EVENT - Beta
MAIN ORGANIZER(S): Asian Disaster Preparedness Center
Type: Training Course Date: 25 Jun - 06 Jul 2012 Location: Thailand (Bangkok)
Earthquake vulnerability is rapidly increasing worldwide, especially in developing countries. The rapid urbanization, lack of proper planning, constraint of resources to response, absence of vulnerability reduction measures, poor enforcement of existing measures, and most importantly lack of awareness of the community are the main reasons for increasing this vulnerability. The need to combat the resultant colossal destruction of earthquake has been at the forefront concern of vulnerable nations.
An earthquake is a natural event and its risk cannot be completely eliminated. However, the destruction of earthquake can be minimized largely by comprehensive earthquake preparedness and mitigation strategies. The earthquakes in Haiti and Chile provide a good comparative example. Given the fact that both countries sit atop of large active faults, in the first quarter of 2010, Haiti faced a major earthquake of 7.0 magnitude which resulted to about 230,000 deaths, while Chile which was hit with even more severe quake of 8.8 magnitude had only 486 deaths. This incomparable difference between the two countries’ causalities comes from the implementation of comprehensive earthquake preparedness and mitigation strategies.
The Earthquake Vulnerability Reduction Course (EVRC) has been designed to achieve the goal of supporting the creation of earthquake resilient society. With rich experiences in providing similar training courses on natural disaster risk reduction at international level, ADPC provides a model training experience in this course by integrating study materials, audio visual tools, and interactive learning strategies, while bringing together earthquake preparedness and mitigation experience from severely affected countries around the world.
- Relationship between rapid unstable development and earthquake vulnerability
- Hands-on practices on diagnostic tools and techniques for earthquake hazard, vulnerability and risk assessment
- Effective strategies for earthquake vulnerability reduction and resistance
- Multi-sectoral partnership for implementing comprehensive earthquake vulnerability reduction strategies
- Capacity building on earthquake preparedness & response functions, and planning &recovery for sustainable development
By completing the course, the EVRC participants will learn how to
- Develop organized approaches for understanding earthquake riskand its impacts
- Measure the extent of earthquake vulnerability, and assess the capacity to response
- Formulate and apply appropriate strategies for comprehensive earthquake vulnerability and risk reduction
- Prepare for earthquake emergencies for efficient earthquake vulnerability reduction
- Integrate earthquake risk management strategies with recovery and rehabilitation plans and programs
EVRC offers a comprehensive approach to the development of earthquake vulnerability and risk reduction strategies, which enables an outlook of earthquake situation, and addresses required measures for preparedness and planning to response. The course brings out theoretical knowledge, state-of-art practices, as well as successes and failures of global earthquake risk management experience. The course is divided into four modules with key topics as following:
Module 1: Principles of Earthquake Risk Reduction
- Linkages between urbanization and earthquake risk at national, regional and global level
- Earthquake and collateral hazards
- Basic concepts and operational terminologies in earthquake risk reduction
- Understanding the disaster risk management process
Module 2: Tools and Techniques of Earthquake Risk Assessment
- Geological mechanism of earthquake
- Process of earthquake hazard assessment and micro-zoning
- Assessment of earthquake vulnerability with respect to building and lifelines
- Understanding the social and economic vulnerability to earthquake
- Tools for rapid earthquake risk assessment
- Earthquake damage assessment and loss estimation using HAZUS
Module 3: Earthquake Vulnerability and Risk Reduction Strategies
- Concepts of earthquake risk reduction
- Approaches for non-structural earthquake risk mitigation
- Economics of earthquake vulnerability reduction
- Institutional setup/policy framework for earthquake vulnerability reduction
Module 4: Planning for Earthquake Risk Reduction
- Damage and need assessment during earthquake disaster event
- Search and rescue operations and developing response mechanism
- Incident command system
- Mass casualty management
- Contingency planning for earthquake risk management
- City level action planning for earthquake safety
- Planning for seismic safety at community and household level
- Earthquake vulnerability reduction planning and project implementation
- Capacity building for empowering various stakeholders
- Planning for reconstruction and recovery
- Resource management and response planning
EVRC will be facilitated by internationally experienced practitioners and experts from ADPC and other partner organizations.
All teaching and reference materials are in English.Participants must be fully conversant in English.
Event website: http://www.adpc.net/2011/gateway.asp?frame=Aha&DocID=220
This course is particularly useful for those concerned with earthquake vulnerability reduction upon the development context. It is open to all countries. Participation by decision makers, elected and appointed national and local administrators, development and planning authorities, as well as officials in urban planning, housing, public works, and related sectors. is especially encouraged. The course is of a certain benefits to private real estate land developers, personnel from emergency response agencies, and officials from UN, NGOs, and other international agencies working on disaster risk reduction and mitigation.
The class size is limited to 25 persons. ADPC accepts nomination on a “first come, first served” basis provided the applicant meets the course requirement.
Short URL: http://www.preventionweb.net/go/25015