Journal of Korean Society for Atmospheric Environment (한국대기환경학회지)

Korean Society for Atmospheric Environment (한국대기환경학회)
권호 표지

Yearly Variation and Influencing Factors of Ozone Concentration in the Ambient Air of Seoul

서울시 대기중 오존오염도의 연도별 변화와 그 영향인자 분석: 광화문 지역을 중심으로

  • Lee, Ki-Won (The Institute for Environmental Research, Yonsei University) ;
  • Kwon, Sook-Pyo (The Institute for Environmental Research, Yonsei University) ;
  • Chung, Yong (The Institute for Environmental Research, Yonsei University)
  • 이기원 (연세대학교 환경공해연구소) ;
  • 권숙표 (연세대학교 환경공해연구소) ;
  • 정용 (연세대학교 환경공해연구소)
  • Published : 1993.03.01
Download PDF
⟨ Previous Next ⟩

Abstract

This study was carried out to find the characteristics of surface ozone concentration data obtained during 1988-1991 by the Korea Ministry of Environment. Seasonal data (spring, summer, autumn and winter) wre obtained in May, August, November and February respectively at Kwanghwamun in Seoul. The pollutants analyzed in this study are $SO_2, TSP, CO, NO, NO_2 and NO_2/NO$. Atmospheric factors such as solar radiation, wind speed, relative humidity, cloud amount and atmospheric temperature are also analyzed. The influence of pollutants and atmospheric factors that affect ozone concentration were analyzed by statistical method. The results are summarized as follows : 1. The ozone concentration varied seasonally. The maximum values were 23 ppb in spring, 33 ppb in summer, 16 ppb in autumn and 13 ppb in winter. So the seasonal ozone value was highest in Summer. 2. Te diurnal concentration of ozone was highest during 2-4 P. M. and was very low in the morning and evening. 3. The maximal correlation coefficients of each season between ozone concentration and the influencing pollutants or atmospheric factors asr as follows ; a. spring, r = 0.44(solar radiation) b. summer, r = -0.59(relative humidity) c. autumn, r = -0.55(relative humidity) d. winter, r = -0.58($NO_2$) 4. The major factor affecting the ozone concentration in spring was solar radiation, Relative humidity was the first affecting factor in summer, autumn and $NO_2$ concentration was dominant in winter.

Keywords

References

  1. 환경보전 v.6 no.2 대기오염도에 영향을 미치는 기후요소 분석 권숙표;정용;장재연;박영미
  2. J. Basic Science v.2 no.1 대기 경계층내 Ozone농도의 일변화 모형에 관한 연구 김필수
  3. 한국대기보전학회지 v.2 no.1 서울시 대기중 오존의 오염도와 그 영향인자 분석 정용;장재연;권숙표
  4. 예방의학회지 v.19 no.1 오염물질지수(PSI)를 이용한 대기질의 평가 정용;장재연;권숙표
  5. 한국대기보전학회지 v.7 no.3 서울 수도권 지역의 광화학오존에 관한 연구 정용승;정재섭
  6. J. Atmospheric Environment v.18 no.2 A Comparison of Chemical Mechamisms used in Atomospheric Models Dunker,A.M.;Kumar,S.;Berzins,P.H.
  7. J. AWMA v.42 no.2 Surface-Level Ozone:Climate Change and Evidence for Trends Allen,S.l.;Douglas,S.S.;Uwe,F.(et al.)
  8. J. APCA v.38 no.12 High Resolution Characterization of Ozone Data for Sites Located in Forested Areas of the United States Allen,S.L.;John,E.P.
  9. J. APCA v.38 no.1 Pulmonary Response to Ozone Exposure on Healthy Individuals Aged 55 Years or Greater Christopher,S.R.;Jane,Q.K.;Michael.S.M.
  10. J. APCA v.38 no.7 California Statewide Assessment of the Effects of Ozone on Crop Productivity David,M.O.;Homero,C.;Thompson,C.R.
  11. Environmental Air Pollution Dix,H.M.
  12. J. APCA v.39 no.1 The Role of Atmospheric Chemistry in Climate Change Donald,J.W.;Keith,E.G.;Peter,S.C.(et al.)
  13. J. APCA v.37 Trends and Relationships of O₃, NOx and HC in the South Coast Air Basin California Gurkan,K.;Tai,Y.C.
  14. J. APCA v.38 no.8 Reduction in Soybean Seed Yields by Ozone Air Pollution? Howard,E.H.
  15. J. AWMA v.41 no.11 Characterization of Ozone During Consecutive Drought and Wet Years at Rural West Virginia Site Pamela,J.E.;Frederica,W.;James,N.K.
  16. J. APCA v.41 no.1 A Comparison of Ozone Injury to Vegetation During Moist and Drought Years Ray,E.S.
  17. J. Atmospheric Environment v.18 no.10 Evaluation of Urban Photochemical Models for regulatory use Robin,L.D.;Mary,W.D.
  18. J. APCA v.39 no.1 Ozone Trends in Atlanta, Georgia: Have Emission Controls Been Effective? Ronald,W.L.;Jennifer,L.R.;William,L.C.
  19. J. APCA v.41 no.9 Annual and Multi-Year Variability in Ozone Expected Exceedances Thomas,M.;Richard,A.
  20. J. AWMA v.40 no.2 Seasonal Ozone Levels and Control by Seasonal Meteorology Vito,P.
  21. J. Atmospheric Environment v.19 no.1 Observations of Stratospheric Ozone at the ground level in Regina, Canada T.S.Chung;T.Dann