Deep Carbon Obsrvtry
@deepcarb
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Deep Carbon Observatory is a ten-year quest to discover the quantity, movement, origins, and forms of carbon within deep Earth.
Joined November 2012
Deep Carbon: A Decade of Discovery https://t.co/uCE1lGH8Iz
#DeepCarb19
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Thought I'd share this beautiful shot of Fuego in the morning. Captured during @CascadeUav collaboration conducting/continuing various experiments using #UAS for volcanic measurements and monitoring. @UoM_MACE @UOBFlightLab @insivumehgt
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Can Meteorites On Earth Point To Ancient Life On Mars? Tune in to @scifri TODAY at 3:30 Eastern/12:30 Pacific to hear @CarnegiePlanets' Andrew Steele explain how a potato-sized piece of Mars changed planetary science.
sciencefriday.com
Why a meteor from Mars changed planetary science. Plus, why samples from the Perseverance rover will be key to understanding the Red Planet.
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New review paper out on melt transport in the mantle, check it out here:
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New research discovers surprising activity among organisms thriving in extremely deep, hot subseafloor https://t.co/XVxvdOZFz7 via @physorg_com
phys.org
Since the discovery of the deep subseafloor biosphere in the mid-1990s, scientists have studied the conditions under which organisms thrive in this isolated and generally food-deprived environment...
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Microbes survive deep below the seafloor at temperatures up to 120°C
newscientist.com
It was thought that microbes in sediments beneath the seafloor died above 80°C, but scientists have found some that can survive up to 120°C and possibly higher temperatures
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Rapid metabolism fosters microbial survival in the deep, hot subseafloor biosphere
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Depleted carbon isotope compositions observed at Gale crater, Mars
pnas.org
Obtaining carbon isotopic information for organic carbon from Martian sediments has long been a goal of planetary science, as it has the potential ...
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Mars rover detects carbon signature that hints at past life source
science.org
Dramatically “light” carbon could also be explained by atmospheric reactions or cosmic dust
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Unexpected methane synthesis from diamond and graphite https://t.co/WI3WredagE via @TechExplorist
techexplorist.com
Carbon-based graphitic materials may be very efficient reagents.
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In-situ abiogenic methane synthesis from diamond and graphite under geologically relevant conditions
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First carbon-making microbes discovered:
chemistryworld.com
Mysterious black material produced by deep sea archaea and bacteria found to be carbon
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The entire community is in mourning over the loss of one of the greatest pioneers in the study of subsurface life
This is the last thing I would ever wanted to share. A dear mentor whom I also called my friend will always be remembered. https://t.co/I44S70Zkjb
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Shedding light on microbial communities in deep aquifers https://t.co/CxOh9jqd6q via @physorg_com
phys.org
Underground in peridotite aquifers, the rock can interact with water to produce hydrogen, which microbes can use to power their cells, research suggests. Yet much of the research on these water-rock...
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Prof Terry Plank - an incredible trailblazer and leader in volcanology and geochemistry. Great to see her work celebrated in this way. 🌋🌏 @deepcarb @Columbia @LamontEarth
https://t.co/eXmZEEIed0 (Thanks @MarshallXMa for sharing the link!)
fox5ny.com
As part of the ongoing series: Women Scientists, FOX 5 NY puts the spotlight Professor Terry Plank, a trailblazer at the forefront of volcano research.
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Training the Next Generation of Physical Data Scientists - Eos
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New today! We show that FeS clusters form spontaneously with just cysteine, Fe and S. The same clusters as those used by cells to reduce CO2. Were they also the first cofactors at the #originoflife ? @NatureComms @oolen_org @uclnews
#science #chemistry
https://t.co/JeDXqfMZjh
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