The Story of Indian Farming
- 1. India’s Agricultural Landscape — Overview
- 2. Echoes from the Past — History of Indian Farming
- 3. Climate, Seasons and Crops
- 4. Kharif, Rabi and Zaid — Three Cropping Seasons
- 5. Soil — The Foundation of Cultivation
- 6. Six Major Soil Types of India
- 7. Soil-Crop Linkages & Nurturing the Soil
- 8. Water — Rain-Fed vs. Irrigated Agriculture
- 9. Traditional Irrigation Systems
- 10. Seeds — Traditional and Modern
- 11. Agricultural Practices — Traditional Wisdom
- 12. Contemporary Agriculture & Green Revolution
- 13. Sustainable Pathways
- 14. Role of Government & Challenges
- 15. Key Glossary
- 16. MCQ Practice — UPSC Standard
India’s Agricultural Landscape — Overview
Agriculture (from Latin: agri = field, culture = to cultivate) is one of the oldest occupations of humankind. It encompasses the preparation of soil, cultivation of plants, rearing of livestock, growing of trees, and in some areas, pisciculture (fish rearing) and rearing of cocoons to extract silk thread.
Very broadly, agriculture encompasses: farming, animal husbandry (raising livestock), forestry, and horticulture.
The Government of India classifies economic activities related to agriculture as ‘agriculture and allied activities’. This broadly includes:
- Agriculture (crop cultivation)
- Livestock-related activities (animal husbandry)
- Beekeeping (apiculture)
- Fisheries (pisciculture)
- Rearing of silkworms and preparing silk yarn (sericulture)
- Fibre production (cotton, hemp)
| Indicator | Data |
|---|---|
| Share of Agriculture in GDP | Over 18% (2022–23) |
| Working population in Agriculture | ~46% (2022–23) |
| Women in Agriculture (rural) | More than 75% of agriculture workers (2025) |
When you read or hear 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 (2025). They perform most of the farming operations, from sowing to harvesting and threshing.
A large proportion of families in India are closely connected to the land, and in many cases, have been cultivating it for generations. 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 and saffron valley of Kashmir, to the lush tea gardens of the Northeast/Nilgiris, and the emerald paddy fields of Kerala.
Echoes from the Past — History of Indian Farming
The story of Indian farming goes back to prehistory. Key archaeological and historical milestones:
| Period / Site | Evidence / Significance |
|---|---|
| 7th–8th millennium BCE — Ganga Plain | Presence of rice grains (may not be systematic cultivation yet) |
| 7th millennium BCE — Mehrgarh (Baluchistan) | Cultivation of barley and millets; antecedent of Sindhu-Sarasvatī civilisation |
| Harappan period (3rd millennium BCE) | Barley and wheat as staple crops; evidence of rice; millets and vegetables also present |
| ~2800 BCE — Kalibangan (Rajasthan) | Intercropping evidenced by perpendicular furrows — same practice continued into the 1960s, ~4800 years later! |
| Pre-urban Sindhu-Sarasvatī (~3500 BCE) | Domestication of cattle, asses, sheep, goats, dogs, pigs, fowl |
| Historical period (various texts) | Rich information on agriculture, horticulture, plant biodiversity |
Over time, Indian farmers learned to cultivate:
- Oilseeds: sesame, safflower, linseed, mustard, castor
- Legumes: green gram, black gram, fenugreek
- Fibre crops: cotton, hemp, jute
- Fruits: grapes, dates, jujube, jackfruit, mango, mulberry, black plum
The Vedas mention yava (barley), godhūma (wheat) and vrīhi (rice), as well as sesame, black gram, pulses and legumes.
Ancient texts on agriculture include:
- Kauṭilya’s Arthaśhāstra — preparation of land and seeds, payments to farmers
- Sangam literature of early Tamils
- Amarakoṣha — describes 12 types of agricultural land based on soil fertility
- Kṛiṣhiparāśhara — quoted at the start of this chapter
- Varāhamihira’s Bṛihatsamhitā — describes grafting method still in use today
- Surapāla’s Vṛikṣhāyurveda — seed preparation, soil cultivation, planting, irrigation methods
Grafting is a technique that joins one plant with another to grow as a single plant, enabling the combining of desirable traits like pest resistance or sweetness of fruit.
Climate, Seasons and Crops — What Grows Where and When?
India’s varied geography and climate influence the variety of crops grown. Xuanzang, the Chinese pilgrim travelling in 7th century India, observed: “The climate and the quality of the soil being different according to situation, the produce of the land is various in its character.”
India is divided into 15 agroclimatic zones. This categorisation combines climate factors, different soil types, terrain, and types of vegetation to help plan agricultural production.
| Climate Type | Region |
|---|---|
| Alpine | The Himalayas |
| Temperate | The lower Himalayas |
| Subtropical | The northern plains |
| Arid | The Thar Desert |
| Tropical Wet | Western coastal strip |
| Semi-Arid | Central Deccan Plateau |
| Tropical | Eastern India and southern peninsula |
The Monsoon and Agriculture
The Indian monsoon system is a key factor in the country’s agricultural diversity.
| Monsoon | Period | Region Affected | Significance |
|---|---|---|---|
| Southwest Monsoon | June to September | Most of India | Crucial for kharif crops in northern and central India |
| Northeast Monsoon | October to December | East and south India | Brings rainfall to Malabar (Kerala) and Coromandel (Tamil Nadu) plains |
States like Tamil Nadu, West Bengal and Andhra Pradesh grow rice throughout the year due to water availability from both monsoons plus irrigation.
Kharif, Rabi and Zaid — Three Cropping Seasons
Indian agriculture is mainly divided into three cropping seasons. The terms kharif, rabi, and zaid are of Arabic origin and have been in use since the Mughal times.
Before the Arabic terms became widely used, the three crop seasons were called in Sanskrit:
- Kedāra — wet crops (= Kharif)
- Haimana — winter crops (= Rabi)
- Graiṣhmika — summer crops (= Zaid)
| Season | Also Called | Climate | Sowing | Harvest | Major Crops |
|---|---|---|---|---|---|
| Kharif | Monsoon crops | Hot, heavy rainfall | June–July | October–November | Rice, maize, jowar, bajra, sugarcane, groundnut, cotton |
| Rabi | Winter crops | Cool, less water | November | February–March | Wheat, barley, peas, mustard, gram |
| Zaid | Summer crops | Summer season | March–April | June–July | Watermelon, cucumber, muskmelon, pumpkin |
The Arthaśhāstra states: “A good rainy season is one when one-third of the annual rainfall occurs at the beginning (Śhrāvaṇa — July-August) and at the end of the season (Kārtika — October-November), and two-thirds in the middle (Prauṣhṭhapada — August-September and Āśhvayuja — September-October).” This is directly linked to the kharif crop cycle!
Soil — 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, providing nutrients, water, and support for crops.
How is Soil Formed? (Four Stages)
| Stage | Description |
|---|---|
| Stage 1 — Bedrock disintegrates | Bedrock (original rock) begins to break down through weathering (physical, chemical, biological) |
| Stage 2 — Organic facilitation | Organic materials facilitate further disintegration; parent material forms |
| Stage 3 — Layers form | Humus (dark organic matter from decomposed plant/animal matter, rich in nutrients) and Top Soil form |
| Stage 4 — Vegetation support | Developed soil supports thick vegetation and complex ecosystems |
Key Terms — Soil Science
Six Major Soil Types of India
Ancient texts like the Amarakoṣha describe twelve types of agricultural land based on soil fertility. Today, we classify the soils of India into six major types.
| Soil Type | Formation | Characteristics | Key Regions |
|---|---|---|---|
| Alluvial Soil | Silt deposits (mud, sand, fine particles) brought by rivers from mountains and plateaus | Rich in nutrients; most fertile for agriculture | Indo-Gangetic plains, river deltas |
| Black Soil (Cotton/Regur Soil) | Weathering of volcanic rocks | Holds a lot of moisture; very fertile; self-ploughing | Deccan Plateau (Maharashtra, MP, Telangana) |
| Red Soil | Weathering of lava (cooled slowly) or old rocks; iron chemical makes it red | Reddish in colour (iron reacts with air/water); not very fertile | Eastern Deccan, Chhattisgarh, Tamil Nadu |
| Laterite Soil (Brick Earth) | Weathering of rock by rain; becomes hard in hot weather | Most minerals washed away, leaving iron and aluminium; reddish; not fertile | Western Ghats, Northeast India, Odisha |
| Alpine Soil (Mountain Soil) | Freezing and melting of ice leads to weathering of rock | Thin, rough and rocky; poor in nutrients | Himalayan region |
| Sandy Soil (Desert Soil) | Mostly small sand grains; with water, air and organic matter forms sandy soil | Poor water retention; less fertile | Rajasthan (Thar Desert), parts of Gujarat |
Soil-Crop Linkages & Nurturing the Soil
Healthy soil is a complex ecosystem with organisms like bacteria, fungi, earthworms, and insects. It has minerals, organic matter (humus), water, and air. These organisms break down organic material and improve soil health.
Traditional Soil Conservation Methods
- Crop Rotation: Different crops grown in same field in different seasons — prevents soil from losing specific nutrients.
- Multiple Cropping: Multiple crops grown in the same field — reduces pest risk, ensures at least one crop, periodic harvests.
- Contour Ploughing: Ploughing along natural curves of a hill slope — avoids soil erosion from rainwater.
- Organic Fertilisers: Cow dung to replenish soil nutrients.
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 resistance to diseases.
Contemporary Soil Conservation Methods
- Terracing: Creating flat steps in hilly areas — slows water runoff, reduces soil erosion.
- Afforestation: Planting trees — prevents soil erosion.
- Mulching: Still practised by farmers today (traditional method).
- Ploughing back crop residue: Improves organic content.
- Precision application of fertilisers: Efficient use, maintains soil health.
ICAR has documented almost 5,000 traditional practices and tested over a hundred of them. Over 85 per cent of these practices were validated by modern science and could be applied to reduce chemical use and enhance soil health.
Water — Rain-Fed vs. Irrigated Agriculture
Water is a fundamental resource for agriculture. Availability of water significantly determines how farming is done in different parts of India.
| Type | Description | Advantages | Challenges |
|---|---|---|---|
| Rain-Fed Agriculture | Relies entirely on rainfall; common in areas receiving sufficient monsoon rain | No additional infrastructure needed; natural | Dependent on monsoon timing; droughts; unpredictability |
| Irrigated Agriculture | Uses artificial methods to supply water to crops | Enhances productivity; reduces monsoon dependence; year-round farming possible | Infrastructure cost; groundwater depletion |
The history of irrigation in India is very long — right from the time of the Indus civilisation, various water structures have been built across the country. A rich vocabulary of water structures developed throughout India.
Examples of traditional water harvesting structures across India:
kull, kund, ahar, pokhar, khadin, arakere, koḷam, surangam, taḍāgam, eri — among many others, each unique to a region and its needs.
Traditional and Modern Irrigation Systems
| System | Type | Description / Region |
|---|---|---|
| Phad System | Traditional | Community-based irrigation; small canals divert river water to fields; particularly found in Maharashtra |
| Bamboo Drip Irrigation | Traditional | Bamboo pipes channel water from springs to fields; practiced in northeastern India |
| Kallanai (Grand Anicut) | Traditional (Historical) | Built by Karikāla across Kaveri River about 1,800 years ago; irrigates thousands of hectares; still functional |
| Small Ponds | Traditional | Collect rainwater; provide soil moisture for longer periods |
| Drip Irrigation (Trickle Irrigation) | Modern | Delivers water slowly and directly to plant roots through tubes and emitters; highly efficient |
| Sprinkler Irrigation | Modern | Sprays water into air, falls over crops like artificial rain; good for large areas |
With its rich alluvial soil, for millennia the Ganga basin has been a source of food and water to over 500 million people. Yet the Ganga is increasingly stressed — parts are no longer navigable in summer. Causes: global warming melting Himalayan glaciers; water diverted to irrigation; agriculture and industry pumping out groundwater; hundreds of dams. If this persists, agriculture in the Ganga basin may become less and less sustainable.
Seeds — Traditional and Modern
Seeds are a key component of farming. Traditionally, seeds have been passed down in families from generation to generation, preserved at community level, and shared. In some areas, women carry seeds as part of gifts to their marital home. High-yielding seeds were carefully selected and preserved for the next planting season.
The Indian seed drill is an ingenious invention of ancient Indian farmers. It combined soil preparation, seed planting, and closing of the furrow in one operation — reducing what would have been a three-step process into one.
ICAR has developed methods using a paste called beejamrit — made of cow dung and urine combined with other materials — to coat seeds before planting. This protects seeds from spoiling and also reduces germination time. (Based on traditional practices from ancient texts like the Arthaśhāstra.)
The Arthaśhāstra provides seed preparation instructions: cotton seeds smeared with cow dung; cereals, beans and pulses soaked in dew then sun-dried before planting; sugarcane smeared with honey, ghee, lard and covered with cow dung.
Today, an increasing number of farmers purchase seeds from companies. These seeds provide higher yields and are pest-resistant, but the plant later produces seeds not suitable for replanting next season. This has drawn criticism because it creates farmer dependency on seed companies.
Agricultural Practices — Traditional Wisdom
Traditional Agriculture — Core Philosophy
Traditional agriculture considers the plant and the soil (including the whole soil ecosystem) as a complete system. The soil is the primary source of nutrients. Bacteria and fungi in the soil convert nutrients into plant-available forms. The plants, in turn, supply energy to these organisms through their roots.
Intercropping
Growing two or more different crops simultaneously in the same field. Evidenced at Harappan sites (Kalibangan, ~2800 BCE) and still practised today.
Terrace Farming
Used on hilly slopes — farmers cut steps or terraces into the hillside to create flat land. Helps prevent soil erosion and conserve water. Example: Uttarakhand.
Traditional farming systems are aligned with natural cycles like the ṛitu chakra (cycle of seasons), relying on family involvement and domestic animals. Key examples:
- Kulāgar (Konkani: kula = family, āgar = storehouse): Traditional homestead farming system of the Konkan Plains (Goa). Families cultivate food crops, cash crops, fruits, vegetables, spices and medicinal plants around their homes with a structured irrigated system.
- Gokṛiṣhi: Holistic method in which cows provide manure (used as organic fertiliser) and bullocks are used to plough the fields.
Contemporary Agriculture & the Green Revolution
Contemporary agriculture is characterised by modern farming methods using technology, machinery, and new techniques. A significant turning point was the Green Revolution of the 1960s and 1970s.
- Introduction of High-Yielding Varieties (HYV) of seeds
- Increased and expanded irrigation
- Use of chemical fertilisers and pesticides
- Introduction of mechanised equipment (tractors, harvesters)
M.S. Swaminathan is regarded as the architect of India’s Green Revolution — recipient of the Bharat Ratna.
| Aspect | Green Revolution Outcome |
|---|---|
| Food grain production | Significant increase, particularly wheat and rice |
| Food self-sufficiency | India achieved self-sufficiency in food production |
| Economic role | Agriculture emerged as the “backbone of the Indian economy” |
| Long-term soil health | Long-term impoverishment of soil |
| Groundwater | Depletion of groundwater reserves |
| Environmental impact | Contamination of soil and water by pesticides and fertilisers |
| Human/Animal health | Damage — multiplication of cancer cases in rural areas (documented in scientific studies) |
| Ecosystem impact | Disruption — harm to pollinators like bees; chemical pollutants enter water sources |
Sikkim is the world’s first 100 per cent organic state. It adopted an organic farming model for sustainable agriculture by banning chemical fertilisers and pesticides in 2014, focusing on natural farming practices.
Sustainable Pathways — Combining Tradition & Modernity
There is a growing interest in combining the productivity of modern methods with the wisdom of traditional practices inspired by Indian Knowledge Systems (IKS).
| Approach | Description |
|---|---|
| Organic Farming | Avoids chemical fertilisers and pesticides; uses compost, seed cake (residue after oil extraction from seeds), and animal manure |
| Neem-based Pesticides | Natural pesticides — far less harmful to environment than chemical ones |
| Hydroponics | Plants grown in nutrient-rich water solutions without soil; essential minerals given directly to roots; useful for urban farming and areas with poor soil |
| Precision Farming | Drone use for soil moisture assessment, precise fertiliser application |
The Food and Agriculture Organisation (FAO) has recognised three globally significant agricultural heritage systems in India:
- Saffron farming in Kashmir — crocus flower cultivation; unique agro-climatic conditions
- Traditional agricultural systems of Odisha — integrate forest management with farming
- Below-sea-level agricultural methods in Kerala — includes crop plantation and fishing (integrated paddy farming in saline water)
Role of Government & Challenges Facing Indian Farmers
Government’s Role
| Government Support | Details |
|---|---|
| Input support | Access to seeds, fertilisers, pesticides |
| Information | Weather forecasts, research and training on new farming practices |
| Electricity subsidy | Lower electricity prices for irrigation to reduce input costs |
| Crop Insurance | Pradhan Mantri Fasal Bima Yojana (PMFBY) |
| Procurement | Government purchases important crops at Minimum Support Price (MSP) — ensures no difficulty in marketing and fair prices |
| Market linkage | Cold storages, digital technology for better market access |
Key Challenges
| Challenge | Description |
|---|---|
| Shrinking landholdings | Average landholding is ~¾ hectare (size of a football field); land divided among family members over generations |
| Low income | Small farmers cannot earn much; machines designed for large farms are expensive |
| Climate change | Unpredictable weather, untimely rains, severe droughts, heavy rainfall — higher risk of crop destruction |
| Farmer debt | Loans in times of hardship become debt traps; as many as 2,300 farmers abandon agriculture every day (estimates) |
| Input dependency | Dependency on seed companies and chemical input suppliers |
| Water stress | Groundwater reserves depleting rapidly; river systems like Ganga under stress |
★ Summary — Before We Move On
- Indian agriculture blends traditional and modern methods — involving crops, livestock, forestry, and more
- Agriculture connected with diverse climates and monsoons; three cropping seasons: kharif, rabi, and zaid
- Six major soil types influence which crops are grown; soil health is key to sustainable farming
- Seeds are passed down traditionally or bought as high-yield varieties; creating company dependency
- Sustainable farming combines modern technology with eco-friendly traditional practices
- Farmers face challenges: small landholdings, climate change, non-affordability of equipment, market issues
- Government helps through information, research, training, and financial support
Key Glossary
Essential Terms
MCQ Practice — UPSC Standard
Chapter 1: The Story of Indian Farming


