Copernicus Anthropogenic CO₂ Emissions Monitoring & Verification Support (CO2MVS) capacity: new and innovative methods to estimate the impact of fires on vegetation and related carbon fluxes
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See in 5 min if you're eligible for Copernicus Anthropogenic CO₂ Emissions Monitoring & Verification Support (CO2MVS) capacity: new and innovative methods to estimate the impact of fires on vegetation and related carbon fluxes offering max €18.0M funding💰 Funding Details
Copernicus CO2MVS ‒ Fire & Carbon Fluxes RIA (HORIZON-CL4-2025-02-SPACE-43)
Essentials
* Action Type: HORIZON-RIA (Lump-Sum)
* Total EU contribution per project: up to €18 million
* Opening date: 22 May 2025
* Deadline: 25 September 2025, 17:00 (Brussels time) — *single-stage submission*
* Maximum projects funded: 1
* Destination: *Open strategic autonomy in space — Using Space on Earth (Earth Observation)*
What the EU Wants
1. Account for drought–fire–vegetation interactions inside the Copernicus Anthropogenic CO₂ Monitoring & Verification Support (CO2MVS) capacity.
2. Refine fire-emission estimates delivered by the Copernicus Atmosphere Monitoring Service (CAMS).
3. Improve wildfire-risk forecasts in the Copernicus Emergency Management Service (CEMS).
4. Assimilate Copernicus Land Monitoring Service (CLMS) products into vegetation-fire impact and carbon-flux assessments.
Key R&I Tasks (non-exhaustive)
* Benchmark process-based vs. empirical global fire models (link to FireMIP knowledge).
* Inject observation-based datasets (burnt area, vegetation state, drought indices) directly into CO2MVS workflows.
* Quantify feedback loops between biomass burning, land-use change, CO₂ exchange and air quality.
* Prototype downstream applications (e.g. health alerts, aviation planning) that capitalise on upgraded services.
* Design an IPR & data-licensing plan ensuring open-source software and smooth transfer to Copernicus entrusted entities.
Budget Logic (Lump Sum)
EU will pay an agreed fixed lump sum against *work package deliverables*, not real costs.
Consortium must therefore:
* Build a realistic cost model early, including 25 % indirect costs.
* Link every milestone to a payment schedule acceptable to all partners.
Consortium Snapshot
* Copernicus entrusted entities (ECMWF, EEA, EMSA, JRC, etc.) as core or advisory partners.
* Fire-model developers, climate modellers, remote-sensing scientists, AI modellers, and socio-economic users.
* SMEs for software engineering & data-platform integration.
* At least one interface partner from your country to secure national co-funding leverage and NCP support.
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📊 At a Glance
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🇪🇺 Strategic Advantages
EU-Wide Advantages & Opportunities for the Copernicus CO2MVS Fire-Vegetation RIA
1. Single Market Access (450 + Million Citizens & 23 Million SMEs)
• EU Data Economy Leadership – Copernicus data are free & open across all 27 MS; results can instantly feed an EU-wide EO services market valued at €6 billion/yr and growing 10 % annually.
• Public-Sector Demand Pull – All Member States must report under LULUCF, CAP, Fit-for-55, National Energy & Climate Plans; the project can supply harmonised wildfire, drought and carbon-flux indicators—creating immediate procurement pathways in every MS.
• Commercial Uptake – Common GDPR, eIDAS and digital-service rules let start-ups spin out fire-risk or air-quality apps and sell seamlessly from Lisbon to Tallinn without re-engineering for 27 different legal environments.
2. Cross-Border Collaboration & Knowledge Exchange
• Pan-European Fire & Drought Gradients – Northern peat fires, Mediterranean crown fires and Central-European drought die-backs offer a living laboratory that no single MS can provide.
• Mandatory Multinational Consortia – Horizon rules require ≥3 entities from ≥3 eligible countries, unlocking expertise from e.g. French climate-model teams, Greek fire-behaviour modellers, Finnish forestry lidar labs, and Spanish AI SMEs.
• Copernicus Entrusted Entities Interface – Direct co-design with ECMWF (CAMS) & JRC (CEMS) ensures operational pathway and accelerates TRL 5→7 transition.
3. Alignment with EU Flagship Policies
• European Green Deal & 55 % Net-GHG-Reduction Target – Accurate fire-related CO₂ accounting feeds ETS & carbon-removal certification frameworks.
• EU Climate Adaptation Mission – Outputs underpin regional adaptation strategies and Climate Resilience dashboards.
• Digital Europe & European Data Spaces – Project delivers open-licensed code, FAIR data, and feeds the proposed Green Deal Data Space.
• Open Strategic Autonomy – Reduces dependency on non-EU fire-emission models; supports Destination 5 objective of home-grown space-based services.
4. Regulatory Harmonisation & Standards Leadership
• Common MRV (Monitoring-Reporting-Verification) Protocols – Methodologies can be fast-tracked into EU MRV Delegated Acts, giving participants first-mover advantage in upcoming regulation on carbon removals & LULUCF.
• CEN / ISO Standard Pathways – Results may seed a CEN Workshop Agreement on wildfire carbon-flux estimation, positioning EU as the global rule-setter.
5. Access to the Pan-European Innovation Ecosystem
• 5 000+ Copernicus Academies & Relays for dissemination/pilots.
• Synergies with ESA Φ-labs, EIT Climate-KIC partners, DIHs and Testing & Experimentation Facilities for AI.
• Availability of EuroHPC pre-exascale machines (e.g. LUMI, LEONARDO) for continental-scale ensemble simulations under the EuroHPC access programme.
6. Funding & Investment Synergies
• Cascade Funding – Results can feed Into INNOVATE calls under Digital Europe or CEF Digital for downstream service rollout.
• Regional Funds & Just Transition – Smart-specialisation regions (e.g. Andalusia wildfire tech hub) can co-invest ERDF / Just Transition Fund for demonstrators.
• InvestEU & CASSINI – Space-tech start-ups emerging from the RIA become eligible for equity via the CASSINI Seed & Growth Facility.
• CAP Pillar 2 & LIFE – Member-State rural-development funds can subsidise on-farm deployment of early-warning tools derived from project outputs.
7. EU-Scale Deployment & Impact Potential
• Harmonised datasets enable pan-EU seasonal fire-risk bulletins, improving civil-protection readiness for 200 m citizens in fire-prone NUTS-3 regions.
• Integration into CAMS GFAS and CEMS EFFIS pipelines means immediate operational reach to >30 000 registered Copernicus users.
• Supports EU aviation & health authorities with trans-boundary smoke forecasting, reducing economic losses (currently €1.9 bn/yr).
8. Strategic Positioning & Long-Term Sustainability
• One-Grant-One-Project Rule – Only one project will be funded; winning consortium becomes de-facto EU reference centre for fire-vegetation carbon fluxes for the next decade.
• Open-Source Mandate – Guarantees community uptake, crowd-sourced improvements and compliance with EU Open Data Directive—lowering maintenance cost for Entrusted Entities.
• Gender & Diversity Synergies – Although gender dimension is optional, adopting Horizon best-practices improves innovation output and scores in evaluation tie-breaks.
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Bottom Line: Competing as a single MS limits data diversity, operational pathways and market reach. Operating under this Horizon RIA leverages EU-wide fire regimes, common regulatory drivers, shared Copernicus infrastructure and multi-fund synergies—creating unparalleled opportunities for scientific excellence, market scale-up and strategic autonomy that cannot be matched at national level.
🏷️ Keywords
Ready to Apply?
Get a personalized assessment of your eligibility and application strategy
See in 5 min if you're eligible for Copernicus Anthropogenic CO₂ Emissions Monitoring & Verification Support (CO2MVS) capacity: new and innovative methods to estimate the impact of fires on vegetation and related carbon fluxes offering max €18.0M funding