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Article
Paula J. Rudall, Auteur ; Mark W. Chase, Auteur ; David F. Cutler, Auteur ; Janet Rusby, Auteur ; Anette Y. De Bruijn, AuteurThe astelioid group of asparagoid lilies (Lilianae - Asparagales) comprises Hypoxidaceae, Asteliaceae, Blandfordia and Lanaria. New information is presented on astelioid anatomy, together with a review of other systematic characters. These data [...]
Article
Douglas E. Soltis, Auteur ; Pamela S. Soltis, Auteur ; Mark W. Chase, Auteur ; Mark E. Mort, Auteur ; Dirk C. Albach, Auteur ; Michael Zanis, Auteur ; Vincent Savolainen, Auteur ; William H. Hahn, Auteur ; Sara B. Hoot, Auteur ; Michael F. Fay, Auteur ; Michael Axtell, Auteur ; Susan M. Swensen, Auteur ; Linda M. Prince, Auteur ; W. John Kress, Auteur ; Kevin C. Nixon, Auteur ; James S. Farris, AuteurA phylogenetic analysis of a combined data set for 560 angiosperms and seven outgroups based on three genes, 18S rDNA (1855 bp), rbcL (1428 bp), and atpB (1450 bp) representing a total of 4733 bp is presented. Parsimony analysis was expedited by[...]
Article
Stephen D. Hopper, Auteur ; Michael F. Fay, Auteur ; Maurizio Rossetto, Auteur ; Mark W. Chase, AuteurA phylogenetic analysis of plastid DNA sequences from the trnL-F region corroborates the hypothesis that Haemodoraceae, a small monocotyledonous family centred in southwestern Australia, are monophyletic with relationships to Philydraceae, Ponte[...]
Article
A. Muthama Muasya, Auteur ; David A. Simpson, Auteur ; Mark W. Chase, AuteurThe phylogeny of Cyperus and allied genera has been reconstructed using cladistic analysis of plastid rbcL gene, rps16 intron, trnL intron, and trnL-F intergenic spacer sequence data in 40 species of tribe Cypereae. Cyperus s.s. as currently cir[...]
Article
Lizabeth R. Caddick, Auteur ; Paula J. Rudall, Auteur ; Paul Wilkin, Auteur ; Terry A. J. Hedderson, Auteur ; Mark W. Chase, AuteurRelationships of Dioscoreales are examined by combined analysis of three molecular data sets (plastid rbcL, atpB and nuclear 18S rDNA genes) and a morphological data set. The combined analysis corroborates a narrow circumscription of Dioscoreale[...]
Article
Lennart Andersson, Auteur ; Mark W. Chase, AuteurRelationships of Marantaceae were estimated from nucleotide sequence variation in the rps16 intron (plastid DNA) and from morphological characters. Fifty-nine species (21 genera) formed the ingroup, and 12 species (12 genera) of other Zingiberal[...]
Article
Maria Dolores Lledó, Auteur ; Manuel B. Crespo, Auteur ; Anthony V. Cox, Auteur ; Michael F. Fay, Auteur ; Mark W. Chase, AuteurPhylogenetic relationships of Limoniastrum and other genera of subfamily Staticoideae (Plumb-aginaceae) were studied using parsimony analysis of the plastid gene rbcL, the intron of trnL and the intergene spacer oftrnL-trnF. Our analysis showed [...]
Article
Clemens Bayer, Auteur ; Michael F. Fay, Auteur ; Anette Y. De Bruijn, Auteur ; Vincent Savolainen, Auteur ; Cynthia M. Morton, Auteur ; Klaus Kubitzki, Auteur ; William S. Alverson, Auteur ; Mark W. Chase, AuteurSequence analyses of the plastid genes atpB and rbcL support an expanded order Malvales. Within this alliance, core Malvales are clearly supported and comprise most genera that have previously been included in Sterculiaceae, Tiliaceae, Bombacace[...]
Article
Paula J. Rudall, Auteur ; John G. Conran, Auteur ; Mark W. Chase, AuteurThis paper discusses the intrafamilial systematics of Ruscaccae sensu lata by means of a combined molecular-morphological analysis. Ruscaceae sensu lata (including former Con-vallariaceae. Dracaenaceae and Nolinaccac, as well as Comospermum and [...]
