Crustal deformation encompasses the gradual and abrupt changes in the shape, position and internal strain of Earth’s outer shell as a result of tectonic forces. Measurement of these deformations—using ...

The Global Navigation Satellite System associated with a Japanese cell phone carrier can enhance monitoring of crustal deformation changes for earthquake early warning models. A paper published ...

Authors Jessica R. Murray, Noel Bartlow, Yehuda Bock, Benjamin A. Brooks, James H. Foster, Jeffery T. Freymueller, William C. Hammond, Kathleen Hodgkinson, Ingrid A ...

A new study suggests that a giant section of lower crust beneath Italy is slowly peeling away and sinking into the mantle. Scientists say this “unzipping” could explain much of the earthquake activity ...

The seemingly stable regions of the Earth's continental plates—the so-called stable cratons—have suffered repetitive deformation below their crust since their formation in the remote past, according ...

Schematic for redox chemistry driven by mechanical processes in the deep subsurface on rocky planets. (A) The formation of habitable environments in the subsurface as silicate crusts are reworked by ...

Deep beneath Italy, a slow geological process is reshaping the Apennine Mountains in a way scientists did not fully understand until now. Researchers say Earth’s crust is undergoing a kind of ...

Cratons are fascinating yet enigmatic geological formations. Known to be relatively stable portions of the Earth's continental crust, cratons have remained largely unchanged for billions of years.

Researchers integrated Japan's GEONET network with more than 3,300 SoftBank stations, revealing finer crustal strain patterns tied to seismic and volcanic zones.