The Albanese Labor Government will provide a $6.4 million grant over three years to the University of Melbourne to continue collaborative biosecurity research crucial to protecting the nation's agricultural, fisheries and forestry industries.
The University of Melbourne will host the Centre of Excellence for Biosecurity Risk Analysis (CEBRA) program over the next three years, with potential to extend for a fourth year, as it helps bolster the country's defences from increasing biosecurity threats.
The Albanese Labor Government is committed to a strong biosecurity system and has committed funding of more than $1 billion over four years.
The Government will invest around $2 million annually in CEBRA to benefit trade, agriculture, the environment and community through:
- development of advanced monitoring or detection tools
- predictive modelling to assess and mitigate threats before they arrive
- research that informs regulatory decision-making, ensuring cost-effective and informed policies
- ensuring the latest scientific findings are integrated into policy and operational on-ground decision-making.
CEBRA conducts collaborative research to strengthen government biosecurity efforts, providing evidence-based insights that shape risk analysis, regulatory interventions, inspections and surveillance.
Strengthening research is part of national and departmental commitments outlined in the DAFF Biosecurity 2030 Roadmap and the National Biosecurity Strategy and National Biosecurity Strategy Action Plan.
Quotes attributable to Minister for Agriculture, Fisheries and Forestry, Julie Collins MP:
"Australia's biosecurity system is among the best in the world, but it faces increasing challenges, and the government is proud to fund the University of Melbourne to continue CEBRA's research to help us meet these challenges.
"The rise in threats from plant pests, diseases and invasive species is being driven by a variety of factors such as a changing climate, expansion of trade, increased tourism and shifts in land use patterns.
"Effectively managing these growing pressures calls for innovative solutions to biosecurity risks underpinned by quality research.
"Whether it be modelling frameworks designed to assist with policy formation and response strategies for emergency animal diseases, such as foot-and-mouth disease, or automated image analysis to identify the biofouling risks of vessels, CEBRA's work is integral to protecting Australia from all manner of diseases, plant pests and invasive species."
