The latest research shows that the Earth had rings, Here’s the Explanation

Such planetary rings are usually above the planet’s equator, as are the rings around Saturn, Jupiter, Uranus, and Neptune. The new study’s findings say the chance that this impact site was created by a random, unrelated asteroid impact is about 1 in 25 million.

The researchers estimate that the asteroid that forms the ring would be about 12.5 km wide if it were a pile of debris, or slightly smaller if it were a solid object. it was Once it disintegrated after approaching Earth, Tomkins said, the fragments coalesced before entering a debris ring circling Earth’s equator.

The research team discovered that these fragments represent a special type of meteorite and are found in abundance in limestone deposits across Europe, Russia and China. This asteroid has been exposed to far less space radiation than meteorites falling today.

The deposits also show signs of several tsunamis in the Ordovician period. This phenomenon can be well explained by the collision and fragmentation scenario of a large passing asteroid.

Finding common signatures of particular asteroid particles across a newly studied impact crater will help test that hypothesis. According to the new research, if there were rings like Saturn around its equator on Earth, the rings would have a significant effect on the climate of our planet.

This is because the Earth’s axis is tilted relative to its orbit around the Sun. The rings will cast shadows on parts of our planet’s surface that could cause global cooling.

Researchers claim that the event may have caused a significant cooling of our planet 465 million years ago. This led to the coldest period in the last half billion years, known as the Hirnantian Ice Age.

This research led by Tomkins opens a discussion about the possible influence of astronomy on extinction events on Earth. However, more research is still needed to confirm this hypothesis with certainty.

(Tiffany)