#seismology

#seismology

The Earth's inner core has been confirmed to be backtracking, slowing down in relation to the planet's surface.

A potential erosion of the North American craton has been identified, challenging previous assumptions of its stability.

Santorini experiences mild seismic activity, but experts confirm it is safe and tourist operations are resuming.

There has been a significant increase in minor earthquake activity near Malibu, but this doesn't imply an imminent major earthquake.

A pair of minor earthquakes struck the East Bay, causing temporary train delays but no immediate injuries or damage reported.

The earthquake was a 7.0 magnitude quake off Northern California, causing minimal damage but significant concern among residents.

California experienced two earthquakes, the largest being a 3.2 magnitude, with no reported damages or injuries.

A 7.0-magnitude earthquake struck off Northern California, causing ongoing aftershocks and potential for larger seismic activity.

Shiveluch volcano erupts, reaching 5km ash cloud, triggering aviation alert amid fears of another massive earthquake in Kamchatka Peninsula.

The East Coast experienced a 3.8-magnitude earthquake, highlighting the rarity and unpredictability of such events in the region.

Discovery of a doughnut-shaped structure in Earth's core may provide insights into its magnetic field and light element concentration.

The Earth's inner core is changing shape, challenging previous beliefs about its structure.

New research indicates the outer core's turbulence may affect the inner core's rotation.

Earth's inner core is changing shape, affecting seismic waveforms and potentially influencing the Earth's magnetic field.

A judge has blocked a proposed cut to NIH grants that would have severely impacted university and hospital research funding.

Earth's inner core is changing shape, shedding light on its dynamics and potential implications for Earth's rotation and magnetic field.

Geophysicists discovered remnants of submerged tectonic plates deep below the Pacific Ocean, challenging existing geological models and expanding our understanding of Earth's structure.

The two super-plume structures in the Earth's mantle may be older than previously believed, challenging existing geological timelines.