The iron traffic which has grown to such monster proportions, and created so noble a fleet of ships, began in 1856, when the steamer "Ontonagon" shipped two hundred and ninety-six tons of ore at Duluth. To-day, one ship of a fleet numbering hundreds will carry nine thousand tons, and make twenty trips a season. Mr. Waldon Fawcett, who has published in the "Century Magazine" a careful study of this industry, estimates the total ore cargoes for a year at about 20,000,000 tons. The ships of the ore fleet will range from three hundred and fifty to five hundred feet in length, with a draft of about eighteen feet—at which figure it must stop until harbors and channels are deepened. Their cost will average $350,000. The cargoes are worth upward of $100,000,000 annually, and the cost of transportation has been so reduced that in some instances a ton is carried twenty miles for one cent. The seamen, both on quarterdeck and forecastle, will bear comparison with their salt-water brethren for all qualities of manhood. Indeed, the lot of the sailor on the lakes naturally tends more to the development of his better qualities than does that of the salt-water jack, for he is engaged by the month, or season, rather than by the trip; he is never in danger of being turned adrift in a foreign port, nor of being "shanghaied" in a home one. He has at least three months in winter to fit himself for shore work if he desires to leave the water, and during the season he is reasonably sure of seeing his family every fortnight. A strong trades-union among the lake seamen keeps wages up and regulates conditions of employment. At the best, however, seafaring on either lake or ocean is but an ill-paid calling, and the earnings of the men who command and man the great ore-carriers are sorely out of proportion to the profits of the employing corporations. Mr. Fawcett asserts that $11,250 net earnings for a single trip was not unusual in one season, and that this sum might have been increased by $4500 had the owners taken a return cargo of coal instead of rushing back light for more ore. As the vessels of the ore fleet are owned in the main by the steel trust, their earnings are a consideration second to their efficiency in keeping the mills supplied with ore.
The great canal at Sault Ste. Marie which has caused this prodigious development of the lake shipping has been under constant construction and reconstruction for almost half a century. It had its origin in a gift of 750,000 acres of public lands from the United States Government to the State of Michigan. The State, in its turn, passed the lands on to a private company which built the canal. This work was wholly unsatisfactory, and very wisely the Government took the control of this artificial waterway out of private hands and assumed its management itself. At once it expended about $8,000,000 upon the enlargement and improvement of the canal. Scarcely was it opened before the ratio at which the traffic increased showed that it would not long be sufficient. Enlarged in 1881, it gave a capacity of from fourteen feet, nine inches to fifteen feet in depth, and with locks only four hundred feet in length. Even a ditch of this size proved of inestimable value in helping vessels to avoid the eighteen feet drop between Lake Superior and Lake Huron. By 1886 the tonnage which passed through the canal each year exceeded 9,000,000, and then for the first time this great waterway with a season limited to eight or nine months, exceeded in the volume of its traffic the great Suez canal. But shippers at once began to complain of its dimensions. Vessels were constantly increasing both in length and in draught, and the development of the great iron fields gave assurance that a new and prodigious industry would add largely to the size of the fleet, which up to that time had mainly been employed in carrying grain. Accordingly the Government rebuilt the locks until they now are one hundred feet in width, twenty-one feet deep, and twelve hundred feet long. Immediately vessels were built of a size which tests even this great capacity, and while the traffic through De Lessep's famous canal at Suez has for a decade remained almost stationary, being 9,308,152 tons, in 1900, the traffic through the "Soo" has increased in almost arithmetical proportion every year, attaining in 1901, 24,696,736 tons, or more than the combined tonnage of the Suez, Kiel, and Manchester canals, though the "Soo" is closed four months in the year. In 1887 the value of the iron ore shipments through the canal was $8,744,995. Ten years later it exceeded $30,000,000. Meanwhile it must be remembered that the Canadian Government has built on its own side of the river very commodious canals which themselves carry no small share of the Lake Superior shipments. An illustration of the fashion in which superior facilities at one end of a great line of travel compel improvements all along the line is afforded by the fact that since the canal at the "Soo" has been deepened so as to take vessels of twenty-one feet draught with practically no limit upon their length, the cry has gone up among shippers and vessel men for a twenty-foot channel from Duluth to the sea. At present there are several points in the lower lakes, notably at what is called the Lime Kiln Crossing, below Detroit, where twenty-foot craft are put to some hazard, while beyond Buffalo the shallow Welland Canal, with its short locks, and the shallow canals of the St. Lawrence River have practically stopped all effort to establish direct and profitable communication between the great lakes and the ocean. Such efforts have been made and the expedients adopted to get around natural obstacles have sometimes been almost pathetic in the story they tell of the eagerness of the lake marine to find an outlet to salt-water. Ships are cut in two at Cleveland or at Erie and sent, thus disjointed, through the canals to be patched together again at Quebec or Montreal. One body of Chicago capitalists built four steel steamers of about 2500 tons capacity each, and of dimensions suited to the locks in the Welland Canal, in the hopes of maintaining a regular freight line between that city and Liverpool. The vessels were loaded with full cargo as far as Buffalo, there discharged half their freight, and went on thus half-laden through the Canadian canals. But the loss in time and space, and the expense of reshipment of cargo made the experiment an unprofitable one. Scarcely a year has passed that some such effort has not been made, and constantly the wonderful development of the ship-building business on the Great Lakes greatly increases the vigor of the demand for an outlet. Steel ships can be built on the lakes at a materially smaller cost than anywhere along the seaboard. In the report of the Commissioner of Navigation for 1901 it is noted that more than double the tonnage of steel construction on the Atlantic coast was reported from the lakes. If lake builders could send their vessels easily and safely to the ocean, we should not need subsidies and special legislation to reestablish the American flag abroad. By the report already quoted, it is shown that thirty-nine steel steamers were built in lake yards of a tonnage ranging from 1089 tons to 5125. Wooden ship-building is practically dead on the lakes. In June of that year twenty-six more steel steamers, with an aggregate tonnage of 81,000 were on the stocks in the lake yards. Two of these are being built for ocean service, but both will have to be cut in two before they can get through the Canadian canals. It is not surprising that there appears among the people living in the commonwealths which border on the Great Lakes a certain doubt as to whether the expenditure by the United States Government of $200,000,000 for a canal at the Isthmus will afford so great a measure of encouragement to American shipping and be of as immediate advantage to the American exporter, as a twenty-foot channel from Duluth to tide-water.
Though the old salt may sneer at the freshwater sailor who scarcely need know how to box the compass, to whom the art of navigation is in the main the simple practise of steering from port to port guided by headlands and lights, who is seldom long out of sight of land, and never far from aid, yet the perils of the lakes are quite as real as those which confront the ocean seaman, and the skill and courage necessary for withstanding them quite as great as his. The sailor's greatest safeguard in time of tempest is plenty of searoom. This the lake navigator never has. For him there is always the dreaded lee shore only a few miles away. Anchorage on the sandy bottom of the lakes is treacherous, and harbors are but few and most difficult of access. Where the ocean sailor finds a great bay, perhaps miles in extent, entered by a gateway thousands of yards across, offering a harbor of refuge in time of storm, the lake navigator has to run into the narrow mouth of a river, or round under the lee of a government breakwater hidden from sight under the crested waves and offering but a precarious shelter at best. Chicago, Cleveland, Milwaukee—most of the lake ports have witnessed such scenes of shipwreck and death right at the doorway of the harbor, as no ocean port could tell. At Chicago great schooners have been cast far up upon the boulevard that skirts a waterside park, or thrown bodily athwart the railroad tracks that on the south side of the city border the lake. The writer has seen from a city street, crowded with shoppers on a bright but windy day, vessels break to pieces on the breakwater, half a mile away but in plain sight, and men go down to their death in the raging seas. On all the lakes, but particularly on the smaller ones, an ugly sea is tossed up by the wind in a time so short as to seem miraculous to the practised navigator of the ocean. The shallow water curls into breakers under the force of even a moderate wind, and the vessels are put to such a strain, in their struggles, as perhaps only the craft built especially for the English channel have to undergo. Some of the most fatal disasters the lakes have known resulted from iron vessels, thus racked and tossed, sawing off, as the phrase goes, the rivets that bound their plates together, and foundering. Fire, too, has numbered its scores of victims on lake steamers, though this danger, like indeed most others, is greatly decreased by the increased use of steel as a structural material and the great improvement in the model of the lake craft. Even ten years ago the lake boats were ridiculous in their clumsiness, their sluggishness, and their lack of any of the charm and comfort that attend ocean-going vessels, but progress toward higher types has been rapid, and there are ships on the lakes to-day that equal any of their size afloat.
For forty years it has been possible to say annually, "This is the greatest year in the history of the lake marine." For essentially it is a new and a growing factor in the industrial development of the United States. So far, from having been killed by the prodigious development of our railroad system, it has kept pace with that system, and the years that have seen the greatest number of miles of railroad built, have witnessed the launching of the biggest lake vessels. There is every reason to believe that this growth will for a long time be persistent, that the climax has not yet been reached. For it is incredible that the Government will permit the barrier at Niagara to the commerce of these great inland seas to remain long unbroken. Either by the Mohawk valley route, now followed by the Erie canal, or by the route down the St. Lawrence, with a deepening and widening of the present Canadian canals, and a new canal down from the St. Lawrence to Lake Champlain, a waterway will yet be provided. The richest coast in the world is that bordering on the lakes. The cheapest ships in the world can there be built. Already the Government has spent its tens and scores of millions in providing waterways from the extreme northwest end to the southeastern extremity of this water system, and it is unbelievable that it shall long remain violently stopped there. New devices for digging canals; such as those employed in the Chicago drainage channel, and the new pneumatic lock, the power and capacity of which seem to be practically unlimited, have vastly decreased the cost of canal building, and multiplied amazingly the value of artificial waterways. As it is admitted that the greatness and the wealth of New York State are much to be credited to the Erie canal, so the prosperity and populousness of the whole lake region will be enhanced when lake sailors and the lake ship-builders are given a free waterway to the ocean.
CHAPTER VIII
The Mississippi and Tributary Rivers—The Changing Phases of Their Shipping—River Navigation as a Nation-Building Force—The Value of Small Streams—Work of the Ohio Company—An Early Propeller—The French First on the Mississippi—The Spaniards at New Orleans—Early Methods of Navigation—The Flatboat, the Broadhorn, and the Keelboat—Life of the Rivermen—Pirates and Buccaneers—Lafitte and the Baratarians—The Genesis of the Steamboats—Capricious River—Flush Times in New Orleans—Rapid Multiplication of Steamboats—Recent Figures on River Shipping—Commodore Whipple's Exploit—The Men Who Steered the Steamboats—Their Technical Education—The Ships They Steered—Fires and Explosions—Heroism of the Pilots—The Racers.
It is the ordinary opinion, and one expressed too often in publications which might be expected to speak with some degree of accuracy, that river transportation in the United States is a dying industry. We read every now and then of the disappearance of the magnificent Mississippi River steamers, and the magazines not infrequently treat their readers to glowing stories of what is called the "flush" times on the Mississippi, when the gorgeousness of the passenger accommodations, the lavishness of the table, the prodigality of the gambling, and the mingled magnificence and outlawry of life on the great packets made up a picturesque and romantic phase of American life. It is true that much of the picturesqueness and the romance has departed long since. The great river no longer bears on its turbid bosom many of the towering castellated boats built to run, as the saying was, on a heavy dew, but still carrying their tiers upon tiers of ivory-white cabins high in air. The time is past when the river was the great passenger thoroughfare from St. Louis to New Orleans. Some few packets still ply upon its surface, but in the main the passenger traffic has been diverted to the railroads which closely parallel its channel on either side. The American travels much, but he likes to travel fast, and for passenger traffic, except on a few routes where special conditions obtain, the steamboat has long since been outclassed by the railroads.
Yet despite the disappearance of its spectacular conditions the water traffic on the rivers of the Mississippi Valley is greater now than at any time in its history. Its methods only have changed. Instead of gorgeous packets crowded with a gay and prodigal throng of travelers for pleasure, we now find most often one dingy, puffing steamboat, probably with no passenger accommodations at all, but which pushes before her from Pittsburg to New Orleans more than a score of flatbottomed, square-nosed scows, aggregating perhaps more than an acre of surface, and heavy laden with coal. Such a tow—for "tow" it is in the river vernacular, although it is pushed—will transport more in one trip than would suffice to load six heavy freight trains. Not infrequently the barges or scows will number more than thirty, carrying more than 1000 tons each, or a cargo exceeding in value $100,000. During the season when navigation is open on the Ohio and its tributaries, this traffic is pursued without interruption. Through it and through the local business on the lower Mississippi, and the streams which flow into it, there is built up a tonnage which shows the freight movement, at least, on the great rivers, to exceed, even in these days of railroads, anything recorded in their history.
No physical characteristic of the United States has contributed so greatly to the nationalization of the country and its people, as the topography of its rivers. From the very earliest days they have been the pathways along which proceeded exploration and settlement. Our forefathers, when they found the narrow strip of land along the Atlantic coast which they had at first occupied, becoming crowded, according to their ideas at the time, began working westward, following the river gaps. Up the Hudson and westward by the Mohawk, up the Susquehanna and the Potomac, carrying around the falls that impeded the course of those streams, trudging over the mountains, and building flatboats at the headwaters of the Ohio, they made their way west. Some of the most puny streams were utilized for water-carriers, and the traveler of to-day on certain of the railroads through western New York and Pennsylvania, will be amazed to see the remnants of canals, painfully built in the beds of brawling streams, that now would hardly float an Indian birch-bark canoe. In their time these canals served useful purposes. The stream was dammed and locked every few hundred yards, and so converted into a placid waterway with a flight of mechanical steps, by which the boats were let down to, or raised up from tidewater. To-day nothing remains of most of these works of engineering, except masses of shattered masonry. For the railroads, using the river's bank, and sometimes even part of the retaining walls of the canals for their roadbeds, have shrewdly obtained and swiftly employed authority to destroy all the fittings of these waterways which might, perhaps, at some time, offer to their business a certain rivalry.