CBSE-CLASS-XII SERIES Geography
Agriculture
15 previous year questions.
Volume: 15 Ques
Yield: Medium
High-Yield Trend
4
2026 10
2025 1
2024 Chapter Questions 15 MCQs
01
PYQ 2024
medium
geography ID: cbse-cla
Explain the difference between cottage and large-scale industries in the world, with examples.
Official Solution
Correct Option: (1)
Cottage Industries: Small-scale, home-based industries. Use simple tools and manual labor. Examples: Handloom weaving, pottery, and embroidery. Large-scale Industries: Involve mass production using advanced machinery. Require significant capital investment and infrastructure. Examples: Automobile manufacturing, steel production.
02
PYQ 2025
easy
geography ID: cbse-cla
Explain the dependence on erratic monsoon and low productivity as the problems of Indian agriculture.
Official Solution
Correct Option: (1)
Two major problems faced by Indian agriculture are:
Dependence on Erratic Monsoon:
A large part of Indian agriculture still depends on rainfall for irrigation.
Irregular or insufficient monsoon leads to droughts, crop failures, and food insecurity.
Excessive rain can also damage crops and cause floods.
Low Productivity:
Per hectare yield in India is lower than global standards for most crops.
Reasons include poor quality seeds, traditional farming methods, inadequate irrigation, and limited mechanisation.
Low productivity affects farmers' income and food supply.
Dependence on Erratic Monsoon:
A large part of Indian agriculture still depends on rainfall for irrigation.
Irregular or insufficient monsoon leads to droughts, crop failures, and food insecurity.
Excessive rain can also damage crops and cause floods.
Low Productivity:
Per hectare yield in India is lower than global standards for most crops.
Reasons include poor quality seeds, traditional farming methods, inadequate irrigation, and limited mechanisation.
Low productivity affects farmers' income and food supply.
03
PYQ 2025
medium
geography ID: cbse-cla
Explain the ‘Lack of Commercialisation’ and ‘Lack of Land Reforms’ as the problems of Indian agriculture.
Official Solution
Correct Option: (1)
Two additional challenges in Indian agriculture are:
Lack of Commercialisation:
Agriculture in many parts of India is still for subsistence rather than profit.
Farmers grow crops primarily for personal use and local markets, not for large-scale trade.
This limits income potential and investment in better technology.
Lack of Land Reforms:
Unequal land distribution and small, fragmented holdings reduce efficiency.
Many farmers are landless or marginal, lacking ownership and security.
Reforms like consolidation of land and tenancy laws have not been fully implemented.
Lack of Commercialisation:
Agriculture in many parts of India is still for subsistence rather than profit.
Farmers grow crops primarily for personal use and local markets, not for large-scale trade.
This limits income potential and investment in better technology.
Lack of Land Reforms:
Unequal land distribution and small, fragmented holdings reduce efficiency.
Many farmers are landless or marginal, lacking ownership and security.
Reforms like consolidation of land and tenancy laws have not been fully implemented.
04
PYQ 2025
medium
geography ID: cbse-cla
Classify Indian farming practices on the basis of source of moisture and describe them.
Official Solution
Correct Option: (1)
On the basis of the source of moisture, Indian farming practices are classified into two types:
Irrigated Farming: In this type of farming, artificial sources like canals, tube wells, tanks, and wells are used to supply water. \textit{Example:} Regions of Punjab and Haryana use canal irrigation for growing wheat and rice.
Rainfed Farming: This type of farming depends entirely on rainfall for moisture. It is further classified into:
Dryland Farming: Practised in low rainfall areas; crops like millets and pulses are grown.
Wetland Farming: Practised in high rainfall areas; crops like rice, jute, and sugarcane are grown.
Irrigated Farming: In this type of farming, artificial sources like canals, tube wells, tanks, and wells are used to supply water. \textit{Example:} Regions of Punjab and Haryana use canal irrigation for growing wheat and rice.
Rainfed Farming: This type of farming depends entirely on rainfall for moisture. It is further classified into:
Dryland Farming: Practised in low rainfall areas; crops like millets and pulses are grown.
Wetland Farming: Practised in high rainfall areas; crops like rice, jute, and sugarcane are grown.
05
PYQ 2025
medium
geography ID: cbse-cla
Read the following statements related to plantation agriculture carefully and choose the correct option.
- I. It requires good transportation system.
- II. It needs large capital investment.
- III. It is a single crop specialization.
- IV. It is best developed in Eurasian Steppes.
1
Only I, III and IV are correct.
2
Only II, III and IV are correct.
3
Only I, II and IV are correct.
4
Only I, II and III are correct.
Official Solution
Correct Option: (4)
Plantation agriculture is characterized by the following:
- Good Transportation System: Plantation agriculture requires an efficient transportation system to move large quantities of crops, such as tea, coffee, or rubber, to markets or processing plants.
- Large Capital Investment: The establishment of plantation agriculture involves significant capital investment in infrastructure, machinery, and labor.
- Single Crop Specialization: Plantation agriculture typically focuses on a single crop, making it a single-crop specialization. For example, a plantation might be dedicated to cultivating a single crop like coffee, tea, or rubber.
- Eurasian Steppes: The Eurasian Steppes are not the ideal location for plantation agriculture. Instead, it is best developed in tropical and subtropical regions, such as Southeast Asia, parts of Africa, and Latin America. Thus, the correct option is (D) since statements I, II, and III are true, but statement IV is incorrect.
- Good Transportation System: Plantation agriculture requires an efficient transportation system to move large quantities of crops, such as tea, coffee, or rubber, to markets or processing plants.
- Large Capital Investment: The establishment of plantation agriculture involves significant capital investment in infrastructure, machinery, and labor.
- Single Crop Specialization: Plantation agriculture typically focuses on a single crop, making it a single-crop specialization. For example, a plantation might be dedicated to cultivating a single crop like coffee, tea, or rubber.
- Eurasian Steppes: The Eurasian Steppes are not the ideal location for plantation agriculture. Instead, it is best developed in tropical and subtropical regions, such as Southeast Asia, parts of Africa, and Latin America. Thus, the correct option is (D) since statements I, II, and III are true, but statement IV is incorrect.
06
PYQ 2025
medium
geography ID: cbse-cla
Read the following features and identify the crop.
- It is a tropical plantation crop and has three varieties.
- Karnataka alone accounts for more than two-third of its total production of India.
- It is grown in the highlands of Western Ghats in Karnataka and Kerala.
Official Solution
Correct Option: (1)
- The crop described in the features is Coffee. It is a tropical plantation crop and is grown mainly in Karnataka and Kerala, specifically in the Western Ghats region.
- Karnataka is indeed the leading producer of coffee in India, contributing to more than two-thirds of the country's total production.
- Coffee has three varieties – Arabica, Robusta, and Liberica, which further supports that the correct crop is coffee.
Thus, the correct answer is (C) Coffee.
- Karnataka is indeed the leading producer of coffee in India, contributing to more than two-thirds of the country's total production.
- Coffee has three varieties – Arabica, Robusta, and Liberica, which further supports that the correct crop is coffee.
Thus, the correct answer is (C) Coffee.
07
PYQ 2025
medium
geography ID: cbse-cla
Read the following statements related to ‘intensive subsistence agriculture’ other than paddy in the world carefully and choose the correct option.
I. Wheat is grown in western parts of the Indo-Gangetic plains in India.
II. Wheat is grown in monsoonal areas only.
III. Millets are grown in dry parts of western and southern India.
IV. Wheat, soybean etc. are grown in northern China.
I. Wheat is grown in western parts of the Indo-Gangetic plains in India.
II. Wheat is grown in monsoonal areas only.
III. Millets are grown in dry parts of western and southern India.
IV. Wheat, soybean etc. are grown in northern China.
1
Only I, II and IV are correct.
2
Only II, III and IV are correct.
3
Only I, III and IV are correct.
4
Only I, II and III are correct.
Official Solution
Correct Option: (3)
- Statement I is correct because wheat is indeed grown in the western parts of the Indo-Gangetic plains in India, particularly in the states of Punjab and Haryana.
- Statement II is incorrect because wheat is not confined to monsoonal areas. It is cultivated in areas with cooler climates as well, such as the Indo-Gangetic plains and parts of northern China.
- Statement III is correct because millets are grown in dry areas, particularly in the western and southern parts of India, due to their tolerance to drought conditions.
- Statement IV is correct because wheat, soybean, and other crops are widely cultivated in northern China, especially in regions like the North China Plain.
Thus, the correct statements are I, III, and IV, which makes option (C) the correct choice.
- Statement II is incorrect because wheat is not confined to monsoonal areas. It is cultivated in areas with cooler climates as well, such as the Indo-Gangetic plains and parts of northern China.
- Statement III is correct because millets are grown in dry areas, particularly in the western and southern parts of India, due to their tolerance to drought conditions.
- Statement IV is correct because wheat, soybean, and other crops are widely cultivated in northern China, especially in regions like the North China Plain.
Thus, the correct statements are I, III, and IV, which makes option (C) the correct choice.
08
PYQ 2025
medium
geography ID: cbse-cla
‘Dairy farming is practiced mainly near urban and industrial centres.’ Justify the statement with examples.
Official Solution
Correct Option: (1)
Dairy farming is practiced near urban and industrial centers for several reasons:
- Proximity to Markets: Dairy products such as milk, butter, and cheese have a limited shelf life, making it important for dairy farms to be close to urban centers where the demand for these products is high. For example, dairy farms in areas around Mumbai and Delhi supply milk to large urban populations.
- Availability of Transport: Urban areas are well-connected with transportation networks, making it easier to transport milk and other dairy products. The presence of good road and rail networks ensures that the milk reaches the cities quickly and efficiently. This is why dairy farming is common in areas like Anand in Gujarat, known for its dairy cooperative, Amul.
- Access to Feed and Veterinary Services: Urban and industrial centers provide access to quality feed and veterinary services, ensuring the health of dairy animals. The proximity to these services encourages dairy farming. For instance, dairy farms near Pune benefit from the availability of high-quality feed and modern veterinary practices.
09
PYQ 2025
medium
geography ID: cbse-cla
Identify the type of agriculture predominantly practised in the Australian Downs.
1
Mixed Farming
2
Plantation Agriculture
3
Co-operative Farming
4
Extensive Commercial Grain Cultivation
Official Solution
Correct Option: (4)
The Australian Downs, a vast region of grasslands, is well-known for Extensive Commercial Grain Cultivation. The region’s large flat plains and suitable climate allow for the large-scale cultivation of grains such as wheat and barley. This form of farming covers large areas with mechanized operations and minimal labor.
Other types of agriculture like Mixed Farming, Plantation Agriculture, and Co-operative Farming are practiced in different regions and do not predominantly represent the Australian Downs.
10
PYQ 2025
medium
geography ID: cbse-cla
Read the following characteristics related to ‘collective farming’ carefully and choose the correct option.
I. It is based on social ownership of production and collective labour.
II. It was introduced in erstwhile Soviet Union.
III. All farmers contribute the inputs according to their land size.
IV. This type of collective farming is called ‘Kolkhoz’.
I. It is based on social ownership of production and collective labour.
II. It was introduced in erstwhile Soviet Union.
III. All farmers contribute the inputs according to their land size.
IV. This type of collective farming is called ‘Kolkhoz’.
1
Only I, II and IV are correct.
2
Only I, III and IV are correct.
3
Only II, III and IV are correct.
4
Only I, II and III are correct.
\bigskip
\bigskip
Official Solution
Correct Option: (1)
- Statement I is true as collective farming is based on social ownership and collective labour, where land and resources are shared among farmers.
- Statement II is correct because collective farming was introduced in the Soviet Union, primarily in the form of collective farms.
- Statement III is incorrect, as in a collective farm, farmers typically share inputs and outputs equally, irrespective of their individual land sizes.
- Statement IV is correct as this type of collective farming is indeed called 'Kolkhoz' in the Soviet Union.
Thus, the correct option is (A).
11
PYQ 2025
hard
geography ID: cbse-cla
“Market gardening and horticulture specialise in the cultivation of high value crops.” Justify the statement.
Official Solution
Correct Option: (1)
Market gardening and horticulture are specialized forms of agriculture that focus on growing high-value crops. These crops are generally perishable and require intensive care, including optimal use of land, water, and labor.
Market Gardening:
Market gardening involves the cultivation of vegetables, fruits, and flowers that are grown for sale in local or nearby markets. The crops cultivated are generally of high value due to their limited growing seasons, high demand, and perishable nature. For example, crops such as tomatoes, lettuce, strawberries, and flowers like orchids are often grown in market gardening systems. These products fetch higher prices due to their short shelf life and specialized market.
Horticulture:
Horticulture, on the other hand, is the branch of agriculture that deals with the cultivation of fruits, vegetables, nuts, seeds, herbs, sprouts, mushrooms, algae, flowers, seaweeds, and non-food crops such as grass and bamboo. It is highly specialized in cultivating high-value crops such as grapes, apples, and various other exotic fruits, which require specific climatic conditions, intensive care, and technology.
Thus, both market gardening and horticulture focus on crops that are high in value because they are in high demand and require specific growing conditions, inputs, and care.
12
PYQ 2026
medium
geography ID: cbse-cla
Explain the problem of 'low productivity' of Indian agriculture. Analyse the role of 'National Mission for Sustainable Agriculture' to solve this problem. + 3 = 5
Official Solution
Correct Option: (1)
Step 1: Introduction to Low Productivity in Indian Agriculture.
Low productivity refers to the low output per unit of land, labor, or other inputs in agricultural production. Despite India being one of the largest producers of many crops, agricultural productivity in India is significantly lower compared to many developed countries and even some developing nations.
Step 2: Explanation of the problem of low productivity.
- Small and Fragmented Land Holdings:
- Average land holding size is small (about 1.08 hectares)
- Fragmentation due to inheritance laws reduces operational efficiency
- Small holdings make mechanization difficult and uneconomical
- Majority of farmers are marginal and small landholders (86%)
- Difficulty in adopting modern technology on small plots
- Limited Use of Modern Inputs:
- Inadequate and imbalanced use of fertilizers
- Low consumption of high-yielding variety (HYV) seeds
- Limited access to quality pesticides and weedicides
- High cost of inputs makes them unaffordable for small farmers
- Uneven distribution of inputs across regions
- Poor Irrigation Facilities:
- Only about 48% of cultivated area is under irrigation
- Rainfed agriculture remains dependent on erratic monsoons
- Inefficient water management and wastage
- Lack of modern irrigation methods (drip, sprinkler)
- Groundwater depletion in many regions
- Lack of Mechanization:
- Limited access to tractors, harvesters, and other machinery
- Small holdings make individual ownership uneconomical
- Poor availability of custom hiring services
- Traditional farming methods still prevalent
- High cost of machinery
- Poor Soil Health:
- Soil degradation due to over-cultivation
- Depletion of soil nutrients
- Salinity and alkalinity problems in many areas
- Lack of soil testing and soil health management
- Reduced organic matter in soil
- Lack of Access to Credit:
- Inadequate institutional credit
- Dependence on moneylenders at high interest rates
- Unable to purchase quality inputs in time
- Delayed disbursement of loans
- Complex loan procedures
- Inadequate Extension Services:
- Poor reach of agricultural extension services
- Lack of knowledge about modern farming techniques
- Limited training and demonstration programs
- Inadequate transfer of technology from labs to farms
- Post-Harvest Losses:
- Inadequate storage facilities leading to wastage
- Poor transportation and marketing infrastructure
- Lack of food processing facilities
- Estimated 10-15% post-harvest losses
- Climate Vulnerability:
- Erratic rainfall and droughts
- Floods and cyclones
- Temperature extremes affecting crop yields
- Climate change impacts on agriculture
- Lack of Market Access:
- Remunerative prices not assured
- Middlemen exploitation
- Limited access to organized markets (APMC reforms pending)
- Price fluctuations and instability
Step 3: Role of National Mission for Sustainable Agriculture (NMSA) in solving low productivity.
About NMSA: The National Mission for Sustainable Agriculture (NMSA) is one of the missions under the National Action Plan on Climate Change (NAPCC). It aims to promote sustainable agriculture through climate change adaptation measures, enhancing productivity, and ensuring food security.
Step 4: Analysis of NMSA's role in addressing low productivity.
- Promotion of Soil Health Management:
- Soil Health Card scheme provides farmers with information on soil nutrient status
- Promotes balanced use of fertilizers based on soil testing
- Encourages organic farming and use of bio-fertilizers
- Supports integrated nutrient management (INM)
- Helps improve soil fertility and productivity
- Water Use Efficiency:
- Promotes efficient water management through Per Drop More Crop initiative
- Encourages micro-irrigation (drip and sprinkler systems)
- Supports rainwater harvesting and watershed development
- Promotes construction of farm ponds and water harvesting structures
- Reduces water stress and improves crop yields
- Crop Diversification:
- Encourages farmers to shift from water-intensive crops to alternative crops
- Promotes pulses, oilseeds, and coarse grains cultivation
- Reduces risk and improves soil health through crop rotation
- Enhances nutritional security and farm income
- Climate Resilient Agriculture:
- Promotes climate-resilient crop varieties
- Supports contingency planning for aberrant weather situations
- Encourages conservation agriculture practices
- Promotes agro-forestry and integrated farming systems
- Reduces vulnerability to climate risks
- Support for Organic Farming:
- Promotes organic farming through Paramparagat Krishi Vikas Yojana (PKVY)
- Provides financial assistance for organic inputs certification
- Encourages cluster-based organic farming
- Improves soil health and produces premium quality products
- Capacity Building and Extension:
- Provides training to farmers on sustainable practices
- Demonstrations of new technologies
- Farmer field schools and exposure visits
- Knowledge dissemination through various platforms
- Financial Support:
- Provides subsidies and financial assistance for various interventions
- Supports investment in resource conservation technologies
- Facilitates access to credit for sustainable agriculture practices
- Integrated Farming Systems:
- Promotes integration of crops with livestock, fisheries, and poultry
- Enhances resource use efficiency and farm income
- Reduces risk through income diversification
- Improves overall farm productivity
Step 5: Conclusion.
The National Mission for Sustainable Agriculture addresses low productivity through a multi-pronged approach focusing on soil health, water efficiency, climate resilience, crop diversification, and capacity building. By promoting sustainable practices and providing financial support, NMSA helps farmers enhance productivity while ensuring environmental sustainability.
13
PYQ 2026
medium
geography ID: cbse-cla
(a) Explain the economic factors affecting the distribution of world population. OR (b) Explain the physical factors affecting the distribution of world population.
Official Solution
Correct Option: (1)
Step 1: Introduction to Population Distribution.
The distribution of world population is uneven. Some areas are densely populated while others are sparsely populated or even uninhabited. This uneven distribution is influenced by various factors that can be broadly classified into physical factors and economic (human) factors. Option 1: Economic Factors Affecting Population Distribution
Step 2: Definition of Economic Factors.
Economic factors refer to human-made conditions and opportunities that influence where people choose to live. These factors are related to livelihood, employment, and standard of living.
Step 3: Detailed explanation of economic factors.
- Agriculture and Land Use:
- Areas with fertile soil and favorable climate for agriculture attract large populations
- Regions practicing intensive agriculture can support high population densities
- Example: Indo-Gangetic Plains, Nile Delta, Yangtze River Valley
- Subsistence farming areas may have moderate to high population density depending on productivity
- Commercial farming areas may have lower population density due to mechanization
- Industrial Development:
- Industrial areas attract workers and create employment opportunities
- Concentration of industries leads to urbanization and population clustering
- Example: Ruhr Valley (Germany), Manchester (UK), Detroit (USA), Mumbai-Pune belt (India)
- Industrial corridors and special economic zones become population magnets
- Heavy industries, manufacturing hubs, and industrial estates create job opportunities
- Mineral Resources:
- Areas with rich mineral deposits attract mining activities and settlements
- Mining towns develop around coal, iron ore, gold, diamond, and oil deposits
- Example: Johannesburg (gold), Dubai (oil), Jharkhand coal belt, Persian Gulf oil regions
- Resource extraction creates direct and indirect employment
- Transportation and processing industries develop around mining areas
- Transportation and Trade:
- Major trade routes and transport hubs become centers of population concentration
- Port cities develop as centers of commerce and trade
- Example: Mumbai, New York, Shanghai, Rotterdam, Singapore
- Railway junctions and highway intersections attract settlements
- River ports and canal systems support population clusters
- Urbanization and Economic Opportunities:
- Cities offer diverse employment opportunities in services, manufacturing, and trade
- Rural-to-urban migration driven by better economic prospects
- Example: Megacities like Tokyo, Delhi, Sao Paulo, Mexico City
- Service sector growth in urban areas attracts skilled and unskilled workers
- Informal sector in cities provides livelihood for many migrants
- Tourism and Recreation:
- Tourist destinations develop population centers to support tourism industry
- Example: Coastal resorts (Miami, Goa), Hill stations (Shimla, Switzerland), Religious centers (Mecca, Varanasi)
- Hospitality, transport, and retail sectors create employment
- Seasonal population fluctuations in tourist areas
- Government Policies and Incentives:
- Government investments in infrastructure and industry attract population
- Special economic zones and industrial parks create employment
- Example: Development of Brasilia (Brazil), Chandigarh (India)
- Subsidies and incentives for business development in specific regions
- Regional development policies aim to redistribute population
- Trade and Commerce:
- Commercial centers and market towns develop as trading hubs
- Wholesale and retail trade create employment opportunities
- Example: Hong Kong, Dubai, Singapore as global trading centers
- Border towns with cross-border trade develop significant populations
- Employment Opportunities:
- Areas with diverse job opportunities attract migrants
- Formal and informal sector employment influences settlement patterns
- Example: Information technology hubs (Bangalore, Silicon Valley)
- Financial centers (New York, London, Tokyo) attract skilled workforce
- Standard of Living and Infrastructure:
- Areas with better infrastructure (roads, electricity, water, healthcare, education) attract population
- Higher standard of living encourages in-migration
- Urban areas with better amenities have higher population density
- Quality of life considerations influence residential choices
Step 2: Definition of Physical Factors.
Physical factors refer to natural environmental conditions that influence where people can live and how many people an area can support.
Step 3: Detailed explanation of physical factors.
- Relief and Topography:
- Plains and flat lands are densely populated due to ease of agriculture, construction, and transport
- Mountains and hilly areas are sparsely populated due to difficult terrain and harsh conditions
- Example: Indo-Gangetic Plains (high density), Himalayas (low density)
- Plateaus may have moderate to high density depending on soil and climate
- Valleys within mountains may have concentrated population (Kashmir Valley, Kathmandu Valley)
- Steep slopes are avoided for settlements and agriculture
- Climate:
- Moderate climates (temperate and tropical) with adequate rainfall support higher population
- Extreme climates (very hot deserts, very cold polar regions) have very low population
- Example: Mediterranean climate areas (dense), Sahara Desert (sparse), Siberia (sparse)
- Monsoon regions with seasonal rainfall support high agricultural population
- Areas with frequent climatic hazards (cyclones, droughts) may have lower density
- Soil Fertility:
- Fertile soils support agriculture and thus higher population density
- Alluvial soils (river valleys) are highly productive
- Example: Nile Delta, Ganga-Brahmaputra Delta, Yangtze Valley
- Volcanic soils (Java, Indonesia) support high population density
- Infertile soils (desert soils, laterite soils) support low population
- Water Availability:
- Areas with adequate fresh water supply support higher population
- River valleys, lake shores, and coastal areas have high population density
- Example: Nile River settlements, Ganga river basin, Great Lakes region (USA-Canada)
- Arid and semi-arid regions have sparse population due to water scarcity
- Groundwater availability influences settlement patterns in dry regions
- Mineral Resources:
- Presence of mineral deposits attracts population for mining activities
- Example: Gold mines in Johannesburg, coal mines in Dhanbad, oil fields in Middle East
- Mining towns develop even in physically challenging environments
- Resource-rich areas may have higher population density than surrounding regions
- Vegetation and Forests:
- Dense forests (tropical rainforests) are sparsely populated due to difficult clearing and diseases
- Example: Amazon Basin, Congo Basin (low density)
- Open woodlands and grasslands support moderate population
- Deforestation for agriculture increases population density in previously forested areas
- Drainage:
- Well-drained areas are preferred for settlement and agriculture
- Swampy and marshy areas are sparsely populated (Sundarbans, Everglades)
- Flood-prone areas may have seasonal settlements or lower density
- River deltas combine fertile soil with drainage challenges
- Altitude:
- Low altitudes (below 500 meters) are generally more densely populated
- Population density decreases with increasing altitude
- High altitude areas (Andes, Himalayas, Tibetan Plateau) have sparse population
- Exceptions: Some high altitude valleys with favorable conditions (La Paz, Lhasa, Leh)
- Natural Hazards:
- Areas prone to earthquakes, volcanoes, floods, cyclones may have lower population density
- However, fertile volcanic soils may attract population despite risks (Japan, Indonesia, Italy)
- Coastal areas vulnerable to tsunamis may have warning systems but still attract population
- Flood plains may have high population despite annual flooding (Bangladesh)
- Coastal Location:
- Coastal areas generally have higher population density due to trade, climate, and resources
- Example: Eastern and Western coastal plains of India, Mediterranean coast
- Access to marine resources and international trade
- Moderate maritime climate attracts settlement
Step 4: Interaction of Physical and Economic Factors.
In reality, population distribution is influenced by the combination of physical and economic factors. For example:
- Indo-Gangetic Plain: Fertile soil (physical) + intensive agriculture (economic) = high density
- Mumbai: Natural harbor (physical) + trade and industry (economic) = high density
- Sahara Desert: Arid climate (physical) + limited economic opportunities = very low density
14
PYQ 2026
medium
geography ID: cbse-cla
Explain the problems of the 'indebtedness' of Indian farmers. Analyse the importance of 'farmer's portal' in helping the farmers. + 3 = 5
Official Solution
Correct Option: (1)
Step 1: Introduction to Farmer Indebtedness.
Farmer indebtedness refers to the situation where farmers accumulate debts that they are unable to repay due to various reasons. It has become a serious crisis in Indian agriculture, leading to financial distress, loss of assets, and even farmer suicides in extreme cases.
Step 2: Explanation of the problems of farmer indebtedness.
- High Dependence on Informal Credit:
- Many farmers depend on moneylenders, traders, and landlords for credit
- Informal sources charge exorbitant interest rates (24-60% per annum)
- Lack of access to institutional credit from banks and cooperatives
- Complex loan procedures and collateral requirements exclude small farmers
- Approximately 30-40% of farm households still depend on informal sources
- Inter-generational Debt Burden:
- Debts are often passed from one generation to the next
- Children inherit their parents' debts along with land
- Debt accumulates over generations without repayment capacity
- Perpetuates poverty cycle and indebtedness
- Crop Failures and Income Uncertainty:
- Erratic monsoons, droughts, floods, and pests cause crop failures
- Unable to repay loans when crops fail
- No income security or insurance coverage for many farmers
- Repeated crop failures lead to debt accumulation
- Climate change increasing frequency of extreme weather events
- Low and Fluctuating Farm Prices:
- Farmers often receive prices below Minimum Support Price (MSP)
- Price volatility in agricultural markets
- Middlemen exploit farmers due to lack of market access
- Import policies sometimes depress domestic prices
- Cost of production often exceeds sale price
- High Cost of Agricultural Inputs:
- Rising costs of seeds, fertilizers, pesticides, and labor
- Diesel and electricity costs for irrigation
- Input prices increasing faster than output prices
- Farmers borrow to purchase inputs, hoping to repay after harvest
- Unable to repay when yields or prices are low
- Asset Depletion:
- Farmers sell or mortgage land, livestock, and jewelry to repay debts
- Loss of productive assets reduces future income capacity
- Land alienation - farmers become landless laborers
- Loss of family heirlooms and security
- Social and Psychological Consequences:
- Social stigma associated with debt
- Mental stress, depression, and anxiety
- Family conflicts and breakdown
- Farmer suicides in extreme cases
- Loss of dignity and social status
- Consumption Loans:
- Farmers borrow not only for agriculture but also for consumption needs
- Marriage, healthcare, education expenses add to debt burden
- Lack of social security forces borrowing for emergencies
- Consumption loans often have higher interest rates
- Inadequate Institutional Credit:
- Banks reluctant to lend to small and marginal farmers
- Insufficient coverage of Kisan Credit Cards
- Delayed disbursement of loans
- Complex documentation and procedural hurdles
- Inadequate loan amounts relative to needs
- Debt Trap Cycle:
- Farmers borrow to repay old debts
- New loans at high interest rates increase total burden
- Unable to escape the cycle of indebtedness
- Multiple borrowing from different sources
Step 3: Importance of Farmer's Portal in helping farmers.
About Farmer's Portal: The Farmer's Portal is a digital initiative by the Government of India to provide comprehensive information and services to farmers at their fingertips. It serves as a one-stop platform for farmers to access various agricultural services, schemes, and information.
Step 4: Analysis of the importance of Farmer's Portal.
- Access to Information on Government Schemes:
- Provides comprehensive information about various agricultural schemes
- Details on eligibility, benefits, and application procedures
- Information on subsidies, loans, and insurance schemes
- Updates on new government initiatives and programs
- Helps farmers avail benefits they are entitled to
- Market Information and Price Discovery:
- Real-time information on mandi prices across different markets
- Helps farmers decide where to sell for better prices
- Reduces information asymmetry and middlemen exploitation
- Historical price data for analysis and planning
- Forecasts and trends for better marketing decisions
- Weather Information and Advisories:
- Provides weather forecasts and alerts
- Crop-specific advisories based on weather conditions
- Helps farmers plan sowing, irrigation, and harvesting
- Early warnings for extreme weather events
- Reduces climate-related risks
- Technical Knowledge and Best Practices:
- Access to expert advice on farming techniques
- Information on pest and disease management
- Soil health management guidance
- Video tutorials and training materials
- Latest research and innovations in agriculture
- Input Management:
- Information on availability of quality seeds, fertilizers, pesticides
- List of certified dealers and suppliers
- Guidance on proper input usage and application
- Information on subsidies on inputs
- Helps in timely procurement of inputs
- Financial Inclusion:
- Information on Kisan Credit Card and loan schemes
- Details on crop insurance (PMFBY) and claim procedures
- Direct Benefit Transfer (DBT) information
- Links to banking services and financial institutions
- Facilitates access to institutional credit
- Grievance Redressal:
- Platform to register complaints and grievances
- Tracking of applications and complaints
- Direct communication with agricultural authorities
- Timely resolution of issues
- Digital Empowerment:
- Bridges the digital divide in rural areas
- Empowers farmers with information and knowledge
- Reduces dependence on middlemen and intermediaries
- Promotes transparency and accountability
- Enables informed decision-making
- Soil Health Card Integration:
- Access to Soil Health Card reports online
- Recommendations for balanced fertilizer use
- Historical soil data for trend analysis
- Helps in soil fertility management
- Connectivity to Extension Services:
- Links farmers to agricultural extension officers
- Expert consultations through helplines and chat
- Farmer-to-farmer learning and networking
- Access to success stories and case studies
Step 5: Conclusion.
The Farmer's Portal plays a crucial role in addressing farmer indebtedness by empowering farmers with information, facilitating access to institutional credit, providing market intelligence, and connecting them with government schemes. It enhances transparency, reduces information asymmetry, and enables better decision-making, ultimately helping farmers improve their income and reduce debt burden.
15
PYQ 2026
medium
geography ID: cbse-cla
Explain the problem of low productivity of Indian agriculture. Analyse the role of ``National Mission for Sustainable Agriculture'' to solve this problem.
Official Solution
Correct Option: (1)
Concept:
Indian agriculture supports a large population but suffers from low productivity compared to global standards. This is due to structural, technological, and environmental challenges. Problems of Low Productivity:
The National Mission for Sustainable Agriculture aims to enhance productivity while ensuring environmental sustainability and long-term agricultural growth.
- Small and Fragmented Landholdings:
Most farmers operate on small plots, making mechanisation difficult. - Dependence on Monsoon:
Large areas rely on rainfall, leading to uncertainty in production. - Traditional Farming Methods:
Limited use of modern technology, improved seeds, and scientific practices. - Soil Degradation:
Overuse of fertilisers and improper land management reduce soil fertility. - Lack of Irrigation Facilities:
Inadequate irrigation infrastructure affects crop yield. - Limited Access to Credit and Inputs:
Many farmers cannot afford quality seeds, fertilisers, or machinery.
- Promoting Climate-Resilient Farming:
Encourages drought-resistant crops and sustainable practices. - Improved Water Management:
Focuses on rainwater harvesting and efficient irrigation methods. - Soil Health Management:
Promotes balanced fertiliser use and organic farming. - Adoption of Modern Technology:
Supports use of improved seeds, mechanisation, and scientific techniques. - Capacity Building:
Provides training and awareness programmes for farmers. - Resource Conservation:
Encourages sustainable use of land and water resources.
The National Mission for Sustainable Agriculture aims to enhance productivity while ensuring environmental sustainability and long-term agricultural growth.