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The genus Quercus contains about 500 known species, plus about 180 hybrids between them. [1] The genus, as is the case with many large genera, is divided into subgenera and sections. Traditionally, the genus Quercus was divided into the two subgenera Cyclobalanopsis, the ring-cupped oaks, and Quercus, which included
Quercus species by common names — the oaks; Pages in category "Quercus taxa by common names" The following 87 pages are in this category, out of 87 total. ...
Quercus: oaks; Quercus acutissima: sawtooth oak Fagaceae (beech family) Quercus agrifolia: California live oak; coastal live oak Fagaceae (beech family) 801 Quercus alba: white oak Fagaceae (beech family) 802 Quercus arkansana: Arkansas oak Fagaceae (beech family) Quercus austrina: bastard white oak Fagaceae (beech family) Quercus bicolor ...
This list may not reflect recent changes. ... List of Quercus species; A. Quercus acatenangensis; Quercus acerifolia; Quercus acherdophylla; Acorn; Quercus acrodonta;
This is a list of woods, ... Ohio buckeye (Aesculus glabra) Yellow buckeye (Aesculus flava) ... (Quercus) White oak. White oak (Quercus alba)
The genus Quercus is native to the Northern Hemisphere and includes deciduous and evergreen species extending from cool temperate to tropical latitudes in the Americas, Asia, Europe, and North Africa. North America has the largest number of oak species, with approximately 160 species in Mexico, of which 109 are endemic, and about 90 in the ...
Quercus sect. Quercus has been known, either in whole or part, by a variety of names in the past, including Quercus sect. Albae, Quercus sect. Macrocarpae and Quercus sect. Mesobalanus. Members of the section may be called white oaks. The section includes all white oaks from North America (treated by Trelease as subgenus Leucobalanus). [2]
Like all species of Quercus, those of subgenus Cerris are trees or shrubs with acorn-like fruit in which a cup covers at least the base of the nut.Members of subgenus Cerris are distinguished from members of subgenus Quercus by few morphological features, their separation being largely determined by molecular phylogenetic evidence.