The control integration, in which the atmospheric forcing is kept constant, simulates a period over 300 years in length. Control experiment (CTL): In CTL, greenhouse gases and aerosols are prescribed
The control integration, in which the atmospheric forcing is kept constant, simulates a period over 300 years in length. Control experiment (CTL): In CTL, greenhouse gases and aerosols are prescribed
Greenhouse gas experiment (GHG) In GHG, the concentrations of the following greenhouse gases are prescribed as a function of time: CO2, CH4, N2O and several industrial gases, i.e., chlorofluorocarbons
Greenhouse gas experiment (GHG) In GHG, the concentrations of the following greenhouse gases are prescribed as a function of time: CO2, CH4, N2O and several industrial gases, i.e., chlorofluorocarbons
Control experiment (CTL) In CTL, greenhouse gases and aerosols are prescribed exactly as in the uncoupled ECHAM-4 model. The concentrations of carbon dioxide, methane and nitrous oxide are fixed at the
The sulphate aerosol (direct effect) and greenhouse gas experiment (GSD): The forcing includes not only the greenhouse gas forcing described with the "greenhouse run" (GHG) but also the direct radiative
The sulphate aerosol (direct effect) and greenhouse gas experiment (GSD): The forcing includes not only the greenhouse gas forcing described with the "greenhouse run" (GHG) but also the direct radiative
The sulphate aerosol (direct effect), greenhouse gas and ozone experiment (GSDIO): The forcing includes not only the greenhouse gas forcing described with the "greenhouse run" but also the direct radiative
The sulphate aerosol (direct effect), greenhouse gas and ozone experiment (GSDIO): The forcing includes not only the greenhouse gas forcing described with the "greenhouse run" but also the direct radiative
See summary of corresponding experiment. This dataset contains 12H values from 01-Jan-1860 to 30-DEC-2050. Model year 0 corresponds to real time year 1860. Years in the GRIB header are being counted from
See summary of corresponding experiment. This dataset contains 12H values from 01-Jan-1860 to 30-DEC-2050. Model year 0 corresponds to real time year 1860. Years in the GRIB header are being counted from
See summary of corresponding experiment. This dataset contains 12H values from 01-Jan-1860 to 30-DEC-2050. Model year 0 corresponds to real time year 1860. Years in the GRIB header are being counted from
See summary of corresponding experiment. This dataset contains 12H values from 01-Jan-1860 to 30-DEC-2050. Model year 0 corresponds to real time year 1860. Years in the GRIB header are being counted from
See summary of corresponding experiment. This dataset contains 12H values from 01-Jan-1860 to 30-DEC-2050. Model year 0 corresponds to real time year 1860. Years in the GRIB header are being counted from