Given the increasing competition for marine resources, regulatory strategies that benefit multiple stakeholders are increasingly important. Offshore wind power generating facilities are becoming more common in the marine environment and alter the characteristics of the fisheries in the surrounding area. Floating wind turbines can act as fish aggregating devices (FAD), thereby increasing the catchability for some species. Many marine recreational fisheries are open access without effort restrictions; therefore, control of total harvest is difficult. Creating a limited entry recreational fishery and excluding commercial fishing from the area surrounding offshore wind turbines may aid in controlling total harvest and may benefit several important stakeholder groups: (1) recreational and commercial fishermen in terms of higher recreational catch rates and potentially higher overall yield, (2) fisheries managers in terms of more precise control of recreational fisheries harvest, and (3) owners of offshore wind power facilities in terms of reduced risk of damage to infrastructure due to fishing activity. We discuss the compatibility of wind power facilities and fisheries, conditions conducive to this compatibility, and provide an example from a proposed offshore wind power facility in the Adriatic Sea and its potential to affect the fisheries management there, particularly for bluefin tuna (Thunnus thynnus).
The Potential Compatibility of Offshore Wind Power and Fisheries: An Example using Bluefin Tuna in the Adriatic Sea
Title: The Potential Compatibility of Offshore Wind Power and Fisheries: An Example using Bluefin Tuna in the Adriatic Sea
May 13, 2007
Journal: Ocean & Coastal Management
Fayram, A.; Risi, A. (2007). The Potential Compatibility of Offshore Wind Power and Fisheries: An Example using Bluefin Tuna in the Adriatic Sea. Ocean & Coastal Management, 50(8), 597-605.