Wednesday Morning 2
Time	Session	Location	Title
1020	A32A	MCC 3016	Methods in Regional Climate Modeling I (joint with H, GC) Presiding: A Robock, Department of Environmental Sciences, Rutgers University; G L Stenchikov, Department of Environmental Sciences, Rutgers University    [Abstracts]
1020	A32A-01	MCC 3016	Regional Climate Modeling with Variable-Resolution Stretched-Grid GCMs *M Fox-Rabinovitz, J Cote, B Dugas, M Deque, J McGregor, P Gleckler INVITED    [details]
1035	A32A-02	MCC 3016	Downscaling With a Variable Resolution GCM *J L McGregor INVITED    [details]
1050	A32A-03	MCC 3016	Spectral Nudging to Eliminate the Effects of Domain Position and Geometry in Regional Climate Model Simulations *G Miguez-Macho, G L stenchikov, A Robock    [details]
1100	A32A-04	MCC 3016	Influence of domain size on RCM's internal variability *P Lucas-Picher, D Caya, S Biner    [details]
1110	A32A-05	MCC 3016	Influence of Nesting Data and Domain on the Canadian Regional Climate Model's Hydrology. *A Frigon, S Michel, D Caya, D Tapsoba    [details]
1120	A32A-06	MCC 3016	Spatial scale separation of limited area models in the context of spectral nudging and isotropic discrete filtering F Feser, *H von Storch    [details]
1130	A32A-07	MCC 3016	A New 3-D Potential-Enstrophy-Conserving, Compressible, Nonhydrostatic Model for Weather and Climate Simulation on All Scales and Its Application to San Francisco *G S Ketefian, M Z Jacobson    [details]
1140	A32A-08	MCC 3016	Using Cloud-resolving Regional Model to Study Gravity Wave Generation by Hector Convection and Their Effect on Large-scale Circulation *G Stenchikov, K Hamilton    [details]
1150	A32A-09	MCC 3016	Using Spectral (Bin) Microphysics in a Mesoscale Model to Investigate the Effect of Aerosols on Regional Precipitation. *B H Lynn, A Khain, D Rosenfeld    [details]
1200	A32A-10	MCC 3016	A Comparative Analysis of MM5 and WRF High-Resolution Mesoscale Forecasts Over Variable Terrain *E Colon    [details]
1210	A32A-11	MCC 3016	Understanding the Value of High Resolution Regional Climate Modeling *J M Done, C A Davis, L R Leung, B Kuo    [details]