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Quantification of cropping pattern and productivity of agro-ecosystems in Central Asia
Quantification of cropping pattern and productivity of agro-ecosystems in Central Asia
Remote sensing derived vegetation indices and phenology products
Geospatial data and information for the agro-ecosystems derived from satellite remote sensing data
Quantification of cropping pattern and productivity of agro-ecosystems in Central Asia
Agricultural production systems in Central Asia have been evolving in response to changes in climate, land use and policies. The cropping pattern and productivities of irrigated and rainfed agro-ecosystems as well as grazing ...
Quantification of Land Degradation and Productivity of Agro-Ecosystems under Changing Climate and Land Use
Agro-ecosystems in dry areas are sensitive to changes in climate
and land use. The productivities of these agro-ecosystems are
highly variable in both spatial and temporal scales. Accurate and
up-to-date information on ...
Satellite-based analysis and monitoring of agro-ecosystems and land degradation and desertification in Central Asia
The Central Asia includes six countries (Kazakstan, Uzbekistan, Kyrgystan, Tajistan,
Afganistan, Turkmenistan). Grassland degradation and desertification in the Central Asia has
been accelerated over the past few decades ...
Assessment of the agricultural production with satellite earth observation – A case study in Fergana Valley, Uzbekistan
Assessment of the agricultural production with satellite earth observation – A case study in Fergana Valley, Uzbekistan (will updated once final manuscript is published
Central Asia and Xingjiang province (China) monthly potential evapotranspiration 10_40_A1b_A0
Central Asia and Xingjiang Province (China) monthly Potential Evapo Transpiration 10_40_A1b_A0
Land surface temperature phenology in Cetral Asia from 2003-2013 at 8-days interval (total number of layers 132): End of the growing season at 0 degree centigrade
Land surface temperature phenology in Cetral Asia from 2003-2013 at 8-days interval (total number of layers 132): End of the growing season at 0 degree centigrade
Satellite-based modelling and monitoring of grasslands, croplands and land degradation
Satellite-based modelling and monitoring of grasslands, croplands and land degradation