Additional file 1: Figure S1. of ghost-tree: creating hybrid-gene phylogenetic trees for diversity analyses

  • J. Gregory Caporaso (Northern Arizona University) (Contributor)
  • Jai Ram Rideout (Contributor)
  • Arron Shiffer (Contributor)
  • Daniel McDonald (Contributor)
  • Scott T. Kelley (Contributor)
  • Evan Bolyen (Contributor)
  • Rob Knight (Contributor)
  • John Chase (Contributor)
  • Jennifer Fouquier (Contributor)

Dataset

Description

Principal Coordinates comparing unsimulated (real) samples based on (a) unweighted UniFrac distances where trees are computed using ghost-tree, (b) weighted UniFrac distances where trees are computed using ghost-tree, (c) unweighted UniFrac distances where trees are computed using ghost-tree, 0-branch length-foundation, (d) weighted UniFrac distances where trees are computed using ghost-tree, 0-branch-length foundation, (e) unweighted UniFrac distances where trees are computed using ghost-tree, 0-branch-length extensions, (f) weighted UniFrac distances where trees are computed using ghost-tree, 0-branch-length extensions. Blue points are simulated and real human saliva samples, and red points are simulated and real restroom surface samples. Plots were made using EMPeror software [25]. (PDF 522Â kb)
Date made availableJan 1 2016
Publisherfigshare Academic Research System

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