<p>Mahalanobis distance F-matrix of species and sexes based on the Partial Warp scores from a Thin Plate Splines analysis of cranial shape in <i>Panthera</i> spp. and <i>Smilodon fatalis</i>.</p
<p>A-B. Humerus length vs. circumference for <i>Smilodon</i> (A) and <i>P</i>. <i>atrox</i> (B). C-D...
Landmark based geometric morphometric analysis showing the variation of the body shapes among specie...
This dataset contains 95th percentile values from frequency distributions of Mahalanobis’ distances ...
<p>Mahalanobis distance F-matrix of species and sexes based on the Partial Warp scores from a Thin P...
<p><i>Post hoc</i> classification matrix of species and sexes based on the Partial Warp scores from ...
<p><i>Post hoc</i> classification matrix of species and sexes based on the Partial Warp scores from ...
Pair wise matrix of Mahalanobis distances between the centroids of the clusters (above diagonal) and...
<p>The first canonical variable explains 66.7% of sample variation and the second canonical variable...
<p>Morphological differences (size corrected) of the species within the <i>Darevskia chlorogaster</i...
<p>A, <i>Smilodon fatalis</i> (pit 61 only); B. <i>S. fatalis</i> (pit 61+67); C, <i>Panthera leo</i...
<p>A, <i>Smilodon fatalis</i>; B, <i>S. populator</i>; C, <i>Neofelis diardi</i>; D, <i>Panthera onc...
<p>A, <i>Smilodon fatalis</i>; B, <i>S. populator</i>; C, <i>Neofelis diardi</i>; D, <i>Panthera onc...
Abstract.—We illustrate one approach to bridging the gap between the statistical methodology of mult...
<p>A, <i>Smilodon fatalis</i>; B, <i>Panthera leo</i>; C, <i>P. onca</i>; D, <i>P. pardus</i>; E, <i...
<p>Values are expressed as percentages of ML, along with the sample averages±SD, coefficients of var...
<p>A-B. Humerus length vs. circumference for <i>Smilodon</i> (A) and <i>P</i>. <i>atrox</i> (B). C-D...
Landmark based geometric morphometric analysis showing the variation of the body shapes among specie...
This dataset contains 95th percentile values from frequency distributions of Mahalanobis’ distances ...
<p>Mahalanobis distance F-matrix of species and sexes based on the Partial Warp scores from a Thin P...
<p><i>Post hoc</i> classification matrix of species and sexes based on the Partial Warp scores from ...
<p><i>Post hoc</i> classification matrix of species and sexes based on the Partial Warp scores from ...
Pair wise matrix of Mahalanobis distances between the centroids of the clusters (above diagonal) and...
<p>The first canonical variable explains 66.7% of sample variation and the second canonical variable...
<p>Morphological differences (size corrected) of the species within the <i>Darevskia chlorogaster</i...
<p>A, <i>Smilodon fatalis</i> (pit 61 only); B. <i>S. fatalis</i> (pit 61+67); C, <i>Panthera leo</i...
<p>A, <i>Smilodon fatalis</i>; B, <i>S. populator</i>; C, <i>Neofelis diardi</i>; D, <i>Panthera onc...
<p>A, <i>Smilodon fatalis</i>; B, <i>S. populator</i>; C, <i>Neofelis diardi</i>; D, <i>Panthera onc...
Abstract.—We illustrate one approach to bridging the gap between the statistical methodology of mult...
<p>A, <i>Smilodon fatalis</i>; B, <i>Panthera leo</i>; C, <i>P. onca</i>; D, <i>P. pardus</i>; E, <i...
<p>Values are expressed as percentages of ML, along with the sample averages±SD, coefficients of var...
<p>A-B. Humerus length vs. circumference for <i>Smilodon</i> (A) and <i>P</i>. <i>atrox</i> (B). C-D...
Landmark based geometric morphometric analysis showing the variation of the body shapes among specie...
This dataset contains 95th percentile values from frequency distributions of Mahalanobis’ distances ...
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