Engaged Research with Southeast Texas Coalitions Create Civic Action

Four years of Southeast Texas environmental research are now being placed into the hands of communities and local leaders working to address flooding, air quality and climate-related risks in the region. 

At SETx-UIFL’s April Data to Action Community Workshop in Beaumont, Texas Target Communities and the Hazard Reduction and Recovery Center joined research partners to share neighborhood-level findings and planning tools developed through the Southeast Texas Urban Integrated Field Laboratory, or SETx-UIFL.

Funded by the U.S. Department of Energy, SETx-UIFL brings together researchers from Texas A&M University, University of Texas at Austin, Lamar University, Prairie View A&M University, Oak Ridge National Laboratory and Los Alamos National Laboratory to study environmental conditions across Southeast Texas.

The workshop focused on translating those findings into practical use for municipal planners, emergency managers, housing advocates and residents. 

Residents have long experienced recurring flooding and industrial environmental pressures, even in areas not reflected in older maps. Project leaders said pairing community knowledge with research can help local leaders better identify risks and plan future resilience strategies. 

The Path From Data to Action

The SETx-UIFL represents a distinct philosophical shift away from traditional academic research. In traditional models, scientists study a community to collect field metrics and publish results in academic journals. From its inception, the SETx-UIFL operated under a community “co-design” framework, where local community engagement ensured the science directly served locally-identified needs.

A task force of local Southeast Texas leaders and community champions actively guided the scientific inquiries, ensuring the research addressed the immediate, real-world dangers faced by residents on the ground. The team also honored these local task force members at the close of the event, emphasizing that community knowledge is an intellectual partnership rather than a source of data. 

“This project represents the spirit of our land-grant mission: to conduct exceptional research grounded in community realities, to teach students for the world they will inherit, and to provide communities with the latest knowledge to inform their discretion,” Masterson said.

“Early on, the importance of bringing varying voices to the table became clear,” she said. “As we convened stakeholders, though they held differing positions, it became clear they held the same interest: a community for their children to thrive in. This became our guiding light as we uncovered hard truths about the risks they faced.”

— Jaimie Hicks Masterson, director of the Texas Target Communities program (TxTC).

Jaimie Hicks Masterson

TxTC led community engagement for nearly 100 researchers, organizing community task forces, public workshops, and outreach efforts to co-develop resilience strategies. The project merged scientific data with lived experience, resulting in actionable outputs such as planning commitments, data dashboards, a podcast, and community-friendly research summaries and materials. 

High-Resolution Science of the Industrial Corridor

The data returned to Beaumont attendees bypassed regional abstractions to focus on precise, neighborhood-scale conditions. Rather than viewing environmental hazards as isolated incidents, the research teams presented an integrated analysis across several critical areas:

Hydrological Modeling and Compounding Flooding

The laboratory produced detailed water modeling that maps flood depth and extent across various storm scenarios. Crucially, the models identify severe repetitive loss patterns entirely outside of official Federal Emergency Management Agency Special Flood Hazard Areas. Many local jurisdictions still rely on hard-copy, pre-digital maps. The new spatial projections give local drainage districts the empirical leverage required to apply for state and federal infrastructure funding.

The Indoor Pollution Feedback Loop

While outdoor industrial emissions near the Beaumont-Port Arthur chemical corridor remain a constant concern, researchers exposed a localized indoor air quality dynamic. Because extreme Southeast Texas heat forces residents to keep their windows closed for most of the year, families reduce home ventilation to lock out industrial odors. However, this closed-building strategy traps and concentrates indoor pollution sources. This creates a high-humidity exposure risk that is significantly worse than outdoor or indoor factors considered alone.

Democratizing Climate Projections

To prevent future climate data from remaining abstract, the project launched a publicly accessible climate data cookbook. Demonstrated at the workshop by climate scientist Geeta Persad, the digital interface allows non-technical users to query, generate, and download localized maps tracking near-term and long-term changes in regional temperature extremes, humidity, and precipitation patterns. The explicit design intent is to allow any citizen to walk into a city commissioner’s office with clear visual evidence of projected regional shifts.

Ecosystem Interdependencies and Social Fabric

The research treats marsh degradation, tree removal, and large-scale solar developments not merely as separate environmental concerns, but as direct catalysts for localized flooding. Furthermore, by applying a multi-layered Social Vulnerability Index, the data illustrates how these compounding hazards target specific populations.

The loss of physical housing due to structural mold following a flood destabilizes the broader social fabric of a neighborhood. When long-term elderly residents are displaced because lower-income areas lack the funding mechanisms for home elevations or electrical retrofits, the community networks that drive disaster recovery erode.

Collaborative Commitments for Municipal Resilience

Rather than allowing the four years of research to sit unutilized on an institutional shelf, workshop attendees concluded the session by establishing immediate operational commitments across several local sectors, reflecting the service-learning goals of university-community task forces:

• City of Beaumont Planning: Representatives committed to bringing the SETx-UIFL datasets directly into the city planning department to anchor the resilience component of the comprehensive plan, which is currently undergoing active revision.
• Infrastructure and Drainage: Local infrastructure leaders pledged to leverage the quantified risk data to strengthen state and federal grant applications through the regional Drainage District, utilizing commissioner channels to lobby for increased infrastructure investment.
• Green Infrastructure and Policy: Advocates committed to incorporating the findings into ongoing educational workshops for elected policymakers, ensuring state and local leaders understand the precise environmental stakes for their constituents.
• Regional Monitoring Expansion: Infrastructure practitioners outlined immediate plans to deploy additional physical flood sensors into the regional monitoring network to maintain the live data pipeline.

To ensure the findings did not remain locked away in dense academic formats, researchers synthesized the intense field data into accessible, highly focused research summaries designed to translate complex big data into clear, actionable knowledge for the general public.

Arming Communities for the Future

To ensure the research remains functional beyond the workshop, every attendee was equipped with a physical “USB to Wifi device” containing comprehensive project resources that can be remotely updated. This includes accessible, theme-specific research summaries with direct researcher contact links, the climate data cookbook, complete scientific datasets, and an eight-episode project podcast series featuring interviews with local task force members.

The digital architecture of the distributed drive connects to an integrated webpage, enabling the resource to automatically update as the participating universities publish new field findings.

The SETx-UIFL offers a clear model for community-engaged science. By placing advanced scientific data directly into the hands of the individuals experiencing environmental risk, the project bridges the gap between academic research and local survival, transforming data collection into community action.

Tags

• Jaimie Masterson
• Research
• TAMU

Media Contact

College of Architecture Marketing & Communications

[email protected]

Share this News