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Effects of Soil Conditioners on Aggregate Stability in a Clay Loam Soil: A Comparison Study of Biomass Ash with Other Four Conditioners

机译:土壤织剂对粘土壤土土壤骨料稳定性的影响:生物质灰与其他四种调节剂的比较研究

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摘要

This study was conducted to investigate the effects of soil conditioners on the structure stability of degraded soil. Biomass ash, lime, lime with zeolite, biological fertilizer and peat ash, mixed with chemical fertilizer were selected as soil conditioners. A pot experiment with degraded clay loam soil (a Cambisol) was carried out. The stability of soil aggregates was analyzed by the Le Bissonnais method. The results showed that macro-aggregates (&0.25 mm) of biomass ash treatment in fast wetting test stayed stable compared with others. The higher mean weight diameter and geometrical mean diameter in biomass ash treatment indicated a high stability from external forces. From this study, the stability of soil aggregates was improved by the addition of biomass ash in degraded soil effectively, but more attention should be paid on soil slope protection during heavy-rain seasons.
机译:进行该研究以探讨土壤调节剂对降解土壤结构稳定性的影响。 选择生物质灰,石灰,用沸石,生物肥料和泥炭灰,与化肥混合为土壤调理剂。 进行了具有降解的粘土壤土土壤(凸起)的罐实验。 利比松方法分析了土壤聚集体的稳定性。 结果表明,与他人相比,快速润湿试验中的生物质灰治疗的宏观聚集体(& 0.25mm)与其他相比保持稳定。 生物质灰处理中的平均重量直径和几何平均直径表示从外力的高稳定性。 从本研究开始,通过在有效的土壤中添加生物质灰分,改善了土壤聚集体的稳定性,但在大雨季节期间,应更多地关注土坡保护。

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