@ARTICLE{TreeBASE2Ref15108,
author = {Jorge V. Crisci and P. E. Berry},
title = {A phylogenetic reevaluation of the Old World species of Fuchsia.},
year = {1990},
keywords = {},
doi = {},
url = {},
pmid = {},
journal = {Annals of the Missouri Botanical Garden},
volume = {77},
number = {},
pages = {517--522},
abstract = {The four Old World species of FuchsiaF. cyrtandroides, F. excorticata, F. perscandens, and F. procumbens form a monophyletic group (sect. Skinnera) defined by blue pollen and the presence of flavones in all species. Data on foliar flavonoid compounds in the section were reanalyzed, and additional nonflavonoid characters were employed to make a phylogenetic reevaluation of the group, using the rest of the genus as the outgroup. Of 17 characters used, 7 were phylogenetically informative, resulting in two equally most parsimonious cladograms 23 steps long. Both have a consistency index of 0.75 when all noninformative characters are excluded. The two trees differ in the position of the Tahitian F. cyrtandroides and the New Zealand F. procumbens, each of which appears as the sister group of the other species in the respective cladograms. In both trees, F. excorticata and F. perscandens form a clade defined by constricted floral tubes. These results differ from a prior cladistic analysis of the section based primarily on flavonoids, which placed F. cyrtandroides unambiguously as the sister species of the rest of the section and grouped F. procumbens in a clade with F. perscandens.}
}
Citation for Study 92
Citation title:
"A phylogenetic reevaluation of the Old World species of Fuchsia.".
This study was previously identified under the legacy study ID S11x4x95c21c16c44
(Status: Published).
Citation
Crisci J., & Berry P. 1990. A phylogenetic reevaluation of the Old World species of Fuchsia. Annals of the Missouri Botanical Garden, 77: 517-522.
Authors
Abstract
The four Old World species of FuchsiaF. cyrtandroides, F. excorticata, F. perscandens, and F. procumbens form a monophyletic group (sect. Skinnera) defined by blue pollen and the presence of flavones in all species. Data on foliar flavonoid compounds in the section were reanalyzed, and additional nonflavonoid characters were employed to make a phylogenetic reevaluation of the group, using the rest of the genus as the outgroup. Of 17 characters used, 7 were phylogenetically informative, resulting in two equally most parsimonious cladograms 23 steps long. Both have a consistency index of 0.75 when all noninformative characters are excluded. The two trees differ in the position of the Tahitian F. cyrtandroides and the New Zealand F. procumbens, each of which appears as the sister group of the other species in the respective cladograms. In both trees, F. excorticata and F. perscandens form a clade defined by constricted floral tubes. These results differ from a prior cladistic analysis of the section based primarily on flavonoids, which placed F. cyrtandroides unambiguously as the sister species of the rest of the section and grouped F. procumbens in a clade with F. perscandens.
About this resource
- Canonical resource URI:
http://purl.org/phylo/treebase/phylows/study/TB2:S92
- Other versions:
Nexus
NeXML
- Show BibTeX reference
@ARTICLE{TreeBASE2Ref15108,
author = {Jorge V. Crisci and P. E. Berry},
title = {A phylogenetic reevaluation of the Old World species of Fuchsia.},
year = {1990},
keywords = {},
doi = {},
url = {},
pmid = {},
journal = {Annals of the Missouri Botanical Garden},
volume = {77},
number = {},
pages = {517--522},
abstract = {The four Old World species of FuchsiaF. cyrtandroides, F. excorticata, F. perscandens, and F. procumbens form a monophyletic group (sect. Skinnera) defined by blue pollen and the presence of flavones in all species. Data on foliar flavonoid compounds in the section were reanalyzed, and additional nonflavonoid characters were employed to make a phylogenetic reevaluation of the group, using the rest of the genus as the outgroup. Of 17 characters used, 7 were phylogenetically informative, resulting in two equally most parsimonious cladograms 23 steps long. Both have a consistency index of 0.75 when all noninformative characters are excluded. The two trees differ in the position of the Tahitian F. cyrtandroides and the New Zealand F. procumbens, each of which appears as the sister group of the other species in the respective cladograms. In both trees, F. excorticata and F. perscandens form a clade defined by constricted floral tubes. These results differ from a prior cladistic analysis of the section based primarily on flavonoids, which placed F. cyrtandroides unambiguously as the sister species of the rest of the section and grouped F. procumbens in a clade with F. perscandens.}
}
- Show RIS reference
TY - JOUR
ID - 15108
AU - Crisci,Jorge V.
AU - Berry,P. E.
T1 - A phylogenetic reevaluation of the Old World species of Fuchsia.
PY - 1990
UR -
N2 - The four Old World species of FuchsiaF. cyrtandroides, F. excorticata, F. perscandens, and F. procumbens form a monophyletic group (sect. Skinnera) defined by blue pollen and the presence of flavones in all species. Data on foliar flavonoid compounds in the section were reanalyzed, and additional nonflavonoid characters were employed to make a phylogenetic reevaluation of the group, using the rest of the genus as the outgroup. Of 17 characters used, 7 were phylogenetically informative, resulting in two equally most parsimonious cladograms 23 steps long. Both have a consistency index of 0.75 when all noninformative characters are excluded. The two trees differ in the position of the Tahitian F. cyrtandroides and the New Zealand F. procumbens, each of which appears as the sister group of the other species in the respective cladograms. In both trees, F. excorticata and F. perscandens form a clade defined by constricted floral tubes. These results differ from a prior cladistic analysis of the section based primarily on flavonoids, which placed F. cyrtandroides unambiguously as the sister species of the rest of the section and grouped F. procumbens in a clade with F. perscandens.
L3 -
JF - Annals of the Missouri Botanical Garden
VL - 77
IS -
SP - 517
EP - 522
ER -
Go to search
Citation
Taxa
Matrices
Trees
Analyses
