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Quaternary diversity dynamics of Australian reptiles - Electronic supplement

<p>Supplement paper 2</p> <p><em>Electronic data files</em></p> <p>File ES2.1 - Metadata for the included specimens (.xlsx)</p> <p>File ES2.2 &ndash; Folder containing surface models (.ply) of the crania of the included specimens, landmark pairs, and sliding landmark data</p> <p>File ES2.3a &ndash; 3D landmark coordinates of maxillae (.tps)</p> <p>File ES2.3b &ndash; 3D landmark coordinates of maxillae (missing data estimated, curves equidistant) (.tps)</p> <p>File ES2.4a &ndash; 3D landmark coordinates of frontals (.tps)</p> <p>File ES2.4b &ndash; 3D landmark coordinates of frontals (missing data estimated, curves equidistant) (.tps)</p> <p>File ES2.5 &ndash; R code for evaluating landmark estimation (.R)</p> <p>File ES2.6 &ndash; R code for estimating effects of sample size (.R)</p> <p>File ES2.7 &ndash; R code for estimating effects of missing landmarks (.R)</p> <p>File ES2.8 &ndash; Results of landmark estimation performance analyses (.csv)</p> <p>File ES2.9 &ndash; Pairwise Procrustes distances of different groupings and CVA results (maxillae; .xlsx)</p> <p>File ES2.10 - Pairwise Procrustes distances of different groupings and CVA results (frontals; .xlsx)</p> <p>File ES2.11 - Pairwise Procrustes variances of different groupings (maxillae; .xlsx)</p> <p>File ES2.12 - Pairwise Procrustes variances of different groupings (frontals; .xlsx)</p> <p>File ES2.13 &ndash; Results of sample size analyses (.csv)</p> <p>File ES2.14 &ndash; Results of missing landmarks analyses (.csv)</p> <p>File ES2.15 &ndash; Results of estimation vs. deletion analyses (.xlsx)</p> <p>&nbsp;</p> <p>Supplement paper 3</p> <p><em>Electronic data files</em></p> <p>File ES3.1 &ndash; Metadata for the included specimens (.csv)</p> <p>File ES3.2 &ndash; Folder containing landmark file (.tps) and bilateral landmark pairs (.txt)</p> <p>File ES3.3 &ndash; Metadata for the specimens included in compactness analyses and results of the compactness measurements (.csv)</p> <p>File ES3.4 &ndash; ImageJ Macro for measuring vertebral compactness (.ijm)</p> <p>File ES3.5 &ndash; Accuracy of classifications using CVA (.xlsx)</p> <p>File ES3.6 &ndash; Results of Procrustes ANOVAs testing for influences of taxonomic groupings, size, and the interaction of grouping and size on vertebral shape (.txt)</p> <p>File ES3.7&ndash; Typicality probabilities of fossils belonging to extant species (.xlsx)</p> <p>File ES3.8 &ndash; Procrustes distances between fossils of different sites / groupings and extant species (.xlsx)</p> <p>File ES3.9 &ndash; Procrustes variance in juvenile versus adult specimens (.xlsx)</p> <p>File ES3.10 &ndash; Phylogenetic signal of shape results (.txt)</p> <p>File ES3.11 &ndash; Results of the trajectory analyses (.xlsx)</p> <p>&nbsp;</p> <p>Supplement paper 4</p> <p><em>Electronic data files</em></p> <p>File ES4.1 &ndash; Metadata for tissue specimens and data for correlation analyses (.csv)</p> <p>File ES4.2 &ndash; Folder containing surface models (.ply) of the included crania</p> <p>File ES4.3 &ndash; Metadata for alcohol specimens (maxillae) (.csv)</p> <p>File ES4.4 &ndash; Metadata for alcohol specimens (<em>Rankinia</em> maxillae) (.csv)</p> <p>File ES4.5 &ndash; Metadata for alcohol specimens (<em>Rankinia</em> crania) (.csv)</p> <p>File ES4.6 &ndash; 3D landmark coordinates of maxillae (.tps)</p> <p>File ES4.7 &ndash; Folder containing 3D landmark files and landmark pairs of population cluster analyses</p> <p>File ES4.8 &ndash; Procrustes distances between genera means, plus statistics (.xlsx)</p> <p>File ES4.9 &ndash; R code for evaluating landmark estimation (.R)</p> <p>File ES4.10 &ndash; Occurrence points used for creating the niche models (.csv)</p> <p>File ES4.11 &ndash; Folder containing SNAPP tree files (.trees) and log files (.log) of the 4 SNAPP runs</p> <p>File ES4.12 &ndash; Model outputs of SSDM ensemble models using different GCMs (.xlsx)</p> <p>&nbsp;</p> <p>Supplement paper 5</p> <p><em>Electronic data files</em></p> <p>File ES5.1 &ndash; Supplementary references (.docx)</p> <p>File ES5.2 &ndash; Body size, microhabitat and spiny tail data of the 2877 squamate species used in the study (.csv)</p> <p>File ES5.3 &ndash; Tree file (.tre)</p> <p>File ES5.4 &ndash; Results of the D statistic (.csv)</p> <p>File ES5.5 &ndash; Results of the fitPagel funtion (.csv)</p> <p>File ES5.6 &ndash; Phylogenetic ANOVA results (spiny tails vs microhabitat) (.csv)</p> <p>File ES5.7 &ndash; Phylogenetic ANOVA results (spiny tails vs. body size) (.csv)</p> <p>File ES5.8 &ndash; Phylogenetic logistic regression results (.csv)</p> <p>File ES5.9 &ndash; Phylogenetic ANOVA results (microhabitat vs body size) (.csv)</p> <p>File ES5.10 &ndash; Results of the HiSSE models (.csv)</p>

ShareScore

32/100

Overall dataset sharing score

Score breakdown

These five areas show where the dataset supports — or may limit — practical reuse.

Stewardship
4
Harmonization
4
Access
16
Reuse readiness
8
Engagement
0