Distribution of dominant taxa in our phytoplankton microcosm experiment analyzed using high throughput sequencing (HTS) with SAR-specific primers: (A) dominant SAR lineages (B) ciliates classes, (C) spirotrich orders and (D) species. For each panel, the left part of the bar graph shows replicates for each size fraction and for each incubation condition, while the right part represents only treatments (i.e. replicates and size fractions have been pooled). The * denotes samples with fewer than 60,000 reads (see methods).</p
Ciliates represent central nodes in freshwater planktonic food webs, and many species show pronounce...
<p>file : network_output.tab.zip</p> <p>Testing ecological theories with sequence similarity network...
<p>file : readme_Forster_et_al_BMC</p> <p> </p> <p>Background: High-throughput sequencing technologi...
Principal Coordinate analyses of HTS data show (1) clustering of distinct SAR and Spirotrichea commu...
We used an experimental approach of analyzing marine microcosms to evaluate the impact of both preda...
We used an experimental approach of analyzing marine microcosms to evaluate the impact of both preda...
We used an experimental approach of analyzing marine microcosms to evaluate the impact of both preda...
Protists are a dominant group in marine microplankton communities and play important roles in energy...
Molecular surveys of eukaryotic microbial communities employing high-throughput sequencing (HTS) tec...
A, B, and C represent the replicates. ‘Starting community’ is the community before incubation. ‘Cont...
<p>file : details_V4ciliates_Biomarks.tab</p> <p>Testing ecological theories with sequence similarit...
Marine microbes are the base of the marine food webs. Many microbial lineages are understudied, ther...
The nature and extent of microbial biodiversity remain controversial with persistent debates over pa...
<p>file : Novel_diversity_V4_BIOM_DNA.fasta</p> <p>see details in</p> <p>Testing ecological theories...
<p>file : V4dataset.fna</p> <p>Testing ecological theories with sequence similarity networks: marine...
Ciliates represent central nodes in freshwater planktonic food webs, and many species show pronounce...
<p>file : network_output.tab.zip</p> <p>Testing ecological theories with sequence similarity network...
<p>file : readme_Forster_et_al_BMC</p> <p> </p> <p>Background: High-throughput sequencing technologi...
Principal Coordinate analyses of HTS data show (1) clustering of distinct SAR and Spirotrichea commu...
We used an experimental approach of analyzing marine microcosms to evaluate the impact of both preda...
We used an experimental approach of analyzing marine microcosms to evaluate the impact of both preda...
We used an experimental approach of analyzing marine microcosms to evaluate the impact of both preda...
Protists are a dominant group in marine microplankton communities and play important roles in energy...
Molecular surveys of eukaryotic microbial communities employing high-throughput sequencing (HTS) tec...
A, B, and C represent the replicates. ‘Starting community’ is the community before incubation. ‘Cont...
<p>file : details_V4ciliates_Biomarks.tab</p> <p>Testing ecological theories with sequence similarit...
Marine microbes are the base of the marine food webs. Many microbial lineages are understudied, ther...
The nature and extent of microbial biodiversity remain controversial with persistent debates over pa...
<p>file : Novel_diversity_V4_BIOM_DNA.fasta</p> <p>see details in</p> <p>Testing ecological theories...
<p>file : V4dataset.fna</p> <p>Testing ecological theories with sequence similarity networks: marine...
Ciliates represent central nodes in freshwater planktonic food webs, and many species show pronounce...
<p>file : network_output.tab.zip</p> <p>Testing ecological theories with sequence similarity network...
<p>file : readme_Forster_et_al_BMC</p> <p> </p> <p>Background: High-throughput sequencing technologi...