Forest Carbon is a cutting-edge geospatial dataset providing accurate, high-resolution estimates of aboveground carbon, tree height, and canopy cover. By fusing satellite observations from PlanetScope, Sentinel-2, and NASA`s GEDI LiDAR, it offers unmatched visibility into forest dynamics - from large-scale portfolio assessments to detailed tree-level monitoring. The 30m 'Diligence' resolution is ideal for long-term trend analysis, while the 3m 'Monitoring' resolution delivers quarterly updates for real-time tracking of forest change. With a scalable, cost-effective approach, Forest Carbon empowers organizations to quantify carbon stocks, monitor deforestation, and verify reforestation projects anywhere on Earth.
Carbon Accounting:
Quantify carbon stocks across global forests.
Track carbon loss from deforestation events.
Validate carbon offset projects with reliable data.
Forest Monitoring:
Detect illegal logging in protected areas.
Track canopy height changes over time.
Identify reforestation success with high accuracy.
Supply Chain Risk:
Monitor deforestation in sourcing regions.
Ensure compliance with sustainability regulations.
Identify land use changes impacting resources.
Wildfire Assessment:
Map burn areas with high-resolution data.
Measure canopy recovery after fire events.
Assess wildfire risk in vulnerable regions.
SkyFi integrates diverse geospatial data sources to give you the most up-to-date, detailed understanding of the landscapes shaping our future.
Industries
From agriculture to urban planning, environmental monitoring to disaster response, our platform provides essential data for informed decision-making across various sectors.
Satellite imagery contributes to tracking and monitoring environmental changes over time, providing invaluable information for assessing the health and evolution of the Earth's surface. These data-driven details support informed decision-making in conservation, land management, and sustainable development projects.