Monday Morning 1
Time	Session	Location	Title
0800	SM11C	MS 305	Drivers of Ionospheric Convection I Presiding: D M Ober, Air Force Research Laboratory; E Zesta, University of California, Los Angeles    [Abstracts]
0800	SM11C-01	MS 305	Magnetospheric Convection as a Global Force Phenomenon *G Siscoe INVITED    [details]
0820	SM11C-02	MS 305	Magnetosphere-Ionosphere/thermosphere Coupling: Self-consistent Solutions for a 1-D Stratified Ionosphere in 3-fluid Theory *P Song, V M Vasyliûnas, X Zhou    [details]
0835	SM11C-03	MS 305	A Theory of Solar-Wind/Magnetosphere Coupling Derived from First Principles *J Borovsky, J Birn, M Hesse    [details]
0850	SM11C-04	MS 305	Solar Wind-Magnetosphere-Ionosphere Coupling in the Context of the Expanding/Contracting Polar Cap, or the ECPC Made Easy-Peasy *S E Milan INVITED    [details]
0910	SM11C-05	MS 305	Analysis of the Response Function Relating the Solar Wind Electric Field to the Dayside Magnetic Reconnection Rate *G Blanchard, S Sundeen, K Baker INVITED    [details]
0928	SM11C-06	MS 305	Dependence of Earth's Magnetopause Reconnection Rate on Solar Wind Drivers *E R Sanchez, R A Doe    [details]
0943	SM11C-07	MS 305	Comparison of dayside and nightside reconnection changes resulting from a sudden enhancement in solar wind dynamic pressure *A Boudouridis, E Zesta, L R Lyons, J M Ruohoniemi, D Lummerzheim, P C Anderson INVITED    [details]