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Performance of different Bi-intensive Need Based Cropping Systemsunder Irrigated Condition

机译:灌溉条件下不同双密集型按需种植系统的性能

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A field experiment conducted at Kuthulia farm, College of Agriculture, Rewa under All India Coordinated Research Project on Integrated Farming System during 2010-11 to 2013-14. The study reveals that grain yield of rice was maximum 50.55 q per ha in rice-berseem followed by 48.73 q per ha in rice-pea-wheat and 48.27 q per ha in rice-lentil-green manure cropping system. These cropping systems gave 16.39 per cent to 21.89 per cent higher grain yield of rice as compared to existing rice-wheat cropping system. The rice equivalent yield was maximum in rice-garlic (186.93 q per ha) followed by rice-toria-onion (173.98 q per ha). The net profit of Rs. 1,47,580/- per ha with benefit cost ratio 3.65 was maximum in rice-berseem followed by Rs. 1,38,989/- per hain rice-garlic cropping system. Benefit cost ratio 3.65 was maximum in rice-berseem and 3.33 in rice-green pea-wheat cropping system. These cropping systems were found to be more remunerative than existing rice-wheat and rice-chickpea cropping system inRewa region of Madhya Pradesh under irrigated condition.
机译:在2010-11至2013-14年间,根据全印度统筹耕作制度协调研究项目,在雷瓦(Rewa)农业学院的库特鲁里亚(Kuthulia)农场进行了田间试验。研究显示,在水稻-伯西米州,水稻的谷物产量最高为每公顷50.55 q / hm2,在豌豆-小麦中为每公顷48.73 q / hm2,在水稻-扁豆-绿肥种植系统中为每公顷48.27 q / hm2。与现有的稻麦种植系统相比,这些种植系统使稻米的谷物产量提高了16.39%至21.89%。大米当量产量最高的是大蒜米(186.93 q / ha),其次是稻米-洋葱洋葱(173.98 q / ha)。净利润为卢比。稻-berseem最高为每公顷1,47,580 /-,效益成本比为3.65,其次是Rs。每公顷稻米-大蒜种植系统为1,38,989 /-。效益成本比3.65在水稻berberm中最高,在水稻-青豆-小麦-小麦种植系统中为3.33。人们发现,在灌溉条件下,中央邦雷瓦地区的这些种植系统比现有的稻麦和稻鹰嘴豆种植系统更具收益。

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