Presentations

Assessment of Pesticide Leaching to Groundwater in Germany: Comparison of Indicator and Metamodel Approaches

C.3-1

Development of the FOCUS Groundwater Scenarios for the Assessment of the Leaching of Plant Protection Products in EU Registration

C.3-2

Groundwater Vulnerability Assessments for the San Joaquin Valley

C.3-3

Regression Model for Predicting the Concentration of Atrazine Residues in Shallow Agricultural Groundwater across the Conterminous United States

C.3-4

Groundwater Chemical Status in Denmark Based on Environmental Objectives for Ecosystems and European Water Directives and Guidelines

C.4-1

Denitrification at a Dairy Site Supported by Gas-Liquid Phase Modeling of Tritium/Helium-3 Groundwater Age

C.4-2

Trends in Nitrate Concentrations in Agricultural Areas of the United States: Implications for Aquifers and Streams

C.4-3

Cropping System Model for Integrated Evaluation of Agricultural Activities

C.4-4

Bioavailability of Dissolved Organic Carbon and Ambient Redox Processes in Groundwater associated with Agricultural Land Use

C.5-1

Can Groundwater Protection and Agricultural Production Co-exist over Vulnerable Aquifers?

C.5-2

Modeling Agricultural Impacts on Groundwater at Contrasting Spatial Scales

C.5-3

In-stream Bioreactor for Agricultural Nitrate Treatment

C.5-4

Denitrification and Nitrate Transport in Groundwater Underlying Large Dairy Operations in California?s Central Valley

C.6-1

Quantifying the Performance of Regional Scale Reductions in Nutrient Applications for Source Water Protection through Vadose Zone Monitoring

C.6-2

Relationship between Nitrogen Surpluses and Nitrate Leaching on Sandy Soils

C.6-3

Assessing Potential Nutrient Losses in Tile Drained, Macroporous Soils over an Annual Cycle through Conservative Tracer Tracking

C.6-4

New Developments for Conjunctive Management in Idaho: Why Our Expanding Understanding of Science Should Expand How We Address the Doctrine Against Waste in Idaho Water Right Transfers

D.8-1

Identification and Quantification of Nitrate Transport in Agricultural Areas

D.8-2

Modeling Crop Water Demand and Root Zone Flow Processes at Regional Scales in the Context of Integrated Hydrology

D.8-3

Assessing and Forecasting Nitrate Fluxes in Agricultural Aquifers

D.8-4