SKIP TO PAGE CONTENT

FY '26 Grant Awardees

NOTE: The list of awardees is not complete and will be updated programs close.

Grants for Research Advancement and Transformation (GREAT)  

October 6, 2025, through March 31, 2027, | $80,000 awarded: $20,000 per researcher x 4 new projects

The GREAT program provides seed grants to support new areas of research for faculty at UTSA to assemble preliminary data that can be used to seek extramural funding and advance UTSA’s status as an R1 Institution.


Alvarez College of Business (ACOB)

PI: 
Wenbo Wu, Ph.D., Professor, Department of Management Science and Statistics
Co-PI(s):
Ying Huang, Ph.D., Associate Professor, College for Health, Community and Policy, Department of Sociology and Demography
Han Liu, Ph.D., Assistant Professor of Instruction, College for Health, Community and Policy, Department of Sociology and Demography

Impact of the COVID-19 Pandemic on Birth outcomes through Food Access: A Preliminary Study in Texas

Abstract:

This proposed study provides a novel examination of how COVID-19-related mobility restrictions affected birth outcomes—specifically low birth weight and very low birth weight – in Texas. It has three main aims.  Aim 1 is to develop innovative food access measures using mobile positioning data from U.S. smartphones.  Aim 2 is to evaluate the role of food access in explaining pandemic-induced changes in birth outcomes.  Aim 3 is to examine the differential impacts of food access on birth outcomes across Hispanic and non-Hispanic populations.  Early life health is crucial for children’s development and long-term well-being. Existing research on the pandemic’s impact on birth outcomes suggests that maternal behaviors may drive observed changes. However, this potential mechanism is rarely tested due to data limitations. In this project, by applying longitudinal analysis methods to geolocation data collected from smartphones, this study offers a direct test of how shifts in maternal behavior—proxied by food access—have influenced birth outcomes. It also tests how this behavioral mechanism varies across racial groups. Identifying groups most vulnerable to external shocks will help inform targeted policies and interventions to safeguard maternal and infant health in future public health crises.


College of Education and Human Development (COEHD)

Marissa Munoz, Ph.D., Assistant Professor, Department of Interdisciplinary Learning and Teaching Restor(y)ing Texas: Listening to Knowledge Keepers on/of the Land

Abstract:

Indigenous peoples have traditionally regarded land as sacred (Armstrong, 1998; Maestas, 2003), the foundation of all knowledge (Arvin, Tuck, & Morrill, 2013; Simpson, 2004), connected to spirit (Maracle, 2010; Corntassel, Chaw-win-is, & T’lakwadzi, 2009) and fundamental to all life (Peña, 1998; Simpson, 2014). In Indigenous models of education, when land is centered as a place-based pedagogy, and content is grounded in lived experiences, education can foster a reconceptualization that recognizes people holistically, inclusive of their cultural and spiritual practices, as a part of their ecological system, rather than separate from it (LaDuke,1994).

In this Indigenous/decolonial research project, I propose to travel on five field trips, corresponding to five Indigenous Elders from/of different parts of Texas. I will document the emplaced knowledge of stories, songs, oral histories and practices of cultural significance by story-mapping examples of collective memory of Indigenous Texas. While Indigenous cartography has been used in other geographic locations, Indigenous story mapping of Texas will be a new intervention in this context of multiple colonial erasures of Indigeneity. My goals are:

  • To document Indigenous knowledges in/of/from/with/by being on the land and engaging in storywork and restor(y)ing with Native and Indigenous Elders;
  • To create story-maps that emplace and embody the Indigenous ways of knowing and being in places of significant collective remembrance across Texas; and
  • To create a public, educational digital humanities project and website, honoring Texas’ existing Native and Indigenous communities, designed to support teachers, families, and youth for whom this work is urgent and vital.

College of Sciences

Xuan Zhou, Ph.D., Assistant Professor, Department of Physics and Astronomy
Co-PI:
Nicholas Large, Ph.D., Associate Professor, Department of Physics and Astronomy

Polaritonic Properties of High-Pressure-Synthesized New 2D Materials

Abstract:

Two-dimensional van der Waals (vdW) materials are emerging materials that can support plasmon polaritons, phonon polaritons, and exciton polaritons with promising potential applications in ultrathin devices. In this project, we will develop a methodology to study the polaritonic properties of new 2D materials synthesized at high pressures. On one hand, understanding the polaritonic behavior of these vdW materials is crucial to their applications in vdW-material-based devices in extreme environments, such as deep sea and battlefields. On the other hand, giga-pascal-level (1 GPa = 10,000 atm) hydrostatic pressures can cause permanent structural changes to few-layer 2D van der Waals materials and their heterostructures, creating new 2D materials that stabilize at ambient pressure. More specifically, we will develop a methodology to load and characterize the polaritonic devices in a high-pressure cell that enables the retrieving of 2D materials for post-compression polaritonic characterizations and test this methodology on graphene/hBN and MoS2/WSe2 heterostructures for pilot studies for external grant applications. This high-pressure research proposed here is part of the efforts on materials in extreme environment and will be complementary to UTSA’s existing CAMEE capabilities. This project will train a STEM workforce, not only in labs at UTSA but also in world-class facilities, for materials research in extreme conditions.

Marina Silviera, Ph.D., Assistant Professor, Department of Neuroscience, Developmental and Regenerative Biology
Co-PI:
Matthew Wanat, Ph.D., Associate Professor, Department of Neuroscience, Developmental and Regenerative Biology

Mechanisms of Dopaminergic signaling in the auditory midbrain

Abstract:

Auditory perception is influenced by a variety of factors such as attention, learning and physiological state. The inferior colliculus (IC) is the midbrain hub of the central auditory pathway that integrates many auditory and non-auditory information, including dopaminergic inputs from the subparafascicular thalamic nucleus. Exogenous application of dopamine in vivo alters how IC neurons respond to sound, however the mechanisms underlying these responses and the functional role of dopaminergic signaling in the IC are unknown. In this project, we will determine how dopamine alters the activity of different subtypes of IC neurons and what drives dopamine release in the IC.

Internal Research Awards (INTRA)  
Transdisciplinary Teams (T2) Program