Workshop, July 2005 Posters

Wednesday evening, July 6
Maike Ahlgrimm & David A. Randall; Colorado State University Clouds as Detected by GLAS, and Methods for Comparison with ECMWF Model-Generated Clouds
G. Bala, P. B. Duffy, & Marat Khairoutdinov; LLNL & Colorado State University Sensitivity of SP-CAM3 simulations to GCM resolution and the size of the CSRM domain: Preliminary results
Jim J. Benedict & David A. Randall; Colorado State University The Birth and Death of the MJO: An Observational Study
Anning Cheng & Kuan-Man Xu; NASA Langley Research Center A New Parameterization of Momentum Transport by Organized Cumulus Clouds
Robert Cifelli, Timothy Lang, Stephen Nesbitt, S. A. Rutledge, S. Lang & W.K. Tao; Colorado State University The Role of Polarimetric Radar for Validating Cloud Models
William Collins, Andy Vogelmann, M.P. Jensen, Guang Zhang, & E. Luke; NCAR Marine Stratus Analysis and Parameterization using MODIS Observations
Charlotte A. DeMott & David A. Randall; Colorado State University Precipitation Characteristics in the CAM3 Using Traditional Cumulus Parameterization and Cloud Resolving Models
Paul J. DeMott; Colorado State University Revisiting parameterizations of ice nucleation in cloud models
Zach Eitzen & Kuan-Man Xu; NASA Langley Research Center Modeling the Sensitivity of Tropical Deep Convection to Changes in the Thermodynamic and Dynamic States
Steven Ghan & Annette Koontz; Pacific Northwest National Laboratory Wind Shear Effects on Cloud-Radiation Feedback Simulated by the MMF
Masahide Kimoto & Hiroaki Miura; CCSR Horizontal Resolution Dependency of a Radiative-convective Equilibrium State of a Cloud System Resolving Model
Steven K. Krueger & Michael A. Zulauf; Univerisity of Utah Radiatively-induced Anvil Spreading
Yaping Li, Edward J. Zipser, Steven K. Krueger & Mike A. Zulauf; University of Utah Evaluating Microphysics in Cloud-Resolving Models using TRMM and Ground-based Precipitation Radar Observations
Verica Savic-Jovcic & Bjorn Stevens; UCLA To what degree does the resolution matter?
Michael D. Toy & David A. Randall; Colorado State University Design of an elastic, non-hydrostatic, multi-coordinate model: Vertical staggerig -- Normal mode analysis -- 2D linear model results
Chien-Ming Wu & Ario Arakawa; University of California, Los Angeles A Study of the Large-Scale Impact of Cloud-Scale Interactions Using a Cloud-System Resolving Model
Kuan-Man Xu & Yali Luo; NASA Langley Research Center Simulation of March 1998 Tropical Deep Convection Using the UCLA/LaRC CRM
Takanobu Yamaguchi & David A. Randall; Colorado State University Large-Eddy Simulation of Cloud-Top Entrainment Instability