Sea level rise is causing shoreline erosion, increased coastal flooding, and marsh
vulnerability to the impact of storms. Coastal marshes provide flood abatement, carbon and …

Tidal marsh loss to anthropogenic environmental impacts and climate change, particularly
sea level rise, has and will continue to cause declines in tidal marsh bird populations …

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

Heightened recognition of impacts to coastal salt marshes from sea-level rise has led to
expanding interest in using thin-layer sediment placement (TLP) as an adaptation tool to …

Most salt marshes in the USA have been degraded by human activities, and coastal
managers are faced with complex choices among possible actions to restore or enhance …

Evaluations of tidal wetland restoration efforts suffer from a lack of appropriate reference
sites and standardized methods among projects. To help address these issues, the National …

Salt marsh birds in eastern North America are high conservation priorities due to their
restricted ranges, threats from sea‐level rise, and an overall lack of information related to …

In recent years, there has been an increase in the quantity of marsh ecological asset (MEA)
on the Qinghai-Tibetan Plateau due to climatic warming and humidification. However, the …

Evaluating the efficacy of monitoring designs is crucial for the successful monitoring and
conservation of populations. For tidal marsh bird species of conservation concern, detecting …

Tools for assessing and communicating salt marsh condition are essential to guide
decisions aimed at maintaining or restoring ecosystem integrity and services. Multimetric …