Recent advances in the application of stock identification methods have revealed
inconsistencies between the spatial structure of biological populations and the definition of …

Sustainable management of wild fisheries requires accurate delineation of reproductively
isolated stocks to avoid depletion of a commercially and ecologically important resource …

In principle, the spatial extent of fishery stock assessment should reflect the biological
population, and major fishing patterns or population heterogeneity within the area should be …

The majority of trawl selectivity studies for the three redfish species of particular commercial
importance in North Atlantic fisheries: Sebastes marinus, Sebastes mentella and Sebastes …

The chemical composition of calcified structures in fish (otoliths, spines, rays, scales, and
vertebrae) has been identified as a useful natural marker of stock structure. This application …

Understanding the processes shaping population structure and reproductive isolation of
marine organisms can improve their management and conservation. Using genomic …

Redfish (Sebastes mentella and S. fasciatus) are back at spectacular record high levels in
the Gulf of St. Lawrence (GSL) and the effects of this massive resurgence on other …

As a result of ocean warming, the species composition of the Arctic seas has begun to shift
in a boreal direction. One ecosystem prone to fauna shifts is the Northeast Greenland shelf …

As the majority of marine organisms are water-breathing ectotherms, temperature and
dissolved oxygen are key environmental variables that influence their fitness and …

Genetic population structure is often used to identify management units in exploited species,
but the extent of genetic differentiation may be inflated by geographic variation in the level of …