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Systematics of the Middle Jurassic Heteromorphic Ammonites
UDC 564. 53 . 01 SYSTEMATICS OF THE MIDDLE JURASSIC HETEROMORPHIC AMMONITES N. V. Besnosov and V. V. Kutuzova All-Union Scientific Research Petroleum Geologic Exploration Institute (VSEGEI) ABSTRACT: The stratigraphic distribution, phylogenetic relationships, and systema tics of the Middle Jurassic heteromorphic ammonites and their relationship to the monomorphic ammonites are considered. Sulcohamitoides gen. nov. and Ga�antiana as a�jani sp. nov. are described. * * * The vast majority of Middle Jurassic heteromorphic ammonites are shells with a spiral developing early in one plane, all the way to the formation of a straight tube in the outer part of the phragmocone and in the living chamber. They are also characterized by reduction of the U and I lobes in ontogenesis, manifested to a greater or lesser degree, and by only slight dissection of their lobes and saddles. The following generic names of the Jurassic heteromorphs are given in the lite rature. A�cuce�as Potonie, 1929, for which the family Arcuceratidae Arkell, 1950 has been proposed. This genus is based on a single species, A. ma�thae Potonie, from the Pliensbachian of Germany, the only specimen of which has been lost. Repeated searches at the type locality have been unsuccessful. It has been suggested that the dating is erroneous, or that the species and genus are based not on a heteromor phic ammonite, but on acrinoid stem. Apso��oce�as Hyatt, 1900, occurs in the lower half of the subfu�catum zone of the Upper-Bajocian and has usually been combined with Spi�oce�as Quenstedt, 1858, from which it differs in its less reduced U and I lobes and its finer sculpture. -
Saint-Julien-En- Genevois, Résulte Du Même Type De Déformation
SAINT-JULIEN-EN GENEVOIS M DONZEAU. R WERNLI. J CHAROLLAIS. G MONJUVENT SAINT-JULIEN-EN-GENEVOIS La carle géologique à 1/50000 SAINT-JULIEN-EN-GENEVOIS est LHG recouverte par les coupures suivantes ~SHGN de la Carle géologique de ta France à 1/80000 --=:-- SIGN au sud-ouest: NANTUA (N° 160) SIEGN au sud-est. ANNECY (N" 160 bis) -.SNHGS au nord-ouest: SAINlCLAUDE iN° 149) DtPARTEMENT Dt; l'imEAIEuA OE l'ENVIRONNEMENT otPAATEMENT OE L1NTERIEUR liT DES IoJ'fAIAES REGIONALES SERVICE MYllflOI-OG>OOE ET au nord-est: THONON (N" 150) SERVICE (;,t,NTOtlAL DE GtOl-OO'E DE GENE~E GEOl-OGIOl)E " ...nONAl ,,",_Son__ CH '~"GE_I·SI.OSSE """"""'IlE""" SUISSE -- ._<:- MINISTÈRE DE L'ÉCONOMIE, --- -- DES FINANCeS ET DE L'INOUSTRIE '...JULIEN _.. BAGM· SERVICE GEOlOGIOUE NATIONAL "-- -- BP 6009· ~5060 ORLI"ANS CEOEX 2· FRANce BRGt,; _.- -- --, NOTICE EXPLICATIVE DE LA FEUILLE SAINT-JULIEN-EN-GENEVOIS À 1/50 000 par M. DONZEAU, R. WERNLI, J. CHAROLLAIS, G. MONJUVENT 1997 Editions du BRGM Service géologique national Références bibliographiques. Toute référence en bibliographie à ce document doit être faite de la façon suivante : pour la carte : DONZEAU M., WERNLIR., CHAROLLAIS J., MONJUVENTG. (1997) — Carte géol. France (1/50 000), feuille Saint-Julien-en-Genevois (653). Orléans : BRGM. Notice explicative par M. Donzeau, R. Wernli, J. Charollais, G. Monjuvent (1997), 144 p. pour la notice : DONZEAU M., WERNLI R., CHAROLLAIS J., MONJUVENT G. (1997) — Notice explicative, Carte géol. France (1/50 000), feuille Saint-Julien-en-Genevois (653). Orléans : BRGM, 144 p. Carte géologique par M. Donzeau, R. Wernli, J. -
О Некоторых Rarecostites (Parkinsoniidae, Ammonoidea) Зоны Parkinsoni Верхнего Байоса Северного Кавказа © 2017 Г
ПАЛЕОНТОЛОГИЧЕСКИЙ ЖУРНАЛ, 2017, № 5, с. 13–26 УДК 564.53:551.762.22(470.631) О НЕКОТОРЫХ RARECOSTITES (PARKINSONIIDAE, AMMONOIDEA) ЗОНЫ PARKINSONI ВЕРХНЕГО БАЙОСА СЕВЕРНОГО КАВКАЗА © 2017 г. В. В. Митта Палеонтологический институт им. А.А. Борисяка РАН e-mail: [email protected] Поступила в редакцию 21.09.2016 г. Принята к печати 24.10.2016 г. Приведены результаты изучения аммонитов рода Rarecostites подсемейства Parkinsoniinae из ниж- ней части зоны Parkinsonia parkinsoni верхнего байоса р. Кяфар (бассейн р. Большой Зеленчук, Ка- рачаево-Черкесия). Здесь найдены многочисленные раковины микроконхов R. subarietis (Wetzel). Вслед за А. де Гроссувром (de Grossouvre, 1919) названия R. acris (Wetzel) и R. arietis (Wetzel) предла- гается считать субъективными синонимами R. subarietis, с заменой названия стандартной подзоны Acris на Subarietis. В нижней части разреза найдены также многочисленные микроконхи R. sherstyu- kovi sp. nov. и более редкие макроконхи R. kyafarensis sp. nov. Обсуждаются филогенетические взаи- моотношения видов Rarecostites; приведены описания и изображения перечисленных видов, уста- новлены фаунистические горизонты sherstyukovi и subarietis. DOI: 10.7868/S0031031X17050051 ВВЕДЕНИЕ 200 экз. аммонитов рода Parkinsonia (sensu lato). Аммониты семейства Parkinsoniidae широко Коллекция дополнена сборами любителя палеон- распространены по всей северной периферии тологии М.П. Шерстюкова (Ставрополь, Россия) океана Тетис и являются одной из важнейших из этих же местонахождений. Ниже приводятся групп аммонитов для биостратиграфического -
Publikationen Mit Beteiligung Von Mitgliedern Der SKJ Im Druck
Publikationen mit Beteiligung von Mitgliedern der SKJ im Druck Audo, D., Schweigert, G. & Charbonnier, S. (im Druck): Proeryon, the most widespread and long‐lived genus of Polychelidan lobsters. – Annales de Paléontologie Kutz, M., Dietze, V. & Franz, M. (im Druck): Neue Ammonitenfunde aus der Hauptrogenstein‐ Formation (Mittlerer Jura) vom Tuniberg (Oberrheingraben, SW‐Deutschland). – Jahresberichte und Mitteilungen des oberrheinischen geologischen Vereins Dietze, V. & Schweigert, G. (im Druck): Zwei exotische Ammoniten aus dem Ober‐Aalenium (Mittlerer Jura) von Blumberg‐Achdorf (SW‐Deutschland). – Jahreshefte der Gesellschaft für Naturkunde in Württemberg. Dietze, V., Wannenmacher, N. & Schweigert, G. (im Druck): Die Sauzei‐Zone (Mitteljura, Unter‐Bajocium) im Gebiet des Hohenzollern (Schwäbische Alb, SW‐Deutschland). – Zitteliana Schweigert, G., Scherzinger, A. & Lehmkuhl, A. (2020): Eine „verlorene Formation“ – die jüngsten Weißjura‐Relikte der Schwäbischen Alb. – Jahresberichte und Mitteilungen des oberrheinischen geologischen Vereins 2019 Audo, D. & Schweigert, G. (2019): Das Meereskrokodil Pelagosaurus – Kronjuwel einer Fossiliensammlung. – Fossilien, 36 (1): 4‐7. Dietl, G. (2019): Die Ammonitenfauna der Medea‐Subzone (untere Jason‐Zone, Mittel‐ Callovium) aus dem Ornatenton, mittlere Schwäbische Alb, SW‐Deutschland. – Jh. Ges. Naturkde. Württemberg, 175: 129‐148. Dietl, G. & Niederhöfer, H.‐J. (2019): Ein weiterer Beleg für die Medea‐Subzone (untere Jason‐ Zone, Mittel‐Callovium), und zwar aus dem Wartenbergoolith von Geisingen a. d. Donau, ‐ Jh. Ges. Naturkde. Württemberg, 175: 149‐ 158. Dietze, V. & Wannenmacher, N. (2019): Eine Emileia von der Zollernalb – vom Fund zum wissenschaftlichen Beleg. ‐ Fossilien, 36(1): 44–47. Dietze, V. & Hillebrandt, A. (2019): Lower Bajocian (Middle Jurassic) Ammonites of the Manflas area in Atacama Province, Northern Chile, Part 2: Giebeli Zone. ‐ Zitteliana, 93: 25– 46; München. -
Geologica Hungarica. Series Paleontologica
STRATIGRAPHY MIDDLE JURASSIC PROFILES IN THE VICINITY OF GYENESPUSZTA To explore the Middle Jurassic sediments available (Text-fig. 2), the staff of the Hungarian Geological Institute carried out diggings on six sites in the vicinity of Gyenespuszta farmstead, northern Bakony Mountains, Hungary (Text-fig. 1). Each profile thus exposed comprises a different rock sequence of different facies and with a different fauna. (For the faunal lists and the profiles, see the Hungarian text.) Profile I The Dachstein Limestone is overlain with a hiatus spanning the entire Middle and Upper Liassic and the Lower Dogger, by red nodular limestone beds (Text-fig. 3), with a fauna characteristic of the Upper Bajocian Parkinsonia parkinsoni Zone. Profile II At the base of the profile (Text-fig. 4) the footwall is represented by lowermost Liassic limestones of Dachstein type that are followed by a thin manganiferous layer with ammonites characteristic of the Toarcian Hildaites serpentinum Zone. This is overlain by the Middle Jurassic ammonitico rosso limestone in which the Middle Bathonian Tulites subcontractus Zone and the Upper Bathonian Prohecticoceras retrocostatus Zone could be identified. The hanging-wall is represented by radio- larites. Profiles III and IV The two profiles have exposed a Middle Jurassic rock suit of similar litho- and biofacies, differing from the other Gyenespuszta profiles. The abundance of Bositra is conspicuous. Both lithology and fauna suggest the presence in Profile III of sediments deposited in a submarine fissure (Q fissure, see W e n d t 1971). Both profiles contain a fauna belonging to the Parkinsoni Zone. Profile V The rock types in this profile (Text-fig. -
Ammoniten Mitteljura.Pdf
Lytoceratidae Lytocerataceae LYTOCERATINA: Phylloceratidae Phyllocerataceae PHYLLOCERATINA: informations from Schlegelmilch, R. (1998) jurassic of southern germany. Biostratigraphical data combined by Biostratigraphic distribution of subclass ammonoidea in the middle zusammengestellt nach Angaben aus Schlegelmilch, R. (1998) süddeutschen Mitteljura. Biostratigraphisch Verbreitungsdaten Biostratigraphische Verbreitung der Unterklasse Ammonoidea im Pachylytoceras Pachylytoceras Pachylytoceras Lytoceras Calliphylloceras Lytoceras Lytoceras Sowerbyceras Sowerbyceras Sowerbyceras Holycophylloceras Calliphylloceras Partschiceras taeniatum dilucidum torulosum penicillatum bajociense eudesianum amplum subtortisulcatum ovale antecedens zignodianum disputabile esulcatum 2 (5) 2 (3,4) 2 (2) 1 (8) 1 (2) 2 (1) 1 (9) 1 (7) 1 (6) 1 (5) 1 (4) 1 (3) 1 (1) + + + + + Mittlerer Jura / middle jurassic al 1a alpha + + Unter-Aalenium al 1b beta + al 2a Ober-Aalenium al 2b bj 1a gamma Unter-Bajocium bj 1b bj 1c + + + delta bj 2 + + + Mittel-Bajocium bj 3a1 + + + bj3a2 + + + Ober-Bajocium bj3a3 epsilon + + + bj 3b + + + bj 3c + + + bt 1a + + + Unter-Bathonium bt 1b + + bt 2a + + Mittel-Bathonium bt 2b + + bt 2c + + bt 3a + + Ober-Bathonium bt 3b + + bt 3c + + cl 1a + + Unter-Callovium cl 1b + + + + + cl 2a zeta + + + + + Mittel-Callovium cl 2b + + + + + + cl 3a + + + + + + Ober-Callovium cl 3b Oberer Jura / upper jurassic ox 1a Unter-Oxfordium ox 1b ox 1c alpha Mittel-Oxfordium ox 1d Ober-Oxfordium ox 1e ox 1f ox 2a beta ox 2b ki 1a gamma 1 Unter-Kimmeridgium ki 1b gamma 2 ki 1c gamma 3 ki 1d ki 2a delta Mittel-Kimmeridgium ki 2b ki 3a epsilon Ober-Kimmeridgium ki 3b ki 4 zeta1 ki 5 zeta2 ti 1a zeta 3 Unter-Tithon ti 1b ti 1c Oppeliidae Tmetoceratidae Planammatoceras Hammatoceratinae Hammatoceratidae Hammatocerataceae AMMONITINA: informations from Schlegelmilch, R. -
Upper Bathonian Ammonites Neuquén Basin
Boletín del Instituto de Fisiografía y Geología 90, 2020 1 Upper Bathonian ammonites from Chacay Melehué (Neuquén Basin, Argentina) and the chronostratigraphy of the Steinmanni Zone Horacio Parent, Alberto C. Garrido, Luciano Brambilla & Matthias Alberti Parent H., Garrido A.C., Brambilla L. & Alberti M., 2020. Upper Bathonian ammonites from Chacay Melehué (Neuquén Basin, Argentina) and the chronostratigraphy of the Steinmanni Zone. Boletín del Instituto de Fisiografía y Geología 90: 1-37. Rosario, 20-09-2020. ISSN 1666-115X. Abstract. It is here presented the study of a collection of Upper Bathonian ammonites sampled bed-by-bed from a new section of Chacay Melehué (Neuquén Basin, Argentina). Most of the specimens are macroconch females moderately well preserved, belonging to the following genera: Oxycerites, Alcidellus, Choffatia, Neuqueniceras, Iniskinites, Stehnocephalites, Lilloettia, and Eurycephalites. The new species Choffatia irregularis and Eurycephalites belgranoi are described. The microconch of Iniskinites crassus is described for first time. From the occurrence of ammonites very close to Eurycephalites gottschei the stratigraphic range of the genus is extended downwards into the upper part Recibido 12/06/2020 of the Steinmanni Subzone. The Steinmanni Zone is subdivided in two new standard subzones: Steinmanni Subzone Aceptado 20/08/2020 and Gerthi Subzone. The base of this latter is the crassus Hz. (emended). Disponible vía Internet Key words: Upper Bathonian ▪ Steinmanni Zone ▪ Ammonoidea ▪ Neuquén Basin ▪ Chacay Melehué. & versión impresa 20/09/2020 Resumen. Amonites del Bathoniano Superior de Chacay Melehué (Cuenca Neuquina, Argentina) y la cronoestratigrafía de la Zona Steinmanni. Se presenta el estudio de una colección de amonites del Bathoniano Editor: E.P. -
Toarcian, Aalenian and Early Bajocian (Jurassic)
S T U D I A G E O L O G I C A P O L O N I C A Vol. 123, Kraków 2004, pp. 7–131. Geology of the Pieniny Klippen Belt and the Tatra Mts, Carpathians Edited by K. Birkenmajer Part XVII Ryszard MYCZYÑSKI 1 Toarcian, Aalenian and Early Bajocian (Jurassic) ammonite faunas and biostratigraphy in the Pieniny Klippen Belt and the Tatra Mts, West Carpathians2 (Figs 1–39; Tabs 1–5) Abstract. The ammonite faunas here described were derived from the Toarcian (Lower Jurassic) and Lower Bajocian (Middle Jurassic) strata of the Pieniny Klippen Belt and the Lower Subtatric Succession, Polish Tatra Mts (West Carpathians). The ammonites belong to the families: Phyllo- ceratidae, Lytoceratidae, Hildoceratidae, Graphoceratidae, Hammatoceratidae, Sonniniidae, Otoiti- dae and Stephanoceratidae. The associated bivalve faunule is represented by the families Inocera- midae and ?Posidoniidae. Stratigraphic evaluation of the ammonite assemblages helped to redefine age ranges of some lithostratigraphic units in the Pieniny Klippen Belt and the Lower Subtatric Succession, Tatra Mts. Key words: Pieniny Klippen Belt, Tatra Mts, biostratigraphy, Early-Middle Jurassic, ammonites, bivalves. INTRODUCTION The paper presents systematic description and stratigraphic evaluation of new Toarcian through Early Bajocian ammonite and bivalve faunas from the Pieniny Klippen Belt, Polish part (Figs 1, 2), and the Lower Subtatric Nappe, Polish Tatra Mts (Fig. 8), West Carpathians. The specimens elaborated are housed in the Insti- tute of Geological Sciences, Polish Academy of Sciences, Twarda 51/55, 00-818 Warszawa. 1 Institute of Geological Sciences, Polish Academy of Sciences, ul. Twarda 51/55, 00-818 Warszawa, Poland. -
Late Bajocian Ammonites from the Cook Inlet Region, Alaska
Late Bajocian Ammonites From the Cook Inlet Region, Alaska By RALPH W. IMLAY JURASSIC AMMONITES FROM SOUTHERN ALASKA GEOLOGICAL SURVEY PROFESSIONAL PAPER '418-A Description and illustrations of cephalopods· of Middle Jurassic (late Ba;'ocian) age I:IBRARY tHJRfAU OF MIN£1 ~18RARV SPOI\ANl. ~ASH. JUN 31971 PlfASf lfTtJIN TO l18RAIY UNITED STATES GOVERNMENT PRINTING OFFICE, WASHINGTON : 1962 r UNITED STATES DEPARTMENT OF THE INTERIOR STEWART L. UDALL, Secretary GEOLOGICAL SURVEY Thomas B. Nolan, Director For sale by the Superintendent of Documents, U.S. Government Printing Office Washington 25, D.C. CONTENTS Page Page Abstract___________________________________________ A-1 Comparisons with other faunas ______________________ _ A-3 North America, exclusive of Alaska ______________ _ 3 Introduction ________ -- ________ ----_---------------- Arctic region __________________________________ _ 3 Biologic analysis _________________ -- ___ - ------------- 1 Eurasia and north Africa _______________________ _ 4 Stratigraphic summary ______________________ - ____ --- 2 Australasia and Indonesia _______________________ _ 4 Geographic distribution _____________________________ _ 4 North side of Cook inlet____ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 2 Systematic descriptions _____________________________ _ 5 Talkeetna Mountains____________________________ 2 References----------------------------------------- 13 Age of the fauna____________________________________ 2 Index ____________________________________________ _ 15 ILLUSTRATIONS [Plates follow -
(Late Bajocian Ammonoidea) As Guide Fossils and Biostratigraphic Indices
134 9'h International Congress on the Jurassic System - Abstracts Parkinsoniids and garantianids (Late Bajocian Ammonoidea) as guide fossils and biostratigraphic indices GIULIO PAVIA1 * & SIXTO R. FERNANDEZ-LOPEZ 2 1Dipartimento di Scienze de/la Terra, Universita degli Studi di Torino, 10125 Torino, Italy; E-mail: [email protected] 2Departamento Paleontologfa, Facultad Ciencias Geol6gicas, ea/le Jose Antonio Novais,2, Universidad Complutense de Madrid, 28040-Madrid, Spain; E-mail: [email protected] Taphonomic, palaeobiological and appearances of innovative biota in several areas biochronological data are relevant in (then fossils in the stratigraphic record) may be interpreting time-space relationships of interpreted as synchronous events if they are the fossiliferous rock bodies, and in understanding effects of synchronous geographic dispersions the palaeoenvironmental changes taking from a common external source area. However, place on Earth' surface. It is assumed that the they are diachronous towards the source bed-by-bed order of succession shown by area. The appearances of innovative biota can fossils in the stratigraphic record represents be complementarily calibrated through the the chronological order of the producer taxa. synchroneity of the transgressive/regressive However, a particular feature of the fossil record changes analysed in sequence stratigraphy, too can condition the validity of the palaeontological (SANDOVAL et al. 2001). interpretations. In diverse cases it cannot be Since the latest decades of the past century, -
COULONGES SUR Autizev5
COULONGES.qxd 12/01/07 10:14 Page 1 587 COULONGES- SUR-L’AUTIZE COULONGES-SUR-L’AUTIZE par P. BOUTON, P. BRANGER La carte géologique à 1/50 000 COULONGES-SUR-L’AUTIZE est recouverte par les coupures suivantes de la Carte géologique de la France à 1/80 000 au Nord-Ouest : LA ROCHE-SUR-YON (N° 130) au Sud-Ouest : FONTENAY (N° 141) au Nord-Est : BRESSUIRE (N° 131) au Sud-Est : NIORT (N° 142) Chantonnay Moncoutant Parthenay Fontenay- COULONGES- Mazières- le-Comte SUR-L'AUTIZE en-Gatine BRGM Marans Niort Saint-Maixent- l'École SERVICE GÉOLOGIQUE NATIONAL B.P. 36009 - 45060 ORLÉANS CEDEX 2 - FRANCE 20 cm 10 Km 19 9 18 17 8 16 15 7 14 13 6 12 COULONGES.qxd 12/01/0710:14Page2 11 5 10 chelle 1/50 000 Secrétaire Général Président R. WYNS D. MARQUER,P.NEHLIG,ROSSI,J.THIERRY,VASLET, F. HANOT,P.LEDRU,J.LEMÉTOUR,MARCOUX, D. GRANDPERRIN,P.GUENNOC,F.GUILLOCHEAU, T. BAUDIN,M.BRUNEL,J.-L.DURVILLE,FAURE, 9 É COMITÉ DE LA CARTE GÉOLOGIQUE COMITÉ DELACARTE Les recommandationspourfaireréférence àcedocument 4 8 : J.-M.LARDEAUX; SERVICE GÉOLOGIQUE NATIONAL GÉOLOGIQUE SERVICE 7 se trouventenpage2delanotice : D.JANJOU; DE LAFRANCE 3 6 BRGM Vice-Président 5 Membres 2 4 : J.DUBREUILH; : J.-P.BARBEY, 3 1 2 1 0 0 omissions qu’ilsaurontpuconstater. géologique national(SecrétariatdelaCartegéologique)leserreursou Il seratenucomptedeleursobservationsdanslaprochaineédition. Les utilisateursdecettecartesontpriésfaireconnaîtreau Service NOTICE EXPLICATIVE DE LA FEUILLE COULONGES-SUR-L’AUTIZE À 1/50 000 par P. BOUTON et P. BRANGER 2007 BRGM Éditions Service géologique national Références bibliographiques. -
STUTTGARTER BEITRÄGE ZUR NATURKUNDE, NEUE SERIE a (2008-2017) 2017 - Neue Serie 10 Malzacher, P.; Sangpradub, N
INTEGRATIVE SYSTEMATICS (SEIT 2018) 2018 – Integrative Systematics 1 Schawaller, W. (2018): Taxonomy and distribution of the species of the genus Myrmechixenus Chevrolat, 1835 (Tenebrionidae: Diaperinae), 1, 1-6. Schüssler, C., Thiv, M.; Wörz, A. (2018): Indigenous and synanthropic populations of Galanthus nivalis L. in Baden-Württemberg, 1, 7-15. Nicholls, J. A., Melika, G., Demartini, J. D.; Stone, G. N. (2018): A new species of Andricus Hartig gallwasps from California (Hymenoptera: Cynipidae: Cynipini) galling Notholithocarpus (Fagaceae), 1, 17-24. Salvador, R. B. (2018): Notes on a new collection of Streptaxidae (Gastropoda: Stylommatophora) from Brazil, with descriptions of two new species of Streptaxis, 1, 25-33. Malzacher, P.; Staniczek, A. H. (2018): A new mayfly genus of the subfamily Caeninae (Ephemeroptera: Caenidae) from Sumatra and two new Caenis species from Papua New Guinea, 1, 35-45. Feizpour, p., Fekrat, L., Namaghi, H. p., Stadie, D., Rajaei, H. (2018): Combination of morphological characters and DNA-barcoding confirms Problepsis cinerea (Butler, 1886) (Geometridae: Sterrhinae: Scopulini) as a new genus and species for the fauna of Iran,1, 47-57. Grimm, R. (2018): New and little known species of Tenebrionidae (Coleoptera) from Borneo (8),1, 59- 70. Schawaller, W. (2018): New and little known species of Tenebrionidae (Coleoptera) from Borneo (8), 1, 71-78. Assing, V. (2018): Revision of the Cousya species of the West Palaearctic Region (Coleoptera: Staphylinidae: Aleocharinae),1, 79-127. STUTTGARTER BEITRÄGE ZUR NATURKUNDE, NEUE SERIE A (2008-2017) 2017 - Neue Serie 10 Malzacher, P.; Sangpradub, N. (2017): Revision of the tribe Caenoculini (Insecta: Ephemeroptera: Caenidae) and its position within the Brachycercinae, 10, 1-17.