Multi-Phase Plumes in Uniform, Stratified, and Flowing Environments
Topographic and Wind Influences on the Chesapeake Bay Outflow Plume and the Associated Fronts
Modeling Surface Trapped River Plumes: A Sensitivity Study
Typical and Extreme Responses of Chesapeake Bay and Its Coastal Plume to Riverine Forcing
Hydrodynamic modeling for the 1998 Lake Michigan Coastal Turbidity Plume Event
Mixing in a Small Tidal Estuarine Plume
An Ocean Model Applied to the Chesapeake Bay Plume
Fine Sediment Transport from Opportunistic Sand Disposal, Carlsbad, California
Development of a Marsh-Based Upwelling Injection System to Treat Domestic Wastewater from Coastal Dwellings
Vacuum Recovery of Free Phased Leaded Gasoline Plume: Naval Air Station Oceana, Virginia Beach, Virginia
Mixing Processes due to Breaking Wave Activity in the Coastal Zone
Comparison of Steady-State and Transient Simulation of the HFBR Tritium Plume at Brookhaven National Laboratory, Upton, New York
Gas/Groundwater Interactions at Landfills
Modeling to Assess Remedial Options
Modeling LNAPL Recovery Technologies and GIS-Based Analysis
Calibration of Groundwater Flow and Contaminant Transport Modeling for Ogallala, Nebraska
Fate/Transport Modeling Using Fuzzy Numbers
Storm Water Runoff into Santa Monica Bay: Identification, Impact and Dispersion
Adaptive Dredged Material Discharge for the Port of Miami
Multiplicity (Available only in the Geoenvironmental Special Issue)
When it comes to tracking groundwater contaminant plumes, single completion monitoring wells are the standard choice, but they aren't the only one. After four years of trying...
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