Satellite Forest Carbon Mapping
81% Accuracy All weather Real time
The Carbon Crisis
72% of Earth's terrestrial carbon is stored in forests, yet we're flying blind on precise measurements.
- Traditional surveys cover <1% of forests annually
- Cost millions, take years to complete
- Result: Inaccurate carbon credits & failed conservation
Our Solution
Space-based carbon intelligence with 81% accuracy across entire landscapes.
- Real-time monitoring from satellites
- 90% cost reduction vs. ground surveys
- Works in all weather, day or night
Revolutionary Tech Stack
Breakthrough Technology Combination
Multi-Frequency SAR + GEDI LiDAR + AI = 81% Accuracy Forest Carbon Maps
Real time All weather Landscape scale
Multi-Frequency SAR
The Carbon X-Ray
- L-band penetrates to tree trunks
- C-band captures canopy structure
- All-weather operation
GEDI LiDAR
Precision Height Mapping
- 25-meter precision measurements
- 3D forest structure mapping
- From International Space Station
AI Integration
Pattern Recognition
- Machine learning correlations
- Validated against 103 ground plots
- Scales to entire countries
Proven Results: 81% Accuracy
Performance Breakthrough
Single Technology: ~30% error
Our Multi-Sensor Solution: 17% error
81% accuracy Landscape scale Cost effective
- Error Rate
- (Industry standard: 20-30%)
- Correlation with
- Ground Truth
- Tested Area
- All Forest Types
Real Impact: What You Get
Forest Carbon Map Output
High Carbon:
200+ tons/hectare
Medium Carbon:
100-200 tons/hectare
Low Carbon:
<100 tons/hectare
Ready for carbon markets & conservation planning
- Verified carbon credit calculations
- MRV-compliant REDD+ reporting
- Real-time deforestation alerts
- Identify high-value carbon areas
- Track restoration success
- Optimize protection strategies
- National forest carbon inventory
- Meet Paris Agreement targets
- Evidence-based policy making
The Technology Edge
| Approach | Technology | Accuracy | Coverage | Cost |
|---|---|---|---|---|
| Traditional Methods | Ground surveys | High (small areas) | <1% annually | Very High |
| Single Satellite | Optical or SAR | 30–50% error | Regional | Medium |
| Our Approach | Multi-sensor Fusion | 17% error | Continental | Low |
Perfect Timing
Satellite Boom:
NISAR 2024, BIOMASS active
Carbon Market Explosion:
Verification critical
Climate Urgency:
Forest solutions = 30% mitigation
We solve the measurement problem
- Carbon Markets
- Annually
- Forest Monitoring
- Government Spending
- Climate Tech
- Investment
Ready to Transform Forest Monitoring?
Contact us to discuss how satellite-based carbon mapping can accelerate your climate goals.
