Proceedings of the Third Atmospheric Radiation Measurement (ARM) Science Team Meeting
CONF-9303112
March 1-4, 1993 Norman, Oklahoma
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* Poster abstract only; an extended abstract was not provided by the author(s).
- Interactions Between Aerosols and Clouds
- Modeling of Clouds and Radiation for Development of Parameterizations for General Circulation Models
- Are Ground-Based Measurements Sufficient to Quantify Atmospheric Radiative Properties?
- The Tropical Western Pacific: Status Report
- VAS-Derived Cloud Observations over the Gulf Stream Locale During the Winter Months
- Three-Dimensional Cloud Characterization from Paired Whole-Sky Imaging Cameras
- Development of a Balloon-Borne Stabilized Platform for Measuring Radiative Flux Profiles in the Atmospheric Boundary Layer
- Development of a Balloon-Borne Stabilized Platform for Measuring Radiative Flux Profiles in the Atmospheric Boundary Layer
- Stochastic Radiation Transport for Climate Models
- A Study of Longwave Radiaiton Codes for Climate Studies: Validation with Observations and Tests in General Circulation Models - an Update
- Surface Fluxes Important to Cloud Development
- The Tropical Western Pacific: Status Report
- The Tropical Western Pacific: Status Report
- Modeling Studies of the Indo-Pacific Warm Pool
- System Design and Implementation of the Integrated Sounding System
- Development of Rotating Shadowband Spectral Radiometers and General Circulation Model Radiation Code Test Data Sets in Support of the Atmospheric Radiaiton Measurement Program
- Narrow-Beam Fast Filter Radiometry and the Use of the Lidar/Radiometer Method in the Atmospheric Radiation Measurement Program
- Are Ground-Based Measurements Sufficient to Quantify Atmospheric Radiative Properties?
- Modeling of Clouds and Radiation for Development of Parameterizations for General Circulation Models
- Development of Rotating Shadowband Spectral Radiometers and General Circulation Model Radiation Code Test Data Sets in Support of the Atmospheric Radiaiton Measurement Program
- Laser Remote Sensing of Water Vapor: Raman Lidar Development
- Retrieval of Three-Dimensional Cloud Structure for Estimating Cloud-Radiative Forcing
- Unmanned Aerospace Vehicle System Concept
- Cloud Effects on Radiation at the Top of the Atmosphere and at the Surface: Observations and Modeling Studies
- Regional Climatology Sensitivity Studies
- Summary of Combined Hierarchical Diagnosis and Single-Column Model Breakout Session
- Stochastic Radiation Transport for Climate Models
- A Strategy for Testing the Impact of Clouds on the Shortwave Radiation Budget of General Circulation Models: A Prototype for the Atmospheric Radiation Measurement Program
- Regional Climatology Sensitivity Studies
- Factors Influencing the Parameterization of Anvil Clouds Within General Circulation Models
- A Stratiform Cloud Parameterization for General Circulation Models
- Combined Ground- and Satellite-Based Profiling of Temperature and Water Vapor
- Microwave and Infrared Radiometric Observations of Water Vapor and Clouds During the Pilot Observation Experiment
- The Tropical Western Pacific: Status Report
- Radiative Transfer Model Development in Support of the Atmospheric Radiation Measurement Program
- Parameterization of Cirrus Microphysical and Radiative Properties in Larger-Scale Models
- Areally Averaged Estimates of Surface Heat Flux from Field Studies for the Atmospheric Radiation Measurement Program
- Development of a Parameterization Scheme of Mesoscale Convective Sysems
- Development of a Radiative Cloud Parameterization Scheme of Stratocumulus and Stratus Cloudss Which Includes the Impact of Cloud Condensation Nucleus on Cloud Albedo
- Areally Averaged Estimates of Surface Heat Flux from Field Studies for the Atmospheric Radiation Measurement Program
- Treatment of Cloud Radiative Effects in General Circulation Models
- History and Status of the Atmospheric Radiation Measurement Program - March 1993
- The Atmospheric Radiation Measurement Unmanned Aerospace Vehicle Program: An Overview
- Advances in the Development of an Integrated Data Assimilation and Sounding System
- Scientific Issues in the Gulf Stream Locale
- Radiative Properties of Nonuniform Clouds
- Two Complementary Multifractal Analysis Techniques for Non-Stationary Atmospheric Processes with an Application to Cloud Liquid Water Content
- High Spectral Resolution Fourier Transform Infrared Instruments for the Atmospheric Radiation Measurement Program
- Retrieval of Three-Dimensional Cloud Structure for Estimating Cloud-Radiative Forcing
- Treatment of Cloud Radiative Effects in General Circulation Models
- High Spectral Resolution Fourier Transform Infrared Instruments for the Atmospheric Radiation Measurement Program
- The Sensitivity of Flux Parameterizations to Surface Characteristics
- A Stochastic Formulation of Radiative Transfer in Clouds
- Development of a Radiative Cloud Parameterization Scheme of Stratocumulus and Stratus Cloudss Which Includes the Impact of Cloud Condensation Nucleus on Cloud Albedo
- Treatment of Cloud Radiative Effects in General Circulation Models
- Advances in the Development of an Integrated Data Assimilation and Sounding System
- Comparison of Mesoscale Model and Tower Measurements of Surface Fluxes During Winter Icing and Storms Program/Atmospheric Radiation Measurement 91
- Radiation Studies with a High-Resolution Mesoscale Model
- The Effect of Network Resolution on Data Assimilation in a Mesoscale Model
- A Study of Longwave Radiaiton Codes for Climate Studies: Validation with Observations and Tests in General Circulation Models - an Update
- Laser Remote Sensing of Water Vapor: Raman Lidar Development
- A Stochastic Formulation of Radiative Transfer in Clouds
- Treatment of Cloud Radiative Effects in General Circulation Models
- Narrow-Beam Fast Filter Radiometry and the Use of the Lidar/Radiometer Method in the Atmospheric Radiation Measurement Program
- Development of a Radiative Cloud Parameterization Scheme of Stratocumulus and Stratus Cloudss Which Includes the Impact of Cloud Condensation Nucleus on Cloud Albedo
- Laser Remote Sensing of Water Vapor: Raman Lidar Development
- Cloud Effects on Radiation at the Top of the Atmosphere and at the Surface: Observations and Modeling Studies
- Modeling Studies of the Indo-Pacific Warm Pool
- Boundary Layer Heat Budgets from Wind Profiler/Radio Acoustic Sounding Systems Data: A Feasibility Study
- A Stochastic Formulation of Radiative Transfer in Clouds
- A Stratiform Cloud Parameterization for General Circulation Models
- Laser Remote Sensing of Water Vapor: Raman Lidar Development
- A Hierarchical Approach to Improved Cloud Radiation Parameterization for Climate Models Through the Atmospheric Radiation Measurement Program
- Technical Progress in the Atmospheric Radiation Measurement Instrument Development Program
- Cloud Effects on Radiation at the Top of the Atmosphere and at the Surface: Observations and Modeling Studies
- Advances in the Development of an Integrated Data Assimilation and Sounding System
- Meso-Beta-Scale Data Assimilation of the Winter Icing and Storms Program/Atmospheric Radiation Measurement Program 91 Intensive Observing Period Case on 6 March 1991
- A Hierarchical Approach to Improved Cloud Radiation Parameterization for Climate Models Through the Atmospheric Radiation Measurement Program
- Development of Rotating Shadowband Spectral Radiometers and General Circulation Model Radiation Code Test Data Sets in Support of the Atmospheric Radiaiton Measurement Program
- High Spectral Resolution Fourier Transform Infrared Instruments for the Atmospheric Radiation Measurement Program
- Parameterization of Cirrus Microphysical and Radiative Properties in Larger-Scale Models
- Vegetation Forcing and Thermally Induced Generation of Mesoscale Circulation
- High Spectral Resolution Fourier Transform Infrared Instruments for the Atmospheric Radiation Measurement Program
- Interactions Between Aerosols and Clouds
- Modeling of Clouds and Radiation for Development of Parameterizations for General Circulation Models
- Prognostic Cloud Water in the Los Alamos General Circulation Model
- Regional Climatology Sensitivity Studies
- Simulation of Cloud/Radiation Interaction Using a Second-Order Turbulence Radiative-Convective Model
- Three-Dimensional Cloud Characterization from Paired Whole-Sky Imaging Cameras
- Are Ground-Based Measurements Sufficient to Quantify Atmospheric Radiative Properties?
- Modeling of Clouds and Radiation for Development of Parameterizations for General Circulation Models
- A Hierarchical Approach to Improved Cloud Radiation Parameterization for Climate Models Through the Atmospheric Radiation Measurement Program
- Summary of Combined Hierarchical Diagnosis and Single-Column Model Breakout Session
- Radiative Properties of Nonuniform Clouds
- High Spectral Resolution Fourier Transform Infrared Instruments for the Atmospheric Radiation Measurement Program
- Surface Aerosol Measurements at Lamont, Oklahoma
- Prognostic Cloud Water in the Los Alamos General Circulation Model
- Cloud Studies in Climate Research Programs with 8-Millimeter Wavelength Doppler Radar
- Long-Pathlength Infrared Absorption Measurements of Line and Continuum Features in the 8-to 14µm Atmospheric Window
- Surface Fluxes Important to Cloud Development
- Advances in the Development of an Integrated Data Assimilation and Sounding System
- Meso-Beta-Scale Data Assimilation of the Winter Icing and Storms Program/Atmospheric Radiation Measurement Program 91 Intensive Observing Period Case on 6 March 1991
- Analysis of Cloud Radiative Forcing and Feedback in a Climate General Circulation Model
- General Circulation Model Feedback Sensitivity Assessment
- Cloud Effects on Radiation at the Top of the Atmosphere and at the Surface: Observations and Modeling Studies
- Laser Remote Sensing of Water Vapor: Raman Lidar Development
- Cloud Effects on Radiation at the Top of the Atmosphere and at the Surface: Observations and Modeling Studies
- Cloud Effects on Radiation at the Top of the Atmosphere and at the Surface: Observations and Modeling Studies
- Scientific Issues in the Gulf Stream Locale
- The Role of Atmospheric Radiation in the Generation and Maintenance of Circulations of Different Scales
- Vegetation Forcing and Thermally Induced Generation of Mesoscale Circulation
- Backward Air Mass Trajectory Analysis for the First Cloud and Radiation Testbed Site at Lamont, Oklahoma
- Surface Aerosol Measurements at Lamont, Oklahoma
- Backward Air Mass Trajectory Analysis for the First Cloud and Radiation Testbed Site at Lamont, Oklahoma
- Surface Aerosol Measurements at Lamont, Oklahoma
- Factors Influencing the Parameterization of Anvil Clouds Within General Circulation Models
- A Stratiform Cloud Parameterization for General Circulation Models
- Cloud Effects on Radiation at the Top of the Atmosphere and at the Surface: Observations and Modeling Studies
- Treatment of Cloud Radiative Effects in General Circulation Models
- Single-Column Data Assimilation for the Atmospheric Radiation Measurement (ARM) Program
- Cloud Effects on Radiation at the Top of the Atmosphere and at the Surface: Observations and Modeling Studies
- Cloud Effects on Radiation at the Top of the Atmosphere and at the Surface: Observations and Modeling Studies
- History and Status of the Atmospheric Radiation Measurement Program - March 1993
- Stochastic Radiation Transport for Climate Modles
- Narrow-Beam Fast Filter Radiometry and the Use of the Lidar/Radiometer Method in the Atmospheric Radiation Measurement Program
- Two Complementary Multifractal Analysis Techniques for Non-Stationary Atmospheric Processes with an Application to Cloud Liquid Water Content
- Advances in the Development of an Integrated Data Assimilation and Sounding System
- System Design and Implementation of the Integrated Sounding System
- Areally Averaged Estimates of Surface Heat Flux from Field Studies for the Atmospheric Radiation Measurement Program
- Cloud Studies in Climate Research Programs with 8-Millimeter Wavelength Doppler Radar
- A Stratiform Cloud Parameterization for General Circulation Models
- Development of a Dual-Frequency, Millimeter-Wave Cloud Profiling Radar System
- Laser Remote Sensing of Water Vapor: Raman Lidar Development
- Scientific Issues in the Gulf Stream Locale
- Development of Rotating Shadowband Spectral Radiometers and General Circulation Model Radiation Code Test Data Sets in Support of the Atmospheric Radiaiton Measurement Program
- A Hierarchical Approach to Improved Cloud Radiation Parameterization for Climate Models Through the Atmospheric Radiation Measurement Program
- High Spectral Resolution Fourier Transform Infrared Instruments for the Atmospheric Radiation Measurement Program
- High Spectral Resolution Fourier Transform Infrared Instruments for the Atmospheric Radiation Measurement Program
- Cloud Effects on Radiation at the Top of the Atmosphere and at the Surface: Observations and Modeling Studies
- Advances in the Development of an Integrated Data Assimilation and Sounding System
- Boundary-Layer Observations Over the Southern Great Plains Cloud and Radiation Testbed Site During the November Flux-Profiler Test
- Comparison of Mesoscale Model and Tower Measurements of Surface Fluxes During Winter Icing and Storms Program/Atmospheric Radiation Measurement 91
- Cloud Studies in Climate Research Programs with 8-Millimeter Wavelength Doppler Radar
- Advances in the Development of an Integrated Data Assimilation and Sounding System
- Narrow-Beam Fast Filter Radiometry and the Use of the Lidar/Radiometer Method in the Atmospheric Radiation Measurement Program
- Pecknold, S.
- Cloud Effects on Radiation at the Top of the Atmosphere and at the Surface: Observations and Modeling Studies
- A Stratiform Cloud Parameterization for General Circulation Models
- Narrow-Beam Fast Filter Radiometry and the Use of the Lidar/Radiometer Method in the Atmospheric Radiation Measurement Program
- Narrow-Beam Fast Filter Radiometry and the Use of the Lidar/Radiometer Method in the Atmospheric Radiation Measurement Program
- Stochastic Radiation Transport for Climate Models
- Surface Fluxes Important to Cloud Development
- Scientific Issues in the Gulf Stream Locale
- The Role of Atmospheric Radiation in the Generation and Maintenance of Circulations of Different Scales
- VAS-Derived Cloud Observations over the Gulf Stream Locale During the Winter Months
- Vegetation Forcing and Thermally Induced Generation of Mesoscale Circulation
- Modeling Studies of the Indo-Pacific Warm Pool
- Retrieval of Three-Dimensional Cloud Structure for Estimating Cloud-Radiative Forcing
- A Hierarchical Approach to Improved Cloud Radiation Parameterization for Climate Models Through the Atmospheric Radiation Measurement Program
- Single-Column Model and Cumulus Ensemble Model Simulations of GARP Atlantic Tropical Experimnet Data
- Summary of Combined Hierarchical Diagnosis and Single-Column Model Breakout Session
- The Tropical Western Pacific: Status Report
- High Spectral Resolution Fourier Transform Infrared Instruments for the Atmospheric Radiation Measurement Program
- Regional Climatology Sensitivity Studies
- Cloud Effects on Radiation at the Top of the Atmosphere and at the Surface: Observations and Modeling Studies
- Modeling Studies of the Indo-Pacific Warm Pool
- Cloud and Aerosol Characterization for the Atmospheric Radiation Measurement Central Facility: Multiple Remote Sensor Techniques Development
- Cloud Effects on Radiation at the Top of the Atmosphere and at the Surface: Observations and Modeling Studies
- Development of Rotating Shadowband Spectral Radiometers and General Circulation Model Radiation Code Test Data Sets in Support of the Atmospheric Radiaiton Measurement Program
- Cloud Effects on Radiation at the Top of the Atmosphere and at the Surface: Observations and Modeling Studies
- Modeling Studies of the Indo-Pacific Warm Pool
- Stochastic Radiation Transport for Climate Models
- Accuracy of Net Radiation Profiles from a Self-Leveling Balloon-Borne Platform
- Development of a Balloon-Borne Stabilized Platform for Measuring Radiative Flux Profiles in the Atmospheric Boundary Layer
- Modeling Studies of the Indo-Pacific Warm Pool
- Retrieval of Three-Dimensional Cloud Structure for Estimating Cloud-Radiative Forcing
- Long-Pathlength Infrared Absorption Measurements of Line and Continuum Features in the 8-to 14µm Atmospheric Window
- High Spectral Resolution Fourier Transform Infrared Instruments for the Atmospheric Radiation Measurement Program
- Cloud Effects on Radiation at the Top of the Atmosphere and at the Surface: Observations and Modeling Studies
- Implementation of Instruments and Facilities at the Southern Great Plains Cloud and Radiaiton Testbed Site
- Smith, W.L.
- High Spectral Resolution Fourier Transform Infrared Instruments for the Atmospheric Radiation Measurement Program
- Smith, W.S.
- Simulation of Cloud/Radiation Interaction Using a Second-Order Turbulence Radiative-Convective Model
- Snider, J.B.
- Combined Ground- and Satellite-Based Profiling of Temperature and Water Vapor
- Microwave and Infrared Radiometric Observations of Water Vapor and Clouds During the Pilot Observation Experiment
- Somerville, R.C.J.
- Diagnostic Modeling of the Experimental Site of the Atmospheric Radiation Measurement Program
- Stochastic Radiation Transport for Climate Models
- Stankov, B.B.
- Combined Ground- and Satellite-Based Profiling of Temperature and Water Vapor
- Stephens, G.L.
- A Stochastic Formulation of Radiative Transfer in Clouds
- Radiative Properties of Nonuniform Clouds
- Development of a Radiative Cloud Parameterization Scheme of Stratocumulus and Stratus Cloudss Which Includes the Impact of Cloud Condensation Nucleus on Cloud Albedo
- Development of a Radiative Cloud Parameterization Scheme of Stratocumulus and Stratus Cloudss Which Includes the Impact of Cloud Condensation Nucleus on Cloud Albedo
- History and Status of the Atmospheric Radiation Measurement Program - March 1993
- Single-Column Sub-Grid Cumulus Model for the Atmospheric Radiation Measurement Program
- Stochastic Radiation Transport for Climate Models
- Cloud Effects on Radiation at the Top of the Atmosphere and at the Surface: Observations and Modeling Studies
- Radiation Experiment in Support of the Atmospheric Radiation Measurement Program
- Theoretical Studies of Radiative Properties of Broken Clouds
- Modeling of Clouds and Radiation for Development of Parameterizations for General Circulation Models
- Interactions Between Aerosols and Clouds
- Modeling Studies of the Indo-Pacific Warm Pool
- Advances in the Development of an Integrated Data Assimilation and Sounding System
- Boundary-Layer Observations Over the Southern Great Plains Cloud and Radiation Testbed Site During the November Flux-Profiler Test
- Strawman Payload for the Unmanned Aerospace Vehicle Demonstration Flights
- The Atmospheric Radiation Measurement Unmanned Aerospace Vehicle Program: An Overview
- Factors Influencing Regional-Scale Cloud Cover: Investigations Using Satellite-Derived Cloud Cover and Standard Meterorological Observations
- Modeling of Clouds and Radiation for Development of Parameterizations for General Circulation Models
- Development of a Radiative Cloud Parameterization Scheme of Stratocumulus and Stratus Clouds Which Includes the Impact of Cloud Condensation Nucleus on Cloud Albedo
- Treatment of Cloud Radiative Effects in General Circulation Models
- Aerosol Characterization Using Stellar Imagery
- Implementation of Instruments and Facilities at the Southern Great Plains Cloud and Radiaiton Testbed Site
- Modeling of Clouds and Radiation for Development of Parameterizations for General Circulation Models
- Combined Ground- and Satellite-Based Profiling of Temperature and Water Vapor
- Microwave and Infrared Radiometric Observations of Water Vapor and Clouds During the Pilot Observation Experiment
- The Tropical Western Pacific: Status Report
- Accuracy of Net Radiation Profiles from a Self-Leveling Balloon-Borne Platform
- Boundary Layer Heat Budgets from Wind Profiler/Radio Acoustic Sounding Systems Data: A Feasibility Study
- Development of a Balloon-Borne Stabilized Platform for Measuring Radiative Flux Profiles in the Atmospheric Boundary Layer
- Laser Remote Sensing of Water Vapor: Raman Lidar Development
- Regional Climatology Sensitivity Studies
- Two Complementary Multifractal Analysis Techniques for Non-Stationary Atmospheric Processes with an Application to Cloud Liquid Water Content
- Single-Column Model and Cumulus Ensemble Model Simulations of GARP Atlantic Tropical Experimnet Data
- Cloud Effects on Radiation at the Top of the Atmosphere and at the Surface: Observations and Modeling Studies
- Narrow-Beam Fast Filter Radiometry and the Use of the Lidar/Radiometer Method in the Atmospheric Radiation Measurement Program
- Modeling Studies of the Indo-Pacific Warm Pool
- Treatment of Cloud Radiative Effects in General Circulation Models
- A Model of the Microphysical Evolution of a Cloud
- Radiation Experiment in Support of the Atmospheric Radiation Measurement Program
- Complex Researches of Tropospheric and Stratopsheric Ozone Performed at the Institute of Atmospheric Optics as a Basis of a Complete Radiation Experiment
- Radiation Experiment in Support of the Atmospheric Radiation Measurement Program
