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Illustration depicting where microbial life is discovered in vents.
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Illustration depicting where microbial life is discovered in vents.
Illustration depicting where microbial life is discovered in vents.
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256239
Creator
Cook, John E.
Title
Illustration depicting where microbial life is discovered in vents.
Illustration depicting where microbial life is discovered in vents.
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Animation
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Date
12/26/2007
File name
AncientVent5-text.jpg
Notes
News Release caption: Scientist found mummified microbial life in rocks from a seafloor hydrothermal system that was active more than 100 million years ago during the Early Cretaceous when the supercontinent Pangaea was breaking apart and the Atlantic ocean was just about to open. Buried under almost 700 meters of sediment, the samples were recovered by the seafloor drilling vessel JOIDES Resolution near the coast of Portugal. Hydrothermal fluids rich in hydrogen and methane mixed with seawater about 65 meters below the seafloor. This process supported bacteria and archaea in what scientists call 'the deep biosphere' in rocks from Earth's mantle. Conditions for microbial life were nearly ideal, the study showed, in this seemingly inhospitable environment. Image Of the Day caption: While conducting a study on hydrogen generation in mantle rocks, WHOI associate scientist, Frieder Klein and his colleagues discovered the remains of fossilized microorganisms mummified in hydrothermal deposits. The microbes appear to have been thriving beneath the rocky seafloor when the supercontinent Pangaea broke apart, and the Atlantic ocean opened, more than 100 million years ago. The primitive organisms drew energy from seawater mixed with hot hydrothermal fluids enriched in hydrogen. Studying the environmental conditions of this habitat may provide important clues to our understanding of what represents possibly the most primitive and ancient ecosystem on Earth.
News Release caption:
Scientist found mummified microbial life in rocks from a seafloor hydrothermal system that was active more than 100 million years ago during the Early Cretaceous when the supercontinent Pangaea was breaking apart and the Atlantic ocean was just about to open. Buried under almost 700 meters of sediment, the samples were recovered by the seafloor drilling vessel JOIDES Resolution near the coast of Portugal. Hydrothermal fluids rich in hydrogen and methane mixed with seawater about 65 meters below the seafloor. This process supported bacteria and archaea in what scientists call 'the deep biosphere' in rocks from Earth's mantle. Conditions for microbial life were nearly ideal, the study showed, in this seemingly inhospitable environment.
Image Of the Day caption:
While conducting a study on hydrogen generation in mantle rocks, WHOI associate scientist, Frieder Klein and his colleagues discovered the remains of fossilized microorganisms mummified in hydrothermal deposits. The microbes appear to have been thriving beneath the rocky seafloor when the supercontinent Pangaea broke apart, and the Atlantic ocean opened, more than 100 million years ago. The primitive organisms drew energy from seawater mixed with hot hydrothermal fluids enriched in hydrogen. Studying the environmental conditions of this habitat may provide important clues to our understanding of what represents possibly the most primitive and ancient ecosystem on Earth.
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© Shane Gross/Greenpeace
© Woods Hole Oceanographic Institution
Adinah Barnett
Adobe Farmhouse Photography
Alamy Stock Photo
Courtesy of National Aeronautics and Space Administration
Getty Images/iStockphoto
Illustration by Eric S. Taylor, WHOI Creative
Illustration by Jack Cook
Illustration by Jayne Doucette
Illustration by Natalie Renier, WHOI Creative
Marine Imaging Technologies, LLC © Woods Hole Oceanographic Institution
Photo by Amy Apprill
Photo by Craig LaPlante
Photo by Daniel Hentz
Photo by Danielle Fino
Photo by Darlene Trew Crist
Photo by Elise Hugus
Photo by Hannah Piecuch
Photo by Jayne Doucette
Photo by Katherine Spencer Joyce
Photo by Ken Kostel
Photo by Marley L. Parker
Photo by Matthew Barton
Photo by ML Parker
Photo by Rachel Mann
Photo by Rebecca Travis
Photo by Sean Patrick Whelan
Photo by Tina Thomas
Photo by Tom Kleindinst
Photo by Véronique LaCapra
Photo courtesy of Woods Hole Oceanographic Institution Archives
Photographie : @alexis.rosenfeld
ROV SuBastian / Schmidt Ocean In
Video by Craig LaPlante
Video by Danielle Fino
Video by Hannah Piecuch
Video by Jayne Doucette
Video by Ken Kostel
Video by Matthew Barton
WHOI Creative © Woods Hole Oceanographic Institution
-- Other --
Illustration by Jack Cook (WHOI) and Ron Blakey (Colorado Plateau Geosystems)
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© Scripps Institution of Oceanography at UC San Diego
© 2021 Woods Hole Oceanographic Institution, all rights reserved
© 2023 Woods Hole Oceanographic Institution, all rights reserved
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Copyright 2002
Copyright 2007 Jeff Yonover
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Copyright,
Copyright: Jenouvrier - WHOI
Copyright: Peter Kimball
Credit: Universal Images Group North America LLC / Alamy Stock Photo
Croy Carlin
Dee Sullivan
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Image courtesy of NOAA Ocean Exploration, Deep Connections 2019.
Jeff Yonover 2015
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Photo by Chris Linder, WHOI
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Unless otherwise noted (copyrighted material for example), information presented on this World Wide Web site is considered publi
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-- Other --
© Woods Hole Oceanographic Institution
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AncientVent5-text.jpg
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jdoucette
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2015-09-02 00:00:00
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shoughton: to update G&G website jdoucette: Image Of the Day, 10/30/2015
shoughton: to update G&G website
jdoucette: Image Of the Day, 10/30/2015
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