From the Green Revolution to modern precision farming, targeted technology missions have been instrumental in addressing production bottlenecks, improving farm yields, and building long-term food security across India’s agro-climatic zones.

Major Technology Missions in Indian Agriculture

• Technology Mission on Oilseeds & NMEO: Initiated in 1986 to curb edible oil imports, its principles now guide the National Mission on Edible Oils (NMEO-Oilseeds), which targets 69.7 million tonnes of domestic oilseed production by 2030–31.
• National Food Security Mission (NFSM): Launched in 2007 to enhance production of rice, wheat, and pulses through improved seed varieties, farm mechanization, and resource conservation techniques.
• Mission for Aatmanirbharta in Pulses: Deploys short-duration, disease-resistant pulse varieties, cluster-based demonstrations, and specialized procurement to achieve self-sufficiency in protein crops.
• National Mission on Sustainable Agriculture (NMSA): Promotes climate-resilient farming, water-use efficiency through micro-irrigation (Per Drop More Crop), and integrated nutrient management for rainfed belts.
• Seed Genetic Innovations: ICAR-NARS released 1,956 high-yielding, biofortified, and stress-tolerant seed varieties/hybrids between 2014 and 2022, including India’s first non-GMO, high-expansion popcorn maize hybrid.
• Post-Harvest Engineering Missions: ICAR-Central Institute of Agricultural Engineering (ICAR-CIAE) developed energy-efficient dal mills, solar grain dryers, mechanized onion storage systems, and millet-processing machinery to minimize post-harvest damage.

Role of Technology Missions in Food Security

• Enhancing Foodgrain Availability: Targeted missions expanded national food output; the initial phase of the NFSM contributed an additional 25 million tonnes of foodgrains, supporting buffer stocks for the National Food Security Act (NFSA).
• Addressing Nutritional Deficits: Prioritizing biofortified pulses, coarse cereals, and millets helps combat widespread protein and micronutrient deficiencies (“hidden hunger”).
• Mitigating Production Shocks: Stress-tolerant, drought-hardy, and flood-resilient crop varieties developed by ICAR help maintain stable yields despite erratic monsoons.
• Minimizing Post-Harvest Wastage: Decentralized cold-storage innovations—such as the solar-powered Pusa-Farm Sun Fridge—enable smallholders to preserve perishable produce and reduce distress sales.
• Price and Market Discovery: Integrating farm outputs with digital platforms like e-NAM (National Agriculture Market) enhances transparency and helps stabilize food supply chains.
• Smallholder Mechanization: Custom Hiring Centres (CHCs) provide small and marginal farmers access to modern tractors, seed drills, and harvesters on a rental basis, improving operational efficiency.

Structural Limitations

• Unequal Adoption Rates: Fragmented landholdings—with 67.1% of operational holdings being marginal (<1 hectare)—limit individual investment in modern farm technologies.
• Persistent Edible Oil Deficits: Despite earlier gains under the Yellow Revolution, India imported roughly 56.25% of its domestic edible oil requirement in 2023–24.
• Regional Irrigation Asymmetries: Technology uptake remains high in well-irrigated belts like Punjab and Haryana, while rainfed tracts in Central and Eastern India face persistent yield gaps.
• Vulnerability to Climate Shocks: NITI Aayog studies reveal that during 15 of the 27 El Niño years between 1951 and 2024, pulse production and acreage witnessed significant declines.

Technology Missions have played a central role in transforming India’s food availability. Ensuring that future innovations reach smallholders in rainfed and climate-vulnerable zones will be essential for building a resilient agricultural economy.