Difference between revisions of "Illiciaceae"

(de Candolle) A. C. Smith
Common names: Star-anise Family
Treatment appears in FNA Volume 3. Treatment on page 59.
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--><span class="statement" id="st-d0_s0" data-properties="shrub duration;shrub pubescence;shrub pubescence;tree size;tree duration;tree pubescence;tree pubescence"><b>Shrubs </b>or small trees, evergreen, glabrous or obscurely pubescent.</span> <span class="statement" id="st-d0_s1" data-properties="leaf arrangement;leaf architecture;leaf architecture"><b>Leaves </b>alternate, simple, without stipules, petiolate.</span> <span class="statement" id="st-d0_s2" data-properties="leaf-blade odor;leaf-blade coloration;leaf-blade shape;leaf-blade shape;leaf-blade shape;leaf-blade architecture;leaf-blade width;leaf-blade texture;margin architecture or shape"><b>Leaf-</b>blade fragrant (especially when bruised or crushed), translucent-dotted, ovate to lanceolate, pinnately veined, thin to leathery, margins entire.</span> <span class="statement" id="st-d0_s3" data-properties="flower reproduction;flower position;flower position;flower architecture or arrangement or growth form;flower architecture;branch life cycle"><b>Flowers </b>bisexual, axillary or from main-stem or older branches, solitary, pedunculate;</span> <span class="statement" id="st-d0_s4" data-properties="peduncle architecture">peduncle bracteolate;</span> <span class="statement" id="st-d0_s5" data-properties="perianth position">perianth hypogynous;</span> <span class="statement" id="st-d0_s6" data-properties="tepal quantity;tepal arrangement;tepal fusion;series quantity;outer tepal size;outer tepal shape;innermost tepal architecture">tepals 7-33, imbricate, distinct, in 2-3 series, outer tepals small, sometimes bractlike, innermost more petaloid;</span> <span class="statement" id="st-d0_s7" data-properties="stamen quantity;stamen position;stamen fusion;series quantity">stamens 4-50, hypogynous, distinct, in 1-several series;</span> <span class="statement" id="st-d0_s8" data-properties="filament architecture;filament shape">filaments ligulate to terete;</span> <span class="statement" id="st-d0_s9" data-properties="anther fixation;anther architecture or structure in adjective form;anther dehiscence">anthers basifixed, 4-locular, dehiscence longitudinal;</span> <span class="statement" id="st-d0_s10" data-properties="pollen dehiscence">pollen 3-aperturate;</span> <span class="statement" id="st-d0_s11" data-properties="pistil architecture;pistil quantity;pistil fusion;pistil fixation or orientation;pistil fixation;series quantity;axis shape;base width">pistils simple, 5-21, distinct, closely laterally appressed in 1 series on convex axis, attached obliquely by broad base;</span> <span class="statement" id="st-d0_s12" data-properties="pistil position">placentation nearly basal;</span> <span class="statement" id="st-d0_s13" data-properties="ovule quantity">ovule 1 per locule;</span> <span class="statement" id="st-d0_s14" data-properties="stigmatic surface position">stigmatic surface adaxial.</span> <span class="statement" id="st-d0_s15" data-properties="follicle arrangement"><b>Fruits </b>aggregates of radially arranged follicles;</span> <span class="statement" id="st-d0_s16" data-properties="fruits; follicle aggregate dehiscence">dehiscence adaxial.</span> <span class="statement" id="st-d0_s17" data-properties="seed quantity;seed shape;seed shape;seed shape;seed shape"><b>Seed </b>1 per follicle, ellipsoid to obovoid, somewhat flattened laterally;</span> <span class="statement" id="st-d0_s18" data-properties="endosperm quantity;endosperm coating">endosperm copious, oily;</span> <span class="statement" id="st-d0_s19" data-properties="embryo size">embryo minute.</span><!--
+
--><span class="statement" id="st-undefined" data-properties=""><b>Shrubs </b>or small trees, evergreen, glabrous or obscurely pubescent. <b>Leaves</b> alternate, simple, without stipules, petiolate. <b>Leaf</b> blade fragrant (especially when bruised or crushed), translucent-dotted, ovate to lanceolate, pinnately veined, thin to leathery, margins entire. <b>Flowers</b> bisexual, axillary or from main stem or older branches, solitary, pedunculate; peduncle bracteolate; perianth hypogynous; tepals 7-33, imbricate, distinct, in 2-3 series, outer tepals small, sometimes bractlike, innermost more petaloid; stamens 4-50, hypogynous, distinct, in 1-several series; filaments ligulate to terete; anthers basifixed, 4-locular, dehiscence longitudinal; pollen 3-aperturate; pistils simple, 5-21, distinct, closely laterally appressed in 1 series on convex axis, attached obliquely by broad base; placentation nearly basal; ovule 1 per locule; stigmatic surface adaxial. <b>Fruits</b> aggregates of radially arranged follicles; dehiscence adaxial. <b>Seed</b> 1 per follicle, ellipsoid to obovoid, somewhat flattened laterally; endosperm copious, oily; embryo minute.</span><!--
  
 
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|distribution=North America;West Indies;Central America;and ne South America
 
|distribution=North America;West Indies;Central America;and ne South America
 
|discussion=<p>Genus 1, species 42 (2 species in the flora).</p><!--
 
|discussion=<p>Genus 1, species 42 (2 species in the flora).</p><!--
--><p>Aromatic oils obtained from some members of this genus are used for flavorings and as carminatives; oil derived from Illicium anisatum Linnaeus is poisonous. Chinese star-anise, used widely for flavoring wine and cooking, is obtained from I. verum Hooker f. (J. Hutchinson 1973; C. E. Wood Jr. 1958). The Chinese drug pa-chio-hui-hsiang, used to treat vomiting, epigastric pain, and abdominal colic, is derived from ripe fruits of I. verum (Xiao P. G. 1989).</p><!--
+
--><p>Aromatic oils obtained from some members of this genus are used for flavorings and as carminatives; oil derived from <i>Illicium</i> anisatum Linnaeus is poisonous. Chinese star-anise, used widely for flavoring wine and cooking, is obtained from I. verum Hooker f. (J. Hutchinson 1973; C. E. Wood Jr. 1958). The Chinese drug pa-chio-hui-hsiang, used to treat vomiting, epigastric pain, and abdominal colic, is derived from ripe fruits of I. verum (Xiao P. G. 1989).</p><!--
 
--><p>Illiciaceae are considered closely allied to Schisandraceae. Anatomic details of wood of Illiciaceae and Schisandraceae are nearly indistinguishable, differing only in details linked to the climbing habit of members of the latter (I. W. Bailey and C. G. Nast 1948; S. Carlquist 1982; A. C. Smith 1947). Studies of fossil pollen led J. W. Walker and A. G. Walker (1984) to conclude that Illiciaceae and Schisandraceae are allies of Winteraceae. Based on analysis of nucleotide sequences from the plastid gene rbcL, however, M. W. Chase et al. (1993) and Qiu Y. L. et al. (1993) concluded that Illiciaceae and Schisandraceae are closely allied and closely related to Austrobaileyaceae but distant from Winteraceae.</p>
 
--><p>Illiciaceae are considered closely allied to Schisandraceae. Anatomic details of wood of Illiciaceae and Schisandraceae are nearly indistinguishable, differing only in details linked to the climbing habit of members of the latter (I. W. Bailey and C. G. Nast 1948; S. Carlquist 1982; A. C. Smith 1947). Studies of fossil pollen led J. W. Walker and A. G. Walker (1984) to conclude that Illiciaceae and Schisandraceae are allies of Winteraceae. Based on analysis of nucleotide sequences from the plastid gene rbcL, however, M. W. Chase et al. (1993) and Qiu Y. L. et al. (1993) concluded that Illiciaceae and Schisandraceae are closely allied and closely related to Austrobaileyaceae but distant from Winteraceae.</p>
 
|tables=
 
|tables=
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|family=Illiciaceae
 
|family=Illiciaceae
 
|illustrator=John Myers
 
|illustrator=John Myers
 +
|illustration copyright=Flora of North America Association
 
|distribution=North America;West Indies;Central America;and ne South America
 
|distribution=North America;West Indies;Central America;and ne South America
 
|reference=bailey1948a;carlquist1982a;chase1993a;hutchinson1973a;qiu1993a;smith1947a;walker1984a;wood1958a;xiao1989a
 
|reference=bailey1948a;carlquist1982a;chase1993a;hutchinson1973a;qiu1993a;smith1947a;walker1984a;wood1958a;xiao1989a
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|publication year=
 
|publication year=
 
|special status=
 
|special status=
|source xml=https://jpend@bitbucket.org/aafc-mbb/fna-fine-grained-xml.git/src/287ef3db526bd807d435a3c7423ef2df1e951227/V3/V3_1154.xml
+
|source xml=https://bitbucket.org/aafc-mbb/fna-data-curation/src/2e0870ddd59836b60bcf96646a41e87ea5a5943a/coarse_grained_fna_xml/V3/V3_1154.xml
|anther architecture or structure in adjective form=4-locular
 
|anther dehiscence=longitudinal
 
|anther fixation=basifixed
 
|axis shape=convex
 
|base width=broad
 
|branch life cycle=older
 
|embryo size=minute
 
|endosperm coating=oily
 
|endosperm quantity=copious
 
|filament architecture=ligulate
 
|filament shape=terete
 
|flower architecture=pedunculate
 
|flower architecture or arrangement or growth form=solitary
 
|flower position=from main-stem or older branches;axillary
 
|flower reproduction=bisexual
 
|follicle arrangement=arranged
 
|fruits; follicle aggregate dehiscence=adaxial
 
|innermost tepal architecture=petaloid
 
|leaf architecture=petiolate;simple
 
|leaf arrangement=alternate
 
|leaf-blade architecture=veined
 
|leaf-blade coloration=translucent-dotted
 
|leaf-blade odor=fragrant
 
|leaf-blade shape=ovate;lanceolate
 
|leaf-blade texture=leathery
 
|leaf-blade width=thin
 
|margin architecture or shape=entire
 
|outer tepal shape=bractlike
 
|outer tepal size=small
 
|ovule quantity=1
 
|peduncle architecture=bracteolate
 
|perianth position=hypogynous
 
|pistil architecture=simple
 
|pistil fixation=attached
 
|pistil fixation or orientation=appressed
 
|pistil fusion=distinct
 
|pistil position=basal
 
|pistil quantity=5;21
 
|pollen dehiscence=3-aperturate
 
|seed quantity=1
 
|seed shape=flattened;ellipsoid;obovoid
 
|series quantity=1;1;several
 
|shrub duration=evergreen
 
|shrub pubescence=pubescent;glabrous
 
|stamen fusion=distinct
 
|stamen position=hypogynous
 
|stamen quantity=4;50
 
|stigmatic surface position=adaxial
 
|tepal arrangement=imbricate
 
|tepal fusion=distinct
 
|tepal quantity=7;33
 
|tree duration=evergreen
 
|tree pubescence=pubescent;glabrous
 
|tree size=small
 
 
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Latest revision as of 22:46, 5 November 2020

Shrubs or small trees, evergreen, glabrous or obscurely pubescent. Leaves alternate, simple, without stipules, petiolate. Leaf blade fragrant (especially when bruised or crushed), translucent-dotted, ovate to lanceolate, pinnately veined, thin to leathery, margins entire. Flowers bisexual, axillary or from main stem or older branches, solitary, pedunculate; peduncle bracteolate; perianth hypogynous; tepals 7-33, imbricate, distinct, in 2-3 series, outer tepals small, sometimes bractlike, innermost more petaloid; stamens 4-50, hypogynous, distinct, in 1-several series; filaments ligulate to terete; anthers basifixed, 4-locular, dehiscence longitudinal; pollen 3-aperturate; pistils simple, 5-21, distinct, closely laterally appressed in 1 series on convex axis, attached obliquely by broad base; placentation nearly basal; ovule 1 per locule; stigmatic surface adaxial. Fruits aggregates of radially arranged follicles; dehiscence adaxial. Seed 1 per follicle, ellipsoid to obovoid, somewhat flattened laterally; endosperm copious, oily; embryo minute.

Distribution

North America, West Indies, Central America, and ne South America

Discussion

Genus 1, species 42 (2 species in the flora).

Aromatic oils obtained from some members of this genus are used for flavorings and as carminatives; oil derived from Illicium anisatum Linnaeus is poisonous. Chinese star-anise, used widely for flavoring wine and cooking, is obtained from I. verum Hooker f. (J. Hutchinson 1973; C. E. Wood Jr. 1958). The Chinese drug pa-chio-hui-hsiang, used to treat vomiting, epigastric pain, and abdominal colic, is derived from ripe fruits of I. verum (Xiao P. G. 1989).

Illiciaceae are considered closely allied to Schisandraceae. Anatomic details of wood of Illiciaceae and Schisandraceae are nearly indistinguishable, differing only in details linked to the climbing habit of members of the latter (I. W. Bailey and C. G. Nast 1948; S. Carlquist 1982; A. C. Smith 1947). Studies of fossil pollen led J. W. Walker and A. G. Walker (1984) to conclude that Illiciaceae and Schisandraceae are allies of Winteraceae. Based on analysis of nucleotide sequences from the plastid gene rbcL, however, M. W. Chase et al. (1993) and Qiu Y. L. et al. (1993) concluded that Illiciaceae and Schisandraceae are closely allied and closely related to Austrobaileyaceae but distant from Winteraceae.

Lower Taxa

... more about "Illiciaceae"
Michael A. Vincent +
(de Candolle) A. C. Smith +
Star-anise Family +
North America +, West Indies +, Central America +  and and ne South America +
bailey1948a +, carlquist1982a +, chase1993a +, hutchinson1973a +, qiu1993a +, smith1947a +, walker1984a +, wood1958a +  and xiao1989a +
Illiciaceae +