Phylogenetic analyses of the plastid data recovered well-supported backbone relationships and strong support for relationships that were not observed in previous analyses of major subclades within Viridiplantae.
Most emerging modeling standards such as the object database management group (ODMG) object model and UML have some support for relationships.
Finally, the limitations of column-family data stores are similar to those of other NoSQL categories, such as the lack of built-in support for relationships and transactional operations that involve more than one row.
Document data stores have similar limitations to key-value data stores, such as the lack of built-in support for relationships among documents and transactional operations involving multiple documents.
Statistical support for relationships, as measured by bootstrap proportions, increased as the number of nucleotides increased from 1047 (cyt b) to 1512 (COI) to 2559 nucleotides (aggregate data set).
Maximum likelihood and Bayesian analyses recover trees with good support for relationships that are largely congruent with taxonomy (Figure S1, Text S1).
The randomisation test analyses we performed were unable to provide statistical support for relationships among the parameters we tested at a 5% level of significance.
Support for relationships was assessed by bootstrap analyses (1000 replicates).
Support for relationships among the five clades was 0.98-1.00 for PP and 59%-93 59%-93S.
However, we recover strong bootstrap support for relationships among many families and for their monophyly.
