FUNCTIONS OF PLANT HORMONES
1. Plant hormones play an essential role in controlling the entire developmental
process of a plant.
2. The auxins in the plant's cells trigger the extension of the cell structure when
exposed to light, which makes plants taller and stronger.
3. During seed germination, gibberellins are essential for forming new life, so
they play a crucial role in developing new plants.
4. Plants develop more dense and healthy tissue when cytokinins trigger cell
division processes.
5. As a result of ethylene's ability to stimulate fruit ripening, animals are more
inclined to consume it as food.
6. As well as saving water during droughts, abscisic acid helps close stomata.
7. Plant growth orientation can be controlled efficiently with auxins when they are
applied to strong light sources.
8. Plants will flower as a result of Gibberellins, which allows them to reproduce in
the right environment.
9. Ethylene is released more readily by stressed plants.As a result, they are
better able to adapt to their surroundings
10. Hormones play an important role in regulating the environment and allowing
plants to survive under certain conditions.
11. Hormones help plants survive in different environmental conditions by acting
as environmental regulators.
12. Abscisic acid is a hormone that regulates seed dormancy by preventing
seeds from germination until certain conditions are met.
13. Auxin hormones control apical dominance in bushy compact plants without
elongation.
14. In agriculture, gibberellins increase crop yields and fruit sizes.
15. Plants absorb ethylene during winter, which saves them energy.
16. Plants may become bushier when their shoots are stimulated by cytokinins.
17. In addition, auxin hormones boost root growth for better nutrient absorption
through stronger root systems.
18. Inhibiting the growth of seeds, Abscisic acid has an anti-germination effect.
19. The release of gibberellins triggers the release of seed dormancy, which
begins to cause seed growth.
20. In addition to its role as a key factor in making climbing plants and vines
bloom, ethylene also functions as a catalyst to break down plant sugars.
21. As a result of cytokinins, lateral enlargement occurs, which prompts the plant
to spread out more in order to receive more light.
22. Root cuttings are the most effective method of forming new plants from
mature plants due to the presence of auxins.
23. When plants are stressed, ethylene is produced by them.
24. It is believed that abscisic acid is responsible for controlling the closing of
plant stomata in dry conditions.
25. The Gibberellin compound is also involved in the production of more
enzymes for the growth of seeds.
26. The production of cytokinins stimulates the growth of shoots, resulting in a
more appealing and fuller appearance of plants.
27. It is important for orchard owners to maintain the size and form of their fruit
with the help of auxins.
28. Plants are able to respond effectively to injury when they are treated with this
substance. It promotes the healing of injured tissue.
29. It serves an important function in poor weather conditions by providing plants
with a mechanism to adapt to high levels of stress.
30. As a result of Gibberellins, plants are able to extend their height more easily,
allowing them to find light more readily
