CO2 would have a very difficult time entering the plant and the plant could not make food or construction materials as all sugars made by the plant are based on the carbon in carbon dioxide.
Gases enter and exit a leaf through stomata. These are openings in the epidermis which are regulated by guard cells. Guard cells decide which gases can go in and out. The gas that goes in is carbon dioxide and the gas that goes out it oxygen.
Oxygen moves through leafy plants through the "stoma, pleural: stomata". They are small pores in the leaf that can open and close to allow gas exchange. However, most plants exhale oxygen (O2) and inhale carbon dioxide (CO2), so oxygen is generally leaving a plant.
At the stomata. Stomata are little pores on the surface that let Oxygen, Carbon Dioxide, as well as water in and out of the leaf.
The breathing hole on the underside of a leaf is called a stomata. Stomata are tiny pores that allow for the exchange of gases such as oxygen and carbon dioxide between the leaf and the surrounding environment. This exchange is crucial for photosynthesis and respiration in plants.
In most plants stomata is usually opened on leaves to preserve water. As a result, CO2 is added during the Calvin Benson Cycle.
Stomata
Stomata
stomata is present on a leaf's lower surface. but in plants that float on water, stomata is present on a leaf's upper surface, and the lower surface is protected by a coating of wax.
Duckweed has stomata on the top surface of the leaf to minimize water loss and prevent desiccation. By having stomata on the upper surface, duckweed can control gas exchange while reducing exposure to dry and windy conditions.
Stomata....
Gases enter and exit a leaf through stomata. These are openings in the epidermis which are regulated by guard cells. Guard cells decide which gases can go in and out. The gas that goes in is carbon dioxide and the gas that goes out it oxygen.
Stomata are a plants way of exchanging gasses in photosynthesis. The stomata also are resoponsible for transpiration. Most plants have stomata on the under side of the leaf in order to prevent too much water loss. There already is a lot of stomata in leaves but I think you mean to ask "What would happen if the stomata were open all the time?" this would result in mass water loss and cause a plant to wilt.Edited answer:Large number of stomata will increase porocity of the leaves and will facilitate better gaseous exchange and more transpiration.
it is an alternative word for 'happen' or 'turn out' How did that transpire? How did that happen?In botany (the scientific study of plants), transpirealso means to give off water vapor through the stomata (pores in the skin of the leaf or stem of a plant).
It takes in carbon dioxide and when it is processed in the leaf, it releases oxygen
Oxygen moves through leafy plants through the "stoma, pleural: stomata". They are small pores in the leaf that can open and close to allow gas exchange. However, most plants exhale oxygen (O2) and inhale carbon dioxide (CO2), so oxygen is generally leaving a plant.
The stomata are located on the lower surface of a leaf.
At the stomata. Stomata are little pores on the surface that let Oxygen, Carbon Dioxide, as well as water in and out of the leaf.