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EO4CM
Earth Observation in support of Carbon Markets

The “EO in Support of Carbon Markets” project is an ESA‑driven, user‑centred programme that turns multi‑mission Earth‑Observation data into transparent, certified carbon‑farming and carbon‑removal metrics. It co‑designs tools with early‑adopter farms, foresters and verification bodies to meet the new EU Carbon Removals and Carbon Farming (CRCF) Regulation, delivering open‑source, FAIR (Findable, Accessible, Interoperable, Reproducible) compliant algorithms, datasets and an on‑demand cloud service for monitoring, reporting and verification. By linking satellite‑derived soil carbon, forest biomass and peatland health to market‑ready credits, the project accelerates trustworthy carbon‑removal investments and supports Europe’s climate‑neutral goals.

The project sits at the crossroads of Europe’s climate ambition and cutting‑edge Earth Observation: as the EU rolls out its Carbon Removals and Carbon Farming (CRCF) Regulation to certify credible carbon‑farming credits, ESA leverages its satellite data and the EO Science for Society programme to deliver transparent, user‑centred monitoring, reporting and verification tools that turn policy into measurable, market‑ready climate action. Its overarching aim is to deliver a robust, end‑to‑end Earth‑observation service chain that quantifies carbon sequestration and emission‑avoidance across three complementary nature‑based solutions: (1) soil‑carbon enhancement in mineral soils and agroforestry systems, (2) planting of trees on unused and severely degraded land,  and biomass estimation in tropical forest, and (3) peat‑land rewetting.

Soil-carbon image. Image taken from Pexels.com

Soil-carbon in mineral soils and agroforestry

Generate CRCF‑compatible soil‑carbon inventories for agroforestry by fusing high‑resolution satellite observations with on‑the‑ground carbon measurements.

  • Accurate, spatially explicit SOC and AGC maps for three diverse pilot sites (Madagascar, Ecuador, Italy)
  • Robust uncertainty quantification through Monte‑Carlo propagation, ensuring certification‑ready results
Planting trees. Image taken from Pexels.com

Planting of trees on degraded land + Biomass estimation in Tropical Forest

Identify CRCF‑eligible degraded lands and turn them into verified carbon‑removal assets with our geospatial selection and scenario‑modeling tool.

  • GIS‑ready maps rank every pixel by suitability for tree planting versus other uses.
  • An interactive calculator lets you model species mix, density and management to forecast carbon uptake with built‑in uncertainty quantification.
Peatland. Image taken from Pexels.com

Rewetting of Peatland

Deploy the EO‑driven MRV system to generate CRCF‑verified carbon‑removal data from peatland rewetting projects.

  • Integrates Sentinel‑1 SAR, Sentinel‑2 optical, high‑resolution peat maps and in‑situ hydrology into a unified, uncertainty‑aware workflow powered by the DALEC ecosystem model.
  • Provides transparent baseline maps, annual removal estimates, uncertainty bands and verification reports through an audit‑ready web portal.
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