Issues
Articles
Human‐Induced Earthquakes: The Performance of Questionnaire Schemes
A 1D Spring‐Slider Model with a Simple Poly‐Linear Failure Law Produces Rich Variations in Slip Behavior
A Method to Generate Initial Fault Stresses for Physics‐Based Ground‐Motion Prediction Consistent with Regional Seismicity
Simulation of Dynamic Rupture Process and Near‐Field Strong Ground Motion for the Wenchuan Earthquake
Hilbert–Huang Transform and Energy Rate Functions for Earthquake Source Characterization—A Study from the Japan Trench
Small Seismic Events in Oklahoma Detected and Located by Machine Learning–Based Models
Understanding Anthropogenic Fault Rupture in the Eagle Ford Region, South‐Central Texas
Behavior of Tidally Triggered Earthquakes Depends on Fluid Conditions
The Mechanisms of Tsunami Amplification and the Earthquake Source of the 2021 M 7 Acapulco, Mexico, Earthquake
Shape Dynamic Time Warping for Seismic Waveform Inversion
EPM–DCNN: Earthquake Prediction Models Using Deep Convolutional Neural Networks
The Geodetic Centroid (gCent) Catalog: Global Earthquake Monitoring with Satellite Imaging Geodesy
Gempa Nusantara: A Database of 7380 Macroseismic Observations for 1200 Historical Earthquakes in Indonesia from 1546 to 1950
Geostatistical Framework for Estimation of in Data‐Scarce Regions
A Data‐Driven Approach to Evaluate Site Amplification of Ground‐Motion Models Using Vector Proxies Derived from Horizontal‐to‐Vertical Spectral Ratios
Estimation of Site Terms in Ground‐Motion Models for California Using Horizontal‐to‐Vertical Spectral Ratios from Microtremor
Temporal Variation of the Spectral Decay Parameter Kappa Detected before and after the 2016 Main Earthquakes of Central Italy
Region‐ and Site‐Specific Measurements of Kappa () and Associated Variabilities for Iran
Construction of a Ground‐Motion Logic Tree through Host‐to‐Target Region Adjustments Applied to an Adaptable Ground‐Motion Prediction Model
Late Pleistocene Slip Rate and 3D Geometry of the Mid‐Channel Blind Thrust, Santa Barbara Channel, California, and Their Implications for Earthquake Hazards
Airborne LiDAR‐Based Mapping of Surface Ruptures and Coseismic Slip of the 1955 Zheduotang Earthquake on the Xianshuihe Fault, East Tibet
New Insights on Subsurface Geology and the San Andreas Fault at Loma Prieta, Central California
Explosion Discrimination Using Seismic Gradiometry and Spectrally Filtered Principal Components: Controlled Field Experiments
Errata
Erratum to Basin Amplification Effects in the Puget Lowland, Washington, from Strong‐Motion Recordings and 3D Simulations
Erratum to San Andreas Fault Earthquake Chronology and Lake Cahuilla History at Coachella, California
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Cover Image
Cover Image
A small river snakes its way through the local landscape, documenting geologic processes at work. This aerial view of the San Andreas Fault in the Carizzo Plain (California) illustrates localized long-term deformation and short-term erosion at the plate-boundary between the North American and Pacific plate. The linear trace of the San Andreas Fault is flanked by small hills (called pressure ridges) created by the fault’s movement over millions of years. The power of water even in small creeks creates these deflected river channels crossing the fault. Geoscientists use measurements of river bed offsets to infer fault motion. The article “New Insights on Subsurface Geology and the San Andreas Fault at Loma Prieta, Central California” (this issue) examines the deep geologic structure of the San Andreas Fault about 250 km north of the Carizzo Plain in context of the 1989 magnitude M 6.9 Loma Prieta earthquake.
Image credit: Kip Evans/Alamy Stock Photo
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