IUPAC

Air pollution models are strong and necessary tools in environmental management. The aim is to describe the methodology behind application of mathematical models in various assessments of air pollution impacts. The book provide guidelines for avoiding incomplete or even incorrect answers when models are applied. How to select the right type of models for a given purpose and ensure they work properly with appropriate input data of the needed quality etc?

A draft of the book contents includes:

Preface

1. Introduction
   
   General principles of air pollution models, model types, atmospheric scales, parameterisations, hind casting, now casting and forecasting.
2. Basics of air pollution models
   
   2.1 Physical processes
   
   2.2 Atmospheric chemistry
   
   2.3 Handling input data
   
   2.4 Validation
   
   2.5 Presentation of results
   
   
3. Terrestrial environment
   
   3.1 Assessment of atmospheric deposition
   
   3.2 Determination of critical loads
   
   3.3 Examples of studies
   
   3.4 Perspectives
   
   
4. Marine environment
   
   4.1 Assessment of atmospheric deposition
   
   4.2 Source budgets
   
   4.3 Impact on eutrophication
   
   4.4 Perspectives
   
   
5. Human exposure
   
   5.1 Assessment of human exposure
   
   5.2 Determination of health impact
   
   5.3 Examples of studies
   
   5.4 Perspectives
   
   
6. Climate studies
   
   
7. Arctic environment
   
   
8. Perspectives in air pollution modelling