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89 T213. Advancing Earthquake Geology and Surficial Deformation from Geologic Provinces to Political Entities through Multidisciplinary High-Resolution Data


Session Chairs:
Shreya Arora, Tina Niemi, Paula Figueiredo, Mary Braza, Eduardo Francisco Guerrero, Lydia Staisch, Reed Burgette, Stephen Angster

Understanding earthquakes and surface deformation requires integrating geologic, geophysical, and remote sensing data. This session welcomes research using diverse methods—paleoseismology, LiDAR, structure-from-motion photogrammetry, geochronology, and analog modeling to refine fault behavior, rupture dynamics, segmentation, and recurrence from various tectonic settings.



Presentations

Paper No. Title Presenting Author Start Time End Time Item Duration (min) Action
Introduction of GSA President's Medal by Nathan Niemi, GSA President 08:00 AM 08:05 AM 5 min
89-1 President's Medal: Advancing Geoscience Research and Education with Open Topographic Data and Tools J. Ramon Arrowsmith 08:05 AM 08:25 AM 20 min View
89-2 Quantifying Off-Fault Deformation in Analog Models of Strike-Slip Systems Adam Cawood 08:25 AM 08:40 AM 15 min View
89-3 Assessing Segment Boundary Controls on Earthquake Rupture in the Eastern Precordillera, Argentina: New Paleoseismic Evidence from the Marquesado Fault Shreya Arora 08:40 AM 08:55 AM 15 min View
89-4 The Next Generation Liquefaction Database: Enhancing Global Earthquake Hazard Models through Collaborative Reconnaissance and Data Curation Kristin Ulmer 08:55 AM 09:10 AM 15 min View
89-5 Integrating Geologic, Geochronologic and Remote Sensing Data to Quantify the role of Active Faults on Surface Topography within the northern San Andreas Fault System Kimberly Blisniuk 09:10 AM 09:30 AM 20 min View
89-6 Quantifying Coseismic Deformation from the 1983 M6.9 Borah Peak, Idaho, Earthquake Using Topographic Differencing of Historical Aerial Imagery and Modern Lidar Chelsea Scott 09:30 AM 09:45 AM 15 min View
89-7 Fault Dynamics Understanding through Continuous GNSS and High-Resolution Interferometric Synthetic Aperture Radar Data Fusion Christine Downs 09:45 AM 10:00 AM 15 min View
89-8 Five Major Earthquakes from the Late Classic Maya Period to the 20th Century on the North America-Caribbean Plate Boundary in Guatemala Tina Niemi 10:00 AM 10:15 AM 15 min View
89-9 Quantitative assessment of stratigraphic correlation with pyCoreRelator: Application to turbidite paleoseismology in Cascadia Larry Syu-Heng Lai 10:15 AM 10:30 AM 15 min View
89-10 2025 QG&G Kirk Bryan Award: Refined Earthquake History at the Cascadia Subduction Zone Jason Padgett 10:30 AM 10:55 AM 25 min View
89-11 CRESCENT CFM: A 3-D Community Fault Model for the Cascadia Subduction Zone, Canada and USA Rebecca Fildes 10:55 AM 11:15 AM 20 min View
89-12 Geophysical Investigations of Quaternary Faulting Along the South Granite Mountains, Wyoming Francisco Gomez 11:15 AM 11:30 AM 15 min View
89-13 Ground motion in the library: exploring archival evidence of earthquake damage to library collections Zoe Dilles 11:30 AM 11:45 AM 15 min View
89-14 Revising the Holocene Paleoseismological History of the Teton Fault: Seismic and Core-Based Evidence for Two Earthquakes Younger than ~5 ka Ryan Thigpen 11:45 AM 12:00 PM 15 min View



Advancing Earthquake Geology and Surficial Deformation from Geologic Provinces to Political Entities through Multidisciplinary High-Resolution Data

Description


Date and Time: Monday, 20 Oct - 8:00 AM (Central Time (US & Canada))

Room: HBGCC, 217D

Session Type: Topical Sessions

Session Format: Oral


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