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20 Jan 2022 - 16:08 EST
20 Jan 2022 - 21:08 UTC

GOES-West PACUS - 4

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4 - Cirrus - Near IR - 20 Jan 2022 - 2006 UTC
4 - Cirrus - Near IR - 20 Jan 2022 - 2006 UTC
4 - Cirrus - Near IR - 20 Jan 2022 - 2011 UTC
4 - Cirrus - Near IR - 20 Jan 2022 - 2011 UTC
4 - Cirrus - Near IR - 20 Jan 2022 - 2016 UTC
4 - Cirrus - Near IR - 20 Jan 2022 - 2016 UTC
4 - Cirrus - Near IR - 20 Jan 2022 - 2021 UTC
4 - Cirrus - Near IR - 20 Jan 2022 - 2021 UTC
4 - Cirrus - Near IR - 20 Jan 2022 - 2026 UTC
4 - Cirrus - Near IR - 20 Jan 2022 - 2026 UTC
4 - Cirrus - Near IR - 20 Jan 2022 - 2031 UTC
4 - Cirrus - Near IR - 20 Jan 2022 - 2031 UTC
4 - Cirrus - Near IR - 20 Jan 2022 - 2036 UTC
4 - Cirrus - Near IR - 20 Jan 2022 - 2036 UTC
4 - Cirrus - Near IR - 20 Jan 2022 - 2041 UTC
4 - Cirrus - Near IR - 20 Jan 2022 - 2041 UTC
4 - Cirrus - Near IR - 20 Jan 2022 - 2046 UTC
4 - Cirrus - Near IR - 20 Jan 2022 - 2046 UTC
4 - Cirrus - Near IR - 20 Jan 2022 - 2051 UTC
4 - Cirrus - Near IR - 20 Jan 2022 - 2051 UTC
4 - Cirrus - Near IR - 20 Jan 2022 - 2056 UTC
4 - Cirrus - Near IR - 20 Jan 2022 - 2056 UTC
4 - Cirrus - Near IR - 20 Jan 2022 - 2101 UTC
4 - Cirrus - Near IR - 20 Jan 2022 - 2101 UTC
 

About 4

1.37 µm - Cirrus Band - 2 km resolution - Band 4 will detect very thin cirrus clouds during the day. This band is centered in a strong water vapor absorption spectral region. It does not routinely sense the lower troposphere, where there is substantial water vapor, and thus provides excellent daytime sensitivity to high, very thin cirrus under most circumstances.

• For more details, see the Band 4 - ABI Quick Information Guide, (PDF, 532 KB)