- an innovation seed funded project looking at rapid Detection of plant water stress.

Researchers from Melbourne University and the Department of Economic Development, Jobs, Transport and Resources, are working together to utilize the latest technology in plant stress detection for gains in agricultural production.

Interview with Dr Dongryeol Ryu about UAV borne thermography for plant water stress mapping

Dr Dongryeol Ryu, Senior Lecturer at Melbourne University talks about  the Innovation Seed Fund for Horticulture and it's role with the UAV work with for plant water stress mapping - supported by DEDJTR and Melbourne Uni.

Video: Low cost infrared thermography and UAV for rapid detection of plant water stress.

Real-time mapping of plant water stress at vineyards and orchards enables optimal irrigation control that can produce high quality fruit and target yield of grapevines and tree fruits. This project used infrared thermography onboard a Unmanned Aerial Vehicle (UAV) to map high-resolution plant water stress over a commercial vineyard and an orchard in Victoria. Innovative blending of visible and near infrared imagery with the thermography accurately mapped water stress for individual grapevines and fruit trees. This project demonstrated capability of UAV-borne thermal infrared sensing in mapping high-resolution crop water stress over horticultural crops. The demonstrated technology can be readily applied to upscale the conventional ground-based water stress measurements to the large-scale horticultural enterprises accurately.

UAV-borne Infrared Thermography for Plant Water Stress

Dr Mark O'Connell (Department of Economic Development, Jobs, Transport and Resources) discusses the Seed Innovation Fund (for Horticulture Development) project - Low cost infrared thermography and UAV for rapid detection of plant water stress.