Control and Fate of Atmospheric Trace Metals

I Presentations.- Natural Versus Anthropogenic Emissions of Trace Metals to the Atmosphere.- Technological Parameters Affecting Atmospheric Emissions if Trace Elements from Major Anthropogenic Sources.- Control of Heavy Metal Emissions from Waste Incinerators.- A Tiered-Profile Approach to a Global Trace Metal Emission Inventory.- Modelling the Atmospheric Transport of Trace Metals from Europe to the North Sea and the Baltic Sea.- Elemental Source-Receptor Techniques for Precipitation and Aerosol: Recent Experiences from Narragansett, Rhode Island.- On the Spatial Representativeness of Trace Element Ratios.- Statistical Methods to Apportion Heavy Metals.- Dry Deposition of Trace Elements.- Wet Deposition of Heavy Metals.- Behavior of Cd, Mn, and Pb in Forest — Canopy Throughfall.- Analytical Techniques for Atmospheric Trace Elements.- Cycling of Mercury in the Environment with Enphasis on the Importance of the Element in Acid Rain Studies.- Atmospheric Transformations of Trace Metals: Evidence for Aerosol Sulfur Association with Metals from Soil Minerals in Eastern North America and the Potential for Solubilization of Aluminium and Iron Before Deposition from the Atmosphere.- Biomonitors of Air Pollution by Heavy Metals.- II Working Group Summaries.- Technology Related to Sources of Heavy Metals and the Abatement Thereof.- Modelling Trace Element Transport.- Research Needs in Understanding Processes of Transformation, and Dry and Wet Deposition of Atmospheric Metals.- Special Topics Concerning Interactions of Heavy Metals with the Environment.