Topic:

From Scientific Breeding of Quality-Based Aquatic Seedlings to Sustainable Aquaculture

Abstract: 

Emerging sciences, forward-thinking technologies, and intelligent innovations are key to achieving sustainable development goals. Precision breeding technology can enhance the resilience of farmed species to natural disasters and diseases, increase production, and provide consumers with high-quality aquatic products. Additionally, it can improve breeding efficiency, reduce labor and space requirements, and shorten breeding cycles. This aligns the aquaculture industry with international trends and contributes to the United Nations' sustainable development goals and human food safety. The aquatic breeding team at National Taiwan Ocean University has been researching ways to improve fine varieties of Taiwan tilapia. Collaborating with industry and other fields, we have developed multiple assisted breeding technologies, selected and breeding quality-based breeds, and trained innovative teams. We also have a solid foundation of academic achievements and have filed for domestic and international patents. In the future, our research and development efforts will be applied to the aquaculture seedling industry through international cooperation to enhance competitiveness and sustainability in the global market. This research has significant value for producing high-quality human protein, which not only addresses global hunger but also impacts the economy, academia, and education.