As an ice sheet thousands of feet thick began its final crawling retreat from North America to the Arctic toward the end of ...

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 ...

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

Beneath the surface of the United States, the Earth's crust is slowly sinking, creating a new geological phenomenon.

Beneath the surface of the United States, the Earth's crust is gradually subsiding, creating a novel geological phenomenon.

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

Seismic mapping of North America has revealed that an ancient slab of crust buried beneath the Midwest is causing the crust ...

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 ...

Presently,the trail of devastation now spans five continents, with the latest seismic activity striking Iceland. A powerful volcanic eruption has shaken the Nordic nation, sending ash clouds into the ...

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

Earthquakes. A short video for 11-14 year old pupils, exploring tectonic activity and earthquakes and featuring case studies ...

Earth’s surface experiences a slight rise and fall—a phenomenon almost imperceptible to human senses, yet one that reveals a ...