This unique setup will modernise agricultural research by providing a contained, efficient environment for multi-trophic studies—research that examines the complex interactions among multiple organisms within an ecosystem.

The 402 m2 facility, which cost $11 million to construct, represents a significant advancement in containment and research efficiency. Certified to PC2 standards by the Ministry for Primary Industries, the greenhouse facility ensures that every aspect of an experiment, from fumigation protocols to pollen sterilisation, is meticulously controlled. This not only reduces risks associated with studying organisms but also speeds up research and reduces costs. "No other research facility in New Zealand combines these capabilities in a single, purpose-built environment," says research associate and glasshouse manager, Sarah Jackman. "That’s what makes it so exciting."

One of the facility’s standout features is its ability to simulate complex scenarios involving multiple organisms. For example, scientists can study gene-edited ryegrass interacting with an exotic insect - research that could have direct applications for New Zealand farmers. Unlike overseas studies, which may not address New Zealand’s unique flora and fauna, this facility allows for research specifically tailored to New Zealand’s agricultural ecosystem.
 

Advanced features like an infrared-capable lighting system, which simulates a full spectrum of sunlight, and a specialised water filtration system will support cutting-edge research, including work focused on climate change resilience.

The response from the research community has been enthusiastic. Universities, research institutes, and industry partners are eager to explore collaborative opportunities, with Sarah noting that one of the first questions asked during a recent tour was, “When can we get access?”

An inside view of the containment facility where our researchers will use controlled growing conditions and light spectrum to run experiments.

 

The facility will be in high demand among AgResearch’s Weeds, Pests and Biosecurity, and Microbial Solutions teams, as well as with pasture breeders and other researchers keen to leverage its capabilities. Sarah expects research on Fall Army worm, Green Vegetable Beetle, Porina and even the Coconut Rhinoceros Beetle, which is a major pest in the pacific, will take place in experiments.

The first trials are scheduled to begin in November, and AgResearch is now inviting expressions of interest from potential clients interested in research partnerships.

This facility is more than a milestone for AgResearch—it’s a national resource that promises to strengthen New Zealand’s agricultural resilience and drive sustainable growth across the sector.