Journal of Environmental Science International (한국환경과학회지)

The Korean Environmental Sciences Society (한국환경과학회)
권호 표지

On the Annual Change of Surface Wind at Seocheon, Korea

서천지방의 지상풍 연변화에 관하여

  • 문승의 (부산대학교 대기과학과) ;
  • 김백조 (기상연구소 예보연구실, 부산지방 기상청)
  • Published : 1998.06.01
Download PDF
⟨ Previous Next ⟩

Abstract

The characteristics of the basic statistics and steadiness of wind and the monthly normality test of surface wind distribution are investigated by using the observed wind data compiled from 10m meteorological observation tower at Seocheon district, where is located In the western coastal region of Korea. during the period from Feb. 7, 1996 to Feb. 7 1997 The northerly is appeared to be even in August and Sepember due to the influences of loccal circulation such as land and sea breeze. The correlation coefacients between two wind components are seemed to be positive during the in the period of from June to September and negative from October to April, respectively The constancy of wand Is high In shifts to lower values Increasing sampling time. It is found from monthly normality test based on the skewness and the excess of kurtosis coefficients that the distribution of zonal wind component is normal In spring and meridional one Is normal in late summer and early autumn.

우리나라 서해안에 위치한 서천지방 연안에 10m기상 관측탑을 설치하여 1년동안 관측한 바람자료를 사용하여 지상풍의 기초 통계량, 정상도 및 월별 정규성 검정을 조사하였다. 해륙풍과 같은 국지순환의 영향으로 8훨과 9월에 조차 북풍계열이 나타났다. 두 바람성분간의 상관계수는 6월과 9월사이, 10월과 4월사이 기간동안에 각각 양((+)과 음(-)의 값으로 나타났다. 바람의 정상도는 겨울철에 높게.여름철에 낮게 나타났다. 샘플링 시간이 증가함에 따라 S값의 modal이 감소하고 최대 발생빈도값이 5값의 낮은 영역으로의 이동이 뚜렷하게 나타났다. 패도와 초가 첨도에 기초한 월별 정규성 검정으걸 부터 바람의 동서성분은 봄철에. 남북성분은 늦여름과 초가을에 각각 정규분포를 가짐을 알 수 있었다.

Keywords

References

  1. Handbook of statistical methods in meteorology Brooks, C. E. P.;N. Carruthers
  2. Zeitsch. Met. v.17 Zur windbestndigkeit in Sachsen Flemming, G.
  3. J. of the Korean Environmental Sciences Society v.5 no.4 Observation of structural change of low level atmosphere due to effect of sea breeze Jeon, B. I.(et al)
  4. J. of the Korean Environmental Sciences Society v.3 no.1 On the characteristic of wind over Pusan coastel area, Korea Jeon, B. I.;Y. K. Kim;H. W. Lee
  5. Master Thesis of Pusan National University On the annual variation of some aerological factors in the central part of the Korean peninsula Kim, Y. K.
  6. J. of the Korean Environmental Sciences Society v.5 no.6 On the low level strong wind occurring at the downwind side of the Kumjeong mountain Lim, S. J.(et al)
  7. Meteological Summary Australia Bureau of Meteo. Upper wind statistics, Australia Maher, J. V.;J. N. Marea
  8. J. of Korean Meteor. Soc.(to be published) Time series model to simulate and forecast with speed and wind power: with an application in Cheju, Korea Moon, S. E.(et al)
  9. J. of Korean Meteor. Soc. v.33 no.2 Climatological characteristics of the Nopsae wind Moon, S. E.(et al)
  10. Master Thesis of Pusan National University Estimation of height and atmospheric variable in the coastal internal boundary layer Moon, Y. S.
  11. Sea breeze in the southwestern coastal area(at Gunsan) of Korea(Ⅱ) MRI/KMA
  12. Adh. Met. Dienst. DDR v.6 Die windverhltnisse in Sachsen Pleiss, H.
  13. Arch. Met. Geoph. Biokl. v.12 Die windverhltniss im Davoser Hochtal Schepp, M.(et al)
  14. Journal of applied meteorology v.6 Steadness of the wind Singer, I. A.
  15. J. Appl. Meteor. v.6 Comparison of estimated and measured longterm $^{131}I$ concentrations from a continuous elevated source Smith, M. E.;A. P. Hull;C. M. Nagle