Surveillance
The challenge for Australia is to have a pest surveillance system that takes into account the diverse plant industries and the range of production, the large area over which production occurs, the urban areas as well as natural ecosystems. This has to be considered in the global setting where increased trade and travel have magnified the potential for pest incursions.
The Surveillance Program will aim to enhance responsiveness and thereby reduce economic risks to Australia's agri-food industries and market access posed by pest introductions.
The program will develop and implement science-based sample/survey methodologies and systems to enhance the ability to capture a wide range of plant health information in an accurate and cost effective manner that will be acceptable to international and domestic markets.
Goal
A more effective national surveillance system based on scientifically sound sampling tools and survey methodologies.
Actions
- Develop technically sound and cost-effective surveillance procedures.
- Develop surveillance procedures that are linked to information databases, GIS datasets and other technologies.
- Develop surveillance technologies that capture all the relevant survey data required to accurately define Australia's plant health status, including confirmation of pest free areas, and detect emergency plant pests.
Benefits
- Optimum placement of traps for surveillance.
- More effective remote trapping technologies for detecting emergency plant pests.
- Improved surveillance through better training of staff and use of hand-held data acquisition technology.
- Earlier detection of emergency plant pest incursions through use of remote sensing technologies.
Surveillance Research Projects
| Title | Leader |
| CRC30009: Grains Surveillance Strategy | Dr Sharyn Taylor |
| This project will improve preparedness of Australia's grain industry for incursions of Emergency Plant Pests (EPPs) by developing a national surveillance plan to support market access and providing more | |
| CRC30014: PDA-Assisted Surveillance | Mr Robert Emery |
This project will provide outputs that include three main software applications for surveillance (trapping programs, destruction surveillance and general surveys). The project will also select PDA more | |
| CRC30015: Hyperspectral Pathogen Detection | Ms Alison Mackie |
The project will provide improved surveillance tools for rapid, widespread detection of plant pathogens in crops and native vegetation by producing a library of unique spectral signatures that more | |
| CRC30022: Female Lures: Fruit Fly Trapping | Dr Katina Lindhout |
This project will improve pest surveillance technology through the development of female fruit fly lures. These will aid in the detection and control of fruit fly species not attracted to the more | |
| CRC30023: Smart Trap Scoping Study | Dr Louise Morin |
This project will determine the logistical and economic feasibility of developing an automatic detection system suitable for insect traps. Existing software will be adapted and tested to determine more | |
| CRC30032: Flying Spore Traps | Dr Kirsty Bayliss |
This project is a scoping study to determine the potential of using an unmanned aerial vehicle, fitted with a spore trap, to detect and monitor spores of plant pathogens. We aim to develop a more | |
| CRC30039: Fruit Fly Area Freedom | Dr Francis De Lima |
This project will develop a dynamic, strategic trapping system which provides a similar or higher level of confidence as current static, passive grid systems in areas free from Queensland and more | |
| CRC30073: Surveillance Simulation Platform | Prof George Milne |
| The Surveillance Simulation project will produce a simulation environment which will be used to estimate rates of spread of a disease and its time-changing extent over the landscape. It will provide more | |
