<p>PCA of basic geometric forms and select mollusks to heuristically explore the properties of surface morphospaces based on Jacobians.</p
Morphospaces of early Pliensbachian ammonite species. They correspond to principal component analyse...
Principal component analysis (PCA) scatterplots based on optimal character combinations for each of ...
<p>PCA of variation among the shapes of species mean for ventral and dorsal anchors of <i>Ligophorus...
<p>A, PCA ordination of modeled and actual mollusk shells as well as echinoid models and spiral curv...
The surface geometry of an organism represents the boundary of its three-dimensional (3D) form and c...
The surface geometry of an organism represents the boundary of its three-dimensional (3D) form and c...
<p>Shapes represent reconstructed outlines based on a range of Fourier descriptors. Ellipses are 90%...
<p>Representative shells in the morphospace are shown. Thin-plate spline (TPS) transformation grids ...
PCA scores for ventral shape coordinates of Rhinolophus skulls, generated from Procrustes coordinate...
Interactive figures representing the floral morphospaces (Principal Component Analyses; PCA), provid...
<p>The analysis was based on geometric morphometrics of ten shell parameters. Convex hulls circumscr...
PCA scores for lateral shape coordinates of Rhinolophus skulls, generated from Procrustes coordinate...
Figure S1. PCA results showing morphospace occupation for Nsungwe Formation ampullariids when analyz...
This is a study of principal component analysis (PCA) in shape analysis for objects with bi-lateral ...
<p>The geometrical space is formed by the first two principal components of the PCA performed on the...
Morphospaces of early Pliensbachian ammonite species. They correspond to principal component analyse...
Principal component analysis (PCA) scatterplots based on optimal character combinations for each of ...
<p>PCA of variation among the shapes of species mean for ventral and dorsal anchors of <i>Ligophorus...
<p>A, PCA ordination of modeled and actual mollusk shells as well as echinoid models and spiral curv...
The surface geometry of an organism represents the boundary of its three-dimensional (3D) form and c...
The surface geometry of an organism represents the boundary of its three-dimensional (3D) form and c...
<p>Shapes represent reconstructed outlines based on a range of Fourier descriptors. Ellipses are 90%...
<p>Representative shells in the morphospace are shown. Thin-plate spline (TPS) transformation grids ...
PCA scores for ventral shape coordinates of Rhinolophus skulls, generated from Procrustes coordinate...
Interactive figures representing the floral morphospaces (Principal Component Analyses; PCA), provid...
<p>The analysis was based on geometric morphometrics of ten shell parameters. Convex hulls circumscr...
PCA scores for lateral shape coordinates of Rhinolophus skulls, generated from Procrustes coordinate...
Figure S1. PCA results showing morphospace occupation for Nsungwe Formation ampullariids when analyz...
This is a study of principal component analysis (PCA) in shape analysis for objects with bi-lateral ...
<p>The geometrical space is formed by the first two principal components of the PCA performed on the...
Morphospaces of early Pliensbachian ammonite species. They correspond to principal component analyse...
Principal component analysis (PCA) scatterplots based on optimal character combinations for each of ...
<p>PCA of variation among the shapes of species mean for ventral and dorsal anchors of <i>Ligophorus...
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