Special issue: 12th International Conference on Harmonisation within Atmospheric Dispersion Modelling for Regulatory Purposes

International Journal of Environment and Pollution 47(1-4) 2012

• Dry deposition modelling in a Lagrangian dispersion model
• Dispersion model input parameters from numerical weather prediction or synoptic observations
• Comparison of two point-to-point protocols for transport and dispersion model evaluations
• Evaluating emergency response models of radiological dispersion in complex terrain
• Evaluations of urban atmospheric transport and dispersion models using data from the Joint Urban 2003 field experiment
• Source apportionment of PM2.5 in urban areas using multiple linear regression as an inverse modelling technique
• The challenge of improving urban air quality: effects of hybrid cars, introduction in Barcelona and Madrid (Spain)
• Evaluation of new model tools for meeting the targets of the EU Air Quality Directive: a case study on the studded tyre use in Sweden
• A Lagrangian particle model with chemical reactions: application in real atmosphere
• Modelling of atmospheric flow and dispersion in the wake of a cylindrical obstacle
• A GIS based air quality system for the Apulia region, southern Italy
• PM source apportionment analysis in the Venetian area
• Validation of a mesoscale meteorological simulation over Po Valley
• Combined use of space-borne observations of NO2 and regional CTM model for air quality monitoring in Northern Italy
• Source apportionment technique: inorganic aerosol transformation processes in the Milan area
• Field experiments of flow and dispersion within a street canyon in outdoor urban scale model
• Application of adjoint CMAQ chemical transport model in the Athens greater area: sensitivities study on ozone concentrations
• A fast model for pollutant dispersion at the neighbourhood scale
• Dispersion modelling of traffic particulate matter in city-scale area
• Evaluation of AirGIS: a GIS-based air pollution and human exposure modelling system
• An investigation of the urban heat island of Rome through a canyon-based subgrid scheme
• An application of ventilation efficiency concepts to the analysis of building density effects on urban flow and pollutant concentration
• On the wind flow patterns under neutral and unstable conditions in an urban area
• Flow instabilities within an urban intersection
• A metamodelling implementation of a two-way coupled mesoscale-microscale flow model for urban area simulations
• Study of natural and traffic-producing turbulences analysing full-scale data from four street canyons
• Air dispersion modelling for individual exposure studies
• LAGFLUM, a stationary 3D Lagrangian stochastic numerical micromixing model for concentration fluctuations: validation in canopy turbulence, on the MUST wind tunnel experiment
• Towards a model evaluation protocol for urban scale flow and dispersion models
• Experimental study of turbulence and vertical temperature profile in the urban boundary layer
• WORM: A new open road line source model for low wind speed conditions