Research leads to Great Barrier Reef rescue purchase
A leading Griffith research team has provided the science behind a bold government decision to buy up grazing land in an effort to protect the Great Barrier Reef from sediment run-off.
A leading Griffith research team has provided the science behind a bold government decision to buy up grazing land in an effort to protect the Great Barrier Reef from sediment run-off.
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.
Griffith University research project may overturn the long held assumption that hill slope erosion associated with grazing and agriculture is the primary cause of damaging terrestrial runoff onto the Great Barrier Reef.
Study demonstrates significant reduction in sediment run-off via large-scale remediation of alluvial gullies.
Griffith researchers among more than 200 experts to give key input into GBR report.
Two decades of vital work to naturally stabilise dynamic creek a success.
The Australian Government’s first Engagement and Impact (EI) assessment results confirm Griffith University’s position as a leader in delivering high-quality research with impact/
Griffith researchers have demonstrated that bank and gully erosion contributes more than 90 per cent of sediment loads to the GBR in many catchments.
In its third year, the growing celebration of all things science and the only World Science Festival franchise outside of...
A Griffith University research team have taken out a prestigious 2017 Australian MuseumEurekaPrize for their work trying to save the Great Barrier Reef.