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Rainwater harvesting to augment groundwater levels: a case study.

机译:收集雨水以增加地下水位:一个案例研究。

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摘要

A rainwater harvesting structure in Rajsamand district in semi-arid region of Rajasthan was evaluated by rainfall-water level dynamics, surface-ground water interaction and potential/actual groundwater recharge. Daily rainfall and evaporation, water level of the water harvesting structure, weekly groundwater levels of ten wells and pre- and post-monsoon groundwater quality were monitored during 2007-10, and analysed. Results indicated that rainfall had strong influence on the surface water and groundwater levels. Groundwater quality was found to be satisfactory for drinking and irrigation purposes. The potential recharge rate in the area was 1 m.day-1. However, the actual groundwater recharge varied from 4.3 to 30.4 cm (8.3-26.1% of monsoon rainfall). Thus, the study reaffirmed that rainwater harvesting structures have adequate potential in rainwater recharging to augment the groundwater levels in the study area.
机译:通过降雨-水位动态,地表-地下水相互作用和潜在/实际地下水补给,对拉贾斯坦邦半干旱地区拉贾森邦地区的雨水收集结构进行了评估。在2007-10年度期间监测并分析了每日降水和蒸发量,集水结构的水位,十口井的每周地下水水位以及季风前后的地下水水质。结果表明,降雨对地表水和地下水位有很大影响。发现地下水质量可满足饮用和灌溉目的。该区域的潜在补给率是1 m.day -1 。但是,实际的地下水补给量从4.3厘米到30.4厘米不等(占季风雨量的8.3-26.1%)。因此,该研究重申,雨水收集结构具有充裕的雨水补给潜力,可以增加研究区域的地下水位。

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