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Integrated Development of Natural Resources on Watershed Basis of Solsinda Micro Watershed for Increased Agricultural Production

机译:综合发展索尔森达微水流域水域的自然资源,增加农业生产

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Various components of dry land technology found suitable in research plots, have been tried in the near by watershed area Solsinda Micro Watershed of Indore, Madhya Pradesh. An attempt has been made to review the impact of some of the technological components on cropping intensity, productivity of different crops and overall development in the watershed. The results of the study led to conclude that dry land technology on watershed basis plays a vital role in enhancing the productivity of different crops on sustainable basis through efficient utilization of available natural resources. The overall impact of watershed development has been considered from base year 1998. The productivity of Soyabeen has been increased by 20%, Wheat by 7.39%, and Chickpeas 42.6% and Potato it was 25.88%. The soil conservation measure viz., diversion drains / bunds loose boulder structures, water harvesting tanks / percolation tanks constructed according to the necessity at proper sites helped in checking soil loss and stabilizing gullies.
机译:近距离地区Solsinda Micro Solshed,Madhya Pradesh的水中地区Solsinda Micro流域附近,已经尝试过适用于研究地块的各种组成部分。已经尝试审查一些技术部件对种植强度,不同作物生产力以及流域的整体发展的影响。该研究的结果导致得出结论,通过有效利用可用的自然资源,对流域的干旱土地技术在增强可持续基础上提高不同作物的生产力至关重要。流域开发的总体影响已从基准年1998年Soyabeen的生产能力已提高20%的人认为,小麦7.39%,和鹰嘴豆42.6%,土豆是25.88%。土壤保护措施QIZ。,转移漏斗/外滩宽松巨石结构,根据适当部位的必要性构建的水收集罐/渗滤罐有助于检查土壤损失和稳定沟渠。

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