SEISMIC ZONATION

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SEISMIC ZONATION

• USING TECHNOLOGY TRANSFER TO CREATE AND IMPLEMENT
  
• A GLOBAL ENDEAVOR
• SIMULTANEOUSLY WITH RECONSTRUCTION IN
• SICHUAN PROVINCE, CHINA

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Learning How to Live With Earthquake Risk On A
Global Scale

• SEISMIC ZONATION ON MULTIPLE REGIONAL SCALES
  WILL PROVIDE A POLICY TOOL FOR MULTIPLE URBAN
  AREAS TO MOVE TOWARDS EARTHQUAKE RESILIENCE

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GOAL APPLYING THE GLOBAL BOOK OF KNOWLEDGE
TO MOVE TOWARDS GLOBAL EARTHQUAKE RESILIENCE

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BOOK OF KNOWLEDGE -
Perspectives On Science, Policy, And Change
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COLLABORATION AND TECHNOLOGY TRANSFER WILL
INCREASE GLOBAL CAPACITY FOR LIVING WITH RISK
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COLLABORATION
GLOBAL EARTHQUAKE RESILIENCE
FUNCTIONAL NETWORKING CHANNELS
INFORMATION NETWORKING CHANNELS
REGIONAL DISASTER INFORMATION SYSTEMS
ORGANIZATION NETWORKING CHANNELS
PRIVATE SECTOR
PUBLIC SECTOR
COMMUNITY
STAKEHOLDERS
ACADEMIA
Stratec Consulting
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IT CAN BE DONE!

• GLOBAL TECHNOLOGY TRANSFER
• REGIONAL INFORMATION SYSTEMS

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ELEMENTS OF SUCCESS

• 1) LEADERS WITH A VISION OF SUSTAINABLE
  DEVELOPMENT AND A COMMITMENT TO LONG-TERM
  REGIONAL AND GLOBAL COLLABORATION.

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IT CAN BE DONE!

• IMPLEMENTATIONOF EXISTING AND EMERGING
  TECHNOOGIES

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ELEMENTS OF SUCCESS

• 2) PROFESSIONALS WHO WILL TRANSFER OWNERSHIP OF
  EXISTING KNOWLEDGE, EXISTING TECHNOLOGY, AND BEST
  PRACTICES.

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OPTIONS FOR REDUCING URBAN VULNERABILITY

• APPLICATIONS ON URBAN SCALES
• SEISMIC ZONATION
• MITIGATION
• PREPAREDNESS
• BEST PRACTICES
• EMERGENCY RESPONSE
• RECOVERY/RECON-STRUCTION

TECHNOLOGY BASE
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IT CAN BE DONE!

• GLOBAL EARTHQUAKE RESILIENCE
• REGIONAL EARTHQUAKE RESILIENCE

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IT CAN BE DONE!

• REGIONAL SUSTAINABLE DEVELOPMENT
• URBAN SUSTAINABLE DEVELOPMENT

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STRATEGIC PLANNING ENHANCES COLLABORATION
W3 MODEL FOR STRATEGIC PLANNING
WHAT DO WE WANT?
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ELEMENTS OF SUCCESS

• 3) PROFESSIONALS ABLE TO THINK STRATEGICALLY AND
  BUILD TECHNICAL AND POLITICAL CAPACITY FOR
  REDUCING PHYSICAL, SOCIAL, AND ENTERPRISE
  VULNERABILITIES

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TECHNOLOGIES FOR REDUCING URBAN VULNERABILITIES

• MONIITORING TECHNOLOGIES (E.G., GLOBAL EARTH
  OBSERVING SYSTEM)

• SATELITES AND REMOTE SENSING TECHNOLOGY
• INFORMATION TECHNOLOGY (E.G., COMPUTERS, GIS)

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TECHNOLOGIES FOR REDUCING URBAN VULNERABILITIES

• TECHNOLOGY FOR HAZARD ASSESSMENT
• TECHNOLOGY FOR ASSESSING PHYSICAL
  VULNERABILITIES

• TECHNOLOGY FOR RISK ASSESSMENT

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TECHNOLOGIES FOR REDUCING URBAN VULNERABILITIES

• DATABASES FOR EXPERT SYSTEMS
• CASE HISTORIES

• BEST PRACTICES

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TECHNOLOGIES FOR REDUCING URBAN VULNERABILITIES

• ADVANCED MATERIALS
• AUTOMATED CONSTRUCTION TECHNIQUES
• COMPUTER-AIDED DESIGN

• ACTIVE AND PASSIVE ENERGY DISSIPATION DEVICES
• PERFORMANCE BASED DESIGN

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IT CAN BE DONE!

• TOWARDS INCREASED DISASTER RESILIENCE IN
  EVERY COMMUNITY AND REGION OF THE WORLD

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LIVING WITH RISK
SUCCESS
DEMANDS ON COMMUNITY
CAPABILITIES OF COMMUNITY
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LIVING WITH RISK
FAILURE
DECREASED CAPABILITIES OF COMMUNITY
INCREASED DEMANDS ON COMMUNITY