Prepare for NABARD Grade A Phase II with the Top Answer Writing Questions and Model Answers, covering important themes from ESI and ARD. Each question is designed around the descriptive nature of the examination, with well-structured model answers to help you understand how to develop arguments, use relevant facts and data, and present your answers effectively within the word limit.
NABARD Grade A: Top Answer Writing Questions and Model Answers
Prepare effectively for NABARD Grade A Phase II Descriptive Examination with our Top Answer Writing Questions and Model Answers covering important topics from Economic & Social Issues (ESI) and Agriculture & Rural Development (ARD).
This resource is designed specifically for aspirants preparing for the NABARD Grade A Mains examination, with questions reflecting the type of analytical and contemporary issues commonly relevant to the descriptive paper. The model answers demonstrate how to structure a 15-mark answer, develop a clear argument, incorporate relevant facts, data, government initiatives, reports and examples, and conclude with practical solutions.
The questions cover important areas such as Indian economy, rural development, agriculture, farmers’ issues, government schemes, financial inclusion, rural employment, sustainable agriculture, agricultural infrastructure and emerging challenges in the rural economy.
Use these NABARD Grade A model answers not merely for memorising content, but to understand answer structure, introduction, analysis, challenges, government measures, way forward and conclusion. Regularly practising such questions can help improve your content quality, answer presentation, analytical ability and time management for NABARD Grade A Phase II.
Useful for: NABARD Grade A 2026/2027, ESI, ARD, Phase II, Descriptive English, Answer Writing Practice and Mains Preparation.
First Read: NABARD Grade A: Top 10 Answer Writing Questions and Model Answer. https://www.brajeshmohan.in/2026/08/nabard-grade-top-10-answer-writing.html
Answer Writing Questions and Model Answers
15 exam-oriented questions covering ESI and ARD.
Q. What is soil conservation? Explain the major causes of soil degradation in India and discuss the important soil conservation measures adopted to improve agricultural sustainability. (600 Words, 15 Marks)
Soil is the foundation of agricultural production and provides essential ecosystem services such as nutrient cycling, water storage and carbon sequestration. Soil conservation refers to the prevention of soil erosion and degradation and the adoption of practices that maintain or improve soil fertility, structure, moisture and productivity. The challenge is significant in India, where the Desertification and Land Degradation Atlas of India estimated 97.85 million hectares, or about 29.77% of the country’s geographical area, under land degradation in 2018-19.
I. Major Causes of Soil Degradation in India
1. Water and Wind Erosion: Intense rainfall, surface runoff and floods remove fertile topsoil, while wind erosion is prominent in arid and semi-arid regions. Loss of vegetation further accelerates the process.
2. Deforestation and Overgrazing: Removal of vegetation exposes soil to erosion, while excessive grazing reduces vegetation cover and organic matter, weakening the natural protection of soil.
3. Unsustainable Agricultural Practices: Excessive tillage, monocropping, inadequate crop rotation and burning or removal of crop residues reduce soil organic matter, disturb soil structure and increase erosion.
4. Imbalanced Nutrient Use: Excessive or imbalanced application of fertilisers can cause nutrient deficiencies or excesses and affect long-term soil fertility. Recent soil assessments indicate variability in nitrogen and phosphorus, while zinc deficiency is particularly reported in Bihar, Uttar Pradesh and Odisha.
5. Salinity, Alkalinity and Waterlogging: Improper irrigation, poor drainage and excessive groundwater use can result in salt accumulation and waterlogging, adversely affecting crop productivity.
6. Soil Pollution: Excessive agrochemicals, industrial effluents, untreated wastewater and other contaminants can adversely affect soil organisms, nutrient cycling and soil quality.
7. Mining, Urbanisation and Land-Use Change: Mining, construction and expansion of settlements disturb soil profiles, remove vegetation and convert agricultural land to non-agricultural uses.
8. Climate Change: Droughts, heatwaves, floods and intense rainfall can accelerate soil erosion, reduce soil moisture and organic matter, and increase the vulnerability of degraded soils.
II. Important Soil Conservation Measures for Agricultural Sustainability
1. Contour Farming and Contour Bunding: Cultivation and bunds along the natural contours of land reduce the speed of water runoff and soil erosion on slopes.
2. Terracing: Construction of terraces on sloping land reduces runoff and soil loss while improving water infiltration and moisture conservation.
3. Strip Cropping: Growing crops in alternate strips reduces the velocity of wind and water and minimises erosion.
4. Conservation Agriculture: Minimum or zero tillage, crop residue management, crop rotation and crop diversification help improve soil structure, organic matter and moisture conservation.
5. Cover Crops and Mulching: Maintaining vegetative cover and using crop residues as mulch protect the soil surface from erosion, reduce evaporation and improve soil organic matter.
6. Afforestation and Agroforestry: Planting trees and integrating trees with crops stabilise soil, reduce wind and water erosion, improve biodiversity and enhance carbon sequestration.
7. Watershed Management: Check dams, farm ponds, contour trenches, percolation tanks and vegetative barriers conserve soil and water, reduce runoff and improve groundwater recharge, particularly in rainfed areas. WDC-PMKSY 2.0 specifically promotes such interventions for degraded and rainfed areas.
8. Balanced Nutrient Management: Integrated use of chemical fertilisers, organic manures, biofertilisers and crop residues maintains soil fertility and reduces nutrient imbalance.
9. Efficient Irrigation and Drainage: Drip and sprinkler irrigation, proper irrigation scheduling and adequate drainage improve water-use efficiency and reduce waterlogging and salinity.
10. Soil Testing and Advisory Services: Soil testing enables farmers to apply nutrients according to actual soil requirements, thereby improving fertiliser-use efficiency and maintaining soil fertility.
III. Government Measures for Soil Conservation and Soil Health
1. Soil Health & Fertility Scheme: The Soil Health Card provides information on soil nutrient status and crop-wise fertiliser recommendations, promoting balanced and need-based nutrient management. As of August 2026, 26.09 crore Soil Health Cards had been generated, along with 7.17 lakh demonstrations on balanced fertiliser use.
2. National Mission on Natural Farming (NMNF): NMNF promotes livestock-integrated natural farming, biomass mulching, multi-cropping and on-farm natural inputs to improve soil organic matter, soil structure and water-holding capacity. As of March 2026, 18,786 clusters covering 8.80 lakh hectares and 18.19 lakh farmers were under the mission.
3. Paramparagat Krishi Vikas Yojana (PKVY): PKVY promotes cluster-based organic farming, certification and market support, encouraging practices that improve soil biological activity and reduce dependence on chemical inputs.
4. Watershed Development Component of PMKSY 2.0: WDC-PMKSY 2.0 promotes ridge-to-valley treatment, check dams, farm ponds, percolation tanks and other soil and water conservation structures. These interventions help reduce erosion, improve moisture availability and strengthen rainfed agriculture.
5. Per Drop More Crop (PDMC): The scheme promotes drip and sprinkler irrigation to improve water-use efficiency and reduce excessive irrigation-related problems such as waterlogging and salinity. About 109 lakh hectares had been covered under PDMC by May 2026.
6. National Mission for Sustainable Agriculture (NMSA): NMSA promotes sustainable farming through soil and water conservation, integrated nutrient management, rainfed area development and climate-resilient agricultural practices. Under Soil Health Management, 97.53 lakh soil samples were collected and 92.87 lakh tested in 2025-26.
7. ICAR and Soil Mapping Initiatives: ICAR promotes location-specific soil and water conservation practices, while Soil and Land Use Survey of India develops soil databases to support scientific soil management and nutrient recommendations.
In conclusion, soil degradation in India is driven by erosion, deforestation, overgrazing, unsustainable agricultural practices, nutrient imbalance etc. Therefore, soil conservation requires an integrated approach combining physical conservation measures, conservation agriculture, balanced nutrient management, efficient irrigation, watershed development and restoration of vegetation cover.Strengthening farmer awareness, scientific advisories and last-mile implementation can help conserve India’s soil resources and ensure productive, sustainable and climate-resilient agriculture.
Q. Explain the role of meteorology in agriculture. Discuss the importance of weather parameters and crop–weather advisory services in improving agricultural productivity and reducing weather-related risks. (600 Words, 15 Marks) (Mandatory Question)
Agricultural meteorology is the study of weather and climatic parameters and their relationship with crops, livestock and agricultural operations. Since agricultural production is highly dependent on weather, timely meteorological information helps farmers make better decisions regarding crop planning, irrigation, plant protection and harvesting. Thus, agricultural meteorology plays an important role in improving productivity, reducing weather-related losses and promoting climate-resilient agriculture.
I. Role of Meteorology in Agriculture
1. Crop Planning and Selection: Knowledge of temperature, rainfall, humidity and climatic conditions helps farmers select suitable crops and varieties and determine appropriate sowing windows according to local agro-climatic conditions.
2. Crop Growth and Yield Forecasting: Weather conditions influence germination, vegetative growth, flowering, pollination, maturity and yield. Weather-based crop models can also support yield forecasting and assessment of potential crop losses.
3. Water Management: Rainfall, temperature and evapotranspiration information helps estimate crop water requirements and schedule irrigation. This is particularly important for improving water-use efficiency in rainfed and irrigated agriculture.
4. Pest and Disease Management: Temperature, relative humidity, rainfall and leaf-wetness conditions influence the multiplication and spread of pests and pathogens. Weather information can therefore facilitate timely preventive and control measures.
5. Planning Farm Operations: Weather forecasts help farmers decide the timing of sowing, transplanting, fertiliser application, spraying, intercultural operations and harvesting. Avoiding field operations during adverse weather reduces input wastage and operational losses.
6. Management of Weather Extremes: Meteorological forecasts and early-warning systems help farmers prepare for cyclones, heavy rainfall, floods, droughts, heatwaves, cold waves and hailstorms, thereby reducing crop and livestock losses.
II. Importance of Weather Parameters
1. Temperature: Every crop has an optimum temperature range for different growth stages. Temperature extremes can affect germination, flowering, grain formation and crop maturity, thereby reducing yield.
2. Rainfall: Rainfall determines water availability, especially in rainfed agriculture. Its amount, intensity and distribution influence sowing, irrigation, crop growth and harvesting. Excess rainfall can cause waterlogging and erosion, while deficient rainfall can cause moisture stress.
3. Relative Humidity: Humidity influences transpiration and crop water requirements. High humidity, particularly when combined with suitable temperature, can favour the development of fungal and bacterial diseases.
4. Solar Radiation and Sunshine Duration: Solar radiation provides energy for photosynthesis and biomass production. Sunshine duration also influences flowering, crop development and maturity in several crops.
5. Wind: Wind speed and direction influence evapotranspiration, pollination and crop lodging. Wind forecasts are also important for pesticide spraying because strong winds can cause spray drift and reduce application efficiency.
6. Evapotranspiration: It represents water loss through evaporation and plant transpiration. Its estimation, along with rainfall and soil-moisture information, helps determine irrigation requirements and improves water-use efficiency.
III. Role of Crop-Weather Advisory Services
Crop-weather advisory services convert meteorological forecasts and agricultural information into location-specific and actionable recommendations for farmers. In India, the IMD’s Agrometeorological Advisory Services (AAS) provide weather-based advisories to support farm-level decision-making.
1. Sowing and Crop Planning: Forecasts regarding rainfall and temperature help farmers select suitable sowing windows, crops and varieties and avoid sowing immediately before adverse weather.
2. Irrigation Management: Rainfall forecasts and evapotranspiration estimates help farmers decide when and how much to irrigate, reducing water stress as well as unnecessary irrigation.
3. Pest and Disease Management: Weather-based warnings help farmers anticipate favourable conditions for pests and diseases and undertake timely plant-protection measures. This can reduce crop losses and indiscriminate pesticide use.
4. Extreme Weather Management: Advisories and early warnings for cyclones, heavy rainfall, heatwaves, frost, hailstorms and drought conditions enable farmers to take protective measures such as postponing harvesting, providing irrigation or protecting standing crops.
5. Fertiliser and Farm Operations: Farmers can schedule fertiliser application, spraying and intercultural operations during favourable weather conditions, reducing nutrient and chemical losses.
6. Harvest and Post-Harvest Management: Weather forecasts help determine suitable harvesting, drying, transportation and storage periods, thereby reducing post-harvest losses and deterioration in crop quality.
In conclusion, the future of Indian agriculture will increasingly depend on its ability to anticipate and adapt to weather variability. Going forward, India should strengthen hyper-local weather forecasting, expand automated weather stations and improve the last-mile delivery of crop-weather advisories through digital platforms and agricultural extension networks. Greater integration of meteorological data with soil, crop and satellite information can enable more precise farm-level decisions. Such a coordinated approach can help farmers move from reactive management to anticipatory risk management, thereby improving farm incomes, resource-use efficiency and the climate resilience of Indian agriculture.
Q. What is precision farming? Explain its components, potential benefits and major challenges in adoption of precision farming in India. (600 Words, 15 Marks)
Precision farming, also known as precision agriculture, is a modern farm management approach that uses technologies such as remote sensing, GIS, GPS, drones, IoT sensors and data analytics to identify variations within a field and apply agricultural inputs according to specific crop and field requirements. It follows the principle of applying the right input, in the right quantity, at the right place and at the right time. It can improve productivity, profitability and resource-use efficiency in Indian agriculture.
I. Components of Precision Farming
Precision farming integrates multiple technologies to enable site-specific and data-driven farm management.
- Remote Sensing: Satellite and aerial imagery help assess crop health, vegetation indices, soil moisture, nutrient stress and variations in crop conditions over large areas.
- GIS and GPS: GIS enables spatial mapping and analysis of soil, crops, irrigation and field characteristics, while GPS provides accurate location information for farm machinery and field operations.
- Drones: Drones equipped with cameras and sensors provide high-resolution information on crop health, pest and disease incidence and nutrient stress. They can also facilitate targeted spraying and field mapping.
- IoT Sensors: Sensors installed in fields can monitor soil moisture, temperature, humidity and other conditions in real time, enabling timely irrigation and other farm-level interventions.
- Variable Rate Technology (VRT): VRT enables differential application of seeds, fertilisers, pesticides and other inputs according to the spatial variability and actual requirements within a field.
- Data Analytics and Decision Support Systems: Data obtained from satellites, sensors and field equipment can be analysed to generate actionable recommendations regarding irrigation, nutrient application, pest management and other farm operations.
II. Potential Benefits of Precision Farming
- Higher Productivity: Site-specific application of inputs ensures that crops receive resources according to their requirements, improving crop growth and yield.
- Efficient Input Use: Precision application reduces unnecessary use of fertilisers, pesticides, seeds and water, thereby improving input-use efficiency and reducing wastage.
- Improved Water-Use Efficiency: Soil-moisture sensors, weather information and automated irrigation systems can help provide water according to crop requirements and reduce excessive irrigation.
- Better Pest and Disease Management: Remote sensing, drones and data analytics can help identify pest, disease and crop-stress conditions at an early stage, enabling targeted interventions and reducing indiscriminate pesticide use.
- Better Farm Decision-Making: Precision farming converts field-level data into actionable information, enabling farmers to move from uniform input application to need-based farm management.
III. Major Challenges in Adoption of Precision Farming in India
- High Initial Investment: Drones, sensors, GPS-enabled machinery, software and other technologies require significant upfront investment, which can be difficult for small farmers to afford.
- Small and Fragmented Landholdings: India’s predominance of small and marginal farmers and fragmented holdings can reduce the economic viability of investing individually in sophisticated precision technologies.
- Digital Divide: Limited access to smartphones, reliable internet connectivity and digital infrastructure in rural areas can restrict the effective adoption of technology.
- Lack of Technical Skills: Farmers may face difficulties in operating technological equipment, interpreting data and converting digital information into appropriate farm-level decisions.
- Limited Access to Institutional Finance: Lack of affordable credit for purchasing or accessing precision technologies can discourage small and marginal farmers from adoption.
- Lack of Customised and Affordable Solutions: Technologies developed for large mechanised farms may not always suit India’s diverse agro-climatic conditions and smallholder farming systems.
In conclusion, precision farming can help India shift from blanket application of agricultural inputs towards need-based and resource-efficient farm management. Going forward, the focus should be on developing affordable, smallholder-friendly and locally adaptable technologies, supported through custom hiring centres, farmer training, institutional credit and stronger agricultural extension services. Greater integration of satellite data, drones, sensors, artificial intelligence and local agricultural knowledge can make precision farming more accessible to small and marginal farmers and contribute to higher farm incomes, efficient resource use and sustainable and climate-resilient agriculture.
Q. How global warming impacts fisheries sector, discuss the ways to promote sustainable fishery sector [Word Limit: 400 Words] [Maximum Marks: 10]
Fisheries are highly sensitive to changes in temperature, rainfall, ocean currents and water quality. Global warming is altering marine and freshwater ecosystems, thereby affecting fish distribution, productivity and the livelihoods of fishing communities. For India, where fisheries support millions of livelihoods and contribute to food and export security, building a climate-resilient and sustainable fisheries sector is essential.
Impact of Global Warming on the Fisheries Sector
I. Changes in Fish Distribution: Rising sea temperatures are forcing several fish species to shift towards cooler waters, affecting their availability and traditional fishing grounds.
II. Decline in Fish Productivity: Higher temperatures can reduce dissolved oxygen levels and disturb aquatic ecosystems, adversely affecting fish growth, reproduction and survival.
III. Ocean Acidification: Increased absorption of atmospheric carbon dioxide by oceans leads to acidification, which can adversely affect shell-forming organisms and marine food chains.
IV. Extreme Weather Events: Cyclones, floods, droughts and marine heatwaves can damage boats, fishing infrastructure, aquaculture facilities and fishing communities.
V. Impact on Aquaculture: Changes in water temperature and quality increase the risk of disease outbreaks and mortality in fish and shrimp farming.
VI. Livelihood and Food Security Risks: Reduced and unpredictable fish availability can lower fisher incomes, increase livelihood insecurity and affect the availability and affordability of fish as a source of protein.
Ways to Promote Sustainable Fisheries
I. Sustainable Resource Management: Implement science-based catch limits, seasonal fishing bans, minimum legal mesh sizes and protection of breeding and nursery grounds.
II. Promote Climate-Resilient Aquaculture: Encourage climate-resilient species, better water-quality management, disease surveillance, biosecurity and improved aquaculture practices.
III. Strengthen Infrastructure: Develop modern fishing harbours, landing centres, cold chains, storage and processing facilities to reduce post-harvest losses and improve value realisation.
IV. Promote Sustainable Fishing Technologies: Encourage fuel-efficient vessels, selective fishing gear and technologies that reduce by-catch and damage to marine ecosystems.
V. Protect Aquatic Ecosystems: Conserve mangroves, wetlands, coral reefs and other critical habitats that serve as breeding and nursery grounds.
VI. Support Fishing Communities: Improve access to institutional credit, insurance, alternative livelihoods, weather advisories, early-warning systems and skill development.
In conclusion, global warming is making fisheries more vulnerable through changes in fish distribution, productivity, aquatic ecosystems and the frequency of extreme events. Sustainable fisheries development therefore requires a climate-resilient, ecosystem-based and community-oriented approach. Integrating conservation with technology, infrastructure, finance and effective governance can help secure both aquatic resources and fisher livelihoods in the long term.
Q. In the context of current state of India’s fisheries sector, discuss the significance of the fisheries sector in the Indian economy and also highlight the challenges it currently faces. [Word Limit: 400 Words] [Maximum Marks: 10]
The fisheries sector is an important component of India’s agriculture and allied economy, contributing to food and nutritional security, employment, rural livelihoods and export earnings. India is the world’s second-largest fish producer, accounting for about 8% of global fish production. Fish production increased from 141.64 lakh tonnes in 2019-20 to a record 197.75 lakh tonnes in 2024-25, reflecting the growing importance of fisheries and aquaculture in the Indian economy.
I. Significance of the Fisheries Sector in the Indian Economy
1. Employment and Livelihoods: Fisheries support millions of fishers, fish farmers and workers engaged in processing, transportation, marketing and other allied activities. The sector currently supports about 58 lakh direct and indirect employment opportunities.
2. Food and Nutritional Security: Fish is an important source of affordable, high-quality protein, essential fatty acids, vitamins and minerals. Growth in inland fisheries and aquaculture can improve availability of nutritious food.
3. Contribution to Exports: Seafood is an important agricultural export and a source of foreign exchange. Fisheries exports increased from ₹46,663 crore in 2019-20 to ₹73,890 crore in 2025-26, highlighting the sector’s growing export potential.
4. Rural and Coastal Development: Fisheries provide income diversification for rural and coastal households and support economic activities across the value chain, including hatcheries, feed, cold chains, processing and retail.
5. Potential for Inclusive Growth: Aquaculture, inland fisheries and Fish Farmers Producer Organisations can create opportunities for small producers, women and rural entrepreneurs while improving market access and bargaining power.
II. Major Challenges Faced by the Fisheries Sector
1. Climate Change: Rising sea temperatures, changing rainfall patterns, cyclones and other extreme events affect fish distribution, productivity and fisher livelihoods.
2. Sustainability of Fish Resources: Although about 91.1% of India’s marine fish stocks were assessed as healthy in the CMFRI report cited by the Government, maintaining sustainable fishing practices remains important in view of ecological and climate-related pressures.
3. Infrastructure Gaps: Inadequate cold chains, modern landing centres, storage, processing and transportation facilities can increase post-harvest losses and reduce value realisation.
4. Small and Fragmented Operations: Many fishers and fish farmers operate at a small scale and face limited access to institutional credit, technology, insurance and organised markets.
5. Disease and Biosecurity Risks: Aquaculture is vulnerable to diseases, poor water quality and inadequate biosecurity, which can cause significant production and income losses.
6. Market and Export Challenges: Price volatility, quality standards, traceability requirements and limited value addition can constrain the competitiveness of Indian seafood in global markets.
In conclusion, the fisheries sector has the potential to become a stronger pillar of rural income, nutritional security and export diversification. Going forward, India should focus on climate-resilient aquaculture, sustainable resource management, modern cold-chain and processing infrastructure, affordable institutional finance and stronger producer organisations. Integrating technology with responsible fisheries management can help India achieve higher value from every unit of aquatic resource while protecting the livelihoods of fishing communities and ensuring long-term sustainability.
Q. The unorganised sector is a vital pillar of India’s economy and provides livelihood to a large section of the workforce, particularly in rural and vulnerable communities. Discuss the significance and major challenges of the unorganised sector in India. Also, examine the key government initiatives for its welfare and explain how the e-Shram Portal is facilitating its integration into the formal social security and economic system. (15 Marks | 600 Words)
The unorganised sector constitutes a vital pillar of India’s economy, providing employment and livelihoods to a large and diverse workforce, including agricultural labourers, construction workers, domestic workers, street vendors, migrant workers, gig and platform workers. Despite its economic importance, workers in this sector often face limited access to social security, formal credit, insurance, pensions and stable employment. Therefore, integrating the unorganised workforce with formal economic and social security systems is essential for inclusive growth and the vision of Viksit Bharat.
Significance of the Unorganised Sector in India
I. Major source of employment: It provides livelihood opportunities to a large section of India’s workforce, particularly workers with limited formal education and skills.
II. Rural livelihood and poverty reduction: Agricultural labour, construction, small-scale activities and self-employment provide important sources of income for rural and low-income households.
III. Economic contribution: Street vendors, domestic workers, artisans, small producers and other informal enterprises contribute significantly to production, consumption, services and local economic activity.
IV. Support to vulnerable communities: The sector provides employment opportunities to women, migrants and economically vulnerable groups who may otherwise have limited access to formal employment.
V. Link with inclusive growth: Improving productivity, income security and access to finance for these workers can reduce vulnerability and promote broader participation in economic growth.
Major Challenges Faced by the Unorganised Sector
I. Limited social security: Workers often lack adequate access to pension, insurance, healthcare and other welfare benefits.
II. Income and employment insecurity: Informal workers are vulnerable to irregular employment, low wages and sudden loss of livelihood.
III. Limited access to formal finance: Lack of formal documentation, collateral and stable income can restrict access to institutional credit.
IV. Migrant vulnerability: Migrant workers may face difficulties in accessing welfare benefits when they move across States.
V. Digital and institutional exclusion: Lack of awareness, digital access and fragmented delivery of welfare schemes can prevent eligible workers from receiving benefits.
Key Government Initiatives
The Government has undertaken several initiatives to improve the economic and social security of unorganised workers. PM Jan Dhan Yojana (PMJDY) has expanded access to formal banking, Direct Benefit Transfer, insurance, pensions and need-based credit. Pradhan Mantri Shram Yogi Maan-Dhan (PM-SYM) provides a minimum assured pension of ₹3,000 per month after attaining 60 years, subject to eligibility. Insurance schemes such as PMSBY and PMJJBY, along with initiatives relating to skill development, employment and financial inclusion, further strengthen the social security framework.
The e-Shram Portal, launched on 26 August 2021, represents an important step towards bringing these dispersed workers into a common institutional framework.
How e-Shram is Integrating the Unorganised Workforce
I. National database: e-Shram created India’s first Aadhaar-authenticated National Database of Unorganised Workers (NDUW) and provides registered workers with a unique 12-digit Universal Account Number (UAN).
II. One-stop social security platform: The e-Shram One-Stop Solution, launched on 21 October 2024, integrates welfare, employment, skilling, apprenticeship and pension services. It brings together 15+ social security and welfare schemes on a single platform.
III. Portability and migrant support: The platform facilitates nationwide access and portability of social security benefits and captures family details of migrant workers. Construction-worker data can also be shared with States and UTs for registration with BOCW Boards.
IV. Employment and skilling: e-Shram connects workers with the National Career Service, Skill India Digital Hub and apprenticeship opportunities, thereby linking social security with employment and skill development.
V. Inclusion of emerging workers: The portal also facilitates identification and registration of gig and platform workers, with around 11.5 lakh platform workers registered as stated in the provided source.
In conclusion, the unorganised sector is indispensable for employment generation, rural livelihoods and inclusive economic growth, but its workers remain vulnerable because of informality and fragmented access to welfare. Government initiatives such as PMJDY, PM-SYM, insurance schemes and, most importantly, e-Shram are helping create an integrated social security ecosystem. With 31.89 crore registrations as of August 2026, e-Shram can serve as a foundation for portable welfare, better employment opportunities, evidence-based policymaking and greater formalisation of India’s unorganised workforce.
Q. Financial inclusion is essential for achieving inclusive and sustainable economic growth in India. Discuss the significance of financial inclusion in India and examine how 12 years of Pradhan Mantri Jan-Dhan Yojana (PMJDY) have strengthened financial access, social security and economic empowerment, particularly among rural and vulnerable households. (15 Marks | 600 Words)
Financial inclusion refers to ensuring affordable, convenient and adequate access to formal financial services such as savings, credit, insurance, pension, remittances and digital payments. It is essential for reducing vulnerability, improving household financial resilience and ensuring that the benefits of economic growth reach all sections of society. In this context, the Pradhan Mantri Jan-Dhan Yojana (PMJDY), launched in 2014 as the National Mission for Financial Inclusion, has played a transformative role in expanding formal financial access, particularly among rural and vulnerable households.
I. Significance of Financial Inclusion in India
1. Promotes Inclusive Economic Growth: Access to formal savings, credit and payment systems enables households to participate in economic activity, invest in livelihoods and accumulate financial assets, thereby supporting broad-based growth.
2. Reduces Dependence on Informal Finance: Access to institutional credit can reduce dependence on informal lenders and potentially lower the financial burden associated with high-cost borrowing.
3. Strengthens Household Financial Security: Bank accounts provide a secure mechanism for savings and facilitate access to insurance, pension and other financial products, helping households manage income and expenditure shocks.
4. Enables Efficient Welfare Delivery: Financial inclusion provides the foundation for Direct Benefit Transfer (DBT), enabling government benefits to reach beneficiaries directly and improving transparency and reducing leakages.
5. Promotes Women’s Empowerment: Ownership and active use of bank accounts can enhance women’s control over financial resources, facilitate receipt of government transfers and strengthen their participation in household and economic decisions.
6. Supports Rural and Digital Transformation: Banking access through branches, Business Correspondents and digital platforms connects rural households with formal payments, savings, credit and social-security systems, reducing geographical and financial barriers.
II. 12 Years of PMJDY: Strengthening Financial Access
PMJDY was launched in 2014 with the objective of providing banking access to unbanked households. In 2018, its approach was expanded from “every household” to “every unbanked adult”, thereby broadening the scope of financial inclusion.
Its scale can be seen from the following indicators:
- PMJDY accounts increased from 14.72 crore in 2015 to 59.09 crore as of 19 August 2026, representing nearly fourfold growth.
- 45.95 crore accounts are in rural and semi-urban areas, highlighting its significance for rural financial inclusion.
- 32.92 crore female beneficiaries were recorded as of 19 August 2026, demonstrating substantial participation of women in the formal banking system.
- Deposits increased from ₹15,670 crore in March 2015 to ₹3,16,514 crore as of 19 August 2026, indicating greater mobilisation of household savings through formal banking channels.
- 41.29 crore RuPay debit cards have been issued to PMJDY account holders, facilitating access to formal payment systems.
- India’s Financial Inclusion Index increased from 53.9 in 2018 to 67 in 2026, reflecting deeper penetration and usage of financial services.
Thus, PMJDY has helped move financial inclusion from physical access to banking towards wider participation in the formal financial ecosystem.
III. PMJDY: Social Security and Economic Empowerment
1. Basic Banking Access: PMJDY provides a Basic Savings Bank Deposit Account without a minimum balance requirement, enabling previously excluded households to enter the formal banking system through bank branches and Business Correspondents or Bank Mitras.
2. Digital and Payment Access: RuPay debit cards and the wider digital-payment ecosystem have enabled beneficiaries to undertake formal transactions and receive government payments more efficiently.
3. Social Security Linkages: PMJDY accounts provide an important platform for accessing schemes such as Pradhan Mantri Jeevan Jyoti Bima Yojana (PMJJBY), Pradhan Mantri Suraksha Bima Yojana (PMSBY) and Atal Pension Yojana, subject to their respective eligibility and enrolment conditions.
4. Credit and Livelihood Opportunities: The formal banking relationship created through PMJDY can facilitate access to credit and other financial services, including MUDRA, thereby supporting micro-enterprises and livelihood activities.
5. DBT and JAM Trinity: The integration of Jan-Dhan, Aadhaar and Mobile (JAM) has strengthened the architecture for targeted benefit transfers and digital financial services, particularly for vulnerable households.
IV. Way Forward
The next phase of financial inclusion should move beyond “having a bank account” to “meaningful and regular use of financial services.” This requires strengthening financial and digital literacy, improving last-mile banking infrastructure, expanding affordable formal credit and insurance, and ensuring reliable banking services in remote areas. Special attention should be given to women, small farmers, migrant workers, elderly persons and other financially vulnerable groups. Greater use of responsible digital finance, coupled with strong consumer protection and grievance-redressal mechanisms, can further deepen inclusion.
In conclusion, PMJDY has laid a strong foundation for universal financial access by bringing crores of previously underserved households into the formal banking system. Going forward, the focus should shift from access to active usage, from banking inclusion to financial capability, and from account ownership to productive financial participation. Strengthening this transition can enable households to build savings, manage risks, access productive credit and participate more effectively in India’s formal economy, thereby making financial inclusion a stronger instrument of inclusive and sustainable economic growth.
Q. Livestock is an important pillar of India’s rural economy and a major source of livelihood diversification for farmers. Discuss the significance of the livestock sector for rural development. How do animal diseases affect farmers and the livestock economy? Examine the role of initiatives such as the National Animal Disease Control Programme (NADCP) and the One Health approach in strengthening animal health and improving farmers’ livelihoods. (15 Marks | 600 Words)
The livestock sector is an integral part of India’s rural economy, particularly for small and marginal farmers who depend on animals for income, employment, nutrition and livelihood security. Dairy, poultry, sheep, goat and other livestock activities provide regular income and diversify farm income beyond crop cultivation. However, animal diseases can reduce productivity, cause mortality, affect reproduction and restrict livestock trade. Therefore, strengthening animal health is essential for improving farmer incomes and building a resilient rural economy.
I. Significance of the Livestock Sector for Rural Economy
- Livelihood and Income: Livestock provides an important supplementary and regular source of income to farming households, reducing dependence on seasonal crop income.
- Employment Generation: Dairy, poultry, sheep, goat rearing and allied activities generate employment across production, processing, transportation and marketing.
- Risk Diversification: Livestock acts as a buffer during crop failures, droughts and other agricultural shocks by providing an alternative source of income.
- Nutrition Security: Milk, eggs and meat contribute to household nutrition by providing high-quality protein and other essential nutrients.
- Women Empowerment: Livestock activities can provide opportunities for women to participate in income-generating activities and household-level enterprises.
- Rural Entrepreneurship: Dairy cooperatives, producer organisations, processing units and livestock-based enterprises promote value addition and strengthen rural markets.
II. Impact of Animal Diseases on Farmers and Livestock Economy
Animal diseases have significant economic and social consequences:
- Reduction in productivity: Diseases can reduce milk, meat and egg production and affect animal growth.
- Reproductive losses: Diseases affecting reproduction can reduce fertility, cause abortions and lower herd productivity.
- Animal mortality: Severe diseases can directly cause the death of productive animals, resulting in substantial capital losses for farmers.
- Higher costs: Farmers may incur additional expenditure on treatment, veterinary services and disease management.
- Loss of income: Lower productivity and mortality can adversely affect household income and repayment capacity.
- Trade restrictions: Animal diseases can restrict movement and trade of livestock and livestock products.
- Food and public health risks: Certain diseases are zoonotic and can affect human health, highlighting the need for coordinated disease management.
III. Role of NADCP in Strengthening Animal Health
The National Animal Disease Control Programme (NADCP) focuses on controlling and ultimately eliminating major livestock diseases, particularly Foot and Mouth Disease (FMD) and brucellosis.
Its major interventions include:
Biannual mass vaccination of susceptible livestock.
Primary vaccination of calves at 4–5 months.
Ear-tagging and registration under the National Digital Livestock Mission framework.
Sero-surveillance and monitoring to assess disease exposure and immunity.
Vaccine and cold-chain procurement to ensure effective vaccination.
Outbreak investigation, virus isolation and typing, along with quarantine and post-outbreak measures.
Awareness campaigns and incentives to strengthen participation in vaccination.
Data monitoring and impact evaluation for evidence-based disease control.
The programme has contributed to a decline in FMD outbreaks and improved disease control, thereby protecting livestock productivity and farmer incomes.
IV. One Health Approach and Rural Livelihood Security
Animal health cannot be separated from human and environmental health. The One Health approach promotes coordination between:
- Human Health: Disease prevention, pandemics and antimicrobial resistance.
- Animal Health: Livestock, wildlife and zoonotic diseases.
- Environmental Health: Pollution, climate change and biodiversity.
Such coordination enables early detection of zoonotic diseases, improves surveillance, strengthens preparedness and promotes integrated solutions to complex health challenges.
In conclusion, a healthy livestock population is essential for strengthening rural livelihoods, diversifying farm incomes and improving nutritional and economic security. Animal diseases can undermine these gains through productivity losses, mortality, higher costs and trade restrictions. Programmes such as NADCP, supported by vaccination, surveillance and digital livestock management, can protect farmers from these risks. Integrating such efforts with the One Health approach can further strengthen disease preparedness by connecting human, animal and environmental health. Thus, investment in animal health should be viewed not merely as veterinary intervention but as an important component of rural development, farmer income security and a resilient rural economy.
Q. Circular economy can transform rural waste into an economic resource while strengthening energy security. Discuss the role of the GOBARdhan National Circular Bioenergy Scheme in promoting a circular economy, supporting farmers and the rural economy, and reducing India’s dependence on imported natural gas. (15 Marks | 600 Words)
A circular economy seeks to minimise waste by converting discarded resources into productive inputs, thereby creating economic value while reducing environmental pressure. In rural India, agricultural residues, animal waste and other organic waste can be converted into Compressed Biogas (CBG) and bio-slurry. The GOBARdhan National Circular Bioenergy Scheme, approved in August 2026, provides a unified framework to develop this ecosystem and link waste management with rural prosperity and energy security.
GOBARdhan and the Circular Economy
GOBARdhan promotes a shift from a “waste-to-disposal” approach to a “waste-to-resource” approach through:
- Conversion of organic waste: Animal waste, crop residue, kitchen waste and market waste are converted into CBG and bio-slurry.
- Resource recovery: Waste becomes a source of clean energy and organic manure, reducing wastage and promoting productive reuse of resources.
- Integrated value chain: The scheme supports feedstock aggregation, CBG production, manure processing, pipeline connectivity and marketing.
- District-level ecosystem: The CBG Ecosystem Challenge Fund supports feedstock mapping, aggregation infrastructure, district-level planning, technology adoption and value addition of organic manure.
- Private and rural participation: Capital assistance, credit guarantees and assured offtake can encourage participation of MSMEs, cooperatives and rural entrepreneurs.
How GOBARdhan Supports Farmers and the Rural Economy
The scheme can create multiple economic opportunities for rural communities:
- Additional income from waste: Agricultural residues and animal waste can acquire economic value instead of being treated as waste.
- Lower input costs: Bio-slurry generated during CBG production can be processed into organic manure, providing farmers with an additional source of nutrient inputs.
- Employment generation: Activities such as collection, aggregation, transportation, processing and plant operations can create employment in rural areas.
- New rural enterprises: Capital assistance of up to ₹2 crore per TPD of installed CBG capacity for eligible greenfield projects can encourage rural entrepreneurs and private developers.
- Improved market certainty: Assured CBG offtake and a stable pricing framework of ₹105 per kg of CBG provide greater revenue visibility to producers.
- Access to finance: Credit guarantee coverage of up to 85% of eligible loans can improve institutional credit access for eligible MSME-based CBG projects.
Thus, GOBARdhan can establish a local circular value chain, where rural waste becomes an input for energy production, organic manure and employment.
How GOBARdhan Can Reduce Import Dependence
India imports nearly half of its natural gas requirements, making domestic energy production important for energy security. GOBARdhan can address this challenge through:
- Increasing domestic CBG production: Converting locally available biomass into CBG can substitute a part of conventional natural gas consumption.
- Creating assured demand: CBG procurement by City Gas Distribution entities supports the notified CBG Obligation of 3% in FY 2026-27, 4% in FY 2027-28 and 5% from FY 2028-29 onwards in the CNG transport and PNG domestic segments.
- Expanding infrastructure: Pipeline support connecting CBG plants with trunk pipelines and City Gas Distribution networks can improve market access and utilisation.
- Attracting investment: Long-term pricing certainty, capital assistance and credit guarantees improve project bankability and encourage investment in domestic bioenergy.
- Strengthening energy security: Greater use of domestically produced CBG can reduce dependence on imported natural gas and exposure to international supply disruptions.
In conclusion, GOBARdhan represents an important link between waste management, rural development and energy security. By converting agricultural and animal waste into CBG and organic manure, it can generate rural employment, create additional economic opportunities for farmers and develop decentralised value chains. At the national level, expanding domestic CBG production can diversify India’s energy mix and reduce dependence on imported natural gas. Its success, however, will depend on effective feedstock aggregation, infrastructure development, assured offtake and sustained participation of farmers and rural enterprises.
Q. Forest-based livelihoods play an important role in tribal development in India. Discuss the significance of the forest economy for tribal communities and explain how the Pradhan Mantri Janjatiya Vikas Mission (PMJVM) supports tribal livelihoods and promotes value addition in Minor Forest Produce (MFP). (15 Marks | 600 Words)
India’s tribal communities have a close economic and social relationship with forests. For many tribal households, Minor Forest Produce (MFP) such as honey, tendu leaves, mahua flowers, tamarind, lac, bamboo and medicinal herbs is an important source of livelihood. Many of India’s 10.4 crore Scheduled Tribes derive around 20–40% of their annual income from MFP. However, inadequate processing, limited market access and dependence on middlemen have historically resulted in distress sales and low returns. The Pradhan Mantri Janjatiya Vikas Mission (PMJVM) seeks to address these issues by promoting value addition, enterprise development and market linkages.
Significance of Forest Economy for Tribal Development
I. Source of livelihood and income
MFP provides an important source of supplementary and seasonal income to tribal households. Products such as honey, bamboo, mahua and tamarind support household consumption and income generation.
II. Employment generation
Collection, processing, grading, packaging and marketing of forest produce generate employment opportunities within tribal communities, particularly in forest-dependent regions.
III. Protection against distress sales
Historically, tribal gatherers often sold MFP to middlemen at low prices. The provision of Minimum Support Price (MSP) for 87 MFP items helps provide price assurance and reduces exploitation.
IV. Scope for value addition
Moving from the sale of raw forest produce to processed and branded products can significantly enhance the economic value retained by tribal communities. This creates opportunities for community-owned enterprises.
V. Inclusive tribal development
A stronger forest economy can promote local entrepreneurship, women’s participation, community institutions and sustainable utilisation of forest resources, thereby linking livelihood development with tribal empowerment.
How Does Pradhan Mantri Janjatiya Vikas Mission Support Tribals?
I. MSP support for Minor Forest Produce
Under PMJVM, the government has notified MSP for 87 MFP items. TRIFED, through State Implementing Agencies, procures MFP at the predetermined MSP, providing protection against distress sales irrespective of prevailing market prices.
II. Organisation through Van Dhan Vikas Kendras
The Mission organises tribal gatherers into Self Help Groups (SHGs) and Van Dhan Vikas Kendras (VDVKs). Around 15 SHGs comprising approximately 300 tribals are clustered into a VDVK, with at least 60% members belonging to Scheduled Tribe communities. The Van Dhan Yojana, launched in 2018, provides the foundation for this model.
III. Skill development and primary processing
PMJVM provides training in scientific harvesting, processing and value addition. VDVKs receive primary processing equipment such as cutting and sieving tools, decorticators, dryers and packaging equipment. Training is also provided on sustainable harvesting and value addition.
IV. Financial and infrastructural support
The Mission supports infrastructure at homes, government buildings or Gram Panchayat premises. It also facilitates working capital through financial institutions, banks and NSTFDC, along with storage and transportation support on a rental basis.
V. Market and enterprise development
VDVKs serve as centres for market linkages. They are established around local Haat Bazaars, while tribal products are promoted through exhibitions, festivals, artisan melas and e-commerce platforms. PMJVM also supports branding, geographical indication-related initiatives, geo-tagging, IT platforms and research and development.
VI. Measurable progress
As of 31 July 2026, 4,172 VDVKs had been sanctioned and 2,911 were functional, linking 12.48 lakh tribal members. These VDVKs reported sales of around ₹168 crore, demonstrating the potential of community-based value addition.
In conclusion, the forest economy can serve as a powerful foundation for tribal development when tribal communities move from being raw forest-produce collectors to owners of value-adding enterprises. PMJVM strengthens this transition through MSP assurance, VDVKs, skilling, processing infrastructure, finance and market linkages. By combining livelihood security with value addition and community ownership, the Mission can enhance tribal incomes while promoting sustainable and inclusive development in forest-dependent regions.
Q. Regenerative agriculture offers a pathway to restore India’s ecological foundations while enhancing farm productivity and resilience. Discuss its principles, major practices and benefits. Examine the role of government initiatives in promoting regenerative agriculture in India. (15 Marks | 600 Words)
Indian agriculture has achieved sustained growth, recording 4.45% decadal growth during FY16–FY25. However, intensive cultivation, excessive chemical use, declining soil health and erratic rainfall pose challenges to the long-term sustainability of this growth. Regenerative agriculture offers a holistic approach that seeks not merely to sustain existing agricultural conditions but to actively restore soil health, enhance biodiversity and strengthen ecosystem resilience.
Principles of Regenerative Agriculture
Minimising Soil Disturbance: Reducing excessive tillage helps preserve soil structure, organic matter and soil biological activity.
Maintaining Soil Cover: Cover crops and mulching protect the soil from erosion, conserve moisture and support nutrient cycling.
Protecting Living Roots: Maintaining living roots of perennial crops supports soil organisms and improves soil health.
Integrating Livestock: Integration of livestock with crop production promotes recycling of nutrients and strengthens the overall farm system.
Limiting Chemical Inputs: Reducing dependence on chemical inputs helps restore ecological balance and lowers environmental stress.
Enhancing Biodiversity: Crop diversification and integration of trees and other biological components create favourable conditions for pollinators, beneficial insects and soil microorganisms.
Major Regenerative Agricultural Practices in India
Micro-Irrigation: Drippers, sprinklers and other efficient irrigation systems deliver water directly to crops, reducing wastage and improving water-use efficiency, particularly under drought and water-stress conditions.
Natural Farming: It promotes chemical-free cultivation using on-farm biological inputs such as Jeevamrit and Beejamrit, traditional seed varieties and locally prepared botanical formulations.
Nitrogen Fertilizer Management: Optimising the type, timing and dosage of nitrogen fertilisers improves nitrogen-use efficiency and reduces nitrous oxide emissions.
Soil Health Management: Green manuring, cover cropping and mulching improve soil fertility, organic matter, moisture retention and carbon sequestration.
Integrated Farming Systems: Combining crops with livestock, fisheries, horticulture, agroforestry and other allied activities improves resource utilisation, diversifies income and reduces the risk of crop failure.
Agroforestry: Integration of perennial trees with crops and plantation or fruit systems provides additional income, improves soil moisture, regulates local temperatures and enhances carbon storage.
Climate-Resilient Agriculture: Balanced nutrient management, efficient water use, soil-moisture conservation, effective pest management and appropriate land preparation strengthen resilience against climate-related stresses.
Benefits of Regenerative Agriculture
Soil Restoration: Regenerative practices rebuild soil organic matter, improve soil structure and enhance long-term soil fertility.
Biodiversity Enhancement: Diverse farming systems support pollinators, beneficial insects and soil microorganisms, strengthening ecosystem balance.
Climate Change Mitigation: Regenerative systems absorb and store carbon, helping reduce agricultural emissions and contributing to climate action.
Water Efficiency: Healthier soils improve water retention and reduce runoff, erosion and movement of sediments and pollutants into water bodies.
Higher Profitability: Reduced dependence on synthetic fertilisers, pesticides and irrigation can lower input costs, stabilise yields and improve farmers’ net incomes.
Greater Resilience: Diversified and ecologically balanced farming systems are better equipped to withstand climate variability and market fluctuations.
Employment Generation: Regenerative agriculture can create livelihood opportunities in farming, advisory services, technology and ecological management.
Government Initiatives Promoting Regenerative Agriculture
National Mission on Natural Farming (NMNF): Launched in 2024, it supports farmers transitioning to natural farming through an output-based incentive of ₹4,000 per acre per year for two years, Bio-input Resource Centres and natural farming clusters.
Paramparagat Krishi Vikas Yojana (PKVY): Launched in 2015, it promotes organic farming, organic certification and market access, supporting farmers with ₹31,500 per hectare over three years.
Per Drop More Crop (PDMC): Promotes micro-irrigation through drip and sprinkler systems to improve on-farm water-use efficiency.
Soil Health Cards: Promote scientific soil and nutrient management through soil-specific recommendations, helping farmers optimise fertiliser use.
Agroforestry under PM-RKVY: Supports tree-based farming through the production and availability of quality planting material, thereby encouraging diversified and resilient farming systems.
Rainfed Area Development Programme (RAD): Promotes integrated farming systems by combining crops with allied agricultural activities, improving resource utilisation and resilience.
In conclusion, regenerative agriculture can help India move from input-intensive agriculture towards resource-efficient, ecologically restorative and climate-resilient farming. Its success, however, requires stronger farmer awareness, research, extension support, suitable incentives and market linkages. A coordinated approach combining natural farming, soil restoration, efficient irrigation, biodiversity and integrated farming systems can strengthen both farm prosperity and ecological sustainability, contributing to SDG 13 on Climate Action.
Q. Minimum Support Price (MSP) is intended to protect farmers from price volatility, but weak market realisation can still lead to distress sales. In this context, discuss the need for the Pradhan Mantri Annadata Aay Sanrakshan Abhiyan (PM-AASHA) and explain how it strengthens the agricultural price-support mechanism (15 Marks | 600 Words)
Agriculture is inherently exposed to price volatility arising from bumper production, market gluts, weak demand, perishability and fluctuations in domestic and international prices. Minimum Support Price (MSP) acts as a safety net by providing a remunerative benchmark to farmers and protecting them against sharp falls in farm prices. However, the effectiveness of MSP depends on actual procurement and market access. When farmers are unable to sell at or near MSP, they may resort to distress sales, particularly immediately after harvest.
In this context, Pradhan Mantri Annadata Aay Sanrakshan Abhiyan (PM-AASHA), launched in September 2018, provides an integrated framework to strengthen price support, reduce distress sales and ensure remunerative returns to farmers while maintaining price stability for consumers.
Understanding MSP and Distress Sale
Minimum Support Price: MSP is a government-announced price intended to protect agricultural producers against sharp falls in market prices. It is announced on the recommendations of the Commission for Agricultural Costs and Prices (CACP) and provides a price floor for notified crops.
Distress Sale: Distress sale occurs when farmers are compelled to sell their produce below a remunerative price because of inadequate storage, urgent cash requirements, perishability, debt obligations or weak bargaining power.
Market Glut: During bumper harvests, increased supply can sharply depress market prices below MSP. Without effective procurement or alternative price-support mechanisms, farmers may have little option but to sell at reduced prices.
Why is PM-AASHA Needed?
Weak Procurement Coverage: Merely announcing MSP does not guarantee that farmers will actually receive it. PM-AASHA strengthens the institutional mechanisms required for effective price support.
Protection against Price Crashes: Pulses and oilseeds can experience significant price fluctuations due to changes in domestic production and imports. PM-AASHA provides mechanisms to protect farmers when market prices fall.
Reducing Distress Sales: Timely procurement and deficiency payments provide farmers with alternatives to selling immediately at depressed market prices.
Crop Diversification: Stronger price support for pulses and oilseeds can encourage farmers to diversify beyond the rice-wheat dominated cropping pattern, thereby supporting nutritional security and reducing import dependence.
Consumer Price Stability: Price-support interventions are complemented by buffer-stock and market-intervention mechanisms, helping balance producer interests with consumer affordability.
Inclusive Price Support: The framework seeks to extend the benefits of MSP implementation to farmers, including small and marginal producers, through better procurement infrastructure and direct payment mechanisms.
How PM-AASHA Strengthens Price Support
Price Support Scheme (PSS): PSS enables procurement of pulses, oilseeds and copra at MSP when market prices fall below MSP. Procurement is undertaken through agencies such as NAFED and NCCF at the request of States/UTs. Registered farmers with valid land records receive the benefit directly, helping reduce intermediary-related leakages and distress sales.
Price Stabilization Fund (PSF): PSF addresses price volatility from the consumer side by maintaining buffer stocks of essential commodities such as pulses, onions and potatoes. Commodities can be procured during harvest and released during lean periods to moderate price spikes.
Price Deficiency Payment Scheme (PDPS): Under PDPS, the government does not physically procure the produce. Instead, eligible farmers receive the difference between MSP and the actual market price, subject to the prescribed limit, directly in their bank accounts. This reduces the need for extensive physical procurement infrastructure while providing MSP protection.
Market Intervention Scheme (MIS): MIS addresses price crashes in perishable horticultural commodities such as tomatoes, onions and potatoes, which are not covered by MSP. It can be activated when market prices fall substantially and is particularly useful during supply gluts.
Digital Procurement: Aadhaar-enabled authentication, e-NAM, e-Samriddhi and e-Samyukti have improved transparency, farmer identification, market access and procurement efficiency.
Financial Support: The PM-AASHA allocation has increased to ₹7,200 crore in 2026–27, demonstrating continued policy emphasis on strengthening price assurance.
MSP provides the price benchmark, while PM-AASHA strengthens the mechanisms through which that assurance can reach farmers. By combining physical procurement, deficiency payments, buffer-stock operations and market intervention, the scheme addresses different dimensions of agricultural price volatility. Going forward, wider procurement infrastructure, better storage, digital integration and greater coverage of farmers and crops can make price support more accessible, efficient and remunerative, thereby reducing distress sales and strengthening farmers’ income security.
Q. Makhana has emerged as an important high-value agricultural commodity with significant potential for rural income generation, value addition and exports. Discuss the major challenges in the makhana value chain and suggest measures to strengthen its production, processing and export competitiveness. (15 Marks | 600 Words)
Makhana, scientifically known as Euryale ferox, is an aquatic crop cultivated mainly in shallow ponds, lakes and wetlands. India is the world’s largest producer, with Bihar contributing nearly three-fourths of India’s production and around 80–85% of global supply. India’s makhana production increased from 63,910 MT in 2024-25 to 80,590 MT in 2025-26 as per the Second Advance Estimates. Recognising its growing importance, the Government announced the National Makhana Board in Union Budget 2025-26, which was formally launched in Bihar on 15 September 2025.
A. Significance of Makhana Sector
I. Enhancing farmer incomes: Makhana has emerged as a high-value agricultural commodity with rising demand and prices. Its expanding domestic and international markets provide opportunities for farmers to increase income, particularly in North Bihar, where cultivation is concentrated. The domestic makhana market grew by 17–18% annually between 2021-22 and 2024-25.
II. Rural employment and livelihood generation: The crop supports employment across cultivation, harvesting, processing, grading, packaging and marketing. Its labour-intensive production also creates livelihood opportunities in rural areas. Further development of processing and value-added products can generate additional rural employment.
III. Nutritional and health significance: Makhana is rich in carbohydrates, protein, dietary fibre and micronutrients such as magnesium, potassium, phosphorus and iron. It is also low in fat, low in sodium and cholesterol-free, increasing its relevance amid growing demand for healthy and plant-based foods.
IV. Export and agri-food potential: India exported 7,264.89 MT of makhana products in 2025-26, valued at ₹19,296.08 lakh. Rising global demand for clean-label and premium foods provides significant scope for India to expand its agri-food exports.
V. Regional and value-chain development: Makhana is an important economic activity in North Bihar, particularly the Kosi basin, Mithila and Seemanchal regions. Development of processing, branding and value addition can help retain a greater share of value within rural areas and promote local agro-industries.
B. Major Challenges in the Makhana Value Chain
VI. Labour-intensive cultivation and limited mechanisation: Pond preparation, seed broadcasting, crop management and manual harvesting require substantial skilled labour. Seed collection is particularly difficult as it is carried out underwater. Traditional cultivation practices continue to dominate.
VII. Traditional processing infrastructure: Processing is largely undertaken at household or village level using traditional tools. Drying, cleaning, roasting, popping, grading and polishing therefore remain labour-intensive and can constrain efficiency and standardisation.
VIII. Limited value addition: Although products such as flavoured makhana, ready-to-eat snacks and makhana flour are emerging, greater processing and branding are required to capture higher value and create employment.
IX. Concentrated export markets: The US, Canada and UAE account for 77% of total makhana exports. These markets have relatively lower unit prices compared with premium markets such as Germany, Nepal and Australia, creating a need for export diversification.
X. Gaps in skills, technology and quality systems: Farmers and enterprises require greater access to improved seeds, scientific cultivation, processing technology, grading, packaging, branding and quality-control practices to make the value chain globally competitive.
C. Measures to Strengthen the Makhana Sector
XI. Promote scientific cultivation and mechanisation: The adoption of improved varieties such as Swarna Vaidehi and Sabour Makhana-1, field-system farming and water-efficient technologies should be expanded. Mechanisation of harvesting and processing can reduce labour dependence and improve productivity.
XII. Effectively implement the Central Sector Scheme: The Central Sector Scheme for Development of Makhana has an outlay of ₹476.03 crore for 2025-26 to 2030-31. It focuses on research and innovation, quality seeds, farmer skills, harvesting and post-harvest practices, value addition, branding, exports and quality control.
XIII. Strengthen FPOs and farmer capacity: FPOs should be promoted for aggregation, collective marketing, processing and branding. Training, demonstrations and exposure visits should be expanded. Under the scheme, 8,159 farmers benefited during 2025-26, while 1,010 hectares were brought under makhana cultivation and 73 hectares under seed production.
XIV. Promote technology and value addition: The National Research Centre for Makhana (NRCM) should be leveraged for technology transfer, extension and commercialisation. Its technologies include seed washers, graders, roasting machines and popping machines. Greater support should be provided for flavoured makhana, ready-to-eat products, makhana flour and other processed products.
XV. Diversify exports and build a global brand: India should target premium-paying markets while improving quality certification, packaging, traceability and branding. The “Mithila Makhana” GI tag can be strategically used to create a distinct geographical identity. The separate HSN code introduced for makhana products in 2025 can also improve export monitoring and policy formulation.
In conclusion, makhana represents a strong opportunity to connect traditional agricultural knowledge with modern technology, value addition and global markets. A coordinated approach involving the National Makhana Board, NRCM, FPOs, research institutions and private enterprises can improve productivity, strengthen the value chain and enhance export competitiveness. This can transform makhana from a traditional regional crop into a globally competitive agri-food product while supporting higher farmer incomes, rural employment and agricultural exports.
Q. What is micro-irrigation? Discuss its major types and benefits in improving agricultural water-use efficiency. Also examine the role of the Per Drop More Crop (PDMC) scheme in promoting micro-irrigation in India. (15 Marks | 600 Words)
Agriculture accounts for more than 80% of India’s available water resources, while only about 50% of the net sown area has irrigation facilities. Improving water-use efficiency is therefore essential for enhancing agricultural productivity, farmer incomes and long-term water security. Micro-irrigation, supported through the Per Drop More Crop (PDMC) scheme, is an important approach to achieve this objective by delivering water more efficiently at the farm level.
What is Micro-Irrigation? It is an efficient irrigation method in which water is supplied to crops in a controlled manner with minimum wastage. PDMC primarily supports two systems: drip irrigation and sprinkler irrigation.
Major Types of Micro-Irrigation under PDMC
1. Drip Irrigation System: Water is delivered slowly and directly to the root zone through emitters fitted to a lateral tube or inserted within the tubing. It has two types:
- On-line Drip Irrigation: Drippers are installed along the pipe wherever individual plants are located, making it suitable for crops with uneven spacing.
- In-line Drip Irrigation: Drippers are built into the pipe at fixed intervals, ensuring uniform water delivery to plants.
2. Sprinkler Irrigation System: Water is discharged under pressure into the air through nozzles attached to a network of pipes, thereby simulating rainfall. It is particularly suitable for crops with high plant density. It has five types:
- Portable Sprinklers: Main and sub-main pipes can be shifted to different parts of the field according to crop water requirements and can be used in plains as well as undulating terrain.
- Micro Sprinklers: Low-radius sprinklers mainly used for leafy vegetables, nurseries and hardening of seedlings; they can also help modify the micro-climatic conditions around plants.
- Mini Sprinklers: Used for close-growing crops such as groundnut, potato, onion and ginger, and are also suitable for frost protection.
- Semi-Permanent Sprinklers: Main and lateral pipes are permanently installed below the ground, while sprinkler nozzles attached to riser pipes can be moved to different locations.
- Large Volume Sprinklers (Rain-Guns): Used to irrigate large areas in a short time, with high discharge and pressure requirements.
Benefits of Micro-Irrigation
- Water-Use Efficiency: Direct and controlled application of water reduces wastage and enables more efficient utilisation of scarce water resources.
- Higher Productivity: Better availability of water in the crop root zone can contribute to improved agricultural productivity.
- Farmer Income: Efficient irrigation and improved crop productivity can contribute to higher and more stable farmer incomes.
- Fertigation: Micro-irrigation enables fertilizers to be applied along with irrigation water directly to the root zone, improving nutrient application efficiency.
- Water Conservation: It is particularly important in water-scarce and groundwater-stressed regions, helping promote sustainable use of water resources.
- Climate Resilience: Efficient water management can strengthen agricultural resilience by improving the reliability of irrigation under water-stressed conditions.
Role of PDMC in Promoting Micro-Irrigation
1. Financial Assistance: PDMC provides financial assistance for installing micro-irrigation systems for up to five hectares per beneficiary. Small and marginal farmers receive 55% assistance, while other farmers receive 45% assistance.
2. Evolution: The initiative began in January 2006 as the Centrally Sponsored Scheme for Micro Irrigation, was upgraded to the National Mission on Micro Irrigation (2010–11), and later became part of NMSA. From 2015–16 to 2021–22, it operated as PDMC under PMKSY; since 2022–23, it has been implemented under PM-RKVY.
3. Scale of Coverage: Since inception, PDMC has brought 115 lakh hectares under micro-irrigation as of July 2026, equivalent to about 8.11% of India’s net sown area.
4. Recent Progress: During 2025–26, about 12.30 lakh farmers benefited from the scheme, with around 20% being women. Maharashtra, Karnataka, Andhra Pradesh, Tamil Nadu, Gujarat and Rajasthan recorded the highest areas covered under micro-irrigation.
5. Water Conservation Flexibility: Revised guidelines allow States and UTs to undertake micro-level water storage and conservation activities such as diggis and water-harvesting systems under the “Other Interventions” component, with flexibility to exceed earlier funding limits based on local requirements.
6. Convergence and Integration: PDMC promotes integration of micro-irrigation with tube wells, river-lift irrigation and solar-powered irrigation systems, while encouraging convergence with other government programmes.
In conclusion, Micro-irrigation provides a pathway from “more water” to “more crop per drop” by improving precision and efficiency in agricultural water use. Through financial assistance, fertigation, technological advancement, water conservation and convergence with other irrigation systems, PDMC can play a critical role in addressing India’s water stress while enhancing agricultural productivity, farmer income and sustainable agriculture.
Q. Pradhan Mantri Fasal Bima Yojana (PMFBY) is an important instrument for strengthening the resilience of Indian agriculture. Discuss how PMFBY protects farmers against crop-related risks and explain the role of technology in making crop insurance more transparent and effective. (15 Marks, 600 Words)
Indian agriculture remains highly vulnerable to climatic variability, natural calamities, pests and diseases, making crop failure a major source of income insecurity for farmers. In this context, the Pradhan Mantri Fasal Bima Yojana (PMFBY), launched in 2016, seeks to provide affordable crop insurance, stabilize farm incomes and ensure continuity of agricultural credit and production. The scheme has evolved into an important pillar of agricultural risk management and climate resilience.
How PMFBY protects farmers against crop-related risks
1. Comprehensive risk coverage: PMFBY provides protection against a wide range of non-preventable risks, including drought, dry spells, floods, inundation, cyclones, hailstorms, lightning, pests and diseases affecting standing crops.
2. Coverage across the crop cycle: Unlike conventional insurance focused only on standing crops, PMFBY covers different stages:
- Prevented sowing: Compensation of up to 25% of the sum insured where adverse weather prevents sowing.
- Standing crop losses: Compensation for yield losses arising from notified natural calamities, pests and diseases.
- Localized calamities: Farm-level losses due to hailstorms, landslides, inundation, cloudbursts and natural fire are covered under specified conditions.
- Post-harvest losses: Crops lying in cut-and-spread condition are covered for up to 14 days against specified cyclonic and unseasonal rainfall events.
3. Affordable premium: Farmers pay a maximum premium of only 2% for Kharif crops, 1.5% for Rabi foodgrains and oilseeds, and 5% for commercial and horticultural crops, with the balance subsidised by governments. This makes insurance affordable for small and marginal farmers.
4. Income and credit security: Timely compensation helps farmers absorb income shocks, repay agricultural loans, purchase inputs and continue cultivation in the subsequent season. Thus, crop insurance also supports the flow of institutional credit and reduces vulnerability to distress borrowing.
5. Wider inclusion: PMFBY covers both loanee and non-loanee farmers, while tenant farmers and sharecroppers can also be covered subject to prescribed eligibility conditions.
Role of Technology in PMFBY
Digital Enrolment and Data Integration: The National Crop Insurance Portal (NCIP) enables digital enrolment and facilitates integration of farmer, land and insurance-related information, improving accuracy and reducing manual intervention.
Transparent Claim Settlement: DigiClaim facilitates automated claim calculation and electronic settlement, thereby reducing delays, improving transparency and limiting scope for errors in claim processing.
Scientific Yield Estimation: YES-TECH uses remote sensing and technology-based methods to supplement traditional Crop Cutting Experiments, making yield estimation more objective and data-driven.
Real-time Crop Yield Data: The CCE-Agri App digitises Crop Cutting Experiments and enables recording and uploading of crop-yield data, strengthening the reliability of yield assessment.
Hyperlocal Weather Monitoring: WINDS uses Automatic Weather Stations and Rain Gauges to generate granular weather information, helping in better assessment of weather-related crop losses.
Geo-tagged Crop Assessment: CROPIC uses geo-tagged photographs to verify crop health and cultivation status, creating stronger evidence for assessing crop damage.
Digital Assessment of Localised Losses: CLAP facilitates technology-enabled assessment of localised crop losses, helping improve the speed and accuracy of claim assessment.
Grievance Redressal: The Krishi Rakshak Portal and Helpline (14447) provide farmers with a mechanism to register and track grievances, thereby improving accountability in the insurance ecosystem.
Way Forward
Despite technological progress, challenges such as digital literacy gaps, connectivity constraints, delayed claims, awareness deficits and difficulties in accessing tenant/sharecropper farmers need continued attention. Technology should therefore be accompanied by stronger last-mile facilitation, interoperable land records, faster grievance redressal and greater use of AI, satellite imagery and drones.
In Conclusion, PMFBY represents a shift from post-disaster relief to institutionalised agricultural risk management. By combining affordable premiums with comprehensive coverage and technology-enabled assessment, it can protect farm incomes while strengthening credit access, investment and climate resilience. Its continued success will depend on making the system farmer-centric, transparent, timely and digitally inclusive.
Articles on Answer Writing and English Descriptive
Prepare for NABARD Grade A 2026 with EduGrade Learning
NABARD Grade A 2026 Mentorship Program (Notes, Mock Test and Magazines)
- Complete Notes, Mock Tests, Answer Writing, Magazines and Weekly Performance Tests.
- Dedicated Answer Writing practice for Phase II preparation.
- Includes 8 Booklets/Notes covering ARD, ESI, DM, Computer, Answer Writing, Schemes.
- Monthly PIB 360, AffairsTap and Manthan Explainer Magazines
NABARD Grade A 2026 Mock Test, Answer Writing and Current Affairs Magazine.
- Complete Phase I and Phase II Test Series with Answer Writing.
- Dedicated Answer Writing practice for Phase II preparation.
- Monthly PIB 360, AffairsTap and Manthan Explainer Magazines.
- Model Answer Writing Booklet will be provided for Phase II descriptive preparation.
- Subject Notes for ESI and ARD are not included.
