Many important questions in ecology and evolutionary biology can only be answered with
data that extend over several decades and answering a substantial proportion of questions …

Rapid climate change is likely to impose strong selection pressures on traits important for
fitness, and therefore, microevolution in response to climate‐mediated selection is …

Short-term evolutionary potential depends on the additive genetic variance in the
population. The additive variance is often measured as heritability, the fraction of the total …

The Lande equation forms the basis for our understanding of the short‐term evolution of
quantitative traits in a multivariate context. It predicts the response to selection as the product …

In studies of population ecology, demography and life history evolution, among-individual
differences in traits associated with survival and reproduction are often attributed to variation …

The ease of obtaining genotypic data from wild populations has renewed interest in the
relationship between individual genetic diversity and fitness‐related traits (heterozygosity …

Males and females share most of their genomes and express many of the same traits, yet the
sexes often have markedly different selective optima for these shared traits. This sexually …

Sociality is believed to have evolved as a strategy for animals to cope with their
environments. Yet the genetic basis of sociality remains unclear. Here we provide evidence …

The independent evolution of the sexes may often be constrained if male and female
homologous traits share a similar genetic architecture. Thus, cross-sex genetic covariance is …

Metrics derived from pedigrees are key to investigating several major issues in evolutionary
biology, including the quantitative genetic architecture of traits, inbreeding depression, and …