Session Information2007 Fall Meeting |
Union |
Tuesday Morning 1 | |||
| Time | Session | Location | Title |
| 0800 | U21A | MS Exh Hall B | Whole or Layered Mantle Convection II Posters Presiding: F Cammarano, University of California, Berkeley [Abstracts] |
| 0800 | U21A-0001 | MS Exh Hall B | Seismic Evidence of Subducting Slab for Whole Mantle Convection Versus Layered Convection *F TAJIMA POSTER [details] |
| 0800 | U21A-0002 | MS Exh Hall B | Interpreting Seismic Constraints on 1-D Thermo-Chemical Structure of the Mantle Transition Zone: Implications for Mantle Dynamics *L Cobden, S Goes, F Cammarano POSTER [details] |
| 0800 | U21A-0003 | MS Exh Hall B | Constraints on Upper Mantle Temperature from Seismic Attenuation *F Cammarano, B Romanowicz POSTER [details] |
| 0800 | U21A-0004 | MS Exh Hall B | Influence of Rheology on the Lengthscale of Mantle Convection *T Höink, A Lenardic POSTER [details] |
| 0800 | U21A-0005 | MS Exh Hall B | Whole Mantle Thermal Convection At The High Rayleigh Number *A M Kutsov Dr. POSTER [details] |
| 0800 | U21A-0006 | MS Exh Hall B | Illuminating Slab Remnants in the Lower Mantle Using PKP Precursors *B A Romanowicz, A Cao POSTER [details] |
| 0800 | U21A-0007 | MS Exh Hall B | Formation of the Oceanic Lithosphere from the Upper Asthenosphere *D C Presnall, G H Gudfinnsson POSTER [details] |
| 0800 | U21A-0008 | MS Exh Hall B | Partially layered mantle convection and Earth's thermal history *S L Butler POSTER [details] |
| 0800 | U21A-0009 | MS Exh Hall B | Thermo-Petrologic Evolution of Slabs in the Transition Zone Controls Deep Subduction *M R Brudzinski, W Chen, H Green, R Pillet POSTER [details] |
| 0800 | U21A-0010 | MS Exh Hall B | Tungsten abundance and isotopic compositions of Ocean Island Basalts, an Oceanic Plateau, MORB samples: in search for a core-mantle interaction *A TAKAMASA, S NAKAI, Y SAHOO, T HANYU, M TEJADA, H KUMAGAI, Y TATSUMI, S UMINO, T SANO POSTER [details] |
| 0800 | U21A-0011 | MS Exh Hall B | Errors in modeling contraction, isostatic compensation and rock-mass balance in conductive cooling models of the oceanic lithosphere: Implications on Earth's power, radioactive contents, and convective style *A M Hofmeister, R E Criss, V M Hamza POSTER [details] |