Organizational announcements and stories about our work and the science we support.
A new study uses a dense array of magnetotelluric measurements to generate a high-resolution image of Yellowstone's magmatic guts.
In order to extract as much information as possible from ionospheric signals, we need to understand the patterns in great detail. A recent paper used the 2016 magnitude 7.8 Kaikoura earthquake to see what we could learn from testing the data against simulations.
The 2025 election results for the Board of Directors, which serves as non-profit governance to EarthScope Consortium, are compiled and ready to share.
EarthScope Cloud Architect Alex Hamilton attended the annual Amazon Web Services conference to present on the cloud data systems delivering geodetic data to the ShakeAlert Earthquake Early Warning System.
Solid Earth Research infrastructures in Europe, the US, and Australia announce landmark agreement to enhance collaboration across continents, inviting global participation.
When we experience a significant earthquake—along with any foreshocks or aftershocks associated with it—the shaking is hard to ignore. But there are also subtle movements afterward we may only notice with the help of precision instruments.
We want scientific inquiries to face as few speedbumps as possible, enabling you to do more with less time invested. Let’s talk a little about the way we’re structuring data storage to help make that happen.
A recent paper used DAS on Rhône Glacier in the Swiss Alps to infer the discharge of meltwater streams. We talked with one of the authors about how they wrangled this large dataset.
A set of studies explores questions pertaining to the rotation of the inner core relative to Earth’s mantle.
In East Greenland, a mysterious tsunami hit a military base on a remote island tucked into the fjords. At the same time, seismologists noticed a weird signal on seismic stations located around the world.
What can’t be explained by a delicious food metaphor? Maybe geophysical research in the cloud, but we’re going to try anyway.
When seismic sensors aren't detecting earthquakes, they’re picking up other vibrations—even shakes too subtle for people to feel. This ambient seismic noise might be able to tell scientists what’s happening at Mount St. Helens during times of activity and purported respite.
