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Encyclopedia > Chloranthaceae
Chloranthaceae
Sarcandra glabra
Sarcandra glabra
Scientific classification
Kingdom: Plantae,
angiosperms

Order: unplaced
Family: Chloranthaceae
R.Br. ex Sims (1820)
genera
  • Ascarina
  • Chloranthus
  • Hedyosmum
  • Sarcandra

Chloranthaceae is the botanical name of a family of flowering plants. The family consists of four genera, totalling several dozen species, of herbaceous or woody plants primarily occurring in the tropics and sub-tropics. Members of this family are aromatic and have opposite leaves with distinctive serrate margins and interpetiolar stipules (similar to the stipules found in family Rubiaceae). The flowers are inconspicuous, and arranged in inflorescences. Petals are absent in this family, and sometimes so are sepals. The flowers can be either hermaphrodite or of separate sexes. The fruit is drupe-like, consisting of one carpel. Image File history File links Metadata Size of this preview: 800 × 594 pixelsFull resolution (2304 × 1712 pixel, file size: 550 KB, MIME type: image/jpeg) Scientific name Sarcandra glabra センリョウ Place:Osaka-fu Japan File history Legend: (cur) = this is the current file, (del) = delete this old version, (rev) = revert to... Scientific classification or biological classification is a method by which biologists group and categorize species of organisms. ... Divisions Green algae Chlorophyta Charophyta Land plants (embryophytes) Non-vascular plants (bryophytes) Marchantiophyta—liverworts Anthocerotophyta—hornworts Bryophyta—mosses Vascular plants (tracheophytes) †Rhyniophyta—rhyniophytes †Zosterophyllophyta—zosterophylls Lycopodiophyta—clubmosses †Trimerophytophyta—trimerophytes Pteridophyta—ferns and horsetails Seed plants (spermatophytes) †Pteridospermatophyta—seed ferns Pinophyta—conifers Cycadophyta—cycads Ginkgophyta—ginkgo Gnetophyta—gnetae Magnoliophyta—flowering plants... A modern system of plant taxonomy, the APG II system of plant classification was published in 2003 by the Angiosperm Phylogeny Group, APG, in Angiosperm Phylogeny Group (2003). ... Robert Brown (1773–1858) Robert Brown (December 21, 1773–June 10, 1858) is acknowledged as the leading British botanist to collect in Australia during the first half of the 19th century. ... Ascarina is a plant genus of the family Chloranthaceae. ... A botanical name is a formal name conforming to the ICBN. As with its zoological and bacterial equivalents it may also be called a scientific name. Botanical names may be in one part (genus and above), two parts (species) or three parts (below the rank of species). ... Classes Magnoliopsida - Dicots Liliopsida - Monocots The flowering plants (also angiosperms or Magnoliophyta) are one of the major groups of modern plants, comprising those that produce seeds in specialized reproductive organs called flowers, where the ovulary or carpel is enclosed. ... The lanceolate-linear, paired stipules of Hibiscus kokio In botany, stipule refers to outgrowths borne on either side of the base of a leafstalk (or petiole). ... Type Genus Rubia L. Genera See text For a full list, see: List of Rubiaceae genera Egyptian Starcluster Pentas lanceolata White luculia gratissima Rubiaceae Juss. ... Look up flower in Wiktionary, the free dictionary. ... Red clover inflorescence (spike) An inflorescence is a group or cluster of flowers on a branch of a plant. ... It has been suggested that Corolla be merged into this article or section. ... Flower of the Primrose Willowherb (Ludwigia octovalvis) showing petals and sepals A sepal is one member or part of the calyx of a flower. ... The peach is a typical drupe (stone fruit) In botany, a drupe is a type of fruit in which an outer fleshy part (exocarp or skin and mesocarp or flesh) surrounds a shell (the pit or stone) of hardened endocarp with a seed inside. ... Amaryllis style and stigmas A carpel is the outer, often visible part of the female reproductive organ of a flower; the basic unit of the gynoecium. ...


Chloranthaceae have been recognised as a family in most classifications but without clear relatives. Molecular systematic studies have shown that it is not closely related to any other family and is among the early-diverging lineages in the angiosperms. Fossils assigned to Chloranthaceae, or closely related, are among the oldest angiosperms known. The APG II system (2003) leaves the family unplaced as to order but Stevens (2001 onwards) accepts the order Chloranthales, containing only this family. Classes Magnoliopsida - Dicots Liliopsida - Monocots The flowering plants (also angiosperms or Magnoliophyta) are one of the major groups of modern plants, comprising those that produce seeds in specialized reproductive organs called flowers, where the ovulary or carpel is enclosed. ... A modern system of plant taxonomy, the APG II system of plant classification was published in 2003 by the Angiosperm Phylogeny Group, APG, in Angiosperm Phylogeny Group (2003). ... genera Ascarina Chloranthus Hedyosmum Sarcandra Chloranthaceae is the botanical name of a family of flowering plants. ...


The Cronquist system (1981) assigned the family A system of plant taxonomy, the Cronquist system is a scheme for the classification of flowering plants (or angiosperms). ...

to the order Piperales
in subclass Magnoliidae
in class Magnoliopsida [=dicotyledons]
of division Magnoliophyta [=angiosperms].

The Thorne system (1992) placed it Families Aristolochiaceae Hydnoraceae Lactoridaceae Piperaceae Saururaceae The Piperales are an order of flowering plants. ... Orders Magnoliales Laurales Piperales Aristolochiales Illiciales Nymphaeales Ranunculales Papaverales Magnoliidae is a sub-class of the Dicotyledon flowering plants in the Cronquist system. ... Magnoliopsida is the botanical name for a class: this name is formed by replacing the termination -aceae in the name Magnoliaceae by the termination -opsida (Art 16 of the ICBN). ... Orders see text Dicotyledons or dicots are flowering plants whose seed contains two embryonic leaves or cotyledons. ... Classes Magnoliopsida - Dicots Liliopsida - Monocots The flowering plants (also angiosperms or Magnoliophyta) are one of the major groups of modern plants, comprising those that produce seeds in specialized reproductive organs called flowers, where the ovulary or carpel is enclosed. ... A modern system of plant taxonomy, the Thorne system (1992) of plant classification was drawn up by the botanist Robert F. Thorne (1920- ). He replaced it in 2000 with a new system. ...

in the order Magnoliales, which was assigned
to superorder Magnolianae
in subclass Magnoliideae [=dicotyledons],
in class Magnoliopsida [=angiosperms].

The Dahlgren system raised the family to be Families Annonaceae Degeneriaceae Eupomatiaceae Himantandraceae Magnoliaceae Myristicaceae The Magnoliales are an order of flowering plants. ... One of the modern systems of plant taxonomy, the Dahlgren system was published by monocot specialist Rolf Dahlgren. ...

its own order Chloranthales, which was assigned
to superorder Magnolianae
in subclass Magnoliideae [=dicotyledons],
in class Magnoliopsida [=angiosperms].

genera Ascarina Chloranthus Hedyosmum Sarcandra Chloranthaceae is the botanical name of a family of flowering plants. ...

External links :


  Results from FactBites:
 
Chloranthales (850 words)
Chloranthaceae are aromatic plants that may be recognised by their opposite, serrate leaves with more or less sheathing stipules and often strongly swollen nodes that may collapse on drying.
The position of Chloranthaceae is unclear, as is its floral morphology.
Endress (2001) has emphasized what he considered to be the plesiomorphic floral morphology of the family, although there is no evidence that it is a member of the basal ANITA grade; a number of aspects of floral development, including the loss of the perianth, are clearly derived (e.g.
Chloranthaceae (636 words)
Carlquist, S. Wood anatomy and stem of Chloranthus: summary of wood anatomy of Chloranthaceae, with comments on relationships, vessellessness, and the origin of Monocotyledons.
Floral evolution in Chloranthaceae: Implications of a morphological phylogenetic analysis.
The deepest splits in Chloranthaceae as resolved by chloroplast sequences.
  More results at FactBites »

 

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