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Subject: Agriculture

  • Explain the changes in cropping pattern in India in the context of changes in consumption pattern and marketing conditions.

    A cropping pattern is the distribution of various crops within a specific area at a given time. In recent times, cropping patterns have seen visible transformation due to changing dietary habits and market demands.

    Changing Cropping Pattern due to Changing Consumption Pattern

    In 2022-23, fruits and vegetables accounted for 28.3% of the Gross Value Output, surpassing cereals – due to changing diet, health awareness, Middle-class expansion and urbanisation.

    Growth of organic farming due to increasing awareness about the health impacts of chemicals. Eg- organic food market growing @ CAGR 20%

    Higher consumption of chips, juices, and packaged foods has increased cultivation of crops like potato, maize, tomato and sugarcane.

    Rising dairy and meat consumption has led to increased cultivation of fodder crops such as maize, sorghum and green fodder.

    Focus on nutri-cereals under Millet Mission and International Year of Millets (2023) is increasing area under millets. (from 12 million hectares in 2013 to 15 million hectares in 2021)

    Regional Diversification Patterns

    Punjab-Haryana: Slow movement away from rice-wheat monoculture

    Maharashtra, Karnataka, TN: Shift to horticulture & pulses

    Eastern India: Expansion of vegetables + aquaculture

    Changing Cropping Pattern due to Changing Marketing Conditions

    Expansion of e-NAM (1.77Cr farmers registered)- Better price discovery and wider market access are encouraging crop diversification.

    Better price Discovery – Eg- horticulture crops give 3-4 times higher income than cereals.

    Export-oriented agriculture – High demand for basmati rice, spices, tea, coffee, cotton and fruits. Eg- tea Plantations in Assam and WB

    Growth of contract farming -Eg- PepsiCo in potatoes, ITC in maize encourage cultivation of commercial crops through assured buy-back.

    Improved storage and logistics infrastructure like cold storage, Kisan Rail support high-value and perishable crops.

    Demand from industries has increased cultivation of sugarcane (ethanol), oilseeds (biodiesel), cotton and silk.

    Rise of e-commerce and food processing sector- Eg- Platforms like Blinkit, BigBasket, and FPIs have promoted commercial and market-led cropping patterns.

    Shift to high-value crops can be a key driver of doubling farmers’ income and nutritional security.

  • How does e-Technology help farmers in production and marketing of agricultural produce?

    e-Technology in agriculture refers to the use of digital tools, ICT platforms, mobile apps, and online services to bridge the information gap and connect farmers to modern markets.

    Role of e-Technology in Agricultural Production

    Access to real-time information – Provides timely weather forecasts, pest alerts, and irrigation advisories. Eg- Kisan Suvidha app.

    Digital nutrient management – Soil Health Card and digital soil maps guide fertilizer application – reduce input costs and improve productivity.

    Precision farming – Drones, IoT sensors, and mobile-linked devices help farmers optimise water, fertilizers, and pesticides

    Information on scientific practices like seed treatment methods, crop-specific guidance etc. Eg- Farming Leader channel on Youtube

    ICT tools, KVK portals, and helplines provide remote crop advisory, enabling timely decisions. Eg- m-Kisan app

    Facilitates crop monitoring through remote sensing technologies, drones etc. Eg- Drone Didi initiative

    Financial inclusion under JAM and DBT under PM KISAN increases capital investment and promotes diversification to high value crops

    Role of e-Technology in Agricultural Marketing

    Access to transparent price information – e-NAM, Agmarknet display mandi prices – help farmers avoid distress sales.

    Direct linkages with buyers through online bidding reduces dependence on middlemen.

    Wider market reach – Eg- e-NAM integrates 1,500+ mandis – allows inter-state trade and better price realization.

    Digital payments – UPI-linked systems ensure quick, direct payments.

    Improved post-harvest logistics – Apps provide information on transport availability, storage, cold-chain, and warehouse booking. Eg- e-NWR

    Branding – Social media and e-commerce platforms help farmers directly sell processed or organic produce to consumers. Eg- BigBasket

    When science meets scale, when innovation becomes inclusive, when technology drives transformation, the foundation for great achievements is laid – PM Modi

  • Elucidate the importance of buffer stocks for stabilizing agricultural prices in India. What are the challenges associated with the storage of buffer stock? Discuss.

    PDS is the world’s largest food transfer programme and social safety net, accounting for around 50% of India’s overall social assistance budget. Buffer Stock is the foundational pillar of this system.

    Buffer Stock Norms

    Introduced during the 4th Five Year Plan (1969-74).

    Fixed by cabinet committee on Economic Affairs on quarterly basis

    In 2025, rice and wheat stocks in Central Pool stands at 736 Lakh MT against buffer stock norm of 411 Lakh MT

    Importance of Buffer Stocks for Stabilising Agricultural Prices in India

    Supports farmers through MSP procurement: Prevents distress sales during bumper harvests.

    Controls consumer prices through Open Market Sale Scheme. Eg- In 2022-23, FCI released 34.82 lakh tonnes of wheat.

    Ensures food security: ensures uninterrupted supply for NFSA, ICDS, PM-POSHAN (Cover 81 crore people)

    Checks hoarding: Strategic release of stocks curbs artificial scarcity and black-marketing. Eg- Release of Pulses by NAFED

    Acts as a safety net during supply disruptions and emergencies. Eg- during COVID.

    Inter-state distribution stability: Ensures consistent supply to deficit states.

    Market confidence: Adequate stocks signal stability and prevent panic buying

    Export of extra produce: Eg- Surplus wheat from buffer stocks was exported to Africa in 2021

    Challenges Associated with the Storage of Buffer Stock

    Excessive stocking by FCI increases carrying costs. Eg- Central pool rice stocks 4 times the buffer

    Heavy reliance on CAP (cover-and-plinth) storage leads to high wastage. (40% of total food)

    High transport costs due to concentration of procurement in limited states. Eg- 60% godowns in 5 states.

    Overstocking results in rotting and quality deterioration. Over 6 lakh tonnes of foodgrains rotted in FCI godowns

    High Storage Cost – Eg- FCI’s annual storage cost for buffer stocks reached

    Pilferage and Theft due to poor security measures and leakages in the distribution network.

    Regional procurement imbalances: Eg- Eastern and NE states remain under-procured

    Lack of Modern Technology – lack silos, temperature control, and humidity monitoring. Only 20% of buffer stock stored in modern silos

    Environmental concerns: Excess procurement of rice strains groundwater, fertiliser use, and stubble burning.

    Way Forward

    Technological Integration: Eg- blockchain for transparent and secure buffer stock management.

    Expansion of modern silos equipped with temperature and humidity control. (Shanta Kumar Committee)

    Rural Agri-Logistics Nodes under Gati Shakti Framework to develop cold chains, aggregation centers

    Expanding FCI Private Entrepreneurs Guarantee (PEG) Scheme to involve the private sector in creating modern godowns.

    Revision of Buffer Stock Norms based on actual requirement and demand patterns. (Ashok Gulati Committee)

    Strengthening storage is essential for a more efficient, resilient grain management system.

    Agriculture Marketing and supply chains

  • What are the major challenges faced by Indian irrigation system in recent times? State the measures taken by the government for efficient irrigation management.

    The agriculture sector utilizes approximately 78% of India’s total usable water resources. However, 45% of agricultural land is rainfed.

    Major challenges faced by Indian Irrigation system

    P – Political Factors

    Political populism – Eg- power and irrigation subsidies in Punjab

    Inter-State Water Disputes – Conflicts such as the Cauvery Water Dispute and the Satluj Yamuna Link Canal hinder efficient water distribution and irrigation planning.

    Prioritization of Large-Scale Projects – Political support often favors large-scale projects that benefit influential farmers and regions.

    E – Economic Factors

    Declining Public Investment since the 1980s, with a shift toward input subsidies rather than capital investment. (Economic Survey)

    High Cost of Irrigation Infrastructure

    85% farmers have <2 ha, making modern irrigation systems uneconomical

    S – Social Factors

    Weak Water Users Associations (WUAs) – lack capacity and resources.

    Uneven Irrigation Distribution – Northern & coastal regions have better irrigation, while central and western India suffer inadequate supply.

    T – Technological Factors

    Low Water Use Efficiency (WUE) – Flood irrigation (~70%) leads to evaporation, runoff, and seepage losses.

    Aging & Poorly Maintained Canal Systems – Unlined canals cause 40-50% seepage losses.

    Low adoption of technology – Eg- micro-irrigation covers only 7.6% of the net sown area

    L – Legal / Governance Factors

    Weak Enforcement of Water Governance Rules (Mihir Shah Committee)

    E – Environmental Factors

    Groundwater Depletion – Eg- Punjab’s water table declines by ~1 meter annually.

    Poor drainage leads to salinization and reduced soil fertility, especially in canal-irrigated regions.

    Climate Change Impact – Eg- glacial retreat in the Himalayas threatens long-term river flows.

    Government Measures for Efficient Irrigation Management

    PM Krishi Sinchayee Yojana (PMKSY) – Promotes micro-irrigation (drip/sprinkler) through subsidies.

    Components: Har Khet Ko Pani, Per Drop More Crop, Watershed Development.

    Micro-Irrigation Fund (NABARD) – Dedicated fund of to expand drip and sprinkler systems.

    Atal Bhujal Yojana (Atal Jal) – Focus on groundwater management in water-stressed districts through community participation.

    Accelerated Irrigation Benefits Programme (AIBP) – Financial assistance for completion of long-pending major and medium irrigation projects.

    Participatory Irrigation Management (PIM) by strengthening Water Users Associations (WUAs).

    Bureau of Water Use Efficiency under Ministry of Jal Shakti – To improve water use efficiency by 20%

    State level initiatives

    Mission Kakatiya, Telangana – Restoration of 46,531 minor irrigation tanks

    Jalyukt Shivar Abhiyan, Maharashtra – watershed development, farm ponds, desilting of streams.

    Crop Diversification Initiatives

    Mission for Integrated Development of Horticulture (MIDH)

    Increase in MSP for Pulses and Millets. Eg- 60% for Ragi

    PM KUSUM: Promotes the use of solar-powered pumps for micro-irrigation

    Timely and efficient implementations of government programmes is essential for achieving equitable, efficient and sustainable irrigation management. (“Vision for Sujalam Bharat”)

  • Explain the role of millets for ensuring health and nutritional security in India.

    Millets (Shree Anna) are emerging as a critical pillar of India’s strategy to achieve nutrition security, dietary diversification and climate-resilient food systems

    Role of millets

    Food Security

    Drought and heat resistant

    Requires less water and fertiliser – Ideal for tribal, arid and semi-arid regions

    Rich Nutritional Profile

    High in iron, calcium, zinc, magnesium and phosphorus

    Higher protein and dietary fibre than rice and wheat

    Low glycaemic index, suitable for diabetics and obese populations

    Tackling Malnutrition & Hidden Hunger

    Addresses micronutrient deficiency among women and children (anaemia, stunting and wasting)

    Can strengthen ICDS, Mid-Day Meal and POSHAN Abhiyaan

    Versatile: Can be used in traditional and modern dishes. Eg- in biscuits, noodles, bakery

    Promotes Dietary Diversity – Reduces over-dependence on rice-wheat centric diets

    Supports Public Health

    Prevents non-communicable diseases like diabetes, hypertension and heart disease

    Strengthens immunity due to high antioxidant content

    Aligned with international commitments

    SDG-2 – Zero Hunger

    International year of millets (2023)

    Challenges

    Perceived as “poor person’s food”

    Lack of Awareness of health benefits.

    High Cost than rice/wheat – less accessible to low-income groups.

    Decline in Cultivation Area:Reduced from 35 to 15 million hectares

    PDS Challenge:Replacing 20% rice/wheat requires 10.8 million tonnes of millets.

    Way Forward

    Demand-Side Strategies

    Consumer Awareness Campaigns: Eg- Eat Right India

    Gluten-Free Exports: Eg- millet products like pasta and flour.

    Supply-Side Strategies

    Revive Traditional Practices: Eg-Barahnaja in Uttarakhand.

    Strengthen Market Linkages through FPOs and cooperatives

    Special Agribusiness Zones (SABZ)

    Enhancing millet production and consumption is key for Swasth Bharat, Samruddh Bharat

  • What were the factors responsible for the successful implementation of land reforms in some parts of the country? Elaborate.

    Land reforms in India aimed to eliminate feudal structures, secure tenancy rights, redistribute surplus land, and modernise agrarian relations.

    Components of land reforms

    Abolition of Intermediaries

    Tenancy Reforms

    Ceiling on Land Holdings

    Land Consolidation

    Factors behind successful implementation of land reforms in some parts of the country

    Strong Political Will and Ideological Commitment to land redistribution and tenancy reforms

    Kerala – Communist government

    West Bengal – Left Front

    Decentralised and proactive bureaucracy, especially in West Bengal, where Block Development Offices played a central role in implementing Operation Barga.

    Robust Panchayati Raj Institutions ensured identification of beneficiaries, resolution of disputes, and monitoring of redistribution.

    Social Movements and Mass Mobilisation led by Kisan Sabhas, Bhoodan–Gramdan, and left-oriented peasant unions created strong grassroots pressure.

    Clear and Unambiguous Land Legislation such as J&K’s Big Landed Estates Abolition Act, 1950 – faced fewer legal loopholes

    States where landlord dominance in Governance was weaker (Kerala, West Bengal) had less resistance and fewer litigations compared to states like Bihar or UP.

    Kerala’s high literacy enabled better awareness of legal rights and reduced manipulation by landlords.

    Strong Monitoring – Periodic reviews, political oversight, and public reporting in TN ensured transparency and discouraged corruption or collusion with landowners.

    Major Challenges

    Land Reforms is ‘state subject’ – Lack of political will and uniformity in implementation

    Legal loopholes – In Uttar Pradesh, Bihar and Madras there was no limit on the size of the lands that could be declared to be under the ‘personal cultivation’ of the zamindar

    Fragmented Landholdings – Average operational holding has fallen to 0.74 ha (NABARD), making consolidation challenging.

    Inadequate Institutional Capacity – Revenue departments face deficits in manpower, technology, and coordination.

    Despite legal provisions, women hold only 11-13% of operational holdings due to inheritance barriers.

    High Land Litigation – Over two-thirds of civil cases in lower courts involve land disputes

    Land reform 2.0 based on modernisation of records (DILRMP), redistribution of land and land leasing reforms is essential to realise the objective of ‘Doubling Farmers Income’.

    Environment

    Conservation Efforts

  • Explain the factors influencing the decision of the farmers on the selection of high value crops in India.

    In 2022-23, fruits and vegetables accounted for 28.3% of the Gross Value Output, surpassing cereals for the first time, and the horticulture sector contributed about 33% to the agriculture GVA.

    Factors Influencing the Selection of High-Value Crops by Farmers in India

    Policy & Institutional Factors

    Government Incentives – Schemes like MIDH, PMKSY, Operation Greens, Mission for Integrated Development of Horticulture.

    Export Promotion Policies- APEDA support, agri-export zones, GI tagging

    Economic Factors

    Higher Profitability- Fruits, spices, floriculture and plantation crops offer greater income per hectare than cereals.

    Availability of Credit & Insurance – Eg-

    Agro-Climatic Factors

    Agro-Climatic Suitability – Eg- grapes in Maharashtra, apples in Himachal.

    Availability of Irrigation- Eg- Sugarcane in western UP and Maharashtra

    Technological Factors

    Availability of HYV Seeds – Eg- GM Seeds, precision farming, tissue culture

    Extension services – e-NAM price signals, Krishi Vigyan Kendras guide crop selection.

    Storage, Processing, and Value Chains – Eg- Mango pulp processing in Andhra Pradesh

    Social Factors

    Agriculture Startups – Educated rural youth adopt commercial high-value crops. Eg- Agroponics near Urban Centers

    Rising urbanisation and changing diets. Eg- organic food market growing @ CAGR 20%

    Environmental & Sustainability Factors

    Climate Resilience- Shift towards drought-resistant crops like millets, medicinal plants.

    Soil Health Consideration – Crop diversification is adopted to restore nutrient balance and reduce dependency on fertilisers.

    Water Efficiency – Crops with lower water requirement and higher value (Eg-, spices, horticulture) are preferred in water-stressed areas.

    Shift to high-value crops can be a key driver of doubling farmers’ income and sustainable agriculture.

  • How does nanotechnology offer significant advancements in the field of agriculture? How can this technology help to uplift the socio-economic status of farmers?

    Nanotechnology refers to the science and application of materials at the nanoscale (1-100 nm), where particles exhibit unique physical, chemical, and biological properties. In agriculture, these nano-sized materials make farming more productive and sustainable.

    Nanotechnology offering significant advancements in agriculture

    Nano-fertilisers improve nutrient-use efficiency to 90-100% – boosts yields. Eg- Nano-urea and nano-DAP introduced by IFFCO.

    Controlled-release nano-pesticides reduce chemical load, minimise residue on crops, and improve efficacy against pests. Eg- nano-Silver

    Bridging micronutrient deficiency – Eg- Nano Zinc and Nano Copper liquids.

    Enables nanoscale gene delivery – quickly and safely transport DNA into plant cells – Improves crop breeding

    Soil health improvement – Nano-clays and nano-zeolites enhance soil moisture retention and restore degraded soils in dry regions.

    Crop Protection – Applying silica nanoparticles to leaves shield plants from high temperatures.

    Precision agriculture – Nanosensors monitor soil moisture, nutrient levels, and plant health.

    Post-harvest protection – Nano-coatings on fruits and vegetables extend shelf life by 2-3 times.

    Irrigation efficiency – Nanomaterials remove contaminants and improve water quality for irrigation.

    Seed quality enhancement – Nanopriming improves seed vigour and early germination.

    Nano-Biosensors can identify plant diseases at an early stage through biomarker detection

    Food Packaging – Eg- use of nanocomposites in making antimicrobial and oxygen-barrier coatings – reduce spoilage and food waste.

    Role of nanotechnology in uplifting the socio-economic status of farmers

    Reduced input costs – Nano-fertilisers cut fertilizer usage by 50%

    Higher yields and productivity due to improved nutrient uptake by crops

    Nano-coatings and nanosensors reduce post-harvest losses (currently 15-20%).

    Improved climate resilience – nano-enabled seed treatments help stabilise production during droughts, heatwaves, and soil degradation

    Access to premium markets – Residue-free nano-pesticides help farmers sell to export markets with strict safety standards.

    Local production of nano-inputs, nano-coatings, and sensor devices can generate rural micro-enterprises and FPO-led businesses.

    Health and environmental benefits – Reduced chemical use lowers health expenditures, improves soil fertility, and supports sustainable long-term income.

    Challenges of Nanotechnology in Agriculture

    High cost and limited awareness of nano-inputs limit large scale adoption.

    Nanophytotoxicity can hinder plant growth, reduce photosynthesis, and affect seed germination.

    Bioaccumulation concerns – Nanoparticles may accumulate in vital organs through food chains, with unclear long-term health effects.

    Groundwater contamination risk due to leaving of Mobile nanoparticles into aquifers.

    Toxicity to pollinators – Continuous exposure to nanoparticles through pollen can harm bees.

    Lack of regulatory standards – India lacks clear biosafety guidelines and permissible limits

    Pollution risks as Non-biodegradable nanoparticles may remain in ecosystems.

    When science meets scale, when innovation becomes inclusive, when technology drives transformation, the foundation for great achievements is laid – PM Modi

    Food Processing

  • Elaborate the scope and significance of supply chain management of agricultural commodities in India.

    The agricultural supply chain refers to activities involved in moving agricultural produce from farm to consumers.

    Scope of Supply Chain Management of Agricultural Commodities

    Post-Harvest Management- Handling, cleaning, grading, drying to reduce losses.

    Storage & Warehousing – Scientific storage, packhouses, warehouses, silos.

    Cold Chain for Perishables – Pre-cooling, refrigerated transport, cold storages.

    Transportation & Logistics – Efficient transport, aggregation, multimodal connectivity. Eg- Kisan Rail.

    Organised Retail & Export Integration: Connecting farmers with supermarkets, processors, exporters, and e-commerce channels. Eg- e-NAM

    Value Addition & Processing – packaging, branding, food processing.

    Export & Quality Compliance – Eg- SPS standards, AGMARK, FSSAI certification

    Significance of Supply Chain Management

    Reduces Post-Harvest Losses: India loses nearly (FAO).

    Enhances Farmer Income due to reduced intermediaries. Eg- FPOs increase farmer income by 20-25% (SFAC).

    Price Stability: Better logistics reduce volatility and transaction costs.

    Boosts Agri-Exports due to better quality products & cold chain infrastructure. Eg- $53 billion in 2022-23.

    Promotes Crop Diversification: Encourages high-value crops like horticulture, dairy, spices, and fisheries.

    Strengthens Food & Nutritional Security: Efficient supply chains ensure timely availability and safe, hygienic food across regions.

    Supports Rural Employment & Agri-Processing: Creates jobs in storage, logistics, milling, packaging, and retail.

    Challenges to Agricultural Supply Chain Management

    High Post-Harvest Losses: 6-18% losses due to poor handling, storage gaps, and weak cold chain.

    Inadequate Infrastructure: Limited cold storages, packhouses, rural warehouses, and multimodal logistics.

    Fragmented Supply Chains: Small landholdings (0.74 Hectare) and inefficient APMCs

    Low Digital Adoption: Eg- only around 1500 APMCs integrated with APMCs

    Strengthening supply chain management is key to ‘Doubling Farmers Income’. This can be done through

    Expand modern storage

    Promote FPO-led aggregation

    Reform APMC laws

    Promote value addition and FPIs.

    Develop export-oriented supply chains with SPS labs and certification.

    Enhance multimodal logistics

  • Consider the following statements

    Consider the following statements :
    1. The Commission for Agricultural Costs and Prices recommends the Minimum Support Prices for 32 crops.
    2. The Union Ministry of Consumer Affairs, Food and Public Distribution has launched the National Food Security Mission.
    Which of the statements given above is/are correct ?