2012
DOI: 10.9765/kscoe.2012.24.3.217
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Analysis of Abnormal Wave at the West Coast on 31 March 2007

Abstract: On 31 March 2007, the abnormal wave occurred along western coast of Korean including Yeonggwang. In this paper, this event is studied using available field measurement data for the event analysis and numerical model for reproducing the unknown waves. We found several 1-min interval tidal elevation and mean sea level pressure (MSLP) data along the western coast of Korea and analyzed it using wavelet technique. We computed the arrival time and the propagation direction of abnormal wave using wavelet results and … Show more

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Cited by 11 publications
(16 citation statements)
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“…The air pressure jump arrived at GN on 30 March 23:45 and it moved to KS and BA on 31 March 01:05 and 01:25, respectively (Figure a). The movement of the air pressure jump was also observed at other meteorological stations along the west coast of Korea and the estimated moving speed of the air pressure jump was about 24–28 m/s [ Choi et al ., ; Eom et al ., ]. The air pressure jump height, the pressure difference from minimum to maximum pressure, was about 4.2 hPa, and the air pressure jump passed a weather observation station within 7 min.…”
Section: Resultsmentioning
confidence: 99%
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“…The air pressure jump arrived at GN on 30 March 23:45 and it moved to KS and BA on 31 March 01:05 and 01:25, respectively (Figure a). The movement of the air pressure jump was also observed at other meteorological stations along the west coast of Korea and the estimated moving speed of the air pressure jump was about 24–28 m/s [ Choi et al ., ; Eom et al ., ]. The air pressure jump height, the pressure difference from minimum to maximum pressure, was about 4.2 hPa, and the air pressure jump passed a weather observation station within 7 min.…”
Section: Resultsmentioning
confidence: 99%
“…[] reproduced the long wave amplitude similar to the observation within the eastern part of the Yellow Sea; whereas, Eom et al . [] used the whole Yellow Sea as their two‐dimensional model domain. The long ocean wave was not observed in the north of 37°N, which implies that the long wave was possibly generated within our model domain or the amplitude of long waves was very small in the north of 37°N.…”
Section: Data and Model Descriptionmentioning
confidence: 99%
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