Rinodina buckii Sheard
-
Filed As
Physciaceae
Rinodina buckii Sheard -
Collector(s)
J. C. Lendemer 79674 with J.W. Howland & S. Sharrett, 05 May 2023
-
Location
United States of America. Virginia. Augusta Co. George Washington National Forest, Ramsey Draft Wilderness, Shenandoah Mountain, N-slopes of Big Bald Knob, FST-716 ~0.5 mi S of jct w/ FST427.
-
Habitat
Sandstone boulderfield with Hamamelis-Acer pensylvanicum understory and mixed hardwood (Betula lenta dominant, Acer rubum, Quercus rubra) forest with sparse Pinus rigida and P. strobus. on Betula lenta.
-
Identifiers
NY Barcode: 04759001
Occurrence ID: 2ba6caba-050d-44c0-bc58-cc077ea0dbd7
-
Feedback
-
Kingdom
Fungi
-
Division
Ascomycota
-
Class
Lecanoromycetes
-
Order
Teloschistales
-
Family
Physciaceae
-
All Determinations
Rinodina buckii Sheard det J. C. Lendemer, 2023
-
Region
North America
-
Country
United States of America
-
State/Province
Virginia
-
County/Municipio
Augusta Co.
-
Locality
George Washington National Forest, Ramsey Draft Wilderness, Shenandoah Mountain, N-slopes of Big Bald Knob, FST-716 ~0.5 mi S of jct w/ FST427
-
Elevation
Alt. 1234 m. (4049 ft.)
-
Coordinates
35.3586, -79.2972
-
Georeferencing Method
GPS.
-
Distribution
Herbarium of the New York Botanical Garden (NY) Lichens of Virginia Rinodina buckii Sheard Det. J.C. Lendemer, 2023 UNITED STATES OF AMERICA. VIRGINIA. AUGUSTA COUNTY: George Washington National Forest, Ramsey Draft Wilderness, Shenandoah Mountain, N-slopes of Big Bald Knob, FST-716 ~0.5 mi S of jet w/ FST427. - 38°21’31”N 79°17’50”W — 4050 ft. - Sandstone boulderfield with HamamelisAcer pensylvanicum understory and mixed hardwood (BetuJa lenta dominant, Acer rubum, Quercus rubra) forest with sparse Pinus rigida and P. strobus. - On Betula w/ Jeremy W. Howland & Stephen Sharrett Fieldwork funded by NSF-DEB Awards 2115190 & 2115191 - Appalachian Lichen Distributions lenta. NEW YORK BOTANICAL GARDEN James C. Lendemer #79674 04759001 5 May 2023 04759001
Please submit your comments about the specimen:
Rinodina buckii Sheard