Both the DNA maximum likelihood (ML) and morphological-DNA Bayesian (BMCMC) analyses resulted in trees where the Facetotecta, Ascothoracida and Cirripedia were each monophyletic.
Morphological-DNA phylogenies were inferred using Bayesian methods coupled with Markov chain Monte Carlo (BMCMC) inference, as implemented in MrBayes v3.04b [ 80].
The better resolved and highly supported DNA maximum likelihood and morphological-DNA Bayesian analysis trees depicted the main phylogenetic relationships within the Thecostraca as (Facetotecta, (Ascothoracida, (Acrothoracica, (Rhizocephala, Thoracica)))).
The dominant white grub genera were Anomala and Hoplochelus species as per morphological and DNA comparisons.
Instead of morphological comparisons, DNA or protein sequences of different species can be analyzed.
In addition to morphological differences, DNA sequences of all these three new species show substantial divergencies, sustaining the recognition of these three new species.
Family trees based on morphological or DNA data are often at odds with each other, thwarting efforts to reconstruct the history of this pervasive insect.
Three years later, Ledesma, Werner, Ángel Spotorno, and Luis Albuja described the population as a new species, Lagidium ahuacaense, on the basis of morphological and DNA sequence differences.
In 2006, Marcelo Weksler published a phylogenetic analysis of Oryzomyini ("rice rats"), the tribe to which Oryzomys is allocated, using morphological and DNA sequence data.
Within Oryzomyini, a 2006 phylogenetic analysis by Marcelo Weksler which used both morphological and DNA sequence data found some evidence that Oryzomys is most closely related to a group including Holochilus, Lundomys, and Pseudoryzomys.
In addition, the correlation of the rates of evolution between morphological and DNA datasets was highly significant in their diversification.
