Question 1

What are the main characteristics of Indian agriculture?

Accepted Answer

The main Characteristics of Indian Agriculture are:
(i) Deep Cultural Roots: The word agriculture comes from Latin words ‘agri’ means ‘field’ and ‘culture’ means ‘to cultivate’. Indian agriculture is not limited to growing crops; it includes livestock rearing, beekeeping (apiculture), fisheries, silkworm rearing, silk production, and fibre production like cotton and hemp. This shows how rich and diverse India’s farming traditions are.
(ii) Strong Economic Importance: Agriculture and allied activities contribute more than 18% to India’s GDP (2022-23). Nearly 46% of India’s working population is engaged in farming and related activities, making it a major source of livelihood and national development.
(iii) Traditional Family Connection: Most Indian families have been connected to farming for generations. This long association shows the deep cultural, emotional, and economic bond between people and the land.
(iv) Diverse Crops Across Regions: India has a wide range of climates and soils. This allows farmers to grow many crops-like rice in wetter regions, wheat in cooler areas, and cotton, sugarcane, and millets in warmer places.
(v) Different Farming Practices in Different Areas: Because soils, temperatures, and rainfall vary across India, each region follows unique farming practices and grows crops suited to local conditions. This makes Indian agriculture highly adaptable.
(vi) Labour-Rich Agriculture: Farming involves many activities like sowing, weeding, and harvesting. These tasks give work to many people and strengthen rural communities.
(vii) Balanced Use of Traditional and Modern Methods: Indian farmers use both traditional tools and modern machines. This combination helps maintain cultural practices while also improving productivity.

Question 2

How are farming, climate, soil, and water interrelated?

Accepted Answer

Farming in any region depends mainly on its climate, which decides the temperature and rainfall a place receives. Different climates support different kinds of crops. For example, rice grows well in warm areas with plenty of rain, while wheat grows best in cooler places with moderate rainfall. Some crops like millets and pulses thrive even in dry climates, whereas tea and coffee grow beautifully in hilly regions with cool weather. Thus, the climate of a place guides farmers in choosing the right crops.
Soil also plays a very important role in farming because it provides plants with nutrients. Different soils grow different crops. For instance, alluvial soil is very fertile and supports rice, wheat, sugarcane, and jute. Black soil holds moisture and is ideal for cotton, while red soil is good for groundnut, millets, and pulses. When the soil is rich and healthy, crops grow better and give higher yields. Wherever the soil needs support, farmers improve it using compost and fertilisers.
Water availability further influences farming practices. Crops need the right amount of water to grow, and farmers use rivers, canals, tube wells, and tanks to irrigate their fields where rainfall is not enough. Some crops like sugarcane and paddy need more water, whereas others like bajra or ragi require very little. With the right balance of climate, soil, and water, farmers are able to grow suitable crops and ensure healthy, productive agriculture.
In conclusion, climate, soil, and water work together to decide what kind of farming is possible in any region. The combination of these three factors helps farmers choose the right crops and farming methods, ensuring better productivity and sustainable agriculture.

Question 3

How can traditional practices and contemporary ones complement each other?

Accepted Answer

Traditional practices and contemporary ones complement each other in the following ways:
Traditional practices use natural methods like mixed farming, organic manure, and crop rotation. While, contemporary (modern) practices use machines, HYV (High Yielding Variety) seeds, fertilisers, and latest irrigation technology. When both are used together, farming becomes more efficient and ecofriendly. Traditional methods protect the soil and environment, while modern methods increase production. By combining both, farmers can grow healthier crops in a faster and safer way.
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Question 4

Try to name at least two states in each of the zones mentioned above. (Page 11)

Accepted Answer

Two states that fall under the following agroclimatic zones are:
Upper Gangetic Plain Region: Uttar Pradesh and Bihar
Southern Plateau Region: Maharashtra and Karnataka
Hill Region: Himachal and Uttarakhand
Western Dry Region: Rajasthan and Gujarat (Northern part)

Question 5

Which type of soil is predominantly found in your state or union territory? (Page 11)

Accepted Answer

(Suggested answer) Type of soil predominantly found in Bihar.
Alluvial Soil is the most common soil in Bihar. It is found in almost the entire state because Bihar lies in the Gangetic plain. This soil is fertile, rich in minerals, and very good for growing rice, wheat, maize, pulses, sugarcane, and vegetables.

Question 6

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. (Examine the soil using a magnifying glass or microscope if you have access to either.) 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? (Page 11)

Accepted Answer

After collecting soil from my neighbourhood and observing it closely, I found that it is made up of different materials. The soil has small grains of sand, fine silt, and clay mixed together. I also noticed a few tiny pebbles and small pieces of dry leaves. Along with these, there were some thin roots and bits of organic matter. All these things together make up the soil in my area.
The soil in my area has several possible origins. It is likely formed from river deposits, as rivers bring silt and sand from the mountains and spread them over the land, creating alluvial soil. Over thousands of years, rocks have also broken down into smaller particles through weathering, adding to the soil. Along with this, the remains of dead plants and animals have decomposed and formed humus, which improves the soil’s fertility. All these processes show that the soil has been shaped by water, wind, and natural decay over a very long period of time.
Over time, the soil may change because of continuous human activities. If too many chemical fertilisers are used, the soil may lose its natural nutrients and become less fertile. Plastic and other waste materials can pollute the soil and harm the environment. Heavy use of land may also make the soil hard and compacted. Cutting down trees can lead to soil erosion, where the top layer of soil is washed away by rain. However, adding compost, reducing waste, and planting more trees can help protect the soil and keep it healthy.

Question 7

Take up a small group project. Identify the types of vegetables, fruits, and trees that grow in the different soil types. (Page 11)

Accepted Answer

For our small group project, we studied different’ soil types and learnt that each one supports different vegetables, fruits, and trees.
Alluvial soil grows vegetables like onions and brinjals, and fruits such as guavas and papayas.
Black soil is good for crops like chillies and soybeans, and fruits like grapes.
Red soil supports maize, groundnuts, and fruits like pomegranates.
Laterite soil grows pineapples, cashews, and rubber trees.
Alpine soil supports apple, strawberry, cashew nuts, almonds etc.
Sandy soil is suitable for carrots, cucumbers, and date palms.

Question 8

Create a family food flowchart that connects your favourite dishes to the different crops they are prepared from and the corresponding soil types in which they are cultivated. (Page 11)

Accepted Answer

(Suggested answer) Here is the flow chart of the food items we eat and the soil types they are cultivated in.

Source: This question is from The Story of Indian Farming, Social Science &mdash; Class 7, CBSE Board.
Key Concepts CoveredThis question tests your understanding of the following concepts from the chapter The Story of Indian Farming: Create, Family, Food, Flowchart, Connects, Favourite. These are fundamental topics in Social Science that students are expected to master as part of the CBSE Class 7 curriculum.A thorough understanding of these concepts will help you answer similar questions confidently in your CBSE examinations. These topics are frequently tested in both objective and subjective sections of Social Science papers. We recommend revising the relevant section of your textbook alongside practising these solved examples to build a strong foundation.
How to Approach This QuestionRead the question carefully and identify what is being asked. Break down complex questions into smaller parts. Use the terminology and concepts discussed in this chapter. Structure your answer logically — begin with a definition or key statement, then provide supporting details. Review your answer to ensure it addresses all parts of the question completely.
Key Points to RememberRead the question carefully and identify all parts before answering.
Use the terminology specific to this subject and chapter.
Review the textbook content for this chapter before attempting questions.
Practice writing concise, well-structured answers within time limits.
Related Questions from The Story of Indian FarmingQ1: What are the main characteristics of Indian agriculture?
Q10: Listen to the special programmes for farmers on the radio or watch a programme on television for a...
Q2: How are farming, climate, soil, and water interrelated?
Q3: How can traditional practices and contemporary ones complement each other?
Q4: Try to name at least two states in each of the zones mentioned above. (Page 11)
Practice more questions from The Story of Indian Farming &mdash; Social Science, Class 7 CBSE

Question 9

Identify modern agricultural solutions inspired by traditional practices (for example, neem-based practices). (Page 22)

Accepted Answer

Some Modern Agricultural Solutions Inspired by Traditional Practices are as follows:
Neem-based pesticides: Farmers traditionally use neem leaves to keep insects away. Today, modern neem-based biopesticides are made using the same idea and are used to control pests naturally.
Organic manure/compost: Earlier, farmers used cow dung and plant waste to improve soil quality. Modern organic farming still uses compost and bio-fertilisers to keep the soil healthy without chemicals.
Crop rotation: Traditional farmers grew different crops in different seasons to keep the soil fertile. Today, scientists recommend systematic crop rotation as a modern soil management technique.
Mixed cropping: Earlier, farmers grew more than one crop on the same field. Now, this idea is used in modern intercropping systems to reduce pests and increase productivity.
Rainwater harvesting: People traditionally stored rainwater in ponds or tanks. Today, improved techniques like check-dams and groundwater recharge systems follow the same principle.
Mulching: Farmers once covered soil with dry leaves or straw to retain moisture. Modern mulching uses plastic sheets or organic materials to reduce evaporation and protect the soil.

Question 10

Listen to the special programmes for farmers on the radio or watch a programme on television for a few days. Write down carefully the information that is shared through these mediums. Make a short report on the categories of information you gathered as well as questions that came to your mind during this activity. (Page 25)

Accepted Answer

(Suggested answer) I watched Krishi Darshan, a programme on agriculture telecasted daily on DD Kisan channel and also on DD National. I was able to gather the following information.
(a) Weather and Climate Updates
Daily and weekly weather predictions
Chances of rainfall or drought
Advice on protecting crops during extreme weather
(b) Crop-Related Guidance
Best time for sowing seeds
Techniques for improving soil quality
Tips for increasing crop yield
Information on pest and disease control
(c) Modern Farming Techniques
Use of drip irrigation and sprinklers
Benefits of organic farming
Use of improved seeds and fertilisers
(d) Government Schemes and Support
New subsidies for seeds and fertilisers
Crop insurance schemes
Information about loans for farmers
(e) Market and Price Information
Current rates of major crops
Advice on where farmers can sell their produce at better prices
(f) Success Stories
Interviews with farmers who used new techniques
Examples of best farming practices
The questions that came to my mind after listening to programmes for farmers are:
How can small farmers afford modern machines and irrigation systems?
What can farmers do if their crops fail due to unexpected weather changes?
How do scientists test new seed varieties before releasing them?
Can organic farming replace chemical farming completely?
What steps can the government take to support farmers during drought years?
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