Twenty years ago, a seminal paper summarized the role of sexual selection in speciation as
the coordinated evolution of (male) courtship signals and (female) preferences leading to …

The rediscovery of Mendel's work showing that the heredity of phenotypes is controlled by
discrete genes was followed by the reconciliation of Mendelian genetics with evolution by …

The heterogeneous landscape of genomic variation has been well documented in
population genomic studies. However, disentangling the intricate interplay of evolutionary …

Geographic genetic differentiation measures are used for purposes such as assessing
genetic diversity and connectivity, and searching for signals of selection. Confirmation by …

Sympatric adaptive phenotypic divergence should be underlain by genomic differentiation
between subpopulations. When divergence drives similar patterns of phenotypic and …

When organisms experience secondary contact after allopatric divergence, genomic regions
can introgress differentially depending on their relationships with adaptation, reproductive …

Colonizing populations of alien invasive species are often unstable due to their small
population size, ongoing gene flow, and ongoing adaptation to local conditions. These …

Recently diverged taxa often exhibit heterogeneous landscapes of genomic differentiation,
characterized by regions of elevated differentiation on an otherwise homogeneous …

Littorina saxatilis is becoming a model system for understanding the genomic basis of
ecological speciation. The parallel formation of crab‐adapted ecotypes that exhibit partial …

Background & Aims Understanding the mechanisms underlying the formation of species is a
major task of ecological and evolutionary studies. Aided by the rapid development of …