Our Research
The X-Plants stream focuses on the use of a newly created population of mutant Hall's panicgrass (Panicum hallii), genomics analyses, and ecophysiological techniques in order to study the biology of perennial grasses with an emphasis on their utility as biofuels, role in sustainable carbon sequestration, and ecological restoration.
Our Strategy
Students interested in molecular biology, ecology, physiology, or quantitative genetics will gain experience in genomics, light bioinformatics (R-programming), plant biology, and field observations.
In the X-Plants stream, researchers learn how to:
- annotate gene models and understand the basics of functional gene analysis.
- compose and implement an experimental design and appropriate statistical analyses (utilizing R when possible).
- propagate plants; growing and maintaining plants in field or greenhouse settings.
- collect and assess plant ecophysiological and morphological measurements.
Our Impact
Panicum hallii is an emerging diploid C4 grass model system. Within the mutant P. hallii population, over 1000 stable mutations have been characterized. Our goal for this stream is to continue validating these mutations, identifying gene disruptions, and connecting mutations to relevant phenotypes; thereby, we will further establish our P. hallii model system and provide genomic resources on par with Arabidopsis thaliana.
Our Team
Aleah Henderson-Carter
- Assistant Professor of Practice
- Integrative Biology
- Freshman Research Initiative
Thomas Juenger
- Professor
- Integrative Biology
- Texas Field Station Network
- Biodiversity Center
- Interdisciplinary Life Sciences Graduate Programs
Resources
Course Credit
Research Outcomes
Coming Soon!