Scientists look to Mexico earthquake to see how well pretrained machine-learning methods perform
New aftershock catalog from 2017 M 8.2 earthquake reveals how machine-learning can facilitate our understanding of tectonically complex environments.
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New aftershock catalog from 2017 M 8.2 earthquake reveals how machine-learning can facilitate our understanding of tectonically complex environments.
Alaska’s subduction zone is congested, but earthquakes can help us see what’s going on with the Yakutat microplate.
The Transportable Array, a massive project to seismically map North America, was equipped with all the right tools to measure earthquakes — and surprisingly — hurricanes.
New research expands the limits of traditional bioacoustic monitoring by finding whale signals in unexpected places.
New research uses the ocean’s seismic “background noise” to map interface zones between glaciers and bedrock.
V-shaped topographic basins radiating from central Antarctica could be remnants of of the continent’s deep geologic history.
Is the Pioneer Fragment really stuck to the Pacific plate beneath a part of North America that’s extremely seismically active?
This June, the ISCO station on Cocos Island was rebuilt, allowing for the first real-time geophysical data for the Cocos Plate since 2020.
NSF NGF data archives help researchers reconstruct one of the largest earthquakes ever recorded.