Difference between revisions of "Mirabilis sect. Oxybaphoides"
in W. H. Emory, Rep. U.S. Mex. Bound. 2(1): 173. 1859.
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|name=Undefined sect. Allioniella | |name=Undefined sect. Allioniella | ||
|authority=Rydberg | |authority=Rydberg | ||
| − | }}{{Treatment/ID/Synonym | + | }} {{Treatment/ID/Synonym |
|name=Undefined sect. Hesperonia | |name=Undefined sect. Hesperonia | ||
|authority=Standley | |authority=Standley | ||
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|distribution=sw United States;n Mexico;South America;s Asia. | |distribution=sw United States;n Mexico;South America;s Asia. | ||
|discussion=<p>Species ca. 17 (3 in the flora).</p><!-- | |discussion=<p>Species ca. 17 (3 in the flora).</p><!-- | ||
| − | --><p>Mirabilis sect. Oxybaphoides is poorly understood. It is the only section with species native to the Old World. In North America, two genera have been recognized: the monotypic Allionella, and the complex series of intergrading forms in Hesperonia, where P. C. Standley (1918) recognized nine species and A. Heimerl (1934c) referred to the group (in Mirabilis) as a “formenkreis.” Most later botanists have included all taxa in the complex in a broad Mirabilis, variously treating the different morphologic entities as species, infraspecies, or variously combining them into broadly constructed, variable taxa. One species in the section, Mirabilis expansa (Ruiz & Pavon) Standley, has recently been discovered to be an important food crop among indigenous peoples of the Andes (National Research Council 1989b).</p> | + | --><p><i>Mirabilis </i>sect.<i> Oxybaphoides</i> is poorly understood. It is the only section with species native to the Old World. In North America, two genera have been recognized: the monotypic Allionella, and the complex series of intergrading forms in Hesperonia, where P. C. Standley (1918) recognized nine species and A. Heimerl (1934c) referred to the group (in <i>Mirabilis</i>) as a “formenkreis.” Most later botanists have included all taxa in the complex in a broad <i>Mirabilis</i>, variously treating the different morphologic entities as species, infraspecies, or variously combining them into broadly constructed, variable taxa. One species in the section, <i>Mirabilis</i> expansa (Ruiz & Pavon) Standley, has recently been discovered to be an important food crop among indigenous peoples of the Andes (National Research Council 1989b).</p> |
|tables= | |tables= | ||
|references={{Treatment/Reference | |references={{Treatment/Reference | ||
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|publication year=1859 | |publication year=1859 | ||
|special status= | |special status= | ||
| − | |source xml=https://jpend@bitbucket.org/aafc-mbb/fna-data-curation.git/src/ | + | |source xml=https://jpend@bitbucket.org/aafc-mbb/fna-data-curation.git/src/8f726806613d60c220dc4493de13607dd3150896/coarse_grained_fna_xml/V4/V4_88.xml |
|genus=Mirabilis | |genus=Mirabilis | ||
|section=Mirabilis sect. Oxybaphoides | |section=Mirabilis sect. Oxybaphoides | ||
Revision as of 18:31, 18 September 2019
Herbs, herbaceous to suffrutescent or shrubby perennial [annual]; roots cylindric, cordlike. Stems erect to decumbent or prostrate, densely to sparsely leafy, leaves ± evenly distributed. Leaves: basal leaves petiolate, larger; distal leaves short petiolate or sessile, smaller, margins entire. Inflorescences axillary and terminal in open or congested, few or repeatedly branched cymes; involucres slightly accrescent, bell-shaped, with 1(–3) flowers inserted at base. Flowers: perianth broadly and shortly funnelform, abruptly flared from narrow tube, deeply 5-lobed; stamens 3–5. Fruits with (0–)5–10 indefinite or prominent lines, ellipsoid or obovoid, round in cross section, base not or slightly constricted, apex rounded, truncate, or somewhat nipplelike, surface of fruit smooth or very slightly rugose, glabrous, mucilaginous when wetted.
Distribution
sw United States, n Mexico, South America, s Asia.
Discussion
Species ca. 17 (3 in the flora).
Mirabilis sect. Oxybaphoides is poorly understood. It is the only section with species native to the Old World. In North America, two genera have been recognized: the monotypic Allionella, and the complex series of intergrading forms in Hesperonia, where P. C. Standley (1918) recognized nine species and A. Heimerl (1934c) referred to the group (in Mirabilis) as a “formenkreis.” Most later botanists have included all taxa in the complex in a broad Mirabilis, variously treating the different morphologic entities as species, infraspecies, or variously combining them into broadly constructed, variable taxa. One species in the section, Mirabilis expansa (Ruiz & Pavon) Standley, has recently been discovered to be an important food crop among indigenous peoples of the Andes (National Research Council 1989b).