"This has profound implications for how we interpret surface volcanism, earthquake activity and the process of continental ...

Deep within the Earth’s mantle, rhythmic pulses of hot lava are emerging on the surface, offering a rare glimpse into the ...

The magma movement beneath the planet’s crust could be the early stages of a new ocean basin formation, which could slowly ...

According to the details, the third earthquake took place at a shallow depth of 15km, making it susceptible to aftershocks ...

The Worcester area has evidence of the Mesoproterozoic Era, going back to the earliest known days of the present-day Earth's ...

Scientists found that the speed at which continents split apart directly influences how molten rock flows deep beneath ...

Tectonic pulses beneath Africa are splitting the continent apart to produce a new ocean, according to University of ...

Scientists have detected rhythmic pulses of molten rock rising beneath eastern Africa, threatening to pull the continent ...

Scientists have discovered a rhythmic pulse beneath Africa’s surface.

A research team found evidence that a plume of hot mantle and tectonic plates generate activity deep beneath the Afar region in Ethiopia, which will one day tear apart the African continent and create ...

Deep beneath Earth’s surface, hot mantle rock slowly rises, fueling massive volcanic activity, tearing continents apart, and ...

A plume of molten rock rising from the depths of the Earth in heartbeat-like pulses is slowly tearing Africa apart—and will ...