Freycinetia tannaensis Martelli

  • Filed As

    Pandanaceae
    Freycinetia tannaensis Martelli

  • Collector(s)

    G. M. Plunkett 5030 with Martial Wahe, Presley Dovo, Marika Tuiwawa, Iliesa Koroi, Samuel Seru, Yoli Sivi, Jouvil Vanega, and Glenson Leiwani., 19 Aug 2019

  • Location

    Vanuatu. Tafea. Futuna Area Council. Futuna Island. Rakauroa area, inland from Ipoa village (Mission Bay), on plateau.

  • Habitat

    Growing in dense forest on the upper, flat area of the island.

  • Description

    Liana scrambling along the ground. Floral bracts orange at the base, green at the tips. Flowers pale green.

  • Notes (shown on label)

    DNA, Digital image

  • Collection Notes

    4-Monocot;Trip-11

  • Specimen Notes

    NYBG Tissue Sample Barcode: 1426532

  • Identifiers

    NY Barcode: 05026836

    Occurrence ID: 26446f1c-6add-4b5f-bd6b-3671e2db60a3

  • Laboratory Collections

    Tissue Samples, 1426532, G. M. Plunkett 5030, Freycinetia tannaensis Martelli - Accepted : Pandanaceae (24.0) : : : Magnoliophyta;

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  • Region

    Oceania

  • Country

    Vanuatu

  • State/Province

    Tafea

  • County/Municipio

    Futuna Area Council

  • Locality

    Futuna Island. Rakauroa area, inland from Ipoa village (Mission Bay), on plateau.

  • Elevation

    Alt. 535 m. (1755 ft.)

  • Coordinates

    -19.5248, 170.224

  • Distribution

    Map all specimens of this taxon

Pa c
New York Botanical Garden NY
Vanuatu National Herbarium: pvnh
The Flora of Vanuatu
(Pandanaceae)
Freycinetia tannaensis Martelli
Vanuatu: Tafea Province. Futuna Island. Rakauroa
area, inland from Ipoa village (Mission Bay), on
plateau
S 19° 31' 29.4"; 1170° 13* 26.9"; 535 m elew
Liana scrambling along the ground. Growing in dense
forest on the upper, flat area of the island, Floral bracts
orange at the base, green at the tips. Flowers pale
green. DNA, Digital image. Duplicates: 4
Gregory M. Plunkett, #5030 August 19, 2019
Martial Wahe, Presley Dovo, Marika Tuiwawa, Iliesa
Koroi, Samuel Seru, Yoli Sivi, Jouvil Vanega, and
Glenson Leiwani.
A collaboration ofNYBG and PVNH, funded by
the National Science Foundation and The Christensen Fund.
05026836