Difference between revisions of "Conicosia"

N. E. Brown

Gard. Chron., ser. 3, 78: 433. 1925.

Etymology: Greek konikos, cone-shaped, in reference to the capsule
Treatment appears in FNA Volume 4. Treatment on page 87. Mentioned on page 77, 86, 8.
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--><span class="statement" id="st-d0_s0" data-properties="herb duration;herb duration;herb duration;herb texture;herb pubescence"><b>Herbs,</b> perennial or biennial, usually short-lived, succulent, glabrous.</span> <span class="statement" id="st-d0_s1" data-properties="root texture;root architecture"><b>Roots </b>fibrous or tuberous.</span> <span class="statement" id="st-d0_s2" data-properties="shoot life cycle;shoot duration;shoot orientation;shoot orientation;shoot orientation"><b>Stems:</b> flowering shoots annual, prostrate to ascending.</span> <span class="statement" id="st-d0_s3" data-properties="leaf arrangement;cauline leaf arrangement;cauline leaf arrangement;cauline leaf architecture"><b>Leaves </b>rosulate, or cauline and alternate or opposite, sessile;</span> <span class="statement" id="st-d0_s4" data-properties="stipule count">stipules absent;</span> <span class="statement" id="st-d0_s5" data-properties="blade arrangement or course or shape;blade architecture;blade shape">blade linear, ± grooved, ± triangular in cross-section.</span> <span class="statement" id="st-d0_s6" data-properties="inflorescence position;flower architecture or arrangement or growth form"><b>Inflorescences </b>axillary, flowers solitary;</span> <span class="statement" id="st-d0_s7" data-properties="peduncle orientation;peduncle atypical some measurement;peduncle some measurement">peduncle erect, 10 (–12) cm;</span> <span class="statement" id="st-d0_s8" data-properties="bract count">bracts absent.</span> <span class="statement" id="st-d0_s9" data-properties="flower prominence;flower shape;flower diameter"><b>Flowers </b>showy, tubular, 5–13 cm diam.;</span> <span class="statement" id="st-d0_s10" data-properties="calyx lobe count;calyx lobe coloration;calyx lobe size;calyx lobe width;apex shape;lobe position;lobe count;lobe texture">calyx lobes 5, green, unequal, wider at base, apex cylindric, basal margins of inner 3 lobes papery;</span> <span class="statement" id="st-d0_s11" data-properties="petal count;petal fusion;petal fusion;petal coloration">petals (including petaloid staminodia) 250, distinct, free, yellow;</span> <span class="statement" id="st-d0_s12" data-properties="nectary count">nectary present;</span> <span class="statement" id="st-d0_s13" data-properties="stamen count;stamen fusion">stamens 500+, distinct;</span> <span class="statement" id="st-d0_s14" data-properties="filament base pubescence">filament bases hairy;</span> <span class="statement" id="st-d0_s15" data-properties="pistil architecture">pistil 10–25-carpellate;</span> <span class="statement" id="st-d0_s16" data-properties="">ovary inferior, connate in proximal 1/2, 10–25-loculed;</span> <span class="statement" id="st-d0_s17" data-properties="ovary position;ovary fusion;ovary architecture;ovary placentation;seed pocket count">placentation parietal with 2 seed pockets on outer wall of each locule;</span> <span class="statement" id="st-d0_s18" data-properties="style count">styles absent;</span> <span class="statement" id="st-d0_s19" data-properties="stigma count;stigma shape">stigmas 10–25, filiform.</span> <span class="statement" id="st-d0_s20" data-properties="fruits capsule shape"><b>Fruits </b>capsules, conic;</span> <span class="statement" id="st-d0_s21" data-properties="valve count;valve orientation;valve arrangement;segment count">valves 10–25, opening but not spreading when moistened, finally separating into 10–25 segments.</span> <span class="statement" id="st-d0_s22" data-properties="seed count;seed shape;margin shape;margin architecture or pubescence or relief"><b>Seeds </b>75–200, spheric, margins keeled, smooth;</span> <span class="statement" id="st-d0_s23" data-properties="aril count">arils absent.</span><!--
+
--><span class="statement" id="st-undefined" data-properties=""><b>Herbs,</b> perennial or biennial, usually short-lived, succulent, glabrous. <b>Roots</b> fibrous or tuberous. <b>Stems</b>: flowering shoots annual, prostrate to ascending. <b>Leaves</b> rosulate, or cauline and alternate or opposite, sessile; stipules absent; blade linear, ± grooved, ± triangular in cross section. <b>Inflorescences</b> axillary, flowers solitary; peduncle erect, 10(–12) cm; bracts absent. <b>Flowers</b> showy, tubular, 5–13 cm diam.; calyx lobes 5, green, unequal, wider at base, apex cylindric, basal margins of inner 3 lobes papery; petals (including petaloid staminodia) 250, distinct, free, yellow; nectary present; stamens 500+, distinct; filament bases hairy; pistil 10–25-carpellate; ovary inferior, connate in proximal 1/2, 10–25-loculed; placentation parietal with 2 seed pockets on outer wall of each locule; styles absent; stigmas 10–25, filiform. <b>Fruits</b> capsules, conic; valves 10–25, opening but not spreading when moistened, finally separating into 10–25 segments. <b>Seeds</b> 75–200, spheric, margins keeled, smooth; arils absent.</span><!--
  
 
-->{{Treatment/Body
 
-->{{Treatment/Body
 
|distribution=South Africa.
 
|distribution=South Africa.
 +
|introduced=true
 
|discussion=<p>Species 10 (1 in the flora).</p><!--
 
|discussion=<p>Species 10 (1 in the flora).</p><!--
--><p>According to G. D. Rowley (1978), “Conicosia capsules open once only on wetting and do not close again. The loose seeds are then shaken out over a period of time as from a pepper pot. Subsequently the light, buoyant capsule breaks off and rolls along the ground, scattering further seeds over greater distances. Finally it decomposes into segments, each composed of a winglike membrane that divided the cell chambers. In this are two tiny pouches, each trapping a single seed. These seeds have a long viability (I have had good germination after five years) and so they ensure perpetuation in time as well as space. Three different dispersal mechanisms from one fruit must constitute something of a record; indeed, the fruits of Mesembryanthemaceae are among the most complicated structurally of any plant.” The two tiny pouches referred to by Rowley often contain multiple seeds, one to three or none per pouch (pers. obs.). See G. Schwantes (1957) for a description and illustration of the pockets, as shown in Conicosia brevicaulis.</p><!--
+
--><p>According to G. D. Rowley (1978), “<i>Conicosia</i> capsules open once only on wetting and do not close again. The loose seeds are then shaken out over a period of time as from a pepper pot. Subsequently the light, buoyant capsule breaks off and rolls along the ground, scattering further seeds over greater distances. Finally it decomposes into segments, each composed of a winglike membrane that divided the cell chambers. In this are two tiny pouches, each trapping a single seed. These seeds have a long viability (I have had good germination after five years) and so they ensure perpetuation in time as well as space. Three different dispersal mechanisms from one fruit must constitute something of a record; indeed, the fruits of Mesembryanthemaceae are among the most complicated structurally of any plant.” The two tiny pouches referred to by Rowley often contain multiple seeds, one to three or none per pouch (pers. obs.). See G. Schwantes (1957) for a description and illustration of the pockets, as shown in <i>Conicosia</i> brevicaulis.</p><!--
--><p>Herrea Schwantes is closely related to Conicosia; it has been wrongly cited for California. Conicosia and Herrea share a number of characteristics; they are distinguished by the dissepiments (partitions) of the fruits, which reach to the apex of the valves in Herrea and halfway up the valves in Conicosia. In Herrea, the capsule splits into many segments without a firm central column; in Conicosia, the capsule does not separate into many segments, or at least not until decaying away. Herrea is included in Conicosia by H. D. Ihlenfeldt and M. Gerbaulet (1990). In general, conicosias do well in poor, sandy soils (U. Van der Spuy 1971). They grow readily and naturalize in sandy dune habitats in coastal California.</p>
+
--><p>Herrea Schwantes is closely related to <i>Conicosia</i>; it has been wrongly cited for California. <i>Conicosia</i> and Herrea share a number of characteristics; they are distinguished by the dissepiments (partitions) of the fruits, which reach to the apex of the valves in Herrea and halfway up the valves in <i>Conicosia</i>. In Herrea, the capsule splits into many segments without a firm central column; in <i>Conicosia</i>, the capsule does not separate into many segments, or at least not until decaying away. Herrea is included in <i>Conicosia</i> by H. D. Ihlenfeldt and M. Gerbaulet (1990). In general, conicosias do well in poor, sandy soils (U. Van der Spuy 1971). They grow readily and naturalize in sandy dune habitats in coastal California.</p>
 
|tables=
 
|tables=
 
|references={{Treatment/Reference
 
|references={{Treatment/Reference
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|family=Aizoaceae
 
|family=Aizoaceae
 
|distribution=South Africa.
 
|distribution=South Africa.
 +
|introduced=true
 
|reference=ihlenfeldt1990a
 
|reference=ihlenfeldt1990a
 
|publication title=Gard. Chron., ser.
 
|publication title=Gard. Chron., ser.
 
|publication year=1925
 
|publication year=1925
 
|special status=
 
|special status=
|source xml=https://jpend@bitbucket.org/aafc-mbb/fna-fine-grained-xml.git/src/287ef3db526bd807d435a3c7423ef2df1e951227/V4/V4_180.xml
+
|source xml=https://bitbucket.org/aafc-mbb/fna-data-curation/src/2e0870ddd59836b60bcf96646a41e87ea5a5943a/coarse_grained_fna_xml/V4/V4_180.xml
 
|genus=Conicosia
 
|genus=Conicosia
|apex shape=cylindric
 
|aril count=absent
 
|blade architecture=grooved
 
|blade arrangement or course or shape=linear
 
|blade shape=triangular
 
|bract count=absent
 
|calyx lobe coloration=green
 
|calyx lobe count=5
 
|calyx lobe size=unequal
 
|calyx lobe width=wider
 
|cauline leaf architecture=sessile
 
|cauline leaf arrangement=opposite;alternate
 
|filament base pubescence=hairy
 
|flower architecture or arrangement or growth form=solitary
 
|flower diameter=5cm;13cm
 
|flower prominence=showy
 
|flower shape=tubular
 
|fruits capsule shape=conic
 
|herb duration=short-lived;biennial;perennial
 
|herb pubescence=glabrous
 
|herb texture=succulent
 
|inflorescence position=axillary
 
|leaf arrangement=rosulate
 
|lobe count=3
 
|lobe position=inner
 
|lobe texture=papery
 
|margin architecture or pubescence or relief=smooth
 
|margin shape=keeled
 
|nectary count=present
 
|ovary architecture=10-25-loculed
 
|ovary fusion=connate
 
|ovary placentation=parietal
 
|ovary position=inferior
 
|peduncle atypical some measurement=10cm;12cm
 
|peduncle orientation=erect
 
|peduncle some measurement=10
 
|petal coloration=yellow
 
|petal count=250
 
|petal fusion=free;distinct
 
|pistil architecture=10-25-carpellate
 
|root architecture=tuberous
 
|root texture=fibrous
 
|seed count=75;200
 
|seed pocket count=2
 
|seed shape=spheric
 
|segment count=10;25
 
|shoot duration=annual
 
|shoot life cycle=flowering
 
|shoot orientation=prostrate;ascending
 
|stamen fusion=distinct
 
|stigma count=10;25
 
|stigma shape=filiform
 
|stipule count=absent
 
|style count=absent
 
|valve arrangement=separating
 
|valve count=10;25
 
|valve orientation=spreading
 
 
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-->[[Category:Treatment]][[Category:Aizoaceae]]
 
-->[[Category:Treatment]][[Category:Aizoaceae]]

Latest revision as of 21:57, 5 November 2020

Herbs, perennial or biennial, usually short-lived, succulent, glabrous. Roots fibrous or tuberous. Stems: flowering shoots annual, prostrate to ascending. Leaves rosulate, or cauline and alternate or opposite, sessile; stipules absent; blade linear, ± grooved, ± triangular in cross section. Inflorescences axillary, flowers solitary; peduncle erect, 10(–12) cm; bracts absent. Flowers showy, tubular, 5–13 cm diam.; calyx lobes 5, green, unequal, wider at base, apex cylindric, basal margins of inner 3 lobes papery; petals (including petaloid staminodia) 250, distinct, free, yellow; nectary present; stamens 500+, distinct; filament bases hairy; pistil 10–25-carpellate; ovary inferior, connate in proximal 1/2, 10–25-loculed; placentation parietal with 2 seed pockets on outer wall of each locule; styles absent; stigmas 10–25, filiform. Fruits capsules, conic; valves 10–25, opening but not spreading when moistened, finally separating into 10–25 segments. Seeds 75–200, spheric, margins keeled, smooth; arils absent.

Distribution

Introduced; South Africa.

Discussion

Species 10 (1 in the flora).

According to G. D. Rowley (1978), “Conicosia capsules open once only on wetting and do not close again. The loose seeds are then shaken out over a period of time as from a pepper pot. Subsequently the light, buoyant capsule breaks off and rolls along the ground, scattering further seeds over greater distances. Finally it decomposes into segments, each composed of a winglike membrane that divided the cell chambers. In this are two tiny pouches, each trapping a single seed. These seeds have a long viability (I have had good germination after five years) and so they ensure perpetuation in time as well as space. Three different dispersal mechanisms from one fruit must constitute something of a record; indeed, the fruits of Mesembryanthemaceae are among the most complicated structurally of any plant.” The two tiny pouches referred to by Rowley often contain multiple seeds, one to three or none per pouch (pers. obs.). See G. Schwantes (1957) for a description and illustration of the pockets, as shown in Conicosia brevicaulis.

Herrea Schwantes is closely related to Conicosia; it has been wrongly cited for California. Conicosia and Herrea share a number of characteristics; they are distinguished by the dissepiments (partitions) of the fruits, which reach to the apex of the valves in Herrea and halfway up the valves in Conicosia. In Herrea, the capsule splits into many segments without a firm central column; in Conicosia, the capsule does not separate into many segments, or at least not until decaying away. Herrea is included in Conicosia by H. D. Ihlenfeldt and M. Gerbaulet (1990). In general, conicosias do well in poor, sandy soils (U. Van der Spuy 1971). They grow readily and naturalize in sandy dune habitats in coastal California.