… phylogenetic relationships within C. geophilum, we performed maximum likelihood and
Bayesian phylogenetic … , as well as a global phylogenetic analysis of 789 isolates with publicly …

… In this study, we examine the taxonomic, functional and phylogenetic diversity components
in 19 of 25 provinces within the Indo-Pacific with ≥3 species to infer the interrelationships …

… Pacific Northwest region. This paper uses cladistic and network techniques to examine
core predictions of the model – that cultural entities evolved in a branching process, not …

… phylogenetic marker gene families. The resulting metagenomic phylogeny can be used to
quantify the phylogenetic diversity … patterns of microbial phylogenetic diversity and community …

… VGIII isolates showed considerable genetic diversity compared with other Cryptococcus …
were most variable and may reflect phylogenetic diversity in this group. Because sequence …

… do Germany and the Pacific Northwest. This pattern reflects … Pacific Northwest. Although
species richness was relatively low in the Pacific Northwest, the greatest phylogenetic diversity …

… Understanding how phylogenetic diversity changes with increased sampling area (what we
… relationship between phylogenetic diversity and area, and the term phylogenetic diversity–…

… diversity (Table 2), the highest diversity values were found in library DBS1 of the deepest
sampling site, and the lowest diversity … 60% of the total phylogenetic diversity contained by both …

… phylogenetic analysis on 20 C. gattii isolates, 18 of which are from the VGII molecular type
largely responsible for the Pacific Northwest … isolates resulted in phylogenetic reconstructions …

… Both SSR and RAPD markers have unprecedented utility for analysis of population genetics
and phylogenetic diversity of sorghum. Because neither requires radioactive isotopes, these …