Humans cause widespread evolutionary change in nature, but we still know little about the
genomic basis of rapid adaptation in the Anthropocene. We tracked genomic changes …

The interplay between divergence and phenotypic plasticity is critical to our understanding
of a species' adaptive potential under rapid climate changes. We investigated divergence …

Today most population genomic studies of nonmodel organisms either sequence a subset of
the genome deeply in each individual or sequence pools of unlabelled individuals. With a …

Environmental change is multidimensional, with local anthropogenic stressors and global
climate change interacting to differentially impact populations throughout a species' …

Background The degree of genetic differentiation among populations experiencing high
levels of gene flow is expected to be low for neutral genomic sites, but substantial …

Highly fecund marine species with dispersive life-history stages often display large
population sizes and wide geographic distribution ranges. Consequently, they are expected …

Different lines of evidence suggest that the occurrence and extent of local adaptation in high
gene flow marine environments–even in mobile and long‐lived vertebrates with complex life …

The study of local adaptation in the presence of ongoing gene flow is the study of natural
selection in action, revealing the functional genetic diversity most relevant to contemporary …

One of the biggest challenges in population genetics of marine species is to uncover subtle
phylogeographic patterns masked by large effective population sizes and/or high gene flow …

Understanding the extent of local adaptation is critical for conservation and restoration
planning in an era of environmental change. Adaptive differentiation among populations …