The deep roots of Earth's oldest continents have long been thought to be unshakable. But a new seismic discovery suggests that even these stable landmasses can change. Beneath the center of North ...

New research reveals a surprising link between the ancient tectonic history of oceanic plates and their fate as they subduct ...

In the middle of the Pacific Ocean, thousands of miles from any continent, Easter Island rises out of the sea. Its surface ...

MNT/USD forms ascending triangle at $1.35 resistance, backed by Mantle’s $3.8B treasury and rising DeFi activity toward $5 ...

As the Aral Sea has been drained by irrigation and dried up, the mass loss on the surface has caused Earth’s upper mantle to rise up, lifting the emptied sea bed an average of 7 millimetres per year ...

Even the oldest and most stable of lithospheric structures can’t withstand geologic machinations deep within the Earth.

Geodynamic models say deep mantle flow from the long-subducted Farallon slab is likely behind the massive underground “drips” ...

Researchers have discovered cratonic thinning occurring beneath North America, driven by the remnants of the Farallon Plate. Researchers have discovered that the underside of the North American ...

Beneath the crust of North America, scientists have found that the deep roots of the continent are slowly dripping away in ...

Far be it from us to suggest there’s a parallel between the continental plate’s behavior and what is happening on top, but ...

Explore how North America is changing as its deep cratonic root thins and pieces are dripping into the Earth's mantle.