The coastal environment shows a wide range of bed patterns, for which sandwaves and
sandbanks are among the most common. Less known in this context is the high benthic …

The nearshore region exhibits many striking morphological patterns with a variety of spatial
and temporal scales. The formation of these rhythmic features has been initially ascribed …

Coastal and offshore regions, regarded as key zones for earth science, are vulnerable to the
effects of natural and anthropogenic factors because of the complicated interactions …

Shelf seas often display rhythmic bedforms, of which tidal sand waves are the most relevant
to study from an engineering point of view due to their dimensions and dynamic nature …

Tidal sand waves are large-scale bed forms found in shallow sandy seas, which show a
migration of several meters per year. Field data from the Dutch part of the North Sea …

We use a linear stability approach to develop a process-based morphodynamic model
including a two-way coupling between tidal sand wave dynamics and benthic organisms …

To improve our understanding of tidal sandbank dynamics, we have developed a nonlinear
morphodynamic model. A crucial property of the model is that it fully resolves the dynamics …

This paper presents a methodology for making decisions based on uncertain information
through the use of an analytical feasibility study of an airport island in the North Sea as an …

Tidal sand waves form a dynamic bed pattern, widely occurring in shallow shelf seas such
as the North Sea. Their importance to coastal engineering has inspired many advances in …

The overall morphological characteristics and shallow architecture of a tidal sand ridge were
examined for the first time in the Beibu Gulf, northwestern South China Sea. The linear sand …