Stomata are small pores in the underside of leaves. The primary function is to allow gaseous exchange between the plant's internal tissues and the atmosphere.
Oxygen and water vapour (byproducts of photosynthesis) are released from the open stomata into the atmosphere; carbon dioxide present in the atmosphere is allowed to enter the stoma (this is required for photosynthesis.
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∙ 11y agoStomata are small openings on the surface of a leaf that allow for gas exchange, specifically the intake of carbon dioxide for photosynthesis and the release of oxygen. They also help regulate water loss by allowing water vapor to escape through transpiration.
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∙ 9y agoto allow gas exchange between the environment and the inside of leaves
The main function of the stomata in plants is to exchange gases, to gather CO2 and dump O2. For this reason, it can be said that it acts like our lungs, as it changes respiratory gases. The stomata are regulated by guard cells, which swells and shrinks by water to control the stomata opening.
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∙ 12y agoStomata controls the rate of transpiration from leaves and thus is important for transpiration stream.
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∙ 13y agostomata (singular stoma)Tiny pores in epidermis of a leaf.
(i)They control water loss.
(ii)In leaves & young stems gaseous exchange occur through stomata.
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∙ 11y agoStomata are little holes that allow air to move into (and out of) a leaf. The rest of the leaf is (usually) covered with a waxy cuticle.
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∙ 11y agoGaseous exchange and stomatal transpiration
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∙ 15y agoThe basic function of stomata in leaves is to allow the exchange of gases with the atmosphere. Stomata also play role in controlling rate of transpiration.
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The lower surface of the leaf has the stomata. You can see the reason for this if you cut a leaf in half from upper side to lower side. The upper portion of the leaf consists of tightly packed cells that are full of chloroplasts for taking in light. The lower half of the leaf is made up of loosely arranged cells. This allows room for air to enter the lower part of the leaf through the stomata and contribute carbon dioxide and take away oxygen. The upper surface of the leaf is covered by the cuticle which prevents dehydration, as such the stomata cannot be located or function on the upper surface
Stomata
Stomata
stomata
The opening between two guard cells in a leaf is called a stoma. Stomata regulate gas exchange and water vapor loss in plants through this small pore.
The function of stomata is that they are small openings or pores on the surface of leaves.The function of stomata is to allow gases such as oxygen, water vapor, and carbon dioxide to move around the leaf.
Stomata cells regulate gas exchange in plants by opening to allow for the uptake of carbon dioxide for photosynthesis and the release of oxygen, and closing to prevent water loss through transpiration. This helps plants maintain a balance between photosynthesis and water conservation.
The function of stomata is that they are small openings or pores on the surface of leaves.The function of stomata is to allow gases such as oxygen, water vapor, and carbon dioxide to move around the leaf.
The function of stomata is that they are small openings or pores on the surface of leaves.The function of stomata is to allow gases such as oxygen, water vapor, and carbon dioxide to move around the leaf.
Stomata
Stomata are small pores on the leaf epidermis that regulate gas exchange, allowing plants to take in carbon dioxide for photosynthesis and release oxygen and water vapor. They also play a role in controlling water loss through transpiration and help in regulating the plant's temperature.
Yes, lotus leaves have stomata, but they are located on the upper surface of the leaf rather than the lower surface. This unique positioning helps reduce water loss through transpiration while still allowing for gas exchange.
A stomata is the openings in the leaf.
stomata
The opening between two guard cells in a leaf is called a stoma. Stomata regulate gas exchange and water vapor loss in plants through this small pore.
Stomata
The lower surface of the leaf has the stomata. You can see the reason for this if you cut a leaf in half from upper side to lower side. The upper portion of the leaf consists of tightly packed cells that are full of chloroplasts for taking in light. The lower half of the leaf is made up of loosely arranged cells. This allows room for air to enter the lower part of the leaf through the stomata and contribute carbon dioxide and take away oxygen. The upper surface of the leaf is covered by the cuticle which prevents dehydration, as such the stomata cannot be located or function on the upper surface