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首页> 外文期刊>The Madras Agricultural Journal >Intercropping and Sources of Nitrogen on Biological Efficiency in Cotton
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Intercropping and Sources of Nitrogen on Biological Efficiency in Cotton

机译:间作和氮源对棉花生物效率的影响

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摘要

Field experiments were conducted at Tamil Nadu Agricultural University, Coimbatore, during winter (August-January) 2002-03 and 2003-04 in Cotton to evaluate the effect of intercropping and sources of nitrogen involving organic and inorganic sources. The treatments in the main plot consisted of Sole cotton, Cotton+Onion, Cotton+Blackgram, Cotton + Greengram and Cotton +Lucerne. The subplot consisted of combinations of inorganic and organic manures namely, 100% recommended inorganic N, 75% inorganic N+25% N through poultry manure, 75% inorganic N+25% N through sunnhemp, 75% inorganic N+25% N through farm wastes and 75% inorganic N+25% N through weed compost. The experimental results revealed that cotton+blackgram intercropping with 75% inorganic N+25% N through poultry manure recorded lower weed density, higher cotton yield, cotton equivalent yield, better economics and higher post harvest nutrient status.
机译:冬季(2002年8月至1月)在棉花堡的泰米尔纳德邦农业大学进行了田间试验,以评估棉田间作的影响以及涉及有机和无机来源的氮源的影响(2002年8月至1月)。主要地块的处理包括:纯棉,棉花+洋葱,棉花+黑麦,棉花+格林格拉和棉花+卢塞恩。该子图由无机肥和有机肥的组合组成,即推荐的100%无机氮,75%的无机N + 25%的氮(通过家禽粪便),75%的无机N + 25%的氮(通过辛纳普),75%的无机N + 25%的N农业废弃物和75%的无机氮+ 25%的杂草堆肥氮。实验结果表明,通过家禽粪便种植的棉+黑线麦与75%的无机氮+ 25%的氮间作具有较低的杂草密度,较高的棉花产量,棉花当量产量,更好的经济性和更高的收获后营养状况。

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