Miconia variabilis Gamba & Almeda

  • Filed As

    Melastomataceae
    Miconia variabilis Gamba & Almeda

  • Collector(s)

    F. Almeda 10242 with Marcela Alvear, Darin Penneys, Gilberto Ocampo, Diego Alvear, Isaac Alegria, February 5, 2011

  • Location

    Colombia. Valle del Cauca. Dagua Mun. Corregimiento Queremal, Vereda El Danubio. Parque Nacional Natural Farallones. Sector Alto Anchicaya. Road from Campamento EPSA: Yatacue to the dam. Cordillera Occidental.

  • Habitat

    Cloud forest. Uncommon.

  • Description

    Tree 3 m tall. Petals, style and filaments white, anther yellow. Mature berry red-orange.

  • Notes (shown on label)

    EtOH, DNA

  • Identifiers

    NY Barcode: 3676656

    Occurrence ID: c9693490-8c6d-494c-8410-f76fc4bf7460

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    Send comments on this specimen record

  • Region

    South America

  • Country

    Colombia

  • State/Province

    Valle del Cauca

  • County/Municipio

    Dagua Mun.

  • Locality

    Corregimiento Queremal, Vereda El Danubio. Parque Nacional Natural Farallones. Sector Alto Anchicaya. Road from Campamento EPSA: Yatacue to the dam. Cordillera Occidental

  • Elevation

    Alt. 625 m. (2051 ft.)

  • Coordinates

    3.56053, -76.8766

  • Geodetic Datum

    WGS84

  • Distribution

    Map all specimens of this taxon

NEW YORK BOTANICAL GARDEN
03676656
CALIFORNIA ACADEMY OF SCIENCES
San Francisco, CA
Miconia variabilis Gamba & Almeda, comb. & nom. nov.
f. Alitatdoí IQK^Tj
Det. by: Diana Gamba	2013
CALIFORNIA ACADEMY OF SCIENCES (CAS)
HERBARIO NACIONAL COLOMBIANO (COL)
PLANTS OF COLOMBIA
Melastomataceae
Ossaea fobvshl
Valle del Cauca. Municipio de Dagua, Corregimiento Queremal,
Vereda El Danubio. Parque Nacional Natural Farallones. Sector
Alto Anchicaya. Road from Campamento EPS A: Yatacue to the
dam. Cordillera Occidental, vertiente occidental.
625 m	03°33.632' N, 76°52.598' W
Cloud forest.
Tree 3 m tall. Petals, style and filaments white, anthers yellow.
Mature berry red-orange. Uncommon.
Frank Almeda 10242	February 5, 2011
w/Marcela Alvear, Darin Penneys, Gilberto Ocampo, Diego
Alvear, Isaac Alegría
Field work supported by the National Science Foundation (U.S.A.) and
authorized by the Ministerio de Ambiente, Vivienda y Desarrollo
Territorial (Colombia)
03676656