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Pages:
4 pages/≈1100 words
Sources:
Check Instructions
Style:
APA
Subject:
Management
Type:
Case Study
Language:
English (U.S.)
Document:
MS Word
Date:
Total cost:
$ 17.28
Topic:

Crisis and Disaster Management

Case Study Instructions:

Case Study Topic
PAD 291 Introduction to Crisis and Disaster Management
General Instructions for the Course Written Assignment
(Case Study): Mount St. Helens (Disaster response and management)-This is the topic
This course requires that you perform a case study and present the case in writing. Choose a disastrous event that you can research. The purpose of this case study is for the student to research a disaster and explain how mitigation policies as a result of that disaster have or will lessen the impacts of future similar disasters. The document should be completed using the APA or MLA style of documentation. Both provide detailed instructions on the preparation of research papers. Please follow one of the two formats. The key is that you are examining a community or organization as it prepared for or responded to an event, not the specific disaster event.
The APA nor MLA do not include a format for program plans. However, the following major topics may provide a workable outline:

... Project Description or Thesis Statement - a description of the type, location, scope, and duration of the proposed project.

…Event Description- Describe the event by explaining type of event, events leading up to or causing the event and community impact. You may use the Journal Entry template as a guide.

... Hazards and Vulnerabilities – did the community or organization realize the threat and did it plan for such events.

... Existing State - describe the current capabilities of the community to defend against similar disaster threats.

... Summary – describe the lessons learned from this event both locally and nationally

... Significant Problems and Limitations – describe the known problems or limitations that will constrain future mitigation.

... Bibliography - references used in preparation of the case study.

Students always ask about length, and my answer is the same, write the paper at the appropriate length to address the subject accurately and completely, supported by appropriate detail. In this process do not be wordy, and keep on track. In the real world no decision maker reads long rambling documents that go on and on for pages and pages. Make every word count, make every paragraph lead to the next, and make your argument or your description tell ata le your reader will buy into. When you have finished, go back and cut out everything that does not contribute to meaning and to the core element of your story. Length is directly tied to the topic- if you find you have far too much material to fit into a document someone would want to read, you probably have too large a topic. Bottom line, I look for good work, not length. Draft papers should be submitted as early as possible if you want instructor feedback. This allows the instructor time to read the paper and offer feedback.

Case Study Sample Content Preview:

Crisis and Disaster Management
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Crisis and Disaster Management
Crisis and disaster management are aspects of recovery beyond immediate relief by assisting those impacted by a disaster. A disaster is not a one-off event and has severe short-term and long-term consequences for those affected. Therefore, disaster preparedness requires organization, available resources, and delegation of responsibilities to mitigate risks. This essay discusses crisis and disaster management by analyzing a case study: Mount St. Helens eruption on May 18, 1980.
Mount St. Helens is a volcanic mountain located in Washington state surrounding Seattle, 98 miles to the north, Portland, Oregon, 50 miles southeast. Precursor activity of the ice-capped mountain started on March 16, 1980, with a series of small earthquakes. Ten days later, the mountain had experienced hundreds of additional earthquakes, which triggered its first eruption in a century. Large plumes of ash and steam blasted through a 60- to 75-m (200- to 250-ft) wide crater. The continuous movement increased the crater's diameter to 400 m (1,300 ft) in diameter within a week CITATION USG21 \l 1033 (USGS, 2021). On the fateful day of the disaster, a magnitude 5.1 earthquake occurred with no immediate precursors. A rapid series of events followed, including a simultaneous landslide of the volcano's northern bulge and summit. The magnitude of the disaster is stressed by the fact that the landslide was the giant debris avalanche in recorded history.
The landslide was responsible for removing Mount St. Helens' northern flank, including part of the crypto dome. A crypto dome is a hot and highly pressurized body of magma that had grown inside the volcano. The removal of a part of the body resulted in the immediate depressurization of the volcano's magmatic system. Consequently, this event triggered massive explosions of blast and hot material that overrode the debris avalanche. Its acceleration was recorded as 480 km per hr. (300 mi per hr.) The conduit of Mount St. Helens was exposed due to the release of pressure on the volcano's plumbing system. All these events triggered the Plinian eruption, which managed to last for 9 hours. It is estimated that winds blew 520 million tons of ash eastward across the United States, causing complete darkness in Spokane, Washington.
Mount St. Helens' explosion was catastrophic and claimed the lives of at least 63 people, unfortunately, caught within the blast zone. The magnitude of the disaster means that the number of casualties was fortunate, and a worse outcome was likely. For instance, the timing of the eruption was vital in reducing the number of deaths. The explosion occurred at 8.00 am on a Sunday, which reduced the chances of hikers in the vicinity. It also reduced the number of loggers operating in different restricted areas under permit. The primary blast was directed sparsely populated north and northeast rather than the Columbia River Valley, which is more popular CITATION Yan86 \l 1033 (Yankauer & Rothman, 1986). Lastly, the National Geological Survey in forecasting played a crucial role in communicating the approximate time and date of the eruption, which helped prevent
This disaster pro...
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