đ OPEN ACCESS đ Digitizer Suite: The Albuquerque Seismological Laboratory Digitizer Testing Suite #SRL âď¸
A Java software package provides several algorithms to verify the performance of digitizers.

đ OPEN ACCESS đ Digitizer Suite: The Albuquerque Seismological Laboratory Digitizer Testing Suite #SRL âď¸
A Java software package provides several algorithms to verify the performance of digitizers.
đ OPEN ACCESS đ What can we learn about the link between avalanches and meteorology? A new #SRL study looks to distributed acoustic data to address this question, and more. âď¸
In a new #SRL paper, scientists present an interactive visualization and processing tool based on the PyQt framework; the tool integrates classical seismic data processing workflows with functions specific to distributed acoustic sensing. âď¸
Whatâs the relationship between foreshocks and mainshock when it comes triggering? A new #SRL study looks at the 2022 Chihshang earthquake sequence to explore this question. âď¸
The Utah FORGE is an observatory for studying geothermal energy. A new #SRL study presents a distributed acoustic sensing dataset from Utah FORGEâs EGS stimulation operations in April of 2024. âď¸
đ OPEN ACCESS đ In a new #SRL paper, scientists use extensive numerical simulations to evaluate the feasibility of earthquake early warning at the Northeastern Italy Thrust Faults Observatory, also called NITRO. âď¸
TLâBiRNNâPick: An EndâtoâEnd Automated Microseismic Monitoring Framework for Underground Mines via Transfer Learning #SRL âď¸
Detecting small earthquakes can be difficult in mining environments. A new framework might help.
What could be better than PLUM? How about DATES? If youâre wondering what in the (seismology) world weâre talking about, check out this new #SRL paper about earthquake early warning! âď¸
In a new #SRL paper, scientists propose Transformer for Earthquake Alert with Distanceâawareness (TREAD)âa Transformerâbased regional earthquake early warning model that incorporates regressing distances from seismic stations to target locations where ground motion is predicted. âď¸
Foreshocks and Nucleation Process of the 2018 Ms 4.8 and 5.2 Chengduo Doublet, China #SRL âď¸
Scientists found that a combination of aseismic slip and cascading stress-triggering likely influenced this sequence.
3D dynamic rupture simulations provide insights into the rupture process along the Dingmucuo Fault of the Southern Tibetan rift system. Find out more, in #SRL âď¸
In a new #SRL paper, scientists deployed 309 short-period nodal seismometers across the middle segment of the Longriba fault zone from April to May of 2024. This zone marks the transition from eastward extrusion to the rigid Yangtze block. For findings, check out the paper. âď¸
AttnâLoc: Deep Learning for Microseismic Event Location via Transformer Encoder #SRL âď¸
Microseismic event location is important for seismic monitoring of hydraulic fracturing, geothermal development, geological CO2 storage, and mining activity. Attn-Loc could improve that task.
đ OPEN ACCESS đ In a new #SRL paper, scientists present the design, implementation and initial performance of a regional-scale distributed acoustic sensing monitoring network thatâs integrated within the operational framework of the OGS Seismological Research Center in NE Italy. âď¸
What are the potential advantages and limitations of using urban dark fiber distributed acoustic sensing for earthquake monitoring? A new #SRL paper explores this question with a DAS array and co-located broadband seismic array in Dallas, Texas. âď¸
đ OPEN ACCESS đ Tandem is an open-source volumetric software package that addresses challenges related to sequences of earthquake and aseismic slip. Find out more, in #SRL âď¸
Listening session started with Pup Keyoti on Skunk Radio Live skunkradiolive.com/go.php?sourc... #SRL #PupKeyoti @SkunkRadioLive
đ OPEN ACCESS đ In a new #SRL paper, scientists investigate the applicability of mHVSR at a regional scale by analyzing the structure of the Guadalquivir River sedimentary basin in southern Spain. âď¸
In a new #SRL paper, scientists use seismic data from five long-running stations with a recording period of 20 years or so to investigate Borneoâs layered anisotropic structure in the upper mantle. Their goal is to link anisotropy to past tectonic events. âď¸