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

Summary

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.  

Status

Commenced

Objectives

  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



Prof. Dianne Gleeson
Project Team
  • A/Prof Dianne Gleeson – UC (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)

Outputs

February 2019 update:  

The development of new eDNA detection methods are ongoing. 

The research group launched www.ecoDNA.org.au to further enhance the outcomes of their research. 

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