Katrina McGuigan

As an evolutionary quantitative geneticist, I conduct research that aims to extend our understanding of how genetic variation determines the capacity of populations to adapt. Over the 20+ years of my research career, I have designed experiments in species ranging from freshwater fish to Drosophila fruit flies. My research group uses a combination of statistics and machine learning to answer questions about the nature of genetic variation in complex traits, like swimming speed, wing shape and sex pheromones. This fundamental knowledge underpins predictions of the rate at which individual traits within the complex, multi-trait phenotype of organisms can evolve. We are particularly interested in understanding how historical adaptation might affect the ability of populations to adapt to changing conditions now and into the future. I’m interested in bringing evolutionary quantitative genetic tools to answer questions about natural and manipulated evolution in non-model species, in complex natural environments. I am passionate about training researchers in genetics and statistics, foundational skills for a range of careers addressing both applied and fundamental questions. I teach these skills to undergraduate and coursework Masters students, as well as research students ranging from undergraduate projects, through Honours and PhD.