By combining earth and water-based chakra, the user can produce trees or wooden objects from any surface.
TreeVector is used alongside Quicktree [16] to produce trees showing the phylogenetic relationships of different wheat varieties and homoeologous gene sequences.
It is in principle possible, as Peter Gogarten and colleagues will argue elsewhere in this issue [ 118], that biased LGT can produce tree-like patterns from a process that is not itself tree-like.
The comparative infrequency of HGT in the eukaryote part of the biological world means, however, that in this case the conceptual implications for the TOL might not be as drastic: the evolutionary histories of many eukaryotes appear to produce tree-like patterns (e.g., [ 27]).
In general, WTA voting tended to produce trees with higher RF accuracy than weighted-majority voting.
For example, MP inference can never produce trees larger than the true phylogenies and may therefore systematically underestimate phylogeny size.
Thus, both variants of RAxML methods produce trees with the same topology, differing only in the numeric parameters.
To produce trees comparable with the real data, we reject those with <50 or >120 distinct cell types.
LGT events, on the other hand, are expected to produce trees that are at odds with the expected organismal phylogenies.
