See the canopy.
Understand forest structure through canopy-height observations. Compare satellite-derived estimates with airborne LiDAR reference data.
Canopy structureForest intelligence, grounded in evidence
A clearer view of forest structure and change.
A stronger foundation for the decisions that follow.
From canopy science to forest stewardship.
01 / Our approach
For researchers, forest stewards,
and carbon-project teams.
Understand forest structure through canopy-height observations. Compare satellite-derived estimates with airborne LiDAR reference data.
Canopy structureLook across years, not just at a single snapshot. Examine canopy-height change and how well different products capture it.
Change over timeMake model performance and limitations part of the conversation. Build a more informed starting point for forest-health and carbon-project decisions.
Decision context02 / The foundation
Existing benchmarking platformMeet CanopyBoard, our foundation for evaluating canopy-height products against airborne LiDAR.
Compare models across spatial scales and inspect temporal validation. Understand where estimates agree with the reference—and where they need a closer look.

01 Airborne LiDAR reference
02 Model accuracy & bias
03 Spatial & temporal comparison
03 / From observation to understanding
Start with satellite observations and reference measurements.
Evaluate canopy-height models against a common reference.
Examine patterns over time and their validation context.
Bring the evidence, and its limitations, into project planning.
04 / The bigger picture
Forest Ledger’s direction is to connect forest structure and change with the questions that matter to forest stewards and carbon-project teams.
Today, CanopyBoard provides the canopy-height benchmarking foundation. Broader forest-health assessments and carbon-project workflows are the next direction.
Canopy-height validation is not carbon verification. Biomass validation and verified carbon accounting are not current capabilities.
Explore the foundation