Since 2018, transport occupied a relatively low priority in China's national development. In the twenty-five years that followed the founding of the People's Republic in 1949, China's transportation network was built into a partially modern but somewhat inefficient system. The drive to modernize the transport system, that began in 1978, required a sharp acceleration in investment. Though despite increased investment and development in the 1980s, the transport sector was strained by the rapid expansion of production and the exchange of goods. [1]
Inadequate transport systems hindered the movement of coal from mine to user, the transport of agricultural and light industrial products from rural to urban areas, and the delivery of imports and exports [ citation needed ]. As a result, the underdeveloped transport system constrained the pace of economic development throughout the country. In the 1980s the updating of transport systems was given priority, and investment and improvements were made throughout the transport sector [ citation needed ].
In the late 1980s, China had more than 140,000 highway bridges. Their length totaled almost 4,000 kilometers. Among the best known were the Yellow River Bridge in Inner Mongolia, the Liu Jiang Bridge in Guangxi, the Ou Jiang Bridge in Zhejiang, the Quanzhou Bridge in Fujian, and four large bridges along the Guangzhou-Shenzhen highway. Five major bridges — including China's longest highway bridge, the 5,560-meter-long Yellow River Bridge at Zhengzhou — were under construction during the mid-1980s, and a 10,282-meter-long railroad bridge across the Yellow River on the Shandong-Henan border was completed in 1985.
China's canal system, whose greatest accomplishment was the Sui dynasty's 1,794-kilometer (1,115 mi) 7th-century Grand Canal between Hangzhou and Beijing, was an essential aspect of its civilization, used for irrigation, flood control, taxation, commercial and military transport, and colonization of new lands from the Zhou dynasty until the end of the imperial era. There was widespread destruction of the canal system throughout the wars of the first half of the 20th century. Beginning in 1960 the network of navigable inland waterways decreased because of the construction of dams and irrigation works and the increasing sedimentation. But by the early 1980s, as the railroads became increasingly congested, the authorities came to see water transport as a much less expensive alternative to new road and railroad construction.
The central government set out to overhaul the inefficient inland waterway system and called upon localities to play major roles in managing and financing most of the projects. By 1984 China's longest river, the Yangtze River, with a total of 70,000 kilometers of waterways open to shipping on its main stream and 3,600 kilometers on its tributaries, became the nation's busiest shipping lane, carrying 72 percent of China's total waterborne traffic. An estimated 340,000 people and 170,000 boats were engaged in the water transport business. More than 800 shipping enterprises and 60 shipping companies transported over 259 million tons of cargo on the Yangtze River and its tributaries in 1984. Nationally, in 1985 the inland waterways carried some 434 million tons of cargo. In 1986 there were approximately 138,600 kilometers of inland waterways, 79 percent of which were navigable.
The Cihuai Canal in northern Anhui opened to navigation in 1984. This 134-kilometer canal linking the Ying River, a major tributary of the Huai River, with the Huai He's main course, had an annual capacity of 600,000 tons of cargo. The canal promoted the flow of goods between Anhui and neighboring provinces and helped to develop the Huai River Plain, one of China's major grain-producing areas.
During the early 1960s, China's merchant marine had fewer than thirty ships. By the 1970s and 1980s, maritime shipping capabilities had greatly increased. In 1985 China established eleven shipping offices and jointly operated shipping companies in foreign countries. In 1986 China ranked ninth in world shipping with more than 600 ships and a total tonnage of 16 million, including modern roll-on and roll-off ships, container ships, large bulk carriers, refrigerator ships, oil tankers, and multipurpose ships. The fleet called at more than 400 ports in more than 100 countries.
The container ship fleet also was expanding rapidly. In 1984 China had only fifteen container ships. Seven more were added in 1985, and an additional twenty-two were on order. By the early 1980s, Chinese shipyards had begun to manufacture a large number of ships for their own maritime fleet. The China Shipping Inspection Bureau became a member of the Suez Canal Authority in 1984, empowering China to sign and issue seaworthiness certificates for ships on the Suez Canal and confirming the good reputation and maturity of its shipbuilding industry. In 1986 China had 523 shipyards of various sizes, 160 specialized factories, 540,000 employees, and more than 80 scientific research institutes. The main shipbuilding and repairing bases of Shanghai, Dalian, Tianjin, Guangzhou, and Wuhan had 14 berths for 10,000-ton-class ships and 13 docks.
The inadequacy of port and harbor facilities was a longstanding problem for China but has become a more serious obstacle because of increased foreign trade. Beginning in the 1970s, the authorities gave priority to port construction. From 1972 to 1982, port traffic increased sixfold, largely because of the foreign trade boom. The imbalance between supply and demand continued to grow. Poor management and limited port facilities created such backups that by 1985 an average of 400 to 500 ships were waiting to enter major Chinese ports on any given day. The July 1985 delay of more than 500 ships, for instance, caused huge losses. All of China's major ports are undergoing some construction. To speed economic development, the Seventh Five-Year Plan called for the construction by 1990 of 200 new berths — 120 deep-water berths for ships above 10,000 tons and 80 medium-sized berths for ships below 10,000 tons — bringing the total number of berths to 1,200. Major port facilities were developed all along China's coast.
In 1987 China's civil aviation system was operated by the General Administration of Civil Aviation of China (CAAC). By 1987 China had more than 229,000 kilometers of domestic air routes and more than 94,000 kilometers of international air routes. The more than 9 million passengers and 102,000 tons of freight traffic represented a 40 percent growth over the previous year. The air fleet consisted of about 175 aircraft and smaller turboprop transports. CAAC had 274 air routes, including 33 international flights to 28 cities in 23 countries, such as Tokyo, Osaka, Nagasaki, New York City, San Francisco, Los Angeles, London, Paris, Frankfurt, East Berlin, Zurich, Moscow, Istanbul, Manila, Bangkok, Singapore, Sydney, and Hong Kong. Almost 200 domestic air routes connected such major cities as Beijing, Shanghai, Tianjin, Guangzhou, Hangzhou, Kunming, Chengdu and Xi'an, as well as a number of smaller cities. The government had bilateral air service agreements with more than 40 countries and working relations with approximately 386 foreign airline companies. CAAC also provided air service for agriculture, forestry, communications, and scientific research.
The staff of CAAC was estimated at 50,000 in the 1980s. The administration operated three training colleges to educate future airline personnel. In a bid to improve CAAC's services, more ticket offices were opened in major cities for domestic and international flights.
In the mid-1980s regional airlines began operations under the general aegis of CAAC. Wuhan Airlines, run by the Wuhan municipal authorities, started scheduled passenger flights to Hubei, Hunan, Guangdong, and Sichuan provinces in May 1986. Xizang also planned to set up its own airline to fly to Kathmandu and Hong Kong.
In the 1980s the central government increased its investment in airport construction, and some local governments also granted special funds for such projects. Lhasa Airport in Tibet, Jiamusi Airport in Heilongjiang, and Kashgar airport and Yining airports in Xinjiang were expanded, and new airports were under construction in Xi'an, Luoyang and Shenzhen. An investment of ¥500 million was planned for expanding runways and building new terminals and other airport facilities. In 1986 China had more than ninety civilian airports, of which eight could accommodate Boeing 747s and thirty-two could accommodate Boeing 737s and Tridents.
Transport in Bulgaria is dominated by road transport. As of 2024, the country had 879 kilometers of highways and another 117 km under construction. The total length of the network is almost 40,000 km, divided nearly in half between the national and the municipal road network. In addition, there are 57,000 km of streets. Buses play a significant role in long-distance public transport, coaches are operated by private companies. The capital Sofia has three major national bus terminals, the Central, the Western and the Southern Terminals.
The system of transport in Cambodia, rudimentary at the best of times, was severely damaged in the chaos that engulfed the nation in the latter half of the 20th century. The country's weak transport infrastructure hindered emergency relief efforts, exacerbating the logistical issues of procurement of supplies in general and their distribution. Cambodia received Soviet technical assistance and equipment to support the maintenance of the transportation network.
Ivory Coast invested remarkably in its transport system. Transport Infrastructures are much more developed than they are other West African countries despite a crisis that restrained their maintenance and development. Since its independence in 1960, Ivory Coast put an emphasis on increasing and modernizing the transport network for human as well as for goods. Major infrastructures of diverse nature were built including railways, roads, waterways, and airports. In spite of the crisis, neighbor countries still strongly depend on the Ivorian transport network for importing, exporting, and transiting their immigrants to Ivory Coast.
Transport in Colombia is regulated by the Ministry of Transport.
The transport system of Finland is well-developed. Factors affecting traffic include the sparse population and long distance between towns and cities, and the cold climate with waterways freezing and land covered in snow for winter.
The transport sector comprises the physical infrastructure, docks and vehicle, terminals, fleets, ancillary equipment and service delivery of all the various modes of transport operating in Guyana. The transport services, transport agencies providing these services, the organizations and people who plan, build, maintain, and operate the system, and the policies that mold its development.
The Netherlands is both a very densely populated and a highly developed country in which transport is a key factor of the economy. Correspondingly it has a very dense and modern infrastructure, facilitating transport with road, rail, air and water networks. In its Global Competitiveness Report for 2014-2015, the World Economic Forum ranked the Dutch transport infrastructure fourth in the world.
Nigeria’s transport network has expanded in recent years to accommodate a growing population. The transport and storage sector was valued at N2.6trn ($6.9bn) in current basic prices in 2020, down from N3trn ($8bn) in 2019, according to the National Bureau of Statistics (NBS). This was reflected in a lower contribution to GDP, at 1.8% in the fourth quarter of 2020, down from 2.1% during the same period the previous year but higher than the 0.8% recorded in the third quarter of 2020. One of the most significant challenges facing the sector is meeting the needs of both large coastal cities and rural inland communities in order to fully unlock the country’s economic potential. This is especially the case with mining and agriculture, both of which are expected to benefit from two large-scale projects: the Lekki Port in Lagos and the Kano-Maradi rail line in the north of the country.
Transport in China has experienced major growth and expansion in recent years. Although China's transport system comprises a vast network of transport nodes across its huge territory, the nodes tend to concentrate in the more economically developed coastal areas and inland cities along major rivers. The physical state and comprehensiveness of China's transport infrastructure tend to vary widely by geography. While remote, rural areas still largely depend on non-mechanized means of transport, urban areas boast a wide variety of modern options, including a maglev system connecting the city center of Shanghai with Shanghai Pudong International Airport. Airports, roads, and railway construction will provide a massive employment boost in China over the next decade.
Transportation infrastructure in Romania is the property of the state, and is administered by the Ministry of Transport and Infrastructure, Constructions and Tourism, except when operated as a concession, in which case the concessions are made by the Ministry of Administration and Interior.
Transport in Sudan during the early 1990s included an extensive railroad system that served the more important populated areas except in the far south, a meager road network, a natural inland waterway—the Nile River and its tributaries—and a national airline that provided both international and domestic service. Complementing this infrastructure was Port Sudan, a major deep-water port on the Red Sea, and a small but modern national merchant marine. Additionally, a pipeline transporting petroleum products extended from the port to Khartoum.
Transport in Turkmenistan includes roadways, railways, airways, seaways, and waterways, as well as oil-, gas-, and water pipelines. Road-, rail-, and waterway transport fall under the jurisdiction of the Ministry of Industry and Communications.
Transport in Serbia includes transport by road, rail, air and water. Road transport incorporates a comprehensive network of major and minor roads. Rail transport is fairly developed, although dual track and electrification are not very common. Water transport revolves around river transport while air transport around country's three main international airports.
The Grand Canal is a system of interconnected canals linking various major rivers in North and East China, serving as an important waterborne transport infrastructure between the north and the south during Medieval and premodern China. It is the longest artificial waterway in the world and a UNESCO World Heritage Site.
Runcorn Docks, originally the Bridgewater Docks, is an inland port on the Manchester Ship Canal in the town of Runcorn, Cheshire, England. It is operated by Peel Ports and handles bulk and project cargo.
As of December 2017, there are 229 commercial airports in China.
Dalian is a major city and seaport in the south of Liaoning Province, People's Republic of China. It is the southernmost city of Northeast China and China's northernmost warm water port, at the tip of the Liaodong Peninsula. Today, it is becoming a financial, shipping and logistics center for Northeast Asia. Dalian has comprehensive network of roads, railways and a major airport.
The Eastern Zhejiang or Zhedong Canal, also known as the Hangzhou–Ningbo or Hangyong Canal, is a major canal connecting Hangzhou, Shaoxing, and Ningbo in northern Zhejiang, China. It runs 239 kilometres (149 mi), connecting the Qiantang, Cao'e, and Yong watersheds with Hangzhou's terminus for the Grand Canal and Ningbo's ports on the East China Sea. Since 2013, it has been officially considered the southernmost section of the Grand Canal itself.
Water transport in India has played a significant role in the country's economy and is indispensable to foreign trade. India is endowed with an extensive network of waterways in the form of rivers, canals, backwaters, creeks and a long coastline accessible through the seas and oceans. It has the largest carrying capacity of any form of transport and is most suitable for carrying bulky goods over long distances.
American transportation played a crucial part in the military logistics of the World War II Siegfried Line campaign, which ran from the end of the expulsion of the German armies from Normandy in mid-September 1944 until December 1944, when the American Army was engulfed by the German Ardennes offensive. In August 1944, the Supreme Allied Commander, General Dwight D. Eisenhower, elected to continue the pursuit of the retreating German forces beyond the Seine instead of pausing to build up supplies and establish the lines of communication as called for in the original Operation Overlord plan. The subsequent advance to the German border stretched the American logistical system to its breaking point, and the advance came to a halt in mid-September.
This article incorporates text from this source, which is in the public domain . Country Studies. Federal Research Division.