Add to ORKGThe climate of the Earth is determined by its balance of radiation. The incoming and outgoing radiation fluxes are strongl
Using the ISCCP–FD surface radiative flux data for the summer season (June to September) of the peri...
The Importance of Clouds and Radiation for Climate Change: The Earth’s surface temperature is determ...
The global climate is determined by the exchange of energy between the earth, atmosphere, and space....
Earth’s structure today is manifested in the known distribution of continents and oceans, in a varie...
Sunlight provides the energy which drives the circulations of the atmosphere and oceans, thus determ...
Weather and climate on Earth is determined by the amount and distribution of incoming radiation from...
An understanding of the diurnal cycle of surface radiation is fundamental to modeling climate. For e...
Temperature conditions and climate on Earth are controlled by the balance between absorbed solar rad...
The genesis and evolution of Earth’s climate is largely regulated by the Earth radiation balance. De...
The surface radiation budget of a region and its climate are strongly related (Smith et al., 2002, o...
The climate of Earth and its global mean surface temperature are the consequence of a balance betwee...
Multi-year average radiative flux maps of three satellite data-sets (CERES, ISSCP and GEWEX-SRB) are...
We examine the results linking cosmic ray flux (CRF) variations to global climate change. We then pr...
In order to investigate the contributions of atmospheric factors to variability in surface shortwave...
By how much does changing radiation from the Sun influence Earth's climate compared with other natur...
Using the ISCCP–FD surface radiative flux data for the summer season (June to September) of the peri...
The Importance of Clouds and Radiation for Climate Change: The Earth’s surface temperature is determ...
The global climate is determined by the exchange of energy between the earth, atmosphere, and space....
Earth’s structure today is manifested in the known distribution of continents and oceans, in a varie...
Sunlight provides the energy which drives the circulations of the atmosphere and oceans, thus determ...
Weather and climate on Earth is determined by the amount and distribution of incoming radiation from...
An understanding of the diurnal cycle of surface radiation is fundamental to modeling climate. For e...
Temperature conditions and climate on Earth are controlled by the balance between absorbed solar rad...
The genesis and evolution of Earth’s climate is largely regulated by the Earth radiation balance. De...
The surface radiation budget of a region and its climate are strongly related (Smith et al., 2002, o...
The climate of Earth and its global mean surface temperature are the consequence of a balance betwee...
Multi-year average radiative flux maps of three satellite data-sets (CERES, ISSCP and GEWEX-SRB) are...
We examine the results linking cosmic ray flux (CRF) variations to global climate change. We then pr...
In order to investigate the contributions of atmospheric factors to variability in surface shortwave...
By how much does changing radiation from the Sun influence Earth's climate compared with other natur...
Using the ISCCP–FD surface radiative flux data for the summer season (June to September) of the peri...
The Importance of Clouds and Radiation for Climate Change: The Earth’s surface temperature is determ...
The global climate is determined by the exchange of energy between the earth, atmosphere, and space....