Sand waves are rhythmic features on the bottom of shallow seas. Their shape drives the habitat selection of benthic organisms and contributes to the redistribution of sediments. In turn, benthic activity and the sorting of sediments affect the dimensions and dynamics of sand waves. These complex interactions among sand waves, benthic organisms and sediment sorting processes are investigated in this thesis
In order to quantify the effects of mutual feedbacks between geomorphology and benthic activity, we ...
Bioturbating benthic organisms have typically been characterised by how they modify the vertical sed...
The coastal environment shows a wide range of bed patterns, for which sandwaves and sandbanks are th...
Observations from the field show that the spatial distribution of benthic organisms is strongly corr...
Tidal sand waves are prominent sea bed features observed in shallow tidal seas. They are characteris...
The sandy seabed of shallow coastal shelf seas displays morphological patterns of various dimensions...
There is growing recognition of the importance of feedbacks between organisms and physical forces in...
The sandy seabed of shallow coastal shelf seas displays morphological patterns of various dimensions...
We use a linear stability approach to develop a process-based morphodynamic model including a two-wa...
Tidal sand waves are dynamic bedforms found in coastal shelf seas. Moreover, these areas are inhabit...
The coastal environment shows a wide range of bed patterns, for which sandwaves and sandbanks are am...
In order to quantify the effects of mutual feedbacks between geomorphology and benthic activity, we ...
Bioturbating benthic organisms have typically been characterised by how they modify the vertical sed...
The coastal environment shows a wide range of bed patterns, for which sandwaves and sandbanks are th...
Observations from the field show that the spatial distribution of benthic organisms is strongly corr...
Tidal sand waves are prominent sea bed features observed in shallow tidal seas. They are characteris...
The sandy seabed of shallow coastal shelf seas displays morphological patterns of various dimensions...
There is growing recognition of the importance of feedbacks between organisms and physical forces in...
The sandy seabed of shallow coastal shelf seas displays morphological patterns of various dimensions...
We use a linear stability approach to develop a process-based morphodynamic model including a two-wa...
Tidal sand waves are dynamic bedforms found in coastal shelf seas. Moreover, these areas are inhabit...
The coastal environment shows a wide range of bed patterns, for which sandwaves and sandbanks are am...
In order to quantify the effects of mutual feedbacks between geomorphology and benthic activity, we ...
Bioturbating benthic organisms have typically been characterised by how they modify the vertical sed...
The coastal environment shows a wide range of bed patterns, for which sandwaves and sandbanks are th...