Population genomics of insect communities

Details

Declines in insect populations and species are arguably one of the most concerning symptoms of the biodiversity crisis, given their importance in underpinning food webs and ecosystem processes. Work in the Nadeau lab uses genomic tools to understand fundamental processes underpinning biodiversity, such as adaptation and speciation, primarily in tropical butterflies. We would be keen to recruit a PhD student, who has or is applying for external funding, and would be interested in working on projects using genomic data to understand levels of variation in insect populations in relation to environmental stressors such as temperature and pesticide use. There is scope for you to drive the direction of the project to suit your interests. Genetic variation underpins the ability of species of adapt to environmental challenges, and projects could address questions related to the genetic basis of adaption to environmental challenges. At the same time, environmental stressors can lead to a reduction in genetic diversity in populations, making them prone to inbreeding depression and limiting their ability to respond to further challenges. Therefore, projects could also address the impacts of environmental stressors on population genetic diversity. Projects could involve field work, experimental work, laboratory work and/or bioinformatic analysis of genomic data. You would receive training in the relevant techniques, as well as rigorous research and scholarly training throughout your PhD. You would be assigned a supervisory team who would provide research mentorship and pastoral support through your PhD journey. You would join a diverse and vibrant community of postgraduate students within the school of biosciences, with a wide range of opportunities for networking and career development.

Funding Notes

Self-funded project. Applicants would need to find their own funding.