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Energy Use Pattern in Production Agriculture of Arid Western Rajasthan

机译:西部拉贾斯坦邦干旱农业生产中的能源利用模式

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A detailed study on energy use pattern in production agriculture of arid region for representative villages: Pemasar, district Bikaner; Choukha, district jodhpur; Siwas, district Pali has been carried out. The data on energy input for cultivating different crops in Choukha village during 1998-99, in Siwas village during 1999-2000 and in Pemasar village during 2000-01 were collected, analyzed and are presented in the paper. For Pemasar village, the average energy output-input ratio for clusterbean (rainfed and irrigated), moth bean (rainfed and irrigated), and groundnut (irrigated) were 2.1, 0.5, 3.4, 3.5 and 3.0, respectively. Similarly, the energy ratio for wheat, gram, mustard and rocket salad were-2.1, 1.6, 3.1, and 3.3, respectively. Thus cultivation of moth bean during kharif season and rocket salad and mustard crops during rabi season is more remunerative to the farmers of Zone II compared to other crops. For Choukha village, the average values of energy output-input ratio were 4.8, 6.8, 3.2and 2.0, respectively, for pearl millet, green gram, wheat and chilly crop suggesting that cultivation of green gram and pearl millet is most remunerative to the farmers of Zone III compared to other crops. Among the crops grown in village Siwas the energy ratio varied from 3.4 to 7.0. Cotton and mustard crops having energy ratio 7.0 and 4.4, respectively, are found to be the most profitable compared to other crops. The crop yield was correlated with energy input in the form of a second-degree polynomial relationship. Optimum input energy levels of some major crops in all three zones have been determined. Contribution of commercial and non-renewable energy sources are much higher than non-commercial and renewable sources in general and during the rabiseason in particular.
机译:干旱地区生产性农业的代表性村庄能源利用模式的详细研究:Pemasar,Bikaner区;乔德普尔州Choukha;帕里区锡瓦斯已开展。本文收集,分析并介绍了1998-99年间Choukha村,1999-2000年间Siwas村和2000-01年间Pemasar村种植不同作物的能源输入数据。对于Pemasar村,集束豆(灌溉和灌溉),蛾豆(灌溉和灌溉)和花生(灌溉)的平均能量输出-投入比分别为2.1、0.5、3.4、3.5和3.0。同样,小麦,克,芥末和火箭沙拉的能量比分别为-2.1、1.6、3.1和3.3。因此,与其他农作物相比,在卡里夫季节种植蛾豆,在狂犬病季节种植火箭沙拉和芥菜作物对第二区的农民来说更有利可图。对于Choukha村,珍珠粟,绿豆,小麦和寒冷作物的能量输出-投入比的平均值分别为4.8、6.8、3.2和2.0,这表明种植绿豆和珍珠粟对农民最有利III区与其他农作物相比。在锡瓦村种植的农作物中,能量比从3.4到7.0不等。与其他作物相比,能量比分别为7.0和4.4的棉花和芥菜作物获利最高。作物产量以二次多项式关系的形式与能量输入相关。确定了所有三个区域中一些主要农作物的最佳输入能量水平。一般而言,商业和非可再生能源的贡献比非商业和可再生能源的贡献要高得多,尤其是在狂热季节。

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