hdl:10013/epic.21418
Modeling carbon overconsumption of marine phytoplankton
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mschartau [ at ] notes.cc.sunysb.edu
Abstract
Marine ecosystem models often have difficulties in matching observed production rates of particulate organic carbon (POC). For example, errors are likely to be associated with an excessive carbon assimilation (high C:N assimilation ratio) in the absence of other nitrate.A model is formulated which decouples the formation of POC from particulate organic nitrogen (PON). The model study provides a quantitative assessment of carbon fluxes, including inorganic carbon assimilation by phytoplankton, the exudation of polysaccharides, and their susbsequent transformation into the carbon content of larger particles such as those measured as transparent exopolymeric particles.
Item Type
Conference
(Poster)
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Published
Event Details
US-JGOFS Synthesis and Modeling Summer Meeting 2004..
Eprint ID
10952
Cite as
Schartau, M.
(2004):
Modeling carbon overconsumption of marine phytoplankton
,
US-JGOFS Synthesis and Modeling Summer Meeting 2004.
.
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