Imagine having a high-tech digital twin of Europe's forests that tracks exactly how much carbon they soak up. It combines satellite views with ground-level checks to create a precise map of forest health. This helps leaders predict how different planting or cutting choices will affect the environment in the future.
Current forest monitoring is fragmented and imprecise, making it difficult for companies and governments to predict the impact of land management on carbon goals and regulatory compliance.
A monitoring system combining satellite data and ground measurements, including guidelines for standardized field plots and a scenario forecasting tool.
If you are a carbon offset verification firm dealing with inaccurate forest biomass data — this project developed a monitoring system that uses audiovisual digital twins to provide maximum transparency of carbon pools.
If you are a commercial timber operator dealing with unpredictable harvest outcomes — this project developed a scenario tool that forecasts the results of different management alternatives to optimize ecosystem services.
If you are a national environmental agency dealing with inconsistent greenhouse gas reporting — this project developed a consistent EU reporting system for the LULUCF sector to ensure policy targets are met.
Based on available project data, no commercial pricing or implementation costs are provided; the project received an EU contribution of EUR 5,788,411 for development.
The project has measured over 250 standardized field plots across 15 countries, indicating a wide-scale European demonstration rather than a commercial product.
Based on available project data, there is no specific information regarding IP rights or licensing terms for the developed tools.
It provides a consistent greenhouse gas reporting method for the LULUCF sector, helping organizations plan steps to achieve official policy targets.
The project period runs from 2022-09-01 to 2026-08-31, suggesting the final system will be completed by August 2026.
The consortium is heavily weighted toward research and academic institutions, with 15 research organizations and 5 universities. Industrial participation is very low at only 4% (1 industry partner), suggesting the output is currently a scientific tool rather than a commercial product. However, the breadth of 15 countries ensures the data is harmonized across diverse European forest types.
Contact NIBIO - Norsk Institutt for Biookonomi in Norway
Contact us to find partners for the 2026 rollout of LULUCF monitoring tools.
