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 …

With the global sea level rising, it is imperative to quantify how the dynamics of tidal
estuaries and embayments will respond to increased depth and newly inundated perimeter …

The finite volume community ocean model (FVCOM) has been applied to the Ganges-
Brahmaputra-Meghna (GBM) delta in the northern part of the Bay of Bengal in order to …

We report on the development and validation of a coupled two-and one-dimensional finite-
element model for the Scheldt tributaries, river, estuary and region of fresh water influence …

This study addresses the question of how tidally-dominated estuaries will adapt to rises in
mean sea level and changes in river flows associated with global climate change. The aim …

This paper investigates the impact of uncertainty in the definition of bathymetry on the
performance of estuarine shallow water models. A depth-averaged hydrodynamic model is …

Understanding the dynamics of sea surface variation and its direct effects on the coastal
population has beena central issue of study for oceanography in conjunction with other …

This chapter examines the dynamics of strongly stratified estuaries by addressing the
parameters that lead to strong stratification and by examining the dynamics of different types …

Simultaneous field observations were made of time series of water level, current velocity,
salinity and suspended sediment concentration at ten hydrological gauging stations along …

The increasing demand for the investigation of nonhydrostatic effects in ocean modelling
requires crucial modifications to models applying the hydrostatic pressure assumption …