Photochemical Air Pollution Modeling
283
the Portuguese Institute for the Environment and the Northern Regional Commission
for Coordination and Development are acknowledged.
REFERENCES
Académie des Sciences. 1993. Ozone et propriétés oxydantes de la troposphere. Académie des
Sciences, rapport n°30. Lavoisier, Tec Doc, London, Paris, New York.
Amann M. 2004. The RAINS Model. Documentation of the model approach prepared for the
RAINS peer review. February 2004, www.iiasa.ac.at/rains/.
Atkinson R., Lloyd A.C., and Winges L. 1982. An updated chemical mechanism for
hydrocarbon/NO x /SO 2 photo-oxidations suitable for inclusion in atmospheric simulation models. Atmospheric Environment 16: 1341–1355.
Aumont B., Jaecker-Voirol A., Martin B., and Toupance G. 1997. Tests of some reduction hypotheses made in photochemical mechanisms. Atmospheric Environment 30:
2061–2077.
Baklanov A., Fay B., Kaminsky J., and Sokhi R. 2008. Overview of existing integrated (offline and on-line) mesoscale meteorological and chemical transport modelling systems in
Europe. Joint Report of COST Action 728 and GURME. GAW Report No. 177. World
Meteorological Organization.
Bedogni M., Gabusi V., Finzi G., Minguzzi E., and Pirovano G. 2005. Sensitivity analysis of
ozone long term simulations to grid resolution. International Journal of Environment
and Pollution 24(1–4): 51–63.
Borrego C., Gomes P., Barros N., and Miranda A.I. 2000a. Importance of handling organic
atmospheric pollutants for assessing air quality. Journal of Chromatography A 889:
271–279.
Borrego C., Barros N., and Tchepel O. 2000b. An assessment of modelling ozone control
abatement strategies in Portugal: The Lisbon urban area. International Technical
Meeting of NATO/CCMS on “Air Pollution Modelling and its Application.” Boulder,
CO, May 15–19, 2006, 439–446.
Borrego C., Miranda A.I., Monteiro A., Salmim L., Ferreira J., Coutinho M., and Ribeiro C. 2003.
Avaliação e Previsão da Qualidade do Ar em Portugal—Defi nição de Cenários. Relatório
R2, Universidade de Aveiro, Aveiro, Portugal: AMB-QA-13/03. November 2003.
Bottenheim J.W. and Strausz O.P. 1982. Modelling study of a chemically reactive power plant
plume. Atmospheric Environment 16: 85–106.
Brasseur G., Prinn R., and Pszenny A. 2003. Atmospheric Chemistry in a Changing World. An
Integration and Synthesis of a Decade of Tropospheric Chemistry Research. The IGBP
Series. Springer, the Netherlands, ISBN: 3-540-43050-4.
Canepa E., Builtjes P.J.H., and Van Loon M. 2001. An outline of photochemical model evaluation techniques. Fifth GLOREAM Workshop. Wengen, Switzerland, September 24–26.
Conference Proceedings on CD-ROM.
Carter W.P.L. 2000. Documentation on the SAPRC-99 chemical mechanism for VOC reactivity assessment. Final report to California Air Resources Board Contract No. 92–329 and
95–308. May 2000.
Carvalho A.C., Carvalho A., Gelpi I., Barreiro M., Borrego C., Miranda A.I., and PérezMuñuzun V. 2006. Infl uence of topography and land use on pollutants dispersion in the
Atlantic coast of Iberian Peninsula. Atmospheric Environment 40: 3969–3982.
Chang J.C. and Hanna S.R. 2004. Air quality model performance evaluation. Meteorology and
Atmospheric Physics (June) Springer-Verlag, online issue.
Dudhia J. 1993. A nonhydrostatic version of the Penn State/NCAR mesoscale model:
Validation tests and simulation of an Atlantic cyclone and clod front. Monthly Weather
Review 121: 1493–1513.
© 2010 by Taylor and Francis Group, LLC
283
the Portuguese Institute for the Environment and the Northern Regional Commission
for Coordination and Development are acknowledged.
REFERENCES
Académie des Sciences. 1993. Ozone et propriétés oxydantes de la troposphere. Académie des
Sciences, rapport n°30. Lavoisier, Tec Doc, London, Paris, New York.
Amann M. 2004. The RAINS Model. Documentation of the model approach prepared for the
RAINS peer review. February 2004, www.iiasa.ac.at/rains/.
Atkinson R., Lloyd A.C., and Winges L. 1982. An updated chemical mechanism for
hydrocarbon/NO x /SO 2 photo-oxidations suitable for inclusion in atmospheric simulation models. Atmospheric Environment 16: 1341–1355.
Aumont B., Jaecker-Voirol A., Martin B., and Toupance G. 1997. Tests of some reduction hypotheses made in photochemical mechanisms. Atmospheric Environment 30:
2061–2077.
Baklanov A., Fay B., Kaminsky J., and Sokhi R. 2008. Overview of existing integrated (offline and on-line) mesoscale meteorological and chemical transport modelling systems in
Europe. Joint Report of COST Action 728 and GURME. GAW Report No. 177. World
Meteorological Organization.
Bedogni M., Gabusi V., Finzi G., Minguzzi E., and Pirovano G. 2005. Sensitivity analysis of
ozone long term simulations to grid resolution. International Journal of Environment
and Pollution 24(1–4): 51–63.
Borrego C., Gomes P., Barros N., and Miranda A.I. 2000a. Importance of handling organic
atmospheric pollutants for assessing air quality. Journal of Chromatography A 889:
271–279.
Borrego C., Barros N., and Tchepel O. 2000b. An assessment of modelling ozone control
abatement strategies in Portugal: The Lisbon urban area. International Technical
Meeting of NATO/CCMS on “Air Pollution Modelling and its Application.” Boulder,
CO, May 15–19, 2006, 439–446.
Borrego C., Miranda A.I., Monteiro A., Salmim L., Ferreira J., Coutinho M., and Ribeiro C. 2003.
Avaliação e Previsão da Qualidade do Ar em Portugal—Defi nição de Cenários. Relatório
R2, Universidade de Aveiro, Aveiro, Portugal: AMB-QA-13/03. November 2003.
Bottenheim J.W. and Strausz O.P. 1982. Modelling study of a chemically reactive power plant
plume. Atmospheric Environment 16: 85–106.
Brasseur G., Prinn R., and Pszenny A. 2003. Atmospheric Chemistry in a Changing World. An
Integration and Synthesis of a Decade of Tropospheric Chemistry Research. The IGBP
Series. Springer, the Netherlands, ISBN: 3-540-43050-4.
Canepa E., Builtjes P.J.H., and Van Loon M. 2001. An outline of photochemical model evaluation techniques. Fifth GLOREAM Workshop. Wengen, Switzerland, September 24–26.
Conference Proceedings on CD-ROM.
Carter W.P.L. 2000. Documentation on the SAPRC-99 chemical mechanism for VOC reactivity assessment. Final report to California Air Resources Board Contract No. 92–329 and
95–308. May 2000.
Carvalho A.C., Carvalho A., Gelpi I., Barreiro M., Borrego C., Miranda A.I., and PérezMuñuzun V. 2006. Infl uence of topography and land use on pollutants dispersion in the
Atlantic coast of Iberian Peninsula. Atmospheric Environment 40: 3969–3982.
Chang J.C. and Hanna S.R. 2004. Air quality model performance evaluation. Meteorology and
Atmospheric Physics (June) Springer-Verlag, online issue.
Dudhia J. 1993. A nonhydrostatic version of the Penn State/NCAR mesoscale model:
Validation tests and simulation of an Atlantic cyclone and clod front. Monthly Weather
Review 121: 1493–1513.
© 2010 by Taylor and Francis Group, LLC