The use of sedimentary structures as indicators of flow and sediment morphodynamics in
ancient sediments lies at the very heart of sedimentology, and allows reconstruction of …

Modern coastal ocean modeling systems are now capable of numerically simulating a
variety of coastal and estuarine problems and can thus provide useful information for …

We are developing a three-dimensional numerical model that implements algorithms for
sediment transport and evolution of bottom morphology in the coastal-circulation model …

When selecting suitable sites for tidal stream energy arrays a wide range of factors must be
considered, from the magnitude of the tidal stream resource, to realistic oceanographic …

Above steep, wave‐induced sand ripples, which occur extensively in shallow sea areas, the
momentum transfer and suspended sediment dynamics are dominated by the formation and …

A laboratory experiment was conducted to investigate the dynamics of cross-shore sediment
transport across a fringing coral reef. The aim was to quantify how a highly bimodal …

A comprehensive database of existing (since 1954) field and laboratory measurements of
ripple geometry is compiled and combined with newly collected field data to examine the …

Extensive measurements of ripple characteristics and dynamics along with associated
suspended sediment fluxes and hydrodynamic conditions were made in the shoaling and …

The evolution of ripple geometries and their equilibrium states due to different wave forcing
parameters are investigated by a Reynolds‐averaged two‐phase model, SedFoam, in a two …

The effect of bedforms on frictional roughness felt by the overlying flow is crucial to the
regional modelling of estuaries and coastal seas. Bedforms are also a key marker of …