rp THOMPSON'S CO^lSX pilot FOR THE UPPER LAKES, ON BOTH SHORES, Chicago to Buffalo, Green Bay, Georgian Bay and Late Superior, INCLUDING THE RIVERS DETROIT, ST. CLAIR AND STE. MARIE; WITH THE COURSES AND DISTANCES ON LAKE ONTARIO, AND OTHER INFORMATION RELATIVE THERETO. ALSO, A DESCRIPTION OP ALL THE LIGHTS AND LIGHTHOUSES ON BOTH SHORES, FROM OGDENSBURG TO SUPERIOR CITY. // DETROIT: FREE PRESS BOOK AND JOB PRINTING HOUSE. 1869. Ak Entered according to Act of Congress, in the year 1869, by THOMAS S. THOMPSON, In the Clerk's office of the District Court of the United States, for the Eastern District of Michigan. NOTICE TO MARINERS. The subscriber begs to state to those navigafing the Lakes, that Thomp- son's Coast Pilot is the original one, prepared by him in 1858, and has gone through four editions, with all the corrections suitable to the march of the times and the improvements on the great chain of Lakes, or Inland Seas. The increased demand for the work induces me to bring forward a fifth edition, materially amended for 1869. I beg further to state, that the Coast Pilot issued by Barnet, in Chicago, is a spurious copy of my first edition, printed in Chicago in 1859. The object of this notice is to advise my friends, and the Lake Navigator, who wish to purchase a useful book for Lake purposes, to call for Thompson's Coast Pilot, and not the Coast Pilot of Barnet. Since the last edition was printed I am happy to state that there are a great many improvements going on, such as opening new cuts for channels, building piers, lighthouses, beacons, placing ranges for harbors and laying down buoys, etc., many of which are finished, and others to be pushed for- ward as fast as possible. The first improvement in point of utility is the St. Clair Flats, whore a new straight cut is being made, of a depth of water sufficient for the larg- est class of vessels. This cut or channel, when finished, will be of the greatest importance to the merchant, as well as to the sailing community. Next in importance is the ranges for Maumee Bay and River. These ranges are so well placed and constructed that there is nothing wanting for the safe navigation of that Bay and River. The new light on the pier-head at Cleveland, Ohio, will be of great service to those making that port. Buffalo Harbor has been improved by dredging, and repairing the pit is. The extension of the Lighthouse pier, which will be 300 feet, will prove ■ great protection to the harbor, and the Erie Basin breakwater — the exten- sion above spoken of — will be commenced in a short time. On Lake Huron and Saginaw Bay and River, also Sauble River, and Thunder Bay River, improvements are being pushed forward with rapidity. Dredging in Sagi- naw River, at the entrance and up the river. I have no doubt that th son vessels of the largest class will be able to go up river as hi as Saginaw City and Salina. At Sauble River, piers are being built, and when com- pleted will make a good harbor of refuge, as well as a good lumber region, Saw mills and fishing are the principal features of this place. A Light- * NOTICE TO MARINERS. house is to be built at Sturgeon Point, a few miles above Harrisville, and will be a leading coast light for Thunder Bay, and along shore. The town of Alpena, Thunder Bay River, is growing rapidly. A Lighthouse will be built at this place as soon as the piers are permanently finished, and will probably be placed on the end of the south pier. Alpena promises to become a thriving town, and will eventually become an excellent harbor ; good fishing all around this coast and the islands. The Alpena Harbor Improvement Company have let contracts for building a crib pier, to be loaded with stone, extending from the one on the south side of the river, into the bay eight hundred and fifty feet, and four hundred feet is now nearly completed. The bar will be dredged as soon as the ice leaves, so that there will be thirteen feet water. After passing Thunder Bay Island, the next place of importance for a harbor is Presqu'ile, where new improvements are going on. The old light is to be discontinued, and ranges placed to enter the harbor. A new Lighthouse will be erected on the extreme north end of the peninsula, which will make a good leading light, up or down the Lake. It is well known to all our old navigators that Presqu'ile Light could not be seen coming down lake, until you were nearly abreast of it. After leaving Presqu'ile, the next dangerous place is Spectacle Beef, nearly opposite the entrance to the Straits of Michilimack- inac and to Sheboygan River, south channel. It is proposed to erect a Lighthouse on this reef, which would be of great advantage to vessels nav- igating that channel, and also the Straits of Mackinaw (proper). A Light- house will be built on Mackinaw Island, and the new light on McGulpin's Point (Old Mackinaw) will save many a weary hour to the master and his officers. A Lighthouse will be erected on St. Helena Island. This will be of great advantage to those running back in the fall of the year for a har- bor. The new Lighthouse at Skillegolee has a prominent tower, and can be seen 16 to 18 miles, and is a good mark for hauling round Point Waugo- shance. In going round, as soon as the light at Skillegolee (which is red) makes out to the westward of Waugoshance Light, you can commence to haul round the point, and as you can approach the pier work within half a mile with safety, there is no necessity of giving it so wide a berth as many captains do. A Lighthouse will be built on the extreme north end of the peninsula at Grand Traverse. The light on the South Fox is another great improvement in passing through between the South Pox and the North Manitou Islands. A Lighthouse will be built on Poverty Island, to lead through that channel to Little Bay De Noc. A Lighthouse has been erected on Eagle Bluff, and one on the north end of Chamber's Island. These are both prominent lights. The new cut across Grassy Island into the channel at Fox River is another great improvement. _ It makes a straight line from the black buoy off Sauble Bank Point to the second stake at the mouth of the river, and runs about jSlNE and SSW. It saves NOTICE TO MARIN] R0. about four miles distance through a shallow, nooked ohana 1. end the range lights are fixed there will be no difficulty in nel in the night. Another great improvement, when oompleted, will be Sturgeon Bay Canal, a cut about two Bailee long iron, fchi Bey to \ hi I It will not only save a distance of over eighty mike run bo Gfo BB Be but would make a good harbor of refuge for vessela, and it il hoped thai this improvement will be carried out to completion. Large oan buoys will be placed on the Whale's Back Shoal, in Green Bay. A new Ldghthonae will be built this season on Cana Island, between Mud Bay and N..n This light will make a good coast light, and will be of great benefit to those bound through Death's Boor to Green Bay. Ranges will W placed in North Bay and Bayley's Harbor, and the old light discontinued A Lighthouse is to be erected at South Haven, and another at Manistee, on the east shore of Lake Michigan. It is proposed to erect a LighthouA beacon on the middle ground off Racine. These improvements will add materially to the safety of vessels cruising on this Lake and Green Bay. The pier at Devil River will be extended into 12 feet water, so that i can load alongside. Lake Superior — The new lights and improvements on Lake Superior are a prominent feature. A new Lighthouse will be built on Grand Point au Sauble. This will be a good leading light for Grand Island Harbor, and also as a coast light. The new light at the east entrance to Grand bland Harbor is finished and in good running order, which, together with this light, and the ranges, make this harbor easy of access. Granite Island light, 12 miles from Marquette. The West Huron Island light, and the ranges for entering Portage River and Lake, are alike of importance. A Light- house is to be built at Lac La Belle ; they are cutting a channel through a narrow neck of land, and making piers, which will form a good harbor for vessels loading copper, or for a harbor of refuge. Gull Island, between Manitou Island and Point Keweenaw, has a Lighthouse erected thereon, and is of great assistance in passing through this channel. The beacon on Stanard's Rock will be another great satisfaction to the weary m a rin e r . The new cut through Portage River, into Lake Superior, when com- pleted, will eclipse all other improvements on this lake or on any other, of the kind. It will save over one hundred miles in distance to I steamers bound to Ontonagon and Superior City, and will make a good harbor in bad weather. The harbor of Ontonagon is under improvement, and it is hoped that steamers will be able to reach the docks inside the riyer this season. Passage Island light is to be re-lighted this year. This pat and also all the passages through the Apostle Islands, are rf the meet pic- turesque appearance. At Superior Harbor (River St. Louis), they are building a pier of protection and other improvements, with deep through the passage. Great benefits will be derived from all the Un] 6 NOTICE TO MARINERS. ments along the borders of our upper lakes. It is, indeed, a matter of surprise that so many valuable improvements in the barbors and docks of this section of tbe great lakes could be so thoroughly and successfully accomplished in a time so short. In no section of our country has the energy and enterprise of our people so manifested itself as in the improv- ing of the harbors and rivers of the Northwest. THOS. S. THOMPSON. FLOW OF WATER "Iff RIYERS. During the past two years observations have been made under the direc- tion of the Superintendent of the Lake Survey, G-en. W. F. Reynolds, upon the flow of waters in the several rivers which connect the several lakes. The following are the results of last year's work: Maximum Mean Discharge Rivers. velocity. velocity. cubic feet Miles per Miles per per sec- hour, hour. ond. Ste. Marie ... .,,.. 1.30 0.66 90,783 St. Clair 3.09 2.39 233,726 Detroit 2.71 2.04 236,000 Niagara .... 2.32 1.54 242,494 St.Lawrence 1.00 0.65 319,943 The river gauging is under charge of D. Farrand Henry, Assistant Engi- neer of the Lake Survey Department, who, the Journal of the Franklin Institute, from which we copy, says, " has conducted the work with much care and skill. He devised a ' telegraph current meter,' which is said to be more delicate and perfect than anything of the kind heretofore used, and hence the results will be of much value." , Mr. Henry is a native of Detroit and a son of one of the early eminent medical practioners in this city. He entered this branch of the public service many years ago and devoted himself entirely to its interests. CUSTOM FEES OF VESSELS. The Treasury Department has recently promulgated the following as the fees to be charged vessels by the Custom House officers, on the opening of navigation : 1. That when a vessel enters light from the same or another district, she pays a fee of 25 cents for an official certificate to the master's oath on mak- ing report, under 16th paragraph of the act. 2. That when a vessel enters with a cargo from a port or place in the same district, she pays a fee of 25 cents for a permit to land or deliver goods, under the 14th paragraph of the act. 3. That when a vessel clears, with or without cargo, for a port or place in the same district, she pays a fee of 25 cents for a clearance and Collec- tor's certificate, under the 16th paragraph of the act. 4. That when a vessel clears light to another district, she pays the same fees that she would if laden, under the 7th paragraph of the act. 5. That vessels trading on Lake Michigan, exclusively, laden exclusively with American products, pay the same fees on entry and clearances as other vessels. 6. That Collectors are authorized to charge a fee of 25 cents for certify- ing triplicate manifests of goods transported in bond from eastern to western ports (or vice versa) through Canada. IMPORTANT TO MARINERS AND OTHERS-OFFICIAL NOTICES. VESSELS ARRIVING FROM FOREIGN PORTS. The attention of owners, agents, consignees, masters, and commanders of vessels arriving from foreign ports is called to the provision of September 18, act of Congress dated and approved August 18, 1856 : "All owners, agents, consignees, masters and commanders of vessels shall deliver to the collector of the district, in which the vessel shall first arrive on her return to the United States, copies of any receipts for any papers given to them by any consular officer, and it shall be the duty of every collector of customs to forward to the Secretary of the Treasury : " 1. All such copies of receipts as shall have been so furnished to him. "2. A statement of all certified invoices which shall have come to his office." ONE STORY IS GOOD TILL ANOTHER IS TOLD. There's a maxim that all should be -willing to mind ; Tie an old one, a kind one, as true as 'tis kind ; 'Tis -worthy of notice wherever you roam, And no -worse for the heart if remembered at home. If scandal or censure be raised 'gainst a friend, Be the last to believe it, the first to defend ; Say, to-morrow will come, and time will unfold That "one story is good till another is told."' A friend, like a ship, when with music and song The tide of good fortune still speeds him along ; But see him when tempest hath left him a wreck, And any mean billow can batter his deck ; But give me the heart that true sympathy shows, And clings to a messmate whatever wind blows ; And says, when aspersion, unanswered, grows bold, "Wait, "one story's good till another is told." T. S. T. PREFACE. In presenting the fifth edition of the Coast Pilot to the Lake Navigator, the subscriber would respectfully say that, by the assistance of the lake surveys, and his own observations on his usual tour round the Lakes, he has been enabled to amend the work very materially. At the same time, he would tender to the fraternity his hearty thanks for the appreciation of his efforts which has rendered a fifth edition necessary, and would further recommend it to the young navigator as well as to those who are from the Seaboard, or otherwise unacquainted. All the late improvements, new lighthouses, buoys, beacons, docks, etc., will be given ; also, custom house regulations, and other information relative to Lake Navigation, which will ren- der it a necessary companion for all Pilots on the great chain of Lakes. THOS. S. THOMPSON, Late Pilot U. 8. Revenue Steamer W. P. Fessenden. Detroit, 1869. REMARKS OK THE MARINER'S COMPASS. By frequent experiments, it has been found that compasses should not be nearer together than 4 feet 6 inches, to avoid the disturbance known to exist when two needles are placed near each other. The error from this source has, in many cases, been eight degrees. Where it is convenient, one compass to steer by is particularly recommended, and a standard compass for refer- ence placed on the centre line of the vessel, and as far from iron work as possible — say 7 feet. Vertical iron stanchions should be at least 14 feet from the compasses. In steamboats,, the compass is materially affected by the telescopic funnels, or smoke stacks, especially when hot; and when taken down, can be sensibly observed. The standard compass should be raised much higher from the decks of iron vessels than wooden ones. I have found great difference in compasses on these lakes — hardly two will agree. In going from a vessel into a propeller or steamboat, the difference is seen immediately. No doubt that many accidents to boats and vessels have happened from this cause — not knowing how your compasses will lead you. There is no remedy for this difference, except by constant run- ning on a route, when you will find out how your compasses will lead you ; and by strict observation, the use of the lead, and a good look-out, you may run with safety in all pilotable waters. t. s. t. Note. — The action of the compass on Lake Michigan, through the Straits and Lake Huron, etc. — In running down the Lake from Chicago to the Manitou Islands, your compasses will lead you to the Eastward, increas- ing gradually from 3 to 6 degrees, as you approach the islands ; but in run- ning due north, the compass will show more correct. On the return courses from the islands to the West shore, the compass is still more affected. (See explanation, page 24.) In passing through the Straits, between the Manitous, Foxes and Beaver Islands, the compass will lead you about 2 to 3 degrees to the Eastward, and here it is necessary to keep a sharp look-out ; but as you can generally see Skillegolee and Point Waugoshance Lights at the same time, they being only 8£ miles apart, there is no excuse for making a mistake in clear weather. After passing Point "Waugoshance, the courses are pretty true till you get down as far as Thunder Bay Island, when your compass will begin to lead you to the Eastward about 4 degrees. The course being from Thunder Bay Island Lighthouse, SbyE|E, to Point aux Barques, close to. On Lake Superior there is very little difference in return course, although the variation is greater in short distances. THOMPSON'S COAST PILOT FOR THE UPPER LAKES. MAGNITUDE m THE LAKES OR "INLAND SEAS." Nothing but a voyage over all of the great bodies of water forming the " Inland Seas," can furnish the tourist or scientific explorer a just idea of the extent, depth, and clearness of the waters of the Great Lakes of America, together with the healthy influence, fertility, and romantic beauty of the numer- ous islands, and surrounding shores, forming a circuit of about 4,000 miles, with an area of 90,000 square miles, or about twice the extent of the State of New York — extending through eight degrees of latitude, and sixteen degrees of longitude — this region, embracing the entire north half of the temperate zone, where the purity of the atmosphere vies with the purity of these extensive waters, or " Inland Seas," being connected by navigable rivers or straits. The States washed by the Great Lakes, are New York, Penn- sylvania, Ohio, Michigan, Indiana, Illinois, Wisconsin, Minne- sota, and Ontario — the boundary line between the United States and the British Possessions running through the center of Lakes Superior, Huron, St. Clair, Erie and Ontario, together with the connecting rivers or straits, and down the St. Law- rence River to the 45th parallel of latitude. From thence the St. Lawrence flows in a northeast direction through Canada into the Gulf of St. Lawrence. The romantic beauty of the rapids of this noble stream, and its majestic flow through a healthy and rich section of country, is unsurpassed for grand lake and river scenery. 3 14 Lake Superior, the largest of the Inland Seas, lying between 46° 30' and 49° north latitude, and between 83° 30' and 92° 30' west longitude from Greenwich, is situated at a height of 600 feet above the Gulf of St. Lawrence, from which it is distant about 1,500 miles, by the course of its outlet and the St. Law- rence River. It is 460 miles long from east to west, and 170 miles broad in its widest part, with an average breadth of 85 miles; the entire circuit being about 1,200 miles. It is 800 feet in greatest depth, extending 200 feet below the level of the ocean. Estimated area, 31,500 square miles, being by far the largest body of fresh water on the face of the globe — celebrated alike for its sparkling purity, romantic scenery, and the healthy influence of its surrounding climate. About one hundred rivers and creeks are said to flow into the lake, the greatest part being small streams, and but few navigable except for canoes, owing to numerous falls and rapids. It discharges its waters eastward, by the straits, or River St. Mary, 60 miles long, into Lake Huron, which lies 26 feet below, there being about 20 feet descent at the Sault Ste. Marie, which is overcome by means of two locks and a ship canal. Its outlet is a most lovely and romantic stream, embosoming a number of large and fertile islands, covered with a rich foliage. Lake Michigan, lying about 576 feet above the sea, is 320 miles long, 84 miles broad, and 700 feet deep; area, 22,000 square miles. This lake lies wholly within the confines of the United States. It presents a large expanse of water, with but lew islands, except near its entrance into the straits of Macki- nac, through which it discharges its surplus waters. The strait is 30 or 40 miles in length, and discharges its accumulated waters into Lake Huron, on nearly a level with Lake Michigan. At the north end of the lake, and in the straits, are several large and romantic islands, affording delightful resorts. Green Bay, a most beautiful expanse of water, containing several small islands, lies at about the same elevation as Lake Michigan ; it is 100 miles long, 20 miles broad, and 60 feet deep ; area, 2,000 square miles. This is a remarkably pure body of water, presenting lovely shores, surrounded by a fruit- ful and healthy section of country. 15 Lake Huron, lying at a height of 574 feet above the sea, is 250 miles long, 100 miles broad, and 750 feet greatest depth ; area, 21,000 square miles. This lake is almost entirely free of islands, presenting a large expanse of pure water. Its most remarkable feature is Saginaw Bay, lying on its western bor- der. The waters of this lake are now whitened by the sails of commerce, it being the great thoroughfare to and from Lakes Michigan and Superior. Georgian Bay, lying northeast of Lake Huron, and of the same altitude, being separated by islands and headlands, lies wholly within the confines of Canada. It is 140 miles long, 55 miles broad, and 500 feet in depth ; area, 5,000 square miles. In the North Channel, which communicates with St. Mary's River, and in Georgian Bay, are innumerable islands and inlets, forming an interesting and romantic feature to this pure body of water. All the above bodies of water, into which are dis- charged a great number of streams, find an outlet by the River St. Clair, commencing at the foot of Lake Huron, where it has only a width of 1,000 feet, and a depth of from 20 to 60 feet, flowing with a rapid current downward, 38 miles, into Lake St. Clair, which is 25 miles long and about as many broad, with a small depth of water; the most difficult naviga- tion being encountered in passing over "St. Clair Flats" where only about 12 feet of water is afforded. Detroit River, 27 miles in length, is the recipient of all the above waters, flowing south- ward through a fine section of country into Lake Erie, the fourth great lake of this immense chain. This latter lake again, at an elevation above the sea of 564 feet, 250 miles long, 60 miles broad, and 204 feet at its greatest depth, but, on an average, considerably less than 100 feet deep, dis- charges its surplus waters by the Niagara River and Falls, into Lake Ontario, 330 feet below ; 51 feet of this descent being in the Rapids immediately above the Falls, 160 feet at the Falls themselves, and the rest chiefly in the Rapids between the Falls and the mouth of the river, 22 miles below Lake Erie. This is comparatively a shallow body of water; and the relative depths of the great series of lakes may be illustrated by saying, that 16 Thompson's coast pilot. the surplus waters poured from the vast basins of Superior, Michigan and Huron, flow across the plate of Erie into the deep howl of Ontario. Lake Erie is reputed to be the only one of the series in which any current is perceptible. The fact, if it is one, is usually ascribed to its shallowness ; but the vast vol- ume of its outlet — the Niagara River — with its strong current, is a much more favorable cause than the small depth ol its water, which may be far more appropriately adduced as the reason why the navigation is obstructed by ice much more than either of the other great lakes. The ascertained temperature in the middle of Lake Erie, August, 1845, was temperature of air 76° Fahrenheit, at noon ; water at surface 73° — at bottom 53°. Lake Ontario, the fifth and last of the Great Lakes of Amer- ica, is elevated 234 feet above tide-water at Three Rivers, on the St. Lawrence ; it is 180 miles long, 60 miles broad, 600 feet deep. Thus basin succeeds basin, like the locks of a great canal, the whole length of waters from Lake Superior to the Gulf of St. Lawrence being rendered navigable for vessels of a large class by means of the Weliand and St. Lawrence Canals — thus ena- bling a loaded vessel to ascend or descend 600 feet above the level of the ocean, or tide-water. Of these five great lakes, Lake Superior has by far the largest area, and Lake Ontario has the least, having a surface only of about one-fifth of that of Lake Superior, and being somewhat less in area than Lake Erie, although not much less, if any, in the circuit of its shores. Lake Ontario is the safest body of water for navigation, and Lake Erie the most dangerous. The lakes of greatest interest to the tourist or scientific traveler are Ontario, Huron, together with Georgian Bay and North Channel, and Lake Superior. The many picturesque islands and headlands, together with the pure, dark green waters of the Upper Lakes, form a most lovely contrast during the summer and autumn months. The altitude of the land which forms the water-shed of the Upper Lakes does not exceed from 600 to 2,500 feet above the level of the ocean, while the altitude of the land which forms 17 the water-shed of Lake Champlain and the lower tributaries of the St. Lawrence River rises from 4,000 to 5,000 feet above the level of the sea or tide-water, in the States of Vermont and New York. The divide which separates the waters of the Gulf of Mexico, from those flowing northeast into the St. Lawrence, do not in some places exceed ten or twenty feet above the level of Lakes Michigan and Superior ; in fact, it is said that Lake Michigan, when under the influence of high water and a strong northerly wind, discharges some of its surplus waters into the Illinois River, and thence into the Mississippi and Gulf of Mexico — so low is the divide at the southern terminus. When we consider the magnitude of these Great Lakes, the largest body of fresh water on the globe, being connected by navigable straits or canals, we may quote with emphasis the words of an English writer : " How little are they aware, in Europe, of the extent of commerce upon these ' Inland Seas,' whose coasts are now lined with flourishing towns and cities; whose waters are plowed with magnificent steamers, and hun- dreds of vessels crowded with merchandise ! Even the Amer- icans themselves are not fully aware of the rising importance of these great lakes, as connected with the Far West." TRIBUTARIES ©F THE GREAT LAKES AND ST. LAW- RENCE RIVER. Unlike the tributaries of the Mississippi, the streams falling into the Great Lakes or the St. Lawrence River are mostly rapid, and navigable only for a short distance from their mouths. The following are the principal rivers that are navigable for any considerable length : AMERICAN SIDE. . Miles. St. Louis River, Minn., Superior to Fond du Lac -0 Fox, or IsTeenah, Wis., Green Bay to Lake Winnebago* 30 St. Joseph, Mich., St. Joseph to Niles ••• 26 * By means of seventeen locks, overcoming an elevation of 170 feet. 18 Thompson's coast pilot. Miles. Grand River, Mich., Grand Haven to Grand Rapids 40 Muskegon, Mich., Muskegon to Newaygo 40 Saginaw, Mich., Saginaw Bay to Upper Saginaw 26 Maumee. Ohio, Maumee Bay to Perryshurgh 18 Genesee, N. T., Charlotte to Rochester 6 CANADIAN SIDE. Miles. Thames, Lake St. Clair to Chatham 24 Ottawa, La Chine to Carillon 40 " (By means of locks to Ottawa City)* 70 Richelieu or Sorel, Sorel to Lake Champlain (by locks) 75 Saguenay, Tadusac to Chicoutimi 70 (Thence to Lake St. John, 50 m.) LAKE Ml) RIVER EAYSGATI0N. FROM FOND DU LAC, LAKE SUPERIOR, TO THE GULF OF ST. LAWRENCE. LAKES, RIVERS, Etc. Length in miles. Greatest breadth. Average breadth. Depth in feet. El. above sea. 460 60 320 100 40 250 150 140 38 25 27 250 35 180 760 170 5 85 25 20 100 20 55 25 3 70 3 58 100 85 2 58 18 10 70 10 40 1 18 1 40 1 40 4 5 3 12 1 1 800 10 to 100 700 100- 20 to 200 700 20 to 200 500 20 to 60 10 to 20 10 to 60 200 'hob 600 feet. 576 " 576 " 575 " 574 " 574 " 574 « 568 " Erie 564 " 224 " Lake St. Francis, foot Long Sault 142 " Lake Hi. Louis, foot Cascade 58 " 13 " Lake St. Peter 6 " Tide-water at Three Rivers. . At Quebec " " Total miles navigation 2,835 * The navigation for steamers extends 150 miles above Ottawa City, by means of portages and locks. t The St. Clair Flats, which have to be passed by all large steamers and sail vessels, running from Lake Erie to the Upper Lakes, now affords twelve feet of water. A new channel is being cut through over the Flats in a straight line with the first reach of St. Clair River, where range lights will be hxed. 19 COURSES AND DISTANCES ON LAKE MICHIGAN. BelT All courses marked thus [*] are magnetic. Courses. Miles. From Chicago to Grose Point NN W 12 " Chicago to Racine *N^W 57 " Chicago to South Manitou Island *NbyE^E 221 " Chicago to Grand River *NE)«N 109 " Chicago to Kalamazoo River *NE%E 90 " Chieagoto St. Joseph EbyN^N 61 " Chicago to New Buffalo *E^S 45 '* Chicago to Michigan City • EbyS 38 " Racine to Michigan City *SEbyS#S 82 " Milwaukee to Michigan City *SEbyS%S 101 " Manitowoc to Michigan City *SbyE 168 " Milwaukee to St. Joseph River *SE#E 92 " Port Washington to St. Joseph River *SE?|S 109 " Sheboygan to St. Joseph River SEbyS^S 127 " Manitowoc to St. Joseph River *SSE 148 172 thence *SWfW 31 ) Buffalo to Dunkirk S W^S 35 Dunkirk to Point Pelee *Wby S£S 166 Erie to Point Pelee * WbyS 130 Erie to Grand River or Fairport S Wby Wl W 60 Erie to Black River SWbyWfW 129 Erie to Peninsular of Sandusky WbyS^S 144 Erie to Middle Island WbySjS 140 Erie to Long Point, Ont X£W 28 Buffalo to Grand River or Fairport SWby W^W 141 Buffalo to Black River SWbyW| W 207 Buffalo to Middle Island WSW 213 Buffalo to Long Point, Ont WbySfS 64 Cleveland to Sandusky W*N 14 thence WIS 37i Cleveland to Middle Island WbyN 52 Cleveland to Point Pelee Island Lighthouse, Ont WNW 55 Cleveland to Rondeau Harbor, Ont Nby TT 54 Cleveland to Point Talbot, Ont NbyE 79 Cleveland to Port Stanley, Ont XbyEfE S6 Cleveland to Port Burwell, Ont NEbyN*N 92 Thompson's coast pilot. 91 Courses. Miles. Cleveland to Long Point, Ont NE^E 110 Fairport to Long Point, Ont NE easterly 82 Ashtabula to Long Point, Ont NEfN 57 Conneaut to Long Point, Ont NNEf E 46 Fairport to the Wei land Canal NE£E easterly 128 Erie to the Welland Canal NE£N 65 Long Point, Ont., to Grand River, Ont NE£E 32£ Long Point, Ont., to Welland Canal NEby E^E 46£ SAILING DIRECTIONS FOR THE HEAD OF LAKE ERIE. (The Courses and Bearings are Magnetic.) FROM DETROIT RIVER TO POINT PELEE. From Bois Blanc Lighthouse Sf-W 4 miles ; thence EbyS^S 34£ miles, to Point Pelee, running i a mile south of Little's Point, and 3 miles north of a shoal with 8 feet water on it, bearing from Little's Point SEbyS^S 4 miles, and from the Middle Sister NE 8 miles. This shoal can easily be avoided by- keeping well over towards Little's Point, and it is always bet- ter to run close along from Little's Point to the river, except in a heavy west wind. (See directions for Detroit River.) Also leaving the middle ground between Point Pelee Island and the point 2 miles to the southward. The middle ground has 12 feet least water. It bears from Point Pelee Island Lighthouse EbyNfN, and from the extreme end of Point Pelee Shoal WSWiS. DETROIT RIVER TO CLEVELAND. From Bois Blanc Lighthouse S|-W 3J miles; thence SEby EfE 83 miles to Cleveland, running li miles NE of Point Pelee Island Lighthouse, and just clear of the south end of the middle ground. DETROIT RIVER TO SxlNDUSKY. From Bois Blanc Lighthouse Sf-W 2£ miles, crossing the range of Little's Point and Bar Point ; thence SSE£E 33 miles, running £ of a mile east of Middle Sister Island and I of a mile east of Strontian Island, to a point I of a mile south of South Bass Island ; thence SEfE 9 miles to abreast of Marble 92 Head Lighthouse ; thence SSE 3 miles, to entrance to Sandusky- Bay. In case of heavy weather from the westward, run from Bois Blanc Lighthouse Sby W 3* miles ; thence SEiS 37£ miles, pass- ing within I of a mile SE of the East Sister Island, and i of a mile of the NE point of Kelly's Island ; thence S^W 8£ miles, to entrance to Sandusky Bay, leaving Middle Island li miles to the NE, and G-ull Island and Shoal f of a mile to the NE. Good anchorage under the island in 4 fathoms water, with the dock bearing north. Variation of compass at Kelly's Island, 2° 13' E. There are two patches of rock NE from the NE end of Kel- ly's Island, with 6 and 10 feet water on them. The first is 1 mile from the point, and the second, If miles. 25 to 30 feet water all round them. DETROIT RIVER TO MAL'MEE BAY. From Bois Blanc Lighthouse S£W 5 miles ; thence SWbyS (on Turtle Island Lighthouse) 21 miles ; thence SWiS 1£- miles, to the west channel. DETROIT RIVER TO MONROE. From Bois Blanc Lighthouse SfW-5? miles; thence SWbyS (on Turtle Island Lighthouse) 3 miles; thence SW^-W 10 miles, to Monroe Piers, passing within i of a mile of Stony Point. MONROE TO POINT PELEE. East 42£ miles, passing 2 miles north of Middle Sister, li miles from the shoal N-j-E of North Harbor Island, and § of a mile north of the middle ground between Point Pelee Island and Point Pelee. Variation of compass, 2° 18' E. MONROE TO CLEVELAND— MIDDLE PASSAGE. ESEiE 36£ miles, passing \ a mile north of North Bass Island, and between Middle Island and Point Pelee Island ; and note that Middle Island can be passed in 6 to 7 fathoms water within \ a mile on either side ; thence EbyS 53 miles to Cleveland. 93 MONROE TO SANDUSKY BAT. SEbyE 40 miles, to abreast of Marble Head Lighthouse ; thence SSE 3 miles, to entrance to Sandusky Bay. MAUMEE BAY TO SANDUSKY BAY. From west channel INTERN 1-J- miles ; thence Ef-S 14 miles to i mile south of West Sister Lighthouse ; thence SEbyEiE 24£ miles, to abreast of Marble Head ; thence SSE 3 miles to entrance to Sandusky Bay. MAUMEE BAY TO POINT PELEE, ONT. From west channel NEiN U miles; thence ENE^E 29 miles, passing i of a mile south of Middle Sister Island, to strike the route from Monroe to Point Pelee ; thence on that route 17 miles, to the turning point of Point Pelee. MAUMEE BAY RANGES. Outer range — front red, and rear light white. Middle range — both lights are red. Inner range — front light red, and rear light white. These ranges mark accurately the channel from the bay inio the Maumee River. Care must be taken not to mistake the middle ranges, both lights of which are red, for the outer range, which is composed of red and white lights. DETROIT RIVER. FROM BAR POINT, LAKE ERIE, TO WINDMILL POINT LIGHTHOUSE, LAKE ST. OLAIR. In running up the north channel for the entrance to Detroit River, keep the shore along from Little's Point in 3 to 3£ fathoms water until well up to Bar Point, when you may run with safety in 2£ to 2i fathoms until Bois Blanc Lighthouse opens ; you will then drop into 4 to 4i fathoms water, with the Lighthouse bearing NfE. (There is a red buoy kept off Bar Point in 12 feet water.) Haul up for the Lighthouse, keeping it a little to port (and note that at the distance of 2£ miles SW of Bar Point, on the range, you will have Gibraltar light open 13 94 with Citron Island), and run up, keeping the low point under the Lighthouse bluff pretty close to ; when up to it. take the middle of the river. The starboard or east shore can be run in a straight line with it in 2£ fathoms, if necessary ; but as yOu approach the foot of the Island, haul off to port for the middle of the river; when up to head of Bois Blanc Island, keep it best aboard to clear the flat which sets off Fort Maiden, where there is a red buoy ; after passing the buoy, steer for the lime kilns on the Canada shore, to clear a flat rock with 5 feet water on it, a little below the lime kilns and SE from Stony Island. There is generally a buoy at the north and south end. of this shoal. When abreast the lime kilns, run the shore along pretty close to until nearly up to the rock which lies off 375 feet from the shore, and directly opposite the gate of McDougalfs fence, and the large brick building ; thence run across the river, steer- ing NNW until you ran^e Mamajuda Lighthouse with Grassy Island Lighthouse; then haul up for Mamajuda, keeping on the range until well up to it; pass it close to and run tor Grassy Island Lighthouse, and as you approach it. give it a berth of 200 yards, or just clear the piled work of the Fishery ; thence due north until nearly up to the head of Fighting Island, where the White-fishing shanties are; thence take the middle of the river, or haul over to the Canada shore, and run up in the eddy, close in, crossing Sandwich Bay from point to point, and up to Hog Island. There is a middle ground about \ a mile long, just below the freight depot on the Detroit side, with 7 feet water on it: good channel inside, close to the docks. When up to the head of Hog Island, haul off to port about XE for Windmill Point Lighthouse; and as you approach Peach Island, keep a little more to port to clear the shoal which sets down from it ; when past it, haul up again for the Lighthouse ; give it a berth, and when well up to it, run out EXE 2 or 3 miles into Lake St. Clair. The depth of water in the channel all the way up is from 3£ to 5 and 6 fathoms water. The shoal off the foot of Hog Island runs down to abreast the Hospital, about £ a mile, 6 to 8 feet water on it. The east or Canada channel is deep, 22 to 39 feet water. To enter the channel at the south 95 entrance, keep Bois Blanc Island just open with the mainland, which will lead you in. Keep Fighting Island side well aboard all the way through, and run out into the river above, about NW. The holding ground in the river is good nearly all the way through, except below the lime kilns. Current in the river, average 2i mile per hour. Detroit Latitude 42°19'45" K Longitude, west of Greenwich 83°02'33". In time 5 h., 32 min., 10.2 sec. Variation of compass 2° 07' E. COURSES AN© DISTANCES ON THE NORTH SHORE OF LAKE ERIE. From Buffalo to Point Abino WbySfS 11 miles. From Point Abino to Gravely Bay or Port Colborne WNW 9 miles. FROM PORT COLBORNE PIER TO GRAND RIVER. Run out from the pier S WbyWiW 8£ miles ; thence west 9£ miles, or until Mohawk Island light bears NEiE ; thence Nby WiW 3 miles, or until you range the west pier ; then run in, keeping the west pier well aboard. ' FROM GRAND RIVER TO PORT DOVER. Run out from Grand River SWiW 6 miles, to clear the reef wliich lies off Grand River bluff WSW 4 miles ; thence WiS 26i miles, to abreast of Port Dover harbor ; and note that a reef lies off the east side of the harbor, about li miles SE from it; range the west pier and run in, keeping it best aboard. Lighthouse on the west pier. From Port Dover to Long Point SEbySfS 18 miles. From Long Point to Port Bur well WilST 29 miles ; thence WNWiflT 11* miles. From Port Bur well to Port Stanley W£N 20 miles. Cat Fish Creek is 10 miles from Port Burwell; has 7 to 9 feet over the bar, has one pier on the west side with a light on 96 the end of it, but is no place to run to for refuge, except for small vessels. Between Long Point Cut and Port Burwell there' are two piers, with lumber under the sand hills. Long Point upper gap is closed up and the lightship taken away. From Long Point to Port Stanley, W£N 29 miles; thence WbyN 30 miles. From Port Stanley to the Rondeau, SW£W 43 miles. FROM RONDEAU TO POINT PELEE. SWfW 44 miles ; run on this course 4 miles further, until Point Pelee Island Lighthouse bears W£N and Point Pelee NNEfE; thence NWbyWfW 44 miles, to the entrance of Detroit River, with Bois Blanc Island Lighthouse bearing Nf-E 3^ miles. On this route you leave the middle ground to star- board. The bottom off Point Pelee is sand ; and along the east side of the island the bottom is rocky, but can be approached in 4 fathoms with safety. The new Lighthouse on the dummy at Point au Pelee can be passed pretty close to in rounding the point. LIGHTHOUSES AND HARBORS OX LAKE ERIE— OX BOTH SHORES. Black Rock light, fixed, visible 10 miles, near the head of Niagara River. Beacon light, fixed, varied by flashes (every 1'30"), visible 14 miles, on Horse Shoe Reef, at the entrance to Niagara River. To enter Niagara River, leave Horse Shoe Reef Lighthouse about 400 yards to starboard ; then steer direct for the Beacon light at Black Rock, until abreast of the head of Black Rock pier, leaving the red iron can buoys Nos. 2 and 4 to starboard, and the black iron can buoy No. 1 to port. To enter the river by the Emerald Channel, leave the red wooden can buoys Nos. 2 and 4 on your starboard hand, and the black wooden can buoy to port. 97 To enter the Tonawanda Channel to the eastward of the Strawberry Islands, leave the black spar buoys Nos. 3 and 5 to port. To enter the Tonawanda Channel to the westward of the Strawberry Island, leave the red spar buoys Nos. 6 and 8 to starboard, and the black spar buoys Nos. 7 and 9 to port. Buffalo light, fixed, visible 16 miles, on the end of south pier at Buffalo Creek. Fog Bell, struck by machinery every ten seconds. TO ENTER BUFFALO HARBOR. From Point Abino steer EbyNflST 11 miles, direct for Buf- falo Lighthouse, leaving Horse Shoe Reef and Lighthouse to port ; run to the eastward 200 yards clear of Buffalo Light- house, until you range the north pier ; then haul up and run in to the creek or under the breakwater. Depth of water going in 14 feet. Silver Creek or Cattaraugus light, fixed, visible 9 miles, on the west pier at Silver Creek. Dunkirk light, fixed, varied by flashes, visible 16 miles, at Dunkirk, on the SE shore of Lake Erie, west of the harbor. Beacon light, fixed, visible 9 miles, on the pier, west side of the entrance to Dunkirk Harbor. (Buoyed out.) Portland or Barcelona, 17 miles west of Dunkirk, has a good pier. Light discontinued. Erie or Presqu'ile light, fixed, visible 16 miles, on the main land, southeasterly from the piers at the entrance to the harbor. Beacon light, fixed, visible 10 miles, on the east end of the north pier. On the north side of the east entrance to Presqu'ile a shoal extends out from and around the east end of the north pier, with 8, 9 and 12 feet water on it. To enter the harbor, bound up, run along shore until well up to the Lighthouse on the mainland ; and as you approach the south pier, you make a red can buoy, which leave to starboard, and haul in between the piers, and run along the north pier in a line with it, until past the end of it ; then keep a little more to the northward, until you range the two beacons on the north 98 Thompson's coast pilot. pier; keep on this range till the two beacons on the peninsula, NW ot the north pier, are in line, then haul off for the city docks. There was only 8 feet water over the inner bar last year, and the shoal off the mouth of the harbor has made con- siderably to the southward, nearly closing up the channel. Coneaut light, fixed, visible 8 miles, on the east pier at the entrance to the river. This harbor has from 7 to 8 feet water over the bar. Ashtabula light, fixed, varied by flashes (interval of flash 1'30"), visible 11 miles, on the east pier, at the entrance to the river ; 8i feet water over the bar. Grand River or Fairport light, fixed, visible 16 miles, at Fair- port, on the east side of the river, on the hill. Beacon light, fixed, visible 6 miles, on the east end of the pier. There is a middle ground at the entrance. The channel into Grand River was nearly choked up last season. Cleveland, Ohio — change of pier light — a fixed white light, varied by red flashes. Interval of flash 15". Cleveland light, fixed, visible 14 miles, on the end of the east pier. To run in, range the east pier, and keep midway between them ; 12 to 14 feet going in. Black River light, fixed, visible 14 miles, on the end of the west pier, at the mouth of Black River ; 9 feet water and vari- able. Vermillion light, fixed, visible 9 miles, on the west pier, at Vermillion Harbor ; 9 feet water and variable. Huron light, fixed, visible 12 miles, at the mouth of Huron River, on the west pier ; 10 to 12 feet water. Cedar Point Beacon light, fixed, visible 10 miles on Cedar Point, east side of the entrance to Sandusky Bay. Outer Range Beacon light, fixed, visible 5 miles. Inner Range Beacon light, fixed, red, visible 5 miles. TO ENTER SANDUSKY BAY, DAY OR NIGHT. On approaching Cedar Point Lighthouse, run until you bring it to bear SWbySiS ; keep on this course until you make the 99 outside buoy, and leave it and all the red buoys to starboard (Nos. 2, 4, 6, 8, 10, 12 and 14) ; No. 14 is the turning stake or point towards Bull's Island, after passing which you will make the black buoys Nos. 1, 3, 5 and 7, leaving them all to port ; and after passing No. 7, steer for the city, about SJE 2 miles. You will have nothing less than 11 feet water over the bar. To enter the harbor in the night, bring the outer range light in line w T ith Cedar Point light, and run on this range until within about 500 to 600 feet of the outer range light ; thence turn gradually to the westward until you get the inner (red) and outer lights in range ; keep them in range for 1|- miles ; thence turn gradually toward the city. The depth of water on the inner bar is from 10i to 14 feet, sand. Sandusky or Marble Head light, fixed, visible 12 miles, on Marble Head, north side of Sandusky Bay, and leading mark for the south channel • deep water close to. Port Clinton light, fixed, visible 10 miles, on the east side of Portage River, at the head of the bay, SE from South Bass Island. Green Island or Strontian light, fixed, varied by flashes (inter- vals of flash 2'), visible 12 miles, on the west end of Green Island, 1^ miles from the west side of Souih Bass Island. West Sister light, fixed, visible 14 miles, on the SW end of West Sister Island, and a leading mark for Maumee River. Turtle Island light, fixed, visible 14 miles, at the entrance of Maumee River. TO RUN UP MAUMEE RIVER TO TOLEDO. Haul round Turtle Island Lighthouse until it bears due east, in 13 feet water, i of a mile distant ; thence SEf S 1£ miles, to abreast of North Cape, which is low and swampy, with scat- tered bushes on it, in 11 feet water; there is usually a stake on this point, red ; thence SW^S 1£ miles, in 12-o- to 13 feet water ; thence WiS for the first black stake, run up, leaving all the black stakes to port and red to starboard ; when into the river, keep the port side well aboard, until above the middle ground which lies ofl Manhattan Docks, and some little distance above 100 it ; then haul over to the Toledo side and run up to the docks, or come to in the river. There is a middle ground opposite the upper docks of Toledo. There are now three ranges for the channel into Maumee Bay, besides the usual black and red stakes. Vessels have to pass through the drawbridge in going up river. Vessels not drawing over 9 to 10 feet water can come in as follows : bring Turtle Island light to bear due east, and run in SfW for 2i miles, into 12£ feet water. This course runs you over the North Cape Bank in 11 feet water, leaving the first red stake to port; thence west for the first black stake or buoys. TO RUN THE EAST CHANNEL INTO MAUMEE BAY. Bring Turtle Island Lighthouse to bear due west, and Presqu'ile Point, the east point at the entrance to Maumee River, to bear SWbyW^W, in 18 feet water, and run over- the bar on this course. On this range you will have nothing less than 9 and 10 feet water ; when over the bar you have 12£ feet water. Monroe light, fixed, visible 14 miles, on the north pier, at the entrance to the River Raisin. To run in, range the piers and run up to the docks. • Gibraltar light, fixed, visible 14 miles, on west side of entrance to Detroit River. Mamajuda light, fixed, visible 8 miles on Mamajuda Shoal, in Detroit River. Grassy Island light, fixed, visible 8 miles, on Grassy Island, in Detroit River. LIGHTHOUSES ON THE CANADA SIDE OF LAKE ERIE. Bois Blanc light, fixed, visible 14 miles, at the entrance to Detroit River, on Bois Blanc Island, opposite Amherst- burg ; is the leading mark for the east channel. A lightship will be stationed on the shoal SEbySiS from Little's Point, during the season of navigation, showing a red light. 101 Point Pelee Island light, fixed, red, visible 10 miles, on Point Pelee Island ; entrance to the north channel to Detroit River. Good shelter from NE to SE and S winds in McCom- mick's Bay, between the point and Lighthouse, in 5£ fathoms water, mud bottom. Beacon light, fixed, visible 10 miles, on the shoal off Point Pelee. A new Lighthouse has been built on the dummy on Point Pelee Shoal, and shows a white light, and is an excellent lead for the north channel. Rondeau light, doubtful, at the entrance to Rondeau Harbor. Good holding ground under the point, in 5 fathoms water, clay bottom. Good shelter from SW, W and 1STW winds. Port Stanley light, fixed, visible 9 miles, on the west pier at Port Stanley. The entrance to this harbor is very narrow ; the piers run out straight. The depth of water varies from 10 to 12 feet. Port Burwell light, fixed, visible 9 miles, on the hill, to the eastward of the piers. Beacon light, fixed, visible 5 miles, on the west pier, red. Depth of water from 10 to 12 feet. To run in, keep the west pier well aboard until inside, then take the middle, or come to the dock. Long Point light, fixed, visible 14 miles, on Long Point, a leading mark for the lower end of Lake Erie. Good holding ground under the point, between the Lighthouse and Big Bluff, in 4£ to 6 fathoms water, sandy clay. Port Dover light, fixed, visible 10 miles, at the entrance to the river, on the west pier ; 9 feet water. Grand River light, fixed, visible 12 miles, at the entrance of Grand River and head waters of the Welland Canal ; the Lighthouse is on the west pier. This is one of the best harbors on Lake Erie. In running in keep the west pier well aboard, and follow up the pier work until into the river. To come to anchor, run well up past the entrance to the canal, keeping the port side well aboard, and come to in 2£ to 3 fathoms water, mud bottom, or run into the canal. Mohawk Island light, revolving, visible 16 miles, on Mohawk Island, sometimes called Gull Island, is a good leading mark up 14 102 or down the lake. A good harbor can be made under the lee of this island from SW winds, by bringing the light to bear west. Vessels can lie here in the heaviest gales. The reef sets off from the island SE '2\ miles, which forms the lee. The bot- tom is red clay. Come to in 3J fathoms. There is a good channel between the island and mainland, with 2^ fathoms water. To run through, bound down, keep midway between Mohawk Bluff and the island, until you drop into 14 feet water; then haul up to the northward and eastward, and follow the island round in 12 to 13 feet water, pretty close to ; and when past the island, run out to the eastward, giving Point Selkirk a berth of ia mile, or come to under the island, with the Light- house bearing west. Port Colborne or Gravely Bay light, fixed, visible 12 miles, on the west pier, at the entrance to the Welland Canal. This pier has a range light some distance to the northward of the outer light. To run in, range the lights and keep the west pier best aboard, and run up into the basin and make fast on either side. Sugar Loaf Hill is 2 miles west of the entrance, and is a good leading mark for this harbor. Point Abino is a good lee from SW to W winds. Vessels generally do not run quite far enough into the bay to lie easy. REGULATIONS TO BE OBSERVED AT PORT COLBORNE AND PORT DALHOUSIE ELEVATORS. We are indebted to George C. Finney, Esq., for the follow- ing copy of regulations to be observed by vessel masters at Port Colborne and Port Dalhousie Elevators : 1st. Every vessel to be discharged or loaded in rotation, according to date of arrival and reports, at the rate of two lighterages to one through cargo. 2d. No report will be taken from any vessel Until she is inside the ferry, and afloat. 3d. Lighterage rates will be as follows : Taking freight from Chicago to Oswego or Kingston, as standard — when 8c United States currency and under, 2^c gold per bushel ; over 8c, 2^c ; 10c and under 12c, 3c ; 12c and under 15c, 3ic ; 15c and under 18c, 3ic ; 18c and over, 4c. Quantities under 1,500 bushels, 4c. Thompson's coast pilot. .103' Tbe foregoing rates do not include elevating at Port Colborne. All charges must be paid before delivery of freight, etc., at Port Dalhousie. These regulations are signed by the General Manager of the Welland Railroad, and dated July 1st, 1868. latitude and longitude. Name of Place. Latitude N. Long. W. of Greenwich. o f 11 o l n Buffalo, N. Y 42 53 05 78 58 15 Erie, Pa 42 09 00 80 08 00 Huron River 41 24 00 82 40 00 South point Turtle Island : 41 45 25 83 30 00 Windmill Point Lighthouse 42 21 57 83 05 00 Point Selkirk, Ont 42 51 00 79 34 00 Long Point, Ont .42 33 30 80 07 30 South point Bass Island 41 38 20 82 57 30 Middle Sister 41 51 30 83 07 00 COURSES AND DISTANCES ON LAKE ONTARIO. FROM PORT DALHOUSIE TO THE DUCKS LIGHTHOUSE EbyNfN 136 miles; thence NE^N" 22 miles, to Nine Mile Point Lighthouse ; thence 4 miles along the shore of Simcoe Island, to abreast of Four Mile Point, with Snake Island red light to port. The channel here is about f of a mile wide ; you will have from 3 to 4|- fathoms water. Keep Four Mile Point well aboard, in 4f fathoms ; when clear of the point, steer for Kingston ; haul round the west point of the harbor, and come to off the old wooden Lighthouse in 6 fathoms water, soft bot- tom, or run alongside the docks. Garden Island is directly opposite Kingston Bay, and is the principal timber port. FROM PORT DALHOUSIE TO OSWEGO. Run out of the harbor 2 miles NNE ; thence EbyNlN" 30 miles ; thence E^N northerly 106 miles, to Oswego. To Run into Oswego. — When well up to the harbor, haul round the end of the west pier and run in. When the wind is scant, and the current running out strong, it is best to tow in, as the bottom is rocky and an anchor will not hold. Many ves- sels have been lost by attempting it in heavy weather. 104 From Oswego to Kingston north 60 miles, leaving the Real Ducks Island to port, Pigeon Island and the Charity Shoals to starboard, also Nine Mile Point Lighthouse, Simcoe Island, and run for Kingston as directed before. From Oswego to Long Point, Ont., NWTW 41 miles. From Oswego to Galloo Island NfE 30 miles ; thence to Tibbett's Point NbyEfE 19 miles. From False Ducks to Tibbett's Point NEbyE^E 24£ miles. From Real Ducks to Tibbett's Point NEfN 19 miles. Good holding ground under the Real Ducks Island in 5 to 7 fathoms, blue clay. From Genesee River to False Ducks Island NEiN 65 miles. From Stoney Island to Oswego, SSW 30 miles. From Welland Canal to Toronto N^W 29-J- miles. From Welland Canal to Credit River NNW^W 27 miles. From Niagara to Toronto NWbyN 30 miles. FROM POUT DALHOUSIE TO GENESEE RIVER EIGHTY-SIX AND ONE- HALF MILES, AS FOLLOWS: NNE 3 miles : EbyNf N 40 miles ; thence Ef S southerly 17£ miles ; thence EbySf-S 19 miles, to Braddock's Point ; thence SE|E 7 miles, to the piers. PORT DALHOUSIE HARBOR Is the entrance to the Welland Canal. This is an easy harbor to make. In beating up towards the harbor, close in, keep out of range of the ends of the piers, as the water shoals quickly inside that range. The piers are 3,000 feet long, 200 feet apart, and run out from the bend southwest of the lock N&S. There is a middle ground opposite the bend in the west pier. Ves- sels can pass on either side of it. The railroad station is on the east side of the harbor, 12 miles from Niagara River. LIGHTHOUSES OH BOTH SHORES OF LIKE ONTARIO. Ogdensburg light, fixed, visible 12 miles, at the mouth of the Oswegatchie, in the St. Lawrence River. Cross-over Island light, fixed, visible 12 miles, on Cross-over Island, St. Lawrence River. 105 A new Lighthouse is to be erected on Sister Island, St. Law- rence River. Sunken Rock light, fixed, visible 9 miles, on Bush or Sunken Rock Island, near Alexander Bay, in St. Lawrence River. Rock Island light, fixed, visible 9 miles, on Rock or John- son's Island, in St. Lawrence River. Tibbett's Point light, fixed, visible 14 miles, on the SE side of the entrance to St. Lawrence River. Galloo Island Light- house SSW 19 miles; Charity Shoal Day Beacon SWbyW, dis- tant 8 miles ; Pigeon Island WiS 10 miles. Galloo Island light, fixed, visible 14 miles, on the west point of Galloo Island. Shoal to the NW 1 mile. Horse Island light, fixed, visible 11 miles, on the west end of Horse Island, and 1^ miles west of Sackett's Harbor. Stony Point light, revolving (interval of flash 2'), visible 11 miles, on Stony Point, and the leading mark for Sackett's Har- bor. Sackett's Harbor is situated on the SE side of Black River Bay, and WbyN" from Point Peninsula, 9 miles distant. The Lighthouse stands on a rock, called Horse Island, at the south- western point of Black River Bay, li miles west of the harbor. It shows a fixed bright light. To enter this harbor from the lake, run past Stony Point light, and follow the land along, keeping the starboard hand best aboard to clear a middle ground which lays off the south end of Stony Island, nearly mid-channel, haul up for Horse Island Lighthouse, pass it pretty close to, and run round the point and into the Bay of Sackett's. There is a good channel on either side of Greal Gal- loo, Litttle Galloo and Stony Island. Salmon River, or Port Ontario, 20 miles east oi Oswego. Salmon River, or Port Ontario, is twenty miles NEbyE from Oswego, and north of Mexico Bay ; has two good piers, with plenty of water. The Lighthouse is on the North Pier end, is 52 feet high, and shows a white light. The land both north and south of the harbor is very low, and cannot be seen at any great distance. Oswego light, fixed, visible 14 miles, near the end of the west pier, at the entrance to Oswego Harbor. 106 Big Sodus Bay light, revolving, visible 13 miles, on Sodus Point, at the west side of Sodus Harbor. Little Sodus Bay is 16 miles S W of Oswego, has a good har- bor, but only 6 feet water going in. The piers run out north and south, 250 feet apart and 1,300 feet long ; 30 to 40 feet water inside. Big Sodus Bay is 32 miles WSW^S of Oswego, and 36 miles E£N from Genesee River — the most capacious harbor on the south shore of Lake Ontario. It is entered from the lake by a channel 470 feet wide, between piers which extend out into 13 feet water. The main light is on the hill to the westward of the harbor, and the beacon light on the west pier head ; depth of water going in 9 to 12 feet, inside the bay 20 to 40 feet. Genesee River light, fixed, visible 14 miles, on the west side of the entrance to Genesee River. Genesee River is protected by piers running into the lake 2,000 feet NE and SW, and 400 feet apart. To run in between the piers, bring the pier light to bear SSE, and haul up, giving the west pier end a berth of 50 feet, to clear some sunken cribs off the end of the pier. Beacon light, fixed, visible 6 miles, on the end of the west pier, at the entrance of Genesee River. Niagara Fort light, fixed, visible 14 miles, on the Mess House of Fort Niagara, at the junction of the Niagara River and Lake Ontario. To enter this river, bring the light to bear SEbyE, and run up in a line with the dock under the fort until over the bar ; thence up river. Port Dalhousie (Ontario) light, revolving, on the east pier. Burlington Canal (Ontario) light, fixed, visible 12 miles, on the middle of the south pier, at the entrance to Burlington Bay, Hamilton. Beacon light on the end of south pier. To enter the bay, open the Beacon light about handspike wide with the main or inner light, and run in between the piers; thence about WSW up to abreast of Hamilton docks, 4£ miles. Depth of water in the bay from 2 to 5, 7, 9 and 12 fathoms. 107 Oakville (Ontario) light, fixed, visible 10 miles, on the east pier, at the entrance to the harbor, 66 feet high. Port Credit (Ontario) light, fixed, visible 10 miles, on the east pier, at the entrance to the River Credit. This port resembles Oakville, and is 12 miles S WbyW from Toronto, and 10 miles from Oakville. TORONTO HARBOR, ONTARIO. This spacious bay is one of the best harbors on Lake Onta- rio. It is nearly circular, and formed by the mainland on the north, and a long low narrow spit of land on the east, south and southwest, called the Peninsula or Island. It extends in a southwesterly direction from the highlands, in the township of Scarboro', upon which trees of stunted growth are thickly scat- tered. Thus is inclosed a beautiful basin, about 2i miles in diameter, capable of containing a large fleet of vessels. Gibraltar Point light, fixed, visible 14 miles, on Gibraltar Point, at the SW point of the Peninsula. Two range lights on the Queen's Dock, the north one red and the south one white. They bear NbyW from Gibraltar Point Lighthouse. To run into Toronto Bay, give Gibraltar Lighthouse a berth of 1 mile, and run in north for the harbor lights, which keep in range until well up to the wharf; then follow the buoys round, leaving them on the starboard hand, two red buoys to the west- ward, and two white buoys to the eastward ; thence straight up the bay, in line with the wharfs, or come to in any part of the bay, in 18 to 22 feet water. The depth of water between the piers and the buoys is 11 to 12 feet, and is being deepened every year. A sandy shoal stretches into the lake a quarter of a mile, in a SW direction off Gibraltar Point, and continues along the west side of the island, to the entrance of the bay, due north, to the buoys, at an average distance of a quarter of a mile from the island, with 5 to 6 feet water on it, and at the point drops off suddenly to 12 asd 20 feet. Danger. — There is a large boulder stone, in 5 feet water, nearly midway between the Queen's and Garrison wharfs, and a little to the south of them. To make lee under the island, come to in from 5 to 6 fathoms. 108 Note. — In running up the lake for Toronto harbor; keep 2£ miles from the shore, so as to open Gibraltar light from the projec- tion of the island, where the highest trees are. A channel has formed at the east end of the bay, with 5 or 6 feet water in it, by the force of the sea in heavy gales. It was proposed some few years ago to cut a channel through here, but was given up, supposing it would spoil the western entrance. It will now be proved by this break in the narrow neck of the Peninsula, whether it will have that effect at the western entrance or not. THE PORT OF LIVERPOOL OR PICKERING, FORMERLY CALLED FRENCHMAN'S BAY. This port is 26 miles NEiE of Toronto. It is formed by a bay running into the land, and separated from the lake by a sandy and gravely beach, through which is a cut 100 feet wide. The light is on the east pier, and visible 5 miles. The harbor itself is well sheltered, being completely land- locked ; but from the foulness of the bottom (principally from weeds) an anchor will not hold during a hard blow. The average depth of water inside the bay is 9 feet 6 inches ; at the outer mouth, between the piers, 11 feet 6 inches ; and the inner mouth 7 feet 6 inches. Through the cut into this harbor, a current rims in and out with great regularity, once in about every four minutes. WHITBY HARBOR. Six miles to the eastward of Liverpool, and 34 miles XEbyE of Toronto, one of the best and most secure harbors on the north shore. It stands near the center of a deep bay, between Raby Head, on the east, and Scarboro' Heights on the west, and three and a half or four miles north of a line drawn between these two points. The harbor is formed by a strong break- water of crib work, stretching across the head of the bay, by which it is separated from the lake, and forms a large basin, the entrance to which is at its eastern extremity, between piers running south a considerable distance into the lake, 250 feet apart, with 13 to 14 feet wate»#in the channel. The west pier is much longer than the east pier. A strong tide or current sets in and out of this harbor, which at times is so strong as to turn a vessel's head round, when entering with a light wind. To enter the harbor, run 109 through between the piers and haul up for the red warehouse, and round to with your head to the SW, in 14 feet water. Danger. — Midway between Whitby and Liverpool, there is a shoal in shore, one mile west of the township line. Whitby light, on the west pier. Good harbor; 13 to 14 feet water going in. Port Hope light ; on the east pier ; 9 feet water going in. Will show a white light east and west, and a red light south. Scotch Bonnet light, flash, showing red and white at inter- vals, lies to the westward of Nicholson's Island. Long Point light, revolving, visible 14 miles, on Long Point, 22 miles from the False Ducks' Lighthouse. False Ducks' light, fixed, visible 12 miles, on False Ducks' Island, 35 miles from Kingston. OSHAWA. The Port of Oshawa is 6 miles east of Whitby. It is situ- ated in the bend of a small bay, and consists of a well con- structed pier, running out from the mainland into 10 feet water. At the south end of the pier is a storehouse, painted red, and under the angle formed *by the roof is placed a large lamp, which serves the purpose of a lighthouse. This port is well protected from any wind north of E and W, but is exposed to southerly winds. The west side of the Bay of Oshawa is formed by a high clay bank, almost perpendicular towards the lake, on the extreme point of which stand three or four trees. Danger. — The east point is called Oshawa Island, bearing south by east from the pier. The water here is very shoal, and a reef of large boulders extends into the lake SE, for 400 yards, which must be given a wide berth. From the point of land about midway between Whitby and Oshawa there is another reef of large boulders running out ESE into the lake. PORT DARLINGTON Is 8 miles to the eastward of Oshawa, 50 miles ENE of Toronto, and 29 miles WbyS of Cobourg. This port has been much improved by extending the piers into 12 feet water, and dredging the land-locked basin within, 15 110 Thompson's coast pilot. where vessels drawing 9 feet or less may lie in safety in any weather. The west pier extends about 50 feet farther south than the east pier, which breaks the rolling sea from the SW. The light is on the east pier, and visible but a short distance. One and one-half miles west of Darlington, is Raby Head, a high clay bluff point, destitute of trees or bushes. BOND HEAD OR POUT OF NEWCASTLE. Between 4 and 5 miles, EbyN of Darlington, is the Port of Bond Head. It consists of a pier run out into 10 feet water ; but, from- its exposed situation, can only be approached in fine weather, or when the wind is off shore. Danger. — Four miles east of this port, there is a large boul- der, some distance in the lake, called the Peach Stone, and four miles east of this again, there is a reef of boulders, extending 300 yards into the lake, in a southerly direction off the head- land. Course to clear these reefs, bound to Cobourg, Eg-EF, 20 miles, giving the shore a berth of 1 mile ; thence NEbyE^E for Port Hope, and ENEiE for Cobourg. PORT HOPEI Is 23 miles EA-N of Darlington, which is formed by running two rows of piers into 13 feet water, having a basin at their inner or northern extremity. During a SE or SW gale, this port cannot be made by large vessels, drawing over 9 feet water, with safety, owing to the tremendous swell rolling in from the lake ; besides which, the piers being only 125 feet apart at the mouth, and the basin very small, there is no room to check the speed of a vessel, or to snub her without danger to herself or others. During a southerly gale, also, the swell in the basin is so great as to cause vessels to lay uneasy. From any wind N of E or W, this is a perfectly safe and snug harbor. COBOURG. The Harbor of Cobourg is situated seven miles east of Port Hope, and is formed of pier work. A shifting bar of sand is thrown up during a SW gale, which renders the entrance to it still more dangerous than Port Hope for vessels of deep draught. The harbor is more capacious, and when once entered Ill more secure than that of Port Hope, having a second or inner basin with plenty of water, where no sea can injure or disturb the vessels lying there. The mouth of the harbor is 130 feet wide, with water varying from 10 to 13 feet. The Lighthouse is on the east pier, 20 feet high, and visible 8 miles. Danger. — In entering this port, at night, care must be taken not to run too close to the south end of the west pier, where broken crib work and numerous piles project nearly 100 feet farther into the lake than the end of the east pier. Shoal. — Midway between Port Hope and (Jobourg there is a dangerous shoal, called Gull Island, which is about two miles long, and one mile from the shore. It is sometimes bare, and has a Lighthouse erected upon it, 45 feet high, showing a bright, fixed white light, and visible 10 to 12 miles. In passing this shoal give it a berth of two miles. GRAFTON. This village is about 8 miles east of Cobourg, has a pier run out into 10 feet water. COLBORNE. Is a village 8 or 9 miles below Grafton ; has a pier for the accommodation of trading craft. Both these ports are exposed to the heavy seas of the lake, and afford no shelter to vessels, except when the wind is off shore. Danger. — One mile west of Colborne there is a projecting point, off which is a reef of boulders. In approaching Colborne give the point a good berth. PRESQU'ILE HARBOR, The West Bluff of Presquile is 24 miles E^N of Cobourg, well wooded, and has 90 feet water close in shore. Five miles NEbyE of this point brings you abreast of the Lighthouse, which is 67 feet high, and shows a bright white light, visible 12 to 15 miles. Give the Lighthouse point a berth of half a mile, to dear a shoal that sets off from it, in a southerly direction, haul up NbyE for the lone pine tree, until the inner range lights are in line ; then haul up S W, keeping within fifty yards north of the beach of the first range light station, as there is 112 18 to 22 feet water close to it. When past this point come to, between the two range points, in 18 feet water. Danger. — Between the main Lighthouse, on the SE point, and the range light on the NE point, extending in a north- easterly direction, is a shoal £ of a mile long, and forms a tri- angular point, called the Middle Ground, with 4 to 6 feet water on it, which you have to haul round in going into the harbor. To the north of the Lighthouse built on the NE point, run- ning out from the mainland, there is a low marshy spit, desti- tute of timber, and easily recognized by a large dead elm tree, bearing north of the Lighthouse. This point is called Elm Tree Point. The channel here is about half a mile wide. WNW of the second range light, there is another small shoal, called Four Acre shoal, nearly half a mile from the shore, with plenty of water all around it. Two miles ESE of the main Lighthouse there is a dangerous rocky shoal in the lake, with 3 to 5 feet water on it. It is to the eastward of the course from the Light- house to Scotch Bonnet. SE from this shoal is another small shoal, with 5 feet water on it. These shoals obstruct the entrance to Weller's Bay. Wellers Bay is capable of being made into a good harbor. SOUTH BAT POINT. Good anchorage and shelter can be found inside South Bay Point ; to make it, keep the Outer Duck Island to the eastward and the Inner Duck to the northward, and come to ofi the NE point, or make fast to the dock. In leaving this anchor- age, bound for Kingston, if the wind is favorable, a passage can be made by passing through the Upper Gap, between Indian Point on the west and Amherst Island on the east. Steer Nby E, till between Amherst Island and the mainland. Thence EX E, till north of the Brother's Islands. Thence east to Kingston. Good anchorage can be found on the NE side of the Real Duck Island. Nine-Mile Point light, fixed, visible 13 miles, on Nine-Mile Point, Simcoe Island, at the entrance to River St. Lawrence. Snake Island light, fixed, red, visible 7 miles on Snake Island, abreast of Four-Mile Point, and 4? miles from Kingston, Ontario. THOMPSON'S COAST PILOT. 113 KINGSTON. Kingston Harbor is one of the best harbors on Lake Ontario. There are three channels by which it may be made from the lake : The Bateau Channel, between Wolf and Long Island and Simcoe Island, leaving Hare Island also to starboard, as you enter. This channel has from 12 to 18 feet water in it. The south channel, between Simcoe Island and Snake Island. This is a good deep channel ; run through, giving Simcoe Island a berth of h to f- of a mile, and when abreast of Four Mile Point haul off for Kingston. The North or Old Ship Channel is the best channel of the three, and has 4 to 10 fathoms water. To run this channel haul off towards Amherst Island, and when Cedar Island (which is close under Fort Henry) is open with Snake Island, steer for Fort Henry, and run up to the harbor ; you leave Snake Island to starboard and Salmon Island to port. Narrows light, at the head of the Narrows, above Brockville. COURSES AND DISTANCES ON LAKE ONTARIO. (According to the Chart of Captain Ford, U. S. Navy.) From Sackett's Harbor to mid-channel between Stony Point and Stony Island SWby W 12 miles. From Stony Point to False Ducks WNW 25 miles. From Fort Tomkins to Real Ducks W^N 22 miles. From NE end of Stony Island to the West end of Grenadier Island NNW 11 miles. From Stony Point to Long Point WIN 45 miles. From Stony Point to Burlington Bay and Hamilton 180 miles. From Stony Point to the Devil's Nose WSW^W 95 miles. From Stony Island to Fort Niagara WbySiS 145 miles. From Snake Island to Navy Point NEbyE 6 miles. From Snake Island to Four-Mile Point E li miles. From Three Sisters to Snake Island, ESE 4h miles. From the NE end of Stony Island to middle of Charity Shoal NNW 14 miles. 114 THOiTPSOs's COAST PILOT. From Oswego to Real Ducks X 35 miles. From Oswego to Long Point NW|W 40 miles. From Oswego to Bay Quinte NbyW -±7 miles. From Nine-Mile Point east of Oswego to Stony Point XbyE tE 21 miles ; and from Xine-Mile Point west of Oswego to Stony Point NE£N Bbh miles. From Oswego to Thirty-Mile Point W 100 miles. From Oswego to Big Sodus \YSW 9 miles : thence SWbyW £W 17 miles. From Oswego to Toronto W§N 135 miles. From mid - channel between Point Peninsula and Srony Island to Fifth-Town Point. Upper Gap. Bay Quinte. TOW 26 miles. From the anchorage at the Real Ducks to Nine-Mile Point, off Simcoe Island. XbyE 18 miles. From Peal Ducks to Upper Gap of the Bay Quinte XXW fW 14 miles. From anchorage at the Real Ducks to south side of False- Ducks "W Si miles. From False Ducks to Upper Gap X 9 miles. From mid-channel between the Real and False Ducks to Ship Island, between Snake Island and Salmon Island. XEbyX 22 miles. From Long Point to the channel between the Scotch Bonnet and Xicholson's Island TTXW 17 miles. From Long Point to Toronto WbyS 100 miles. From Toronto to Burlington Bay SW 32 miles. From Toronto to Fort Xiagara SEbyS 2S* miles. From Burlington Bay to Xiagara River EbyS 32 miles. From False Ducks to Long Point WSW25 miles. From Genesee River to Presqu'ile X 55 miles. From Genesee River to mid-channel between Real and False Ducks SW 73 miles. From Big Sodus to entrance of the channel between the Real and False Ducks XXE 50 miles. From Devil's Xose to Toronto WbyNfN 60 miles. From Xiagara River to Presqu'ile XEbyE 75 miles. From Genesee River to" Port Hope NWbyN 58 miles. Thompson's coast pilot. 115 From Thirty-Mile Point to Fort Niagara WSW 26 miles. From Tibbett's Point to Jordan Point WbyN&N 5 miles. From Tibbett's Point to Pigeon Island W£S 8 miles. From Gravely Point to Tibbett's Point SW£S 3 miles. From Grenadier Island to anchorage off the Real Ducks NE by E 11 miks. From Upper Gap of Bay Quinte to the Three Sister Islands, at the lower end of Amherst Island, ENE 9 miles. From Duffin's Bay to Niagara SbyW 40 miles. From Big Sodus to Presqu'ile NWbyN 60 miles. From Big Sodus to Long Point Nby W 38 miles. From Nine-Mile Point, west of Oswego, to Braddock's Point WiS 52 miles. OAKVILLE. The Port of Oakville is 22 miles W|S from Toronto, and 14 miles NEbyN from Burlington Canal. The piers are 100 feet apart, and run out nearly north and south into the lake. Danger. — Between the port and Port Credit there is a shoal, and numerous large boulders, extending a considerable distance out from the shore, which should not be approached nearer than a mile. WELLINGTON SQUARE AND NELSON. These small ports are situated between Oakville and the Bur- lington Canal. Their docks run out into 10 feet water. No protection from east and south or south-east winds. OAK ORCHARD CREEK Is 35 miles west of Genesee River, and 52 miles E of Niagara. The entrance to this creek is between two piers, running north and south, into 6 feet 6 inches water, and 160 feet apart. The west pier is 844 feet long, and the east pier is 734 feet ; . the basin or pond inside has plenty of water, and is well secured from all winds. VARIATION OF THE COMPASS ON LAKE ONTARIO. There is little or no variation of the compass at the west end of Lake Ontario. The variation at the east end is from 1° to 2° west, and at Kingston 6° west. 116 THOMPSON S COAST PILOT. The set of current is hardly perceivable until you pass Long Point and the islands. After that the current increases percep- tibly. TABLE OF DISTANCES FOR THE UPPER LAKES, FROM PORT TO FORT/ III MILES. WEST SIDE OF LAKE MICHIGAN. Miles. Chicago to Grosse Point 12 Chicago to Waukegan 35 Chicago to Kenosha 51 Chicago to Racine 57 Chicago to Milwaukee 85 Milwaukee to Port Washington. .25 Port Washington to Sheboygan. .25 Sheboygan to Manitowoc 30 Manitowoc to Twin Rivers 7 Twin Rivers to Kewaunee 22 Kewaunee to Anheppe 11 Anheppe to Baley's Harbor 36 Baley's Harbor to Death's Door. .20 Miles. Death's Door to Chamber's Isl'cl.21 Chamber's Island to Long Tail Point 54 Death's Door to Washington Har- bor 13 Washington Harbor to Louse or Rock Island 7 Louse Island to head of Beaver Island 67 Head of Beaver Island to Point Waugoshance 30 Point Waugoshance to Macki- naw 23i EAST SIDE OF LAKE MICHIGAN AND WEST SIDE OF LAKE HURON. Miles. Chicago to Michigan City 38 Michigan City to New Buffalo . . 12 New Buffalo to St. Joseph 26 St, Joseph to Kalamazoo 40 Kalamazoo to Grand River 28 Grand River to Little Point au Sauble 44 Little Point au Sauble to Big Point au Sauble 28 Big Point au Sauble to Point Betsey 48 Point Betsey to Sleeping Bear.. 18 Big Point au Sauble to Manistee. 16 Sleeping Bear to Cat Head Point. 29 Cat Head Point to Traverse Bay Lighthouse 4£ Miles. Grand Traverse light to Skillego- lee 37i Skillegolee to Point Waugo- shance 8^ Pt. Waugoshance to Old Macki- naw 17£ Old Mackinaw to Sheboygan light 16 Old Mackinaw to Ft. Mackinaw. 12 Sheboygan light to Presqu'ile. . .58 Presqu'ile to Thunder Bay Island Lighthouse 30 Thunder Bay light to Point aux Barques 77£ Point aux Barques to St. Clair River 71 THOMPSON S OOA8T PILOT. 117 LAKE SUPERIOR. Miles. Sault Ste. Made to Round Island 8 Round Island to Point Iroquois, 5£ Point Iroquois to White Fish Point 25 White Fish Point to Marquette. 115 White Fish Point to Grand Is- land 84 Grand Island to Marquette 35 Marquette to Portage Entry 65 Portage Entry to Manitou Is- land 46 Manitou Island to Copper Har- bor 14 Miles. Copper Harbor to Agate H^?b.. 8£ Agate Harbor to Eagle Harbor. o£ Eagle Harbor to Eagle River. . . 7 Eagle River to Ontonagon 58 Ontonagon to LaPoint 65 LaPoint to Superior City 75 Superior City to Rock Harbor, Isle Royale 180 Rock Harbor to White Fish Point 188= White Fish Point to Manitou Island 124 Detour Lighthouse to Sault Ste. Marie 42 LAKE ERIE. Miles. Detroit to Maiden 19£ Maiden to Cleveland 86 Cleveland to Buffalo 174 Cleveland to Fairport 30 Fairport to Ashtabula 25 Miles. Ashtabula to Conneaut 13 Conneaut to Erie 27 Erie to Dunkirk 45 Dunkirk to Buffalo 40 Buffalo to Chippewa 20 CANADA SIDE OF LAKE ERIE Miles Point au Pelee to Rondeau 44 Rondeau to Port Stanley 43 Port Stanley to Port Burwell 20 Port Burwell to Long Point 40 LAKE HURON, Miles. Mackinaw to Detour 36 Detour to St. Clair River 226 Mackinaw to St. Clair River 241 Mackinaw to Collingwood, Ont.230 Miles. Long Point to Grand River 32^ Grand River to Port Colborne. .21 Port Colborne to Buffalo 22 Miles.. Cove Island to St. Clair River . .162: Goderich to St. Clair River 60 Fort Gratiot light to Detroit. ... 72: DISTANCES BT THE GRAND TRUNK RAILWAY. Montreal to Quebec 168 miles Montreal to Kingston 172 miles Montreal to Toronto 332 miles Montreal to Stratford 420 miles Montreal to Sarnia 504 miles A sea mile, according to Bowditch, is 6,120 feet. A geographical or nautical mile is 6,139.74 feet. A statute mile is 5,280 feet. 16 APPENDIX THOMPSON'S COAST PILOT. 1869. NEW LAW OP MARINE LIGHTS AND SIGNALS ON THE LAKES. RULES AND REGULATIONS FOR THE GOVERNMENT OF PILOTS AND MASTERS ON THE LAKES. Buffalo, June 24th, 1864. Editors Commercial Advertiser : Gents — I hand you herewith for publication an official copy of " An Act fixing certain rules and regulations for preventing collisions on the water," which has become a law of the United States, to take effect on and after September 1st, and which applies to the Lakes and tributaries. It is taken from the English and French laws, and is the same as that about being adopted by the Canadas and other colonies. It would be well for our Shipmasters to make themselves familiar with the same, and be prepared for the change. D. P. DOBBINS, Chairman Ex. Com. Board Lake Underioriters. AN ACT FIXING CERTAIN RULES AND REGULATIONS FOR PREVENTING COLLISIONS ON THE WATER. Be it enacted by the Senate and House of Representatives of the United States of America, in Congress assembled, That from and after September 1, 1864, the following rules and regulations for preventing collisions on the water be adopted in the navy and the mercantile marine of the United States : Provided, That the exhibition of any light on board of a vessel ot war of the United States may be suspended, whenever, in the opinion of the Sec- retary of the Navy, the Commander-in-Chief of a squadron, or the Com- mander of a vessel acting singly, the special character of the service may require it. 119 Article 1. In the following rules every steamship which is under sail, and not under steam, is to be considered a sailing ship; and every steam- ship which is under steam, whether under sail or not, is to be considered a ship under steam. Article 2. The lights mentioned in the following articles, and no others, shall be carried in all weathers between sunset and sunrise. Article 3. All steam vessels, when under way, shall carry — (a) At the foremast head, a bright white light, so fixed as to show an uniform and unbroken light over an arc of the horizon of twenty points of the compass, so fixed as to throw the light ten points on each side of the ship, viz ; From right ahead to two points abaft the beam on either side, and of such a character as to be visible on a dark night, with a clear atmos- phere, at a distance of at least five miles. (b) On the starboard side, a green light, so constructed as to throw an uniform and unbroken light over an arc of the horizon of ten points of the compass, so fixed as to throw the light from right ahead to two points abaft the beam on the starboard side, and of such a character as to be visible on a dark night, with a clear atmosphere, at a distance of at least two miles. (c) On the port side a red light, so constructed as to show an uniform unbroken light over an arc of the horizon of ten points of the compass, so fixed as to throw the light from right ahead to two points abaft the beam on the port side, and of such a character as to be visible on a dark night, with a clear atmosphere, at a distance of at least two miles. (d) The said green and red side lights shall be fitted with inboard screens, projecting at least three feet forward from the light, so as to pre- vent these lights from being seen across the bow. Article 4 Steamships, when towing other ships, shall carry two bright white masthead lights vertically, ia addition to their side lights, so as to distinguish them from other steamships. Each of these masthead lights shall be of the same construction and character as the masthead lights which other steamships are required to carry. Article 5. Sailing ships under way or being towed, shall carry the same lights as steamships under way, with the exception of the white masthead lights, which they shall never carry. Article 6. Whenever, as in the case of small vessels during bad weather, the green and red lights cannot be fixed, these lights shall be kept on deck, on their respective sides of the vessel, ready for instant exhibition, and shall, on the approach of or to other vessels, be exhibited on their respective sides in sufficient time to prevent collision, in such manner as to make them most visible, and so that the green light shall not be seen on the port side, nor the red light on the starboard side. To make the use of these portable lights more certain and easy, they shall each be painted outside with the color of the light they respectively contain, and be provided with suitable screens. 120 THOMPSON'S COAST PILOT. Aeticle 7. Ships, whether steamships or sailing ships, when at anchor in roadsteads or fairways, shall, between sunset and sunrise, exhibit where it can best be seen, but at a height not exceeding twenty feet above the hull, a white light in a globular lantern of eight inches in diameter, and so constructed as to show a clear, uniform and unbroken light, visible all around the horizon, at a distance of at least one mile. Article 8. Sailing pilot vessels shall not carry the lights required for other sailing vessels, but shall carry a white light at the masthead, visible all around the horizon, and shall also exhibit a flare-up light every fifteen minutes. Article 9. Open fishing boats and other open boats shall not be required to carry side lights required for other vessels, but shall, if they do not carry such lights, carry a lantern having a green slide on the one side and a red slide on the other side, and on the approach of or to other ves- sels, such lantern shall be exhibited in sufficient time to prevent collision, so that the green light shall not be seen on the port side, nor the red light on the starboard side. Fishing vessels aud open boats when at anchor, or attached to their nets and stationary, shall exhibit a bright white light. Fishing vessels and open boats shall, however, not be prevented from using a flare-up in addition, if considered expedient. Article 10. -Whenever there is a fog, whether by day or night, the fog signals described below shall be carried and used, and shall be sounded at least every five minutes, viz : (a) Steamships under way shall use a steam whistle placed before the funnel, not less than eight feet from the deck. (b) Sailing ships under way shall use a fog horn. (c) Steamships and sailing ships when not under way shall use a bell. Article 11. If two sailing ships are meeting end on. or nearly end on, so as to involve risk of collision, the helms of both shall be put to port so that each may pass on the port side of the other. Article 12. When two sailing ships are crossing so as to involve risk of collision, then, if they have the wind on different sides, the ship with the wind on the port side shall keep out of the way of the ship with the wind on the starboard side, except in the case in which the ship with the wind on the port side is close hauled, and the other ship free, in which case the latter ship shall keep out of the way. But if they have the wind on the same side, or if one of them has the wind aft, the ship which is to windward shall keep out of the way of the ship which is to leeward. Article 13. If two ships under steam are meeting end on, or nearly end on, so as to involve risk of collision, the helms of both shall be put to port, so that each may pass on the port side of the other. Article 14. If two ships under steam are crossing so as to involve risk of collision, the ship which has the other on her own starooard side shall keep out of the way of the other. 121 Article 15. If two ships, one of which is a sailing ship and the other a steamship, are proceeding in such direction as to involve risk of collision, the steamship shall keep out of the way of the sailing ship. Article 16. Every steamship, when approaching another ship so as to involve risk of collision, shall slacken her speed, or, if necessary, stop and reverse ; and every steamship shall, when in a fog, go at a moderate speed. Article 17. Every vessel overtaking any other vessel shall keep out of the way of the said last mentj^ned vessel. Article 18. Where, by the above rules, one of two ships is to keep out of the way, the other shall keep her course, subject to the qualifica- tions contained in the following article. Article 19. In obeying and construing these rules due regard must be had to all dangers of navigation, and due regard must also be had to any special circumstances which may exist in any particular case render- ing a departure from the above rules necessary in order to avoid immediate danger. Article 20. Nothing in these rules shall exonerate any ship, or the owner, or master, or crew thereof, from the consequences of any neglect to carry lights or signals, or of any neglect to keep a proper lookout, or of the neglect of any precaution which may be required by the ordinary practice of seamen, or by the special circumstances of the case. Approved April 29, 1864. An Act to Regulate the Admeasurement of Tonnage of Ships and Vessels of the United States. VESSELS, WHEN TO BE MEASURED AND REMEASURED. Be it enacted by the Senate and House of Representatives of the United States of America, in Congress assembled. That every ship or vessel built within the United States, or that may be owned by a citizen or citizens thereof, on or after the first day of January, eighteen hundred and sixty-five, shall be measured and registered in the manner hereinafter provided ; also, every ship or vessel that is now owned by a citizen or citizens of the United States, shall be remeasured and reregistered upon her arrival after said day at a port of entry in the United States, and prior to her departure there- from, in the same manner as hereinafter described : Provided, That any ship or vessel built within the United States, after the passage of this act, may be measured and registered in the manner herein provided. REGISTER OF VESSELS, WHAT SHALL EXPRESS. Sec 2. And be it further enacted, That the register of every vessel shall express her length and breadth, together with her depth, and the Jwight under 122 tke third or spar deck, which shall be ascertained in the following manner : The tonnage-deck, in vessels having three or more decks to the hull, shall be the second deck from below ; in all other cases, the upper deck of the hull is to be the tonnage deck. The length from the forepart of the outer planking, on the side of the stem, to the after part ot the main stern-post of screw steamers, and to the after part of the rudder-post of all other vessels measured on the top of the tonnage-deck, shall be accounted the vessel's length The breadth of the broadest part on the outside of the vessel shall be accounted the vessel's breadth of beam. A measure from the under side of tonnage-deck plank, amidships, to the ceiling of the hold (average thick- ness) shall be accounted the depth of hold. If the vessel has a third deck, then the height from the top of the tonnage-deck plank to the under side of the upper-deck plank shall be accounted as the height under the spar-deck. All measurement to be taken in feet and fractions of feet ; and all fractions of feet shall be expressed in decimals. TONNAGE OF VESSEL DERIVED FROM CUBIC CONTENT. Sec. 3. And be it further enacted, That the register tonnage of a vessel shall be her entire internal cubical capacity in tons of one hundred cubic feet each, to be ascertained as follows: LENGTH, HOW TAKEN, AND NUMBER OF DIVISIONS. Lengths. — Measure the length of the vessel in a straight line along the upper side of the tonnage-deck, from the inside of the inner plank (aver- age thickness), at the side of the stem to the inside of the plank on the stern timbers (average thickness), deducting from this length what is due to the rake of the bow in the thickness of the deck, and what is due to the rake of the stern-timber in the thickness of the deck, and also what is due to the rake of the stern-timber in one- third of the round of the beam ; divide the length so taken into the number of equal parts required by the following table according to the class in such table to which the vessel belongs : TABLE OF CLASSES. Class 1. Vessels of which the tonnage length, according to the above measurement, is fifty feet or under, into six equal parts. Class 2. Vessels of which the tonnage length, according to the above measurement, is above fifty feet, and not exceeding one hun- dred feet long, into eight equal parts. Class 3. Vessels of which the tonnage length, according to the above measurement, is above one hundred feet long, and not exceed- ing one hundred and fifty feet long, into ten equal parts. Class 4. Vessels of which the tonnage length, according to the above measurement, is above one hundred and fifty feet, and not exceeding two hundred feet long, into twelve equal parts. Thompson's coast pilot. 123 Class 5. Vessels of which the tonnage length, according to the above measurement, is above two hundred feet, and not exceeding two hundred and fifty feet long, into fourteen equal parts. Class 6. Vessels of which the tonnage length, according to the above measurement, is above two hundred and fifty feet long, into sixteen equal parts. METHOD OF FINDING THE AREAS. Transverse Arkas. — Then, the hold being sufficiently cleared to admit of the required depths and breadths being properly taken, find the trans- verse area of such vessel at each point of division of the length as fol- lows : Measure the depth at each point of division from a point at a dis- tance of one-third of the round of the beam below such deck ; or, in case of a break, below a line stretched in continuation thereof, to the upper side of the floor-timber, at the inside of the limber-strake, after deducting the average thickness of the ceiling, which is between the bilge-planks and limber-strake ; then, if the depth at the midship division of the length does not exceed sixteen feet, divide each depth into four equal parts ; then measure the inside horizontal breadth, at each of the three points of divi- sion, and also at the upper 4 and lower points of the depth, extending each measurement to the average thickness of that part of the ceiling which is between the points of measurement ; number these breadths from above (numbering the upper breadth one, and so on down to the lowest breadth); multiply the second and fourth by four, and the third by two ; add these products together, and to the sum add the first breadth and the last, or fifth ; multiply the quantity thus obtained by one-third of the common interval between the breadths, and the product shall be deemed the trans- verse area ; but if the midship depth exceed sixteen feet, divide each depth into six equal parts, instead of four, and measure, as before directed, the horizontal breadth at the five points of division, and also at the upper and lower points of the depth ; number them from above as before ; multiply the second, fourth and sixth by four, and the third and fifth by two ; add these products together, and to the sum add the first breadth and the last, or seventh ; multiply the quantities thus obtained by one-third of the common interval between the breadths, and the product shall be deemed the transverse area. METHOD OF ASCERTAINING THE REGISTER TONNAGE OF VESSEL. Computation from Areas. — Having thus ascertained the transverse area at each point of division of the length of the vessel, as required above, proceed to ascertain the register tonnage of the vessel in the fol- lowing manner : Number the areas successively, one, two, three, etc., num- ber one being at the extreme limit of the length at the bow, and the last number at the extreme limit of the length at the stern ; then, whether the 124 Thompson's coast pilot. length be divided according to table, into six or sixteen parts, as in clas- ses one and six, or any intermediate number, as in classes two, three, four and five, multiply the second, and every even numbered area, hyfour, and the third and every odd numbered area (except the first and last) by two ; add these products together, and to the sum add the first and last, if they yield anything ; multiply the quantities thus obtained by one-third of the common interval between the areas, and the product will be the cubical contents of the space under the tonnage-deck; divide this product by one hundred, and the quotient, being the tonnage under the tonnage-deck, shall be deemed to be the register tonnage of the vessel, subject to the additions hereinafter mentioned. MEASUREMENT OP THE POOP AND OTHER CLOSED-IN SPACE. If there be a break, a poop, or any other permanent, clos'ed-in space on the upper decks, on the spar deck, available for cargo or stores, or for the berthing or accommodation of passengers or crew, the tonnage of such space shall be ascertained as follows : Measure the internal mean length of such space in feet, and divide it into an even number of equal parts of which the distance asunder shall be most nearly equal to those into which the length of the tonnage-deck has been divided ; measure at the middle of its height the inside breadths, namely, one at each end and at each of the points of division, numbering them successively, one, two, three, etc. ; then to the sum of the end breadths add four times the sum of the even numbered breadths, and twice the sum of the odd numbered breadtbs, except the first and last, and multiply the whole sum by one-third of the common interval between the breadths j the product will give the mean horizontal area of such space ; then measure the mean height between the planks of the decks, and mul- tiply by it the mean horizontal area ; divide the product by one hundred, and the quotient shall be deemed to be the tonnage of such space, and shall be added to the tonnage under the tonnage-decks, ascertained as aforesaid. MEASUREMENT OF THE THIRD OR SPAR-DECK. If a vessel has a third deck, or spar-deck, the tonnage of the space between it and the tonnage-deck shall be ascertained as follows : Measure in feet the inside length of the space, at the middle of its height, from the plank at the side of the stem, to the plank on the timbers at the stern, and divide the length into the same number of equal parts into which the length of the tonnage-deck is divided ; measure (also at the middle of its height) the inside breadth of the space at each of the points of division, also the breadth of the stem and the breadth at the stern ; number them successively, one, two, three, etc., commencing at the stem ; multiply the second, and all other even numbered breadths, by four, and the third, and 125 all the other odd numbered breadths (except the first and last), by two ; to the sum of these products add the first and last breadths, multiply the whole sum by one-third of the common intetval between the breadths, and the result will give, in superficial feet, the mean horizontal area of such space; measure the mean height between the plank of the two decks, and multiply by it the mean horizontal area, and the product will be the cubical contents of the space; divide this product by one hundred, and the quotient shall be deemed to be the tonnage of such space, and shall be added to the other tonnage of the vessel, ascertained as aforesaid. And if the vessel has more than three decks, the tonnage of each space between decks, above the tonnage deck, shall be severally ascertained in the manner above described, and shall be added to the tonnage of the vessel, ascertained as aforesaid. TONNAGE OF OPEN VESSELS, HOW ASCERTAINED. In ascertaining the tonnage of open vessels, the upper edge of the upper strake is to form the boundary line of measurement, and the depth shall be taken from an athwartship line, extending from upper edge of said strake at each division of the length. REGISTERED TONNAGE TO BE CARVED ON THE MAIN BEAM. The register of the vessel shall express the number of decks, the tonnage under the tonnage-deck, that of the between-decks, above the tonnage- deck; also that of the poop or other inclosed spaces above the deck, each, separately. In every registered United States ship or vessel the number denoting the total registered tonnage shall be deeply carved or otherwise permanently marked on her main beam, and shall be so continued ; and if it at any time cease to be so continued, such vessel shall no longer be recognized as a registered United States vessel. CHARGE FOR MEASURING AND CERTIFICATE. Sec. 4. And be it further enacted, That the charge for the measurement of tonnage and certifying the same shall not exceed the sum of one dollar and fifty cents for each transverse section under the tonnage-deck; and the sum of three dollars for measuring each between-decks above the tonnage- deck ; and the sum of one dollar and fifty cents for each poop, or closed-in space available for cargo or stores, or for the berthing or accommodation of passengers, or officers and crew, above the upper or spar-deck. ACT NOT TO APPLY TO VESSELS NOT REQUIRED TO BE REGISTERED OR ENROLLED. Sec. 5. And be it further enacted, That the provisions of this act shall not be deemed to apply to any vessel not required by law to be registered or enrolled, or licensed, and all acts and parts of acts inconsistent with the provisions of this act are hereby repealed. Approved May 6, 1864. 17 126 THOMPSON'S COAST PILOT. FEES OF CUSTOM HOUSE OFFICERS— IMPORTANT TO BUSINESS MEN. A copy of the new law to regulate the fees of custom house officers, passed March 3d, has been received by the authorities in this city. The provisions of law are very important to those doing business at the custom house. The following are the amounts of fees allowed : For certificate of registry, $1 ; certificate of enrollment, including bond on vessel not exceed- ing 50 tons, $1; under 150 tons, $1.50; over 150 tons, $2 license, $1 to $1.50, according to the tonnage ; indorsement or license of charge of mas- ter, 50 cents ; certificate of manifest, 25 and 50 cents, according to tonnage ; receiving certified manifest, and granting permit to unload, etc., 25 cents to $1, according to tonnage; entry of a vessel from a foreign port, 50 cents to $1, and the same fee for clearance of like vessels; receiving manifest of goods, brought into the United States from foreign countries by land vehi- cles, and permits, 25 cents ; passenger baggage arriving by the same means, 25 cents ; granting permit to a vessel not belonging to a citizen of the United States, to go from one district to another, $2 ; entry of goods imported from a foreign country, including official certificate, etc., 50 cents, and for every post entry, 40 cents ; permit to load goods not provided for above, 25 cents; official bonds, 25 cents to $1 ; bill of health, 25 cents; crew list, $1 ; protection, 50 cents; recording bills of sales, etc., 50 cents each, and certified copies the same ; recording certificates for discharging and canceling conveyances, 50 cents. TABLE OF DISTANCES AT WHICH OBJECTS CAN BE SEEN AT SEA. According to their respective elevations and the elevation of the eye of the observer. a les. 00 11 « * 2 ilea. SJ to V * .2 2 cl £ .2 "2 . S 2 .2 2 q g £ 50 "2 SI .2 oq I » SB ' 2"S> .22 ^ a> b fi '53 "a "3 2 s so fc^ W s « m ft Q a § 5 2.958 2.565 70 11.067 9.598 250 20.916 18.14 10 4.184 3.628 75 11.456 9.935 300 22.912 19.87 15 5.123 4.443 80 11.832 10.26 350 24.748 21.46 20 5.916 5.130 85 12.196 10.57 400 26.457 22.94 25 6.614 5.736 90 12.549 10.88 450 28.062 24.33 30 7.245 6.28 '> 95 12.893 11.18 500 29.580 25.65 35 7.826 6.787 100 13.228 11.47 550 31.024 26.90 40 8.366 7.255 110 13.874 12.03 600 32.403 28.10 45 8.874 7.696 120 14.490 12.56 650 33.726 29.25 50 9.354 8.112 130 15.083 13.08 700 35.000 30.28 55 9.811 8.509 140 15.652 13.57 800 37.416 32.45 60 10.246 8.886 150 17.201 14.91 900 39.836 34.54 65 10.665 9.249 200 18.708 16.22 1000 41.833 36.28 THOMPSON 8 COAST PILOT. 127 Rule. — If the distance at which a light of a given height can be seen by a person on a given level be required, it is only needful to add tegether the two numbers in the column of distances corresponding to those in the col- umn of heights, which represent respectively the height of the observers eye and the height of the focal plane above the sea. When the height required to render a light visible at a given distance is required, we must first seek for the number corresponding to the height of the observer's eye, and deduct this from the whole proposed range of the light, and opposite the remainder in the column of distances, seek for the corresponding num- ber in the column of heights. A tower, 100 feet high, will be visible to an observer, whose eye is elevated 15 feet above the water, 16 nautical miles, thus from the table : Example. — 15 feet elevation, distance visible, 4.443 nautical miles. 100 " " " " 11.47 15.913 TABLE OF THE ANGLES WHICH EVERY POINT AND QUARTER POINT OF THE COMPASS MAKES WITH THE MERIDIAN. Pts. o r tr Pts. o / ft Pts. o t tr Pts. o / tt i 2 48 45 a* 25 18 45 k 47 48 45 H 70 18 45 * 5 37 30 m 28 07 30 U 50 37 30 U 73 07 30 £ 8 26 15 2f 30 56 15 U 53 26 15 6f 75 56 15 1 11 15 00 3 33 45 00 5 56 15 00 7 78 45 00 1* 14 03 45 8* 36 33 45 5* 59 03 45 n 81 33 45 H 16 52 30 3* 39 22 30 5* 61 52 30 71 84 22 30 if 19 41 15 3* 42 11 15 m 64 41 15 n 87 11 15 2 22 30 00 4 45 00 00 6 67 30 00 8 90 00 00 THE LAKE COASTING TRADE. The bill for the regulation of the lake coasting trade, recently passed in the Senate, provides that the master of every vessel enrolled or licensed to engage in foreign and coasting trade on the northern, northeastern and northwestern frontiers of the United States, shall, before the departure of his vessel from a port in one collection district to a port in another collection district, present to the collector duplicate manifests, and obtain 128 a certificate of clearance ; and, in case he shall touch at any intermediate point in the United Slates and there discharge the cargo taken on board at an American port, not having touched at any foreign port or place, the master shall not be required to report such landing or unloading at the intermediate ports, but shall enter the same on his manifest obtained at the original port of departure, which he shall deliver to the collector ol the port where the unloading of the cargo is completed, or if there be no custom house at such port he shall deliver the said manifest to the proper customs officer at the port where he next arrives, in both cases making oath to its correctness, and. delivering it within twenty-four hours after arrival ; provided, that masters of vessels with cargo and passengers from any for- eign port shall obtain a permit and comply with existing laws before landing the same ; that merchandise destined for a for- eign port shall be reported as now required by law, and that no permit shall be required for unloading a cargo brought from an American port. Masters of vessels arriving from a port where there is no custom-house, at one where there is a custom-house, are required to deliver to the latter a manifest sub- scribed on oath, setting forth the cargo, laden at the place of departure, and laden or unladen at intermediate ports. Steam tugs duly enrolled and licensed on the above frontiers, when exclusively employed in towing vessels, shall not be required to report and clear at the custom-house, provided that when said steam tugs shall be employed in towing rafts or other vessels without sail or steam motive power, not required to be enrolled or licensed, they shall be required to report and clear in the same manner as provided in the act for other vessels. Failure to comply with the foregoing requirements subjects a master of an enrolled or licensed vessel engaged in the above named trade to a fine of $100 for each forfeiture or neglect, for which sum the vessel shall also be liable. False swearing or affirma- tion on the part of a master or owner in filling up the pre- scribed forms, is made punishable by all the penalties provided for perjury by existing laws. It is also enacted that vessels departing or arriving from a 129 port in one district from or at a port in an adjoining district, and between the ports of entry thereof touching at interme- diate foreign ports, shall be exempted irom the payment of entrance fees. FOG HORN, AS RECOMMENDED BY COMMITTEE LAKE UNDERWRITERS. (These Rules, if properly followed, would save a great many collisions, lives and property.) When a vessel is sailing on the larboard tack, wind abeam or forward of abeam, sound one distinct blast from the horn, at sufficient intervals to be understood. When on the starboard tack, wind abeam or forward of abeam, two distinct blasts. When the wind is abalt the beam to four points of abeam on starboard side, sound three distinct blasts. When further aft on either quarter to dead aft, sound four distinct blasts. When abatt the beam on the larboard side to four points of abeam, sound five distinct blasts. NOTES AND REMARKS ON THE BAROMETER. When the mercury falls in the barometer it announces rain or wind, or in general what is called bad weather; and, on the contrary, when it rises, it anuounces fair weather. When the mercury falls in frosty weather, either snow or a thaw may be expected ; but if it rises in the winter, with a north or east wind, it generally betokens frost. If the mercury sinks slowly, we may expect rain, which will probably be of some continuance ; but if it rises gradually, we may expect fine weather that will be lasting. When the barometer is fluctuating, rising and falling sud- denly, the weather may be expected like it — changeable. When the mercury falls very low, there will be much rain ; but if its fall is low and sudden, a high wind frequently follows. When an extraordinary fall of the mercury happens, without any remarkable change near at hand, there is some probability of a storm at a distance. 130 In very warm weather, the fall of the mercury indicates thunder. The barometer will descend sometimes as an indica- tion of wind only, and sometimes rise when the wind is to the north or east. A NE wind generally causes the barometer to rise, and it is generally low with a SW wind. An extraordinary fall of the mercury will sometimes take place in summer previous to heavy showers, attended with thunder ; but in spring, autumn and winter, it indicates violent winds. The mercury -is higher in cold than in warm weather, and lower at noon and midnight than at any other period of the day. The mercury generally falls at the approach of new and full moon, and rises at the quadratures. Before high tides, there is almost always a great fall of the mercury; this takes place oftener at the full than at the new moon. The greatest changes of the barometer commonly take place during clear weather with a north wind, and the smallest risings during cloudy, rainy or windy weather, with a south or nearly south wind. The words generally engraved on the plate of the barometer rather serve to mislead than to inform ; for the changes of weather depend rather on the rising and falling of the mercury, than on its standing at any particular height. When the mer- cury is as high as " fair," and the surface of it is concave (which is the case when it begins to descend), it very often rains ; and, on the contrary, when the mercury is opposite " rain," and the surface convex (which is the case when it begins to ascend), fair weather may be expected. These circumstances not being duly attended to, may be said to be the principal cause of many people not having a proper confidence in this instrument. For sea service, it would be as well to read off the barometer at least three times a day, viz., at 8 a. m., noon, and 8 p. m. ; and oftener if bad weather. In Europe, if the alteration in the quicksilver should be in as great a proportion as six-tenths of an inch to twenty-four Thompson's coast pilot. 131 hours, sudden but not lasting changes of weather may be expected. If the alteration should be gradual, probably in the proportion of two or three-tenths to twenty-four hours, the weather indicated will be likely to last. One-fifth of the variation of the barometer in any climate may be considered as an indication of sudden change. If wind should follow rain, the wind may be expected to increase. Rain following wind is likely to lull it, and the wind may be expected to abate. EXPLANATION OF THE ANEROID BAROMETER. The graduation and figuring on the dial represents the per- pendicular scale of the mercurial barometer. The falling of the barometer is understood to be the passage of the long or steel index from the higher to the lower number of figures, wbich movement comes under the same atmospheric change in which the mercury passes over part of its scale. The short pointer is simply a register, and is only movable with the fingers, to be placed over the steel index, thus enabling the observer to see more readily any movement ot the index. RULES FOR BAROMETRICAL OBSERVATION. 1st. There is no point at which the barometer must stand to indicate rain or wind. 2d. The judgment must be governed by the rising or falling of the barometer. 3d. The falling of the barometer indicates the approach of a storm, the extent of which will be proportionate to the amount and rapidity of the fall. 4th. Showers. — The barometer falls previously from four to twelve-hundredths of an inch, varying in time, from one to three hours. The greater and more rapid the fall, the more violent will be the shower, accompanied more or less with wind. 139 5th. Northeasterly storms. — The barometer falls previously from lour to eight-tenths of an inch, varying in time from one to four hours, aud continues falling until the storm arrives at its crisis, when the barometer begins to rise and continues ris- ing until that part of the storm which comes from the NW passes off. 6th. Southerly storms. — The barometer falls previously from one to four-tenths of an inch, varying in time from six to twelve hours. These storms generally precede unsettled weather; at such times the barometer continues low, and very slight additional depressions are followed by rain. A southerly storm is perhaps the most difficult to judge of by appearances, as appearances change so frequently without any real change in the atmosphere. During this class of storms, the utmost confidence should be placed in the barometer. After the first indication as above, and the barometer does not rise, but remains stationary, it is strong indication that the storm has not all passed. The foregoing rules are the result of long and careful obser- vation. It must be remembered that storms occur under different circumstances in different parts of the globe, yet, tak- ing the first three of the above rules as a basis of calculation, a short experience, with the exercise of the judgment, will enable .one to determine very correctly concerning approaching changes in the weather. A LUNAR TIDAL WAVE IN THE NORTH AMERICAN L^KES. Extract from a paper read by Lieut.-Co]. Graham, before the American Association for the Advancement of Science, August, 1S60. " Much has been written at various periods, on the fluctua- tions in the elevation of the surface waters of the great fresh water lakes of North America. Valuable and interesting memoirs have appeared from time to time in the American Journal of Science and Arts, published monthly at New Haven, Connecticut, within the last thirty years, on this subjtct, writ- ten by the late Brevet Brigadier-General Henry Whiting, of Thompson's coast pilot. 133 the United States Army, when a captain, by Major Lachlan, Charles Whittlesey, Esq., and others. The observations con- tained in their memoirs have, however, been directed chiefly to investigations of the extent of the secular and annual varia- tions in elevation of the surfaces of these lakes. " The learned Jesuit fathers of the time of Marquette, a period near two centuries ago, and at later periods the Baron de la Hontan, Charlevois, Carver, and others, noticed in their writings the changes of elevation, and some peculiar fluctua- tions which take place on these inland seas. In the specula- tions indulged in by some of these writers, a slight lunar tide is sometimes suspected, then again such an influence on the swelling and receding waters is doubted, and their disturbance is attributed to the varying courses and forces of the winds. "But we have nowhere seen that any systematic course of observation was ever instituted and carried on by these early- explorers, or by any of their successors who have mentioned the subject, giving the tidal readings at small enough intervals of time apart, and of long enough duration to develop the problem of a diurnal lunar tidal wave on these lakes. The general idea has undoubtedly been that no such lunar influence was here perceptible. " In April, 1854, I was stationed at Chicago, by the orders of the Government, and charged with the direction of the harbor improvements on Lake Michigan. In the latter part of August of that year, I caused to be erected at the east or lakeward extremity of the North Harbor pier, a permanent tide-gauge for the purpose of making daily observations of the relative heights and fluctuations of the surface of this lake. The position thus chosen for the observations, projects into the lake, entirely beyond the mouth of the Chicago River, and altogether out of the reach of any influence from the river current, upon the fluctuations of the tide-gauge. It was the fluctuations of the lake surface alone that could affect the readings of the tide- gauge. " On the first day of September, 1854, a course of observa- tions was commenced on this tide-£jauge, and continued at least once a day, until the 31st day of December, inclusive, 1858. 18' 134 Thompson's coast pilot. During each of the first three winters a portion of the daily observations was lost, owing to the tide-gauge being frozen fast in its box, but they constituted only a small number in propor- tion to that embraced in the series. During the subsequent winters, artificial means were resorted to, to prevent this freezing. " These observations were instituted chiefly for the purpose of ascertaining with accuracy the amount of the annual, and also of the secular variation in the elevation of the lake sur- face, with a view to regulating the heights of break-waters and piers to be erected for the protection of vessels, and for improving the lake harbors." After a series of close observations, from 1854 to 1858, Lieut. - Colonel Graham observes : " The difference of elevation of the lake surface, between the periods of lunar low and lunar high-water at the mean spring tides, is here shown to be two hundred and fifty-four thous- andths (254) of a foot, and the time of high water at the full and change of the moon, is shown to be thirty (30) minutes after the time of the moon's meridian transit. " We therefore, in accordance with custom in like cases, indi- cate as the establishment for the port of Chicago, i Foot, 3*0. " Although this knowledge may be of but small practical advantage to navigators, yet it may serve as a memorandum of a physical phenomenon whose existence has generally hereto- fore been either denied or doubted. " "We think it probable that, if the effect of unfavorable winds and all other extraneous forces which produce irregular oscilla- tions in the elevation of the lake surface could be fully elimin- ated, a semi-diurnal lunar spring tide would be shown of as much as one-third of a foot for the periods of highest tides. " The time of low water and the relative times of duration of the flood and ebb tides are given only approximately. The extreme rise of the tide being so little, the precise time of the change from ebb to flood, and hence the duration of the flow of each, can only be accurately determined by numerous obser- 135 vations at short intervals, say three "to five minutes of time apart, from about an hour before to an hour after the actual time of low water. " In conclusion, we offer the above observations as solving the problem in question, and as proving the existence of a semi- diurnal lunar tidal wave on Lake Michigau, and consequently on the other great fresh water lakes of North America, whose co-ordinate of altitude is, at its summit, as much as .15 to .25 (tVo to iVb") of a foot, United States measure." REMARKABLE PHENOMENON. Prof. Mather, who observed the barometer at Fort Wilkins* Copper Harbor, 47° 30' north lat., during the prevalence of one of these remarkable disturbances which are peculiar to all the Upper lakes, remarks : " As a general thing, fluctuations in the barometer accompanied the fluctuations in the level of the water, but sometimes the water level varied rapidly in the har- bor, while no such variation occurred in the barometer at the place of observation. The variation in the level of the water may be caused by varied barometric pressure of the air on the water, either at the place of observation or at some distant point. A local increased pressure of the atmosphere at the place of observation, would lower the water level where there is a wide expanse of water ; or a diminished pressure, under the same circumstances, would cause the water to rise above its usual level." In the summer of 1854, according to the report of Foster and Whitney, made to Congress in 1850, " an extraordinary retrocession of the waters took place at the Sault Ste. Marie. The river here is nearly a mile in width, and the depth of water over the sandstone is about three feet. The phenomenon occurred at noon ; the day was calm but cloudy ; the water retired suddenly, leaving the bed of the river bare, except for the distance of about twenty rods where the channel is deep- est, and remained so for the space of an hour. Persons went out and caught fish in the pools formed in the rocky cavities. 136 The return of the waters was sudden, and presented a sublime spectacle. They came down like an immense surge, roaring and foaming, and those who had incautiously wandered into the river bed, had barely time to escape being overwhelmed. RISING AND FALLING OF THE WATERS OF LAKE MICHIGAN. One of those singular oscillations in the lakes, or " Inland Seas," which have been observed occasionally from the time of the exploration of the Jesuit fathers, was witnessed recently in Lake Michigan. A variety of signs, such as the mirage of the distant shore, unusual depression of the barometer, and a sudden rise of the temperature from a cool, bracing air, to a sultry heat, indicated an unusual commotion in the atmospheric elements. About eleven o'clock a. m., when our attention was first called to the phenomenon, the waters of the lake had risen about thirty-one inches above the ordinary level, and in the course of half an hour they again receded. Throughout the whole day they continued to ebb and flow at intervals of fifteen or twenty minutes, and the current between the outer and inner breakwater, near the Illinois Central Railroad House, was so great at times that a row-boat made little or no headway against it. The extreme variation between high and low water was nearly three feet. The wind all day was off shore (from the southwest), the effect of which was to keep down the waters instead of accumulating them at this point. About eight o'clock in the evening it veered suddenly to the northwest, and blew a violent gale, accompanied by vivid electrical displays. This morning (Monday) we hear of telegraphic lines being pros- trated, of persons killed by lightning, etc., while the lake, although agitated, exhibits none of the pulsations of yesterday. 137 VALUABLE MARITIME SUGGESTIONS. HOW TO STEER A VESSEL OR STEAMBOAT WHEN THE RUDDER IS LOST OR DISABLED. Take one of the cable chains and pass it out over the center of the stern, through the rudder port. If there is no port, make a hole through, large enough for the chain to pass. Take a short spar or heavy plank or two, and lash it twenty feet from the end of the chain ; clap on guys fifteen feet from the inner end of the planks or spar, to each quarter, with tackles to them leading fore and aft. Keep paying out the guys and chain until the vessel answers to them, by steering, which she will do without any difficulty. The end of the chain hanging down from the after part of the planks or spar will balance them and hold considerable strain in the water. The spar or planks must be heavier according to the size of the chain and vessel. Another plan is, in case of disabling the rudder going over a bar, or striking rocks close in shore, to lower the stern boat down with the plug-out, clapping on guys as above ; but this method would have but little effect until the boat was full of water. TO TAKE IN A NEW MAST WITHOUT SHEERS. It often happens that a vessel may have to take in a new mast where there are no sheers to be got, or of sufficient size to do the work. In this case the following directions may be used successfully. Knock out the wedges ; take a thick oak plank and lay it on the deck, forward of the mast, securing it to the deck by spiking. Then clap on a tackle to the stay to bowse the mast-head forward; clap on two after guys to the mast- head, and lead them well aft on each side, and make them fast, so that they can be eased away when the mast-head is hauled forward. Clap on tackles, forward and aft, to the lower part of the mast, two or three feet from the deck, and two guys, one on each side, to the stanchions of the bulwarks ; make three or four small wedges of iron, sufficiently thick to relieve the saw in passing through the mast. Cut the mast, just level with the oak plank, and when through, bowse the heel of the mast for- ward on to the plank, securing it well with the guys and 138 tackles ; then bowse the head of the mast forward, so that the tackle from the mast-head will plumb the stump ; overhaul the tackle down, and make it fast to the stump ; haul it out, put it over the side, clap on to the new mast, hoist it in and step it in the place of the old one. Take the same tackle, shift it to the fore part of the new mast; clap on to the old one (now a der- rick) and send it over the side or on the dock, and it is done. The only precaution necessary is to keep the stay and alter- guys well taut. The standing rigging needs no slacking until you want to send the old spar over the side. This is a good, safe way of taking in a new mast and getting out an old one, when the lower part of the mast is of no service, or no sheers are at hand. LEE WAT. The quantity of lee way to be allowed will depend upon a variety of circumstances, as the mould and trim of a vessel, the quantity of sail carried, her velocity through the water, etc., hence no general rules can be laid down with accuracy that will determine the quantity of lee way in all cases. The fol- lowing have, however, been usually given by most practical navigators for a full-rigged ship. Our lake vessels, with center- boards, make more lee way in heavy weather than standing- keel vessels, of a greater draught of water. Rules. — When a ship is close hauled, with all her sails set, the water smooth, and a light breeze of wind, she is then sup- posed to make little or no lee way. When top-gallant sails are stowed, allow one point. When under close reefed top-sails, allow two points. When one top-sail is stowed, allow two and a half points. When both top-sails are stowed, allow three and a half points. When the fore-course is stowed, allow four points. When under the main-sail only, allow five points. When under a balance mizzen, allow six points. When under bare poles, allow seven points. As these allowances depend entirely upon the quantity of sail set, without regard to any other circumstances, it is evident that they can be considered only as probable conjectures, and may, indeed, serve to make up a day's work. But since the 139 computation of a ship's way depends much upon the accuracy of this allowance, it would be proper for the officer of the watch to note this on a log slate every four hours. The lee way may be estimated by observing the angle which the wake of the vessel makes with the point right astern, by means of a semi-circle marked on the taffrail, and divided into points and quarter points, by means of which the angle contained between the direction of the wake and the points of the compass directly astern, may be easily ascertained. The lee way thus deter- mined is to be allowed on all courses steered to the right hand, when the port tacks are aboard, but to the left when the star- board tacks are aboard. HOW TO JUDGE WEATHER BY THE SKY. The color of the hky, at particular times, affords wonderfully good guidance. Not only sunset presages fair weather, but there are other tints which speak with equal clearness and accu- racy. A bright yellow sky in the evening indicates wind ; a pale yellow, wet ; a neutral gray color constitutes a favorable sign in the evening and an unfavorable one in the morning. They are full of meaning in themselves. If their forms are soft, underlined and feathery, the weather will be fine ; if the edges are hard, sharp and definite, it will be foul. Generally speak- ing, any deep, unusual hues betoken wind and rain; while the more quiet and delicate tints bespeak fair weather. Simple as these maxims are, the British Board of Trade has thought fit to publish them for the use of seafaring men. RECIPES FOR BLACKING SHIPS' STANDING RIGGING. To half a barrel of tar add six gallons of whisky, four pounds of litharge, four pounds of lamp black, two pails of boiling beef pickle, or hot salt water ; mix well together and apply immediately. For Making Black Varnish, No 1. — Two pounds of gum shellac, two pounds of umber, one gallon linseed oil, and a quarter pound of lamp black ; boil together for four hours over a slow fire. For Making Black Varnish, No. 2. — One gallon spirits tur- pentine, one pound and four ounces of rosin, one pound and 140 four ounces lamp black, and one quart of linseed oil ; to be boiled on a slow fire for half an hour, then used or laid on cold. For Making Liquid Blacking. — Four ounces of ivory black, five or six tablespoonfuls of molasses, one and a half ounces oil vitriol, one and a half ounces of sweet oil, and six gills of vin- egar. Alter mixing the ingredients well together, and stirring them frequently, the blacking will be fit for use. To Make the Best Drying Oil. — Mix one pound of litharge of gold to every six gallons of oil (linseed); boil it over a slow fire, but not too much, lest it prove too thick and be unservice- able. TO MARK A LEAD LINE. At two fathoms, black leather, split once; at three fathoms, black, split twice, leaving the lower end out about two inches, which forms three pieces ; at five fathoms, a white rag ; at seven fathoms, a red rag of bunting; at ten fathoms, a piece of leather, with a hole in it ; at thirteen, the same as three ; at fifteen the same as five; at seventeen, the same as seven; at twenty fath- oms, two knots. Deep sea lead lines are marked the same as far as twenty fathoms ; then add one knot for every ten fath- oms, and a small strip of leather lor every five fathoms. MARKS AND DEEPS OF THE LEAD LINE. Mark two, mark three, deep lour, mark five, oleep six, mark seven, deep eight, and nine, mark ten. In heaving the lead, if any of the marks are even with the water's edge, the man heaving sings out whatever mark is shown, and if it is a quarter less, he says, quarter less five, or whatever it may be. If a quarter or half over any of the marks or deeps, he sings out accordingly, and a quarter five or a half five, etc. " To heave the lead the seamen sprung, And to the watchful pilot sung — Quarter less five." T. S. T. Visibility. — The windows of a large house can be counted about 13,000 leet or 2£ miles ; men and horses at 1£ miles, as points. A horse can be clearly distinguished at 4,000 feet. The movements of men at 2,600 feet, or £ a mile. An Arabic mile is when you cannot tell a man from a woman, in clear weather, with good eyes. THOMPSON'S COAST PILOT. 14:1 Velocity of Wind. — A gentle, pleasant wind has a velocity of ten feet per second ; a brisk gale twenty feet per second ; a very brisk gale thirty feet per second ; a high wind fifty feet per second ; a very high wind seventy feet per second ; a storm or tempest eighty feet per second ; a great storm one hundred feet per second ; a hurricane one hundred and twenty feet per second ; a violent hurricane, that tears up trees, etc., one hun- dred and fifty feet per second. ESTIMATED WEIGHT OF CORDAGE. WEIGHT OF 100 FATHOMS EACH SIZE. (Hawser laid Rope will weigh one-sixth less.) Size. Manilla. Tarred He mp Size. Manilla „ Tarred Hemp Cordage Cordage Cordage. Cordage. li 40 lbs. 45 lb s. 41 360 lbs. 465 lbs. i£ 50 " 60 ' ^ 400 " 500 < if 67 " 80 ' 5 500 " 650 * 2 83 " 100 ' 5i 600 " 750 * 21 100 " 125 ' 6 720 " 920 ' 2i 125 " 150 ' «* 850 " 1,050 ' n 150 " 190 < 7 1,000 " 1,250 « 3 180 " 225 < n 1,150 « 1,400 « Si 210 " 270 < 8 1,300 " 1,600 ' H 250 " 300 ' Si 1,450 " 1,850 « H 280 " 360 ' 9 1,650 " 2,100 « 4 320 " 415 « 19 142 THOMPSON'S COA8T PILOT. O Tf O © © Tf JO © I 00 i-t i> I t> "^ T-! © I TH T-l a> no* -3 a a '3 3 ■a o oo © se M JO © © O JO o* ■— ©©-<*■'# jo O 1-4 00 I « th ■** ! £- CO Oi I tm O* O I o i-i O* © I o T-« Tf CO © © t* -* OJ JO © t- tH 00 I CO JO , £» CO O tH ^ li © GO i-l £> *> © co © oo © oj ©3 i-H -r- I CO I © JO CO i-l ~ CO (SJ © -* 69-H « CO tH i-H © oo © © i CO JO CO 5 © -* 00 © i-l OT> I © l IM 1 a; JO rt iH «# © cm t* © © © CO o> fN R © c> I © I oo CO © tH ° w rt « j. R 1 io © 2 "* JO 00 cc 1 © lH t* - C} •o ^ i> © 7> SQ ■^ © r- © © n 1 7 JO £~ l-H CO T-1 © "tf ~ r* ■?> © T^ *> (N iH tH i — i © © © 5Q © «rrt © JO x-n tH IO © ">> 1 *# co ■** i> C5 CO © tH r— © 3 w © © -f : JO © h- H IO » © © ^t- - CO cc © © 00 CO X' JO I J> I JO CO © tH © CO © © I JO ^ H Kl CO ^ TH © © -H 00 © TH © I JO I © i-l 10 T- ' © i © T-i l-H oo pq ©^ © c3 •* © © ri w & be o ^ o J2*5 > ^ 82 o t5 « 1 § d© © go © 2 o? o^ is -+3 <— I r-l ° O be | 85 h5 02 o -.£ © p - - ao u , f -e a ° rO«2 © EXPLANATION OF NAUTICAL TERMS. Aback ; the situation of the sails when their surfaces are pressed aft against the mast by the force of the wind. Abaft, or aft ; the sternmost part of the ship. Carry aft anything ; that is, carry towards the stern. The mast rakes aft ; that is, hangs towards the stern. "How cheer ye fore and aft ?" that is, how fares all the ship's com- pany? Abaft the beam, denotes the relative situation of any object with the ship, when the object is placed in any part of that arc of the horizon which is contained between a line at right angles with the keel, and that point of the compass which is directly opposite to the ship's course. See Bearing. Aboard; the inside of a ship. " Aboard tlie main tack/" the order to draw the lower corner of the mainsail down to the chess-tree. About ; the situation of a ship as soon as she has tacked, or changed her course. " About ship /" the order to the ship's crew to prepare for tacking. Abreast; the situation of two or more ships, tying with their sides par- allel, and their heads equally advanced ; in which case they are abreast of each other. Adrift; the state of a ship broken from her moorings, and driving about without control. Afloat ; buoyed up by the water from the ground. Afore ; all that part of a ship which lies forward, or near the stem. It also signifies farther fomcard. After ; a phrase applied to. any object in the hinder part of the ship, as the after-hatchway, the after-sails, etc. Aground; the situation of a ship when her bottom, or any part of it, rests on the ground. Ahead; anything which is situated on that point of the compass to to which a ship's stem is directed, is said to be ahead of her. See Bearing. A-hull; the situation of a ship when all her sails are furled, and her helm is lashed to the lee side ; by which she lies nearly with her side to the wind and sea, her head being somewhat inclined to the direction of the wind. A-lee ; the position of the helm when it is put down to the lee side. All in the wind ; the state of a ship's sails when they are parallel to the direction of the wind, so as to shake or shiver. 144 "All hands ahoy!" the call by which all the ship's company is sum- moned upon deck. Aloft; up in the tops, at the mast-heads, or anywhere about the higher rigging. Alongside ; side by side, or joined to a ship, wharf, etc. Along shore; along the coast ; a course which is in sight of the shore, and nearly parallel to it. Aloof; at a distance. Keep aloof; that is, keep at a distance. Amain; the old term for yield, used by a man-of-war to an enemy; but it now signifies anything done suddenly, or at once, by a number of men. Amidships ; the middle of a ship, either with regard to her length or breadth. Anchor; the instrument by which a ship is held. The anchor is foul ; that is, the cable has got about the fluke of the anchor. The anchor is a-peak; that is, directly under the hawse-hole of the ship. The anchor is a-cock-bill ; that is, hangs up and down the ship's side. An-end; the position of any mast, etc., when erected perpendicularly on the deck. The top-masts are said to be an-end when they are hoisted up to their usual station. A-peak; perpendicular to the anchor, the cable having been drawn so tight as to bring the ship directly over it. The anchor is then said to be a-peak. Aslwre ; on the shore, as opposed to aboard. It also means aground. Astern ; any distance behind a ship, as opposed to ahead. See Bearing. At anchor ; the situation of a ship riding by her anchor. Athwart; across the line of a ship's course. Athwart hawse; the situa- tion of a ship when driven by accident across the fore part of another, whether they touch or are at a short distance from each other ; the trans- verse position of the former being principally understood. Athicart tJie fore-foot ; when any object crosses the line of a ship's course, but ahead of her, it is said to be athwart ifie fore-foot. Athwart-ships ; reaching, or in a direction, across the ship from one side to the other. Atrip ; when applied to the anchor, it means that the anchor is drawn out of the ground, and hangs in a perpendicular direction, by the cable or buoy-rope. The topsails are said to be atrip when they are hoisted up to the mast head, or to their utmost extent. « "Avast/" a term used for Stop! or Stay ! as " Avast heaving /" do not heave any more. Aweigh; the same as atrip, when applied to the anchor. Awning ; a shelter or screen of canvas, spread over the decks of a ship, to keep off the heat of the sun. Spread the awning ; extend it so as to cover the deck. Furl the awning ; that is, roll it up. To Back the Anchok ; to carry out a small anchor ahead of the large Thompson's coast pilot. 145 one, in order to support it in bad ground, and to prevent it from loosening or coming home. To back astern, in rowing, is to impel the boat with her stern foremost, by means of the oars. To back the sails; to arrange them in a situation which will occasion the ship to move astern. To bagpipe the mizzen ; to lay it aback, by bringing the sheet to the miz- zen shrouds. To balance ; to contract a sail into a narrower compass, by folding up a part at one corner. Balancing is peculiar only to the mizzen of a ship, and the mainsail of those vessels wherein it is extended by a boom. Bale — Bale the boat ; that is, throw the water out of her. Ballast is either pigs of iron, stones, or gravel, which last is called shin- gle ballast; and its use is to bring the ship down to her bearings in the water, which her provisions and stores will not do. Trim the ballast; that is, spread it about, and lay it even. The ballast shoots; that is, it shifts, or runs over from one side of the hold to the other. Bare poles; when a ship has no sail set, she is under bare poles. Barge, a caravel-built boat, that rows with ten or twelve oars. Batten, a thin piece of wood. Batten down the hatches, is to lay battens upon the tarpaulins, which are over the hatches, in bad weather, and nail them down, that they may not be washed off. Beacon, a post or stake erected over a shoal or sand-bank, as a warning to seamen to keep at a distance ; also, a signal placed at the top of hills, etc. Beams, strong pieces of timber, stretching across a ship, side to side, to support the decks, and retain the sides at their proper distance. '■'■Bear a hand!" make haste, dispatch. Bearing signifies the point of the compass which any two or more places bear from each other, or how any place bears from the ship by the com- pass ; or it may be said to bear on the beam, abaft the beam, on the bow, the head, or stern, etc. Bearings of a ship, are that line which is formed by the water upon her sides when she is at anchor, with her proportion of ballast and stores on board. To bear to, is to sail into a harbor, etc. Bear round up, that is, put her right before the wind. Bring your guns to bear, is to point them to the object. To bear in with the land, is when a ship sails towards the shore. To bear off, to thrust or keep off from the ship's side, etc., any weight, when hoisting. Bearing up, or bearing away, the act of changing the course of a ship, in order to make her run before the wind, after she has sailed some time with a side wind, or close-hauled. It is generally performed to arrive at some port under the lea, or to avoid some imminent danger, occasioned by a vio- lent storm, leak, or enemy in sight. 146 Beating to windicard. the making' a progress against the direction of the wind, by steering alternately close-hauled on the starboard and port tacks. To becalm, to intercept the current of the wind, in its passage to a ship by any contiguous object, as a shore above her sails, a high sea behind, etc., and thus one sail is said to becalm another. Before the beam, denotes an arc of the horizon comprehended between the line of the beam, which is at right angles to the keel, and that point of the compass on which the ship stems. See Bearing. Belay, to make fast any running rope, as, Belay the main brace, or, make it fast. Bend, to apply to, and fasten ; as, Bend the sails — apply them to the yards and fasten them. Unbend the sails, that is, cast them off, and take them from the yards. Her sails are unbent, she has none fixed. Bend the cable, make it fast to the anchor. Beneaped. See Neaped. Berth; a place ; as the skip's berth; the place where she is moored. — An officer's berth; his place in the ship to eat or sleep in. — Berth the ship's com- pany; that is, allot to them their places to mess in. Berth the hammocks; point out where each man's hammock is to hang. Between decks, the space contained between any two decks of a ship. Bight of a rope; the double part of a rope when it is folded. — Bight; a narrow inlet of the sea. Bilge; to break. — The ship is bilged; that is, her planks are broken in by violence. Bilge-water is that which, by reason of the flatness of the ship's bottom, lies on her floor, and cannot go to the well of the pump. Binnacle; a kind of box to contain the compasses in upon deck. Bitts; very large pieces of timber in the fore part of a ship, round which the cables are fastened when the ship is at anchor. — After-bitts; a smaller kind of bitts upon the quarter-deck, for belaying the running rigging to. To bitt the cable, is to confine the cable to the bitts, by one turn under the cross-piece, and another turn round the bitt-head. In this position it may be either kept fixed, or it may be veered away. Bitter; the turn of the cable round the bitts. — Bitterend; that part of the cable which stays within board, round about the bitts, when the ship is at anchor. Block; a piece of wood, with running sheaves or wheels in it, through which the running rigging is passed, to add to the purchase. t Board; to board a ship, is to enter it in a hostile manner, to enter a ship. Board; to make a board is making a stretch upon any tack, when a ship is working upon a wind. To board it up; that is to turn to windward. — The ship has made a stern board; that is, when she loses ground in work- ing upon a wind. Thompson's coast pilojt. 147 Boatswain; the officer who has charge of all the cordage, rigging, anchors, etc. Bold-shore; a steep coast, permitting the close approach of shipping. Bolt-rope; the rope which goes round a sail, and to which the canvas is sewed. The side ropes are called leach-ropes; that at the top, the head- rope; and that at the bottom, the foot-rope. Bonnet of a sail is an additional piece of canvas, put to the sail in mod- erate weather, to hold more wind. — Lace on the bonnet; that is, fasten it to the sail. — Shake off the bonnet; take it off. Boot-topping; cleaning the upper part of a ship's bottom, or that part which lies immediately under the surface ©f the water, and daubing it over with tallow, or with a mixture of tallow, sulphur, rosin, etc. Both sheets aft; the situation of a ship sailing right before the wind. Bow-grace; a frame of old rope or junk, laid out at the bows, stems, and sides of ships, to prevent them from being injured by flakes of ice. Bow-lines; lines made fast to the sides of the sails, to haul them forward when upon a wind, which, being hauled taut, enable the ship to come nearer to the wind. To bowse; to pull upon any body with a tackle, in order to remove it. Bowsprit; a large mast or piece of timber which stands out from the bows of a ship. Boxhauling; a particular method of veering a ship, when the swell of the sea renders tacking impracticable. Boxing; an operation somewhat similar to boxhauling. It is performed by laying the head sails aback, to receive the greatest force of the wind in a line perpendicular to their surfaces, in order to turn the ship's head into the line of her course, after she has inclined to the windward of it. Braces; the ropes by which the yards are turned about, to form the sails to the wind. To brace the yards; to move the yards, by means of the braces, to any direc- tion required. — To brace about; to brace the yards round for the contrary tack. — To brace sharp; to brace the yards to a position in which they will make the smallest possible angle with the keel, for the ship to have head- way. — To brace to; to ease off the lee braces, and round in the weather braces, to assist the motion of the ship's head in tacking. Brails; a name peculiar only to certain ropes belonging to the mizzen, used to truss it up to the mast ; but it is likewise applied to all the ropes which are employed in hauling up the bottoms, lower corners, and skirts of the other great sails. — To brail up, to- haul up a sail by means of the brails, for the more ready furling it when necessary. To break bulk, to begin to unload a ship. To break sheer. "When a ship at anchor is forced, by the wind or current, from that position in which she keeps her anchor most free of herself, and 148 Thompson's coast pilot. most firm in the ground, so as to endanger the tripping of her anchor, she is said to to break her sheer. Breaming, burning off the filth from a ship's bottom. Breast-fast, a rope employed to confine a ship sideways to a -wharf, or to some other ship. To bring by the lee. — See To broach to. To bring to, to check the course of a ship when she is advancing, by arranging the sails in such a manner that they shall counteract each other, and prevent her from either retreating or advancing. — See To lie to. To broach to, to incline suddenly to windward of the ship's course, so as to present her side to the wind, and endanger her oversetting. The differ- ence between broaching to and bringing by the lee may be thus defined : Suppose a ship, under great sail, is steering south, having the wind at NN W ; then west is the weather side and east the lee side. If, by any acci- dent, her head turns round to the westward, so that her sails are all taken aback on the weather-side, she is said to broach to. If, on the contrary, her head declines so far eastward as to lay her sails aback on that side which was the lee-side, it is called bringing by the lee. Broadside, a discharge of all the guns on one side of a ship, both above and below. Broken-backed, the state of a ship which is so loosened in her frame as to drop at each end. By the board, over the ship's side. By the head, the state of a ship when she is so unequally loaded as to draw more water forward than aft. By the wind, the course of a ship as near as possible to the direction of the wind, which is generally within six points of it. Bunt-lines, ropes fastened to the foot-rope of square-sails, to draw them up to the middle of the yards for furling. Buoy, a floating conical cask, moored upon shoals, to show where the danger is ; it is also attached to anchors, to show where they lie, in case the cable breaks. Cap, a strong, thick block of wood, having two large holes through it, the one square, the other round ; used to confine the two masts together. Capsize, overturn. — The boat is capsized, that is, overset. — Capsize the coil of rope, that is, turn it over. Capstan, an instrument by which the anchor is weighed out of the ground ; used also for setting up the shrouds, and other work where a great purchase is required. To careen, to incline a ship on one side so low down by shifting the cargo or stores on one side, that her bottom on the other side may be cleansed by breaming. To carry away, to break ; as A ship has carried aicay her bowsprit, that is, has broken it off. Thompson's ooast pilot. 149 Casting, the motion of falling off, so as to bring the direction of the wind on either side of the ship, after it has blown some time right ahead. It is particularly applied to a ship about to weigh anchor. Cat-heads, the timbers on a ship's bows, with sheaves in them, by which the anchor is hoisted, after it has been hove up by the cable. To cat the anchor, is to hook the cat-block to the ring of the anchor, and haul it up close to the cat-head. Cafs-paw, is a light air of wind perceived at a distance in a calm, sweep- ing the surface of the sea very lightly, and dying away before it reaches the ship. Caulking, is filling the seams of a ship with oakum. Center. This word is applied to that squadron of a fleet, in a line of battle, which occupies the middle of a line ; and to that column, in the order of sailing, which is between the weather and lee columns. Chains, a place built on the sides of the ship, projecting out, and at which the shrouds are fastened, for the purpose of giving them a greater angle than they could have if fastened to the ship's side, and of course giv- ing them a greater power to secure the mast. Chain-plates, are plates of iron fastened to the ship's sides under the chains, and to these plates the dead-eyes are fastened. Chapeling, the act of turning a ship round in a light breeze of wind, when she is close-hauled, so that she will lie the same way she did before. This is usually occasioned by negligence in steering, or by a sud- den change of wind. Chase, a vessel pursued by some other. — Chaser, the vessel pursuing. Cheerily, a phrase implying heartily, quickly, cheerfully. To claw off, to turn to windward from a lee shore, to escape shipwreck, etc. Clear is variously applied. The weather is said to be clear when it is fair and open ; the sea coast is clear when the navigation is not interrupted by rocks, etc. It is applied to cordage, cables, etc., when they are disen- tangled, so as to be ready for immediate service. In all these senses, it is opposed to foul. — To clear the anchor, is to get the cable off the flukes, and to disencumber it of ropes, ready for dropping. — Clear hawse, when the cables are directed to their anchors without lying athwart the stem. To clear the hawse, is to untwist the cables when they are entangled by having either a cross, an elbow, or a round turn. Clew-line's are ropes which come down from the yards to the lower cor- ners of the sails, and by which the corners or clews of the sails are hauled up. Clew of a sail, the lower corners of square-sails, but the aftermost only of stay-sails, the lower corner being called the tack. To clew up, to haul up the clews of a sail to its yard by means of the clew-lines, etc. 20 150 Clinched, made fast, as the cable is to the ring of the anchor. Close-hauled, that trim of the ship's sails, when she endeavors to make a progress in the nearest direction possible toward that point of the compass from which the wind blows. To club-haul, a method of tacking a ship when it is expected she will miss stays on a lee shore. Coasting, the act of making a progress along the sea coast of any conntry. To coil a rope, a cable, etc., to lay it ronnd in a ring, one tnrn or fake over another. To come home. The anchor is said to come home when it loosens from the ground by the effort of the cable, and approaches the place where the ship floated, at the length of her moorings. Coming to, denotes the approach of a ship's head to the direction of the wind. Course, the point of the compass upon which the ship sails. — Courses, a ship's lower sails ; as, the foresail is the fore-course, the mainsail the main- course, etc. — The ship is under her courses — that is, has no sail set but the mainsail, foresail, and mizzen. Coxswain, the person who steers the boat. Crank. — Tlie ship is crank, that is, she has not a sufficient cargo or bal- last to render her capable of bearing sail, without being exposed to the danger of oversetting. Crow-foot, is a number of small lines, spread from the fore parts of the tops, by means of a piece of wood through which they pass, and, being hauled taut upon the stays, they prevent the foot of the topsails catching under the top rim ; they are also used to suspend the awnings. Cun, to direct. To can a ship, is to direct the man at the helm how to steer. To cut and run, to cut the cable, and make sail instantly, without wait- ing to weigh anchor. Davit, a long beam of timber, used as a crane, whereby to hoist the flukes of the. anchor to the top of the bow, without injuring the planks of the ship's sides as it ascends. There is always a davit, of a smaller kind, fixed to the long-boat to weigh the anchor by the buoy-rope. To deaden a ship's way, to impede her progress through the water. Dead eyes, blocks of wood through which the laniards of the shrouds are reeved. Bead-lights, a kind of window shutter for the windows in the stern of a ship, used in very bad weather only. Dead-water, the eddy of water, which appears like whirlpools, closing in with the ship's stern as she sails on. Dead-wind, the wind right against the ship, or blowing from the very point to which she wants to go. 151 Dismasted, the state of a ship that has lost her masts. Dog-vane, a small vane with feathers and cork, and placed on the ship's quarter, for the men at cun and helm to see the course of the wind by. Dog-watch, the watches from four to six, and from six to eight in the evening. Doubling, the act of sailing round, or passing beyond a cape or point of land. Doubling upon, the act of inclosing any part of a hostile fleet between two fires, or of cannonading it on both sides. Douse, to lower suddenly, or slacken ; to strike or haul down ; as, Douse the top-gallant-sails, that is, lower them. Down-haul, the rope by which any sail is hauled down, as the jib down- haul. To drag the anchor, to trail it along the bottom, after it is loosened from the ground. To draio, when a sail is inflated by the wind, so as to advance the vessel in her course, the sail is. said to draw, and so, To keep all draioing, is to inflate all the sails. Drift, the angle which the line of a ship's motion makes with the nearest meridian, when she drives with her side to the wind and waves, and is not governed by the power of the helm. It also implies the distance which the ship drives on that line. Driver, a large sail set upon the mizzen-yards in light winds. Drive — The ship drives, that is, her anchor comes through the ground. Drop, used sometimes to denote the depth of a sail; as, The fore-top-sail drops twelve yards. To drop anchor, used synonymously with to anchor. To drop astern, the retrograde motion of a ship. Dunnage, a quantity of loose wood, etc., laid at the bottom of a ship, to keep the goods from being damaged. Earings, small ropes used to fasten the upper corners of sails to the yards. To ease, to ease aicay, or to ease off— to slacken gradually ; thus they say, Ease the bow-line, ease the sheet. " Ease the ship /" the command given by the pilot to the steersman, to put the helm hard a-lee, when the ship is expected to plunge her fore part deep in the water when close-hauled. To edge away, to decline gradually from the shore, or from the line of the course which the ship formerly held, in order to go more large. To edge in with, to advance gradually towards the shore, or any other object. Elbow in the hawse, is when a ship, being moored, has gone round, upon the shifting of the tides, twice the wrong way, so as to lay the cables one over the other. Having gone once wrong, she makes a cross in the hawse ; and going three times wrong, she makes a round turn. 152 End for end, a term used when a rope runs all out of a block, and is unreeved ; or, in coming to an anchor, if the stoppers are not well put on, and the cable runs all out, it is said to have gone out end for end. End on, when a ship advances to a shore, rock, etc., without an apparent possibility of preventing her, she is said to go end on for the shore, etc. Engagement, action or fight. Ensign, the flag worn at the stern of a ship. Entering "■port, a large port in the side of three-deckers, leading into the middle deck, to save the trouble of going up the ship's side to get on board. Even keel, when the keel is parallel with the horizon, a ship is said to be upon an even keel. Fair, a general term for the disposition of the wind, when favorable to a ship's course. Fair way, the channel of a narrow bay, river or haven, in which ships usually advance in their passage up and down. Fack, ox fake, one circle of any rope or cable coiled. Fag-end, the end of any rope which is become untwisted by frequent use ; to prevent which, the ends of ropes are wound round with pieces of twine, which operation is called whipping. To fall aboard of, to strike or encounter another ship, when one or both are in motion. To fall astern, the motion of a ship with her stern fore- most. To fall calm, to become in a state of rest by a total cessation of the wind. To fall down, to sail or be towed down a river nearer towards its mouth. Falling off, denotes the motion of the ship's head from the direction of the wind. It is used in opposition to coming to. " Fall not off, or nothing off/" the command of the steersman to keep the ship near the wind. Fathom, a measure of six feet. To fetch away, to be shaken or agitated from one side to another, so as to loosen anything which before was fixed. Fid, a square bar of wood or iron, with shoulders at one end, used to support the weight of the topmast, when erected at the head of a lower mast. — Fid for splicing, a large piece of wood, of a conical figure, used to extend the strands and layers of cables in splicing. To fill, to brace the sails so as to receive the wind in them, and advance the ship in her course, after they have been either shivering or braced aback. Fish, a large piece of wood. — Fish (lie mast, apply a large piece of wood to it to strengthen it. Fish-lwok, a large hook, by which the anchor is reoeived and brought to the cat-head; and the tackle which is used for this purpose is called the fish-tackle. 153 To fish the anchor, to draw up the flukes of the anchor towards the top of the bow, in order to stow it, after having been catted. Flag, a general name for colors worn and used by ships of war. Flat-aft, the situation of the sails when their surfaces are pressed aft against the mast by the force of the wind. To flat in, to draw in the aftermost lower corner, or clew, of a sail towards the middle of the ship, to give the sail a greater power to turn the vessel. — To flat in forward, to draw in the fore-sheet, jib-sheet, and fore- staysail-sheet, towards the middle of the ship. Flaw, a sudden breeze or gust of wind. Floating, the state of being buoyed up by the water from the ground. Flood-tide, the state of a tide when it flows or rises. Flowing-sheets, the position of the sheets of the principal sails when they are loosened from the wind so as to receive it into their cavities more nearly perpendicular than when close-hauled, but more obliquely than when the ship sails before the wind. A ship going two or three points large has flowing-sheets. Fore, that part of a ship's frame and machinery that lies near the stem. — Fore and aft, throughout the whole ship's length ; lengthwise of the ship. Fore-reach, to shoot ahead, or go past another vessel. To force over, to force a ship violently over a shoal by a great quantity of sail. Forward, toward the fore part of a ship. Foul is used in opposition both to clear and fair. As opposed to clear, we say, foul weather, foul bottom, foul ground, foul anchor, foul hawse. As opposed to fair, we say, foul wind. To founder, to sink at sea by filling with water. To free. Pumping is said to free a ship, when it discharges more water than leaks into her. To freshen. When a gale increases, it is said to freshen. — To freshen the hawse, to veer out or heave in a little cable, to let another part of it endure the stress of the hawse-hole. It is also applied to the act of renewing the service round the cable at the hawse-hole. Freshen the ballast, divide or separate it. Fresh way. When a ship increases her velocity, she is said to get fresh way. Full, the situation of the sails when they are kept distended by the wind. Full and by, the situation of a ship, with regard to the wind, when close- hauled, and sailing so as neither to steer too nigh the direction, nor to deviate to leeward. To furl, to wrap or to roll a sail close up to the yard or stay to which it belongs, and to wind a cord around it to keep it fast. 154 Gauge of the Ship, her depth, of water, or what water she draws. To gain Hie wind, to arrive on the weather side, or to windward of some ship or fleet in sight, when both are sailing- as near the wind as possible. Gammon the" bowsprit, secure it by turns of a strong rope passed round it, and into the cutwater, to prevent it from having too much motion. Gangway, that part of a ship's side, both within and without, by which persons enter and depart. Garboard streak, the first range or streak of planks laid in a ship's bot- tom next the keel. Gasket, the rope which is passed round the sail, to bind it to the yard, when it is furled. To gather. A ship is said to gather on another as she comes nearer to her. Gimbleting, the action of turning the anchor round by the stock, so that the motion of the stock appears similar to that of the handle of a gimblet, when employed to turn the wire. Girt. The ship is girt with her cables when she is too tight moored. To give chase to, to pursue a ship or fleet. Goose wings of a sail, the clews or lower corners of a ship's mainsail or foresail, when the middle part is furled or tied up to the yard. Grappling-iron, a thing in the nature of an anchor, with four or six flukes to it. Grave, to burn off the filth from a ship's bottom. Gripe of a ship, that thin part of her which is under the counter, and to which the stern-post joins. — The ship gripes, that is, turns her head too much to the wind. Grommet, a piece of rope laid into a circular form, and used for large boats' oars instead of rowlocks, and also for many other purposes. Groundling, the laying the ship ashore, in order to repair her. It is also applied to running aground accidentally. Ground tackle, everything belonging to a ship's anchors, and which are necessary for anchoring or mooring; such as cables, hawsers, tow-lines, warps, buoy-ropes, etc. Ground tier, that is, the tier of water casks which is lowest in the hold, and is among the shingle ballast. Growing, stretching out ; applied to the direction of the cable from the ship toward the anchors ; as, T7ie cable grows on the starboard bow. Gunwale, the upper edge of a ship's side. Gun-room, a division of the lower deck abaft, inclosed with net-work, for the use of the gunner and his stores. Gybing, the act of shifting any boom-sail from one side of the mast to the other. 155 Hail, to call to another ship. Halliards, the ropes by which the sails are hoisted ; as, the top-sail hal- liards, or jib-halliards, etc. Handing, the same as furling-. Hard a-iceather, put the tiller quite up to windward. Haul, pull. To haul the wind, to direct the ship's course nearer to the point from which the wind blows. Hawse-holes, the holes in the bows of the ship through which the cables pass. — Freshen hawse, veer out more cable. — Clap a service in the hawse; put somewhat round the cable at the hawse-hole to prevent its chafing. — To clear hawse, is to untwist the cables where a ship is moored, and has got a foul hawse. — Athwart hawse, is to be across or before another ship's head. Hawser, a small kind of cable. Head-fast, a rope employed to confine the head of a ship to a wharf or to some other ship. Headmost, the situation of any ship or ships which are the most advanced in a fleet. — Head-sails, all the sails which belong to the foremast and bow- sprit. Head sea. When the waves meet the head of a ship in her course, they are called a head-sea. It is likewise applied to a single wave coming in that direction. Head to Wind, the situation of a ship when her head is turned to the point from which the wind blows, as it must be when tacking. Head-way, the motion of advancing, used in opposition to stern-way. To heave, to turn about a capstan, or other machine of the like kind, by means of bars, handspikes, etc. — To heave ahead, to advance the ship by heaving in the cable or other rope fastened to an anchor at some distance before her. — To heave a-peak, to heave in the cable till the anchor is a-peak. To heave astern, to move a ship backwards by an operation similar to that of heaving ahead. — To heave down, to careen. — To heave in the cable, to draw the cable into the ship, by turning the capstan. — To heave in stays, to bring a ship's head to the wind, by a management of the sails and rudder, in order to get on the other tack. — To heave out, to unfurl or loose a sail ; more particularly applied to the staysails ; thus we say, loose the topsails, and heave out the staysails. — To heave short, to draw so much of the cable into the ship as that she will be almost perpendicularly over her anchor. — To heave tight or taut, to turn the capstan round till the rope or cable becomes straightened. — To heave the lead, to throw the lead overboard, in order to find the depth of water. — To heave the log, to throw the log over- board, in order to find the velocity of the ship. — Heave the capstan, that is, turn it round with the bars. — Heave handsomely, heave gently or leisurely. Heave hearty, heave strong and quick. 156 Heave of the sea, is the power that the swell of the sea has upon a ship in driving her out, or faster on, in her course, and for which allowance is made in the day's work. Heel or incline. — She heels to port, that is, inclines or lays down upon her larboard or left side. Helm, the instrument by which the ship is steered, and includes both the wheel and the tiller ,as one general term. — Helm's a-lee, that is, the tiller is quite down to leeward. High and dry, the situation of a ship when so far run aground as to be seen dry upon the strand. Hitch, to make fast. Hoist, to haul, sway, or lift up. Hold, is the space between the lower deck and the bottom of the ship, where her cargo, etc., lie. To stow the hold, is to place the things in it. To hold its own, is applied to the relative situation of two ships when neither advances upon the other ; each is then said to hold its own. It is likewise said of a ship, which, by means of contrary winds, cannot make a progress towards her destined port, but which, however, keeps nearly the distance she had already run. Home implies the proper situation of any object ; as, To haul home the topsail-sheets, is to extend the bottom of the topsail to the lower yard, by means of the sheets. In stowing a hold, a cask, etc., is said to be home, when it lies close to some other object. Hulk, a ship without masts or rigging ; also a vessel employed in the removal of masts into or out of ships by means of sheers, from whence it is called a sheer hulk. Horse, a rope reaching from the middle of a yard to its arms or extremi- ties, for the men to stand on when they are loosing, reefing, or furling a sail. Hull of the ship, the body of it. — To lay a-hull is to lay to with only a small sail, in a gale of wind. — To hull a vessel, is to fire a shot into any part of her hull. Hull down, is when a ship is so far off that you can only see her masts. — To hull a ship, to fire cannon balls into her hull within the point-blank range. — Hull to, the situation of a ship when she lies with all her sails furled, as in trying. In stays. See To heave in stays. Jamming, the act of inclosing any object between two bodies, so as to render it immovable. Jeer-blocks, the blocks through which jeers are reeved. Jeers, the ropes by which the lower yards are suspended. Thompson's coast pilot. 157 Jib, the foremost sail of a ship, set upon a boom which, runs out upon the bowsprit. Jib-boom, a spar that runs out upon the bowsprit. Jolly-boat, a small boat. Junk, old eable, or old rope. Jury-mast, a temporary or occasional mast, erected in a ship in the place of one which has been carried away by accident, etc. Kedge, a small anchor with an iron stock. Keel, the principal piece of timber in a ship, which is usually first laid on the blocks in building. Keel-haul, to drag a person backwards and forwards under a ship's keel for certain offenses. Keckled, any part of a cable covered over with old ropes, to prevent its surface from rubbing against the ship's bow or fore-foot. To keep away, to alter the ship's course to one rather more large, for a little time, to avoid some ship, danger, etc. — " Keep away /" is likewise said to the steersman who is apt to go to windward of the ship's course. — To keep full, to keep the sails distended by the wind. — To keep hold of the land, to steer near to or in sight of the land. — To keep off, to sail off, or keep at a distance from the shore. — To keep the land aboard, the same as to keep hold of the land. — To keep the luff, to continue close to the wind. To keep the wind, the same as to keep the luff. Kelson, a piece of timber forming the interior of the keel, being laid on the middle of the floor timbers immediately over the keel, and serving to unite the former to the latter. Kentledge, pigs of iron for ballast, laid upon the floor, near the kelson, fore and aft. Kenk, a sort of twist or turn in a cable or rope. Knippers, a large kind of plaited rope, which, being twisted round the messenger and cable in weighing, binds them together. Knot, a division of the log-line, answering, in the calculation of the ship's velocity, to one mile. Kumatage, a bright appearance in the horizon, under the sun or moon, arising from the reflected light of those bodies from the small rippling waves on the surface of the water. To LABOR, to roll or pitch heavily in a turbulent sea. Laden in bulk, freighted with a cargo not packed, but lying loose, as corn, salt, etc. Laid up, the situation of a ship when moored in a harbor, for want of employ. Landfall, the first land discovered after a sea voyage. Thus a good land- fall implies the land expected or desired ; a bad landfall, the reverse. 21 158 Thompson's coast pilot. Land-locked, the situation of a ship surrounded "with land, so as to exclude the prospect of the sea, unless over some intervening land. Laniards of the shrouds, are the small ropes at the ends of them, by which they are hove taut or tight. Larboard, the left side of a ship, looking towards the head. — Port tack, the situation of a ship when sailing with the wind blowing upon her port Bide. Lash, to bind. "Launch ho/" signifies that the object is high enough, and must be sud- denly lowered. Laying the land. A ship which increases her distance from the coast, so as to make it appear lower and smaller, is said to lay the land. Leading wind, a fair wind for a ship's course. Leak, a chink or breach in the sides or bottom of a ship, through which the water enters into the hull. Lee, that part of the hemisphere to which the wind is directed, to dis- tinguish it from the other part, which is called to windward. — Lee gage. A ship or fleet to leeward of another is said to have the lee gage. — Lee lurches, the sudden and violent rolls which a ship often takes to leeward, in a high sea, particularly when a large wave strikes her on the weather side. Lee quarter, that quarter of a ship which is on the lee side. — Lee shore, that shore upon which the wind blows. — Lee side, that half of a ship, length- wise, which lies between a line drawn through the middle of her length and the side which is farthest from the point of wind. — To leeward, toward that part of the horizon to which the wind blows. — Leeward, ship, a ship that falls much to leeward of her course, when sailing close-hauled. — Leeward tide, a tide that sets to leeward. Lee-way, the lateral movement of a ship to leeward of her course ; or the angle which the line of her way makes with a line in the direction of her keel. To lie along, to be pressed down sideways by a weight of sail in a fresh wind. Leeches, the borders or edges of a sail. To lie to, to retard a ship in her course, by arranging the sails in such a manner as to counteract each other with nearly an equal effort, and render the ship almost immovable with respect to her progressive motion or head- way. Lifts, the ropes which come to the ends of the yards from the mast-heads, and by which they are suspended when lowered down. Lirnhers, or limber holes, square holes cut through the lower part of a ship's floor timbers, very near the keel ; forming a channel for water, and communicating with the pump-well throughout the whole length of the floor. List, incline. — Ttce ship has a list to port, that is, she heels to the larboard. 159 Log, and log-line, by which, the ship's path is measured, and her rate of going ascertained. Log-board, on which are marked the transactions of the ship, which from thence are copied into the log-book every 24 hours. A long sea, a uniform motion of long waves. Look out, a watchful attention to some important object or event that is expected to arise. Thus persons on board of a ship are occasionally sta- tioned to look out for signals, other ships, for land, etc. To loom, to appear above the surface either of the sea or the land, or to appear larger than the real dimensions, and indistinctly; as a distant object, a ship at sea, or a mountain. The ship looms large, or the land looms high. To loose, to unfurl or cast loose any sail. To lower, to ease down gradually. " Luff!" the order to the steersman to put the helm towards the lee side of the ship, in order to sail nearer to the wind. Mast, the upright timber on which the yards and sails are set. Masted, having all her masts complete. Mend the service, put on more service. Messenger, a small kind of, cable, which being brought to the capstan and the cable by which the ship rides made fast to it, it purchases the anchor. To middle a rope, to double it into two equal parts. Midships. See Amidships. Mirage, an optical phenomenon, arising from an irregular refraction or reflection of the light near the horizon, by which it often happens, near the sea coast, that a ship, seen at a distance, appears as if painted in the sky, and not supported by the water. Sometimes the image of the ship is inverted.^ A similar effect is observed in sandy deserts, as in Egypt, where the blue light of the sky is reflected upwards from the heated sands, which makes the whole plain at a distance appear like a large lake, and the ele- vated villages appear like islands in this lake. To miss stays, a ship is said to miss stays when her head will not fly up into the direction of the wind, in order to get her on the other tack. Mizzenmast, the mast which stands abaft, and from which its rigging and sails are named ; as of the sails, mizzen, mizzen-topsail, etc., and so also are the other sails, etc., named from the other masts. Moor is to secure a ship with two anchors. Mooring, securing a ship in a particular station by chains or cables, which are either fastened to an adjacent shore or to anchors at the bottom. Mooring service, when a ship is moored, and rides at one cable's length, the mooring service is that which is at the first splice. Mouse, a kind of ball or knob, wrought upon the collar of the stays. Muster, to assemble. 160 To make a board, to run a certain distance upon one tack, in beating to ■windward. To make foul water, to muddy the water by running in shal- low places, so that the ship's keel disturbs the mud at the bottom. To make sail, to increase the quantity of sail already set, either by unreefing or by setting others. To make stem-way, to retreat or move with the stern foremost. To make the land, to discover it from afar. To make water, to leak. To man the yard, etc., to place men on the yard, in the tops, down the ladder, etc., to execute any necessary duties. Nakrows, a small passage between two lands. Neap tides, the tides in the first and last quarter of the moon, which are not either so high, so low, or so rapid as spring tides. A' ship is said to be beneaped when she has not water enough to take her off the ground, or over the bar, etc. " Near /" or " No near /" an order to the steersman not to keep the ship so close to the wind. Nippers, certain pieces of cordage used to fasten the messenger to the cable in heaving up the anchor. " Nothing off /" a term used by the man at the cun to the steersman, directing him not to go from the wind. Nun buoy, the kind of buoy used by ships of war. Oakum, old rope untwisted and pulled open. Off and on, when a ship is beating to windward, so that by one board she approaches towards the shore, and by the other stands out to sea, she is said to stand off and on shore. Offing, to seaward from the land. A ship is in the offing, that is, she is to seaward, at a distance from the land. She stands for the offing, that is, towards the sea. Offward, from the shore, as, when a ship lies aground, and leans towards the sea, she is said to heel offward. On board, within the ship ; as, Re is come on board. On tlie beam, any distance from the ship on a line with the beams, or at right angles with the keel. See Bearing. On the bow, an arc of the horizon, comprehending about four points of the compass on each side of that point to which the ship's head is directed. Thus they say, The ship in sight bears three points on the starboard bow; ■ that is, three points towards the right hand, from that part of the horizon which is right ahead. See Bearing. On the quarter, an arc of the horizon, comprehending about four points of the compass on each side of that point to which the ship's stern is directed. See On the bow. Open, the situation of a place exposed to the wind and sea. It is also expressed of any distant object to which the sight or passage is not inter- cepted. 161 Open hawse, when the cables of a ship at her moorings lead straight to their respective anchors, without crossing, she is said to ride with an open hawse. Orlop, the deck on which the cables are stowed. Overboard, out of a ship; as, He fell overboard, meaning he fell out of, or from the ship. Overgrown sea, is expressed of the ocean when the surges and billows rise extremely high. Overhaul, to clear away and disentangle any rope ; also, to come up with the chase ; as, We overhaul her, that is, we gain ground on her. Over-rake, when a ship at anchor is exposed to a head sea, the waves of which break in upon her, the waves are said to over-rake her. Overset, a ship is overset when her keel turns upwards. Out of trim, the state of a ship when she is not properly balanced for the purposes of navigation. Parcel a rope, is to put a quantity of old canvas upon it before the service is put on. Parcel a seam, is to lay a narrow piece of canvas over it after it is caxxlked, before it is payed. Parliament heel, the situation of a ship when she is made to stoop a little to one side, so as to clean the upper part of her bottom on the other side. See Boot-topping, Parting, being driven from the anchors, by the breaking of the cable. Pawl, a short bar of wood or iron fixed close to the capstan or windlass of a ship, to prevent those engines from rolling back, or giving way, when they are charged with any great effort. To paid the capstan, to fix the pawls so as to prevent the capstan from recoiling during any pause of heaving. To pay, to daub or cover the surface of any body with pitch, tar, etc., in order to secure it from the injuries of the weather. To pay away, or pay out, to slacken a cable or other rope, so as to let it run out for some particular purpose. To pay off, to move a ship's head to leeward. To peak tlie mizzen, to put up the mizzen-yard perpendicular by the mast. Peak. To ride a stay-peak, is when the cable and the fore-stay form a line. To ride a short peak, is when the cable is so much in as to destroy the line formed by the stay-peak. To ride with the yards a-peak, is to have them topped up by contrary lifts, so as to represent St. Andrew's cross. Pennant, the long narrow flag worn at the mast-head by all ships of the navy. Brace pennants are those ropes which secure the brace-blocks to the yard-arms, and are in general double, so that, in case of one being shot away, the other may secure the yard in its proper position. Broad pennant, a broad flag, terminating in a point, used to distinguish the chief of a squadron. 162 Thompson's coast pilot. Pitching, the movement of a ship, by which she plunges her head and after part alternately into the hollow of the sea. Point-blank, the direction of a gun when leveled horizontally. Points, a number of plaited ropes made fast to the sails for the purpose of reefing. Poop, the highest and aftermost deck of a ship. Pooping, the shock of a high and heavy sea upon the stern and quarter of a ship, when she scuds before the wind in a tempest. Port, a name given, on some occasions, to the larboard side of the ship ; as The ship heels to port, Tap the yards to port, etc. ; also, a harbor or haven. Ports, the holes in the ship's sides from which the guns are fired. "Port the helm!" the order to put the helm over to the larboard side. Port-last, the gunwale. Press of sail, all the sail that a ship can set or carry. Preventer, an additional rope employed at times to support any other, when the latter suffers an unusual strain, particularly when blowing fresh, or in a gale of wind. Pudding and dolphin, a large and lesser pad made of ropes, and put round the mast under the lower yards. Purchase, any sort of mechanical power employed in raising or moving heavy bodies. Quarters, the respective stations of the officers and people in time of action. — Quartering, distributing the men into different places. — Quarter- bill, the list of the ship's company, with their stations for action noticed. Quarter-wind is when the wind blows in from that part of the horizon situated on the quarter of the ship. See On tJie quarter. Quoil. — See To coil tlie cable, etc. To raise, to elevate any distant object at sea by approaching it ; thus to raise the land is used in opposition to lay the land. To rake, to cannonade a ship at the stem or head, so that the balls scour the whole length of the decks. Mange of cable, a sufficient length of cable drawn upon deck before the anchor is cast loose, to admit of its sinking to the bottom without any check. , Ratlines, the small ropes fastened to the shrouds, by which the men go aloft. Reach, the distance between any two points on the banks of a river, wherein the current flows in an uninterrupted course. u Ready about!" a command of the boatswain to the crew, and implies that all hands are to be attentive, and at their stations for taking. Rear, the last division of a squadron, or the last squadron of a fleet. It is applied likewise to the last ship of a line, squadron, or division. 163 Reef, part of a sail, from one row of eyelet-holes to another. It is applied likewise to a chain of rocks lying near the surface of the water. Reefing, the operation of reducing a sail by taking in one or more of the reefs. To reeve, to pass the end of a rope through any hole, as the channel of a block, the cavity of a thimble, etc. Rendering, the giving way or yielding to the efforts of some mechanical power. It is used in opposition to jamming or sticking. Ribs of a ship, a figurative expression for the timbers. Ride at anchor, is when a ship is held by her anchors, and is not driven by wind or tide. — To ride athwart, is to ride with the ship's side to the tide. — To ride hawse fallen, is when the water breaks into the hawse in a rough sea. Rigging, a general name given to all the ropes employed to support the masts, to extend or reduce the sails, or to arrange them to the disposition of the wind. Righting, restoring the ship to an upright position, either after she has been laid on a careen, or after she has been pressed down on her side by the wind. To right the helm, is to bring it into midships, after it has been pushed either to starboard or larboard. Rigging out a boom, the running out a pole at the end of a yard, to extend the foot of a sail. To rig the capstan, to fix the bars in their respective hqles. Road, a place near the land where ships may anchor, but which is not sheltered. Rolands, or rope bands, short, flat pieces of plaited rope, having an eye worked at one end. They are used in pairs to tie the upper edges of the square-sails to their respective yards. Rolling, the motion by which a~ship rocks from side to side like a cradle. Rough tree, a name applied to any mast, yard, or boom, placed in mer- chant ships, as a rail or fence above the vessel's side, from the quarter-deck to the forecastle. Rounding in, the pulling upon any rope which passes through one or more blocks in a direction nearly horizontal; as, Round in the weather- braces. Rounding, old ropes fastened on the cable, near the anchor, to keep it from chafing. Round turn, the situation of the two cables of a ship when moored, after they have been several times crossed by "the swinging of the ship. Rounding up, similar to rounding in, except that it was applied to ropes and blocks which act in a perpendicular direction. Rousing, fulling up a cable or rope without the assistance of tackles. To row, to move a boat with oars. 164 Thompson's coast pilot. Roiclcck, the niche in a boat's side, in which the oars are used. Rudder, the machine by which the ship is steered. Run, the aftermost part of a ship's bottom, where it grows extremely narrow as the stern approaches the stern-post. — Run is also the distance sailed by a ship ; and is likewise used by sailors to imply the agreement to work a single passage from one place to another. To run out a warp, to carry the end of a rope out from a ship, in a boat, and fasten it to some distant object, so that by it the ship may be removed by pulling on it. To SAG TO leeward, to make considerable lee-way. Sailing trim is expressed of a ship when in the best state for sailing. She sands or sends, when the ship's head or stern falls deep in the trough of the sea. Scanting, the variation of the wind, by which it becomes unfavorable, to a ship's making great progress, as it deviates from being large, and obliges the vessel to steer close-hauled, or nearly so. Scud, to go right before the wind ; and going in this direction without any sail set, is called spooning. Scuttling, cutting large holes through the bottom or sides of a ship, either to sink her, or to unlade her expeditiously when stranded. Sea, a large wave is so called. Thus they say a heavy sea. It implies like- wise, the agitation of the ocean ; as, a great sea. It expresses the direction of the waves ; as, a head sea. A long sea means a uniform and steady motion of long and extensive waves ; a short sea, an the contrary, is when they run irregularly, broken, and interrupted. Sea-boat, a vessel that bears the sea firmly, without straining her masts, etc. Sea-clothes, jackets, trousers, etc. Sea-mark, a point or object on shore conspicuously seen at sea. Sea-room, a sufficient room distance from the coast or any dangerous rocks, etc., so that a ship may perform all nautical operations without danger of shipwreck. Seize, to bind or make fast. Serve, to wind something about a rope to prevent it from chafing or fret- ting. The service is the thing so wound about the rope. Setting, the act of observing the situation of any distant object by the compass. To set sail, to unfurl and expand the sails to the wind, in order to give motion to the ship. To set up, to increase the tension of the shrouds, back-stays, etc., by tackles, laniards, etc. Settle, to lower; as, Settle the topsail halliards; lower them. To settle the land, to lower in appearance. It is synonymous with to lay the land. THOMPSON^ COAST PILOT. 165 Shank, the beam or shaft of an anchor. Shank-painter, the rope by which the shank of the anchor is held up to the ship's side ; it is also made fast to a piece of iron chain, in which the shank of the anchor lodges. To shape a course, to direct or .appoint the track of a ship, in order to prosecute a voyage. Sheer. The sheer of a ship is the curve that is between the head and the stern upon her side. — The ship sheers about ; that is, she goes in and out. To sheer off, to remove to a greater distance. Slieers are spars lashed together, and raised up, for the purpose of getting out or in a mast. Sheet, a rope fastened to one or both of the lower corners of a sail, in order to extend and retain it in a particular situation. When a ship sails with a side wind, the lower corners of the main and fore-sails are fastened by a tack and a sheet, the former being to windward, and the latter to lee- ward. The tack is never used with a stern wind, whereas the sail is never spread without the assistance of one or both of the sheets. The staysails and studdingsails have only one tack and one sheet each. The staysail-tacks are fastened forward, and the sheets drawn aft, but the studdingsail-tacks draw the outer corner of the sail to the extremity of the boom, while the sheet is employed to extend the inner corner. To sheet home, to haul the sheets of a sail home to the block on the yard- arm. To shift the 7ielm, to alter its position from right to left, or from left to right. To ship, to take any person, goods, or thing on board. It also implies to fix any thing in its proper place; as, To ship the oars, to fix them in # their rowlocks. Ship-shape, in a seamanlike manner ; as, That mast is not rigged ship-shape; Put Iwr about ship-shape, etc. Shivering, the state of a sail when fluttering in the wind. Shool, shallow. Shoe of the anchor, a small block of wood, convex on the back, and hav- ing a hole sufficiently large to contain the point of the anchor-fluke on the fore side : it is used to prevent the anchor from tearing the planks on the ship's bow, when ascending or descending. To slwot ahead, to advance forward. Shore, a general name for the seacoast of any country. To shorten sail, used in opposition to make sail. Shrouds, a range of large ropes extended from the mast-heads to the right and left sides of a ship, to support the masts, and enable them to carry sail. Sinnett, a small plaited rope made from rope-yarns. 22 166 Slack-water, the interval between the flux and reflux of the tide, when no motion is perceptible in the water. Slatch is applied to the period of a transitory breeze. To slip the cable, to let it run quite out, when there is not time to weigh the anchor. To slue, to turn any cylindrical piece of timber about its axis, without removing it ; thus, to slue a mast or boom, is to turn it in its cap or boom- iron. Also, to turn any package ©r cask round. Sound, to try the depth of water. Sounding-line, a line to sound with, which is marked in the following manner : — Black leather at 2 and 3 fathoms ; white at 5 ; red at 7 ; black at 10 ; white at 13 (some seamen use black at 10 and 13) ; white at 15 as at 5 ; red at 17 as at 7 ; two knots at 10 fathoms, and an additional knot at every ten fathoms, with a single knot midway between each 10 fathoms, to mark the line at every 5 fathoms. To spill the mizzen, to let go the sheet and peak it up. To spill, to discharge the wind out of the cavity or belly of a sail, when it is drawn up in the brails, in order to furl or reef it. Spilling-lines are ropes contrived to keep the sails from being blown away, when they are clewed up in blowing weather. Splice, to make two ends of ropes fast together by untwisting them, and then putting the strands of one piece with the strands of the other. tplit, the state of a sail rent by the violence of the wind. Spoon-drift, a sort of showery sprinkling of the sea water swept from the surface of the waves in a tempest, and flying like a vapor before the wind. Spray, the sprinkling of a sea, driven occasionally from the top of a wave, and not continual as a spoon-drift. To spring a mast, yard, etc., to crack a mast, yard, etc., by means of straining in blowing weather, so that it is rendered unsafe for use. — lb spring a leak. "When a leak first commences, a ship is said to spring a, leak. To spring the luff. A ship is said to spring her luff, when she yields to the effort of the helm, by sailing nearer to the wind than before. Spring-stays are rather smaller than the stays, and placed above them, and intended to answer the purpose of the stay, if it should be shot away, etc. Spring-tides are the tides at new and full moon, which flow highest and ebb lowest. Spurling-line is a line that goes round a small barrel abaft the barrel of the wheel, and, coming to the front beam of the poop-deck, moves the tell- tale with the turning of the wheel, and keeps it always in such a position as to show the position of the tiller. Spur-shoes are large pieces of timber which come abaft the pump- well. Squall, a sudden, violent blast of wind. 167 Square. This term is applied to yards that are very long, as taunt is to high masts, To square the yards, to brace the yards so that they may hang at right angles with the keel. To stand on, to continue advancing. — To stand in, to advance towards the shore. — To stand off, to recede from the shore. Starboard, the right-hand side of a ship, when looking forward. — Star- board tack. A ship is said to be on the starboard tack when sailing with the wind blowing upon her starboard side. "Starboard the helm /" an order to push the helm to the starboard side. To stay a ship, to arrange the sails and move the rudder so as to bring the ship's head to the direction of the wind, in order to get her on the other tack. Stays, large ropes coming from the mast-head down before the masts, to prevent them from springing, when the ship is sending deep. ''Steady /" the order to the helmsman to keep the ship in the direction she is going at that instant. Steering, the art of directing the ship's way by the movement of the helm. Steerage-way, such degree of progressive motion of a ship as will give effect to the motion of the helm. Stem, a circular piece of timber, into which the two sides of a ship are united at the fore end ; the lower end is scarfed to the keel, and the bow- sprit rests on the upper end. To stem the tide. "When a ship is sailing against the tide, at such a rate as enables her to overcome its power, she is said to stem (lie tide. Steeve, turning up. — The bowsprit steeves too mu-ch, that is, it is too upright. Sternfast, a rope confining a ship by her stern to any other ship or to a wharf. Siemmost, the farthest astern, opposed to headmost. Stern-way, the motion by which a ship falls back with her stern foremost. Stiff, the condition of a ship when she will carry a great quantity of sail without hazard of oversetting. It is used in opposition to crank. Stoppers, a large kind of ropes, which, being fastened to the cable in different places abaft the bitts, are an additional security to the ship at anchor. To stow, to arrange and dispose a ship's cargo. Strand, one of the twists or divisions of which a rope is composed. It also implies the sea beach. Strandedj. This term, speaking of a cable or rope, signifies that one of its strands is broken ; applied to a vessel, it means that she is run aground and is lost. 168 To stream the buoy, to let it fall from the ship's side into the water, pre^ viously to casting anchor. "Stretch out /" a term used to men in a boat when they should pull strong. To strike, to lower or let down anything ; used emphatically to denote the lowering of colors in token of surrender to a victorious enemy. To strike sounding, to touch ground when endeavoring to find the depth of water. Sued, or sewed. When a ship is on shore, and the water leaves her she is said to he sued; if the water leaves her two feet, she sues or is sued two feet. Surf, the swell of the sea that breaks upon the shore or on any rock. To surge the capstan, to slacken the rope heaved round upon it. Sway away, hoist. Swell, the fluctuating motion of the sea, either during or after a storm. Sweeping, the act of dragging the bight or loose part of a rope along the surface of the ground, in a harbor or road, in order to drag up something lost. Swinging, the act of a ship's turning round her anchor at the change of wind or tide. To tack, to turn a ship about from one tack to another, by bringing her head to wind. Tafferel, the uppermost part of a ship's stern. Taking in, the act of furling the sails, used in opposition to setting. Taking aback. — See Aback. Tamkin, or t&mkin; tampion, or tompion, the bung or piece of wood, by by which the mouth of a cannon is filled to keep out wet. Tarpaulin, a cloth of canvas covered with some tar or some other com- position, so as to make it water-proof. Taut, improperly, though very generally, used for tight. Taunt, high, or tall; particularly applied to masts of extraordinary length. Tell-tale, an instrument which- traverses upon an index in front of the poop-deck, to show the position of the tiller. Tending, the turning or swinging of a ship round her anchor in a tide- way at the beginning of ebb and flood. Thwart. — See Athwart. Thwart-ships. — See Athwart-ships. " Thus!" an order to the helmsman to keep the ship in her present situ- ation, when sailing with a scant wind. To tide, to work in or out of a river, harbor, or channel, by favor of the tide, anchoring whenever it becomes adverse. Tide it up, to go with the tide against the wind. 169 Tide-way, that part of the river in which the tide ebbs and flows strongly. Tier, a row; as, a tier of guns, a tier of casks, a tier of ships, etc. — Tier of a cable, a range of the fakes or windings of a cable which are laid within one another, in a horizontal position. — Cable tier, the space in the midst of a cable when it is coiled ; also the place in which it is coiled. Tiller, a large piece of wood, or a beam, put into the head of the rudder, and by means of which the rudder is moved. Topping, pulling one of the ends of a yard higher than the other. Tort, or taut, signifies tight. To tow, to draw a ship in the water by a rope, fixed to a boat or other ship which is rowing or sailing on. Tow-line, a small hawser or rope, used to remove a ship from one part of a harbor to another. Transoms, certain beams or timbers extended across the stern-post of a ship to strengthen her after-part, and to give it the figure most suitable to the service for which she is calculated. Traverse, to go backwards and forwards. Treenails or trunnels, long wooden pins employed to connect the planks of the ship's side and bottom to the corresponding timbers. Trice, trice up, to hanl up and fasten. Trim, the state or disposition by which a ship is best calculated for the purposes of navigation. — To trim the hold, to arrange the cargo regularly. — To trim the sails, to dispose the sails in the best arrangement for the course which a ship is steering. To trip the anchor, to loosen the anchor from the ground, either by design or accident. Trough of the sea, the hollow between two waves. Truck, a round piece of wood put upon the top of flag-staves, with sheaves on each side for the halliards of the flags to reeve in. Trysail, a small sail used by cutters and brigs in blowing weather. Turning to windward, that operation in sailing, whereby a ship endeav- ors to advance against the wind. To unballast, to discharge the ballast out of a ship. To unbend, to take the sails off from their yards and stays ; to cast loose the anchor from the cable; to untie two ropes. To unbitt, to remove the turns of a cable from off the bitts. Underfoot, is expressed of an anchor that is directly under the ship. Under sail, or under way. When a ship is sailing, she is said to be under way. Under the lee of the shore, is to be close under the shore which lies to windward of the ship. 170 Unfurl, cast loose the gasket of the sail. To unmoor, to reduce a ship to the state of riding at single anchor, after she has been moored. To unreeve, to draw a rope from out of a block, timber, etc. To unrig, to deprive the ship of her rigging. TJvrou, the piece of wood by which the legs of the crofoot are extended. Van, the foremost division of a fleet in one line. It is likewise applied to the foremost ship of a division. Vane, a small kind of flag worn at each mast-head. To veer, or wear the ship, to change a ship's course from one tack to the other, by turning her stern to windward. t Veer, to let out ; as, Veer away the cable. Veer, shift. — The wind veers, that is, it shifts, changes. To veer and haul, to pull tight and slacken alternately. Viol, or voyal, a block through which the messenger passes in weighing the anchor. A large messenger is called a viol. Wake, the path or track impressed on the water by the ship's passing through it, leaving a smoothness in the sea behind it. A ship is said to come into the wake of another, when she follows her' in the same track, and this is chiefly done in bringing ships to, or in forming the line of battle. Wales are strong timbers that go round a ship a little above her water- line. Warp, a small rope employed occasionally to remove a ship from one place to another. To warp, to remove a ship by means of a warp. Waist, that part of a ship contained between the quarter-deck and the fore-castle. Water-line, the line made by the water's edge when a ship has her full proportion of stores, etc., on board. Water-borne, the state of a ship, when there is barely a sufficient depth of water to float her off from the ground. Water-logged, the state of a ship become heavy and inactive on the sea, from the great quantity of water leaked into her. Water-tight, the state of a ship when not leaky. Weatlier. — To weatlier anything is to get to windward of it. — Synony- mous with windward. Weatlier-beaten, shattered by a storm. — Weather-bit, a turn of the cable about the end of the windlass. — Weather-gage. When a fleet or ship is to windward of another, she is said to have the weather-gage of her. — Weather quarter, that quarter of the ship which is on the windward side. — Weather side, the side upon which the wind blows. Thompson's coast pilot. 171 To weigh ancho?\ to heave up an anchor from the bottom. To wind a ship, to change her position, bringing her head where her stern was. Wind-road. When a ship is at anchor, and the wind, being against the tide, is so strong as to overcome its power, and keep the ship to leeward of her anchor, she is said to be wind-road. Wind'' s eye, the point from which the wind blows. To windward, toward that part of the horizon from which the wind blows. Windward tide, a tide that sets to windward. To work a ship, to direct the movements of a ship by adapting the sails and managing the rudder according to the course the ship has to make. To work to windward, to make a progress against the direction of the wind. Wooled, to bind round with ropes. Yakds, the spars upon which the sails are spread. Tawing, the motion of a ship when she deviates from her course to the right or left. CONTENTS TO THOMPSON'S COAST PILOT. PAGB. Magnitude of the Lakes or " Inland Seas" 13 Tributaries of the Great Lakes, and St. Lawrence River 17 Lake and River navigation from Fond-du-lac, Lake Superior, to the Gulf of St. Lawrence 18 Courses and Distances on Lake Michigan , 19 From Point Waugoshance Lighthouse to Beaver Harbor 19 From Point "Waugoshance to Beaver Harbor, leaving Hog Island Reef to starboard 20 From Point Waugoshance Lighthouse to Chicago 20 From Waugoshance Lighthouse to Sheboygan 20 From Waugoshance Lighthouse to Milwaukee 20 From Waugoshance Lighthouse to Chicago 21 From Beaver Harbor to the Manitou passage 22 From Beaver Harbor to Green Bay, by Rock Island 22 From Waugoshance Lighthouse to the Lighthouse on the south bluff of Beaver Island 22 Directions for sailing north of the Beaver Islands 22 From Seul Choix Point to Hat Island 23 From St. Helena Island to abreast of the Manitous, north about to Chicago 23 From Beaver Harbor to Point Waugoshance Lighthouse 24 From Waugoshance Lighthouse and Northport and Traverse City ... 24 Lighthouse in Grand Traverse Bay. 25 From Waugoshance Lighthouse to the village of Little Traverse 25 Harbors and Anchorages 25, 26 Dangers 26-29 Green Bay — From Point Waugoshance Lighthouse to Green Bay City, 29 From Washington Harbor to Long Tail Point Lighthouse, by the Strawberry Island Channel 30 Horse Shoe Island and Eagle Harbor 31 Big Sturgeon Bay and Little Sturgeon Bay : . . . . 32 To enter Fox River by the lead and marks 32 Big Bay de Noc 33 Sag Harbor and Ogontz Bay 34 174 C0NTENT8. Snail Shell Harbor 35 St. Martin's Island Channel 36 From Plum Island to Sand Point, Little Bay de Noc 37 Poverty Island Channel ". 37 Prom Chicago to Green Bay by Death's Door 37 Lighthouses on Lake Michigan and Green Bay 38-45 Courses and Distances on the east shore of Lake Michigan 45 Sailing Directions for Lake Huron, etc 45-47 The old Courses usually run by vessels on Lake Huron 47 Georgian Bay and the Canada side of Lake Huron 48-51 The Duck Islands, Lake Huron 51 To run into Georgian Bay by Fitzwilliam Island 52 Saginaw Bay and the Highlands of Sauble 52-56 The Straits of Mackinaw and Michilimackinac 56-58 Sailing Directions for Lake Huron, according to the last surveys. . . .58-61 General remarks 61 Dangers on Lake Huron 62-64 Harbors of refuge 65-66 Saw mills at the different points on Lake Huron 67 Distances from Fort Gratiot to Point aux Barques 67 Lighthouses and Harbors on Lake Huron 68-70 Lighthouses and Harbors on the Canada side of Lake Huron and Georgian Bay .' 70 To enter Collingwood Harbor, day or night 71 Sault Ste. Marie River 71-76 Sailing Directions for Grand Island, according to the last surveys. . .76-78 From Marquette to Portage Entry, inside passage 78 From Marquette to Portage Entry, outside passage 79 From Manitou Island to Copper Harbor 80 From Copper Harbor to Agate Harbor 81 Eagle Harbor 81 Eagle Harbor to Eagle River 82 From Ontonagon to La Point. 82 To run through the Island Passage to Fond-du-Lac 83 To run into Fond-du-Lac Bay to Superior City 83 From Passage Island Lighthouse to Rock Harbor 84 Courses and Distances on Lake Superior. 84 Lighthouses on Lake Superior 85-87 Variation of the Compass on Lake Superior* 87 St. Clair River 88 Courses and Distances on Lake St. Clair 89 Courses and Distances on Lake Erie 90 Sailing- Directions for the head of Lake Erie 91 CONTENTS. 175 Detroit River 93-95 Courses and Distances on the north shore of Lake Erie 95 Lighthouses and Harbors on Lake Erie on both shores 96-100 Lighthouses on the Canada side of Lake Erie 100-103 Courses and Distances on Lake Ontario 103-104 Lighthouses on both shores of Lake Ontario 104-113 Courses and Distances on Lake Ontario, according to the Chart of Capt. Ford, U. S. Navy 113-115 Variation of the Compass on Lake Ontario 115 Table of Distances for the Upper Lakes, from port to port in miles, 116-117 Distances by the Grand Trunk Railway 117 Appendix to Thompson's Coast Pilot 118-142 Explanation of Nautical Terms „ .143-171 'FTZLAJ'VEKUI.TX , SAIL MAKERS AND DEALEKS IN p DUCK, CANVAS AND BUNTING. FLAGS, AWNINGS AND TENTS IMT-A-ZDIE TO OZEaDIEIR.. »• J^S™- MARINE BLOCK, BUFFALO, M. F. SAMUEL A. PROVOOST, JB^-HILj IMC -£Sl iKL E3 IO. . DUCK, BUNTING AND ROPE, Agent for Reed's Patent Ship Steerer, AND AMAZEEN PATENT WINDLASS BREAK, REED ELEVATOR BLOCK, BUFFALO, BT. Y. 1869. 1869. IRVING & GARRETT. SHIP BUILDING, AD GENERAL REP AIRING, With Marine Derrick for Lifting Spars & Boilers, 03ST THE SHORTEST 1TOTICE. SPARS & ALL KINDS OF SHIP MATERIAL CONSTANTLY ON HAND. FOOT OF 12TH STREET, Geobge Irving, T^T7TT> ATT IfTPTT L«te of Clark's Dry Doefc D £j L ±\\J L ± , JjLl\jJ±. HlEAM C. GaEBETT. J ANDREW HARYEY & SON, AND MACHINISTS, Wholesale and Retail Dealers in FinisM Brass Wort for Mm, Gas anil Steam Fitters, 123 & 125 WOODBRIDGE ST. WEST, K»« 6« St., BBTBOITf BQMJH. ALL OBDEBS IPB,0:M:i»TI/5r PILLED. ROBERT W. .KING, Importer and "Wholesale Dealer in Or Hi -A_ S S W JL. E/E, Lanterns, Lamps, Wicks and Chimneys. STEAMBOATS & VESSELS SUPPLIED. Comer of Jefferson Avenue and Wayne St., DETROIT. DUNLAP, DONALDSON & 00., SUCCESSORS TO E. KANTER, AND DEALERS IN SAILS, AWNINGS, NETS, ANCHORS, CHAINS, Paints, Oils, Oakum, Packing, &c. GROCERIES -A.3ST3D PROVISIONS- AGENTS IF O SI, Ritchie's Spirit Compasses anil Union Power Capstans, Nos. 4 and €5 Woodward Avenue, fmmg' i raisM*, mum 1869. 1869. WE S. TALMAN & CO., lAlDfl IMPOST Hi Ship Brokers, General Iflsnrance Agents, AND 1TOTABIES PUBLIC. Office on Dock between First and Cass Sts., [ ©BSE®!! 1 * MI©H. WM. S. TALMAN. EDMUND S. WHEELER Patrick McGrane, % STEAMBOAT JOBBING AT ALL TIMES, DAY OR INTIGKHT. No. 45 Jefferson Ave., Besidence, 91 Lamed St. West, ©HI?!!®!!?© GEO. G. CHANDLER, No. 1 Larned Street West, NEAR THE POST OFFICE, ®©t^@itf 2Ii©lk« nEALEB I2ST Gents' Furnishing Goods, AND MANUFACTURER OF PERFECT FITTING tf Where do you get your Shirts? I never had one fit tike yours." c< I have mine made to measure at Chandler 3 s. I hey always fit, and are the best made Shirts lever saw.' 3 ESTABLISHED APRIL, 1860. SHIRTS, COLLARS, HOSIERY, GLOVES, UNDERCLOTHING, SCARFS, TIES, HANDKERCHIEFS, UMBRELLAS, CANES, TRAVELING RAGS, SUSPENDERS, SOCKS, EQUESTRIAN SHIRTS AND TIGHTS. Tie Largest, Choicest ant Meanest Assortment in the City. Shirts Made to Measure, and sent by Express to any part of the Country. WELZ BEOTHERS, DEALERS IN SAWS, MILS AND HOUSEKEEPING GOODS, MANUFACTURERS OF Tin, Copper and Sheet Iron Ware, MILL, CIRCULAR, CROSS - CUT, ANO EVERY OTHER DESCRIPTION OF Saws Gummed, Straightened, Filed & Set. 176 Woodward Avenue, D&TROIT, EICH, J. C. POTTER A CO., PRACTICAL House, Sign & Decorative Painters, 87 GKRISWOLD STREET, DETROIT, MICH. A LARGE STOCK OF WALL PAPERS, WINDOW SHADES, Brashes, Glues, Oils, White Leads, Turpentines, Varnishes, Pictures, and everything pertaining to the Trade. CHEAPEST HOUSE IN THE CITY. DO NOT PORGET THE NUMBER, 87 GRISWOLD ST., NSAR THE POST OFFICB. HODGE <& CHRISTIE, MANUFACTURERS OF High and Low Pressure Engines! .A. 3ST 3D MACHINERY OF ALL KINDS, COMER OF ATWATER AND RIVARD STS., JOHN JENKINS, ad MM Hi talldffr, Foot of 18J Street, joining bear of gas wobks, DETEOIT, Mich.. Small Boats always on Hand. REPAIRING DONE ON SHORT NOTICE. ORDERS PROMPTLY ATTENDED TO. T. S. HAWKS, No. 16 East Seneca Street, BumM, if. ¥. Keeps for Sale a very Large Assortment of OIF ALL ZDZESOIE^IIPTIOIsrS- AIONG TEEM MA'S" BS FOUND: Thompson's Coast Pilot. Bowditch's Navigator. Biunt's American Coast Pilot. Comer's Navigation Simplified. Dana's Seaman's Friend. Kedge Anchor. Sheet Anchor. Main and Brown's Marine Steam Engine. Biunt's Commercial Digest & Shipmaster's Assistant. Steam Engine, Propellers, etc., by King. Nystrom on Screw Propellers. Maury's Physical Geography of the Sea. Liardet on Seamanship, Discipline, etc* Steam and Marine Engine by Saxby. Nautical Routine, with Short Rules in Navigation. Cadet Engineer, by Long and Buel, of the U. S. Navy. A Treatise on Screw Propellers, by Bourne. All of Bourne's Books on the Steam Engine. All of Henry Carey Baird's Publications. A full supply of Books on Iron & Coal. Also, on Architecture, Agriculture, Mechanical Engineering, Drawing, etc. Navigation and Nautical Astronomy, by H. W. Jeans, of the Royal Naval College. John Cook, Sen. John Cook, Jr. J. COOK <& SON", MANUFACTURERS OF &WIPME@€M&, ROPE AND IRON STRAPPED, Waterman & Russell's Patent; Also, Iron Blocks, Mast Hoops, Hanks, B8MVW0 ?im f HAKD$mE$, CAPSTAN LEVERS, HASP J^MPS, $0. 285 Afwafer Street? All kinds of Kepairing done on Short Notice. R. C. TEUTON. E. TO.cWTEjLJ.ASMS, P. H. MONAHAN, Teuton, MoWilliams & Co., Wholesale and Retail Dealers in GROCERIES, PROVISIONS AND SHIP STORES, Vegetables, Fruits, Poultry, lift, Bread. Cracters, &c. STEAMBOATS & VESSELS SUPPLIED AT ALL HOURS. Warehouse on Dock, foot of Second Street, STORE, COK. JEFFERSON ATE. & SECOND ST., DETROIT. LYONS & FINNEY, OSWEGO, N.Y., Ship Chandlers & Grocers DEALERS IN HEMP AND MANILLA CORDAGE, TAR, PITCH, OAKUM, HOOKS AND THIMBLES, OARS, HAND- SPIKES, CAPSTAN BARS, BLOCKS, &c. F&mm» Pesm, PmewmmtB* And a General Assortment of SHIP AND BOAT STORES ALWAYS ON HAND. C. LINDAMAN & CO., 9 AT THE UNION MEAT MARKET, 200 Woodbridge St., DETROIT, MICH. Steamboats, Propellers and Vessels supplied with Hams, Tongues, Sausages, aad all kinds of the choicest Meats of the season, at the lowest possible prices. Also, with ICE. GUY F. HINCHMAN & CO., DEALERS IN Groceries and Provisions, SHIP CH^.IsTJDXjSI^-Z", Naval Stores, Paints, Oils, Etc., loot of Griswold St., and 16 and IS Atwater St., DiTSOIT, - - - HIGBM41L Agents for Head's Patent Steering Gear and Sylvester's Capstans. Also, Patent Boom Travelers. has SAILS FOR VESSELS OF ANY TONNAGE, YACHTS AND BOATS, MADE TO ORDER. Tents and Awnings put up, and Warranted to shed Water, AND NOT TO MILDEW. None but the best materials used. Having had fifteen years' experience in the business, I feel confident that I can give perfect satisfaction to all. Canvas, Rope and Bunting always on hand. WILSON & ROBESON, Sail Makers, Riggers, Etc. Sails, Tents ? Awnings, &C. ? Made and Eepaired on the shortest notice, and WARRANTED TO FIT Orders S olicited Nos. 3 and 5, Foot of Woodward Avenue, GEO. W. WILSON, JOHN H. ROBESON. mmmf* m\m. Union Tobacco Works. J. BR MANUFACTURERS N fifc CO., I *j*9jp» if if f f « w (B$&9 >£&> WW No. 3 Woodward Avenue DETROIT RIVER DEY DOCK J. P. CLARK, Proprietor. irwo zmziiljIes below the oity. I keep constantly on hand all kinds of Material FOR THE REPAIRING OF VESSELS & STEAMERS And Experienced Men to do the Work. DIMENSIONS OF DOCK: Length, 368 feet. Width, 68 feet. Depth, 11* feet. WILCOX BROTHERS, DEALERS IN ALL KINDS OF HEMP AND MANILLA CORDAGE, Tar, Pitch, Oakum, Hooks and Thimbles, COMMON AND PATENT BLOCKS, OAKS, HAND-SPXKES AND CAPSTAN BARS. ALSO, IN Flour, Pork, Smoked Meats, AND COMPLETE STOCKS OF SHIP AND BOAT STOKES AND PROVISIONS. Corner Madison and Water St».. 1 TOT TTDO OTTTO opposite Steam Elevators, f 1 KJ±jLjU\J, uniU. C. K. DIXON, Commercial Broker, Woodward Avenue, DETROIT, MICH. To those who trust their business with me I would say, it shall he attended to with all possible prompt- ness, economy and dispatch. TROWBRIDGE, WILCOX & CO., «aii§Bt©i «««. SHIP CHANDLERS, AND DEALERS IN CUSTOM HOUSE BLOCK, First door East of Woodward Ave., on the Dock, DETROIT, MICH. Goods delivered at all times — night or day. if WILLIAM SMITH, IB f AT THE MARINE S^EAT MARKET, Jefferson Avenue, Corner of First St, DETROIT, MICH. Steamboats, Propellers and Vessels supplied with Hams, Tongues, Sausages, and all kinds of the choicest Meats of the season, at the lowest possible prices. Also, with ICE. L. L. LTOUS Ship Chandler and Grocer! DEALER IN HEMP AND MANILLA CORDAGE, TAR, PITCH, OAKUM, HOOKS AND THIMBLES, COMMON AND PATENT BLOCKS, OARS, HAND-SPIKES, &c. Also, FLOUR, FORK, SMOKED MEATS And a Complete Stock of Ship and Boat Stores, ©£1T®&^S©» ©MM®. ERRATUM. 022 194 795 2