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14don MSN
Volcanoes erupting underwater have a distinctive effect on the climate that is larger and more widespread than previously ...
17h
Space.com on MSNVenus' crust is surprisingly thin. Could this explain why it's so geologically active?Venus, often written off as a geologically dead world, is far more active beneath its blistering surface than previously ...
14d
Discover Magazine on MSNMassive Eruption From Hunga Tonga-Hunga Ha‘apai Volcano Also Impacted SatellitesUnderstanding how waves produced by volcanic eruption can enter the atmosphere has implications for both satellite safety and ...
New research shows the blast triggered secondary gravity waves that rattled the upper atmosphere, where satellites orbit.
For a pilot, the first signs of flying into an ash cloud can include sudden darkness, fluctuating airspeed, and landing ...
An underwater volcano in Tonga dramatically changed the global climate by releasing massive steam, not just sulfur.
NASA scientists have sought to understand planet Jupiter, the gas giant whose mass is more than the rest of the planets in ...
Volcanoes erupting underwater have a distinctive ... At its peak, Hunga's eruption injected up to 3 billion tons of steam into the atmosphere in a single hour, with the water vapor reaching ...
15d
ZME Science on MSNThis underwater eruption sent gravitational ripples to the edge of the atmosphereSecondary gravity waves are ripples in the atmosphere created when primary gravity waves, like those triggered by a volcanic ...
What’s more, data from Juno’s Io flybys has revealed the subsurface temperature profile of Io, the innermost of the four ...
New research has revealed unexpected details about the surface of Venus, Earth’s scorching hot twin. Scientists had long ...
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