Graduate student

Ph.D. candidate in the Baker Marine Microbial Ecology Lab

Microbial diversity, ecology, and evolution

Systematics, phylogenomics, evolution of amphibians and reptiles

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

Ecology, Conservation, and Natural History of Amphibians and Reptiles

Bioinformatics, Software development, Extreme environments, Microbial Ecology

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

Vertebrate natural history; ecology, evolution, and conservation

Fish ecology, larval transport and recruitment, isotope ecology, Gulf of Mexico oceanography

Molecular evolution, phylogenetics, and systematics

Plant molecular evolution, comparative genomics, plant systematics

Theoretical and computational ecology, landscapes and conservation

Population genetics and genomics, evolutionary theory

I am broadly interested in the relationship between plant community and soil microbiome dynamics.

Biogeochemistry, microbial ecology, geobiology, natural and anthropogenic controls on the carbon cycle in sediment

PhD student in the Sedio Lab. Interested in systematics, evolution and metabolomics of ferns and lycophytes. Plant-Insect Interactions

I'm interested in using molecular systematics and population genomics to address evolutionary questions in reptiles and amphibians.

Insect and bacterial genomics and evolution, Symbiosis

herbivory, plant-insect interactions, community ecology, chemical ecology, biological invasions

I am a community ecologist focusing on competitive coexistence and biodiversity patterns, using mathematical and computational approaches.

Host-parasite-microbe interactions, invasive species

PhD candidate in Keitt Lab researching avian responses to environmental change through the lens of spatial ecology and evolution

Mathematical Neuroscience

Conservation Paleobiology, Evolutionary Ecology, Biodiversity Reconstruction, Morphology, Herpetology