A simple agent‐based model is presented that produces results matching the experimental
data found by Lenski's group for≤ 50,000 generations of Escherichia coli bacteria under …

By investigating evolutionary adaptations that change physiological functions, we can
enhance our understanding of how organisms work, the importance of physiological traits …

The pace of tree microevolution during Anthropocene warming is largely unknown. We used
a retrospective approach to monitor genomic changes in oak trees since the Little Ice Age …

Human‐altered environments can shape the evolution of organisms. Fungi are no
exception, although little is known about how they withstand anthropogenic pollution. Here …

Evolutionary processes driving physiological trait variation depend on the underlying
genomic mechanisms. Evolution of these mechanisms depends on the genetic complexity …

To better understand temperature's role in the interaction between local evolutionary
adaptation and physiological plasticity, we investigated acclimation effects on metabolic …

A decade of genetic association studies in multiple organisms suggests that most complex
traits are polygenic; that is, they have a genetic architecture determined by numerous loci …

Cultured Atlantic salmon Salmo salar are of international socioeconomic value, and the
process of domestication has resulted in significant behavioural, morphological, and allelic …

Physiological trait variation underlies health, responses to global climate change, and
ecological performance. Yet, most physiological traits are complex, and we have little …

Adaptation to environmental change requires that populations harbor the necessary genetic
variation to respond to selection. However, dispersal‐limited species with fragmented …