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Flood risk mapping at European scale

机译:欧洲范围的洪水风险地图

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The aim of this article is to illustrate a framework for flood risk mapping at pan-European scale produced by the Weather-Driven Natural Hazards (WDNH) action of the EC-JRC-IES. Early results are presented in the form of flood risk index maps. We assess several flood risk factors that contribute to the occurrence of flood disasters. Among the causal factors of a flood disaster one is triggering a natural event in the form of extreme precipitation and consequently extreme river discharge and extreme flood water levels. The threatening natural event represents the hazard component in our assessment. Furthermore exposure and vulnerability are anthropogenic factors that contribute also to flood risk. In the proposed approach, flood risk is considered on the light of exposure, vulnerability and hazard. We use a methodology with a marked territorial approach for the assessment of the flood risk. Hence, based on mathematical calculations, risk is the product of hazard, exposure and vulnerability. Improvements on datasets availability and spatial scale are foreseen in the next phases of this study. This study is also a contribution to the discussion about the need for communication tools between the natural hazard scientific community and the political and decision making players in this field.
机译:本文的目的是说明EC-JRC-IES的天气驱动自然灾害(WDNH)行动产生的泛欧规模洪水风险制图框架。早期结果以洪水风险指数图的形式呈现。我们评估了导致洪水灾害发生的几种洪水风险因素。洪水灾害的成因之一是引发自然事件,其形式为极端降雨,进而导致极端河流排放和极端洪水位。威胁性自然事件代表了我们评估中的危害组成部分。此外,暴露和脆弱性也是人为因素,也导致洪水风险。在建议的方法中,应根据暴露程度,脆弱性和危害来考虑洪水风险。我们使用带有明显地域性方法的方法来评估洪水风险。因此,基于数学计算,风险是危害,暴露和脆弱性的产物。预计在本研究的下一阶段将改善数据集的可用性和空间规模。这项研究也为有关自然灾害科学界与该领域政治和决策制定者之间需要交流工具的讨论做出了贡献。

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