| 1. | Amount of groundwater mining
地下水开采量 |
| 2. | Relation between ground fissure formation and ground water mining in urban datong
大同市区地下水开采与地裂缝形成的关系 |
| 3. | Analysis on the effect of mining for groundwater on the geological environment in yangzhou city
扬州市地下水开采与地质环境影响分析 |
| 4. | Regional groundwater pumpage for agriculture responding to precipitation in north china plain
华北平原农田区地下水开采量对降水变化响应 |
| 5. | 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 |
| 6. | For many years , as the rising of taking of underground water , the karst collapse has become more serious
多年来,随着对地下水开采量的逐渐增加,岩溶塌陷随之加剧。 |
| 7. | The negative environmental effects of groundwater exploitation in the yangtze river delta and their preventive countermeasures
长江三角洲地下水开采的负环境效应及其防治 |
| 8. | The ground water exploit mainly relies on deep well diving pump for drawing water , that is to say , the cost depends primarily on electricity consumption
地下水开采主要依靠深井潜水泵把水抽到地面,也就是说,供水成本主要取决于用电量。 |
| 9. | The paper sets up a groundwater three - dimensional flow model to predict the karst groundwater regime in east area of wei bei in shanxi province on the condition of exploitation
本文建立地下水三维流模型，对陕西省渭北东部的岩溶地下水开采条件下的动态进行预测。 |
| 10. | For now , 12 . 3 billion cubic meters of ground water , accounting for 28 % of the total exploitable amount is extracted in western china every year . that demonstrates great potential
目前西部地区的地下水开采量约123亿立方米/年，约占可开采量的28 % ，具有较大的开发潜力。 |
