Theory suggests that evolutionary changes in phenotypic plasticity could either hinder or
facilitate evolutionary rescue in a changing climate. Nevertheless, the actual role of evolving …

Many researchers have questioned the ability of biota to adapt to rapid anthropogenic
environmental shifts. Here, we synthesize emerging genomic evidence for rapid insect …

Highlights•Climate is changing fastest at high latitudes and in winter.•Phenological shifts in
response to climate change are common.•Warmer winters may influence spring phenology …

Various animals across the tree of life express some form of programmed dormancy (eg
hibernation, diapause) to maximize fitness in highly seasonal environments. The integrated …

Population genomics is advancing our understanding of evolution, ecology, conservation,
agriculture, forestry, and human health by allowing new and long-standing questions to be …

Photoperiodism is an adaptive response used by organisms to assess day length and
anticipate upcoming seasons and to coordinate their (or their offspring's) development and …

Understanding the genetic basis of pest adaptive evolution and the risk of adaptation in
response to climate change is essential for the development of sustainable agricultural …

Synchronizing the annual timing of physiological, morphological, and behavioral transitions
with seasons enables survival in temperate environments [1]. The capacity to adjust life …

Diapause is one of the most important traits that have sustained insects to thrive. To survive
harsh seasons, most insects can arrest their development and enter diapause. The …

The evolutionary forces shaping life history divergence within species are largely unknown.
Turquoise killifish display differences in lifespan among wild populations, representing an …