Geospatial analysis
Applied geospatial analysis
Using carbon maps informed by spaceborne and airborne LiDAR, radar and multispectral imagery.
Validating maps in context with the most geographically extensive ground truth database for forest carbon.
Building targeted machine learning models to track ecosystem change, project effectiveness, and natural hazards in near real-time.
See where projects are located and understand their local context with hundreds of audited and reconstructed project boundaries.
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Geospatial on platform
Interactive tools
Assess carbon quality using interactive features on our platform:
Explore project boundaries to understand local context.
Monitor year on year forest cover and loss.
See active fire detections and burned areas with maps and charts.
Assess changes in aboveground carbon stocks.
Visualise how terrain affects project performance in 3D.
Understand the impact of drought, sea level rise, pests and disease.
Applied analysis
Unique satellite data
Fusion of active and passive sensor data, from space agencies and commercial partners, providing near real-time monitoring of project regions.
Local specialists
Working with local partners to provide critical ground truth spanning thousands of sites globally, the most extensive forest carbon dataset in the market.
Hazard detection
In-house remote sensing and near real-time monitoring detect, assess and predict fire hazards and carbon loss.
Partners and providers
