Tests of sensors to provide data for predictive models are recommended from flights over the North Pacific subtropical convergence zone or other oceanic convergent zones that are known or
expected to congregate DFG. For example, synthetic aperture radar, while incapable of penetrating the water column, may be more useful than satellite imagery in mapping convergent oceanic features in the North Pacific subtropical convergence zone because of its ability to penetrate cloud cover (Mace, 2012). Field testing, with ground-truthing, of cloud-penetrating sensors such as SAR, capable of detecting oceanic convergent features, is encouraged as related to DFG detection.
Tests of sensors to provide data for predictive models are recommended from flights over the North Pacific subtropical convergence zone or other oceanic convergent zones that are known orexpected to congregate DFG. For example, synthetic aperture radar, while incapable of penetrating the water column, may be more useful than satellite imagery in mapping convergent oceanic features in the North Pacific subtropical convergence zone because of its ability to penetrate cloud cover (Mace, 2012). Field testing, with ground-truthing, of cloud-penetrating sensors such as SAR, capable of detecting oceanic convergent features, is encouraged as related to DFG detection.
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