IPCC I.D. IPSL-CM4
Originating group(s) Institut Pierre Simon Laplace
Country France
Database directory name: ipsl_cm4
Experiment Expt. Realization first available year first available month last available year last available month  control or 20C3M simulation from which this run was initiated year in control or 20C3M simulation that corre-sponds to the first available year of this run comment
1%/year CO2 increase experiment (to doubling) 1%to2x Run 1 1860 1 2080 12 PIcntrl Run 1 1860 -
1%/year CO2 increase experiment (to quadrupling) 1%to4x Run 1 1860 1 2000 12 PIcntrl Run 1 1860 -
climate of the 20th Century experiment (20C3M) 20C3M Run 1 1860 1 2000 12 PIcntrl Run 1 1860 -
committed climate change experiment Commit Run 1 2001 1 2100 12 20C3M Run 0 2001 Run 0 (not sent to PCMDI) is exactly the same as RUN 1 until year 1970, then it differs because of a bug reading the file of sulfate from year 1970 to 1975. We verify that the climate of year 2000 of RUN 0 is very close to climate of year 2000 of run 1.
present-day control experiment PDcntrl Run 1 1910 1 2309 12 NA NA -
pre-industrial control experiment PIcntrl Run 1 1860 1 2179 12 NA NA -
720 ppm stabilization experiment (SRES A1B) SRESA1B Run 1 2000 1 2230 12 20C3M Run 0 2000 Run 0 (not sent to PCMDI) is exactly the same as RUN 1 until year 1970, then it differs because of a bug reading the file of sulfate from year 1970 to 1975. We verify that the climate of year 2000 of RUN 0 is very close to climate of year 2000 of run 1.
SRES A2 experiment SRESA2 Run 1 2000 1 2100 12 20C3M Run 0 2000 Run 0 (not sent to PCMDI) is exactly the same as RUN 1 until year 1970, then it differs because of a bug reading the file of sulfate from year 1970 to 1975. We verify that the climate of year 2000 of RUN 0 is very close to climate of year 2000 of run 1.
550 ppm stabilization experiment (SRES B1) SRESB1 Run 1 2000 1 2230 12 20C3M Run 0 2000 Run 0 (not sent to PCMDI) is exactly the same as RUN 1 until year 1970, then it differs because of a bug reading the file of sulfate from year 1970 to 1975. We verify that the climate of year 2000 of RUN 0 is very close to climate of year 2000 of run 1.