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Effect of Traffic Rate and Type on So Compaction in Sandy South Georgia Soils

机译:交通速率和类型对南乔治亚沙质土壤中土壤压实的影响

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Soil Compaction is one of the lrget problems faced by modern.rpechanizad agricuiturai and forestry operations. This makes research ih the area of soil compaction critical This study was undertaken to see how different types and levels of traffic haveinfluenced soil compaction in sandy soils at the Valdpsta State University Lake Louise field station south of CValstia, C3A. Pour different traffic patterris were invfigated In this study. The first area has relatively high vehicular traffic, the second more moderate vehicular traffic, and the third area a relatively low level of vehicle traffic The fourth area has experienced foot, horse, and ATV traffic, but fat sized was like cars anctswans have not benstiy used in the area. To study compaction, soil cores of known volume were Wen at the soil surface and at 30-cm depths. These cores were taken both in the trafficked Area (road, trail and alongside the trafficked area at three locations for treatment. Average soil bulk density values for the trafficked and untrafficked areas well statistilily compared to deiermine the effects traffic patterns on soil compaction Results indicate that soils were more comoacted along trafficked areas than in the corresponding untrafficked areas with the exception of the fourth area, which had expenenced the lightest traffic load.
机译:土壤压实是现代农业机械化和林业生产面临的重大问题之一。这使得对土壤压实面积的研究变得至关重要。进行这项研究的目的是,了解不同类型和水平的交通如何影响C3A以南的CValstia的Valdpsta州立大学路易斯湖野外站的沙土土壤压实。在这项研究中,研究了倒不同的交通方式。第一个区域的车辆流量较高,第二个区域的车辆流量较适中,第三个区域的车辆流量相对较低。第四个区域的步行,骑马和全地形车流量较高,但是胖胖的人就像汽车的answans一样没有热情。用于该地区。为了研究压实,已知体积的土壤核心在土壤表面和30厘米深度处为温。这些核心取材于被贩运地区(道路,步道和被贩运地区的三个地方)进行处理。对被贩运和未贩运地区的平均土壤容重值进行统计学比较,可以确定交通方式对土壤压实的影响结果表明,除相应的交通最轻的地区是第四地区外,与被贩运地区相比,沿交通地区的土壤更通透。

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