Class 7 Social Science

Chapter 13 — The Story of Indian Farming

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Overview

Summary

This chapter tells the story of Indian farming from prehistoric times to today, showing how climate, soil, water, and seeds shape what crops grow where — and how traditional wisdom and modern methods can work together.

Chapter 1 of Exploring Society: India and Beyond (Grade 7, Part 2) traces farming in India from the 7th–8th millennium BCE — when rice appeared in the Ganga Plain and barley was cultivated at Mehrgarh — to the Green Revolution of the 1960s–70s and today's push for sustainable agriculture. It explains how India's seven climate types and 15 agroclimatic zones, two monsoon seasons (southwest and northeast), six major soil types, and three cropping seasons (kharif, rabi, zaid) together decide which crops can grow in each region. The chapter also covers soil conservation, irrigation methods from bamboo drip systems to sprinkler irrigation, the role of seeds, challenges farmers face such as small landholdings and climate change, and the support the government provides.

Essentials

Key points & formulas

  1. 01Agriculture and allied activities contribute about 18% of India's GDP and employ about 46% of the workforce (2022–23); more than 75% of people working in agriculture in rural India are women (2025).
  2. 02India has three cropping seasons — kharif (monsoon crops, sown with the southwest monsoon June–September), rabi (winter crops), and zaid (summer crops); these Arabic-origin terms have been in use since Mughal times.
  3. 03India's six major soil types — alluvial, black, red, laterite, desert, and mountain/alpine — each support different crops; alluvial soil, carried by rivers, is the most nutrient-rich.
  4. 04Traditional soil conservation includes crop rotation, multiple cropping, contour ploughing, and organic fertilisers like cow dung; modern techniques include terracing and afforestation.
  5. 05The Green Revolution (1960s–70s), led by M.S. Swaminathan, introduced high-yielding seeds, chemical fertilisers, and mechanised equipment, making India self-sufficient in food — but it also caused long-term soil degradation, groundwater depletion, and health risks.
  6. 06Irrigation in India has a long history — from traditional systems like phad canals (Maharashtra) and bamboo drip irrigation (northeast India) to modern drip and sprinkler irrigation; the Kallanai anicut across the Kaveri River is about 1,800 years old.
  7. 07Sikkim became the world's first 100% organic state after banning chemical fertilisers and pesticides in 2014; the FAO has recognised three globally significant agricultural heritage systems in India: saffron farming in Kashmir, integrated forest-based farming in Odisha, and below-sea-level farming in Kerala.
  8. 08Indian farmers today face challenges including shrinking landholdings (average about three-fourths of a hectare), climate change causing unpredictable weather, debt traps, and difficulty affording modern machinery.
Questions

Frequently asked questions

01

What are the three cropping seasons in India?

The three cropping seasons are kharif, rabi, and zaid. Kharif crops (such as rice, maize, cotton, and groundnut) are sown with the southwest monsoon and grown in hot, heavy-rainfall conditions. Rabi crops (such as wheat, mustard, barley, and gram) are winter crops grown in cooler, drier conditions. Zaid crops (such as watermelon, cucumber, and muskmelon) are grown during the summer season.

02

What do the words kharif, rabi, and zaid mean?

These three terms are of Arabic origin and have been used in India since Mughal times. Before these Arabic terms became widely used, the same seasons were called kedara (wet crops), haimana (winter crops), and graishmica (summer crops) in older Indian texts.

03

What are the six types of soil found in India?

India has six major soil types: alluvial soil (silt deposited by rivers, very nutrient-rich), black soil (formed from volcanic rocks, holds moisture well, also called cotton soil), red soil (formed from weathered lava or old rocks, reddish due to iron content), laterite soil (formed by rain weathering, not very fertile), desert or sandy soil, and mountain or alpine soil (thin, rough, and rocky). Each soil type supports different crops.

04

How does the monsoon affect farming in India?

India experiences two monsoons: the southwest monsoon (June to September), which is crucial for kharif crops in northern and central India, and the northeast monsoon (October to December), which brings rainfall to eastern and southern India. States like Tamil Nadu, West Bengal, and Andhra Pradesh can grow rice throughout the year because they receive water from both monsoons as well as irrigation. Farmers who depend entirely on rainfall face risks like drought and unpredictable monsoons.

05

What was the Green Revolution and who led it?

The Green Revolution was a major shift in Indian agriculture in the 1960s and 1970s. It introduced high-yielding varieties of seeds, increased irrigation, chemical fertilisers and pesticides, and mechanised equipment like tractors and harvesters. It was led by M.S. Swaminathan, who later received the Bharat Ratna, and it helped India achieve self-sufficiency in food grain production, particularly wheat and rice.

06

What are the problems caused by the Green Revolution?

Over the decades, the long-term effects of the Green Revolution have become visible. These include the impoverishment of soil, depletion of groundwater, contamination of soil and water by chemical fertilisers and pesticides, and damage to human and animal health — including the multiplication of cancer cases in rural areas as established by scientific studies. The use of chemicals also disrupts ecosystems by harming important creatures like bees, which are necessary for pollination.

07

What is intercropping and how old is it in India?

Intercropping is the practice of growing two or more different crops simultaneously in the same field. Archaeological evidence at the Harappan site of Kalibangan in Rajasthan shows perpendicular furrows indicating intercropping around 2800 BCE — and the same practice continued in the 1960s, about 4,800 years later, showing the deep roots of this tradition in Indian farming.

08

What traditional and modern irrigation methods are used in India?

India has a rich history of irrigation. Traditional systems include phad systems (community canals in Maharashtra that divert river water), bamboo drip irrigation (used in northeastern India to channel spring water through bamboo pipes), and various water structures like kull, kund, ahar, pokhar, eri, and surangam. The Kallanai anicut across the Kaveri River, built about 1,800 years ago, is still in use. Modern methods include drip irrigation (slow delivery of water directly to plant roots) and sprinkler irrigation (water sprayed over crops like artificial rain).

09

What challenges do farmers in India face today?

Indian farmers face several serious challenges. Landholdings have been shrinking as land is divided among family members — the average holding is about three-fourths of a hectare, roughly the size of a football field. Machinery designed for large farms is expensive and often unsuitable for small farms. Climate change is causing more unpredictable weather, droughts, and extreme rainfall, increasing the risk of crop failure. Financial pressures force many farmers into debt traps, and by some estimates as many as 2,300 farmers are compelled to abandon agriculture every day.

10

What is Sikkim's significance in Indian agriculture?

Sikkim became the world's first 100% organic state. In 2014, it banned chemical fertilisers and pesticides and adopted an organic farming model focused on natural farming practices. This makes Sikkim a leading example of sustainable agriculture in India.

11

What is panchagavya and why is it important?

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 plants' resistance to diseases. It is an example of a traditional practice that modern science has validated.

12

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