Name: Massive Land Sinks After Quake — America’s Dripping From Below
Uploaded: 2025-08-08T03:02:17+00:00
Duration: 11 min 48 s
Description: A massive section of land just sank after a Russia earthquake, and what’s now unfolding beneath America could signal the beginning of a larger geologic chain reaction. New seismic data reveals that th

2 months ago

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News Politics Russian peninsula collapse Farallon Plate remnants EarthScope seismic velocity analysis craton edge thinning subduction remnants under U.S. North American dripping zones crust-mantle instability volcanic signals mantle deformation patterns

A massive section of land just sank after a Russia earthquake, and what’s now unfolding beneath America could signal the beginning of a larger geologic chain reaction. New seismic data reveals that the North American craton is thinning, and scientists have confirmed that the U.S. is actively dripping rock into the Earth’s mantle — right now.

Using full-waveform models from the UT Austin EarthScope project, researchers tracked strange low-velocity zones appearing beneath the Midwest and Eastern U.S., indicating parts of the continental plate are literally peeling away from below. Combined with recent volcanic activity in Russia and the reawakening of long-dormant zones, the evidence points to a pressure system building from within.

In this video, we expose the connection between the Russian peninsula collapse and the underground dripping now confirmed across North America. From sub-crustal deformation to mantle instability, we reveal what mainstream reports won’t — and why this may be the beginning of something far more serious.

📍Is North America entering a new phase of collapse from below?

🌎 The U.S. crust may be more fragile — and more active — than we’ve been told.

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Topics Covered:
Russian peninsula collapse, Farallon Plate remnants, EarthScope seismic velocity analysis, craton edge thinning, subduction remnants under U.S., North American dripping zones, crust-mantle instability, volcanic signals, mantle deformation patterns, JWTv geological investigation