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Monday, 15 May 2000

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5:00 PM-7:00 PM: Monday, 15 May 2000


Conference Registration at the Regal Harvest House

Tuesday, 16 May 2000

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7:30 AM-5:30 PM: Tuesday, 16 May 2000


Registration Continues Through Friday, 19 May

9:00 AM-9:30 AM: Tuesday, 16 May 2000


Opening Session

9:30 AM-4:10 PM: Tuesday, 16 May 2000


Session 1
Role of Atmospheric Models in Air Pollution Policy and Abatement Strategies
Host: Air Pollution Modelling and Its Application
Organizer: Frank Schiermeier
9:30 AM
1.1
Major Twentieth Century Milestones in Air Pollution Modelling and Its Application (Invited Presentation)
P. J. H. Builtjes, Netherlands

10:10 AM
1.2
Why and how to Harmonise Air Pollution Impact Assessment Models?
J. G. Kretzschmar, Belgium

10:30 AM
1.3
How Should the Photochemical Modeling Systems be used in Guiding Emissions Management Decisions?
S. T. Rao, NY; and C. Hogrefe, H. Mao, J. Biswas, I. Zurbenko, P. S. Porter, P. Kasibhatla, and D. A. Hansen

10:50 AM
1.4
Integrated Asessment Modelling of Abatement Strategies: Role of Uncertainties in Long-Range Transport
R. F. Warren, United Kingdom; and H. M. ApSimon

11:10 AM
1.5
Integrated Assessment of European Air Pollution Emission Control Strategies and their Impact on the Flanders Region
C. Mensink, Belgium; and J. Duerinck

11:30 AM
1.6
A Highly Parameterized Regional Oxidant Model Imbedded in an Integrated, Game-Like Model Designed to Simulate Interaction Between Environmental, Social and Economic Factors
M. Rucker, Canada; and D. G. Steyn, D. Biggs, M. Walsh, D. Rothman, and J. B. Robinson

11:50 AM
1.7
Evaluation of Ammonia Emisson Reductions on the Basis of Measurements and Model Calculations
J. A. van Jaarsveld, Netherlands; and A. Bleeker

12:10 PM
1.8
Chemical Transport Model On-Line Coupled with RAMS for Regional Chemical Climate
I. Uno, Japan; and S. Emori and M. Baldi

12:30 PM
1.9
Cost-Efficient Air Pollution Emission Control Agreements in Europe: Scientific Basis
A. Eliassen, Norway

12:50 PM
1.10
An Assessment of Modelling Ozone Control Abatement Strategies in Portugal: The Lisbon Urban Area
C. Borrego, Portugal; and N. Barros and O. Tchepel

1:10 PM
1.11
The Designation of Fuzzy Air Quality Management Areas
B. E. Fisher, United Kingdom; and A. G. Newland

1:30 PM
1.12
Application of a Micrometeorological Model to Simulate Long-Term Depositions of Atmsopheric Gases and Aerosols
T. F. Lavery, FL; and R. S. Goss, A. Fabrick, and C. M. Rogers

1.13
Developemnt of Volatile Organic Compound Reactivity Scales Using 3-D Photochemical Air Quality Models

1:51 PM
1.2a
Coffee/Tea Break

2:20 PM
1.8a
Lunch Break

3:49 PM
1.13a
Improving Short-Term Air Quality Using Computer Model Predictions Based on Meteorological Forecasts to Manage Power Station Emissions (Formerly paper R1.1)
T. A. Hill, United Kingdom; and G. C. Hunter, D. Acres, D. Futter, and A. Webb

4:08 PM
1.2b
Session 1: Continued

4:09 PM
1.8b
Session 1: Continued

4:10 PM-4:40 PM: Tuesday, 16 May 2000


Coffee/Tea Break

4:40 PM-6:20 PM: Tuesday, 16 May 2000


Session 2
Integrated Regional Modelling (Local Effects, Mesoscale Phenomena, Regional Modelling, One and Two Way Nesting, Applicaiton of Existing Models)
Host: Air Pollution Modelling and Its Application
Organizer: S. T. Rao
4:40 PM
2.1
Air Quality Modelling for the Hong Kong PATH Project
J. Noonan, Australia; and W. Physick, M. Cope, M. Burgers, and M. Olliff

5:00 PM
2.2
Study of the Transport and Diffusion Process in the PBL Using the RAMS and Spray Models: Application to Tract Experiment
J. C. Carvalho, Brazil; and G. A. DeGrazia, D. Anfossi, and S. Trini Castelli

5:20 PM
2.3
Simulation of Photochemical Smog Episodes in Europe Using Nesting Techniques and Different Model Evaluation Approaches
A. Ebel, Germany; and M. Memmesheimer, H. J. Jakobs, C. Kessler, G. Piekorz, and M. Weber

5:40 PM
2.4
Modelling and Data-Assimilation of Ozone and Aerosols
P. Builtjes, Netherlands; and M. van Loon

6:00 PM
2.5
Atmospheric Transport Model Studies for Sweden—Comparison to EMEP Model Results and Evaluation of Precipitation Chemistry Station Networks
C. Persson, Sweden; and R. Bergström

6:30 PM-6:30 PM: Tuesday, 16 May 2000


Welcome Reception (in the Regal Harvest House)

Wednesday, 17 May 2000

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8:30 AM-10:31 AM: Wednesday, 17 May 2000


Session 2
Integrated Regional Modelling (Local Effects, Mesoscale Phenomena, Regional Modelling, One and Two Way Nesting, Application of Existing Models): Continued
Host: Air Pollution Modelling and Its Application
Organizer: J. Kretzchmar
8:30 AM
2.6
Paper moved to Session 6, paper 6.15a

8:31 AM
2.7
Quantifying the Export of Pollutants from the Boundary Layer
E. Donnell, United Kingdom; and D. Fish and A. Thorpe

8:51 AM
2.8
Nonlinearities in the Sulfate Secondary Fine Particulate Repsonse to NOx Emissions Reductions Modelled by the Regional Acid Deposition Model
R. L. Dennis, NC; and G. S. Tonnesen and R. Mathur

9:11 AM
2.9
Sensitivity of Ozone and Aerosol Predictions to the Transport Algorithms in the Models-3 Community Multi-scale Air Quality (CMAQ) Modelling System
D. W. Byun, NC; and J. E. Pleim

9:31 AM
2.10
Integrated Regional Modeling of Ozone, Particulate Matter and Deposition over the Eastern United States: Comparisons over Wet and Dry Espisodes
J. Wilkinson, AL; and J. Boylan, K. Doty, T. Odman, D. McNider, and A. Russel

9:51 AM
2.11
Application of Advanced Plume Treatment in Models-3
N. Kumar, CA; and G. Bonne and A. Hansen

10:11 AM
2.6a
Establishment of a Model Network and its Application for the Prediction of the Air Pollution in a Mesoscale Area (Formerly paper R1.2)
K. Nester, Germany; and F. Fiedler, W. Wilms-Grabe, and T. Zhao

10:30 AM-11:00 AM: Wednesday, 17 May 2000


Coffee/Tea Break

11:00 AM-4:49 PM: Wednesday, 17 May 2000


Session 3
Global and Long-Range Transport (Synoptic, Hemispheric and Global Scales, Application of Existing Models)
Host: Air Pollution Modelling and Its Application
Organizer: R. Bornstein
11:00 AM
3.1
Long-term Calculation of Hg Pollution over South-East Europe
D. Syrakov, Bulgaria

11:20 AM
3.2
A Comprehensive Eulerian Modeling Framework for Airborne Mercury Species: Model Development and Applications
G. Petersen, Germany; and R. Bloxam, S. Wong, O. Krüger, and S. Schmolke

11:40 AM
3.3
Modeling of Mercury Cycle in the Atmosphere
G. Kallos, Greece; and O. Kakaliagou, A. Voudouri, I. Pytharoulis, N. Pirrone, L. Forlano, and J. Pachyna

12:00 PM
3.4
Long-Range Transport of Pollutants over Europe—12 Year Trends
S. Vidic, Croatia; and A. Eliassen

12:20 PM
3.5
Long-Range Transport Modelling of particle-carried and persistent toxic pollutants
M. A. Sofiev, Finland; and M. V. Galperin

12:40 PM
3.6
Long-Range Transport of Ozone from the North American Boundary Layer to Europe: Observations and Model Results
A. Stohl, Germany; and T. Trickl

1:00 PM
3.7
Simulation of Sulfate Aerosol in East Asia Using Models-3/CMAQ with RAMS Meteorological Data
S. Sugata, Japan; and D. W. Byun and I. Uno

1:20 PM
3.8
Modeling of Muddy Rain Due to the Long-Range Transport of Yellow-sand in East Asia
Z. Wang, Japan; and T. Maeda and H. Ueda

1:40 PM
3.9
Effect of Bio-Mass Burning on Tropospheric Chemistry in South-East Asia—A numberical Simulation for September and October, 1994
T. Kitada, Japan; and M. Nishizawa, G. Kurata, and Y. Kondo

2:00 PM
3.10
Environmental Application of a long-range Pollutant Transport Incorporating a Non-Local Transfer Scheme
G. D. Djolov, South Africa; and J. J. Pienaar and G. Held

3.11
The Effect of Convection on the Long-Range Transport of Pollutants

2:21 PM
3.12
Application of a New Land-Surface, Dry Deposition, and PBL Model in the Models-3 Community Multi-scale Air Quality (CMAQ) Model System
J. E. Pleim, NC; and D. W. Byun

2:41 PM
3.13
The Frequency and Nature of Air Pollution Transport from Asia to North America
J. J. Yienger, IA; and G. R. Carmichael, M. J. Phadnis, H. Levy II, W. J. Moxim, T. A. Holloway, and M. K. Galanter

3:01 PM
3.6a
Lunch Break

4:30 PM
3.11a
Influence Functions for Measurements of Tracer Concentration and Vertical Flux Derived from Lagrangian Particle Modeling (Formerly paper R1.3)
M. Uliasz, CO; and A. S. Denning

4:49 PM
3.6b
Session 3: Continued

4:50 PM-4:50 PM: Wednesday, 17 May 2000


Poster Session 1
Poster Session with Refreshments
Host: Air Pollution Modelling and Its Application
P1.1
Modelling Photochemical Air Pollution in São Paulo, Brazil
A. G. Ulke, Argentina; and M. F. Andrade

P1.2
Environmental Impact of Bulgarian NNP 'Kozloduy'
A. Tzenkova, Bulgaria; and J. Ivancheva and D. Syrakov

P1.3
A First Order Lagrangian Stochastic Model for Long Range Transport
R. D'Amours, Canada; and S. Trudel, T. K. Flesch, and J. D. Wilson

P1.4
Dispersion of Pollutants Under Traffic Induced Flow and Turublence in Two Street Canyons Forming an Intersection
J. Pospisil, Czech Republic; and J. Katolicky and M. Jicha

P1.5
Extension of the Fast Spectral LINCOM Model to Flow over Complex Terrain with Thermal Stratification
F. N. Dunkerley, Denmark; and J. Moreno Santabarbara, T. Mikkelsen, and I. H. Griffiths

P1.6
Parameterization of Wet Deposition Processes in Models Describing Atmospheric Long-Range Transport from Nuclear Accidental Releases
A. Baklanov, Denmark; and J. H. Sørensen

P1.7
Local and Trans-Boundary Transport of Hazardous Trace Elements and Raionucleids from Large Industrial Enterprises in Estonia

P1.8
The Finnish Operational Emergency Model Framework
I. Valkama, Finland; and P. Siljamo and M. Ilvonen

P1.9
Combination of Different Procedures for an Ozone Forecasting System
E. Reimer, Germany; and G. Wiegand, J. Flemming, and M. Dlabka

P1.10
Numerical Simulation of Air Quality over Mexico City Metropolitan Area

P1.11
Dispersion Modelling within the European Community's New Air Quality Framework Directive - the German Approach
A. Graff, Germany; and R. Stern

P1.12
Experimental Investigation of the Trace Gas Composition of a City Plume
M. Möllmann-Coers, Germany; and K. Mannsshreck, T. Schmitz, and D. Klemp

P1.13
Meteorological Modelling Set-Up for use in Long-Period Photochemical Model Simultations
A. Papadopoulos, Greece; and K. Lagouvardos, A. Voudouri, and G. Kallos

P1.14
Source-Receptor Modeling of Trace Elements in Budapest
L. Bozó, Hungary; and J. Pinto

P1.15
Utilization of Numerical Models as a Tool for Analyzing Ozone Production from Transportation Sources
D. O. Ranmar, Israel; and M. Luria, J. Kaplan, and Y. Mahrer

P1.16
Study of the Air Pollution Transport and Diffusion in the Haifa Bay Area Based on the CALMET/CALPUFF Modelling System
J. Levitin, Israel

P1.17
Photochemical Modeling of a Wintertime Episode and HONO's Role
F. Ghezzi, Italy; and G. Maffeis, A. Febo, and M. Tamponi

P1.18
Lagrangian Particle Simulation of an EPA Wind Tunnel Tracer Experiment in a Schematic Two-Dimensional Valley
E. Ferrero, Italy; and D. Anfossi, G. Tinarelli, and S. Trini Castelli

P1.19
The Determination of the Mixing Height: An Extended Version of the SAFE_AIR Dispersion Model
E. Georgieva, Bulgaria; and E. Canepa and C. F. Ratto

P1.20
Numerical Simulation of Springtime NO2 Pollution in the Osaka Area

P1.21
A Comprehensive Acid Deposition Model and its Application to Episodic Acid Deposition in East Asia
S.-B. Kim, Korea; and T. Y. Lee

P1.22
Evaluation of Possible Air Pollution Transport from Ignalina Nuclear Power Station in Regional Scale
D. Perkauskas, Lithuania

P1.23
Influence of Non-Linear Effects on Source-Receptor Matrices and their Polciy Oriented Applications to Emission Reduction in Europe
J. Bartnicki, Norway

P1.24
Critical Levels of Sulphur Dioxide in Poland and their Exeedances

P1.25
Evolutionary Real-Time Optimization System for Ecological Power Control

P1.26
Estimation of the Influence of the Sources on Air Pollution and its Pertubations in Given Region Using the Adjoint Equations
G. S. Rivin, Russia; and P. V. Voronina

P1.27
Air Quality Modelling in Optimisation of Energy Supply Systems

P1.28
Ozone Modeling of the Barcelona Area: Analysis of the Involved Transport Processes
I. Toll, Spain; and C. Soriano and J. M. Baldasano

P1.29
Modeling Study of the Relationship Between Photochemical Ozone and its Precursor Emission of Nitrogen Oxides and Hydrocarbons in Northern Taiwan
L.-f. Hsiao, Taiwan; and Z. Wang and K. Y. Liu

P1.30
Neural Network Based Air Quality Modelling and Forecasting
S. Dorling, United Kingdom; and G. Cawley

P1.31
Numerical and Physical Modeling of Urban Street Canyon Dispersion
C.-H. Chang, CO; and R. N. Meroney

P1.32
Examining the Effects of Alternative SOx and NOx Emission Reduction Scenarios on Visibility and Fine Particles with an Integrated Assessment Model

P1.33
Simulating Atmospheric Exposure Using an Innovative Meteorological Sampling Scheme
D. B. Schwede, NC; and W. B. Petersen and S. K. LeDuc

P1.34
A Common System to Initialize Multiple Prognostic Codes for Air Quality Modeling
D. A. Moon, MN; and W. A. Lyons, J. L. Eastman, and T. E. Nelson

P1.35
Models-3/CMAQ: Applications which Illustrate Capability and Functionality
S. K. LeDuc, NC; and K. L. Schere, J. M. Godowitch, and G. L. Gipson

P1.36
A Combined Deposition-Emissions Processor (CDEP) for Treating Meteorologically Dependent Source-Sink Porcesses in Photochemical Models
G. Moore, MA; and E. Lehmann

P1.37
A Proposal to Compile Past Atmospheric Dispersion Field Experiment Data for Easy Access and Model Evaluation
J. T. McQueen, MD; and R. R. Draxler

P1.38
Regional Air Pollution Originating from Oil-Refinery Fires Under War Conditions
Z. Vukmirovic, Yugoslavia; and L. Lazic, I. Tosic, and M. Unkasevic

P1.39
Nesting of an Operational Air Quality Model (OPANA) into a Global Meteorological Spetral Model (RSM/NOAA): Preliminary Results
R. San José, Spain; and I. Salas, J. I. Peña, A. Martín, J. L. Pérez, A. B. Carpintero, and R. M. González

P1.40
Fuzzy Logic Modelling of Meteorological Factor Impacts on Urban Air Pollution Species: A Hong Kong Case Study

P1.41
Trajectories Climatology: A Tool for Risk Management
F. Bompay, France; and L. Coltel and J. M. Malfitano

P1.42
The Belgian Particle Model for Dispersion (BPaM4D) and its Applicaiton in Real-time Dispersion Studies
L. van der Auwera, Belgium

P1.43
Parallelisation of an Atmospheric Pollution Transport Model Simulating Disperion an Deposition of Ammonia over the British Isles
N. Fournier, United Kingdom; and V. Pais, K. Weston, U. Dragosits, and M. Sutton

P1.44
A Model of Dispersion of the Pollution Emission into the Atmosphere in the Airport Areas
T. Pop, Romania; and C. Ionescu, O. Olteanu, and D. Fita

P1.45
Urban Air Quality Modelling in the European Union
P. Suppan, Italy; and A. Skouloudis

Thursday, 18 May 2000

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8:30 AM-10:30 AM: Thursday, 18 May 2000


Session 4
Regional Air Pollution and Climate (Dispersion of Climate-Sensitive Regional Contaminants in Climate Models, Direct an Indirect Climate Effects of Aerosols and Tropospheric Ozone)
Host: Air Pollution Modelling and Its Application
Organizer: E. Batchvarouva
8:30 AM
4.1
A Comparitive Study of Two Photo-Oxidant Disperson Models and their Applicability for Regional Air Quality Forecasting
A. Gross, Denmark; and W. R. Stockwell and J. H. Sørensen

8:50 AM
4.2
Observation and Model Studies of some Radiative Effects of Mineral Dust
F. Pradelle, France; and G. Cautenet, O. Chomette, M. Legrand, G. Bergametti, and B. Marticorena

9:10 AM
4.3
Climate Effects of Sulphate and Black Carbon Estimated in a Global Climate Model
T. Iversen, Norway; and A. Kirkevåg, J. E. Kristjánsson, and Ø. Seland

9:30 AM
4.4
The Sensitivity of the North European Climate to Anthropogenic Sulfate Aerosols
A. Ekman, Sweden

9:50 AM
4.5
What did we learn from the ETEX Experiment? (Invited Presentation)
W. Klug, Germany

11:00 AM-11:30 AM: Thursday, 18 May 2000


Coffee/Tea Break

11:00 AM-1:00 PM: Thursday, 18 May 2000


Session 5
New Developments (Microscale to Global Scale, New Models, New Extensions to Exisiting Models)
Host: Air Pollution Modelling and Its Application
Organizer: J. Wilkinson
11:00 AM
5.1
Paper has been moved to 5.17a

11:01 AM
5.2
The Development of the Australian Air Quality Forecasting System: Current Status
G. D. Hess, Australia; and M. E. Cope, S. Lee, P. C. Manins, G. A. Mills, K. Puri, and K. Tory

11:21 AM
5.3
Inverse Modelling with a Lagrangian Particle Dispersion Model: Application to Point Releases over Limited Time Intervals
P. Seibert, Austria

11:41 AM
5.4
An Analytical Air Pollution Model: Eddy Diffusivities Depending on the Source Distance
G. A. Degrazia, Brazil; and D. M. Moreira, M. T. De Vilhena, and A. B. Moura

12:01 PM
5.5
Numerical Treatment of Aqueous-Phase Chemistry in Atmospheric Chemistry-Transport Modelling
R. Wolke, Germany

12:21 PM
5.6
An Explicit Model for Tropospheric Multiphase Chemistry
M. Leriche, France; and N. Chaumerliac

12:41 PM
5.1a
Adjoint Implementation of Rosebrock Methods Applied to Variational Data Assimilation (Formerly paper 5.17)
D. Daescu, IA; and G. R. Carmichael and A. Sandu

1:00 PM-1:00 PM: Thursday, 18 May 2000


Group Photograph/Lunch/Afternoon Tour

Friday, 19 May 2000

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8:30 AM-4:20 PM: Friday, 19 May 2000


Session 5
New Developments (Microscale to Global Scale, New Models, New Extensions to Existing Models): Continued
Host: Air Pollution Modelling and Its Application
Organizer: J. C. Weil
8:30 AM
5.7
Progress in Countergradient Transprot Theory
H. van Dop, Netherlands; and G. Verver

8:50 AM
5.8
Parameterisation of Fluxes over a Sparse Boreal Forest at High Latitudes
E. Batchvarova, Denmark; and S. E. Gryning and H. A. R. de Bruin

9:10 AM
5.9
Non-Local Features of Stably Stratified Boundary Layers
S. Zilitinkevich, Sweden

9:30 AM
5.10
Dependence of Turbulent Velocity Variances on Scale and Stability
L. Mahrt, OR; and E. Moore, D. Vickers, and N. O. Jensen

9:50 AM
5.11
New Developments in Dispersion Experiments and Models for the Convective Boundary Layer
J. C. Weil, CO; and W. H. Snyder, R. E. Lawson Jr., and M. S. Shipman

10:10 AM
5.12
Analysis and Pollution Implications of the E – e Turbulence Model Predictions of the Neutral ABL
F. R. Freedman, CA

10:30 AM
5.13
PLPM: A new Photochemical Lagrangian Particle Model. Basic Ideas and Preliminary Results
G. Zanini, Italy; and R. Lorenzini, L. DelleMonache, S. Mosca, R. Bellasio, and R. Bianconi

10:50 AM
5.14
Adaptive Dispersion Modeling and its Applications to Integrated Assessment and Hybrid Monitoring of Air Pollution
E. Genikhovich, Russia; and A. Ziv and E. Filatova

11:10 AM
5.15
Artificial Neural Network-based Environmental Models
M. Z. Božnar, Slovenia; and P. Mlakar

11:30 AM
5.16
Unsteady Bahviors of Gas-Aerosol Interactions Caused by Intra-phase Mass Transfer Limitations - Unsteady Gas Aerosol Model (UGAM)
S. Y. Cho, Korea; and G. R. Carmichael

11:50 AM
5.17
Paper has been moved to 6.1a

11:51 AM
5.18
Intercomparison of Photochemical Mechanisms Using Response Surfaces and Process Analysis
G. S. Tonnesen, CA; and D. Luecken

12:11 PM
5.19
An Evaluation of Two Advanced Turbulence Models for Simulating the Flow and Dispersion Around Buildings
S. T. Chan, CA; and D. E. Stevens

12:31 PM
5.20
Emission Inventory Estimation Improvements Using a Four-Dimensional Data Assimilation Method for Photochemical Air Quality Modeling
A. Mendoza-Dominguez, GA; and A. G. Russell

12:51 PM
5.21
Adaptive Grids in Air Pollution Modeling: Towards an Operational Model
M. T. Odman, GA; and D. S. McRae, R. K. Srivastava, and M. N. Khan

1:11 PM
5.22
Effects of Urban Industrial Roughness Obstacles on Maximum Pollutant Concentrations
S. R. Hanna, VA; and R. E. Britter

1:31 PM
5.12a
Coffee/Tea Break

2:00 PM
5.17a
Spatial-Temporal Variability of Aerosol Optical Properties Simulated in CAM/GCM III (Formerly paper 6.1)
J. P. Huang, Canada; and S. L. Gong, L. A. Barrie, and J. P. Blanchet

2:19 PM
5.18a
Lunch Break

3:48 PM
5.22a
Coffee/Tea Break

4:18 PM
5.12b
Session 5: Continued

4:19 PM
5.18b
Session 5: Continued

4:20 PM-6:20 PM: Friday, 19 May 2000


Session 6
Model Assessment and Verification (Model Vertification, Agreement and/or Discrepancy of Model Results Compared to Measurements, Design of Field Experiments, Use of On-Site Meteorological Data, Limits to Predictablity)
Host: Air Pollution Modelling and Its Application
Organizer: D. Steyn
6.1
The Austrian Emergency Response Modelling System for Nuclear Accidents: Inter-comparison of TAMOS Model Results Using EMWF and ALADIN Forecasts and with Algeciras Data

4:21 PM
6.2
Development of a New Operational Air Pollution Forecast System on Regional and Urban Scale
J. Brandt, Denmark; and J. H. Christensen, L. M. Frohn, G. Geernaert, and R. Berkowicz

4:41 PM
6.3
Evaluation of the Chemistry Transport Model MECTM Using TRACT-Measurements - Effect of Difference Solvers for the Chemical Mechanism
F. Müller, Germany; and K. H. Schlünzen and C. J. Lenz

5:01 PM
6.4
Influence of Turbulence Parameterization on the Mixing Layer Height Prediction with a Mesoscale Model
O. Hellmuth, Germany; and E. Renner

5:21 PM
6.5
Evaluation and Further Application of the Micro-Scale Photochemical Model Micro-CALGRID
R. Stern, Germany; and R. J. Yamartino

5:41 PM
6.1a
Evaluation of the Concentration Fluctuation Predictive Power of the Kinematic Simulation Particle Model (Formerly paper 6.15)
R. J. Yamartino, MA; and D. G. Stirmaitis and A. Graft

6:00 PM
6.5a
Session ends for the day

7:00 PM-7:00 PM: Friday, 19 May 2000


Conference Banquet

Saturday, 20 May 2000

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8:30 AM-12:59 PM: Saturday, 20 May 2000


Session 6
Model Assessment and Verification (Model Verification, Agreement and/or Discrepancy of Model Results Compared to Measurements, Design of Field Experiments, Use of On-Site Meteorological Data, Limits to Predicability): Continued
Host: Air Pollution Modelling and Its Application
Organizer: G. Carmichael
12:12 PM
6.106
Session 6: Continued

8:30 AM
6.6
Challenges of Air Pollution Modelling and its Application in the Next Millennium (Invited Presentation)
A. Venkatram,

6.7
An Intercomparison of Four Microscale Models for the Flow and Dispersion Characteristics in Urban Areas

9:30 AM
6.8
Inverse Transport MOdeling of Non-CO2 Greenhouse Gas Emissions of Europe
A. T. Vermeulen, Netherlands; and A. Hensen, J. W. Erisman, M. van Loon, and P. J. H. Builtjes

9:50 AM
6.9
In Situ Diagnostic or Nested Prognostic Meteorological Models to Drive Dispersion Simulations in Complex Area: A Comparison in a Real Application
S. Finardi, Italy; and G. Tinarelli, A. Nanni, D. Anfossi, E. Ferrero, and S. Trini Castelli

10:10 AM
6.10
A Neural Network Model for the Forecasting of Ozone Threshold Exceedings in a Metropolitan Area
E. Angelino, Italy; and M. Valentini, L. Bianchi, and R. Gualdi

6.11
Application of the JRC- Integrated Modelling System for Air Quality to the Los Angeles Basin Using the SCAQS87 Data

10:31 AM
6.12
Operational Testing and Diagnostic Evaluation of the U.S. EPA Community Multiscale Model for Air Quality (CMAQ)
J. R. Arnold, NC; and R. L. Dennis, G. L. Gipson, and G. S. Tonnesen

10:51 AM
6.13
Uncertainty in Dispersion Forecasts Using Meteorological Ensembles
Martin J. Leach, CA; and H. N. Chin

11:11 AM
6.14
Comparison of Two Sampling Procedures for the Statistical Evaluation of the Performance of Atmospheric Dispersion Models in Estimating Centerline Concentration Values
J. S. Irwin, NC

11:31 AM
6.15
Paper move to 6.1A

11:32 AM
6.16
Meteorological Analysis of a 1997 South Coast Air Quality Study (SCOS'97) Ozone Episode
R. D. Bornstein, CA; and D. Boucouvala, I. R. Imamura, and D. Miller

11:52 AM
6.17
Repeat of NATO/CCMS Plenary Meeting (Brussels, March 2000) Presentation on History of NATO/CCMS Air Pollution Studies
F. Schiermeier,

12:13 PM
6.10a
Coffee/Tea Break

12:41 PM
6.15a
Predicting NOx Concentration in Alpine Valleys using CALMET Flow Fields and Applied Dispersion Models (Formerly paper 2.6)
P. de Haan, Switzerland

1:00 PM
6.17a
Conference Closing

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