The Science of Slow Earthquakes from Multi-Disciplinary Perspectives [Poster]
Date: 4/24/2019
Time: 6:00 PM to 11:00 PM
Room: Grand Ballroom
Recognition of slow earthquake phenomena originated in Cascadia and Japan. Since the discovery of slow earthquakes, their study has continued to advance rapidly. Discussion in this joint session with Seismological Society of Japan (SSJ) is proposed to advance understanding of the phenomena not only in these two zones, but in many subduction zones around the Pacific Ocean, as well as other tectonic settings. The proximity of slow slip phenomena in subduction zones to great megathrust earthquakes highlights the importance of this topic for seismic hazard.
The goal of the session is to bring together research on slow earthquake phenomena that uses a variety of tools from seismology, geodesy, numerical modeling and laboratory studies, for various tectonic settings and spatial and temporal scales.
This session is jointly organized by the Seismological Society of Japan and SSA.
Conveners
Kazushige Obara, University of Tokyo (obara@eri.u-tokyo.ac.jp)
Kenneth C. Creager, University of Washington (kcc@uw.edu)
Heidi Houston, University of Southern California (heidi.houston@gmail.com)
Takanori Matsuzawa, NIED: National Research Institute for Earth Science and Disaster Resilience (tkmatsu@bosai.go.jp)
Poster Presentations
| Participant Role | Details | Action |
|---|---|---|
| Submission | Quantitative Relationship Between Aseismic Slip Propagation Speed and Frictional Properties | View |
| Submission | Stress Regime of the Nankai Trough Megathrust: A Stress Analysis Incorporating Geodetic and Seismic Fault Slip | View |
| Submission | Numerical Modeling of Long- and Shallow Slow Slip Events Including Shallow Region in Hyuganada and Western Nankai, Japan | View |
| Submission | Seafloor Borehole Observation Network in the Nankai to Observe Slow Slip Events and Slow Earthquakes | View |
| Submission | Variable Slow Slip Speeds at Sub-Daily Timescales: Constraints From High-Rate GPS Records | View |
| Submission | Long-Range Dependence in Low-Frequency Earthquakes Catalogs? | View |
| Submission | High-Resolution Imaging of Slow Earthquake Source Processes Resulting From the Cholame Dense Array Experiment | View |
| Submission | Earthquake Swarms and Slow Slip on a Sliver Fault in the Mexican Subduction Zone | View |
| Submission | Slow Slip and Potential Earthquake Triggering Near Guerrero, Mexico From Geodetic Remote Sensing | View |
| Submission | Using Earthquake Focal Mechanisms to Investigate Slow Slip Driving Forces in the Northern Hikurangi | View |
| Submission | Uncovering the Physical Controls of Slow Slip Events Using Machine Learning | View |
The Science of Slow Earthquakes from Multi-Disciplinary Perspectives [Poster]
Description