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A study of volcanic hydrothermal sites worldwide suggests that hydrocarbons at some of these locations can appear to form in the absence of life, but actually overwhelmingly originate as organic…
Researchers adapted sonar equipment to quantify the amount of methane bubbling up from the floor of the East Siberian Arctic Sea. If deployed on research vessels more widely, these instruments could…
In 2019, the Deep Carbon Observatory is both celebrating a decade of discovery and launching the next decade of deep carbon science.
Eight members of the DCO science network volunteered to become Wikipedia Fellows and to improve the content of science material on the free online encyclopedia. Through their efforts, they improved…
The future of deep carbon science featured prominently at the recent Mineralogical Society of America Centennial Symposium, 20-21 June 2019 in Washington, DC.
Ancient, isolated groundwaters sampled from 2.7 billion year old rocks at Kidd Creek Observatory in Canada support a tenacious community of microbes that survive on the products of water-rock…
A new initiative entitled The Ocean Floor – Earth’s Uncharted Interface, is receiving more than $8 million annually for seven years to investigate the interactions among biological, geological, and…
A recent study demonstrates that deep-sea microbes prefer to maintain their high-pressure lifestyles uninterrupted when visiting researchers’ laboratories, compared to excursions where they…
The Deep Time Data-Driven Discovery group is a coalition of researchers seeking to answer questions about the evolution of planetary systems through data science tools.
An analysis of bits of magma inside olivine crystals from 3.3 billion-year-old rocks suggests that ocean crust was already being recycled back into the subsurface then. The discovery points to an…
"This decade of discovery has laid a strong foundation for deep carbon science continuing well beyond 2019."