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Open cut hard rock mining, Kalgoorlie, Western Australia.

Mining precious rare-earth elements from coal fly ash with a reusable ionic liquid

Geology Page - June 26, 2021

Open cut hard rock mining, Kalgoorlie, Western Australia.

Mining : What is Mining? What are the 4 mining methods?

States With Gold : Where Are Gold Mines In The United States?

Gold

Mining : What Is Gold Mining? How Is Gold Mined?

These are polymetallic nodules with Plenaster craigi. White line is 1 cm.

Marine species threatened by deep-sea mining

Scientists search for new ways to deal with U. S. uranium...

Geology Page - February 12, 2015

Inhospitable climate fosters gold ore formation

Geology Page - February 5, 2015

‘Gold rush’ threatens tropical forests in South America

Geology Page - January 14, 2015

Missing electrons the secret to mine metal

Geology Page - January 13, 2015

Laser from plane discovers Roman goldmines in Spain

Geology Page - November 20, 2014

Deep-sea mining projects land in hot water

Geology Page - March 3, 2014

Mega-landslide in giant Utah copper mine may have triggered earthquakes

Geology Page - January 8, 2014

Mine landslide triggered quakes

Geology Page - January 6, 2014

Gold rush in space? Asteroid miners prepare, but eye water first

Geology Page - November 21, 2013

Looking for a new gold mine? We’ve got the map

Geology Page - October 29, 2013

Deepwater Mining in Norway

Geology Page - October 22, 2013

After millennia of mining, copper nowhere near ‘peak’

Geology Page - July 7, 2013

Mine Disaster: Hundreds of Aftershocks

Geology Page - April 20, 2013

Mining Ancient Ores for Clues to Early Life

Geology Page - January 1, 2013

Sulphur proves important in the formation of gold mines

Geology Page - September 15, 2011

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What is the Black Stone of Mecca? What is the type of Black Stone?

What is the Black Stone of Mecca? What is the type...

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Injection wells can induce earthquakes miles away from the well

August 30, 2018

A schematic diagram of the Earth's deep oxygen factory shows the oxygenation and deoxygenation processes of hydrous mantle materials in the lower mantle across the ~1000 km depth beneath Earth's surface. Under the conditions of Earth's middle mantle, scientists discovered an oxygen-excess phase, (Mg,Fe)2O3+δ (0 < δ < 1) that can be formed with under-saturated water at >1000 kilometers depths. Those oxygen-excess materials may have long-termly oxidized the shallow mantle and the crust, which is essential to allow free oxygen to build up in Earth's atmosphere. Credit: Science China Press

Oxygen-excess oxides in Earth’s mid-mantle facilitate the ascent of deep oxygen

May 28, 2020

Laser scanning shows rates and patterns of surface deformation from the...

December 5, 2015

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