Myctides
Pascoe, F.P., 1874
Species Guides
1Myctides is a of weevils ( Curculionidae) established by Francis Polkinghorne Pascoe in 1874. The genus is part of the hyperdiverse Curculionidae, the largest family of beetles. Based on iNaturalist records, at least 49 observations of this genus have been documented, though specific ecological and biological details remain limited in publicly available sources.
Pronunciation
How to pronounce Myctides: /mɪkˈtaɪdiːz/
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Identification
Members of Myctides can be recognized as weevils by the presence of a rostrum (elongated snout) with at the tip, a defining feature of Curculionidae. Distinctive characteristics separating Myctides from other curculionid require examination of detailed morphological features such as rostral proportions, antennal insertion points, and body sculpturing; these specifics are not documented in readily available sources.
Distribution
The has been documented in regions where iNaturalist observations have been recorded, though precise geographic range boundaries are not established in accessible literature. As a curculionid genus, its distribution likely corresponds to areas supporting its plants.
Ecological Role
As herbivorous beetles, members of this likely function as primary consumers in their , potentially contributing to plant and serving as food sources for and .
Similar Taxa
- Other Curculionidae generaMyctides shares the characteristic rostrum and general body plan with all weevils; differentiation requires detailed examination of rostral length, antennal club structure, and elytral patterns.
More Details
Taxonomic history
The was established by British entomologist Francis Polkinghorne Pascoe (1813–1893), a prominent 19th-century coleopterist who described numerous curculionid from specimens collected across the British Empire. The original description and type designation would be found in Pascoe's 1874 publications.
Data limitations
Publicly accessible biological information for Myctides is sparse. The 49 iNaturalist observations suggest the is not extremely rare, but detailed -level , associations, and natural history remain undocumented in open-access resources.