Our Research
The RummerLab focuses on understanding marine ecosystems and their response to environmental changes, with particular emphasis on fish physiology and conservation.

Marine Conservation Physiology
Understanding how marine organisms function in their environment and respond to environmental change.
Current Projects:
- Physiological responses to climate change
- Adaptation mechanisms in marine species
- Conservation strategies for threatened species

Shark Research
Investigating shark nursery habitats and the impact of environmental changes on shark populations.
Current Projects:
- Shark nursery habitat mapping
- Environmental impacts on shark development
- Conservation of shark populations

Coral Reef Ecosystems
Studying the complex interactions between reef fish and their changing environment.
Current Projects:
- Reef fish physiology
- Climate change impacts on reef ecosystems
- Coral reef conservation
Featured Publications
Exposure of clownfish larvae to suspended sediment levels found on the Great Barrier Reef: Impacts on gill structure and microbiome
Hess, S., et al.
Scientific Reports (2023)
Behavioural thermoregulation in a temperature-sensitive coral reef fish
Nay, T., et al.
Coral Reefs (2023)
Research Impact
Our research contributes to understanding and protecting marine ecosystems in the face of environmental change. Through our work, we aim to:
- Inform marine conservation policies
- Develop strategies for protecting vulnerable species
- Advance our understanding of marine ecosystem responses to climate change
- Train the next generation of marine scientists
Research Collaborations
Academic Partners
Leading universities and research institutions
Conservation Organizations
Environmental and marine conservation groups
Government Agencies
Environmental protection and marine resource management