Transportation in Appalachia
||This article is written like a personal reflection or opinion essay rather than an encyclopedic description of the subject. (September 2009)|
|This section does not cite any references or sources. (August 2008)|
Appalachia's geography presents special challenges to transportation. In Europe, while mountain ranges presented challenges to transport, they could mostly be avoided. In North America, however, the Appalachian Mountains presented a barrier that could not be easily out-flanked. Initially, European settlers found gaps in the mountains, among them the Cumberland Gap and the Wilderness Road.
Early roads 
Native American trails were the first in Appalachia. One of the earliest used by Europeans was Nemacolin's Path, a trail between the Potomac and the Monongahela River, going from Cumberland, Maryland, to the mouth of Redstone Creek, where Brownsville, Pennsylvania is situated.
The French and Indian War created a need for roads through Appalachia. In 1755, General Edward Braddock of the Coldstream Guards was sent to rout the French from Fort Duquesne along Nemacolin's Path. From Fort Cumberland, Braddock's army cut a military trail through the wilderness. This would become known as Braddock's Road. Another was a British military trail built in 1758 by General John Forbes of England from Chambersburg to Pittsburgh during the French and Indian War, later known as the Pittsburgh Road and the Conestoga Road.
The first modern road to be built through Appalachia was the National Road starting at Cumberland, an early hub of Appalachia, generally following Braddock's Road, heading west first to Wheeling, Virginia. Other roads soon followed such as the Northwestern Turnpike and James River and Kanawha Turnpike.
By 1772, George Washington had identified the Potomac and James rivers as the most promising locations for canals to be built to join with the western rivers. Washington proposed a canal to connect the Potomac River and the Ohio River and founded the Potowmack Company. In 1824, the holdings of the Potowmack Company were ceded to the Chesapeake and Ohio Company. Construction began with a groundbreaking ceremony on July 4, 1828 by President John Quincy Adams. It followed the course of the Potomac River to Cumberland, Maryland. Had it been completed it would have continued west from Cumberland along the Potomac River and then followed the Savage River, crossing the Eastern Continental Divide near present-day Deep Creek Lake, and eventually following the Youghiogheny River to navigable waters.
The James River and Kanawha Canal was a project first proposed by Washington when he was a young man surveying the mountains of western Virginia. In 1785, the James River Company was formed, with George Washington as honorary president, to build locks around the falls at Richmond. By then, Washington was quite busy since he was elected president in 1789. The goal was to reach the Kanawha River at its head of navigation about 30 miles (48 km) east of what is today Charleston, West Virginia. The canal eventually extended 196.5 miles (316.2 km) west of Richmond to Buchanan, Virginia. By 1851 westward progress had stopped due to increasing competition from the railroads.
Even today river systems provide transport through barge traffic on the Ohio River system. The Monongahela River is navigable its entire length, deep into the interior of West Virginia, with a series of lock/dams ensuring a 9-foot (2.7 m) depth.
The next major transportation leap for Appalachia was the railroad. The Baltimore and Ohio was the first to cross. It was finished to Piedmont, Virginia on July 21, 1851, Fairmont on June 22, 1852, and its terminus at Wheeling on January 1, 1853.
In 1855 the Norfolk and Western Railway, under the direction of Frederick J. Kimball, began to push across Appalachia. Starting from Big Lick, the lines extended to the Pocahontas coalfields in western Virginia and West Virginia and on north to Columbus and Cincinnati, Ohio.
The Southern Railway linked Charleston, South Carolina, and Memphis, Tennessee, crossing Appalachia in 1857 in the Asheville, North Carolina area, although rail expansion halted with the start of the Civil War.
By 1867 the Chesapeake and Ohio Railway had reached the eastern edge of the mountains and was also reaching for the Ohio valley via the New River and Kanawha valleys of West Virginia. The West Virginia stretch of the C&O was the site of the legendary competition between John Henry and a steam-powered machine; the competition is said to have taken place in a tunnel south of Talcott, West Virginia, near the Greenbrier River. In 1888, the C&O built the Cincinnati Division, from Huntington, West Virginia, down the south bank of the Ohio River in Kentucky and across the river at Cincinnati, connecting with the "Big Four" and other midwestern railroads.
Henry G. Davis started the West Virginia Central and Pittsburgh Railway in 1880. In the ensuing years it opened a huge swathe of timber and coal territory in northern West Virginia to use. It started in Piedmont, West Virginia, and pushed west creating such towns as Elkins, Davis and Thomas. It pushed east to Cumberland, Maryland, where it connected with traffic from the C&0 Canal and the National Road. West from Elkins, Davis created the Coal & Coke Railway to Charleston, completing another crossing. These eventually formed the core of the Western Maryland Railway. The Western Maryland's Connellsville Extension was built west from Cumberland to Connellsville, Pennsylvania, beginning around 1906 and was completed in 1912.
Today the crossing of the Eastern Continental Divide by the West Virginia Central and Pittsburg Railway is abandoned and is used as a Rails to Trails corridor. The other crossings are either part of CSX or the Norfolk Southern Railway and remain the only rail crossings of Appalachia. Cumberland still serves as a major rail hub for Appalachia where two main lines head west.
In 1880 the Good Roads Movement was formed. They knew outside of cities, roads were dirt or gravel, mud in the winter and dust in the summer. In its early years, the main goal of the movement was education for road building in rural areas between cities, such as Appalachia, to help rural populations gain the social and economic benefits enjoyed by cities where citizens benefitted from railroads, trolleys and paved streets. This eventually led to the auto trail system of highways. The first crossing Appalachia was the Lincoln Highway, which would later become US 30. This was closely followed by the Dixie Highway, first planned in 1914 to connect the US Midwest with the Southern United States, crossing Appalachia following what is now US 25. Other auto trails crossing Appalachia include the Jefferson Davis Highway, Lakes-to-Sea Highway, Lee Highway, and National Old Trails Highway.
The next great leap in transportation was the creation of the U.S. Highway system in 1926, replacing the auto trails. The longest primary US highway contained in Appalachia is US 11 traversing the eastern side. US 21 was another primary US highway, but much of its route has been decommissioned and replaced with Interstate 77. These make/made up the north-south routes. East-west routes include US 30, US 33, US 40, US 50, US 60, and US 70. Many spur routes such as US 220 and US 119 serve various parts of Appalachia.
The Pennsylvania Turnpike was the first long-distance rural controlled-access highway in the United States and also the first one to cross Appalachia. It was known as the "tunnel highway" because of the seven mountain tunnels along its Appalachian route. On October 1, 1940 the first section of turnpike opened, running from US 11 near Carlisle (southwest of Harrisburg) west to US 30 at Irwin (east of Pittsburgh). Crossing was completed with the Western Extension, from Irwin to US 22 east of Pittsburgh, opened August 7, 1951. The remainder opened to traffic on December 26, 1951, taking the highway west almost to the Ohio state line.
The Pennsylvania Turnpike remained the only superhighway crossing Appalachia until the interstate system that was authorized by the Federal-Aid Highway Act of 1956. Today seven Interstates cross Appalachia east to west, starting with Interstate 86, Interstate 80, Interstate 70, Interstate 64, Interstate 26, and Interstate 40. There are three Interstates crossing north to south: Interstate 75, Interstate 77 and Interstate 81. Interstate 26 in particular is undergoing an extension from Asheville, North Carolina to Kingsport, Tennessee. Among the projects associated with the extension is a future multi-million dollar bridge crossing the French Broad River in Asheville.
However, despite the fact that the region is crisscrossed by many U.S. and Interstate highways, those routes primarily serve cross-country traffic rather than the locals themselves. Towns closer to the major highways and nearer to the many larger cities fringing the region (Pittsburgh, Wheeling, Columbus, Cincinnati, Atlanta, Washington, D.C., etc.) are disproportionately better-off than rural regions in the mountainous interior. Instead of being tied to the land, jobs in the towns tend to emphasize industry and services—important signs of a more diversified economy. Nonetheless, aside from the major urban centers along its perimeter, the entire Appalachian region still suffers from population decline and the loss of younger residents to the cities.
To reverse decline and spur economic growth, Appalachian governors have prioritized the creation of a modern highway system accessible to local residents as the key to economic development. As a result, in 1965, the Appalachian Regional Commission created the Appalachian Development Highway System (ADHS) which was the first highway system designed specifically to service Appalachia. The ADHS was designed to generate economic development in previously isolated areas, supplement the Interstate system, connect Appalachia to the interstate system, and provide access to areas within the region as well as to markets in the rest of the nation. The ADHS is currently authorized at 3,090 miles (4,970 km), including 65 miles (105 km) added in January 2004.
These routes are known as corridors. They are built to a higher standard than US Highways, but less than Interstate standard, although some such as Corridor E were built to be interstates.