鍦扮悊鐮旂┒ 鈥衡�� 1988, Vol. 7 鈥衡�� Issue (1): 18-26.DOI: 10.11821/yj1988010003

鈥� 璁烘枃 鈥� 涓婁竴绡�    涓嬩竴绡�

娌宠タ榛戞渤(寮辨按)姘寸郴鐨勫彉杩�

鍐怀姝�   

  1. 鍏板窞澶у
  • 鏀剁鏃ユ湡:1986-05-03 淇洖鏃ユ湡:1986-12-09 鍑虹増鏃ユ湡:1988-03-15 鍙戝竷鏃ユ湡:1988-03-15

THE CHANGES OF HEI RIVER (RUOSHUI) SYSTEM IN HEXI

Feng Shengwu   

  1. Lanzhou University
  • Received:1986-05-03 Revised:1986-12-09 Online:1988-03-15 Published:1988-03-15

鎽樿锛� 涓洿鏂颁笘鏅氭湡浠ユ潵榛戞渤娴侀噺閫愭笎鍑忓皯,鐢卞娴佹渤鍙樹负鍐呮祦娌�,鐢辩粺涓�姘寸郴鍙樹负鍚勮嚜鐨勭嫭绔嬫按绯�,涓�佷笅娓哥敱鍦伴潰姘村拰鍦颁笅姘寸浉浜掕浆鍖�,涓嶅皯娌抽亾闅忔祦閲忓彉鍖栧強鏂版瀯閫犺繍鍔ㄥ奖鍝嶈�屾敼閬�,浠庤�屾部宀告柊鑰佺豢娲蹭簰涓嶇浉杩炪��

鍏抽敭璇�: 榛戞渤姘寸郴, 鍙樿縼

Abstract: The Hexi desert and oases region of Gansu Province belong to internal drainage area where all rivers originate from Qilian Mountains. From east to west, the rivers can be divided into four drainage systems; Shiyang river system, Hei river system, Shule river system and Harteng river system. Har-teng river flows into Suganhu Basin which lies in the northern margin of Caidamu Basin, while all theot her three drainage systems flow into Hexi Corridor, Hei river is the greatest and longest of all these rivers, stretching north to Alashan Plateau. This paper mainly discusses the distribution and change features of Hei river system based on the ancient and modern maps and salt content in ancient rivers and lakes and deduces how it has changed from exterior river to interior river, from integrate drainage system to many seperate drainage systems, from a river with its middle and lower reaches in the same course to a special river which changes alternately between surface water and undergronud water in the middle and lower reaches, and forming many oases of varying sizes along the bank of the river in certain regions.

Key words: Hei river Changes