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Boquila
EntityQ3753460· pop 11· linked from 11 articles

Boquila is a genus of flowering plants in the family Lardizabalaceae, endemic to temperate forests of central and southern Chile and Argentina. It is monotypic, being represented by the single species Boquila trifoliolata, locally known as voqui blanco or pilpil in its native range, or the chameleon vine since a 2014 report on leaf mimicry. The species was first described in 1782 by Juan Ignacio Molina, and the genus was established in 1839 by Joseph Decaisne. B. trifoliolata forms non-parasitic vines that wind around host plants, using them for structure and protection. B. trifoliolata is mon

Species

GENUS

  1. KingdomPlantae
  2. PhylumTracheophyta
  3. ClassMagnoliopsida
  4. OrderRanunculales
  5. FamilyLardizabalaceae
Native toArgentina South, Chile Central, Chile South

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Wikidata facts

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Boquila trifoliata.jpg
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taxon name
Boquila
Commons category
Boquila
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Article

12 sections
Contents
  • Taxonomy and etymology
  • Description
  • Reproduction
  • Distribution and habitat
  • Mimicry
  • Possible explanations
  • Volatile organic compounds
  • Horizontal gene transfer
  • Ocelli
  • Human uses
  • References
  • External links

Boquila is a genus of flowering plants in the family Lardizabalaceae, endemic to temperate forests of central and southern Chile and Argentina. It is monotypic, being represented by the single species Boquila trifoliolata, locally known as voqui blanco or pilpil in its native range, or the chameleon vine since a 2014 report on leaf mimicry. The species was first described in 1782 by Juan Ignacio Molina, and the genus was established in 1839 by Joseph Decaisne. B. trifoliolata forms non-parasitic vines that wind around host plants, using them for structure and protection. B. trifoliolata is monoecious, and its flowers are off-white. It bears an edible fruit and has been historically used in rope and basket making.

Boquila trifoliolata is the only known plant species that engages in mimetic polymorphism, or the ability to mimic multiple host species, often simultaneously. This is a form of Batesian mimicry, when a harmless species mimics a harmful one to ward off predators. Contact between the vines and host trees was reported not to be necessary for mimicking to commence. However, after a decade of the original study describing the species mimicry capabilities in 2014, no independent research groups have verified the field observations and the mechanism by which this mimicry would occur is still unknown. Hypotheses about the mimicry mechanism include microbial mediated horizontal gene transfer, volatile organic compound sensing, and the use of eye-like structures.

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