500-member ensemble simulation output from NIES Chemistry-Climate Models for investigating total ozone dependence on ODS and GHG concentrations
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The archived data is outputs from chemistry-climate models (CCSRNIES-MIROC3.2 CCM and CCSRNIES-MIROC5 CCM) that were run with 25 pairings of fixed GHG (greenhouse gases) and ODS (ozone depleting substances) concentrations for the future. The model calculations are 510 years' continuous runs with a pair of fixed ODS and GHG concentrations and the outputs from the last 500 years are stored as a 500-member ensemble.
Description
Data Set
Parameters
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total ozone, zonal wind speed (50hPa), temperature (50hPa), Cly (50hPa), Bry(50hPa)
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Domain
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Global
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Time resolution
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1.0 day
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Horizontal resolution
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2.8° x 2.8° (T42)
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Calculation method
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Chemistry-climate models (CCSRNIES-MIROC3.2 CCM and CCSRNIES-MIROC5 CCM) were run with GHG (greenhouse gases) and ODS (ozone depleting substances) concentrations at the surface fixed to the values for the future. The model calculations are 510 years' continuous runs. Sea surface temperature and sea ice area were given by the output from an atompshere-ocean coupled general circulation model (GCM) that was run on the RCP6.0 scenario for the future years, corresponding to the year of the GHG concentrations of each experiment.The model resolution was 2.8° x 2.8° (T42) in horizontal and 1-3 km in vertical.
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How to use
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Keywords
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[GCMD_Platform]
Other > Models > Climate models
[GCMD_Science]
Atmosphere > Atmospheric Chemistry > Oxygen Compounds > Ozone
[Free keywords]
ozone, zonal wind, temperature, CCM, multi-ensemble experiment |
Update history
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【2022/11/09】
Version 1.0 was released (ver.1.0)
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References
References
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H. Akiyoshi, M. Kadowaki, Y. Yamashita, T. Nagatomo (2023), Dependence of column ozone on future ODSs and GHGs in the variability of 500-ensemble members. Sci. Rep., 13, 320, doi:10.1038/s41598-023-27635-y.
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When this data set is referred to in publications, it should be cited in the following format.
H. Akiyoshi, M. Kadowaki, Y. Yamashita, T. Nagatomo (2022), 500-member ensemble simulation output from NIES Chemistry-Climate Models for investigating total ozone dependence on ODS and GHG concentrations, ver.x.x *1, Earth System Division, NIES DOI:10.17595/20221109.001. (Reference date*2: YYYY/MM/DD)
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