Identifying the mechanisms that contribute to the variability of suspended particulate matter
concentrations in coastal areas is important but difficult, especially due to the complexity of …

Wave‐supported gravity flows (WSGFs) generate rates of sediment flux far exceeding other
cross‐shelf transport processes, contributing disproportionately to shelf morphology and net …

We present measurements of along and across‐shore sediment transport in a region of the
Dutch coast 10 km north of the Rhine River mouth. This section of the coast is characterized …

In this study we used field data and radar images to investigate the influence of winds and
tides on the propagation of tidal plume fronts. The measurements were collected in a …

Remotely sensed images document the occurrence of multiple packets of internal solitary
waves (ISWs) in the Rhine River plume at the same time. We use a combination of field …

The analysis of 1.8 years of data gives an understanding of the response to varying forcing
of suspended particulate matter (SPM) and chlorophyll-a (CHL-a) in a coastal turbidity …

The Rhine region of freshwater influence (ROFI) is strongly stratified, rotational, relatively
shallow and has large tides, resulting in a dynamic field of fronts that are formed by multiple …

2. Context Here, we report on the presentations and discussions that occurred during the
WTD workshop. The topic “Linking ocean mixing and circulation at various scales” provided …

The amount of suspended fines in the southern North Sea strongly depends on their
exchange with the sandy seabed. This exchange is governed by resuspension of fines …

This research analyzed the near-coastal circulation along 300 km in the southern
Colombian Pacific, a meso-tidal region formed by Tumaco Bay and the Mira River Delta. The …