Identification of Suitable Dam Site in Tlawng Sub-Watershed using Analytic Hierarchy Process and GIS

L. liana, C. Rao, Goutam Saha
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Abstract

Water management has become an important research area as the scarcity of water increases day-by-day around the world. Rain water harvesting is one of most efficient way of managing water resources which could be utilized for different purposes during the needy period such as drought, drinking water and irrigation. This paper presents a method for identification of suitable dam site using both Multi-Criteria Decision Analysis (AHP) and GIS to establish the hydrological characteristics of suitable region for dam construction. This method considers six (6) criteria such as slope, size of catchment, geology, land use characteristics, proximity to settlement and proximity to river. Each criterion was assigned a weight depending on relative importance with other criteria. Thematic layers were then generated based on these criteria and overlaid in GIS environment to obtain layers identifying the suitable sites for dam construction.
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基于层次分析法和GIS的特朗小流域坝址优选
随着全球水资源短缺的日益严重,水资源管理已成为一个重要的研究领域。雨水收集是管理水资源的最有效方法之一,在干旱、饮用水和灌溉等需要的时期可以用于不同的目的。本文提出了一种利用多准则决策分析(AHP)和GIS相结合的方法来确定大坝适宜建坝区域的水文特征。该方法考虑了六(6)个标准,如坡度、集水区大小、地质、土地利用特征、靠近定居点和靠近河流。每个标准根据与其他标准的相对重要性被赋予一个权重。然后根据这些标准生成主题层,并在GIS环境中叠加以获得确定大坝建设地点的层。
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