Forest Carbon Monitoring and REDD+ Solutions

Measure carbon stocks and forest change with consistent data for project development, monitoring, and reporting.

Credible carbon results start with accurate data

Arbonaut supports carbon project developers and governments with reliable forest carbon data for project planning, monitoring, and reporting. From carbon baselines and forest-cover change to carbon stocks, emissions and removals, our approach scales from individual projects to national monitoring programs.

1,870,000+ km² mapped for forest cover and land use

90% accuracy of forest cover mapping

70% accuracy of deforestation detection

Compliance with REDD+, EUDR, UNFCCC, and other standards

See the bigger picture of forest carbon and change

Typical issues

Where carbon projects get demanding

Carbon numbers are difficult to defend

When estimates face scrutiny from investors, auditors or other stakeholders, uncertainty around the underlying evidence can become a project risk.

Carbon information can be difficult to put into context

Carbon can vary considerably within a project area, making it difficult to identify where stocks, risks and opportunities deserve closer attention.

Credible monitoring has to hold up over time

Carbon, forest cover, and REDD+ initiatives need comparable information as forests change, particularly when progress and results need to be demonstrated.

With digital technology

What carbon mapping can enable

Give the project a stronger footing

Create a reliable evidence base for demonstrating results, meeting reporting requirements and giving stakeholders greater confidence in the decisions and claims built around the project.

Connect carbon with forests

See carbon in the context of forest conditions to focus assessment, monitoring and project resources where they can have the greatest value.

Establish a repeatable monitoring approach

Track forest cover and change consistently using repeatable methods, with 90% forest cover mapping and 70% deforestation detection accuracy.

Tree carbon

Carbon projects

With Arbonaut, you can:
  • Develop baseline data for carbon projects according to international standards
  • Monitor afforestation and deforestation
  • Measure carbon stocks, emissions, and removals
  • Support performance-based carbon payments and reporting
Customer project: Jurisdictional baselines for Uganda’s future REDD+ VCS projects
Customer project: Supporting Zambia’s jurisdictional baseline for VERRA REDD+
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Collect Earth. Map data ©2010 & ©2023 Google.

MRV systems

With Arbonaut, you can:
  • Track the impact of forest interventions
  • Support justification for performance-based carbon payments
  • Strengthen transparency in reporting aligned with UNFCCC and IPCC guidelines
  • Integrate GIS tools for monitoring carbon stocks
Customer project: Strengthening Pakistan’s national forest monitoring & MRV systems
Forest degradation on top of satellite imagery

Map data ©2010 & ©2023 Google.

CLIMATE CHANGE MITIGATION FRAMEWORK

Support for the national REDD+ programs

  • National REDD+ strategies
  • National Forest Monitoring Systems (NFMS) for continuous forest and carbon monitoring
  • Forest Reference Emission Levels (FREL/FRL) to measure emission reductions from deforestation and degradation
  • National Forest Inventory (NFI) for carbon stock assessment
  • Safeguard Information Systems (SIS) for transparency and accountability
  • Capacity building for national and local institutions
Arbonaut's impact across Africa: Over 10 successful REDD+ projects

Starting a carbon project or building a monitoring system?

Tell us what you need to measure, monitor or report, and we can explore the appropriate approach for your project or program.

 

Frequently Asked Questions

Accuracy depends on the data sources and methodology, as well as on a use case and scale. By combining LiDAR, satellite imagery, field data, and statistical analysis, carbon estimates can reach high levels of reliability.
Support includes baseline data generation, forest cover and change analysis, and MRV system development aligned with requirements of standards such as Verra’s Verified Carbon Standard and international reporting frameworks.
Carbon monitoring can be updated regularly based on data availability and project needs. Satellite-based monitoring supports frequent updates using time-series data, while carbon maps and reporting outputs are typically updated annually or according to reporting cycles.
Yes. Our methodological framework can be applied from project-level assessments to national programs, including REDD+ contexts.
Yes. LiDAR and satellite imagery can be reused for multiple applications, including forest and plantation inventory, biodiversity monitoring, and operational planning. Contact Arbonaut to learn more.