Sakurajima Volcano Erupts: 4,400-Meter Plume Sparks Ashfall Warnings

A volcano on Japan's Sakurajima erupted early Sunday morning, sending an impressive ash plume 4,400 meters into the sky. The eruption prompted weather officials to issue ashfall warnings for multiple prefectures in southwestern Japan. Fortunately, no injuries or damage to buildings have been reported despite the dramatic event. This comes as Japan recently released simulation footage showing potential impacts from a large Mt. Fuji eruption.

Key Points: Sakurajima Volcano Eruption Sends Ash Plume 4400 Meters

  • Eruption occurred at Minamidake crater early Sunday morning
  • Large volcanic rocks reached the fifth station of the mountain
  • Alert level remains at three restricting mountain access
  • No injuries or building damage reported from the eruption
2 min read

Volcano in Japan's Sakurajima erupts, creating 4,400m high plume

Japan's Sakurajima volcano erupts, creating 4,400-meter ash plume and triggering ashfall warnings across Kagoshima, Kumamoto, and Miyazaki prefectures.

"It is a bit unusual that Mt. Fuji has not erupted for over 300 years - Toshitsugu Fujii, Professor Emeritus at University of Tokyo"

Tokyo, November 17

A volcano on Sakurajima in Kagoshima Prefecture, southwestern Japan, erupted early Sunday morning, sending a plume of ash and smoke up to 4,400 meters into the atmosphere, Kyodo News reported the weather agency as saying.

The eruption continued after the initial event, prompting the agency to issue an ashfall forecast for parts of Kagoshima, Kumamoto and Miyazaki prefectures. No injuries or damage to buildings have been reported.

An explosive eruption around 12:57 am (local time) on Sunday at the Minamidake crater sent a plume rising above 4,000 meters for the first time since October 18 last year, according to the local meteorological observatory.

In the latest series of eruptions, large volcanic rocks flew as far as the fifth station, but no pyroclastic flows were detected. The alert level remains at three on a scale of five, which restricts access to the mountain.

Sakurajima, one of Japan's most active volcanoes, is linked to the Osumi Peninsula on Kyushu, the country's southwestern main island. It was once an island, but a 1914 lava flow created a land bridge to the peninsula, as per Kyodo News.

Earlier on August 30, the Japanese government has released simulated video footage of a large Mt. Fuji eruption, predicting its impact, including ashfall, in an effort to better prepare people for such a disaster scenario.

The 10-minute video uses computer graphics to depict scenes after an eruption on a scale equivalent to the last confirmed blast in 1707. It warns that power supplies, sewage systems, and roads and railways would be among the infrastructure affected.

The video featuring a potential disaster at the 3,776-meter peak -- Japan's tallest -- can be viewed on the Cabinet Office website and comes as the country observes "Volcanic Disaster Preparedness Awareness Day" on August 26.

"It is a bit unusual that Mt. Fuji has not erupted for over 300 years," Toshitsugu Fujii, professor emeritus at the University of Tokyo, said in the footage. On average, Mt. Fuji erupts once every 30 years, he said.

- ANI

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Reader Comments

R
Rohit P
Japan's disaster preparedness is impressive. They have alert levels, simulations, and public awareness campaigns. We could learn from their approach for our own disaster management in India.
D
David E
The fact that Mt. Fuji erupts every 30 years on average but hasn't for 300 years is concerning. That's building up a lot of pressure. Japan needs to be extra prepared.
A
Ananya R
No injuries reported - that's the most important thing! 🙏 Japan's early warning systems really work. Meanwhile in India, we struggle with basic weather alerts sometimes.
S
Sarah B
The geological history is fascinating - how the 1914 lava flow created a land bridge. Nature constantly reshapes our world. Makes our human problems seem so small in comparison.
V
Vikram M
While Japan handles volcanoes well, I wish they'd show similar efficiency in their industrial waste management that affects ocean currents reaching our Indian coasts. Every country has room for improvement.

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