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首页> 外文期刊>Pakistan journal of botany >Effect of foliar vs soil application of nitrogen on yield and yield components of wheat varieties
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Effect of foliar vs soil application of nitrogen on yield and yield components of wheat varieties

机译:叶面施氮与土壤施氮对小麦品种产量及产量构成的影响

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摘要

The present study was carried out at the farms of Agricultural University Peshawar, KPK Pakistan during 2007. Experiments were conducted using RCB design with split plot arrangements, having four replications. Different wheat varieties viz., Uqab 2000, Saleem 2000 and Pirsabak 2004 while nitrogen levels (0, tap water, 90 kg ha-1in soil, 120 kg ha-1in soil, 150 kg ha-1in soil, 90 kg ha-1(2/3rdsoil + 1/3rdfoliar), 120 kg ha-1(2/3rdsoil + 1/3rdfoliar) and 150 kg ha-1(2/3rdsoil + 1/3rdfoliar) to subplots were used. Days to heading and maturity, plant height, productive and non productive tillers m-2, spike length, grains spike-1, 1000 grain weight and grain yield was significantly (p0.05) affected by different varieties, nitrogen levels and method of N application. Nitrogen concentration in straw and grain was significantly (p0.05) affected by different nitrogen levels and method of N application. Significantly higher grain yield was produced by Pirsabak 2004 when compared with other varieties. In case of N levels, maximum grain yield was produced by treatments fertilized with highest dose of foliar N.
机译:本研究于2007年在巴基斯坦KPK的白沙瓦农业大学的农场进行。使用RCB设计和分割地块布置进行了实验,重复了四次。不同小麦品种,例如Uqab 2000,Saleem 2000和Pirsabak 2004,而氮水平(0,自来水,土壤中90 kg ha-1,土壤120 kg ha-1,土壤150 kg ha-1、90 kg ha-1(将2/3土+ 1/3叶片,120 kg ha-1(2/3土+ 1/3叶片)和150 kg ha-1(2/3土+ 1/3叶片)用于亚地表。不同品种,氮素水平和施氮方法对秸秆高氮,高产分nonm-2,穗分till长m-2,穗长,穗穗-1,千粒重和产量的影响均显着(p <0.05)。氮水平和施氮方式对籽粒的影响显着(p <0.05),Pirsabak 2004的籽粒产量明显高于其他品种;在氮素含量最高的情况下,施氮量最高的肥料可使籽粒的产量最高。叶面N的剂量

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