Laboratory experiments examined the longitudinal evolution of near‐bed velocity, turbulent
kinetic energy (TKE), and net deposition in a model Phragmites australis canopy occupying …

The precise prediction of suspended sediment concentration (SSC) is of great importance
for river reservoir construction planning, water resource management, and ecological …

Vegetation provides habitat and nature‐based solutions to coastal flooding and erosion,
drawing significant interest in its restoration, which requires an understanding of sediment …

Oyster populations within the Chesapeake Bay have been drastically reduced over the last
century mainly due to unregulated human activities and diseases. Regulations and …

Vegetation is widely used to restore waterways and wetland ecosystems. However,
emergent canopies create a nonuniform water surface, and predicting the backwater rise is …

In-channel vegetation is ubiquitous in aquatic environments and plays a critical role in the
fate and transport of solutes and particles in aquatic ecosystems. Recent studies have …

In this study, laboratory experiments were performed to investigate the impacts of sediment
size, channel velocity and plant density on sediment deposition inside an emergent canopy …

An in-situ monitoring of water quality (suspended sediment concentration, SSC) and
concurrent hydrodynamics was conducted in the subaqueous Yellow River Delta in China …

The transport of sediment in regions with vegetation plays an important role in aquatic
ecosystems and landform evolution in river deltas. In this study, flow parameters and …

Previous studies have demonstrated that vegetation‐generated turbulence can enhance
erosion rate and reduce the velocity threshold for erosion of non‐cohesive sediment. This …