Tag

Kimberlite Eruptions

All articles tagged with #kimberlite eruptions

science2 years ago•1 min saved

"Stunning Animation Captures Earth's Crust Erupting with Diamonds"

New research suggests that major geological events, such as the breaking up of supercontinents, could send "fountains of diamonds" shooting up to the Earth's surface. These diamonds, formed deep within the Earth, are propelled upwards by kimberlite eruptions, which can travel at high speeds and create enormous explosions on the surface. The research indicates that these eruptions occur around 22-30 million years after plates begin to pull apart, leading to the mixing and flow of rock from the upper mantle and lower crust, ultimately causing the explosive rushes of diamonds towards the surface. This work could aid in the search for untapped diamond deposits.

via indy100|

#diamonds #earths-crust #geological-events

science-and-nature2 years ago•1 min saved

"Unraveling the Mystery of Earth's Diamond Eruptions"

Research suggests that diamonds could be propelled to the Earth's surface during major geological events, such as supercontinents breaking up, through kimberlite eruptions. These eruptions, occurring around 22-30 million years after plates begin to pull apart, result from the mixing and flowing of rock from the upper mantle and lower crust, leading to explosive rushes of rock, water, carbon dioxide, and diamonds towards the surface. The findings could aid in the search for untapped diamond deposits.

via indy100|

#diamonds #earths-crust #geological-events

science2 years ago•1 min saved

"Earth's Crust Erupts with 'Fountains of Diamonds' After Major Explosion"

New research suggests that major geological events, such as the breaking up of supercontinents, could send "fountains of diamonds" shooting up to the Earth's surface. These diamonds, formed deep below the Earth's surface, are propelled upwards by kimberlite eruptions, creating explosive rushes towards the surface. The research, led by Thomas Gernon and his team, indicates that these eruptions occur around 22-30 million years after plates begin to pull apart, and their findings could aid in the search for untapped diamond deposits.

via indy100|

#diamonds #earths-crust #geological-events

science2 years ago•2 min saved

"Diamonds Unearthed: Volcanos Reveal Astonishing Secrets"

Scientists have discovered that diamonds can be pushed to the Earth's surface during volcanic eruptions, particularly during kimberlite eruptions that occur when supercontinents break up. These eruptions, which can reach speeds of 11 to 83 mph, occur when tectonic plates shift and cause the base of the continental crust to thin, leading to explosive reactions. The eruptions typically happen 22 to 30 million years after the plates begin pulling apart. The findings may help locate previously unknown diamond deposits and provide insights into the Earth's interior.

via Giant Freakin Robot|

#diamonds #kimberlite-eruptions #science

science2 years ago•2 min saved

Giant "Pillars of Heat" Push Diamonds Up from Earth's Depths, Supercomputers Reveal.

Supercomputer modelling has shown that the eruptions that bring diamonds to the surface are fuelled by giant "pillars of heat" rooted 2,900km below ground, just above Earth's core. These pillars supply heat underneath kimberlites and explain most kimberlite eruptions over the past 200 million years. Understanding Earth's internal history can be used to target mineral reserves, including diamonds, nickel, and rare earth elements.

via Freethink|

#diamonds #earths-mantle #kimberlite-eruptions

science2 years ago•3 min saved

Supercomputers Unveil Diamond-Forming 'Pillars of Heat' in Earth's Depths

Supercomputer modeling has revealed that giant "pillars of heat" rooted 2,900 kilometers below ground, just above Earth's core, fuel the small yet powerful volcanic eruptions of kimberlite rock that bring diamonds close to the surface. The modeling also predicts previously undiscovered kimberlite eruptions in East Antarctica and Western Australia. Understanding Earth's internal history can help target mineral reserves, including not only diamonds but also crucial minerals such as nickel and rare earth elements.

via Phys.org|

#diamonds #earths-mantle #kimberlite-eruptions

science2 years ago•3 min saved

Supercomputers uncover diamond formation mystery.

Supercomputer modelling has revealed that giant "pillars of heat" rooted 2,900 kilometres below ground, just above Earth's core, fuel the small yet powerful volcanic eruptions of kimberlite rock that bring diamonds to the surface. The modelling also predicts previously undiscovered kimberlite eruptions in East Antarctica and Western Australia. Understanding Earth's internal history can help target mineral reserves, including crucial minerals such as nickel and rare earth elements.

via The Conversation Indonesia|

#diamonds #earths-mantle #kimberlite-eruptions