De-Risk Your Project through Robust Validation
Tropical peatland restoration and carbon projects face unique challenges: uncertain peat volumes and carbon stocks, complex hydrology, difficult monitoring conditions, and intense scrutiny on carbon credit quality. D4S helps remove these obstacles, translating peer-reviewed science into actionable project data, fast and cost-effectively.
Our Core Capabilities
- Accurate Peat Mapping — our models of peat extent, thickness, and carbon stock are deemed to have outstanding accuracy and low cost, produced at high speed, by combining satellite LiDAR-based elevation models with expert knowledge and our existing tropical peat database, filled with thousands of field data points over the years
- Baseline Emissions Quantification — water table depth (WTD) based emission factors and satellite-supported monitoring approaches to reflect actual drainage conditions and hydrological context, not generic land-use assumptions
- MRV System Design — hybrid ground-satellite monitoring that validates field data with satellite sources (LiDAR, other), reducing cost and eliminating the measurement difficulties and errors of ground-only and satellite-only approaches
- Flood Assessment — satellite-data-based models that map and model inundation in restoration areas, as well as identify unproductive agricultural peatlands suitable for restoration with reduced opportunity costs
- Restoration Design Support — science-based analyses for canal blocking, buffer zone design, and rewetting strategies optimized for confident carbon credit validation
How We Work
We complete typical project assessments for single areas within 3 months:
- Initial Consultation — Understand your project area, objectives, and timeline (no cost)
- Scoping & Proposal — Define deliverables, data requirements, and indicative costs (1 to 2 weeks, no cost)
- Data Acquisition & Analysis — Satellite data processing, identification / incorporation of other data sources, field measurement design if needed (1 to 6 months depending on area size and complexity)
- Report Delivery — Technical documentation with maps, datasets, and recommendations (2 to 4 weeks)
- Ongoing Support — MRV system maintenance, field surveys, annual emissions reporting, validation support (as needed)