Week 1:
- (RG) Intro and Overview; PM) Fluids 1: Notation, Basic Equations, Hydrostatic, Reynolds Averaging
- (RG) Fluids 2:homogeneous turbulence and the bottom boundary layer
- (PM) Shallow Water Equations with Friction
- (PM) Origin of Tides
- (RG) Tides in a Channel with Friction
- (PM) Energetics of Tides
- (RG) Stratified Turbulence 1 & 2
Week 2:
- Greg Lawrence: Shear Flow
- (RG) Estuaries: Introduction and the Knudsen Relation
- Greg Lawrence: Dynamics of the Fraser River
- (PM) Tidally-Averaged Estuarine Dynamics: Equations
- (PM) Tidally-Averaged Estuarine Dynamics: Solutions
- Ming Li: The Mighty Chesapeake Bay
- Ming Li: The Changjiang River Plume
Week 3:
- Tuba Ozkan Haller: 1
- Tuba Ozkan-Haller: 2
- Steve Lentz: Buoyant Coastal Currents
- Steve Lentz: The Inner Shelf
- (PM) Estuary Subtidal Time-Dependence
Week 4:
- (RG) Estuary Complexities: Tidal Residual, SIPS, Rix, Lateral Processes
- (PM) Rough Topography & Form Drag
- (RG) Highly Stratified Estuaries
Week 5:
- Jim Lerczak: 1
- Jim Lerczak: 2
- (RG) River Plumes
- (PM) Wind-driven Coastal Upwelling
- STUDENT TALKS