Researchers in Queensland have been monitoring 130 new marsupial safety crossings and found that koalas have been surprisingly fast in learning how to use them.
We worked with Monash University Design students to test out our printed solar films - and their designs were out of this world!
Our new analysis suggests that the fall in atmospheric CO₂ levels during the cold period from 1500 to 1750 was driven by increased net uptake of carbon by plants. So what does that mean for us?
A team of astronomers led by the French space agency CNES are heading to Alice Springs next year to use a giant balloon 30 storeys high to lift a 1-tonne telescope 40kms above the Earth
We're looking at ways in which the world can maintain economic growth while reducing its primary material use – ending the pattern that has driven world economic growth over the past four-and-a-half decades.
Put away your books and pencils and don’t worry about whiteboard, class – we’re going online. Science class is about to get a lot more exciting (if that’s possible!) thanks to the new Double Helix Lessons.
Our MagSonic technology produces magnesium metal at the speed of sound. Not only is it fast, the process also consumes 80% less energy and produces 60% less carbon dioxide emissions than traditional methods.
Trying to keep warm and toasty when the weather drops can have a hefty impact on your electricity bills (and the environment!). We put together some hot ideas to combat these costs.
Helium is the second most abundant element in the universe, but what would happen if it ran out?
For the first on-country project for Science Pathways in Western Australia, the team set out to monitor fish in local waterways.
An autonomous torpedo shaped underwater glider has just completed a trip through the eastern waters of the Great Australian Bight, collecting valuable data on the ocean.
Investigator explores uncharted territories and the art of science during a transit from Fiji to Australia.
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