TL;DR: A cladistic analysis of higher‐level taxa of Reduviidae based on 162 morphological characters and 75 ingroup and outgroup species is presented, which supports a clade formed by paraphyletic Salyavatinae’+ Sphaeridopinae, renders Vesciinae non‐monophyletic, and demonstrates the polyphyly ofReduviinae.
Abstract: With more than 6600 species worldwide, Reduviidae (Insecta: Heteroptera), or assassin bugs, form the second largest and one of the most diverse groups of true bugs The poor condition of the higher-level classification of Reduviidae is reflected by the facts that different authors recognize between 21 and 32 subfamily-level names and that Reduviidae were never subjected to a rigorous cladistic analysis using an exemplar approach In the present study, a cladistic analysis of higher-level taxa of Reduviidae based on 162 morphological characters and 75 ingroup and outgroup species is presented Twenty-one subfamily-level taxa of Reduviidae were examined, accounting for 28 tribes In addition to characters previously used for diagnosis in Reduviidae, information on recently published character complexes is used in the present analysis, supplemented with new character information gathered specifically for this project Reduviidae are supported as a monophyletic group with Pachynomidae as their sister taxon The major results of this study are the support of a sistergroup relationship of Hammacerinae with the remaining Reduviidae, the monophyly of the Phymatine Complex, the relatively basal position of Harpactorinae within Reduviidae as well as a novel hypothesis on the relationships within this group, and the sistergroup relationship of Ectrichodiinae + Tribelocephalinae and their placement in a clade that also contains Emesinae, Saicinae, and Visayanocorinae The analysis further supports a clade formed by paraphyletic Salyavatinae + Sphaeridopinae, renders Vesciinae non-monophyletic, and demonstrates the polyphyly of Reduviinae Pseudocetherinae are shown to group with some Reduviinae Triatominae are supported as a monophyletic group and are nested among additional Reduviinae and Stenopodainae
TL;DR: New findings of species of Reduviidae from Argentina are recorded.
Abstract: New findings of species of Reduviidae from Argentina are recorded: Cetherinae: Eupheno pallens Laporte (new subfamily record); Harpactorinae: Doldina carinulata St l (new genus record), Repipta nigronotata St l (new species record); Peiratinae: Rasahus amapaensis Coscar n (new species record), Rasahus grandis Fallou (new species record); Saicinae: Paratagalis spinosus Monte (new genus record), Tagalis inornata inornata St l (new genus record), and Saica apicalis Osborn & Drake (new genus record).
TL;DR: A survey is given of the assassin bugs (Reduviidae) collected on the six Netherlands Antilles, finding two species are described as new; Cosmoclopius curacavensis (Harpactorinae), living on Curacao as a predator exclusively on the weed Cleome viscosa, and Oncerotrachelus sabensis (Saicinae) from Saba.
Abstract: A survey is given of the assassin bugs (Reduviidae) collected on the six Netherlands Antilles. All together 22 species were sampled: 6 Emesinae, 1 Saicinae, 8 Harpactorinae, 1 Piratinae, 4 Stenopodinae, 1 Triatominae and 1 Phymatinae. Sixteen species were captured on the three islands of the Leeward Group, Aruba, Curacao and Bonaire; seven species were found on the three islands of the Windward Group, St. Eustatius, Saba and St. Martin; both groups of islands have only 1 species in common. The local distribution of the species represented (Table 1) does not fit with their known gross distribution in the neotropics. Curacao harbours more than 70% of the total number of species; zoogeographical aspects have been discussed. Two species are described as new; Cosmoclopius curacavensis (Harpactorinae), living on Curacao as a predator exclusively on the weed Cleome viscosa, and Oncerotrachelus sabensis (Saicinae) from Saba. The identity of some Emesinae and the single phimatine specimen captured remain unsettled for the present. Triatoma maculata. vector of a T. cruzi strain with low virulence, occurs in two colour forms; the dark one restricted to Aruba, the light-coloured form to Curacao and Bonaire. Total drawings of most species are presented in addition to some 120 figures of structural details of eggs, larvae and adults. Features of eggs and genitalia are discussed on pages 17-28. Some points of general interest are: The egg of Sinea coronata appeared to be quite different from what is known from other Sinea spp. Eggs of Piratinae have movable slips with plastron function. The harpactorines Atrachelus fuscus and Sinea coronata lack parameres. Behavioural aspects concerned with utilizing sticky material have been summarized. Evidence is presented that the subrectal gland, occurring in many Harpactorinae, secretes the colleterial liquid for the egg-batch. The asymmetrical genitalia of the Piratinae and the endosomal brush zone and basal differentiation of the ductus ejaculatorius in some Stenopodinae are stressed.
TL;DR: The possible aposematicism between Notocyrtus colombianus Carvalho & Costa (Harpactorinae) and Ptilotrigona lurida (Smith) (Hymenoptera; Apidae; Apinee) is suggested.
Abstract: New occurrences of Reduviidae from Bolivia and Brazil are recorded for the first time. Morphological remarks on the female of Heza gilsantanai Berenger (Harpactorinae) are given. The possible aposematicism between Notocyrtus colombianus Carvalho & Costa (Harpactorinae) and Ptilotrigona lurida (Smith) (Hymenoptera; Apidae; Apinae) is suggested. Based on biological observations, Zelus nigrispinus (Herrich-Schaffer, 1848) (Harpactorinae) is considered a junior synonym of Zelus versicolor (Herrich-Schaffer, 1848).
TL;DR: These notes have resulted almost incidentally from a more comprehensive study of the American Ploiariinae, but they assemble more information than has hitherto been available on these sub-families, hence they trust will be useful.
Abstract: These notes have resulted almost incidentally from a more comprehensive study we have made of the American Ploiariinae, but they assemble more information than has hitherto been available on these sub-families, hence we trust will be useful.