Leptodeuterocopus neales
Everglades Plume Moth
Leptodeuterocopus neales is a small in the , commonly known as the Everglades Plume Moth. It is to the Neotropics with a recent expansion into Florida. The has a wingspan of approximately 13 mm and are active during most months of the year in its native range.
Pronunciation
How to pronounce Leptodeuterocopus neales: //ˌlɛptoʊˌdjuːtəˈrɒkəpəs ˈniːliːz//
These audio files are automatically generated. While they are not always 100% accurate, they are a good starting point.
Identification
Distinguished from other by its extremely small size (13 mm wingspan) and Neotropical distribution. The Leptodeuterocopus is placed in Deuterocopinae, separating it from most other plume moth genera. Specific diagnostic features for separating L. neales from are not documented in available sources.
Appearance
Small with a wingspan of approximately 13 mm. As a member of , the are characteristically divided into plume-like lobes, though specific details of wing division and coloration for this are not documented in available sources.
Distribution
to Central and South America: Rica, Ecuador, Guatemala, Mexico, Suriname, Paraguay, Peru, and Venezuela. Recently recorded from Florida, representing a northward range extension.
Seasonality
active in April, May, August, September, October, November, and December based on records from range. Florida records suggest potential year-round activity in suitable climates.
Human Relevance
Recent Florida records indicate potential establishment in the United States; may be warranted to assess spread and potential impacts.
Similar Taxa
- Other PterophoridaeMost in other (Pterophorinae, Ochyroticinae) differ in and division patterns; precise separation requires examination of structure and .
- Other Leptodeuterocopus species share characteristics but differ in subtle morphological features not detailed in available literature.
More Details
Taxonomic placement
The Leptodeuterocopus belongs to the Deuterocopinae, a group of small primarily distributed in the Neotropics.