Major new BEAT release 2.0.0. is out! Finally, supporting python3.9+. #pymc #pyrocko #pytensor installation. New features: Multi-Sourcetype inference (e.g.Rectangular & MTSource) and boundary element modeling mode using GPU #cutde Ben Thompson. New tutorials coming. Stay tuned!

A damage proxy map for the M7.4 #TaiwanEarthquake on 3 Apr 2024. From #ALOS2 satellite #SAR data acquired 40 hours after the earthquake. We hope this map will support relief efforts. More maps and information at eos-rs-products.earthobservatory.sg/EOS-RS_202404_…

Fresh out！ The ALOS-2 #InSAR result of 2022 and 2024 #earthquakes in eastern #Taiwan from IES, Academia Sinica. The result suggests most of the deformations were offshore, with moderate coastal deformation. This is similar to what we observed along the coastline.

Read my latest #research on understanding tidal regulation of cryovolcanic jets at #Enceladus, published with Springer Nature in Nature Geoscience: rdcu.be/dF9uQ

Deeply honored to receiving this award for #SAR capacity building from IEEE Geoscience and Remote Sensing Society. Thanks to the many of you I’ve had the pleasure of working with to make #SAR data more accessible. #GoldenAgeOfSAR AKSatelliteFacility UAF Geophysical Institute

🚨ASF’s Sentinel-1 Burst Archive is complete!!! 🚨 You can now download burst data for ANY #Sentinel-1 scene in our archive. Learn more below 👇#GoldenAgeOfSAR #S1Bursts asf.alaska.edu/datasets/daac/…

🗞️#InSAR Crowd🗞️ Today is first day of the annual EarthScope Consortium InSAR course based on ISCE & MintPy 🥳. We will go through stuff from InSAR processing to InSAR time series & geophysical modeling. Right now Dr Gareth Funning is kicking us off with InSAR in Geophysics. #GoldenAgeOfSAR

🚨Final Day EarthScope Consortium InSAR Class🚨 Today is #InSAR Time Series day 🥳. Right now, Heresh Fattahi is introducing ISCE3, the next-gen of #ISCE for use with NISAR 🛰️! Next Zhang Yunjun will lead exercises on SBAS processing with #MIntPy. Unroll for resources 🧵 #GoldenAgeOfSAR

Sentinel-1 orbit files are now available in the Registry of Open Data on AWS! • Publicly available, no login required 🎉 • Less downtime, thanks to Amazon S3 🎊 • Accessible via a new s1_orbits Python library and standard S3 tools 🥳 asf.alaska.edu/notices/sentin…

The 2024 magnitude 7.5 Noto earthquake in Japan occurred on a fault system that has seen repeated seismic swarms since 2020. New research in Science deciphers the intense ground motion of the event. Learn more in this week's issue: scim.ag/86Y

Excited to see our work on the 2024 Noto EQ led by Liuwei Xu, Ji Chen, and Lingsen Meng featured on the cover of Science Magazine! Combining seismic & geodetic data, we found complex ruptures in the initial stage of this New Year's EQ that led to violent shaking

New article in NATURE COMMUNICATIONS (nature.com/articles/s4146…), which contributes to the field of earthquake forecasting! Sandy Drymoni UAF Geophysical Institute Universität München Nature Communications #Ridgecrest #Alaska #earthquake_forecasting

Sharing our paper titled An analysis of the potentials of L-band SAR satellites for measuring azimuth motion. Download the paper for free until November 15, 2024 at authors.elsevier.com/a/1jqnq7qzT3EYm

💡Highlights: Sandy beach intertidal topography estimation based on lCESat-2, is a methodology that can capturenarrow sandy beach intertidal topography and extendit globally. 🌟Keywords: Intertidal, topography, sandy beach, lowland, ICESat-2, Sentinel-2.

In our new paper jvolcanica.org/ojs/index.php/…, we explore how Graph Neural Network and spherical harmonics can potentially help volcano geodesy move beyond simple spheroidal reservoir geometries.

A chapter from my Caltech PhD thesis has been published in nature. We (me, @StacyLarocheIIe, V. Rubino, N. Lapusta, A. Rosakis) show that interfaces under non-zero shear stress are always sliding, even if they appear to be stationary to the naked eye. nature.com/articles/s4158…

ERI is hiring a Marine Geoscience faculty. eri.u-tokyo.ac.jp/wp-content/upl…

We are compiling our observations from satellite observations on this web map, and updating the map when new data become available: shorturl.at/YmjY1

Long-wavelength radar signals—once dismissed as noise—can reveal how entire tectonic plates rotate. In our paper on GRL, we use radar interferometry over the Arabia to infer plate motion—without relying on GNSS. Zhang Yunjun , Mark Simons Open Access link: doi.org/10.1029/2025GL…

Great to see our paper led by Yuan-Kai Liu is out on GRL AGU (American Geophysical Union)! We demonstrate that InSAR velocity can be used to est. the Euler pole of tectonic plates, and it can be more accurate than using GNSS alone, providing future plate motion models with a new type of obs constraint.