100-member ensemble simulation output from NIES Chemistry-Climate Models to investigate the effect of unregulated HFC increase on the ozone layer

To investigate the effect of unregulated HFC abundance increases on ozone and temperature at the end of the 21st Century, 110-year continuous Chemistry-Climate Model (CCM) runs were performed, under the RCP2.6 and the WMO-A1 scenarios for greenhouse gases (GHGs) and ozone depleting substances (ODSs) concentrations, respectively, for 2095. Two scenarios were designed by specifying the projected upper- and lower-limit HFC concentrations at the end of this century. The datasets are ozone concentration, air density, temperature, wind speeds, and several other dynamical quantities obtained in these simulations. Output from the last 100 years of the 110-year calculation are stored as a 100 member ensemble.