Development of Gulf Coast Resiliency Management Plan Using Sentinel Species and Natural Infrastructure

Description: Hurricanes, including Katrina and Harvey, have demonstrated that oil and gas facilities are vulnerable to flooding-related damage – which can trigger the release of petroleum products and chemical contaminants into the air, water, and surrounding neighborhoods. This project will study the human and ecosystem health risks from toxics potentially released from industrial facilities following weather- and climate-related events. It will also examine possible use of Natural and Nature-Based Features (also known as green or natural infrastructure solutions), including constructed wetlands, to mitigate flooding-related toxic chemical releases. The team is focusing specifically on Galveston Bay in Texas, due to its proximity to vulnerable oil and gas facilities, but findings could also help inform industrial areas along the Louisiana coast.

Funding Cycle: Healthy Ecosystems 4
Funding Organization: National Academies of Science, Engineering, Medicine: Gulf Research Program

SWAT output data formatted for input to Delft3D

Toxic flooding vulnerability assessment indicators for petrochemical sites and communities in the Galveston Bay area

Sample input/output files for SWAT simulations

Weather data for SWAT simulations

Delft3D Modeling Inputs & Outputs in the Houston-Galveston Bay Area

Long-Term Hydrologic Impact Assessment Model Inputs and Outputs Assessing Performance of an Adaptive Green Infrastructure Toolkit in Galena Park, Texas

Coupled SWAT-Delft3D Model Assessing Performance of a Nature-based, Resilient Master Plan for a 245-acre Site in Texas City, Texas

Heavy Metals in Fish Samples Collected Between January 2021 and January 2022 from the Greater Houston Gulf Bay Region

Per-and polyfluorinated substances (PFAS) in Fish Samples Collected Between January 2021 and January 2022 from the Greater Houston Gulf Bay Region