ITIC Training Programme— - Hawaii (ITP-HAWAII in CHILE) on Tsunami Early Warning Systems and the PTWC Enhanced Products
ITP-HAWAII in CHILE
Training Course
01 - 10 August 2018
Servicio Hidrográfico y Oceanográfico de la Armada
Errazuriz 254
Valparaíso
Chile
Organiser(s) & Staff
Participation
By invitation only.
The ITIC Training Program on Tsunami Early Warning and Mitigation Systems has focused since 2005 on improving operating procedures for tsunami warning and emergency response as essential for successful tsunami warning. While infrequent, tsunamis can be extremely deadly because of their quick onset and immediate impact in minutes. In order to warn quickly and have the public evacuate when necessary, agencies must pre-plan and have protocols and procedures which are well-known to every stakeholder and to the public, and which are well-exercised and practiced. Communities must know their hazard and risk, and prepare in advance, so that every person can recognize the tsunami danger and know what to do to save their lives. Week one will focus on earthquake seismology and tsunami hazard assessment for planning and warning decision-making. Week two will focus on the end-to-end tsunami warning and emergency response chain, focusing on the importance of Standard Operating Procedures (SOPs) for enabling consistent and rapid tsunami warning and response, and using Chile as a working example. SOP development is a dynamic process, and each event is unique in its generation and impact, and so also in its response. In every event, we learn a little more about the science of tsunamis and how to better mitigate against their impact. Training activities will include warning decision-making, use of decision-support tools, evacuation planning, public awareness, drills, a field trip to understand tsunami deposits, and site visits to agencies involved in response. Emphasis will also be placed on building community preparedness, especially for local tsunamis, through Tsunami Ready programs.
[View an annotated printable version of this agenda]
- 1.1 - Welcome and Introductions
- 1.2 - Programme Logistics – Building, Local Transportation, Coffee/Tea/Lunch Breaks, Internet/Phone/Fax, etc
- 1.3 - Course Overview, Manual, Materials, including Awareness and TW Tools
1.3_CourseOverview_Kong.pdf - 1.4 - UNESCO IOC Global Tsunami System, ICGs; Roles of Tsunami National Contacts, Regional Tsunami Service Providers and Tsunami Information Centers, Tsunami Warning Focal Points, National Tsunami Warning Centers
1.4_UNESCO-IOC-GlobalSystem_McCreery.pdf - 1.5 - ICG/PTWS-XXVII and ICG/CARIBE-EWS-XII actions
1.5_ICG PTWS-XXVII and ICG CARIBE-EWS-XIII actions_Aliaga.pdf - 1.6 - End-to-end Tsunami Warning – Stakeholder and their needs, Roles and Responsibilities, Standard Operating Procedures, and their linkages
1.6_RespondRapidlyEffectively_Kong_may18.pdf - 1.7 - Chile example: ChileTsunami Warning and Mitigation System,Lessons learned from 2010, 2011, 2014 and 2015 tsunamis
1.7_PPT_SHOA_30_JULIO_2018_LECCIONES APRENDIDAS_Carrasco.pdf - 2.1 - What tsunami science you need to know to warn for and respond to tsunami warnings? Tsunami generation, propagation, and inundation - what, how, when, impact, damage, and mitigating impact
2.1_TsunamiScience_ONE_Okal.pdf - 2.2 - What earthquake science you need to know to warn for and respond to tsunami warnings? Earthquake Seismology - what, how, when, and damage earthquake causes, etc
2.2_EQscience_TWO_Okal.pdf - 2.3 - Lessons Learned from Past Tsunamis
2.3.1_Japan2011_Kong.pdf - 2.4 - Role of Post-Tsunami Surveys in Tsunami Mitigation. Post-Tsunami Survey Field Guide
2.4_ITIC - Trabajos de Campo Post Tsunami 02_Zelaya_Jorquera.pdf - 3.1 - Tsunami Warning Center Overview: What do Tsunami Warning Centers (TWCs) do? What do TWCs provide to Tsunami Emergency Response (TER) agencies? Challenges in Detection and Tsunami Threat Assessment
3.1_What_TWCs_Provide_to_TERs-McCreery.pdf - 3.2 - TWC Operations: Real-time Earthquake Detection and Fast Source Characterization, Methods and Limitations: Locating Earthquakes (seismometers, seismic stations, sparse networks and hypocentral bias, etc)
3.2_RTEQ_loc_focmech_FOUR_Okal.pdf - 3.3 - TWC Operations: Real-time Earthquake Detection and Fast Source Characterization, Methods and Limitations: Estimating Magnitudes (macroscopic intensity and instrumental)
3.3-3.4_RTEQ_Magnitude-Wphase_FIVE_Okal.pdf - 3.4 - TWC Operations: Real-time Earthquake Detection and Fast Source Characterization, Methods and Limitations: Determine Fault Mechanisms (Double-couple 1st motions to W-Phase Centroid Moment Tensors)
3.3-3.4_RTEQ_Magnitude-Wphase_FIVE_Okal.pdf - 3.5 - TWC Operations: Real-time Earthquake Detection and Fast Source Characterization, Methods and Limitations: Identifying Slow Earthquakes, Landslide-generated tsunamis
3.5_RTEQ_SlowEQ_SIX_Okal.pdf - 3.6 - Improving Tsunami Warning - Emerging Techniques and Technologies: Earthquake Finite Fault Modeling, PTWC real-time GNSS/GPS detection of co-seismic deformation
- 3.7 - Improving Tsunami Warning - Emerging Techniques and Technologies: Forecasting the most destructive wave(s), ITU/WMO/IOC SMART Cables for Observing the Ocean
3.7_SEQUENCING of TSUNAMI WAVES_Okal.pdf - 4.1 - Group 1: Country Presentations (15 min each, 4 countries/session, alphabetical order)
4.1.1_BVI_Chile Presentation SSVL.pdf
4.1.2_China_ITP_2018(Tsunami warning).pdf
4.1.3_Colombia_ITP-Chile_SNDAT_COLvF.pdf
4.1.4_CostaRica_SINAMOT_COSTARICA.pdf - 4.2 - Group 2: Country Presentations (15 min each) - 4 countries
4.2.1_Fiji 2018 ITIC Training Programme-Chile.pdf
4.2.2_Germany_ITIC_2018_sven.pdf - 4.3 - Group 3: Country Presentations (15 min each) - 3 countries
4.3.1_GUATEMALA_C.pdf
4.3.2_Italy_Chile_008.pdf
4.3.3_Nauru_Chile ppts_1Aug18.pdf - 4.4 - Group 4: Country Presentations (15 min each) - 3 countries
4.4.1_Nicaragua_Presentacion FJGMatus.pdf
4.4.2_Tonga.pdf - 5.1 - Group 1: Chile SNAM TWC operations drill (45 min), Return to hotel
- 5.2 - Group 2: Chile SNAM TWC operations drill (45 min), Return to hotel
- 5.3 - Group 3: Chile SNAM TWC operations drill (45 min), Return to hotel
- 5.4 - Group 4: Chile SNAM TWC operations drill (45 min), Return to hotel
- 6.1 - Global Historical Tsunami Hazards - Pacific, Caribbean, Mediterranean, Indian Ocean; Probabilistic Tsunami Hazard
6.1_GlobalHistoricalTsunamiHazard_ITP-SHOA2018_JG.pdf - 6.2 - IOC Regional Efforts on Tsunami Seismic Sources - Caribbean, Central America, South China Sea meeting outcomes, and upcoming plans for Southwest Pacific, Colombia and Ecuado
6.2_South China Sea Scientific Experts Meeting_NARAG.pdf - 6.3 - Tsunami Preparedness and Risk Assessment - Methods, Techniques
6.3_Tsunami Preparedness and Risk Assessment_Methods Techniques_5 Pasos Simples__Marzo 2018_Aliaga.pdf - 6.4 - Use of Tsunami modeling for hazard and risk assessment - overview
6.4_TsunamiRiskAssessment_Modeling_Kong.pdf - 6.5 - Tsunami Risk Assessment: Modeling and Mapping of Tsunami Inundation - Chile example
6.5_ITP_Inundatuion maps_Zelaya.pdf - 6.6 - Closing remarks: Moving forward and getting wiser - Science, engineering and education working together to save lives
6.6_MovingForward_LAST_Okal.pdf - 7.1 - Tsunami Emergency Response Overview: What do TER agencies provide to the Public? Challenges in Alerting, Evacuation, Safe-to-Return (All-Clear), and Preparedness
7.1_What do TERs do with TWC information_Moreno_Zuniga.pdf - 7.2 - Communication technologies for the transmission of tsunami warnings to local governments and communities – robustness, reliability, redundancy criteria for emergency communications, 'Downstream' Communications Process
7.2_Comms_Technologies 3Rs_Aliaga.pdf - 8.1 - Site 1: Campiche - Methods and Role of Paleoseismology and Tsunami Deposits in Tsunami Hazard Assessment
8.1_Guia terreno Curso ITIC-SHOA-2018.pdf - 8.2 - Site 2: Quintero Bay - Tsunami Hard Countermeasures, Liquefied Natural Gas Quintero Terminal
- 8.3 - Site 3: Quintero Bay Tsunami Response Plan
- 9 - PTWC Enhnaced Products all
9_PTWC_EnhancedProducts_all.pdf - 9.1 - SOPs and Checklists: TWC Templates and examples for Distant, Regional, and Local Tsunamis: Monitoring, Detection and Evaluation, Communications, Message Dissemination
9.1_NTWC_SOPs_Kong.pdf - 9.2 - Pacific Tsunami Warning Center: Crisis Event SOPs: Earthquake and Sea Level Monitoring (Data networks and acquisition, quality-control/health status), Earthquake Analysis Methods, Threat Analysis, Forecasting, Products, Dissemination; Routine Operations SOPs: Quality Control and redundancy, contingency and backup
9.2_PTWC_Summary_NewProducts_ jul17_gen.pdf - 9.4 - NTWC and TER Guidance on how to use PTWC New Enhanced Products for National Warnings and Evacuation - Land and Marine Threats and Public Safety: Flow Charts, Criteria Tables, Timeline-driven SOPs, Message Templates
9.4_SOPGuidance_PTWSEnhancedProducts_LandMarineThreat_Kong.pdf - 9.5 - PTWC Operations: Travel Time and Wave Amplitude Forecasting – Methods (ATFM, SIFT, RIFT), Limitations, Uncertainty, Sensitivity Studies (Location, Depth, Magnitude)
9.5_travel_time_and_wave_forecasting_sensitivity_limitations_ptwc_wang_mccreery.pdf - 9.6 - Learning Activities (Groups 1 and 2 switch after 90 min)
9.6_presentación_ITP.pdf - 10.1 - VISIT CHILE NATIONAL EMERGENCY MANAGEMENT AGENCY (ONEMI)
10.1_ONEMI - Preventinve Evacuation.pdf - 10.2 - VISIT CHILE NATIONAL SEISMIC MONITORING CENTER (CSN)
10.2_ITP-ITIC-Barrientos.pdf - 11.1 - SOPs and Checklists: Case Studies (New Zealand, Japan Wakayama, US California and Hawaii)
11.1 TER_SOP_Overview_Aliaga_ITP Chile 2018.pdf
11.1a_TER_Wakayama_SOP_highlight_Kong.pdf - 11.2 - HOMEWORK - Learning Activity: Improving Response – Tsunami Warning Chain for Local Scenario - What Happens When
11.2_Learning Activity_ChronoTsuAct_McCreery_Zuniga.pdf - 11.3 - Catalan ITP Vertical Evacuation
11.3_CatalanITP-VerticalEvacuation.pdf - 11.4 - Mitigation: Ports and Harbors, and Marine Sector Readines
11.4_MarinePreparedness_Kong.pdf - 11.5 - Role of Ministry of Education in Tsunami Mitigation - Chile example
11.5_Education_PPT SHOA URRD 06.08.2018.pdf - 11.6 - Implementing Tsunami Ready (TR) programs to recognize community readiness - Pacific and Caribbean guidelines; Tsunami Evacuation Maps, Plans, and Procedures (TEMPP)
11.6_I-TR_20180808_Kong.pdf - 11.7.1.TER - TR PREP-1: Making Community-based Evacuation Maps, Routes, and Signage - guidance
11.7.1 TER Introduction to Tsunami Evacuation Map AMK-TEMPP-2.pdf - 11.7.1.TWC - Seismology: 1. Discriminating source characteristics from seismograms (shallow, deep, slow, great earthquakes) - 2. Stress, Strain, and Double-couple focal Mechanisms (if not covered by Emile Okal) - 3. Calculating W-phase CMTs. What is CMT, What is a W-phase, How are inversions done
11.7.1 TWC_W-phase_PuertoRicoExp.pdf - 11.8.1.TER1 - Create Community Evacuation Map - paper and pencil - Valparaiso, Chile example
11.8.1 TER 1 Un trabajo de equipo.pdf
11.8.1 TER 1_ Actividad_Haciendo el mapa de evacuacion con lapiz y papel.pdf - 11.8.1.TER2 - Create Community Evacuation Map, including routes, signage - electronic using QGIS geospatial software - step-by-step instructions
11.8.1 TER 2_Finalizing_Evacuation_Map.pdf
11.8.1 TER 2_QGIS_Exercise_TEMPP2.pdf
11.8.1 TER 2_TEMPP3_CedenoEvacMap_TWchecklist.pdf - 11.8.1.TER3 - Create Community Evacuation Map, including routes, signage - QGIS; Valparaiso, Chile example
11.8.1 TER 3_Mapa Evacuacion_Baron Bellavista Valparaiso.pdf
11.8.1 TER 3_Mapa Evacuacion_Coquimbo.pdf
11.8.1 TER 3_Mapa Evacuacion_Herradura.pdf
11.8.1 TER 3_Mapa Evacuacion_Viña del Mar.pdf - 11.8.1.TWC - Tsunami Monitoring Instrumentation: 1. Coastal sea level stations - 2. DART deep-ocean systems - 3. Methods of Data Transmission
11.8.1 TWC_Monitoreo Nivel Mar 2018.pdf - 11.9 - TR RESP-1 and PREP-4: Making Community Response Plans and Conducting Drills - guidance and templates
11.9_TR RESP-1 and PREP-4 Making Community Response Plans and Conducting Drills - guidance and templates.pdf - 11.10 - Public Awareness and Community Preparedness - Strategies and Examples, incl Chile example
11.10_PublicAwareness_MLagos_ITP_2018.pdf - 11.11 - TR PREP-2: Creating Public Awareness poster, including evacuation
11.11_S4-08 Public Information Materials_Kodijat_Kong.pdf - 11.12 - Country Sharing: Creating Public Awareness poster
- 11.13 - Catch up or Roles of Media and Social Media in Warning: Case Studies (Japan, Chile)
- 12.1 - Tsunami Exercises
12.1_TsunamiDrill_Martinez_Zuniga.pdf - 12.2 - Exercise Chile Wave 2018 (ECW-18) Tsunami Exercise, Decision-making using PTWC Enhanced Products - Introduction, Format, Conduct
12.2_ECW-18_McCreery_Zuniga.pdf - 12.3 - ECW-18 Tsunami Exercise Preparation - 'Country' TWC / TER SOPs, Criteria Tables, Response Plans, Alerting, Media, Cancellation, etc
12.3_ECW-18_LastInstruction_McCreery_Zuniga.pdf - 12.4 - ECW-18 Tsunami Exercise - setup and last instruction
12.4_ECW-18_Actions_Chile.pdf - 12.5 - ECW-18 Tsunami Exercise - Decision-making using PTWC Enhanced Products - Local Scenario
12.5_ECW18_ExerciseInstructions_withBreakoutGroups.pdf - 12.6 - ECW-18 Tsunami Exercise Hotwash - simulated 'Press Conference
- 13.1 - 2018 PTWS Calendar: Action Items and Priorities
- 13.2 - Summary Discussion (Way Forward, Next Steps, Gaps, Needs) - PTWC New Products, SOPs, Preparedness
- 13.3 - ITP-Hawaii in Chile 2018 Logistics wrap-up
- 14 - Presentation of Certificates and Closing Ceremon
There are 47 participants associated with ITIC Training Programme— - Hawaii (ITP-HAWAII in CHILE) on Tsunami Early Warning Systems and the PTWC Enhanced Products .
Name | Country |
---|---|
ALIAGA ROSSEL Bernardo | France |
BARRIENTOS Sergio | Chile |
CARRASCO Patricio | Chile |
CISTERNAS Marco | Chile |
KONG Laura | United States of America |
LAGOS Marcelo | Chile |
MCCREERY Charles | United States of America |
MORENO LÓPEZ Felipe | Chile |
OKAL Emile | United States of America |
RIQUELME SEBASTIAN | Chile |
ZELAYA GÓMEZ MARÍA CECILIA | Chile |
ZUNIGA Carlos | Chile |
Participant Stats:
Total Invited: 47
Confirmed: 47
Not confirmed: 0
Unapproved: 0
Not-participating: 0
Rejected: 0
Label(s): no labels
Created at 13:00 on 03 May 2018 by Bernardo Aliaga Rossel
Last Updated at 09:21 on 05 Jul 2023 by Sofie de Baenst