摘要
以羊庄岩溶地下水系统为研究对象,通过水化学分析及同位素测试,旨在评价地下水资源,指导开发利用。结果显示:羊庄岩溶地下水系统以现代水为主,在径流过程中主要与灰岩发生水岩相互作用,人类活动对地下水水质的影响较大,岩溶地下水遭受一定程度污染,地下水化学场及水动力场发生不同程度改变。建议相关职能部门采取有效措施抑制地下水污染进一步发展。
Taking Yangzhuang karst groundwater system as the research object, this paper aims at evaluating groundwater resources and guiding the resource development and utilization through hydrochemical analysis and isotope test . The results show that the karst groundwater system in Yangzhuang is dominated by modern water,which mainly interacts with limestone in the course of runoff . Human activities have a great impact on groundwater quality. The karst groundwater is polluted to a certain extent,and groundwater chemical field and hydrodynamic field have changed to different degrees . It is suggested that the relevant functional departments take effective measures to restrain the further development of groundwater pollution.
作者
冯亚伟
陈洪年
卜华
贾德旺
FENG Yawei;CHEN Hongnian;BU Hua;JIA Dewang(Shandong Lunan Institute of Geological Engineering Survey,Yanzhou,Shandong 272100,China;Key Laboratory of Karst Geology , Shandong Provincial Bureau of Geology and Mining Resources, Yanzhou,Shandong 272100,China)
出处
《中国岩溶》
CAS
CSCD
北大核心
2019年第3期394-403,共10页
Carsologica Sinica
基金
山东省国土资源厅《山东省岩溶发育区地质环境调查》(鲁地环(2018)06号)
山东省地矿局《山东省岩溶地下水资源可持续开发利用研究》(鲁地字[2014]85号)
山东省地矿局《羊庄岩溶水系统地下水环境演化机理研究》(KY201513)
中国地质调查局《沂蒙山区羊庄盆地1∶5万水文地质调查(山亭幅、陶庄幅、枣庄市幅)》(12120115045801)
关键词
羊庄
岩溶水系统
水化学
同位素
成因
Yangzhuang
karst water system
hydro-chemistry
isotope
genesis
