E. B. Kraus’s research while affiliated with Woods Hole Oceanographic Institution and other places

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Publications (1)


Comment on ‘Local interactions between the sea and the air at monthly and annual time scales’
  • Article

January 1974

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19 Reads

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18 Citations

E. B. Kraus

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R. E. Morrison

A statistical analysis of wind, air, dew-point and sea-temperature records from all nine weather ships in the North Atlantic shows local variations between years which are highly significant when compared with variations within months. The fluctuations show a consistent pattern with a scale of more than 500 miles in the atmosphere and a persistence over several months. The horizontal extent of sea-surface temperature anomalies appears to be somewhat smaller, but they tend to last longer than air-temperature anomalies. Short-period variations in the flux of latent and sensible heat are due predominantly to atmospheric variations, particularly in winter. The effect of sea-surface temperature anomalies is somewhat greater in summer, though it becomes significant only on the annual time scale.

Citations (1)


... In contrast to the wind spectrum, which is highest at wavenumber 1, the maximum variance of the simulated SST occurs at wavenumbers 2 and 3. This corresponds roughly to the observed scale of the dominant SST anomaly patterns, which are typically several thousand kilometers in diameter, and is also consistent with the observation that the dominant scales of the SST anomalies appear to be somewhat smaller than the scales of air temperature or sea-level pressure anomalies (e.g. Kraus & Morrison, 1966; Davis, 1976). Although our ocean-atmosphere model is admittedly highly simplified, the main features of the SST spectral response to short time scale weather forcing appear to be reproduced reasonably well in the numerical experiments. ...

Reference:

Stochastic climate models, Part II Application to sea-surface temperature anomalies and thermocline variability
Comment on ‘Local interactions between the sea and the air at monthly and annual time scales’
  • Citing Article
  • January 1974