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Hyacinthoides non-scripta

Hyacinthoides non-scripta
Scientific classification
Kingdom: Plantae
Clade: Angiosperms
Clade: Monocots
Order: Asparagales
Family: Asparagaceae
Subfamily: Scilloideae
Genus: Hyacinthoides
Species: H. non-scripta
Binomial name
Hyacinthoides non-scripta
(L.) Chouard ex Rothm.
Synonyms [1]
  • Hyacinthus non-scriptus L.
  • Scilla festalis Salisb. (nom. illeg.)
  • Scilla nutans Sm. in Sowerby & Smith (nom. illeg.)
  • Scilla non-scripta (L.) Link & Hoffmanns.
  • Endymion nutans Dumort. (nom. illeg.)
  • Agraphis nutans Link. (nom. illeg.)
  • Endymion non-scriptus (L.) Garcke
  • Hyacinthus cernuus L.
  • Scilla cernua (L.) Hoffmanns. & Link
  • Endymion cernuus (L.) Dumort.

Hyacinthoides non-scripta (formerly Endymion non-scriptus or Scilla non-scripta) is a bulbous perennial plant, found in Atlantic areas from north-western Spain to the British Isles, and also frequently used as a garden plant. It is known in English as the common bluebell or simply bluebell, a name which is used in Scotland to refer to the harebell, Campanula rotundifolia. In spring, H. non-scripta produces a nodding, one-sided inflorescence of 5–12 tubular, sweet-scented violet–blue flowers, with strongly recurved tepals, and 3–6 long, linear, basal leaves.

H. non-scripta is particularly associated with ancient woodland where it may dominate the understorey to produce carpets of violet–blue flowers in "bluebell woods", but also occurs in more open habitats in western regions. It is protected under UK law, and in some other parts of its range. A related species, H. hispanica has also been introduced to the British Isles and hybridises with H. non-scripta to produce intermediates known as H. × massartiana.

Contents

  • Taxonomy 1
    • Related species 1.1
  • Description 2
  • Distribution and ecology 3
  • Protection 4
  • Uses 5
  • Notes 6
  • References 7
  • External links 8

Taxonomy

Hyacinthoides non-scripta was first described by Carl Linnaeus in his seminal 1753 work Species Plantarum, as a species in the genus Hyacinthus.[2] The specific epithet non-scriptus[Note 1] means "unlettered" or "unmarked" and was intended to distinguish this plant from the classical hyacinth of Greek mythology. This mythical flower, which was almost certainly not the modern hyacinth,[3] sprang up from the blood of the dying prince Hyacinthus. His lover, the god Apollo, shed tears that marked the new flower's petals with the letters "AIAI" ("alas") as a sign of his grief.[4]

In 1803, Johann Centurius von Hoffmannsegg and Johann Heinrich Friedrich Link transferred the species to the genus Scilla, and in 1849 Christian August Friedrich Garcke transferred it to the genus Endymion (now a synonym of Hyacinthoides); it is still widely known as "Scilla non-scripta" or "Endymion non-scriptus".[5] In 1934, Pierre Chouard transferred the species to its current placement in the genus Hyacinthoides.[6] Scilla was the original Greek name for the sea squill, Drimia maritima; Endymion is a character from Greek mythology; Hyacinthoides means "like a hyacinth".[7]

The type species of Hyacinthoides is H. hispanica, while that of Endymion is "Scilla nutans", described by James Edward Smith in English Botany in 1797, but now treated as a synonym of H. non-scripta.[1] Smith had argued that nutans ("nodding") is a more fitting epithet than non-scriptus, which makes no sense once separated from Hyacinthus, but the International Code of Nomenclature for algae, fungi, and plants requires the oldest name to be used, regardless of meaning.[1]

Common names for Hyacinthoides non-scripta include bluebell,[8] common bluebell, English bluebell, British bluebell,[9] wild hyacinth, wood bell, fairy flower and bell bottle.[10] In Scotland, the term "bluebell" is used for the harebell, Campanula rotundifolia.[4]

Related species

Hyacinthoides non-scripta forms a clade with three other species – H. hispanica, H. paivae and H. cedretorum – centred on the Iberian Peninsula.[1] H. paivae is restricted to a small area of north-western Iberia (Galicia and neighbouring parts of Portugal), while H. cedretorum is found in mountainous areas of western North Africa (Morocco and Algeria).[1] Within Iberia, H. non-scripta and H. hispanica are geographically separated by the Duero river.[1] The genus also contains seven further species, mostly distributed further east in the Mediterranean Basin.[1]

Description

Comparison of H. non-scripta and H. hispanica
H. non-scripta has dark flowers in one-sided, nodding racemes, with strongly recurved petals and white pollen.
H. hispanica has paler flowers produced on all sides of the upright stem, less recurved petals and blue pollen.

Hyacinthoides non-scripta is a perennial plant that grows from a bulb.[8] It produces 3–6 linear leaves, all growing from the base of the plant, and each 7–16 millimetres (0.28–0.63 in) wide.[11] An inflorescence of 5–12 (exceptionally 3–32) flowers is borne on a stem up to 500 mm (20 in) tall, which droops towards the tip;[2] the flowers are arranged in a 1-sided nodding raceme.[8] Each flower is 14–20 mm (0.55–0.79 in) long, with two bracts at the base, and the six tepals are strongly recurved at their tips.[8] The tepals are violet–blue.[12] The three stamens in the outer whorl are fused to the perianth for more than 75% of their length, and bear cream-coloured pollen.[8] The flowers are strongly and sweetly scented.[8] The seeds are black, and germinate on the soil surface.[13]

The bulbs produce contractile roots; when these roots contract, they draw the bulbs down into deeper layers of the soil where there is greater moisture, reaching depths of 10–12 cm (3.9–4.7 in).[13] This may explain the absence of H. non-scripta from thin soils over chalk in South East England, since the bulbs are unable to penetrate into sufficiently deep soils.[13]

H. non-scripta differs from H. hispanica, which occurs as an introduced species in the British Isles, in a number of ways. H. hispanica has paler flowers which are borne in radially symmetrical racemes; their tepals are less recurved, and are only faintly scented.[8] The outer stamens are fused with the tepals for less than 75% of their length, and the anthers are the same colour as the tepals.[8] These two species are thought to have diverged 8000 years ago.[1] The two species also hybridise readily to produce fertile offspring known as Hyacinthoides × massartiana; the hybrids are intermediate between the parental species, forming a spectrum of variation which connects the two.[8]

Distribution and ecology

Bluebell habitats
In the west of its range, H. non-scripta lives in open habitats.

Hyacinthoides non-scripta is native to the western parts of Atlantic Europe, from north-western Spain (occasionally even north-western Portugal) to the Netherlands and the British Isles.[2] It is found in Belgium, Great Britain, France, Ireland, the Netherlands and Spain, and also occurs as a naturalized species in Germany, Italy, and Romania.[14] It has also been introduced to parts of North America, in both the Pacific Northwest (British Columbia, Washington and Oregon) and the north-eastern United States (Virginia, Kentucky, Indiana, Ohio, Pennsylvania and New York).[15]

Despite the wide distribution of H. non-scripta, it reaches its greatest densities in the British Isles,[9] where "bluebell woods" (woodland with the understory dominated by H. non-scripta in spring) are a familiar sight. H. non-scripta is found throughout the British Isles, with the exception of the northern Outer Hebrides (Lewis and Harris), Orkney and Shetland,[8] and it is estimated that 25%–50% of all common bluebells may be found in the British Isles.[16]

Bluebells are a species of deciduous woodland over much of their range, flowering and leafing early before the canopy closes in late spring. They may also be found growing under bracken or Japanese knotweed, perennial plants which also form stands with a dense summer canopy.[17] They are most successful on slightly acid soils; the same niche in alkaline conditions may be occupied by other species such as Mercurialis perennis.[18] As a species adapted to woodlands, the young shoots are able to penetrate through a thick layer of leaf litter,[19] and bluebells are often used as an indicator species to identify ancient woodland.[20] Bluebells are also frequently found in hedgerows, and in the west of their range they can be found growing in open habitats, including coastal meadows.[21] Bluebell flowers are rich in pollen and nectar, and are chiefly pollinated by bumblebees, although they are also visited by various other insects.[22] They are a host species for the parasitic fungus Uromyces muscari, which causes bluebell rust.[23] The ability of H. non-scripta to take up phosphorus from the soil is greatly enhanced by the presence of arbuscular mycorrhizae in its roots.[24]

Protection

Hyacinthoides non-scripta is not protected under international law, such as CITES or the EU Habitats Directive.[25]

In the United Kingdom, H. non-scripta is a protected species under the Wildlife and Countryside Act 1981. Landowners are prohibited from removing common bluebells on their land for sale and it is a criminal offence to remove the bulbs of wild common bluebells.[26] This legislation was strengthened in 1998 under Schedule 8 of the Act making any trade in wild common bluebell bulbs or seeds an offence, punishable by fines of up to £5000 per bulb.[10][27] The species is not protected in the Republic of Ireland.[28]

In France, H. non-scripta is largely confined to the northern half of the country.[29] It is not legally protected at the national level, but it is protected in many of the départements towards the edge of its range (Corrèze, Loiret, Gironde, Lot-et-Garonne, Dordogne, Cher, Eure-et-Loir, Indre-et-Loire and Loir-et-Cher).[29] In Wallonia, H. non-scripta is protected under Annexe VII of the Loi sur la conservation de la nature.[30]

Uses

Bluebells are widely planted as garden plants, either among trees or in herbaceous borders.[22] They flower at the same time as hyacinths, Narcissus and some tulips.[31] Their ability to reproduce vegetatively using runners, however, means that they can spread rapidly, and may need to be controlled as weeds.[32]

Bluebells synthesise a wide range of chemicals with potential medicinal properties. They contain at least 15 biologically active compounds that may provide them with protection against insects and animals. Certain extracts – water-soluble alkaloids – are similar to compounds tested for use in combating HIV and cancer.[33][34] The bulbs of bluebells are used in folk medicine as a remedy for leucorrhoea, and as a diuretic or styptic,[35] while the sap can be used as an adhesive.[31][35]

The bluebell may be regarded as the United Kingdom's "favourite flower". When the wild plant charity

  • Which Bluebell Is It? "Bluebells for Britain" bluebell identifier questionnaire.
  • (bluebell)Hyacinthoides non-scriptaKew plant profile:
  • Hannah Briggs (April 11, 2012). "Bluebells: the survival battle of Britain's native bluebells".  

External links

  1. ^ a b c d e f g h Michael Grundmann, Fred J. Rumsey, Stephen W. Ansell, Stephen J. Russell, Sarah C. Darwin, Johannes C. Vogel, Mark Spencer, Jane Squirrell, Peter M. Hollingsworth, Santiago Ortiz & Harald Schneider (2010). , Asparagaceae [Hyacinthaceae]"Hyacinthoides"Phylogeny and taxonomy of the bluebell genus .  
  2. ^ a b c S. Ortiz (2011). Heist. ex Fabr.Hyacinthoides ( 
  3. ^ J. E. Raven (2000). Plants and Plant Lore in Ancient Greece. Oxford: Leopard Head Press. pp. 26–27.  
  4. ^ a b  
  5. ^ Martyn Rix (2004). "Plate 481. Hyacinthoides non-scripta Hyacinthaceae".  
  6. ^ Pierre Chouard (1934). and their true identities]Endymion and Scilla"Les noms linnéens des Scilla et des Endymion et leur véritable signification" [The Linnaean names in ( 
  7. ^ Allen J. Coombes (1985). The Collingridge Dictionary of Plant Names. Collingridge.  
  8. ^ a b c d e f g h i j  
  9. ^ a b Fred Rumsey. (British bluebell) > Distribution and ecology"Hyacinthoides non-scripta". Species of the day.  
  10. ^ a b Steve Davis & Anna Trias-Blasi. (bluebell)"Hyacinthoides non-scripta".  
  11. ^ John Poland & Eric J. Clement (2009). The Vegetative Key to the British Flora.  
  12. ^  
  13. ^ a b c Peter Thomas & John R. Packham (2007). Ecology of Woodlands and Forests: Description, Dynamics and Diversity.  
  14. ^ "Hyacinthoides".  
  15. ^ (L.) Chouard ex Rothm., English bluebell"Hyacinthoides non-scripta". PLANTS Profile.  
  16. ^ Deborah D. Kohn, Philip E. Hulme, Peter M. Hollingsworth & Adam Butler (2009). ) at risk from alien congenerics? Evidence from distributions and co-occurrence in Scotland"Hyacinthoides non-scripta"Are native bluebells ( ( 
  17. ^ "Bluebells". Sheffield Wildlife Trust. Archived from the original on July 24, 2011. Retrieved March 28, 2012. 
  18. ^ "Woodland plants".  
  19. ^ J. R. Packham (1992). "Soils, climate and zonation". Functional Ecology of Woodlands and Forests.  
  20. ^ Jack Watkins (April 30, 2009). "Bluebells hold clue to ancient forests".  
  21. ^ )"Hyacinthoides non-scripta"Bluebell (. Species Action Plans. Cheshire Regional Biodiversity Partnership. Retrieved March 28, 2012. 
  22. ^ a b Jill Duchess of Hamilton, Penny Hart, John Simmons (2006). "Hyacinthoides non-scripta, bluebell". The Gardens of William Morris. Frances Lincoln. p. 131.  
  23. ^ Stefan Buczacki & Keith Harris (1998). "Diseases". Pests, Diseases & Disorders of Garden Plants (2nd ed.). HarperCollins. p. 389.  
  24. ^ Michael Begon, Colin R. Townsend & John L. Harper (2006). "Symbiosis and mutualism". Ecology: from Individuals to Ecosystems (4th ed.).  
  25. ^ species action plan"Hyacinthoides non-scripta"Bluebell ( 
  26. ^ "Bluebells at Croxteth".  
  27. ^ "Men fined for bluebell bulbs sale".  
  28. ^ "Republic of Ireland".  
  29. ^ a b (L.) Chouard ex Rothm., 1944: Jacinthe sauvage, Jacinthe des bois (Français)"Hyacinthoides non-scripta". Inventaire national du Patrimoine naturel (in French).  
  30. ^ (L.) Chouard ex Rothm., jacinthe des bois"Hyacinthoides non-scripta". La biodiversité en Wallonie (in French). Retrieved April 6, 2012. 
  31. ^ a b  
  32. ^ "Bluebells as weeds".  
  33. ^ "Bluebells could help fight cancer".  
  34. ^ Michael Kent (2000). Advanced Biology.  
  35. ^ a b - (L.) Chouard. ex Rothm."Hyacinthoides nonscripta". Plants for a Future. Retrieved March 27, 2012. 
  36. ^ Paul Brown (5 May 2004). "Fans pick the flowers that have grown on them".  
  37. ^ Gabriel E. Hemery (2005). "A new image for the society" ( 

References

  1. ^ Scientific names must agree in grammatical gender with the genus they are found in. "Non-scripta" is the feminine form, used in genera such as Hyacinthoides and Scilla which are grammatically feminine; the masculine form, "non-scriptus", is used in masculine genera such as Hyacinthus and Endymion. See binomial nomenclature for more details of the naming rules used for plant scientific names. See Wiktionary's entry on scriptus for its declension.

Notes

[37].Botanical Society of Britain and Ireland for the logo A stylised bluebell is used as the [36]

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