Where is the Sakurajima volcano located in Japan?

The Sakurajima volcano is located in Kagoshima City, southern Japan.

When did the eruption of the Sakurajima volcano occur according to the JMA?

The eruption of the Sakurajima volcano occurred after noon on the 11th.

What was the maximum height reached by the ash plume during this eruption?

The ash plume reached a maximum height of 3,400 meters during this eruption.

When was the last large-scale eruption of Sakurajima before this one?

The last large-scale eruption of the volcano before this occurred on December 13 last year.

What effect did this eruption have on the volcano's internal pressure?

The eruption helped relieve most of the crustal deformation pressure that had accumulated within the volcano.

AI News NQ Analysis

Sakurajima Volcano in Southern Japan Erupts, Ash Plume Reaches 3.4 km

NQ Score 26/100

AI Summary (NQ-processed)

Sakurajima volcano in Kagoshima City, southern Japan, erupted again on April 11, 2026, with an ash plume reaching 3,400 meters. This was its second eruption in four months. The Japan Meteorological Agency stated that this eruption helped relieve accumulated crustal deformation pressure within the volcano. The Yomiuri Shimbun reported it as the first large-scale eruption since December 13 last year.

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Frequently Asked Questions

Q: Where is the Sakurajima volcano located in Japan?: A: The Sakurajima volcano is located in Kagoshima City, southern Japan.
Q: When did the eruption of the Sakurajima volcano occur according to the JMA?: A: The eruption of the Sakurajima volcano occurred after noon on the 11th.
Q: What was the maximum height reached by the ash plume during this eruption?: A: The ash plume reached a maximum height of 3,400 meters during this eruption.
Q: When was the last large-scale eruption of Sakurajima before this one?: A: The last large-scale eruption of the volcano before this occurred on December 13 last year.
Q: What effect did this eruption have on the volcano's internal pressure?: A: The eruption helped relieve most of the crustal deformation pressure that had accumulated within the volcano.