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TRIATLAS · Project

40-Year Atlantic Ocean Forecasts to Protect Fisheries and Coastal Businesses

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Imagine trying to plan your fishing business or coastal investment, but the Atlantic Ocean keeps changing — fish move, temperatures shift, storms worsen — and nobody can tell you what's coming. TRIATLAS built the first weather-forecast-style prediction system, but for entire ocean ecosystems across the Atlantic, looking 40 years ahead. They combined ocean measurements, climate models, and economic data from 34 institutions across Europe, Africa, and South America to show where fish stocks will move, which coastlines face the most risk, and how pollution and overfishing stack up together. Think of it as a GPS for the future of the Atlantic — helping businesses and governments steer around trouble before it hits.

By the numbers
40 years
Prediction horizon for Atlantic marine ecosystem forecasts
EUR 11,000,000
Total EU contribution to the project
40
Partner organizations in the consortium
14
Countries represented across Europe, Africa, and South America
34
Institutions collaborating on the research
32
Total project deliverables produced
The business problem

What needed solving

Businesses operating in or dependent on the Atlantic Ocean — fishing fleets, marine insurers, coastal developers, shipping companies — are making long-term investment decisions blind. Fish stocks shift, ocean conditions change, and pollution impacts accumulate, but there has been no reliable way to predict what the Atlantic marine ecosystem will look like in 10, 20, or 40 years. Without these forecasts, companies either over-invest in declining areas or miss opportunities in emerging ones.

The solution

What was built

TRIATLAS produced the first basin-wide 40-year marine ecosystem predictions for the entire Atlantic, combining climate models with ecological and socio-economic models. The project delivered 32 outputs including ecosystem forecasts under different climate scenarios, vulnerability assessments for coastal communities, and mapping of tipping points where ecosystems could suddenly shift.

Audience

Who needs this

Commercial fishing fleet operators planning long-term catch strategies in the AtlanticMarine insurance companies pricing climate risk for coastal and ocean assetsCoastal infrastructure developers assessing site viability over decadesGovernment fisheries management agencies setting sustainable quotasOffshore energy companies planning Atlantic installations
Business applications

Who can put this to work

Commercial Fishing & Aquaculture
any
Target: Fishing fleet operators and aquaculture companies in the Atlantic

If you are a fishing company struggling with unpredictable catch volumes and shifting fish populations — this project developed 40-year marine ecosystem predictions for the entire Atlantic basin. These models show where fish stocks are headed under different climate and fishing pressure scenarios, letting you plan fleet investments, target new fishing grounds, and avoid areas heading toward collapse. The project combined climate, pollution, and fishing pressure data from 14 countries to map cumulative impacts.

Marine Insurance & Reinsurance
enterprise
Target: Insurers covering marine cargo, coastal property, and fisheries

If you are an insurance company trying to price risk for Atlantic shipping routes, coastal assets, or fishing operations — this project mapped tipping points and regime shifts across Atlantic marine ecosystems. Their models identify which regions face the highest probability of sudden ecosystem changes that would trigger claims. With 40 partners across 14 countries contributing data, the predictions cover the full Atlantic from tropical to southern waters.

Coastal Tourism & Infrastructure
mid-size
Target: Coastal resort developers and port authorities in Atlantic-bordering countries

If you are a coastal developer or port authority planning long-term investments along the Atlantic coast — this project delivered socio-economic vulnerability assessments showing how climate-driven ocean changes will impact coastal economies. Their models assess cumulative impacts from pollution, warming, and ecosystem shifts, helping you identify which locations remain viable for development over the coming decades. The research spans 14 countries across Europe, Africa, and South America.

Frequently asked

Quick answers

What would it cost to access TRIATLAS prediction data or models?

TRIATLAS was publicly funded with EUR 11,000,000 under Horizon 2020 as a Research and Innovation Action. Model outputs and datasets are likely available through open-access repositories as required by EU funding rules. Licensing terms for commercial use of specific tools would need to be discussed with the University of Bergen as coordinator.

Can these predictions work at the scale my business needs?

The models cover the entire Atlantic basin — from the tropics to the South Atlantic — which is genuinely basin-wide scale. For localized business decisions (specific fishing zones, individual port locations), you would likely need the research team to run focused regional analyses using their existing models. The 40-year prediction horizon is designed for strategic planning, not day-to-day operations.

Who owns the intellectual property and can I license these models?

As a publicly funded RIA project, most outputs follow EU open-access requirements. The consortium of 40 partners across 14 countries jointly developed the models. For commercial licensing of specific prediction tools or datasets, the coordinator at the University of Bergen would be the first point of contact.

How reliable are 40-year ocean predictions for business planning?

The project combined state-of-the-art climate prediction models with ecosystem models and Shared Socioeconomic Pathways — the same scenario framework used by the IPCC. Multiple scenarios were run to show a range of possible futures rather than a single prediction. This approach is standard for long-range strategic planning in climate-sensitive industries.

Is this still active or has the research team moved on?

TRIATLAS officially closed in November 2023 after running for over four years. The research team of 34 institutions across Europe, Africa, and South America may still be involved in follow-up projects. The project website at triatlas.eu and the coordinator at University of Bergen can confirm current data availability and any successor initiatives.

Can this integrate with our existing marine monitoring systems?

Based on available project data, TRIATLAS used existing and new physical, biological, and societal observations combined with Earth system and ecological models. The 32 deliverables likely include data formats compatible with standard oceanographic systems. Integration specifics would need to be discussed with the research team.

What regions does this actually cover?

The consortium spans 14 countries including Norway, Germany, France, Spain, Ireland, UK, Brazil, South Africa, Senegal, Angola, Benin, Ivory Coast, and Cape Verde. This gives genuine coverage of the Tropical and South Atlantic — areas that were previously major knowledge gaps. The project explicitly aimed to close these gaps to enable understanding of the entire Atlantic basin.

Consortium

Who built it

This is a heavily research-driven consortium: 20 universities and 16 research organizations dominate, with just 1 industry partner and 2 SMEs (3% industry ratio). The 40-partner, 14-country spread across Europe, Africa (Angola, Benin, Ivory Coast, Senegal, Cape Verde, South Africa), and South America (Brazil) gives genuine geographic coverage of the Atlantic basin. The University of Bergen in Norway leads the coordination. For a business looking to use these results, the low industry involvement means the outputs are academic-grade research tools rather than turnkey commercial products — you would need to work with the research teams to adapt the models for specific business applications.

How to reach the team

University of Bergen, Norway — marine science and climate research department. Use the CORDIS contact form or find the project coordinator via the TRIATLAS website.

Next steps

Talk to the team behind this work.

Want to know if TRIATLAS prediction data could reduce risk for your Atlantic operations? SciTransfer can connect you with the right researcher and translate the science into a concrete business briefing.

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