Tuesday Afternoon 1
Time	Session	Location	Title
1340	PP23B	MS Exh Hall B	Deep Time Perspectives on Climate Change: Integrating the Signal From Models and Biological Proxies II Posters (joint with A, B, C, GC, OS, V) Presiding: M Chandler, NASA/GISS, Columbia University; A C Ravelo, University of California, Santa Cruz; M Williams, University of Leicester; A Haywood Dr, School of Earth and Environment, University of Leeds    [Abstracts]
1340	PP23B-1332	MS Exh Hall B	The mid Pliocene Warm Period: A Test-bed for Integrating Data and Models *A M Haywood, U Salzmann, D J Hill, H J Dowsett, M A Chandler, P J Valdes POSTER    [details]
1340	PP23B-1333	MS Exh Hall B	Ground truthing Ordovician climate models using spatial analyses of chitinozoans and graptolites *T Vandenbroucke, H Armstrong, M Williams, J Zalasiewicz POSTER    [details]
1340	PP23B-1334	MS Exh Hall B	Response of the Intertropical Convergence Zone to Southern Hemisphere cooling during Ordovician glaciation *H Armstrong, J Baldini, T Challands, A Owen POSTER    [details]
1340	PP23B-1335	MS Exh Hall B	Mid-Pliocene Sea-Surface Temperature Variability in the Eastern Equatorial Pacific Ocean *R P Caballero, H J Dowsett POSTER    [details]
1340	PP23B-1336	MS Exh Hall B	Multivariate Statistical Analysis of Late Mississippian Paleosol Trace Element Chemistry and Application to Interpreting Pedogenic Processes and Climate Through Time *J A Kahmann, J Seaman IIIS G Driese POSTER    [details]
1340	PP23B-1337	MS Exh Hall B	The Transition From the Present-Day Climate to a Snowball Earth Simulated With a Comprehensive Climate Model *A Voigt, J Marotzke POSTER    [details]
1340	PP23B-1338	MS Exh Hall B	Can Orbital Forcing Help Explain Reconstructed Monsoon Winds for the Early Jurassic? *C M Rowe, R J Oglesby, D B Loope, R J Van der Voo POSTER    [details]
1340	PP23B-1339	MS Exh Hall B	Changing Low-Latitude Paleoenvironments During the Onset of the Late Paleozoic Ice Age. *S Davies POSTER    [details]
1340	PP23B-1340	MS Exh Hall B	The Rise of Nannoplankton Calcification Correlates With Tectonically-driven Massive Fall of Atmospheric CO2 *Y Donnadieu, Y Goddéris, C de Vargas, R Pierrehumbert, G Dromart POSTER    [details]
1340	PP23B-1341	MS Exh Hall B	Regional water cycle change during the PETM from new records in central Utah and CCSM *G J Bowen, M Huber, B B Bowen POSTER    [details]
1340	PP23B-1342	MS Exh Hall B	Kimberlite eruptive frequency and major low latitude glaciation through the Phanerozoic *A P Vaughan, J A Zalasiewicz, R J Brown POSTER    [details]
1340	PP23B-1343	MS Exh Hall B	Time Continuous Climate Models For The Cretaceous *A Goswami, C R Scotese, T L Moore POSTER    [details]
1340	PP23B-1344	MS Exh Hall B	Simulation of Modern and Cretaceous δ18O With a Global Ocean-Atmosphere General Circulation Model *J Zhou, C J Poulsen, D Pollard, T S White POSTER    [details]
1340	PP23B-1345	MS Exh Hall B	Comparing lithologic and rock magnetic cyclicity in the Upper Cretaceous Fort Hayes Limestone, southern Colorado-northern New Mexico *J W Geissman, M Elrick POSTER    [details]
1340	PP23B-1346	MS Exh Hall B	Climate and Ocean Circulation at the Paleocene/Eocene Boundary and Their Sensitivity to Atmospheric CO2 *M Heinemann, J Marotzke POSTER    [details]
1340	PP23B-1347	MS Exh Hall B	Stable isotopes in pedogenic calcite: Can the positive linear covariant trends be used to quantify paleo-evaporation rates? *D Gröcke, D Ufnar, P A Beddows POSTER    [details]
1340	PP23B-1348	MS Exh Hall B	Using Apatitic Conodont Oxygen Isotopic Values to Determine the Cause of Late Ordovician Third-Order Stratigraphic Sequences *T A Tyra, E Maya, V Atudorei, L A Stephen POSTER    [details]