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Abstract

Geostrophic water transport by the equatorial countercurrent is compared with the observed sea level difference between two pairs of islands situated north and south of the current. The high correlation between the transport and the sea level difference makes it possible to construct a time series for the countercurrent transport over a 21-year period. The countercurrent carries warm water into the eastern tropical Pacific, and fluctuations in its strength give rise to temperature anomalies off Central America. Periods of exceptionally high transport by the countercurrent in the western Pacific coincide with the occurrence of El Niño several thousand kilometers downstream and demonstrate the existence of teleconnections between events in the Pacific Ocean.

References

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Published In

Science
Volume 180 | Issue 4081
6 April 1973

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Published in print: 6 April 1973

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Klaus Wyrtki
Department of Oceanography, University of Hawaii, Honolulu 96822

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Cited by
  1. The Hawaii to Tahiti Shuttle Experiment, Science, 211, 4477, (22-28), (1981)./doi/10.1126/science.211.4477.22
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  2. Predicting and Observing El Niño, Science, 191, 4225, (343-346), (1976)./doi/10.1126/science.191.4225.343
    Abstract
  3. Response of the Equatorial Countercurrent to the Subtropical Atmosphere, Science, 181, 4106, (1244-1245), (1973)./doi/10.1126/science.181.4106.1244
    Abstract
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