Imagine having a high-tech digital map that lets you test how to fix a damaged coastline before you spend a dime on construction. It's like a flight simulator for nature, showing where to plant seagrass or move shorelines to stop erosion. This helps cities and companies protect their waterfronts using nature instead of just concrete walls.
Authorities and coastal businesses struggle to predict the cost-effectiveness and climate risks of shoreline restoration. They lack a standardized way to turn scientific data into operational permits and investment-ready plans.
A Digital Twin for simulation, a practitioner-led Blueprint for restoration actions, and a Scalability Plan for operational deployment.
If you are a coastal infrastructure firm dealing with unpredictable shoreline erosion — this project developed a Digital Twin that allows you to stress test climate risks and compare cost effectiveness. You can use these simulations to design nature-based defenses across 5,000 km² of coastal systems.
If you are a sustainability consultancy dealing with complex EU water reporting requirements — this project developed a Blueprint for Restoration that generates evidence for WFD/MSFD reporting. This streamlines the permitting process for your clients in 12 NUTS 2 regions.
If you are a port authority dealing with land-sea connectivity and habitat loss — this project developed a Scalability Plan to turn protection methods into operational decisions. You can use the 15 Digital Twin simulations to optimize how your port area integrates with the surrounding marine environment.
Based on available project data, there is no specific pricing mentioned as the project focuses on creating the tool for authorities and research organizations.
Yes, the project includes a Scalability Plan specifically designed to turn proven methods into operational decisions and targets replication across 12 NUTS 2 regions.
Based on available project data, the project aims to publish the Blueprint and produce over 50 FAIR datasets, suggesting an open-access or shared data approach.
The tools are designed to generate evidence for WFD (Water Framework Directive) and MSFD (Marine Strategy Framework Directive) reporting and permitting.
The project runs from 2026-10-01 to 2030-09-30, meaning operational tools will be validated by late 2030.
The consortium is heavily weighted toward public and academic entities, with 35 partners including 8 universities and 8 research organizations. Industrial presence is very low at only 3%, consisting of 3 SMEs and 1 industry partner, indicating that the primary value is currently in the R&D and regulatory validation phase rather than commercial production.
Contact Tartu Ülikool in Estonia
Contact us to find a partner for the 12 NUTS 2 region replication phase.
