- Dr. R. Nelson Byrne, SAIC: “Evolution of a New GCM-Capable Stochastic Cloud/Radiation Parameterization Using ARM Data – Phase II”
- Dr. Steven J. Ghan, Pacific Northwest National Laboratory: “Parameterization of Convective Cloud Coverage in GCMs”
- Dr. George Golitsyn, Russian Academy of Sciences, Institute of Atmospheric Physics: “Experimental Studies and Modeling of Radiation Effects of Clouds and Aerosol”
- Dr. R. Michael Hardesty, NOAA, ERL: “Evaluation of Improved Tropospheric Water Vapor Profiling Techniques Using Eye-Safe, Near-Turn-Key Differential Absorption Lidar; Extension to Diode-Based Lidars”
- Dr. Jeff Kiehl, NCAR – MESA Laboratory: “Improved Cloud-Radiation Parameterization for GCMs through the ARM Program”
- Dr. Sonia Kreidenweis, Colorado State University: “Development and Testing of an Aerosol, Stratus Cloud Parameterization Scheme for Middle and High Latitudes”
- Dr. Robert Kropfli, NOAA/ETL: “Shipboard Measurements of Cloud-Radiative Properties in the TWP”
- Dr. Sergey Matrosov, NOAA/ETL: “Development of Cloud Parameter Retrieval Methods for CART”
- Dr. Frank Murcray, University of Denver: “Development of a SWIR Solar Spectral Radiometer for the ARM Program”
- Dr. C. Martin R. Platt, NASA Langley: “The Use of Lidar/Radiometer (LIRAD> Method to Obtain Optical Properties and Microphysics of High and Mid-level Clouds”
- Dr. David Randall, Colorado State University: “Use of ARM Data to Develop and Test Improved Cloud Parameterizations for Use in Climate Models”
- Dr. Stephen Schwartz, Brookhaven National Laboratory: “Shortwave Radiative Forcing by Tropospheric Aerosols”
- Dr. William L. Smith, University of Wisconsin: “Continuation of Data Analysis Software Development for the AERI”
- Dr. Ronald B. Stull, University of Wisconsin: “Boundary-Layer Cumulus Over Heterogeneous Landscapes: A Subgrid GCM Parameterization”
- Dr. Prasad Varanasi, State University of New York: “Laboratory Spectroscopy Related to the ARM Program”
- Dr. Chris J. Walcek, State University of New York: “Use of ARM Measurements to Improve Cloud Parameterizations of Cloud Cover and Convective Effects in Climate Models”
- Dr. Warren Wiscombe, NASA GSFC: “Modeling of Cloud Liquid Water Structure and the Resultant Radiation Field Based on Scale-by-Scale Statistical Analyses of ARM and Other Data”
Selected Science Team Proposals – FY 1995
Published: 6 October 2009