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   "name": "NDVI NDWI CCI Raw with Cloud And Water Mask",
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   "description": "Bands shortwave IR-2, shortwave IR-1, blue (7, 6, 2) with dynamic range adjustment and cloud mask applied. Highlights geological features.",
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   "description": "Natural Color bands red, green, blue(4, 3, 2) displayed with fixed stretch and cloud mask applied.",
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   "description": "Natural Color bands red, green, blue (4, 3, 2) displayed with dynamic range adjustment and cloud mask applied.",
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   "description": "Natural Color bands red, green, blue (4, 3, 2) displayed with dynamic range adjustment applied.",
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   "description": "Normalized difference vegetation index (NDVI) with colormap and cloud mask. Dark green represents vigorous vegetation and brown represents sparse vegetation. It is computed as (b5 - b4) / (b5 + b4) and is suitable for vegetation, land cover and plant health monitoring.",
   "help": ""
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  {
   "name": "NDVI Colormap",
   "description": "Normalized difference vegetation index (NDVI) with colormap. Dark green represents vigorous vegetation and brown represents sparse vegetation. It is computed as (b5 - b4) / (b5 + b4) and is suitable for vegetation, land cover and plant health monitoring.",
   "help": ""
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   "description": "Normalized difference vegetation index (NDVI) computed as (b5 - b4) / (b5 + b4) and is suitable for vegetation, land cover and plant health monitoring. Also includes a cloud mask.",
   "help": ""
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   "description": "Normalized difference vegetation index (NDVI) computed as (b5 - b4) / (b5 + b4) and is suitable for vegetation, land cover and plant health monitoring.",
   "help": ""
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   "name": "NDWI Raw with Cloud Mask",
   "description": "The NDWI index is computed as Green(Band03)-NIR(Band05)/ Green(Band03)+NIR(Band05) and is most suitable for mapping of water bodies, droughts, boundary evaluation. Water bodies have strong absorbability and low radiation within the visible to infrared spectral ranges and this index is based on this phenomenon. Also includes a cloud mask.",
   "help": ""
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   "name": "NDWI Raw",
   "description": "The NDWI index is computed as Green(Band03)-NIR(Band05)/ Green(Band03)+NIR(Band05) and is most suitable for mapping of water bodies, droughts, boundary evaluation. Water bodies have strong absorbability and low radiation within the visible to infrared spectral ranges and this index is based on this phenomenon.",
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   "description": "The NBR index is computed as NIR(Band05)-SWIR(Band7)/NIR(Band05)+SWIR(Band7) and appropriate for highlighting burned areas and estimating fire severity. It highlights burnt areas in fire zones greater than 500 acres. You will need to generate a differenced NBR image by subtracting a post-fire image from a pre-fire image. The resulting darker pixels represent burned areas. This index also contains a cloud mask.",
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   "name": "Normalized Burn Ratio",
   "description": "The NBR index is computed as NIR(Band05)-SWIR(Band7)/NIR(Band05)+SWIR(Band7) and appropriate for highlighting burned areas and estimating fire severity. It highlights burnt areas in fire zones greater than 500 acres. You will need to generate a differenced NBR image by subtracting a post-fire image from a pre-fire image. The resulting darker pixels represent burned areas.",
   "help": ""
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   "name": "Normalized Difference Built-Up Index (NDBI) with Cloud Mask",
   "description": "The NDBI index is computed as SWIR(Band6)-NIR(Band05)/ SWIR(Band6)+NIR(Band05) and is suitable for watershed runoff predictions, tracking urbananisation and land-use planning. It highlights urban areas with higher reflectance in the SWIR region, compared to the NIR region. This index also contains a cloud mask.",
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   "help": ""
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