Project Title:
Understanding the Biology of Southeast Queensland’s Last Remaining Golden Kelp Populations to Enhance Resilience Against Climate Change
About the Project
Golden Kelp (Ecklonia radiata) forms Australia’s most ecologically significant underwater forests, delivering vital ecosystem services along the southeast Queensland coastline and across the southern half of the continent. However, rising ocean temperatures threaten its survival, with northernmost populations in southeast Queensland already enduring extreme warming compared to other regions. This PhD project aims to uncover genetic, transcriptomic, and microbiological traits that may confer resilience to environmental stressors, paving the way for innovative conservation and restoration strategies.
Research Aims:
- Genome Development: Optimize a high-quality genome assembly for Golden Kelp to serve as a foundational resource for future studies.
- Transcriptomic Analysis: Compare gene expression profiles of kelp from warming-edge (southeast Queensland) and central populations to identify genes linked to tolerance of high temperatures, nutrient scarcity, and herbivory.
- Restoration Trials: Assess survival rates of restored kelp gametophytes/juvenile sporophytes across diverse genotypes and cultured lines.
- Microbiome Impact: Investigate the role of kelp-associated microbiomes in holobiont survival, reproduction, and restoration success.
Position Summary
Join a collaborative team of marine ecologists, molecular biologists, and industry partners to explore cutting-edge solutions for preserving Australia’s Golden Kelp forests. This PhD project combines advanced molecular techniques with hands-on marine fieldwork, offering a unique opportunity to:
- Address urgent ecological challenges posed by climate change.
- Contribute to the restoration of critical coastal habitats.
- Collaborate with engaged industry stakeholders and academic experts.
Scholarship Benefits
- This fully funded scholarship includes:
- Tax-Free Stipend: $35,482 AUD annually (paid fortnightly).
- Tuition Fee Waiver: Full coverage (approx. $28,000 AUD/year).
- Relocation Support: $2,000 AUD allowance.
- Research Funding: Access to resources for lab work, fieldwork, and genomic analyses.
- Duration: 3 years of full-time candidature.
Ideal Candidate Profile
- We seek motivated candidates who are driven to use science for global impact. Essential qualifications include:
- Academic Excellence: A strong academic record in marine biology, genetics, ecology, or a related field.
- Research Experience: Proficiency in molecular biology techniques (e.g., genomics, transcriptomics) and familiarity with marine fieldwork.
- Collaborative Spirit: Ability to thrive in multidisciplinary teams and engage with industry partners.
- Passion for Conservation: Commitment to addressing climate-driven biodiversity loss.
- Preferred Skills:
- Experience in bioinformatics (e.g., genome assembly, RNA-seq analysis).
- Knowledge of marine microbial ecology.
- Fieldwork experience in intertidal or subtidal environments.
How to Apply
- Application Deadline: March 28, 2025
Contact: Associate Professor Alexandra Campbell – Email: acampbe1@usc.edu.au -
Steps to Apply:
- Submit a CV, academic transcripts, and a 1-page cover letter outlining your research interests and alignment with the project.
- Provide two academic references (contact details or letters).
- Include evidence of English proficiency (if applicable).
- Apply Now: Visit the University of the Sunshine Coast’s PhD admissions portal or contact A/Prof. Campbell directly for application guidelines.
Official Link