Determination of “Effective” radar coverage
Slide 6 of 50
Go to slide:
1: RFC-wide Multisensor Quantitative Precipitation Estimation
2: Radar-Derived Precipitation (Current)
3: Hourly Digital Precipitation Array (HDP)
4: (Untitled)
5: (Untitled)
6: Determination of “Effective” radar coverage
7: Frequency of Rainfall (FCX)
8: FCX RADAR COVERAGE
9: ELEVATION ANGLES USED IN DEFAULT HYBRID SCAN (FCX)
10: MEAN RAINFALL (PBZ)
11: MEAN RAINFALL (PBZ)
12: PBZ RADAR COVERAGE
13: PBZ RADAR COVERAGE
14: ELEVATION ANGLES USED IN DEFAULT HYBRID SCAN (PBZ)
15: DEFINING OPTIMAL COVERAGE FROM MULTIPLE RADARS
16: (Untitled)
17: (Untitled)
18: Features of RFC-wide
19: Bias computation
20: Features of Bias Correction Algorithm
21: Bias Table
22: (Untitled)
23: (Untitled)
24: (Untitled)
25: (Untitled)
26: (Untitled)
27: (Untitled)
28: (Untitled)
29: (Untitled)
30: (Untitled)
31: (Untitled)
32: (Untitled)
33: Future Enhancements
34: ABX SUMMER FREQUENCY OF RAIN
35: ABX RADAR COVERAGE
36: ABX WINTER FREQUENCY OF RAIN
37: ABX WINTER RADAR COVERAGE
38: NQA
39: NQA RADAR COVERAGE
40: (Untitled)
41: WGRFC RADAR COVERAGE
42: (Untitled)
43: (Untitled)
44: (Untitled)
45: (Untitled)
46: (Untitled)
47: (Untitled)
48: (Untitled)
49: Radar-Derived Precipitation
50: Summary and Conclusions
