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首页> 外文期刊>Environment and Ecology >Effect of Improved Technology on Remunerative Crops of Chikna Watershed in Submontaneous Tract of Punjab
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Effect of Improved Technology on Remunerative Crops of Chikna Watershed in Submontaneous Tract of Punjab

机译:改良技术对旁遮普山地带Chikna流域有偿作物的影响

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摘要

The results of the investigations carried on soils with different fertility status revealed that by utilizing improved technology the yield of various crops can be increased from 11.5 to 62.8% over farmers' practice. This increase in grain yield was attributed to 20--80% adoption of improved rainfed technology. The major earning of farmers of Chikna watershed is based on rainfed agriculture but the erratic behavior of rain leads to poor productivity of different crops in this watershed. Also, the undulating topography, poor fertility status and poor texture are the main constraints of low productivity of different crops along with meager adoption of improved rainfed technology. The identification and selection of remunerative cropping sequences on low, medium and high fertility soils are the only way out to get maximum benefit from these soils. Maize-wheat and gram-wheat cropping sequences can be successfully practiced on all types of soils to get the highest market returns (Rs 54,088 and Rs 58,064 respectively) on heavy textured soils. So, with the adoption of latest techniques of cultivation, the farmers of Chikna watershed can get higher productivity of their crops along with adoption of suitable cropping techniques.
机译:在不同肥力状态的土壤上进行的调查结果表明,通过改良技术,各种农作物的产量可比农民的实践提高11.5%至62.8%。谷物单产的增加归因于采用了改良的雨养技术的20--80%。奇克纳集水区农民的主要收入是依靠雨养农业,但降雨的不规律行为导致该集水区不同农作物的生产力下降。而且,起伏的地形,差的肥力状态和差的质地是不同作物低产的主要限制因素,同时也很少采用改良的雨养技术。在低,中和高肥力土壤上确定和选择有偿作物种植顺序是从这些土壤中获得最大收益的唯一途径。可以在所有类型的土壤上成功实施玉米-小麦和克-小麦种植顺序,以在重质感土壤上获得最高的市场收益(分别为54,088卢比和58,064卢比)。因此,通过采用最新的栽培技术,Chikna流域的农民可以通过采用合适的耕作技术来提高作物的生产力。

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