Frame the action
Clarify ecological objectives, pressures, reference conditions, stakeholders and evidence needs.
Virtual Laboratory · Marine Ecological Restoration
Marine Restoration Lab
Plan, test and monitor science-based marine restoration actions with guided protocols, spatial decision support and regional digital-twin demonstrators.
Open to EOSC users. This welcome page is available anonymously. Sign in through EOSC AAI or another supported identity to use the Virtual Lab and authenticated applications.
Purpose and scope
Turn restoration knowledge into practical, adaptable workflows
The Marine Restoration Lab supports the development, implementation and monitoring of marine and coastal restoration projects.
Its modular toolbox brings together science-based guidance, expert knowledge, environmental and social data, reusable code and interactive demonstrators. Users can develop locally relevant protocols, compare spatial priorities, explore restoration scenarios and test monitoring approaches without having to build every workflow from the beginning.
The tools support informed decisions; they do not replace ecological assessment, stakeholder engagement, regulatory review or site-specific expert judgement.
A toolbox across the restoration cycle
Plan, prioritise, demonstrate and monitor
Develop a protocol
Use guided surveys and curated resources to structure a science-backed restoration plan.
Prioritise sites
Combine ecological, social and technical spatial criteria to compare candidate locations.
Test scenarios
Explore regional demonstrators that connect observations, models and restoration interventions.
Monitor change
Apply image, satellite and biodiversity workflows to inspect restoration progress and pressures.
Adapt and share
Reuse data and code, document assumptions and refine actions with experts and stakeholders.
Protocol-development tools
Build a science-backed restoration protocol
Six guided surveys help practitioners examine the ecological, technical and socio-economic questions that should inform a locally tailored action. Each tool links to supporting knowledge and lets users download their responses.
Artificial reefs
Structure decisions about objectives, siting, materials, design, deployment, risks and post-deployment monitoring for artificial-reef interventions.
European lobster reintroduction
Consider habitat suitability, source populations, release strategy, pressures, stakeholder participation and long-term monitoring when planning reintroduction.
Macroalgal forests
Guide the definition of reference conditions, stressors, donor material, restoration techniques, success indicators and adaptive monitoring.
Native oyster restoration
Plan oyster-bed restoration by examining historical presence, broodstock, substrate, water quality, biosecurity, pressures and monitoring.
Pressure mitigation
Identify direct and indirect coastal pressures, affected ecological functions, feasible mitigation actions, stakeholder roles and evidence for evaluating outcomes.
Seagrass restoration
Examine site and donor selection, species and transplantation methods, environmental conditions, threats, monitoring and engagement needs.
Applications and demonstrators
Explore data-driven restoration decisions
These applications demonstrate monitoring, spatial planning and regional digital-twin approaches. Authenticated tools may ask users to sign in before opening.
Image Classification App
Experiment with assisted classification of monitoring imagery to organise observations and support repeatable ecological assessment. Expert validation remains essential.
Spatial Prioritisation
Combine and weight ecological, social and technical geospatial layers to compare potential restoration areas using systematic-planning principles.
Mussel Farm Digital Twin
Explore biodiversity monitoring and restoration opportunities in the context of mussel aquaculture on the Spanish coast, including interactions between farms and benthic habitats.
Oyster Restoration Case
Explore the Brittany native-oyster restoration case, connecting intervention context, environmental information and monitoring evidence for reef recovery.
Seagrass Monitoring
Use satellite-derived vegetation information and an Irish restoration case to examine intertidal seagrass condition and change through time.
Svalbard Coastal Restoration
Explore Arctic coastal change, erosion and nature-based protection in the Longyearbyen area through an integrated regional demonstrator.
Scientific background
A modular digital toolbox for marine restoration
The open-access paper describes how the toolbox combines methodological guidance, spatial decision support, regional digital twins, reusable data and code, and community knowledge to make marine-restoration best practices more accessible.
Read “Democratizing marine restoration best practices in a digital toolbox”
Access and policies
Open knowledge with managed computational access
Anyone may consult this public page, the open paper and public tools. EOSC users can enter the Virtual Lab through EOSC AAI or another identity provider supported by D4Science; some applications require authentication before launch.
Sign in and use the complete environment
Use a supported academic or federated identity to access shared resources, computational services and authenticated applications. No invitation from a specific project consortium is normally required.
Interpret tools in their local context
Outputs are decision-support evidence, not automatic prescriptions. Restoration planning should involve relevant experts, authorities, affected communities and appropriate environmental or regulatory assessment.
Acceptable Use Policy
Use the environment responsibly and lawfully for legitimate research, restoration, education or innovation. Respect security, privacy, intellectual property and computational limits.
Read the D4Science AUPUser Access Policy
The VLab is available to EOSC users authenticating through a supported identity. Access remains subject to the AUP, operational capacity and any conditions attached to individual services.
Data and resource conditions
Datasets, models, code and publications retain their own licences, citation requirements and provider conditions. Check provenance and suitability before reuse or operational decisions.
Responsibility and provenance
Developed with the European marine-restoration community
The scientific toolbox was developed by the multidisciplinary CLIMAREST consortium, coordinated by SINTEF Ocean, with contributions from restoration researchers, practitioners, demonstration-site partners and the Society for Ecological Restoration community. Individual tool teams are responsible for their methods and scientific guidance.
The Ecological Restoration Lab is operated on the D4Science infrastructure, was supported through Blue-Cloud 2026, and is presented as part of the EOSC Node | European Digital Twin Ocean. Source-data providers retain responsibility for their resources and conditions.
- CLIMAREST consortium and SINTEF Ocean · Scientific toolbox
- Restoration experts and demonstration-site partners · Methods and case studies
- Society for Ecological Restoration community · Knowledge exchange
- D4Science · Digital infrastructure and technical operation
CLIMAREST received funding from the European Union’s Horizon Europe programme under grant agreement No 101093865. Blue-Cloud 2026 received funding under grant agreement No 101094227.