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@drjhellenbrand.bsky.socialSep 11, 2026, 9:05 PM

1/6 Interesse oder gute Note: Was ist für Leistung wichtiger? 🤔

Beides kann bedeutsam sein. Eine große Meta-Analyse zeigt: Intrinsische Motivation sagte die Qualität der Leistung stärker voraus, extrinsische Anreize eher die Menge.

#bluelz #srl #motivation

@seismosocam.bsky.socialSep 11, 2026, 9:01 PM

In a new #SRL paper, scientists characterize ship-associated wavefields and their relation to background surface gravity waves. ⚒️

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Top panel shows distributed acoustic sensing interrogator architecture used in this study. The bottom panel shows a conceptual illustration of a submerged telecommunication cable recording coexisting surface gravity waves or ocean surface gravity wave energy and vessel‐radiated fields.
@seismosocam.bsky.socialSep 11, 2026, 3:00 PM

🌟 OPEN ACCESS 🌟 Complex Rupture of the 2024 Mw 7.3 Hualien Earthquake from Onshore and Seafloor Geodesy and Its Tectonic Implications #SRL ⚒️

The 2024 rupture involved a deep, steep part of the Longitudinal Valley Fault and a shallowly dipping offshore fault.

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Trade‐off curve (left panel) and coseismic slip model (right panel) of the 2024 event.
@seismosocam.bsky.socialSep 11, 2026, 2:00 PM

The 2024 Mw 7.3 Hualien Earthquake Sequence: Aftershock‐Constrained Fault Geometry and Static Stress Triggering Analysis #SRL ⚒️


What can we learn from aftershocks of the magnitude 7.3 Hualien, Taiwan earthquake?

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Tectonic setting and seismicity of eastern Taiwan.
@seismosocam.bsky.socialSep 11, 2026, 4:00 AM

Introducing MPMSE: a Multisource Prior‐constrained Magnitude and Slip Estimator! Find out more, in #SRL ⚒️

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Statistical characteristics of the 33,000 synthetic scenarios. The blue dots represent individual synthetic samples, gray boxplots summarize the median, interquartile range, and spread of source parameters within 0.4 moment magnitude bins, and the orange kernel‐density curves depict the overall magnitude distribution.
@seismosocam.bsky.socialSep 11, 2026, 3:00 AM

🌟 OPEN ACCESS 🌟 In a new #SRL paper, scientists present a workflow for the automatic detection of seismic events in volcanic areas using deep learning tools for picking and associating seismic phases. They use data from Mount Etna as an example. ⚒️

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Flowchart of the optimized workflow for the automatic detection of seismic events in volcanic areas. GaMMA, Gaussian Mixture Model Association. 
@seismosocam.bsky.socialSep 10, 2026, 10:02 PM

🌟 OPEN ACCESS 🌟 How well does DeepDenoiser do to improve the signal-to-noise ratios for a noisy dataset from Haiti? Find out, in #SRL ⚒️

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Map of Hispaniola showing seismic stations (triangles) used in this study. The HY network is in red, temporary deployments in green, and permanent stations with publicly available data in gray. The stars mark major historical (white) and instrumentally recorded (yellow) events. 
@seismosocam.bsky.socialSep 10, 2026, 9:02 PM

🌟 OPEN ACCESS 🌟 In a new #SRL paper, scientists applied various machine-learning methods to derive an earthquake catalog for Hispaniola — the island shared by Haiti and the Dominican Republic. ⚒️

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Map of Hispaniola showing earthquakes with magnitude greater than or equal to 3.0 since 1900 from the U.S. Geological Survey seismic catalog, along with major tectonic structures.
@seismosocam.bsky.socialSep 10, 2026, 6:00 PM

Erratum to Waveguide or Not? Revised Ground‐Motion Simulations for Greater Los Angeles from the M 7.8 ShakeOut Earthquake Scenario #SRL ⚒️

Original paper: buff.ly/Zz8fJGn

Erratum: buff.ly/SwZDazF

Revised comparisons between physics‐based results and Next Generation Attenuation‐West2 (NGA‐West2) ground‐motion models.
@seismosocam.bsky.socialSep 10, 2026, 4:00 AM

How well does the generalized mean rupture distance do as a distance input for ground-motion modeling of megathrust events? #SRL ⚒️

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Comparison of rupture distances for station records for the earthquakes used to recalibrate path models P22 Rp and P22 Rup (20 events). Each dot represents one station record for one earthquake. Generalized mean distance (Rp) is the median of values for all slip models in the case of earthquakes for which multiple slip models were available. Rupture distance (Rrup) is given by the NGA‐Sub database. Filled dots represent station records for the Tohoku earthquake; unfilled dots represent the remaining 19 earthquakes. 
@seismosocam.bsky.socialSep 9, 2026, 10:01 PM

What’s the variation in apparent stress across mainland Alaska? Scientists use coda envelope calibration to explore this question. They also derived a new conversion relationship between local magnitude and moment magnitude for the region. #SRL ⚒️

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Moment-magnitude—local magnitude conversion relation derived from the coda moment magnitude of this study and Alaska Earthquake Center’s local magnitude estimates using the orthogonal regression method.
@seismosocam.bsky.socialSep 9, 2026, 3:01 PM

Machine‐Learning‐Based Microseismic Monitoring of Nearshore Wind–Wave Dynamics: Observations from Hainan Island, China #SRL ⚒️

Is there a cost-effective approach for monitoring real-time marine hazards via seismology?

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Track of Tropical Storm Soulik and configuration of the seismic observation system. Top panel shows storm track and location of the microarray along Hainan Island. Circles along the track represent storm positions, with colors (blue to red) indicating temporal progression and circle sizes scaled to maximum wind speed near the center. The black box outlines the microarray area, with an upper‐right inset providing a zoomed view. The bottom left panel shows the initial cross‐shaped deployment of six short‐period seismometers (red triangles) from September 14, 2024 to October 5, 2024. The bottom right panel shows the reconfigured linear array parallel to the coastline from October 6-15, 2024 (red triangles: station locations).
@seismosocam.bsky.socialSep 9, 2026, 3:00 AM

Water levels can change as a result of far off earthquakes. Research in this vein has focused on volumetric strain from surface waves. But what about shear strain? A new #SRL study takes a look. ⚒️

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Schematic of three‐component velocity amplitudes generated by different (top panel) seismic waves, (left bottom panel) with top‐view, and (right bottom panel) side‐view illustrations of their propagation through the Beibei well‐aquifer system. 
@seismosocam.bsky.socialSep 8, 2026, 9:00 PM

In a new #SRL paper, scientists investigate what structures may control the site of fault reactivation, with a focus on the Weishan–Fengqing region in the southeastern Tibetan Plateau — a place of unusual earthquake clusters.⚒️

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Topographic map of the study region with earthquake and station distribution. The left panel shows the distribution of earthquakes from the Comprehensive Dataset of Chinese Seismic Network catalog. The right panel shows the two‐phase dense arrays, and the locations of the teleseismic events that were used in this study.
@seismosocam.bsky.socialSep 8, 2026, 3:02 PM

DoubleF: A Fast and Flexible Phase Association and Earthquake Location Method Using Adaptive Sobol Sampling #SRL ⚒️

A crucial step in creating an earthquake catalog is phase association. DoubleF can help with that.

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The iterative process of the DoubleF algorithm. The first five panels on the top row illustrate five iterations in the longitude–latitude plane, and next five panels on the bottom row show the corresponding convergence in the depth–time plane.
@seismosocam.bsky.socialSep 8, 2026, 3:00 AM

Regional catalogs vary in terms of spatial resolution, completeness, and time coverage. New work in #SRL presents a workflow to construct a unified earthquake catalog for continental Chile. ⚒️

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Flow diagram illustrating the two‐stage classification of earthquake type for events between 15° and 44° S.
@seismosocam.bsky.socialSep 8, 2026, 2:00 AM

In a new #SRL paper, scientists determine focal mechanisms for earthquakes between magnitudes 2.0 and 4.6 in a high-resolution seismic catalog of the Copiapo segment of Chile’s subduction zone. ⚒️

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Ternary diagrams (Kaverina triangles) showing the classification of focal mechanisms for each of the zones defined within the oceanic plate in this study.
@seismosocam.bsky.socialSep 7, 2026, 9:00 PM

In a new #SRL paper, scientists applied two ambient noise-based methods to explore the shallow crust of China’s Dongguan basin. ⚒️

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Fitted relationship between Quaternary unconsolidated sediment thickness and resonance frequency.
@seismosocam.bsky.socialSep 6, 2026, 3:00 PM

On‐Site Comparison Calibration of Broadband Seismometers with Temperature Correction #SRL ⚒️

How do you calibrate seismic sensors at the site of observation, instead of in a lab?

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Comparison calibration setup in the instrument room of the Nokogiriyama Observatory. SUT, seismometer under test.
@seismosocam.bsky.socialSep 6, 2026, 3:00 AM

🌟 OPEN ACCESS 🌟 New results in #SRL show that null detections of seismic rate changes are often the expected outcome of statistical constrains rather than evidence against underlying physical processes. ⚒️

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