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Field experiment of artificial recharge through a well with reference to land subsidence control

机译:参考地面沉降控制通过井进行人工补给的野外实验

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摘要

Land subsidence due to groundwater overdraft is one of the most urgent environmental dilemmas facing Bangkok Metropolis and its vicinities. Prolonged flooding, salt water encroachment, groundwater quality deterioration, damage to building foundations, roads, bridges etc. are some of the adverse consequences of the groundwater over-exploitation and the resulting land subsidence. Because the control of groundwater pumping within a safe limit is not likely to be achieved in the near future due to the poor town planning and rapid economic growth of the city, artificial recharge has been proposed as one supplemental means to help restore the declined piezometric levels and mitigate land subsidence. As the first step of recharging the Bangkok aquifer system, a field experiment aimed at investigating particular features of recharge into its uppermost aquifer, that is, the First Sand Layer, has been recently performed. The recharge operation was successfully carried out from October 1993 to June 1994, and some rebound in the recharged aquifer was recorded. The experiment provided useful guidance with reference to setting up of a field test, data monitoring and analysis which can be applied to other sites with similar conditions.
机译:地下水超采引起的地面沉降是曼谷大都市及其周边地区面临的最紧迫的环境难题之一。长时间的洪水泛滥,盐水侵蚀,地下水质量恶化,建筑物基础,道路,桥梁等损坏是地下水过度开发和由此导致的地面沉降的一些不利后果。由于糟糕的城镇规划和城市的快速经济增长,在不久的将来不太可能将地下水泵控制在安全范围内,因此有人提出了人工补给作为一种补充手段,以帮助恢复下降的测压水平。并减轻地面沉降。作为对曼谷含水层系统进行补给的第一步,最近已进行了旨在调查补给其最高含水层即第一沙层的具体特征的野外实验。从1993年10月至1994年6月,补给工作成功进行,补给的含水层出现了反弹。该实验为现场测试的建立,数据监测和分析提供了有用的指导,可将其应用于条件类似的其他地点。

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