Mollinedia dardanoi Peixoto

  • Filed As

    Monimiaceae
    Mollinedia dardanoi Peixoto

  • Collector(s)

    D. C. Daly 8172 with H. Borges, E.L. Ferreira, R. Saraiva & L.A. Lima, 03 Apr 1994

  • Location

    Brazil. Acre. Sena Madureira Mun. Basin of Rio Purus, Rio Macaua. Colocação Apuí. River descending, 3m below high water mark.

  • Habitat

    Terra firme moist forest dominated neither by bamboo nor by lianas. Affected by frequent blowdowns.

  • Description

    Tree. Tree 10 m x 12 cm, low-branching, densely branching. Outer bark brown, flaky, relatively thick, inner bark yellowish-tan. Fruits slightly obovoid, dull yellow, 2 cm long. Phenology of specimen: Fruit.

  • Identifiers

    NY Barcode: 02899294

    Occurrence ID: 58bf6635-d782-429a-a252-2e7c7e3fba6d

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  • Kingdom

    Plantae

  • Division

    Magnoliophyta

  • Order

    Laurales

  • Family

    Monimiaceae

  • All Determinations

    Mollinedia dardanoi Peixoto det Unspecified Determiner

  • Region

    South America

  • Country

    Brazil

  • State/Province

    Acre

  • County/Municipio

    Sena Madureira Mun.

  • Locality

    Basin of Rio Purus, Rio Macaua. Colocação Apuí. River descending, 3m below high water mark

  • Coordinates

    -9.48, -68.9

  • Distribution

    Map all specimens of this taxon

?
#
44-
IH
The New York Botanical Garden
Monimiaceae
Mollinedia dardanoi Peixoto
det: Unspecified Determiner
D. C. Daly 8172
FLORA DO ACRE
UN IVERSIDADE FEDERAL DO ACRE / THE NEW YORK BOTANICAL GARDEN
No. 8172	MONIMIACEAE
Mollinedia
BRAZIL. Acre: Mun. Sena Madureira.
Basin of Rio Purus. Rio Macaua. Colocagao
Extrema. River descending, 3 m below high
water mark. 9°29’S, 68°54’W. Terra firme
moist forest dominated neither by bamboo
nor lianas. Affected by frequent blowdowns.
Tree 10 m x 12 cm, low-branching, densely
branching. Outer bark brown, flaky,
relatively thick, inner bark yellowish-tan.
Fruits slightly obovoid, dull yellow, 2 cm*
long.
D.C. Daly, H. Borges, E.L. Ferreira, R.
Saraiva & L.A. Lima	3 Apr 1994
Field work supported by the National Science Foundation
02899294