Stochastic simulation is a key tool in population genetics, since the models involved are
often analytically intractable and simulation is usually the only way of obtaining ground-truth …

We discuss the genetic, demographic, and selective forces that are likely to be at play in
restricting observed levels of DNA sequence variation in natural populations to a much …

Many features of virus populations make them excellent candidates for population genetic
study, including a very high rate of mutation, high levels of nucleotide diversity, exceptionally …

Highly fecund natural populations characterized by high early mortality abound, yet our
knowledge about their recruitment dynamics is somewhat rudimentary. This knowledge gap …

A long-standing paradox of marine populations is chaotic genetic patchiness (CGP),
temporally unstable patterns of genetic differentiation that occur below the geographic scale …

The standard neutral model of molecular evolution has traditionally been used as the null
model for population genomics. We gathered a collection of 45 genome-wide site frequency …

The recent increase in time-series population genomic data from experimental, natural, and
ancient populations has been accompanied by a promising growth in methodologies for …

We consider a simple diploid population-genetic model with potentially high variability of
offspring numbers among individuals. Specifically, against a backdrop of Wright–Fisher …

General genealogical processes such as Λ-and Ξ-coalescents, which respectively model
multiple and simultaneous mergers, have important applications in studying marine species …

Adaptation enables natural populations to survive in a changing environment.
Understanding the mechanics of adaptation is therefore crucial for learning about the …