Measurements of aggregate size, suspended particulate matter (SPM) concentration and
current velocity have been carried out in the Belgian coastal zone (southern North Sea). Two …

Fluid mud supported by waves can move downslope on a gentle slope under gravity to
transport massive sediment across the continental shelf and cause significant …

Traditionally, vertical circulation (induced by gravity circulation and tidal straining), tidal
pumping, and resuspension are suggested as the major processes for the formation and …

In order to improve the understanding of how fine cohesive matter behaves during different
tidal conditions within an estuary turbidity maxima, high quality in-situ data is of a prime …

Multi-sensor tripod measurements in the high-turbidity area of the Belgian nearshore zone
(southern North Sea) allowed investigating storm effects on near bed suspended particulate …

A three-dimensional, high-resolution tidal model coupled with the UNSW sediment model
(UNSW-Sed) based on Finite Volume Coastal Ocean Model (FVCOM) was set up to study …

The effect of hydro-meteorological forcings (tidal and wind-induced flows) on the transport of
suspended particulate matter (SPM), on the formation of high-concentrated mud …

An understanding of the dynamics and behaviors of suspended sediments is vital in analysis
of morphological, environmental, and ecological processes occurring in coastal marine …

Abstract One‐dimensional vertical (1DV) diffusion‐settling models are practical tools for
sediment transport analysis of sands, which is mostly a local process. However, for fine …

In many estuaries, current velocity, suspended sediment concentration (SSC), and water
depth have notable flood-ebb asymmetries in magnitude or duration. Such asymmetries can …