{ "culture": "de-CH", "name": "", "guid": "", "catalogPath": "", "snippet": "The widely used normalized difference vegetation index NDVI, and its derived condition a nd productivity indices, give an indication on the current greenness of the biomes as well as on their situation comparing to the long-term average.Even though it is not a physical property of the vegetation cover, its very simple formulation: NDVI = (REF_nir \u2013 REF_red)/(REF_nir + REF_red) where REF_nir and REF_red are the spectral reflectances measured in the near infrared and red wavebands respectively, makes it widely used for ecosystems monitoring.", "description": "
etna<\/SPAN>ndvicopc01122018<\/SPAN>.tif<\/SPAN><\/P> etna: <\/SPAN>National Dataset Ethiopia<\/SPAN><\/P> ndvi<\/SPAN>: <\/SPAN>Normalised Difference Vegetation Index<\/SPAN><\/P> copc<\/SPAN>: <\/SPAN>Copernicus<\/SPAN><\/P> 0112<\/SPAN>: <\/SPAN>Day and Month<\/SPAN><\/P> 2018: <\/SPAN>Year of observation<\/SPAN><\/P> webm: <\/SPAN>WebMercator projection<\/SPAN><\/P><\/DIV><\/DIV><\/DIV>",
"summary": "The widely used normalized difference vegetation index NDVI, and its derived condition a nd productivity indices, give an indication on the current greenness of the biomes as well as on their situation comparing to the long-term average.Even though it is not a physical property of the vegetation cover, its very simple formulation: NDVI = (REF_nir \u2013 REF_red)/(REF_nir + REF_red) where REF_nir and REF_red are the spectral reflectances measured in the near infrared and red wavebands respectively, makes it widely used for ecosystems monitoring.",
"title": "etnandvicopc01122018webm.tif",
"tags": [
"Ethiopia",
"vegetation",
"land cover",
"index",
"green cover"
],
"type": "",
"typeKeywords": [],
"thumbnail": "",
"url": "",
"minScale": 50000000,
"maxScale": 50000,
"spatialReference": "",
"accessInformation": "Copernicus Global Land Service: https://land.copernicus.eu/global/products/ndvi",
"licenseInfo": ""
}