Abstract Index
| Author | Title | Affiliation | Category |
| Arthur Astarita | Use of Private Well Water Testing Results Help Determine Aquifer Quality, Identification of Future Public Water Sources and Support Mechanisms - Abstract -Presentation | RCAP Solutions, Inc. | Education and Risk Communication |
| John Beane | How humans affect the release of naturally occurring arsenic - Abstract -Presentation | Maine Department of Environmental Protection | Land Use and Groundwater |
| Matthew Cahillane |
Modeling and Tracking Arsenic Concentrations in New Hampshire Well Water - Abstract - Presentation | NH Dept. of Health and Human Services | Naturally Occuring Contaminants |
| Ken Cantor | Exposure to Arsenic in Drinking Water in a Case-Control Study in Vermont, New Hamshire and Maine | NIH | Naturally Occuring Contaminants |
| Joe Cerutti | MassDEP Underground Injection Control Program Guidelines for Ground Source Heat Pump Wells - Abstract -Presentation | Massachusetts Department of Environmental Protection | Legal / Regulatory Issues |
| Jeff Comstock | Nitrate Contamination of a Bedrock Aquifer in Sheldon, Vermont: Part I, The Agricultural Context - Abstract -Presentation | Vermont Agency of Agriculture, Food and Markets | Land Use and Groundwater |
| Michelle Daley | Water Quality of Private Wells in Suburban NH and Impacts of Land Use - Abstract -Presentation | University of New Hampshire | Land Use and Groundwater |
| Michael Focazio | The Quality of Privately Owned Domestic Well Water: A National Perspective | USGS | Keynote |
| Garret Graaskamp | Ground Source Heat Pump Technology and Ground Water - Abstract -Presentation | American Ground Water Trust | Land Use and Groundwater |
| Joseph F. Harrison | Household Water Treatment: an Overview - Abstract -Presentation | Water Quality Association | Well Water Treatment |
| Richard H. Heath | Impacts to Water Supply Wells from Closed Municipal Landfills in Maine - Abstract -Presentation | Maine Department of Environmental Protection | Land Use and Groundwater |
| David Hill | Well Water Testing & Treatment: Don’t Forget the Radon! - Abstract -Presentation | Spruce Environmental Technologies, Inc. | Naturally-occurring Contaminants |
| John Hopeck | Protection of Individual Domestic Wells and Common Wells through Regulatory and Non-Regulatory Approaches - Presentation | Maine Department of Environmental Protection | Legal and Regulatory Issues |
| Jonathan Kim | Nitrate Contamination of a Bedrock Aquifer in Sheldon, Vermont: Part II, The Geologic Context - Abstract -Presentation | Vermont Agency of Agriculture, Food and Markets | Land Use and Groundwater |
| Courtney D. Kozul | Chronic exposure to low-dose arsenic in drinking water compromises the immune response to respiratory infection - Abstract -Presentation | Dartmouth Medical School | Naturally-occurring Contaminants |
| Judith B. Louis | The New Jersey Private Well Testing Program: An Evaluation of Domestic Well Water Quality in New Jersey - Abstract -Presentation | New Jersey Department of Environmental Protection | Legal and Regulatory Issues |
| Robert Marvinney | Ground water and private wells, a Maine perspective - Abstract - Presentation | Maine State Geologist | Keynote |
| Peter Meyers | How Silica and other contaminants affect the behavior of Various Arsenic Selective Medias - Abstract -Presentation |
ResinTech, Inc. | Naturally-occurring Contaminants |
| Carl Orio | Community Health and Geothermal Heat Pumps - Abstract -Presentation | Water Energy Distributors | Public Health |
| Jennifer J. Pagach | The link between arsenic concentrations and potential geochemical processes - Abstract -Presentation | Connecticut Department of Enviromental Protection | Naturally-occurring Contaminants |
| John M. Peckenham | Is It Possible to Solve the Arsenic in Private Wells Problem? An Exploration of Sources, Sinks, and Limits to Knowledge - Abstract | University of Maine | Naturally-occurring Contaminants |
| Kate Perkins | Social marketing – it’s not about the water cooler conversation, or is it? - Presentation | Director of Health Improvement Division, Medical Care Development | Workshop |
| A. Martin Petrovic | Impact of lawns on nitrate contamination of ground water - Abstract -Presentation | Cornell University | Land Use and Groundwater |
| Jesse J. Richardson, Jr. | Public and Private Drinking Water Options for Cluster Development - Abstract -Presentation | Virginia Tech | Legal/Regulatory Issues |
| Cliff Scherer | Making risk messages meaningful in a time of tweets, Hulu and Yahoo -Abstract - Presentation | Cornell University | Education and Risk Communication |
| Andrew Stone | Groundwater Protection Opportunities in the Approved Curriculum of New England States - Abstract -Presentation | American Ground Water Trust | Education and Risk Communication |
| Crista Straub | A Pilot Study of Groundwater Quality Education Curriculum Using Private Well Water Testing - Abstract -Poster | University of Maine | Education and Risk Communication |
| Teresa Thorton | Using Public Schools as the Community Center to Promote Private Well Education, Monitoring and Research - Abstract | University of Maine | Education and Risk Communication |
| Andrews L. Tolman | Understanding Septic Systems in light of Pharmaceutical and Personal Care Products; What do we know now? - Abstract -Presentation | Maine CDC Drinking Water Program | Land Use and Groundwater |
| Kurt Tramposch | Ten Reasons Why Water Utilities Should Embrace Private Wells - Abstract | Public Health | |
| Cliff Treyens | Communicating ground water and water well stewardship to the public:Leverage your message, stretch your resources - Abstract -Presentation | National Ground Water Association | Education and Risk Communication |
| Carol White | Saltwater Intrusion in Residential Wells in Maine – Local Strategies for Managing a Complex Problem - Abstract -Presentation | C.A. White & Associates LLC | Legal / Regulatory Issues |
| Qiang Yang | Fracture Characteristics and Groundwater Arsenic in Bedrock Wells of Manchester, Maine | Graduate Center and Queens College of City University of New York | Naturally-occurring Contaminants |
