<p>Algae numbers (black) and Chl <i>a</i> concentration per algae (gray) for <i>Symbiodinium sp.</i> within <i>S. pistillata</i> (a) Collected at 5 m depth during May and October (b) collected at 60 m, September and October represent bleached and partially bleached fragments; March and May are <u>not bleached</u>. Scales of both y-axes in figures (a) and (b) are similar for ease of comparison. n = 5 per each month in each depth, bars represent standard deviation.</p
Strengths of numerical relationships between phytoplankton abundance estimates made by microscopy an...
Chlorella sp. as a source of nutrition for aquatic organisms. Chlorella sp. is one way to meet the n...
<p>Bars show the percentages of normal (white) and degraded (black) forms of <i>Symbiodinium</i>. Do...
<p>Chl <i>a</i> fluorescence yield (a) and O<sub>2</sub> production/consumption (b, c), plotted to l...
<p>Seasons are defined as winter/spring (November-April, ○) and summer/fall (June-September, □) with...
<p>Panels: A = Dinoflagellates; B = Green Algae; C = Unidentified Picoplankton (1000 cells l<sup>−1<...
<p>Average abundances of diatom growth forms found on macroalgal surface in different months (based ...
Optical density is used as a convenient indirect measurement of biomass concentration in microbial c...
Greatest axial dimensions (GALD) of phytoplankton cells, colonies and filaments etc, are used to des...
Graduation date: 1977A simplified autoradiographic method for estimating species-specific\ud phytopl...
<p>Nitrate (A, B) and silicate concentrations along the transects (E, F). Mean size of the phytoplan...
The study of estuarine microphytobenthos often involves the observation of data over diel, tidal and...
<p>Other phytoplankton is comprised of chlorophyta, diatoms, cryptophyta. Numbers represent cyanobac...
For vertical sheltered (VA1 (A), VA2 (B), VA3 (C)), vertical non-sheltered (VNA4 (D), VNA5 (E), VNA6...
The composition of phytoplankton communities in estuaries can be highly variable in space and time. ...
Strengths of numerical relationships between phytoplankton abundance estimates made by microscopy an...
Chlorella sp. as a source of nutrition for aquatic organisms. Chlorella sp. is one way to meet the n...
<p>Bars show the percentages of normal (white) and degraded (black) forms of <i>Symbiodinium</i>. Do...
<p>Chl <i>a</i> fluorescence yield (a) and O<sub>2</sub> production/consumption (b, c), plotted to l...
<p>Seasons are defined as winter/spring (November-April, ○) and summer/fall (June-September, □) with...
<p>Panels: A = Dinoflagellates; B = Green Algae; C = Unidentified Picoplankton (1000 cells l<sup>−1<...
<p>Average abundances of diatom growth forms found on macroalgal surface in different months (based ...
Optical density is used as a convenient indirect measurement of biomass concentration in microbial c...
Greatest axial dimensions (GALD) of phytoplankton cells, colonies and filaments etc, are used to des...
Graduation date: 1977A simplified autoradiographic method for estimating species-specific\ud phytopl...
<p>Nitrate (A, B) and silicate concentrations along the transects (E, F). Mean size of the phytoplan...
The study of estuarine microphytobenthos often involves the observation of data over diel, tidal and...
<p>Other phytoplankton is comprised of chlorophyta, diatoms, cryptophyta. Numbers represent cyanobac...
For vertical sheltered (VA1 (A), VA2 (B), VA3 (C)), vertical non-sheltered (VNA4 (D), VNA5 (E), VNA6...
The composition of phytoplankton communities in estuaries can be highly variable in space and time. ...
Strengths of numerical relationships between phytoplankton abundance estimates made by microscopy an...
Chlorella sp. as a source of nutrition for aquatic organisms. Chlorella sp. is one way to meet the n...
<p>Bars show the percentages of normal (white) and degraded (black) forms of <i>Symbiodinium</i>. Do...