Tarache toddi
(Ferris & Lafontaine, 2009)
Tarache toddi is a in the Noctuidae, Acontiinae. The species was described in 2009 by Clifford D. Ferris and Donald Lafontaine based on specimens collected in southwestern North America. It belongs to a whose larvae are typically associated with specific plants, including species in the genus Hibiscus. The species is relatively recently described and appears to have limited published information beyond its original description.
Pronunciation
How to pronounce Tarache toddi: //tɑːˈreɪki ˈtɒdi//
These audio files are automatically generated. While they are not always 100% accurate, they are a good starting point.
Identification
Tarache toddi can be distinguished from similar Tarache by genitalia and geographic distribution. The species was originally described from southwestern North America. As with many Acontiinae, accurate identification typically requires examination of genitalic structures rather than external morphology alone.
Distribution
Southwestern North America. The was described from material collected in this region, with the type locality in southwestern North America.
Host Associations
- Hibiscus - larval food plantBased on documented associations for ; Tarache delecta larvae feed on Hibiscus , and this -level association may apply to T. toddi
Similar Taxa
- Tarache delectaSimilar larval and plant use on Hibiscus; distinguished by genitalia and geographic range
- Other Tarache species members share similar external ; definitive identification requires genitalic examination
More Details
Taxonomic history
The was originally described as Acontia toddi by Ferris & Lafontaine in 2009, but is now placed in the Tarache based on phylogenetic and morphological studies. GBIF lists it as a synonym under Acontia toddi, while NCBI and other sources recognize Tarache toddi as the accepted name.
Research significance
As a recently described (2009), T. toddi represents ongoing taxonomic work in the diverse Noctuidae . The original description by Ferris and Lafontaine contributed to clarifying species boundaries in the Acontiinae, a with many cryptic species.