This stunning bolide was spotted over Spain on January 30, at 0:26 local time (equivalent to 23:26 universal time on January 29). It was as bright as the full Moon. The fireball was observed by casual eyewitnesses, who reported it on social networks.
The event was generated by a rock (a meteoroid) from an asteroid that hit the atmosphere at about 64,000 km/h. The fireball overflew the north of Spain. It began at an altitude of about 82 km over the north of the province of Zamora, moved south, and ended at a height of around 30 km over the same province.
This bright meteor was recorded in the framework of the SMART project, operated by the Southwestern Europe Meteor Network (SWEMN) from the meteor-observing stations located at El Guijo (Madrid), Calar Alto, La Sagra (Granada), Huelva, Sevilla, El Aljarafe, and La Hita (Toledo). The event has been analyzed by the principal investigator of the SMART project: Dr. Jose M. Madiedo, from the Institute of Astrophysics of Andalusia (IAA-CSIC).
We received 268 reports about a fireball seen over County Dublin, Cymru, England, Flämische Region, Flevoland, Noord-Holland, Südholland, Scotland, Utrecht, Wales and Zuid-Holland on Saturday, January 29th 2022 around 18:49 UT.
For this event, we received 3 videos and 5 photos.
Last Thursday midnight, a meteorite fell into the atmosphere of Iquitos causing astonishment in the citizens. This phenomenon is not usual in the region, so it surprised several people.
The cameras captured illumination that lasted for at least five seconds. In addition, a young woman who was recording a Tiktok in the Belén district managed to capture this image on her cell phone.
The National Head of Meteorology and Hydrology of Senamhi in Iquitos, stated that it was the entry of a meteorite into the Loreto atmosphere that can rarely be seen in this part of the country.
Usually this phenomenon is recorded in the Andean zone of the country and for what caused surprise due, also, to the clear sky that was yesterday in the city.
It's a well-known story in our planet's past: A giant space rock slams into Earth, causing a catastrophe that ends in mass extinction. You might think that when it comes to determining which hits will cause such widespread devastation, the size of the incoming impactor is what matters. But new research suggests that something else might matter more: The composition of the ground where that meteorite hits.
The work, published Dec. 1, 2021, in Journal of the Geological Society, focuses on explaining why some meteorite impacts cause mass extinctions, while others don't. For example, the famous impact that killed the dinosaurs and left the Chicxulub crater was much smaller than many other impact events that didn't cause massive loss of species. Why might this be?