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Living Creatures: Exploring their Characteristics Class 6 Science Chapter 10 CBSE Notes - 2025-26

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Science Notes for Chapter 10 Living Creatures: Exploring their Characteristics Class 6 - FREE PDF Download

Chapter 10 Living Creatures: Exploring Their Characteristics gives insight into the diverse features of living organisms. It emphasises the unique traits that distinguish various creatures, focusing on their adaptation to different environments. Understanding these characteristics helps students appreciate the complexity of life forms and their roles in ecosystems. Chapter 10 provides insights into the basic needs of living organisms and how they interact with their surroundings.

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Chapter 10  Exploring their Characteristics Class 6  Notes lets you quickly access and review the chapter content. For a comprehensive study experience, check out the Class 6 Science Revision Notes FREE PDF here and refer to the CBSE Class 6 Science Syllabus for detailed coverage. Vedantu's notes offer a focused, student-friendly approach, setting them apart from other resources and providing you with the best tools for success.

Access Science Class 6 Chapter 10 Living Creatures: Exploring their Characteristics Notes

Living and Non-Living Objects: Characteristics and Life Cycles

Objects around us can be classified into two broad categories: living and nonliving.


Characteristics of Living Beings

Living beings are distinguished by several essential features:


  • Movement: They can move, either independently or through external forces.

  • Nutrition: They consume food for growth and energy.

  • Growth: They increase in size and complexity over time.

  • Respiration: They breathe in oxygen and release carbon dioxide.

  • Excretion: They remove waste products from their bodies.

  • Response to Stimuli: They react to changes in their environment.

  • Reproduction: They produce offspring to ensure the continuation of their species.

  • Death: They eventually cease to live.


The absence of any of these features indicates that an entity is not a living being.


Life Stages of Living Beings

Every living being undergoes several stages throughout its life cycle. These stages vary depending on the type of organism.


Seed Germination

The germination of seeds is influenced by the availability of:


  • Water

  • Air

  • Appropriate light and/or dark conditions


During seed germination:

  • Roots typically grow downwards.

  • Shoots generally grow upwards.


Plant Life Cycle

A plant’s life cycle includes:


  1. Seed Germination: The seed begins to grow.

  2. Growth and Development: The plant develops through various stages.

  3. Flowering: The plant produces flowers.

  4. Seed Production: New seeds are created for the next generation.


The seeds produced will germinate into new plants, continuing the life cycle.


Animal Life Cycle

For animals, the life cycle begins with a newborn and includes:


  1. Growth and Development: The animal goes through various stages of growth.

  2. Adult Stage: The animal reaches maturity.

  3. Death: The animal eventually dies.

Reproduction ensures the survival and continuity of the species.


Examples of Life Cycles

  • Mosquitoes: They undergo four stages: egg, larva, pupa, and adult.

  • Frogs: Their life cycle includes eggs, tadpoles, froglets, and adults.


In certain living beings, such as mosquitoes and frogs, significant changes occur during their life cycle stages. These changes can affect body shape, structure, and sometimes even their habitat.


Real-Life Observation

Avadhi and Aayush, while on a morning walk with their parents, encounter some shells. Avadhi attempts to pick them up, but her mother advises her against it. She explains that the shell may belong to a living snail and is an integral part of its body. This prompts Avadhi and Aayush to think about how the shell could be a vital part of a living creature.


Growth and Movement in Plants

Plants respond to sunlight, which plays a key role in directing their growth. The roots and shoots of plants grow in specific directions based on their orientation. What happens when a plant is placed upside down? Would the root still grow downwards and then shoot upwards? To explore this, let's design an activity to find out.


Activity: Let Us Design

  1. Take some bean or gram seeds and place them on a moist cloth or tissue paper.

  2. Allow the seeds to germinate until small roots and shoots form.

  3. Take three glass beakers (labelled A, B, and C) and attach a piece of thick blotting paper to one side of each glass plate using soft cotton thread.

  4. Carefully fix the seedlings on each plate without damaging them.

  5. In Beaker A, place the plate upright with the seedling attached, ensuring the root is directed downwards and the shoot upwards.

  6. In Beaker B, position the seedling plate upside down so the root points upwards and shoots downwards.

  7. In Beaker C, position the seedling with light entering through a small hole to ensure the seedling receives light from only one direction.

  8. Pour water into each beaker so the blotting paper remains moist.


Make predictions about the direction of growth for each beaker and record your observations.


Results from Activity :

  • When placed upright, the root grows downward, and the shoot grows upward.

  • When inverted, the root bends downward, and the shoot bends upward.

  • When light is provided from only one direction, the shoot grows toward the light, while the root continues to grow downward.


These observations help us conclude that shoots grow upward toward sunlight, while roots grow downward.


Jagadish Chandra Bose's Contributions

Jagadish Chandra Bose, an Indian scientist, conducted significant experiments on plant responses to stimuli like light, heat, and gravity. He invented a machine called the crescograph to measure plant growth and demonstrated that plants can sense and respond to external stimuli.


Life Cycle of a Plant

We know that plants undergo several changes throughout their life cycle. Let’s explore the stages involved.


Activity: Let Us Explore

  1. Plant a bean seed and provide the required conditions for its growth.

  2. Observe its development over three months, recording the dates when any changes occur.

  3. Sketch the growth stages, noting when the first flower appears and how it progresses into fruit.


You will notice that the seed grows into a plant, produces flowers, and eventually bears fruits that contain seeds. This entire process is called the life cycle of a plant.


Life Cycle of Animals

Just like plants, animals also go through different life stages. Let’s explore the life cycle of a mosquito.


Life Cycle of a Mosquito

Mosquitoes pass through four stages: egg, larva, pupa, and adult. Female mosquitoes lay eggs in stagnant water, and larvae and pupae live in water, frequently coming to the surface to breathe.


Activity: Let Us Analyse

Design an activity to observe the transformation of mosquito larvae into pupae, and eventually into adult mosquitoes. This process helps determine the correct sequence of growth stages in mosquitoes.


The adult mosquito lays eggs, which develop into larvae, then pupae, and finally adult mosquitoes. Significant changes occur at each stage, with the body shape and structure evolving throughout the life cycle.


Frogs also undergo remarkable changes in their life cycle, which includes egg, tadpole, froglet, and adult stages.


Activity: Let Us Explore

Observe the stages of a frog’s life cycle, beginning from eggs laid in a jelly-like substance known as spawn. As tadpoles develop, they grow legs and lose their tails, transforming into froglets and eventually adult frogs that live both in water and on land.


Class 6 Science Chapter 10 Important Topics and Subtopics Covered 

Topic

Subtopics

Characteristics of Living Organisms

Common traits of living beings

Classification of Animals

Based on habitat, diet, and body structure

Adaptations in Animals

Structural and behavioural adaptations

Plants and Their Characteristics

Types of plants, their structure, and functions

Differences Between Plants and Animals

Key distinguishing features


Class 6 Science Chapters 10 Living Creatures: Exploring their Characteristics Important Concepts

  • Basic Characteristics of Living Organisms: All living things have common traits such as growth, reproduction, and response to stimuli.

  • Classification of Animals: Animals can be classified based on various criteria like their habitat (land, water) and diet (herbivores, carnivores).

  • Adaptations: Animals and plants have unique adaptations that help them survive in their specific environments. For example, camouflaged animals blend into their surroundings.

  • Plant Characteristics: Plants have specific features such as roots, stems, and leaves that perform vital functions like nutrient absorption and photosynthesis.

  • Differences Between Plants and Animals: Plants produce their food through photosynthesis, while animals rely on other organisms for nutrition.


Importance of Revision Notes for Science Class 6 Chapter 10 Living Creatures: Exploring their Characteristics

  • Summarises Key Points: Condenses important concepts for quick review.

  • Saves Time: Provides a fast way to revise before exams.

  • Highlights Essentials: Focuses on crucial topics and definitions.

  • Improves Memory: Helps in better retention of information.   

  • Enhances Exam Prep: Targets weak areas for more effective study.

  • Clarifies Concepts: Simplifies complex ideas for easier understanding.

  • Includes Visuals: Uses diagrams and charts for better grasp.

  • Builds Confidence: Prepares students thoroughly for exams.


Tips for Learning the Class 6 Chapter 10 Science 

  1. Focus on the fundamental traits that define living creatures, such as growth, reproduction, and response to their environment.

  2. Utilise diagrams and charts to visualise different adaptations and classifications of animals and plants. This can help in better understanding and retention.

  3. Break down the chapter into categories like animal classification, plant characteristics, and adaptations. This helps in organising the information for easier recall.

  4. Connect the concepts with real-life examples or observations. For instance, think about how a chameleon’s camouflage helps it blend into its environment.

  5. Regularly revisit key concepts and review your notes to reinforce learning. Practice recalling information from memory to improve retention.


Conclusion

Chapter 10 Living Creatures: Exploring Their Characteristics provides a comprehensive overview of the diverse traits and adaptations of living organisms. By studying these characteristics, students gain a deeper understanding of how organisms interact with their environment and each other. These notes are designed to help students grasp essential concepts and prepare effectively for their exams.


Related Study Materials for Science Class 6 Chapter 10 Living Creatures: Exploring their Characteristics


Revision Notes Links For Class 6 Science Revision Notes


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FAQs on Living Creatures: Exploring their Characteristics Class 6 Science Chapter 10 CBSE Notes - 2025-26

1. What are the key characteristics of living things summarised in the Class 6 Science Chapter 10 revision notes?

The revision notes for Chapter 10 highlight that all living organisms share fundamental characteristics. These key traits, essential for quick revision, include: a need for food, the process of growth, carrying out respiration to release energy, showing response to stimuli, performing excretion to remove waste, and the ability to reproduce to continue their species.

2. What is a habitat, and how do the revision notes explain its importance for living creatures?

A habitat is the natural home or environment where an organism lives. The revision notes summarise it as the place that provides a living being with everything it needs to survive, such as food, water, shelter, and a suitable climate. Understanding habitats is a key concept for revising how different creatures are suited to their surroundings.

3. How can I quickly revise the main differences between terrestrial and aquatic habitats using the notes for this chapter?

For a quick revision, focus on these core differences highlighted in the notes:

  • Terrestrial Habitats: These are land-based environments like deserts, mountains, and forests. Organisms here get oxygen directly from the air and are adapted to varying land temperatures and water availability.
  • Aquatic Habitats: These are water-based environments like oceans, ponds, and lakes. Organisms here are adapted to breathe dissolved oxygen from water and face challenges like water pressure and salinity.

4. What are some key examples of adaptations in desert and mountain animals highlighted in the revision notes?

The revision notes provide clear examples for easy recall:

  • Desert Animals: A key example is the camel, which has adaptations like long eyelashes to protect from sand, a hump to store fat for energy, and padded feet for walking on hot sand.
  • Mountain Animals: A core example is the yak or snow leopard, which has thick fur for protection from extreme cold, strong hooves for climbing steep, rocky slopes, and a body adapted to lower oxygen levels.

5. What is the main difference between how plants and animals obtain food, as summarised in the Chapter 10 notes?

The summary for Chapter 10 clearly distinguishes their modes of nutrition. Plants are autotrophs; they produce their own food through a process called photosynthesis using sunlight, water, and carbon dioxide. Animals are heterotrophs; they cannot make their own food and must consume plants or other animals to get energy.

6. Why is 'adaptation' such a crucial concept when revising the characteristics of living creatures?

Understanding adaptation is crucial because it connects an organism's characteristics directly to its survival in a specific habitat. It's not just about listing features like 'has fur' or 'can swim'. Adaptation explains why those features exist and how they provide a specific advantage, making the concept of 'characteristics' more logical and easier to remember during revision.

7. Do all living things move? How do the revision notes clarify the concept of 'movement' in plants versus animals?

This is a common point of confusion. The notes clarify that while most animals show locomotion (moving from one place to another), plants also exhibit movement, but differently. Plant movements are often growth-related and not locomotion, such as a sunflower turning to face the sun, roots growing towards water, or the closing of a 'touch-me-not' plant's leaves. So, all living things show some form of movement, but not always locomotion.

8. How does the concept of 'response to stimuli' connect with 'adaptation' for a better revision of Chapter 10?

Connecting these two concepts helps in deeper understanding. Response to stimuli is an organism's immediate reaction to a change in its environment (e.g., touching a hot object). Adaptation is a long-term, often inherited characteristic that helps the species survive in its environment (e.g., having thick fur in a cold climate). Essentially, the ability to respond to stimuli is a characteristic that, over generations, can drive the development of permanent adaptations.

9. When revising Chapter 10, what is the best way to structure the link between an organism's characteristics and its specific habitat?

For effective revision, use a three-step approach:
1. Identify the challenges of the habitat (e.g., for a desert: extreme heat, lack of water).
2. List the organism's key characteristics (e.g., for a camel: stores fat in hump, excretes less water).
3. Directly link each characteristic to a challenge it helps overcome. This cause-and-effect structure makes the information logical and easier to recall than just memorising facts.

10. How do the revision notes for Class 6 Science explain the life processes of respiration and excretion?

The revision notes summarise these essential processes as follows: Respiration is the process by which living beings take in oxygen to break down food and release energy for life activities. It is not just breathing. Excretion is the vital process of removing waste products and harmful substances from the body, which, if accumulated, could be toxic. For example, animals excrete urine and carbon dioxide, while plants release oxygen and excess water.