The Story Of Indian Farming

Hello students, welcome to today's lesson on Chapter 1: The Story of Indian Farming. I am so happy to be here with you to explore this fascinating chapter about agriculture in our beautiful country. Before we begin, let me tell you that farming is not just about growing food — it is a story that connects us to our ancestors, our land, our climate, and our future. So let's begin this journey together.

So students, let's start by understanding what agriculture actually means. The word agriculture comes from Latin, where 'agri' means field and 'culture' means to cultivate. So agriculture essentially means cultivating the field. But it is much more than just that. Farming or agriculture encompasses the preparation of soil, cultivation of plants, rearing of livestock, and in many cases, the growing of trees as part of a comprehensive farming system. In some areas, farmers also practice pisciculture, which is fish rearing, or they rear cocoons to extract silk thread. Very broadly, the term 'agriculture' encompasses farming, animal husbandry which means raising livestock, forestry, and horticulture.

Now let me share some important facts about Indian agriculture. The Government of India classifies economic activities related to agriculture as 'agriculture and allied activities'. This includes agriculture, livestock-related activities, beekeeping which is called apiculture, fisheries, rearing of silkworms and preparing silk yarn, and fibre production such as cotton and hemp. A little over 18 per cent of the country's total value of goods and services produced in a year, which we call the gross domestic product or GDP, comes from agriculture and allied activities according to 2022-2023 data. Approximately 46 per cent of India's working population is engaged in agriculture and allied activities for their livelihood. This means almost half of the people working in our country are connected to farming in some way. A large proportion of families in India are closely connected to the land in one way or another, and in many cases, have been cultivating it for generations. Farming activities are, of course, essential for nurturing and sustaining the human population.

Now I want you to think about something. When you hear or read the word 'farmer', what do you visualise? Many people imagine a man. However, in rural areas of India, more than 75 per cent of people working in the agriculture sector are women according to 2025 data. They perform most of the farming operations, from sowing to harvesting and threshing. So it is important to recognize the tremendous contribution of women farmers in our country.

Let me now tell you about the agricultural landscape of India. India's agricultural landscape is a vibrant blend of traditional and modern farming practices, with diverse crops and deep-rooted cultural traditions. From the golden wheat fields of Punjab, the saffron valley of Kashmir, the lush tea gardens of the Northeast or the Nilgiris to the emerald paddy fields of Kerala, agriculture has long been a fundamental part of the nation's identity.

Now students, I want you to do something. Create a list of the foods you typically eat. Identify the grains, pulses, oils, vegetables, and fruits in them. Now locate where you live on a physical map of India. Which of the food items do you think grow in and around where you live? What do you think are the reasons that they are cultivated in your region? Which of them comes from other places? Why do you think they are not grown in your area?

You may have reasoned that growing crops is dependent on several factors — the soil, the climate, the availability of water, the terrain, and so on. The story of farming is, therefore, linked to these factors. We will look at some of these factors in this chapter.

Now let's travel back in time and explore the echoes from the past. The story of Indian farming goes back to prehistory. Archaeological investigations have shown the presence of rice grains in the Ganga Plain as early as the 7th or 8th millennium BCE. Some experts have, however, pointed out that this need not mean that rice cultivation was already systematic; that may have taken a few more millennia to be mastered. At Mehrgarh in Baluchistan, which is a site antecedent of the Sindhu-Sarasvati civilisation, the cultivation of barley and millets is also dated to the 7th millennium BCE. Later, barley and wheat were the staple crops of the Harappans; several Harappan sites also point to the presence of rice in the 3rd millennium BCE, at least in some regions, apart from millets and several vegetables.

Over time, farmers learned to cultivate oilseeds such as sesame, safflower, linseed, mustard, and castor, legumes such as green gram, black gram, and fenugreek, fibre crops such as cotton, hemp, jute, more vegetables, and fruits such as grapes, dates, jujube, jackfruit, mango, mulberry, and black plum.

The Vedas also mention yava which is barley, godhuma which is wheat, and vrīhi which is rice, as well as other crops such as sesame, black gram, and various types of pulses and legumes.

Now students, let me tell you about a very interesting practice called intercropping. Intercropping is the practice of growing two or more different crops simultaneously. At the Harappan site of Kalibangan in Rajasthan around 2800 BCE, archaeologists found evidence of intercropping as shown by perpendicular furrows. And the same practice continued in the 1960s, around 4800 years later! This shows how some traditional practices have been passed down through generations. An example of intercropping is growing sugarcane along with pumpkin.

This period also saw the domestication of animals. Cattle, asses, sheep, goats, dogs, pigs, fowl, and other animals were domesticated from the pre-urban phase of the Sindhu-Sarasvati civilisation around 3500 BCE.

Let me also tell you about a technique called grafting. Grafting is a technique that joins one plant with another to grow as a single plant, enabling the combining of desirable traits like resistance to pests or sweetness of the fruit.

In the historical period, ancient Indian texts provide a wealth of information on agriculture. Kauṭilya's Arthaśāstra, the Sangam literature of the early Tamils, Amarakosha, Kṛiṣhiparāśhara, Varāhamihira's Bṛihatsaṃhitā, and Surapāla's Vṛikṣhāyurveda, among others, contain writings on agriculture, horticulture, and plant biodiversity. Some texts also refer to the rearing and care of animals.

Surapāla's Vṛikṣhāyurveda provides recommendations on seed preparation, soil cultivation methods, planting techniques, and more. It says, "Seeds sprinkled with milk, rubbed with cow dung, dried and profusely smeared with maksika which is honey and bidanga which is false black pepper definitely sprout." On watering of trees it says, "Newly planted trees in arid land should be watered every morning and evening for a period of fifteen days until the soil is fully soaked." Further recommendations include irrigation methods for other types of soils. The Bṛihatsaṃhitā describes a method of grafting still in use today.

From the types of plants, animals, soils, and climates to the methods of irrigation, we find a wealth of information about the knowledge and practices of our ancestors regarding agriculture in these texts.

Now let's move on to understand how climate, seasons, and crops are interrelated. India's varied geography and climate influence the variety of crops grown in different regions and at various times of the year.

In the words of Xuanzang, a Chinese pilgrim travelling in India in the 7th century, "The climate and the quality of the soil being different according to situation, the produce of the land is various in its character. The flowers and plants, the fruits and trees are different kinds, and have distinct names."

This was a sharp observation of India's climatic diversity. There are seven different types of climates in India. Let me remind you of these climate types that you learned about in Part 1 of this textbook.

The types of climates in India are: Alpine which is found in the Himalayas, Temperate which is found in the lower Himalayas, Subtropical which is found in the northern plains, Arid which is the Thar Desert, Tropical wet which is the western coastal strip, Semi-arid which is the central Deccan Plateau, and Tropical which is found in eastern India and the southern peninsula.

Each of these areas receives different quantities of sunshine and rainfall, experiences variations in the temperatures across the seasons, and is affected differently by the monsoons.

India is divided into 15 agroclimatic zones. In simple terms, climate factors, different types of soil and terrain, and types of vegetation are combined to create these categories. This categorisation helps the government and other agencies identify and plan appropriate actions to improve agricultural production — what, when, and how to grow different crops. A few examples of agroclimatic zones are the Upper Gangetic Plain Region, Southern Plateau and Hills Region, and Western Dry Region.

Now let's discuss the monsoon and agriculture. The Indian monsoon system is a key factor in the country's agricultural diversity. It brings rainfall, which is vital for many crops. India experiences the southwest monsoon and the northeast monsoon. The southwest monsoon brings rain from June to September. It is crucial for the seasonal growth of kharif crops in northern and central India. The northeast monsoon prevails from October to December. This brings rainfall to the east and south of India. Coastal regions, including the Malabar which is Kerala and Coromandel which is Tamil Nadu plains, receive rainfall from both the southwest and northeast monsoons.

The rain from these two monsoon periods enables farmers in the south to grow crops during the period in between; this is a dry season for farmers in north India who depend on other sources of water like groundwater, water from rivers, canals and ponds, and moisture retained in the soil, to ensure irrigation for their crops. States like Tamil Nadu, West Bengal and Andhra Pradesh grow rice throughout the year on account of availability of water from the monsoon as well as irrigation.

Now I want you to imagine something. Imagine that your state received less than normal monsoon rains for two consecutive years. Which items are likely to disappear from your meals, or are likely to become difficult to access? Think about this carefully. If monsoon rains are less, crops fail, and this affects the supply of grains, vegetables, and fruits. Prices may go up, and some items may become scarce. This is why monsoons are so important for Indian agriculture.

Now let's understand the rhythm of seasons and crops. Indian agriculture is mainly divided into three cropping seasons: kharif, rabi, and zaid.

Farmers have been following this rhythm for centuries. A wide variety of agricultural products becomes available throughout the year. This rhythm is one of the factors that ensures food supply for the people. The terms kharif, rabi, and zaid are of Arabic origin and have been in use since the Mughal times.

Before the Arabic terms for the three types of crops became more widely used, they were called kedāra which means wet crops, haimana which means winter crops, and graiṣhmika which means summer crops.

Let me explain each season in detail.

The rabi season is the winter season. It starts around October or November and the crops are sown in this period. The main rabi crops are wheat, barley, peas, gram, and mustard. These crops grow during the winter months and are harvested around April or May. So in the table you can see that rabi crops are sown around October to December, they grow during the winter months from January to April, and are harvested around April or May.

The kharif season coincides with the monsoon. These crops are sown around June or July when the monsoon arrives. The main kharif crops are rice, maize, jowar which is sorghum, bajra which is pearl millet, sugarcane, cotton, and groundnut. These crops require a lot of water and depend on the monsoon rains. They are harvested around September to November.

The zaid season is the summer season. These crops are sown around March or April and harvested around May or June. The main zaid crops are watermelon, cucumber, muskmelon, and pumpkin.

Each of these crop seasons presents its own unique challenges as well. For example, the kharif crops are dependent on the timely arrival of the monsoons. If the monsoons are delayed, the sowing gets affected. Excessive rainfall also leads to the destruction of crops, causing significant distress to farmers and their families in particular.

Now let's explore a question. Prepare a list of the crops that are cultivated in your state or union territory in a year and classify them into kharif, rabi, and zaid. This is an activity for you to do at home. Speak to your family members, especially those who are farmers or who have knowledge about farming in your area, and prepare this list.

Now let's move on to understand soil, which is the foundation of cultivation. Soil is the thin, upper layer of the Earth's crust that supports plant life. It is formed over millions of years through the breakdown of rocks and the decay of organic matter. It is the most essential resource for farmers, as it provides the necessary nutrients, water, and support for crops to grow.

Let me tell you about humus. Humus is the dark organic matter in soil that is formed by the decomposition of plant and animal matter. It is rich in nutrients and retains moisture in the soil. Humus is the Latin word for 'earth' or 'soil'.

Now let's understand how soil is formed. Soil formation is a process that ranges from a century to several millennia. It involves weathering, which refers to the process by which rocks and minerals are broken down into soil particles through physical, chemical, or biological means. Over time, rocks break down into smaller particles, and organic matter from dead plants and animals decomposes and mixes with these particles to form soil.

Now let's discuss the soils of India. India has a diverse range of soil types, each with its distinct properties. Ancient texts, such as the Amarakoṣha, describe twelve types of agricultural land based on soil fertility. Today, we classify the soils of India into six major types: alluvial soil, black soil, red soil, laterite soil, desert soil, and mountain or alpine soil.

Let me explain each type of soil in detail.

Alluvial soil consists of silt deposits which is mud, sand and other fine particles brought by rivers from the mountains and plateaus. It is rich in nutrients. This is one of the most fertile soils in India and is found mainly in the Indo-Gangetic plain, which includes states like Punjab, Haryana, Uttar Pradesh, Bihar, and West Bengal. The major crops grown in alluvial soil are wheat, rice, jowar which is sorghum, urad dal which is black gram, sunflower, linseed which is flax, groundnuts, cotton, sugarcane, fruits and vegetables.

Black soil, also known as cotton soil, is formed by the weathering of volcanic rocks. It holds a lot of moisture and is very fertile. It is found mainly in Maharashtra, Gujarat, Madhya Pradesh, and parts of Karnataka and Andhra Pradesh. The major crops grown in black soil are cotton, jowar which is sorghum, bajra which is pearl millet, maize, groundnut, vegetables and fruits.

Red soil is formed by weathering of lava that has cooled slowly or of old rocks. They are red because they have a chemical called iron. When iron reacts with air and water it becomes reddish in colour. Red soil is not very fertile. It is found mainly in parts of Odisha, Chhattisgarh, Jharkhand, and some parts of Tamil Nadu and Karnataka. The major crops grown in red soil are rice, wheat, ragi which is finger millet, groundnut, sunflower, tea, coffee, rubber, cinchona, coconut, areca nut, and cashew nut, yam, tapioca.

Laterite soil, also known as brick earth, is formed by the weathering of rock by rain. It becomes hard in hot weather. Most minerals get washed away leaving largely iron and aluminium, which react with air and water and give a reddish colour. Laterite soil is not fertile. It is found mainly in Kerala, Tamil Nadu, Karnataka, Odisha, and some parts of Maharashtra and Andhra Pradesh. The major crops grown in laterite soil are rice, wheat, ragi which is finger millet, arhar dal which is red gram, groundnuts and mustard, cotton, tobacco, vegetables and fruits.

Desert soil or sandy soil is made up mostly of small grains of sand. When a little bit of water, air and organic matter mix, it becomes sandy soil. It is found mainly in the Thar Desert in Rajasthan. The major crops grown in desert soil are bajra which is pearl millet, jowar, and some vegetables with irrigation.

Alpine soil is formed by the freezing and melting of ice which leads to weathering of rock. The soil is thin, rough and rocky. It is found in the Himalayan region. The major crops grown in alpine soil are wheat, barley, maize, and vegetables.

Now I want you to do some activities. Try to name at least two states in each of the zones mentioned above. Which type of soil is predominantly found in your state or union territory? Soils tell us stories about places — what might have happened over thousands of years during which the soils were being formed. Take a few samples of soil from your neighbourhood. Look carefully at them. What do the samples consist of? What might be the origins of the soil? Are there signs of human activity that you notice? What might happen to the soil over time on account of this?

Now let's understand soil-crop linkages. In addition to the agroclimatic conditions that we briefly saw above, crops are also strongly influenced by the type of soil where they grow. Different crops thrive in different types of soil. For example, rice grows well in alluvial soil and black soil, while cotton grows well in black soil. Tea and coffee grow well in red soil and laterite soil. This is why certain crops are grown in specific regions.

Now let's discuss how to nurture the soil. Healthy soil is crucial for a good harvest. Soil is a complex ecosystem with organisms like bacteria, fungi, earthworms, and insects. It has minerals, organic matter which is humus, water, and air. The organisms break down the organic material and improve the health of the soil enabling it to sustain healthy plants. To maintain its health and fertility, farmers use various soil conservation techniques.

Let me tell you about traditional methods of soil conservation. Our ancestors employed numerous ingenious techniques to protect the soil.

Crop rotation is one such method, where different types of crops are grown in the same field in different seasons to prevent the soil from losing specific nutrients. For example, leguminous plants like peas and beans add nitrogen to the soil, so farmers often rotate these with crops like wheat or rice that require nitrogen.

Equally important was multiple cropping where multiple crops were grown in the same field. This reduced the risk of pests and also ensured at least one crop. The crops were chosen in such a way that there would be periodic harvests from the same field.

Another practice is contour ploughing, which involves ploughing along the natural curves of a hill slope to avoid soil erosion from rainwater. When you plough along the contours, you create small barriers that slow down the flow of water and prevent it from washing away the soil.

Farmers also used organic fertilisers, such as cow dung, to replenish the soil's nutrients.

Did you know that panchagavya is a fermented mixture of five cow products: dung, urine, milk, curd, and ghee? Recent studies have shown that it acts as a biofertiliser, enhancing crop growth and productivity while increasing their resistance to diseases.

Now let's discuss contemporary approaches to soil conservation. Today, modern techniques such as terracing are used in hilly areas to create flat steps for farming, which slows down water runoff and reduces soil erosion. Afforestation, or planting trees, is another method that helps to prevent soil erosion. Some traditional methods like mulching, ploughing back crop residue, are still practised by farmers today. Very precise application of fertilisers enables their efficient use and also maintains soil health.

Now let's move on to understand water and irrigation. Water is a fundamental resource for agriculture. Without it, crops cannot grow. The availability of water is a significant factor that determines how farming is done in different parts of India.

There are two primary types of irrigation practices: rain-fed and irrigated.

Rain-fed agriculture refers to farming practices that rely entirely on rainfall. This type of farming is common in areas that receive sufficient rain during the monsoon season. However, farmers who are dependent on rainfall face numerous challenges, including droughts and unpredictable monsoons. To cope with these challenges, they have developed various adaptations, such as choosing drought-resistant crops or utilising traditional water-harvesting techniques.

Irrigated agriculture uses artificial methods to supply water to crops. This type of irrigation is crucial for enhancing farm productivity and reducing reliance on monsoon rains.

The history of irrigation in India is very long. Right from the time of the Indus civilisation, various water structures have been built in India. Throughout the country, a rich vocabulary of water structures developed, such as kull, kund, ahar, pokhar, khadin, arakere, kolam, suran-gam, tadāgam, and eri, to name a few.

Some traditional irrigation systems include phad systems and bamboo drip irrigation. Farmers also create small ponds that collect rainwater and provide moisture to the soil for a longer period of time.

Phad systems are community-based irrigation systems, particularly found in the state of Maharashtra. These systems use small canals to divert river water to fields.

Bamboo drip irrigation is practiced in parts of northeastern India. Here, farmers traditionally use bamboo pipes to channel water from springs to their fields.

In Part 1 of the textbook, you became familiar with Kallanai, the grand anicut, built by Karikala across the Kaveri River about 1,800 years ago. It is a massive and effective water-diverting structure that irrigates thousands of hectares of land.

Over time, irrigation has evolved from simple systems to more advanced ones. Modern irrigation techniques include drip and sprinkler irrigation.

Drip irrigation, also known as trickle irrigation, delivers water slowly and directly to the plant's roots through a network of tubes and emitters. Imagine a network of small pipes with tiny holes placed near the base of your plants. These pipes are connected to a water source, and when the water is turned on, it drips slowly and steadily from the holes, watering only the roots. This targeted delivery ensures that water is used efficiently, minimising waste.

Sprinkler irrigation sprays water into the air, which falls over the crops like artificial rain.

These modern methods help in using water more efficiently. This is very necessary as in many parts of India, groundwater reserves are fast decreasing. The evolution of irrigation has had a significant impact on India's agricultural landscape, enabling farming even in areas with low rainfall. It has helped to increase crop yields and ensure a more stable food supply for the country.

Now let's discuss seeds. One key component of farming is seeds. Seeds have been passed down in families from generation to generation, preserved at the community level, and shared. In some areas women also carry them as part of the gifts they bring to their marital home. High-yielding seeds were carefully selected and preserved for use during the next planting season.

The Arthaśāstra provides instructions for preparing seeds of various varieties for planting. For example, cotton seeds are to be smeared with cow dung. Cereals, beans, and pulses are to be soaked in dew for a certain number of days and then sun-dried before being planted. Sugarcane was to be smeared at the cut with a mixture of honey, ghee, lard, and covered with cow dung.

The Indian Council for Agricultural Research, which is ICAR, has developed methods for the use of a paste called beejamrit made of cow dung and urine, combined with other materials, to coat seeds before planting. This protects seeds from being spoilt and also reduces germination time.

The Indian seed drill is an ingenious invention of ancient Indian farmers. These seed drills combined soil preparation, seed planting, and the closing of the furrow in one operation. This reduced the labour involved in what would have been a three-step operation.

Today, an increasing number of farmers purchase seeds from various companies. These seeds are developed using scientific processes that provide higher yields and are pest-resistant. However, often the seeds that the plant later produces are not suitable for planting in the next season. This has drawn criticism because it creates a dependency of farmers on these seed companies.

Now let's discuss agricultural practices: traditional wisdom and modern innovations. Over the centuries, Indian farmers have developed numerous farming methods. Some of these are based on ancient knowledge and traditions, while others are modern techniques that use contemporary technology. Many farmers use a combination of methods.

Let's start with traditional farming systems. Traditional agriculture considers the plant and the soil including the whole soil ecosystem as a complete system. The soil is considered to be the primary source of nutrients, along with other sources of plant nutrients supplied in the form of farmyard manure. The bacteria, fungi, etc. in the soil help to convert the nutrients in the soil into forms that are easily taken up by the plants. The plants, in turn, support the growth of these organisms by supplying energy to them through their roots.

Traditional farming typically involves small-scale, resource-reliant methods that are closely tied to the environment. Terrace farming is an example. This is a method used on hilly slopes. Farmers cut steps or terraces into the hillside to create flat land for agriculture, which helps to prevent soil erosion and conserve water.

ICAR has documented almost 5000 traditional practices and tested over a hundred of them. It has been found that over 85 per cent of these practices were validated by modern science and could be applied to reduce the use of chemicals and enhancing soil health.

Let me tell you about some traditional farming systems. Traditional farming systems are usually aligned with natural cycles, such as the ṛitu chakra which is the cycle of seasons, and often rely on family involvement and domestic animals. Examples include kulāgar and gokṛiṣhi.

Kulāgar comes from the Konkani words 'kula' meaning 'family' and 'āgar' meaning 'storehouse'. It is a traditional homestead farming system where families cultivate a variety of crops, including food crops, cash crops, fruits, vegetables, spices, and medicinal plants, around their homes by designing a structured irrigated system. This practice is common in the Konkan Plains which is Goa of India.

Gokṛiṣhi is a holistic method in which cows provide manure, which is used as organic fertiliser, and bullocks are used to plough the fields.

Now let's discuss contemporary agriculture. Contemporary agriculture is characterised by modern farming methods that use technology, machinery, and new farming techniques. A significant turning point was the Green Revolution in the 1960s and 1970s. This movement introduced high-yielding varieties of seeds, increased irrigation, chemical fertilisers and pesticides, and mechanised equipment, among others.

This revolution led to a significant increase in food grain production, particularly of wheat and rice, and India achieved self-sufficiency in food. Modern farms started using tractors, harvesters, and other machinery to make work faster and easier. Since then, agriculture has emerged as the 'backbone of the Indian economy'.

Over the last few decades, the limits of the approach and methods of the Green Revolution have become visible — the long-term impoverishment of the soil, depletion of groundwater, contamination of the soil and water by pesticides and fertilisers, damage to human and animal health.

Now let's discuss sustainable pathways. In recent years, there has been a growing interest in combining the productivity of modern methods with the wisdom of traditional practices to create sustainable agriculture. This approach is inspired by Indian Knowledge Systems which is IKS and focuses on environment-friendly, long-lasting farming practices.

One example is the resurgence of organic farming, which avoids the use of chemical fertilisers and pesticides. Instead, it relies on natural fertilisers, such as compost, seed cake which is the residue after oil has been extracted from seeds, and manure from animal sources. Another example is the use of neem-based pesticides, which are natural and much less harmful to the environment than chemical ones.

Sikkim is the world's first 100 per cent organic state. It adopted an organic farming model for sustainable agriculture by banning in 2014 chemical fertilisers and pesticides, and focusing on natural farming practices.

Now let's identify modern agricultural solutions inspired by traditional practices. For example, neem-based practices are traditional methods that have been revived in modern agriculture. Neem has natural pest-repellent properties, and neem-based pesticides are now widely used as an alternative to chemical pesticides.

When comparing traditional and modern methods, a trade-off is evident. Modern techniques, such as those from the Green Revolution, are highly productive and can produce a substantial amount of food quickly. However, as we saw above, the Green Revolution has not been without long term harmful effects. The use of chemicals pollutes water sources, and disrupts the ecosystem by harming important creatures like bees which are so necessary for pollination. Traditional methods, on the other hand, are often more resilient and sustainable because they work in harmony with Nature; however, they may yield lower results. The challenge today is to find a balance between the two — using modern innovations to meet our food needs while also adopting the sustainable practices of our ancestors.

The Food and Agriculture Organisation which is FAO has recognised three globally significant agricultural heritage systems in India. The farming of saffron in Kashmir, the traditional agricultural systems of Odisha that integrate forest management, and the below-sea-level agricultural methods in Kerala, which includes crop plantation and fishing.

Now let me tell you about a fascinating method called hydroponics. If you thought that soil is absolutely essential for growing plants, think again. Hydroponics is a method by which plants are grown in nutrient-rich water solutions; essential minerals are given directly to the roots. It is used in controlled environments, making it an option for urban farming and areas with poor soil quality.

Now let's discuss the role of the government. In many states, the government has a support system to help farmers access seeds, fertilisers and pesticides, information on the weather forecast, research and training on new farming practices, and so on.

The government also provides electricity for irrigation at lower prices, to reduce input costs. Farmers can access financial assistance through schemes for crop insurance like the Pradhan Mantri Fasal Bima Yojana. Finally, the government purchases important crops from farmers to ensure that they have no difficulty marketing their produce and get fair prices.

The promotion of cold storages, and better access to information and markets through the use of digital technology, enable farmers to get better prices for their produce.

Now let's discuss the challenges faced by farmers. Indian farmers face several challenges. One of them has been the decreasing size of landholding as land gets divided among family members over generations. A landholding is an area of land that a person owns. The average landholding is approximately three-fourths of a hectare; this is about the size of an average football field. One hectare equals 10,000 square metres. The old unit of an acre, about 4047 square metres, is still widely in use in India.

Farmers with small landholdings are not able to earn much income. It is also difficult for farmers to use tractors and other machines on their farms — the machines are designed for larger farms and are expensive to buy or rent, although of late machines have been designed and invented for small farms too.

Traditionally, families in farming have different sources of income beyond the crops they grow. They rear cows, goats, poultry, practise apiculture or fishing, and so on. Where possible, they collect forest produce. Many grow trees on the bunds for fruit and timber. Diversity builds resilience. However, today this is proving to be inadequate to provide a decent quality of life to farmers.

Farmers also face one of the biggest challenges of our time, climate change. With increasing unpredictability of weather patterns, for instance untimely rains, and more frequent extreme events such as severe droughts or heavy rainfall, farmers face a higher risk of crop destruction, leading at times to heavy losses. This trend is likely to get worse as our planet gets rapidly warmer.

Let me tell you about the Ganga basin. With its rich alluvial soil, for millennia the Ganga basin has been a source of food and water to millions of people — over 500 million today. Yet, for some years, the Ganga river has been under stress and is increasingly unable to replenish itself; parts of it are no longer navigable in summer as the water level is too low even for river boats.

The causes are multiple: global warming is causing Himalayan glaciers to melt at an unprecedented rate; much water is diverted to irrigation; agriculture and industry pump out huge amounts of groundwater; and hundreds of dams interfere with the river's natural flow. Solutions exist, but if this condition of Ganga persists, agriculture in its basin may become less and less sustainable, threatening the livelihood of millions and India's food production.

Such challenges and a few more have often led farmers to take loans in times of hardship, only to find that paying those loans back was difficult and catching them in a debt trap. As a result, many farmers — as many as 2,300 every day, according to some estimates — have been compelled to abandon agriculture. With new approaches such as those described in this chapter, there is hope that agriculture will eventually flourish in every part of India.

Now students, let's work through the questions and activities given at the end of the chapter.

Question 1: Why do farmers in Kerala grow rice while farmers in Punjab grow mostly wheat? What would happen if they swapped?

This is a very interesting question. The reason why farmers in Kerala grow rice while farmers in Punjab grow mostly wheat is due to differences in climate, soil, and water availability.

Kerala is located in the southwestern part of India with a tropical wet climate. It receives heavy rainfall from the southwest monsoon as well as the northeast monsoon. The soil in Kerala is laterite soil and alluvial soil in some areas. Rice requires a lot of water, and Kerala receives plenty of rainfall. Also, rice has been traditionally cultivated in Kerala for centuries, and the farmers have the expertise and infrastructure for rice cultivation.

Punjab, on the other hand, is located in the northwestern part of India with a subtropical climate. It receives limited rainfall and relies heavily on irrigation from rivers and groundwater. Wheat requires less water compared to rice and grows well in the alluvial soil of Punjab. Punjab is known as the 'granary of India' because of its successful wheat cultivation.

If they swapped, it would not work well. If farmers in Punjab tried to grow rice, they would face water shortage because rice requires a lot of water, and Punjab does not have enough rainfall to support rice cultivation without extensive irrigation. Even with irrigation, it would be difficult and expensive. If farmers in Kerala tried to grow wheat, they might face problems because wheat requires a cooler climate and a dry period for harvesting, which Kerala's humid climate does not provide. Also, the heavy rainfall in Kerala might cause waterlogging, which is harmful to wheat.

So, the crops grown in each region are suited to the local climate, soil, and water conditions.

Question 2: Match the following.

Let me match each item from Column A with the correct item from Column B.

(a) Kharif crops matches with (ii) Crops grown during the monsoon. Kharif crops are monsoon crops that are sown in June-July and harvested in September-November.

(b) Rabi crops matches with (i) Crops during the winter. Rabi crops are winter crops that are sown in October-November and harvested in April-May.

(c) Alluvial soil matches with (v) Soil rich in nutrients deposited by rivers. Alluvial soil is formed by the deposition of silt, sand, and mud by rivers.

(d) Terrace farming matches with (vi) Method of farming on hillsides. Terrace farming involves creating steps or terraces on hillsides to prevent soil erosion and conserve water.

(e) Alpine soil matches with (iii) Thin, rough, and rocky soil found in mountainous regions. Alpine soil is found in high altitude areas like the Himalayas and is thin and rocky.

(f) Zaid crops matches with (iv) Crops grown in summer. Zaid crops are summer crops that are grown between March and June.

Question 3: Why do certain crops thrive in specific regions?

Certain crops thrive in specific regions because of several factors. First, climate plays a crucial role. Different crops require different amounts of sunlight, rainfall, and temperature. For example, rice requires hot and humid climate with plenty of water, while wheat can tolerate cooler and drier conditions.

Second, soil type is important. Different crops have different soil requirements. For example, cotton grows well in black soil, while tea and coffee grow well in red and laterite soils.

Third, water availability determines which crops can be grown. Some crops require a lot of water, while others are drought-resistant. Regions with good irrigation facilities can grow water-intensive crops.

Fourth, traditional knowledge and practices also influence crop selection. Farmers have been growing certain crops for generations and have developed expertise in those crops.

Fifth, market demand and economic factors also play a role. Farmers often grow crops that have good market demand and can fetch good prices.

Question 4: How has modern technology helped farmers?

Modern technology has helped farmers in many ways. Let me list some of the major contributions.

First, high-yielding varieties of seeds have increased crop production. These seeds are developed through scientific processes and produce more grain per plant compared to traditional seeds.

Second, modern irrigation techniques like drip irrigation and sprinkler irrigation help in using water efficiently. This is especially important in areas where water is scarce.

Third, chemical fertilisers and pesticides help in increasing crop yields by providing essential nutrients and protecting crops from pests and diseases.

Fourth, mechanisation has made farming easier and faster. Tractors, harvesters, and other machines reduce the need for manual labour and complete tasks quickly.

Fifth, modern technology helps in weather forecasting, which allows farmers to plan their activities accordingly and protect their crops from adverse weather conditions.

Sixth, digital technology and internet access help farmers get information about market prices, weather, new farming techniques, and government schemes.

Seventh, government schemes like crop insurance help farmers in case of crop failure due to natural calamities.

Question 5: Why is sustainable agriculture important? Write a short note on this.

Sustainable agriculture is important for several reasons.

First, sustainable agriculture helps in preserving the environment. It reduces the use of chemical fertilisers and pesticides, which can pollute soil and water. Instead, it uses natural methods like organic fertilisers and biological pest control.

Second, sustainable agriculture helps in conserving natural resources like water and soil. Techniques like drip irrigation and contour ploughing help in efficient water use and prevent soil erosion.

Third, sustainable agriculture ensures long-term productivity. By maintaining soil health and biodiversity, sustainable farming can continue to produce food for future generations.

Fourth, sustainable agriculture is beneficial for the health of humans and animals. By avoiding harmful chemicals, it produces food that is safer and more nutritious.

Fifth, sustainable agriculture supports the livelihood of small farmers by reducing their dependency on expensive chemical inputs and increasing their resilience to climate change.

Sikkim is an example of a state that has adopted sustainable agriculture by becoming 100 per cent organic.

Question 6: Name some challenges that farmers face today. What might be their impact for people?

Some of the challenges that farmers face today are:

First, small landholdings. As land gets divided among family members over generations, the average size of farmland is decreasing. This makes it difficult for farmers to earn enough income and invest in modern equipment.

Second, climate change. Unpredictable weather patterns, droughts, floods, and extreme events are making farming more risky. Crop failures can lead to financial losses and food scarcity.

Third, water scarcity. Over-extraction of groundwater for irrigation is depleting water resources in many parts of India. This affects the ability to grow water-intensive crops.

Fourth, debt trap. Many farmers take loans to buy seeds, fertilisers, and equipment. If crops fail, they cannot repay the loans, leading to a cycle of debt.

Fifth, lack of modern equipment. Small farmers cannot afford expensive machinery like tractors and harvesters, which limits their productivity.

Sixth, market challenges. Farmers often do not get fair prices for their produce due to lack of direct access to markets. Middlemen take a large share of the profits.

The impact of these challenges on people can be severe. If farmers leave agriculture due to these challenges, there will be less food production, leading to higher food prices and food insecurity. It can also lead to unemployment and migration from rural to urban areas.

Question 7: Have a debate in class on the topic "Traditional irrigation methods are better than modern ones."

For this debate, you need to prepare arguments for both sides.

Arguments in favour of traditional irrigation methods being better:

Traditional irrigation methods are often more sustainable and environmentally friendly. They use local materials and knowledge that has been passed down through generations. They are adapted to local conditions and require less energy. Examples like the phad system in Maharashtra and bamboo drip irrigation in Northeast India are community-based and promote collective management of water resources. These methods also preserve traditional knowledge and cultural practices.

Arguments in favour of modern irrigation methods being better:

Modern irrigation methods like drip and sprinkler irrigation are more efficient in using water. They deliver water directly to the plant roots, reducing wastage. They can be controlled precisely and can increase crop yields significantly. Modern methods also help in farming in areas with limited water resources.

However, the best approach might be to combine traditional and modern methods, using the wisdom of traditional practices with the efficiency of modern technology.

Question 8: Write a short essay describing what farming might be like when you are 60 years old. You could also draw or paint a picture to illustrate what you envision.

For this essay, think about the trends in agriculture today and imagine how they might evolve. Some possibilities include:

More use of technology like drones, artificial intelligence, and robots in farming.

Greater adoption of sustainable and organic farming practices.

Climate change affecting farming patterns.

Hydroponics and vertical farming becoming more common in urban areas.

Farmers using smartphones and internet for information and marketing.

More focus on preserving traditional seeds and practices.

You can write about any of these aspects and create a vision of farming in the future.

Question 9: Form small groups and discuss the issues affecting the Ganga basin. Prepare a presentation proposing your solutions and their rationale. Share and discuss in class.

For this activity, you need to research the issues affecting the Ganga basin. Some of the issues include:

Pollution from industrial waste and sewage.

Over-extraction of water for irrigation.

Damming of the river for hydroelectric projects and irrigation.

Climate change affecting glacier melt and rainfall patterns.

Groundwater depletion.

For each issue, propose solutions. For example, stricter enforcement of pollution control laws, promoting efficient irrigation techniques, improving water management, and promoting sustainable agricultural practices.

Question 10: Looking at the crops listed in the section 'Echoes from the Past', which ones do you find in use in your home? What conclusion can you draw from your observations?

In the section 'Echoes from the Past', we learned about crops like barley, wheat, rice, sesame, black gram, green gram, fenugreek, cotton, hemp, jute, grapes, dates, jujube, jackfruit, mango, mulberry, and black plum.

You need to identify which of these crops are used in your home. For example, you might use wheat in the form of roti, rice, mango, black gram in dal, and so on.

From your observations, you can conclude that many of the crops that were cultivated thousands of years ago are still used in our homes today. This shows the continuity of agricultural practices in India and the importance of preserving traditional crops and seeds.

Now students, let me give you a brief recap of what we have learned in this chapter.

We started by understanding what agriculture means and its importance in India. We learned that agriculture encompasses farming, animal husbandry, forestry, and horticulture, and that it provides livelihood to about 46 per cent of India's working population.

We then traveled back in time and learned about the history of Indian farming, starting from the Neolithic period around 7000 BCE, through the Harappan civilization, to the ancient texts that contain valuable agricultural knowledge.

We learned about India's climatic diversity and how it affects crop distribution. We understood the three cropping seasons: kharif, rabi, and zaid, and the crops grown in each season.

We studied the six major soil types of India: alluvial, black, red, laterite, desert, and alpine soil, and the crops suitable for each type.

We learned about soil conservation techniques, both traditional and modern.

We understood the importance of water in agriculture and the difference between rain-fed and irrigated agriculture. We learned about traditional irrigation systems like phad and bamboo drip irrigation, and modern techniques like drip and sprinkler irrigation.

We discussed seeds and how they have been preserved traditionally and the modern seed industry.

We compared traditional farming systems with contemporary agriculture, including the Green Revolution and its impacts.

We learned about sustainable agriculture and the importance of combining traditional wisdom with modern technology.

We discussed the role of government in supporting farmers through various schemes.

Finally, we learned about the challenges faced by farmers, including small landholdings, climate change, water scarcity, and debt trap.

This chapter has given us a comprehensive understanding of Indian farming, its history, present practices, and future challenges. Agriculture is not just an occupation; it is a way of life that connects us to our land, our culture, and our future. As responsible citizens, we should appreciate the hard work of farmers and support sustainable farming practices.

Thank you for listening to this lesson. I hope you have learned something new and valuable about the story of Indian farming. Remember, every grain of rice or wheat on your plate represents the hard work of a farmer. Let us respect and support our farmers. See you in the next lesson!