Research & Development

Wildlife and interactions with offshore wind farms

France Energies Marines studies the interactions between marine biodiversity and offshore wind using innovative approaches to better assess and reduce impacts on birds, bats, marine mammals, fish, and benthos. The result: tools and recommendations to promote better integration of offshore wind into the marine environment.

Understanding and reducing the impacts of offshore wind on marine biodiversity

Like any human activity, installing an offshore wind farm modifies the marine environment. Our Wildlife and Interactions Department studies potential impacts by focusing on key ecosystem components: birds and bats, marine mammals, fish, and benthos. Using observation systems deployed within wind farms and innovative analysis tools, we study the interactions between offshore wind turbines and marine biodiversity. The scientific protocols and tools we develop help improve impact assessment and propose solutions to anticipate, avoid, and reduce them. We support wind farm developers, government agencies, and industry stakeholders by developing recommendations to improve environmental impact assessment standards or enable monitoring of the most sensitive or least-known effects.

Understanding and reducing the impacts of offshore wind on marine biodiversity

R&d topics connected to the needs of the offshore wind sector

A team and dedicated resources to improve understanding of interactions between marine biodiversity and offshore wind

Our Wildlife and Interactions Department brings together experts specialised in studying the main components of the marine environment: birds, mammals, fish, and benthos. Data specialists develop and apply advanced methods in data processing, AI algorithms, and complex data pipelines to analyse large ecological datasets. The team models interactions between species and infrastructure and develops automated, efficient monitoring tools for the sector.

France Energies Marines has a range of means suited to studying the interactions between offshore wind farms and marine biodiversity. These include a multi‑instrumented met mast located near the Fécamp offshore wind farm, equipped with 360° video cameras, camera traps, acoustic recorders, and a Motus station—the first installed in mainland France. Underwater, hydrophones and acoustic telemetry receivers are positioned near its base. Across other offshore wind farms, we operate acoustic telemetry networks totalling over 80 receivers. For long‑term biofouling studies, we also deploy specific research devices on buoys, such as the OMEGA buoy in the Gulf of Fos, in the Mediterranean.

Examples of international collaborations

Logo OES-ENVIRONMENTAL

OES‑Environmental is an international group created to study and monitor environmental effects of marine renewable energy development. It is operated by the Pacific Northwest National Laboratory (PNNL). France Energies Marines has been a scientific contributor since 2018.

Logo WREN

Coordinated by the United States through entities such as the PNNL and he National Renewable Energy Laboratory (NREL), WREN aims to advance the global understanding of the environmental effects of wind energy. France Energies Marines is part of the network’s ambassadors, representing France.

Logo VLIZ

VLIZ (Vlaams Instituut voor de Zee) is a Flemish non-profit research institute dedicated to advancing knowledge of the seas and oceans, and the lead operator of the European Acoustic Telemetry Network (ETN). France Energies Marines is collaborating with VLIZ on several R&D projects to harmonise acoustic telemetry protocols and share data on the movements of fish and crustaceans. Together, we are deploying interconnected networks to better understand the impacts of offshore wind farms on biodiversity.

Logo BAC Impalloy

BAC Impalloy is a leading manufacturer of sacrificial anodes for the cathodic protection of offshore structures such as wind turbine foundations, pipelines and offshore platforms. We are collaborating on the PEARL R&D project to investigate the impact of anodes used in offshore wind farms on the marine environment.

Our R&D projects - Wildlife & Interactions

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