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Effect of Nitrogen Rates and Plant Density on the Agronomic Traits of Canola ( Brassica napus L.) in Paddy Field

机译:施氮量和密度对稻田油菜(Brassica napus L.)农艺性状的影响。

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In order to investigate the effect of nitrogen rate and plant density on agronomic characteristics and yield of canola an experiment was carried out at the Iran Rice Research Institute in 2006 to 2007. The experiment was laid out as a split plot, Randomized Block Design with three replications. Main factor was nitrogen in four levels (0, 46, 92 and 138 kg N m-2) and sub factor was plant density in three levels (65, 85 and 95 plant m-2). Results showed that nitrogen had significant effect on plant height, minor stem number, stem diameter, pod length, grain number per pod, biologic yield and grain yield . The most and least grain yield were produced in 138 and 0 kg N ha-1 treatments, respectively. Plant density had significant effect on minor stem number, stem diameter, pod number per plant, pod length and grain yield . The most grain yield were produced in 80 plant m-2 plant density. According to results apply 138 kg N ha-1 and 80 plant m-2 plant density for the best plant attributes were recommended.
机译:为了研究氮素含量和植物密度对油菜农艺特性和产量的影响,2006年至2007年在伊朗水稻研究所进行了一项实验。该实验以分块图的形式进行,随机区组设计分为三个复制。主要因素是四个水平(0、46、92和138 kg N m -2 )的氮,次要因素是三个水平(65、85和95植物m -2的植物密度) )。结果表明,氮素对株高,次要茎数,茎直径,荚果长度,单荚果粒数,生物产量和籽粒产量都有显着影响。分别以138和0 kg N ha -1 处理产生最大和最小的谷物产量。植物密度对次要茎数,茎直径,单株结荚数,结荚长度和籽粒产量有显着影响。在80株植物m -2 植物密度中产量最高。根据结果​​,建议使用138 kg N ha -1 和80株m -2 植株密度,以获得最佳植株特性。

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