See Whats New!!

*
 

Hesperantha coccinea, formerly Schizostylis

Hesperantha coccinea (Backh. & Harv.) Goldblatt & J.C.Manning, Novon 6: 263 (1996).

See below:

Big Mama 4-29-2020.jpgCocinea in Flores des Serres.jpgHesperantha coccinea Biot Mag.jpgNovember Cheer 20200421 142834.jpgOregon Sunset 4-29-2020.jpgPallida 20200421 142819.jpgPICT0212.JPGPICT0218.JPG

Cultivars:

ABOUT CULTIVARS: The Royal Horticultural society Plant Finder lists 81 cultivars. But many of these may be synonyms of each other and many of the "names" are not proper cultivar names. Most cultivars are about 18 inches tall in bloom, but the early species example can produce 36 inch bloomstalks. The size of flowers varies with a diameter of 3.25 inches in 'Big Mama' to a more common size of 2.5 inches as in November Cheer and a smaller flower of 1.5 inches in most whites. There can be up to 15 flowers per bloom stalk and one can expect a bloomseason of 1-2 months. To learn about individual cultivars visit the Cultivar Gallery below and add photos to the page so others can see how it grows in your garden

Synonyms:

  • * Basionym/Replaced Synonym

Heterotypic Synonyms: Homotypic Names:
  • * Schizostylis coccinea Backh. & Harv., Bot. Mag. 90: t. 5422 (1864).
  • Schizostylis pauciflora Klatt, Linnaea 35: 380 (1867).
  • Schizostylis ixioides Harv. ex Baker, J. Linn. Soc., Bot. 16: 108 (1877).

References:

Bot Mag table 5422 The specimen of this lovely Iridaceous plant, here represented, was sent to us by Messrs. Backhouse and Son, from their Nursery at York, in November of the present year, 1863, with the information that it inhabits eastern rivers of South Africa, called Kabousie and Keir-kamma, in Kaffirland. Subsequently, Dr. Harvey has informed me that he possesses specimens of the same plant, gathered by Cooper (n. 1197 of his distributed collection), near Drackensberg Mountain; and also from Mr. D'Urban (n. 110), who found it by the Kabousie river, in British Cain-aria, in both cases growing very near water. Again, Dr. Harvey has detected it in Mr. Sanderson's collections from Natal ; and in Mr. Hutton's from the Katberg, altitude 3000 feet, who speaks of it as a " beautiful pink Hesperantha" showing its affinity in his eyes to that genus, to which Mr. Backhouse also detected a resemblance. These specimens, besides having paler flowers than our figure represents, have occasionally also the lobes of the perianth more obtuse.
Descr. The root, which I have not seen, is described by Mr. Backhouse as " likely to form a conn or bulb-tuber at the base of the stem, and at the extremity of the runners (like Tritonia rosea), though at present there is no clear bulb formed." The plant attains the height of three feet, with long, sheathing, sword-shaped, carinated leaves, the longest arising from the base. Upwards they gradually form bracts, and constitute a distichous spike, from which the flowers (ten to fourteen) gradually emerge, opening in succession from below upwards. Tube of the perianth shorter than the bracts; limb measuring two inches across, of six spreading, uniform, ovate-oblong, very acute, bright crimson lobes. Stamens three, inserted at the summit of the tube. Anthers sagittate, yellow. Ovary inferior, subtriangular. Style filiform, divided nearly halfway down into three slender branches. Stigmas obtuse.
Novon 6: 263 (1996).
Dividing Hesperantha on You Tube See https://www.youtube.com/watch?v=09rKkFWsPQo
Visit the Pacific Bulb Society wiki for mor information
"The Plantsman" 2013, Hesperantha coccinea cultivars Volume 12 pages 162-167


Cultivar Gallery: (under construction)

Hesperantha coccinea ‘Alba’ Hesperantha coccinea 'Anne' Hesperantha coccinea 'Ballyrogan Giant' Hesperantha coccinea 'Beeches New White' Hesperantha coccinea 'Big Mama' Hesperantha coccinea 'Blushing Trixie' Hespernatha coccinea 'Brick Red' Hesperantha coccinea ‘Cardinal’ Hesperantha coccinea 'Caroline' Hesperantha coccinea 'Cindy Towe' Hesperantha coccinea 'Deep Pink' Hesperantha coccinea 'Elburton Glow' Hesperantha coccinea 'Fenland Daybreak' Hesperantha coccinea 'Hannah Gould' Hesperantha coccinea 'Hannah Gubbay' Hesperantha coccinea 'Hilary Gould' Hesperantha coccinea 'Hint Of Pink' Hesperantha coccinea 'Ice Maiden' Hesperantha coccinea 'Jack Frost' Hesperantha coccinea ‘Jennifer’ Hesperantha coccinea 'Lipstick' Hesperantha coccinera 'Maiden's Blush' Hesperantha coccinea ‘Major’ Hespeantha coccinea 'Major Superba' Hesperantha coccinea 'Marrieta' Hesperantha coccinea 'Mary Banard' Hesperantha coccinea 'Mollie Gould' Hesperantha coccinea ‘Mrs Hegarty’ Hesperantha coccinea ‘November Cheer’ Hesperantha coccinea 'Oregon Sunset' Hesperantha coccinea ‘Pallida’ Hesperantha coccinea 'Pink Ice' Hesperantha coccinea 'Pink Marg' Hesperantha coccinea 'Pink Princess' Hesperantha coccinea ‘Professor Barnard’ Hesperantha coccinea ‘Red Dragon’ Hespernatha coccinea 'Red Prairie Rose' Hesperantha coccinea 'Rivoli Red' Hesperantha coccinea ‘Rosalie’ Hesperantha coccinea 'Rosea' Hesperanth coccinea 'Silver Pink' Hesperantha coccinea 'Salmon Charm' Hesperantha coccinea 'Salmon Star' Hesperantha coccinea 'Salome' Hesperantha coccinea 'Snow Maiden' Hesperantha coccinea 'Speciosa' Hesperantha coccinea 'Strawberry' Hesperantha coccinea ‘Sunrise’ Hesperantha coccinea ‘Tambara’ Hesperantha coccinea 'Torero' Hesperantha coccinea ‘Viscountess Byng’ Hesperantha coccinea ‘Wlifred H Bryant’ Hesperantha coccinea 'Zeal Blush' Hesperantha coccinea 'Zeal Pink' Hesperantha coccinea ‘Zeal Salmon’

Further Reading: (under construction)

|Flores des serres Vol 16: https://www.biodiversitylibrary.org/item/88504#page/77/mode/1up ||The American florist, 1895 ||https://www.biodiversitylibrary.org/item/250521#page/177/mode/1up |
Gardeners; Chronicles 1878: https://www.biodiversitylibrary.org/item/84202#page/716/mode/1up Then https://www.biodiversitylibrary.org/item/84202#page/810/mode/1up and then in 1879 https://www.biodiversitylibrary.org/item/84205#page/519/mode/1up then 1882; https://www.biodiversitylibrary.org/item/84274#page/420/mode/1up and https://www.biodiversitylibrary.org/item/84274#page/610/mode/1up abd https://www.biodiversitylibrary.org/item/84274#page/647/mode/1up and https://www.biodiversitylibrary.org/item/84274#page/774/mode/1up and 1883; https://www.biodiversitylibrary.org/item/84375#page/777/mode/1up and in 1885; https://www.biodiversitylibrary.org/item/84376#page/521/mode/1up in 1886 https://www.biodiversitylibrary.org/item/84213#page/802/mode/1up in 1888 https://www.biodiversitylibrary.org/item/84279#page/164/mode/1up and https://www.biodiversitylibrary.org/item/84279#page/662/mode/1up and https://www.biodiversitylibrary.org/item/101336#page/696/mode/1up in 1894 https://www.biodiversitylibrary.org/item/83806#page/102/mode/1up and https://www.biodiversitylibrary.org/item/83816#page/299/mode/1up, https://www.biodiversitylibrary.org/item/83806#page/102/mode/1up and https://www.biodiversitylibrary.org/item/83822#page/353/mode/1up, In 1920 https://www.biodiversitylibrary.org/item/83848#page/189/mode/1up
Mrs. Hegarty's Kaffir lily in The Garden 1921 https://www.biodiversitylibrary.org/item/82683#page/998/mode/1up
*GST=Graham Stuart Thomas, New Edition, Perennial Garden Plants, or the Modern Florilegium, reprinted 1985
Volume 7, Issue 3December 2009 , pp. 281-290 Genetic relatedness and cultivar identification in a valuable garden species, Hesperantha coccinea (Schizostylis coccinea) Kirsten Wolff (a1), Sabina Knees (a2) and Suzanne Cubey (a2) DOI: https://doi.org/10.1017/S1479262109371580 Published online by Cambridge University Press: 07 May 2009 Abstract DNA fingerprinting using microsatellites is a useful aid in cultivar identification, but has rarely been applied to garden plants. Eleven microsatellite markers were developed for the valuable garden plant Hesperantha coccinea (Schizostylis coccinea), and used to determine relatedness of accessions. Several accessions, described as separate cultivars, appeared to have identical genotypes. Among the 53 accessions tested, there were 34 unique multilocus genotypes. The level of polymorphism detected in the cultivars was high, with on average seven alleles per locus and an average expected heterozygosity of 0.72 across loci. It is clear from the genotypes that a large proportion of the cultivars are closely related to each other. The resulting markers can now be used to generate a complete database of all known cultivars of the species and to detect essentially derived cultivars. As an extension of this study, the markers identified here could also inform us about the genetic diversity in wild populations.
https://www.biodiversitylibrary.org/item/84202#page/810/mode/1up
-- BobPries - 11 Feb 2019
I Attachment Action Size Date Who Comment
Big Mama 4-29-2020.jpgjpg Big Mama 4-29-2020.jpg manage 3 MB 02 May 2020 - 22:16 BobPries  
Cocinea in Flores des Serres.jpgjpg Cocinea in Flores des Serres.jpg manage 65 K 02 May 2020 - 22:27 BobPries  
Hesperantha coccinea Biot Mag.jpgjpg Hesperantha coccinea Biot Mag.jpg manage 87 K 17 Feb 2019 - 21:57 BobPries  
November Cheer 20200421_142834.jpgjpg November Cheer 20200421_142834.jpg manage 4 MB 03 May 2020 - 21:47 BobPries  
Oregon Sunset 4-29-2020.jpgjpg Oregon Sunset 4-29-2020.jpg manage 3 MB 02 May 2020 - 22:17 BobPries  
PICT0212.JPGJPG PICT0212.JPG manage 419 K 17 Feb 2019 - 21:02 BobPries  
PICT0218.JPGJPG PICT0218.JPG manage 353 K 17 Feb 2019 - 21:02 BobPries  
Pallida 20200421_142819.jpgjpg Pallida 20200421_142819.jpg manage 4 MB 03 May 2020 - 22:08 BobPries  
Topic revision: r35 - 25 Jan 2026, WayneMesser
This site is powered by FoswikiCopyright © by the contributing authors. All material on this collaboration platform is the property of the contributing authors.
Ideas, requests, problems regarding Iris Wiki? Send feedback