The field of phylogeography continues to grow in terms of power and accessibility. Initially
uniting population genetics and phylogenetics, it now spans disciplines as diverse as …

Over the last decade, molecular systematics has undergone a change of paradigm as high-
throughput sequencing now makes it possible to reconstruct evolutionary relationships …

Phylogeography's objective—to understand the processes underlying the spatial and
temporal dimensions of genetic variation—underlies both the prominence and extensive …

Statistical phylogeographic studies contribute to our understanding of the factors that
influence population divergence and speciation, and that ultimately generate …

For three decades, comparative phylogeography has conceptually and methodologically
relied on the concordance criterion for providing insights into the historical/biogeographic …

Disagreement or conflict among phylogenetic hypotheses obtained by analysis of large,
genomewide data sets has incited debate over potential benefits, pitfalls, and best practices …

In the newly emerging field of statistical phylogeography, consideration of the stochastic
nature of genetic processes and explicit reference to theoretical expectations under various …

Current phylogenomic methods are still a long way from implementing a realistic genome
evolution model. An ideal approach would require a general joint analysis of genomic …

Phylogeography is a young, vigorous and integrative field of study that uses genetic data to
understand the history of populations. This field has recently expanded into many areas of …

Phylogenomics refers to the inference of historical relationships among species using
genome-scale sequence data and to the use of phylogenetic analysis to infer protein …