Notalepid.35 (2): 181-183 181 Symmoca sparsella Joannis, 1891 (Gelechioidea, Autostichidae) new to Europe LeifAarvik NaturalHistoryMuseum,UniversityofOslo, P.O. Box 1172Blindem,NO-0318 Oslo,Norway; [email protected] Received 15August2012;reviewsreturned 19 September2012; accepted20 September2012. SubjectEditor: LauriKaila. Abstract. Symmocasparsella Joannis, 1891 (Autostichidae) is reported from the Greek Island ofCrete. ThisrepresentsthefirstEuropeanrecordofthisspecies.Theadult,malegenitalia,andthehabitatinCrete, wherethismothwasfound, are illustrated. Introduction Symmocinae is the most species-rich ofthe five subfamiUes that make up the family Autostichidae. The current concept ofthe family was introduced by Hodges (1998), and developedfiartherinthephylogenetic studies byMutanen etal. (2010) andKailaet al. (2011). These studies have resulted inthe classification applied in the recentversion ofthe website Fauna Europaea (Vives Moreno 2011). Most ofthe 131 European spe- cies ofAutostichidae occur in the Mediterranean area (Gozmany 2008; Vives Moreno 2011), 120 ofwhich belong to the subfamily Symmocinae, whereas only 11 species represent the smaller subfamilies Autostichinae, Deocloninae, and Holcopogoninae (Vives Moreno 2011). Symmocinae is most diverse in the drierparts ofthe Palaearctic region, fromtheMediterranean areato Mongoliaand southernChina(Gozmany2008). The largest genus ofthe subfamily, Symmoca Hübner, (1825), contains 85 species, 34 ofwhichhave been found in Europe (Gozmany 2008; Vives Moreno 2011). The major- ity ofAutostichidae feeds on dead plant material (Gozmany 2008; Kaila et al. 2011). The Palaearctic members of the subfamily were monographed by Gozmany (2008), who treated Symmocinae as the family Symmocidae. In the present article, Symmoca sparsella Joannis, 1891 is reported from Europe for the first time. Abbreviation NHMO NaturalHistoryMuseum,UniversityofOslo Symmoca sparsella Joannis, 1891 Figs 1, 2 Material. Greece, Crete, Chania Province: IcT, Hora Sfakion [UTM WGS84] 35S KU 4031 9864, 7-13.vi.2009, leg. L. Aarvik (Fig. 1). The genitalia were mounted in euparal on a glass slide numbered NHMO2018 (Fig. 2). The specimenwiththegenitaliaslide is depositedinNHMO. Notalepidopterologica, 15.11.2012,ISSN0342-7536 182 Aarvik: SymmocasparsellaJoannis, 1891 newtoEurope Figs1-2.SymmocasparsellaJoannis, 1891. 1.ThespecimenfromCrete.Wingspan 10mm.(Photo:Kars- ten Sund). 2. Malegenitalia. Fig. 3. South coast ofCrete nearHora Sfakion from where the specimen ofSymmocasparsellawas ob- tained. (Photo: Nini CecilieAarvik) Discussion The specimen was attracted to light. The habitat from where the moth was obtained (Fig. 3) can be characterised as garrigue, open vegetation ofdwarfevergreen shrubs and herbs. The locaUty is situated on the south coast of Crete and is just above sea level. Dry and desert-like habitats are typical for numerous species of Symmocinae (Gozmany2008), and inthisrespectthe localityinCrete is alsotypical. Symmocaspar- sella is known from several countries in the Middle East: Syria, Iraq, Lebanon, Israel, Jordan, and Egypt (Gozmany op. cit.). Notalepid.35 (2): 181-183 183 The south coast of Crete falls into the North African climatic zone, whereas the majority ofthe island falls into the Mediterranean climatic zone. The south coast thus enjoys significantly more sunny days and higher temperature throughout the year (Wikipedia 2012). It can be expected that the composition ofthe lepidopteran fauna of the south coast is different from that ofthe rest ofthe island. Externally,Symmocasparsellaresembles several otherSymmocinaewithdullgrey- brown forewing and a pattern of dark dots arranged in four transversal rows. In the male genitalia it is easily recognisable by the presence oftwo rounded processes of the transtilla and a strongly curved sacculus that reaches above the dorsal edge ofthe valva, as well as the lack of a dorsal process of the valva. The latter structure was termed appendix by Gozmany (op. cit.), where the genitalia ofboth sexes are figured as well as the adult moth in colour. Based on the appearance ofthe male genitalia, it appearsthatthe closestrelative ofS. sparsella is S. huh(Gozmany, 1963), known from Afghanistan. S. huridiffersbyhavingalongersaccus andshortersacculusthatdoesnot reachthe dorsal edge ofthe valva (comparefigures byGozmanyop. cit.). Externally, S. huri differs strongly from S. sparsella by the nearly pattern-less forewing. Acknowledgements The authorwishes to thankKarsten Sund, Oslo, fortaking the photograph ofthe moth, andNini Cecilie Aarvik, Âs, Norway, for taking the photograph ofthe habitat. Two anonymous referees are thanked for constructive suggestions. ^ ^: References Gozmany,L.2008. Symmocidae.558pp.-In:R.Gaedike(ed.),MicrolepidopteraPalaearctica 13,Goecke & Evers, Keltern. Hodges,R.W. 1998. TheGelechioidea,Pp. 131-158.-7«:N. R Kristensen(ed.),Lepidoptera: Mothsand butterflies.Vol. 1,HandbuchderZoologie 35,Walterde GruyterGmbH. & Co., Berlin&NewYork, Kaila, L., M. Mutanen & T. Nyman 2011. Phylogeny ofthe mega-diverse Gelechioidea (Lepidoptera): adaptionsanddeterminants ofsuccess. -MolecularPhylogeneticsandEvolution61: 801-809. Mutanen,M.,N.Wahlberg&L.Kaila2010. Comprehensivegeneandtaxoncoverageelucidatesradiation inmothsandbutterflies.-ProceedingsoftheRoyal SocietyB 277: 2839-2848. VivesMoreno,A. 2011. Fauna Europaea: Autostichidae. -In: O. Karshok & E. J. vanNieukerken (eds). FaunaEuropaea: Lepidoptera,Moths,FaunaEuropaea,version2.4,http://www.faunaeur.org. Wikipedia2012. http://en.wikipedia.0rg/wiki/Crete#Climate.Accessed30.V.2012.