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Klyuchevskoy

All articles tagged with #klyuchevskoy

science-and-astronomy2 years ago

"Stunning Satellite Images Capture Russia's Tallest Volcano Erupting Massive 1000-Mile-Long Smoke Plume"

Russia's tallest volcano, Klyuchevskoy, erupted violently, spewing a 1,000-mile-long plume of dust and ash into the air. The eruption reached a maximum height of 7.5 miles above Earth's surface and prompted the temporary grounding of planes in the area. Satellite images captured the eruption plume, showing the red lava plume and grey smoke against the blue-colored clouds. The eruption has since subsided, and it is unlikely to have a significant impact on the ozone layer.

natural-disasters2 years ago

"Satellite Images Capture Russia's Tallest Volcano's Massive Smoke River After Eruption"

Russia's tallest volcano, Klyuchevskoy, erupted violently, spewing a 1,000-mile-long cloud of dust and ash into the air. The eruption reached a maximum height of 7.5 miles above Earth's surface and prompted the grounding of planes and evacuation of schools due to increased air pollution. Satellite images captured the massive plume, which eventually stretched up to 1,400 miles long. Although the eruption only lasted a few days, it had no significant impact on the ozone layer. The Kamchatka Peninsula, where the volcano is located, is part of the Pacific Ring of Fire.

natural-disasters2 years ago

"Satellite Images Capture Massive Smoke River from Russia's Tallest Volcano Eruption"

Russia's tallest volcano, Klyuchevskoy, erupted violently, spewing a 1,000-mile-long cloud of dust and ash into the air. The eruption reached a maximum height of 7.5 miles above Earth's surface and prompted the grounding of planes and evacuation of schools due to increased air pollution. Satellite images captured the massive eruption plume, which stretched across Russia and the Pacific Ocean. While significant, the eruption plume is still smaller than some of the largest ever recorded. Unlike previous eruptions, Klyuchevskoy's latest eruption is not expected to have a significant impact on the ozone layer.