Back in 2023, scientists were perplexed by a mysterious seismic signal that shook the world every 90 seconds for nine days.

The so-called "microseismic noise" recorded is a phenomenon in which seismic waves are generated from the interaction between the ocean and Earth's solid surface. The ANU research team used ...

Researchers have now 'heard' the echo of cyclones whirling ocean waters from all the way on the other side of our planet. Microseismic waves generated by interactions between the ocean and Earth's ...

Lawrence Livermore National Laboratory could ‘revolutionize’ earthquake monitoring and provide researchers the ability to ...

Seismic waves are a bit like music. Identify their notes and rhythm changes, and scientists can work out what subterranean instruments created them, where they lie, and how they behave upon rupture.

To identify these features ... it melts easily and could form pockets where seismic waves slow. These pockets could then get pushed around the mantle by other slabs of subducting crust, which ...

Those seismic waves are like ripples on a pond ... historical geological data and new information to identify nearly 500 additional fault lines that could produce damaging quakes.

Also, the impact crater and debris were obvious enough that even this relatively limited camera could identify it as having ... was also close enough that seismic waves could travel directly ...

The core is split into the outer and inner core, and this is where a team of researchers from The Australian National University (ANU) examined seismic wave data from 200 magnitude-6 and above ...

"We combined data from multiple days to identify the regions where the signals were strongest, providing insights into the source and transmission of the seismic waves," Mr. Pandey said.