The Science of global change: the impact of human activities on the environment. Global environmental chemistry -- Stratospheric ozone --Acid deposition -- Tropospheric chemical reactivity and its consequences for clean and polluted air -- Dust in the environment -- Anthropogenic contaminants -- Air quality in Mexico City -- Global assessment of ambient urban air quality -- Potential effects of increased ultraviolet radiation on the productivity of the southern ocean --Great lakes water quality -- Persistent marine debris --Assessing global river water quality -- Changes in an estuarine ecosystem -- Pesticides and world food supply --Energy for food production and processing -- Global significance of biomethanogenesis -- Biogeochemical consequences of desertification -- Long-term fates of declining forests -- Climatic future and lessons of the climatic past -- Climatic feedbacks in the global carbon cycle -- Vegetation, the global carbon cycle, and global measures -- Biogeochemistry of deforestation and biomass burning -- Integrating global environmental chemistry into secondary school curricula -- Education of environmental specialists and generalists in American univesities.

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