D. W. Weisrock

This study quantifies the role of abiotic factors over geographic distance in driving genetic divergence in direct-developing frogs along an elevation gradient.

This study investigates the speciation patterns in lemurs, revealing multiple diversification bursts and high genomic introgression rates, which contribute to their diversity and have implications for conservation.

The paper compares gut prokaryotic and microeukaryotic communities in lemurs, finding that microeukaryotes are not associated with host phylogeny, diet, or habitat, unlike prokaryotes.

This study examines population genomic variation and phenotypic responses to photoperiod in two invasive lady beetle species across their range expansions in North America.

The paper uses genetic data to show geographic isolation, not life history strategies, drives divergence in the tiger salamander complex.

This study uses genome-scale data to show that ice worm populations are genetically distinct due to ice sheet dynamics and long-distance dispersal mediated by birds.