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首页> 外文期刊>Andhra Agricultural Journal >Crop Diversification With Ricebean-Based Intercropping Systems For Maximising Productivity, Profitability and Energy Use Efficiency in Rainfed Upland
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Crop Diversification With Ricebean-Based Intercropping Systems For Maximising Productivity, Profitability and Energy Use Efficiency in Rainfed Upland

机译:稻田间作系统实现农作物多样化,最大限度地提高旱地旱地的生产力,利润率和能源利用效率

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A field experiment was conducted at the Central Research Station, Orissa University of Agriculture and Technology, Bhubaneswar during kharif seasons of 2007 and 2008 to study the performance of ricebean-based intercropping systems in rainfed upland. The soil was well drained loamy sand in texture with acidic reaction (pH - 5.6), low in available N (230.4 kg ha~(-1)), medium in available P (14.6 kg ha~(-1)) and K (164.2 kg ha~(-1)). The experiment comprised of 10 treatments laid out in a randomized block design with 3 replications. The treatments were ricebean (sole), maize (sole), arhar (sole), sorghum (sole), ricebean + maize (2:1), ricebean + maize (4:2), ricebean + arhar (2:1), ricebean + arhar (4:2), ricebean + sorghum (2:1), ricebean + sorghum
机译:在2007年和2008年的卡里夫季期间,在布巴内斯瓦尔的奥里萨邦农业技术大学中央研究站进行了田间试验,以研究稻基套作系统在旱作旱地的性能。土壤中排水良好的壤土质沙具有酸性反应(pH-5.6),有效氮(230.4 kg ha〜(-1)),有效磷(14.6 kg ha〜(-1))和K( 164.2千克ha〜(-1))。该实验包含以随机区组设计进行的10种治疗,其中3种重复。处理方式为稻豆(唯一),玉米(唯一),阿哈尔(唯一),高粱(唯一),稻豆+玉米(2:1),稻豆+玉米(4:2),稻豆+阿哈尔(2:1), Ricebean + Arhar(4:2),Ricebean +高粱(2:1),Ricebean +高粱

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