首页> 外文期刊>American-Eurasian Journal of Agricultural and Environmental Sciences >Impacts of Land Use Types on Selected Soil Properties: The Case of Dire Enchini District, West Showa Zone, Oromia Regional Sate
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Impacts of Land Use Types on Selected Soil Properties: The Case of Dire Enchini District, West Showa Zone, Oromia Regional Sate

机译:土地利用类型对某些土壤特性的影响:以奥罗米亚州满意地西昭和地区Dire Enchini区为例

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The objective of this study was to assess and explore the effect of land use types on selected soilproperty of Dire Enchini District. Three composite of representative soil samples from depth of (0-25cm) werecollected randomly from (Cultivated, grazing and forest) lands which were adjacent to each other and subjectedto laboratory analysis. Physicochemical results was analyzed by One way ANOVA (P0.05) was employed tocompare the mean of soil parameter. The textural classes of present study area were clayey dominated. As thedepth increase bulk density increase in all selected land uses due to soil organic matter decrease andcompactness by field traffic. However, the total porosity of present study result by two depths indicated as thedepth increase the mean value of total porosity decrease. Generally the values show that the overall soilcondition in the present study area appropriate condition in forest and cultivated lands than grazing land.Because of grazing land has the least concentration of soil chemical properties except physical properties, claytextural particle which suggests an increasing degradation rate in soils of grazing land. Therefore, strategiesto conserve soil properties versus the expanding population in the area have to seek a sustainable solutionthat better addresses society awareness creation on appropriate management practice of land resource andwisely uses.
机译:这项研究的目的是评估和探讨土地利用类型对Dire Enchini地区某些土壤性质的影响。从(耕地,放牧和林地)彼此相邻的土地中随机收集深度为(0-25cm)的三种代表性土壤样品,并进行实验室分析。采用单因素方差分析(P <0.05)对土壤理化指标进行比较。当前研究区域的纹理课以黏土为主。随着深度的增加,由于土壤有机质的减少和实地交通的紧凑性,所有选定土地利用中的容重增加。然而,本研究结果的总孔隙度由两个深度表示,即深度增加意味着总孔隙率降低的平均值。总的来说,这些值表明本研究区的总体土壤状况比牧草地更适合森林和耕地条件。由于除化学性质外,牧草地的土壤化学特性浓度最低,因此粘土质地颗粒表明土壤的降解率不断提高。放牧的土地。因此,相对于该地区不断增长的人口,保护土壤特性的策略必须寻求一种可持续的解决方案,以更好地解决社会在适当的土地资源管理实践和明智使用上的社会意识创造。

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