1997International Journal of Remote SensingRequires access

Satellite sea surface temperature patterns

William J. Emery, Yang Yu

Open publisher page 27 citations

Abstract

Thermal infrared imagery from the Advanced Very High Resolution Radiometer (AVHRR) is used to compute 10-day composite sea surface temperature (SST) maps in the western tropical Pacific. Three different SST algorithms are used with the same input data to demonstrate the similarities in spatial patterns of the different algorithms despite overall magnitude differences of the SST. Colour images and histograms demonstrate the similarities of the large-scale ( 100km) spatial patterns with different absolute magnitude levels. Features with smaller spatial scales differ between the SST algorithms with the skin SST fine structure differing the most from the other two buoy-calibrated SSTs. The difference between the two AVHRR thermal infrared channels was found to correspond with the atmospheric moisture pattern. Studies of large-scale SST pattern may be conducted with any SST algorithm.

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What this paper is about

Thermal infrared imagery from the Advanced Very High Resolution Radiometer (AVHRR) is used to compute 10-day composite sea surface temperature (SST) maps in the western tropical Pacific. Three different SST algorithms are used with the same input data to demonstrate the similarities in spatial patterns of the different algorithms despite overall magnitude differences of the SST. Colour images and histograms demonstrate the similarities of the large-scale ( 100km) spatial patterns with different absolute magnitude levels. Features with smaller spatial scales differ between the SST algorithms with the skin SST fine structure differing the most from the other two buoy-calibrated SSTs. The difference between the two AVHRR thermal infrared channels was found to correspond with the atmospheric moisture pattern. Studies of large-scale SST pattern may be conducted with any SST algorithm.

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Available abstract

Thermal infrared imagery from the Advanced Very High Resolution Radiometer (AVHRR) is used to compute 10-day composite sea surface temperature (SST) maps in the western tropical Pacific. Three different SST algorithms are used with the same input data to demonstrate the similarities in spatial patterns of the different algorithms despite overall magnitude differences of the SST. Colour images and histograms demonstrate the similarities of the large-scale ( 100km) spatial patterns with different absolute magnitude levels. Features with smaller spatial scales differ between the SST algorithms with the skin SST fine structure differing the most from the other two buoy-calibrated SSTs. The difference between the two AVHRR thermal infrared channels was found to correspond with the atmospheric moisture pattern. Studies of large-scale SST pattern may be conducted with any SST algorithm.

Key concepts: Advanced very-high-resolution radiometer, Sea surface temperature, Buoy, Satellite, Remote sensing, Environmental science, Scale (ratio), Radiometry

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