Rainfall simulators are widely employed in soil erosion studies, and it is common for these
simulators to be customized to address specific research questions. Nevertheless, there are …

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 …

Raindrops impact can affect the flow resistance to sheet flow by interfering with flow velocity
profile. However, quantitative information regarding the flow resistance induced by raindrops …

The ballistic model, with its high computational efficiency and small test workload, is an
effective method to simulate the distribution of spray droplets. It can be employed to solve …

Accurate and high spatiotemporal resolution rainfall observations are essential for
hydrological forecasting and flood management, especially in urban hydrological …

The characteristics of raindrops are among the major factors influencing rainfall erosivity.
However, the effect of wind blowing on the determining factors of raindrops was not …

Despite their widespread occurrence and significant environmental implications, the
influence of sluice operations on the mobility of perfluoroalkyl acid (PFAA) in riverine …

Many hydrological and soil erosion models employ Manning's coefficient (n) to calculate the
velocity of sheet flow (SF). However, Manning's coefficient of SF cannot be estimated …

The characterization of a rainfall simulator provides an excellent opportunity to study the
potential of soil erosivity without waiting for natural rain. But, precise instrumentation is …

A major challenge encountered in the development of systems exposed to weather
stressors, such as autonomous vehicles and unstaffed aerial vehicles, is to ensure their …