Forest Carbon Monitoring and REDD+ Solutions

Meeting international carbon standards and delivering credible results.

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. Combining remote sensing and AI-based advanced analytics, we deliver accurate carbon estimates and support compliance with REDD+ frameworks, VCS, and international standards.

1,870,000+ km² mapped forest cover and land use in different parts of the world

90% forest cover mapping and 70% deforestation detection accuracy

Scalable project sizes from local to national levels

Delivered national deforestation baseline data as Verra VCS service provider

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

EXPLORE THE POSSIBILITIES

The Value Beyond Carbon Credits

Make informed decisions

Use reliable carbon data as a foundation for planning, investments, and reporting.

Gain a trusted partner

Arbonaut's methodologies are proven in projects, portfolios, and national programs, including REDD+ across different countries and continents.

Ensure credibility of carbon results

Arbonaut delivers outcomes that meet expectations of standards, stakeholders, and markets.

Maintain long-term data consistency

Track carbon emissions and removals over time using repeatable methods and comparable datasets.

Get Ready for Voluntary Carbon Markets

Arbonaut is experienced in the carbon baseline data generation. From baseline development to monitoring and reporting, you can build, manage, and verify carbon outcomes with a scalable approach.
With Arbonaut, you can:

Develop baseline data for carbon projects according to international standards
Monitor forest cover and detect change over time (afforestation and deforestation)
Measure carbon stocks, emissions, and removals
Support performance-based carbon payments and reporting with accurate data

MRV Systems for Credible Reporting

Arbonaut provides MRV systems that ensure forest initiatives’ results are measurable, transparent, and aligned with UNFCCC and IPCC guidelines.
As a result, you get:

Tracking of intervention impact and justification for the performance-based carbon payments
Transparency and credibility of emission reductions
Development and integration of GIS tools for monitoring carbon stocks and supporting report preparations

Forest degradation on top of satellite imagery

CLIMATE CHANGE MITIGATION FRAMEWORK

REDD+ Support for National Programs

With over 15 years of experience across 20+ REDD+ projects, Arbonaut supports governments in strengthening national systems and institutional capacity.

With Arbonaut, you can get:

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

From Carbon Data to Strategic Advantage

Starting a project, improving carbon monitoring, or building a national system? We can help you understand where better visibility can strengthen your climate, biodiversity, and forest management initiatives.

DISCUSS YOUR STRATEGIC GOALS

Frequently Asked Questions

What level of accuracy can be achieved in forest carbon estimation?

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.

How do your solutions support VCS or other carbon standards?

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.

How quickly can carbon monitoring be updated or repeated?

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.

Can the same methodology be applied across different project scales?

Yes. Our methodological framework can be applied from project-level assessments to national programs, including REDD+ contexts.

Can the same data support multiple use cases beyond carbon?

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.