On April 26, 1986, reactor No. 4 exploded at the Chernobyl Plant about 80 miles north of Kiev, the capital of Ukraine. As large quantities of radioactive substance were released into the air, firefighters, on-site workers, and specialized people nicknamed "liquidators" received high doses of radiation as they rushed to clean up the site; for most, that became a final sacrifice. Today, cancer rates are still multiplying as a result of this massive radiation leak, while other long-term health effects remain shrouded in mystery. Though this tragedy occurred many miles away from America, it carries personal significance; my close relatives were among the thousands made to relocate from surrounding cities following the explosion.
(World Nuclear Association)
Chernobyl's destruction embodies Raymo's claim like no other event; a devastating accident resulted from an attempt to harness a science whose consequences greatly outweighed its benefits. With the prospect of lower costs, less emphasis on fossil fuel, and longer hours of energy production, nuclear power clearly holds more appeal than the other, less effective forms of energy that it seeks to replace, such as solar power (Nuclear Energy). However, it seems that the tradeoff between costs and advantages must increase proportionately to the energy source's usefulness. For example, while a malfunction with oil can cause major ecosystem contamination or lead to a fire, a mishap with a nuclear reactor can kill hundreds of thousands of people. Arguably, the only positive that came of the Chernobyl accident was that it "led to major changes in safety culture and in industry cooperation," though by then the unfortunate deed was already done.
In order to prevent future disasters, we must act cautiously, because "the unexamined quest for knowledge is hemmed with peril" (Raymo 216). Science may seem to hold all of the answers to our problems, but history says otherwise: with this ideology, people have made deadly mistakes.
(World Nuclear Association)
Chernobyl's destruction embodies Raymo's claim like no other event; a devastating accident resulted from an attempt to harness a science whose consequences greatly outweighed its benefits. With the prospect of lower costs, less emphasis on fossil fuel, and longer hours of energy production, nuclear power clearly holds more appeal than the other, less effective forms of energy that it seeks to replace, such as solar power (Nuclear Energy). However, it seems that the tradeoff between costs and advantages must increase proportionately to the energy source's usefulness. For example, while a malfunction with oil can cause major ecosystem contamination or lead to a fire, a mishap with a nuclear reactor can kill hundreds of thousands of people. Arguably, the only positive that came of the Chernobyl accident was that it "led to major changes in safety culture and in industry cooperation," though by then the unfortunate deed was already done.
In order to prevent future disasters, we must act cautiously, because "the unexamined quest for knowledge is hemmed with peril" (Raymo 216). Science may seem to hold all of the answers to our problems, but history says otherwise: with this ideology, people have made deadly mistakes.
This is a very well-developed argument which was specifically strengthened by quotes from Ramyo’s piece. Also, nice call to action and connection to a well-known historic event!
ReplyDeleteMarina, I loved that you drew from such a personal experience. Your argument was beautiful and solid, and the same applies to your use of language. Great job!
ReplyDeleteI love how you used a historical anecdote to further your analysis and claims of what we discussed in class. You showed a great amount of knowledge on the subject, as well as great researching. Good tone overall, as well.
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