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首页> 外文期刊>Journal of Oilseeds Research >Drymatter production, yield and nutrient uptake of rabi soybean, Glycine max L. as influenced by residual fertility of different nitrogen management practices to kharif rice
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Drymatter production, yield and nutrient uptake of rabi soybean, Glycine max L. as influenced by residual fertility of different nitrogen management practices to kharif rice

机译：不同氮素管理方式对Kharif水稻残留肥力的影响，甘蓝大豆Glycine max L.的干物质生产，产量和养分吸收

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摘要

A field experiment was conducted during kharif andrabi, 1999-2000 and 2000-01 on sandy clay loam soil atCollege Farm, College of Agriculture, Rajendranagar,Hyderabad to study the effect of conjunctive use oforganic and inorganic sources of nitrogen to rice ongrowth and yield of soybean. Integrated nitrogenmanagement practices to kharif rice have greatlyinfluenced the growth, yield attributes, yield andnutrient uptake of soybean during both the years.Significantly higherdrymatterproduction, NPK uptake,protein and seed yield of soybean were observed withapplication of 25% N through green leaf manure +100% N through urea to rice as compared to other Nmanagement practices to rice. There was nosignificant difference between 25% N through FYM +75% N through urea and 25% N through GLM + 75% Nthrough urea in respect of drymatter and yield ofsoybean. Significantly lower protein yield wasobserved with 25% N through FYM and 75% N throughurea.
机译：在海得拉巴拉吉恩德拉纳加尔农业大学学院农场的Kharif andrabi（1999-2000和2000-01）沙质壤土上进行了田间试验，研究了有机和无机氮源联合使用对水稻长势和产量的影响。大豆。这两个年份的综合氮管理措施极大地影响了大豆的生长，产量属性，产量和养分吸收。通过绿叶粪肥+ 100％施用25％的氮，观察到大豆的干物质产量，NPK吸收，蛋白质和种子产量显着提高。与其他水稻管理方式相比，氮素通过尿素转化为水稻。就大豆的干物质和产量而言，FYM的25％N +尿素的75％N和GLM的25％N + 75％的尿素N之间没有显着差异。通过FYM观察到25％N和通过尿素观察到75％N时，蛋白产量明显降低。

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