County/Region:
Coastwide
Project Partner/Recipient:
Texas General Land Office
Summary:
This project reviewed and updated shoreline change data and identified critically eroding areas and trends.
County/Region:
Coastwide
Project Partner/Recipient:
AECOM
Summary:
The CEA-IT will deliver a data-driven method to determine areas that are critically eroding due to various factors The tool will be instrumental in identifying these key areas within the Coastal Management Zone.
County/Region:
Coastwide
Project Partner/Recipient:
AECOM
Summary:
This is Phase II of the CEA-IT project which will deliver a data-driven method to determine areas that are critically eroding due to various factors The tool will be instrumental in identifying these key areas within the Coastal Management Zone.
County/Region:
Coastwide
Project Partner/Recipient:
Gulf of Mexico Foundation, Inc.
Summary:
County/Region:
Project Partner/Recipient:
AECOM
Summary:
County/Region:
Coastwide
Project Partner/Recipient:
General Land Office
Summary:
County/Region:
Nueces
Project Partner/Recipient:
Texas Parks & Wildlife Department
Summary:
Texas Parks and Wildlife Department planted at least 28 acres of marsh at Dagger Island in Nueces County to protect the eroding shoreline.
County/Region:
Project Partner/Recipient:
Texas Parks & Wildlife Department
Summary:
County/Region:
Galveston
Project Partner/Recipient:
Texas General Land Office
Summary:
This project dredged Pirate's Cove channel to provide marsh acreage behind the newly emplaced breakwater from GISP PH III at Dana Cove. An eastern breakwater component along the Pirate's Cove channel will also be included.
County/Region:
Aransas
Project Partner/Recipient:
Texas A&M University - Corpus Christi
Summary:
Texas A&M University at Corpus Christi assessed the sediment plumes generated by cultivated oyster mariculture and evaluate the effect of the sediment on seagrasses.
County/Region:
Coastwide
Project Partner/Recipient:
Texas A&M University - Corpus Christi
Summary:
County/Region:
Coastwide
Project Partner/Recipient:
Texas A&M University - Corpus Christi
Summary:
Texas A&M University- Corpus Christi aided in updating and enhancing the Resource Management Codes (RMCs) and the newly developed GIS viewer, which serves as a tool for leasing state-owned submerged lands.
County/Region:
Coastwide
Project Partner/Recipient:
Texas A&M University - Corpus Christi
Summary:
Harte Research Institute at the Texas A&M University - Corpus Christi generated geospatial information on the suitability of applying Living Shoreline solutions for erosion control and environmental enhancement along bay shorelines of the Texas coast.
County/Region:
Galveston
Project Partner/Recipient:
Texas Parks and Wildlife Department (TPWD)
Summary:
This project provided shoreline protection for approximately 570 acres of intertidal estuarine marsh and tidal flat habitat. The proposed design will construct 9,500 feet of geotextile tube to create 50 acres of intertidal marsh and seagrass.
County/Region:
Galveston
Project Partner/Recipient:
Galveston Park Board
Summary:
The project will complete beach nourishment to remediate damage from Hurricane Harvey along 1,084 linear feet of shoreline at Dellanera Beach.
County/Region:
Galveston
Project Partner/Recipient:
Galveston Park Board
Summary:
The project will conduct engineering and design to remediate damage from Hurricane Laura for future beach nourishment at Dellanera Beach.
County/Region:
Galveston
Project Partner/Recipient:
Galveston Park Board
Summary:
This was a beach nourishment project at Dellanera Park beach.
County/Region:
Coastwide
Project Partner/Recipient:
General Land Office
Summary:
County/Region:
Cameron
Project Partner/Recipient:
City of Port Isabel
Summary:
The City of Port Isabel built a living shoreline that includes placement of a small near-shore low crested breakwater and construction of a planting area for low marsh vegetation.
County/Region:
Coastwide
Project Partner/Recipient:
Texas A&M University
Summary:
Texas A&M University will determine on-site sewage facility (OSSF) failure rates, identify the underlying causes of failures, and measure the concentration of E. coli in septic outflow.