Titlebook: Assessment of Crop Loss From Air Pollutants; Walter W. Heck,O. Clifton Taylor,David T. Tingey Book 1988 Elsevier Science Publishers Ltd. 1

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Meteorology—Atmospheric Chemistry and Long Range Transportsphere and in the stratosphere. While O. can be rapidly removed by both chemical and physical processes near the surface, its lifetime is substantially extended aloft. The scales of intermediate and longer range transport influencing the atmospheric distribution of O. will be discussed. As a result

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The Use of Geostatistics to Characterize Regional Ozone Exposureseasurements of ambient concentration at an agricultural site should be used. However, these data frequently are not available. In the United States, State and Local Air Monitoring Stations (SLAMS) are typically located near urban areas, and thus are not well situated for monitoring air pollutants at

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Ozone Exposure Indices: Concepts for Development and Evaluation of their Usense. The quantifying function for this relationship has been frequently referred to as “dose-response”. For this discussion of exposure indices, or characterizations, we elect to refer to this process as “exposure-response;” a more generic term. Thus, this expression is not limited to the classical

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Factors Influencing Ozone Dose—Yield Response Relationships in Open-top Field Chamber Studieste and potential effects of air pollution on crop production (Heck .. 1982., 1983., 1984.). The major NCLAN objective was to obtain valid relationships between seasonal exposure to different levels of ozone (O.) and yields of important agricultural crops. Prior to NCLAN, results for only five field

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