<p>Selection criterion: adjusted R<sup>2</sup>. highlighting the effect of different variables on nematode abundance, biomass and biodiversity (SS, sum of squares; F, F statistic; P, probability level;</p><p>***P<0.001;</p><p>**P<0.01;</p><p>*P<0.05, n.s., not significant).</p><p>Results of the DistLM analysis.</p
<p>Changes in the values of ecological indices for soil nematode faunal analysis relative to seedlin...
(A) Relative abundances are based on taxa found in at least 50% of all soil samples. (B) Relative ab...
<p>(A) Length/Width geometric classes (µm), (B) Length geometric classes...
<p>Shown are F-values with significance levels in parentheses. Significant effects (<i>P</i><0.05) a...
<p>Results of the pairwise tests among levels of the relevant factors are also reported. df = degree...
<p>Significant effects of the most abundant <i>Rhpu</i>-DRB* alleles (frequency ≥5 individuals) on t...
Mean nematode abundance and diversity indices by depth (± standard deviation).</p
<p>Ordination diagrams present species scores and environmental factor scores (vectors). Environment...
<p>The number of replicate samples per station is indicated in <a href="http://www.plosone.org/artic...
<p>Results of the ANOSIM and SIMPER analyses for differences in the nematode community structures.</...
<p>Dissimilarity (%) of nematode assemblages within and between areas (averaged over replicates and ...
<p>Environmental variables: POC flux (annual particulate organic carbon flux to the seafloor), chl-a...
<p>Data are means ± S.E. Linear regressions best fitted the data; regression coefficients are report...
<p>Illustrated are the relationships between: A) richness of meiofaunal taxa and prokaryotic heterot...
<p>(A, B, C) Nematode abundances and (D, E, F) species richness in all sampled sites. Bars represent...
<p>Changes in the values of ecological indices for soil nematode faunal analysis relative to seedlin...
(A) Relative abundances are based on taxa found in at least 50% of all soil samples. (B) Relative ab...
<p>(A) Length/Width geometric classes (µm), (B) Length geometric classes...
<p>Shown are F-values with significance levels in parentheses. Significant effects (<i>P</i><0.05) a...
<p>Results of the pairwise tests among levels of the relevant factors are also reported. df = degree...
<p>Significant effects of the most abundant <i>Rhpu</i>-DRB* alleles (frequency ≥5 individuals) on t...
Mean nematode abundance and diversity indices by depth (± standard deviation).</p
<p>Ordination diagrams present species scores and environmental factor scores (vectors). Environment...
<p>The number of replicate samples per station is indicated in <a href="http://www.plosone.org/artic...
<p>Results of the ANOSIM and SIMPER analyses for differences in the nematode community structures.</...
<p>Dissimilarity (%) of nematode assemblages within and between areas (averaged over replicates and ...
<p>Environmental variables: POC flux (annual particulate organic carbon flux to the seafloor), chl-a...
<p>Data are means ± S.E. Linear regressions best fitted the data; regression coefficients are report...
<p>Illustrated are the relationships between: A) richness of meiofaunal taxa and prokaryotic heterot...
<p>(A, B, C) Nematode abundances and (D, E, F) species richness in all sampled sites. Bars represent...
<p>Changes in the values of ecological indices for soil nematode faunal analysis relative to seedlin...
(A) Relative abundances are based on taxa found in at least 50% of all soil samples. (B) Relative ab...
<p>(A) Length/Width geometric classes (µm), (B) Length geometric classes...
DOI
Add to ORKG