As we ring in 2026, we can take a look at how our Earth shook in 2025. 🎆🌏
This animation shows 2,150 globally-recorded earthquakes magnitude 5 and above throughout 2025.

Explore yourself using our Interactive Earthquake Browser! ➡️ https://loom.ly/jjk2yqw

Our take on the "12 Days of Geophysics" 🎶

Happy holiday greetings from all of us at EarthScope!

Not at #AGU25 to pick up a physical poster for your walls? Not to worry! We have an online digitally interactive version of our "What's Inside the Earth?" poster.

🌎 https://loom.ly/jX9mNZg

Be sure to stop by the NSF National Geophysical Facility operated by EarthScope booth at #AGU25! We have stickers, posters, notebooks, and interactive displays!

The Earth is constantly being whispered to by natural signals, tiny electric and magnetic waves. By studying how these signals move, magnetotellurics helps scientists see underground. Metal-rich rocks or hot water let the signals flow easily. Dry, solid, or dense rock blocks or slows them.

For two decades, GPS station P056 in Porterville, California has been steadily tracking the ground moving down. Since its installation, the ground has subsided over 3.5 feet. Located in central California’s San Joaquin Valley, P056 records subsidence driven by long-term groundwater overpumping.