Agarwood Agroforestry Plantation Project
(Aligned with international standards such as Verra and Gold Standard)
1. Project Overview
Project Title: Crown Agarwood Agroforestry Carbon Project – [Project Name / SPV]
Project Proponent: Crown Agarwood Group Inc.
Project Type
- Afforestation / Reforestation (A/R)
- Agroforestry Carbon Sequestration
Location
- Country: Philippines
- Region / Province: [Insert]
- GPS Coordinates: [Insert]
Project Duration
- Crediting Period: 10–30 years
- Plantation Cycle: 7–12 years
2. Project Description
Objective: To establish sustainable agarwood-based agroforestry systems that:
- Sequester atmospheric carbon
- Generate high-value forest products
- Support rural livelihoods
- Enhance biodiversity
Project Activities
- Land preparation and site development
- Planting of Aquilaria malaccensis and companion species
- Maintenance and fertilization
- Resin inoculation (non-destructive)
- Monitoring and reporting
3. Baseline Scenario
Without the Project
- Land remains degraded / underutilized
- Minimal carbon sequestration
- Low biodiversity value
- No structured economic activity
With the Project
- Increased biomass and carbon storage
- Soil restoration
- Enhanced ecological function
- Sustainable economic output
4. Carbon Accounting Methodology
Applicable Methodologies
- Verra VM0007 / ARR methodologies
- Gold Standard Land Use Framework
Carbon Pools Included
- Above-ground biomass
- Below-ground biomass
- Soil organic carbon (optional)
Exclusions
- Deadwood (optional depending on methodology)
- Harvested wood products (unless accounted separately)
Leakage Assessment
- Minimal displacement of existing land use
- Localized impact assessment
5. Additionality Demonstration
The project qualifies as additional because:
- It is not financially viable without carbon revenue
- It introduces new agroforestry practices
- It exceeds regulatory requirements
- It depends on external investment
6. Monitoring Plan (MRV)
Monitoring Parameters
| Parameter | Frequency |
|---|---|
| Tree growth (DBH, height) | Annual |
| Survival rate | Semi-annual |
| Biomass estimation | Every 2–3 years |
| Carbon stock calculation | Periodic verification |
Tools & Technology
- GPS/GIS mapping
- Remote sensing / satellite data
- Digital field data collection
- Blockchain-enabled traceability (optional enhancement)
7. Quantification of Emission Reductions
Formula (Simplified)
CO₂e = Biomass Growth × Carbon Fraction × Conversion Factor
Expected Outcome
- 10–25 tCO₂e per hectare per year
- Aggregated at project level
8. Risk Assessment & Mitigation
| Risk | Mitigation |
|---|---|
| Fire | Firebreaks, insurance |
| Pest/Disease | Monitoring & treatment |
| Climate variability | Species diversification |
| Project abandonment | SPV + escrow structure |
9. Environmental & Social Impact
Environmental Benefits
- Reforestation of degraded land
- Biodiversity enhancement
- Soil improvement
- Water cycle stabilization
Social Benefits
- Rural employment
- Farmer inclusion programs
- Skills development
- Community engagement
10. Legal & Land Tenure
- Land ownership / lease agreements
- Free, Prior and Informed Consent (FPIC) if applicable
- Compliance with national forestry and environmental laws
11. Credit Issuance & Registry
Credits will be issued under:
- Verra registry OR
- Gold Standard registry
Process:
- Validation
- Verification
- Issuance
- Sale / retirement
12. Revenue & Benefit Sharing
Revenue Sources
- Carbon credit sales
- Potential forward contracts
Allocation
- SPV investors
- Project maintenance
- Community share (if applicable)
- Reinvestment reserve
13. Transparency & Digital Integration (Optional Advanced)
- Blockchain-based carbon registry
- Tokenized carbon credits
- Real-time investor dashboard
- Smart contract distribution
14. Project Timeline
| Phase | Timeline |
|---|---|
| Project Design | 3–6 months |
| Validation | 3–6 months |
| Planting | Year 1 |
| Monitoring | Ongoing |
| First Credit Issuance | Year 2–3 |
| Full Credit Cycle | Years 1–10+ |
Strategic Positioning Statement
“This project integrates sustainable agarwood agroforestry with verified carbon sequestration, creating a dual-value asset that delivers both environmental impact and long-term financial returns.”