BharatNotes Crop geography — the spatial distribution of crops across India's diverse physical environments — is a recurring UPSC theme that bridges GS1 (Indian Geography: distribution of key natural resources, factors responsible for location) and GS3 (Indian Economy: agriculture, food security). Understanding why specific crops grow where they do requires linking climate, soil, relief, irrigation availability, and market factors.
Cropping Seasons
India's agriculture is organised around three distinct cropping seasons:
| Season | Sowing | Harvest | Key Crops |
|---|---|---|---|
| Kharif (monsoon crop) | June–July (monsoon onset) | September–October | Rice, maize, jowar (sorghum), bajra (pearl millet), cotton, jute, groundnut, soybean, sugarcane, moong, urad |
| Rabi (winter crop) | October–November | March–April | Wheat, barley, gram (chickpea), mustard, linseed, peas, masur (lentil) |
| Zaid (summer crop) | March–April (after Rabi harvest) | May–June | Watermelon, muskmelon, cucumber, bitter gourd, fodder crops; requires irrigation |
Cropping Intensity
Cropping Intensity = (Gross Cropped Area ÷ Net Sown Area) × 100
- Gross Cropped Area (GCA): Total area sown once or more in a year; counts multiple sowings on the same land multiple times.
- Net Sown Area (NSA): Total area brought under cultivation, counted only once regardless of how many times sown.
- India's cropping intensity: 155.9% (2022–23, Ministry of Agriculture Land Use Statistics) — meaning on average, the same land is cultivated 1.56 times per year.
- High intensity states: Punjab, Haryana, UP (>180% due to tube-well irrigation enabling double-cropping).
- Low intensity states: Rajasthan, Madhya Pradesh (rainfed areas, single crop season).
Major Crop Zones
1. Rice Belt
Core areas: Uttar Pradesh, Telangana, West Bengal, Punjab, Odisha, Bihar, Andhra Pradesh, Chhattisgarh ("rice bowl of India"), Tamil Nadu, Assam, Kerala.
State-wise production (2024-25, MoA Third Advance Estimates):
| Rank | State | Production (lakh tonnes) | Share |
|---|---|---|---|
| 1 | Uttar Pradesh | 209.31 | 14.0% |
| 2 | Telangana | 170.94 | 11.5% |
| 3 | West Bengal | 164.91 | 11.1% |
| 4 | Punjab | 143.61 | 9.6% |
| 5 | Odisha | ~95 | 6.4% |
| 6 | Andhra Pradesh | ~85 | 5.7% |
| 7 | Chhattisgarh | ~78 | 5.2% |
Note: West Bengal had been the traditional #1 rice producer for decades; UP overtook West Bengal in 2024-25. (Question framing matters: West Bengal still leads in rice area under cultivation in some years.)
Physical requirements: High rainfall (100–200 cm), high temperatures (25–35°C), standing water for transplanted paddy; alluvial, deltaic, and laterite soils.
Varieties:
- Basmati rice (long-grain aromatic): Punjab, Haryana, western UP, J&K, Uttarakhand, Delhi, Himachal — GI-tagged (2016); major export item (₹38,000 cr+ FY24).
- Non-Basmati: West Bengal, Tamil Nadu, Kerala, Odisha.
Key deltas: Mahanadi, Godavari, Krishna, Cauvery — major rice production zones (fertile alluvium + canal irrigation).
Significance: India is the world's largest rice producer — 150.18 MT in 2024-25 (Ministry of Agriculture Final Estimate; USDA WASDE gives 147 MT — minor difference due to methodology) — surpassing China for the first time; previously India was #2. India is also the largest exporter (~40% of global trade, 20.1 MT exports 2024-25; key markets Saudi Arabia, Iran, Bangladesh, UAE). The Green Revolution transformed Punjab and Haryana into significant rice producers despite being naturally wheat country — long-term water-table depletion from paddy cultivation is the cost.
2. Wheat Belt
Core areas: Punjab, Haryana, western Uttar Pradesh, Rajasthan (Ganganagar, Bikaner — irrigated), Madhya Pradesh, Bihar.
Physical requirements: Cool winters (10–15°C during growing, 21–26°C at ripening), moderate rainfall (50–75 cm during season), well-drained loamy soils; fertile Indo-Gangetic alluvial plains.
Key facts: The Green Revolution (mid-1960s) was primarily a wheat revolution — HYV (High Yielding Variety) dwarf wheat seeds, chemical fertilisers, and tube-well irrigation transformed Punjab and Haryana into India's wheat bowl. India became a wheat exporter by the 1970s from a deficit country.
Significance: India is the second-largest wheat producer in the world. Punjab, Haryana, and UP together account for ~80% of India's wheat procurement for the Public Distribution System.
3. Cotton Belt
Core areas: Maharashtra (Vidarbha, Marathwada, Khandesh — black cotton soil/Regur), Gujarat (Saurashtra, Kutch), Telangana, Andhra Pradesh, Karnataka, Rajasthan, Punjab, Haryana, Madhya Pradesh.
State-wise production (2024-25, lakh bales of 170 kg each):
| Rank | State | Production (lakh bales) | Yield (kg/ha) |
|---|---|---|---|
| 1 | Maharashtra | 89.09 | 370.66 |
| 2 | Gujarat | 71.34 | 507.02 |
| 3 | Telangana | 49.86 | 468.04 |
| 4 | Rajasthan | 18.45 | 500.24 |
| 5 | Madhya Pradesh | 15.35 | 425.98 |
Note: Maharashtra overtook Gujarat as largest cotton producer in 2024-25 (Gujarat had been #1 in 2023-24 with 90.57 lakh bales). Gujarat retains highest yield per hectare among major producers.
Physical requirements:
- Black cotton soil (Regur): weathered Deccan Trap basalt — excellent water retention; naturally suited to cotton.
- 210+ frost-free days; moderate rainfall (50–100 cm) or irrigation; temperatures 21–30°C.
- Bright sunlight for boll formation.
Key facts: India is the world's largest cotton-cultivating country by area and 2nd largest producer (China first). India produces ELS (extra long staple), long-staple (Gujarat — Suvin, DCH-32), medium-staple, and short-staple varieties. Bt Cotton (genetically modified, with Bt gene from Bacillus thuringiensis) was approved in 2002; covers ~95% of cotton area today.
Vidarbha cotton belt is associated with the farmer distress and agrarian crisis narrative — pink bollworm Bt-resistance (since 2014), volatile prices, debt burden, and high farmer suicide rates.
4. Sugarcane Belt
Core areas: Uttar Pradesh (largest producer — ~48.6% of India's output in 2024–25), Maharashtra (highest yield per hectare; Pune, Kolhapur, Nashik; sugar cooperatives), Karnataka, Tamil Nadu, Bihar, Andhra Pradesh.
Physical requirements: Hot, humid climate; high rainfall (100–150 cm) or irrigation; deep, fertile loamy soils; frost-free growing period of 12–18 months.
Key facts: UP produces ~220 million tonnes (~48.6% share of 454 million tonnes national output, 2024–25). Maharashtra has the highest productivity per hectare and is the centre of the powerful sugar cooperative movement (Sahakar). India is the second-largest sugarcane producer in the world (after Brazil). India alternates with Brazil as the world's largest sugar producer.
5. Jute Belt
Core areas: West Bengal (dominant — Hugli River basin, Ganges delta; ~72% of India's jute cultivation area), Bihar, Assam, Odisha.
Physical requirements: High humidity (>80%), warm temperatures (25–35°C), well-distributed rainfall (150–200 cm), flood plains with alluvial soil; must have standing water during initial growth.
Key facts: West Bengal's Hugli industrial belt has the highest concentration of jute mills globally. Jute is a Kharif crop. India and Bangladesh together dominate world jute production. Jute is a natural fibre and eco-friendly alternative to synthetic packaging — policy priority under green packaging initiatives.
6. Oilseed Belt
Primary oilseeds and their zones:
- Mustard/Rapeseed: Rajasthan (largest producer), UP, MP, Haryana; Rabi crop.
- Groundnut: Gujarat, Rajasthan, Andhra Pradesh, Tamil Nadu; Kharif crop.
- Soybean: Madhya Pradesh (largest soybean producer in India), Maharashtra, Rajasthan; Kharif crop.
- Sunflower: Karnataka, Andhra Pradesh.
- Sesame (til): Rajasthan, West Bengal, Gujarat.
Significance: MP is the centre of India's soybean production (MP + Maharashtra + Rajasthan = >90% of soybean). Mustard oil is the dominant cooking medium in north and east India.
7. Spice Belt
| Spice | Primary State(s) |
|---|---|
| Black pepper ("King of Spices") | Kerala (Wayanad, Idukki) |
| Cardamom ("Queen of Spices") | Kerala, Karnataka; Sikkim (organic cardamom) |
| Turmeric | Telangana (Nizamabad — GI tagged), Andhra Pradesh, Odisha |
| Ginger | Kerala, Meghalaya, Mizoram |
| Chilli | Andhra Pradesh (Guntur — GI tagged), Telangana, Rajasthan |
| Cumin (Jeera) | Rajasthan, Gujarat |
| Coriander | Rajasthan, MP |
| Vanilla | Karnataka, Kerala, Tamil Nadu |
India is the world's largest producer, consumer, and exporter of spices.
8. Plantation Crops
Tea:
- Assam (Brahmaputra valley — largest producer; ~50% of India's tea); bold Assam variety.
- West Bengal (Darjeeling — GI-tagged; Dooars; premium Darjeeling tea commands global premium prices).
- Tamil Nadu (Nilgiris — Ooty, Coonoor); Kerala (Munnar).
Coffee:
- Karnataka (Chikmagalur, Kodagu/Coorg, Hassan — largest; ~70% of India's coffee); Bababudan Hills (where Baba Budan brought 7 coffee beans from Yemen, 17th century).
- Kerala (Wayanad — ~21% share, mostly Robusta), Tamil Nadu (Nilgiris, Yercaud — Arabica).
- Varieties: India produces both Arabica (~30%) and Robusta (~70%).
- India is the world's 7th-8th largest coffee producer and ~5th-6th largest exporter.
- India's coffee is predominantly shade-grown under native canopy — a biodiversity/sustainability advantage; Monsooned Malabar is a unique Indian GI variety.
Rubber:
- Kerala: ~78% of India's natural rubber production (Kottayam, Idukki, Pathanamthitta, Ernakulam — "rubber capital" Kottayam).
- Tripura: 2nd largest at ~9% share; second "Rubber Capital" promoted by Rubber Board.
- Karnataka, Assam, Tamil Nadu, Meghalaya also significant.
- India is the 6th-largest producer but 2nd-largest consumer of natural rubber globally — net importer due to growing tyre/auto demand.
- Hevea brasiliensis (Para rubber tree) thrives in equatorial-tropical climate (>200 cm rainfall, 25-35°C).
9. Pulses Belt
Madhya Pradesh is India's largest pulse-producing state (gram/chickpea, tur/arhar, urad, moong).
| Pulse | Key States |
|---|---|
| Gram (Chickpea) | MP, Rajasthan, Maharashtra, UP |
| Tur (Arhar/Pigeon Pea) | MP, Maharashtra, Karnataka, Andhra Pradesh |
| Urad (Black Gram) | MP, Maharashtra, Andhra Pradesh |
| Moong (Green Gram) | Rajasthan, Maharashtra |
| Masur (Lentil) | MP, Bihar, UP |
India is the world's largest producer and consumer of pulses, yet is import-dependent for specific varieties, reflecting a structural supply gap. Pulses are vital for food and nutrition security — primary protein source for India's vegetarian population.
State-Crop Mapping (Key States)
| State | Lead Crop(s) | Distinctive Feature |
|---|---|---|
| Punjab | Wheat, Rice | Highest cropping intensity; Green Revolution epicentre; water table crisis |
| Haryana | Wheat, Rice, Mustard | Green Revolution state; leading Basmati producer |
| Uttar Pradesh | Sugarcane, Wheat, Rice | Largest sugarcane producer (~48.6%); Rice-wheat rotation |
| West Bengal | Rice, Jute, Potato | Hugli jute belt; Eastern delta rice |
| Madhya Pradesh | Pulses, Soybean, Wheat | Largest pulse and soybean producer |
| Gujarat | Cotton, Groundnut | Historically India's largest cotton producer; 2nd largest in 2024-25 (71.34 lakh bales); highest cotton yield per hectare; Saurashtra groundnut |
| Maharashtra | Cotton, Sugarcane, Soybean | Largest cotton producer in 2024-25 (89.09 lakh bales — overtook Gujarat); black soil (Regur) cotton; sugar cooperatives (Pune); Vidarbha agrarian distress |
| Rajasthan | Mustard, Bajra, Cumin | Dryland crops; Ganganagar wheat (irrigated) |
| Andhra Pradesh / Telangana | Rice, Cotton, Chilli | Krishna-Godavari delta rice; Guntur chilli |
| Tamil Nadu | Rice, Tea (Nilgiris), Banana | Cauvery delta rice; Ooty tea |
| Karnataka | Coffee, Ragi, Cotton | Coorg coffee; largest coffee producer |
| Kerala | Rubber, Coconut, Pepper, Tea | Highest rubber and coconut density |
| Assam | Tea, Rice | Assam tea (~50% of India's output); Brahmaputra valley rice |
| Chhattisgarh | Rice | "Rice bowl of India" |
Agro-Climatic Zones
The Planning Commission (1989) divided India into 15 Agro-Climatic Zones (ACZ) based on physiography, climate, soils, and cropping patterns — for resource-based planning.
| # | Zone | Constituent States/Regions |
|---|---|---|
| I | Western Himalayan Region | J&K, Ladakh, Himachal Pradesh, Uttarakhand |
| II | Eastern Himalayan Region | Sikkim, Arunachal Pradesh, hills of NE states, Darjeeling |
| III | Lower Gangetic Plain | West Bengal (most), parts of Bihar |
| IV | Middle Gangetic Plain | Eastern UP, Bihar |
| V | Upper Gangetic Plain | Western & Central UP |
| VI | Trans-Gangetic Plain | Punjab, Haryana, Delhi, Chandigarh, parts of Rajasthan |
| VII | Eastern Plateau and Hills | Chhotanagpur (Jharkhand), Chhattisgarh, Odisha, eastern MP |
| VIII | Central Plateau and Hills | Bundelkhand (UP+MP), parts of MP, Rajasthan |
| IX | Western Plateau and Hills | Maharashtra (most), parts of MP |
| X | Southern Plateau and Hills | Telangana, AP (interior), Karnataka, Tamil Nadu (interior) |
| XI | East Coast Plains and Hills | Coastal AP, TN, Odisha, Puducherry |
| XII | West Coast Plains and Ghats | Konkan, Goa, coastal Karnataka, Kerala |
| XIII | Gujarat Plains and Hills | Gujarat, Daman & Diu, Dadra & Nagar Haveli |
| XIV | Western Dry Region | Rajasthan (Thar) |
| XV | Islands Region | A&N Islands, Lakshadweep |
- ICAR's National Bureau of Soil Survey and Land Use Planning (NBSS&LUP) uses 20 Agro-Ecological Regions (AER) and 60 Agro-Ecological Sub-Regions (AESR) for granular soil-climate-crop planning.
- These zones guide: crop varietal development, irrigation investment priorities, crop insurance (PMFBY) design, MSP procurement decisions, and KVK (Krishi Vigyan Kendra) outreach.
India's Agricultural Revolutions
| Revolution | Crop/Sector | Period | Architect | Key Features |
|---|---|---|---|---|
| Green Revolution | Wheat, then Rice (HYV) | Mid-1960s onwards | M.S. Swaminathan, Norman Borlaug | HYV dwarf seeds (Mexican wheat — Lerma Rojo, Sonora 64; IR-8 rice from IRRI), chemical fertilisers, tube-well irrigation; Punjab-Haryana-W.UP epicentre |
| White Revolution / Operation Flood | Milk/Dairy | 1970-1996 (3 phases) | Verghese Kurien, NDDB | Anand pattern (cooperative); India became world's largest milk producer (1998); Amul model |
| Yellow Revolution | Oilseeds | 1986-1990 onwards | Sam Pitroda (Technology Mission) | Mustard, sunflower, soybean focus; oilseed self-sufficiency (incomplete) |
| Blue Revolution | Fish/Aquaculture | 1985-90 onwards | Hiralal Chaudhuri, Arun Krishnan | Inland & marine fisheries; Pradhan Mantri Matsya Sampada Yojana (PMMSY 2020); India is 2nd-largest fish producer |
| Pink Revolution | Meat/Poultry, Onion | 2000s | -- | Poultry-meat processing growth |
| Golden Revolution | Horticulture (fruits, vegetables, honey) | 1991 onwards | Nirpakh Tutej | National Horticulture Mission (2005); India is largest mango, banana, papaya producer |
| Silver Revolution | Eggs/Poultry | 1969-78 | Indira Gandhi era | India is 3rd-largest egg producer |
| Red Revolution | Tomato/Meat | 1980s-90s | Vishal Tewari | Tomato production growth |
| Round Revolution | Potato | 1965 onwards | -- | India is 2nd-largest potato producer |
| Silver Fibre Revolution | Cotton | 2000s | -- | Bt Cotton + technology mission on cotton |
| Black/Brown Revolution | Petroleum/Non-conventional energy | -- | -- | Biofuels, ethanol blending |
| Grey Revolution | Fertilisers | 1960s-70s | -- | Urea, DAP self-sufficiency |
| Evergreen Revolution | Sustainable agriculture | 2000s onwards | M.S. Swaminathan | Green Revolution + ecological sustainability |
| Rainbow Revolution | Integrated agriculture | 2000s | -- | All crops, livestock, fisheries together |
Key Recent Schemes
| Scheme | Year | Target |
|---|---|---|
| PM-KISAN Samman Nidhi | February 2019 | ₹6,000/year direct income to all landholding farmers; 22nd installment released 13 March 2026: ₹18,640 crore to 9.32 crore farmers (source: PIB, 13 March 2026); cumulative DBT disbursals crossed ₹4.27 lakh crore since 2019 |
| PM Fasal Bima Yojana (PMFBY) | 2016 (revised 2020, 2025) | Crop insurance — 1.5%/2%/5% premium for Rabi/Kharif/horticulture |
| PM-KUSUM | 2019 | Solarisation of agriculture: standalone solar pumps + grid-connected solarisation; revised target 30.8 GW by 2026 |
| eNAM (National Agriculture Market) | April 2016 | Pan-India electronic trading platform; ~1,400+ mandis integrated |
| PM Kisan Maan Dhan Yojana | September 2019 | Pension scheme for small/marginal farmers (₹3,000/month from age 60) |
| Operation Greens | 2018 (TOP-Tomato/Onion/Potato; expanded 2021 to TOTAL — 22 perishable commodities) | Price stabilisation; 50% subsidy on transport & storage |
| NMEO-Oilseeds | Approved 3 October 2024 | National Mission on Edible Oils-Oilseeds; ₹10,103 crore outlay (2024-25 to 2030-31); raise oilseed production from 39 MT (2022-23) to 69.7 MT by 2030-31 |
| NMEO-Oil Palm | August 2021 | Edible oil self-sufficiency through oil palm; ₹11,040 cr outlay; focus on NE India and A&N Islands |
| National Mission on Natural Farming (NMNF) | November 2024 (standalone scheme) | ₹2,481 crore outlay; target 1 crore farmers, 7.5 lakh ha by 2026 |
| Digital Agriculture Mission | September 2024 | ₹2,817 crore; AgriStack — Farmer Registry, Crop Sown Registry, Geo-referenced village maps |
Key Challenges in Crop Geography
| Challenge | Details |
|---|---|
| Punjab-Haryana water depletion | Rice-wheat monoculture dependent on groundwater; water table falling 0.5–1 m/year in many districts; Punjab Preservation of Sub-Soil Water Act (2009) delays paddy transplanting to reduce water use |
| Cotton farmer crisis (Vidarbha) | Bt Cotton resistance, volatile prices, debt burden; agrarian distress in Maharashtra's cotton belt |
| Climate change shifting crop belts | Wheat belt may shift northward as temperatures rise; reduced snow in Himalayan catchments affects Rabi irrigation; ENSO events disrupt monsoon → Kharif crop failures |
| Crop diversification deficit | MSP system incentivises wheat and rice over pulses, oilseeds, and horticulture; policy reform needed |
| Northeast underutilisation | Rich biodiversity and agro-climatic potential (spices, fruits, bamboo) underexploited due to poor connectivity and market access |
Exam Strategy
For Prelims: Most-asked: state-crop associations. Know: Chhattisgarh = rice bowl; MP = largest pulse producer; Maharashtra = largest cotton producer (2024-25) — Gujarat was #1 until 2023-24 but Maharashtra overtook in 2024-25; Punjab = largest wheat procurement; Kerala = 74–78% rubber; West Bengal = ~72% jute cultivation area. Know the definition and formula for cropping intensity (155.9% in 2022–23).
For Mains GS1: Crop geography questions appear as "distribution of crop X — factors responsible" or "explain the relationship between physical environment and agricultural patterns." Always link to soil type, climate, relief, and irrigation.
For Mains GS3: Same crop data serves agri-economy questions — food security, MSP distortion, farmer distress, crop diversification, climate change impact on agriculture.
Common confusion pairs to resolve:
- Largest vs highest yield: UP = largest sugarcane producer (volume); Maharashtra = highest yield per hectare.
- Rice bowl of India: Chhattisgarh (for domestic context); Andhra Pradesh also called rice bowl for surplus production.
- Gujarat vs Maharashtra for cotton: Maharashtra is the largest cotton producer as of 2024-25 (89.09 lakh bales) — overtook Gujarat (71.34 lakh bales) for the first time. Gujarat still has the highest yield per hectare. Pre-2024-25, Gujarat had been #1 for several years. UPSC questions asking "largest cotton producer" should now cite Maharashtra (2024-25 data).
Previous Year Questions
Prelims
- Which state is the largest producer of jute in India? (West Bengal)
- "Black cotton soil" is most closely associated with which region? (Deccan Trap / Maharashtra-Gujarat)
- Which state is India's largest producer of pulses? (Madhya Pradesh)
- The cropping intensity of India in 2022–23 was approximately: (~156%)
- Basmati rice is primarily produced in: (Punjab, Haryana, western UP)
- Which state is the largest producer of rubber in India? (Kerala)
- Cardamom is primarily grown in: (Kerala and Karnataka; Sikkim for organic cardamom)
Cross-paper relevance
- GS1 — Geography (primary) — Crop zonation: rice belt (East India), wheat belt (NW India), cotton belt (Deccan), sugarcane belt, plantation crops (South India); agro-climatic regions
- GS3 — Agriculture — MSP regime, crop diversification, food security; PM-KISAN, PM Fasal Bima Yojana; soil-crop suitability; agro-ecological zoning for climate adaptation
- GS2 — Policy: APMC reform; Essential Commodities Act; National Food Security Act 2013; FCI buffer stock norms
- Essay — "India's agricultural geography is at odds with its market geography" (recurring — spatial mismatch between production and consumption)
Recent Developments (2024–2026)
Record Foodgrain Production — FY 2024–25 and FY 2025–26
India achieved an all-time record foodgrain production in 2024–25 of 357.73 million tonnes (3,577.32 LMT) (Final Estimate, Ministry of Agriculture & Farmers Welfare) — 7.6% above 2023-24 (332.30 MT). Key sub-records: Rice 150.18 MT, Wheat 117.94 MT, Pulses ~25.68 MT. The above-normal 2024 SW Monsoon (108% of LPA) boosted kharif performance; adequate rabi-season soil moisture and MSP increases for several crops drove the wheat record.
2025–26 Wheat Record: Wheat production for 2025-26 is estimated at a new record of 120.65 MT (4th Advance Estimate, Ministry of Agriculture, 27 May 2026) — up ~2.29% from 117.94 MT in 2024-25. (The 3rd Advance Estimate, March 2026, had placed this at 120.21 MT; the 4th AE, released 27 May 2026, revised it upward to 120.65 MT.) Area under wheat cultivation grew 3% to 33.41 million hectares. Climate-resilient seed varieties and expanded irrigation supported the record despite localised unseasonal rains and hailstorms. India has since moved to lift its four-year-old wheat export ban via a calibrated quota system (source: Business Standard, March 2026).
2025–26 Overall foodgrain outlook: 2nd Advance Estimate (10 March 2026) = 348.6 MT (3,486 LMT); government target for 2025–26 was revised upward to 362.96 MT (Agriculture Ministry, September 2025). The 2nd AE is tracking below target with subsequent estimates expected to revise upward as tur, sugarcane, and castor CCEs are finalised. The below-normal 2026 SW Monsoon forecast (92% of LPA, IMD April 2026) creates downside risk for 2026–27 kharif production.
Horticulture FY2025–26: First Advance Estimates (Ministry of Agriculture, March 2026) peg horticulture production at 370.85 MT (First AE) — up from 354.74 MT in 2023-24; area: 301.36 lakh hectares. India remains the world's second-largest horticulture producer.
UPSC angle: 357.73 MT (2024-25 Final) and 120.65 MT wheat (2025-26 4th AE, 27 May 2026) are the prelims-ready figures. The wheat export policy reversal and below-normal 2026 monsoon and food security implications are ideal Mains GS3 entry points.
MSP for Kharif Crops — 2025-26 and 2026-27
The CCEA (Cabinet Committee on Economic Affairs) approved MSP increases for 14 Kharif crops for both 2025-26 and 2026-27 marketing seasons:
| Crop | MSP 2025-26 (₹/quintal) | MSP 2026-27 (₹/quintal) | Hike (2026-27) |
|---|---|---|---|
| Paddy (Common) | 2,369 | 2,441 | +₹72 |
| Paddy (Grade A) | 2,389 | 2,461 | +₹72 |
| Cotton (Medium Staple) | 7,710 | 8,267 | +₹557 |
| Cotton (Long Staple) | 8,110 | 8,667 | +₹557 |
| Tur/Arhar | 7,550 | Higher | +₹450 (2025-26 hike) |
| Groundnut | Higher | Higher | +₹480 (2025-26 hike) |
The 2026-27 MSP hike (approved 13 May 2026) carries an estimated farmer payout of ₹2.6 lakh crore. Both seasons continue the policy of fixing MSPs at ≥1.5× the all-India weighted average cost of production (commitment since Union Budget 2018-19).
UPSC angle (Prelims 2027): Paddy MSP = ₹2,441 (2026-27); Cotton Medium Staple MSP = ₹8,267 (2026-27); CCEA approves kharif MSP annually (typically April-June); policy aim: 50% return over cost of production (A2+FL cost basis) — a long-standing farmer demand fulfilled in 2018-19.
PM-KUSUM and Natural Farming — Expansion 2024
The Pradhan Mantri Kisan Urja Suraksha evam Utthaan Mahabhiyan (PM-KUSUM) scheme expanded significantly in 2024, providing solar pumps to over 30 lakh farmers, reducing diesel dependency for irrigation. Natural farming initiatives under the National Mission on Natural Farming (NMNF, 2023) began scaling up, targeting 1 crore farmers on 7.5 lakh hectares. The PM Fasal Bima Yojana premium paid by the Centre reached ₹24,000 crore in 2024–25, covering approximately 5.5 crore farmers. These schemes reflect a geographic shift in irrigation patterns — from groundwater-intensive to solar-powered micro-irrigation — particularly in Gujarat, Rajasthan, and Maharashtra.
UPSC angle: Agricultural geography, irrigation methods, PM-KUSUM solar pumps, natural farming, and crop insurance distribution are relevant for GS3 agriculture and GS1 crop geography questions.
Mains
- GS1 2023: "Discuss the factors responsible for the uneven distribution of agricultural crops across India. Give examples of at least three crop-specific geographical concentrations." (15 marks)
- GS1 2021: "The Green Revolution transformed India's food security but created new geographical and ecological challenges. Critically examine." (15 marks)
- GS3 2022: "Crop diversification is essential for sustainable agriculture in India. Identify the barriers and suggest policy measures." (15 marks)
- GS1 2019: "Explain the agro-climatic basis of India's major crop zones. How is climate change likely to alter these zones?" (15 marks)
- GS3 2018: "India is the largest producer of several spices and plantation crops but exports do not reflect this dominance. Examine the supply chain and value addition challenges." (10 marks)
Key Terms
Cropping Seasons (Kharif, Rabi, Zaid)
- Definition: Cropping seasons are the distinct agricultural cycles into which India's farming year is divided based on the monsoon and temperature regime — Kharif (monsoon crops, sown June-July, harvested September-October), Rabi (winter crops, sown October-December, harvested April-June) and Zaid (the short summer season between Rabi and Kharif, roughly March-June).
- Context: India's three cropping seasons arise from its monsoon-driven climate, with the southwest monsoon defining the agricultural calendar. The terms "Kharif" (meaning autumn) and "Rabi" (meaning spring) are of Arabic origin and entered Indian usage during the Mughal period. Kharif crops such as rice, maize, cotton, jowar, bajra, tur and soyabean depend on monsoon rainfall, while Rabi crops such as wheat, barley, gram, mustard and peas rely on residual soil moisture and irrigation in the cooler winter. Zaid is a minor irrigated season for short-duration crops like watermelon, muskmelon, cucumber and fodder.
- UPSC Relevance: This is a foundational Geography (GS1) concept that underpins recurring Prelims questions matching crops to seasons, climatic requirements and the agricultural calendar, and it links to GS3 themes of food security, MSP, monsoon dependence and crop diversification. Mains answers on agriculture frequently require contrasting Kharif's rainfall dependence with Rabi's irrigation reliance, and explaining how monsoon performance shapes foodgrain output. No verified PYQ is cited for this exact term; aspirants should treat it as a building block for the broader Indian agriculture topic family.
Minimum Support Price Mechanism
- Definition: The Minimum Support Price (MSP) Mechanism is the Government of India's price-policy tool under which the Centre announces a guaranteed floor price for select agricultural crops each season, assuring farmers a remunerative return and insulating them from sharp price falls at harvest.
- Context: MSP was first introduced in 1966-67 (for wheat) during the Green Revolution to encourage adoption of high-yielding varieties and ensure food security. Prices are recommended by the Commission for Agricultural Costs and Prices (CACP, set up as the Agricultural Prices Commission in 1965 and renamed in 1985) and approved by the Cabinet Committee on Economic Affairs (CCEA). The Government announces MSP for 22 mandated crops covering 14 Kharif, 6 Rabi and 2 commercial crops (some sources count 23). Procurement at MSP is operationalised mainly by the Food Corporation of India (FCI) and state agencies, feeding the Public Distribution System under the National Food Security Act, 2013.
- UPSC Relevance: MSP is a foundational GS3 topic under agriculture, food security and government interventions, and it overlaps with the agricultural geography of cropping patterns and the Green Revolution belt. UPSC tests it both factually (which body recommends MSP, the cost concepts A2, A2+FL and C2, the Swaminathan Commission's C2+50% recommendation) and analytically (effectiveness, regional/crop skew toward paddy and wheat in Punjab-Haryana, fiscal cost, and the demand for a legal guarantee). Foundational concept — underpins questions on agricultural pricing policy, food procurement, farm distress and the 2020-21 and 2024 farmers' protests. No specific PYQ is cited here.
Shifting Cultivation (Jhum)
- Definition: Shifting cultivation is a primitive, subsistence form of agriculture in which a patch of forest is cleared, the felled vegetation burned in situ to fertilise the soil with ash, cropped for a few years until fertility declines, and then abandoned (left fallow) while the cultivator moves to a fresh patch; in North-East India it is locally called jhum (jhumming).
- Context: Practised mainly on hill slopes by tribal communities, the system is also known globally as slash-and-burn or swidden agriculture. In India it appears under many regional names and is most widespread across the seven North-Eastern hill states. Traditionally sustainable when fallow periods were long, it has become ecologically damaging in recent decades as population pressure has sharply shortened the jhum cycle.
- UPSC Relevance: This is a foundational geography concept (GS1) that underpins recurring questions on Indian agricultural systems, tribal economies and forest degradation. Prelims frequently tests the matching of local names to regions (Bewar/Dahiya–Madhya Pradesh, Podu/Penda–Andhra Pradesh, Kumari–Western Ghats, Jhum–North-East), while Mains (GS1/GS3) draws on the environmental trade-offs, shortened jhum cycles, and the NITI Aayog policy debate over classifying jhum land. No verified exact-term PYQ is cited here; treat it as a high-frequency factual and analytical theme rather than a single past question.
