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Impacts of Decreasing Recharge Rates on Sustainable Groundwater Management

机译:降低充电率对可持续地下水管理的影响

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Groundwater is a vital resource for living and food security for at least two billion people worldwide. Ever increasing demand on groundwater has led to overexploitation of the aquifers and degradation of groundwater quality. Climate change will exacerbate these problems by producing reduced recharge rates in some areas, more reliance on groundwater resources due to decrease in reliability of surface waters, farther inland penetration of saltwater intrusion in response to both sea-level rise and excessive groundwater extraction and deterioration of groundwater quality by increased flushing of urban and agricultural waste due to more frequent flooding. These problems emerged the concern about the sustainable management of groundwater so that it is not depleted while the increasing demand is satisfied under the pressures exerted by the climate change. This paper examines one of the most significant consequences of climate change, decreasing recharge rates, on the sustainable management of groundwater resources using a hypothetical case study.
机译:地下水是全球至少有20亿人的生活和粮食安全的重要资源。越来越多的地下水的需求导致了过度的含水层和地下水质量的退化。气候变化将加剧这些问题,通过在某些地区产生减少的充值率,越来越依赖地下水资源由于表面水域的可靠性降低,咸水入侵的较远的内陆侵入,以应对海平面上升和过度地下水提取和恶化由于更频繁的洪水,通过增加城市和农业废物的冲洗时,地下水质量。这些问题出现了对地下水可持续管理的担忧,以便在气候变化施加的压力下满足不断增长的需求,这并未耗尽。本文研究了使用假设案例研究的地下水资源可持续管理,降低充电率的最重要后果之一。

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