Background: Trace metal pollution is a major stressor to ecosystems and organisms. For example, exposure to lead pollution reduces fitness in humans and many other species. However, in some cases, organisms are able to adapt to high levels of exposure. In Australia, historic lead mining and the introduction of the house sparrow (Passer domesticus) has led to a perfect storm where a human-commensal species lives in direct contact with lead mining communities. Previous work has shown high levels of lead exposure in birds in these regions compared to those living elsewhere. This project seeks to investigate the genomic basis of adaptation to high levels of lead pollution in this charismatic bird species.
We are seeking: A motivated MSc student with an interest in understanding how human activity has shaped evolution in other species. You will help develop a genomic analysis comparing populations and individuals of house sparrows exposed to lead in Australian towns. You will also have an opportunity to work closely with our international team of collaborators.
What you will learn: You will learn how to answer evolutionary questions using modern techniques. You will gain experience in DNA wet lab work, bioinformatics, and genomics. There will also be opportunities for fieldwork and gaining experience in handling birds. The skills you will gain will provide an important foundation for future applications to PhD positions or to jobs in industry.
What we offer: This is an opportunity to join a small, friendly research group with a focus on close mentorship and skills development. We conduct weekly lab meetings, group discussions and provide hands-on training.
Supervisor: Mark Ravinet, mark.ravinet@ibv.uio.no