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POOR STATISTICAL PERFORMANCE OF THE MANTEL TEST IN PHYLOGENETIC COMPARATIVE ANALYSES
by
Glor, Richard E.
, Harmon, Luke J.
in
Biological Evolution
/ Biological taxonomies
/ BRIEF COMMUNICATIONS
/ Brownian motion
/ Comparative methods
/ Comparative studies
/ Computer Simulation
/ Correlations
/ Data Interpretation, Statistical
/ Evolution
/ Evolutionary biology
/ independent contrasts
/ Mantels
/ Modeling
/ phylogenetic signal
/ Phylogenetics
/ Phylogeny
/ Reproducibility of Results
/ Research Design
/ statistical power
/ Statistics
/ Taxa
/ Taxonomy
/ type-I error
2010
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POOR STATISTICAL PERFORMANCE OF THE MANTEL TEST IN PHYLOGENETIC COMPARATIVE ANALYSES
by
Glor, Richard E.
, Harmon, Luke J.
in
Biological Evolution
/ Biological taxonomies
/ BRIEF COMMUNICATIONS
/ Brownian motion
/ Comparative methods
/ Comparative studies
/ Computer Simulation
/ Correlations
/ Data Interpretation, Statistical
/ Evolution
/ Evolutionary biology
/ independent contrasts
/ Mantels
/ Modeling
/ phylogenetic signal
/ Phylogenetics
/ Phylogeny
/ Reproducibility of Results
/ Research Design
/ statistical power
/ Statistics
/ Taxa
/ Taxonomy
/ type-I error
2010
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POOR STATISTICAL PERFORMANCE OF THE MANTEL TEST IN PHYLOGENETIC COMPARATIVE ANALYSES
by
Glor, Richard E.
, Harmon, Luke J.
in
Biological Evolution
/ Biological taxonomies
/ BRIEF COMMUNICATIONS
/ Brownian motion
/ Comparative methods
/ Comparative studies
/ Computer Simulation
/ Correlations
/ Data Interpretation, Statistical
/ Evolution
/ Evolutionary biology
/ independent contrasts
/ Mantels
/ Modeling
/ phylogenetic signal
/ Phylogenetics
/ Phylogeny
/ Reproducibility of Results
/ Research Design
/ statistical power
/ Statistics
/ Taxa
/ Taxonomy
/ type-I error
2010
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POOR STATISTICAL PERFORMANCE OF THE MANTEL TEST IN PHYLOGENETIC COMPARATIVE ANALYSES
Journal Article
POOR STATISTICAL PERFORMANCE OF THE MANTEL TEST IN PHYLOGENETIC COMPARATIVE ANALYSES
2010
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Overview
The Mantel test, based on comparisons of distance matrices, is commonly employed in comparative biology, but its statistical properties in this context are unknown. Here, we evaluate the performance of the Mantel test for two applications in comparative biology: testing for phylogenetic signal, and testing for an evolutionary correlation between two characters. We find that the Mantel test has poor performance compared to alternative methods, including low power and, under some circumstances, inflated type-l error. We identify a remedy for the inflated type-l error of three-way Mantel tests using phylogenetic permutations; however, this test still has considerably lower power than independent contrasts. We recommend that use of the Mantel test should be restricted to cases in which data can only be expressed as pairwise distances among taxa.
Publisher
Blackwell Publishing Inc,Wiley Periodicals Inc,Oxford University Press
Subject
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