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Nutrient Requirement of NPK&S on Advance Capsularis Breeding Line BJC-5105

机译:NPK&S对Advance头育种线BJC-5105的营养需求

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A fertilizer assessment trial for cultivation of advanced breeding line BJC-5105 was conducted at Manikganj during the year of 2014-2016. Different nutrient levels influenced the yield contributing characters which ultimately increased the fibre and stick yield over control. Among the nitrogen doses, the rate 100 kg N/ha demonstrated significantly tallest plant (3.10m), highest base diameter (19.60 mm), fibre (2.98 t/ha) and stick (7.10 t/ha) yield. The highest yield of fibre and stick were found with the dose of 5 kg P/ha. There was decreasing trends of yield with higher dose over 5kg of P. The K level up to 90 kg/ha influenced the yield and yield contributing characteristics over the control. The tallest plant was found with 30kg K/ha which was statistically similar with K 90kg/ha. The significant highest fibre yield was induced by K 30kg/ha. In case of S results showed significant yield increase with different rates over the control. Study exposed that 10kg S/ha is enough in producing highest yield of fibre and stick. Study showed that combined dose of NPKS 100-5-30-10 kg/ha may be a suitable dose for the cultivation of advance breeding line BJC-5105. It could be concluded that the three years study evolved a technology as fertilizer recommendation for the advance breeding line BJC-5105.
机译:2014-2016年间,在Manikganj进行了先进育种系BJC-5105的肥料评估试验。不同的养分水平影响产量贡献特性,最终使纤维和棒材产量超出控制范围。在氮素剂量中,100 kg N / ha的施肥量显示出最高的植物(3.10m),最高的基径(19.60 mm),最高的纤维(2.98 t / ha)和棒材(7.10 t / ha)的产量。剂量为5 kg P / ha时,纤维和棒的产量最高。高于5kg的P,高剂量下产量有下降的趋势。高达90 kg / ha的钾水平影响了产量和产量高于对照的特性。发现最高的植物为30kg K / ha,这在统计学上与K 90kg / ha相似。 K 30kg / ha诱导了最高的纤维产量。在S的情况下,与对照相比,以不同的速率显示出显着的产量增加。研究表明,10kg S / ha足以产生最高的纤维和棒材产量。研究表明,NPKS 100-5-30-10 kg / ha的联合剂量可能是用于培育高级育种系BJC-5105的合适剂量。可以得出结论,为期三年的研究为先进育种系BJC-5105推荐了一项技术,作为肥料推荐。

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