MS Theses
M.S. Plan I (Thesis)
Stephen A. McCord, 1995.
Modeling Iron, Manganese, and Sulfur under Anaerobic Conditions in Freshwater Reservoirs.
Michelle G. Lynch, 1996.
Seasonal variations in lake mixing : Clear Lake, California.
Jennifer E. Coker, 2000.
Optical Water Quality of Lake Tahoe.
Sveinn Ó. Pálmarsson, 2000.
Littoral Water Currents in a Shallow Lake.
Kelley L. Thompson, 2000.
Winter Mixing Dynamics and Deep Mixing in Lake Tahoe.
Lisa Penaska, 2000.
GPS-Tracked Drogues for Use in Coastal and Lake Studies.
Sonia M. Oton, 2000.
Estimate the Acid Mine Drainage from the Sulfur Bank Mercury Mine (CA) using Tracer Experiments.
Ryan J. Wilbur, 2000.
Particle Tracking Model Validation.
Jessica L. Thomas, 2001.
Predicting Meander dynamics of the Sacramento River.
Stephen H. Blake, 2001.
An Unsteady Hydraulic Surface Water Model of the Lower Cosumnes River, California for the Investigation of Floodplain Dynamics.
Randy Bowersox, 2002.
Design of a Destratification System to Control Algae in a Tidal Channel.
Chris Hammersmark, 2002.
Hydrodynamic Modeling and GIS Analysis of the Habitat Potential and Flood Control Benefits of the Restoration of a Leveed Delta Island.
Banu Sunman, 2003
Scott Heald, 2003
Modeling MTBE And BTEX in Lakes and Reservoirs Used for Recreational Boating
Tae Sung, 2003
M.S. Plan II (Project)Eve Platzer, 1995.
Interactions of particle settling with stratification in a secondary clarifier.
Zoran Lacivevic, 1995.
Oxygen transfer in multi-stage reservoir destratification.
William R. Gross, 1997.
Temporal variations of Temperature in the Sacramento River.
Andreas F. Krause, 1999.
Modeling the Flood Hydrology of Wetlands using HEC-HMS.
Stacie E. Grinbergs, 1999.
A model of copper distribution in San Francisco Bay.
Brian G. Heiland, 2000.
Inflow Temperature Differences between Watersheds in the Sawtooth Valley of south-central Idaho.
Francisco J. Rueda, 2000.
Evaluation of RMA10 or Lake Hydrodynamic Studies.
Brent Wolfe, 2000.
Assessing the Integration of Watershed Water Quality Modeling with HEC- HMS