Biodiversity

Researchers in this area investigate the variety of life on Earth, from the genetic level to entire ecosystems. Studies explore the distribution, evolution, and conservation of plant and animal species, often employing field observations, laboratory analyses, and computational modeling. Key questions involve understanding species interactions, the impact of environmental change on biodiversity, and the genetic basis of adaptation. This work encompasses areas such as population genetics, ecological modeling, and the study of evolutionary processes.

This research holds particular relevance for Arkansas, a state rich in natural resources and diverse ecosystems. Understanding the state's biodiversity is crucial for managing and conserving its forests, wetlands, and agricultural lands, which underpin significant economic sectors. Insights from this field inform conservation strategies for native species, guide sustainable land use practices, and contribute to the ecological understanding of the Mississippi River Delta and Ozark Highlands regions.

This field draws upon and contributes to genomics, ecology, evolutionary biology, and paleontology. Research engages with the application of machine learning for data analysis and information dissemination, fostering interdisciplinary collaborations across institutions within the state.