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Major earthquakes hit the world today: (08.12.2025)

➡️ 7.6 magnitude earthquake hits ENE of Misawa, Japan 🇯🇵

➡️ 5.8 magnitude Earthquake hits N of Yakutat, Alaska, US 🇺🇸

➡️ 5.3 magnitude Earthquake hits in SSE of Hualien City, Taiwan 🇹🇼

➡️ 5.2 magnitude earthquake hits in SSE… pic.twitter.com/hN4NTeKMl3

— Disaster News (@Top_Disaster) December 8, 2025

 The X post from 

@Top_Disaster

(dated December 8, 2025) summarizes several significant earthquakes reported that day based on USGS data:

• 7.6 magnitude ENE of Misawa, Japan (the strongest; triggered tsunami warnings and evacuations)
• 5.8 magnitude N of Yakutat, Alaska, USA
• 5.3 magnitude SSE of Hualien City, Taiwan
• 5.2 magnitude SSE of Vilyuchinsk, Russia
• 5.1 magnitude SSE of Kocaaliler, Turkey
• 4.9 magnitude SW of Palca, Peru
• 4.7 magnitude SW of Kabare, Democratic Republic of the Congo

These events are real and confirmed by sources like USGS, Wikipedia entries on the 2025 Sanriku earthquake (the Japan event), and global seismic monitors. The Japan quake struck off the Sanriku coast in the Pacific Ocean, generating small tsunamis (up to ~70 cm in some areas) but no major widespread damage reported initially. Evacuations occurred, and alerts were later downgraded.Most of these quakes (Japan, Alaska, Taiwan, Russia, Peru) occurred along the Pacific Ring of Fire, a horseshoe-shaped zone around the Pacific Ocean responsible for ~90% of the world's earthquakes due to active tectonic plate boundaries and subduction zones. Clustering like this on a single day is not unusual—the Ring of Fire experiences hundreds of detectable quakes daily, with multiple M5+ events common. Earthquakes in distant locations are not directly triggering each other; it's normal seismic activity in a highly active region.Impacts appear limited overall: noticeable shaking in affected areas, minor aftershocks, but no reports of major casualties or destruction in prepared regions like Japan and Taiwan (thanks to strict building codes). The Turkey and Congo events are outside the main Ring but in tectonically active zones.This is typical for global seismicity—no evidence of an extraordinary "spike" beyond the usual high baseline in the Ring of Fire.