Anticipating the genetic and phenotypic changes induced by natural or artificial selection
requires reliable estimates of trait evolvabilities (genetic variances and covariances) …

Growth, onset of maturity and investment in reproduction are key traits for understanding
variation in life-history strategies. Many environmental factors affect variation in these traits …

Selectivity of recreational angling on fish behaviour was studied by examining whether
capture order or lure type (natural v. artificial bait) in ice‐fishing could explain behavioural …

Inland fisheries are an important source of food and livelihood. However, the socio-
economic importance of inland fisheries is often undervalued and inadequately addressed …

The extensive exploitation of marine resources by modern fisheries (see the figure) has wide-
ranging effects on marine ecosystems. Across the world's oceans, size-selective harvesting …

In most fisheries, larger fish experience substantially higher mortality than smaller fish. Body
length, life history, and behavioral traits are often correlated, such that fisheries‐induced …

There is evidence that fisheries are altering the phenotypic composition of fish populations,
often in ways that may reduce the value of fish stocks for the exploiters. Despite the …

Intensive and size-selective harvesting is an evolutionary driver of life history as well as
individual behavioral traits. Yet whether and to what degree harvesting modifies the …

There is growing evidence that fishing causes evolution in life-history traits that affect the
productivity of fish stocks. Here we explore the impact of fisheries-induced evolution (FIE) on …

Anthropogenic perturbations such as harvesting often select against a large body size and
are predicted to induce rapid evolution toward smaller body sizes and earlier maturation …