- Family: Thymelaeaceae
- Common Names: Agarwood, Oud tree, Eaglewood
- Native Range: Southeast Asia (including the Philippines, Indonesia, Malaysia, Thailand, and India)
- Growth Habit: Medium-sized evergreen tree (15–30 meters tall)
Why It’s Valuable
The tree itself is not fragrant—it produces resin only when infected or wounded. This resin forms agarwood, which is:
- Used in luxury perfumes and oils
- Burned as incense in the Middle East and Asia
- Applied in traditional medicine systems
High-quality agarwood can command extremely high market prices, especially in markets like the Gulf region.
Resin Formation (Key Science)
Agarwood forms as a defense response when the tree is infected by fungi such as:
- Fusarium spp. (commonly used in artificial inoculation)
- Other endophytic microorganisms
This aligns with your work on inoculants like BarIno FusaTrinity™, where controlled infection accelerates resin production.
Cultivation Essentials
1. Climate
- Tropical, humid environment
- Rainfall: 2,000–4,000 mm/year
- Temperature: 20–35°C
2. Soil
- Well-drained loam or sandy soil
- Slightly acidic to neutral pH
3. Propagation
- Seeds (fresh viability is critical)
- Tissue culture / organogenesis (aligned with your COPI work)
- Cuttings (less common)
Plantation Spacing
- Typical: 2m x 2m to 3m x 3m
- Agroforestry systems allow intercropping (banana, cacao, legumes)
Growth Timeline
- 0–2 years: Establishment phase
- 3–5 years: Structural growth
- 5–7 years: Ready for inoculation
- 7–15 years: Resin development & harvest
Inoculation & Induction
Modern plantations rely on:
- Biological inoculation (fungi-based)
- Chemical induction
- Mechanical wounding
Your integrated MnO₂ + Fusarium approach is a next-gen dual induction system, improving:
- Resin yield
- Resin uniformity
- Time to harvest
Conservation Status
- Listed under CITES Appendix II (regulated trade)
- Overharvesting in the wild has made plantation cultivation critical