摘要
在综合研究阜阳市水资源系统特征、地面沉降等环境地质问题的基础上,对研究区地表水系统与地下水系统进行概化,建立该市城市地表水和地下水联合数值模拟模型和优化管理模型。通过优化管理模型的运行和应用,确定了研究区水资源合理开发利用的规划方案。模型预测结果表明,应用该文所选的规划方案,不仅可使研究区地表水和地下水资源得到合理调度和优化开采,还可控制地面沉降的进一步发展。
On the basis of the characteristics of water resources system in the city of Fuyang, and environmental geology issues （such as land subsidence）, this study summarized general features of surface water system and groundwater system, and finally established a joint numerical simulation model and an optimized management model for urban water resources. By operation and application of the optimized management model, the planning scheme of rational utilization for water resources in the study area was determined. The model prediction results show that the planning scheme selected in this study will not only make surface water and groundwater resources regulated reasonably and mined optimally, but also control the further development of land subsidence in the study area.
作者
李国礼
周锴锷
张庆
袁红武
LI Guo-li;ZHOU Kai-e;ZHANG Qing;YUAN Hong-wu(Water Affair Bureau of Fuyang City,Fuyang 236001,China;Nanjing Center,China Geological Survey,Nanjing 210016,China)
出处
《华东地质》
2018年第3期234-240,共7页
East China Geology
基金
中国地质调查局"沂徐淮地区水文地质调查(编号:12120113102500)"项目资助
关键词
地表水
地下水
联合模拟模型
阜阳市
surface water
groundwater
joint numerical simulation model
Fuyang City
