Climate change is altering ecological and evolutionary processes across biological scales.
These simultaneous effects of climate change pose a major challenge for predicting the …

Evolutionary rescue may allow species to survive environmental change, but how this
mechanism operates in food webs is poorly understood. Here, the evolutionary rescue was …

Understanding the interplay between ecological processes and the evolutionary dynamics
of quantitative traits in natural systems remains a major challenge. Two main theoretical …

An evolutionarily stable strategy (ESS) is an evolutionary strategy that, if adapted by a
population, cannot be invaded by any deviating (mutant) strategy. The concept of ESS has …

Most research on eco‐evolutionary feedbacks focuses on ecological consequences of
evolution in a single species. This ignores the fact that evolution in response to a shared …

The transformation of ecosystems proceeds at unprecedented rates. Recent studies suggest
that high rates of environmental change can cause rate-induced tipping. In ecological …

Empirical time series of interacting entities, eg, species abundances, are highly useful to
study ecological mechanisms. Mathematical models are valuable tools to further elucidate …

Evolutionary biology was previously considered a historical science with predictions about
evolutionary trajectories believed to be near impossible. The development of high …

Body size is a fundamental trait linked to many ecological processes—from individuals to
ecosystems. Although the effects of body size on metabolism are well‐known, the potential …

The coevolution of predators and prey has been the subject of much empirical and
theoretical research that produced intriguing insights into the interplay of ecology and …