Genomic evidence of local adaptation in Scottish freshwater pearl mussels
Gillman, V.H., Cosgrove, P., Lancaster, L.T. et al. (2026). "Genomic evidence of local adaptation in Scottish freshwater pearl mussels." Conservation Genetics.
PhD, Biological Science, University of Aberdeen (2021–2026)
Thesis: Genomics, climate change, and recruitment failure in Scottish freshwater pearl mussels
MSci Marine Biology (First Class Honours), University of Southampton (2014–2018)
Study abroad: University Centre in Svalbard; University of Gothenburg
Doctoral Researcher, University of Aberdeen (2021–2026)
Integrated population genomics and ecological modelling to investigate local adaptation and climate vulnerability.
Developed reproducible workflows in R and Unix environments.
Research Internship, Fisheries and Oceans Canada (2023)
Contributed to genomic and environmental analysis for eelgrass conservation.
Gillman, V.H., Cosgrove, P., Lancaster, L.T. et al. (2026). "Genomic evidence of local adaptation in Scottish freshwater pearl mussels." Conservation Genetics.
Pritchard, V.L., Cosgrove, P., Gillman, V., Layton, K., McGill, L., Morrissey, B. (2025). "Genetic correlates of host use in Scotland’s pearl mussels." bioRxiv. doi:10.1101/2025.08.22.671716
Conference talk at European Society of Evolutionary Biology, Barcelona, Spain
Conference talk at Malacological Society of London, London, UK
Conference talk at Evolution Meeting, Montreal, Canada
Seminar at University of Aberdeen, School of Biological Sciences Seminar Series, Aberdeen, UK
Poster at Bivalves: Where Are We Going?, Cambridge, UK
Poster at University of Aberdeen Student Conference, Aberdeen, UK
Poster at British Ecological Society Annual Meeting, Edinburgh, UK
Poster at Malacological Society of London, London, UK
Poster at MASTS Annual Science Meeting, UK
Poster at Polar Early Career Conference, UK Polar Network, Online
European Society of Evolutionary Biology
Malacological Society of London
British Ecological Society
Marine Alliance for Science and Technology for Scotland