Coastal responses to sea level rise (SLR) include inundation of wetlands, increased
shoreline erosion, and increased flooding during storm events. Hydrodynamic parameters …

Waves are fundamentally important to the physical and biological functioning of estuaries.
Understanding and predicting contaminant transport, development of sedimentary …

The tidally varying circulation, stratification, and salt flux mechanisms are investigated in a
shallow salt wedge estuary where fluvial and tidal velocities are large and the steady …

Coastal wetlands are often neglected in marine debris studies. Interactions of plastics with
natural particles are also largely understudied across all ecosystems but are becoming the …

It is often assumed that, in short, shallow estuaries, at leading order velocity and elevation
are exactly out of phase, so that duration asymmetries in the rise and fall of the tide should …

The processes of wetting and drying have many important physical and biological impacts
on shallow water systems. Inundation and dewatering effects on coastal mud flats and …

Recent increases in sea level have emerged as a major threat to coastal wetland
ecosystems and their biodiversity. Due to the continued increase in sea level, the changed …

Field work combining in-situ mooring and erosion experiments was conducted in the
intertidal flat of Asan Bay to reveal the relationship between sediment erodibility and …

Using in situ, continuous, high frequency (8–16Hz) measurements of velocity, suspended
sediment concentration (SSC), and salinity, we investigate the factors affecting near-bed …

Inlets provide a critical ecological link between restricted bays and estuaries to the coastal
ocean. The net fluxes of water and suspended sediment are presented in this study. These …