Nadi
Fiji
| 1 | Introductions and Course Overview |
| 1.4 | Opening, Building Tsunami Community Resilience, Earthquake Seismology |
| 2.1 | End-to-end Tsunami Early Warning and community preparedness: UNESCO IOC Tsunami Ready Pilot Programme - Guidelines and Steps |
| 2.2 | Preparing for Community Tsunami Evacuations: From Inundation to Evacuation Maps, Response Plans, and Exercises |
| 3.1 | Earthquake Seismology - Science |
| 3.2 | Earthquake Seismology - Tectonics, Hazards, Impacts |
| 3.3 | Pacific Ocean and Pacific Island Historical Seismicity and Tsunami Hazard Sources (far- and near-field) |
| 3.4 | Using TsuCAT to quick Tsunami Hazard Assessment |
| 3.5 | Tsunami Science 1, Modelling and Forecasting - Overview |
| 4 | Using Tsunami Modeling for Hazard Assessment, Earthquake Tsunami Sources |
| 4.1 | Using Modelling for Hazard Assessment: I. Introduction to ComMIT/MOST; Installation of software |
| 4.10 | Using ComMIT interface for Tsunami Modelling: Features, Model Parameters, Output |
| 4.11 | Using ComMIT for Inundation Modeling for Evacuaton: Selecting and running maximum credible earthquake scenarios |
| 4.12 | Using ComMIT: Exercise 3. Verifying the model with historical comparisons at gauge locations |
| 4.13 | Using ComMIT to Running Custom Propagation Sources |
| 4.14 | Using ComMIT: Exercise 4 – Running Custom Propagation Sources |
| 4.15 | Using ComMIT for Inundation Modeling for Evacuation: Selecting and running worst case scenarios |
| 4.16 | Guidelines for Establishing Tsunami Inundation Areas for regions not modelled or with low hazard |
| 4.2 | Using Modelling for Hazard Assessment: II. Introduction to ComMIT/MOST; Checking for successful software installation |
| 4.3 | Tsunami Science 2, Modelling and Forecasting; Summary of different models |
| 4.4 | Inundation Mapping Modelling Requirements: Earthquake Tsunami Sources, Parameterization |
| 4.5 | Using ComMIT: Exercise 1. Sample Hazard Assessment |
| 4.6 | Brief Presentation from each study group |
| 4.7 | Inundation Modelling Requirements: Ocean Bathymetry and Land Topography Digital Elevation Models (DEMs); Best practices for constructing DEMs |
| 4.8 | Inundation Modelling Requirements: Practical recommendations for improving coarse DEMS |
| 4.9 | Using ComMIT: Exercise 2 - Global DEM and Usersupplied grids |
| 5.1 | QGIS – Introduction, Installation, Brief Tutorial on how to use |
| 5.2 | Creating Composite Inundation Map from modeling runs using GIS Software: Importing ComMIT products into QGIS - Example |
| 5.3 | Tsunami Hazard Assessment Summary Finalizing Inundation Map – Guidelines for Map Publication (Standard Symbology, Colour, Legend, etc.) and official endorsement – Best Practices and Example |
| 5.4 | Making Inundation Map using GIS software - Exercise 5 |
| 5.5 | Hazard Assessment Products and Hazard Assessment Report - Best practice and example + Making Inundation Map using GIS software - Exercise 5 (cont'd) |
| 5.6 | Group Presentations – Final Inundation Map |
| 6 | Next Steps |
| 7 | Closing, Presentation of Certificates |