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<br />VIII <br /> <br />CONTENTS <br /> <br />Figures-Continued <br /> <br />Number Palle <br />5. Climatalogical Station <br /> <br />Locations .. . . . . . . . . . . . . . . . . . 6 <br />6. Measurement Network Stations. . 8 <br /> <br />7. Park Range Program <br />Organization ............... 9 <br />8. Park Range Program-Scheduled <br />and Actual . .. . . . . . . . . . . . .. . . 10 <br /> <br />9. Program Manpower Loading- <br />Proposed and Actual ........ 10 <br /> <br />10. Steamboat Springs Facility <br />Headquarters ............... 11 <br />11. Laboratory and Sensor Test <br /> <br />Area ........................ 12 <br /> <br />12. Sno-Cat Climbing Emerald <br />Mountain Road ............. 13 <br />13. Emerald Mountain Diffusion and <br />Artificial Nuclei Generator <br />Test Station ................ 13 <br />14. Mobile Ground-based ZnS <br /> <br />Detector ................... 14 <br /> <br />15. Airborne ZnS Detector Equip- <br />ment-Redundant <br />Installation ................. 14 <br />16. ZnS Aerosol Generator ........ 14 <br />17. Typical Record from ZnS Air- <br />borne Detector Equipment.. . . 15 <br />18. Laboratory ZnS Analyzer ...... 15 <br />19. 'Bigg-Warner Nuclei Counter... . 16 <br />20. Shielded Snow-board Installation <br />at Laboratory .............. 17 <br />21. Compressed-scale Weighing <br /> <br />Gage ....................... 17 <br /> <br />22. Example of Compressed-scale <br />Weighing Gage Data.. ...... 17 <br />23. Snow-pillow and Electrical Read- <br />out Equipment. . . . . . . . . . . . . . 18 <br />24. Example of Snow-pillow Output <br />-0.5 inch H20 Full Scale. .. . . 18 <br />25. Heated Tipping-bucket Snow-rate <br /> <br />Sensor ..................... 19 <br /> <br />26. Sample of Snow fRain-rate <br />Sensor Data ................ 19 <br />27. Rain-rate Sensor .............. 20 <br />28. Optical Snow-rate Sensor ...... 20 <br />29. Optical Snow-rate Sensor <br />Calibration Curve ........... 21 <br /> <br />Number Page <br />29a. Optical Snow-rate Field <br />Calibration Equipment 22 <br />30. Example of Optical Snow-rate <br />Sensor Data ................ 22 <br />31. Meteorological Station, Rabbit <br />Ears Pass ................... 23 <br />32. Example of Wind Speed- <br />Direction ................... 23 <br />33. Mt. Harris RadarjRawinsonde <br /> <br />Site ........................ 24 <br /> <br />34. Snowcourse Measurement Equip- <br />ment in Use ................ 25 <br />35. Colorado State University Skyfire- <br />type Nuclei Generator ...... 25 <br />36. Modified Skyfire-type <br />Generator .................. 25 <br />37. Hi-Output Skyfire-type <br />Generator .................. 25 <br />38. Data Collected During Phase I .. 27 <br />39. Representative Sample Locations <br />for Ag, ZnS Background <br />Analysis .................... 27 <br />40. Storms Tracked by Precipitation- <br />rate Sensors, December 1964 <br />through April 1965 .......... 28 <br />41. Normalized Steamboat Springs <br />Precipitation Data, 1964-65 <br /> <br />Stason ..................... 31 <br /> <br />42. Normalized Seasonal Precipita- <br />tion DataJor Climatological <br />Stations .................... 31 <br />43a. Plume Dimensions and Pibal <br />(Pilot BaIlon) Soundings for <br />2 February 1965 ............. 33 <br />43b. Plume Dimensions and Pibal <br />Soundings for 3 February 1965 . 33 <br />43c. Plume Dimensions and Pibal <br />Soundings for 18 February <br /> <br />1965 ....................... 35 <br /> <br />43d. Plume Dimensions and Pibal <br />Soundings for 22 February <br /> <br />1965 ....................... 35 <br /> <br />43e. Plume Dimensions and Pibal <br />Soundings for 11 March 1965.. 36 <br />43f. Plume Dimensions and Pibal <br />Soundings for 25 March 1965. . 36 <br />