首页> 外文期刊>Asian Journal of Plant Sciences >Effect of panchagavya, humic acid and micro herbal fertilizer on the yield and post harvest soil of soya bean (Glycine max L.).
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Effect of panchagavya, humic acid and micro herbal fertilizer on the yield and post harvest soil of soya bean (Glycine max L.).

机译:潘恰加维亚(Panchagavya),腐殖酸和微型草药肥料对大豆( Glycine max L.)的产量和收获后土壤的影响。

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摘要

Higher uses of fertilizers reduce the quality of food produced as well as soil fertility. However, combination of inorganic and organic will reduce the environmental hazard due to higher fertilizer use efficiency as well as improvement of the quality of crops. Current status of lack of availability of organic substances makes us to think the other cheap organic resources. The organic matter stimulates plant growth, improves plant resistance under unfavourable condition. A study was conducted to assess the influence of few organic fertilizers to observe their influence on yield and quality of soya bean and the impact of the manures on post harvest soil. The yield obtained on 90 DAS was found to be the maximum in plants applied with panchagavya, humic acid and micro herbal fertilizer (T3). The maximum pods (10.5), number of seeds (25 seeds plant-1), ascorbic acid (0.72 mg g-1) and protein (1.37 mg g-1) content of the harvested seeds were significantly increased due to the combined inoculation of panchagavya, humic acid and micro herbal fertilizer. The physical characters and macro nutrient contents of the post harvested soil (N (88), P (8.6) and K (325) kg ha-1) were higher in panchagavya, humic acid and micro herbal fertilizer treated soil compared to other treatments.
机译:大量使用化肥会降低所生产食品的质量以及土壤肥力。但是,由于提高了肥料的使用效率以及提高了农作物的质量,无机和有机的结合将减少环境危害。目前缺乏有机物质的现状使我们不得不考虑其他廉价的有机资源。在不利条件下,有机物刺激植物生长,提高植物抵抗力。进行了一项研究,以评估几种有机肥料的影响,以观察它们对大豆产量和品质的影响以及肥料对收获后土壤的影响。在使用潘恰加维亚,腐殖酸和微型草药肥料(T 3 )施用的植物中,通过90 DAS获得的产量最高。最大豆荚(10.5),种子数(25种子植物 -1 ),抗坏血酸(0.72 mg g -1 )和蛋白质(1.37 mg g 由于Panchagavya,腐殖酸和微型草药肥料的联合接种,收获种子的-1 )含量显着增加。在Panchagavya,腐殖酸和微草肥料中,收获后土壤(N(88),P(8.6)和K(325)kg ha -1 )的物理特征和宏观养分含量较高处理过的土壤与其他处理相比。

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