Coleophora texanella Chambers, 1878: 93 Coleophora vagans Walsingham, 1907: 217 Coleophora coxi Baldizzone & van der Wolf, 2007: 91 coxi Shared but overlooked: 30 species of Holarctic Microlepidoptera revealed by DNA barcodes and morphology Landry, Jean-François Nazari, Vazrick Dewaard, Jeremy R. Mutanen, Marko Lopez-Vaamonde, Carlos Huemer, Peter Hebert, Paul D. N. Zootaxa 2013 2013-12-16 3749 1 1 93 Chambers, 1878 Chambers 1878 [195,876,1688,1714] Insecta Coleophoridae Coleophora Animalia Lepidoptera 35 36 Platyhelminthes species texanella      Coleophora texanella  Chambers, 1878: 93. Typelocality: USA, Texas, [ Bosque Co.].  =   Coleophora vagans  Walsingham, 1907: 217. Typelocality: USA, New York, New YorkCity. New synonymy.  =   Coleophora coxi  Baldizzone & van der Wolf, 2007: 91. Typelocality: Italy: Sicily, Catania Fondachello. New synonymy.BOLD: AAB7072  Palearctic records.Evidently this species was recently introduced in Europe where it was unknowlingly redescribed as  coxi. Reported from Italy, Greece, and France, and adventive.   Nearctic distribution.Widespread in the continental United States, especially in the southern half from Florida to California, north to New York, Michigan, and Ohio, west to Kansas; also in Mexico( Baja California Sur) and Bermuda(USNM). Specimens were examined from California (several localities) (EMEC, USNM), Colorado (CNC), Florida (CNC, MZH, USNM), Indiana (CNC), Kansas (CNC), Maryland (CNC), Massachusetts (USNM), Michigan (USNM), New York (USNM), North Dakota (USNM), Ohio (CNC), Virginia (USNM). Not recorded from Canadadespite the presence of its host plant.   Diagnosis.The forewings are grey brown or ochreous brown, the costa and veins faintly highlighted with dirty white and a thin scattering of dark brown scales; the antenna have alternating pale-dark annulations. In superficial aspect it can be confused with several other Nearctic  Coleophora, although the fauna of the southern half of North America is insufficiently known to make more precise statements about similar species. Genitalia must be checked for positive identification. The only other Nearctic species known to feed on  Portulacais portulacaeCockerell, which was described from Texas, but it has very different genitalia (JFL, unpubl. obs.). Male genitalia have the gnathos suborbicular, the transtilla short and wide, the valvula linguiform with short and stiff setae, the sacculus with an angulate ventral margin and an outwardly curved dorsal process that is shorter than the cucullus, short and equal juxta rods that are distally attenuate and unarmed, the basal plate of the juxta is extended anteriorly under the outer tube, the latter is longer than the juxta complex, the appendix has four loops, and there is a single thick cornutus with an asymmetrically widened base. Female genitalia have S8 transverse with the posterior margin deeply and broadly U-indented, a thickened crescentic border along the ostium bursae; the colliculum is longer than S8 and narrowly funnel-shaped with a median chitinized band, its anteriormost portion with a half-twist; the ductus bursae lacks a spiculate section, its anterior half has 3–4 loops; and the corpus bursae is elongate-ovoid with a single thorn-like signum.  Larval host.A leaf miner on pigweed (  Portulaca oleracea, Portulacaceae).  Note.Probably more widespread and common than current records show, but unrecognized. The food plant is a common weed that has been spread by human activity. Even though the typematerial of  coxiwas not examined, the high-quality illustrations in the original description of this species leave no doubt that it is a synonym of the Nearctic  texanella. Barcodes from European specimens, including some reared from Francereferred to by Baldizzone & Nel (2009), matched North American ones. According to Baldizzone (pers. comm. to JFL, 2012) this species has become very common in Italy. The synonymy of  vagansis here established based on examination of its type and female genitalia matching those of the  texanellatype (both examined by JFL). The type of  vaganseclosed from a larval case that was found attached to a grass blade, evidently not a larval host plant but an attachment site for pupation. Attempts to gain a barcode record from the type yielded a low-quality 94-bp sequence with four ambiguous positions (qualified as a ‘fail’ in BOLD), which is insufficiently informative for a clear barcode match. A comparison of that 94bp region with texanella-coxibarcodes shows one unique 3rd position substitution (a fixed difference with the data available) that sets  vagansapart from  texanella/ coxi, plus 0 to 2 more, depending on the haplotype comparison. This amounts to 1.1–3.3% divergence between them, based on this small fragment. Despite failure to obtain an adequate barcode match, we are confident to synonymize  vagansbased on morphological similarity of its holotype, which we consider sufficient in this case. The barcode outgroup species labelled ‘n.sp. nr  texanella’ in Fig. 22 are both very distinct in morphology and barcode. The type of  vaganswas collected in New York, whereas that of  texanellawas from Texas.   Type material examined.  Coleophora texanella: Lectotypefemale, present designation by J.-F. Landry, labelled: “Type 1598” [red except for white band at top]; “83” [handwritten]; “Tex.” [printed]; “Chambers.” [printed]; “texanella| Chb.” [handwritten]; “ Holotype| Coleophora| texanella Ch.| B. Wright” [red, part printed, part handwritten]; “Photo| 4 March 69| B. Wright” [beige, handwritten]; “genitalia slide| BW 188 ♀” [pale green, printed]; “ Lectotype ♀| Coleophora| texanella| Chambers, 1878| by J.-F. Landry 2013” [orange, part printed, part handwritten]. ( MCZ) The uncertainty about the authenticity of many of Chambers ‘types’ was discussed by Miller & Hodges (1990). In this case the original description contains no indication if there was only one or more specimens, although McDunnough (1944)stated that the ‘type’ was a unique female which matched the description well. The ‘holotype’ label inserted by Barry Wright, presumably in the late 1960s, was never published. A lectotypeis here designated to maintain stability of usage of the name of a taxon with congeners that look similar.   Coleophora vagans:  Holotypefemale, labelled: “ N. York City| on grass|  Aug. 1888” [handwritten]; “Collection| Beutenmueller” [printed]; “487” [handwritten]; “181” [pink, handwritten]; “4928| Wlsm. 1906” [black-bordered, handwritten with ‘Wlsm.’ printed]; “Type| No. 10349| U.S.N.M.” [red, printed with number handwritten]; “ Coleophora| vagans, Wlsm.| Type ♀descr.” [black-bordered, handwritten except ‘Type’ printed]; “genitalia slide| BW 152 ♀” [pale green, printed except female symbol handwritten]; “Database #| CNCLEP00061092” [printed]; “Barcode of Life Project| Leg removed| DNA extracted” [blue, printed]. ( USNM). Examinedby JFL. Genitalia slide prepared by Barry Wright in 1975, here renumbered USNM 130,228. A larval case is pinned on the same block as the type but evidently this is not the one from which the moth issued. Another case attached to a piece of grass is mounted on a separate pin and labelled “N York| on grass|  Aug. 1888”; “Collection| Beutenmueller” [printed]; “487” [handwritten]; “181” [pink, handwritten]; all in the same hand as the holotype. The following labels were added by Barry Wright: “accompanies| HT. vagans| Wlsm.”; “ Coleophora| texanella| Cham.| det. B. Wright‘90”. This separate larval case is the one from which the type eclosed as evidenced by the presence of adult scales and empty pupal shell inside the case. Walsingham (1907)indicated that he had a unique specimen. [377,584,1758,1780] United States of America Bosque Co. Bosque Co. 35 36 1 Texas [377,620,1789,1811] United States of America New York 35 36 1 New York [347,729,1820,1842] BOLD Italy Sicily 35 36 AAB7072 1 Sicilia 1888-08 USNM, JFL N. York City United States of America B. Wright 37 38 Examined 36 37 USNM 130,228 153 153 holotype