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In 1908, the flow of meteorites, called the Taurid meteorite stream, entered the Earth's atmosphere and completely broke the Tungus taiga in Siberia. The explosion was so powerful that 80 million trees were razed over an area of 800 square kilometers.
Scientists believe that events such as the Tunguskas phenomenon are likely to occur every 1000 years, but in a new study, Canadian university scientists have found the reverse.
PHOTO: Wikimedia Commons
As stated in the CBS News press release, the Earth is in constant contact with Taurid meteorite flows and, as the case may be, meteorite rains occur on Earth.
Near-Earth objects, such as comets, meteors and asteroids, can potentially cause great damage to the Earth. While many experts do not believe that Taurid meteorite flows pose a major threat to the Earth, some still think.
When our planet "floats" in the Tauride meteorite stream, as it did in 1908, it comes into close contact with the particles left by comet Enke, which connect to the clouds and penetrate at incredible speed. The comets of the dust in the atmosphere burn and the meteorite rain, usually relatively weak, drips on the ground. Certainly, its power is variable, it can not be predicted accurately.
Already this summer, the Earth's Tauride meteorite flow center will be approaching 30 million kilometers, the closest since 1975.
Fortunately, this will also allow astronomers to better explore the Tauride meteorite flow and estimate potential future risks.
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