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Atmospheric Modeling of Carbon Dioxide

Kristen Crede Ostermann

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Abstract

The project considered the energy balance of the earth and the impact of trace gases on this balance. This issue was investigated through the use of a seven reservoir model of the earth's ecosystem. Simulations based on actual carbon dioxide data were used to predict the concentration of this gas in the lower atmosphere and its impact on Human society. Various strategies to increase the intake of this gas by plants and other "sinks" were considered.

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The project considered the energy balance of the earth and the impact of trace gases on this balance. This issue was investigated through the use of a seven reservoir model of the earth's ecosystem. Simulations based on actual carbon dioxide data were used to predict the concentration of this gas in the lower atmosphere and its impact on Human society. Various strategies to increase the intake of this gas by plants and other "sinks" were considered.

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Available abstract

The project considered the energy balance of the earth and the impact of trace gases on this balance. This issue was investigated through the use of a seven reservoir model of the earth's ecosystem. Simulations based on actual carbon dioxide data were used to predict the concentration of this gas in the lower atmosphere and its impact on Human society. Various strategies to increase the intake of this gas by plants and other "sinks" were considered.

Key concepts: Carbon dioxide, Carbon dioxide in Earth's atmosphere, Environmental science, Atmospheric sciences, Meteorology, Geology, Chemistry, Geography

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