Kotschy's hackberry (Celtis kotschyana)

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Celtis kotschyana: scientific classification and botanical data

Historical botanical surveys documented Celtis kotschyana as a naturally occurring woody plant within the extensive Cannabaceae family. The specific name often honors botanical collectors or researchers associated with its early field documentation. This plant is a recognized wild member of the globally distributed genus of hackberries.

Botanists study this specific taxon to understand its relationship with other hackberry species across its geographical range. It represents an important component of the natural botanical diversity within its undisturbed native habitat.

Taxonomy

  • ∟ царство Plantae
  • ∟ division Tracheophytes (Vascular Plants)
  • ∟ subdivision Spermatophytes (Seed plants)
  • ∟ Angiosperms
  • ∟ mesangiosperms
  • ∟ eudicots
  • ∟ Superrosids
  • ∟ rosids
  • ∟ order Rosales
  • ∟ family Cannabaceae (Hemp family)
  • ∟ genus Celtis (Hackberry)
  • ∟ species Celtis kotschyana (Kotschy's hackberry)

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Morphology

The plant typically grows as a woody shrub or tree, possessing structural adaptations perfectly suited for its natural environment. The leaves share the defining traits of the genus, such as alternate arrangement, distinct venation patterns, and a distinctly asymmetrical base. The leaf surfaces may present specific textures that vary depending on local environmental variables.

Its reproductive cycle involves the production of small flowers that eventually mature into characteristic spherical drupes. These morphological features are essential for accurate field identification and ongoing taxonomic classification efforts.

Interesting facts

Plants named in honor of Theodor Kotschy are traditionally associated with arid or semi-arid regions, which indirectly points to their high potential for drought tolerance. Species of the genus Celtis tend to form mycorrhizal associations with soil fungi. This symbiotic relationship significantly improves the absorption of hard-to-access mineral compounds from deep soil layers.

Sources

  • Plants of the World Online (POWO)
  • Global Biodiversity Information Facility (GBIF)
  • World Flora Online (WFO)

Technical Information

External Databases: GBIF, POWO, Tropicos

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