Neighbour-joining tree based on the 134 bp fragment of 16 S mitochondrial rDNA for 18 putative New Zealand endemic earthworms and one outgroup sequence (<i>L. terrestris</i>).

Stephane Boyer (321322)
Samuel D. J. Brown (187128)
Rupert A. Collins (377358)
Robert H. Cruickshank (187135)
Marie-Caroline Lefort (321323)
Jagoba Malumbres-Olarte (321324)
Stephen D. Wratten (321325)

Publication date

February 2013

DOI

10.1371/journal.pone.0038215.g003

Abstract

<p>Labels correspond to species in the DNA library that were found in snail faeces (blue), species in the DNA library that were not found in the snail faeces (green), and species that were not present in the DNA library but were found in the snail faeces (red). The tree is drawn to scale, with horizontal branch lengths corresponding to percentage differences (see scale for 2% difference).</p

Extracted data

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Neighbour-joining tree based on the 134 bp fragment of 16 S mitochondrial rDNA for 18 putative New Zealand endemic earthworms and one outgroup sequence (<i>L. terrestris</i>).

Abstract

Extracted data

Neighbour-joining tree based on the 134 bp fragment of 16 S mitochondrial rDNA for 18 putative New Zealand endemic earthworms and one outgroup sequence (<i>L. terrestris</i>).

Abstract

Extracted data

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