Effective management and restoration of salt marshes and other vegetated intertidal habitats
require objective and spatially integrated metrics of geomorphic status and vulnerability. The …

As a symptom of accelerated sea level rise and historic impacts to tidal hydrology from
agricultural and mosquito control activities, coastal marshes in the Northeastern US are …

Salt marsh habitat loss and conversion are well documented across the marine-coastal
district of New York. Regionally, these losses are characterized by marsh edge erosion …

Effective management of valuable coastal systems, such as salt marshes requires an
understanding of the complex stressors influencing their continued threat of drowning …

Salt marshes provide critical habitats, protect coastal infrastructure, and are increasingly
exposed to sea level rise, with many having a history of agricultural use and ditching over …

Runnels, a climate adaptation technique that drains surface water to restore marsh
vegetation and habitat, are increasingly being used to prevent the formation of shallow water …

Coastal wetlands display ecohydrological zonation such that horizontal differences in plant
zones are driven by soil aeration and varying groundwater levels. However, it is less clear …

One of the main mechanisms for salt marsh decline across the United States is the inability
of the marsh surface to keep pace with sea level rise. The interior platform is especially …

ABSTRACT McKown, JG; Burdick, DM; Moore, GE; Gibson, JL, and Ferguson, W., 2024.
Evaluation of drainage enhancement for vegetation recovery in New England salt marshes …

Salt marshes across the East Coast, including New Hampshire, have lost considerable
areas of vegetation cover from shoreline erosion and interior pool formation as sea level rise …