• Larger Text
  • Smaller Text
  • Print Page
  • Site Map
Invasive Animals CRC > Research > Detection and Prevention Program

Detection and Prevention program

Prevention of invasive animal problems is the most cost-effective course of action. In the failure of prevention, early detection is vitally important in controlling new incursions. The role of the Detection and Prevention Program is to improve our capacity to prevent or detect invasive animal incursions and their impacts.  The program also aims to help prevent damage from newly established or emerging pest vertebrates.  With this in mind, we are focusing on building up an information base on the whereabouts, impacts and risks of invasive animals in Australia.

This program addresses four of the CRC's goals:

Goal 8: Reduced risk of disease transfer from invasive animals to livestock and humans.

Goal   Goal 9: Reduced risks of economic losses, environmental damage and social stress by forecasting and responding to potential, new, expanding or emerging invasive animal problems.

Goal 12: Established national and local benchmarks for invasive animal impact, density and distribution from which performance on delivery of all outcomes can be assessed.

Goal 3: A benefit of $7 million p.a. by reducing rodent damage by 20%

We are currently working on a national information system to describe the distribution and densities of key invasive animals in a standardised way. We are also conducting research to get an accurate picture of the economic, social and environmental impacts of vertebrate pests and their costs.  Current risk assessment  processes for invasive species are being refined and tested to ensure they are robust. We are also developing cutting-edge genetic techniques for identifying invasive species from trace samples. The program has also reviewed Australia's preparedness for a wildlife exotic disease outbreak, and is looking at what diseases already occur in our feral animals.

This research will provide important information to the CRC and other pest management agencies, at a national and regional level. The information will build the capacity of these agencies to prioritise resource allocation and to measure the success of pest control measures.

Projects are listed under the CRC's corresponding goal number for benchmarking, risk reduction, and disease mitigation:

National and local benchmarking:

12.D.1 Mapping Invasive Animals of Australia — establishing a nationwide mapping system for vertebrate pests, working closely with the National Land and Water Resources Audit.

12.D.2 Costing the Impacts of Invasive Animals — proceedings of a workshop on the socio-economic costs of invasive animals, held in November 2005.

12.D.3 Measuring Threats of Invasive Animals to Biodiversity in New South Wales — reporting on impacts to threatened species in New South Wales.

12.D.4 International Issues and Implications of Using GMOs for Biocontrol for Vertebrate Pests — reporting on current research, legislation and international concerns related to GM biocontrol agents.

12.D.5 Public Attitudes Towards Invasive Animals and Their Impacts — a summary and review of Australasian and selected international research from a social science perspective.

12.D.6 Measuring the Social, Environmental and Economic Impacts of Vertebrate Pests — assessing the economic, social and environmental costs of invasive animals.

12.D.7 Predicting Pest Impacts Due to Climate Change

12.D.8 Review on Public Attitudes to Current and Proposed Forms of Pest Animal Control

12.D.9 Economics Impacts Assessment of the IA CRC

Reducing risks of economic losses, environmental damage and social stress:

9.D.1 Validating and Refining Risk Assessment Models — analysing risk assessment models for the import and keeping of exotic vertebrates, to determine whether these models are rigorous enough to protect Australia from invasive animal incursions.

9.D.2 National Genotyping Facility — developing a national facility for genotyping pest animals, to enable small and large-scale population genetic analyses.

9.D.3 Demonstrating the Potential of Avicide for Starling Control in Australia — determining whether 'Starlicide' toxin can be used effectively to control starlings in Australian conditions, particularly around piggeries.

9.D.5 Invasive Fish Scoping Study — scoping current measuring and reporting methods for the distribution, abundance and impacts of invasive fish species in Australia.

9.D.6 and 9.D.7 Animal Welfare COPS and SOPs

9.D.8 Barrow Island Quarantine Strategy

9.D.9 Review of Risk Assessment Processes for Import and Keeping of Exotic Vertebrates

Reducing risk of disease transfer from invasive animals:

8.D.1 Development of a cyanide bait for disease monitoring

8.D.2 Review of Wildlife Exotic Disease Preparedness — reviewing recent research, training and infrastructure for wildlife disease preparedness in Australia, particularly with respect to diseases that involve invasive animals.

8.D.3 Review of Pathogens Found in Invasive Animals in Australia — reviewing published literature on diseases and agents identified in key species.

8.D.4 Identification of High-Risk Areas for Exotic Disease Outbreaks in Australia

Reducing rodent damage:

3.D.1 IslandNet Network for Island Conservation

Program leader

Dr Elaine Murphy
Department of Conservation
New Zealand
E: firstname.lastname@
invasiveanimals.com 

Elaine_Murphy_headshot_web

Program coordinator

Dr Wendy Henderson
University of Canberra
CANBERRA  ACT  2617
Ph: +62 2 6201 5509
E: firstname.lastname@
invasiveanimals.com 

w for web