Numerical Simulation and Rational Use of Groundwater in Beijing Daxing

Dong Mei Ma; Hai Ping Zhang; Wen Qing Wei; Cai Xia Hao; Fang Fang

doi:10.4028/www.scientific.net/AMR.955-959.3116

Paper Titles

The Evolution of East Asian Summer Monsoon and Drought\Flood Distribution on Eastern China during the Last 539yr
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The Impacts of the Basin Scale Hydrological Cycle to Water Budget of Wetlands in Nenjiang River Basin
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An Analysis of Seawater Electrochlorination System
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Application of Fractal Fuzzy Set Pair Analysis in Flood Classification
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Numerical Simulation and Rational Use of Groundwater in Beijing Daxing
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Numerical Simulation of Seepage Field in Aquifer under the Coal Seam
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Present Situation and Corresponding Measures of Water Resources in Huangshi City
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Research and Application in Ecological Revetment of the Mountain River
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Research on Water Option Pricing Problem Based on the Binary Tree Model
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Numerical Simulation and Rational Use of Groundwater in Beijing Daxing

Abstract:

In order to promoting the reasonable utilization of groundwater in Daxing district, the groundwater level dynamic process was simulated by generalizing hydrogeological conditions and constructing groundwater numerical simulation model. The results shows that the main affecting factors of groundwater level in the Daxing area are exploitation and precipitation recharge. Some groundwater exploiting measures are recommended according to the simulation result.