Phylogenetic imputation has recently emerged as a potentially powerful tool for predicting missing data in functional traits datasets. As such, understanding the limitations of phylogenetic modelling in predicting trait values is critical if we are to use them in subsequent analyses. Previous studies have focused on the relationship between phylogenetic signal and clade-level prediction accuracy, yet variability in prediction accuracy among individual tips of phylogenies remains largely unexplored. Here, we used simulations of trait evolution along the branches of phylogenetic trees to show how the accuracy of phylogenetic imputations is influenced by the combined effects of (1) the amount of phylogenetic signal in the traits and (2) the br...
Phylogenies are trees showing the evolutionary relationship among species, and reconstructing phylog...
There is considerable uncertainty about if, and when, phylogenetic information is needed to answer v...
That the use of large, multi-locus phylogenetic data sets in molecular evolutionary research provide...
Phylogenetic imputation has recently emerged as a potentially powerful tool for predicting missing d...
The primary rationale for the use of phylogenetically based statistical methods is that phylogenetic...
The accumulation of genome-scale molecular datasets for non-model taxa brings us ever closer to reso...
Abstract We consider phylogenetic tree estimation with emphasis on estimating the number of groups (...
Making meaningful inferences from phylogenetic comparative data requires a meaningful model of trait...
Phylogenetic regression models for trait evolution incorporate phylogenetic trees for the analysis o...
Species richness varies widely across the tree of life, and there is great interest in identifying e...
Phylogenomics refers to the inference of historical relationships among species using genome-scale s...
Phylogenetic signal is the tendency for closely related species to display similar trait values due ...
Phylogenies inferred from independent data partitions usually differ from one another in topology de...
The evolution of continuous traits is the central component of comparative analyses in phylogenetics...
Phylogenetic research is often stymied by selection of a marker that leads to poor phylogenetic reso...
Phylogenies are trees showing the evolutionary relationship among species, and reconstructing phylog...
There is considerable uncertainty about if, and when, phylogenetic information is needed to answer v...
That the use of large, multi-locus phylogenetic data sets in molecular evolutionary research provide...
Phylogenetic imputation has recently emerged as a potentially powerful tool for predicting missing d...
The primary rationale for the use of phylogenetically based statistical methods is that phylogenetic...
The accumulation of genome-scale molecular datasets for non-model taxa brings us ever closer to reso...
Abstract We consider phylogenetic tree estimation with emphasis on estimating the number of groups (...
Making meaningful inferences from phylogenetic comparative data requires a meaningful model of trait...
Phylogenetic regression models for trait evolution incorporate phylogenetic trees for the analysis o...
Species richness varies widely across the tree of life, and there is great interest in identifying e...
Phylogenomics refers to the inference of historical relationships among species using genome-scale s...
Phylogenetic signal is the tendency for closely related species to display similar trait values due ...
Phylogenies inferred from independent data partitions usually differ from one another in topology de...
The evolution of continuous traits is the central component of comparative analyses in phylogenetics...
Phylogenetic research is often stymied by selection of a marker that leads to poor phylogenetic reso...
Phylogenies are trees showing the evolutionary relationship among species, and reconstructing phylog...
There is considerable uncertainty about if, and when, phylogenetic information is needed to answer v...
That the use of large, multi-locus phylogenetic data sets in molecular evolutionary research provide...