Isotope-based reconstruction of the biogeochemical Si cycle …

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  • OpenAlex ID W56892970
  • Type Dissertation
  • Language EN
  • Published 01 Jan 2012
  • Source DiVA (Stockholm University)
  • Publisher Stockholm University
  • Added 24 Jun 2016
  • Updated 27 Aug 2026
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Isotope-based reconstruction of the biogeochemical Si cycle : Implications for climate change and human perturbation

Dissertation 2012 EN Green

The global silicon (Si) cycle is of fundamental importance for the global carbon cycle. Diatom growth in the oceans is a major sequestration pathway for carbon on a global scale (often referred to as the biological pump). Patterns of diatoms preserved in marine sediment records can reveal both natural and anthropogenic driven environmental change, which can be used to understand silicon dynamics a…

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