Acer rubrum L.

  • Filed As

    Sapindaceae
    Acer rubrum L.

  • Collector(s)

    T. J. Delendick 1431, 21 May 1978

  • Location

    United States of America. New York. Bronx Co. New York City. The New York Botanical Garden, on "flood plain" of Bronx River, in north portion of the Garden.

  • Description

    Tree ca 15m tall, fruit red. Phenology of specimen: Fruit.

  • Notes (shown on label)

    Survey executed in partial fulfillment of the degree requirements of the Joint Doctoral Program of CUNY.NYBG. Supported in part by an Herbarium Fellowship from NYBG and an NSF Grant for Improving Doctoral Dissertation Research (DEB 76-20016)

  • Identifiers

    NY Barcode: 02377727

    Occurrence ID: 88fd3196-3a37-4352-80b0-619a3ad19da6

  • Feedback

    Send comments on this specimen record

  • Region

    North America

  • Country

    United States of America

  • State/Province

    New York

  • County/Municipio

    Bronx Co.

  • City/Township

    New York City

  • Locality

    The New York Botanical Garden, on "flood plain" of Bronx River, in north portion of the Garden

  • Coordinates

    40.8568, -73.8754

  • Coordinate Uncertainty (m)

    2289

  • Georeferencing Method

    GEOLocate Web Application. Used GEOLocate Web Application to georeference precise locality. (High precision)

  • Geodetic Datum

    WGS84

  • Distribution

    Map all specimens of this taxon

HERBARIUM! W
Thomas J. Delendick
NEW YORK BOTANICAL GARDEN
02377727........
Acer rubrum I#,
det. B. Atha (NY), 2013
Acer rubrum L.
s a. saccnarinum L.
il. X freemánTT E. Murray
r v --------------- H.,	S.	Fore
I Sv
annotation by
j i-*»i Kaifry
P</1994
pf/l£
»rest 07/.
o^ydLcJV
VOUCHERS FOR A BIOSYSTEMATIC SURVEY OF THE ACERACEAE
voucher No. ll*31 Acer rubrum L.
for study of leaf chemistry
Tree ca. l£m tall on "flood plain" of Bronx River, in
north portion of The New York Botanical Garden, Bronx,
New York, Fruit red. Coll, 21 May 1978, by T. J.
Delendick, no. 78,2l£.
<?iirv(=>v executed in partial fulfillment of degree requirements
the Joint Doctoral Program of the City University of New
vLv *nd The New York Botanical Garden. Supported in part by
^Herbarium Fellowship from The New York Botanical Garden
and an NSF Grant for Improving Doctoral Dissertation Research
02377727