ITTO-BMLEH (PP-A/54-331A)
"PROMOTING QUALITY TIMBER PRODUCTION
IN SMALLHOLDERS AND COMMUNITY-BASED TEAK AND
OTHER VALUABLE SPECIES PLANTATIONS
IN THE TROPICS"
Training Workshop on “From Tree to Timber: Practical AI and Efficient Teak Round Wood Management” (22–26 March 2026, Kanchanaburi Province)
This joint training workshop aims to improve teak timber production and value chain efficiency in smallholder and community-based plantations under the BMEL–ITTO Project “Enhancing Conservation and Sustainable Management of Teak Forests and Legal and Sustainable Wood Supply Chains in the Greater Mekong Sub-region (PP-A/54-331A).”
The program addresses operational challenges such as inaccurate tree measurement, inefficient harvesting, transport losses, and poor storage practices, which often reduce timber quality and income for smallholders. By integrating AI-assisted tree diameter measurement with practical training in harvesting, transport, processing, and waste management, the workshop promotes efficient teak round wood management and improved value chain performance.
The objectives are to:
- Introduce conventional and AI-assisted teak tree and log measurement methods.
- Improve knowledge of efficient transport, equipment uses, and storage practices.
- Provide hands-on field training in real operational conditions.
The training targets around 40 participants, including field and office staff from the Forest Department, Forest Industry Organization, private sector, and smallholders, with a focus on developing trainers who can transfer knowledge to others in the future.
The work plan includes developing training content, coordinating participants, conducting site reconnaissance in February 2026, implementing classroom and field-based training, and evaluating outcomes for reporting to the Project Technical Committee and Steering Committee.
Overall, the workshop supports sustainable teak management, improved livelihoods, and stronger rural timber enterprises through better measurement, reduced losses, and enhanced operational efficiency.