![Phylogenetics / Computational phylogenetics / Unrooted binary tree / Phylogenetic tree / Split / Maximum parsimony / Neighbor joining / Substitution model / Models of DNA evolution / Tree / Binary tree Phylogenetics / Computational phylogenetics / Unrooted binary tree / Phylogenetic tree / Split / Maximum parsimony / Neighbor joining / Substitution model / Models of DNA evolution / Tree / Binary tree](https://www.pdfsearch.io/img/bb8609e19fd1e842348f0dbb0ec2f6c7.jpg) Date: 2002-12-19 12:20:43Phylogenetics Computational phylogenetics Unrooted binary tree Phylogenetic tree Split Maximum parsimony Neighbor joining Substitution model Models of DNA evolution Tree Binary tree | | Performance Study of Phylogenetic Methods: (Unweighted) Quartet Methods and Neighbor-Joining Katherine St. John Dept. of Math & Computer Science, Lehman College and the Graduate Center, City U. of New York E-mail: stjohnAdd to Reading ListSource URL: www.cs.unm.eduDownload Document from Source Website File Size: 170,85 KBShare Document on Facebook
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