Day 1 Program - April 15th
Navigation
8:00 AM - 9:00 AM | Networking Coffee
9:00 AM - 10:00 AM | Welcome Plenary
10:00 AM - 10:30 AM | Networking Break
10:30 AM - 12:00 PM | Session Block 1
12:00 PM - 1:30 PM | Catered Networking Lunch
1:30 PM - 3:00 PM | Session Block 2
3:00 PM - 3:30 PM | Networking Break
3:30 PM - 4:30 PM | Fireside Chat
4:30 PM - 6:30 PM | Reception
8:00 AM - 5:00 PM | Registration & Check-In
8:00 AM - 9:00 AM | Networking Coffee
9:00 AM - 10:00 AM | Welcome Plenary
Join us in the Fiesta Ballroom to kick off #SCCRF2026!
10:00 AM - 10:30 AM | Networking Break
Snacks and coffee/tea will be provided.
10:30 AM - 12:00 PM | Session Block 1
1A: Building Regional Climate Resilience: Insights from Texas Communities [WORKSHOP]
Location: Fiesta Ballroom
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Description: Across Texas, communities are facing increasing challenges from extreme heat, drought, flooding, wildfire, cold, ice and rapid growth—all of which require integrated, data-driven approaches to resilience. This workshop brings together representatives from Austin, San Antonio, Plano, Travis County and Harris County to discuss how they measure progress, guide investment, and strengthen local capacity for climate adaptation. Participants will learn about LEED for Cities and how it can serve as a powerful framework to align resilience goals with equity, health, and resilience outcomes, and how shared metrics and peer learning can accelerate regional collaboration. The workshop will highlight practical lessons, opportunities for cross-jurisdictional alignment, and the value of using standardized frameworks to build more resilient, inclusive, and climate-ready Texas communities.
Presenters: Hilari Varnadore (USGBC); Marc Coudert (City of Austin); Doug Melnick (City of San Antonio); Nicole Wilk (City of Plano); Johanna Arendt (Travis County); Max Morales (Travis County); Lisa Lin (Harris County)
1B: Applying Weather and Climate Data to Local Decision-Making
Location: Crockett Room East
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Description: As weather extremes become more frequent, it is important to properly communicate storm reports for planning efforts. Currently, there are two datasets that hold these archived reports: Storm Events Database and SHELDUS (Spatial Hazardous Events and Losses Database for the United States). The Storm Events Database, maintained by the National Centers for Environmental Information (NCEI), contains data such as storm reports, event narratives, and damage details from January 1950 to March 2024. Similarly, the SHELDUS Database, hosted by Arizona State University, is a county-level hazard dataset containing storm reports, damage details, and fatalities/injuries for 1960 to the present. While both of these county-level databases are expansive, the quality of storm reports can be inconsistent. We closely examined storm reports from 2000 through 2023 for seven southeast Texas counties (Chambers, Galveston, Hardin, Houston, Jefferson, Liberty, and Orange), including a mix of urban and rural counties and multiple National Weather Service (NWS) County Warning Areas, to determine the incidence of duplicate entries and spatial or temporal inconsistencies. Files of potential duplicates were made and then manually investigated to determine the uniqueness of the report. Visual inspection of data using QGIS maps, time series/bar graphs, and descriptive statistics, showed a large spatiotemporal variation of storm reports were found across the Southeast Texas counties. Interviews conducted with the NWS Offices in Houston, TX and Lake Charles, LA reflected that there is no designated standard for how storm events are reported. This research suggests that NWS offices should standardize the practice of storm/damage reports to ensure accuracy and consistency across offices and improve assessments of extreme weather risk at the local and regional levels.
Presenters: Alison Tarter; William Baule; John Nielsen-Gammon; Victoria Ford (Southern Regional Climate Center & Texas A&M University)
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Description: Precipitation whiplash events, when one precipitation extreme immediately follows the opposite extreme, can trigger cascading environmental and societal impacts across regions. A shift from drought to excessive rainfall (pluvial) may help replenish water resources, but can also increase flood risk and elevate nitrate concentrations in rivers. Similarly, enhanced vegetation growth during pluvial periods can raise wildfire potential if a drought follows soon after, as rapid drying desiccates the land surface. When such wildfires are subsequently followed by intense rainfall, the combination can amplify flash-flood and landslide hazards, as fire-induced soil impermeability increases the likelihood of debris flows.
This study identifies spatially coherent precipitation whiplash events on the subseasonal-to-seasonal timescale (1915 to 2020) and examines the resulting cascading wildfire and flood impacts. A whiplash event is defined as a shift in the 30-day Standardized Precipitation Index from at or above +1 to at or below -1, or vice versa. Once grid points exhibiting these whiplash occurrences were identified, Kernel Density Estimation was applied to create spatially continuous areas affected by each event. Across the Southern Central Climate Region, the largest drought-to-pluvial events have declined in both average size and total area affected. In contrast, the largest pluvial-to-drought events have become more frequent and have increased in both average size and total area affected. Drought-to-pluvial events occur most commonly in December (20 events), while pluvial-to-drought events peak in March (15 events). Overall, these findings highlight a growing asymmetry in whiplash behavior, underscoring this region’s increasing vulnerability to rapid precipitation swings and cascading environmental consequences.Presenters: Bryony Puxley (University of Oklahoma School of Meteorology); Dr. Elinor Martin (University of Oklahoma School of Meteorology & South Central Climate Adaptation Science Center)
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Description: Over the 20th century, there have been observed changes in the intensity, duration, and frequency of extreme precipitation across Texas. Estimates of extreme precipitation are crucial for the management and design of natural and managed systems, mapping of floodplains, and understanding risks and vulnerabilities. Historical analyses of extreme precipitation, such as NOAA Atlas 14, often assume a stationary climate. Coupled with historical observations, climate projections offer usable information in planning for future scenarios involving extreme precipitation. We constructed annual block maximum time series from a large array of observations and modeled extreme precipitation statistics across Texas utilizing observed and projected atmospheric carbon dioxide concentration as a time-varying covariate. Projections of extreme precipitation display a wide array of potential futures Despite the wide array of projected futures, we can glean information about the general nature of projected changes in extreme precipitation across Texas and merge with historical observations to develop a better understanding of extreme precipitation and the associated risks.
Presenters: William Baule (Office of the State Climatologist, Texas A&M University); John Nielsen-Gammon (Office of the State Climatologist, Texas A&M University); James Doss-Gollin (Department of Civil and Envrionmental Engineering, Rice University); Yuchen Lu (Department of Civil and Envrionmental Engineering, Rice University)
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Description: Advances in climate science are shaping development regulations and influencing hazard mitigation strategies. As scientific understanding of changing weather patterns, sea level rise, temperature trends, and extreme event frequency improves, regulatory frameworks should be updated to reflect new risk realities. This presentation will explore how climate data have affected post-event recovery, and how regulatory language can lead to success or create challenges in long-term floodplain management, stormwater design, and infrastructure standards.
Presenters: Buck DeFee (Louisiana State University)
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Description: There has been ongoing risk from natural hazards, accompanied with vagaries in weather patterns. With the infrastructure risk, insurance costs, and economic stakes on the rise, there are heightened concerns for disaster awareness and preparedness especially as it relates to cities. From the meteorological perspective, there are many open-source data, products, and tools that are typically available. However, with the inundation of access to information there is also a paradoxical paucity of data that is relevant to the actual operations and decision, amidst challenges such as data quality, volume, credibility, what is allowable to be used in operations, especially on the local to city level. There is also the question of what new data or analysis of datasets needed or will be in alignment with city projects, and decision-making.
This research addresses the above topic by focusing on the decision-making process for the City of Austin regarding meteorological information and data use in departmental operations. This specific presentation will focus on the operations of Austin Fire Wildfire Division. We conducted a series of focus group studies and workshops, leveraging the UT-City Colab framework, to understand the operational aspects, conduct site visits, and coordinate meetings to build a data-to-decision mapper to better understand their decision processes in operations. This involved with analyzing case studies of wildfires events, understanding the data and decisions related to winter and summer wildfire operations, and for prescribe burn operations. From this analysis, we found that there is a need for mapping data with decisions and to develop a framework for this process. There also is a need for the localization of atmospheric datasets that can be used for effective dataset development, localization of information, and translating data to decisions. Accessibility of this information would aid in developing local risk tools and aid in preparation and planning.Presenters: Allysa Dallmann (UT Austin); Braniff Davis (Austin Fire Wildfire Division); Marc Coudert (City of Austin Office of Climate Action and Resilience); Nate Casebeer (Austin Emergency Management); Alexia Leclercq (UT Austin); Naveen Sudarshan (UT Austin); Dev Niyogi (UT Austin)
1C: Building Net Zero Dallas: A Full Circle Journey from Advocacy to Architecture [WORKSHOP]
Location: Crockett Room West
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Description: Every transformative climate action story begins with a moment when ambition meets opportunity. In Dallas, that moment arrived when the city set bold Climate Action goals—then asked the critical question: How do we turn promises into projects? This workshop traces the story of how those goals became woven into a $1.25B municipal bond program, reshaping the future of public infrastructure and offering a roadmap that other communities can follow.
Workshop Attendees will participate in an interactive journey through the real decisions, breakthroughs, and challenges that shaped this effort—from identifying a clear problem to rallying the right partners, from navigating public process to communicating a vision powerful enough to gain support. Along the way, the role of the AEC and AIA communities emerges as a driving force, demonstrating how design professionals can influence policy and help cities choose more resilient paths.
The narrative continues with a deep dive into a high-profile public project that set its sights on Net Zero Operational Energy. Shared by its architects, this story reveals the full-circle power of the building as advocate—a project that doesn’t just achieve performance goals but inspires the next generation of Net Zero innovation and investment.
With these stories as guideposts, participants will then craft their own narrative of change. Through guided breakout sessions, attendees will build personal advocacy plans rooted in themes central to the AIA Advocacy platform, leaving equipped to spark climate-forward action in their own communities.Presenters: Jennifer Preston (HKS Inc.); Susan Alverez (North Central Texas Council of Governments);
Nate Meade (HKS Inc.); Amanda Adler (HKS Inc.)
1D: Promoting Resilience Through Creative Communication and Storytelling
Location: Bowie Room East
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Description: This presentation demonstrates how organizations can produce compelling video content regardless of budget constraints. Attendees will view two contrasting case studies: a professionally filmed story featuring a rural Texas family's experience with EVs and solar panels, and a Zoom-recorded piece about a local government's resilience initiatives.
We'll walk through the complete video production process for both projects—from defining core messages and interviewing video subjects to filming, editing, and promotional strategies. Attendees will learn practical tools, techniques, and key lessons applicable to budgets of all sizes and will leave with an actionable checklist summarizing the production process.Presenters: Lindsey Perkins (Plug In America)
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Description: Texas stands on the frontlines of the climate crisis, enduring record-breaking heat, worsening air quality, recurrent floods, prolonged droughts, and an expanding wildfire season that together threaten lives, strain infrastructure, and deepen existing health inequities. Texas Tales is a community-grounded research and storytelling initiative led by anthropologists to explore how Texans experience, interpret, and respond to these converging challenges in their daily lives.
Through in-depth interviews and ethnographic fieldnotes across diverse urban and rural settings, this research captures lived experiences that reveal the complex connections between environment, community, health, and equity. Our qualitative approach centers the voices of farmers, ranchers, mothers, outdoor workers, elders, first responders, healthcare providers, and community advocates—Texans whose firsthand accounts highlight the human impact of life in a rapidly changing climate.
Their stories reveal both vulnerability and resilience, offering critical insights into how communities adapt, cope, and find meaning amid environmental disruption. By translating personal stories into qualitative data, Texas Tales positions human experience as an essential dimension of climate adaptation research, enhancing understanding of community resilience, risk perception, and adaptive capacity. Ultimately, this research advances an evidence-based, human-centered framework for climate resilience, one that grounds adaptation and sustainability strategies in the lived realities of those most affected and integrates narrative data into actionable approaches for policy development, community planning, and public health practice.
Presenters: Marsha Prior; Rose Jones (Rapid Anthropology Consulting)
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Description: Arborama! A Tree Game is the result of bridging climate data from a 2020 climate vulnerability report to an educational asset for a broad audience. This project gamified climate resiliency and prominently features 54 tree species in both English and Spanish. The City of Austin’s Urban Forestry work group adapted a familiar cultural game, ensuring that the cultural and historical significance was captured through both Mayan-inspired illustrations created by our selected local artist and thoughtful game design. Arborama is being distributed at no cost to internal partners and community partners alike to bring educational experiences in various settings such as classrooms, libraries, parks, and senior centers. The ultimate goal is to help Austinites increase our tree canopy cover to 50% by 2050, with adaptation and resiliency to future climate scenarios in mind, to help us get there.
This presentation will guide attendees through the project’s timeline, from inception to utilization in public spaces. Challenges and opportunities that the team met will be shared to inform others who may have interest in replicating this or a similar project for their community.
Here’s our dedicated web page for this project: https://www.austintexas.gov/page/arborama-tree-game.Presenters: Marcos Martinez (City of Austin)
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Description: As communities recognize the importance of sustainability, solid waste services are evolving from necessary waste disposal activities into active contributors to environmental stewardship and community engagement. This presentation will highlight some of the physical engagement tools designed. The tools helped to engage the community through transparent sustainability initiatives, showing how solid waste services are reshaping their roles: educating the public on sustainability practices at the local level. The process took calculations, facts, and figures and prepare them such that the community could understand and visualize complex environmental engineering concepts, such as methane capture, oxidation, and carbon sequestration. This stage included an evaluation of the results from various sustainability modelling scenarios, so that results could be shared to promote community education and engagement. This stage in the process prepared the data for visualization methods that would appeal and be understood by the community. In conclusion, the results allowed local solid waste managers to communicate their positive sustainability impacts and raised awareness of the broader benefits of waste management within the local community. The tools used enabled the entire solid waste journey to be visualized and demonstrated sustainable practices that were impactful to the community at a local level. In addition, the results also provided benefit by supplying an engagement solution that could additionally be shared with internal employees. Thus, the results helped to improve internal decision-making, fostering a deeper understanding of solid waste services’ role in climate action.
Presenters: Kate Howe (Weaver Consultants Group)
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Description: Since its creation in 2012, the South Central Climate Adaptation Science Center has served as a boundary organization between researchers and those that steward the land. It is our mission to provide natural and cultural resource managers with the best available science, tools, and other relevant information to adapt to a changing climate. We have established long-standing partnerships with a wide range of agencies, organizations, and Tribes from across the region and throughout the nation focused on advancing climate projections, adaptation, and education. Our Center has supported over 100 actionable science projects ranging from understanding trends in climate extremes to modeling the effects of climate on wildlife habitat to assessing the impacts of climate on water resources. We have also hosted or co-hosted over 50 workshops designed to help decision-makers better understand the science of climate change, as well as feel confident accessing and using climate information in their decisions. Over our 10+ years of experience, we learned important lessons for conducting cross-sector collaborations, producing useful and usable science for climate adaptation, fostering peer-to-peer knowledge exchange, and building long-term partnerships and networks. In a time of funding uncertainty and reduced capacity, we are quickly adapting so that we can continue carrying out this important work. During this brief presentation, we will share resources available for climate adaptation in the region, summarize lessons learned from our journey, and highlight new opportunities to get involved moving forward.
Presenters: Emma Kuster; Renee McPherson; Thomas Neeson, (University of Oklahoma, South Central Climate Adaptation Science Center)
1E: Building Capacity for Resilience: Planning, Preparedness, and Recovery
Location: Bowie Room West
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Description: The hazard mitigation plan is one of the primary mechanisms that local jurisdictions use to plan for and reduce the impacts associated with various hazards such as but not limited to wildfires, floods, tornadoes, and drought. In the South Central U.S., there has been a persistent state of lack of approved plans or expired plans in many jurisdictions. This is due to a variety of reasons and is especially true for communities where local government capacity to complete such planning and implement risk reduction actions is limited.
This presentation will share results from a research study that sought to assess the current hazard mitigation capacity in low-capacity communities in the interior parts of the region and then determine how such capacity can be increased. Planners, emergency managers, and related officials (N = 31) participated in four rounds of state-based focus group cohorts. Four research questions investigated the following topics: 1) Why most low-capacity communities are unable to address their existing hazard-related challenges, 2) Additional capacities and capabilities that are needed to be able address hazard challenges that are being or will be exacerbated by climate change, 3) Improving an existing hazard mitigation planning template, and 4) Determining the hazard mitigation planning knowledge gaps that exist and new training curriculum that are needed. Insights from the focus group participants that led to several project deliverables and potential solutions will be shared.Presenters: Rachel Riley (Southern Climate Impacts Planning Program, University of Oklahoma); Darrian Bertrand (Southern Climate Impacts Planning Program, University of Oklahoma); Ed Hecker (National Hazard Mitigation Association)
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Description: The Gulf Resilience Community of Practice utilized funding from the National Academies Gulf Research Program to increase diversity and equity within its membership, by providing assistance to under-resourced communities, meeting them where they are with capacity building and technical resources in a project Joining to Understand and Strengthen Trust for Climate and Resilience Community of Practice.
As part of this effort, the COP was tasked with building capacity for submitting successful climate and resilience grant proposals within under-resourced communities through a series of workshops and a webinar. These workshops and webinar focused on basic grant writing and budgeting topics, with a focus on writing narratives in a way most appealing to funders. A total of 161 participants from across the Gulf attended the combined webinar and five workshops.
Workshop participants were engaged with presentations from potential funders from federal and state agencies as well as community foundations with private investments. There was particular focus on how to write an effective narrative that speaks to the priorities of the funding agencies, how to make the budget work with multiple entities on a project, and how to find and build relationships with partners that have common goals. As a result of the grant writing workshops, participants reported high satisfaction (3.8-4.0 on a 4.0 scale) with the content and 85% plan to apply what they learned to future grant opportunities. The main takeaway from this series of workshops is that providing tailored and localized support builds real capacity for under-resourced communities.Presenters: Tracie Sempier (Mississippi-Alabama Sea Grant Consortium); April Taylor (Texas Sea Grant).
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Description: The Mississippi Delta, spanning regions of Arkansas, Louisiana, and Mississippi, faces some of the most severe socioeconomic vulnerabilities in the United States. Specifically, rural communities are disproportionately affected by climate-related disasters and persistent economic hardship compared to their urban counterparts largely due to limited resources and accessibility. Understanding and strengthening resilience allows communities to be more prepared and proactive in emergencies. However, little research has examined climate resilience in rural areas through qualitative approaches. To address this void, we conducted semi-structured interviews with 37 mayors and town clerks in disadvantaged, rural communities throughout the Mississippi Delta to explore perceptions of climate-related disasters. Using Kammouh et al.’s (2017) resilience framework, we identified disaster preparedness responses that reflect both external and internal rural community characteristics. Respondents acknowledged an increase in disaster frequency, but often reported few major impacts in recent decades. Most demonstrated awareness of natural hazards, particularly tornadoes and heavy rains, and had some preparedness measures in place. Additionally, respondents expressed a strong sense of place and liked living in a small community with more trust and familiarity. However, nearly every respondent brainstormed ways to improve their community’s resilience, and indicated that they struggle with lack of resources and rely heavily on outside assistance. Our results reveal that disadvantaged, rural communities are often left behind in disaster recovery, and must be especially strategic and innovative with their constrained capacities. We recommend improved transparency from state and county agencies regarding grant opportunities and greater support for proactive, locally driven resilience responses.
Presenters: Mandie Flint (University of Arkansas at Monticello); Elena Rubino (University of Arkansas at Monticello); Kevin Boston (University of Arkansas at Monticello); Pipiet Larasatie (Virginia Tech)
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Description: Given its location in Tornado Alley, Oklahoma communities are frequently exposed to the effects of high velocity winds. Smaller communities with limited staff and resources are particularly vulnerable. In the aftermath of the two tornado systems that touched ground in 2024, the towns of Sulphur, Marietta and Barnsdall lost substantial commercial and housing stock. Historic Downtown of Sulphur, located at the gateway to Chickasaw National Recreation Area, was largely destroyed and the community is confronting the reconstruction of over 100 years of growth. The Oklahoma Office of Emergency Management is helping these communities recover while developing a long-term Resilient Recovery Strategy, to build capacity and tools for recovery planning, grant management and reconstruction. This presentation will also explore partnerships, like the one between the town of Sulphur and the Chickasaw Nation like the historic facade restoration grant to create a vision for the town's future. The National Parks Service is also providing assistance through repairing damages to the parks and design services for recreational trails connecting national park lands to the community. Resilient recovery planning for Sulphur and other affected communities will set a blueprint to strengthen Oklahoma communities for future challenges.
Presenters: Cynthia Rolli; Kimberly Miller (Black & Veatch)
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Description: As climate change intensifies flooding in coastal communities, the gap between technical vulnerability assessments and community priorities often undermines resilience outcomes. Public works agencies generate sophisticated climate risk data, yet struggle to translate these findings into strategies that reflect the lived experiences and priorities of vulnerable communities; particularly those who face the greatest flood risk.
This session explores how to bridge this divide through practical frameworks that make technical planning accessible and ensure community voices shape infrastructure decisions. Drawing on post-Hurricane Harvey recovery work and blue-sky resilience planning in Harris County, we'll examine how public works professionals can facilitate co-development processes that integrate climate-adjusted risk assessments with community-identified priorities, resulting in more equitable and effective adaptation strategies.
Attendees will explore real-world examples of translating hazard mitigation strategies, nature-based solutions, and updated design standards into community-legible frameworks. Attendees will be presented with case studies demonstrating how equitable engagement during blue-sky periods accelerates disaster response, improves federal funding success, and builds trust between technical agencies and frontline communities.
This session provides practical tools including community engagement templates, equity assessment frameworks, and rapid assessment protocols that document both infrastructure priorities and community needs—ensuring resilience investments serve those most at risk while meeting technical and regulatory requirements.Presenters: Ryan Slattery (Freese and Nichols, Inc.)
12:00 PM - 1:30 PM | Networking Lunch
Network with fellow attendees during the catered lunch (provided with registration).
1:30 PM - 3:00 PM | Session Block 2
2A: Exploring Data and Action Tools for Climate-Informed Decision-Making [WORKSHOP]
Location: Fiesta Ballroom
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Description: The south-central U.S. ranks among the nation’s top regions for both the frequency and total cost of billion-dollar weather and climate disasters. Reducing impacts of such hazards and increasing community resilience requires climate-informed planning and action. A critical step is understanding a community's risk to local hazards and identifying appropriate preparedness strategies. However, it can be overwhelming to find appropriate hazard data and decide which actions to take.
This interactive workshop introduces participants to various weather and climate data tools and an action database designed to support hazard assessment, risk communication, and resilience planning. After a short introduction and overview, attendees will participate in a "tools café” and rotate through several tool demonstrations from the Southern Climate Impacts Planning Program, Adaptation International, and the Southern Regional Climate Center. To help connect data with decision-making, participants will break into small groups and apply what they learned to real-world scenarios. Each group will examine a community concern or climate-related question, explore how the tools can help answer it, and craft a narrative to share in a closing discussion.
This workshop is designed for practitioners, emergency managers, planners, or others who need to integrate local hazard or climate data into their planning and resilience efforts, or who are looking for examples of resilience and adaptation strategies.Presenters: Darrian Bertrand (Southern Climate Impacts Planning Program, University of Oklahoma); Vincent Brown (Southern Climate Impacts Planning Program, Louisiana State University); Derek Thompson (Southern Climate Impacts Planning Program, Louisiana State University); Barry Keim (Southern Climate Impacts Planning Program, Louisiana State University); Victoria Ford (Southern Regional Climate Center, Texas A&M University); Alison Tarter (Southern Regional Climate Center, Texas A&M University); William Baule (Southern Regional Climate Center, Texas A&M University); Willow Jackson (Adaptation International)
2B: Proactive Planning in North Texas: Results from the TSI Study
Location: Crockett Room East
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Description: Communities in North Texas face rapid growth, more intense rainfall, and increasingly strained infrastructure. The North Central Texas Council of Governments’ Integrated Transportation & Stormwater Infrastructure (TSI) study demonstrates how proactive, integrated planning can help largely rural, but growing communities can address these converging challenges. This session presents flood-mapping scenarios for 2020 (current), 2070 (future if we continue as is), and 2070 (future with TSI strategies), showing how coordinated transportation, stormwater, and environmental planning can reduce flood risk and enhance resilience, and to incorporate these measures as a part of the up-front development planning. The Attendees will explore climate resilience resources such as an interactive story map History and Context, What We’re Doing, and Results and Resources. This includes TSI case studies, the stacking model, and a menu of gray and green infrastructure and policy options that support smarter, more adaptive community planning.
Presenters: Susan Alvarez, PE, CFM (North Central Texas Council of Governments); Matt
Lepinski PE CFM (LB Engineering and UTA Water Resources Center); Aaron Hoff (Tarrant Regional Water District); Sam Sarkar, PE, CFM (Halff & Associates); Fouad
Jaber Ph.D., P.E. (Texas A&M AgriLife)
2C: Using Comics to Build Community Power--Mayah's Lot and Environmental Justice [WORKSHOP]
Location: Crockett Room West
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Description: “Environmental Justice, I bet you don’t even know what that means…I had no idea that it actually affects every one of us. That is until it came to my home”
So begins Mayah’s Lot, the EPA award-winning environmental justice comic book co-written by law professor Rebecca Bratspies and artist Charlie LaGreca. Set in fictional Forestville, the book tells the story of a young girl organizing her urban neighbors to self-advocate for environmental justice. Readers learn alongside Mayah as she practices community science, prepares public testimony, and builds a coalition for change.
This workshop models the creative process we use to show how participants might replicate or expand on this process. Through active collaboration with the artist, participants create their own environmental justice villain (or hero) and strategize about how to defeat or vindicate it.
It provides practical information about the project, emphasizing its collaborative roots and chronicling how Mayah’s Lot has taught basic civics to thousands of students, built a social advocacy network, and cultivated a new generation of urban environmental leaders attuned to environmental justice and equipped with skills to navigate legal and regulatory systems.
This workshop demonstrates the power of nontraditional tools for bringing environmental messages to a generation accustomed to more visual and interactive learning. It shows how art can build bridges between social research and community activism for climate justice, environmental justice, and a just transition. It focuses on what kind of a society we want to have—and what justice means for overburdened communities.
Presenters: Rebecca Bratspies (Tulane Law School); Charlie LaGreca-Velasco (Independent Artist)
2D: Innovative Solutions for Resilient Infrastructure
Location: Bowie Room East
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Description: In recent years, mounting extremes have exposed the fragility of urban infrastructure. Hurricane Harvey, floods in Asheville, catastrophic recent Texas events, and the 2024 season that saw Hurricanes Debby, Helene, and Milton strike Florida in quick succession illustrate the accelerating pace of change of climate risk, and the potential for cascading failures. These incidents reveal a widening gap between legacy infrastructure and the stresses imposed by a rapidly changing climate.
Most urban systems were designed for yesterday’s hazards. Standards and guidance are updating too slowly to reflect today’s probabilities, while insurers retreat from high-risk markets, shifting fiscal exposure to states and municipalities. The consequence is heightened risk to life, livelihoods, and the ecosystems that sustain cities.
This presentation proposes “stress testing” cities—adapting a method common in health, finance, and engineering—to probe where and how systems fail. Systematic “what if” scenarios can quantify thresholds, interdependencies, and failure cascades, helping decision-makers prioritize investments and policies that bolster resilience, public safety, economic stability, and environmental health. By deliberately testing the tails of probability, we can better bracket plausible futures and act before thresholds are crossed.
The session will address:
• What weather attribution science reveals about recent events and the fingerprints of climate change.
• Why current standards and guidance struggle to capture emerging hazards and compounding extremes.
• Practical options to identify and manage the most critical vulnerabilities to safeguard city resilience, stability, and longevity.Presenters: Paul Robinson (Jacobs)
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Description: The 2024 cool pavement project evaluated the effectiveness of three different cool pavement treatments at five test sites across San Antonio during the summer. The products included Durashield produced by GAF Streetbond, SolarPave produced by SealMaster, and CoolSeal produced by GuardTop. For each site, meteorological measurements were collected at the cool pavement installation as well as a representative control in the neighborhood. The findings indicated that the performance of the cool pavement installations varied across the products tested and were influenced by the characteristics of the control road. The SolarPave (SealMaster) product displayed the most consistent and statistically significant decreases in surface temperature with an average reduction of 9.4°F during the afternoon testing period. This decline in surface temperature was much larger than that observed in 2023 because an asphalt slurry was applied to the control street. When comparing the cool pavement surface to fresh asphalt, the CoolSeal (GuardTop) product also exhibited substantial afternoon surface temperature reductions that exceeded 10°F. The differences in air temperature were modest and less statistically significant across the different sites, products, and testing periods. Similar findings were observed for the wet bulb globe temperature as only small differences were typically documented between the cool pavement and control sites. Overall, the results from 2024 were in general agreement with the 2023 findings as well as studies conducted in Phoenix and Los Angeles, which also documented the clear potential for cool pavement to reduce surface temperature while simultaneously highlighting it's more modest impact on air temperature.
Presenters: Neil Debbage (University of Texas San Antonio)
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Description: TEPRI’s research shows that an estimated 50% of low to moderate income (LMI) Texans struggle to pay their energy bills, with 72% cutting back on basic household needs to cover energy expenses. Meanwhile, an estimated 87% of LMI Texans are concerned about weather-related power outages, with 29% reporting having no safe place to go. As Texans grapple with rising energy costs, more frequent weather-related power outages, and health risks from extreme temperatures, the demand for comprehensive energy solutions has become urgent. TEPRI is partnering with affordable housing organizations, residents, and other community leaders to develop community resilience hubs that support resilience and affordability goals. These hubs are developed close to home, with services informed by community staff and residents, and are powered by solar energy paired with backup battery storage. TEPRI is working with partners to connect these hubs to Virtual Power Plant programs to increase year-round energy savings while monetizing grid services. By pairing Virtual Power Plant participation with solar and battery systems on community facilities, this model may help reduce the overall cost of these assets and expand access to resilient energy solutions for LMI communities. In this presentation, TEPRI will share research, best practices, and lessons learned as we implement this innovative and collaborative model.
Presenters: Veronique Placke; Kathy Jack Ph.D. (Texas Energy Poverty Research Institute)
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Description: Flooding remains a critical issue in Greater New Orleans, particularly as overwhelmed drainage pump stations (DPS) face increasing strain. This project adopts a comprehensive hydrologic and hydraulic (H&H) approach to prioritize a suite of projects that blend blue, green, and grey infrastructure. By strategically integrating nature-based and traditional solutions, we aim to reduce flood risk without overburdening the city’s vital pump systems.
New Orleans’ unique geography and climate make it particularly vulnerable to flooding. The city’s reliance on DPS to manage stormwater is becoming less sustainable due to aging infrastructure and the growing intensity of storm events. Traditional grey infrastructure, while effective, often fails to address the root causes of flooding and can be costly to maintain. In contrast, blue and green infrastructure solutions offer sustainable, cost-effective alternatives that enhance the city’s resilience to flooding.
This project employed advanced H&H modeling techniques to assess flood risks and identify priority areas for intervention. By integrating nature-based solutions, urban green spaces with traditional infrastructure upgrades, we aim to create a balanced and sustainable flood management system. This approach will reduce pressure on DPS, enhance system redundancy and reliability, and optimize maintenance and operations.
Through strategic investments and stakeholder collaboration, we can reduce flood risk, improve system efficiency, and ensure the long-term sustainability of New Orleans’ flood management infrastructure. This presentation will explore innovative techniques, balancing system efficiency, and discuss how targeted infrastructure investments can improve resilience in flood-prone urban areasPresenters: Paul Robinson (Jacobs); Megan Williams, (City of New Orleans Office of Resilience and Sustainability); Monica Stochl; (Jacobs)
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Description: The wildland-urban interface (WUI) is a transitional space between urban development and undeveloped wilderness. This area is known to be particularly vulnerable to wildfires. The state of Oklahoma has yearly wildfires, with 789 fire alerts between October 2024 and October 2025 alone. This statistic is considered normal for Oklahoma wildfires dating back to 2012. Oklahoma is also a primarily rural state with increased and continued growth at its major cities. The Oklahoma City WUI, which expands into Moore and Norman and the Tulsa WUI, including towns like Broken Arrow, are particularly vulnerable to wildfire due to the local flora. These cities sit on the ecoregions of the Central Great Plains and the Cross Timbers. Local fire fuels are primarily sagebrush grasses and tall grasses, as well as western perennial grasses. Other fuels include the now invasive eastern redcedar, which was originally planted on many Oklahoma properties as a soil conservation strategy and as windbreaks. This presentation explores the risks to wildfire in the Oklahoma WUI, investigates current construction practices and building materials, and considers best practices for how to build more resilient homes as we continue to become more vulnerable to wildfires due to changes in climate and increased building at the WUI.
Presenters: Ken Marold (University of Oklahoma, Gibbs College of Architecture); Elizabeth H. Marold (University of Oklahoma, Center for Analysis and Prediction of Storms)
2E: Resilient Central Texas: Building Regional Collaboration for a Changing Economic, Social and Environmental Landscape
Location: Bowie Room West
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Description: Central Texas is home to two of the fastest-growing metropolitan areas in the country—Austin and San Antonio—together representing more than five million residents across a diverse mix of urban and rural communities. This rapidly evolving region faces shared economic, social, environmental, and climate challenges that transcend city and county boundaries, from extreme heat and drought to housing affordability, workforce transitions, and infrastructure resilience.
Yet, within these challenges lie opportunities. Anchored by major educational institutions such as UT Austin, Texas State University, and UT San Antonio, and fueled by continued economic growth and corporate investment, Central Texas is uniquely positioned to model how regional collaboration can drive equitable, climate-resilient development.
This session invites practitioners, policymakers, researchers, and community leaders to join a conversation on resilient Central Texas—exploring how coordinated strategies, shared data, and cross-sector partnerships can strengthen the region’s capacity to adapt and thrive amid accelerating change.
Presenters: Marc Coudert (City of Austin Climate Action & Resilience); Laura Patiño (Department of Resilience & Sustainability, San Antonio); Johanna Arendt (Travis County Transportation & Natural Resources); Ron Hagelman III (Department of Geography and Environmental Studies
Texas State University, San Marcos, Texas).
3:00 PM - 3:30 PM | Networking Break
Snacks and coffee/tea will be provided.
3:30 PM - 4:30 PM | Fireside Chat
Our Day 1 headline event. Stay tuned for more information coming soon!
4:30 PM - 6:30 PM | Reception
Network with fellow attendees and continue the important fireside chat discussion during the catered reception.