Oyster reefs, mussel beds and tubeworm reefs are prime examples of ecosystem engineers and also the species of interest within this study. They do not only stabilize the soil on which they are established but are also able to modulate the (tidal) flow and wave action. In doing so, they modify sedimentation, consolidation, and stabilization patterns within estuaries and tidal basins. A comparative study between northern temperate Europe (Belgian & Dutch part of the North Sea) and The Bay of Bengal generated a set of environmental boundary parameters and basic design conditions for the development of biogenic reefs that is applicable at any coastline worldwide. These results were used as input for the creation of detailed habitat suitability ...
Climate change is increasing the threat of erosion and flooding along coastlines globally. Engineeri...
Sea-level rise poses major challenges to coastal landscapes and communities. Sustainable adaptation ...
Urbanisation is increasingly recognised as a major ecological pressure at the coast. By 2035, the De...
Coastal ecosystems are increasingly recognized as essential elements within coastal defence schemes ...
Ecosystem based coastal management has gained in interest over the last decades. Development was ach...
Ecosystem engineering processes are relevant to many environmental problems and management concerns....
Oyster reef living shorelines have been proposed as an effective alternative to traditional coastal ...
Traditionally, protection of the coastal area from flooding is approached from an engineering perspe...
Coastal defence structures to protect sedimentary coastlines from erosion and flooding are increasin...
Coastal defence structures (CDS) are propagating globally. Growing environmental concerns are drivin...
Ecosystem-based coastal protection by means of conserving, restoring or creating intertidal ecosyste...
Ecosystem-based coastal protection by means of conserving, restoring or creating intertidal ecosyste...
Coastal defence structures are proliferating as a result of rising sea levels and stormier seas.With...
Nature-based coastal defense schemes commonly value bivalve reefs for i) reducing coastal erosion in...
Climate change is increasing the threat of erosion and flooding along coastlines globally. Engineeri...
Sea-level rise poses major challenges to coastal landscapes and communities. Sustainable adaptation ...
Urbanisation is increasingly recognised as a major ecological pressure at the coast. By 2035, the De...
Coastal ecosystems are increasingly recognized as essential elements within coastal defence schemes ...
Ecosystem based coastal management has gained in interest over the last decades. Development was ach...
Ecosystem engineering processes are relevant to many environmental problems and management concerns....
Oyster reef living shorelines have been proposed as an effective alternative to traditional coastal ...
Traditionally, protection of the coastal area from flooding is approached from an engineering perspe...
Coastal defence structures to protect sedimentary coastlines from erosion and flooding are increasin...
Coastal defence structures (CDS) are propagating globally. Growing environmental concerns are drivin...
Ecosystem-based coastal protection by means of conserving, restoring or creating intertidal ecosyste...
Ecosystem-based coastal protection by means of conserving, restoring or creating intertidal ecosyste...
Coastal defence structures are proliferating as a result of rising sea levels and stormier seas.With...
Nature-based coastal defense schemes commonly value bivalve reefs for i) reducing coastal erosion in...
Climate change is increasing the threat of erosion and flooding along coastlines globally. Engineeri...
Sea-level rise poses major challenges to coastal landscapes and communities. Sustainable adaptation ...
Urbanisation is increasingly recognised as a major ecological pressure at the coast. By 2035, the De...