The Blue-Cloud Virtual Labs (VLabs) are now open for selected researchers, marine professionals, and other stakeholders to explore and test. These collaborative web-based workspaces provide access to a wealth of marine data and tools for analysis, processing, and knowledge generation. Users can leverage the 10+ million datasets available through the Data Discovery and Access Service (DD&AS) and work within an open science-friendly environment via D4Science.
The VLabs serve as practical test beds for a range of applications, including data processing, computational modelling, and result publishing. Designed to support researchers and decision-makers in marine science, ocean governance, and the Blue Economy, they enable users to interact with real-life datasets and contribute to scientific advancements.
Available Virtual Labs for Users
Several thematic Virtual Labs are currently open to selected users for exploration:
- Integration of Coastal Oceans Observations along Europe (ICOOE) – This VLab provides access to data on transboundary ocean processes, extreme events, and ocean glider observations. It helps researchers and environmental managers integrate coastal ocean data to address scientific and societal challenges. Users are encouraged to contribute their own data and tools.
- Coastal Currents from Observations – This Virtual Lab integrates coastal current data from HF radar, drifters, and altimetry. It also allows users to run the MEDSLIK-II oil spill model, supporting research on ocean dynamics and marine pollution response.
- Carbon Plankton Dynamics – Building on previous work, this VLab enhances the Nutrient-Phytoplankton-Zooplankton-Detritus (NPZD) model by converting it to carbon units. This adaptation improves the ability to analyse carbon cycling and sequestration in marine ecosystems, with current applications in the Northern Adriatic Sea.
- Marine Environmental Indicators (MEI) – This VLab provides tools to monitor and assess the environmental status of marine areas. It integrates multiple data sources and allows users to compute environmental indicators using Jupyter Notebooks and a dedicated web application.
- Global Fisheries Atlas – This VLab offers an interactive platform for accessing and analysing global fisheries data. Users can browse the GRSF Catalog, extract fisheries datasets in multiple formats, and explore interactive maps and indicators, including georeferenced tuna data.
Open Access for Research Communities
The Blue-Cloud VLabs are open for testing and further development, providing an opportunity for researchers, policymakers, and industry professionals to engage with ocean data in a collaborative and transparent way. By working within these VLabs, users can contribute to refining the tools, improving data accessibility, and supporting sustainable ocean management.
Those interested are invited to explore the Virtual Labs and make use of the available resources to enhance their research and decision-making processes.
