Using Near-Storm Environment Data in the Warning Decision Making Process

Contents

1. Using Near-Storm Environment Data in the Warning Decision Making Process
   
   
2. Using Near-storm environmental data in the warning process
   
   
3. Using Near-storm environmental data in the warning process
   
   
4. Using Near-storm environmental data in the warning process
   
   
5. Using NSE Data
   
   
6. Assessing the Near Storm Convective Environment
   
   
7. Assessing the Near Storm Convective Environment
   
   
8. Slide 8
   
   
9. Impediments to Using NSE Data in WDM process
   
   
10. More Problems
    
    
11. More Problems
    
    
12. Assessing the Near-Storm Convective Environment
    
    
13. Objective Analysis Model Output
    
    
14. Objective Analysis Output
    
    
15. Example of MSAS Performance during May 31, 1998 Tornado Outbreak in NY
    
    
16. 1800 UTC SkewT
    
    
17. May 31, 1998 NY Tornado Outbreak
    
    
18. May 31, 1998 Tornado Outbreak
    
    
19. May 31, 1998 Tornado Outbreak
    
    
20. May 31, 1998 Tornado Outbreak
    
    
21. May 31, 1998 Tornado Outbreak
    
    
22. May 31, 1998 Tornado Outbreak
    
    
23. MSAS performance for May 31, 1998 Tornado Outbreak
    
    
24. MSAS perfomance for May 31, 1998 Tornado Outbreak
    
    
25. MSAS vs "observed"
    
    
26. Summary
    
    
27. Objective Analysis Output
    
    
28. Slide 28
    
    
29. LAPS Data Uses
    
    
30. Example of LAPS Performance during May 31, 1998
    
    
31. Example of LAPS Performance during May 31, 1998
    
    
32. Example of LAPS Performance during May 31, 1998
    
    
33. Example of LAPS Performance during May 31, 1998
    
    
34. Example of LAPS Performance during May 31, 1998
    
    
35. Example of LAPS Performance during May 31, 1998
    
    
36. LAPS Performance-May 31,1998
    
    
37. MSAS vs. LAPS
    
    
38. Example of LAPS Performance during May 31, 1998
    
    
39. Example of LAPS Performance during May 31, 1998
    
    
40. NSE differences impacting Warning Decision (20Z KENX)
    
    
41. LAPS Point Sounding Analysis
    
    
42. NSE Impacts into WDM
    
    
43. LAPS Point Sounding Analysis
    
    
44. Severe Weather Summary
    
    
45. Summary
    
    
46. Case #2
    
    
47. Case #2 : SE US
    
    
48. Case #2 : SE US
    
    
49. Case # 2: SE US
    
    
50. CASE # 2: SE US
    
    
51. Case #2- MSAS Output (LI)
    
    
52. Case #2 - LAPS Output
    
    
53. Case #2 : SE US
    
    
54. Case #2
    
    
55. Case #2
    
    
56. Case #2 - added value of LAPS
    
    
57. Case #2 - added value of LAPS
    
    
58. Case #2 - evaluating grid point LAPS soundings (00Z)
    
    
59. Storms in airmass "D"
    
    
60. Storms in airmass "D"
    
    
61. Point D - in tropical airmass
    
    
62. Storms in airmass "E"
    
    
63. Point E - in Theta-E ridge
    
    
64. Storms in airmass "F"
    
    
65. Storms in airmass "F"
    
    
66. Storms in airmass "F": slightly cooler, more stable
    
    
67. Storms in airmass "B"
    
    
68. Storms in airmass "B"
    
    
69. Storms in airmass "B"
    
    
70. Storms in airmass "A"
    
    
71. Storms in airmass "A"
    
    
72. Storms in airmass "A"
    
    
73. Storms in airmass "C"
    
    
74. Storms in airmass "C"
    
    
75. Storms in airmass "C"
    
    
76. Storms in Airmass "C"
    
    
77. Summary LAPS performance for SE US Svr Event
    
    
78. Case#3
    
    
79. Case #3- Assessing LAPS Helicity
    
    
80. Case #3 LAPS sounding
    
    
81. Case #3 -LAPS soundings
    
    
82. Summary (preliminary)
    
    
83. Overall Summary
    
    
84. Slide 84
    
    

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Last updated:
February 15, 2001 (Thursday)

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