Seeds and Seeds Class 5 EVS Chapter 5 CBSE Notes - 2025-26
Revision Notes for CBSE Class 5 EVS (Looking Around) Chapter 5 'Seeds and Seeds' gives a clear and easy overview of the chapter, helping students understand how seeds grow and why they are important. Seeds And Seeds Class 5 Notes explain the different stages of seed growth, what seeds need to grow, and how seeds help plants. These notes follow the CBSE Class 5 EVS Syllabus and include all the important topics.
Table of Content
Class 5 EVS Chapter 5 Notes are written in simple language, with key points and summaries that are easy to understand. This makes it easier for students to review the material and get a good grasp of the chapter. By studying Class 5 EVS Revision Notes, students can prepare well for their exams, feel confident about the topic, and improve their understanding of EVS. Download the Seeds And Seeds Class 5 EVS Notes PDF to make your revision simple and effective.
Summary of Seeds and Seeds
The chapter Seeds & Seeds discusses many types of seeds as well as seed sprouting.
It also explains how seeds move from one location to another.
It also discusses the origins of numerous seeds from various locations that were later brought to India.
Seeds – A seed is a little embryonic (baby) plant that is surrounded by a seed coat. It develops as a result of seed plant reproduction. After germination, seeds develop into new plants.
Sprout – A sprout is a germinated seed with a growing stem and roots. It is eaten because it is very nutritious.
Now Let us Understand - How to Make Sprouts?
Take some chana and moong in a bowl
Fill the bowl halfway with water and leave it overnight.
Drain out the water from the bowl the next day
Tie the seeds in a wet cloth and hung them someplace
Keep the cloth damp by making it wet regularly
After 2 days you will see seed sprouts
What are the Conditions Needs to Follow to Make Sprouts?
The production of sprouts requires both air and water.
Seeds that have been soaked in water for an extended period of time will not sprout.
They will not sprout if they are merely maintained in the air.
Plant Which Hunts – Pitcher Plant
Insects, frogs, and even mice are caught and eaten by some plants.
One such plant is the Pitcher Plant (Nepenthes), which can be found in Australia, Indonesia, and India's Meghalaya state.
It has a pitcher-like shape, with a leaf covering its mouth.
The plant emits a distinct odour that attracts insects.
When an insect lands on the plant's mouth, it falls into the pitcher and is unable to escape.
Colour, Shape, and Texture of Seeds
Seeds come in a variety of sizes, hues, and textures. Different seeds, their hues, and textures are shown here. Allow us to clarify:
Wandering Seeds (also known as Seed Dispersal)
Plants are unable to move. They are confined to a single location where they thrive, yet their seeds are extremely mobile. They have the ability to travel far and broad. The following procedures are used to transport seeds from one location to another:
By Air - In the plant kingdom, the wind is the most natural and essential way of seed dispersion. This type of dissemination is most common in plants that produce very light seeds. Plants whose seeds are dispersed by the wind include orchid seeds, dandelions, swan plants, cottonwood trees, hornbeam, ash, cattail, puya, and willow herb seeds.
By Water - Seeds float away from their parent plant in this process of seed dissemination. These are mostly found in plants that dwell in or near water bodies, such as beaches, lakes, and ponds. Plants whose seeds are distributed by water include coconut, palm, mangroves, water lily, and water mint.
By Animals and Birds - Animals and birds disseminate their seeds in a number of different ways. Some are consumed by animals and expelled in the form of droppings, which sprout new plants. A few squirrel species harvest nuts from various plants, such as acorns, and bury them in the soil. There are a few plants that produce hook-shaped seeds. This type of plant is represented by the burdock plant. These plants' seed clings to the fur of animals and is taken away to other locations, far from their parent plants.
The Idea of Making Velcro
When George Mestral returned from a walk with his dog in 1948, he had the idea for Velcro. When he noticed seeds stuck to his clothes and his dog's fur, he was astounded.
He watched the seeds to determine what made them stick. Seeds, he discovered, had several little hooks that adhered to clothing and fur.
Mestral was inspired to create Velcro as a result of this. He created material with microscopic hooks that would adhere to the surface.
Velcro is used to secure a variety of items such as clothing, shoes, bags, belts, and more.
Who Came From where?
Many fruits and vegetables that we cultivate or see around us were not grown in the past. They arrived in India from various countries. Here's a table with several common fruits and vegetables along with their origins:
5 Important Topics of Class 5 EVS Chapter 5 Notes
Importance of EVS Chapter 5 Seeds and Seeds Class 5 Notes
Explains how seeds grow into plants, detailing the different parts of a seed and the process of germination.
Shows why seeds are important for producing new plants and their role in nature.
Helps students learn about various types of seeds and their unique characteristics.
Demonstrates how plants support ecosystems by helping other living things and maintaining balance in nature.
Connects learning to real-life examples, making it easier to understand plant growth and its significance in everyday life.
Tips for Learning EVS Chapter 5 Seeds and Seeds Class 5 Notes
Learn about the different parts of a seed, such as the seed coat, embryo, and cotyledons. Knowing their functions helps you understand how seeds grow.
Familiarise yourself with various types of seeds and their characteristics to recognize different seeds and understand their uses.
Watch the process of seed germination if possible. Observing seeds sprout and grow can make the concept clearer and more interesting.
Draw or study diagrams of seed structure and germination stages. Visualising these processes helps in remembering the steps and parts involved.
Relate what you learn to real-life examples, such as seeds you see in fruits and plants around you.
Understanding how they grow into new plants makes learning more practical and engaging.
Conclusion
CBSE Revision Notes for Class 5 EVS Chapter 5, "Seeds and Seeds," give a clear explanation of how seeds grow into plants. This chapter covers the different types of seeds, their parts, and how they start to grow. Class 5 EVS Chapter 5 Notes shows why seeds are important for plant life and the environment. Understanding how seeds develop helps students appreciate the role of plants in nature and their everyday lives. The notes help students learn the basics of how seeds turn into plants and the importance of plants for our world.
Related Study Materials for Class 5 EVS Chapter 5 Seeds and Seeds
Chapter-wise Revision Notes Links for Class 5 EVS
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FAQs on Seeds and Seeds Class 5 EVS Chapter 5 CBSE Notes - 2025-26
1. How do these revision notes for Class 5 EVS Chapter 5 help in quickly understanding the topic of seeds?
These revision notes provide a consolidated summary of all the important concepts from the chapter 'Seeds and Seeds'. They explain key topics like seed germination, parts of a seed, and seed dispersal in simple language, making it easier for students to review and remember the entire chapter quickly before an exam.
2. What is a quick summary of the main parts of a seed as explained in this chapter?
The chapter 'Seeds and Seeds' explains that a seed has three main parts:
- Seed Coat: The outer protective layer.
- Cotyledons: These store food for the baby plant.
- Embryo: The baby plant itself, which grows when it gets the right conditions.
3. What are the essential conditions a seed needs to germinate?
According to the concepts in this chapter, a seed needs three essential things to germinate or sprout: air, water, and the right amount of warmth. Without all three, the seed will remain dormant and will not grow into a seedling.
4. Why is it important for seeds to travel far from their parent plant?
It is crucial for seeds to travel, a process called seed dispersal, to ensure the survival and growth of new plants. If all seeds fell right below the parent plant, they would have to compete for sunlight, water, and soil nutrients. Dispersal gives them a better chance to find enough space and resources to grow into healthy plants.
5. What are the different methods of seed dispersal covered in the 'Seeds and Seeds' chapter summary?
The revision notes for this chapter cover several methods of seed dispersal:
- By Wind: Light seeds with wings or hairs are carried by the wind.
- By Water: Seeds that can float are carried by rivers and streams.
- By Animals: Seeds get stuck to fur or are eaten and passed out by animals.
- By Bursting: Some pods burst open when dry, scattering the seeds.
6. How does a carnivorous plant like the pitcher plant get its nutrients differently from other plants?
A pitcher plant is unique because it is carnivorous. It grows in soil that is poor in nutrients. To supplement its diet, it traps and digests insects to get essential nutrients like nitrogen. This is different from most plants, which get all their required nutrients directly from the soil through their roots.
7. What is the main difference between seed germination and plant growth?
Seed germination is the initial process where an embryo inside a seed sprouts and becomes a seedling, using the food stored within the seed. Plant growth is the subsequent, long-term process where the seedling develops into a mature plant, which requires external resources like sunlight for photosynthesis, water, and nutrients from the soil to continue growing.
8. The chapter mentions Gopal's experiment with chana seeds. What key concept about revision does this activity teach?
Gopal's experiment is a key part of the chapter that demonstrates the importance of water for germination. By observing that only the soaked chana seeds sprouted while the dry ones did not, students learn practically that water is a necessary condition to awaken the embryo within a seed.
