<p>Significant values (<i>P</i><0.05) are in bold. Data were sqrt-transformed for macrofauna abundance.</p
<p>Results of the analyses of variance using generalized linear models (GLM) for the abundance of to...
<p>The panels show the general relationship across the sampling area. Chlorophyll <i>a</i> (µg g<sup...
<p>Categorical variables: depth = shelf/slope and year = 2009/2010/2011. Abundance was log trans...
<p>Bacteria, flagellate and ciliate values are expressed as numbers per mL, whereas polychaete, cope...
<p>*** = <i>P</i> < 0.001.</p><p>Log ratio was calculated using the relative abundances of each macr...
<p>The analyses were performed independently considering invertebrate biomass and invertebrate richn...
Four Excel files containing information on the 2007 macroinvertebrate data were initially provided t...
<p>Analyses based on double root transformed macrofaunal data of species abundances in samples. Sign...
<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...
1. Heino et al. (2013) identified the weak explanatory power of abundance data as an important limit...
<p>N: Abundance (ind m<sup>-2</sup>); B: Biomass (g m<sup>-2</sup>); S: Species richness; ES<sub>400...
<p>Data are means ± standard deviation.</p><p>WW, wet weight; SR, species richness; ES(30), ES(50), ...
Year-to-year variations in the A) relative and B) absolute abundance of the 13 best recognized zoopl...
<p>Calculations are shown for a simplified community of three species with unequal abundances (abund...
<p>Results of the analyses of variance using generalized linear models (GLM) for the abundance of to...
<p>The panels show the general relationship across the sampling area. Chlorophyll <i>a</i> (µg g<sup...
<p>Categorical variables: depth = shelf/slope and year = 2009/2010/2011. Abundance was log trans...
<p>Bacteria, flagellate and ciliate values are expressed as numbers per mL, whereas polychaete, cope...
<p>*** = <i>P</i> < 0.001.</p><p>Log ratio was calculated using the relative abundances of each macr...
<p>The analyses were performed independently considering invertebrate biomass and invertebrate richn...
Four Excel files containing information on the 2007 macroinvertebrate data were initially provided t...
<p>Analyses based on double root transformed macrofaunal data of species abundances in samples. Sign...
<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...
1. Heino et al. (2013) identified the weak explanatory power of abundance data as an important limit...
<p>N: Abundance (ind m<sup>-2</sup>); B: Biomass (g m<sup>-2</sup>); S: Species richness; ES<sub>400...
<p>Data are means ± standard deviation.</p><p>WW, wet weight; SR, species richness; ES(30), ES(50), ...
Year-to-year variations in the A) relative and B) absolute abundance of the 13 best recognized zoopl...
<p>Calculations are shown for a simplified community of three species with unequal abundances (abund...
<p>Results of the analyses of variance using generalized linear models (GLM) for the abundance of to...
<p>The panels show the general relationship across the sampling area. Chlorophyll <i>a</i> (µg g<sup...
<p>Categorical variables: depth = shelf/slope and year = 2009/2010/2011. Abundance was log trans...
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