<p>Comparison of depth distributions from A - the Wellington alluvium copepods and B - the Budderoo swamp copepods in sediment columns; zero depth refers to the base of the column.</p
<p>Mean proportions (±SE) of copepods (white) and cladocerans (gray) for the mean recruitment (R) an...
Settlement by suspended meiofaunal copepods into shallow depressions was investigated in a large, re...
Vertical distribution and population structure of large dominant planktonic copepods (Neocalanus cri...
<p>Comparison of results on mean proportion of copepods from A - the Wellington alluvium and B - the...
<p>Zooplankton groups include copepodites (A), nauplii (B), adult copepods (C), rotifers (D), and cl...
<p>Summary of the calculated copepod densities for each species, sampling date and depth.</p
<p>The abundance of cladocerans and copepods (an example from the depth of 2 m).</p
Neocalanus plumchrus is the most common large copepod in the Northeast Pacific, and plays an importa...
Effect of vertical mixing on the vertical distribution of copepods in coastal water
Few studies have analysed the depth distribution of marine zooplankton at high-resolution, and knowl...
We investigated the interaction of the copepod Acartia hudsonica in relation to thin layers of the d...
Dataset: Copepod DensityThis dataset is from a set of three experiments conducted on August 1, Septe...
<p>Distribution by depth (100 m intervals) of (a) the number of images scored and (b) the percentage...
<p>Comparison of results on mean proportion of syncarids in the saturated and fast-drawdown columns;...
<p>Distributions of (a) depth integrated (over 100 m) phytoplankton biomass, (b) surface phytoplankt...
<p>Mean proportions (±SE) of copepods (white) and cladocerans (gray) for the mean recruitment (R) an...
Settlement by suspended meiofaunal copepods into shallow depressions was investigated in a large, re...
Vertical distribution and population structure of large dominant planktonic copepods (Neocalanus cri...
<p>Comparison of results on mean proportion of copepods from A - the Wellington alluvium and B - the...
<p>Zooplankton groups include copepodites (A), nauplii (B), adult copepods (C), rotifers (D), and cl...
<p>Summary of the calculated copepod densities for each species, sampling date and depth.</p
<p>The abundance of cladocerans and copepods (an example from the depth of 2 m).</p
Neocalanus plumchrus is the most common large copepod in the Northeast Pacific, and plays an importa...
Effect of vertical mixing on the vertical distribution of copepods in coastal water
Few studies have analysed the depth distribution of marine zooplankton at high-resolution, and knowl...
We investigated the interaction of the copepod Acartia hudsonica in relation to thin layers of the d...
Dataset: Copepod DensityThis dataset is from a set of three experiments conducted on August 1, Septe...
<p>Distribution by depth (100 m intervals) of (a) the number of images scored and (b) the percentage...
<p>Comparison of results on mean proportion of syncarids in the saturated and fast-drawdown columns;...
<p>Distributions of (a) depth integrated (over 100 m) phytoplankton biomass, (b) surface phytoplankt...
<p>Mean proportions (±SE) of copepods (white) and cladocerans (gray) for the mean recruitment (R) an...
Settlement by suspended meiofaunal copepods into shallow depressions was investigated in a large, re...
Vertical distribution and population structure of large dominant planktonic copepods (Neocalanus cri...
DOI
Add to ORKG