Search

Publications matching your search query

Results 1 to 7 of 7

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

Ozone sensitivity to varying greenhouse gases and ozone-depleting substances in CCMI-1 simulations Atmospheric Chemistry and Physics, 2018 (Ref: 16032)
Authors:
Morgenstern O.Stone K.A.Schofield R.Akiyoshi H.Yamashita Y.García R.R.Kinnison D.E.Sudo K.Plummer D.A.Scinocca J.Oman L.D.Manyin M.E.Zeng G.Rozanov E.Stenke A.Revell L.Pitari G.Mancini E.Di Genova G.Visioni D.Dhomse S.S.Chipperfield M.P.
Category 1: Peer-reviewed literature

Review of the global models used within phase 1 of the Chemistry–Climate Model Initiative (CCMI) Geoscientific Model Development, 2017 (Ref: 15888)
Authors:
Morgenstern O.Hegglin M.I.Rozanov E.O'Connor F.M.Abraham N.L.Akiyoshi H.Archibald A.T.Bekki S.Butchart N.Chipperfield M.P.Deushi M.Dhomse S.S.García R.R.Hardiman S.C.Horowitz L.W.Jöckel P.Josse B.Kinnison D.Lin M.Mancini E.Manyin M.E.Marchand M.Marécal V.Michou M.Oman L.D.Pitari G.Plummer D.A.Revell L.E.Saint-Martin D.Schofield R.Stenke A.Stone K.Sudo K.Tanaka T.Y.Tilmes S.Yamashita Y.Yoshida K.Zeng G.
Category 1: Peer-reviewed literature

We present an overview of … state-of-the-art chemistry–climate and chemistry transport models that … are … used within phase 1 of the Chemistry–Climate Model Initiative (CCMI-1).

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:
Dameris M.Godin-Beekmann S.Alexander S.Braesicke P.Chipperfield M.de Last A.T.J.Orsolini Y.Rex M.Santee M.L.
Category 1: Peer-reviewed literature

Observations of the Antarctic Ozone Hole from 2003 to 2009. Geophysical Research Abstracts, European Geosciences Union General Assembly 2010, Vienna, Austria 02-07 May 2010, 2010 (Ref: 14246)
Authors:
Braathen G.O.Van der A.R.Anastou A.Bernhard G.Campos J.Chipperfield M.Ciattaglia L.Deshler T.Evans R.Feng W.Fioletov V.García R.von der Gathen P.Gelman M.Ginzburg M.Goutail F.Hertzog A.Johnson B.Klekociuk A.
Category 3: Poster

The Global Atmosphere Watch of WMO includes several stations in Antarctica that keep a close eye on the ozone … layer during the ozone hole season. Observations made during the ozone holes from 2003 to 2009 will be compared … to each other and interpreted in light of the meteorological conditions.

Ozone loss rates over the Arctic 2002/03 and Antarctic 2003 measured with the Match approach. Quadrennial Ozone Symposium, 1-8 June 2004, Kos, Greece., 2004 (Ref: 11578)
Authors:
Streibel M.von der Gathen P.Rex M.Deckelmann H.Harris N.R.P.Braathen G.O.Chipperfield M.Millard G.Reimer E.Alfier R.Allaart M.Anderson S.B.Araujo J.Balis D.Billet O.Cambridge C.Claude H.Colwell S.R.Davies J.De Backer H.Deshler T.Dier H.Dorokhov V.Easson J.Fast H.Gerding M.Ginzburg M.Godin Beekman S.Johnson B.Karhu J.A.Klekociuk A.Kyrö E.Litynska Z.Moore D.Moran E.Nagai T.Nakane H.Parrondo C.Ravegnani F.Roscoe H.K.Sato K.Shanklin J.D.Skrivankova P.Tripathi O.P.Varotsos C.Viale C.Viatte P.Yamanouchi T.Yela M.Yoshizawa N.Yushkov V.Zerefos C.S.
Category 3: Verbal presentation

In order to improve our understanding of wintertime polar ozone losses, two ozonesonde Match campaigns were performed. The first one was carried out in the Arctic winter 2002/03. About 450 co-ordinated ozonesondes were launched from late November 2002 to March 2003.

Ozone loss over the Antarctic in the winter 2003: a Lagranian approach. Oral presentation at the 28th SCAR Science Meeting (Antarctica and the Southern Ocean in the Global System), Bremen, Germany (25-31 July 2004), 2004 (Ref: 11577)
Authors:
Streibel M.Frieler K.von der Gathen P.Rex M.Lehmann R.Harris N.R.P.Braathen G.O.Chipperfield M.P.Millard G.Reimer E.Alfier R.Araujo J.Billett O.Colwell S.R.Deshler T.Easson J.Ginzburg M.Godin-Beekman S.Johnson B.Karhu J.A.Klekociuk A.Parrondo C.Roscoe H.K.Sato K.Shanklin J.D.Tripathi O.P.Yamanouchi T.Yela M.
Category 3: Verbal presentation

To measure chemical induced ozone loss in the Arctic lower stratosphere the Match method was developed. Trajectory calculations based on stratospheric wind fields of the European Center of Medium-range Weather Forecasts (ECMWF) are used to track and to predict the ways of air parcels.

on