The efficacy of fisheries management strategies depends on stock assessment and
management actions being carried out at appropriate spatial scales. This requires …

Marine species often exhibit genetic discontinuities concordant with biogeographic
boundaries, frequently occurring due to changes in ocean circulation, bathymetry, coastline …

Advances in genomic methods now enable the study of wild populations and their
evolutionary history at an unprecedented level. The genotyping of many thousands of …

Understanding population structure is important for predicting the outcomes of
anthropogenic development, harvest, and environmental change on the abundance of …

The patterns of variation at 12 microsatellite loci are used to determine whether Snapper,
Chrysophrys auratus, is genetically homogeneous across its range in Western Australian …

Snapper Chrysophrys auratus is a high-value food fish in Australia targeted by both
commercial and recreational fisheries. Along the east coast of Australia, fisheries are …

Identifying fish stock structure is fundamental to pinpoint stocks that might contribute
colonizers to overfished stocks. However, a stock's potential to contribute to rebuilding …

Understanding fish movement is critical in determining the spatial scales in which to
appropriately manage wild populations. Genetic markers provide a natural tagging …

Understanding the drivers of dispersal among populations is a central topic in marine
ecology and fundamental for spatially explicit management of marine resources. The …

Domestication of teleost fish is a recent development, and in most cases started less than 50
years ago. Shedding light on the genomic changes in key economic traits during the …