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首页> 外文期刊>Ciência Rural >Hydro-physical processes and soil properties correlated with origin of soil hydrophobicity
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Hydro-physical processes and soil properties correlated with origin of soil hydrophobicity

机译:水物理过程和土壤特性与土壤疏水性的起源有关

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Hydrophobicity is the phenomenon where the soil has reduced wettability, usually associated with coating of soil particles by hydrophobic organic substances. This study aimed to provide a description of the hydrophobicity occurrence, highlight recent discoveries about the origin of phenomenon and discuss the main hydro-physical properties and chemical processes linked to the development of hydrophobic behavior in soils. Hydrophobicity is associated with other factors such as soil moisture, presence of some fungi species, particle size, soil pH and occurrence of burnings. The causative substances may be provided by local vegetation, through deposition or decomposition. The dependence and combination of different factors that influence hydrophobicity in soils lead to a spatial and temporal variability of the phenomenon, with negative consequences in the processes of infiltration and water percolation, affecting the three-dimensional distribution and dynamics of soil moisture. Thus, the occurrence of a hydrophobic character requires special attention, especially regarding soil use and management.
机译:疏水性是土壤润湿性降低的现象,通常与疏水性有机物质覆盖土壤颗粒有关。这项研究旨在提供疏水性发生的描述,强调有关现象起源的最新发现,并讨论与土壤中疏水性行为发展有关的主要水物理性质和化学过程。疏水性与其他因素有关,例如土壤湿度,某些真菌种类的存在,颗粒大小,土壤pH值和发生燃烧。致病物质可以通过沉积或分解由局部植被提供。影响土壤疏水性的不同​​因素的依赖和组合导致该现象的时空变化,对入渗和渗水过程产生负面影响,影响土壤水分的三维分布和动力学。因此,疏水特性的出现需要特别注意,特别是在土壤使用和管理方面。

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