P. A. Eyer

The paper integrates morphological, genetic, and ecological data to delimit species within the harvester ant genus Messor in Israel, identifying three new species and two elevated subspecies.

This study compares the colony structure and spatial distribution of two termite species in an urban environment, revealing differences in breeding systems and foraging ranges.

This study shows that reduced cuticular hydrocarbons in Nylanderia fulva ants impair nestmate discrimination but contribute to their ecological success through monopolization.

The paper investigates how genetic diversity and paternal origin affect pathogen resistance in Cataglyphis desert ants, finding that mixed patrilines enhance resistance but genetic diversity alone does not.

This study compares the population genetics and breeding structure of the ant Tapinoma sessile in urban and natural environments, finding urban colonies exhibit extreme polygyny and polydomy while natural populations show genetic differentiation.

The paper examines the genetic structure and mating system of Melissotarsus ants, showing single-queen colonies with genetic differentiation even on the same tree.