The 1815 eruption produced 60 megatons of sulfur, and as a result, average global temperatures dropped by around 3°C (5.4°F).
Far beneath the forests and hot springs of the American West, the continent’s largest active volcanic system is rumbling in ways scientists are only now beginning to fully resolve. New seismic ...
Yellowstone National Park sits above one of the most extensively studied volcanic systems on Earth. Beneath its forests, ...
The Yellowstone Caldera, a volcanically active region under and around Yellowstone National Park, has long been the subject of research, speculation and science fiction regarding the possibility of a ...
An intense swarm of earthquakes around Greece’s Santorini Island in January has revealed a fiery underground link between two neighboring and historically explosive volcanoes. Analyses of seismic ...
Since 2000, specialists at the National Museum of Natural History have produced the world’s foremost report on active volcanoes Sally Sennert Did you know that there are between 40 and 50 volcanoes ...
How do volcanoes work? What happens beneath their surface? What causes the vibrations—known as tremor—that occur when magma or gases move upward through a volcano's conduits? Professor Dr. Miriam ...
Scientists have discovered a novel way to predict the next eruption at Mount Etna, the active volcano on the Italian island of Sicily. Researchers at Italy's National Institute of Geophysics and ...
If the theory is proven correct, the consequences could be enormous, spelling a much more risky, explosive future.
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