| Laattoe, T. |
• Spatially Periodic Boundaries in Hyporheic Zone Numerical Models |
| LaFave, J. I. |
• Quality and Age of Water in the Madison Aquifer, Cascade County, Montana |
| LaFreniere, L. M. |
• Evaluation of Field-Scale Chemical-Hydrologic Processes in a Large-Scale Phytoremediation Site |
| Landon, M. K. |
• Occurrence and Aquifer Processes Affecting Nitrate in Groundwater in the Central Valley |
| Leake, S. A. |
• Groundwater and Natural and Anthropogenic Geologic Hazards |
| Leblanc, M. |
• Determining Groundwater Discharge in Large Tropical Rivers Using Environmental Tracers: The Example of the Mitchell River, Australia |
| Ledbetter, J. |
• Influence of Springs WATER Geochemistry On Geomorphology and Vegetation Cover At Springs Ecosystems |
| Lee, B. |
• Groundwater Flow Characterization in Karst Area Using Dye Tracer Test |
| Lee, D. |
• Water Well Profiling in the Central and West Coast Basins, Los Angeles County, California |
| Leising, J. F. |
• Evaluation of Groundwater Responses to Short-Term Climate Fluctuations in the Central Great Basin |
| Lenczewski, M. |
• Taking Science to the Policy Makers |
| Liggett, J. E. |
• Guidance for Efficient Implementation of the Surface-Subsurface Coupling Approach in MODHMS |
| Lin, Y. S. |
• Modeling Regional Aquifer-System Compaction and Land Subsidence in Yunlin County, Taiwan |
| Lin, Y. F. F. |
• The Ubiquitous WebGIS Analysis Toolkit for Extensive Resources (uWATER) and Examples on Groundwater Studies for Water Supply Planning in McHenry County, Illinois |
| Liou, J. C. |
• Modeling Regional Aquifer-System Compaction and Land Subsidence in Yunlin County, Taiwan |
| Lipson, D. S. |
• Fractured Rock and Karst Aquifers—Issues and Innovations • Whose Fault is it? Structural Geologic Controls on Remediation of Hydrocarbon Contaminants in Southern California |
| Liu, C. H. |
• Modeling Regional Aquifer-System Compaction and Land Subsidence in Yunlin County, Taiwan |
| Liu, G. |
• A New Thermal Method for Characterizing Groundwater Flux Variations • High-Resolution Hydraulic Conductivity Profiling with Direct-Push Methods |
| Liu, G. |
• On the Development of a Regional Approach to Studying the Dynamics of Complex Lake-Watershed Systems of the Northern Great Plains |
| Liu, G. |
• Reality in hydrologic systems: Changing challenges into opportunities |
| Liu, H. C. |
• Modeling Regional Aquifer-System Compaction and Land Subsidence in Yunlin County, Taiwan |
| Lorah, M. M. |
• Biogeochemical Evolution of a Landfill Leachate Plume, Norman, Oklahoma |
| Love, A. J. |
• Cautions in Using Chloride Mass Balance Method for Groundwater Recharge Estimation in Coastal Areas with Vegetation Changes |
| Lowe, M. |
• Utah's Groundwater-Quality Classification Program • Evaluation of Nitrate Contamination in Two Utah Unconsolidated Aquifers—Do Best Management Practices Make a Difference? |
| Loy, K. L. |
• Aquifer Storage and Recovery in a Balanced Water Supply Portfolio for Woodland and Davis in California's Central Valley |
| Lu, C. |
• Maximising Net Groundwater Extraction Using an Injection-Extraction Well Pair in a Coastal Aquifer |
| Luke, G. |
• In Situ Stabilization/Solidification in the Power Industry: State of the Practice |
| Lundstrom, E. A. |
• Hydrogeologic Monitoring of High-Risk Volcanoes in the Cascade Range, Northwestern United States |
| Luo, J. |
• Maximising Net Groundwater Extraction Using an Injection-Extraction Well Pair in a Coastal Aquifer |