| Title |
Author |
Email |
Affiliation |
| Sea-level and climate fluctuations at the Cenomanian-Turonian Boundary of the Anglo-Paris Basin (Eastbourne) and European Tethyan margin (Cassis and Vergons, southeastern France) |
Adatte, Thierry |
thierry.adatte@unine.ch |
Geological Institute, University of Neuchâtel, Switzerland |
| The Cretaceous Carbon Cycle: Interpreting the Carbon Isotope Record |
Arthur, Michael A |
arthur@geosc.psu.edu |
Pennsylvania State University |
| Twenty Years of Cretaceous Climate Modeling |
Barron, Eric J |
eric@essc.psu.edu |
Penn State University |
| Cyclic fluctuations in the composition of organic matter of OAE3 black shales (ODP Site 959, off Ivory Coast/Ghana) |
Beckmann, Britta |
bbeckman@uni-bremen.de |
University of Bremen, Geosciences |
| Possible Atmospheric CO2 Extremes of the Mid-Cretaceous |
Bice, Karen L |
kbice@whoi.edu |
Woods Hole Oceanographic Institution |
| Paradox of the Late Turonian Record at DSDP Site 511 (60°S paleolatitude) |
Bice, Karen L |
kbice@whoi.edu |
Woods Hole Oceanographic Institution |
| What would a Cretaceous glaciation look like? |
Bice, Karen L |
kbice@whoi.edu |
Woods Hole Oceanographic Institution |
| Cretaceous nannoplankton evolution and diversity |
Bown, Paul R |
p.bown@ucl.ac.uk |
Geological Sciences, University College London |
| Marine Productivity during Oceanic Anoxic Events: A New Outlook |
Bralower, Timothy J |
bralower@email.unc.edu |
UNC-Chapel Hill |
| Detailed C-isotope analysis of the Cenomanian-Turonian Boundary Oceanic Anoxic Event and the potential link to methane hydrate dissociation |
Bralower, Timothy J |
bralower@email.unc.edu |
University of North Carolina-Chapel Hill |
| Molecular markers of plankton preserved in lower Aptian sediments (OAE 1a) |
Brassell, Simon C |
simon@indiana.edu |
Indiana University |
| Mid-Cretaceous Deposition and Erosion by Deep-Sea Currents Along the Continental Rise, Deep Eastern Gulf of Mexico |
Buffler, Richard T |
rbuffler@hotmail.com |
University of Texas Institute for Geophysics |
| Geochemisty of the oldest Pacific and Atlantic oceanic crusts: tectonic and geodynamic implications |
Castillo, Pat R |
pcastillo@ucsd.edu |
Scripps Institution of Oceanography, UCSD |
| Globally synchronous long-term climate changes during the mid- to Late Cretaceous? |
Clarke, Leon J. |
l.clarke@bangor.ac.uk |
University of Wales Bangor, U.K. |
| An integrated calcareous microfossil biostratigraphic and carbon isotope stratigraphic framework for the La Luna Formation, western Venezuela |
de Romero, Linda M. |
deromero@email.unc.edu |
University of North Carolina at Chapel Hill |
| Cretaceous Ice Sheets: A Modeling Perspective |
Deconto, Robert |
deconto@geo.umass.edu |
University of Massachusetts |
| Thermal and Compositional Effects of Ocean Plateau Formation: Consequences for Cretaceous Ocean Anoxic Events |
Duncan, Robert A |
rduncan@coas.oregonstate.edu |
College of Oceanic and Atmospheric Sciences, Oregon State University |
| Cycle stratigraphy and chemostratigraphy of Cenomanian-Turonian (Late Cretaceous) shallow- through deep-marine carbonates and siliciclastics, southern Mexico |
Elrick, Maya B. |
dolomite@unm.edu |
University of New Mexico |
| Cretaceous climate changes: a paleobiological perspective. |
Erba, Elisabetta |
Elisabetta.Erba@unimi.it |
University of Milan - Department of Earth Sciences |
| Oceanic Anoxic Event 1b: 45 kyr of orbitally controlled, Tethys-wide anoxia |
Erbacher, Jochen |
erbacher@bgr.de |
BGR |
| Landscape denudation as a link between wildfires and bacterially dominated lake ecosystems of the Late Cretaceous Fort Crittenden Formation, southeastern Arizona |
Finkelstein, David B |
dafinkel@indiana.edu |
Biogeochemical Labs, Department of Geological Sciences, Indiana University |
| Orbital Forcing of the Early Cretaceous Ocean - A Perspective from Mediterranean Tethys |
Fischer, Alfred G |
grippo@earth.usc.edu |
University of Southern California |
| Water Mass Dynamics of the Western Interior Seaway based on Planktic Foraminiferal Porosity |
Fisher, Cynthia G |
cfisher@wcupa.edu |
West Chester University |
| On the Impact of Milankovitch forcing on the sedimentary record of the Western Interior Seaway |
Floegel, Sascha |
sfloegel@geomar.de |
GEOMAR-Research Center for Marine Geosciences |
| Early Cretaceous platform drowning events along the northern Tethyan margin |
Föllmi, Karl B |
karl.foellmi@unine.ch |
Institut de Géologie, Université de Neuchâtel |
| Middle Turonian black shale deposition within the Western Interior Basin (U.S.A.) - an integrated model |
Forster, Astrid |
forster@nioz.nl |
Royal Netherlands Institute for Sea Research (NIOZ) |
| Investigations of enhanced organic matter burial during the Cenomanian/Turonian boundary event and the related positive carbon-isotope excursion: implications of the OAE 2 for the global carbon cycle? |
Forster, Astrid |
forster@nioz.nl |
Royal Netherlands Institute for Sea Research (NIOZ) |
| Late Cretaceous variations in d18O of precipitation and d13C of organic material over North America and their paleoenvironmental interpretations |
Fricke, Henry |
hfricke@coloradocollege.edu |
Colorado College |
| Cenomanian sea-levels and climate: evidence from SE India and NW Europe. |
Gale, Andy S |
ASG@NHM.AC.UK |
University of Greenwich UK |
| Quantifying Precipitation Flux Changes of the mid-Cretaceous (Albian) Greenhouse World: Isotope Mass Balance Approach Constrained by Sphaerosiderite Oxygen Isotope Composition |
Gonzalez, Luis A |
luis-gonzalez@uiowa.edu |
The University of Iowa |
| Large perturbation in the global carbon cycle preceding oceanic anoxic event 1b (Pacquier) |
Gröcke, Darren R |
d.grocke@gl.rhul.ac.uk |
Department of Geology, Royal Holloway University of London |
| The Late Cretaceous Sea-level Curves |
Hancock, Jake M |
j.hancock@ic.ac.uk |
Imperial College of Science, Technology and Medicine |
| Cretaceous terrestrial paleoenvironments of northeastern Asia suggested from carbon isotope stratigraphy: increased atmospheric pCO2-induced climate |
Hasegawa, Takashi |
jh7ujr@kenroku.kanazawa-u.ac.jp |
Dept. Earth Science, Faculty of Science, Kanazawa |
| Speculations on Circulation of the Cretaceous Ocean |
Hay, William W |
whay@geomar.de, whay@gmx.de |
GEOMAR, Kiel, Germany |
| Sedimentological and Geochemical Expressions of the Mid-Cretaceous OAE 1a in Pelagic and Coastal Settings: A Comparison |
Heimhofer, Ulrich |
heimhofer@erdw.ethz.ch |
Institute of Geology, ETH Zürich |
| Orbitally forced black shale accumulation during Coniacian-Santonian times in the Ivory Coast Basin |
Hofmann, Peter M. |
adg03@Uni-Koeln.de |
University of Cologne |
| Benthic foraminiferal extinctions across mid Cretaceous OAES: Evolutionary turn-over or rock record bias? |
Holbourn, Ann |
ah@gpi.uni-kiel.de |
IfG, Christian Albrechts University |
| Cretaceous Marine d18O Cooling Excursions: An Ice Sheet for Every Event? |
Huber, Brian T |
huber.brian@nmnh.si.edu |
Smithsonian Museum of Natural History |
| Terrestrial Linkages between the Atmosphere and Biosphere: Cretaceous Applications |
Jahren, Hope |
jahren@jhu.edu |
Johns Hopkins University |
| Flip from dysoxic to oxic state of world oceans during Late Cretaceous |
Jansa, Luba F. |
jansa@agc.bio.ns.ca; lubomirjansa@netscape.net |
Dalhousie University, Earth Sciences Department |
| Campanian isotope events, sea level and climate change |
Jarvis, Ian |
i.jarvis@kingston.ac.uk |
Kingston University |
| The Cenomanian-Turonian Oceanic Anoxic Event: crystallizing the concept |
Jenkyns, Hugh C |
hughj@earth.ox.ac.uk |
Department of Earth Sciences, Oxford University |
| Tropical environmental dynamics inferred from biotic dispersion patterns |
Johnson, Claudia C. |
claudia@indiana.edu |
Indiana University, Bloomington |
| High stress paleoceanographic conditions during the last 700 kyr of the Maastrichtian in the eastern Tethys (Tunisia, Egypt and Israel) |
Keller, Gerta |
gkeller@princeton.edu |
Princeton University |
| Benthic paleoecology during mid-Cretaceous OAEs and in modern oxygen mimima: is the present the key to the past? |
Kuhnt, Wolfgang |
wk@gpi.uni-kiel.de |
IfG, Christian Albrechts University |
| Mid-Cretaceous igneous events and geological responses: The devil is in the details |
Larson, Roger L. |
rlar@gsosun1.gso.uri.edu |
University of Rhode Island |
| Relative sea level history of the uppermost Cenomanian of southwestern Utah: evidence for Milankovitch-driven eustasy? |
Laurin, Jiri |
laurin@ig.cas.cz |
Institute of Geophysics, Academy of Sciences of the Czech Republic |
| Cretaceous tectonic events and their influences on ocean circulation |
Lawver, Lawrence A |
lawver@ig.utexas.edu |
University of Texas at Austin, Institute for Geophysics |
| Oceanic Anoxic Events and Plankton Evolution: Biotic Response to Tectonic Forcing during the Mid-Cretaceous |
Leckie, R. Mark |
mleckie@geo.umass.edu |
University of Massachusetts |
| A Possible Record of Glacioeustatic Sea Level Changes from the Cenomanian-Turonian Western Interior Basin |
Leckie, R. Mark |
mleckie@geo.umass.edu |
University of Massachusetts |
| Nannofloral biogeographic patterns illustrate long-term climate change: warming/cooling trends in the Late Cretaceous Indian and Pacific Oceans |
Lees, Jackie A. |
j.lees@ucl.ac.uk |
Geological Sciences, University College London |
| The Terrestrial Stable Isotopic Record of Aptian-Albian OAE1b in Palustrine Carbonates of the Cedar Mountain Formation, Utah: Implications for Continental Paleohydrology |
Ludvigson, Greg A |
gregory-ludvigson@uiowa.edu |
Department of Geoscience, University of Iowa |
| Warming in the subtropical Western Atlantic during Maastrichtian cooling: Hot tropics and latitudinal temperature gradients |
MacLeod, Kenneth G. |
macleodk@missouri.edu |
University of Missouri |
| A quantitative evaluation and application of the results of a Maastrichtian (Late Cretaceous) coupled ocean-atmosphere model experiment using the HadCM3 AOGCM |
Markwick, Paul J |
paul.markwick@which.net |
Robertson Research International Limited |
| Late Cretaceous, Western Interior Basin Cold-Seep Mounds (Tepee Buttes): Geographic, Stratigraphic, and Age Distribution in North America |
Metz, Cheryl L |
geomama@att.net |
Texas A&M University |
| High C/N and low del 15N values in black shales: Indicators of dysoxia-enhanced productivity? |
Meyers, Philip A. |
pameyers@umich.edu |
Department of Geological Sciences, The University of Michigan |
| Analysis of Sediment/Geochemical Accumulation Rates and Molluscan Evolutionary Rates during the Cenomanian-Turonian Biotic Crisis, Western Interior Seaway |
Meyers, Stephen R |
meyers@earth.northwestern.edu |
Northwestern University |
| Understanding Abrupt Climatic Disturbance in the Aptian-Albian |
Montanez, Isabel P |
montanez@geology.ucdavis.edu |
Dept. of Geology, University of California, Davis |
| Planktic foraminifer bioevents within Cenomanian-Turonian boundary interval at Pueblo, Colorado |
Nebrigic, Dragana D |
dragana@utdallas.edu |
University of Texas at Dallas |
| Mid and Late Cretaceous SST and CO2 from Exceptionally Well-Preserved Planktic Foraminifera |
Norris, Richard D |
RNorris@whoi.edu |
Woods Hole Oceanographic Institution |
| Late Cretaceous Ocean: Coupled Simulations with the NCAR Climate System Model |
Otto-Bliesner, Bette L |
ottobli@ucar.edu |
Climate Change Research, National Center for Atmospheric Research |
| Foraminiferal Paleoceanography of the Cenomanian-Turonian Greenhorn Cycle of the Western Side of the U.S. Western Interior Sea |
Polyak, Desiree |
depolyak@geo.umass.edu |
University of Massachusetts |
| Implications of an Atlantic gateway for the Cretaceous thermal maximum and atmospheric dynamics |
Poulsen, Christopher |
poulsen@usc.edu |
University of Southern California |
| Carbon isotopic variation in woody, lacustrine, and marine organic matter as records of source and concentration of atmospheric CO2 through the Cretaceous |
Pratt, Lisa M. |
prattl@indiana.edu |
Indiana University |
| The Early Cretaceous planktonic foraminiferal radiation: paleoceangraphic implications |
Premoli Silva, Isabella |
Isabella.Premoli@unimi.it |
University of Milan, Department of Earth Sciences |
| The Cretaceous marine osmium (Os) isotope record |
Ravizza, Greg |
gravizza@whoi.edu |
Woods Hole Oceanographic Institution |
| Production and Preservation in the Cretaceous Western Interior Sea |
Sageman, Brad |
brad@earth.nwu.edu |
Northwestern University |
| How Consistently Do Regression Models of Foliar Physiognomy Predict Cretaceous Climates? |
Scherer, Jacqueline |
gu01@swt.edu |
Southwest Texas State University |
| A new organic palaeothermometer for the mid-Cretaceous green-house world |
Schouten, Stefan |
schouten@nioz.nl |
Netherlands Institute for Sea Research |
| The Cretaceous World: Plate Tectonics, Paleogeography, Paleobathymetry and Paleoclimate |
Scotese, Christopher R |
chris@scotese.com |
PALEOMAP Project, Department of Geology, University of Texas at Arlington |
| Hydrothermal Links Between Ocean Plateau Formation and Global Anoxia |
Snow, Laura J |
lsnow@coas.oregonstate.edu |
Oregon State Univesity |
| Foraminiferal Assemblages of the Upper Cretaceous Niobrara Cyclothem as Proxies for Sea Level Fluctuations in the Western Interior Sea, Mesa Verde, Colorado |
Sterzinar, Erica M. |
ericas@geo.umass.edu |
University of Massachusetts-Amherst |
| Motion between hotspot groups in the Cretaceous |
Tarduno, John A |
john@earth.rochester.edu |
University of Rochester |
| Extreme climates recorded in the Cretaceous High Arctic |
Tarduno, John A |
john@earth.rochester.edu |
University of Rochester |
| Transfer of Carbon from Surface to Deep Ocean in a Greenhouse World |
Thomas, Ellen |
ethomas@wesleyan.edu |
Wesleyan University, Department E&ES |
| The Late Valanginian Event: Productivity and Ecological Changes |
Tremolada, Fabrizio |
fabrizio.tremolada@unimi.it |
Dipartimento di Scienze della Terra |
| Sediment origin and trace element enrichments in black shales during the Cenomanian-Turonian Boundary Event in the Gubbio Core, central Italy |
Turgeon, Steven C. |
Steven.Turgeon@icbm.de |
Institut für Chemie und Biologie des Meeres (ICBM) |
| Latest Cretaceous Global Vegetation: Current Understanding and Areas for Future Study |
Upchurch, Garland R |
gu01@swt.edu |
Southwest Texas State University |
| Coupled Ocean-Atmosphere-Vegetation Models of Warm Climates |
Valdes, Paul J |
P.J.Valdes@reading.ac.uk |
Department of Meteorology, University of Reading |
| Evidence for rapid climate cooling during positive d13C excursions within the Middle and Late Cenomanian derived from oxygen isotope data of brachiopods and belemnites |
Voigt, Silke |
silke.voigt@uni-koeln.de |
Geological Institute, University of Cologne |
| Coniacian-Santonian (OAE3) black shale formation and African climate variability: a reference section from the eastern tropical Atlantic at orbital time scales (ODP Site 959, off Ivory Coast/Ghana) |
Wagner, Thomas |
twagner@uni-bremen.de |
University Bremen, Geosciences |
| Climatic forcing of nannoplankton evolution during Oceanic Anoxic Event 1-d |
Watkins, David K |
dwatkins@unl.edu |
University of Nebraska |
| Oxygen isotopic reconstructions of middle Cretaceous precipitation: model-data comparisons for North America |
White, Timothy S. |
tswhite@essc.psu.edu |
USGS/EMS Environment Institute (Penn State) |
| Integrated terrestrial and marine climate history of the terminal Cretaceous |
Wilf, Peter |
pwilf@geosc.psu.edu |
Pennsylvania State University |
| Testing the greenhouse hypothesis and latest Albian oceanic anoxic event |
Wilson, Paul A |
paw1@soc.soton.ac.uk |
Southampton Oceanography Centre |
| Cenomanian-Turonian Oceanic Anoxic Event (OAE2) at 53° South Latitude: A Progress Report |
Wise, Sherwood W. |
Wise@gly.fsu.edu |
Department of Geology, Florida State Universtiy |