As explained above, the new morphological data did not reduce conflict with the Baker et al. (2003) data, despite additional taxonomic and character sampling.
In the analysis of the combined data of DNA and morphology with P. rosettifolia and P. longianthera removed, the ILD test gave a value of p = 0.082, indicating that the data from the DNA and morphological data did not contain significant incongruence.
This model correctly assigned 90.2% of the individuals to their life history class and indicates that the addition of the morphological data did not detectably improve our ability to classify individuals into life history classes (89.5% vs. 90.2%) in the F2.
It is a monophyletic genus, but morphological and molecular data do not resolve the relationship among intrageneric clades and high rates of substitution have been previously described in some mitochondrial genes.
Analyses of morphological data were done by RGB and FF.
From these comparative morphological analyses, and for almost all cases, available data do not support a correlation between chemically induced toxicity or regenerative phenomena and carcinogenicity.
To note, the present data do not provide any hints which particular morphological feature of the (robotic) interactors is crucial to ascribe a ToM.
Consequently, structural and morphological changes observed on the aerial photographs lead to other interpretations of the underlying functional processes than the statistical data do.
In the Sigaus system divergence seems to be at an early stage; Sigaus australis and Sigaus childi do not appear to be losing morphological distinction, but our neutral genetic data does show extensive gene flow.
Analyses of the expanded molecular data did not reduce conflict with the morphological hypotheses.
