Tottori-shi

Earthquakes near Tottori-shi, 1927–2026

From 1927 to October 19, 2026, USGS recorded 6 earthquakes of magnitude 6 or more within 100 km of Tottori-shi, or 200 km for magnitude 7 and above. 3 of them reached magnitude 7 or more; the strongest was a magnitude 7, three times, most recently on September 10, 1943 (18 km ENE of Kurayoshi, Japan).

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The last 30 days · as of

USGS recorded no earthquake of magnitude 4.5 or more within 100 km of Tottori-shi in the last 30 days.

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What the record holds

The deadliest of them was a magnitude 7 on March 7, 1927 (15 km E of Toyooka, Japan), for which NOAA records 3,022 deaths. 5 earthquakes here in these years are on NOAA’s list of significant earthquakes. NOAA records deaths in 2 of the events here, 4,422 in all. The latest on NOAA’s list is a magnitude 6.2 on October 21, 2016 (6 km S of Kurayoshi, Japan). NOAA lists one tsunami that began within 100 km of Tottori-shi, and 3 from elsewhere that reached it with deaths or a metre of water or more. The highest water NOAA records here was 3 m, on May 26, 1983.

The events

Good to know

  • An event counts for Tottori-shi when it began within 100 km of its centre, or 200 km for an earthquake of magnitude 7 or more. Damage can reach further.
  • USGS counts here start at magnitude 6: the catalogue’s smaller quakes thin out going back, where few instruments listened.
  • NOAA lists significant events only: earthquakes that killed, did about $1 million of damage, reached magnitude 7.5 or intensity X, or raised a tsunami, and eruptions and tsunamis by like measures. Magnitudes before 1900 are its estimates from written accounts.
  • Deaths are NOAA’s total for each event, wherever people died, its tsunami and fires included. A tsunami counts the dead its runup records give for this place: NOAA’s total for a tsunami includes its source quake’s.
  • A tsunami from elsewhere counts where one of its runups killed or rose a metre or more.
  • Counted to October 19, 2026, as is the map. The last 30 days ask USGS again.

How the layers work, where their data comes from and what they can’t tell you: Earthquakes, live, The world through history

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