The MATCH (Mesoscale Atmospheric Transport and CHemistry) model has been developed as a tool for air pollution assessment studies on different geographical scales. The MATCH system is based on an Eulerian atmospheric transport model, including physical and chemical processes governing sources, atmospheric transport and sinks of oxidised sulphur and oxidised and reduced nitrogen. With the MATCH system, air pollution contributions from different source types like traffic, industry, shipping, farming etc. can be obtained. Using a combination of air and precipitation chemistry measurements and the MATCH dispersion model, the contribution of air pollution and deposition from long-range transport can be quantified in the model region. The calcula...
Chemical transport models (CTMs) are important tools used to explore pollution transport pathways an...
Reliable estimates of atmospheric deposition of nitrogen and sulphur are essential for assessing the...
Nature of the problem • Observations of atmospheric reactive nitrogen (Nr) deposition are severely r...
The MATCH (Mesoscale Atmospheric Transport and CHemistry) model has been developed as a tool for air...
Abstract. The MATCH (Mesoscale Atmospheric Transport and CHemistry) model has been developed as a to...
In this study the Swedish Precipitation Chemistry Network has been examined thoroughly, including in...
The data-repository contains chemical transport model results (S- and N- deposition, and ozone) for ...
A chemical mechanism, including the relevant reactions leading to the production of ozone and other ...
In this study we have investigated the effects of emissions from aviation on air quality in both Swe...
In the framework of the UNECE Task Force on Measurement and Modelling (TFMM) under the Convention on...
International audienceSeveral air pollution transport models have been developed at the National Env...
An evaluation has been made of a number of contrasting atmospheric chemical transport models, of var...
A three-dimensional Chemistry Transport Model was used to study the meteorologically induced interan...
A model environment has been established, which allows an estimation of the influence of global clim...
The evaluation and intercomparison of air quality models is key to reducing model errors and uncerta...
Chemical transport models (CTMs) are important tools used to explore pollution transport pathways an...
Reliable estimates of atmospheric deposition of nitrogen and sulphur are essential for assessing the...
Nature of the problem • Observations of atmospheric reactive nitrogen (Nr) deposition are severely r...
The MATCH (Mesoscale Atmospheric Transport and CHemistry) model has been developed as a tool for air...
Abstract. The MATCH (Mesoscale Atmospheric Transport and CHemistry) model has been developed as a to...
In this study the Swedish Precipitation Chemistry Network has been examined thoroughly, including in...
The data-repository contains chemical transport model results (S- and N- deposition, and ozone) for ...
A chemical mechanism, including the relevant reactions leading to the production of ozone and other ...
In this study we have investigated the effects of emissions from aviation on air quality in both Swe...
In the framework of the UNECE Task Force on Measurement and Modelling (TFMM) under the Convention on...
International audienceSeveral air pollution transport models have been developed at the National Env...
An evaluation has been made of a number of contrasting atmospheric chemical transport models, of var...
A three-dimensional Chemistry Transport Model was used to study the meteorologically induced interan...
A model environment has been established, which allows an estimation of the influence of global clim...
The evaluation and intercomparison of air quality models is key to reducing model errors and uncerta...
Chemical transport models (CTMs) are important tools used to explore pollution transport pathways an...
Reliable estimates of atmospheric deposition of nitrogen and sulphur are essential for assessing the...
Nature of the problem • Observations of atmospheric reactive nitrogen (Nr) deposition are severely r...