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Impacts of vinasse and methods of sugarcane harvesting on the availability of K and carbon stock of an Argisol

机译:VINASSE和甘蔗方法对甲状腺醇K和碳储存的影响

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Soils of tropical regions are more weathered and in need of conservation managements to maintain and improve the quality of its components. The objective of this study was to evaluate the availability of K, the organic matter content and the stock of total carbon of an Argisol after vinasse application and manual and mechanized harvesting of burnt and raw sugarcane, in western S?£o Paulo.The data collection was done in the 2012/2013 harvest, in a bioenergy company in Presidente Prudente/SP. The research was arranged out following a split-plot scheme in a 5x5 factorial design, characterized by four management systems: without vinasse application and harvest without burning; with vinasse application and harvest without burning; with vinasse application and harvest after burning; without vinasse application and harvest after burning; plus native forest, and five soil sampling depths (0-10 10-20, 20-30, 30-40, 40-50 cm), with four replications. In each treatment, the K content in the soil and accumulated in the remaining dry biomass in the area, the levels of organic matter, organic carbon and soil carbon stock were determined. The mean values were compared by Tukey test. The vinasse application associated with the harvest without burning increased the K content in soil layers up to 40 cm deep. The managements without vinasse application and manual harvest after burning, and without vinasse application with mechanical harvesting without burning did not increase the levels of organic matter, organic carbon and stock of total soil organic carbon, while the vinasse application and harvest after burning and without burning increased the levels of these attributes in the depth of 0-10 cm.
机译:热带地区的土壤更为风化,需要保护管理,以维持和提高其组件的质量。本研究的目的是评估Vinasse应用和烧焦和原始甘蔗的手动和机械化收获后Argisol的k,有机质含量和总碳总碳库存的可用性,在西部s?£o paulo。数据收集是在2012/2013收获的2012/2013收获,在Presencee Prudente / SP的一家生物能源公司。在5×5因素设计中,该研究在5x5造型设计中进行了分流绘图方案,其特征在于四种管理系统:没有vinasse应用和收获而不会燃烧;在没有燃烧的情况下使用VINASSE申请和收获;燃烧后的vinasse申请和收获;没有Vinasse申请和收获燃烧后;加本地森林,五种土壤采样深度(0-10 10-20,20-30,30-40,40-50厘米),有四种复制。在每种处理中,土壤中的K含量并在该区域的剩余干生物质中积累,有机质水平,有机质,有机碳和土壤碳储备。通过Tukey测试比较平均值。与收获相关的VINASSE应用程序而不燃烧的土壤层中的K含量增加到40厘米。没有Vinasse应用和手动收获在燃烧后的管理,没有燃烧的机械收获的VINASSE应用没有增加有机质,有机物和整个土壤有机碳的水平,而Vinasse应用和收获燃烧后且不燃烧在0-10厘米的深度增加这些属性的水平。

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