systematics and biogeography of Neotropical bark and ambrosia beetles.

Evolution of genetic diversity within and between populations; ecology and evolution of host-parasite interactions and immunology

Physical and postal address: University of Texas, Texas Natural History Collections 10100 Burnet Rd., PRC176/R4000 Austin, Texas 78758-4445

Physical and postal address: University of Texas, Texas Natural History Collections 10100 Burnet Rd., PRC176/R4000 Austin, Texas 78758-4445

Evolution of Conspicuous Signals. Mechanisms of Crypsis. Neural Mechanisms of Mate Choice.

Theoretical and empirical plant ecology; Role of plant communities in the global carbon cycle

Physical and postal address: University of Texas, Texas Natural History Collections 10100 Burnet Rd., PRC176/R4000 Austin, Texas 78758-4445

Plant-microbe interactions, community ecology, ecosystem ecology

Physical and postal address: University of Texas, Texas Natural History Collections 10100 Burnet Rd., PRC176/R4000 Austin, Texas 78758-4445

Molecular evolution, phylogenetics, and systematics

Neuromolecular and genomic basis of social behavior and its evolution

Plant molecular evolution, comparative genomics, plant systematics

Theoretical and computational ecology, landscapes and conservation

Population genetics and genomics, evolutionary theory

Doug is a retired, former Clark Hubbs Ph.D. student with extensive knowledge of fishes of Texas, and now a dedicated and invaluable asset

Ecological genomics of reef-building corals

Insect and bacterial genomics and evolution, Symbiosis

Evolutionary Ecology, Community Ecology

Host-parasite-microbe interactions, invasive species

Taxonomy, diversity, and evolution of insects.

Department Chair of Integrative Biology. Computational evolutionary biology, Molecular evolution, Virus evolution.

Plant systematics & conservation, collections-based botany