从水的数量和质量方面对整个欧洲的水资源短缺进行建模

E. Dumont, Richard J. Williams, V. Keller, S. Folwell
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引用次数: 1

摘要

对综合和可持续水资源管理的需求已成为大规模网格化建模背后的重要驱动因素。这种模型传统上关注的是水量。然而,水质下降也会限制水资源,特别是饮用水。水可用性模型GWAVA已得到进一步发展,包括一个水质模块。本模块将首先关注生化需氧量(BOD)。该模块考虑了来自土地的生物需氧量负荷驱动因素,如农业和城市径流,以及通过污水处理和河流网络的运输和生物需氧量损失。在一项探索性评估中,GWAVA被用于绘制整个欧洲的水资源短缺地图。新的模块增强了这些地图与BOD对水资源的影响。这种增强增加了欧洲经历缺水的模型比例,这表明在缺水的模型估计中同时包括水量和水质是很重要的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Modelling water scarcity across Europe in terms of water quantity and quality
The need for integrated and sustainable water resources management has become an important driver behind large-scale gridded modelling. Such modelling has traditionally focused on water quantity. However, reduced water quality can also limit water resources, particularly for drinking water. The water availability model GWAVA has been further developed to include a water quality module. This module will initially focus on biochemical oxygen demand (BOD). The module considers drivers of BOD loading from land, such as agriculture and urban runoff, and transport and loss of BOD through sewage treatment and river networks. In an exploratory assessment, GWAVA was used to produce maps of water scarcity across Europe. The new module enhanced those maps with effects of BOD on water resources. This enhancement increased the modelled proportion of Europe experiencing water scarcity, which indicates that it is important to include both water quantity and quality in model estimates of water scarcity.
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