Larval dispersal and connectivity have important implications for fisheries management,
especially for species with life cycles influenced by ocean boundary currents. Giant Mud …

The vertical distributions of early developmental stages of oceanic fishes were investigated
across the tropical and equatorial Atlantic, from oligotrophic waters close to the Brazilian …

The stock structure of small pelagic fishes is difficult to determine due to their patchy
distribution and complex movement patterns. We integrate genetic, morphological, otolith …

Patterns in larval transport of coastal species have important implications for species
connectivity, conservation, and fisheries, especially in the vicinity of a strengthening …

Ocean currents play an important role in the movement and distribution of organisms and for
small animals it is often assumed that their movements in the ocean are determined by …

Estimating demographic changes in a population requires the measurement of some
minimal combination of several vital rates, including the flux of individuals into a population …

We explore the associations between larval fish assemblages and oceanographic
conditions in the upper ocean (top 200 m) along the African slope, from tropical (15° N) to …

Cyclonic eddies are diverse in their size, age, upwelling and behaviour, which has
significant implications for fisheries production and connectivity when they interact with the …

Across the world's oceans, western boundary currents are strengthening and warming faster
than the global average. This is expected to have large impacts on the distribution of pelagic …

Understanding fish movement in impounded river systems is important for fisheries
management. Otolith chemistry was used to examine walleye Sander vitreus (Mitchill) intra …