GIS & spacial analytics
Spatial analytics allows FSC to evaluate and track impacts on the ground, and pinpoint areas for improvement. Satellite analysis of our certified forest areas will help us to identify areas where FSC has contributed to the preservation of forests. It will also indicate where certified forests are under pressure and require a more watchful eye.
Having a GIS-based map of certified forest areas is the first step towards being able to implement risk-based auditing, where auditors could perform part of their evaluation remotely, and be informed in real-time about whether logging or other activities are happening.
This means that sample plots could be pre-selected based on image analysis. Auditors would be able to devote more time to elements which cannot be assessed remotely, for example, the social criteria of the FSC standards.
GIS monitoring and analytics would also be a cost effective way for forest managers to verify ecosystem services, and help forest owners around the globe gain access to additional revenue streams when managing their forests sustainably.
In 2019 we released our first GIS-based maps. Stakeholders are now able to identify FSC-certified forest areas on a map and see satellite images of these forests. Only certified areas voluntarily provided by forest managers are presented on the map at this time.
Using Earth observation to revolutionise FSC certification
We see great potential in Earth observation (EO) for researchers, governments, investors and non-governmental organizations, who would be able to verify the impact of certification. We believe that this could increase opportunities for forest owners who are looking for financial support.
We know that for many smallholders around the world, preparing for an FSC certification is expensive and that obtaining a forest inventory in itself can be a challenge. Part of the long-term vision for this initiative is to explore the potential of GIS and EO to address these challenges.