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|name=Elephantella
 
|name=Elephantella
 
|authority=Rydberg
 
|authority=Rydberg
}}{{Treatment/ID/Synonym
+
|rank=genus
 +
}} {{Treatment/ID/Synonym
 
|name=Pediculariopsis
 
|name=Pediculariopsis
|authority=unknown
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|authority=
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|rank=genus
 
}}
 
}}
 
|hierarchy=Orobanchaceae;Pedicularis
 
|hierarchy=Orobanchaceae;Pedicularis
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|distribution=North America;Mexico;South America;Europe;s;c Asia;Atlantic Islands (Iceland).
 
|distribution=North America;Mexico;South America;Europe;s;c Asia;Atlantic Islands (Iceland).
 
|discussion=<p>Species 400–600 (37 in the flora).</p><!--
 
|discussion=<p>Species 400–600 (37 in the flora).</p><!--
--><p>E. Hultén (1968) listed three Pedicularis taxa in his Flora of Alaska and Neighboring Territories that do not occur in the flora area; P. amoena Adams ex Steven, P. kanei Durand subsp. adamsii (Hultén) Hultén, and P. villosa Ledebour ex Sprengel are found on the Chukchi Peninsula of Siberia.</p><!--
+
--><p>E. Hultén (1968) listed three <i>Pedicularis</i> taxa in his Flora of Alaska and Neighboring Territories that do not occur in the flora area; P. amoena Adams ex Steven, P. kanei Durand <i></i>subsp.<i> adamsii</i> (Hultén) Hultén, and <i>P. villosa</i> Ledebour ex Sprengel are found on the Chukchi Peninsula of Siberia.</p><!--
--><p>The most common chromosome number for Pedicularis is 2n = 16. Two species are reported to have a diploid number of 2n = 12, and at least five species have a number of 2n = 14. See reviews in Jie C. et al. (2004) and M. I. S. Saggoo and D. K. Srivastava (2009).</p><!--
+
--><p>The most common chromosome number for <i>Pedicularis</i> is 2n = 16. Two species are reported to have a diploid number of 2n = 12, and at least five species have a number of 2n = 14. See reviews in Jie C. et al. (2004) and M. I. S. Saggoo and D. K. Srivastava (2009).</p><!--
--><p>Infrageneric classification of Pedicularis is both difficult and incomplete. The author has not attempted to present one for the North American taxa. Inconsistencies result from using either floral morphology or phyllotaxy to construct major subgeneric groups (C. Steven 1823; G. Bentham 1835; C. J. Maximowicz 1888; D. Prain 1890; G. Bonati 1918; Tsoong P. C. 1955); the latter author proposed 130 series to accommodate the worldwide variation in Pedicularis. Recognizing that floral form probably evolved in parallel among groups, Li H. L. (1948) employed phyllotaxy to erect three informal subgeneric taxa (greges) for the Pedicularis of China, including grex Allophyllum, species with alternate leaves; grex Cyclophyllum, species with opposite or verticillate arrangement of leaves; and grex Poecilophyllum, species with alternate to subopposite leaves on the same plant. However, molecular phylogenies (Yang F. S. et al. 2003; R. H. Ree 2005; B. W. Robart et al. 2015; Yu W. B. et al. 2015) indicate inconsistencies even in the treatment by Li, although the study by Yu et al., which included 257 species, did show that grex Cyclophyllum is monophyletic.</p><!--
+
--><p>Infrageneric classification of <i>Pedicularis</i> is both difficult and incomplete. The author has not attempted to present one for the North American taxa. Inconsistencies result from using either floral morphology or phyllotaxy to construct major subgeneric groups (C. Steven 1823; G. Bentham 1835; C. J. Maximowicz 1888; D. Prain 1890; G. Bonati 1918; Tsoong P. C. 1955); the latter author proposed 130 series to accommodate the worldwide variation in <i>Pedicularis</i>. Recognizing that floral form probably evolved in parallel among groups, Li H. L. (1948) employed phyllotaxy to erect three informal subgeneric taxa (greges) for the <i>Pedicularis</i> of China, including grex Allophyllum, species with alternate leaves; grex Cyclophyllum, species with opposite or verticillate arrangement of leaves; and grex Poecilophyllum, species with alternate to subopposite leaves on the same plant. However, molecular phylogenies (Yang F. S. et al. 2003; R. H. Ree 2005; B. W. Robart et al. 2015; Yu W. B. et al. 2015) indicate inconsistencies even in the treatment by Li, although the study by Yu et al., which included 257 species, did show that grex Cyclophyllum is monophyletic.</p><!--
--><p>Pediculariopsis was described to account for species (for example, Pedicularis verticillata) that exhibit a different base chromosome number (x = 6 versus x = 8). That concept has not been accepted by others, because there is little morphological support.</p><!--
+
--><p>Pediculariopsis was described to account for species (for example, <i>Pedicularis verticillata</i>) that exhibit a different base chromosome number (x = 6 versus x = 8). That concept has not been accepted by others, because there is little morphological support.</p><!--
--><p>The use of infraspecific ranks in Pedicularis follows T. F. Stuessy (1990), who argued that the subspecific rank is appropriate when several obvious morphological differences are associated with an allopatric or peripatric geographical pattern, whereas the varietal rank is appropriate when one to few differences are associated with more or less geographic overlap. Unfortunately, Pedicularis specialists have not used these levels consistently. The subspecies rank is used here, except in P. bracteosa, P. centranthera, and P. contorta.</p><!--
+
--><p>The use of infraspecific ranks in <i>Pedicularis</i> follows T. F. Stuessy (1990), who argued that the subspecific rank is appropriate when several obvious morphological differences are associated with an allopatric or peripatric geographical pattern, whereas the varietal rank is appropriate when one to few differences are associated with more or less geographic overlap. Unfortunately, <i>Pedicularis</i> specialists have not used these levels consistently. The subspecies rank is used here, except in <i>P. bracteosa</i>, <i>P. centranthera</i>, and <i>P. contorta</i>.</p><!--
--><p>Pedicularis is a common element of arctic and alpine habitats in the Northern Hemisphere, with the greatest concentration of species occurring in Asia.</p>
+
--><p><i>Pedicularis</i> is a common element of arctic and alpine habitats in the Northern Hemisphere, with the greatest concentration of species occurring in Asia.</p>
 
|tables=
 
|tables=
 
|references={{Treatment/Reference
 
|references={{Treatment/Reference
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|basionyms=
 
|basionyms=
 
|family=Orobanchaceae
 
|family=Orobanchaceae
 +
|illustrator=John Myers
 +
|illustration copyright=Flora of North America Association
 
|distribution=North America;Mexico;South America;Europe;s;c Asia;Atlantic Islands (Iceland).
 
|distribution=North America;Mexico;South America;Europe;s;c Asia;Atlantic Islands (Iceland).
 
|reference=bonati1918a;ree2005a;robart2015a;steven1823a;tsoong1955a;tsoong1956a;yu2015a
 
|reference=bonati1918a;ree2005a;robart2015a;steven1823a;tsoong1955a;tsoong1956a;yu2015a
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|publication year=1753
 
|publication year=1753
 
|special status=
 
|special status=
|source xml=https://jpend@bitbucket.org/aafc-mbb/fna-data-curation.git/src/9216fc802291cd3df363fd52122300479582ede7/coarse_grained_fna_xml/V17/V17_881.xml
+
|source xml=https://bitbucket.org/aafc-mbb/fna-data-curation/src/2e0870ddd59836b60bcf96646a41e87ea5a5943a/coarse_grained_fna_xml/V17/V17_881.xml
 
|genus=Pedicularis
 
|genus=Pedicularis
 
}}<!--
 
}}<!--
  
 
-->[[Category:Treatment]][[Category:Orobanchaceae]]
 
-->[[Category:Treatment]][[Category:Orobanchaceae]]

Latest revision as of 19:37, 5 November 2020

Herbs, perennial [annual]; hemiparasitic, rhizomatous, caudex woody or fleshy, scaly. Stems erect, fleshy, glabrous, hispid, villous, or woolly. Leaves: basal rosette [absent], petiole present, blade not fleshy, not leathery, margins entire, serrate, or crenate; cauline alternate, rarely whorled [nearly opposite], sometimes absent, petiole present or absent, blade chartaceous, margins entire, serrate, or crenate. Inflorescences terminal or axillary, racemes; bracts present. Pedicels present; bracteoles absent. Flowers: sepals 2 or [4]5, calyx bilaterally symmetric, campanulate or tubular, lobes triangular, spatulate, or filiform; petals 5, corolla pink, purple, red, yellow, or white, strongly bilabiate, cylindric to funnelform, abaxial lobes 3, adaxial 2, adaxial lip galeate, enclosing anthers and style, beaked or beakless, margins entire medially and distally, with 1 set of teeth medially and entire distally, with 1 set of teeth medially and distally, or entire medially and with 1 set of teeth distally; stamens 4, didynamous, filaments glabrous or hairy, pollen sacs equal; staminode 0; ovary 2-locular, placentation axile; stigma capitate. Capsules: dehiscence loculicidal. Seeds 5–100, dark gray, brown, or tan, ovoid, wings absent. x = 8.

Distribution

North America, Mexico, South America, Europe, s, c Asia, Atlantic Islands (Iceland).

Discussion

Species 400–600 (37 in the flora).

E. Hultén (1968) listed three Pedicularis taxa in his Flora of Alaska and Neighboring Territories that do not occur in the flora area; P. amoena Adams ex Steven, P. kanei Durand subsp. adamsii (Hultén) Hultén, and P. villosa Ledebour ex Sprengel are found on the Chukchi Peninsula of Siberia.

The most common chromosome number for Pedicularis is 2n = 16. Two species are reported to have a diploid number of 2n = 12, and at least five species have a number of 2n = 14. See reviews in Jie C. et al. (2004) and M. I. S. Saggoo and D. K. Srivastava (2009).

Infrageneric classification of Pedicularis is both difficult and incomplete. The author has not attempted to present one for the North American taxa. Inconsistencies result from using either floral morphology or phyllotaxy to construct major subgeneric groups (C. Steven 1823; G. Bentham 1835; C. J. Maximowicz 1888; D. Prain 1890; G. Bonati 1918; Tsoong P. C. 1955); the latter author proposed 130 series to accommodate the worldwide variation in Pedicularis. Recognizing that floral form probably evolved in parallel among groups, Li H. L. (1948) employed phyllotaxy to erect three informal subgeneric taxa (greges) for the Pedicularis of China, including grex Allophyllum, species with alternate leaves; grex Cyclophyllum, species with opposite or verticillate arrangement of leaves; and grex Poecilophyllum, species with alternate to subopposite leaves on the same plant. However, molecular phylogenies (Yang F. S. et al. 2003; R. H. Ree 2005; B. W. Robart et al. 2015; Yu W. B. et al. 2015) indicate inconsistencies even in the treatment by Li, although the study by Yu et al., which included 257 species, did show that grex Cyclophyllum is monophyletic.

Pediculariopsis was described to account for species (for example, Pedicularis verticillata) that exhibit a different base chromosome number (x = 6 versus x = 8). That concept has not been accepted by others, because there is little morphological support.

The use of infraspecific ranks in Pedicularis follows T. F. Stuessy (1990), who argued that the subspecific rank is appropriate when several obvious morphological differences are associated with an allopatric or peripatric geographical pattern, whereas the varietal rank is appropriate when one to few differences are associated with more or less geographic overlap. Unfortunately, Pedicularis specialists have not used these levels consistently. The subspecies rank is used here, except in P. bracteosa, P. centranthera, and P. contorta.

Pedicularis is a common element of arctic and alpine habitats in the Northern Hemisphere, with the greatest concentration of species occurring in Asia.

Key

1 Racemes verticillate; cauline leaves whorled. > 2
2 Galeas beaked; basal leaf blades 15–40 mm. Pedicularis chamissonis
2 Galeas beakless; basal leaf blades 10–20 mm. Pedicularis verticillata
1 Racemes simple or paniculate; cauline leaves alternate. > 3
3 Calyx lobes 2(–4). > 4
4 Galeas beaked. > 5
5 Beaks sickle-shaped. Pedicularis racemosa
5 Beaks straight. > 6
6 Calyx lobe apices distally serrate. Pedicularis lanceolata
6 Calyx lobe apices distally entire. Pedicularis lapponica
4 Galeas beakless. > 7
7 Galea margins 1-toothed medially, entire distally. Pedicularis parviflora
7 Galea margins entire or 1-toothed medially, 1-toothed distally. > 8
8 Galea margins 1-toothed medially. > 9
9 Galeas 6.5–9 mm. Pedicularis palustris
9 Galeas 3–6.5 mm. Pedicularis pennellii
8 Galea margins entire medially. > 10
10 Racemes paniculate, or buds present in cauline leaf axils. > 11
11 Basal leaves 0; cauline leaf blades undivided. Pedicularis angustifolia
11 Basal leaves 2 or 3; cauline leaf blades undivided or 1- or 2-pinnatifid. Pedicularis labradorica
10 Racemes simple. > 12
12 Cauline leaf blades 1-pinnatifid, lobe margins 1- or 2-serrate. Pedicularis canadensis
12 Cauline leaf blades undivided, lobe margins 2-crenate. Pedicularis crenulata
3 Calyx lobes 5. > 13
13 Galeas beaked. > 14
14 Galea beaks coiled. > 15
15 Galea beak apices surrounded by abaxial lips. Pedicularis contorta
15 Galea beak apices not surrounded by abaxial lips. > 16
16 Galea beaks abruptly upcurved; beaks 3–6 mm. Pedicularis attollens
16 Galea beaks gradually upcurved; beaks 5–18 mm. Pedicularis groenlandica
14 Galea beaks straight. > 17
17 Beaks 0.8–2.5 mm; bracts undivided. > 18
18 Corolla tubes and galeas yellow. Pedicularis bracteosa
18 Corolla tubes and galeas white. Pedicularis howellii
17 Beaks 2–8 mm; bracts undivided or +/- lobed. > 19
19 Galeas 4–6.5 mm. Pedicularis ornithorhynchos
19 Galeas 7–10 mm. Pedicularis parryi
13 Galeas beakless. > 20
20 Galea margins entire medially, 1-toothed distally. > 21
21 Calyces glabrous. > 22
22 Bracts 2-pinnatifid to midrib. Pedicularis sylvatica
22 Bracts undivided proximally, 1-pinnatifid 1/2 to midrib distally, or undivided with or without long auricles, or 1-pinnatifid. > 23
23 Pedicels 2.5–5 mm; corolla tubes 11–13 mm. Pedicularis langsdorffii
23 Pedicels 1–2.5 mm; corolla tubes 9–11 mm. Pedicularis sudetica
21 Calyces +/- tomentose, hispid-glandular, hispid to hirsute, white- or yellowish white-lanate, sparsely pilose, or +/- woolly. > 24
24 Corolla tubes yellow to light or greenish yellow. > 25
25 Corollas 14–19 mm. Pedicularis furbishiae
25 Corollas 22–30 mm. Pedicularis procera
24 Corolla tubes red, violet-red, lavender, purple, magenta, or pink, sometimes white. > 26
26 Basal leaf blades 150–250 mm. Pedicularis procera
26 Basal leaf blades 5–110 mm. > 27
27 Basal leaves: margins of adjacent lobes nonoverlapping to extensively overlapping. > 28
28 Bracts undivided or 1- or 2-auricled, sometimes 1-pinnatifid. Pedicularis cystopteridifolia
28 Bracts 2-pinnatifid, not auricled. Pedicularis pulchella
27 Basal leaves: margins of adjacent lobes nonoverlapping or slightly overlapping distally. > 29
29 Corollas 11–19 mm, galea apices nearly straight to arching slightly over abaxial lips. Pedicularis hirsuta
29 Corollas 16–25 mm, galea apices strongly arching over abaxial lips. > 30
30 Pedicels 2.5–5 mm. Pedicularis langsdorffii
30 Pedicels 1–2.5 mm. Pedicularis sudetica
20 Galea margins entire medially and distally. > 31
31 Racemes not exceeding basal leaves. > 32
32 Galeas 13–15 mm. Pedicularis centranthera
32 Galeas 5–12 mm. Pedicularis semibarbata
31 Racemes exceeding basal leaves. > 33
33 Galea apices straight. > 34
34 Corolla abaxial lips 3–7 mm. Pedicularis aurantiaca
34 Corolla abaxial lips 8–15 mm. Pedicularis densiflora
33 Galea apices arching over or beyond abaxial lips. > 35
35 Calyces glabrous or ciliate. > 36
36 Galeas yellow. Pedicularis bracteosa
36 Galeas yellow proximally, dark red to purple distally. Pedicularis flammea
35 Calyces hispid to tomentose, hirsute, or densely woolly. > 37
37 Racemes capitate, each 2–8-flowered, galea apices arching beyond abaxial lips. Pedicularis capitata
37 Racemes simple, each 6–100-flowered, galea apices arching over or beyond abaxial lips. > 38
38 Galeas bicolored. Pedicularis oederi
38 Galeas concolored. > 39
39 Corolla tubes light to dark yellow or dark blood red. > 40
40 Pedicels 0.5–1 mm. Pedicularis bracteosa
40 Pedicels 1–3.5 mm. Pedicularis rainierensis
39 Corolla tubes pink or reddish purple, rarely white. > 41
41 Bracts undivided. Pedicularis dudleyi
41 Bracts 1-pinnatifid distally. Pedicularis lanata
... more about "Pedicularis"
Bruce W. Robart +
Linnaeus +
Lousewort +  and fernflower +
North America +, Mexico +, South America +, Europe +, s +, c Asia +  and Atlantic Islands (Iceland). +
Latin pediculus, louse, alluding to belief that livestock feeding on P. palustris developed lice +
bonati1918a +, ree2005a +, robart2015a +, steven1823a +, tsoong1955a +, tsoong1956a +  and yu2015a +
Elephantella +  and Pediculariopsis +
Pedicularis +
Orobanchaceae +