RUNNING HEAD: Fukushima Nuclear Plant Disaster The Fukushima Nuclear Plant Disaster Abstract This study is an examination of the anomaly that occurred at Fukushima I Power Plant in March. The said incident happened as a direct result of the massive earthquake and tsunami that occurred just recently…
Download file to see previous pages...
If left unchecked, these can result in casualties equaling or even exceeding the body count of the previous natural disasters. This being the case, this study intends to take a look at the specifics of the incident – what occurred, as well as how and why. Concluding the study shall be a brief reflection on the incident and its immediate and distant aftermath. Table of Contents Abstract 2 Introduction 4 The Disaster 5 Radiation – The Deadly Consequences 8 Reflection 14 Conclusion 15 References 16 Introduction The disaster that occurred at the Fukushima I Nuclear Power Plant last March came right on the heels of the then-recent earthquake and tsunami that rocked the nation. The said occurrence was a consequence of these natural calamities, and was in fact joined by other nuclear accidents all over Japan. However, the one in Fukushima stands out as the largest. In fact, the magnitude of the disaster is said to be comparable to the tragedy at Chernobyl decades ago (Thomson-Reuters, 2011). The comparison to Chernobyl came courtesy of experts on the subject, which should say something on how catastrophic the Fukushima incident was. On the International Nuclear Event Scale, its rating was a 7, exactly the same as that of Chernobyl, whereas the Mile Island Disaster trailed behind at 5. As shall be explained below, the Japanese government tried to dismiss and downplay the incident to extent, but was eventually forced to concede to its magnitude. Fortunately, casualties resulting from the immediate disaster were relatively few. For sure, the natural calamities that preceded the disaster claimed over 9,000 more lives than the accident at Fukushima. Even then, the latter was still hardly equivalent to a slap on the wrist. The death toll immediately following the disaster numbered at 47. Two of these were Fukushima plant workers unlucky enough to get caught in it, and who sustained multiple external injuries before ultimately dying of blood loss. The other 45 who perished had been patients at an evacuated hospital in Futaba, and who had mostly been suffering from dehydration and starvation. Unfortunately, though, the relatively low immediate body count might be balanced out by an even bigger death toll if things are left the way they are now. As with the disaster at Chernobyl – and, more to the point, the bombings of Hiroshima and Nagasaki – the area remains irradiated, and cleanup efforts continue up till today. The threat of radiation is arguably the most terrifying thing to have come out of the disaster. The other consequences which have resulted from the accident cannot be seen by human eyes. However, these are unmistakably there, and can in fact result in a much higher body count if left unchecked. Even as it is now, the constant threat of being irradiated has rendered numerous surrounding villages and neighborhoods uninhabitable, which by itself is already a monumental setback for the unlucky ones living there (Maeda, 2011). The Disaster As already noted, the Fukushima disaster ranks among the biggest nuclear catastrophes in recent history, easily at par with or even exceeding what happened at Chernobyl (Thomson-Reuters, 2011) though still on a somewhat lower scale compared to the Nagasaki and Hiroshima bombs. Considering that multiple reactors were involved at Fukushima, in contrast with
...Download file to see next pagesRead More
Cite this document
(“Fukushima Nuclear Plant Disaster Research Paper”, n.d.)
Retrieved from https://studentshare.org/family-consumer-science/1425445-fukushima-nuclear-plant-disaster
(Fukushima Nuclear Plant Disaster Research Paper)
“Fukushima Nuclear Plant Disaster Research Paper”, n.d. https://studentshare.org/family-consumer-science/1425445-fukushima-nuclear-plant-disaster.
The area of the Pacific Ring of Fire has been assessed as quite prone to earthquakes and is often known to frequently suffer such calamities. It requires to be mentioned in this context that the earthquake that took place in March, 2011 was measured to be amongst the most severe in the entire globe in history.
The instances observed in Japan today and the previous Chernobyl catastrophe in Russia are just some of the worst nuclear meltdowns experienced in the international setting. There are over 112 nuclear plants already established in the United States (Greenwald, 1991) and some of these plants have already experienced malfunctions.
It is estimated that rehabilitation in the aftermath of devastation can take five years.2In the presence of standard and optimum safety measures, the destruction on such scale seems unexpected. In order to dig deeper on the issue, this research paper analyses the Fukushima disaster, problems that occurred during the incidents, their solutions, and future measures that should be taken in order to prevent such issues.
Nuclear rays result from the nucleus of an atom because of a radioactive decay. Radioactive emissions occur because of nuclear fusions, implying decay when two nuclei combine or when a large nucleus breaks.
I am personally curious to know because we were led to believe that nuclear plants were the safest and cleanest source of energy that its plants can withstand any onslaught of nature but apparently, the Fukushima disaster proved it otherwise. The Fukushima disaster also makes an interesting case about the technical aspect of safety of nuclear power plants.
This disaster revealed many issues inherent in Japan’s nuclear sector and crisis preparedness and emergency management. This essay discusses the possible causes of the nuclear meltdown, such as construction or design problems, how prepared the government is for the crisis, how it responded to the disaster, and its long-term environmental impact on Japan and the rest of the world.
Japan is a cluster of islands located in the Pacific Ocean at the Far Eastern side of the world (Ramesha et al, 2011). Last year in March, Japan experienced a catastrophic earthquake, recorded as 9 on the Richter scale. The intensity of the earthquake caused strong ocean waves to slap the coastal city of Fukushima with a disastrous tsunami.
In particular, the paper focuses on Fukushima Daiichi nuclear disaster and the 20th century Chernobyl nuclear meltdown. Finally, the paper highlights the reward versus risk aspects when using nuclear energy.
Hydropower energy has the following negative
This caused radioactive emissions into the atmosphere in the next 6 days. Over 100,000 people living in a radius of 28 kilometers around the plant were evacuated and have remained in transit camps for over 3 years, though there are no
5 Pages(1250 words)Research Paper
GOT A TRICKY QUESTION? RECEIVE AN ANSWER FROM STUDENTS LIKE YOU!
Let us find you another Research Paper on topic Fukushima Nuclear Plant Disaster for FREE!