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 …

Understanding the evolutionary responses of anadromous salmon and trout to climate
change is critical for effective conservation planning. In this study, we conducted a …

Understanding the processes that link genotype to phenotype is a central challenge in
biology. Despite progress in discovering genes associated with ecologically relevant traits, a …

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

Temperature exerts a fundamental influence across scales of biology, from the biophysical
nature of molecules, to the sensitivity of cells, and the coordinated progression of …

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 …

Evolution of phenotypic plasticity requires genotype–environment interaction. The discovery
of two large‐effect loci in the vgll3 and six6 genomic regions associated with the number of …

Complex traits often exhibit complex underlying genetic architectures resulting from a
combination of evolution from standing variation, hard and soft sweeps, and alleles of …

The environment experienced by a female influences reproductive traits in many species of
fish. Environmental factors such as temperature and diet are not only important mediators of …

Large effects loci often contain genes with critical developmental functions with potentially
broad effects across life-stages. However, the life-stage-specific fitness consequences are …