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Vegetation phenology change is one of the most sensitive and direct indicators of global climate change. It is very important to make an accurate understanding of the spatial and temporal of vegetation phenology variation in the Tibetan Plateau. Based on MODIS(Moderate-Resolution Imaging Spectroradiometer) NDVI (Normalized Difference Vegetation Index) data from 2001 to 2013, we studied the extraction...
Precise estimations of zonal net primary production (NPP) are vital for understanding global carbon circulation. To estimate NPP, light use efficiency (LUE) model using normalized differential vegetation index (NDVI) has been used mainly. NDVI is obtained from red and near-infrared channels only, however, recent sensors onboard satellites always have hyper-multi-spectral channels; In order to use...
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