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UPSC CSE Preparation
UPSC Mains — Previous Year Question
2023 GS3 Agriculture 10 Marks
Question
How does e-Technology help farmers in production and marketing of agricultural produce? Explain it.
Model Answer

Integrating electronic technology (e-Technology)—such as remote sensing satellites, Internet of Things (IoT) sensors, mobile applications, and digital platforms—into agriculture is modernizing traditional farming into data-driven precision agriculture and opening direct market access for rural producers.

Role of e-Technology in Agricultural Production

  • Precision Agriculture and Input Optimization:
    • IoT-enabled soil sensors and automated drip systems monitor moisture and nutrient depletion in real time, delivering water and fertilizers precisely to the root zone.
    • ICAR studies indicate that precision techniques can increase crop yields by up to 20% while reducing input expenses by 10%.
  • Drone-Based Surveillance and Crop Protection:
    • Kisan Drones equipped with multispectral sensors identify pest attacks, plant diseases, and weed infestations early, enabling targeted chemical spraying and reducing environmental runoff.
  • Agro-Meteorological Advisory Services:
    • Satellite telemetry and mobile apps (e.g., Meghdoot, Kisan Suvidha) provide location-specific weather alerts, allowing farmers to schedule sowing, irrigation, and harvesting to mitigate climate risks.
  • Digital Soil Health Mapping:
    • Digital Soil Health Cards provide tailored recommendations on nitrogen, phosphorus, and potassium (NPK) ratios, improving fertilizer use efficiency and soil fertility.
  • Automated Crop Loss Assessments:
    • Satellite imagery and AI-based photo-tagging under the PM Fasal Bima Yojana (PMFBY) expedite insurance claim assessments and disbursements following crop damage.

Role of e-Technology in Agricultural Marketing

  • Unified Price Discovery (e-NAM Platform):
    • The electronic National Agriculture Market (e-NAM) networks wholesale APMC mandis online, enabling farmers to access buyers across state borders and reducing reliance on local middlemen.
  • Cold Supply-Chain Tracking:
    • GPS tracking and IoT temperature loggers in refrigerated trucks monitor produce during transit, reducing post-harvest losses.
  • Direct-to-Consumer (D2C) Agri-Portals:
    • E-commerce platforms and digital Farmer Producer Organization (FPO) apps allow farmers to sell fruits, vegetables, and grains directly to urban consumers, food processors, and retail chains, improving profit margins.
  • Digital Payment Settlement:
    • Integration of direct bank transfer systems ensures transparent, immediate payment for produce, ending informal credit deductions by commission agents.
  • Access to Global Market Information:
    • Online market dashboards track international commodity price movements, phyto-sanitary standards, and export requirements, assisting farmers in planning export-oriented cultivation.

e-Technology supports agricultural productivity and market transparency, helping farmers transition from subsistence agriculture toward viable commercial enterprises.

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