CHORNOBYL, Ukraine -- Yesterday, the Ukrainian President Victor  Yanukovych together with UN Secretary General Ban Ki-moon and Director  of International Atomic Energy Agency (IAEA), Yukiya Amano visited  Chornobyl nuclear power plant and examined the exact model of its 4th  reactor in its current state.
Ban Ki-moon thanked Viktor Yanukovych for making such a far-sighted  decision to host a nuclear energy Summit in Ukraine. "One of my  priorities in office is creating a world free of nuclear weapons,"  emphasized Ban Ki-moon.
The IAEA Director General noted that,  despite the bitter examples of Chornobyl and Fukushima 1, the world  would not abandon nuclear power. "So now, the most important task of the  international community is to provide safety of such plants," he said.
25  years ago the nuclear reactor No 4 of the Chornobyl Nuclear Station  exploded releasing dangerous radioactive elements into the air and  spreading across millions of square miles, polluting many European  nations.
Today, Pripyat and Chornobyl are two towns closest to  the reactor, and, previously, home to more than 60,000 residents, have  been included in the Chornobyl Nuclear Power Plant exclusion zone - 30  km/19 mi area around the site of the reactor, administered by the  Ministry of Emergency Situations of Ukraine.
Since 2002 Chernobyl  Exclusion Zone has become tourist destination for a limited number of  tourists.
Public interest to visit Chornobyl has grown so much  recently, that Ukrainian government had to streamline the procedures for  signing up for the tours.
Visitors come in groups for a one to  three-day tours that include visiting the observation point, located  about 200m from the reactor sarcophagus, vehicle scrap yard, city of  Pripyat and the surrounding villages.
The radiation level in the  exclusion zone, for the most part, is a little higher than in the rest  of the area, but it is still lower than the level of sun radiation one  would get from the transatlantic flight.
The typical dose at the  site in winter does not usually exceed 0.5 - 0.9 mR/h.
 
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