I study how evolutionary history shapes genomic variation, which in turn affects the genetic health and long-term viability of animal populations, with a focus on applying genomics to real-world conservation and breeding challenges. My research integrates conservation genomics, evolutionary biology, and animal breeding to understand hybridization, inbreeding, and adaptation in endangered species. I develop and apply whole-genome approaches to inform conservation management and breeding decisions, working closely with zoos and in-situ conservation organizations. My work spans a wide range of threatened vertebrates, including pigs, red pandas, and Asian elephants, and aims to translate fundamental genomic insights into practical conservation solutions. I am an active science communicator and outreach advocate.
