Real time eDNA tools to improve early detection and response approaches for high risk pest animals


Rapid detection and identification of high-risk invasive animals either at the point of entry or in the field are essential to prevent new incursions and to enable a rapid response for successful eradication. Detection and monitoring species using environmental DNA (eDNA) is recognised as a powerful tool, and has been shown to have greater sensitivity for less effort and for fewer negative affects compared to traditional survey methods. 

With eDNA now firmly established as a highly effective method for species detection, it is now able to be further refined for routine use in biosecurity applications.  




  1. Develop rapid eDNA detection tools using real-time technology for in situ application 
  2. Develop new eDNA tests for at least two high-risk invasive species and apply these to field operations 
  3. Validate multi-species eDNA detection framework to enable all species to be detected from a sample or location 
  4. Develop eDNA capability within end-user organisations through targeted training and provide readily available eDNA services for ongoing surveillance 

Project Leader

A/Prof. Dianne Gleeson
Project Team
  • A/Prof Dianne GleesonUC (co-project leader)
  • Dr Elise Furlan UC  (co-project leader)
  • Prof Richard Duncan UC 
  • Prof Arthur Georges UC 
  • Prof Stephen Sarre UC 
  • Dr Anthony Chariton – Macquarie University 
Project Partners
  • University of Canberra (UC)
  • New South Wales Department of Primary Industries (NSW DPI)
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