"We found that prawns collected closer to shore had higher concentrations of potential pollutants" says Dr Munroe
Prawn chemical “fingerprints” identify human influences in urban coastal habitats
Launch of our magazine
The new magazine features science writing from our institute's members
What is the future for coastal freshwater wetlands in a changing climate?
Sea level rise and climate change could have significant impacts on our coastal freshwater wetlands
New PhD opportunity in environmental toxicology
“Metal toxicokinetics and toxicodynamics in developing anurans: how metamorphosis influences metal burdens”
New Science Communications program at the Australian Rivers Institute
We are helping train the next generation of science communicators
To fix the reef we first need to fix the land – but where do we start?
If there is too much sediment and nutrients, delivered by floods from land-based erosion, algal blooms can occur that have negative effects on the Great Barrier Reef
How will Arctic rivers change with climate change?
“Arctic rivers are some of the most pristine in the world and supply 11% of the world’s river flow, but they are rapidly changing due to climate change and other human impacts” says Dr Ryan Burrows from the Australian Rivers Institute at Griffith University.
The 2016 Great Barrier Reef heatwave caused widespread changes to fish populations
New research published in Nature finds coral reef fish respond directly to warming
Climate Change First Response: what happens if we apply a heat-pack to grazed needs?
Climate change has asymmetrical effects on grazing across tropical and temperate oceans explains Ryan Pearson
How can novel riparian ecosystems benefit catchment management?
Novel riparian ecosystems can support valuable biodiversity and critical ecosystem functions in human dominated catchments explain Drs Samantha Capon and Gary Palmer.
Catchment to Coast 