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Bacteria living on the surface of the mineral olivine inside a deep, subseafloor aquifer rely on the Wood-Ljungdahl pathway, an ancient type of metabolism that uses hydrogen and carbon dioxide to…

By applying data science techniques to the fossil record, researchers have found evidence for two early extinction events that wiped out the strange organisms populating Earth during the Ediacaran…

A new book edited by Nir Goldman covers several computational approaches to simulate a range of chemical reactions relevant to deep carbon science, from prebiotic chemistry that led to the origin of…

By searching existing metagenomic data to find genes for a key methane metabolism enzyme, researchers identified new and diverse groups of archaea capable of producing or consuming methane. The…

DCO researchers used MultiGAS stations and flying drones to monitor gas emissions at Poás volcano in Costa Rica, a “wet” volcano that interacts with a hydrothermal system. They observed clear changes…

Researchers propose that seismic activity transports freshwater animals into the subsurface along fractures in the rock. This activity could explain the presence of nematodes and other small animals…

NASA’s Astrobiology Program has awarded a $9 million grant to a research team led by Karyn Rogers, to investigate the environments and conditions on Earth that led to the origin of life.

Deep Energy (DE) community Chair Isabelle Daniel (Université Lyon1, France) and co-chair Edward Young (University of California, Los Angeles, USA) brought together 37 members of the community in th

A survey of ocean sediments from around the world finds that dormant bacterial endospores are about as common as slow-growing cells, and make up a significant portion of the total microbial biomass,…

Computer simulations of the magma ocean on early Earth suggest that the carbon chemistry was surprisingly complex at high pressure. Iron likely sequestered much of the carbon into the metallic core…