The identification of fish species using otolith shape has been common in many fields of the
marine science. Different analytical processes can be applied for the morphological …

A better understanding of the stock structure of yellowfin tuna (Thunnus albacares) in the
Indian Ocean is needed to ensure the sustainable management of the fishery. In this study …

The blue skate (Dipturus batis) has a patchy distribution across the North‐East Atlantic
Ocean, largely restricted to occidental seas around the British Isles following fisheries …

Identifying the mechanisms maintaining population structure in marine fish species with
more than a single dispersing life stage is challenging because of the difficulty in tracking all …

The construction of ports has caused substantial habitat destruction in coastal areas
previously used as nursery grounds by many fish species, with consequences to fish stocks …

Understanding life stage connectivity is essential to define appropriate spatial scales for
fisheries management and develop effective strategies to reduce undersized bycatch …

Connectivity processes have major implications in defining the resiliency of fish populations
to overexploitation. A preliminary estimate of population exchange rates can be done by …

In fisheries science, it is important to understand the population dynamics of commercial
species and also their movements from the nursery to the population, especially for juvenile …

Greenland Halibut (Reinhardtius hippoglossoides) is a deepwater flatfish having a
circumpolar distribution. Understanding the spatial connectivity and migratory patterns of this …

Introduction Ocean habitat characteristics change with depth. This is due to physical
properties such as light, temperature and hydrostatic pressure, but also species community …