Upper‐Crustal Seismic Anisotropy and Its Geological Controls in Southeastern Korea from Local Earthquake Data #BSSA ⚒️ Ongoing deformation or inherited fabric? A new study looks at this question in the upper crust of southeastern Korea. buff.ly/pt1YEpk

In the most accurate calibration method for seismic stations, a calibrated seismometer is installed near the target seismometer and their local vibration signals are compared. This is on-site calibration. How do you account for temperature changes? Find out, in #SRL. ⚒️ buff.ly/byIfWPT

🌟 OPEN ACCESS 🌟 A DAS network in northeastern Italy spans several hundred kilometers of optical fiber, and includes tens of thousands of virtual sensing channels. It’s been integrated into the operational framework of the Seismological Research Center of OGS. #SRL ⚒️ buff.ly/nz2Q7dz

In a new #SRL paper, scientists compare earthquake wavefield measurements from an approximately 95 km-long urban dark fiber distributed acoustic sensing array in Dallas, Texas with data from a co-located broadband seismic array. ⚒️ buff.ly/HufKBLN

⚒️ We've got a story of sisters to mark the 100th SSA At Work: Learn how Asiye and Farzaneh Aziz Zanjani grew their childhood curiosity into their #seismology careers. buff.ly/3J0ZSJL Thanks to everyone who has shared their stories over the years. We can't wait to hear more of them!

Dynamic Rupture Process of the 2025 7.1 Dingri, Tibet, Earthquake: Insights into the Role of Fault Geometry and Stress Heterogeneity #SRL ⚒️ 3D dynamic rupture simulations have implications for seismic hazard assessment of the  Shenzha‐Dingjie rift region. buff.ly/dQegNA0

High‐Resolution 3D Shallow Crustal Shear‐Wave Velocity and Azimuthal Anisotropy Structures in the Middle Segment of Longriba Fault Zone, Eastern Tibetan Plateau #SRL ⚒️ Tibet’s eastward extrusion runs against the rigid Yangtze block. What happens here? buff.ly/W3LIbJ6

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The Mongolian plateau in east Asia has maintained elevated topography for millions of years. Why? A new deployment aims to address this question: CAM array. Find out more, in #SRL. ⚒️ buff.ly/7XVkCtD

🌟 OPEN ACCESS 🌟 Scientists use seismic noise to explore the structure and geometry of southern Spain’s Guadalquivir River sedimentary basin. #SRL ⚒️ buff.ly/LCIVkyD

In a new #BSSA paper, scientists present a study on Wellington, New Zealand’s site amplification, as predicted by 3D physics-based ground-motion simulations. ⚒️ buff.ly/lLUKU0t

🌟 OPEN ACCESS 🌟 Tandem: An Open‐Source High‐Performance Computing Volumetric Software Package to Model Sequences of Earthquakes and Aseismic Slip Across Complex Fault Systems #SRL ⚒️ buff.ly/6YGmVhY

🌟OPEN ACCESS🌟 Distributed acoustic sensing tends to be noisy at low frequencies where you'd expect to detect normal modes. A new #TSR paper explores ways around this issue, focusing on a cable stretching from Monaco to Savona, Italy. ⚒️ buff.ly/WV5T62y

In a new #BSSA paper, scientists eveloped a new 3D crustal velocity model for the northwestern Himalaya and Siwalik basin. Scenario simulations of the 1905 Kangra earthquake reveal ground-motion amplification for the Siwalik basin. ⚒️ buff.ly/XFAIRWd

🌟 OPEN ACCESS 🌟 In a new #SRL paper, scientists modeled the coseismic slip of the 2024 magnitude 7.3 Hualien earthquake using onshore and seafloor geodetic data plus relocated seismicity. ⚒️ buff.ly/5p6I4tp

In 2024, a magnitude 7.3 earthquake struck Hualien, Taiwan. A new #SRL paper presents a high-resolution catalog of 23,748 events recorded over three months that captures the evolution of the earthquake sequence. ⚒️ buff.ly/Vnmgl9F

Inherited Lithospheric Fabrics and Mantle Flow in Borneo from Splitting Analyses of Teleseismic and Local S Phases #SRL ⚒️ What can seismic anisotropy tell us about the past many millions of years of Borneo’s tectonic history? buff.ly/kIpJCuN

What’s the long-period seismic wavefield of ships in different bodies of water? A new #SRL study uses DAS in two water bodies to explore this question. ⚒️ buff.ly/iFA6107

In the southwestern U.S., sudden heavy rainfall can cause devastating flash flooding in part because water can't easily infiltrate dry soil. Instead, it flows overland as rills, and those rills funnel into channels. DAS may detect the switch from infiltration to rills. #SRL ⚒️ buff.ly/VYTN6Ay

🌟 OPEN ACCESS 🌟 In a new #BSSA paper, scientists analyzed a newly published, high-resolution earthquake catalog for Nevada to identify local seismicity that was dynamically triggered by teleseismic events. ⚒️ buff.ly/Lin6X8Q

📣 NEW ISSUE OF #SRL📣 This issue includes a fascinating Focus Section on measuring and monitoring seismic instrumentation. Plus, there are loads of other great articles, including some neat ones about California and a thought-provoking opinion piece. Don't miss it! ⚒️ buff.ly/po9mDQ4

Volume 97 Issue 5 | Seismological Research Letters | GeoScienceWorld

Seismological Research Letters | 97 | 5 | September 2026

pubs.geoscienceworld.org

⚒️ #PRW2026: We asked our editors to share some small pieces of advice on what makes a review most helpful ...

Detecting Earthquakes in Noisy Real‐Time GNSS Data With Deep Learning for Improved PGD Magnitude Estimation #BSSA ⚒️ A deep-learning method that uses GNSS and seismic data may help scientists quickly find earthquakes. buff.ly/zVgvpB7

🌟 OPEN ACCESS 🌟 In a new #SRL paper, scientists explore the use of a deep learning denoising algorithm, DeepDenoiser, to improve earthquake detection capabilities for a noisy dataset from Haiti. Tl;dr works well for retrospective studies ⚒️ buff.ly/phrqYDP

🌟 OPEN ACCESS 🌟 Scientists used machine-learning methods to derive a new earthquake catalog for Hispaniola. This new catalog contains more than 47,000 earthquakes. For details about the method and crustal structures illuminated by the catalog, please visit #SRL. ⚒️ buff.ly/XQ2uCaC

In a new #SRL paper, scientists use short-period seismometers for passive nearshore wind-wave monitoring. To do so, they track the noise generated by interactions between the atmosphere, ocean, and solid Earth. ⚒️ buff.ly/43DBDK6

🌟 OPEN ACCESS 🌟 Snow Avalanche Characteristics Along Milford Road, Aotearoa New Zealand, Using Distributed Acoustic Sensing #SRL ⚒️ Scientists identify a link between natural avalanches and precipitation. buff.ly/Ka97cH4

DASView: A PyQt‐Based Visualization and Processing Tool for Distributed Acoustic Sensing Data #SRL ⚒️ A new tool integrates classical seismic data processing workflows with functions specific to distributed acoustic sensing. buff.ly/BSTP3UH

During #PeerReviewWeek, we wanted to again recognize our 2025 Outstanding Reviewers! Read more about why they are the backbone of our publishing programs, and what they value in return from their experiences: buff.ly/FdWgk6T ⚒️

In a new #SRL paper, scientists used coda envelope calibration to derive moment magnitude and apparent stress measurements for shallow earthquakes across Alaska. They also present a new conversion between local magnitude and moment magnitude. ⚒️ buff.ly/mFo8mts