Goddard Laboratory for Atmospheric Sciences has developed a method to derive atmospheric temperature profiles, sea or land surface temperatures, sea ice extent and snow cover, and cloud heights and fractional cloud, from HIRS2/MSU radiance data. Chapter 1 describes the physics used in the radiative transfer calculations and demonstrates the accuracy of the calculations. Chapter 2 describes the rapid transmittance algorithm used and demonstrates its accuracy. Chapter 3 describes the theory and application of the techniques used to analyze the satellite data. Chapter 4 shows results obtained for January 1979
A simple and fast atmospheric correction algorithm is described which is used to correct radiances o...
The Global Modeling and Simulation Branch (GMSB) of the Laboratory for Atmospheric Sciences (GLAS) i...
NASA s Ice, Cloud, and Land Elevation Satellite (ICESat) mission will be launched late 2001. It s pr...
The author has identified the following significant results. The major shortcoming of the data was t...
A method for retrieving atmospheric temperatures in a severe storm situation was investigated. Retri...
Information about the Earth hydrosphere, obtained in the field and from aircraft and satellite image...
A data system was developed to process, from calibrated brightness temperature to computation of est...
A survey is reported of methods for sounding the atmospheric temperature profile by remote measureme...
Inverted planetary limb radiance for determining earth atmosphere temperature from orbiting satellit
Satellite cloud retrieval algorithms generally require atmospheric temperature and humidity profiles...
The purpose of this investigation is to study methods and ways for rapid inversion programs involvin...
The following topics are discussed: (1) cloud effects in climate determination; (2) annual variation...
A feasibility study is presented of the use of a simple physical parameterization to estimate sea-su...
An algorithm, developed to permit the simultaneous retrieval of temperature/moisture profiles and su...
Limb radiance calculation model for atmospheric carbon dioxide bands with pressure and temperature g...
A simple and fast atmospheric correction algorithm is described which is used to correct radiances o...
The Global Modeling and Simulation Branch (GMSB) of the Laboratory for Atmospheric Sciences (GLAS) i...
NASA s Ice, Cloud, and Land Elevation Satellite (ICESat) mission will be launched late 2001. It s pr...
The author has identified the following significant results. The major shortcoming of the data was t...
A method for retrieving atmospheric temperatures in a severe storm situation was investigated. Retri...
Information about the Earth hydrosphere, obtained in the field and from aircraft and satellite image...
A data system was developed to process, from calibrated brightness temperature to computation of est...
A survey is reported of methods for sounding the atmospheric temperature profile by remote measureme...
Inverted planetary limb radiance for determining earth atmosphere temperature from orbiting satellit
Satellite cloud retrieval algorithms generally require atmospheric temperature and humidity profiles...
The purpose of this investigation is to study methods and ways for rapid inversion programs involvin...
The following topics are discussed: (1) cloud effects in climate determination; (2) annual variation...
A feasibility study is presented of the use of a simple physical parameterization to estimate sea-su...
An algorithm, developed to permit the simultaneous retrieval of temperature/moisture profiles and su...
Limb radiance calculation model for atmospheric carbon dioxide bands with pressure and temperature g...
A simple and fast atmospheric correction algorithm is described which is used to correct radiances o...
The Global Modeling and Simulation Branch (GMSB) of the Laboratory for Atmospheric Sciences (GLAS) i...
NASA s Ice, Cloud, and Land Elevation Satellite (ICESat) mission will be launched late 2001. It s pr...