Determination the Effects of Land Use Change and Soil Type on Some Quality Properties of Soil Along a North - South Transect ( Case Study Miami County of Semnan Province )

A. Akhyani, H. Matinfar, H. asadi rahmani
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Abstract

Determination the effects of land use change and soil type on some quality properties of soil along a north - south transect (Cases Miami County of Semnan Province). Environmental Sciences. 20(2): 223-244. physical, CEC, the effect of use and type on the (FA) and Results and discussion: The results showed that most of the chemical, physical and biological properties of soil in the northern lands are better than the southern ones due to changes in humidity and temperature regimes (more rainfall and lower temperatures). The trend of the coefficient of variation of most soil features in the three areas studied along the transect shows that the coefficient of variation of most of the studied features is influenced by climate and the coefficient of variation of most parameters has decreased from south to north, which is probably due to the buffer effects of soil organic carbon in the northern regions. Also, the results of PCA and FA analysis showed that organic carbon, betaglucosidase enzyme, microbial biomass carbon, MWD and microbial biomass carbon/ organic carbon had higher weight than other soil quality parameters in all regions. Also, the results of the statistical method of regression showed that two factors of land use change and soil type can predict more than 55% of variations in most soil quality parameters. From the 14 investigated properties 10 characteristics were relatively controlled by land use type and for the rest by soil type. Conclusion: Therefore, the results of this study show that it is more appropriate to study the effects of managerial changes (land use type, crop management, etc.) on the qualitative characteristics, biological and physical characteristics of the soil in the short term.
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土地利用变化和土壤类型对南北样带土壤质量特性影响的确定(以塞姆南省迈阿密县为例)
确定土地利用变化和土壤类型对南北样带土壤某些质量性质的影响(Semnan省迈阿密县为例)。环境科学,20(2):223-244。结果与讨论:结果表明,由于湿度和温度的变化(降雨较多,温度较低),北方土地土壤的大部分化学、物理和生物特性优于南方土地。研究区大部分土壤特征的变异系数沿样带的变化趋势表明,研究区大部分土壤特征的变异系数受气候的影响,且大部分参数的变异系数自南向北减小,这可能与北部地区土壤有机碳的缓冲作用有关。主成分分析和FA分析结果表明,有机碳、β葡糖苷酶、微生物生物量碳、MWD和微生物生物量碳/有机碳的权重均高于其他土壤质量参数。回归统计方法的结果表明,土地利用变化和土壤类型两个因子可以预测大部分土壤质量参数变化的55%以上。14个特征中,10个特征受土地利用类型控制,其余受土壤类型控制。结论:因此,本研究结果表明,短期内研究管理变化(土地利用类型、作物管理等)对土壤质量特征、生物特征和物理特征的影响更为合适。
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