Auroras Weather Events Volcanic Activity Volcanoes Seismic Activity Weather Patterns Earthquakes Geological Events Geomagnetic Storms Light Displays Solar Activity Celestial Events Astronomy Light Pollution Space Weather Volcanic Eruptions Atmospheric Events Geothermal Activity Atmospheric Phenomena Weather Conditions Astronomical Events Volcanology Severe Weather Volcanic Ash Aurora Borealis Lava Flows Meteorological Events Space Weather Effects Light Phenomena Sinkholes Seismic Events Winds Ocean Waves Flora Tides Superblooms El Niño Wind Geothermal Features Space Debris Weather Systems Rainbows Sunrise and Sunset Climate Ashfall Geological Processes Earth's Core Atmospheric Effects Thermal Features Meteor Events Asteroid Impacts Seiche Wind Events Solar Storms Insects Oceanography La Nina Meteorite Impacts Snow Accumulation Meteorite Falls Magnetic Field Changes Water Cycle Soil Composition Thermal Areas Earth's Atmosphere Rain Ice Floes El Nino Polar Lights Wildfires Wind Patterns Floral Phenomena Ecosystems Super Bloom Storms Weather Tropical Storms Water Safety Seasonal Changes Climate Variability Floral Events Atmospheric Science Geological Activity Particle Clumping Asteroids Turnover Events Extreme Weather Dust Transport Light Shows Severe Weather Events Solar Phenomena Celestial Bodies
New research overturns lamb-wave theory, confirming secondary gravity waves as the mechanism behind the 2022 eruption's atmospheric ripples impacting satellites.