All plants use guard cells to control how long stomata should be opened or closed. CAM plants, for example, close their stomata during the day to prevent loss of water.
Because of transpiration. Transpiration is the evaporation of cellular water (in the form of water vapour) from the stoma in the leaves of the plants.
stomata facilitate transpiration and thick cuticle does not allow it to happen
Xerophytes definitly have their stoma on the BOTTOM of the leaf not the top, this is to minimise water loss through transpiration
The guard cells provide the plant with the control mechanisms. The guard cells control the opening and closing of the stomata in plant tissue. Without guard cells, the plants would not be able to control its water intake.
Transpiration is the evaporation of cellular water (in the form of water vapour) from the stoma in the leaves of the plants. Stoma are "pores" and are generally located on the underside of the leaves of plants.Water accumulating in the leaves of the plants is lost as water vapor through the process of transpiration, this is similar to the process of sweating in animals.Transpiration accomplishes two things, it does cool the leaves slightly through evaporative cooling, it also causes what is referred to as "evaporative draw" or "evaporative suction", this causes a slight low pressure in the leaves where the water is evaporating from, this provides a slight suction force assisting with water being drawn up the stem of the plant.I
transpiration
Transpiration occurs at the stoma.
Transpiration.
transpiration
the sun has to heat up the water in the plants so it can evaporate and exit the stoma
Stomata, also known as stoma, close in hot weather to retain water. Even though open stoma are necessary for photosynthesis, they can dry out a plant. About 90% of water absorbed by a plant is lost through open stoma. The guard cells close the entrance for protection against dehydration.
photosynthesis and vegetable transpiration.
Because of transpiration. Transpiration is the evaporation of cellular water (in the form of water vapour) from the stoma in the leaves of the plants.
yes,yes it can. There are little structures on the bottom of the leaves called stoma or stomata that open and close and let water out. About 90% of a plants water leaves the plant through the stomata. TRY IT: put a plastic bag around some leaves of a plant and make sure it is tied tight, in 24 hrs check your bag and see the results of the prosses called transperation. :)
transpiration
The guard cells surround each stoma in a plant cell. They regulate the opening and closing of stomata to facilitate gas exchange and control transpiration in plants.
Transpiration it the biological process of the movement of water from roots to stoma through plants. it is not made of metal as it is not a physical entity in itself. Acid rain would probably eat away at things made of metal, and it affects transpiration because it increases the hydrogen ions in the xylem, which increases the cohesion and the rate of transpiration.