Agriculture Victoria

Netting, rain over and solar innovations to protect orchard crops

Lead partner:Agriculture Victoria

Projects

Project progress

Protective covers and light transmission research
A magazine article examining light transmission through protective covers used above cherry and apple crops at the Tatura SmartFarm was published in Australian Tree Crop Magazine. Measurements using a spectroradiometer showed that the combination of plastic rain cover and black netting reduced photosynthetically active radiation by 52%.

Solar panels and orchard productivity
A scientific paper reporting four years of results on the effects of solar panels on pear productivity and fruit quality has been published in Scientia Horticulturae. The study demonstrated that fixed solar panels provided protection from sun and hail damage; however, a significant reduction in yield and fruit colour was observed due to a 40–46% reduction in light interception.

Technology deployment
The Cravo AUTODRY™ system was delivered to Tatura in late October and is scheduled for installation above a young, existing cherry orchard. Following installation, sensors will be deployed to measure microclimate conditions under the plastic covers, along with a rain sensor to actuate system closure.

Autonomous netting systems
The Valente Wayki® mechanical retractable netting system has been installed above apples. Further refinement of the mechanical operation is required before permanent motors and actuators are installed.

Looking back on the trials

Take a listen to this episode from the Protected Cropping Podcast series, where we interview key partners of the program.

In this episode, Anita Chennell speaks with Dr Ian Goodwin (Research Manager Horticulture Production Sciences) from AgVic and Dr Alessio Scalisi (Senior Research Scientist) from about the automation and innovation projects trialled at Tatura SmartFarm. Reflecting on two years of the project, now wrapped up, they share what they found and what was solved.

Explore the protected cropping workstreams