California’s Coast Is COLLAPSING A Mega Landslide Could Trigger A Tsunami! скачать в хорошем качестве

California’s Coast Is COLLAPSING A Mega Landslide Could Trigger A Tsunami!

California’s coastline is not as stable as it looks. Along the Palos Verdes Peninsula, the ground has been slowly sliding toward the Pacific for decades. But recent measurements show the movement is accelerating. Roads are cracking. Homes are tilting. Underground utilities are tearing apart. And scientists are warning that this is not surface erosion, but a deep-seated landslide involving millions of tons of earth already in motion. The danger is not how slowly the land is moving now. It’s how fast it could change. When groundwater pressure rises or seismic shaking reduces friction, slow creep can turn into sudden collapse. If a large section of the coast fails all at once, massive amounts of rock and soil could plunge into the ocean within seconds. That kind of collapse has the potential to displace enormous volumes of water, generating a localized tsunami that could strike nearby shorelines with little to no warning. This video breaks down: • Why California’s coast is becoming unstable • How deep landslides transition from slow movement to violent failure • What past coastal collapses reveal about warning signs • How a landslide-generated tsunami would unfold • Why everyday life continues above a moving landscape What makes this threat unsettling is how ordinary everything still appears. People sleep, commute, and raise families on land that is already failing beneath them. The question is no longer if the ground is moving. It’s how long it keeps moving slowly — before it doesn’t. California coast collapsing, California landslide, Palos Verdes landslide, California tsunami risk, landslide tsunami, coastal collapse, geological disaster, California geology, USGS landslide warning, coastal landslide danger, tsunami without earthquake, natural disaster documentary, Earth science documentary, landslide explained, why California coast is failing, ground moving California, coastal erosion vs landslide, deep seated landslide, Pacific coast disaster, California emergency risk, geological instability, hidden natural disasters