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Rapid Earthquake Loss Assessment After Damaging Earthquakes

Erdik, Mustafa / Şeşetyan, K. / Demircioğlu, M. B. / Zülfikar, C. / Hancılar, U. / Tüzün, C. / Harmandar, E.

This article summarizes the work done over last decades regarding the development of new approaches and setting up of new applications for earthquake rapid response systems that function to estimate earthquake losses in quasi real time after an earthquake. After a critical discussion of relevant earthquake loss estimation methodologies, the essential features and the characteristics of the available loss estimation software are summarized. Currently operating near real time loss estimation tools can be classified under two main categories depending on the size of area they cover: Global and Local Systems. For the global or regional near real time loss estimation systems: GDACS, WAPMERR, PAGER, ELER and SELENA methodologies are. Examples are provided for the local rapid earthquake loss estimation systems including: Taiwan Earthquake Rapid Reporting System, Real-time Earthquake Assessment Disaster System in Yokohama, Real Time Earthquake Disaster Mitigation System of the Tokyo Gas Co., IGDAS Earthquake Protection System and Istanbul Earthquake Rapid Response System.

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Rapid Earthquake Loss Assessment After Damaging Earthquakes

Erdik, Mustafa / Şeşetyan, K. / Demircioğlu, M. B. / Zülfikar, C. / Hancılar, U. / Tüzün, C. / Harmandar, E.

This article summarizes the work done over last decades regarding the development of new approaches and setting up of new applications for earthquake rapid response systems that function to estimate earthquake losses in quasi real time after an earthquake. After a critical discussion of relevant earthquake loss estimation methodologies, the essential features and the characteristics of the available loss estimation software are summarized. Currently operating near real time loss estimation tools can be classified under two main categories depending on the size of area they cover: Global and Local Systems. For the global or regional near real time loss estimation systems: GDACS, WAPMERR, PAGER, ELER and SELENA methodologies are. Examples are provided for the local rapid earthquake loss estimation systems including: Taiwan Earthquake Rapid Reporting System, Real-time Earthquake Assessment Disaster System in Yokohama, Real Time Earthquake Disaster Mitigation System of the Tokyo Gas Co., IGDAS Earthquake Protection System and Istanbul Earthquake Rapid Response System.

Rapid Earthquake Loss Assessment After Damaging Earthquakes

Erdik, Mustafa / Şeşetyan, K. / Demircioğlu, M. B. / Zülfikar, C. / Hancılar, U. / Tüzün, C. / Harmandar, E.

This article summarizes the work done over last decades regarding the development of new approaches and setting up of new applications for earthquake rapid response systems that function to estimate earthquake losses in quasi real time after an earthquake. After a critical discussion of relevant earthquake loss estimation methodologies, the essential features and the characteristics of the available loss estimation software are summarized. Currently operating near real time loss estimation tools can be classified under two main categories depending on the size of area they cover: Global and Local Systems. For the global or regional near real time loss estimation systems: GDACS, WAPMERR, PAGER, ELER and SELENA methodologies are. Examples are provided for the local rapid earthquake loss estimation systems including: Taiwan Earthquake Rapid Reporting System, Real-time Earthquake Assessment Disaster System in Yokohama, Real Time Earthquake Disaster Mitigation System of the Tokyo Gas Co., IGDAS Earthquake Protection System and Istanbul Earthquake Rapid Response System.

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Title:

Rapid Earthquake Loss Assessment After Damaging Earthquakes

Additional title:

Geotechnical, Geological

Contributors:

Ansal, Atilla (editor) / Erdik, Mustafa (author) / Şeşetyan, K. (author) / Demircioğlu, M. B. (author) / Zülfikar, C. (author) / Hancılar, U. (author) / Tüzün, C. (author) / Harmandar, E. (author)

Published in:

Perspectives on European Earthquake Engineering and Seismology ; Chapter: 2 ; 53-95

Geotechnical, Geological and Earthquake Engineering ; 34

Publication date:

2014-07-12

Size:

43 pages

ISBN:

978-3-319-07118-3 , 978-3-319-07117-6

ISSN:

1872-4671 , 1573-6059

DOI:

https://doi.org/10.1007/978-3-319-07118-3_2

Type of media:

Article/Chapter (Book)

Type of material:

Electronic Resource

Language:

English

Keywords:

Ground Motion , Gross Domestic Product , Fragility Curve , Federal Emergency Management Agency , Building Damage Engineering , Civil Engineering , Natural Hazards , Geotechnical Engineering & Applied Earth Sciences , Earth and Environmental Science

Licence:

http://creativecommons.org/licenses/by-nc/2.5/

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