| Mace, R. E. |
• Groundwater During Drought: What Happens When the Rain Stops? |
| Mackay, D. M. |
• Mass discharge in a tracer plume: Impact of sampling density and variations in flow direction |
| Malama, B. |
• Estimation of the Electrokinetic Coupling Coefficient and Hydraulic Conductivity from Streaming Potential Measurements in a Falling-Head Permeameter |
| Mariner, R. H. |
• Hydrogeologic Monitoring of High-Risk Volcanoes in the Cascade Range, Northwestern United States |
| Marston, T. M. |
• Simulation of Managed Aquifer Recharge from Sand Hollow Reservoir, Southwestern Utah |
| Martin, L. |
• Expanded Use of Surface Water Supplies by Cities In the Central Valley, Reasons and Results, Fresno-Clovis AS A CASE STUDY |
| Masoner, J. |
• Biogeochemical Evolution of a Landfill Leachate Plume, Norman, Oklahoma |
| McCluskey, M. |
• The South Platte Decision Support System Alluvial Groundwater Model, Denver, Colorado |
| McGrane, D. |
• Screening Level Subsidence Modeling Using MODFLOW |
| McKay, J. |
• Stakeholders Attitudes Towards Water Resources Management on Plantation Forestry in Australia |
| McLaren, R. |
• Numerical Simulation of DNAPL Emissions and Remediation in a Fractured Dolomitic Aquifer |
| McLearn, M. |
• Groundwater Modeling, Bioavailability, and Remediation Technologies from EPRI's Arsenic Research • Successful Remediation Case Histories from EPRI's Arsenic Research |
| McMahon, P. B. |
• Age Dating of Groundwater for Sustainability Assessments • Age Dating of Groundwater for Sustainability Assessments (cont.) |
| McMaster, M. |
• Assessing Groundwater Flow Velocity at Multiple Measurement Scales |
| McNally, A. |
• A New Conceptual Model to Understand the Soil-Water Budget in the Scott River Watershed |
| Meline, L. |
• Sustainable Utilities Using Geoexchange Technology |
| Meyer, S. C. |
• The Ubiquitous WebGIS Analysis Toolkit for Extensive Resources (uWATER) and Examples on Groundwater Studies for Water Supply Planning in McHenry County, Illinois |
| Milczarek, M. A. |
• Use of Integrated Vadose Zone Investigative Methods to Optimize ASR Site Selection • Results of the Orange County Water District Induced Riverbed Filtration Pilot Project |
| Mirecki, J. E. |
• Electrical Resistvity Tracer Teststo Estimate Seepage Velocity In the Biscayne Aquifer, Miami-Dade Ccouty, Florida |
| Moore, A. |
• The South Platte Decision Support System Alluvial Groundwater Model, Denver, Colorado |
| Moran, J. E. |
• Groundwater Age in High Elevation Basins of Northern California: Predicted Effects of Climate Change on Recharge and Stream Baseflow |
| Morris, D. |
• Groundwater Modeling, Bioavailability, and Remediation Technologies from EPRI's Arsenic Research • Successful Remediation Case Histories from EPRI's Arsenic Research |
| Morrison, J. M. |
• Using Groundwater and Solid-Phase Geochemistry for Reactive Transport Modeling at the Proposed Dewey Burdock Uranium In-Situ Recovery Site, Edgemont, South Dakota |
| Mulroy, P. |
• Keynote Address: The Role of Groundwater in a Changing Climate |
| Murveit, A. M. |
• Hydrogeologic Monitoring of High-Risk Volcanoes in the Cascade Range, Northwestern United States |
| Musick, S. P. |
• ASR: Innovative Technologies for Sustainable Supplies • ASR: Innovative Technologies for Sustainable Supplies (cont.) • ASR: Innovative Technologies for Sustainable Supplies (cont.) |
| Mylavarapu, R. S. |
• Modeling Shallow Water Table Dynamics in Unconfined Aquifers Using Drainable and Fillable Porosity |