Abstract The European sardine (Sardina pilchardus) is under intense fishing pressure and
exhibits distributional/abundance shifts linked to environmental change. The current …

Aim Globally distributed pelagic fishes are typified by very low to negligible genetic
differentiation at oceanic scales arising from high gene flow and (or) large population sizes …

Genomic information can aid in the establishment of sustainable management plans for
commercially exploited marine fishes, aiding in the long‐term conservation of these …

Many shark species are at risk of overexploitation due to their high economic value, slow
maturation, and low recruitment compared to most teleosts. However, there is insufficient …

Oyster reef habitats are critical to coastal biodiversity and their decline has prompted
restoration efforts in Australia. Knowledge gaps exist regarding the population structure and …

In the present study, five loci (mitochondrial and nuclear) were sequenced to determine the
genetic diversity, population structure, and demographic history of populations of the …

Population structuring in the northern shrimp (Pandalus borealis) in the North Sea area
(including Fladen and Skagerrak) was studied by microsatellite DNA analyses. Screening …

An essential prerequisite of a sustainable fisheries management is the matching of
biologically relevant processes and management action. In fisheries management and …

Determining the genetic diversity and differentiation among populations is a critical element
of conservation biology, but for many aquatic, data-deficient species with small population …

Understanding patterns of dispersal and connectivity among marine populations can directly
inform fisheries conservation and management. Advances in high‐throughput sequencing …