Data from: Lineage diversity and size disparity in Musteloidea: testing patterns of adaptive radiation using molecular and fossil-based methods

Law CJ, Slater GJ, Mehta RS

Date Published: May 1, 2017

DOI: https://doi.org/10.5061/dryad.nj1bp

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Title Supplementary Table S1
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Title Supplementary Table S2
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Title Supplementary Table S3
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Title Supplementary Table S4
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Title Supplementary Table S5
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Title Supplementary Table S6
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Title Supplementary Table S7
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Title Appendix1_FossilsforBeast
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Title Appendix2_Phylo
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Title Appendix3
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Title SFigS1_SuperTree
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Description Supplementary Figure S1. Musteloid supertree using the MRP (matrix representation with parsimony) matrix implemented in Clann.
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Title SFigS2_BEAST_Tree_PA
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Description Supplementary Figure S2. Time-calibrated phylogenetic tree (“pruned-after”) of Musteloidea. Mean divergence times estimated using a relaxed molecular clock model on the complete 46 gene dataset with 74 fossil priors. Blue bars across nodes indicate 95% confidence intervals around the mean divergence time estimates. Posterior estimates of mean and 95% HPD of divergence times are presented in Supplementary Table S7. Nodes are numbered (1–74, same as Figure 1). Outgroup taxa were pruned from the tree, and geological time scale is shown below the tree.
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Title SFigS3_DivRate_PA
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Title SFigS4_Length_Phylorate_PA
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Description Supplementary Figure S4. Phylorate plot of phenotypic (body length) evolution rates through time using the “pruned-after” MCC tree. (a) Phylorate plot of the mean phenotypic evolutionary rate of body length across all shift configurations based the MCC phylogeny. (b–d) Phylorate plots of 4 distinct shift configurations with the highest posterior probability. Rate shifts, shown as red circles with sizes proportional to the marginal probability of the shift, demonstrate significant increase in evolutionary rate. 3 distinct shift configurations account for the majority of the posterior probability of the data but result in conflicting rate configurations. The most frequent shift configuration (f = 0.35) signifies no rate shift (b) whereas the second most frequent shift configuration (f = 0.33) indicates an increase in evolutionary rate at the node leading to the divergence of Ictonychinae, Mustelinae, and Lutrinae (c). Conversely, the third most frequent shift configuration (f = 0.16) reveals a rate shift at the root of Mustelidae (d).
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Title SFigS5_BMrate_PB
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Description Supplementary Figure S5. Phylorate plot of phenotypic evolution rates through time based on body mass.
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When using this data, please cite the original publication:

Law CJ, Slater GJ, Mehta RS (2017) Lineage diversity and size disparity in Musteloidea: testing patterns of adaptive radiation using molecular and fossil-based methods. Systematic Biology, online in advance of print. https://doi.org/10.1093/sysbio/syx047

Additionally, please cite the Dryad data package:

Law CJ, Slater GJ, Mehta RS (2017) Data from: Lineage diversity and size disparity in Musteloidea: testing patterns of adaptive radiation using molecular and fossil-based methods. Dryad Digital Repository. https://doi.org/10.5061/dryad.nj1bp
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