Meteorology 407/507 - Lectures

Class Powerpoint presentations

• Class 1: Definition of Mesoscale (pdf format)
• Class 2: Planetary Boundary Layer (pdf format)
• Class 3: Sea Breeze (pdf format)
• Class 4: NCMCs (pdf format)
• Class 5: Snow-induced circulations (pdf format)
• Class 6-7: Slope Flows (pdf format)
• Class 8: Mountain-Valley flow (pdf format)
• Class 7-8: Mountain wave dynamics (pdf format)
• Class 8-9: Blocking (pdf format)
• Class 9-10: Low-Level Jets (pdf format)
• Class 10: Fronts (pdf format)
• Class 11-12: Jets (pdf format)
• Class 12: Severe Storm Reports vs Jet Quadrant presentation (pdf format)
• Class 12: Dry Lines (pdf format)
• Review for Exam 1 (doc format)
• Class 13: Gravity Waves and Bores (pdf format)
• Class 13: Bore Forecasting presentation (pdf format)
• Class 15-16: Instabilities, Convection basics, Storm Types (pdf format)
• Class 16: Other aspects of Thunderstorms (pdf format)
• Class 16-18: Tornadoes (pdf format)
• Class 18-19,22: MCCs and MCSs (pdf format)
• Review for Exam 2 (pdf format)
• Class 22: MCVs (pdf format)
• Class 22: Mesoscale Observations (pdf format)
• Class 23-24: Radar Meteorology (pdf format)
• Class 24: Dual-Pol presentation (N. Marsili, DuPage County Spotter Program) (pdf format)
• Class 24: Mesoscale modeling Intro, Numerical methods (pdf format)
• Class 25: Mesoscale modeling design, discretization (pdf format)
• Class 26-: Closure Problem (pdf format)
• Review for Exam 3 (pdf format)
• Class 28-29: Parameterizations (pdf format)
• Class 29-30: Wakimoto study on Garden City tornado (pdf format)
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