Advanced Spotter Training 2005

Contents

  1. Advanced Spotter Training 2005
  2. From Last Time
  3. This Lesson
  4. Homework Review
  5. Homework Review (continued)
  6. Homework Review (continued)
  7. What causes severe weather?
  8. The Thunderstorm
  9. The Thunderstorm (continued)
  10. What makes the air rise?
  11. Convection
  12. Convergence
  13. Fronts
  14. The Stationary Front
  15. The Warm Front
  16. The Cold Front
  17. The Occluded Front
  18. The Occluded Front (continued)
  19. How Do You Find Fronts on a Weather Map?
  20. How to find fronts on a surface map I: Pre-analyzed chart.
  21. How to find fronts on a surface map II: Your own analysis.
  22. Your Own Analysis.
  23. Your Own Analysis. (continued)
  24. Your Own Analysis. (continued)
  25. First Discussion!
  26. Section 2
  27. How Do We Locate Convergence on the Surface Analysis?
  28. How Do We Locate Convergence on the Surface Analysis? (continued)
  29. How Do We Locate Convergence on the Surface Analysis? (continued)
  30. Finding Storm Outflow Convergence
  31. Finding Storm Outflow Convergence (continued)
  32. Finding Storm Outflow Convergence (continued)
  33. Finding Storm Outflow Convergence (continued)
  34. Second Discussion!
  35. Section 3
  36. The Skew-T Diagram
  37. The Skew-T Diagram (continued)
  38. The Shear Environment
  39. The Shear Environment (continued)
  40. The Shear Environment (continued)
  41. CAPE and Other Thermodynamic Aspects of the Thunderstorm Environment
  42. CAPE and Other Thermodynamic Aspects of the Thunderstorm Environment (Continued
  43. CAPE and Other Thermodynamic Aspects of the Thunderstorm Environment (Continued
  44. CAPE and Other Thermodynamic Aspects of the Thunderstorm Environment (Continued
  45. CAPE and Other Thermodynamic Aspects of the Thunderstorm Environment (Continued
  46. Final Discussion!
  47. Homework Due Next Week
  48. Homework Due Next Week (continued)
  49. Homework Due Next Week (continued)