HOME UNIVERSITY LIBRARY OF MODERN KNOWLEDGE MASTER MARINERS BY JOHN R. SPEARS LONDON WILLIAMS & NORGATE HENRY HOLT & Co., NEW YORK CANADA: WM. BRIGGS, TORONTO INDIA : R. & T. WASHBOURNE, LTD. HOME UNIVERSITY LIBRARY or MODERN KNOWLEDGE Editors : HERBERT FISHER, MJL, P.B.A. PROF. GILBERT MURRAY, D.UTT, LL.D., F.B.A, PROF. J. ARTHUR THOMSON, M.A. PROF. WILLIAM T. BREWS7ER, M.A, (COLUMBIA UXIVBRIITY, U.S.A.) NEW YORK HENRY HOLT AND COMPANY MASTER MARINERS BY JOHN R. SPEARS Author of 1 The American Merchant Marine," etc I LONDON WILLIAMS AND NORGATE PRINTED BY THE LONDON AND NORWICH PRESS, LIMITED LONDON AND NORWICH CONTENTS I WORK OF UNNAMED AND FORGOTTEN MARINERS ..... 7 II MARINERS OF THE DARK AGES ... 38 III THE OPENING UP OF THE ATLANTIC . . 58 IV FROM COLUMBUS TO MAGELLAN . . 85 V SHIFTING THE CENTRE OF MARITIME ENTER- PRISE 116 VI THE OPENING UP OF NORTH AMERICA . . 142 VII WHEN THE DUTCH AND THE ENGLISH CLASHED 169 VIII WARS BETWEEN ENGLAND AND FRANCE . 195 IX FROM THE DAYS OF BOUGAINVILLE TO THE DEATH OF NELSON .... 212 X SOME LATTER-DAY MARINERS . . . 228 BIBLIOGRAPHY 253 INDEX 256 MASTER MARINERS CHAPTER I WORK OF UNNAMED AND FORGOTTEN MARINERS IN the long history of the Seven Seas, the story of the first really great voyage of which a record remains, is told with most unsatis- factory brevity ; it even fails to give the name of the heroic captain who led the expedition. Nevertheless, such details as we have are of interest. Niku (Necho), 110, who ruled Egypt from 610 to 594, B.C., determined to open a canal across the Isthmus of Suez to enable his Red Sea war fleet to co-operate readily with the one he maintained in the Mediterranean. A ditch of consider- able depth, dug by preceding Pharaohs, already extended from sea to sea, but the 7 8 MASTER MARINERS task nevertheless proved too great for Niku's resources. Thereupon, in order to learn whether it were practicable for the Red Sea fleet to sail around Africa to the Mediter- ranean, Niku " sent to sea " (to quote Herod- otus) " a number of ships manned by Phoe- nicians with orders to make for the Pillars of Hercules [Strait of Gibraltar] and return to Egypt through them and by the Medi- terranean. The Phoenicians took their de- parture from Egypt by way of the Erythraean Sea [Indian Ocean], and so sailed into the southern ocean. When autumn came they went ashore, wherever they might happen to be, and, having sown a tract of land with corn, waited till the grain was fit to cut. Having reaped it they again set sail ; and thus it came to pass that two whole years went by, and it was not till the third year that they doubled the Pillars of Hercules and made good their voyage home. On their return they declared I for my part do not believe them, but perhaps others may FORGOTTEN MARINERS 9 that in sailing round Lybia [Africa] they had the sun upon their right hand." l In that dimly-seen age, when an abundant supply of food and a kindly climate assisted in the first awakening of the human intellect, it is likely that man at once began to go afloat. For this awakening occurred, it is believed, along the River Euphrates, and the river, as soon as man had observed that logs would float, would offer the path of least resistance whenever the migrating instinct of man was aroused. A Phoenician myth says that one Usous took a tree, " and having cleared it of its boughs, was the first to venture upon the sea." It also says that Chrysor was " the discoverer of the hook and the bait and the fishing line and the raft, and was the first man to navigate ships." The myth locates these men at the Phoenician city of Tyre, but Tyre, though it was built in 1200 B.C. (per- 1 " Recently unearthed evidence in Egypt would seem to confirm this story. 5 ' Johnston, " The Opening Up of Africa." 10 MASTER MARINERS haps in 2000 B.C.), was established by Phoenician sailors who had already been trading upon the Mediterranean for centuries, and had even gone forth upon the Atlantic as far as the tin mines of Great Britain, it is said. It appears that the Phoenician people, the first deep-water sailors known to history, originated on the shores of the Persian Gulf, an ideal locality for developing a race of seamen, for when they invented dugout canoes and went paddling across the gulf they found on occasion the waves slopping over the brim ; bark or mats were then used to keep out the water, and from that it was easy to go forward to the use of planks, and the building of hulls with keels, frames, and planks. Having boats, the people naturally began to exchange products with other people living along the waterway. Pizarro found the Peruvians transporting goods with rafts along the coast of the Pacific, and Columbus met a big trading canoe on the coast of Central America. We may suppose, there- FORGOTTEN MARINERS 11 fore, that when the navigators of the Persian Gulf ventured forth upon the Indian Ocean they found it a highway with winds that invited them to seek adventures both to the east and the west. A people who noted (as did those on the borders of the Persian Gulf) the course of the planets " the wan- derers " among the fixed stars were sure to observe and use the monsoons. There are records showing that the coasts of India have been navigated for at least 9,000 years. This is not to say that the navigation was continuous. Because of wars navigation was often interrupted, no doubt, for long periods. In the coasting trade of the Indian Ocean the Phoenicians learned the arts of the sea. The dawn of his'ory found them already upon the Red Sea and the Mediterranean. There was a Phoenician quarter in Memphis in the year 1200 B.C. Manifestly the Mediterranean trade proved more to their liking than that of the Indian ocean, for they migrated thence and built cities Tyre, Sidon, 12 MASTER MARINERS and others at points that afforded harbours and were easily defensible. The land along shore was also well adapted to the wants of sea traders, for it was first of all fertile, and it was walled in, at no great distance from the beach, by a range of mountains (Lebanon) that proved a discouraging barrier to preda- tory enemies. In their new home the Phoenicians en- larged their carrying trade. Spices, incense, precious metals, and jewels were still brought from the East. The precious metals were found, too, in mines along the north shore of the Mediterranean ; tin was found in Spain and in Britain, and slaves were to be obtained everywhere. It was inevitable that these mariners should begin at an early date to add value to their crude metals by manufacturing ornaments and offerings to the gods ; but the Phoenician artisans, after they migrated to the Mediterranean, were famous chiefly as shipbuilders and dyers. The mountains FORGOTTEN MARINERS 13 of Lebanon afforded excellent timber for the shipbuilder, while the sea was inhabited by two kinds of shellfish, in each of which was found a substance that served well for dyeing all kinds of woven fabrics. By using these substances separately and combined, and by fixing the dye with an alkali obtained from a common seaweed, the Phoenicians gave to their cloths various colours, and all were so beautiful that kings and princes were willing to pay fabulous prices for them. One story of the Phoenicians as metal workers is familiar. When the Hebrew king Solomon built his famous temple the metal work was done by Phoenicians. The story of Niku's expedition calls attention to another feature of Phoenician maritime life. The fleets which Niku owned were built and manned by Phoenicians. When Darius and Xerxes made war they depended chiefly upon the Phoenicians for their sea forces, though there were other seafaring peoples in the world at that period. In short, the Phoenicians not 14 MASTER MARINERS only built ships for export, but they chartered warships, fully manned, to many different kings. To facilitate trade they established trading stations (once called factories) along the various sea routes. Utica, on the north coast of Africa, and Gades (Cadiz), on the Atlantic coast of Spain, were famous trading stations that developed into colonies and cities. Carthage, on the north coast of Africa, was a colony established by the runaway princess Elissar (also called Dido), on a site that had once been used as a trading station (founded 1200 B.C.), from which the colony was called Kart-Hadjat (the New City). Kart-Hadjat was later corrupted into Carthage. To maintain their trade, century after century, the Phoenicians developed they were obliged to develop a high standard of commercial honour. For example, they traded with Africans whom they never saw. Going ashore, they deposited their goods in small parcels on the ground and retired until the FORGOTTEN MARINERS 15 next day. They then found beside each parcel a heap of gold dust. Where the amounts of gold dust were satisfactory they carried them away, leaving the goods. Where they sup- posed they could get still more gold they left both gold and goods and retired once more, until the next day, when they found addi- tions to the amounts of gold, and the exchanges were thus completed. Probably a Phoeni- cian captain abducted lo, daughter of the Greek king Inachus, or some other beautiful girl. It is certain that many Phoenician captains robbed the ships of other peoples, They also traded glass beads for gold nuggets. Nevertheless the Phoenicians were the leading exponents of the " square deal " in their day. Trade implied the use of weights and measures. Coins fixed quantities of precious metals were developed from weights and measures. A knowledge of mathematics was necessary in trade, and some system of bookkeeping was also needed. Finally, the Phoenicians were the first people to develop an alphabet 16 MASTER MARINERS from the picture-writing in use before their time. In brief the unnamed and forgotten master mariners of the Phoenician ships, of whom the leader of Niku's expedition was one, carried their weights and measures, their coins, their system of accounts, and their standard of honour from the borders of China to Ultima Thule. While they gave an alphabet to the enlightened Greeks, they taught the most stupid of barbarians at least the use of weights and measures. By the display of their own manufactures they incited each customer to bestir himself in the production of such things as he had to offer in exchange ; and while they stood beside their ships making bargains they told their customers the news of the world. The hulls of ancient ships were much like those of modern wooden lighters. The frame consisted of a keel, or backbone, and ribs ; and the ribs were covered with planking. The seams were caulked with fibre (sometimes FORGOTTEN MARINERS 17 with a shell-like mortar), and one city of Phoenicia was noted for the skill of its caulkers. The ends of the planks and the timbers of the frames were bolted through and through with metal bolts which were clinched or riveted. Iron was used for temporary con- structions, and brass where lasting qualities were desired. Trenails were in common use. They cut their trees in the old of the moon, thinking thus to obtain timber that would last longer. Cargo ships were of a round construction, warships long and slender. Each ship carried at least one mast, with a crow's nest at the top for the use of the pilot when entering strange waters, because under water reefs were more easily seen from an elevated station. A rectangular sail was hoisted on the mast when the wind served. (Later the Romans spread a triangular sail above the other.) The sails were often dyed or painted in various colours, and sometimes embroidered. The chief motive power, how- ever, was the slave with his oar ; and slaves B 18 MASTER MARINERS cost so little that owners had no incentive to invent a better propeller. In the larger ships the oars were thrust in through holes in the sides, these holes being made in banks or tiers, one above another. Ordinarily there were from two to five banks of oars, but ships are mentioned in history that had as many as sixteen. How these oars were arranged and handled (it is said that one ship used 4000 oarsmen), is a question over which modern naval architects have puzzled in vain. 1 Herodotus, in describing the battle of Actium, says Anthony " set fire to all the Egyptian ships except sixty ; and of these the best and largest, from ten banks down to three, he manned with 20,000 full armed men and 200 archers." The big ships, however, were very 1 The reader who wishes to see the discussions of two critical modern writers who have considered this subject, can find them in W. S. Lindsay's " History of Merchant Shipping," and John Charnock's " History of Marine Architecture." The two writers hold different views, the chief point at issue the meaning of the word bank what constitutes a bank of oars, and how were the oars arranged in it. FORGOTTEN MARINERS 19 unhandy the ship with three banks of oars was the most efficient size. One or two heavy oars on each quarter served in place of the modern rudder. With 200 good slaves at the oars the three- bank ship the trireme could be driven eight miles in an hour, and 100 in twenty- four hours. Miltiades, according to Herodo- tus, once covered 140 miles in a day. Early Roman triremes were 105 feet long by 11 broad ; but Julius Caesar reduced them to 90 x 10. The fighting men (marines) were stationed on elevated platforms at each end, whence we have the modern poop and fore- castle. A gangway was built along each rail (sometimes one only amidships), upon which the boatswain, whip in hand, stalked to and fro to incite the oarsmen to greater efforts. The gangway was developed into a deck over all at the time when Themistocles persuaded the Athenians to build a navy with which to repel the Persians (483 B.C.). The most important feature of the ancient 20 MASTER MARINERS warships was the beak. An ancient Phoeni- cian picture shows this beak located under water, while the stern of the ship rises in a way to indicate that the crew always laid her to, with the stern to the wind, when a gale was blowing. It was, no doubt, because of this practice that ancient ships were driven over such long distances by heavy storms. Very often the whole length of the Mediterran- ean was covered, and they fled sometimes into the Atlantic. It is reasonable to suppose that the Canaries were first discovered by the crew of a storm-driven ship, for in more modern times a Portuguese navigator, bound down the African coast, drifted across the Atlantic in pleasant weather, and so discovered Brazil. When a smooth beach was at hand the ancient sailors avoided storms by dragging their ships out of water, but a description of the tackle used for that purpose is nowhere given. A celebrated pirate named Myoparo gave his name to a swift model which he designed, but all that we know of the form is that it had no FORGOTTEN MARINERS 21 beak. The pirates did not sink their prizes by ramming. Said Xenophon, in describing what he saw on a Phoenician ship : "I think that the best and most perfect arrangement of things which I ever saw was when I went to look at the great Phoenician sailing vessel ; for I saw the largest amount of naval tackling separately disposed in the smallest stowage possible. For a ship, as you well know, is brought to anchor, and again got under way, by a vast number of wooden implements and of ropes, and sails the sea by means of a quantity of rigging, and is armed with a number of contrivances against hostile vessels, and carries about with it a large supply of weapons for the crew, and, besides, has all the utensils that a man keeps in his dwelling house for each of the messes. In addition, it is loaded with a quantity of merchandise which the owner carries with him for his own profit. Now all the things which I have mentioned lay in a space not much bigger 22 MASTER MARINERS than a room that would conveniently hold ten beds. And I remarked that they severally lay in such a way that they did not obstruct one another, and did not require any one to look for them, and yet they were neither placed at random, nor entangled one with another, so as to consume time when they were suddenly wanted for use. Also, I found the captain's assistant, who is called the lookout man [the modern first mate is also, at times, stationed on the forecastle], so well acquainted with the position of all the articles, and with the number of them, that even when at a distance he would tell where everything lay, and how many there were of each sort, just as one who has learned to read could tell the number of letters in the name of Socrates, and the proper place for each of them. Moreover, I saw this man in his leisure moments examining and testing everything that a vessel needs when at sea ; so, as I was surprised, I asked him what he was about, whereupon he replied, ' Stranger, I am looking FORGOTTEN MARINERS 23 to see, in case anything should happen, how everything is arranged in the ship, and whether anything is wanting, or is inconveniently situated ; for when a storm arises at sea it is not possible to look for what is wanting, or to put to rights what is arranged awkwardly.' ' Remembering the deep-water voyages made by the Phoenicians we may suppose that this officer was a typical Phoenician sailor, and we see in his work how sea life developed efficiency. The profits of the early mariners were enormous whenever the ship lived to return to her home port. For example, when Solomon and Hiram, king of Tyre, as partners, sent a fleet of traders to the far East, the profit was so great that Solomon's share amounted to 420 talents of gold. Among the records of Carthage which have been preserved is the complete story of a voyage made by a master mariner named Hanno along the west coast of Africa (520 or 470 B.C.). The number of mulattoes in 24 MASTER MARINERS and around the city having increased to a degree which made the rulers fear lest white supremacy be endangered, " it was decreed by the Carthaginians that Hanno should sail beyond the Pillars of Hercules and found cities " of these undesirable citizens. " Ac- cordingly he sailed with sixty ships of fifty oars each " warships for convoy " and a multitude of men and women to the number of 30,000 " in merchant ships. Settlements were made at intervals as far as the River Oro. Thereafter Hanno explored the coast as far as the south-east extremity of Sierra Leone ; and Johnston (" The Opening Up of Africa ") thinks it possible that the Carthaginians traded as far as the Gold Coast in later years. Of all the voyages which mariners of Phoenician blood made, only this one brief story remains. There is, indeed, an account of a voyage made by a captain named Himilco along the European coast while Hanno was oh the west coast of Africa. But Himilco's FORGOTTEN MARINERS 25 account is wholly incredible, and it is supposed that he wrote as he did because the Cartha- ginians feared an accurate account would lead other traders to the coast. Any further account of the Carthaginians as a seafaring people must include much of the sea history of the Romans as well ; for the whole story relates to the wars between the two nations. The Romans and the Carthaginians developed during the same period of time, but under very widely differing conditions. Carthage grew into a vast city that ruled many trading stations along the coasts and controlled the ' trade of the interior behind her stations. She also colonized most of Sicily and Sardinia. The aborigines were all held in subjection by mercenaries. Rome grew great by conquest and assimilation. Conflict arose when Rome reached out to Sicily for more territory. Although the Etruscans were originally a seafaring people, and in spite of the fact that the imperial city supported a considerable number of merchantmen (there were many 26 MASTER MARINERS Roman capitalists owning ships), the Romans had no navy, and the patricians ranked mariners as the lowest of all the social classes. But war with Carthage wrought a change. While the Roman armies triumphed in Sicily, Carthaginian ships insolently patrolled the mouth of the Tiber, and interrupted the com- munications of the Sicilian army. Accord- ingly, in 262 B.C., Rome decided to build a navy, and 120 large ships (modelled after a stranded Carthaginian battleship) were sent afloat within sixty days, from the cutting of the first tree for timber. And, while the carpenters were wielding axe and adze and maul, the Romans put slaves at work in row- ing machines built along the beach, in order to train them to pull together One can imagine the amusement of the Carthaginians when they saw those rowing machines in operation. Although copied as a whole, the Roman ships had one important original peculiarity. A gangplank, 18 feet long by 4 wide, was FORGOTTEN MARINERS 27 hinged to each forecastle in such a way that it could be dropped to form a bridge reaching to the enemy's ship. As it fell, a sharp-pointed iron was driven into the enemy's deck to hold the bridge in place. The Romans recognised their ignorance of sea tactics, but they had confidence in their short swords. This green-timber fleet met the Carthagin- ians, under an admiral named Hannibal (not the great soldier), off the city of Mylse. Hannibal, despising these landsmen, swooped down with his ships in a mob-like formation, but the Roman captains, as they met the enemy ship to ship, dropped the broad gang- planks and called away boarders. One history says " the Carthaginians were surprised." The truth is they were astounded. So many of their crews were cut to pieces literally cut to pieces that Hannibal himself escaped only by leaping into a small boat, and fleeing for life. This victory, however, created the pride that goes before destruction. The Romans invaded Africa and were def eatevas on the rim of a cyclone most of the time," >aid the captain in describing the passage to :he writer. In the meantime the China tea-trade clip- 3ers had been making records for speed. The Rainbow, 750 tons. Captain John Land, made ler first voyage to Canton (1843) in ninety- :wo days, and returned in eighty-eight. Captain Palmer, the old sealer, in the Russell sailed 7,622 miles in thirty consecutive days ind 318 in one of them. Captain " Bob " 242 MASTER MARINERS Waterman, in the Water Witch, sailed from Canton to New York in seventy-seven days and covered 358 in one of them. Captain Lacklan McKay, in the Sovereign of the Seas (2,400 tons, the largest and sharpest ship of her day), " in twenty-four consecutive hours ran 430 geographical miles." The undisputed record for a day's sail (436 sea miles) was made by an English crew in the Lightning, built by Donald McKay, of Boston. Writers have talked much about the models of these clippers. They had a peculiar model, but modern yacht builders have demonstrated that it was not the best. The clippers made their records in spite of it. Indeed Captain Waterman first made fame by driving the full-lined and notably slow coaster Natchez from Canton, 13,955 miles, to New York in seventy-eight days, or only one more than his record in the Water Witch. Where, then, did the ships get their records for speed ? It was from the man on the quarter deck, who had been evolved by something more than LATTER-DAY MARINERS 243 200 years of merchant-marine work among the rocks of the South Shetlands. or on the whaling grounds of the Pacific, or among the pirates and privateers of the Atlantic. When the wind served the captain remained on deck day and night to keep her going. The sheets and halliards were made of chains, and were locked so that frightened sailors could not let them fly. Studding sails were spread to the zephyrs on the equator, and kept stretched when the trade winds made the rigging scream. But the clipper owner was living in a fool's paradise, unable to see the revolution in shipping that was to strand the ship of the sail. The day of the steamship had dawned before the Black Ball Line was organized, but early evolution was slow. Two of the most interesting names in the early history of the steamship are those of Robert Fulton (1765-1815) und Henry Bell (1767-1830), who achieved fame by their success, the one in America and the other in Scotland. Fulton studied for some time in 244 MASTER MARINERS Paris (1797), and there experimented largely with torpedo boats and submarine torpedos. With Chancellor Livingstone, he built a steam ship on the Seine (1801-2), but the engine was too heavy. Recovering the engine, which had gone down with the boat, Fulton had it placed on a larger and stronger vessel. He tried again on the Seine, August 9, 1803 ; but the result was not successful, for the boat was never able to attain any great speed. On returning to England in 1804, Fulton ordered and had built an engine which he and Living- stone intended to use in America. He sailed in the October of 1806, the engine following ; and in the August of 1807 it was placed on board the Claremont, which Fulton had had specially built. She made her first trip between New York and Albany, a distance of 142 miles, in thirty-two hours, and made the return journey in thirty hours. The Claremont was the first steam navigation boat to be used with any success. Henry Bell designed the well known Comet, which was LATTER-DAY MARINERS 245 launched from the Glasgow docks in 1812. Her length was 42 feet, her breadth 11 feet, and she drew 5J feet of water Her engine, built by John Robertson, was of three-horse power. She journeyed from Glasgow to Helensburgh, and across to Greenock, doing 5 miles an hour. As time went on, and her successors began to make longer voyages in shorter time, the Comet was lengthened to 60 feet, fitted with a new engine and side paddles, and reached a speed of six miles an hour. In England the steam engine had been developed more than twenty years earlier for land use, leading to an immense growth in the number of engineers who were employed in the factory system of manufactures. When steam was applied to navigation there the steamship owners had not only a well-developed body of engineers from which to draw the needed personnel, but the steamship was from the first adapted to the stormy waters of the channels and then was sent across the Bay of Biscay to Bordeaux 1,600 miles. Thus, 246 MASTER MARINERS after this natural development or preparation, it was an English company that sent the steamer Sirius, Lieutenant R. Roberts, R.N., commanding, from Cork bound for New York on April 4, 1838. She arrived in the morning of April 23, and thus demonstrated the feasibility of transatlantic steam navigation. In confirmation of her work, the steamer Great Western, built by the Great Western Railway Company for the oversea trade, left Bristol on the 7th of April and reached New York on the 23rd, a few hours after the Slriiis. While England had more shipping, the American packet lines were then in undisputed control of the New York-Liverpool trade ; the American sailor of the sail was beyond dispute without an equal in efficiency. But when those two British steamers anchored in New York, the supremacy of the British in all trades was assured because the British en- gineer (a Scotchman, he) was of unequalled efficiency in his line. It is demonstrable that in building smooth- water engines the American LATTER-DAY MARINERS 247 engineer was unsurpassed, but his habits of thought and traditions were against him when he tried to build engines for the deep-water ships. The Siritis was a ship driven by paddle wheels, and wheels of that kind were in use on the Atlantic for many years ; but beginning in 1836 John Ericsson proved the superiority of the screw ; and at about the same time it was demonstrated that iron was a better material for building the hulls of ships than wood. Since then British shipping has risen gradually, steadily, irresistibly to her present primacy in all the seas of the world. The historians of the sea, in dealing with the steamship era, give their space, save only for brief references in general terms, to the great packet lines lines that depend for profits chiefly upon the passenger traffic and what is called express freight. Naval architects have from the first given their chief attention to the evolution of the class of ships used by these lines. The first compound engine placed 248 MASTER MARINERS upon a deep-water ship was built for a vessel owned by a company trading around the Horn (1856). Beginning about the year 1874 the compound engine was developed in line ships until the steam received four expansions in the cylinders. The use of two propellers in merchantmen came with improved liners, and, finally, the value of the turbine engine for the development of tremendous speed was demon- strated in the liners where great speed was wanted. From the twelve or thirteen knots per hour of fifty years ago we have seen the sustained speed of these ships rise to more than twenty-five. And, along with increase of speed, we have seen such an increase of luxurious furnishings that lifts and tennis courts and swimming pools and hot-house gardens are considered matters of necessity. The captain has developed into a society leader. But while, with unthinking enthusi- asm, we applauded these innovations, we remained oblivious to the fact that the modern packet hull is not as safe as that of the Great LATTER-DAY MARINERS 249 Eastern until appalling disaster brought the truth home to us. The great liner thus fills the public eye ; but the greater part of the world's work on salt water has been done by the ship bearing the name of tramp, and it is the tramp cap- tain who is the real hero afloat. Fifty years ago boiler pressure ranged from ten to twelve pounds per square inch, and the boiler shells were known to burst inward because of un- expected condensation within. " I mind the time we used to serve a broken pipe with tow." A steam-driven passage was far more expensive then than now, for it took from seven to nine pounds of coal on the grate to produce a horse-power hour of work. Nevertheless, the tramps got the cargoes, because they could deliver them punctually " And those were the days of clippers, and the freights were clipper freights." Steadily but without noise these transient ships have grown in efficiency. Hatches and holds were early adapted to many kinds of cargo, and the engines were improved 250 MASTER MARINERS until " we came with our nine-knot freighters, and collared the long-run trade." The tramps have been the latter-day pioneers and explorers. With her captain on the bridge, the tramp has anchored in the harbours of Africa and Brazil, where the fever-laden mosquitoes swarmed off to destroy the crew. It has anchored in the ports of Asia, where the rats brought the plague-bearing fleas on board. It is found taking on guano between the coral reefs of an island of the Pacific, or lying in wait for it where the water is a thousand fathoms deep just off the rocks. And in the next charter the same ship may go to a fiord in Greenland for a load of cryolite. By her low rates of freight, and her ability to deliver the goods when they are wanted, the transient steamer enlarges the trade she dis- covers until in out-of-the-way ports regular sailing days are found convenient and the line traffic is adopted in addition to that of the tramp. But it is not alone in the trade of obscure LATTER-DAY MARINERS 251 ports that the tramp thrives. The hurrying liner docks in all her majesty, overshadowing a score of humble tramps lying here and there taking on cargo perhaps grain or heavy machinery for the very port from which the liner came. Moreover, there is no route too long for the tramp not even the grain route from Oregon to Europe, or the lumber route from the same coast to Australasia. For, though smoky and blunt, the cargo ship can carry a ton freight a mile on the heat developed by a half ounce of coal on the grate. As Kipling wrote, " The liner she's a lady, but if she wasn't made There still would be the cargo boats for 'ome an' foreign trade. The Man-o'-War's 'er 'usband, but if we was n't 'ere I wouldn't 'ave to fight at all for 'ome an' friends so dear," It was the superior efficiency of the British iron screw cargo boat that drove the American clipper ships from the sea, and it is the same class of ships that now controls the deep-water trade. The domination of the British on all 252 MASTER MARINERS seas did but illustrate the survival of the fittest. And in these days, when the rivalry upon deep water is once more becoming in- tense, and men are even talking about a yellow " peril," that is a fact of the utmost importance. For the law is inexorable ; in the future, as in the past, the people who are best fitted to carry on the trade will, in spite of all opposition, rule the Seven Seas. BIBLIOGRAPHY THE reader who wishes to make a more extended study of the commerce of the sea and of the men who promoted its growth can find a comprehensive bibliography in Olive Day's History of Commerce (Longmans, Green), an admir- able introduction to this subject. The lis^t of books cited includes many issued on the Continent as well as those from England and the United States. W. S. Lindsay's History of Merchant Shipping (issued in 1876 and now out of print, but obtainable in large libraries) is devoted chiefly to the history of British shipping, but it gives much space to ancient navigation, the laws of the sea, and the life of sailors at sea. John Charnock's History of Marine Architecture, issued in London in 1802, is the best authority on the early history of English ships and shipping, giving especial attention to the navy. A large amount of space is devoted to ancient shipping of the Mediterranean, how- ever ; and with Charnock and Lindsay in hand the student will be well prepared for further investigations. Lindsay quotes a number of ancient writers, the most interesting and perhaps the most important of them all being the History of Herodotus (Everyman's Library, Dent, is a- convenient edition). Plutarch's Lives contains some nautical matter. Raw- linson's works, and especially the convenient Phoenicia, in the Stories of the Nations series (Putnam), are neces- sary. Rawlinson places stress upon the geographical influences in human development, a matter overlooked by many historians. Johnston's Opening Up of Africa (Home University Library) gives a remarkable summary of the development of the Mediterranean peoples of the earliest 253 254 BIBLIOGRAPHY times. Holm's History of Greece (Macmillan) and Momm- sen's Provinces of the Roman Empire are recommended for the study of Greek and Roman navigation. Volumes 1 and 2 of Mommsen are all that will be needed. For the medieval period leading down to the time of Columbus one should study C. R. Beazley's Prince Henry the Navigator ; volume 1 of John Fiske's Discovery of America ; Helen Zimmern's Hansa Towns ; J. E, T. Rogers's Holland ; Travels of Marco Polo, and for a general view of Europe during the period, H. W. C. Davis's Medieval Europe (Home University Library). Weil's Venice and Ruskin's Stones of Venice may very well be read for side lights. Ruskin's portrayal of the Venetians at their best and worst is unequalled. For the opening up of the Atlantic three works will be found entirely satisfactory Fiske's Discovery of America, Justin Winaor's History of America a work that is parti- cularly valuable for its references and maps ; Sir Arthur Helps* Spanish Conquest of America (Lane), which gives an intimate view of Spanish life in America. In the mean- time one should have read J. L. Motley's Rise of the Dutch Republic. Hakluyt's Principal Navigations is not always absolutely trustworthy, but in no other work can one find the point of view of the merchant and the sailor of the day so well set forth. E. J. Payne's Voyages of Elizabethan Seamen (Clarendon Press) is a compilation of the narra- tives of the men who did the work and therefore indis- pensable. Lindsay, mentioned above, is interesting in the study of the Elizabethan period, and Charnock's lists of ships and statements of fact regarding the sizes and construction of the ships are necessary if one would'com- prehend the work done by the seamen of the period some- thing that is difficult at best. The story of Lord Anson's voyage around the world is another helpful work. Cun- ningham's Growth of English Industry and Commerce (Maomillan) sets forth the development of agriculture as well as of manufacturing and shipping. Seeley's Expan- sion of England and Mahan's Influence of Sea Power BIBLIOGRAPHY 255 are already famous. J. R. MoCulloch's Dictionary of Commerce, printed in a number of editions in England and the United States during the first half of the nineteenth century, although chiefly a mass of commercial statistics, contains some most valuable papers having a direct bearing upon the work of the master mariners. The discussion of the Navigation Laws may be cited as an example. The chief original sources of the history of American shipping are found in the colonial documents of Massa- chusetts and New York. Weeden's Economic History of New England is by far the best work written frm these documents and it contains much matter from the papers of colonial merchants. In my own American Merchant Marine (Macmillan) I gave special attention to the in- fluences of environment upon the development of American ships and sailors. Steam navigation received as much space as the size of the book permitted, but that branch of sea history is treated at length in Fry's History of North Atlantic Steam Navigation (Scribner). A file of London Engineering and the New York Scientific American will yield many facts in connection with the development of ships during the last sixty years or more. In Master Mariners it has been impossible to do more than suggest the influence of race peculiarities in the evolution of sea power. I have been unable to find any work that deals with the subject, but in Davenport's Principles of Breeding (Ginn) is a discussion of " bathmic influences " which will serve very well for a start in a study of the matter. INDEX AMUNDSEN, Captain Roald, 167 168 Anglo-American War of 1812, 239 Anson, Lord, 199-201 Baffin, William, 162, 163 Balboa, Vasco Nunez de, 106 Bart, Jean, 196 Bjaroi, 52, 53, 128 Blake, Admiral Robert, 177-180, 185 Bougainville, Louis Antoine de, 221, 222 Buccaneers, the, 205-211 Cabot, John, 113-115, 145 Cabot, Sebastian, 113-115, 161 Cabral, Pedro Alvarez de, 102 Champlain, Samuel de, 157, 158 Chrysor, 9 Cintra, Pedro de, 65 Clippers, 240-243 Columbus, Christopher, 10, 66, 69-98, 106, 111 Cook, Captain James, 221, 224-227 Dampier, William, 210, 211, 224 Davis, John, 162 Diaz, Bartholomew, 67, 68, 98 Drake, Sir Francis, 125, 127, 128- 138, 142, 144, 147, 149, 162, 170 Escobar, Pedro de, 65, 70 Franklin, Sir John, 163, 164 Frobisher, Sir Martin, 162 Garaa, Vasco da, 94, 98-100 Gilbert, Sir Humphrey, 149 Gomez, Diego, 65 Greeks, the, 33-37, 194 Grenville, Sir Richard, 139, 140, 142 Hanno, 23, 24, 32 Hawke, 203-205 Hawkins, John, 123-127, 142, 149 Himilco, 24 Hudson, Henry, 155-167 La Cosa, Juan, 101 Lancaster, Captain James, 171 McClintock, Leopold, 164, 165 McClure, Captain Robert, 165 Magellan, 109-112 Malocello, Launcelot, 60 Marck, William de la, 119, 120, 142 Nansen, Fridjof, 166 Nelson, Horatio, 140, 216-220 Niku, 7, 8, 13, 16 Nordenskiold, Nils Adolf Eric 165, 166 Parry, William Edward, 163 Peary, Commander R.E., 166, 167 Penn, Admiral, 180-182, 184 PhoBnicians, the, 10-16, 30-33, 194 Pinzon, Vincente, 100 Pirates, Barbary, 237-238 Pizarro, Francisco, 10, 107-109 Prince Henry of Portugal, 58, 61-65 Ptolemy, 61, 62, 72, 223 Raleigh, Sir Walter, 149 Ruyter, Admiral Michael de, 179 187, 189-193 Santarem, Jofio de, 65, 70 Sealing, 234-236 Smith, Captain John, 150, 151 156 Steamship, Development of, 240 Steamships, 243-249 Toscanelli, 72. 73 Tourville, Comte de, 195, 196 Tramps, 249-251 Transatlantic Packets, 240, 241 Tromp, Admiral Martin Harpert- zoon, 175, 177, 178-183 Usous, 9 Venetians, the, 40-46, 48, 194 Vespucius, Americus, 100, 101. 103-106 Vikings, the, 48-53 Whaling, 228-234 The London & Norwich Press, Ltd., London and Norwich RARY FOURTEEN DAY USE RETURN TO DESK FROM WHICH BORRO^ LOAN This book is due on the last date stamped bel on the date to which renewed. Renewed books are subject to immediate re LIBRARY USE rtEGt^LuO AUG 1 3 1956 o UAft - 1 15GS " C""4 r""* J-~rm MM ^EC'D L n Ftbl5'66-e rt f\ ~r jl . PM OCT^o 1968 2 RECEIVED r\ CVP - r,n ~i s 'Rft -fi PM ^A i OAN PE pT ' Y 3133935 G10 31 THE UNIVERSITY OF CALIFORNIA LIBRARY