Based on geological survey data and detailed geological analysis results, the current article reveals the characteristics effects and role of evolution on karst groundwater caused by coal mining in Fengfeng in Hebei, China. Results indicate that long-term and large-scale mine excretion and excessive groundwater exploitation are major factors that changed the karst groundwater flow field and caused the water level to fall, the water quality to deteriorate and the water resources to decay.
BaiX.Q. and ShenZ.H., 2010. Countermeasure study of water-preserving mining in Fengfeng mining Area. Journal of Mining & Safety Engineering27(3), 389–394.
2.
ButsherC. and HuggenbergerP., 2009. Modeling the temporal variability of karst groundwater vulnerability with implications for climate change. Environmental Science and Technology43(6), 1665–1669.
3.
FengQ.Y.WangH. and LiX.D., 2004. Characteristics and utilization of mine water in east China. Journal of China University of Mining & Technology33(2), 193–196.
4.
HanX.R.GaoH.P. and LiangY.P., 1994. The effect of large scale coal mining on karst water environmrent. Carsologica Sinica13, 95–105.
5.
MaP.Z., 2005. Criterion models of mining under high pressure and groundwater controlling countermeasures for lower group coal of type coalfield in northern China. Journal of China Coal Society30(5), 608–612.
6.
WangY.X. and GaoX.B., 2009. Geochemical evolution of the Niangziguan karst watersystem under the impact of human activities. Carsologica Sinica18(2), 103–112.
7.
ZhuZ., 2007. The influence of coal mining on the sur face water and groundwater. SCI-tech Information Development & Economy17(9), 282–283.
