Three major nuclear power plants suffered explosions, with the resulting radioactive emissions forcing evacuations of the surrounding communities.
The total cost of the earthquake is still being determined, but most estimates place it as the most costly natural disaster ever. The World Bank recently estimated the total costs as high as U.S.$235 billion (USGS, 2011). The Japanese government has said that the total cost could ultimately be as high as U.S.$300 billion. As mentioned, this is largely due to the dense population centers affected by the quake and the low-lying urban areas that were devastated by the resulting tsunami waves. In addition, costly damages were suffered throughout the Pacific Rim, as the tsunami quickly roared across the ocean. Ultimately, 20 countries were affected by the tsunami, a number similar to that of the Chilean quake five decades previous.
However, in this case, the tsunami activity in Japan was more devastating than the actual quake. Many reports surfaced of entire towns being swept away. The water surge was much higher than anticipated by Japanese officials to be possible, so that the surge walls surrounding many towns were ill-equipped to protect the damaged cities. In addition, the higher ground that many citizens were advised to seek proved to be not quite high enough. The initial tsunami waves struck the Japanese coastline a mere 26 minutes after the quake, giving residents little time to evacuate properly (USGS, 2011). Finally, the nuclear power plants at Fukushima I and Fukushima II were inundated by tsunami waves, causing leakage of radiation after large explosions occurred. Helicopters were employed...
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 and Tsunami Tsunamis and earthquakes are both natural disasters arising out of the movement of the earth's tectonic plates. There are a number of risk-management plans in place that can help mitigate each disaster, but some, frankly, are more effective than others. The risk management of both earthquakes and tsunamis are entirely dependent upon the location and severity of the issue. For instance, Japan, which is prone to both, has
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
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
earthquake Haiti 2010. What kind plate action caused, kind seismic wave, property damage, Haiti hit hard Dominican republic small island?. The 2010 Haiti Earthquake is certainly one of the most dramatic events happening during recent years. The whole world was took by surprise as the phenomenon occurred and people across the globe were filled with horror as it was watching Haitians struggling to provide an effective response to the disaster.
It is, however, true that the total nuclear power process creates much less carbon dioxide than fossil fuel plants. Once in existence, it is estimated that the total fuel cycle emissions of nuclear power plants will be 8.6 tons per gigawatt hour, whereas the figure is a massive 1.058 tons for coal plants. Be that as it may, the total nuclear power process does create a great deal less carbon dioxide
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