Report
Validated softwood stiffness predictions using IML-Resistograph and ECambium
Forest & Wood Products Australia Limited
2022
Abstract
This project utilised the IML-RESI, a tool that works by using small-diameter drill technology, to quickly and cost effectively capture details of a tree’s wood variability and quality. The recorded data (also known as ‘traces’) get uploaded to a specially-developed online wood-quality assessment platform, where it’s processed and interpreted to estimate average density and stiffness across the stand. The FWPA-supported research was led by Dr Geoff Downes of Forest Quality.
The technology also has advantages in aiding grower decision making around which sites and silvicultural practices will impact the stiffness and volume of their timber. This knowledge will allow growers to plan for improved wood quality in their stands, meaning increased value for processors.
To keep the channels of communication open between industry and the researchers, a regular Zoom meeting has been scheduled for IML-RESI users, who will be given opportunities to discuss any issues experienced during use and application, share ideas on operationalising the technology.
Details
- Title
- Validated softwood stiffness predictions using IML-Resistograph and ECambium
- Authors
- Geoffrey M Downes (Corresponding Author) - Forest Quality Pty LtdDavid Lee (Author) - University of the Sunshine CoastDavid M Drew - Forest Forecasting (Australia)
- Additional notes
- Project No: VNB459-1718
- Publication details
- 158 pages
- Publisher
- Forest & Wood Products Australia Limited
- Date published
- 2022
- ISBN
- 9781925213942
- Grants
- Validated softwood stiffness predictions using IML-Resistograph and eCambium: online automated processing, 0980025810, Forest and Wood Products (Australia) (Australia, Melbourne) - FWPA
- Organisation Unit
- Forest Industries Research Centre
- Language
- English
- Record Identifier
- 991243696202621
- Output Type
- Report
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