Research interests
We are interested in studying genome evolution and expression of complex traits. More specifically, we are interested in exploring how the genome has evolved to code for multiple behaviourally, morphologically and physiologically distinct phenotypes. Current research focuses on haplodiploid pollinators, such as bumblebees, honeybees and mason bees, to understand genes underlying phenotypic plascity and polyphenism. Previous research has examined the molecular mechanisms by which parasitic nematodes affect host phenotype, as well as examining genes related to sea migration and underlying sexually dimorphic traits in salmonids. We use a range of techniques including behavioural, computational and molecular techniques to address questions of interest.
Organismal and molecular responses of solitary bees to current and future temperatures
Population and comparative genomics of cryptic species complexes
Understanding trends in genomic data generation and usage for insect pollinators
Mating biology and sexual selection in bumblebees
Venom usage and evolution in social bees
Evolution and loss of the corbicula
Sexual conflict and mechanisms of resolution in brown trout