Project

Red Snapper Aquaculture Optimization

Full Title: Optimizing the Full Cycle Aquaculture Production of Red Snapper, Lutjanus campechanus, for Technology Transfer to the Private Sector

Project Abstract:

This project addresses the need for sustainable aquaculture practices by optimizing the full cycle production of red snapper, a species with significant commercial potential. By focusing on commercial-scale fingerling production, live shipping protocol development, and internal grow-out trials, the project aims to facilitate the transfer of aquaculture technology to the private sector. The methodology includes conditioning F1 broodstock, conducting spawning trials, and developing shipping protocols to ensure the viability of fingerlings. The expected outcomes include increased fingerling production, improved shipping methods, and enhanced grow-out performance, ultimately contributing to the development of a sustainable red snapper aquaculture industry. The project is anticipated to have a significant impact on the aquaculture sector by providing a model for commercial production and supporting the growth of sustainable fisheries.

The project focuses on optimizing the aquaculture production of red snapper to enable technology transfer to the private sector. By improving fingerling production, shipping protocols, and grow-out trials, it aims to support the development of a sustainable red snapper aquaculture industry.
Lead Investigator: Daniel Benetti, University of Miami, [email protected]
Project Team:

Mark Martindale, University of Florida – Whitney Marine Lab

Partner(s): University of Miami Experimental Hatchery, Horse Creek Aqua Farm, Whitney Laboratory for Marine Bioscience
Year Funded: 2022
Award Period: 02/01/2022 to 01/31/2024

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