Metapterini
Guides
Barce
Barce is a genus of thread-legged bugs in the family Reduviidae, subfamily Emesinae, tribe Metapterini. The genus was established by Stål in 1866 and contains approximately 10 described species. These predatory true bugs are characterized by their elongated, slender legs adapted for capturing prey on vegetation.
Barce aberrans
Barce aberrans is a species of thread-legged assassin bug in the family Reduviidae, subfamily Emesinae. It was described by McAtee and Malloch in 1925 and is native to North America. As a member of the Metapterini tribe, it belongs to a group of reduviids characterized by slender, elongated bodies and raptorial forelegs adapted for capturing prey. The species is part of the diverse emesine fauna of North America, though detailed biological information remains limited in published literature.
Barce fraterna fraterna
Barce fraterna fraterna is a subspecies of thread-legged bug (Hemiptera: Reduviidae: Emesinae) first described by Thomas Say in 1832. It belongs to the tribe Metapterini, a group of predatory true bugs characterized by slender, elongate bodies and raptorial forelegs adapted for capturing prey. The subspecies occurs across a broad geographic range spanning North, Central, and South America, including the Galápagos Islands.
Barce werneri
Barce werneri is a species of thread-legged bug (Hemiptera: Reduviidae: Emesinae) described by Wygodzinsky in 1966. It belongs to the tribe Metapterini within the subfamily Emesinae, a group characterized by their slender, elongate bodies and raptorial forelegs adapted for predation. The species has been recorded from North America, though specific details regarding its biology and ecology remain limited.
Emesaya
Emesaya is a genus of thread-legged assassin bugs (Reduviidae: Emesinae) described by McAtee & Malloch in 1925. Members of this genus are characterized by their elongated, slender bodies and raptorial forelegs adapted for predation. The genus includes at least one well-studied species, Emesaya brevipennis, for which life history data has been documented through laboratory rearing.