Here’s a Technical Appendix draft for Crown Agroforestry Plantations Inc. (CAPI). This is investor-facing but focuses on technical details, protocols, and operational standards, so investors understand the scientific and operational rigor behind the plantations.

Crown Agroforestry Plantations Inc. (CAPI) –

1. Plant Propagation & Agroforestry Protocols

High-Value Crop Propagation:

Agarwood (Aquilaria malaccensis): Tissue-cultured elite plantlets developed via OrgaGen™ Lab-to-Land™ protocols ensuring high survival rates, disease resistance, and optimal resin yield.
Sandalwood (Santalum album): Grafted seedlings with verified oil yield potential.
Other Aromatic Trees: Includes Cananga odorata, Myristica fragrans, Cinnamon spp., and Manila elemi, propagated using organogenesis or seed-based protocols as appropriate.

Agroforestry Design:

Mixed-Species Planting: Combines perfumery, timber, and nitrogen-fixing trees for soil health, biodiversity, and optimized land use.
Spatial Planning: Plant spacing, canopy management, and polyculture arrangements designed to maximize yield and facilitate inoculation or harvesting activities.
Soil Management: Routine soil testing, amendment using Crown Organic Biofertilizers (COBI™), and pH/nutrient optimization.

2. Fusarium Inoculation & Resin Induction (Agarwood)

Dual-Action Inoculant: BarIno FusaTrinity™ combines Fusarium oxysporum with Manganese Dioxide (MnO₂) for accelerated resin formation.
Application Protocol:
1. Drill inoculation holes at 30–40 cm intervals along trunk.
2. Insert inoculant using sterilized applicators.
3. Monitor trees for resin development over 6–12 months.
Expected Yield: 3–5 kg of high-grade agarwood resin per mature tree after 12–15 years.

3. Soil & Environmental Monitoring

Soil Parameters: pH 5.5–6.5, organic carbon 2–4%, balanced NPK ratios.
Water & Microclimate: Irrigation protocols tailored to seasonal rainfall; microclimate monitoring for temperature and humidity to optimize growth.
Carbon Sequestration & ESG Metrics: Annual reporting of biomass accumulation, carbon credits potential, and biodiversity indices.

4. Crop Management & Yield Optimization

Growth Tracking: Digital farm record systems capturing tree growth, inoculation dates, fertilization, and health metrics.
Disease Management: Routine inspection for pests and fungal pathogens; integrated organic management protocols.
Harvest & Post-Harvest:
- Agarwood chips graded by resin quality.
- Timber logged under sustainable guidelines; selective harvesting to maintain canopy and ecosystem integrity.

5. Quality Assurance & Certification

DENR & BPI Compliance: All plantations registered and monitored under CNC/ECC and BPI guidelines.
ISO & HACCP Pathway: Standard Operating Procedures designed for future compliance with international forestry and extract quality standards.
Traceability: Each tree and batch of harvest is digitally traceable from planting to final product.

6. Operational Metrics & Scalability

Metric	Target / Standard	Notes
Survival Rate	>95% for tissue-cultured plantlets	Verified during nursery stage
Inoculation Success	80–90%	Resin development within 12 months
Average Resin Yield	3–5 kg/tree	High-grade agarwood
Plantation Density	1,000–1,200 trees/hectare	Mixed-species layout
Carbon Sequestration	~15–20 tons CO₂/ha/year	Estimated from agroforestry model

7. References & Supporting Materials:

Crown Organogenesis Protocols Inc. (COPI) Lab Reports
BarIno FusaTrinity™ Inoculation Trials & Yield Data
Soil & Microclimate Monitoring Logs
Plantation ESG & Carbon Assessment Reports

This Technical Appendix can be sent as a PDF alongside the investor brief or included as an add-on in the pitch deck, showing that the operation is science-driven, measurable, and low-risk for investors.

I can also create a visual “Technical Snapshot” infographic, condensing this into plantation lifecycle, propagation, inoculation, and yield metrics, which works really well in investor decks.

Do you want me to make that infographic next?