Social Science · Class 6 · Our Pasts: The Earliest Societies · Term 1

Domestication of Animals and Plants

Students will investigate which animals and plants were first domesticated and the methods used by early farmers.

• CBSE Learning Outcomes
• CBSE: From Hunting-Gathering to Growing Food - Class 6

About This Topic

Domestication of animals and plants represents a pivotal shift from hunting-gathering to food production, enabling permanent settlements. Students examine early examples like wheat, barley, sheep, and goats from the Fertile Crescent and Indian regions such as Mehrgarh. They explore selection criteria, including docility in animals for herding and larger grains in plants for easier harvesting, along with methods like protecting wild herds and sowing favoured seeds.

This topic in 'Our Pasts: The Earliest Societies' integrates history, biology, and geography. Students differentiate wild species, with their varied traits, from domesticated ones showing uniformity from human intervention. They predict impacts, such as population growth from reliable food and villages forming near rivers for irrigation.

Active learning suits this topic well. Sorting activities with images, role-plays of selection decisions, and mapping domestication sites make abstract processes concrete. These approaches build skills in evidence analysis and prediction, helping students connect archaeological findings to modern agriculture.

Key Questions

1. Explain the criteria early humans might have used to select animals for domestication.
2. Differentiate between wild and domesticated species of plants and animals.
3. Predict the impact of early domestication on human population growth and settlement patterns.

Learning Objectives

• Classify animals and plants as either wild or domesticated based on observable traits and human intervention.
• Analyze the likely criteria early humans used to select specific animals and plants for domestication, citing evidence.
• Compare the methods early farmers might have employed to protect and cultivate domesticated species.
• Predict the short-term and long-term impacts of domestication on human settlement patterns and population size.

Before You Start

Early Humans: Hunters and Gatherers

Why: Students need to understand the lifestyle of hunting and gathering to appreciate the changes brought about by food production.

Basic Needs of Living Things

Why: Understanding what plants and animals need to survive (food, water, shelter) helps students grasp why certain species were chosen for domestication.

Key Vocabulary

Domestication	The process of taming and selectively breeding animals or plants over generations to make them more useful to humans.
Wild Species	Plants or animals that live in their natural habitat and have not been significantly altered by human control or selective breeding.
Domesticated Species	Plants or animals that have been adapted over time through human intervention to live alongside humans and serve specific purposes.
Neolithic Revolution	A period of significant change in human history marked by the shift from hunting and gathering to settled agriculture and the domestication of plants and animals.

Watch Out for These Misconceptions

Common Misconception

Domestication happened quickly in one generation.

What to Teach Instead

It took thousands of years through repeated selection. Simulations where students iteratively 'select' traits over rounds clarify the gradual process, as they observe changes emerge only after multiple steps.

Common Misconception

All animals and plants were domesticated everywhere at the same time.

What to Teach Instead

Domestication occurred independently in regions like the Fertile Crescent and India. Mapping activities help students plot sites and timelines, revealing regional differences and dependencies on local environments.

Common Misconception

Domesticated animals are wilder than their ancestors.

What to Teach Instead

They are tamer and more uniform due to breeding for traits like milk yield. Sorting exercises with images prompt peer comparisons, correcting ideas through visual evidence and discussion.

Active Learning Ideas

Sorting Activity: Wild vs Domesticated

Prepare cards with images and traits of wild and domesticated animals and plants, such as zebu cattle versus wild aurochs. In pairs, students sort cards into categories and list three differences per item. Conclude with a class share-out on selection criteria.

30 min·Pairs

Role-Play: Farmer Selection Process

Assign roles as early farmers facing choices of animals to herd. Small groups discuss and act out criteria like temperament, using props like toy animals. Groups present decisions and justify with evidence from texts.

45 min·Small Groups

Mapping Exercise: Domestication Sites

Provide outline maps of ancient regions. Students mark sites like Mehrgarh and note first domesticated species, then draw arrows showing spread. Discuss in whole class how rivers influenced choices.

40 min·Whole Class

Prediction Debate: Settlement Impacts

Pose scenarios on population growth post-domestication. Small groups debate pros and cons, using timelines. Vote and reflect on evidence linking food surplus to villages.

35 min·Small Groups

Real-World Connections

• Modern dairy farms in Punjab raise cows specifically bred for high milk production, a direct continuation of early animal domestication for food resources.
• The development of hybrid seed varieties by agricultural scientists at institutions like the Indian Agricultural Research Institute (IARI) builds upon the ancient practice of selecting and cultivating plants with desirable traits, like larger yields or disease resistance.
• Archaeological sites like Mehrgarh in Balochistan provide tangible evidence of early settlements and farming practices, showing how domestication led to permanent villages.

Assessment Ideas

Quick Check

Present students with images of various animals (e.g., wolf, dog, lion, cat) and plants (e.g., wild wheat, cultivated wheat, wild apple, cultivated apple). Ask them to sort these into two categories: 'Wild' and 'Domesticated', and briefly explain their reasoning for two examples.

Discussion Prompt

Pose the question: 'Imagine you are an early human. What three qualities would you look for in an animal to make it useful for your community? What three qualities would you seek in a plant?' Facilitate a class discussion where students share their criteria and justify their choices.

Exit Ticket

Students write down one significant difference between a wild animal and its domesticated counterpart. Then, they predict one way the ability to grow crops changed how people lived together.

Frequently Asked Questions

Which animals and plants were first domesticated?

Early domestications included wheat, barley, sheep, goats, and cattle. In India, evidence from Mehrgarh shows humped cattle and six-row barley around 7000 BCE. Students study archaeological finds like charred grains and bones to trace these changes from wild progenitors.

How can active learning help students understand domestication?

Activities like sorting wild and domesticated images or role-playing farmer choices make selection criteria tangible. Mapping sites connects geography to history, while debates on impacts build prediction skills. These methods engage multiple senses, retain information longer than lectures, and encourage evidence-based arguments.

What criteria did early humans use to select animals for domestication?

Criteria included docility for herding, fast growth, and high reproduction rates, as seen in goats and sheep. Plants were chosen for non-shattering seeds and larger yields. Hands-on simulations let students apply these, realising trade-offs like protection from predators.

How did domestication impact human settlements and population?

Reliable food surpluses allowed villages near rivers, like those in the Indus region. Populations grew as farming supported more people than hunting. Prediction activities help students link this to urban growth, fostering understanding of societal evolution.