Linked from
The 27 pages that link to Coastal protection, each with the reason it gives.
Coral reefRelated: Reef structures dissipate wave energy before it reaches shorelines.
WetlandRelated: Tidal wetlands can buffer shorelines by absorbing wave energy and trapping sediment.
Coral bleachingRelated: Degraded reefs can provide less protection as their living structures erode.
MangroveRelated: Mangrove trunks and roots can reduce wave energy and help stabilize coastlines.
Blue carbonRelated: Mangroves and marshes can buffer waves while storing carbon in their soils.
Tidal flatRelated: Wide flats can dissipate wave energy before it reaches shore.
Barrier islandRelated: Barrier islands can absorb wave energy before it reaches mainland shores.
CoralRelated: Coral reefs absorb wave energy and can reduce coastal flooding.
Coral TriangleRelated: Reefs dissipate wave energy along many Coral Triangle coastlines.
SundarbansRelated: Mangrove roots and vegetation can reduce wave energy and help stabilize shores.
Mangrove restorationRelated: Restored mangroves can buffer waves and stabilize shorelines.
Coastal wetlandRelated: Wetland vegetation and soils can buffer waves and storm-driven water.
MarshRelated: Marsh vegetation and sediment can weaken waves and reduce shoreline erosion.
Barrier reefRelated: Barrier reefs absorb and dissipate wave energy before it reaches the shore.
MudflatRelated: Mudflats can dissipate wave energy before it reaches inland shorelines.
SeagrassRelated: Seagrass canopies reduce wave energy and help protect shallow shorelines.
Shingle beachRelated: Shingle ridges can absorb wave energy and help shield land behind them.