Salt marsh restoration practices based on the reintroduction of tides to hydrologically-altered
wetlands may be hindered by a lack of specific knowledge regarding plant community …

Understanding of salt marsh plant zonation caused by abiotic and biotic factors is essential
for successful conservation plans in the face of ongoing environmental change. The …

Efforts are underway to restore tidal flow in New England salt marshes that were negatively
impacted by tidal restrictions. We evaluated a planned tidal restoration at Mill Brook Marsh …

Abstract The Medouie Creek wetland complex on Nantucket Island, MA was historically one
contiguous salt marsh. Diking in the 1930s caused tidal restriction, creating a freshwater …

Salt marshes provide many important ecosystem services, and interest in their restoration is
growing in response to climate change. In Maritime Canada, salt marsh restoration projects …

Flooding and high salinity generally induce physiological stress in wetland vascular plants
which may increase in intensity with sea-level rise (SLR). We tested the effects of these …

Abstract Hydrologic restoration of Hatches Harbor, a tide‐restricted marsh on Cape Cod
(Massachusetts), has resulted in significant plant community changes 7 years following the …

Establishing species-rich plant communities is a common goal of habitat restoration efforts,
but not all species within a target assemblage have the same capacity for recruitment and …

In a transitioning tidal freshwater marsh (TFM) experiencing relative sea-level rise, the native
vegetation community has been introduced to both an abiotic stressor (salt) and a new plant …

Hypersaline tidal wetland restoration sites are challenging to vegetate, and the specific
factors responsible for transplant mortality are difficult to pinpoint. Two southern California …