The first people to make it to Australia could have navigated their way by sea crossing, reaching the north-west coastline of the island continent.
Peek under the microscope to get a close up encounter with infectious biological agents magnified to spectacular scale as we light up Vivid Sydney.
New funding for the Pawsey Centre supercomputers will help to solve some of our biggest challenges as well as create new opportunities for our science.
Following decades of heavy trawling off the north-west shelf of Australia in the 1970s and 1980s, researchers will assess how the region has recovered, providing scientific advice to guide sustainable fishing practices both in Australia and internationally.
Our new algorithm maps new blood vessel growth with more fidelity to quickly zero in on early-stage cancers.
The Atlas of Living Australia brings species information together from multiple sources (collections, universities and museums for example) to form the most comprehensive and accessible data set on Australia's biodiversity ever produced.
Aquaculture needs evidence-based investigations if it's to proceed sustainably, including water column monitoring, waste management, and the effects of climate change.
For the first time, we show that sea-level rise in the late 20th century is predominantly caused by the burning of fossil fuels.
The blue haze surrounding Eucalyptus is a volatile compound, isoprene, that contributes to pollution and air quality counts.
We're looking at coral reef spawning, one of the largest reproductive events, to better understand coral colonisation and growth.
We've developed a model that can predict bushfires over a week-long period with an accuracy of 91%.
We're working with NASA to uncover the mysteries of Great Barrier Reef.
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