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Evaluation of the Performance of Lowland Rice-ratooned Rice-vegetable as Influenced by Fertilizer Rates in Sawah Rice Systems

机译:施瓦米系统中施肥量对低地水稻再生稻-水稻性能的影响

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The trial was conducted at the Federal University of Agriculture; Abeokuta, Nigeria in 2010/2011 and 2011/2012 cropping season to evaluate the performance of lowland rice-ratooned rice-okra as influenced by fertilizer rates in sawah rice based system. Field was manually cleared and bunded but power tilled, puddled and leveled with inlet and outlet connections for irrigation and drainage. Fertilizer treatments evaluated on lowland rice were 90:45:45, 60:30:30, 45:22.5:22.5 and 30:15:15 NPK kg ha -1 whereas those of ratooned rice were 0, 30, 60 and 90 kg N ha -1 . Grain yield, chlorophyll content and plant height at maturity of the main lowland rice were similar. The ratooned rice crop treated with N-fertilizer had similar grain yield. The total grain yield of the two crops of rice ranged between 4.47 and 5.65 t ha -1 year -1 . The okra leaf chlorophyll content and okra pod weight obtained from the previous N-fertilizer plot of 60 and 90 kg N ha -1 were similar but significantly higher than those of 0 and 30 kg N ha -1 . Thus, fertilizer combination of 30:15:15 kg NPK ha -1 for lowland rice and 60 kg N ha -1 for ratooned rice in sawah rice based production system enhanced the productivity of succeeding okra plant.
机译:该试验在联邦农业大学进行;尼日利亚阿贝库塔(Abeokuta)在2010/2011年和2011/2012年的作物季节,评估了以旱稻为基的系统中受肥料施肥量影响的低地稻纵行稻-秋葵的性能。人工清理并捆扎田地,但耕作,搅碎和平整,并通过入口和出口连接进行灌溉和排水。在低地稻上评估的肥料处理量为NPK kg ha -1的90:45:45、60:30:30、45:22.5:22.5和30:15:15而再生稻的肥料处理量为0、30、60和90 kg N ha -1。主要低地水稻的籽粒产量,叶绿素含量和成熟时的株高相似。氮肥处理过的再生稻谷粒产量相似。两种水稻的总谷物产量在-1年-1年的4.47和5.65 t ha之间。从先前的60和90 kg N ha -1的氮肥田获得的秋葵叶绿素含量和秋葵荚果重量相似,但显着高于0和30 kg N ha -1。因此,在以旱稻为基础的生产系统中,低陆稻的NPK ha -1为30:15:15 kg,再生稻为60 kg N ha -1的肥料组合提高了后继黄秋葵植物的生产率。

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