Our Researchers

Jerry has worked with aquaculture species for over 15 years. His internationally recognised research group focuses on the development of genetic tools and knowledge to inform selective breeding programs for aquaculture species.

Jodie leads cutting-edge research on the physiological responses of tropical reef fishes to climate change, with a special focus on the epaulette shark (Hemiscyllium ocellatum). Using the world’s only active breeding colony of this species at MARFU, her team investigates how rising temperatures, ocean acidification, and deoxygenation affect development, performance, behaviour, and survival. These iconic sharks offer a unique model for understanding resilience to environmental stressors in coral reef systems. Jodie's research links molecular and organismal physiology to broader ecological impacts, informing conservation and climate adaptation strategies for reef fishes globally.

Jennifer's interests are the ecology and early life history of marine fishes, and the potential for animals to cope with future climate change. Her research focuses on the ecological impacts of climate change to marine fishes and the potential adaptation.

Mikaeylah’s research interests are in using genomics and emerging technologies to support the conservation of wild species and the sustainability of farmed species, with a particular focus on selective breeding.

Dr Cyrus's research focus is largely on new species development (particularly low tropic species) and the recycling of nutrients for alternative crops through Integrated Multi-Trophic Aquaculture (IMTA). One of his main focus areas is the incorporation of macroalgae to improve many aspects of aquaculture production including, microbiome modulation, larval settlement, feed development, and contaminant removal as well as the isolation of novel bioactive compounds.

Jarrod’s research focuses on reproductive biology, selective breeding, and genomics of various aquaculture species including barramundi, shrimp, grouper, pearl oysters, urchins and redclaw. His work aims to improve gamete quality, reproductive control, and hatchery production, with the goal of enhancing breeding outcomes and supporting sustainable aquaculture development.

Rachel recently completed her PhD in coral aquaculture, studying co-culture application to enhance captive coral production. She is interested in improving aquaculture sustainability, by developing linkages and facilitating knowledge transfers between industry and researchers. She is now continuing her work on coral aquaculture, focussing on nutrition and larval condition, and working as part of the JCU Tropical Aquafeed Innovations Lab on improving suitability and sustainability of aquafeeds.