Unveiling the Hidden Role of Organic and Particulate Nutrients in Australian Waterways
Theme: Environmental management, Marine biology and ocean science
Description:
Australia’s coastal habitats—including the UNESCO World Heritage–listed Great Barrier Reef—face an emerging threat from organic and particulate nutrients that remain poorly understood. These hidden pollutants may fuel bacterial and algal blooms, compromising water quality and endangering marine life. While efforts to reduce land-based nutrient runoff are ongoing, a new frontier of research aims to clarify the origin, transformation, and ecological impact of these less-studied nutrient forms.
• Investigate the sources and roles of particulate nutrients in estuaries.
• Understand the potential influence of organic compounds on nutrient transformations.
• Assess how these processes affect overall water quality and ecosystem health.
Your research will combine in-depth laboratory analysis with hands-on fieldwork, generating insight that can directly inform marine conservation strategies and ecosystem resilience across Australia’s estuaries.
Additional Information:
Who Should Apply?
• Graduates in chemistry, coast and ocean science, environmental science, or a closely related field.
• Individuals with experience/interest or a strong interest in environmental chemistry, aquatic ecology, coastal management, or data science.
• Enthusiastic researchers ready to adapt and refine their focus to tackle real-world environmental challenges.
Why Join Us?
• Collaborate with a multidisciplinary team dedicated to addressing one of Australia’s most pressing environmental issues.
• Gain valuable skills in advanced analytical methodologies and data-driven modeling techniques.
• Work directly with environmental managers and regulators, ensuring your research leads to impactful, tangible outcomes.
Be part of a transformative project that paves the way toward cleaner water, healthier estuaries, and a more secure future for Australia’s coastal heritage. Apply now and help shape the next chapter in marine conservation and resource management.
Contact: Dr Leslie Huang or Prof Helen Bostock