About the Project

The Australian wine industry faces significant challenges from scale and mealybugs, which sap nutrients from grapevines, promote sooty mold formation, and act as key vectors for viral diseases. While biological and chemical controls exist, their effectiveness is often limited. This PhD project seeks to fill critical knowledge gaps in the biology and ecology of these pests, aiming to develop innovative, sustainable, and targeted management strategies.

Leveraging ecology, whole organism biology, genomics, and advanced biodiversity monitoring technologies, this interdisciplinary research will provide new insights into scale population dynamics, genetic connectedness, and biocontrol potential. The outcomes will directly benefit Australia’s viticulture industry by enhancing pest management strategies and reducing economic losses.

Research Objectives and Responsibilities

The successful PhD candidate will:

• Conduct field and laboratory studies to explore scale and mealybug life histories in varying spatial and temporal environments.
• Develop diagnostic tools for accurate and efficient species identification.
• Use genomic sequencing to investigate population dynamics, connectivity, and movement patterns, identifying pest sources and sinks.
• Deploy cutting-edge technologies, including imaging, genomic sequencing, and machine learning, to monitor natural enemies and enhance biocontrol strategies.
• Analyze the interactions between pest populations, natural enemies, and management practices to inform integrated pest management (IPM) approaches.

Eligibility Requirements

We are hiring a motivated candidates with:

• Background in genetics, bioinformatics, entomology, or ecology, with strong computer literacy.
• Hands-on experience in research techniques, particularly in genetics and bioinformatics.
• Additional skills in whole organism biology or ecology are highly desirable.
• A genuine interest in integrating fieldwork, laboratory research, and advanced technology for real-world agricultural challenges.
• Strong analytical and problem-solving skills.

What We Offer

• Financial Support: AUD $40,000 tax-free stipend annually for 3.5 years, plus travel and operational budgets.
• Research Infrastructure: Access to cutting-edge genomic, imaging, and biodiversity monitoring technologies.
• Professional Development: Opportunities to attend Centre Forums, Training Retreats, and conferences across Australia.
• Networking Opportunities: Collaborate with leading researchers in plant biosecurity and meet peers in vibrant academic settings.
• Location: Research at the Australian Wine Research Institute in Adelaide, with regular travel to the Australian National University in Canberra for supervision and academic engagement.

Application Process

Interested candidates are encouraged to submit an expression of interest by January 21, 2025, via the Plant Biosecurity Training Centre website.

Required Documents:

• Curriculum Vitae (CV)
• Statement of purpose highlighting your relevant experience and interest in the project
• Academic transcripts