Effect of forest fires on the air quality in seoul from mopitt measurements

Jhoon Kim; Hee Choon Lee; David Edwards; Hyun Ki Hong; Hyo Suk Lim

Effect of forest fires on the air quality in seoul from mopitt measurements

Jhoon Kim, Hee Choon Lee, David Edwards, Hyun Ki Hong, Hyo Suk Lim

Department of Atmospheric Sciences

Research output: Contribution to journal › Conference article

Abstract

Measurements of CO whose principal sources arise from anthropogenic emissions such as biomass burning and forest fires, is very useful for tracing fire emissions in the atmosphere. In this study, intense fires in the southeast part of Russia in May, 2003 are studied with the satellite data from MODIS and MOPITT. The AOD distribution from the MODIS for May, 2003 show stretched regions of high AODs near the Korean Peninsula. The column densities of CO from the MOPITT for May, 2003 also show enhanced values. Correlation between CO and AOD are investigated for the forest fire case. In addition to this correlation between AOD and CO, the loadings of CO into the atmosphere are studied using the 5-year MOPITT data by estimating emission anomaly of CO in 2003 Russian forest fires.

Original language	English
Journal	European Space Agency, (Special Publication) ESA SP
Issue number	628
Publication status	Published - 2006 Jul 1
Event	1st Atmospheric Science Conference - Frascati, Italy Duration: 2006 May 8 → 2006 May 12

All Science Journal Classification (ASJC) codes

Aerospace Engineering
Space and Planetary Science

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Kim, J., Lee, H. C., Edwards, D., Hong, H. K., & Lim, H. S. (2006). Effect of forest fires on the air quality in seoul from mopitt measurements. European Space Agency, (Special Publication) ESA SP, (628).

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title = "Effect of forest fires on the air quality in seoul from mopitt measurements",

abstract = "Measurements of CO whose principal sources arise from anthropogenic emissions such as biomass burning and forest fires, is very useful for tracing fire emissions in the atmosphere. In this study, intense fires in the southeast part of Russia in May, 2003 are studied with the satellite data from MODIS and MOPITT. The AOD distribution from the MODIS for May, 2003 show stretched regions of high AODs near the Korean Peninsula. The column densities of CO from the MOPITT for May, 2003 also show enhanced values. Correlation between CO and AOD are investigated for the forest fire case. In addition to this correlation between AOD and CO, the loadings of CO into the atmosphere are studied using the 5-year MOPITT data by estimating emission anomaly of CO in 2003 Russian forest fires.",

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T1 - Effect of forest fires on the air quality in seoul from mopitt measurements

AU - Kim, Jhoon

AU - Lee, Hee Choon

AU - Edwards, David

AU - Hong, Hyun Ki

AU - Lim, Hyo Suk

PY - 2006/7/1

Y1 - 2006/7/1

N2 - Measurements of CO whose principal sources arise from anthropogenic emissions such as biomass burning and forest fires, is very useful for tracing fire emissions in the atmosphere. In this study, intense fires in the southeast part of Russia in May, 2003 are studied with the satellite data from MODIS and MOPITT. The AOD distribution from the MODIS for May, 2003 show stretched regions of high AODs near the Korean Peninsula. The column densities of CO from the MOPITT for May, 2003 also show enhanced values. Correlation between CO and AOD are investigated for the forest fire case. In addition to this correlation between AOD and CO, the loadings of CO into the atmosphere are studied using the 5-year MOPITT data by estimating emission anomaly of CO in 2003 Russian forest fires.

AB - Measurements of CO whose principal sources arise from anthropogenic emissions such as biomass burning and forest fires, is very useful for tracing fire emissions in the atmosphere. In this study, intense fires in the southeast part of Russia in May, 2003 are studied with the satellite data from MODIS and MOPITT. The AOD distribution from the MODIS for May, 2003 show stretched regions of high AODs near the Korean Peninsula. The column densities of CO from the MOPITT for May, 2003 also show enhanced values. Correlation between CO and AOD are investigated for the forest fire case. In addition to this correlation between AOD and CO, the loadings of CO into the atmosphere are studied using the 5-year MOPITT data by estimating emission anomaly of CO in 2003 Russian forest fires.

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