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首页> 外文期刊>Journal of Agricultural and Biological Science >Effects of animal manure on the growth and development of okra (abelmoschus esculentus L)
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Effects of animal manure on the growth and development of okra (abelmoschus esculentus L)

机译:动物粪便对黄秋葵生长发育的影响

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The response of manure towards the growth and development of crops was plaid in this investigation. Manure and compost not only supply many nutrients for crop production, including micronutrients, but they are also valuable sources of organic matter. Increasing soil organic matter improves soil structure or tilth. Most vegetable crops return small amounts of crop residue to the soil, so manure, compost, and other organic amendments help maintain soil organic matter levels. The pots experiment was comprised 60 pots with two cultivars i.e., “ Sabz Pari ” and “ Super Green ” of Okra species having 5 replicates 3 treatments for each species and 6 harvests. The experiments were conducted at the net house of Botany Department Government Postgraduate College Dera Ghazi Khan in a completely randomized block design. The growth parameters number of leaves 68.01±37.43 and leaf area 70.74±31.87 of cultivar “ Super green ” was showed maximum response in manure than cultivar “ Sabz pari ” 8.11±1.34 and 8.19±5.60 respectively. The vegetative growth of Okra cultivars were showed significant response in different concentration of animals manure. Significant variations were found in between the treatments and the different levels of growth harvest (P≥000***). Moreover the germination response of weeds was also significantly increased with the concentration of animal manure.
机译:粪便对农作物生长和发育的响应在本次调查中得到了介绍。肥料和堆肥不仅为作物生产提供了许多养分,包括微量养分,而且还是有机物的宝贵来源。增加土壤有机质可以改善土壤结构或倾斜度。大多数蔬菜作物将少量作物残留物返回土壤,因此肥料,堆肥和其他有机改良剂有助于维持土壤有机质水平。盆栽试验包括60个盆栽,其中有两个品种,即秋葵种的“ Sabz Pari”和“ Super Green”,每个品种有5个重复3种处理和6个收获。实验是在植物学系政府研究生学院Dera Ghazi Khan的网络房屋中以完全随机的区块设计进行的。 “超级绿”品种的叶片68.01±37.43和叶面积70.74±31.87的生长参数分别显示出比“ Sabz pari”品种8.11±1.34和8.19±5.60的最大响应。在不同浓度的动物粪便中,秋葵品种的营养生长表现出显着的响应。发现在处理之间和不同水平的生长收获之间存在显着差异(P≥000***)。此外,随着动物粪便浓度的增加,杂草的发芽反应也显着增加。

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