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Yield and Yield Components of Inoculated and Un-inoculated Soybean under Varying Nitrogen Levels

机译:氮水平变化下接种和未接种大豆的产量和产量构成

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The field research was conducted at Student's Experimental Farm, Sindh Agriculture University, Tandqjam, Pakistan to assess the suitable nitrogen level for inoculated and un-inoculated soybean. The treatments 0, 50 and 75 kg N ha~(-1) were applied tothe inoculated and un-inoculated soybean. The results of the experiment exhibited more pods per plant, maximum seeds per pod, heavier seed weight, seed index, highest nodule number and outstanding seed yield performances were observed in the plots treated with 50 kg N ha~(-1)+inoculum (R.japonicum), followed by 75 kg N ha~(-1)+inoculum. However, yield and yield components showed less response in the un-inoculated plots receiving no fertilizer application. The results further revealed that as the fertilizer levels increased or decreased from 50 kg N ha~(-1) in the inoculated plots all the observed plant characters significantly decreased. Thus, 50 kg N ha~(-1) and seed inoculation are recommended for achieving maximum seed yield and its contributing components.
机译:实地研究是在巴基斯坦坦德贾姆信德农业大学学生实验农场进行的,以评估接种和未接种大豆的适宜氮含量。将0、50和75 kg N ha〜(-1)处理分别应用于接种过的大豆和未接种过的大豆。试验结果表明,在50 kg N ha〜(-1)+接种物处理的样地中,观察到每株豆荚更多,每株豆荚最多,种子重量更大,种子指数,最高结节数和出色的种子产量表现。 R.japonicum),然后加入75 kg N ha〜(-1)+接种物。但是,在未施肥的未接种地块,单产和单产的响应较小。结果进一步表明,随着施肥量从接种地的50 kg N ha〜(-1)增加或减少,所有观察到的植物性状均显着降低。因此,建议使用50 kg N ha〜(-1)接种种子,以实现最大的种子产量及其贡献成分。

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