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Book Review: Case Studies in Disaster Recovery

Recovery Diva

This way the reader is given a roadmap to pick and choose from, if they wish so, the case studies written by various authors whose chapters span a wide variety of hazards as well as geographical and sociological settings all of which delve into a chosen aspect of disaster recovery towards building resiliency.

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A Better Understanding of NFPA 70E: Part IV – Two Types of Exposure to Electricity Fatalities

National Fire Protection Association

Exposure to electricity has been associated with 1,653 fatalities since 2011, according to the BLS. The following chart shows the total fatalities associated with each type as well as the voltage associated with those fatalities since 2011. It could be due to exposed hazards in equipment that has not been properly maintained.

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A Proposed Strategy to Advocate for Improved Civil Protection in the United Kingdom

Emergency Planning

The lessons of the Covid-19 pandemic, alas largely negative, show that a good civilian system designed to protect the public against major hazards and threats can save thousands of lives and billions in losses and wasted expenditure. 1] The best solution to this problem is to promote inclusiveness in emergency preparedness at all levels.

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Reflections on the Turkish-Syrian Earthquakes of 6th February 2023: Building Collapse and its Consequences

Emergency Planning

How much simpler to attribute it all to anonymous forces within the ground! It was notable that, in many buildings that pancaked in Turkey and Syria, the collapses left almost no voids at all, thanks to the complete fragmentation of the entire structure. Natural Hazards and Earth System Sciences 15: 931-945. Ecemis, S.Z.

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A Better Understanding of NFPA 70E: Part II – Be Vigilant When You Work in These Locations

National Fire Protection Association

It is common for all employees to interact with electrical equipment during their workday, but it should be uncommon for an employee to be exposed to electrical hazards. For example, home as a workplace accounted for 28% of workplace exposure to electricity fatalities in 2011.

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Book Review: Constructing Risk

Recovery Diva

Reviewed by Donald Watson, editor of the website theOARSlist.com , Organizations Addressing Resilience and Sustainability, editor of Time-Saver Standards for Urban Design (McGraw-Hill 2001), and co-author with Michele Adams of Design for Flooding: Resilience to Climate Change (Wiley 2011). He has served as consultant for United Nations, U.S.

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A Better Understanding of NFPA 70E: Part III - The Electrical Components Causing Fatalities in the Workplace.

National Fire Protection Association

The following chart shows the top four components attributed to these fatalities since 2011. The percent of all electrical fatalities due to powerlines, transformers and converters has consistently been 53% (average of 54% since 1992.) Power cords, electrical cords, and extension cords account for 10% of all electrical fatalities.