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Identification of Suitable Sites for Water Harvesting Structures in Kecheri River Basin

机译:鉴定KeCheri River盆地水收集结构的合适部位

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Water is the most precious resource on the earth which is essential for the existence of life. Though Kerala is blessed with two prominent monsoons with an average rainfall of around 3000mm, it experiences water scarcity in off monsoon seasons. Peculiarities such as steep slope and undulating terrain accelerate surface flow and hence most of the water received as rainfall goes as unutilized. Water Harvesting is the best technique which can be used effectively to trap the unutilized surface runoff and thereby increase the groundwater recharge. But these structures have to be located at places where water is available in excess and conditions are favourable for enhanced infiltration. The objective of this study is to identify suitable sites for water harvesting structures. For ideally locating the sites, the guidelines put forward by NRSA, Hyderabad for Integrated Mission for Sustainable Development (IMSD), is being followed. ArcGIS is used for the spatial analysis and the sites are located by overlaying thematic maps of land use, soil, slope, runoff potential, soil permeability and stream order. It is found that 37 percentage of the total area is ideal for constructing check dam, 7 percentage for farm pond, 4 percentage for percolation pond and about 2 percentage for subsurface dyke. Check dams are the most suited one and location for subsurface dykes is sparse. Locations of water harvesting structures are suggested by conducting meteorological and topographical analysis. However, for the practical implementation of these structures, viability of other considerations such as economy, social implications, practical feasibility etc. need to be considered.
机译:水是地球上最宝贵的资源,这对生活的存在至关重要。虽然喀拉拉邦拥有两个突出的季风融合,但平均降雨量约为3000毫米,却经历了季风季节的水资源稀缺。陡坡和起伏地形等特点加速了表面流动,因此随着降雨收到的大部分水作为未计入。采集是最好的技术,可以有效地使用,以捕获未光线表面径流,从而增加地下水补给。但这些结构必须位于水中可用的地方,并且有利于增强的渗透。本研究的目的是识别适用于水收集结构的地点。为了理想地定位该地点,正在遵循NRSA,海德拉巴向可持续发展(IMSD)综合任务所提出的指导方针。 ArcGIS用于空间分析,网站通过覆盖土地使用,土壤,坡度,径流潜力,土壤渗透性和流顺序的主题地图。结果发现,37个总面积的理想选择,用于修建滤压,7个百分比为农场池塘,渗透池4个百分点,占地面积为约2个百分点。检查水坝是最适合的一个,地下堤的位置是稀疏的。通过进行气象和地形分析,提出了采集结构的位置。然而,对于这些结构的实际实施,需要考虑经济,社会影响,实际可行性等其他考虑因素的可行性。

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