Mercury found in prehistoric rock bolsters the idea that volcanoes caused a mass extinction 200m years ago.
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Melting ice from Antartica could feed vast plankton blooms, trapping carbon in the ocean. To understand this complex mechanism, researchers looked at volcanoes deep under glaciers.
The planet is more similar to Earth than any other – except when it comes to supporting life.
The Noril’sk nickel deposits In Russia are unique: giant volcanic eruptions 250 million years ago released colossal amounts of nickel into the atmosphere, kickstarting the Great Dying.
The clock is ticking.
A study is being done in Ethiopia’s Danakil Depression - a natural environment like no other on earth - to understand how microbes thrive in extreme environments such as those found on Mars.
The nine metre-high waves that smashed into Minoan civilisation on Crete weren’t caused by the volcano collapsing.
Mexico’s Colima volcano erupted a few days ago, reminding the local population of the danger posed by the country’s two active volcanos.
A volcanic eruption in 1815 triggered a year without a summer – prompting a flowering of nature writing that is all too relevant today.
One of Iceland’s most active volcanoes is showing signs of waking up after nearly 100 years.
Earth is the only planet in our solar system with both plate tectonics and life. Is there a connection?
When Mount Sinabung erupted in Indonesia, researchers were already in the area to investigate how locals coped with the ongoing risk.
What can we expect Australia’s next volcanic eruption to be like? That depends where and when it happens, and it could be sooner than you think.
Scientists have found a way to narrow down the best signs that a specific volcano is about to blow.
Is this where it all began?
Our planet is a hugely dynamic place – and the clock is ticking down to the next superdisaster.
What happens beneath the surface before a volcano erupts? Can we predict when one will blow? And how can typhoons and melting glaciers contribute to big eruptions?
Thirty five years after the devastating eruption of Mount St Helens, a volcanologist looks back on how it unfolded – and how it forever changed our understanding of how volcanoes work.
Ash and mudflows are the biggest dangers from the unexpected eruption from the Calbuco volcano in Chile.
Two big eruptions have caused pyroclastic flows and high-altitude ash clouds over South America.
Principais colaboradores
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Associate Professor of Volcanology and Geoscience Communication, University of Twente and Adjunct Associate Professor, Monash University
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Volcanologist, Lancaster University
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PhD researcher in Volcanology, UCL
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Emeritus professor in geology, Australian National University
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Reader in Physical Geography and Natural Hazards, Coventry University
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Associate Professor - Igneous Petrology/Volcanology, The University of Queensland
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Professor in Earth Sciences, Nanyang Technological University, Singapore, and Emeritus Professor of Mineral Physics, University of Cambridge
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Lecturer in Volcanology, University of Hull
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Professor of Planetary Geosciences, The Open University
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Professor of Geography, School of Law and Society, University of the Sunshine Coast
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Assistant Lecturer in Volcanology, Monash University
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Professor of Earth Sciences, University of Oxford
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Associate Professor of Geosciences; Director for the Boise State Hazard and Climate Resilience Institute, Boise State University
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Associate Professor in Geophysics, Johannes Gutenberg University of Mainz
