ST1.1 History of Stratigraphy in Italian environments (17th – 20th centuries)
Oral Presentations
ST1.1-1 Vaccari E.*: The development of stratigraphy in Italy between 17th and
ST1.1-2 Ferretti A.*, Vezzani F. & Balini M.: Leonardo da Vinci and the birth of stratigraphy
ST1.1-3 Candela A.*: Geohistory and history of stratigraphy in the Introduzione alla geologia by the “Huttonian” geologist Scipione Breislak (1750-1826)
ST1.1-4 Pantaloni M.*, Console F., Petti F.M. & Tropeano M.: The historical evolution of the geological knowledge about the UNESCO Matera area (Southern Italy)
ST1.1-5 Faccioli M.*: The use of "corsi" in the ancient quarries of the Verona region (NE Italy) and their relevance for the history of stratigraphy
ST1.1-6 Roghi G.*: The geological travels of Achille De Zigno in the Dolomites during the spring of the 1846
ST1.1-7 Principe C.*: The contribution of Henry James Johnston-Lavis to the Monte Somma and Vesuvius Stratigraphy and cartography
ST1.1-8 Histon K.*: Arturo Issel (1842-1922): the man from Genoa behind the Tyrrhenian Stage of the Pleistocene
ST1.1-9 Fabbi S.*, Cestari R., Dominici S. & Sha J.: The De Filippi Expedition and the Cretaceous stratigraphy of Aksai Chin Region (western China)
ST1.1-10 Marabini S.*: Giuliano Ruggieri (1919-2002) and the Pleistocene stratigraphy of Santerno Valley (Northern Italy)
ST2.1 Chemo- and biostratigraphy: complementary or antagonistic tools?
Oral Presentations
ST2.1-1 McAdams N.E.B.*, Cramer B.D., Bancroft A.M., Melchin M.J., Devera J. & Day J.E.: Integrated conodont, graptolite, and δ13C bio-chemostratigraphy of the Silurian of the Illinois Basin: a complimentary approach
ST2.1-2 Wohlwend S.*, Bernasconi S.M. & Deplazes G.: A high-resolution chemo- and biostratigraphy through the latest Toarcian to Early Aalenian units in northern Switzerland
ST2.1-3 Mahanipour A.*, Mutterlose J. & Eftekhari M.: Integrated bio and chemostratigraphy of the late Barremian - early Aptian interval from southwestern Iran (Zagros Basin)
ST2.1-4 Todes J.* & Walaszczyk I.: Linking Coniacian inoceramid diversification with paleoenvironmental instability
ST2.1-5 Gale A.S.*: The Santonian-Campanian boundary - historical usage and modern definition
ST2.1-6 Montano D.*, Gasparrini M., Gerdes A., Rohais S., Della Porta G. & Albert R.: Dating potential and age accuracy of U-Pb geochronology by LA-ICP-MS applied to lacustrine carbonates
ST2.1-7 Ohta J.*, Nozaki T., Takaya Y., Yasukawa K., Fujinaga K., Nakamura K., Kimura J.-I., Chang Q. & Kato Y.: Improvement of chronology for Cenozoic pelagic brown clay by osmium isotope stratigraphy
Poster presentations
ST2.1-8 Bornemann A.*, Erbacher J. & Thöle H.: High-resolution calcareous nannofossil biostratigraphy for the Lower Cretaceous (Berriasian - Aptian) of the Lower Saxony Basin
ST2.1-9 Frau C.*, Bulot L.G., Delanoy G., Moreno-Bedmar J.A., Masse J.-P., Tendil A.J.-B. & Lanteaume C.: The Aptian GSSP candidate at Gorgo a Cerbara (Central Italy): an alternative interpretation of the bio-, litho- and chemostratigraphic markers
ST2.1-10 Kossovaya O.L.*, Petrov E.O., Evdokimova I.O., Shmanyak A.V., Zhuravlev A.V., Leontiev D.I., Berbenev M.O. & Yudin S.V.: New analytic study of Devonian-Permian deposits in the Polar Urals (Kozhim River) and Pay-Khoi (Yugorsky Peninsula)
ST2.1-11 Wolfgring E.*, Wagreich M. & Sames B.: The base of the Campanian: isotopes, magnetostratigraphy and biostratigraphy - who's accurate?
ST2.2 Conodonts as tools for biostratigraphy, chronostratigraphy, chemostratigraphy and evolution
Oral Presentations
ST2.2-1 Chen Z.Y.*, Männik P., Wang X. & Li C.: First documentation of Astropentagnathus in China: Progress of Silurian conodont studies in the East Qinling
ST2.2-2 Spiridonov A.*, Gečas T., Brazauskas A., Kaminskas D., Kaveckas T., Stankevič R., Bičkauskas G., Meidla T., Ainsaar L. & Radzevičius S.: A high resolution (<10 Ka) record of Pridoli conodont ecological dynamics in relation to bioevents
ST2.2-3 Qi Y.*, Barrick J., Hogancamp N., Chen J., Hu K. & Wang Q.: Conodont faunas across the Kasimovian-Gzhelian boundary (Late Pennsylvanian) in South China
ST2.2-4 Li H.X., Zhang M.H., Chen Y.L., Donghan X.S., Jiang H.S., Wignall P.B., Wu B.J., Zhang Z.T., Ouyang Z.M. & Lai X.L.*: Conodont biostratigraphy and Carbon isotopic excursions from uppermost Permian to Lower Triassic at Yiwagou Section from Tewo, Gansu Province, northwestern China
ST2.2-5 Chen Y.L.*, Richoz S., Krystyn L. & Zhang Z.F.: Quantitative stratigraphic correlation of Tethyan conodonts across the Smithian-Spathian (Early Triassic) extinction event
ST2.2-6 Jiang H.* & Ye Q.: Revised multi-element apparatus of genus Novispathodus: new evidences from the Early Triassic conodont clusters at the Zuodeng section of Guangxi, South China
ST2.2-7 Sun Y.D.*, Richoz S., Krystyn L., Joachimski M.M. & Grasby S.E.: Early and Middle Triassic at the peri-Gondwana margin: integrated bio-chemostratigraphy, sedimentology and trace metal geochemistry at Spiti, Indian Himalaya
ST2.2-8 Golding M.L.*: Early Anisian (Middle Triassic) species of the conodont Neogondolella from China and Romania, with comments on their role in the recognition and correlation of the base of the Anisian
ST2.2-9 Kilic A.M.*, Sengor A.M. C. & Hirsch F.: The East Mediterranean Triassic Gondwana-Land margin of the Tethyan oceans
ST2.2-10 Zhang Z.T., Sun Y.D.* & Lai X.L.: Integrated conodont biostratigraphy, δ13Ccarb chemostratigraphy and U-Pb zircon chronology of Carnian in southwestern China
ST2.2-11 Karádi V.*, Kolar-Jurkovšek T. & Jurkovšek B.: The Lower/Middle Norian (Upper Triassic) transition: conodonts of the Dovško succession, Slovenia
ST2.2-12 Zeng W., Jiang H.* & Zhang M.: Late Triassic (Norian) multielement reconstruction of conodont apparatus (Mockina) base on clusters from Yunnan Province, southwestern China
ST2.2-13 Karádi V.*: Evolution of the genus Misikella through the Norian-Rhaetian interval
ST2.2-14 Du Y.X.*, Rigo M., Pálfy J., Karádi V., Onoue T., Tomimatsu Y., Chiari M. & Roghi G.: The asynchronous extinction of conodonts: new constraints from Triassic-Jurassic boundary sections
Poster presentations
ST2.2-15 Du Y.X.*, Rigo M., Onoue T. & Williams I.: The evolutionary process from Mockina bidentata to the genus Parvigondolella: the evidences from Pizzo Mondello Section
ST2.2-16 Kolar-Jurkovšek T.* & Jurkovšek B.: Triassic conodont zonation of Slovenia
ST2.2-17 Kolar-Jurkovšek T.*, Martínez-Pérez C., Jurkovšek B. & Aljinovi D.: Clusters of Pseudofurnishius murcianus in the Triassic strata of Slovenia
ST2.2-18 Liao J.-C.*, Valenzuela-Ríos J. I., García-López S. & Carls P.: Late Eifelian (Middle Devonian) Geoevent: timing and characterizing of the Kačák Episode in the Iberian Peninsula (Spain)
ST2.2-19 Szaniawski H.*, Wierzbowski H. & Blażejowski B.: Comparison of the chemical and isotopic composition of Lower Palaeozoic conodonts and the grasping spines of chaetognaths
ST2.2-20 Valenzuela-Ríos J.I.* & Liao J.-C.: Conodonts as a tool for challenging Geodynamic interpretations: two examples from the Devonian of the Spanish Pyrenees
ST2.2-21 Virág A., Szabó B. & Karádi V.*: Landmark based geometric morphometric analysis of selected Lower Norian conodonts
ST2.2-22 Yamasaki K.*, Tomimatsu Y., Onoue T. & Rigo M.: Upper Norian to Rhaetian conodont biostratigraphy of the Panthalassic Ocean and the final extinction of conodonts at the end-Triassic
ST2.2-23 Zhang N.*, Jiang H. & Wang G.: Radiolarians and associated conodonts through the D-C boundary from bedded cherts of Bancheng section, Qinzhou city, southeastern Guangxi, South China
ST2.3 Applications of cyclostratigraphy in understanding Earth history
Oral Presentations
ST2.3-1 Lantink M., Davies J., Mason P., Schaltegger U. & Hilgen F.*: Milankovitch cycles in Banded Iron Formations (BIFs) around 2.5 Ga
ST2.3-2 Dronov A.*: Correlation of the Ordovician depositional sequences: regional and global aspects
ST2.3-3 Brack P.*, Storck J.C. & Wotzlaw J.-F.: Rhythmic bedding in pelagic carbonates: long distance correlation of strata and their significance for the calibration of the Ladinian (Middle Triassic)
ST2.3-4 Kemp D.B.* & Van Manen S.: Are shallow water carbonates reliable archives of astronomical forcing?
ST2.3-5 Fang Y.*, Sha J. & Olsen P.: Obliquity forcing of lake levels in the Early Jurassic high-latitude continental Junggar Basin, NW China
ST2.3-6 Ruhl M.*, Hesselbo S.P., Al-Suwaidi A., Xu W., Thibault N., Jenkyns H.C., Mac Niocaill C., Riding J.B. & Ullmann C.V.: A high-precision numerical time scale for the Toarcian Stage: implications for timing of the marine Toarcian Oceanic Anoxic Event (T-OAE) and Karoo-Ferrar volcanism
ST2.3-7 Dinarès-Turell J.*, Intxauspe-Zubiaurre B. & Payros A.: An integrated magneto-bio-cyclostratigraphy of a new section from Gubbio disentangles the middle Eocene orbital tuning and sets a prospective Bartonian Stage GSSP
ST2.3-8 Sinnesael M.*, De Vleeschouwer D., Zeeden C., Claeys P. & CIP-Participants: The Cyclostratigraphy Intercomparison Project (CIP): consistency, merits and pitfalls of cyclostratigraphy
Poster presentations
ST2.3-9 Boulila S.*: Grand cycles and Events in Earth’s climate during the past 115 million years: a potential link
ST2.3-10 Da Silva A.C.*, Zeeden C., Hilgen F.J., Brett C., Bartholomew A., Ver Straeten C. & Dekkers M.J.: Precession and obliquity length extracted from a Devonian record from New York State, U.S.
ST2.3-11 Martinez M.*: Mechanisms of Preservation of the Eccentricity and Longer-term Milankovitch Cycles in Detrital Supply and Carbonate Production in Hemipelagic Marl-Limestone Alternations
ST2.3-12 Wouters S.*, Da Silva A.-C., Boulvain F. & Devleeschouwer X.: StratigrapheR: an R package for integrated stratigraphy
ST2.3-13 Zeeden C.*, Sinnesael M., Li M., Ulfers A. & Wonik T.: Towards systematic probing for Milankovic cycles in borehole logging data and complex settings
ST2.4 Ammonoids in stratigraphy
Oral Presentations
ST2.4-1 Innamorati G.*, Fabbi S. & Santantonio M.: Early Jurassic tectonic-sedimentary evolution of the Longobucco Basin: ammonoid biostratigraphy provides new constraints
ST2.4-2 Marchesi R.*, Balini M. & Jenks J.F.: New ammonoid faunas from the Lower Carnian of China Mountain (Upper Triassic, Tobin Range, Nevada)
ST2.4-3 Balini M.*, Marchesi R., Nicora A., Hosseinyoon M., Soleimani S. & Norouzi M.: The Bithynian (Middle Anisian) ammonoid record of Aghdarband (Kopeh-Dag, NE Iran): from taxonomy to revised chronostratigraphy
ST2.4-4 Di Cencio A.*: Biochrones, the introduction of a new biostratigraphic tool: the Toarcian test
ST2.4-5 Becker R.T.*: Principles of Devonian ammonoid zonations
ST2.4-6 Jattiot R.*, Bucher H. & Brayard A.: The Unitary Associations method in ammonoid biostratigraphy
Poster presentations
ST2.4-7 Bindellini G.*, Balini M., Teruzzi G. & Dal Sasso C.: Ammonoid and Daonella zonation of the Sasso Caldo quarry (Besano Formation, Middle Triassic)
ST2.4-8 Di Cencio A.* & Weis R.: The Red rock region and the Minette ironstone stratigraphy (upper Toarcian – Aalenian) in southern Luxembourg: protection and valorization of a geological heritage
ST2.4-9 Kostka Zs.*, Ferlicchi M., Santucci V. & Pálfy J.: A new Lower Jurassic ammonoid locality from the Death Valley National Park (California, USA) and its biostratigraphic implications
ST2.5 Big data in stratigraphy
Oral Presentations
ST2.5-1 Fan J.X.*, Yang J. & Hou X.D.: DDE Stratigraphy: an online platform for the online share and service of stratigraphic data and tools
ST2.5-2 Simmons M.D., Adeyemi O., Bidgood M.D., Maksymiw P., Osterloff P., Possee D., Routledge C., Saunders B., Prince I. & van Buchem F.S.P.*: Assisted Biostratigraphic Interpretation: an Example of Machine Learning in Petroleum Geoscience
ST2.5-3 Condon D.*, Woods M., Heaven R., Howe M., Harrison, Stewart M., Walsh J., Newell A. & Wilby P.: Big Data, Old data, New Data, Linked Data: A Geological Survey perspective on “Stratigraphic Data Science”
ST2.5-4 Stephenson M.H.*: The Uses and Benefits of Big Data for Geological Surveys
ST2.5-5 Renaudie J.*, Lazarus D. & Diver P.: NSB, a Big Data tool for chronostratigraphic syntheses of the deep-sea sediment record
ST2.5-6 Young J.R.*, Bown P.R., Huber B.T., Lazarus D.B., Pedder B.E. & Wade B.S.: Using the Mikrotax web-taxonomy system as a platform for envisioning and exploring stratigraphic occurrence data from the Neptune database
ST2.5-7 Shi Y.K.*: A needful preparation for quantitative biostratigraphy with big data: taxonomy examination by image analysis
Poster presentations
ST2.5-8 Amezcua-Buendia R., Diamantini C., Potena D. & Negri A.*: A new database for the correlation of core data in the Mediterranean Sea
ST2.5-9 Fabbi S.*, Cestari R. & Sha J.: OXeAP_RDB, a new Database of Late Jurassic-Early Cretaceous Rudist bivalves
ST2.5-10 Oshurkova M., Zbukova D., Gorshenina V.*, Baranov I., Berezyuk N. & Chetverova V.: Electronic stratigraphy dictionary of Russian Phanerozoic
ST2.6 Does the Golden Spike still glitter?
Oral Presentations
ST2.6-1 Harper D.A.T.*: The Golden Spike still glitters, providing a new platform for chronostratigraphic calibration and global correlations
ST2.6-2 Finney S.*: Fallacies regarding GSSPs
ST2.6-3 Mutterlose J.*, Rawson P. & Reboulet S.: La Charce (southeast France) - the Global Boundary Stratotype Section and Point (GSSP) of the Hauterivian stage
ST2.6-4 Helama S.*: Tree-ring dating in event stratigraphy: insights to the Northgrippian-Meghalayan boundary from isotope chronology
Poster presentations
ST2.6-5 Cramer B.*: The GSSP is Dead! Long Live the GSSP!
ST2.6-6 Hilgen F.J.*, Lourens L.J., Palike H. & Research Support Team: Outcome of the proposal on Unit Stratotypes and Astrochronozones
ST2.6-7 Wagreich M.*, Draganits E. & Sames B.: Stratigraphy in the Anthropocene - nailing down chronostratigraphy
ST2.8 Sediment archives from ocean drilling: insight into the development and improvement of Biochronology and Time Scales
Oral Presentations
ST2.8-1 Agnini C.*: Cenozoic calcareous nannofossils as stratigraphic tools: state of the art, pitfalls and future perspectives
ST2.8-2 King D.J.*, Wade B.S., Liska R.D. & Miller C.G.: From the Caribbean to the JOIDES Resolution – The development of low latitude planktonic foraminiferal biozonations and future implications
ST2.8-3 Clark W.*, Watkins D.K. & Wagreich M.: A biostratigraphic and paleoecological analysis of Late Oligocene calcareous nannoplankton of the North Atlantic Ocean
ST2.8-4 Dallanave E.*, Chang L., Sutherland R., Dickens G.R., Blum P. & Exp. Scientists: Magnetostratigraphic framework for IODP Expedition 371 (Tasman Frontier Subduction Initiation and Paleogene Climate)
ST2.8-5 Goričan Š.*, O’Dogherty L., Baumgartner P.O., Carter E.S. & Matsuoka A.: Towards a standard radiolarian zonation for the Mesozoic
ST2.9 Improved reconstruction of geomagnetic field variations from 10Be and paleomagnetic methods: a stratigraphic tool for global synchronization of paleorecords
Oral Presentations
ST2.9-1 Venuti A.*, Florindo F., Vigliotti L., Negri A., Sabbatini A., Spagnoli F. & Morigi C.: New Relative Paleointensity Record of the geomagnetic field for the Holocene from the Central Adriatic Sea
ST2.9-2 Simon Q.*, Thouveny N. & Bourlès D.L.: Cosmogenic 10Be records: a tool to control accuracy of paleomagnetic records during geomagnetic reversals and excursions
ST2.9-3 Panovska S.* & Korte M.: Multi - proxy global views on geomagnetic field variations over the past 100 ka
ST2.9-4 Okada M.*, Haneda Y., Suganuma Y. & Simon Q.: An extended record of paleomagnetic direction and paleointensity across the Matuyama-Brunhes reversal from the Chiba composite section, central Japan
ST2.9-5 Horng C.-S., Roberts A.P.*, Zhao X. & Simon Q.: Ultra-high resolution paleomagnetic and 10Be evidence for complex transitional field behaviour during the Upper Olduvai geomagnetic polarity reversal
Poster presentations
ST2.9-6 El Kati I.*, Benammi M., Tabyaoui H. & Benammi M.: New datation of Neogene series of the Guercif basin (Morocco): a combination between biochronological and magnetostratigraphical data
ST3.1 Ediacaran Subdivision
Oral Presentations
ST3.1-1 Narbonne G.M.* & Xiao S.: Formulating a Terminal Ediacaran Stage: Progress and Prospects
ST3.1-2 Cai Y., Xiao S.*, Li G. & Hua H.: Cambrian-style biomineralizing animal fossils in the terminal Ediacaran stage
ST3.1-3 Min X.* & Hua H.: The diversity of the Gaojiashan Biota of the latest Ediacaran
ST3.1-4 Zhou C.*, Xiao S., Ouyang Q., Guan C. & Wang W.: Carbon isotopic excursions in the middle Ediacaran of South China
ST3.1-5 Kaufman A.J.*: The middle Ediacaran Shuram Excursion: Global Diagenetic Conspiracy or Environmental Prelude to the Origin of Animals?
ST3.1-6 Hua H.*, Cai Y., Zhou C., Chai S. & Min X.: A proposed global boundary stratotype section and point (GSSP) for the base of the terminal stage of Ediacaran System in the southern Shaanxi, China
ST3.1-7 Grazhdankin D.V.*, Rogov V.I., Karlova G.A., Markov G.Ye., Dorzhiev M.S., Peek S., Cui H. & Kaufman A.J.: Siberian Perspectives for Terminal Ediacaran Stage
ST3.1-8 Xiao S.* & Narbonne G.M.: A global expansion of oceanic anoxia and the case for a terminal Ediacaran stage
ST3.1-9 Álvaro J.J.*, Bilström K. & Jorge A.: Ediacaran microbial bioherms capping methane seep networks in the Marinoan cap carbonate of the Kaarta Mountains, Mali
ST3.1-10 Wang Z.*, Chen C., Wang J., Xiao S., Suess E., Chen X., Ma X. & Wang G.: Widespread occurrences of glendonite in the Doushantuo Formation, South China: Implication for Ediacaran climate change and stratigraphic correlation
ST3.1-11 Kolesnikov A.*: Revisiting the stratigraphic correlation potential of the Ediacaran skeletal organism Palaeopascichnus linearis
ST3.1-12 Yang C.* & Condon D.: Geochronological framework(s) for the Ediacaran System
ST3.2 Cambrian stratigraphy, events and geochronology
Oral Presentations
ST3.2-1 Babcock L.E.*, Peng S.C., Ahlberg P., Zhang X.L., Zhu M.Y. & Parkhaev P.Yu.: A Model for Subdividing Cambrian Stages into Substages
ST3.2-2 Yang X.*, Zhao Y., Cao P. & Wei B.: The Niutitang Formation from the Cambrian in Guizhou
ST3.2-3 Luo K.-L.*, Long J., Tian X.-L., Ni R.-X. & Zhang S.-X.: Distribution and enrichment patterns of trace elements during Ediacaran and early Cambrian in south China
ST3.2-4 Parkhaev P.Yu.*, Demidenko Yu.E. & Kulsha M.A.: Better one-eyed than stone-blind: choosing the index species for the base of Cambrian Stage 3
ST3.2-5 Nielsen A.T. & Ahlberg P.*: The Miaolingian Series and the traditional ‘Middle’ Cambrian: implications for Baltoscandian stratigraphy
ST3.2-6 Park T.-Y.*, Kihm J.-H., Woo J. & Lee J.-I.: Revision of the Cambrian stratigraphy of the Bowers Terrane, northern Victoria Land, Antarctica
ST3.2-7 Gogin I.Ya.* & Pegel T.V.: Upper Cambrian GSSPs and their correlation to regional stratigraphic subdivisions in Asian Russia
ST3.2-8 Peng S.*, Babcock L.E., Bagnoli G., Shen Y., Mei M., Zhu X., Li D., Zhang X. & Wang L.: Proposed GSSP for Cambrian Stage 10 with multiple stratigraphic markers for global correlation
ST3.2-9 Collantes L.*, Gozalo R., Mayoral E., Garzón I. & Liñán E.: The family Atopidae (Trilobita) in the upper Marianian (Lower Cambrian) from the Ossa-Morena zone (SW Spain)
ST3.2-10 Duan X. & Zhang Z.*: Early Cambrian (Stage 4) brachiopods from the Shipai Formation in the Three Gorges area of South China
ST3.2-11 Yun H.* & Zhang X.: Distribution and biostratigraphy of the Cambrian chancelloriids: a review
ST3.2-12 Lan T.*: The gut elements of the Cambrian Leanchoilia
Poster presentations
ST3.2-13 Álvaro J.J.* & Lorenzo S.: Terreneuvian skeletonized microfossils from phosphatic interbeds of the Fuentepizarra Formation, Central Iberian Zone, Spain
ST3.2-14 Chen Y.L.*, Guo J.F., Song Z.C., Zhang Z.F., Qiang Y., Betts M.J., Zhen Y.J. & Yao X.Y.: Geometric morphometric analysis of Protoconites from the early Cambrian Yanjiahe Formation (Fortunian), Yichang, Hubei Province, China
ST3.2-15 Gozalo R.*, Chrivella Martorell J.B., Dies Álvarez M.E. & Liñán E.: Trilobites biostratigraphy of the Wuliuan Stage in the Iberian Chains (NE Spain)
ST3.2-16 Palacios T.*, Álvaro J.J., Jensen S., Santos Zalduegui J.F., Eguiluz L., Corfu F. & Gil Ibarguchi J.I.: A chronostratigraphic framework based on index acritarchs for the Cambrian volcanosedimentary Vallehondo and Playón formations of the Cambrian Ossa-Morena Rift (Zafra Syncline, Ossa-Morena Zone, southwest Iberian Massif)
ST3.2-17 Park T.-Y.*, Lee M., Kihm J.-H., Nielsen M.L., Vinther J. & Nielsen A.T.: New collection of Sirius Passet biota, Peary Land, North Greenland, and its implication for the age
ST3.2-18 Parkhaev P.Yu.*: Mid-Early Cambrian molluscs from North China and Siberia – East Gondwana correlations
ST3.2-19 Peng J.*, Wang Q., Lan T., Zhang H. & Wang Y.: Arthropod anomalocarids from the Cambrian Balang Fauna in East Guizhou, South China
ST3.3 Silurian odyssey towards advanced stratigraphy and correlation
Oral Presentations
ST3.3-1 Loydell D.*: A (not so) brief history of the Llandovery/Wenlock boundary
ST3.3-2 Slavík L.*, Manda Š., Štorch P., Tasáryová Z. & Čáp P.: Přídolí Series – prospects of chronostratigraphic subdivision based on data from the Prague Synform
ST3.3-3 Chen Q.*, Fan J.X., Chen X. & Sun Z.Y.: Integrative stratigraphic research on the Late Ordovician to Llandovery (Silurian) black shales in South China
ST3.3-4 Miller C.G.*: Conodonts from the GSSP for the base of the Ludfordian Stage of the Ludlow Series, Silurian at Sunnyhill Quarry, Ludlow, UK
ST3.3-5 Štorch P.*, Loydell D.K., Frýda J. & Gutiérrez-Marco J.C.: The Aeronian succession of the El Pintado section (proposed replacement GSSP for the base Telychian), Seville Province, Spain
ST3.3-6 Hounslow M.W.*, Harris S., Woodcock N.H., Wójcik K., Nawrocki J., Channell J.E.T., Lucas V., Ratcliffe K. & Montgomery P.: Geomagnetic polarity during the mid Ordovician to early Silurian
ST3.3-7 Braun M.G.* & Desrochers A.: Integrated High Resolution Stratigraphy of the Llandovery Succession of Anticosti Island
ST3.3-8 Corradini C.*, Corriga M.G., Ferretti A., Pondrelli M., Serventi P. & Simonetto L.: Integrated stratigraphy of the Silurian of the Carnic Alps
ST3.3-9 Histon K.*: Biostratigraphy and correlation of nautiloid cephalopods from the Llandovery (Telychian) of the Cellon Section (Carnic Alps, Austria)
ST3.3-10 Antoshkina A.I.* & Shebolkin D.N.: Update on the Wenlock-Ludlow transition in the Timan-northern Ural region
Poster presentations
ST3.3-11 Braun M.G.*, Mauviel A., Daoust P. & Desrochers A.: High Resolution δ13C and δ18O Chemostratigraphy Across the Ordovician-Silurian Boundary: New Insights from Anticosti Island, Eastern Canada
ST3.3-12 Frýda J.*, Simpson A.J. & Frýdová B.: First complete record of the early Sheinwoodian carbon isotope anomaly from Australia
ST3.3-13 Frýda J. & Frýdová B.*: Mid-Ludfordian (late Silurian) carbon isotope anomaly: a tale of paired carbonate and organic carbon isotope record
ST3.3-14 Heath M.*, Biebesheimer E., Hartke E., Calner M., Oborny S., Bancroft A. & Cramer B.: High-resolution paired organic and carbonate carbon isotope chemostratigraphy of the Ireviken and Mulde events (Silurian) from the Altajme Drillcore, Gotland, Sweden
ST3.3-15 Kozłowska A.*, Bates D.E.B. & Zalasiewicz J.: The retiolitine Gothograptus (Graptolithina): a significant indicator of the lundgreni environmental crisis, upper Homerian, Silurian
ST3.3-16 Radzevičius S.*, Stankevič R. & Spiridonov A.: Augmenting gamma ray log correlation with biostratigraphic data using cross-recurrence approach – a case of Wenlock – Ludlow boundary in Baubliai – 2 well (Lithuania)
ST3.3-17 Ray D.C.*, Hughes H.E., Jarochowska E. & Claussen A.L.: The stratigraphy and correlation of the Wenlock Series of Radnorshire (Wales): preliminary results
ST3.4 The Devonian: life, environments and time
Oral Presentations
ST3.4-1 Valenzuela-Ríos J.I.*: Some thoughts regarding the position of the base of the middle Lochkovian (Lower Devonian)
ST3.4-2 Da Silva A.C.*, Hladil J., Chadimova L., Slavik L., Hilgen F.J. & Dekkers M.J.: The quest for a trustworthy paleoclimatic proxy in a Lower Devonian hemipelagic succession from the Czech Republic
ST3.4-3 Evdokimova I.O.* & Sobolev N.N.: The Pragian/Emsian key section in the Novaya Zemlya Archipelago (Arctic Russia) - new ostracod data
ST3.4-4 Lu J.F.*, Valenzuela-Ríos J.I. & Liao J.C.: Conodont Biostratigraphy of the Yukiang Formation in the Liujing area of Guangxi, South China
ST3.4-5 Zambito J.*, Day J. & McLaughlin P.: Integrated Stratigraphy of the Middle Devonian Lake Church and Thiensville Formations, Western Michigan Basin, U.S.A.
ST3.4-6 Brett C.E.*, Ver Straeten C.A., Baird G.C., Beard A., Boyer D.L., Ivany L.C., Junium C., Over D.J. & Uveges B.: Drowning the Shallow Water Model for Middle and Upper Devonian Black Shales of New York State
ST3.4-7 Liao J.-C.*, Girard C. Valenzuela-Ríos J.I. & Feist R.: New conodont data from the Middle-Upper Devonian boundary stratotype section at Col du Puech de la Suque (Montagne Noire, France)
ST3.4-8 Söte T.* & Becker R.T.: Lower Famennian ammonoid stratigraphy in the Canning Basin (Western Australia)
ST3.4-9 Marshall J.E.A.*: There was a mass extinction in plants at the Devonian-Carboniferous Boundary
ST3.4-10 Dojen C.*, Lukosz R., Cígler V. & Kumpan T.: Environmental implications by Famennian and Tournaisian Ostracodes from the Moravian Karst (Czech Republic)
Poster presentations
ST3.4-11 Girard C.*, Cornée J.-J.,Camps P., Corradini C., Mossoni A. & Feist R.: Magnetic susceptibility records challenge Late Devonian paleogeographic relations between Avalonian and Gondwanan margins
ST3.4-12 Hassanzadeh A., Bahrammanesh M.*, Madjidifard Mr. & Khaksar K.: Some genera of Brachiopods D/ C boundary in Hoz- e- Dorah Section Tabas area (SE Tabas), Iran
ST3.4-13 Hušková A.* & Slavík L.: Discussion on phylogeny of biostratigraphic markers among spathognathodontidae (Conodonta) around the Silurian/Devonian boundary
ST3.4-14 Lüddecke F.* & Hartenfels S.: Famennian conodont biostratigraphy and biofacies of the Minervois Nappe (Ravin de la Fontaine de Santé, Montagne Noire, Southern France) – a reinvestigation
ST3.4-15 Page K.N.* & Gibson T.: Brachiopod faunas of the Type Devonian, SW England: Contrasting patterns of extinction in the Late Devonian across a terrane boundary
ST3.4-16 Slavík L.* & Hladil J.: Early Devonian conodonts and bioevents in the Prague Synform
ST3.4-17 Stinkulis G. & Lukševičs E.*: Vertebrate assemblages in the tidally influenced siliciclastic deposits of the epeiric Baltic Devonian basin
ST3.5 Carboniferous-Permian GSSPs and correlations: state of the art
Oral Presentations
ST3.5-1 Shen S.Z.*: The Permian timescale of China: A key reference to understand the major global events during Permian-Triassic transition
ST3.5-2 Aretz M.* & Corradini C.: The redefinition of the Devonian/Carboniferous Boundary: state of the art
ST3.5-3 Mandrioli R.*, Balini M., Nicora A., Angiolini L., Borlenghi M., Marchesi R., Sohrabi Z. & Soleimani S.: Visean to Gzhelian integrated biochronostratigraphy of Sardar Formation, Central Iran
ST3.5-4 Wang X. D.*, Qi Y. P., Wang Y. & Chen J. T.: Progress on the Gzhelian GSSP in South China
ST3.5-5 Stephenson M.H.*: Permian palynostratigraphy: the state of the art
ST3.5-6 Henderson C.M.*: Completing the Permian with refined Sweetognathus lineages
ST3.5-7 Kossovaya O.L.*, Wang X., Filimonova T.V. & Ponomareva G.Yu.: Early Permian environmental crisis and its aftermath: biotic and abiotic study
ST3.5-8 Biakov A.*: The present state of the Capitanian-Upper Permian bivalve biostratigraphic scale of Northeast Russia in the light of the latest new fauna finds, dating of zircons, and chemostratigraphy of d13Corg
ST3.5-9 Bernardi M.*, Petti F.M. & Simões T.R.: No more in the Mesozoic. The Permian world as cradle for the origin of key vertebrate groups
ST3.5-10 Romano M.*, Ronchi A., Citton P., Maganuco S., Caratelli M., Sacchi E. & Nicosia U.: The Permian of the Nurra region (NW Sardinia, Italy): a unique window for the Late Palaeozoic tetrapod communities of Europe
ST3.5-11 Hoşgör I.* & Kara B.: Permian stratigraphy, facies patterns and palaeogeography of southeastern Turkey
ST3.5-12 Srivastava A.K.* & Rashmi S.: Intriguing stratigraphic sequences in Indian Gondwana system
Poster presentations
ST3.5-13 Carniti A., Angiolini L.*, Banks V., Della Porta G. & Stephenson M.: A stratigraphic approach to the study of the growth history of a mud mound in the Viséan (Mississippian, Carboniferous) of Derbyshire, UK
ST3.5-14 Golding M.L.* & Orchard M.J.: Conodonts from the Carboniferous and Permian Cache Creek Complex, British Columbia, Canada, and their significance for Panthalassan biostratigraphy
ST3.5-15 Kamenikova T., Hounslow M.W.*, van der Boon A., Sprain C., Wojcik K., Nawocki J. & Biggin A.: Tournaisian-Viséan magnetostratigraphy: new data from British and Polish limestones
ST3.5-16 Opluštil S., Pšenička J., Šimůnek Z., Simonetto L., Kustatscher E.* & Votočková Frojdová J.: The Pennsylvanian flora of the Italian Carnic Alps
ST3.5-17 Romano M.* & Rubidge B.: First volumetric body mass estimate of the dinocephalian Tapinocaninus pamelae (Synapsida: Therapsida) from the lowermost Beaufort Group of South Africa
ST3.5-18 Uemura S.* & Onoue T.: Paleoenvironmental changes across Permian–Triassic boundary sections in the Mino Belt, central Japan
ST3.5-19 Viaretti M., Angiolini L.* & Heward A.: The Cisuralian to Guadalupian Qarari Unit (Oman): new data from brachiopods and implications for correlation
ST3.6 Late Triassic biotic, climatic and environmental events and timescales
Oral Presentations
ST3.6-1 Sun Y.*, Joachimski M.M.J., Sylvain Richoz S. & Krystyn L.: Timing and global manifestations of the Carnian Crisis, Late Triassic
ST3.6-2 Gianolla P.*, Caggiati M., Dal Corso J., Franceschi M., Jin X., Mazaherijohari M., Roghi G. & Preto N.: The interplay of climate forcing, sea level fluctuations and carbonate factory changes during the Carnian Pluvial Episode as recorded in the Southern Alps of Italy
ST3.6-3 Kovács Z., Demangel I., Richoz S.*, Hippler D., Baldermann A. & Krystyn L.: Late Triassic 87Sr/86Sr isotope trends reveal distinct fluctuations with high-level correlation potential
ST3.6-4 Ruhl M.*, Hesselbo S.P., Mancenido M., Al-Suwaidi A., Jenkyns H.C., Damborenea S., Storm M. & Riccardi A.: On the onset of camp volcanism, Ocean Anoxia, and the magnitude of carbon-cycle change at the Triassic–Jurassic transition (Neuquén Basin, Argentina)
ST3.6-5 Sha J.* & Fang Y.: Terrestrial Triassic-Jurassic boundary of the Junggar Basin, NE China
ST3.6-6 Kürschner W.M.*: A review of Late Triassic and Early Jurassic palynology
ST3.6-7 Fraguas A.*, Hillebrandt A.v. & Urlichs M.: Calcareous nannofossils from the Triassic/Jurassic boundary in the Northern Calcareous Alps (Austria)
ST3.6-8 Demangel I.*, Kovács Z., Richoz S., Gardin S., Krystyn L., Baldermann A. & Piller W.E.: Development of early calcareous nannoplankton in the Northern Calcareous Alps (Austria) in the Late Triassic
ST3.6-9 Sato H.*, Nozaki T., Ishikawa A., Onoue T., Kimura J.-I., Chang Q. & Suzuki K.: Re-Os isotope and PGE signatures of the deep-sea deposits from Japanese accretionary complex: implications for the Late Triassic impact event
ST3.6-10 Peybernes C.*, Peyrotty G., Chablais J., Onoue T., Yamashita D. & Martini R.: Birth and death of Upper Triassic seamounts in the Panthalassa Ocean: Ladinian?-Carnian to Rhaetian sedimentary records at Mount Sambosan, Shikoku, Southwest Japan
ST3.6-11 Balini M.*, Tripodo A., Di Stefano P., Levera M., Mazza M., Nicora A. & Rigo M.: The Carnian/Norian boundary interval at Pizzo Lupo (Sicani Mountain) and its correlation with the GSSP candidate section Pizzo Mondello
ST3.6-12 Onoue T.*, Tripodo A. & Rigo M.: Environmental conditions for the bivalve Halobia austriaca at the Carnian/Norian boundary
ST3.6-13 Marchesi R.*, Balini M. & Jenks J.F.: A new zonation for the Lower Carnian Desatoyense Zone (Upper Triassic, Nevada), an example of a revised Oppel Zone
Poster presentations
ST3.6-14 Caggiati M., Gianolla P.*, Franceschi M., Roghi G., Mazaheri-Johari M., Jin X., Rigo M. & Preto N.: From Cave del Predil (ex Raibl) to the Dogna Valley: stratigraphy and impact of the Carnian Pluvial Episode in the Julian Alps
ST3.6-15 Del Piero N.*, Rigaud S. & Martini R.: Unravelling the paleoecology of Upper Triassic Halobiid Bivalves
ST3.6-16 Richoz S.* & Krystyn L.: Instabilities in the Carbon Cycle during the Carnian as recorded in the Northern Calcareous Alps
ST3.6-17 Yuki T.*, Tetsuji O., Daisuke Y., Tatsuo N., Yutaro T. & Manuel R.: Formation of stratiform manganese deposits during the Carnian (Late Triassic) “pluvial event” in the pelagic Panthalassa
ST3.7 Towards an Integrated Stratigraphy for the Jurassic
Oral Presentations
ST3.7-1 Pieńkowski G.*, Hesselbo S., Barbacka M. & Leng M.J.: A relationship between carbon-isotopes and soil carbon - a tool for temperature estimates in the Rhaetian and Early Jurassic
ST3.7-2 Ullmann C.V.*, Hesselbo S.P., Szucs D. & Jiang M.: Palaeoenvironment and diagenesis decoded from bulk rock, veins and fossils in the Early Jurassic carbonate of the Llanbedr (Mochras Farm) drill core, Cardigan Bay Basin, UK
ST3.7-3 Hudson A.J.L.*, Riding J.B., Al-Suwaidi A., Ullmann C.V., Szucs D. & Hesselbo S.P.: High-Resolution Early Jurassic Palaeoclimate Record: Geochemistry of the Burton Row Borehole, Bristol Channel Basin, UK
ST3.7-4 Szűcs D.*, Page N.K., Ullmann C.V. & Hesselbo S.P.: Global correlation potential of the Lower Sinemurian ammonite genus Arnioceras: new studies from England and Wales using a statistical approach
ST3.7-5 Fraguas A.*, Comas-Rengifo M.J., Gómez J.J. & Goy A.: Pliensbachian calcareous nannofossil paleoecology in the E Rodiles section (Asturias, N Spain): a key location connecting the Boreal and Tethyan Realms
ST3.7-6 Al Suwaidi A.*, Ruhl M. & Mercer C.: Temporal analysis of Karoo-Ferrar large igneous province activity and its relationship to Early Jurassic environmental perturbations
ST3.7-7 Page K.N.*: Towards a High Resolution ammonite-based Biochronology for the Lower Toarcian Oceanic Anoxic Event (TOAE)
ST3.7-8 Baghli H.*, Mattioli E., Spangenberg J.E., Bensalah M., Arnaud-Godet F., Pittet B. & Suan G.: Calcareous nannofossils biostratigraphy and chemostratigraphy of the Pliensbachian-Toarcian interval from the NW Gondwana
ST3.7-9 Müller T., Pálfy J.*, Karancz Sz., Mattioli E., Schlögl J., Šimo V. & Tomašových A.: Effect of the Toarcian Oceanic Anoxic Event on a hemipelagic carbonate system: new results from the Western Carpathians
ST3.7-10 Celestino R., Ruhl M., Dickson A., Jenkyns H., Idiz E., Mattioli E., Weijers J. & Hesselbo S.*: High-resolution integrated stratigraphy and geochemistry of the Late Pliensbachian and Early Toarcian sediments of the Lower Saxony Basin
ST3.7-11 Barth G.*, Obst K., Pieńkowski G., Hesselbo S.P. & Leng M.J.: Biostratigraphy in the light of C isotope investigations: the Toarcian (Lower Jurassic) in the eastern part of the Central European Basin System
ST3.7-12 Bodin S.*, Mau M., Danisch J., Sadki D. & Nutz A.: Recurrent high-amplitude relative sea-level fluctuations in the Bajocian of Morocco
ST3.7-13 Wierzbowski A., Coe A.L.*, Barski M., Hounslow M.W., Matyja B.A., Mattioli E., Price G., Ustinova M., Wierzbowski H., Wright J.K. & members of the Kimmeridgian Working Group: Evidence for placement of the base Kimmeridgian GSSP at Flodigarry, Isle of Skye, Scotland, UK
ST3.7-14 Colpaert C.* & Nikitenko B.L.: The Upper Jurassic foraminiferal Pseudolamarckina pseudorjasanensis Zone: a marker level for interregional correlations between Subboreal and Arctic regions of Northern Eurasia
ST3.7-15 Hssaida T.*, Benbouziane A., Essamoud R., Hamoumi N., Bouwafoud A., Chakir S., Jaydawi S., Khafou H., Maatouf W. & Rachid J.: The dinoflagellate cysts of Jurassic-Cretaceous Moroccan formations: Stratigraphy and paleoenvironment
Poster presentations
ST3.7-16 Barth G.*, Zimmermann J., Franz M. & Obst K.: The biostratigraphic framework of the Lower and Middle Jurassic in the North German Basin
ST3.7-17 Boulila S.*, Galbrun B., Sadki D., Gardin S. & Bartolini A.: A « short » duration (300-500 kyr) of the early Toarcian T-OAE and evidence for carbon-reservoir change from the High Atlas (Morocco)
ST3.7-18 Grabowski J.*, Jach R., Iwańczuk J., Rehakova D. & Derkowski A.: Integrated bio-, magneto- and chemostratigraphy and clay mineral data from the Kimmeridgian – Tithonian pelagic Fatric succession in the Western Tatra (Dolina Lejowa section; Central West Carpathians, Poland)
ST3.7-19 Hesselbo S.P.*, Korte C., Ullmann C.V. & Ebbesen A.L.: Carbon and oxygen isotope records from the southern Eurasian Seaway following the Triassic-Jurassic boundary: parallel long-term enhanced carbon burial and seawater warming
ST3.7-20 Kovács E.B.*, Demény A., Ruhl M. & Pálfy J.: Csővár revisited: new geochemical data to the integrated stratigraphy of a Triassic-Jurassic boundary section in the western Tethys
ST3.7-21 Matsuoka A.* & Ito T.: Updated radiolarian zonation for the Jurassic in Japan and the western Pacific: a framework for the oceanic plate stratigraphy of the Panthalassa
ST3.8 Cretaceous integrated stratigraphy, greenhouse climate change and events
Oral Presentations
ST3.8-1 Michalík J.*, Reháková D. & Lintnerová O.: High resolution microfacies study of the Jurassic/Cretaceous pelagic limestone sequence of the northern Tethyan basins
ST3.8-2 Lodowski D.G.*, Főzy I., Pszczółkowski A., Szives O. & Grabowski J.: New data on the Jurassic–Cretaceous transition in the Transdanubian Range (Hungary): integrated stratigraphy and paleomagnetic study of the Hárskút and Lókút sections
ST3.8-3 Casellato E.C.* & Erba E.: Reliability and time variability of calcareous nannofossil events through the Tithonian-Early Berriasian interval: a critical review of published and new biostratigraphies
ST3.8-4 Li X.*, Matsuoka A., Bertinelli A. & Chiari M.: Abundance and preservation of radiolarians across the Jurassic-Cretaceous (J/K) boundary in the Bosso Valley section, Central Italy
ST3.8-5 Matsuoka A.*, Li X., Chiari M. & Bertinelli A.: Detailed lithostratigraphy and radiolarian biostratigraphy around the Jurassic–Cretaceous boundary in the Bosso Valley section, Central Italy
ST3.8-6 Salazar C.* & Stinnesbeck W.: Biostratigraphy and bioevents during the Jurassic - Cretaceous transition of central Chile
ST3.8-7 Schneider S.*, Kelly S.R.A., Herrle J., Hülse P., Ingrams S., Jolley D., Mutterlose J., Schröder-Adams C. & Lopez-Mír B.: Cretaceous cold start: the Jurassic–Cretaceous transition in the Rollrock Section, Sverdrup Basin, Canadian Arctic Archipelago
ST3.8-8 Grabowski J.*, Wójcik-Tabol P. & Wierzbowski H.: Palaeoproductivity and palaeoclimatic changes in the Late Berriasian: geochemical trends, stable isotope stratigraphy and clay mineralogy in the Barlya section (western Balkan, Bulgaria)
ST3.8-9 Martinez M.*, Aguado R., Company M., O’Dogherty L. & Sandoval J.: Astronomical calibration of the Barremian Stage
ST3.8-10 Wouters S.*, Satolli S., Martinez M., Schnyder J., Boulvain F., Goovaerts T., Meyvis B. & Devleeschouwer X.: High-resolution integrated stratigraphy of the Hauterivian in Umbria-Marche (Central Italy)
ST3.8-11 Wulff L.*, Mutterlose J. & Bornemann A.: Size variations of calcareous nannoplankton in mid Barremian black shales from the Boreal Realm – evidence for an OAE?
ST3.8-12 Sames B.*, Trabelsi K., Wagreich M., Nasri A., Houla Y., Soussi M., Elferhi F., Skanji A., Martín-Closas C., Wolfgring E. & Piovesan K.: The Cretaceous of Tunisia – A new window on marine to non-marine strata and changing palaeoenvironments at the southern Tethys margin of North Gondwana
ST3.8-13 Rios-Netto A.M.*, Carvalho I.S., Alves T.D., Borghi L. & Schmitt R.S.: Paleo-environmental and Paleogeographic Evolution of the Alagoas Stage (~Aptian), in the NE Brazilian Interior Basins
ST3.8-14 Carvalho I.S.*, Rios-Netto A.M., Borghi L. & Leonardi G.: Dinoturbation structures from the Aptian of Araripe Basin, Brazil, as tools for stratigraphic correlation
ST3.8-15 Gale A.S.*: The Albian, Cenomanian and Turonian Stages: stratigraphy, sea level and palaeoclimate change
ST3.8-16 Walaszczyk I.* & Bengtson P.: Inoceramids and the mid-Cretaceous saga
ST3.8-17 Falzoni F.*, Petrizzo M.R., Caron M., Leckie R.M. & Elderbak K.: Age and synchronicity of planktonic foraminiferal bioevents across the Cenomanian–Turonian boundary interval (Late Cretaceous)
ST3.8-18 Huber B.T.*, Hobbs R.W., Bogus K.A. & Expedition Scientists: OAE 2 black shales and other Cretaceous critical intervals recovered at high paleolatitudes in the SE Indian Ocean during IODP Expedition 369
ST3.8-19 Batenburg S.J.*, Drage E., Gao E.Y., O’Connor L.K., Jenkyns H.C., Gale A.S. & Robinson S.A.: Neodymium isotopic evidence for large-scale oceanographic change during the collapse of the Cretaceous hothouse
ST3.8-20 Ifrim C.*, Peryt D., Linnert C., Adatte T., González González A.H. & Stinnesbeck W.: The El Rosario section, Coahuila, north-eastern Mexico, and its potential as a reference section (GSSP) for the Turonian-Coniacian boundary
ST3.8-21 Vishnevskaya V.S. & Kopaevich L.F.*: Late Cretaceous Microfossils as Indicators of Warming Episodes (Boreal and Peri-Tethyan Russia)
ST3.8-22 Kopaevich L.F., Pervushov E.M., Proshina P.A.*, Riabov I.P. & Vishnevskaya V.S.: Microfossils of Turonian-Coniacian in the Kamenny Brod section (Russian Platform, Ulyanovsk-Saratov depression) − stratigraphic and palaeogeographic aspects
ST3.8-23 Petrizzo M.R.*, Huber B.T. & Falzoni F.: Hothouse to coldhouse transition in the Late Cretaceous: evolution of the circum-Antarctic climate based on planktonic foraminifera biogeography
ST3.8-24 Wagreich M.*, Sames B., Wolfgring E. & Iqbal S.: Aquifer eustasy was the main driver of short-term sea-level fluctuations during Cretaceous hothouse climate phases
ST3.8-25 Ray D.C.*, van Buchem F.S.P., Baines G., Davies A., Gréselle B., Simmons M.D. & Robson C.: Exploring the Magnitude, Cause, and Significance of Short-Term Eustatic Cretaceous Sea-Level Change
ST3.8-26 Fathy D.*, Wagreich M., El Nady M.E., Sachsenhofer R.F., Bechtel A. & Sami M.: Organic matter accumulation and paleoenvironmental conditions for the Upper Cretaceous organic-rich sediments on the southern Tethys, Egypt: evidence from stable carbon isotopes and organic geochemistry
ST3.8-27 Wilmsen M.*, Berensmeier M., Fürsich F.T., Hairapetian V., Schlagintweit F. & Majidifard M.R.: Cretaceous stratigraphy and depositional environments at the eastern margin of the Anarak Metamorphic Complex (Central Iran)
ST3.8-28 Wolfgring E.*, Wagreich M., Hohenegger J., Dinarès-Turell J., Spötl C. & Sames B.: A multistratigraphic study of the Campanian Postalm section (Northern Calcareous Alps, Austria)
ST3.8-29 Wierzbicki A.* & Kędzierski M.: High-resolution environmental archive for the mid-Maastrichtian Inoceramid Acme Event (IAE) – the geochemical proxies in sclerochronology of Inoceramus (Platyceramus) salisburgensis
ST3.8-30 Püttmann T. & Mutterlose J.*: Re-evaluating the paleoecology of Late Cretaceous calcareous nannofossils – the record from shallow marine deposits
ST3.8-31 Kumari A.*, Singh S. & Khosla A.: Palaeosols in Lameta Formation (Jabalpur, Central India): their use in palaeoclimate reconstruction and stratigraphic correlations during Late Cretaceous.
ST3.8-32 Adatte T.*, Keller G., Font E., Mateo P., Punekar J., Schoene B., Eddy M., Samperton K.M., Spangenberg J., Bitchong A.M., Sharma N., Lorenzo V. & Cujean S.: Timing and Paleoenvironmental implications of Deccan volcanism relative to the K/Pg
Poster presentations
ST3.8-33 Chiari M., Bertinelli A., Li X. & Matsuoka A.*: Stratigraphy around the Jurassic-Cretaceous boundary in the Bosso Valley section, Central Italy
ST3.8-34 Ifrim C.*, Gale A.S., Adatte T., Wagreich M., Wolfgring E., Moreno Bedmar J., González González A.H. & Stinnesbeck W.: The stratigraphic record of the Tepeyac section, Coahuila, north-eastern Mexico, Santonian-Campanian boundary
ST3.8-35 Jarvis I.* & Pearce M.: Organic-walled dinoflagellate cyst records from prospective Turonian–Coniacian (Upper Cretaceous) GSSPs: Salzgitter-Salder, Germany and Słupia Nadbrzeżna, Poland; preliminary data
ST3.8-36 Maatouf W.*, Hssaida T. & Benbouziane A.: Albian dinoflagellate cysts from the Agadir Basin: Palynology and Palynofacies
ST3.8-37 Mahanipour A.*, Mutterlose J. & Hassani sadi M.: Calcareous nannofossils of Aptian - Albian strata from the Zagros Basin (Kazhdumi Formation), SW Iran
ST3.8-38 Niebuhr B., Hofmann M., Pusch M. & Wilmsen M.*: Provenance of quartz-rich sandstones from the northern Bohemian Cretaceous Basin (Germany, Czech Republic): detrital zircon ages, rutile thermometry and tourmaline geochemistry
ST3.8-39 Proshina P.*, Kopaevich L., Guzhikov A., Aleksandrova G., Ovechkina M. & Ryabov I.: New data about Santonian-Campanian boundary in the Alan-Kyr section (Central Crimea)
ST3.8-40 Reháková D.*, Svobodová A., Švábenická L., Svobodová M., Skupien P., Elbra T. & Schnabl P.: Bioevents across the Tithonian-Berriasian boundary, NW margin of Tethys
ST3.8-41 Trabelsi K., Sames B.*, Tiss L., Piovesan K., Martín-Closas C., Soussi M., Elferhi F., Houla Y., Nasri A., Wagreich M. & Wolfgring E.: Middle Jurassic to Cretaceous shallow marine to non-marine micropalaeontology (Ostracoda, Charophyta) in Tunisia: insights from a biogeographic crossroad
ST3.9 Paleogene stratigraphy, timescales and global change
Oral Presentations
ST3.9-1 Fornaciari B.*, Papazzoni C.A., Fornaciari E., Giusberti L., Bianco S., Marconato S., Plessi M. & Simonato M.: New data for a calibration of the Shallow Benthic Zones of the Paleocene
ST3.9-2 Boscolo-Galazzo F., Capraro L., Fornaciari E., Giusberti L. & Luciani V.*: The Forada section (northeastern Italy): a candidate Auxiliary Boundary Stratigraphic Section and Point (ASSP) for the base of the Ypresian
ST3.9-3 Luciani V., D’Onofrio R.*, Dickens G.R., Wade B.S. & Kirtland-Turner S.: Understanding biological responses during the Early Eocene Climatic Optimum: demise of the planktic foraminifer genus Morozovella at ODP Site 1258 (Demerara Rise, western equatorial Atlantic)
ST3.9-4 Cappelli C.*, Agnini C., Bown P.R., Westerhold T., De Riu M., Lobba V. & Yamamoto Y.: Integrated calcareous nannofossil and stable isotope records across the early-middle Eocene transition at IODP Site U1410 (Northwest Atlantic Ocean): assemblage shifts and evolutionary trends through changing paleoenvironmental conditions
ST3.9-5 Rivero-Cuesta L.*, Westerhold T. & Alegret L.: The C19r hyperthermal event at Site 702 (South Atlantic): a multiproxy approach
ST3.9-6 Westerhold T.*, Röhl U., Bohaty S.M., Florindo F., Frederichs T., Zachos J.C., Cappelli C., Agnini C. & Yamamoto Y.: A new benthic stable isotope composite reference sequence for the middle to late Eocene
ST3.9-7 Fluegeman R.*, Alegret L., Cotton L., Dinarès-Turell J., Franceschetti G., Hooker J., Iakovleva A., Monechi S. & Rivero-Cuesta L.: The Bartonian GSSP: Identifying the Primary Guide Event
ST3.9-8 Gladenkov Yu.*: The North Pacific Paleogene: problems of subdivision of geosynclinal formations
ST3.9-9 Galeotti S.*, Sahy D., Agnini C., Condon D., Fornaciari E., Francescone F., Giusberti L., Pälike H., Spofforth D.J.A. & Rio D.: An integrated astrochronological and radioisotopic dating of the Alano di Piave section, proposed GSSP for the Priabonian
ST3.9-10 Agnini C.*, Backman J., Boscolo-Galazzo F., Condon D.J., Fornaciari E., Galeotti S., Giusberti L., Grandesso P., Lanci L., Luciani V., Monechi S., Muttoni G., Pälike H., Pampaloni M.L., Papazzoni C.A., Pignatti J., Premoli Silva I., Raffi I., Rio D., Rook L., Sahy D., Spofforth D.J.A. & Stefani C.: The Priabonian GSSP: a golden spike to drive
ST3.9-11 Galeotti S.*: Towards a consistent Paleogene geochronology: where do we stand?
ST3.9-12 Vandenberghe N.*: Oligocene Tectonic and Climatic signals in the Southern North-Sea Basin
ST3.9-13 Gladenkov A.*: Oligocene diatom stratigraphy of Cenozoic key section in Western Kamchatka, Kamchatka Peninsula, Russia
ST3.9-14 Papazzoni C.A.* & Pignatti J.: The Shallow Benthic Zones: SBZ or SB?
Poster presentations
ST3.9-15 Alegret L.*, Sutherland R., Dickens G.R., Blum P. & Expedition scientists: The Paleogene record of northern Zealandia (Tasman Sea, southwest Pacific): new insights from IODP Expedition 371
ST3.9-16 Bornemann A.* & Jehle S.: Early Late Paleocene Event - New geochemical and micropaleontological data from the deep-sea
ST3.9-17 Dinarès-Turell J.*: Coherent new orbital tuning of the middle Eocene Contessa section (Umbrian Apennines, Italy) and significance for the Bartonian Stage GSSP
ST3.9-18 Franceschetti G., Martinez-Braceras N., Payros A. & Monechi S.*: Calcareous nannofossil biostratigraphy and cyclostratigraphy of the Ypresian Sopelana section (Basque-Cantabrian Basin)
ST3.9-19 Karoui-Yaakoub N.*, Grira C. & Hédi Negra M.: Eocene foraminiferal associations and paleoenvironmental changes at the Lutetian/Bartonian boundary in the North East of Tunisia
ST3.9-20 Luciani V., Fornaciari E., Papazzoni C., Dallanave E.*, Giusberti L., Stefani C. & Amante E.: Integrated stratigraphy at the Bartonian-Priabonian transition: correlation between shallow benthic and calcareous plankton zones (Varignano section, northern Italy)
ST3.9-21 Payros A.*, Intxauspe-Zubiaurre B., Martínez-Braceras N., Ortiz S., Dinarès-Turell J. & Flores J.A.: The Late Lutetian Thermal Maximum (C19r hyperthermal event, 41.5 Ma): insights from a continental margin section (Cape Oyambre, N Spain)
ST3.9-22 Soták J.*, Fekete K. & Antolíková S.: Eocene clavate and stellate foraminifers from the Western Carpathians: biostratigraphy, species diversity and paleoecology
ST3.10 Integrated stratigraphy and paleoclimatic and paleoceanographic events in the Neogene
Oral Presentations
ST3.10-1 Fabbrini A., Baldassini N., Caricchi C., Foresi L.M., Sagnotti L., Dinarès-Turell J., Di Stefano A., Lirer F., Menichetti M., Winkler A. & Distefano S.*: In search of the Burdigalian GSSP: new evidence from the Contessa Section (Italy)
ST3.10-2 Turco E.*, Cascella A., Hilgen F.J., Hüsing S.K., Krijgsman W. & Van Peer T.E.: High-resolution integrated stratigraphy and astronomical tuning of the Monte Cardeto - Spiaggia della Scalaccia composite section (Ancona, Italy) between 17.3 and 16.2 Ma. The onset of the Miocene Climatic Optimum in the Mediterranean
ST3.10-3 Cornacchia I.*, Munnecke A. & Brandano M.: Upper Miocene C-isotope stratigraphy and C-cycle dynamics: the Central Mediterranean shallow-water record
ST3.10-4 Piller W.E*., Harzhauser M., Mandic O., Kranner M., Strauss P. & Siedl W.: Regional tectonics versus global climate – impact on stratigraphy of the Central Paratethys?
ST3.10-5 Bosio G.*, Gioncada A., Malinverno E., Di Celma C., Villa I.M., Cataldi G., Gariboldi K., Collareta A., Urbina M. & Bianucci G.: Tephra fingerprinting and tephrostratigraphy in the Miocene Pisco Formation (Peru)
ST3.10-6 Boscolo-Galazzo F.*, Crichton K.A., Ridgwell A. & Pearson P.N.: Upper Ocean vertical niche evolution linked to global cooling since the middle Miocene
ST3.10-7 Li Y.F.*, Deng T., Hua H., Zhang Y.X. & Wang J.D.: Isotopic record of paleodiet in 7.4 Ma Hipparionine fossils from the central Loess Plateau, northern China: Paleo-ecological and paleo-climatic implications
Poster presentations
ST3.10-8 Bosio G.*, Malinverno E., Collareta A., Di Celma C., Gioncada A., Parente M., Berra F. & Bianucci G.: Strontium Isotope Stratigraphy of Miocene sedimentary successions in the Peruvian East Pisco Basin
ST3.10-9 Gladenkov Yu.* & Gladenkov A.: Role of the Bering Strait in migrations of the Arctic and Pacific biotic assemblages in the Neogene
ST3.11 Quaternary stratigraphy and chronostratigraphy
Oral Presentations
ST3.11-1 Head M.J.*: Formal subdivision of the Quaternary System/Period: present status and future directions
ST3.11-2 Semenova L.P.* & Shkatova V.K.: Proposals on the structure of the General Stratigraphic Chart for the Quaternary of Russia
ST3.11-3 Lazarev S.*, Stoica M., Jorissen E., Bista D., van de Velde S., Rausch L., Hoyle T., van Baak C., Flecker R., Wesselingh F. & Krijgsman W.: Palaeoenvironmental evolution and integrated stratigraphy of the Kura Basin in the latest Pliocene - Middle Pleistocene: implication to the Caspian Sea region.
ST3.11-4 Deng T.*: New candidate stratotype of lower boundary of Chinese Lower Pleistocene Nihewanian Stage
ST3.11-5 Bertini A.*, Sadori L., Combourieu-Nebout N., Donders T.H., Kouli K., Koutsodendris A., Kousis I., Joannin S., Masi A., Mercuri A.M., Panagiotopoulos K., Peyron O., Sinopoli G., Torri P., Francke A., Wagner B. & Zanchetta G.: Quaternary stratigraphy: what’s the contribution of palynology from long, continuous terrestrial sedimentary successions? An example from the Lake Ohrid (Balkan peninsula)
ST3.11-6 Martín-Merino G.* & Roverato M.: Stratigraphic architecture and facies analyses of a quaternary lake (Northern Andes, Ecuador)
ST3.11-7 Mantilla-Duran F.*, Head M.J., Ferretti P. & De Schepper S.: Influence of subpolar waters at central North Atlantic IODP Site U1313 during the Middle Pleistocene: insights from the dinoflagellate cyst record
ST3.11-8 Lunkka J.P.*, Sarala P. & Gibbard P.L.: Morphostratigraphy and its application to correlation of multiple till sequences in formerly glaciated terrains – an example from the eastern flank of the Scandinavian Ice Sheet
ST3.11-9 Negri A.*, Florindo F., Marabini S., Montagna P., Morigi C., Pons-Branchu E. & Vai G.B.: New insights from the MIS 5 Fronte GSSP candidate Section (Taranto, Italy)
ST3.11-10 Campo B.*, Bruno L. & Amorosi A.: The buried Upper Pleistocene sedimentary succession of the Po Basin (Northern Italy): an expanded stratigraphic record of the Last Interglacial
ST3.11-11 Romero M.*, Strelin J.A. & Kaplan M.R.: Evidences of early Holocene glacial advance in Lachman Beach, James Ross Island, Antarctica, and high latitude linkages in southern hemisphere
ST3.11-12 Waters C.N.*, Zalasiewicz J., Head M.J., McCarthy F.M.G., Thomas E.R., Kaiser J., Ivar do Sul J.A., Shotyk W., DeLong K.L., Barnosky A.D., Hadly E.A., Stegner M.A., An Z., Fairchild I.J., Himson S., Rose N.L., Gałuszka A., Hajdas I., Wagreich M., Summerhayes C. & Williams M.: Progress in the investigation for a potential Global Boundary Stratotype Section and Point (GSSP) for the Anthropocene Series
Poster presentations
ST3.11-13 Crippa G.*, Azzarone M., Bottini C., Crespi S., Felletti F., Marini M., Petrizzo M.R., Scarponi D., Raffi S. & Raineri G.: Bio- and lithostratigraphy of the lower Pleistocene Arda and Stirone River sections (Italy): calibrating the first occurrence of Arctica islandica in the Mediterranean Sea
ST3.11-14 Crotti I.*, Barbante C., Frezzotti M., Jiang W., Landais A., Lu Z.-T., Ritterbusch F., Stenni B., Turetta C. & Yang G.-M.: Isotopic signals from deep ice of the TALDICE core
ST3.11-15 Delmonte B.*, Baccolo G. & Maggi V.: East Antarctic ice core dust stratigraphies and late Quaternary atmospheric circulation changes
ST3.11-16 Head M.J.*: Challenges in defining the Upper Pleistocene Subseries – an Antarctic ice core as a potential Global boundary Stratotype Section and Point (GSSP)
ST3.11-17 Suchánek V.* & Holcová K.: The late Pleistocene and Holocene Thecamoebians from lake Stará Jímka in the Šumava Mts.
ST4.1 High-resolution stratigraphy of Carbonate Platforms: unlocking the shallow-water archive of extreme palaeoenvironmental events
Oral Presentations
ST4.1-1 Li C., Fan J.X.*, Chen Z.Y., Chen Q. & Zhang Y.D.: Carbon isotope chemostratigraphy of the Middle and Upper Ordovician in South China and its global correlation
ST4.1-2 Schlagintweit F.*: Internal agglutination: a peculiar 3-D test construction in a group of Middle Jurassic–Early Cretaceous Larger Benthic Foraminifera adapted to high-energy carbonate platform environments
ST4.1-3 Fekete K.*, Michalík J., Boorová D., Soták J., Lintnerová O. & Svobodová A.: Sedimentary evolution of the Lower Cretaceous carbonate platforms in the Manín Unit, Western Carpathians, Slovakia
ST4.1-4 Martino M.*, Amodio S., Barattolo F. & Parente M.: Valanginian–Barremian biofacies linked to the main global stratigraphic events: the case of the shallow–water carbonate platform of the Southern Apennines (Italy)
ST4.1-5 Császár G.*: The fate of rudist and coral bearing lithostratigraphic units of Early and middle Cretaceous ages
ST4.1-6 Solak C.*, Taslı K. & Koç H.: Benthic Foraminiferal Biostratigraphy of the Cenomanian Shallow-Water Platform Carbonates from the Northern Part of the Bey Dağları (Western Taurides, Turkey)
ST4.1-7 Consorti L.*, Köroğlu F. & Sabbatino M.: Larger Foraminifera Biostratigraphy of the Maastrichtian-Paleocene shallow-water carbonates of Şahinkaya Member (Eastern Pontides, Trabzon, NE Turkey)
ST4.1-8 Sabbatino M.*, Consorti L., Tavani S., Vitale S., Corradetti A., Arienzo I., Cipriani A., Lugli F. & Parente M.: From the final demise of the Mesozoic carbonate platform to the Miocene transgression: high-resolution stratigraphy of the shallow-water carbonates of southern and central Apennines (Italy)
Poster presentations
ST4.1-9 Chen B.*, Shi Z.Q., Du Y.X. & Franceschi M.: Dienerian (Early Triassic) conodonts and carbonate carbon isotope record in Chongqing, Upper Yangtze Region, SW China
ST4.1-10 Del Viscio G.*, Frijia G., Morsilli M., Posenato R. & Struck U.: Lower Aptian Chondrodonta beds in shallow-water carbonates of the Tethyan Realm
ST4.1-11 Eder W.*, Torres-Silva A.I., Hohenegger J., Briguglio A. & Ćorić S.: Untangling palaeoenvironmental signals in nummulitid morphometry to enhance biostratigraphic diagnosis in shallow-marine carbonate deposits
ST4.1-12 Martín-Merino G.*, Bahamonde Rionda J.R. & Fernández González L.P.: Carbonate mud mounds in a late Carboniferous wedge-top basin (Cantabrian zone, N Spain)
ST4.1-13 Pohl A., Laugié M., Borgomano J., Michel J., Lanteaume C., Scotese C.R., Frau C.*, Poli E. & Donnadieu Y.: Quantifying the palaeogeographical driver of Cretaceous carbonate platforms development using niche modeling
ST5.1 Stratigraphy and mapping volcanic areas
Oral Presentations
ST5.1-1 Groppelli G.* on behalf of the Volcano Geology Commission: Stratigraphy and mapping volcanic areas: methodological approach and perspectives
ST5.1-2 Principe C.*: Geological mapping in volcanic areas and exploration for geo-resources
ST5.1-3 Fiorentino A.*, D’Angelo S., Giordano G., Pensa A., Pinton A. & Vita L.: Atlas and map of Italian Submarine Volcanic Structures
ST5.1-4 Pellicioli C.*, Groppelli G., Sulpizio R., Macías J.L. & García Sánchez L.: Stratigraphy and evolution of Pleistocene La Reforma caldera complex, Baja California Sur, Mexico
ST8.1 The value of integration between classical seismo-stratigraphic methods and new technologies in subsurface stratigraphy and in the linkage to their outcropping counterparts
Oral Presentations
ST8.1-1 Marini A.I.*, Lotti R. & Corrao A.: Modern geophysical interpretative approaches: A history in Between Seismic Geomorphology and Seismic Sequence Stratigraphy
ST8.1-2 Haughton P.*, Pierce C., Obradors-Latre A., Lacchia A., Shannon P., Barker S. & Martinsen O.: Sequence and seismo-stratigraphy of deep-water fan systems: lessons from extensive outcrops and behind outcrop boreholes
ST8.1-3 Chiarella D.*: Application of Outcrop Analogues in Reservoir Characterization and Modelling
ST8.1-4 de Castro S.*, Hernández-Molina F.J., Rodríguez-Tovar F.J., Llave E., Mena A. & Ng Z.L.: From muddy to sandy contourites: insights into facies characterisation at core, well and seismic scales
ST8.1-5 Berra F.*, Stucchi E.M. & Moretti S.: Integrating reprocessing of existing seismic profiles and outcrop studies for the improvement of stratigraphic reconstruction in the subsurface: the example of the CROP line M-2A/I (Bonifacio Straits)
ST8.1-6 Ricci S.*, Borromeo O. & Brioschi L.: Workflow for seismic geomorphology analysis of a carbonate platform: unraveling the complexity of carbonate reservoir architecture
ST8.1-7 Pardon A.*, Cetean C., Loule J.P., Gold D.P., Angoua Biouele S.E., Spofforth D., Nguema P., Culwick S., Jifon F. & Nformi E.: Stratigraphy to Seismic (StSTM) and Stratigraphic Forward Modelling (SFM) in the offshore of Cameroon: insights into the prospectivity of the margin through detailed integration of biostratigraphic and seismic data
ST8.1-8 Skrynnikova A.*, Rossi M., Marini I., Corrao A., Torricelli S. & Balossino P.: Integrated seismic- and sequence-stratigraphic characterization of a Lower Miocene fluvio-deltaic reservoir in the Maturin basin forebulge (Venezuela)
ST8.1-9 Rossi M.*: Along-strike variability of regional submarine unconformities: how far can we go to assess the actual importance of subtle discontinuities in the stratigraphic record?
ST8.1-10 Wilson T.* & McAfee A.: Sedimentary and Stratigraphic Characterisation of Key Pre-Salt Reservoirs, Offshore Kwanza Basin, Angola
ST8.1-11 Pellegrini C.*, Asioli A., Bohacs K.M., Drexler T.M., Feldman H.R., Sweet M.L., Tesi T., Rovere M., Gamberi F., Maselli V., Scarponi D., Dalla Valle G. & Trincardi F.: The late Pleistocene Po River lowstand wedge in the Adriatic Sea: controls on architecture variability and sediment partitioning
ST8.1-12 Bruno L.*, Campo B., Costagli B., Picotti V. & Amorosi A.: Reconciling deep stratigraphy and shallow depositional architecture of the Po Plain through the integration of seismic and core data
ST8.1-13 Vis G.-J.*, Smoor W.D., Rutten K.W., De Jager J. & Mijnlieff H.F.: Unravelling the complex stratigraphy of one of Europe’s largest oil fields (Schoonebeek) using palinspastic seismic reconstruction and well data
Poster presentations
ST8.1-14 Tellus S.*: Seismic Attributes Stratigraphy
ST8.2 Integrated bio- and chemo-stratigraphic approaches in a subsurface perspective: industrial and academic applications
Oral Presentations
ST8.2-1 Lima F.H.O.*, Sanjinés A.E.S., Maizatto J.R., Ferreira E.P., Ng C., Costa D.S., Zerfass G.S.A., Alves C.F., Strohschoen Jr O., Viviers M.C., Lana C.C., Arai M., Beurlen G. & Shimabukuro S.: Aptian age to post-salt section in brazilian Southeastern coastal basins: new biochronostratigraphic insights about South Atlantic evolution
ST8.2-2 Viaggi P.*, Scotti P., Previde Massara E., Knezaurek G., Menichetti E., Piva A., Torricelli S. & Gambacorta G.: Paleoceanographic Evolution of mid-Cretaceous Paleobioproductivity and Paleoredox Chemometric Signals. Link to Cretaceous Long-term Eustatic Climax from a Central Atlantic Well Sequence
ST8.2-3 Beik I.*, Giraldo-Gómez V., Podlaha O. & Mutterlose J.: The δ13Ccarb record as a chemostratigraphic tool in correlating organic matter rich carbonates - case study from the Maastrichtian-Danian oil shales of Jordan
ST8.2-4 Asioli A.*, Pellegrini C., Schieber J., Minisini D., Tesi T. & Trincardi F.: Evidence of sub-millennial paleoceanographic variability during Sapropel 1 in the Adriatic basin by a multidisciplinary approach
Poster presentations
ST8.2-5 Frijia G.*, Scharf A., Morsilli M., Humood Salim N., Belushi A. & Struck U.: C-isotope stratigraphy and outcrop based ɣ-ray measurements of the Natih Formation in Jabel Akdhar area of Oman: a mean to improve surface to sub-surface correlation
ST8.2-6 Sanjinés A.E.S.*, Viviers M.C., Costa D.S., Zerfass G.S.A., Johnsson C.C., Strohschoen Jr O., Beurlen G. & Lima F.H.O.: Earlier South Atlantic marine ingression in brazilian Southeastern basins, based on Aptian planktonic foraminifera evidences
ST8.2-7 Thöle H., Bornemann A., Heimhofer U., Luppold F.W., Blumenberg M., Dohrmann R. & Erbacher J.*: Using high-resolution XRF analyses and biostratigraphic markers as sequence stratigraphic tool in a mudstone-dominated succession (Early Cretaceous, Lower Saxony Basin, Northern Germany)
ST9.1 Natural time subdivisions from latest Permian to the middle Triassic: the fundamental role of the biotic to abiotic couplings
Oral Presentations
ST9.1-1 Chen Z.Q.*, Wu S.Q., Feng X.Q., Benton M.J. & Harper D.A.T.: Intrinsic engineer driving ecosystem rebuilding after the end-Permian mass extinction: Sponge pump and arms race in Triassic oceans
ST9.1-2 Horacek M.*, Krystyn L., Brandner R. & Parcha S.: New conodont and stable isotopic data from the Guryul Ravine (Kashmir, India) Permian-Triassic boundary (PTB): a stratigraphic update
ST9.1-3 Baud A.* & Richoz S.: The latest Permian Red Ammonoid Limestone and the basal Triassic Sponge-Microbial buildups, Time Specific Facies on the Cimmerian margin of Central Iran and Armenia
ST9.1-4 Zakharov Y.D.*, Biakov A.S. & Horacek M.: New data on stable N-isotope composition of Permian-Triassic mudstone from northeastern Asia (Verkhoyansk area) and their application to palaeoclimatological problem
ST9.1-5 Nicoll R.S., McLoughlin S., Vajda V., Mays C., Bocking M., Fielding C.R., Frank T., & Crowley J. : High precision CA-IDTIMS dating of the Permian – Triassic boundary on the eastern margin of the Sydney Basin, New South Wales, Australia
ST9.1-6 Henderson C.M.*: A Natural Induan-Olenekian Boundary
ST9.1-7 Lyu Z.Y.*, Orchard M.J., Zhao L.S. & Chen Z.Q.: A review of conodont indices for the Induan-Olenekian boundary (Lower Triassic)
ST9.1-8 Zhao L.S.*, Lyu Z.Y., Chen Z.Q., Tong J.N., Chi C. & Weng H.Q.: A proposed evolutionary lineage of Novoispathodus waageni eowaageni from South China and its role in defining the base of the Olenekian (Lower Triassic)
ST9.1-9 Tong J.N.*: The Lower Triassic of Chaohu, Anhui Province: basis and progress
ST9.1-10 Song H.Y.*, Tong J., Du Y., Zhu Y. & Qiu H.: Paired organic and inorganic carbon isotopes of the Early Triassic from Chaohu area, South China
ST9.1-11 Nowak H. & Kustatscher E.*: Statistical observations on floral changes between the Induan and Olenekian
ST9.1-12 Widmann P.*, Bucher H., Leu M., Venneman T., Bagherpour B., Hermann E. & Schaltegger U.: Turning hothouse to icehouse: timing and genesis of the end-Smithian extinction during the Early Triassic biotic recovery
ST9.1-13 Krystyn L.*, Horacek M., Đaković M. & Brandner R.: Westernmost Tethyan occurrence of marine pelagic ammonoid and conodont fauna in the Smithian (Early Triassic): The Brceli section in Montenegro
ST9.1-14 Nowak H.*, Roghi G. & Kustatscher E.: Correlation of Triassic palynozones
ST9.1-15 Menning M.*: Chronology of the Muschelkalk, Latemàr, Seceda, and Felsőörs
ST9.1-16 Maron M.*, Muttoni G., Rigo M., Gianolla P. & Kent D.V.: New Ladinian magnetostratigraphy from the Dolomites (Italy) and implications for the Geomagnetic Polarity Timescale of the Triassic
Poster presentations
ST9.1-17 Horacek M.* & Hounslow M.: δ13Corg investigation of the latest Permian-early Triassic Deltadalen section, Spitzbergen/Norway: integrated with bio- and magnetostratigraphic data
ST9.1-18 Ilyina N.*: Palynological assemblage of the Nadkrasnokamenskaya Formation (Middle Triassic) in the Bolshesyninskaya depression, Pre-Urals foreland basin, the Timan-Northern Urals region, Russia
ST9.1-19 Zakharov Y.D.*, Popov A.M. & Bondarenko L.G.: New findings of Lower Triassic xenoceltitid ammonoids in South Primorye (Russian Far East) and their significance for the improvement of the lower Olenekian regional stratigraphical zonality
ST9.2 Calibrating rates and dates in stratigraphy
Oral Presentations
ST9.2-1 Stein H.* & Hannah J.: The Geologic Time Scale According to Re-Os (Rhenium-Osmium)
ST9.2-2 Cramer B.*, Schmitz M. & DaSilva A.C.: EARTHTIME and the International Commission on Stratigraphy: The International Subcommission on Timescale Calibration
Poster presentations
ST9.2-3 Storck J.C., Wotzlaw J.-F. & Brack P.*: High-precision calibration of the Middle Triassic volcano-sedimentary record in the Southern Alps (Italy)
ST11.2 Stratigraphy and distribution of Mesozoic Oceanic Anoxic Events: recent progresses and new perspectives
Oral Presentations
ST11.2-1 Bottini C.*, Erba E., Falzoni F., Gilardoni S., Gambacorta G. & Petrizzo M.R.: Integrated calcareous plankton biostratigraphy and chemostratigraphy of Cretaceous Oceanic Anoxic Events: implications for their dating, definition and significance
ST11.2-2 Gambacorta G.*, Erba E., Esegbue O., Petrizzo M.R., Miniati F., Bottini C. & Wagner T.: A revision of the stratigraphic distribution of Cretaceous OAEs in Central and South Atlantic
ST11.2-3 Visentin S.*, Erba E. & Mutterlose J.: Calcareous nannofossil biostratigraphy as a tool to better constrain the Toarcian Oceanic Anoxic Event: a comparison between Tethyan and Boreal sections
ST11.2-4 Miniati F.*, Bottini C., Moller C. & Erba E.: Calcareous nannofossil biostratigraphy and paleoecology of Oceanic Anoxic Event 3
Poster presentations
ST11.2-5 Frijia G.*, Godet A., Morsilli M., Rigo M., Struck U., Humood Salim N. & Saleh Salim Alshaqsi A.: Is the OAE-2 recorded in Oman? New data from the Natih Formation in the Oman Mountains
ST11.2-6 Weis R.*, Münzberger P., Colbach R., Lacroix P., Di Cencio A., Korte C., Winther Hougaard I. & Thuy B.: The ‘Dudelange-Neischmelz’ core, an exceptionally expanded Pliensbachian-Toarcian succession in the NE Paris Basin (Grand Duchy of Luxembourg) providing new insights into Early Jurassic palaeo-environmental change
ST11.4 General session on Stratigraphy
Oral Presentations
ST11.4-1 [KEYNOTE] Dickens G.R.* & Sluijs A.: High-resolution carbon isotope stratigraphy across the Cenozoic: purpose, power and problems
ST11.4-2 Yakobson K., Krupenik V., Anisimova S.* & Vovshina A.: Vendian system of Russia
ST11.4-3 Gutiérrez-Marco J.C.*, Bernárdez E., Lorenzo S., Carlorosi J. & Chacaltana C.A.: Advances in the Ordovician stratigraphy of Peru: the Floian to ?Hirnantian succession from the Apurímac River valley, Cordillera Oriental
ST11.4-4 Wang Z.H.*, Niu Z.J. & Yao H.Z.: Progress in the Ordovician stratigraphy of the Yunkai area, South China
ST11.4-5 Achab A.* & Asselin E.: Conochitina Symmetrica a worldwide chitinozoan marker for correlation of early Ordovician sequences
ST11.4-6 Parente M.*, Iannace A. & Frijia G.: The stratigraphy of the Apennine Carbonate Platform: a review
ST11.4-7 Innamorati G.*, Cipriani A., Zuccari C., Marino M.C. & Petti F.M.: Calciclastics in the Rosso Ammonitico Fm from the Umbria-Sabina Apennine (Central Italy): new evidence for Toarcian synsedimentary tectonics
ST11.4-8 Hichi M.* & Ben Youssef M.: Biostratigratigraphic review of the synextensionnal Upper Aptian-Early Albian boundary from Sidi Salem-Messella structure (Northeastern of Tunisia)
ST11.4-9 Wulff L.* & Mutterlose J.: Deciphering the timing and course of tectonic processes by micropalaeontology – a case study on the Late Cretaceous inversion in northern Germany
ST11.4-10 Rosas S.*, Fontboté L. & Spangenberg J.: Key role of organic-rich facies in Early Eocene red-beds (Cuzco Region, Peru) for copper trapping during migration of basinal fluids
ST11.4-11 Cosentino D.*, Mondati G., Spadi M., Gliozzi E., Cavinato G.P., Cifelli F., Mattei M., Romano C., Cipollari P., Nocentini M. & Tallini M.: Integrated stratigraphy of the Fucino Basin (central Apennines, Italy): new constraints for the late-orogenic to post-orogenic transition in the tectonic evolution of the central Apennines (Italy)
ST11.4-12 Khan M.A.*, Babar M.A. & Abbas S.G.: Late Miocene Suidae from Siwaliks, Northern Pakistan: Biostratigraphy
ST11.4-13 Holz M.*: Rift basin sequence stratigraphy: the role of climate upon the stratigraphic signature
ST11.4-14 Campo B.*, Bruno L., Di Martino A., Hong W. & Amorosi A.: Peat-based correlation and mapping as an effective tool to assess post-depositional strata deformation: an example from the mid-late Holocene Po delta plain succession (Northern Italy)
Poster presentations
ST11.4-15 Abbassi A.*, Cipollari P., Zaghloul M.N. & Cosentino D.: Proposal for a new upper Miocene formation in the Northwestern Rif belt (Morocco): the Saf Lahmame formation
ST11.4-16 Capotorti F.*, Berti D., D’Ambrogi C., Marino M., Muraro C., Perini P., Pichezzi R.M., Ricci V., Rossi M. & Silvestri S.: Detailed stratigraphy as a tool for tectonics reconstruction: the record of the geological sheet Antrodoco, 1:50.000 scale (northern-central Apennines – Italy)
ST11.4-17 Frigui M.* & Ben Youssef M.: Sequence stratigraphy, sedimentary facies and depositional environments of Upper Pliocene deposits in northern Sahel, (Eastern Tunisia)
ST11.4-18 Gutiérrez-Marco J.C.*, Sá A.A., Álvaro J.J., Rábano I., Zamora S., Colmenar J., Pereira S. & García-Bellido D.C.: A correlation of the Ordovician of the Anti-Atlas (Morocco) with reference to the global and regional chronostratigraphic scales
ST11.4-19 Luciani V.*, D’Onofrio R. & Filippi G.: Stable isotope paleobiology from Early Eocene planktic foraminifer Chiloguembelina (Atlantic Ocean): implication for paleocenographic reconstructions
ST11.4-20 Menning M.* & German Stratigraphic Commission: Stratigraphic Table of Germany 2016
ST11.4-21 Popov A.M.*, Zakharov Y.D., Volynets E.B. & Ushkova M.A.: First data on brachiopod and plant fossils from the uppermost Olenekian (Lower Triassic) of South Primorye, Russian Far East and their stratigraphical and palaeoclimatological significance
ST11.4-22 Ren X.Y.*, Qiu H., Alima Tamaxia., Zhu X.F., Liu Y., Wang Q., Li J.H., Strotz L. & Zhang Z.F.: Increasing understanding of agglutinated structures in the fossil record: a fresh look at the composition and structure of Lagis koreni (Polychaetae, Annelida) tubes
ST11.4-23 Saadi J.*, Karoui N., Turki D., Daha F. & Salaj J.: The Senonian – Eocene of Tellian Domain in northern Tunisia, synorogenic deposits
ST11.4-24 Schirolli P.*, Meister C. & Dommergues J.-L.: An up-to-date stratigraphic framework of the synrift Lower Jurassic carbonate succession of the Prealps around Brescia (Southern Alps, Italy)
ST11.4-25 Yu N.T.*, Yen J.Y. & Chu M.F.: Event stratigraphy of pumice gravel layers of northern Taiwan: submarine eruptions and tsunamis in southern backarc Okinawa Trough of the NW Pacific
ST11.4-26 Zahrani A.M.*, Al Ghamdi A.S. & Nasser A.H.: Sequence stratigraphy framework and chronostratigraphy of the sedimentary succession at Wadi Al Batin north east of Saudi Arabia
