Sea-level rise is anticipated to alter hydrologic and salinity regimes of coastal wetlands. We
conducted a mesocosm experiment to determine species-level responses to 12 sea-level …

This review critically evaluates indicators of tidal wetland condition based on 36 indicator
development studies and indicators developed as part of US state tidal wetland monitoring …

Already heavily impacted by coastal development, estuarine vegetated habitats
(seagrasses, salt marshes, and mangroves) are increasingly affected by climate change via …

Leaf anatomy, stomatal density, and leaf conductance were studied in 10 species of
Spartina (Poaceae) from low versus high salt marsh, and freshwater habitats.• Internal …

Spartina densiflora Brongn. is found in coastal marshes of southwest Spain, growing over
sediments containing 100–4800 ppm Zn. A glasshouse experiment was designed to …

Coastal salt marshes play an important role in mitigating global warming by removing
atmospheric carbon at a high rate. We investigated the environmental controls and …

Spartina densiflora Brongn. is found in coastal marshes of south-west Spain, growing in
sediments with between 300 and 3000mg Cu kg− 1 total soil DW (450–4500mg Cu kg− 1 …

Spartina densiflora is a C4 halophytic species that has proved to have a high invasive
potential which derives from its physiological plasticity to environmental factors, such as …

Coastal freshwater wetlands are threatened by increased salinity due to relative sea level
rise and reduced freshwater inputs. Remote radiometric measurement of freshwater marsh …

Physiological indices, including photosynthesis, chlorophyll fluorescence, adenylate energy
charge (AEC) ratio, and leaf reflectance, were determined for Typha domingensis and …