2023 Ann Miller Gonzalez Research Grant Recipients

The Native Plant Society of Texas offers the following research grant to graduate students at Texas universities who are performing academic research related to Texas native plants and/or to the conservation and restoration of native plant habitats of Texas:

Ann Miller Gonzalez Graduate Research Grant – This research grant is named in honor of an early supporter of Texas native plants. The award amount is up to $2500 for the duration of the grantee’s research project. 

The Grants & Scholarships Committee is excited to announce the below 2023 AMG Grant Recipients (watch for full bios in future newsletters):

Chali Simpson, Texas A&M University, College Station – Award $2500 

Chali Simpson

Grasslands cover 37% of terrestrial land surface, produce roughly 75% of forage utilized for domesticated livestock grazing, and are a cornerstone of modern agricultural production (O’Mara, 2012, Brown & Thorpe, 2008). Despite their extensive coverage and provision of critical ecosystem services (Jarchow et al. 2020), much about their role in the global carbon cycle remains poorly defined. The purpose of this research is to quantify and compare the provisioning (herbaceous plant biomass production) and regulating services (carbon sequestration through annual carbon budgets) of two climatically and edaphically similar adaptive multipaddock (AMP) and conventional grazing (CG) cow-calf ranch pairs in two distinctive ecoregions of Texas.

Parikama Sapkota, University of Texas, El Paso – Award $2500

Parikama Sapkota

The overarching goal of this study is to shed light on the critical interactions between native grass species found in Texas particularly in the Chihuahuan Desert and their soil microbiome across multiple generations. Specifically, I propose to perform a greenhouse experiment to (1) better understand plant-soil feedback processes of mono-and polyculture grass communities that can support the growth of grasses commonly found in southwestern Texas drylands and (2) test the strength of bioinoculants across different grass species to identify microbial taxa and support plant growth even under climate change drought scenarios. This work aim is to provide valuable insights that can directly benefit conservation efforts, advance scientific understanding, and enhance the practical utilization of native plants and their habitats in Texas.

Catalina Berry, Tarleton State University – Award $2500

Catalina Berry

This project will be located at Texas Parks & Wildlife’s newest addition, Palo Pinto Mountains State Park, where we will remove woody and invasive plants within 20 acres of an encroached upland area and reseed with native grasses. This restoration site is located on uplands proximate to an ongoing 8-year riparian restoration project, thus supplementing the improvements to the watershed by focusing on the health of the upland grasslands. We will monitor the native plant and avian communities before and after restoration

Eli Hartung, Texas State University – Award $2500

Eli Hartung

I will investigate the role of rock-stored water on the drought tolerance of four common warm season grasses of the Edwards Plateau. The species will cover a spectrum of drought tolerance and association with rocky outcrops on the Edwards Plateau: Andropogon gerardii (big bluestem) and Schizachyrium scoparium (little bluestem) are warm-season perennial bunch grass with a wide distribution across North America. Muhlenbergia reverchonii (seep muhly), a native warm season grass distributed through Texas and Oklahoma, and Bothriochloa laguroides (silver bluestem), common across North America, are by contrast more often associated with calcareous, often rocky limestone soils. This study will endeavor to answer the overarching questions: 1) Do native herbaceous plants on the Edwards Plateau use water stored in limestone fragments during intermittent drought? and 2) Are some species better than others in accessing rock water reservoirs.

There are 3 additional deserving candidates if there is an individual chapter who would like to directly support a research project. Please reach out to grants@npsot.org if interested

About the Region

Fall Symposium 2025 Logo - Teach for the Future

Salado, the location of our Fall 2025 Symposium, lies at the intersection of two ecoregions: the Edwards Plateau (Limestone Cut Plain) and Blackland Prairie (Northern Blackland Prairie).

The Edwards Plateau area is also called the Hill Country; however, this general term covers a much larger area extending farther north. Spring-fed creeks are found throughout the region; deep limestone canyons, rivers, and lakes (reservoirs) are common. Ashe juniper is perhaps the most common woody species found throughout the region. Additional woody species include various species of oak, with live oak (Quercus fusiformis) being the most common. Sycamores (Platanus occidentalis) and bald cypress (Taxodium distichum) border waterways. This area is well known for its spring wildflower displays, though they may be viewed in spring, late summer, and fall, as well. According to Texas Parks and Wildlife, average annual rainfall in the Edwards Plateau ranges from 15 to 34 inches.

The Blackland Prairie extends from the Red River south to San Antonio, bordered on the west by the Edwards Plateau and the Cross Timbers, and on the east by the Post Oak Savannah. Annual rainfall averages 30 to 40 inches, with higher averages to the east. This region is dominated by prairie species. The most common grass species include little bluestem (Schizachyrium scoparium) and Indian grass (Sorghastrum nutans) in the uplands and switchgrass (Panicum virgatum) in the riparian areas and drainages. Common herbaceous flowering plants include salvias, penstemons, and silphiums. This area has suffered greatly from overgrazing and agricultural use. Few intact areas remain, though many of the plants can be found along county roadsides throughout the region.

Our fall Symposium host chapter, the Tonkawa Chapter, includes both of these ecoregions.

Source: Wildflowers of Texas by Michael Eason