Guadua tagoara (Nees) Kunth

  • Filed As

    Poaceae
    Guadua tagoara (Nees) Kunth

  • Collector(s)

    L. G. Clark 670 with M. Morel, S. Sarahyba & L. Silvestre, 12 Feb 1990

  • Location

    Brazil. Rio de Janeiro. Itatiaia Mun. Parque Nacional de Itatiaia, road to Maromba, near Hotel Simon.

  • Habitat

    Atlantic forest, bamboo sometimes in clearing but often in the forest proper.

  • Description

    Culms to 6-7 (-8) cm diam., to 8-9 (-10) m tall, erect at base, immediately arching over and scandent. [See specimen label for additional information].

  • Specimen Notes

    [See NY barcode 640705]

  • Identifiers

    NY Barcode: 640704

    Occurrence ID: 5d23e078-3230-47b6-81db-d7e6b3858958

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  • Region

    South America

  • Country

    Brazil

  • State/Province

    Rio de Janeiro

  • County/Municipio

    Itatiaia Mun.

  • Locality

    Parque Nacional de Itatiaia, road to Maromba, near Hotel Simon

  • Elevation

    Alt. 1000 m. (3281 ft.)

  • Coordinates

    -22.43, -44.62

  • Distribution

    Map all specimens of this taxon

    No botanical uses.

Guadua tagoara (Nees) Kunth
Rio de Janeiro: Parque Nacional de Itatiaia, road to Maromba,
near Hotel Simon, 1000 m. 44°37'W, 22°26'S.
Atlantic forest, bamboo sometimes in clearings but often in
the forest proper. Culms to 6-7 (-8) cm diam., to 8-9 (-10) m
tall, erect at base, immediately arching over and scandent.
Internodes with a band of hairs about 1.5 cm wide on each side
of the node, white when young, becoming cream-colored to brown
with age, basal internodes 61, 39, 37, 50, 42, 59 cm long,
mid-culm internodes ca. 60 cm long. Branches normally not
forming at the basal nodes, branching beginning at mid-culm
nodes; usually only the primary branch develops with some
basal thorns, and then rebranches along its length to produce
foliage. Main culms and primary branches hollow with thick
walls, secondary branches solid, very thorny.
A
NEW YORK BOTANICAL GARDEN
00640704
12 February 1990
L. Clark, M. Morel, S. Sarahyba & L. Silvestre 670
Collected with the aid of a grant from the National Science
Foundation
00640704