A coordinated biobank alliance for the zoological and conservation community

Rachel A. Johnston, Lisa Moses, Danica Wolfe, Megan E. Brown, Asako Y. Chaille, Jennifer D’Agostino, Marietta D. Danforth, Jimmy Erkens, Alex J. Garretson, Diane P. Genereux, John A. Griffioen, Shelly Grow, Katherine D. Heineman, Adrienne Horrigan, Christina Hvilsom, Debbie Johnson, Elinor K. Karlsson, Jennifer R. Kropf, Kim Labuschagne, Paula M. Mackie, Carla B. Madelaire, Anna Mekarska, Sarah U. Morton, Piper Mullins, Francis J. Oliaro, Tahlia Perry, Budhan S. Pukazhenthi, Andrea S. Putnam, Tanya M. Salvey, Rachel Thompson, Andrew C. Richardson, M. Kameron Roth, Cynthia C. Steiner, Andrew W. Torrance, Gregory J. Watkins-Colwell, Michelle White, Eric J. Baitchman

With dramatic advancements in biological data generation, genetic rescue and reproductive technologies, and inter-institutional coordination of care across entire animal populations, zoos, aquariums, and their collaborators are uniquely positioned to lead population-wide research benefiting animal wellbeing and species survival. However, procedural and inter-institutional barriers make it exceedingly difficult to access existing zoological biospecimens and data at scale. To address this, the Zoonomics Working Group, representing diverse roles across three zoological associations (AZA, EAZA, WAZA), proposes a biodiversity biobank alliance that develops and delivers shared resources to support the collection, storage, and sharing of biological samples and associated data across the zoological and conservation community. By biobank alliance, we mean a community-guided effort that develops shared resources, standards, ethos, and practices for collecting, storing, and sharing biological samples and associated data voluntarily through transparent processes, consistent with professional accreditation standards and international best practices. While initially focused on addressing the needs and regulatory landscape of U.S. institutions, the alliance is designed to create frameworks that are adaptable and adoptable for international expansion. Such a framework would help the zoological community navigate the ethical, legal, and practical challenges of managing biospecimen collections, making access more efficient, reliable, and robust. Achieving this vision requires collective agreement on ethical principles such as reciprocity, transparency, and data stewardship, ensuring that research is both feasible and proactively supported. Such coordination will drive advances in fundamental biology and accelerate progress in animal health, welfare, management, and biodiversity conservation.