Earthquake Mitigation Planning Earthquakes Are Low Probability, Essay

PAGES
2
WORDS
583
Cite

Earthquake Mitigation Planning Earthquakes are low probability, high consequence events with devastating irreversible consequences. Moderate earthquakes and cause serious damages to buildings, non-structural building systems, serious injuries to human beings and disruption of operations, however major earthquakes can cause catastrophic damages which include among others structural collapse and an extensive massive destruction and loss of life (Philip Berke, et.al., 1989).

It is important therefore that everyone responsible for the safety of people and property should understand and evaluate the management of the risks particularly those that threaten the lives of civilians, government and other social institutions have a responsibility to the public to ensure that their safety is guaranteed. Natural hazard mitigation strategies can reduce the impact of hazard events in schools. The mitigation measures should be put in place and implemented by all stakeholders, which includes developing Relationships with emergency management services and the community members before Disasters come calling...

...

The following steps over an important insight on what should be done in a systematic manner they include: Hazard Identification and Analysis, School District Vulnerability Assessment, Mitigation Capabilities Assessment, Mitigation Strategy, Mitigation Action Plan and Implementation Program.
The hazard identification and analysis, gives an in-depth analysis of natural hazards present in the locality that can threaten human life and property, this includes historical data on hazards occurrences and profiles of hazards which have been documented. Geographic information systems technology which includes tabular and narrative description of community narratives are also good investigative tools to carry out the community vulnerability assessment, economic and demographic profiles also to geographically depict hazard vulnerability, the vulnerability assessment maps…

Sources Used in Documents:

References

Atsuhiro Dodo, Ningxiong Xu, Rachel A. Davidson & Linda K. Nozick, (2006). 13th World Conference On Earthquake Engineering. Optimizing the Selection of Regional Earthquake

Mitigation Strategies; Retrieved August 23, 2012 from Http://Www.Iitk.Ac.In/Nicee/Wcee/Article/13_269.Pdf

Philipberke, Timothy Beatleey & Suzanne Wilhite, ( 1989). International Journal Of Mass Emergemcieies And Disasters: Influence On Local Adoption Of Planning Measures For Earthquake Hazard Mitigation. Retrieved August 23, 2012 from http://Training.Fema.Gov/Emiweb/Downloads/Ijems/Articles/Influences%20on%20local%20adoption%20of%20planning%20measures%20for%20earthq.Pdf


Cite this Document:

"Earthquake Mitigation Planning Earthquakes Are Low Probability " (2012, August 24) Retrieved April 24, 2024, from
https://www.paperdue.com/essay/earthquake-mitigation-planning-earthquakes-81735

"Earthquake Mitigation Planning Earthquakes Are Low Probability " 24 August 2012. Web.24 April. 2024. <
https://www.paperdue.com/essay/earthquake-mitigation-planning-earthquakes-81735>

"Earthquake Mitigation Planning Earthquakes Are Low Probability ", 24 August 2012, Accessed.24 April. 2024,
https://www.paperdue.com/essay/earthquake-mitigation-planning-earthquakes-81735

Related Documents
Earthquake Risk Mitigation
PAGES 10 WORDS 3227

Earthquake Mitigation in Emergency Management Earthquake Risks and Hazards Earthquake Risk Mitigation Mandatory-structural Mitigation Nonstructural Mitigation This paper aims at analyzing the risk and hazards associated with earthquakes. In addition to that, it will also put light on the earthquake risk mitigation strategies that are used by various organizations. Apart from that, the paper will also propose strategies that would further enhance the earthquake mitigation practices of public and private institutions. Earthquake mitigation in Emergency Management An

Japanese Earthquake Impact and Lessons Learned from the 2011 Japanese Earthquake On March 11, a Richter scale 9.0 earthquake devastated the chief island of Honshu Japan. The earthquake, tsunami and its consequences made devastating personal, social and economic harm. People worldwide were astonished by videos of blowing up nuclear power plant buildings, knocked down cities and personal stories of the disaster. The earthquake also seriously interrupted global manufacturing supply chains. In this

Risk Management Integrated Emergency Planning An Emergency Risk Management Plan for a Large Supermarket in the UK Emergency Planning in the UK Risk Identification and Qualification PESTEL Framework Risk Identification Table Risk Qualification Matrix Risk Quantification Disaster Management Plan Situation Mapping of Hazards, Vulnerabilities and Impact Vulnerability Table Loss Estimation Resource Inventory Communication Management Plan Monitoring Plan This emergency management plan has been created for a large independent supermarket chain in the UK. The supermarket is comprised of six locations in total and all of the

National Preparedness Goal National Preparedness, the Presidential Policy Directive #8 (PPD-8), gives a description of the approach of the United States (U.S.) in the area of being prepared for threats and hazards posing the highest risk to American security. The whole national community shares the responsibility of national preparedness. Contribution and participation is required from every person including communities, individuals, faith-based organizations, and local, state and federal governments. The society will

Disaster Recovery Recovery: Disaster and Crisis Disaster recovery has become an important aspect of a company's strategic plan. The main reason for an increased concern can be attributed to the fact that integration and alliances at an international level have increased so that there are more linkages and higher interdependencies that have increased the exposure of people to international risk. This also means that companies are more prone to be affected by

The Gold Coast area has a reputation as a flood prone area, even without considering the effects of global climate change. The Gold Coast area comprises seven major catchment areas including the Tallebudgera, Currumbin, Nerang River, Coomera River, Pimpama River, South Moreton Bay, Sandy Creek and Broadwater area (Mirfenderesk, 2009). The Nerang River catchment is adjacent to the Tallebudgers catchment to the South. It is bordered by the Broadwater and