S. Mahunka szerk.: Folia Entomologica Hungarica 61. (Budapest, 2000)

leg. L. Papp; Csévharaszt, 26.IX.1989, 1 female, leg. Rónaszékiné; ANP, Jósvafő, 29.VII.1990, 1 female, leg. Tóth; Sztgyörgyhegy, 15.VI.1961, 1 female, leg. Sáringer; Budapest: Pestszentlőrinc, Péterhalmi-erdő, 9.XI.1997, 2 females, leg. L. Papp; Monostorapáti: Halastó, 4.VII.1974, 1 male, 1 female, leg. Tóth; Balatonfüred: Koloska völgy, 12.VII.1978, lmale, leg. Szabóky; Zók-Pázdány, 3.VII.1978, 2 females, leg. L. Papp; KNP, Bar: ártéri rét, 16.VI.1978, 1 male, leg. Draskovits; KNP, Bugac: Alsó-puszta, 20.VI.1979, 1 female, leg. Ádám; Budaörs, Odvas-h., 18.VI.1991, 2 males, 2 females, leg. Merz and Ádám; Lake Velence-West: Monument, 23.VI.1991, leg. Merz (HNHM); Balatonkenese, 24.VI.1991, 1 male, leg. Merz (MHNG). This is a very widespread species in the Palaearctic region, which occurs wherever Artemisia campestris and A. absinthium, the two major host-plants, grow. Therefore it is quite strange, why this species has not yet been recorded from Hungary. Campiglossa plantaginis (Haliday, 1833) = Paroxyna ochracea Hendel, 1927, syn. nov. = Paroxyna subochracea Séguy, 1934, syn. nov. — The three species C. plantaginis, C. suboschracea and C. ochracea differ according to the descriptions mainly in their colour: Thorax and abdomen are grey in C. plantaginis, whereas the body is rather yellowish-brown in C. ochracea, and somewhat intermediate in C. subochracea. Further, some minor differences in wing pattern were also given. The study of over 250 specimens from different parts of Europe (IRE, GB, S, NL, F, D, A, H, Estonia, Russia) showed a large intraspecific variability of the wing pattern and colour of thorax and abdomen, even at the same locality. Further, the genitalia of males and females of all 3 colour morphs are indistinguishable. The study of 4 female syntypes of C. plantaginis (NMID) and 2 female syntypes of C. subochracea (MNHNP) showed that they are conspecific. The female holotype of C. ochracea, deposited in the Zoological Museum Hamburg, was destroyed during World War II, but the original description and the illustration of the wing in Hendel (1927) leave no doubt that this is the same species. C. ochracea and C. subochracea are therefore here synonymized with C. plantaginis. I have collected several dozen specimens in Hungary, Lake Velence-West, 31.VIII. 1990, leg. Merz (ETHZ, HNHM, MHNG). Oxyna albipila Loew, 1869 — New for Hungary. KNP, Ágasegyháza: borókás, 27.IV. 1977, 1 male, leg. Podlussány; Csévharaszt, 11.IV. 1993, 1 male, leg. DelyDraskovits (HNHM). O. albipila is so far only known from Kazakhstan, Russia and Ukraine. The two Hungarian localities are the westernmost for the species. Probably the species is more widespread, but it has apparently a very early and short flight period and may escape the entomologists' attention. Tephritis arnicae (Linnaeus, 1758) — New for Hungary. Hegyhátszentjakab: Vadása-tó, 2.V.1986, 2 males, 3 females, leg. Tóth (NHNM). The host-plant of T. arnicae is Arnica montana known from the Western parts of Hungary. Therefore, the finding of the species could be expected, which is usually very common on its host. Tephritis confusa (Meigen, 1826) — The female mentioned by Mihályi (1959) from Hungary (Bükk hg., Nagyvisnyó, 3.

VI. 1957, leg. Tóth, HNHM) as T. confusa is a typical specimen of T. bardanae. The synonymy of the two species was first published by Norrbom et al. (1998). The type series of T. confusa in the NHMW, and the illustration of the wing of Meigen (1826; Taf. 50, Fig. 9) show clearly that Meigen was describing the common species of Schrank, which lives in flowerheads of Arctium.