featured image for Call for Presenters – ForestTECH 2027

Call for Presenters – ForestTECH 2027

7 July 2026

Innovatek is inviting expressions of interest from technology developers, researchers, forest managers and equipment suppliers interested in presenting at ForestTECH 2027, Australasia’s leading forestry technology conference. The event series is running 9-10 March 2027 in Brisbane, Australia, and 16-17 March 2027 in Rotorua, New Zealand.

Now entering its 20th year, ForestTECH continues to bring together forestry professionals from across New Zealand, Australia and overseas to explore the latest advances in forest inventory, remote sensing, data capture, AI, automation, mechanised silviculture and digital forest management.

Planning for the 2027 programme is now underway, and we’re seeking an expressions of interest from organisations and individuals developing practical technologies, innovative applications and operational case studies that are delivering measurable improvements across the forestry sector.

As with previous events, the conference programme will feature international and local experts sharing the latest developments in:

  • Remote sensing, LiDAR and satellite technologies
  • Drone and UAV applications
  • Artificial intelligence and machine learning
  • Forest inventory and resource assessment
  • GIS, mapping and spatial data
  • Mechanised establishment and silviculture
  • Digital forestry platforms and decision-support systems
  • Automation, robotics and autonomous operations
  • Forest health monitoring and environmental technologies
  • Real-world operational case studies demonstrating measurable outcomes

ForestTECH has built its reputation by showcasing technologies that are already making a difference in commercial forestry. Presentations are selected to provide delegates with practical insights, independent research, operational experience and lessons that can be applied across the industry.

While the programme is still being developed, expressions of interest are encouraged, particularly from organisations introducing new technologies, innovative research or successful operational implementations relevant to forest managers and forestry professionals throughout Australasia.

The ForestTECH audience includes forest owners and managers, inventory foresters, GIS and remote sensing specialists, silviculture managers, consultants, researchers, technology providers and government agencies involved in managing forest resources.

If you have a technology, project or operational experience that would benefit the wider forestry sector, we’d welcome hearing from you.

Further information on ForestTECH 2027, including event updates and expression of interest details, is available on the ForestTECH event website.

More Posts from Issue

Image

Hexagon acquires ITRES to expand the scope of airborne mapping

Hexagon has acquired ITRES, the Calgary-based provider of high-performance airborne hyperspectral and thermal imaging systems, strengthening its ability to deliver richer multi-sensor geospatial data for advanced airborne mapping and analysis. The acquisition unites two complementary portfolios under one provider. Hexagon ...
Read more
Image

How ‘digital twins’ could help predict the fate of a forest

In his office in MSU’s forestry department, EEB core faculty member David Carter shows off an image of a virtual forest on his laptop. It’s not just any forest. It’s a computerized replica, or “digital twin,” of a loblolly pine stand, created ...
Read more
Image

NZ safety gains drive drop in forestry’s injury claims

Forestry’s injury claims have fallen by around 34 percent since 2018, reflecting sustained improvements in safety performance and injury prevention across the sector. ACC has highlighted the Forest Industry Safety Council (FISC) as a strong example of what can be ...
Read more
Image

New data provides opportunities for wildfire hazard analysis

New research from the Bioeconomy Science Institute Maiangi Taiao aims to improve New Zealand’s wildfire preparedness and response.  The institute has developed national-scale wildfire hazard potential data layers to help communities, businesses and wildfire managers better understand the areas that are more likely to burn under high-risk conditions, and how severe fire behaviour is likely to be. The data was developed by simulating more than 500,000 potential ...
Read more
Image

Reducing bushfire extent, a key benefit of prescribed burning

An Opinion Piece: John O’Donnell Across south eastern Australia, prescribed burning rates remain at historically low levels, despite overwhelming evidence that this single mitigation tool is the most effective, scalable and proven method for reducing the extent of bushfires. While ...
Read more
Image

Early fire detection installed in the Far North

Spark, the Far North District Council (FNDC) and Dryad have implemented an advanced ultra-early fire detection system at the Waitangi Endowment Forest – the first of its kind in New Zealand. This initiative aims to safeguard one of New Zealand’s ...
Read more
Image

Empowering forestry and wood through tech

The Government is backing the New Zealand’s forestry sector’s innovation and sustainable productivity, announced from Agriculture Minister Todd McClay last month. “Greater land use flexibility results in prosperity through productivity, and new production methods and technologies are key to driving ...
Read more
Image

Scientists discover unexpected climate benefit hidden in forest soils

Researchers report that methane absorption has increased under shifting climate conditions, based on a long-term study conducted in Germany. Forest soils play a key role in regulating the climate by removing large amounts of methane, a powerful greenhouse gas, from ...
Read more
Image

Putting red needle cast (RNC) management tools into the hands of foresters

Red needle cast (RNC) is shifting from an unknown threat to a disease New Zealand foresters can actively manage. The release of the RNC Manual and Regional Risk Forecasting Tool this month marks an important step in that transition. The ...
Read more