TO understand the early trend of railway development in America we must first glance at the origins of American transport in general. The pioneers who built the first railways in the States were confronted by difficulties—political, social, and topographical—bearing little relation to those which their contemporaries in Britain were called upon to face. Viewed in its true perspective, the story of what these pioneers achieved is one of the most inspiring chapters in the history of America.

At the dawn of the nineteenth century the population of what then constituted the United States was still largely concentrated in territory lying along the Atlantic seaboard. To the west rose the Allegheny Mountains, forming the frontier ; while farther west again was a vast region stretching far away to the Pacific—to the majority of Americans as remote as though forming part of another planet. The Alleghenies had indeed long been crossed, but only by a relatively small band of hardy pioneers, many of whom had perished through hardship, disease, or massacre. But new settlers were now following the pioneers westward over the mountain tops down into the great river valleys beyond.

The new territory was dominated by the Ohio, the Missouri, and the Mississippi rivers, with their tributaries. Farther north, men were spreading along the chain of great lakes. Naturally the early settlers in the west utilized these great inland waterways so bountifully provided by nature.

There was evolved by the pioneers a peculiar type of vessel suited to river requirements ; a vessel of light draught known as a "flat-boat," liberally equipped with loopholes against possible attack by Indians. The first boat of this type had sailed for New Orleans in 1782, travelling at three miles an hour and completing the journey from New York in three months. Forty-six years later Abraham Lincoln, then a youth of nineteen, piloted a cargo to New Orleans on a flat-boat, Lincoln being one among the many who by that time were participating in the traffic on western waters. There were, however, many serious drawbacks to river transport. The general trend of the western rivers was from north to south, whereas from the first a need was felt for ready means of communication between east and west.

THE "ATLANTIC" locomotive, which was built at York, Pennsylvania, in 1832, by Phineas Davis. Ox teams were used to convey the engine to Baltimore. It made a successful first trip between Baltimore and Ellicott's Mills (Maryland), a distance of thirteen miles. The "Atlantic" was in service for sixty years, and is still capable of running under its own steam.

Roads in the west there were none, until about 1796 Ebenezer Zane hacked his way through the forests of south-eastern Ohio, blazing a trail with almost incredible energy and endurance, and by his labours exerting an incalculable influence upon the development of the future State. A few years later the building of turnpike roads was begun, including a section of the famous Cumberland or National Road, more familiarly known in those days as the "Pike." But as one region after another was opened up it became manifest that neither river nor road transport, as then understood, could meet the urgent demands of a people scattered over so vast an area.

American ingenuity and skill came to the rescue with a partial solution. In 1783 an inventor, John Fitch, succeeded in moving a boat on the Delaware River by paddles operated by a steam engine. Further developments were carried out by Robert Fulton, who built his first steam-boat in 1807. In 1811, just as work on the Cumberland Road was beginning, a steam-boat made its appearance on the Ohio river. This vessel, the New Orleans, was built at Pittsburgh by Nicholas Roosevelt of New York, an ancestor of President Franklin D. Roosevelt. Before many years had passed, numbers of similar craft were plying on western waters. According to one estimate over two hundred had been built and taken into service by 1826. The early history of this new form of transport is an astonishing record of reckless speeding, accidents, and river banditry. Competition between skippers of rival steam-boats led to almost unbelievable risks being taken in the attempt to establish records. Accidents occurred with great frequency, not only in the early days, but also for long afterwards. Charles Dickens recorded that, when in America in 1842, and about to make a journey by river, he was urged to reserve berths aft, "because steam-boats generally blew up forward."

Despite dangers and difficulties, these steam-boats brought about the first revolution in American transport, helping still further to increase the population of the Mississippi basin. Traffic could now proceed upstream as well as down. Speeding might cause accidents, but it also brought about improvements in the design of boats, engines, and boilers; and distances were in effect greatly curtailed. The new roads, on the other hand, though better than no roads at all, afforded no comparable facilities. Surfaces were so bad, and the vehicles of the day so heavy, that taverns along the roads were able to thrive at distances of only one mile. Little wonder, then, that transport was still thought of primarily in terms of rivers ; or that, where rivers were not available, men sought to amplify the possibilities of water-borne traffic by constructing canals.

In those days canals were, of course, constructed without the mechanical aids that are available now. The network of artificial waterways that presently came into being was the product of human muscle applied to pick and spade. By 1832 there were eight hundred miles of canal in Ohio, and for thirty years the industrial development of that State continued to be largely determined by canal transport. Ultimately, several thousand miles of canal were constructed in the United States, many being carried over wide rivers on timber aqueducts and dug for long distances through dense forests. Rivers were so interlinked in this way that it became possible to travel by inland waterways from New York to New Orleans—a distance of over two thousand seven hundred miles.

One hundred years ago few Americans could have realized that canals were destined to be superseded by railways. Yet even as early as 1812 there was one American, John Stevens, who realized that the future development of his country depended not upon water transport, but upon steam railways.

CROSSING THE ALLEGHENY MOUNTAINS in 1835 on the journey between Philadelphia and Pittsburg. The illustration shows a sectional canal boat being hauled over one of the inclined planes of the Portage Railroad. Traction was by means of a stationary engine and endless cable. The Portage Railroad was 36-1/2 miles long, with a total rise and fall of 2,670 ft. The inclination of the planes varied from 7-1/4 ft. to 10-1/4 ft. in 100 ft.

Stevens had already carried out unsuccessful experiments with steamboats at New York ; but failure in this regard, together with the loss of some 20,000 dollars, did not damp his enthusiasm for railways. In 1812 an act to authorize the construction of a canal from the Hudson to Lake Erie was pending ; a canal, that is, which would form an effective link between eastern cities and the north-west. Stevens promptly laid before the New York legislature a statement to the effect that he could build a steam-power railway which would cost less and be far more effective than the proposed canal. His scheme was considered wild and impracticable. The Erie Canal was put in hand and completed in 1825.

But long before the completion of this canal the views held by Stevens had gained influential adherents. When another canal, from Philadelphia to Pittsburgh, was projected, the opposition of these men was so far effective that a combination of railway and canal—probably unique in the history of transport—was substituted for the original proposal. According to the revised scheme the whole journey from Philadelphia to Pittsburgh, which involved crossing the Allegheny Mountains, was to be made in canal boats ; but the boats were to travel part of the way on wheels and part on water. This system was completed about the year 1832. Ten years later Charles Dickens travelled over part of it when crossing the Alleghenies on his way to the west.

The system began with a single line laid between Philadelphia and Columbia. This portion is one of the oldest railways on the American continent. From Columbia a canal followed the Susquehanna River to the mouth of the Juniata River, and thence along the valley of the Juniata to the foot of the Allegheny Mountains. Here began what was known as the Portage Railroad, built across the mountains and consisting of lines laid on inclined planes with level stretches in between. Traffic on the planes was operated by means of stationary engines and cables, and on the level stretches with locomotives or horses. The canal boats were hauled over the mountain tops on this railway after being transferred from the canal to wheeled trucks designed for the purpose. Beyond this remarkable railway another canal linked the system up with Pittsburgh, and so with the head of the Ohio navigation.

THIS HORSE CAR, built in 1829 and drawn by the fastest trotters available, made numerous runs on the Baltimore and Ohio Railroad before steam power was introduced. It was found that one horse could haul on rails a load of freight equal to the effort of twelve horses on a turnpike. Passengers were carried at a speed of twelve to fifteen miles an hour.

The boats were built in sections for convenience in handling and to make their movement overland practicable. Passengers and goods were picked up in Philadelphia, on half a canal boat mounted on wheeled trolleys. The other half of the boat followed behind. Motive power through the streets was supplied by horses or mules. Arriving at the railway terminus the boat sections were transferred to special trucks drawn over the rails at first by horses, and later by locomotives. At Johnstown, which lies on the other side of the mountains, the boats were once more assembled and returned to their proper element, completing the journey on a canal linking Johnstown to Pittsburgh. The whole journey from Philadelphia to Pittsburgh, a distance of about four hundred miles, was covered in from four days to a week.

At either end of the line from Philadelphia to Columbia, which was known from the first as the Pennsylvania Railroad, there were an inclined plane and a stationary engine of 60 h.p. for haulage purposes. The rolling-stock was hauled with the aid of an endless rope passing round grooved wheels fixed at the top and bottom of the planes. The Portage Railroad was thirty-six and a half miles long, with a total rise and fall of 2,570 ft. The inclination of the planes varied from 7-1/4 ft. to 10-1/4 ft. per hundred foot length. All the embankments were 25 ft. wide. There were four viaducts of considerable length ; that over Connemaugh comprising a single arch of 80 ft. span, the top of the stonework being 70 ft. above the surface of the water. There was also a tunnel 900 ft. long. The permanent way consisted of edge rails of rolled iron, supported by cast iron chairs to which the rail was secured by iron wedges. The track was laid over stone blocks, many of which may still be seen along the course of the old railway. At the head of each plane there were two stationary engines of 35 h.p. each for hauling up the trucks carrying the canal boat sections. A safety car was kept in attendance to deal with accidents on the system.

"TOM THUMB"—1829 30. When the horse and other means of traction failed to meet the needs of freight and passenger service on the Baltimore and Ohio Railroad, Peter Cooper, a New York inventor, built this locomotive, "Tom Thumb," in 1829. The engine made its first successful trip from Baltimore to Ellicott's Mills and back again, in August, 1830. It pushed a small open car with eighteen passengers and covered the thirteen mites in one hour and a quarter non-stop, returning in fifty-seven minutes.

In his American Notes Charles Dickens gives an amusing account of his journey from Harrisburg to Pittsburg by this system. The canal boat he describes as being "a barge with a little house in it, viewed from the outside ; and a caravan at a fair, viewed from within." Being in some doubt about sleeping arrangements, he went below, where he "found suspended on either side of the cabin three long tiers of hanging book-shelves, designed apparently for volumes of the small octavo size. Looking with greater attention at these contrivances (wondering to find such literary preparations in such a place), I descried on each shelf a sort of microscopic sheet and blanket ; then I began dimly to comprehend that the passengers were the library, and that they were to be arranged, edge-wise, on these shelves, till morning."

While in America Charles Dickens travelled also by two other early railways, the Boston and Lowell Railroad and the Baltimore and Ohio Railroad. The Boston and Lowell line was about twenty-six and a half miles long. It had eighteen viaducts, one being 1,600 ft. in length, also fifty-one bridges.

The Baltimore and Ohio Railroad was chartered in 1827, four years after the first charter of the Philadelphia and Columbia line, but it was not until about 1830 that the first twelve miles were completed. In August of that year the "Tom Thumb" locomotive, designed by Peter Cooper, a New York inventor, made a successful trip of thirteen miles from Baltimore to Ellicott's Mills, Maryland. Subsequently an attempt was made to propel the cars by sails. Then in the summer of 1832 the road received its second locomotive, built by Phineas Davis, of York, Pa., in 1829. This crude engine, drawing two small cars. was unsuited to the work for which it was intended. In September, 1832, a third locomotive was tried, without success. It was not until July, 1834, that there was found an engine capable of hauling the cars, so making it possible to dispense with the horses. It was during the year 1835 that the line reached Washington, and by 1842 it was extended to Cumberland, a few months after Dickens sailed for England. There were four inclined planes on this railway. The first, about forty miles from Baltimore, was 2,150 ft. long, rising 80 ft. ; the next was 3,000 ft. long, with 100 ft. rise. The line then descended by an incline 3,200 ft. long, with a fall of 160 ft. ; the fourth incline was 1,900 ft. long, with a fall of 81 ft. For the most part the rails were laid on granite sills, though some timber sleepers were used.

A considerable number of other railways was chartered, and many constructed, between 1820 and 1840. The Delaware and Hudson Canal and Railroad Company has a charter dated April 3, 1823, but no railway except gravity tracks from a coal mine was contemplated or built in the early years. The Delaware, Lackawanna and Western Railroad has a section, the Ithaca and Owego, which was chartered on January 28, 1828 ; but this was not opened until April 1, 1834. The Paterson and Hudson line was completed in 1834, and the Boston and Providence Railroad in 1835. With these and other developments came a demand for suitable locomotives. Already in 1825 John Stevens, then seventy-five years old, had constructed a locomotive with a multi-tubular boiler, which he operated over a circular track on his estate at Hoboken. This was the first locomotive in America driven by steam upon a track, but it was unsuitable for commercial use. A locomotive, the "Stourbridge Lion," was imported from England and used on the Delaware and Hudson Company's coal road in 1829, but it was found to be too heavy for the track and was discarded. The first locomotive to run on any railway which is now part of the Pennsylvania Railroad was the "John Bull," also imported from England, and first run in America in 1831.

Meanwhile the construction of locomotives was begun in the United States. Apart from the experimental work of John Stevens, the first locomotive built in America was the "Best Friend of Charleston," constructed for the South Carolina Railway and put into use on that road in 1830. A second engine was made by the same builder shortly afterwards, but these early locomotives were found to be too hard on the light tracks over which they were run, and for a time opinion veered in favour of stationary engines to pull trains through short zones with ropes. Even as late as 1829 a commission of engineers decided that stationary engines were better than locomotives, and they devised a system of stationary engines at points within three miles of one another, the trains to be drawn by an endless rope or chain. But improvements in locomotive design soon put such proposals out of court.

Railway development increased by leaps and bounds, so that by 1850 the United States led the world, with a greater mileage than England and France put together. At the present time the rolling-stock of the Pennsylvania Railroad alone would be sufficient to make up a train of approximately 2,500 miles in length.

In 1933 the U.S. railway mileage was about 258,000, over twelve times that of Great Britain.

ALL THAT REMAINS TO-DAY of the famous Portage Railroad, a part of America's pioneer line. The original permanent way consisted of edge rails of cast iron chairs to which the rail was secured by iron wedges. The track ran over stone blocks, many of which can still be seen along the course of this old railway.

Please help me maintain this site...

Many thanks for your help