Table of Contents

Contents
Preface

1. Runoff of Phenylpyrazole Insecticide Fipronil from Concrete Surfaces
2. Factors Affecting Residential Runoff Transport of Pyrethroids
3. Determining Critical Factors Controlling Off-Site Transport of Pyrethroids
in the Urban Environment
4. Review of Modeling Approaches for Pesticide Washoff from Impervious
Surfaces
5. A Modeling Approach for Predicting Pyrethroid Residues in Urban Water
Bodies for Use in Environmental Risk Assessments
6. A Summary of Case Studies Designed To Determine the Influence of
Multiple Stressors on Benthic Communities in Urban California Streams
7. Influence of Landcover, Rainfall, and River Flow on the Concentration of
Pyrethroids in the Lower American River, Sacramento, California, United
States
8. Pyrethroid Pesticides in Municipal Wastewater: A Baseline Survey of
Publicly Owned Treatment Works Facilities in California in 2013
9. Analysis of Pyrethroid Insecticides in Complex Environmental Samples,
Using Stable Isotope-Labeled Standards as Surrogates
10. Conducting Ecological Risk Assessments of Urban Pesticide Uses
11. Application of a Regional Screening Index for Chemical Leaching to
Groundwater Vulnerability Analysis in the National Level
12. Sensitivity Analysis of Individual Parameters for Synthetic Pyrethroid
Exposure Assessments to Runoff, Erosion, and Drift Entry Routes for the
PRZM and AGRO-2014 Models
13. Application of an Approach for Predicting Pesticide Concentrations in
Static Water Bodies Using Spatially Explicit Hydrography, Landscape, and
Pesticide Use Data

Editors' Biographies
Indexes
Author Index
Subject Index

About the Author

Russell L. Jones (Ph.D., University of California Berkeley) is currently a Fellow in Environmental Safety at Bayer CropScience in Research Triangle Park, NC, specializing in the behavior of crop protection products in soil and water. Research interests include the development of management practices for preventing movement of crop protection products to ground and surface water, design and conduct of field research studies, and the application of environmental
modeling to risk assessment. He has authored or co-authored over 100 papers and 140 presentations at scientific meetings.

Mah Shamim (Ph.D., Howard University) has been a Section Head and Branch Chief in Environmental Fate and Effects Division, Office of Pesticide Programs, United States Environmental Protection Agency since 1993. She manages multi-disciplinary teams of scientists involved in performing ecological risk assessments, endangered species assessments, and drinking water assessments to be used in dietary human risk assessments. Prior to joining the EPA in 1991, she served as a Senior Staff Fellow at the
National Heart, Lung and Blood Institute, the National Institutes of Health (1989 - 1991) and as a Research Fellow at the National Institute of Diabetes and Digestive and Kidney Diseases (1983 -
1989).

Scott H. Jackson (Ph.D., Union University) is currently stewardship manager in the stewardship and sustainability group at BASF in Research Triangle Park, NC. He is responsible for managing risk assessments for human health, ecotoxicology, and spray drift as well as designing and supervising studies intended to monitor surface water, ground water and soil systems for environmental quality. He has authored or co-authored over 80 papers and 120 presentations at scientific meetings. He has
organized or co-organized many symposiums at national meetings.