Download presentation
Presentation is loading. Please wait.
Published byChester Woods Modified over 9 years ago
1
ATM 601 Research Ideas Ben, Casey, Michael, Philippe, Stephanie
2
The Project We Are Excited About Using a multi-scale perspective for studying high impact flooding. – Event criteria provided by Stevenson and Schumacher (2014)
5
Watch this maximum move northeastward over the next 4 6hr periods
8
So yes mesoscale heavy rainfall, but surprisingly long and persistent mesoscale feature
9
Radar Reflectivity 1200 UTC 12 Aug 2014
10
Radar Reflectivity 1400 UTC 12 Aug 2014
11
Radar Reflectivity 1600 UTC 12 Aug 2014
12
Radar Reflectivity 1800 UTC 12 Aug 2014
13
Radar Reflectivity 2000 UTC 12 Aug 2014
14
Radar Reflectivity 2200 UTC 12 Aug 2014
15
Radar Reflectivity 0000 UTC 13 Aug 2014
16
Radar Reflectivity 0200 UTC 13 Aug 2014
17
Radar Reflectivity 0400 UTC 13 Aug 2014
18
Radar Reflectivity 0600 UTC 13 Aug 2014
19
Radar Reflectivity 0800 UTC 13 Aug 2014
20
Radar Reflectivity 1000 UTC 13 Aug 2014
21
Radar Reflectivity 1200 UTC 13 Aug 2014
22
Radar Reflectivity 1400 UTC 13 Aug 2014
24
300-hPa height, temp, divergence, wind 0400 UTC 13 Aug 2014
25
300-hPa height, temp, divergence, wind 0600 UTC 13 Aug 2014
26
300-hPa height, temp, divergence, wind 0800 UTC 13 Aug 2014
27
300-hPa height, temp, divergence, wind 1000 UTC 13 Aug 2014
28
300-hPa height, temp, divergence, wind 1200 UTC 13 Aug 2014
29
300-hPa height, temp, divergence, wind 1400 UTC 13 Aug 2014
30
500-hPa
36
700-hPa
42
925-hPa
48
MSLP, 10m Winds, 2m Temp, Frontogenesis 0400 UTC 13 Aug 2014
49
MSLP, 10m Winds, 2m Temp, Frontogenesis 0600 UTC 13 Aug 2014
50
MSLP, 10m Winds, 2m Temp, Frontogenesis 0800 UTC 13 Aug 2014
51
MSLP, 10m Winds, 2m Temp, Frontogenesis 1000 UTC 13 Aug 2014
52
MSLP, 10m Winds, 2m Temp, Frontogenesis 1200 UTC 13 Aug 2014
53
MSLP, 10m Winds, 2m Temp, Frontogenesis 1400 UTC 13 Aug 2014
54
MSLP, 10m Winds, 2m Temp, Frontogenesis 1600 UTC 13 Aug 2014
Similar presentations
© 2024 SlidePlayer.com. Inc.
All rights reserved.