Our Nodes
APPN’s new network of controlled environment phenotyping facilities, mobile phenotyping units and field sites is strategically spread across Australia’s diverse climate zones and involves nine renowned plant research organisations nationwide.
Not sure where to start? Please contact the APPN Head Office for help.
In this section
Australian National University
APPN’s Node at the Australian National University in Canberra combines diverse controlled environment phenotyping with sophisticated in-house computer science expertise.
Charles Sturt University
The APPN Node at Charles Sturt University in Wagga Wagga provides field and protected environment phenotyping along with a unique rhizolysimeter for below and above ground research.
Department of Primary Industries & Regional Development, WA
The APPN Node at DPIRD provides cutting-edge field phenotyping and sensing infrastructure in Northam and Merredin, Western Australia
La Trobe University
The APPN Node at La Trobe University in Melbourne offers access to a range of precision-controlled growth environments and sophisticated phenotyping technologies.
The University of Adelaide
The Plant Accelerator®, APPN's Node at the University of Adelaide, offers a range of controlled environment and field phenotyping infrastructure.
The University of Queensland
APPN's Node at The University of Queensland offers plant phenotyping infrastructure in controlled environments (St Lucia & Gatton), at the field site in Gatton, and via mobile service to remote areas.
The University of Sydney
APPN at the University of Sydney operates from their expansive research station in Narrabri and offers a range of field phenotyping and remote sensing capabilities
The University of Western Australia
APPN's Node at the University of Western Australia offers phenotyping solutions in controlled environments and via mobile services to reach remote field sites.
Western Sydney University
APPN Western Sydney University is based in one of the world’s leading centres for protected cropping research, with phenotyping capabilities tailored to this infrastructure.