Life Cycle of Plants |Easy Review

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The life cycle of Plants is the most important thing. However, plants our basic need a life. Without plants, we can’t live. Plants are generally green due to the presence of chlorophyll. Plants perform photosynthesis. First and foremost the necessary things for photosynthesis are carbon dioxide water sunlight and chlorophyll. Carbon dioxide the gas required for photosynthesis chlorophyll is the green pigment present in leaves sunlight which.

We get from the sun is required for photosynthesis. Water is essential for germination and transport of food and water. Plants also called “green gold“. Plants provide various things such as vegetables, fruits, spices, masalas, and medicines.

We get latex gum which is used in making the rubber. White leaves are called variegated leaves. There are many plants such as neem; tulsi etc. Tulsi is the cure of cough. Neem is essential for various purposes. Some steps for planting a plant are as follows. First, we have to bow a seed. Then it germinates. After that, it gets nutrients from the soil. Then the food is made in the leaves and transported to different parts of the plant.

So we understand the life cycle of plants. There are mainly two types of reproduction. Plants grow due to reproduction. Now we explain the Method of reproduction.
Methods of Reproduction
1. Sexual
2. Asexual
3. Difference Between Sexual and Asexual Reproduction
4. Conclusion
5. FAQs

1.Sexual

Firstly in the life cycle of plants in sexual reproduction male fuses with female gametes. So now I am going to talk about sexual reproduction. Such as the process in which male gamete fuses with female gamma to produce ran other organisms. The male reproductive part in plants is stamen and filament.

Another key point element is the best portion which ends in a tip like part called a filament. produces male gametes also called pollen grains. In detail, this is very minute cells. Female reproductive parts of plant stigma, style, and ovary. The ovary is the best small and portion which ends in a knob-like part called stigma.

plants grow in cycle

Stigma receives pollen grains for reproduction. Then the pollen grains produce pollen tubes and only one pollen grain reaches the ovary. The ovule is present in the ovary. Then the male fuses with female main do fertilization occurs. The ovule is responsible for the formation of seed after fertilization. the ovary is responsible for the formation of fruit after fertilization. Pollination is the process in which the seeds are dispersed for reproduction there are two types of pollination self-pollination and cross-pollination.

Equation

The overall equation for the type of photosynthesis that occurs in plants.
The general equation for photosynthesis as first proposed by Cornelis van Niel is, therefore.

Pollination is the process in which Poland grains are transferred to the same flower of the same plant. Cross-pollination is the process in which pole and grains are transferred to another plant of the same kind. Dispersion is the process in which the agent disposes the seed to another place after fertilization and a new substance is formed.

Several agents are going to water etc. Wind Take the seeds to another place through the air. Another agent is water it is common in a coconut fruit. Another agent is the animal. it is common in such seeds that have a spiny structure with hooks. Xanthium is the best example of a seed that has spiny structures with hooks.

Various Type of plants

In the life cycle of plants, There are two types of flowers unisexual and bisexual.
a). Unisexual
b). bisexual

a). Unisexual

The unisexual flower contains stamen or ovary. Examples of unisexual flower pumpkin, birch, maize, etc. Many plants take another plant nutrition. Due to these plants, many plants die in a lack of Nutrition. An example of this is marble. This plant age is limitless. Unless and until we kill it. Plants are also called producers. By all means, the producer is those who prepare their food. Heterotrophs are the organisms that are dependent on plants for food. The best example of a heterotroph is a human being.

b). bisexual

The bisexual flower contains male gamete androecium and female gamete gynostegium including. Bi sexual flower tulip, long, Ben, brinjal, hibiscus, Rose, Satra, etc.
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2. Asexual

Secondly type of reproduction life cycle of plants In asexual reproduction, there is only one game either male or female. In asexual reproduction, there are many methods such as vegetative propagation, budding, fragmentation, spore formation. Vegetative propagation new plants are produced with stems, fruits, etc.

Spore formation is the process in which the spores are formed on bread mold. These spores contain a thick protective wall. Is these spores form new individuals conditions are favorable. Fragmentation is the process in which fragments are formed through the parent plant. It is common in spirogyra. Budding is the process in which the bud is formed on the parent plant. This detaches from the parent plant when conditions are favorable. Binary fission is very common in bacterias such as prokaryotes. It is the process in which the parent plant grows fully.

Divides into two equal Hafiz for the formation of other substances. Each cell produced in binary fission is called a daughter cell. It produces two identical daughter cells. Regeneration is the process of renewal restoration and growth that makes cells, organisms, ecosystem resilient fluctuations events that cause disturbance or damage for example hydra perform regeneration by the process of budding.

Life of plants
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3. Difference Between Sexual and Asexual Reproduction

The life cycle of plants section now I am going to talk about the difference between sexual and asexual reproduction. Sexual reproduction of men’s fusion between male and female gametes. Asexual reproduction consists of only one gamete. Individuals produced in sexual reproduction is not identical to the parent plant.

Part 1

Now I am going to explain about layering. The development of roots on a stem while the stem is still attached to the parent plant is called layering. Examples of layering are honeysuckle, boxwood, wax myrtle, etc. These are some artificial methods of asexual reproduction.

There are many species of plants approximately 30000 to 35000. Out of which 26000 to 27000 produce seeds. Plants are also used for decorating homes. Provider a large proportion of the world’s oxygen. They are considered as the most important part of the ecosystem. provide basic grains and many other things that are important in human life. Also used for cultural purposes.

In the case of India, some plants are treated as gods like Tulsi or Neem. Coupled with great and a good source of drugs. Scientific study or research of plants is known as botany. It is a simple green colored plant that mainly grows in water. It is sticky. Algae is very harmful to other aquatic animals because there don’t get many nutrients.they Cover the upper layer of water and animals do not get much oxygen and they die.

infografics of life of plants

Part 2

Algae mainly grow in ponds. Its smell is very pungent. I will talk about some other categories of plants. Category of plants are as follows- parasites, insectivorous plants, etc. Now I am going to explain about the parasitic plant.

These are the plants climb on other plants and take their nutrients. As a matter of fact with this the plants from which they are taking nutrients and they die. This plant age is very good. They are host plants. Now I am going to explain about insectivorous plants. These plants eat insects for nutrients. The first set a trap for insects. Then they secret juice. After that, the insects come and sit on the plant to drink that secreted juice.

Part 3

Then they close the lid and the insect gets trapped in it. And then the plants have long hairs help in trapping the insect. For Example pitcher plant. Plants live with each other and transport important things to each other. For example and algae and fungi live with each other an algae transport green pigment to fungi. As well as fungi Transport necessary nutrients to algae. In this way, they live together. Plants also clean the air through the process of photosynthesis.

the life cycle of plants we know such as Plants do the opposite of humans as we inhale oxygen and they outtake oxygen. In a similar way, we outtake carbon dioxide and they intake carbon dioxide. Of course, they absorb the amount of light, carbon dioxide, and water. Some main plants that give oxygen at night or aloe vera, peepul, snake night, areca palm, etc. Nearly EVERY PLANT FOUND ON THE EARTH CAN ACT AS AN AIR PURIFIER. Such as purifying plants which we can bring at home is Aloe vera peace Lily golden pothos English ivy.

Part 4

Symptoms of experiencing bad air quality are irrigation of eyes,। Nose, throat, headache, fatigue, uneasiness while breathing, etc. For instance, 15 to 18 plants 6 to 8-inch diameter container are needed to purify the air in an average 1800 square foot. The plants are considered to be good for bedroom lavender, rosemary, aloe vera, etc.

we should not go near plants at night because it would be absorbing Oxygen and releasing carbon dioxide, it would lead to suffocation. Together with some medicinal plants which purify air are basil, dracaena, red kale, etc. Some benefits of indoor purifying plants are It reduces stress. Therefore It increases the level of oxygen. As a result, it boosts morale, productivity, and creativity.

It helps in reducing noise pollution also. Plants are the best friends because they provide us with so many things. Certainly, plants should not be cut. Indeed we can prevent them from overgrazing, deforestation. Instead of it, we can grow more trees. if one person will grow one tree in our country then India would be less polluted county. Trees provide us shade because when we are tired and when we want shelter they provide us. Thus if trees would be there we will get a nice amount of shelter.
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4. Conclusion

So now I would conclude this topic by saying that grow trees, grow lives, save the earth, save trees. The life cycle of plants goes on the above steps. he Life Cycle of a Plant The plant starts life as a seed, which germinates and grows into a plant. The mature plant produces flowers, which are fertilized and produce seeds in fruit or seedpod. The plant eventually dies, leaving seeds which germinate to produce new plants.

Also Read :-

1INDOOR AND OUTDOOR PLANTS
2IMPORTANCE OF PLANTS IN HUMAN LIFE
3PLANT ONLINE
4PLANTS BENEFITS
5PLANTS ARE OUR BEST FRIENDS
6CAN WE LIVE WITHOUT PLANTS?
7PLANTS IN NATURE
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5. FAQS

Q.1. What is life cycle of plants?

The plant starts life as a seed, which germinates and grows into a plant. The mature plant produces flowers, which are fertilized and produce seeds in a fruit or seedpod. The plant eventually dies, leaving seeds which germinate to produce new plants.

Q.2. life cycle of plants worksheet.

life cycle of plants

Q.3. Life cycle of plants biology?

life cycle of plants

Q.4.Life cycle of plants a reference book.

The Amazing Life Cycle of Plants (Look and Wonder) Hardcover

by key Barnham(Author), Maddie Frost(Illustrator)
life cycle of plants

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