Glucocorticoid hormones (GCs) are central mediators of metabolism and the response to
challenges. Because circulating GC levels increase in response to challenges, within …

Comparative analyses have a long history of macro-ecological and-evolutionary
approaches to understand structure, function, mechanism and constraint. As the pace of …

Glucocorticoid (GC) hormones are important phenotypic mediators across vertebrates, but
their circulating concentrations can vary markedly. Here we investigate macroevolutionary …

Rates of human-induced environmental change continue increasing with human population
size, potentially altering animal physiology and negatively affecting wildlife. Researchers …

In recent decades, endocrinologists have increasingly adopted evolutionary methods and
perspectives to characterize the evolution of the vertebrate endocrine system and leverage it …

As part of mitonuclear communication, retrograde and anterograde signaling helps maintain
homeostasis under basal conditions. Basal conditions, however, vary across phylogeny. At …

Endocrine systems act as key intermediaries between organisms and their environments.
This interaction leads to high variability in hormone levels, but we know little about the …

Glucocorticoids (GCs) are metabolic hormones that regulate physiological and behavioural
responses to environmental change and mediate homeostasis maintenance in vertebrates …

Glucocorticoids (GCs) are stress hormones that can strongly influence physiology, behavior,
and an organism's ability to cope with environmental change. Despite their importance, and …

Conservation translocation is a common strategy to offset mounting rates of population
declines through the transfer of captive‐or wild‐origin organisms into areas where …