Friday Afternoon 2
Time	Session	Location	Title
1600	SM54A	MS 306	Multiscale Dynamical Complexity in Geospace: Theory, Models, and Observations II Presiding: A T Lui, Applied Physics Laboratory, Johns Hopkins University; J M Weygand, Institute of Geophysics and Planetary Physics, University of California, Los Angeles    [Abstracts]
1600	SM54A-01	MS 306	Multiscale Complexity Reflects Substorm Dynamics: Toward Designing a New Auroral Index *V M Uritsky, E Donovan, A J Klimas    [details]
1615	SM54A-02	MS 306	The observed scaling properties of fluctuations in the solar wind and in geomagnetic indices: intermittent turbulence and coronal driver. *S C Chapman, B Hnat, K Kiyani, N Watkins INVITED    [details]
1630	SM54A-03	MS 306	Do Sandpile Models Explain Observations of Complex Dynamics in Solar Flares and Polar Aurora? *K Rypdal, K Boris, M Rypdal    [details]
1645	SM54A-04	MS 306	Crossover Phenomenon and Dynamical Complexity of Intermittent Turbulence in Space Plasmas *T Chang, C C Wu INVITED    [details]
1700	SM54A-05	MS 306	Multiscale magnetospheric physics from a simple model of self-organized dynamics *W Liu, P Charbonneau INVITED    [details]
1715	SM54A-06	MS 306	Modeling the Turbulent Reconnection Dynamics of Earth's Magnetotail Plasma Sheet *A Klimas, V Uritsky    [details]
1730	SM54A-07	MS 306	Reconnection Outflow Associated Multi-Scale Statisticsin the Earth's Plasma Sheet *Z Voros, R Nakamura, W Baumjohann, V Sergeev, A Runov INVITED    [details]
1745	SM54A-08	MS 306	Study of turbulence in the central plasma sheet during quiet and substorm time intervals using the Interball-Tail satellite data *M Stepanova, R Labbe, D Paredes-Davis, E E Antonova, I Ovchinnikov, Y I Yermolaev    [details]