What we now know about climate change after 2021
2021 made us focus on climate change as well as COVID-19; University of Melbourne experts discuss what we now know about climate change at the end of 2021
To limit future flooding in Sydney, COP26 pledges need action
Weather that led to Sydney's 2021 floods will likely increase by 80 per cent by the end of this Century, predicts new University of Melbourne-led research
The dual risks of natural disasters and COVID-19
University of Melbourne research explores how countries can cope if a major earthquake or cyclone occurs while the COVID-19 pandemic continues.
When will Australia’s drought break?
For drought-busting rains, we might just have to wait for the tropical oceans to serve up some moisture, finds new research including University of Melbourne.
How fast the planet warms will be crucial for liveability
A rapid rise in temperatures under global warming would lead to more extremes compared to keeping warming more gradual say University of Melbourne researchers
Why more clouds can mean less rain in Australia
Giant clouds that dump rain from Broome to Hobart have increased in frequency, but University of Melbourne research says that doesn't mean more rain.
Is Australia set to follow Europe and North America with an extreme summer?
Parts of Australia should brace themselves for a very hot summer, similar to the northern hemisphere summer, predicts University of Melbourne expert Andrew King
The human fingerprint on Europe’s recent heat
University of Melbourne climate modelling shows the June 2017 heatwave in Western Europe can likely be attributed to human-influenced climate change.
Heating up: How rises in global temperature could damage the Reef
Rising global surface temperatures due to climate change could have a devastating impact on Australia and its Great Barrier Reef, University of Melbourne finds.
Global warming could accelerate towards 1.5℃ if the Pacific Ocean gets cranky
Global warming is rapidly approaching 1.5℃, but University of Melbourne research finds conditions in the Pacific Ocean will determine how fast we get there.