Agri-tech offers productivity gains, but structural challenges remain | Current Affairs | Vision IAS

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Agri-tech offers productivity gains, but structural challenges remain

2 min read

Innovations in Indian Agriculture: Agri-Drones and Digital Agriculture

The Indian agricultural sector is rapidly adopting innovations, particularly agri-drones and digital agriculture, to enhance productivity, reduce costs, and empower farmers.

Agri-Drones

  • A significant development is the launch of Garuda Aerospace's agri-drone indigenisation facility in Chennai, capable of manufacturing over 100,000 drones in the next two years.
  • Inauguration of 300 Centres of Excellence (CoE) to foster skills and research & development in drone manufacturing.
  • Plans to train self-help groups (SHGs) and young people in drone operations aim to create rural employment and increase technology penetration in farming.
  • Agri-drones can cover 10 times the area of manual sprayers in a day, conserving pesticides, fertilizers, water, and minimizing exposure to harmful chemicals.
  • Subsidies under the Sub-Mission on Agricultural Mechanisation offer up to 100% assistance for demonstration drones and 75% support for FPOs purchasing drones.
  • The Drone Didi initiative plans to provide 15,000 drones to women-led SHGs by 2026, enhancing agricultural services.
  • Drone indigenisation reduces reliance on imports and allows for customized drones suited to Indian agricultural conditions.

Digital Agriculture

  • The Digital Agriculture Mission and the creation of Agri Stack integrate land records, farmer IDs, and crop data.
  • Digital tools can enhance transparency, improve credit access, and target subsidies and insurance effectively.
  • Pilot projects have already issued digital farmer IDs and conducted geo-tagged crop surveys across 436 districts.
  • Integration with AI models and real-time satellite data can aid in crop monitoring and provide precision farming recommendations.

Challenges and Solutions

  • High costs, inadequate rural connectivity, and a lack of trained operators limit access.
  • The fragmented land parcels of small and marginal farmers necessitate shared infrastructure for efficient drone usage.
  • Issues of data privacy and ownership need addressing.
  • Many farmers are unfamiliar with digital tools, and benefits are often skewed towards well-resourced regions.

To overcome these challenges, there is a need for decentralized capacity building and fostering farmer trust by:

  • Investing in last-mile training.
  • Ensuring SHGs and FPOs can own and operate drones.
  • Protecting farmers' data rights.
  • Strengthening digital infrastructure in underserved areas.
  • Tags :
  • Digital Agriculture
  • Agri-Drones
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