<p>Redundancy analysis shows the functional groups (green text and vectors) most associated with the programmatic changes in the SEAMAP program according to the year-pattern (red text and vectors). The year-pattern refers to the geographical locations described as points in the operating model. Approximately 25% of the variability in functional group abundances is explained by the sampling year-pattern in two canonical axes. In general post-2009 changes have benefited only a few species, in particular Atlantic Croaker.</p
<p>Long term dynamics of biotic variables as mean abundance of copepod <i>nauplii</i> (a), mean abun...
<p>(A, D, G, J) Time-series and temporal trends of fish species richness (SRic), trait richness (TRi...
<p>Horizontal line indicates years and sample date and vertical line the management regimes.</p
Proportion of the Barents Sea covered by the individual functional groups in the period 2004–2012, e...
<p>The italicized IV number or</p><p>* denotes R<sup>2</sup> values for the month between 0.01 and 0...
For each grid cell, functional redundancy was measured as the number of species present per function...
<p>Axes in a) are labelled according to the overall classification accuracy by sampling month (78%),...
<p>Partial redundancy analysis (pRDA) results for a) total species distribution, and b) red list spe...
<p>Distance-based redundancy analysis (dbRDA) of macroinvertebrate samples in autumn, overlaid with ...
<p>The red arrows correspond to peak of abundance of species for the period 1 to 3 (noted: P1, P2, P...
The species composition of plant and animal assemblages across the globe has changed substantially o...
<p>A redundancy analysis showing species distribution by gear, over ten years, along the Kenyan coas...
<p>Constrained RDA allows the removal of the effect of some conditioning variables (Exposure) and en...
<p>Graphs show the relationship of species/developmental stages and biotic and abiotic explanatory v...
<p>Saanich Inlet. Canonical redundancy analysis is based on the transformed species abundance of mac...
<p>Long term dynamics of biotic variables as mean abundance of copepod <i>nauplii</i> (a), mean abun...
<p>(A, D, G, J) Time-series and temporal trends of fish species richness (SRic), trait richness (TRi...
<p>Horizontal line indicates years and sample date and vertical line the management regimes.</p
Proportion of the Barents Sea covered by the individual functional groups in the period 2004–2012, e...
<p>The italicized IV number or</p><p>* denotes R<sup>2</sup> values for the month between 0.01 and 0...
For each grid cell, functional redundancy was measured as the number of species present per function...
<p>Axes in a) are labelled according to the overall classification accuracy by sampling month (78%),...
<p>Partial redundancy analysis (pRDA) results for a) total species distribution, and b) red list spe...
<p>Distance-based redundancy analysis (dbRDA) of macroinvertebrate samples in autumn, overlaid with ...
<p>The red arrows correspond to peak of abundance of species for the period 1 to 3 (noted: P1, P2, P...
The species composition of plant and animal assemblages across the globe has changed substantially o...
<p>A redundancy analysis showing species distribution by gear, over ten years, along the Kenyan coas...
<p>Constrained RDA allows the removal of the effect of some conditioning variables (Exposure) and en...
<p>Graphs show the relationship of species/developmental stages and biotic and abiotic explanatory v...
<p>Saanich Inlet. Canonical redundancy analysis is based on the transformed species abundance of mac...
<p>Long term dynamics of biotic variables as mean abundance of copepod <i>nauplii</i> (a), mean abun...
<p>(A, D, G, J) Time-series and temporal trends of fish species richness (SRic), trait richness (TRi...
<p>Horizontal line indicates years and sample date and vertical line the management regimes.</p