Deep earthquakes triggered by the olivine-poirierite transition | HappeningNow.news
Published Date: July 08, 2026

Science · 4 views

Deep earthquakes triggered by the olivine-poirierite transition

Seismicity decreases with depth because elevated confining pressure prevents frictional sliding of faults.

Source Phys.org AI Summary Updated April 17, 2026
Story intelligence Beta
Freshness Stale Updated April 17, 2026
Confidence Limited Single-outlet story
Coverage Single outlet
Views 4 Community interest
Read time 1 min ~54 words

AI Summary

Seismicity decreases with depth because elevated confining pressure prevents frictional sliding of faults. However, seismicity tends to increase with depth in the mantle transition zone (depths of 410−600km). It has been believed that pressure-induced phase transitions of olivine in the "cold" subducted slabs is the cause of high seismicity in the mantle transition zone.

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