The guard cells of the stomata have greater osmotic pressure due to loss of water. Thus, by way of osmosis this loss is compansated continuously from the surrounding cells of the stomata.
Water
it is closed so no further water can be lost
a porometer measures the water that is lost or dispersed from the leaf's stomata, which is on the underside of the leaf
stomata facilitate transpiration and thick cuticle does not allow it to happen
The water lost from the plant's leaves is replaced by the water coming in from the plant's roots.
Water
transpiration :)
it is closed so no further water can be lost
a porometer measures the water that is lost or dispersed from the leaf's stomata, which is on the underside of the leaf
stomata facilitate transpiration and thick cuticle does not allow it to happen
To stop water loss from the plant. In the day light photosynthesis is taking place and carbon dioxide needs to be admitted into the stomata for this process. At night, no light, so plants, who lose water all day long, as it is replaced by the roots, shut the no longer needed stomata to conserve water.
It is a process similar to evaporation. A part of the water cycle in which water is lost through the stomata. It is the equivalent of a human sweating.
When open, the stomata can release water. The more dense or larger the stomata are, the more water they can release.
The water lost from the plant's leaves is replaced by the water coming in from the plant's roots.
Though the stomata by a process called transpiration. -------------------------------------------------------------------------- Largely through stomata and in small amounts through cuticle of epidermal cells.
Shortage of water causes the stomata to close.
Because the Stomata on the underside of the leaf have to open (so stomata are turgid) to allow for the exchange of CO2 and O2 so photosynthesis can occur. As this process takes place water diffuses out of the stomata.