattling on the tower like stones. Feb, 22.—First temperature reading taken at 8%. Box found badly choked with drift, and with about half its back outer louvres smashed. The top joint of snow post A was also broken. The snow was much blown away by the wind, the general height being lowered several inches . —even the moderately hard crust on top was broken up. The fog crystals, formed during the storm, were very long and somewhat hard and icy in texture. Feb, 23.—-Thermometer box shifted at 14" faint corona formed on upper clouds. At 19h One pee viak red ring, rather broad, Radius inside, Pink to violet 1° 45’; outside, 2° 40’. Blue Feb. 28.—Thermometer box shifted at Yellow (pale) 4h, eer yellow from p ane Solar corona seen by Mr Rankin lateau of storms at about 16> 15™, . Formed on scud. Colours as on margin. Mar, 1.—At 3" lunar corona. Colours as in margin. Formed on scud. Radius of inner red, es 3° 18’; outer red, 4° 49’. At Ab brown Greenish blue glare under moon, and very faint blue Red! corona. At 7" the sunrise colours appeared ueley very dusty looking. Sky hazy all morning. y Solar halo at 14" 23™, faint red inside, radius about 18°. No sunset colours observed. Mar. 2.—Snow crystals to-day, greyish in colour. Mar, 3.—Snow crystals, still grey in colour. Mar, 4.—Snow crystals, usual white colour. Mar. 5.—All afternoon canopy of cloud over hill top, but san shining on lower hills round. Snow line distinct at about 2000 feet. At 225 thermometer box shifted. Mar. 6.—Clear views round all day. Copper colour in sky. Mar, 8.—At 11", when sun was behind large cumulus cloud, strong copper-coloured glare round it, in sky, not on the cloud itself. Mar. 9.—Horizon very clear in middle of day ; no fog in valleys ; hazy glare round sun, and faint copper colour in sky. Mar. 13.—At 10" columns of cloud observed ascending from above the valleys to southward, and mixing with the cloud above. Lochiel dead calm all morning. In after- noon haze at horizon, but no fog in valleys. At 16" haze was dark brown to E. and N., but milk-white, like cloudy milk and water, under the sun to S.W. It was cut off by a sharp line on its upper surface all round ; above this line to S.W. the clouds were of a faint brown colour. At 18% smoke of burning heather, near upper Lochiel, showed N. W. TRANS. ROY. SOC. EDIN. VOL. XXXIV. BEN NEVIS OBSERVATORY.—LOG-BOOK. 327 wind, No afterglow at sunset; only dirty yellow, and faint red above haze. From 9 to midnight faint whitish light to northward, not auroral, apparently. Mar. 14.—At 6" thick haze all round horizon, the eastern sky a blaze of red, scarlet, and yellow. The sun rising through the haze was much elongated horizontally. During the forenoon the haze had a distinct sharp upper edge; under the sun it was whitish blue in colour, but elsewhere dark. Copper coloured corona round sun, At 10" the haze was mixed with fog. By 125 it had risen to the level of the top of Ben Nevis, and all afternoon the hill top was covered with fog. Mar. 15.—In forenoon grey snow crystals forming on exposed surfaces. In afternoon thick haze, mixed with cumulus fog, at horizon ; dark in colour, except to S.W., under the sun, where it was blue-white. Mar. 18.—All yesterday and this morning the thermo- meter box was badly choked with hard ice. It was shifted at 145, Mar. 20.—Wind very gusty all day, blowing in great swirls, especially at night. At 10" straws and pieces of fern observed flying about on the hill top. Ice forming all day on all exposed surfaces, but not in regular definite erystals. Mar, 21.—At 17" a large bird, probably a kite, was seen flying above the hill top. At 20 lunar halo observed, Radius by stephanome, 23° 15’. Mar. 22.—Faint brown colour in sky near sun in after- noon; clear views, except where clouds hung lower than the hill top. At 18" the str. and cum. clouds were of a dusky yellow hue. At 19" sky cloudy to westward, but under it horizon yellow with pale green above. The under edges of the clouds purple, and Lochs Eil and peg Linnhe green in colour. At 20? still faint Bine red to westward, Double corona round Red moon. Colours as in margin. Radius, Watery yellow inner red, 1° 53’; outer red, 4° 40’. It ) was formed on passing cloud, but when clear a faint blue glare surrounded the moon. meter box shifted at. 225. Mar. 23.—At 6" no upper glow, but cirrus clouds all of reddish purple in colour. The sun as it rose was greatly distorted. Brown haze in sky under sun all forenoon, v, to N. and E., but haze gradually coming up from 8.W. At 11* cirrus clouds lying W.S.W. and E.N.E., but moving from W. to EF. In the afternoon, while sun was obscured by clouds, ice formed on the cardboard of sunshine recorder in the focus of the lens. Mar. 24.—At 23% sky cloudless, but fog still covering the east end of the hill. Thermometer box shifted at 235 LS: Mar. 25.—Haze, mixed with increasing amount of fog, came on from western horizon in early morning. At 65 eastern horizon red and-bright yellow ; under surfaces of upper clouds of a soft reddish hue. At 14" the paper of notes for the hour was torn in two by the wind, half of it being blown clean away out of the book. Mar. 26.—At 21" 15™, when preparing daily report for newspapers, found that communication by the cable was broken. Tested the wires inside the Observatory, and found them all right, but no signals could be got from Fort William all night. Mar. 27.—At about 6" 50™ telegraph cable tested, and found to be working all right; the signals to and from 38 the sky was Thermo- 328 Fort William being perfect. Thermometer box shifted after 18" observation. Mar. 29.—From 21" yesterday to 7" to-day no gauge was out, the quantity of drift flying about making its in- dications useless. At 21" to-day the door of thermometer box was found standing open. At 23 the sky to north- ward broke a little, showing blue sky. Mar. 30.—Haze round horizon, and in valleys all day, but without any definite marked upper limit. Brownish colour near sun, getting fainter in afternoon. Thermometer box shifted after 9". Lunar halo at 22" on cirrus clouds. Radius hy stephanome, 18°. At 23" very faint brown eolour under moon. April 1.—After 9" observation thermometer box was shifted. At 10% faint purple corona round sun. April 4.—At 8" the sunshine recorder was found buried in drift. Ice formed, in focus, on cardboard all day. Thermometer box shifted at 14. Light dry drift, rising to some 5 or 6 feet only, was blowing about thickly all day. Faint copper colour in sky near sun in afternoon ; dense haze mixed with cumulus at horizon, and filling valleys. No sunset colours, except a faint dirty yellow at western horizon. April 5.—No rain-gauge was out to-day, as the high wind cutting away the surface of the snow made it dangerous to expose it, but no snow was observed falling. In the morning the fog-crystals were grey, but later were of the usual white colour, and very loose in texture. April 6.—Fog crystals white, forming freely all day. No gauge was out, but no snow was observed falling. April 7.—All the daytime great masses of cumulus hung about the hill, and at the horizon. At 18" red haze to westward ; radiating beams from sun coming out under cloud. Wind on Locheil, N.E. April 8.—At 2" pillars of white light observed to N. W., rising above dark haze or cloud bank. At 4" horizon to E.N.E. faintly red, with pale green sky above. Solar halo at 10 and 11%. Red inside. Radius by stephanome (doubtful observation), 25° 50’. At 11" the top and bottom of the halo were brighter than the sides. Haze at horizon in afternoon; copper coloured to westward, but bluish looking elsewhere. At 235 faint white light to northward, seen through fog. April 13.—At 45 very clear, with delicate sunrise (Cloud) colours, to N.E. At 5" colours of eastern Green sky as in margin, At 8 faint copper Yellow colour in sky under sun. At 20) thin ee - greenish haze over Loch Linnhe, blood-red streak under clouds to W.N.W. April 14,—Pallium of cum.-str. all day, not extending far to eastward, however. Horizon and valleys got very hazy in afternoon. April 15.—Sky completely overcast with pallium of cum.-str. till 20%, when an easterly breeze sprang up, and the sky cleared ; heavy densely packed clouds all round to westwards. April 16.—At 145 Robinson anemometer was cleared of snow. Readings were taken between 17" and 19%, At 20" the instrument was very stiff, and could not be moved by the light winds which prevailed. April 17.—Sky remained cloudless till just before sun- rise. At 4 sky was dark red on eastern horizon, with greenish tints above. ‘Two long shafts of stratus cloud stretched from about N.E. to §.E. pretty low down, and BEN NEVIS OBSERVATORY.—LOG-BOOK. [1885. filmy cirrus clouds appeared. At 6" faint solar halo was observed, which vanished at 62 10™, except two very bright spots with red towards sun, one on each side of sun, and at the same height above the horizon. Steph- anome gave radius of 24°. At 7" faint halo was again observed ; at 8" the highest part appeared brightest, and at 9" only that part remained visible. At 11" the halo had entirely disappeared. At 135 the halo was again visible, and five observations gave 22° 45’ (doubtful), 23° 40’, 22° 15’, 23°, 22° 15’, of red ring (inside) as radius. Thick haze lay on the surrounding hills nearly all day. At 18 this was of a blue colour, except to westwards, where it was yellowish, At 19" the western horizon presented a very wild appearance, the lower clouds moving very fast, and having very ragged edges. Robinson ane- mometer was cleared again at 8", and continued working throughout the day. Apri 19.—Wind strong at night, with considerable drift. Rain-gauge taken in at 21", being filled with drift. Put out at midnight, when rain began to fall. April 20.—At 15 it was found that the solder of the connecting wire, joining the Robinson anemometer with the revolution counter, had given way. As the weather looked rather threatening, it was not repaired. April 21.—Rain till 165. Snow thawing fast. Roof of Observatory was visible near tower in the morning. Apri 23.—Robinson anemometer repaired. Hills very clear in the afternoon. Cumulus clouds hanging only a short distance above top of Ben Nevis, and spreading in level sheet all round. Thermometer box shifted at noon. April 28.—Thermometers changed at 5%. Sky very wild at sunrise, fiery red to eastwards low down, with dense black cumulus to westward. In afternoon the ice crystals, forming from the fog, were at times of a very dark grey colour, occasionally almost black. These were overlaid with pure white. April 29.—Robinson gave way again in same way as before. Not repaired. May 4.—At 20» y.? to northwards and north-westwards below heavy cumulus clouds. Sun set behind Skye Hills. Single streamer, rising almost vertically up above cumulus, visible against some thin cirrus which began to form about 20h 10™, At 21 dark fiery-red band, extending from about W.N.W. to N.N.W. Sky of sickly green colour above this. At 22" this red band was still visible. May 5.—At 7» a sudden fall of temperature was followed immediately by a shower of snow. A fall of snow was reported from Fort William about the same time. May 6.—At 3 small quantity of cirrus was seen almost directly over hill top, apparently coming from W.N.W., but disappearing shortly after passing zenith. At 4? quantity of cirrus had increased, and formed a tolerably compact flaky mass, still directly over hill top, but being blown about in all directions for short distances without moving away much from its place. At 5 direction was May 7.—-Thermometers shifted at 9}. May 10.—At 10% strong copper-coloured corona round sun, May 11.—At 13 halo, red inside, seen on blue sky, where no cloudiness was apparent. Horizon clear in afternoon, but no strong sunset colours seen. May 13,—At 1» and 2} fog crystals forming, though 1885.] the fog was not very thick. At 7" copper colour under sun. Very clear views in afternoon, but at 16" dark shower over upper Locheil and Banavie. Telegraph instru- ment affected by earth currents from 21" to 22. Appar- ently a continuous current in cable, varying in strength rapidly, but constant in direction. Aurora seen at 23}, faint light to N.N.E., and waves of light passing across zenith. Telegraph instrument worked quite well after 22). Earth currents were felt in all the wires at Fort William office. May 18.—Thermometer box shifted at 115. In after- noon heavy cum.-str. pallium over all the mainland, lying just higher than the hill tops ; to the west, over the sea, ~ greenish-yellow hazy light. May 20.—Fog crystals forming freely all day, rather icy in texture. May 22.—At 22 fog breaking to N. At 23" light fog passing ; sky half clear; misty corona (red outside), with blue margin. At midnight sky cloudless. Double corona, inner one a greenish-yellow look inside the red ; outer one very blue inside red, no yellow. No margin. Northern sky coloured orange and yellow at horizon, green and blue above all night. May 23.—Shifted thermometer box at 0* 20™. All night the northern horizon was tinged with orange and green. Fog and haze in valleys till 4", Heavy cloud- bank to E. at sunrise. At 7 copper-coloured hazy corona round sun, at the lower edge of which was a bright red spot. Up to 10" dense cumulus hanging about lower hills. Fog came on at 135 5™, May 25.—At 21" sun just set ; N.W. horizon red, with yellow above it. No afterglow. At 22" and 23 double misty lunar corona formed on scud, inner one yellow inside the red, outer one blue. Fog driving past all the time, but sky clear, except for cirrus. May 26.—Misty lunar corona observed in early morning, and again at night. May 30.—-Shifted thermometer box at 0" 10™. Tey fog crystals forming out of mist in early morning ; none at night. June 6.—At 12" a bird, species not determined, seen on roof of office. At 14" 10™ thermometer box shifted. No unusual colours in sky, except faint dusty-red corona round sun. No afterglow at sunset. Northern horizon orange coloured all night. June 7.—At 1" and 2" the sky to N.N.E. above where the sun was, was covered with very thin cirrus clouds, coloured pearly grey and pale green. Dull orange at horizon. From 5" to 9" fog observed coming over the southern hills from the S.E. At 8" sun surrounded by usual dusty-red corona, but a cloud seen for a few minutes in the corona was coloured red, blue, and pink. Dense haze at horizon all day, rising above level of hill top, and cutting off sunset view. No afterglow. June 8.—No unusual colours in sky at sunrise, sunset, nor during the day. The usual dusty-red corona at sun was almost absent. At 18> and 19 rain and hail fell, but in very small quantities; rapidly ascending columns of cloud or fog observed to E. and N.E. of summit. June 9.—In evening loose detached fog in valleys. Dark blue haze and heavy clouds to westward at 21}, with loose fog blowing past the Ben. June 13.—At 205 10™ hail shower, which lasted some 15™. At the same time, and till 20" 45™, double rainbow BEN NEVIS OBSERVATORY.—LOG-BOOK. 329 seen, both arcs very perfect at times. No rain fell here. At 21 fog in valleys, especially to westward. Heavy pallium of cum.-str. The sky to N.W., between the fog and the clouds, orange coloured. At 22" rather gloomy to S.W., the cloud and fog mixing over Loch Linnhe. June 14,—Air dry in early morning, but rain falling in large or moderately large drops up to 2}. June 15.—To-day Stewart came up with two horses. They were unable to get further than the second gorge. June 17.—At 0° 15™ box shifted to admit of muslin on wet bulb being renewed. At 2 10™ box shifted again. June 20.—Very squally at night, the top almost clear of fog between the gusts. June 24.—Thermometer box shifted at Blue, with 10" 10™, At 10" huge masses of cumulus small cirrus ich : h White rising from valleys all round Ben. At 14" hin cloud heavy showers to westward. At23horizon Smoky green to N.N.W. coloured as in margin above Dull orange Horizon haze or cloudbank. brown colour in sky under moon. it. June 25.—-At 8" rosy corona round sun. At 19" pink- ish colour above sun, and dirty yellow below it. Almost no colour in northern sky at night. Very fine, with clear views all afternoon. June 26.—At 4", the sun being very low, double ringed glories were observed on the thin fog blowing across the hill top. From the top of the tower complete circles, except where cut by the observer’s shadow, were seen. Too evanescent to measure. Colours rather blurred. At 115 a cloud descended vertically just above the Ben with ereat velocity. It did not, however, reach the hill. At 22" hills round deep blue in colour. Sudden rise of temperature at 22). June 27.—Thin fog on hill top in early morning, de- tached fog in valleys all day, and denser fog over Atlantic from Skye to Mull. Air very clear, except for this fog. In afternoon thin fog hanging about the hill sides and rising vertically from Glen Nevis. Dense cumulus pallium above all the land, but apparently sky clear above the fog on western sea. At night clear red or orange streak under this cloud to northward. Thermometer box shifted at 112 10™. Mended Robinson anemometer in afternoon, soldering flexible shaft where broken. June 28.—Up to 4" dense low-lying fog in valleys north of the head of Loch Lochy. Haze and detached cumulus fog on other hills all day, also over Atlantic. June 30.—At 5" ice forming on all exposed surfaces. After 215 dense level-topped fog filling all valleys. At 23" cirrus cloud bank to N.W. gradually approaching. July 1.—Fog in valleys same as yesterday. No un- usual colours in sky all day. Beautiful pearly coloured cirrus to northward at 23" and midnight. July 2.—Dense fog in valleys all day. At 3" faint upper glow in sky to N.E. No unusual colours in sky during the day nor at sunset. Haze above fog to W. and N.W. all afternoon. Bind July 3.—At 1» and 2 small misty Red corona observed. Colours as in margin, Greenish with a very faint blue margin outside red. yellow Radius of red ring by stephanome, 1° 52’. July 10.—At 34 rain-gauge found leaning over about 20° to windward, no correction applied to readings. July 13.—Detached fog in valleys and over distant At midnight faint No distinct edge to 330 BEN hills all day, that in the glens around Ben Nevis occasion- ally rising and enveloping the top. July 17.—Top clear at intervals, and sky visible for a short time, overcast with stratus or cum.-str. July 18.—At 6" solar halo observed, Radius by stepha- nome, 22° 49’, Rather indistinct. Faint white - Strong white July 19.—At 9" solar corona”coloured as Faint red in margin. Loose thin fog hanging about Pink the Ben all day, but no dense fog in valleys, and no haze at horizon. July 20.—Low fog in valleys to E. and N. in early morning. Frost on roof till 4%. During the day and at night no fog in valleys, but rolling masses of cumulus fog about the hill sides, July 2\1.—Fog both in valleys and on hills to eastward in early morning. July 23.—Dense fog in valleys in early morning, rising and covering the hill top for a short time at sunrise. In afternoon no fog in valleys, but very thick looking fog over Atlantic. At 23" faint brown colour under moon. July 24.—All morning dense level-topped fog in valleys, rising to about 2000 feet. Solar halo observed at 17%. Radius by Sieeeaas (mean of six readings), 22° 27’, Dry fog came on at 234, July 26.—At 2" fog in valleys all round, up to about 3500 feet; at 45 it was sinking lower. Air very clear above the fog. At 8 this fog was breaking up. By 12” the valleys were clear, and the hill tops in some parts capped with cumulus fog. At 14 the valleys to west- ward began to fill with fog again, and it came over the hills to the west of Loch Linnhe, in the evening all the valleys were full again up to about 3500 feet. At mid- night faint brown colour under moon. July 27.—Thick fog in valleys till 44, rising to about 4000 feet. At 6" and 7» broken fog or cumulus over hills, Ben clear. Loose fog hanging ‘about the sides of Ben Nevis all afternoon. July 28.—At 1 faint brown colour under moon. Dense fog over Moor of Rannoch all morning. At 3} 30™ violet foreglow in N.E, sky. At 4, just before sunrise, reddish glow above horizon to S.W. Violet glow to N.W. at 215, At 23 very faint brown colour under moon. July 29.—At 3" heavy dew on all wood outside, not on stones ; this continued till 6". No upper glows before sunrise, or after sunset. Horizon very hazy in early morning, and again at night. During the afternoon several sudden and apparently rotary gusts of wind erossed the hill top ; force about 2, very local in action. July 30.—At 1" the whole sky was dull blue above the thick haze that covered the horizon, except to the N. and N.N.E. where a distinct path of light, coloured red and pearly grey, and bounded by a sharp well-marked line, was observed. This light was probably due to the sun, and was not auroral. At 3 very low-lying fog over Caledonian Canal valley. At 4%, just before sunrise, reddish glow to S.W. above haze. ‘At 21” faint purple or violet afterglow observed in sky to N.W. Thick haze all round all day, quite shutting out the distant view. July 31.—At 2» it was observed that the dew was lying heavily on the top of the thermometer box, but not on stones, nor on either lead or wood of roof. Aug. 1.—Before sunrise, at 4, low fog in valleys to N. and E. Thick haze all round all day. At 205 50™ NEVIS OBSERVATORY.—LOG-BOOK. [1885. Mr Rankin heard several peals of thunder when standing at Maclean’s steep, none heard at Observatory. Faint afterglow at 21", Heavy dew at night. Aug. 2.—At 1 and 2) dense fog in valleys to S.E., rising to about 4000 feet. At these hours misty corona round moon. Colours rather blurred, red outside. Radius of red, 3° 16’. At 4 faint violet foreglow to N.E. At 11” glories on fog in valley to N. Radius by stephanome, 3° 36.’ Aug. 4.—In early morning, all exposed surfaces, in- cluding bulbs and stems of exposed thermometers, thickly coated with ice. Robinson anemometer working stiffly from the same cause. Fog distinctly sank under hill top at night. Aug. 5.—Faint afterglow at sunset. At midnight, northern horizon bright, but scarcely coloured. Aug. 12.—High wind at night, northerly and very squally. Back swirls distinctly marked. Thermometer box louvres badly choked with snow all the afternoon and night. “Aug. 14.—Aurora seen for a very short time about 22" 35™, Stars very clear and bright at night. Aug. 15.—Sky ugly at 20" ‘and 215, and low fog over Loch Linnhe. Aug. 17.—-No unusual colours in sky in afternoon, but at sunset the clouds all over the sky were crimson and yellow. Aug. 18.—Fog in valleys till 3%, clear at 44, but level- topped cloud or fog on hills to north at 5", Very little fog in valleys all day, but at 175 cloud-fog over hills to westward, and later, fog on Atlantic. At 205 20™ after- glow with pinkish streamers. Very clear sky at night. Aug. 19.—At 4" fog in valleys far to northward. Blue haze on hills round all morning, no fog in valleys after 6». Very faint afterglow at 20%, Haze in valleys getting thicker at night. Aug. 20.—At 4" the haze in valleys was mixed with detached pieces of fog. In the forenoon fog from the hills to eastward came rolling all round Ben Nevis, occa- sionally even brushing the top. At 20" violet or pink afterglow, well marked. At same hour the sound of the waterfall in Glen Nevis distinctly heard at Wragge’s well. In afternoon faint brown colour in sky near sun, and at night below moon. Aug. 21.—At 2bright light to northward, possibly auroral. Hazy all day; but no fog in valleys or on hills round till 22", when it gathered on the hills to eastward, and afterwards sank into the valleys, mixing with the haze. Aug. 22.—Haze and low fog in valleys all morning. Fog passing over hill top all afternoon, but about 23" 30™ it sank below into the valleys, forming a dense billowy sheet over almost all the surrounding hills. Misty corona at 23}, Colours as in margin; the blue margin being well marked. Radius of red by stephanome about 1° 50’. Faint brown colour under moon at midnight. Aug. 23.—Faint brown colour under moon at 1* Dense level-topped fog or cloud over all the hills round all night, up to about 4000 feet. Faint upper glow at 4” 30™, About 14 the fog rose and covered the hill top. At 16 and 17 the fog had cleared to northward, but was still hanging above Glen Nevis to southward. Fog or cloud on hills to westward at 20", At midnight low fog Blue Red Yellow 1885. | BEN NEVIS OBSERVATORY.—LOG-BOOK, Red and haze in valleys, and cloud fog on hills Blue-green to southward. Double corona at 21%. aA Col ve in. Heavy dew at wallow olours as in margin, eavy dew a ») night. Aug. 24.—Fog, level-topped, to 4000 feet all round, till 11 hours; rain and fog reported from Fort William. At noon fog covered the hill top and lasted till 22, getting gradually wetter. Slight drizzle at times. At 22" fog - began to sink, and top was clear about midnight. Double lunar corona from 22" to midnight, Rather misty looking colours, same as last night. Red Aug. 25.—Double lunar corona observed Blue at 15, Colours as in margin. Radius of eee outer red about 9° 4’; of inner red about Whitish 5° 14’; of yellow about 3° 36’. Rather ») too misty looking to measure accurately. Aug. 26.—At 234 tied Robinson anemometer up. To- day water was carried up from Buchan’s well. Aug. 27.—Robinson anemometer set agoing at 13", but tied up againat 20%, At 20" black bulb radiometer taken in. White fog crystals forming at night. Aug. 28 —Robinson set agoing at 14", but tied up again at 20". At 15 and 16" heavy cloud bank over Mull. Aug. 29.—Very slight showers of snow in afternoon and evening. Aug. 30.—Robinson anemometer set agoing at 134, Thick haze, mixed with fog, in valleys all round at night. Aug. 31.—Thick haze all round in forenoon, fog on hills to S. and W. at times, clearer in afternoon, but thick haze again at night. Sept. 1.—Thick haze in valleys all morning, and fog on hills round in forenoon. Faint upper glow at 5"; before sunrise. Sept. 4.—At 20" earth currents observed on telegraph (needle) instrument. Constant in direction, keeping the needle over to right. Sept. 7.—In the afternoon a sharp shower of rain fell, the hill top remaining clear. At 17" 30™ a rainbow was seen over the east end of the hill; about 250° of arc being visible. The colours of the primary bow were in- tensely bright, and inside was one strong spurious bow, and a second distinctly marked. The secondary bow was also bright. What appeared to be faint traces of an outer secondary bow were seen on the north side, but these are doubtful. Sept. 9.—At 22> a very heavy shower of hail fell, the hailstones being of considerable size. During the shower, the tips of the lightning conductor, and the point of the vane of Chrystal’s anemometers, were tipped with St Elmo’s fire. At 22 15™ the shower was over, and the fire had disappeared. Sept. 17.—Hill top clear. After 10" thick fog all round, and sky covered with cum.-str., which cleared off gradually in afternoon. Fog sank after 18". Sky pale yellow to westwards at sunset, with rosy afterglow high up. Greenish blue colour to southwards, and faint lunar corona formed by very thin almost invisible seud. At 22 7™ a meteor was observed to eastwards, described about 10° of arc. Not very bright. Sept. 24.—Snow fell nearly all day, drifting slightly. Exposed (radiation) thermometers could not be read or set. Snow about 4 inches deep at night, Sept. 25.—Showers of snow occasionally, about 6 inches TRANS. ROY. SOC. EDIN. VOL. XXXIV. 331 deep at night. Exposed thermometers still immovable. Top clear in afternoon, and after 22. Ross-shire hills seen coated down to about 2500 feet level. Sept. 26.—Readings of rain-gauge doubtful all day, as snow was drifting considerably. Sept. 27.—Sun rose above a heavy bank of stratus at 6 15™, At 54 40™ rosy coloured streamers were seen. These disappeared at 54 50™ leaving rosy glow all over eastern sky. At 65 5™ rosy colour disappeared from eastern sky, and was seen to westwards, lower edge being sharply defined by dark earth-shadow. Sept. 30.—Very stormy after 4". Barometer pumping heavily, and mercury surfaces much disturbed owing to shaking of the house. Oct. 1.—At 5" St Elmo’s fire seen on tips of lightning conductor, and on Chrystal and Robinson anemometers. It was accompanied by a sound similar to that of an electrical machine, which continued after 5" 3™, when fire ceased. This sound was again heard on lightning con- ductor, &c., and also on top of snow post (A), at 14%. Oct. 4.—At 125 the rain-gauge was found almost buried in drift. At 15" it was found with the snow cut away from under it by the wind, and lying over about 20° to windward. All the measurements are vitiated by drift. Oct. 6.—New small thermometer box put on ladder- stand at 155 20™. The dry and wet in large box were so hard frozen that they could not be got in. Oct. 11.—Thermometer box shifted at 135 10™. Oct. 12.—At 5» glow in sky to eastward about 15° high, At 9» needle-shaped crystals of snow falling. Oct. 15.—Thermometer box shifted at 13" 10™. Top clear in afternoon, no fog in valleys. The increase in depth of snow as measured at gauge (31” at 105 and 33” at 225) is due to the fog crystals on the post falling off with the thaw. Oct. 16.—At 25 and 3" faint white glare at northern horizon, possibly auroral. At 6 bright sunrise colours ; fog on hills and haze in valleys. The haze remained all day in the valleys, but the fog cleared off the hills as the day went on, except to S.W., it looked dark and gloomy all day over Mull. Blood-red streak at W. and N.W. horizon at sunset. Oct. 17.—At 9" faint white solar holo, no colours seen. At same hour thin flat sheets of cloud observed forming and vanishing over adjacent hills, and on west end of top of Ben Nevis. Oct. 18.—In afternoon level-topped fog all round, rising to about 4000 feet. Sky very blue and clear, with no un- usual colours. Afterglow broken by curious gaps observed at 18}. Oct. 19.—At 6" eastern horizon red below and intensely green above, faint pink glow at about 20° altitude. At 8 the fog had risen to the level of the hill top, three- ringed glory seen. At 10" no trace of rain-band visible from zenith to horizon. Dry white fog crystals forming all afternoon and evening. Oct. 20.—At 7» fog on hills to 3000 feet. At 105 broken fog rising from valleys everywhere. During the afternoon and evening fog all round, coming over the top of Ben Nevis at intervals. At 22" double po4 lunar corona, with faint traces of outer blue Green margin, formed on this fog. Colours as inRed | i margin. Radius of inner red, 1° 45’; outer Yellowish white red, 3° 52’, d 3 T 332 Oct. 21.—At 1» fog in valleys, thickest to eastward, No fog in valleys all day, but cumulus fog on distant hills in morning, which lifted and cleared away about noon. Very little colour in the eastern sky at sunrise. Thermo- meter box shifted at 14" 15™. Oct. 22.—At 35 very faint brown colour Green and Blue 19 sky under moon. Colours in sky at sun- Purple rise faint. No fog in valleys all day. Yellowish-red Double corona observed at 19%. Colours White as in margin. Radius—Outer red, 10° 53’; ) green and blue, 6° 55’; purple, 4° 40’; inner red, 3° 42’; white, 2° 25’. Similar corona seen at Red midnight. Colours as in margin. The Yellow outer yellow a very narrow strip. Occa- eas sionally traces of a third ring were ob- Yellowish- served. Radius of outer red, 4° 56’; inner white red, 2° 11’; outer yellow, 4° 23’; all good ») measurements. Oct. 23.—Double corona at 2", with at times faint third ring. Colours as in margin. No blue or green inside the Red inner red. Yellow, both outer and imner, Valtow only a thin strip; reds and green broader, Green and not so sharp. Radius of inner red, 2° Red 29’ ; outer red, 4° 43’; inner yellow, 2° 4’ ; Yellow-whitish outer yellow, 4° 8’. Lunar halo (colourless) seen at 3, Radius to inside of halo, 21° 48’ by stephanome ; outside of halo, 25° 13’. The halo was somewhat indistinct, and the measurements are rather rough. It was again seen at 4%. At 3" the cirrus Red clouds were lying in ridges from W.S.W. Yellow to E.N.E., motion not determined. At 20" Bluish-green faint brown colour in sky under moon. Red Double corona at midnight formed on driving scud. Colours as in margin. The size varied according to the sort of cloud or fog it was formed on. The following measurements were taken within 3™ of each other. First, radius of inner red, 2° 14’; outer red, 4° 18’. Second, radius of inner red, 2° 50’; outer red, 4° 49’. Oct. 24.—At 2» sky cloudless, and a faint white glow all round horizon. No fog in valleys, except over Loch Lochy, in early morning, but loose fog on hills round in afternoon. Yellow, green, and blue colours in western sky after sunset, and faint brown colour under moon at night. Oct. 25.—At 2 sky cloudless, except for a patch of cumulus over Loch Linnhe, below Ardgour, apparently at 4000 or 5000 feet elevation, and approach- Bluish-white a ing Ben Nevis. Fog blowing across top at Green 3", At 4" double corona, with traces of Red third ring. As before, the yellows were Yellow __ narrow, and the green broad. Colours as i in margin. Radius of inner red, 2° 10’; outer red, 4° 20’; inner yellow, 1° 45’; outer yellow, 3° 50’. White feathery fog crystals forming in forenoon. Oct. 27.—Thermometer box shifted at 0» 20™, Elmo’s fire observed on lightning conductor at 19}. sounds heard, Oct. 28.—Thermometer box shifted at 04 20™, Oct. 29.—Rain-gauge measurements in early morning quite untrustworthy through drift. Thermometer box shifted at 9" 10™. At 14 brown colour in sky under sun. At 17" sky very watery to westward. At 19" faint St No BEN NEVIS OBSERVATORY.—LOG-BOOK. [1885. glow to northward, apparently auroral. At 234 cir.-str. to eastward, on which dim lunar halo was observed. Oct. 30.-—Top clear at times in early morning, showing very ugly sky above. Very great drift during the day, the whole surface of the hill top being cut up into great trenches wherever the skin of the last fall of snow got broken. At 15" rain-gauge was taken in, and not put out again till 224, as it was only getting filled with drift, and was in danger of being blown away. No snow fell, ap- parently, till after 20%. Nov. 1.—Thermometer box shifted at 12 10™, 10™ set Robinson going. Nov. 3.—At 20" 10™ tied up Robinson. Nov. 5.—Thermometer box shifted at 22 15™, Nov, 6.—Started Robinson anemometer at 22", Nov. 8.—Robinson anemometer tied up at 195. crystals forming freely at night. Nov. 9.—At 7" fog very thick, but of a faint red colour. Fog cleared suddenly at 13" 10™ sinking below Ben Nevis, but still covering all the other hills. It continued blowing across the top at times all afternoon, but was quite below Ben Nevis at night. Faint white light, possibly auroral, to N. and N.N.W. at horizon all night. Nov. 10.—At 7» bright yellow and orange colours at eastern horizon, and faint glow on cirri clouds above. Fog covering the hills to 3000 or 4000 feet all day; quite level topped. No unusual colours in sky, Started Robinson anemometer at 14" 5™, Aurora at night. It got gradually fainter as the night went on; no streamers were observed except one at 21}. Nov. 11.—At 6" deep scarlet colour at eastern horizon. At 7" broad orange band fringed with faint purple above to eastward. Also very faint upper glow. From sights taken during the night it was determined the aurora of last night extended from 2° above horizon to from 10° to. 15°, At 9% glory with one ring observed. Radius to outside of the red, 2° 21’; inside, 1° 44’. At 155 glory with 3 reds observed. The inner a mere blotch, the next well-marked ring with most of the colours; outermost the same, but much fainter. Radius of red!=3° 46’; red? = 1° 52'—(red outside in both rings). At 16% 30™ pink band above E. and N.E. horizon ; no sunset colours except faint afterglow. Aurora with streamers at night. At 22 the fog, which had stood at about 4000 feet all day, rose suddenly higher than, and enveloped, the top. The temperature fell at once, and the wind lulled gradually. After the midnight observation the Robinson anemometer was tied up. Yov. 13.—Very icy fog crystals on exposed surfaces. Thermometer box shifted at 224 20™, Nov. 14.—New 5-inch rain-gauges with slightly rounded bottoms came up to-day. One was put out at 15" instead of the old pattern with stop-cock. Nov. 15.—Haze and detached cumulus at horizon all morning. At 8 reddish look all round horizon above the haze. No fog in valleys. Red or brown colour under sun all day. At 14" whitish-green colour all round horizon. At 15" cloud or fog-bank on Atlantic beyond Mull. At 19" faint corona observed. Colours hardly distinguishable. Outside radius, 3° 46’. At 22 low fog bank to 8.W. and faint brown colour under moon. Nov. 16.—At 9 large glory on passing fog; colours as in fig. 6; the inner red being close to the shadow of the observer’s head. Radius of red, 7° 38’. Third red At 23h Fog 1885.] too faint to measure. During the day whitish glare all round horizon above the haze that filled the valleys; this turned brown at sunset, but was white again at night. Faint brown colour under moon again to-night. Nov. 17.—Thick haze in valleys all day, but thinning a little at night. At 7» bright red. Yellow and green colours at eastern horizon. Brown colour under sun all day, and more faintly under moon at night. At 164, just before sunset, red look all round horizon. At 165 35™ red, orange, and yellow at western horizon, and pink upper glow reaching to about 30° altitude. At 17" fog on Mull, and at night fog all up Loch Linnhe. At midnight white belt round horizon from W.N.W. to N.N.E., and more faintly as far as E. About 3° high, apparently very thin cirro-stratus, Nov, 18.—At 1" fog low down on Loch Linnhe and Locheil, and haze in valleys to northward. At 3" fog on Loch Lochy. Fog on Locheil continued till 10". At sunrise fog on Moor of Rannoch, and haze over Atlantic and Moray Firth. Brown colour under sun all afternoon. At 195, 205, and 21" aurora seen ;—several arches, the lowest being composed of vertical wavy streamers, the higher ones of simple streaks of light. Height to bottom of first arch, 6° 12’; top, 17° 30’. Green band in spectro- scope very distinct. Shortly before 22" thin fog began to blow over the top of Ben Nevis. At 23% double lunar corona, red outside. ‘The size varied very much ; at times the two sets of colours merged into one misty corona, a second forming gradually outside as these shrank into one. Nov. 19.—Lunar fog-bow (no colours), seen in early morning. Loose feathery white fog crystals forming freely all afternoon and night. Nov. 20.—Dense fog blowing in waves over the hill top till 184, very thick, but not reaching high up. Dark roll-cum, at horizon at night. Thermometer box shifted at 225 15™. Nov. 21.—Detached patches of fog on hills to south- ward all morning. The surface of the snow on the hill top was found to-day to be all roughened by the fog erystals on it. They were 2 to 6 inches in length, and quite dry. Nov. 22.—At 8" it was observed that the fields near the sea-level were white with hoar frost. Sun much en- larged and elongated when rising; the vertical and horizontal diameters appearing as 3 to 5. At 14" brown colour under sun. Haze and fog on Locheil and in Caledonian Valley, rising higher at night and getting thicker to northward. Earth shadow observed at sunset. Sunset colours weak, and little or no afterglow. At 18% brown colour under moon. Sky covered more or less with cirro-cumulus till midnight. On this a faint, badly- defined lunar corona was observed at 195 and 20%. At Pale ved 204, colours somewhat as in margin, but Yellow very badly defined. At 19" only one red- Bluish-white dish ring. Radius to inside, 1° 54’; out- y) side, 4° 18’. At 204, radius of red, 2° 54’; yellow, 2° 35’; outside of blue, 1° 42’. Blue much broader than the red or yellow, and with no defined inner margin. Nov. 23.—Double corona on cir.-cum. at 44. Badly Red defined, but of normal form. Radius of Green outer red, 6° 48’; inner red, 3° 7’; yellow, a 2° 42’. Yellow, a narrow line; green, a Bluish broad belt. White fog crystals forming freely all day. BEN NEVIS OBSERVATORY.—LOG-BOOK. 333 Nov. 26.—At 94, as it was blowing very hard, one of the old rain-gauges of heavier make was put out. The gauge was taken in at 14}, and not put out again to-day, as it was impossible to manage it in the strong wind. At 174 began to use lantern fitted inside an oilskin coat. At 22 note-book blown away when re-entering tower door. At 145 it was observed that the upper part of the snow- post A had been blown away. Noy, 27.—Thermometer box shifted at 22) 20™. Nov. 30.—At 6" St Elmo’s fire observed on lightning conductor, both anemometers, and on top of ladder lead- ing up tower outside. No sounds heard, even when quite close to the conductor. Dec. 1.—Heavy showers of snow, sleet, and hail all day. Louvres of thermometer box badly choked. Dec. 2.—At 13" the rain-gauge was taken in, as it was getting choked with drift. It was put out again at 15), Thermometer box shifted at 17" 15™, Dec. 3.—At 20% the rain-gauge was found leaning over to windward, having been under-cut by the wind, and full of drift. Dec. 5.—Thermometer box shifted at 2" 25™, Dec. 6.—At 8" bright pink upper glow to E., horizon yellow ; no red colour visible. Snow down to about 600 feet. Sunset colours at 16" weak. No afterglow. Well- marked auroral arch all night; no streamers. Height of top of arch above horizon at 19%, 12°. The dry-bulb readings at 154 and 17" being below 10°—the limit of Glaisher’s Tables—the factor was assumed to be 8°8, and the dew points calculated by that. Dec. 7.—Faint aurora similar to last night, visible from 195 to midnight. Dec. 9.—Thermometer box shifted at 15 20”. Dec. 10.—At 0" 8™ thermometers shifted. Dec. 12.—Thermometer box shifted at 155 20™. Dec. 14.—Started Robinson at 16" 20™, but tied it up again just after midnight. Dec. 15.—At 124 faint brown colour under sun. Dense rolling fog on hill top all round. At 17" moon shining faintly through cir.-str. clouds, but no halo visible. Dec. 16.—Double corona at 20"; colours as in margin ; Outer yellow very faint. Formed on scud; no corona when scud clears off. Radius of Red outer red, 3° 48’; inner red, 1° 58’; outer Yellow yellow, 3° 38’; inner yellow, less than 1° 40’. Biubiegteay Very faint traces of third ring at times. Tolle Similar corona at 224. When the scud got very thick, the outer part was more yellow, and less bluelooking. Radius of outer red, 3° 33’; inner red, 1° 53’; outer yellow, 3° 0’; inner yellow, 1° 23’. 2™ afterwards, outer red, 3° 8’; inner red, 1° 42’. At midnight lunar fog-bow ; no colours, Dec. 17.—Faint afterglow at 16", At 175 western horizon still coloured red, yellow, and green. Fog on hills to 3000 or 4000 feet all afternoon and night. Double lunar corona at 20", formed on very thin mist or scud blowing over the hill, flashing into sight and dis- appearing again; outer ring blue, and inner yellow both reds well marked. ‘Too fleeting to measure. Very faint lunar halo at 22}. Dec, 18.—At 7 deep, soft, blood-red and scarlet colours at horizon to E.S.E. At 82 20™ upper glow to S.E. and S.S.E., the northern side having well marked long streamers. Sun rose 82 45™. At 8 40™ the upper 334 glow was gone, but there was a white glare in the sky above a brick-red streak at horizon. Sun rose egg-shaped, long axis horizontal, and took 4" 20% to rise. At 9” the shadow of Ben Nevis was seen on ‘pink-coloured haze above the horizon to N.W. At 10" brown colour under sun, and misty looking glare round it. At 11" faint solar halo, white. One bright spot horizontally to eastward of sun. Brown colour under sun, and faint pinkish hue above sun inside thehalo. Radius of halo by stephanome 23° 3’. Brown colour under sun all afternoon. Halo faintly seen till 13%. At 16" faint glow all round horizon from about 5° to 15°. Eastern horizon dirty green under this. At 165 20™ distinct upper glow; it had the appearance of a cloud of very loose texture lit. up from below. Trace of this upper glow at 174, and red and yellow sunset colours. Sun set about 155 50™. No unusual colours in sky at night. Dec. 19.—Dense fog above Loch Linnhe and in Cale- donian Valley to about 4000 feet in early morning. At 34 faint blue corona 3° 4’, radius round moon. The edge of the corona was the brightest part ; but the whole space was blue, and no other colour was visible. At 4 similar corona, 3° 20’ radius, but with very faint red edge to it outside. At same hour brown colour in sky under moon. At 84 faint upper glow. At 82 16™ this glow formed a pyramid, height about 20°, base 45°, the base line being 6° above horizon. At 8" 25™ this glow was almost gone. At 8" 40™ a white glare had taken its place. At 95 dense haze and fog in valleys, with the shadow of Ben Nevis distinctly seen on it. At 10% and during the rest of the day, brown colour under sun. Sunset colours weak, and afterglow very faint. The haze and fog rose higher at night and gradually covered the hill top. Note.-—The sun when rising was much elongated horizontally ; it took 6 minutes to rise. At 17" lunar corona, red outside. Radius to outside of red, 4° 13’; inside of blue, 2° 55’. After midnight Robinson anemo- meter was tied up. Dec. 20.—In early morning fog crystals were brown in colour and loose in texture. During the forenoon these were overlaid by white ones considerably harder and more icy. The former ones came with 8. Bet wind and fog, the latter with §.8.W. or Blue S.W. and mist. Double corona at mid- Red night ; colours as in margin, but very ame yellow pale and faint. Radius of inner red, 3° 3’. luish white Fog to 4000 feet all round. Thermometer box shifted at 23" 15™, Dec. 21.—At 5» triple lunar corona, reds outside. Radius of inner red, 1° 5’; middle red, 1° 55’; outer red, 2° 55’. Also lunar fog-bow. Very soft snow falling all afternoon. Dec, 22.—Thermometer box shifted at 155 15™, halo, white, at 23, Lunar Radius to inside, ee 20° 41’ and 20° 16’; outside, 27° 29’ and Blue 27° 23’. Two measurements. nk Dec. 23.—Triple lunar corona at 4+, Pale green colours as in margin, outer ring very Red faint. Radius of innermost red, 1° 35’; Yellow innermost yellow, 1° 11’; outside of green, 2° 26’; middle yellow, 2° 48’; middle red, Bluish-yellow C 3° 12’, BEN NEVIS OBSERVATORY.—LOG-BOOK. [1885. Dec. 24.—Robinson anemometer was started at 154, but was tied up again after midnight. Fog (or mist) in valleys to at least 4000 feet all evening. Dec. 25.—All exposed surfaces and the louvres of the thermometer box heavily covered with solid ice all day. Dec. 26.—Thermometer box shifted at 8" 10™. Ice forming on exposed surfaces at night, but not so freely as yesterday. Drizzling rain fell in the evening, though the sky was clear, and the mist hardly rose higher than the hill top. Dec. 27.—Ice on everything, and louvres of thermo- meter box badly choked ; ladder outside tower impassable. Thermometer box shifted at 22 30™. Dec, 28.—Thermometer box shifted at 10 30™. Dec. 29.—Thermometer box shifted at 172 15™, squally at night. Dec. 31.—Robinson anemometer started at 22> 10™. Very NotEs OF INSTRUMENTS IN USE DURING 1885. Fortin Barometer 1385, Negretti and Zambra. Dry and Wet Bulbs 192,660 and 192,672, Adie and Wedderburn ; also 192,677, Adie and Wedderburn, and 50,852, Negretti and Zambra ; and occasionally 50,945, 50,851 or 50,850, Negretti and Zambra. Maximum Thermometer 117,293, Adie and Wedder- burn, from July 25 to Oct. 6. Minimum Thermometer 138,533 or 138,545, Adie and Wedderburn, Jan. 1 to July 24, and Oct. 7 to Dee. 31; 116,918, Adie and Wedderburn, July 25 to Oct. 6. Small size of louvred Thermometer Box on ladder stand, Jan. 1 to July 24, and Oct. 7 to Dec. 31. Large louvred box (old clock box), July 25 to Oct. 6. Solar Radiation Thermometer (black bulb im vacuo) 186, Hicks. Radiation Minimum (T-hollow cylindrical bulb) 46,309, Hicks. Sunshine Recorder, Casella (made specially). Ozone test papers supplied by Casella. Anemometers, Robinson (velocity) and Chrystal (direc- tion) by Frazer, Edinburgh. Rain Gauges. Jan. 1-Jan. 8, gauges with side screw plug. Till Jan, 14, various. Jan. 15-Nov. 14, gauges with rounded bottoms and stopcock. Nov. 14—Dee. 3], gauge with slightly rounded bottoms and screw plug. The rain gauge measurements were interrupted severa! times by drift. From Feb. 21, 8", to Feb. 22, 74, no temperature obser- vations could be taken. With the above exceptions, barometer, dry bulb, wet bulb, rain, wind, cloud and sunshine records are con- tinuous. The Radiation Thermometers could only be used in moderately fine weather. The anemometers were often frozen up, or out of repair. The ozone tests were read twice daily for twelve hours each, but the usual saturated condition of the atmosphere made their indications very unreliable. The papers were occasionally blown away in strong gales, and the observa- tion thus lost. 1886. ] BEN NEVIS OBSERVATORY.—LOG-BOOK. 335 1886. Jan. 1.—Robinson anemometer tied up at 235 10™, Jan. 3.—Robinson anemometer started at 13 10™, but tied up again at 145 5™, Jan. 4,—Thermometer box shifted at 122 10™. Jan. 5.—At 6? tips of lightning rod, vane, and cups of anemometers and kitchen chimney glowing with St Elmo’s fire ; heavy hail falling at the time. Jan. 6.—Haze at horizon and in valleys all day. At 11" great white glare round sun, and brown colour under it. This brown colour was under the sun all day. At 164 pink glow to E. No afterglow to westward till 16% 10". Earth shadow observed at 16 10™. Jan. 9.—At 10" columns of fog rising out of Glen Nevis. A white ray or beam from sun observed passing vertically down over Glen Nevis. It was not caused by the sun shining through a rift in the clouds; and it was seen passing over or into Glen Nevis between the observer and the opposite hills. No corresponding ray observed above sun. At 10 10™ pink colour on clouds to northward close over Ben Nevis. At 12" 10™ thermometer box shifted. Jan. 11.—Thermometer box shifted at 12" 10™. Jan. 13.—Thermometer box shifted at 12» 30™. Jan. 14.—Thermometer box shifted at 7" 10™. After 94 the following additional observations were made :—9" 11”, dry 22:0; wet 25:°0—-fog crossing hill at second gorge; 95 17™, dry 206; wet 21:0—fog passing at Observatory. At 8" under surface of pallium of a dark brown red colour. Jan. 15.—Wind very unsteady, with back swirls all day. Louvres of thermometer box badly choked. Jan. 16.—Thermometer box shifted at 34 20™. Jan. 18.—Brown colour under moon at 55, and similar Red colour under sun during day. At 175 Yellow double lunar corona; colours as in mar- Yellowish gin. Radius of red, 1° 41’; yellow, 0° 58’. ») Similar corona seen at 214, Jan. 19.—Brown colour under moon in early morning. No usual pink foreglow at sunrise ; but the under surfaces of cirrus clouds were coloured vermilion-red about 10 minutes before sunrise. Dark blue band across sky from N.E. to W. At 9 double solar corona, consisting of two pinkish red rings; radius of inner ring about 2° 8’. At 145 gauge found buried in drift up to the rim. The drift has blown away round the stand for the thermometer box, so that although the bulbs are only about 20 inches above the general surface, they are 40 or 45 inches above the surface immediately under them. This hole is about 2 yards diameter, and has steep sides. Jan. 20.—Double lunar corona observed at 25, Formed Red on scud ; colours as in margin. Very fleet- Yellow ing, and size varying. Two measurements within one minute gave for radius of inner Blue-green Red red, 3° 33’ and 3° 7’. The colours were Orange : : Mellon always the same, though the size varied. Whitish Thermometer box shifted at 3" 20™. Brown ») colour under moon all morning. Same brown colour under sun in afternoon. At 17" dark red and dirty yellow at S.W., W., and N.W. horizon ; under surfaces of cumulus to westward red, and under surfaces of cirrus pinkish. TRANS. ROY. SOC. EDIN. VOL. XXXIV. Jan. 22.—A light was observed in the north at 174, which might be auroral. Thermometer box shifted at 22" 15. Jan. 23.—At 17" brownish-pink colour in sky to west- ward above low-lying clouds. Sky green toS.S.W. Fog on hills to E. and S. Jan. 25.—In morning fog crystals smoky brown in colour. Fog passing in waves in afternoon and at night. Very squally at night, with intervals of almost perfect calm. Jan. 27.—Fog crystals on exposed surfaces brown. In the afternoon the fog, though very thick, was dazzling to the eyes. Jan. 28.—Fog crystals of their usual white colour in morning, but possibly slightly brown in afternoon. Jan. 29.—Fog crystals brown in morning. Louvres of box badly choked with snow all day. Jan. 30.—One flash of lightning seen at 7%. Some hail in rain-gauge at 8%. At 12, 134, and 14 gauge full of drift. Feb. 1.—At 1* rain-gauge found leaning over to wind- ward, and full of drift. At 2 gauge buried almost to the rim, and full of drift. At 21" the gauge was again found almost buried. None was put out again till midnight, when it was put out as usual. Thermometer box shifted at 9 10™. At 9 fog on hills round in patches. At 11" fog joining with upper clouds over Glencoe and Loch Linnhe ; very ugly. At 13" white glare, with pink or brown edges. Between 145 and 15" brown colour under sun, and haze and cum. to S.W. Feb. 2.—Thermometer box shifted at 23> 25™. Feb. 3.—No fog in valleys, but horizon hazy, especially to S.W. all day. At 8" yellowish, watery glare in sky to south-eastward 20° to 30° high. Pale glare, with brownish red edges round sun all day. At 17" red streak along western horizon, and above it triangle of yellowish green in sky about 60° wide at base and 30° high. At 19 long bluish-white glimmer in sky to westward leaning at an angle of 45° to southward. Haze or fog seemed to rise up on to the hill top at night, the stars remaining bright as long as they were visible. Snow down to sea-level. Feb. 4.—Low fog on Locheil and Loch Rannoch at 8}, which gradually passed away during the day. Brown colour under sun at 11" and all the rest of the day ; pale brownish glare round sun in afternoon. Haze over Firth of Lorne all afternoon. After sunset red light all round horizon, which gradually rose to eastward, leaving an earth- shadow underneath. At 195 and 20" faint triangular white glimmer in western sky similar to last night. Faint aurora seen at night. Feb. 5.—At 85, just before and just after sunrise, under surface of clouds blood-red. Haze thickening in valleys to S. and W. all morning. The cloud layer seemed to come gradually down on to Ben Nevis in afternoon. Feb. 6.—F¥og crystals forming most of the day, but of their usual white colour. Feb. 7.—Thermometer box shifted at 165 10™. Feb. 8.—Robinson anemometer started after 125. Feb. 9.—Robinson anemometer tied up at 8%. Thick crust of ice on louvres of thermometer box and all exposed 3 U 336 surfaces all afternoon. Thermometer box shifted at 23" 20™. Feb. 10.—Thermometer box shifted at 10" 15™. Double solar fog-bow seen at 11" to northward. Traces of red on outside of outer ring, and on inside of inner. Radius of outer bow, 42° 4’; inner, 33° 0’. Moon gleaming at night, but no corona observed. Feb. 12.—At 12" rain-gauge found full of drift. rain-gauge undercut, and leaning over to one side. Feb. 13.—Thermometer box shifted at 215 20™, Feb. 14.—At 11» glory and fog-bow (see fig. 7). Outer radius of fog-bow, 45° 12’; inner, 40° 0’; radius of red of glory, 1° 6’. Fog-bow tinged with red outside. Out- side of glory red also. Seen on fog in northern valley. Feb. 15.—At 9" solar halo, with portion of reverse halo on upper side of it. Large halo red inside, and blue outside; portion above red next sun and blue inside curvature. This upper are overlapped on the main circle, bringing their reds together. The following measurements from centre of sun to the point where the two reds over- lapped were made :—Radius, 21° 42’; 21° 49’; 22° 0’; 22° 0'; 22° 0; 22° 0’. The upper arc was very distinct, but the blue in it was fainter than in the main halo. Double solar corona at 11. Radius of outer red, 4° 53’; inner red, 2° 55’. -Brown colour round and under sun all day. At 18" pinkish haze in air below the upper clouds and above the fog in the surrounding hills. From 19" to 23% lunar halo on cirrus, and for most of the time misty corona, also on cirrus. At 19" the following measurements were At 18 made. Corona. Halo. Outside radius, 4° 20’ | Radius, 24° 28’. 55 4° 28’ Dae an, ewe eae ye eae oy a BU » ee Aan At 20 the measurements got were:—Radius of corona, 2° 59’; halo, 21° 13’. The corona was a mere bluish space with a red rim. No fog in valleys all day, but haze at horizon, especially to southward, and detached cumulus on hills. Feb. 16.—At 2 misty corona on cirro-cumulus ; colours Farnt bide as in margin. Radius of red, 1° 43’. Red Brown colour under moon at 4" 10”, Yellow Similar colour at 54% At 7" watery glare in eastward sky, and purple colour to west- ward about 15° to 30° above horizon. Brown colour round sun all day, strongest on lower side. Dense haze in valleys to southward from §.E. to W. allafternoon. Earth shadow under rosy glow to eastward after sunset at 17" 30™, Sun shone red through the haze as it sank into it. Upper glow began at 17" 40™ and lasted till 184, Faint blue colour round moonat night. Long thin auroral arch at 23% and midnight. Height by stephanome 63°. Feb. 17.—At 35 blue corona round moon. Brown colour under sun very faint to-day. Misty corona on cumulus at night. No measurements made. Feb, 18.—White fog crystals forming all day. feb. 20.—Fog erystals brown in morning. Feb. 21.—Fog crystals brown in morning, but white and more icy in texture at night. feb, 25,—Lunar corona at 5", colours in following order BEN NEVIS OBSERVATORY.—LOG-BOOK. [1886. out from moon :—White, yellow, red, violet, green, yellow, red. Pale reddish, or brown glare round sun all day, get- ting stronger near the horizon. Faint light to westward observed at 85; probably zodiacal light. Horizon hazy all day, especially to S.W. and W. Detached cumulus above haze to 8. and W. in afternoon. Feb. 26.—Solar corona observed at 12. Double rings varying in size. Radius of outer red, 8° 22’; inner red, 4° 34’; 4° 23’; 3° 38’. Similar corona at 13"; the outer ring was only seen occasionally, and was too faint and fleeting to measure accurately, but was about 5° 30’. Six measurements of the inner red gave as radius, 3° 3’ ; 2° 47’; 3° 25’; 3° 10’; 3° 2’; 2° 24". Fog crystals white this morning. feb. 27.—Top clearing of fog at times in afternoon. Fog crystals white, and very loose in texture and dry. Feb, 28.—Fog crystals to-day pure white. Mar, 4.—White glare in western sky at 18" and 19}, Zodiacal light seen at 20"; nothing seen in spectroscope. Thermometer box shifted at 185 15™, Mar. 5.—At 8 fog-bow, corona (3, 4, and 5 rings), and glory (2 and 3 rings), on passing fog,—all too fleeting to measure. Thermometer shifted at 20% 5™. Aurora seen at 22, To-day Wm. Stewart started to come up to the Observatory, but had to turn back, having lost his way in the dense fog before he got to Buchan’s well. Mr Omond, Mr Rankin, and Mr Miller went down in search of him in afternoon. In consequence of this the 15» observation was not taken till 15" 3™ ; no corrections were applied to the various readings. Mar. 6.—Double solar corona at 12%. with a few streamers at night. Mar. 7.—At 7* thin pallium over sky to horizon, hills just clear under it. In the valleys to eastward there was an under glow of the same colour, and exactly similar to the upper glow seen before sunrise and after sunset. In this glow between Schehallion and Ben Nevis streamers were visible, which gradually receded and faded away as the sun rose higher. At 74 13™ the sun broke through the clouds, and at 7" 16™ a white beam was seen stretch- ing verticaily downwards from sun to the edge of Ben Nevis. It passed through a thin stratus cloud. Corcna observed at same time. The pallium broke up into detached masses like cumulus, but descending and settling over the hills round, At 7" 24™ the beam was again seen, Double solar corona observed at 10b— Faint aurora Radius of inner red, 3° 46’. Outer red, 1 30g “i 3 of. 8 5° 34’, 4. a. OU. & 62°297 a a ie se 6° 35. A 3° 42’, nf 3° 42’, - 250". The last measurement of the inner red, and the second measurement of the outer, were taken about the same time. Halo observed at 11%, The following measurements were made :— 23°7807 22° «On Extreme inside of halo, 21H 3% Extreme outside ,, 25° 44’, 1886.] Same halo observed at 12}. Radius, 23° 44’; 21° 13’; 22° 12’. Dense haze coming up from §.W. beyond Mull in afternoon. Solar halo at 13" also :— Radius, 21° 48’. | Radius, pe Dyk f 21° 24’, x PIB Wye a3 22 DAG r 21° 48’. f- 21° 13’. bs 22> 10% 22° 12° 22° 112". ” ” Horizon very dark, and sky mirky at night. Mar. 8.—Brown crystals forming out of passing fog in afternoon. Mar. 9.—Dense haze round horizon all day. At 17" three layers of upper clouds were observed. The highest was moving from W.N.W., the middle from §.W., and the lowest from S.E. The lowest appeared to be fed from above. The clouds came lower down in the evening, and then disappeared. Mar, 10.—Thermometers shifted at 24 8™ and again at 32 8™, At 6", before sunrise, eastern horizon very red and reddish-brown glow on under surface of thin cirrus clouds. At 17" fog crystals slightly brown in colour were forming. Mar. 11.—No brown colour under sun in forenoon, but faint colour in afternoon, and pale glare round sun. Mar, 12.—At 12 bird (?raven) seen flying over hill. Distinct brown colour above haze under sun in afternoon. Sunset colours bright and very beautiful. Afterglow from 18" 30™ to 18" 40™. Sun sank into haze at 8» 23™, For the last two days there has been dense haze all round, but especially to westward, rising to about 3000 feet, and very flat topped. When taking compass bearings along the path down the hill to-day Mr Rankin found that one of the large stones on the south side of the hill near the first gorge was strongly magnetic. It attracted the south end of the compass. Mar. 13.—Fog crystals white to-day. Fleeting corona, sometimes single, sometimes double, formed on scud at night. Mar. 15.—Fog crystals in morning very slightly grey in colour. Lunar corona on scud at night, too fleeting to measure. Mar, 17.—Fog crystals rather hard and icy in early morning and during the day, but looser in texture at night. All pure white. Louvres of thermometer box a good deal choked. Mar. 18.—Fog crystals brown in the afternoon. Mar. 19.—Fog crystals brown in forenoon. Thermo- meter box shifted at 8 10™. The increase (1 inch) in the depth of snow to-day is probably due to fog crystals forming on the old roughened surface. Mar. 20.—At 12% Robinson anemometer started. Mar. 22.—Sky very ugly, both in clouds and colour, to S.W. allafternoon. At 13" beams observed radiating from sun in every direction; some 20° in length. Detached cumulus fog hanging about hills round all afternoon. Snow almost gone off the hills to north and north-east, and very streaky on the others. At 18° dark fog with haze below it advancing over hills to S.W. At 182 a ptarmigan, pure white, flew across the hill top. At 19> green haze to N.E. The fog and haze to S.W. had reached Loch Leven. Fog on Ben Nevis at 20"; heavy rain and hail began shortly afterwards. Mar, 23.—At 10% (wind §.8.W.) thin mist rising up BEN NEVIS OBSERVATORY.—LOG-BOOK. 337 from north valley close to cliff, but getting brushed back by the wind. At 15" 10™ thermometer box shifted one stage down on ladder-stand. Mar. 26.—Robinson anemometer tied up at 105 5™, Snow at night at first soft and in large flakes, but later on hard and icy. Mar, 27.—At 13" snow bunting seen on top. Ther- mometer box shifted at 224 23™, Mar, 28.—At 10" three layers of cloud were observed, the lowest cum. from §.W., middle cir.-cum. from W. by N., and highest cir. and cir.-cum. from W.S.W. At 10> 15™ vertical ascending columns of fog observed rising from Glen Nevis, and forming cum. clouds at about the level of the hill top. Mar. 30.—No rain-gauge was out from 12 to 174, as the drift made it useless. Thermometer box shifted at 235 20™. Mar. 31.—Shower of hail between 16" and 17". The hailstones were hard and conical in shape, with spherical bottoms. April 1.—At 16" brown haze to §.W. very ugly look- ing, and cumulus above hills at N.W. horizon. Ther- mometer box shifted at 164 15™. At 18" rain-gauge buried out of sight in drift; none put out for the rest of the day. At 21" stars seen for a moment. The freshly fallen and drifted snow was much cut up by the wind at night. April 2.—Short but very heavy hail shower at 8}. Rain-gauge was put out for the first time to-day at 9" April 3.—At 10" and several times during the after- noon rain-gauge was buried in drift. No gauge was pnt out at 21". Thermometer box badly choked with drift all afternoon and night. April 4,—Rain-gauge put out for first time at 4%. Thermometer box badly choked with drift all day; the ozone papers were enclosed in a mass of snow over one inch thick, April 5.—Thermometer box shifted at 11" 10™. April 6.—Top covered with deep soft, rather heavy snow. April 7.—When the wind rose this afternoon, the soft snow blew about in blinding drift. At 13" the rain- gauge was buried so deeply that it could not be found. No gauge was put out after this. At 14> it was impos- sible to see three yards for drift, Thermometer box con- siderably choked with drift at night. April 8.—Rain gauge put out for the first time at 3". At 11 10™ thermometer box shifted one stage higher on ladder-stand. Thermometer box shiftedat 22"15™. This afternoon it was found that a drift about 10 or 12 feet high had gathered along the face of the cliff to N.W. during the recent storm. It did not overhang, but sloped back from the edge. April 9.—At 17 top clearing at times; sunshine seen on southern hills. April 10.—Thermometer box shifted at 10 20™ In the forenoon and middle of the day the fog rose gradually from the hills and formed cumulus over them. No fog in valleys all day. Loch Linnhe and Locheil calm all day, but surf breaking upon Eig. No unusual colours in sky. April 11.—Loose cumulus floating about all day, but. clearing entirely at night. At 19% yellow colour above sun and pink underneath. Aurora seen at 225, 23, and midnight. Single arch, greatest height about 9° by stephanome. 338 April 12.—Aurora described yesterday was observed till 2". At 5" dark shadow observed to westward rising to about 14°; and at the same time faint glow in eastern sky. Brown colour round sun in forenoon, strongest underneath; none in afternoon, but only a faint glare round sun. April 13.—Icy fog erystals forming in early morning. At 20" dense bank of cum.-fog in northern valley, rising to over 4000 feet, but standing clear of the hill side. April 14.—At 10 fog-bow seen to northward rather broad and indistinct. At 17" glimpses of blue sky over- head. All afternoon icy fog crystals were forming. April 15.—Misty corona at night. April 16.—Thermometer box shifted at 0° 12™. Misty corona seen at times in early morning and at night. At 3" very faint brown colour under moon. No brown haze round sun all day. At 8" bank of fog at E. end of Ben Nevis, flowing down and vanishing. At 10" clouds over Glen Nevis at about 4000 feet above top, with a rotatory motion round horizontal axis, the southern or south-eastern side rising and the north or north-western side sinking. At 19" haze in north-western valleys coloured yellow by sun shining down on it from behind clouds. After 23% clouds opened showing blue sky above the scud that was driving across the hill top. April 17,—Great masses of cumulus fog all round Ben Nevis in forenoon. When the top cleared at 20> the southern hills were capped with dense cumulus, which gradually disappeared. Fragments of lunar halo seen at night, and faint brown colour under moon. April 18.—At 19" the wind was E.S.E., but the fog was rushing up from northern valley, and passing over- head from N. to S., while above it and below it were east- south-eastern currents. . April 19.—Icy fog crystals forming in afternoon. April 20.—At 19» solar halo observed. Radius of inner edge, horizontally, 23° 17’; vertically, 22° 0’. Faint brown colour under moon at night. April 21.—In early morning fragment of lunar halo observed several times. Sunrise colours are visible at 3", Faint solar halo observed in forenoon. Seven ravens seen at 13", No unusual colours round sun. Faint auroral arch at night. Meteor as bright as first mag.-star seen at 235 5™, It went from Pole-star toward W.N.W. horizon, and left a train about 10° long at a height of about 50°, which remained visible for a second. No sounds heard. April 22,—Faint brown colour under moon in early morning, and under sun at 74, At 7 fog low down about Loch Ness and Strathglass. At 14" pale glare round sun ; sky very blue. This afternoon a new flexible shaft was put on the Robinson anemometer, and the instrument got a general overhaul. It was set agoing at 19» 30. April 23.—Black bulb (old) was put out to-day on bracket stand at post A, 58 inches above snow. Double solar corona observed at 11>. The following measurements were made :— if, IL. TT. tadius of inner red, 3° 46’ 3° 20’ F ei! 7 outer red, 6; 4 6° 18’ 6° 41’ April 24.—At 8" spot of light forming part of solar halo was observed, coloured red, yellow, green, and blue, on north side of sun. Radius of red, 24° 20". At 9a complete halo, red inside, blue outside. Radius of red, 23° 30’; 23° 3’; 23° 30’. Alsodouble corona. Radius of BEN NEVIS OBSERVATORY.—LOG-BOOK. [1886. inner red, 3° 21’; outer red, 7° 22’. At 10" it was found that the flexible shaft of the Robinson anemometer had got broken, probably owing to having been frozen fast near the top and twisted up. April 25.—At 9 upper segment of halo seen on cirrus much higher than the general amount of cirrus at the time. At 17" solar halo seen. The following measure- ments were made :—Inside of red (radius), 23° 3’; 23° 3’; 23° 3’; outside of red, 24° 28’. The red colour was on the inside of the halo. April 28.—This morning the sky under and around the sun was singularly clear and free from haze or glare. April 29.—At 16" sun behind a cloud, but sky under- neath all brown in colour. Faint auroral streamers to N.N.W. at 235, and distinct but low auroral arch at mid- night. April 30.—Thermometer box shifted at 235 15™, May 1.—At 7 brown colour under sun. At 8" solar corona on passing fog. At 14" no brown colour or glare round sun. No fog in valleys all day, but dense haze round horizon all afternoon and night. Faint auroral light seen at 23" and midnight. May 2.—Portion of solar halo seen at 54, the part above sun white and ill-defined, but bright red and blue spot to southward of sun ; radius of this red, 22° 49’. At 7 complete halo seen, red inside. Radius vertically, 23° 3’; 21° 48’; 22° 49’; horizontally, 22° 36’. Very thick dark haze all round during the day. May 3.—Long icy fog crystals forming in early morning. May 5.—Dry and wet bulbs shifted at 3" 5™. May 6.—At 11 clouds passing over Ben Nevis from S., and passing down the north side into the valley. May 7.—Solar halo in forenoon. A rough measure- ment at 105 gave radius, 22° 36’ (red inside). A better set of measurements at 125 gave— I III. Radius of red (a), 22° 36’. | Radius of red (a), 21° 36’. i, (b), 22° 36’, ¥3 (0), 21° % . (c), 22° 0%. IV. ik Radius of blue (a), 14° 28’. Radius of red (a), 22° 424’, S (6), 24° 28". ‘ (b), 22° 36’ i (c), 24° 18’. i (c), 22° 36’. Measurements in II. and III. were taken alternately ; II. being radius of red on upper side of halo, and III. on lower; red in III. not well defined. I.a and IV.b were measurements of same portions of are ; II.6 and LV.c were measurements of same portions of arc. At 13" measure- ments got were—Radius of red upper side, 21° 48’; 23° 3’; 22° 12’. Shortly after the measurements were made at 13", the cir.-str. clouds on which the halo was formed changed into cir.-cum., and it disappeared, but soon came into view again on some filmy cir.-str. This afternoon the flexible shaft of the Robinson anemometer was repaired, aud the instrument set going. May 8.—Robinson anemometer was tied up at 74, but set going again at 10", At 174, however, it was found that the flexible shaft had broken again. May 9.—Snow flakes at 7" were very large—from ? inch to 1 inch in diameter. May 10.—Thermometer box shifted at 1» 12™ At 9 small bird, not a bunting, seen on roof, May 11.—Dense rolling cumulus all round in after- noon. . 1886.] May 12.—Thermometer box shifted at 15 20™. Faint upper arc of halo seen at 58. No fog in valleys, but cumulus on hills round most of the day. May 14.—Thermometer box shifted at 10" 30™. At 17" the wind was easterly (2-3); but the sky was covered with cumulus at no great height, moving from N.N.W. May 15.—Thermometer box shifted at 145 15™. May 16.—Double lunar corona at 25 on low clouds, too fleeting to measure. At 3" cum.-fog on hills all round. At 45 level-topped all over western hills. On this fog the shadow of Ben Nevis was clearly seen at 4" 10". Fog also on hills far to E. and N.E. Fragments of solar halo at 54, The snow which fell at night was small and hard. May 18.—The snow that fell at night was hard and icy in texture. May 19.—Thermometer box shifted at 22" 20™. At midnight the northern horizon was faintly tinged with red by the sun. May 20.—Faint brown colour under moon at 2%, Brown colour under sun at 5%, Solar halo at 7"; colours faint, red inside. At 10 triple solar corona on scud ; too fleeting to measure. Air very clear to S.W. in early morning. May 21.—Dark, but not thick, haze in valleys at night. May 22.—Faint brown colour under moon at 1) Brown colour under sun at 6%, and low fog on Loch Lochy. At 7* cloud above sun coloured red and blue in patches (about 54° above the sun). When it came nearer to the sun the colours vanished. There pine was no trace of arrangement in the colours. Blue The cloud of the cir.-cum. type. At 85 3™ Red a similar cloud showed the same colours, Yellow but as this cloud approached the sun the a colours formed a more regular corona, being Violet arranged as in margin. Another cloud Red passed at 84 6™, giving similar colours ; seron the violet and blue in this one were very nee bright. A third cloud passed at 8" 10™, also with bright violet, blue, and green. A measurement of the inner red of this last gave for radius 3° 31’. At 10 Ben Wyvis seen distinctly, and looking very high, May 23.—At 4" the sun was behind a thick bank of haze, and its disc scarcely discernible. A faint upper glow at about 45° above the sun was seen. Solar corona at Red 125; colours as in diagram. Inner and Red and blue outer red distinct, but space between very mpetized mixed in colour. Radius of inner red, 3> 25’; 3° 25’; 3° 18’; 3° 35’; outer red, 6° 41’; 6° 35’; 6°41’; 6°41.’ Very large haze all round last night and all to-day. At 16" both cir.-cum. and cir.-str. were observed. ‘The cir.-str. was distinctly below the cir.-cum., but was apparently moving in the same direction, S.S.W. At 20" the high cumulus appeared to meet the haze all round, leaving no clear sky. The rainfall at 21» is filled in by interpolation. The rain came on in short sharp showers, while the air was dry. May 24.—At 18" 10™ dry and wet shifted. During the dry fog to-day the air felt very close and warm. May 26.—Thermometer box shifted at 165 10™. May 27.—At 6 faint brown colour under sun. At 9} ascending currents from Glen Nevis forming cumulus clouds, At 13" bright halo seen; red inside, then TRANS. ROY. SOC. EDIN. VOL. XXXIV. BEN NEVIS OBSERVATORY.—LOG-BOOK. 309 yellow and blue outside. The following measurements were made :— Radius of Red. Yellow. Blue. a Ist, 21° 24’ Domed 24° 43’ 2nd, WIEN! 22° 4.9’ 24° 43’<—5 3rd, «22° 19" = 93° 30’ S24? 13'f 4th, 22° 0’ 23° 0! a4° 43° The double arrows represent the diameters along which the four measurements were made. May 24.—Thermometer box shifted at 4" 12™ Fog rising from Glen Nevis in forenoon. Huge masses of cumulus all round at 13". Snow at 14" hard and dry. Air may have been dry. May 21.—No colour round sun in forenoon, but at 15 a faint brownish glare was observed. A very faint afterglow was seen at 21. The door and windows were a good deal blocked up with drifted snow during the last week of May. They were dug out on 3lst May, after being closed for four days. June 1.—Brown colour under sun at 54 and 65. Frag- ment of halo, red inside, seen at 13". Haze to northward of a curious green colour at 22}. June 3.—At midnight the higher cirrus clouds to north- ward were bright, apparently with sunlight; but the lower ones were quite dark. June 4.—At 5% 10™ halo and mock suns observed, halo red inside and blue outside. Mock suns at each side so bright as to be dazzling, the right hand one the brightest. Radius from centre of sun to centre of mock suns, 23° 17’. Vertical white segment below sun, and horizontal seg- ment passing through mock sun. This horizontal segment was 12° 32’ above the level-topped haze. At the right mock sun, the red of the halo was not broken, the white mock sun being outside it. The following measurements of the halo were made :—Radius of red, 22° 36’; 22° 36’: yellow, 23° 3’; 23° 30’; blue, 23° 44’; 23°44’. The mock sun to the left was coloured red, yellow, and blue in same order as the halo. At 8" halo seen again, rather faint. Radius of inside of red, 22° 0’; outside of red, 23° 17’; outside of blue, 24° 43’—measured on lower segment of halo. At 8" a corona was also observed on cir.-cum. Radius of inside of inner red, 2° 50’; outside of inner red and inside of blue, 3° 46’; outside of blue and inside outer red, 5° 52’. Corona was faintly seen again at 13%. No unusual colours round sun when clear of clouds. June 5.—At 13% the rain-gauge, which was buried out of sight on 7th April, was found and taken in. June 7.—At 05 10™ thermometer box shifted one stage lower on ladder-stand. No glare round sun all day, but brown colour at western horizon at 164. Halo at 8». June 8.—Fog on hills to S.E. in early morning, which gradually spread over to Ben Nevis. June 10.—At 17 raven heard croaking, but not seen. To-day Wm. Stewart, J. Macdonald, and one horse came up. The horse got right up to the Observatory, the snow being hard. This the first horse up this year. June 11.—At midnight the dry and wet read 36°°1 and 35°-2, though the dry had a large drop of water hanging from it. June 12.—At 145 10™ thermometer box shifted one stage lower on ladder-stand, 8} x 340 June 17..—At 22a dark purple belt was observed to southward, rising from horizon to eastward, to 15° above horizon to south-south-eastward, and sinking again to horizon to south-westward. At same time ordinary sunset colours were observed at north-western horizon. At 23 and at midnight the cirri clouds to northward shone with a bright silvery light (not auroral); the brightest parts were about 15° above the horizon. June 18.—From 21 tillmidnight the roof of Observatory was quite wet with water blown by wind from face of precipice to northwards. June 19.—Haze at horizon and over hills to-day till 22%, when it cleared away. June 20.—At 20" fog, which was observed during the afternoon to westward and north-westward, reached the Ben and began to drive over summit. At the same hour part of a solar halo, a fog-bow, and “glories” were observed. Part of a solar halo was also observed at 15"; no measurements were obtained. June 23.—At 0210™ the thermometer box was lowered one step on ladder-stand. June 28.—The 3 observation was not taken till 3" 11™. No corrections applied to readings. June 29.—At 12 the greater part of the clouds was evidently below the level of the top of Ben Nevis. In the afternoon, though there was fog on the hill top, the air was distinctly dry. To-day new rain-gauges, screw plug pattern, but higher in the rim than the last set, arrived at the Observatory. June 30.—At 23" 5™ dry and wet bulbs shifted. July 1.—At 105 the lower clouds were distinctly of cir.-str. type. They formed to W.S.W. of Ben Nevis, and passed quickly overhead at a height of about 200 feet. There seemed to be a strong down current to eastwards of the Ben which sucked them down and made them vanish. July 2.—At 15" 8™ thermometer box shifted one stage down on ladder-stand. July 3.—At 15" and 164, though the dry read higher than the wet, there was a large drop of water hanging from it. July 4.-—Dense cum.-fog over all the hills round at night, rising to over 4000 feet. July 5.—At 22 20™ dry and wet bulbs put out in large thermometer box. July 19.—The 20 observation was not taken till 20 5™. No correction applied to readings. Aug. 3.—Very thin fog hanging round hill top, cover- ing at times in early part of night. After 23" top was almost continuously enveloped, but fog was so thin that sky could be quite well seen. Aug. 14.—At 13" solar halo observed; no colours visible. Measurement per stephanome of radius = 23° 30’, 23° 3’, and 22° 36’. Aug. 18.—In early morning sky almost completely covered with very high cumulus, which became slowly denser ; a thin haze lying over the hills. At 3" the eastern sky was of a deep orange colour, there being a clear band of about 10° between the horizon and the edge of the cloud. At 4" conditions were much the same, except that the clouds were tinged here and there with red. About 4" 15™ white fog began to form on the hills. Sometimes dark strata were formed in the valleys, which thickened and became fog, and in some places detached masses of mist rose up in cumulus form, and after reaching a certain height folded in and became umbrella-shaped, with long BEN NEVIS OBSERVATORY.—LOG-BOOK. [1886. filaments hanging down. Meanwhile the clouds above seemed to close in and descend, and at 5 they formed a thick pallium. The clear band to eastwards persisted after the sun had risen and gone above the edge of the pallium, after which it assumed a green colour. Aug. 19.—At 3" faint fog-bow observed, too large to measure. At 5" 50™ two arcs of a bow were seen, centre -| apparently due west, on fog bank lying over west end of hill. The outer edges of these arcs were tinged with red. At 134 solar halo observed, radius 24° 14’. Aug. 20.—At 2" the surrounding hills were entirely covered with fog, which rose to a height of about 15° on all sides, leaving the top of the Ben in the bottom of a sort of cup. The upper edge of the fog was almost quite level all round, and sharply defined. A faint lunar corona was observed, and appearance of stars indicated presence of a good deal of vapour. No clouds were observed except small quantity of cirrus. Aug. 27.—At 20% 50™ heavy hail shower commenced, changing to rain at 21%, Rain continued, but air being very dry almost no record was given by gauges ; stones, thermometer boxes, &c. remained quite dry till after 225. Sept. 13.—Dense soft-looking fog in valleys to W. and N. in early morning. Sept. 14.—At 22 lunar fog-bow, white; and misty corona. Both formed on seud. Sept. 15.—Fog in patches on hills in morning, and before sunrise dense fog over Loch Arkaig. Level sheet of fog covering eastern hills in the evening, and haze in the valleys round Ben Nevis. Sept. 16.—Very thick haze in the valleys rising to rather above the level of Ben Nevis, all day, and blowing across the hill top as thin fog at night. Sept. 17.—Haze similar to yesterday, but with patches of cumulus fog in it. ; Sept. 18.—Dense haze and fog in valleys to about 4000 feet in early morning. Sept. 19.—At 4" there was dense foggy-looking haze all round and below the Ben, but no corona or unusual colours at moon. Sept. 21.—To-day the thermometer box and the black bulb were encrusted with snow and ice, the latter so much so as to render it impossible to set it at night. At21» an aurora was observed having two arcs, from the lower of which short streamers were seen ascending. At 212 5™a brilliant meteor was seen to south-westward at 45° altitude, moving slowly towards §.E. It was so bright as to light up the upper room of the tower, and lasted for about 6 seconds. It made no audible noise. Its length was approximately from 12 to 15 yards. Before fading the head was yellow, the tail being of different colours, having a great amount of blue. Sept. 22.—At 15" 20™ the thermometers (dry and wet) were taken in, being too much encrusted with snow and ice for readings to be satisfactory, and fresh dry bulb and wet bulb were put out. Sept. 27.—At 5" St Elmo’s fire observed on lightning conductor. Thunder heard at 15 33™, Thunder and lightning at 19% 40". Several flashes of lightning between 204 and 21". Thunder, lightning, and earth currents about 235, Sept. 28.—Lightning seen (one flash) at 35 3m; thunder heard at 54 27™, Oct. 5.—Though no rain appeared to fall, the mist con- 1886. ] tained large isolated drops of water both yesterday and to-day. : Oct. 6.—At about 18" the hill top cleared, leaving fog over the lower hills and rather high clouds of cumulus type above. Thunder was heard at 175 45™, and distant thunder and lightning at 18" 5™, 18" 16™, and several times about 215, At 19" lightning was seen in the distance to 8.S.E. low down just above the fog. At 21 38™ a flash was seen, followed closely by thunder. At the time of the flash a sharp crack was heard in the tower stove-pipe, as if a discharge had gone down the lightning rod. Another flash, with a similar crack and followed closely by thunder, occurred at 212 47". From 21" 40™ to 215 47™ rain fell heavily, and the top was enveloped in thick mist. No thunder or lightning was observed between the flash at 21 38™ and that at 212 47™, and none after the latter ; during that time the thunder-cloud seems to have been resting on, or crossing over, the hill top. No damage was done to the Observatory. Oct. 7.—At 125 a solar fog-bow was observed. No colours, only a broad white band. Radius to inside of bow, 36° 20’; outside, 43° 36’. This afternoon the Robinson anemometer was taken down. Oct. 10.—The ground to-day got all covered with dry snow about 2 inches deep. Oct. 14.—At 23" misty lunar corona. Double ring, outer, blue inside the red, and inner yellowish. Size varying rapidly, brightest when largest. Radius of inner red, when of medium size, 2° 26’. Oct. 17.—The snow which fell early this morning was in large soft flakes, and was not hard and dry like the last. Oct. 18.—To-day and yesterday evening the ground was all icy. Louvres of thermometer box badly choked at night, especially to windward. Oct. 20.—At 10} the time error of the Observatory clock was found to be+5™ 5°. It had been supposed to be only +1™ 308. The times since the 16th have therefore probably a gradually increasing error, but no correction has been applied to any readings. Oct. 21.—The fog or scud cleared overhead occasionally at 17> and 185, showing blue sky with some cirrus. Oct. 22.—Fog-bow seen at 115 25™; colours as in fig. 8. The order of colours in the glory was not determined. No measurement was got. The pink was a badly defined space, not a true band. Auroral streamers seen at 21); the arch appeared to be just about the horizon. Thick haze in the valleys and over the other hills at night. ae 23.—Low fog over lochs in Caledonian canal valley at 8", Oct. 24.—White icy fog crystals forming at night. Oct. 25.—At 16 glory seen on fog to north-eastward. Rather misty and badly defined; four rings, inner one a mere blotch ; second, yellow and red—the brightest of the four ; third, green and red; fourth only red seen clearly. The third and fourth were only seen occasionally. Radius of first red, 1° 10’ (bad observation) ; second red, 3° 46’ ; third red, 6° 18’; fourth red; 7° 22’; yellow in second ring, 2° 55’; green in third ring, 4° 31’. Oct. 26.—Meteorite seen at 204 2™; started at about 60° altitude to the E. by S., and fell almost vertically. Oct. 28.—At 155 7™ dry and wet bulbs were shifted. Nov. 2.—At 45 5" St Elmo’s fire seen on lightning con- ductor, anemometers, and kitchen chimney. The brushes BEN NEVIS OBSERVATORY.—LOG-BOOK. - 20%) 22° 0". 341 of light were broad-looking and bright. was falling at the time. Nov. 5.—-At 18" lunar corona seen; colours as in margin (outer blue probably a margin). Radius of jue red 2° 17’ and of blue 4° 43’. Well-defined Red halo seen all evening. The two following ) measurements were taken:—At 194, radius, 22° 36’; at Fleeting corona also seen; colours as in Hard dry snow margin. At 19" a light was seen to north- ward, possibly auroral. Heavy drift at Blue night, making rain-gauges useless, but Red apparently no snow fell. ) Nov. 6.—Very squally all morning, with strong back swirls in the wind. No gauge was out till 195, but pro- bably no snow fell. At 14 the thermometers in the large thermometer box were taken in. Nov. 7.—At 11, though the temperature was 21°, minute drops of rain were falling. Thermometer box shifted at 126 25™, Nov, 8.—One of the Observatory horses was up for the last time this year. Nov. 9.—The fog crystals forming to-day were slightly brown in colour. Thermometer box shifted at 15' 15™. Fleeting misty double lunar corona, yellow inside and blue outside, seen at 21%, Great masses of cumulus fog all round at night, and also over the southern hills. Nov. 11.—At 8 the shadow of Ben Nevis was seen on low clouds to N.W. and with it a badly-defined glory. A, portion of a solar halo was observed at 10" and also at 11; red inside. At 14» the western hills were topped with a sheet of fog reaching from about 2000 to 5000 feet in height, and extending from Mull to the extreme north. This rolled on and reached Ben Nevis at about 15". Ther- mometer box shifted at 8 10™. Nov. 12.—Box shifted at 115 30™. Double fog-bow seen at 13"; outer bow white, inner bow red and blue, red being inside. Faint single fog-bow (white) seen at 145, Lunar fog-bow and ae misty corona at 185, Triple corona at 19"; Blue colours as in margin. Radius of red, 1° ved 24’; middle red, 2° 29’; middle green, 2° 3’. fistare Size varying. Measurements were stopped Blne by ice crystals from passing mist clogging Red stephanome. White fog-bow seen at same White hour. Portion of halo seen at 21"; radius, ) 21° 13’. Thin gauzy fog or mist filling valleys up to the level of top of Ben, and hiding hills round all night. Nov. 13.—Fog similar to last night till 5, after which it rose and covered the hill top. The drizzling rain covered all exposed surfaces with ice. Nov. 14.—Thermometer box shifted at Req 0215™. Meteor seen at 5" 10™. ‘Triple Green lunar corona seen at 5"; colours as in Blue margin. Radius of inner red, 1° 233’; pe middle red, 2° 52’; outer red; 3° 36; pine inner blue, 1° 344’. At 7" red, green, and Red blue sunrise colours in eastern sky. At White 10" sky at north-eastern horizon sickly ) green in colour ; gloomy to N.W. Nov. 16.—Fog-bow seen at 11, red outside and white inside. A fainter bow was seen inside this one at times. Nov. 17.—At 10* the snow that was falling consisted of very small needle-shaped crystals. Nov. 18.—Thermometer box shifted at 4" 20™. Meteor 342 Ly seen at 54 7™ to W.S.W. Double corona (lunar) at 7"; colours as in margin; too variable to ae measure. At 8" shadow of Ben Nevis seen Blue as a dark gap in rosy sky to N.W. At 16" Red distinct bank of stratus fog on hills of White Mull. Very clear to eastward and south- ) eastward all afternoon. Nov. 21.—Thermometer box shifted at 3" 15™, At 4h faint double corona and portion of lunar fog-bow seen. At 11" portion of halo (red inside) seen. Broken bits of fog-bow down on Lochs Eil and Lochy in forenoon, but no continuous layers. Hills round almost clear of snow. Nov. 23.—At 5" and 6) the dark part of the moon was clearly seen (new moon on 25th). Through a telescope the dark part looked light blue in colour, with large dark spots on the moon’s surface. Though the fog lay all round up to about 4000 feet, no glories were formed on it, only patches of confused colour were seen at times. This evening the mist covered the top of the Ben, but so thinly that the stars were clearly seen through it, yet distinct drizzling rain fell. Faint aurora seen at night. Nov. 24.—The dark part of the moon was seen again this morning similarly to yesterday. At 7* 20™ long dark gaps like streamers in eastern sky. The sun rose at about 8 12™, Brown colour under sun at 9}. Nov. 25.—Auroral arch (low down) seen at 234, with faint streamers. Yov. 26.—Meteorite (from Andromeda ?) seen to west- ward at 0» 2™, Nov, 28.—Bright display of St Elmo’s fire on lightning rod and anemometers at midnight, heavy but dry and hard snow falling at the time. Nov. 29.—St Elmo’s fire on lightning rod at 54, snow falling at the time. Thermometer box shifted at 94 20™. Nov. 30.—Thermometer box shifted at 126 15™. Dec. 4.—Faint misty lunar corona seen several times in evening ; too fleeting to measure. Dec, 5.—Thermometer box shifted at 82 20™, Dec. 6.—Thunder heard at 5" 44™, Earth-current in telegraph cable about 10% before the peal was heard. Dec. 7.—Thermometer box shifted at 42 15™. At 4” the dry (No. 192671) was below its scale, and the tempera- ture of wet was assumed to be also that of the dry. Dec. 8.—No rain-gauge was out from 4” to 104, as the drift made it useless, but apparently no snow fell. At 6» and 7* the wind was so strong that it was impossible to go to the thermometer box. At 7 Mr Rankin went out at the tower door tied with a rope, but found himself unable to stand. The fog crystals formed this morning were very slightly brown in colour. At 20 and 21% fleeting double coronas formed on scud. Dec. 10.—Thermometer box shifted at 22 20™, Dec. 11.—Dry and wet bulbs shifted at 2210™, The snow which fell at night was soft and heavy, and did not drift. Dec. 13.—Faint afterglow observed at 16%, single-arch aurora at 18". No streamers, and arch hazy at its edges. Loose cum.-fog hanging about the hill all day, and occasionally brushing the top. Sky very clear, and deep blue in colour. Dec. 14.—Very thin cirro-stratus in sky most of the day ; the sun shone through it, though not strongly enough to record on the paper of the sunshine recorder. Portions of lunar halo seen several times at night. Bright BEN NEVIS OBSERVATORY.—LOG-BOOK. [1886. Dec. 15.—Very squally, with back swirls at night. Had to use jacketed lantern, No gauge was out, but probably no snow fell. Dec. 16.—Fleeting misty lunar corona at times in early morning ; no measurements got. Glories and fog-bows at 15; too fleeting to measure. Glory double, with reds outside. Fog-bow as broad whitish band, with occasionally another bow inside it more sharply defined and coloured. Cum.-fog hanging about the sides of the Ben all day. Dec. 17.—At 10" very small star-shaped snowflakes falling. At 14" air full of very fine needle-shaped crystals. The snow at night was ordinary snow—quite soft. At 14 30™ white vertical beam under sun, apparently stretching down into Glen Nevis. Faint misty glories seen at times in afternoon; no measurements got. Faint aurora seen at 21"; no streamers, only a low irregular- looking arch. Dec. 18.—Misty faint glories seen in afternoon ; too fleeting to measure. No gauge was out at night, but pro- bably no snow fell, though there was considerable drift. Dec. 19.—Thermometer box shifted at 105 30™ A faint auroral light seen to northward at night. Sky cloudless to horizon at night, but dark hazy look in the valleys below. Dec. 20.—At 7" red, green, and blue sunrise colours at eastern horizon. Dark portion of moon clearly seen. At 9 two layers of cir.-cum., the higher radiating from 8. by W. and the lower from 8.W. Shadow of Ben Nevis seen on brownish-red clouds above the N.W. horizon; no glories or fog-bows about it. At 12 upper half of halo seen, red inside, white outside. Radius of middle of red, 21° 54’; junction of red and white, 22° 12’; middle of white, 23° 58’. Distinct though small rain fell at 21%, though the temperature was 18° 0’. The fog crystals at night were white. Dec, 23.—Snow at night large and soft. Dec. 25.—The snow which fell to-day was large and soft. Measurements at night rather doubtful, owing to drift. Dec, 26.—Thermometer box shifted at 0° 20™, Fog on all hills to S.W., W., and N. during the day,—a level layer, but with roll-cum. top; it rose to about 3000 feet, but looked thin. At 10" a faint vertical halo stretching down from sun. At 12) a little drizzling rain and small dry snow were falling at the same time, temperature 19° 4’. At 12 30™ misty glory and double fog-bow seen. Outside bow had red outside and inside bow red inside. No measurements got. No unusual colours near sun during the day ; sunset colours weak, and apparently no afterglow. Dark hazy look round horizon and under Ben all night. Aurora seen at night; single low arch. 20”. Jan, 4.—At 6" narrow auroral arch seen, top about 11° above horizon. No streamers. At 9" a bright golden- coloured corona round sun. No fog or haze in valleys, but a pink colour, like very thin haze, under the sun in the valleys. No gauge was out at night, but apparently TRANS. ROY. SOC. EDIN. VOL. XXXIV. no snow fell. Though the wind was high (force 7-8) there was little drift. Red 2 Jan. 5.—Solar corona seen at 13°; Green colours as in margin. Radius of red!, Red! White 3° 7’; red?, 6° 12’; extreme outer edge of red!, 4° 13’. Lumar corona seen at ) 22; colours as in margin. Radius of inner red, 3° 20’; outer red, 6° 29’; inner yellow, 2° 36’; outer yellow, 5° 22’. Yellow bands narrow, oe i but green broad, and badly-defined. Gnaea Jan. 6.—Thermometer box shifted at Red 95 30™,. Solar halo at 112 and 13%. Red Yellow inside. Radius, 22° 24’ and 22° 6’. Misty ae badly-defined lunar corona at night. To- day the snow at the first gorge was measured, and found to be overhanging the cliff about 63 inches. Jan. 8.—Halo seen at 1%. Three measurements got. Radius to inside edge of halo, 21° 36’; 22° 0’; 20° 51’. Solar corona seen at 11" (double). Radius of inner red, 3° 31’; outer red, 6° 7’. At same hours glory seen with four rings; larger than usual, and the colours broad and soft- looking. The innermost red was only seen occasionally. Radius of second red, 4° 46’; third red, 8° 43’; fourth red, 12° 6’. While measuring the glory a cloud passed to southward of Ben, and its shadow blotted out part of the 3) WG 344 three outer rings, but its shadow did not fall on the observer. At 12" portion of glory seen on clouds to northward, though at the time the shadow of observer fell inside the edge of cliff (see fig. 10). At 14 faint brown colour under sun. At about 18" 3™ lunar corona seen, while sky appeared cloudless, At 18" 6™ stratus began to form to E.S.E., and at 18" 8™ sky was overcast. Jan. 10.—Faint brown colour under sun in afternoon. White dry fog crystals forming at night. No snow fell apparently at night during the height of the gale, as there was comparatively little drift. Jan. 11.—Rain-gauge put out at 114, as there was an icy crust on the snow, due to drizzling sleet and no drift going. The snow falling in afternoon was large, white, and rather hard. Jan. 13, —Thermometer box shifted at 22515". Before this the louvres of box were badly choked with fog crystals and drift. Jan. 14,—Lunar corona at 7"; colours as under—) white, yellow, red, violet, blue, green, yellow, red. Only seen occasionally ; too fleeting to measure, and size ap- parently varying. At 13" small needle-shaped crystals of snow falling. At 17 (after sunset) faint upper glow with long streamers and purple glow to eastward from 15° to 70° above horizon. - Bright aurora at 19"; no streamers. On the upper side of the arch, a little on each side of the highest part there was a dark patch partly cutting the aurora through, and marked on the sky above ; stars seen through it. At 235 the moon was just rising, very yellow. At midnight the dry bulb read 24°°5 and the wet 22°°3, yet in less than one minute after reading them very thin fog was blowing over the hill, giving a damp feeling to the air, and a double corona was formed on moon, inner very yellow, outer faint blue-green with red ring outside. Level-topped fog on hills to about 4000 feet at night, with haze above it. Jan. 15,—WLevel sheet of fog on all hills round, at about 4000 feet, all the early morning. Lunar corona at times formed by scud passing high up, though the air was very dry. Upper glow above a bright orange-coloured streak at eastern horizon at 8. The fog on the hills broke up into detached bits of cumulus type in the fore- noon, but haze formed round the horizon, and there was a brown colour under the sun in afternoon. At 16% 5™ dry and wet shifted. Jan. 16.—Thick dry fog crystals forming all day, slightly brown in colour. Jan. 17..—No rain-gauge was out till 16", but apparently no snow fell before 11". Jan. 18. —At 20" the rain-gauge could not be found, as it was buried in a drift. At 22, however, the snow had been so much cut away that the gauge was visible. No gauge was out after 205 till midnight. Jan. 20.—Thermometer box louvres choked with hard ice all afternoon. Jan. 2\.—Thermometer box shifted at 18) Before this the louvres were badly choked with ice. Jan. 22,—Ice forming freely on all exposed surfaces again this afternoon. Jan, 23.—From 20" till midnight an aurora was observed ; single arch—no streamers. Louvres of ther- mometer box badly choked with ice all day. Jan. 25.—Thermometer box shifted at 1 30™. Jan. 26.—Very heavy hail in early morning. The 30™, BEN NEVIS OBSERVATORY.—LOG-BOOK. [1887. following measurements were got, but not entered in daily sheet, as the gauge evidently contained a large amount of drifted hail: —At-24, 1:460; at 34, 1°733;-and at 45, 2-233. No gauge was out after 4 till 7%, The squalls in early morning came in very sudden blasts. Jan. 28.—A flash of lightning was observed at 62 27, Strong earth-currents in telegraph wire at 6" 52™ and at Cle. Jan. 30.—The snow which fell at 16" and subsequently to-day was very small, but not hard. Thermometer box shifted at 185 12™, Jan. 31.—Readings of rain-gauge very doubtful. At 11" the gauge was found buried up to the rim, and none was put out till 21%. The strong winds had blown so much of the late snowfall off that to-day the old surface hardened by the rain of last week was showing in several places. The fog crystals forming to-day were white and rather hard. Feb, 2.—At 7 the rain-gauge was found full of drift ; none was put out after that till 175, but all the measure- ments got were unsatisfactory. Thermometer box badly choked up with fine drift during most of the day. Feb, 3.—Thermometer box shifted at 9% 30™. Feb. 4.—At 5 St Elmo’s fire seen on lightning con- ductor and crystal vane, also faintly visible at 6" At 75 2™ bright flash of lightning, followed very closely by thunder. At 74 7™ earth-currents in telegraph cable, and 7" 25™ another peal of thunder. Feb. 5.—-At 125 the snow that was falling consisted of partly flat soft flakes and partly of hard white (haily) snow. The snow this evening was lying in waves from 20 to 50 inches long and about 2 inches high from trough to crest. eb. 6.—Lunar fog-bow and corona seen at 2). Inside radius of fog-bow, 33° 56’; outside, 40° 20’—measured from shadow of head of observer. At 3" faint brown colour under moon. Thermometer box shifted at 3" 20™. Earth shadow seen to westward at 8 just before sunrise. Dense haze or fog hiding Mull all day. Brown colour under sun above this haze in afternoon, but no glare round sun. Earth shadow seen again after sunset. Feb. 7,—The drizzle from the mist this morning gave a brown colour to the snow, and the fog crystals were also brown. Feb. 8,—At 7" faint pink glow on thin cir.-str. clouds 15° to 20° above eastern horizon. Sun rose just at 8". Dark brown colour under sun at 94, No afterglow at 174, but sky “smudgy.” Double lunar corona at 23" and mid- night. Rather indistinct, apparently formed on cir. clouds. Radius of inner red, 2° 1’; outer red, 4° 40’. No trace of a halo was observed on the cirrus. This afternoon the snow at the first gorge was found to be overhanging the edge of the cliff 172 inches. Feb. 9.—At 6" double lunar corona seen; colours in following order :—), white, red, violet, blue, green, red, Radius of inner red, 1° 45’; violet, 2° 19’; blue, 2° 50’; green, 3° 15’; outer red, 4° 0’. Brown colour under sun at 104, and again in afternoon. Haze, thickening into fog to W. and §., in valleys and over all lower hills to-day. Feb. 10.—At 4" cum.-fog was rising as high as the top of Ben out of corries to north-eastward, though dry and wet read 28:0 and 23:2. At 74 the fog was rising higher than the Ben to 8.E. and at 8" it covered the Ben, Feb. 12.—Double lunar corona at 7"; colours in following order :— 1887.] BEN NEVIS OBSERVATORY.—LOG-BOOK. y White. Red. Purple. Green, Yellow. Red. Radii, 1° 14 1° 34’ 1° 49’ 2° 28” At 175 misty pinkish colour to westward below level of Ben. As the sun set the shadow of Ben was distinctly seen above the horizon to E.N.E. for a few minutes, until lost in the general earth shadow. The sun set into the sea, and as it disappeared a momentary bright green flash was observed. No afterglow was observed. At 21" aurora, consisting of a bright single arch without streamers, was observed. Height of top of arch above horizon about 12°; width of bright part of arch, 2° 15’. At 225 the arch was more irregular, being apparently made up of several superimposed on each other, and a few long streamers reaching nearly to the zenith were seen. The clouds which formed overhead in afternoon appeared to sink down as evening came on; though the sky was clear the air on the hill top was nearly saturated at 20", and it did not dry again till midnight. Feb. 13.—Double fog-bow seen at 12%, outside outer, and inside inner bow. Feb. 15.—Bright light seen to northward through breaks in fog at 1", possibly auroral. A few passing glories seen at 14".10™, Solar corona observed on passing scud at 125, always double, sometimes triple ; best seen when scud was uniform in thickness—not fibry—and thin enough to see the blue sky through. 3°52’) 3° ai’ 6° 3a} Trace of red 3° 31’ 5° 43’ 3° 35/ 4° 28! Radius of inner red, 4° 13’ >, outer red, hg 38’ The bracketed values were taken at as nearly as possible the same time. At 95 20™ the fog crystals on the stand for hygrometer were measured. Next the wood was one inch deep of white badly-defined and rather powdery erystals, then # inch of brown well-defined feathery erystals, then 4, inch of pure white crystals, grown in last half hour. Between the ? layer and the ~, inch layer was a belt of minute black specks which had appa- rently formed while the top was clear of fog. At 11" the outer white layer was 0°55 inch long, showing a rate of growth of over } inch per hour. Feb. 16.—Brown fog crystals forming in early morning. feb. 17.—Ice on all exposed surfaces in morning, but no trace of dust in it. Feb. 18.—Thermometer box shifted at 222 15™, Feb. 21.—Louvres of thermometer box choked with fog crystals and drift all yesterday and to-day. Feb. 24.—The snow which fell at night was dry and hard, and in rather large flakes, Feb. 25.—Thermometer box shifted at 19" 20™. The measurements of amount of snow this afternoon are very doubtful, owing to drift. Feb. 26.—Very thin film of cirrus over sky in early morning; stars showing through it. At 7 the under surface of the clouds to eastward was like sheets of flame, and the sky behind of a sickly pale green colour. At 7? 15™ the colours had faded. Slight brown colour under sun at 135, Sunset colours weak; no afterglow ob- served, Feb. 27.—Dark haze mixed with small patches of cum.-fog round horizon and in valleys all day. Snow almost gone off other hills round. Dull “smoky” colours at sunset, Feb, 28.—Haze similar to yesterday in the valleys all day. Faint brown colour under sun at 16°, 345 Mar. 1.—Solar corona at 13° 10™ on passing scud. Three rings, red outside in each. The following measure- ments were got :— I. Il. Ill. IV. Vc Radius of first red, 1° 46 See aa ieee sae »» -Second red, 2°26 2°34’ © 2°39' 2° 44” ;, thirdred, 4° 8° 4° 40’ At the same time a faint red corona seen on cirrus clouds when the scud cleared off ; radius about 0° 56’. Ther- mometer box shifted at 15" 12™, At 16" faint brown colour under sun. At 17» misty red colour under sun, and solar corona formed on scud. ‘Three rings, red outside in all. The following measurements were got :— I. Il. III. Radius of first red, 1° 41’ e250 1° 19’ <3 second red, 2° 23/ 2726! 2730" third red, . 3° 54’ ane ie Le) At night lunar corona seen occasionally ; too fleeting to measure. Fog crystals at night white and icy. Mar, 2.—About half an inch of hard ice on all exposed surfaces this morning. Mar. 3.—I\ce forming freely on exposed surfaces all morning ; no trace of dustin it. At 12 and 13" fog-bow seen, red outside; no other colours. Icy fog crystals forming in afternoon. After 18" the sky above was apparently clear, but banks of fog higher than Ben Nevis lay all round, and the hill top was often enveloped by this fog drifting over. Mar. 4.—Glories seen on passing fog all day. At 115 15™ one seen from roof of Observatory, the shadow of observer falling on the snow about 10 yards away. Colours in following order :—Centre, white, red', blue, green, red’, blue, red’. Radius of red!, 2° 15’ and 3° 12’ (inside and outside of colour). Another seen from edge of cliff at 11» 20™; no fog-bow with it. Four rings of colours in order below. Measurements to outside edge of colour in each case. The radii appeared to vary slightly as the surface of the fog rose and fell, Radi. Colours. Oe hae Faint Red ¢ Faint Green 6 I2 and 6 18, . Red 3 Be iar, Yellow 4° 40’, Green 4° 54, . Dark Blue oon and 325%, . Red 2 Yellow White Bad Blue Yellowish Red 4 Centre of Shadow Another glory seen at 14" 5™ from edge of cliff. Four rings, red outside in each :— i apeandele Ta, * Radius of second red, 3° 46’ a4 second yellow, . 2° 40! 4p second blue, 1° 43’ 5 third red, Lor 3% third yellow, 6° 12’ 5 third green, 4° 95’ Bright glories, too fleeting to measure, were seen all afternoon on the loose fog drifting across the hill top. Solar corona seen at 11 10"; colours as follow :— 346 S Radii. Outer Edge. Inner Edge. White Red! O49! 2° 27’ and 2° 30’ 1° 40’ Dark Blue 2° 30’ Green Red2 3° 54’ 4° 43’ and 4° 37’ ay Sill! Dark Blue Green Red 6° 48’ Dark Blue Green Red #4 7° 593’ Another solar corona seen at 12) 10™, colours and radii (outer edge of each colour) as under:— White Yellow Red! Dark Blue Green Yellow Red? Dark Blue 2° 39’ and 2° 39’ 4° 46’ 9° 41’ All the afternoon and evening very thick fog lay over the hills round, not a single hill top showing through till well on in the night, while the sky was cloudless, and with no trace of glare round the sun or moon and no brown colour under either. The sun set into the level-topped fog at 184 2™. The sunset colours at 18" 10™ were red, pale yellow, and pale blue. No afterglow. Earth shadow distinct to east, with a red glow above it reaching to 45° altitude. Mar. 5.—At 3" faint brown colour under moon, At 6» 15™ appearance of eastern horizon as in diagram, At 6% 20™ red and orange colours rising higher, and gaps between the bright parts lengthening. At 6" 35™ red almost gone, only faint traces of gaps left, and a faint pink glow about 12° above horizon. At 6 45™ only orange and yellow colours, then colourless or blue strips of sky, then pink glow; no gaps. Sun rose at 7"2™. Before and as it rose earth shadow 2° high to west, with shadow of Ben Nevis about 24° high distinctly marked in it. Brown colour under sun in morning and evening. Haze and detached cum.-fog in valleys all day, but no continuous sheet of fog over hills, as there was yesterday. Earth shadow seen at sunset, and shadow of Ben Nevis still visible on cloud or haze to eastward after it had vanished. Sun sank into haze, but was seen through it down horizon. No green flash seen either when disappearing into haze or below horizon. Colour of sun above haze was yellow, and in haze red. Single arch aurora seen at night. Highest BEN NEVIS OBSERVATORY.—LOG-BOOK. [1887. point of arch 16° above horizon, breadth of arch about 4° at 20%. Streaks of cirrus and haze to south-west at night. Mar. 6.—At 6» red and yellow sunrise colours seen. At 6" 50™ a vertical beam of light starting from 5° above the horizon to east and about 5° long was seen; it lasted till the sun rose at 6" 56™. One minute or so after the sun rose it appeared double. Solar halo seen between 9) and 104, as sketched (see fig. 11); colours as marked. The mock suns were red inside and blue outside; they lay dis- tinctly on the outer edge of the halo. The following measurements were got :— Left Mock Sun. Right Mock Sun. Radius of red, 22° 49’ 23° 17’ 23° 3’ > white, . 23° 44’ 24° 13’ 24° 13’ " blue, 24° 28’ 24° 58’ Faint traces of green and yellow seen in the mock suns at 102 10™. The mock suns and horizontal white bar about 24° above horizon at 95. The haloes, &c., continued to be visible till 135. As the sun rose higher the horizontal bar curved upwards, and at noon the appearance of the inner halo and mock suns was more as in fig. 12. The bar also extended then inside halo. The following measurements were got at various times of the different parts :— Sun to western mock sun, . 23° 46’ » eastern - ; . 23° 42’ » white circle E, ow9 D0 55 . 2d measurement, 81° 23’ \ »» green at junction of Cand D, 50° 26’ Red of C to red of A, . 25° 28’ and 24° 48’ Blue of C to blue of A, . 25° 13’ and 24° 32’ Green of C to green of A, 24° 20' At 12> 20™ measurements were made pg_ 430 99" of the wings between A and B. A point P gg =a4° 8 on one wing was taken and its distances PS —29° 52 from Q, 8, and Z (see margin) measured. Se e The wings were not arcs of same circle ; judging by the old ring of stephanome, their centres of curvature lay about midway between the sun and the mock suns on either side. Haze with some patches of fog in valleys all day. Brown colour under sun in afternoon. Mock sun seen again at 17", Radius of red, 22° 0’; of yellow, 22° 36’; of blue, 23° 17’. Faint lunar halo seen at 20%, Single-arch aurora at 22 30™. At 225 40™ it broke up into a set of short vertical rays of rapidly vary- ing place and brightness. At235it was gone. Its colour was greenish-yellow. Mar. 7.—At 6" sky green near horizon to eastward. At 7» faint double solar corona. Fleeting coronz and glories were seen all day, but no measurements were got. Dense fog over the lower hills during the day, which occasionally blew across the top of Ben Nevis; but it cleared away at night, remaining longest on the hills to 8.E. Mar. 8.—¥og gathered again on the hills round in morning, and gradually rose till at about 14" 30™ it covered Ben Nevis. Mar. 9.—White dry fog crystals forming in early morn- ing. At 11" thick haze with detached cum.-fog in it in valleys. The snow that fell in the afternoon was hard and dry. Mar, 10.—The snow which fell to-day was light and dry, and drifted along the ground easily. The gauges § 1887.] were useless after 15" as they were found always either nearly buried or else undercut and lying over. Mar. 11.—A rain-gauge was put out at 8", and they con- tinued to be shifted till 15 ,but the readings were obviously worthless. No gauge was out after 155. Sky clear, but banks of cum.-fog all round higher than Ben Nevis at night. Dry and wet bulbs shifted at 225 10™. Mar. 12.—Faint brown colour under sun in afternoon. Cum. at horizon all day, especially to westward. Mar, 13.—At 4» faint brown colour under moon. The recent fall of snow has been almost entirely swept off by the wind, leaving only patches or wreaths here and there. Mar. 14.—Some passing showers were observed to-day near the horizon, and a little snow may have fallen on Ben Nevis, but the gauges were quite useless, owing to the light whirling drift brought up by the northerly wind from the cliff. Mar. 15.—Masses of cum.-fog round Ben Nevis most of the day. A light—probably auroral-—seen above this to northward at 21" and 234. Mar. 16.—Aurora, single arch, no streamers, seen at 2” and 34, At 5" red, green, and blue sunrise colours seen. At 6% faint pink upper glow above yellowish sunrise colours to eastward. After 64 dark arch of shadow seen to westward about 10° broad at thickest part, and about 20° above horizon. The sky above and below this was distinctly brighter than itself. By 6" 32™ this arch had sunk down towards the horizon, and become the earth shadow ; the sky above it was bright red. The sun rose about 6" 35™, and at 6 37™ the shadow was still seen to westward, with the shadow of Ben Nevis showing still darker in it. At 6 40™ the earth shadow was gone, but the shadow of Ben Nevis was still visible above the horizon. Views very clear in forenoon; Jura, Colonsay, and Oronsay clearly visible. Distinct brown colour under sun. At 11" two mock suns, with faint trace of white horizental circle outside them, seen on apparently perfectly clear sky. No trace of 22° halo. Radius of eastern mock sun, 25° 13’. At 11" 15™, however, a trace of cir.-str. was observed round and near the sun. After noon cum.-fog began to form on southern and western hills, and very loose fog to rise out of Glen Nevis. Mar. \8.—Low fog in valleys not rising above 1000 feet, except ina few places in morning and on till 104, after which it broke up and rose as cum.-fog. Thin uniform sheet of cloud over the Ben most of the day. Thermometer box shifted at 15 10™, Mar. 19.—Air very clear at sunset, Jura, Mull, and islands beyond being all visible. At 19" dark purple belt to eastward about 15° above horizon, with streak of sky below it above the haze near the horizon. Dark haze all round horizon at night, with auroral light above it to N.W. and N. Mar, 20.—Very dark haze at horizon in early morning. At 145 a few hard rounded flakes of snow were falling, though the gauge recorded nothing; similarly at midnight, but the flakes then were soft. White fog crystals forming in afternoon. Mar. 21.—Very thick haze in valleys in early morning, Locheil and Loch Linnhe invisible at 6% At 65 faint pinkish upper glow above red streak at eastern horizon. At 65 7™ earth shadow seen ; at 64 18™ the top of it was about 15° above horizon to westward. Sun appeared at 64 TRANS. ROY. SOC. EDIN. VOL. XXXIV. BEN NEVIS OBSERVATORY.—LOG-BOOK. 347 22™, and was all up at 62 26™. At 9» solar corona seen ; colours as in margin ; no measurements got. Haze and cum.-fog all round all morning. Red A few soft snow flakes fell in afternoon. ar Probably no snow fell at night, though the white gauge recorded a little, as there was a good Me deal of surface drift. Mar, 22.—F¥og crystals in morning loose and dry, and slightly brown in colour. Mar, 23.—Several showers of hardish solid snow fell in the forenoon. Fog crystals at night hard and icy. Mar, 24.—Louvres of thermometer box considerably choked with drift and crystals both yesterday and to-day. Mar, 26.—Thermometer box shifted at 42 15™, Solar halo of 22° seen at 85, red inside and bluish white outside ; no measurements got. The snow at the first gorge was found this afternoon to be overhanging the edge of the cliff by 217 inches. Icy fog crystals forming in afternoon. Mar, 27.—Very variable winds most of the day, and especially towards nightfall. Mar. 29.—Thermometer box shifted at 22 15™, Mar. 30.—At 6%, after the sun was up, the shadow of Ben Nevis was visible above the horizon to westward. At 7» thin haze filled the lower parts of the valleys, but to S.W. there was above this another distinct streak of haze just touching the tops of the hills in Mull and Jura with quite clear air between. This streak was distinctly haze and not cloud. At 8 the clear space had vanished, and stratus was beginning to form in the haze. At 85 7™ the sky was overcast. At 9 the cloud formed an arch over Ben Nevis, moving with the northerly wind, and hanging down both to N. and 8. Mar. 31.—Strong back-swirls of wind in early morning and very heavy and sharp squalls coming in hammer-like blows. April 1.—Strong back-swirls again to-day. Thermo- meter box shifted at 112 25™. A single-arch rather faint rainbow seen at 15" (Temp. dry, 25° 1’; wet, 23° 9’]. Icy fog erystals forming all night. April 4.—Thermometer box shifted at 112 30™. At 12 and 13" hard snow falling in conical pieces having spherical bases ; diameter of base from ;4, to inch; angle at vertex 90°. Fleeting double lunar corona formed on scud at night, usual type, inner circle yellow and outer blue-green ; no measurements got. April 5,—At 0» 10™ thermometer box put one stage higher on ladder-stand. At 3" double lunar corona seen ; colours as in margin. Radius of red}, 2° 10’; yellow! (about) 1° 38’; red2, 4° 13’; ee 3 yellow?, 3°58’. Fog-bow seen at sametime, Blue rather faint. At 4° light seen to E.N.E., Bea’ } i i 905 wi ellow possible zodiacal. At 20" wind very squally Sern es and variable. The lamp was blown out twice, and the sling note-book blown away. Lantern in jacket was used at 212 and 224, At 22 the door of the thermometer box was found torn off its hinges and lying on the snow; it had probably not been properly secured at 21". The dry and wet were, therefore, for that hour (22) exposed partly to radiation. April 6.—Thermometer box shifted at 92 30™. At 10» solar corona seen occasionally. At 19" stratus pallium overhead, but rosy and hazy light to westward below its edge. This reddish colour was also seen on the westward side of the hills to 8. and 8.E. 3) Va 348 April 7.—Layer of thin stratus overhead all day, with its lower edges often brushing the hills round; sun shining through it in patches. At 17" the sun’s rays shining down into the haze that filled the valleys to westward light it up; the rays below the sun were brick-red, those to S.W. green, and those to N.W. bluish in colour. At 19" the clouds were coming lower and disappearing. At 20 the sky was cloudless. Faint brown colour under moon at 225. April 8.—Faint sunrise colours visible at 4%. Stratus fog in thin sheet on hills to N. and E. in early morning. Broken cumulus on and over hills during the day. April 9.-—Thin stratus fog on hills again this morning, and thick haze mixed with smoke from burning heather in the valleys during the day. The haze seemed to be higher than the level of Ben Nevis ; it showed above the horizon. Broken cum. over hills also to-day. Faint B Bine st upper glowat 54, At84, 92, and 10} colours Creamy white above haze to N.W., as noted in margin. pre The brown extended almost all round the pal horizon. April 10.—Thick haze in valleys all day, but hill tops showing clear above it. The snow at the first gorge was found to be overhanging the edge of the cliff by 214 inches. ’ April 11.—No fog in valleys, but very thick haze ; in the afternoon and at night the haze was higher, so that the hills round could scarcely be seen through it. April 12.—At 5" faint upper glow to eastward, and earth shadow to westward about 10° high ; sky above it of a reddish colour. Brown colour under sun at 6 and 7}. Detached cumulus lay among and on the top of the haze all to-day. Cum.-fog rising rapidly out of Glen Nevis, and vanishing at 11", At 18" bright spot on each side of sun like mock suns, but no trace of halo. Radius, 21° 48’. Before 19" thin fog was brushing across the top. At mid- night the upper half of the dry bulb was covered with small crystals of ice, while the bottom was quite clear. April 13.—At 5 earth shadow seen to westward topped by a brownish red glow; also faint pink upper glow to eastward. At 19" bright red colour in valleys to westward, with at times gaps in it due to cloud shadows. Clouds forming above Glen Nevis at above 4600 feet height, indi- cating ascending currents. At 20" fog all round. April 14.—At 135 a cum.-cloud lying 35° S.W. of sun was seen to be very green on side next sun, and slightly pink on the further side. No brown colour under sun to- day, but haze mixed with smoke from burning heather in the valleys all day. April 15.—Very small fine snow falling most of the day, too little to affect gauge. April 16.—Aurora, single arch, no streamers, seen at midnight. April 18.—Fog crystals forming all day, very hard and icy at night. April 19.—Thermometer box shifted at 19% 15™, April 24.—The snow which fell to-day was mostly large and rather hard—often conical in shape; the drift, there- fore, did not rise high, though the top was thickly covered with soft fresh snow. A pril 25.—Heavy shower of hard conical snow at about 145 15”, April 28.—Heavy masses of cumulus round Ben Nevis and over the surrounding hills all day. Thermometer box BEN NEVIS OBSERVATORY.—LOG-BOOK. [1887. shifted at 10" 30™. About a dozen peals of thunder heard between 172 25™ and 185 20™. No lightning seen, but at from 35 to 40 seconds before most of them earth currents moved the needle of telegraph instrument. April 29.—Sky well covered with loose detached cumu- lus and cirro-cumulus all day. At 9" these clouds were observed to be coloured red, green, and blue, when passing near or over the sun ; one cir.-cum. cloud lying a little below the sun was red in its centre and blue all round towards its edges. At 17 there were two layers of cir.-cum., the upper moving from W.N.W. and the lower apparently from 8.W. The cumulus or ‘lower clouds” were at the same time moving from N.E. Sun set at about 20 5™ behind the hills of Skye; horizon to N.W. rather hazy. April 30.—All lochs almost perfectly calm all morning. Sky cloudy during the day, but air very clear underneath, and especially to W. and 8.W. except when loose cumulus- fog rose from the glens near Ben Nevis. May 1.—At 4 faint upper glow seen to north-eastward. At 11 there was both cirrus and cir.-cum. in the sky, the former being much higher than the latter, also a trace of a halo. At the same hour fog lay over all the hills round, and occasionally passed across Ben Nevis. Dark heavy bank of cumulus, with a clear streak below it, to westward all night. May 2.—At 10 the dry bulb had fog crystals on its windward (or south) side, and a film of ice on the north side ; while the wet bulb had no crystals on south side, but on the north side had long loose ones. (! Eddy of wind in box.) May 3.—Solar corona at 10"; colours Red as in margin ; no measurements got, Haze Blue in valleys and cum. over hills all morning, 2¢4 : Yellow but air clear. White May 4.—The snow which fell this even- a ing was soft and in large flakes. May 5.—This morning the fog crystals were slightly brown in colour. Loose cumulus fog rising all round in the middle of the day, and very dark haze in the valleys towards evening. May 6.—Fog crystals brown in morning. Very dark haze almost hiding the nearest hills in afternoon. May 7.--This afternoon the depth of snow at the first gorge was found to be 76 inches. The snow in the gorge overhangs the edge by 243 inches, May 11.—Thermometer box shifted at 92 25™, May 12.——-At 3 low strips of fog in valleys to north- ward. May 13.—At 8" fog was rising from Glen Nevis, and getting blown away by the north wind. At 11" pink coloured cloud, with upper part under sun coloured as in margin. Length of cloud, 103°; breadth, os 6° 30’; radius of green (only distinct line Blue of colour), 12° 36’. Cloud vanished sud- sae e denly, leaving a halo on cirrus much higher up. Shortly afterwards the halo got more distinct ; it had inside it another ring, as in fig. 14. The outer ring was a distinct halo, with red inside and blue out; radius of red, 22° 12’. The inner ring had a faint trace of red inside ; radius of this red, 17° 54’. By 11" 15™ all had dis- appeared. Coloured clouds were seen again several times during the day; and at 17" a halo was again observed. The following measurements were got :—Radius of red, 21° 54’ and 22° 12’; yellowish green, 23° 17’ and 23° 17’; 1887.] blue, 24° 28’ and 24° 13’. was visible. May 15.—Cum.-fog round Ben Nevis in forenoon, and cum.-clouds overhead in afternoon. May 16.—At 0" 7™ the thermometer box was put one stage down on ladder-stand. Haze round horizon all day, often rising so as to form cloudy patches, with clear sky under them. May 18.—At 8" hard conical-shaped snow falling. night the snow was soft, and in large flakes. May 22.—Thermometer box shifted at 15» 15™, northern horizon was faintly red all night. May 23.—At 3 low fog was lying over Loch Kil. May 26.—Faint solar halo seen at 12 and 13%, Snow almost gone off hills round. At 4" two strangers with a horse came up. ‘This is the first horse up this year. May 27.—Solar halo seen at 11"; colours strong, red inside and blue outside ; but ring very broad, and edges badly defined. The view to S. and E. was very clear in afternoon, but haze formed thereat night. Dense cumulus fog hid all the hills to northward at night ; it extended to at least 4000 feet. To-day William Stewart and J. Rankin came up with two horses with stores, for the first time this year ; the horses came right up to the Observatory over the snow. May 28.—The air was so dry that the wet bulb had to be moistened a few minutes before every hour till 9"; it did not remain frozen more than 10 minutes at a time. Dense fog lay over the northward and eastward. hills till noon, when it broke up and disappeared. It gathered again in the same manner in the evening. The moon (6 days old) was visible all afternoon. May 29.—At 3" a distinct upper glow was seen to north-eastward. No unusual colours were seen round the sun during the day. Fog on hills round all day, except for a few hours in the afternoon. May 30.—At 0" 5™ thermometer box was shifted one stage down on ladder-stand. Continuous fog over all the lower hills till 105, after which it began to break up and rise as cumulus. Upper-glow seen at 3%. Horizon and valleys hazy all day. May 31.—Low fog lay in the valleys till 84, after which it broke up, and cumulus clouds formed. Thick haze round the horizon all day, and at night heavy clouds above and mingling with it. June 2.—Low fog in valleys to N. and N.E. in early morning, especially over Loch Oich. A faint solar halo was seen at 175. June 3.—In early morning str.-fog on Moor of Rannoch and in valleys among the hills to N.W. It cleared off about 9%, Solar halo seen at 112 and 12. At 11» radius of red, 22° 18’; blue, 22° 43’. At 12» solar halo was observed, red inside and blue out, colours bright. Outside this halo on the §.E. side was a segment, coloured red inside, that appeared to cut into the halo, but did not extend inside it (see fig. 15). Radius of inner red, 22° 18’ and 22° 0’; outer red at furthest point from sun, 25° 28’. At 15" 10™ dry and wet were put out in large box 35 inches above snow. Double readings were taken till mid- night, but the small box values were entered on the daily sheet. June 4.—The dry and wet bulb entries on daily sheet are now taken from the instruments in the large box. No trace of an inner ring At The BEN NEVIS OBSERVATORY.—LOG-BOOK. 349 June 5,—Loose cum.-fog hanging about all after- noon. June 10.—A faint glory was seen on the fog to S.W. at 4"; no measurements got. Fog on hills to 4000 feet in early morning. About 6» this fog rose above the level of Ben Nevis, but it was dry and no rain fell. June 13.—At 23" the mist broke overhead, and at mid- night sky was clear, and fog over hills to 8. and E. Northern sky green, with filmy cirrus above. June 16.—After sunset and during the night the northern horizon, and the lower surface of the cir.-cum. clouds on the sky, were both dark red in colour. June 18.—At 64 and 7" the sky was overcast, with a heavy thunder cloud. Thunder and lightning were noted at 65 27™, and thunder at 6 31™. Heavy rain fell while thunder-storm lasted. Dew formed on thermometer screens, black bulb, and Observatory roof at night. June 20.—A segment of a solar halo was seen at 4" and a full halo at 6% No measurements were obtained. June 21.—A faint “ foreglow” was seen at 34, and at same hour the earth shadow seen to westwards was topped by a belt of rosy colour, having streamer-like gaps therein. June 22.—At 22» pink afterglow observed. At mid- night northern horizon red and green. June 24.—At 3 faint upper glow seen to N.E. and earth shadow to 8.W. A faint afterglow was also seen at 22") At midnight N. horizon red and green, with pearly-white cirrus clouds above it. June 25,.—At 2" a cloud bank was seen to southward, not far off, about 6° above horizon, of peculiar perpendicular columnar structure. Pink upper glow observed at 3, and a faint afterglowat 22». At 18> a wasp was seen on roof. For the past few days large numbers of flies have been all about the hill top. June 26.—At 1» pearly-white cirrus to northward. In early morning str.-fog gathered in the valleys ; it rose higher in the forenoon, and about noon broke up into cumulus and disappeared. June 27.—In early morning str.-fog again in valleys ; it gradually rose till it covered Ben Nevis as well as all the other hills. The stones of the hill top, however, were never wetted by this fog. June 28.—Upper surface of fog layer was about the level of Ben Nevis all day, sometimes rising over it, but never sinking so low as to expose many of the other hills. At 20" a glory was seen. Three rings, badly-defined and too fleeting to measure, but the middle ring was distinctly the brightest. Red outside in all rings. Pearly-white cirrus reaching to about 30° altitude at midnight to north- ward. June 29.—Pink upper glow observed at 34. Fog-bow, occasionally double, observed at 5" and at 64 Thick con- tinuous fog over all the hills round in early morning. At 9h this had risen above level of Ben Nevis, and continued so all day. At night it cleared to northward, and pearly cirrus at about 20° altitude was seen. j June 30.,—At 3 faint upper glow seen to north-east- ward. Pink afterglow seen at 22", The fog cleared away gradually to-day, leaving only a general haziness in the valleys. July 1.—At 3 faint upper glow seen. Thick foggy- looking haze in the valleys all morning, rising into cum.- fog in the forenoon. 350 July 2.—Halo seen at 7"; red inside; rather broad and faint. Seen again at 9" and at 13), July 6.—At 1" bright pearly cirrus seen to northward. Underneath it at the northern horizon was dark roll- cum. July 8.—Dark ugly-looking haze all round in after- noon. July 16.—Heavy ugly-looking cumulus all round at night, though hill top and sky pretty clear. Clouds to northward quite dark, though horizon faintly red at mid- night. July 17.—No afterglow was observed after sunset, though the sky was quite clear. At night bright pearly cirrus to northward, height about 12°, highest to N.N.W. all night, not following the sun round. July 18.—No upper glow before sunrise. July 20.—Thick fog over the lower hills in evening. At 21 earth shadow seen to south-eastward. Up to mid- night pearly cirrus seen to northward. July 21.—At 105 50™ a double glory was observed from edge of cliff. The following measurements were got:— Radius of inner red, 1° 57’ 36”; 2° 1’ 12”; 1° 59’ 14”; radius of outer red, 3° 18’ 0”; 3° 19’ 30”. A double fog- bow was also seen at times; red inside inner bow and outside outer bow ; the rest of the bows were white—no other colours. A solar halo was seen at 8"; no measure- ments got. The fog on the lower hills gradually rose and covered Ben Nevis; at 9? and 10" it was about level with the top. July 24.—Heavy showers of hail fell between 115 55™ and 124 10". The hail shower at 13" came on from the south-westward. It was falling on the roof of the visitor’s room about four seconds before any fell at the tower. July 25,—A distinct shower of snow fell between 10" and 11"; a little was seen lying at 11%. July 31.—Rainbow seen at 185 45™; double, primary bow the brightest. Radius of red of primary, 42° 48’ and 44° 17’; secondary, 53° 8’. Red outside primary and inside secondary. Measurements made from centre of shadow of observer’s head. Aug. 2.—Soft-looking fog over all hills round at night. Northern horizon bright at midnight. Aug. 3.—Between 45 and sunrise (4% 25™) the eaith shadow was visible. Thick fog over hills to 3000 or 4000 feet till about 10"; after which it broke up gradually, first clearing away to northward. At 10" a butterfly flew over the roof. At 21" a faint upper glow was seen; the N. and N.W. horizon remained red till after 23". To-day the repaired Robinson anemometer was set up. Aug. 4.—Haze and low fog in valleys in early morning. Cum.-fog all round during the day, and haze in valleys again at night. Aug. 5.—Trace of halo seen at 12%. all round most of the day and at night. Aug. 10.—At 1" Robinson anemometer was tied up, but it was set going again at 7% Aug. 16.—No fog in valleys all day, but cumulus and cum.-fog hanging about hill tops, which at 19" surrounded sen Nevis except to southward, where there was haze. At 20 45™ afterglow seen to N.W. Aug. 17.—Low fog gathered in the valleys to north- ward between 25 and sunrise ; about 5" it had risen to the level of the hill top, and the rest of the day was misty. Glory seen at 5" 7™, Single ring badly defined, with Very thick haze BEN NEVIS OBSERVATORY.—LOG-BOOK. [1887. occasional traces of second outerring. Radius of red (two measurements), 3° 42’ and 3° 52’. Aug. 19.—Glories seen about 9 40™. Two circles distinct and two others outside these indistinct. Red outside in all. The colour next the shadow was yellow ; between its red and red? was violet, and between red? and red’ green. No measurements got. A fog-bow was seen at 92 45™, with glory inside it round shadow. At 10" 22™ another glory seen at cliff. Red outside radius, 2° 36’. The violet was a deep band reaching nearly if not quite to the shadow. Two other measurements of different glories about the same time gave for radius of red, 3° 4’ and 3° 13’. Misty glories were seen at various times during the day. A rainbow was seen at 19%. Flashes of lightning were observed far to southward at 22" 4™ and at about 22" 30”, Aug. 20.—At 3 low-lying fog over lochs and rivers to northward. Fog gradually gathered on the hills round, and by 6" covered Ben Nevis. Aug. 21.—Glory seen at about 9% 30™; colours as in fig. 16. Yellow! and red! faint; yellow? and red? very distinct. In 2 no green and in 3 no blue (or only faint traces in both cases). In ring 3 the green and red were the most distinct colours, yellow barely visible. When clouds or fog blew up the corrie where the glory was seen the colours got blurred and indistinct. The following measurements were taken:—Radius of yellow? (inside), 2° 36’ and 2° 32’; junction of yellow? and red’, 3° 15’ and 3° 29’; red? (outside), 4° 25’ and 4° 18’; red? (outside), 7° 30’; green (inside?), 6° 48’. At 20 faint afterglow ob- served, Aug. 23.—At 5" 20™ glory seen from window in tower door. Two and three circles seen, red outside in each. No measurements got. Aug. 28.—At 14" a rainbow was seen. Aug. 31.—A shower of hail fell between 14 and 15%. Thunder was noted at 16" 9™, and again at 17" 0™; no lightning seen. Sept. 1.—At 22" an ill-defined white lunar halo was observed. Sept. 2.—At 18" 45™ part of a rainbow was observed to east-south-eastward. Pinkish red Sept. 4-—At 4% a lunar corona was ob- Blue served, arrangement of colours as shown in Yellow margin. White It was too fleeting for measure- ments to be obtained. ) Sept. 6.—Snow and sleet fell between 18" and 195, At midnight the Robinson anemometer was tied up. Sept. 7.—At 54a lunar corona was seen. At 10 the mist cleared off summit, but lay in valleys and on hills around till 134, after which it rose and formed into cumulus clouds overhead, leaving great “ visibility ” all round below. Sept. 8.—A lunar corona was seen at 5%, but no measurements were got. At 74 the Robinson anemometer was untied, and for the rest of the day it went all right. Lightning was seen at 21", Sept. 9.—The Robinson anemometer was tied up at 18 25™, At 23> St Elmo’s fire was seen on the tips of the lightning rod and on the vane. Its appearance was accompanied by a very audible fizzing, not crackling, like the sound emitted by water on a hot iron plate. A little snow was falling at the time, and the wind was rather gusty. It was observed that the light was brightest when 1887.] the. wind was strongest. white with snow. Sept. 10.—Robinson anemometer was untied at noon. Sept. 11.—Anemometer was tied at 16%. Sept. 12.—Heavy showers of snow fell this morning. Sept. 14.—Anemometer untied at 8". Sept. 15.—The summit was clear till 16", but fog- enveloped for the rest of the day. During the morning hours the lights of the 8.W. coast lighthouses were easily seen. Robinson anemometer tied up at 205. Sept. 16.—Between 3" and 4" this morning the zodiacal light was seen as a steel-grey glimmer extending from eastern horizon through the constellations Leo and Cancer, to the border of Gemini. At the same time a light, supposed to have been the glare of the Carron ironworks, was observed at the south-south-eastern horizon. Fog lay in valleys and on surrounding hills all day, rising in after- At midnight the summit was noon, and occasionally passing the summit. The anemo- meter was untied at 13, Sept. 17.—Summit was clear after 6", The sky was cloudless after 194 except for some thin stratus at 224, Fine pink afterglow observed from 18" 45™ till 19% 5™. Ice formed on top of thermometer screen at 21" and at midnight. A bright shooting-star was seen at 20" 11™, Sept. 18.—At 3" an aurora was seen low to northward with short and not very bright streamers. The zodiacal light was seen at 32 30™. The summit was clear till 15%, but thick fog lay on lower hills all around, which gradually rose, and enveloped summit after that hour. At 12" and at 14 30™ glories were seen from edge of cliff to northward. At 13" 30™ the following measurements were got :— Req | mside Out- Inside Out- ae ihe of Redl. | side of | Blue. |Green.| of Red?2. | side of =e le Redl. Redl, Red?. Red? 5) oo or ——$=S S.o moO | 1° 123’ | 2° 56’ | 3° 44’ | 4° 54’ | 4° 23’ | 4° 43’ | 4° 56’ | 5° 34’ | 6° 24’ Sos eval ||) Bao" || Brt460" 1) © ees cnet | DseiOwiipecent |||.62-29% A fog-bow was observed at same time, measuring 35° 16’. Sept. 19.—The fog cleared off summit after 174, leaving thick fog in valleys all round and a cloudy sky. From 21" till midnight the sky was cloudless. At 23" a glimmering light was seen at northern horizon, probably auroral. Sept. 20.—At 305 zodiacal light was seen looking as bright as the milky way. Fog in valleys till 44, after that cum.-fog on hills till about noon, and thick haze in valleys all afternoon and at night. At about 18" 45™ the afterglow was seen faintly. Sept. 21.—Fog lying over and hiding all the lower hills round most of the day. On this glories were seen frequently. The following measurements were got at 74 10™, colours as in fig. 16 :—Radius of red?, 4° 18’; 3° 15’; 4° 18’; 3° 54’; yellow’, 2° 59’; 3° 2’; 34’; 2° 39’: blue’, 2° 17; 2° 21’; 2° 24’; 2° 12’. After 8% the following measurements were taken, some from top of tower and some from edge of cliff. The glory appeared to vary in size as different parts of the fog drifted past. Tower. Cliff. Radius of red 2, 3° 15’ 3° 44’ 38° 50! 4 6! 3° 54’ i e eyellows) 25/377 2° 47! 2° 58’ gr By 2° 47’ RS Oe ee Ga Se a » red 3, ae 6° 55’ TRANS. ROY. SOC. EDIN. VOL. XXXIV. BEN NEVIS OBSERVATORY.—LOG-BOOK. cum.-fog in the afternoon. 301 causing in each case a rapid and considerable fall of temperature. Sept. 22.—The fog thinned away into haze in the fore- noon, and a few hill tops showed above it at times. Sept, 23.—Thick haze in the valleys all day, mixed with Heavy dew on the top of thermometer box, and on black bulb at 205, but nowhere else. Aurora seen at night; misty confused arch—no streamers. Sept. 25.—Though the wet bulb read a few tenths lower than dry for a few hours this morning, the air was obviously saturated. Sept. 28.—At 3 aurora seen flashing in waves to northward ; no well-defined arch and no streamers. At 6" the ‘‘snow line” appeared to be between 2000 and 3000 feet. At 19" a lunar aurora was observed occasionally, formed on scud. Sept. 29.—At 235 cumulus clouds all round at about level of top of Ben Nevis. Sept. 30.—Dense masses of cumulus over all hills round, and occasionally on Ben Nevis; also during the day, but clearing at night. The earth shadow was seen after 18 as the sun went down; it had been seen before sunrise on all clear days recently. A well-marked afterglow was seen at about 185 50™, Oct. 1.—Thick haze and str.-fog in valleys and over hills in early morning. Earth shadow seen at 64, Cum.-fog formed all round in forenoon, and gradually rose till at about 14" it covered Ben Nevis. Oct. 4.—The fog sank below the level of Ben Nevis in early morning, but continued to cover the other hills all day. When clearing a double lunar corona was observed. Measurements were got at ase 54, as noted in margin. Glories were also Yellow seen during the day on the fog to north- Orange ward. The following measurements were 2 12/—Red : = : Violet got between 11" and 12:—Five rings— Blue radius of red®, too faint; red*, 6° 18’; red*, Green 4° 37’; red?, 2° 40’; red}, 0° 52’ (about). Yellow The earth shadow and the afterglow were re se oars seen at 18%. A lunar fog-bow was seen at 235, radius to inner edge (about) 38° 5’. Oct. 5.—At 1" a few hill tops were showing through the fog. A lunar fog-bow was seen. At 25 the fog had risen higher, and was beginning to blow across the hill top. A distinct lunar fog-bow was seen, with traces of faint second bow outside it. The following measurements of tbe inner bow were got :—Radius inside of bow, 35° 4’; outside of bow, 41° 0’. A similar fog-bow was seen at 3" ; there appeared to be a faint trace of red about the outer edge of the inner bow. On both these occasions a faint white patch of light was seen round the shadow of the observer’s head, which was probably a lunar glory. The fog-bow was seen again, but without any glory, at 4" and 54, The following measurements were made at 4>:— Radius to inside of inner bow, 36° 3’; outside, 41° 0’. Oct. 11.—At 2" 10™ dry and wet were put out in small box on lowest stage of ladder-stand about 49 inches above ground. At and after 3" the temperatures on the day’s sheet are those of the small box. Oct. 12.—The measurements of the amount of snow to- day are very doubtful, owing to drift. Oct. 13.—The summit was enveloped in thin fog till 9°; 4a 352 was clear from 10* till 13" after which the fog came on again. Oct. 14.—At 22° and 23° an aurora was observed. It had no streamers. Oct. 15.—The fog cleared away at noon, but lay on surrounding hills, its upper surface being about on a level with the summit. On it, at 14, were observed a double fog-bow and glories, of which no measurements were obtained. A solar corona was seen at 14"10™, and again at 16510", triple each time. The following measurements were recorded :— 14> 10™, To® 10". <> Red! Red? Red’ | Red! Red? Red? 2° 20}' 9° 6’ 3° 35’ Oct. 16.— After 45 the fog rose and enveloped summit, but cleared down again after 16", leaving a clear top for the rest of the day. The air was very dry after 20}. Robinson’s anemometer was set agoing at 14", and worked well for the rest of the day. Oct. 17.—The cum.-fog that lay in valleys in early morn- ing gradually rose, and as mist began to pass the summit at 74 completely enveloping it at 10%. At 19" Robinson had to be tied up. Oct. 18.—Robinson was let loose at 9%. Oct. 19.—Robinson was tied up at 20%. Oct. 21.—The fog cleared away at 104, and the summit remained clear till midnight, Till 14> the thermometer box and the thermometers had a coating of hard snow on them; after that hour they were cleared. A feeble aurora was clear at 22}, Oct, 23.—Mist and fog covered the summit all day except at 205 and midnight. At the latter hour a faint glimmering light, probably auroral, was seen to northwards. At 9" the anemometer (Robinson’s) was tied up, having been working since 13" yesterday. Oct. 26.—Glazed-frost or a coating of ice formed on all exposed surfaces all forenoon. At 22" the anemometer (Robinson’s) was let loose. Oct. 28.—A flash of lightning was seen at 14 7™, as the anemometer was being tied up. A very heavy shower of snow and snow-hail fell during a squall that began at 34 27™ and ended at 35 33™. At 4" the rain-gauge recorded 0°335 inch. Oct. 29.—At 1" 5™ St Elmo’s fire was seen in jets 3 to 4 inches long on every point on the top of the tower and on the top of the kitchen chimney. Owing to the number of jets on each cup of anemometer, this instrument was quite ablaze. On the kitchen chimney the jets on the top of the cowl were vertical, and those on the lower edge of same horizontal. The fizzing noise from the different places was very distinct. While standing on office roof watching the display, the observer felt an electric sensation at his temples, and the second assistant observed that his (the observer’s) hair was glowing. While standing erect the sensation and glow lasted, but on bending down they always passed off. On raising the snow-axe a little above his head a jet 2 to 3 inches long shot out at the top. At 1" 15™ the fire vanished from every place at the same instant. A shower of snow and snow-hail (conical) was falling at the time, and the wind was a variable 8. to §.W. breeze—very flawy. (The measure- ments of length of jets were only roughly estimated; the jets on kitchen chimney varied from 3 to 6 inches approxi- BEN NEVIS OBSERVATORY.—LOG-BOOK. [1887. mately), At 195 St Elmo’s fire was again seen. At 21 25™ the thermometer (ladder-stand) box was shifted, the hinge of the box door having fouled, and the louvres being choked with hard snow. Oct. 31.—From 16" till 20" the summit was clear. At 20" a lunar corona was seen. At 23 the rain-gauge was covered with drifted snow, and could not be found. Nov. 1.—The rain-gauge was found at 5" and brought in, and was not put out again till 19}. Nov. 2.—In afternoon it was observed that the snow crystals forming from the fog were slightly brown. Nov. 3.—The rain-gauge was not shifted at 4", 5", and 64, owing to the heavy drifting at these hours. Nov. 4.—At 1" the summit cleared, leaving amount 5 of strato-cirrus on sky, which moved quickly from E.N.E., and retreated slowly towards N.W.; its southern limit was sharply defined. At 15 20 the thermometer box was shifted. The road is now quite impracticable for horses. _ Nov. 6.—At 1", 35, and 4 a lunar halo was observed. At 4" there were apparently four distinct cloud-strata, viz., beginning with the lowest:—Ist, cumulus-fog on hills ; 2nd, cumulo-stratus and scud moving quickly from east- ward; 3rd, cirro-cumulus moving from (S8.E.?) slowly; 4th, cirro-stratus pallium with halo moving from (8.S.E 2). Nov. 7.—The barometer was pumping wildly almost all — day. The measurements of amount of snow to-day are very doubtful, owing to drift. Nov. 9.—A lunar corona was seen at 45. The ther- mometer box was shifted after the 4" observation ; its height above the snow was not altered. Thin fog was passing the summit occasionally in the forenoon, but during the afternoon the summit was clear and the sky cloudless. An aurora was seen at night, faintly at 8" and 9", but with well-defined streamers at midnight. Nov. 10.—Fog was observed on eastern hills at 1%, which gradually crept westwards till by 7» all the sur- rounding hills were covered. From 7» till 10" it brushed past the summit at times, but after 10% and for the rest of the day it enveloped the Ben, breaking, however, at times overhead, showing a clear blue sky above. As this fog came up to the Ben, the air temperature became very unsteady. ; Nov. 11.—Fog on summit till 13", sinking thereafter to about 4000 feet, leaving Ben clear for the rest of the day. At 14" a glory was seen on fog in the corrie to northwards. A pink afterglow was observed from 164 45™ till 17%. Nov. 12.—Fog began to blow over summit at 94, and settled thereon after 124. At 9a glory was observed, and measurements of its red rings were obtained, viz. :— (1). (2). Red!, 2° 46’ 2° 53! Red?, 4° 41}! 4° 31’ Red®, iS; te From 20} till 23" the summit was clear, but the sky was overcast with thin stratus. Nov. 13,—To-day began with a clear top, but an over- cast sky of thin stratus. Fog came on at 4) and lasted till 8, and was passing summit at times till 14%. A fog- bow was seen at 11 20™ and a glory at 15", The follow- ing measurements of red rings of glory were obtained, viz. :— Red}, 0° 53’; red?, 1° 50’; and red’, 3° 46’. An aurora was sun at 20", 224, and 234, At 22) 20™ it broke up into 1887. ] streamers. The black bulb was out till 16%, maximum registered, 99°:0. The thermometer-box was shifted at 104 30™. Nov. 14.—At 2 and 3% three of the lights of the west coast lighthouses could be seen. The sky, cloudless at 1 became overcast with stratus at 2" (through which the stars were dimly visible till 6") and remained so till 15, after which it rapidly cleared and was cloudless at 19”. Fog came on at 202 and enveloped summit till 23" but at midnight the summit was again clear and the sky cloudless, but fog covered the surrounding hills. Nov. 15.—By 1" the fog that lay on the surrounding hills had disappeared. At 12 and 25 the west coast lights were visible. The sky was cloudless or almost so till noon, after which it became overcast, and remained so till 175, At 185 it was again cloudless, but at 19" fog came on, and enveloped the summit for the rest of the day. Bright meteors with long trains were seen at the following times :— 12 8™ 305, path from 8.8.W., 30° altitude to S.W. 15° altitude. 1» 15™ 158, path from §.S.W., 40° almost parallel with above. 15 17™ 458, path from §.S.W., 20° almost parallel with above. 1> 19™ 08, path from Mirach (Andromeda) to a Arietes. 1> 22™ 08, path from Rigel towards §.S8.W., almost parallel to horizon. 1» 24™ 08, path from Sirius towards S.8.W., almost parallel to horizon. 15 32™ 308, path from a Arietes to western horizon. 1» 33™ 308, path from (7) towards western horizon. 25 5™ 10%, path from §. 15° altitude to S.S.W., 5° altitude. 25 11™ 305, path from S.E. by E., 12° altitude to S.S.E., 5° altitude. 24 12™ 08 path from §.E. by E., 12° altitude to S.S.E., 5° altitude, 2h 17™ 458, path from low to southward inclining to horizon to 8.8. W. Nov. 18.—The record of the direction anemometer to- day is very doubtful till 155, as the vane had been sheltered by the chimney and other instruments on the tower, which were all covered heavily with snow and ice. At 15 the vane was broadside to the wind. After that hour the snow was cleared away, and the vane worked all right for the rest of the day. Nov. 20.—At 3 and 4" a pale light (probably auroral) was seen behind the clouds to northwards. At 4" 20™ the thermometer box was shifted. At 8a solar corona was seen. Radius of red!, 4° 102’, and of red?, 6° 48’. At the same hour a few hexagonal starry snow crystals were falling. A glory was seen at 10, having three well-defined colour-rings—red, green, and yellow. At 222 and 234 an aurora was seen. It had no streamers, had ill-defined boundaries, and was of uniform brightness. Nov. 21.—At 185 and 19" an aurora was seen. No streamers were observed. At midnight dry and wet bulbs were 34 inches above snow. Nov. 22.—Fog covered the hill top till 3", and passed occasionally till 15%, but during the rest of the day the top was clear and the sky cloudless. At 215 and 23" an aurora was seen, at the former hour with streamers. The air was very dry at midnight, the humidity then being 19. BEN NEVIS OBSERVATORY.—LOG-BOOK. 308 At 225 15™ the thermometer box was shifted one step up on ladder-stand. Nov. 23.—The sky was cloudless till 8 a.m., after which it became overcast or nearly so, and at 195 fog came on and enveloped hill top for the rest of the day. All morn- ing and till 17" the air was very dry. At midnight the “fog ”-erystals deposited seemed to be a mixture of icy crystals and snow (white) crystals. At 4" there was a trace of an aurora in northern sky. Nov. 24.—From 7" till 13" “ glazed frost” was forming on all exposed surfaces. Hard dry conical snow was fall- ing at night. At 22 it was observed that the fog at times had a misty feel. Nov. 25.—St Elmo’s fire was seen faintly at 4" for only about half a minute, and again at 45 35™ brightly, and for some minutes. At 1" 59™ there was a “dot” signal in telegraph instrument (current down the line), and at 4" 9™ a “dash” signal (current wp the line). The wind was very variable to-day. Heavy rain began to fall after 234, Nov. 27.—Top was clear at 16% and 17%, and again after 22h, At midnight a lunar halo was seen, having a trace of red inside at part nearest zenith only. Radius of inner edge per stephanome was 21° 2’, and of the middle or brightest part 22° 36’, 22° 24’, 21° 48’. At 20" a hare’s tracks were seen on the snow at the thermometer box. Nov. 28.—The thermometer box was shifted at 0 30™. Fog came on at 4", and fine snow began to fall in needle- shaped crystals. At 22 it was clear at times, and a corona was observed, and a halo was seen faintly through the fog. The following measurements of radii of colours in corona were obtained by stephanome, viz. :— Pasion af Golorm- Haase robeGutede () /Msaalc Moon. White, de a Yellow, . 0° 56’ 1° 36 Be: Violet, ahs DAS! Blue, ied ies Red, 2° 42’ 3° 35’ A hare’s tracks were again seen to-day at 4" on snow at rain-gauge. Nov. 29.—The fog cleared off hill top at 8", but lay in detached masses on lower hills and in valleys more or less all day. From 15" 10™ to 15" 20™ a solar corona was ob- served, and the following stephanomic measurements were obtained, viz.:— ey White. (ClO: Blue. Green, Red. Blue, Green. Red. Blue. Red. Zig oh B26: 3° 44’ 4° 2’ Ct OL Triple lunar corone were seen at 18" 10™ and again at 235 15m, The following measurements were obtained at 22) 15™ per stephanome, viz.:— ) White. Yellowish Red. Violet. Blue. Red, Violet. Blue. Red’. 1° 50’ 2° 42’ 5° 0’ At times the white space about } widened, making the corona a double one only red? (2° 42’) being then the first coloured ring from the moon. Nov. 30.—At 0% 5™ a strato-cirrus cloud layer was seen to northward lying N.E. and §.W. and advancing 354 from north-westward ; its advancing edge was then rather less than 20° above horizon. A few straggling pieces of cirro- cum. were here and there on sky, also moving from north- westward. At0™10,and while the advancing edge of cloud stratum was still 41° 39’ per stephanome, to westward or north-westward of moon,a halo began to form about halfway between moon and cloud. A spot in the halo brighter than the rest of it was apparently a faint mock moon. To this spot the radius was 23° 58’ perstephanome. The following notes were taken of progress of cloud, &c. :—0® 15™, halo complete. Cloud just entering western side of halo. Radius per stephanome, 23° 3’. 0% 19™ edge of cloud at zenith and at moon; halo gone. No trace of corona on cloud. Moon shining pretty strongly through. 0 35™, halo faintly visible. White beams radiating from moon, some of them reaching halo. Cloud of uniform thickness ; no appearance of anything to cause beams or breaks in moonlight. 0% 46™, a uniform pallium of stratus-like cloud much lower than before 05 35™ with corona, which has white core, and yellowish red border ; extreme outside measuring from moon, 2° 13’. All appearances of halo gone. 0'50™, shadow of eastern edge of cloud now at west end of Loch Laggan (unbroken moonlight to eastward of that), and cloud touching (apparently) the hills at Corran and Glencos. 0 55™, lower surface of cloud just at Ben (no view to westward now) and beginning to brush top. Moon still visible, with corona as observed already ; cloud still of uniform texture. Fog on at 1}. Temperature rising rapidly all forenoon; and at 10* the fog changed to mist, and glazed frost was forming till at 21> the temperature had risen above 32°, Heavy rain falling at night. | Dec. 3.—Robinson was let loose at 22 last night, but was tied up at 4" to-day, as it was observed that one cup- arm was broken at shoulder, and was only held on by the metal stay from top of instrument. Cause of breakage unknown. Dec, 5.—At 3 it was difficult to tell whether the cloud enveloping summit was mist or fog, so “mist or fog” has been entered at that hour on daily sheet. The vane was frozen inside its supporting pillar all day. Dec. 6.—The outside part of the 34 observation was 3 minutes late, owing to lamp having been blown out. The measurements of snow to-day are very doubtful, owing to drift. Dec. 7.—St Elmo’s fire was seen at 1" on all points on tower and on observer’s hat and pencil, but not on kitchen chimney ; snow and snow-hail (conical) were falling heavily at the time. Dec. 8.—Top and sky cleared alittle in forenoon, At 7" a corona was seen on passing fog. At 16 the rain- gauge was buried in a snow wreath; it was taken in, and was not put out again till 20", owing to the heavy drift. At 22 30™ the thermometer box was shifted, and the fresh one was put one step higher on the ladder-stand than the other had been. Dec. 9.—Top was clear at 4> and 54, and again mostly all afternoon. At 15", 16, and 17%, when the observed wind direction was N.N.E., the stratus or cumulus clouds immediately overhead were moving from N.N.W. Dec. 10.—At 225 5™ a large red pear-shaped meteor was seen to northward about 5° above level of Ben top moving westwards slowly. It was seen through thin fog. BEN NEVIS OBSERVATORY.—LOG-BOOK. [1887. Dec, 11.—At about 32 5™a very bright meteor was seen. It started from about zenith, and vanished at W. end of Orion’s belt. It increased rapidly, and just before bursting or vanishing was at its brightest, showing blue and green colour circles. It was seen for about 1} secs. It brighted up the Ben top and hills to southward ; no noise heard. After 10" the thermometer box was shifted. Dec, 12.—Storm all afternoon. After 20" there was no gauge out, but apparently no snow fell. Dec, 13.—Storm continued all morning. At 9 it was found that ozone test had been blown away. At 25 50™ vane began to spin round at a great rate, owing to having been partially sheltered by the snow on chimney and the other instruments on tower. The rain-gauge was not put out till 7%, but apparently no snow fell till then. Dec. 14.—The snow was drifting very much in early morning, consequently the amounts on sheet are rather doubtful. Somewhat stormy in afternoon. Dec. 15.—Shifted thermometer box at 1* 30™ Sky was cloudless till 6", fog after that till 114, cloudy sky till 144, and fog for the rest of the day. At 14 low stratus- fog on south-western and western hills clinging to hills; shortly after 14" this fog developed into cum.-fog, and came rapidly eastward enveloping Ben at 14" 35". The upper sky was overcast with cirro-cum., and midway between upper and lower strata a few dark long detached cum.-str. clouds were observed. The air temperature as the fog began to pass Ben was 23° 0’. Dec. 16.—St Elmo’s fire was seen at 205 and 22}, at the latter hour on observer only. At 22" and 23" there was a misty feel in the air at times, and an icy cake was observed on rain-gauge, thermometer box, and other exposed surfaces. Dec. 17.—Wind very variable and squally all forenoon, and snow drifting a good deal, rendering the measurements of amount obtained rather doubtful. The top was clear for about an hour at mid-day, but sky was cloudy with str. and cum.-str. Dec. 18.—The fog cleared away after 114, and the summit was clear till 194, after which fog came on again. In afternoon the western and south-western horizon was rather wild-looking with cir. and cum.,-str. clouds, and there was low str.-fog clinging to hills. After the 12 observa- tion the thermometer box was shifted; the fresh one was put one step higher (the last step) on ladder-stand than the other had been. A pink afterglow and the earth shadow were seen at 164, both well defined. Dec. 20.—The wind was very squally and variable to- day, and the barometer was pumping heavily mostly all day. Hard icy drift blown from the cliff, and falling in gauge made the measurements of snow amount worthless ; but as it was believed that snow was falling in early morning, ‘060 inch has been allowed in total fall for day. Dec. 21.—Top was clear after 114, but fog was hanging around Ben and thin stratus covered sky. In afternoon it was observed that the country was snow-clad to sea- level. At each observation after 20% an aurora was seen to northward; at 22" only a small part of it could be seen between clouds and horizon, but this part was very bright, flashing with red, yellow, and blue colours, the flashes moving from E. to W. After 20", the thermometer box was shifted. A lunar corona was seen at 21 and 223, but no measurements were obtained; at 22" the order of 1887.] colours were-—), green, yellow, red. Sky was cloudless at midnight. Dec. 22.—Aurora seen at 1, with bright horizontal streaks. Top of aurora was about 10° altitude, and was not well defined, but thinned off into the general tint of the sky; at the same time the horizon to northward and north- westwards was very dark. The top continued clear and the sky cloudless till 3%. At 2" the south-western lights were visible, and at same hour stratus streaks were seen low to N.W., lying N.E. and S8.W. Fog came on at 44, changed to mist at 155, and cleared away at 22". Glazed frost was forming in afternoon. A lunar corona was seen at 235. At midnight fog covered the hills around to 4000 feet, leaving Ben alone clear ; at same hour sky was cloudless. All afternoon the thermometer box was rather badly choked with ice. Dec. 23.—The thermometer box was shifted at 0» 25™. The summit was clear till 115. The air was very dry in early morning, the humidity at 4" being only 10 per cent. Glazed frost formed heavily and rapidly from a very wet ' mist which prevailed all afternoon. The thermometer box got so heavily encrusted that at 17" there was diffi- culty in opening it, and the readings of the dry and wet were 7™ late in consequence. Dec. 24.—The top cleared at 15", and from then till 23» the sky (except for a little cir. at 22") was cloudless. At 195, 205, and 21" there was neither fog below nor cloud above, but at 22) there was fog all round, except to southward, on hills to about the level of summit, occa- sionally passing summit, and causing coronx, of which the following measurements per stephanome were obtained :— Red}, Red?2, Red?. Ist set, 1° 20’ 30” Sipe linet AES ONS} KO) Qnd set, 1° 27’ 0” et (Os A (ON BIO h Triple coronz were also seen at 234, but were too fleeting to measure. At 16 the earth shadow was seen, sharply defined, topped by a belt of rosy colour rising to eastward to about 20° alt. At same hour the sunset colours to westward were red, at horizon sickly green to about 20° alt., and pink afterglow above this to 45° alt. The ther- mometer box was shifted at 15%. Fog-bows were seen at 225 and midnight. Dec. 25.—The top was clear from 18" to 214, but fog lay in detached masses on hills around. The sky was cloudless at 18" and 19}, but cloudy afterwards, and coronz were seen at 205 and 21. Needle-shaped snow crystals were falling at 225 and 234, Dec, 26.—The fog cleared away after 64, and till 15" the sky was cloudless, but there was a good deal of stratus-fog on the other hills all round. The top was covered in fog again from 16" till 225, and at 23" and midnight fog was passing at times. After 11 the thermometer box was shifted. At 235 and midnight coronze were observed (double) ; at former hour following measurements were obtained :—TInner red, 5° 3’; and outer red, 9° 28’. Dec. 27.—A double corona was first seen at 15 and the following measurements per stephanome were obtained, Viz. :— Inner Red. Outer Red. Ist set, 4° 34’ Omeeae 2nd set, 4° 46’ 8a 22) The summit was clear till 19, but fog on after that. The thermometer box was shifted after 102, TRANS. ROY. SOC. EDIN. VOL. XXXIV. BEN NEVIS OBSERVATORY.—LOG-BOOK. At 222 a | 39095 corona was observed, with white and red as only colours; measurements of outside of red gave 2° 6’ as radius. Dec, 28.—Double and triple coronz were seen at 3, 45, and 54, and fog-bows at 4" and 54, At 3 the extreme outer edge of the first red (z.e., red nearest moon) was measured, with following result :—Radius on Ist red, 3° 31’; 2° 6’; 2° 6’; 3°42’. At times the 2° 6’ red was the inner red in a double corona, in which the 3° 42’ red was the outer. Fog was on summit, or passing till 185, after which it sank, and gradually diminished in quantity till at 235 and midnight there were only detached str.-fog pieces low to north and north-eastward. Dec. 29.—At 1" there was a little str.-fog to northward and eastward, but by 5 there was fog all round, with very few breaks. After 75 it began torise as a whole, at 8" it was passing eastern end of summit, and at 95 it was pass- ing generally, and the air (till then dry) was saturated. At 10" the fog began to break up, the south-western hills clearing first; but after 14" it began to close all round again, and from 18" till midnight it was either on or passing the summit. At 7 and 8" cir. and cir.-str. clouds were seen at north-eastern horizon. From 13" to 16% the sky was almost covered with cirrus; but at 18" and till midnight the upper sky was cloudless. The following measurements of the radii of red rings in lunar coronz were obtained at night :— : No. of Red 1st Red. 2nd Red. 3rd Red. Rings seen. 20 hours, 1° 42’ 3° 28’ by 2/ 165 4° 20’ Jia Ist. set. 23 hours, < 1° 54’ 3° 25' S55 3 2nd ,, 1° 44’ 3° 15’ 5° 0! 3 3rd ,, 2° 24’ 4° 13! ss 2 et Midnight { 2° 24’ 3° 46’ = 2 2nd ,, 1° 54’ 2° 59° 5° 0° 3 ard ,, (measurements made in each case to extreme outside of red). When the corona was triple all the colours of spectrum were seen between red! and red?, the blue usually brightest. The broken cup-arm of the Robinson anomometer was spliced after 14» to-day. Dec. 30.—Thin fog on summit till 45, after which it sank, remaining on hills for the rest of the day with its upper surface from 3000 to 4000 feet above sea-level. In the early morning the following measurements of radii of red rings in lunar corone were obtained per stephanome ; the measurements were made to outside of red in each case, viz. :— IstRed. 2ndRed. 3rdRed. 4th Red. rere (lstset, 1°43’ 3°184 4°43 6°48 84 | 2nd,, iis go is a 3 yn} 3rd ,, 1°43’ =a? Be’ sé? OO 3 4th ,, 1°44" 9° 59 is 3 5th ,, 1° 43’ 38° 104’ 4° 56’ 3 6th Fr ie 45 Brae 4° 43/ 3 (Istset, 1°33 2° 47° 3 | Qnd,, 1° 22/ 2° 30! mo 3 on | 3rd , 1° 494’. 2°33’ 3° 56" 4 4th ,, ee oie OF Bey 8° 46’ 3 Sth,, 1°273 2°39 3°58" 3 L6th ,, aba Gen a cy 3 ( 1st set, WS Oh we 3 | 2nd ,, lS so 2° £ ae “fe 3 gn | 3rd ,, 1° 10 2° 5 3° 134 a \ 4th ,., (Qh Game on ¢ es sin 4° 37 4 \5th.,, 1° 6! 2° 11’ 3° 4! z 3 (Ist set, 1°36 2°43’ 4° BY oo 4 yn} 2nd,, 0°55 1° 51! ne i 2 Sins! 5 6° 563’ 1S Bias BP ul nee 4 (4th Ae 0° 56’ Wo Ak 9° 1’ ows 3 AB 356 At 4" fog-bow, radius inside, 37° 10’; outside, 40° 20’. The upper joint was put on ladder-stand at 15" 15™, The earth shadow was seen at 8" 35™ andagain at 16%. A glory was seen as 102, At 16" 30™ gaps “(streamer- like) were observed in the pink afterglow that filled the western sky, small bits of cir.-str. were seen very near the western horizon at same time. Dec. 31.—The summit was clear and sky cloudless till 2", At 3" thin fog was passing, and at 4" and for the rest of the day the summit was enveloped. During the fore- noon there was a “misty feel” in the fog, and at 155, 16%, and 17" it was distinctly mist that enveloped the top, yet the temperature of the air was about 22°. At 35, 45, and 5" coron were seen, and a fog-bow was noted at 7% At 35 the following measurements of coronz were obtained :— 1st set. 2nd set. 3rd set. Radius of first red, 1° 4)’ 1° 24’ 0° 593’ » of second red, 2° 2” » of third red, 2° 50’ (measured to outside of red in each case.) INSTRUMENTS IN USE DURING 1887. Barometers.—No. 1385 was in use during the whole of 1887. No, 1252, though not in use, was hanging in position ready for use at any time. The Barograph worked most of the year; the note anent its scale error on page 343 above is still applicable. Thermometers.—As Dry and Wet, Nos. 192660, 192672, 192671, 192677, 50850, and 50852 were used (for makers see pages 334 and 343 above). As Self-Registering.—Max. No. 17 293, and Mins. 116918, 138545, 138533 were in use, the Max. and first Min. in “old clock box, ” and the other two in ladder-stand boxes. Rain-Gauges.—Mr Omond’s patterns of 5-inch Gauges were used, the deep-rimmed or the shallow-rimmed as the season and kind of precipitation required. Anemometers.—For direction, Chrystal’s Anemometer continued in use, and worked fairly well. BEN NEVIS OBSERVATORY.—LOG-BOOK. [1887. For Velocity.—After August 3 Robinson’s Cup Anemo- meter was used when the weather permitted, 7.e., when it was not freezing. Till August 3 it was out of gear. When regeared (August 3) an arrangement of bevel pinions was put instead of upper flexible part of shaft that communicates revolutions to counter. About the beginning of December one of its arms was broken, but it was put in working order again before the end of that month. Sunshine Recorder.—The repaired Sunshine Recorder (see p. 348) was used, and worked well. Mr Omond’s pattern of Chrystal’s Hygrometer was used several times during the year, and worked satisfactorily ; but it was broken in September, and since then it has been out of repair. From June 4 till Oct. 11 the Thermometers in use were placed in the old clock box; for the rest of the year in small boxes on ladder-stand. The depth of Snow was always measured at post A. The measurements of Rainfall were several times inter- rupted, and often rendered unsatisfactory, by drifting ; and ~ the Ozone Tests were occasionally blown away and occasion- ally bleached. With the above exceptions, the record for the year is continuous ; though once or twice the observation, or part of it, was a few minutes late. The Seismometer is still unsatisfactorily mounted (see p. 343). No results have been obtained from it during the year. The Thermograph and Hair Hygrometer were not in use, The Black Bulb em vacuo used was No. 186. The Cosmic Dust Collector was out several times dur- ing the year. For observing the rainband Hilger’s pocket Spectroscope was used. The permament staff of the Obvervatory consists of R. T. Omond, A. Rankin, J. Miller, and since Oct. 7, A. Drysdale. From Aug. 3 till Sept. 21, Mr C. E. Gray acted as telegraph clerk at the Observatory. Messrs William Hay, A. J. Herbertson, and J. Danese took the places of some of the staff at various times. ERRATA. Page 13, Mean 12}, instead of 5°083, read 5:038. » 43. Mean Midnight, cnstead of 5692, read 5°685. ,, 202. Amount 17th, instead of 0:039, read 0:038. APPENDIX. II. OBSERVATIONS MADE AT THE LOW LEVEL STATION AT sk) tie el Meh Flt ir ve Hs al Lat. N. 56° 48’. Lone. W. 5° 5’. Hetcur apove Mran Sea-LeEVEL, 36 FEET. 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The Transactions of the Royan Socrmry or Epmysurex will in future be Sold at the following reduced Prices :— 7 Price to th Price t Price to th Price t Vol. Eablie So Pelion: Vol ‘Hotle i, Wetlewd I. IL. IIL, | Out of Print. XXVI Part'l.| £6. 0..0 | €0°I6 6 Te 4320) Bin O- MeO To Part os peda 8 0. 0 Fk 0.10 0 9 0 YBa tn A LG Caan ht eaniaade VL 3} 0:11 46 0 9 6 ‘o, Mpartl |. Oc1d *o "rep eignas VIL She. Oats » 0 015 0 | XxXVIT Parti.| O16 0 | 012 0 VUL | 017 0 014 0 5 Baa 2h| 0 6 0 ve ae ix. ee. 0. Uo 017 0 ce] Bang. |g a0 0 1670 x. | 019 0 016 0 5. Parte |=". 0 RS Ws Xi aie iG 012 0‘ | XXVEE Parti|. 1 5 0, |) hod o XIL |) 0994. 6 012 0 Pack oo lapee a) | uum XH. | 018 0 015 0 > Part 3.1 018° 0°°| 0 1908 XiVir ele DO 1" 0.1? WE, Badhl PY 1S oe Mae ee XV Ved dy 6 ee M0 \ Pato) 080s. Ob 62 XVL XXX! Pat | 1-12 0° | 10 Paw Lt 05 0 Wes es 5 Part. 2 016 0 0s Da) Part 2. | 018 0 014 0 5 Parka [Oca Ose) oehen og Part 3. | 010 0 OTe Cupane hs O° 786 wh. Doble Partha. | 10:5 0 640 | xxxr 4 dO aie eal ete Poh | 0.7.0. | -0 6 6 WN MeO Peet. tO Ge cae XVII. | Out of Print, gis Pant 2: | 0°18 20.) Peguner Xv. |°2 2 0 1 1.30 "Part 3.| 210 0 | 1 17,6 XIX. x Pontus; OnroL2:0 0. 40 Pati} ee ok DD, 0 S| ERRTUE Baek Welles, Ton Chee MBO Part 2. | 018 0 015 0 Paros 9 9 @ncl ee am XX, "> Pah B| 012 OL | ON part | Oa aad 0 Se Ly. 2 2° Or ares Part 2, | 010 0 0) 76 | XXXV¥Pot 1162 2.0 1 I oO Pat 3. | 010 0 O17 MG City: Panes we Lei ge pe Tea ae Part 4. 0: LO) 50 Oh ieee E Part 3. 2 2° 0 Ih XO) XXL em alee em Cig Pat lf saa OCR &. “| socCvE We Hs 0" a eee eo en Part 2. | 010 0 0°76 a oar esa, ae eae alae Part 3. | 0 70 05 3 ec ws: Part 4. | 018 0 0 1396 Fe ahp O49 61S 81s XXII. | oS ON grmale @ Bi. 19) | > ers Cah goeeny a tae Pao Moma geared 07 6 Part 2. 010 0 GT 6 Me ir cea Rarer at Wee Port 3. | 1 5 0 eatad 2 tM GENES 0) chloe ee FO +E MAL oe erin 015 0 0.1128 Part 2. 1510 Le 8 6 Part 3, | 118 0 110 0 XXIV. Part 1. f| 1 BNO eB Part 2. Mette eh Us Ld Part 3, |. 110 0 eae XXV. om 018 0 013 6 Part 2. ) 22-0 1 ee Bl ea * Vol. XXXV., and those which follow, may be had in Numbers, each Number containing a complete Paper. PRINTED BY NEILL AND COMPANY, EDINBURGH, ; . = ‘ a Ab » ‘ i ‘ ine, Ne ae ce si 4 Viti ' thi \ YN) \ \ ‘\ yy Sh)