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  • 6 weeks ago
For the first time ever, scientists analyzed 120 years of data from Kīlauea Volcano—and what they found could change how we understand earthquakes and volcanic eruptions forever. From 338,000 earthquakes to a devastating 1975 tsunami, this deep-dive uncovers how stress builds and shifts beneath Hawaii’s most active volcano. These insights could help protect Hawai‘i’s communities from future disasters.

Discover what’s really moving beneath the Big Island :volcano:
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00:00What if we told you that a 120-year-old mystery beneath Hawaii's most active volcano just got cracked wide open?
00:06Researchers at the University of Hawaii have analyzed over a century of Kilauea volcano data,
00:11338,000 earthquakes, and 15,000 surface measurements,
00:16to reveal patterns that were completely hidden, until now.
00:19At the heart of their findings?
00:21A massive 1975 earthquake that not only triggered a 20-foot tsunami,
00:25but also revealed how the region had been silently storing stress for decades.
00:30Before the quake, the ground was friction-locked.
00:33Afterward, the motion changed dramatically.
00:36This study exposes how stress and deformation shift over time beneath the surface,
00:40giving scientists a new way to predict volcanic and seismic activity.
00:45That means better preparation for Hawaii's communities living in the shadow of Kilauea.
00:49This isn't just about the past.
00:51It's the key to unlocking the future of volcanic safety in Hawaii.
00:55And the science is just getting started.
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