The stability of aggregates of T3, T2 was very low and multilevel pore was few, so soil splash erosion and sediment was very high.
T2团聚体发育差,缺乏多级孔隙,形成的高径流量和溅蚀率使T2、T3的产沙率在相对大的数值范围内变动。
However, the results of simulating splash erosion processes on slope that considered the effects of overland flow or canopy are obtained.
给出了考虑击溅产沙能力受坡面漫流或其它覆盖物影响下的击溅产沙过程的模拟结果。
Plant roots within soil can raise resistivity of soil. Splash erosion volume, penetration depth and breaking down condition are indexes expressing soil resistivity.
土壤中植物根系的存在可以增强土壤的抗蚀性,溅蚀量、贯入深度和被崩解的情况等都是土壤抗蚀性的反映。
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