The morphodynamics of tidal marshes is investigated using a novel model
(MarshMorpho2D) that couples 2D tidal dynamics, wave dynamics, mass-conserving …

Coastal wetland loss through marsh edge erosion is a serious problem in Louisiana. The
majority of studies on coastal land loss use aerial and satellite photographic analysis while …

Ponds are common features on salt marshes, yet it is unclear how they affect large-scale
marsh evolution. We developed a spatially explicit model that combines cellular automata …

Salt marsh survival with sea‐level rise (SLR) increasingly relies on soil organic carbon
(SOC) accumulation and preservation. Using a novel combination of geochemical …

The development and expansion of ponds within otherwise vegetated coastal marshes is a
primary driver of marsh loss throughout the world. Previous studies propose that large ponds …

Salt marsh ponds expand and deepen over time, potentially reducing ecosystem carbon
storage and resilience. The water filled volumes of ponds represent missing carbon due to …

Abstract The East Anglian salt marsh system (UK) has recently generated intriguing data
with respect to sediment biogeochemistry. Neighbouring ponds in these salt marshes show …

Coastal wetlands comprise important global carbon sinks; however, anthropogenic
disturbance accompanied with accelerating sea level rise threaten their continued survival …

Coastal salt marshes consist of a mosaic of vegetated and open water features, which
naturally evolve and change over time. However, the rapid expansion of open water areas …

Salt marshes are complex systems comprising ephemerally flooded, vegetated platforms
hydraulically fed by tidal creeks. Where drainage is poor, formation of saline-water ponds …