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84 products in 12 categories |
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84 products in 12 categories |
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GOES 18 - Clear Sky Masks
[G18-ACMFc]
The GOES Clear Sky Mask (also known as the Cloud Mask) is a satellite dataproduct from the NOAA GOES-R Series that classifies every image pixel as clear or cloudy to support weather forecasting and environmental...
The GOES Clear Sky Mask (also known as the Cloud Mask) is a satellite data product from the NOAA GOES-R Series that classifies every image pixel as clear or cloudy to support weather forecasting and environmental monitoring.
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GOES 18 - Cloud Mask (4 level)
[G18-ACM]
The clear sky mask algorithm takes advantage of the high spatial andtemporal resolution of the GOES-R ABI visible, near-infrared, and infrared bands to automatically produce a cloud classification for each pixel:...
The clear sky mask algorithm takes advantage of the high spatial and temporal resolution of the GOES-R ABI visible, near-infrared, and infrared bands to automatically produce a cloud classification for each pixel: cloudy, probably cloudy, clear, or probably clear. This information is used extensively by downstream level-2 product algorithms that require the state of cloudiness in each pixel. Products such as land surface temperature (LST) and sea surface temperature (SST), for example, can only be reliably computed for pixels that are totally cloud free. The clear sky mask product can be used by the numerical weather prediction (NWP) community to identify which ABI pixel information should be assimilated for use in NWP models.
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NOAA-20 (asc) - Phase
[j01-asc-phase]
The NOAA JPSS VIIRS EDR Metadata classifies cloud thermodynamic phase fromthe Visible Infrared Imaging Radiometer Suite (VIIRS) into categories including liquid water, supercooled water, mixed phase, optically thin ice,...
The NOAA JPSS VIIRS EDR Metadata classifies cloud thermodynamic phase from the Visible Infrared Imaging Radiometer Suite (VIIRS) into categories including liquid water, supercooled water, mixed phase, optically thin ice, optically thick ice, and multilayered ice
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GOES 18 - Clear Sky Masks
[G18-ACMFc]
The GOES Clear Sky Mask (also known as the Cloud Mask) is a satellite dataproduct from the NOAA GOES-R Series that classifies every image pixel as clear or cloudy to support weather forecasting and environmental...
The GOES Clear Sky Mask (also known as the Cloud Mask) is a satellite data product from the NOAA GOES-R Series that classifies every image pixel as clear or cloudy to support weather forecasting and environmental monitoring.
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GOES 18 - Cloud Mask (4 level)
[G18-ACM]
The clear sky mask algorithm takes advantage of the high spatial andtemporal resolution of the GOES-R ABI visible, near-infrared, and infrared bands to automatically produce a cloud classification for each pixel:...
The clear sky mask algorithm takes advantage of the high spatial and temporal resolution of the GOES-R ABI visible, near-infrared, and infrared bands to automatically produce a cloud classification for each pixel: cloudy, probably cloudy, clear, or probably clear. This information is used extensively by downstream level-2 product algorithms that require the state of cloudiness in each pixel. Products such as land surface temperature (LST) and sea surface temperature (SST), for example, can only be reliably computed for pixels that are totally cloud free. The clear sky mask product can be used by the numerical weather prediction (NWP) community to identify which ABI pixel information should be assimilated for use in NWP models.
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GOES 18 - RGB
[G18-daynight]
True color - day
Cloud microphysics - night
True color - day
Cloud microphysics - night
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Himawari-9 - RGB
[H09-RGB341]
Red: 0.64 µm: Red
Green: 0.86 µm: Veggie
Blue 0.47 µm: Blue
Red: 0.64 µm: Red
Green: 0.86 µm: Veggie
Blue 0.47 µm: Blue
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GOES 18 - RGB
[G18-daynight]
True color - day
Cloud microphysics - night
True color - day
Cloud microphysics - night
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Himawari-9 - RGB
[H09-RGB341]
Red: 0.64 µm: Red
Green: 0.86 µm: Veggie
Blue 0.47 µm: Blue
Red: 0.64 µm: Red
Green: 0.86 µm: Veggie
Blue 0.47 µm: Blue
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Himawari-8 - RGB
[H08-RGB341-precip]
Daytime: Bands 3,4,1
Night: Band 13
Daytime: Bands 3,4,1
Night: Band 13
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NOAA-20 (asc) - Phase
[j01-asc-phase]
The NOAA JPSS VIIRS EDR Metadata classifies cloud thermodynamic phase fromthe Visible Infrared Imaging Radiometer Suite (VIIRS) into categories including liquid water, supercooled water, mixed phase, optically thin ice,...
The NOAA JPSS VIIRS EDR Metadata classifies cloud thermodynamic phase from the Visible Infrared Imaging Radiometer Suite (VIIRS) into categories including liquid water, supercooled water, mixed phase, optically thin ice, optically thick ice, and multilayered ice
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