Status: Completed

Start date: 14 December 2018

Completion date: 30 November 2020

Project code: P01-B-004

Species/Threats: Multiple

Summary

Although Australia has an enviable environment for developing genetic biocontrol technologies, we must approach its ecological, community, governance and institutional aspects in a careful, integrated and responsible way.
The project team created a decision and implementation framework that will help guide strong investment for long-term genetic biocontrol work that includes the: (a) current environment for investing/managing for people who may fund, support or govern genetic biocontrol; (b) critical conditions needed for investment; and (c) enabling conditions for investors.

Key achievements

Outputs

  • Decision and implementation framework for investment in genetic biocontrol of vertebrate pest species in Australia.
  • Key recommendations for development and implementation of vertebrate pest management in Australia.
  • Business decision framework for prioritising pest species.

Outcomes

  • Greater understanding of attitudes, limitations and benefit of gene drive population control.
  • Increased ability to future asses genetic biocontrol tools for feasibility into long term control strategies.

Impact

  • Increased effectiveness of resource allocation for future genetic biocontrol RD&E.
  • Potentially increased stakeholder and community awareness, understanding and acceptance of genetic biocontrol technology and associated RD&E.

Project team

Dr Wendy Ruscoe

Project Lead

Dr Tanja Strive

CSIRO

Dr Peter Brown

CSIRO

Dr Lucy Carter

CSIRO

Dr Aditi Mankad

CSIRO

Dr Malcolm Kennedy

WA DPIRD

Dr Margaret Byrne

WA DBCA

Project partners

The project received funding from the Australian Government Department of Agriculture, Fisheries and Forestry (DAFF).

Project updates

August 2020

A facilitated stakeholder workshop was held in February 2020 in Canberra, Australia. Thirty-four external participants representing NGOs, industry organisations, state and federal government departments, universities, and research units attended. A range of policy and regulatory staff, wildlife managers, geneticists, ecologists, and social scientists were also present.
When asked to consider which priority pests in Australia might be most efficacious for genetic biocontrol, participants most commonly listed rodents and rabbits. The commonly cited reasons for why these pests might be most amenable were: species impact, fecundity, existing knowledge about species” biology, and laboratory/controlled trial-ability. This primary qualitative and quantitative data is currently being assessed and analysed.

February 2020

A steering committee has been formed and convened its inaugural meeting ahead of planning for a stakeholder workshop which was held in February 2020. This workshop aimed to kickstart the primary elements of the project and, together with analysis of an online survey and the workshop results using the Delphi Method, will inform the direction taken going forward. A subset of pest species has been selected, and a second Survey and Workshop will be conducted in the second half of 2020 where a prioritisation framework will be developed and tested using case studies.

Scientific publications & reports

Carter L, Mankad A, Campbell S, Ruscoe W, Oh KP, Brown PR, Byrne M, Tizard M and Strive T (2022) Conditions for investment in genetic biocontrol for control of pest vertebrates in Australia Frontiers in Agronomy 3, 1-12. https://doi.org/10.3389/fagro.2021.806569