Dispersal is a central process in ecology and evolution. At the individual level, the three
stages of the dispersal process (ie, emigration, transience and immigration) are affected by …

Many important questions about the history and dynamics of organisms have a geographical
component: How many are there, and where do they live? How do they move and interbreed …

Real geography is continuous, but standard models in population genetics are based on
discrete, well-mixed populations. As a result, many methods of analyzing genetic data …

Phylogeographic inference allows reconstruction of past geographical spread of pathogens
or living organisms by integrating genetic and geographic data. A popular model in …

Statistical phylogeography provides useful tools to characterize and quantify the spread of
organisms during the course of evolution. Analyzing georeferenced genetic data often relies …

A number of methods commonly used in landscape genetics use an analogy to electrical
resistance on a network to describe and fit barriers to movement across the landscape using …

The introduction of the spatial Lambda-Fleming–Viot model (Λ V) in population genetics was
mainly driven by the pioneering work of Alison Etheridge, in collaboration with Nick Barton …

Genetic monitoring estimates temporal changes in population parameters from molecular
marker information. Most populations are complex in structure and change through time by …

Genetic estimates of effective population size (N e) are an established means to develop
informed conservation policies. Another key goal to pursue the conservation of endangered …

BPEC is an R package for Bayesian Phylogeographic and Ecological Clustering which
allows geographical, environmental and phenotypic measurements to be combined with …