Silene otites

Last updated

Silene otites
Silene otites 2002-05-11 Radobyl CZ.jpg
In bloom
Flora Europaea inchoata (Pl. 24) (6033183072).jpg
Botanical illustration
Scientific classification Red Pencil Icon.png
Kingdom: Plantae
Clade: Tracheophytes
Clade: Angiosperms
Clade: Eudicots
Order: Caryophyllales
Family: Caryophyllaceae
Genus: Silene
Species:
S. otites
Binomial name
Silene otites
Synonyms [2]
List
    • Cucubalus dioicusGilib.
    • Cucubalus hermaphroditusGilib.
    • Cucubalus otitesL.
    • Cucubalus parviflorusLam.
    • Diplogama otites(L.) Opiz
    • Lychnis otites(L.) Scop.
    • Otites cuneifoliusRaf.
    • Otites cuneifolius subsp. arenarius(Podp.) Holub
    • Otites trichocalycinus(Boiss.) Holub
    • Silene effusaOtth
    • Silene otitisSt.-Lag.
    • Silene pedicellataBoiss.
    • Silene trichocalycina(Boiss.) Bornm.
    • Viscago otites(L.) Hornem.
    • Viscago polygamaStokes

Silene otites, called Spanish catchfly, is a species of flowering plant in the genus Silene , native to Europe and the Transcaucasus area, and introduced to Xinjiang in China. [2] It varies its floral odors to attract mosquitoes and moths at night and flies and bees by day. [3] It is dioecious, with separate male and female plants. [4]

Subspecies

The following subspecies are currently accepted: [2]

Related Research Articles

Caryophyllaceae Family of flowering plants

Caryophyllaceae, commonly called the pink family or carnation family, is a family of flowering plants. It is included in the dicotyledon order Caryophyllales in the APG III system, alongside 33 other families, including Amaranthaceae, Cactaceae, and Polygonaceae. It is a large family, with 81 genera and about 2,625 known species.

Aquifoliales Order of flowering plants

The Aquifoliales are an order of flowering plants, including the Aquifoliaceae (holly) family, and also the Helwingiaceae and the Phyllonomaceae. In 2001, the families Stemonuraceae and Cardiopteridaceae were added to this order. This circumscription of Aquifoliales was recognized by the Angiosperm Phylogeny Group when they published the APG II system in 2003. In the Cronquist system, there is no Aquifoliales order: the Aquifoliaceae are placed within the order Celastrales and the others are in other families.

Zygophyllales Order of dicotyledonous plants

The Zygophyllales are an order of dicotyledonous plants, comprising the following two families:

Crossosomatales Order of flowering plants

The Crossosomatales are an order, first recognized as such by APG II. They are flowering plants included within the Rosid eudicots.

Burmanniaceae Family of flowering plants

Burmanniaceae is a family of flowering plants, consisting of 99 species of herbaceous plants in eight genera.

Saururaceae Family of flowering plants

Saururaceae is a plant family comprising four genera and seven species of herbaceous flowering plants native to eastern and southern Asia and North America. The family has been recognised by most taxonomists, and is sometimes known as the "lizard's-tail family". The APG IV system assigned it to the order Piperales in the clade magnoliids.

Achariaceae Family of flowering plants

Achariaceae is a family of flowering plants consisting of 32-33 genera with about 155 species of tropical herbs, shrubs, and trees. The APG IV system has greatly expanded the scope of the family by including many genera previously classified in Flacourtiaceae. Molecular data strongly support the inclusion of this family in the order Malpighiales.

Asterids Clade of Eudicot Angiosperms

In the APG IV system (2016) for the classification of flowering plants, the name asterids denotes a clade. Asterids is the largest group of flowering plant with more than 80,000 species, about a third of the total flowering plant species. Well known plants in this clade include the common daisy, forget-me-nots, nightshades, the common sunflower, petunias, yacon, morning glory, sweet potato, coffee, lavender, lilac, olive, jasmine, honeysuckle, ash tree, teak, snapdragon, sesame, psyllium, garden sage, table herbs such as mint, basil, and rosemary, and rainforest trees such as Brazil nut.

Asparagaceae Family of plants

Asparagaceae, known as the asparagus family, is a family of flowering plants, placed in the order Asparagales of the monocots. The family name is based on the edible, garden asparagus, Asparagus officinalis. Those who live in the temperate climates may be surprised to learn that this family includes both common garden plants as well as common houseplants. The garden plants, include: asparagus, yucca, bluebell, and hosta. And the houseplants, include: snake plant, corn cane, spider plant and plumosus fern.

<i>Myrothamnus</i> Genus of shrubs

Myrothamnus is a genus of flowering plants, consisting of two species of small xerophytic shrubs, in the southern parts of tropical Africa and in Madagascar. Myrothamnus is recognized as the only genus in the family Myrothamnaceae.

<i>Doryanthes</i> Genus of flowering plants

Doryanthes is the sole genus in the flowering plant family Doryanthaceae. The genus consists of two species, D. excelsa and D. palmeri, both endemic natives of the coast of Eastern Australia. Doryanthaceae is part of the order Asparagales.

Molluginaceae Family of flowering plants

The Molluginaceae are a family of flowering plants recognized by several taxonomists. It was previously included in the larger family Aizoaceae. The APG III system of 2009 made no change in the status of the family as compared to the APG II system of 2003 and the APG system of 1998, apart from a reassignment of several genera, such as the placement of Corrigiola and Telephium into Caryophyllaceae, Corbichonia in Lophiocarpaceae, Microtea into Microteaceae and Limeum in Limeaceae, because the family was found to be widely polyphyletic in Caryophyllales. In addition Macarthuria was found not to be related to Limeum as previously thought and thus it was placed in Macarthuriaceae, and similarly species formerly placed in Hypertelis, apart from type species Hypertelis spergulacea, a true Molluginaceae, were found to belong elsewhere and were described as Kewa in the family Kewaceae, named for the Royal Botanic Gardens Kew. Molluginaceae is still assigned to the order Caryophyllales in the clade core eudicots, although the generic circumscription is difficult because Mollugo is not monophyletic.

<i>Pennantia</i> Genus of flowering plants

Pennantia is the sole genus in the plant family Pennantiaceae. In older classifications, it was placed in the family Icacinaceae. Most authorities have recognised three or four species, depending on whether they recognised Pennantia baylisiana as a separate species from Pennantia endlicheri. Mabberley, however, has recognised only two species. Pennantia species grow naturally in New Zealand, Norfolk Island, and eastern Australia. In Australia, P. cunninghamii grows across a broad latitudinal natural range, from the south coast of New South Wales northwards through to north eastern Queensland.

Caryophyllales Order of flowering plants

Caryophyllales is a diverse and heterogeneous order of flowering plants that includes the cacti, carnations, amaranths, ice plants, beets, and many carnivorous plants. Many members are succulent, having fleshy stems or leaves. The betalain pigments are unique in plants of this order and occur in all its families with the exception of Caryophyllaceae and Molluginaceae.

Paracryphiaceae Family of shrubs

The Paracryphiaceae are a family of woody shrubs and trees native to Australia, southeast Asia, and New Caledonia. In the APG III system of 2009, the family is placed in its own order, Paracryphiales, in the campanulid clade of the asterids. In the earlier APG II system, the family was unplaced as to order and included only Paracryphia.

<i>Corynocarpus</i> Genus of flowering plants

Corynocarpus is the only genus of plants in the family Corynocarpaceae and includes five species. It is native to New Guinea, Australia, New Zealand, New Caledonia, and Vanuatu.

Polygonum albanicum is a flowering herbaceous plant of the knotweed family. It is a trans-regional species primarily found in Albania and recently in its neighboring countries.

<i>Heliosperma</i> Genus of flowering plants

Heliosperma is a genus of flowering plants in the family Caryophyllaceae. As such, it is closely related to the large genus Silene, but its members can be told apart from Silene by the crest of long papillae on the seeds. The majority of the species are narrow endemics from the Balkan Peninsula, but H. alpestre is endemic to the Eastern Alps, and H. pusillum is found from the Cordillera Cantábrica in northern Spain to the Carpathians. Like members of the genus Silene and other related genera, Heliosperma is attacked by species of the anther smut fungus Microbotryum. Cases of parallel divergence events between alpine and mountain populations have been reported in this genus.

<i>Tecoma fulva</i> Species of flowering plant

Tecoma fulva is a species of flowering plant native to South America. In the past, several species have been named, which are more recently considered to be subspecies.

<i>Silene flavescens</i> A type of flowering plant

Silene flavescens are flowering plants part of the genus Silene, family Caryophyllaceae. They are widely distributed and are found in the northern hemisphere. They are native to Hungary and the Balkan Peninsula. It is an herbaceous species belonging to the tribe Sileneae

References

  1. Prim. Fl. Werth.: 241 (1799)
  2. 1 2 3 "Silene otites (L.) Wibel". Plants of the World Online. Board of Trustees of the Royal Botanic Gardens, Kew. 2017. Retrieved 30 December 2020.
  3. Dötterl, Stefan; Jahreiß, Katrin; Jhumur, Umma Salma; Jürgens, Andreas (2012). "Temporal variation of flower scent in Silene otites (Caryophyllaceae): A species with a mixed pollination system". Botanical Journal of the Linnean Society. 169 (3): 447–460. doi: 10.1111/j.1095-8339.2012.01239.x .
  4. Lauterbach, Daniel; Burkart, Michael; Gemeinholzer, Birgit (2012). "Rapid genetic differentiation between ex situ and their in situ source populations: An example of the endangered Silene otites (Caryophyllaceae)". Botanical Journal of the Linnean Society. 168: 64–75. doi: 10.1111/j.1095-8339.2011.01185.x .