Although early‐life adversity has been associated with negative consequences during
adulthood, growing evidence shows that such adversity can also lead to subsequent stress …

Injurious pecking (IP) represents a serious concern for the welfare of laying hens (Gallus
gallus domesticus). The risk of IP among hens with intact beaks in cage-free housing …

Environmental conditions experienced by parent plants can influence offspring performance
through parental effects induced by DNA methylation. The offspring can also be influenced …

Species conservation in a rapidly changing world requires an improved understanding of
how individuals and populations respond to changes in their environment across temporal …

Attributes of natal habitat often affect early stages of natal dispersal. Thus, environmental
gradients at mountain slopes are expected to result in gradients of dispersal behavior and to …

A central goal of ecology is to understand how environmental variation affects populations.
Long-term studies of marked individuals can quantify the effects of environmental variation …

The natal environment can have long-term fitness consequences for individuals, particularly
via 'silver spoon'or 'environmental matching'effects. Invasive species could alter natal effects …

Developmental and adult environments can interact in complex ways to influence the fitness
of individuals. Most studies investigating effects of the environment on fitness focus on …

Early developmental nutrition profoundly influences phenotypic trajectories and affects adult
morphology, physiology, behaviour, longevity and fitness across taxa. During early life, the …

Conceptual and methodological advances in population and evolutionary ecology are often
pursued with the ambition that they will help identify demographic, ecological and genetic …