Download - Case Study for Forest Fire Episode
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Case Study for Forest Fire Episode
16 Wrap sites 20% worst case days with OC dominant
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OC above the 95% Percentile Except REDW1
Location Bext Percentile OC PercentileBRCA1 Bryce Canyon National Park UT 0.851851852 0.950617284BRID1 Bridger Wilderness WY 0.831325301 0.987951807DENA1 Denali National Park AK 0.943661972 0.985915493GLAC1 Glacier National Park MT 0.91 0.96GRBA1 Great Basin National Park NV 0.936842105 0.978947368GRSA1 Great Sand Dunes National Monument CO 0.900990099 0.99009901JARB1 Jarbidge Wilderness NV 0.978494624 0.978494624LOPE1 Lone Peak Wilderness UT 0.901098901 0.989010989MORA1 Mount Rainier National Park WA 0.967391304 1MOZI1 Mount Zirkel Wilderness CO 0.967032967 0.978021978REDW1 Redwood National Park CA 0.849462366 0.741935484ROMO1 Rocky Mountain National Park CO 0.938271605 1SNPA1 Snoqualamie Pass, Snoqualamie N.F WA 0.976190476 1THSI1 Three Sisters Wilderness OR 0.989010989 0.989010989WEMI1 Weminuche Wilderness CO 0.85106383 0.978723404YELL2 Yellowstone National Park 2 WY 0.880434783 0.967391304
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OC and EC concentrations on July 10 were more than ~50% higher than the average of July 1999. The ratios are similar for the sites in the same region.
0
0.5
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DENA1
REDW1
THSI1
MORA1
SNPA1
GRBA1
JARB1
BRCA1
LOPE1
GRSA1
MOZI1
ROMO1
WEM
I1
BRID1
YELL2
GLAC1
Rat
io o
f C
on
cen
trat
ion
on
Ju
ly 1
0 to
199
9 Ju
ly A
vera
ge
OC
LAC
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From WA and OR
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From CA From CA and UT
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From UT
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From Canada
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OC/EC is relatively higher during the forest fire episode
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OC
no
nso
il K
(K
-0.6
*Fe)
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0.06
0.08
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0.12
0.14
0.16
0.18
0 0.2 0.4 0.6 0.8 1 1.2
EC
no
nso
il K
(K
-0.6
*Fe)Relationship between nonsoil
K and OC/EC on July 10, 1999
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OC/EC concentrations are weakly related to the nonsoil K concentrations in BRID (Bridger Wilderness, WY) during the year 1999
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0.02
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0 0.05 0.1 0.15 0.2 0.25 0.3 0.35
EC
No
nso
il K
(K
-0.6
*Fe)
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Another Episode – Larger Area is Influenced
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y = 0.0233x - 0.0233
R2 = 0.5688
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OC
no
nso
il K
y = 0.1536x - 0.0204
R2 = 0.5772
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0 0.2 0.4 0.6 0.8 1 1.2
EC
no
nso
il KRelationship between nonsoil
K and OC/EC on August 2, 2000
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y = 0.0241x - 0.008
R2 = 0.8277
-0.02
0
0.02
0.04
0.06
0.08
0.1
0.12
0.14
0 1 2 3 4 5 6
OC
no
nso
il K
y = 0.1701x - 0.0068
R2 = 0.8656
-0.02
0
0.02
0.04
0.06
0.08
0.1
0.12
0.14
0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8
EC
no
nso
il K
Relatively good correlations have been found between OC/EC concentrations and nonsoil K concentrations in MOZI1 (Mount Zirkel Wilderness, CO) during the year 2000
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Summary
• Forest fire can be regional phenomenon – one fire can influence multiple sites, and one site may be influenced by multiple fire events.
• OC concentrations on July 10 were more than ~50% higher than the average of July 1999. The increase ratios are similar for the sites in the same region.
• OC/EC is relatively higher during the forest fire episode – forest fire emits more OC than EC compare with other anthropogenic sources.
• OC and K concentrations are relatively higher during the forest fire episodes, and some correlation may be found between them.
• Relatively good correlations have been found between OC/EC concentrations and nonsoil K concentrations in MOZI1 (Mount Zirkel Wilderness, CO) during the year 2000
• Try to find measurements of CO – one important indicator of biomass burning, in the surrounding regions.