Variation between and within individuals in life history traits is ubiquitous in natural
populations. When affecting fitness‐related traits such as survival or reproduction, individual …

Climate change and human activities have dramatically affected all ecosystems inhabited by
Atlantic salmon, causing drastic population declines. Change in river temperature dynamics …

Forms of phenotypic plasticity in key traits, and forms of selection on and genetic variation in
such plasticity, fundamentally underpin phenotypic, population dynamic, and evolutionary …

Organisms can gain information about their environment from their ancestors, their parents
or their own personal experience.'Cue integration'models often start with the simplifying …

Facing climate change (CC), species are prone to multiple modifications in their
environment that can lead to extinction, migration or adaptation. Identifying the role and …

Expression of phenotypic plasticity depends on reaction norms adapted to historic selective
regimes; anthropogenic changes in these selection regimes necessitate contemporary …

Populations composed of individuals descended from multiple distinct genetic lineages
often feature significant differences in phenotypic frequencies. We considered hatchery …

Many species are capable of facultative migration, but the relative roles of extrinsic vs.
intrinsic factors in generating diverse migratory tactics remain unclear. Here we explore the …

With rapid global change, organisms in natural systems are exposed to a multitude of
stressors that likely co‐occur, with uncertain impacts. We explored individual and cumulative …

Many traits are phenotypically plastic, ie the same genotype expresses different phenotypes
depending on the environment. Genotypes and individuals can vary in their response to the …