Allan Raffard

This study shows that a few genes, not genome-wide diversity, drive ecological impacts of a freshwater fish on food webs and ecosystem functions.

This study examines how four Arctic charr populations respond to temperature changes, finding that colder populations show better survival under heat stress despite originating from cooler environments.

The paper examines phenotypic divergence in Arctic charr populations under contrasting environments, finding rapid changes in morphology, growth, and metabolism driven by plasticity and selection.

This study shows that warming and predation drive rapid evolution of ecosystem functioning but not functional traits in Asellus aquaticus over two years.

This study meta-analyzes over a thousand effect sizes to show that trait variability within populations influences ecological responses more strongly for physiology and behavior than morphology.