AI Uncovers Silent Fault Movements Under California's San Andreas Fault
Scientists have used artificial intelligence to detect previously hidden slow-slip events occurring beneath California's San Andreas Fault. Unlike regular earthquakes, these silent movements release stress gradually over hours or days, making them difficult to identify through conventional monitoring methods. Researchers found that low-frequency earthquake activity notably increased following these slow-slip events. The findings suggest that such silent fault movements may play a significant role in influencing future seismic activity in the region.
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