Abstract:The objectives of this study were to reveal the destruction process mechanism of mining on water resources in the Shanxi province, based on the multi-discipline method of hydrogeology survey, isotopic, hydrochemical, etc. The chemical composition of pit water was the Na-Ca-SO4type, δ18O ranged from-9.34×10-3to -9.78×10-3, δD ranged from -66.14×10-3to -68.91×10-3, showed the clustering together of the data for pit water, rivers water, shallow karst and pore water, which indicated the hydraulic relationship of recharge and discharge exists among them. Pit water was mainly recharged by rivers water, Shallow karst and pore water. shallow karst, pore water and rivers water were destructed seriously by mining, but deep karst water and reservoir water were not seriously destructed. Above concluded were basically coincided with the results of actual situation and the geophysical exploration. This study can provide scientific basis for the safety use of water resources in similar mine.
杨永刚, 孟志龙, 秦作栋, 邹松兵. 采矿对山西水资源破坏过程的同位素示踪研究[J]. 中国环境科学, 2013, 33(8): 1447-1453.
YANG Yong-Gang, MENG Zhi-Long, QIN Zuo-Dong, ZOU Song-Bing. Water resource destruction processes of mining in Shanxi province combining isotopic and hydrochemical tracer. CHINA ENVIRONMENTAL SCIENCECE, 2013, 33(8): 1447-1453.