… tolerance and provides a basis for refining models by linking evolution and … the rapid
evolution of carbon-use efficiency will provide a mechanistic explanation for thermal adaptation in …

… Rapid evolution in response to environmental change will likely be a driving force determining
the distribution of species across the biosphere in coming decades. This is especially true …

… of studying historical and potential evolutionary rates in substantial … rapid evolution. Recent
research demonstrates the utility of comparative methods for studying rates of trait evolution, …

… reconstruct evolution in plants 21 . By using resurrection ecology to study rapid evolution in
nature, we have circumvented potential artefacts associated with experimental evolution trials…

… thermal environments drive the evolution of … evolutionary adaptive potential of natural
species. In this study, we tested for mechanistic evidence of evolutionary thermal adaptation …

… responses of sufficient magnitude to permit adaptation to a changed thermal regime. … of
rapid evolution in response to climate change. The exceptionally high rates of evolution we …

… growth rate in thermally adapted populations after 460 … that thermal adaptation is possible
after only ~80 generations (2.5 years) of selection in Symbiodinium C1. Such rapid adaptation …

… Here, we consider the evolution of thermal traits in amphibians and nonavian reptiles (hereafter,
reptiles), two vertebrate ectotherm lineages of key concern under climate change (Diele-…

… species extinctions (‘evolutionary rescue’). Here, we review theoretical models of rapid
evolution in quantitative traits that can shed light on the potential for adaptation to a changing …

… We also found evidence of evolved plasticity as the slope of the response to warmer and …
of rapid evolution of thermal tolerances, and suggests the importance of including evolutionary …