This paper reviews recent theoretical studies of sand waves which are rhythmic large-scale
bedforms observed in the continental shelf far from the near-shore region. Emphasis is given …

Migration of offshore seabed waves, which endangers the stability of pipelines and
communication cables, is hard to measure. The migration rates are small compared to the …

The interaction of tidal currents with a cohesionless sea bottom gives rise to the appearance
of periodic morphological patterns (bedforms) characterized by wavelengths that range from …

The understanding of the morphodynamics of harmonic bed forms on the seabed is
essential for modeling marine sediment transport and coastal morphologic development …

This paper presents an idealized morphodynamic model to predict river dune evolution. The
flow field is solved in a vertical plane assuming hydrostatic pressure conditions. The …

Repeated high-resolution multibeam bathymetric surveys from 2002 through 2006 at the
head of the Monterey Submarine Canyon reveal a sandwave field along the canyon axis …

A fully three-dimensional model is proposed for the generation of tidal sand waves and sand
banks from small bottom perturbations of a flat seabed subject to tidal currents. The model …

We present a new 2DV nonlinear process‐based morphodynamic model to investigate the
effects of storms, specifically wind‐driven flow and wind waves, on finite amplitude tidal sand …

The observation and prediction of the mobility of the seabed are in high demand with rapidly
expanding offshore engineering developments and the increasing urgency to start mitigation …

Knowledge of migration rates of bedforms provides an indirect indication of the behavior of
tidally averaged bottom currents, enables optimization of hydrographic survey frequency …