Fisheries genomics is an emerging field that advocates the application of genomic tools to
address questions in fisheries management. Genomic approaches bring a new paradigm for …

Body size acts as a proxy for many fitness-related traits. Body size is also subject to
directional selection from various anthropogenic stressors such as increasing water …

Fisheries management relies on various catch and effort controls to preserve spawning
stock biomass and maximize sustainable yields while limiting fishery impacts on marine …

Recently, there has been growing recognition that fish harvesting practices can have
important impacts on the phenotypic distributions and diversity of natural populations …

The extent and rate of harvest‐induced genetic changes in natural populations may impact
population productivity, recovery, and persistence. While there is substantial evidence for …

Marine ecosystem models have been used to project the impacts of climate-induced
changes in temperature and oxygen on biodiversity mainly through changes in species …

Fishing may induce neutral and adaptive evolution affecting life‐history traits, and molecular
evidence has shown that neutral genetic diversity has declined in some exploited …

Fisheries induce one of the strongest anthropogenic selective pressures on natural
populations, but the genetic effects of fishing remain unclear. Crucially, we lack knowledge …

Current fisheries management pays little attention to fisheries‐induced evolution. Methods of
exploitation that have benefits in the short term while ameliorating selection in the longer …

Fish populations subject to heavy exploitation are expected to evolve over time smaller
average body sizes. We introduce Stackelberg evolutionary game theory to show how …