In the marine ecosystem, the bacterioplankton crucially affects organic matter mineralization and assimilation, mediating a significant conversion of carbon into biomass which is then transferred to the food web. In the frame of the EU Project SESAME (http://www.sesame-ip.eu), the research activity provided new data on the abundance and phylogenetic richness of the heterotrophic bacterial community in the oligotrophic waters of the Eastern Mediterranean Sea.
PHYLOGENETIC COMPOSITION AND SINGLE-CELL ACTIVITY OF BACTERIOPLANKTON COMMUNITIES IN THE COASTAL SYSTEM OF CILICIAN BASIN (NORTH-EASTERN MEDITERRANEAN SEA).
AMALFITANO S;PUDDU A;FAZI S;ZOPPINI A
2010
Abstract
In the marine ecosystem, the bacterioplankton crucially affects organic matter mineralization and assimilation, mediating a significant conversion of carbon into biomass which is then transferred to the food web. In the frame of the EU Project SESAME (http://www.sesame-ip.eu), the research activity provided new data on the abundance and phylogenetic richness of the heterotrophic bacterial community in the oligotrophic waters of the Eastern Mediterranean Sea.File in questo prodotto:
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