Project

Developing Sustainable Angling Solution for Reef Fishing

Full Title: Refining and patenting a new multi-use product to promote sustainable angling and barotrauma reduction in the recreational reef fishery.
This project addresses critical issues in recreational reef fishing by developing a patentable multi-use product to promote sustainable angling practices and mitigate barotrauma, thereby enhancing fish survival rates. Recognizing the significance of the recreational sector in coastal economies and ecosystem management, the project aims to ensure the long-term viability of fishing activities while supporting local communities and maintaining ecological balance.
Lead Investigator: Victor Blanco, Florida Sea Grant Taylor County Extension Agent, University of Florida IFAS Extension victorblancomar@ufl.edu
Project Team: Hofstetter, Dan. Assistant Professor, Agricultural Operations Management. Agricultural and Biological Engineering Department. University of Florida IFAS.
Award Amount: $10,000
Year Funded: 2023
Award Period: 9/1/23-3/31/24
Project Abstract:

The project holds significant relevance in addressing several crucial issues within the realm of recreational reef fishing. Firstly, by focusing on refining a patentable new multi-use product, the project acknowledges the need for innovative solutions to promote sustainable angling practices. With increasing pressure on the world’s fisheries, it is imperative to develop tools that minimize negative impacts while ensuring the long-term viability of fishing activities. Secondly, the project’s emphasis on barotrauma reduction highlights a critical concern in recreational reef fishing. Barotrauma, a condition where fish experience organ damage due to changes in pressure, is a significant cause of mortality among released fish. By developing methods or technologies to mitigate barotrauma, this project aims to enhance fish survival rates and promote sustainable fishing practices.  Furthermore, the project’s recognition of the recreational reef fishery’s significance underscores its relevance. The recreational sector plays a vital role in coastal economies and ecosystem management. Ensuring the sustainability of reef fish populations, while simultaneously providing recreational opportunities, is crucial for maintaining the ecological balance and supporting local communities.  By integrating principles of sustainability, innovation, and conservation, this project brings forth a holistic approach to address pressing issues in recreational reef fishing. Its focus on refining and patenting a new multi-use product to promote sustainable angling and barotrauma reduction offers promising potential for minimizing environmental impact and fostering a more responsible and enjoyable fishing experience.

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