ZertiCarbon
● FOREST INTELLIGENCE

Know your forest.
Tree by tree.

ZertiCarbon transforms aerial imagery, LiDAR, field observations and AI-assisted analysis into precise forest data that can be monitored throughout the lifecycle of the forest.

Forest LiDAR point cloud
Sapling planting

From sapling to maturity

Our monitoring covers the full lifecycle of a tree. We can detect and count saplings shortly after planting, and measure trees at any stage of growth, all the way to full maturity.

Repeated surveys make it possible to follow how trees and forest stands evolve over time, creating a consistent record of growth and change.

Planting → Sapling → Young Tree → Growth → Mature Tree

From aerial survey to individual trees

ZertiCarbon combines high-resolution aerial imagery, LiDAR and field observations to build a detailed view of the forest and identify individual trees.

The objective is not only to understand the forest at stand level, but to follow individual trees and compare their evolution across successive surveys.

Aerial survey → Tree detection → Tree identification → Measurement → Re-measurement
Drone operations helipad
Machine telemetry cockpit UI

A richer picture of every tree

Depending on the available data and survey conditions, ZertiCarbon can analyse characteristics such as species, height, crown dimensions and diameter-related information, and use these measurements as inputs for biomass and carbon modelling.

Species
Height
Crown
DBH
Biomass
CO₂

A digital view of the real forest

Forest measurements can be organised into a digital representation that helps owners and managers understand current forest conditions and how they evolve over time.

Tree-level monitoring

Individual tree identification and characterisation across stands.

3D forest modelling

Spatial and vertical structure modelling based on LiDAR and imagery.

Biomass calculation

Stand and individual tree biomass estimations using measured dimensions.

Carbon capture modelling

Quantification of carbon accumulation over time across forest parcels.

Historical evolution

Tracking multi-year changes across successive survey intervals.

Management planning

Operational decision support for silvicultural interventions and thinning.

Measure again. Compare. Understand change.

A forest is not static. Repeated surveys allow ZertiCarbon to compare measurements over time and build a historical record of forest development.

Using a consistent measurement approach helps reduce subjectivity and makes changes in tree growth and forest structure easier to follow.

From forest intelligence to Climate-Smart Forestry

Better forest information can support better forest management. ZertiCarbon uses forest intelligence to help evaluate management actions designed to improve forest health, resilience, carbon capture and biodiversity.

Thinning
Fertilisation
Species mix
Soil conservation
Biodiversity

Measure first. Manage better.

Aligned with the direction of the EU Carbon Removal Certification Framework

ZertiCarbon has followed the development of the EU Carbon Removals and Carbon Farming Certification Framework (CRCF) from an early stage. In 2023, ZertiCarbon was invited to participate in the European Commission’s Expert Group on Carbon Removals work on carbon farming and forestry methodologies.

The CRCF places particular emphasis on robust quantification, monitoring, verification, traceability and sustainability — principles that are directly relevant to ZertiCarbon’s approach to forest monitoring and carbon measurement.

In 2026, the European Commission adopted CRCF carbon farming methodologies covering afforestation, reinforcing the importance of consistent forest monitoring and credible carbon quantification.

2023

Participation in the EU Expert Group on Carbon Removals

2024

CRCF Regulation enters into force

2026

EU carbon farming methodologies adopted, including afforestation

EU Climate Expert Group

Forest data becomes operational

Forest intelligence is useful when owners and managers can turn data into better decisions about current conditions, forest evolution and future management actions.

FOREST OWNER

  • Forest inventory
  • Growth evolution
  • Carbon performance
  • Management history

FOREST MANAGER / AUTHORITY

  • Forest overview
  • Monitoring
  • Management planning
  • Carbon data

From forest data to carbon value

Forest measurements and biomass modelling provide the basis for quantifying carbon capture and connecting physical environmental results with ZertiCarbon’s carbon infrastructure.

Forest Data → Biomass → CO₂ → Verification → Digital Asset
Explore the Carbon Marketplace

Turn your forest into measurable data.

Talk to ZertiCarbon about forest digitalisation, monitoring and carbon measurement.

Talk to us