Rivers are important agents of change that shape the Earth's surface and evolve through
time in response to fluctuations in climate and other environmental conditions. They are …

The transport behavior of microplastics (MPs) in the fluvial environment is scarcely
researched. Besides settling velocities and critical shear stress for erosion, only a few …

Based on the Lagrangian approach, this study proposes a random displacement model
(RDM) to predict the concentration of suspended sediment in vegetated steady open …

The Rouse formula and its variants have been widely used to calculate the steady-state
vertical concentration distribution for suspended sediment in steady sediment-laden flows …

Turbulent structures generated by vegetation patches play a dominant role in the dispersion
of suspended sediment, which in turn is of great significance for ecosystem cycling and river …

The vertical distribution pattern of the fine suspended sediment concentration (SSC) plays
an important role in the aquatic ecosystem of shallow water. To investigate the SSC profile in …

To achieve a complete knowledge about the effect of particle concentration on sediment and
turbulent diffusion coefficients in open-channel turbulent flow is a long-standing problem for …

The majority of reported field studies, using acoustic backscattering, for the measurement of
nearbed suspended sediment processes, have been focussed on field sites with sand size …

A linearly depth-dependent diffusivity is commonly used to model the vertical distribution of
dilute, near-bed, suspended sediment in marine fluid environments, ie, the Rouse model; …

Port coasts are affected by waves and tidal currents, and sediment continues to silt up,
leading to a reduction in the depth of water in the channel, blocking the channel and …