Guidebook

Integrating Meta’s Canopy Height Model into Forest Carbon Methodologies

Discover how Meta’s open-source canopy height model and AI tools can support more accurate, cost-effective forest carbon project development. This guidebook gives developers and registries practical tips on applying high-resolution remote sensing (RS) data across key project activities.

Key takeaways

  • How high-resolution RS improves planning and monitoring 

  • Why data validation supports accurate and credible crediting

  • What technical needs must be addressed to scale RS in carbon markets

Guidebook

Integrating Meta’s Canopy Height Model into Forest Carbon Methodologies

Discover how Meta’s open-source canopy height model and AI tools can support more accurate, cost-effective forest carbon project development. This guidebook gives developers and registries practical tips on applying high-resolution remote sensing (RS) data across key project activities.

Key takeaways

  • How high-resolution RS improves planning and monitoring 

  • Why data validation supports accurate and credible crediting

  • What technical needs must be addressed to scale RS in carbon markets

Guidebook

Integrating Meta’s Canopy Height Model into Forest Carbon Methodologies

Discover how Meta’s open-source canopy height model and AI tools can support more accurate, cost-effective forest carbon project development. This guidebook gives developers and registries practical tips on applying high-resolution remote sensing (RS) data across key project activities.

Key takeaways

  • How high-resolution RS improves planning and monitoring 

  • Why data validation supports accurate and credible crediting

  • What technical needs must be addressed to scale RS in carbon markets