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DatoValore
TitleCarbon flow mediated by microbial communities
AbstractPlanktonic microbial communities play an important role in controlling the CO flux between the atmosphere and the ocean. C-uptake (primary and bacterial production) have been analysed more extensively than mineralization processes (community respiration). This has given to rise to a gap for a complete knowledge of C-flux in the marine environment. The research activity conducted in the frame of the EU Project SESAME (WP 3.8.2) provided new data on biological processes in the Cilician Basin. This area showed the heterotrophic nature of the off-shore site (P/R<1) with the potential to represent a consisting CO source.
SourceRapports et procès verbaux des réunions - Commission internationale pour l'exploration scientifique de la mer Méditerranée 39, pp. 1
Keywordsbacterial productionrespirationprimary productionLevantine basin
JournalRapports et procès verbaux des réunions - Commission internationale pour l'exploration scientifique de la mer Méditerranée
EditorCommission internationale pour l'exploration scientifique de la mer Méditerranée., Monaco,
Year2010
TypeArticolo in rivista
AuthorsZoppini A; S. Amalfitano , S. Fazi , S. Tugrul , Z. Uysal, A. Puddu
Text181201 2010 Google Scholar http //www.ciesm.org/online/archives/abstracts/pdf/39/PG_0417.pdf bacterial production respiration primary production Levantine basin Carbon flow mediated by microbial communities Zoppini A; S. Amalfitano , S. Fazi , S. Tugrul , Z. Uysal, A. Puddu IRSA CNR, Roma, Italy IMS METU Erdemly, Turkey Planktonic microbial communities play an important role in controlling the CO flux between the atmosphere and the ocean. C uptake primary and bacterial production have been analysed more extensively than mineralization processes community respiration . This has given to rise to a gap for a complete knowledge of C flux in the marine environment. The research activity conducted in the frame of the EU Project SESAME WP 3.8.2 provided new data on biological processes in the Cilician Basin. This area showed the heterotrophic nature of the off shore site P/R<1 with the potential to represent a consisting CO source. 39 Published version Carbon Flow mediated by mcrobial communities in the eastern mediterranean se Planktonic microbial communities play an important role in controlling the CO flux between the atmosphere and the ocean. C uptake primary and bacterial production have been analysed more extensively than mineralization processes community respiration . This has given to rise to a gap for a complete knowledge of C flux in the marine environment. The research activity conducted in the frame of the EU Project SESAME WP 3.8.2 provided new data on biological processes in the Cilician Basin. This area showed the heterotrophic nature of the off shore site P/R<1 with the potential to represent a consisting CO source. Zoppini_Proceedings_CIESM_2010.pdf Carbon flow mediated by microbial communities in the Eastern Mediterranean Sea Zoppini_CIESM_10.pdf Articolo in rivista Commission internationale pour l exploration scientifique de la mer Mediterranee. 0373 434X Rapports et proces verbaux des reunions Commission internationale pour l exploration scientifique de la mer Mediterranee Rapports et proces verbaux des reunions Commission internationale pour l exploration scientifique de la mer Mediterranee Rapp. p v. reun. Comm. int. explor. sci. mer Mediterr. stefano.fazi FAZI STEFANO stefano.amalfitano AMALFITANO STEFANO alberto.puddu PUDDU ALBERTO annamaria.zoppini ZOPPINI ANNAMARIA SESAME Southern European Seas Assessing and modelling ecosystem changes