About Lecture
List of slides
  1. Orographic Precipitation and the Form of Mountain Ranges
  2. Do topography and the patterns of precipitation co-evolve?
  3. Topographic Asymmetry and Orographic Precipitation in the Andes
  4. Precipitation and Long-Term Erosion Rates: Washington Cascades
  5. Precipitation Patterns Influence Topography and Mountain Range Evolution
  6. Case Study; Olympic Mountains
  7. Orographic Precipitation at a ~10 km scale
  8. Existing Observing Sites
  9. MM5 Annual Precipitation
  10. MM5 Storm Totals
  11. Matheny Ridge Gauge Network
  12. Rain-Snow Gauges with Tipping Buckets
  13. 60% Enhancement on the Ridges!
  14. Biggest Storms 2003-04
  15. Biggest Storms 2004-05
  16. Biggest Outliers
  17. Orographic Precipitation in the Olympics
  18. What impact would such precipitation patterns have on topography?
  19. Impact of non-uniform precipitation in a 2D landscape evolution model
  20. Comparing gauge data to MM5 and mountain wave models Case Study ; Oct 20-21, 2003
  21. Accumulated precipitation Oct 20, 2003 1700-1800
  22. Measured pattern versus Linear Model and MM5
  23. Results from CASCADE
  24. Uniform precipitation
  25. Storms from All Directions (Part I)
  26. Storms from All Directions (Part II)
  27. Temporal Evolution
  28. Storms from the West
  29. Storms from the West; Along-Ridge Average
  30. Orographic Precipitation and Topography Can Co-evolve
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