GOES-18 Interleave Testing - Has ended. GOES-West data now supplied from operational GOES-17 satellite.
GOES-18 expected to become operational GOES-West in January 2023. See GOES-18 Interleave Testing for more information.
19 Mar 2024 - 09:55 EDT
19 Mar 2024 - 13:55 UTC
GOES-East CONUS - Band 4
1 hour loop - 12 images - 5 minute update
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Band 4 - 1.37 µm - Cirrus - Near IR - 19 Mar 2024 - 1256 UTC
Band 4 - 1.37 µm - Cirrus - Near IR - 19 Mar 2024 - 1301 UTC
Band 4 - 1.37 µm - Cirrus - Near IR - 19 Mar 2024 - 1306 UTC
Band 4 - 1.37 µm - Cirrus - Near IR - 19 Mar 2024 - 1311 UTC
Band 4 - 1.37 µm - Cirrus - Near IR - 19 Mar 2024 - 1316 UTC
Band 4 - 1.37 µm - Cirrus - Near IR - 19 Mar 2024 - 1321 UTC
Band 4 - 1.37 µm - Cirrus - Near IR - 19 Mar 2024 - 1326 UTC
Band 4 - 1.37 µm - Cirrus - Near IR - 19 Mar 2024 - 1331 UTC
Band 4 - 1.37 µm - Cirrus - Near IR - 19 Mar 2024 - 1336 UTC
Band 4 - 1.37 µm - Cirrus - Near IR - 19 Mar 2024 - 1341 UTC
Band 4 - 1.37 µm - Cirrus - Near IR - 19 Mar 2024 - 1346 UTC
Band 4 - 1.37 µm - Cirrus - Near IR - 19 Mar 2024 - 1351 UTC
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.
Band 4 is a visible channel and is therefore black during nighttime hours.