Understanding the genetic basis of climatic adaptation is essential for predicting species'
responses to climate change. However, intraspecific variation of these responses arising …

When the drivers of biological turnover in space are the same as those that drive turnover
through time, space can be substituted for time to model how patterns of variation are …

The effects of genetic introgression on species boundaries and how they affect species'
integrity and persistence over evolutionary time have received increased attention. The …

Understanding how geographic and environmental heterogeneity drive local patterns of
genetic variation is a major goal of ecological genomics and a key question in evolutionary …

Abstract Key message Tetracentron sinense Oliver, an endangered species from China,
displays a low within-population genetic diversity and high genetic differentiation among …

Genomics has great potential to advance understanding of amphibian evolution, ecology,
and behavior, as well as to improve conservation of this highly imperiled class of …

Understanding the genetic mechanisms underlying particular adaptations/phenotypes of
organisms is one of the core issues of evolutionary biology. The use of genomic data has …

Environmental gradients constrain physiological performance and thus species' ranges,
suggesting that species occurrence in diverse environments may be associated with local …

The ecological effects of climate change have been shown in most major taxonomic groups;
however, the evolutionary consequences are less well‐documented. Adaptation to new …

The metabolic cold adaptation (MCA) hypothesis predicts an increase in metabolic rate and
thermal sensitivity of poikilotherms from cold environments as compared to those from warm …