Rainfall arrival at the land surface drives or influences many geomorphic processes. These
range from the mechanisms through which vegetation transforms rain into erosive gravity …

Splash erosion has been acknowledged as a key process of water erosion, depending on
multiple factors including rainfall and soil properties, antecedent soil moisture, and surface …

Under conditions of climate change, the severity and probability of storm events and
droughts are expected to increase, this may affect the partitioning into surface and …

It is well demonstrated that the production of extracellular polysaccharide by bacteria, as
biological binding agent, can increase soil aggregate stability. Also, plant roots have …

Soil splash is the first step in the process of water erosion, where impacting raindrops cause
the detachment and transport of soil material. One of the factors that strongly influences the …

To clarify the characteristics of soil aggregate breakdown and transportation by rainfall, the
cultivated land (0–10 cm) of the black soil region of Northeast China was taken as the …

An understanding of splash erosion is the basis to describe the impact of rain characteristics
on soil disturbance. In typical splash cup experiments, splashed soil is collected, filtered …

Splash is the first step of the water erosion process initiated when raindrops hit the earth's
surface and eject particles of soil. The ability to physically describe this phenomenon is …

Soil and water losses in purple soil area is becoming an increasingly severe problem,
bringing enormous challenges to environmental protection in rural areas. In this study …

The ejection of a mixture of solid (soil) and liquid (water) phases is one of the aspects of the
energy dissipation of the impacting drop during the soil splash phenomenon. All calculations …