Difference between revisions of "Piriqueta cistoides"

(Linnaeus) Grisebach

Fl. Brit. W. I., 298. 1860.

Illustrated
Basionym: Turnera cistoides Linnaeus Sp. Pl. ed. 2, 1: 387. 1762
Treatment appears in FNA Volume 6. Treatment on page 166.
FNA>Volume Importer
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|special_status={{Treatment/ID/Special_status
 
|special_status={{Treatment/ID/Special_status
 
|code=F
 
|code=F
|label=Selected by author to be illustrated
+
|label=Illustrated
 
}}
 
}}
 
|basionyms={{Treatment/ID/Basionym
 
|basionyms={{Treatment/ID/Basionym
 
|name=Turnera cistoides
 
|name=Turnera cistoides
 
|authority=Linnaeus
 
|authority=Linnaeus
 +
|rank=species
 
|publication_title=Sp. Pl. ed.
 
|publication_title=Sp. Pl. ed.
 
|publication_place=2, 1: 387. 1762
 
|publication_place=2, 1: 387. 1762
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|distribution=se United States;West Indies;South America.
 
|distribution=se United States;West Indies;South America.
 
|discussion=<p>Subspecies 2 (1 in the flora).</p><!--
 
|discussion=<p>Subspecies 2 (1 in the flora).</p><!--
--><p>Within <i>Piriqueta</i>, <i>P. cistoides</i> has the widest distribution. Both subspecies show wide morphological variation; subsp. cistoides is homostylous and self compatible; <i></i></i>subsp.<i><i> caroliniana</i> is distylous and self incompatible. In Cuba, Dominican Republic, and northern South America, intermediate specimens (10% of the total) cannot be assigned morphologically to one subspecies or the other. R. Ornduff (1970c) made crosses between and among the subspecies; he found no reproductive barriers among the different morphs of <i></i></i>subsp.<i><i> caroliniana</i>; the fertility of the hybrids between both subspecies was higher than that of the hybrids among populations of subsp. cistoides. Subspecies cistoides has been reported from Georgia; the author has not seen specimens.</p>
+
--><p>Within <i>Piriqueta</i>, <i>P. cistoides</i> has the widest distribution. Both subspecies show wide morphological variation; subsp. cistoides is homostylous and self compatible; <i></i>subsp.<i> caroliniana</i> is distylous and self incompatible. In Cuba, Dominican Republic, and northern South America, intermediate specimens (10% of the total) cannot be assigned morphologically to one subspecies or the other. R. Ornduff (1970c) made crosses between and among the subspecies; he found no reproductive barriers among the different morphs of <i></i>subsp.<i> caroliniana</i>; the fertility of the hybrids between both subspecies was higher than that of the hybrids among populations of subsp. cistoides. Subspecies cistoides has been reported from Georgia; the author has not seen specimens.</p>
 
|tables=
 
|tables=
 
|references=
 
|references=
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-->{{#Taxon:
 
-->{{#Taxon:
 
name=Piriqueta cistoides
 
name=Piriqueta cistoides
|author=
 
 
|authority=(Linnaeus) Grisebach
 
|authority=(Linnaeus) Grisebach
 
|rank=species
 
|rank=species
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|publication title=Fl. Brit. W. I.,
 
|publication title=Fl. Brit. W. I.,
 
|publication year=1860
 
|publication year=1860
|special status=Selected by author to be illustrated
+
|special status=Illustrated
|source xml=https://jpend@bitbucket.org/aafc-mbb/fna-data-curation.git/src/f6b125a955440c0872999024f038d74684f65921/coarse_grained_fna_xml/V6/V6_302.xml
+
|source xml=https://jpend@bitbucket.org/aafc-mbb/fna-data-curation.git/src/f50eec43f223ca0e34566be0b046453a0960e173/coarse_grained_fna_xml/V6/V6_302.xml
 
|genus=Piriqueta
 
|genus=Piriqueta
 
|species=Piriqueta cistoides
 
|species=Piriqueta cistoides

Revision as of 22:03, 16 December 2019

Distribution

V6 302-distribution-map.jpg

se United States, West Indies, South America.

Discussion

Subspecies 2 (1 in the flora).

Within Piriqueta, P. cistoides has the widest distribution. Both subspecies show wide morphological variation; subsp. cistoides is homostylous and self compatible; subsp. caroliniana is distylous and self incompatible. In Cuba, Dominican Republic, and northern South America, intermediate specimens (10% of the total) cannot be assigned morphologically to one subspecies or the other. R. Ornduff (1970c) made crosses between and among the subspecies; he found no reproductive barriers among the different morphs of subsp. caroliniana; the fertility of the hybrids between both subspecies was higher than that of the hybrids among populations of subsp. cistoides. Subspecies cistoides has been reported from Georgia; the author has not seen specimens.

Selected References

None.