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Agricultural UAV/Drone in operation at the ICARDA test field
Agricultural drone (UAV) equipped with hyperspectral camera for mapping
Characterization of crop fallows for agricultural intensification, length of crop fallows duration between two crops in one year in Eastern Gangetic plains from 2000 to 2014.
Characterization of the crop fallows using remote sensing for agricultural intensification and diversification in Eastern Gangetic plains. Time series satellite data (MODIS and Landsat) were used to map the length of crop ...
An inytergrated Web-tools for Spatial Data Access, Archiving and Geoinformatics Capacity and Support
Geoinformatics Portal for Agro-Ecosystems (GeoAgro), part of its integrated systems research portfolio. This online resource provides comprehensive information encompassing all geospatial genres in a streamlined system: ...
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 ...
Estimating the Area, Timing and Duration of Rice Fallows for Agricultural Intensification in India
Estimating the Area, Timing and Duration of Rice Fallows for Agricultural
Intensification in India. A pilot study for developing geospatial datasets for near-real time applications
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
Ground truth data from the Ferghana valley for remote sensing analysis and validation
Ground truth data for land use and land cover mapping and crop productivity and land degradation assessment