Soil erosion has significant implications for land productivity and surface water quality, as
sediment is the leading water pollutant worldwide. Here, erosion processes are defined. The …

Soil erosion is a complex phenomenon involving the detachment and transport of soil
particles, storage and runoff of rainwater, and infiltration. The relative magnitude and …

Sheet erosion (SE) is the process of erosion of the upper layer on the soil surface by water,
wind, or human activities. This pivotal stage initiates substantial soil loss and marks the …

Soil surface roughness affects surface depression storage, water infiltration, overland flow
velocity as well as overland flow organisation. This paper attempts to give an overview of our …

Soil erosion by water is a result of detachment of particles or small aggregates from the soil
surface followed by transport of the detached material. One of the elements that affects …

Soil degradation has serious global impacts on agronomic, economic, and sociopolitical
conditions, however, statistics regarding the degree of these impacts has been largely …

Soil surface roughness significantly impacts runoff and erosion under rainfall. Few previous
studies on runoff generation focused on the effects of soil surface roughness on the …

Pastures with a 6-year history of grazing by cattle (cattle pasture) and sheep (sheep pasture)
were used to measure the effects on soil disturbance of a single severe grazing/treading …

Soil surface roughness and the complementary soil microrelief depression pattern
determine water infiltration, overland flow and drainage network development. The …

Tillage methods play a crucial role in controlling rainwater partitioning and soil erosion. This
study utilized rainfall simulation experiments to investigate the impact of four tillage methods …