info:oai:pure.iiasa.ac.at:14396info:ofi/fmt:xml:xsd:journalMyhreG.Myhre, G.AasW.Aas, W.CherianR.Cherian, R.CollinsW.Collins, W.FaluvegiG.Faluvegi, G.FlannerM.Flanner, M.ForsterP.Forster, P.HodnebrogØ.Hodnebrog, Ø.KlimontZ.Klimont, Z.LundM.T.Lund, M.T.MülmenstädtJ.Mülmenstädt, J.Lund MyhreC.Lund Myhre, C.OliviéD.Olivié, D.PratherM.Prather, M.QuaasJ.Quaas, J.SamsetB.H.Samset, B.H.SchnellJ.L.Schnell, J.L.SchulzM.Schulz, M.ShindellD.Shindell, D.SkeieR.B.Skeie, R.B.TakemuraT.Takemura, T.TsyroS.Tsyro, S.41722 February 20171680-7324Multi-model simulations of aerosol and ozone radiative forcing due to anthropogenic emission changes during the period 1990-2015Atmospheric Chemistry and Physics2709-2720article