Biological crust (BSC) is a common kind of ground cover that affects overland flow together
with vegetation. It is important to understand the hydrodynamic mechanism of slope covered …

Vegetation cover plays an essential role in control of soil erosion in the Loess Plateau of
China. The hydraulic resistance to overland flow under disturbed vegetation is critical in the …

The effectiveness of coastal vegetation as a barrier to mitigate a tsunami greatly depends on
the magnitude of tsunami and vegetation structure. This paper summarizes a series of …

The main objective of conducting numerical simulations of flows in rivers with vegetation is
to investigate the complex flow dynamics involved in non-equilibrium conditions. In such …

Soil erosion is a major environmental problem. Vegetation, on the other hand, plays an
important role in controlling soil erosion. The goal of the study is to examine the effects of the …

Vegetation plays a crucial role in mitigating and controlling soil erosion caused by overland
flow. However, variations in the hydraulic characteristics of overland flow induced by the …

Standing flows in natural channels often cause phenomena that can be very serious, such
as flooding, deformation of channel geometry, and destruction of infrastructure (dams …

The structural parameters of vegetation have an important influence on the resistance
imposed to shallow flow under the soil, being important in the control of floods, water erosion …

Flow resistance, velocity distribution, and turbulence intensity are significantly influenced by
aquatic vegetations (AV) in riparian zones. Understanding the hydraulics of flow with planted …

In the modeling of vegetated flows an efficient approach is to solve the Double Averaged
Navier Stokes (DANS) equations, which are obtained from the spatial and temporal …