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Author(S) Year Title Publication URL Abadie E.I. 2014 a New Species of Brachysiderus Waterhouse, 1881 from Mato Grosso State, Lambillionea 114(2):126-127 Brazil

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Author(S) Year Title Publication URL Abadie E.I. 2014 a New Species of Brachysiderus Waterhouse, 1881 from Mato Grosso State, Lambillionea 114(2):126-127 Brazil Author(s) Year Title Publication URL Abadie E.I. 2014 A new species of Brachysiderus Waterhouse, 1881 from Mato Grosso state, Lambillionea 114(2):126-127 Brazil Adachi N. 2014 A new subspecies of Prosopocoilus inclinatus (Motschulsky, 1857) from the Kogane 15:1-6 Yakushima Island, Japan Ahrens D., Liu W-G., Fabrizi S., Bai M. & 2014 A taxonomic review of the Neoserica (sensu lato) septemlamellata group ZooKeys 402:67-102 http://www.pensoft.net/inc/journals/download. Yang X-K. php?fileId=8242&fileTable=J_GALLEYS Ahrens D., Liu W-G., Fabrizi S., Bai M. & 2014 A taxonomic review of the Neoserica (sensu lato) abnormis group ZooKeys 439:27-82 http://www.pensoft.net/inc/journals/download. 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V. 2014 A review of scarab beetle tribe Aphodiini of the fauna of Russia Entomological Review 94(6):846-879 http://www.scarabaeoidea.com/files/pdf/akhm etova-frolov-2014.pdf Albertoni F., Fuhrmann J. & Ide S. 2014 Lagochile emarginata (Gyllenhal): morphology of immature and imago, and Revista Brasileira de Entomologia 58(1):32- http://www.scielo.br/pdf/rbent/v58n1/a07v58n biological records 46 1.pdf Albertoni F., Krell F., Steiner J. & Zilikens A. 2014 Life history and description of larva and pupa of Platyphileurus felscheanus ZooKeys 389:49-76 http://www.pensoft.net/inc/journals/download. Ohaus, 1910, a scarabaeid feeding on bromeliad tissues in Brazil, to be php?fileId=8063&fileTable=J_GALLEYS excluded from Phileurini Albuquerque L.S.C., Souza T.B., Maia 2014 New biological and immature morphological records of the masked chafer, Journal of Insect Science 14(101):1-11 http://www.insectscience.org/14.101/i1536- A.C.D. & Iannuzzi L. 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Vol. 3 China Forestry Publishing House, Beijing :1- 277 (75-76) Ballerio A. 2014 New data on Palaearctic Ceratocanthinae with description of a new species Koleopterologische Rundschau 84:277-280 http://www.zobodat.at/pdf/KOR_84_2014_02 from China 77-0280.pdf Ballerio A. 2014 New records of Ceratocanthinae from Arunachal Pradesh (India) with Biodiversity Journal 5(4):521-524 http://www.biodiversityjournal.com/pdf/5(4)_5 description of a new species of Pterorthochaetes Gestro, 1898 21-524.pdf Ballerio A. 2014 Introduction aux Ceratocanthinae de Guyane ACOREP-France : Coléoptères de Guyane 8:81-85 Bartolozzi L., De Keyzer R. & Zilioli M. 2014 Contribution to the Knowledge of the Australian Stag Beetles, with The Coleopterists Bulletin 68(3):345-350 Description of a New Species of Lissotes Westwood, 1855 Bartolozzi L., Ghahari H., Sprecher- 2014 A checklist of stag beetles from Iran Zootaxa 3887(3):422-436 Uebersax E. & Zilioli M. Beinhundner G. 2014 Note on the genus Mecynorhina (Megalorhina) Westwood and description of Entomologia Africana 19(2):42-46 a new subspecies of Mecynorhina(Megalorhina) harrisii from Togo Beinhundner G. 2014 Description of a new subspeceis of Anisorrhina Westwood, 1842 from Entomologia Africana 19(1):11-13 Tanzania Bezborodov V.G. 2014 Cockchafer of the Subfamilies Valginae Mulsant, 1842 of the Far East of International Conference. Resources, Russia environment and regional sustainable development in Northeast Asia :57-59 Bezborodov V.G. 2014 Annotated list of the lamellicorn beetles of the fauna of Khabarovskii Krai Amurian zoological journal 6(2):125-146 http://www.bgpu.ru/azj/articles/V_V_2/1.pdf (Russia) Bezborodov V.G. 2014 Lamellicorn beetles of Kuril Islands (Sakhalin Region, Russia): taxonomical Caucasian Entomological Bulletin 10(1):33- http://ssc-ras.ru/files/files/5_Bezborodov.pdf structure, fauna, ecology and zoogeography 46 Bezborodov V.G. 2014 Annotated list of the lamellicorn beetles of the fauna of the Primorsky Krai Amurian zoological journal 6(1):22-50 (Russia) Bezborodov V.G. & Koshkin E.S. 2014 A review of Bolboceratidae species from the Far East of Russia Journal of Zoology 93(8):953-959 Bezborodov V.G. & Zinchenko V.K. 2014 Scarab beetles of Chukotskii Avtonomnyi Okrug of Russia Euroasian Entomological Journal 13(4):395- http://www.zin.ru/Animalia/Coleoptera/pdf/bez 399 borodov_zinchenko_2014_scarabaeidae.pdf Bezborodov V.G., Zinchenko V.K. & Lafer 2014 Interesting and doubtful materials on lamellicorn beetles from the Siberia and Euroasian Entomological Journal 13(3):257- http://kmkjournals.com/upload/PDF/EEJ/13/E G.Sh. Far East of Russia 262 EJ13_3_257_262_Bezborodov.pdf Bezdek A. & Sehnal R. 2014 Schizonycha kadleci sp.nov. From western Yemen Annales Zoologici (Warszawa) 64(1):37-43 Bharamal D.M., Koli Y.J. & Bhawane G.P. 2014 An inventory of the Coleopteran fauna of Sindhudurg district, Maharashtra, International Journal of Current Microbiology India and Applied Sciences 3(12):189-193 Bharamal D.M., Koli Y.J., Korgaonkar D.S. & 2014 Scarab Fauna of Sindhudurg district, Maharashtra, India Biolife 2(4):1301-1304 Bhawane G.P. Bidault J. 2014 Variations chromatiques de Protaetia (Cetonischema) speciosissima Le Coléoptériste 17(3):151-152 (Scopoli, 1786) Bitar A. & Morón M.A. 2014 Revisión y análisis filogenético del género Xyloryctes Revista Mexicana de Biodiversidad http://www.revistas.unam.mx/index.php/bio/ar 85(3):753-796 ticle/view/42654/44684 Blanco Villero J.M., Cabrero-Sañudo F.J. & 2014 Catalogo de los Scarabaeoidea (Coleoptera) de la Provincia de Huelva Boletin de la Sociedad Entomológica http://sea- López-Pérez J.J. (suroeste de Andalucia, España) I. Familias Hybosoridae, Ochodaeidae y Aragonesa (S.E.A.) 55:193-196 entomologia.org/Publicaciones/Boletines/Bol Trogidae etin55/Boletin55/193196BSEA55Scarabeidos Huelva.pdf Blom P.E. & Clark W.H. 2014 Size variation in Phobetus sleeperi Hardy with description of the female from Giornale Italiano di Entomologia 13(59):417- Baja California, Mexico, observations on the type locality, and comparisons 428 with Phobetus desertus Blom & Clark Boilly O. 2014 Descriptions d’un nouveau Neoathyreus de Guyane et du mâle d’Athyreus Bulletin de la Société entomologique de http://www.lasef.org/new/119(3)/1747%20Boil conspicuus France 119(3):307-310 ly.pdf Bordat P. 2014 Quatre espèces nouvelles d'Aphodiinae de Tanzanie Entomologia Africana 19(1):39-48 Bordat P. 2014 Famille Aegialiidae Laporte de Castelnau, 1840, Aphodiidae Leach, 1815 Tronquet M., Catalogue des Coléoptères de France. R.A.R.E. 23 (Supplement):1-1052 (378-385) Bordat P. 2014 Les espèces du genre Dudleyellus Bordat, 2009 Bulletin de la Société entomologique de http://www.lasef.org/new/119(4)/1750%20Bor France 119(4):529-546 dat.pdf Boucher S. 2014 Famille Lucanidae Latreille, 1804 Tronquet M., Catalogue des Coléoptères de France. R.A.R.E. 23 (Supplement):1-1052 (374-376) Bouyer T. 2014 Description de nouvelles Lucanidae africains Entomologia Africana 19(2):2-6 Bouyer T. 2014 Description de deux nouvelles espèces de Dynastinae africains Lambillionea 114(3):264-268 Boyer J-C. 2014 Aplidia transversa transversa (F., 1801), nouveau pour la faune de France L'Entomologiste 70(1):39-40 Bunalski M., Konwerski S., Rutkowski T., 2014 Materiały do poznania rozmieszczenia chrząszczy Zachodniej Polski.Część Wiadomosci Entomologiczne. Poznàn http://pte.au.poznan.pl/we/2014/27_Bunalski_ Ruta R., Przewozny M. & Wasala R. 5. Żukowate (Geotrupidae) 33(4):249-264 i_in.pdf Bunalski M., Samin N., Ghahari H.
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