Cophura rozeni

Identification to species level requires examination of genitalic structures and comparison with type specimens. Cophura species are distinguished from related genera in Brachyrhopalinae by wing venation patterns, particularly the shape of cell r4 and the presence or absence of certain crossveins. C. rozeni is distinguished from congeners by male terminalia characters described in the original description.

As a member of Asilidae, Cophura rozeni possesses the characteristic robust body, large compound eyes, and strong, spiny legs typical of robber flies. Species in the genus Cophura generally exhibit a moderately sized, somewhat slender build compared to other asilids, with a tapering abdomen and a mystax (beard) of bristles on the face. Specific coloration and body proportions for C. rozeni are not documented in available sources.

The type locality and precise distribution of Cophura rozeni are not well documented in accessible literature. The genus Cophura has a primarily Neotropical and Nearctic distribution, with species ranging from the southwestern United States through Mexico and Central America to South America.

As with other Asilidae, Cophura rozeni likely functions as an aerial predator of other insects, contributing to population regulation of various arthropod groups. Robber flies are generally considered beneficial in most ecosystems due to their predation on potential pest species, though specific ecological impacts of this species have not been studied.

No direct human relevance has been documented. The species is not known to be of agricultural, medical, or veterinary importance.

• Cophura abdominalisSimilar size and general body plan; distinguished by differences in male terminalia and abdominal coloration patterns.
• Other Brachyrhopalinae genera (e.g., Brachyrhopala)Overlapping distribution and habitat; distinguished by wing venation, particularly the structure of cell r4 and the development of the anal lobe.

• robber fly
• asilidae
• predatory fly
• brachyrhopalinae
• neotropical
• nearctic

• BugGuide
• GBIF taxonomy match
• Catalogue of Life