Genomewide screens of genetic variation within and between populations can reveal signatures of selection implicated in adaptation and speciation. Genomic regions with low genetic diversity and elevated differentiation reflective of locally reduced effective population sizes (Ne) are candidates for barrier loci contributing to population divergence. Yet, such candidate genomic regions need not arise as a result of selection promoting adaptation or advancing reproductive isolation. Linked selection unrelated to lineage‐specific adaptation or population divergence can generate comparable signatures. It is challenging to distinguish between these processes, particularly when diverging populations share ancestral genetic variation. In this stud...
The formation of independent evolutionary lineages involves neutral and selective factors, and under...
Determining the relative roles of vicariance and selection in restricting gene flow between populati...
Recent technological developments allow investigation of the repeatability of evolution at the genom...
Closely related species may show similar levels of genetic diversity in homologous regions of the ge...
Uncovering the genetic basis of species diversification is a central goal in evolutionary biology. Y...
Comparative studies of closely related taxa can provide insights into the evolutionary forces that s...
Abstract Heterogeneous patterns of genomic differentiation are commonly documented between closely r...
Closely related species may show similar levels of genetic diversity in homologous regions of the ge...
The processes of adaptation and speciation are expected to shape genomic variation within and betwee...
Closely related species may show similar levels of genetic diversity in homologous regions of the ge...
One of the most striking and consistent results in speciation genomics is the heterogeneous divergen...
Closely related populations often display similar patternsof genomic differentiation, yet it remains...
The patterns of genomic divergence during ecological speciation are shaped by a combination of evolu...
Adaptation to new environments often occurs in the face of gene flow. Under these conditions, gene f...
The formation of independent evolutionary lineages involves neutral and selective factors, and under...
Determining the relative roles of vicariance and selection in restricting gene flow between populati...
Recent technological developments allow investigation of the repeatability of evolution at the genom...
Closely related species may show similar levels of genetic diversity in homologous regions of the ge...
Uncovering the genetic basis of species diversification is a central goal in evolutionary biology. Y...
Comparative studies of closely related taxa can provide insights into the evolutionary forces that s...
Abstract Heterogeneous patterns of genomic differentiation are commonly documented between closely r...
Closely related species may show similar levels of genetic diversity in homologous regions of the ge...
The processes of adaptation and speciation are expected to shape genomic variation within and betwee...
Closely related species may show similar levels of genetic diversity in homologous regions of the ge...
One of the most striking and consistent results in speciation genomics is the heterogeneous divergen...
Closely related populations often display similar patternsof genomic differentiation, yet it remains...
The patterns of genomic divergence during ecological speciation are shaped by a combination of evolu...
Adaptation to new environments often occurs in the face of gene flow. Under these conditions, gene f...
The formation of independent evolutionary lineages involves neutral and selective factors, and under...
Determining the relative roles of vicariance and selection in restricting gene flow between populati...
Recent technological developments allow investigation of the repeatability of evolution at the genom...