Effect of Organic Fertilization with Humic Acid and Foliar Spraying with Bread Yeast Extract on the Growth and Yield of the Solanum Melongena L

N. Ibrahim, W. Shakir, Roqia Ahmed Abaas, Iman Mohsin Kadhom, W. Hassen
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Abstract

A pot experiment was conducted in one of the orchards in Al Salam district at the Diyala governorate during the 2021 agricultural season. The purpose is to investigate the effect of Humic acid and Saccharomyces cerevisiae (bread yeast) on the growth and productivity of the Solanum melongena L plant (eggplant). The study involved plant watering with three concentrations (0, 2, and 4 g.l-1) of Humic acid, and leaves spraying with three concentrations of bread yeast (0, 5 and 10 g.l-1). The study also investigates the synergistic effect between the two additives on the growth and productivity of the plant. The experiment was conducted according to a completely randomized design (CRD) with three replications. The results revealed significant improvement (5%) in the vegetative characteristics and yield trait due to the watering with Humic acid (2, and 4 g.l-1), and the best obtained average improvement was at Humic acid concentration of 4 g.l-1. The results, also, indicated significant development in all the studied traits due to the spraying with bread yeast at concentrations 5 and 10 g.l-1. The best achieved averages were due to the spraying with the higher yeast concentration (10 g.l-1). Moreover, combination that consists of 4 g.l-1 Humic acid + 10 g.l-1 bread yeast (H 4 g.l-1 + Y 10 g.l-1) yielded the highest averages for all studied traits except the fruit diameter where the combination (H 4 gl-1 + Y 5 gl-1) developed the highest averages. However, the lowest averages were obtained from the control combination (Y 0 g.l-1 + H 0 g.l-1).
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腐植酸有机施肥与叶面喷施面包酵母浸膏对茄生长和产量的影响
2021年农业季节,在迪亚拉省Al Salam区的一个果园进行了盆栽试验。目的是研究腐植酸和面包酵母对茄类植物生长和产量的影响。这项研究包括用三种浓度的腐植酸(0,2和4g .l-1)浇灌植物,用三种浓度的面包酵母(0,5和10g .l-1)喷洒叶子。研究还探讨了两种添加剂对植物生长和生产力的协同效应。试验采用完全随机设计(CRD),共3个重复。结果表明,施用2、4 g.l-1的腐植酸对水稻的营养性状和产量性状有显著改善(5%),其中以腐植酸浓度为4 g.l-1时改善效果最好。结果表明,5和10 g.l-1浓度的面包酵母对小麦的各项性状均有显著影响。最好的平均值是由于喷洒较高的酵母浓度(10 g.l-1)。此外,4 g.l-1腐植酸+ 10 g.l-1面包酵母(H 4 g.l-1 + Y 10 g.l-1)组合除果实直径(H 4 g.l-1 + Y 5 g.l-1)的平均值最高外,其他所有性状的平均值均最高。而对照组合(Y 0 g.l-1 + H 0 g.l-1)的平均值最低。
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来源期刊
Alinteri Journal of Agriculture Sciences
Alinteri Journal of Agriculture Sciences AGRICULTURE, MULTIDISCIPLINARY-
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