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This+satellite-derived+image+shows+a+seasonal+crop+pattern+in+India.+It+was+created+as+part+of+experiments+on+estimating+crop+yields+and+net-sown+crop+area+and+agricultural+drought+assessment.+Presently+studies+are+in+progress+for+a+Crop+Insurance+Decision+Support+System+%28CIDSS%29%2C+crop+intensification%2C+mapping+and+assessment+of+high-value+crops%2C+assessing+agricultural+drought+vulnerability%2C+and+related+subjects.+Concepts+for+future+agriculture+applications+in+India+include+crop+surveillance+systems%2C+local+to+regional+crop+scales%2C+and+user-friendly+dashboards+to+help+with+decision+making.
Government of India, National Remote Sensing Centre, Indian Space Research Organisation (ISRO), with assistance of Curator Rajib Nath.

This satellite-derived image shows a seasonal crop pattern in India. It was created as part of experiments on estimating crop yields and net-sown crop area and agricultural drought assessment. Presently studies are in progress for a Crop Insurance Decision Support System (CIDSS), crop intensification, mapping and assessment of high-value crops, assessing agricultural drought vulnerability, and related subjects. Concepts for future agriculture applications in India include crop surveillance systems, local to regional crop scales, and user-friendly dashboards to help with decision making.


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