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Table of Contents - Special Paper 332: |
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Evolution of the Cretaceous Ocean-Climate System |
Foreword | v | |
Preface | vii | |
Paleogeography |
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1. | Alternative global Cretaceous paleogeography William W. Hay, Robert M. DeConto, Christopher N. Wold, Kevin M. Wilson, Silke Voigt, Michael Schulz, Adrienne Wold-Rossby, Wolf-Christian Dullo, Alexander B. Ronov, Alexander N. Balukhovsky, and Emanuel S"ding |
1 |
Paleoclimatology |
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2. | Estimating the global thermal state from Cretaceous sea surface and continental
temperature data Larry A. Frakes |
49 |
3. | Lower Cretaceous (Aptian-Albian) secular changes in the oxygen and carbon
isotope record from high paleolatitude, fluvial sediments, southeast Australia:
Comparisons to the marine record Kurt M. Ferguson, Robert T. Gregory, and Andrew Constantine |
59 |
4. | Links between major climatic factors and regional oceanic circulation in the
mid-Cretaceous Chris J. Poulsen, Eric J. Barron, Claudia C. Johnson, and Peter Fawcett |
73 |
5. | Biogeographic distribution of late Early to Late Cretaceous rudist-reefs in
the Mediterranean as climate indicators Silke Voigt, William W. Hay, Richard Höfling, and Robert M. DeConto |
91 |
6. | Precessional cycles in the Upper Cretaceous pelagic sediments of the South
Atlantic: Long-term patterns from high-frequency climate variations Timothy D. Herbert, Jeff Gee, and Steve DiDonna |
105 |
Paleoceanography |
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7. | Warm, equable mid-Cretaceous: Stable isotope evidence Michelle L. Fassell and Timothy J. Bralower |
121 |
8. | Coupled oceanic effects of climatic cycles from late Albian deep-sea sections
of the North Atlantic P. Hofmann, W. Ricken, L. Schwark, and D. Leythaeuser |
143 |
9. | Calcareous nannofossils as indicators of mid-Cretaceous paleofertility along
an ocean front, U.S. Western Interior Cynthia G. Fisher and William W. Hay |
161 |
10. | Circulation and stratification of the early Turonian Western Interior Seaway:
Sensitivity to a variety of forcings Lee R. Kump and Rudy L. Slingerland |
181 |
11. | Plate tectonic paleoceanographic hypothesis for Cretaceous source rocks and
cherts of northern South America Tomas Villamil, Claudia Arango, and William W. Hay |
191 |
12. | Factors influencing organic carbon and trace metal accumulation in the Upper
Cretaceous La Luna Formation of the western Maracaibo Basin, Venezuela Cara Davis, Lisa Pratt, William Sliter, Luis Mompart, and Bruno Murat |
203 |
13. | Deciphering Late Cretaceous subequatorial ocean-climate interactions in the
Sergipe Basin, Brazil Ana M. Carmo and Lisa M. Pratt |
231 |
14. | Evolution of late Campanian-Maastrichtian marine climates and oceans Enriqueta Barrera and Samuel M. Savin |
245 |
15. | Comparison of modern and Late Cretaceous meridional energy transport and oceanology William W. Hay and Robert M. DeConto |
283 |
Paleobiology |
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16. | Cretaceous paleoceanography: Evidence from planktonic foraminiferal evolution Isabella Premoli Silva and William V. Sliter |
301 |
17. | Evolution of Cretaceous surface current circulation patterns, Caribbean and
Gulf of Mexico Claudia C. Johnson |
329 |
18. | Repopulations from Cretaceous mass extinctions: Environmental/evolutionary
controls? Peter J. Harries |
345 |
19. | Cross correlation of paleoecological and geochemical proxies: A holistic approach
to the study of past global change Bradley B. Sageman and David J. Hollander |
365 |
20. | Global terrestrial productivity in the mid-Cretaceous (100 Ma): Model simulations
and data David J. Beerling, F. Ian Woodward, and Paul J. Valdes |
385 |
21. | Late Cretaceous climate and vegetation interactions: Cold continental interior
paradox Robert M. DeConto, William W. Hay, Starley L. Thompson, and Jon Bergengren |
391 |
22. | Terrestrial vegetation and its effects on climate during the latest Cretaceous G. R. Upchurch, Jr., B. L. Otto-Bliesner, and C. R. Scotese |
407 |
Color appendix |
427 |
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Index | 437 |