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Research Center for Science and Technology
Telephone: (404) 880-6996
Fax: (404) 880-6880

Earth Systems Science Program

The mission of the Earth System Science Program is to improve the understanding of how the urban and regional environments impact living conditions and human activities. This mission involves the development of new technologies, analysis techniques, and interdisciplinary investigations, and education. The research focus areas include:

  • Atmospheric Aerosols

  • Atmospheric Chemistry

  • Atmospheric Radiative Transfer and Optics

  • Boundary Layer Meteorology

  • Geographic Information Systems

  • Land/Atmosphere Interactions

  • Lidar/Sodar

  • Micrometeorology

  • Remote Sensing

  • Severe Storm Climatologies

  • Solar Energy

  • Urban Meteorology

Recent research projects include:

  • Analysis of Soil Temperature to Determine Thermal Diffusivity

  • Analysis of the Relationship between Bandlimited In Situ Ground Surface Temperature Measurements and Remotely-Sensed Skin Temperatures across the State of Georgia

  • Atmospheric Turbulence Measurements from a Sodar Operated on the Rooftop of the Research Center for Science and Technology Building

  • Comparison of Rural and Urban Surface Energy Fluxes

  • Determination of the Effects of Tree Response to Stream Flow cause by Evaportranspiration

  • Development of Models for Predicting the Effects of Atmospheric Variations on the Amount of Solar Radiation at the Surface of the Earth

  • Effects of the 3-D Atmospheric Radiation Field on the Heating of Houses and on Solar Energy Conversion

  • Estimation of Atmospheric Boundary Layer Surface Energy Fluxes, Albedo, and Momentum Fluxes, from Georgia Automated Environmental Monitoring Network (AEMN) Station Data

  • Improvements to Mims LED Sun Photometer

  • Modeling of Indium Phosphide Solar Cells

  • Measurement of Solar Radiation on the Rooftop of the Research Center for Science and Technology Building

  • Real-time Analysis and Display of Aerosol Profiles Measured by Lidar Echoes

  • The Aerodynamic Properties of Atlanta derived from an Analysis of Surface Forms

  • The Use of Integrating Nephelometers to Measure Atmospheric Visibility

  • Upgrading the AEMN Web Page with New Map Products



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