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Bryan Piazza
National Academies of Science, Engineering, Medicine: Gulf Research Program
Oysters and their reefs perform vital functions in the Gulf of Mexico – from filtering water and providing habitat, to supporting one of the last viable oyster fisheries in the world. But no tools exist to assess how the health of GOM oysters is affected by the quantity and timing of river flows. Without these tools, it is impossible to develop integrated river-management plans, make wise investments in oyster restoration, or facilitate climate adaptation for Gulf oysters and the communities they support. This project will address this need by developing OysterFlows – a decision support tool that models how climate change, upstream water use, and water management decisions made far upstream from the coast are likely to affect oyster resources in Louisiana and the Gulf of Mexico coast.
Oyster Flows Salinity Model Input Data - Historic Sea Level Scenario
Published On: Oct 30 2024 19:48 UTC
File Format: xlsx, pdf
UDI: H4.x955.000:0001
File Size: 10.48 MB
OysterFlows salinity model input data, future climate scenario
Published On: Nov 07 2024 22:19 UTC
File Format: xlsx, pdf
UDI: H4.x955.000:0002
File Size: 10.46 MB
Oysterflows Spatial Data
Identified On: Apr 19 2024 19:33 UTC
UDI: H4.x955.000:0003
File Size: 20.15 MB
Oyster Flows: An Investigation of the Ecological Flow Connections from Watersheds to Oyster Growing Estuaries
Identified On: Apr 22 2024 14:51 UTC
UDI: H4.x955.000:0004