Biological diversity depends on the interplay between evolutionary diversification and
ecological mechanisms allowing species to coexist. Current research increasingly integrates …

Environments change, for both natural and anthropogenic reasons, which can threaten
species persistence. Evolutionary adaptation is a potentially powerful mechanism to allow …

Populations facing novel environments can persist by adapting. In nature, the ability to adapt
and persist will depend on interactions between coexisting individuals. Here we use an …

Adaptation often proceeds from standing variation, and natural selection acting on pairs of
populations is a quantitative continuum ranging from parallel to divergent. Yet, it is unclear …

To persist in a changing world, populations must adapt. The ability to adapt is influenced by
interactions with other species, such as predators. Recent experiments and theory suggest …

Populations can persist in directionally changing environments by evolving. Quantitative
genetic theory aims to predict critical rates of environmental change beyond which populations …

… Consequently, neo-W-bearing females obtain a different frequency of A alleles from mating
compared to ancestral (MM) females ( versus , respectively). This can inhibit or favour the …

Both body size and temperature directly influence consumer-resource dynamics. There is
also widespread empirical evidence for the temperature-size rule (TSR), which creates a …

Spatial patterns in genetic diversity are shaped by individuals dispersing from their parents
and larger-scale population movements. It has long been appreciated that these patterns of …

Novel environments can cause strong selection and rapid adaptation. The genetic basis of
such rapid adaptation tends to be composed of few loci of large effect. Current theory …