Status of SATURN Activities in 1997

The table below links the activities to Principal Investigators and the SATURN Main Groups.

Subsequently, the individual activities are listed in numerical order. Where available, graphics are provided.

All information in the activities is contained in a compressed ZIP file (ca. 8MB).

NOTE: The graphics and the compressed zip file are password-protected. Send mail to liana@aix.meng.auth.gr, to receive a personal password.

Overview

List of Actions

1. Urban atmosphere and canopy model development and validation (SUB-MESO)
   (with the graphics)

2. Numerical simulation of traffic induced pollutant concentrations in urban configurations

3. Moving vehicles in tunnel and adjacent streets in local scale modeling
   (with the graphics)

4. Development and evaluation of a Zooming air pollution model for European Urban Studies (ZEUS)
   (with the graphics)

5. Air pollution from traffic in Copenhagen in urban streets and background

6. Development of an urban transport chemistry flow model (MITRAS)

7. Experimental study of the polluted plume of a typical Mediterranean big city

8. Development of urban scale models, associated air quality management systems and a potocol for the evaluation of the models

9. Urban atmosphere and canopy model development and validation (SUB-MESO)
   (with the graphics)

10. Air quality in urban areas: modeling with a variable grid
    (with the graphics)

11. Development and evaluation of a Zooming air pollution model for European Urban Studies (ZEUS)
    (with the graphics)

12. Coupled meteorological-chemical modelling of urban and peri-urban environments
    (with the graphics)

13. Development of an urban transport chemistry flow model (MITRAS)

14. DATE Graz, Dispersion of Atmospheric Trace Elements in an urban area - taking the city of Graz as an example
    (with the graphics)

15. Coastal urban areas: Air quality management and modelling systems (COSMMOS)
    (with the graphics)

16. Urban atmosphere and canopy model development and validation (SUB-MESO)
    (with the graphics)

17. Air quality in urban areas: modeling with a variable grid.

18. Development and evaluation of a Zooming air pollution model for European Urban Studies (ZEUS)
    (with the graphics)

19. Development of an urban transport chemistry flow model (MITRAS)

20. Development of chemical transformation mechanisms to be used in models of urban areas and urban plumes.

21. Physico-chemical investigations of urban aerosols

22. Urban atmosphere and canopy model development and validation (SUB-MESO)
    (with the graphics)

23. Reactive pollutant dispersion

• (23a)Development of an urban transport chemistry flow model (MITRAS)

24. Development and evaluation of a Zooming air pollution model for European Urban Studies (ZEUS)
    (with the graphics)

25. Numerical simulation of the influences of heterogeneous processes to the evolution of summer smog
    (with the graphics)

26. Coupled meteorological-chemical modelling of urban and peri-urban environments

27. Development of an urban transport chemistry flow model (MITRAS)

28. Development of urban scale models, associated air quality management systems and a potocol for the evaluation of the models

29. Studying atmospheric pollution in urban areas by mathematical modelling and measurements
    (with the graphics)

30. Development and evaluation of a Zooming air pollution model for European Urban Studies (ZEUS)
    (with the graphics)

31. Development and application of evaluation procedures for microscale dispersion models
    (with the graphics)

• (31a)Stydying atmospheric pollution in urban areas by mathematical modelling and measurements

32. Development of an upgrade source emission model for the atmospheric pollutants

33. NOx-Ox concentrations in urban areas, modelling with variable spatial resolution
    (with the graphics)

34. Satellite data analysis for surface flux mapping in urban areas

35. Air quality assessment in the urban environment of Antwerp-Brussels-Gent using remote sensing data
    (with the graphics)

36. Mapping roughness lenght in urban and suburban areas using ERS interferometric SAR data
    (with the graphics)

37. Improved emission inventory for the purpose of modelling air pollution
    (with the graphics)

38. Development of an upgrade source emission model for the atmospheric pollutants

39. Coastal urban areas: Air quality management and modelling systems (COSMMOS)
    (with the graphics)

40. A comprehensive modeling system for photochemical pollution control in metropolitan areas
    (with the graphics)

41. Study of air pollution in St. Petersburg area

42. NOx-Ox concentrations in urban areas, modelling with variable spatial resolution
    (with the graphics)

43. Development and evaluation of a Zooming air pollution model for European Urban Studies (ZEUS)
    (with the graphics)

44. Air quality assessment in the urban environment of Antwerp-Brussels-Gent using remote sensing data.
    (with the graphics)

45. Improved emission inventory for the purpose of modelling air pollution

46. DATE Graz, Dispersion of Atmospheric Trace Elements in an urban area - taking the city of Graz as an example
    (with the graphics)

47. Coastal urban areas: Air quality management and modelling systems (COSMMOS)
    (with the graphics)

48. A comprehensive modelling system for photochemical pollution control in metropolitan areas
    (with the graphics)

49. Study of air pollution in St. Petersburg area

50. Effect of city size increase due to building actiity in regional circulation patterns

51. NOx-Ox concentrations in urban areas, modelling with variable spatial resolution
    (with the graphics)

52. Development and evaluation of a Zooming air pollution model for European Urban Studies (ZEUS)
    (with the graphics)

53. Air quality assessment in the urban environment of Antwerp-Brussels-Gent using remote sensing data.
    (with the graphics)

54. Stydying atmospheric pollution in urban areas by mathematical modelling and measurements
    (with the graphics)

55. Air pollution from traffic in Copenhagen in urban streets and background
    (with the graphics)

56. Spatial and temporal variations of local urban air pollutant concentrations

57. Physical and chemical evolution of primary and secondary atmospheric pollutants in urban areas

58. The evolution of the convective boundary layer over an urban area

59. Reactive Hydrocarbons: Emissions and Atmospheric Chemistry (RHEA)
    (with the graphics)

60. Air quality in urban areas: modeling with a variable grid
    (with the graphics)

61. Air pollution from traffic in Copenhagen in urban streets and background
    (with the graphics)

62. DATE Graz, Dispersion of Atmospheric Trace Elements in an urban area - taking the city of Graz as an example
    (with the graphics)

63. Experimental study of the polluted plume of a typical Mediterranean big city

64. Coastal urban areas: Air quality management and modelling systems (COSMMOS)
    (with the graphics)

65. A comprehensive modelling system for photochemical pollution control in metropolitan areas
    (with the graphics)

66. Study of air pollution in St. Petersburg area

67. Physical and chemical evolution of primary and secondary atmospheric pollutants in urban areas

68. Investigation of the chemical composition and source origin of atmospheric aerosols over Budapest

69. Physico-chemical investigations of urban aerosols

70. Studying atmospheric pollution in urban areas by mathematical modelling and measurements
    (with the graphics)

71. Development of a warning system of high photosmog pollution episodes exposure assessment using a time series model for short-term predictions and its testing in different Europ ean urban areas
    (with the graphics)

72. NOx-Ox concentrations in urban areas, modelling with variable spatial resolution
    (with the graphics)

73. Development and evaluation of tools for smog episode forecasting and for management decision support in urban areas
    (with the graphics)

74. Integrated and operational environmental forecasting model in metropolitan areas (OPANA)
    (with the graphics)

75. Development of an upgrade source emission model for the atmospheric pollutants

76. Coastal urban areas: Air quality management and modelling systems (COSMMOS)
    (with the graphics)

77. Development of urban scale models, associated air quality management systems and a potocol for the evaluation of the models

78. A comprehensive modelling system for photochemical pollution control in metropolitan areas
    (with the graphics)

79. SURFIS - Studying the Urban Fine Structure

80. NOx-Ox concentrations in urban areas, modelling with variable spatial resolution
    (with the graphics)

81. Development and evaluation of tools for smog episode forecasting and for management decision support in urban areas
    (with the graphics)

82. Integrated and operational environmental forecasting model in metropolitan areas (OPANA).
    (with the graphics)

83. Development of a warning system of high photosmog pollution episodes exposure assessment using a time series model for short-term predictions and its testing in different Europ ean urban areas
    (with the graphics)

84. NOx-Ox concentrations in urban areas, modelling with variable spatial resolution
    (with the graphics)