Spatial-Temporal Analysis of Soil Erosion Based on Spatial Model and GIS Technology

Lu-ming Yan
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Abstract

: In recent years, with the increase of population and economic and social development, unreasonable agricultural farming methods, indiscriminate deforestation, overgrazing and other unreasonable human activities have aggravated the impact of regional soil erosion(SE), seriously affecting the security of land resources. In-depth study of the occurrence mechanism of regional SE, analysis of the distribution pattern and temporal and spatial characteristics of regional SE, and accurate assessment of the amount of regional SE are of great significance for protecting surface soil resources, reducing land degradation, protecting the ecological environment, and alleviating SE problems in my country and the world important meaning. In this paper, combined with spatial model and GIS technology, the RULE model is used to quantitatively evaluate wind erosion and hydraulic erosion in a county, calculate and count the modulus of wind erosion and hydraulic erosion, obtain the spatiotemporal distribution characteristics of SE factors in the county, and master the SE in the county. The spatial and temporal distribution of feng shui erosion. The research results show that the wind erosion factor reached the highest value in the year in May, and the overall space showed a decreasing trend from east to west. The hydraulic erosion is analyzed based on the rainfall erosion factor, which is relatively strong in June, July and August, and relatively weak in other months, and generally shows a decreasing trend from northwest to southeast in space.
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基于空间模型和GIS技术的土壤侵蚀时空分析
近年来,随着人口的增长和经济社会的发展,不合理的农业耕作方式、滥砍滥伐、过度放牧等不合理的人类活动加剧了区域水土流失的影响,严重影响了土地资源的安全。深入研究区域SE的发生机制,分析区域SE的分布格局和时空特征,准确评估区域SE的量,对于保护表层土壤资源,减少土地退化,保护生态环境,缓解我国乃至世界SE问题具有重要意义。本文结合空间模型和GIS技术,利用RULE模型对某县风蚀和水力侵蚀进行定量评价,计算和统计风蚀和水力侵蚀模量,获得县域内SE因子的时空分布特征,掌握县域内SE。风水侵蚀的时空分布。研究结果表明:风蚀因子在5月达到全年最高值,整体空间呈现自东向西递减的趋势;基于降雨侵蚀因子对水力侵蚀进行分析,6、7、8月相对较强,其他月份相对较弱,空间上总体呈现由西北向东南递减的趋势。
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