Genetic correlations between traits determine the multivariate response to selection in the short term, and thereby play a causal role in evolutionary change. While individual studies have documented environmentally induced changes in genetic correlations, the nature and extent of environmental effects on multivariate genetic architecture across species and environments remain largely uncharacterized. We reviewed the literature for estimates of the genetic variance-covariance (G) matrix in multiple environments, and compared differences in G between environments to the divergence in G between conspecific populations (measured in a common garden). We found that the predicted evolutionary trajectory differed as strongly between environments a...
Evolutionary potential for adaptation hinges upon the orientation of genetic variation for traits un...
Genetic correlations for a trait across environments are predicted to decrease as environments diver...
The multivariate evolution of populations is the result of the interactions between natural selectio...
Genetic correlations between traits determine the multivariate response to selection in the short te...
The matrix of genetic variances and covariances (G matrix) represents the genetic architecture of mu...
The additive genetic variance-covariance matrix (G) summarizes the multivariate genetic relationship...
The additive genetic variance–covariance matrix (G) summarizes the multivariate genetic relationship...
Seasonal time constraints are usually stronger at higher than lower latitudes and can exert strong s...
Given the pace at which human-induced environmental changes occur, a pressing challenge is to determ...
Environmentally covarying local adaptation is a form of cryptic local adaptation in which the covari...
Genetic correlations for a trait across environments are predicted to decrease as environments diver...
Dataset: Results of meta-analysis on CovGE in phenotypic resultsCovariance can exist between the gen...
Phenotypic traits do not always respond to selection independently from each other and often show co...
When organisms are faced with new or changing environments, a central challenge is the coordination ...
Quantitative genetics provides a powerful framework for studying phenotypic evolution and the evolut...
Evolutionary potential for adaptation hinges upon the orientation of genetic variation for traits un...
Genetic correlations for a trait across environments are predicted to decrease as environments diver...
The multivariate evolution of populations is the result of the interactions between natural selectio...
Genetic correlations between traits determine the multivariate response to selection in the short te...
The matrix of genetic variances and covariances (G matrix) represents the genetic architecture of mu...
The additive genetic variance-covariance matrix (G) summarizes the multivariate genetic relationship...
The additive genetic variance–covariance matrix (G) summarizes the multivariate genetic relationship...
Seasonal time constraints are usually stronger at higher than lower latitudes and can exert strong s...
Given the pace at which human-induced environmental changes occur, a pressing challenge is to determ...
Environmentally covarying local adaptation is a form of cryptic local adaptation in which the covari...
Genetic correlations for a trait across environments are predicted to decrease as environments diver...
Dataset: Results of meta-analysis on CovGE in phenotypic resultsCovariance can exist between the gen...
Phenotypic traits do not always respond to selection independently from each other and often show co...
When organisms are faced with new or changing environments, a central challenge is the coordination ...
Quantitative genetics provides a powerful framework for studying phenotypic evolution and the evolut...
Evolutionary potential for adaptation hinges upon the orientation of genetic variation for traits un...
Genetic correlations for a trait across environments are predicted to decrease as environments diver...
The multivariate evolution of populations is the result of the interactions between natural selectio...