THRC aims to understand how current and former cancer patients narrate, frame, and discuss their experiences with the disease while building a narrative repository that future scholars can access for cancer-related research.
As a team with multidisciplinary resilience researchers, we aim to find a shared meaning and understanding of resilience across scientific fields to help researchers form more meaningful and impactful collaborations.
We partnered with the Johns Hopkins Center for Health Security to disseminate the COPEWELL model for community resilience and identified partners to implement the model in Texas.
This research project aimed to improve the health and performance of professional firefighters by using biomarker analysis to investigate the relationship between markers of stress and cardiovascular diseases.
By leveraging machine learning and AI, this research aims to increase rescue efficiency, ensure firefighter safety, and support better decision-making during emergency responses.
Simulation models and decision theory analysis evaluate resource allocation, interventions, and policies that enhance public health preparedness after a natural disaster.
GIS research explores critical topics impacting health and resilience in Texas communities by considering local patterns, geographic context, specific populations, and social determinants.
A collaboration between researchers, librarians, and communities to identify local needs for resilience and emergency preparedness using Johns Hopkins University's COPEWELL model.
NUEVA enhances the nutrition capacity among underserved older adults through a food delivery application, improving food security, reducing loneliness, and promoting health.
This project researches how genetics affect nutrient intake on the risk of developing metabolic syndrome to create personalized nutritional interventions.
A data science and machine learning approach to understanding short and long-term resilience in Texas public schools during the COVID-19 pandemic.
The development of safe and resilient streets by defining parameters of successful and resilient transportation projects, highlighting best practices for urban development.
The application of biochar at scale to improve soil health, plant microbial diversity, water retention, and the nutritional density of crops.
An exploration of the development of substance misuse and psychopathology, along with the interaction between these conditions, in adolescents.
This project aims to understand how individuals in rural Texas manage health issues, particularly in those living in medically underserved areas and counties without hospitals.