|
1965 |
Lake Empakat - new tephrocronological data on the stratigraphic record in northern Tanzania |
Ms. Anna Balashova |
T46.P5 - Volcanology |
 1965.pdf |
|
3426 |
Morphological analysis of Holocene scoria cones and maar volcanoes of the alkaline Bayuda Volcanic Field in NE Africa (Sudan): new insights into the structure and evolution of a monogenetic volcanic field |
Dr. Nils Lenhardt |
T46.P5 - Volcanology |
3426.pdf |
|
4777 |
Locating the depth of magma supply for volcanic eruptions |
Mr. Harri Geiger |
T46.P5 - Volcanology |
4777.pdf |
|
1149 |
Anatomy of a mass extinction: new data on the timing of rapid environmental change and extinction phases at the Permo-Triassic boundary in the main Karoo Basin, South Africa |
Prof. Roger Smith |
T47.1 - Anthropocene: Utility and Definition |
1149.pdf |
|
2914 |
Assessing Global Boundary Stratotype Section and Point (GSSP) candidates for the Anthropocene |
Dr. Colin Waters |
T47.1 - Anthropocene: Utility and Definition |
2914.pdf |
|
2491 |
The mistaken drive to define the 'Anthropocene' as an officially recognized unit of the Geologic Time Scale |
Dr. Stanley Finney |
T47.1 - Anthropocene: Utility and Definition |
2491.pdf |
|
3966 |
The Anthropocene: overview of stratigraphical assessment to date |
Dr. Colin Waters |
T47.1 - Anthropocene: Utility and Definition |
3966.pdf |
|
4484 |
New integrated stratigraphic data from Hungary and a global carbon isotope stack across the Jurassic-Cretaceous boundary |
Dr. József Pálfy |
T47.10 - Cretaceous sea-level changes and Asia-Pacific Cretaceous Ecosystems (IGCP 609, IGCP 608, ICDP Songliao basin) |
4484.pdf |
|
4232 |
Early Cretaceous precise radioisotopic ages, ammonite biostratigraphy and calcareous nannofossil bioevents from the Neuquén Basin, Argentine Andes |
Dr. Beatriz Aguirre-Urreta |
T47.10 - Cretaceous sea-level changes and Asia-Pacific Cretaceous Ecosystems (IGCP 609, IGCP 608, ICDP Songliao basin) |
4232.pdf |
|
2400 |
Unravelling short-term climate and sea-level changes in a greenhouse world – Evidence from the Cretaceous (IGCP 609) |
Dr. Benjamin Sames |
T47.10 - Cretaceous sea-level changes and Asia-Pacific Cretaceous Ecosystems (IGCP 609, IGCP 608, ICDP Songliao basin) |
2400.pdf |
|
4418 |
The “Ultimate basis of Chronology”: Cyclostratigraphic calibration of high-resolution ammonite-correlated ‘events’ in the Lower Jurassic |
Dr. Kevin Page |
T47.10 - Cretaceous sea-level changes and Asia-Pacific Cretaceous Ecosystems (IGCP 609, IGCP 608, ICDP Songliao basin) |
4418.pdf |
|
924 |
Implications of new data for late Cretaceous marine transgressions in central peninsular India |
Prof. Sunil Bajpai |
T47.10 - Cretaceous sea-level changes and Asia-Pacific Cretaceous Ecosystems (IGCP 609, IGCP 608, ICDP Songliao basin) |
924.pdf |
|
4769 |
New multiproxy record of the Jenkyns Event (a.k.a. Toarcian Oceanic Anoxic Event) from the Mecsek Mountains (Hungary) |
Dr. József Pálfy |
T47.10 - Cretaceous sea-level changes and Asia-Pacific Cretaceous Ecosystems (IGCP 609, IGCP 608, ICDP Songliao basin) |
4769.pdf |
|
4021 |
Significance of Cretaceous stratal records in Japanese Islands: forearc-trench systems |
Prof. Hisao Ando |
T47.11 - Cretaceous time scale and sea-level changes, and Cretaceous Asia-Pacific Ecosystems (IGCP 609, IGCP 608, ICDP Songliao basin) - Part 1 |
4021.pdf |
|
2685 |
Greenhouse sea-level changes: Growing evidence for aquifer-driven eustasy |
Professor Michael Wagreich |
T47.11 - Cretaceous time scale and sea-level changes, and Cretaceous Asia-Pacific Ecosystems (IGCP 609, IGCP 608, ICDP Songliao basin) - Part 1 |
2685.pdf |
|
5662 |
Global Glaciation during glacial cycles: Assessing the fine scale division of glacial stages |
Prof. Philip Gibbard |
T47.11 - Cretaceous time scale and sea-level changes, and Cretaceous Asia-Pacific Ecosystems (IGCP 609, IGCP 608, ICDP Songliao basin) - Part 1 |
|
|
2977 |
Integrated planktonic foraminiferal and calcareous nannofossil biostratigraphy and paleoenvironmental inferences for Turonian sediments from Tanzania |
Dr. Brian Huber |
T47.11 - Cretaceous time scale and sea-level changes, and Cretaceous Asia-Pacific Ecosystems (IGCP 609, IGCP 608, ICDP Songliao basin) - Part 1 |
2977.pdf |
|
1234 |
Depositional environments during OAE1a (Early Aptian) in the Eastern Russian Platform and during OAE1b (Early Albian) in the Middle Caspian: new data |
Prof. Dr. Svetlana Zorina |
T47.11 - Cretaceous time scale and sea-level changes, and Cretaceous Asia-Pacific Ecosystems (IGCP 609, IGCP 608, ICDP Songliao basin) - Part 1 |
1234.pdf |
|
2488 |
An astrochronological framework for the Tethyan Campanian |
Mr. Erik Wolfgring |
T47.11 - Cretaceous time scale and sea-level changes, and Cretaceous Asia-Pacific Ecosystems (IGCP 609, IGCP 608, ICDP Songliao basin) - Part 1 |
2488.pdf |
|
3785 |
Middle to Upper Cretaceous High Frequency Cyclic Records on the Arabian Carbonate Platform, SE Turkey; Climatic and Tectonic Controls |
Dr. Ismail Omer Yilmaz |
T47.11 - Cretaceous time scale and sea-level changes, and Cretaceous Asia-Pacific Ecosystems (IGCP 609, IGCP 608, ICDP Songliao basin) - Part 1 |
3785.pdf |
|
2533 |
Terrestrial climate and carbon cycle of East Asia in the Late Cretaceous: Records from the Continental Scientific Drilling of the Songliao Basin |
Prof. Chengshan Wang |
T47.11 - Cretaceous time scale and sea-level changes, and Cretaceous Asia-Pacific Ecosystems (IGCP 609, IGCP 608, ICDP Songliao basin) - Part 1 |
2533.pdf |
|
5662 |
Global glaciation during glacial cycles: assessing the fine-scale division of glacial stages |
Philip L. Gibbard |
T47.11 - Cretaceous time scale and sea-level changes, and Cretaceous Asia-Pacific Ecosystems (IGCP 609, IGCP 608, ICDP Songliao basin) - Part 1 |
5662.pdf |
|
5663 |
A reliable paleointensity record across the Matuyama-Brunhes boundary from a marine succession at the Chiba section, a Lower-Middle Pleistocene GSSP candidate |
Okada, M. |
T47.11 - Cretaceous time scale and sea-level changes, and Cretaceous Asia-Pacific Ecosystems (IGCP 609, IGCP 608, ICDP Songliao basin) - Part 1 |
5663.pdf |
|
3295 |
First stratigraphically complete Coniacian-Santonian boundary record from the Ruvuma Basin (southern Tanzania, East Africa): planktonic foraminiferal, geochemical and paleoceanographic patterns |
Prof. Maria Rose Petrizzo |
T47.11 - Cretaceous time scale and sea-level changes, and Cretaceous Asia-Pacific Ecosystems (IGCP 609, IGCP 608, ICDP Songliao basin) - Part 1 |
3295.pdf |
|
4786 |
Early angiosperms of Siberia |
Dr. Lina Golovneva |
T47.12 - Cretaceous time scale and sea-level changes, and Cretaceous Asia-Pacific Ecosystems (IGCP 609, IGCP 608, ICDP Songliao basin) - Part 2 |
4786.pdf |
|
1005 |
Climate-sensitive sediments of the Cretaceous in South China |
Xianghui Li |
T47.12 - Cretaceous time scale and sea-level changes, and Cretaceous Asia-Pacific Ecosystems (IGCP 609, IGCP 608, ICDP Songliao basin) - Part 2 |
1005.pdf |
|
4800 |
New records of fossil coniferous wood from the Early Cretaceous Jehol Biota in western Liaoning, NE China and palaeoclimate implications |
Dr. Yongdong Wang |
T47.12 - Cretaceous time scale and sea-level changes, and Cretaceous Asia-Pacific Ecosystems (IGCP 609, IGCP 608, ICDP Songliao basin) - Part 2 |
4800.pdf |
|
5663 |
A reliable paleointensity record across teh Matuyama-Brunhes boundary from a marine succession at the Chiba section, a Lower-Middle Pleistocene GSSP candidate |
Dr. Makoto Okada |
T47.12 - Cretaceous time scale and sea-level changes, and Cretaceous Asia-Pacific Ecosystems (IGCP 609, IGCP 608, ICDP Songliao basin) - Part 2 |
|
|
2451 |
The Lower-Middle Pleistocene boundary at the Montalbano Jonico section (Southern Italy) |
Prof. Maria Marino |
T47.12 - Cretaceous time scale and sea-level changes, and Cretaceous Asia-Pacific Ecosystems (IGCP 609, IGCP 608, ICDP Songliao basin) - Part 2 |
2451.pdf |
|
3714 |
Defining the Lower–Middle Pleistocene Subseries boundary |
Professor Martin Head |
T47.12 - Cretaceous time scale and sea-level changes, and Cretaceous Asia-Pacific Ecosystems (IGCP 609, IGCP 608, ICDP Songliao basin) - Part 2 |
3714.pdf |
|
4176 |
Intercomparing the boundaries of the youngest two interglacials: Base MIS1 vs Base MIS5e, Base Holocene vs Base Last Interglacial, Base Middle Holocene vs Base Eemian. |
Dr. Kim Cohen |
T47.13 - The Quaternary System: precision and reliability in global correlation |
4176.pdf |
|
2856 |
Defining the Upper Pleistocene Subseries: assessing Antarctic ice cores for a potential global boundary stratotype section and point (GSSP) |
Prof. Martin Head |
T47.13 - The Quaternary System: precision and reliability in global correlation |
2856.pdf |
|
2861 |
Detailed litho-stratigraphy and sedimentary environment of upper part of Kokumoto Formation with the L-M Pleistocene boundary |
Dr. Osamu Kazaoka |
T47.13 - The Quaternary System: precision and reliability in global correlation |
2861.pdf |
|
3571 |
OSL-based loess chronologies in West and Central Asia: how precise and reliable? |
Prof. Manfred Frechen |
T47.13 - The Quaternary System: precision and reliability in global correlation |
3571.pdf |
|
1699 |
Characteristics of lower-order unconformity in carbonates and its significance for reservoir development: A Lower-Ordovician unconformity in Tarim Basin, NW China |
Professor Tailiang Fan |
T47.13 - The Quaternary System: precision and reliability in global correlation |
1699.pdf |
|
3423 |
Authigenic 10Be/9Be ratio signature of the Brunhes/Matuyama transition in the Montalbano Jonico marine succession |
Quentin Simon |
T47.13 - The Quaternary System: precision and reliability in global correlation |
3423.pdf |
|
4367 |
Recent Developments in Stratigraphic Forward Modelling |
Dr. Cedric Griffiths |
T47.14 - Stratigraphy, Sequence Stratigraphy and Basin Analyses |
4367.pdf |
|
2291 |
Ordovician sea-level changes: one global curve or two semi-global ones? |
Prof. Andrei Dronov |
T47.14 - Stratigraphy, Sequence Stratigraphy and Basin Analyses |
2291.pdf |
|
1236 |
Characteristics of Low-order unconformities and controlling on karst reservoir of Middle-lower Ordovician in SW Tarim Basin, China |
Dr. Jie Liu |
T47.14 - Stratigraphy, Sequence Stratigraphy and Basin Analyses |
1236.pdf |
|
4375 |
Multi-scale stratigraphic forward modelling of the Surat Basin for geological storage of CO2 |
Dr. Cedric Griffiths |
T47.14 - Stratigraphy, Sequence Stratigraphy and Basin Analyses |
4375.pdf |
|
1440 |
Palaeoenvironmental shifts and sequence analysis of the Early-Middle Devonian Bokkeveld Group in the Clanwilliam Sub-basin of South Africa |
Mr. Cameron Penn-Clarke |
T47.14 - Stratigraphy, Sequence Stratigraphy and Basin Analyses |
1440.pdf |
|
4384 |
Sedimentology and high-frequency sequence stratigraphy of Middle-Lower Ordovician Yingshan Formation in the Tahe Oilfield of Tarim Basin, Northwest China |
Dr. Xiaoqun Yang |
T47.14 - Stratigraphy, Sequence Stratigraphy and Basin Analyses |
4384.pdf |
|
4971 |
Using the fluvial-tidal transition zone (FTTZ) in sequence stratigraphic interpretation (Plio-Pleistocene Talparo and Erin Formations, Trinidad) |
Ms Annalize McLean |
T47.14 - Stratigraphy, Sequence Stratigraphy and Basin Analyses |
4971.pdf |
|
2472 |
A new approach to quantifying stratigraphic resolution, integrating chemostratigraphic data, and testing global stratotypes |
Dr. Junxuan Fan |
T47.15 - Early Paleozoic World |
2472.pdf |
|
4085 |
Regional Framework for the distribution of LCT and NYF signature in Zambezian pegmatites, Mozambique |
Dr. João Reynolds Marques |
T47.15 - Early Paleozoic World |
4085.pdf |
|
4577 |
Ordovician conodonts of the South Urals: biogeographic affinity of the East European Platform’s eastern margin |
Dr. Tatiana Tolmacheva |
T47.15 - Early Paleozoic World |
4577.pdf |
|
1099 |
Chemostratigraphy of the Ediacaran-Cambrian Lesser Himalaya, India, Eastern Gondwana, and correlation with South America, Western Gondwana |
Prof. Vinod Tewari |
T47.15 - Early Paleozoic World |
1099.pdf |
|
4100 |
New carbon isotope data on the Precambrian-Cambrian interval of the Tommotian stage hypostratotype - Isit’ Section (Lena River, Siberian Platform) |
Dr. Pavel Parkhaev |
T47.15 - Early Paleozoic World |
4100.pdf |
|
1654 |
Multiproxy approach and HI-RES stratigraphy: Contrasting examples of degree of precision attained in correlation of mid-Palaeozoic strata |
Dr. Ladislav Slavik |
T47.15 - Early Paleozoic World |
1654.pdf |
|
5156 |
Katian (Upper Ordovician) – Aeronian (Lower Silurian) carbon isotope excursions in South China |
Prof. Junxuan Fan |
T47.15 - Early Paleozoic World |
5156.pdf |
35th International Geological Congress Symposia