MODULES

WEEK 1: Introductory Stuff W1-1: Basic Assumptions about the Atmosphere W1-2: The Ideal Gas Law W1-3: A simple fluid dynamics problem W1-4: Hydrostatic Equilibrium W1-5: The adiabatic Lapse Rate	WEEK 2: Equilibrium Temperatures, Greenhouse Effect, Instability Conditions W2-1: Stability and Buoyancy W2-2: Planet Equilibrium Temperature W2-3: "Greenhouse" Effect W2-4: Saturated Lapse Rate Part I
WEEK 3: Water Vapor; Geostrophic Wind; 500 MB maps; Horizontal Transport W3-1: Saturated Lapse Rate Part II W3-2: Cloud Types W3-3: Does the Coriolis Force matter? W3-4: The 500 mb map W3-5: The Official guide to the 500 mb map W3-6: Animated 500 mb loops W3-7: Horizontal and Vertical Transport	WEEK 4: Cyclones, Thermal Wind, Climate Baselines W4-0: Bloggin on Climate Change W4-1: Scaling Cyclone Evolution W4-2: The Thermal Wind (Vertical Shear) W4-3: Hadley Circulation W4-4: Rain from Warm Clouds I.
WEEK 5: Just Make it Rain, Damnit W5-1: Rain from Warm Clouds II. W5-1a: Diurnal Temperature Profile W5-2: Gibbs Free Energy Framework for Droplet Growth W5-3: Cold Clouds and Droplet Formation	WEEK 6: Radiative equilibrium; Rossby Waves W6-1: Some Radiative Equilibrium Stuff Arctic Warming Effects W6-2: Rossby Waves I W6-3: Rossby Waves II
WEEK 7: Bothun Absent Stuff W7-0: Midterm Monday May 13 W7-1: Boussinesq Approximation I(Belitz) W7-2: Boussinesq Approximation II(Belitz) W7-3: Clausius-Clapeyron equation (Deutsch)	WEEK 8: Global Climate Change I W8-0: Exam Review W8-1: Climate Change Public Talk I W8-2: Climate Change Public Talk II W 8-3: Climate Forcings W 8-4: Indicators of Climate Change YouTube This
WEEK 9: Atmospheric Optics NO CLASS MONDAY MAY 27 Introduction to Atmospheric Optics NO CLASS FRIDAY MAY 31	WEEK 10: Global Climate Change II W10-1: Indirect Indicators of Climate Change Some Updates W10-2: Detection Regional Climate Change: Is this a hot start to June? Simulator Model Example Update to Summer NEI Cloud Feedback Issues W10-3: The Pacific Northwest Index