Towards integrated assessment of the implications of global change for water management - the Rhine experience

H. Middelkoop , J.C.J. Kwadijk
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引用次数: 26

Abstract

The rivers Rhine and Meuse fulfil important socio-economic and environmental functions for their riparian states. Even under present-day conditions, the demands for flood protection, inland navigation, ecology, hydropower, water availability for agriculture, industry and drinking water are high. Climate change is expected to enhance discrepancies between water supply and demand in the Rhine and Meuse rivers. This issue has been investigated in a sequence of climate-impact studies in the Rhine and Meuse basins. These studies firstly focused at hydrological changes. Subsequently, a detailed impact assessment of the demands and vulnerability of the user functions of the water systems in the Netherlands was carried out. In an ongoing project we will establish a set of integrated scenarios for the Rhine and Meuse basins, representing different world-views, based on the so-called Perspectives method. Using these scenarios we attempt to define water management strategies that are robust under uncertainty.

迈向综合评估全球变化对水管理的影响-莱茵河经验
莱茵河和默兹河对其沿岸国家具有重要的社会经济和环境功能。即使在今天的条件下,对防洪、内河航运、生态、水电、农业用水、工业用水和饮用水的需求也很高。预计气候变化将加剧莱茵河和默兹河的水供需差距。这个问题已经在莱茵河和默兹河流域的一系列气候影响研究中进行了调查。这些研究首先集中在水文变化方面。随后,对荷兰水系统用户功能的需求和脆弱性进行了详细的影响评估。在一个正在进行的项目中,我们将基于所谓的视角方法,为莱茵河和默兹河流域建立一套综合情景,代表不同的世界观。利用这些情景,我们试图定义在不确定性下稳健的水资源管理策略。
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