Recent studies of cosmopolitan Drosophila populations have found hundreds to thousands
of genetic loci with seasonally fluctuating allele frequencies, bringing temporally fluctuating …

Growing evidence suggests that temporally fluctuating environments are important in
maintaining variation both within and between species. To date, however, studies of genetic …

Despite evolutionary biology's obsession with natural selection, few studies have evaluated
multigenerational series of patterns of selection on a genome-wide scale in natural …

Temporally fluctuating environmental conditions are a ubiquitous feature of natural habitats.
Yet, how finely natural populations adaptively track fluctuating selection pressures via shifts …

Fluctuations in the strength and direction of natural selection through time are a ubiquitous
feature of life on Earth. One evolutionary outcome of such fluctuations is adaptive tracking …

Allele frequencies can shift rapidly within natural populations. Under certain conditions,
repeated rapid allele frequency shifts can lead to the long‐term maintenance of …

We unified the recent literature with the goal to contribute to the discussion on how genetic
diversity might best be conserved. We argue that this decision will be guided by how …

Population genetic simulation has emerged as a common tool for investigating increasingly
complex evolutionary and demographic models. Software capable of handling high‐level …

In fungi, a phenomenon termed heterokaryon incompatibility restricts hyphal fusion to occur
within an individual since fusion between individuals leads to cell death. Generally, the …

Drosophila melanogaster living in temperate regions evolve as they track seasonal
fluctuations. Yet, we lack an understanding of the genetic architecture of seasonal adaptive …