For each feature, we calculated the distance between a pair of species and built a dendrogram (feature tree) of the 61 species using those distances.
We then made profiles for individual subtypes and features, calculated the distance matrices, and constructed a dendrogram for each feature.
To measure the degree of evolutionary persistence of the five features, we built a dendrogram using the distances between species with respect to each of the five features, and then evaluated how much the feature trees deviate from the species classification.
An alternative method for visualizing the patterns emerging from the feature vector method of analysis is to create a dendrogram using agglomerative hierarchical clustering.
A dendrogram constructed for 67 M.
Fig. 5 displays a dendrogram with "Wards" linkage35.
The groupings are then mapped using a dendrogram.
Clustergrammer visualizes the same information by displaying a single slice of a dendrogram using trapezoids (Fig. 1c).
These coefficients were utilized to construct a dendrogram using the UPGMA.
Merges all extracted maximal cliques into a dendrogram by using the aggregative framework presented in MOHCC.
Thus, it became possible to create a dendrogram of the species included in this study.
