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ACTA SICULICA 2007, 115–131 Rozner István – Rozner György ADATOK ERDÉLY ÉS A BÁNSÁG LEVÉLBogár-fAUNÁJÁHOZ (COLEOPTERA: CHRYSOMELIDae) A sepsiszentgyörgyi Székely Nemzeti Múzeum, a A fajlista adatai és a rövidítések budapesti Magyar Természettudományi Múzeum és A fajlistában a következő adatok szerepelnek: a Magyar Rovartani Társaság kutatóinak részvételé­ Dőlt betűvel a megyék, félkövér betűkkel a taxonok vel 1985 óta folynak rendszeres rovartani kutatások és a gyűjtőhelyek, normál betűkkel a lelőhelyeket Erdélyben. A kutatások súlypontja a székelyföldi kiegészítő adatok, pl. a magasságok, a gyűjtések ide­ megyékre esett, de Erdély más területein is tör­ je, a gyűjtő(k) nevének rövidítései. A ‘–’ jel után az téntek gyűjtések. Az 1967–1994 közötti gyűjtések egyes fajokra vonatkozó megjegyzések következnek, adatait Szél–Rozner–Kocs közleménye1 tartalmaz­ és dőlt betűvel a tápnövények adatai. ta, benne 13 erdélyi megye 25 bogárcsaládjának gyűjtési adataival. 1998­ban a Magyar Rovartani A gyűjtők nevének rövidítése: Társaság gyűjtőutat szervezett Torockó környékére. ÁL = Ádám László A gyűjtött anyagot Kutasi–Muskovits–Rozner köz­ CZ = Czető Zsolt leménye ismertette.2 Ez 19 bogárcsalád gyűjtési HG = Hegyessy Gábor adatait tartalmazza Kolozs és Fehér megyéből. A KC = Kutasi Csaba legkorábbi erdélyi rovarászati kutatásokról Rozner KI = Kocs Irén István 1998­ban megjelent „Hargita megye levél­ NB = Nagy Barna bogár faunájának alapvetése”3 c. munkájában ta­ NL = Nádai László lálható összefoglaló. A Hargita megyei levélbogár PA = Podlussány Attila gyűjtések adatait ez az Alapvetés 1996­ig tartalmaz­ RA = Rozner Istvánné za, és 63 génusz 252 faját tárgyalja, amelyből 3 faj RG = Rozner György és alfaj egész Erdélyben újnak bizonyult, Hargita RI = Rozner István megyét tekintve pedig 48 faj és alfaj előfordulását RJ = Rudner József lehetett kimutatni, amely addig a szakirodalomban SA = Salvo Szidónia nem szerepelt. SD = Szalóki Dezső Jelen publikáció az 1996–2006 közötti gyűjtések adatait tartalmazza Hargita megyéből, Egyéb rövidítések: és az eddig még nem közölt levélbogár adatokat É = észak megyénként a Partiumból, Erdélyből és a Bán­ h. = hegy ságból. Ez időszak alatt 11 levélbogár­alcsalád 18 hav. = havas, havasok nemzetségének 56 génuszából 214 Chrysomelida hg. = hegység fajt és alfajt gyűjtöttek. Ebben a közleményben a K = kelet Partiumból 4, Erdélyből 194 és a Bánságból 64 faj m = méter adatai szerepelnek. 17 faj és alfaj egészíti ki Rozner Ny = nyugat Hargita megyei alapvetését.4 Egy alfaj, az Oreina p. = patak, pataka alpestris polonina Bechyné, 1958 Erdély levélbogár­ TN = tápnövény faunájában újnak bizonyult. A gyűjtött fajok a v. = völgy, völgye sepsiszentgyörgyi Székely Nemzeti Múzeumban, a Somogy Megyei Múzeumban (Kaposvár), a Magyar Természettudományi Múzeumban (Budapest) és Rozner István magángyűjteményében találhatók. 1 SZÉL Gy., dr. – ROZNER I. – KOCS I. 1996. 3 ROZNER I. 1998. 2 KUTASI Cs. – MUSKOVITS J. – ROZNER I. 2000. 4 ROZNER I. 1998. 115 ROZNER István – ROZNER György A fajok jegyzéke és a lelőhelyadatok m, 2005. V. 24–25., RG; Krassó-Szörény megye: Karánsebes, Vár, 1994. V. 22., PA. DONACIINAE Kirby, 1837 Donaciini Kirby, 1837 ORSODACNINAE Thomson, 1859 Donacia Fabricius, 1775 Orsodacne Latreille, 1802 Donacia (Donacia) aquatica (Linnaeus, 1758) Orsodacne cerasi (Linnaeus, 1758) – Hargita megye: – Hargita megye: Zeteváralja, Nagy-Küküllő-p., Homoródfürdő, 1995. VII. 7., RG; Kelemen- 1995. V. 10., RI; Székelyvarság, 1995. V. 9., RI hav., Bélbor, Kis-Beszterce-p., 1997. VII. 11., et PA; Kecsetkisfalud, 1997. V. 23., RI; Árvát- RI; Kelemen-hav., Maroshévíz, 1100 m, 1998. falva, 1997. V. 26., RI. VII. 14., RI; Kelemen-hav., Lomás-p. v., 1100 Donacia (Donacia) semicuprea Panzer, 1796 m, 1998. VII. 13., RI. – Hargita megye: Szencsed, 1996. V. 22., RI; Kovászna megye: Réty, Rétyi-nyír, 1992. V. 2., CRIOCERINAE Latreille, 1807 RI; Uzonkafürdő, 700 m, 2005. V. 24., RG. Lemini Heinze, 1962 Donacia (Donacia) thalassina Germar, 1811 – Hu- nyad megye: Déva, 1996. V. 19., RI. Lema Fabricius, 1798 Plateumarini Askevold, 1990 Lema (Lema) cyanella (Linnaeus, 1758) – Hargita megye: Hargita-hg., Zeteváralja, Szencsed-p. v., Plateumaris Thomson, 1859 1997. V. 24., RI; Árvátfalva, 1997. V. 26., RI; Kovászna megye: Persányi-hg., Var gyas, Hideg- Plateumaris (Plateumaris) sericea (Linnaeus, aszó v., 600 m, 2005. V. 24–25., RG. 1761) – Hargita megye: Lövéte, Kis-Homoród v., 1997. V. 22., RI; Kelemen-hav., Lomás-p. Oulema Des Gozis, 1886 v., 1000 m, 1998. VII. 13., KI et RI; Kelemen- hav., Puturosul-p. v., 1200–1600 m., RI et PA. Oulema (Haspidolema) erichsoni (Suffrian, 1841) – Euro­szibériai faj, amely a hegy és dombvidék – Hargita megye: Árvátfalva, 1997. V. 26., RI; vizenyős helyein közönséges. TN: vízinövények, Kovászna megye: Persányi-hg., Vargyas, Hideg- Iris-, Alisma- és Carex-fajok. Kiegészítés Hargita aszó v., 600 m, 2005. V. 24–25., RG; Fehér megye: megye levélbogár­faunájához.5 Gyalui-hav., Aranyosronk, 1998. VII. 10., RI. Plateumaris (Juliusina) consimilis (Schrank, 1781) Oulema (Haspidolema) septentrionis (Weise, – Hargita megye: Homoródalmás, Kis-Homoród 1880) – Hargita megye: Homoródalmás, Kis- v., 1997. V. 22., RI; Madarasi-Hargita, Ivó, láp­ Homoród v., 1997. V. 22., RI. – Nyugat­ és rét, 1997. V. 24., RI; Kalonda, Kalonda-tető, észak­európai faj. Erdélyben ritka. TN: Nastur- 1997. V. 23., RI; Kelemen-hav., Bélbor, Kis- tium officinale. Kiegészítés Hargita megye levél­ Beszterce-p. v., 1997. VII. 11., RI; Lövéte, Kis- bogár­faunájához.6 Homoród v., 1997. V. 22., RI; Görgényi-hav., Oulema (Haspidolema) gallaeciana (Heyden, 1870) Parajd, Kis-Küküllő felső völgye, 1995. VII. 1., – Hargita megye: Hargita-hg., Zeteváralja, Szen- RG; Persányi-hg., Oklánd, 1997. V. 26., RI; 5 km csed-p., 1997. V. 24., RI; Görgényi-hav., Parajd, S of Oklánd, 2005. V. 27, RG; Árvátfalva, 1997. Kis-Küküllő felső v., 2006. VI. 26., RI et SA. V. 26., RI et PA., Kelemen-hav., Puturosul-p. Oulema (Oulema) melanopus (Linnaeus, 1758) v., 1200–1600 m, 1998. VII. 13., RI; Kelemen- – Szilágy megye: Meszes-hg., Zilah., 1993. VII. hav., Lomás-p. v., 1998. VII. 13., RI et KI; Kele- 13., PA; Szeben megye: Fenyőfalva, 1996. V. men-hav., Maroshévíz, Vajda-p., 1100 m, 1998. 20., RI; Szebeni-hav, Kisdisznód, Ezüst-p. v., VII. 14., RI; Gyergyói-hav., Békény-p. v., 2006. 1997. VII. 17., RI; Hunyad megye: Retyezát-hg., VI. 27., RI et SA; Balánbánya, Nagy-Hagymás, Cab. Pietrele, 1480 m, 2002. VI. 3–6., KI et PA; 1995. VII. 6., RG; Kovászna-megye: Háromszéki- Kovászna megye: Persányi-hg., Vargyas, Hideg- hav., Kommandó, Bászka-p. v., 1997. VII. 15., aszó v., 600 m., 2005. V. 25., RI et RG. RI; Bálványosfürdő, Büdös-h., 2006. VI. 29., Oulema (Oulema) rufocyanea (Suffrian, 1847) – RI et SA. Uzonkafürdő, 700 m, 2005. V. 24., Hargita megye: Homoródalmás, Kis-Homoród RG; Persányi-hg., Vargyas, Hidegaszó v., 600 v., 1997. V. 22., RI. 5 ROZNER I. 1998. 6 ROZNER I. 1998. 116 Adatok Erdély és a Bánság levélbogár­faunájához (Coleoptera: Chrysomelidae) Criocerini Latreille, 1807 Smaragdina affinis (Illiger, 1794) – Kovászna me- gye: Persányi hg., Vargyas, Hidegaszó v., 600 Crioceris O. F. Müller, 1764 m, 2005. V. 24–25., RG. Smaragdina xanthaspis (Germar, 1824) – Hargita Crioceris duodecimpunctata (Linnaeus, 1758) megye: Hargita-hegys., Sikaszó, 2006. VI. 28., – Hunyad megye: Déva, 1996. V. 19., RI. RI et SA. Lilioceris Reitter, 1912 CRYPTOCEPHALINAE Gyllenhal, 1813 Pachybrachini Chapuis, 1874 Lilioceris merdigera (Linnaeus, 1758) – Hargita megye: Persányi-hg., Vargyas, Alsó-Mál, 2005. Pachybrachis Chevrolat, 1837 V. 25., RI; Kovászna megye: Persányi-hg., Varg- yas, Hidegaszó v., 600 m, 2005. V. 25., RI et Pachybrachis sinuatus Mulsant et Rey, 1859 – Har- RG; Hunyad megye: Retyezát-hg., Cab. Pie trele, gita megye: Homoródfürdő, Nagy-Homoród v., 1440 m, 2002. VI. 3–6., KI et PA. 1995. VII. 2–7., RG; Kérulyfürdő, Tolvajos-p. v., 1995. VII. 7., RG; Kelemen-hav., Bélbor, CLYTRINAE Kirby, 1837 Kis-Beszterce-p., 1997. VII. 11., RI; Tusnád, Clytrini Kirby, 1837 Szent Anna-tó, 1999. VII. 7., RI; Szeben megye: Szebeni-hav., Kisdisznód, Ezüst-p. v., 1997. Labidostomis Germar, 1817 VII. 17., RI. Pachybrachis fimbriolatus Suffrian, 1848 – Hu- Labidostomis longimana (Linnaeus, 1761) – Har- nyad megye: Déva, 1996. V. 19., PA. gita megye: Kelemen-hav., Bélbor, Kis-Besz- terce-p., 1997. VII. 11, RI; Tusnád, Szent Cryptocephalini, Gyllenhal, 1813 Anna-tó, 1999. VII. 7., RI; Csíksomlyó, 1995. VII. 7., RG; Korond, 1999. VII. 14, RI; Kolozs Cryptocephalus O. F. Müller megye: Gyalui-hav., Havasnagyfalu, 1995. VII. 8, RI et RG; Fehér megye: Erdélyi-Érchg., Cryptocephalus (Protophysus) schaefferi Schrank, Ompolygyepű, 1997. VII. 18, RI; 1789 – Krassó-Szörény megye: Mehádiai-hg., Herkulesfürdő, Mt. Domogled, 1995. IV. 30., RI. Clytra Laicharting, 1781 Cryptocephalus (Homalopus) coryli (Linnaeus, 1758) – Hargita megye: Árvátfalva, 1997. V. 26., RI. Clytra laeviuscula Ratyeburg, 1837 – Hargita me- Cryptocephalus (Burlinius) pallifrons Gyllenhal, gye: Homoródfürdő, 1995. VII. 7., RG; Arad 1813 – Hunyad megye: Retyezát-hg., Cab. Pie- megye: Körösbökény, 1993. V. 30., RI; Hunyad trele, 1480 m, 2002. VI. 3–6, KI et PA. megye: Déva, 1993. VI. 1., RI; Kolozs megye: Tor- Cryptocephalus (Burlinius) ocellatus Drapiez, dai-hasadék, 2000. VII. 1., RA. 1819 – Hargita megye: Kelemen-hav., Bélbor, Kis-Beszterce-p., 1997. VII. 11., RI; Tusnád, Smaragdina Chevrolat, 1837 Szent Anna-tó, 1995. VII. 8., PA. Cryptocephalus (Burlinius) carpathicus J. Fri­ Smaragdina salicina (Scopoli, 1763) – Hargita valdszky, 1883 –
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  • World Inventory of Beetles of the Family Chrysomelidae (Coleoptera)

    World Inventory of Beetles of the Family Chrysomelidae (Coleoptera)

    Available online at www.worldnewsnaturalsciences.com WNOFNS 29(2) (2020) 75-150 EISSN 2543-5426 World Inventory of Beetles of the Family Chrysomelidae (Coleoptera). Part 2: Eastern Europe and Northern Asia. Check List from 1768 to 2004 Tomasz Borowski The II Laboratory of Research Works, The Independent Institution of Biopaleogeography and Biophysics, 22 Mickiewicza Str., Złocieniec, Poland E-mail address: [email protected] ABSTRACT This paper presents list of beetles of the family Chrysomelidae and their occurrence. The paper includes: 8 subfamilies, 10 tribes, 7 subtribes, 74 genera, 77 subgenera and 933 species of beetles belonging to the family Chrysomelidae. Keywords: Chrysomelidae, Chrysomelinae, Cryptocephalinae, Galerucinae, Lamprosomatinae, Orsodacninae, Megalopodinae, Synetinae, Zeugophorinae Subfamilies Chrysomelinae ..…....…….…….76 Cryptocephalinae ...…..……….. ..109 Galerucinae ....…..………....134 Lamprosomatinae ....…..………....146 Orsodacninae ....…..………....147 Megalopodinae ....…..………....147 Synetinae ....…..………....147 Zeugophorinae ....…..………....148 ( Received 15 December 2019; Accepted 12 January 2020; Date of Publication 14 January 2020 ) World News of Natural Sciences 29(2) (2020) 75-150 – Check List – (Continuation of the Part 1) Subfamily Chrysomelinae Latreille, 1802 Tribe Timarchini Motschulsky, 1860 Genus Timarcha Dejean, 1821 Subgenus Timarcha (Metallotimarcha) Motschulsky, 1860 Timarcha (Metallotimarcha) hummeli hummeli Faldermann, 1837 Distribution: N Caucasus, W Transcaucasia Timarcha (Metallotimarcha)
  • Systematic Catalog of Japanese Chrysomelidae12

    Systematic Catalog of Japanese Chrysomelidae12

    Pacific Insects 3 (1) : 117-202 April 20, 1961 SYSTEMATIC CATALOG OF JAPANESE CHRYSOMELIDAE12 (Coleoptera) By Michio Chujo3 and Shinsaku Kimoto4 INTRODUCTION The Chrysomelidae (leaf beetles) is one of the largest groups of Coleoptera. About 30,000 species of this family have been described from the world. All of them are phy­ tophagous and some of them are serious injurious insects. Taxonomic studies of this group are important in connection with agricultural and forest entomology. In spite of the need, a complete catalog of Japanese Chrysomelidae has not yet been published. Since 1956, we have worked on a systematic catalog of Japanese Chrysomelidae. Kimoto spent from September to November 1959 working on type specimens of Far Eastern Chrysomelidae in continental United States and Europe as Bishop Museum Fellow in Ento­ mology, after his one and a half years stay in Hawaii, working on Chinese Chrysomelidae. A revisional paper on type specimens in United States and European Museums, is planned by Kimoto. The scope of this paper is Japan, the Ryukyu Is., and small neighboring islands. In regard to applied entomology, food plants are also listed. Many of the new combinations or status or synonymies are based on Kimoto's studies of type specimens. After Hornstedt, 1788, studies on Japanese Chrysomelidae have been made by various workers. In the latter half of the 19th century, studies on Japanese fauna were made by Motschulsky, Harold, Kraatz, Baly, Jacoby, Boheman, Weise and other workers, especially Baly and Jacoby. Those works were chiefly descriptions of new genera and species. Most of the Japanese species were described during this period.
  • Beetles) of the Sandwell Valley

    Beetles) of the Sandwell Valley

    A checklist of the Coleoptera (Beetles) Of the Sandwell Valley M.G.Bloxham August 2019 1 Summary 1095 Beetle Records 59 families 535 species 2 A provisional List of Sandwell Valley Beetles The list is the product of some 40 years of recording in the 20 one Km SP squares shown on the map. Records have not been gathered in any systematic way, but are the product of numerous visits to the area by individuals and field meetings when SANDNATS members carried out general recording events. A reference collection of nearly all the beetles discovered is held by Mike Bloxham. A few specimens are held by other entomologists. Mr Paul Edwards has a small unit of rove beetles and the late Mr Eric Brown (Coleoptera Recorder for Staffordshire) who checked nearly all the weevils and some beetles from other families, retained a few specimens for his collection. These are now located in The British Museum of Natural History (South Kensington). The collection probably reflects the ecology of the Sandwell Valley with its characteristic and varied mosaic of habitats reasonably well. It is also to some extent indicative of its history. A number of species included in the Index of Ecological Continuity and Saproxylic Quality index (marked in yellow in the lists) have been discovered in the fragmented woodlands on the old estate of the Earl of Dartmouth, with remnants of its surrounding deer park. These are probably survivors from a rather richer fauna that existed before the industrial revolution began to transform the area and the estate fell into disrepair.
  • Preliminary Invertebrate Survey of Bwlch Corog, Ceredigion: June-October 2018

    Preliminary Invertebrate Survey of Bwlch Corog, Ceredigion: June-October 2018

    Preliminary Invertebrate Survey of Bwlch Corog, Ceredigion: June-October 2018 Report V 1.0 Conducted by: John Dobson BSc MSc MCIEEM FRES Make Natural Ltd (Ecological Services) [email protected] For: Wales Wild Land Foundation CIO Cover Photo: View of Bwlch Corog showing Molina grassland and ancient woodland. 31 May 2018. Photo © J.R. Dobson. Preliminary Invertebrate Survey of Bwlch Corog, Ceredigion: June-October 2018 Report V1.0 Conducted by: John Dobson BSc MSc MCIEEM FRES: Make Natural Ltd (Ecological Services) [email protected] For: Wales Wild Land Foundation CIO CONTENTS SECTION PAGE EXECUTIVE SUMMARY 1 1. INTRODUCTION 1 2. METHODS 3 3. LIMITATIONS OF SURVEY 10 4. RESULTS 12 5. DISCUSSION 21 6. RECOMMENDATIONS 24 7. REFERENCES & BIBLIOGRAPHY 26 8. APPENDIX 1: MAP SHOWING SAMPLING LOCATIONS 30 9. APPENDIX 2: TAXONOMIC CHECKLIST OF INVERTEBRATES RECORDED BY THE 31 SURVEY 10. APPENDIX 3: ADDITIONAL RECORDS 39 11. APPENDIX 4: PHOTOGRAPHS OF HABITATS SAMPLED FOR INVERTEBRATES 40 12. APPENDIX 5: GLOSSARY 44 13. APPENDIX 6: RISK ASSESSMENT 46 EXECUTIVE SUMMARY Make Natural Ltd (ecological Services) was appointed by Wales Wild Land Foundation to carry out seasonal surveys or terrestrial invertebrates at Bwlch Corog, Ceredigion. These were carried out during the period June to October 2018, and included spring, summer and autumn surveys. Samples of invertebrates were taken from eight agreed habitat types (Tables 2 & 3) using sweep netting, hand-netting, hand searching, beating and tussocking. These specimens were subsequently identified during the winter of 2018-2019 (see Methods). These data were added to a spreadsheet (MNP0296_BwCo_Invert_Spp_Data_2018.xlsx) which accompanies this report.
  • Infection by Endosymbiotic “Male-Killing” Bacteria in Coleoptera * Micha³ KOLASA , Daniel KUBISZ, Jerzy M

    Infection by Endosymbiotic “Male-Killing” Bacteria in Coleoptera * Micha³ KOLASA , Daniel KUBISZ, Jerzy M

    e-ISSN 1734-9168 Folia Biologica (Kraków), vol. 66 (2018), No 4 http://www.isez.pan.krakow.pl/en/folia-biologica.html https://doi.org/10.3409/fb_66-4.18 Infection by Endosymbiotic “Male-Killing” Bacteria in Coleoptera * Micha³ KOLASA , Daniel KUBISZ, Jerzy M. GUTOWSKI, Rados³aw ŒCIBIOR, Mi³osz A. MAZUR, Milada HOLECOVÁ, and £ukasz KAJTOCH Accepted December 17, 2018 Published online December 28, 2018 Issue online December 31, 2018 * Original article KOLASA M. ,KUBISZ D., GUTOWSKI J.M., ŒCIBIOR R., MAZUR M.A., HOLECOVÁ M., KAJTOCH £. 2018. Infection by endosymbiotic “male-killing” bacteria in Coleoptera. Folia Biologica (Kraków) 66: 165-177. Wolbachia, Rickettsia, Spiroplasma and Cardinium are endosymbiotic and intracellular bacteria known to cause numerous disorders in host reproduction, reflected in their common name “male-killers”. In this study, 297 beetle species from various taxonomic groups were screened with the use of molecular markers for the presence of infection by any of these endosymbionts. Wolbachia was found to be the most common “male-killer” among beetle hosts as it infected approx. 27% of species. Rickettsia, Spiroplasma and Cardinium were much less prevalent as they infected: 8%, 3% and 2%, respectively, of the studied beetle species. This is the first report of Cardinium presence in beetle hosts. Incidences of co-infection of two bacteria taxa were very rare and only two weevil species were found to be infected by three different bacteria. These findings suggest that endosymbiotic bacteria inhabit their host at various levels of prevalence and that particular taxa usually infect different hosts, suggesting some competition among “male-killers”.