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(Coleoptera: Cleridae). Part I University of Nebraska - Lincoln DigitalCommons@University of Nebraska - Lincoln Center for Systematic Entomology, Gainesville, Insecta Mundi Florida March 1997 Classification, natural history, and evolution of the Epiphloeinae (Coleoptera: Cleridae). Part I. The genera of Epiphloeinae Weston Opitz Kansas Wesleyan University Follow this and additional works at: https://digitalcommons.unl.edu/insectamundi Part of the Entomology Commons Opitz, Weston, "Classification, natural history, and evolution of the Epiphloeinae (Coleoptera: Cleridae). Part I. The genera of Epiphloeinae" (1997). Insecta Mundi. 259. https://digitalcommons.unl.edu/insectamundi/259 This Article is brought to you for free and open access by the Center for Systematic Entomology, Gainesville, Florida at DigitalCommons@University of Nebraska - Lincoln. It has been accepted for inclusion in Insecta Mundi by an authorized administrator of DigitalCommons@University of Nebraska - Lincoln. INSECTA MUNDI, Vol. 11, No. 1, March, 1997 5 1 Classification, natural history, and evolution of the Epiphloeinae (Coleoptera: Cleridae). Part I. The genera of Epiphloeinae. Weston Opitz Kansas Wesleyan University Department of Biology 100 East Claflin Salina, Kansas 67401 Abstract: The subfamily El)iphloeinaeisdefined to include fourteen genera asfollows: Epiphloeus Spinola; Pilosirus, new genus; Plocanlocera Spinola; Ioritoclerus, new genus; Arenaria, new genus; Ichriea Laporte; Diaprorrieces, new genus; Pyticeroides Icuwert; Ellipotonla Spinola; Iiatarrty~~rus,new genus; Megatracliys, new genus; Mador~iellaPic; Hapsidopteris, new genus; and Teutonia, new genus. The following type-species are described: Pilosirus brur~oi,new species; Areriaria chiapas, new species; Diaprorrieces aclydis, new species; KatarriyuruspaxilLt~s, new species; Megatrcrcl~yspar~icnlrrs, new species; Hupsidopteris diastertus, new species; and Teutoriia rloua, new species. ErroI)lir~rriI~rrrr~erale IQug is designated as the typespecies of Ior~toclerus.The genus M~rdorliellaisremovedGromthesubfamily Icorynetinae andis declaretl a senior synonym of Pltlogistosterr~rrs Wolcott. Neiclirlea is synonymized with Pyticeroides. This treatise includes a lcey to the genera of Epil)hloeinae, descriptions of the genera and new type-species, and distribution map for each genus. Key words: Cleriilae, Checlcered Beetles, Epiphloeinae, Generic Synopsis Introduction Ichnoides in his Tableau Synoptique des Clairi- Members of Epiphloeinae have been classi- ones. Then, in 1844, in Monographie des Terediles, fied in various subfamilies. Moreover, these Spinola added Plocarrrocera to the above beetles have not been studied collectively at any mentioned genera and classified the three taxonomic level. The purpose of this paper is to genera under Clerites I-Iydnoceroides Tableau begin a series of publications intended to clarify Generique des Clerites. At first,, this classification epiphloeine relationships of classification, natural was adoptedby Lacordaire (1857:421) and followed history, and to speculate about their evolution. by Desmarest (18GO). Subsequently, Lacordaire The stucly begins with a generic synopsis which (1857:422) regrouped the epiphloeine species un- will be followed by revisions of the genera. The der Plzyllober~ides, a scheme of classification project will end with a proposed evolutionary adopted by Gorham (1860, 1877), Lohde (1900), history of the subfamily. Schenkling (1903, 1906, 1910)) Gahan (19 lo), and Mimicry is extensively ingrained in the struc- Blackwelder (1945). The more modern concept of tural and behavioral evolution of the Cleridae. This epiphloeine classification was first introducecl by has been indicated by various authors and ably Icuwert (1893)) who aligned the species under summarizecl in a recent important work by Mawd- genera of "Epiphloinen." This classification scheme sley (1994). The mimetic character of clerids has was later refined and published by Wolcott (1947), to some extent influenced the sequence of my Corporaal (1950), Barr (1950,1962), Icnull revisionary works, in that as I delved into the (1951), Arnett (1960), Winkler (1961), and taxonomic problems of one group, I invariably found Crowson (1964). Today, it is widely accepted that a preponderance of mimics of other distantly relat- the species under study belong to the subfamily ed genera mistakenly included in my request for Epiphloeinae. unsorted material. This was the circumstance Material and methods that fueled my interest in the Epiphloeinae be- This stucly is based on several thousand etles some of which are superficially similar to specimens and involved nearly all the nominal the lampyrid and/or lycid-like members of Perily- species now assigned to Epiphloeinae. Many pus of the subfamily Clerinae (Ekis, 1977). beetles of other subfamilies were also examined. Literature review The specimens were borrowed from various The first published account to bring the institutions or personally field collected. Fielcl col- epiphloeine species to taxonomic order was lected specimens were preserved in Pampel's presented by Spinola (1841), who listed Ichnen fluid (Ekis, 1977) for study of internal organs. As and E'~iphloez~s under the category Clairiones has been true of my previous revisionary works, 'olume 11, No. 1, March, 1997, INSECTA MUNDI the results of this study are based in part on an that I have retained for completion of this part extensive outgroup comparison that served to of the study will be deposited in collections indicat- establish the foundation for assessments of charac- edin the text by the followingabbreviations: AMNH: ter state phylogeny. Specifically, character state American Museum of Natural History, Entomol- phylogeny was surmisecl by implementation of the ogy, New York, New York, 10024; BMNH: six criteria for character analysis developed by me British Museum (Natural History), Entomology, in an earlier paper mkis, 1977:117). Lundberg SW 5BD, London, England; CASC: California Acad- (1972)) Ross (1974), and Watrous and Wheeler emy of Science, Entomology, San Francisco, Cal- (1981) have detailed the methods of outgroup ifornia, 941 18; CNCI: Canadian National Collec- comparisons. tion of Insects, Entomology Research Institute, The assessment of a character state disconti- Ottawa, Ontario, Canada; FMNH: Field Museum nuity as being generic in magnitude is a highly of Natural I-Iistory, Entomology, Chicago, Illinois, subjective matter. It is the character state that 60605; JNRC: Jacques Rifkind Collection, 11322 makes the genus, not the genus that makes the Camarillo St., #304, North IHolly wood, California, character state. Mayr (1969) clearly summarized 91602; MCZC: Museum of Comparative Zoology this concept of the genus. Herein, I have Harvard University, Entomology, Cambridge, attempted to achieve a balance among the charac- Massachusetts, 02 138; MCMC: Museo de Historia ter state discontinuities judged to be generic in Natural de la Ciudad de Mexico, Apartado 18845, rank. That is, when a particular characteristic Mexico, D.F.; MNHN: Museum National d'Histoire gap(discontinuity) among the species was consid- Naturelle, Entomologie, 45 bis, Rue de Buffon, ered potentially a generic level discontinuity, I Paris (Ve), France; MZSP: Museu de Zoologia da compared the magnitude of observed difference Universidade de SBo Paulo, Caixa postal with the character state diflerence among other 7172,01.05, SBo Paulo, Brazil; USNM: National genera. Specifically, to establish subfamily rank I Museum of Natural History, Smithsonian Institu- used the presence of pronotal tactile organs (Figs. tion, Entomology, Washington D.C., 20560; OSUC: 3,6), serrulate protibia (Fig. 5), and geographic The Ohio State University, Museum of Biological distribution. For defining generic rank I relied on Diversity, 1315 Kinnear Road, Columbus, Ohio, structural differences of the metatibia, antenna, 43212; WFBC: William F. Barr Collection, 1415 ancl male genitalia. Borah Avenue, Moscow, Idaho, 83843; WFBM: Number of articles of the antenna is an William F. Barr Museum, Department of important diagnostic characteristic for placement Entomology, University of Idaho, Moscow, Idaho, of specimens in their appropriate genera. 83844; WOPC: W eston Opitz Collection, Icansas Unfortunately, some of the antennal articles, \VesleyanUniversity, Department of Biology, 100 especially those of the funicle (Fig. 44)) are difficult East Claflin, Salina, Kansas, 67401. I am inclebted to discern. These articles are usually small and to the curators of these collections who entrusted profusely setose in some species to an extent that me with material in their charge. I am particularly their anatomical limits are indistinguishable. To greatful to William F. Barr and to Charles A. solve this problem I subject,cd an antenna to a hot Triplehorn for various courtesies including the solution of potassium hydroxide for some 15 review of this manuscript. This research was sup- minutes, then observed the antenna under tap ported by a National Science Foundation Grant water. This treatment expands the integument (DEB 7910 962). between the antennal articles thus clearly indicating their anatomical limits. In this publica- Subfamily Diagnosis tion, I have illu ~trat~edall t,he important character- Species of Epiphloeinae are readily distin- istics that identify the genera of Epiphloeinae. guished from other Cleridae by the presence of 2 Illustration and dissection techniques, and the discal and 2 paralateral punctiferous and setifer- use of descriptive terms, essentially
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