Climate change has often led to unequal shifts in the seasonal timing (phenology) of
interacting species, such as consumers and their resource, leading to phenological …

Organisms adapt to daily and seasonal environmental changes to maximise their metabolic
and reproductive fitness. For seasonally breeding animals, photoperiod is considered the …

It is widely accepted that recent increases in environmental temperature have had a causal
effect on changing life histories; however, much of the evidence for this is derived from long …

We investigated the temperature effects on hypothalamic transcription of genes involved in
the induction of photoperiodic response in redheaded buntings. Birds were exposed at 22 …

In seasonal environments, fluctuating early‐season weather conditions and short breeding
windows limit reproductive opportunities such that breeding earlier or later than the optimum …

Seasonal shifts in environmental conditions provide predictable cues to which organisms
can respond in adaptive ways. For example, seasonal changes in temperature can induce …

Identifying the environmental drivers of variation in fitness‐related traits is a central objective
in ecology and evolutionary biology. Temporal fluctuations of these environmental drivers …

Climate is an important driver of changes in animal population size, but its effect on the
underlying demographic rates remains insufficiently understood. This is particularly true for …

Dynamic population models typically aim to predict demography and the resulting
population dynamics in relation to environmental variation. However, they rarely include the …

Habitat conversion and climate change are fundamental drivers of biodiversity loss
worldwide but are often analyzed in isolation. We used a continental-scale, decades-long …