Free Air Temperature Extreme Facility

Resilient crops for heat waves

Agriculture Victoria is researching the impact of heat waves on crops. This will help producers prepare for future growing conditions.

Heat waves are predicted to be more frequent and severe in a changing climate. Researchers are using a one-of-a-kind Free Air Temperature Extreme Facility (FATE) at Horsham SmartFarm. With it, they test the resilience of cereals, pulses and oilseeds in extreme heatwaves, drought and frost.

Two large agricultural machines in a field viewed from above

Benefits for the grain industry

Opportunities from research at the FATE facility include:

  • measuring the impact of heat waves on crop yield and quality
  • accelerating the availability of heat-tolerant crop varieties
  • validating crop management systems that reduce the impacts of heat and frost
  • improving crop yield modelling using controlled heatwave, drought and frost conditions
  • providing unique opportunities and training in climate adaptation research for students
  • demonstrating to growers, industry and the community new technologies and adaptation to climate change.

What is FATE?

The FATE facility has a series of large, mobile trolleys made from aluminium set up in an open field. Twelve infrared heating panels are attached to each trolley and controlled by a computer system.

View of infrared heating panels attached to a FATE trolley.

Four replicate trolleys of paired heated and reference plots allow our researchers to compare heated versus non-heated impacts to crops. A unique, flexible cable allows the trolleys to be powered by the onsite generator and moved to adjacent plots.

It is the only system in the world of its kind, allowing precise application of uniform heat to a range of open-air crops.

Using FATE for research

The FATE facility has been designed to accommodate a range of heat and drought experiments for cereals, oil seeds and pulses. It is programmed to mimic heatwaves and can increase and decrease temperatures across the day. This replicates what happens naturally in the field.

Heatwave elements we can control include:

  • Intensity (maximum temperature)
  • Duration (number of days)
  • Timing (plant growth stage)

At FATE we also use remote-sensing technologies to measure the impacts of heatwaves on crops.

FATE Trolley sitting amid mature wheat crop

Project partners

The FATE facility is an investment by the Grains Research Development Corporation and Agriculture Victoria that supports the Victorian Agriculture Sector Strategy.

How to get involved

If you’re interested and have questions about adaptation of crops to heatwaves and the FATE facility, contact Dr Ash Wallace at the Horsham SmartFarm: Ashley.wallace@agriculture.vic.gov.au

Page last updated: 10 Jun 2026