We use genomic tools to investigate the patterns and consequences of diversity loss in non-model species.

The genome is a dynamic reflection of an individual’s—and a population’s—evolutionary history, shaped by forces such as mutation, selection, drift, and gene flow. By analyzing genomic data across spatial, temporal, and taxonomic scales, we explore how genetic diversity is gained, maintained, or lost over time. Our work spans from detecting recent population bottlenecks to uncovering ancient admixture events, with the ultimate goal of understanding how evolutionary processes influence the resilience, adaptation, and long-term viability of species.

In addition to basic research, we collaborate closely with conservation managers in federal agencies, non-profit organizations, and local governments to translate genomic insights into actionable strategies. This includes co-developing genetic monitoring frameworks, informing species status assessments, and guiding management plans for threatened and endangered populations. By bridging evolutionary biology and applied conservation, we aim to ensure that cutting-edge genomic tools directly support the stewardship and recovery of biodiversity in a rapidly changing world.

Below we outline just some of our focal species and projects. The lab’s focus is on carnivores, but our collaborative projects include work on elephants, sharks, and reptiles.