Faculty/School
Faculty of Science
Topic status
We're looking for students to study this topic.
Supervisors
- Position
- Postdoctoral Senior Research Fellow in Plant Biotechnology
- Division / Faculty
- Faculty of Science
- Position
- Postdoctoral Research Fellow
- Division / Faculty
- Faculty of Science
- Position
- Australian Laureate Fellow
- Division / Faculty
- Faculty of Science
Overview
Project background/overview
In our lab, we explore novel technologies to provide effective plant protection against important agricultural pests. Two lepidopteran insect pests, the Cotton Bollworm (established in Australia) and the Fall Armyworm (only recently invaded Australia), feed on over 200 plant species and are notoriously difficult to control with current technologies.
Our research focuses on developing new strategies to manage these lepidopteran pests. During our investigations, we observed variations in their life cycle, strength, and response to different treatments indicating that the lepidopteran insects might have different behaviour and responses. Limited comparative information that characterises these herbivorous insects when reared under similar conditions and subjected to similar treatments is available.
Project Objectives
This V-RES project aims to assess the responses of both Cotton Bollworm and Fall Armyworm to various treatments and provide a detailed comparison.
Research engagement
The student will be working in the Laboratory of Molecular Genetics (LMG) - lab-based work
Research activities
The student will:
- Evaluate Treatment Efficacy: Test and compare the effectiveness of different treatments on Cotton Bollworm and Fall Armyworm.
- Characterise Insect Responses: Document variations in life cycle stages, pest resilience, and behavioral responses to treatments.
- Develop Novel Insights: Generate detailed insights that will aid in developing advanced technologies targeting both destructive agricultural pests.
Outcomes
The findings from this project will be instrumental in advancing our understanding of these pests and developing novel, more effective technologies for their control. By simultaneously targeting two of the most destructive pests, this project aims to enhance the sustainability and productivity of agricultural crops.
Skills and experience
field of interest : agricultural plant biotechnology / plant molecular biology / entomology
Start date
1 November, 2024End date
28 February, 2025Location
GP- Q block LMG lab Q510
Keywords
Contact
Julia Bally, julia.bally @qut.edu.au