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4. Numerical calculation of the response of the south China sea to typhoon imbudo

Author

Cui Hong, Zhang Shu-Wen, and Wang Qing-Ye

Subjects
Vertical mixing, Heat budget, Geography, South china, Mixed layer, Typhoon, Climatology, General Physics and Astronomy, Storm, Tropical cyclone
Abstract

The response of the South China Sea （SCS） to Typhoon Imbudo was examined using POM model. The results indicated that SST decreased by 2—6℃with a rightward-biased response as Typhoon Imbudo passed across the SCS. Due to a strong mixing process, the mixed layer （ML） depth deepened as much as 10—60m and ML heat budget lost 824.78W/m2, which was dominated by the vertical mixing. By the response of upper ML heat transport, the temperature below the ML increased and oscillated near the inertial period. Furthermore, strong inertial currents were generated by the storm with the max currents up to 1.4m/s in the upper ML.

Published
2009

5. BIFURCATION OF THE NORTH EQUATORIAL CURRENT DERIVED FROM ALTIMETRY IN THE PACIFIC OCEAN * [*] Project supported by the National Natural Science Foundation of China (Grants Nos: D06-40552002, 40576016) and by the Qingdao Municipal Bureau of ...

Author

WANG, Qing-ye and HU, Dun-xin

Subjects
GEOSTROPHIC currents, BIFURCATION theory, GEOGRAPHICAL positions
Abstract

ABSTRACT: The gridded (1/3°*1/3°) altimetry data from October 1992 through December 2004 were analyzed to study the seasonal and interannual variabilities of the bifurcation of the North Equatorial Current (NEC) at the surface in the western North Pacific Ocean. Calculations show that on annual average the bifurcation occurs at about 13.4°N at the surface. The geostrophic flow derived from Sea Surface Height (SSH) data shows that the southernmost latitude of the NEC bifurcation at the surface is about 12.9°N in June and the northernmost latitude is about 14.1°N in December. Correlation analyses between the bifurcation latitude and the Southern Oscillation Index (SOI) suggest that the bifurcation latitude is highly correlated with the El Niño/Southern Oscillation (ENSO) events. During the El Niño years the bifurcation of the NEC takes place at higher latitudes and vice versa. [Copyright &y& Elsevier]

Published
2006
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