Transport infrastructure consists of fixed installations, including roads, railways, airways, waterways, canals, and pipelines, as well as terminals such as airports, railway stations, bus stations, warehouses, trucking terminals, refueling depots (including fuel docks and fuel stations), and seaports. Terminals may be used both for the interchange of passengers and cargo and for maintenance.
The flight of 16 locks at Caen Hill, Devizes, forming part of locks 22-50
The Kennet and Avon Canal is a canal in southern England. The name may refer to either the route of the original Kennet and Avon Canal Company, which linked the River Kennet at Newbury to the River Avon at Bath, or to the entire navigation between the River Thames at Reading and the Floating Harbour at Bristol, including the earlier improved river navigations of the River Kennet between Reading and Newbury and the River Avon between Bath and Bristol.
The River Kennet was made navigable to Newbury in 1723, and the River Avon to Bath in 1727. The Kennet and Avon Canal between Newbury and Bath was built between 1794 and 1810 by John Rennie, to convey commercial barges carrying a variety of cargoes, and is 57miles (92km) long. The two river navigations and the canal total 87miles (140km) in length. The section from Bristol to Bath is the course of the River Avon, which flows through a wide valley and has been made navigable by a series of locks and weirs. In the later 19th century and early 20th century the canal fell into disuse following competition from the Great Western Railway, who owned the canal. Between 1970 and 1990 the canal was restored, largely by volunteers, and today is a popular heritage tourism destination, for boating, canoeing, fishing, walking and cycling. It is also important for wildlife conservation. (Full article...)
Image 10Transport is a key component of growth and globalization, such as in Seattle, Washington, United States.
Image 11Milan Metro is the largest rapid transit system in Italy in terms of length, number of stations and ridership; and the eighth longest in Europe. (from Rail transport)
Image 23Inauguration of the electric tram in Saint Petersburg in 1907. By the early 1900s, most street railways were electrified. (from Rail transport)
Image 27A cast iron fishbelly edge rail manufactured by Outram at the Butterley Company for the Cromford and High Peak Railway in 1831; these are smooth edge rails for wheels with flanges. (from Rail transport)
Image 29European rail subsidies in Euro per passenger-km for 2008 (from Rail transport)
Image 30German soldiers in a railway car on the way to the front in August 1914. The message on the car reads Von München über Metz nach Paris ("From Munich via Metz to Paris"). (from Rail transport)
Image 43Bardon Hill box in England (seen here in 2009) is a Midland Railway box dating from 1899, although electrical switches have replaced the original mechanical lever frame. (from Rail transport)
Image 49The Great North Road near High gate on the approach to London before turnpiking. The highway was deeply rutted and spread onto adjoining land. (from Road transport)
Image 500-Series Shinkansen, introduced in 1964 in Japan, started the high-speed rail boom. (from Rail transport)
Ukrainian forces sink a Rosatom-owned container ship in the Black Sea, forcing its 17-member crew to abandon it. Rosatom says it had been transporting civilian goods, including frozen food and construction materials. (BBC News)
The Glacier Express from Zermatt to St. Moritz (or Davos Platz [Summer only]) in Switzerland is one of the great train journeys in the world. It is not an "express" in the sense of being a high-speed train (it isn't) but rather in the sense that it provides a one-seat ride from end to end, even though the train travels over several different railroad lines; reputedly it is the slowest "express" in the world. The trip on the Glacier Express is a 7½hour railway journey across 291 bridges, through 91 tunnels and across the Oberalp Pass at 2,033 metres in altitude. The entire line is metre gauge, and large portions of it use a rack-and-pinion system both for ascending steep grades and to control the descent of the train on the back side of those grades.