Striatoandricus aciculatus

(Beutenmüller, 1909) Zhang, Sasan, O'Kennon & Kranz, 2022

Striatoandricus aciculatus is a of in the , recently transferred from the Andricus to Striatoandricus based on phylogenetic and morphological studies. Like other members of its tribe, this species induces on oak trees (Quercus spp.) as part of its reproductive cycle. The species was originally described in 1909 and has been documented across multiple observations, indicating established in regions with suitable oak availability.

Striatoandricus aciculatus by (c) Sam Kieschnick, some rights reserved (CC BY), uploaded by Sam Kieschnick. Used under a CC-BY license.

Pronunciation

How to pronounce Striatoandricus aciculatus: /ˌstraɪətəʊˈandrɪkəs əˌsɪkjʊˈleɪtəs/

These audio files are automatically generated. While they are not always 100% accurate, they are a good starting point.

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Habitat

Oak-dominated woodlands and forests where Quercus occur. Specific microhabitat preferences related to formation on oak tissues.

Distribution

North America; documented observations span multiple regions where oak are present. Historical records and recent observations suggest established across the eastern and central United States.

Host Associations

  • Quercus - plant for formation; specific oak not definitively documented in available sources

Similar Taxa

  • Andricus spp.Previously classified in Andricus; distinguished by morphological characters including striated sculpturing patterns that prompted generic reassignment to Striatoandricus
  • Other Striatoandricus speciesCongeneric share striated characteristics; specific distinguishing features require detailed examination of and structure

More Details

Taxonomic history

Originally described as Andricus aciculatus by Beutenmüller in 1909. Transferred to Striatoandricus in 2022 by Zhang, Sasan, O'Kennon & Kranz based on integrated morphological and molecular phylogenetic analysis of oak .

Observation data

226 observations documented on iNaturalist as of source date, indicating the is detectable and identifiable by field observers, though specific identification criteria are not detailed in available sources.

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Sources and further reading