U.S. Geological Survey
Artificial Recharge Workshop Proceedings
Sacramento, California
April 2-4, 2002

George R. Aiken and Eve L. Kuniansky, editors

U.S. Geological Survey
Open-File Report 02-89

April, 2002

Contents

Introduction p. 1

Artificial Recharge Workshop Agenda p. 2

Oral Session Abstracts

A Historical Overview of Hydrologic Studies of Artificial Recharge in the U. S. Geological Survey
• E. P. Weeks p. 5-12

The Role of Unsaturated Flow in Artificial Recharge Projects
• Alan L. Flint p. 13-16

The Role of Saturated Flow in Artificial Recharge Projects
• Steven P. Phillips p. 17-20

Organic Matter in Ground Water
• George Aiken p. 21-23

Processes Controlling Attenuation of Dissolved Organic Matter in the Subsurface
• Jerry A. Leenheer p. 24-26

Fate of Disinfection By-products in the Subsurface
• Colleen Rostad p. 27-30

Impact of Organic Contaminants on the Evolution of Aquifer Geochemistry
• Isabelle M. Cozzarelli p. 31-33

Long Term Fate of Organic Micro-pollutants in the Subsurface Enviornment, Cape Cod, Massachusetts - From Field Studies to Experimentation
• Larry B. Barber p. 34-37
  

Geochemical Modeling of an Aquifer Storage Recovery Experiment, Charlston, South Carolina
• David L. Parkhurst and Matthew D. Petkewich p. 38-41

Transport and Fate of Water-Quality Indicators after 40 Years of Artifical Recharge with Treated Municipal Wastewater to the Central Ground-Water Basin in Los Angeles County
• Roy A. Schroeder and Robert Anders p. 42-46

Mobilization of arsenic and other trace elements during aquifer storage and recovery, southwest Florida
• Jonathan D. Arthur, Adel A. Dabous, and James B. Cowart p. 47-50

Using chemical and isotopic tracers to assess hydrogeologic processes and properties in aquifers intended for injection and recovery of imported water
• John Izbicki p. 51-52

Feasibility of Regional-Scale Aquifer Storage and Recovery (ASR): Scientific Uncertainties
• Carl R. Goodwin p. 53

Why do Bacteria Colonize Aquifer Surfaces? Geochemical and Nutrient Controls of Bacterial Colonization of Silicate Surfaces
• Jennifer Roberts Rogers p. 54-57

Fate and Transport of Bacterial, Viral, and Protozoan Pathogens During ASR Operations- What Microorganisms Do We Need to Worry About and Why?
• David Metge p. 58-59

Detection of Microbial Indicators and Human Microbial Pathogens in Artifical Recharge Studies
• Dale W. Griffin p. 60

Microbial Strategies for Degradation of Organic Contaminants in Karst
• Tom D. Byl, Gregg E. Hileman, Shannon D. Williams, David W. Metge, and Ron W. Harvey p. 61-62

Microbial Redox Cycling of Arsenic Oxyanions in Anoxic Environments
• Ronald S. Oremland p. 63-65

Planning for the Future of New York City's Water Supply System Using Artifical Recharge in the Coastal Plain Aquifers: A Cooperative Program between the USGS and the New York City Department of Environmental Protection
• William A. Yulinsky, Paul Misut, and Donald K. Cohen p. 66

Poster Session Abstracts

Correlations between Various Water-Quality Indicators of Recharged Recycled Water in Production Wells in Los Angeles County, California
• Robert Anders and Roy A. Schroeder p. 67

Attenuation Rates for PRD-1 and MS2 During Recharge With Artifical Recharge with Recycled Water at a Research Basin in Los Angeles County
• Robert Anders, William A. Yanko, Roy A. Schroeder, and James L. Jackson p. 68

Using Enviornmental Tracers to Determine Long-Term Effects of Recharging Recycled Water in the Central Ground-Water basin, Los Angeles County, California
• Robert Andres and Roy A. Schroeder p. 69

Heat as a tracer for examining enhanced recharge processes along the Russian River, CA
• James E. Constantz p. 70-71

Nitrate contamination and incorporation of excess air associated with artifical recharge in a desert basin, Yucca Valley, California
• Jill N. Densmore and J.K. Bohlke p. 72-73

Processes Affecting the Trihalomethane Concentrations Associated With the Injection, Storage, and Recovery Tests at Lancaster, Antelope Valley, California
• Miranda S. Fram, Roger Fujii, Brian A. Bergamaschi, Kelly D. Goodwin, and Jordan F. Clark p. 74-75

Permeability Reduction Caused by Trapped Gas: Field-Scale Observations and Quantification With a Dissolved-Gas Tracer During a Ponded Infiltration Experiment
• Victor M. Heliweil and Kip Soloman p. 76-77

Artificial Recharge Through a Thick, Heterogeneous Unsaturated Zone near an Intermittent Stream in the Western part of the Mojave Desert, California
• John A. Izbiki and Christina L. Stamos p. 78-79

Simulation of the Effects of Reclaimed-Water Application in West Orange and Southeast Lake Counties, Florida
• Andrew M. O'Reilly p. 80-81

Flow system analysis using a surface-applied tracer at the Idaho National Engineering and Environmental Laboratory, Idaho
• Kim S. Perkins, John R. Nimmo, Peter A. Rose, Joseph P. Rousseau, Brennon R Orr, Brian V. Twining, and Steve R. Anderson p. 82-83

Aquifer Storage and Recovery in the Santee Limestone / Black Mingo Aquifer, Charleston, South Carolina, 1993-2001
• Matthew D. Petkewich, Kevin J. Conlon, June E. Mirecki, and Bruce G. Campbell p. 84-85

Review and Hydrogeology of Aquifer Storage and Recovery Sites in Southern Florida
• Ronald S. Reese p. 86

Technical Considerations for a Large Network of ASR Wells in the Comprehensive Everglades Restoration Program
• Robert A. Renken, Michael W. Fies, and Shawn B. Komlos p. 87

Effects of Artifical Recharge on Water Quality in the Equus Beds Aquifer, South-Central Kansas
• Andrew C. Zielgler and Heather C. Ross p. 88

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