The effects of increased salinity on plant growth were examined in a greenhouse experiment
with four species common to oligohaline marshes of the northern Gulf of Mexico: Eleocharis …

The ability of common oligohaline marsh macrophytes of the northern Gulf of Mexico coast to
recover from pulses of increased salinity was investigated in a greenhouse experiment with …

Intraspecific variation in stress tolerance can be an important factor influencing plant
population structure in coastal wetland habitats. We studied clones of four species of …

The response of two oligohaline marsh macrophyte communities to pulses of increased
salinity was studied over a single growing season in a greenhouse experiment. The plant …

Wetland plant communities in coastal Louisiana are degrading, resulting in the loss of live
emergent vegetation and subsequent succession to open water. Saltwater intrusion has …

Vegetation dieback is an important component of wetland loss in low salinity marshes of
coastal Louisiana. A field experiment was conducted to determine the factors responsible for …

1. Panicum hemitomon Schult. plants were colleeted from Louisiana's Mississippi River
deltaic plain freshwater marsh and subjected to salinities of 5–12 ppt under controlled …

The comparative responses of photosynthesis and growth to salinity were investigated for
two C 3 and one C 4 species native to the tidal marshes of the San Francisco Bay …

For most plants, elevated salinities can promote both hyperionic and hyperosmotic stress,
often resulting in decreased growth and increased mortality. In previous studies involving …

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 …