Saltmarshes are disproportionally efficient at sequestering C into their substrates and thus
help to mitigate climate change but are declining globally because of human pressures …

Saltmarshes play a crucial role in carbon sequestration and storage, although they are
increasingly threatened by climate change-induced sea level rise (SLR). This study …

The continuous distribution of coastal salt marsh habitats along an elevation gradient can be
disrupted by tidal creeks running through them. Tidal creeks wind through salt marshes and …

In assessing the overall status of individual water bodies the EU Water Framework Directive
(WFD) requires member states to assess both ecological and chemical status. The …

Saltmarshes provide a broad range of ecosystem services, but have been degraded globally
and are further threatened by sea-level rise. Changes in biomass partitioning between …

This document reports on progress made during the sixth phase of the development of the
Irish Vegetation Classification (IVC). Work was conducted by BEC Consultants Ltd under …

Saltmarsh restoration is described as a cost-effective response to coastal biodiversity loss
and flood management, although, to date such conservation practices yield different …

Question Studies in the northwest Atlantic have shown that nutrient enrichment can severely
impact salt marshes, undermining their broad range of high‐value ecosystem services …