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The fragments then entered dark flight (without the emission of light) and created a strewn field of numerous meteorites on the snow-covered ground (officially named Chelyabinsk meteorites). The last time a similar phenomenon was observed in the Chelyabinsk region was the Kunashak meteor shower of 1949, after which scientists recovered about 20 ...
An operation to recover it from the lake began on 10 September 2013, [18] and concluded on 16 October 2013, with the raising of the rock with the mass of 540 kg (1,190 lb). [7] It was examined by scientists and handed over to the local authorities, [19] [20] who put it on display at the Chelyabinsk State Museum of Local Lore.
It exploded over Chelyabinsk – the Russian city that would give the meteor its name – in a blast that was brighter than the Sun and shook with the energy of more than 30 atomic bombs.
[100] [101] The Chelyabinsk meteor was estimated to have caused over $30 million in damage. [102] [103] It is the largest recorded object to have encountered the Earth since the 1908 Tunguska event. [104] [105] The meteor is estimated to have an initial diameter of 17–20 metres and a mass of roughly 10,000 tonnes. On 16 October 2013, a team ...
February 15 – A meteor explodes over the Russian city of Chelyabinsk, injuring 1,489–1,492 people and damaging over 4,300 buildings. It is the most powerful meteor to strike Earth's atmosphere in over a century. [13]
The meteor "fragmented so violently," it shook buildings across the state and produced a loud boom, NASA said. NASA said on Facebook that over 100 eyewitnesses reported details of the meteor in ...
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Unlike 367943 Duende it was on a collision course and it impacted Earth 16 hours before 367943 Duende passed, becoming the Chelyabinsk meteor. It injured 1,500 people and damaged over 7,000 buildings, raising the profile of the dangers of even small asteroid impacts if they occur over populated areas.