In a recent presentation, ArborCarbon Managing Director Professor Paul Barber outlined how high-resolution airborne imagery can change the way biosecurity threats are detected and managed — particularly in complex urban and peri-urban environments.
Why early detection keeps failing
Traditional biosecurity surveillance relies heavily on boots on the ground. While essential, this approach is slow, resource-intensive, and difficult to scale across entire cities or transport corridors.
By the time visible symptoms appear in trees, pests or pathogens are often already well established.
Turning canopy data into an early warning system
ArborCarbon’s ArborCam technology captures detailed spectral and thermal information across large areas, allowing changes in vegetation condition to be detected before decline is obvious to the human eye.
This enables authorities to:
- Identify high-risk host trees near ports and transport hubs
- Prioritise on-ground inspections
- Target resources where intervention is most likely to succeed
- Track change consistently over time
Rather than replacing field teams, this approach supports them — narrowing the search and improving response speed.
From surveillance to response
The real value of airborne monitoring lies in how quickly insights can be turned into action. ArborCarbon’s systems are designed to integrate with existing tree databases and operational workflows, ensuring data collected from the air is usable on the ground.
This model is already supporting biosecurity responses in multiple Australian states and internationally.
