My research contributes to broader insights into sexual selection, life-history evolution, and the potential impacts of environmental change on reproductive dynamics in natural populations.

Plants employ a suite of gene regulatory mechanisms that enable them to occupy a diverse range of environments and respond to ongoing perturbations.

Multilevel societies—where social groups show intergroup tolerance and repeatedly associate and merge with specific other groups—are among the most complex forms of social systems in vertebrates.

As genomic data have become increasingly cheap to generate, they have seen a range of new uses for understanding pest populations.

Phenotypic plasticity is an important adaptation for organisms that live under fluctuating environmental conditions.

In this presentation, I show that geographically widespread triploid parthenogenetic forms of the Australian gekkonid Heteronotia binoei are considerably diverse despite their clonal reproductive mode, with patterns of SNP variation consistent with two previously identified reciprocal hybrid origins and numerous backcrossing events.