The three-mile-wide Australian meteorite was formed 100 million years ago

Gold miners stumbled upon a huge meteorite on the outback of Western Australia that was formed about 100 million years ago. Using electromagnetic surveys, researchers were able to create images of the impact site beneath the surface, extending it over three miles.

A three-mile-wide meteorite formed about 100 million years ago was discovered by a gold mine in the outback of Australia.

  • A meteorite detector was discovered in the outback of Western Australia
  • The hole is three miles wide and was formed 100 million years ago
  • The team found shocks at the site which are signs of a meteorite impact
  • These forms from high pressure, high velocity shock waves produced by a high impact object

Gold miners stumbled upon a huge meteorite on the outback of Western Australia that was formed about 100 million years ago.

Using electromagnetic surveys, researchers were able to create images of the impact site by dubbing Banda Crater, which could extend up to three miles.

Shoot cones were recovered from Earth made from high pressure, high velocity shock waves produced by a high-impact object – ‘say-signs of a meteor effect’

Ancient plant elements were also discovered in the sediments, which will be further analyzed for microscopic pollen to collect a more accurate date of when the hole was filled.

Gold miners stumbled upon a huge meteorite on the outback of Western Australia that was formed about 100 million years ago. Using electromagnetic surveys, researchers were able to create images of the impact site beneath the surface, extending it over three miles.

The excavators were working near the historic historic Goldfields mining town of Banda, northwest of Kalgorili-Boulder, when they spotted a rock outside the site.

“They were a gift from Banda Crater,” said Dr. Jason Myers, a geologist and geologist.

‘The geologists who were working on it were digging holes for gold and they saw some very unusual rocks.’

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‘It was on the back of their minds that what they saw and thought was that it didn’t really fit into anything that could be the result of a meteor effect.’

Shoot cones were recovered from the site, made from a high-pressure, high-velocity shock wave produced by a high-impact object - 'signs of a meteorite impact'

Shoot cones were recovered from the site, made from a high-pressure, high-velocity shock wave produced by a high-impact object – ‘signs of a meteorite impact’

The miners were working near the historic Goldfields mining town of Banda, northwest of Kalgorili-Boulder, when they discovered a rock they saw outside the site.

The miners were working near the historic Goldfields mining town of Banda, northwest of Kalgorili-Boulder, when they discovered a rock they saw outside the site.

“Based on its location and the extent of the erosion and some of the soil that the parties are filling, we estimate it could be about 100 million years old,” he told ABC.

The team discovered sediments with ancient plant material that drunken experts would analyze in search of microscopic pollen that could reveal after crate filling.

Curtin University is assisting Meyers and will investigate glass droplets with cemented zirconium and other minerals in the Venus cone to hopefully determine a more accurate date for when the effect occurred.

Although the team estimates that the scab is 100 million years old, they say it probably occurred 250 million to 40 million years ago.

Researchers and reports say that zircons and other materials are deep in the hole.

“The energy that would have been released if the asteroid had been impacted would have been greater than the combined energy of each nuclear test conducted,” customers told Resource.com.

Ancient plant material was also discovered in sediments, which will be further analyzed for microscopic pollen to collect more accurate dates after the hole is filled.

Ancient plant material was also discovered in sediments, which will be further analyzed for microscopic pollen to collect more accurate dates after the hole is filled.

The Or Banda Hole, however, is five times larger than the famous Wolf Creek Crater in Australia, further north of the state. Wolf Creek was formed by a meteorite that is believed to have crashed to Earth 300,000 years ago

The Or Banda Hole, however, is five times larger than the famous Wolf Creek Crater in Australia, further north of the state. Wolf Creek was formed by a meteorite that is believed to have crashed to Earth 300,000 years ago

Hitting the hole during the Cretaceous would not have affected the dinosaur era, which was the victim of an asteroid that struck the Yucatan Peninsula in Mexico about 90 million years ago, about 90 miles away.

The Or Banda Hole, however, is five times larger than the famous Wolf Creek Crater in Australia, further north of the state.

Wolf Creek was formed by a meteorite that is believed to have crashed to Earth 300,000 years ago.

The meteorite left a huge 2,890-foot hole in the ground, visible on the surface.

And it is believed to be the second largest cat in the world.

Killing dinosaurs: How to wipe a CT-sized asteroid in 75 percent of all animal and plant species?

About a million million years ago, non-avian dinosaurs became extinct and more than half of the world’s species became extinct.

This mass extinction paved the way for the rise of mammals and the presence of humans.

The Cixulab asteroid is often cited as a possible cause of Cretaceous-Paleogene extinction.

The asteroid is now plunging into a shallow sea in the Gulf of Mexico.

The collision revealed a huge dust and raw cloud that triggered global climate change and destroyed .5 percent of all animal and plant species.

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Researchers claim that the scissors needed for such a global catastrophe could only have a direct impact on rocks in shallow water across Mexico, especially those rich in hydrocarbons.

Within 10 hours of the impact, a huge tsunami spread to the Gulf Coast, experts believe.

About a million million years ago, non-avian dinosaurs became extinct and more than half of the world's species became extinct. The Cixulab asteroid is often identified as a possible cause of Cretaceous-Paleogene extinction (stock image)

About a million million years ago, non-avian dinosaurs became extinct and more than half of the world’s species became extinct. The Cixulab asteroid is often identified as a possible cause of Cretaceous-Paleogene extinction (stock image)

This has led to earthquakes and landslides in regions as far as Argentina.

But the waves and volcanoes weren’t just living creatures suffering from the waves at the time – the heat was even worse.

While investigating the event, researchers found small particles of rock and other debris in the air when the asteroid crashed.

Spheres, these tiny particles cover the planet with a dense layer of glass.

Experts explain that the loss of light from the sun caused a complete collapse of the aquatic system.

This meant that the phytoplankton base of almost all aquatic food chains was eliminated.

It is believed that the more than 180 million years of evolution that brought the world to the Cretaceous point was destroyed in less than the lifespan of the Tyrannosaurus rex in about 20 to 30 years.

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