… successful angiosperm lineages, … phylogeny has not been fully resolved, and the evolutionary
landscape underlying their radiation remains unknown. To resolve the asterid phylogeny, …

… To account for frequent (ancient) whole genome duplication … orthologous genes found in
all angiosperms and the 120‐bp … ) and contain useful phylogenetic signal at deep and recent …

… Both analyses reached similar general conclusions for the angiosperms. Stull et al. (2015) …
been poorly represented in broader phylogenetic studies of the angiosperms. Morton (2011) …

Although the timing and extent of a whole-genome duplication occurring in the common
lineage of most modern cereals are clear, the existence or extent of more ancient genome …

… Phylogenetic relationships within major angiosperm clades are increasingly well resolved, …
and involved either whole genome or gene region alignments. First, whole plastid genomes …

… a phylogenetic framework and new insights into morphological and genomic changes …
Resolution of deep angiosperm phylogeny using conserved nuclear genes and estimates of …

… and phylogenetic utility of the ycf2 gene in angiosperms. We show that the ycf2 gene alone
can provide a consistent and generally well-supported phylogeny … or genome approaches for …

… whole genome DNA library can be used for a complete de novo assembly of the mitochondrial
genome of … in terms of similarity was tobacco, confirming their phylogenetic relationship in …

… to incorporate descendants of whole genome doubling into phylogenies of species that …
whole genome doubling is the halving algorithm [4]. To overcome the propensity of the genome …

… whole-genome sequences of 65 species were generated through Illumina sequencing. We
reconstructed the phylogenetic … ) in angiosperms, resulting in additional copies of the entire …