Enhancement of Soil Health Using Biochar

O. Okareh, Alaba O. Gbadebo
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引用次数: 3

Abstract

Over the years, the carbon-rich biochar has been used for the purpose of environmental conservation and reservation. Typically produced from varieties of materials ranging from sewage, farm produce, energy crops and agricultural waste or residues, the properties usually considered in the application of biochar include the chemical composition, porosity and stability. Contemporarily, the use of biochar has extended to its utilization in the industry, agriculture, forestry, and the natural environment. Soil fertility depends on the holistic process of managing the soil and likewise maintaining a robust biodiversity. This process involves the application of natural carbon-rich materials like biochar as soil amendments. The rapid absorption tendency of biochar, both on organic and inorganic materials has contributed immensely to the removal of excess antimicrobials from the environment. Biochar has been known to be a good enhancer of the soil due to its rich content of carbon and other nutrients good enough for the soil. Other striking effects of biochar on the soil and environment include the enhancement of the uptake of nitrogen, improvement of the soil structure, mitigation of greenhouse gases, conservation of the environment and enhancement of soil microbial community.
利用生物炭促进土壤健康
多年来,富碳生物炭一直被用于环境保护和保护。生物炭通常是从污水、农产品、能源作物和农业废物或残留物等各种材料中产生的,在应用生物炭时通常考虑的特性包括化学成分、孔隙度和稳定性。目前,生物炭的使用已扩展到工业、农业、林业和自然环境的利用。土壤肥力取决于管理土壤的整体过程,同样也取决于保持强健的生物多样性。这个过程包括应用天然富含碳的材料,如生物炭作为土壤改良剂。生物炭在有机和无机材料上的快速吸收趋势极大地促进了从环境中去除过量抗菌剂。众所周知,生物炭是一种很好的土壤增强剂,因为它含有丰富的碳和其他对土壤足够好的营养物质。生物炭对土壤和环境的其他显著影响包括加强对氮的吸收、改善土壤结构、减少温室气体、保护环境和增强土壤微生物群落。
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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