Sea level rise (SLR) and increasing storm frequency threaten coastal environments.
Engineering solutions such as breakwaters will become ineffective for wave attenuation and …

The survival of salt marshes, especially facing future sea‐level rise, requires sediment
supply. Sediment can be supplied to salt marshes via two routes: through marsh creeks and …

Recent advances in deep learning (DL) and unmanned aerial vehicle (UAV) technologies
have made it possible to monitor salt marshes more efficiently and precisely. However …

Both submerged aquatic vegetation and salt marsh are important coastal ecosystems known
for their effectiveness in sediment trapping and carbon burial. However, their proximity can …

The existence of the Mississippi River (MR) and Tributaries' levees in coastal Louisiana
could block storm surge and cause surge setup in adjacent basins. In order to reduce storm …

Coastal saltmarshes keep pace with sea-level rise through in-situ production of organic
material and incorporation of allochthonous inorganic sediment. Here we report rates of …

Sediment supply has long been recognized as a critical factor affecting salt marsh
evolutions. Subject to fluctuating river discharges and coastal hydrodynamics, sediment …

Coastal marsh survival may be compromised by sea‐level rise, limited sediment supply, and
subsidence. Storms represent a fundamental forcing for sediment accumulation in starving …

Shorelines face growing threats due to climate change and diminishing sand supply.
Coastal headlands, common rocky features along coastlines, are crucial in shaping …

Blue carbon stored in coastal wetlands can be highly impacted by extreme events, such as
typhoons. However, the sediment carbon accumulation capacity in this circumstance …