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Composition,Property Characterization and Application of Agricultural and Forest Biomass Carbon

机译:农林生物质碳的组成,性质表征及应用

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摘要

We analyzed the compositions and basic properties of agricultural and forest biomass carbon,and used the pot method to study the influence of such element on the remediation of contaminated soils and growth of crops.Results show that agricultural and forest biomass carbon contains various nutrients that are necessary for crop growth,high specific surface area,and pore structure development.Cotton stalk charcoal can reduce bioavailability of Cadmium(Cd) in soil.Under mild Cd pollution,soil treated with cotton stalk charcoal adsorbs Cd at a rapid rate.With increasing extent of Cd pollution,Cd adsorption rate gradually slows down and Cd adsorption amount gradually increases.In soil treated with cotton stalk charcoal,the amount of Cd accumulated in the edible portions and roots of Brassica chinensis significantly decrease.The Cd mass fraction of the edible portions and roots are reduced by 49.43%- 68.29%,64.14%- 77.66% respectively.Appropriately adding carbon cotton stalks increases crop biomass.At a certain range,increasing cotton stalk charcoal also promotes the absorption of major nutrients in Brassica chinensis.
机译:我们分析了农业和森林生物量碳的组成和基本特性,并通过盆栽方法研究了这种元素对污染土壤的修复和农作物生长的影响。结果表明,农业和森林生物量碳包含各种营养素,包括棉花秸秆木炭可降低土壤中镉的生物利用度。在轻度Cd污染下,棉秸秆木炭处理过的土壤迅速吸收Cd。随着镉污染的增加,镉的吸附速率逐渐减慢,镉的吸附量逐渐增加。在棉秆炭处理的土壤中,小白菜的可食部分和根部累积的Cd量明显减少。可食部分的Cd质量分数根部分别减少49.43%-68.29%,64.14%-77.66%。在一定范围内,增加棉秆炭含量还可以促进甘蓝型油菜主要养分的吸收。

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