Results of taxonomic revision of Mexican and Central American species of the genus Odontocheila Laporte de Castelnau, 1834, related to Odontocheila mexicana Laporte de Castelnau, 1834 (rectified publication date) and O. ignita Chaudoir, 1860 are presented. Redescriptions of O. mexicana, O. iodopleura Bates, 1872 and O. exilis Bates, 1884 are provided with their lectotype designations, and redescriptions of O. tawahka Johnson, 1996 and O. ignita are presented. O. exilis is restored to its original species status. Lectotype designations of O. cinctula Bates, 1881 and O. quadrina (based on Cicindela quadrina Chevrolat, 1835) are provided. The synonymy of O. cinctula with O. ignita is confirmed, as well as the synonymy of O. quadrina with O. mexicana. O. potosiana sp. nov. is described from Mexico as new for science; it represents the northernmost occurrence of the genus. A key to these related species is presented and their biology and distribution is treated. Illustrations in colour photographs of the habitus, diagnostic characters and variability are provided.
A new species of the genus Odontocheila Laporte de Castelnau, 1834 is described from Venezuela as Odontocheila paraexcisipenis sp. nov. It is classified as a further species of the large O. cajennensis species-group and described subsequent to the recently published revision of the genus (Moravec (2018). Illustrations of the habitus, diagnostic characters and variability of the new species and distinguishing characters of similar species are presented in colour photographs. Revised key to species of the O. cajennensis species-group is presented with references to descriptions and illustrations of other species of the species-group in the above-cited taxonomic revision of the genus. An essential map of distribution is also given.
A new tiger beetle species, Eunota albicauda Duran, Roman & Huber n. sp., of the tribe Cicindelini, is described from the Gulf Coast of southern Texas. It is superficially most similar to E. togata (LaFerté-Sénectère, 1841) and E. circumpicta (LaFerté-Sénectère, 1841) but is distinguished on the basis of multiple character states not shared with either species. We reconstructed a phylogeny for Eunota to address the placement of this new taxon. Little is known about the biology or distribution of this exceedingly rare species. Despite extensive tiger beetle collecting from this region, only two specimens of E. albicauda n. sp. are known, collected in the mid-20th century. Future efforts to locate additional specimens should focus on coastal salt flats and marshes in southern Texas, including areas near the United States-Mexico border, late in the season (September-October).
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