Researchers say potential carbon capture by whales is too little to alter course of climate change. 

Whales observed rolling in up to 49m water depth on the sea floor lined with fine sand or rubble.  

Griffith whale expert's Antarctica journey yeilds better understanding on climate impacts on whales.  

Restoration effort attracts 3 million news oysters and 4.5 million aquatic animals to region.

Fifty years of BOM data reveals unusual characteristics and trends of tropical cyclones from Coral Sea. 

Griffith University research reveals that when combinations of human-caused stressors fluctuate, replicating more realistic environmental conditions, it vastly changes their impact on wetland habitats.

Restoring tidal flow to enclosed freshwater wetlands is key to reducing greenhouse gas emissions and helping reach Australia's carbon reduction targets

World-first data analysis platform, EcoCommons has been launched, transforming our ability to understand the impacts of the climate crisis on Australia’s environment and native species.

A rapid scale up in mangrove restoration is required if the Australian Government hopes to reach the goals of a recently announced partnership with the Mangrove Alliance for Climate

A Griffith-led study reports that tropical oyster reefs have a far greater diversity than temperate reefs

A Griffith University led study has shown how animals can have enormous impacts on coastal restoration, both positive and negative.

Hopes tracking whale movements towards Antarctic will yield insights into adaptation to climate change.   

Researchers ask what can we do to ready ourselves – and our weekends – for climate altered futures? 

Effective and consistent coastline management hampered by lack of national policy, funding and agency. 

Griffith University continues to be a world leader in several academic subjects including nursing, hospitality and tourism, and marine and ocean engineering.

A Griffith-led study developed a model to predict the success of Marine Protected Areas based on historical fishing pressure and environmental conditions

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.

Ambitious restoration of mangroves and seagrasses could lead to substantial recovery of these ecosystems.