Shortwave radiative fluxes which reach the Earth's surface are key elements that influence both atmospheric and oceanic circulation. The World Climate Research Program has established the Surface Radiation Budget climatology project with the ultimate goal of determining the various components of the surface radiation budget from satellite data on a global scale. This report describes the first global product that is being produced and archived as part of that effort. The interested user can obtain the monthly global data sets free of charge using e-mail procedures
Earth’s Radiation Budget (ERB) is an accounting of all incoming energy from the sun and outgoing ene...
An earth radiation budget satellite system (ERBSS) is planned in order to understand climate on vari...
An efficient algorithm was developed during the late 1980's and early 1990's by W. F. Staylor at NAS...
The SRB data include the average upward and downward fluxes, photosynthetically active radiative flu...
The monthly mean shortwave (SW) radiation budget at the Earth's surface (SRB) was computed on 2.5-de...
The surface radiation budget data include downward and net longwave fluxes, as well as three meteoro...
The data set contains average surface downward longwave flux, surface net longwave flux, and surface...
This report provides background data for the Boreal Ecosystem Atmosphere Study (BOREAS) sites, inclu...
Work that has been completed is described in reprints and preprints, and summaries in terms of broad...
The projects ISCCP and GEWEX-SRB compute global data sets of radiation budget components at the top ...
Shortwave radiation is a key quantity to estimate the surface radiation budget which has a close re...
The Earth’s radiation budget is essential for driving the general circulation of the atmosphere and ...
International audienceThe mean monthly shortwave (SW) radiation budget at the top of atmosphere (TOA...
The NASA/GEWEX Surface Radiation Budget (SRB) project has produced a 24.5-year continuous record of ...
During the 1960's, radiation budget measurements from satellites have allowed quantitative study of ...
Earth’s Radiation Budget (ERB) is an accounting of all incoming energy from the sun and outgoing ene...
An earth radiation budget satellite system (ERBSS) is planned in order to understand climate on vari...
An efficient algorithm was developed during the late 1980's and early 1990's by W. F. Staylor at NAS...
The SRB data include the average upward and downward fluxes, photosynthetically active radiative flu...
The monthly mean shortwave (SW) radiation budget at the Earth's surface (SRB) was computed on 2.5-de...
The surface radiation budget data include downward and net longwave fluxes, as well as three meteoro...
The data set contains average surface downward longwave flux, surface net longwave flux, and surface...
This report provides background data for the Boreal Ecosystem Atmosphere Study (BOREAS) sites, inclu...
Work that has been completed is described in reprints and preprints, and summaries in terms of broad...
The projects ISCCP and GEWEX-SRB compute global data sets of radiation budget components at the top ...
Shortwave radiation is a key quantity to estimate the surface radiation budget which has a close re...
The Earth’s radiation budget is essential for driving the general circulation of the atmosphere and ...
International audienceThe mean monthly shortwave (SW) radiation budget at the top of atmosphere (TOA...
The NASA/GEWEX Surface Radiation Budget (SRB) project has produced a 24.5-year continuous record of ...
During the 1960's, radiation budget measurements from satellites have allowed quantitative study of ...
Earth’s Radiation Budget (ERB) is an accounting of all incoming energy from the sun and outgoing ene...
An earth radiation budget satellite system (ERBSS) is planned in order to understand climate on vari...
An efficient algorithm was developed during the late 1980's and early 1990's by W. F. Staylor at NAS...