This innovative approach unveiled images of tectonic processes under the India-Eurasia collision zone ... As scientists delve deeper into continental subduction processes, we anticipate further ...

Overall, this research highlights how cratons in continental interiors are less likely to be destabilized compared to those close to plate boundaries, which may be susceptible to subduction and ...

This phenomenon leads to the gradual disintegration of stable continental crust. Experts suggest that subduction—where a denser mantle layer is pushed beneath another—and mantle plumes ...

They are formed due to the pressure of the two plates colliding, which forces the continental crust to crumple and push upwards along the western coastline of South America. Collision zones close ...

Known to be relatively stable portions of the Earth's continental crust ... Specifically, the developed model focuses on the subduction of the Izanagi plate beneath the Eurasian plate, where ...