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Article: A numerical investigation of the local ocean response to westerly wind burst forcing in the Western Equatorial Pacific
- Article from:
- Journal of Physical Oceanography
- Article date:
- June 1, 1999
- Author:
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Copyright informationCopyright American Meteorological Society Jun 1999. Provided by ProQuest LLC. (Hide copyright information)
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(Manuscript received 9 March 1998, in final form 18 September 1998)
ABSTRACT
Numerical simulations of the local equatorial ocean response to idealized westerly wind burst (WWB) forcing are described. In particular, the authors examine the development and evolution of the subsurface westward jet (SSWJ) that has been observed to accompany these wind events. This westward current is interpreted as the signature of equatorial waves that accompany the downwelling and upwelling that occurs along the edges of the wind forcing region. Some important features of the SSWJ include maximum intensity toward the eastern edge of the forcing region, a time lag between the wind forcing and peak SSWJ ...