Krishi-DSS: Indian Agriculture with Space Technology
The Department of Agriculture & Farmers’ Welfare (DoAFW), in collaboration with ISRO, has launched the Krishi-Decision Support System (DSS), a first-of-its-kind geospatial platform for real-time agricultural data analysis.
This initiative underscores the potential of space technology in enhancing agricultural productivity, especially in the context of climate change, drought monitoring, and precision farming.
Recently, the Ministry of Agriculture & Farmers’ Welfare organized a one-day conference titled "Space-Driven Solutions for Agricultural Transformation in India" to highlight the pivotal role of space technology in enhancing agricultural productivity.
During this event, Shri Bhagirath Choudhary, Minister of State for Agriculture, unveiled the Krishi-Decision Support System (DSS) – a geo-spatial platform designed to provide real-time insights to stakeholders, thereby revolutionizing Indian agriculture.
The Significance of Krishi-DSS
Krishi-DSS is the first of its kind geospatial platform specifically created to address the challenges of Indian agriculture. Developed with inputs from ISRO, the Department of Space, and other key agencies, the platform offers comprehensive, real-time access to satellite imagery, weather information, soil health, groundwater levels, and crop health data. This data-driven approach helps in informed decision-making for crop management, disaster response, and optimizing agricultural productivity.
The system integrates multiple advanced modules to monitor weather patterns, soil conditions, crop health, and drought indicators. By offering near real-time data, Krishi-DSS provides timely information on potential risks like dry spells and drought conditions, which can be vital for preventive measures.
Key Features of Krishi-DSS:
Real-Time Data Access:
Provides real-time data on weather patterns, soil health, groundwater levels, and reservoir conditions.
Drought Monitoring:
Tracks rainfall deviations and soil moisture to forecast droughts, enabling timely interventions.
Crop Mapping & Monitoring:
Supports analysis of crop rotation and patterns through parcel-level data over multiple years.
Field Parcel Segmentation:
Enables precision farming by segmenting agricultural land into parcels for tailored interventions.
Soil Health Monitoring:
Through the "One Nation-One Soil Information System," farmers access data on soil pH, type, and health for sustainable practices.
Ground Truth Data Library:
Offers spectral data and ground truthing for enhancing accuracy in agricultural research and solutions.
Conclusion
The launch of Krishi-DSS symbolizes India's commitment to leveraging space-driven solutions for agricultural resilience. This system is expected to play a critical role in achieving food security, promoting sustainable agriculture, and mitigating the impacts of climate change on the agricultural sector.
For more details, access the platform at Krishi-DSS.
