Galanthus Gracilis

''Galanthus'' (from Ancient Greek , (, "milk") + (, "flower")), or snowdrop, is a small genus of approximately 20 species of bulbous perennial herbaceous plants in the family Amaryllidaceae. The plants have two linear leaves and a single small white drooping bell-shaped flower with six petal-like (petaloid) tepals in two circles (whorls). The smaller inner petals have green markings.

Snowdrops have been known since the earliest times under various names, but were named ''Galanthus'' in 1753. As the number of recognised species increased, various attempts were made to divide the species into subgroups, usually on the basis of the pattern of the emerging leaves (vernation). In the era of molecular phylogenetics this characteristic has been shown to be unreliable and now seven molecularly defined clades are recognised that correspond to the biogeographical distribution of species. New species continue to be discovered.

Most species flower in winter, before the vernal equinox (20 or 21 March in the Northern Hemisphere), but some flower in early spring and late autumn. Sometimes snowdrops are confused with the two related genera within the tribe Galantheae, snowflakes ''Leucojum'' and '' Acis''.

Description

General

All species of ''Galanthus'' are perennial petaloid herbaceous bulbous (growing from bulbs) monocot plants. The genus is characterised by the presence of two leaves, pendulous white flowers with six free perianth segments in two whorls. The inner whorl is smaller than the outer whorl and has green markings.

Vegetative

; Leaves:
These are basal, emerging from the bulb initially enclosed in a tubular membranous sheath of cataphylls. Generally, these are two (sometimes three) in number and linear, strap-shaped, or oblanceolate. Vernation, the arrangement of the emerging leaves relative to each other, varies among species. These may be applanate (flat), supervolute (conduplicate), or explicative (pleated). In applanate vernation the two leaf blades are pressed flat to each other within the bud and as they emerge; explicative leaves are also pressed flat against each other, but the edges of the leaves are folded back (externally recurved) or sometimes rolled; in supervolute plants, one leaf is tightly clasped around the other within the bud and generally remains at the point where the leaves emerge from the soil (for illustration, see Stearn and Davis). In the past, this feature has been used to distinguish between species and to determine the parentage of hybrids, but now has been shown to be homoplasious, and not useful in this regard.

The scape (flowering stalk) is erect, leafless, terete, or compressed.

Reproductive

;Inflorescence :
At the top of the scape is a pair of bract-like spathes (valves) usually fused down one side and joined by a papery membrane, appearing monophyllous (single). From between the spathes emerges a solitary (rarely two), pendulous, nodding, bell-shaped white flower, held on a slender pedicel. The flower bears six free perianth segments (tepals) rather than true petals, arranged in two whorls of three, the outer whorl being larger and more convex than the inner whorl. The outer tepals are acute to more or less obtuse, spathulate or oblanceolate to narrowly obovate or linear, shortly clawed, and erect spreading. The inner tepals are much shorter (half to two thirds as long), oblong, spathulate or oblanceolate, somewhat unguiculate (claw like); tapering to the base and erect. These tepals also bear green markings at the base, the apex, or both, that when at the apex, are bridge-shaped over the small sinus (notch) at the tip of each tepal, which are emarginate. Occasionally the markings are either green-yellow, yellow, or absent, and the shape and size varies by species.

; Androecium :
The six stamens are inserted at the base of the perianth, and are very short (shorter than the inner perianth segments), the anthers basifixed (attached at their bases) with filaments much shorter than the anthers; they dehisce (open) by terminal pores or short slits.

; Gynoecium, fruit and seeds:
The inferior ovary is three-celled. The style is slender and longer than the anthers; the stigma is minutely capitate. The ovary ripens into a three-celled capsule fruit. This fruit is fleshy, ellipsoid or almost spherical, opening by three flaps, with seeds that are light brown to white and oblong with a small appendage or tail (elaiosome) containing substances attractive to ants, which distribute the seeds.

The chromosome number is 2n=24.

Floral formula: $\star\; P_ \; A_ \; G_$

Distribution and habitat

The genus ''Galanthus'' is native to Europe and the Middle East, from the Spanish and French Pyrenees in the west through to the Caucasus and Iran in the east, and south to Sicily, the Peloponnese, the Aegean, Turkey, Lebanon, and Syria. The northern limit is uncertain because ''G. nivalis'' has been widely introduced and cultivated throughout Europe. ''G. nivalis'' and some other species valued as ornamentals have become widely naturalised in Europe, North America, and other regions. In the Udmurt republic of Russia, ''Galanthus'' are found even above the 56th parallel.

''Galanthus nivalis'' is the best-known and most widespread representative of the genus ''Galanthus''. It is native to a large area of Europe, stretching from the Pyrenees in the west, through France and Germany to Poland in the north, Italy, northern Greece, Bulgaria, Romania, Ukraine, and European Turkey. It has been introduced and is widely naturalised elsewhere. Although it is often thought of as a British native wild flower, or to have been brought to the British Isles by the Romans, it most likely was introduced around the early sixteenth century, and is currently not a protected species in the UK. It was first recorded as naturalised in the UK in Worcestershire and Gloucestershire in 1770. Most other ''Galanthus'' species are from the eastern Mediterranean, while several are found in the Caucasus, in southern Russia, Georgia, Armenia, and Azerbaijan. ''Galanthus fosteri'' is found in Jordan, Lebanon, Syria, Turkey, and, perhaps, Palestine.

Most ''Galanthus'' species grow best in woodland, in acid or alkaline soil, although some are grassland or mountain species.

Taxonomy

History

Early

Snowdrops have been known since early times, being described by the classical Greek author Theophrastus, in the fourth century BCE, in his ''Περὶ φυτῶν ἱστορία'' (Latin: ''Historia plantarum'', ''Enquiry into plants''). He gave it, and similar plants, the name λευκόἲον (λευκος, leukos "white" and ἰόν, ion "violet") from which the later name ''Leucojum'' was derived. He described the plant as "ἑπεἰ τοῖς γε χρώμασι λευκἂ καἱ οὐ λεπυριώδη" (in colour white and bulbs without scales) and of their habits "Ἰῶν δ' ἁνθῶν τὀ μἑν πρῶτον ἑκφαἱνεται τὁ λευκόἲον, ὅπου μἑν ό ἀἠρ μαλακώτερος εὐθὑς τοῦ χειμῶνος, ὅπου δἐ σκληρότερος ὕστερον, ἑνιαχοῡ τοῡ ἣρος" (Of the flowers, the first to appear is the white violet. Where the climate is mild, it appears with the first sign of winter, but in more severe climates, later in spring)

Rembert Dodoens, a Flemish botanist, described and illustrated this plant in 1583 as did Gerard in England in 1597 (probably using much of Dodoens' material), calling it ''Leucojum bulbosum praecox'' (Early bulbous violet). Gerard refers to Theophrastus's description as ''Viola alba'' or ''Viola bulbosa'', using Pliny's translation, and comments that the plant had originated in Italy and had "taken possession" in England "many years past". The genus was formally named ''Galanthus'' and described by Carl Linnaeus in 1753, with the single species, ''Galanthus nivalis'', which is the type species. Consequently, Linnaeus is granted the botanical authority. In doing so, he distinguished this genus and species from ''Leucojum'' (''Leucojum bulbosum trifolium minus''), a name by which it previously had been known.

Modern

In 1763 Michel Adanson began a system of arranging genera in families. Using the synonym ''Acrocorion'' (also spelt ''Akrokorion''), he placed ''Galanthus'' in the family Liliaceae, section Narcissi. Lamarck provided a description of the genus in his encyclopedia (1786), and later, ''Illustrations des genres'' (1793). In 1789 de Jussieu, who is credited with the modern concept of genera organised in families, placed ''Galanthus'' and related genera within a division of Monocotyledons, using a modified form of Linnaeus' sexual classification, but with the respective topography of stamens to carpels rather than just their numbers. In doing so he restored the name ''Galanthus'' and retained their placement under Narcissi, this time as a family (known as ''Ordo'', at that time) and referred to the French vernacular name, '' Perce-neige'' (Snow-pierce), based on the plants tendency to push through early spring snow (see Ecology for illustration)]. The modern family of Amaryllidaceae, in which ''Galanthus'' is placed, dates to Jaume Saint-Hilaire (1805) who replaced Jussieu's Narcissi with ''Amaryllidées''. In 1810 Brown proposed that a subgroup of Liliaceae be distinguished on the basis of the position of the ovaries and be referred to as Amaryllideae, and in 1813, de Candolle separated them by describing Liliacées Juss. and Amaryllidées Brown as two quite separate families. However, in his comprehensive survey of the Flora of France ( Flore française, 1805–1815) he divided Liliaceae into a series of ''Ordres'', and placed Galanthus into the Narcissi ''Ordre''. This relationship of Galanthus to either liliaceous or amaryllidaceaous taxa (see Taxonomy of Liliaceae) was to last for another two centuries until the two were formally divided at the end of the twentieth century. Lindley (1830) followed this general pattern, placing ''Galanthus'' and related genera such as ''Amaryllis'' and '' Narcissus'' in his Amaryllideae (which he called The Narcissus Tribe in English). By 1853, the number of known plants was increasing considerably and he revised his schema in his last work, placing ''Galanthus'' together, and the other two genera in the modern Galantheae in tribe Amarylleae, order Amaryllidaceae, alliance Narcissales. These three genera have been treated together taxonomically by most authors, on the basis of an inferior ovary. As the number of plant species increased, so did the taxonomic complexity. By the time Bentham and Hooker published their ''Genera plantarum'' (1862–1883) ordo Amaryllideae contained five tribes, and tribe Amarylleae 3 subtribes (see Bentham & Hooker system). They placed ''Galanthus'' in subtribe Genuinae and included three species.

Phylogeny

''Galanthus'' is one of three closely related genera making up the tribe Galantheae within subfamily Amaryllidoideae (family Amaryllidaceae). Sometimes snowdrops are confused with the other two genera, ''Leucojum'' and '' Acis'' (both called snowflakes). ''Leucojum'' species are much larger and flower in spring (or early summer, depending on the species), with all six tepals in the flower being the same size, although some "poculiform" (goblet- or cup-shaped) ''Galanthus'' species may have inner segments similar in shape and length to the outer ones. Galantheae are likely to have arisen in the Caucusus.

Subdivision

''Galanthus'' has approximately 20 species, but new species continue to be described. ''G. trojanus'' was identified in Turkey in 2001. ''G. panjutinii'' (Panjutin's snowdrop) was discovered in 2012 in five locations in a small area (estimated at ) of the northern Colchis area (western Transcaucasus) of Georgia and Russia. ''G. samothracicus'' was identified in Greece in 2014. Since it has not been subjected to genetic sequencing, it remains unplaced. It resembles ''G. nivalis'', but is outside the distribution of that species.

Many species are difficult to identify, however, and traditional infrageneric classification based on plant morphology alone, such as those of Stern (1956), Traub (1963) and Davis (1999, 2001), has not reflected what is known about its evolutionary history, due to the morphological similarities among the species and relative lack of easily discernible distinguishing characteristics. Stern divided the genus into three series according to leaf vernation (the way the leaves are folded in the bud, when viewed in transverse section, see Description);
* section ''Nivales'' Beck (flat leaves)
* section ''Plicati'' Beck ( plicate leaves)
* section ''Latifolii'' Stern ( convolute leaves)
Stern further utilised characteristics such as the markings of the inner segments, length of the pedicels in relation to the spathe, and the colour and shape of the leaves in identifying and classifying species

Traub considered them as subgenera;
* subgenus ''Galanthus''
* subgenus ''Plicatanthus'' Traub & Moldk.
* subgenus ''Platyphyllanthe'' Traub

By contrast Davis, with much more information and specimens, included biogeography in addition to vernation, forming two series. He used somewhat different terminology for vernation, namely applanate (flat), explicative (plicate), and supervolute (convolute). He merged ''Nivalis'' and ''Plicati'' into series ''Galanthus'', and divided ''Latifolii'' into two subseries, ''Glaucaefolii'' (Kem.-Nath) A.P.Davis and ''Viridifolii'' (Kem.-Nath) A.P.Davis.

Early molecular phylogenetic studies confirmed the genus was monophyletic and suggested four clades, which were labelled as series, and showed that Davis' subseries were not monophyletic. An expanded study in 2013 demonstrated seven major clades, corresponding to biogeographical distribution. This study used nuclear encoded nr ITS (Nuclear ribosomal internal transcribed spacer), and plastid encoded ''matK'' (Maturase K), '' trnL-F'', '' ndhF'', and '' psbK–psbI'', and examined all species recognised at the time, as well as two naturally occurring putative hybrids. The morphological characteristic of vernation that earlier authors had mainly relied on was shown to be highly homoplasious. A number of species, such as ''G. nivalis'' and ''G. elwesii'' demonstrated intraspecific biogeographical clades, indicating problems with speciation and there may be a need for recircumscription. These clades were assigned names, partly according to Davis' previous groupings. In this model clade, the group containing ''G. platyphyllus'' is sister to the rest of the genus.

By contrast, another study performed at the same time, using both nuclear and chloroplast DNA, but limited to the 14 species found in Turkey, largely confirmed Davis' series and subseries, and with biogeographical correlation. Series ''Galanthus'' in this study corresponded to clade nivalis, subseries ''Glaucaefolii'' with clade Elwesii and subseries ''Viridifolii'' with clades Woronowii and Alpinus. However, the model did not provide complete resolution.

Clades

''sensu'' Ronsted et al. 2013
* Platyphyllus clade (Caucasus, W. Transcaucasus, NE Turkey)
** ''Galanthus krasnovii'' Khokhr. 1963
** '' Galanthus platyphyllus'' Traub & Moldenke 1948
** '' Galanthus panjutinii'' Zubov & A.P.Davis 2012
* Trojanus clade (NW Turkey)
** ''Galanthus trojanus'' A.P.Davis & Özhatay 2001
* Ikariae clade ( Aegean Islands)
** ''Galanthus ikariae'' Baker 1893
* Elwesii clade (Turkey, Aegean Islands, SE Europe)
** '' Galanthus cilicicus'' Baker 1897
** ''Galanthus elwesii'' Hook.f. 1875 (2 variants)
** ''Galanthus gracilis'' Celak. 1891
** '' Galanthus peshmenii'' A.P.Davis & C.D.Brickell 1994
* Nivalis clade (Europe, NW Turkey)
** ''Galanthus nivalis'' L. 1753
** ''Galanthus plicatus'' M.Bieb. 1819 (2 subspecies)
** '' Galanthus reginae-olgae'' Orph. 1874 (2 subspecies)
* Woronowii clade (Caucasus, E. and NE Turkey, N. Iran)
** ''Galanthus fosteri'' Baker 1889
** ''Galanthus lagodechianus'' Kem.-Nath. 1947
** ''Galanthus rizehensis'' Stern 1956
** '' Galanthus woronowii'' Losinsk. 1935
* Alpinus clade (Caucasus, NE Turkey, N.Iran)
** ''Galanthus'' × ''allenii'' Baker 1891
** ''Galanthus angustifolius'' Koss 1951
** '' Galanthus alpinus'' Sosn. (2 variants) 1911
** ''Galanthus koenenianus'' Lobin 1993
** ''Galanthus transcaucasicus'' Fomin 1909
* Unplaced
** ''Galanthus bursanus'' Zubov, Konca & A.P.Davis 2019 (NW Turkey)
** ''Galanthus samothracicus'' Kit Tan & Biel 2014 (Greece)

;Selected species
* Common snowdrop, ''Galanthus nivalis'', grows to around 7–15 cm tall, flowering between January and April in the northern temperate zone (January–May in the wild). Applanate vernation#Bishop, Bishop, Davis & Grimshaw (2002), p. 17. Grown as ornamental plant, ornamental.
* Crimean snowdrop, ''Galanthus plicatus'', 30 cm tall, flowering January/March, white flowers, with broad leaves folded back at the edges (explicative vernation)
* Giant snowdrop, ''Galanthus elwesii'', a native of the Levant, 23 cm tall, flowering January/February, with large flowers, the three inner segments of which often have a much larger and more conspicuous green blotch (or blotches) than the more common kinds; supervolute vernation. Grown as ornamental.
* ''Galanthus reginae-olgae'', from Greece and Sicily, is quite similar in appearance to ''G. nivalis'', but flowers in autumn before the leaves appear. The leaves, which appear in the spring, have a characteristic white stripe on their upper side; applanate vernation
** ''G. reginae-olgae'' subsp. ''vernalis'', from Sicily, northern Greece and the southern part of former Yugoslavia, blooms at the end of the winter with developed young leaves and is thus easily confused with ''G. nivalis''.

Etymology

''Galanthus'' is derived from the Greek (language), Greek γάλα (''gala''), meaning "milk" and ἄνθος (''anthos'') meaning "flower", alluding to the colour of the flowers. The epithet ''nivalis'' is derived from the Latin, meaning "of the snow". The word "Snowdrop" may be derived from the German language, German ''Schneetropfen'' (snow-drop), the tear drop shaped pearl earrings popular in the sixteenth and seventeenth centuries. Other, earlier, common names include Candlemas bells, Fair maids of February, and White ladies (see #Symbols, Symbols).

Ecology

Snowdrops are hardiness (plants), hardy herbaceous plants that perennate by underground bulbs. They are among the earliest spring bulbs to bloom, although a few forms of ''G. nivalis'' are autumn flowering. In colder climates, they will emerge through snow (see illustration). They naturalise relatively easily forming large drifts. These are often sterile, found near human habitation, and also former monastic sites. The leaves die back a few weeks after the flowers have faded. ''Galanthus'' plants are relatively vigorous and may spread rapidly by forming bulb offset (botany), offsets. They also spread by dispersal of seed, animals disturbing bulbs, and water if disturbed by floods.

Conservation

Some snowdrop species are threatened in their wild habitats, due to habitat destruction, illegal collecting, and climate change. In most countries collecting bulbs from the wild is now illegal. Under CITES regulations, international trade in any quantity of ''Galanthus'', whether bulbs, live plants, or even dead ones, is illegal without a CITES permit. This applies to hybrids and named cultivars, as well as species. CITES lists all species, but allows a limited trade in wild-collected bulbs of just three species (''G. nivalis'', ''G. elwesii'', and ''G. woronowii'') from Turkey and Georgia. A number of species are on the IUCN Red List of threatened species, with the conservation status being ''G. trojanus'' as critically endangered, four species vulnerable species, vulnerable, ''G. nivalis'' is near threatened and several species show decreasing populations. ''G. panjutinii'' is considered endangered species, endangered. One of its five known sites, at Sochi, was destroyed by preparations for the 2014 Winter Olympics.

Cultivation

''Galanthus'' species and cultivars are extremely popular as symbols of spring and are traded more than any other wild-source ornamental bulb genus. Millions of bulbs are exported annually from Turkey and Georgia. For instance export quotas for 2016 for ''G. elwesii'' were 7 million for Turkey. Quotas for ''G. worononowii'' were 5 million for Turkey and 15 million for Georgia. These figures include both wild-taken and artificially propagated bulbs.

Snowdrop gardens

Celebrated as a sign of spring, snowdrops may form impressive carpets of white in areas where they are native or have been naturalised. These displays may attract large numbers of sightseers. There are a number of snowdrop gardens in England, Wales, Scotland, and Ireland. Several gardens open specially in February for visitors to admire the flowers. Sixty gardens took part in Scotland's first Snowdrop Festival (1 Feb–11 March 2007). Several gardens in England open during snowdrop season for the National Gardens Scheme (NGS) and in Scotland for Scotland's Gardens. Colesbourne, Colesbourne Park in Gloucestershire is one of the best known of the English snowdrop gardens, being the home of Henry John Elwes, a collector of Galanthus specimens, and after whom ''Galanthus elwesii'' is named.

Cultivars

Numerous single- and double-flowered cultivars of ''Galanthus nivalis'' are known, and also of several other ''Galanthus'' species, particularly ''G. plicatus'' and ''G. elwesii''. Also, many hybrids between these and other species exist (more than 500 cultivars are described in Bishop, Davis, and Grimshaw's book, plus lists of many cultivars that have now been lost, and others not seen by the authors). They differ particularly in the size, shape, and markings of the flower, the period of flowering, and other characteristics, mainly of interest to the keen (even fanatical) snowdrop collectors, known as "galanthophiles", who hold meetings where the scarcer cultivars change hands.  Double-flowered cultivars and forms, such as the extremely common ''Galanthus nivalis'' Form (botany), f. ''pleniflorus'' 'Flore Pleno', may be less attractive to some people, but they can have greater visual impact in a garden setting. Cultivars with yellow markings and ovaries rather than the usual green are also grown, such as 'Wendy's Gold'. Many hybrids have also occurred in cultivation.

Awards

, the following have gained the Royal Horticultural Society's Award of Garden Merit:

* ''Galanthus'' 'Ailwyn'
* ''Galanthus'' 'Atkinsii'
* ''Galanthus'' 'Bertram Anderson'
* ''Galanthus elwesii''
* ''Galanthus elwesii'' 'Comet'
* ''Galanthus elwesii'' 'Godfrey Owen'
* ''Galanthus elwesii'' 'Mrs Macnamara'
* ''Galanthus elwesii'' variety (botany), var. ''monostictus''
* ''Galanthus'' 'John Gray'
* ''Galanthus'' 'Lady Beatrix Stanley'
* ''Galanthus'' 'Magnet'
* ''Galanthus'' 'Merlin'
* ''Galanthus nivalis''
* ''Galanthus nivalis'' f. ''pleniflorus'' 'Flore Pleno'
* ''Galanthus nivalis'' 'Viridapice'
* ''Galanthus plicatus''
* ''Galanthus plicatus'' 'Augustus'
* ''Galanthus plicatus'' 'Diggory'
* ''Galanthus plicatus'' 'Three Ships'
* ''Galanthus reginae-olgae'' subsp. ''reginae-olgae''
* ''Galanthus'' 'S. Arnott'
* ''Galanthus'' 'Spindlestone Surprise'
* ''Galanthus'' 'Straffan'
* ''Galanthus'' 'Trumps'
* ''Galanthus woronowii''

Propagation

Propagation is by offset bulbs, either by careful division of clumps in full growth ("in the green"), or removed when the plants are dormant, immediately after the leaves have withered; or by seeds sown either when ripe, or in spring. Professional growers and keen amateurs also use such methods as "twin-scaling" to increase the stock of choice cultivars quickly.

Toxicity

Snowdrops contain an active lectin, lectin or agglutinin named GNA for ''Galanthus nivalis'' agglutinin.

In 1995, Árpád Pusztai genetic engineering, genetically modified potatoes to express the GNA gene, which he discussed on a radio interview in 1998, and published in the ''Lancet'' in 1999. These remarks started the so-called Pusztai affair. This early research caused the GNA to be found in the edible part of the plant, i.e. in the potato.

Using improved techniques, 22 years later, in 2017, a research team at the Gansu Agricultural University, Lanzhou, China created another transgenic potato plant. These plants produce potatoes that do not contain any GNA. These plants express GNA in their leaves, stems, and roots. They show a reduction in the number of Macrosiphum euphorbiae, potato aphids and Myzus persicae, peach-potato aphids per plant of up to 50%.

Medicinal use

In 1983, Andreas Plaitakis and Roger Duvoisin suggested that the mysterious magical herb, Moly (herb), moly, that appears in Homer's ''Odyssey'' is the snowdrop. An active substance in snowdrop is called galantamine, which, as an acetylcholinesterase inhibitor, could have acted as an antidote to Circe's poisons. Further supporting this notion are notes made during the fourth century BC by the Greek scholar Theophrastus who wrote in ''Historia plantarum'' that moly was "used as an antidote against poisons" although which specific poisons it was effective against remains unclear. Galantamine (or galanthamine) may be helpful in the treatment of Alzheimer's disease, although it is not a cure; the substance also occurs naturally in daffodils and other Narcissus (genus), narcissi.

In popular culture

Snowdrops figure prominently in art and literature, often as a symbol in poetry of spring, purity, and religion (see #Symbols, Symbols), such as Walter de la Mare's poem ''The Snowdrop'' (1929). In this poem, he likened the triple tepals in each whorl ("A triplet of green-pencilled snow") to the Holy Trinity. He used snowdrop imagery several times in his poetry, such as ''Blow, Northern Wind'' (1950) – see Box. Another instance is the poem by Letitia Elizabeth Landon in which she asks "Thou fairy gift from summer, Why art thou blooming now?"
* In the fairy-tale play ''The Twelve Months'' by Russian writer Samuil Marshak, a greedy queen decrees that a basket of gold coins shall be rewarded to anyone who can bring her galanthus flowers in the dead of winter. A young orphan girl is sent out during a snow storm by her cruel stepmother to find the spirits of the 12 months of the year, who take pity on her and not only save her from freezing to death, but also make it possible for her to gather the flowers even in winter. The The Twelve Months (1956 film), Soviet traditionally animated film ''The Twelve Months'' (1956), Lenfilm film The Twelve Months (1972 film), ''The Twelve Months'' (1972) and the anime film Twelve Months (1980 film), ''Twelve Months'' (1980) (''Sekai meisaku dowa mori wa ikiteiru'' in Japan) are based on this fairy-tale play.
* "Snowdrops" was the nickname that the British people gave during the Second World War to the military police of the United States Army (who were stationed in the UK preparatory to the invasion of the continent) because they wore a white helmet, gloves, gaiters, and Sam Browne belt against their olive drab uniforms.
* In the German fairy tale, ''Snow White and the Seven Dwarfs'', "Snowdrop" is used as an alternate name for the Princess Snow White.
* The short story ''The Snowdrop'' by Hans Christian Andersen follows the fate of a snowdrop from a bulb striving toward the light to a picked flower placed in a book of poetry.
* Russian composer Tchaikovsky wrote a series of 12 piano pieces, each one named after a month of the year with a second name suggesting something associated with that month. His "April" piece is subnamed "Snow Drop." The Russian climate having a later spring, and winter ending a bit later than in other places.
* Johann Strauss II named his very successful waltz ''Schneeglöckchen (Snowdrops)'' op. 143 after this flower. The inspiration is especially evident in the cello introduction and in the slow unfurling of the opening waltz. Strauss composed this piece for a Russian Embassy dinner given at the ''Sperl'' ballroom in Vienna on 2 December 1853, but did not perform it publicly until the year 1854. The ''Sperl'' banquet was given in honour of her Excellency Frau Maria Kalergis, Maria von Kalergis, daughter of the Russian diplomat and foreign minister Count Karl Nesselrode, and Strauss also dedicated his waltz to her.

Symbolism

Early names refer to the association with the religious feast of Candlemas (February 2) - the optimum flowering time of the plant - at which young women, robed in white, would walk in solemn procession in commemoration of the Purification of the Virgin, an alternative name for the feast day. The French language, French name of refers to Candlemas, while an Italian language, Italian name, , refers to purification. The German language, German name of (little snow bells) invokes the symbol of bells.

In the language of flowers, the ''snowdrop'' is synonymous with 'hope', as it blooms in early Spring (season), springtime, just before the March equinox, vernal equinox, and so, is seen as 'heralding' the new spring and new year.

In more recent times, the snowdrop was adopted as a symbol of sorrow and of hope following the Dunblane massacre in Scotland, and lent its name to the subsequent campaign to restrict the legal ownership of handguns in the UK.

See also

* List of snowdrop gardens

References

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Amaryllidaceae genera
Medicinal plants
Amaryllidoideae
Taxa named by Carl Linnaeus