<p>Higher taxon and mean cell volume (<i>V<sub>m</sub></i>; µm<sup>3</sup>; grand mean across all treatments) of phytoplankton species, arranged in descending order of size.</p
<p>Organism configurations are shown representing a cellular carbon density that is fixed (C<sub>150...
(A) Cell abundances for populations of a single cell size required for the spatial (DVλ) and tempora...
Since the first decades of the last century, several hypotheses have been proposed on the role of ph...
<p>Box-Whisker plots of cell size of species common to CW and TW that contributed 99% of cumulative ...
Cell volume calculations are often used to estimate biomass of natural phytoplankton assemblages. Su...
Size and shape profoundly influence an organism’s ecophysiological performance and evolutionary fitn...
<p>Microzooplankton growth rates within taxonomic orders across a temperature gradient.</p
<p>Box-Whisker plots of cell size (A) and S/V (B) of common phytoplankton classes in CW and TW envir...
To date, phytoplankton cell size classification is based on linear metrics (nano: 2-20 μm; micro: 20...
Short title: Size structure of phytoplankton communities Key-words: Community size structure, bott...
<p>(continued). Cell volume in µm<sup>3</sup> (log<sup>10</sup>-scale) in response to temperature an...
<p>n ind = number of individuals; cell size = mean cell volume; sd = standard deviation; S/V = surfa...
<p>Phytoplanktonic groups or species biomass (μg C L<sup>-1</sup>) and percentage of biomass (%) und...
<p>Taxonomic composition of the phytoplankton size class >8 μm based on mean abundances from microsc...
<p>Cell volume in µm<sup>3</sup> (log<sup>10</sup>-scale) in response to temperature and nutrient re...
<p>Organism configurations are shown representing a cellular carbon density that is fixed (C<sub>150...
(A) Cell abundances for populations of a single cell size required for the spatial (DVλ) and tempora...
Since the first decades of the last century, several hypotheses have been proposed on the role of ph...
<p>Box-Whisker plots of cell size of species common to CW and TW that contributed 99% of cumulative ...
Cell volume calculations are often used to estimate biomass of natural phytoplankton assemblages. Su...
Size and shape profoundly influence an organism’s ecophysiological performance and evolutionary fitn...
<p>Microzooplankton growth rates within taxonomic orders across a temperature gradient.</p
<p>Box-Whisker plots of cell size (A) and S/V (B) of common phytoplankton classes in CW and TW envir...
To date, phytoplankton cell size classification is based on linear metrics (nano: 2-20 μm; micro: 20...
Short title: Size structure of phytoplankton communities Key-words: Community size structure, bott...
<p>(continued). Cell volume in µm<sup>3</sup> (log<sup>10</sup>-scale) in response to temperature an...
<p>n ind = number of individuals; cell size = mean cell volume; sd = standard deviation; S/V = surfa...
<p>Phytoplanktonic groups or species biomass (μg C L<sup>-1</sup>) and percentage of biomass (%) und...
<p>Taxonomic composition of the phytoplankton size class >8 μm based on mean abundances from microsc...
<p>Cell volume in µm<sup>3</sup> (log<sup>10</sup>-scale) in response to temperature and nutrient re...
<p>Organism configurations are shown representing a cellular carbon density that is fixed (C<sub>150...
(A) Cell abundances for populations of a single cell size required for the spatial (DVλ) and tempora...
Since the first decades of the last century, several hypotheses have been proposed on the role of ph...
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