🏛️ Legacy IAS – Bangalore
Economics of Animal Rearing
Animal Husbandry · Dairy · Fisheries · Livestock Census · Government Schemes · Operation Flood · Pink & Blue Revolution · Current Affairs · PYQs · MCQs
1. Introduction & Overview
Animal husbandry refers to livestock raising and selective breeding — the branch of agricultural sciences dealing with domesticated animals and their management for obtaining better products and services. When combined with standard business practices, it is called Livestock Management. India maintains a mixed farming system — combining crop and livestock where outputs of one become inputs of another, maximising resource efficiency.
247.87 MT
Milk production 2024–25 (World #1)
485 g/day
Per capita milk availability 2024–25
149.11 B
Egg production 2024–25 (World #2)
10.50 MT
Meat production 2024–25 (World #4)
197.75 LMT
Fish production 2024–25 (World #2)
~30.38%
Livestock % of agricultural GVA (2022–23; up from 24.32% in 2014–15)
~8 crore
Farmers directly employed in dairy
28 million
Livelihoods supported by fisheries
2. Significance of Animal Rearing
💰 Economic Significance
- Subsidiary income: Especially for resource-poor families maintaining few herds
- Regular income: Cows and buffaloes through milk sale; sheep/goat as emergency assets
- Moving banks: Animals serve as assets providing economic security
- Employment buffer: Agriculture provides max 180 days/year; livestock fills lean-season gap for landless and marginal farmers
- GDP contribution: ~5.50% to total GVA; ~30.38% to agricultural GVA (2022–23 at current prices; up from 4.11% and 25.6% in 2018–19)
- Livestock sector grew at 7.38% CAGR (at constant prices, 2014–15 to 2022–23) — far exceeding crop farming growth
🌾 Social & Nutritional Significance
- Nutrition: Milk, meat, eggs are key animal protein sources
- Draft power: Bullocks critical for ploughing, carting, transport — especially for marginal/small farmers
- Animal waste: Dung used as fuel (cakes), fertiliser (FYM), plastering material
- Social security: Animal ownership raises social status; gifting during marriages is common
- Religious functions: Bulls and cows worshipped in various religious rituals
- Women's empowerment: Women constitute ~69% of livestock sector workforce; primary managers of dairy and poultry
Key Fact for UPSC: About 10% of rural labour force is involved in livestock rearing, which constitutes ~26% of total agricultural value added. The livestock sector is the single largest agricultural commodity in India — dairy alone contributes 5% to national income and employs over 8 crore farmers, the majority of whom are women.
3. Status of Animal Rearing in India — Latest Data
20th Livestock Census (2019) — Key Figures: Total Bovines: 303.76 million · Sheep: 74.26 million · Goats: 148.88 million · Pigs: 9.06 million · Total Livestock: 536.76 million (↑4.82% over 2012) · Poultry: 851.81 million (↑16.81%). Note: 21st Livestock Census is underway.
| Species | 19th Census 2012 (Mn) | 20th Census 2019 (Mn) | Growth % (2012–19) |
|---|---|---|---|
| Cattle | 190.90 | 193.46 | +1.34% |
| Buffalo | 108.70 | 109.85 | +1.06% |
| Total Bovines | 299.98 | 303.76 | +1.26% |
| Sheep | 65.07 | 74.26 | +14.12% |
| Goat | 135.17 | 148.88 | +10.14% |
| Pigs | 10.29 | 9.06 | −11.95% |
| Total Livestock | 512.06 | 536.76 | +4.82% |
| Poultry | 729.21 | 851.81 | +16.81% |
3.1 Livestock Production — BAHS 2024–25 (Latest)
| Product | 2021–22 (PDF data) | 2023–24 (BAHS 2024) | 2024–25 (BAHS 2025) | India's Global Rank |
|---|---|---|---|---|
| 🥛 Milk | 221.06 MT | 239.30 MT (+3.78%) | 247.87 MT (+3.58%) | #1 (24.76% global share) |
| 🥛 Per Capita Milk | 444 g/day | 471 g/day | 485 g/day | World avg: 329 g/day (2023) |
| 🥚 Eggs | 129.60 billion | 142.77 billion (+3.18%) | 149.11 billion (+4.44%) | #2 globally (FAO) |
| 🥚 Per Capita Eggs | 95/annum | 103/annum | 106/annum | – |
| 🥩 Meat | 9.29 MT | 10.25 MT (+4.95%) | 10.50 MT (+2.46%) | #4 globally (FAO 2024–25) |
| 🧶 Wool | 33.04 M kg | 33.69 M kg (+0.22%) | ~34 M kg (est.) | Top states: Rajasthan, J&K, Gujarat |
Top Milk Producing States (2023–24): UP (16.21%) > Rajasthan (14.51%) > MP (8.91%) > Gujarat (7.65%) > Maharashtra (6.71%)
Top Egg Producing States (2024–25): Andhra Pradesh (18.37%) > Tamil Nadu (15.63%) > Telangana (12.98%) > West Bengal (10.72%) > Karnataka (6.67%)
Top Meat Producing States: West Bengal > Uttar Pradesh > Maharashtra (BAHS 2024)
Top Egg Producing States (2024–25): Andhra Pradesh (18.37%) > Tamil Nadu (15.63%) > Telangana (12.98%) > West Bengal (10.72%) > Karnataka (6.67%)
Top Meat Producing States: West Bengal > Uttar Pradesh > Maharashtra (BAHS 2024)
Cattle Productivity Gap: Average annual productivity of cattle in India (2019–20) = 1,777 kg/animal/year vs world average = 2,699 kg/animal/year (FAO). Crossbred cattle = only 16.6% of cattle population; crossbred pigs = 21.5%; crossbred sheep = 5.2% — reflecting limited success of breed improvement programmes.
4. Challenges Faced by Animal Husbandry Sector
India's average cattle productivity (1,777 kg/animal/year) is only 66% of the world average (2,699 kg). Causes: (1) Low genetic merit of indigenous breeds; (2) Poor nutrition/feed management; (3) Inadequate veterinary and extension services; (4) Frequent disease outbreaks (FMD, Black Quarter, Lumpy Skin Disease, African Swine Fever); (5) Thermal stress from heat waves causes embryonic mortality and low fertility. Crossbreeding has made limited progress — crossbred cattle only 16.6% after 3+ decades of programmes.
The livestock sector receives only about 12% of total public expenditure on agriculture and allied sectors — disproportionately less than its ~30.38% contribution to agricultural GVA (2022–23) and 5.50% of total GVA. The share of livestock in total agricultural credit has hardly ever exceeded 4%. Women in poor households, without collateral, find it especially difficult to obtain loans. Financial institutions have systemically neglected this sector despite its enormous economic significance.
Per Indian Grassland and Fodder Research Institute: deficit of 23.4% in dry fodder, 11.24% in green fodder, and 28.9% in concentrates. Area under fodder cultivation stagnant at ~4% of cropping area. Livestock depend on crop residues (>44%) — low nutrition, high fibre, low protein. Farmers have shifted to high-yielding dwarf varieties with minimal straw. Straw diversion to paper/brick industries and straw-burning further reduce availability. Shrinking pastures and grazing lands add to the crisis.
Infrastructure and human resources for disease diagnosis, reporting, epidemiology, surveillance and forecasting are insufficient. Number of state and central labs is inadequate for a country the size of India. FMD, Brucellosis, Lumpy Skin Disease, and African Swine Fever remain major threats. Primary vaccination is not mandatory; surveillance is not conducted in a time-bound manner. Testing of milk at collection centres for safety parameters is almost non-existent — limiting value addition and export potential.
Women constitute ~69% of the livestock sector workforce (up to 90% in tribal states like Jharkhand, Chhattisgarh, Odisha). Yet they face: (1) Lack of gender-disaggregated data — PLFS fails to count women in livestock; (2) No collateral for credit; (3) Limited access to extension services; (4) Lack of technical knowledge (men take animals for AI); (5) Lack of decision-making power even in women-only cooperatives. Women accounted for 31% of dairy cooperative members in 2020–21; 5.4 million women members in 2020–21.
5. Government Schemes — Animal Husbandry & Dairy
🐄 National Animal Disease Control Programme (NADCP) — FMD & Brucellosis
Aims to control FMD by 2025 and eradicate by 2030 through vaccination. Also implements intensive Brucellosis control. It is a Central Sector Scheme with 100% central funding. Described as the biggest step any country has ever taken for animal/human vaccination programme to control any disease in mission mode.
🐏 National Livestock Mission (NLM)
Focus: Entrepreneurship development and breed improvement in poultry, sheep, goat and piggery including feed and fodder development. Three Sub-Missions: (1) Breed Development of Livestock and Poultry; (2) Feed and Fodder Development; (3) Innovation and Extension. Key objectives: employment generation, increase productivity through breed improvement, enhance availability of fodder and feed, promote fodder processing units.
🐂 Rashtriya Gokul Mission (RGM)
Launched December 2014 for development and conservation of indigenous bovine breeds. Continued under umbrella scheme Rashtriya Pashudhan Vikas Yojana (2021–2026). Three elements established:
- Gokul Gram — Integrated Indigenous Cattle Centres
- Gopalan Sangh — Breeder's Societies
- National Kamdhenu Breeding Centres — repository of indigenous germplasm
Objectives: enhance bovine productivity; propagate high genetic merit bulls; expand AI coverage; promote indigenous breed conservation.
💉 Nationwide Artificial Insemination Programme (NAIP)
Targets 20,000 bovines per district across 600 districts. Campaign mode genetic up-gradation covering all bovine breeds using low-cost AI technology. Every cow and buffalo under AI tagged and tracked through INAPH Database (Information Network on Animal Productivity and Health). One of the largest breed improvement programmes globally with 100% central assistance.
🔬 National Mission on Bovine Productivity (NMBP)
Initiated November 2016, implemented as part of Rashtriya Gokul Mission. Four components:
- Pashu Sanjivni: Animal wellness with Nakul Swasthya Patra (health card) and unique ID
- Advanced Breeding Technology: IVF/MOET and sex-sorted semen technique
- e-Pashuhaat: Portal for breeders and farmers (launched on V. Kurien's birthday — 26 Nov 2016)
- National Bovine Genomic Centre for Indigenous Breeds (NBGC-IB)
🥛 National Programme for Bovine Breeding and Dairy Development (NPBBDD)
Formed in 2014 by merging NPCBB, IDDP, SIQ&CMP, and Assistance to Cooperatives. Two components:
- NPBB: AI services through MAITRI (Multipurpose AI Technician in Rural India); conserve indigenous bovine breeds
- NPDD: Infrastructure for milk production, procurement, processing and marketing; financial assistance from JICA (Japan International Cooperation Agency) for cooperative dairying
🏭 Dairy Processing & Infrastructure Development Fund (DIDF)
Set up with corpus of ₹8,004 crore under NABARD following Union Budget 2017–18 announcement. Objective: modernise milk processing plants and machinery; create additional infrastructure for processing more milk. Provides concessional loans to dairy cooperatives and FPOs for modernisation.
🏗️ Animal Husbandry Infrastructure Development Fund (AHIDF)
₹15,000 crore fund for incentivising investments by individual entrepreneurs, private companies, MSMEs, Farmer Producer Organisations and Section 8 companies in: dairy processing and value addition infrastructure; meat processing; animal feed plants. Provides 3% interest subvention. Enables private sector to complement cooperative model in animal husbandry value chain.
6. Pink Revolution — Meat & Poultry Sector
Pink Revolution refers to the modernisation — specialisation, mechanisation, and standardisation — of the meat and poultry processing sector.
🥩 Key Facts — Meat Sector
- In 2014: India surpassed Brazil and Australia to become the largest bovine meat exporting country in the world
- Bovine meat became India's top agricultural export item ($4,781M) — ahead of Basmati rice in 2014–15
- India is 2nd globally in egg production (BAHS 2024 / FAOSTAT 2022); earlier FAOSTAT 2020 data had cited #3 (Vision IAS PDF)
- Indian meat is primarily exported to Middle East and South East Asia
- Top 5 meat producing states: Maharashtra, Uttar Pradesh, West Bengal, Andhra Pradesh, Telangana
- Value addition in meat: only ~21% vs world average of >70%
- Further processing of buffalo meat: ~95% in export plants; chicken: ~11%
⚠️ Challenges in Meat Sector
- Inadequate infrastructure: Most slaughterhouses lack hygienic facilities; retail shops lack cold chain
- Disease prevalence: FMD is the biggest concern — control programme running for 20+ years
- Low value addition: Only 21% value addition vs 70%+ global average
- By-product waste: Only 1/3 of slaughtered animal harvested as meat; 66%, 52%, 68% of cattle, pigs, sheep respectively are byproducts — largely wasted
- Animal welfare: Overcrowded transportation; no awareness of transport stress on meat quality
- No international standards: Demand exists for Indian ethnic meat products globally but processing standards are inadequate
Government Initiatives for Pink Revolution:
• 100% FDI permitted through automatic route in food processing sector
• Concessional customs duty on imported food processing equipment
• 100% income tax exemption to new food processing, preservation and packaging units for first 5 years
• Food Processing Fund (FPF): ₹2,000 crore corpus under NABARD for affordable credit
• PM Formalisation of Micro Food Processing Enterprises (PMFME) scheme for value addition
• 100% FDI permitted through automatic route in food processing sector
• Concessional customs duty on imported food processing equipment
• 100% income tax exemption to new food processing, preservation and packaging units for first 5 years
• Food Processing Fund (FPF): ₹2,000 crore corpus under NABARD for affordable credit
• PM Formalisation of Micro Food Processing Enterprises (PMFME) scheme for value addition
7. Fisheries — Blue Revolution
Fisheries are an important source of food, nutrition, employment and income. The sector supports livelihoods of over 28 million people — especially marginalised communities. It contributes 1.24% to GDP and over 7.28% (now 7.55%) to agricultural GVA. Fish is one of the healthiest, most affordable sources of animal protein.
197.75 LMT
Fish production 2024–25 (up from 95.79 in 2013–14)
#2
India's global rank in fish production (8% share)
₹62,408 Cr
Seafood exports 2024–25 (up 33.7% since PMMSY)
7.55%
Fisheries % of agricultural GVA (2023–24)
4.7 T/ha
Aquaculture productivity 2025 (was 3 T/ha pre-PMMSY)
₹3.68 L Cr
GVA from fisheries 2023–24 (was ₹2.12 L Cr in 2018–19)
🐠 Pradhan Mantri Matsya Sampada Yojana (PMMSY)
- Launched: September 2020 by PM Narendra Modi
- Total outlay: ₹20,000 crore over 5 years (highest ever in fisheries)
- Target: Enhance fish production to 220 LMT by 2024–25 from 137.58 LMT in 2018–19
- Key objectives: Additional 70 lakh tonne production; exports to ₹1,00,000 crore; double fisher incomes; reduce post-harvest losses from 20–25% to ~10%; 55 lakh new jobs
- Sub-scheme: PM-MKSSY (Matsya Kisan Samridhi Sah-Yojana) — ₹6,000 crore for micro and small enterprises in fisheries
- Achievement: Fish production rose 38% to 197.75 LMT since PMMSY launch; exports rose 33.7%
🌊 Blue Revolution — Neel Kranti Mission
- Government restructured central plan scheme under umbrella of Blue Revolution: Integrated Development and Management of Fisheries
- Focus: Increasing fisheries production from both aquaculture and fisheries resources (inland and marine)
- Key components: Institutional arrangements; GIS strengthening; Monitoring, Control and Surveillance (MCS); Biometric ID for marine fishers; National welfare scheme for fishers (housing, accident insurance)
- National Fisheries Policy 2020: Ecosystem Approach to Fisheries (EAF); science-based management; value chain strengthening; employment generation
- In fisheries, India is a State subject — inland fisheries fully managed by states; marine fisheries is a shared responsibility
Fisheries Constraints: Marine fisheries: overcapacity in territorial waters, weak regulation, poor infrastructure (fishing harbours, cold chain), low value addition. Inland fisheries: seasonal operations, depleted stocks, tenure/lease issues, obsolete technology, low capital. Aquaculture: inadequate credit, high cost, poor pre/post-harvest infrastructure, skilled manpower shortage.
8. Operation Flood — White Revolution
Quick Facts: Launched 13 January 1970 · Implemented by NDDB (National Dairy Development Board) · Architect: Dr. Verghese Kurien (Father of White Revolution) · World's biggest dairy development programme · India surpassed USA in 1998 to become world's largest milk producer · Three phases: Phase I (1970–80), Phase II (1981–85), Phase III (1985–96)
📋 Key Achievements
- Transformed India from a milk-deficient nation to the world's largest milk producer
- Surpassed USA in 1998; achieved ~17% of global output by 2010–11
- In 30 years, doubled milk available per person
- Made dairy farming India's largest self-sustainable rural employment generator
- By 1975: all milk/dairy product imports stopped
- National Milk Grid links producers to consumers in 700+ towns and cities
- Bedrock: village milk producers' cooperatives — eliminated middlemen, ensured fair prices
📅 Three Phases
- Phase I (1970–80): Linked 18 milksheds with 4 major metro cities (Delhi, Mumbai, Kolkata, Chennai). Financed by sale of skimmed milk powder and butter oil gifted by EEC (European Economic Community) through WFP
- Phase II (1981–85): Milksheds expanded from 18 to 136; urban markets expanded to 290 cities; 43,000 village cooperatives covering 4.25 million producers
- Phase III (1985–96): Added 30,000 new cooperatives; milksheds peaked at 173; increased emphasis on R&D in animal health and nutrition
NDDB and Verghese Kurien — Key Facts for UPSC:
• NDDB was created in 1965 following PM Lal Bahadur Shastri's visit to Anand district (Gujarat) in 1964
• Verghese Kurien was the first chairman of NDDB (appointed by PM Shastri) and also chairman & founder of AMUL (GCMMF)
• The Anand Pattern: village-level Dairy Cooperative Societies → district milk unions → state marketing federation — this 3-tier structure is the foundation of India's dairy cooperative system
• National Milk Day = 26 November (Kurien's birthday); e-Pashuhaat also launched on this date
• Operation Flood is known as the White Revolution; Operation Flood 2.0 / Second White Revolution is now being discussed
• NDDB was created in 1965 following PM Lal Bahadur Shastri's visit to Anand district (Gujarat) in 1964
• Verghese Kurien was the first chairman of NDDB (appointed by PM Shastri) and also chairman & founder of AMUL (GCMMF)
• The Anand Pattern: village-level Dairy Cooperative Societies → district milk unions → state marketing federation — this 3-tier structure is the foundation of India's dairy cooperative system
• National Milk Day = 26 November (Kurien's birthday); e-Pashuhaat also launched on this date
• Operation Flood is known as the White Revolution; Operation Flood 2.0 / Second White Revolution is now being discussed
Need for a Second White Revolution
🔮 India's Dairy Demand 2050
- India will need ~600 million MT milk/year (65 crore litres/day) by 2050–51 vs current ~248 MT (~68 crore litres/day)
- Milk production needs to grow at ~3.2% CAGR for 40 years
- Four proposed models for Second White Revolution:
- (1) Large-scale dairy farms: Cooperatives/corporates with automated milking, feeding, and integrated feed production
- (2) Hub and Spoke Model: Main farm (hub, 500+ cows) with satellite farms (50–200 cattle); hub provides technical support
- (3) Progressive Dairy Farmer: Cow stalls leased to farmers; milk bought back by anchor; "hostels for cows" concept
- (4) Community Model: Cooperative ownership of milking infrastructure; farmers not restricted to specific buyer
9. Current Affairs 2024–25 — Animal Rearing
BAHS 2025 Data
India's Milk Production: 247.87 MT in 2024–25; Per Capita 485 g/day
Basic Animal Husbandry Statistics (BAHS) 2025 (released on National Milk Day — 26 November 2025) reported India's total milk production at 247.87 million tonnes in 2024–25, up 3.58% from 239.30 MT in 2023–24. Per capita availability rose to 485 grams/day (up from 471 g/day in 2023–24 and 319 g/day in 2014–15). India contributes 24.76% of global milk production. Top 5 states: UP (15.66%), Rajasthan (14.82%), MP (9.12%), Gujarat (7.78%), Maharashtra (6.71%). India's per capita milk availability (485 g/day) is well above the world average of 329 g/day.
BAHS 2025 Data
India Now #2 in Eggs (149.11 billion), #4 in Meat (10.50 MT) — 2024–25
BAHS 2025: Total egg production reached 149.11 billion numbers in 2024–25 — up 4.44% from 142.77 billion in 2023–24; per capita eggs: 106/annum. India is ranked 2nd globally in egg production. Top states: Andhra Pradesh (18.37%), Tamil Nadu (15.63%), Telangana (12.98%), West Bengal (10.72%), Karnataka (6.67%). Total meat production: 10.50 MT in 2024–25 (up 2.46%); India is now 4th globally in meat production per BAHS 2025.
Fisheries 2024–25
Fish Production 38% Up Under PMMSY — 197.75 LMT, Exports ₹62,408 Crore
India's fish production surged from 141.60 lakh tonnes (2019–20) to 197.75 lakh tonnes (2024–25) — a 38% rise since PMMSY's launch. India is the world's second-largest fish producer with ~8% global share. Seafood exports rose 33.7% to ₹62,408 crore (2024–25). Aquaculture productivity improved from 3 T/ha (pre-PMMSY) to 4.7 T/ha. Fisheries GVA reached ₹3,68,124 crore in 2023–24 (vs ₹2,12,087 crore in 2018–19). Budget 2025–26 proposed highest-ever annual budgetary support of ₹2,703.67 crore for fisheries.
Scheme — 2024
Rashtriya Gokul Mission — Extended to 2026 under Rashtriya Pashudhan Vikas Yojana
Rashtriya Gokul Mission was continued under umbrella scheme Rashtriya Pashudhan Vikas Yojana (2021–2026) with enhanced funding. Focus areas: (1) Expansion of NAIP (Nationwide AI Programme); (2) Strengthening INAPH database for tracking bovine genetic improvement; (3) Scaling up Gokul Grams for conservation of indigenous breeds; (4) IVF/MOET technology for elite cow multiplication. After 3+ decades of crossbreeding, crossbred cattle are only 16.6% of total cattle — indicating need for acceleration of AI and advanced breeding programmes.
Climate + Livestock
Lumpy Skin Disease & African Swine Fever — New Disease Threats 2023–24
India's livestock sector faced major disease outbreaks in 2022–24: Lumpy Skin Disease (LSD) killed over 1.5 lakh cattle (2022–23) in Rajasthan, Gujarat, Punjab, and Haryana — the worst bovine disease outbreak in recent memory. Government launched mass vaccination (LSD native strain vaccine developed by ICAR-NIHSAD). African Swine Fever also spread in northeast India. These outbreaks underlined the structural gap in veterinary infrastructure and the need for the NADCP's FMD eradication programme alongside surveillance for emerging zoonotic diseases.
Policy — 2024
PM Dhan-Dhaanya Krishi Yojana — Fisheries and Livestock Convergence
Budget 2025–26's PM Dhan-Dhaanya Krishi Yojana (100 agriculture-lagging districts) includes PMMSY, PMMKSSY, and Kisan Credit Card for Fisheries among its 36 convergent schemes. This scheme is designed to saturation-level deliver livestock and fisheries benefits to farmers in lagging districts. Animal Husbandry Infrastructure Development Fund (AHIDF) and National Livestock Mission are also being channelled through this convergence — marking a shift from sector-specific to district-level integrated agricultural development.
10. Prelims PYQs — Animal Rearing
Q1. With reference to Operation Flood, consider the following statements:
1. It was launched in 1970 by the National Dairy Development Board (NDDB).
2. Verghese Kurien was the first Chairman of NDDB and is recognised as the architect of Operation Flood.
3. It was funded in Phase I by the sale of skimmed milk powder and butter oil donated by the USA through the World Food Programme.
4. It created a National Milk Grid linking producers to consumers in over 700 towns and cities.
Which of the above statements are correct?
1. It was launched in 1970 by the National Dairy Development Board (NDDB).
2. Verghese Kurien was the first Chairman of NDDB and is recognised as the architect of Operation Flood.
3. It was funded in Phase I by the sale of skimmed milk powder and butter oil donated by the USA through the World Food Programme.
4. It created a National Milk Grid linking producers to consumers in over 700 towns and cities.
Which of the above statements are correct?
- (a) 1, 2 and 3 only
- ✓ (b) 1, 2 and 4 only
- (c) 2, 3 and 4 only
- (d) All four
Statements 1, 2, and 4 are correct. Statement 3 is WRONG — Phase I was funded by sale of skimmed milk powder and butter oil donated by the European Economic Community (EEC) — NOT the USA — through the World Food Programme. This is a classic UPSC trap. The EEC (now EU) provided the commodity assistance; NDDB sold these commodities in Indian markets and used the proceeds to finance Phase I. The National Milk Grid linking 700+ towns is correct. Verghese Kurien as first NDDB Chairman and architect is correct. Operation Flood launched 1970 is correct.
Q2. "Pink Revolution" refers to the modernisation of which of the following sectors in India?
- (a) Dairy sector — modernisation of milk production and processing
- (b) Horticulture sector — modernisation of fruit and vegetable production
- ✓ (c) Meat and poultry processing sector — specialisation, mechanisation, and standardisation
- (d) Fisheries sector — modernisation of inland and marine fishing
Pink Revolution = modernisation (specialisation, mechanisation, standardisation) of the meat and poultry processing sector. Note the colour-coded revolutions: White Revolution = dairy (milk); Blue Revolution = fisheries; Green Revolution = food grains; Yellow Revolution = oilseeds; Golden Revolution = horticulture/honey; Silver Revolution = eggs/poultry; Grey Revolution = fertilisers. Pink Revolution specifically refers to the modernisation of the meat sector, including hygienic slaughterhouses, cold chain, value addition, and international processing standards.
Q3. The Rashtriya Gokul Mission was launched with which of the following primary objectives?
- (a) To improve fisheries production and double fish farmers' incomes by 2024–25
- (b) To eradicate Foot and Mouth Disease (FMD) from India by 2030 through vaccination
- ✓ (c) Development and conservation of indigenous bovine breeds and enhancement of milk production through genetic improvement
- (d) To provide animal health cards (Nakul Swasthya Patra) and unique IDs to all livestock in India
The Rashtriya Gokul Mission (launched December 2014, now under Rashtriya Pashudhan Vikas Yojana 2021–26) has its primary objective as development and conservation of indigenous bovine breeds with enhancement of milk production through genetic improvement, propagating high genetic merit bulls, expanding AI coverage, and promoting indigenous breed conservation. Option (b) = NADCP (National Animal Disease Control Programme); Option (d) = Pashu Sanjivni component of the National Mission on Bovine Productivity (which is implemented as PART of Rashtriya Gokul Mission). Option (a) = PMMSY.
Q4. Consider the following statements about Pradhan Mantri Matsya Sampada Yojana (PMMSY):
1. It was launched in September 2020 with a total outlay of ₹20,000 crore over 5 years.
2. It targets enhancing fish production to 220 lakh metric tonnes by 2024–25.
3. It aims to generate 55 lakh new employment opportunities in the fisheries sector.
4. PM-MKSSY is a sub-scheme under PMMSY with ₹6,000 crore for micro and small enterprises.
How many of the above statements are correct?
1. It was launched in September 2020 with a total outlay of ₹20,000 crore over 5 years.
2. It targets enhancing fish production to 220 lakh metric tonnes by 2024–25.
3. It aims to generate 55 lakh new employment opportunities in the fisheries sector.
4. PM-MKSSY is a sub-scheme under PMMSY with ₹6,000 crore for micro and small enterprises.
How many of the above statements are correct?
- (a) Only two
- (b) Only three
- ✓ (c) All four
- (d) Only one
All four statements are correct. PMMSY was launched in September 2020 with ₹20,000 crore outlay over 5 years — the highest-ever investment in Indian fisheries. Target: 220 LMT fish production by 2024–25 from 137.58 LMT in 2018–19 at ~9% CAGR. Additional 55 lakh employment opportunities. PM-MKSSY (Pradhan Mantri Matsya Kisan Samridhi Sah-Yojana) is a sub-scheme with ₹6,000 crore for micro and small fisheries enterprises — announced in Budget 2023–24. PMMSY's achievements: fish production rose 38% to 197.75 LMT by 2024–25; exports hit ₹62,408 crore.
Q5. Which of the following statements about the National Mission on Bovine Productivity (NMBP) is/are correct?
1. It is implemented as a part of the Rashtriya Gokul Mission.
2. The e-Pashuhaat portal was launched on the birth anniversary of Verghese Kurien.
3. Pashu Sanjivni provides Nakul Swasthya Patra (animal health card) with unique identification to animals.
1. It is implemented as a part of the Rashtriya Gokul Mission.
2. The e-Pashuhaat portal was launched on the birth anniversary of Verghese Kurien.
3. Pashu Sanjivni provides Nakul Swasthya Patra (animal health card) with unique identification to animals.
- (a) 1 only
- (b) 1 and 2 only
- ✓ (c) 1, 2 and 3
- (d) 2 and 3 only
All three statements are correct. (1) NMBP was initiated in November 2016 and is implemented as part of Rashtriya Gokul Mission. (2) e-Pashuhaat portal was launched on 26 November 2016 — the birthday of Dr. Verghese Kurien (also celebrated as National Milk Day). The portal connects breeders and farmers for sale/purchase of germplasm. (3) Pashu Sanjivni is the animal wellness component providing Nakul Swasthya Patra (health card) along with unique IDs to animals, with data uploaded on National Data Depository. NMBP has four components: Pashu Sanjivni, Advanced Breeding Technology (IVF/MOET), e-Pashuhaat, and NBGC-IB.
11. Mains PYQs — Animal Rearing (Actual UPSC Questions)
Q1. Livestock rearing has a big potential for providing non-farm employment and income in rural areas. Discuss, suggesting suitable measures to promote this sector in India. (150 words)
Introduction: India has the world's largest livestock population (536.76 million as per 20th Livestock Census). Livestock contributes ~25.6% to agricultural GDP and 4.11% to national GDP, growing at 7.9% — much faster than crop farming (2%). Yet its potential remains underutilised.
Potential for Non-Farm Employment:
• Agriculture provides maximum 180 days/year employment; livestock fills lean-season labour gap
• 10% of rural labour force is in livestock; women constitute 69% of this workforce
• Dairy cooperative sector employs 8+ crore farmers
• Fisheries: 28 million livelihoods directly supported
• Poultry: quantum leap from traditional to commercial — 851.81 million birds
• Meat processing, cold chain, and value addition: untapped employment potential
Challenges:
• Low cattle productivity (1,777 kg vs world average 2,699 kg/year)
• Only 12% of agri public expenditure despite 26% GDP contribution
• Feed and fodder deficit (23.4% dry, 11.24% green, 28.9% concentrates)
• Limited AI and breed improvement (crossbred cattle only 16.6%)
• Disease outbreaks (FMD, LSD, African Swine Fever)
• Women invisible in policy despite 69% workforce share
Measures:
• Expand RGM and NAIP: scale AI to all bovines, reduce productivity gap
• NADCP: FMD eradication by 2030 through mission-mode vaccination
• NLM: breed improvement, fodder development, entrepreneurship in poultry, sheep, goat, piggery
• AHIDF: ₹15,000 crore to attract private investment in processing infrastructure
• DIDF (₹8,004 crore under NABARD): modernise milk processing
• Women-specific programmes: disaggregated data collection, targeted credit, women-led SHGs in dairy
• Hub and Spoke / Community dairy models for Second White Revolution
• PMMSY (₹20,000 crore): transform fisheries into major employment generator
Conclusion: Livestock is India's hidden agricultural revolution in the making. Addressing the productivity gap, credit gap, and gender gap while scaling processing infrastructure can make it a transformative source of rural non-farm employment.
Potential for Non-Farm Employment:
• Agriculture provides maximum 180 days/year employment; livestock fills lean-season labour gap
• 10% of rural labour force is in livestock; women constitute 69% of this workforce
• Dairy cooperative sector employs 8+ crore farmers
• Fisheries: 28 million livelihoods directly supported
• Poultry: quantum leap from traditional to commercial — 851.81 million birds
• Meat processing, cold chain, and value addition: untapped employment potential
Challenges:
• Low cattle productivity (1,777 kg vs world average 2,699 kg/year)
• Only 12% of agri public expenditure despite 26% GDP contribution
• Feed and fodder deficit (23.4% dry, 11.24% green, 28.9% concentrates)
• Limited AI and breed improvement (crossbred cattle only 16.6%)
• Disease outbreaks (FMD, LSD, African Swine Fever)
• Women invisible in policy despite 69% workforce share
Measures:
• Expand RGM and NAIP: scale AI to all bovines, reduce productivity gap
• NADCP: FMD eradication by 2030 through mission-mode vaccination
• NLM: breed improvement, fodder development, entrepreneurship in poultry, sheep, goat, piggery
• AHIDF: ₹15,000 crore to attract private investment in processing infrastructure
• DIDF (₹8,004 crore under NABARD): modernise milk processing
• Women-specific programmes: disaggregated data collection, targeted credit, women-led SHGs in dairy
• Hub and Spoke / Community dairy models for Second White Revolution
• PMMSY (₹20,000 crore): transform fisheries into major employment generator
Conclusion: Livestock is India's hidden agricultural revolution in the making. Addressing the productivity gap, credit gap, and gender gap while scaling processing infrastructure can make it a transformative source of rural non-farm employment.
Q2. "India needs to strengthen measures to promote the Pink Revolution in the food industry for better nutrition and health." Critically elucidate. (150 words)
Introduction: Pink Revolution — modernisation of the meat and poultry processing sector — can significantly improve nutrition, reduce malnutrition, and generate rural income.
Case FOR Pink Revolution (Nutrition & Health):
• India has persistent protein malnutrition; 57% children anaemic; protein deficit is well-documented
• Meat and eggs are affordable, high-quality animal protein sources
• Egg production has grown from 78.48 billion (2014–15) to 149.11 billion (2024–25) — demonstrating demand potential
• India exports bovine meat worth $4,781M — 2014 became world's largest bovine meat exporter
• Pink Revolution creates rural jobs in processing, cold chain, retail — especially for women
• FPF (₹2,000 crore under NABARD) and 100% FDI in food processing support investment
Challenges (Critical Perspective):
• FMD prevalence — $5 billion annual loss; limits meat sector expansion
• Only 21% value addition in Indian meat vs 70%+ globally
• Most slaughterhouses lack basic hygiene standards; byproduct waste (66% of cattle weight)
• Religious and cultural sensitivities complicate policy — cow slaughter bans in most states
• Animal welfare concerns; lack of transport stress awareness
• Lack of international processing standards limits export premium
Way Forward:
• NADCP: FMD eradication — prerequisite for meat export expansion
• PMFME and AHIDF: modernise processing units
• Mandatory FSSAI standards for slaughterhouses; cold chain expansion
• Focus on poultry and goat/sheep meat (less religious sensitivity); expand egg consumption
• Include eggs in MDM (Mid-Day Meals) and ICDS — proven nutrition intervention
Conclusion: Pink Revolution, if pursued with attention to food safety, animal welfare, and cultural sensitivities, has the potential to address India's protein malnutrition while creating significant rural livelihoods.
Case FOR Pink Revolution (Nutrition & Health):
• India has persistent protein malnutrition; 57% children anaemic; protein deficit is well-documented
• Meat and eggs are affordable, high-quality animal protein sources
• Egg production has grown from 78.48 billion (2014–15) to 149.11 billion (2024–25) — demonstrating demand potential
• India exports bovine meat worth $4,781M — 2014 became world's largest bovine meat exporter
• Pink Revolution creates rural jobs in processing, cold chain, retail — especially for women
• FPF (₹2,000 crore under NABARD) and 100% FDI in food processing support investment
Challenges (Critical Perspective):
• FMD prevalence — $5 billion annual loss; limits meat sector expansion
• Only 21% value addition in Indian meat vs 70%+ globally
• Most slaughterhouses lack basic hygiene standards; byproduct waste (66% of cattle weight)
• Religious and cultural sensitivities complicate policy — cow slaughter bans in most states
• Animal welfare concerns; lack of transport stress awareness
• Lack of international processing standards limits export premium
Way Forward:
• NADCP: FMD eradication — prerequisite for meat export expansion
• PMFME and AHIDF: modernise processing units
• Mandatory FSSAI standards for slaughterhouses; cold chain expansion
• Focus on poultry and goat/sheep meat (less religious sensitivity); expand egg consumption
• Include eggs in MDM (Mid-Day Meals) and ICDS — proven nutrition intervention
Conclusion: Pink Revolution, if pursued with attention to food safety, animal welfare, and cultural sensitivities, has the potential to address India's protein malnutrition while creating significant rural livelihoods.
12. Mock Mains Questions — Animal Rearing
Mains MockGS III15 Marks
⏱ 15 minutes | 250 words
Q1. "India's dairy sector has achieved remarkable production milestones but the gains are unevenly distributed and structurally fragile." Critically examine, with reference to Operation Flood's legacy, current challenges, and the need for a Second White Revolution.
247.87 MT 2024–25485 g/day per capita1,777 vs 2,699 kg/animalSecond White RevolutionRGM / NAIP / DIDF
Introduction: India's dairy sector has been one of the most remarkable agricultural success stories globally. From a milk-deficient nation in 1970, India has become the world's largest milk producer — producing 247.87 million tonnes in 2024–25, contributing 24.76% of global output and employing over 8 crore farmers. Yet beneath these headline numbers lie structural fragilities that demand a Second White Revolution.
Operation Flood's Legacy — What Worked:
• Three-tier Anand Pattern cooperative (village DCS → district union → state federation) eliminated middlemen, ensured fair prices
• National Milk Grid: connected 700+ cities and towns; reduced seasonal price volatility
• By 1998: India surpassed USA as world's largest milk producer
• Made dairy India's largest self-sustainable rural employment generator
• AMUL model: farmer-owned, professionally managed — a template for inclusive capitalism
Remarkable Production Milestones:
• Milk: 247.87 MT (2024–25); per capita: 485 g/day (world avg: 329 g/day)
• 10-year CAGR of 5.62%
• Egg production: 149.11 billion (2024–25); India #2 globally
• GCMMF (Amul): ₹80,000 crore group turnover FY2024
Structural Fragilities — The Uneven Picture:
(1) Productivity gap: India's average cattle productivity = 1,777 kg/animal/year vs world average = 2,699 kg. Crossbred cattle only 16.6% after 3+ decades
(2) Geographic concentration: Top 5 states (UP, Rajasthan, MP, Gujarat, Maharashtra) account for 64% of production — Bihar, Assam, NE states severely underperform
(3) Cooperative fragility: Many milk cooperatives are financially sick — NPDDBB provides rehabilitation grants; informal sector dominates milk procurement in several states
(4) Value chain weakness: India processes <30% of milk into value-added products vs 50%+ in developed countries; export potential underutilised
(5) Climate vulnerability: Heat stress, irregular monsoon, and disease outbreaks (LSD 2022–23: 1.5 lakh cattle deaths) threaten production gains
(6) Feed deficit: 23.4% dry fodder, 28.9% concentrate deficits limit productivity ceiling
Second White Revolution — What's Needed:
• Hub and Spoke dairy model: large anchor farms supporting satellite farms of 50–200 cattle
• Community dairy model: cooperative ownership of milking infrastructure
• Progressive dairy farmer model: leased cow stalls, buy-back guarantee
• Scaling AI through NAIP (600 districts × 20,000 bovines each)
• IVF/MOET technology for rapid genetic improvement (NMBP)
• DIDF (₹8,004 crore) for processing infrastructure modernisation
• Climate-resilient breed development through NBGC-IB
Conclusion: India's dairy story is one of both triumph and unfinished business. The Second White Revolution must address the productivity gap, geographic imbalance, processing weakness, and climate fragility — to ensure 600 MT milk capacity by 2050–51 and make dairy a genuinely inclusive rural growth engine.
Operation Flood's Legacy — What Worked:
• Three-tier Anand Pattern cooperative (village DCS → district union → state federation) eliminated middlemen, ensured fair prices
• National Milk Grid: connected 700+ cities and towns; reduced seasonal price volatility
• By 1998: India surpassed USA as world's largest milk producer
• Made dairy India's largest self-sustainable rural employment generator
• AMUL model: farmer-owned, professionally managed — a template for inclusive capitalism
Remarkable Production Milestones:
• Milk: 247.87 MT (2024–25); per capita: 485 g/day (world avg: 329 g/day)
• 10-year CAGR of 5.62%
• Egg production: 149.11 billion (2024–25); India #2 globally
• GCMMF (Amul): ₹80,000 crore group turnover FY2024
Structural Fragilities — The Uneven Picture:
(1) Productivity gap: India's average cattle productivity = 1,777 kg/animal/year vs world average = 2,699 kg. Crossbred cattle only 16.6% after 3+ decades
(2) Geographic concentration: Top 5 states (UP, Rajasthan, MP, Gujarat, Maharashtra) account for 64% of production — Bihar, Assam, NE states severely underperform
(3) Cooperative fragility: Many milk cooperatives are financially sick — NPDDBB provides rehabilitation grants; informal sector dominates milk procurement in several states
(4) Value chain weakness: India processes <30% of milk into value-added products vs 50%+ in developed countries; export potential underutilised
(5) Climate vulnerability: Heat stress, irregular monsoon, and disease outbreaks (LSD 2022–23: 1.5 lakh cattle deaths) threaten production gains
(6) Feed deficit: 23.4% dry fodder, 28.9% concentrate deficits limit productivity ceiling
Second White Revolution — What's Needed:
• Hub and Spoke dairy model: large anchor farms supporting satellite farms of 50–200 cattle
• Community dairy model: cooperative ownership of milking infrastructure
• Progressive dairy farmer model: leased cow stalls, buy-back guarantee
• Scaling AI through NAIP (600 districts × 20,000 bovines each)
• IVF/MOET technology for rapid genetic improvement (NMBP)
• DIDF (₹8,004 crore) for processing infrastructure modernisation
• Climate-resilient breed development through NBGC-IB
Conclusion: India's dairy story is one of both triumph and unfinished business. The Second White Revolution must address the productivity gap, geographic imbalance, processing weakness, and climate fragility — to ensure 600 MT milk capacity by 2050–51 and make dairy a genuinely inclusive rural growth engine.
Mains MockGS III10 Marks
⏱ 10 minutes | 150 words
Q2. "Livestock farming not only contributes to climate change but is also affected by it." Elaborate and suggest measures to make livestock farming more sustainable and resilient.
14.5% GHG emissions (FAO)Enteric fermentationHeat stressCircular bio-economy
Introduction: Livestock farming sits at the intersection of the climate crisis — both as a contributor and as a victim. Understanding this dual relationship is essential for designing sustainable agricultural policy.
How Livestock Contributes to Climate Change:
• FAO: livestock supply chain contributes ~14.5% of human-induced GHG emissions
• Methane: Enteric fermentation in ruminants (cattle, buffalo, sheep) — ~40% of livestock emissions
• Nitrous oxide: Manure storage and use of organic/inorganic fertilisers
• Land use change: deforestation for feed crop production (soy, maize)
• Energy use in feed production, processing, transport
How Livestock is Affected by Climate Change:
• Heat stress: Reduced milk and meat production; impaired embryo development; increased embryonic mortality
• Species composition change — affects livestock productivity
• Irregular water availability — affects forage productivity and quality
• New diseases: wetter, warmer conditions promote pathogen spread (LSD, Bluetongue)
• Reduced feed quality and availability
Measures for Sustainability and Resilience:
• Breed improvement: Conserve indigenous heat-resistant breeds (Bos-indicus); NBGC-IB gene banks
• Feed efficiency: Reduce enteric methane through feed additives (3-NOP); high-quality legume-based feeds
• Circular bio-economy: Convert animal waste into biogas (dung → energy); composting for soil carbon
• Agroforestry: Silvopastoral systems provide shade, reduce heat stress, sequester carbon
• Precision livestock farming: IoT-based monitoring of animal health and feed efficiency
• Insurance: Weather-index-based livestock insurance (PMFBY extension to livestock)
• Adjusting grazing: Rotational grazing, balancing livestock density with pasture capacity
Conclusion: Sustainable livestock farming requires transforming from resource-intensive to circular, low-emission systems — leveraging indigenous genetic resources, precision technology, and community-based management.
How Livestock Contributes to Climate Change:
• FAO: livestock supply chain contributes ~14.5% of human-induced GHG emissions
• Methane: Enteric fermentation in ruminants (cattle, buffalo, sheep) — ~40% of livestock emissions
• Nitrous oxide: Manure storage and use of organic/inorganic fertilisers
• Land use change: deforestation for feed crop production (soy, maize)
• Energy use in feed production, processing, transport
How Livestock is Affected by Climate Change:
• Heat stress: Reduced milk and meat production; impaired embryo development; increased embryonic mortality
• Species composition change — affects livestock productivity
• Irregular water availability — affects forage productivity and quality
• New diseases: wetter, warmer conditions promote pathogen spread (LSD, Bluetongue)
• Reduced feed quality and availability
Measures for Sustainability and Resilience:
• Breed improvement: Conserve indigenous heat-resistant breeds (Bos-indicus); NBGC-IB gene banks
• Feed efficiency: Reduce enteric methane through feed additives (3-NOP); high-quality legume-based feeds
• Circular bio-economy: Convert animal waste into biogas (dung → energy); composting for soil carbon
• Agroforestry: Silvopastoral systems provide shade, reduce heat stress, sequester carbon
• Precision livestock farming: IoT-based monitoring of animal health and feed efficiency
• Insurance: Weather-index-based livestock insurance (PMFBY extension to livestock)
• Adjusting grazing: Rotational grazing, balancing livestock density with pasture capacity
Conclusion: Sustainable livestock farming requires transforming from resource-intensive to circular, low-emission systems — leveraging indigenous genetic resources, precision technology, and community-based management.
Mains MockGS III10 Marks
⏱ 10 minutes | 150 words
Q3. "The fisheries sector's transformation under PMMSY represents India's most successful post-2020 agricultural policy intervention." Evaluate critically.
38% rise to 197.75 LMT₹20,000 crore outlayWorld #2 producerAquaculture 4.7 T/ha
Introduction: PMMSY (₹20,000 crore, launched September 2020) is India's highest-ever investment in fisheries and has delivered measurable transformation across production, exports, and income — making a strong case for success.
Evidence of Success:
• Fish production rose 38% from 141.60 LMT (2019–20) to 197.75 LMT (2024–25)
• India is now world's 2nd largest fish producer with 8% global share
• Seafood exports surged 33.7% to ₹62,408 crore (2024–25)
• Aquaculture productivity: 3 T/ha → 4.7 T/ha — technology adoption paying off
• Fisheries GVA: ₹2,12,087 crore (2018–19) → ₹3,68,124 crore (2023–24) — nearly doubled
• Share in agricultural GVA: 7% → 7.55%
• 52,000+ reservoir cages, 22,000+ RAS/Biofloc units set up
• Budget 2025–26: highest-ever ₹2,703.67 crore budgetary support
Critical Perspective — What Remains Unresolved:
• PMMSY's target of 220 LMT by 2024–25 was not fully achieved (actual: 184 LMT by 2023–24 per some sources; 197.75 LMT by 2024–25)
• Export target of ₹1,00,000 crore remains distant (actual: ₹62,408 crore)
• Marine fisheries: overcapacity, resource depletion, and IUU fishing remain
• Post-harvest losses still high; cold chain gaps persist in NE and hill states
• Informal sector dominance: most fish farmers lack formal credit access; PM-MKSSY (₹6,000 crore) targets this but is nascent
• Climate vulnerability: heat stress, cyclones, and ocean acidification threaten marine fisheries
• Gender gap: women dominate fish processing but lack formal recognition and market access
Conclusion: PMMSY's measurable production and export gains make it among India's most impactful recent agricultural interventions. However, full success requires addressing the marine fisheries sustainability gap, cold chain extension, and informal sector formalisation — through PM-MKSSY and the next phase of PMMSY beyond 2025–26.
Evidence of Success:
• Fish production rose 38% from 141.60 LMT (2019–20) to 197.75 LMT (2024–25)
• India is now world's 2nd largest fish producer with 8% global share
• Seafood exports surged 33.7% to ₹62,408 crore (2024–25)
• Aquaculture productivity: 3 T/ha → 4.7 T/ha — technology adoption paying off
• Fisheries GVA: ₹2,12,087 crore (2018–19) → ₹3,68,124 crore (2023–24) — nearly doubled
• Share in agricultural GVA: 7% → 7.55%
• 52,000+ reservoir cages, 22,000+ RAS/Biofloc units set up
• Budget 2025–26: highest-ever ₹2,703.67 crore budgetary support
Critical Perspective — What Remains Unresolved:
• PMMSY's target of 220 LMT by 2024–25 was not fully achieved (actual: 184 LMT by 2023–24 per some sources; 197.75 LMT by 2024–25)
• Export target of ₹1,00,000 crore remains distant (actual: ₹62,408 crore)
• Marine fisheries: overcapacity, resource depletion, and IUU fishing remain
• Post-harvest losses still high; cold chain gaps persist in NE and hill states
• Informal sector dominance: most fish farmers lack formal credit access; PM-MKSSY (₹6,000 crore) targets this but is nascent
• Climate vulnerability: heat stress, cyclones, and ocean acidification threaten marine fisheries
• Gender gap: women dominate fish processing but lack formal recognition and market access
Conclusion: PMMSY's measurable production and export gains make it among India's most impactful recent agricultural interventions. However, full success requires addressing the marine fisheries sustainability gap, cold chain extension, and informal sector formalisation — through PM-MKSSY and the next phase of PMMSY beyond 2025–26.
13. Practice MCQs — Animal Rearing (5 Questions)
Click your answer. Green = correct; Red = wrong. Explanation appears immediately.
Q 1
Operation Flood (White Revolution) was launched in 1970. Which of the following statements about its funding in Phase I is CORRECT?
Operation Flood Phase I (1970–80) was financed by the sale of skimmed milk powder and butter oil donated by the European Economic Community (EEC) — now the European Union — through the World Food Programme (WFP). NDDB planned the programme and negotiated EEC assistance, then sold these commodities in Indian markets and used the proceeds to fund Phase I. This is one of the most frequently tested UPSC facts about Operation Flood — the trap is saying "USA" or "World Bank" instead of EEC/EU. NDDB was created in 1965; Dr. Verghese Kurien (first NDDB Chairman, architect of Operation Flood) was appointed by PM Lal Bahadur Shastri after his Anand visit in 1964.
Q 2
Consider the following data from Basic Animal Husbandry Statistics (BAHS) 2025 for 2024–25:
1. India's milk production = 247.87 million tonnes (World #1 with 24.76% global share)
2. Per capita milk availability = 485 grams/day (world average = 329 g/day)
3. India's egg production = 149.11 billion (World #3 in egg production)
4. India's meat production = 10.50 MT (World #4 in meat production)
Which of the above statements is/are INCORRECT?
1. India's milk production = 247.87 million tonnes (World #1 with 24.76% global share)
2. Per capita milk availability = 485 grams/day (world average = 329 g/day)
3. India's egg production = 149.11 billion (World #3 in egg production)
4. India's meat production = 10.50 MT (World #4 in meat production)
Which of the above statements is/are INCORRECT?
Only Statement 3 is incorrect. Per BAHS 2025, India is ranked #2 globally in egg production (not #3). India's egg production reached 149.11 billion in 2024–25. Statements 1, 2, and 4 are all correct per BAHS 2025: Milk = 247.87 MT (#1 globally, 24.76% share); Per capita milk = 485 g/day (world avg 329 g/day); Meat = 10.50 MT (#4 globally). Note: The Vision IAS PDF (2024 edition) cited India as #3 in eggs — but BAHS 2024 and 2025 updated this to #2 based on FAO 2022 data. Always use the most recent BAHS for UPSC.
Q 3
The "Anand Pattern" of dairy cooperatives, which forms the bedrock of India's White Revolution, is a three-tier structure. Which of the following correctly describes this three-tier hierarchy from bottom to top?
The Anand Pattern three-tier structure from bottom to top: (1) Village-level Dairy Cooperative Societies (DCS) — farmers bring milk here daily; (2) District Cooperative Milk Producers' Unions — process and market milk; (3) State-level Milk Marketing Federation — manages marketing and exports. AMUL (GCMMF) is the state-level federation in Gujarat. This pattern was replicated nationwide through Operation Flood. The National Milk Grid is a result of this system — not a tier within it. Village DCS → District Union → State Federation is the correct bottom-to-top order.
Q 4
Which of the following colour-coded agricultural revolutions is INCORRECTLY matched with its sector?
Option (d) is INCORRECTLY matched. Silver Revolution = Eggs/Poultry production — NOT oilseeds. Yellow Revolution = Oilseeds (particularly edible oils — late 1980s Technology Mission on Oilseeds). Correct colour-revolution mapping: Green (foodgrains) · White (dairy/milk) · Blue (fisheries/aquaculture) · Pink (meat and poultry processing) · Silver (eggs/poultry) · Yellow (oilseeds) · Golden (horticulture/honey) · Grey (fertilisers) · Round (potato) · Black (petroleum). Silver Revolution should not be confused with egg/poultry — remember: Silver = Eggs (silver = white colour of eggs).
Q 5
With reference to livestock productivity in India, consider the following statements:
1. Average annual cattle productivity in India (2019–20) was 1,777 kg/animal/year — much less than world average of 2,699 kg.
2. After 3+ decades of crossbreeding programmes, crossbred cattle in India are only 16.6% of total cattle.
3. The livestock sector receives only about 12% of total public expenditure on agriculture despite contributing ~26% of agricultural GDP.
4. Women constitute about 50% of the workforce engaged in the livestock sector in India.
How many of the above statements are correct?
1. Average annual cattle productivity in India (2019–20) was 1,777 kg/animal/year — much less than world average of 2,699 kg.
2. After 3+ decades of crossbreeding programmes, crossbred cattle in India are only 16.6% of total cattle.
3. The livestock sector receives only about 12% of total public expenditure on agriculture despite contributing ~26% of agricultural GDP.
4. Women constitute about 50% of the workforce engaged in the livestock sector in India.
How many of the above statements are correct?
Statements 1, 2, and 3 are correct. Statement 4 is WRONG — women constitute approximately 69% (not 50%) of the workforce engaged in the livestock sector. In tribal states (Jharkhand, Chhattisgarh, Odisha), this rises to ~90%. This is a critical UPSC fact. Other correct facts: India's cattle productivity at 1,777 kg vs world average 2,699 kg (Integrated Sample Survey 2019–20 / FAO); crossbred cattle only 16.6% despite 30+ years of AI programmes; livestock sector gets 12% of agri expenditure despite 26% contribution to agri GDP — a structural policy gap that limits productivity improvement.
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