stomata facilitate transpiration and thick cuticle does not allow it to happen
Transpiration takes place through tiny openings on leaves called stomata. Water vapor exits the plant through these openings as part of the water cycle. Additionally, plants may also lose water through lenticels, which are small pores found in the stem and bark.
Transpiration primarily occurs in the leaves of a plant, specifically through small openings called stomata. These stomata allow water vapor to escape from the leaf surface into the atmosphere. While transpiration can also occur in stems and other parts, the majority of water loss takes place in the leaves due to their large surface area and exposure to sunlight.
the stem of the plant can transpire
The stomata, which are small pores typically found on the underside of the leaf, release water vapor through a process called transpiration. This helps to regulate the water content and maintain the plant's turgidity.
The Blade, or lamina, is the broad, flat part of the leaf. Photosynthesis occurs in the blade, which has many green food-making cells.
Transpiration takes place through tiny openings on leaves called stomata. Water vapor exits the plant through these openings as part of the water cycle. Additionally, plants may also lose water through lenticels, which are small pores found in the stem and bark.
On the bottom of the leaves. This is because Stomata, the place in the leaf were gaseous exchanges of water and carbon dioxide occur, are more common in this part of the leaf compared to the top of the leaf. This is an adaption, because if plants had all of their stomata on the top of their leaves, excessive loss of water will be lost to the environment and cause dehydration of the plant and even potential death.
Transpiration primarily occurs in the leaves of a plant, specifically through small openings called stomata. These stomata allow water vapor to escape from the leaf surface into the atmosphere. While transpiration can also occur in stems and other parts, the majority of water loss takes place in the leaves due to their large surface area and exposure to sunlight.
the stem of the plant can transpire
Mesophyll cells...
The stomata, which are small pores typically found on the underside of the leaf, release water vapor through a process called transpiration. This helps to regulate the water content and maintain the plant's turgidity.
The Blade, or lamina, is the broad, flat part of the leaf. Photosynthesis occurs in the blade, which has many green food-making cells.
. Sphagnum owes its great water-holding capacity to a combination of leaf structure and growth habit. The major part of a Sphagnum leaf is composed of empty, dead cells, with the chlorophyllous cells occupying just a small volume
The evaporation of water from a leaf is part of a process called transpiration. Water is drawn up through the plant's roots and moves to the leaves, where it evaporates through small openings called stomata. This process helps the plant regulate its temperature and transport nutrients.
Transpiration and conservation are not parts of water cycle.
The waxy cuticle on the surface of a leaf helps prevent water loss by acting as a barrier. Additionally, stomata, microscopic pores on the leaf surface, open and close to regulate the exchange of gases and reduce water loss through transpiration.
it goes in the toilet.