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Spatial Variability Of Chemical Attributes In Latosol And Argisol [variabilidade Espacial De Atributos Químicos Em Latossolo E Argissolos]

机译:Latosol和Argisol的化学属性的空间变异[Latosol和Argisols的化学属性的空间变异]

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摘要

The objective of this research was to characterize the spatial variability of chemical attributes of soils cultivated with sugarcane in areas with variations in relief forms. The two soils studied were a Latosol, placed in a convex landform (158ha), and an Argisol, placed in a linear landform (172ha). Soil samples for chemical analysis were collected in a regular grid, at the depth of 0.0-0.5m. The convex landform presented the highest coefficient variation and ranges. Therefore, the Latosol inserted in the landform convex presented greater spatial variability for chemical attributes than the Argisol in the linear landform. A larger number of points must be sampled in order to represent the spatial variability of the Latosol from the convex landform. We recommend the sampling interval to be equal to the range of the spatial dependency in order to associate a less intensive sampling effort with a higher representativity.
机译:这项研究的目的是表征在浮雕形式变化的地区,用甘蔗栽培的土壤化学属性的空间变异性。研究的两种土壤是放置在凸形地形中的Latosol(158ha)和放置在线性地形中的Argisol(172ha)。将化学分析的土壤样品收集在规则网格中,深度为0.0-0.5m。凸起的地形呈现出最高的系数变化和范围。因此,与线性地形中的Argisol相比,插入地形凸起中的Latosol在化学属性上具有更大的空间变异性。为了代表凸形地形的Latosol的空间变异性,必须采样更多的点。我们建议采样间隔等于空间相关性的范围,以使强度较低的采样工作与较高的表示性相关联。

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