Carnauba bagana improves the soil quality cultivated with corn in the semiarid piauiense

Cássio de Moura Santos, Ana Clara Caminha de Carvalho, Vinícius de Sousa Araújo, Rafael de Sousa Nobre, A. S. Costa, Ronilson Carvalho Veloso, Lucila de Sousa Nunes, Daniel de Moura Silva, Maria do Socorro de Sousa Menezes, Irys de Moura Rêgo, Jefrejan S. Rezende
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Abstract

The Corn an important role in agriculture, and can be used in both human and animal food, production of ethanol, medicines and glue. However, is verified cultivation practices and soil inappropriate management have led to soil deterioration. Thus, the importance of vegetation cover and the incorporation of organic matter in these cultivated soils. The objective of this work was to evaluate the effect of Carnauba bagana maintained on the soil as mulch and incorporated in macrofauna and soil organic carbon, in the municipality of Itainópolis, in the semi-arid region of Piauí. The areas to be studied will be: corn area with carnauba bagana, as mulch and incorporated into the soil; corn area with uncovered soil and an area of preserved native vegetation. The epigean and edaphic macrofauna will be collected, sorted and identified at the order level. Soil samples will be collected to determine soil organic carbon. Carnauba bagana improved the macrofauna community and soil organic carbon content. The cultivation of corn on uncovered soil reduced the uniformity and diversity of the epigeal macrofauna, the Wealth and Abundance of the edaphic macrofauna and the soil organic carbon content. The variables Larvae, Abundance, Richness, Shannon and Pielou indices, and COS in layers 0.00-0.05 and 0.05-0.10 m were selected for future studies of the impact of maize cultivation in the region.
巴西棕榈改善了半干旱的巴西平原与玉米一起栽培的土壤质量
玉米在农业中扮演着重要的角色,可用于人类和动物食品、乙醇生产、药品和胶水。然而,经证实,耕作方式和土壤管理不当已导致土壤退化。因此,植被覆盖和有机物质在这些耕作土壤中的结合的重要性。在Piauí半干旱区Itainópolis市,本研究的目的是评估巴西棕榈作为地膜维持在土壤中的效果,并将其纳入大型动物和土壤有机碳中。待研究的地区将是:种植巴西棕榈的玉米区,作为地膜并融入土壤;有裸露土壤的玉米区和保存完好的原生植被区。将在目级上收集、分类和鉴定表生和地生大型动物。将收集土壤样品以测定土壤有机碳。巴西棕榈提高了大型动物群落和土壤有机碳含量。玉米在未覆盖土壤上的种植降低了表层大型动物的均匀性和多样性,降低了土壤大型动物的丰富度和丰度,降低了土壤有机碳含量。选取0.00-0.05和0.05-0.10 m层的幼虫、丰度、丰富度、Shannon和Pielou指数、COS等变量,进一步研究玉米种植对该地区的影响。
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