Problems associated with the measurement of the Earth radiation balances are addressed. It is demonstrated that the knowledge of the different radiation budgets with their components is largely dependent on the space time sampling of the radiation field of the Earth atmosphere system. Whichever instrumental approach is adopted (wide angle view of high resolution) it affects the space time integration of the fluxes measured directly or calculated. In this case the necessary knowledge of the reflection pattern depends in addition on the angular sampling of the radiances. A series of questions is considered, the answers of which are a prerequisite to the the organization of a global observation system
Towards understanding the role of radiation in the dynamics of climate, a climatology of radiation b...
Data from 29 months of satellite radiation budget measurements, taken intermittently over the period...
The radiation balance of the earth-atmosphere system and its components was computed from global mea...
The radiometric concepts are defined in order to consider various types of radiation balances and re...
Earth and solar radiation budget measurements were examined. Sensor calibration and measurement accu...
A method is developed for estimating the mean and mean-square variation of the flux at an altitude a...
The instrumentation and data analysis methods applied to data from the Explorer 7, TIROS 2, 3, 4, an...
The net radiation budget of the earth-atmosphere system can be obtained from satellite measurements ...
Global radiation balance of earth-atmosphere system obtained from Nimbus satellite dat
Albedo and long wave radiation measured by Tiros IV satellite sensor to study radiation balanc
The Earth's climate is undoubtedly changing; however, the time scale, consequences and causal attrib...
The Earth's climate is undoubtedly changing; however, the time scale, consequences and causal attrib...
The Earth's climate is undoubtedly changing; however, the time scale, consequences and causal attrib...
The determination of variability of the emitted and reflected components of outgoing radiation from ...
During the 1960's, radiation budget measurements from satellites have allowed quantitative study of ...
Towards understanding the role of radiation in the dynamics of climate, a climatology of radiation b...
Data from 29 months of satellite radiation budget measurements, taken intermittently over the period...
The radiation balance of the earth-atmosphere system and its components was computed from global mea...
The radiometric concepts are defined in order to consider various types of radiation balances and re...
Earth and solar radiation budget measurements were examined. Sensor calibration and measurement accu...
A method is developed for estimating the mean and mean-square variation of the flux at an altitude a...
The instrumentation and data analysis methods applied to data from the Explorer 7, TIROS 2, 3, 4, an...
The net radiation budget of the earth-atmosphere system can be obtained from satellite measurements ...
Global radiation balance of earth-atmosphere system obtained from Nimbus satellite dat
Albedo and long wave radiation measured by Tiros IV satellite sensor to study radiation balanc
The Earth's climate is undoubtedly changing; however, the time scale, consequences and causal attrib...
The Earth's climate is undoubtedly changing; however, the time scale, consequences and causal attrib...
The Earth's climate is undoubtedly changing; however, the time scale, consequences and causal attrib...
The determination of variability of the emitted and reflected components of outgoing radiation from ...
During the 1960's, radiation budget measurements from satellites have allowed quantitative study of ...
Towards understanding the role of radiation in the dynamics of climate, a climatology of radiation b...
Data from 29 months of satellite radiation budget measurements, taken intermittently over the period...
The radiation balance of the earth-atmosphere system and its components was computed from global mea...