Result description
There are general design aspects that can be incorporated into NID structures to promote biodiversity and biological productivity across regions. Mussels are a key functional group, widespread across Europe’s ecoregions, and a suitable target for NID. They can colonize various materials such as steel, ropes, concrete, and plastic, especially horizontal surfaces. To enhance biodiversity, NID surface textures should vary with depth to meet different species’ needs. In the Adriatic Sea, adding calcium-rich substrates like lime or shells supports calcifying species like oysters and corals. Increasing horizontal surfaces near the water promotes algae growth, balancing mussel colonization. Roughened surfaces on gravity anchors create protected microhabitats for larvae, while armour blocks with intricate patterns boost structural complexity and attract diverse marine life
Addressing target audiences and expressing needs
- Collaboration
We specifically need support in outreach to communicate our findings with a clear, tangible, and actionable message. Without this, our report risks becoming just another publication with limited impact. We’re looking for ways to package results in accessible, engaging formats for our target audiences. This could include graphical illustrations of NID designs, concise summaries with checklists for developers, searchable result databases, or interactive tools like webpages, apps, or serious games.
- Research and Technology Organisations
R&D, Technology and Innovation aspects
The report is 80% complete and mainly needs input from NIRAS partners and integration of results from other work packages. Next, the conclusions must inform the technical design of the project’s innovations and NID designs. Once finalized and public, the report will require active promotion to ensure maximum impact.
- Global
