Saryjas
Sarydschas Сарыжаз, Сарыджаз |
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Data | ||
location | Issyk Kul ( Kyrgyzstan ) | |
River system | Tarim | |
Drain over | Kumarik → Aksu → Tarim → Lop Nor Desert | |
source |
Semyonov Glacier on the northern slope of the Saryjas chain 42 ° 21 ′ 34 ″ N , 79 ° 56 ′ 37 ″ E |
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Source height | approx. 3500 m | |
Renaming point | chinese-kyrgyz. The border below is the Kumarik River. Coordinates: 41 ° 50 ′ 29 " N , 79 ° 29 ′ 8" E 41 ° 50 ′ 29 " N , 79 ° 29 ′ 8" E
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length | 165 km | |
Catchment area | 12,900 km² | |
Outflow A Eo : 1927 km² |
MQ Mq |
37.4 m³ / s 19.4 l / (s km²) |
Drain |
MQ |
140 m³ / s |
Left tributaries | Engiltschek , Kaindy , Taldybulak , Köikap | |
Right tributaries | Kuilju , Ütschköl , Ak-Schyirak | |
Communities | Engiltschek |
The Sarydschas ( kirghiz Сарыжаз ; Russian Сарыджаз ; chinese 阿克苏河 , Pinyin Akesu Hé ) is a river in Tienschan in southeastern Kyrgyzstan in Issyk Kul Region .
The Saryjas forms the upper reaches of the Kumarik in Kyrgyzstan. The saryjas originate in the far east of Kyrgyzstan. It is fed by the Semyonov glacier on the northern slope of the Saryjas chain. From there it initially flows west, then bends south. From this point, the A364 trunk road follows the course of the river for about 40 km. The Saryjas takes in the Kuilju tributary from the right. The Engiltschek , the largest tributary of the Saryjas, flows into the river from the left at the village of Engiltschek . The highway ends about 10 km further south just before the confluence of the Kaindy from the left. The rivers Ütschköl and Ak-Schyirak meet the Saryjas from the right. Then the Saryjas turns sharply to the east and breaks through the main ridge of the Tienschan. The Saryjas reaches the border with the People's Republic of China after 165 km . Downstream the river is called Kumarik . The catchment area of the Saryjas covers 12,900 km². The mean discharge is 140 m³ / s.
Individual evidence
- ↑ advantour.com: River system of Kyrgyzstan
- ↑ a b welcome.kg - information portal: rivers in the Tarim catchment area
- ↑ http://onlinelibrary.wiley.com/doi/10.1002/hyp.10118/full Assessing the influence of the Merzbacher Lake outburst floods on discharge using the hydrological model SWIM in the Aksu headwaters, Kyrgyzstan / NW China. M. Wortmann, V. Krysanova, ZW Kundzewicz, B. Su, X. Li (Potsdam Institute for Climate Impact Research)