By Todd McLeish | Courtesy of URI Today[divider style=”solid” color=”#eeeeee” width=”1px”]
KINGSTON, R.I. – January 10, 2019 – Commercial fishermen have very different perceptions of the impact of the Block Island Wind Farm than do recreational fishermen, according to a survey of both groups by a University of Rhode Island doctoral student.
Of the 25 fishermen interviewed, all of whom said they regularly fish in the area of the wind farm, the recreational fishermen generally perceive the turbines positively while the commercial fishermen see them as mostly negative.
The results of the study, funded by Rhode Island Sea Grant, were reported at a meeting of the American Geophysical Union in Washington, D.C., in December.
“Little is known about the impacts of offshore wind farms on marine users in the United States, and it’s critical to understand these impacts in context,” said Talya ten Brink, the URI student who conducted the survey with Professor Tracey Dalton. “Generally, our findings show there are uneven impacts on the different fishing sectors.”
According to ten Brink, almost all of the fishermen agreed that there is more recreational fishing taking place in the vicinity of the wind turbines than before the turbines were installed. That’s because the turbine support structures serve as artificial reefs that attract a wide variety of fish and marine invertebrates to the area. Cod and other species not found in the area before are now observed, for instance.
As a result, charter boats and recreational fishermen are drawn to the area that they seldom visited prior to the wind farm installation. The wind farm has also become a prime destination for recreational spearfishing.
The commercial fishermen surveyed said that the increase in recreational fishermen – as well as what they called “wind farm tourists” – was an inconvenience because they increased activity on their fishing ground.
The survey results could have implications for future planning for wind farm development.
“Climate change is a huge problem worldwide, and renewable energy resources could reduce [carbon dioxide] emissions by half, so if we’re planning on using offshore wind, it’s important to understand the concerns and the pros and cons of the structures being out there,” said ten Brink. “Once we understand, it will be much easier to have a productive discussion about how to go forward with offshore wind development.
“As with any large-scale project, offshore wind development can be done right or wrong,” she added. “These results inform how it can be done right, with minimal negative impact and maximum positive impact.”
ten Brink suggested that the survey results might inspire wind farm developers to build relationships with charter boats and recreational fishing organizations that would benefit from offshore wind farm installations. Developers might also ease the concerns expressed by commercial fishermen about running into the structures by supporting the acquisition of new navigation equipment for the fishermen.
“The survey results open up a lot of ways to create win-win situations,” she said.
ten Brink cautioned, however, that her results only reflect the impacts of one small wind farm in operation for only one year. Once the novelty wears off for the recreational fishermen and the commercial fishermen learn to live with the turbines, their perceptions may change.
“There were fishermen who were really worried about the impacts and were pleased when the impacts weren’t too bad, but they’re still worried about the impacts of more and more turbines in the future,” ten Brink concluded.