The PhD project will explore whether convergent Arctic traits, such as cold tolerance and flowering time, are underpinned by similar genetic mechanisms in distantly related plant species. The candidate will compare population-level genomic data from different Arctic taxa, conduct controlled common garden experiments, and analyze the molecular pathways involved in adaptation to extreme environments.
While a core project framework is in place, there is flexibility to tailor specific research questions to the candidate’s interests and background in consultation with the supervisors. This allows the successful applicant to shape the direction of their PhD within the broader thematic scope of Arctic plant adaptation.

Possible research objectives include:
•    Reconstructing the biogeographic and demographic histories of Arctic-adapted species
•    Assessing the roles of phenotypic plasticity and local adaptation via experimental trials
•    Identifying genes and pathways involved in convergent adaptation to Arctic environments

The project will involve fieldwork, greenhouse experiments, and advanced bioinformatic analyses of genomic data. The candidate will join a collaborative and interdisciplinary team with expertise in Arctic biology, genomics, and evolutionary theory, and will have the opportunity to conduct a research stay abroad during the PhD.

For more information and how to apply: https://www.jobbnorge.no/en/available-jobs/job/281132/phd-research-fellow-in-plant-evolutionary-genomics