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Stratigraphic Table of Germany Compact 2012 a Global Stratigraphic Scale (GSS) Regional Stratigraphic Scale (RSS) (Composite)

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Stratigraphic Table of Germany Compact 2012 a Global Stratigraphic Scale (GSS) Regional Stratigraphic Scale (RSS) (composite) Lithostratigraphy, Natural resources, Regional AL SERIES STAGE TIME Climatostratigraphy (Quaternary) deposits, reservoirs, fossils Stage EPOCH AGE (selected examples) Group SERIES STD 2002 (selected examples) GLOB DURATION (older \ younger) Folge Region ERATHEM ERA SYSTEM PERIOD SYSTEM PERIOD Supergroup Subboreal \ Subatlantic alluvial HOLO- HOLOCENEδ HOLOCENE 0.012 peat D 0.012 Preboreal \ Boreal \ Atlantic loam CENE u. (TARANTIAN) 0.115 Weichselian Gl. Würm Glacial H2O water Neandertal NW Eem. Ig. Steinheim BW 0.127 Saalian Cpl. Holst. Ig. Riss Glacial m. (IONIAN) 0.65 Elster. Gl. Hoßkirch Gl. tephra Homo Bilzingsleben TH 0.78 Bavelian Cpl. Cromer. Heidelberg BW 2.6 PLEISTOCENE 1 Cpl. Mindel Cover sand, gravel Menapian Cpl. Gravel Reg. Stage CALABRIAN 1.03 Waalian Complex Günz Cover clay, loam, marl 2.6 N-Germany North Sea l. 1.8 Eburonian Complex Gravel diatomaceous earth 2 Tiglian Complex Rhine Glacier QUATERNARY GELASIAN 0.78 Donau Cover Merxemian QUATERNARY Gauss-Matuyama Pretiglian Complex Gravel travertine 2.6 PLEISTOCENE PLIOCENE 2.7 PIACENZIAN 1.0 Weißwasser Scaldisian Insolation Cycle ZANCLEAN 1.7 3.6 5 Lower Rhine Mors./Katte. 510 5.3 Beds PLIO. MESSINIAN 1.8 Kieseloolith Molasse basalt BW, HE, Syltian u. 7.1 Fm. NI, RP, SN, TH Rauno Inden Fm. Basin Gramian TORTONIAN 4.1 10 Formation clay BB, SN 11.2 Langenfeld. Up. Freshwa- Ries-Impact BW BY, SERRAVALLIAN 3.6 Meuro ter Molasse Lower Rhine NW m. Formation brown coal Reinbekian MIOCENE 14.8 15 Ville Fm. Up. Brack. NEOGENE LANGHIAN 1.6 Lusatia BB, SN 18.5 16.4 Brieske Molasse Hem- Formation bentonite BY moorian BURDIGALIAN Up. Marine NEOGENE 4.1 Fm. Breda gravel BY l. Köln Fm. Molasse 20.5 20 quartzsand (glass) MIOCENE 21.5 Paragloborotalia Spremberg Low. Low. Vierlandian AQUITANIAN 3.3 Formation Mainz HE , BB , NI kugleri 23.8 Basin Fresh- Brack- kaolin Kemmlitz SN water ish Hirschau BY Neochattian u. 25 Cottbus Sulzheim Mol. Mol. CHATTIAN 4.7 Formation Formation brown coal ST, SN Eochattian OLIGOCENE 28.5 Boden- Alzey Lower clay (pottery, bricks) 30 Rupelton heim Fm. Fm. Marine RP, BB, BY, TH, 10 l. RUPELIAN 5.2 Formation Molasse NW, NI, MV, HE Rupelian Pechelbronn oil BW, RP, HE, BY 33.7 Group Helveticum Latdorfian OLIGO- CENE Hantkenina. u. 35 Schö- Bor- fireclay Groß- Cribrohantkenina PRIABONIAN 3.3 newal. na almerode HE CENOZOIC 37.0 HE Serno Pro- Haguenau brown c. SN, ST BARTONIAN 4.3 Group Globigeri- Borken HE 40 Fm. fen nenmergel TERTIARY 41.3 Basal brown coal 65 m. Gei- first horse Messel EOCENE Gent- Eocene Clay Geiseltal ST NE-Germany sel- LUTETIAN 7.7 45 hin Messel clay (pottery) tal 21 Fm. Eisenberg RP 62.5 Fm. Messel Fm. TERTIARY ST 49.0 Kressenberg oil shale 50 EOCENE Zerben Formation Messel HE PALAEOGENE l. YPRESIAN 5.8 Formation clay (clay meal, δ13C medicinal clay) PALAEOGENE 54.8 55 Friedland MV Geiseltal 41 u. THANETIAN 3.1 Mahlpfuhl Fm. 57.9 Nassenheide Fm. Olching Propalaeotherium m. SELANDIAN 3.1 60 NW PALAEOCENE 61.0 Waßmannsdorf Fm. Formation natural gas + l. DANIAN 4.0 Wülpen Formation underground Iridium10 Anomaly reservoir 65.0 65 Reitbrook PALAEO- CENE MAASTRICHTIAN 6.3 70 HH 71.3 chalk Schreib- NI, SH, MV Münster Parapuzosia seppenradensis CAMPANIAN 12.2 kreide marly limestone UPPER 80 Group Group 83.5 (cement) NW, NI CRETACEOUS SANTONIAN 2.3 85.8 glauconite limestone CONIACIAN 3.2 Anröchte NW 34 89.0 90 Elbtal UPPER TURONIAN 4.5 93.5 Plänerkalk Elbsandstein Rotalipora Group Group siliceous globotruncanoides CENOMANIAN 5.4 SN U CRETACEOUS 98.9 Clayst. Flammenmerg. earth 100 Neuburg BY Königstein ALBIAN 13.3 Minimus Clay Osning Sandstone 110 Rothen- Hils Danubian NW, NI 112.2 berg Sst. Sst. Amberg BY APTIAN 8.8 Claystone Group Cretaceous Salzgitter NI Fe Germany CRETACEOUS LOWER 121.0 120 Fischschiefer Lower Cret. CRETACEOUS Claystone clay (bricks) CRETACEOUS BARREMIAN 6.0 Hauptblätterton 77 127.0 NW, NI Wietze LOWER 43 HAUTERIVIAN 5.0 Gildehaus Sst. Alpine Cretaceous Bentheim Sst. Group 132.0 130 Claystone (oil) (oil) NI N- CRETACEOUS VALANGINIAN 5.0 Osning Sandstone Bentheim Sst. 137.0 Obernkirchen Germany S- BERRIASIAN 5.0 140 Bückeberg Fm. Sandstone Germany 142.0 Münder Formation Solnhofen TITHONIAN 4.0 Gigas Beds Oberjura- UPPER 146.0 Limestone BY Weißer KIMMERIDGIAN 6.5 Süntel Formation Massenkalk Fm. limestone BW, Malm JURASSIC 150 Lochen Fm. BY, NI Jura 152.5 Korallenoolith Impressamergel Fe BY 14.5 OXFORDIAN 4.0 156.5 Salzgitter NI Ornatenton Formation CALLOVIAN 7.2 160 crushed stone, grit MIDDLE 163.7 Macrocephalenoolith Subformation oil Brauner BATHONIAN 2.8 166.5 Mittelplate Sst. Fm. Mittelplate SH Dogger JURASSIC Parkinsonienton Sengenthal Fm. Jura BAJOCIAN 8.0 170 Wedel Sst. Fm. clay NW 21.5 Altmark Sst. Eisen Sst. Fm. 174.5 Archaeopteryx Leioceras opalinum AALENIAN 3.5 178.0 Opalinuston Formation 180 Jurensismergel Formation JURASSIC TOARCIAN 5.6 Posidonienschiefer 183.6 Posidonienschiefer Fm. (Oil Shale) MESOZOIC LOWER Holzmaden, Schwar- N-Germany PLIENSBACHIAN 7.9 Amaltheenton Formation S-Germany Dotternhausen BW 58 JURASSIC 190 Lias zer 22 191.5 Capricornu Beds Numismalis- clay- and siltstone Jura SINEMURIAN 5.0 Arietenkalk Fm. mergel Fm. BW, BY, NI, NW, MV Psiloceras 196.5 Psilonotenton Fm. Bayreuth Fm. Jurassic of Central Europe spelae tirolicum HETTANGIAN 3.5 200.0 200 geothermal 186 RHAETIAN 5.0 geothermal 205.0 k 6 Exter Formation (Rhätkeuper) heat power ko MV N.-Glewe 210 k5 / k6 Unconformity Waren k 5 Arnstadt Formation (Steinmergelkeuper) sst. Plateosaurus UPPER NORIAN 15.0 BW, BY engelhardti k4 / k5 (Late Kimmerian) Unconformity BW, BY, ST TRIASSIC 220.0 220 sst. BW reservoir km Keuper 31 k 4 Weser Formation (Upper Gipskeuper) Ketzin CARNIAN 11.0 k 3 Stuttgart Formation (Schilfsandstein) anhydrite, BB CO2 Daxatina 231.0 230 k 2 Grabfeld Fm. (Lower Gipskeuper) gypsum BW, LADINIAN k 1 Erfurt Formation (Lettenkeuper) BY Bad Cannstatt ku TRIASSIC 7.0 Germany limest. BW, mo m 7-9 Trochitenkalk\ Meißner \ Warburg Fm. German Trias MIDDLE 238.0 m 4-6 Karlst.\ Heilbronn\ Diemel Fm. BB, ST, BY, mm ANISIAN 6.0 240 m 1-3 mu Muschelkalk 51 TRIASSIC 13 Jena Fm. Röt Fm. TH, NI, rock 244.0 s 7 HE, NW BW so OLENEKIAN 5.0 s 3-6 Volprieh. \ Detfurth \ Hardegsen \ Solling Fm. salt sm Buntsand- 249.0 Triassic of Central Europe LOW. TRIASS. 7 250 sst. Bernburg su Hindeodus parvus INDUAN 2.0 251.0 s1\s2 Calvörde \ Bernburg Fm. NI, ST, TH, HE, BY, BW, RP Pavement ST stein GSSP (Global Stratotype Section and Point) Time: Scale GSSP proposed locality in Germany Million years (Ma) changeover Age of resource = Age of reservoir rock Sponsored by: According to Stratigraphische Tabelle von Deutschland 2002 (STD 2002), Early Palaeozoic, Permian, Triassic, Quaternary, GSSP slightly modified, with selected resources.
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    Palaeodiversity 2: 119–167; Stuttgart, 30.12.2009. 119 Documentation and revision of the index ostracods from the Lower and Middle Jurassic in SW Germany according to BUCK (1954) MATTHIAS FRANZ, EKATERINA TESAKOVA & ELKE BEHER Abstract The ostracods from the unpublished table by BUCK (1954) are revised and figured by SEM photographs. Two new species, Aphelocythere? asymmetrica n. sp. and Palaeocytheridea blaszykina n. sp., are described. Three manuscript names are formally established here: Neurocythere cingata n. sp. BRAUN in FRANZ et al., N. tricostata n. sp. BRAUN in FRANZ et al. and Bairdia pumicosa n. sp. SHEPPARD in FRANZ et al. The stratigraphical distribution of all species in the BUCK table in SW Germany has been modified according to literature data. K e y w o r d s : Ostracods, Lower Jurassic, Middle Jurassic, SW Germany. Kurzfassung Die Ostrakoden der unveröffentlichten Tabelle von BUCK (1954) werden revidiert und mittels REM-Aufnahmen abgebildet. Zwei neue Arten, Aphelocythere? asymmetrica n. sp. und Palaeocytheridea blaszykina n. sp., werden aufgestellt; darüberhinaus werden drei Arten, Neurocythere cingata n. sp. BRAUN in FRANZ et al. und N. tricostata n. sp. BRAUN in FRANZ et al. sowie Bairdia pumicosa n. sp. SHEPPARD in FRANZ et al. hiermit veröffentlicht. Die stratigraphischen Reichweiten der Arten der BUCK-Tabelle in SW-Deutschland wurden anhand von Literaturdaten modifiziert. Contents 1. Introduction ............................................................................ 119 2. Stratigraphy ............................................................................121
  • Pseudosonninia, a New Genus of Oppeliid Ammonite (Haploceratoidea) from the Callovian (Middle Jurassic) of the Neuquén Basin, Argentina

    Pseudosonninia, a New Genus of Oppeliid Ammonite (Haploceratoidea) from the Callovian (Middle Jurassic) of the Neuquén Basin, Argentina

    VOLUMINA JURASSICA, 2019, XVII: 39–48 DOI: 10.7306/VJ.17.3 Pseudosonninia, a new genus of oppeliid ammonite (Haploceratoidea) from the Callovian (Middle Jurassic) of the Neuquén Basin, Argentina Horacio PARENT1, Alberto C. GARRIDO2, Günter SCHWEIGERT3, Luciano BRAMBILLA4 Key words: ammonites, Callovian, Los Molles Fm., Chacay Melehué, Argentina. Abstract. From the uppermost part of the Los Molles Formation (upper Lower and lower Middle Callovian) in Chacay Melehué (Neu- quén Province, Argentina), a group of hecticoceratine ammonites with a conspicuous morphology not assimilable to any known genus of this subfamily has been recently discovered. These forms are inflated oxycones with a prominent, sharp keel developed from the juvenile phragmocone up to the adult peristome. The new genus Pseudosonninia is established on the basis of these ammonites, with Pseudoson- ninia chacaymelehuensis n. gen. n. sp. as its type species. The new genus seems to be endemic to the Neuquén Basin and is recorded here from the upper Lower and lower Middle Callovian of Chacay Melehué and Río de Los Patos. INTRODUCTION zons of the Lower Callovian Bodenbenderi and Proximum zones, as well as from the highest levels of the Los Molles The Lower-Middle Callovian oppeliids from the upper Fm., a few meters below the Tábanos Fm., which are situated part of the Los Molles Fm. are poorly known throughout the above the Proximum Zone. Among these ammonites there Neuquén Basin (Fig. 1A). Besides several papers mention- are hecticoceratine morphotypes mostly belonging to Hecti- ing different species (e.g. Keidel, 1910; Groeber, 1918, coceras Bonarelli, 1893, but others correspond to an unde- Groeber et al., 1953; Stipanicic, 1965; Westermann, 1967; scribed genus.
  • Terra Nostra 2018, 1; Mte13

    Terra Nostra 2018, 1; Mte13

    IMPRINT TERRA NOSTRA – Schriften der GeoUnion Alfred-Wegener-Stiftung Publisher Verlag GeoUnion Alfred-Wegener-Stiftung c/o Universität Potsdam, Institut für Erd- und Umweltwissenschaften Karl-Liebknecht-Str. 24-25, Haus 27, 14476 Potsdam, Germany Tel.: +49 (0)331-977-5789, Fax: +49 (0)331-977-5700 E-Mail: [email protected] Editorial office Dr. Christof Ellger Schriftleitung GeoUnion Alfred-Wegener-Stiftung c/o Universität Potsdam, Institut für Erd- und Umweltwissenschaften Karl-Liebknecht-Str. 24-25, Haus 27, 14476 Potsdam, Germany Tel.: +49 (0)331-977-5789, Fax: +49 (0)331-977-5700 E-Mail: [email protected] Vol. 2018/1 13th Symposium on Mesozoic Terrestrial Ecosystems and Biota (MTE13) Heft 2018/1 Abstracts Editors Thomas Martin, Rico Schellhorn & Julia A. Schultz Herausgeber Steinmann-Institut für Geologie, Mineralogie und Paläontologie Rheinische Friedrich-Wilhelms-Universität Bonn Nussallee 8, 53115 Bonn, Germany Editorial staff Rico Schellhorn & Julia A. Schultz Redaktion Steinmann-Institut für Geologie, Mineralogie und Paläontologie Rheinische Friedrich-Wilhelms-Universität Bonn Nussallee 8, 53115 Bonn, Germany Printed by www.viaprinto.de Druck Copyright and responsibility for the scientific content of the contributions lie with the authors. Copyright und Verantwortung für den wissenschaftlichen Inhalt der Beiträge liegen bei den Autoren. ISSN 0946-8978 GeoUnion Alfred-Wegener-Stiftung – Potsdam, Juni 2018 MTE13 13th Symposium on Mesozoic Terrestrial Ecosystems and Biota Rheinische Friedrich-Wilhelms-Universität Bonn,