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Groundwater and human development: challenges and opportunities in livelihoods and environment

机译:地下水与人类发展:生计与环境的挑战与机遇

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摘要

At less than 1,000 km(3)/year, the world's annual use of groundwater is 1.5% of renewable water resource but contributes a lion's share of water-induced human welfare. Global groundwater use however has increased manifold in the past 50 years; and the human race has never had to manage groundwater use on such a large scale. Sustaining the massive welfare gains groundwater development has created without ruining the resource is a key water challenge facing the world today. In exploring this challenge, we have focused a good deal on conditions of resource occurrence but less so on resource use. I offer a typology of V five groundwater demand systems as Groundwater Socio-ecologies (GwSE), each embodying a unique pattern of interactions between socio-economic and ecological variables, and each facing a distinct groundwater governance challenge. During the past century, a growing corpus of experiential knowledge has accumulated in the industrialized world on managing groundwater in various uses and contexts. A daunting global groundwater issue today is to apply this knowledge intelligently to by far the more formidable challenge that has arisen in developing regions of Asia and Africa, where groundwater irrigation has evolved into a colossal anarchy supporting billions of livelihoods but threatening the resource itself.
机译:以每年不到1,000 km(3)的速度,世界每年的地下水使用量占可再生水资源的1.5%,但在由水引起的人类福利中却占了很大的份额。然而,在过去的50年中,全球地下水的使用量增加了。人类从未必须如此大规模地管理地下水的使用。在不破坏资源的情况下维持地下水开发创造的巨大福利是当今世界面临的关键水挑战。在探讨这一挑战时,我们将重点放在资源发生的条件上,而较少地关注资源使用。我提供了五种地下水需求系统的类型学,称为地下水社会生态学(GwSE),每种系统都体现了社会经济和生态变量之间相互作用的独特模式,并且都面临着独特的地下水治理挑战。在过去的一个世纪中,在工业化世界中积累了越来越多的经验知识,涉及各种用途和环境下的地下水管理。当今全球一个令人生畏的地下水问题是将这一知识智能地应用到迄今为止在亚洲和非洲发展中地区所出现的更加艰巨的挑战中,在这些地区,地下水灌溉已经演变成一个庞大的无政府状态,支持数十亿生计,但又威胁着资源本身。

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