Tidal restoration to coastal wetlands reduces greenhouse emissions
Restoring tidal flow to enclosed freshwater wetlands is key to reducing greenhouse gas emissions and helping reach Australia's carbon reduction targets
Restoring tidal flow to enclosed freshwater wetlands is key to reducing greenhouse gas emissions and helping reach Australia's carbon reduction targets
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.
Fishing equipment is the deadliest threat faced by coastal birds of prey a new study published in the Journal of Raptor Research has found.
Griffith Centre for Coastal Management and Sea World Cruises are launching a new partnership to further our understanding of whales and their role in marine ecosystems.
Study estimates 98 per cent of prawn sites and 50 per cent of prawn production would be impacted.
Griffith researchers among more than 200 experts to give key input into GBR report.
Study outlines how international agreements can better address shared resource problems.
Griffith researchers among 19 scientists share in $5.56 million of funding.
Study highlights increasing opportunities for conservation, restoration and improved management of wetlands.
Researchers live-stream marine sounds between 30th October and 1st November.