Add to ORKGInternational audienceAn annual study of the bacterioplankton community structure was carried out at Stn L4 (50° 15'N, 04° 13'W) in the western English Channel between August 2003 and July 2004. Bacterioplankton abundance and community structure were assessed using flow cytometry and fluorescence in situ hybridization (FISH) with rRNA-targeted oligonucleotide probes, respectively. The Eubacteria domain dominated over the Archaea domain (<15%) at the highest phylogenetic level. The Sphingo-bacteria-Flavobacteria group of the Bacteroidetes phylum (SFB) numerically dominated in spring and early summer. The α-Proteobacteria dominated from late summer to winter. The SAR11 clade represented -13% of the microbial community throughout the year and ...
Major seasonal community reorganizations and associated biomass variations are landmarksof plankton ...
[[abstract]]The purpose of this study is to understand (a) the spatial (i.e., vertically) and tempor...
Author Posting. © The Author(s), 2009. This is the author's version of the work. It is posted here ...
International audienceAn annual study of the bacterioplankton community structure was carried out at...
The coastal North Sea is characterized by strong seasonal dynamics in abiotic and biotic variables. ...
The dynamics of coastal marine microbial communities are driven by seasonally changing abiotic and b...
Very few marine microbial communities are well characterized even with the weight of research effort...
The impact of the seasonal deposition of phytoplankton and phytodetritus on surface sediment bacteri...
International audiencePrevious microscopy-based studies in the eastern English Channel have revealed...
The dynamics of the abundance and activity of selected heterotrophic prokaryotic groups were determi...
This thesis describes the seasonal dynamics of the bacterioplankton in the bay using a weekly sampli...
Ocean frontal systems are widespread hydrological features defining the transition zone between dist...
Here we describe, the longest microbial time-series analyzed to date using high-resolution 16S rRNA ...
The nano- and picoplankton community at Station L4 in the Western English Channel was studied betwe...
Here we describe, the longest microbial time-series analyzed to date using high-resolution 16S rRNA ...
Major seasonal community reorganizations and associated biomass variations are landmarksof plankton ...
[[abstract]]The purpose of this study is to understand (a) the spatial (i.e., vertically) and tempor...
Author Posting. © The Author(s), 2009. This is the author's version of the work. It is posted here ...
International audienceAn annual study of the bacterioplankton community structure was carried out at...
The coastal North Sea is characterized by strong seasonal dynamics in abiotic and biotic variables. ...
The dynamics of coastal marine microbial communities are driven by seasonally changing abiotic and b...
Very few marine microbial communities are well characterized even with the weight of research effort...
The impact of the seasonal deposition of phytoplankton and phytodetritus on surface sediment bacteri...
International audiencePrevious microscopy-based studies in the eastern English Channel have revealed...
The dynamics of the abundance and activity of selected heterotrophic prokaryotic groups were determi...
This thesis describes the seasonal dynamics of the bacterioplankton in the bay using a weekly sampli...
Ocean frontal systems are widespread hydrological features defining the transition zone between dist...
Here we describe, the longest microbial time-series analyzed to date using high-resolution 16S rRNA ...
The nano- and picoplankton community at Station L4 in the Western English Channel was studied betwe...
Here we describe, the longest microbial time-series analyzed to date using high-resolution 16S rRNA ...
Major seasonal community reorganizations and associated biomass variations are landmarksof plankton ...
[[abstract]]The purpose of this study is to understand (a) the spatial (i.e., vertically) and tempor...
Author Posting. © The Author(s), 2009. This is the author's version of the work. It is posted here ...