Delhi sits on a seismic ticking bomb. With rising tectonic stress beneath the Himalayas, experts warn the next megaquake ...

The seismic activity in Delhi-NCR is caused not only by distant Himalayan tectonics but also by local geological structures.

Monday’s magnitude 4.4 quake that rattled Southern California is believed to have struck on a well-known and dangerous fault system known as the Puente Hills thrust fault system.

A California fault line remains relatively unknown. It caused last week’s quake and might be the site of ‘the big one’ - The 10-mile deep Puente Hills thrust fault runs beneath downtown Los ...

The magnitude 4.4 earthquake that rattled Los Angeles on Monday was centered within one of the region’s most potentially destructive fault systems, one capable of producing a magnitude 7.5 ...

Japan’s new earthquake-detection network lengthens warning times, and researchers in Wales have harnessed nuclear blast ...

A California fault line remains relatively unknown. It caused last week’s quake and might be the site of ‘the big one’ The 10-mile deep Puente Hills thrust fault runs beneath downtown Los ...

Earthquakes on the Puente Hills thrust fault could be particularly dangerous because the shaking would occur directly beneath LA's surface infrastructure.

The 4.4 magnitude earthquake that jolted the Los Angeles area this week hit in the area of a fault system that could pose an even greater threat to parts of the city than the notorious San Andreas ...

A strong earthquake from the the Puente Hills Thrust Fault could cause damage that's 10 times worse than what San Andreas could trigger.

Understanding these fault types is essential for assessing seismic risks, guiding construction practices, and studying the dynamic processes that continually reshape the Earth’s surface.

Monday's magnitude 4.4 quake that rattled Southern California is believed to have struck on a well-known and dangerous fault system known as the Puente Hills thrust fault system.