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Tracing seasonal trends across Pluto’s craters: New Horizons Ralph/MVIC results

Icarus Elsevier 373 (2022) 114771

Authors:

Alissa M Earle, RP Binzel, JT Keane, WM Grundy, CJA Howett, CB Olkin, AH Parker, F Scipioni, K Ennico, SA Stern, HA Weaver, LA Young, New Horizons Surface Composition Theme Team
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Indicate separate contributions of long-lived and short-lived greenhouse gases in emission targets

npj Climate and Atmospheric Science Springer Nature 5:1 (2022) 5

Authors:

Myles R Allen, Glen P Peters, Keith P Shine, Christian Azar, Paul Balcombe, Olivier Boucher, Michelle Cain, Philippe Ciais, William Collins, Piers M Forster, Dave J Frame, Pierre Friedlingstein, Claire Fyson, Thomas Gasser, Bill Hare, Stuart Jenkins, Steven P Hamburg, Daniel JA Johansson, John Lynch, Adrian Macey, Johannes Morfeldt, Alexander Nauels, Ilissa Ocko, Michael Oppenheimer, Stephen W Pacala, Raymond Pierrehumbert, Joeri Rogelj, Michiel Schaeffer, Carl F Schleussner, Drew Shindell, Ragnhild B Skeie, Stephen M Smith, Katsumasa Tanaka
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Hazy blue worlds: A holistic aerosol model for Uranus and Neptune, including Dark Spots

(2022)

Authors:

Patrick GJ Irwin, Nicholas A Teanby, Leigh N Fletcher, Daniel Toledo, Glenn S Orton, Michael H Wong, Michael T Roman, Santiago Perez-Hoyos, Arjuna James, Jack Dobinson
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Seasonal changes in the vertical structure of ozone in the Martian lower atmosphere and its relationship to water vapour.

University of Oxford (2022)

Abstract:

Ozone and water vapour volume mixing ratio vertical profiles in the Martian atmosphere derived from solar occultation mid-infrared spectra recorded by the Atmospheric Chemistry Suite on the ExoMars Trace Gas Orbiter. Data were recorded between mid Mars year 34 to early Mars year 36. Trace gas retrievals were done using the JPL Gas Fitting Software.
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Seasonal changes in the vertical structure of ozone in the Martian lower atmosphere and its relationship to water vapour - Temperature and GCM data used

University of Oxford (2022)

Authors:

Kevin Olsen, Anna Fedorova, Francois Forget

Abstract:

Temperature data derived from ACS NIR observations of Mars used in the paper: Seasonal changes in the vertical structure of ozone in the Martian lower atmosphere and its relationship to water vapour. LMD GCM data interpolated to the terminator (T/P/density/H2O/O3) used in the paper: Seasonal changes in the vertical structure of ozone in the Martian lower atmosphere and its relationship to water vapour.
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