The Künes River (Uyghur: دەرياسى كۈنەس, romanizedKünes deryasi, lit.'Künəs dəryasi'; Chinese: 巩乃斯河; pinyin: Gǒngnǎisī hé) is a tributary of the river Ili in Xinjiang Uyghur Autonomous Region,[1] that originates in the eastern Tianshan.

Künes
Kunges
Location of the Künes River in the Lake Balkash drainage basin
Native name
Location
CountryPeople's Republic of China
ProvinceXinjiang Uyghur Autonomous Region
CountyKunes, Nilka County, and Hejing County
Physical characteristics
Source 
 • locationEren Habirga Mountains
 • coordinates43°12′35″N 84°50′51″E / 43.20972°N 84.84750°E / 43.20972; 84.84750
 • elevation3300 m
MouthIli
 • location
Confluence with the river Tekes
 • coordinates
43°34′45″N 82°32′51″E / 43.57917°N 82.54750°E / 43.57917; 82.54750
 • elevation
786 m
Length258 km
Basin size3532 km2
Basin features
ProgressionIliLake Balkhash
Tributaries 
 • leftTsanma (Tsauman gol)
 • rightArshan, Merke (Borgustaya), Ken-su (Naryn gol, Kharkhan), Bokchurgan gol, Turgen
Künes River
Uyghur name
Uyghurدەرياسى كۈنەس
Chinese name
Traditional Chinese鞏乃斯河
Simplified Chinese巩乃斯河
View of the Künes River at Nalati

Geography edit

The Künes River originates in the eastern Tianshan in the Eren Habirga Mountains and flows from east to west to merge with the Tekes River and form the Ili. It flows through glacial, alpine, and grassland environments, the latter including semi-arid, dry-steppe, steppe, meadow grassland, and mountain meadow.[2]

Tributaries edit

Main tributaries of the Künes River include:

  • Arshan (right)
  • Merke (aka Borgustaya) (right)
  • Ken-su (aka Naryn gol, Kharkhan) (right)
  • Bokchurgan gol (right)
  • Turgen (right)
  • Tsanma (Tsauman gol) (left)

Settlements edit

Major settlements located on the Künes River include:

References edit

  1. ^ "Kunges". Great Soviet Encyclopedia (in Russian). Retrieved 24 July 2020.
  2. ^ Jie Ma; Lan H. Li; Ling P. Guo; Lei Bai; Jian R. Zhang; Zhong H. Chen; Sajjad Ahmad (2015). "Variation in soil nutrients in grasslands along the Kunes River in Xinjiang, China". Chemistry and Ecology. 31 (2): 111–122. doi:10.1080/02757540.2014.917170. S2CID 94482031.