
Cloud data operations: an update on our progress
As the new cloud architecture for our data systems is taking shape, it’s time to start sharing information about the new capabilities that will become available.
Here in the News & Features section, you can find important announcements or learn more about our work and the science we support.
As the new cloud architecture for our data systems is taking shape, it’s time to start sharing information about the new capabilities that will become available.
Students gain an authentic scientific experience by exploring large, real-world datasets and building coding skills with GeoCode’s educational modules.
To facilitate calibration of InSAR ground displacement measurements, NASA JPL corner reflectors have been deployed next to NOTA stations along the San Andreas Fault. Check out this video to learn more!
Though Chile is known for several major earthquakes, the Atacama seismic gap features slow movement that scientists seek to unravel.
Changes in trace amounts of the element thorium in two Colorado catchments appear to be explained by subsurface fracturing. The cause of fracturing might be attributable to distant earthquakes.
EarthScope Consortium would like to congratulate a number of community members—including former staff members, collaborative projects, and individuals who have volunteered considerable time as Board of Directors members or short course instructors—on receiving 2023 AGU awards.
This summer, EarthScope hosted seven students as part of the International Undergraduate Internship for Seismology and Geodesy Skills Building. Interns from six different countries spent the summer working virtually on a seismology or geodesy research project.
EarthScope Consortium will be one of 16 institutions participating in the new NSF-funded Cascadia Region Earthquake Science Center (CRESCENT), which will study the Cascadia subduction zone and improve earthquake resiliency and preparedness across the Pacific Northwest.
Seismic monitoring of Yellowstone’s Steamboat Geyser showed that signals appeared weaker in winter—because of snow cover.