What we're exploring

Biocontrol systems are widely valued for managing invasive species. They are self-sustaining, environmentally friendly, and generally avoid genetic modification. However, recent findings suggest that pests can evolve resistance to biocontrol agents, challenging assumptions that biocontrol systems are failproof.

This project will explore the factors that influence the long-term effectiveness of biocontrol agents already in use and inform the development of future systems. The research will focus on the ecological and evolutionary impacts of biocontrol and help ensure new strategies are robust, reliable, and aligned with environmental goals.

Current Research

Tranche 2 | 2025-2028

Project Team

Early Career Researchers

Isabel Lee-Park

Isabel Lee-Park

Roles:

PhD Student Tranche 2

Institution:

University of Canterbury

Jessica Azevedo-Leader

Jessica Azevedo-Leader

Roles:

Masters Student Tranche 2

Institution:

University of Canterbury

Tim Logan

Tim Logan

Roles:

Masters Student Tranche 2

Institution:

University of Canterbury

Project Leadership and Team

Prof Peter Dearden

Prof Peter Dearden

Roles:

Research Co-Lead

Deputy Director

Institution:

University of Otago

Dr Sarah Inwood

Dr Sarah Inwood

Roles:

Research Co-Lead

Institution:

University of Otago

Prof Jason Tylianakis

Prof Jason Tylianakis

Roles:

Researcher

Institution:

University of Canterbury

Releated Research

Foundational or related work from Tranche 1 (2021-2024)

In progress

T1 | Interconnected Properties

Eco-Evo Dynamics of a pest-parasitoid community
Completed

T1 | Interconnected Properties

A global analysis of crop–pest interactions