<p>Mean total macrofauna abundance (bars; ind/m<sup>2</sup>) and biomass (triangles; mgC/m<sup>2</sup>) for each station in the WM, CM and EM basins. Data are means ± standard deviation (n = 3).</p
<p>Significant values (<i>P</i><0.05) are in bold. Data were sqrt-transformed for macrofauna abundan...
<p>Results of multivariate multiple regression analysis of the macrofaunal abundance, biomass, expec...
The mean total biomass (kg) of major commercial species and the mean ‘catch value’ per deployment ($...
<p>Data are means ± standard deviation.</p><p>WW, wet weight; SR, species richness; ES(30), ES(50), ...
<p>Bars represent means ±1 standard deviation, n = 20 for June and 7 for September.</p
<p>Values averaged over independent replicates: bars denote standard error. A: abundance (individual...
<p>Mean total abundance (left panel) and mean taxa richness (right panel). Stations grouped by shelf...
<p>Values averaged over replicates collected in the same deployment: bars denote standard error. A: ...
<p>Data from sediment core samples at the four MAR stations (green triangles) compared with location...
<p>Mean (+ 1 SD; n = 3) macrofauna abundance (A) and biomass (B) in <i>Austrovenus</i> addition (+AS...
<p>Mean values are presented along with standard deviations (SD).</p><p>Macroinvertebrate community ...
<p>(A) Model 1: relationship between total faunal abundance and Distance (log<sub>2</sub> scale) at ...
<p>Mean abundance of major macro-infauna found at each of the sites sampled off southwestern Africa ...
Values are means with one standard deviation in parentheses. UNC—unconsolidated sediment, BOU—boulde...
All the macrofauna was divided between those species associated to the macrovegetation or macroalgae...
<p>Significant values (<i>P</i><0.05) are in bold. Data were sqrt-transformed for macrofauna abundan...
<p>Results of multivariate multiple regression analysis of the macrofaunal abundance, biomass, expec...
The mean total biomass (kg) of major commercial species and the mean ‘catch value’ per deployment ($...
<p>Data are means ± standard deviation.</p><p>WW, wet weight; SR, species richness; ES(30), ES(50), ...
<p>Bars represent means ±1 standard deviation, n = 20 for June and 7 for September.</p
<p>Values averaged over independent replicates: bars denote standard error. A: abundance (individual...
<p>Mean total abundance (left panel) and mean taxa richness (right panel). Stations grouped by shelf...
<p>Values averaged over replicates collected in the same deployment: bars denote standard error. A: ...
<p>Data from sediment core samples at the four MAR stations (green triangles) compared with location...
<p>Mean (+ 1 SD; n = 3) macrofauna abundance (A) and biomass (B) in <i>Austrovenus</i> addition (+AS...
<p>Mean values are presented along with standard deviations (SD).</p><p>Macroinvertebrate community ...
<p>(A) Model 1: relationship between total faunal abundance and Distance (log<sub>2</sub> scale) at ...
<p>Mean abundance of major macro-infauna found at each of the sites sampled off southwestern Africa ...
Values are means with one standard deviation in parentheses. UNC—unconsolidated sediment, BOU—boulde...
All the macrofauna was divided between those species associated to the macrovegetation or macroalgae...
<p>Significant values (<i>P</i><0.05) are in bold. Data were sqrt-transformed for macrofauna abundan...
<p>Results of multivariate multiple regression analysis of the macrofaunal abundance, biomass, expec...
The mean total biomass (kg) of major commercial species and the mean ‘catch value’ per deployment ($...
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