Slide 1 of 84
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
