An Australian meteor crater three miles wide formed 100 million years ago

Gold miners found a huge meteor crater in the western Australian outback that was created about 100 million years ago.

Using electromagnetic surveys, the researchers were able to create images of the impact site, called Ora Banda Crater, below the surface to determine that it extends over three miles.

Sight cones were recovered from the ground formed by the high-speed and high-pressure shock waves from the impact of a large object – “telltale signs of a meteor impact”.

Ancient plant material has also been discovered in the sediments, which will be further analyzed for microscopic pollen to obtain a more accurate date of when the hole was filled.

Miners were working near the historic mining town of Ura Panda in Gold Fields, northwest of Kalgoorlie Boulder, when they discovered seemingly out of place rocks.

“The Ora Panda crater was somewhat a gift,” said geologist and geophysicist Dr. Jason Myers.

The geologists who were working on it were drilling holes for gold, and they saw some very unusual rocks.

They had an idea in the back of their minds that this didn’t fit with anything else they saw and thought this might be the result of a meteorite impact.

Pointing cones were recovered from the site, which were formed from a high-pressure, high-velocity shock wave produced by a large object impacting – “telltale signs of a meteor impact”

Miners were working near the historic mining town of Aura Panda in Gold Fields, northwest of Kalgoorlie Boulder, when they discovered seemingly out of place rocks.

He told ABC that “depending on its location, levels of erosion and some soil filling the sides, we estimate that it may be around 100 million years old.”

The team discovered deposits containing ancient plant material that paleontologists will analyze for microscopic pollen that can reveal when the box is full.

Curtin Myers University is helping and researching droplets of glass with zircon and other metals affixed to imaging funnels, in hopes of determining a more accurate date of when the effect will occur.

Although the team estimates that the crater is 100 million years old, they said it most likely occurred between 250 million and 40 million years ago.

Zircon and other materials deep in the hole that were vaporized and recrystallized may also shed light on when the event occurred, according to resource reports.

“The energy released upon the asteroid collision will be greater than the energy collected from every atomic test ever conducted,” Myers told Resource.ly.

Curtin Myers University is helping and researching glass droplets with zircon and other metals affixed to imaging funnels in the hope of determining a more accurate date of when the impact occurred.

Ancient plant material has also been discovered in the sediments, which will be further analyzed for microscopic pollen to obtain a more accurate date of when the hole was filled.

However, the Or Banda crater is five times larger than the famous Wolfe Creek Crater in Australia located in the north of the state. Wolf Creek formed from a meteor that is estimated to have collided with Earth 300,000 years ago

If this crater is struck during the Cretaceous period, it will have no effect on the age of the dinosaurs, which fell victim to an asteroid that left a crater that collided about 90 miles in what is now the Mexican Yucatan Peninsula about 66 million years ago.

However, the Or Banda crater is five times larger than the famous Wolfe Creek Crater in Australia located in the north of the state.

Wolf Creek formed from a meteor that is estimated to have collided with Earth 300,000 years ago.

The meteorite left a massive 2,890-foot hole in the ground, which is what can be seen on the surface.

It is believed to be the second largest hole in the world.

Killing Dinosaurs: How a City-Size Steroid Cleared 75 Percent of All Animal and Plant Species

About 65 million years ago the non-avian dinosaurs were wiped out and more than half of the world’s species wiped out.

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

The Chicxulub asteroid is often cited as a possible cause of the Cretaceous and Paleogene extinction.

The asteroid hit a shallow sea in what is now the Gulf of Mexico.

The collision unleashed a huge cloud of dust and soot that led to global climate change, wiping out 75 percent of all animal and plant species.

The researchers claim that the soot necessary for such a global catastrophe could only come from a direct impact on rocks in shallow waters around Mexico, which are particularly rich in hydrocarbons.

Experts believe that within 10 hours of the collision, a massive tsunami hit the Gulf Coast.

About 65 million years ago the non-avian dinosaurs were wiped out and more than half of the world’s species wiped out. The Chicxulub asteroid is often cited as a possible cause of the Cretaceous and Paleogene Extinction Event (stock image)

This caused earthquakes and landslides as far away as Argentina.

But while waves and explosions were the creatures that lived at the time weren’t just experiencing the waves – the heat was much worse.

While investigating the event, researchers found small particles of rock and other debris that were released into the air when the asteroid shattered.

These tiny particles, called globules, covered the planet with a thick layer of soot.

Experts explain that the loss of sunlight caused a complete breakdown in the water system.

This is because the phytoplankton base of nearly all aquatic food chains has been phased out.

More than 180 million years of evolution that brought the world into the Cretaceous period is thought to have been destroyed in less than the age of Tyrannosaurus Rex, which was about 20 to 30 years old.