1 / 18

Highlights of Atmospheric Science from ESA Satellites

http://www.leos.le.ac.uk/home/. Highlights of Atmospheric Science from ESA Satellites. J.J. Remedios EOS-SRC, Physics and Astronomy, University of Leicester, U.K. With acknowledgements to a large no. of contributors!. Atmospheric Instruments. ERS-1/2 GOME ATSR-1/2 MWR ENVISAT MIPAS

anka
Download Presentation

Highlights of Atmospheric Science from ESA Satellites

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript


  1. http://www.leos.le.ac.uk/home/ Highlights of Atmospheric Science from ESA Satellites J.J. Remedios EOS-SRC, Physics and Astronomy, University of Leicester, U.K. With acknowledgements to a large no. of contributors! Dr. J.J. Remedios, EOEP review, 27/6/2005

  2. Atmospheric Instruments • ERS-1/2 • GOME • ATSR-1/2 • MWR • ENVISAT • MIPAS • SCIAMACHY • GOMOS • AATSR • MERIS • MWR • OTHER [NON-ESA] MISSIONS • MOPITT on EOS-TERRA • MLS ON EOS-AURA Dr. J.J. Remedios, EOEP review, 27/6/2005

  3. NEW SPECIES PAN, formic acid: Leicester OCS, SO2: Oxford 450 pptv PAN, 1.2 ppbv formic acid in China outflow Dr. J.J. Remedios, EOEP review, 27/6/2005

  4. The Near-Surface atmosphere Climate gases Pollutants - Air Quality Emission sources – climate and air quality Aerosols Dr. J.J. Remedios, EOEP review, 27/6/2005

  5. CLIMATE GASES SCIAMACHY CO2: Leicester SCIAMACHY CH4: Heidelburg, KNMI Science paper CO2 columns with column errors < 3% Images courtesy of MOPITT team Dr. J.J. Remedios, EOEP review, 27/6/2005

  6. POLLUTANTS SCIAMACHY tropospheric NO2 columns: Heidelburg MOPITT day-night “surface” CO concentrations: Leicester Images courtesy of MOPITT team Dr. J.J. Remedios, EOEP review, 27/6/2005

  7. LONDON AIR QUALITY PROMOTE SYSTEM: Regional backgrounds from assimilation of satellite data Integrated into very high spatial resolution air quality forecasts (CERC) www.cerc.co.uk/yourair Dr. J.J. Remedios, EOEP review, 27/6/2005

  8. AATSR – AERONET Aerosol Optical Depth (Venice 1/9/2004) AEROSOLS (A)ATSR Visible Aerosol: Oxford/RAL AATSR infra-red Saharan dust: Leicester Dr. J.J. Remedios, EOEP review, 27/6/2005

  9. The Upper Troposphere Cirrus clouds, Ozone Transport into the stratosphere Dr. J.J. Remedios, EOEP review, 27/6/2005

  10. Clouds(Cirrus) Cloud top heights from MIPAS: Leicester Microphysics: Oxford Clouds from AATSR: RAL False colour Cloud Optical depth Cloud top pressure Effective radius Dr. J.J. Remedios, EOEP review, 27/6/2005

  11. Upper tropospheric gases MLS CO at 146 mb: Edinburgh MIPAS O3 at 146 mb: Leicester Dr. J.J. Remedios, EOEP review, 27/6/2005

  12. Age of Airfrom MIPAS SF6 Zonal Mean August 2003 Dr. J.J. Remedios, EOEP review, 27/6/2005

  13. OZONE DEPLETION: THE POLAR LOWER STRATOSPHERE Anomalous Antarctic ozone hole of 2002 Polar stratospheric cloud types Denitrification Chlorine processing Dr. J.J. Remedios, EOEP review, 27/6/2005

  14. MIPAS 02/12/2002 NAT, 2nd week, December 2002 Vintersol Polar Campaign 2002/3 G. Braathen, NILU MIPAS 03/01/2003 MODEL DENITRIFICATION (LOSS OF HNO3): 03/01/2003 Leeds, Leicester Dr. J.J. Remedios, EOEP review, 27/6/2005

  15. ANOMALOUS OZONE HOLE OF 2002 MIPAS MODEL Feng et al., JAS (2005) Leeds, Leicester, BAS, IMK Dr. J.J. Remedios, EOEP review, 27/6/2005

  16. Active and reservoir species in the Antarctic polar vortex MLS observations: Edinburgh, JPL Dr. J.J. Remedios, EOEP review, 27/6/2005

  17. Summary • Science highlights in key areas: • Carbon cycle and climate gases • Air quality • Tropospheric composition and climate • Stratospheric ozone depletion • Power of space missions demonstrated in atmospheric science but much remains to be done. • Close working with field campaigns and models – integrated Earth System Science • New species, higher spatial resolution • Challenges to come: • bridging the temporal gap • Maximum information for the near-surface atmosphere • Integrated nadir and limb observations Dr. J.J. Remedios, EOEP review, 27/6/2005

  18. Acknowledgements • Leicester University • British Antarctic Survey • Cambridge University • Cambridge Environment Research Consultants (CERC) • Edinburgh University • Leeds University • Reading University • Rutherford Appleton Laboratory • The Met. Office Acknowledgments to NERC, ESA, EC and Defra for funding. Contrails, Burton-on-Trent, Dave Moore, Weather, Feb 2005 Dr. J.J. Remedios, EOEP review, 27/6/2005

More Related