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1. PLANTS AND THE K-T BOUNDARY
by NICHOLS, DOUGLAS J
2008, ISBN 9780521835756, 292
Cretaceous-Paleogene boundary | Paleobotany | Cretaceous-Tertiary boundary | Plants | Paleontology
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2. From depositional systems to sedimentary successions on the Norwegian continental shelf
by Martinius, Allard Willem
2014, Special publication number 46 of the International Association of Sedimentologists, ISBN 9781118920466, Volume no. 46., xii, 698
Sedimentology | Geology, Stratigraphic | Geology | Sedimentary structures | Continental shelf | Petroleum
Book
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3. Full Text Transient drying during the Paleocene–Eocene Thermal Maximum (PETM): Analysis of paleosols in the bighorn basin, Wyoming
by Kraus, Mary J and Riggins, Susan
Palaeogeography, palaeoclimatology, palaeoecology, ISSN 0031-0182, 2007, Volume 245, Issue 3, pp. 444 - 461
Paleosols | Paleocene–Eocene boundary | Bighorn Basin, alluvial | Paleocene–Eocene Thermal Maximum | Paleocene-Eocene Thermal Maximum | Paleocene-Eocene boundary | Geosciences, Multidisciplinary | Physical Sciences | Life Sciences & Biomedicine | Geology | Physical Geography | Geography, Physical | Paleontology | Science & Technology
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4. Full Text Correction to: Paleoenvironmental changes across the Paleocene–Eocene boundary in West Central Sinai, Egypt: geochemical proxies
by Ghandour, Ibrahim Mohamed
Swiss Journal of geosciences, ISSN 1661-8726, 04/2020, Volume 113, Issue 1
Palaeocene | Eocene | Paleocene
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5. Full Text Direct stratigraphic dating of India-Asia collision onset at the Selandian (middle Paleocene, 59 ± 1 Ma)
by Hu, Xiumian and Garzanti, Eduardo and Moore, Ted and Raffi, Isabella
Geology (Boulder), ISSN 0091-7613, 8/2015, Volume 43, Issue 10, pp. 859 - 862
microfossils | Paleogene | solid Earth (tectonophysics) | Himalayas | Paleocene | algae | chronostratigraphy | middle Paleocene | southern Xizang China | nannofossils | orthosilicates | zircon | China | absolute age | silicates | Stratigraphy | Radiolaria | Cenozoic | Far East | nesosilicates | Xizang China | Tertiary | Plantae | Geophysics | Eurasian Plate | dates | U/Pb | turbidite | Indian Plate | plate tectonics | sedimentary rocks | Selandian | zircon group | Asia | plate collision | biostratigraphy | Invertebrata | Protista | Geology | Physical Sciences | Science & Technology | Observations | Geochronology | Plate tectonics | Oceanography | Geological time | Topography
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6. Full Text Abrupt increase in seasonal extreme precipitation at the Paleocene-Eocene boundary
by Schmitz, Birger and Pujalte, Victoriano
Geology (Boulder), ISSN 0091-7613, 3/2007, Volume 35, Issue 3, pp. 215 - 218
Paleogene | greenhouse effect | Paleocene | alluvial fans | PETM | Sedimentary petrology | carbon | isotopes | subtropical environment | Graus Spain | Spanish Pyrenees | Stratigraphy | Cenozoic | basins | Aragon Spain | clastic rocks | climate change | stable isotopes | geochemistry | atmospheric precipitation | paleotemperature | Europe | paleoclimatology | Tertiary | Claret Conglomerate | Iberian Peninsula | hydrologic cycle | sedimentary structures | lower Eocene | upper Paleocene | Southern Europe | Pyrenees | stratigraphic boundary | Tremp Spain | secondary structures | Garumnian | paleoatmosphere | Lleida Spain | sedimentary basins | carbon dioxide | isotope ratios | sed rocks, sediments | C-13/C-12 | Paleocene-Eocene boundary | Huesca Spain | Eocene | conglomerate | coastal environment | Spain | sedimentary rocks | concretions | paleochannels | paleohydrology | sediment transport | Catalonia Spain | seasonal variations | Paleocene-Eocene thermal maximum | Hydrological cycle | Fluvial megafan | Greenhouse warming | Carbon isotope excursion | Geology | Physical Sciences | Science & Technology | Environmental aspects | Hydrology | Precipitation (Meteorology) | Research | Greenhouse gases | Precipitation | Paleoecology | Atmosphere | Prehistoric era | Carbon dioxide | Naturvetenskap | Geologi | hydrological cycle | carbon isotope excursion | greenhouse warming | Natural Sciences | fluvial megafan | Geovetenskap och miljövetenskap | Earth and Related Environmental Sciences
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7. Late Paleocene-early Eocene climatic and biotic events in the marine and terrestrial records
by Aubry, Marie-Pierre and Lucas, Spencer G and Berggren, William A
1998, ISBN 0231102380, xv, 513 p., [10] p. of plates
Paleoclimatology | Paleontology
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8. A study of mammalia and geology across the cretaceous-tertiary boundary in Garfield County, Montana
by Archibald, J. David
1982, University of California publications in geological sciences, ISBN 0520096398, Volume 122., xvi, 286
Geology, Stratigraphic | Mammals, Fossil | Geology | Paleontology
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9. Full Text Extreme warming of mid-latitude coastal ocean during the Paleocene-Eocene Thermal Maximum; inferences from TEX86 and isotope data
by Zachos, J. C and Schouten, S and Bohaty, S and Quattlebaum, T and Sluijs, A and Brinkhuis, H and Gibbs, S. J and Bralower, T. J
Geology (Boulder), ISSN 0091-7613, 9/2006, Volume 34, Issue 9, pp. 737 - 740
microfossils | Paleogene | O-18/O-16 | United States | Foraminifera | greenhouse effect | Paleocene | Paleocene-Eocene Thermal Maximum | algae | SEM data | case studies | PETM | nannofossils | cores | isotopes | Stratigraphy | Cenozoic | oxygen | marine sediments | climate change | stable isotopes | Dinoflagellata | Leg 174AX | isotope ratios | paleotemperature | sea-surface temperature | paleoclimatology | Tertiary | planktonic taxa | Plantae | Eocene | New Jersey | Gloucester County New Jersey | palynomorphs | lake sediments | lacustrine environment | Leg 150X | lower Eocene | Ocean Drilling Program | upper Paleocene | Atlantic Coastal Plain | Wilson Lake | Invertebrata | Protista | sediments | Taverne | Life sciences | Other biological specialities | International | Greenhouse | Isotopes | Geology | Physical Sciences | Science & Technology
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10. Full Text Sedimentary response to Paleocene-Eocene Thermal Maximum carbon release; a model-data comparison
by Panchuk, K and Ridgwell, A and Kump, L. R
Geology (Boulder), ISSN 0091-7613, 4/2008, Volume 36, Issue 4, pp. 315 - 318
time series analysis | Paleogene | aliphatic hydrocarbons | stratigraphic boundary | Atlantic Ocean | Paleocene | Paleocene-Eocene Thermal Maximum | digital simulation | global | paleogeography | PETM | biogenic structures | paleo-oceanography | volcanism | calcium carbonate | carbon | Stratigraphy | Cenozoic | alkanes | hydrocarbons | paleotemperature | paleoclimatology | Tertiary | data processing | carbonate compensation depth | Eocene | Walvis Ridge | global warming | sedimentary structures | Equatorial Pacific | GENIE-1 | global change | numerical models | theoretical models | lower Eocene | methane | upper Paleocene | South Atlantic | Pacific Ocean | organic compounds | statistical analysis | bioturbation | Methane | Carbonate compensation depth | Model studies | Volcanism | Paleocene-Eocene thermal maximum | Geology | Physical Sciences | Science & Technology | Paleogeography | Analysis | Environmental aspects | Global warming | Models | Research | Properties | Carbon | Simulation | Geological time | Sedimentation & deposition
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11. Full Text A continental shelf perspective of ocean acidification and temperature evolution during the Paleocene-Eocene Thermal Maximum
by Babila, Tali L and Rosenthal, Yair and Wright, James D and Miller, Kenneth G
Geology (Boulder), ISSN 0091-7613, 2/2016, Volume Pre-Issue Publication, Issue 4, pp. 275 - 278
microfossils | Paleogene | United States | Foraminifera | Paleocene | Paleocene-Eocene Thermal Maximum | TEX-86 | metals | Bass River | acidification | paleo-oceanography | cores | carbon | isotopes | Stratigraphy | Cenozoic | lithostratigraphy | climate change | Mg/Ca | stable isotopes | calcium | Leg 174AX | isotope ratios | C-13/C-12 | paleotemperature | paleoclimatology | Tertiary | magnesium | Eocene | Vincetown Formation | New Jersey | chemostratigraphy | Marlboro Formation | alkaline earth metals | lower Eocene | Ocean Drilling Program | upper Paleocene | Atlantic Coastal Plain | biostratigraphy | Invertebrata | Protista | Burlington County New Jersey | sediments | Geology | Physical Sciences | Science & Technology | Observations | Ocean acidification | Continental shelf | Ocean temperature | Acidification | Temperature | Oceans | Geological time
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12. Full Text Multiple early Eocene hyperthermals; their sedimentary expression on the New Zealand continental margin and in the deep sea
by Nicolo, Micah J and Dickens, Gerald R and Hollis, Christopher J and Zachos, James C
Geology (Boulder), ISSN 0091-7613, 8/2007, Volume 35, Issue 8, pp. 699 - 702
Paleogene | depositional environment | Leg 171B | carbonate rocks | Australasia | Dee Stream | Paleocene | Paleocene-Eocene Thermal Maximum | PETM | paleo-oceanography | calcium carbonate | limestone | carbon | isotopes | ODP Site 1051 | North Atlantic | Stratigraphy | Cenozoic | clastic rocks | climate change | deep-sea environment | stable isotopes | geochemistry | outcrops | paleotemperature | paleoclimatology | Tertiary | ODP Site 1262 | South Island | Walvis Ridge | Mead Stream | sedimentation | New Zealand | correlation | marine environment | lower Eocene | Ocean Drilling Program | upper Paleocene | South Atlantic | shallow-water environment | Atlantic Ocean | hyperthermal events | Blake Plateau | Clarence Valley | isotope ratios | C-13/C-12 | Leg 208 | Eocene | continental margin sedimentation | sedimentary rocks | marl | Blake Nose | CIE | Carbon isotope excursion | Paleocene-Eocene thermal maximum | Geology | Physical Sciences | Science & Technology | Climatic changes | Chemical properties | Geological research | Observations | Carbon | Isotopes | Petrology | Geological time | Sediments | Dissolution
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13. Full Text Erratum to: Genesis of Paleocene and Lower Eoceneshallow-water nodular limestone of South Tibet (China)
by Kahsnitz Michaela M and Willems Helmut
Carbonates and evaporites, ISSN 0891-2556, 03/2018, Volume 33, Issue 1, pp. 167 - 167
Paleocene | Limestone | Palaeocene
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14. Full Text Mercury anomaly, Deccan volcanism, and the end-Cretaceous mass extinction
by Font, Eric and Adatte, Thierry and Sial, Alcides Nobrega and Drude de Lacerda, Luiz and Keller, Gerta and Punekar, Jahnavi
Geology (Boulder), ISSN 0091-7613, 2/2016, Volume 44, Issue 2, pp. 171 - 174
microfossils | Mesozoic | Paleogene | magnetostratigraphy | stratigraphic boundary | mercury | Foraminifera | Paleocene | metals | Pyrenees-Atlantiques France | Bidart France | volcanism | iridium | mass extinctions | southwestern France | Stratigraphy | Upper Cretaceous | Cenozoic | France | total organic carbon | Deccan Traps | Europe | lower Paleocene | Tertiary | K-T boundary | Cretaceous | Western Europe | sedimentary rocks | chemostratigraphy | geochemical anomalies | platinum group | organic compounds | Invertebrata | Protista | Geology | Physical Sciences | Science & Technology | Geological research | Mass extinction theory | Environmental aspects | Research | Properties | Volcanism | Mercury | Clay | Lava | Extinction
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15. Full Text Greenhouse shoreline migration; Wilcox deltas
by Zhang, Jinyu and Steel, Ronald and Ambrose, William
AAPG bulletin, ISSN 0149-1423, 12/2016, Volume 100, Issue 12, pp. 1803 - 1831
Paleogene | depositional environment | controls | thickness | Paleocene | Paleocene-Eocene Thermal Maximum | cycles | elastic waves | North America | frequency | equations | cores | North Atlantic | Stratigraphy | Cenozoic | petroleum | clastic rocks | paleoclimatology | Tertiary | patterns | sediment supply | offshore | planar bedding structures | Bee County Texas | marine environment | sedimentary structures | Texas | lower Eocene | Wilcox Group | upper Paleocene | Gulf Coastal Plain | shorelines | transgression | production | United States | Atlantic Ocean | well logs | sandstone | eustasy | amplitude | lithofacies | provenance | Gulf of Mexico | deep-water environment | calibration | onshore | shelf environment | estuarine environment | sea-level changes | energy sources | sand bodies | rates | Eocene | aggradation | sedimentary rocks | grain size | sequence stratigraphy | Economic geology | regression | Karnes County Texas | petroleum exploration | progradation | deltaic environment | stacking | Geosciences, Multidisciplinary | Physical Sciences | Geology | Science & Technology
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