@ARTICLE{TreeBASE2Ref20655,
author = {Domingos Ben?cio Oliveira Silva Cardoso and Haroldo Cavalcante de Lima and Rodrigo Sch?tz Rodrigues and Luciano Paganucci Queiroz and R. Toby Pennington and Matthew T. Lavin},
title = {The Bowdichia clade of Genistoid legumes: phylogenetic analysis of combined molecular (ITS, matK and trnL intron) and morphological data and a recircumscription of Diplotropis},
year = {2012},
keywords = {Acosmium; radial flower; Genistoid clade; papilionate flower; Papilionoideae; phylogeny; Sophoreae},
doi = {},
url = {http://},
pmid = {},
journal = {Taxon},
volume = {61},
number = {5},
pages = {1074?1087},
abstract = {The Neotropical Bowdichia clade (Leguminosae, Papilionoideae) comprises four genera, Bowdichia, Diplotropis, Guianodendron, and Leptolobium, which are sister to the core Genistoid clade. Bowdichia and Diplotropis have been treated as a single genus, whereas Guianodendron and Leptolobium have been synonymized with the distantly Dalbergioid genus Acosmium because of shared radial floral symmetry. We combined and analyzed morphological and molecular data including nuclear ribosomal internal transcribed spacer (ITS/5.8S) and two chloroplast (matK and trnL intron) DNA regions in order to evaluate the monophyly of each genus and the Bowdichia clade. A combined parsimony analysis strongly supported the monophyly of Bowdichia, the paraphyly of Diplotropis, and the independent evolution of radial floral symmetry in Guianodendron and Leptolobium. Leptolobium is sister to Bowdichia and Guianodendron is nested within Diplotropis s.l. Diplotropis is here recircumscribed as to encompass the monophyletic sect. Diplotropis and it is suggested that Diplotropis sect. Racemosae deserves segregation into a new genus. Floral symmetry has been given too much emphasis in previous classifications by taxonomists who did not recognize its evolutionary lability, which has resulted in non-monophyletic circumscriptions of genera like Acosmium, Bowdichia and Diplotropis.}
}
Trees for Study 12652

Citation title:
"The Bowdichia clade of Genistoid legumes: phylogenetic analysis of combined molecular (ITS, matK and trnL intron) and morphological data and a recircumscription of Diplotropis".

Study name:
"The Bowdichia clade of Genistoid legumes: phylogenetic analysis of combined molecular (ITS, matK and trnL intron) and morphological data and a recircumscription of Diplotropis".

This study is part of submission 12652
(Status: Published).
Trees
ID |
Tree Label |
Tree Title |
Tree Type |
Tree Kind |
Taxa |
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Tr123556
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Fig. 13A |
Amphisopidae morphA+16S-COI = wts Strict Consensus |
Consensus |
Species Tree |
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Tr123560
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Fig. 13C |
Amphisopidae morph +16S-COI K=12 sym jac 33% group frequencies |
Single |
Species Tree |
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Tr123604
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16S COI equal wts 4+ |
Amphisopidae 16S COI equal wts |
Single |
Species Tree |
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Tr123575
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tnt 15+ |
Amphisopidae morphA+16S-COI = wts |
Single |
Species Tree |
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Tr123590
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tnt 11++ |
Amphisopidae morphA outgroups 20190321 = wts |
Single |
Species Tree |
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Tr123558
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Fig. 13B |
Amphisopidae MorphA 16S-COI = wts sym jac 33% group frequencies |
Single |
Species Tree |
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Tr123569
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tnt 9+ |
Amphisopidae morphA+16S-COI = wts |
Single |
Species Tree |
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Tr123595
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tnt 2++ |
Amphisopidae morphA no outgroups 20190321= wts |
Single |
Species Tree |
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Tr123566
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tnt 6+ |
Amphisopidae morphA+16S-COI = wts |
Single |
Species Tree |
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Tr123600
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Fig. 11B |
Amphisopidae morphA K12 group frequencies collapsed+ |
Single |
Species Tree |
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Tr123573
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tnt 13+ |
Amphisopidae morphA+16S-COI = wts |
Single |
Species Tree |
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Tr123594
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tnt 1++ |
Amphisopidae morphA no outgroups 20190321= wts |
Single |
Species Tree |
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Tr123571
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tnt 11+ |
Amphisopidae morphA+16S-COI = wts |
Single |
Species Tree |
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Tr123572
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tnt 12+ |
Amphisopidae morphA+16S-COI = wts |
Single |
Species Tree |
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Tr123562
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tnt 2+ |
Amphisopidae morphA+16S-COI = wts |
Single |
Species Tree |
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Tr123585
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tnt 6++ |
Amphisopidae morphA outgroups 20190321 = wts |
Single |
Species Tree |
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Tr123582
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tnt 3++ |
Amphisopidae morphA outgroups 20190321 = wts |
Single |
Species Tree |
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Tr123607
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Fig. 12C |
Amphisopidae 16S-COI K=12 jac 33 group freq+ |
Single |
Species Tree |
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Tr123584
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tnt 5++ |
Amphisopidae morphA outgroups 20190321 = wts |
Single |
Species Tree |
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Tr123592
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Fig. 10A |
Amphisopidae morphA outgroups =wts jac33 group freq |
Single |
Species Tree |
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Tr123596
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tnt 3++ |
Amphisopidae morphA no outgroups 20190321= wts |
Single |
Species Tree |
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Tr123563
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tnt 3+ |
Amphisopidae morphA+16S-COI = wts |
Single |
Species Tree |
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Tr123567
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tnt 7+ |
Amphisopidae morphA+16S-COI = wts |
Single |
Species Tree |
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Tr123601
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16S COI equal wts 1+ |
Amphisopidae 16S COI equal wts |
Single |
Species Tree |
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Tr123606
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Fig. 12B |
Amphisopidae 16S-COI = wts jac 33% group freq+ |
Single |
Species Tree |
View Taxa
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Tr123591
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tnt 12++ |
Amphisopidae morphA outgroups 20190321 = wts |
Single |
Species Tree |
View Taxa
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Tr123568
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tnt 8+ |
Amphisopidae morphA+16S-COI = wts |
Single |
Species Tree |
View Taxa
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Tr123583
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tnt 4++ |
Amphisopidae morphA outgroups 20190321 = wts |
Single |
Species Tree |
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Tr123580
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tnt 1++ |
Amphisopidae morphA outgroups 20190321 = wts |
Single |
Species Tree |
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Tr123588
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tnt 9++ |
Amphisopidae morphA outgroups 20190321 = wts |
Single |
Species Tree |
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Tr123574
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tnt 14+ |
Amphisopidae morphA+16S-COI = wts |
Single |
Species Tree |
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Tr123565
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tnt 5+ |
Amphisopidae morphA+16S-COI = wts |
Single |
Species Tree |
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Tr123587
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tnt 8++ |
Amphisopidae morphA outgroups 20190321 = wts |
Single |
Species Tree |
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Tr123593
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Fig. 10B |
Amphisopidae morphA outgroups K=12 jac33 group freq collapsed+ |
Single |
Species Tree |
View Taxa
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Tr123603
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16S COI equal wts 3+ |
Amphisopidae 16S COI equal wts |
Single |
Species Tree |
View Taxa
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Tr123564
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tnt 4+ |
Amphisopidae morphA+16S-COI = wts |
Single |
Species Tree |
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Tr123561
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tnt 1+ |
Amphisopidae morphA+16S-COI = wts |
Single |
Species Tree |
View Taxa
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Tr123589
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tnt 10++ |
Amphisopidae morphA outgroups 20190321 = wts |
Single |
Species Tree |
View Taxa
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Tr123581
|
tnt 2++ |
Amphisopidae morphA outgroups 20190321 = wts |
Single |
Species Tree |
View Taxa
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Tr123586
|
tnt 7++ |
Amphisopidae morphA outgroups 20190321 = wts |
Single |
Species Tree |
View Taxa
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Tr123598
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Fig. 11A |
Amphisopidae morphA =wts jac33 group frequencies collapsed+ |
Single |
Species Tree |
View Taxa
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Tr123576
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tnt 16+ |
Amphisopidae morphA+16S-COI = wts |
Single |
Species Tree |
View Taxa
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Tr123605
|
Fig. 12A |
Amphisopidae 16S-COI consensus =wts+ |
Single |
Species Tree |
View Taxa
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Tr123602
|
16S COI equal wts 2+ |
Amphisopidae 16S COI equal wts |
Single |
Species Tree |
View Taxa
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Tr123597
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tnt 4++ |
Amphisopidae morphA no outgroups 20190321= wts |
Single |
Species Tree |
View Taxa
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Tr123570
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tnt 10+ |
Amphisopidae morphA+16S-COI = wts |
Single |
Species Tree |
View Taxa
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