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首页> 外文期刊>Current Journal of Applied Science and Technology >Residual Effect of Organic Manure (Biochar and Cowdung) on the Growth of Pterocarpus osun
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Residual Effect of Organic Manure (Biochar and Cowdung) on the Growth of Pterocarpus osun

机译:有机肥料(生物炭和牛粪)对紫檀生长的残留影响

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摘要

The present study aims to determine the residual effects of organic manure (biochar and cowdung) growth of P. osun under a screen house condition. Implementing the use of biochar and different organic sources has been proposed as an option for improving soil fertility, restoring degraded land and sequester large amounts of carbon (C) over the long-term. The study was carried out in Forestry Research Institute of Nigeria. Pterocarpus osun seeds were collected from the botanical garden at the University of Ibadan. The media for planting (soil) and treatments used had already been established from previous experiments done by using same species ( Pterocarpus osun ). Seedlings of P. osun were raised in a germination basket for four (4) weeks and twenty four (24) healthy seedlings were selected from the basket on the basis of uniform treatments and then transplanted into the already established media and the experiments were arranged in a completely randomized design (CRD). Data on growth parameters (plant height, number of leaves), collar diameter and dry matter yields were generated and subjected to analysis of variance. The significant means were separated by using LSD at 5% level of significance. The results showed that the interaction of Biochar + Cow dung (30 t/ha +135 g) had the highest diameter with a value of 5.17 mm when compared with the control (no amendments). The? ?highest plant height was recorded by the interaction of biochar and cow dung at 20 t/ha +135 g with mean value of 11.73 cm while sole application of cow dung also performed well in number of leaves with a mean value 11.50 as compared with the control (no amendment). It is concluded that there is a residual effect in the interaction of biochar and cow dung, which ultimately improves the performance of Pterocarpus osun .
机译:本研究旨在确定有机牛粪(生物炭和牛粪)在筛房条件下生长的残留效应。长期以来,已提出使用生物炭和其他有机资源作为改善土壤肥力,恢复退化土地和隔离大量碳(C)的选择。该研究在尼日利亚林业研究所进行。紫罗兰(Pterocarpus osun)种子是从伊巴丹大学的植物园收集的。种植(土壤)和处理的介质已经通过使用相同物种(Pterocarpus osun)进行的先前实验确定。在发芽的篮子中养成四旬(P. osun)幼苗四(4)周,在统一处理的基础上从篮子中挑选二十四(24)粒健康的幼苗,然后移植到已经建立的培养基中,并安排实验。完全随机设计(CRD)。生成有关生长参数(植物高度,叶数),衣领直径和干物质产量的数据,并进行方差分析。通过使用显着性水平为5%的LSD分离显着性平均值。结果表明,与对照相比(未修正),Biochar +牛粪(30 t / ha +135 g)的相互作用最大,直径为5.17 mm。该?通过生物炭和牛粪的相互作用以20 t / ha + 135 g记录的最高植物高度,平均值为11.73 cm,而单独施用牛粪的叶片数也比较好,平均值为11.50。控制(无修正)。结论是生物炭与牛粪的相互作用中存在残留作用,最终改善了紫檀的性能。

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