收获残余物在耕地可持续管理中的意义。2收获残留物管理

IF 0.2 Q4 ENGINEERING, GEOLOGICAL
N. Pržulj, V. Tunguz, Z. Jovović, A. Velimirović
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引用次数: 0

摘要

收获残留物是农业可持续管理的重要方面之一,代表了农业生态系统中可以保留或去除的有机物的很大一部分。有几种方法可以管理植物残留物:(i)焚烧,(ii)掺入土壤,(iii)收获后将植物残留物以覆盖物的形式留在土壤表面,(iv)在HR中播种作物,(v)打捆并从地块中去除HR。焚烧是农业生产中最不合理的行为,现行法律法规禁止焚烧。燃烧意味着OM-N和S在空气中的完全损失,矿物质残留在灰烬中,土壤表层的微生物被破坏。HR的加入可能是完全的,也可能是部分的,这取决于所采用的土壤培养方法。这种HR管理方法具有许多土壤效益:增加养分、OM和腐殖质的含量;增加微生物活性;改善土壤水分、空气和物理特性;改善土壤结构,最终有助于提高土壤肥力和植物生长。曾经很常见的两种实用方法被忽视了。也就是说,在种植主要作物的同时或在种植之间种植各种物种的欠种和混合种植。HR的去除间接导致土壤中有机质的减少。本质上,需要确定受体的大小和不同质量的有机残留物的返回率,并提高残留物通过各种土地受体和作物的营养循环效率,同时将系统的损失降至最低。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
THE SIGNIF ICANCE OF HARVEST RESIDUES IN THE SUSTAINABLE MANAGEMENT OF ARABLE LAND. II. HARVEST RESIDUES MANAGEMENT
Harvest residues (HR) are one of the important aspects of sustainable management in agriculture, representing a significant portion of organic matter (OM) that can be retained or removed from agro-ecosystems. There are several ways to manage plant residues: (i) burning, (ii) incorporation in soil, (iii) leaving plant residues after harvest on the soil surface in form of mulch, (iv) undersowing crops in HR and (v) baling and removing HR from the plot. Burning is the most unreasonable action in agricultural production, which is prohibited by legal regulations in force. The burning means a complete loss of OM - N and S are irretrievably lost in the air, mineral substances remain in ash, and microorganisms in the soil surface layer are destroyed. Incorporation of HR may be complete or partial, depending on the soil cultivation method applied. This HR management method has a number of soil benefits: increases content of nutrients, OM and humus; increases microbiological activity; improves soil water, air and physical properties; improves soil structure, ultimately contributing to the increase in soil fertility and plant growth. Two practical approaches that were once common, have been neglected. Namely, undersowing and mixed cultivation where various species are simultaneously grown with or between plantings of a main crop. Removal of HR indirectly leads to a decrease of the organic matter in the soil. In essence, there is a need to determine the size of acceptors and the return rates of organic residues of different quality, and to increase the efficiency of nutrient cycling from residues through various land acceptors and crops, with minimal losses from the system.
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来源期刊
Archives for Technical Sciences
Archives for Technical Sciences ENGINEERING, GEOLOGICAL-
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