k Artwork showing Chicxulub impact event Chicxulub impact. Artwork of the meteorite impact at Chicxulub on the Yucatan Peninsula, Mexico. This impact may have caused the extinction of the dinosaurs and 70 of all Earths species 65 million years ago. The meteorite was an asteroid or comet core which is thought to have been 1020 kilometres km across. The impact created a 180 km wide crater and threw trillions of tonnes of dust white plume into the upper atmosphere. This may have blocked the Suns light and caused global climate changes. The remains of this debris are found worldwide as a layer in rocks known as the K T boundary. Other impacts like this in Earths future are a statistical certainty. Stock Photo - Afloimages
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Artwork showing Chicxulub impact event Chicxulub impact. Artwork of the meteorite impact at Chicxulub on the Yucatan Peninsula, Mexico. This impact may have caused the extinction of the dinosaurs and 70  of all Earth s species 65 million years ago. The meteorite was an asteroid or comet core which is thought to have been 10 20 kilometres  km  across. The impact created a 180  km wide crater and threw trillions of tonnes of dust  white plume  into the upper atmosphere. This may have blocked the Sun s light and caused global climate changes. The remains of this debris are found worldwide as a layer in rocks known as the  K T boundary . Other impacts like this in Earth s future are a statistical certainty.
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Artwork showing Chicxulub impact event

Chicxulub impact. Artwork of the meteorite impact at Chicxulub on the Yucatan Peninsula, Mexico. This impact may have caused the extinction of the dinosaurs and 70% of all Earth's species 65 million years ago. The meteorite was an asteroid or comet core which is thought to have been 10-20 kilometres (km) across. The impact created a 180- km wide crater and threw trillions of tonnes of dust (white plume) into the upper atmosphere. This may have blocked the Sun's light and caused global climate changes. The remains of this debris are found worldwide as a layer in rocks known as the 'K T boundary'. Other impacts like this in Earth's future are a statistical certainty.

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