EarthScope Consortium

@earthscope.org

EarthScope Consortium supports transformative global geophysical research and education. Operator of the NSF National Geophysical Facility. #NSFfunded

We're retiring EarthScope’s on-premises seismic archiving system. This is one of the final steps in a multi-year effort to move EarthScope’s seismic data archiving — nearly 40 years’ worth, hosted at the University of Washington — into the AWS cloud. Full details ➡️ https://loom.ly/ruMsBQ4

Background of ones and zeroes and the EarthScope purple-to-red color gradient, with a large white bullhorn icon.

We have several new options for increased compute resources in GeoLab, our cloud notebook environment, including scalable compute quota caps for intensive workflows, access to GPUs and larger server sizes, and access to a Dask gateway. Details ➡️ https://loom.ly/iPCvi2A

Increased resource availability in GeoLab  | EarthScope Consortium

Introducing scalable compute quota caps for intensive workflows, access to GPUs and larger server sizes, and access to a Dask gateway.

earthscope.org

How are ocean waves and earthquakes linked? A new study combines buoy wave height measurements with NSF NGF seismic data to examine how winter ocean swells impact seismicity at California’s offshore Mendocino Triple Junction. Read it here: doi.org/10.1785/0220250447

A comic illustrating how wave height measurements and fifteen years of seismic observations draw a connection between seismicity and ocean-waves. The comic features anthropomorphized borehole seismometers and a wave rider instrument collaborating to study the seasonal changes in seismicity.

⚒️ 🧪 A M6.8 earthquake struck Kyushu, Japan today. Large quakes in Japan are common and often pass without much notice, but this one is serious - instead of occurring offshore in the subduction zone, it is a shallow, strike-slip event near Kumamoto. Damage and deaths have already been reported.

Southern Japan struck by deadly M6.8 earthquake

A reminder of the neighboring 2016 Kumamoto M7.0 earthquake

earthquakeinsights.substack.com

With analysis-ready cloud data in our GeoLab compute hub, calculating GNSS signal-to-noise has gotten a massive speed boost compared to parsing daily RINEX files — and can be parallelized across a cluster to go even faster. GeoLab is now open, so why not check it out? 👉 https://loom.ly/H2ZsbaU

Bar chart comparing the three methods in terms of days of data processed per second-- 0.26 for downloaded RINEX, 1.56 for analysis-ready data, and 15.77 for analysis-ready day with compute cluster.

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. Details ➡️ https://loom.ly/ykDi5xU

Retirement of the irisws-timeseries web service | EarthScope Consortium

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.

earthscope.org

There is currently an outage of real-time seismic data feeds spanning the majority of US-based networks that are contributed to EarthScope through the NEIC. We have been informed that a fiber-optic cable critical to data flow was damaged. The NEIC is currently working on a fix.

A M7.3 earthquake struck offshore near the border of Mexico and Guatemala. Offshore southern Mexico and Central America, the Cocos Plate subducts beneath the North American and Caribbean plates, resulting in frequent large earthquakes. Learn more & access event data ➡️ https://loom.ly/qBQlsMY

Map of southern Mexico and Central America showing earthquake depths along the Cocos Plate subduction zone. A white star marks the July 17 magnitude 7.3 earthquake offshore of southern Mexico.Map of southern Mexico and Central America showing GPS station motion relative to the North American Plate. White arrows indicate crustal movement, and a red star marks the July 17 magnitude 7.3 earthquake offshore of southern Mexico.

Using geodetic data from the Network of the Americas and the paleoseismology record, researchers at the University of Hawaii investigated how the Cajon Pass in SoCal could influence the next big earthquake along the San Andreas Fault System. Read more on our website ➡️ https://loom.ly/3pYLMzQ

Southern California's earthquake gate | EarthScope Consortium

Using geodesy and the paleoseismology record, researchers investigate how the Cajon Pass in SoCal could influence the next big earthquake.

earthscope.org

Water vapor interferes with GPS signals, hindering position calculations — but can be used to help predict rainfall. A new machine learning model harnesses this “error” from GPS stations to improve short-term rainfall forecasting. Read about the research: https://loom.ly/dLPVMQg

A GPS error could help power short-term rain forecasts | EarthScope Consortium

A new machine learning model incorporates water vapor data to improve radar-based precipitation forecasting.

earthscope.org

It's been almost one year since the magnitude 8.8 Kamchatka Peninsula earthquake, which shook the entire Pacific Ocean. Now, researchers have combined two seismic techniques to probe in high detail how this megathrust fault ruptured. Read about the study here ➡️ https://loom.ly/U7ypafI

Unspooling the Details of the 2025 Kamchatka Earthquake | EarthScope Consortium

NSF NGF data archives help researchers reconstruct one of the largest earthquakes ever recorded.

earthscope.org

NASA-ISRO SAR (NISAR) satellite imaged Venezuela June 25. NISAR SAR interferometry (InSAR) enabled calculation of surface displacement. Displacements have red tones for east and blue tones for west, with white in middle near-zero over fault rupture. Fault ruptured far to east under ocean. #venezuela

Map of north-central Venezuela with NISAR line-of-sight displacement map shown in false color varying from red to white to blue. Red land moved east (towards satellite) and blue land moved west. InSAR only measures land, so ocean and lakes have no measurements. Background map from Google satellite natural-color images on land and bathymetry in ocean.