Chris Fulton

Modeling the risk of seaweed overgrowth on the Great Barrier Reef


Project or Research Area At-a-Glance

Coral reefs provide enormous social, cultural and economic benefits to maritime nations around the world. However, these ecosystem goods and services are under threat from coral-algal phase shifts that result in a massive loss of biodiversity and a breakdown in ecosystem function. Coral-algal phase shifts are the result of seaweed overgrowth, where seemingly healthy coral reefs are rapidly overtaken by large seaweeds that smother and kill the corals. Research so far has shown that overfishing of herbivores, which crop the algae, may be one reason why algal overgrowths have occured in the Caribbean. However, coral reefs in other parts of the world have not undergone such algal overgrowth, des... read more


Coral reefs are facing unprecedented challenges from human impacts and climate-change, prompting warnings that many reefs are in danger of collapse. One issue of major concern is seaweed overgrowth, where seemingly healthy coral reefs are rapidly overtaken by algal growth that smothers and kills the corals. Research so far has shown that overfishing and removal of herbivorous fish, which crop the algae, may be one reason why algal overgrowths have occured. However, some coral reefs have not undergone such algal overgrowth, despite having similar levels of herbivore overfishing. This suggests herbivorous fish are not the only controlling factor; we believe that physical breakage from waves an... read more


Some of the biggest breakthroughs in science happen with lateral thinking. That's why I bring together ideas from maths, physics and biology to help us understand patterns in the biological world. My key interest is to uncover the mechanisms that plants and animals use to solve environmental problems. Whether it is a fish using special fins to swim fast in a wave-swept environment, or algae with super flexible hinges that can withstand breaking waves, there is always a biomechanical explanation behind how and why they live where they do on a coral reef.


Your Inner Fish by Neil Shubin

Musashi by Eiji Yoshikawa


Chris Fulton
Where from: Maitland, NSW, Australia, AL
Age: n/a
Education
Post Grad: PhD in Marine Biology, James Cook University
Degree: BSc. (Honours), James Cook University
College: -
Degree: -
Work
Employer: The Australian National University
Position: Lecturer
Contact Info
Email: [email protected]
Phone: +61-2-6125-9892

University Medal, JCU
Fresh Science Award
The Australian Young Scientist of the Year 2008


My core passion is to understand the natural world, and having the freedom to follow my curiosity in this area is something I cherish in my job. When I'm not diving on coral reefs, I take every opportunity I can to go motorcycle touring on the fantastic alpine roads around the Snowy Mountains.