Dryocosmus archboldi
Melika & Abrahamson, 2021
Dryocosmus archboldi is a of gall wasp in the Cynipidae, described in 2021 by Melika and Abrahamson. It belongs to a whose members are associated with oak trees (Quercus species) and induce the formation of galls. The species name honors Archbold Biological Station in Florida, where the was collected. As a recently described species, detailed biological information remains limited.
Pronunciation
How to pronounce Dryocosmus archboldi: /draɪ.oʊˈkɒzməs ɑrkˈboʊldi/
These audio files are automatically generated. While they are not always 100% accurate, they are a good starting point.
Identification
Distinguished from by specific morphological features described in the original description (Melika & Abrahamson, 2021), including details of , mesosoma, and metasoma structure. Accurate identification requires examination of the type description and comparison with related Dryocosmus .
Habitat
Associated with oak-dominated ; the type locality is Archbold Biological Station in Florida, a scrub characterized by sand pine and oak vegetation.
Distribution
Known from Florida, USA; type locality is Archbold Biological Station in Highlands County.
Host Associations
- Quercus - gall inducer-level association inferred from ; specific for D. archboldi not documented in available sources.
Ecological Role
As a gall wasp, induces gall formation on plants, potentially affecting plant growth and providing microhabitats for other organisms.
Similar Taxa
- Dryocosmus okajimaiBoth are in the same described in 2021, but D. okajimai occurs in Vietnam (Indochina region) while D. archboldi is known only from Florida, USA.
- Other Dryocosmus speciesShare the -level trait of oak-associated gall induction; differentiation requires detailed morphological examination per original descriptions.
More Details
Nomenclature
Named in honor of Archbold Biological Station, a research institution in Florida where the was discovered. The epithet 'archboldi' is a Latinized form honoring this institution.
Taxonomic Context
Part of a 2021 revision of North American Dryocosmus by Melika and Abrahamson that clarified boundaries in this morphologically challenging .