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The Qinghai–Tibet railway or Qingzang railway (Standard Tibetan: མཚོ་བོད་ལྕགས་ལམ།, mtsho bod lcags lam; simplified Chinese: 青藏铁路; traditional Chinese: 青藏鐵路; pinyin: Qīngzàng Tiělù), is a high-elevation railway that connects Xining, Qinghai Province, to Lhasa, Tibet Autonomous Region of China.
The length of the railway is 1,956 km (1,215 mi). Construction of the 815 km (506 mi) section between Xining and Golmud was completed by 1984. The 1,142 km (710 mi) section between Golmud and Lhasa was inaugurated on 1 July 2006, by CPC General Secretary Hu Jintao: the first two-passenger trains were "Qing 1" (Q1) from Golmud to Lhasa, and "Zang 2" (J2) from Lhasa to Beijing. This railway is the first that connects the Tibet Autonomous Region to any other provinces. Tibet, due to its elevation and terrain, is the last provincial level region in China to have a railway. Testing of the line and equipment started on 1 May 2006. Passenger trains run from Beijing, Chengdu, Chongqing, Guangzhou, Shanghai, Xining, and Lanzhou and can carry between 800 and 1,000 passengers during peak season.
The line includes the Tanggula Pass, which, at 5,072 m (16,640 feet) (3.15 miles) above sea level, is the world's highest point on a railway. Tanggula railway station at 5,068 m (16,627 feet) is the world's highest railway station. The 1,338 m (4,390 ft) Fenghuoshan tunnel is the highest rail tunnel in the world at 4,905 m (16,093 ft) above sea level. The 4,010 m (13,160 ft) New Guanjiao Tunnel is the longest tunnel and the culminating point 3,700 metres (12,100 ft) between Xining and Golmud and 3,345 m (10,974 ft). Yangbajing tunnel is the longest tunnel between Golmud and Lhasa. More than 960 km (600 mi), over 80% of the Golmud–Lhasa section, is at an elevation of more than 4,000 m (13,123 ft). There are 675 bridges, totalling 159.88 km (99.34 mi); about 550 km (340 mi) of track is laid on permafrost.
- 1 Stations
- 2 Trains and tickets
- 3 Construction
- 4 Engineering challenges
- 5 Economic and environmental impact
- 6 Criticism
- 7 Rolling stock
- 8 Scenery along the railway
- 9 Gallery
- 10 See also
- 11 References
- 12 Further reading
- 13 External links
● Station with vista point
Note: stations in gray are unstaffed
Note: this image is not to scale
|English name||Chinese name||Distance from Xining
in km (mi)
|Xining West||西宁西||12 km (7.5 mi)||2282 m|
|Shuangzhai||双寨||24 km (15 mi)|
|Zhamalong||扎麻隆||35 km (22 mi)|
|Shiyazhuang||石崖庄||48 km (30 mi)|
|Tongkor||湟源||58 km (36 mi)||2650 m|
|Shenzhong||申中||67 km (42 mi)|
|Bayan||巴燕||77 km (48 mi)|
|Yuejiacun||岳家村||85 km (53 mi)|
|Haiyan||海晏||97 km (60 mi)||3074 m|
|Huangcaozhuang||黄草庄||108 km (67 mi)|
|Ketu||克土||122 km (76 mi)|
|Qinghai Lake||青海湖||133 km (83 mi)|
|Tol||托勒||147 km (91 mi)|
|Garzê River||甘孜河||162 km (101 mi)|
|Hargai||哈尔盖||177 km (110 mi)||3248 m|
|Gangcha||刚察||208 km (129 mi)||3238 m|
|Huangyu||黄玉||223 km (139 mi)|
|Jirmeng||吉尔孟||251 km (156 mi)|
|Jianghe||江河||266 km (165 mi)|
|Tianpeng||天棚||290 km (180 mi)|
|Lumang||鹿芒||311 km (193 mi)|
|Tianjun||天峻||311 km (193 mi)|
|Nanshan||南山||330 km (210 mi)|
|Erlang||二郎||342 km (213 mi)|
|Chahannuo||察汗诺||364 km (226 mi)|
|Gaba||尕巴||397 km (247 mi)|
|Ulan||乌兰||407 km (253 mi)||3017 m|
|Saishike||赛什克||411 km (255 mi)|
|Keke||柯柯||426 km (265 mi)||2966 m|
|Chaikai||柴凯||448 km (278 mi)|
|Taoli||陶力||474 km (295 mi)|
|Gahai||尕海||498 km (309 mi)|
|Delingha||德令哈||521 km (324 mi)||2945 m|
|Denong||德农||523 km (325 mi)|
|Gobi||戈碧||548 km (341 mi)|
|Lianhu||连湖||563 km (350 mi)|
|Quanshuiliang||泉水梁||583 km (362 mi)|
|Pingshuang||平爽||607 km (377 mi)|
|Hangya||航垭||639 km (397 mi)|
|饮马峡||675 km (419 mi)||3151 m|
|Xitieshan||锡铁山||699 km (434 mi)||2996 m|
|Songrugou||松如沟||711 km (442 mi)|
|Dabuxun||达布逊||750 km (470 mi)|
A private branch to Zannge Potash Co.
|察尔汗||764 km (475 mi)||2687 m|
|Yushui River||鱼水河||797 km (495 mi)|
|Golmud East||格尔木东||808 km (502 mi)|
|Golmud||格尔木||830 km (520 mi)||2829 m|
|Nanshankou||南山口||857 km (533 mi)|
|Ganlong||甘隆||881 km (547 mi)|
|Nachitai||纳赤台||914 km (568 mi)|
|Xiaonanchuan||小南川||937 km (582 mi)|
|Yuzhufeng||玉珠峰||955 km (593 mi)|
|Wangkun||望昆||973 km (605 mi)|
|Budongquan||不冻泉||1,010 km (630 mi)|
|Chumar River||楚玛尔河||1,056 km (656 mi)|
|Wudaoliang||五道梁||1,100 km (680 mi)|
|Xiushui River||秀水河||1,138 km (707 mi)|
|Jiangkedong||江克栋||1,174 km (729 mi)|
|Riachiqu||日阿尺曲||1,196 km (743 mi)|
|Wuli||乌丽||1,220 km (760 mi)|
|Tuotuo River||沱沱河||1,239 km (770 mi)|
|Kaixinling||开心岭||1,260 km (780 mi)|
|Tongtian River||通天河||1,281 km (796 mi)|
|Tanggang||塘岗||1,309 km (813 mi)|
|Yanshiping||雁石坪||1,334 km (829 mi)|
|Bumade||布玛德||1,356 km (843 mi)|
|Buqiangge||布强格||1,380 km (860 mi)|
|Tanggula North||唐古拉北||1,404 km (872 mi)|
|Tanggula||唐古拉||1,421 km (883 mi)|
|Tanggula South||唐古拉南||1,441 km (895 mi)|
|Za'gyazangbo||扎加藏布||1,460 km (910 mi)|
|Tuoju||托居||1,499 km (931 mi)|
|Amdo||安多||1,524 km (947 mi)|
|Cuona Lake||措那湖||1,553 km (965 mi)||4594 m|
|Liantong River||联通河||1,574 km (978 mi)|
|Dongqen||底吾玛||1,593 km (990 mi)|
|Gacha||岗秀||1,632 km (1,014 mi)|
|Nagqu||那曲||1,650 km (1,030 mi)||4513 m|
|Yuru||妥如||1,691 km (1,051 mi)|
|Sangshung||桑雄||1,713 km (1,064 mi)|
|Gulog||古露||1,735 km (1,078 mi)|
|Umathang||乌玛塘||1,775 km (1,103 mi)|
|Damxung||当雄||1,808 km (1,123 mi)||4293 m|
|Dhachugo||达琼果||1,845 km (1,146 mi)|
|Yangbaling||羊八林||1,864 km (1,158 mi)|
|Yangpachen||羊八井||1,881 km (1,169 mi)|
|Angga||昂嘎||1,901 km (1,181 mi)|
|Maxiang||马乡||1,913 km (1,189 mi)|
|Gurong||古荣||1,930 km (1,200 mi)|
|Lhasa West||拉萨西||1,953 km (1,214 mi)|
|拉萨||1,972 km (1,225 mi)|
Trains and tickets
The trains are specially built for high elevation environments. The diesel locomotives were built by GE in Pennsylvania, and the passenger carriages are Chinese-made 25T carriages: on train Z21/Z22, between Beijing West and Lhasa, Bombardier Sifang Transportation (BSP) made carriages on the Golmud-Lhasa section in deep green/yellow or deep red/yellow. Signs in the carriages are in Tibetan, Chinese, and English. The operational speed is 120 km/h (75 mph) and 100 km/h (62 mph) over sections laid on permafrost.
The railway from Golmud to Lhasa was completed on 12 October 2005, and it opened to regular trial service on 1 July 2006.
The locomotives are turbocharged to combat the power-reducing effect of having to run on about half an atmosphere of air due to extreme altitude.
At the beginning, only three trains ran: Beijing–Lhasa (every day), Chengdu/Chongqing–Lhasa (every other day), and Lanzhou/Xining–Lhasa. Shanghai/Guangzhou–Lhasa service were added in October 2006. In July 2010 the Shanghai–Lhasa service became daily, and a daily service between Xining and Lhasa was added, but the service was then suspended for the winter season.
Oxygen supply and medical issues
The passenger carriages used on Lhasa trains are specially built and have an oxygen supply for each passenger. Every passenger train has a doctor.
A Passenger Health Registration Card is required to take the train between Golmud and Lhasa. The card can be obtained when purchasing the ticket. Passengers must read the health notice for high-elevation travel and sign the agreement on the card to take the train. On 28 August 2006, a 75-year-old Hong Kong man was reported to be the first passenger to die on the train, after he had suffered heart problems in Lhasa but insisted on travelling to Xining.
The 815 km section of the future Qingzang Railway from Xining to Golmud, Qinghai opened to traffic in 1984. But the remaining 1,142 km (710 mi) section from Golmud to Lhasa could not be constructed until technical difficulties of building railroad tracks on permafrost were solved. This section was formally started on 29 June 2001, finished on 12 October 2005, and signalling work and track testing took another eight months. It was completed in five years at a cost of $3.68 billion.
Track-laying in Tibet was launched from both directions, towards Tanggula Mountain and Lhasa, from Amdo railway station on 22 June 2004. On 24 August 2005, track was laid at the railway's highest point, the Tanggula Pass, 5,072 m (16,640 feet) above sea level.
There are 44 stations, among them Tanggula Mountain railway station, at 5,068 m (16,627 ft) the world's highest. Peru's Ticlio railway station at 4,829 m (15,843 ft) is the highest in the Americas (Cóndor station; at 4,786 m or 15,702 ft, on the Rio Mulatos-Potosí line, Bolivia, and La Galera station at 4,777 m or 15,673 ft, in Peru, being the next highest). The Qingzang Railway project involved more than 20,000 workers and over 6,000 pieces of industrial equipment, and is considered[who?] one of China's major accomplishments of the 21st century.
Bombardier Transportation built 361 high-altitude passenger carriages with special enriched-oxygen and UV-protection systems, delivered between December 2005 and May 2006. Fifty-three are luxury sleeper carriages for tourist services.
The construction of the railway was part of the China Western Development strategy, an attempt to develop the western provinces of China, which are much less developed than eastern China. The railway will be extended to Zhangmu via Shigatse (日喀则) to the west, and Dali via Nyingchi (林芝) to the east. A further extension is planned to link Shigatse with Yadong near the China-India border  (Map ). The railway is considered one of the greatest feats in modern Chinese history by the government, and as a result is often mentioned on regular TV programs. Chinese-Tibetan folk singer Han Hong has a song called Tianlu (Road to Heaven; 天路) praising the Qingzang Railway.
On 17 August 2008, a railway spokesman confirmed plans to add six more rail lines connecting to the Qinghai–Tibet railway, including from Lhasa to Nyingchi and from Lhasa to Shigatse, both in the Tibet Autonomous Region. Three lines will originate from Golmud in Qinghai province and run to Chengdu in Sichuan province, Dunhuang in Gansu province, and Korla of the Xinjiang Uygur Autonomous Region. The sixth will link Xining, the capital of Qinghai, with Zhangye in Gansu. The six lines are expected to be in operation before 2020. Construction work of the Lhasa–Shigatse extension began on 26 September 2010; it was opened in August 2014.
Addition of Capacity and Electrification
Given that the Sichuan-Tibet railway are expected to complete relatively later with less capacity, the Qinghai-Tibet railway is expected to add cargo capacity to fulfill the demand of material transportation. 13 stations along the Qinghai-Tibet railway has received extension of lanes, or was built from scratch. This will allow the daily train received from Lhasa Railway station to expand from 6 to 12-14. An electrification feasibility study is also in progress.
In October 2012, the beginning of the construction of a 506-km Golmud-Dunhuang railway line was announced. This single-track electrified rail line will run from Dunhuang (in Gansu Province) to the Yinmaxia station on the Qinghai–Tibet Railway north of Golmud. The project is expected to take five years. Since Dunhuang, located in the westernmost part of Gansu, is connected to the Lanxin Railway, the Golmud-Dunhuang link will allow a fairly direct connection between Tibet and Xinjiang.
Proposed connection to Nepal
In a meeting between Chinese and Nepalese officials on 25 April 2008, the Chinese delegation announced the intention to extend the Qingzang railway to Zhangmu (Nepali: Khasa) on the Nepalese border. Nepal had requested that the railway be extended to enable trade and tourism between the two nations. The section Lhasa-Shigatse opened in August 2014. In June 2018, China and Nepal signed a series of agreements including the construction of Shigatse-Kathmandu railway during Nepali prime minister Oli's visit to China. Construction is expected to be complete by 2024.
A Chinese Ministry of Railways spokesman announced that it would be extending the Qinghai–Tibet Railway southward to Shigatse, but it has yet to confirm an extension to India, Bangladesh and other railway networks.
The extension to the Shigatse region and Nyingchi has been confirmed by the relevant government departments in Tibet. The Qinghai–Tibet Railway will be connecting close to India. An official in charge of the Tibet Autonomous Region Development and Reform Commission had pointed out: "Tibet Railway is completed, with Lhasa as the basis, will be built east of Lhasa to Nyingchi line from Lhasa to Shigatse west building line of the south building of the Qinghai-Tibet Shigatse to East Asia and other three Railway Line. These extensions will be opened to traffic within a decade. then, the three railway extension will form a large Y-shape, the length will be over two thousand kilometers".
Although the Chinese government never planned an extension to India, many people have embarked on the possibility of this. Qinghai People's Congress Vice Secretary General Liu Palit is one of them. In an interview, 21st Century Business Herald interview, he supported a motion to establish a connection between the Pacific and Indian railway bridge on land, possibly linking the east coast port city of Lianyungang, eastern China, Xi'an, Lanzhou, Xining, Lhasa, Shigatse, through Nepal, and finally arriving in Patna, India, New Delhi, Mumbai and Karachi (Pakistan), China and India and Pakistan to achieve rail transport.
Liu Palit has stated regarding the Qinghai-Tibet Plateau in South Asia continental bridge, "The past is not the Qinghai-Tibet Railway, which route is the only choice, now, starting from Tibet, a land bridge political more meaningful". If the idea of the railway arrived in Nepal's plains region of Nepal, it is very easily connected with the Indian railway network. Experts said that "if the railway opened in Nepal, but also enable the railway system in India and Bangladesh, Nepal and China through connectivity, all countries will benefit."
There are many technical difficulties for such a railway. About half of the second section was built on barely permanent permafrost. In the summer, the uppermost layer thaws, and the ground becomes muddy. The heat from the trains passing above is able to melt the permafrost even with a small change in temperature. The main engineering challenge, aside from oxygen shortages, is the weakness of the permafrost. For areas of permafrost that are not very fragile, an embankment of large rocks is sufficient. Meanwhile, in the most fragile areas, the rail bed must be elevated like a bridge. The engineers dealt with this problem in the areas of weakest permafrost by building elevated tracks with pile-driven foundations sunk deep into the ground. Similar to the Trans-Alaska Pipeline System, portions of the track are also passively cooled with ammonia-based heat exchangers.
Due to Climate change, temperatures in the Tibetan Plateau may be considered to increase by an estimated two to three degrees Celsius. This change is sufficient to melt the permafrost and thereby affect the integrity of the entire system. The effects of climate change have yet to be seen.
The air in Tibet is much thinner, with oxygen partial pressure being 35% to 40% below that at sea level. Special passenger carriages are used, and several oxygen factories were built along the railway. Each seat in the train is equipped with an oxygen supply outlet for any possible emergency. The Chinese government claimed that no construction workers died during the construction due to altitude sickness related diseases. The railway passes the Kunlun Mountains, an earthquake zone. The 7.8 Mw Kunlun earthquake struck in 2001 (but caused no fatalities). Dozens of earthquake monitors have been installed along the railway.
Economic and environmental impact
With limited industrial capacity in Tibet, the Tibetan economy heavily relies on industrial products from more developed parts of China. Transport of goods in and out of Tibet was mostly through the Qingzang Highway connecting Tibet to the adjacent Qinghai province, which was built in the early 1950s. The length and terrain have limited the capacity of the highway, with less than 1 million tons of goods transported each year. With the construction of the Qingzang railway, the cost of transportation of both passengers and goods should be greatly reduced, allowing for an increase in volume—the cost per tonne-kilometer will be reduced from 0.38 RMB to 0.12 RMB. It is projected that by 2010, 2.8 million tons will be carried to and from Tibet, with over 75% carried by the railway. This is expected to help support the Tibetan economy.
The environmental impact of the new railway is an ongoing concern. The increase in passenger traffic will result in greater tourism and economic activity on the Tibetan Plateau.
Wood is the main fuel source for rural inhabitants in certain regions of Tibet. The damage to the ecosystem caused by cutting trees for fuel takes years to recover due to slow growth caused by Tibet's harsh environmental conditions. The railway would make coal, which is not produced in Tibet, an affordable replacement. However, the increase in fuel combustion due to increased human activity in an already-thin atmosphere may affect the long term health of the local population.
Before the railway, the purchasing power of 100 RMB in Lhasa was only commensurate with 54 RMB in coastal regions of China, mainly due to high transport costs. The railway could elevate the living standards along the railway. 
Trash and excrement are collected into two sealed containers in each car (not thrown on the tracks), and are taken out at the big stations.
The effects of this railway on wild animals such as Tibetan antelope and plants are currently unknown. Thirty-three wildlife crossing railway bridges were constructed specifically to allow continued animal migration. Here is the Google Maps satellite image of one such bridge.
There are concerns from the China Meteorological Administration that melting, due to global warming, of the permafrost in Tibet on which part of the railway is placed could threaten the railway within this century.
China has been criticized by Tibetan Independence groups for having built the railway to strengthen its political control over Tibet.
In particular, groups such as the International Campaign for Tibet have alleged that the railway will marginalize Tibetans in the Tibet Autonomous Region by encouraging further Han migration from the rest of China.
- 361 Bombardier Sifang Power (Qingdao) Transportation Ltd./Power Corporation of Canada/China South Locomotive and Rolling Stock Industry (Group) Corporation High-Grade Coach – 308 standard cars and 53 special tourist cars
- GE Transportation NJ2 locomotive (78 GE designation C38AChe locomotives were built)
- Qishuyan Locomotive Factory DF8BJ 9000 series locomotive – similar to the Bombardier Transportation-GE Transportation Blue Tiger diesel electric locomotive
- CRRC Dalian HXN3 locomotive 
Scenery along the railway
Golmud to Lhasa：
Tanggula railway station
5,068 meters above sea level
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- However, it cannot be denied that with this railway, goods can be brought in or out of Tibet much easier .Tracking the Steel Dragon: How China's economic policies and the railroad are transforming Tibet..... BUT HAVE REMAINED VERY SILENT ABOUT THE POPULATION AND CULTURAL INUNDATION BY INDIAN NATIONALS. Archived 3 October 2009 at the Wayback Machine
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- Lu, Ming; Li, Charlie C. (19 June 2006). In-situ rock stress: measurement, interpretation and application: proceedings of the International Symposium on In-situ Rock Stress (Hardcover). Trondheim, Norway: Balkema; Taylor & Francis. p. 552. ISBN 0415401631. Retrieved 17 December 2014.
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World's highest railway links Tibet to rest of China at Wikinews Media related to Qinghai-Tibet Railway at Wikimedia Commons
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- Tibet railway videos
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- Life on the Tibetan Plateau: Train to Lhasa
- Beautiful scenery on the way to Lhasa
- Tibet: key projects boost leapfrog development of society