Guillaume Evanno

This study quantifies the balance between local adaptation and gene flow in hierarchically structured Atlantic salmon populations using SNP data and spatial genetic analysis.

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.

The paper quantifies origin-dependent fitness differences in Atlantic salmon by analyzing reproductive success of local and immigrant individuals over 15 years.

The paper identifies genomic architectures associated with parasitism loss in lampreys, showing distinct genomic features across different ecotypes and highlighting independent evolutionary paths.

The paper identifies chalk river salmon in southern England and northern France as genetically distinct and proposes they be classified as a subspecies due to local adaptation and unique genetic diversity.