Project Description
Texas R.I.C.E. restored and created approximately 300 acres of wetlands and restored up to 400 acres of native grasslands.
Texas R.I.C.E. restored and created approximately 300 acres of wetlands and restored up to 400 acres of native grasslands.
Willacy Soil & Water Conservation District provided technical and financial assistance to let producers demonstrate various best management practices that address erosion and sediment control, nutrient management and irrigation water management.
Galveston Bay Estuary Program enhanced and restored freshwater wetland, riparian forest, coastal flatwood, and coastal prairie areas within Clear Creek Nature Park, owned by the City of League City.
The Railroad Commission of Texas completed the plugging of one to three wells in Texas offshore and bay waters. The first well plugged was in Chambers County.
The Center for Progressive Studies and Culture, Inc. developed a database of Biolog profiles for enterococci isolated from four potential sources of beach water contamination: human, bird, dog, cattle.
Trinity Bay Conservation District provided agricultural producers an opportunity to comply with state water quality laws through a voluntary, incentive-based approach.
Lower Sabine-Neches Soil & Water Conservation District provided agricultural producers an opportunity to comply with state water quality laws through a voluntary, incentive-based approach.
Southmost Soil and Water Conservation District provided agricultural producers an opportunity to comply with state water quality laws through a voluntary, incentive-based approach.
Texas Parks and Wildlife Department (TPWD) developed and implemented Coastal Expos state-wide by hiring a Coastal Expo coordinator to develop a protocol for hosting Coastal Expos based upon TPWD pilot experience.
Texas A&M University at Galveston developed a 3D, intertidal sediment transport model that represents the physical characteristics of Galveston Bay (e.g., particle size distribution; sediment erosion, re-suspension and deposition).