1.
On account of lacking of surface water, groundwater was pumped massively in the state of Arizona since 1960s.
由于地表水资源供给不足,亚利桑那州自20世纪60年代开始大规模超采地下水。
2.
Analysis on No-Precursory Anomaly of Well Water Level in Over-exploited Area
地下水超采区井水位非前兆异常分析
3.
The Investigation of Underground Reservoir Construction in the Excess Exploited Funnel Area
超采漏斗区漏斗填充式地下水库研究
4.
Mechanism Analysis on Water Level of Confined Well in Groundwater Overdrafting Area
地下水超采区承压井水位变化机理探讨
5.
In areas where groundwater has already been overdrawn, strict control on drawing shall be imposed and effective measures shall be taken to protect groundwater resources and control land subsidence.
在地下水已经超采的地区，应当严格控制开采，并采取措施，保护地下水资源，防止地面沉降。
6.
The feasibility investigation of underground reservoir construction in the excess exploited funnel area
超采漏斗区漏斗填充式地下水库的可行性研究
7.
The Groundwater Numerical Simulation and Overdraft Region Eualuation for Qitai County Plain Area in Xinjiang;
新疆奇台县平原区地下水流数值模拟与超采区评价
8.
Self-supply wells in the groundwater over-extracted area will be phased out and the reconstruction and expansion of existing water distribution network will be completed.
有计划分步骤地关停地下水超采地区部分自备井，同时对现有供水管网进行改造。
9.
The article discusses the situation of groundwater overdrawn, which result in a series environmental and geological issues in the Yuncheng city in2002.
本文论述了2002年运城市地下水超采状况及其引起的环境地质等一系列问题。
10.
Measures shall be taken to prevent potential secondary pollution like air-borne dust, pollution of groundwater, incineration exhaust exceeding the standards and odor from the process of the collection and treatment of rubbish.
采取措施防止垃圾收运、处理过程中的扬尘、污染地下水、焚烧超标排放、恶臭等二次污染。
11.
So far, it is suggested that the calculation could be available for control exploiting the groundwater by use of parameter of prophase consolidation pressure of over-consolidated soils.
为此,提出了用超固结土的前期固结压力作为控制地下水开采量的计算方法。
12.
Calculation of groundwater allowable exploitation in water source region in Qingshuihe,Inner Mongolia
内蒙古清水河水源地地下水允许开采量计算
13.
Local Government Intervene and Over-quota Harvesting Under Information Asymmetry;
不对称信息下的地方干预与超限额采伐
14.
The Study on The Forecast of Water Inflow during Turing Open Pit into Undergound Mining in ShiRengou Iron Mine;
石人沟铁矿露天转地下开采地下涌水预测研究
15.
Dutch Develop Denitrification System
荷兰采用脱硝系统处理污染的地下水
16.
Analysis of Risk Decision Making for Groundwater Exploitation within Jinci Spring Area, Shanxi Province
晋祠泉域地下水开采决策的风险分析
17.
Study on Optimal Pumping of Groundwater Based on GMS;
基于GMS的地下水开采优化方案研究
18.
The Study on Wide Strip Skip-mining and Its Ground Water Seepage Rule;
宽条带跳采及其地下水渗流规律研究