NASA Cloud Modeling and Analysis Initiative (CMAI)
Presentations
CMAI Workshop, NASA Goddard Institute for Space Studies, 20-21 April 2006:
- Medium-scale atmospheric waves: Coupling of convection, clouds, and larger-scale dynamics by Joan Alexander
- The NASA Modeling, Analysis and Prediction (MAP) Program by Don Anderson
- Cloud related physics parameterizations for the GEOS-5 AGCM by Julio Bacmeister
- Metrics of predictability and attribution: From land-atmosphere interactions to clouds and rainfall by Ana Barros
- Convection and stratiform cloud parameterization development in the GISS GCM by Anthony Del Genio
- Quantifying aerosol indirect and semi-direct effects on trade wind cumuli using cloud process models and high resolution satellite observations by Larry Di Girolamo and Greg McFarquhar
- Comparison of cloud fraction and microphysical properties between GISS SCM, NASA MODIS, and DOE ARM SGP data by Xiquan Dong
- Cloud/precipitation modeling from data assimilation and NWP perspectives by Arthur Hou
- A perspective on the low-latitude cloud feedbacks Climate Process Team (CPT) by Stephen Klein (PDF version)
- Modeling studies of aerosol-cold cloud interactions by Sonia Kreidenweis
- GISS GCM developmental efforts for NASA MAP program: Aerosol-cloud-climate interactions by Surabi Menon
- Contrail modeling for evaluating climate effects of aircraft by Patrick Minnis
- Can assimilating satellite observations of clouds improve model forecast skill? by Robert Pincus (PDF version)
- Using the DOE CAPT framework in the NASA cloud modeling and analysis initiative by Gerald Potter and Stephen Klein
- NASA modeling framework: Cloud modeling and analysis initiative as prototype by William Rossow
- Using GEOS-5 modeling and assimilation tools for CMAI by Max Suarez
- Cloud, radiation and precipitation changes with dynamic regime: An observational analysis and model evaluation study by George Tselioudis
- Exploiting satellite observations and cloud-resolving models to improve GCM representations of cloud-radiation-dynamical interactions by Duane Waliser and Zhiming Kuang
- Cloud and climate metrics by Bruce Wielicki
- Cloud object analysis and modeling of cloud-aerosol interactions and cloud feedbacks with the combined CERES and CALIPSO data by Kuan-Man Xu
- Using satellite measurements to understand/improve low clouds and their climate feedbacks in GCMs by Minghua Zhang
