We reviewed 199 published data sets (21 species) to assess the relative frequency of
various density‐dependent processes in salmonids. We examined studies for the presence …

Declining body size is believed to be a universal response to climate warming and has been
documented in numerous studies of marine and anadromous fishes. The Salmonidae are a …

Several new growth models have been proposed to account for the life‐history trade‐offs
that occur when indeterminately growing species allocate energy between somatic growth …

Growth modelling is a fundamental component of fisheries assessments but is often
hindered by poor quality data from biased sampling. Several methods have attempted to …

Body size–dependent physiological effects of temperature influence individual growth,
reproduction, and survival, which govern animal population responses to global warming …

The first relatively complete landscape-scale social–ecological system (SES) model of a
recreational fishery was developed and ground-truthed with independent angling effort data …

Degree-days (DD) are a useful metric for describing the thermal scope for fish growth and
other physiological processes, but there is a lack of advice about how to calculate DD for a …

Plasticity, local adaptation and evolutionary trade‐offs drive clinal variation in traits
associated with lifetime growth. Disentangling the processes and determinants that cause …

The ability to adapt to changing environments is fundamental for species persistence. Both
plasticity and genetic selection are potential drivers that allow for traits to be advantageous …

Degree-days (DD) are an effective metric for quantifying the thermal opportunity for
ectotherm growth. There is strong empirical evidence to suggest that DD are useful for …