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• W2928474017 abstract "Nighttime cool skin sea surface temperature (SST) signals, defined in this study as the differences between the SSTskin from the Advanced Along-Track Scanning Radiometer (AATSR) onboard Envisat satellite and in situ SSTs from drifting buoys and moorings, ΔT = SSTskin − SSTinsitu, are investigated on a global scale from July 2002 to April 2012. Global mean ΔT, averaged over the full study period, is −0.13 K, with most values falling between −0.1 and −0.2 K. The dominant role of wind speed on the ΔT is shown, with weaker winds usually corresponding to a cooler skin. The effect of air-sea temperature difference is also significant: warm skin (ΔT > 0 K) can be observed under large positive air-sea temperature differences. Other geophysical variables, such as the total column water vapor, in situ SST, and net heat flux, also affect ΔT, but to a lesser degree. Significant increase of ΔT size with SSTinsitu is observed when SSTinsitu is >28 °C. Tropical waters, such as the tropical Indian Ocean and the tropical warm pool (western Pacific and eastern Indian Ocean), are more frequently covered with a cool skin, largely due to the calm winds, very warm waters (especially for SSTinsitu >28 °C), and other environmental conditions supporting the development of large cool skin events. The ΔT seasonal pattern in the southern hemisphere is more regular, compared to the northern hemisphere. In both hemispheres, larger cool skin signals are seen during the local summer, mainly due to weaker winds. According to several previous cool skin models, higher winds tend to result in thinner cool skin layer depths, and hence in smaller ΔT amplitudes, regardless of stronger evaporation and heat loss. Given that wind is closely coupled with waves and turbulent mixing with wave breaking, the dependencies of ΔT on a few wave parameters are also investigated. A strong (moderate) dependency of ΔT on wave height (wave steepness) is identified, while the dependency of ΔT on wave breaking probability is less discernible." @default.
• W2928474017 created "2019-04-11" @default.
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• W2928474017 date "2019-06-01" @default.
• W2928474017 modified "2023-10-13" @default.
• W2928474017 title "Cool skin signals observed from Advanced Along-Track Scanning Radiometer (AATSR) and in situ SST measurements" @default.
• W2928474017 cites W1655707056 @default.
• W2928474017 cites W1965261933 @default.
• W2928474017 cites W1975156711 @default.
• W2928474017 cites W1978648105 @default.
• W2928474017 cites W1979170537 @default.
• W2928474017 cites W1984230673 @default.
• W2928474017 cites W1985037632 @default.
• W2928474017 cites W1985686478 @default.
• W2928474017 cites W1991271304 @default.
• W2928474017 cites W1995609103 @default.
• W2928474017 cites W1999182385 @default.
• W2928474017 cites W1999642172 @default.
• W2928474017 cites W2000359037 @default.
• W2928474017 cites W2001605389 @default.
• W2928474017 cites W2003713192 @default.
• W2928474017 cites W2005525977 @default.
• W2928474017 cites W2009018246 @default.
• W2928474017 cites W2011820488 @default.
• W2928474017 cites W2012619579 @default.
• W2928474017 cites W2012816482 @default.
• W2928474017 cites W2016528389 @default.
• W2928474017 cites W2016728865 @default.
• W2928474017 cites W2016985066 @default.
• W2928474017 cites W2019583228 @default.
• W2928474017 cites W2021118805 @default.
• W2928474017 cites W2024266234 @default.
• W2928474017 cites W2025680774 @default.
• W2928474017 cites W2030524543 @default.
• W2928474017 cites W2035173900 @default.
• W2928474017 cites W2042173009 @default.
• W2928474017 cites W2045199457 @default.
• W2928474017 cites W2045805503 @default.
• W2928474017 cites W2049699234 @default.
• W2928474017 cites W2051535566 @default.
• W2928474017 cites W2051867183 @default.
• W2928474017 cites W2052292231 @default.
• W2928474017 cites W2056821602 @default.
• W2928474017 cites W2059633791 @default.
• W2928474017 cites W2064196215 @default.
• W2928474017 cites W2064735755 @default.
• W2928474017 cites W2071296107 @default.
• W2928474017 cites W2079040213 @default.
• W2928474017 cites W2079688204 @default.
• W2928474017 cites W2081685044 @default.
• W2928474017 cites W2103325883 @default.
• W2928474017 cites W2103799316 @default.
• W2928474017 cites W2108617162 @default.
• W2928474017 cites W2110153007 @default.
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• W2928474017 cites W2113938166 @default.
• W2928474017 cites W2121745948 @default.
• W2928474017 cites W2122164336 @default.
• W2928474017 cites W2122937325 @default.
• W2928474017 cites W2124384003 @default.
• W2928474017 cites W2134330445 @default.
• W2928474017 cites W2146730583 @default.
• W2928474017 cites W2160474263 @default.
• W2928474017 cites W2160624586 @default.
• W2928474017 cites W2162660560 @default.
• W2928474017 cites W2163350905 @default.
• W2928474017 cites W2167080687 @default.
• W2928474017 cites W2173085987 @default.
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• W2928474017 doi "https://doi.org/10.1016/j.rse.2019.03.035" @default.
• W2928474017 hasPublicationYear "2019" @default.
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