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Ecological, Physiological and Genetic Aspects of Global Climate Change Impacts in Field Crop Systems
Project No. 6645-11000-00600D
2005 - 2010
NP 203 Air Quality & NP 204 Global Change
Investigators Research Technicians
Kent O. Burkey, Ph.D., Lead Scientist Renee Tucker
Fitzgerald L. Booker, Ph.D. Jeff Barton
Edwin L. Fiscus, Ph.D. Erin Silva
Salvio Torres Engineering and Cat. III Support
Samuel Ray
Walter Pursley
Project Summary
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Current ground-level ozone concentrations are sufficient to suppress crop yields in many agricultural areas with ozone concentrations predicted to remain at phytotoxic levels or increase (see Ozone effects on plants).
U.S. Forest Service, Northeastern Research Station Keeling and Whorf (2004) CDIAC
Project Rationale
Project Objectives
Project Goals
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Last Modified: 09/28/2008
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