Kherlen River

Coordinates: 48°44′N 117°5′E / 48.733°N 117.083°E / 48.733; 117.083
From Wikipedia, the free encyclopedia

This is an old revision of this page, as edited by 2601:602:8500:b750:85f2:2d9a:bd9b:6e82 (talk) at 04:32, 14 March 2019. The present address (URL) is a permanent link to this revision, which may differ significantly from the current revision.

Kherlen River
克鲁伦河 (Kèlǔlún hé)
EtymologyMongolian: kherlen, "hederated"
Native nameХэрлэн гол
Location
CountryMongolia, People's Republic of China
Mongolian AimagsKhentii, Dornod
Chinese RegionInner Mongolia
Chinese PrefectureHulunbuir
Physical characteristics
Source 
 • locationBurkhan Khaldun, Khentii Mountains
MouthHulun Nuur
 • coordinates
48°44′N 117°5′E / 48.733°N 117.083°E / 48.733; 117.083
Length1,254 km (779 mi)

Kherlen River (also known as Kern or Kerülen; Mongolian: Хэрлэн гол; Chinese: 克鲁伦河; pinyin: Kèlǔlún hé) is a river of 1,254 km length in Mongolia and China.[1]

Course

The river has its origin in the south slopes of the Khentii mountains, near the Burkhan Khaldun mountain in the Khan Khentii Strictly Protected Area, about 180 km northeast of Ulaanbaatar.[1] This area is the watershed between the arctic (Tuul River) and pacific (Kherlen, Onon) basins and named Three river basins.

From there the Kherlen flows in a mostly eastern direction through the Khentii aimag. On its further way it crosses the eastern Mongolian steppe past Ulaan Ereg and Choibalsan, entering China at 48°3′N 115°36′E / 48.050°N 115.600°E / 48.050; 115.600, emptying into Hulun Nuur after another 164 km.

Kherlen-Ergune-Amur

In years with high precipitation, the normally exitless Hulun Lake may overflow at its northern shore, and the water will meet the Ergune River after about 30 km.[1] The Ergune marks the border between Russia and China for about 944 km, until it meets the Amur River. The system Kherlen-Ergune-Amur has a total length of 5,052 km.

See also

References

  1. ^ a b c Brutsaert, Wilfried; Sugita, Michiaki (December 2008). "Is Mongolia's groundwater increasing or decreasing? The case of the Kherlen River basin". Hydrological Sciences Journal. 53 (6). London: Taylor & Francis Informa Ltd: 1221–1229. doi:10.1623/hysj.53.6.1221. Retrieved 19 January 2015. {{cite journal}}: Cite has empty unknown parameter: |coauthors= (help)