The idea that individual differences in behavior and physiology can be partly understood by
linking them to a fast-slow continuum of life history strategies has become popular in the …

A growing body of empirical work supports and informs the role of genetic variation and
contemporary evolution in shaping ecological dynamics at the population, community and …

Current understanding of life‐history evolution and how demographic parameters contribute
to population dynamics across species is largely based on assumptions of either constant …

Understanding how multiple extrinsic (density‐independent) factors and intrinsic (density‐
dependent) mechanisms influence population dynamics has become increasingly urgent in …

Identifying the demographic parameters (eg, reproduction, survival, dispersal) that most
influence population dynamics can increase conservation effectiveness and enhance …

Recent study of feedbacks between ecological and evolutionary processes has renewed
interest in population regulation and density-dependent selection because they represent …

Characterising the extent and sources of intraspecific variation and their ecological
consequences is a central challenge in the study of eco‐evolutionary dynamics. Ecological …

Classic theory for density-dependent selection for delayed maturation requires that a
population be regulated through some combination of adult fecundity and/or juvenile …

Theoretical models of life‐history evolution predict a continuum of fast to slow life histories,
yet most of empirical support for this theory comes from studies that have considered …

In prior research, we found the way guppy life histories evolve in response to living in
environments with a high or low risk of predation is consistent with life-history theory that …