Project Grant 02D42423

Award Date 1/1/23
Completion Date 12/31/25
Dollars Obligated $822K
Federal Agency
EPA Region 4
Federal Grant Program
66.484
Assistance Type
Project Grant
Place of Performance
Florida, USA
Similar Awards
This Cooperative Agreement, awarded by the National Oceanic and Atmospheric Administration (NOAA) under the Sea Grant Support program (CFDA 11.417), provides $3,360,836 to Florida International University (FIU) from September 1, 2024 to August 31, 2027. The project aims to: Develop rapid and practical methods for characterizing microplastics in urban stormwater using advanced analytical techniques and artificial intelligence. Assess the performance of green stormwater infrastructure (GSI)...
The Environmental Protection Agency Region 4 awarded $147,776 under the Surveys, Studies, Investigations, Demonstrations, and Training Grants and Cooperative Agreements - Section 104(b)(3) of the Clean Water Act federal grant program to the University of South Florida. The three-year project grant funding period extends from March 1, 2021 through February 28, 2024. Under this award, the University of South Florida will support the South Florida Geographic Initiative Program through determining...
This $488,243 federal Project Grant awarded by the U.S. Environmental Protection Agency (EPA) Region 4 under the Geographic Programs - South Florida Geographic Initiatives Program (CFDA 66.484) supports Florida International University's (FIU) research to delineate pollution sources entering Lake Worth Lagoon via the C-51 canal and assess the efficacy of recent stormwater infrastructure upgrades. The project aims to provide critical information to support long-term stormwater pollutant reduction...
This $388,362 Project Grant awarded by the Environmental Protection Agency (EPA) Region 4 under the Geographic Programs - South Florida Geographic Initiatives Program (CFDA 66.484) will fund the University of Miami's Rosenstiel School of Marine and Atmospheric Science (RSMAS) to characterize nutrient and microbial water quality in the nearshore "halo zone" of the Florida Keys and its connections to the broader regional water quality of the reef tract. Key activities include...
The Environmental Protection Agency Region 4 awarded the University of South Florida a $1,499,759 cooperative agreement under the Geographic Programs - Gulf of Mexico Program (CFDA 66.475) to restore the health and productivity of the Gulf of Mexico by reducing runoff and nutrient discharges from an urban storm water pond into Tampa Bay. Funded activities include stakeholder outreach, installation of bio-infiltration systems, and experimental and modeling studies assessing reductions in runoff...
This $395,468 project grant from the Environmental Protection Agency (EPA) Region 4 supports water quality monitoring and modeling under the South Florida Geographic Initiatives Program (CFDA 66.484). The University of South Florida (USF), as prime recipient, will conduct satellite-based assessment of water quality trends in the Florida Keys, detect harmful algal blooms, evaluate the impacts of land-based nutrients on water quality, and determine causes of water quality declines. USF will map...
This $394,692 federal Project Grant award from the Environmental Protection Agency (EPA) Region 4 under the Geographic Programs - South Florida Geographic Initiatives Program (CFDA 66.484) will fund the University of Miami Rosenstiel School of Marine and Atmospheric Science (RSMAS) to modernize the Biscayne Bay Simulation Model (BBSM). The project involves converting the BBSM's Fortran 77 code to the Fortran 2018 standard and adding NVIDIA ISO Fortran parallel computing capabilities to enable...
This Project Grant from the Environmental Protection Agency Region 4 provides $601,022 to Biscayne Bay Waterkeeper, Inc. to support their FY20 South Florida Geographic Initiatives Program. The program will evaluate sources of nutrients and enterococci in Biscayne Bay, Florida from March 2021 through February 2024. The funding supports research, investigations, experiments, training, demonstrations, surveys, and studies relating to water quality issues as part of the EPA's Section 104(b)(3) of...
This $649,817 project grant, awarded by the Environmental Protection Agency (EPA) under the Geographic Programs - South Florida Geographic Initiatives Program (CFDA 66.484), will fund a study by Florida Gulf Coast University (FGCU) to address the impacts of climate change on groundwater resources and promote resilience in South Florida. The key activities under this 3-year award include: quantifying the impacts of climate change and groundwater management strategies on water resources;...
This EPA Region 4 Project Grant award provides $650,000 to Miami-Dade County to integrate and analyze existing datasets in order to restore seagrass in Biscayne Bay. Key activities include researching, preparing, and joining all relevant seagrass, algae, manatee, and bathymetry databases into one workspace, training staff on software and data workflows, and producing maps, graphics, and presentations for dissemination to the public and partners. Expected deliverables include best management...

DESCRIPTION:THIS ACTION APPROVES AN AWARD IN THE AMOUNT OF $736,832 TO THE FLORIDA INTERNATIONAL UNIVERSITY TO SUPPORT COMPLIANCE OF THE CLEAN WATER ACT TO COMPLETE IT'S PROJECT TO EVALUATE THE CLIMATE RESILIENCY AND LONG-TERM PERFORMANCE OF VARIOUS TYPES OF GREEN INFRASTRUCTURE TO REDUCE LAND-BASED POLLUTION IN BISCAYNE BAY AND MITIGATE FLOODS AND URBAN HEAT ISLAND. THE PROPOSED PROJECT WILL PROVIDE NEW DATA AND IMPROVED, CUSTOMIZABLE, AND GENERALIZABLE MODELS THAT WILL AID RESOURCE MANAGERS TO DEVELOP INFORMED DECISIONS ABOUT THE ADOPTION OF CLIMATE-RESILIENT, MULTI-FUNCTIONAL GSI TECHNOLOGIES IN BISCAYNE BAY REMEDIATION EFFORTS AND, IN CONCERT WITH GRAY INFRASTRUCTURE, IN URBAN COASTAL RESILIENCE PLANS. ACTIVITIES:THE ACTIVITIES TO BE PERFORMED INCLUDE 1) PREDICTING LONG-TERM PERFORMANCE OF MULTI-FUNCTIONAL GSIS CONSIDERING FUTURE CLIMATE PROJECTIONS, AND 2) EVALUATING WATERSHED/ NEIGHBORHOOD SCALE BENEFITS OF DIFFERENT GSI SCENARIOS (GSI TYPE AND SPATIAL DISTRIBUTION) FOR REDUCING LAND-BASED POLLUTION IN BISCAYNE BAY (THAT CAN BE TRANSLATED TO OTHER COASTAL WATERSHEDS AND ESTUARIES) AS WELL AS FLOOD CONTROL AND UHI REDUCTION IN URBAN AREAS OF SE FL. THE PROJECT IS PRIMARILY FOCUSED ON 'ADDRESSING CLIMATE RESILIENCY THROUGH NATURE BASED INFRASTRUCTURE' THROUGH THE STORMWATER QUALITY (INCLUDING NUTRIENTS) MONITORING AND MODELING ACTIVITIES. SUBRECIPIENT:CATHOLIC UNIVERSITY OF AMERICA.OUTCOMES:THE ANTICIPATED DELIVERABLES INCLUDE SEMI-ANNUAL AND FINAL REPORTS AND QUALITY ASSURANCE: THE EXPECTED OUTCOMES ARE 1) REDUCE LAND-BASED POLLUTANT LOADING TO BISCAYNE BAY, 2) INCREASE RESILIENCE AGAINST CLIMATE CHANGE EFFECTS (FLOOD, UHI, AND SLR) IN URBAN SE FL, 3) PROMOTE ENVIRONMENTAL JUSTICE BY IMPLEMENTING GSIS IN UNDERSERVED COMMUNITIES, 4) INCREASE KNOWLEDGE OF MANAGERS AND POLICY MAKERS ABOUT THE EFFECTS OF GSIS IN REDUCING LAND-BASED POLLUTION TO COASTAL WATERS (THAT REDUCES HABS AND FISH KILLS), FLOODS, AND UHI, WHICH SHOULD LEAD TO THE INCORPORATION OF GSI IN FUTURE REMEDIATION AND RESILIENCE PLANS; AND 5) IMPROVE ENVIRONMENTAL PROTECTION THROUGH EFFECTIVE PARTNERSHIP WITH, AND COMMUNICATION OF RESULTS TO DIFFERENT STAKEHOLDER GROUPS. THE INTENDED BENEFICIARIES OF THIS PROJECT ARE THE CITIZENS OF THE STATE OF FLORIDA. INCLUDES A SUBAWARD TO

Posted 5/10/23, 12:00 AM