<p>(A) Cumulative variability (%) explained by principal components of stable hand configurations (from manual annotation). Data points overlap for Principal Component(PC) 1 and higher order PCs. (B) Comparison of manually versus automatically annotated data. Plot of variance explained by principal components analysis of stable hand configurations: Variance explained of all principal component calculated for manually classified Acheulean percussion events (blue), Acheulean light percussion events (black) and Oldowan percussion events (red) plotted versus corresponding principal components of automatically annotated Acheulean (triangle) and Oldowan (circle) percussion-like events. E.g. the curve with black triangles, shows the principal comp...
Principal component 1 (PC1) in horizontal axis and PC2 in vertical axis explain 37% and 15% of varia...
Fig. S1. Summary of 2B-PLS results comparing multivariate flight style to PC shape axes for endosseo...
<p>Cumulatively, PC axes explain 78.7% (climate), 79.6% (soil and terrain), 56.6% (climate, soil and...
<p>Curves show the cumulative sum of variance explained by increasing numbers of principal component...
<p>(A) Cumulative variability explained by principle components (from the full set of the hand confi...
<p>Cumulative explained variance and the number of principal components are shown for each movement ...
Figure 7a - Principal component analysis of Meristograms. The first (PC1) and second (PC2) ...
<p>The figure represents the projection of the 48 arrays on the first three Principal Components. Th...
<p>The first principal component accounts for 94.7% of variation and the second component explained ...
<p>Note the differences in variability explained by the two axes (approx. 88% and 3% respectively).<...
<p>The first two principal components accounted for 77.4% of the variation. The four treatments (n =...
<p>(A) Inter- and (B) intra-individual variation (Fluctuating asymmetry, FA). Graphs display the lan...
<p>Results of CAP analysis (using m = 6 principal coordinate axes, explaining 99.8% of the total var...
<p>Object plot from principal component analysis of 10 continuous variables: PC1 (52.85%) versus PC2...
<p>The principal component ordinations are based on Sørensen indices. The dissimilarity in assemblag...
Principal component 1 (PC1) in horizontal axis and PC2 in vertical axis explain 37% and 15% of varia...
Fig. S1. Summary of 2B-PLS results comparing multivariate flight style to PC shape axes for endosseo...
<p>Cumulatively, PC axes explain 78.7% (climate), 79.6% (soil and terrain), 56.6% (climate, soil and...
<p>Curves show the cumulative sum of variance explained by increasing numbers of principal component...
<p>(A) Cumulative variability explained by principle components (from the full set of the hand confi...
<p>Cumulative explained variance and the number of principal components are shown for each movement ...
Figure 7a - Principal component analysis of Meristograms. The first (PC1) and second (PC2) ...
<p>The figure represents the projection of the 48 arrays on the first three Principal Components. Th...
<p>The first principal component accounts for 94.7% of variation and the second component explained ...
<p>Note the differences in variability explained by the two axes (approx. 88% and 3% respectively).<...
<p>The first two principal components accounted for 77.4% of the variation. The four treatments (n =...
<p>(A) Inter- and (B) intra-individual variation (Fluctuating asymmetry, FA). Graphs display the lan...
<p>Results of CAP analysis (using m = 6 principal coordinate axes, explaining 99.8% of the total var...
<p>Object plot from principal component analysis of 10 continuous variables: PC1 (52.85%) versus PC2...
<p>The principal component ordinations are based on Sørensen indices. The dissimilarity in assemblag...
Principal component 1 (PC1) in horizontal axis and PC2 in vertical axis explain 37% and 15% of varia...
Fig. S1. Summary of 2B-PLS results comparing multivariate flight style to PC shape axes for endosseo...
<p>Cumulatively, PC axes explain 78.7% (climate), 79.6% (soil and terrain), 56.6% (climate, soil and...