Pesticide Environmental Fate

Bridging the Gap between Laboratory and Field Studies

Edited by Warner Phelps, Kim Winton, and William R. Effland

ACS Symposium Series

This book examines types of bridging studies currently being performed to help facilitate the transition from laboratory studies to field studies in support of pesticide registration. It includes discussions of modeling, variation in field sample profiles, bound vs. available residues, bare ground studies vs. cropped studies, the role of macropores in the field, pipe studies, hop plot studies, the tracking of material balance, and data interpretation.

Pesticide Environmental Fate

Bridging the Gap between Laboratory and Field Studies

Edited by Warner Phelps, Kim Winton, and William R. Effland

American Chemical Society

ACS Symposium Series

Description

This book examines types of bridging studies currently being performed to help facilitate the transition from laboratory studies to field studies in support of pesticide registration. It includes discussions of modeling, variation in field sample profiles, bound vs. available residues, bare ground studies vs. cropped studies, the role of macropores in the field, pipe studies, hop plot studies, the tracking of material balance, and data interpretation.

Pesticide Environmental Fate

Bridging the Gap between Laboratory and Field Studies

Edited by Warner Phelps, Kim Winton, and William R. Effland

American Chemical Society

ACS Symposium Series

Preface
1. Integrating Laboratory and Field Environmental Fate Studies: An Introduction, K. Winton
2. GIS Decision Support System to Evaluate U.S. and Canada Field Study Areas for Pesticides, William R. Effland, Nelson C. Thurman, Raju Gangaraju, Ian Nicholson, and David Kroetsch
3. Designing Effective Runoff Research Studies: A Review of Issues of Scale, Mary Nett and Paul Hendley
4. An Integrated Approach for Quantifying Pesticide Dissipation under Diverse Conditions I: Field Study Design, S. A. Cryer, P. N. Coody, and J. White
5. An Integrated Approach for Quantifying Pesticide Dissipation under Diverse Conditions II: Field Study Observations, S. A. Cryer, H. E. Dixon-White, C. K. Robb, P. N. Coody, and J. White
6. An Integrated Approach for Quantifying Pesticide Dissipation under Diverse Conditions III: Site Specific Model Validation Using GLEAMS, EPICWQ, and EXAMS, S. A. Cryer
7. An Integrated Approach for Quantifying Pesticide Dissipation under Diverse Conditions IV: Scaling and Regional Extrapolation, S. A. Cryer and P. L. Havens
8. Modeling Pesticide Transformations in Soil and Aquatic Environments: Development of a Common Approach, John B. Tarr, Jeremy S. Dyson, Peter F. Chapman, and Roberta J. Dark
9. Laboratory, Greenhouse, and Field Lysimeter Studies of ¹]4C-Atrazine Volatilization, Jerome B. Weber, David H. Hardy, and Ross B. Leidy
10. S, S, S-Tributyl Phosphorotrithioate Washoff and Dissipation of Foliar Residues, John M. Fisher, R. J. Ripperger, S. M. Kimball, and A. M. Bloomberg
11. Evaluation of Laboratory and Field Extraction Methods: Extraction of [Phenyl-U-¹]4C] Flufenacet from Aged Soils, Christopher K. Lam, Mary K. McKinney, and Val E. Clay
12. Outdoor Soil Metabolism of [Phenyl-U-¹]4C] Flufenacet on California Soils, Annette M. Bloomberg, Barbara A. Shadrick, Ellen L. Arthur, and Val E. Clay
13. Use of ¹]4C-Flupyrsulfuron-methyl in Small Plot Field Soil Dissipation Testing to Validate Laboratory Soil Degradation Rate Measurements, Suzanne Koch Singles, Aldos C. Barefoot, and David M. Esterly
14. Changes in Soil Biomass and Microbial Community Structure as Affected by Storage Temperature and Duration: Effect on the Degradation of Metsulfuron Methyl, Steven L. Trabue, Tara M. Crowe, and Joseph H. Massey
15. Degradation of Pyrithiobac Sodium in Soil in the Laboratory and Field, Suzanne Koch Singles, Robert F. Dietrich, and Richard D. McFetridge
Author Index
Subject Index