Dillenia biflora (A.Gray) Martelli

  • Filed As

    Dilleniaceae
    Dillenia biflora (A.Gray) Martelli

  • Collector(s)

    G. M. Plunkett 5176 with Martial Wahe, Jean-Pascal Wahe, Presley Dovo, Iliesa Koroi, Vagaha Damien Hinge, Alfred Kausiama, and Thomas Kamisak., 27 Aug 2019

  • Location

    Vanuatu. Tafea. South West Tanna Area Council. Tanna Island, South Tanna, Yenowen area (c. 4 km ESE of Green Point).

  • Habitat

    Growing in open area at edge of disturbed forest just off muddy road.

  • Description

    Well branched tree, 8 m tall. Flower buds green, emerging petals pale yellow.

  • Notes (shown on label)

    DNA, Digital image

  • Collection Notes

    5-Dicot;Trip-11

  • Specimen Notes

    NYBG Tissue Sample Barcode: 1426663

  • Identifiers

    NY Barcode: 04711132

    Occurrence ID: 2b351100-1fe4-4fa8-95fb-4f15ee3080ac

  • Laboratory Collections

    Tissue Samples, 1426663, G. M. Plunkett 5176, Dillenia biflora (A.Gray) Martelli - Accepted : Dilleniaceae (206.0) : : : Magnoliophyta;

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  • Region

    Oceania

  • Country

    Vanuatu

  • State/Province

    Tafea

  • County/Municipio

    South West Tanna Area Council

  • Locality

    Tanna Island, South Tanna, Yenowen area (c. 4 km ESE of Green Point).

  • Elevation

    Alt. 189 m. (620 ft.)

  • Coordinates

    -19.6329, 169.389

  • Distribution

    Map all specimens of this taxon

New York Botanical Garden: NY
Vanuatu National Herbarium: PVNH
		
	¡WnhJ	
NEW YORK BOTANICAL GARDEN
The Flora of Vanuatu
(Dilleniaceae)
Dillenia biflora (A. Gray) Martelli ex Guill.
Vanuatu: Tafea Province. Tanna Island. South
Tanna, Yenowen area (c. 4 km ESE of Green Point).
S 19° 37' 58.6"; E 169° 23' 19.9"; 189 m elev.
Well branched tree, 8 m tall. Growing in open area at
edge of disturbed forest just off muddy road. Flower
buds green, emerging petals pale yellow. DNA, Digital
image. Duplicates: 6
Gregory M. Plunkett, #5176 August 27, 2019
Martial Wahe, Jean-Pascal Wahe, Presley Dovo, Iliesa
Koroi, Vagaha Damien Hinge, Alfred Kausiama, and
Thomas Kamisak.
A collaboration of NYBG and PVNH, funded by
the National Science Foundation and The Christensen Fund.
04711132