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The sustainability of coastal wetlands largely hinges on their ability to accrue elevation capital at a rate that equals or exceeds relative sea-level rise. A better understanding of these processes is needed to accurately assess the sustainability of these landscapes, and to predict their response to restoration measures such as sediment delivery through river diversions.
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This dataset contains vertical profiles of soil bulk density, percent organic matter, percent total carbon and cesium-137 activity from the surface down to 50-60 cm deep at 25 marsh locations across Breton Sound basin, Louisiana. These data will provide information related to rates of vertical accretion, organic and mineral accumulation and carbon burial in wetland soils across a large portion of the Mississippi River delta plain.
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It contains supporting data from the wetland morphology modeling to support the analysis on the landscape effects of Mississippi River diversions in the context of sea-level rise on soil organic carbon (SOC) sequestration along coastal Louisiana wetlands.


    map background search result map search result map Predicting landscape effects of Mississippi River diversions on soil organic carbon sequestration Soil properties, soil radioisotope activity, and end-of-season belowground biomass across Barataria basin wetlands (2016) Soil properties and soil radioisotope activity across Breton Sound basin wetlands (2008-2013) Soil properties and soil radioisotope activity across Breton Sound basin wetlands (2008-2013) Soil properties, soil radioisotope activity, and end-of-season belowground biomass across Barataria basin wetlands (2016) Predicting landscape effects of Mississippi River diversions on soil organic carbon sequestration