This review provides a comprehensive evaluation of no-till (NT) based on recent studies
(post-2000) in NW Europe and evaluates the separate effect of the NT and other associated …

Land use change has significant effects on soil properties and vegetation cover and thus
probably affects soil detachment by overland flow. Few studies were conducted to evaluate …

Steep gully slopes are widespread and have been recognized as the main sediment source
on the Loess Plateau. Different vegetation growth may lead to the differences in soil …

Core Ideas Plant root reduced soil detachment by 54%, of which 41% was by root binding
effect. Fibrous root was 1.6 times greater than tap root in reducing the soil detachment …

Measurements of temporal variations in soil detachability under different land uses are badly
needed to develop new algorithms or evaluate the existing ones for temporal adjustment of …

Freeze–thaw cycles alter soil properties markedly and cause a subsequent change in soil
erosion, however previous studies about freeze–thaw cycles' influence on soil physical …

It is well known that forest fires affect physico-chemical characteristics of soils. However, few
investigations have explored the effects of human-caused fires on soil erosion processes …

Vegetation restoration has significant effects on soil properties and vegetation cover and
thus affects soil detachment by overland flow. Few studies have been conducted to evaluate …

通过采集不同地貌部位(塬面, 塬坡和沟坡) 各土地利用(农地, 草地, 灌木地和林地)
坡面土壤和根系样品, 采用综合土壤可蚀性指数(CSEI) 评价了植被恢复对土壤可蚀性的影响 …

Recent research indicates that plant roots can reduce soil erosion rates during concentrated
flow significantly. Earlier studies revealed the erosion-reducing effects of plant roots under …