The new edition of the satellite measured radiation budget data have the smallest ever random and systematic error. From them, mean yearly cycle of the planetary heat capacity has been calculated for the period of 2000–2014. The radiation budget data measured before 2000 have serious systematic error. Using the new radiation budget data as well as the total solar irradiance data, the old yearly radiation budget values have been corrected. From the corrected data, the average heat capacity of the climate system has been calculated for the 1964–2014 half century
The climatology and surface radiation budget (SRB) of a region are intimately related. This paper pr...
The radiation budget simulated by the European Centre for Medium-Range Weather Forecasts (ECMWF) 40-...
<p>Each bar represents a warming rate estimate based on one of the three temperature measurement met...
The annual and seasonal averaged Earth atmosphere radiation budgets derived from the most complete s...
Total solar irradiance, the spatially and spectrally integrated radiant output from the Sun at a mea...
• Earth’s net radiative imbalance during 1985–2012 is 0.47 ±0.67 W m−2 • Observed variability in Ear...
In the framework of the global energy balance, the radiative energy exchanges between Sun, Earth and...
Data from 29 months of satellite radiation budget measurements, taken intermittently over the period...
Planetary heating can be quantified using top of the atmosphere energy fluxes or through monitoring ...
Abstract. The heat budget has been computed locally over the entire globe for each month of 1988 usi...
International audienceSolar radiation is an important climatic variable for assessing reference evap...
New objectively balanced observation-based reconstructions of global and continental energy budgets ...
The Climate Absolute Radiance and Refractivity Observatory (CLARREO) mission addresses the need to o...
Our climate is constrained by the balance between solar energy absorbed by the Earth and terrestrial...
Determination of the Earth radiaton budget and progress in measurement of the budget components and ...
The climatology and surface radiation budget (SRB) of a region are intimately related. This paper pr...
The radiation budget simulated by the European Centre for Medium-Range Weather Forecasts (ECMWF) 40-...
<p>Each bar represents a warming rate estimate based on one of the three temperature measurement met...
The annual and seasonal averaged Earth atmosphere radiation budgets derived from the most complete s...
Total solar irradiance, the spatially and spectrally integrated radiant output from the Sun at a mea...
• Earth’s net radiative imbalance during 1985–2012 is 0.47 ±0.67 W m−2 • Observed variability in Ear...
In the framework of the global energy balance, the radiative energy exchanges between Sun, Earth and...
Data from 29 months of satellite radiation budget measurements, taken intermittently over the period...
Planetary heating can be quantified using top of the atmosphere energy fluxes or through monitoring ...
Abstract. The heat budget has been computed locally over the entire globe for each month of 1988 usi...
International audienceSolar radiation is an important climatic variable for assessing reference evap...
New objectively balanced observation-based reconstructions of global and continental energy budgets ...
The Climate Absolute Radiance and Refractivity Observatory (CLARREO) mission addresses the need to o...
Our climate is constrained by the balance between solar energy absorbed by the Earth and terrestrial...
Determination of the Earth radiaton budget and progress in measurement of the budget components and ...
The climatology and surface radiation budget (SRB) of a region are intimately related. This paper pr...
The radiation budget simulated by the European Centre for Medium-Range Weather Forecasts (ECMWF) 40-...
<p>Each bar represents a warming rate estimate based on one of the three temperature measurement met...