Room: Exhibit Hall
Date: 5/2/2024
Session Time: 8:00 AM to 5:45 PM (local time)
Tsunami science has evolved significantly in the 60 years since the 1964 Great Alaska Earthquake. There have been important advances in tsunami source characterization, propagation and runup modeling, tsunami warning and forecasting and probabilistic tsunami hazard assessment. After the recent tsunami disasters of 2004 and 2011, tsunami science has encompassed new fields of research that include studies of survivability, resilience, loss estimates and recovery potential of coastal communities. Translating tsunami hazards into potential risk estimates, educating the public, counteracting disaster amnesia and preserving the memories of tsunamis for future generations are all important tasks that the tsunami community will be working on for decades.
We welcome both focused and multidisciplinary contributions to this session covering any of the following: analytical and numerical modeling of different tsunami generation mechanisms, including submarine and subaerial landslides, volcanic eruptions and air-pressure disturbances; mapping tsunami inundation and evacuation zones; paleotsunami studies; regional and local studies that deal with hazard, risk, vulnerabilities and exposure; tools and procedures for more efficient forecast and warning; studies of community preparedness and human behavior; and best practices in public education and outreach.
Conveners:
Dmitry Nicolsky, University of Alaska Fairbanks (djnicolsky@alaska.edu)
Anthony Picasso, Alaska Division of Homeland Security & Emergency Management (anthony.picasso@alaska.gov)
Barrett Salisbury, Alaska Division of Geological & Geophysical Surveys (barrett.salisbury@alaska.gov)
Elena Suleimani, University of Alaska Fairbanks (ensuleimani@alaska.edu)
Poster Presentations
| Participant Role | Details | Action |
|---|---|---|
| Submission | Estimation of the Tsunami Hazard for the Bering and Chukchi Seas Based on Numerical Modeling of Trans-Oceanic and Local Tsunamis | View |
| Submission | In Search of the Missing Tsunami: Is There a Tsunami Threat to Anchorage? | View |
| Submission | Constraining Offshore Coupling in the 1946 Tsunami Earthquake Rupture Area | View |
| Submission | Measuring and Forecasting the Background Open Ocean Tsunami Spectrum | View |
| Submission | Testing Crustal Fault Tsunami Sources in the Salish Sea: Comparing Modeled Inundation With the Geologic Record at Discovery Bay, WA | View |
| Submission | KOERI Activities in Tsunami Early Warning and Risk Mitigation System in the Eastern Mediterranean and Its Connected Seas | View |
| Submission | Efficient Forward Modelling of Tsunamis Using the Spectral-Element Method | View |
| Submission | Real Time Tsunami Run-Up Estimation From Real Time Finite Fault Models | View |
| Submission | WITHDRAWN Estimating Tsunami Vulnerability along Western Coast of India | View |
| Submission | Precise Point Positioning of Ships to Detect Tsunamis | View |
| Submission | WITHDRAWN The Role of Climate-Change Sea Level Rise Exacerbating California's Tsunami Hazards | View |
| Submission | Depth Variation in Megathrust Rupture Leads to Mature Tsunami Gap in Metropolitan Chile | View |
| Submission | Adding Tsunami Observations and Modeling to the USGS Finite Fault Modeling Procedure | View |
| Submission | The What, When and Whys of Alert Progression During Tsunamigenic Events: A Simple Generative Approach to Forecasting Decision Points and Developing Heuristics | View |
Six Decades of Tsunami Science: From the Source of the 1964 Tsunami to Modern Community Preparedness [Poster Session]
Description