首页> 外文期刊>International Journal of Agriculture, Environment and Biotechnology >Uptake of NPK, Availability of NPK and Quality Parameters of Bt Cotton (Gossypium hirsutum L.) as Influenced by Different Bio-fertilizers and In-situ Green Manuring under Irrigation
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Uptake of NPK, Availability of NPK and Quality Parameters of Bt Cotton (Gossypium hirsutum L.) as Influenced by Different Bio-fertilizers and In-situ Green Manuring under Irrigation

机译:不同生物肥料和灌溉条件下原位绿肥对Bt棉花(陆地棉)氮磷钾的吸收,氮磷钾的有效性和质量参数的影响

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摘要

Afield experiment was carried out during kharif season of 2009-2010 at the Agriculture College Farm, Raichur, Karnataka (India) to study the response of Bt cotton to different fertilizer levels, bio-fertilizers and in-situ green manuring under irrigation. With respect to uptake and availability of NPK, application of sunnhemp in-situ green manuring found significantly higher N (128.27 kg ha~(-1) and 206.43 kg ha~(-1), respectively), P (30.63 kg ha~(-1) and 38.43 kg ha~(-1), respectively) and K (142.33 kg ha~(-1) and 342.14 kg ha~(-1), respectively) over no green manuring. Among different fertilizer levels and bio-fertilizers, 150 % recommended dose of fertilizers (RDF) recorded significantly higher uptake and availability of N (132.46 kg ha~(-1) and212.48 kg ha~(-1), respectively), P (32.44 kg ha~(-1) and 39.21 kg ha~(-1), respectively) and K (147.21 kg ha~(-1) and 353.29 kg ha~(-1), respectively). Significantiy higher ginning percentage and lint index were observed with sunnhemp in-situ green manuring (35.81 and 4.99, respectively) over no green manuring. Mean fibre length of Bt cotton was not significantly influenced by both use of in-situ green manuring and combined use of inorganic nutrients and bio-fertilizers.
机译:在印度卡纳塔克邦赖库尔的农业学院农场(2009-2010)的卡里夫季节进行了田间试验,以研究Bt棉花对不同肥料水平,生物肥料和灌溉下原地绿肥的响应。在氮磷钾的吸收和利用方面,Sunnhemp原位绿肥的施用显着提高了N(分别为128.27 kg ha〜(-1)和206.43 kg ha〜(-1)),P(30.63 kg ha〜( -1)和38.43 kg ha〜(-1))和K(分别为142.33 kg ha〜(-1)和342.14 kg ha〜(-1))不进行绿肥。在不同的肥料水平和生物肥料中,建议的肥料剂量(RDF)为150%,其氮素的吸收和利用率显着较高(分别为132.46 kg ha〜(-1)和212.48 kg ha〜(-1)),P (分别为32.44 kg ha〜(-1)和39.21 kg ha〜(-1))和K(分别为147.21 kg ha〜(-1)和353.29 kg ha〜(-1))。与未进行绿肥处理相比,使用辛普森(Semphemp)原位绿肥处理(分别为35.81和4.99)观察到明显更高的轧花率和皮棉指数。 Bt棉的平均纤维长度不受原位绿肥的使用以及无机养分和生物肥料的联合使用的影响。

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