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Chapter 4 — Food Security In India

Class 9 · Social Science

Overview

Chapter 4 — Food Security In India Cover Poster

Introduction: Food Security in India (Class 9 NCERT Economics) examines whether people have reliable access to enough safe and nutritious food to lead an active life. The chapter explains food security at two levels — national (aggregate availability of food grains) and household/individual (access and consumption). It discusses how production, distribution and purchasing power together determine food security. Importance: Food security is central to health, development and economic stability. The chapter links food security to poverty, malnutrition, and social welfare programmes, showing why the state intervenes to ensure basic food needs are met and why policies matter for growth and equity. Key themes: - Definition and dimensions of food security: availability, accessibility (economic and physical), and utilization. - Reasons for food insecurity: poverty, low incomes, unequal distribution, regional disparities, storage losses and market failures. - Public interventions: procurement, buffer stocks, Public Distribution System (PDS), Targeted PDS, and other schemes such as Mid-Day Meals and ICDS. - Debates and reforms: universal versus targeted PDS, leakages and corruption,…

Learning Objectives

  • Define the term 'food security' and its four dimensions: availability, access, utilization and stability.
  • Explain the role of Public Distribution System (PDS), Fair Price Shops and Food Corporation of India (FCI) in ensuring food security.
  • Describe the differences between Universal PDS and Targeted PDS and their implications for resource allocation.
  • Identify major causes of food insecurity in India, including poverty, unequal distribution, and inadequate storage.
  • Analyse regional variations in food production across India and reasons for surplus and deficit areas.
  • Discuss the impact of Green Revolution, changes in cropping patterns and market reforms on food availability.
  • Evaluate the effectiveness of government schemes (e.g., Mid-Day Meal, ICDS, Antyodaya Anna Yojana) in reducing hunger and malnutrition.
  • Suggest practical measures at national and community levels to improve food security, such as better storage, crop diversification and social safety nets.

Topics in this chapter

10 topics · tap a topic title to jump straight to it.

🍲1

Meaning and Concept of Food Security

🏛️ HISTORICAL & GEOGRAPHICAL CONCEPT

Meaning and Concept of Food Security

Key Point: Per capita food availability = (Total food available in country) / (Population) (where total food available = production + imports + opening stock - exports - seed/feed/wastage)

Definition: Food security means that all people, at all times, have physical and economic access to sufficient, safe and nutritious food to meet their dietary needs and food preferences for an active and healthy life. (FAO definition adapted for school level.)

Four key pillars of food security:

  • Availability: Sufficient food produced, stocked or imported to meet the needs of the population (production + imports + buffer stocks).
  • Access: People must have physical and economic means to obtain food (income, markets, PDS and transportation).
  • Utilisation: Proper use of food — nutritional quality, clean water, sanitation and health care so the body can use nutrients.
  • Stability: Access and availability must be consistent over time — not threatened by price shocks, seasonal shortages, or disasters.

Levels of food security: National (country has enough food supplies and policies), household/individual (family members have enough to eat and get required nutrients).

How India pursues food security (school-level summary): Production support (Green Revolution, technology), public procurement and buffer stocks (FCI buying wheat and rice), Public Distribution System (ration shops), food-based welfare schemes (mid-day meals, Integrated Child Development Services), and the National Food Security Act (NFSA) which legally guarantees subsidised foodgrains to eligible families.

Why it matters: Food security reduces hunger and malnutrition, supports child growth and school performance, and stabilises society. Lack of food security leads to undernutrition, illness, and reduced productivity.

Factors affecting food security: Agricultural production and yields, land and water availability, transport and market access, income and employment, storage and food wastage, weather/climate events, and government policies.

📌 Examples
  • A family in a village buys subsidised rice from a nearby ration shop under the PDS—this improves their economic access to food.
  • During a drought, local crop failure reduces food availability and raises prices; households with low income face food insecurity.
  • A government releases grain from buffer stocks to flood-affected areas, stabilising supply and preventing hunger.
  • Mid-day Meal Scheme in schools provides nutritious food daily to children, improving utilisation (nutrition) and school attendance.
🧮 Formulas
  1. \[Per capita food availability = (Total food available in country) / (Population) (where total food available = production + imports + opening stock - exports - seed/feed/wastage)\]
  2. \[Crop yield (kg/ha) = Total production (kg) / Area cultivated (ha)\]
  3. \[Annual calorie requirement for a population = Per person daily calorie need (kcal) × 365 × Population (used to estimate national food need)\]
  4. \[Food gap (shortfall) = Food requirement (for population) - Food available\]
🍲2

Food Availability

🏛️ HISTORICAL & GEOGRAPHICAL CONCEPT

Food Availability

Key Point: Per capita food availability = Total food available / Population. (Total food available = Production + Imports − Exports + Opening stocks − Non-food uses − Post-harvest losses)

What is Food Availability? Food availability means that sufficient quantities of food are consistently produced, imported, and stocked so that food is physically present in the economy for people to consume. It is the first pillar of food security (others: access and utilisation).

Main components that determine availability

- Domestic production: Total output of cereals, pulses, oilseeds, fruits and vegetables. Higher production increases availability.

- Trade (imports/exports): When domestic output is short, imports add to availability; exports reduce domestic availability.

- Stocks and reserves: Government (e.g., buffer stock) and private stocks smooth out seasonal or year-to-year fluctuations and ensure supply during lean periods.

- Post-harvest losses and wastage: Losses in storage, transport and processing reduce the effective quantity available for consumption.

- Distribution infrastructure: Transport, storage (warehouses, cold chains) and market linkages affect how food produced in one location becomes available nationwide.

Factors affecting food availability

- Natural factors: Rainfall/monsoon, droughts, floods, pests and climate change affect yields.

- Agricultural inputs and technology: Seed quality, fertiliser, irrigation, mechanisation and crop technology (e.g., high-yield varieties) raise production.

- Land and cropping intensity: Area under cultivation and number of crops grown per year (cropping intensity) determine annual output.

- Policy and institutions: Minimum Support Price (MSP), procurement by agencies, public distribution system (PDS), subsidies, and trade policy influence incentives to produce and maintain stocks.

Why availability matters

Even if food is produced in the economy, people may not get it if it is exported, lost, or held in inaccessible stocks. Adequate availability ensures markets have enough food, stabilises prices, and supports nutritional outcomes when combined with access and utilisation.

How governments secure availability (brief)

- Encouraging production (irrigation, extension services, R&D)

- Procuring foodgrains at MSP and maintaining buffer stocks

- Investing in storage, cold chains, and transport to cut losses

- Using imports/exports and trade policy to manage shortfalls or gluts

Link with other food security pillars

Availability is necessary but not sufficient: food must also be affordable (access) and utilised properly (nutrition, health). Policies improving availability must be combined with measures that ensure people can obtain and benefit from available food.

📌 Examples
  • Green Revolution (1960s–80s): Introduction of high-yielding varieties, irrigation and fertilisers increased cereal production in parts of India (Punjab, Haryana), improving national food availability.
  • Buffer stocks and procurement: During a bumper harvest the government procures and stores grain to maintain availability during lean years and stabilise prices.
  • COVID-19 response (2020): Government expanded free foodgrain distribution through PDS to ensure availability to vulnerable households during lockdowns.
  • Post-harvest loss reduction: Building cold chains for fruits/vegetables and better storage for grains reduces losses and increases the effective available food.
🧮 Formulas
  1. \[Per capita food availability = Total food available / Population. (Total food available = Production + Imports − Exports + Opening stocks − Non-food uses − Post-harvest losses)\]
  2. \[Yield (kg/ha) = Total production (kg) / Area cultivated (ha)\]
    \[Higher yield increases availability per unit area.\]
  3. \[Food gap = Food requirement − Food availability. (Positive value = shortfall\]
    \[Negative = surplus)\]
  4. \[Stock-to-use ratio (%) = (Ending stocks / Total utilisation) × 100\]
    \[A higher ratio indicates larger reserve relative to consumption and trade.\]
🍲3

Food Access and Affordability

🏛️ HISTORICAL & GEOGRAPHICAL CONCEPT

Food Access and Affordability

Key Point: Real income = Nominal income / (Price index / 100). (Used to check how purchasing power changes when prices rise.)

What it means: Food access and affordability refer to whether people can physically obtain sufficient, safe and nutritious food (access) and whether they can buy it with the money or entitlements they have (affordability). These two are key pillars of food security — even if food is available in the market or produced locally, people remain food insecure if they cannot reach it or pay for it.

Why it matters: Without access and affordability, households face calorie deficits, poor diets and malnutrition. Access and affordability are especially critical for vulnerable groups — low-income families, landless labourers, small farmers, migrant workers, women and children.

Main determinants:

  • Income and employment: Regular wages, social security and public works (e.g., MGNREGA) increase purchasing power and therefore access.
  • Food prices: Local and national price levels (and volatility) determine how much food a given income can buy.
  • Public distribution and entitlements: Ration cards, PDS, mid-day meals, and other subsidies directly improve affordability for targeted households.
  • Market and physical access: Distance to markets, transport, storage and market functioning affect the ability to obtain food.
  • Social and institutional factors: Discrimination, lack of identity documents, or weak implementation of schemes can block access.
  • Prices of different foods and dietary diversity: Even if staple grains are affordable, higher prices of fruits, vegetables and protein can limit a nutritious diet.

How access and affordability are measured (indicators): household food expenditure share (Engel coefficient), real income (income adjusted for price changes), per-capita calorie intake, percentage of population covered by PDS/NFSA, and poverty rates. Analysts also use cost-of-diet calculations that estimate how much income is required to buy a recommended diet.

Role of public policy: Government interventions tackle both supply and demand sides: stabilising prices through buffer stocks, subsidised food through the Public Distribution System (PDS)/NFSA, wage-employment programmes (MGNREGA) that boost purchasing power, school feeding (Mid-Day Meal) that ensures children access meals, and targeted nutrition programmes for mothers and infants.

Consequences of poor access and affordability: Reduced food intake, dietary monotony (over-reliance on cheap staples), undernutrition, stunting and wasting in children, reduced productivity and long-term human capital losses.

📌 Examples
  • Public Distribution System (PDS): Eligible households receive subsidised foodgrains (wheat/rice) through ration shops under NFSA, improving affordability for poor families.
  • MGNREGA wages: A rural household with MGNREGA income can buy more food during the lean season, improving household food access.
  • COVID-19 lockdown 2020: Many migrant workers lost jobs and incomes, reducing their ability to buy food despite food being available in markets; relief measures and free rations were needed to restore access.
  • Price spike in pulses (e.g., some years after 2012–14): When prices of protein-rich foods rise, low-income households cut back on pulses and vegetables, reducing diet quality even if cereals remain affordable.
  • Mid-Day Meal Scheme: Provides cooked meals to schoolchildren, guaranteeing daily access to at least one nutritious meal for enrolled students.
🧮 Formulas
  1. \[Real income = Nominal income / (Price index / 100). (Used to check how purchasing power changes when prices rise.)\]
  2. \[Engel coefficient (food share) = (Expenditure on food / Total household expenditure) × 100. (Higher values indicate a larger share of income spent on food\]
    \[poorer households typically have higher Engel coefficients.)\]
  3. \[Cost to meet calorie requirement = (Price per kg of food × kg required to supply needed calories)\]
    \[OR using calories: Cost per calorie = Price per kg ÷ Calories per kg\]
    \[then Cost for required calories = Cost per calorie × Required calories per person per day.\]
  4. \[Food affordability ratio = (Income needed to buy a recommended diet) ÷ (Household income). (If >1\]
    \[the recommended diet is unaffordable.)\]
🥗4

Malnutrition and Under-nutrition

🏛️ HISTORICAL & GEOGRAPHICAL CONCEPT

Malnutrition and Under-nutrition

Key Point: Body Mass Index (BMI) = weight in kilograms ÷ (height in metres)^2

What is Malnutrition?

Malnutrition is a condition that occurs when a person’s diet does not provide the right amount of nutrients for growth and health. It includes both under-nutrition (insufficient energy or nutrients) and over-nutrition (excess energy leading to overweight and obesity). In the context of Class 9 Social Science chapter on Food Security in India, the focus is on under-nutrition.

What is Under-nutrition?

Under-nutrition means not getting enough calories, protein or micronutrients (such as iron, vitamin A, iodine) to meet the body’s needs. It affects physical growth, immunity and cognitive development. Children, pregnant and lactating women, and the elderly are especially vulnerable.

Types and Indicators

  • Stunting – low height for age; indicates chronic under-nutrition and long-term deprivation.
  • Wasting – low weight for height; indicates acute or recent severe weight loss.
  • Underweight – low weight for age; is a combined indicator of stunting and wasting.
  • Anemia and micronutrient deficiencies – e.g., iron deficiency causing low hemoglobin, vitamin A deficiency affecting vision and immunity.
  • Body Mass Index (BMI) – used for adolescents and adults to detect underweight and thinness.

Causes of Under-nutrition

  • Inadequate food intake due to poverty, unemployment, or lack of access.
  • Poor maternal nutrition and inadequate care during pregnancy and breastfeeding.
  • Poor infant and young child feeding practices (late introduction of complementary foods, low dietary diversity).
  • Frequent infections (diarrhoea, respiratory infections) that reduce nutrient absorption.
  • Unsafe water, poor sanitation and hygiene leading to repeated illnesses.
  • Unequal intra-household food distribution and gender discrimination.

Consequences

  • Higher child morbidity and mortality.
  • Delayed cognitive development and poor school performance.
  • Reduced work capacity and lifetime earnings.
  • Intergenerational cycle: malnourished girls grow into malnourished mothers who give birth to low birth weight babies.

How Under-nutrition is Measured

  • Anthropometric measurements in children: comparing weight-for-age, height-for-age and weight-for-height against WHO growth standards (Z-scores).
  • BMI for adults.
  • Mid-upper arm circumference (MUAC) for quick screening of young children and pregnant women.
  • Hemoglobin tests for anemia and dietary surveys for calorie and nutrient intake.

Prevention and Policy Actions (brief)

Prevention requires improving food availability and access, maternal and child care practices, sanitation, health services (immunization, deworming), and targeted programmes such as supplementary feeding, school mid-day meals, and nutrition education.

📌 Examples
  • A rural family experiencing crop failure during drought has reduced food intake for several months. Their 2-year-old child stops gaining height and becomes stunted, showing long-term effects of food shortage.
  • A toddler in an urban slum is fed only diluted cereal because of poverty. The child has frequent diarrhoea and loses weight rapidly, exhibiting wasting and vulnerability to infections.
  • A pregnant woman with inadequate iron and overall calories gives birth to a low birth weight baby. The baby has a higher risk of illness and delayed development.
  • A government primary school introduces a regular mid-day meal programme. Over a year, attendance and children’s body weights improve, showing how school feeding reduces short-term under-nutrition.
🧮 Formulas
  1. \[Body Mass Index (BMI) = weight in kilograms ÷ (height in metres)^2\]
  2. \[Percentage undernourished = (Number of undernourished persons ÷ Total population) × 100\]
  3. \[Calorie deficit (daily) = Recommended calorie intake per person per day − Actual calorie intake per day\]
  4. \[Z-score (anthropometry) = (Observed value − Median of reference population) ÷ Standard deviation of reference population\]
    \[under-nutrition cut-off commonly used: Z < −2\]
🔬5

Public Distribution System (PDS)

🏛️ HISTORICAL & GEOGRAPHICAL CONCEPT

Public Distribution System (PDS)

Key Point: Monthly household entitlement = per person entitlement (kg) × number of household members. Example: 5 kg × 4 members = 20 kg/month.

Definition: The Public Distribution System (PDS) is a government-managed food security system that buys foodgrains (mainly rice and wheat) from farmers and supplies them at subsidised prices to eligible households through a network of Fair Price Shops (FPS or ration shops).

Main objectives:

  • Ensure food availability and affordability for the poor.
  • Stabilise prices and protect consumers from market fluctuations.
  • Distribute foodgrains procured by the government to needy households.

How PDS works (basic flow):

  • Procurement: Government agencies (e.g., FCI) buy foodgrains from farmers at a Minimum Support Price (MSP).
  • Storage & transport: Grains are stored in warehouses and transported to states.
  • Allocation: Central government allocates subsidised foodgrains to states based on entitlement.
  • Distribution: State governments issue ration cards and supply grains to households through Fair Price Shops.
  • Beneficiaries pay an issued (subsidised) price; the government meets the difference as subsidy.

Targeting and entitlements: In recent decades PDS moved to Targeted PDS (TPDS) to focus subsidies on the poor. Under the National Food Security Act (NFSA) 2013, typical entitlements include:

  • Priority households: Usually 5 kg per person per month at subsidised rates (state-specific).
  • Antyodaya Anna Yojana (AAY) households: Very poor families given a larger fixed entitlement (e.g., 35 kg per household per month under earlier schemes).

Strengths:

  • Provides a predictable supply of staple food to poor families.
  • Helps stabilise market prices and supports food security in emergencies.
  • When well-run, reduces hunger and vulnerability.

Problems and challenges:

  • Leakages/diversion: Grains meant for beneficiaries are sometimes diverted to the open market.
  • Inclusion and exclusion errors: Poor households may be left out; non-poor may receive benefits due to incorrect lists.
  • Poor storage and transport leading to spoilage and losses.
  • Corruption at local FPS and paperwork delays.
  • Variation across states in efficiency and coverage.

Reforms and improvements: To reduce problems, many states have adopted reforms such as computerisation of ration cards, Aadhaar-based biometric authentication, e-PDS systems (real-time stock and sale data), and experiments with Direct Benefit Transfer (DBT) of food subsidy. Some states have also implemented near-universal or strongly subsidised PDS models to improve coverage.

Why PDS matters in Class 9 Food Security: PDS is a key instrument by which the state attempts to ensure food security for its citizens, especially vulnerable groups. It links procurement, storage, and distribution policies and shows how public policy addresses hunger and poverty.

📌 Examples
  • A family of four under the NFSA entitled to 5 kg per person receives 5 × 4 = 20 kg of wheat/rice per month from the local Fair Price Shop at subsidised rates.
  • Tamil Nadu has long used a near-universal PDS model supplying highly subsidised rice to most households; this helped keep hunger low in the state.
  • States adopting e-PDS and Aadhaar authentication report fewer ghost beneficiaries and better tracking of stocks at FPS because sales are recorded electronically.
  • Leakage example: If a Fair Price Shop receives 10,000 kg of rice but only 7,000 kg is issued to beneficiaries and 3,000 kg disappears into the market, that is diversion/leakage reducing the system’s effectiveness.
🧮 Formulas
  1. \[Monthly household entitlement = per person entitlement (kg) × number of household members\]
    \[Example: 5 kg × 4 members = 20 kg/month.\]
  2. \[Subsidy per kg = Market price per kg − Issue (ration) price per kg\]
    \[Example: if market = 30/kg and issue price = 10/kg\]
    \[subsidy = 20/kg.\]
  3. \[Total monthly subsidy for a household = Subsidy per kg × quantity issued (kg)\]
    \[Example: 20/kg × 20 kg = 400 per month.\]
  4. \[Per capita allocation (kg/person/year) = Total foodgrain allocated (kg) ÷ Population covered. (Useful for planning and comparing coverage between regions.)\]
🍲6

Procurement, Buffer Stocks and Food Corporation of India

🏛️ HISTORICAL & GEOGRAPHICAL CONCEPT

Procurement, Buffer Stocks and Food Corporation of India

Key Point: Closing stock = Opening stock + Procurement - Offtake (distribution/sales) - Wastage

Procurement
Procurement means the purchase of food grains (mainly wheat and rice) by the government from farmers at a guaranteed Minimum Support Price (MSP). The government announces MSP before the sowing season to protect farmers from price fall and to encourage production. Procurement is done through procurement centres, mandis and approved agencies; payments are made directly into farmers' bank accounts.

Objectives of procurement

  • Ensure a fair price to farmers (income support).
  • Create national food stocks for food security.
  • Stabilise market prices by absorbing excess supply and releasing stocks in lean times.

How procurement works (basic steps)

  1. Government announces MSP and procurement policy.
  2. Farmers bring produce to procurement centres/mandis or sell through electronic platforms.
  3. Quality is checked, quantity recorded and payment is made.
  4. Grains are transported to storage (warehouses or FCI/state godowns).

Buffer stocks
Buffer stocks are reserves of food grains maintained by the government to meet emergency needs, to stabilise prices and to ensure supply during lean seasons, crop failures or natural calamities. There are two types: a minimum statutory buffer (to meet short-term needs) and an operational/strategic reserve for larger contingencies. Buffer levels are planned in terms of months of consumption or in tonnes.

Why buffer stocks are needed

  • To supply PDS (Public Distribution System) and welfare programmes.
  • To check sudden price rise by releasing stocks into open market or through market intervention sales.
  • To meet emergency relief requirements after droughts, floods or other disasters.

Food Corporation of India (FCI)
The Food Corporation of India (FCI) was set up in 1965 under the Food Corporations Act, 1964. It is the primary agency for implementing procurement, storage and distribution policies of the central government.

Main functions of FCI

  • Procurement of food grains from farmers at MSP (often working with state agencies).
  • Transportation and storage of procured food grains in central/state warehouses.
  • Maintenance of buffer stocks and strategic reserves.
  • Distribution of food grains to State governments for PDS, welfare schemes (like TPDS, ICDS, mid-day meals) and relief operations.
  • Market intervention operations to stabilise prices.

Problems and challenges

  • High cost of procurement, storage and distribution (fiscal burden).
  • Storage losses due to inadequate warehousing, pests and spoilage.
  • Leakages and inefficiencies in PDS causing diversion of subsidised grains to the open market.
  • Regional imbalance: some states (Punjab, Haryana) supply most of the procured wheat/rice while other states remain net buyers.

Summary
Procurement at MSP, buffer stock maintenance and the operations of FCI together form the backbone of India’s food security policy: they protect farmers’ incomes, ensure availability of grains for the poor and stabilise prices in times of surplus or shortage.

📌 Examples
  • Punjab and Haryana have been major suppliers of wheat to the government procurement system since the Green Revolution. Government procurement at MSP ensured farmers received a stable price and enabled large buffer stocks.
  • During a drought year or poor harvest, the government can release buffer stocks through the PDS and relief programmes to prevent shortages and control price rises.
  • In the COVID-19 lockdown (2020), FCI and state agencies increased offtake and distribution through PDS and community kitchens to ensure food access for vulnerable people.
  • If market prices fall below MSP after harvest, MSP procurement prevents distress sale by farmers — for example, MSP procurement in states like Madhya Pradesh and Chhattisgarh for rice and pulses.
🧮 Formulas
  1. \[Closing stock = Opening stock + Procurement - Offtake (distribution/sales) - Wastage\]
  2. \[Net availability = Opening stock + Procurement - Wastage\]
  3. \[Buffer requirement (tonnes) = Monthly national consumption × Number of months of buffer\]
  4. \[Procurement coverage (%) = (Quantity procured / Marketable surplus) × 100\]
  5. \[Example calculation: If Opening stock = 2 million tonnes\]
    \[Procurement = 3 million tonnes\]
    \[Offtake = 3.5 million tonnes\]
    \[Wastage = 0.1 million tonnes\]
    \[then Closing stock = 2 + 3 - 3.5 - 0.1 = 1.4 million tonnes.\]
🍲7

Other Programmes for Food and Nutritional Security

🏛️ HISTORICAL & GEOGRAPHICAL CONCEPT

Other Programmes for Food and Nutritional Security

Key Point: Household monthly foodgrain entitlement (kg) = per capita entitlement (kg/person/month) × number of household members × months

Besides the Public Distribution System (PDS) and foodgrain buffer stocks, India runs several targeted programmes aimed at improving nutritional status and food access for vulnerable groups. These programmes focus on children, pregnant and lactating mothers, elderly people and school-going children, and they combine food supplementation with health, education and social protection measures.

  • Integrated Child Development Services (ICDS): A central programme delivered through anganwadi centres. ICDS provides supplementary nutrition, non-formal pre-school education, immunization, health check-ups and referral services for children under six and for pregnant and lactating mothers. The goal is to reduce malnutrition, improve early childhood development and link health and nutrition services at the community level.
  • Mid-Day Meal Scheme (MDM): Free cooked meals provided in government and government-aided schools to improve nutrition of school children, raise school attendance and reduce dropouts. The meals are designed to meet a substantial part of a child’s daily calorie and protein requirement and are often linked to local agricultural supply chains.
  • Antyodaya Anna Yojana (AAY) and Targeted Support for the Poorest: Programmes targeted at the poorest households to ensure regular supply of foodgrains at highly subsidized rates. These programmes aim to prevent hunger among the most deprived families.
  • Annapurna and Other Social Safety Nets: Schemes that give free food or food support to indigent senior citizens or other vulnerable persons who are not covered under other subsidy schemes.
  • Supplementary Nutrition and Food Fortification: Fortification of staples (like wheat, rice, edible oil) with micronutrients and supplementary feeding programmes (e.g., take-home rations, hot cooked meals) to address micronutrient deficiencies and acute malnutrition.
  • Linkages with Employment and Livelihood Programmes: Programmes such as rural employment schemes (for example, MGNREGA) indirectly support food security by providing wages and purchasing power to poor households, enabling them to buy food and access health services.
  • Healthcare and Nutrition Education: Growth monitoring, counselling for infant and young child feeding practices (exclusive breastfeeding, timely complementary feeding), antenatal care and micronutrient supplementation (iron, folic acid, vitamin A) are integrated with nutrition programmes to improve outcomes.

Implementation at the local level involves community workers (anganwadi workers, school cooks, ASHAs), village-level monitoring and convergence between departments (Women & Child Development, Health, Education and Food & Public Distribution). Success depends not only on supply of food but also on quality, regularity, hygiene, monitoring and community participation.

Key outcomes sought are reduced child malnutrition and stunting, higher school enrolment and attendance, improved maternal nutrition, and greater food access for the poorest households.

📌 Examples
  • An anganwadi in a village offers hot supplementary food to children under six, organizes growth monitoring, and refers underweight children to the local primary health centre for treatment—an example of ICDS services in practice.
  • A government school serving midday meals sees higher attendance and lower dropout rates, especially among girls—this effect has been observed across many states (e.g., Tamil Nadu and other states with well-implemented MDMs).
  • An elderly person not covered by PDS receives monthly food support from an Annapurna-like scheme, helping reduce hunger and improve health.
  • A district fortifies rice with iron and distributes it through schools and anganwadis to reduce anaemia among children and adolescent girls.
🧮 Formulas
  1. \[Household monthly foodgrain entitlement (kg) = per capita entitlement (kg/person/month) × number of household members × months\]
  2. \[Per person daily calorie gap = Recommended daily calories (kcal) − Actual average intake (kcal)\]
    \[This shows the shortfall that programmes aim to reduce.\]
  3. \[Body Mass Index (BMI) = weight (kg) ÷ [height (m)]^2 — used to assess nutritional status of adults.\]
  4. \[Required annual cereal supply (kg) = population × per capita annual cereal requirement (kg/year)\]
    \[Useful for planning procurement and buffer stocks.\]
🍲8

Problems and Challenges in Ensuring Food Security

🏛️ HISTORICAL & GEOGRAPHICAL CONCEPT

Problems and Challenges in Ensuring Food Security

Key Point: Per capita foodgrain availability = Total foodgrain production / Population

Overview: Food security means that all people at all times have physical and economic access to sufficient, safe and nutritious food to meet their dietary needs for an active and healthy life. Ensuring food security in India faces many interlinked problems that affect availability, accessibility, affordability and stability of food supply.

Major Problems and Challenges

  • Rapid population growth and rising demand: India’s large and growing population increases total food demand, raising pressure on land and water resources.
  • Low and variable productivity: Many farmers still use traditional methods, leading to lower yields. Fragmented land holdings, inadequate use of improved seeds, fertilizers, and mechanisation reduce per-hectare output.
  • Dependence on monsoon and water stress: A large share of agriculture is rainfed. Irregular monsoon, droughts and declining groundwater affect crop cultivation and yields.
  • Post-harvest losses and poor storage: Inadequate storage, transport and cold-chain infrastructure cause significant losses (higher for perishables), reducing effective food availability.
  • Poverty and unequal access: Even where food is available at the national level, poor households may not be able to buy sufficient or nutritious food because of low incomes and high food prices.
  • Food distribution and leakage: Problems in Public Distribution System (PDS), supply chain inefficiencies and corruption can result in leakages so intended beneficiaries do not receive subsidised food.
  • Nutritional insecurity: Food security is not only about calories. Micronutrient deficiencies (iron, vitamin A, iodine) and lack of dietary diversity are widespread, especially among children and women.
  • Land degradation and environmental limits: Soil erosion, declining soil fertility, salinisation and loss of arable land reduce long-term productive capacity.
  • Climate change and extreme weather: More frequent floods, droughts, heatwaves and pest outbreaks lead to unstable production and increased risk for farmers.
  • Market volatility and price shocks: Global and domestic price fluctuations affect affordability for consumers and incomes for producers. Unstable prices can push vulnerable households into food insecurity.
  • Policy and institutional challenges: Ensuring efficient procurement, targeted welfare schemes, timely release of buffer stocks and investment in rural infrastructure requires strong policy design and implementation.

How these problems interact

These challenges are interdependent. For example, low productivity and poor storage increase supply vulnerability; water stress and climate change raise production risks; poverty and market failures limit access even when food is produced. Addressing one area (e.g., storage) without addressing others (e.g., access and nutrition) will not fully solve food insecurity.

What is needed

  • Investments in irrigation, research (high-yield and climate-resilient varieties), extension services and rural infrastructure (roads, cold chains, storage).
  • Strengthening social safety nets (better-targeted PDS, direct benefit transfers) to improve access for the poor.
  • Measures to reduce post-harvest losses and diversify diets toward more nutritious foods.
  • Climate adaptation measures and sustainable farming practices (water conservation, soil management, agroforestry).
  • Improved market regulation and price stabilization (buffer stocks, market information systems).

For CBSE Class 9 students: understand the difference between availability (is food produced in sufficient quantity?), access (can people obtain it?), utilization (are people getting required nutrition?), and stability (are supplies reliable over time?). Most problems and challenges can be classified under one or more of these four dimensions.

📌 Examples
  • Monsoon failures in parts of Maharashtra often cause crop loss for rainfed farmers, reducing local food availability and incomes (example of climate/monsoon dependence).
  • Poor storage and transport cause foodgrain losses after harvest; for perishables (fruits & vegetables) wastage can be very high, lowering effective supply and farmers’ incomes.
  • Public Distribution System (PDS) leakage: when subsidised grain meant for below-poverty-line families is siphoned off before beneficiaries get it, reducing access for the poor.
  • 2018 Kerala floods damaged standing crops and disrupted supply chains, illustrating how extreme weather can create sudden food shortages and price spikes in affected areas.
  • Households with unstable incomes cannot afford diverse diets; they may buy cheaper calorie-rich but nutrient-poor staples, leading to hidden hunger (micronutrient deficiency).
🧮 Formulas
  1. \[Per capita foodgrain availability = Total foodgrain production / Population\]
  2. \[Yield (productivity) = Total production of a crop (kg or tonnes) / Area cultivated (hectares)\]
  3. \[Food requirement (annual) = Per person daily requirement (kg or calories) × Population × 365\]
  4. \[Surplus/Deficit = Total production − Total requirement (if negative\]
    \[indicates deficit)\]
  5. \[Post-harvest effective availability = Production − Post-harvest losses\]
🔬9

Reforms, Innovations and State-level Variations

🏛️ HISTORICAL & GEOGRAPHICAL CONCEPT

Reforms, Innovations and State-level Variations

Key Point: Food-grain yield (kg/ha) = Total production (kg) / Area cultivated (ha)

Overview
This topic examines how national reforms and local innovations have changed the way India ensures food security, and why outcomes vary widely across states. Reforms reshape policy and delivery (who gets food, at what price, and how it is distributed). Innovations—technological, administrative and agronomic—improve production and distribution. State-level variations arise from differences in climate, cropping patterns, irrigation, procurement policies and administrative capacity.

Major Reforms (policy and delivery)

  • National Food Security Act (NFSA), 2013: Legal entitlements for subsidized foodgrains for eligible households (priority households and Antyodaya Anna Yojana beneficiaries). Strengthened right to food framework.
  • Targeted Public Distribution System (TPDS) reforms and PDS modernization: Introduction of Aadhaar seeding, e-PoS machines, and digitized ration cards to reduce leakages and improve targeting.
  • One Nation One Ration Card (ONORC): Portability of ration cards across states to help migrants access subsidized food anywhere in India.
  • Direct Benefit Transfer (DBT) pilots: Transferring subsidies or cash to beneficiaries’ accounts to reduce diversion (used selectively for cooking gas subsidy, fertilizer subsidy experiments, and some food security contexts).
  • Procurement and buffer stock policies: Minimum Support Price (MSP) and central/state procurement shapes incentives for farmers and the availability of grains in PDS.

Key Innovations

  • Digital innovations: e-PoS devices at ration shops, Aadhaar-based authentication, digitized beneficiary lists, and ONORC mobile/portal interfaces to improve transparency and portability.
  • Agricultural innovations: High-yielding varieties, improved seed technology, micro-irrigation (drip/sprinkler), precision farming, and climate-resilient cropping that raise productivity and stabilize supplies.
  • Nutrition-focused innovations: Food fortification (fortified rice/wheat), diversification to millets and pulses, and better mid-day meal/ICDS nutrition schemes to address hidden hunger.
  • Community and local delivery models: Community grain banks, decentralized procurement (buying from local farmers), and public–private partnerships for storage and logistics.

State-level Variations: Causes and Patterns

  • Production base: States differ in land quality, irrigation and cropping patterns. Punjab and Haryana achieved very high wheat and paddy yields during the Green Revolution; rain-fed states (e.g., parts of Odisha, Jharkhand) have lower yields.
  • Procurement concentration: A large share of central procurement comes from a few states (Punjab, Haryana, parts of UP), which creates regional imbalances in surplus and deficit states.
  • Administrative capacity and policy choices: Some states (e.g., Tamil Nadu) have long-run universal or near-universal PDS approaches and robust delivery systems, while others focus more on targeted delivery and face leakage problems.
  • Innovation adoption: States that rapidly adopt e-PDS, fortification or micro-irrigation show faster improvements in access and nutrition outcomes.
  • Migrant populations: States with high in- and out-migration need portable entitlement systems (ONORC) to maintain access to subsidized food.

Implications
Reforms and innovations together can reduce hunger and malnutrition, but their effectiveness depends on state implementation, local agro-ecological conditions and complementary investments (storage, transport, nutrition programs). Policy design must account for state heterogeneity—what works in a high-yield Punjab may not be optimal for a drought-prone state.

📌 Examples
  • One Nation One Ration Card (ONORC): Enables migrant workers to access subsidized foodgrains from any PDS shop across participating states by using biometric authentication; helps reduce hunger among migrants.
  • Tamil Nadu’s universal PDS model: Historically provided wide coverage and strong administrative delivery, contributing to better food access and nutrition indicators in the state.
  • Punjab and Haryana (Green Revolution): High production of wheat and rice due to irrigation and high-yielding varieties; these states supply a large share of the central foodgrain procurement.
  • Aadhaar-enabled PDS and e-PoS: Several states (for example, Andhra Pradesh/Telangana) introduced e-PoS devices and Aadhaar seeding to reduce diversion and ensure that rations reach eligible households.
  • Millet promotion and crop diversification: States like Karnataka and Telangana have promoted millets (nutrient-rich coarse cereals) to improve dietary diversity and resilience in dry regions.
  • Food fortification pilots: Some state PDS/ICDS programs piloted fortified rice/wheat to address micronutrient deficiencies among beneficiaries.
🧮 Formulas
  1. \[Food-grain yield (kg/ha) = Total production (kg) / Area cultivated (ha)\]
  2. \[Per-capita availability (kg/person/year) = Total foodgrain production (kg) / Total population (persons)\]
  3. \[Coverage percentage (%) = (Number of beneficiaries covered / Eligible population) × 100\]
  4. \[State procurement share (%) = (State procurement quantity / National procurement quantity) × 100\]
  5. \[Calorie availability (kcal/person/day) ≈ (Per-capita food availability in kg × Average kcal per kg of commodity) / 365 (use commodity-specific kcal values)\]
🍲10

Measures to Improve Food Security

🏛️ HISTORICAL & GEOGRAPHICAL CONCEPT

Measures to Improve Food Security

Key Point: Per capita food availability = (Total production + Imports + Opening stock - Exports - Closing stock) / Population

What is food security? Food security means that all people, at all times, have physical and economic access to sufficient, safe and nutritious food to meet their dietary needs for a healthy life.

Key measures to improve food security

  • Increase food production (Availability): Improve productivity by using high-yielding and drought-resistant seeds, balanced use of fertilisers, better irrigation (drip, sprinkler), mechanisation, crop rotation and multiple cropping. Example: Green Revolution technologies increased cereal output in India.
  • Stabilise production (Stability): Water-harvesting, watershed management, improved groundwater recharge, weather forecasting, crop insurance (e.g., PMFBY) and diversification into less-risky crops reduce year-to-year variability.
  • Improve access and distribution (Access): Strengthen Public Distribution System (PDS) and fair price shops, implement targeted subsidy and welfare schemes (Mid-Day Meal Scheme, ICDS), and use direct benefit transfers (DBT) so poor households can buy food.
  • Make food affordable (Utilisation/Affordability): Ensure stable prices through buffer stocks and Minimum Support Price (MSP) policies, targeted food subsidies, and income-support or employment programmes (e.g., MGNREGA) that raise purchasing power.
  • Reduce post-harvest losses and improve storage: Build modern warehouses, silos and cold chains; improve packing, transport and handling; adopt value-addition and processing to increase shelf life and reduce waste.
  • Enhance nutrition and food quality: Promote kitchen gardens, diversify crops to include pulses, oilseeds, fruits and vegetables, fortify staples (e.g., iodised salt, fortified flour), and integrate nutrition education in welfare schemes.
  • Market and institutional reforms: Improve market linkages (e.g., e-NAM), access to credit for small farmers, crop insurance, land reforms where needed, and strengthen procurement and storage agencies (e.g., FCI).
  • Use of science and technology: Biotechnology for stress-tolerant varieties, mobile-based advisory services for farmers, remote sensing for crop monitoring, and cold-chain technology for perishables.

How these measures work together: Increasing production without improving storage and distribution may not reduce hunger; similarly, strong PDS without sufficient production or procurement will fail. A mix of supply-side (production, storage), demand-side (income, subsidies), and institutional reforms is needed for lasting food security.

Short conclusion: Food security requires increasing and stabilising production, efficient storage and supply systems, affordable access for the poor, better nutrition outcomes, and coordinated government, market and community actions.

📌 Examples
  • Green Revolution (1960s–80s): introduction of high-yielding varieties, fertilisers and irrigation in Punjab and Haryana led to large increases in wheat and rice production.
  • Public Distribution System (PDS) and Fair Price Shops: subsidised cereals distributed to Below Poverty Line (BPL) and eligible families.
  • National Food Security Act (2013): legal entitlement to subsidised foodgrains for a large part of the population.
  • Mid-Day Meal Scheme and ICDS (Integrated Child Development Services): nutrition and food access for children and pregnant/lactating women.
  • Pradhan Mantri Fasal Bima Yojana (PMFBY): crop insurance to protect farmer incomes after crop failure.
  • e-NAM (Electronic National Agriculture Market): improves market access and better price discovery for farmers.
🧮 Formulas
  1. \[Per capita food availability = (Total production + Imports + Opening stock - Exports - Closing stock) / Population\]
  2. \[Agricultural yield (kg/ha) = Total production (kg) / Area harvested (ha)\]
  3. \[Yield change (%) = ((New yield - Old yield) / Old yield) × 100\]
  4. \[Post-harvest loss (%) = (Quantity lost / Quantity produced) × 100\]
  5. \[Average daily calorie intake per person = Total available calories / Population\]

Key Concepts

Food Security
A condition in which all people, at all times, have physical, social and economic access to sufficient, safe and nutritious food to meet their dietary needs and food preferences for an active and healthy life.
Food Availability
The supply of food through domestic production, imports and food stocks that determines how much food is physically present in a country.
Food Accessibility
The ability of individuals and households to obtain food, influenced by income, prices, markets and social entitlements.
Food Consumption
The actual intake of food by individuals or households, reflecting dietary patterns and nutrition outcomes.
Malnutrition
A health condition resulting from inadequate or imbalanced intake of nutrients, including undernutrition and micronutrient deficiencies.
Entitlement
Legal or socially recognized rights that allow people to acquire food, such as wages, social security, ration cards or family support.
Public Distribution System (PDS)
A government-run system that procures, stores and distributes food grains at subsidized prices to vulnerable populations through ration shops.
Targeted Public Distribution System (TPDS)
A form of PDS that directs subsidized food grains to identified vulnerable groups (e.g., BPL households) rather than universal coverage.
Universal Public Distribution System (UPDS)
A PDS model in which subsidized food grains are provided to all citizens regardless of income or status.
Food Corporation of India (FCI)
A central government agency responsible for procurement, storage, transportation and distribution of food grains to maintain buffer stocks and supply PDS.
Minimum Support Price (MSP)
The price declared by the government at which it purchases crops from farmers to ensure them a minimum profit and encourage production.
Procurement
The process by which the government or its agencies purchase food grains from farmers at announced prices for public stocks and distribution.
Buffer Stock
Reserve holdings of food grains maintained by the government to stabilize prices, ensure supply during shortages and meet emergency needs.
Subsidy
A financial support provided by the government to reduce the price of food grains for consumers or to support producers.
Fair Price Shop (FPS)
Local retail outlets authorized to distribute food grains and other essential items to ration card holders under the PDS.
Mid-Day Meal Scheme
A government programme providing free cooked meals to schoolchildren to improve nutrition and encourage school attendance.
Integrated Child Development Services (ICDS)
A government programme offering supplementary nutrition, pre-school education and health services to children (0–6 years) and pregnant/lactating mothers via Anganwadi centres.
Green Revolution
A period of agricultural transformation (from the 1960s) marked by adoption of high-yielding varieties, irrigation, fertilisers and mechanization that greatly increased food grain production.
Food Self-sufficiency
A state in which a country can meet its food needs from its own production without depending on imports.
Storage Facilities
Physical infrastructure like warehouses and silos used to store harvested food grains safely to prevent loss and maintain supplies.

Practice Questions

  1. Which of the following is NOT one of the four pillars of food security? (a) Availability (b) Access (c) Affordability (d) Stability / निम्नलिखित में से कौन सा खाद्य सुरक्षा के चार स्तंभों में से एक नहीं है? (a) उपलब्धता (b) पहुँच (c) सामर्थ्य (d) स्थिरता
    Show answer

    (c) — The four pillars are Availability, Access (not 'Affordability' as a separate pillar), Utilisation, and Stability. Affordability is part of the Access dimension. / (c) — चार स्तंभ हैं उपलब्धता, पहुँच (अलग स्तंभ के रूप में 'सामर्थ्य' नहीं), उपयोग, और स्थिरता। सामर्थ्य पहुँच के आयाम का हिस्सा है।

  2. The Food Corporation of India (FCI) was set up primarily to: (a) Export surplus foodgrains to other countries (b) Procure, store and distribute foodgrains for the Public Distribution System (c) Fix maximum retail prices for vegetables (d) Provide crop insurance to farmers / भारतीय खाद्य निगम (FCI) मुख्यतः किस उद्देश्य के लिए स्थापित किया गया था? (a) अन्य देशों को अधिशेष अनाज निर्यात करने के लिए (b) सार्वजनिक वितरण प्रणाली के लिए खाद्यान्न की खरीद, भंडारण और वितरण के लिए (c) सब्जियों के लिए अधिकतम खुदरा मूल्य निर्धारित करने के लिए (d) किसानों को फसल बीमा प्रदान करने के लिए
    Show answer

    (b) — FCI was set up in 1965 to implement government procurement, maintain buffer stocks and distribute foodgrains to states for the PDS and welfare schemes. / (b) — FCI 1965 में सरकारी खरीद को लागू करने, बफर स्टॉक बनाए रखने और PDS एवं कल्याण योजनाओं के लिए राज्यों को अनाज वितरित करने के लिए स्थापित किया गया था।

  3. Which of the following correctly describes the Minimum Support Price (MSP)? (a) The price below which farmers cannot sell (b) The government-declared price at which it purchases crops from farmers to protect them from price falls (c) The price fixed by the market for retail consumers (d) The maximum price that farmers are allowed to charge / निम्नलिखित में से कौन सा न्यूनतम समर्थन मूल्य (MSP) का सही वर्णन करता है? (a) वह मूल्य जिससे नीचे किसान नहीं बेच सकते (b) सरकार द्वारा घोषित वह मूल्य जिस पर वह किसानों से मूल्य गिरावट से बचाने के लिए फसलें खरीदती है (c) खुदरा उपभोक्ताओं के लिए बाजार द्वारा निर्धारित मूल्य (d) अधिकतम मूल्य जो किसानों को लगाने की अनुमति है
    Show answer

    (b) — MSP is announced by the government before sowing season. It guarantees farmers a minimum price, encouraging production and providing income stability. / (b) — MSP बुवाई के मौसम से पहले सरकार द्वारा घोषित किया जाता है। यह किसानों को न्यूनतम मूल्य की गारंटी देता है, उत्पादन को प्रोत्साहित करता है और आय स्थिरता प्रदान करता है।

  4. Fill in the blank: The ________ scheme provides free cooked meals to children in government schools to improve their nutrition and school attendance. / रिक्त स्थान भरें: ________ योजना सरकारी स्कूलों में बच्चों के पोषण और स्कूल उपस्थिति सुधारने के लिए मुफ्त पका हुआ भोजन प्रदान करती है।
    Show answer

    Mid-Day Meal / मध्याह्न भोजन — This scheme provides nutritious cooked meals during the school day, reducing hunger among children from poor families and encouraging regular attendance. / यह योजना स्कूल के दिन पौष्टिक पका हुआ भोजन प्रदान करती है, जिससे गरीब परिवारों के बच्चों में भूख कम होती है और नियमित उपस्थिति प्रोत्साहित होती है।

  5. Fill in the blank: A family of five with a monthly entitlement of 5 kg of rice per person under the PDS receives a total of ________ kg of rice per month. / रिक्त स्थान भरें: PDS के तहत प्रति व्यक्ति 5 किलो चावल की मासिक पात्रता वाले पाँच सदस्यों के परिवार को प्रति माह कुल ________ किलो चावल मिलता है।
    Show answer

    25 kg / 25 किलो — Monthly household entitlement = per person entitlement × number of members = 5 × 5 = 25 kg. / मासिक परिवार पात्रता = प्रति व्यक्ति पात्रता × सदस्यों की संख्या = 5 × 5 = 25 किलो।

  6. True or False: The Green Revolution increased food grain production mainly by expanding the area of new farmland, with no significant role for improved seeds or fertilizers. / सच या झूठ: हरित क्रांति ने मुख्यतः नई कृषि भूमि का विस्तार करके खाद्यान्न उत्पादन बढ़ाया, जिसमें उन्नत बीजों या उर्वरकों की कोई महत्वपूर्ण भूमिका नहीं थी।
    Show answer

    False / झूठ — The Green Revolution primarily increased production through high-yielding variety (HYV) seeds, increased use of chemical fertilizers and pesticides, and expansion of irrigation — not just by expanding farmland. / हरित क्रांति ने मुख्यतः उच्च उपज किस्म (HYV) के बीजों, रासायनिक उर्वरकों और कीटनाशकों के बढ़ते उपयोग, और सिंचाई के विस्तार के माध्यम से उत्पादन बढ़ाया — केवल कृषि भूमि का विस्तार करके नहीं।

  7. What is a 'buffer stock' and why does the government maintain it? / 'बफर स्टॉक' क्या है और सरकार इसे क्यों बनाए रखती है?
    Show answer

    A buffer stock is a reserve of foodgrains (mainly wheat and rice) maintained by the government through procurement. It is kept to supply the Public Distribution System, stabilize market prices during shortages by releasing grains, and provide food relief during emergencies like droughts, floods or famines. / बफर स्टॉक सरकार द्वारा खरीद के माध्यम से बनाए रखा गया खाद्यान्न (मुख्यतः गेहूँ और चावल) का भंडार है। इसे सार्वजनिक वितरण प्रणाली की आपूर्ति करने, कमी के दौरान अनाज जारी करके बाजार मूल्यों को स्थिर करने और सूखे, बाढ़ या अकाल जैसी आपात स्थितियों में खाद्य राहत प्रदान करने के लिए रखा जाता है।

  8. Distinguish between the Universal PDS and the Targeted PDS. Which one does India currently follow? / सार्वभौमिक PDS और लक्षित PDS के बीच अंतर स्पष्ट कीजिए। भारत वर्तमान में किसका पालन करता है?
    Show answer

    Universal PDS provides subsidised food to all citizens regardless of income. Targeted PDS (TPDS) focuses subsidies on identified poor households (BPL, AAY) to use limited resources more efficiently. India currently follows the Targeted PDS (with NFSA 2013), providing subsidised foodgrains to priority households and Antyodaya families. / सार्वभौमिक PDS सभी नागरिकों को आय की परवाह किए बिना सब्सिडी पर खाद्य प्रदान करती है। लक्षित PDS (TPDS) सीमित संसाधनों का अधिक कुशलता से उपयोग करने के लिए सब्सिडी को पहचाने गए गरीब परिवारों (BPL, AAY) पर केंद्रित करती है। भारत वर्तमान में लक्षित PDS (NFSA 2013 के साथ) का पालन करता है।

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