森林畜牧系统下土壤物理质量的研究。Aruana

David Marlon Dalposso, Eleandro José Brun, F. Schroeder, Cristian Medrado Canonico, V. Macedo
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引用次数: 1

摘要

随着巴西和世界对农业、畜牧业和林业生产的需求不断增加,必须以可持续的方式在同一地区最大限度地提高产量,在这种情况下,森林放牧系统成为提高业绩的一种综合形式。本研究的目的是评估两种土地利用系统的物理属性:纯牧场与最大谷草cv。阿鲁纳草和一种银蕨草系统,线中有灰蕨,线之间有阿鲁纳草。在每个区域(线、线间和纯草地)开4个迷你沟(重复),细分为4个深度(00-10、10-20、20-40和40-60 cm),组成48个土壤样品,用体积环采集。分析了样品的密度、宏观孔隙度、微观孔隙度和总孔隙度。宏观孔隙度和微观孔隙度分别与深度成反比和正相关。土壤密度最高的是纯牧场,但没有达到限制根系生长的值。土壤的总孔隙度虽然没有统计学上的显著差异,但受到了区域内应用管理的干扰。在森林系统中使用豆科树种的影响可能已经被注意到,尽管仍处于初期阶段。
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Qualidade física do solo sob sistema silvipastoril com Peltophorum dubium e Panicum maximum cv. Aruana
With the increasing demand for agricultural, livestock and forestry production in Brazil and in the World, it has become necessary to maximize production in the same area, in a sustainable way, where the silvopastoral system becomes a form of integration of increasing performance. The objective of this work was to evaluate the physical attributes of two land use systems: pure pasture with Panicum maximum cv. Aruana and a silvipastoril system with Peltophorum dubium in the lines and Aruana grass between the lines. Four mini trenches (repetitions) were opened in each area (line, between lines and pure pasture of Aruana grass), subdivided into 4 depths (00-10, 10-20, 20-40 and 40-60 cm), composing 48 soil samples, collected with volumetric ring. The samples were analyzed for density, macroporosity, microporosity and total porosity. Macroporosity and microporosity varied with depth, inversely and directly, respectively. The highest soil density occurred in pure pasture, however, without reaching values that limit root growth. Although the total porosity of the soil did not present statistically significant differences, this one undergoes interference of the applied management over the area. The effect of the use of leguminous wood species in silvopastoral system may already be noticed, although still incipient.
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审稿时长
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