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Bacterioplankton in a warming world: melting Arctic sea ice reorganizes community structure and functioning via organic matter inputs

Underwood, Graham J C and Michel, Christine 2017. Bacterioplankton in a warming world: melting Arctic sea ice reorganizes community structure and functioning via organic matter inputs. [Dataset]. Colchester, University of Essex. 10.5526/ERDR-00000072

Dataset of environmental variables and bacterial growth parameters published in Underwood et al. "Bacterioplankton in a warming world: melting Acrtic sea ice reorganizes community structure and functioning via organic matter inputs" contact gjcu@essex.ac.uk for access before publication

Creators:
Creators NameEmailAffiliationORCID
Underwood, Graham J Cgjcu@essex.ac.ukUniversity of Essexhttp://orcid.org/000-0001-5605-0679
Michel, ChristineChristine.Michel@dfo-mpo.gc.caDFO CanadaUNSPECIFIED
Division: Faculty of Science and Health > Biological Sciences, School of
Subjects: Q Science > QD Chemistry
Q Science > QR Microbiology
Keywords: Arctic Ocean, Bacterial growth, dissolved organic matter
Research funder: NERC
Grant reference: NE/E016251/1
Grant title: Production, characterisation and novel roles of sea-ice diatom exopolymers (EPS)
Depositor: Graham Underwood
Date Deposited: 14 Sep 2017 15:47
Last Modified: 14 Sep 2017 15:49

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