News
Find out about the latest news, announcements and stories about earth sciences at ANU.
- Research story
From movie suggestions to self-driving vehicles, machine learning has revolutionised modern life. Experts are now using it to help solve one of humanity’s biggest problems: climate change.
- Research story
When plants first ventured onto the land, evolving from freshwater-dwelling algae, more than 500 million years ago, they transformed the planet. By drawing carbon dioxide from the air, they cooled Earth, and by eroding rock surfaces they helped build the soil that now covers so much land.
- Research story
The SHRIMP Steering Committee is excited to announce the following recipients of “ANU Research School of Earth Sciences – SHRIMP Awards”. There was stiff competition for these awards and the Steering Committee were impressed with the exceptional quality of all of the applications listed below
- Research story
The latest report from the United Nations Intergovernmental Panel on Climate Change is confronting. It finds global mean sea levels rose by about 20 centimetres between 1901 and 2018. In fact, sea levels have risen faster over the last hundred years than any time in the last 3,000 years.
- Research story
The much-awaited new report from the Intergovernmental Panel on Climate Change (IPCC) is due later today. Ahead of the release, debate has erupted about the computer models at the very heart of global climate projections.
- Research story
A new study from researchers at RSES on how the world's largest ice sheet developed also provides vital clues about climate change tipping points.
- Research story
One cold winter doesn't negate more than a century of global warming. We need the political leadership to set the world on a safer path. Ill-informed tweets by government senators won't help.
- News
Two Australian National University academics have been recognised as leaders in their fields by being elected fellows of the Australian Academy of Science.
- Research story
The world’s ocean currents are changing, particularly along Australia’s eastern seaboard and around Antarctica, creating more powerful eddies that could have far-reaching effects on what happens to the climate.