Massive Deep-Earth Structures Influence Earth's Magnetic Field

Massive Deep-Earth Structures Influence Earth's Magnetic Field

Researchers from the University of Liverpool and the University of Leeds, including Professor Andy Biggin and the DEEP research group, have discovered two massive, ultrahot rock formations located at the base of Earth's mantle beneath Africa and the Pacific Ocean. These structures influence the planet's magnetic field by affecting the flow of liquid iron in the Earth's outer core. The formations have been shaping Earth's magnetic field for millions of years. The findings were published in a study released on February 3, 2026. This research highlights the connection between deep mantle structures and the long-term behavior of Earth's magnetic field.

Actors

University of Liverpool University of Leeds DEEP research group Professor Andy Biggin

Locations

Africa Pacific Ocean University of Liverpool

Articles

February 05, 2026
1 total
Massive Deep-Earth Structures Influence Earth's Magnetic Field
Massive Deep-Earth Structures Influence Earth's Magnetic Field

ScienceDaily • 05 Feb 10:55

Researchers have identified two enormous hot rock formations beneath Africa and the Pacific Ocean that have been shaping Earth's magnetic field for millions of years.

Credibility 88% Manip. 2% Center
February 03, 2026
2 total
Deep Mantle Structures Influence Earth's Magnetic Field
Deep Mantle Structures Influence Earth's Magnetic Field

Sci.News • 03 Feb 21:16

Research reveals that two massive, ultrahot rock formations at the base of Earth's mantle have been affecting the planet's magnetic field for millions of years.

Credibility 92% Manip. 3% Center
Massive Rock Blobs at Earth's Mantle Base Influence Magnetic Field
Massive Rock Blobs at Earth's Mantle Base Influence Magnetic Field

Mirage News • 03 Feb 10:09

Researchers have identified that immense, ultra-hot rock structures at the base of Earth's mantle affect the planet's magnetic field by influencing the flow of liquid iron in the outer core.

Credibility 90% Manip. 5% Center