To forecast extinction risks of natural populations under climate change and direct human
impacts, an integrative understanding of both phenotypic plasticity and adaptive evolution is …

Recent studies of cosmopolitan Drosophila populations have found hundreds to thousands
of genetic loci with seasonally fluctuating allele frequencies, bringing temporally fluctuating …

Over the past seventy-five years, long-term population studies of individual organisms in
their natural environments have been influential in illuminating how ecological and …

The rate of adaptive evolution, the contribution of selection to genetic changes that increase
mean fitness, is determined by the additive genetic variance in individual relative fitness. To …

Given the many small-effect loci uncovered by genome-wide association studies (GWAS),
polygenic scores have become central to genomic medicine, and have found application in …

Over the past 50 years conservation genetics has developed a substantive toolbox to inform
species management. One of the most long‐standing tools available to manage genetics …

Phenology, the seasonal timing of life events, is an essential component of diversity
patterns. However, the mechanisms involved are complex and understudied. Body colour …

Threats to species under climate change can be understood as a time at which the signal of
climate change in ecological processes emerges from the noise of ecosystem variability …

Phenology refers to the seasonal timing patterns commonly exhibited by life on Earth, from
blooming flowers to breeding birds to human agriculture. Climate change is altering abiotic …

Forms of phenotypic plasticity in key traits, and forms of selection on and genetic variation in
such plasticity, fundamentally underpin phenotypic, population dynamic, and evolutionary …