A lack of optimal gene combinations, as well as low levels of genetic diversity, is often
associated with the formation of species range margins. Conservation efforts rely on …

The maintenance of species boundaries despite interspecific gene flow has been a
continuous source of interest in evolutionary biology. Many hybridizing species have porous …

Reintroductions are a powerful tool for the recovery of endangered species. However, their
long‐term success is strongly influenced by the genetic diversity of the reintroduced …

As habitat loss, introduced predators, and disease epidemics threaten species worldwide,
translocation provides one of the most powerful tools for species conservation. However …

Interactions between extrinsic factors, such as disruptive selection and intrinsic factors, such
as genetic incompatibilities among loci, often contribute to the maintenance of species …

How species' ranges evolve remains an enduring problem in ecology and evolutionary
biology. Species' range limits are potentially set by the inability of peripheral populations to …

Whole‐genome sequencing is revolutionizing our understanding of organismal biology,
including adaptations likely to influence demographic performance in different …

Invasive hybridization is causing loss of biodiversity worldwide. The spread of such
introgression can occur even when hybrids have reduced Darwinian fitness, which …

Assisted gene flow interventions such as plant translocations are valuable complementary
techniques to habitat restoration. Bringing new genetic variants can contribute to increasing …

Characterizing the processes underlying reproductive isolation between diverging lineages
is central to understanding speciation. Here, we present RIDGE—Reproductive Isolation …