New algae species rewrites understanding of reef systems.
Griffith University researchers are unravelling how stressors like climate change, pollution and dissolved nitrogen and sediment from run-off are having combined effects in coastal ecosystems.
Essential reef 'ecosystem engineers' under threat from ocean warming and acidification.
Human-caused stresses of global warming and pollution affect coral reef fish development and survival via disruption of the same pathway in the endocrine system.
Wetland Wanders, a Griffith University project, unites art, science and technology in an exhibition exploring the rich diversity of Queensland’s wetlands.
Great Barrier Reef fish communities feel the affect of 2016 ocean heat wave.
The natural wonder will need more than a modest cash injection to avail itself of its woes.
New research from Griffith University suggests a love of sharing selfies and holiday snaps could be a boon for theenvironment.
Ex-Cyclone Debbie dumped rain in an erosion hot spot in the Burdekin catchment estimated to generate nearly a third of all the sediment that flows to the Great Barrier Reef.
After six years of intensive field work, a team from Griffith University's Australian Rivers Institute can unveil a solution to tackle alluvial gully erosion and thus significantly improve the water quality of the ailing Great Barrier Reef.
