Annual Cycle. Comparison of daily ozone maximum [ppb] for the „remote“ station Eifel Coarse (125 km) and nest1 (25 km). Ozone over Europe 1997. Annual Average [μg/m3]. Maximum Concentration [ μg/m 3 ]. Base Case. ozone.
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Comparison of daily ozone maximum [ppb] for the „remote“ station Eifel
Coarse (125 km) and nest1 (25 km)
Ozone over Europe 1997
Annual Average [μg/m3]
Maximum Concentration [μg/m3]
Comparison of daily ozone maximum [ppb] nest1 results with all TEMES ozone sites (33)
Emission Scenario „1987“
Model scores coarse and nest1 according the EU directives
Difference:Scenario –Base Case
Emission Scenario „1987“ (according TOR2 model initiative)
Anthr. NOx: +43 % , anthr. NMVOC: +67 %, CO + 67%
Comparison of EURAD simulations with measurements from TEMES network in North Rhine-Westphalia (Germany).
Results from the coarse grid (125 km) and nest1 (25 km)
A One-Year Simulation of Photochemistry over Europe with a Complex Chemistry Transport ModelContribution to subproject GLOREAM and TOR2H. Feldmann, M. Memmesheimer, E. Friese, H. J. Jakobs, A. Ebel, M.J. Kerschgens Address: University of Cologne, Cologne, Germanye-mail: email@example.com
EURAD is financially supported by the BMBF within the Atmospheric Research programme (AFO2000). Long-term applications with respect to EU directives have been supported by the Environmental agency of North-Rhine-Westphalia (LUA).
Emission data have been provided by EMEP and TNO/UBA. The landuse data have been provided by IFU, Garmisch-Partenkirchen. Access to meteorological data (ECMWF) have been given by the meteorological department of the IGM, University of Cologne. The measurements are provided by the Environmental agency of North Rhine-Westphalia.
Numerical calculations have been supported by the RRZK, University of Cologne and the Research Center Juelich (ZAM, NIC, ICG-II).
We gratefully acknowledge the very helpfull discussions with the colleagues from the Environmental Agency of North-Rhine-Westphalia (LUA), the German Environmental Agency (UBA), the EUROTRAC community (in particular GLOREAM and TOR), the Ford Research Center and the ICG-II of the Research Center Juelich.
Model Design for Long-term applications of EURAD
- Mother Domain (CG): Europe, grid size 125 km
- Nest 1: Central Europe, grid size 25 km
- Nest 2: North Rhine-Westphalia, grid size 5 km
- Nest 3 (only episodes) selected areas in NRW, grid size 1 km
- Vertical resolution: 23 layers up to 100 hPa
- Lowest layer thickness: 40 m
- 15 layers below 3000 m
Meteorological model: MM5
Emissions: Europe: EMEP (gases), TNO (Particels)
- NRW: LUA-NRW
Chemical mechanism: RACM (Stockwell et al., 1997)
with ros2-solver (Kessler et al., 2001)
Aerosols: Dynamics MADE
Secondary organic aerosols: SORGAM (Schell et al., 2001)
Status: CG, Nest1 completed, Nest2 running