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We study the North Sea as a connected ecosystem, from physical processes to top predators, and link this knowledge with socio-economic analysis.

Research

Key areas:

  • Hydrodynamics & sediment transport

  • Plankton and food web dynamics

  • Benthic communities & seabed ecology

  • Fish productivity and fisheries

  • Seabirds & marine mammals as ecological sentinels

  • Underwater soundscapes

  • Natural capital & ecosystem services

  • Stakeholder engagement through serious gaming

Methods

  • 90 days of dedicated research cruises.

  • Cutting-edge monitoring: remote sensing, underwater acoustics, AI analysis.

  • 3D models and future scenarios (2050–2070).

  • Interactive simulation games for policy support.

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Why it matters

Offshore wind energy is essential to meet Europe’s climate goals, but large-scale expansion will reshape marine life and livelihoods. Fisheries face shrinking space and uncertain stock impacts, while nature-inclusive design may offer opportunities for biodiversity.
 

Expected Outcomes

  • Science-based advice for marine spatial planning.

  • Indicators for ecological and economic trade-offs.

  • Future scenarios for biodiversity and fisheries.

  • Better design and monitoring of offshore wind farms.

  • Tools to foster social acceptance and policy dialogue.

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