地下水管理竞争性解决方案:Gisser-Sanchez模型的相关性

Ó. Alfranca
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引用次数: 1

摘要

本章的主要主题与地下水中Gisser-Sanchez效应的相关性有关。必须指出,地下水资源是世界大部分地区灌溉用水的主要来源。在考虑水的提取时,需要指出两个主要问题。第一个问题与当地流域或整个盆地的水资源短缺有关,这是由于过度的地表水和地下水抽取造成的。另一个与水退化和污染负荷有关,导致许多河流和整个含水层遭到破坏,失去维持生态系统功能和人类活动的能力。Gisser和Sanchez的分析对这些结论提出了质疑。这些作者认为,对于受非弹性水需求影响的大型含水层,开放获取和优化管理情况下生产者剩余的差异在数值上是微不足道的。也许Gisser和Sanchez的工作中最有趣的一点是多学科性。
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Groundwater Management Competitive Solutions: The Relevance of the Gisser-Sanchez Model
The main subject of this chapter is related to the relevance of the Gisser-Sanchez effect in groundwater. It is important to point out that groundwater resources provide a primary source of irrigation water throughout much of the world. Two main questions need to be indicated when taking water extractions into account. The first has to do with water scarcity in local watersheds or whole basins created by excessive surface and groundwater withdrawals. The other is related to water degradation and the pollution loads leading to many tracts of rivers and whole aquifers being spoiled and losing their capacity to sustain ecosystem functioning and human activities. These conclusions were called into question by the Gisser and Sanchez analysis. These authors argue that the difference in producer surplus between the open access and optimally managed cases was numerically insignificant for large aquifers subject to inelastic water demand. Perhaps the most interesting point in the work by Gisser and Sanchez is multidisciplinarity.
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