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Estimates of ozone return dates from Chemistry-Climate Model Initiative simulations Atmospheric Chemistry and Physics, 2018
(Ref: 16135)
Authors:
Dhomse S.S.Kinnison D.Chipperfield M.P.Salawitch R.J.Cionni I.Hegglin M.I.Abraham N.L.Akiyoshi H.Archibald A.T.Bednarz E.M.Bekki S.Braesicke P.Butchart N.Dameris M.Deushi M.Frith M.Hardiman S.Hassler B.Horowitz L.W.Hu R.M.Jöckel P.Josse B.Kirner O.Kremser S.Langematz U.Lewis J.Marchand M.Lin M.Mancini E.Marécal V.Michou M.Morgenstern O.O'Connor F.M.Oman L.Pitari G.Plummer D.A.Pyle J.A.Revell L.E.Rozanov E.Schofield R.Stenke A.Stone K.Sudo K.Tilmes S.Visioni D.Yamashita Y.Zeng G.
Category 1: Peer-reviewed literature
Update on Polar Stratospheric Ozone: Past, Present, and Future Polar Stratospheric Ozone: Past, Present, and Future, 2019
(Ref: 16037)
Category 1: Peer-reviewed literature
No robust evidence of future changes in major stratospheric sudden warmings: a multi-model assessment from CCMI Atmospheric Chemistry and Physics, 2018
(Ref: 16005)
Authors:
Category 1: Peer-reviewed literature
Major mid-winter stratospheric sudden warmings (SSWs) are the largest instance of wintertime variability in the Arctic stratosphere. Because SSWs are able to cause significant surface weather anomalies on intra-seasonal timescales…
Update on Polar ozone: Past, present, and future Scientific Assessment of Ozone Depletion: 2014, Global Ozone Research and Monitoring Project – Report No. 55, 2014
(Ref: 15571)
Authors:
Category 1: Peer-reviewed literature