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A COMPARISON OF THUNDERSTORM ANVILS IN OBSERVED GOES-13 AND SYNTHETIC IMAGERY. Louie Grasso and Dan Lindsey. 11 APRIL 2013. OBSERVED GOES-13. Figure 1: Observed GOES-13 10.7 µm Tb on 0015 UTC 11 April 2013. 4 KM NESTED NAM.
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A COMPARISON OF THUNDERSTORM ANVILS IN OBSERVED GOES-13 AND SYNTHETIC IMAGERY Louie Grasso and Dan Lindsey
OBSERVED GOES-13 Figure 1: Observed GOES-13 10.7 µm Tb on 0015 UTC 11 April 2013.
4 KM NESTED NAM Figure 2: Synthetic GOES-13 10.7 µm Tb on 0000 UTC 11 April 2013.
4 KM NSSL WRF-ARW Figure 3: Synthetic GOES-R 10.35 µm Tb on 0000 UTC 11 April 2013.
OBSERVED GOES-13 Figure 1: Observed GOES-13 10.7 µm Tb on 0702 UTC 30 April 2013.
Figure 2: Synthetic GOES-13 10.7 µm Tb on 0700 UTC 30 April 2013.
4 KM NSSL WRF-ARW Figure 3: Synthetic GOES-R 10.35 µm Tb on 0700 UTC 30 April 2013.
OBSERVED GOES-13 Figure 1: Observed GOES-13 10.7 µm Tb on 0402 UTC 2 May 2013.
Figure 2: Synthetic GOES-13 10.7 µm Tb on 0400 UTC 2 May 2013.
4 KM NSSL WRF-ARW Figure 3: Synthetic GOES-R 10.35 µm Tb on 0400 UTC 2 May 2013.
OBSERVED GOES-13 19 MAY 2013 Figure 1: Observed GOES-13 10.7 µm Tb on 0402 UTC 19 May 2013.
4 KM NESTED NAM Figure 2: Synthetic GOES-13 10.7 µm Tb on 0400 UTC 19 May 2013.
4 KM NSSL WRF-ARW Figure 3: Synthetic GOES-R 10.35 µm Tb on 0400 UTC 19 May 2013.
OBSERVED GOES-13 Figure 1: Observed GOES-13 10.7 µm Tb on 0402 UTC 21 May 2013.
4 KM NESTED NAM Figure 2: Synthetic GOES-13 10.7 µm Tb on 0400 UTC 21 May 2013.
4 KM NSSL WRF-ARW Figure 3: Synthetic GOES-R 10.35 µm Tb on 0400 UTC 21 May 2013.