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As a resident of Taiwan, I know all too well how devastating an earthquake can be. Japan and Taiwan both experienced earthquakes in March, 2011. The lives lost and physical damage sustained remind us of nature's power. Japan's earthquake continues to be major news because of the nuclear accident that resulted, the worst since Chernobyl. Taiwan's recent earthquake was, fortunately, far less dramatic, with damage to buildings and roads but no loss of life. Taiwan is frequently rattled by earthquakes, although they are usually minor. More than a decade ago, however, our island was rocked by a strong earthquake that killed more than 2,000 people. We wait and wonder if it will happen again.
As terrible as Japan's recent earthquake was, the outcome could have been even more disastrous. As scientists have increasingly come to understand when, where and how earthquakes occur, governments have been better able to help their countries prepare. In the Far East, where the risk of earthquakes is high, there is a high level of preparedness, with infrastructure in place to help minimize the physical damage and assist people with basic needs in the aftermath of disaster. There is still much more to be done, however. I would very much like to attend the summer program "Earthquakes in Action" at the University of California at San Diego's Jacobs School of Engineering. I hope to learn more about earthquakes and explore various academic and career options in which they are a focus.
I have a strong background in mathematics and I believe that prepares me for the rigors of the summer course. I am particularly interested in the ways that bridges and buildings respond to earthquakes and I look forward to the opportunity to use computer-generated models to study the methods of design and construction that are meant to address these problems. I would appreciate the opportunity to study with experts in seismology and structural engineering and learn as much as I can. The summer program sounds like a great cooperative learning experience. I am really looking forward to the possibility of working with professionals and other students in this endeavor.
Earthquakes Occur Rapidly Warning Describe impediments to disaster prevention in major cities. The 2nd half within the Twentieth century observed the fast development of extremely big cities. There happen to be primate urban centers along with metropolises for hundreds of years. Nevertheless, these kinds of brand-new city regions-"mega cities" having greater than ten million occupants-have been fairly current. This mega city presents unique problems for catastrophe risk decrease for numerous factors. Initially,
Earthquake Preparedness Budget Discussion Basic Supplies Sample Budget Preparedness Planning and Training Budget Discussion The budget is a critical component of an earthquake preparedness plan. Unlike hurricanes and some other natural hazards, earthquakes strike suddenly and without warning (FEMA, 2013). There are two main consequences of an earthquake and that deal with both people and property. People are always a higher priority than property; however the property is often an interrelated concern. For example, the property
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
Earthquakes The major earthquake that struck offshore from Japan in March, 2011, was one of the largest earthquakes experienced in that region of the world in many years. It caused massive damage and it spawned a powerful tsunami that literally wiped many Japanese towns off the map. The causes of earthquakes are known to scientists, although science has not yet become sophisticated enough to predict when and where an earthquake will
Earthquakes Over the past 25 years, powerful earthquakes have struck different parts of the planet with alarming regularity. In this relatively short time span, there have been more than 30 earthquakes that have resulted in death tolls of more than 1000 people, with several of this disaster measuring over 7.0 on the Richter scale (U.S. Geological Survey, 2010). One of the biggest earthquakes in the last 25 years is the 2010
Heavy objects need to be placed in locations from where they are unlikely to fall, emergency numbers need to be on speed-dial, and building structures need to be carefully inspected by engineers in order for them to determine whether or not they are probable to collapse in the event of a seismic wave. Emergency services also need to be alert in the event of an earthquake, given that deaths
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