Oklahoma Fire Danger Model Output Plots
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January 15, 2000
Burning Index: 01 Z 06 Z
11 Z
13 Z 15 Z
17 Z
19 Z 20 Z
21 Z
22 Z 23 Z
Energy Release Component: 01 Z 06 Z
11 Z
13 Z 15 Z
17 Z
19 Z 20 Z
21 Z
22 Z 23 Z
Ignition Component: 01 Z 06 Z
11 Z
13 Z 15 Z
17 Z
19 Z 20 Z
21 Z
22 Z 23 Z
Spread Component: 01 Z 06 Z
11 Z
13 Z 15 Z
17 Z
19 Z 20 Z
21 Z
22 Z 23 Z
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January 16, 2000
Burning Index: 01 Z 06 Z
11 Z
13 Z 15 Z
17 Z
19 Z 20 Z
21 Z
22 Z 23 Z
Energy Release Component: 01 Z 06 Z
11 Z
13 Z 15 Z
17 Z
19 Z 20 Z
21 Z
22 Z 23 Z
Ignition Component: 01 Z 06 Z
11 Z
13 Z 15 Z
17 Z
19 Z 20 Z
21 Z
22 Z 23 Z
Spread Component: 01 Z 06 Z
11 Z
13 Z 15 Z
17 Z
19 Z 20 Z
21 Z
22 Z 23 Z
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January 17, 2000
Burning Index: 01 Z 06 Z
11 Z
13 Z 15 Z
17 Z
19 Z 20 Z
21 Z
22 Z 23 Z
Energy Release Component: 01 Z 06 Z
11 Z
13 Z 15 Z
17 Z
19 Z 20 Z
21 Z
22 Z 23 Z
Ignition Component: 01 Z 06 Z
11 Z
13 Z 15 Z
17 Z
19 Z 20 Z
21 Z
22 Z 23 Z
Spread Component: 01 Z 06 Z
11 Z
13 Z 15 Z
17 Z
19 Z 20 Z
21 Z
22 Z 23 Z
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Oklahoma Mesonet Plots
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January 14, 2000
Fire Weather Plot
Station Plot
Mesonet Map
Wind Gusts
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January 15, 2000
Fire Weather Plot
Station Plot
Mesonet Map
Wind Gusts
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January 16, 2000
Fire Weather Plot
Station Plot
Mesonet Map
Wind Gusts
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January 17, 2000
Fire Weather Plot
Station Plot
Mesonet Map
Wind Gusts
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Vegetative Greenness Data
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Visual Greenness from January 6, 2000
Visual Greenness from January 13, 2000
Relative Greenness from January 6, 2000
Relative Greenness from January 13, 2000
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Keetch-Byram Drought Index
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KBDI from January 15, 2000
KBDI from January 16, 2000
KBDI from January 17, 2000
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Your Task: For the case you selected, do the following:
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1. Examine the Vegetative Greenness Data and determine the areas of the state that are most burnable based solely on the fuel characteristics.
Answer:[Case IV ]
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2. You have been given three days of Oklahoma Fire Danger Model Output with corresponding Oklahoma Mesonet plots, ending with the date and time of your case. Examine the first two days of data to learn the response of the fire danger model to diurnal changes in the weather conditions. Especially notice what the model output was like the day prior to your event.
Answer:[Case IV ]
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3. Look at the Oklahoma Mesonet products for the time of your event. Without looking at the corresponding Fire Danger products, predict the response of the Oklahoma Fire Danger Model to the event as observed by the Oklahoma Mesonet. Does the actual response agree with your assessment?
Answer:[Case IV ] |