India's Agricultural Profile
India is the world's second-largest agricultural producer and agriculture remains central to the economy and livelihoods.
| Indicator | Data |
|---|---|
| Share of GDP | ~18% (2024-25) — declining from ~50% in 1950 |
| Share of employment | ~42% of workforce (~50 crore workers) |
| Net sown area | ~140 million hectares (~46% of geographic area) |
| Gross cropped area | ~198 million hectares (cropping intensity: ~142%) |
| Irrigated area | ~54% of net sown area (rest is rain-fed) |
| Average farm size | 1.08 hectares (declining — 86% are small/marginal farmers with <2 ha) |
Structural paradox: Agriculture contributes 18% of GDP but employs 42% of the workforce — this gap reflects low productivity and disguised unemployment. Closing this gap requires either moving people out of agriculture (industrialisation, urbanisation) or increasing agricultural productivity dramatically. This is a foundational Mains theme.
Major Crops and Their Geography
Kharif Crops (Monsoon: June-October)
| Crop | Leading States | Conditions | India's Global Rank |
|---|---|---|---|
| Rice | West Bengal, UP, Punjab, AP, Telangana | High temperature, high rainfall/irrigation; alluvial or clayey soil | 2nd producer (after China); 1st exporter globally (>40% of global rice trade, 2025) |
| Jowar (Sorghum) | Maharashtra, Karnataka, Rajasthan | Dry conditions; can grow on poor soil | 3rd globally |
| Bajra (Pearl millet) | Rajasthan, UP, Gujarat, Haryana | Arid/semi-arid; sandy loam soil | 1st globally |
| Maize | Karnataka, MP, Bihar, Rajasthan | Moderate temperature, well-drained soil | 7th globally |
| Cotton | Gujarat, Maharashtra, Telangana, MP | Black cotton soil (regur); 200+ frost-free days | 2nd (after China) |
| Sugarcane | UP (~45%), Maharashtra (~22%), Karnataka (~12%) | Hot and humid; rich loamy soil; 12+ months growing period | India is the 2nd largest producer (close behind Brazil; surpassed Brazil in 2023-24); world's largest sugar consumer |
| Jute | West Bengal, Bihar, Assam | High temperature, heavy rainfall, alluvial soil | 2nd (after Bangladesh) |
| Groundnut | Gujarat, Rajasthan, AP, TN | Light sandy loam; moderate rainfall | 2nd globally |
Rabi Crops (Winter: October-March)
| Crop | Leading States | Conditions |
|---|---|---|
| Wheat | UP, Punjab, Haryana, MP, Rajasthan | Cool growing season, bright sunshine at maturity; alluvial soil |
| Mustard | Rajasthan, MP, UP, Haryana | Cool, dry climate; light loamy soil |
| Gram (Chickpea) | MP, Rajasthan, Maharashtra, UP | Cool climate; loamy soil; India is world's largest producer |
| Barley | Rajasthan, UP, MP | Cool, dry; light soil |
Zaid Crops (Summer: March-June)
| Crop | Examples |
|---|---|
| Watermelon, muskmelon | Short-duration crops grown between rabi harvest and kharif sowing |
| Moong, cucumber | Irrigated areas of UP, Rajasthan, Punjab |
Prelims Trap: Rice is a Kharif crop (monsoon) but in Tamil Nadu, it is primarily a Rabi crop (irrigated by northeast monsoon, October-December). Similarly, cotton is Kharif in most states but sowing times vary. Don't memorise rigidly — understand the climate logic.
Green Revolution
| Feature | Detail |
|---|---|
| Period | Mid-1960s to 1970s |
| Architect | M.S. Swaminathan (India); Norman Borlaug (globally — Nobel Peace Prize 1970) |
| Key elements | High-Yielding Variety (HYV) seeds, chemical fertilisers, irrigation, pesticides, mechanisation |
| Borlaug's contribution | Developed semi-dwarf, high-yield, disease-resistant wheat varieties — shorter stems could bear heavier grain heads without lodging (breaking) |
| Swaminathan's role | Adapted Borlaug's Mexican dwarf wheat varieties to Indian conditions; introduced HYV seeds through Indian Council of Agricultural Research (ICAR) |
| Initial crops | Wheat (Punjab, Haryana, Western UP) → later extended to rice (especially in Punjab) |
| Impact | India became self-sufficient in foodgrain production; ended dependence on US PL-480 food aid |
Achievements
| Indicator | Before (1960s) | After (by 1980s) |
|---|---|---|
| Foodgrain production | ~80 million tonnes | ~130 million tonnes |
| Wheat production | ~11 million tonnes | ~36 million tonnes |
| Food imports | Dependent on PL-480 (US food aid) | Self-sufficient; buffer stocks built |
Criticisms and Limitations
| Criticism | Detail |
|---|---|
| Regional inequality | Benefits concentrated in Punjab, Haryana, Western UP — eastern and peninsular India largely bypassed |
| Crop inequality | Focused on wheat and rice; millets, pulses, oilseeds neglected |
| Environmental damage | Groundwater depletion (Punjab water table falling 0.5m/year); soil degradation; chemical runoff |
| Economic inequality | Large farmers benefited more (could afford inputs); small farmers were marginalised |
| Monoculture | Rice-wheat cycle in Punjab depleted soil nutrients; reduced biodiversity |
For Mains: The Green Revolution solved India's immediate food crisis but created long-term problems — water scarcity, soil degradation, chemical dependence, and regional/crop imbalance. The challenge now is a "Second Green Revolution" or Evergreen Revolution (M.S. Swaminathan's term) — productivity without ecological degradation, covering eastern India, rain-fed areas, and neglected crops.
White Revolution (Operation Flood)
| Feature | Detail |
|---|---|
| Period | 1970–1996 (three phases) |
| Architect | Dr Verghese Kurien — "Father of the White Revolution" / "Milkman of India" |
| Implementing body | National Dairy Development Board (NDDB), set up by PM Lal Bahadur Shastri |
| Model | "Anand Pattern" — farmer-owned dairy cooperatives (inspired by AMUL, Kaira district, Gujarat, founded 1946) |
| Phase I (1970–80) | Linked 18 milksheds with 4 metro cities (Delhi, Mumbai, Kolkata, Chennai); financed by EEC-donated milk powder sales |
| Phase II (1981–85) | Expanded milksheds from 18 to 136; 43,000 village cooperatives covering 4.25 million milk producers |
| Phase III (1985–96) | Consolidated infrastructure; added 30,000 new cooperatives; strengthened procurement and marketing network |
| Outcome | India became the world's largest milk producer (surpassed USA in 1998); produces ~239 million tonnes (2023-24), ~24% of global output |
Prelims Fact: Verghese Kurien received the World Food Prize in 1989 for his role in Operation Flood. India has maintained its position as the world's largest milk producer since 1998.
Blue Revolution
| Feature | Detail |
|---|---|
| Focus | Fisheries and aquaculture development |
| India's global rank | 3rd largest fish producer; 2nd largest aquaculture producer (after China) |
| Fish production | ~197.75 lakh tonnes (2024-25) — doubled from 95.79 lakh tonnes in 2013-14 |
| Livelihoods | ~3 crore fishers and fish farmers |
| Flagship scheme | Pradhan Mantri Matsya Sampada Yojana (PMMSY) — launched September 2020; investment of Rs 20,050 crore (2020-25) |
| PMMSY objectives | Modernise fisheries infrastructure, enhance production, increase fishermen's income, promote sustainable aquaculture |
| Global share | India contributes ~8% of global fish production |
Irrigation
Sources of Irrigation
| Source | Share of Net Irrigated Area |
|---|---|
| Groundwater (tubewells/borewells) | ~63% |
| Canals | ~24% |
| Tanks | ~5% |
| Others (wells, lift irrigation) | ~8% |
Water crisis: India uses ~89% of its freshwater for agriculture (global average: 70%). Groundwater extraction exceeds recharge in many states — Punjab, Haryana, Rajasthan, Tamil Nadu are in "over-exploited" category. This is unsustainable.
Key Irrigation Schemes
| Scheme | Detail |
|---|---|
| PM Krishi Sinchai Yojana (PMKSY) | "Har Khet Ko Paani, Per Drop More Crop"; promotes micro-irrigation (drip, sprinkler) |
| Accelerated Irrigation Benefit Programme (AIBP) | Completion of stalled irrigation projects |
| Atal Jal Yojana | Community-led groundwater management in 7 states |
| MGNREGA | Rural water conservation works (farm ponds, check dams, percolation tanks) |
| National Water Mission | 20% improvement in water use efficiency by 2030 |
Minimum Support Price (MSP)
| Feature | Detail |
|---|---|
| What | Government-guaranteed minimum price for agricultural produce |
| Set by | Central Government on CACP (Commission for Agricultural Costs and Prices) recommendations |
| Crops covered | 23 crops (7 cereals, 5 pulses, 7 oilseeds, 4 commercial crops) |
| Current formula | At least 1.5 times the comprehensive cost of production (A2+FL) — announced in 2018 |
| Wheat MSP 2025-26 | ₹2,425 per quintal (Rabi Marketing Season 2025-26) |
| Wheat MSP 2026-27 | ₹2,585 per quintal — hiked by ₹160 (6.59%) approved by Cabinet on 1 October 2025 (CACP recommendation; expected margin over cost of production: 109%) |
| Procurement | Mainly effective for rice and wheat (FCI procures); minimal procurement for other crops |
MSP controversy: MSP is NOT legally guaranteed — there is no law mandating purchase at MSP. Farmers have demanded legal backing for MSP (central demand of 2020-21 farm protests). The Swaminathan Commission (2006) recommended MSP at C2+50% (comprehensive cost including imputed rent, interest on capital). The government uses A2+FL, which excludes land rent and capital costs — effectively a lower benchmark.
Cost Concepts
| Cost | Includes |
|---|---|
| A2 | Actual paid-out costs (seeds, fertilisers, labour, fuel, irrigation) |
| A2+FL | A2 + imputed value of family labour |
| C2 | A2+FL + imputed rent of land + interest on capital |
Food Security
Four Pillars of Food Security (FAO Definition)
The Food and Agriculture Organization (FAO) defines food security as existing "when all people, at all times, have physical, social, and economic access to sufficient, safe, and nutritious food that meets their dietary needs and food preferences for an active and healthy life" (World Food Summit, 1996).
| Pillar | Meaning | India's Position |
|---|---|---|
| Availability | Adequate food supply through domestic production, imports, or food aid | India self-sufficient in cereals (~332 MT foodgrain in 2024-25); deficits in pulses (some years) and edible oils (55-60% imported) |
| Access | Physical and economic ability of people to obtain food | NFSA covers 81.35 crore; PDS provides legal entitlement; affordability remains the weakest pillar (GFSI rank 80th on affordability) |
| Utilisation | Body's ability to use food for nutrition — depends on safe water, sanitation, healthcare, dietary diversity | India's weakest pillar — high stunting (35.5%), wasting (19.3%), and anaemia (57% in women) per NFHS-5 |
| Stability | Consistency of all three pillars over time, immune to economic, climatic, and political shocks | Climate change, monsoon variability, and price volatility remain stability risks |
For Mains: A frequent GS3 question — "India is food self-sufficient but not food-secure." Use the four pillars to argue that India has cracked availability but lags on access, utilisation, and stability — explaining the GHI 2024 paradox (record foodgrain output yet rank 105/127).
PM-AASHA — Pradhan Mantri Annadata Aay SanraksHan Abhiyan
| Feature | Detail |
|---|---|
| Launched | September 2018 |
| Objective | Ensure remunerative prices to farmers for their produce — particularly oilseeds, pulses, and copra (where MSP procurement was historically weak) |
| Three components | (i) Price Support Scheme (PSS) — physical procurement at MSP by NAFED/FCI; (ii) Price Deficiency Payment Scheme (PDPS) — compensates farmer for difference between MSP and market price (no procurement); (iii) Private Procurement & Stockist Scheme (PPSS) — pilot for oilseeds via private agencies |
| Coverage | Initially 14 oilseeds + pulses + copra |
| 2024 expansion | PM-AASHA was made a continuing scheme in September 2024 with additional Rs 35,000 crore until 2025-26; integrates Market Intervention Scheme (MIS) for perishables |
National Food Security Act (NFSA), 2013
| Feature | Detail |
|---|---|
| Coverage | ~81.35 crore people (75% rural, 50% urban population) |
| Entitlement | 5 kg per person per month of rice/wheat/coarse grains at subsidised prices |
| Prices | Rice: Rs 3/kg, Wheat: Rs 2/kg, Coarse grains: Rs 1/kg (unchanged since 2013) |
| Antyodaya Anna Yojana (AAY) | Poorest of poor: 35 kg per household per month |
| Special provisions | Pregnant women: Rs 6,000 maternity benefit; children: mid-day meals and nutrition under ICDS |
| Implementing agency | FCI (Food Corporation of India) for procurement; state agencies for distribution |
PM Garib Kalyan Anna Yojana (PMGKAY): During COVID-19, the government provided 5 kg additional free grain per person per month (2020-2023). From January 2024, this was merged into NFSA — making the entire NFSA entitlement free (no payment required). This covers ~80 crore people with free grain.
Public Distribution System (PDS)
| Feature | Detail |
|---|---|
| Coverage | ~5.4 lakh Fair Price Shops (ration shops) across India |
| TPDS | Targeted PDS (since 1997) — separate entitlements for BPL and APL families |
| One Nation One Ration Card (ONORC) | Launched 2019 — enables migrant workers to access ration from any FPS anywhere in India using Aadhaar-linked ration card |
| Ration card categories | AAY (Antyodaya — poorest of poor), PHH (Priority Household — NFSA beneficiaries), APL (Above Poverty Line — limited/no subsidy) |
| Challenges | Leakage (estimated 40-50% pre-reform); ghost beneficiaries; quality issues; spoilage in FCI godowns |
| Reforms | Aadhaar-linked distribution, end-to-end computerisation, direct benefit transfer (DBT) of food subsidy (piloted) |
Food Grain Production
| Crop | FY 2024-25 | FY 2025-26 (3rd Advance Estimate, May 2026) |
|---|---|---|
| Rice | 150.184 MT | 154.024 MT (record) |
| Wheat | 117.945 MT | 120.657 MT (record) |
| Maize | 43.41 MT | 55.09 MT (record) |
| Total foodgrains | 357.732 MT | 376.563 MT (all-time record) |
| Pulses | ~24 MT | ~25.9 MT (gram up sharply to 12.51 MT) |
| Oilseeds | ~42 MT | ~42–44 MT |
Source: Ministry of Agriculture & Farmers Welfare, 3rd Advance Estimates, May 27, 2026.
India produces enough food to feed its population but faces distribution challenges, nutritional inadequacy, and wastage. The paradox: India has among the world's largest food stocks but also the highest number of malnourished people (Global Hunger Index ranks India 105 out of 127 countries, 2024).
Cropping Patterns and Diversification
| Issue | Detail |
|---|---|
| Rice-wheat dominance | MSP-driven procurement concentrates on these two crops; farmers have no incentive to diversify |
| Millet revival | 2023 declared International Year of Millets (India-led UN initiative); millets are nutritious, drought-resistant, low-input |
| Oilseed import dependence | India imports ~57% of edible oil needs (FY 2024-25); palm oil alone accounted for 47.33% of total edible oil imports (USD 8,325.71 million, FY 2024-25); National Mission on Edible Oils–Oil Palm (NMEO-OP) expanded to 5.56 lakh ha by March 2025 |
| Horticulture growth | Total horticulture production estimated at 370.85 million tonnes (First Advance Estimate, 2025-26, PIB March 2026) — up from 354.74 MT in 2023-24; exceeds foodgrain production by a wide margin; higher value per hectare |
UPSC Relevance
Prelims Focus Areas
- Major crops and their leading states
- Kharif vs Rabi vs Zaid — definitions and examples
- Green Revolution — Borlaug (Nobel Peace Prize 1970), Swaminathan, HYV seeds, initial states
- White Revolution — Verghese Kurien, Operation Flood phases, AMUL/Anand Pattern
- Blue Revolution — PMMSY, India's fish production rank
- MSP — who sets it, how many crops, cost formulas (A2, A2+FL, C2)
- NFSA — coverage (75% rural, 50% urban), entitlements, prices
- ONORC — what it enables for migrant workers
- Ration card categories — AAY, PHH, APL
- Irrigation sources and their share
- India's global rank in production of key crops
Mains Focus Areas
- Food security vs food self-sufficiency — why both are needed
- MSP legal guarantee debate — farm protests and policy implications
- Green Revolution legacy — achievements and environmental costs; Evergreen Revolution concept
- White Revolution as a cooperative success model — lessons for other sectors
- Water crisis in agriculture — irrigation reform, micro-irrigation
- Crop diversification — millets, oilseeds, horticulture
- PDS reform — technology-driven solutions vs structural challenges
- Small farmer crisis — 86% are small/marginal; how to make farming viable
- Climate change impact on agriculture — shifting patterns, new vulnerabilities
Vocabulary
Fallow
- Pronunciation: /ˈfæloʊ/
- Definition: Arable land that is ploughed and left unseeded for one or more growing seasons to allow the soil to recover fertility, retain moisture, and break pest and disease cycles.
- Root: Old English fealh/fealg = fallow land; Proto-West Germanic falgu; Proto-Indo-European polḱéh₂ = arable land
- Origin: From Old English fealh, fealg ("fallow land"), from Proto-West Germanic falgu, from Proto-Indo-European polḱéh₂ ("arable land").
- Part of Speech: adjective; noun; verb (transitive)
- Word Family: fallowed (adj), fallowing (v pres.p), fallowest (adj superl)
- Usage: After years of policy churn, the rural employment scheme was allowed to lie fallow, its administrative machinery intact but its developmental energies dormant for want of timely funds and political will.
- Synonyms: uncultivated, unsown, untilled, dormant, idle, inactive
- Antonyms: cultivated, productive, fertile, active
- Mnemonic: "Fallow" sounds like "follow" — a field that lies fallow now will let a richer harvest follow later, because rest restores the soil.
- UPSC: Cultivable land deliberately left unsown for a season or more. The Indian land-use classification is the examinable content, because it separates two categories that sound alike: current fallow is land left uncropped for one year or less, while fallow other than current fallow covers land left uncropped for between one and five years, and land uncultivated beyond five years passes into culturable waste. The distinction matters diagnostically rather than merely definitionally, since current fallow reflects ordinary rotation and moisture management, whereas a rise in the second category signals distress, because it usually means cultivation has been abandoned for want of water, credit or labour rather than chosen for agronomic reasons. Historically fallowing restored fertility by permitting nitrogen fixation and the accumulation of organic matter and by breaking pest cycles, and the Green Revolution reduced it by substituting chemical fertiliser and assured irrigation for that natural recovery, which raised output while shifting the fertility problem from land management to input supply.
- Nuance: Current fallow is land left uncropped for a year or less, fallow other than current fallow for one to five years, and beyond five years land becomes culturable waste, so the categories are defined by duration. Net sown area is land sown at least once in the year while gross cropped area counts it again for each crop taken, and the ratio between them is cropping intensity. Barren and unculturable land cannot be brought under cultivation at all, which is what distinguishes it from culturable waste.
- Hindi: परती भूमि (partī bhūmi); चालू परती for current fallow.
- FAQ: What is the difference between current fallow and other fallow? || Current fallow is land left uncropped for one year or less, while fallow other than current fallow covers one to five years; beyond five years the land is classed as culturable waste.
- FAQ: Why is a rise in fallow land a concern? || Because fallow beyond the current year usually reflects abandonment for want of water, credit or labour rather than deliberate rotation, so it signals agrarian distress.
Irrigation
- Pronunciation: /ˌɪrɪˈɡeɪʃən/
- Definition: The artificial application of water to land or soil to assist in the cultivation of crops, supplementing or replacing natural rainfall.
- Root: Latin irrigāre = to water; in- = into; rigāre = to water, moisten
- Origin: From Latin irrigātiōnem, from irrigāre ("to water, to wet"), from in- ("into") + rigāre ("to water, moisten").
- Part of Speech: noun
- Word Family: irrigate (v), irrigated (adj), irrigator (n), irrigable (adj), irrigational (adj)
- Usage: Expanding micro-irrigation through schemes such as Pradhan Mantri Krishi Sinchayee Yojana is indispensable for raising water-use efficiency, insulating smallholders from monsoon variability, and reconciling agricultural growth with the imperative of groundwater conservation.
- Synonyms: watering, irial supply, sprinkling, flooding, hydration, wetting
- Antonyms: drainage, desiccation, dehydration, parching
- Mnemonic: Think "in + rigare (to water)" — to bring water IN to dry fields; the double-r echoes the rivulets of a canal running through cropland.
- UPSC: The artificial application of water to land for cultivation. The measurement distinction is directly examinable: net irrigated area is land irrigated at least once during the year, while gross irrigated area counts it separately for each crop irrigated, so the ratio between them measures how intensively irrigation is used rather than how far it reaches. Sources divide into canals, tanks, wells and tube wells, and the structural shift of recent decades has been decisively towards groundwater, because a tube well gives the individual cultivator control over timing that a shared canal system cannot, and it is precisely that private reliability which has driven over-extraction while surface systems run below capacity. The efficiency argument follows, since flood irrigation loses a large share of the water applied whereas drip and sprinkler systems deliver it to the root zone. The deeper distortion is that free or heavily subsidised power for pumping removes any cost signal on extraction, so efficiency measures work against the prevailing incentive.
- Nuance: Net irrigated area is land irrigated at least once in the year, while gross irrigated area counts it once for each crop irrigated, and the ratio measures intensity rather than spread. Surface irrigation from canals and tanks depends on a shared system, whereas groundwater irrigation from wells and tube wells gives the individual cultivator control over timing. Micro-irrigation covers drip and sprinkler methods that deliver water to the root zone. Water-use efficiency is output obtained per unit of water applied, which flood irrigation reduces sharply.
- Hindi: सिंचाई (sinchāī); सूक्ष्म सिंचाई (sūkshm sinchāī) for micro-irrigation.
- FAQ: What is the difference between net and gross irrigated area? || Net irrigated area counts land irrigated at least once in the year, while gross irrigated area counts it again for each crop irrigated, so their ratio shows irrigation intensity.
- FAQ: Why has groundwater irrigation grown at the expense of canals? || Because a private tube well gives the cultivator control over when water is applied, which a shared canal system cannot guarantee, and subsidised power removes the cost restraint on pumping.
Recent Developments (2024–2026)
Record Foodgrain Production 2025-26 — 376.563 MT All-Time High
(Crop-wise data — wheat 120.657 MT, rice 154.024 MT, maize 55.09 MT — is in the "Food Grain Production" table above. This section provides context on the monsoon driver, the production-hunger paradox, and agricultural exports.)
India achieved an all-time high foodgrain production of 376.563 million tonnes (3,765.63 LMT) in 2025-26 — a 5.3% increase over the previous record of 357.732 MT in 2024-25. The third advance estimates were released by Union Agriculture Minister Shivraj Singh Chouhan on 27 May 2026. Wheat hit a record 120.657 MT, rice 154.024 MT, and maize 55.09 MT (a jump of 11.68 MT, largely from expanded area under summer maize). The above-normal 2025 Southwest Monsoon (second consecutive year of surplus) was the key driver. The 2024-25 figure of 357.73 MT had itself surpassed the earlier record of 332 MT. Horticulture production is estimated at 370.85 MT for 2025-26 (First Advance Estimate, March 2026), crossing 370 MT for the first time. Despite record production, India ranked 105/127 on the Global Hunger Index 2024 — reflecting the persistent structural disconnect between agricultural output and nutritional access. India's agricultural exports reached USD 53.1 billion (approximately ₹4.44 lakh crore) in FY 2025-26, a 2.3% growth over FY 2024-25 (Ease My Prep/APEDA data), despite global headwinds from Trump tariffs.
UPSC angle: India's dual record — foodgrain AND horticulture production in 2025-26 — alongside the Global Hunger Index paradox, PDS effectiveness, MSP legal guarantee debate, and agricultural export data are core GS3 food security and GS1 agricultural geography topics.
India's Rice Export Surge 2025 — World's Largest Exporter (After Ban Lifted)
India lifted all non-basmati rice export restrictions in 2024, following a period of export bans/taxes imposed in 2022-23 to curb domestic prices. Result: India's 2025 rice exports surged 19.4% to 21.55 million metric tonnes — the second-highest on record (near the 2022 record of 22.3 MT). India accounts for over 40% of global rice trade — more than the combined shipments of Thailand, Vietnam, and Pakistan (the next three exporters). Non-basmati exports jumped 25%; basmati exports hit a record 6.4 MT. India remains the world's largest rice exporter for the third consecutive year.
UPSC angle: India's rice export dominance, the export ban-lift policy cycle (food security vs farm income trade-off), and the export supply disruption's global price impact are GS3 (international trade + food security) and GS1 (agri-geography) content.
PMGKAY Merged into NFSA — Free Grain for 81 Crore (January 2024)
From January 2024, the Pradhan Mantri Garib Kalyan Anna Yojana (PMGKAY) — the free grain scheme originally launched during COVID in 2020 — was permanently merged into the National Food Security Act (NFSA) and extended for 5 years (through 2028). This means approximately 81.35 crore people (75% of rural population + 50% of urban) now receive 5 kg of foodgrain per person per month entirely free of charge from the PDS. India's FCI manages central buffer stocks of approximately 60–80 MT of foodgrain throughout 2024–25. The One Nation One Ration Card (ONORC) system now covers all 37 states/UTs, enabling migrant workers to access rations anywhere in India.
UPSC angle: NFSA-PMGKAY merger, PDS digitisation, ONORC for migrants, food subsidy costs, and India's food security architecture are high-priority GS3 topics with GS2 governance dimensions.
Key Terms
Green Revolution
- Pronunciation: /ɡriːn ˌrɛvəˈluːʃən/
- Definition: The dramatic increase in food grain production — particularly wheat and rice — achieved in developing countries from the mid-1960s through the adoption of high-yielding variety (HYV) seeds, chemical fertilisers, irrigation, and mechanisation. In India, wheat production surged from approximately 12.3 million tonnes in 1965 to 20.1 million tonnes by 1970, and total foodgrain production rose from ~80 million tonnes in the 1960s to ~130 million tonnes by the 1980s. By 1974, India achieved self-sufficiency in cereal production, ending its dependence on US PL-480 food aid.
- Context: The term was coined by William S. Gaud, administrator of USAID, in a speech on 8 March 1968. The agricultural research underlying it was pioneered by Norman Borlaug (Nobel Peace Prize 1970, "Father of the Green Revolution") at CIMMYT in Mexico, who developed semi-dwarf, disease-resistant wheat varieties with shorter stems that could bear heavier grain heads without lodging. In 1961, Borlaug was invited to India by M.S. Swaminathan ("Father of the Indian Green Revolution"), who adapted the Mexican dwarf wheat varieties to Indian conditions through ICAR. The Green Revolution was first introduced in Punjab in 1966-67, then spread across Punjab, Haryana, and Western UP before extending to other states. However, it remained concentrated in wheat and rice, bypassing millets, pulses, oilseeds, and eastern India.
- UPSC Relevance: GS1 Geography and GS3 Agriculture. Prelims tests Borlaug (Nobel Peace Prize 1970), Swaminathan, HYV seeds, and the initial states (Punjab, Haryana, Western UP). Mains frequently asks to critically evaluate the legacy: achievements (food self-sufficiency, buffer stocks) vs long-term costs (groundwater depletion in Punjab — water table falling 0.5 m/year, soil degradation, chemical runoff, monoculture, regional and crop inequality). The "Evergreen Revolution" concept (M.S. Swaminathan) — productivity without ecological degradation, extending to eastern India and rain-fed areas — is a key Mains conclusion point.
Public Distribution System
- Pronunciation: /ˈpʌblɪk ˌdɪstrɪˈbjuːʃən ˈsɪstəm/
- Definition: A government-managed food security network that distributes subsidised food grains and essential commodities to economically vulnerable households through approximately 5.4 lakh Fair Price Shops (ration shops) across India, currently covering approximately 80.67 crore people (against NFSA's intended coverage of 81.35 crore) who receive food grains entirely free of cost since the merger of PMGKAY into NFSA from January 2024. The system operates through 100% digitised ration cards, with 99.8% of FPSs automated using electronic Point of Sale (ePoS) devices.
- Context: Originated as a wartime food rationing system introduced by the British in India in 1939 in Bombay; institutionalised after independence with the creation of the Food Corporation of India in 1965 and restructured as the Targeted PDS (TPDS) in 1997. The NFSA 2013 legally entitled 75% of rural and 50% of urban population to subsidised grain. During COVID-19 (2020-2023), PMGKAY provided 5 kg additional free grain per person per month. From January 2024, the PMGKAY scheme was extended for five years and merged into NFSA, making the entire entitlement free (zero cost to beneficiaries). The One Nation One Ration Card (ONORC) system, launched in 2019, enables migrant workers to access ration from any FPS anywhere in India using Aadhaar-linked ration cards.
- UPSC Relevance: GS3 Food Security and GS2 Governance. Prelims tests NFSA coverage (75% rural, 50% urban = 81.35 crore), entitlements (5 kg/person/month for PHH, 35 kg/household for AAY), ration card categories (AAY, PHH, APL), and ONORC for migrants. Mains asks about PDS reforms — Aadhaar-linked distribution, ePoS automation, DBT of food subsidy, and the paradox of India having record ~332 MT foodgrain production yet ranking 105/127 on the Global Hunger Index 2024. The free grain extension through 2028 and its fiscal implications are current affairs staples.
BharatNotes