Generic review of Hydropsychinae, with description of Schmidopsyche, new genus, 3 new genus clusters, 8 new species groups, 4 new species clades, 12 new species clusters and 62 new species from the Oriental and Afrotropical regions (Trichoptera: Hydropsychidae) Author Oláh, J. Author Johanson, K. A. text Zootaxa 2008 2008-06-16 1802 1 248 journal article 1175­5334 Calosopsyche domingensis (Banks) Hydropsyche domingensis Banks, 1941: 398 . Plectropsyche domingensis ( Banks, 1941 ) ; Ross & Unzicker 1977: 308 . Hydropsyche domingensis Banks, 1941 ; Botosaneanu 1996: 17 . Calosopsyche domingensis ( Banks, 1941 ) ; Flint, Holzenthal & Harris 1999: 75 . Type locality. Santo Domingo . Remarks: As is seen from the frequent generic transfers, the status of this species was highly instable. Even in the cladistic analysis of Schefter (2005) it was suggested and isolated into a distinct genus. However, based upon defined primary generic characters, the species represents a true Calosopsyche , having identical primary generic characters with the other members of the genus. We have found some mistakes in the character matrix used in the cladistic analysis by Schefter (2005) . These mistakes were mainly caused by sexual dimorphism. The pretarsal claw is asymmetrical, not symmetrical. Like in other genera, or other species, even inside the genus Calosopsyche , asymmetry of the pretarsal claws is frequently sex linked. Even the degree of asymmetry varies greatly. Asymmetry involving laterally flanked setal bundle may occur only in the fore-leg, fore- and mid-leg, or in all legs in the male. This may, or may not be combined with identical variation in the female. The hind wing crossvein m-cu, representing one of the most important primary generic characters, is well visible in both Calosopsyche continentalis Flint & Bueno-Soria , and Calosopsyche domingensis (Banks) , like in all other species in the genus. Among the tertiary generic characters, the endophallus is long, not short as listed in the character matrix. Even the 3 setose processes are present, but shortened, forming almost a single, united, lobe. A careful examination shows that 3 separate setose surfaces are distinguishable, among them, the preanal appendages. After correcting the character matrix of Schefter (2005) for these characters, one of us ( KAJ ) re-ran the analysis in PAUP *. The many more shortest trees obtained were 2 steps shorter and the strict consensus tree did not improve resolution. Furthermore, the two Calaosopsyche species were still distantly related.