生物覆盖对木薯人工林杂草控制及土壤性质的影响

B. Suwitono, M. Chozin, D. Guntoro, S. Suwarto
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摘要

豆科覆盖作物(LCC)是一种作为活膜种植的植物,对农业生态系统有益,可以纳入种植系统以调节土壤肥力和抑制杂草生长。本研究旨在确定不同时期使用花生作为生物地膜对杂草组成和土壤肥力的影响。实验在印度尼西亚西爪哇省Jonggol市IPB教学农场进行;土壤类型为Ultisol。本研究采用两因素,采用因子随机区组设计。第一个因素是“克丹玛郎”、“根迦巴扬”、“IR Jonggol”和“mangu”4个木薯品种;第二个因素是种植生物膜的时间:种植木薯前4周、8周和12周,种植木薯时,不种植生物膜+人工除草作为对照。在整地前和木薯收获前对杂草植被进行了分析。分析了生物覆盖前后土壤的理化性质。研究结果表明,木薯人工林的优势杂草为马来黑草(Melastoma malabathicum)、籼稻(Tetracera indica)、木樨草(Oxalis barrelieri)、含羞草(Mimosa invisa)、木樨草(otochloa nodosa)、木樨草(Ipomoea sp)和香草(Cyperus sp.)。在种植木薯前4周和8周种植生物地膜能够减少杂草的干重。所有生物覆盖处理均能提高土壤密度和总孔隙空间。种植木薯前8周覆盖生物膜的土壤碳有机含量最高(7.59%),全氮含量最高(0.41%)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Biomulch Treatment Effects on Weed Control and Soil Properties in Cassava Plantation
Legume Cover Crop (LCC) are plants grown as live mulch so that it is beneficial to the agro-ecosystem and can be included in cropping systems to regulate soil fertility and suppress weed growth. This study aims to determine the benefits of using Arachis pintoi as biomulch applied at different times on weed composition and soil fertility. The experiment was carried out at the Teaching farm of IPB, Jonggol, West Java, Indonesia; the soil type is Ultisol. This study used two factors and was designed in a factorial randomized block design. The first factor was four accessions of cassava “Ketan Malang”, “Genjah Bayam”, “IR Jonggol”, and “Manggu”; the second factor is the time of the biomulch planting: 4, 8, and 12 weeks before planting the cassava, at cassava planting, and without biomulch + manual weeding as the control. Weed vegetation was analyzed before land preparation and before cassava harvest. The physical and chemical properties of the soil were analyzed before and after the biomulch treatment. Our study demonstrated that Melastoma malabathricum, Tetracera indica, Oxalis barrelieri, Mimosa invisa, Ottochloa nodosa, Ipomoea sp and Cyperus sp. are the dominant weeds in the cassava plantation. Biomulch planted four and eight weeks before cassava was able to reduce weed dry weight. All biomulch treatments were able to improve soil density and total pore space. Soil with biomulch planted eight weeks before cassava planting had the highest C-organic (7.59%) and total nitrogen (0.41%).
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