The recent study results show that the intensification ability of plant roots to the anti-scourability of soil mainly depends on the distribution and twining of effective root density in the soil profile, and the phys...The recent study results show that the intensification ability of plant roots to the anti-scourability of soil mainly depends on the distribution and twining of effective root density in the soil profile, and the physical basis of effective root density is the number of展开更多
Studies show that retaining water and infiltrating rainfall into soil by constructing artificial vegetation on the slope land of the loess rolling and gullied regions are the crux measures in increasing soil permeabil...Studies show that retaining water and infiltrating rainfall into soil by constructing artificial vegetation on the slope land of the loess rolling and gullied regions are the crux measures in increasing soil permeability and controlling soil erosion. Many researches on展开更多
基金Project supported by the National Natural Science Fundation of China
文摘The recent study results show that the intensification ability of plant roots to the anti-scourability of soil mainly depends on the distribution and twining of effective root density in the soil profile, and the physical basis of effective root density is the number of
基金Project supported by the National Natural Science Foundation of China
文摘Studies show that retaining water and infiltrating rainfall into soil by constructing artificial vegetation on the slope land of the loess rolling and gullied regions are the crux measures in increasing soil permeability and controlling soil erosion. Many researches on
