Polysaccharide aggregation as a potential sink of marine dissolved organic carbon

The formation and sinking of biogenic particles mediate vertical mass fluxes and drive elemental cycling in the ocean 1 . Whereas marine sciences have focused primarily on particle production by phytoplankton growth, particle formation by the assembly of organic macromolecules has almost been neglec...

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Published in:Nature (London) Vol. 428; no. 6986; pp. 929 - 932
Main Authors: Engel, Anja, Thoms, Silke, Riebesell, Ulf, Rochelle-Newall, Emma, Zondervan, Ingrid
Format: Journal Article
Language:English
Published: London Nature Publishing Group UK 29.04.2004
Nature Publishing
Nature Publishing Group
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ISSN:0028-0836, 1476-4687, 1476-4687
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Abstract The formation and sinking of biogenic particles mediate vertical mass fluxes and drive elemental cycling in the ocean 1 . Whereas marine sciences have focused primarily on particle production by phytoplankton growth, particle formation by the assembly of organic macromolecules has almost been neglected 2 , 3 . Here we show, by means of a combined experimental and modelling study, that the formation of polysaccharide particles is an important pathway to convert dissolved into particulate organic carbon during phytoplankton blooms, and can be described in terms of aggregation kinetics. Our findings suggest that aggregation processes in the ocean cascade from the molecular scale up to the size of fast-settling particles, and give new insights into the cycling and export of biogeochemical key elements such as carbon, iron and thorium.
AbstractList The formation and sinking of biogenic particles mediate vertical mass fluxes and drive elemental cycling in the ocean. Whereas marine sciences have focused primarily on particle production by phytoplankton growth, particle formation by the assembly of organic macromolecules has almost been neglected. Here we show, by means of a combined experimental and modelling study, that the formation of polysaccharide particles is an important pathway to convert dissolved into particulate organic carbon during phytoplankton blooms, and can be described in terms of aggregation kinetics. Our findings suggest that aggregation processes in the ocean cascade from the molecular scale up to the size of fast-settling particles, and give new insights into the cycling and export of biogeochemical key elements such as carbon, iron and thorium. [PUBLICATION ABSTRACT]
The formation and sinking of biogenic particles mediate vertical mass fluxes and drive elemental cycling in the ocean(1). Whereas marine sciences have focused primarily on particle production by phytoplankton growth, particle formation by the assembly of organic macromolecules has almost been neglected(2,3). Here we show, by means of a combined experimental and modelling study, that the formation of polysaccharide particles is an important pathway to convert dissolved into particulate organic carbon during phytoplankton blooms, and can be described in terms of aggregation kinetics. Our findings suggest that aggregation processes in the ocean cascade from the molecular scale up to the size of fast-settling particles, and give new insights into the cycling and export of biogeochemical key elements such as carbon, iron and thorium.
The formation and sinking of biogenic particles mediate vertical mass fluxes and drive elemental cycling in the ocean. Whereas marine sciences have focused primarily on particle production by phytoplankton growth, particle formation by the assembly of organic macromolecules has almost been neglected. Here we show, by means of a combined experimental and modelling study, that the formation of polysaccharide particles is an important pathway to convert dissolved into particulate organic carbon during phytoplankton blooms, and can be described in terms of aggregation kinetics. Our findings suggest that aggregation processes in the ocean cascade from the molecular scale up to the size of fast-settling particles, and give new insights into the cycling and export of biogeochemical key elements such as carbon, iron and thorium.The formation and sinking of biogenic particles mediate vertical mass fluxes and drive elemental cycling in the ocean. Whereas marine sciences have focused primarily on particle production by phytoplankton growth, particle formation by the assembly of organic macromolecules has almost been neglected. Here we show, by means of a combined experimental and modelling study, that the formation of polysaccharide particles is an important pathway to convert dissolved into particulate organic carbon during phytoplankton blooms, and can be described in terms of aggregation kinetics. Our findings suggest that aggregation processes in the ocean cascade from the molecular scale up to the size of fast-settling particles, and give new insights into the cycling and export of biogeochemical key elements such as carbon, iron and thorium.
The formation and sinking of biogenic particles mediate vertical mass fluxes and drive elemental cycling in the ocean. Whereas marine sciences have focused primarily on particle production by phytoplankton growth, particle formation by the assembly of organic macromolecules has almost been neglected. Here we show, by means of a combined experimental and modelling study, that the formation of polysaccharide particles is an important pathway to convert dissolved into particulate organic carbon during phytoplankton blooms, and can be described in terms of aggregation kinetics. Our findings suggest that aggregation processes in the ocean cascade from the molecular scale up to the size of fast-settling particles, and give new insights into the cycling and export of biogeochemical key elements such as carbon, iron and thorium.
Tests have demonstrated that the formation and sinking of biogenic particles acts to mediate vertical mass fluxes and drive elemental cycling in the ocean. Many studies have considered particle production via phytoplankton growth. Most studies have overlooked particle formation by the assembly of organic macromolecules. Findings from a combined experimental and modeling study showed that the formation of polysaccharide particles serves as an important pathway for the conversion of dissolved organic carbon into particulate organic carbon during phytoplankton blooms. These formation processes can be accurately described in terms of aggregation kinetics. Insights into the cycling and export of biogeogemical key elements (e.g., carbon, iron, and thorium) are presented.
The formation and sinking of biogenic particles mediate vertical mass fluxes and drive elemental cycling in the ocean 1 . Whereas marine sciences have focused primarily on particle production by phytoplankton growth, particle formation by the assembly of organic macromolecules has almost been neglected 2 , 3 . Here we show, by means of a combined experimental and modelling study, that the formation of polysaccharide particles is an important pathway to convert dissolved into particulate organic carbon during phytoplankton blooms, and can be described in terms of aggregation kinetics. Our findings suggest that aggregation processes in the ocean cascade from the molecular scale up to the size of fast-settling particles, and give new insights into the cycling and export of biogeochemical key elements such as carbon, iron and thorium.
Audience Academic
Author Riebesell, Ulf
Zondervan, Ingrid
Rochelle-Newall, Emma
Thoms, Silke
Engel, Anja
Author_xml – sequence: 1
  givenname: Anja
  surname: Engel
  fullname: Engel, Anja
  email: anja.engel@stonybrook.edu
  organization: Alfred-Wegener-Institut für Polar- und Meeresforschung, Marine Sciences Research Center, Stony Brook University, Leibniz-Institut für Meereswissenschaften, Universität Kiel, Centre IRD de Noumea, BPA5
– sequence: 2
  givenname: Silke
  surname: Thoms
  fullname: Thoms, Silke
  email: sthoms@awi-bremerhaven.de
  organization: Alfred-Wegener-Institut für Polar- und Meeresforschung
– sequence: 3
  givenname: Ulf
  surname: Riebesell
  fullname: Riebesell, Ulf
  organization: Alfred-Wegener-Institut für Polar- und Meeresforschung, Marine Sciences Research Center, Stony Brook University, Leibniz-Institut für Meereswissenschaften, Universität Kiel, Centre IRD de Noumea, BPA5
– sequence: 4
  givenname: Emma
  surname: Rochelle-Newall
  fullname: Rochelle-Newall, Emma
  organization: Laboratoire d'Océanographie de Villefranche sur Mer, Station Zoologique, Marine Sciences Research Center, Stony Brook University, Leibniz-Institut für Meereswissenschaften, Universität Kiel, Centre IRD de Noumea, BPA5
– sequence: 5
  givenname: Ingrid
  surname: Zondervan
  fullname: Zondervan, Ingrid
  organization: Alfred-Wegener-Institut für Polar- und Meeresforschung
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Keywords Primary productivity
Biological macromolecule
Particulate carbon
Biogeochemical cycle
Modeling
Dissolved organic carbon
Carbon cycle
Bloom
Phytoplankton
Molecular aggregation
Kinetics
Formation mechanism
Polysaccharide
Oceanology
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T Volk (BFnature02453_CR4) 1985
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Snippet The formation and sinking of biogenic particles mediate vertical mass fluxes and drive elemental cycling in the ocean 1 . Whereas marine sciences have focused...
The formation and sinking of biogenic particles mediate vertical mass fluxes and drive elemental cycling in the ocean. Whereas marine sciences have focused...
Tests have demonstrated that the formation and sinking of biogenic particles acts to mediate vertical mass fluxes and drive elemental cycling in the ocean....
The formation and sinking of biogenic particles mediate vertical mass fluxes and drive elemental cycling in the ocean(1). Whereas marine sciences have focused...
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SubjectTerms Bacteria - isolation & purification
Bacteria - metabolism
Carbon
Carbon - chemistry
Carbon - metabolism
Dissolved organic carbon
Earth Sciences
Earth, ocean, space
Exact sciences and technology
External geophysics
Humanities and Social Sciences
Kinetics
letter
Marine
Marine sciences
multidisciplinary
Ocean currents
Oceanography
Oceans and Seas
Organic chemistry
Particulate organic carbon
Physical and chemical properties of sea water
Physics of the oceans
Phytoplankton
Phytoplankton - chemistry
Phytoplankton - metabolism
Plankton
Polysaccharides - chemistry
Polysaccharides - metabolism
Science
Science (multidisciplinary)
Sciences of the Universe
Seawater - chemistry
Seawater - microbiology
Solubility
Thorium
Title Polysaccharide aggregation as a potential sink of marine dissolved organic carbon
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Volume 428
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