Long‐term ozone changes and associated climate impacts in CMIP5 simulations

Long‐term ozone changes and associated climate impacts in CMIP5 simulations

Source :

• Journal of Geophysical Research: Atmospheres [ 2169-897X ] ; 2013-05-27.

Descripteurs français

• Pascal (Inist)
  • Analyse tendance, Antarctique, Arctique, CMIP3, CMIP5, Changement climatique, Climatologie, Déplétion, Etude comparative, Eté, Forçage, Gaz effet serre, Hémisphère Sud, Modèle climat, Modèle couplé, Modèle multiple, Moyenne latitude, Méthane, Ozone, Printemps, Projection climatique, Scénarios de concentration, Stratosphère, Température atmosphérique, Troposphère, Variation long terme, Zone polaire.
• Wicri :
  • topic : Antarctique, Changement climatique, Chimie, Climat, Changement climatique, Climatologie, Base de données, Halogène, Ozone, Simulation.

English descriptors

• KwdEn :
  • Absolute values, Annual cycle, Antarctic, Antarctica, Arctic region, Atmos, Atmospheric chemistry, Atmospheric component, Atmospheric research, Atmospheric temperature, Bodeker, Butchart, Ccmval, Ccsm4, Centre, Chem, Chem group, Chem models, Chem multimodel, Chemical reactions, Chemical species, Chemical tracers, Chemistry, Chemistry scheme, Chemistry schemes, Cionni, Clim, Climate, Climate change, Climate impacts, Climate impacts figure, Climate model, Climate models, Climate prediction, Climate sensitivity, Climate simulations, Climatological, Climatological zonal, Climatology, Cmip3, Cmip3 models, Cmip5, Cmip5 chem multimodel, Cmip5 model versions, Cmip5 models, Cmip5 multimodel, Cmip5 simulations, Community climate system model version, Comparative study, Coupled model, Data sets, Database, Decadal, Depletion, Different rcps, Different regions, Eesc, Eld, Emission scenarios, Extratropical, Extratropical circulation, Eyring, Forcing, Forcings, Future changes, Future climate change, Future evolution, Future ozone, Future period, Future projections, Future simulations, Future trends, Gent, Geophys, Geosci, Ghgs, Giss, Global, Global climate model, Grid, Gure, Hadley centre, Halogen, Halogen scenario, Heterogeneous reactions, Historical period, Horizontal resolution, Important role, Individual cmip5 models, Individual models, Interactive, Interactive chemistry, Interannual variability, Intercomparison, Intergovernmental panel, Ipcc, Isoprene, Isoprene emissions, Kawase, Lamarque, Lett, Linear trend, Long term variation, Lower stratosphere, Main reference, Methane, Mid latitude, Midlatitudes, Miroc4h, Modb, Model description, Model simulations, Model validation, Model versions, Modeling, Multimodel, National institute, National science foundation, Niwa, Nochem, Nochem group, Nochem models, Nochem multimodel, Northern midlatitudes, October, Ozone, Ozone changes, Ozone chemistry, Ozone concentrations, Ozone data, Ozone database, Ozone depletion, Ozone hole, Ozone projections, Ozone recovery, Ozone time series, Ozone trends, Ozonesonde measurements, Phys, Polar region, Poleward, Polvani, Precursor, Precursor emissions, Previous studies, Radiative, Randel, Rcps, Representative concentration pathways, Santer, Scenario, Schmidt, Seasonal cycle, Second half, Shindell, Simulation, Solar cycle, Source gases, Southern Hemisphere, Southern hemisphere, Southern midlatitudes, Southern ocean, Space studies, Sparc, Special report, Spring(season), Sres, Stratosphere, Stratospheric, Stratospheric chemistry, Stratospheric ozone, Stratospheric ozone changes, Stratospheric ozone depletion, Stratospheric ozone recovery, Sudo, Summer, Temperature changes, Temperature trends, Time series, Total column ozone, Tracer, Tropics, Tropopause, Tropopause region, Troposphere, Tropospheric, Tropospheric chemistry, Tropospheric column ozone, Tropospheric ozone, Upper stratosphere, Various rcps, Vertical layers, Vertical levels, Watanabe, Weak equatorward shift, Zonal, Zonal wind, Zonal winds, climate change, greenhouse gas, methane, ozone, stratosphere, trend-surface analysis, troposphere.
• Teeft :
  • Absolute values, Annual cycle, Antarctic, Antarctica, Atmos, Atmospheric chemistry, Atmospheric component, Atmospheric research, Bodeker, Butchart, Ccmval, Ccsm4, Centre, Chem, Chem group, Chem models, Chem multimodel, Chemical reactions, Chemical species, Chemical tracers, Chemistry, Chemistry scheme, Chemistry schemes, Cionni, Clim, Climate, Climate change, Climate impacts, Climate impacts figure, Climate model, Climate models, Climate sensitivity, Climate simulations, Climatological, Climatological zonal, Climatology, Cmip3, Cmip3 models, Cmip5, Cmip5 chem multimodel, Cmip5 model versions, Cmip5 models, Cmip5 multimodel, Cmip5 simulations, Community climate system model version, Data sets, Database, Decadal, Different rcps, Different regions, Eesc, Eld, Emission scenarios, Extratropical, Extratropical circulation, Eyring, Forcings, Future changes, Future climate change, Future evolution, Future ozone, Future period, Future projections, Future simulations, Future trends, Gent, Geophys, Geosci, Ghgs, Giss, Global, Global climate model, Grid, Gure, Hadley centre, Halogen, Halogen scenario, Heterogeneous reactions, Historical period, Horizontal resolution, Important role, Individual cmip5 models, Individual models, Interactive, Interactive chemistry, Interannual variability, Intercomparison, Intergovernmental panel, Ipcc, Isoprene, Isoprene emissions, Kawase, Lamarque, Lett, Linear trend, Lower stratosphere, Main reference, Methane, Midlatitudes, Miroc4h, Modb, Model description, Model simulations, Model validation, Model versions, Modeling, Multimodel, National institute, National science foundation, Niwa, Nochem, Nochem group, Nochem models, Nochem multimodel, Northern midlatitudes, October, Ozone, Ozone changes, Ozone chemistry, Ozone concentrations, Ozone data, Ozone database, Ozone depletion, Ozone hole, Ozone projections, Ozone recovery, Ozone time series, Ozone trends, Ozonesonde measurements, Phys, Poleward, Polvani, Precursor, Precursor emissions, Previous studies, Radiative, Randel, Rcps, Representative concentration pathways, Santer, Scenario, Schmidt, Seasonal cycle, Second half, Shindell, Simulation, Solar cycle, Source gases, Southern hemisphere, Southern midlatitudes, Southern ocean, Space studies, Sparc, Special report, Sres, Stratosphere, Stratospheric, Stratospheric chemistry, Stratospheric ozone, Stratospheric ozone changes, Stratospheric ozone depletion, Stratospheric ozone recovery, Sudo, Temperature changes, Temperature trends, Time series, Total column ozone, Tracer, Tropics, Tropopause, Tropopause region, Troposphere, Tropospheric, Tropospheric chemistry, Tropospheric column ozone, Tropospheric ozone, Upper stratosphere, Various rcps, Vertical layers, Vertical levels, Watanabe, Weak equatorward shift, Zonal, Zonal wind, Zonal winds.

Abstract

• https://api.istex.fr/document/9D3311582FA61BB9019A1D68096D695911A848DE/fulltext/pdf

Affiliations:

• Allemagne, Australie, France, Italie, Japon, Royaume-Uni, Suisse, États-Unis
• Canton de Zurich, Colorado, Midi-Pyrénées, Occitanie (région administrative), État de New York, Île-de-France
• Paris, Toulouse, Zurich
• École polytechnique fédérale de Zurich

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