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Stable Iron Carbonates Survive Journey to Earth’s Interior 19 July 2017 Feature

In a new paper in the journal Nature Communications [1], Valerio Cerantola (European Synchrotron…

A New Source of Hydrocarbons in the Deep Carbon Cycle 12 June 2017 Feature

Due to its ubiquity on the surface, acetate could end up in the deep subsurface through subduction…

Deep Burial of Organic Carbon into the Mantle Enabled “Great Oxidation Event” 25 April 2017 Feature

The rise across GOE and the subsequent increases in Earth’s atmospheric oxygen enabled the…

History of Earth's Early Carbon Cycle Recorded in 2-Billion-Year-Old Diamonds 28 February 2017 Feature

Members of DCO’s Reservoirs and Fluxes Community Gareth Davies, Suzette Timmerman and Janne…

Deep Earth Water Community Forms to Investigate Fluids in Deep Earth 19 December 2016 Feature

DEW, published in 2014, enables modeling of water-rock interactions at the conditions of Earth’s…

Earth’s Largest Diamonds Form in Metal-bearing Part of Earth’s Mantle 15 December 2016 Feature

Super-deep diamonds, which form more than 380 km deep in Earth’s mantle, are invaluable tools for…

X Ray Diffraction of Super-deep Diamonds 15 December 2016 Feature

In this video, Fabrizio Nestola demonstrates the instrument used in new research about how large…

New Special Issue of Lithos: The Nature of Diamonds and Their Use in Earth's Study 1 December 2016 Feature

Titled “The nature of diamonds and their use in Earth's study,” the 15 November 2016 edition of the…

HIMU Ocean Island Sources linked to Carbonated Continental Roots 22 September 2016 Feature

Examples of such islands include the Hawaiian and Galápagos chains. Prevailing scientific theory…

Third International Diamond School at the University of Alberta, Canada 22 July 2016 Feature

The Third International Diamond School took place at the University of Alberta, with the Deep…

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