| Abraham.L | Chemistry in the Unified Model: Climate-Chemistry Studies with UKCA |
| Akiyoshi.H | A preliminary result of REF-C2 run and the sensitivity runs performed by MIROC3.2 CCM |
| Albers.J | Ozone Loss and Recovery and the Preconditioning of Upward Propagating Planetary Wave Activity |
| Arfeuille.F | Uncertainties in modelling the stratospheric warming following Mt. Pinatubo eruption |
| Ayarzaguena.B | Will dynamical processes triggering major stratospheric warmings change in the future? |
| Barnes.E.2 | Delayed Southern Hemisphere climate change induced by stratospheric ozone recovery as seen in the CMIP5 models |
| Bergman.J | Boundary layer sources for the Asian anticyclone: Regional contributions to a vertical conduit |
| Botek.E | Driving a single CTM with different analyses: impact on solar heating, photolysis rates and chemical lifetimes |
| Braesicke.P | Consistent circulation differences in the Southern Hemisphere caused by ozone changes: A chemistry-climate model and observational study |
| Cameron-Smith.P | The Impact of Methane Clathrate Emissions on the Earth System and its Variability |
| Cionni.I | Extension of the CCMVal Diagnostic Tool for CCMI |
| Clark.H. | The new lAGOS measurements of ozone and carbon monoxide in the UTL5 |
| Dhomse.S | Whole-atmosphere aerosol microphysics simulations of the Mt. Pinatubo eruption with the UKCA composition-climate model |
| Dhomse.S | Stratospheric 0(3) changes during 2001-2010: The small role of solar flux variations in a CTM |
| Douglass.A | Quantifying chemical and dynamical contributions to CCM projections for ozone return dates |
| Duncan.B | Selection of Satellite Data for Evaluation of the Troposphere in the Hindcast Run (REF-Cl): A First Step |
| Fiore.A | Influence of chemistry-climate interactions and emission controls on 21st century U.S. surface 0(3) seasonality, variability, and extreme events |
| Frost.G | Addressing Science and Policy Needs with Community Emissions Efforts |
| Garfinkel.C | Connections between the Spring Breakup of the Southern Hemisphere Polar Vortex, Stationary Waves, and Air-Sea Roughness |
| Garfinkel.C | Zonally asymmetric trends in tropical upper troposphere and lower stratosphere: connections with sea surface temperatures and implications for water vapor and ozone |
| Gille.J | A Method for Validating Mixing in a Model Through Comparison with Observations |
| Granier.C | The Monitoring Atmospheric Composition and Climate Project |
| Honomichl.S | Dynamical and Chemical Structure of the Asian Summer Monsoon Anticyclone in the UTLS |
| Karpechko.A | MODELLING TROPOSPHERIC IMPACTS OF THE ARCTIC OZONE DEPLETION 2011 |
| Kim.SW | Evaluation of NO(2) emission inventory over East Asia using satellite observations and the WRF-Chem model simulated N0(2) columns |
| Klekociuk.A | The Australian Contribution to CCMI Part I: Evaluation of Polar Stratospheric Dynamics in ACCESS CCM Runs |
| Li.F | The Impacts of Atmosphere-Ocean Coupling on Climate Change in the Southern Hemisphere Stratosphere and Troposphere |
| Liang.Q | Global OH abundance and lifetimes or long-lived OH-removal species inferred from CH3CCI,: Implications from box model inversion analysis and flux-based CCMs |
| Liang.Q | The impact of deep convection on the contribution of very-short-lived bromocarbons to stratospheric bromine |
| Lin.M | Climate versus emission drivers of U.S. ozone variability and trends over the past 35 years |
| Liu.H | Using beryllium-7 to assess cross-tropopause transport in global models |