Resolving stock structure is crucial for fisheries conservation to ensure that the spatial
implementation of management is commensurate with that of biological population units. To …

Spiny lobster species are ecologically important and highly prized as seafood globally.
Populations of spiny lobsters have been impacted by overfishing, the harvesting of juveniles …

The natural populations of the marine mussel Mytilus chilensis and the associated
aquaculture industry forms a sensitive social-ecological system that relies on the released …

Genome-wide, single nucleotide polymorphism (SNP) ty** can improve the management
of valuable marine species by delineating finer scale population structure compared with …

Clonality is common in many aquatic plant species, including seagrasses, where
populations are maintained through a combination of asexual and sexual reproduction. One …

A rapidly growing human population is increasingly relying on seafood as a source of
protein and other essential nutrients. Bivalve shellfish, both from wild populations and …

The sandfish, Holothuria scabra is a commercially important fishery and aquaculture species
contributing to the high-value sea cucumber industry. Overexploited across many areas …

The genomic revolution has provided powerful insights into the biology and ecology of many
non-model organisms. Genetic tools have been increasingly applied to marine lobster …

Develo** reliable tools to trace food origin represents a major goal for producers and
control authorities. Here, we test the hypothesis whether NGS-generated data could provide …

Background Evolutionary divergence and speciation often occur at a slower rate in the
marine realm due to the higher potential for long-distance reproductive interaction through …