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Long-distance electron transport occurs globally in marine sediments
by
Hidalgo-Martinez, Silvia
, Tramper, Anton
, Meysman, Filip J. R
, Meire, Lorenz
, Zetsche, Eva-Maria
, Burdorf, Laurine D. W
, Seitaj, Dorina
, Boschker, Henricus T. S
in
Bacteria
/ basin
/ Biogeochemistry
/ cable bacteria
/ Carbon cycle
/ cerastoderma-edule
/ coastal
/ Coastal ecology
/ Coastal ecosystems
/ Coastal processes
/ Coastal sediments
/ Distance
/ Ecology
/ Ekologi
/ Electron transport
/ Environmental Sciences
/ Environmental Sciences & Ecology
/ Estuaries
/ Filamentous bacteria
/ Flats (landforms)
/ Geochemistry
/ Geologi
/ Geology
/ Hypoxia
/ in-situ hybridization
/ International marketing
/ Laboratories
/ Mangroves
/ Marine sediments
/ Metabolism
/ Microorganisms
/ Miljövetenskap
/ nitrate reduction
/ Ocean floor
/ Oxidation
/ Oxygen
/ Salt marshes
/ Saltmarshes
/ sea-floor
/ Sediment
/ Sediments
/ Sulfide
/ sulfide oxidation
/ Sulfides
/ Sulfur
/ Sulfur oxidation
/ Sulphides
/ Sulphur
/ Tidal flats
/ Tidal marshes
/ Transport
/ Transport phenomena
/ water column
2017
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Long-distance electron transport occurs globally in marine sediments
by
Hidalgo-Martinez, Silvia
, Tramper, Anton
, Meysman, Filip J. R
, Meire, Lorenz
, Zetsche, Eva-Maria
, Burdorf, Laurine D. W
, Seitaj, Dorina
, Boschker, Henricus T. S
in
Bacteria
/ basin
/ Biogeochemistry
/ cable bacteria
/ Carbon cycle
/ cerastoderma-edule
/ coastal
/ Coastal ecology
/ Coastal ecosystems
/ Coastal processes
/ Coastal sediments
/ Distance
/ Ecology
/ Ekologi
/ Electron transport
/ Environmental Sciences
/ Environmental Sciences & Ecology
/ Estuaries
/ Filamentous bacteria
/ Flats (landforms)
/ Geochemistry
/ Geologi
/ Geology
/ Hypoxia
/ in-situ hybridization
/ International marketing
/ Laboratories
/ Mangroves
/ Marine sediments
/ Metabolism
/ Microorganisms
/ Miljövetenskap
/ nitrate reduction
/ Ocean floor
/ Oxidation
/ Oxygen
/ Salt marshes
/ Saltmarshes
/ sea-floor
/ Sediment
/ Sediments
/ Sulfide
/ sulfide oxidation
/ Sulfides
/ Sulfur
/ Sulfur oxidation
/ Sulphides
/ Sulphur
/ Tidal flats
/ Tidal marshes
/ Transport
/ Transport phenomena
/ water column
2017
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Long-distance electron transport occurs globally in marine sediments
by
Hidalgo-Martinez, Silvia
, Tramper, Anton
, Meysman, Filip J. R
, Meire, Lorenz
, Zetsche, Eva-Maria
, Burdorf, Laurine D. W
, Seitaj, Dorina
, Boschker, Henricus T. S
in
Bacteria
/ basin
/ Biogeochemistry
/ cable bacteria
/ Carbon cycle
/ cerastoderma-edule
/ coastal
/ Coastal ecology
/ Coastal ecosystems
/ Coastal processes
/ Coastal sediments
/ Distance
/ Ecology
/ Ekologi
/ Electron transport
/ Environmental Sciences
/ Environmental Sciences & Ecology
/ Estuaries
/ Filamentous bacteria
/ Flats (landforms)
/ Geochemistry
/ Geologi
/ Geology
/ Hypoxia
/ in-situ hybridization
/ International marketing
/ Laboratories
/ Mangroves
/ Marine sediments
/ Metabolism
/ Microorganisms
/ Miljövetenskap
/ nitrate reduction
/ Ocean floor
/ Oxidation
/ Oxygen
/ Salt marshes
/ Saltmarshes
/ sea-floor
/ Sediment
/ Sediments
/ Sulfide
/ sulfide oxidation
/ Sulfides
/ Sulfur
/ Sulfur oxidation
/ Sulphides
/ Sulphur
/ Tidal flats
/ Tidal marshes
/ Transport
/ Transport phenomena
/ water column
2017
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Long-distance electron transport occurs globally in marine sediments
Journal Article
Long-distance electron transport occurs globally in marine sediments
2017
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Overview
Recently, long filamentous bacteria have been reported conducting electrons over centimetre distances in marine sediments. These so-called cable bacteria perform an electrogenic form of sulfur oxidation, whereby long-distance electron transport links sulfide oxidation in deeper sediment horizons to oxygen reduction in the upper millimetres of the sediment. Electrogenic sulfur oxidation exerts a strong impact on the local sediment biogeochemistry, but it is currently unknown how prevalent the process is within the seafloor. Here we provide a state-of-the-art assessment of its global distribution by combining new field observations with previous reports from the literature. This synthesis demonstrates that electrogenic sulfur oxidation, and hence microbial long-distance electron transport, is a widespread phenomenon in the present-day seafloor. The process is found in coastal sediments within different climate zones (off the Netherlands, Greenland, the USA, Australia) and thrives on a range of different coastal habitats (estuaries, salt marshes, mangroves, coastal hypoxic basins, intertidal flats). The combination of a widespread occurrence and a strong local geochemical imprint suggests that electrogenic sulfur oxidation could be an important, and hitherto overlooked, component of the marine cycle of carbon, sulfur and other elements.
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