Kategoria BISAC: Social Science >> Disasters & Disaster Relief

Through an examination and assessment of the body at a death scene, the medicolegal death investigator (MLDI) must be able to recognize circumstances that point to what manner of death occurred be it natural causes, homicide, suicide, accident, or undetermined. A handy reference for use in the field and in the lab, Death and Accident Investigation Protocols provides 34 checklists and forms to help investigators make these determinations.

Categories of death covered in this guide include:

• Aircraft and motor vehicle accident
• Alcohol-...

In a mass fatality incident, members of the medical examiner or coroner s office are faced with a host of complex and time-sensitive responsibilities. These include identifying victims, collecting property and evidence, determining cause and manner of death, issuing death certificates, and returning the bodies to their families. Written for all personnel involved in these incidents, Mass Fatality Management Concise Field Guide outlines the necessary components to prepare for and manage mass fatalities.

Topics covered in this practical manual include:

Why do famines occur and how have their effects changed through time? Why are those who produce food so often the casualties of famines? Looking at the food crisis that struck the West African Sahel during the 1970s, Michael J. Watts examines the relationships between famine, climate, and political economy.

Through a longue durEe history and a detailed village study Watts argues that famines are socially produced and that the market is as fickle and incalculable as the weather. Droughts are natural occurrences, matters of climatic change, but famines expose the inner workings...

Each year, natural disasters threaten the strength and stability of communities worldwide. Yet responses to the challenges of recovery vary greatly and in ways that aren't explained by the magnitude of the catastrophe or the amount of aid provided by national governments or the international community. The difference between resilience and disrepair, as Daniel P. Aldrich shows, lies in the depth of communities' social capital. Building Resilience highlights the critical role of social capital in the ability of a community to withstand disaster and rebuild both the infrastructure and...

Based on a popular course for the FEMA Higher Education project, Preparedness and Response for Catastrophic Disasters provides important insight into plans to mitigate and respond to the devastation caused by large-scale catastrophic events. Hurricane Katrina provided clear evidence that these occurrences are both qualitatively and quantitatively different from other disasters. Recent tragedies, like the 2004 South Asia tsunami, the 2010 earthquake in Haiti, and the 2011 earthquake, tsunami, and resulting nuclear plant meltdown in Japan further illustrate that we...

On March 11, 2011, Japan was struck by the shockwaves of a 9.0 magnitude undersea earthquake originating less than 50 miles off its eastern coastline. The most powerful earthquake to have hit Japan in recorded history, it produced a devastating tsunami with waves reaching heights of over 130 feet that in turn caused an unprecedented multireactor meltdown at Fukushima Daiichi Nuclear Power Plant. This triple catastrophe claimed almost 20,000 lives, destroyed whole towns, and will ultimately cost hundreds of billions of dollars for reconstruction.

In 3.11, Richard Samuels...

Second Line Rescue: Improvised Responses to Katrina and Rita chronicles the brave and creative acts through which Gulf Coast people rescued their neighbors during the chaotic aftermath of Hurricanes Katrina and Rita. Ordinary citizens joined in with whatever resources they had. Unlike many of the official responders, vernacular rescuers found ways around paralysis produced by a breakdown in communications and infrastructure. They were able to dispel unfounded fears produced by erroneous or questionable reporting. The essays, personal narratives, media reports, and field studies...

In the wake of 9/11 and Hurricane Katrina, many are asking what, if anything, can be done to prevent large-scale disasters. How is it that we know more about the hazards of modern American life than ever before, yet the nation faces ever-increasing losses from such events? History shows that disasters are not simply random acts. Where is the logic in creating an elaborate set of fire codes for buildings, and then allowing structures like the Twin Towers tall, impressive, and risky to go up as design experiments? Why prepare for terrorist attacks above all else when floods, fires, and...