This year’s annual seminar on Global Earth-system monitoring was held at ECMWF from 5 to 9 September 2005.
Programme
Presentations
| Monday 5 September | |
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Session 1: Overview |
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Predicting atmospheric chemical composition Øystein Hov (Met No) |
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The GEMS project Tony Hollingsworth (ECMWF) |
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An integrated global atmospheric chemistry observations strategy and WMOs leading role: GAW & IGACO Leonard Barrie (WMO) |
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The dynamics that is significant for chemistry Michael McIntyre (University of Cambridge) |
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Scientific challenges in atmospheric chemical modelling Guy Brasseur (MPI Meteor) |
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| Tuesday 6 September | |
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The role of science in the Kyoto protocol Vicky Pope (Met Office) |
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Session 2: Modelling & Monitoring Greenhouse Gases |
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The use of airborne and groundbased atmospheric observations in carbon cycle research Christoph Gerbig (MPI) |
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Satellite observations of greenhouse gases Richard Engelen (ECMWF) |
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Inverse estimation of surface exchanges of greenhouse gases Peter Rayner (CNRS/LSCE) |
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Modelling of the Carbon Cycle in the GEOLAND project Jean-Christophe Calvet (Météo-France) |
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| Wednesday 7 September | |
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Session 3: Modelling and Monitoring Reactive Gases |
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Scientific challenges in chemical data assimilation Henk Eskes (KNMI) |
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Chemical data assimilation at BIRA Dominique Fonteyn (BIRA) |
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Estimation of surface emissions and biomass burning Claire Granier (Service d’Aeronomie) |
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Session 4: Modelling and Monitoring Aerosols |
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Aerosol monitoring and modelling Olivier Boucher (Met Office) |
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Observational understanding of aerosols and climate Jim Haywood (Met Office) |
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| Thursday 8 September | |
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Overview of aerosol, land-surface and ocean information from high spectral resolution imagers Michael Rast (ESA) |
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Aerosol modelling and assimilation for weather forecasting Jean-Jacques Morcrette (ECMWF) |
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Session 5: Regional Air Quality Forecasting and Related Health issues |
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Regional air quality forecasting Vincent-Henry Peuch (Meteo-France) |
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Chemical data assimilation for air quality forecasting Hendrik Elbern (University of Köln) |
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| Friday 9 September | |
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Met Service Canada’s atmospheric chemistry/forecast system Richard Ménard (CMC) |
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Scientific challenges of UV-B Forecasting Henning Staiger (DWD) |
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Health impacts of extreme weather and climate events Bettina Menne (WHO) |
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Proceedings
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An integrated global atmospheric chemistry observations strategy and WMOs leading role: GAW & IGACO L A Barrie |
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Aerosol monitoring and modelling O Boucher |
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Challenges in atmospheric chemistry modelling G P Brasseur |
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Modelling of the carbon cycle in the Geoland project J-C Calvet |
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Chemical data assimilation for air quality forecasting J Elbern |
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Satellite observations of greenhouse gases R J Engelen |
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Scientific challenges in chemical data assimilation H Eskes |
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Chemical data assimilation at BIRA-IASB D Fonteyn |
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The use of airborne and ground based atmospheric observations in carbon cycle research V Gerbig |
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Estimation of surface emissions C Granier |
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Observational understanding of aerosols and climate J Haywood |
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A systematic approach to delivering socio-economic benefits from Earth-system observations by using Earth-system models and data-assimilation systems A Hollingsworth |
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Prediction of atmospheric chemical composition O Hov |
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Some dynamics that is significant for chemistry M E McIntyre http://www.atm.damtp.cam.ac.uk/people/mem/papers/ECMWF/ecmwf05.html |
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Health impacts of extreme weather and climate events B Menne |
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GEMS-aerosol at ECMWF J-J Morcrette |
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The chemistry-forecast system at the Meteorological Service of Canada R Menard |
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Regional air quality forecasting V-H Peuch |
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The role of science in the Kyoto protocol V Pope |
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Overview of aerosol, land-surface and ocean information from high spectral, reduced spatial resolution imagers M Rast |
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Inverse estimation of surface exchanges of greenhouse gases P Rayner |
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Scientific challenges of UV-B forecasting H Staiger |
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