As of February 2014, 230 million Becquerel’s per liter of beta ray-emitting radioactive substances have leaked and created a pathway through groundwater systems to the sea (RT, 2014). This is extremely frightening to those living in Fukushima, as there is no way to put a stop to the drainage. This water contamination has lasting impacts not only on the citizens, but wildlife within the area, which will eventually affect the trophic levels. Rivers have now been contaminated, affecting any species that come in contact with them. This disaster has left tourists with a negative outlook of Fukushima. A once appealing destination has now become an undesirable attraction. The Japanese government must do everything in their power to put this as their top priority and find an alternative to nuclear energy, before health, safety, resources and tourism plummets into an irreversible amount of devastation.Thesis statement: Energy is an important resource in every nation and proper planning is a prerequisite before the exploration of energy resources, especially those that can cause harm. In the case of Fukushima Nuclear Power Plant in Japan, proper planning was disregarded and this led to a disaster that released the highest amounts of radioactive material in history. Although a lot of exposure to radioactivity can be blamed on the incident, there is need for every nation rethink and weigh the benefits of nuclear power and its potential consequences. This is because exploration of nuclear power still exposes a substantial number of people, especially plant workers to radiation. There are many safer alternatives to nuclear energy and this should be a consideration for every government.The accident at the Fukushima Daiichi nuclear power plant was caused by a great earthquake and a huge tsunami that came to be known as the Great East Japan Earthquake. The earthquake was the first to hit the station and about 40 minutes later, the first tsunami wave hit the plant, with the second coming 8 minutes after the first (Suzuki & Kaneko, 2013). Prior to the earthquake and tsunami, Units 1, 2 and 3 of the station were in operation, while Units 4, 5 and 6, which were undergoing periodic inspection were not in operation (Suzuki & Kaneko, 2013). According to Suzuki and Kaneko (2013), “Units 1 to 3 which were under operation automatically shut down at 14.46 on March 11 due to strong quakes” (p. As a result of the earthquake, all the six Units lost their power supply.
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