It seems counterintuitive that rainfall increases in the later years of a multi-year La Niña event. Yet, this is what occurred during the recent triple-dip La Niña. Even more interestingly, this increase happened despite no strengthening of La Niña in the tropical Pacific. So, what's the reason behind it?
Our ability to predict conditions over the coming season has greatly advanced in just the past 20 years. We now better understand how the various climate drivers influence our weather, and we have more computational power to run models.
To us, a warmer ocean might feel pleasant. But the extra heat manifests underwater as an unprecedented series of major marine heatwaves, which can lead to mass death or mass migration for marine mammals, seabirds, fish and invertebrates and cause widespread coral bleaching.
The reasons for the pristine air in the Southern Ocean have long remained a mystery. This new study reveals that clouds and rain play a crucial role in scrubbing the atmosphere clean.
Parts of Sydney were drenched in more than 100mm of rain overnight and the main dam that supplies the city’s drinking water is expected to spill in coming days. At least one man has died in Queensland floodwaters after torrential rain. This wild weather is caused by the "Black Nor'easter".
Natural variability in Australian rainfall can produce “mega-droughts” lasting 20 years or more. If we add in human-caused climate change, it suggests future droughts will be far worse than we imagined.
The Great Barrier Reef has experienced six mass bleaching events and is currently experiencing its seventh bleaching event in 2024. What are the main drivers of coral bleaching and how is climate change affecting the reef?
New research suggests that increasing precipitation trends in the Southern Ocean might not be real and could be due to errors in the data caused by changes in satellite instruments over the region.
This week is Harmony week in Australia, a national celebration to recognise diversity and inclusion. For the ARC Centre of Excellence for Climate Extremes, it’s an opportunity to celebrate our international scientific community.
Jarrad Rowe, a heatwave expert at the Centre, explains how hot air from the central Australian desert contributed to scorching temperatures in Western Australia.