Climate Sensitivity to Radiative Perturbations

SECTION 1 General Issues and Methodologies.- AMIP Diagnostic Subproject on Cloud Forcing: Some Preliminary Findings.- Evaluation of Cloudiness in the Atmospheric Model Intercomparison Project.- Absorption of Solar Radiation by Clouds : Observations Versus Models.- Evaluation of the Spatio-Temporal Variability of Tropical Convection in GCMs by Using Geostationary Satellite Data.- The Importance and Nature of the Water Vapor Budget in Nature and Models.- Cause-and-Effect Analysis of Feedbacks in a Numerical Model.- Stochastic Models to Represent the Temporal Variability of Global Average Radiation Budget, Cloudiness and Temperature.- SECTION 2 Cloud and Water Vapour Feedbacks in Atmospheric Models.- Warm Pool Heat Budget as Simulated by Different Versions of the Echam Model.- GCM Implications for Mechanisms Determining Cloud and Water Vapor Feedbacks.- Comparison of Convection Parameterizations in an Atmospheric General Circulation Model.- Sensitivity of the Simulated Climate to Parameterization of Cloud Optical Properties in the MGO GCM.- The Role of Cloud-Radiative Interactions in the Sensitivity of the ECMWF Model Climate to Variations in Sea Surface Temperature.- Water Vapour and Cloud Feedback in the BMRC AGCM.- Cloud Feedbacks in the UKMO Unified Model.- Sensitivity Parameters of the Meteo-France Climate Models: Emeraude and Arpege.- Cloud-Radiative Feedback as Produced by Different Parameterizations of Cloud Emissivity in CCM2.- SECTION 3 Feedbacks in Coupled Ocean-Atmosphere Models.- Climate Sensitivity and Cloud-Albedo Feedback in a Global Coupled Ocean-Atmosphere GCM.- Cloud Effects on the Ocean Surface Energy Budget.- Feedback Processes in the GFDL R30-14 Level General Circulation Model.- Aerosol and Greenhouse Gases Forcing: Cloud Feedbacks Associated to the Climate Response.- Analysis of the Monsoon Response to Radiative Perturbations in GCM Simulations.- Large Scale Atmosphere-Ocean Interaction and Climate.- A 65 70 Year Oscillation in Observed Surface