The key difference between stomatal lenticular and cuticular transpiration is that stomatal transpiration takes place through stomata while lenticular transpiration takes place through lenticels and cuticular transpiration take place through cuticles.
- What is the difference between lenticular and stomatal transpiration?
- What is cuticular transpiration?
- What is the difference between stomata and Lenticels?
- What are the 3 types of transpiration?
- What is transpiration and its types?
- What is lenticular respiration?
- What are the two main types of plant transpiration?
- Which is the most common type of transpiration?
- Which type of transpiration is more common?
- Why is transpiration harmful?
- Where are Lenticels found?
- What is Lenticels function?
What is the difference between lenticular and stomatal transpiration?
Stomatal transpiration occurs during the day time as the stomata remain open during the day time. Lenticular transpiration is the type of transpiration which occurs through the small pores present in the bark.
What is cuticular transpiration?
*Cuticular transpiration is the type of transpiration which occurs by a layer called as cuticle covering the epidermal layer of the leaves. ... *Lenticular transpiration is the type of transpiration which occurs through the small pores called as lenticels present in the bark.
What is the difference between stomata and Lenticels?
The main difference between stomata and lenticels is that stomata mainly occur in the lower epidermis of leaves, whereas lenticels occur in the periderm of the woody trunk or stems. Stomata and lenticels are two types of small pores, which occur in plants. Generally, they are responsible for the gas exchange.
What are the 3 types of transpiration?
There are three different types of transpiration in plants:
- Stomatal Transpiration. It is the evaporation of water from the stomata of the plants. ...
- Lenticular Transpiration. ...
- Cuticular Transpiration. ...
- Cellular Factors. ...
- Environmental Factors. ...
- Relative Humidity. ...
- Temperature. ...
- Light.
What is transpiration and its types?
Definition of Transpiration: Transpiration is the process of water movement through a plant and its evaporation from aerial parts especially from leaves. Its Type: Cuticular Transpiration. Lenticular Transpiration. Stomatal Transpiration.
What is lenticular respiration?
➡️plants have small pores on their stem surface through which gaseous exchange takes place. these pores are known as Lenticels and the exchange of gases through them is known as lenticular respiration.
What are the two main types of plant transpiration?
There are two type of transpiration: lot jar transpiration and lenticular transpiration. the transpiration which takes place through the lea' es is called foliar transpiration. The foliar transpiration may be stomata' transpiration or cuticular transpiration.
Which is the most common type of transpiration?
Types of Transpiration:
- Stomatal Transpiration: The loss of water through stomata is called stomatal transpiration. It is the most common type of transpiration from plants.
- Cuticular Transpiration: ADVERTISEMENTS: ...
- Lenticular Transpiration:
Which type of transpiration is more common?
Such type of transpiration is called as stomatal transpiration. It constitutes about 50-97% of the total transpiration. It occurs through the stomata. Thus, the correct answer is option A.
Why is transpiration harmful?
2. Rapid transpiration causes mid-day leaf water deficit (temporary wilting). If such condition continues for some time, permanent water deficit (permanent wilting) may develop, which may be fatal to the plants. ... Excessive rate of transpiration leads to stunted growth of plants.
Where are Lenticels found?
The lenticels found on the epidermis of different plant organs (stem, petiole, fruits) made up of parenchymatous cells are pores that always remain open, in contrast to stomata, which regulate their extent of opening. Lenticels are visible on fruit surfaces, such as mango, apple, and avocado.
What is Lenticels function?
It functions as a pore, providing a pathway for the direct exchange of gases between the internal tissues and atmosphere through the bark, which is otherwise impermeable to gases. The name lenticel, pronounced with an [s], derives from its lenticular (lens-like) shape.