This computation involved: MIROC-CHEM atmospheric chemistry model deployed on Centre for Climate System Research / National Institude for Environmental Studies (Japan) computer. The MIROC-CHEM atmospheric chemistry model explores how changes in the levels and locations of ozone precursor emissions, (such as nitrogen oxides NO and NO2; referred to as NOx), carbon monoxide (CO) and volatile organic compounds (VOCs), including methane, could affect tropospheric ozone abundances, from the pre-industrial period to future projections.

The MIROC-CHEM atmospheric chemistry model explores how changes in the levels and locations of ozone precursor emissions, (such as nitrogen oxides NO and NO referred to as NO, carbon monoxide (CO) and volatile organic compounds (VOCs), including methane, could tropospheric ozone abundances, from the pre-industrial period to future projections.

The Centre for Climate System Research (CSSR) computer facility run both a general circulation model (GCM) and an earth system model with intermediate complexity (EMIC).
The National Institute for Environmental Studies, Japan, contribute to the optimization of future predictions on climate change based on integrated observations and model analyses.

The Centre for Climate System Research (CSSR) computer facility run both a general circulation model (GCM) and an earth system model with intermediate complexity (EMIC).
The National Institute for Environmental Studies, Japan, contribute to the optimization of future predictions on climate change based on integrated observations and model analyses.