Australian Institute / TullyMurray catchment / catchment DIN / Hadley Centre / Australian Institute of Marine Science ARI / Tropical Sciences Research Facility / Tully-Murray catchment / GBR catchment / Tully-Murray River catchment / /
Holiday
Commonwealth Day / /
IndustryTerm
program management / web atlas / Study site / chemical formula / resilience-based management / communications services / river systems / non-fossil alternative energy sources / decision support tool / change tool / ecological services / /
NaturalFeature
Great Barrier Reef / Numerous river / Tully-Murray River / river DIN / /
Organization
Hadley Centre / Australian Government / Institute of Marine Science ARI / Commonwealth Copyright Administration / North Queensland Scott A. Wooldridge Australian Institute of Marine Science / Department of the Environment / Water / Heritage and the Arts / Attorney General’s Department / Reef and Rainforest Research Centre / Australian Institute / /
Person
Baird / Marshall / /
Position
King / Governor / Minister / Minister for Climate Change and Water / /
Modelling the improved resilience of inshore coral reefs to climate change due to terrestrial water quality improvements A case study from the Tully-Murray River catchment, North Queensland