Iteroparity occurs when organisms reproduce more than once, and is seen as a bet-hedging
reproductive strategy. Despite a wealth of research on iteroparous Atlantic salmon …

Populations may counteract lasting temperature changes or recurrent extremes through
plasticity or adaptation. However, it remains underexplored how outbreeding, either …

Age at maturity is a key life history trait involving a trade-off between survival risk and
reproductive investment, and is an important factor for population structures. In ectotherms, a …

Metabolic rates, including standard (SMR) and maximum (MMR) metabolic rate have often
been linked with life-history strategies. Variation in context-and tissue-level metabolism …

Efforts to understand the genetic underpinnings of phenotypic variation are becoming more
and more frequent in molecular ecology. Such efforts often lead to the identification of …

Organisms use resource allocation strategies to survive seasonal environmental changes
and life-history stage transitions. Earlier studies found a transcription cofactor, v gll3 …

Pre-harvest male maturation is problematic for Atlantic salmon (Salmo salar) farmers and is
regulated by the environment and genetics (eg, vgll3). Five families of all-male salmon parr …

Age at maturity is a major contributor to the diversity of life history strategies in organisms.
The process of maturation is influenced by both genetics and the environment, and includes …

Genomic structural variants (SVs) are now recognized as an integral component of
intraspecific polymorphism and are known to contribute to evolutionary processes in various …

Artificial selection, whether intentional or coincidental, is a common result of conservation
policies and natural resource management. To reduce unintended consequences of artificial …