This project aims to increase the knowledge base of early-stage propagation and rearing of aquaculture species by leveraging the unique resources of public aquariums. Specifically, we seek to utilize public aquariums’ biological resources to foster aquaculture development. Through p artnering two academic institutions with seven aquariums, the initiative focuses on developing and expanding broodstock systems for marine finfish species at public aquariums, many of commercial interest.
Our approach includes engaging aquariums in the collection of eggs from species spawning in their exhibits, thereby aiding in the expansion of dedicated broodstock systems. An important aspect of the project is enhancing the understanding of egg quality from eggs spawned on exhibit or in broodstock systems. By facilitating access to known spawning individuals and eggs, the project aims to jumpstart the development of new species for aquaculture.
This initiative highlights the potential of public aquariums as catalysts for aquaculture innovation. AZA has recently established a cooperative network for larval rearing and broodstock development. This project underscores the importance of collaborative efforts in bridging the gap between conservation-oriented research and commercial aquaculture applications, positioning public aquariums to help drive innovations in aquaculture species and contribute knowledge to new food fish culture species.
In this presentation, we will discuss how the cooperative model has been developed for Association of Zoos and Aquariums (AZA) member aquariums . This innovative model represents a significant shift in how public aquariums contribute to aquaculture, emphasizing collaborative breeding and rearing of marine species. We will explore the potential of public aquariums in developing new species for aquaculture, detailing how their unique environments and resources can be harnessed for sustainable aquaculture. Our work showcases the transformational role of public aquariums in advancing aquaculture.