Lecture Notes:

• Lecture 1 - Intro


• Lecture 2 - Energy


• Lecture 3 - Earth Interiors


• Lecture 4 - Plate Tectonics(PT)


• Lecture 5 - Plate Tectonics(PT) and Earthquakes


• Lecture 6 -Earthquakes and Hotspots


• Lecture 7 - Case Study:Earthquakes


• Lecture 8 - Earthquakes and Tsunamis


• Lecture 9 - Tsunamis


• Lecture 10 - PT Volcanoes II


• Lecture 11 - Case Study: Krakatoa


• Lecture 12 - Section #1 Review


• Lecture 13 - Atmosphere/Ocean System


• Lecture 14
  
  
  • 14a - Atmospheric Dynamics
  
  
  • 14b - Geostrophy Appendix
  
  


• Lecture 15 - Oceanic Conveyor


• Lecture 16 - Ocean Circulation Dynamics


• Lecture 17 - Case Study: The Gulf Stream


• Lecture 18 - Ocean Storms


• Lecture 19 - Principles of Ocean Waves


• Lecture 20- Wind Waves


• Lecture 21- Shallow Water Wave Erosion


• Lecture 22 - Tides


• Lecture 22a - Standing Waves and Tides


• Lecture 22b - Equilibrium Tides APPENDIX


• Lecture 22c - Real Tides APPENDIX


• Lecture 23 - Hurricane Facts


• Lecture 24 - HurricaneDynamics


• Lecture 25 - Hurricane Dynamics II and Case Studies


• Lecture 26- Katrina Inundation


• Lecture 27 - Section #2 Review


• Lecture 28 - Clim ate Change - I


• Lecture 29 - Case Study: El Nino/Southern Oscillation


• Lecture 30 - Climate Change: Cooling


• Lecture 31 - Cooling-Warming


• Lecture 32 - Global Warming and Sea Ice Melting


• Lecture 33 - Anthropogenic-Induced Climate Change


• Lecture 34 - Intod uction to An Inconvienient Truth


• Lecture 35 - Review Section 1


• Lecture 36




• Lecture 36 Review Section 2


• Lecture 36 Review Section 3