Results 151 to 160 of about 165,635 (205)
Development of a Reference Transcriptome and Identification of Differentially Expressed Genes Linked to Salt Stress in Salt Marsh Grass (Sporobolus alterniflorus) along Delaware Coastal Regions. [PDF]
Plants (Basel)Todd A +8 more
europepmc +1 more source
Functional characterisation of a new halotolerant seawater active glycoside hydrolase family 6 cellobiohydrolase from a salt marsh. [PDF]
Sci RepLeadbeater DR, Bruce NC.
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Increasing Salt Marsh Elevation Using Sediment Augmentation: Critical Insights from Surface Sediments and Sediment Cores. [PDF]
Environ ManageFard E +7 more
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2021
Salt marshes are highly dynamic and important ecosystems that dampen impacts of coastal storms and are an integral part of tidal wetland systems, which sequester half of all global marine carbon. They are now being threatened due to sea-level rise, decreased sediment influx, and human encroachment.
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Salt marshes are highly dynamic and important ecosystems that dampen impacts of coastal storms and are an integral part of tidal wetland systems, which sequester half of all global marine carbon. They are now being threatened due to sea-level rise, decreased sediment influx, and human encroachment.
+5 more sources
Sand in the salt marsh: Contribution of high-energy conditions to salt-marsh accretion
Marine Geology, 2011The environmental dynamics at barrier-island salt marshes are reflected in lateral and vertical textural patterns of the marsh sediment. During normal conditions, fine-grained sediment is deposited, whereas during high-energy conditions also sand accretion can occur.
de Groot, A.V. +2 more
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Science, 1977
Measurement of individual culms of several salt-marsh plants demonstrates seasonal community change in terms of height increments and live and dead leaves. Tissue production and its ultimate transition from live to dead components and culm mortality all suggest a continuum of geratologic processes contributing to the estuarine ecosystem.
M A, Hardisky, R J, Reimold
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Measurement of individual culms of several salt-marsh plants demonstrates seasonal community change in terms of height increments and live and dead leaves. Tissue production and its ultimate transition from live to dead components and culm mortality all suggest a continuum of geratologic processes contributing to the estuarine ecosystem.
M A, Hardisky, R J, Reimold
openaire +2 more sources
Modeling productivity of a salt marsh
Cell Biophysics, 1987A model of primary productivity in a salt marsh is developed and compared to a regression analysis study of data showing dependence of growth on growing season, mean tidal height, and average monthly temperatures for several grass species.
openaire +2 more sources