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The Arctic Days CONFERENCE May 29th - June 2nd Thon Hotel Lofoten, Svolvær THE ARCTIC DAYS2017 NUMBER 3, 2017 Abstracts and Proceedings of the Geological Society of Norway www.geologi.no UPLIFT AND EROSION iMAGINE ARCTIC ENERGY 2017 MINERAL RESOURCES NOVATEM NGF Abstracts and Proceedings, No 3, 2017 Page 2 © Norsk Geologisk Forening (NGF) , 2017 ISBN: 978‐82‐8347‐021‐5 NGF Abstracts and Proceedings NGF Abstracts and Proceedings was first published in 2001. The objective of this series is to generate a common publishing channel Of all scientific meetings held in Norway with a geological content. Editors: Abryl Ramirez, NPD Christine Fichler, NTNU Jan Sverre Laberg, UiT Jan Sverre Sandstad, NGU Ann Mari Husås, NGF Published by: Norsk Geologisk Forening c/o Norges Geologiske Undersøkelse N‐7491 Trondheim, Norway E‐mail: [email protected] www.geologi.no NGF Abstracts and Proceedings, No 3, 2017 Page 3 NGF Abstracts and Proceedings Number 3, 2017 Arctic Days 2017 Arctic Energy 2017 May 29th– 30th Cenozoic uplift, erosion and deposition May 29th– 30th iMAGINE June 1th– 2nd Mineral Resources in the Arctic June 1th– 2nd Svolvær, May 29th—June 2nd Editors: Abryl Ramirez, NPD Christine Fichler, NTNU Jan Sverre Laberg, UiT Jan Sverre Sandstad, NGU Ann Mari Husås, NGF NGF Abstracts and Proceedings, No 3, 2017 Page 4 Committees NGF gratefully acknowledge the work from the committees to the conference. Arctic Energy Abryl O. Ramirez, NPD, Chairman Jørgen A. Bojesen‐Koefoed, GEUS Harald Brekke, NPD Geir Birger Larssen, Lundin Norway Atle Rotevatn, University of Bergen Ketil Sollid, Statoil Cenozoic uplift, erosion and deposition Jan Sverre Laberg, University of Tromsø – the Arctic University of Norway/ARCEx, Chairman Håvard Buran, Lundin Heather Campbell, Shell Sten‐Andreas Grundvåg, ARCEX/University of Tromsø – the Arctic University of Norway Dominique Similox‐Tohon, Statoil iMAGINE Christine Fichler, Norwegian University of Science and Technology, Chairman Carla Braitenberg, University of Trieste Marco Brönner, Geological Survey of Norway Jörg Ebbing, Christian‐Alberts University Kiel Carmen Gaina, CEED, University of Oslo Maurizio Fedi, University of Naples Federico II Hans Jürgen Götze, Christian‐Alberts University Kiel Christian Gram, Statoil, Norway Ron Hackney, Geoscience Australia Suzanne McEnroe, Norwegian University of Science and Technology Mineral Resources in the Arctic Jan Sverre Sandstad, Geological Survey of Norway, Chairman Håvard Gautneb, Geological Survey of Norway Sabina Strmic Palinkas, University of Tromsø Pär Weihed, Luleå University of Technology Laura Lauri, Geological Survey of Finland NGF Abstracts and Proceedings, No 3, 2017 Page 5 Sponsors and Supporters: NGF gratefully acknowledge support from the following: NGF Abstracts and Proceedings, No 3, 2017 Page 6 Contents: Arctic Energy 2017 ALSEN, P., SHELDON, E., LAURIDSEN, B.W., HOVIKOSKI, J. Challenges and advances in biostratigraphic dating of the Lower Cretaceous in the Wandel Sea Basin, North Greenland and its implications for correlation with the Sverdrup Basin, Arctic Canada and Svalbard …………………………………………………………………………………………………...………………… ….12 BOGOLEPOVA, O.K., GUBANOV, A.P. Silurian black shales of East Siberia ……..………………………………………………………………………………………………………..12 BOJESEN‐KOEFOED, J.A., KALKREUTH, W., PETERSEN, H.I., PIASECKI, S. Following the tracks of the Danmark‐Expedition to Northeast Greenland (1906‐1908): A remote coal‐deposit revisited .............................……..……………………………………………………………………………………………………………..12 BRUNSTAD, B., ANDERSON, A., DI PRIMIO, R., KELLEY, A., PEDERSEN, J.H. , VAN WENUM, E. Useful aspects of sea bed mapping in petroleum exploration ‐ 10 years' experience from the program: "Shallow sediments, shallow gas and the environment" …………………………………………………………………………….….13 BRUNSTAD, H., CHARNOCK, M., HAMMER, E., JØRSTAD, A., KRISTENSEN, T., PEDERSEN, J.H., RØNNEVIK, H.C. Lessons learned; the Barents Sea carbonate plays following the Alta, Gohta & Neiden discoveries on the Loppa High …………………………………………………………………………………………………………………...….………………….. .13 DAHLGREN, T. Did a Barents Sea hydrocarbon leakage event trigger the Paleocene‐Eocene Thermal Maximum (PETM)?.....14 DECOU, A., ANDREWS, S.D., MORTON, A., FREI, D. Triassic sediment pathways in the North Atlantic region …...………………………………………………………………………….14 ERSHOVA, D., GILMULLINA, A., MORDASOVA, A. The North and South Kara Sea Basins Influence on the Barents Sea Basin ………………………………..…..………………15 GJERTSEN, K. Barents Sea: From Play to Pay. Prospect risk mitigation and value creation …………………..……….……………….15 GUARNIERI, P. Compressive tectonics along the eastern North Greenland margin: causes and implications ……….……………….16 HANSEN, J.O. & MANY COLLEGES IN STATOIL How geophysical breakthroughs led to Statoil's exploration success in the Barents Sea ...………….………………..16 KAMINSKY, V., SUPRUNENKO, O., MEDVEDEVA, T., SUSLOVA, V., CHERNYKH, A. Russian Arctic Shelf Oil&Gas: present and future …..…………………………...............................................................18 KNUTSEN, S‐M Norwegian Continental Shelf—A resource overview………………………………………………………………………………….. ...18 LERCH, B., KARLSEN, D.A., THIEßEN, O., BACKER‐OWE, K Geochemical signatures of Upper Jurassic and Lower Cretaceous source rocks from shallow cores in the Barents Sea .......................................……………………………………………….....................................19 LIE, J.E., ANDERSON, M., CLARK, S. New Regional Deep Seismic Profiles: Imaging the Continental Crust of the Norwegian Barents Sea.................19 LUNDSCHIEN, B.A. Triassic and older strata: Important hydrocarbon plays in the northern Barents Sea – results from the Norwegian Petroleum Directorates integrated outcrop studies in Svalbard and interpretation of shallow stratigraphic cores and seismic ...........................................................................................................................20 MATTINGSDAL, R. New geological insight from the Sentralbanken high, northern Norwegian Barents Sea ...................................20 MATYSIK, M., STEMMERIK, L., OLAUSSEN, S., BRUNSTAD, H. Diagenesis of spiculites in the Tempelfjorden Group, Spitsbergen – a base line for understanding the Gohta reservoir …………………………………………………………………………………………......................................................21 NGF Abstracts and Proceedings, No 3, 2017 Page 7 OHM, S.E., SENGER, K., OLAUSSEN, S., JOHANSEN, I. Could uplift and erosion result in source rocks expelling huge quantities of isotopically heavy gas? Circumstantial evidence from wells on Svalbard …………………………………………………………………………………………...21 PETROV O.V., SOBOLEV N.N., KASHUBIN S.N., PETROV E.O., LEONTIEV D.I., TOLMASHEVA T.YU. Tectonostratigraphic Atlas of the Arctic (Eastern Russia and adjacent areas) ..……………………………………………...22 RAMIREZ, A.O., BJØRHEIM, M., BJØRNESTAD, A. Undiscovered resources and play models in the north‐eastern part of the Norwegian Barents Sea……………….23 RYDNINGEN, H. Wisting – moving outside the box to unlock a new field development in the Barents Sea ……………………………..23 SAND, G., MJELDE, R., SMELROR, M. Go North – Norwegian Arctic Ocean Geoscientific Program ……………………………………..….……………………………….26 STEMMERIK, L., BRUNSTAD, H., CHARNOCK, M.A., HAMMER, E., LARSSEN, G.B., LØVØ,. V., MATYSIK, M., OLAUSSEN, S. Upper Palaeozoic carbonate reservoirs in the Norwegian Barents Sea: lessons to be learned from Spitsbergen and the Loppa High ……………………………………………………………………………………………………………………………………...27 TSIKALAS, F., BLACKLEY, C., ALZENI, F., VAN NOORDEN M., UNCINI, G., FARRER G.. MAVILLA, N. Kobbe Formation reservoir potential outside Hammerfest Basin in the light of Aurelia (7222/1‐1) well results …………………………………………………………………………………………………………………………………………………….27 Cenozoic uplift, erosion and deposition ANGELI, M., PETERHÄNSEL, A., RABEY, A., SURGUCHEV, L. Caprock efficiency and hydrocarbon columns of discoveries in an uplifted petroleum province: the Norwegian Barents Sea …………………………………………………………………………………………………………………………...29 BBEYER, C. An underexplored method for determination of palaeotemperature and burial depth………………………………….29 DUMAIS M‐A., BRÖNNER M., JOHANSEN S.E., SMELROR M. Modelling sub‐ice topography of Nordaustlandet, Svalbard with potential field methods …………………………….30 EIKELMANN, I.E.S., KNUTSEN, S‐M., MARTENS , I. Shallow cores northwest of Bjørnøya along the Barents Sea Margin – results and implications …………………….30 FOLKESTAD, A., JOHANNESSEN, E.P., STEEL, R.J. Variation in stacking style of delta‐estuary couplets and associated deep‐marine fans; an example from the Eocene Central Basin of Spitsbergen ……………………………………………………………………………………………………….31 GEISSLER, W.H, LASABUDA, A., LABERG, J.S. The Cenozoic evolution and sedimentary successions of the southwestern Eurasian Basin and the northern Svalbard / Barents Sea continental margin ……………………………………………………………………………………..31 GRUNDVÅG, S‐A., HELLAND‐HANSEN, W., SAFRONOVA, P. Turbidites in the Eocene of Spitsbergen: can they tell us something about the Sørvestsnaget Basin? …………..32 HELLAND‐HANSEN, W., GRUNDVÅG, S‐A. The coupled West Spitsbergen fold‐and‐thrust‐belt ‐ Central Tertiary Basin source‐to‐sink system ……………...33 HENDRIKS, B.W.H. AFT data as a method for constraining pattern and timing of regional uplift & erosion and variation of the geothermal gradient in the Barents Sea ………………………………………………………………………………………………….33 KNUTSEN, S‐M. The ghost of Paleogene – what can shallow stratigraphic cores south and northeast of Svalbard tell? ………….34 LABERG, J.S., RYDNINGEN, T.A., LASABUDA, A., KNUTSEN, S‐M. Cenozoic uplift and erosion of the SW
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