@ARTICLE{TreeBASE2Ref15386,
author = {Susan B. Farmer and Edward E. Schilling},
title = {Phylogenetic analyses of Trilliaceae based on morphological and molecular data.},
year = {2002},
keywords = {},
doi = {10.1043/0363-6445-27.4.674},
url = {http://www.jstor.org/stable/3093915},
pmid = {},
journal = {Systematic Botany},
volume = {27},
number = {4},
pages = {674--692},
abstract = {These comprehensive analyses of systematic relationships within Trilliaceae focused on the relationships within Paris sensu lato (i.e., Paris, Daiswa, and Kinugasa); between species of Trillium; and between Paris sensu lato and Trillium. Seventy species were selected for cladistic analyses and scored for 110 morphological characters; matK and ITS molecular characters were obtained from GenBank for a subset of 26 taxa. Based on the preliminary results, Trillium rivale was used as a functional outgroup. For the subset of 26 species, analysis of the combined ITS and matK sequence data produced six shortest trees; the morphological data, 13 shortest trees; and the combined morphological and molecular data sets, three trees. Analyses of the full morphological data set of 70 species produced 76 shortest trees. Trillium rivale was distinct from both Paris and Trillium and should be placed in its own genus, for which the name Pseudotrillium is proposed. Trillium govanianum was more closely related to Paris than to Trillium but should be retained as a monotypic genus, Trillidium. Trillium and Paris were monophyletic based on molecular as well as morphological evidence. The cladistic analyses strongly support the separation of Paris sensu lato into Daiswa, Kinugasa, and Paris. The monophyly of Trillium after removal of Pseudotrillium and Trillidium was supported in all abut the large morphological analysis; subgenus Phyllantherum was monophyletic in all cases, but subgenus Trillium was not monophyletic.}
}
Trees for Study 953
Citation title:
"Phylogenetic analyses of Trilliaceae based on morphological and molecular data.".
This study was previously identified under the legacy study ID S835
(Status: Published).
Trees
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Tree Label |
Tree Title |
Tree Type |
Tree Kind |
Taxa |
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Tr872
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Fig.6b |
More fully resolved Phyllantherum clade from large morphological analysis |
Consensus |
Species Tree |
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Tr867
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Fig. 1d |
ITS data with Trillium rivale as outgroup |
Consensus |
Species Tree |
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Tr864
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Fig. 1a |
matK data with Veratrum maackii as outgroup |
Consensus |
Species Tree |
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Tr871
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Fig. 6a |
More fully resolved Daiswa clade from large morphological analysis |
Consensus |
Species Tree |
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Tr868
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Fig.1c |
matK data with Trillium rivale as outgroup |
Single |
Species Tree |
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Tr873
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Fig. 4 |
Strict consensus of three trees from the combined analysis of Trilliaceae |
Consensus |
Species Tree |
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Tr865
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Fig. 2 |
Strict consensus of six treed from the ITS-matK analysis of Trilliaceae |
Consensus |
Species Tree |
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Tr870
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Fig. 5 |
Strict consensus of 76 trees from the full morphological analysis of 70 species |
Consensus |
Species Tree |
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Tr869
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Fig. 3 |
Strict consensus of 13 trees from the small morphological analysis of 26 species |
Consensus |
Species Tree |
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Tr866
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Fig. 1b |
ITS data with Veratrum maackii as outgroup |
Consensus |
Species Tree |
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