Earth’s Largest Diamonds Form in Metal-bearing Part of Earth’s Mantle
Super-deep diamonds, which form more than 380 km deep in Earth’s mantle, are invaluable tools for deep carbon scientists. Super-deep diamonds, which form more than
Stay up-to-date with the latest discoveries and developments in the world of diamonds, mantle geodynamics, and the deep carbon cycle. This section highlights new research, exciting findings, and scientific advancements that provide deeper insights into how carbon moves through Earth’s interior and how diamonds unlock the secrets of the planet’s mantle.
Super-deep diamonds, which form more than 380 km deep in Earth’s mantle, are invaluable tools for deep carbon scientists. Super-deep diamonds, which form more than
The 15 November 2016 edition of the journal Lithos delves into the role of natural diamonds in deep Earth research. Titled “The nature of diamonds
The Third International Diamond School took place at the University of Alberta, with the Deep Carbon Observatory as the main event sponsor (together with De Beers and
In a recent letter published in Nature, researchers propose that most carbon goes no deeper than about 300 to 500 kilometers, at which point a
In a study published in Nature, a team of scientists describes an unexpected mechanism for diamond formation relying on ancient, subducted seawater. Diamonds are crystals
Applications are invited for a highly qualified and motivated postdoctoral research scientist with a geologic background in computational geophysical fluid dynamics, whose primary responsibility will