Wednesday Afternoon 1
Time	Session	Location	Title
1340	SM33A	MCC level 2	Polar Magnetospheres of Jupiter and Earth II Posters (joint with P, SA) Presiding: F Bagenal, University of Colorado; R E Ergun, University of Colorado    [Abstracts]
1340	SM33A-1244	MCC level 2	Effect of IMF By and Dipole Tilt on the Interaction between the Solar Wind and the Jovian Magnetosphere *K Fukazawa, T Ogino, R J Walker POSTER    [details]
1340	SM33A-1245	MCC level 2	ULF Wave Activity in the Terrestrial Polar Cap and Polar Cap Boundary Regions as Observed by Cluster *P A Puhl-Quinn, H Matsui, G Paschmann, M Bouhram, K Glassmeier, E Georgescu POSTER    [details]
1340	SM33A-1246	MCC level 2	S-Bursts and the Jupiter Ionospheric Resonator *R E Ergun, F Bagenal, Y Su, P A Delemere POSTER    [details]
1340	SM33A-1247	MCC level 2	Has the configuration of Jupiter's polar aurora changed significantly since the Voyager epoch? *B H Mauk POSTER    [details]
1340	SM33A-1248	MCC level 2	Thermal Plasmas in Jupiter's Magnetosphere: Considerations for Auroral Processes *W R Paterson, L A Frank POSTER    [details]
1340	SM33A-1249	MCC level 2	Nonlinear Interaction of Io's Disturbance System With the Inhomogenous Jovian Magnetosphere *S Jacobsen, F M Neubauer, H Backes, N Schilling POSTER    [details]
1340	SM33A-1250	MCC level 2	Multi-fluid Simulations of Ganymede's Magnetosphere: The Role of Heavy Ions in the Magnetotail *C Paty, R M Winglee POSTER    [details]
1340	SM33A-1251	MCC level 2	Plasma sources and lifetimes within the Jovian magnetosphere *A Stickle, R M Winglee, E Harnett, C Paty POSTER    [details]
1340	SM33A-1252	MCC level 2	Magnetic field disturbances in the Jovian magnetosphere due to large dynamic pressure enhancements in the solar wind *C Tao, R Kataoka, H Fukunishi, Y Takahashi, T Yokoyama POSTER    [details]
1340	SM33A-1253	MCC level 2	Coupling the Io plasma torus to Jupiter's ionosphere: Cassini observations of longitudinal variations A J Steffl, P A Delamere, *F Bagenal POSTER    [details]
1340	SM33A-1254	MCC level 2	Spatially and Chemically Segregated Energization of Jupiter's Magnetosphere *J Saur, A Pouquet, W H Matthaeus POSTER    [details]