Pengaruh Perbandingan Komposisi Media Tanah Pasca Tambang dengan Pembenah Tanah Faba terhadap Kemasaman Tanah dan Pertumbuhan Land Cover Crop (Pueraria javanicum)

Nida Khofiyya, Nunung Sondari, Linlin Parlinah
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引用次数: 1

Abstract

The higher the use of coal in the industry, the higher the waste produced. This causes environmental problems such as air, soil, water pollution and a decrease in the quality of ecosystems and public health in industrial environments. For this reason, it is necessary to make efforts to utilize coal waste so that unwanted things do not occur, one of which is by using coal ash waste as a soil repairer to improve soil quality in post-mining land. This experiment was carried at the Faculty of Agriculture screenhouse, Winaya Mukti University, Tanjungsari, Sumedang Regency on the altitude of 850 M above sea level. The trial period is from Jully to August 2020. The experiment aims to determine the effect of comparisons of post-mining soil media composition with Faba fixer on the value of growth of Pueraria javanicum plants. The experimental design used was a randomized block design (RBD) which consisted of five treatments and was repeated five times. Treatment is the ratio of Fla Ash Bottom Ash soil repairer and post-mining soil with the following dosages; A = 100% post-mining soil, B = 25% Faba soil repairer + 75% post-mining soil, C = 50% Faba soil repairer + 50% post-mining soil, D = 75% Faba soil repairer + 25% post-mining soil, E = 100% Faba soil repairer. The results showed that treatment C (50% Faba soil repairer + 50% soil) had a good effect on plant height and shoot wet weight, treatment D (75% Faba soil repairer + 25% soil) had a good effect on the number of leaves, root length, number of effective nodules, and root wet weight of Pueraria javanicum plants. 
矿山后土壤介质与法巴土壤浸没对土壤酸化和土地覆盖物生长的影响(波多黎各javanicum)
工业中煤的使用量越高,产生的废物就越多。这造成了诸如空气、土壤、水污染等环境问题,并导致工业环境中生态系统和公共卫生质量下降。因此,有必要努力利用煤矸石,不让不希望的事情发生,其中一种是利用煤灰矸石作为土壤修复剂,改善开采后土地的土壤质量。本实验在海拔850米的苏梅当县丹中萨里的温纳亚穆克提大学农业学院银幕上进行。试用期为2020年7月至8月。本试验旨在确定采后土壤介质组成与蚕豆固定剂对比对爪哇葛根植株生长价值的影响。试验设计采用随机区组设计(RBD),包括5个处理,重复5次。处理为粉煤灰底灰土修复剂与采后土的配比,用量为:A = 100%采后土壤,B = 25%蚕豆土壤修复剂+ 75%采后土壤,C = 50%蚕豆土壤修复剂+ 50%采后土壤,D = 75%蚕豆土壤修复剂+ 25%采后土壤,E = 100%蚕豆土壤修复剂。结果表明,C(50%蚕豆土壤修复剂+ 50%土壤)处理对葛根株高和地上部湿重有较好的影响,D(75%蚕豆土壤修复剂+ 25%土壤)处理对葛根叶片数、根长、有效根瘤数和根湿重有较好的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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