Interested in joining our group? Over the next year I’ll be taking on students and postdoctoral researchers in a variety of research themes. Get in touch! Before you do, please explore this site to see if your interests are a good fit with our mission and find our more about joining Biology at the University of Alberta here. Also see the Opportunities page for specific postings and projects.
I study the causes and consequences of biodiversity change in marine ecosystems, in service of developing science-based tools for conserving natural resources under global change. My interests span a range of topics including biological invasion, climate effects on fisheries, and ecosystem restoration. Prior to the University of Alberta, I was a Banting Fellow at the Center for Ocean Solutions at Stanford University and a David H. Smith Conservation Research Fellow at Oregon State University.
I study the effect of restoration activities on community dynamics and ecosystem assemblage using coral reefs as a model ecosystem. My interest in applied science is to create tools for conservation practitioners, while working with diverse collaborators to create sustainable conservation and restoration solutions. Prior to the University of Alberta, I completed research internships at the Coral Health and Disease Lab at Mote Mote Marine Laboratories in Sarasota, FL, and at Cape Eleuthera Institute in the Bahamas. My undergraduate research at the Marine Macroecology and Biogeochemistry Lab at Mount Allison University focused on quantifying major macromolecular pools in a dominant Arctic phytoplankton strain. I am passionate about diversity and inclusion in science, science communication, and tiny but vital organisms (ie corals, algae, and lichen!)
I study the ecological and environmental drivers of invasive lionfish (Pterois volitans) movement among invaded coral reefs in St. Croix, USVI. My project entails implanting lionfish with internal acoustic transmitters within a Vemco Positioning System and will yield fine-scale movement patterns among habitat patches in relation to gradients of abiotic conditions, resource availability, and competition.