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Ilex verticillata, the winterberry, is a species of holly native to eastern North America in the United States and southeast Canada, from Newfoundland west to Ontario and Minnesota, and south to Alabama. [3] [4] Other names that have been used include black alder, [5] [6] Canada holly, [5] coralberry, [6] fever bush, [7] Michigan holly, [6] or ...
Ilex laevigata (Pursh) A. Gray, commonly referred to as smooth winterberry, is a plant species in the Aquifoliaceae (holly family). It is native to the eastern coastal United States. It is native to the eastern coastal United States.
Ilex glabra, also known as Appalachian tea, evergreen winterberry, Canadian winterberry, gallberry, inkberry, [1] dye-leaves [citation needed] and houx galbre, [1] is a species of evergreen holly native to the coastal plain of eastern North America, from coastal Nova Scotia to Florida and west to Louisiana where it is most commonly found in sandy woods and peripheries of swamps and bogs.
In biology, determination is the process of matching a specimen or sample of an organism to a known taxon, for example identifying a plant as belonging to a particular species. Expert taxonomists may perform this task, but structures created by taxonomists are sometimes used by non-specialists.
The plant is a calcifuge, favoring acidic soil, in pine or hardwood forests, although it generally produces fruit only in sunnier areas. [5] It often grows as part of the heath complex in an oak–heath forest. [6] [7] [8] G. procumbens spreads by means of long rhizomes, which are within the top 2–3 cm (3 ⁄ 4 – 1 + 1 ⁄ 4 in) of soil ...
Ilex montana is a deciduous shrub or small tree growing to 9–12 metres (30–39 ft) tall. The leaves are 3–9 cm long and 2–5 cm broad, light green, ovate or oblong, wedge-shaped or rounded at the base and acute at apex, with a serrated margin and an acuminate apex; they do not suggest the popular idea of a holly, with no spines or bristles.
A system developed in 2022 [7] showed that automated identification achieves accuracy that is sufficiently high for being used in an automated insect surveillance system using electronic traps. By training classifiers on a few hundred images it correctly identified fruit-flies, and can be used for continuous monitoring aimed at detecting ...
An app for smartphones (and a web version) was launched in 2013, [4] which allows to identify thousands of plant species from photographs taken by the user. It is available in several languages. It is available in several languages.