Davilla (plant)

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Davilla
Davilla kunthii, the Sandpaper Vine (10620657533).jpg
Flower and stem of Davilla kunthii
Scientific classification OOjs UI icon edit-ltr.svg
Kingdom: Plantae
Clade: Tracheophytes
Clade: Angiosperms
Clade: Eudicots
Order: Dilleniales
Family: Dilleniaceae
Genus: Davilla
Vand.
Type species
Davilla rugosaPoir
Synonyms

Hieronia Vell.

Davilla is a genus of flowering plants belonging to the family Dilleniaceae. [1] It has around 30 neotropical, [2] species and is one of the most diverse genera of lianas, vines, erect or scandent (or climbing) shrubs. [3]

Contents

Description

Davilla plants are classed as lianas or shrubs, [4] and they are similar in form to that of species in Tetracera or Dillenia genus. [5] Although they can identified from other Dilleniaceae genera plants due to several features; having sepals unequal in size, with the two inner ones larger, becoming crustaceous (having a hard shell) and covering the fruit completely, a paniculate inflorescence and the fruit being a capsule. [3] They are hermaphroditic plants (or bisexual - bearing both male and female reproductive organs). It has leaves which are often scabrous (rough to the touch) and pubescent with simple trichomes (hairs or bristles). The petioles (leaf stalks) are winged to narrowly recurve-winged. The inflorescences panicles are terminal (at the end of branches) or axillary (at leaf junctions) in the upper nodes. [4] The flower has 5 sepals, which are uneven. The 3 outer ones are small and 2 inners ones are larger. [4] [3] [5] It has 3–6 petals, [4] which are deciduous. [5] It has numerous stamens and 1-2 carpels (female reproductive organ), which are capsular and contain 1 compartment. [4] [5] It has 2 ovules and erect and basal clavate (club-shaped) styles. It also has peltate (shield-like) and emarginate (notched at the apex) stigmas. [4] The sepals later become leathery and begin enveloping the fruit, [4] and simulating a globose shaped capsule. [5] [4] Inside the capsule, are 1-2 smooth seeds which are surrounded by an aril (a membranous or fleshy appendage). [4]

Not much of the reproductive biology of the genus Davilla is known. Noting floral visitors, among reports concerning the genus Davilla, Ducke (1902) reported that bee species, Halictus Latreille had visited the flowers of Davilla rugosaPoir. [6] Kuhlmann & Kühn in 1947 indicated bees and other insects were listed as pollinators of Davilla rugosa. [7] Croat in 1978, then verified flowers of Davilla nitida(Vahl) Kubitzki were being visited by (stingless bee species) Partamona cupira Smith 1863. [8] [2]

Taxonomy

The genus name of Davilla is either named in honour of Pedro Franco Dávila (1711–1786), [9] a Peruvian and Spanish naturalist and collector, [10] or according to George Don in 1831, Henry Catherine Davilla (Enrico Caterino Davila) an Italian historian who died in 1599. [5]

The genus was first published and described by Domenico Vandelli in Fl. Lusit. Brasil. Spec. collation 35 in 1788. [11] [12] It was then reprinted in Script. Pl. Hispan. (edited by J.J. Roemer), Vol.115 in 1796. [1]

The type species is Davilla rugosaPoir. [12]

The taxonomy of the genus Davilla was revised in 2012. [13]

Species known

According to Kew; [1]

The genus is accepted by United States Department of Agriculture and the Agricultural Research Service, they accept 2 species; Davilla nitida (Vahl) Kubitzki and Davilla rugosa Poir. [14]

Distribution and habitat

Its native range is between Mexico and tropical America. It is found in the countries of; Belize, Bolivia, [2] Brazil, Colombia, Costa Rica, Cuba, Ecuador, French Guiana, Guatemala, Guyana, Honduras, Jamaica, Mexico, Nicaragua, Panamá, Paraguay, [2] Peru, Suriname, Trinidad-Tobago and Venezuela. [1]

The greatest Davilla species diversity is located in Brazil, [3] up to 12 species can be found in the Atlantic Forest of Brazil. [15]

Habitat

It is found in moist or wet forests, [2] often in hilly pine forests. [16] Also in forest clearings and borders. [2]

It grows at altitudes of 350–450 metres (1,150–1,480 ft) above sea level. [16]

Uses

Davilla elliptica and Davilla nitida as well as Alchornea glandulosa (a tree species), have properties that could be used in the treatment of peptic ulcers. The leaves of Davilla elliptica have been used in folk medicine to treat diseases such as inflammation and other ulcers. [17]

Threats

Davilla glazioviiEichler is included on the red list of Brazil, due to habitat loss and predatory extractivism (the extracting natural resources). [15]

Related Research Articles

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

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<i>Ardisia</i> Genus of flowering plants in the family Primulaceae

Ardisia is a genus of flowering plants in the family Primulaceae. It was in the former Myrsinaceae family now recognised as the myrsine sub-family Myrsinoideae. They are distributed in the Americas, Asia, Australia, and the Pacific Islands, mainly in the tropics. There are over 700 accepted species. One species, Ardisia japonica is one of the 50 fundamental herbs in traditional Chinese medicine.

<i>Hibbertia scandens</i> Species of vine

Hibbertia scandens, sometimes known by the common names snake vine, climbing guinea flower and golden guinea vine, is a species of flowering plant in the family Dilleniaceae and is endemic to eastern Australia. It is climber or scrambler with lance-shaped or egg-shaped leaves with the narrower end towards the base, and yellow flowers with more than thirty stamens arranged around between three and seven glabrous carpels.

<i>Alchornea glandulosa</i> Species of tree

Alchornea glandulosa is a tree species of the Acalyphoideae native to South America, growing in southern Brazil from Minas Gerais to Rio Grande do Sul. It is locally known as tamanqueiro, tapiá or amor seco. This gnarled tree grows preferentially in riparian forest, where it a common pioneer species growing to a height of 10–20 m. It is essentially evergreen, though in the hot austral summer months there is a more pronounced changeover of leaves, and branches are denuded to some extent.

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

Sauvagesia is a genus of plants in the family Ochnaceae. It includes 49 species native to the tropical Americas, tropical Africa, and Madagascar.

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

Tetracera is a genus of flowering plants of the Dilleniaceae family native to the tropics. Several species are lianas.

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

Citharexylum is a genus of flowering plants in the verbena family, Verbenaceae. It contains shrub and tree species commonly known as fiddlewoods or zitherwoods. They are native to the Americas, ranging from southern Florida and Texas in the United States to Argentina. The highest diversity occurs in Mexico and the Andes. The generic name is derived from the Greek words κιθάρα (kithara), meaning "lyre", and ξύλον (xylon), meaning "wood," referring to the use of the wood in the sounding boards of string instruments. Several species, especially C. caudatum and C. spinosum, are cultivated as ornamentals.

  1. Citharexylum affineD.Don - from northern Mexico to Nicaragua
  2. Citharexylum alainiiMoldenke - Dominican Republic
  3. Citharexylum albicauleTurcz. - Cuba
  4. Citharexylum altamiranumGreenm. - northeastern Mexico
  5. Citharexylum andinumMoldenke - Bolivia, Jujuy Province of Argentina
  6. Citharexylum argutedentatumMoldenke - Peru
  7. Citharexylum berlandieriB.L. Rob. - from Texas to Oaxaca - Berlandier's fiddlewood, Tamaulipan fiddlewood
  8. Citharexylum bourgeauanumGreenm. - Veracruz, Oaxaca
  9. Citharexylum brachyanthum(A.Gray ex Hemsl.) A.Gray - Texas, Coahuila, Nuevo León - Boxthorn fiddlewood, Mexican fiddlewood
  10. Citharexylum bullatumMoldenke - Colombia
  11. Citharexylum calvumMoldenke - Quintana Roo
  12. Citharexylum caudatumL. - southern Mexico, West Indies, Central America, Colombia, Peru - Juniper berry
  13. Citharexylum chartaceumMoldenke - Peru, Ecuador
  14. Citharexylum cooperiStandl. - Costa Rica, Panama, Guatemala
  15. Citharexylum costaricenseMoldenke - Costa Rica, Nicaragua, Honduras
  16. Citharexylum crassifoliumGreenm - Chiapas, Belize, Guatemala, Honduras
  17. Citharexylum daniraeLeón de la Luz & F.Chiang - Revillagigedo Islands of Baja California
  18. Citharexylum decorumMoldenke - Colombia, Venezuela
  19. Citharexylum dentatumD.Don - Peru
  20. Citharexylum discolorTurcz. - Cuba, Hispaniola
  21. Citharexylum donnell-smithiiGreenm. - Oaxaca, Chiapas, Central America
  22. Citharexylum dryanderaeMoldenke - Colombia, Venezuela, Peru, Ecuador
  23. Citharexylum ekmaniiMoldenke - Cuba
  24. Citharexylum ellipticumMoc. & Sessé ex D.Don - Veracruz, Campeche, Tabasco; naturalized in Cuba + Cayman Islands
  25. Citharexylum endlichiiMoldenke - northeastern Mexico
  26. Citharexylum flabellifoliumS.Watson - Sonora, Baja California
  27. Citharexylum flexuosum(Ruiz & Pav.) D.Don - Bolivia, Peru
  28. Citharexylum fulgidumMoldenke - Veracruz, northeastern Mexico
  29. Citharexylum gentryiMoldenke - Ecuador
  30. Citharexylum glabrum(S.Watson) Greenm - Oaxaca
  31. Citharexylum glazioviiMoldenke - eastern Brazil
  32. Citharexylum grandiflorumAymard & Rueda - Ecuador
  33. Citharexylum guatemalense(Moldenke) D.N.Gibson - Guatemala, Nicaragua
  34. Citharexylum herreraeMansf. - Peru
  35. Citharexylum hexangulareGreenm. - from northern Mexico to Costa Rica
  36. Citharexylum hidalgenseMoldenke - Mexico
  37. Citharexylum hintoniiMoldenke - México State
  38. Citharexylum hirtellumStandl. - from Veracruz to Panama
  39. Citharexylum ilicifoliumKunth - Bolivia, Peru, Ecuador
  40. Citharexylum iltisiiMoldenke - Peru
  41. Citharexylum × jamaicenseMoldenke - Jamaica, Haiti, Puerto Rico (C. caudatum × C. spinosum)
  42. Citharexylum joergensenii(Lillo) Moldenke - Argentina, Bolivia
  43. Citharexylum karsteniiMoldenke - Colombia, Venezuela
  44. Citharexylum kerberiGreenm. - Veracruz
  45. Citharexylum kobuskianumMoldenke - Peru
  46. Citharexylum krukoviiMoldenke - eastern Brazil
  47. Citharexylum kunthianumMoldenke - Colombia, Venezuela, Ecuador
  48. Citharexylum laetumHiern - southern Brazil
  49. Citharexylum laurifoliumHayek - Bolivia, Peru
  50. Citharexylum lemsiiMoldenke - Guanacaste Province in Costa Rica
  51. Citharexylum × leonisMoldenke - Cuba (C. caudatum × C. tristachyum)
  52. Citharexylum ligustrifolium(Thur. ex Decne.) Van Houtte - Mexico
  53. Citharexylum lojenseMoldenke - Ecuador
  54. Citharexylum lucidumCham. & Schltdl. - Mexico
  55. Citharexylum lycioidesD.Don - Mexico
  56. Citharexylum macradeniumGreenm. - Panama, Costa Rica
  57. Citharexylum macrochlamysPittier - Panama, Colombia
  58. Citharexylum macrophyllumPoir. - Colombia, Venezuela, Ecuador, Guianas, northwestern Brazil
  59. Citharexylum matheanumBorhidi & Kereszty - Cuba
  60. Citharexylum matudaeMoldenke - Chiapas
  61. Citharexylum mexicanumMoldenke - Veracruz, Puebla, Oaxaca
  62. Citharexylum microphyllum(DC.) O.E.Schulz - Hisipaniola
  63. Citharexylum mirifoliumMoldenke - Colombia, Venezuela
  64. Citharexylum mocinoiD.Don - Mexico, Central America
  65. Citharexylum montanumMoldenke - Colombia, Ecuador
  66. Citharexylum montevidense(Spreng.) Moldenke - Brazil, Argentina, Paraguay, Uruguay
  67. Citharexylum myrianthumCham. - Brazil, Argentina, Paraguay
  68. Citharexylum obtusifoliumKuhlm - Espírito Santo
  69. Citharexylum oleinum Moldenke - Mexico
  70. Citharexylum ovatifoliumGreenm. - Mexico
  71. Citharexylum pachyphyllumMoldenke - Peru
  72. Citharexylum pernambucenseMoldenke - eastern Brazil
  73. Citharexylum poeppigiiWalp. - Colombia, Venezuela, Ecuador, Bolivia, Peru, Brazil
  74. Citharexylum punctatumGreenm. - Bolivia, Peru
  75. Citharexylum quercifoliumHayek - Peru
  76. Citharexylum quitenseSpreng. - Ecuador
  77. Citharexylum racemosumSessé & Moc. - Mexico
  78. Citharexylum reticulatumKunth - Ecuador, Peru
  79. Citharexylum rigidum(Briq.) Moldenke - Paraguay, southern Brazil
  80. Citharexylum rimbachiiMoldenke - Ecuador
  81. Citharexylum roseiGreenm. - Mexico
  82. Citharexylum roxanaeMoldenke - Baja California
  83. Citharexylum scabrumMoc. & Sessé ex D.Don - northern Mexico
  84. Citharexylum schottiiGreenm. - southern Mexico, Central America
  85. Citharexylum schulziiUrb. & Ekman - Hispaniola
  86. Citharexylum sessaeiD.Don - Mexico
  87. Citharexylum shreveiMoldenke - Sonora
  88. Citharexylum solanaceumCham. - southern Brazil
  89. Citharexylum spinosumL. – Spiny fiddlewood - West Indies, Panama, Venezuela, the Guianas; naturalized in India, Mozambique, Fiji, Bermuda
  90. Citharexylum stenophyllumUrb. & Ekman - Haiti
  91. Citharexylum steyermarkiiMoldenke - Veracruz, Chiapas, Guatemala
  92. Citharexylum suberosumLoes. ex Moldenke - Cuba
  93. Citharexylum subflavescensS.F.Blake - Colombia, Venezuela, Ecuador, Peru
  94. Citharexylum subthyrsoideumPittier - Colombia, Venezuela
  95. Citharexylum subtruncatumMoldenke - northwestern Brazil
  96. Citharexylum sulcatumMoldenke - Colombia
  97. Citharexylum svensoniiMoldenke - Ecuador
  98. Citharexylum teclenseStandl. - El Salvador
  99. Citharexylum ternatumMoldenke - Cuba
  100. Citharexylum tetramerumBrandegee - Valle de Tehuacán-Cuicatlán in Mexico
  101. Citharexylum tristachyumTurcz. – Threespike Fiddlewood - Cuba, Jamaica, Leeward Islands
  102. Citharexylum uleiMoldenke - Colombia, Peru, northwestern Brazil
  103. Citharexylum vallenseMoldenke - Colombia
  104. Citharexylum venezuelenseMoldenke - Venezuela
  105. Citharexylum weberbaueriHayek - Peru
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Hibbertia hypericoides, commonly known as yellow buttercups, is a species of flowering plant in the family Dilleniaceae and is endemic to the south-west of Western Australia. It is usually a spreading shrub with linear to elliptic or egg-shaped leaves, and yellow flowers, usually with ten to fifteen stamens arranged in a cluster on one side of the two densely hairy carpels.

<i>Macroscepis</i> Genus of plants

Macroscepis is a genus of plants in the family Apocynaceae, first described as a genus in 1819. It is native to Latin America and the West Indies.

Klaus Kubitzki was a German botanist. He was Emeritus professor in the University of Hamburg, at the Herbarium Hamburgense. He is known for his work on the systematics and biogeography of the angiosperms, particularly those of the Neotropics, and also the floristic record of the Tertiary era. His plant systematic work is referred to as the Kubitzki system. He was a member of the American Society of Plant Taxonomists.

<i>Ferdinandusa</i> Genus of plants

Ferdinandusa is a genus of flowering plants in the family Rubiaceae, native to the American tropics.

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

Doliocarpus is a genus of flowering plants in the family Dilleniaceae, native to Central and South America.

<i>Peridiscus</i> Monotypic genus of Eudicot flowering plant in family Peridiscaceae

Peridiscus lucidus is a species of flowering plant, the only species in the genus Peridiscus, which is one of four genera within the family Peridiscaceae. It grows in Venezuela and northern Brazil, in evergreen, sometimes riverine forests. It was originally described by Bentham and Hooker in 1862. The taxonomic history of Peridiscus and of Peridiscaceae is complex, and has been resolved by molecular phylogenetic analysis.

<i>Anchietea</i> Genus of flowering plants in Eudicot family Violaceae

Anchietea is a genus of flowering plants in the violet family Violaceae, with six accepted species, found in tropical South America.

<i>Pombalia</i> Genus of flowering plant

Pombalia Vand. is a genus of flowering plants belonging to the family Violaceae.

References

  1. 1 2 3 4 "Davilla Vand". Plants of the World Online. Retrieved 17 August 2021.
  2. 1 2 3 4 5 6 Rech, André Rodrigo; Manente-Balestieri, Fatima Cristina de Lazari; Absy, Maria Lúcia (June 2011). "Reproductive biology of Davilla kunthii A. St-Hil. (Dilleniaceae) in Central Amazonia". Acta Bot. Bras. 25 (2): 487–496. doi: 10.1590/S0102-33062011000200024 .
  3. 1 2 3 4 A. AYMARD C., Gerardo (June 2002). "A NEW SPECIES OF DAVILLA (DILLENIACEAE) AMONGST THE FLORA OF SÃO PAULO, BRAZIL". Acta Bot. Venez. (Published in Caracas). 25 (2).
  4. 1 2 3 4 5 6 7 8 9 Kubitzki, K. (1971). "Doliocarpus, Davilla and related genera (Dilleniaceae)". Mitt. Bot. Staatssamml (Munich). 9: 1–105.
  5. 1 2 3 4 5 6 George Don A general history of the dichlamydeous plants: comprising complete descriptions of the different orders...the whole arranged according to the natural system IV (1831) , p. 70, at Google Books
  6. Ducke, 1902, Ein neues Subgenus von Halictus Latr. Zeitschr. Syst. Hymenopterol. Dipterol., 2, 102-103.
  7. Kuhlmann, M.; Kühn, E. (1947). A Flora do Distrito de Ibiti São Paulo. Secretaria da Agricultura, Instituto de Botânica, Serie Botânica.
  8. Croat, T.B. (1978) Flora of Barro Colorado Island. Stanford University Press, Stanford.
  9. "Pedro Franco Dávila – The Sloane Letters Project". sloaneletters.com. Retrieved 17 August 2021.
  10. Burkhardt, Lotte (2018). Verzeichnis eponymischer Pflanzennamen – Erweiterte Edition[Index of Eponymic Plant Names – Extended Edition] (in German). Berlin: Botanic Garden and Botanical Museum, Freie Universität Berlin. doi: 10.3372/epolist2018 . ISBN   978-3-946292-26-5. S2CID   187926901.
  11. "Davilla". International Plant Names Index (IPNI). Royal Botanic Gardens, Kew; Harvard University Herbaria & Libraries; Australian National Botanic Gardens . Retrieved 17 August 2021.
  12. 1 2 "Davilla Vand". Tropicos. Retrieved 17 August 2021.
  13. Claudio Nicolete de Frage (2012-07-31). Filogenia e revisão taxonômica de Davilla Vand. (dilleniaceae) (PDF) (Doctorate thesis) (in Portuguese). Universidade Federal de Minas Gerais (UFMG).
  14. "GRIN-Global". npgsweb.ars-grin.gov. Retrieved 17 August 2021.
  15. 1 2 Pereira, Ismael Martins; Gomes-Klein, Vera Lúcia; Groppo, Milton (2014). "Distribution and Conservation of Davilla (Dilleniaceae) in Brazilian Atlantic Forest Using Ecological Niche Modeling". International Journal of Ecology. 2014: 1–11. doi: 10.1155/2014/819739 .
  16. 1 2 Standley, Paul C.; Steyermark, Julien A. (1946). Flora of Guatemala. Chicago Natural History Museum.
  17. Vieira, Leticia Diniz; da Silva, Káthia Takeda; Giarola, Rodrigo Sanchez; Inocente, Guilherme Franco; Kushima, Hélio; Lima, Clelia Akiko Hiruma; Hormaza, Joel Mesa (2018). "Multielement analysis of plant extracts with potential use in the treatment of peptic ulcers by synchrotron radiation total reflection X-ray fluorescence". PeerJ. 6: e5375. doi: 10.7717/peerj.5375 . PMC   6139012 . PMID   30225160.