IW OT 3 NEWFOUNDLAND AND . THE LABRADOR COAST PILER DBD TEDPEON L909 LY PROGRAPHIC: OFEICE *: Mahar rss UMC a i ¢ hEhOoOggo TOE HOA 0 000 1OHM/TEIN NO. ve ra ee > i NEWFOUNDLAND — AND THE LABRADOR COAST THIRD EDITION 1909 PUBLISHED BY THE HYDROGRAPHIC OFFICE. UNDER THE AUTHORITY OF THE SECRETARY OF THE NAVY WASHINGTON GOVERNMENT PRINTING OFFICE 1909 Pat Pee 1d F = OCR AC) « see Be ante get he eee peas Oat . one. é oe vee ES , y “ vt ; 1 1) ae sa i“ ma j Pe. , ev ey yas Sane] s ayy ' j Hi rf hi a ( Ly het ee i fi 4 CONTENTS. ae eS SEE SRE ec he a eR REE Information relating to navigational aids and general navigation...........-. en See Re Soh ain acy See eae ee ee Aen ae MRM I Sct Ps da Se ae ae Ns. wt PES Faces. - Chart of variation of the compass for the year 1910 ..........-...222- Faces. . Momaeeererorraphic Office publications... -..=.2.-2.....22--.5.-.es2s2225- Mmeemiyarozraphic Office agents......<.....5-----.2+-.-2---052-6-5e00se- CHAPTER I. General description—Physical features—Geology—Mines—A griculture—Fish- eries—Exports—Communications—Climate— W inds—Fog—Currents—Tides —Tidal streams—Temperature of the sea—Ice—Signals respecting ice— Buoys—Signal stations —Coal— Docks — Repairs — Shipwrecks— Standard time—Passages and general directions—Magnetic variation—Deviation of the compass—Local magnetic disturbances ..............-..--.---2---4--- CHAPTER II. Banks eastward and southward of Newfoundland, and eastward of the strait ER te eset vont at I a AS nna 6G ea CHAPTER III. Newfoundland, south coast—Cape Race to Crew point ..............-------- CHAPTER IV. Newfoundland, south coast—St. Pierre and Miquelon islands..........-.---- CHAPTER V. Newfoundiand, south coast—Crew Point to cape Ray -.-.......--.---------- CHAPTER VI. Newfoundland, west coast—Cape Ray to cape Bauld..............-.-------- CHAPTER VII. Newfoundland, east coast—Cape Bauld to cape St. John ........2..2-22----- CHAPTER VIII. Newfoundland, east coast—Cape St. John to cape Bonavista ..........-.---- CHAPTER IX. N ewfoundland, east coast—Cape Bonavista to cape Race ..-.........-.------ CHAPTER X. Southeast and south coasts of Labrador—Cape St. Lewis to Long point—The SET OF Sey TS FRB AIRE DR N68 5 ice ELS” Na ge Re tee CHAPTER XI. Fast coast of Labrador—Cape St. Lewis to cape Chidley ................---- 27 76 84 171 184 267 367 423 561 620 657 NOTE. This publication is a revision and extension of the second edition of the Sailing Directions of Newfoundland, and includes the latest avail- able information from reliable sources. It cancels the previous edi- tions, all supplements, and all Hydrographic Office notices to mariners which relate to Newfoundland and the Labrador coast up to and including number 18 of 1909. Mariners are requested to notify the United States Hydrographic Office, directly or through one of its branch offices, of any new infor- mation obtained or of any errors or omissions discovered in the present edition. The directions stated in this book are all reckoned from the true meridian. Definite directions, such as courses and bearings, are given to the nearest degree, from 0° to 360°, commencing at the North poirt, in accordance with the new system recently adopted by the United States Navy. The cardinal and intercardinal points of the compass, when employed, are used only as names to express general directions, such as the general trend of the land and the directions of winds and currents. Values of the variation of the compass may be obtained from the chart of the variation of the compass at the beginning of this book. The directions of the winds refer to the points from which they blow; of the currents, the points toward which they set. Distances are expressed in nautical miles, the mile being approxi- mately 2,000 yards. The soundings are referred to mean low water, unless otherwise stated. The latest information as to lights should always be sought in the List of Lights of the World. 5 | Ae ie ; i ofp Yr ¢. — 1 TH ‘ : i 1 rm lei ie entcarr h Mae ARTRAE t o rh / 60° 59° 58° 57° 56° 55° 54° ; ° ok TOE EOS [Lemons rane T ipaae pi ae Seale T : aa © 0, elle Isle Sn he oF | % | SEnqmqC. Chidley [Leaulwers 1221 ; 2 oe nee z = gs€ 2. zoliP , B60 Ariegt Boy gd ol 562 Cove 1860 St. Margaret BY 8064S Erato eco St. Je Te . 2108 Good B.t.st. John Hor) 1182 SavageT & Old Port au Choi: Fe t Vie § Aiguilletter Bhrs19= é ne awh Pe, Ving ae [94 2425\Snookedrm.Anch. Libr = 4 re Hin i Salewater Pond B, Nor oS Fleur de Lis Hbr:24\\ See chart Wo. 217 Z2, A ¥- Ofeite 2152 Holtthans Seldom come by& ~ ‘Stag HBr Tickle | s79 kp S7a. of Islands Se 59 7aLitile ie > 2094 Bear Cove, | tipgs Cove 597 20s, ‘Reg za ee, = NEWF OUNDLAND C T 20% Sh ap St.George Hbr- 59% or ze Ch dea tis MK Vv. i v8 iz (Fab 75 nlickle \\2 | ; 4 us Ir oan Goulter Rock \12 é ‘\ ii drepassey Hbr 618 C.Race The limits and numbers of U.8.Hydrographic Office charts are shown in black ” " ” " ” British A amiralty ” ” u " red VARIATION OF THE COMPASS FOR 1910 AVERAGE ANNUAL DECREASE: 4’ in Newfoundland , and 5’ along the Labrador Coast S apa NEWFOUNDLAND C. Bonavista td tp WIGS = Oe is LP St.Johiis —— TRS > a _ St.Pierre SS — V'C.Race Sa i nes Virgin Rks | feet ota eres erie! Pa 5 INFORMATION RELATING TO NAVIGATIONAL AIDS AND GENERAL NAVIGATION. THE CORRECTION OF CHARTS, LIGHT LISTS, AND SAILING DIRECTIONS. The following-named publications are issued by the United States Hydrographic Office as guides to navigation: Charts, Chart Cata- logues, Sailing Directions, Light Lists, Tide Tables, Notices to Mari- ners, Pilot Charts, and Hydrographic Bulletins. Of these, the Notices to Mariners and the Hydrographic Bulletins are free to mariners and others interested in shipping. The Pilot Charts are free to contributors of professional information, but sold to the general public at 10 cents a copy. The other publications of the office are sold under the law at cost price. The Charts, the Sailing Directions, and the Light Lists are all affected by continual changes and alterations, concerning which information is published weekly to all parts of the world in the Notices to Mariners. The Charts should always be, so far as our knowledge permits, absolutely correct to date; and the Light Lists should be noted for the recent alterations and additions. The Sailing Directions, how- ever, can not, from their nature, be so fully corrected, and in all cases where they differ from the charts, the charts must be taken as the guide. Charts.—When issued from the Hydrographic Office, the charts have received all necessary corrections to date. All small but important corrections that can be made by hand are given in the Notices to Mariners, and should at once be placed on the charts to which they refer. Extensive corrections that can not be conveniently thus made are put upon the plates, and new copies are issued to the ships to replace the old, which are directed to be destroyed to prevent the possibility of their being used in the navigation of the ship. The dates on which extensive corrections are made are noted on the chart on the right of the middle of the lower edge; those of the smaller corrections at the left lower corner. 8 GENERAL NAVIGATION. In all cases of quotations of charts these dates of corrections should be given, as well as the number of the chart (found in the right lower corner), in order that the edition of the chart referred to may be known. The Light Lists are corrected before issue, and all changes are published in the weekly Notices to Mariners. The navigating officer should make notations in the Light Lists and paste in at the appropriate places slips from the Notices to Mariners. The Light Lists should always be consulted as to the details of a light, as the description in the Sailing Directions may be obsolete, in consequence of changes since publication. The Sailing Directions are corrected before issue, and subse- quently should be kept corrected by means of the Notices to Mariners. Supplements are published from time to time and contain all the information received up to date since the publication of the volume to which they refer, canceling all previous Notices to Mariners. The existence of Supplements or Notices to Mariners is to be noted in the tabular form inside the cover of each volume. To enable the books to be more conveniently corrected, Supple- ments and Notices to Mariners are printed on one side only, and two copies are issued to each ship—one to be cut and the slips pasted in at the appropriate places, the other to be retained intact for reference. To make the notations and paste in the slips, as the Notices to Mariners are received, is one of the duties of the navigating officer demanding faithful attention. It must, however, be understood that Sailing Directions will rarely be correct in all details, and that, as already stated, when differences exist, the chart, which should be corrected from the most recent in- formation, should be taken as the guide, for which purpose, for ordinary navigation, it is sufficient. The Tide Tables, which are published annually by the United States Coast and Geodetic Survey, give the predicted times and heights of the high and the low waters for every day in the year at 70 of the principal ports of the world, and, through the medium of these by means of tidal differences and ratios, at a very large number of subordinate ports. The Tables for the Atlantic and Pacific coast ports of the United States are also published separately. It should be remembered that these tables aim to give the times of high and low water, and not the times of turning of the current or of slack water, which may be quite different. Notice to Mariners, containing fresh information pertaining to all parts of the world, are published weekly and mailed to all United States ships in commission, Hydrographic branch offices and agen- GENERAL NAVIGATION. 9 cies, United States consulates, and foreign hydrographic offices. Copies are furnished free a the main office or by any of the branch offices on application. With each notice is sent also a separate sheet, giving the items re- lating to lights contained in the latest Notice, intended especially for use in correcting the Light Lists. Pilot Charts of the North Atlantic and North Pacific oceans are published near the beginning of each month. These charts give the average conditions of wind and weather, barometer, percentage of fog and gales, and routes for steam and sailing vessels for the month of issue; ice and derelicts of the preceding month; ocean currents and magnetic variation for the year; storm tracks of pre- ceding years; and much other useful information. They are fur- nished free only in exchange for marine data or observations.* Hydrographic Bulletins, published weekly, are supplemental to the North Atlantic Pilot Chart and contain the latest news of wrecks and derelicts along the American coast and ocean routes, Arctic ice, reports of the use of oil to calm the sea, and other infor- mation for mariners. They are to be had free upon application. THE USE OF CHARTS. _ Accuracy of chart.—The value of a chart must manifestly de- pend upon the character and accuracy of the survey on which it is based, and the larger the scale of the chart the more important do these become. To judge of a survey, its source and date, which are generally given in the title, are a good guide. Besides the changes that may have taken place since the date of the survey in waters where sand or mud prevails, the earlier surveys were mostly made under circum- stances that precluded great accuracy of detail; until a plan founded on such a survey is tested it should be regarded with caution. It may indeed be said that, except in well-frequented harbors and their ap- proaches, no surveys yet made have been so minute in their exam- ination of the bottom as to make it certain that all dangers have been found. The fullness or scantiness of the soundings is another method of estimating the completeness of the survey, remembering, however, that the chart is not expected to show all soundings that were * Pilot charts of the South Atlantic Ocean are to be published for each of the four seasons of the year, beginning with the quarter which comprises the months of June, July, and August, 1909. In their properties and aims and their mode of construction and issue they will be similar in all respects to the Pilot Charts of the North Atlantic and North Pacific oceans. Pilot Charts of the South Pacific and Indian oceans are also marked out for regular pub- lication. 10 GENERAL NAVIGATION. obtained. When the soundings are sparse or unevenly distributed it may be taken for granted that the survey was not in great detail. Large or irregular blank spaces among soundings mean that no soundings were obtained in these spots. When the surrounding soundings are deep it may fairly be assumed that in the blanks the water is also deep; but when they are shallow, or it can be seen from the rest of the chart that reefs or banks are present, such blanks should be regarded with suspicion. This is especially the case in coral regions and off rocky coasts, and it should be remembered that in waters where rocks abound it is always possible that a survey, however complete and detailed, may have failed to find every small patch or pinnacle rock. A wide berth should therefore be given to every rocky shore or patch, and instead of considering a coast to be clear, the contrary should be assumed. Fathom curves a caution.—Except in plans of harbors that have been surveyed in detail, the 5-fathom curve on most charts may be considered as a danger line, or caution against unnecessarily approaching the shore or bank within that line on account of the possible existence of undiscovered inequalities of the bottom, which only an elaborate detailed survey could reveal. In general surveys of coasts, or of little-frequented anchorages, the necessities of navi- gation do not demand the great expenditure of time required for so detailed a survey. It is not contemplated that ships will approach the shores in such localities without taking special precautions. The 10-fathom curves on rock shores is another warning, espe- cially for ships of heavy draft. A useful danger line will be obtained by tracing out with a colored pencil or ink the line of depth next greater than the draft of the ship using the chart. For vessels drawing less than 18 feet the edge of the sanding serves as a well-marked danger line. Charts on which no fathom curves are marked must especially be regarded with caution, as indicating that soundings were too scanty and the bottom too uneven to enable the lines to be drawn with accuracy. Isolated soundings, shoaler than surrounding depths, should always be avoided, especially if ringed around, as it is doubtful how closely the spot may have been examined and whether the least depth has been found. The chart on largest scale should always be used on account of its greater detail and the greater accuracy with which positions may be plotted on it. Caution in using small-scale charts.—In approaching the land or dangerous banks regard must always be had to the scale of the chart used. A small error in laying down a position means only GENERAL NAVIGATION. 11 yards on a large-scale chart, whereas on one of small scale the same amount of displacement means a large fraction of a mile. Distortion of printed charts.—The paper on which charts are printed has to be damped. On drying distortion takes place from the inequalities of the paper, which greatly varies with different paper and the amount of the original damping, but it does not affect navi- gation. It must not, however, be expected that accurate series of angles taken to different points will always exactly agree when care- fully plotted on the chart, especially if the lines to objects be long. The larger the chart the greater the amount of this distortion. Mercator’s chart.—Observed bearings are not identical with those measured on the Mercator chart (excepting only the bearings North and South, and East and West on the equator) because the line of sight, except as affected by refraction, is a straight line, and hes in the plane of the great circle, while the straight line on the chart (except the meridian line) represents, not the arc of a great circle, but the loxodromic curve, which on the globe is a spiral terminating at the pole, or, if the direction be East and West, a circle of latitude. The difference is not appreciable with near objects, and in ordinary navigation may be neglected. But in high latitudes, when the objects are very distant, and especially when lying near east or west, the bearings must be corrected for the convergence of the meridians in order to be accurately placed on the Mercator chart, which repre- sents the meridians as parallel. On the polyconic chart, since a straight line represents ( within the limits of 15 or 20 degrees of longitude) the are of a great circle or the shortest distance between two points, bearings on the chart are identical with observed bearings. The Mercator projection is evidently unsuited to surveying, for which purpose the polyconic projection is used by the Hydrographic Office and the Coast and Geodetic Survey, and the gnomonic projec- tion by the British service. Notes on charts should always be read with care, as they may give important information that can not be graphically represented. Buoys.—It is manifestly impossible to rely on buoys always maintaining their exact positions. Buoys should therefore be re- garded as warnings, and not as infallible navigating marks, especially when in exposed places; and a ship’s position should always, when possible, be checked by bearings or angles of fixed objects on shore. Gas buoys.—The lights shown by gas buoys can not be implicitly relied on; the light may be altogether extinguished, or, if intermit- tent, the apparatus may get out of order. Lights.—All the distances given in the light lists and on the charts for the visibility of lights are calculated for a height of 15 1g GENERAL NAVIGATION. feet for the observer’s eye. The effect of a greater or less height of eye can be ascertained by means of the table of distances of visibility due to the height, published in the light lists. The glare of a powerful light is often seen far beyond the limit of visibility of the actual rays of the hght, but this must not be con- founded with the true range. Refraction, too, may often cause a hght to be seen farther than under ordinary circumstances. When looking out for a light, the fact may be forgotten that aloft the range of vision is much increased. By noting a star immediately over the light a very correct bearing may be afterwards obtained from the standard compass. . On first making a light from the bridge, by at once lowering the eye several feet and noting whether the hght is made to dip, it may be determined whether the ship is on the circle of visibility corre- sponding with the usual height of the eye or unexpectedly nearer the light. The intrinsic power of a light should always be considered when expecting to make it in thick weather. A weak lght is easily obscured by haze and no dependence can be placed on its being seen. The power of a light can be estimated by its order, as stated in the light lists, and in some cases by noting how much its visibility in clear weather falls short of the range corresponding to its height. Thus, a hght standing 200 feet above the sea and recorded as visible only 10 miles in clear weather is manifestly of little brillianey, as its height would permit it to be seen over 20 miles if of sufficient power. Fog signals.—Sound is conveyed in a very capricious way through the atmosphere. Apart from the influence of the wind large areas of silence have been found in different directions and at different distances from the origin of sound even in clear weather; therefore too much confidence should not be felt as to hearing a fog signal. The apparatus, moreover, for sounding the signal often requires some time before it is in readiness to act. A fog often creeps imperceptibly toward the land and is not observed by the hghthouse people until upon them; a ship may have been for many hours in it and approaching the land in confidence, depending on the signal, which is not sounded. When sound travels against the wind it may be thrown upward. A man aloft might then hear it, though inaudible on deck. Taken together, these facts should induce the utmost caution in closing the land in fogs. The lead is generally the only safe guide and should be faithfully used. Tides.—A knowledge of the times of high and low water and of the amount of vertical rise and fall of the tide is of great importance in the case of vessels entering or leaving port, especially when the channel depths are less than or near their draft. Such knowledge is GENERAL NAVIGATION. ie also useful at times to vessels running close along a coast in enabling them to anticipate the effect of the tidal currents in setting them on or off shore. This is especially important in fog or thick weather. The predicted times and heights of the high and low waters, or differences by which they may be readily obtained, are given in the tide tables for all the important ports of the world. The height at any intermediate time may be obtained by means of 'Table 2 for most of the principal tidal stations of the United States given in Table 1, and for the subordinate stations of Table 3 by multiplying its values by the ratio of mean ranges, provided the duration of rise and fall is sensibly the same at the subordinate as at the principal station. The intermediate height may also be obtained by plotting the predicted times and heights of high and low water and connecting the points by a curve. Such knowledge is often useful in crossing a bar or shallow flats. Planes of reference.*—The plane of reference for soundings on Hydrographic Office charts made from United States Government surveys and on Coast and Geodetic Survey charts of the Atlantic coast of the United States is mean low water; on the Pacific coast of the United States as far as the strait of Fuca, it is the mean of the lower low waters; and from Puget sound to Alaska the Survey has adopted the harmonic or Indian tide plane, which is roughly that of the lowest low waters observed. On most of the British Admiralty charts the plane of reference is the low*water of ordinary springs; on French charts, the low water of equinoctial springs. In the case of many charts compiled from old or various sources the plane of reference may be in doubt. In such cases, or whenever not stated on the chart, the assumption that the reference plane is mean low water gives the largest margin of safety. Whichever plane of reference may be used for a chart, it must be remembered that there are times when the tide falls below it. Low water is lower than mean low water about half the time, and when a new or full moon occurs at perigee the low water is lower than the average low water of springs. At the equinoxes the spring range is also increased on the coasts of Europe, but in some other parts of the world, and especially in the Tropics, such periodic low tides may coincide more frequently with the solstices. Wind or a high barometer may at times cause the water to fall below even a very low plane of reference. * The distinction between “rise” and “range” of the tide should be under- stood. The former expression refers to the height attained above the datum plane for soundings, differing with the different planes of reference; the latter, to the difference of level between successive high and low waters. 14 GENERAL NAVIGATION. On coasts where there is much diurnal inequality in the tides the amount of rise and fall can not be depended upon, and additional caution is necessary. Mean sea level.—The important fact should be remembered that the depths at half tide are practically the same for all tides, whether neaps or springs. Half tide, therefore, corresponds with mean sea level. This makes a very exact plane of reference, easily found, to which it would be well to refer all high and low waters. The tide tables give, in Table 3, for all the ports, the plane of reference to which tidal heights are referred and its distance below mean sea level. If called on to take special soundings for the chart at a place where there is no tidal bench mark, mean sea level should be found and the plane for reductions established at the proper distance below it, as ascertained by the tide tables, or by observations, or in some cases, if the time be short, by estimation, the data used being made a part of the record. Tidal streams.—In navigating coasts where the tidal range is considerable especial caution is necessary. It should be remembered ~ that there are indrafts to all bays and bights, although the general run of the stream may be parallel with the shore. The turn of the tidal stream offshore is seldom coincident with the time of high and low water on the shore. In some channels the tidal stream may overrun the turn of the vertical movement of the tide by 8 hours, forming what is usually known as tide and half tide, the effect of which is that at high and low water by the shore the stream is running at its greatest velocity. The effect of the tidal wave in causing currents may be illustrated by two simple cases: (1) Where there is a small tidal basin connected with the sea by a large opening. (2) Where there is a large tidal basin connected with the sea by a small opening. In the first case the velocity of the current in the opening will have its maximum value when the height of the tide within is changing most rapidly, i. e., at a time about midway between high and low water. The water in the basin keeps at approximately the same level as the water outside. The flood stream corresponds with the rising, and the ebb with the falling of the tide. In the second case the velocity of the current in the opening will have its maximum value when it is high water or low water without, for then there is the greatest head of water for producing motion. The flood stream begins about three hours after low water, and the ebb stream about three hours after high water, slack water thus occurring about midway between the tides. GENERAL NAVIGATION. 1 Along most shores not much affected by bays, tidal rivers, etc., the current usually turns soon after high water and low water. The swiftest current in straight portions of tidal rivers is usually in the middle of the stream, but in curved portions the most rapid current is toward the outer edge of the curve, and here the water will be deepest. The pilot rule for best water is to follow the ebb tide reaches. Countercurrents and eddies may occur near the shores of straits, especially in bights and near points. A knowledge of them is useful in order that they may be taken advantage of or avoided. A swift current often occurs in a narrow passage connecting two large bodies of water, owing to their considerable difference of level at the same instant. The several passages between Vineyard sound and Buzzards bay are cases in point. In the Woods Hole passage the maximum strength of the tidal streams occurs near high and low water. Tide rips are made by a rapid current setting over an irregular bottom, as at the edges of banks where the change of depth is con- siderable. Current arrows on charts show only the most usual or the mean direction of a tidal stream or current; it must not be assumed that the direction of a stream will not vary from that indicated by the arrow. The rate, also, of a stream constantly varies with circum- stances, and the rate given on the chart is merely the mean of those found during the survey, possibly from very few observations. FIXING POSITION. Sextant method.—The most accurate method available to the , navigator of fixing a position relative to the shore is by plotting with a protractor sextant angles between well-defined objects on the chart; this method, based on the “ three-point problem ” of geometry, should be in general use. For its successful employment it is necessary: First, that the ob- jects be well chosen; and, second, that the observer be skillful and rapid in his use of the sextant. The latter is only a matter of practice. Near objects should be used either for bearings or angles for position in preference to distant ones, although the latter may be more prominent, as a small error in the bearing or angle or in laying it on the chart has a greater effect in misplacing the position the longer the line to be drawn. On the other hand, distant objects should be used for direction because less affected by a small error or change of position. 16 GENERAL NAVIGATION. The three-arm protractor (station pointer of the British serv- ice) consists of a graduated brass circle with one fixed and two movable radial arms, the three beveled edges of the arms, if pro- duced, intersecting at the exact center of the instrument. The edge of the fixed arm marks the zero of the graduation which enables the movable arms to be set at any angles with the fixed arm. To plot a position, the two angles observed between the three selected objects are set on the instrument, which is then moved over - the chart until the three beveled edges pass respectively and simul- taneously through the three objects. The center of the instrument will then mark the ship’s position, which may be pricked on the chart or marked with a pencil point through the center hole. The tracing-paper protractor, consisting of a graduated circle printed on tracing paper, is an excellent substitute for the brass instrument and in some cases preferable to it, as when, for instance, the objects angled on are so near the observer that they are more or less hidden by the circle of the instrument. The paper protractor also permits the laying down for simultaneous trial of a number of angles in cases of fixing important positions. Plain tracing paper may also be used if there are any suitable means of laying off the angles. The value of a determination depends greatly on the relative positions of the objects observed. If the position sought les on the circle passing through the three objects (in which case the sum of the observed angles equals the supplement of the angle at the middle object made by lines from the other two) it will be indeterminate, as it will plot all around the circle. An approach to this condition must be avoided. Near objects are better than distant ones, and, in general, up to 90° the larger the angles the better, remembering ‘always that large as well as small angles may plot on or near the circle and hence be worthless. If the objects are well situated, even very small angles will give for navigating purposes a fair position, when that obtained by bearings of the same objects would be of little value. Accuracy requires that the two angles be simultaneous. If under way and there is but one observer, the angle that changes less rapidly may be observed both before and after the other angle and the proper value obtained by interpolation. A single angle and a range give in general an excellent fix, easily obtained and plotted. Advantages of sextant method.—In war time, when the com- pass may be knocked away or rifle fire make it undesirable to expose the person more than necessary, a sextant offers great advantages, as angles can be obtained at any point where the objects are visible. This contingency makes it especially desirable that all navigating GENERAL NAVIGATION. ue officers of men-of-war should become expert in this method of fixing a ship’s position. In many narrow waters, also, where the objects may yet be at some distance, as in coral harbors or narrow passages among mud banks, navigation by sextant and protractor is invaluable, as a true position can in general be obtained only by its means. Positions by bearings are too rough to depend upon, and a small error in either taking or plotting a bearing might under such circumstances put the ship ashore. In all cases where great accuracy of position is desired, such as ae fixing of a rock or shoal or of fresh soundings or new buildings as additions to the chart, the sextant should invariably be used. In all such cases angles should be taken to several objects, the more the better; but five objects is a good number, as the four angles thus obtained not only prevent any errors, but they at once furnish a means of checking the accuracy of the chart itself. If a round of angles can be taken, the observer’s accuracy is also checked. In the case of ordinary soundings a third angle need be taken only occasion- ally ; first, to check the general accuracy of the chart, as above stated ; second, to make certain that the more important soundings, as at the end of a line, are correctly placed. If communication can be had with the shore, positions may be fixed with great accuracy by occupying with theodolite or sextant two known points of the chart. The third angle of the triangle, that between the two points at the position sought, should be measured as a check. The compass.—It is not intended that the use of the compass to fix the ship should be given up; in ordinary piloting the compass. with its companion, the alidade, may be more usefully employed for this purpose, although less accurate than the sextant. If the accuracy of the chart be doubtful, the compass should be used in preference to the sextant. Tn fixing by the compass it should always be remembered that the position by two bearings only, like that by two angles only, is liable to error. An error may be made in taking a bearing, or in applying to it the deviation, or in laying it on the chart. A third or check bearing should, therefore, be taken of some other object, especially when near the shore or dangers. A common intersection for the three lines assures accuracy. Compass bearing and sextant angle.—When only two objects are visible, 2 compass bearing and a sextant angle may be used, and a better fix obtained than by two bearings. Doubling the angle on the bow.—The method of fixing by doubling the angle on the bow is invaluable. The ordinary form of 18 GENERAL NAVIGATION. it, the so-called “ bow and beam bearing,” the distance from the object at the latter position being the distance run between the times of tak- ing the two bearings, gives the maximum of accuracy, and is an excellent fix for a departure, but does not insure safety, as the object observed and any dangers off it are abeam before the position is obtained. By taking the bearings at two points and four points on the bow, a fair position is obtained before the object is passed, the distance of the latter at the second position being, as before, equal to the distance run in the interval, allowing for current. Taking afterwards the beam bearing gives, with slight additional trouble, the distance of the object when abeam; such beam bearings and distances, with the times, should be continuously recorded as fresh departures, the im- portance of which will be appreciated in cases of being suddenly shut in by fog. A table of multipliers of the distance run in the interval between any two bearings of an object, the product being its distance at the time of the second bearing, is given in the light list and in Bowditch. Danger angle.—The utility of the danger angle in passing outly- ing rocks or dangers should not be forgotten. In employing the horizontal danger angle, however, caution is necessary, as, should the chart be inaccurate, i. e., should the objects selected be not quite correctly placed, the angle taken off from it may not serve the pur- pose. It should not, therefore, be employed when the survey is old or manifestly imperfect. The vertical danger angle may be conveniently used when passing elevated points of known heights, such as lghthouses, cliffs, ete. The computation of the distance corresponding to the height of the object and its angular elevation requires for small distances merely the solution of a plane right triangle; the natural cotangent of the angle multiplied by the height in feet gives the distance in feet. The convenient use of this method, however, requires tables such as those published by Captain Lecky in his little book entitled “ The Danger Angle and Offshore Distance Tables.” "This book very usefully extends the vertical angle method to find- ing a ship’s position at sea by observing the angular altitude of a peak of known height and its bearing. The tables give heights up to 18,000 feet and distances up to 110 miles. When the angles are not too large they should be observed “ on and off the limb” and the index error of the sextant thus eliminated, in preference to correct- ing the single altitude for it. It must be remembered that in high latitudes the bearing of a distant object needs correction for the convergence of the meridians before being laid down on a mercator chart. The correction may be found by the following formula, GENERAL NAVIGATION. 19 using the approximate position: The sine of the correction equals the product of the sine of half the difference of longitude by the sine of the middle latitude. It is applied on the equatorial side of the observed bearing, and its effect is always to increase the latitude of the observer. Soundings taken at random are of little value in fixing or check- ing position, and may at times be misleading. In thick weather, when near or closing the land, soundings should be taken continu- ously and at regular intervals, and, with the character of the bottom, systematically recorded. By laying the soundings on tracing paper, according to the scale of the chart, along a line representing the track of the ship, and then moving the paper over the chart parallel with the course until the observed soundings agree with those of the chart, the ship’s position will in general be quite well determined. This plan was suggested by Lord Kelvin, whose admirable sounding ma- chine renders the operation of sounding possible in quite deep water without slowing down the ship and consequent loss of time. Dumb compass.—AIl ships should be supplied with the means of taking accurate bearings both by day and by night. The standard compass is not always conveniently placed for the purpose; in such case some species of alidade or dumb compass is of great importance. The utility of such an instrument in ascertaining the change of bear- ing of an approaching ship’s light should not be forgotten. Sumner’s method.—Among astronomical methods of fixing a ship’s position the great utility of Sumner’s method should be well understood, and this method should be in constant use. The Sumner line—that is, the line drawn through the two positions obtained by working the chronometer observation for longitude with two assumed latitudes, or by drawing through the position obtained with one lati- tude a line at right angles to the bearing of the body as obtained from the azimuth tables—gives at times invaluable information, as the ship must be somewhere on that line provided the chronometer is correct. If directed toward the coast, it marks the bearing of a definite point; if parallel with the coast the distance of the latter is shown. Thus the direction of the line may often be usefully taken as a course. A sounding at the same time with the observation may often give an approximate position on the line. A very accurate position can be obtained by observing two or more stars at morning or evening twi- light, at which time the horizon is well defined. The Sumner lines thus obtained will, if the bearings of the stars differ three points or more, give an excellent result. A star or planet at twilight and the sun afterwards or before may be combined; also two observations of the sun with sufficient interval to admit of a considerable change of bearing. In these cases one of the lines must be moved for the run 20 GENERAL NAVIGATION. of the ship. The moon is often visible during the day and in combi- nation with the sun gives an excellent fix. The morning and evening twilight observations, besides their great accuracy, possess the additional advantage of greatly extending the ship’s reliable reckoning beyond the limits of the ordinary day navi- gation and correspondingly restricting the dead-reckoning uncertain- ties of the night. An early morning fix in particular is often of great value. Observations of the stars at night require the use of the star tele- scope in order to define the horizon. Though the same degree of accuracy as at twilight can not be expected, night observations are a very valuable dependence and should be assiduously practiced. Piloting.—The navigator, in making his plan for entering a strange port, should give very careful previous study to the chart and should carefully select what appear to be the most suitable marks for use, also providing himself with substitutes, to use in case those selected as most suitable should prove unreliable in not being recognized with absolute certainty. It must be remembered that buoys seen at a distance in approaching a channel are often difficult to place or identify, because all may appear equally distant, though in reality far apart. Ranges should be noted, if possible, and the lines drawn, both for leading through the best water in channels and also for guarding against particular dangers; for the latter purpose safety bearings should in all cases be laid down where no suitable ranges appear to offer. The courses to be steered in entering should also be laid down and distances marked thereon. If intending to use the sextant and danger angle in passing dangers, and especially in passing between dangers, the danger circles should be plotted and regular courses planned, rather than to run haphazard by the indications of the angle alone, with the possible trouble to be apprehended from wild steering at critical points. The alidade or dumb compass should invariably be mounted in entering or leaving port and kept faithfully set to the magnetic direction of the ship’s head, changing promptly with every change of course, so that the observed bearings may be magnetic, and there- fore ready for the chart without the necessity of waiting to apply corrections. The chart should be on the bridge in readiness for reference or use in plotting positions. The ship’s position should not be allowed to be in doubt at any time, even in entering ports considered safe and easy of access, and should be constantly checked, continuing to use for this purpose those marks concerning which there can be no doubt until others gradually and unmistakably declare themselves. The ship should ordinarily steer exact courses and follow an exact line, as planned from the chart, changing course at precise points, GENERAL NAVIGATION. 21 and, where the distances are considerable, her position on the line should be checked at frequent intervals, with recordings of time and patent log. his is desirable even where it may seem unnecessary for safety, because if running by the eye alone and the ship’s exact position be suddenly required, as in a sudden fog or squall, fixing at that particular moment may be attended with difficulty. The habit of running exact courses with precise changes of course will be found most useful when it is desired to enter port or pass through inclosed waters during fog by means of the buoys; here safety demands that the buoys be made successively, to do which requires, if the fog be dense, very accurate courses and careful atten- tion to the times, the patent log, and the set of the current; failure to make a buoy as expected leaves as a rule no safe alternative but to anchor at once, with perhaps a consequent serious loss of time. It is a useful point to remember that in passing between dangers where there are no suitable leading marks, as, for instance, between two islands or an island and the main shore, with dangers extending from both, a mid-channel course may be steered by the eye alone with great accuracy, as the eye is able to estimate very closely the direction midway between visible objects. In piloting among coral reefs or banks, a time should be chosen when the sun will be astern, conning the vessel from aloft or from an elevated position forward. The line of demarcation between the deep water and the edges of the shoals, which generally show as green patches, is indicated with surprising clearness. This method is of frequent application in the numerous passages of the Florida keys. Changes of course should in general be made by exact amounts, naming the new course or the amount of the change desired, rather than by ordering the helm to be put over and then steadying when on the desired heading, with the possibility of the attention being diverted and so of forgetting in the meantime, as may happen, that the ship is still swinging. The helmsman, knowing just what is desired and the amount of the change to be made, is thus enabled to act more intelligently and to avoid wild steering, which in narrow channels is a very positive source of danger. Coast piloting involves the same principles and requires that the ship’s position be continuously determined or checked as the land- marks are passed. On well-surveyed coasts there is a great ad- vantage in keeping near the land, thus holding on to the marks and the soundings, and thereby knowing at all times the position, rather than keeping offshore and losing the marks, with the necessity of again making the land from vague positions, and perhaps the added inconvenience of fog or bad weather, involving a serious loss of time and fuel. 29 GENERAL NAVIGATION. The route should be planned for normal conditions of weather, with suitable variations where necessary in case of fog or bad weather or making points at night, the courses and distances, in case of regular runs over the same route, being entered in a notebook for ready reference, as well as laid down on the chart. The danger circles for either the horizontal or the vertical danger angles should be plotted, wherever the method can be usefully employed, and the angles marked thereon; many a mile may thus be saved in rounding dangerous points, with no sacrifice in safety. Ranges should also be marked in, where useful for position or for safety, and also to use in checking the deviation of the compass by comparing, in crossing, the compass bearing of the range with its magnetic bearing, as given by the chart. Changes of course will in general be made with mark or object abeam, the position (a new “ departure”) being then, as a rule, best and most easily obtained. The alidade, kept set to the ship’s mag- netic heading, should be at all times in readiness for use, and the chart where it may be readily consulted by the officer of the watch. The sextant should also be kept conveniently at hand, A continuous record of the progress of the ship should be kept by the officer of the watch, the time and patent log reading of all changes of course and of all bearings, especially the two and four point bearings, with distance of object when abeam, being noted in a book kept in the pilot house for this especial purpose. The ship’s reckoning is thus continuously cared for as a matter of routine and without the presence or particular order of the captain or navigating officer. The value of thus keeping the reckoning always fresh and exact will be especially appreciated in cases of sudden fog or when making points at night. Where the coastwise trip must be made against a strong head wind, it is desirable, with trustworthy charts, to skirt the shore as closely as possible in order to avoid the heavier seas and adverse current that prevail farther out. In some cases, with small ships, a passage can be made only in this way. The important saving of coal and of time, which is even more precious, thus effected by skill- ful coast piloting makes this subject one of prime importance to the navigator. Change in the variation of the compass.—The gradual change in the variation must not be forgotten in laying down on the chart courses and positions by bearings. The magnetic compasses placed on the charts for the purpose of facilitating the plotting become in time slightly in error, and in some cases, such as with small scales or. when the lines are long, the displacement of position from neglect of this change may be of importance. The date of the variation and GENERAL NAVIGATION. 23 the annual change, as given on the compass rose, facilitate correc- tions when the change has been considerable. The compasses are reengraved when the error amounts to a degree. More frequent alterations on one spot in a copper plate would not be practicable. The geographical change in the variation is in some parts of the world so rapid as to need careful consideration, requiring a frequent change of the course. For instance, in approaching Halifax from Newfoundland the variation changes 10° in less than 500 miles. Local magnetic disturbance of the compass on board ship.— The term “local magnetic disturbance” has reference only to the effects on the compass of magnetic masses external to the ship. Ob- servation shows that disturbance of the compass in a ship afloat is experienced in only a few places on the globe. Magnetic laws do not permit of the supposition that the visible land causes such disturbance, because the effect of a magnetic force diminishes so rapidly with distance that it would require a local cen- ter of magnetic force of an amount absolutely unknown to affect a compass half a mile distant. Such deflections of the compass are due to magnetic minerals in the bed of the sea under the ship, and when the water is shallow and the force strong, the compass may be temporarily deflected when passing over such a spot; but the area of disturbance will be small unless there are many centers near together. The law which has hitherto been found to hold good as regards local magnetic disturbance is that north of the magnetic equator the north end of the compass needle is attracted and south of the mag- netic equator repelled by any center of disturbance. It is very desirable that whenever a ship passes over an area of local magnetic disturbance the position should be fixed, and the facts, as far as they can be ascertained, reported. Use of oil for modifying the effect of breaking waves.— Many experiences of late years have shown that the utility of oil for this purpose is undoubted and the application simple. The following may serve for the guidance of seamen, whose atten- tion is called to the fact that a very small quantity of oil skillfully applied may prevent much damage both to ships (especially of the smaller classes) and to boats by modifying the action of breaking seas. The principal facts as to the use of oil are as follows: 1. On free waves, i. e., waves in deep water, the effect is greatest. 2. In a surf, or waves breaking on a bar, where a mass of liquid is in actual motion in shallow water, the effect of the oil is uncertain, as nothing can prevent the larger waves from breaking under such circumstances, but even here it is of some service. 24 GENERAL NAVIGATION. 3. The heaviest and thickest oils are most effectual. Refined kero- sene is of little use; crude petroleum is serviceable when nothing else is obtainable; but all animal and vegetable oils, such as waste oil from the engines, have great effect. 4. A small quantity of oil suffices, if apphed in such a manner as to spread to windward. 5. It is useful in a ship or boat, either when running, or lying-to, or in wearing. 6. No experiences are related of its use when hoisting a boat at sea or in a seaway, but it is highly probable that much time would be saved and injury to the boat avoided by its use on such occasions. 7. In cold water the oil, being thickened by the lower temperature and not being able to spread freely, will have its effect much re- duced. This will vary with the description of oil used. - 8. For a ship at sea the best method of application appears to be to hang over the side, in such a manner as to be in the water, small canvas bags, capable of holding from 1 to 2 gallons of oil, the bags being pricked with a sail needle to facilitate leakage of the oil. The positions of these bags should vary with the circumstances. Running before the wind, they should be hung on either bow—e. g., from the cathead—and allowed to tow in the water. With the wind on the quarter the effect seems to be less than in any other position, as the oil goes astern while the waves come up on the quarter. Lying-to, the weather bow, and another position farther aft, seem the best places from which to hang the bags, using sufficient line to permit them to draw to windward while the ship drifts. 9. Crossing a bar with a flood tide, to pour oil overboard and allow it to float in ahead of the boat, which would follow with a bag tow- ing astern, would appear to be the best plan. As before remarked, under these circumstances the effect can not be so much trusted. On a bar, with the ebb tide running, it would seem to be useless to try oil for the purpose of entering. 10. For boarding a wreck, it is recommended to pour oil overboard to windward of her before going alongside. The effect in this case must greatly depend upon the set of the current and the circum- stances of the depth of water. 11. For a boat riding in bad weather from a sea anchor, it 1s recom- mended to fasten the bag to an endless line rove through a block on the sea anchor, by which means the oil can be diffused well ahead of the boat and the bag readily hauled on board for refilling, if necessary. GENERAL NAVIGATION. 25 ILLUSTRATIONS AND BRIEF RULES. [In the illustrative figures, the flowing lines represent the spreading oil and the arrows denote the direction of the wind and sea.] Fig. 2. NN Scudding before a gale, Figure 1, distribute oil from the bow by means of oil bags or through waste pipes; it will thus spread aft and give pro- tection both from quartering and fol- lowing seas. If distributed only astern, Figure 2, there will be no protection from the quartering sea. Fig. 3. Fig.4. Running before a gale, yawing badly, and threatening to broach-to, Figures 8 and 4, oil should be dis- tributed from the bow and abaft the beam, on both sides. In Figure 3, for instance, where it is only distributed at the bow, the weather quarter is left unprotected when the ship yaws. In Figure 4, however, with oil bags abaft the beam as well as forward, the quarter is protected. Lying-to, Figure 5, a vessel can be brought closer to the wind by using one or two oil bags forward, to wind- ward. With a high beam sea, use oil bags along the weather side at inter- vals of 40 or 50 feet. In a heavy cross sea, Figure 6, as in the center of a hurricane, or after the center has passed, oil bags should be hung out at regular intervals along both sides. Fig. 7. Drifting in the trough of a heavy sea, Figures 7 and 8, use oil from waste pipes forward and bags on weather side, as in Figure 8. These answer the purpose very much better than one bag at weather bow and one at lee quarter, although this has been tried with some success. See Figure 7. 296 GENERAL NAVIGATION. Fig.12. Pilot Boat | Z Ist. Pos. Pilot Boat ¢ 2nd.Pos. ~~-=38 A vessel hove-to for a pilot, Figure 12, should distribute oil from the weather side and lee quarter. The pilot boat runs up to windward and lowers a boat, which pulls down to leeward and around the vessel’s stern. The pilot boat runs down to leeward, gets out oil bags to windward and on her lee quarter, and the boat pulls back around her stern, protected by the oil. The vessels drift to leeward and leave an oil slick to windward, Fig. 13. Fig. 14. between the two. Steaming into a heavy head sea, Figure 9, use oil through forward closet pipes. Oil bags would be tossed back on deck. Lying-to, to tack or wear, Figure 10, use oil from weather bow. Cracking on, with high wind abeam and heavy sea, Figure 11, use oil from waste pipes, weather bow. Towing a vessel in a heavy sea, oil is of the greatest service and may prevent parting the hawser. Distribute from the towing vessel, for- ward on both sides, Figure 13. If used only aft, the tow alone gets the benefit. At anchor in an open roadstead, use oil in bags from jib boom, or haul them out ahead of | the vessel by means of an endless rope rove through a tail block secured to the anchor chain, Figure 14. _——_———— — CHAPTER I. NEWFOUNDLAND AND LABRADOR; GENERAL DESCRIP- TION, PHYSICAL FEATURES, GEOLOGY, MINES, AGRI- CULTURE, FISHERIES, EXPORTS — COMMUNICATIONS — CLIMATE — WINDS — FOG — CURRENTS — TIDES—TIDAL STREAMS— TEMPERATURE OF THE SEA—ICE— SIGNALS RESPECTING ICE— BUOYS—SIGNAL STATIONS — COAL— DOCKS—REPAIRS—SHIPWRECKS—STANDARD TIME—PAS- SAGES AND GENERAL DIRECTIONS—MAGNETIC VARIA- TION—DEVIATION OF THE COMPASS—LOCAL MAGNETIC DISTURBANCES. Newfoundland is an island of the British Empire situated at the mouth of the gulf of St. Lawrence, between the parallels of 46° 35’ and 51° 40’ north latitude, and the meridians of 52° 35’ and 59° 25’ west longitude. In the colony is included the eastern part of the peninsula of Labrador from Blanc Sablon to cape Chidley. History.—The island of Newfoundland, said to have been known to the Norsemen at a very early date, was inhabited by a numerous and powerful Indian race named Beothiks, now extinct; but the first authentic account of its discovery was in 1497, when John Cabot, who was seeking a northwestern route to China and the Spice islands, sighted the land (probably about cape Bonavista). As early as 1500 it was frequented by Portuguese, Spanish, and French fish- ermen; but no serious attempt at colonization appears to have been made until the 5th of August, 1588, when Sir Humphrey Gilbert took possession of the island in the name of Queen Elizabeth. After 1623, when Lord Baltimore, who a few years later left to establish Baltimore, founded a colony in the island, the east coast was gradually settled by the English; French settlers occupying the southern coasts and making Placentia their capital. By the treaty of Utrecht in 1713, subsequently ratified by the treaty of Paris, Newfoundland was acknowledged to belong to Great Britain, and the French retained only the small islands of St. Pierre and Miquelon, with the right to cure fish on that portion of the New-: foundland coast extending from cape Ray, along the west, north, and east coasts, to cape St. John. By the Anglo-French convention of 1904, France renounced her exclusive fishing rights, but retained 27 on 28 GENERAL REMARKS. the right to fish on the coast from cape Ray, round the northern end of the island, to cape St. John for all sorts of fish, including bait and crustacea. Under the provisions of the treaty of 1818, the inhabitants of the United States have, in common with British subjects, the liberty to take fish of every kind on that part of the southern coast of New- foundland which extends from cape Ray to Ramea islands, on the western and northern coast of Newfoundland, from cape Ray to Kirpon islands, on the shores of the Magdalen islands, and also on the coasts, bays, harbors, and creeks from Mount Joli, on the southern coast of Quebec, to and through the strait of Belleisle and thence northward indefinitely along the coast, without prejudice, however, to any of the exclusive rights of the Hudson Bay Company. United States fishermen have also the right to dry and cure fish in any of the unsettled bays, harbors, and creeks of the southern part of Newfoundland, above described, and of the coast of Labrador. Physical features.—Newfoundland is somewhat of a triangular form (the apex being at cape Bauld, the base between capes Race and Ray), and has an estimated area of 42,200 square miles, with a greatest length of 420 miles. Its coasts are indented with deep bays and harbors, many of which are very fine and nearly all of which afford shelter to vessels during summer. The surface of the island is - wild and rugged, and the coast, being steep, sterile, rocky, and often denuded of vegetation, or covered only with small trees, has an aspect far from prepossessing. The land near the sea is generally hilly, the ranges having a northeast and southwest trend; this is also the case in the bays, rivers, valleys, and larger lakes, and is probably due to glacial action. The interior proper is an elevated. undulating pla- teau, traversed by ranges of low hills, the surface being diversified by valleys, woods, marshes, and large lakes, locally known as ponds, which completely intersect the country from bay of Exploits, Hall and White bays, on the northeastern, to St. George bay, on the west- ern, and Despair bay on the southern side. Some excellent timber, of large size, is found on the west coast and on some few other parts of the island; but as a rule it is only at the heads of bays and in shel- tered places that trees attain sufficient size to make spars for even small vessels, and a mast for a large schooner can generally be ob- tained only at a long distance from the sea. Inland of the coast ranges of hills the country generally seems to consist of as much water as land, so numerous are the ponds. From these, streamlets run down every ravine, and through the larger valleys run rivulets in which trout can generally be obtained. Lakes.—The lakes or ponds form a remarkable physical feature of the island, and occupy about one third of its area. The principal lakes are Grand pond, the largest, which is 56 miles long, 5 miles RIVERS—FAUNA. 29 broad, about 60 fathoms deep, with an area of some 192 square miles, and only 50 feet above sea level; Indian lake, which is 87 miles long, with an area of 64 square miles; Gander lake, which is 33 miles long, with an area of 33 square miles; and Deer pond, which is 15 miles long, with an area of 34 square miles. Rivers.—The rivers of Newfoundland are numerous, and though the majority are small, yet some attain considerable size. The larg- est are Exploits, Humber, Gander, and Terra Nova. Exploits river, which rises near the southern end of Long range, is 200 miles in length, drains an area of 3,000 to 4,000 square miles, and falls into Exploits bay on the east coast. The main branch of the Humber river rises 20 miles inland from Bonne bay, is about 130 miles in length, drains about 2,000 square miles, and falls into Humber arm on the west coast. Gander river, 100 miles in length, flows through Gander lake, and with its tributaries drains an area of nearly 4,000 square miles; it falls into Hamilton sound. Geology.—All the great ancient rock systems, between the Lower Laurentian and the coal measures inclusively, are more or less repre- sented at some part of Newfoundland. The principal mountain ranges appear to be Lower Laurentian coming to the surface through more recent deposits, most of which are nearly parallel to each other in a general north-northeast and south-southwest direction. The same formation also prevails on the western part of the south coast. The coal measures occupy a large extent of the valley within St. George bay, the region of Grand pond. In the peninsula of Avalon, the crystalline rocks of the Laurentian period are succeeded by slates and conglomerates that stretch also into Bonavista bay. Veins of white quartz are everywhere abundant in this system, and are often impregnated with ores of copper, lead, or iron, and sometimes with all together. On the east coast, hummocks of granite protrude and are locally known as “ tolts; ” and this coast is marked by large and deep striae, radiating apparently from some point in the interior. Erratic bowl- ders cover nearly all the principal headlands, and are distributed in great numbers about the coast ranges of hills. Fauna.—The animals indigenous to Newfoundland are caribou or American reindeer, wolves, black bears, foxes, beavers, otters, Arctic hares, weasels, etc. Amongst the birds are eagles, hawks, owls, wood- peckers, swallows, and ptarmigan, which are abundant. The great auk, now extinct, was once found in large numbers around the island. The little auk, guillemot, and razor bill are still abundant. For willow grouse, locally named partridge, and other varieties of grouse and eggs of same, close time begins January 12 and ends September 15; birds, however, may be sold up to January 22, pro- vided they are shot in season. For curlew, plover, snipe, or other 30 GENERAL REMARKS. wild or migratory birds, or eggs of same, close time is from January 12 to August 20. Wild geese may be shot or their eggs taken at any time. The close time for caribou is from February 15 to September 15; for otter and beaver from April 1 to October 1; for rabbits and hares from March 1 to September 15; for salmon from September 11 to April 30. Trout, landlocked salmon, and other fresh-water fish are not to be taken in any lake, river, or stream from September 15 to December 31. License is required by nonresidents to shoot deer (fee $100), and only five stags and three does can be killed by each sportsman. Licenses are granted by justices of the peace and custom-house officers. The best time for shooting caribou is from the middle of September to the end of October. Minerals.—Copper is largely worked at Tilt and Betts coves and Little bay, in Notre Dame bay, and lead at la Manche in Placentia bay. Deposits of lead ore and asbestos fields, in the peninsula of Port au Port are now being worked. Iron pyrites are shipped from a mine on Pilley island, Notre Dame bay. Large quantities of hematite iron ore are exported from Bell island, Conception bay. The carboniferous district of Newfoundland is on the west coast, near St. George bay and Grand lake. Gypsum and marbles of various shades of color are found in considerable quantities at Codroy, St. George bay, and Bay of Islands. At Random and near Thorburn lake are two large granite quarries. Agriculture is pursued with fair success on the west coast, where grass and cereals of the first quality are produced. Potatoes of fine quality are also grown. A large tract of fertile soil lies near Gander bay, as well as in Exploits valley and Red Indian lake district on the east coast, and there is good land in the vicinity of Goose bay and Clode sound at the head of Bonavista bay. It is estimated that in the whole island about 7,000 square miles, or 4,480,000 acres, are available for settlement either as arable or grazing land. Population.—The vicinity of the coast of Newfoundland is the only portion of the island yet inhabited, and there are but few settlers on the western side of the island, two-thirds of the population being found on the peninsula of Avalon. The census taken in 1901 showed a population of 220,984, including 3,947 who inhabit the dependency of Labrador. Of the population in Newfoundland in 1901, 98,000 were engaged in the fisheries, 2,475 were farmers, 3,111 mechanics, and 1,576 miners. The population of the chief towns were: St. John’s, 29,594; Harbor Grace, 5,184; Carbonear, 5,703; Twillingate (Toulinguet), 3.542; and Bonavista, 3,696. FISHERIES. cae Orthography.—Many of the place names in Newfoundland were originally French, but, owing to the pronunciation of the fishermen, they have become so corrupted as to be difficult of recognition as such. For instance, anse 4 Loup is known to the fishermen as “ Lancy Loo;” anse Kclair as “ Lancy Clair,” and Peignoir as “ Pinware.” Fisheries.—The cod fisheries of Newfoundland are more valu- able than those of any other country, and the fishing grounds would appear capable of yielding an almost inexhaustible supply, but of late years, owing to reckless and destructive fishing and the introduc- tion of engines of such a character as to destroy gravid and even immature fish, there has been a perceptible decline in the yearly catch. The comparatively modern implements used are cod traps, large seine nets, small mesh nets, bultows, or long lines, and jiggers. The fishermen have been informed of the destructive nature of many of their applances, and rules have been drawn up for their guidance. Cod appear off the coasts of Newfoundland in April, and the fish- ing season lasts until October, when these fish take their departure. It is not known where they go from October until April, but they have reappeared with the utmost regularity for some four hundred years and more. Probably their movements have something to do with the productiveness or scarcity of food. There are three distinet branches of the cod fishery, viz, the Bank fishery, the Coast fishery, and the Labrador fishery. The Bank fish- ery is carried on by schooners sailing from the southern ports and bays of Newfoundland, and by schooners sailing from ports in the United States, chiefly from Gloucester, and from France. The Coast fishery is carried on by small schooners and boats, plying from vir- tually every bay, cove, or creek in Newfoundland, the men using both hook and hne and also cod traps. The Labrador fishery is carried on by schooners sailing from the bays in the eastern coast of New- foundland. All schooners, not coasters, do the actual fishing from dories, using bultows. Nore.—Bultows are locally called trawls, but they have no resem- blance to what are known as trawls in the North sea; they are more like what is known in England as trots. The number of Newfoundland craft and men employed in the different branches is roughly as follows: In the Bank fishery, 89 schooners or grand bankers, carrying from 16 to 20 men each. (There are also about 100 French bankers and a great many United States and Canadian schooners engaged in this branch. ) In the Coast fishery, 500 schooners or small bankers, carrying 7 men each, and about 25,000 boats of various sizes and descriptions, carrying from 1 to 5 men each. 82 GENERAL REMARKS. In the Labrador fishery, 2,000 small schooners, carrying from 7 to % men each, as well as women and girls for packing. (There are a few United States schooners engaged in this branch.) Thus there are about 98,000 seafaring people in Newfoundland engaged in the cod fishery; and there must also be about 100,000 men and women employed in drying, curing, packing, etc., which makes a total of some 198,000 people, whose living depends upon the cod, out of a population of about 220,000. The principal countries to which cod are exported are the United Kingdom, Portugal, the United States, Brazil, Canada, Italy, Spain, British West Indies, and Holland. In 1907 the value of the export of dried codfish from Newfoundland amounted to $7,873,172, and that of cod oil to $358,713. Bait fishes.—Although the cod fishery is the mainstay of New- foundland, the bait fishes—the spring herring, the caplin, the squid, and even the whelk—without which it could not be carried on, are of primary importance. - The spring herring appear on the west coast, near and in bay St. George, about the time of the full moon nearest the 10th of May. The autumn herring appear in October in the bay of Islands, and ap- parently remain in that neighborhood until the following June. They reach Fortune bay, on the south coast, in December. Caplin arrive toward the middle.of June and stay only a month. Some authorities say that they arrive when the moon is at its full. Squid arrive late in July or early in August and take the place of caplin as bait. The whelk (periwinkle) is the last of the bait fishes. Cod are caught also without bait by means of cod traps, and by jigging. Cod traps, which were introduced some twenty-five years ago, are set along the coasts under certain regulations and are con- sidered to be a successful method of taking fish, but jigging is resorted to only when there is no bait. In 1906 a French steam trawler obtained the first great success that has rewarded efforts in this method of fishing off the coast of New- foundland by catching 3,000 quintals (cwt.) of fish on the banks. Since then several steam trawlers have entered the industry. Seal fishery.—The seal fishery, which is next in importance and value to the cod fishery, commences on March 12. This is the day named by law for leaving St. Johns, but the law is made to apply only to the steamers, the sailing fleet being allowed to leave on March 1. This fishery is prosecuted in March and April, the sealing fleet seek- ing the seal-bearing ice immediately upon leaving port, and the young seals, born on the ice between the 15th and 20th of February, are, on account of their rapid growth, in the best condition about the 16th of March, when they have grown to a marketable size, viz, 40 to HERRING FISHERY. ae 50 pounds, and when they are easily killed by a blow on the nose; but by the 1st of April they begin to take to the water and are not so easily taken. No seals are allowed to be killed before the 14th of March or after the 20th of April. When the sealing vessels have obtained full cargoes, they return to port, discharge, and start again for a second and occasionally even a third trip. The seals taken off the coasts of Newfoundland are the harp seal and the hood seal, which come down on the Arctic floe at the begin- ning of March, riding the floe for the purpose of whelping. Sealers reckon that six young seals or “cats” weigh from 2 to 3 quintals. An old seal weighs 24 to 3 quintals, and an old square flipper sometimes as much as 8 quintals. In 1907 the value of sealskins exported from Newfoundland amounted to $194,300, and that of seal oil to $447,967. In 1906, 22 steamers, built for encountering Arctic ice, manned by 38,684 men, brought in 245,051 seals of a gross weight of 5,870 tons; this was con- sidered only an average fishery. A point of marked interest in the season of 1906 was the success of a steel sealer, which was able to pierce the ice more rapidly and easily than the wooden vessels hith- erto employed, and in four days killed 30,193 seals. The wise rule of fixing the date of departure of the sealing vessels seems to have had a good effect on the catch; but as mother seals bear only one whelp a year it is difficult to see how the enormous slaughter can be continued without sensibly diminishing the number of seals; however, there is very little sign of this at present. In 1906, 25 steam sealers took 341,836 seals, of the value of $607,544. Herring fishery.—Herrings resort to the shallow reaches in the ereat bays around the island, and are generally found within 3 miles of the shore. The principal herring fisheries are at Fortune, Placen- tia, and St. George bays, bay of Islands and Labrador (see page 36), the two latter being the most valuable. Fortune bay is a winter her- ring fishery, commencing early in December; St. George bay is a spring fishery. The value of herrings exported from Newfoundland in 1907 amounted to $406,363. During the season of 1907-8, 50 United States vessels, 7 of which made two trips, engaged in the herring fishery at the bay of Islands. {n addition to these, 5 Canadian vessels were chartered by American fishermen. The catch of the American fleet, including that of the Canadian chartered vessels, was 46,877 barrels of salted herring, valued at $176,789, and 31,015 barrels of frozen herring, valued at $217,000. Six British vessels, not chartered, landed at Boston and Gloucester 5,834 barrels of salted herring, valued at $21,878, and 1,875 barrels of frozen herring, valued at $12,938. 76846—09— —3 34 GENERAL REMARKS. Salmon fishery.—The amount of preserved salmon exported is at present small, owing to the fish having been almost exterminated ; but now there are wardens on the principal rivers, the fish are pre- served during the spawning season, pollution and the use of illegal engines are prohibited, so that the rivers may be restored to their old prolific state. Lobster fishery.—The lobsters caught are now so small that it requires more than double the number to fill a case than it did a few years ago; this appears to indicate that there is overfishing on the same grounds year after year, especially if the slow growth of the lobster is taken into consideration. The value of tinned lobsters exported in 1907 was $383,767. Whale fishery.—During 1905, 19 whale factories were in opera- tion and secured 892 whales. The catches in 1906 and 1907 appear to be very small, and several of the companies have found that the whale fishery does not pay and have accordingly sold their factories and whalers. Schooners.—-The fishing schooners, engaged chiefly in the cod fishery, have their names painted on the bow and stern, but carry only a private house flag, the national flag being seldom displayed. Many of the newer schooners hailing from Gloucester are beautiful vessels, looking more like private yachts than like fishing vessels. The dories are not marked. Trade.—In 1907 the value of the total exports from the colnne amounted to $12,101,161, and that of the imports to $10,426,040. The chief exports are fish, sealskins, oil, iron, and copper ore; and the chief imports are flour, textiles, woolens and cottons, coal, hardware, cutlery, salt pork, molasses, machinery, and tea; these are obtained mainly from Canada, the United Kingdom, and the United States. In 1907, 1,834,452 tons of shipping entered and cleared at New- foundland ports. At the end of that year 3,241 sailing vessels of 129,876 tons and 67 steam vessels of 12,352 tons were registered in Newfoundland. Labrador, or that part of the Labrador peninsula lying between Blanc Sablon and cape Chidley and eastward of the Canadian proy- inces of Quebec and Ungava is, by letters patent of March 28, 1876, included in the colony of Newfoundland. Labrador, discovered by the Norsemen, and (in 1497) by Cabot, was early frequented by Basque, and subsequently by Breton, fishermen. In 1501, Corte Real named it Terra Labrador (cultivable land), to distinguish it from Greenland, which he named Terra Verde. It became British terri- tory on the conquest of Canada (1759). The area of the dependency of Labrador included in the colony of Newfoundland is about 120,000 square miles, with a coast line of some 650 miles. PHYSICAL FEATURES. oD The peninsula of Labrador, extending from lat. 50° N. to lat. 63° N., and from long. 55° W. to long. 80° W., embraces an area of about 511,000 square miles. There were 3,947 permanent inhabitants (some 1,700 Eskimo, the remainder of British descent) in the dependency in 1901, occupied in fishing and in trapping, but the population is greatly increased in summer by fishermen and sportsmen, and it may then be considered to be in round numbers from 20,000 to 25,000. Physical features and geology.—The peninsula of Labrador, though when seen from seaward presents a very barren and desolate aspect, is really, a little way inland, a well-wooded country, and its forests, fisheries, and minerals will be valuable. The peninsula is a very ancient plateau, formed largely of crystalline schists and gneisses, associated with granite and other igneous rocks, all of archean age. It has large areas of nonfossiliferous stratified lime- stones, cherts, shales, and iron ores. It is a plateau which ascends somewhat abruptly within a few miles of the coast to heights of 500— 9,000 feet. The interior is undulating, and traversed by ridges of low rounded hills seldom rising more than 500 feet above the general level. The depressions between these ridges are occupied by numer- ous lakes, many of great size. The east coast of Labrador is composed of Laurentian gneiss, with intrusive granite and many quartz veins, the formation generally being: Laurentian, having resting on it at various points lower Silu- rian beds while over the country are gneiss ranges of mountains and gneiss bowlders. It is indented by deep irregular bays and fringed with rocky islets, while long and narrow fiords penetrate inland. The coast is bleak, but the shores of the bays and rivers are well wooded, and in some cases densely so, the timber being high and sound. The northern limit of trees near the coast is about latitude 58° north. Copper and lead ores exist on the coast; also gold and mica. The hills fall steeply to the sea, often in precipitous cliffs, and terminate in rugged rocky points, the single remarkable exception being the strand on each side of cape Porcupine, which is the only sandy beach of any extent on the whole coast northward as far as Nain. Rivers.—The Atlantic coast range throws most of the drainage northward into Ungava bay, and excepting the Hamilton, Nasquapee, and Kenamou rivers, only small streams fall into the Atlantic. Ashwanipi or Hamilton river, supposed to be the largest in Labra- dor, drains a vast interior plateau; it rises northward of Seven islands bay, in the gulf of St. Lawrence, and falls into Hamilton inlet, which also receives the waters of Kenamou river, and Nas- quapee or Northwest river. Eagle, West, and East rivers, abounding 36 GENERAL REMARKS. with salmon and trout, fall into Sandwich bay, while Koksoak or Big river, Whale river, and Kangerthialuksoak or George river have their outlets in Ungava bay. Lakes.—The whole country is covered with innumerable lakes, ponds, and pools, from the deep mountain tarns on the summit of watersheds to the broad shallow lakes and pools spread over the surface below. The almost universal shallowness of these lakes is a singular feature. Fisheries.—The fisheries of Labrador are at present its most valuable resources, and form practically the only industry of the white population scattered along its coast, as well as of a large pro- portion of the inhabitants of Newfoundland. The cod fishery is carried on extensively from July to October. In July about 20,000 people leave their homes on the east coast of Newfoundland and proceed with their families in small craft to the Labrador coast for the season. On this coast there are huts and fish- ing stages at almost every bay, cove, and harbor where some of these people live, while others, in their vessels, follow the fish to the north- ward. The principal fishing stations are at Battle and St. Charles harbors. The fishery is carried on in small brigs and schooners, gen- erally of 30 to 100 tons, and in boats. When the vessels return to Newfoundland they generally leave behind a few persons, who winter up the bays of the mainland to hunt for furs, and to be ready for the seal fishery at the breaking up of the ice in spring. The boats are hauled up on the rocks, or taken into coves of the mainland, where they are covered over with spruce branches and secured for the winter. Fish caught by boats at the settlements are cured there, and in many cases exported in English schooners direct to foreign markets. Those taken by the vessels at sea are cleaned and packed in salt, to be cured at one of the southern settlements or in Newfoundland. Northward to Aillik the fish are caught with baited hooks, while farther northward they are jigged with two hooks fastened to a metal imitation of a caplin. The cod fishery is now carried on along the entire Atlantic coast and in the eastern part of Ungava bay, where excellent catches have been made since 1893. The herring fishery begins in September and is prosecuted princi- pally from Assizes harbor, which is crowded with vessels at that time. A plentiful catch of herrings sometimes compensates for a bad cod fishery. The herrings are packed in barrels and exported direct to Canadian markets by steamers owned in Newfoundland. The salmon fishery on the Atlantic coast is very small. The fisheries of Hudson bay and of the interior of Labrador are wholly undeveloped, but both the bay and the large lakes of the inte- COMMUNICATIONS. at rior are well stocked with excellent fish, including trout, white fish, sturgeon, and cod. See Newfoundland fisheries above. Government.—The government of Newfoundland, which, of course, includes the dependency of Labrador, as previously described, is administered by a governor, named by the crown, assisted by an executive council, usually not exceeding seven members. The law-making branch of the government is composed of a legis- lative council of 15 members and a house of assembly of 36 repre- sentatives. The judicial branch consists of a supreme court. Communications.—The Allan and Furness lines of steamships run direct between St. Johns and Liverpool on alternate weeks. From February to April, inclusive, the Allan mail steamship does not call at St. Johns, but proceeds to and from Halifax, whence communica- tion is maintained by a local steam vessel plying fortnightly to St. Johns. The Allan line employ for their fortnightly service to St. Johns, except from February to April, three steamers, which make the passage from Glasgow in seven to nine days. These vessels run from Glasgow to Liverpool, thence to St. Johns, Halifax, and Phila- delphia. : The Furness line also employs three steamers. These vessels run from Liverpool to St. Johns and Halifax throughout the year, sailing every fortnight from Liverpool and St. Johns. There is weekly communication between St. Johns and Montreal, Pictou, Charlottetown, and Sydney (Cape Breton) by steamers of the Black Diamond line, and between St. Johns and New York and Halifax every week by steamers of the Red Lion line. Steamers of the Black Diamond line run direct to Canada once a week from about May 1 to December 5; there are two steamers run- ning, but they carry no mails, and only one carries passengers. Steamers of the Red Lion line run from New York to Halifax and St. Johns once a week; they arrive at St. Johns and New York on Thursdays and sail on Saturdays; they bring mails from New York and Halifax, but do not take them to those places. Bay and coastal steamers, 1908—Placentia bay.—The steamship Argyle leaves Placentia every Monday afternoon after the arrival of the mails from St. Johns, and proceeds to the following places on the North Side of the bay: Red island, Ship harbor, Indian harbor, Rams island, Rose-au-Rue, Harbor Buffett, Haystack, Brew- ley, North harbor, Sound island, Black river, Woody island, Barren island, Tacks beach, Burgeo, St. Leonards, Valen island, and Mera- sheen. Mails close for the above places on Monday morning at 7.30 o’clock. 88 GENERAL REMARKS. Leaving Placentia every Wednesday afternoon after the arrival of the mail train from St. Johns, the steamer calls at the following places: Presque, Paradise, Petit Fort, St. Josephs, Oderin, Baine harbor, Flat islands, Marystown, Beau Bois, Fox cove, Burin, Great Burin, Epworth, St. Lawrence, Lawn, Lords cove, and Lamaline. Mails close for the above places every Wednesday morning at 7.30 o'clock. Trinity bay.—The steamship Ethie, on Trinity bay, leaves Claren- ville every Monoday (except in January, February, March, and April), and calls at the following places: Hickmans harbor, Lady cove, Hearts Content, Hants harbor, Old Perlican, Trinity, Salmon cove, Catalina, Bay-de-Vere, Western bay, and Carbonear. Mails for the above places close every Saturday evening at 9.30 o’clock. Leaving Clarenville every Friday (except in four winter months), the Ethie calls at the following places: Ladys cove, Hickmans harbor, Fox harbor, Deer harbor, Britannia cove, Thoroughfare, Irelands Eye, British harbor, Bonaventure, Trinity, Salmon cove, Catalina, Bay-de-Verde, Western bay, and Carbonear. Mails for the above places are closed every Thursday afternoon at 4 o'clock. A mail to connect with the steamer at Carbonear is also dispatched on Tuesday and Saturday mornings at 7.30 o’clock. Bonavista bay.—The steamship Dundee leaves Port Blandford every Monday and Friday (except in January, February, March, and April) for the following places: Charlottetown, Bunyan cove (alternately), Musgrave town, Brooklyn, James town, Sweet bay, Southern bay, Indian arm, Plate cove, Open Hall, Keels, Kings cove, Bonavista, Salvage, Flat island, St. Brendans, Gooseberry islands, Fair islands, Greenspond, Pools island, and Wesleyville. Mails close for the above places every Saturday evening at 9.30 o'clock and every Thursday afternoon at 4.30 o’clock, and for Bona- vista (proper) and Kings cove every alternate Tuesday morning at 7.30 o’clock via train to Carbonear and Trinity bay steamer. Fogo district.—The steamship Annie leaves Fogo on Tuesdays, after arrival of steamship Clyde, for Barr’d islands, Joe Batts arm, Little Fogo, Tilting, Seldom-ceme-by, Indian island, Dog bay, Vic- toria cove, Gander bay, Fredericton, Rocky bay, Ladle cove, Mus- grave harbor, Wadhams, Cat harbor, Newtown, and Wesleyville. Notre Dame bay.—The steamship Clyde leaves Lewisport for the south side of the bay every Monday (except in four winter months), calling at the following places: Campbelltown, Kite cove, Botwood- ville, Exploits, Moretons harbor, Tizzards harbor, Twillingate, Her- ring neck, Little Beaver cove and Beaverton (alternately), Dog bay, Change islands, and Fogo. Mails for the above places are closed Saturday evenings at 9.30 o’clock. COMMUNICATIONS. 89 Leaving Lewisport every Friday, the Clyde will proceed to the following places on the north side of the bay: Exploits, Fortune har- bor, New Bay head, Leading Tickles, Triton, Pilleys island, Spring- dale, Boot harbor, Wellmans cove (8S. C. I.), Wards harbor, Little Bay islands, Little bay, Three Arms, Jacksons cove and South West arm alternately, North West arm, Nippers harbor, Snooks arm, Tilt ‘cove, and Shoe cove. Mails for the above places are closed every Thursday afternoon at 4.30 o’clock. Labrador service.—The steamship Virginia Lake performs this service fortnightly, making 10 trips, commencing the service about June 15, sailing from St. Johns, and calls at the following places going and returning: Harbor Grace, Catalina, Kings cove, Twillin- gate, Tilt cove, Battle harbor, Spear harbor, Francis harbor, Fishing Ships harbor, Ship harbor, Square island, Dead island, Snug harbor, Venison island, Hawks harbor, Bolsters rock, Comfort bight (alter- nately), Frenchmans island, Punch bowl, Sandy island, Batteau, Domino, Black island (coming south only), Indian Tickle, Black Tickle, Grady, Long island, Cartwright (calling one way only), Packs harbor, Rigolet (calling one way only), Indian harbor, Smoky Tickle, White Bears, Horse harbor, Emily harbor, Holton, Cape Har- rison, Ragged island, Long Tickle, Maccovick islands, Turnavick East, Turnavick West, Winsor harbor, Hopedale, Double island, Fannys harbor, Spracklin island, and Nain (alternately). Strait of Belleisle and White Bay service.—The steamsiiup Home, leaving Riverhead, Humbermouth, Bay of Islands, every Wednesday, except four winter months, calls at the following ports going and returning: York harbor, Lark harbor, Trout river, Bonne bay, Cow head, port Saunders, Bartletts harbor, Brig bay, Currant island, Salmon river, Bonne Esperance, Middle bay, Isle-aux-Bois, Blane Sablon, Bradore, Flowers cove, Forteau, Lance-au-Loup, West St. Modest, Red bay, Henley, and Chateau (alternately), Chimney Tickle, cape Charles, and Battle harbor. Mails for the above are closed every Tuesday afternoon at 4 o’clock, unless it is ascertained that a later train will connect with the steamer. Northern coast service.—The steamship Portia performs this service, leaving St. Johns every alternate Wednesday, except during the four winter months, calling at the following-named places: Bay- de-Verde or Old Perlican, Trinity, Catalina, Bonavista, Kings cove, Salvage, Greenspond, Pools island, Musgrave harbor, Seldom-come- by, Fogo, Herring neck, Twillingate, Moretons harbor, Exploits, Fortune harbor, Leading Tickles, Pilleys island, Little Bay islands, Litle bay, Nippers harbor, Tilt cove, La Scie, Baie Verte, Coachmans cove, Western cove, Jacksons arm, Harbor deep, Englee, Conche, St. Julians, St. Anthony, and Griguet. 40 GENERAL REMARKS. Mails for the above-named places are closed at the general post- office every alternate Wednesday morning at 9 o'clock. South and west coast service.—The Southwest coast service 1s performed by the steamship Prospero, leaving St. Johns every alter- nate Wednesday and calling at the following-named places: Cape Broyle, Ferryland, Renews, and Fermeuse (alternately), Trepassey, St. Marys, Salmonier, Placentia, Mortier bay, Burin, St. Lawrence, : Lamalin, Fortune, Grand bank, Belleoram, St. Jacques, Harbor Breton, Hermitage, Gaultois, Pushthrough, cape la Hune, Ramea, Burgeo, La Poile, Rose Blanche, Channel (port-aux-Basques), bay St. George (Sandy Point, monthly), Port-au-Port (monshlyay Bay of Islands (Curling), Bonne bay (Curzon village). South Coast Service.—The steamship Glencoe perforius this serv- ice, leaving Placentia every Saturday evening after arrival of mail train from St. Johns and calling at the following-named places: Burin and St. Lawrence (alternately), Fortune, Grand Bank, Belle- oram, St. Jacques, Harbor Breton, Hermitage, Pushthrough, Balena, Recontre (each alternate trip), Ramea, Burgeo, Grand Bruit (each alternate trip), La Poile, Rose Blanche, and Channel (port-aux- Basques). Mails for the above places are closed every Saturday morning at 7.30 o’clock. A supplementary mail is also dispatched to connect with this steamer at port-aux-Basques by the Sunday express, and is closed at the general post-office every Saturday evening at 9.30 o’clock, unless it would expedite delivery to hold it back for dispatch by the coastal steamer from St. Johns. Mail Sailing Packet Service.—Fortune bay.—A mail packet will leave St. Jacques weekly after the arrival of the mail from St. Johns, calling at the following-named places going and returning: Belleoram, Pools cove, bay du Nord, bay d’Est, Lally cove, Ren- contre, Fortune bay, Stones cove, Andersons cove, English Harbor east, Terenceville, Harbor Mille, Little Bay east, Fox cove, and bay L’Argent. Harbor Briton, Sagona, and Brunette.—Packet leaves Harbor Briton fortnightly, calling at Brunette and Sagona islands. Garnish and Belleoram.—A mail packet leaves Garnish fort- nightly after the arrival of the mails per courier overland from Burin, calling at English Harbor west, Point Enragee, St. Jacques, and Belleoram. Hermitage bay.—A packet leaves Pushthrough weekly after the arrival of mails from St. Johns, calling at the following-named places: Great Jervois, bay d’Est, bay du Nord, McCallum bay, Little bay, Round harbor, Gaultois, Hermitage, Grole, and Pass island. By Wagon.—Mails for Ferryland district, Kilbride, Goulds, and Petty harbor are closed every Monday at 7 a. m., and on Tuesday COMMUNICATIONS. 41 and Thursday at 6.30 p.m., during summer. Mails close on Monday and Thursday at 6.30 p. m., during winter. The steamer Bruce, of the Reid-Newfoundland Company, leaves port-aux-Basques every Monday, Wednesday, and Friday after the arrival of the mail train from St. Johns, and, after a passage of six hours in duration, connects with the Intercontinental Railroad’ at Sydney, Cape Breton island. The same steamer leaves Sydney on the arrival of the mail by the Intercolonial Railroad every Tuesday, Thursday, and Saturday and connects with the train for St. Johns at port-aux-Basques. This train connects at Bay of Islands with the steamer which leaves there every Wednesday for Bonne bay and other ports on the west coast. Railroads.—The Newfoundland railroad extends trom St. Johns to harbor Grace and Carbonear in Conception bay, a distance of 91 miles via Whitbourne junction; and from the latter station, which is 574 miles from St. Johns, there is a branch, 27 miles in length, to Placentia bay. The Northern and Western railroad, from Whitbourne, passes up the narrow neck of land, separating Trinity and Placentia bays, traverses Terra Nova, Gambo, and Gander valleys, and entering Ex- ploits valley at Norris arm, crosses Exploits river at 10 miles from its mouth. It then passes the northeastern end of Grand pond, and skirts the southern side of Deer pond and the southern shore of Hum- ber arm, as far as Birchy cove: thence it strikes inland toward and along the eastern side of St. George bay, at the back of Anguille range and down the valley of Codroy river to port aux Basque, dis- tant 5504 statute miles from St. Johns. There are also branches to Brigus, Tilton, and Burnt bay. In 1905 there were in operation in Newfoundland 638 miles of pub- he railroad of 3 feet 6 inches gauge, and 21 miles of private line. Telegraph.—In 1905 there were 2,079 miles of telegraph lines in the island, and 275 miles for telephone. All the principal ports are connected by land lines with St. Johns. Cable communication.—There are four submarine cables be- tween Ireland and Hearts Content, Newfoundland; one between France and St. Pierre island; three between Newfoundland and Cape Breton island, one between port aux Basques and Canso, and one between Belle isle and Chateau bay. The Anglo-American Cable Company has 48 stations in New- foundland. The head office is at Hearts Content, where the ends of six cables are brought up; four of the cables are from Valencia, Ire- land; one from New York, and one from North Sydney, Cape Breton island. The cable in communication with the United States touches at St. Pierre. This company is in connection with the Western Union Telegraph Company of the United States. 49, GENERAL REMARKS. The office of the Great Northwestern Telegraph Company, of Canada, and postal system of the United Kingdom at Hearts Con- tent is exceedingly well fitted with all the latest instruments, and is in a very efficient condition. The Newfoundland postal telegraph follows the railroad from St. Johns to port aux Basques. It also runs from Bay of Islands to Bonne bay, and from Grand lake to Tilt cove, as well as direct to Canada. The head office is at Canso, Nova Scotia. One cable at Clarenville connects Bonavista bay; one at Come-by-chance connects stations in Placentia bay, and one in Gambo connects Notre Dame bay. This company is in connection with the Commercial Cable Company, Commercial Pacific, German Atlantic, Postal Telegraph Cable Company of the United States of America, Canadian Pacific Railway telegraphs, Halifax and Bermuda Cable, and Direct West India Cable Company. Marconi wireless telegraph stations have been established by the government of Canada at the following places as aids to navi- gation, and are operated for the Department of Marine and Fisheries by the Marconi Wireless Telegraph Company (Limited) : Cape Race lighthouse, call letter CE; cape Ray lighthouse, call let- ter CR; Rich point lighthouse, call letter TC; Amour point light- house, call letter PR; and about 50 yards northward of the old light- house, at the southern end of Belle isle, call letter BL. Vessels fitted with Marconi apparatus passing these stations can communicate with them, and messages are forwarded to their destina- tions at commercial rates. There are also wireless telegraph stations of the government of Newfoundland at Battle harbor, Venison tickle, American tickle, and Domino harbor. Roads.—In 1905 about 750 miles of postal roads and 1,700 mules of district roads were maintained in Newfoundland. Climate—Newfoundland.—The climate of the east coast of Newfoundland is influenced by the cold Arctic current, but the Gulf stream, although causing fog, modifies its effect, and the climate gen- erally is more temperate than that of the adjacent continent; in win- ter the thermometer seldom falls below zero, and in summer it rarely rises above 80° Fahrenheit. The arrival of spring is uncertain and tardy, and its duration is very short; summer begins almost immedi- ately, and vegetation advances rapidly. Summer is always delight- ful, and autumn, also fine, frequently reaches to November, while winter, setting in about the beginning of December, lasts until the middle of April, with snow lying almost continuously during that period. The salubrity of the climate is evidenced by the robust and. healthy appearance of the inhabitants. Open fireplaces are sufficient to warm the houses and free exercise in the open air is attainable at all seasons. CLIMATE—WINDS. | 43 There is nothing in the climate to interfere with vegetation or agriculture. Flowering plants and ferns grow in great variety, and wild grasses and clover luxuriantly. Garden vegetables and berries are abundant. On the west coast the climate is much more genial than on the south and east coasts, and the vegetation is more abundant. In the interior the summer temperature is higher than that on the coasts. The aver- age rainfall is 58.3 inches. Labrador.—The climate ranges from cold temperate on the south- ern coasts to Arctic at Hudson strait, and.is generally so rigorous that it is very doubtful if the country is fit for agriculture northward of latitude 51° north, except on low grounds near the coast. There are two seasons in the interior; winter begins early in October, with the freezing of the small lakes, and lasts till the middle of June, when the ice on rivers and lakes melts and summer comes on suddenly. The lower temperature of the interior appears to range from 50° to 60° below zero; it is sughtly higher on the coast. The mean summer tem- perature in the interior is about 55°, with frosts every month in the northern portion. On the Atlantic coast the climate is extremely severe, the mean temperature of the year being below freezing point. At Chateau bay on the 25th of July, 1836, the earliest plants were springing up, and the grass was only just beginning to give a shade of green in sheltered spots between the hills. The temperature of the sea outside the bay was 32° and the air 43° in the warmest part of the day. On the outer coast vegetables only are raised with great difficulty, and rarely reach maturity, but at the heads of the deep inlets, vege- tables, flowers, and even cereals are grown. Snow fell in Indian harbor in July, August, and September, 1875. When the wind is trom seaward the temperature falls considerably during summer. Large patches of snow, about 5 feet deep, were lying in the valleys along the whole coast in the middle of July, 1875, and some of them had not disappeared when the first large fall of snow occurred in September. The mean temperature of the air for the coast between cape Poreupine and Nain was about 46° in July, 50° in August, and 44° in September. See meteorological table, page 49. Winds—Newfoundland coast.— Westerly winds prevail through- out the year, but frequent and rapid changes, both in direction and force, are experienced on all parts of the Newfoundland coast. West- erly winds generally decrease in force at sunset, but when they con- tinue steadily until midnight the wind often changes to north- northeast the following morning. Winds between west and north are generally accompanied by clear weather. 44 GENERAL REMARKS. Easterly winds are generally succeeded by southeasterly, which are accompanied by heavy rain. A southeasterly gale in summer usually blows itself out in that direction, but in autumn the wind veers suddenly to southwest and then to northwest, with undiminished force; these rapid changes should be prepared for. At the entrances of most of the harbors the wind is generally variable in direction, with frequent squalls, which at times are so heavy that great caution is necessary when approaching in a vessel under sail. In Belleisle strait the normal direction of the wind is either east- erly or westerly through the strait, notwithstanding the direction of the wind outside. From June to September, 1898, the prevailing direction of the wind was westerly. In September strong northerly and northwesterly winds were frequent with clear weather. From December to February winds between north and west prevail; they are squally and accompanied by snow; the changes to northeast or east, with more snow, or to southwest or south, with rain, are usually short. The following remarks will explain these changes. Meteorologically considered, the region under discussion occupies a unique position. In the first place, it hes immediately to the south- west of the area of constant low barometric pressure, which extends from Baffin bay on the west to Iceland on the east; in the second place, it lies immediately in the path followed by the centers of those temporary moving barometric depressions which originate in the interior of the North American continent and travel eastward with an irregular velocity until they either disappear by filling up or lose their identity by coming within the limits of the permanent low. As a consequence of the first condition, the barometric gradient or slope over the region being to the northeastward, the prevailing direction of the wind is to the west of northwest. As a consequence of the second condition, these prevailing winds are subject to constant interruption by the wind systems proper to the approach and passage of each of these temporary areas of low pressure, the wind at any station in advance of such an area invariably going to south or south- east, shifting to westward as the cyclonic center passes, the shifts taking place through the north (backing) if the point of observation lies to the north (left hand) of the storm track, through the south (veering) if it lies to the south (right hand) of this track. Along the coast of Newfoundland, the prevailing winds are thus from the westward, subject to interruption with the approach of each of these occasional low areas; and as these occur during the winter (November to April) with far greater frequency than dur- ing the summer (May to October), the winds of the latter season are the more uniform, both in force and direction. WINDS. 45 The following table, compiled from the Monthly Weather Review of the Dominion Meteorological Service, gives for the months of January and July the average percentage of winds coming from each point of the compass at several stations throughout the island: | z ] Waves = 5 : 5 re) $ % = % a hese . | 3 S Gre Bs : S| | al on Meee Wied hae] asi |e be + BS NEP erat aL ES IN ea? Soo bs es LA | ee ee Ie ye ea al | | — | | | (January. . 5 23 18 7 8 14 5 16 10 0 St.Johns.. ....-.---.+---+++ Waly He) og riGepee ea aleeemlmT sone tcteem teeta ee 0 (January 3.1.) 10-4)» 16kh easel miten yEnc aryl Mesien ih has 3 Geena erates Tuy =. CS ame ms ee LN Pile LON ala] er) hogar {January a | 4 31 4 7 2 10 5 33 0 Cape Norman......-......-.. Waly. 31° Sh ie ee aan, Siena iimlids 0 ae (Jariuarys.| |) 35) )/39:|, aot sdaletcoell easily a tenlaals 0 Point Rich.......--..-....--- Vite] 1) 9] St) eT aoa ce eae’ bie 0 (daruary..) (| 5 |: —9)| a4uh on) Bill ae) gael a6 0 aaa Ce uly... -.| @) 6h) Po ease ita ee ee ort) ean eae } | The order of the weather changes during the approach of one of these barometric depressions is almost invariable. After a period of stationary barometer, accompanied by light winds, the mercury starts to fall, the wind goes to the eastward with rain or snow, and a period of thick, foggy weather sets in. About the time of lowest barometer the southeast wind shifts to the southwest and then to the northwest, blowing with storm force. The former shift is sometimes sudden, the first squall often coming with extra violence, and ship- masters lying off the coast should exercise corresponding watchful- ness. The rise of the barometer is accompanied by overcast, squally weather and storm winds from southwest to northwest. moderat- ing and clearing about the time the mercury attains its highest point. The following extract from the log of the St. Georgios I, off Cape Race, November 30—December 3, 1898, will serve to exemplify the character of the weather changes in the southern semicircle of one of these eastward-moving depressions. The Beaufort weather notation is employed throughout: | | ES Temper: Date (1898). | Hour. | Barents | | ature WwW oe Direction. Foree. | fair. | | Inches. ° 4p.m. 29.54 | South-southeast ...-..- 7 50 | ° 8 p.m. 29.30 | Bont aeuthenst Bit Sir 8 48 ie e 12 p.m. 29.10 | South-southeast -. .-.- 7 48 T November 30......--...-------. \ 4a.m.| 28.99 | South-southeast ._ |... 7 48 r | 8 a.m. 28.87 | South-southeast....--- 5 48 r 9 a.m. PASM AL Ih Os Se I a Ee ey ae eed mers OV 2. '{ Noon. 29.10 | West-southwest ..-.-- 9 48 | Tr Wecemiberltrc-se yoacee so. 2 c= 8 p.m. 29.22 | West-southwest-....-- 10 46 o 4a.m. 29.58 | West-southwest .... -- 10 46 | og '{ Noon. ZO OOMIMNVIEST Aart coccinea = one 10 46 | oq IDIesj00ll oy see See 8 p.m. 2OnSIN Wests: - noes oe seat cues 10 | 48 oq 4a.m. 30.24 | West-northwest ..-.-- 8 | 43 | b DECEIMDPELS Renate cece Ss = Noon. S0h285 | Northwest. . 2 2202. 5. 46 | b | | 46 GENERAL REMARKS. The easterly winds proper to the forward half of these depressions are accompanied by rain (or snow), which is liable to continue for twelve hours succeeding the time of lowest barometer. The north- west winds bring clear weather. On the east coast of Labrador westerly winds prevail during the navigable season (July to November); consequently the sea is then generally smooth, but easterly winds are preceded or followed by a heavy swell. Westerly winds generally lull at night, and strong breezes from any direction rarely last more than 12 hours before September, when easterly gales occasionally continue for two or three days. Strong northeasterly breezes often come suddenly without warning, lowering the temperature 5° to 10°; they generally last a short time, but are occasionally the prelude to easterly wind and fog. On dark days, with light breezes, ripples on the sea or fog rising to the north- eastward sometimes foretell the approach of these squalls, which are known to fishermen as northeast flurries. Thunderstorms occur at about the end of August or the early part of September, but warning is given of their approach by heavy clouds to the westward. Gales are stated to be frequent and very violent; they generally commence at northeast, veer gradually to southeast, and thence rap- idly through south, to west or northwest, in which direction they moderate. Occasionally they subside in the same direction at which they commenced. In Eclipse harbor, in July, a violent gale lasted 3 days; commenc- ing at southeast, it backed through north, to southwest; the gale extended some distance southward. Calms are of short duration, seldom lasting more than a day. See meteorological table, page 49. Fog.—The air which les over the Gulf stream, warm and moist, being mixed by varying winds with the cold atmosphere over the Arctic current, is chilled, and its moisture sometimes changes into rain or snow, but more frequently into the dense fog so constant on the Great bank, and on the south and southeast coasts of Newfound- land. Fog occurs on the coasts of Newfoundland and coast of Labrador throughout the year, but is most frequent during June and July; it is more prevalent on the south and east coasts than elsewhere, and seldom extends far inland. It almost constantly prevails with easterly winds; but it is not so frequent and is of short duration with westerly winds. There is said to be frequently a narrow passage of clear atmosphere between the fog bank and the land. FOG. 4 Fog with easterly winds extends high above the sea, and can not be seen from the masthead of a vessel; occasionally the land or other objects can be distinguished at the distance of 4 mile in daylight. Fog in calms, especially after strong winds, is frequently so dense as to conceal a vessel within hail, but it is usually not of much height, so that objects at a distance of 50 yards, obscured from a person on deck, can be seen from some 50 feet up the rigging. Such fog occa- sionally lasts ten days. On the south coast fog is prevalent, especially between cape Race and St. Pierre island; during June and July it is frequently of long duration, the weather being clear only during northwesterly to north- erly winds. During southwesterly winds fog is generally very dense on the eastern side of Placentia bay, especially about the headland of cape St. Mary. On the east coast between cape Race and St. Johns harbor, fog generally clears as soon as the wind draws offshore; it is less frequent at St. Johns than farther south. In the vicinity of Trinity bay, fog prevails both with easterly and southwesterly winds. Northward of cape Bonavista, fog is not so frequent as on other portions of this coast. The fog on the south and east coasts of Newfoundland is of all kinds, from a dry fog to a wet drizzle, and there may be any sort of weather during fog. It may vary from calm to a whole gale, or from a clear sky overhead, with the sun breaking through at noon, to heavy rain, but these changes have no marked effect on the fog. Rain makes the most difference, as it partly clears the air and extends the view. On the west coast there is not much fog in June and July. In the strait of Belleisle dense fog prevails during summer, and sometimes lasts for several days at a time. From June to September, 1898, thick fog was prevalent with either easterly or westerly winds. With westerly winds the fog commences to the westward and rolls gradually along the coast of Labrador, frequently extending only a short distance from it, so that toward the coast of Newfoundland it may then be clear. With easterly winds the fog is more general on both sides of the strait; it almost invariably clears first on the coast of Newfoundland. During a period of forty days in July and Au- gust, when simultaneous observations were made on both sides of the strait, fog, mist, etc., occurred on 60 per cent of the days on the Labrador side and on 40 per cent on the Newfoundland side. In September strong northerly and northwesterly winds were frequent with clear weather, and fog occurred only on about eight days. The fog clings closely to the water and the shore line; the summits of the Labrador hills may sometimes, though rarely, be seen over it from the masthead. 48 GENERAL REMARKS. On the east coast of Labrador fog is not so frequent as on the coasts of Newfoundland. It prevails with winds from northeast, through east, to south, but is unusual with the wind from any other direction; it presents the same characteristics as those previously described. The dry dense fog with a southwesterly wind seldom extends northward of cape St. Lewis, where, when the wind is from that direction, the weather is clear, though a stream of thick fog may then issue from the strait of Belleisle. Caution.—When land is visible in foggy weather, estimations of distance are usually in excess of the correct distance. No reliance should be placed upon a position assumed from the distance at which the sound of surf breaking on a rocky shore was heard, but where steep cliffs form a characteristic of the coast, the proximity of a steamer to them may be detected by the echo of the whistle, although this can not be depended on; the only safe guide is the constant use of the lead. Fog signals.—It has been clearly established— (1) That fog signals sounded through the air are heard at greatly varying distances. (2) That under certain conditions of atmosphere, when a fog sig- nal is a combination of high and low tones, one of the notes may be inaudible. (3) That there are occasionally areas around a fog signal in which it is inaudible. Under certain conditions of the atmos- phere the sound may be lost at a very short distance from the station, and these conditions may vary within very short intervals of time. (4) That a fog may exist at a short distance from a station and not be observable from it, so that the signal is not sounded. (5) That some fog signals can not be started at a moment’s notice, although every endeavor is made to sound them as quickly as possible after signs of fog have been observed. Mariners are therefore warned that the lead should never be neg- lected. Particular attention should also be given as to placing look- out men in positions where the noises of the ship are least likely to interfere with the hearing of the sound of a fog signal, as experience shows that although such a signal may not be heard from the deck or bridge when the engines are moving, it may be heard when the ship is stopped, or from a quiet position. It may also be heard from aloft, though not from deck. It should also be noticed that distances from a fog signal should not be judged hy the power of the sound. (See Meterological table. p. 49.) 49 METEOROLOGICAL TABLE. ple eee: eee OU tee | ee UNE ae Se ES OS) -Shes OL 6z oF | ZG oe | csr | ot OF | "SuopPRArsqo ,sIVO. GIT | 12—| @6 | s8°8c | #8°08 | 8 | OF | OT | Se | BL | ee | 19 | 9% | cz | ee | OG | 6 z O&"€ | T6T| sees] 2 | 62 | 8°ZE | FGF | 9'°9T | G-OF | SF'Z | 26°6Z |* ~~ STeI0} pue suBOTT 69 |%—| 99/0908] coe|e |S |t |e |2 |r |e jz |e |e}e¢|s |% jorzloc|e|2 | og! cz | ese | ort | esc | co-z| ogee [ects saqure09 69 | ¢ 89 | @8°8Z | 69°0€ | F Pee ga (Pec cael lees | PaasleGonla Ge ie CusleGenl|=8 G Qe Sarl ne On| Has! eRe BROS. Os bya Ose leer [oey nee iti | MG GN OG easterly IoqwuaAON a9 | OL | 18 | r2"8o | GS0E | F | f |r |e |9 |e |F |e | I BS Oa I D4 | LA OS aa BEA ete eee ASA ese Sr || eldGig — je eeooeeee ce 100190 62 | 96 | 8) Bec) ore |e |Z | 0 je |4 |e |g |e jejeje |e [Tt |eezler| zoe] 9 | 92 | oop | 2:29 | e-2t | 0-9 | 80°T | 66°62 |-7--- =~ ~woqutendag ION plete eo (ee-Ge es 08 | 7) E | T |e |k |e 1s |e |e |e.fe | 9 I OPT | iGlen SS EG5| 29s 9 G25 NGNOGR e160. leis: Site ems OOF|6OHO) (22 6).0Cee | emnenereesnns ysnsny BepeCeenieee| O0Gn, Sy 0S F/T 10 |e ise |¢ /2 ir je |e le 1 |e6-rler| to- | 9 | es | ter | c:69 | 0-02 | ec | 6e'T | S66 [tc Aime ee eegeeec ee ee ee Se 8 eS eee eS | opt Ph) go-e.| 9 (1'¢2 | ety PF 8*19 | e0z' re 'Tg | Cel 76 6a |teeeeteneeees aun Comeoteiele nOl-6c |-e0e) 8 8 1 T |1e | 2 12 bo ie |e |e is |e C6 OCT Fe eTOsea eZ SGV ale Gar Ge lGncce poise Ones me Crle 8 Ob Gye eases teem hey Gree ty on 8o 2808) 8 OT |S Oo by |e |e |e.) e 19 | 6 Z@ |orz|or\tge|2 | ee! euz| oer | eet lee | 191 | es'8e ccc tady Wena) 09)106°8e eR Ok | P19 | T Pe 19/8 |e 1s |r |e 19 | 8 G ERT AG ESTA ae Wye a Nei psa e@aaL Ib cetera || PASE Piststirg ee eeces oes yore 8 | Ie | £9 | cese)120e|€ |9 |T |e |9 |e | |e |e |e ir 8 G OSSSN WAT PEOG rs Sah hes Oral zane: Os onlOsezelnGGic pCR GGe lees uaa euae Arensqay 82 | 61—| 68 | 79°8z | 29°08 | © | 9 | T EW ae WIE | ee Ie PGS G G Pr 2 | SE} 29°9¢ | 4 | 18 | FOL | @:cS | LOL | sez SEO Cie | esas Seen Arenuvy o | o | o | Suz | ‘suzy | | “SU “SU O75 eae i 5 x suy | ‘sur — ———|— | Ss i- En Se S| ea | eel oe ele: alles a as: | | : : | Qa a Th!) wm ™ iss} SLE) BB S|) 2la8 Slee eek Bled Slee) as) 12/2) Sel 8) e | Ele) 2] # Bp le i | ele) Ese eee ise Sele | eH | SS lew To eB) sie) PK lee] Bl gh 8 : a} 2 : lies Ge a ae (sy fe ele ou Pee fer | eal eter Bale Sx be a Bed le 2 BO) ae ule Bo ot ee as Biss Bo & | 2 a a|a oe | & ele aes ; 5 ay fee 4 ainposqy aynyposq y 3 iy —ulo1y Skep Jo 1aqmnN a | a te a ¢ sg E ueoW = B Ss “quo }" | | S| e =; | (eal ‘JOAR] BAS PUR ‘omjelodulay, | *“Ieyeuroreg “PUTA uonRydperg 5 : -ainjeiedure J, ocf 0} poonpal | ® ‘To, aULOIe | | ‘M Tt 69 buoT “N 18 oh MT VY “890 ‘punjpunofmay ‘suyor 19—aon] I ‘SNOILVAUASHO SUVAX Gh OL Q WOUd GAMAWOD ATAV], TVOINOTONOLA ~ . 4 76846—09 GENERAL REMARKS. 50 } = EN a a ae ey pee eee RR ek ied anes Mo 86 Lo— | TL | 0S'8Z | 69°0E | TT) POT; 0 | OS | 98 PE | GS | GE | io ry | GS | II ie NAG 6986 | 2 Neen On9G|kG6 LTE | 607% | 68 66 19 | 16@— | OF | G$6"82 | 9°08 | OOM 22 (9 il (GTS fee all CONE ¥ P Oh eg Ieye SSeG: Gia|eSimLG | Ons C'CT | 89°T | 62°66 HS) | 9)— | Sr | 88 8c | 99708) OL | 241 | 0 Te Wh!) (|| G G yr |? OL y i OL ‘T My, tes |} rats te te} I°LZ | 89°T | S866 OF LT ZG | LL86 | 8S°0€ | €1 | ST | 0 Ces ¥ if SG WR OE PZ 6 See | ee =| GPE | 8 IF | Oz 6°48 | I8‘T | 16°64 6& | 66 89 | 82°82 | 99°08 | GL} 11/0 | F% | OL) F G @ NG (Shei?) WU 14 Lat CLG L = Str |S 1S O10L a OR | Sze) eG OF 1€ TZ | 8260 | OS OE | ST} 2 |0 | 8 i (Se lei & © AlN) § It | 96 °S L = | L°ly | 8S | LOT | co | GET 8& | & OL | 2°62 | ZS °0€ | 61 | 8 Oy | Oilers G CG Haare. 6 § ial | 90°L | 8 — | G'Sr | 0°99 | 8 ‘OT | $09 | ET LY | 69 | 11 ’6Z | 69°0€ | &T | OT | O [Caer T G G G (Sy A Pe € al OFF Ih — | 168 | 88h | 246 | F&F | 8h T LY al 6S |; G6°8Z | GS'0€ | OL | &L | O Pe ied G G ¢ |& ze ¥ | 6 16% L = |e GielG mh nOP lass: 6 "Pe | 249° T 99 | O[— | 9S | 16°82 | 6908 | 9 Sei) F 9 T I G 1 sol See ee 14 | 9 161 L sR G Gu OrGoul ml Obe | aeecallieod ial Soe eS — On OsesonleRouOSe | GF G0 10) iar Li tStall ts € € i v Il Gg | ¢ 9F G L SeaOMSIG RC ao Guile nO, P61 | 86 T Gg | 93— | 68 | 09°82 | ZG °0E | 9 eye eC) Here id (oe v6 € £ 17 OP UT v ln TE 105/39 = NeliGh el 0G ORS LEG \eeOr De) PE IE OSE LOOSE ea | OE 2 ICTS NS Se rs ce ete I sit! ¢ G 870 | 9 —iled svar we aviLu LOMOL Neuse ee nGi (2: 4 _ "sur | “sur “Sur Z z = . | sur | str 2 2 en ewes Wea cen |e is eS eee ee rer Paces eee eho a aiiae ees le eae ale |e | Ss eee Oe | Bye B| BP lk] B Pace ees Greet ever ies (ba Cea ah eae Pal Bes |e ey lee | OR NE |e ears mae Pie 4 TR : : ‘ ol/o|P 4G 4/48) Bite Titg Sg |Ee°| 4 ° 2 al > : : o& B 9 B @ Ld Si) 1 || 3 7 mlb OP) an | pee ae n aI BB : Bw > Bee seed || =| hy afovi, | mesa eas al raemslics Sl oe | Sellen We Serta a 5} Ne R ga = | Atal lee Ea eevee eee Bee] en @ ON sie ‘aynjosqy ‘aynjosqy | @ | & —mo1y sXep Jo 1eqwuN eee eS] sz Sal & =a B 3 S| 3 el] 5 a8] 5 Be iS = = oq | 2 3 = | a) 8 | | & | ; | pelicectial *[BAQ] BOS PUB ‘amyeieduay, | “leyeurore “pur “UR YY B| ‘aimyRied ua J, Ze 0) poonpoer e | B ‘ToL OULOI’ | . Taq ULede(T Iaq(ULaAON Eo Sanevesisivies 19qo1O preniag Sik Sqsinge JIaqureydeg PoveS Siig Sis! eheie russ qsnsny eet eee eet eee wee ses Ajnge ArenIgeay Scare ee Arenuesr “QUO M 6 09 “bu0T “'N 89 Io WT VY "890 “aps a]]2] — 900] ‘SNOILVAUASAO SUVA CGT 0} 4 WOU GUANO!) ATAV], TVOIDOTONOALAW, SUBMARINE BELLS—CURRENTS. 51 Submarine bells.—These may be placed in the following posi- tions: (1) Light-vessels, (2) buoys, where they are worked by the motion of the sea, and (3) on the sea bottom, where they are con- trolled electrically from shore stations. Their effective range far ex- ceeds that of aerial sound signals, having been known to exceed 15 miles; and their bearing can be determined with sufficient accuracy for safe navigation in a fog, if a vessel is equipped with telephonic receivers. Even should a vessel not be so equipped, the submarine bell can be heard from below the water line for distances that are well out- side the range of aerial fog signals, though its bearing can not then be so well determined. Currents—Gulf stream.—The Gulf stream, after running north- ward and northeastward off the coast of the United States, turns more decidedly to the eastward between the parallels of 35° and 40° N. latitude, and passes southward of the Great bank of Newfound- land during winter, but extends over the southern end of that bank during summer. It thus has an oscillatory motion, and it spreads out into streaks, which sway about in their course and are of warm and colder water, so that it is impossible to assign any definite limits to its margins. The rate of the Gulf stream southward of the Great Bank of New- -foundland is very variable, but it generally is from 10 to 35 miles a day. Arctic current.—The cold Arctic or Labrador current sets south- ward from the Arctic ocean and Baffin bay and passes through Davis strait and along the coast of Labrador and the east coast of New- foundland. Itis very much influenced near the land by the winds and reaches its greatest rate after those from the northward. A cold current also sets southwestward along the east coast of Greenland, and abreast Labrador these currents appear to extend east- ward to longitude 40° W. ‘The line of meeting of the southgoing currents with the northern edge of the Gulf stream is nearly always marked by rips. Northward of 50° N. latitude detailed information on currents is very scanty. The movement of the water appears to be principally due to wind and to be very slight, except the currents along the east coasts of Greenland and Labrador, which are known to be practically permanent and of considerable strength. In the offing of the coast of Labrador the average rate of the cur- rent. 1s said to be about 6 miles a day, but off some of the headlands its rate reaches 2 miles an hour and possibly more. The Arctic cur- rent does not attain any great rate within some 25 miles from the coast between cape Bonavista and Cape Spear; it appears to skirt the northern side of Fogo islands and extends out to Funk island, thence turning southward; it often binds the field ice into Notre Dame and Bonavista bays and the mouth of Trinity bay. 52 GENERAL REMARKS. A current, setting southeastward, splits about 2 miles off Fogo head, the main branch running close along the northern coast of Fogo island, and amongst the rocks and islands around it, from $ to 13 miles an hour. It is much influenced by wind, being accelerated by northerly and retarded by southerly winds, while before easterly gales it sometimes runs northwestward. This current, after passing Round head, takes the direction of the coast and is. influenced by the tidal stream, the ebb accelerating and the flood retarding it, and occa- sionally, at springs, stopping its southerly course entirely. The western branch of this current runs between Change and Fogo islands at the rate of about $ mile an hour, but is lost before arriving at Stag Harbor tickle. For about 30 to 40 miles off the coast between cape Spear and cape Race, the current sets very constantly southward, with a greatest observed rate of 14, miles an hour. It occupies the gully or deep channel over Great bank southeastward of the coast. It is not un- usual, however, for this current to be so disturbed as to set southeast- ward, or even to be reversed on the surface. When such disturbance occurs it is usually for a short time immediately before a gale comes on. When the current sets strongly southward along the coast between cape St. Francis and cape Race a strong eddy runs northward for about one mile offshore southward of cape Spear. This should be remembered by ships bound to St. Johns. On the south coast of Newfoundland.—The Arctic current southeastward of cape Race usually turns west-southwestward, occa- sionally at a rae of nearly 1 mile an hour; but it may be reversed or set in other directions in unsettled weather; near the shore, in moderate weather, its direction changes with the wind. Westward of cape Race, the current frequently sets northwestward, at the rate of about one mile an hour in the offing, but it is variable in rate and direction, and affected greatly by the prevailing wind. It generally runs in upon the eastern side of the great bays indenting — the south coast of Newfoundland, and out on their western side.. In the offing it is influenced by the winds, and near the shore by the tidal streams. It was found, between May and September, 1903, that at a distance of over 5 miles from the land no current at any time exceeded 1 mile an hour in any direction. Within about 5 miles from the land the current was chiefly tidal and set in two opposite directions alter- nately, but the farther from the land the greater the tendency for the direction of the current to veer through a complete circle. The water sets northwestward on the whole along the south coast from cape Race toward Placentia bay; that is to say, when a long average is taken, the set is more frequently in that direction than in any other. CURRENTS. 53 The water makes inwards at certain times of the tide on the eastern side of St. Marys bay, and inwards as a whole on the eastern side of Placentia bay; the rate of these indrafts does not exceed 1 mile an hour at a distance of 5 miles from the land, but close to the head- lands the rate of the streams may be greater. On the south coast of Newfoundland, between St. Pierre island and cape Ray, the current usually sets northwestward and passes round cape Ray into the gulf, but it is not constant. Many wrecks have occurred in fog, on the southeast and south coasts of Newfoundland, owing to the indraught, or to the current temporarily setting northeastward. On the eastern edge of the Great bank the currents are very variable. On the Great bank the ordinary set of the current is southwest- ward, but it is by no means unusual for the current to set northeast- ward, and sometimes it is very variable. During south to southwesterly winds there may be a strong north- erly set; this may be still stronger during and after northeasterly winds. A southerly current has at times been experienced on the above banks, but it 1s exceptional. Caution.—Mariners approaching Newfoundland in thick weather should use the lead and proceed with caution, as it is impossible to foretell what current they may have experienced or be experiencing. Sailing vessels should keep a good offing on the south coast of New- foundland, as the wind often falls light near it, and the drift of the sea and current are nearly toward the land, especially near Placentia and St. Mary’s bays. In Cabot strait.—In ordinary weather the northwest current is felt for a width of 10 to 15 miles from cape Ray, or even farther. In August at 13 miles westward of that cape its rate varied from 4 mile to 14 miles an hour; but this current is by no means constant. On the western side of Cabot strait to about 12 miles eastward of St. Paul island, there is a fairly constant current setting between south and southeast; its rate is usually from 4 mile to 14 miles an hour, but after a strong northwesterly wind it has reached a rate of 24 miles. It may, also, be checked or reversed for a few days at a time by strong southeasterly winds. Its greatest rate is off cape North, where it may be as much as 2 miles an hour in ordinary weather. Sometimes it extends nearly across the strait. This current continues to be felt along the eastern coast of cape Breton island, sometimes as far as Scatari island. It is probably affected by the tidal streams, accelerated by the ebb, and retarded by the flood. 54 GENERAL REMARKS. In the middle of Cabot strait the current is variable and usually weak. On the west coast of Newfoundland.—The rate of the current in most of the open area of the gulf of St. Lawrence seldom exceeds 1 mile an hour; its direction, therefore, is very variable, being easily affected by strong winds, and on this account it is necessary to exercise caution in navigation. Generally on the west coast of Newfoundland, the current sets northeastward; it is scarcely appreciable from cape St. George to bay of Islands, but thence to Rich point it may be considered con- stant, with a rate of about 1 mile an hour; it is stroriger near this land than farther out, and in the vicinity of bays and inlets the cur- rent is deflected by the inset and outset of the tidal streams. It is stronger than usual before a southwesterly wind commences, but a strong northeasterly wind causes it to slacken and even turn south- westward. In the area between a line drawn from Rich point northward to Eskimo islands and the western end of Belleisle strait, the currents are variable and uncertain, being intermediate between the above cur- rent and the tidal streams of the strait. In the western part of this area the rate is usually less than 1 mile and rarely over 14 miles, but towards the entrance of the strait it increases. A current sometimes sets southeastward from the vicinity of Greenly island and sets strongly on shore about Flower cove. In Belleisle strait.—The movement of the water in Belleisle strait is tidal (see p. 55), but a strong wind through the strait either way makes a drift, which causes the opposing tidal stream to slacken, and eventually overcomes it altogether; a continuous current then runs in the direction towards which the wind is blowing, but its rate increases or decreases according as the tidal stream is with it or against 1t. This appears to take place earlier on the Labrador side of the strait than on the Newfoundland side, which is more under tidal influence. (See also p. 641.) The general Arctic current setting southward past the Atlantic mouth of the strait is influenced by the tidal inflow and outflow of the strait itself; the greater inflow towards the strait takes place on the northern side of the entrance and the greater outflow on the southern side. Tides.—The range of spring tides on the coasts of Newfoundland, and also on the coast of Labrador northward to Eclipse harbor, near cape Chidley, is from 4 to 7 feet. Tidal streams.—On the south coast of Newfoundland the tidal streams are very variable, changing with the locality and inffu- enced generally, both in direction and rate, by the prevailing winds of several preceding days. Between St. Lawrence and Lamalin har- TIDAL STREAMS. 55 bors the flood generally runs southwestward; on the southern side of Fortune bay, eastward; and on the northern side of the same bay, westward. Between cape la Hune and cape Ray the flood runs west- ward irregularly, and continues 2 to 3 hours after high water on the shore. At cape Ray this stream is very variable, generally setting into the gulf of St. Lawrence, and sometimes attaining a rate of 2 knots an hour within a short distance of the cape. Between St. Pierre and cape Ray the tidal streams are felt from 10 to 15 miles off the coast, and westward of Penguin islands the flood runs west-northwestward, and the ebb east-southeastward. While the stream inshore is running in one direction, it sometimes happens that it is going in the opposite direction at 5 to 6 miles from the land. Vessels beating into the gulf of St. Lawrence would do well to try both streams before making a long stretch seaward. On the west coast the flood stream runs generally southwestward and the ebb northeastward. On the east coast the flood stream sets northeastward and retards the current usually setting southwestward, the ebb stream setting southwestward accelerates it. In Belleisle strait.—When uninfluenced by wind the stream in the strait runs east and west for nearly equal periods, and turns regu- larly in accordance with the rise and fall of the tide. (See p. 641.) On the whole the westerly, or inward, flow seems to be slightly greater than the outward flow. Tt appears, as yet, impossible to predict with accuracy the direc- tion of the streams in the strait, but under normal conditions the westerly stream begins about 4 hours before high water at Forteau bay, and the easterly stream about 24 hours after high water there; the streams turn in the direction of the hands of a watch, The ordi- nary rate during the strength of the streams is 1 to 2 knots an hour, but the greatest rates observed have been, of the westerly stream, 34 knots, and of the easterly 24 knots. Both their rates and directions are greatly affected by any strong winds blowing at the time, or just previously. On the Labrador side the westerly stream predominates, especially towards the eastern end of the strait and near the shore, where it is so strong at times as to prevent fishermen hauling their nets. On the Newfoundland side towards cape Norman, the reverse ap- pears to be the case. Certainly there is more slack water in that locality than on the Labrador coast. The easterly stream runs round cape Norman with considerable strength, while the westerly stream is comparatively weak. The streams do not always run fairly through the strait, and with both the easterly and the westerly there is an indraft towards Cook and Pistolet bays. 56 GENERAL REMARKS. East coast of Labrador.—Near this coast, as a rule, the flood stream runs northward and the ebb southward, following the coast. line and rarely attaining a rate of $ knot an hour. Temperature of the sea.—The temperature of the water from off St. Johns to the mouth of Placentia bay at the depth of 30 fath- oms is practically at freezing point. It varied only from 304° to 34° Fahrenheit, and there was no change from one month to another between May and September, 1903. The water of the Arctic current becomes quite as warm on the surface as the surface water elsewhere in this region. The general increase in the surface temperature along the south coast from Trepassey to St. Pierre was from 364° in May to 50° in September; and the surface temperature of the Arctic current rose from an average of 343° at the end of May to 50° at the middle of August. It has been observed that during strong winds, especially when offshore, the surface water is driven out to the offing and the cold water comes to the surface from underneath. In the navigable season the surface temperature of the southeast- erly current in Cabot strait is from 55° to 65°, and the water has a distinctly brown color. At that time this outgoing current is much warmer than the ingoing current on the opposite side of the strait, © although it is not so at all other times of the year. The color of the water in the strait, except that of the southeasterly current, is the milky green of ordinary sea water. In the gulf of St. Lawrence the surface temperature in summer usually ranges from about 50° to 65°. This temperature gradually falls below the surface until, at a depth of 40 to 50 fathoms, it is 31° to 34°, or practically at the freezing point. In parts of the gulf where there is deeper water the water at greater depths is appre- ciably warmer, rising to 38° and 41° in depths of 100 to 200 fathoms. In Belleisle strait the surface temperature is relatively lower than that in the gulf, and it is very cold. On the Newfoundland side it seldom falls below 50° during the navigable season. It is generally warmer on this side than on the northern side, and a difference of as much as 20° has been observed. When flowing inward the average temperature of the water from top to bottom is under 45° in Sep- tember. The temperature of the sea in the strait does not afford any definite indication either of the direction of the stream or of the proximity of ice. In August, 1898, at about 4 miles southward of Black bay, a heavy tide rip extended across the strait northwestward and southeastward ; the temperatures of the surface water on either side of the rip within about a cable of each other were 35° on its eastern side and 48° on its western side. Eastward of the rip the stream was running weakly westward, and westward of it at the rate of 2 knots eastward. One ICE. 57 hour afterwards at 5 miles to the westward the temperature was 58°, and it continued between 58° and 60° for 100 miles down the west coast of Newfoundland. The water in the strait is very clear. Ice.—Vessels crossing the Atlantic from Europe to Newfoundland and the Gulf of St. Lawrence, and to New York, are liable to encoun- ter icebergs or extensive fields of solid compact ice, which are carried southward by the Arctic current, and probably also by the current setting southwestward and southward between Iceland and Green- land. B. A. Chart No. 2058 shows the usual limits within which both field ice and icebergs may be met with, and where it should be looked out for at all seasons, but especially from April to August, both inclusive. It must, however, be borne in mind that in some years ice has been met outside the limits given on this chart. Ice- bergs have been seen throughout the year northward of the parallel of 43° north latitude, but not often so far south after August. The southern and eastern limits of field ice are about latitude 42° north and longitude 45° west, but icebergs have been met much far- ther from Newfoundland; in April, May, and June they have been seen as far south as latitude 39° north, and as far east as longitude 38° 30’ west, whilst in July and August their limits appear to be about latitude 41° north, and longitude 38° west. Heavy floes cover- ing extensive areas and three icebergs were seen at 120 miles off St. Johns in January, 1905. There are exceptional instances on record of icebergs having been seen within 60 miles of Corvo island, and an iceberg has been met with in latitude 36° 10’ north, longitude 39° west. It is impossible to give, within the outer limits named, any idea of where ice may be expected, and no rule can be laid down to insure safe navigation, as the position and quantity of ice differ greatly in different seasons. On the Great bank of Newfoundland bergs often move southward or southeastward; those that drift westward of cape Race usually pass between Green and St. Pierre banks. The Virgin rocks are generally surrounded by ice until the middle of April or beginning of May. The North Atlantic icebergs are sometimes over 200 feet in height and of considerable extent. The ice formed in the Arctic, borne southward by the current from Baffin bay, blocks the harbors along the coast of Labrador, and the east coast of Newfoundland, commencing at the northern part of Labrador in October, and reaching cape Race about the end of Janu- ary. The west and south coasts of Newfoundland are not affected by this drift ice, excepting that some small portion passes into and blocks the strait of Belleisle; and that a prevalence of easterly wind between December and May sometimes carries this ice westward of cape Race 58 GENERAL REMARKS. along the south coast of Newfoundland. It occasionally reaches St. Pierre, but no ice was sighted from that island after the middle of April during the seven years 1889-1895. With easterly winds the field ice and icebergs may block the harbors on the east coast of Newfound- land until June or even July, but they are usually open in May; in fact, icebergs, not only those derived from Baffin bay, but also those from eastward of Greenland, may be met with at all seasons of the year. Six icebergs were passed at 15 miles eastward of cape Bauld at the beginning of August, 1905. The first of the floating ice to make its appearance upon the coast is what is known as the “ white” or “northern slob.” This white slob is the surface ice which is formed to the north and east of Labra- dor during the early winter months, and is crushed up by the wind and sea and built upon as it journeys south. It is usually found in masses several miles in extent and varying from 3 to 10 feet in thickness. The main body of the slob is brought down from the north by the Labrador current and continues along the coast, filling the harbors and bays of Newfoundland as it advances. From the lookout of Aillik, on the coast of Labrador, in latitude 55°, the northern slob is observed each year about the 10th of December as a narrow stream, 5 to 8 miles in width, moving southward. This body gradually widens until January, and it may then be 12 to 15 miles in width. About the first or second week in January the sheet ice begins to take the place of the slob and continues to flow southward in the same manner. It is more dense and solid than the slob, but not so thick, except in places where rafting has taken place, and here it may stand from 5 to 20 feet above the water. Isolated bergs are also seen about this time. The arrival of the slob at St. Johns may be expected from January 15 to February 1. It is often seen 5 to 15 miles distant, drifting to the south, for days before it closes in to the shore or obstructs navigation, and vessels ill adapted for contending with ice have frequently reached St. Johns by rounding the southern tail and approaching cape Race from the southwest. The breadth of the early slob passing cape Spear varies in January from 40 to 60 miles, but it rapidly in- creases. For February the average is 80 to 130 miles. This, however, is far exceeded in seasons of heavy sheds, when a breadth of 250 to 300 miles is often attained, carrying the ice as far east as 45° west. This extreme breadth is, however, by no means uniform, as the ice, having little depth, is blown along by the wind, and the eastern edge of the main body is deeply indented by bays.and prolonged by capes. The main body of the ice itself is intersected by leads and open areas, and is compact or loose according to the direction of the wind, easterly winds (northeast to south-southeast) serving to unite the ice and to ICE. 59 drive it in a solid mass upon the Newfoundland coast, filling Notre Dame, Bonavista, and Trinity bays so that no water can be seen; west- erly winds, especially southwesterly, serving to disperse it, a single night of the latter wind often emptying the bays and carrying the stream out of sight to seaward. Between the end of March and the middle of April during ordinary years the ice swings off to the east- ward, owing to the failure of accessions from the north and the in- creasing prevalence of westerly winds. After this date strings of field ice may at times be seen making their way down the coast, occa- sionally in May and rarely in June. These, however, are for the most part derived from Trinity bay and Bonavista bay, and are not part of the regular northern stream. The drift of the ice southward from the Arctic has been traced by actual experience. On October 14, 1871, Captain Tyson and a party of nineteen others were separated from the U.S. S. Polaris in latitude 77° or 78° north, just south of Littleton island. Unable to regain their ship, the whole party remained on the floe and accomplished one of the most wonderful journeys on record. After a drift of over 1,500 miles, fraught with danger and privation, they were finally rescued April 30, 1872, by the sealing steamer Tigress, near the strait of Belleisle, in latitude 53° 35’ north, and carried safely into port. No better example than this could be given of the drift from the Arctic basin, illustrating, as it does, not only the journey to the southward, but also the many vicissitudes to which the ice is subjected before reaching a low latitude. The fields of ice encountered to the eastward of the Great bank are generally detached masses, due either to a temporary diversion of the stream or to the separation of fields of limited area from the main body, the primary cause in both cases being the prevalence of heavy westerly gales. During February these detached fields are reported most frequently north of the 45th parallel, and between the meridians of 46° and 49°. The quantity of this early ice depends, to a large extent, upon the character of the early winter months in the higher latitudes in which the slob is formed. If November and December are mild, the quantity will be shght; the quantity of bergs, or true Greenland ice, reported during the following spring and summer is, on the other hand, quite independent of the severity of the winter. The destruction or wasting away of the slob and field ice in short periods is very remarkable; and it appears to melt away very rapidly after April. A vessel may be beset in the evening, and by morning all the ice will have disappeared. The ice in strings forms an excel- lent shelter for vessels hove to in a gale, and is constantly used for this purpose, but these breakwaters may be crushed up and destroyed in a single night. 60 GENERAL REMARKS. After the month of May, heavy bodies of northern or Arctic ice are seen moving to the southward every year, sometimes as late as the end of August. It is variable in quantity and breadth, but forms a constant obstruction from Indian tickle, on the coast of Labrador, to the Fogo islands. The stream generally breaks in July. The bergs which follow the slob and field ice are detached por- tions of the true polar ice, which is formed upon the land, and car- ried down to the sea by glacial action. The glaciers perform for these frigid regions the same function as that performed by the rivers of the temperate latitudes by serving to distribute the excess precipi- tation. From the frozen interior of the Arctic continent these rivers of ice make their way through valley and gorge to the shores of the ocean, and even beyond; the face of the glacier being thrust forward into the sea by the enormous pressure in the rear until the buoyant effect of the water upon the submerged portion is sufficient to detach it from the main body, and the huge fragment becomes a floating island or mountain of ice, which is borne away by the prevailing currents. The thawing process alone, occasioned by the increased tempera- ture of air and water during the polar summer, would scarcely suf- fice to reduce these enormous masses of ice to the size usually ob- served. Their disintegration is brought about ordinarily from within. Even in its original condition the surface of the glacier ice is wrinkled with chasm and crevasse, penetrating more or less deeply into its interior. The deepest of these depressions collect the water due to the melting of the upper part of the berg until they overflow; a fall in temperature occurs, the surface of this water, and later its entire volume, is converted into ice, and by the tremendous expansive force of this change the mass of the berg is shattered. Once beyond the limits of the polar regions, the process of dissolu- tion is rapid. The berg, always heated upon its southern side, is in unstable equilibrium, and by reason of its frequent topplings, con- stantly exposes a new surface to the action of the sun’s rays. Under these conditions its ultimate annihilation is a matter of a compara- tively short time. The icebergs seen off the Great bank are of such extent and occur in such numbers as to constitute, with their attendant fogs, the most dangerous of all the obstacles with which the navigator of the North Atlantic has to contend. Their frequency im different years varies in a wholly inexplicable manner, certain seasons being notable for their extraordinary abundance, while in others the number observed is far below the average. June is the month during which they are most numerous along the transatlantic route. The phenomena of the drifting of the bergs to the limits mentioned above have been attributed to the warm waters of the Gulf stream ICE. . 61 overrunning the cold Arctic current, while the latter, retaining its progress and direction as a submarine current, transports the deeply immersed ice islands into and across the Gulf stream. The season during which vessels are hable to encounter ice on the voyage between the Channel and the gulf of St. Lawrence and the northern ports of the United States thus extends from February to August, the reports reaching a maximum frequency during June and July. Isolated bergs, however, may be sighted at any time, and con- sequently a good lookout is always necessary. Vessels bound to the gulf of St. Lawrence or Halifax either en- deavor to make cape Race by passing north of the Virgin rocks, or, in order to avoid the ice, cross the Great bank on the parallel of 44° north, hauling up on their proper course when past longitude 55° west, as heavy ice is seldom seen to the westward of that meridian. The vicinity of St. Pierre, Miquelon, is generally free from ice after the middle of April, and sometimes during the whole year. On the Atlantic coast of Labrador the larger bays freeze solid be- tween December 1st and 15th, and these coasts remain icebound until late in June. Every sheltered harbor in Labrador and Newfoundland is lable to be frozen over each winter; the harbors farthest northward being blocked earlier and opened later than those to the southward. The usual time of freezing is, in Labrador, November, and in the south of Newfoundland the middle of January; whilst the time of the ice breaking up is, in Labrador, the end of June, and in the south of Newfoundland the middle of April. Intermediate ports vary in time according to position. The times of freezing and opening vary greatly in different years, depending on the severity or comparative mildness of the winter. Mention is made in this book, in the description of each particular place, of the dates observed of the earliest and latest closings and openings of each port. St. Johns harbor is, however, not often frozen over in winter and is accessible at all seasons, except when the prevalence of easterly winds, in early spring, drives heavy field ice upon the coast; and at times (even as late as August) when icebergs drift into the narrows and render the passage dangerous. Cabot strait is never frozen completely over, but vessels, not specially built to encounter ice, can not navigate it safely between January and April inclusive, on account of the heavy drift ice which blocks the strait, more especially when the ice forms the Bridge. Sealing steamers attempt it at all times, but are occasionally fast in the ice for days together; there is often difficulty in getting through the inner part of the strait. The Bridge.— Nearly every year, in the spring, or from about the middle of April to the middle of May, a great rush of ice out of the 62 GENERAL REMARKS. gulf of St. Lawrence causes a block between St. Paul island and cape Ray; this block, which sometimes lasts for three weeks and completely prevents the passage of ships, is known as the “ Bridge.” It is re- corded that 300 vessels have at one time been detained by this obsta- cle, and many wrecks have occurred in consequence, on the coast of Newfoundland. Ice from the gulf is generally met with in Cabot strait early in January; at this time it is thin, but it increases gradually to as much as 4 feet in thickness; occasionally small bergs, some 18 feet in height, are seen, although a large berg is seldom visible; ice may be said to flow through till May, or even till the beginning of June, according to the season. A prevalence of northwesterly and northerly winds drives the ice toward the strait and along the west coast of Cape Breton island, when incoming vessels meet no ice except southwestward of St. Paul island. A southwesterly gale occasionally takes the ice out between the Magdalen islands and Cape Breton island, when it meets the main body flowing past Bird rocks, and closes the strait between St. Paul island and cape Anguille. Winds between northeast and south open the Newfoundland coast; and the strait often clears quickly with winds between northwest and northeast, so that in about thirty-six hours very little ice may be visible from cape Ray, but quantities of ice pass through for many days after navigation is open, particularly with northerly winds. The ice usually passes out of the strait in the direction of Ban- quereau bank, the eastern edge extending halfway between Scatari and St. Pierre island. Its path broadens when through the strait, and is principally governed by the winds, but under the influence of the current alone the ice drifts southwestward, and in latitude 45° north may be from 10 to 75 miles in width. Much of this is very heavy, and prevents the passage through it of all vessels not specially built to encounter ice. The coast between cape North and Scatari often holds the ice, during easterly winds, until late in May. Gulf of St. Lawrence and west coast of Newfoundland.— During spring and autumn the navigation of the gulf is rendered difficult by ice, and navigation is entirely closed during the winter. In spring, generally until May, and sometimes early in June, parts of the gulf are usually covered with drift ice, and vessels are some- times beset in it for many days; if unprepared for meeting ice they often suffer from it and are occasionally lost, but serious accidents from this cause do not frequently occur, as the ice is then generally more or less in a melting state from the effect of the sun and warmer winds. In autumn, accidents from ice seldom happen, except when winter commences unusually early, or when vessels have lingered imprudently late. ICE—BELLEISLE STRAIT. 63 The ice forms in the gulf early in December, and being joined by that from the river, is carried by the current toward Cabot strait. The ice in the gulf forms rapidly during the cold season; it is usually in sheets a mile or two in length with passages between them, al- though sometimes during a prevalence of southwesterly winds it may form, an unbroken sheet for a few days, extending many miles, or even from Cow head to Great Mekattina island. In the eastern part of the gulf ice may be met with as late as the beginning of June. A portion of the ice setting eastward through the gulf appears to split on cape St. George; the main part passes into St. George bay and toward Cabot strait; the other part generally sets east-northeast- ward, especially in March and April. The ice, which usually enters the gulf through Belleisle strait early in January, can not at present be traced; it may arrive off Bonne bay during January or February, or it may be driven on to the northern shore of the gulf. Icebergs are rarely found westward of Greenly island, although some have been seen off Natashkwan point. One iceberg and two pieces of ice were seen, at the end of July, 1905, west-southwestward, 27 miles from Rich point. Northwesterly winds close the west coast of Newfoundland, while southwesterly winds open a lane of water inshore. The gulf ice usually clears off the west coast of Newfoundland during the first half of May, but it may remain much later. Small vessels from the harbors on the northern shore of the gulf and the western harbors of Newfoundland, as well as steamers spe- cially constructed for ice navigation, prosecute the seal fishery in the gulf in March and April. Belleisle strait.—Thin sheet ice makes its appearance in the strait between the 15th and 25th of December, and at about the begin- ning of the year ice, several miles in extent and 3 to 10 feet in thick- ness, passes between the coast of Labrador and Belle isle and drifts into the strait. Icebergs do not arrive in any great number until after the com- mencement of April, but from that time until September (or even October) they are numerous and sometimes very large. The greater number of the bergs enter between Belle isle and Labrador and pass slowly through the strait, frequently grounding and breaking up, the broken ice drifting toward the northern shore. It is stated that no bergs ever come ashore on the Newfoundland side. In 1898 many bergs were from 150 to 200 feet in height, and some 500 to 600 feet in breadth. Some of the bergs ground, while others change their positions; no berg drawing more than 30 fathoms of water can reach the western end of the strait without breaking up, and only the smaller bergs pass through; these are occasionally seen as far west as Greenly island, and as far south as Rich point. The bergs are 64 GENERAL REMARKS. much more numerous in some seasons than in others; 200 bergs and large pieces of ice were counted in the strait in August of one year, whilst only half a dozen could be seen in the following August. With westerly winds the strait is often clear of bergs. The bergs are a considerable source of danger to shipping during the prevalent thick fogs; in 1898 the bergs kept chiefly on the northern shore of the strait and could generally be avoided by keeping on the opposite side. After May strings of heavy ice drift in with easterly winds and cause great obstruction, but with light winds these strings do not enter the strait, which may be clear and remain so after April. Be- tween about the 10th and end of June these strings of heavy ice usually fail. (See also pp. 641, 642.) The first steamers enter the strait between the 7th of June and the 25th of July, and the last pass outward between the 1ith and the 26th of November. In 1899 the first steamer passed westward through the strait on the 22d of June; later than this a number of steamers attempted to pass through, but were compelled, owing to the amount of field ice encountered, to bear up for cape Race and pass southward of New- foundland. The ice met with in the gulf of St. Lawrence and its approaches is of three kinds: (1) Berg ice, or the true icebergs, which come into the gulf through Belleisle strait. Berg ice is also found on the south- ern coast of Newfoundland, nearly as far west as Cabot strait. (2) Flat or pan ice, forming fields or in broken pieces, usually not more than 6 feet thick, but sometimes reaching 10 feet. This jams or shoves along the shore between islands, and may form masses 20 or more feet in thickness, but it can never be mistaken for berg ice. In this flat ice a distinction is sometimes made between northern ice, which finds its way through Belleisle strait, and gulf ice, which is formed in the gulf itself. (3) River ice from the river St. Law- rence and its estuary; this is flat ice, and off the Gaspé coast it can readily be distinguished from the gulf ice. Caution.—The proximity of ice is indicated by the following signs, and if only one of them is observed caution should be used. Both by day and at night the ice blink is almost always visible on the sky toward the ice. Ice blink is a bright yellowish-white light near the horizon, reflected from the snow-covered ice, and seen before the ice itself is visible. The absence of a swell or motion in a fresh breeze is a sign that there is land or ice on the weather side. The temperature may fall as ice is approached, if the ice be to windward, but not otherwise, and only at an inconsiderable distance from it. The fall of the temperature of the sea is sometimes a sign either of a cold current or of the proximity of ice, and although the temperature of the sea has been known even to rise close to ice, fre- ICE TERMS. 65 quent observations of the temperature both of the air and sea should be taken and considered. The appearance of herds of seals, or flocks of birds, far from land is a sign of ice. The ice cracking, or pieces of it falling into the sea, makes a noise like breakers, or a distant discharge of guns, which may often be heard from a short distance. No rule can be laid down for safe navigation: everything depends on the vigilance, skill, and caution of the navigator. Vessels should pass to windward of icebergs to avoid the loose ice floating to leeward. Ice terms.—Field ice is a large area of unnavigable flat ice, the extent of which may not be visible from the masthead. Floe ice consists of several pieces of field ice frozen or pressed together. Land ice is field or floe ice attached to the shore since the winter. Hummocky ice is formed by the edges of ice floes meeting in strong breezes, when they are pushed up and formed into pyramids, which are then named hummocks, and it is of these that the high mounds of ice met with in the gulf of St. Lawrence are generally composed. Pack ice is a large collection of pieces of ice from broken-up floes or icebergs which have to a certain extent closed together again. The pack is said to be open when it presents leads or lanes of water between the pieces of ice, forming more or less navigable channels, and close when it is not possible to navigate through the pack. Drift ice is unattached pieces of floating ice, easily navigable. Brash or Sludge ice is a collection of very small pieces of broken- up ice, through which a ship can easily force her way. Pancake ice is newly frozen ice of insufficient thickness to prevent navigation, and is sometimes separated into pieces of a form sugges- tive of the name. Bay ice is newly frozen ice sufficiently thick to prevent navigation. Iceberg is floating ice formed on shore and detached from its parent glacier, Floeberg is a thick piece of salt water ice presenting the appear- ance of a small iceberg. A lead or lane is a navigable channel in pack or other ice. Open water is free navigable water adjacent to ice incumbered water. Ice foot is the ice frozen to the shore, which does not rise and fall with the tide. Signals respecting ice.—Information as to ice, wind, tempera- ture, and weather indications can be obtained by communicating with the marine signal stations at cape Race; Galantry head, St. Pierre 76846—09—_5 66 GENERAL REMARKS. island; cape Ray; St. Paul island; Belle isle; Chateau bay; and Amour point. Information as to the weather, wind, and the movement and condi- tion of the ice in the gulf of St. Lawrence is specially supplied to the signal stations at cape Race, Galantry head, and cape Ray, during April and May, for the guidance of any vessel asking for it. Buoyage.—The buoyage of the waters of Newfoundland is the same as that for the waters of the Dominion of Canada. Approaching from seaward, all buoys on the starboard side of the channel are painted red and, if numbered, marked with even numbers, and must be left on the starboard hand. Approaching from seaward, all buoys on the port side of the channel are painted black and, if numbered, marked with odd num- bers, and must be left on the port hand. Numbers when used are in consecutive order from seaward. Buoys painted red and black in horizontal bands mark middle- grounds and are left on either hand. Buoys painted white and black in vertical stripes mark mid-chan- nel or the fairway and may be passed on either hand. These buoys are not ofter used. Pillar, light, bell, and whistling buoys mark special positions, a detailed description of which is given when the mark is first estab- lished. Conical buoys, when used, are always on the starboard side of the channel; conical top marks on starboard-hand buoys and cylindrical top marks on port-hand buoys, otherwise the shapes of buoys have no special significance at present. The rule for coloring buoys applies also to beacons and other day-marks, so far as it is practicable to carry it out. Wrecks.— Buoys, and the top sides of vessels used for marking wrecks, are painted: green with a white inscription and moored when possible near the side of the wreck next to mid-channel. Wreck-marking vessels exhibit : By day: Three balls from a yard, 20 feet above the sea; two placed vertically on the side that shipping may safely pass, and one on the other side. By night: Three fixed white lights similarly arranged; the ordi- nary riding light is not shown. Mariners must pass on that side of a wreck-marking vessel on which the two balls or the two lights are shown. It is sometimes necessary to temporarily withdraw the buoys in the harbors of Newfoundland on account of ice. Signal stations.—There are signal and telegraph stations at cape Race, cape Ray, St. Paul island, southern end of Belle isle, Cha- teau bay, and Amour point. The station at cape Race belongs to WIRELESS TELEGRAPH. 67 Lloyd’s, and the other stations are included in Lloyd’s system. Or- ders forwarded to Lloyd’s can be notified to vessels by means of these stations, and vessels signaling to the stations are reported to Lloyd’s for insertion in Lloyd’s list, ete. There is also a signal and telegraph station on Galantry head, St. Pierre island. All inward-bound vessels making their official numbers to any of these stations are reported immediately, and all reports are promptly posted on the bulletin board of the Great Northwestern Telegraph Company’s office, Quebec, and on that of the Board of Trade, Mon- treal. These reports are repeated to the pilot station at Father point, so that pilots may be aware of the locality of inward-bound vessels. The international code of signals is used for communicating with these stations. Certain hghthouse stations are also supplied with the international code of signals. (See body of book.) . Marconi wireless telegraph stations.— (See p. 42.) Telegraph cables. (See p. 41.) Coal.—Cape Breton coal can be obtained in considerable quantities at St. Johns and port aux Basques in amounts of about 350 to 500 tons at St. Pierre and Bonne bay; and usually in amounts of 50 tons at Twillingate (Toulinguet) and Fogo. Very lmited quantities (some 20 tons, and even this supply uncertain) can easily be obtained at Placentia, Burnt islands, Tilt cove, Little bay, Pilley island harbor, Harbor Grace and Belle isle in Conception bay, Trinity in Trinity bay, and at Greens pond and Bonavista in Bonavista bay; also at Salmon river, Blane Sablon, Battle harbor, and Gready, in Labrador. The only Welsh coal to be got in Newfoundland is at St. Johns; its price is about $10 a ton, and that of Cape Breton coal $6 to $7.50 a ton. Coal can be sent to any of the above ports from St. Johns, and is sometimes sent to places along the coast between cape Race and St. Johns. Docks.—There is a dry dock and a floating dock at St. Johns, and there are marine railways at Harbor Grace and St. Pierre. Repairs to hull and machinery can be executed at St. Johns. (See p- 608.) Shipwrecks on coasts of Newfoundland.—A wreck chart and pamphlet, published in 1904, show that between the years 1811 and 1900, 524 vessels were wrecked on the coasts of Newfoundland. Of these wrecks, 2 occurred from 1811 to 1820; 1 from 1821 to 1830; 6 from 1831 to 1840; 18 from 1841 to 1850; 40 from 1851 to 1860; 49 from 1861 to 1870; 76 from 1871 to 1880; 123 from 1881 to 1890; and 116 from 1891 to 1900. There were in addition 93 wrecks which are not classed under any particular years. 68 GENERAL REMARKS. As the total number of ships employed on these coasts in each year is unknown, the proper percentage of casualties can not be ascer- tained, and any conclusion that can be drawn from the above list is necessarily incomplete, but it appears, on the surface, that, notwith- standing the introduction of steam, lighthouses, lights, fog signals, etc., and the better knowledge which is now possessed of the coasts of Newfoundland, with the rocks and shoals off them, from the sur- veys which have been in progress for many years, the number of cas- ualties has not decreased, but has steadily risen. Why this should be is not easy to determine, but it is probable that a considerable propor- tion of these wrecks is due to the less careful navigation of the present day, especially in fog, owing to the desire of owners and passengers to keep time punctually, which can not be done without greatly increasing the risk of loss. It is significant that, during the period from 1881 to 1901, 83 wrecks took place within the small stretch of coast extending from 30 miles westward to 30 miles northward of cape Race. Standard time.—No time has been adopted as a standard for Newfoundland, but the mean time of St. Johns is used for railway and telegraphic purposes. This time is 3 h, 30 m. slow of mean time at Greenwich. Passages and general directions—Steamers—Across At- lantic.—With a view to reducing the risks of collision and to the avoidance of ice, the steamers of the principal trans-Atlantic steam- ship companies now take the following routes between the British Isles and the English Channel and New York, Philadelphia, and Boston. These routes have the advantages that, in the event of a vessel break- ing down, assistance is likely to be at hand; and possibly that sailing vessels will either endeavor as much as possible to avoid their tracks, or at any rate keep a strict lookout when in their vicinity. EASTBOUND. At all seasons of the year from New York or Philadelphia steer from the lightships to cross the meridian of 70° west, nothing to the northward of lat. 40° 10’ north. From January 15 to August 23, both inclusive, steer a course from lat. 40° 10’ north, long. 70° west, by rhumb line to cross the meridian of 47° west, in lat. 41° north, and thence on Great Circle course (nothing to the northward) to Fastnet rock or Bishop rock. If from Boston steer directly for lat. 41° north, long. 47° west, and thence as above directed. From August 24 to January 14, both inclusive, steer from lat. 40° 10’ north, long. 70° west, to cross the meridian 60° west in lat. 42° north, thence by rhumb line to lat. 46° 30’ north, long. 45° west, PASSAGES. 69 and thence on Great Circle course (nothing to the northward) to Fastnet rock or Bishop rock, always keeping southward of the lati- tude of Bishop rock when bound to the English channel. If from Boston steer directly for lat. 42° north, long. 60° west, and thence as above. Notre.—Occasionally ice extends over a larger area than usual, and owing to its presence on the above routes it is necessary temporarily to modify them. Thus in 1903, 1904, and 1905 from about early in April to mid-June or early in July, westward-bound vessels crossed the meridian of 47° west, in lat. 41° north; and eastward-bound vessels crossed the same meridian in lat. 40° 10’ north. Notice is given of any change in the routes, which is previously agreed to by the various steamship companies concerned. JANUARY 15 TO AUGUST 23, BOTH DAYS INCLUSIVE. Courses (true) and distances (in nautical miles): Sandy Hook light-vessel to 70° west (in 40° 10’ north), 95° 50’, 177 miles; to cross the meridian of 47° west in 41° north, 87° 17’, 1,055 miles, from this last position nothing north of the Great Circle to Fastnet, when bound to the Irish channel, and nothing north of the Great Circle to Bishops rock, when bound to the English channel. Great Circle to Fastnet. Distance on Great Circle, 1,651 miles. Total distance, Sandy Hook light-vessel to ( Fastnet, 2,883 miles. p | | 40° 00’ W 35° 00’ W | 30° 00’ W IL/OYOC TIC PRs er eee le 472,002 We [))) 452000 We | LL RL EG (3 2 ae ea 41°00’N | 42° 02’ N 44°16’N | 46°10’ N | 47° 45’ N CORSO 5 aed haem 55° 137 | Sey 59° 58’ Pm Bie 67° 10’ Uc DUDET( AUG (Se SER ene Se ee ce 25° 00’ W 20° 00’ W | 15° 00’ W 10° 00’ W 9° 36’ W Liar ONG ELG CL ee elo et Ds 49° 02’ N | 50°00’ N | 50° 46’ N 51° 18’ N 51° 20’ N Gis @s So 258 So en 70° 54’ 74° 43’ | 78° 34’ 82° 27” 82° 46’ Great Circle to Bishops rock. Distance on Great Circle, 1,764 miles. Total distance, Sandy Hook light-vessel to Bishops rock, 2,996 miles. PROMPAINA CS eyes ost live 4 OOl TW le 4B cLOO RVs 40° 00’ W 35° 00’ W | 30° 00’ W TUPPLA TENG KS) SS Sk A eae 41° 00’ N | 41° 53’ N 43° 52’ N 45° 31’ N | 46° 50’ N ROTTS ERIE a sctete niche inciniote ce one 58° 41’ 60° O1’ 63° 25’ 66° 56’ | 70° 33’ HOO PALO Coes fess cfercia haar sie- cine | 25° 00’ W 20° 00’ W 15° 00’ W 10° 00’ W | 6° 27’ W. LGC le) a 47° 54’ N 48° 45’ N 49° 28’ N 49° 42’ N | 49° 50’ N ILS 4222 i | 7401140 ll) aii BLAS) 8028871) | | SS AuGusT 24 TO JANUARY 14, BOTH DAYS INCLUSIVE. Courses (true) and distances (in nautical miles): Sandy Hook light-vessel to 70° west (in 40° 10’ north), 95° 50’, 177 miles: to cross the meridian of 60° west in latitude 42° north, 76° 23’, 467 miles; 70 GENERAL REMARKS. thence by rhumb line to cross the meridian of 45° west in latitude 46° 30’ north, 67° 19’, 700 miles; from this last position nothing north of the Great Circle to Fastnet, when bound to the Irish channel, and as near as possible to, but nothing north of, the Great Circle to Bishops rock, always keeping south of the latitude of Bishops rock when bound to the English channel. Great Circle to Fastnet. Distance on Great Circle, 1,411 miles. Total distance, Sandy Hook light-vessel to Fastnet, 2,755 miles. NFON SHUTS. 9 > Sees Meee 45° 00’ W 40° 00’ W 35° 00’ W | = 30° 00’ W 25° 00’ W WeatitidGene eres oa. cleats See 46° 30’ N | 47° 57’ N | 49°07’N | 50°01 N 50° 41’ N COUTSO Lo he abe eee een gle 65° 06’ 68° 46/ 72° 31’ 76° 19’ 80° 11’ | MON PITUdEe 2a as tao. ee || 20° 00’ W | 15° 00° W 10° 00’ W | 9° 36’ W Watibude nn. see eee secs ee soe el 51° 06’ N 51° 22’ N 51° 20’ N | 51° 20’ N WOUTSC ieee noe sie eee ee | 84° 03/ | 87° 57’ 91° 52’ | 92° 10’ | Great Circle to Bishops rock. Distance on the Track, 1,540 miles. Total distance, Sandy Hook light-vessel to Bishops rock, 2,884 miles. Mmoneiidesess2. bi 2-.3-24,R ees 45° 00’ W | 40° 00’ W 35°00’ W | 30° 00’ W 25° 00’ W ILAHTTHIC Gis 5 ne See eee ee 46° 30’ N 47° 44’ N 48° 42’ N 49° 24’ N | 49° 50’ N (Chybt ket See eee eee eS 68° 17’ (lemeatay 75° 40’ 79° 27’ 90° BRON OUMIAG ES essa n ck ee bone 20° 00’ W | 15° 00’ W 10° 00’ W | 6° 27’ W | LAS TET ENG Ree a Ate, a a 49° 50’ N 49° 50° N 49° 50’ N 49° 50’ N | Cyn SS en a am 90° | 90° 90° | 90° | WESTBOUND. From January 15 to August 14, both days inclusive, steer from Fastnet or Bishops rock, on Great Circle course, but nothing to the southward, to cross the meridian of 47° west in latitude 42°, thence by either rhumb line or Great Circle, or even north of the Great Circle if an easterly current is encountered, to a position south of Nantucket light-vessel; thence to Fire Island light-vessel when bound for New York, or to Five Fathom Bank south light-vessel when bound for Philadelphia, or direct to Boston if bound there. From August 15 to January 14, both days inclusive, steer from Fastnet or Bishops rock on Great Circle course, but nothing to the southward, to cross the meridian of 49° west in latitude 46°; thence by rhumb line to cross the meridian of 60° west in latitude 43°; thence also by rhumb line to a position south of Nantucket light-vessel; thence to Fire Island light-vessel when bound for New York, or to Five Fathom Bank south light-vessel when bound for Philadelphia, or direct to Boston when bound there. PASSAGES. hl. JANUARY 15 TO AUGUST 14, BOTH DAYS, INCLUSIVE. Great Circle from Fastnet. Distance on Great Circle, 1,618 miles. | Won Piuideeesees= === 2-2. -- 9° 36’ W 10° 00’ W | 15° 00’ W 20° 00’ W 25° 00’ W IDEARC. oe ge ee 51° 20’ N 51°19’ N | 50° 53’ N 50° 14’ N 49° 20’ N (COUIREL 5 jh. ce SoS eee eee 264° 34’ 264° 16’ | 260° 22/ | 256° 31’ 252° 41’ | | TU OM PUTO Reem So. = cee o's 30° 00’ W | * 00’ W te 00’ W 45° 00’ W 47° 00’ W atihider se. yes... k. Wohi = 8 48° 12° N | 46° 46” N | 4 02’ N 42° 56’ N | 42° 00’ N COWIE 5 5 5 Se 248° 56’ | 245° 15! | oat? 39 i 238° 11’ 236° 50’ Great Circle from Bishops rock. Distance on Great Circle, 1,733 miles. | | Longitude.....-.... Sate SO See 6227 10° 00’ W 15° 00’ W 20° 00’ W | 25° 00’ W TLE T08 et) San 49° 50’ N 49° 48’ N 49° 35’ N | 49° 03’ N 48° 20’ N COTES). a9 Sega ee 270° 00’ | 267° 18” 263° 29’ | 259° 42’ | 255° 56/ WOOTEN Co ooo acim ds 2 gene = 2 30° 00’ W | 35° 00’ W 40° 00’ W 45°00’ W | 47° 00’ W [LT A3 NS Oe rr _...{ 47° 227 N | 46° 06’ N 44° 38’ N 42° 49’ N 42° 00’ N (COWIIG- 2200 Gee 252° 14’ 248° 35’ | 245° 02’ 241° 34’ 240° 13’ Thence 265° 22’, 1,028 miles, to a point south of Nantucket lght- vessel; thence 266° 51’, 164 miles, to Fire Island light-vessel; thence 270°, 30 miles, to Sandy Hoek light-vessel. Total distance, Fastnet to Sandy Hook light-vessel, 2,840 miles. Bishops rock to Sandy Hook light-vessel, 2,955 Lae AUGUST 15 TO JANUARY 14, BOTH DAYS, INCLUSIVE Great Circle from Fastnet. Distance on Great Circle, 1,574 miles. | | Li DER CSRS sl ea ee ee ee 9° 36’ W 10° 00’ W | 15° 00’ W 20° 00’ W | 25° 00’ W Lut (UOMO LES & eke Bl ON Sa ee S120 Ni | Baie 22aeN Dlie200 ON ID ON] 50° 59’ N Course. . 226 SegncezoseeasssoSSeer 273° 56’ |) eaiake oye | 269° 43’ 265° 12/ 2617 507 LIDGE COL SS. a ae ae ee 30°00! W | °352 00’ Wi | 40° 00’ W 45° 00’ W 49° 00° W LEAN THD Ko Le fe eek ee ee 508267 Ne |) SEAGER SSN 48° 35’ N 47° 16’ N 46° 00’ N (CI TSE ae 2S Ae 2,5 2 ge a ES ee 258° 02’ 254251124 PAO ase 246° 43’ 243° 48’ Great Circle from Bishops rock. Distance on Great Circle, 1,703 miles. | | 1 OVE OVO CEs SE ee ee eae 6227" Wel OSaOO WE 15° 00’ W 20° 00’ W | 25° 00’ W LTCC G- SAAS eee ae eee eee 49° 50’ N 50° 08’ N 50° 19’ N 50° 21’ N DOP ean (OWES D Ses RE ee ee eee 278° 49’ | 276° 06/ 272° 16’ 268° 24’ | 264° 34’ POMC IGes nee 2 kos et eh IU rsOe OOF Ws | 35° 00’ W 40° 00’ W 45° 00’ W 49° 00’ W LL APUTR AECL 28 a a a ee 49° 46’ N | 49° 08’ N 48° 15’ N 47° 077 N | 46° 00’ N (COSO Gee ae Uh iee £6 260° 44’ | 256° 56’ 253° 10’ 249° 28’ | 246° 34’ Thence by rhumb line 249° 08’, 505 miles, to cross the meridian of 60° west in latitude 43° north; thence also by rhumb line, 251° 41’, 455 miles, to a point south of Nantucket light-vessel; thence 266° 51, 164 miles, to Fire Island light-vessel; thence 270°, 30 miles, to Sandy 712 GENERAL REMARKS. Hook light-vessel. Total distance, Fastnet to Sandy Hook light- vessel, 2,728 miles; Bishops rock to Sandy Hook light-vessel, 2,857 miles. Auxiliary steamers may follow the routes given for full- powered steamers or the directions for sailing vessels which are’ given below. ; To and from Newfoundland, etc.—Steamers between the Brit- ish isles and any part of Newfoundland follow the great circle track; and this route is also taken to and from Belleisle strait, which is much frequented from about June to November by vessels bound to or from the river St. Lawrence. Those bound westward of cape Race pass southeastward of that cape, making it if the weather is clear, and thence steer for a position southward of St. Pierre island. While on the Great bank of New- foundland during fog, or when there is uncertainty regarding the position, soundings should be frequently obtained, and an indraft toward the south coast of Newfoundland guarded against. In making the passage between cape Race and Cape Breton island attention is called to the set of the currents (see pp. 52, 54) and to the necessity of sounding in fog. The edges of the deep-water channel running through the banks into Cabot strait are especially good guides. In fog cape Pine should not be approached to less than 40 fathoms, nor cape St. Mary to less than 50 fathoms. There is deep water of 100 to 142 fathoms in the approach to Placentia bay. Cabot strait.—Steamers proceeding from the eastward through Cabot strait, in the spring and with clear weather, should pass the signal station on Galantry head, St. Pierre island, within signal dis- tance, and obtain information as to the state of the ice; or, failing this, obtain the information either from the signal station on cape Ray or that on St. Paul island. After the ice has disappeared, gen- erally about the end of May, keep farther off Galantry head, to avoid the dense fog that prevails in that locality during June and July, and beware of the strong current that occasionally sets into the bays on the south coast of Newfoundland; in fact, during this period it is better to be nearer St. Paul island than cape Ray. Belleisle strait.— From the eastward make Belle isle or its lights, and then keep in the fairway of the strait. From the westward make Greenly island or its light, and then keep in the fairway. For gen- eral directions, navigating the strait in thick weather, etc., see p. 643. Steamers from the north of Ireland intending to pass through the strait of Belleisle cross the meridians of 20° and 30° west in about latitude 56° 30’ north; the meridian of 40° in about 55° north; and that of 50° in 53° 30’ north. If bound to St. Johns, or south of New- foundland, the same meridians are crossed as follows: 20° west in PASSAGES—-SAILING ROUTES. to about latitude 55° north; 380° west in 53° 40’ north: 40° west in about 51° 30’ north; and 50° west in 48° north. Caution.—From the character of the streams in Belleisle strait, a vessel passing through it in either direction may overrun her reckon- ing, or the contrary. Sailing vessels’ routes—British isles to and from New- foundland.—There are two routes, the northern and the southern. The northern route should, as a rule, be taken only in autumn, when it is free from ice. When clear of the English channel stand north- westward and cross the meridian of 30° west longitude in about latitude 55° north; then steer, according to destination, for the strait of Belleisle, for St. Johns, or to pass a convenient distance southward of cape Race. In this route, although heavy weather is frequently experienced, the winds are generally favorable, and the Arctic current asists in the latter part of the voyage. In thick weather the thermometer may be useful, as the tempera- ture of the water falls on the banks of Newfoundland. In spring the best route to follow on leaving the English channel is to make a little northing, so as to cross the meridian of 18° west in lat. 50° north, and thence direct if bound to the northern ports of New- foundland; but if bound to the southern part of the island or to the gulf of St. Lawrence, steer so as to strike the Great bank between the parallels of 45° and 46° north, keeping a good lookout for ice when nearing the ice limits. At this season of the year a lane of water is often found between the ice and the east coast of Newfoundland, ex- _ tending from cape Race to Bay Bulls, at which latter anchorage a vessel may await in safety a clear passage to St. Johns harbor round cape Spear. Vessels from ports on the east coast of England or Scot- land with a westerly wind go northward and round the Orkney islands; those from Liverpool or the Clyde pass northward of Ireland. Formerly the New York packet ships, when making their winter voyage from Liverpool, kept in high latitudes until nearing New- foundland. This they did for the twofold object of avoiding the tempestuous weather so generally experienced to the southward, and of obtaining fairer winds. The voyage by this route is shortened in distance; and, although bad weather must be expected, it is not so violent as farther south; besides which the easterly currents are avoided. The southern route.—After clearing the channel, and if the wind permits, steer to pass midway between Madeira and the Azores, or if the wind does not favor, pass nearer Madeira, into the northeast trade wind. When well in the trade run westward until in about 45° to 48° west longitude, then haul gradually up for cape Race or Cabot strait. 14 GENERAL REMARKS. The routes from Newfoundland to the British isles are direct by the great circle, care being taken to avoid ice. To the gulf of St. Lawrence through Cabot strait, after passing southward of the Virgin rocks and St. Pierre island, endeavor to make St. Paul island (see p. 263) which, being of considerable elevation, bold all round, and well lighted, may be made both at night and by day; with proper caution it may be steered for even in fog, unless it is very thick. Between cape Race and Cabot strait give the south coast of New- foundland a wide berth, attend to the set of the current (see pp. 52, 54), and take frequent soundings on the banks, the usual state of weather being fog. Caution.—In approaching St. Paul island from the eastward with northerly winds, the prevailing south-southeasterly current which at times sets toward Cape Breton island, should be guarded against by sounding on the bank extending off the eastern coast of Cape Breton island. The south coast of Newfoundland, eastward of cape Ray, is broken, rocky, and dangerous; there is often a strong indraft toward the land, and the tidal streams are influenced by the winds; while south- erly and easterly winds, and often also southwesterly winds, bring a thick fog, which is most dense near the lee shore. This coast there- fore should not be approached, excepting with a decided northerly wind and clear weather. Nore.—With southwesterly winds, while the weather is foggy east- ward of the meridian of Flint island, Cape Breton island, it is fre- quently clear for some miles off the land westward of it. Magnetic variation.—The magnetic variation changes rapidly from place to place on the coasts of Newfoundland and Labrador. This change, which is shown by the crowding together of the lines of equal magnetic variation on the charts, amounts to 1° in about 45 miles in the vicinity of cape Race, in about 37 to 32 miles on the west coast of Newfoundland, and in about 32 miles near cape Chidley. Great attention is therefore necessary to the course steered by compass. Observations obtained during recent years show that the secular change in the magnetic variation is in some cases very different from what was anticipated. The results of these observations have been embodied in the chart of the variation of the compass at the beginning of this volume and in H. O. chart No. 2406, curves of equal magnetic variation for 1910, and these charts should be consulted on all occa- sions when deciding on the variation to be allowed in shaping course, etc. i The deviation of the compass should be ascertained when ap- proaching Newfoundland, as the large angle of magnetic dip and the small horizontal force in this region may cause the deviation to be “MAGNETIC DISTURBANCE. 15 different from that determined in other places. This applies both to corrected and uncorrected compasses, the change in a corrected com- pass being largely dependent on the suitability of the correctors, viz, magnets or soft 1ron, and in an uncorrected compass on the suitability of its position relative to the surrounding iron, especially vertical iron. Local magnetic disturbance.—In many parts of Newfoundland and Labrador local magnetic disturbances affect magnetic compasses on shore. Although it is not possible that these disturbing forces can extend to vessels navigating off the coasts, yet they may extend to vessels at anchor near the shore and areas of disturbance may also exist in places at the bottom of the sea capable of producing small disturbances in compasses of vessels when in shallow water. Actual experiences of this kind have occurred, but they are not common. In water exceeding 50 fathoms in depth no effect has been observed. In view of these facts, the method of fixing position by sextant and station pointer is preferable to the method by bearings. CEA PIE i BANKS OF NEWFOUNDLAND AND NOVA SCOTIA BANKS. Flemish cap, the eastern of the Newfoundland banks, extends, within the 100-fathom line, about 50 miles north and south and 25 miles east and west. The least depth yet found on the bank is 58 fathoms, near its southern end in latitude 46° 53’ N., longitude 44° 38’ W., the bottom being sand, mud, pebbles, and large stones. It has only been partly examined. There is deep water between the Flemish cap and Great bank. Great bank of Newfoundland.—This bank extends between the parallels of 48° 35’ and 42° 54’ N. latitude on the meridian of 50° W. longitude, and between the meridians of 47° 35’ and 57° 20’ W. longitude on the parallel of the Virgin rocks, 46° 25’ N. latitude; this includes St. Pierre and Green banks, which are in reality a por- tion of the Great bank. The form of the Great bank is irregular, but from its eastern limit on the parallel of 46° 25’ N. latitude its edge trends southwestward for about 230 miles, and the water on the bank near this edge de- creases in depth, so that on the parallel of 44° N. there is a depth of only 22 fathoms. On the parallel of 42° 54’ N. and meridian of 50° W. the bank falls into deep water, and its 60-fathom edge trends northwestward. | The general depth of water on the Great bank, westward to longi- tude 52° W., varies from 30 to 45 fathoms, and the bottom is usually sand, gravel, or broken shells. The only known shoals are the Virgin rocks and banks and the Eastern shoals. Westward of longitude 52° W., the depth on the shoaler parts of the bank varies from 20 to 50 fathoms, but these shoal parts are separated by channels of deeper water, in one of which, extending southward from Placentia bay, there is a depth of 142 fathoms. Southeastward of Ballard bank, near cape Race, there is a channel about 20 miles wide and 80 to 100 fathoms deep. Birds.—Approach to the Great bank of Newfoundland is gener- ally indicated by an increasing number of sea fowl around the vessel. The Great Shearwater, well known to fishermen by the name of 76 NINE FATHOM BANK—SOUTH SHOAL. tt Hagdown, is seen all across the Atlantic, but on the banks they, as well as divers and other sea fowl, become very numerous. . Reported shoal.—A sounding of 8 fathoms was reported in 1874 to have been obtained in latitude 46° 12’ N., longitude 49° 35’ W., approximately. Eastern shoals, a group of banks, with depths of 7 to 30 fathoms over them, situated about east by south 107 miles from cape Race, are the eastern shoals on the Great bank. The shoals extend about 4 miles north and south, with a breadth of 2 miles; those with depths of 13 fathoms or less break in heavy weather, and a strong breeze causes a confused sea in this locality. Nine fathom bank, 300 yards across within the depth of 20 fathoms and with a least depth of 9 fathoms, is situated near the middle of the Eastern shoals, in latitude 46° 26’ 45’” N. and longi- tude pO? "28" 10°" "W. Bogy ledge, the shoalest of four banks, occupying a space 1,200 yards long and 575 yards wide, has a depth of 12 fathoms water on its shoalest part, which is situated northeast 1} miles from Nine fathom bank. Saunders shoal, about 300 yards across, with 11 fathoms least water, is situated southeast by east 4 mile from Nine fathom bank. Close southwestward of Saunders shoal is a patch of 7 fathoms, which is said to be the least depth on the Eastern shoals. Emmeline shoal, of 12 fathoms, is 2 miles north of Nine fathom bank, and the Gilley shoals, of 13 and 12 fathoms, are about a mile south of the bank. Virgin rocks is the name given to a rocky bank with 3 to 30 fathoms water over it, extending about 9 miles north and south and 2 miles east and west at its broadest part. On this bank is prosecuted the most important hook and line fishery of the banks of Newfound- land. Main ledge, the largest of the shoaler parts of the bank, is 1,400 yards long and 1,100 yards wide, with depths of less than 20 fathoms. The shoalest spot, a small pinnacle rock with 3 fathoms water over it, on which the sea breaks in heavy weather, is in latitude 46° 27’ N., longitude 50° 47’ 45’ W. From this pinnacle a rock, with 4 fathoms water over it, lies 200 yards north-northwestward, and a rock, with 54 fathoms water, + mile southwestward. These three rocks are small shoals rising above the general depth of 8 to 10 fathoms between them. South shoal is 1,200 yards long north-northeast and south-south- west and 700 yards wide, with depths of less than 20 fathoms. The least water on the shoal is 4% fathoms, rock, situated south-southeast, distant 1,3, miles from Main ledge; two other rocks, with 5 fathoms least water, he within 300 yards northwestward from this rock. Two 78 BANKS OF NEWFOUNDLAND AND NOVA SCOTIA BANKS. small rocks, with 9 and 10 fathoms over them respectively, lie near the northern and eastern edges of the bank. This shoal, though with deeper water, is reported by the fishermen to be more dangerous than Main ledge; the larger area of uneven ground causes the sea to rise more readily, and break more heavily, than on the small pinnacles of Main ledge. Main ledge and South shoal are the only dangers of the Virgin rocks in ordinary bad weather, but there are several others that break in heavy gales, and the uneven ground, with the tidal streams running over it, produces a confused sea even in strong breezes. Prairie shoal lies north 24 miles from the shoalest part of Main ledge, is about 800 yards long and 400 yards broad within the depth of 20 fathoms, has 9 fathoms least water over it, and breaks in bad weather. Between Prairie shoal and Main ledge, at distances of about 1,600 yards and 14 miles from the ledge, le Northwest shoal and Maloney ledge, with 11 and 14 fathoms least water on them, re- spectively. Ice.—The Virgin rocks are usually surrounded by ice until the middle of April or beginning of May. Tidal streams.—In the immediate neighborhood of the Virgin rocks and Eastern shoals, the tidal stream attains a rate of # knot an hour, but a few miles away from them there is no sensible stream. Woolfall bank.—It was reported in June, 1900, that a sounding of 9 fathoms, bottom fine brown sand and small stones, had been obtained on Great bank in latitude 46° 59’ 00’’ N., longitude 51° 30’ 30’ W. This shoal has since been unsuccessfully searched for, and its existence is doubtful. Green banks.—A part of the Great bank to the southwestward of cape Race is known as Green banks; on these banks there is a general depth of 40 to 50 fathoms, stony bottom, but there is deeper water in the gullies around them, and between the two parts com- posing Green banks. The deep water gully between Green banks and St. Pierre bank is 14 miles wide with depths of 70 to 90 fathoms; it may assist in veri- fying the position. St. Pierre bank is the western part of the Great bank; from its southern end in latitude 45° N., longitude 55° 50’ W., the western edge of the bank trends about northwest for 120 miles to its northern end in latitude 46° 40’ N., longitude 57° 20’ W. The soundings on this bank vary from 19 to 45 fathoms; generally the bottom is sand and broken shells. A shoal with 15 fathoms on it was reported on June 11, 1906, by the chief officer of the Danish steamer Nordboen. He obtained the sounding of 15 fathoms on St. Pierre bank, in (approximately) lati- tude 46° 36’ N., longitude 56° 43’ W. Ten minutes later a second BURGEO BANK—BANQUEREAU BANK. 79 east of the lead gave a sounding of 16 fathoms. The position was from dead reckoning, and the vessel was enveloped in dense fog with high and irregular sea. Burgeo bank, northwestward of St. Pierre bank and separated from it by a channel 20 miles wide, is about 14 miles across northwest and southeast and 10 miles in greatest breadth, within depths of 50 fathoms. The least depth of 27 fathoms on the bank is situated in latitude 47° 10’ N., longitude 57° 49’ W. Reported shoal.—A shoal with 17 fathoms water over it was reported in 1885 to exist in latitude 46° 53’ N., longitude 58° 19’ W., but it was searched for unsuccessfully in a surveying vessel in 1891. Deep channel.—A channel, about 60 miles in breadth, with general depths of over 200 fathoms, mud bottom, lies between St. Pierre bank, of the Great bank of Newfoundland, and Banquereau and Misaine banks, of the Nova Scotia banks; and this channel con- tinues northward through Cabot strait into the gulf of St. Lawrence. Nova Scotia banks.—These banks are all fully described in H. O. Publication No. 99, Bay of Fundy and southeast coast of Nova Scotia. They are described here simply because vessels bound from the south- ward to Newfoundland must cross them or pass between some of them. Of these banks, the principal in extent and most important in position are the Banquereau and Sable Island banks, the former being the easternmost of what may be correctly designated the Nov: Scotia banks. Banquereau bank, with 15 to 50 fathoms, is an extensive plateau of sand, gravel, and shell, and is distinguished from contiguous banks by numerous flat sea eggs without prickles, which are found on the bottom. It extends from about latitude 44° 30’ N., longitude 57° 15’ W., in a westerly direction 120 miles to the meridian of 60° W. This bank is separated from St. Pierre bank by a deep gully nearly €0 miles wide, having from 200 to 300 fathoms muddy bottom; and from the east edge of Sable Island bank by another gully of deep water 9 miles across at its narrowest part, and 75 to 340 fathoms deep. On referring to the chart it will be seen that its shoalest part, with 15 fathoms, in latitude 44° 35’ N. and longitude 57° 54’ W., is the apex of a ridge (having less than 30 fathoms) upward of 40 miles in length northeast and southwest, and that relatively with the dan- gers off Sable island it is not only a safe offing for vessels intending to pass to the northward of the last-named danger, but by keeping, if possible, in the same parallel, the long and continuous line of com- paratively shoal water would enable a vessel, under ordinary cireum- stances, to feel her way with some degree of confidence until she has passed to the westward of the meridian of Sable island. 80 BANKS OF NEWFOUNDLAND AND NOVA SCOTIA BANKS. Soundings obtained by the French cruiser Vaiade in 1894 indicate that Banquereau bank extends more to the eastward than is indicated on the charts. This vessel, a half hour after not having found bot- tom in 109 fathoms, obtained a sounding of 403 fathoms in latitude 44° 43’ 00’’ N., longitude 57° 18’ 15’ W. From the above position the Natade stood west at a speed of 6 to 64 knots, sounding every half hour, and obtained soundings of 32, 284, 29, 244, 15, 20, and 20 fathoms. In 1904 the cable steamer J/achay-Bennett obtained a sounding of 29 fathoms in appromimately latitude 44° 43’ 45’’ N., longitude Die 25" 00T Wi. Misaine and Canso banks.—Misaine bank lies to the northward of Banquereau bank, between the latter and Scatari island, and be- iween its northwestern edge, with 60 fathoms, and a similar depth on the outer edge of a bank extending from the shores of Cape Breton island, there is a deep gully 25 miles wide, with from 70 to 162 fathoms. The least water yet found on Misaine bank is 36 fathoms, on its southeastern side, the general depth being more than 40 fathoms, with a bottom of stone and broken shell. The outline of the bank is very irregular; its eastern limit is in latitude 45° 28’ N., longitude 58° 10’ W., and its western extremity is connected with Canso bank by the 60-fathom line. The northwestern end of Canso bank hes about 16 miles south- eastward of cape Canso, and its eastern side is separated from Misaine bank by a space about 17 miles across, in which are depths of 54 to 79 fathoms, and some patches of 46 to 49 fathoms. The least water found on Canso bank is 35 fathoms, sandy bottom ; the bank is separated from the north end of Middle ground by a space of deep water, with 100 to 180 fathoms, and from the bank ° extending from cape Canso by a narrow deep-water channel, with 84 fathoms. . Artimon bank, at the east end of the deep-water gully separating Misaine bank from Banquereau, is of small extent, the least water found being 37 fathoms. over a bottom of stone with starfish and Sea eggs. Middle ground, about 30 miles to the northward of the western end of Sable island, has as little as 10 fathoms, this depth being found at the extreme southeastern end of the bank; there is also a depth of 14 fathoms toward the northwestern extreme. The bank is about 40 miles in length northwest and southeast, with depths varying from 10 to 30 fathoms, and is separated from the western end of Ban- quereau bank by a gully 5 miles across, with 100 fathoms. Its north- ern end extends to within 35 miles of cape Canso, the distance between being occupied principally by a submarine valley, having in one locality a depth of 140 fathoms. SABLE ISLAND BANK—BROWNS BANK. 81 If, in foggy weather, soundings should be struck within the 30- fathom line they will impart confidence in making the coast of Nova Scotia, as the middle of the bank is in about the same parallel as the entrance of Halifax harbor. Sable Island bank, surrounding Sable island and lying between the meridians of 59° W. and 62° W., is about 140 miles long, in an east by north and west by south direction, and about 60 miles wide, its southern extremity being in latitude 48° 10’ N. The depths on the bank vary from 10 to 50 fathoms, sand, the shoalest part of the bank lying northwestward of Sable island. A rocky ledge about 250 feet long and 50 feet wide, with a least depth of 24 fathoms, lies about 21 miles to the northwestward of the western light on Sable island. As the position of this shoal is un- certain, great caution should be used when in this vicinity. Emerald bank, about 9 miles westward of the western extremity of Sable island bank, is irregular in form and about 25 miles long north-northwest and south-southeast, and 20 miles wide within the 50- fathom limit. The bank has a general depth of from 40 to 45 fathoms, its least depth, 38 fathoms, being at the northeastern end. Sambro banks lie with their northeastern end situated about 43 miles southeast by south from Sambro island lighthouse and about 14 miles nearly west-northwest from the northwestern end of Emerald bank; thence the banks within the 60-fathom line extend about 15 miles southwestward ; but the western limit is not clearly ascertained. The general depth upon the banks is from 53 to 57 fathoms, sand and gravel, the least known depth being 49 fathoms. A gully about 5 miles wide penetrates from the westward between Sambro banks and the Sambro ledges, the gully having depths from 100 to 112 fathoms. La Have bank.—The northeastern shoal plateau of this bank, with from 45 to 50 fathoms, sand and stone, is 30 miles in length, north and south, by 18 miles broad, the northern end being about east nearly 60 miles from Baccaro point. Another bank, with 45 to 50 fathoms, exists, 20 miles to the westward of the southern end of the above, from which it is separated only by a shallow gully with from 50 to 60 fathoms. Roseway bank.—The shoalest part of this bank, with from 31 to 40 fathoms, stone and pebbles, is about 11 miles in length, and its center is on the same parallel as Cape Sable lighthouse and the northern end of La Have bank. Between the 60-fathom lines of La Have and: Roseway banks there is a deep channel, with from 70 to 100 fathoms, whilst inshore Roseway bank is connected by a narrow neck with the 60-fathom line of the bank extending along the coast. Browns bank, within the 50-fathom line, is 55 miles in length, with an average breadth of 15 miles. It lies to the westward of, but 76846—09——6 82 BANKS OF NEWFOUNDLAND AND NOVA SCOTIA BANKS. contiguous to, La Have bank, and with it forms an almost continuous bank, following the line of coast off cape Sable at the distance of 50 miles offshore. Near the western extremity of Browns bank is a sandy rise about 10 miles long north and south, with from 14 to 30 fathoms, the for- mer depth having been obtained in latitude 42° 47’ N., longitude 66° 12’ W. This depth lies about 44 miles south-southwest of cape Sable. Outside the 50-fathom line of Browns bank there is a deep-water channel 25 miles wide, separating it from the 60-fathom line at the northeastern extremity of Georges shoal, off the Massachusetts coast. Inside Browns bank there is a narrow deep-water channel with above 60 fathoms, dividing it from the same depth on the edge of the shore bank, which follows, about 30 miles off, the line of coast from cape Sable to Bryer island, abreast which the deep water ap- proaches within 5 miles of the shore. There are many inequalities on the main shore bank off the south- western coast of Nova Scotia which it would be useless to describe in detail in these directions, inasmuch as they are clearly delineated on the chart; and by studying this, the navigator will have a compre- hensive idea, not only of the positions of, and depths upon, the various small patches, but also of the relative positions of the larger banks. Caution.—The bottom in the approach to Halifax is very uneven, and soundings over this area have not yet been obtained in sufficient detail to justify much confidence being placed in a position assumed from depths alone. Fish.—The banks off Newfoundland and Nova Scotia abound in cod and other fish, and during the summer large fleets of fishing ves- sels anchor upon them. The ordinary track of the mail steamers is left open, but northward and southward of this track there are numer- ous American, French, and British colonial vessels engaged in the cod fishery. Although these banks have been frequented by fishermen for over 300 years, the fish show no diminution in number. Bank eastward of Newfoundland and strait of Belleisle.—A bank, with generally less than 200 fathoms over it, extends about 100 to 150 miles eastward of Newfoundland and Labrador between the Great bank and about latitude 53° N., although a considerable area with depths of 220 to 270 fathoms stretches south-southeastward from a position eastward some 70 miles from the northern point of Belle isle. The bank of soundings, on which the least depth of water yet found is 86 fathoms, mud, lying about 28 miles eastward of the northern TOOKER BANK. 83 point of Belle isle, affords a valuable guide when approaching the strait of Belleisle from the eastward in foggy weather. Westward of this bank, and between it and the bank, on which the depths are less than 100 fathoms, stretching eastward some 8 miles from Belle isle, the depths are from 101 to 208 fathoms, sand. Tooker bank.—A series of small banks lies between latitude 51° 433’ and 51° 47’ N., and longitude 54° 573’ and 55° 0’ W. The largest of these banks within the 50-fathom line is about 1 mile long north-northeast and south-southwest, and 4 mile wide, with a least depth of 14 fathoms; the position of this depth bears 70°, distant 175 miles from Cape Bauld lighthouse. Other heads of 82 to 50 fath- oms lie northward and northwestward of this bank, being apparently the summits of a very uneven ridge. Westward of these banks is a large gully, about 90 to 110 fathoms deep, from which the soundings gradually decrease to the depth of 60 fathoms, and thence more sud- denly toward the land. CHAPTER III. NEWFOUNDLAND, SOUTH COAST—CAPE RACE TO CREW POINT. Cape Race, the southeastern end of Newfoundland, has a barren appearance, and is faced by cliffs from 100 to 200 feet high, formed of slate in nearly vertical strata. The land rises from the cape grad- ually, and between 10 and 12 miles to the northeastward are the Red hills, a rocky range, 710 feet high. Close southeastward of the cape hes a detached wedge-shaped rock, 40 feet high. In moderate weather landing is effected in coves eastward and westward of the lighthouse, but the usual landing is in Cape cove, about 4 mile northward. Cape Race is bare of trees and has a brown and desolate appear- ance, but in sheltered hollows and along the courses of the rivulets there is a stunted growth of spruce, fir, and alder. The rocks are of the Silurian system, and are thinly covered with peat and bog. Light.—A cylindrical tower, 100 feet high, painted red and white in broad vertical stripes, and surmounted by a red circular lantern, on cape Race, exhibits, at 165 feet above high water, a flashing white light, showing 1 short flash of 0.2 second duration, every 5 seconds, and visible in clear weather a distance of 19 miles. In front of this ighthouse stands an old hghthouse painted in a similar manner. The keeper’s house, close to the old lighthouse, is a square, white building with a red roof. Fog signal.—A diaphone trumpet, situated in a red building with a high chimney, southward of the old lighthouse and connected with it by a covered way, is operated by compressed air, and sounds, during thick or foggy weathér, two blasts of 5 seconds duration every minute, thus: Blast, 5 seconds; silent interval, 15 seconds; blast, 5 seconds; silent interval, 35 seconds. This lighthouse and fog signal are maintained by the government of the Dominion of Canada. Signal, telegraph, and ice reporting station.—There is a Lloyd’s signal station at cape Race, situated between the lighthouse and the fog-signal house; it is connected by telegraph with St. Johns, 84 BALLARD BANK—GARRETT ROCK. 85 to which place vessels passing are reported. Information as to ice, wind, temperature, and also weather forecasts can be obtained, during April and May, by communicating with the signal station. A wireless telegraph station has been established by the govern- ment of Canada at cape Race lighthouse, which is operated for the Marine and Fisheries Department of the Dominion by the Marconi Wireless Telegraph Company (Limited). The call letters of the sta- tion areC KE. See page 42. Tides.—It is high water, full and change, at cape Race at 7h. Om.; springs rise 64 feet, neaps 5 feet. Caution—Currents.—As fog is exceedingly prevalent off the south coast of Newfoundland, especially during June and July, it is necessary to guard against the set of the current and the indraft into the deep bays. See pages 52, 54. Soundings.—When in the vicinity of capes Race and Pine, obtain frequent soundings, which will be regular and of moderate depth. From the eastward, after crossing the Great bank, the water deepens to about 100 fathoms; it then shoals on Ballard bank, and after again deepening to 40 fathoms, shoals gradually to the shore. From the westward in thick weather do not close capes Pine and Race to depths less than 30 fathoms. Ice.—There may be icebergs off this coast at nearly all seasons. In March, April, May, June, and sometimes July, field ice is often encountered, either on the banks or nearer to Newfoundland. See pages 57-61. The earliest recorded time of the arrival of northern ice at cape Race is January 17, and the latest April 12, the average time being about the first week in February. The time of the clearance of the ice varies from February 25 to June 7, the average time being about the middle of April. Ballard bank, situated about 7 miles east-southeastward of cape Race, is 184 miles in length, parallel to the coast, with a greatest breadth of 44 miles within the 30-fathom line. The general depths on the northeastern part of the bank, where the sea breaks in heavy gales, are from 13 to 28 fathoms, except on Tommy and Garrett rocks; on the southwestern part of the bank the depths are from 19 to 29 fathoms. Tommy rock is small, with 9 fathoms water over it; it les at the northern end of Ballard bank, with Cape Race lighthouse bearing 245°, distant 11 miles. Garrett rock, which is the shoalest part of Ballard bank, is small, has 8 fathoms water over it, and lies with Cape Race lighthouse, bearing 261°, distant 9 miles. A small bank, with 13 fathoms over it, lies with Cape Race light- house, bearing 269°, distant 8? miles. 86 CAPE RACE TO CREW POINT. Patch.—A patch of 12 fathoms lies about north, 1} miles from the northern end of Ballard bank, with Cape Race lighthouse bearing 237°. Soundings.—A gully, some 20 miles in width, with soundings of 50 to 110 fathoms, extends southwestward on the eastern side of Ballard bank, between that bank and the northern end of the Great bank. Inshore of the bank the depths increase to from 42 to 43 fathoms, and then decreases to the land. Cripple rock, bearing 221° distant, 13 miles from cape Race, has 41 fathoms water on it; it is a small pinnacle upon which the sea seldom breaks. Clearing marks.—Cape Ballard, open southeastward of cape Race, bearing 33°, leads southward; and cape Pine, open southward of Mistaken point, bearing 269°, leads southward of Cripple rock. Shoals.—A patch, with 7 fathoms water over it, bears 207°, 24% miles from cape Race lighthouse; a patch of 8 fathoms lies 34 miles and a patch of 7 fathoms at 47, miles, both bearing 223° from the lighthouse. During heavy weather the sea probably breaks on these shoals. Directions.—In approaching cape Race from the eastward, after crossing Great bank the water gradually deepens to 90 and 100 fathoms, after which, on Ballard bank, it rapidly shoals to about 25 and 15 fathoms. After crossing this bank the water again deepens to 40 fathoms and then shoals gradually to the shore, which is generally bold, so that 7 fathoms water is often found at a distance of 200 yards from the cliffs. Coming from the westward in thick weather, the soundings are so regular that a depth of 30 fathoms may be easily maintained, and both cape Pine and cape Race rounded with safety. As the soundings after passing cape Race deepen, a cast of 60 to 80 fath- oms will show the navigator that he has rounded this cape, and, with attention to the lead, a course may be steered to the north- eastward with confidence. Pig bank, on which the depths are 17 to 20 fathoms, extends about 24 miles northeast and southwest, with a width of rather less than a mile. The eastern end of the bank bears 185°, distant 43 miles from cape Race. There are depths of 21 to 26 fathoms around the bank. Mistaken point, 4 miles west-southwestward of cape Race, is a green hummock 100 feet high, rising from slate cliffs; on this point is a cairn which is a good mark in foggy weather; but it has not been repaired in some years and may be difficult to make out. Between Mistaken point and cape Race is Shingle head, with slate cliffs 100 feet high. HORSESHOE ROCK—-CAPE MUTTON. 87 In June and July, the caplin season, a large number of boats are engaged in fishing off this coast. Horseshoe rock, a patch 4 mile long northeast and southwest and about 800 yards wide, situated with Mistaken point bearing 67°, distant 63%; miles, and with cape Pine lighthouse bearing 283°, distant 9,6, miles, has 12 to 19 fathoms water over it. Nickerson bank is a rocky patch, extending about 1,600 yards north-northwest and south-southeast, with a width of 1,400 yards, within the 20-fathom contour line. On it are two heads of 104 and 12 fathoms, 150 yards apart, with 13 fathoms between. The bank is fairly steep-to. In heavy weather the sea probably breaks on the 104-fathom head, which les with cape Race lighthouse bearing 40°, distant 17,%; miles and with a long swell from the westward there is a decided lift over the shoalest part of the bank. It is stated that there are other patches of 11 and 12 fathoms be- tween Nickerson bank and Lamb rock (about 28 miles to the west- ward). Freshwater point, west by north 2 miles from Mistaken point, is low, with the land rising in its rear; in the cove northward of the point there is a waterfall 100 feet high. Current.—In calm weather and after easterly or southeasterly winds the current sets westward round Freshwater point, while it usually sets eastward during and after southwesterly or westerly winds. Trepassey bay, 12 miles wide at its entrance between Freshwater point and cape Pine, extends 4 miles inland; and within it are Por- tugal cove, Biscay and Mutton bays, and Trepassey harbor, the last three being at the head of the bay. Between Freshwater point and Portugal cove, 44 miles north-northwestward, the cliffs are from 100 to 200 feet high and the shore rocky and difficult of access. Caution.—Many wrecks have occurred upon this shore in foggy weather, caused by the indraft, which sometimes runs 2 miles an hour on the eastern side of this bay. Sailing vessels should keep a good offing, as the wind often falls light near the shore, and the current and drift of the sea are nearly always toward the land. Portugal cove is rocky and dangerous. On its eastern side a few families live, who farm as well as fish, and have a good stock of cows, horses, and sheep. Cape Mutton, a round hill 330 feet high, divides Biscay and Mutton bays, both of which should be avoided by sailing vessels. Biscay bay is # mile wide and 2 miles long, and at its head is a stream abounding with trout and salmon. With offshore winds, steamers anchor in the middle of the bay in 5 fathoms water, sand bottom. 88 CAPE RACE TO CREW POINT. Powles peninsula, 24 miles long north-northeastward and south- southwestward and 800 to 1,000 yards wide, forms the western side of Mutton bay and the eastern side of Trepassey harbor; it is con- nected to the mainland by a narrow shingle beach. Powles head, the southern end of the peninsula, rises to the height of 120 feet, while the land on the western shore of the harbor rises to heights of 400 and 500 feet. Light.—A square white lghthouse, with sloping sides 30 feet high, on the southern end of Powles head, exhibits, at 101 feet above high water, an intermittent white lght, thus: light, 1 second; eclipse, 1 second, which should be seen, in clear weather, a distance of 14 miles. The keeper’s dwelling is attached to the lighthouse and painted white. Fog signal.—aA diaphone trumpet, operated by compressed air, from a white building situated southeastward of the lighthouse on Powles head, sounds, during thick or foggy weather, blasts of 5 sec- onds duration, separated by silent intervals of 112 seconds. Signals.—The lghthouse is supplied with the International code of signals. . Shoals.—Shoal ground extends 300 yards southward of Powles head and 800 yards southward from the point northeastward of it. Trepassey harbor extends about 5 miles in a northeast by north direction, with a general width of 600 yards to 4 mile. A bank with 3 to 5 fathoms water on it stretches off the western shore and leaves a narrow channel, with 5 to 6 fathoms water in it, off Powles peninsula. The northeastern part of this bank is called Meadow bank and has depths of 3 to 12 feet water on it; Meadow spit at the northeastern end of Meadow bank dries for nearly 300 yards offshore. Savadown rock, with 6 feet water on it, lies about 1,200 yards northeastward of the western point of Powles peninsula, and bears 264° from the first gravel beach, 1 mile northeast from Powles head, and 160 yards offshore. Emerald shoal, about 700 yards south-southeastward of Daniel point (which divides the northern end of the harbor into two parts), and 270 yards off the eastern shore, has a depth of 11 feet over it at low water springs, mud, sand, and stones bottom, and 2 to 4 fathoms around it. Anchorage.—The usual anchorage, in 5 fathoms water, mud bot- tom, 600 yards north-northeastward of Beach point, is sheltered; but the best anchorage is completely landlocked in 7 fathoms water, mud bottom, above Meadow point. Pilots.—Fishing boats from Trepassey are nearly always to be found in the offing, and the fishermen are generally qualified to act as pilots. TREPASSEY. VILLAGE—-CAPE PINE. 89 Directions.— Vessels bound into Trepassey harbor in thick weather should try to make the land on the western side of Trepassey bay, about Baker head, which is bold and hes about 3 miles southwest from the entrance to Trepassey harbor. From off Baker head, a precipitous bluff 360 feet high, steer toward the entrance of the harbor and keep in the fairway. Sims point, at the southeastern side of entrance to the northeastern arm of harbor, open of Beach point, the northern end of Powles peninsula bearing 28°, clears Savadown rock, and Baker head, the outer extreme of land on the west shore, open of Skinner rocks, also on west shore, bearing 218°, clears Meadow bank. When about 600 yards above Beach point, anchor in 5 fathoms water, with Beach point and Powles head in line, bearing 207°, or proceed to the anchorage northward of Meadow point, passing be- tween Meadow spit and Emerald shoal, with Daniel point bearing about 354°. Ice.—During winter, if the ice is heavy on the east coast, blocking access to St. Johns and the eastern harbors, Trepassey harbor may be safely entered, as it is only occasionally blocked by field ice, which arrives about May 1 and leaves about May 10. Winds from north- northeast clear the bay of ice; winds southward of east fill the bay with ice; and southerly winds pack it. The last vessel generally leaves the bay about the end of September. Tides.—It is high water, full and change, in Trepassey harbor at Th. 0m.; springs rise 64 feet, neaps 5 feet. The rate of the tidal stream is only $ mile an hour. Trepassey village, with its neat Roman Catholic chapel, is on northern part of Powles peninsula and extends over to the mainland on the eastern side of the harbor, and it may be seen from Mutton bay and from seaward over the shingle beach. There is good sea trout fishing at Trepassey. Communication.—A steamer from St. Johns calls here weekly from early in May until December. There is telegraphic communi- cation with and a road leading to St. Johns, distant 70 miles. There is a weekly mail service to and from St. Johns by road. | Water can be obtained from a stream near Meadow spit. The shore of Trepassey bay from the entrance of the harbor to Baker head, a distance of about 3 miles southwestward, is covered with brushwood. Baker head is a precipitous bluff, 360 feet high, whence the shore to cape Pine, southwestward, distant 4 miles, is barren. Cape Pine is composed of slate cliffs 200 feet high; on its south- western side the land is not so steep, but the coast in this vicinity is all fringed with slate rocks in nearly vertical strata. The cape is bare of trees and the land rising at the back is rocky and barren. In 90 CAPE RACE TO CREW POINT. moderate weather boats can land in Arnold cove, about 2 mile west- ward of the cape, or in a cove 600 yards northeastward. There is a good road from the lighthouse to Meadow bank on the northwestern side of Trepassey harbor. Light.—A cylindrical lighthouse, 56 feet high and painted red and white in horizontal bands, on cape Pine, exhibits, at 314 feet above high water, a white fixed light, which should be seen between the bearings 230° and 106°, through 0°, a distance in clear weather of 24 miles. Cape Freels, situated westward 1 mile from cape Pine, being low, the light is seen over it, and is not obscured by the intervening land until on a bearing 106°. The keeper’s dwelling is connected to the lighthouse by a covered way. Signals.—The lighthouse is supphed with the International code of signals. Henry rock, situated with Cape Pine hghthouse bearing 11°, distant 2/5 miles, is a small patch with 8 fathoms water over it. Freels rock, lying 235°, distant 8 miles from Cape Pine lght- house, is small, with 3 fathoms water on it; there is a clear channel between the rock and the cape, with 9 to 12 fathoms water. . Clearing marks.—Powles head hghthouse, well open southward of Cape Pine lighthouse, bearing 48°, leads southeastward of Freels rock, and Gull island point, open of St. Shots Western head, bearing 346°, leads westward of it. St. Shots cove, west northwestward 3 miles from cape Pine, formed between Eastern and Western heads, is quite open; a few families reside on its eastern shore, and they are always ready to assist shipwrecked mariners. | Caution.—Many shipwrecks have taken place in the vicinity of St. Shots cove, principally on Eastern head, from which a ledge of slate rocks extends south-southwestward 200 yards. In most cases these wrecks have occurred during foggy weather from neglect to use the lead, and want of attention to the currents. (See pages 52, 54.) : St. Marys bay.—The entrance to St. Marys bay is about 20 miles wide between Western head of St. Shots cove and Lance point, the southern end of the headland separating St. Marys and Placentia bays; the bay runs in north-northeastward about 25 miles and con- tains several good harbors and numerous coves between headlands. Both the eastern and western shores of the bay are generally bold and backed by hills from 120 to 500 feet high. Salmonier river, Colinet, and North harbors are at the head of the bay, where fog is much less frequent and the climate is much finer than at the entrance. The land, when brought under cultivation, is well adapted for pasture or for the growth of potatoes and the hardier cereals. HOLYROOD BAY—ST. MARYS HARBOR. 91 Ice.—-Southerly and southwesterly winds fill the bay with ice, but northeasterly winds clear it, driving the ice to the westward. Holyrood bay.—Gull island point is 4 miles northward of West- ern head of St. Shots cove, and between it and cape English, 54 miles farther northward, is Holyrood bay, which, being open and exposed to the sea, affords no safe anchorage. Behind the long gravel beach which forms the shore of this bay is Holyrood pond, a body of fresh water 11 miles long and 1 mile wide. ISLE OF VALEN HARBOR. 135 north shore is situated a smaller rock, from which two rocks that dry at low water extend to the southward. Directions.—To enter, pass north or south of Sugarloaf island in midchannel, and then between the two smaller islets west of it. The anchorage is in 7 fathoms, close within the islets. A small rock hes close to the shore west of the anchorage. Several houses are built at the head of the cove. Isle of Valen harbor, on the southern side of the island, is avail- able only for small vessels; it is sheltered by Little isle of Valen, Dutch cap, and Canary isles. A wharf is situated on the east shore. alongside which vessels may he in 5 fathoms, but the approach is encumbered with shoals. Isle of Valen harbor may be recognized by a flagstaff erected on a small hillock 38 feet above-high water, on the northeastern side of the entrance, which is about 50 yards wide and clear of danger. Immedi- ately within, the harbor expands to 150 yards in diameter, and the wharf is situated on the north side of this expansion. Again narrow- ing, and with a sharp bend to the northward, the harbor then opens into a perfectly sheltered basin 250 yards in diameter. Both outer and inner portions have an even depth of 5 fathoms, but a bar joins the opposite shore just within the narrows, with only 12 feet on it at low water, and a sunken rock lies in the middle of the bend, off two islets. The point close north of the wharf is foul for a few yards, otherwise the shores are steep-to. Small vessels may lie in perfect safety in the outer basin or alongside the wharf. Ice.—Isle of Valen harbor occasionally freezes during severe win- ters, but, the ice being as a rule thin, anchorage can generally be ob- tained. Communication.—The steamer from Placentia calls at Isle of Valen harbor weekly. . Dutch cap is a conical island, 600 yards long, 266 feet high, and composed of two parts, joined by a low narrow isthmus. The north- western and lower part 1s faced by reddish cliffs. A channel 100 yards wide, with 6 fathoms in it, separates Dutch Cap island from the south extreme of Great Isle of Valen. Three rocks that cover at high water he nearly 200 yards from the southeastern side of Dutch Cap island. Little isle of Valen, ? mile long, 400 yards broad, and 327 feet high, is separated at its northern end from Dutch Cap island by a passage 600 yards wide. The western end of Little isle of Valen is low, and a short distance from it is an isolated rock, with 8 feet water over it. A ledge, 100 yards in extent, with 3 feet water over the shoalest part, lies 133 yards southeastward of the southern end, and a rock, with 5 feet water on it, hes 200 yards from the northeastern end. 126 CAPE RACE TO CREW POINT. Leading mark.—The summit of High lookout, over Presque, in line with the northern end of Little isle of Valen, bearing about 252°, leads northward of this rock and southward of those off Dutch Cap island. Canary isles are a group of low rocks, the highest covered with grass and 23 feet above high water. Shoals extend in all directions and almost block the channel north of these islets. A shoal with 12 feet bears 101° distant 300 yards from the highest, and Trinity shoal, with 9 feet water, extends 200 yards in a direction 56° from the northernmost of Canary isles. Net rocks lie off the south shore of Great isle of Valen, and are 4 feet above high water. A rock, with 1 foot water on it, lies 100 yards westward of Net rocks. Betty island, 84 feet high, round, and covered with brush wood, is joined at low water to the southwestern extreme of Great isle of Valen. A conical hill 480 feet high hes close within Betty island. The west shore of Great isle of Valen is almost straight. Francis cove, a small bight with a few houses round it, is $ mile from the southern point. A sunken rock lies close to the north point of the cove. Net rocks, 1 foot above high water, are joined to the shore $ mile north of Francis cove, and a rock with 5 feet of water bears 149° distant 14 miles from the northern extreme of the island and about 80 yards from the shore. Grandy point, on the mainland, 1,600 yards southwestward of the southern end of Little isle of Valen, is the name of a settlement surrounding a cove, nearly 200 yards across, that affords good sheltered anchorage for fishing craft, in 4 fathoms water, except with northeasterly winds. A small islet, with a house on it, lies north- westward of the cove, and the southern entrance point is foul for a short distance. Grandy Point rock is the turning point westward of the passage between Great isle of Valen and the mainland; it just covers at high water, and has foul ground extending 200 yards southward of it. The land southward of Grandy point comprisies a flat ridge backed by a peaked hill, 414 feet high, behind which rises another sharp peak, 526 feet high. Rocky cove is situated southwestward 4 mile from Grandy Point rock, and Rocky Cove sunker, a small rock that dries 4 feet, bears 206°, distant 250 yards from its northeastern point. Foul ground nearly joins the rock to the point, and two shoals, the outer of which has 12 feet water over it, extend eastward 400 yards from the rock. The coast to the southward of Rocky cove is rugged and cliffy, falling from hills covered with moss, and is foul for a short distance. BROOK ROCK——GOAT ISLAND. LOG Brook rock, with 10 feet of water on it, bears 191°, distant 1,050 yards from the northern entrance point of Rocky cove. Stony Point rock, with 10 feet water on it, lies 150 yards from the shore, at 200 yards in a direction 56° from Stony point, a rugged projection shel- tering the cove of the same name, situated 14 miles south of Rocky cove. Clearing mark.—The southwestern end of Great isle of Valen, open northeastward of Grandy point, bearing 354°, leads eastward of Brook rock. Long point, a narrow promontory 89 feet high, extends 250 yards from the coast at 1? miles south of Rocky cove. Some rugged rocks, the lowest of which covers at high water, lie north of the point, and shelter a small cove with a beach of shingle. Patrick island, 27 feet high and bare, is 1,300 yards southwest- ward of Long point; another small islet lies close east of it, and sunken rocks that break in ordinary weather extend east and south for a distance of 200 yards from Patrick island. This island is the dividing point of two coves, and the turning point of the entrance to Presque harbor. In the northern of the two coves is a rock that dries 1 foot at low water. Presque harbor, 5 miles long and 1,200 yards wide, has many rocks in its entrance, which is consequently intricate, but within the entrance there is generally a great depth of water. The passage between the inner rocks at the entrance is only 100 yards wide. The harbor extends nearly north-northeast and south-southwest. with the entrance about the middle of its length. There is a con- spicuous house at the head of the northern arm. Western rocks are two bare islets 13 and 12 feet high and 200 yards apart, situated southward of the entrance to Presque harbor; there is no passage between them, but they are bold to on the southern side. Big island is a flat bare rock 30 feet high, situated 800 yards northeast from Western rocks; it is bold-to on the northeastern and northwestern sides, but from the southwestern side a bank extends south-southwest a lttle more than 400 yards, with 34 fathoms water at its extremity. Goat island, situated on the northeastern side of the entrance to Presque, and separated by a clear channel 200 feet wide from the eastern shore, is covered with moss, and has a flat summit, surmounted by a small tuft, 108 feet high. Little Goat islands are two square islands and a small rock lying close south-southwestward of Goat island, with shoal water extending a short distance in the same line to the southward. A cluster of rocks extends westward of these islands } mile; the western, on which the 128 CAPE RACE TO CREW POINT. depth is 9 feet, being situated close westward of a rock that dries at low water. Harbor rock, lying southwestward 550 yards from Little Goat islands, is the western turning point into Presque; it is 11 feet high, small and flat, and has a sunken rock lying a few yards eastward of it. Coppaleen rock, 5 feet high, hes 600 yards southeastward of Harbor rock, and is connected by a reef to the mainland, from which it is distant nearly 200 yards; it may be approached to 100 yards on the southern side. St. Kyrans, a bight 800 yards long and 250 yards broad, is entered from the northwestern side of the head of the northern arm of Presque. Shoal ground extends a short distance from the eastern entrance point. Tides.—It is high water, full and change, in St. Kyrans, at 8h. 20m.; springs rise 7 feet, neaps 5 feet. Worthwest cove, situated on the western shore, opposite the entrance, affords anchorage for a few small craft in 5 fathoms water, but the holding ground is bad. Shoal.—A small shoal, with 3 fathoms water on it, hes in the middle of the southern arm of Presque, and is the summit of a rocky bank, 200 yards long, within the depth of 10 fathoms. Southwest beach, situated at the head of the southern arm of Presque, has shoal water extending nearly 200 yards from its head, but there is anchorage in 15 to 17 fathoms water. Ice.—-During severe winters Presque harbor occasionally freezes, but the ice is generally thin and does not interfere with anchorage. Communication.—-The steamer from Placentia calls at Presque harbor weekly. Directions.—Strangers will find Presque harbor difficult of ap- proach, and if under sail must be prepared for the squalls that de- scend with great violence from the hills and through the valleys when high winds prevail. There are two entrances; the better is that close eastward of Western rocks; the other, eastward of Big island, is not available in bad weather. Enter with Goat island well open eastward of Western rocks, bear- ing about 354°, and pass Western rocks at the distance of 100 yards. Then keep the two Western rocks in line until Harbor rock is open northeastward of Coppaleen rock, when steer to pass 200 yards north- eastward of Coppaleen rock and 100 yards northeastward of Harbor rock. Anchorage.—Large vessels anchor in 25 fathoms water off the conspicuous house at the head of the northern arm of Presque; and small vessels in St. Kyrans harbor in 7.to 11 fathoms water, mud bottom and good holding ground. TASSE L’ARGENT—PARADISE HARBOR. 129 Tasse argent (Tostello) is a shallow harbor, with its entrance southwestward 600 yards from Western rocks; it is available only for small craft, and is at all times difficult of access, the winds being frequently baffling. The shore.—From Tasse l’argent to Eastern head, 24 miles south- westward, low rocks he off many of the points, and shoals front the shore at the distance of } mile. White sail, a conspicuous white patch in the cliffs, is situated southwestward 3 mile from Tasse l’argent; and White Sail head, a remarkable sharp peak 615 feet high, is $ mile southwestward from it. Eastern head, southwestward 14 miles from White Sail head, is a narrow cliffy promontory, terminating in a peaked rock, off which shoal water extends nearly 200 vards. Black rock, bearing 190°, distant 1,650 yards from Eastern head, is 23 feet high, small, bare, and bold-to. The Sunker, a rock with 6 feet of water over it, bears 247°, distant 600 yards, and Heptidge rock, with 44 fathoms over it, bears 240°, distant ? mile from Black rock. Gull islands, a group of conical rocks, the highest of which is 156 feet, he southwestward ? mile from Eastern head. Great Bonah cove, ? mile northwestward of Eastern head, is 1,100 yards deep and 400 yards wide; the settlement is situated round a small bight on its eastern shore. Anchorage.—There is temporary anchorage for small vessels off Great Bonah in 11 fathoms, sheltered from all winds except those from southeast to west through south; or for large vessels in 11 to 13 fathoms of water, farther out. Little Bonah cove is southwestward nearly 2 miles from Great Bonah cove. Back cove.-.-- =<. US Ramea islands........... 224 PATICROMIAYE ote. 250 42 2 Sot Sae ene 378 | Badgerbay.........--. cp. 458 PiRHAGIIn POI. 2 2-/ cose See ets 641 FOGK oo. 2. 155 FAMTIOL GUCOVCL ees eee eee na eee cee 110") "Bagoicovie®:..... .. -....2 25a 216 Arran cove, anchorage; Back ———— head.2.........1.-) 3 474 COW Ow sas eee eae ey ee 201, 202. | Baggsthead 32.........'. 22-25 240 PPRGW POUNG. 2k wee Sess eae cs ei 555 island, Burgeo islands........ 230 AUF FOCK 22.260 sash 2 ee sss Sisto Merasheen island.-..... 133 era mon Dank. J. 2520'ans) Shek. oe 80°| Baie dea Loutre. --..... 7 2eeaee 258 Capeures SP AaePee eR Le Sot 363 | =—laeeree ee... l ...-2 182 Ashley Baker island.........----- 558, | Batley cove:..-....-.--....-=eee 559 Ashwanipi river...) sekest 5 a5. 35 | Baileysicove...:......-.. 2. sees 409 Assizes harbor and rock.....-.---- 628.| (Baillieisland..........4-35seeeee 699 Tel ints BR? 2 a A en Pe 627 | Bakereove....-.....-. 22a 112 Mthwart tslandele 20 S39-4 .2ti5. be 551 | =———head.......-.--.....2eeeeeee 89 Atlantic, sailing vessels’ passage Bakers rook ......... =... .322 2 eee 324 ACRUBA eset eto Cente tear sae 73 island. ........--. 2. 255 steam vessels’ passage across.. 68-72 | —— ledge..............--..2.---- 715 —-—— cove, St. Paulisland -...--.- 264 | —— Loaf island and rocks....-..-. 551 Wudierne jalan. 2... . 334 | —— cove grounds.............-- 425 livid OO) ee eae Gee Reet 695 | —— cove and head...........---- 515 Batrix island. ...-. ath ete a 506 | —— UG 25 La 440 baiery pombs2. F620 Pe 216) 568) == spolmmteme nec. fs. tse 530 ant leshanbons se seen ere oer G25, erciree ee 577 IBIAS: Se 5 eee elas G24 Siac albino 3 ok sole 197 BAU GSICOW Coen are Steelers ree AOSteeketrele Mo et 678 TELE US SMS EP Se Beene T24ebeckioraesmogle - 06. 2. !/-),2\-e0tee 94 Banldiseanes hionb.).).. 2522523: 365, 367 | Bed head...... Bess) hei eee 693 Bawdens Noles 5/05 2.6 hs se 602 | POC. 2 Ee eens A) 475 758 INDEX Page. | Page. Bee asian seer er.-/ 2a er 353 | Bie Conne ....-...-22-+ <-S=eeee 189 pehlerishodl Benes. oj. ie Aone « 172 | —— Copper head....--..----=-=2= 204 Bell island, Conception bay. - .--- 599 | —— cove, cape St. George........ 282 ——— Gray islands: ...-...2--- 386 | ———— Newfoundland, E. coast. 399 —— ——— Placentia bay. .-.-----5 HUN) eee héad.: .... 2-5-2" 315, 404 —— rock, Conception bay.....-. 599 | —— Dick LOCK. .-. 2.2.2.2. 265 eee Garis bayee ao)" =e - = 948 | —— Duck island. ...------2es pee 632 ee — West ATMs. sea = netee = 953 | == Gull qsland ..... 222-2 502 ellleranse...,2). se ees eee ees cer 369 | —— head, umber arm sseeseeee 307 2s | ee pe ae aoe 190 | —==> = Mortier bay: -=2-=2e=am 160 eee ATDOR 2. 1s foe de oe et ae ee 191 | —— cove, White bay......-- 415 eI ATIG Se Ae se ne ee ae 192 | === island cove... 2-2 >= >see 301 SiS EI ey Ed Te De ea og 639, 640 | —— Bacalhao island.......-- 722 —— isle, meteorological table - --- 50) | = “Garia bay. - 2-22 2eeeee 245 Northeast ledte see s..,- 641 | == Hamilton inletaasceeeer 716 Belleisle: strait of.2- :2-)---2c8 - 356, 641 | ——-— Little Burnt bay.......- 493 ao reneral directions... -- G48.) Soe Merasheen island.......- 134 ee SOUNGIIeS eee cee aes 641 | —— —— Old Jeff island.----3233= 680 ippitens pot. 7: .256< bes - ast 474 | = Pilley tickle. 222 7am 450 Belles Amours shoal... ---------- 646 | — = Presque harbor: 2222 =ee= 127 pplloram. lioht2. 60... hase ee 192 | == = Naglek bay--2: =) =-reeee 750 IbelvansicOvelsee sass: ere eee 339 | — —__ Three arms. --.---------= 437 BBL Vin DAY-2- sucl-ick eine ore ee er 378 | —— === Troytown island=----ee=s 456 Benburty rocks. 222s... .° -2e--> 540 | —— Pig island, Fling islands. .--- 684 omen sthen es 223o7 One ee: she's 533 | ——_—— —— Labrador, E. coast. 689 enie wletic: 2250.6 Heo ety: fc) aie 340 | —— Plate islet.........-.-.------ 185 Reaminns island's: 2222-22-22: 5652: 544 | = pond....-...-- 2+. ssanaeeee 110 mennet TOCK shee sobs See ae meee 949 |, === Pools island... ose aeons 539 Bennett bank pose tne sasee ee oo: 142) | = sRatiling brook: 23.2 eoeeee 202 COVedG eit esse: = Bae yee 248 feet... ::.. 2s, ee 751 ee CK se 2 ieee eee cele ee 244 rock and island, Deer harbor. 4579 BenOliCOVGse.- 26s ease obee sane 304, Garia bay) = 452 52-oeeee 245 Berry head and hill........-..--- 324) Merasheen island.......- 134 Pallisse ets he eer eee 168. | === Salmonier stream): 22 eeeee 165 —— island, Bacalhao island. ...-. Py || => Sell COMeAReaeee sos aaebe +2 =< 102 = = JInGinin Pintiigs SSS descss 496 | island .:... 2. 22850 e eee 248 ee = Webber ieht-. 1.22582 =- 504 | —— shoal, Despair bay.---------- 200 — ——- POMIE . 2 5 ase ee ie ee 948 | ———~— Grandmother rocks...--- 124 Iperirandcrockseeis es) - ae: fein 173 | = Little river bank ye see- 220 Besom island and cove....-..------ 468 | ——-—— Merasheen island.....--.- 136 Bessy gsland < feces esses See isi 550) | ——==—- Placentia bay... a5 156 etis COVe.. os ee nee en One Mean | —— —— Stanley rocks i 159 —— island, head, and bight....... 498 |) === White islands)22- 2s. aan 121 Betiy island 22 --c se eae <= = WAR | — = (Srovayyy MUIR eee oS 734 Beverley cove.....--------- eae 313 | sunker, Cing Cerf bay. ..---- 240 IBiechevannmyss ee oer eerie 388 | —— Little Harbor island. -. 107, 108 Bide arm and shoal..........-.---- 391 | —— Redland 2oseeneeeeees 136 Br Bald ‘Head. 22 220. Sane. os 136 ‘Froytown island-- 2. 2-25eecn 456 —— Barasway, Goose arm.....-.-- 310 | Bight, The; shoals, clearing mark. 197 S| ey eeoebsbebacbane 25 Se Oop aE Wite LOCK - 2 Home se sem ete 142 see SRV MIBIGL Sess aie 7s Helier AZO) illitardCOVe= == 5 sse=ee ee ek ae 236 eee TOOKH EEE Ee eee eC eine 358 | ——— point............. 22252 -see5 387 ieee NANCE ICOVERe nee ee see ner eae 582 | Bally island... .... 22 eee aie 190 ibimghameshoal...../:.0.:.--+:.. PAROM YOR Via ss 2 5-j/5 4-5 e----- — cove, bay of Islands.......... —— —— Despair bay....-..-.-.... —— —— Green bay.......--....-.- —— —— head................,-.. = and, tickle. 22.5.2. 25s. - — —— .— 10) pac eee eae ae —— point.. —— — [Little Brunet islands.... —— islands, Merasheen island.... PEAY 2 22-3 hoy... OS ie i Bishops harbor..... Beep L cits 3's 3 — Duck brook village........... —— —— cove, Horse chops island. and island, Rocky oie oe —— — —— Random sound... .. a=== TAT SIE hr =—\George head.-..............- —— head, Great Caribou island. - . Seine AConua DAY... -.. =. = Pouch Cove: ......--..-. bay, Bonavista bay... .. St. Johns bay..... —— island, harbor; cape North... SSS a ooh oe tickle; bay of 7 ea islands. . Soh aici che Be —— islet; Grae fener eRe om eT eee Griguet island- 2.2.0.2... EP ST ASST OTS) (cy AE a a TU INDEX. 759 Page. Page. 155 | Black islet, Pistolet bay .......... 360 501 | —— —— St. John bay.......- CL ee 305 | —— —— Yellow point........... 348 207 |, aI ORCICOVEE ods < Sein 28 sn the 639 AGO). |) eet UR eRe cic ars 2h Astle al ay sere 570 438. |, = 1@ terms 2c hoe st as 20 318 | —— point and rock; Greens har- 493 BOBS ot es es 585 113. | = = Bast island .. 2 chon us 665 202. | ——-——— Temple bay -2- 2.21.0... . 637 459 | —— reef, Butterfly islets.......... 537. 562 526 678 einer, elacentia bay... ...58 0 112 185 | —— rock, shoal; bay le Moine.... 249 135) |\ aoe Ue sland .72.).-8 4 6) one 702 | ——— —— cape Chevre............. 174 (AP ——— == GFN IMO Re OTIS ER ee oes 713 87% | == Chance. coves.4. 1285 -. 5 619 424 | ——- —— Chateau bay............: 636 552) |) = mgu@ert bay. 3.2. .2s.- 239 523 | ———— Comfort head ............ 681 748 | == Gooper head '.-.4. 125252 675 His} |) === === Comiernul Ob aaeto bene bs: 238 645 | —— —— Deepwater island........ 678 693, |. —— —— Duek island.............--- 707 577 | ———— East Bradbury island... 691 345 | ——— —— Eastern head............ 129 Pel Oe] <= == POxe Ween poepheoe saose 726 (12! saat eee EEA OAS op. 4k ees 248 aii =a Cady. passace.. |. 0) 5 255 549 | —— —— Little Garia bay..:....- 249 Fae ee Waa eT Ofer eee ene 189 354 | ———— Ragged islands........... 130 574 | —— —— Ramea islands......:...- 224 622 | —— —— Rose Blanche point..... 250 245 | ———— Saddle island........... 209 626 | —— —— Shag rocks............... 196 100 | ————|Sloop cove..........-..- 666 600 | —— —— Sloop run............... 478 616 | ———— Southern harbor........ 441 599 | ——-—— Stanley rocks......_.... 159 610 | —— —— Bear island............. 222 162 | —_-___ sunker, ground; Little 167 iBay island)... sa 44} 617 | —— —— Styles harbor........... 677 703 | ———— Verge island............ 573 510 | —— rocks, cape Porcupine......... rales 499 | ———— Domino run............. 696 476 | ———— George island........... 715 359 | ———— Ice Tickle island......... 720 520 | ———— Independent island... 711, 712 369 | ——-—— Indian tickle approach... 700 385 | —— —— reef;Greens Pondisland. 53: 760 INDEX. . Page. Page. Black rocks, White point .......-. 700: || Bloti point... .: ...o22s2 eae 571 —— shoal, port Basque approach... 258 | —— shoal, Lamalin bay... .. 169 pare SIMONE SS etfs eee ate = ote 222 | Boar Island light, rock and shoal.. 229 tickle, Island of Ponds.....-. 695) | == thet. i... 228 blackbenwyashead =. 23s. 222 ote 435 | Boat harbor, Newfoundland,N.coast 358 LeU Mes 28 2a a ser b OeM Le ee 463 | —— —— head, Placentia bay.. 149, 150 Inlaekotward bay. .)aos0.6< 2 ee ee 707 | —— head, Watts bight.......-..22 358 Piake Cround: 2232 0.c1tee eee en 624 TOCKS: ).:......020 ee 187 iakevavcround.=--2-eeeee se oe: 526 | Boatswain island: . 204-2 heseeeee 520 .Blanc, cape, light, shoal; Great Bob: head <.:::...22.. 63a 191 Miquelon. 2.022.422: 182 | ——— Lock*eove. 2.2... . 222 eee 212 —— —— §t. Pierre island.-......-. 173: Bobbyxcoves:2.: =. 24. aSss eee 427 a eI e neh e es Soca wie oe ete 653 NOCKS2 4: )././. 02 682 —— —— directions.............. 654 | Bory dedees 2220-2.) ee vith ——_— —— fisheries, supplies....... 655 | Bois island, Despair bay... -.-...- 203 ee TIVO besten eno eek 653 | ——-—— Ferryland head........ 6165 Blanche point 256 235.0222. 020... 172 | === Hardy harbors.2-aee 420 —-- Roundshanborsss--2 52 - 421 | Bombproofisland= 2222 54seseeee 695 PIVEG pa h eo e Seine 278 | Bonaventure head............---- 567 bandtords,;porben.-.--22 2-2 5-5 507. | Bonawastaibay :----2s2525s see eee 534 = SEL OIE yee ee at ia ae eer 653. | —— cape; light......../.5.2e5eee8 561 erenicinlotsaes ses yee oe eee es 537 | —— cove and town..........-- 559, 560 EMO KenOG Kees Ate nee neve 588 | —— population.........--...--.. 30 EOLITSE'G 1) D8 ee ie ie Rg A ag 549 | Bon Garsirock: .. ...... 24245 ase 362 — point, Cowpath.............-. 548 | Bonhomme point..........-....-- 385 ---= Soundaslandees see. = 113 | Bonne bay, Cook point peninsula. 359 TEEN GIN ete te adie aS ley a nS 548 | ——-—— harbor, Hermitage bay.. 209 SoomMor harbor. he. es. estes 551 | ——-—— Newfoundland,W. coast. 316 Blow-me-down bluff, bay de Loup. 225 | Bonnels point..........-.....-.-.-- 224 Devilbay-... 213.) Bonniereshoal:. 1... 228. Seeeeen 172 Storehouse Bootharbor: ...-..242--8s2 oe 443 COVEl es. 124 | Bordeaux island, gut... 2.225.222 110 —— —— —— head, bay deGrave. 596 | Boswarlis settlement, supplies...-. 291 —— —— —— hill, Little St. Law- Bottlemockecc =). a 532 rence harbor....-- 166 | Bottom arm, port Charlotte.....-.- 662 -o mountain, bay of MBotwoodvallest 2505555550. e eee 476, 488 Islands. -.. 301,303, | Bousllagpomt:....-2.222.2e34 see 186 Labrador, E. Bouleatx bay.) oe se eaee eee 376 Coast aeeese 750; | Boulonnaise rock... 2 (22-2222 eee 387 — —— —— sunker............ 161 | Boultertrock.. :. 237.22 eee 680 lownard rockss2 ssp cee ee 514. | Boulton‘islet-..... 1-202. S 82am 582 lue Beach point :23272 2232 = =< 166 TOCKG .2 324.2 ee 705 —— hills of Couteau.......-....- 239 | Boutitou, havre de, shoal, point.. 390 — —— Salmon cove.......-.-..- 508)! Boutwereusland.... 00 309-seseeee 747 === Mommy 252.2. ae tease...) ~ 137) "BomwandtArrow shoaleizsea sce 612 — Pinion harbor..........-...-- 193° Bowang brook. ..\.. 2: 422 eee 333 ae Ae Gl aiathe oe se rete 105, | ‘Bewlder bank: :. i. 47S 20. eos 593 Byuticapes.:) sss ese 673 | Boxey harbor, point, promontory, — head and light.............. 168 Pees so set See 2h 193 —— —— Port au Port.....-..--... 2935\Mboyeansitickle)/-22 sees eee eee 665 ——— —— cove, Toulinguet island. 510 | Bradbury island..............-.... 691 — —— Salmonier river........ 93 | Bradley rock...... eee ee 590 DOMME N eee ear arene ee eae 571 | Brag rock, Deer islands......-...-- 547 INDEX. 761 : Page. Page. bmp rock, Garia bay....-...-.2.- 246 | Brimstone point... ../.,2'70 2) eke isis! Branch cove, head.......-.......- 94 | Brine islands...........-. wets, SERS 105 Brandies bank, Seal island......... 687 | Wpimerpeaetios. eu eeu 5S ae 557 —— reef, Three arms............. 434 | Batanninicove-... 0.2.22. 20 22 571 — rock, cape Ray.....-..-.-.... 263 | British harbor, point. . 568 — —— New World island....... 515 | Broad cove and head, Black Head — rocks, Badger bay........... 458 | ay sat te eee 2 559 —— —— hay of Islandsapproach. 301 | —— —— King island............ 132 — -— Bonavista bay.......... DAT | ee nnty. Day 2ostee 568 —— —— cape St. Francis........ 600 | —— —— head, Placentia sound.. 102 —— —— Little Brunet islands.... 185 | ——-—— —— Rushoon harbor... 151 —— —— New bay............... 473 | ——-—— point, Newfoundland, W. — shoal, Catalina harbor. ...... 564 | COS8b S65 4553.2 eee 293 — —JeandeGauntisland... 132 TEL BUT Liss Ss See RRR 548 —shoals, Newfoundland, W. Beoi7eqpomts os.sc25. 5 2 lee ee 369 SOS oe 326: | (Brooksponwdl.. 3s. 3 c:.,...2e ee eee 327 Brandy cove and head DUBS eee DOG RR Eris vA a ae eee 127 sacs SOC Se 162 | Brookes'point,. light..........2225: 522 1202. (00 20 G4) | Sepa POM see) 327 Bread and Cheese point and rock.. 612 | Broomclose harbor................. 552 === GOW ces sotboe ee 558 Brothers, The; Great Jervisharbor. 208 === THM eee eee So ee a 140 | —— reef, The; Troytown island.. 458 ipreadibox Ihe... ..--2s...--- 153° | Browndloxisland . 2. 2.225. 90522 547 teaen MOM... 2.22 lse ee 368" | Soaps Mead Spite 313, 1 Gull island. .......2...05.4 eee 464 WTA DE COME san te eine eee! 134) Culletom head--25). 5 eee eee 122 ratty bead 42 spe SUES : 245 |} Gullinghams.cove-....9. 32:23 716 Oras peaks. ous. Agnus ON 2 AUS 326 | Gulotte cove... ../ 2). 3 eeaeaae 239 Cranbernyoslomd sepees sss ae ee OO) Oumalims) head icovesss: eee seas 461, 462 (Crapaid), Camere. saat a= ae ar Al7 | Cupids cove: s>.2-4o25: See 596 Crawley islands. 22 eels oA 102 Curlew island and harbor........- 705 Grazy Betty shoaleva) Seo nay. 199 PONG. =...3. -- 22 Sa 363 Cremaillere harbor. ...22-25..2-5-2 374 Currans Green field isl fie oe 315 Greveusletss..0.525 55 eee eee libs sGurrent, Arctic. 5245) see 51 Crevecceuer point....-.2.:2..-222- 97 | allows... ... 2.2 .)see eee 15 Crew point, shoallo=.55-.e- eee 185: | —— Belleisle strait..e: ys. 28 54 Crib Nose, hill and shoal... ...- 208209) | —==— Cabot strait. £4. eee ee 53 Cripple rock, clearing marks. ..... 86 cape St. Francis to cape Race. 52 Groctharbor. 4... 3) eee 385 | cape Spear to cape Race. .-...- 52 Crocker island, Burgeo islands.... 230 | —— Fogo island.................. 51 — —— Fling islands............ 684 Great bank... 55. 4.0e see 53 INDEX. 767 Page. | Page. Current, Gulf stream.......:..... 51 Deadman cove, Newfoundland, —— Newfoundland, S. coast...... 52 INI =: COARbE Ss Sie aes 355 —— -—— W. coast.......-...------ OA || IS ene eae eseye re eiven ed ed ame 726 === isl in| Saas eae eeeeee 352 | —=— point rock, Way: 2.225228)! 534 Oierenis, Cawtion. 220220222 kee: 53 | mC): ee aR CRNA Om Oe eres 99 Guinsleterocke nr... 5222225252454 .- 96: ||| Deadmansibayess-ceas-e ee 609 COS nn O07 || =—— brop kee. 2s. . eee ee ee cee 295 Cut Throat island, harbor......... 72. | Deainrock= 759 s5- ee ee 522 —— (iG Slee se ae eee 722, | Deaths Head island) 296: 379 Cutler head and harbor....-...--. 556 | Debon peninsula. .......2..2293.22 351 UE 6 Eh 542 | Deckers cove......- NAS L Rae 321 Onuiameislamdecrs.. 2.2. .20.--5. 229 |. Deep cove, Bonavista bay........ 558 Cuttle island and cove............ 472 | ——- —— Change island........... 516 uiwell harbor, arm... 5--.....--. 452 | ——.—— Sops island-.....2-: 22). 406 inlet, Hopedale. 2-23-22 2255- 735 Wes Deepwater, banks. 2yik 2 aan 120 MerpOiii = AWA Ses eek as oc... - O44 | COVE risa ae et oe ee 319 Miri tent Soe Seka se. 94 | creeks. o-cehoa l=) Bee eee 659 Memmitabley bay: eu: 22.22. .S 551 | —— island, Car na bhusisland.... 675 Danger point, shoals:t:.2..5....-.- 621.) ii kevisiang. =e eee 678 Men POLO ts se nese fs... 88 ISIAN SY... csceciemdy eee 692 SPrmlels COVE. «i222 des wus...- doo) | == POlMb. 4.285.222.4424 5 soe 203 Dantzic coves....- LO) | Weenarmy brooks 5554 ee ee ee 320 =] 000 ee en ee 135") oS COVE area aden eee aaan oe ee 330 “Da ony COKE eee 568 | —— —— Hermitage bay........-- 198 === eo Ai eee Minar 135 | —— harbor, Random island....... 572 Dark Tickle harbor, Brig Harbor --—- head, Trinity bay; direc- rel eave |S SS 726 tions, ice, tides..... 578-580 --— island, Cooper island.... 674 | ——— island, Bear island.....-.... 221 —— —— —— Troytown island... 456 | ——- —— Chandler reach......... 558 Dit ROG Oe dea ee 717 | ———— Garia bay.............. 245 Daumalen, cape; light............ 390 | —— Niverisound 3 isace se ee 633 Waatd hom) TOCK. <2. 2,22 0- 2) 55 os 752 | ———- —— Indian tickle...-....... 699 Davis cove, bay of Islands........ 318 islands, Locker reach........ 546 —— —— Humber arm........... BOW |e Pass bce ee ae eee eae ys 680 ae ne: Birgeo island... 119 | ——=points. sua Ses 621 ici eae lta. 739 | A potduss bales o act. J. etek 306 == to Zoar, directions. - .- - - 741 FOCK.G a cae eee eRe), 2 ly eae 573 TSENG! on ee Se 158 | lag Haledon! Sollee 547 S00 93,475 | Degras settlement............-... 282 == TCS SAN 688 | Dégrat harbor and cape........... 368 MWEOMMCOME cn scese ns 222 cc.) Ss. 197 | Delaney cove, Cooper island.....- 674 SS ORONO Soe es oe 202 | —— —— Occasional harbor....... 667 =O pees oeees Bee 202 it ROCKS eyersts soe Etta MRE Ve 94 IDE REXCON ES lise a 5 see ees a 200): Demetreaslands 2 vase. eee 378 SSC ee elo ee 198.) Denbigh: isles: A oeh ei tad Saye 663 Dead islands, harbor, Labrador, E. (MD enmuszeirmils. “24sec eek Meee seed 211 COdS ieee ty. 671.) | MDenny island.) 7) 2 hy eels 220 —— —— —— Newfoundland, S. Desolace, jootmite 22 joe eden ere eee nS; (CORI arn. 2 Vee 208 || Despair bay, headi..-........--- 200, 203 Meadmanvbightes2 23 38h49 80. 2. 196)! Devarenne island... -2...... Jo Yau 378 —— cove, John the bay head..... 159) “Devil bay +2) 60M 7 oe ee. eee 218 — lawblume! bay aes Qi, Comes) White: bayeses seer ener 403 768 INDEX. Page. | Page. Devil head, Cing Cerf bay......-. 240 | Dogfish point, rock...........----. 450 —— —— Newfoundland, W. coast 299 | Dollarman bank.................- 562 == POMtsper eee eee. +s ese a 399 | Dollondiarm. ......-..22.. see 435 Devils Cove head, light....-...... 507 | = —ibipht......-..-.--.2 seme 201 SEE | ee a am re 194 | Dolman cove and head.........-- 243 BEET OK OUIb- tess ule oc beer 2.1 see ee eee 544 | Downeys. COve.....-s.-..222--8eee 415 Dodding head, light, rock......... 1635) rasonnbay -....-.-5.2..cseeeeeeeee 211 Dog bay, islands, and point....-. 530, 531 | Drake cove and island, Trinity bay 543 == Gite Aco erie eeeeene eee ac 94 | —— island (Gooseberry)......----- 209 — cove, bay de Vieux.......... 220") Drakesusiand 2.) 2.23.6 eee eee 715 —— —— Lakeman reach......... 547 rambisland!..- 3.2. =\..5e 4 eee 515 oo CAM. cece eeansienice se 197 | rewrrock).. ............: aaceeeeeeee 188 Fae ALOE ice 2) ciaeetecic ioe Gales 1b eWrowerssock-s 2.2.35 Jno) eee 524 island, bank, Belle bay...... 192))| noid broek... .,. ....0eeed eee eee 188 — Labrador, E. coast... .-. 689) | SDxiummondnsland: 2 222-eeeeeeee 394 a (Ninasomak) pease eee. 742)\ublinicove:, rocks: 52-2 eeeee 249 — islands, Adlavik islands...... 729 || inebavis rock. .2. iSaseeceneeee 379 — Huntingdon island....-. 09s eWieremocks- 322.050 0c. eee 191 — Ihonpisiand: .ee cease 138 | Duck cove, Laun harbors..-...-.-.-. 167 —— peninsula, cove.........-.... 350 Stag island si3.225.¢eeee" 679 pare DOLD esse beens ons cee ne 529 | —— island, Badger bay.......-.-- 455 MOLLE esas toe Hun ae 516 | —— bank: -.. see 632 Fe BAU osechce econ at EAS ose 390 | ——- —— bay of Exploits; shoal.. 497 —— stones, Indian bight......... ABR) = Connoire bays ue eee 937 Dorberry, Tock: 25.2 abe. hee 206 | —— —— Couteau bay; tides.... 237, 238 INDEX. 769 Page. Page. Duck island, Domino run........ - 697 | East bay, St. Pierre island........ 187 —— —— Friday bay.............. O10. | ——- Blaclonpe kerecss.sssa254< Seer 220 —— —— Grand Bruit harbor..... 241 | —— Bradbury island............. 691 —— — Great Southern harbor... 110 —— Broad cove..............-... 151 —— —— Herring head.........-. 514 | —— Chance harbor............... 504 — —— Indian arm............. 496 | —— Countryman islet............. 523 — -— Long island............ 107. | —— (Dykes) river shoal=>-2-52. as 710 ————Newfoundland,SW.end. 262 | —— Gannet rock..............-.- 705 —— —— Niger sound; bank...... 632 | ——-Gardenwslandes. seccasa eee 516 —— —— Nippers islands......... 429 | —— Hare island... . 2. kee 471 — —— Random island......... 570 | —— headset crane eee 572 eons lanche. points: 2.) 252 | hill.) os. .2.0 eo eee 332 —— —— Sops arm.........-...... 450\ | Indian island = 2225 aeaeeeeee 528 —— —— St. Lewis sound; rocks.. 623 —— island, Fishing Ship harbor.. 665 —— —— Wadham islands......... dal. St. Michael bay........ 670 islands, bay of Exploits... ... 479. |, ——— (Paradise) river. .....00s25- 710 ——— Brig Harbor island. . . - - 725. | —— Random head, light. ...:.... 573 —— -—— Hamilton inlet approach 719 R@Ciat 222 4 ses eee ee 536 —— —— Long island............ 453 THY GE so ees acs ae oe ee 710 — Partridge head........-. 683 TOG ve, 5's PE 292 islet, bay Verte.-............ 419 | TOCK 2) 21.2 ees oe es 723 — Ganderbays.. 0205.2... 529 | —— Sister island..........2....0- 716 —— —— Merasheen island........ 133 | southeast ground...........2. 532 — rock, Davis island; sunker... 158 | —— Stocking harbor............. 430 —— rocks, Bird island........... 135 BUNKeM: 2. 32. sete won Mee 168 —— —— Jude island.............. ¥55: |, == Twin rocks 20. Wee ee 537 —— —— Western cove head...... 117’ | 24 White island 2.0.2.0... -aaumeya —_— White island. ......._.. 133° |\ Hastern harbors 26200: eo. eee 222 Wack bil point... 2.222.522... 396 head, Bonne bay ...........- 317 Mackie iplet..- 24205-2204 oc... . 252 | —— —— Fouché harbor.........- 397 Duggans cove.....--.......-...... 398 | ——-—— Great Cat arm.........- 402 Dumenil point, rocks............. 365 | ——-——- Jacksons arm, light ...-. 405 Dumpling cove................... - 558 | ——-—— Placentia bay.......... 129 PSIAM@eseaee ee eess-.--..-.-. 628 | ——-——— Portland cove... ..te1 2 332 Dimallopispits 522.2 22.2.- 22-04 2. 338) | Uniomrcovercencateted. 399 Dtiramibisvandie 2 eee 5 ie Be 262) | === islands rocks eee eee 684 MuniGlercoviemeer pesos ee qgat |) rock, Harbor Grace islands .. 592 Dimelsiarm 75.2 SS 2S . 510 | ———— Harry’s ground......... 561 1 DAC GL eae oo 125 | —— Oderin bank.) /4.0...Uee a6 LCS eA bee ee ee 168 | => shoalaas. ee 0 eS ee 76,77 Dykesiniver,shoalts5222--.22222.- 710: | Baton pout sseeens te eal 442 E | Hau, bay del’ pitead!: . (2-02.30: 148 onld land ; on | Eboulement point, rocks, caution. 335 5a fediten kun yt aC ane anes re |, Hehelles'or*Portares.: 2.52 sssecac8 ie 286 purmceae sat etre saggy Kelainvansetere sce se eee a 652 Earl island, tidal streams......... 709 | Eclipse harbor, ice, tides... SO sopra East arm, Bonne bay.............. 319 tala eee a sived at) oun re 231 —— —— Sandwich bay........... TLOVY Wauiiea'covell.. cl ehuae ss. ae 358 — Baldwin rock, buoy....... 259, 260 | Eddystone island.............-.- 676 —— hay, Belle bay..:.......-... 191 | Edge of Ground shoal............. 248 eae CS ann Day enriee acts... 205 | Edwards harbor.........-....-.-.- 720 —— —— Fortune bay............ 187 | eee Ob: SAN ae 533 SO RE ee eee ee 291. jh Biel Brookes Se sea ae hy ag) tS 490 76846 —09-———49 770 INDEX. Page. Page. Hee island, nanborse..c-s. } 25 )-\4- 709 | Hairy island . .....--2-- vet epee 724 POINb. i asessos-s- +e sees eee OF on eine shoal... . eee 344 BEBO WOM seo... 2> hes -)2 Sc 379 | False cape, cape Harrison........- 728 Bhzabetiiaslet..2.....\./. A-ha: See 371 | —_—- St. Michaeli 2223223 668 Emberley point, cove....--------- 111) | =="Cay. .....--2>-5225-ee oe 95 Emberleys (Fords) island......--- 152 | —— Girdle, rock.........-.-...-. 96 iriberly rock. .2e0d2-4es22.e2 832 165. | Pamishgut, island. ..-...-.us2aeeee 106 ipneraid ‘bank... .)-.. es pees SL | == point... ...../.. ieee 107 shoal. =o seensens senate eee 88. | Pane island. -..-...: 5-2. 22s eee 394 Bmeraude ahoal-._..:..-¥igan- S32 399 Farewell Duck islands, reef, cau- nity harbor. jose .2 02 eee pn ee 726 | TION; ........\54\- 2 ee 515, 516 Storehouse cove.-...--------: 224 )| =—'Gull islandi...::..6f0222eeese= 516 Bouneline shoal. 2s... tLeclst ee ih \ == "harbor: .-,-..<- + - Joes eee eee 516 Enfant perdu, Green islets.......- 181. |) S=e— hess o55- 215.5: bese eee 531 — rock, St. Pierre island... 174 | Fammer cove, ledge... .27- 20 232-ee 697 Bnpleeusland.....-.3sv.% -a2eseee $90. | === Tedge.........-: 22 ee 712 Waelish banks. 2842) 50e-essees 340,'|, Bagmers' arm s......-=:cc2:e--eeeene 510 See IOAN, (MCA. eects ss oe eRe DGG. "Se COVES ies =/-- 22: a 192 BADER Eee ate och at ace sears 91’ || Farmyard islands. -:..J-2 === eee 738 —— harbor, Fortune bay..--.----- 188 | Faurels isfand:..-...:. eee rei ee SACHMess seas == sere 198. | Bather Hughes hill. -.255:2-225eeee 235 isang, pnosls.....4-s95st $44< $82. |' Bapvetteislet:....2/22aseseseepeee 359 WOE... 252455. 2esrete Sac e 651. | === point: .......2-: .eeeeeeeee 362 __ shoal... -sscbuen-ctts.| © 343.) Bayorites tickle... ..2--eeaareme 709 Bataree point. ....---5-2----% 962, 384. | Hawn tock.:...\ .. .cile2¢—se eee 698 Entrance island, beacons....-.-..-- 850. | Beather bed, The...:..cto-.eaeee 680 DOM ko sc.454 2 pee Sate S19) | = POMit. 2.22 026 3 eee 592 Entry island, Cut-throat island.... 722 | ShoOal-...-.... 4.93 hae eee 563 —— —— Davis inlet............. 739. |) Helix cove. ...-.:.-.))2)223=eeeee 280 == —_— Nominowmuneys ssa: 5-1-< 696 Femme harbor and shoal......---- 188 —— —— St. Genevieve bay...... 352.’ Wendue point... .....2-42254seaeee 376 (South Duck) island.......-.. 702." Wergus islet... ..... harbor... ..--....022-s-seeee 616 Mine e OU. =.= oc aieients feels eer 532. | Biérolle point. ...-.0: +: ee -eeeeee 348 Wakao banks. <2/0-1-,-.4 oe see 624... Herret islands: ..21:.. 52222 —eeeee 700 Wepning shi@alsl.: 0-0 +). oP2 sb 376 | Ferryland harbor, directions... .- - 615 Etain, harye du pot,d’........... 418 | head, light, signals. ......--- 615 Bwangeline banks....-----...-)--- 330 — Richot channel” .----22225+> eee 382 Wyvans pomt,,spit-- -s<+54.5 2 -.-oeGe 488 | island, harbor. 5.-ss55--eeeeee 381 Exploits, bay of; settlements... 475,476 | islands.,.../...45 53500536 eee 380 —— Burnt islands, harbors, settle- metineer hill: .........c28.) See 749 Mnenie. eieed pelos te say ARSt | Bids cove... ...... 2.22. eeeeeeee 280 See PU VOD oi 2 oye.0,5)0,5 6 specie Selle 490) "Rirmages head: 22:52:25.2 ae 247 (Eiri arm: 7.2). 234 ; FE. === — brook: : 22.2. seen eee 206 Facheux Eye, head, shoal, bay... 210 | points: ..: eee 668 ae NAT D OR cr pascyn\ercrereitole = 8/2 eee 211 | Fish cove, Granby island......-.--. 664 Wen Ck 35 3 sdf rss aoe eee 262 | —— West bay; point. .5-2.-¢ 714 Fair and- False bay...:..2.-5.----- 551 | —— head, bay le Moine.......-..- 249 islands, anchorage, ice, com- —. Coal river; bank......-- 298 WAUMICAVION tet thes cee 542, 543 | island, Copper island.......-- 686 Fairway bank, Belleisle strait... . - 641 | ———— Labrador E. coast......-. 660 INDEX. Page. Page. Fish island, Mark islands ......... Goi |) Blat pointe. seo) ae ee oe 418 —— Old Férolle island... .-. 351 | —— —— shoal, beacon...........- 344 —— — shoal..........--.-.....- 221 | ———— White bay.............- 414 —— —— Sloop run....-.-.......- 478 | —— rock cove and point... ....... 600 —— islet, Burgeo islands; rock... 227 | ——-——— Garia bay.......---.... 246 ===) ee .. 413 | ——-— Granchain island. ...... 370 —— rock, Brunet islands......... 184 | ———— Horse Chops cliff. ...... 565 —— —— Granby island........... 663 —— tickle, rock, shoal.....-. 446 —— —— Indian tickle approach... 699 rocks, Bull Island tickle... .. 581 rent. Marchand. .s:2.5--...2o0h)| Plats, Thes......2.2-- ee nt ewes 651 —— — Placentia bay.......... 1034), Blemishveap. soo: »ceniine fae tee 76 ——— St. Charles Gullisland.. 631 | Flemming rock.................- 712 JP SGHS lod Jas Bletantnoekswlens sa. a5 ser eee 174 ipWerntes: labrador: . 2222 ss.5.2.. 36 Fletans channel, directions.......- 177 — Newioundland............... 31-84 | Fleur-de-lis harbor, hill........... 417 iRWeMenmam COVE! <2. -<+22-<.20---- 852) Ail euisye ol olives) ae 473 rock... eee Silshe | Eblun oa ait kes ee ee eee 660 emermane bank.--..........-.... 413 | slams et )b oe ores pe ree oa 684 = (185 385 | Blint islandsy 20. 3) ke 2 tes gee 452 Fishermen point, shoals. ......... 621 | Flobber Cove islet. . .2+..<9-i =. 203 Cn i 433 | Flower cove, island, light, direc- —— Ship harbor, directions, tides. 665 | UULOLON fo PM aetna AM OS “005/050 JIG OG, Spee HS |i ledees neues aeasytno aie 356 oo Viki —————— 722 plage sso, 25 cet ae oh 157 inne posible .'). 22.22... 15% |, Blowersyislands:| fostk 23S 536 0] COPS os cia Se Ne a 0 A 0 Cd 563 Flagstaff hill, beacon, port Basque. 260 Fly point and rock............... 292 —— —— Tor bay................ GOL. We Bloge Catiome: sieht 46 ===> JIG poSeecpee eae 169 TSI EVOL se emer Nae SC ae or 742 Hlamaamds:@OVe-2..-2---<.s.ss-:-6 385 | —— Labrador, E. coast:.........-.- 47 Wisgame, Vanse A................-- 198 | =*= Newfoundland. 5.1 ...<,.2). = 46 nitnmacanvisland..<.s2.....- is. 234) = BION AIS ppt ta i ee ees, ay 1%. il) Tiel cn) 275 | ——strait of Belleisle ............ 47 island, Cing Cerf bay......... 239) | Boppy ledget vy 4524 srt sec ace 425 —— —— Corbet island........... GOIN) | (Rugin‘cape: UC eos ole. ana: aa cove, Placentia bay... - 157 | harbor, directions, ice tides. 520, 521 = SS Gn Fale 1016 ee ne 519 —— —— harbor, communication... 157 | —— channel north of... ... Fal GPs —— —— Holton harbor approach; Sree CULES ees Bre 524 lavoro ae 726 | ———— E. coast, ice, current.... 525 —— —— Independent island..... 711 | —— rocks and islands N. and —— —— labrador, E. coast...... 663 NB Oheas ackcrete see 523 —— -—— Partridge head; shoal, aaa LOW yer ee re el bea 522 bamike, rocks). ..2. 2 24): 881) Hairou island... 22.225 24.2) eee 363 Ga ee Bee uida baye mocks). 17, 158.) Bolle rock.’ ) 2 2.d4 oe cc eee 386 — rock, Chateau bay....... 636 | Holby rocks!) hier 23% abo s prea Part iso) | me eormpdmyreen-. 2.) . 270, | Bond, le. 2... 22.222 ..eednatens 385 == co be Johnbbayrishoalk ! 4). 246. | Hontaine point, lao... .. 0.5.2, 255 334 —— —— Seal island............. 688 | Fools harbor, islands. ...........- 505 islands, Bonayista bay;shoals. 550 | Foots point.........-..--+...-4. 157 —— —— Placentia bay.......... 157 | Ford harbor, tides.....-.-..- Be ee 743 —— —— St. Francis harbor. ..... G64) Hords island, rocks... 2.222.222.2242 152 ——— islet, Canada*bay 24. 2.52.2... 391 -)cForked Duck rock) 250462 sae 132 fre, INDEX Page. Page. Morster Tock kt we nucin a sone een 57o"| Moxy islands. ;...) = Hransway bay J2¢ eae scene 215 —— — Toad cove...... se at eae Glory eB asrars)e tile -22):)\ aera 270 a GAM 2 et elcteers helen eee 293ml) Prianvaledges 21. Late eee 507 ON ee ee INDEX. 773 Page. Page. Mrommyisiand./.......2........ SS?) SGaibraltar noek es 22 aay ees 8 boa 97 Frying Fan island, bay of Exploits. 491 | Gilbert river...............2.--- 663 a Lewis sound. ..... 543° Gilberts Conese ea shise na 5en eer 143 Ds CO G45? Gules Cowes sec. scenes ons ae 409 Funk island, shoals, current, tides, Galle taslomdeys: = seers es Sct 490 See wCAMMON = 5 -). 54-22 - eee ss 532, 530. | Guilleyas pon las sree onl cake ae: 77 CL Co i re 2207 | (Gallobtaisle teres su. ao eae 479 Pirbyeanchorage.......2.5.+.-.-- 1983 Gills Cove ates oooh see ae eee 406 POWER seeps fd ae res se ees 489 G. Ginpickershill ae) 44, saeee eign 571 Gadds point, harbor, head.....-... S19": |Gurdiletocke 20. ak Geeme laa 96 (Gaanmtry nead, licht....:......-. 17) Glumshireasland 2232s eee 157 Cio Ge a 368; 2Glindon; coves. <4. 35-che ae 116 il 411 TOCK See aes cae Syme 117 Crallanenarborile. <2. 2... 22... 200 | Glover harbor, directions.........- 462 Dla ib 750 | Goat island, Badger bay.......... 459 ol exo |) a 130 | ———— Little Bay island..-...... 44] PEE MOCK etl de esse 163 | —— —— Presque harbor.......-- 127 Galloping Moll rock...........--- 234 | —— —— Red island; sunker..... 138 Gallows harbor, head, island.... 147,148 | —— Thimble Tickle head.... 462 Sellitoiny ate rae hae il islets Deenisland a) oe aeeOoe Galigmoye harbors.) ...2...:.... 2... 243 F100) (eres Re Te ane ate 706 a 2601 NGO Dr ROC ae rt. ae ar atte 2 on, opener 248 Gambo, brook, communication.... 545 | Goblin head and bay...--...-.-..-. 205 Gander bay, river, island... . .- 529) 530 | MGObOs0y Capes... sop scene eee 396 Gammet Mead... 222.4212... eae 539) God" bay, direchions.<-. 1.4 %-- 256, 257 === bul 704 | Godfather cove, point.............- 404 th. 2 585.) “Goelandsdslet-. 6s 3. 2. betas aoe 379 LRT BTR WO COVE Are s ccc ona ee 410 Goppy lands)... 2... 528.) Goldson. . 2.08 ence 513 algenemanmice 2 oe eo 166 'Gonde'pomit. es: 5- saat cee ae 388 === G0VOs. dee 364 | Good bay, anchorage, beacons, di- ROS HS otk eee 516 NECHIONS St. Me. ye eee pe cee. 344, 345 Gargamelle cove, pyramid... .. 338, 341 | —— cove, Griguet harbor......... 369 Garia bay, harbor, peak........ 245, 246) -_— Ship, Harbor head... .. 666 AGRON So kt lk 587, NuGoodland joints a6 is seo . < ie 563 irammietiieht, rocks... .. 2... TSG TS i MeoOldueOVve wen aces sas. Lat tee 160 \Cvniaey 5 ie ale Se So mIMGGOSeraritive nyt eo! 2 crac css» ojos 309 Cammiconmpomlss cc...) 2-134... Ai | Oe 00 C2) eT 558 Gastries bay, point............. 597, 598 cape, cove, directions...-.. 375, 376 Ganley pom aux: 2... 02. HWA). |, SS econ eres aN SR AR NADY Ts 580 Gatiltoissharbor, light: |)... 2... 199 | —— island, Caplin bay......--.-.. 614 (GrsiF1a ge! 097 Lae As 175 | —— Enragee point.........- 384 Generalidirections: = 0002... .- =: 68 | ———— Great Southern harbor.. 111 Fee NAC OTBOM 2 )ccste WS saree hoe Le 7-26 Ai@Eabae COE Socss5ccccc 110 (Genilespotmb: eves t-te te ti eee West arms 5 75. epee 253 fe) curl LV) ee 419 | —— islands, New World island.... 513 REOTEEL COVEN ek eee sll) 668 | —— islet, Cuttail island....2-..... 229 HARD ORCS se ete ae ae 681 Shoal. Ja ueen Si el hen Steen 96 viele Waa Wig @6" 0) de ty gee RR ea 715 | Gooseberry island, Despair bay ... 209 Georeesnsland! 05s jy tty Ye 408 | —— Nonsuchi ic =. -s.1 hese 145 Georpies Tocks: 3 otal. a ene’ AGS} || cove, Placentia bay..... 120 Gemercar hill 3 ee ess ae 550 | ——- —— Ste. Geneviéve bay..... 352 774 INDEX. Page. : Page. Gooseberry island, Sweet sik 533 556 || Gras pomt. ...... 2.22.2 335 island setae 6/56 eel el) O38 | GrassycOVves: .. Sees eeee aetna 407 islet, lsat ie Bi EOS 149 | —— island, Hall bay.............. 440 —— —— Random sound.......... 574 | ——-—— Little Southern harbor.. 109 OSs ialameee. 202.2235 8 fe. ee 692 | ——-—— Trinny cove islands.... 106 Gouffre harbor, islet, point........ 395 | —— islet, bay of Exploits......... 486 Covernornsland e554 sscseee seen 302 | —— islets, Jacks island, rock.....- 514 roversshanrvOrs:. soe. sace eee 485 | —— — Long island...-........- 451 Grace, harbor; town, bar, light, —— —— Tweed island....-...--... 300 buoys,. directions, ice, Grates: polit: ..... .-.... Jae 565, 589 tides, patent slip com- Grave, bay and port de... ..... 595, 596 MONE MOM, sae cost 592, 593 | —— point, rock, beacons....-...- 350 islands, hight.......0.-.. 592 | "Gravels; Dhe; district. => =-eeee 279, 291 PrnleVNEOCKAnss Jeo oe ee 233 || Graveyardidland. ... 22-4-205e—ee 448 Granby island, Labrador E. ee 663 | Gray Gullbasland... . 22 Sse 131 —— —— White bay...........-.. 411 islands.+/..--- 4. 386 Granchain island, pom. 222.2... 0 47370) ||—— a poimie. 2° 2: 2 ee eee 319 Grand bank, head, village, light.. 186 rocks, Shoal... :.-.- = ec = 674 CE aS apt SE AG ll le 262 | Gready island, anchorage, commu- == DEACH., DOMME ccc sie eecie eis = 186 nication, coal, current, ice... . 703, 704 — Bruit Colombier..........---. 242 | Gteat arm, Hare bay 22 2932.-eeee 379 ——— —— harbor and highland.... 241 | —— bank of Newfoundland. ....- 76 CLC g oe ae Ridder SC A491 | ==— Barachois: .-.::.::. 22222 181 -——— Dimmall Gove s2.2.-/22-2.-25-: 457 | —— bay de l’Eau......-......-- 194 Jardim settlemients.22-222. 2. 589 || == Black island, shoals) 2see een —— Jervey head and cove....-.... 187 | —— Bonah cove........-.-...--- 129 = le Pierre’ harbor. .).20 22.) ..2 188 || =—— Bréhat: bay..-. 2.2 : eee are — Mulou shoal................- 364 | —— Brilé harbor...-...-.-- id 134 —— Platier rock.......-......--- 353, || = Burim harbor: S- 2-2 assesses e 163 SET [0010 VR RS ER A 306 | = Buses. 2.\... 2. L252 22s eee 383 GraniGexecovie. Jet ey naerey 228 ee 367 | —— Caribou island..............- 626 (Grandes: VacWeS: -.£2s-s2s2--sere- = 400 |), === Cafitammic:. 52325 22,40522-5eeee 402 Grandfather head, rock........--- 399 | —— Chance harbor............--- 556 TSI W 0¥6 |e eee ere et gate ty 528 | —— Coat island...... PAE sc 118 Grandmativertrocks.- 52. a2 sase: = 123 | —— Codroy river.........-. soe AS ee Ga GrandsiGalletsybay -- os 2.2. acess 368 | —— Colinet island............-..- 92 Grind y DrGmmeee sect. 2 i. ee 235 | —— Colombier island.......-.-..- 172 NIG 4 ng eG See 226 | —— Comey arm.....-..0..-..25-- 403 PABSAPS POMPE Ae. 2! ts 255 | —— Content bight...........-.- 547 —— point, settlement, cove, rock. | 126 | —— Cormorandier island, rock... 380 KOUNG | GireChOnss-—---- s..,- - 25D || === COVES S52 2s Soo vat ce eee 370 Granfer islet...................... 486 | —— Cuiller bay and point...... 206, 207 Gramferstrockes- Ot ae ae eet scr = 399 || —— Damitzic covert. 2225252 185 Granite point......2.0.5....2....- 398 | == Dunier island, light.:/--2222 457 (arapmel (COWOL le. 0. tie eter alc 365 || ——"Baraicove-2isases-ee- eee 270 Goer oy rials 16/2) baeatepare aang pete, SSS 175 | —— Gallows harbor..........----- 148 GrappinGise es: 0. <2. oe eee 175 | —=—Goose harbors: 22-225. ses see 384 Grappling island, Packs Harbor —— harbor, bight-2-222 35232 -e8 196 SMa ! 3 202 ee oe NOLL 1s deep... > —— —— White Bear islands...... (28s | island, Battle ‘ean tere 624 islet, Domino run...-........ 697 | ——-——'\Connaigre bay-.--=*-- =~ 197 point, Mings bight............ 420 | ——-—— Newfoundland, E. coast. 613 Grass landseesa ee eee eae 529 | ——— —— Ramea islands: -..---.22: 222, INDEX. 775 Page. Page. Great island, Sacred islands. ..... 363 | Green island, Nippers islands... . . 429 —— isle of Valen........--...--..- 124 —— Pistolet bay-.-....-..-...- 359 -—— Islets harbor................. | 383 | ——- —— Placentia bay......-.... 157 — Jervis harbor and island...... 207 | ———— Queer island....:......- - 695 ———— Wanmihnarbor-.2 2)221.2.2..5 167 | —— rocks, Middle brook...-. 236 — Miquelon island ............. 182 | —— —— Rocky bay......-.-.--- 2) Yo —— Mon Jambe-....=......-....- 193 | ——-—— St. Lewis sound; bank.. 624 See Mnatuitto COve.-........-.Le-: 582 | ———— St. Pierre.....-.......-- 181 — Muddy hole................- 483 | —— sunkers, Barasway bay.. 254 = EMehent . 2...) 2.0. l-.-- 107 | ——-—— Witless point.......-...- 613 —— $t. Julien harbor...-......-- 384 | —— —— Woody island........-.- 465 — St. Lawrence harbor.........- 166 islands, Hare islands........- 684 —— Sandy harbor....-..--..--.. 118 | —— —— Jude island.....-....-- 157 —— Seal island.:................. 188 | ——jislet, Deer harbor.........-.. 579 S02 a 174 | —— —— St. John bay...-.......- 342 — Southern harbor.............. 109 | ——- —— Marks island.........--- pou Mroytown harbor. -2::2.-.-... 456 | ——-——— port.au Basque..:...:2. 262 —— Verdon Island.:.............. 381 | —— islets, West Random head.... 557 (Sie or 0 | 76,78 | —— point, bay Roberts: lights.... 595 —— bay, Great Brehat bay.....-. 372 | ———— bay Verte........-...--- 418 —-—_—— Notre Dame bay; island..430, 433 | ——- —— Despair bay .......-... 200 ——— —— hank......---.2/:...-... 524 | ——-—— Jude island....-....... 154 — —— T0Ck... .-- 2-22 e ee eee 434 | —— —— Notre Dame bay..-...-. 428 — cove, Cooper island.......... 674 | —— shoal: Se sa3oe ek eee 162 — — point, Newfoundland, W. | —— —— Spaniards bay....-..-....- 594 Grhlsi3 See Pe eee 325 TMS aan le kee 562 aS 2 en 316 | TOC wee SAG. ee. < Se 353 — Handkerchief, The.......... 313 | Blioals Ab eihs eerie NON: ee 368 a= 112210 430; 582 | Greenhill island_.........:.-..-2:- 226 — island, Barasway bay....-..- 254 | Greenly island, light, fog signal.... 654 —— —— Barren island; rock ..... i7eGreens harbormtidest=:s45s545-5— 585 == as bay of Islands.... 2... =: 300 island, Penguin harbor... ... 679 —— —— Bell island............. 387 | —— White islands.......... 121 Sammie LOA GOVE... 5... 26 152 | Greens Pond harbor, town, general —— —— Burgeo islands; shoal.... 232 | directians ss 402 .... 538, 540 = == ne Ito aes eee oe 060 | —— island, anchorage. - - - - 538, 539 — Catalina harbor; light... 563 | Greenspond (Fourché) harbor, di- —— —— Cornelius island.......- SAN MARTE CTIONS ee teie eras ae ete al 397 EOE OMe AL DOES. 32.2).,2.<\2!2 706 | GRCEp A CADer assets We nth ee 700 a Cn COG Nemeel TOC ketene Lee ats Doe 91 —— —— Hall bay...--..--....... 442 | Gregory island..................-- 301 EO MSIMet.. <2 =, 719 pa elob, (Sue ee Ma aD eA OME Seip 315 —— —— Haypook island......... 712 TOC Kens sce 2 Lee LE 2 Se ce 163 aa aa OLombarborapproach. 726 |'Grelins. point. .......-i22.2023-4-% 383 —- Irelands Eye island... . 570 | Grenville ledge..............2.--- 356 —— —— Labrador, E. coast ...... 692 | moint) beacony./25 24 Ee eee 637 — Loon bay....--.....-..- 501 | Grevigneux island, harbor...... 390, 391 eee RRSP Ona AA) | MGrittin, harbor. s22522 6 eee! eee 697 —— — New Harbor head....... 133 | Griguet harbors, island .......-- 369, 370 — —— New World island....... 502 | Grip head, island, Buffetts head. 226, 228 —— —— Newfoundland, N. coast; | island, Despair bay----.....- 200 rock, anchorage, direc- ("Gioais islands 5. eee ae eee 386 TOS) FIMES ey 1 sili a67,|Grog. islands Ul ates oaree Sas 698 776 Grole Cove: CULM fon teas epee Gros morne, cape Brule..........- Newfoundland, W. coast = SMeOZ MOCKS.) ce haa. aelesie hers ———— Water bayscsid iste y nas Gaul uslande2. suse ee eee Grouchy, pomtidest4 esse seee- GTO Ux POLNL Se neees skeet ee MEDNSCY 2 sot! Se oak Seta ere Guibert isletessc.2sebat soo bs see ieimlennicoyve so: 2ask saeco ees = CAG nCUNKeMbe ent ioe eee — cove, islands, Newfoundland — island, Badger bay; anchor- Pe viectet sack pee peste || —— —— Burgeo islands.......... PL ages —— —— cape Bonavista — —— cape Bluff; rock......-. — —— cape Freels; rock —— —— Dead islands —— — George island ——— —— Harbor Breton —— —— Hills harbor —— —— Jude island............. —— —— Labrador, S. coast...-... —— — le Moine bay — —— Long harbor..........-.-- —— —— (Nauyaksigaluk).......- —— —— Nippers islands; rock..-. —— —— Notre Dame bay.......- —— —— Petticoat island —— —— Square island........... —— —— Sweet bay.....-.-..-.--. —— —— Thimble Tickle head::.. —— Long point.........-.... Gulf of St. Lawrence, ice.......-. > —— JORISERIMEN IO) Soe SLVCAINTE ee era ee eevee ere Gwil battery rock. ..2).50 eet cape Porcupine......... —— —— cape St. John; light, sig- nals, shoal, breakers. - - Seer fe GUN DAY 4. ici.) 2 INDEX. Page. Gull island, Twillingate islands; rock... .....i0 2 509 —— —— Turks head............. 224 — Witless bay..-.:--2 2322 613 islands, Eastern head....---- 129 islet, Couteau bay...--..--.-- 239 —. White Bear islands...... 723 ——— pond ..........--.:e see 237 —— rock, bay de |’Eau_-....2238 194 —— ——— ij. Broad cove. 22 eenee 161 — —— (Foirou island).-......... 363 —— —— Granby island........... 411 —— —— harbor le Gallais........ 200 | ——-—— New bay....-....-..--- 468 | ——- ——_ Notre Dame bay-.2- eee 453 | —=— —— port Charlotte: - 22725822 662 — —— Ramea islands.......... 223 | —— Turnavik islands sceeae 733 — rocks and shoal, Marticot is- land). 2.00. eee 142 — —— St. Lewis sound........ 624 —— —— White bay.......-...... 412 —— shoaland point, Hawke bay.. 337 — —— Marticot island......... 142 Gulls ‘marshie72 4s). 20. 5: eee 326 ——— Nest-rock..../.<:~.. eee 271 Gulnare islands... .2.-.--:5:03ee 684 TOoCK. . a2. 2b. 2 eee 531 | ‘Guniledge... ..) ‘harbor..:).. 4... eee 420 Hants harbor, rock, directions, TOCKS 424,05 Aa eyo eee JIE Dee he 2 hi. a2 he ESS 588 | Hare bay and _ island, = Content Happy Adventure bays. ........- 558 | reachicl {Fangs eee 544 Heambonmibreton 2... ....28s 5250. 194 | —— head; Fogo island..-....- 519 === (OVWG5 008 Soe n oe 312 | —— —— Newfoundland E. coast, — Grace islands. .............. 592 LCGH Ee actos 375 = |GRVClL Ee A es 271 | ———— —— S. coast........... Bile island, bay of Islands........ 2089) == Cat DOME. aera eee 546 —— Burgeo islands; rock - 232 eae MAT Onassis eee eet ees 190 — — cape Roger harbor....... 147 | island, Caribou channel; —— —— Dead islands........... 671 | Bhog ls). eke cae 628 —— —— Grand Bruit harbor..... 245 = — | Changeisland..|.2 5. sen ode — Grandy passage........ 255 | ——-—— Grandby island........ 664 — — Lower Rams........... 104 | ——_ —— Gready island......... 703 —— — Murray harbor......... GGlG ee Ue DAY so ae ee 377 —— —— Penguin island........ 217 | —— —— Labrador, E. coast..... 684 —— — Rameaislands......... 223 | ———— Sloop run; rock. ...-... 479 —— —— Sloop run;-rock........ 478 | —— —— St. John bay....-.....- 344 — Styles harbor........... 677 pees 2 Ukallik). do ee 744 — islet, Roberts arm.......... 446 | islands, rock. Epox BOOS 708 islets, Cape Bluff harbor... . - 673 | Hares Ears, peal, eae 94 — le Cou, directions. .......... 249 | Burgeo island........... 119 Set COT ee rr 200 |. —— —— Ferryland head. ..... 615, 616 <== WE A er ee 598 —_——- Newfoundland, S. coast; — point, light, bank, St. George pomtarock lias. eee 214 Inet) 0107 Sige pee yan eraets 276 | ——.—— peaks......-..-...------ 242 ——— rock, Square island...... 669 | islands, Labrador, E. coast... 733 —— —— St. Barbe bay. . 304) Mfaricot. bay, point... ....... 2c 93 —— rock, Alcock island.....--... 465 | Harper island.................---: 679 aa ie ie island: -- 322552 1689 | Harpoon shoal:.22.:..)..225 22082) 246 —— —— Brig Harbor island... .. 725 | Harrigan, cape, harbor........---- 738 —— —— Broyle harbor. ......... Gl4 ees = to Davis inlet, direc- aa Uke island sete oe 681 | tionse 32. <5. Bae 741 —— —— Dead islands harbor... . Gal) Harrison|\Cape: 2...) seca sue as E28 —— —— Harbor Breton; buoy.. 195 Harry brace De eat OIE et ic 289 — la Poile harbor.....-.- 244 harbor rock ine. tee eee 434 ———— Little St. lieerrence oo head. s sce oe eee 433 arbor serene) G5. | —— ledge: s2s2. 2.402520. este eee 156 —— —— Mercer cove........... 184 LOCK 2 eh a i 121 —— —— Presque harbor......... 128), |(0 Harrys croand. 205. ls sue 561 —— —— Spotted island; island.. 697 TOGK ES! ei47 he Eh eee eae 427 778 INDEX. Page. Henry point.shoals: ...\.. eee 172 Ge tOCKW2 2, v2.3 Ua 90 Heptidee rock... 23..2.2 ose 129 Penbuslind <2... see 2 = dse) a6 Hernittirock .........: 2202. 2a 391 Hermitage bay, anchorages ..... 197, 198 COVEs2 a5.) -- 32 eee 198 Herring bank........---.54.eeeeee 694 — cove, Corbet island.......... 690 —— — Great St. Lawrence har- bor... 2.2.2 eee 166 fishery).!:.... J... 33 island: rock . . 2044. eee 691 =>— islands. ..12.:..-.i..092 eee 718 — neck, head, islands, commu- mication../.. 4... 513, 514 TOCK e o2h c/o Bee 538 rocks.) See 566 shiqalll 22.2. <4. 2: 3 392 Herringnet island |... =. 302 23ee 660 Hickman harbor, Random sound.. 574 islands, harbor, Smith sound. 569 Higgins islet... 2! ..0) eee 508 High beachts. 2221 6 eee 169 Beacon: hilliyess:<)... ease 635 — Grego island............---.-.. 484 | == Gull island ».2..4.. see 478 island): --.b¢e 4 660 — lookout.................-.. 126, 214 <—— points... i124. 3:2 gee 489 ~=— Rat rock... 2.33 Shee 695 -+=— Shap rock... 522.20 ee 507 Highland) rodke:). 0051 222632 aeee 272 of Grand Bruit, Mness eee 241 Highlands; (he: :..).2.. 2 4eeaee 271 Hohl harbors. =. + =. - ». 2 Eee 680 Halliersyharbory } ..\-2.2 328425258 390 Hills harbors-..-...-: 4) 20eeae eee 687 Hinchinbrook, bay ::2...4 50 seeeee 710 ineksiislet: +... =.2222085) 52 eee 536 ines .cove.....2)-\2:)355 3 eee 270 Hiramprock.:.|. ..).835 4 eee 106 Hiseockuslands!+. =sss2n) 45a 684 islets and poimt::).sl222e-8 -= 206 rocks... eek ae =) sales Hedge: holews! +): 5558 ae ee 576 io didom,shawre 24202 ere ee 376 Hips rock: |)... cee Soe eee 105 Hogan cove, Merasheen island.... 185 —— —— Petty harbor-.:..-...-..- 659 ELOgs Ose; ..)....- . stab eee 454 Holbrook head! -\2)- 45855 Heees se ese) Oa8 Hole-in-the-wall, cape St. Michael. 667 Page. Hartonrocks haat os see aes 590 Harvey sTOCk isle Sea Asse, ee 523 arts lain deere Ae ys ky Ge 694 = TOCKS ae os: ss. eR eee 257 IFfartelieryammale ss 5535 set S00 eye 191 Hatchers cove, Garia bay.----..-- 246 —— -—— Random sound......--.. 576 amine arm 34 s4ah Sos ase ee 412 OM. os wceee se ees [Rees ORe 408 Fat et bas, Capes.) s- = aeaee ae 374 BET ea Tae ye om ae A a PN pare sear carlos 343 Havre JHodid oul 2222225266 eee ae 376 | Hawke bay, harbor, flat........--- 336 | Olt eEs = Sa ies Tse yl ie ee 335 —— island, harbor, Labrador, E. Coast: 2tulas ie UA bene hes 677 | Eaiy: (Coweete cle Seas istintee Ble 158 —— —— Jude island....-..-....-. 154 TSENG OPO oe oe Seo a 146 —— —— Nonsuch............... 146 | —_— Swieetsbayn.s assis. ee ee 556 | Bhi Geilawets ; .- treet Peens Oe Seok nf 187 | Haydon point, island 92222)6¢ .- 2/2 571 ay padk island. fs cxted ogee TAZ TOCK =< 5- eAAL woth aaah). ce 514 ay pouks shoal ceesse seas sen =e 562 ay pUlknockss ess 5 eee Ae eee Ser 591 Haystack hanbors4- ses: eee see 140 Haywards bight, head..........-- 444 Guillisiand? yee sa se ee 445 Meadiharbor. 20222 hs Vee Ee 281, 290 TOCK S30 Me eee eee 427 Meads harbor. /Veeisbiien aaaee 450 | Hearts (Content, licht!...2223-22- 586 Delight; harbor ::552) 42.0. se. 585 =——— Desine, ices sd faces Dw Gl 4s. 586 Heartsease ledge, inlet, point... .. 577 ie bron) Dayeceseestes = = BS SOL Yee 749 ell cove ssa ees ere ey. Sel Sk 318 Fellsimouwthss4 a see ees A 395 Hen and Chickens rocks.........- 745 island; bay of Islands......-- 300 —— —— Venison tickle.......... 676 islands, Freshwater bay... ..-. 544 | Henley harbor: 225222 322s eee 636 JIRA eh oak ee eee 634, 636 PlIenmessy islam a2 2 eo ee ee 436 Pero OC Ket Fa ee sca ee ee oem es 13 mibaney shoal eye oe ee 634 Henningsaslet ws 222.522 Sei ke 524 Henrietta islander 711 Henry, channel? +). 33.02. Aue eee IBLEP gle ne Ls Pye lh ees alee 300 INDEX. 19 Page. | Page. Hole-in-the-wall island, Ram _ is- HAt POlMteny 2 od... Jas ae See 751 famds.t.. 22 104 | Hydrographic bulletins. ........- 9 ——_ ——__ —__ ——_ point.......... 138.) Eiynes pomt.25.222. Jes) eas ee ELIS Re °C eo rr 140 "').—— roehaxiky ak ejseke, bw bares 456 Hol ehisiGOVe!.. 5.222.520. 111 | eee lands. .........----- erat. 133 | I. Holloway pisht......:2.....:..-. G78 || oil shuade .. 30. sae che eee 750 ———_ passage......--.-.---------- ISS »| Tee, Adlamtie. 33.222 5--2-eeta see 57 6 See Noleta BS ao A of, | == Belleile.strait_--- oer eee 63 HMolton-harbor, island, tides. «.. 726,727 | —_— Cabot strait. ........22..002- 61 a SOO ike Grackses. 2. - 735, 736 | GQUdIOn 2 = 544 oes eee 64 —— —— ——-cape Chidley, ice -. 727 | __ Great bank of Newfoundland. 57 Holyrood bay, Conception bay.... 598 ——— W. coast of Newfoundland... * 62 — —— pond, St. Marys bay... 91 —_ Holton harbor to cape Chidley 727 Hooper rock.....-. Soa wesebes HG8 |, cig St panies eet Se eee eee 64 Hooping harbor.......-.....-.--.. 397 | signals respecting........---- 65 Bop eraloay, island... -22..:../.2 S84 | —— terms........-..-4---2..++ 54: 65 Hopedale harbor.........-...... 734, 735 | tickle, island, tides.:....-22! 720 Hopedale to Nain, tracks......... 737 | Ikirasaluk.......- edie Qradeteas SS SoCvee 738 Mopking island.......-.-.:::+-.-. 252 Independent island, harbor, tides. 711 LoL 10 632 | Indian arm, bay of Exploits... .-- 496 island..spit, beacon. ..-1..2. 848 |= —“\Southward ‘bay... 2. ..--- 556 IEMIRCP AIDS 2.0222 eee ees te AGO) eee Dae eee ded aa Salsas 22.4 542 — = 480 | —— bight, settlement.......... 437, 438 PimiisyOANK. 2222522222222... S 633 —— Burying Ground cove......-- A427 forse brook .......... 3 habs LS 212 | cove, island, bay of Exploits. 486 =—— hops cliff. 2-. 2-22... .\-< 225 500) | New Worldvslandos.2es2 511 —— 1519.20 te 712 | garden island, rocks. ....-.--- 516 === [NTN SOI ees 26, | guile y..4. SHORE Re: 2. <0. 22 379 itransksl mommies eee eee 214 |) Jem bane bay =: -.-. 25.65 5-e 741 —rock..... SORE a Ce ares 138 | Jenkins cove..... Re 508 USB Ca avers we | Cot Cy CUE a 100°'|, Jennings! cove.-... 2.5.02 nose eee 309 iS AN «peste. Ae ah yeah 189) {| Wernylsmose:...- 2.52.44 eeeeee eee 280 Re OU Goin SA eee «de antl EE 99 | Jerseyers=-2-.-.... 5-225. 5eeeeee 164 ook a wles epee iid 105,136 | == hanks.......... 2 ee 683 feabelasiind.’. s2eats vetoes jo} 378 | Jerseyman bank.......-.-..-¢-228 186 WEAGONG Ls ceil iolreel deena hs 547 harbor and head! ....-2.2 258 194 Island cove, cape St. Michael..... 668 wand): ......).2- 6 149 = head, Placentia bay..... 108:)) Spee 5. 22-2 22 ee 140 —— —— Trinity bay; rocks...... 585 1] WiGEtSICOVEs +. = 5: Semae eee eee 219 ———sanbormneadeeeseee e sees 519 | Jigger island, Five islands......... 723 — Rock cove, rock.............. 442 | —— tickle, Webeck harbor... 729 Islands, bay of; communication... 299 | Jigging cove, Rushoon head....... 151 Eslejof Valen, harborssoje0;. -. 22. 125 | ——— Sams head= = 5522-2 eeeee 148 LEMS) 0) 5 Ce eet ee. eae Se 632 | Jim Day islands... ....4...¢. 2. 50yee 475 UNDG sets eek core so eatlys « L 417 | === Drake ledge... 4. eee 156 eolatedinockca se eee eal 794: | Ob MOCkKMer.. -... cee oe 590 Isthmus bay, Labrador E. coast; Jobs tsland, 22.0... 5. eee 496 directions fens. fs.e 706, 708 POOMMEt Sei. <1 Acdece oe eee 651 — St. George bay; shoals 279 | Jock-islands. ... -:...52- 225 euee 481 == — points .icicae it, Je keene te 260, | dockeyeiecove TOCK a5. ease aa 407 Wiieaiwarvikes. sho) oh 9) ena ee 750) || Joe Battsrarme:. .2 23 522 —— —— point, light............. 522 J. sTound 2.224. user eetee 141 Jack: Elingusland=.s-2 22s see saeee 660 TOCK OS 325 Re eee eee 513 —— Fountain cove and rock...... 187 | -—— Placentia bay —22-esce 156 LANGA. . : = ee ele Poy 12k) |, POCS TOCKe ar, o. . 5 yh eee 563 Jacksasland i: s 220 ever tts eee O14. | John, ‘C&pOs-4c2 cos Peees See 270 INDEX. 781 Page. Page John Baptist shoal ..........2.. 4.2 372 | Kighialmpetsscse ss. 2252 eee eed —— Meagher cove.............-.- 348° | (idhiicl ee see eeae ls al aa eee 754 = EE Harbor... ...2.02-0<--- 6: ASO | KadlntstGuete ee teecs rat ea aes John-on-the-bay bank............ LOG) | Keio cleagalipee es ees 2 2 ae yes Use 747 —— the bay, harbor, head, islands. 159 Killick island, shoal.............. 488 === thomas rock.-......-05.025.- 168 | Stone aslets 122. 4).2 sh) upset 502 —— Walsh shoal................. 168 | Kikkertaksoak (Bigisland)........ 745 Johns beach settlement..........-.. iq. 304 | = Hebron approseh: 2252-6... =. 749 —— pond, shoal.................. 93 | island, rock, cape aie oe p> ema day: Jota rock...../..2.2222.5 703 islundans Sean fe ae Ue Johnsons cove and gulch. ........ 270 | —— Saglek be Ss ore a ene 750 Jomasmock.=:..-.-.-.- Beast Sepa 161 | —— (Spracklings island).......... 744 Jonathamelookout.....0:....-...... 110. —— to Ford harbor, directions.... 745 WomesmElmtige ss 22.0 bl 242 | Zoar, directions. - SSL Weep wea Joma pencer COve.......---22-. 473 | Kikkertavak, dies acs vise amei Jigs! 00/5. or ra ", 122 | —— Labrador E. coast............ 742 JGmmmerOCOO es . . . . e s 274 | King island, Green bay; rock... 430, 431 Jude, cape, harbor, island. .-.... 154, 155 | gged i Use Peele inte Julies harbor. .-........-.......... 458 | ——-——- Ram islands............. 104 immer ee oslo | 285" | potnte.6 2 ost os! Pe eee 432 TOC 40S Seth eee REE 676 K. . | Komeman: covelse:2. so aee)2it be 617 Mempignoiene se Pet PLL... 73o0 |) atuietto kee Saye se eee 734 Reminalkonvilest: fo... oben 2. Le) 759 | Kangnitaksoak! c/s. 7ntees one) aed Venue aes teen eles: tubs 757 Kanes cove; leht..: . 22sec See ioo9 1 $id 120) 2 oh rr a 591 | arbor, brook, head......... 225 Kemealasioryik -)..095. 2.62.5 2.5 - 750) |) S=> header teas. cach co. 2 ee 587 Kangerthialuksoak river........-- 360) Kap pimieovietee, nee ee ee 526 Katauyak _ coo ee ee TAQ P| hap pins sod ese ee eee eee 194 LiGGiln@: [Rl Oo) a 556 | Kirpon harbor, beacons, direc- Keyakomnttike 2c 00.202 oe. (Be LIOMBss.5. 20 TEE READ 365, 366 Kearmeysteades. 2... s2sse.-5.- 140 | SLAMS SIRI hs SEL ID. 2 Sek: 365 Ioan Glare 553 | Kite and Doe hills.............--- 106 Mieeiomelamdee. Se ee be 690 | OVER Let: es aoe ORE 490 Keels cove, village, ice, communi- | eaarrerroekis 22) J. senha) bee of tno R8 GAuOMeM aes ae 2 By 558559 | Kanebislanid aa. 2 sean. clei sal 498 Kethyihead Gaver. 2:.2..025..2% AA Gu ebanO bb APUNe lover ce cencer oe. =. Ry OTe Sommer te Oe DEL HO9n |) Koksoaleriver so co. 522 cnied lo. 36 Kelp Cove pomtces. 22.2 =.2f 4.62 S0 fale Rue jautakes ee cebu coe se 8GL4 sks 744 ROCKMERA ERT Os AEN Li Fy Gillan ebenall keep sete oe ces 2s eho dG Meloy nein stnee eee 22, 210) | Kyer cove, point..-...- 22.8... 2. 623 = SUMO eee as et el sce be 156 | Kennedy tslande ose. .224 200... - 678 | L. Rentipoinie erent a SS Relies ale meerhe yaad LON Na er 182 Keogh islamde se Smee ees 475 | —— Fontaine point............... 334 Keppel harbor, directions......... 287) ee) Haye bamleics.\.j..2.40.. eee 81 Inlanae Lali cee LENE! 335 | —— Hune bay and cape....-...- 217 Kerley harbonwmeses nine ne enane: = RG [| ——— davthd Noseee eee sols ad. 218 Rettlenslam dire eee toe isn === Manche... 5225.24.22 Seer 108 =——_hottomerocks < are a aL Gi lead ates eee 109 Kil ar Cove aaa se TAL Meh A0 0M = Plant aisimikehaese eee eee WS TOOL oes ie 2 eee RS iA Plante: bar bolas eee 245 Kiddle*covers soos 252 pee 510 | —— Poile bay and harbor...... 248, 244 782 INDEX. Page. Tage, Thao Cie arbobe ss su... Lc . J. eee 422. | Tain head. .........>.- eee 167 =—— Vache tock: 5.ds.2 0 i.7-28-8° 173 islands... ... :4/... toe eee 167 Rabrador, climate... .....-5.402-- 43 | Laurence/rock. .....-.. .2233a eee 162 SS aT GER a ee Me 8 625.63) | Gawler bay, rock. 7.22262 0eeseeeee 616 —— physical features, geology, Lawrence harbor, head.......-..- 484 population, rivers.......--- 35 | Lawrencetown......-...352 Saeeee 490 coast. CAlliton === ees eee 730 || Mazy bank... ......2- 9.2 668 . —- — fog Ae SS eA 48 | ——— pomit, rocks, bank: 22 = 2eeee 653 oe tidal streams _fo.2) 55- | Be Bletan rock... .--2.. 174 Meddercove..- 34.04. 9t eee 122 | —— Malouin shoal..............-- 340 adie island =). 15-2... 2 2ee 2eke deo |) Ged island: >... .... 2228 Sa ee 690 Bee TIMER ed eee See Oe ae 528 | Leading tickles, light. .......-..-. 463 —=— rock, tickles; light: 222. 2: - 463,464. | League rack............/2203eeee 457 Madey pont... 2. 5 /s8eate see eee 575 | Eeconte point, light... ...- 22 eaner 174 Lahaye. point, light.-.........-.+-- 91 || Ledgeisland). ......... <2 32.2 702 Baienet, pomt.......22.2.2. 2222s, | 340 Hegdret shoal. -__...-:. 2 376 Lakeman islands, reach......---.-- 547. | bedrewrock!..... ). 5.00 448 Lally head, cove, island........... 191) Bedyuck hills. . 2... <2... 3 134 Bamalin. bay, lighb2./0222- 222. -. - 168 |, Heeming rock. ...:....22-2oeneeeee 718 NAT DOL: seen sae chess oo tiee 169- || Hegendrejghoal...........<.. 25-25 380 —— ledges, clearing marks........ 170-| Leicester point... -...-:-.2..5eeeeee 717 road, anchorage, shoals. . .. - . 169 | Level pomtie. .. .....<* 23S 662 © Shag roek.... . 2.--i2s- ae a3s oe 169 | beveret islands........3.3222-- eee 519 aan rock. caublon: es: s=seeasae 95) |) Kewis brook...2../:. . 235 eee 295 Lampidoes passage.........----:-- 204 island, Bonavista bay.....-- zs O48 Wamp sso Pee ee eee 750 islet, Wush bight: 2 s—sseee 451 Wea yotctle ti. Lohse lo td te & eee 199. | —— point and rocks......:2 224 270, 271 pepe POU. cos satic 22 2 oa = Se en 38% | ==—woek? .. ...). ac: does 722 Lance cove, Fishing Ship harbor.. 666 | Lewisport harbor, village.......-. 495 —— —— Newfoundland, 8. coast. 215 | Light-lists...............--.--.-- 8 —— —— Oderin island.......... 154 | Lighthouse island - /*..2.. 72522328 520 —— —— rock, Smith sound.....- Ovil.,.|| peewee cs 2. See =) eee 11 —— —— Trinity bay.......-..-.. 088, | Thity island............. 2:5 648 == point, rock... ...........-.--2. asst: 562 | —— island, communication 440, 441 Lark harbor, bay of Islands. ..-.- 302 | —— —— la Poile bay.....-...-...- 244 — island, Belle isle. ....... 639 | —— —— Long island.....-- ages ie by ty) === Mountain....-...-Liseesee es 299 | —— Mortier baiy-22 4s seer 161 Barkinibanks: 5.85 * seeps 142 | —— —— Notre Dame bay....-.-.- 438 a OIMbeeY sea Shae le oo ae 267 | ——- —— port Basque; shoal.... 268, 259 Rather ledge..5s2.- 2... 5.4 eee 425 | ——_-—— Rencontre bay.......... 214 Bain porn... 32. sc. eee re eee 389 | —— Beaver cove......--..------- 515 Latine point, light, shoals........- 99. || += Bell island. -: 55225540 s-oeere ‘599 ee INDEX. Page. Iittle Berry island .:..:....2..... 480: | Eittle Goblin bay-.:.<-.:./AU.48 —— Black island...............-. 499 Grandfather islet. .........-- —— —— rock.........222......-. 691 | Grassy 1sletusew. ssa en sees —— Boar island...............-- 229) | Gready island 02/52. 52 27.04 —— Bomah cove. -......-:--..-/-- 129 Green islets Sees see eee —=— Brehat bay... 22.22. .222.2224 3f2 | —— —— Point. shoal?) ).2...222: = pbmeisiand.......2......5.-. 724 | Grego islands brook, Green point..........- 325 | —— Gull island, Placentia bay -.. ~ AO A EME: ga ue 23 A tye 334)|)-—— > + New, World island’ se MlemMarborics. 2. eek lak WEA na, Gilby Heads. 22 cane eee — Brunet islands. ...........-. 185 | harbor, bight, Twillingate is- —— Burgeo island............... 119 | lands}: 17) eh ees — Burin harbor, island....... 164, 165 | ——- —— deep, head, shoals:...... — Burke island........-... ERE 108 ane Great Gallows harbor... . = bumt bay.-.......25.2.22.2: 493 | ——- —— head, Placentia bay..... === |S ee a 383 | —— —— —— &t. Pierre island... —— Butler island................ 135 | —— islam db = 4. Si5 ee lesa ations —— By8MeCOve.....22.5..2..-... She islands, Labrador, E. — Canada harbor............... 396 GOasbe: + ou22 eS —— Caribou island, ledge......... yg) | Labrador, E. coast; tides. == (CR £11) SA 401 | —— —— Long island..........-. — Catalina harbor............... 563 | —— —— Pilley island........... —— Chance cove................. D624) -7- > kacenimal bay te... — -—— harbor, New World —— —— Random island......... SNE IO\G bs fer eee 501 |; —— Sacredsbayes-e 5 4-eeee —— —— —— Sweet bay...-..... 5a | = Salmonier river... ...-- OMS Atm - lll... 14s |——- Flame island’: osu. -2 1 ape — Codroy river................. 267 | —— Heartsease harbor........... — Colinet island. ............. 92 | —— Holton anchorage ..........-. —— Colombier islet, God bay... .. OT eee REO 2.73). 0 eee ——_ —— —— ®t. Pierre'island:.: 172° | —— Hooping harbor..-.........- == (OLSEN 10 10 403) = Indian coves. joa see eee Sarma ee HT IM 189 | island, Connaigre bay...-...- women bIPhts . . 2.402.200 2. 547 |) —— Sacred aslands. 22 435. —— Copper SL AE ey el 663 isleyor: Valens 255 ted Sie > Wonmorandier island... 2... 380 | = TS tise te cicragot Sobek, See en Crowalhtendey cn 2s ol. 202 | —— Islets harbor..--........-.-.- —— Culler bay::... 2... EES | 207 | —— Kirpon harbor.....-..-....-.- = NEinate. ih re 185 | ——la Poile inlet..............-.- moa caten sind ighige oils. 2. 5 7-p |e GTN 9010) he a ree —~ Wevwilstislands. (0.5.6... 194 | —— Lobster harbor............... ——— Duck island, Dominorun... 698 | —— Madame island.............. SSS NI OUNCE ee 632 | —— Merasheen harbor....--..--.- an ao head; Miquelon.island = 2.220022. 22. Pociersnenlee 22 68syl——== Mon. Jambe... 02... . 2.1 ee —— Dunier island..............- Hay ||, === Wiaialetoyelea ee epee Soe eos =— Hntry island’ wa iree.) 722 | —— Mortier bay.............-....- Fogo islands, current. ..... 5238524 = — Monquitovcowe.2-2-. osm —— Fox island, reef.............. Sih —— Nieedileshsin Satie ie ae ee ee Birtarsicovyeret ms seca 8 Owe Nort hy han onl ene eee —— Gallows harbor............. Lee —— Northiwestianiatineadi =e oer a ama apy fT Spe Es Ph PA = ——— Pancakesro Chee asses aaa Goataslandse..).. essen aaee 127 | —— Paradise harbor......-....-- 784 INDEX. Page. Page. lnittle passtige 3c) 42.6 tek aed 198, | Eoeker flat island... s5.eeeeee 547 Peter pomits. 2 users ews heir 489°| (Loeksport.......-.-...¢-2¢- eee 461 —— Pigeon island...........-.-..- 413 | Loeksirock....\....-: 2.2: 680 — Pinchgut, tides.......-...-... NOG s| sodeeribhers = 5. 2 . 22s eee eee 630 — Pinnacle island.............. 105..| Lesy cove. ........ s.2405Sen eee 601 —— Placentia harbor............- 100 | Long cove, Random island....... 572 —— —— peninsula............... 9) sound... (2920s 576 Plate islet. ip ses oa. Aging ks 1657) Trinity bay.s- 702) Macy tickle. jislamd: 251.2) oe 674, 675 Heousbay, harbor-......---------- 500: | bad alo Mh sy ew Yes Bi Cs oe chee 199 Lopsided island........-..-.------ 744 | —— Moll head, rocks. ..........- 477 Lord and Lady island........---.-- 1 A rock, Fling islands... ... 684 ooo Dili. | Soe Beee ere eee eoete 674 | ——-—— —— Jack Fling islands.. 660 Meeetetx Pomt.-..-.26<- m=. 2-5 336 | ——-—— —— New World island.. 503 Lol 20h 523 | ——-—— —— Picarre harbor...... 199 jeouis Lemaire shoal........--...-- 383 | ——-—— —— Red bay.......--- 646 Loup, bay de; point, rock.-...-.-- 225 | —————— St. Michael bay... 670 i 88 ee ee eee ee Go Ge Snooks arm...-...- 426 Louse bay...-....- 753 | —— —— —— Stunk island.....-- 704 [OGRE cj a ee ee err 232 | ————- —— Styles harbor.....-. 677 = niche eee ee G9 | == shoal, Hamilton inlet... 715 Lawe CON72 eee eee een 558 point, rocks.: =... 4b... beeeeee 595 Mameisiand bay-3.......----=2- 4 - 750 rock, Fermeuse harbor... ..-- 617 — [COLE ANS) ee ee SA || Mantul head 2 5: 4242 ee 424 59. Le ere 362 | ———— Petty harbor........-... 611 —— point, Newfoundland, E.coast 565 | Madame island. ..........-....-- * 382 — eee eee Zour pMaddOxicOVGs 2.0 52.52 noe ase eee 611 —— Rencontre islands. ....- 190 | Madeleine shoal...............--- 368 Beebe tock ...../+.----s<4-s- 507 | Magotty cove, Random sound..... 575 LOG 0c ee er 563 — Sound island........... 114 Homer ball, rock. ...+.--.2- sane ntan erate a 201) "Merchanticovies.---52.25242o6 .--3 ss TSANG Ses 4 eee Se eae tS 694 | island, Kirpon island; beacon. 365 TocksHshoaleyan ats.) Maker 209 | ——-—— Ram islands............. 103 Marke islamdencosc.ssecctetcn eee 721 | Merchantman harbor......-...... 663 Mane voTOCKAY so.'s-..2022 sees 623 || Merlinepoimt.: 2. 22+. 2 ssagaqeneee 709 Mamrneishoalet isin. 22. coe cee 172 || —==—reekw sooo 5022: .5. 2 ee 604 Marnham port, island..........-.. 621 | Merrifield mountain.............. 741 Marrone meres oe science scene 99.) Merny ihanborss-- 5.25322 -e see ee 130 Marsiralllslamde see). -cet ale-siere US3)s| PMlesserviys Covina. 2825 vase eee 276, 280 Marten Tock, polit: 2224.0 .it/e. 392 | Meteorological tables..........-.. 49, 50 Marticot island, cove, back cove.. 142 | Mewstome.-..-..--.........1.222- 362 PET TI AMC Oe eee te ae 625 | Micmarislete 3... 02. 02s cee ener 360 IMornisseyardcke@eere erase. 112 | Midchannelrock, Fichotchannel.. 382 —— point, bank off............- 322,325 | ——-—— off cape Porcupine...... 713 —— Shepherd islands............. 548 |! ewes) 236 Martinique bay=s-c-ssssseeee eee 389 | TOC KER en 5-2-5 ee 628 Mary Ans COVE!) Poh a eee ee 270 | Middle arm, bay of Islands; point.. 309 harbor; tides: > jo. eae s 624 | ——-—— Green bay; rock...... 431, 432 Mary bOWEL os. tose. oo hoe Maree 161 | ——-—— of Bloody bay...-.....- 549 Massacre islamdisect sc. ccisee seco 739 | ———— Three arms; directions.. 436 — islet, rock, Fichot islands.... 381 | ——- —— White bay; rock...-....- 414 —— —— St. Pierre island........ 7A: |p hal eno 212s 5 Se ee ea 371 Miastershead evar tess see eels HSI), | oT ae es eee ees 423 Matthew Lane island............. 479 | ——brook, Newfoundland, 8S me POCK es kia asaierctseianate tials esis 139 Coast Lee.) SNe at ee 236 INDEX. 787 Page. Page. Middle brook, St. George bay..... 274 | Miquelon rocks..................- 183 CIMT eet aie ON i ars ee CO TAS TOD Ue ny ce carh ca are cnet eee 183 MO OLOOK. (2223-24-64 .2.- SL2'| Miranda cove.../...2.2.-22-c22s50 299 —— Dockislands................. 1205 || Miisaineyb anikwe ase e es ere 80 PEEP UID: DAY. -ac.c0cee ce ens 205)| Mistaken eowe: sees .o 4: ee nee 357 —— ground, Black island-........ 510 POMS haces Soe ee ete eee 86, 696 —— —— Little Harbor deep..... 400 | Mizen hill........................ 586 —— —— North Black rock. ..... 6921) Moany Cove... sie eons ee eee 105 —— —— Shoe cove.............. AD5 | Mobile bay... ose cse eee eee 613 —— head, St. Lawrence harbors. 166 | Mohawk point.................... 409 —— (Crooked) island. .....--.... 209" | Moine, bay le; rock. 2222) sess 249 island, Fishing Ship harbor.. 665 | Mokkovik bay, cape..............- 730 —— dike eile Soe eae aac Hijo. | Wolasses point... 22k sane Wali — item islamds.2 020. .= 22. Gis \eMole-cove; tides:J5..2) 4. eee 546 —— —— White Bear islands. .... (2SmeMolilepointeess. ste eee eee 98 —— islands, Notre Dame bay..... 453 rock, leading mark. 2.02. =546 99 == [GEC ee ee Hola ViolinveAmimuCOWesss a= -e se eee 295 ———— 12 0) noe) ) \shora bres, SHOaIS. ... 2. ve cca se 101 rocks, bataaway bay........ 230 | Morgan arm.-:.-:...-.-..-.....-.. 212 —— —— Sopsarm.............. 407 PRE RIACLS © hie x ye ch tes « areten oP. 230 WierrCOveree er see 444 | ——-—— Lamalin road............ 169 Minlcove, New bay ....-.--....... © 467 3) (102s peste hoe i eee 632 —— —— Seal bay................ 460 Heworisonmsiands: 22079... 2ss0 cou 728 ]OGVAMH HE’ CU che, a ke a A ASS || WilOmae None so osaeser ooadenoeae 365 Mille harbor capes... ....---.-.- iss) Morrisichannek:: 225 251..262 255 -.4 po iy Lope 305) 28 07 Pe 41] ISAT sre mer oo dn! arene 550 TOON OIL ey SIN ct a 151 TOC Kore alee pcr tacts eet ae 565 LOC Kramageeiptenet sete 68 ek 165 | Morte harbor, islands........ Bete | (ADs) Mai ners arate wee oe es inlay uloriverbay.s. 3225 2G. le sate eos 160 IMBLBIOTT CaVer ete Syn. sss... =. 387 ereek rock, bank: 54. 7.0-ese5 162 Milners tickle, Chateau bay.-..-.. Gs Mim vlonvim ers oa lis! 20) haere 731 aaa Grandyesoundigt e225... 254 | Morton harbor, head, rocks, direc- Rivtorditanrmiss 2s) yeaa 491, 492 tions; settlement. 22222... 2 22a, 503 Wich ieGad=ss. epee es byw NLOTUE Sl te actsalayeertene 5 see 335 is bey SUL mpeg Bot Moses pOmnt 1 NA EO eee en 510 Miinovnaclcss jouh meng iite «-: 163 | Mosquito cove, point Conception Mines ibightwislets/s.chenls ooo. |. 420 | oF: i Meee yes He 591 NiO ti polite ara saa eey eon: 391 | ——- ——, Labrador, E. coast..... 661 788 INDEX. P Page. Page. Mosquito (Cobbett) harbor......-- 220 | Mussel rock, St. Marys bay..-.-.-..- 94 harbor, island, Back cove.... 210 | ——- —— Trinity harbor..-....... 566 S256 bint baie al ae See een 209 | Mustard Gull islands.............. 587 Mother Hicks cove.-..<.----<-,- .-- 92 |, Mustering point......-.---2.-eeeee 698 Sao ETC ONE Sao Shee ae esos 495 | Mutton bay, cape. -....--—-aeeeee 87 Motion bay, head, rocks.........- 61). | ———asland . .....- << «2a eee 353 ASLAN Ce yae se sce = bereiece eee 669 — elite: -< Soee aaa ee 573 | Woulesistand 52.5450 eon eas 1/3*|Naattye Guk......-... .9¢-cee 748 Mountaineer rock. 5)... 6.2 4-¢6--65 739 | Nachvak bay; Hudson Bay Co. post, Mouse island, Burnt island...-...- 146 directions: tides... +.-s2ssee 751, 752 — Caribou channel.....-.. 627 | Name peacons.-......-<--.eseeeee 743 —— —— Cowpath. ............. 548 coast N. of; caution.........-. 746 — —— Gallows harbor island... 148 | —— to Ford harbor, directions.... 744 —— —— Vicuna island.....--.-... 112) Nakedimanie =. <<< :<<-:2- --eeeeeee 432 islet, bay of Exploits. ..-.-..-- 485 | ———— point. .-.-..--....-------- 752 Se BOM GS 2 sere etic whe = net ace oem 427 | —— LOCK: :..-.--: .-32 eee 243 rock, Gastries bay....-.-.--- 598 | Naksarektok, current.............. 751 — island; Friday bay- . --- 506 | Nameless cove, directions. ....-- -. 9306 —— ——— Random Head harbor... 5/3 | Nan poimt-~4.........----.2sueeee 119 Vero Eh ic a he eee 275 | Naney island 23. \. ......<.-- 5. eee 684 LENG Fo ACE ge ae 710 | Nanny Hole rock, head..........- 478 Sh 010) ae eee ae eae 223) || p= POC Ke aie % - 2 nicl alo a a 521 — hole, Flat Bay brook......... 275.) Nenuaktoleo. 2... 22.3. aoe 734 —— —— Newfoundland, S. coast. 211 | Nanuktok, cape Harrigan........ 738 —— —— Pilley island........... 450 | —— (White Bear cape)....-.-..-.- 702 — —— Sound island........... 114 | Nanuktut (White Bear island).... 748 —— —— hay....-...------..------ 23/1) Napakataictalik ..........: eee 737 —— —— brook............------- 488°) (Nepataliike.....o.. =. 2. 2b eee 737 —— —— point, bay of Exploits... 483 | Narrow point..............------- 739 —— —— —— Connoire bay...... 237 | Narrows, The; Clode sound. ...--.- 557 —— —— —— Tizard harbor..... 504 | —— Goose arm. «=... eee 310 Mugford tickle, cape, ice. ..-.--- 748, 749 —— Picarre harbor.........- 199 NITHIGH a CeibaVece aoe co see eee 258 hl PN aUMMS CONCH <,< 22 <2) a eee 410 Minlims CO Weesae ar cae 30) i ee 2sepl\e Osmonds house |). 225s 2. 22s 2) 410 a= 0 re 224) | Osmond ville: 32.2... 5. 6. scene nt yy SEM — Wadham island, light........ Hoos Ober bay, Cautions... e ssn 258 — Wolf island................. 703 | —— cove, Canada bay...........- 392 PEE te Se ee ial os taclces 748 | —— —— Sops island:.......24.... 406 7. TSG Ce or 23-26 aslamG | TACK.) a5. ee ASS. ASO Onil Seles eee a A 451 | —— point, settlement............ 237 cue COS A ee oe 747 | Qurson point, shoals) ....)...22.0... 336 Old) Bantam’ rock.....-...2...2... 453), Qutarde: baie deil’.2-.. 22s Je2g222 376 oon int Ee ee 1947) Outer Brandy rock. 522. 2 54..4)..42 553 — Bonaventure harbor.......... YS El den Hts) 100 Lap nh 534 mV TTCEE TIN TOCK: seer cle 270 | —— Gannet island.............-.. 705 eemllivaTOCks fob kl ee se 436 | ——— Miquelon rock..............., 183 == 525150 ))0-1010 2) Eee re 848.| —— Musket rock...............-. 678 — Ferolle harbor, island; beacon, Shag roeke a8 la .tu i aan aoe CUGECHIONA eee Skee ai Omtsidenislands= saseeaees oe se 744. Beeeaman rock)... ...... i 2.!. GilOml pp OMEN MOCK: Gu ee ee es 163 —— Harry, Harrys ground ....... Sale) |pOvertall brook 2..42220 Joes. cack 651 a rock, cape Broyle...... GIA @men Tock (ari ee at ala, 2 136 es eS RGAnAe eee Gili Owl ead) island's 02232. ee 681 —_ —— Corbin harbor...... 165 P —— —— —— Despair bay....... 207 z —_— plogiieeeeeo fou ae oe) 20509) | Packs, Harbor. islanda:. ... 2.20%. 711 coe TNO RN yee ate as OS Meaddile rogky ie 0). a 158 Semen OCVanOCK es -see kk sae oo0y|Mraddock shoalic.2 6. .3.2..2.eee 92 paar EHOMESeD GI) = Me ie 2) i) | 210 Bboy Wlanly Papemocke ne c.c0e itis loans Gee 169 Nett islam! Seiad... does. OWE GPaimeyislandiass so. ese ek oe GOD) aa Me reise ke ail 220m bain ten rocks =. 8.2/2 ))05 see = = HOE, Clap se ee S47 We akentuiksseue as oul J. is ewes 745 SS A Le sa ee ZA eolumpa take. = 2. Jes = ic a. e — islama Vaboab (Foo! 2. 714 to. Nain, directions. ....- 2222: 743 SSRI ieen 00 tos Se a ae 589 | Pancake rock, Labrador, E.coast.. 691 Spa oe shoal a Ue ea heii 155) | port Basque; buoy..-..- 260 —— port aai Choix, beacons, direc- —— -—— §t. Johns harbor; buoy.. 603 tions: Mayet Meet bY Bee O40), sale) Paquet, Harborast> wok. lo . See Fara RODOR Tete te ee ea gebine: lic 2 B200 |p Raradise cove.si.3 4222250. 22 aa SS ISOW POU Fare he ePRNs sll hi iS) ai feel ave Tg O10) ae ee ears 129 Tiara Omar eea MIApe I Oks 310 |og00F eh eee aPesp a ety ME TAI ek 417 Olive anchoraces 2.95.2 Sigs) 198 TEVED. 2.000002 Cee oe ne 710 792 INDEX Page. Page. Paradise sound 222 522 2h. see 143°) Penny rock. ...-...<2 2323085 523 Pardy island) poimtses.0.22. S22 164) Pentiys brook: :...... 075422 eenee 459 Parirey point, shoal e225. ..0.-. 119) | ——"Feome sos 2.2 2 eee 654 PArIs DAVSe eee ere ae saa SCS 421 || Perch toek2::..2.:. 35 232 eee 96 Park Harbortunls 25.0225 202.'.2 58 504 |. Perliean island 2:2. .2).-4.. 23 589 Parkemeovessaccees sheer e seo e eee 150 | Perroquet bank: ./..-2<.52-2)35e= 653 ADV CNS Sores aa ee SCE 361 |) Fetercove, head: -- >. 22 55-- eee 124 Parkesoovers: 222022522503 see 309°| Peterarme. ). : 2... 1.2302 eeee 476 MOG Ait 2 cttw in olatainnereiowsete 312") —— wharves, tides, supplies, IRBTSOUSICOVE] 27 etee- tect ee 499 communication....-.- 488 Re METOUR Cs 8 tate ate eee 627 | Peterelasiands?:\s. .. 2). eae 633 SEALS) FEV eee eed marae eas 688 | Petit Fort cove harbor, shoals....-. 144 ee eorricds lailbteh sd ae on 396, 381))|—— parseroeles 2.0.) a 362 Partridge harbor, islands. ......-. 713 | —— Jardin settlement........+.--2 282 Bead bayseecee en Ne 683 | —— Marchand islet.............- 231 HOSES VIG Feat ME Re tne re Us 589'| ——— Spas cove... --...:-.- 22 eeeeee 307 —— point, Kirpon harbor......... 368)! ——— Oe HET ate ete. ho 385 —— —— Southwest bay. ....--.- 388 | Petites settlement... .... 220288 249 pee ee Wihite bay 2 see 2 ioee ce 400) | == Nachos boo. 399 —— —— Wild point...........-. 416 | Petticoat island, Femme harbor... 188 Pass island, tickle, lights, settle- | ———\ Newfoundland, S. coast. 149 PACING 3A ee patasiottk ate 197 | Petty harbor, Labrador, E. coast.. 659 Passagevislandey 4... REL ees 493 | —— —— Maddox cove..........- 611 SOE a0 2 An Dt ees LS Tole) eetaalip) head. 22. i..i).--2. eee 486 RO CKA Upp aw eneyre Rpt Gey 469) |SEhotocraph poimtu=-+4-- eee ae 342 NN OAIS= es Seca ee ee ee 344 | Pic 4 Denis harbor.......-- 228177290 [ELVES Te ee SO ee URC 68)|Picadilliy. 3.22. .2..4.2. eee 290 Passenper pomiteso. oe Soe 5740) Picarre harbor...1..c.2.222e eee 199 Mawracan shoal sass sane lee 13h ePicnic island \2252 224 ane eee 448 Patrick (COVeGsa52.eOesaeetiee peewee 96°" Piercey hill. 0.24222... 2.282 coe 169 harbor< rock i 22 sosce Asee 200° | Prerways hill. ......2::- eee eee 280 TS O06 SA EI eos A eee aU 17") Pig banks 3th tes eee eee 86 —— — Oderinisland.......... 154 islands ere eee ae 479, 688 —— Power cove........-....----- 451 | —— La; Poile harbors. 22522 244 Fe CKO RH os odio c Sac eee 96 |): —— ledges 2.825 Ae. seleek eee 159 Baullistand!s 225i 55255-5,.-.525... 378; 743" |. === hes gees oe ee eee 677 —— Peters COVEs. i See\.s55 555 2542 660 | Pigeon cove, Kirpon island...... . 367 Rearcevharbotsessssnecec-v se sie 502 — Newfoundland, E.coast. 398 Redked rock) 2p ee seseee le ssc.t 365) |: == heads - 2.0.) 2. eee 281 Pearl island, Barasway....-.-...-. 208 island, Back arm, White bay. 413 +— bay of Islands. .....:... 301 | —— Brig Harbor island...... 724 Pebble island.............-.....-. 613 ) —— —— Caplin bay.............- 666 Peckford island.............---.-- 531 | ——-——Curlewharbor approach. 706 Pesoysibags elena teeta 609 | —— —— Domino run......-...... 698 Peléexsland 6.05 eu eae ee 174 | —— Fichot islands}aesseeee 380 = PONG. 1) 2252 Shs a ee 420) |. —— Little Garia bay- - 222202 247 Penguin arm, cove, head......... 310 | —— —— Goss island; shoal. ..... 692 —— harbor, head.............-.- 679 | ———— Greens Pond island.«... 538 islands, Newfoundland, E. | ———— North Crow island....-.. 691 Coast; light aaaaese 533) —— Partridge Harborislands. 713 —_— —— —— §, coast............ 217 | ——-——-St. Francis harbor. ..... 663 Pennsicove:ciccsc2 sinc eee seQe 448 | ———— St. Michael bay; bank, Penny sharborec2725-. 2025. < aeeoon TOCK 2.354555 eee 669 — Hook cove........-.-......-. 696 | ————St. Pierre island......... 174 INDEX. 793 Page. Page. Pigeon island, Snooks arm.......-. A26} || Blacentan harbor... 5. = .2) 25% a7 — Tinker island; shoals... 254 | —— Mans point, anchorage..... 112,113 —— —— Vainquer island ....... 14> | road an. SAL Se oe Boh ou 97 —— —— Venison island.......-. 676 | —— sound - 100, 101 —— —— Western harbor; shoal... 208 | ——town....................--- 98 —— —— White Bear islands..... 723 | Planes of reference.............. 13 ee Ca eee te See eee ees 43) (| Plantehanrbor, dasa. . aciss. -casc: 2% 245 —— islet, Davis inlet...........- 7390 ea Suen a eels eee oa Seiya) 115 —— — Grand Bruit harbor..... 241) | Elantemshoal. ... s22ustosesee thas 682 ——-—— Random head harbor... 573 | Plaster cove..................-.- 271 -—— Stocking harbor......-.-. gS Val 2 a 010) er rE 174 inlets, SOps arm... 20.22... - 400) WEIR eteON er are Moos. Sct on SORE 556 ledge, rock, Fogo island...... S260 | IB eps. 2 S222 welt wedi 185 Piveaaniere arm. -_.---.256-..-- 398 | —— point, light..........:.-.-2 182, 399 Peeeeseaeee 2.22) ----.-+2----+- “688 | Pleasant cove... .......--..-52- 305 [oes [i ee 514 | —— point, anchorage............- 471 [lS a 305") HROUE bay lac. bso ste ee 243 lenlllne nove. 2 eae 248 | —— harbor, la; ice............. 243, 244 ILE oe 451 | Pomt aux Gauls; rock... 22.2252) 168 isla lh Ske 444 ROG Kea lvamalim Davee se eee 168 a nem bones ae ae oe ok. 2 Se 447 | —— St. Lawrence harbors... 166 Ria ee fey less» 449 | shoal, Burgeo islands........ 233 Le Ltn on ee 355 | —— Marticot island......... 142 [ph Cle 9 | ———— Mortier bay............ 159 >. (a 20 | ———— Rock harbor point... -... 155 Rimenersislando 28252. 5.. 22 tesa 258 Hsu bollorocks sunikerss = 4-2 .s5eee4ce 687 — to) Pools.arm, ice.--..... 536 | Pomiadluk point........ nie Srabeeat 730 Pinchers bight, directions......... Habe MEOMmler COvyee = acts eet ee 205 Pimea-sutueland. --...../......-. 93 | Pompey island, Hamilton inlet... 716 == lee oe Aa See 707 | entrance...... 7s) BAireeres. 2/8) Ja os Phas ute 720 | —— —— Sandwich bay approach; === DOM bth cesee eee eee 214 TOCK 145. oM4eu suas eNOS SUG coon er BSc lp BONE COVE Wak. o cna coh saeeee 352 Pine, cape, light, signals. ........ $990) |, head. 3 o6.5.. ate, daar ae Ae 132 Pinesasiet...... . eee BLES ou bes 420 | —— SUMIKOTSS «2a eee 137 fib) ech 507 rie) E10 [Aa he i gee ee 482 iS SUN Soon ANS 79) Ne 601 | ee a ae 324 = BR ee PSSgibha—— hel sao | See dk eel ae 99 Sul 02 |e. 2 eng ee ee PAA MEOMGS EL VCR y= -oc, 26s) ev oo. uioites asl ok 334 pines barerd esses. wee mes ek PAS OOly BORE e 5 82k ise 2 ee 615 Pinsent arm, island, rock.......... 668i eopleasiandl: 22<)2,/...:4;05. seat WTO Pinware bay, river, tides.......... 649. | ;Ronsonby island’... <-.2......... 22... ¢(0 723 Paper screen yo os. a 517 | Pools harbor, directions. ....-.. 539, 540 IDOLS AO] Cee gey re se eee eles ie TS ean Cl Rear ate aek oe yates eee 240 Pappas wholes. 45). et heel. 686 | Poor Boy islet, ledge..........-.- 579 Paquemuais rocks) ...2) 350205. 373 ASIATIGHTOCKS fot. 352s akoe kc 164 Pirogueishoals \. uae ee he a SSO ipa Sn alin aly wues Lit. holst appa) leks ge 563 Pistolet bay, directions......... S60) 560)|seope Harbor. 2, .).....-- 5-1 22 Be sie 168 Pitt Sound island, rock.......... p47 weoplars heady. 2.273 55s 4 22 set 155 Pitman island) light. 2/222 92542... Pom NPOpple stone. 35.5 satan tes Mot 547 | Sclin est 9 0(6) 01 je een pee rata ne Si Alc eg Soon Wweercipine bay 2. l).g..-- sees 693 Pitte-harbor; point. 45.82 eacics2 637 GRPE isis bo hr ape ne 713 Pizcontia: bay so: 25'.342 faes sabe ee SG) Pork islands. 30. hoi) eee ae 542 794 Rorpoise rock . 2.2). aasewe ee toes shh Porteaulbrag ease pee ee Bae — — Choix, directions....... —— —— Port directions ...:.... Portland creek, cove, pond, hill. . Portugal cove, Conception bay... . — = repacsey bay -us.-seeee 1 OSC | eRe te ee PO ies PERG PMEOC IE 2 fous chas cia tb abuse hte IBORUES Dae cicteg era andes eee Se — cove, head, tides............ EBUCM CONE. elaine alas 2nd oene seek Poynes) Cove rock. .2ii S22 ae rrie slidallc Sah ee tio ih es Reesque-harbors..2 sc OSa828 «24 Pretty asland 2). 23.c505 i.e oe inekleMharbonseseeee eee tickletshoalsrd UNA. te. 2 ROLES TXCOWE 3 eI ae ese ee Princes Homey rock. 2.2020) 02 Pookoutuscow cos ssene42 mess PAGE DEE Cie SJ. oisivinn sia Coe eee iBrossenroGk sy DUOY #222. s0 -o.- eee IPmimesisletr uses ssid. 4c .6. cee Bud dimespamikeaine ccethiscesccise ake PirdidimeyCoviert cc. sa. ape a a al ee 670 Red bay, light, directions, caution, reenshindies 74 2ieos Ls 495 magnetic disturbance, tides ich) point, deg. 20202 2 eat ee 63 and tidal streams, ice, settle- ment, communication, sup- Ls ae 645-648 === |o0) eee 274 === Chih liGhy: Aaa =e ees 601 —— —— island, ice.............. 555 — Cove head, Famishgut....... 106 —— —— ——— Paradise..........- 143 —- ROGCIE AYA SO ears ards 94 —— harbor, head ...... ier stag ne) LOS === deni ine ea 94 [tll 2 9 0 a ge Sa ie apa 84 == INDTSGAe 4 ae ee 249 island, Alcock island ........ 465 — Corbet island. 2. 57822 691 === cove, Square island ..... 671 —_— —-— Davis inlet; rock /.....- 739 oe 1a 1G 0b eee ea 440 —— —— Hare island; shoal..... 664, 665 — —— Newfoundland, S. coast; nano ee eee nne 204 2D ae ortnoge head. -....--.. 683 oie een Days harbor... 137 a a Oey idlande 2 oe. 708 — road, cape Cormorant... 283 — rock, Musgrave land.... 700 ———___— snoal, clearino marks... 104 Oy Hae os ese 677 —— —— Wild bight; rock........ 437 — islet, Bell island; rock....... 387 —— —— Herring head...... es ol —— —— island bank............ 633 —— —— light, peninsula, rock. 338, 339 Richards harbor. ..............-- 211 a NCR ee hts 5 eee RU APS 226 island, Barrow harbor........ 553 Riches island, Despair bay..-.-..-.. 201 Rider Tvtlee yee: sr ee ae 566 Ridge, The; tidal streams......... 283 Bading tslamd<-2 2: 2222: 243 e2eeee 429 Riff-raffs rocks, Hants harbor. -.- - 588 —— —— Shoal bay...-.--..-..-..-- 580 Right-in-the-road islet. .........- 489 iRicoulette;coves see see heer cee ee eal IEVIGG ERS amr Ge ere eras See era 471 River brakes ees seers see ean 272 —— head bay, White bay.....-.-.- 41] —— —— brook, Hall bay...--..... 442 -_— Serplement ase ee ae ee 194 ISIAH Se eee Opens 623 i OY OTG OY heed eae ee rere A ee le 383 RuixK COMET ye EC entete 43] ea al Oz Te] OL) Geng et a Ug Se wm AN a ea 581 = OULU RES nee ee tree once a ctae rs 431 Road island, port Basque.-...-...- 260 —— —— port Charlotte--......... 662 Sa GL TG vey crea ane inl rar bata paras 292 VEO PANO ISLA A aranala le te say aE abate 40, Roberts arm, directions-..-.-.-- 445, 446 sae DYE eS Set sso WR i et pe a eee 595 — harbor and town. ......-..-- 595 Robin Hood bay, Newfoundland, EEC OBST Te | TER oy ara aneee 602 IRobinevukcovelee sna ceeras sneer 398 796 INDEX. Page. Page Robinhood bay, Trinity bay... --- 566"! Rotibay 02 .....2.5 460. eee 204 Robinson brook, head, village..... 273 | ——— Colombier rock. ............ 242 LSUATIO Csee ee Res Melee « 336 | Rouge cape, harbor, island....... 388 SS PONG. ho Se sek cee ee ok 579 | ———— shoals. ..............-- 78 BOGE eee re eee Ne 529 | —— (la Chesnais) point.........-. 422 Roche (Rocky) harbor........-.-.- 322 | Round harbor, Confusion bay.... 421 ee MORK eth... EE cee eee 157 | ———— Irelands Eye island..... 570 See IPOING LE aot ioe dee he 99 | ———— Notre Dame bay; head.. 426 Rpehes Blanche 2... .s0ssa.428e-5 250 | —— —— Picarre. . ... .. 22256 199 ec Harbor..ci-2ic- sen. one eee 160,576 | —— —— Pope harbor........-.-- 569 epland seo.) se tee ne ere 390 | —— —— 8t. Francis harbor. ..... 664 ——— 01 the Bank... 22.202 5.) e852 120 | —— Trinity bay. .>322¢eoeee 578 See ONS IA ea FANS i ee 417 | —— head, Fogo island............ 525 Rocky bay, Bell island.........--. 387 | ——=—— Jude harbor. ....22222e2 155 — Comfort bighteeese-esee 682 | —— —— Newfoundland, W. coast; — —— Cowpath; islands....... 548 banks) .,..4) eee 285, 286 —— —— Sir C. Hamilton sound.. 529 | ————St. John bay; cove, is- —— cove, sunker................ 126 land, point, shoal... 348, 344 Eee AT OTas oe hs 2a eee ee 576 | ———— island, George island.... 715 SSS STS oe eI Ee ee an 355 | —— island, Burgeo islands....... 232 eee ON SA Ie Send) ad 209 | —— —— Garia bay...........-.-- 245 —— point, Harbor Breton; light.. 195 | ——-—— Little Garia bay........ 248 — —— Lark harbor............ 302 | ———— Isthmus bay........... 707 —— —— Port au Port............ 289 | ———— White Bear bay......... 221 RodmevaCOvieNr TOC Keaseasee se eee 5100) == reels.d ss 2.2 2 x ee 296 —— Mundy island................ 720 | ———"rockess Ses au2s - 322 eee 110 vaca y, poltitunio2 seach ceeeth. 150 | —— Shag island..............-. 2381 Roger cape, harbor, head, island, — Wolf island...........-.-..- 701 bay, mountains.) .Gc2 eee 3 146, 147 | Roundhillitsland.. .\..2. 22324 eee 694 Hposers harbors: << 2/2. -\s oe eee 731 | Rover island, ‘bank... -2.<2-2esees 699 ISLAING < cecaks a SE ee eee oe 689) | Rowland rock... .\- ......... Se eee 104 === ON ee aaer esha ao seu ue 5197) Rowsellicove: -=--. - 22 a=2ceeerere 473 ROCKAAO) te Ce A ee aera eons 168; | Ruby-rock, buoy: ))::- 2 eee 603 prerea sO GUN S01. Jats cee 138 |) Rudderisland’... .. 2:26. 262s 481 POPES WARD OP 3:5 2..00's <5 Gs eee eter 430 | Run by guess island, channel, eoba Ma MOMlb eo o.54 Ubi: oe alee 376 PGS 5: « .'2 ocr eee ee 719, 720 Romaines brook): .../.2..44- 2... 278 island)... 22.5 fn sue se eee 693 Romseysocksas sees 3e ey. ee seks 633))|hushoony banks 232 )s-eeee see 151 EU OMCICRODAVie 2 w/amsrain ak Aipieiels = 369 harbor, head... :..').4.32ceeeee 151 HOH BLOL Seer oe Pea. c siete sek oe 361 | Russelltcovess.2...2 22 eee 666 Roodipoint spree eee eee se ee 3077) Ruthwisland ss) oe eee 517 oostroc kis yee oe ems aaa setae 132 WROD EXC OVER ER Sate Se ete eee 297 S: Rose’ Blanche: brook... 22.32.2252 253 | Sable Island bank... 2--2eseeeeeee 81 —— harbor, directions. ... 251,253 | Sacred bay and islands.......--. 362, 363 — poimt ight lae see eee 250: | Saddle hills. -..+4-20 3522. ae ee 591 — BhOaIS sens ses oe ee 252 island, bay of Islands........ 300 —— —— village............2.-... 251 | ——-—— Hamilton inlet......... 716 Yo, Oa] f Near Remy Uns ley yer arenas, 369 | ——-—— Hermitage bay......... 208 Rosee/ pointes es sae ee eee 187 | —— —— Labrador, E. coast... .. 747 Roseway) banks... i) es eee 81 | —— port Manvers, rocks... .. 746 Rosey: tockise fps antes Selo eee 166 | —— —— Red bay; light........ 646 Rosiru point, island, sunker....... 135 | —— (Double) islands. .........-- 694 INDEX 797 Page. ; Page. ern ICUS 9 os es) | FOO eee Keyrans:!.. 22 ss.. .5 lk Yee 128 Eee os Sede a ke. 750 | —— Lewis cape, rock; position... 620 lt ae EG 185 | ——- —— inlet, shoal.........._.. 622 Sadmendirections. ....-..-.-.---- Sl Params EEMCN os. ssa Ses Ste 623 SOTLLE [50 ee ae 492). sound, tides! 9.2202... 620, 621 Sailors marbor, ice.:.......-..-. 500,500 | Louis bank, buoy-:22.2s2. 2.2. “74 Saint Anthony cape.............. 373, | ———-Lunaire bay, peak:.... 2.5.0 370 — —— harbor, light........... SO | Rcaerps ee eer tte a A 371 ao == Tl S(05|)—-_-Marearet. bayes qe. Ss eo 349 — Barbe islands............... 416 | —— Mary; cape; light.*. .22.2....- 95 —— —— point, bay, harbor. .... DOE | ere Pere ACA See ee ot 1 95 —— Bernard cove................ 133 | —— island) rocks\s {tu Vets 699 —— Charles, cape, hill, river. .-.. Ga08 te Matye bas yo2 be 20s 2 90 —— Cem hose soe ees 6325 aa Dons ees, 35) f- ee 91 — -— harbor, directions, set- = Mont bay, 1¢en 43.5 Aee a Seo). 373 mementn sesh -0 Fo: 63 |) Michael; cape; baytt 2222-2 667, 668 —— — Gull island............. 630)| Michaels harbors. 42/28. 40 496 === IE (py | ——= island (lights: Sow eee 494 = ofoix bay, point, shoal.... 102,103 | —— Modeste island............2. 649 Francis cape, light, shoals.... 600 | —— Paul island; lights, anchor- —— harbor, cape, bight, tides, Sar MOR Ces rem see ioee Sete 263-265 magnetic disturb- —— Paul island, cautioni0 72.32 74 BBEG 2222-2. ~-,, 003; 664,| —— kauls bay, milet; points .2'.6327,;328 — George bay.................. 260) (a eter bay, polnb.c.causates: 634 — Bape sein kaki cx dias pe et 7 i) lands. ip A 633 ——- harbor, river; direc- Pierrerbanies Wyse) 5 24) 2a 76, 78 ECDSA glia ahora reer Ph G—Aal sy || <= arbors. 23.) eu r2 171-173 —— Georges leads........-....... COR a tela 52h Bee 171-173 Gregory cape and mountain. 314,315 | —— —— road.................... 175 sos Tic 01 Aa a SEE Ria a UO VA DL te ys Oye OPE Pi ee 178 = daeques harbor... .........- 9a; — rock, “Bonavista bays -s.5- 282. 549 —— —— island, light....-...... 192 | ——-—— Lamalin bay...:.._.... 168 —— Jones head, islet, harbor, ice 578,580 | —— Shots cove, caution. ........ 90 aaa Wivoin harbor......... 576 | Ste. Genevieve, cape, bay..../... 352 —— John, cape; currents, ice, tele- Sall the Maid island). 02. 222..2 2.0: Tu SVT OE Ee ee 402° AD. | eatin island op oi) ee aate J. 108 —— —— bay, harbor, island..... 342 | Sally cove, communication........ 325 — ——— Bounds. oof. 22-2 346 | Salmon bight, Labrador, E. coast. 660 SS ee I SALT ta OME Neen kere Ss este th 660 — Johns bay, islets. ........... 491 | —— —— Rodney Mundy island.. 720 —_— — head, island... ..- 194 | —— cove, Gastries bay; commu- — Gis a adeconee Soon aaeae 608 MI CATION 255 2 ese ae 598 —— —— harbor........-........ 487 | ———— Green bay; rock, shoal.. 433 a oye. Leading —— —— Newfoundland, W. coast 285 marks, lights. . 602. 604 | ————— Random sound.......... 574 ania aa eEOCuIOns, Log: —— —— Trinity bay............ 566 tides, wharves, —— —— héad) . 2.2.25 2.2 bas. 590 wintering, tugs, Coe HAM ace foie kie Coase aes 34, 36 pilots, soundings — point, Bonne bay. .-...-.-.-.-- 321 in approach... 605-608 | —— —— Musgrave land........-. 699 — TE Cece nee eee 607 | ——- —— port Charlotte........... 662 Ose Di Nari ORea aes eewe ene © 14S. |i =" Round island...255 22228 707 —— Julien island, peak... ...... Set oeOn Pl -——— TIVer. ©... JS aa somes eee 191 798 INDEX. Page. Page Salmonien:s2.c\iescbsel sane 198 | Savadown rock. .... 22.4.2 .0eeee 88 eee PIV CT a eh hgh yer pense cree 93) | (Savageicove.......2 5-05 see eee 357 village, anchorage, ledge, rock 190 | ——island...................... 340 Salt pond, Labrador, E. coast... -- 682 || ——— point ......-........ 4220eeeeeee 374 —— —— Sophia harbor........... 661 | Savoyard point, shoal. ........... 172 —— ——head..........:.......... 661 | Scab rock, Labrador, E..coast..222 661 Salter island........ saci fesspe ag olor. 693 || Red bay... 2. ae 646 Saltwater cove, Harbor Breton.... 196 | Schoolroom rock.................- 532 —_—- Wibite bayee-e--eeeeaee 410 | Schooner cove, anse a Loup....... 650 — —— Pond bay, point........ 441 —— Jacksons arm........5..: 405 prvlipbrishet/0 82)! stoG ve kl has ee cae 370 | —— —— Long harbor............ 190 Salvage bay, ice. 2.0 baked: po0;,007 |) ————— SOs ail) aoe 407 point rocks 0/00. ey eee 288 | —— Square island.......23. 671 01S) ee REE ee! A 592 island... .... 3-: 6263 360 SampAid ame shonlese sees eerer as 124 || Scie arbor; la... ae 422 —— Hitches harbor............... 1.99 || Seilly cove... ...-.:-..455eeeee 587 pSambrp banks... 222 ceMte faa eats! Si | Seissors cove... ..26... 40a. 492 hed gogo ses eset LE lh aati S 81 | (Scott poimt!.:.......- aaa 187, 393 Sams head, bankes5 02 feb ae see 148 |) == TO CK eine lao sini ee 186 oe NBME 4 oa clucll. | eee: Lee 159: || Seraegy rock... ... +). s53-neeeee 532 NAMIGNCONCR Geta ae). shore See Ga0 uP SCranmmayaloniy 545 5 eee eee 668 a TU COME sick ice eyo icles oot 701 | Scrape cove, Hawke island......- 679 Sandbanks point, island.......-- 228 | ——-—— head, Merasheen island .136, 141 Saad wich Day io 2st os cule 108 | ——— point... ..02: 2 scene eee 426 — or Main tickle............... 209°) (Serub rock... ..... 2.25.0: 532 = POM: COVE. < «<2 skeet Caves 634 | Sculpin island, Leading tickles... 465 Sandy bay, island of Ponds...... 694 | —— Venison island...)..22 eae a Parsons ponds 2555.22 gal | —— point... . 22. 2223... seen 617 — cove, Little Placentia harbor. 99 | —— rock, Garia bay............- 247 —— -—— Newfoundland, N.coast. 357 | ——rock, islet, Sloop run........ 479 —— —— —— §. coast............ 243 | —— rocks, Flat island............ 688 —— —— Newman sound......... 553 shoal ¢ oo... die 165 ——— NEA, COVE. sissies edt 32 || Sea Mouse rocks: 3.2 2222 sees 281 island (Storalik)s. .-<.csebde. 745. |\—=— Wolf lagoon... :.....22-s.5eeeee 277 islands, harbor.'s:.1: 2-02.02 42!) 14693)|, Seal bay. whead. 2.2 460 — point, Hare bay.............. 212 brook, bay de Loup.......... 225 —— —— St. George harbor; set- —- Sf. |Georee byes. 274 PISMOCHE uminwnan Ors eee. 2 ee 164 ——— —— Weer islands! 25.2.2... 547 | ——-———.. Despair bay......-.--.... 202 — islet, Cing Cerf islets......... 2400 = 1 Goldsonvarm)s 2. 2.2/6 6 513 —— —— Cowpath............... AO deninunanpOnseeneereae 153 —— —— Garia bay.............. 245) j= = Rameéa islands... 2... 4.2 223 Sa a ee SUE niet 22) 554 | —— MOCKA ves e272 so Sere ae 271 — —— Wadham islands. ...... Soil |) ee i er ee oe 245 islets and rock, Changeisland. 517 | —— dock.............----------- 227 — —— Nonsuch head........... AA harbor nabrad Oem eaeee a eeiee 666 800 INDEX. { Page. ; Ship Harbor head, Byron bay..... 278 | Siuitieboard hill. ..2.-2 22-3 Labrador .2.2) 05.2! 666) | Shug vi luk. :...22...2 ee —— —— Placentia bay.......... 101 | Side‘harbor... 2... .2.2.2 ee = pomt.- ante - 101, 102 || Signal hill... ......32 22 eee —— head, eeavare pave ole Bae Bias stations... 2.5... ee aia cove; Fiods cove... 280,281 | Signals respecting ice..........-... —_ Facet Day see yeu nee 542 | Silldown point... .... 272 — Placentia: bay........... 117 | Silver Buckle. island...) 232seee" —— rock, cove; St. George bay... 271 | —— cove, settlement.............- --— island; Bonavista bay... 550 island .....62.. 2 m= TUT TOCKS SLY Va eee 477 | =—— watertall. -.....-232.3-2 esses shone ees One ee ete 381 | ‘Silverton district....=.:. 2.2225 Shipwrecks 62. . oS A00 ee iene 67 | Simmonds barasway.:./.5252eeee Dimvery pointes. ss 22 Ne ews ee 301 || ‘Simmons brook. .-3. 2)... eases Shoal arm, Badger oe a, Seen Cor 458 | island... ...:. 32. —— —— points................. 443 | Simms rock and island........... —— —— Three arms............. 4377) wimonds| tock... 62. see-—e eee eee Nera ced AORN PUL WES EELS LIE oo 121) Sims) pombe lic. 2 —— bay, Fogo island............. 522, | Storalik?222-....2- 0 oo —.- Gander bay: 22 720. 530 | Sir Charles Hamilton sound....... — island, Labrador, E. coast 692 | Sisters islands, The; cape North. - —=— point: 2.222. ecb eke eee 92 | islets, The; Corbet island. . == St. Marys bay eee 92 | —— point, reef. ..-...... 2 ee —— —— Trinity bay............ 580 | rocks... 2... ee — rock, Change island... .. 520 | —— The; Groais island. ......... —.- —— Trinity bay........ 585 | —-— —— st. Michael bay-eeeeeeee COVE: Aes et eres eee 314 | Sivier island, harbors...........-- —— —— village.................. 286 | Skeleton cove..-..5.....-:.e ee ———eTOund shee Tae ee 475 | Skerries, Labrador, E. coast. ..... — harbor, Little bay........... 439 | The; Eddystone island...... — -— Random sound.......... 575, | Skerrys bight. .... 2) 20.0 — — St. Lewis sound. ....... 624 | Skerwink head, rocks............- — point, Burnt bay............. 495 .| (‘Skiff-sail rock..2...2:.5:2:2eseee —_— cape Anguille........ 269; 271 | Skinner cove: ..: 2. 2.22002 eee —— —— Great Cat arm.......... 402 | rocksand (COVes-<-- =e ee eee —— — port au Port............ 290 TOCKS: 2: 2 os cec eee ee ee — rock, Newfoundland, S. | Skippers brook, rocks....-.......- Castes stem fees eee D2) Slabwslandsi4252205. 6 —— —— Spotted island........... 697 | Slade room:.-.......2. S2eeneee —— —— St. George bay.......... 274 Slammer pomlte so) s2-24see eee — —— Woods island....-......- 308 | Slate bay. :.i-. 2 eee —— rock, Bishop rock.........-.. 424 | Sleepy Cove Gull island........... —— —— E. Chance harbor..-..... 504 island !:.2.Jtesceeeee eee —— —— Witless bay............. 585... ——— ledge-..:-....4:825.033 =e tickle, bay of Exploits....... 493 | Sloans: hill, light: 02". 2252 Seaeee —— —— Granby island........... 664 | Sloop cove, head 222:23:02:ceseeee ———Water Dight2-2. 22 eseeee eee 701.4)'—— harbors: 3)... eee Shoe cove, point, rock, settle- island, harbor:2:.2°22 22 ceees e012 01 AUpUeee APaetR Aeches s 424, 425 rock: . 222. 2 oe eee aaa DOL Ge care See ee ate eee eee 541 PUM. 212. Pe Shooter rock i" S322 50 1 eee 215°) ‘Sly boots: 2.4.0: ste eee eee Short point shor lessen see 445 | Small island, Three arms.......-.- peachy w em c/s ce aos 227 | —— Wadham islands........- INDEX. 801 Page. ‘ Page. Gemallmpoitt..- 2-52. 602 | South Berryisland .-............ 505 Se Sl: 673 | bill cape St. John: 2.2.02 423 Simealaeisland..-.-.22s-2222...222-- 227 | —— Bird island, cape Largent.... 562 Siirtile 1b ae 716 | -—— islet, Random islet...... 572 point, Bane island.........-- OY re EMC ROP AS eo ac Shs a 697 Pees ee eee ete lS 156 |= 120.6] Se Sah Ate OO eg ae 691 — sound, bar, point............ ora | ——_ sBrentisland, Snoal 0... 22. 377 —— PME MLE Aho. ob ates ee OSG? | ————srOAd COVE. hoc aes cee 554 Smoemasiands; Femme harbor..-.. 188 | —— brook. ..-.................... 432 —. PAN OAY ete Ce es 245 | —— Brown rocks................ 545 Smoker island.........- Sgiah g 516,517 | —— coast of Newfoundland, cur- Si Cr 241 | ENN Ee Se niche steals 52 SL: te a Lie A AES G0 a tk 418 Smopmrwand point..........-...- (a9) ——= Find Pome. 2 os nae wie hee 517 emg eee OL | SE tae isla. 2... 702 Ske re PANO | ie Rote y= ie oo elasta- 702 fu), 0) 529 (oh a ea ee aa eae 596 SmaIEgCOVe.....-.22--.....-.--- AE MS 0 a ANRC 500 Smo Mba. See see ee. 263 | —— head, bay of Islands.......... 299 Snooks arm and head...........-. 426 | —— —— Catalina harbor ........ 565 — harbor, Despair bay......-.... 204 | —— —— port au Port ........... 289 — pm eound... 3... 2020 eh | == Bt Johns harbor, light, Pyaar PONG... 2-02.22 2 oes 475 FOR SIOTANY a0. not aS 603 SNC Od 7) 673 | —— island, Toulinguet islands... 509 ST 000) ee a es 136 | —— islands, White Bear islands.. 723 ——— —— Miquelon island......... Slee NS ota seal Tey Sa a I 265 ooo UIE ee 648 | —— Northt Harbor: oj... ../.214)-\- Tt SMTA coe ce keke Yalan 661 || —— Pound islet...-...........-.. 539 Peerless. seine 4522.- 00d | ——— Red Head shoal.........-...- 197 Peimiginigiands.... 2... 25.0.2... tee0) = = IRI DD POUR. @ 22 ca ccccos Seek 625 ~ oss DG 4 5 690 | —— road, Sacred bay...........-- 363 SS 1DLELI CLS SS 596 | ———— Table bay ............. 702 Mopinia harbor-.-..........502...-- 661 | ——rock Bell island...........-.. 387 aa A 579 | —— Hearts Delight.........- 585 Sops arm, head, Notre Dame bay. 454, 455 | —_- —— Labrador. ...........-- 751 ao ee LNT ei 0) 407 | —__—— Placentia bay.......... 96 tides and tidal | —— shoal, Virgin rocks. ......... 77 streams... - - 409 | ___ side district, St. George har- 12 AG Be) (oe 406, 407 | VOR Sal has ees are eat 275 RiMetsarm. SS. i fol. ke. 399 | —__ —— village, Burnt bay...... 495 co ielels U1) ois a er MS aout hwert rock... 5 -,...<02+. 532 === = NICH ERLE ae oe a ee Ue tes st ete SARS CITT: .. SUM Rteaioe Meaien eats 713 Srpighonue TOCK-0.. 2.25... 25 5.2. Jick Pgh | elt ti so pa ae 156 epee pepper eee ee eee - 28-420 | = West point... ......-.5.-0--. 352 Source inlets, la; point, tides..... S00 OWT Cae aes wc ichdie ele 141 ier eOGkKEerr esse es le SR) OW ee iaiand. 2.2... eee 701 2 HLS 2 ao ee 385 | Southeast arm, Fortune harbor... 474 SALES 1 le ergy ee Oa BOOM ea = Nattle tiver..\.. bes sec 219 OUnNoIse HNOalsssseee ee at = Sk, 383 | —__——__ point, shoal, New bay.. 472 South arm, Bonne bay............ SS) eee SSE Jones harbor..4---sc2 579 = SING TPL OMEN tah a eae 470 | __.___ cove, Isthmus bay; di- —_ — point Se eine eh NE pmen N 436 TECHONS see a eee noes 706, 708 76846—09——51 802 INDEX. . Page Page. Southeast arm,cove, Paradise sound #143 | Spectacle head.................. 596 —— —— island, Grand Bruit har- Spencer cove... ......... 42.) eeeeee 140 DOR SS pee sewer eres 241 | Spencers dock:.....-¢2.222) eee 445 —— point, Spotted island......... 697 | Spiterrock........../..ceeeee 142, 155 —— rock, Ireland island ..-..... 243°) Spillers’ point.......2J22 2:52am 562 —— —— Laun islands. ........... 168 | Spirity point: 2.2... fa.seeeeeeee 335 —— —— Nachvak..........-....- fol |\(Split pot... - -..5. Ja. ae 367, 589 — rocks, Hamilton inlet ap- Splittmg Knife bight. 5-02 s2s-me (eA WIPORCH estes ee oe eae fale > 718 | Spoon point... ..2. 5. ..2stee eee 164 Smemrstirsetl’ rabisyavciehe he ere et 258 | Spotted island.......:.2-.2.2: 8 696 Sautner Point. ais esse eee 086 | Spout; Phe. 2 >... ......:--eseeeee 612 Southern arm, Hare bay.......-.-- 378 watertall The. . ..2-2-eeeee 271 —— —— Three arms; point...... 436° | Sprackling island ......... 228 eee 681 —— —— White bay; head, light, 414,415 | Spracklings island. .............- 744 —— bank, Battle islands......... 625 | Spreadeagle bay...-............- 583 ——— harbor, Little Bay island....... 441 | Spriggapomt.-2:-...-2-435eeeee 609 —— — Little Black island..... 499 | Spring inlets, island, tides.......- 379 —— —— Rencontre islands. ..... 190 | Springdale settlement............ 442 —— head, bay of Exploits....... 492 | Spruce island, Garia bay.-......-.. 245 ———— Come by chance point.. 111 | island, bay of Exploits....... 482 -—— Long island; light, islet. 452 | —— pomte% ....../. aspen eee 410 —— —— Petty harbor.........-- 659 | Spudgels cove. ..:- . 2... 2c eee ene —— passage, Thwart island...... 491 | Spurn point, light............. 303, 304 SISO epee cosh ete Seite oak 141 | Spurrier point... ...../222 eee 153 —— rocks, Green point. .......... 595.| Spurwink island... . . ..... 9532s Meeeee Southward Bay head.2=..-. 0.0... 556 | Square island, harbor, tickle; tides, Southwest arm, Green bay....... 4382 | Communication .4-=eeee 669, 670 —— —— Harbor Breton.........- 195 | TOCK so sa td co se eee 343 —— —— New bay; directions..... 469 | Squarey islet, light...........-.. 560 —— —— Random sound.........- 576") Squasho mun >> 2. /5.'. 2: ose 680 —— bay, cape Rouge harbor.....- 388) | Squib: pomb.--.- 2... 2S cect 580 —— —— Griguet harbor. ........ 369 | Squid cove, New World island; —— —— 8&t. Lunaire bay......... 372 tides... 2: . 2.0.2 ee eee 505 —— beach, Presque harbor....... 128 | —— —— St. John bay..........- 347 —— cove, Red island............. 187 | ISN Soo sod cee ee eee 5d1 —— harbor, Bell island........... 387 | Squier cove..... 22. See 221 —— island, Merasheen island..... 135) | Squire dslets.. 05.0. -sseere eee 498 — —— Ramea islands. ........ 223 | Stag harbor and rock............. 527 —— —— Trinity bay............ 543 tickle; directions.-....- 527, 528 ————_ NiONSU Chine ee tees ects Sas 145 | island, Hawke island....-.-..- 679 —— rock, Coney bay.........---. . 256 | ——- —— Long island..........0: 453 —— —— John-on-the-bay........ 156 | rock, Burin inlet... sseeeeeee 164 —— —— [Laun islands........... 168" | Stage/caver/s....°. 2. csc soe 389 TOOK BE Seu aa os Nu ne ep eesse 223 ‘| island oi2: .2Uee eee 635 pow rocks Dhews S520 Saeerc ere 228) |= OINGS <2) 5, 3. eet eee 190 Spaniards Day 2 22ers ceeeee 094 | Stamford mount._0. 2. 7--oeeeeeee 554 Spanish Room harbor.........---- 160: | Standard time... ..- 2 2n\3eeeteeee 68 DPSre: PONG oS eet cena ie etientere n94 || (Stanford pornt.\.../1: 952s. 330 Spear bay, cape, rocks, light, fog Stanley, cove. :.....-...ss3eeeeee 244 | Vipin arm... )2 2/22. 3h. oS 504 = COVE:d) 2 sees tt eee eee eee 130 === mounts.) S22 oe Sas eee 297, 298 —— point and rocks.............- 406 — Placentia bay - 22-2236 100 —— rocke 2 eset. as cee eee 198 — rocks, N. Atlantic..........- ae —— —— —— ——ice.......... 57 —— — —- tidal streams. - 78 | —— —— Placentia bay.......... 96 — shoal, bay.........- eee 382 WwW. Wadham islands. .....-5-¢.-. see 531 Waldron cove, point........--. 476, 477 Walker island, Hiscock islands.... 684 —— —— rock, bank, Labrador, E. G0ast:. =. 220s 692 Wall island, shoal, Seal islands.... 631 === TOCK jo. bis os et seb oe eee ees 589 shoal ic ..h 2. eee 661 Ward Harbor). -..ss2s 2 eee eee 452 —— head and cove............... 468 island... .ccn'e sete eee eee 463 Warren cove, Facheux bay....... 211 | ——-—— Indian island........... 700 | Warwick harbor... ...'. cs hee=ee 569 Wash rocks: 3.7 6 cee oes 250 = MAPDOE: «e aisciels so fies ats Sersle stele 477 | TEENY bes "US See aE nae 431 —— Lance cove........-.------- 571 —— Pinnacle rock......---..--- 158 ———— RAMMISIAMOS=seccice on caren = 103 mee TOC KE sate ie eias Leto ee 669 —— Rocky bight......-.:...... 571 ———=" NANG y POMt ssa. see eee 114 | — Shoal point. .222.22222-..-. 212 Wwansia yuki. 26.25 ceeee hee 744 Wyarazuksulike. — oo eens tere 734 | Y. Wache pare 1a \covel. cc ace enes 390 a TOCKS LOM. sre sale esis eee ecioe eee 173 Vaches settlement, les.........-- 284 Vainqieurisland 222 oon cscs vane 174 Valen, isle of; harbor, ice, commu- NICAMOM Hoe Eee Oe eee 125 Valley cove (oso. Cac trea 639 INDEX. 807 Page. | Page. Washballirocks0.2 2 50 2..25.- -.-.. 152 | West point, Placentia bay -....... 116 Washballs rocks..........-..-.---- 602 | —— ed bays ce eee 646 Washing-tub islet.............-.:. 156 | —— Random head............... 576 “ho i Se Gee ee pilbereMbeoradors-. 92-0 00. vases 710 island, rock, Change island... 519 | —— road, port au Port............ 289 = ne TCLS RS eee ee eae 217 | ————-rock, directions; Sacred Watchers rocks. .......-..-. whet 391 [SEN si eee a Penne 362 Watchman island, Labrador, E. | —— rock, Chance harbor head.... 502 GCoasta Curent: 30-2). c)s 749 | ——— Channel head........... 262 coos LTE Se ee 346 | —— Shag island................-. 551 Nwater-Bears rocks.:.......-..2-. SLA fice af Fal all en eR 507 Mastering cove:....0....2..2-.+.-5 704 | —— Sister island...............-- 716 —— —— point..........-.....-- Sell) eS HE Ses oh ese eee oe See 60 OOD Watts bight and point............. S09) | ——— Wal LOCK in ie eee oe we ie 537 Weasel islet. ...... ihe Sanaa eee 203 |- Western arm (Hauling)............ 412 Webber bight, New World island... 503 | —— —— Red bay................ 646 —— —— Notre Dame bay........ 475 | ———- —— shoal, Three arms....... 434 Seiharbors. 2722.22 0)2 2000... ID ha st i tea Aa eee ay 631 = (0 ee 167 | —— bay head, light, fog signal... 684 === JOG BAS Bae ela ee 684 | —— brook, Broom point.......... 327 Webeck harbor, island. ........-- (25)| = mountam, pond .2e it ives PedeeMsland’. .)..'.).' eine. sae a 697,744 | —— —— New bay ......-.......-. 469 MMPe Gal GIslanG. ssjcss 4.525455 5 300 | —— cove, Barren island.......... 116 PUMICE OOING Sc ie es oe esas es a Al | ——-- —— head ..-.--.-------+-- 116, 117 Metsoay and point...-.25....-... 344 | —— —— light, White bay..-...... 412 Mecllam: COVED 22.2225. 55S 444 | —— ground, bay of Exploits...... 477 SPAIN OVO toes aoe So Olen 435 | —_- —— Lamalin ledges ..-..-.--. 170 West arm, New bay......-.-.-..- AGBie=——— PTOWUNGS ac deny). Sos esi 2 ¢ (eins 142 — —— Rose Blanche point... 252,253 | —— head, Bonavista bay; rock... 550 -—— Baldwin rock.....:.......--. 260 | ——-—— Bonne bay ....-.--....-- 316 —— bay, head, Labrador, E. coast. 714 | ———— Great Cat arm........-- 402 —— —— port au Port............ AQ | = I eveliscolsiehgleasoe see oose 405 ee BENACKTOCK 30s esc fees 220 | ———— New World island ...... 502 po arOAd COVED. 22000 ls. cee 152 |, —— —— rock, Fogo island....... 526 — Countryman islet..........--. a — — Hornume harbor. ./\.0sy a1 === TIER EIEN Bie ee eee Borer aeaes rT Long island ..... .. 402 —KGaninet rock. ./-....22.--. 4. - Ode islamd TOC. 2 -/2.0.02 3 52 pis era's 162 =———sHare island 2). P2022. se ete 467 | —— point, rock, Red island har- cos: [Eg a a ee era 136, 137 | LOT B A a a ei pee 2 225 =e Teel ets ee 497 | ==— rock, Arch Cliff point-.-...-- 555 —— Indian island. .............. Feu ete ONGrtion DAY -.ch-s 1: >s)tine 162 —— island, Dead islands.......-. Gee ——— Wihite islands......- ss. 121 aa Fishing Ship harbor.... 665 | —— rocks, Jude island.....-.---- 156 —— —— Spear harbor..........- 660 | —— Presque harbor .....-.-. 127 —— —— Square island.......... 670 | ——sunker, Forked Duck rock... 182 —— —— White islands. ......... 121 fielsle, SOPs ATM. 2.02 aca n 408 STNG CHIT a ueh ean A la 350 | Weymouth point, cove..---------- 393 —— point, British harbor. ....... asuimvintereawe ! fou. 2s. 2's 5 Gein 360 —— —— Chaleur bay............ 215 PHORUOR )lcl oe a soft) olcyata ae 374 = de) Vaerxibaye)..42.2- 0220) ——— island)... -..- = - + <-'49 636 —— —— Eddies cove............ 358 | —— islands, St. John bay--.-...-- 346 eee EMME Ey ea PAG ee SLOG So ot cial 'o 2 ahs = tency ral 199 808 INDEX. Page. | Witislesriven 2 22007. 2. ay) crea 36 White point, Petit fort harbor ..... eee OUT eae ne ua tyare = ee eae 209 | ———— Placentia bay- zeae Whaleback rock, Renewse harbor. 617 | ——-—— Square island; rock..... —rocks, Newfoundland W. | ——-—— Styles harbor........... COAST Mees Geena ca 326 | ——- Rock bay... 3.56 sean Whales back, Burgeo islands. 232 | ———— Catalina harbor.....-2cu — FOC let ewan es a 124 | —— —— Corbet island..........- NAAT ¥e021 LaF) (3) 50 Bap Neen ea ea Sere 730 | ———— Corbin bay............6 Rubi bourmle. s.. 0 ol fe ek 98 | ———— Hants harbor............ SWATHS 0 5S i a Repeal nem ey Se 400 _—— —— Harbor Grace islands.... —-- SHCA erie eee et 409 | ——-—— Hare harbor............. eee) CAE AP IMs Series ere a 669 | ———— Heart’s Content......... —— —— bay, Newfoundland, S. a islets, Cow Head harbor. OES Peer eee et a 221 | —— —— Motion bay............: ——- —— —— point, St. Charles —— —— Oderin island. ........- channel. o52s-05. 632 | —— —— port au Port.........)22 — island (Nanuaktok)..... 734 | ——-—— Red island road......... — (Nanuktut)c..2 5... 748 | —— —— Saddle island........... — islands, harbor. ...-.---- 723 | ———— St. Johns harbor. ..._: —— —— (West) river....-........ 710 rocks, ‘Trmity bay-.!-.2see8 —— cape, harbor...............- 369; 370 | ——— Sail bank..:...\....4. 7. 2aeeeee —— Cockade island, reef......... 725 | ———— head..............2..4- eee OR DOU se eye Pols et 370 Shot island 2.224. 2 - eae ground, Burgeo islands. ..... 227.) Whites:arm(. .)25:2..2.. 252. -— Couteau and Cing Cert Whitehorse rock-.0. 4.) eae Days..-c-s-cew cee recy 12e0)| Whittle hill, ove. a 2 —— —— Twillingate harbor...... 808 ::|) Wieks' coves: 2220002. 2 eee ihandkerchiel: 2! <0 21,528.0<,5< 752 | Wigwam: point... ....-2 39a SS 1 2s a eRe ciel ates A oy NEE 204. |. Wild) beach 2942: 20s... eee [USP Miniter 283 | —— bight, Badger bay..........-. —~ Placentia Daye sb yo! 113 | —— Doming tune. 4)-f3eeae eee UNITE TOC oes in, cay ope ei ches = 163, G17 |. ——~ reading ticles: 6 —— island, Burgeo islands........ 230 | ———— Long island. ..........: —- Domunoamin s/s eenee a 698) =) New: bay-. oe. ————_ Grand Bruit harbor..... 241 | -—-—— New World island; head. —— —— Merasheen island........ 133 | ———— Notre Dame bay, N. Se ROCKY DAY oe Soe ak 529 BhOre.. 2.2.4.5 eee —— —— &t. John bay............ 347 | —_—-——-Notre Dame bay, W. ——— shoal, Red Island harbor. 225 shore) ice: ashe eee —— —— Wadham islands........ 531 | —— Seal bay >: t. Jee sceee — White Bear bay...-..-.-- 222 —— —— Stony island. .....- ee —— islands, Placentia bay...-.-.. IA | Thwart island) 2.2 s--26e — ocks, Kirpon island.... 368 | —— cove, cape la Hune.........- —— islet, Canada bay............. 391 | ——-—— (Capelan)............--- —— islets, Bloody reach......... 048 | ——— Fogo island; point... -- IMA CACO VES he pte eee 633 | ———— (Gouffre harbor).....--- —— point, Badger bay...........- 460 _——-—— head, Bonne bay.......- —— —— Cobbett harbor.......... 220 | ———— Humber arm............ —— Fortune bay............ 186 | —— —— Petit fort harbor.....-... — —— Kirpon island........... 368)) = rocks, Twillingate is- —— —— Little Cat arm.......... 402 tds). 30a eee —— —— Musgrave land; light.... 700 _——- —— Western arm.........--. INDEX. 809 Page. | Page. Wild cove, White bay..........-- 416 Woody island, bay of Islands..... 300 MMIII 3 2 2 cs 5 ot wine's 196 | —— 5 fo OT eae PaaS ca seer 473 MimmentaeharbOr...-:./.---22----- 663 ———— Blanc Sablon.......... 654 Willis island and reach........--- 552 | ———— Brine islands............ 105 —-— Rake) | ee ees 746 ———— Burin harbors. ..-....... 164 Wasrpledon ledge........-.....--- 424 ——_ —— Burnt islands........... 146 Winds, Belleisle strait ......-..--- oe Ging Cerf bay 5.5.25. ..4:. 240 SS iabrador, E. coast.....-.---- 46 ———— harbor.............---.- 115 —— Newfoundland coasts..-....-- 43 | ———W— John the bay............ 159 Windsor Oa a aaa 434 ———— Little Southern harbor.. 109 —— point... oeeebeeeeeess.. 485 | ————— Long harbor..........-.- 189 Windy Peat, Tyereg Se 5 SLE eRe 386 | ———— Placentia bay.........- 115 tickle... : cewodsecs | MiBis) === 5 S]OKO EN Ms ees ee Meee trans 114 - to, Ford ences! bk plies gaan 744 | ——_—— St. George harbor....... 275 Waeimeisiand. .-:..-..-..-..--- 250 ———— White Bear bay......... 222 — rock, Merasheen island. ..... 133 | —— islands, Placentia bay......- 115 -——-—— Muddy Hole bay. ....-.- 237 —— islet, bay of Exploits.......- 486 = Placentia bay....-.--.. 107 ———point, promontory, Badger — rocks, Little Southern harbor. 109 ISEIN/AS be OMe toe 459 Wismpencove, flat........:----.-.- aA OCk sONOOKSanmMee eee 426 oases SL oS er ee AR settlement, Bonne bay.. 317 Winterhouse cove...-....--.------ ASA NN GOlADpaMeees cf Sosa se ace 78 Wireless telegraph stations........ ADA NN ROCK Wanye fa) < Ciche Se RS Lee ars 644 MARE AneNeCAd 4.0.5.2 .26--c ess 3} US| jee (CONS ayer dn ae ea era ENE 270 WHASEMIAMS COVE. 262... --- ses ee oes 412 Islands SUMIKeMs se-see eee ese 246 Witch Hazel peak...2......------ 598 | —— point, rock...........---...- 644 Witless bay, Newfoundland, E. Wrecked Boat island ........-.--.- 739 COAST are rel a aire 613 Y = srock. Trinity bay...- -- 585 : 0 CE BES 4 a ee ae aS 443 Yankee rock and shoal. .....-.-..- 262 ——~ 162 Sen esp espeeee Ree seas 442, 567 s, Mull Face bay..-...-.. 253 —. SC ee SAOMeYiardiientsamg <. ancie- cc \sce xe 157 peor and tails... 2... L.. AON MYA GOS WOU = 2 25 65.5/0 0a olen. oe ore 472 Sei OU bee no 32 sobs aioe sels eo +e 392 Yellow Fox island, bay of Exploits. 498 \WOI GEG) Ga oe (03. ING wi aerate cee )1r> 472 Nyoman pont... -..22..5..-55..-22 309 PDING yDCACONS +. ..c02s.-0 254. 347 Wh @0G! RN ape uoene see ae ase oe 364 OVO Sp Ltd ke = ey TAWs oa (0 ar 6224) Svorkiharbors piers ..<-...--2-2+- 302, 303 === (40 a ee DU = POMGNkOGKS. 24.25.2520 635 Migumed POIMt. 60 05.-025------ DOM VOUMeNELAERY. 6225555.) 2 2 2k < sie 561 Niooctondsrarme sce 288 ee aoe 443 In(eayel ait. ee ele ee eR 431 Woods harbor, island.............- BOB wl MOMS COVE che erin o- ens ese u AGENTS. FOR THE SALE OF HYDROGRAPHIC OFFICE PUBLICATIONS. IN THE UNITED STATES AND ISLANDS. ABERDEEN, WasH.—The Evans Drug Company. Battimmore, Mp.—M. V. O’Neal, 510 E. Pratt street. Batu, Mr.—Charles A. Harriman, 106 Front street. BELLINGHAM, WasH.—Chas. M. Sherman. Boston, Mass.—Charles C. Hutchinson, 152 State street. Brunswick, Ga.—Frank A. Dunn. Burrato, N. Y.—Howard H. Baker & Co., 18-26 Terrace. CHARLESTON, S. C.—Isaac Hammond. Cuicaco, Itt.—George B. Carpenter & Co., 202-208 South Water street. CLEVELAND, On1o.—The Penton Publishing Company, 39-41 Browning Bldg. . DututH, Minn.—Joseph Vanderyacht. 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