Difference between revisions of "Rosa woodsii subsp. manca"
Novon 17: 351. 2007.
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}}{{Treatment/ID/Special_status | }}{{Treatment/ID/Special_status | ||
|code=F | |code=F | ||
| − | |label= | + | |label=Illustrated |
}} | }} | ||
|basionyms={{Treatment/ID/Basionym | |basionyms={{Treatment/ID/Basionym | ||
|name=Rosa manca | |name=Rosa manca | ||
|authority=Greene | |authority=Greene | ||
| + | |rank=species | ||
|publication_title=Pittonia | |publication_title=Pittonia | ||
|publication_place=4: 11. 1899 | |publication_place=4: 11. 1899 | ||
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|elevation=2100–3300 m | |elevation=2100–3300 m | ||
|distribution=Ariz.;Colo.;N.Mex.;Utah;Wyo. | |distribution=Ariz.;Colo.;N.Mex.;Utah;Wyo. | ||
| − | |discussion=<p>Subspecies manca [2x (DNA)] is the high-elevation representative of <i>Rosa woodsii</i> in the southern Rocky Mountains and outlying peaks and ridges of the Colorado Plateau, particularly characteristic of Gambel oak woodlands. Plants are relatively short and tend to have curved prickles, obovate leaflets, and stipitate-glandular sepals. As so circumscribed, this is not the R. manca of E. W. Erlanson (1934), which was regarded as a hexaploid (2n = 42) ecotype of <i>R. nutkana</i>. Neither is it the R. manca of A. Cronquist and N. H. Holmgren (1997), which represented a mixture of < | + | |discussion=<p>Subspecies manca [2x (DNA)] is the high-elevation representative of <i>Rosa woodsii</i> in the southern Rocky Mountains and outlying peaks and ridges of the Colorado Plateau, particularly characteristic of Gambel oak woodlands. Plants are relatively short and tend to have curved prickles, obovate leaflets, and stipitate-glandular sepals. As so circumscribed, this is not the R. manca of E. W. Erlanson (1934), which was regarded as a hexaploid (2n = 42) ecotype of <i>R. nutkana</i>. Neither is it the R. manca of A. Cronquist and N. H. Holmgren (1997), which represented a mixture of <i></i>subsp.<i> manca</i> and <i>R. nutkana</i>, probably <i></i>subsp.<i> melina</i>.</p> |
|tables= | |tables= | ||
|references= | |references= | ||
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-->{{#Taxon: | -->{{#Taxon: | ||
name=Rosa woodsii subsp. manca | name=Rosa woodsii subsp. manca | ||
| − | |||
|authority=(Greene) W. H. Lewis & Ertter | |authority=(Greene) W. H. Lewis & Ertter | ||
|rank=subspecies | |rank=subspecies | ||
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|publication title=Novon | |publication title=Novon | ||
|publication year=2007 | |publication year=2007 | ||
| − | |special status=Endemic; | + | |special status=Endemic;Illustrated |
| − | |source xml=https:// | + | |source xml=https://bitbucket.org/aafc-mbb/fna-data-curation/src/2e0870ddd59836b60bcf96646a41e87ea5a5943a/coarse_grained_fna_xml/V9/V9_156.xml |
|subfamily=Rosaceae subfam. Rosoideae | |subfamily=Rosaceae subfam. Rosoideae | ||
|tribe=Rosaceae tribe Roseae | |tribe=Rosaceae tribe Roseae | ||
Latest revision as of 22:54, 5 November 2020
Shrubs, 2–10(+) dm. Stems usually densely branched; prickles usually present on distal stems and branches, infrastipular curved or hooked, rarely erect, terete, 3–6 mm, internodal usually dense, rarely sparse or absent. Terminal leaflets obovate, sometimes ovate or elliptic, (6–)13–17(–35) mm. Inflorescences 1–3(+)-flowered. Sepals: abaxial surfaces usually stipitate-glandular.
Phenology: Flowering Jun–Jul.
Habitat: Rocky meadows, high mountain forests to aspen and scrub oak woodlands, along streams, moist ditch banks
Elevation: 2100–3300 m
Distribution
Ariz., Colo., N.Mex., Utah, Wyo.
Discussion
Subspecies manca [2x (DNA)] is the high-elevation representative of Rosa woodsii in the southern Rocky Mountains and outlying peaks and ridges of the Colorado Plateau, particularly characteristic of Gambel oak woodlands. Plants are relatively short and tend to have curved prickles, obovate leaflets, and stipitate-glandular sepals. As so circumscribed, this is not the R. manca of E. W. Erlanson (1934), which was regarded as a hexaploid (2n = 42) ecotype of R. nutkana. Neither is it the R. manca of A. Cronquist and N. H. Holmgren (1997), which represented a mixture of subsp. manca and R. nutkana, probably subsp. melina.
Selected References
None.