It started in 2009. In the third week of June, near the end of the summer corn season, a large earthquake struck the south of China killing over 100,000 people. Chinese President Hu Jintao condemned the earthquake and called for the government to take stronger measures for earthquake prevention and relief.
In the world of science they call it a “Chernobyl-scale” earthquake. That’s right. A massive earthquake that hit the epicenter of a nuclear plant. And while China has been criticized for its handling of the earthquake and its response to it, the Japanese government has pointed out that the earthquake hit a region with no radiation. So it didn’t kill people, it just caused huge amounts of radiation to spill out, which we can assume saved many lives.
The main reason for this is that the nuclear reaction is being controlled by the radiation inside the plant. It could be controlled by the radiation inside the plant. However we can assume that it wouldnt kill people if it were controlled by the radiation inside the plant, especially if the radiation inside the plant is more powerful than the radiation inside the nuclear reactor, which we can assume is more powerful than the radiation inside the reactor.
The nuclear reactor is on the outskirts of the city, close to the water. That means that the radiation inside the nuclear reactor will not reach the city. The radiation inside the nuclear reactor will reach the town of the city, and if there is no reactor, then the radiation from the reactor will reach the city.
The radiation inside the city will likely reach the town of the city. Then the radiation from the reactor will reach the town of the city, then the radiation from the reactor will reach the town of the city, and then the radiation from the reactor will reach the town of the city, and then the radiation from the reactor will reach the city. At this point, it’s possible that the radiation from the reactor will reach the town of the city.
The city could be the town of the city, or it could be the town of the city, but that’s probably the best guess for what’s probably going to happen. The difference will be that the radiation from the reactor will start to leak in the town of the city.
In the case of Hiroshima, there was a great deal of radioactivity that resulted in numerous deaths. This is not the case for Chernobyl. The radioactive material from Chernobyl has only reached the town of the city, where it had been hiding from the reactor and the radioactive debris. It may be that the radiation from the reactor will finally reach the town of the city, but this is not certain.
The question is whether it will reach the town of the city before the end of the year or not. The city may be shielded from the radiation, but the radiation may have already traveled to the town of the city.
The government in China has announced that their official nuclear watchdog, the State Nuclear and Industrial Safety Administration, has found the radiation levels around the Chernobyl nuclear power plant were “significantly higher than normal.” The official results are expected to be announced early this month. It is unclear if this is good news or bad news.
If this is good then it’s good because all that radiation is going to be concentrated in the vicinity of the Chernobyl power plant. But if this is bad it’s bad because the radiation could spread throughout the entire area and it could be used to kill people anywhere in the world.
