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Training and Outreach
SLIDER
Loop of the Day
Calibration/Validation and Visualization
GOES-R Proving Ground
GOES-R Case Study Database
Hurricane LILI – (30 September – 4 October 2002)
Observed GOES-8
8 km Visible
14 km Water Vapor
4 km Thermal Infrared
ETA Model Analysis
ETA analysis SLP, 500mb heights
30 Sep – 4 Oct 2002
ETA analysis 850mb winds and 950mb temp
30 Sep – 4 Oct 2002
Radar
Lake Charles, LA radar – 3 Oct 2003, 04:48 – 20:26 UTC
Lake Charles, LA radar – same times but every 5 images (much shorter loop)
RAMS Simulations
3.9 µm ABI channel
6.185 µm ABI channel
6.95 µm ABI channel
7.34 µm ABI channel
8.5 µm ABI channel
9.61 µm ABI channel
10.35 µm ABI channel
11.2 µm ABI channel
12.3 µm ABI channel
13.3 µm ABI channel
Lake Effect Snow – (12 – 14 February 2003)
Observed GOES-8
1 km Visible – 12 February 2003
1 km Visible – 13 February 2003
1 km Visible – 14 February 2003
8 km Water Vapor
4 km Thermal Infrared
ETA Model Analysis
ETA analysis SLP, 500mb heights
12 – 14 Feb 2003
ETA analysis 850mb winds and 950mb temp
12 – 14 Feb 2003
Radar
Composite Radar Reflectivity
09:24 UTC 12 Feb – 03:30 UTC 13 Feb
Composite Radar Reflectivity – same times but every 5 images (much shorter loop)
RAMS Simulations
3.9 µm ABI channel
6.185 µm ABI channel
6.95 µm ABI channel
7.34 µm ABI channel
8.5 µm ABI channel
9.61 µm ABI channel
10.35 µm ABI channel
11.2 µm ABI channel
12.3 µm ABI channel
13.3 µm ABI channel
Severe Weather Event – (8 – 9 May 2003)
Observed GOES-12
1 km Visible – 8 May 2003
1 km Visible – 9 May 2003
4 km Thermal Infrared – 8 May 2003
4 km Thermal Infrared – 9 May 2003
4 km Water Vapor – 8 May 2003
4 km Water Vapor – 9 May 2003
ETA Model Analysis
ETA analysis SLP, 500mb heights
7-9 May 2003
ETA analysis 850mb winds and 950mb temp
7-9 May 2003
RAMS Simulations
– 1800 – 0000 UTC
3.9 µm ABI channel
6.185 µm ABI channel
6.95 µm ABI channel
7.34 µm ABI channel
8.5 µm ABI channel
9.61 µm ABI channel
10.35 µm ABI channel
11.2 µm ABI channel
12.3 µm ABI channel
13.3 µm ABI channel
10.35 – 12.3 µm product
10.35 – 6.185 µm product
CAPE DPI – 2-km grid spacing
CIN DPI – 2-km grid spacing
Precipitable Water DPI – 2-km grid spacing
Simulated Fire Study over Kansas – 8-9 May 2003
Observed GOES-12
1 km Visible – 8 May 2003
1 km Visible – 9 May 2003
4 km Thermal Infrared – 8 May 2003
4 km Thermal Infrared – 9 May 2003
4 km Water Vapor – 8 May 2003
4 km Water Vapor – 9 May 2003
ETA Model Analysis
ETA analysis SLP, 500mb heights
7-9 May 2003
ETA analysis 850mb winds and 950mb temp
7-9 May 2003
RAMS Simulations
3.9 µm ABI channel
6.185 µm ABI channel
6.95 µm ABI channel
7.34 µm ABI channel
8.5 µm ABI channel
9.61 µm ABI channel
10.35 µm ABI channel
11.2 µm ABI channel
12.3 µm ABI channel
13.3 µm ABI channel
10.35 – 12.3 µm product
10.35 – 6.185 µm product
CAPE DPI – 2-km grid spacing
CIN DPI – 2-km grid spacing
Precipitable Water DPI – 2-km grid spacing
Simulated Fire Study over Kansas – 8-9 May 2003
Observed GOES-12
Visible – 8 May 2003
Visible – 9 May 2003
Thermal Infrared – 8 May 2003
Thermal Infrared – 9 May 2003
Water Vapor – 8 May 2003
Water Vapor – 9 May 2003
Constant Fire Temperature – No Clouds
3.9 µm ABI channel
10.35 µm ABI channel
11.2 µm ABI channel
Constant Fire Temperature – With Clouds
3.9 µm ABI channel
10.35 µm ABI channel
11.2 µm ABI channel
Flickering Fires – No Clouds
3.9 µm ABI channel
10.35 µm ABI channel
11.2 µm ABI channel
3.9 µm GOES-12 channel
10.7 µm GOES-12 channel
Central America Fires – (24 April 2004)
Observed GOES-12
Visible Loop
3.9 µm Loop
RAMS Simulations
3.9 µm ABI channel
10.35 µm ABI channel
11.2 µm ABI channel
3.9 µm GOES-12 channel
10.7 µm GOES-12 channel
WRF Simulations
3.9 µm ABI channel
10.35 µm ABI channel
11.2 µm ABI channel
California Fires – 23 October 2007
Observed GOES-11
Visible Loop
3.9 µm Loop
10.7 µm Loop
RAMS Simulations
GOES-R 2.25 µm Loop
GOES-R 3.9 µm Loop
GOES-R 10.35 µm Loop
GOES-R 11.2 µm Loop
GOES-11 3.9 µm Loop
GOES-11 10.7 µm Loop
California Fires – 26 October 2007
Observed GOES-11
Visible Loop
3.9 µm Loop
10.7 µm Loop
RAMS Simulations
GOES-R 3.9 µm Loop
GOES-R 10.35 µm Loop
GOES-R 11.2 µm Loop
GOES-11 3.9 µm Loop
GOES-11 10.7 µm Loop
Mississippi Valley Fires – 5 November 2008
Observed GOES-11
Visible Loop
3.9 µm Loop
10.7 µm Loop
Hurricane Wilma – (19 October 2005)
Observed GOES-12
Visible Loop
3.9 µm Loop
10.7 µm Loop
RAMS Simulations
3.9 µm ABI channel
6.185 µm ABI channel
6.95 µm ABI channel
7.34 µm ABI channel
8.5 µm ABI channel
9.61 µm ABI channel
10.35 µm ABI channel
11.2 µm ABI channel
12.3 µm ABI channel
13.3 µm ABI channel
Southeast U.S. MCS – (3-4 April 2007)
Observed GOES-12
Visible Loop
3.9 µm Loop
6.7 µm Loop
10.7 µm Loop
Hurricane Isabel – (8 – 18 September 2003)
GOES-12 Visible (Super Rapid Scan when available)
1 km Visible – 8 September 2003
1 km Visible – 9 September 2003
1 km Visible – 10 September 2003
1 km Visible – 11 September 2003
1 km Visible – 12 September 2003
1 km Visible – 13 September 2003
1 km Visible – 14 September 2003
1 km Visible – 15 September 2003
1 km Visible – 16 September 2003
1 km Visible – 17 September 2003
1 km Visible – 18 September 2003
GOES-12 Infrared
4 km Infrared – 8 September 2003
4 km Infrared – 9 September 2003
4 km Infrared – 10 September 2003
4 km Infrared – 11 September 2003
4 km Infrared – 12 September 2003
4 km Infrared – 13 September 2003
4 km Infrared – 14 September 2003
4 km Infrared – 15 September 2003
4 km Infrared – 16 September 2003
4 km Infrared – 17 September 2003
4 km Infrared – 18 September 2003
MODIS
Aqua Band 31 Infrared – 12 Sep 0530 UTC
Terra Band 31 Infrared – 12 Sep 1455 UTC
Fog Event – (11 January 2004)
Observed GOES-10
1 km Visible
8 km Thermal Infrared
MODIS
Aqua True Color – 2120 UTC
Terra Band 31 Infrared – 0605 UTC
Aqua Band 31 Infrared – 2120 UTC
Polar Low – (15 August 2004, NW of Norway)
AVHRR
AVHRR 4 km Visible
AVHRR 5 km Infrared
MODIS Images
Aqua 250 m Visible – 0325 UTC
Aqua 1 km Band 32 Infrared – 0325 UTC
Terra 500 m True Color – 1115 UTC
Terra 250 m Visible – 1115 UTC
Terra 1 km Band 32 Infrared – 1115 UTC
Terra 250 m Visible – 1920 UTC
MODIS Loops
True Color 500m Loop (3 times)
The MODIS loops below each closely correspond to a channel from the GOES-R Advanced Baseline Imager:
Band 1 1-km Loop (0.645 µm)
Band 2 1-km Loop (0.858 µm)
Band 3 1-km Loop (0.469 µm)
Band 7 1-km Loop (2.130 µm)
Band 22 1-km Loop (3.959 µm)
Band 28 1-km Loop (7.325 µm)
Band 29 1-km Loop (8.550 µm)
Band 30 1-km Loop (9.730 µm)
Band 31 1-km Loop (11.030 µm)
Band 33 1-km Loop (13.335 µm)
Fog Event – (19 November 2004)
Observed GOES-10
1 km Visible Loop
4 km Infrared Loop
4 km Fog Product Loop
MODIS (Aqua) – 2115 UTC
True Color – 1-km
Band 1 (0.645 µm) High Res 250-m
Band 1 (0.645 µm) 1-km
Band 2 (0.858 µm) 1-km
Band 3 (0.469 µm) 1-km
Band 7 (2.130 µm) 1-km
Band 22 (3.959 µm) 1-km
Band 28 (7.325 µm) 1-km
Band 29 (8.550 µm) 1-km
Band 30 (9.730 µm) 1-km
Band 31 (11.030 µm) 1-km
Band 32 (12.032 µm) 1-km
Band 33 (13.335 µm) 1-km
Tropical Cyclone – southwest Indian Ocean – (22 January 2005)
Meteosat 2nd Generation Loops
MSG Band 1 (0.635 µm)- Visible
MSG Band 2 (0.81 µm)- Visible
MSG Band 3 (1.64 µm)- Ice/Water
MSG Band 4 (3.92 µm)- Shortwave IR
MSG Band 5 (6.25 µm)- Water Vapor
MSG Band 6 (7.35 µm)- Water Vapor
MSG Band 7 (8.7 µm)- Ice/Water
MSG Band 8 (9.66 µm)- Ozone
MSG Band 9 (10.8 µm)- Longwave IR
MSG Band 10 (12.0 µm)- Longwave IR
MSG Band 11 (13.4 µm)- Carbon Dioxide
MSG Band 12 (0.75 µm)- Broadband Visible
MODIS
Band 1 (0.645 µm) 1-km
Band 2 (0.858 µm) 1-km
Band 3 (0.469 µm) 1-km
Band 7 (2.130 µm) 1-km
Band 22 (3.959 µm) 1-km
Band 28 (7.325 µm) 1-km
Band 29 (8.550 µm) 1-km
Band 30 (9.730 µm) 1-km
Band 31 (11.030 µm) 1-km
Band 32 (12.032 µm) 1-km
Band 33 (13.335 µm) 1-km
Severe Weather Event – (24 May 2005)
Observed GOES-12
1 km Visible Loop
4 km Infrared Loop
4 km 3.9 µm Loop
MODIS (Aqua) – 2010 UTC
Band 1 (0.645 µm) 1-km Enhanced Visible
Band 1 (0.645 µm) 1-km
Band 3 (0.469 µm) 1-km
Band 7 (2.130 µm) 1-km
Band 22 (3.
959
µm) 1-km
Band 28 (7.325 µm) 1-km
Band 29 (8.550 µm) 1-km
Band 30 (9.730 µm) 1-km
Band 31 (11.030 µm) 1-km
Band 32 (12.032 µm) 1-km
Band 33 (13.335 µm) 1-km
Case Description
24 May 05 Satellite Interpretation Discussion
Volcano Reventador Eruption – (3-5 November 2002)
GOES-8 Loops
Visible – 3 Nov – 1215-2215 UTC
Infrared – 3 Nov – 1215-2315 UTC
Infrared – 3-4 Nov – 2345-1215 UTC
Infrared – 4-5 Nov – 1245-0115 UTC
Channel 4-5 Difference – 3 Nov – 1215-2315 UTC
Channel 4-5 Difference – 3-4 Nov – 2345-1215 UTC
Channel 4-5 Difference – 4-5 Nov – 1245-0115 UTC
Channel 2/4 Reflectivity – 3 Nov – 1215-2145 UTC
Channel 4-2 Difference – 3-4 Nov – 2215-1045 UTC
Channel 2/4 Reflectivity – 4 Nov – 1115-2145 UTC
Channel 2,4,5 Product – 3 Nov – 1215-2315 UTC
Channel 2,4,5 Product – 3-4 Nov – 2345-1215 UTC
Channel 2,4,5 Product – 4-5 Nov – 1245-0115 UTC
3.9 µm – 3 Nov – 1215-2315 UTC
3.9 µm – 3-4 Nov – 2345-1215 UTC
3.9 µm – 4-5 Nov – 1245-0115 UTC
Channel 3 Water Vapor – 3 Nov – 1215-2315 UTC
False Color Composite – 3-4 Nov – 2215-1045 UTC
MODIS and AIRS (Aqua) – 4 Nov – 0625 UTC
MODIS Band 31 (11.0 µm) 1-km Infrared
MODIS Band 31-32 (11.0-12.0 µm) 1-km
MODIS Band 29-32 (8.5-12.0 µm) 1-km
MODIS Band 31-22 (11.0-3.9 µm) 1-km
MODIS Band 28-27 (7.3-6.8 µm) 1-km
AIRS Brightness Temp v/s wavelength plot (pt A in next image)
AIRS Band 1285-988 (8.144-10.053 µm) 13-km
AIRS Band 641-1137 (11.61-9.33 µm) 13-km
AIRS Band 2348-1137 (3.80-9.33 µm) 13-km
AIRS Band 1372-1477 (7.778-7.435 µm) 13-km