The impact of saltwater intrusion on coastal forests and farmland is typically understood as
sea-level-driven inundation of a static terrestrial landscape, where ecosystems neither adapt …

Sea level changes will significantly drive hydrodynamic, morphological, and ecological
development of estuaries. However, the interplay of geomorphology and vegetation at …

Sea level rise (SLR) is causing vegetation regime shifts on both the seaward and landward
sides of many coastal ecosystems, with the eastern coast of North America experiencing …

Many freshwater forested wetlands along the southeastern United States coastline are
rapidly transitioning from forest to marsh or open water, due to climate change-related …

To increase the resilience of salt marshes subject to sea‐level rise impacts, managers can
focus on interventions within current marsh footprints or in adjacent uplands to facilitate …

Hurricanes can benefit wetland accretion by augmenting the delivery of mineral sediment,
an essential process allowing marshes to offset submergence during rising sea levels …

Introduction Coastal forests occupy low-lying elevations, typically adjacent to tidal salt
marshes. Exposed to increased flooding with sea level rise, coastal forests have retreated as …

Coastal wetlands are economically important ecosystems, but are at risk to erosion from
waves, storms, and sea level rise. However, marshes can persist under rising sea level …

This investigation evaluated two fundamental assumptions of wetland inundation models
designed to emulate landscape evolution and resiliency under conditions of sea level rise …

ABSTRACT Sentinel-2 MultiSpectral Instrument (MSI) data exhibits the great potential of
enhanced spatial and temporal coverage for monitoring biomass burning which could …