Topics: Major crops & cropping patterns | Irrigation & irrigation systems | Storage, transport & marketing of agricultural produce | E-technology in the aid of farmers | Direct & indirect farm subsidies and MSP
Questions
Q1. Crop diversification as a remedy for a large number of issues is suggested by various economists. In this context, highlight the present challenges before crop diversification. How do emerging technologies provide an opportunity for crop diversification? (15 Marks)
Q2. India is a water-stressed country with an acute shortage of water. Discuss the issues in irrigation faced by Indian farmers and measures that can be taken to address them. (10 Marks)
Q3. Discuss the role of e-technology in empowering the farmers in India. (10 Marks)
Q4. Minimum Support Prices for crops have been around for a long time. Discuss their significance and the challenges they bring to the agricultural sector. (15 Marks)
Q5. Discuss the role of subsidies in the Indian economy. Analyze how subsidies can lead to distortions and suggest measures for rationalizing subsidies in India. (15 Marks)
Model Structures
Q1. Crop Diversification — Challenges & Emerging Technologies (15 Marks)
Introduction
- Crop diversification refers to the addition of new crops or cropping systems to agricultural production on a particular farm, considering the different returns from value-added crops with complementary marketing opportunities. OR
- It refers to the crops, crop sequences and management techniques used on a particular agricultural field over a period of years.
Main Body
Remedy for a large number of issues:
- Increases farmers' income: Access to national and international markets with new products, food and medicinal plants.
- Increases natural biodiversity and productivity: Strengthens the agroecosystem's ability to respond to stresses.
- Reduces risk of total crop failure: Different crops respond to climate scenarios differently — while cold may affect one crop negatively, an alternative crop may do better.
- Food security: E.g., growing crops as well as rearing livestock on the same field.
- Manages price risk: Not all products suffer low market prices at the same time — increases profitability of the farming community.
- Environment conservation: E.g., introducing legumes in the rice–wheat cropping system to fix atmospheric nitrogen and sustain soil fertility.
Challenges faced (mention 5–6):
- Around 52% of the cropped area is completely dependent on rainfall.
- Sub-optimal and over-use of land and water, harming environmental sustainability.
- Inadequate supply of seeds and plants of improved cultivars.
- Fragmentation of landholdings — less favourable to modernisation and mechanisation.
- Poor basic infrastructure — rural roads, power, transport, communications.
- Inadequate post-harvest technologies and infrastructure for perishable horticultural produce.
- Very weak agro-based industry; weak research–extension–farmer linkages.
- Inadequately trained human resources and large-scale illiteracy among farmers.
- Diseases and pests affecting most crop plants; poor database for horticultural crops.
- Decreased investments in the agricultural sector over the years.
Role of emerging technologies in crop diversification:
- The IT revolution connects farmers directly with grocery customers (farm-to-fork model), driving cultivation of high-value perishables (e.g., BigBasket, Blinkit platforms).
- Aquaponics and urban farming — controlled-environment cultivation to meet heavy urban demand for perishables.
- Financial inclusion and digitisation have enabled small farmers and women SHGs to diversify through credit supply.
- In arid areas, technologies like Urea Deep Placement (UDP) and poly-bag nursery farming introduced via the Indo-Israel Agriculture Project.
- Soil health management for right fertiliser usage, organic farming, and GIS-based thematic soil mapping.
Way forward:
- Identify crops and varieties suiting a range of environments and farmers' preferences.
- Shift skill development towards sustainable rural livelihoods.
- Technological breakthroughs from research institutes — precision farming to raise production and income substantially.
- The government must promote diversification by purchasing crops other than wheat and rice at MSP.
Conclusion
Though crop diversification is considered a panacea for a large number of issues, the policy for it needs to be well crafted, taking the interests of all stakeholders into account.
Q2. Irrigation Issues & Measures (10 Marks)
Introduction
- India has 18% of the world's population but only 4% of its water resources, making it among the most water-stressed countries in the world (World Bank).
- Irrigation currently consumes about 84% of the total available water in India.
Main Body
Irrigation ensures the minimum required water is maintained, the soil profile is kept healthy and weed growth is suppressed. But being a rainfed country, India faces many irrigation challenges:
- Poor irrigation efficiency: Tubewells, canals and tanks are the most used modes and are inefficient; sprinkler and drip irrigation are highly efficient but under-used.
- Rampant tubewell irrigation is causing the water table to fall drastically.
- Fragmentation of fields: Less economy of scale puts extra burden on irrigation (86% of Indian farmers are small and marginal, with holdings under 2 hectares — Agricultural Census 2015-16).
- Unpredictable rainfall and monsoon failure put rainfed agriculture at risk; spatial and temporal variation disadvantages some regions.
- Lopsided MSPs favour water-intensive crops like rice and sugarcane — leading to monocropping and over-watering of fields.
- Over-exploitation of groundwater due to huge subsidies — unsustainable practices lowering water tables in most regions.
- Climate change and overpopulation further stress already stressed water resources.
Reform measures:
- Participatory irrigation management with contribution of all stakeholders and the community.
- Rationalization of MSPs with more focus on nutri-cereals — water-resistant and highly nutritious.
- Phasing out subsidies that lead to groundwater over-exploitation.
- Interlinking of rivers to move water from surplus to deficient basins.
- Organic farming and Paramparagat Krishi Vikas Yojana based on less water.
Conclusion
India has been an agriculture-dominant country and will remain so in the coming decades. The need is to make irrigation efficient and save groundwater from depletion — sprinkler and drip irrigation, organic farming, nutri-cereals and crop ecological zonation are the way forward.
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Q3. E-technology in Empowering Farmers (10 Marks)
Introduction
- E-technology has the potential to revolutionize India's agricultural sector by empowering farmers, improving productivity, and ensuring food security.
- The National e-Governance Plan in Agriculture (NeGP-A) is one such government effort to use ICT in improving agriculture.
Main Body
Role of e-technology in empowering farmers:
- Access to market information: Platforms like eNAM give farmers real-time access to prices in different mandis.
- Improving agricultural practices: Crop-specific information, weather forecasts and recommended crop-management practices improve productivity.
- Promoting direct interaction: Farmers can interact directly with agricultural experts and scientists (e.g., the M-Kisan portal disseminates free advisories via SMS).
- Financial services: Easier access to credit, crop insurance, and compensation in natural calamities.
- Skill development: Online training programs and digital literacy campaigns teach new farming techniques.
- Quality seed information: E.g., the Seednet portal.
- Logistics support: The Kisan Sabha app provides efficient and convenient logistics assistance.
- Supply chain efficiency: Blockchain can improve transparency, reduce fraud, and ensure better prices by streamlining supply chains.
- Remedial measures for water crisis, desertification, crop pests, diseases and infrastructure gaps using IT.
- Efficient methods: Survey drones, fleets of agribots, sensors on animals, smart tractors etc.
- Effective planning and execution: Tracking crops, predicting yields, sowing seasons and crop needs (e.g., Israel's water-use efficiency in drip irrigation); Kisan Suvidha and Pusa Krishi apps for market prices, seeds, pesticides, fertilisers, weather and machinery.
Conclusion
E-technology holds the key to the second green revolution in India. However, challenges like digital illiteracy, language barriers, poor rural internet connectivity, and lack of awareness among farmers need to be addressed.
Q4. MSP — Significance & Challenges (15 Marks)
Introduction
Minimum Support Price (MSP) is a predetermined price at which the government guarantees to buy agricultural produce if the market price falls below it. It ensures farmers get better remuneration and their input costs are covered.
Main Body
MSPs for 22 crops are recommended by the Commission for Agricultural Costs and Prices (CACP) under the agriculture ministry, considering cultivation cost, demand–supply situation, inflation etc.
Significance:
- Checks rural distress and migration by giving farmers better returns.
- Ensures crop diversification through better MSP for pulses and oilseeds, with cascading benefits for soil health.
- Checks inflation and protects farmers from price shocks.
- Checks import dependency — better MSP incentivises farmers to grow more crops.
- Protects farmers and agriculture from shocks like the COVID pandemic, demonetization, GST reforms, and the twin balance sheet crisis.
Challenges:
- Ineffective implementation: The Shanta Kumar Committee revealed only 6–8% of farmers availed MSP benefits.
- Majority of MSP procurement is for rice and wheat to fulfil PDS requirements — making MSP effectively a procurement price, not linked to domestic prices.
- Highly skewed regime: Focus on two crops neglects others, promotes monocropping, and harms soil health and the water table.
- Economically unsustainable: Cost of procurement and godown maintenance is very high for the government and FCI.
- Inflation is often overlooked while announcing MSP.
Conclusion
Though MSP is important as a shield for farmers, it needs to be rationalized along with other reforms — implementation of e-NAM, Shanta Kumar Committee recommendations, and a price stabilization fund, among others.
Q5. Subsidies — Role, Distortions & Rationalization (15 Marks)
Introduction
- According to the latest budget, in 2023-24 the total expenditure on subsidies is estimated to be more than ₹4,00,000 crore. (Data-based) OR
- A subsidy is a form of financial aid or support extended generally to promote economic and social welfare. (Definition-based)
Main Body
Role of subsidies in the Indian economy:
- Affordability: Make essential goods and services affordable for economically weaker sections.
- Income redistribution: Support to underprivileged sections reduces socio-economic disparities.
- Promoting industries and agriculture: Tax incentives, low interest rates and financial aid promote sectors crucial to the economy — agriculture, renewable energy, manufacturing.
- Encouraging consumption and production: Reduced costs of goods and services stimulate both.
How subsidies can lead to distortions:
- Most state governments have failed to ensure rational, sustainable use of subsidized water and electricity.
- Subsidized fertilizers: NPK use is around 8:3:1 against the recommended 4:2:1.
- Cultivation of wheat, rice and sugarcane at the cost of pulses, horticulture crops and coarse but nutritious grains.
- Food inflation, leakage and corruption.
- Price subsidies can distort markets in ways that ultimately hurt the poor — e.g., farm loan waivers increase states' fiscal deficit and interest burden while limiting productive capital investment in agriculture.
Measures for rationalizing subsidies:
- Kelkar Committee: Phased elimination of subsidies on diesel, petrol and cylinder gas, converting them to capital investments; rationalisation of fertiliser subsidy.
- Long-term export trade policies to keep farmers aligned to exports.
- Subsidies should come with a sunset clause; promote contract and cooperative farming to make agriculture remunerative.
- Link subsidies to the size of the farm-holding.
- NITI Aayog: Efficient fertiliser usage and reorienting fertiliser subsidy policy; subsidies on liquid fertilisers and investment subsidies for micro-irrigation.
Conclusion
It is crucial to rationalize subsidies to ensure fiscal prudence, efficient resource utilization, and effective targeting. Direct benefit transfers, targeted subsidies, performance-linked subsidies, and phased elimination of non-essential subsidies could help achieve this goal.
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