Raindrop‐impact‐induced erosion is initiated when detachment of soil particles from the
surface of the soil results from an expenditure of raindrop energy. Once detachment by …

Knowledge of the relationship between rainfall intensity and kinetic energy and its variations
in time and space is important for erosion prediction. However, between studies …

在学科发M 和社会需求的双重驱动下, 土壤水蚀过程s 直是土壤侵蚀研究领域关注的焦点和热点.
文章对土壤水蚀过程研究进行系统的回顾总结, 介绍了土壤水蚀过程的概念和研究方法; …

Due to wide range of experimental techniques reported in the literature for determining
interrill erodibility and soil loss values, meaningful comparisons between experiments often …

Discusses the latest information regarding the processes and mechanisms responsible for
runoff and erosion by water in arable lands--detailing state-of-the-art water and soil …

Raindrop splashing is one of the driving forces of soil erosion, and it also leads to the loss of
soil nutrients. However, the effects of raindrop splashing on nitrogen loss and the …

Rain splash transport of sediment on a sloping surface arises from a downslope drift of
grains displaced ballistically by raindrop impacts. We use high‐speed imaging of drop …

Laboratory experiments have been conducted to study the effects of various simulated rain
properties on soil detachment due to raindrop impact. Two soil materials were tested: a fine …

Over a large fraction of the global landsurface, precipitation interacts with standing
vegetation or organic litter prior to reaching the mineral soil. This interaction has both …

Soil detachment and transport by rainsplash is usually the first step in soil loss and sediment
transport. It can be measured using a variety of approaches, including splash cups, trays …