Genomics
Explore evolution through whole genomes
Genomics explores biology at the scale of entire genomes, revealing how DNA changes over time and how those changes shape organisms, populations and species. This research area uses powerful modern tools to understand evolution, adaptation and biological diversity across life on Earth.
Great for students interested in evolution, bioinformatics, data-driven biology, human origins or comparative genomics.
Research in genomics asks questions such as:
- How do genomes evolve over generations?
- What genetic changes drive adaptation and diversity?
- How does genome structure influence biological function?
Using approaches from genomics, bioinformatics and evolutionary biology, this work examines molecular, structural and functional evolution across a wide range of organisms, including viruses, plants, fish and humans. Research spans multiple levels of biological organization and connects genetic variation to real-world biological patterns.
Genomics research integrates:
- Genome structure and evolution
- Molecular and functional evolution
- Phylogenetics and comparative genomics
- Computational and bioinformatic analysis
Together, these approaches provide insight into how life changes across both deep evolutionary time and contemporary populations.
Connects naturally to
Genetics, ecology and evolution, plant biology, microbiology
Students interested in genomics can explore research opportunities through labs, independent projects and interdisciplinary collaborations.