This paper focuses on the hydrodynamic and suspended sediment transport processes in
response to sequential reclamations over the intertidal flat, Jiangsu coast, which used to be …

Accurate estimations for the bed shear stress are essential to predict the erosion and
deposition processes in estuaries and coasts. This study used high-frequency in situ …

Sediment dynamics have an important influence on the morphological evolution of tidal
wetlands, which consist of mudflats and salt marshes. To understand the nature of sediment …

Numerous deltaic coasts in the world are eroding in response to a decline in sediment
supply as a consequence of river damming. Near-bed sediment dynamics are key …

Understanding erosion and accretion dynamics during an entire tidal cycle is important for
assessing their impacts on the habitats of biological communities and the long‐term …

ABSTRACT Shi, B.; Wang, YP; Yang, Y.; Li, M.; Li, P.; Ni, W., and Gao, J., 2015.
Determination of critical shear stresses for erosion and deposition based on in situ …

A forward modeling approach is proposed to simulate the preservation potential of tidal flat
deposits. The preservation potential is expressed as a function of net deposition rate and a …

Tropical-cyclone-induced waves in coastal waters are considered to greatly influence
sediment resuspension. Much attention has been paid to the effect of mixed waves (wind …

Three-dimensional turbulent flow field was measured around an experimental spur dike by
using a micro-acoustic Doppler velocimeter. Time fractions of turbulent burst events …

Fine-grained sediments suspended in coastal waters play an important role in submarine
topography evolution and associated environment changes. The convergence of suspended …