Retirement of the irisws-timeseries web service
EarthScope Data Services will be retiring the irisws-timeseries web service and its associated microservices as part of our strategic initiative to refine the NSF National Geophysical Facility’s portfolio of data and metadata access capabilities in the cloud.
Southern California’s earthquake gate
Using geodesy and the paleoseismology record, researchers investigate how the Cajon Pass in SoCal could influence the next big earthquake.
Unspooling the Details of the 2025 Kamchatka Earthquake
NSF NGF data archives help researchers reconstruct one of the largest earthquakes ever recorded.
Digging Deeper Through Internships: A Summer of Geophysical Learning Begins
We’re welcoming 26 interns this summer to train the next generation of geophysicists.
We’re Partnering with the Summer of Applied Geophysical Experience to Offer Field Education
With NSF NGF funding, SAGE and EarthScope will work together to bring geophysics field education to more students.
The Legacy of the Plate Boundary Observatory at Mount St. Helens
Quick construction of GPS stations by PBO engineers around Mount St. Helens helped scientists observe the 2004 eruption.
The Rainier volcanic hazards detection system has been growing
Over the past few years, the Rainier Lahar Detection System has been upgraded with 25 new stations to better detect volcanic hazards on the mountain.
Are geoscience students trained for the workforce?
Geoscience as a degree pathway and career trajectory is becoming more popular as opportunities expand. Despite the successful examples of growth in the field, there are still barriers to overcome.
Mars’ Crater Impact Rate Gets an Update with the Help of Seismic Data
InSight has advanced our understanding of the Martian interior by using seismic techniques typically applied on Earth. One instrument, the Seismic Experiment for Interior Structure (SEIS) returned data that shows marsquakes from recent impacts of space debris on the surface. Compared to the orbitally-imaged catalog of craters, the seismically-detected events don’t seem to entirely match.
New method to auto-detect earthquakes tested at Mammoth Mountain
Researchers in a new paper utilized a seismic array around Mammoth Mountain to test out a new automated detection workflow to see if they could reliably identify the precursors to volcanic activity.