Phylogenetic relationships of Asphodelaceae were investigated by parsimony analysis of 57
monocotrbcL nucleotide sequences, including 17 genera that have at some time been …

Two independent lines of molecular evidence have been studied to explore phylogenetic
relationships in the family Asphodelaceae. Genomic fingerprinting by ISSR (Inter Simple …

Phylogenetic analysis of plastid (rbcLa, matK, trnH-psbA and the trnL intron) and nuclear
(ITS1) sequence datasets in a wide sampling of species of Asphodelaceae: Alooideae …

We present a combined analysis of sequences for four plastid DNA regions,(rbcL. otpB, the
tml_ intron and the tmL-tmF intergenic spacer) for Asparagales and related groups. Aligning …

Phylogenetic analyses of morphological characters and plastid DNA sequences of rbcL and
trnL-F are presented separately and combined for nine of the 12 genera of Themidaceae …

Phylogenetic relationships within Sapindaceae sensu lato are assessed using sequence
data from two plastid genes, analyzed separately and together. A total of 46 rbcL sequences …

• Premise of the study: The Asparagales, with ca. 40% of all monocotyledons, include a host
of commercially important ornamentals in families such as Orchidaceae, Alliaceae, and …

The family Asclepiadaceae (Dicotyledones) was created by Brown in 1810 by splitting in two
the family Apocynaceae of Jussieu established in 1789. The morphological characters used …

Past phylogenetic studies of the monocot order Alismatales left several higher‐order
relationships unresolved. We addressed these uncertainties using a nearly complete genus …

The phylogeny of the Sapotaceae was investigated by DNA sequence analysis of the
chloroplast gene ndh F. Three or possibly four main evolutionary lineages were identified …