首页> 外文会议>International congress on irrigation and drainage >INTEGRATING INDIGENOUS AND MODERN KNOWLEDGE OF WATER MANAGEMENT FOR INCREASING CROP PRODUCTIVITY IN HIMACHAL PRADESH, INDIA
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INTEGRATING INDIGENOUS AND MODERN KNOWLEDGE OF WATER MANAGEMENT FOR INCREASING CROP PRODUCTIVITY IN HIMACHAL PRADESH, INDIA

机译:综合土着和现代水资源知识,以增加喜爱普拉德什,印度的作物生产力

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This research paper studies the existing irrigation systems and their management and analyze various problems faced by the farmers and to identify the issues of water management in traditional and modern methods for optimal use and conservation of water on sustainable basis. An economic analysis reveals about 81.5% of the total cultivated area as rain fed. The productivities of important crops under rain fed conditions have been worked out to be about half to one-third of those under irrigated conditions. Though the net irrigated area has increased by about 3% under minor irrigation schemes during the last decade yet the total production has not grown significantly. About 62% of kuhls (water channels found in precipitous mountain areas) have been reported to be managed privately in a traditional way. At the present level of water management, the weighted irrigational development index has been worked out as about 46%. The study has emphasized upon various issues of ‘composite method’ of traditional and modern approach for conservation and utilization of water which may increase the irrigational development index. The study shows that the centuries old water harvesting structures of various sizes have been serving the water users successfully even today, mainly due to a comprehensive integrated planning taking into consideration all the relevant parameters.
机译:本研究主要研究现有的灌溉系统及其管理和分析面临的农民的各种问题,并确定在可持续基础上的水资源优化利用和保护传统和现代方法的水管理的问题。经济分析揭示了耕地总面积的雨水浇灌的81.5%。重要作物雨水灌溉条件下的生产力已经摸索出大约一半到三分之一的灌溉条件下的。虽然净灌溉面积已在过去十年中增加了以小型灌溉计划约3%,但总产量并没有显著增长。关于kuhls的62%(水通道险峻的山区发现)已被报道以传统方式私人管理。在水资源管理的现有水平,加权灌溉发展指数已经制定出约46%。这项研究基于对水的保护和利用,这可以增加灌溉发展指数的传统和现代的方法“复合法”的各种问题强调。研究表明,各种尺寸的百年历史集水结构已经成功即使在今天,一直服务于水的用户,主要是由于全面的综合规划考虑到所有相关的参数。

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