Describe the Various Technology Missions Initiated in Indian Agriculture and Examine Their Role in Food Security
A complete, examiner-standard 150-word model answer for the UPSC Mains 2026 GS Paper 3 question on agricultural Technology Missions — with a mission-wise comparison table, three pointer groups, static core content, and the ₹35,440 crore PM Dhan-Dhaanya Krishi Yojana and Pulses Mission launched in October 2025.
A question with two verbs and forty years of policy behind it. The trap is spending all 150 words on the "describe" half and reducing "examine their role in food security" to a concluding sentence — which is where half the marks live.
Describe the various Technology Missions initiated in Indian agriculture and examine their role in food security. (Answer in 150 words)
Model Answer
Introduction
Technology Missions are time-bound, crop-specific programmes that bundle research, seed supply, extension, processing and price support into a single delivery vehicle. Beginning with the Technology Mission on Oilseeds in 1986, the model has since been applied to cotton, horticulture, foodgrains, oilseeds and now pulses.
Body
Part I — The Missions
| Mission | Launched | Technology Thrust | Food Security Contribution |
|---|---|---|---|
| Technology Mission on Oilseeds | 1986 | Improved seed, extension, processing, price support | The "Yellow Revolution"; near self-sufficiency in edible oil by the mid-1990s |
| Technology Mission on Cotton | 2000 | Seed technology, ginning and market infrastructure | Fibre security and farm incomes rather than calories |
| National Horticulture Mission → MIDH | 2005 → 2014 | Planting material, protected cultivation, post-harvest chain | Nutritional security through fruits and vegetables; diversification |
| National Food Security Mission | 2007 | Seed replacement, soil health, farm mechanisation | Directly targets rice, wheat, pulses and coarse cereals output |
| NMEO-Oil Palm / NMEO-Oilseeds | 2021 / 2024 | Area expansion, high-oil-content seed, fallow-land use | Aims at 25.45 mt edible oil by 2030-31, ~72% of demand |
| Mission for Aatmanirbharta in Pulses | 2025 | Climate-resilient high-protein varieties; storage and processing | Protein security; ₹11,440 crore over 2025-26 to 2030-31 |
- PM Dhan-Dhaanya Krishi Yojana — launched October 2025 with an outlay of ₹24,000 crore, it converges 36 schemes across 11 departments in 100 low-productivity districts covering about 1.7 crore farmers. The design shift is from crop-specific to district-specific.
- NMEO-Oilseeds — a seven-year mission (2024-25 to 2030-31) with a ₹10,103 crore outlay, targeting primary oilseed output of 69.7 million tonnes by 2030-31 against 39 million tonnes in 2022-23.
- Rationalisation — eighteen centrally sponsored schemes of the Agriculture Ministry were folded into two umbrellas, PM-RKVY and Krishonnati Yojana, reducing overlap between missions that had accumulated over four decades.
Part II — Role in Food Security
- Availability — the mission model demonstrably works on production. The Oilseeds Mission of 1986 took India close to edible-oil self-sufficiency within a decade; NFSM underwrote the foodgrain surpluses that made the National Food Security Act, 2013 fiscally conceivable.
- Diversification — horticulture missions moved the food security conversation beyond cereals, and India is today among the largest producers of fruits and vegetables in the world.
- Convergence — the newer missions attach storage, processing and market linkage to production targets, addressing the loss between harvest and plate that earlier missions ignored.
- Gains are reversible — the clearest evidence against the mission model is oilseeds itself. Four decades after the Yellow Revolution, imports still meet well over half of domestic edible-oil demand, which is precisely why NMEO had to be launched twice.
- Availability is not access or utilisation — missions raise output; they do not by themselves determine purchasing power, dietary diversity or absorption. India's malnutrition burden persists alongside foodgrain surpluses.
- Regional and crop concentration — mission benefits have historically clustered in irrigated, input-responsive regions, deepening the divide with rainfed agriculture. PM-DDKY's district-targeting is an explicit correction of this.
Conclusion
Technology Missions have been decisively successful on the availability pillar of food security and largely silent on access, utilisation and stability. Their record suggests the instrument works where the constraint is technological and fails where it is structural — which is why the shift visible in PM-DDKY, from crop-specific targets to district-level convergence with storage and credit, is the more consequential design change of the last decade.
Mission history and design: The Technology Mission model traces to the 1986 Technology Mission on Oilseeds, later broadened into TMOP&M covering oilseeds, pulses, oil palm and maize. Revise also the Technology Mission for Integrated Development of Horticulture in the North East and Himalayan States (2001-02), the National Mission for Sustainable Agriculture, National Bamboo Mission, Sub-Mission on Agricultural Mechanisation, the Digital Agriculture Mission and AgriStack, the National Mission on Natural Farming, and the Clean Plant Programme for disease-free horticultural planting material. Know the "four Ms" of mission design — micro-level execution, technology, management and money.
Food security framework: The four pillars — availability, access, utilisation and stability — are the analytical scaffold for any food security answer; map each mission to a pillar rather than describing it in isolation. Revise the National Food Security Act, 2013 and its coverage norms, the PDS and PM Garib Kalyan Anna Yojana, buffer stocking and MSP operations, the Commission for Agricultural Costs and Prices, and the Committee on Doubling Farmers' Income (2017) on post-harvest value capture.
Answer Writing Tips for This Question
- Split the paper at the verb. "Describe" and "examine" are two directives carrying roughly half the marks each. Use visible Part I / Part II headings — the examiner should not have to hunt for where the evaluation begins.
- A table is the right format for the "describe" half. Six missions in prose eats 90 words; six missions in a four-column table costs a third of that and reads as organised. Save the prose for the examination half.
- Anchor on the four pillars of food security. Availability, access, utilisation, stability. Stating that the missions delivered overwhelmingly on the first and barely on the other three is the examination the question asked for, and it converts a descriptive answer into an argued one.
- Use oilseeds as the double-edged fact. The 1986 Mission is the model's greatest success and, given that India still imports the majority of its edible oil and needed NMEO in 2021 and again in 2024, also the clearest evidence that mission gains can reverse. One fact deployed on both sides scores better than two separate ones.
- Carry at least one 2025-26 outlay. PM Dhan-Dhaanya Krishi Yojana at ₹24,000 crore and the Pulses Mission at ₹11,440 crore, launched together in October 2025 for a combined ₹35,440 crore. Precise, recent, and almost nobody will have it.
- Do not confuse missions with schemes. PM-KISAN and PMFBY are income support and insurance, not Technology Missions. Listing them here signals that you answered from a general agriculture template rather than reading the question.
